r1i2n9
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This job has allocated 144 nodes
Job starting on r1i2n9
Sun Jan 23 20:15:18 GMT 2011
Markov index = 2700
Initialize done
Linkage = 0
Monomials xml is:
<Monomials>

      <!-- EvenEven part of 2 flavour clover -->
      <elem>
	<Name>N_FLAVOR_LOGDET_EVEN_EVEN_FERM_MONOMIAL</Name>
        <FermionAction>
          <FermAct>CLOVER</FermAct>
 	  <Mass>-0.0840</Mass>
          <clovCoeffR>1.58932722549812</clovCoeffR>
          <clovCoeffT>0.902783591772098</clovCoeffT>
          <AnisoParam>
            <anisoP>true</anisoP>
            <t_dir>3</t_dir>
            <xi_0>4.3</xi_0>
            <nu>1.265</nu>
          </AnisoParam>
          <FermState>
            <Name>STOUT_FERM_STATE</Name>
            <rho>0.14</rho>
            <n_smear>2</n_smear>
	    <orthog_dir>3</orthog_dir>
            <FermionBC>
              <FermBC>SIMPLE_FERMBC</FermBC>
              <boundary>1 1 1 -1</boundary>
            </FermionBC>
          </FermState>
        </FermionAction>
	<num_flavors>2</num_flavors>
	<NamedObject>
	  <monomial_id>HMC::logdet_2flav</monomial_id>
        </NamedObject>
      </elem>

      <!-- EvenEven part of 1 flavour clover -->
      <elem>
	<Name>N_FLAVOR_LOGDET_EVEN_EVEN_FERM_MONOMIAL</Name>
        <FermionAction>
          <FermAct>CLOVER</FermAct>
          <Mass>-0.0743</Mass>
          <clovCoeffR>1.58932722549812</clovCoeffR>
          <clovCoeffT>0.902783591772098</clovCoeffT>
          <AnisoParam>
            <anisoP>true</anisoP>
            <t_dir>3</t_dir>
            <xi_0>4.3</xi_0>
            <nu>1.265</nu>
          </AnisoParam>
          <FermState>
            <Name>STOUT_FERM_STATE</Name>
            <rho>0.14</rho>
            <n_smear>2</n_smear>
	    <orthog_dir>3</orthog_dir>
            <FermionBC>
              <FermBC>SIMPLE_FERMBC</FermBC>
              <boundary>1 1 1 -1</boundary>
            </FermionBC>
          </FermState>
        </FermionAction>
	<num_flavors>1</num_flavors>
	<NamedObject>
	  <monomial_id>HMC::logdet_1flav</monomial_id>
        </NamedObject>
      </elem>

      <!-- Odd Odd part of ratio -->
      <elem>
        <Name>TWO_FLAVOR_EOPREC_CONSTDET_RATIO_CONV_CONV_FERM_MONOMIAL</Name>
        <Action>
          <InvertParam>
            <invType>BICGSTAB_INVERTER</invType>
            <RsdBiCGStab>1.0e-12</RsdBiCGStab>
            <MaxBiCGStab>100000</MaxBiCGStab>
          </InvertParam>
          <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0840</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
        </Action>
        <PrecAction>
	  <!-- Strange mass preconditioned -->
          <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0800</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
	</PrecAction>
        <NamedObject>
          <monomial_id>HMC::has_ratio</monomial_id>
        </NamedObject>
      </elem>

      <!-- Odd Odd part of ratio -->
      <elem>
        <Name>TWO_FLAVOR_EOPREC_CONSTDET_RATIO_CONV_CONV_FERM_MONOMIAL</Name>
        <Action>
          <InvertParam>
            <invType>BICGSTAB_INVERTER</invType>
            <RsdBiCGStab>1.0e-12</RsdBiCGStab>
            <MaxBiCGStab>10000</MaxBiCGStab>
          </InvertParam>
          <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0800</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
        </Action>
        <PrecAction>
          <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0743</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
	</PrecAction>
        <NamedObject>
          <monomial_id>HMC::has_ratio2</monomial_id>
        </NamedObject>
      </elem>

      <!-- Odd Odd part of ratio -->
      <elem>
        <Name>TWO_FLAVOR_EOPREC_CONSTDET_RATIO_CONV_CONV_FERM_MONOMIAL</Name>
        <Action>
	  <InvertParam>
	    <invType>BICGSTAB_INVERTER</invType>
	    <MaxBiCGStab>10000</MaxBiCGStab>
	    <RsdBiCGStab>1.0e-9</RsdBiCGStab>
	  </InvertParam>
          <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0840</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
        </Action>
        <PrecAction>
          <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0800</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
	</PrecAction>
        <NamedObject>
          <monomial_id>HMC::md_has_ratio</monomial_id>
        </NamedObject>
      </elem>

      <!-- Odd Odd part of ratio -->
      <elem>
        <Name>TWO_FLAVOR_EOPREC_CONSTDET_RATIO_CONV_CONV_FERM_MONOMIAL</Name>
        <Action>
	  <InvertParam>
	    <invType>BICGSTAB_INVERTER</invType>
	    <MaxBiCGStab>10000</MaxBiCGStab>
	    <RsdBiCGStab>1.0e-9</RsdBiCGStab>
	  </InvertParam>
          <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0800</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
        </Action>
        <PrecAction>
          <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0743</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
	</PrecAction>
        <NamedObject>
          <monomial_id>HMC::md_has_ratio2</monomial_id>
        </NamedObject>
      </elem>

     <elem>
        <Name>TWO_FLAVOR_EOPREC_CONSTDET_FERM_MONOMIAL</Name>
	  <InvertParam>
	    <invType>BICGSTAB_INVERTER</invType>
	    <MaxBiCGStab>10000</MaxBiCGStab>
	    <RsdBiCGStab>1.0e-12</RsdBiCGStab>
	  </InvertParam>

	  <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0743</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
        <NamedObject>
          <monomial_id>HMC::double_strange</monomial_id>
        </NamedObject>
      </elem>

     <elem>
        <Name>TWO_FLAVOR_EOPREC_CONSTDET_FERM_MONOMIAL</Name>
	  <InvertParam>
	    <invType>BICGSTAB_INVERTER</invType>
	    <MaxBiCGStab>10000</MaxBiCGStab>
	    <RsdBiCGStab>1.0e-9</RsdBiCGStab>
	  </InvertParam>
	  <FermionAction>
	    <FermAct>CLOVER</FermAct>
 	    <Mass>-0.0743</Mass>
	    <clovCoeffR>1.58932722549812</clovCoeffR>
	    <clovCoeffT>0.902783591772098</clovCoeffT>
	    <AnisoParam>
	      <anisoP>true</anisoP>
	      <t_dir>3</t_dir>
	      <xi_0>4.3</xi_0>
	      <nu>1.265</nu>
	    </AnisoParam>
	    <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>
         <ChronologicalPredictor>
            <Name>MINIMAL_RESIDUAL_EXTRAPOLATION_4D_PREDICTOR</Name>
            <MaxChrono>12</MaxChrono>
         </ChronologicalPredictor>
 
        <NamedObject>
          <monomial_id>HMC::md_double_strange</monomial_id>
        </NamedObject>
      </elem>


      <!-- Odd Odd part of 1 flavor Mass=mass_s clover -->
      <!-- This is the one used in the MC hamiltonian -->
      <elem>
	<Name>ONE_FLAVOR_EOPREC_CONSTDET_FERM_RAT_MONOMIAL</Name>
	<!-- Approximations below assume 1 pf per flavor. So 1 pf means 
	     1 flavor -->
	<num_pf>1</num_pf>
	<Action>
          <FermionAction>
            <FermAct>CLOVER</FermAct>
            <Mass>-0.0743</Mass>
            <clovCoeffR>1.58932722549812</clovCoeffR>
            <clovCoeffT>0.902783591772098</clovCoeffT>
            <AnisoParam>
              <anisoP>true</anisoP>
              <t_dir>3</t_dir>
              <xi_0>4.3</xi_0>
              <nu>1.265</nu>
            </AnisoParam>
            <FermState>
              <Name>STOUT_FERM_STATE</Name>
              <rho>0.14</rho>
              <n_smear>2</n_smear>
	      <orthog_dir>3</orthog_dir>
              <FermionBC>
		<FermBC>SIMPLE_FERMBC</FermBC>
		<boundary>1 1 1 -1</boundary>
              </FermionBC>
            </FermState>
          </FermionAction>	  
	  <ActionApprox>
	    <RationalApprox>
	      <ratApproxType>READ_COEFFS</ratApproxType>
	      <Param>
	        <lowerMin>2.0e-4</lowerMin>
	        <upperMax>10</upperMax>
	        <numPower>-1</numPower>
	        <denPower>4</denPower>
	        <degree>13</degree>
	      </Param>
	      <ApproxInfo>
	        <lowerMin>0.0002</lowerMin>
	        <upperMax>10</upperMax>
	        <degree>13</degree>
	        <error>8.53359759155053e-09</error>
	      </ApproxInfo>
	      <PFECoeffs>
	        <norm>0.235485866818045</norm>
	        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
		<pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
	      </PFECoeffs>
	      <IPFECoeffs>
	        <norm>4.24653935079968</norm>
	        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
	        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
	      </IPFECoeffs>
	    </RationalApprox>
	    <InvertParam>
              <invType>CG_INVERTER</invType>
              <RsdCG>1e-10</RsdCG>
              <MaxCG>10000</MaxCG>
            </InvertParam>
	  </ActionApprox>
	  <ForceApprox> 
	    <RationalApprox>
	      <ratApproxType>READ_COEFFS</ratApproxType>
	      <Param><annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
		<lowerMin>2.0e-4</lowerMin>
		<upperMax>10</upperMax>
		<numPower>-1</numPower>
		<denPower>2</denPower>
		<degree>12</degree>
	      </Param>
	      <ApproxInfo>
		<lowerMin>0.0002</lowerMin>
		<upperMax>10</upperMax>
		<degree>12</degree>
		<error>5.2284680862031e-08</error>
	      </ApproxInfo>
	      <PFECoeffs>
		<norm>0.0547276831428071</norm>
		<res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
		<pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
	      </PFECoeffs>
	      <IPFECoeffs>
		<norm>18.2722882200328</norm>
		<res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
		<pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
	      </IPFECoeffs>
	    </RationalApprox>	   
	    <InvertParam>
              <invType>CG_INVERTER</invType>
              <RsdCG>1e-7 1e-7 1e-7 1e-7 1e-8 1e-8 1e-8 1e-8 1e-9 1e-9 1e-9 1e-9</RsdCG>
	      <!-- 1.0e-8 -->
              <MaxCG>100000</MaxCG>
            </InvertParam>
	  </ForceApprox>
	</Action>
	<NamedObject>
	  <monomial_id>HMC::rat_strange</monomial_id>
        </NamedObject>
      </elem>

      <!-- Gauge monomial  -->
      <elem>
	<Name>GAUGE_MONOMIAL</Name>
	<GaugeAction>
	   <Name>ANISO_SYM_SPATIAL_GAUGEACT</Name>
	   <beta>1.5</beta>
           <u_s>0.73356648935927</u_s>
           <AnisoParam>
             <anisoP>true</anisoP>
             <t_dir>3</t_dir>
             <xi_0>4.3</xi_0>
           </AnisoParam>
           <GaugeBC>
	      <Name>PERIODIC_GAUGEBC</Name>
           </GaugeBC>
        </GaugeAction>
	<NamedObject>
	  <monomial_id>HMC::gauge_s</monomial_id>
        </NamedObject>
      </elem>

      <!-- Gauge monomial  -->
      <elem>
	<Name>GAUGE_MONOMIAL</Name>
	<GaugeAction>
	   <Name>ANISO_SYM_TEMPORAL_GAUGEACT</Name>
	   <beta>1.5</beta>
           <u_s>0.73356648935927</u_s>
           <u_t>1</u_t>
           <AnisoParam>
             <anisoP>true</anisoP>
             <t_dir>3</t_dir>
             <xi_0>4.3</xi_0>
           </AnisoParam>
           <GaugeBC>
	      <Name>PERIODIC_GAUGEBC</Name>
           </GaugeBC>
        </GaugeAction>
	<NamedObject>
	  <monomial_id>HMC::gauge_t</monomial_id>
        </NamedObject>
      </elem>

   </Monomials>

HMC_xml is: 
<Hamiltonian>
     <monomial_ids>
       <elem>HMC::logdet_2flav</elem>
       <elem>HMC::logdet_1flav</elem>
       <elem>HMC::has_ratio</elem>
       <elem>HMC::has_ratio2</elem>
       <elem>HMC::double_strange</elem>
       <elem>HMC::rat_strange</elem>
       <elem>HMC::gauge_s</elem>
       <elem>HMC::gauge_t</elem>
     </monomial_ids>
   </Hamiltonian>
Integrator XML is: 
<MDIntegrator>
     <tau0>1.4</tau0>

     <anisoP>true</anisoP>
     <t_dir>3</t_dir>
     <xi_mom>3.9</xi_mom>

    <copyList>
       <elem><copyFrom>HMC::has_ratio</copyFrom><copyTo>HMC::md_has_ratio</copyTo></elem>
       <elem><copyFrom>HMC::has_ratio2</copyFrom><copyTo>HMC::md_has_ratio2</copyTo></elem>
       <elem><copyFrom>HMC::double_strange</copyFrom><copyTo>HMC::md_double_strange</copyTo></elem>
     </copyList>
 
    <Integrator>
       <Name>LCM_STS_MIN_NORM_2</Name>
       <n_steps>6</n_steps>
       <lambda>0.1769</lambda>
       <monomial_ids>
         <elem>HMC::logdet_2flav</elem>
         <elem>HMC::logdet_1flav</elem>
         <elem>HMC::md_has_ratio</elem>
	 <elem>HMC::md_has_ratio2</elem>
       </monomial_ids>
       <SubIntegrator>
         <Name>LCM_STS_MIN_NORM_2</Name>
         <n_steps>2</n_steps>
	 <lambda>0.1952</lambda>
         <monomial_ids>
            <elem>HMC::rat_strange</elem>
	    <elem>HMC::gauge_s</elem>
         </monomial_ids>
         <SubIntegrator>
           <Name>LCM_STS_MIN_NORM_2</Name>
           <n_steps>2</n_steps>
           <lambda>0.1667</lambda>
           <monomial_ids>
             <elem>HMC::md_double_strange</elem>
             <elem>HMC::gauge_t</elem>
           </monomial_ids>
         </SubIntegrator>
       </SubIntegrator>
    </Integrator>
   </MDIntegrator>

InlineMeasurements are: 
<InlineMeasurements>
    <elem>
      <Name>PLAQUETTE</Name>
      <Frequency>1</Frequency>
      <Param>
        <version>2</version>
        <GaugeState>
           <Name>SIMPLE_GAUGE_STATE</Name>
           <GaugeBC>
              <Name>PERIODIC_GAUGEBC</Name>
           </GaugeBC>
        </GaugeState>
      </Param>
      <NamedObject>
        <gauge_id>default_gauge_field</gauge_id>
      </NamedObject>
      <xml_file>./plaquette/thin_plaquette.xml</xml_file>
    </elem>

    <elem>
      <Name>POLYAKOV_LOOP</Name>
      <Frequency>1</Frequency>
      <Param>
        <version>2</version>
        <GaugeState>
           <Name>SIMPLE_GAUGE_STATE</Name>
           <GaugeBC>
              <Name>PERIODIC_GAUGEBC</Name>
           </GaugeBC>
        </GaugeState>
      </Param>
      <NamedObject>
        <gauge_id>default_gauge_field</gauge_id>
      </NamedObject>
      <xml_file>./plaquette/polyakov.xml</xml_file>
    </elem>
    
    <elem>
      <!-- This measures lowest/highest ev of mass_s prec. Clover -->
      <Name>EIGBNDSMDAGM</Name>
      <Frequency>5</Frequency>
      <Ritz>
        <RsdR>1.0e-2</RsdR>
        <RsdRHi>1.0e-2</RsdRHi>
        <RsdA>1.0e-6</RsdA>
	<RsdAHi>1.0e-3</RsdAHi>
        <RsdZero>1.0e-8</RsdZero>
        <ProjApsiP>false</ProjApsiP>
        <Nmin>5</Nmin>
        <MaxCG>100000</MaxCG>
        <Nrenorm>10</Nrenorm>
      </Ritz>
      <FermionAction>
        <FermAct>CLOVER</FermAct>
        <Mass>-0.0743</Mass>
        <clovCoeffR>1.58932722549812</clovCoeffR>
        <clovCoeffT>0.902783591772098</clovCoeffT>
        <AnisoParam>
            <anisoP>true</anisoP>
            <t_dir>3</t_dir>
            <xi_0>4.3</xi_0>
            <nu>1.265</nu>
        </AnisoParam>
        <FermState>
          <Name>STOUT_FERM_STATE</Name>
          <rho>0.14</rho>
          <n_smear>2</n_smear>
          <orthog_dir>3</orthog_dir>
          <FermionBC>
            <FermBC>SIMPLE_FERMBC</FermBC>
            <boundary>1 1 1 -1</boundary>
          </FermionBC>
        </FermState>
      </FermionAction>
      <NamedObject>
        <gauge_id>default_gauge_field</gauge_id>
      </NamedObject>
      <xml_file>./eigen_mdagm/eigen_mdagm_s.xml</xml_file>
    </elem>
   
    </InlineMeasurements>

Call QDP create layout
Lattice initialized:
  problem size = 24 24 24 16
  layout size = 12 24 24 16
  logical machine size = 2 6 6 2
  subgrid size = 12 4 4 8
  total number of nodes = 144
  total volume = 221184
  subgrid volume = 1536
Finished init of RNG
Finished lattice layout
Finished with QDP create layout
Initialize gauge field
Gauge initialization: cfg_type = SZINQIO
Single Precision Read
QIO_read_finished
Gauge field successfully initialized: time= 0.547221 secs
Gauge field reunitarized: time=0.002534 secs
EvenOddPrecLogDetEvenEvenMonomialParams: read 
CLOVER
EvanOddPrecLogDetTwoFlavorWilsonTypeFermMonomial: construct CLOVER
u0 is 1
Reading an AnisoParam_t
Read Monomial with monomial id: HMC::logdet_2flav
EvenOddPrecLogDetEvenEvenMonomialParams: read 
CLOVER
EvanOddPrecLogDetTwoFlavorWilsonTypeFermMonomial: construct CLOVER
u0 is 1
Reading an AnisoParam_t
Read Monomial with monomial id: HMC::logdet_1flav
Constructor: EvenOddPrecConstDetTwoFlavorRatioConvConvWilsonTypeFermMonomial
Construct numer fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
Construct denom fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
No predictor specified. Using NULL Predictor
Finished constructing: EvenOddPrecConstDetTwoFlavorRatioConvConvWilsonTypeFermMonomial
Read Monomial with monomial id: HMC::has_ratio
Constructor: EvenOddPrecConstDetTwoFlavorRatioConvConvWilsonTypeFermMonomial
Construct numer fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
Construct denom fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
No predictor specified. Using NULL Predictor
Finished constructing: EvenOddPrecConstDetTwoFlavorRatioConvConvWilsonTypeFermMonomial
Read Monomial with monomial id: HMC::has_ratio2
Constructor: EvenOddPrecConstDetTwoFlavorRatioConvConvWilsonTypeFermMonomial
Construct numer fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
Construct denom fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
No predictor specified. Using NULL Predictor
Finished constructing: EvenOddPrecConstDetTwoFlavorRatioConvConvWilsonTypeFermMonomial
Read Monomial with monomial id: HMC::md_has_ratio
Constructor: EvenOddPrecConstDetTwoFlavorRatioConvConvWilsonTypeFermMonomial
Construct numer fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
Construct denom fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
No predictor specified. Using NULL Predictor
Finished constructing: EvenOddPrecConstDetTwoFlavorRatioConvConvWilsonTypeFermMonomial
Read Monomial with monomial id: HMC::md_has_ratio2
TwoFlavorWilsonTypeFermMonomialParams: read 
CLOVER
EvanOddPrecConstDetTwoFlavorWilsonTypeFermMonomial: construct CLOVER
u0 is 1
Reading an AnisoParam_t
Read Monomial with monomial id: HMC::double_strange
TwoFlavorWilsonTypeFermMonomialParams: read 
CLOVER
EvanOddPrecConstDetTwoFlavorWilsonTypeFermMonomial: construct CLOVER
u0 is 1
Reading an AnisoParam_t
Read Monomial with monomial id: HMC::md_double_strange
Constructor: EvenOddPrecConstDetOneFlavorWilsonTypeFermRatMonomial
Construct fermion action= CLOVER
u0 is 1
Reading an AnisoParam_t
Construct action rational approx= READ_COEFFS
 XML Is: 
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>

<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
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      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
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        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
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      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
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      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
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      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
Construct force rational approx= READ_COEFFS
 XML Is: 
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>

Finished constructing: EvenOddPrecConstDetOneFlavorWilsonTypeFermRatMonomial
Read Monomial with monomial id: HMC::rat_strange
Create monomial: GAUGE_MONOMIAL
GaugeMonomialParams: read 
<GaugeAction>
      <Name>ANISO_SYM_SPATIAL_GAUGEACT</Name>
      <beta>1.5</beta>
      <u_s>0.73356648935927</u_s>
      <AnisoParam>
        <anisoP>true</anisoP>
        <t_dir>3</t_dir>
        <xi_0>4.3</xi_0>
      </AnisoParam>
      <GaugeBC>
        <Name>PERIODIC_GAUGEBC</Name>
      </GaugeBC>
    </GaugeAction>

GaugeBC Callback: Creating PeriodicGaugeBC 
Reading an AnisoParam_t
Read Monomial with monomial id: HMC::gauge_s
Create monomial: GAUGE_MONOMIAL
GaugeMonomialParams: read 
<GaugeAction>
      <Name>ANISO_SYM_TEMPORAL_GAUGEACT</Name>
      <beta>1.5</beta>
      <u_s>0.73356648935927</u_s>
      <u_t>1</u_t>
      <AnisoParam>
        <anisoP>true</anisoP>
        <t_dir>3</t_dir>
        <xi_0>4.3</xi_0>
      </AnisoParam>
      <GaugeBC>
        <Name>PERIODIC_GAUGEBC</Name>
      </GaugeBC>
    </GaugeAction>

GaugeBC Callback: Creating PeriodicGaugeBC 
Reading an AnisoParam_t
Real(Nc)*(u_s_2*u_t_2+u_s_4*u_t_2)=-6.142569
Read Monomial with monomial id: HMC::gauge_t
ExactHamiltonian::create(): Trying to bind monomial with ID HMC::logdet_2flav
ExactHamiltonian::create(): Trying to bind monomial with ID HMC::logdet_1flav
ExactHamiltonian::create(): Trying to bind monomial with ID HMC::has_ratio
ExactHamiltonian::create(): Trying to bind monomial with ID HMC::has_ratio2
ExactHamiltonian::create(): Trying to bind monomial with ID HMC::double_strange
ExactHamiltonian::create(): Trying to bind monomial with ID HMC::rat_strange
ExactHamiltonian::create(): Trying to bind monomial with ID HMC::gauge_s
ExactHamiltonian::create(): Trying to bind monomial with ID HMC::gauge_t
Subintegrator XML is: 
<SubIntegrator>
      <Name>LCM_STS_MIN_NORM_2</Name>
      <n_steps>2</n_steps>
      <lambda>0.1952</lambda>
      <monomial_ids>
        <elem>HMC::rat_strange</elem>
        <elem>HMC::gauge_s</elem>
      </monomial_ids>
      <SubIntegrator>
        <Name>LCM_STS_MIN_NORM_2</Name>
        <n_steps>2</n_steps>
        <lambda>0.1667</lambda>
        <monomial_ids>
          <elem>HMC::md_double_strange</elem>
          <elem>HMC::gauge_t</elem>
        </monomial_ids>
      </SubIntegrator>
    </SubIntegrator>

Subintegrator XML is: 
<SubIntegrator>
      <Name>LCM_STS_MIN_NORM_2</Name>
      <n_steps>2</n_steps>
      <lambda>0.1667</lambda>
      <monomial_ids>
        <elem>HMC::md_double_strange</elem>
        <elem>HMC::gauge_t</elem>
      </monomial_ids>
    </SubIntegrator>

Binding Monomials
There are 2 IDs to bind 
Monomial with ID = HMC::md_double_strange bound
Monomial with ID = HMC::gauge_t bound
All monomials successfully bound
Binding Monomials
There are 2 IDs to bind 
Monomial with ID = HMC::rat_strange bound
Monomial with ID = HMC::gauge_s bound
All monomials successfully bound
Binding Monomials
There are 4 IDs to bind 
Monomial with ID = HMC::logdet_2flav bound
Monomial with ID = HMC::logdet_1flav bound
Monomial with ID = HMC::md_has_ratio bound
Monomial with ID = HMC::md_has_ratio2 bound
All monomials successfully bound
Setting dir 3 to aniso factor 0.2564102 originally 15.21
<InlineMeasurements>
      <elem>
        <Name>PLAQUETTE</Name>
        <Frequency>1</Frequency>
        <Param>
          <version>2</version>
          <GaugeState>
            <Name>SIMPLE_GAUGE_STATE</Name>
            <GaugeBC>
              <Name>PERIODIC_GAUGEBC</Name>
            </GaugeBC>
          </GaugeState>
        </Param>
        <NamedObject>
          <gauge_id>default_gauge_field</gauge_id>
        </NamedObject>
        <xml_file>./plaquette/thin_plaquette.xml</xml_file>
      </elem>
      <elem>
        <Name>POLYAKOV_LOOP</Name>
        <Frequency>1</Frequency>
        <Param>
          <version>2</version>
          <GaugeState>
            <Name>SIMPLE_GAUGE_STATE</Name>
            <GaugeBC>
              <Name>PERIODIC_GAUGEBC</Name>
            </GaugeBC>
          </GaugeState>
        </Param>
        <NamedObject>
          <gauge_id>default_gauge_field</gauge_id>
        </NamedObject>
        <xml_file>./plaquette/polyakov.xml</xml_file>
      </elem>
      <elem>
        <!-- This measures lowest/highest ev of mass_s prec. Clover -->
        <Name>EIGBNDSMDAGM</Name>
        <Frequency>5</Frequency>
        <Ritz>
          <RsdR>1.0e-2</RsdR>
          <RsdRHi>1.0e-2</RsdRHi>
          <RsdA>1.0e-6</RsdA>
          <RsdAHi>1.0e-3</RsdAHi>
          <RsdZero>1.0e-8</RsdZero>
          <ProjApsiP>false</ProjApsiP>
          <Nmin>5</Nmin>
          <MaxCG>100000</MaxCG>
          <Nrenorm>10</Nrenorm>
        </Ritz>
        <FermionAction>
          <FermAct>CLOVER</FermAct>
          <Mass>-0.0743</Mass>
          <clovCoeffR>1.58932722549812</clovCoeffR>
          <clovCoeffT>0.902783591772098</clovCoeffT>
          <AnisoParam>
            <anisoP>true</anisoP>
            <t_dir>3</t_dir>
            <xi_0>4.3</xi_0>
            <nu>1.265</nu>
          </AnisoParam>
          <FermState>
            <Name>STOUT_FERM_STATE</Name>
            <rho>0.14</rho>
            <n_smear>2</n_smear>
            <orthog_dir>3</orthog_dir>
            <FermionBC>
              <FermBC>SIMPLE_FERMBC</FermBC>
              <boundary>1 1 1 -1</boundary>
            </FermionBC>
          </FermState>
        </FermionAction>
        <NamedObject>
          <gauge_id>default_gauge_field</gauge_id>
        </NamedObject>
        <xml_file>./eigen_mdagm/eigen_mdagm_s.xml</xml_file>
      </elem>
    </InlineMeasurements>

u0 is 1
Reading an AnisoParam_t
There are 3 user measurements 
Setting Force monitoring to 1
MC Control: About to do 100 updates
Doing Update: 2701 warm_up_p = 0
Before HMC trajectory call
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
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        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
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        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
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        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
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      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
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        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>4</denPower>
        <degree>13</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>13</degree>
        <error>8.53359759155053e-09</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.235485866818045</norm>
        <res>0.000225192428610066 0.000493198674487029 0.00101098944690569 0.00210966479427735 0.00445341664197467 0.00945108960561729 0.0201221040804977 0.0430335164962971 0.0930149163490357 0.206877941073909 0.49800938741062 1.50426604429933 9.64588011579469</res>
        <pole>2.13984298644252e-05 0.000167952110725128 0.00060887602643753 0.00182959869647478 0.00517440200375724 0.0143300682933111 0.039414086340563 0.108339010139494 0.299267597111873 0.840081382951181 2.47015136430147 8.35141226703362 47.1440813696294</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>4.24653935079968</norm>
        <res>-1.83558710964104e-06 -9.12204689643441e-06 -3.45205646515825e-05 -0.000123982091699911 -0.000439259033038762 -0.0015506886355438 -0.00547845322979375 -0.0194658268078658 -0.0703494148580012 -0.266556492901423 -1.15339049324629 -7.39500484641764 -208.006767009261</res>
        <pole>4.24231407611734e-05 0.000239480453850279 0.000809666981912087 0.002380721726 0.00668298211801512 0.018460571103842 0.0507432795148089 0.139566676101156 0.386518093984147 1.0931358903204 3.28474092123776 11.9081563867525 93.4648015144787</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
<RationalApprox>
      <ratApproxType>READ_COEFFS</ratApproxType>
      <Param>
        <annotation>
		  Single Light Flavour, Force piece. Bounds are 5.0e-6 to 10 .
		  Because it is the force,  it is a square root, and assumes
		  1 pseudofermion field per flavor.
		</annotation>
        <lowerMin>2.0e-4</lowerMin>
        <upperMax>10</upperMax>
        <numPower>-1</numPower>
        <denPower>2</denPower>
        <degree>12</degree>
      </Param>
      <ApproxInfo>
        <lowerMin>0.0002</lowerMin>
        <upperMax>10</upperMax>
        <degree>12</degree>
        <error>5.2284680862031e-08</error>
      </ApproxInfo>
      <PFECoeffs>
        <norm>0.0547276831428071</norm>
        <res>0.00507698729668402 0.0066151725685671 0.0101577938592028 0.0167794204884187 0.0284928077171634 0.0488808001988765 0.0842952468229152 0.146367448808401 0.258625107384016 0.481012357852968 1.04600847097866 3.86723649654098</res>
        <pole>1.51480322230288e-05 0.000165259114300968 0.000661184012887753 0.00214955953261573 0.00657190811374048 0.0197043312297316 0.0587640674448055 0.175534749714768 0.529999019144126 1.6565878795396 5.78532483906374 30.6835527589452</pole>
      </PFECoeffs>
      <IPFECoeffs>
        <norm>18.2722882200328</norm>
        <res>-3.67396011655789e-07 -2.79527600795379e-06 -1.56773360818779e-05 -8.23503682881716e-05 -0.000424877064532166 -0.00218335514109711 -0.0112605577342041 -0.0590061495274579 -0.324805216795793 -2.07825914676428 -21.6648322084522 -1978.96735278723</res>
        <pole>6.51815001904216e-05 0.000345702282177066 0.00120730087712331 0.00377359188933919 0.011393755386041 0.0340344037940959 0.101500526796983 0.304325618281001 0.930423172586555 3.02487652607464 12.1022069400519 132.030350249685</pole>
      </IPFECoeffs>
    </RationalApprox>
InvBiCGStab: k = 282 resid = 1.745629e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.054472(s) Flops=1853392896 => 1757.65017563292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253077.332973788 Mflops = 253.077332973788 Gflops = 0.253077332973788 Tflops
InvBiCGStab: k = 338 resid = 9.27554e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.255322(s) Flops=2220853248 => 1769.15026423499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254751.717642662 Mflops = 254.751717642662 Gflops = 0.254751717642662 Tflops
BICGSTAB_SOLVER: 620 iterations. Rsd = 0.002061568 Relative Rsd = 9.07355898868852e-07
BICGSTAB_SOLVER_TIME: 2.315077 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.442080000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000401
InvBiCGStab: k = 226 resid = 2.117044e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842695(s) Flops=1485932544 => 1763.31002794605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253889.566338248 Mflops = 253.889566338248 Gflops = 0.253889566338248 Tflops
InvBiCGStab: k = 323 resid = 9.680893e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.194468(s) Flops=2122426368 => 1776.88005706306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255862.969179743 Mflops = 255.862969179743 Gflops = 0.255862969179743 Tflops
BICGSTAB_SOLVER: 549 iterations. Rsd = 0.002122503 Relative Rsd = 9.32964399574078e-07
BICGSTAB_SOLVER_TIME: 2.042589 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393034999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000373
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000373
MInvCG2: 397 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.581915(s) Flops=2548279296 => 1610.88256701529 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231973.799925876 Mflops = 231.973799925876 Gflops = 0.231973799925876 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284799000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 313 resid = 2.096101e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.250373(s) Flops=2056808448 => 1644.95590355838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236876.049283337 Mflops = 236.876049283337 Gflops = 0.236876049283337 Tflops
InvBiCGStab: k = 368 resid = 1.076978e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.734401(s) Flops=2417707008 => 1393.97233281115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200728.012679142 Mflops = 200.728012679142 Gflops = 0.200728012679142 Tflops
BICGSTAB_SOLVER: 681 iterations. Rsd = 0.002125396 Relative Rsd = 9.35448534342936e-07
BICGSTAB_SOLVER_TIME: 2.989614 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.488236999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 301 resid = 1.913283e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.117801(s) Flops=1978066944 => 1769.60563105597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254789.272855137 Mflops = 254.789272855137 Gflops = 0.254789272855137 Tflops
InvBiCGStab: k = 337 resid = 8.819614e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.246699(s) Flops=2214291456 => 1776.12355187579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255754.69258426 Mflops = 255.75469258426 Gflops = 0.25575469258426 Tflops
BICGSTAB_SOLVER: 638 iterations. Rsd = 0.002294139 Relative Rsd = 1.00840869626335e-06
BICGSTAB_SOLVER_TIME: 2.369207 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.456865999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00071
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 258 resid = 2.096104e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.950325(s) Flops=1695909888 => 1784.55779654329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256961.548211972 Mflops = 256.961548211972 Gflops = 0.256961548211972 Tflops
InvBiCGStab: k = 282 resid = 1.147008e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.039684(s) Flops=1853392896 => 1782.65020525467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256694.388978361 Mflops = 256.694388978361 Gflops = 0.256694388978361 Tflops
BICGSTAB_SOLVER: 540 iterations. Rsd = 0.00181889 Relative Rsd = 7.96857394294268e-07
BICGSTAB_SOLVER_TIME: 1.99503 sec
2Flav::invert,  n_count = 540
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.386117999999997
MInvCG2: 379 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.555144(s) Flops=2439456768 => 1568.63722459142 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226069.317966261 Mflops = 226.069317966261 Gflops = 0.226069317966261 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272347999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.103931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778303(s) Flops=1387505664 => 1782.73200026211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256703.88075978 Mflops = 256.70388075978 Gflops = 0.25670388075978 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.075663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.179157(s) Flops=1669662720 => 1415.97999248616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203893.964562373 Mflops = 203.893964562373 Gflops = 0.203893964562373 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002129974 Relative Rsd = 9.37463100440336e-07
BICGSTAB_SOLVER_TIME: 1.960929 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.141504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333103999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.250143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787239(s) Flops=1216899072 => 1545.7809788387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222474.464386552 Mflops = 222.474464386552 Gflops = 0.222474464386552 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.1344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872108(s) Flops=1551550464 => 1779.08064597504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256170.782618034 Mflops = 256.170782618034 Gflops = 0.256170782618034 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002310304 Relative Rsd = 1.01551435191709e-06
BICGSTAB_SOLVER_TIME: 1.663319 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.11566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300432999999999
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052067(s) Flops=1643175936 => 1561.85484004346 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224895.947443741 Mflops = 224.895947443741 Gflops = 0.224895947443741 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184021
CLOV_LINOP: Time spent in clov deriv (total) = 1.410732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021518
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.9e-05 s
InvBiCGStab: k = 177 resid = 2.18733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.655168(s) Flops=1164404736 => 1777.26130702354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255653.423971831 Mflops = 255.653423971831 Gflops = 0.255653423971831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 184 resid = 1.100151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678321(s) Flops=1210337280 => 1784.31344451963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256914.491992762 Mflops = 256.914491992762 Gflops = 0.256914491992762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 361 iterations. Rsd = 0.001827948 Relative Rsd = 8.00825987032675e-07
BICGSTAB_SOLVER_TIME: 1.337373 sec
2Flav::invert,  n_count = 361
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258812999999998
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000118 s
InvBiCGStab: k = 134 resid = 1.991907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.494898(s) Flops=882247680 => 1782.68588678879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257018.745444733 Mflops = 257.018745444733 Gflops = 0.257018745444733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.4e-05 s
InvBiCGStab: k = 178 resid = 7.961365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.652815(s) Flops=1170966528 => 1793.71878403529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258256.996651429 Mflops = 258.256996651429 Gflops = 0.258256996651429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 312 iterations. Rsd = 0.001698715 Relative Rsd = 7.44208679139978e-07
BICGSTAB_SOLVER_TIME: 1.151706 sec
2Flav::invert,  n_count = 312
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.223399999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005614 s
InvBiCGStab: k = 107 resid = 2.264313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442667(s) Flops=705079296 => 1592.79841506143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229331.898506072 Mflops = 229.331898506072 Gflops = 0.229331898506072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.010567 s
InvBiCGStab: k = 142 resid = 1.120635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671177(s) Flops=934742016 => 1392.69077456468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200517.108740037 Mflops = 200.517108740037 Gflops = 0.200517108740037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 249 iterations. Rsd = 0.001503987 Relative Rsd = 6.58898139228581e-07
BICGSTAB_SOLVER_TIME: 1.135157 sec
2Flav::invert,  n_count = 249
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181174999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008403 s
InvBiCGStab: k = 87 resid = 1.767482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391944(s) Flops=573843456 => 1464.09552385035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210809.380475265 Mflops = 210.809380475265 Gflops = 0.210809380475265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011364 s
InvBiCGStab: k = 118 resid = 1.129143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.518796(s) Flops=777259008 => 1498.19776559573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215713.145489242 Mflops = 215.713145489242 Gflops = 0.215713145489242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001374536 Relative Rsd = 6.02185662224684e-07
BICGSTAB_SOLVER_TIME: 0.934547 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150698
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010563 s
InvBiCGStab: k = 93 resid = 2.162169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469244(s) Flops=613214208 => 1306.81310363052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188159.898777624 Mflops = 188.159898777624 Gflops = 0.188159898777624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.01706 s
InvBiCGStab: k = 117 resid = 1.143874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.484566(s) Flops=770697216 => 1590.48966704226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229005.644882894 Mflops = 229.005644882894 Gflops = 0.229005644882894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001348838 Relative Rsd = 5.90927452179301e-07
BICGSTAB_SOLVER_TIME: 0.985383 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155523
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.029515(s) Flops=1655488512 => 1608.02757803432 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231539.63786729 Mflops = 231.53963786729 Gflops = 0.23153963786729 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185128
CLOV_LINOP: Time spent in clov deriv (total) = 1.436184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014463 s
InvBiCGStab: k = 33 resid = 1.848033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123659(s) Flops=219506688 => 1775.09674184653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255501.568988309 Mflops = 255.501568988309 Gflops = 0.255501568988309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019753 s
InvBiCGStab: k = 69 resid = 5.119478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258052(s) Flops=455731200 => 1766.04405313658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254261.290402648 Mflops = 254.261290402648 Gflops = 0.254261290402648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0007805442 Relative Rsd = 3.41957203021277e-07
BICGSTAB_SOLVER_TIME: 0.420008 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0793950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017206 s
InvBiCGStab: k = 90 resid = 1.644967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33639(s) Flops=593528832 => 1764.40688486578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254026.534325544 Mflops = 254.026534325544 Gflops = 0.254026534325544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024518 s
InvBiCGStab: k = 125 resid = 7.842776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464226(s) Flops=823191552 => 1773.25602615967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255308.139912234 Mflops = 255.308139912234 Gflops = 0.255308139912234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001421903 Relative Rsd = 6.22937067614846e-07
BICGSTAB_SOLVER_TIME: 0.846261 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161115
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020551 s
InvBiCGStab: k = 59 resid = 2.259557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226741(s) Flops=390113280 => 1720.52376941091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247700.831398603 Mflops = 247.700831398603 Gflops = 0.247700831398603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.035997 s
InvBiCGStab: k = 91 resid = 1.116352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412879(s) Flops=600090624 => 1453.42975544893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209261.215158598 Mflops = 209.261215158598 Gflops = 0.209261215158598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001181763 Relative Rsd = 5.17731542310759e-07
BICGSTAB_SOLVER_TIME: 0.700364 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115913
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.02921 s
InvBiCGStab: k = 85 resid = 1.635652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383909(s) Flops=560719872 => 1460.55412089844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210297.867049477 Mflops = 210.297867049477 Gflops = 0.210297867049477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.052731 s
InvBiCGStab: k = 112 resid = 1.067244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.511632(s) Flops=737888256 => 1442.22459893048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207651.086743106 Mflops = 207.651086743106 Gflops = 0.207651086743106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.00131624 Relative Rsd = 5.76646220307443e-07
BICGSTAB_SOLVER_TIME: 0.981323 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.149999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150182
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.029605 s
InvBiCGStab: k = 75 resid = 7.3771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277868(s) Flops=495101952 => 1781.78830235939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256524.272111833 Mflops = 256.524272111833 Gflops = 0.256524272111833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039424 s
InvBiCGStab: k = 97 resid = 9.539888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359893(s) Flops=639461376 => 1776.80970732968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255815.254242015 Mflops = 255.815254242015 Gflops = 0.255815254242015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001225597 Relative Rsd = 5.36935404109729e-07
BICGSTAB_SOLVER_TIME: 0.7107 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1335
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057435(s) Flops=1655635968 => 1565.70944597067 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225437.579687358 Mflops = 225.437579687358 Gflops = 0.225437579687358 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185048
CLOV_LINOP: Time spent in clov deriv (total) = 1.434313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031817 s
InvBiCGStab: k = 27 resid = 2.252859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100851(s) Flops=180135936 => 1786.15914567035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257063.256780996 Mflops = 257.063256780996 Gflops = 0.257063256780997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044348 s
InvBiCGStab: k = 63 resid = 7.140084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23272(s) Flops=416360448 => 1789.10470952217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257566.178951328 Mflops = 257.566178951328 Gflops = 0.257566178951328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007746177 Relative Rsd = 3.39360784641017e-07
BICGSTAB_SOLVER_TIME: 0.413609 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0760530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037181 s
InvBiCGStab: k = 69 resid = 2.106832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257052(s) Flops=455731200 => 1772.91442976518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255236.923086867 Mflops = 255.236923086867 Gflops = 0.255236923086867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050845 s
InvBiCGStab: k = 88 resid = 1.122304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325999(s) Flops=580405248 => 1780.38965763699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256324.522499808 Mflops = 256.324522499808 Gflops = 0.256324522499808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001146924 Relative Rsd = 5.02468579344847e-07
BICGSTAB_SOLVER_TIME: 0.674983 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124943
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046594 s
InvBiCGStab: k = 62 resid = 1.394103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305248(s) Flops=409798656 => 1342.51053569557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193290.489254687 Mflops = 193.290489254687 Gflops = 0.193290489254687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08858 s
InvBiCGStab: k = 81 resid = 1.143734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390075(s) Flops=534472704 => 1370.17933474332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197276.059459541 Mflops = 197.276059459541 Gflops = 0.197276059459541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001103554 Relative Rsd = 4.83468214198445e-07
BICGSTAB_SOLVER_TIME: 0.834609 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04872 s
InvBiCGStab: k = 70 resid = 2.170421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330763(s) Flops=462292992 => 1397.65630375828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201239.684149921 Mflops = 201.239684149921 Gflops = 0.201239684149921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060259 s
InvBiCGStab: k = 103 resid = 1.019215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.482756(s) Flops=678832128 => 1406.15989858231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202463.009531583 Mflops = 202.463009531583 Gflops = 0.202463009531583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001225807 Relative Rsd = 5.37027462119223e-07
BICGSTAB_SOLVER_TIME: 0.926457 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 60 resid = 2.108697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225141(s) Flops=396675072 => 1761.89619838235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253656.422912785 Mflops = 253.656422912785 Gflops = 0.253656422912785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057864 s
InvBiCGStab: k = 100 resid = 8.442302e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375738(s) Flops=659146752 => 1754.27226418409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252564.927809644 Mflops = 252.564927809644 Gflops = 0.252564927809644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001125753 Relative Rsd = 4.9319356913282e-07
BICGSTAB_SOLVER_TIME: 0.704304 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128308
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026497(s) Flops=1655783424 => 1613.04263334428 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232253.616681823 Mflops = 232.253616681823 Gflops = 0.232253616681823 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185033
CLOV_LINOP: Time spent in clov deriv (total) = 1.412734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 34 resid = 1.016903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126439(s) Flops=226068480 => 1787.96478934506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257374.893128813 Mflops = 257.374893128813 Gflops = 0.257374893128813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 71 resid = 8.793313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262399(s) Flops=468854784 => 1786.80095579633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257234.010626435 Mflops = 257.234010626435 Gflops = 0.257234010626435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 105 iterations. Rsd = 0.0008046399 Relative Rsd = 3.52513553621971e-07
BICGSTAB_SOLVER_TIME: 0.490644 sec
2Flav::invert,  n_count = 105
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0889690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041479 s
InvBiCGStab: k = 63 resid = 2.276939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233918(s) Flops=416360448 => 1779.94189416804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256253.534295905 Mflops = 256.253534295905 Gflops = 0.256253534295905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 86 resid = 1.095805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318242(s) Flops=567281664 => 1782.54807347867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256637.075785227 Mflops = 256.637075785227 Gflops = 0.256637075785227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001170242 Relative Rsd = 5.12684060302073e-07
BICGSTAB_SOLVER_TIME: 0.654372 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04324 s
InvBiCGStab: k = 63 resid = 2.199719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320644(s) Flops=416360448 => 1298.51314230112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186953.528892285 Mflops = 186.953528892285 Gflops = 0.186953528892285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07237 s
InvBiCGStab: k = 85 resid = 6.998342e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426679(s) Flops=560719872 => 1314.14921287432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189216.210345551 Mflops = 189.216210345551 Gflops = 0.189216210345551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001110911 Relative Rsd = 4.86691264564112e-07
BICGSTAB_SOLVER_TIME: 0.868356 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048125 s
InvBiCGStab: k = 80 resid = 1.644125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351755(s) Flops=527910912 => 1500.79149407969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216080.15505 Mflops = 216.08015505 Gflops = 0.21608015505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077747 s
InvBiCGStab: k = 99 resid = 1.15114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457659(s) Flops=652584960 => 1425.91964759788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205294.496913749 Mflops = 205.294496913749 Gflops = 0.205294496913749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001185332 Relative Rsd = 5.19295304432156e-07
BICGSTAB_SOLVER_TIME: 0.941114 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041879 s
InvBiCGStab: k = 66 resid = 2.273639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245722(s) Flops=436045824 => 1774.54938507745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255483.789911606 Mflops = 255.483789911606 Gflops = 0.255483789911606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05682 s
InvBiCGStab: k = 94 resid = 1.139186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349109(s) Flops=619776000 => 1775.30799836154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255598.292840455 Mflops = 255.598292840455 Gflops = 0.255598292840455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001182087 Relative Rsd = 5.17873581954218e-07
BICGSTAB_SOLVER_TIME: 0.697402 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128516
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031881(s) Flops=1661976576 => 1610.62814026036 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231950.49691771 Mflops = 231.95049691771 Gflops = 0.23195049691771 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185785
CLOV_LINOP: Time spent in clov deriv (total) = 1.430474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.426389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743892(s) Flops=1295640576 => 1741.70521527318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250734.263010707 Mflops = 250.734263010707 Gflops = 0.250734263010707 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 324 resid = 1.043957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.390259(s) Flops=2128988160 => 1531.36081837988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220510.017658216 Mflops = 220.510017658216 Gflops = 0.220510017658216 Tflops
BICGSTAB_SOLVER: 521 iterations. Rsd = 0.002270631 Relative Rsd = 9.99414633957381e-07
BICGSTAB_SOLVER_TIME: 2.137809 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.140672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0.132033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.371640999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.273724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902898(s) Flops=1374382080 => 1522.18974900819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219141.543418279 Mflops = 219.141543418279 Gflops = 0.219141543418279 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 6.053917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867666(s) Flops=1551550464 => 1788.18861635699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257491.692218622 Mflops = 257.491692218622 Gflops = 0.257491692218622 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002193607 Relative Rsd = 9.64255628454045e-07
BICGSTAB_SOLVER_TIME: 1.774014 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.117506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317934999999999
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02932(s) Flops=1661976576 => 1614.63546418995 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232488.01196464 Mflops = 232.48801196464 Gflops = 0.23248801196464 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186135
CLOV_LINOP: Time spent in clov deriv (total) = 1.403308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 28 resid = 2.140972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10484(s) Flops=186697728 => 1780.78718046547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256319.991597284 Mflops = 256.319991597284 Gflops = 0.256319991597284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 54 resid = 1.027997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201162(s) Flops=357304320 => 1776.20186715185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255688.446770032 Mflops = 255.688446770032 Gflops = 0.255688446770032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007325875 Relative Rsd = 3.20947295680354e-07
BICGSTAB_SOLVER_TIME: 0.407862 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040907 s
InvBiCGStab: k = 84 resid = 1.87637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314163(s) Flops=554158080 => 1763.91898473086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253957.067269865 Mflops = 253.957067269865 Gflops = 0.253957067269865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05754 s
InvBiCGStab: k = 124 resid = 1.128291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.566685(s) Flops=816629760 => 1441.0647184944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207490.953958085 Mflops = 207.490953958085 Gflops = 0.207490953958085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001350047 Relative Rsd = 5.91456849485981e-07
BICGSTAB_SOLVER_TIME: 0.985349 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162606999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046615 s
InvBiCGStab: k = 74 resid = 2.104657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3554(s) Flops=488540160 => 1374.62059651097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197913.929526413 Mflops = 197.913929526413 Gflops = 0.197913929526413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06969 s
InvBiCGStab: k = 99 resid = 6.361251e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451759(s) Flops=652584960 => 1444.5422448695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207984.950910506 Mflops = 207.984950910506 Gflops = 0.207984950910506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001100001 Relative Rsd = 4.81911592310471e-07
BICGSTAB_SOLVER_TIME: 0.927291 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137513
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 74 resid = 2.125131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323367(s) Flops=488540160 => 1510.79163922107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217514.286159555 Mflops = 217.514286159555 Gflops = 0.217514286159555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05733 s
InvBiCGStab: k = 102 resid = 1.119169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377012(s) Flops=672270336 => 1783.15368211091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256737.111535126 Mflops = 256.737111535126 Gflops = 0.256737111535126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001233517 Relative Rsd = 5.40404996535173e-07
BICGSTAB_SOLVER_TIME: 0.80315 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04179 s
InvBiCGStab: k = 66 resid = 1.880447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244312(s) Flops=436045824 => 1784.79085759193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256938.43511551 Mflops = 256.93843511551 Gflops = 0.25693843511551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057009 s
InvBiCGStab: k = 93 resid = 9.380717e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345872(s) Flops=613214208 => 1772.95128833788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255258.582951861 Mflops = 255.258582951861 Gflops = 0.255258582951861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001195398 Relative Rsd = 5.23705214597798e-07
BICGSTAB_SOLVER_TIME: 0.692846 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127625
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036023(s) Flops=1674362880 => 1616.14450644436 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232703.238450688 Mflops = 232.703238450688 Gflops = 0.232703238450688 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187532
CLOV_LINOP: Time spent in clov deriv (total) = 1.446669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 30 resid = 1.857025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112089(s) Flops=199821312 => 1782.70224553703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256579.871126878 Mflops = 256.579871126878 Gflops = 0.256579871126878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056762 s
InvBiCGStab: k = 67 resid = 1.129653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248654(s) Flops=442607616 => 1780.01405969741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256255.159488582 Mflops = 256.255159488582 Gflops = 0.256255159488582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.000796398 Relative Rsd = 3.48902737579745e-07
BICGSTAB_SOLVER_TIME: 0.462979 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044785 s
InvBiCGStab: k = 92 resid = 2.060545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423503(s) Flops=606652416 => 1432.46308998992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206242.056729396 Mflops = 206.242056729396 Gflops = 0.206242056729396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066881 s
InvBiCGStab: k = 115 resid = 9.906373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.533087(s) Flops=757573632 => 1421.10693376503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204614.454940621 Mflops = 204.614454940621 Gflops = 0.204614454940621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001288781 Relative Rsd = 5.6461630403399e-07
BICGSTAB_SOLVER_TIME: 1.074916 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161626999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052885 s
InvBiCGStab: k = 66 resid = 1.161305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287539(s) Flops=436045824 => 1516.47541376996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218310.192170365 Mflops = 218.310192170365 Gflops = 0.218310192170365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06786 s
InvBiCGStab: k = 96 resid = 8.438473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415402(s) Flops=632899584 => 1523.58338188068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219361.125163144 Mflops = 219.361125163144 Gflops = 0.219361125163144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001172787 Relative Rsd = 5.1379921175781e-07
BICGSTAB_SOLVER_TIME: 0.82773 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041721 s
InvBiCGStab: k = 68 resid = 2.235748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252832(s) Flops=449169408 => 1776.55284141248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255768.932877781 Mflops = 255.768932877781 Gflops = 0.255768932877781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057189 s
InvBiCGStab: k = 96 resid = 5.711897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356261(s) Flops=632899584 => 1776.50538228995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255767.77195551 Mflops = 255.76777195551 Gflops = 0.25576777195551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001185781 Relative Rsd = 5.19491660851301e-07
BICGSTAB_SOLVER_TIME: 0.712021 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04199 s
InvBiCGStab: k = 74 resid = 2.109235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290128(s) Flops=488540160 => 1683.87801246346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242441.224900555 Mflops = 242.441224900555 Gflops = 0.242441224900555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059329 s
InvBiCGStab: k = 97 resid = 1.089573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371945(s) Flops=639461376 => 1719.2363817231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247531.823253473 Mflops = 247.531823253473 Gflops = 0.247531823253473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001215911 Relative Rsd = 5.3269191238452e-07
BICGSTAB_SOLVER_TIME: 0.767193 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136057
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048805(s) Flops=1693089792 => 1614.30369992515 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232438.084741224 Mflops = 232.438084741224 Gflops = 0.232438084741224 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189399
CLOV_LINOP: Time spent in clov deriv (total) = 1.420688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021549
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 30 resid = 1.964951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111908(s) Flops=199821312 => 1785.5855881617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257006.944265481 Mflops = 257.006944265481 Gflops = 0.257006944265481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056753 s
InvBiCGStab: k = 45 resid = 1.12941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168716(s) Flops=298248192 => 1767.75286279902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254459.970818075 Mflops = 254.459970818075 Gflops = 0.254459970818075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007942455 Relative Rsd = 3.47959742252014e-07
BICGSTAB_SOLVER_TIME: 0.382562 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0675760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050175 s
InvBiCGStab: k = 59 resid = 1.835164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273001(s) Flops=390113280 => 1428.98113926323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205733.929589309 Mflops = 205.733929589309 Gflops = 0.205733929589309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.094376 s
InvBiCGStab: k = 98 resid = 7.542145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.513263(s) Flops=646023168 => 1258.65914355798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181226.43032062 Mflops = 181.22643032062 Gflops = 0.18122643032062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001165009 Relative Rsd = 5.10391484354813e-07
BICGSTAB_SOLVER_TIME: 0.937386 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053523 s
InvBiCGStab: k = 61 resid = 1.742211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275632(s) Flops=403236864 => 1462.95373541534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210623.5168748 Mflops = 210.6235168748 Gflops = 0.2106235168748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072894 s
InvBiCGStab: k = 85 resid = 1.036102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383551(s) Flops=560719872 => 1461.91737735008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210488.129508579 Mflops = 210.488129508579 Gflops = 0.210488129508579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001124981 Relative Rsd = 4.92855479080221e-07
BICGSTAB_SOLVER_TIME: 0.789826 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.148737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041784 s
InvBiCGStab: k = 64 resid = 2.252124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243184(s) Flops=422922240 => 1739.10388841371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250373.404656318 Mflops = 250.373404656318 Gflops = 0.250373404656318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060647 s
InvBiCGStab: k = 95 resid = 9.394568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365694(s) Flops=626337792 => 1712.73740340285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246593.497722758 Mflops = 246.593497722758 Gflops = 0.246593497722758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001192981 Relative Rsd = 5.22646266979437e-07
BICGSTAB_SOLVER_TIME: 0.715364 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041988 s
InvBiCGStab: k = 69 resid = 1.399371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260609(s) Flops=455731200 => 1748.71627610712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251765.679986702 Mflops = 251.765679986702 Gflops = 0.251765679986702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059574 s
InvBiCGStab: k = 106 resid = 8.69781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393443(s) Flops=698517504 => 1775.39695457792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255604.015817781 Mflops = 255.604015817781 Gflops = 0.255604015817781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001181138 Relative Rsd = 5.17457510352302e-07
BICGSTAB_SOLVER_TIME: 0.759706 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138988
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.059596(s) Flops=1711742976 => 1615.46757065901 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232607.849002975 Mflops = 232.607849002975 Gflops = 0.232607849002975 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191563
CLOV_LINOP: Time spent in clov deriv (total) = 1.433938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042005 s
InvBiCGStab: k = 26 resid = 2.069031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096709(s) Flops=173574144 => 1794.80859072062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258333.567821399 Mflops = 258.333567821399 Gflops = 0.258333567821399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056816 s
InvBiCGStab: k = 62 resid = 1.110531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237149(s) Flops=409798656 => 1728.02185967472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248777.502066949 Mflops = 248.777502066949 Gflops = 0.248777502066949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007808976 Relative Rsd = 3.42112018582397e-07
BICGSTAB_SOLVER_TIME: 0.436871 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0768210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057547 s
InvBiCGStab: k = 62 resid = 1.934784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303953(s) Flops=409798656 => 1348.23033824308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194114.031144083 Mflops = 194.114031144083 Gflops = 0.194114031144083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065524 s
InvBiCGStab: k = 101 resid = 8.125572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.472642(s) Flops=665708544 => 1408.48368109478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202801.212241014 Mflops = 202.801212241014 Gflops = 0.202801212241014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001194636 Relative Rsd = 5.23371204678584e-07
BICGSTAB_SOLVER_TIME: 0.903715 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050276 s
InvBiCGStab: k = 60 resid = 2.084999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262104(s) Flops=396675072 => 1513.42624301804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217900.194419733 Mflops = 217.900194419733 Gflops = 0.217900194419733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.089284 s
InvBiCGStab: k = 82 resid = 1.029272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36996(s) Flops=541034496 => 1462.41349335063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210562.094019543 Mflops = 210.562094019543 Gflops = 0.210562094019543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001093896 Relative Rsd = 4.79237013875058e-07
BICGSTAB_SOLVER_TIME: 0.775346 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04186 s
InvBiCGStab: k = 70 resid = 1.764246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259573(s) Flops=462292992 => 1780.97487797267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256414.304365265 Mflops = 256.414304365265 Gflops = 0.256414304365265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057364 s
InvBiCGStab: k = 94 resid = 9.757357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347333(s) Flops=619776000 => 1784.38558962149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256906.339362439 Mflops = 256.906339362439 Gflops = 0.256906339362439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001205749 Relative Rsd = 5.28239619833344e-07
BICGSTAB_SOLVER_TIME: 0.709959 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041965 s
InvBiCGStab: k = 61 resid = 1.686296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226985(s) Flops=403236864 => 1776.49123950922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255742.317439139 Mflops = 255.742317439139 Gflops = 0.255742317439139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057497 s
InvBiCGStab: k = 102 resid = 8.120603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374402(s) Flops=672270336 => 1795.58425435762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.674817097 Mflops = 258.527674817097 Gflops = 0.258527674817097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001179603 Relative Rsd = 5.16785257375486e-07
BICGSTAB_SOLVER_TIME: 0.704581 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130306
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.069312(s) Flops=1730469888 => 1618.30213071582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233072.147389813 Mflops = 233.072147389813 Gflops = 0.233072147389813 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.19353
CLOV_LINOP: Time spent in clov deriv (total) = 1.455243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.185814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.065666(s) Flops=1466247168 => 1375.89748382702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198122.967339399 Mflops = 198.122967339399 Gflops = 0.198122967339399 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 290 resid = 9.730186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.299119(s) Flops=1905887232 => 1467.06131770839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211255.164086228 Mflops = 211.255164086228 Gflops = 0.211255164086228 Tflops
BICGSTAB_SOLVER: 513 iterations. Rsd = 0.002752785 Relative Rsd = 1.21169337292511e-06
BICGSTAB_SOLVER_TIME: 2.368179 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.365362
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.699056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783963(s) Flops=1407191040 => 1794.97124226526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258434.646048516 Mflops = 258.434646048516 Gflops = 0.258434646048516 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 7.359563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931383(s) Flops=1676224512 => 1799.71559712814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.642345469 Mflops = 259.154642345469 Gflops = 0.259154642345469 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002189028 Relative Rsd = 9.62273408062776e-07
BICGSTAB_SOLVER_TIME: 1.718676 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.117338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334307999999999
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099842(s) Flops=1730469888 => 1573.38043828113 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226563.178266918 Mflops = 226.563178266918 Gflops = 0.226563178266918 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193379
CLOV_LINOP: Time spent in clov deriv (total) = 1.40248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042806 s
InvBiCGStab: k = 27 resid = 1.826584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129085(s) Flops=180135936 => 1395.48310028276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200816.365523996 Mflops = 200.816365523996 Gflops = 0.200816365523996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070034 s
InvBiCGStab: k = 66 resid = 6.772376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344932(s) Flops=436045824 => 1264.15010494822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182010.883465189 Mflops = 182.010883465189 Gflops = 0.182010883465189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007460556 Relative Rsd = 3.26847678571468e-07
BICGSTAB_SOLVER_TIME: 0.591588 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050164 s
InvBiCGStab: k = 78 resid = 2.071369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379309(s) Flops=514787328 => 1357.17140378952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195374.479951915 Mflops = 195.374479951915 Gflops = 0.195374479951915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067962 s
InvBiCGStab: k = 121 resid = 8.561703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.55265(s) Flops=796944384 => 1442.0417696553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207642.477191143 Mflops = 207.642477191143 Gflops = 0.207642477191143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001348946 Relative Rsd = 5.9097467972323e-07
BICGSTAB_SOLVER_TIME: 1.053824 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 62 resid = 1.735368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231199(s) Flops=409798656 => 1772.49320282527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255181.48951521 Mflops = 255.18148951521 Gflops = 0.25518148951521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05687 s
InvBiCGStab: k = 83 resid = 8.817322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30905(s) Flops=547596288 => 1771.86956155962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255101.353092483 Mflops = 255.101353092483 Gflops = 0.255101353092483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001121523 Relative Rsd = 4.9134052555444e-07
BICGSTAB_SOLVER_TIME: 0.642591 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041808 s
InvBiCGStab: k = 81 resid = 2.069218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310303(s) Flops=534472704 => 1722.42196820527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247993.449005339 Mflops = 247.993449005339 Gflops = 0.247993449005339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059439 s
InvBiCGStab: k = 100 resid = 9.179461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394586(s) Flops=659146752 => 1670.47678326144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240512.123172531 Mflops = 240.512123172531 Gflops = 0.240512123172531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001222056 Relative Rsd = 5.35383729383484e-07
BICGSTAB_SOLVER_TIME: 0.809842 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042239 s
InvBiCGStab: k = 70 resid = 2.209239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262416(s) Flops=462292992 => 1761.67989756722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253636.424130493 Mflops = 253.636424130493 Gflops = 0.253636424130493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057967 s
InvBiCGStab: k = 96 resid = 7.86133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359076(s) Flops=632899584 => 1762.57835110116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253772.078409274 Mflops = 253.772078409274 Gflops = 0.253772078409274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001173368 Relative Rsd = 5.14053710077688e-07
BICGSTAB_SOLVER_TIME: 0.725426 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132344
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065638(s) Flops=1730617344 => 1624.01992421441 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233861.056799677 Mflops = 233.861056799677 Gflops = 0.233861056799677 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193338
CLOV_LINOP: Time spent in clov deriv (total) = 1.450639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049308 s
InvBiCGStab: k = 24 resid = 2.184746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109693(s) Flops=160450560 => 1462.72378365073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210610.44399268 Mflops = 210.61044399268 Gflops = 0.21061044399268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071554 s
InvBiCGStab: k = 68 resid = 8.824244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313663(s) Flops=449169408 => 1432.01272703507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206168.249927746 Mflops = 206.168249927746 Gflops = 0.206168249927746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007547679 Relative Rsd = 3.3066456685046e-07
BICGSTAB_SOLVER_TIME: 0.548609 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.079671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049298 s
InvBiCGStab: k = 72 resid = 1.968852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315294(s) Flops=475416576 => 1507.85164322823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217101.114390347 Mflops = 217.101114390347 Gflops = 0.217101114390347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070569 s
InvBiCGStab: k = 121 resid = 8.481225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.554084(s) Flops=796944384 => 1438.309685896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207095.028266245 Mflops = 207.095028266245 Gflops = 0.207095028266245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001338617 Relative Rsd = 5.86449607792802e-07
BICGSTAB_SOLVER_TIME: 0.992965 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042274 s
InvBiCGStab: k = 67 resid = 1.930055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252018(s) Flops=442607616 => 1756.25398185844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252851.460221057 Mflops = 252.851460221057 Gflops = 0.252851460221057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057506 s
InvBiCGStab: k = 98 resid = 1.134849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365113(s) Flops=646023168 => 1769.37870741387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254748.970845543 Mflops = 254.748970845543 Gflops = 0.254748970845543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001161065 Relative Rsd = 5.08663649869679e-07
BICGSTAB_SOLVER_TIME: 0.720651 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042178 s
InvBiCGStab: k = 87 resid = 2.219208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323043(s) Flops=573843456 => 1776.36864442195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255759.423209931 Mflops = 255.759423209931 Gflops = 0.255759423209931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057027 s
InvBiCGStab: k = 100 resid = 1.097067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369642(s) Flops=659146752 => 1783.20307757235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256740.124083129 Mflops = 256.740124083129 Gflops = 0.256740124083129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.00120647 Relative Rsd = 5.28555626163998e-07
BICGSTAB_SOLVER_TIME: 0.795493 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041847 s
InvBiCGStab: k = 75 resid = 1.54432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278569(s) Flops=495101952 => 1777.30455291149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255892.572934403 Mflops = 255.892572934403 Gflops = 0.255892572934403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056612 s
InvBiCGStab: k = 102 resid = 9.422116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377725(s) Flops=672270336 => 1779.7877715269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256246.610810159 Mflops = 256.246610810159 Gflops = 0.256246610810159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001163796 Relative Rsd = 5.09860097983109e-07
BICGSTAB_SOLVER_TIME: 0.758498 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14021
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072799(s) Flops=1730543616 => 1613.11076539035 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232284.995678231 Mflops = 232.284995678231 Gflops = 0.232284995678231 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193638
CLOV_LINOP: Time spent in clov deriv (total) = 1.484354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050187 s
InvBiCGStab: k = 24 resid = 2.270689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128716(s) Flops=160450560 => 1246.5471270083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179428.557378248 Mflops = 179.428557378248 Gflops = 0.179428557378248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066241 s
InvBiCGStab: k = 58 resid = 1.124091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28324(s) Flops=383551488 => 1354.1572094337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194968.790594475 Mflops = 194.968790594475 Gflops = 0.194968790594475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007643011 Relative Rsd = 3.34841067885657e-07
BICGSTAB_SOLVER_TIME: 0.532249 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.072478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042223 s
InvBiCGStab: k = 53 resid = 2.277218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247846(s) Flops=350742528 => 1415.16315776732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203756.452495742 Mflops = 203.756452495742 Gflops = 0.203756452495742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081781 s
InvBiCGStab: k = 98 resid = 9.305576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369788(s) Flops=646023168 => 1747.00955141865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251531.836632858 Mflops = 251.531836632858 Gflops = 0.251531836632858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001166572 Relative Rsd = 5.11076181738452e-07
BICGSTAB_SOLVER_TIME: 0.745311 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042895 s
InvBiCGStab: k = 67 resid = 2.094439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36576(s) Flops=442607616 => 1210.10393700787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174232.058870595 Mflops = 174.232058870595 Gflops = 0.174232058870595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065382 s
InvBiCGStab: k = 97 resid = 1.038009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367755(s) Flops=639461376 => 1738.82442386915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250358.791607239 Mflops = 250.358791607239 Gflops = 0.250358791607239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001147458 Relative Rsd = 5.02702472991131e-07
BICGSTAB_SOLVER_TIME: 0.84557 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042566 s
InvBiCGStab: k = 64 resid = 2.171089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245093(s) Flops=422922240 => 1725.55821667693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248436.613673853 Mflops = 248.436613673853 Gflops = 0.248436613673853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05966 s
InvBiCGStab: k = 96 resid = 7.529142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37298(s) Flops=632899584 => 1696.87271167355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244310.587500925 Mflops = 244.310587500925 Gflops = 0.244310587500925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001167725 Relative Rsd = 5.11581302251492e-07
BICGSTAB_SOLVER_TIME: 0.725485 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042593 s
InvBiCGStab: k = 73 resid = 2.205494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277575(s) Flops=481978368 => 1736.38968927317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249997.809880455 Mflops = 249.997809880455 Gflops = 0.249997809880455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058236 s
InvBiCGStab: k = 93 resid = 1.131848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350018(s) Flops=613214208 => 1751.9504939746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252245.293438766 Mflops = 252.245293438766 Gflops = 0.252245293438766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001244065 Relative Rsd = 5.45025951600144e-07
BICGSTAB_SOLVER_TIME: 0.732788 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13243
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088805(s) Flops=1723981824 => 1583.37059804097 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228014.975126127 Mflops = 228.014975126127 Gflops = 0.228014975126127 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192753
CLOV_LINOP: Time spent in clov deriv (total) = 1.4352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052024 s
InvBiCGStab: k = 33 resid = 1.907043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159221(s) Flops=219506688 => 1378.62899994347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198427.028674687 Mflops = 198.427028674687 Gflops = 0.198427028674687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066099 s
InvBiCGStab: k = 62 resid = 1.108875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306137(s) Flops=409798656 => 1338.61198091051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192730.090374742 Mflops = 192.730090374742 Gflops = 0.192730090374742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007974613 Relative Rsd = 3.49368586808956e-07
BICGSTAB_SOLVER_TIME: 0.588921 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.081791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058116 s
InvBiCGStab: k = 61 resid = 1.909722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336735(s) Flops=403236864 => 1197.49020446345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172412.708388382 Mflops = 172.412708388382 Gflops = 0.172412708388382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068253 s
InvBiCGStab: k = 105 resid = 1.001553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456571(s) Flops=691955712 => 1515.54897704848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218212.955313355 Mflops = 218.212955313355 Gflops = 0.218212955313355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001201016 Relative Rsd = 5.26166402057185e-07
BICGSTAB_SOLVER_TIME: 0.924352 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 67 resid = 1.441491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247875(s) Flops=442607616 => 1785.60813313162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257077.177177199 Mflops = 257.077177177199 Gflops = 0.257077177177199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 84 resid = 1.100002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312463(s) Flops=554158080 => 1773.51584027549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255342.237863941 Mflops = 255.342237863941 Gflops = 0.255342237863941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001150434 Relative Rsd = 5.04006330615916e-07
BICGSTAB_SOLVER_TIME: 0.661915 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 73 resid = 1.625472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270338(s) Flops=481978368 => 1782.8731735827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256692.755869259 Mflops = 256.692755869259 Gflops = 0.256692755869259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05682 s
InvBiCGStab: k = 102 resid = 8.254853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376776(s) Flops=672270336 => 1784.27059048347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256900.257640984 Mflops = 256.900257640984 Gflops = 0.256900257640984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001232015 Relative Rsd = 5.39746769016867e-07
BICGSTAB_SOLVER_TIME: 0.748868 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042066 s
InvBiCGStab: k = 69 resid = 2.050408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254844(s) Flops=455731200 => 1788.27518011018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257461.891236101 Mflops = 257.461891236101 Gflops = 0.257461891236101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057124 s
InvBiCGStab: k = 88 resid = 8.70589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328262(s) Flops=580405248 => 1768.11585867386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254563.624584751 Mflops = 254.563624584751 Gflops = 0.254563624584751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001166636 Relative Rsd = 5.11104538665477e-07
BICGSTAB_SOLVER_TIME: 0.686035 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126016
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057094(s) Flops=1704001536 => 1611.96784391927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232194.044910008 Mflops = 232.194044910008 Gflops = 0.232194044910008 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190577
CLOV_LINOP: Time spent in clov deriv (total) = 1.434585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 2.194625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.165952(s) Flops=1656539136 => 1420.76100559886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204579.383033974 Mflops = 204.579383033974 Gflops = 0.204579383033974 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 285 resid = 1.010942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.140558(s) Flops=1873078272 => 1642.24727896345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236481.359128585 Mflops = 236.481359128585 Gflops = 0.236481359128585 Tflops
BICGSTAB_SOLVER: 537 iterations. Rsd = 0.002269109 Relative Rsd = 9.98837060425244e-07
BICGSTAB_SOLVER_TIME: 2.309885 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.382824000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.132836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815773(s) Flops=1459685376 => 1789.32788410501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257659.170500417 Mflops = 257.659170500417 Gflops = 0.257659170500417 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.371529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869323(s) Flops=1492494336 => 1716.8467140522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247223.108645911 Mflops = 247.223108645911 Gflops = 0.247223108645911 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002054464 Relative Rsd = 9.03137622982859e-07
BICGSTAB_SOLVER_TIME: 1.68868 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.123894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320214999999998
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058312(s) Flops=1704001536 => 1610.11264731006 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231864.031357584 Mflops = 231.864031357584 Gflops = 0.231864031357584 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190554
CLOV_LINOP: Time spent in clov deriv (total) = 1.450588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053166 s
InvBiCGStab: k = 30 resid = 2.132538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147807(s) Flops=199821312 => 1351.90695975157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194610.205656483 Mflops = 194.610205656483 Gflops = 0.194610205656483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083125 s
InvBiCGStab: k = 61 resid = 1.020659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287318(s) Flops=403236864 => 1403.45145100551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202018.2316972 Mflops = 202.0182316972 Gflops = 0.2020182316972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007748195 Relative Rsd = 3.394491960313e-07
BICGSTAB_SOLVER_TIME: 0.576419 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0788940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042706 s
InvBiCGStab: k = 82 resid = 2.185048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387568(s) Flops=541034496 => 1395.9730834331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200995.810714382 Mflops = 200.995810714382 Gflops = 0.200995810714382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057557 s
InvBiCGStab: k = 126 resid = 1.06726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.517565(s) Flops=829753344 => 1603.18673789766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230836.862574834 Mflops = 230.836862574834 Gflops = 0.230836862574834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001367673 Relative Rsd = 5.99179011933414e-07
BICGSTAB_SOLVER_TIME: 1.009237 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 62 resid = 1.687488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230328(s) Flops=409798656 => 1779.19599874961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256153.591543201 Mflops = 256.153591543201 Gflops = 0.256153591543201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056906 s
InvBiCGStab: k = 83 resid = 1.094429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326777(s) Flops=547596288 => 1675.74917451351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241262.639251001 Mflops = 241.262639251001 Gflops = 0.241262639251001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001142768 Relative Rsd = 5.00647921825208e-07
BICGSTAB_SOLVER_TIME: 0.658912 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041806 s
InvBiCGStab: k = 77 resid = 1.599862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288864(s) Flops=508225536 => 1759.39381854437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253289.668444028 Mflops = 253.289668444028 Gflops = 0.253289668444028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057596 s
InvBiCGStab: k = 104 resid = 1.040716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387671(s) Flops=685393920 => 1767.97831150641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254553.323601252 Mflops = 254.553323601252 Gflops = 0.254553323601252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001251172 Relative Rsd = 5.48139654391097e-07
BICGSTAB_SOLVER_TIME: 0.7796 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041882 s
InvBiCGStab: k = 76 resid = 2.026725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280023(s) Flops=501663744 => 1791.50906889791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257933.437935969 Mflops = 257.933437935969 Gflops = 0.257933437935969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057113 s
InvBiCGStab: k = 87 resid = 1.137021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321594(s) Flops=573843456 => 1784.37239500737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256920.520816699 Mflops = 256.920520816699 Gflops = 0.256920520816699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001233967 Relative Rsd = 5.40602321985996e-07
BICGSTAB_SOLVER_TIME: 0.704288 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130184
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067921(s) Flops=1729363968 => 1619.37443687314 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233427.805115485 Mflops = 233.427805115485 Gflops = 0.233427805115485 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193424
CLOV_LINOP: Time spent in clov deriv (total) = 1.505422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048756 s
InvBiCGStab: k = 39 resid = 1.406315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199822(s) Flops=258877440 => 1295.54023080542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186511.785158141 Mflops = 186.511785158141 Gflops = 0.186511785158141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065345 s
InvBiCGStab: k = 61 resid = 9.15808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278034(s) Flops=403236864 => 1450.31493989944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208797.789487421 Mflops = 208.797789487421 Gflops = 0.208797789487421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0008060396 Relative Rsd = 3.53126746668041e-07
BICGSTAB_SOLVER_TIME: 0.595946 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0853000000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041867 s
InvBiCGStab: k = 74 resid = 1.994988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284501(s) Flops=488540160 => 1717.18257580817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247216.431154739 Mflops = 247.216431154739 Gflops = 0.247216431154739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.095215 s
InvBiCGStab: k = 116 resid = 1.022638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431744(s) Flops=764135424 => 1769.88081826267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254827.629123835 Mflops = 254.827629123835 Gflops = 0.254827629123835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001294015 Relative Rsd = 5.6690944099959e-07
BICGSTAB_SOLVER_TIME: 0.857282 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041904 s
InvBiCGStab: k = 70 resid = 1.792389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258649(s) Flops=462292992 => 1787.33724854919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257335.875727996 Mflops = 257.335875727996 Gflops = 0.257335875727996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056943 s
InvBiCGStab: k = 92 resid = 1.035202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342357(s) Flops=606652416 => 1771.98776715534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255110.894950328 Mflops = 255.110894950328 Gflops = 0.255110894950328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001147786 Relative Rsd = 5.02846144687944e-07
BICGSTAB_SOLVER_TIME: 0.703597 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129538
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 76 resid = 1.941649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280825(s) Flops=501663744 => 1786.39274993323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257197.294288262 Mflops = 257.197294288262 Gflops = 0.257197294288262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057044 s
InvBiCGStab: k = 99 resid = 1.150912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365023(s) Flops=652584960 => 1787.79134465499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257399.786099693 Mflops = 257.399786099693 Gflops = 0.257399786099693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00124676 Relative Rsd = 5.46206895206711e-07
BICGSTAB_SOLVER_TIME: 0.747708 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13891
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 72 resid = 1.642742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266119(s) Flops=475416576 => 1786.48114565288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257208.885646882 Mflops = 257.208885646882 Gflops = 0.257208885646882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057229 s
InvBiCGStab: k = 97 resid = 1.053391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358141(s) Flops=639461376 => 1785.50173255785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257069.15740744 Mflops = 257.06915740744 Gflops = 0.25706915740744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001202962 Relative Rsd = 5.27018945927942e-07
BICGSTAB_SOLVER_TIME: 0.726269 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13443
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.090174(s) Flops=1756127232 => 1610.86875306144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231954.993014892 Mflops = 231.954993014892 Gflops = 0.231954993014892 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196421
CLOV_LINOP: Time spent in clov deriv (total) = 1.562979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047212 s
InvBiCGStab: k = 28 resid = 2.10974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122264(s) Flops=186697728 => 1527.00490741347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219790.72168393 Mflops = 219.79072168393 Gflops = 0.21979072168393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066828 s
InvBiCGStab: k = 54 resid = 8.802869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232294(s) Flops=357304320 => 1538.15561314541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221441.653659707 Mflops = 221.441653659707 Gflops = 0.221441653659707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008285675 Relative Rsd = 3.62996257815069e-07
BICGSTAB_SOLVER_TIME: 0.47253 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.148511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726060000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044942 s
InvBiCGStab: k = 64 resid = 2.199318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237602(s) Flops=422922240 => 1779.96077474095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256250.414012291 Mflops = 256.250414012291 Gflops = 0.256250414012291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056822 s
InvBiCGStab: k = 88 resid = 1.008909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32704(s) Flops=580405248 => 1774.72250489237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255511.34073765 Mflops = 255.51134073765 Gflops = 0.25551134073765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001178127 Relative Rsd = 5.16138658237328e-07
BICGSTAB_SOLVER_TIME: 0.670322 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041665 s
InvBiCGStab: k = 71 resid = 2.035392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262354(s) Flops=468854784 => 1787.10743499241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257284.780007335 Mflops = 257.284780007335 Gflops = 0.257284780007335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 91 resid = 7.861118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33644(s) Flops=600090624 => 1783.64827012246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256800.709225012 Mflops = 256.800709225012 Gflops = 0.256800709225012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001149848 Relative Rsd = 5.03749639224344e-07
BICGSTAB_SOLVER_TIME: 0.700461 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 80 resid = 1.868077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298887(s) Flops=527910912 => 1766.25584920053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254297.374048831 Mflops = 254.297374048831 Gflops = 0.254297374048831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 87 resid = 1.033633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319104(s) Flops=573843456 => 1798.29602888087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258908.955326492 Mflops = 258.908955326492 Gflops = 0.258908955326492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001194157 Relative Rsd = 5.231611798126e-07
BICGSTAB_SOLVER_TIME: 0.718668 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 65 resid = 2.016573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240407(s) Flops=429484032 => 1786.4872154305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257188.663374623 Mflops = 257.188663374623 Gflops = 0.257188663374623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056722 s
InvBiCGStab: k = 93 resid = 9.439678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343645(s) Flops=613214208 => 1784.44094341544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256907.615944167 Mflops = 256.907615944167 Gflops = 0.256907615944167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001200117 Relative Rsd = 5.25772618183883e-07
BICGSTAB_SOLVER_TIME: 0.685598 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126848
Monitoring force
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.121242(s) Flops=1787314176 => 1594.0485425983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229526.947688698 Mflops = 229.526947688698 Gflops = 0.229526947688698 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200371
CLOV_LINOP: Time spent in clov deriv (total) = 1.567456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041836 s
InvBiCGStab: k = 28 resid = 1.952744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131386(s) Flops=186697728 => 1420.98646735573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204518.872506949 Mflops = 204.518872506949 Gflops = 0.204518872506949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063394 s
InvBiCGStab: k = 57 resid = 8.745946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280021(s) Flops=376989696 => 1346.2907996186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193637.988874605 Mflops = 193.637988874605 Gflops = 0.193637988874605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000753634 Relative Rsd = 3.30167785110026e-07
BICGSTAB_SOLVER_TIME: 0.525554 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.074778
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 61 resid = 2.2647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228123(s) Flops=403236864 => 1767.62914743362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254483.493668646 Mflops = 254.483493668646 Gflops = 0.254483493668646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056899 s
InvBiCGStab: k = 93 resid = 6.18583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347099(s) Flops=613214208 => 1766.68387981527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254362.830051277 Mflops = 254.362830051277 Gflops = 0.254362830051277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001148296 Relative Rsd = 5.03069735997432e-07
BICGSTAB_SOLVER_TIME: 0.67705 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042581 s
InvBiCGStab: k = 70 resid = 2.224122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259109(s) Flops=462292992 => 1784.16416257251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256860.841685102 Mflops = 256.860841685102 Gflops = 0.256860841685102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056484 s
InvBiCGStab: k = 89 resid = 1.08905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330223(s) Flops=586967040 => 1777.48684979544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255908.616904956 Mflops = 255.908616904956 Gflops = 0.255908616904956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001148934 Relative Rsd = 5.03349174132624e-07
BICGSTAB_SOLVER_TIME: 0.692285 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044307 s
InvBiCGStab: k = 79 resid = 2.153994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31341(s) Flops=521349120 => 1663.47315018666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239494.056227155 Mflops = 239.494056227155 Gflops = 0.239494056227155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05771 s
InvBiCGStab: k = 102 resid = 3.436025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380764(s) Flops=672270336 => 1765.58271265141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254205.026623051 Mflops = 254.205026623051 Gflops = 0.254205026623051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001261093 Relative Rsd = 5.52486271487607e-07
BICGSTAB_SOLVER_TIME: 0.800117 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041469 s
InvBiCGStab: k = 73 resid = 1.870352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270772(s) Flops=481978368 => 1780.01554075015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256273.462749918 Mflops = 256.273462749918 Gflops = 0.256273462749918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056793 s
InvBiCGStab: k = 96 resid = 5.858582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353625(s) Flops=632899584 => 1789.74785153765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257677.900544223 Mflops = 257.677900544224 Gflops = 0.257677900544224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001186398 Relative Rsd = 5.19762326699716e-07
BICGSTAB_SOLVER_TIME: 0.726465 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134633
Monitoring force
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.113709(s) Flops=1812234240 => 1627.20624507838 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234303.111140269 Mflops = 234.303111140269 Gflops = 0.234303111140269 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203058
CLOV_LINOP: Time spent in clov deriv (total) = 1.569619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021542
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 2.080606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984912(s) Flops=1610606592 => 1635.27969199279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235463.829844856 Mflops = 235.463829844856 Gflops = 0.235463829844856 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 1.126652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993519(s) Flops=1748404224 => 1759.80954969155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253402.596111438 Mflops = 253.402596111438 Gflops = 0.253402596111439 Tflops
BICGSTAB_SOLVER: 511 iterations. Rsd = 0.002230825 Relative Rsd = 9.82034505224785e-07
BICGSTAB_SOLVER_TIME: 1.981907 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.117005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364636999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.045265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777896(s) Flops=1394067456 => 1792.10004422185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258041.576260279 Mflops = 258.041576260279 Gflops = 0.258041576260279 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.117998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840053(s) Flops=1505617920 => 1792.28920080043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258075.743509893 Mflops = 258.075743509893 Gflops = 0.258075743509893 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.002082614 Relative Rsd = 9.15534351055533e-07
BICGSTAB_SOLVER_TIME: 1.621409 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315028999999999
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.121194(s) Flops=1812234240 => 1616.34314846494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232736.07348014 Mflops = 232.73607348014 Gflops = 0.23273607348014 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203135
CLOV_LINOP: Time spent in clov deriv (total) = 1.532906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042095 s
InvBiCGStab: k = 31 resid = 2.212161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147922(s) Flops=206383104 => 1395.21574884061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200836.073764745 Mflops = 200.836073764745 Gflops = 0.200836073764745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08333 s
InvBiCGStab: k = 58 resid = 1.113897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261357(s) Flops=383551488 => 1467.53860811075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211275.255012419 Mflops = 211.275255012419 Gflops = 0.211275255012419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007800257 Relative Rsd = 3.41730041595078e-07
BICGSTAB_SOLVER_TIME: 0.538717 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0776450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 75 resid = 1.981132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278971(s) Flops=495101952 => 1774.74343928222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255526.226220496 Mflops = 255.526226220496 Gflops = 0.255526226220496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056741 s
InvBiCGStab: k = 110 resid = 8.253219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407844(s) Flops=724764672 => 1777.06346544267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255860.430470768 Mflops = 255.860430470768 Gflops = 0.255860430470768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001294128 Relative Rsd = 5.66958963618548e-07
BICGSTAB_SOLVER_TIME: 0.788706 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041711 s
InvBiCGStab: k = 77 resid = 2.006431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286349(s) Flops=508225536 => 1774.84655437945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255508.670353951 Mflops = 255.508670353951 Gflops = 0.255508670353951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057004 s
InvBiCGStab: k = 101 resid = 1.080963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375182(s) Flops=665708544 => 1774.36162715695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255459.02170654 Mflops = 255.45902170654 Gflops = 0.25545902170654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001199657 Relative Rsd = 5.25570906589672e-07
BICGSTAB_SOLVER_TIME: 0.764189 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141052
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 75 resid = 2.260368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278292(s) Flops=495101952 => 1779.07360614031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256133.760776537 Mflops = 256.133760776537 Gflops = 0.256133760776537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057118 s
InvBiCGStab: k = 94 resid = 1.136534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347758(s) Flops=619776000 => 1782.20486660264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256598.48113276 Mflops = 256.59848113276 Gflops = 0.25659848113276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001197569 Relative Rsd = 5.24656038681462e-07
BICGSTAB_SOLVER_TIME: 0.728248 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 69 resid = 1.553348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254502(s) Flops=455731200 => 1790.67826578966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257789.980803326 Mflops = 257.789980803326 Gflops = 0.257789980803326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056835 s
InvBiCGStab: k = 96 resid = 7.514417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353636(s) Flops=632899584 => 1789.69218066034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257662.364238726 Mflops = 257.662364238726 Gflops = 0.257662364238726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001214589 Relative Rsd = 5.32112635447211e-07
BICGSTAB_SOLVER_TIME: 0.710098 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131627
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.219912(s) Flops=1830887424 => 1500.83565371928 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216101.505150959 Mflops = 216.101505150959 Gflops = 0.216101505150959 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205373
CLOV_LINOP: Time spent in clov deriv (total) = 1.584173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046842 s
InvBiCGStab: k = 30 resid = 1.88613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117179(s) Flops=199821312 => 1705.26555099463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245438.966585777 Mflops = 245.438966585777 Gflops = 0.245438966585777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057373 s
InvBiCGStab: k = 63 resid = 9.40339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241625(s) Flops=416360448 => 1723.16791722711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248074.193799444 Mflops = 248.074193799444 Gflops = 0.248074193799444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007509721 Relative Rsd = 3.29001631986978e-07
BICGSTAB_SOLVER_TIME: 0.46689 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0805560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043239 s
InvBiCGStab: k = 96 resid = 1.326462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358704(s) Flops=632899584 => 1764.40626254516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254036.470215944 Mflops = 254.036470215944 Gflops = 0.254036470215944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057451 s
InvBiCGStab: k = 121 resid = 8.862219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450982(s) Flops=796944384 => 1767.13124692338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254431.89738042 Mflops = 254.43189738042 Gflops = 0.25443189738042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.00134216 Relative Rsd = 5.88001639530718e-07
BICGSTAB_SOLVER_TIME: 0.914261 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168811999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043583 s
InvBiCGStab: k = 66 resid = 2.240105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243773(s) Flops=436045824 => 1788.73716121146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257510.962793801 Mflops = 257.510962793801 Gflops = 0.257510962793801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056884 s
InvBiCGStab: k = 96 resid = 8.972839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356466(s) Flops=632899584 => 1775.48373196883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255626.073017174 Mflops = 255.626073017174 Gflops = 0.255626073017174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001169829 Relative Rsd = 5.12503157388124e-07
BICGSTAB_SOLVER_TIME: 0.704582 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129898
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 77 resid = 2.142489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288968(s) Flops=508225536 => 1758.76061017137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253218.358826189 Mflops = 253.218358826189 Gflops = 0.253218358826189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056754 s
InvBiCGStab: k = 94 resid = 9.68257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350011(s) Flops=619776000 => 1770.73291982252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254943.440800933 Mflops = 254.943440800933 Gflops = 0.254943440800933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001226235 Relative Rsd = 5.37214791243254e-07
BICGSTAB_SOLVER_TIME: 0.740832 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044955 s
InvBiCGStab: k = 68 resid = 1.821966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257787(s) Flops=449169408 => 1742.40519498656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250855.476132491 Mflops = 250.855476132491 Gflops = 0.250855476132491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 98 resid = 1.072285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368754(s) Flops=646023168 => 1751.90823150393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252231.987201469 Mflops = 252.231987201469 Gflops = 0.252231987201469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001213713 Relative Rsd = 5.31728796899035e-07
BICGSTAB_SOLVER_TIME: 0.732344 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132523
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.313912(s) Flops=1843421184 => 1403.00201535567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202020.041525079 Mflops = 202.020041525079 Gflops = 0.202020041525079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206471
CLOV_LINOP: Time spent in clov deriv (total) = 1.602972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042385 s
InvBiCGStab: k = 30 resid = 1.950525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113386(s) Flops=199821312 => 1762.31026758154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253616.992143097 Mflops = 253.616992143097 Gflops = 0.253616992143097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06247 s
InvBiCGStab: k = 48 resid = 1.001438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179367(s) Flops=317933568 => 1772.53100068574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255151.39900284 Mflops = 255.15139900284 Gflops = 0.25515139900284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007186611 Relative Rsd = 3.14846119225039e-07
BICGSTAB_SOLVER_TIME: 0.401427 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 74 resid = 8.987425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274743(s) Flops=488540160 => 1778.17145477774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256008.571930019 Mflops = 256.008571930019 Gflops = 0.256008571930019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057392 s
InvBiCGStab: k = 89 resid = 1.143681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335305(s) Flops=586967040 => 1750.54663664425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252029.384099492 Mflops = 252.029384099492 Gflops = 0.252029384099492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001152937 Relative Rsd = 5.05102968466419e-07
BICGSTAB_SOLVER_TIME: 0.71256 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041959 s
InvBiCGStab: k = 64 resid = 2.15826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241287(s) Flops=422922240 => 1752.77673475985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252343.281173318 Mflops = 252.343281173318 Gflops = 0.252343281173318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057628 s
InvBiCGStab: k = 93 resid = 1.066647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344101(s) Flops=613214208 => 1782.07621599472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256561.491616795 Mflops = 256.561491616795 Gflops = 0.256561491616795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001193327 Relative Rsd = 5.2279789493635e-07
BICGSTAB_SOLVER_TIME: 0.688845 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12615
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042676 s
InvBiCGStab: k = 79 resid = 2.07369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316134(s) Flops=521349120 => 1649.13966862153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237438.668572969 Mflops = 237.438668572969 Gflops = 0.237438668572969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060804 s
InvBiCGStab: k = 92 resid = 9.49597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357285(s) Flops=606652416 => 1697.95098030984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244449.123217925 Mflops = 244.449123217925 Gflops = 0.244449123217925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001211393 Relative Rsd = 5.30712486674545e-07
BICGSTAB_SOLVER_TIME: 0.780776 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04151 s
InvBiCGStab: k = 65 resid = 2.282524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241604(s) Flops=429484032 => 1777.63626430026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255919.700900451 Mflops = 255.919700900451 Gflops = 0.255919700900451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057672 s
InvBiCGStab: k = 99 resid = 1.025982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370303(s) Flops=652584960 => 1762.2999543617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253722.450936766 Mflops = 253.722450936766 Gflops = 0.253722450936766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001213938 Relative Rsd = 5.31827587128615e-07
BICGSTAB_SOLVER_TIME: 0.715013 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131026
Monitoring force
num_pf = 1
MInvCG2: 288 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.335269(s) Flops=1849909248 => 1385.42065156908 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199491.074638818 Mflops = 199.491074638818 Gflops = 0.199491074638818 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.207099
CLOV_LINOP: Time spent in clov deriv (total) = 1.561527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04335 s
InvBiCGStab: k = 31 resid = 2.032472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123385(s) Flops=206383104 => 1672.67580337967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240770.227568274 Mflops = 240.770227568274 Gflops = 0.240770227568274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060343 s
InvBiCGStab: k = 59 resid = 9.001362e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222239(s) Flops=390113280 => 1755.37722901921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252705.985186046 Mflops = 252.705985186046 Gflops = 0.252705985186046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007616377 Relative Rsd = 3.33674226240101e-07
BICGSTAB_SOLVER_TIME: 0.453155 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.078353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042017 s
InvBiCGStab: k = 67 resid = 1.629972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253332(s) Flops=442607616 => 1747.14452181327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251529.796632524 Mflops = 251.529796632524 Gflops = 0.251529796632524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060699 s
InvBiCGStab: k = 104 resid = 9.111512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417857(s) Flops=685393920 => 1640.25951461864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236157.628191501 Mflops = 236.157628191501 Gflops = 0.236157628191501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001242529 Relative Rsd = 5.44353137604988e-07
BICGSTAB_SOLVER_TIME: 0.778117 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04275 s
InvBiCGStab: k = 68 resid = 2.188927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252485(s) Flops=449169408 => 1778.99442739173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256124.216362035 Mflops = 256.124216362035 Gflops = 0.256124216362035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057252 s
InvBiCGStab: k = 91 resid = 1.0904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340025(s) Flops=600090624 => 1764.84265568708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254094.451654922 Mflops = 254.094451654922 Gflops = 0.254094451654922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00121572 Relative Rsd = 5.32608167646797e-07
BICGSTAB_SOLVER_TIME: 0.696346 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 79 resid = 2.274582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292472(s) Flops=521349120 => 1782.56079214421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256643.928640227 Mflops = 256.643928640227 Gflops = 0.256643928640227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057161 s
InvBiCGStab: k = 100 resid = 8.123743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368325(s) Flops=659146752 => 1789.57918142944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257653.199452852 Mflops = 257.653199452852 Gflops = 0.257653199452852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001224651 Relative Rsd = 5.3652070955283e-07
BICGSTAB_SOLVER_TIME: 0.763338 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 65 resid = 2.034302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241338(s) Flops=429484032 => 1779.59555478209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256209.379398113 Mflops = 256.209379398113 Gflops = 0.256209379398113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057451 s
InvBiCGStab: k = 96 resid = 1.147672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35513(s) Flops=632899584 => 1782.16310646805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256584.01773097 Mflops = 256.58401773097 Gflops = 0.25658401773097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.0011734 Relative Rsd = 5.14067786537865e-07
BICGSTAB_SOLVER_TIME: 0.699389 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128648
Monitoring force
num_pf = 1
MInvCG2: 289 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.371859(s) Flops=1856102400 => 1352.98336053487 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194819.187082244 Mflops = 194.819187082244 Gflops = 0.194819187082244 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.207537000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021103
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 2.246589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.025246(s) Flops=1702471680 => 1660.54944862014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239128.438521081 Mflops = 239.128438521081 Gflops = 0.239128438521081 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 286 resid = 8.14364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.066579(s) Flops=1879640064 => 1762.30739963941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253763.331886471 Mflops = 253.763331886471 Gflops = 0.253763331886471 Tflops
BICGSTAB_SOLVER: 545 iterations. Rsd = 0.002289949 Relative Rsd = 1.00810988788454e-06
BICGSTAB_SOLVER_TIME: 2.09523 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.117772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.389086000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.194795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685109(s) Flops=1216899072 => 1776.21235744969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255756.849581742 Mflops = 255.756849581742 Gflops = 0.255756849581742 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.022478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046342(s) Flops=1505617920 => 1438.93480334346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207200.158050583 Mflops = 207.200158050583 Gflops = 0.207200158050583 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002147768 Relative Rsd = 9.44200576854421e-07
BICGSTAB_SOLVER_TIME: 1.734953 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001861
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296578999999999
num_pf = 1
MInvCG2: 289 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.18035(s) Flops=1856102400 => 1572.50171559283 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226485.559806135 Mflops = 226.485559806135 Gflops = 0.226485559806135 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208169
CLOV_LINOP: Time spent in clov deriv (total) = 1.398013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041831 s
InvBiCGStab: k = 34 resid = 2.00058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126915(s) Flops=226068480 => 1781.25895284245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256408.172873993 Mflops = 256.408172873993 Gflops = 0.256408172873993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057105 s
InvBiCGStab: k = 59 resid = 8.383101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219532(s) Flops=390113280 => 1777.02239309076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255826.977997425 Mflops = 255.826977997425 Gflops = 0.255826977997425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007211754 Relative Rsd = 3.15947653235604e-07
BICGSTAB_SOLVER_TIME: 0.449222 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041762 s
InvBiCGStab: k = 80 resid = 2.151828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294506(s) Flops=527910912 => 1792.530243866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258078.35505493 Mflops = 258.07835505493 Gflops = 0.25807835505493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 116 resid = 1.040144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444127(s) Flops=764135424 => 1720.53359512031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247724.637651716 Mflops = 247.724637651716 Gflops = 0.247724637651716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001360171 Relative Rsd = 5.95892107480276e-07
BICGSTAB_SOLVER_TIME: 0.840469 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153739
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042297 s
InvBiCGStab: k = 74 resid = 1.737656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273366(s) Flops=488540160 => 1787.12846513465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257290.30859668 Mflops = 257.29030859668 Gflops = 0.25729030859668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056836 s
InvBiCGStab: k = 93 resid = 1.066976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342085(s) Flops=613214208 => 1792.57847610974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258094.860518074 Mflops = 258.094860518074 Gflops = 0.258094860518074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001206242 Relative Rsd = 5.28455968906074e-07
BICGSTAB_SOLVER_TIME: 0.718309 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 82 resid = 1.620575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322625(s) Flops=541034496 => 1676.97635335141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241436.466741789 Mflops = 241.436466741789 Gflops = 0.241436466741789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065995 s
InvBiCGStab: k = 96 resid = 1.088559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440909(s) Flops=632899584 => 1435.44265143147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206677.514519563 Mflops = 206.677514519563 Gflops = 0.206677514519563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001244684 Relative Rsd = 5.45297229468566e-07
BICGSTAB_SOLVER_TIME: 0.875237 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060532 s
InvBiCGStab: k = 70 resid = 2.13249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31164(s) Flops=462292992 => 1483.41994609164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213587.371887104 Mflops = 213.587371887104 Gflops = 0.213587371887104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071945 s
InvBiCGStab: k = 103 resid = 1.008262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456564(s) Flops=678832128 => 1486.82797592451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214077.000213433 Mflops = 214.077000213433 Gflops = 0.214077000213433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001273369 Relative Rsd = 5.57864397305465e-07
BICGSTAB_SOLVER_TIME: 0.906288 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137096
Monitoring force
num_pf = 1
MInvCG2: 290 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.153932(s) Flops=1862443008 => 1613.9971922089 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232388.889850877 Mflops = 232.388889850877 Gflops = 0.232388889850877 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208178000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041266 s
InvBiCGStab: k = 29 resid = 1.913634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108203(s) Flops=193259520 => 1786.08282579965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257066.942590059 Mflops = 257.066942590059 Gflops = 0.257066942590059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056691 s
InvBiCGStab: k = 65 resid = 1.07029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240408(s) Flops=429484032 => 1786.47978436658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257181.013486333 Mflops = 257.181013486333 Gflops = 0.257181013486333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007811931 Relative Rsd = 3.42241486314864e-07
BICGSTAB_SOLVER_TIME: 0.450331 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.081059
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041604 s
InvBiCGStab: k = 81 resid = 2.104884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298975(s) Flops=534472704 => 1787.68359896312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257378.923063161 Mflops = 257.378923063161 Gflops = 0.257378923063161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 119 resid = 7.119698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440822(s) Flops=783820800 => 1778.08911533453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256003.600044598 Mflops = 256.003600044598 Gflops = 0.256003600044598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001310242 Relative Rsd = 5.74018206394284e-07
BICGSTAB_SOLVER_TIME: 0.841838 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045883 s
InvBiCGStab: k = 62 resid = 1.867448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238046(s) Flops=409798656 => 1721.51036354318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247825.484492438 Mflops = 247.825484492438 Gflops = 0.247825484492438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056682 s
InvBiCGStab: k = 100 resid = 3.883102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38738(s) Flops=659146752 => 1701.55080799215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244984.682070419 Mflops = 244.984682070419 Gflops = 0.244984682070419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001182525 Relative Rsd = 5.18065195218302e-07
BICGSTAB_SOLVER_TIME: 0.731858 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129805
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041781 s
InvBiCGStab: k = 78 resid = 1.97633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290017(s) Flops=514787328 => 1775.02466407142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255558.978395207 Mflops = 255.558978395207 Gflops = 0.255558978395207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05735 s
InvBiCGStab: k = 109 resid = 9.718224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401032(s) Flops=718202880 => 1790.88671228231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257844.488285735 Mflops = 257.844488285735 Gflops = 0.257844488285735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001246176 Relative Rsd = 5.45951019841816e-07
BICGSTAB_SOLVER_TIME: 0.794013 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 71 resid = 1.987302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261964(s) Flops=468854784 => 1789.7679986563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257672.663810284 Mflops = 257.672663810284 Gflops = 0.257672663810284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056259 s
InvBiCGStab: k = 105 resid = 9.376004e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465927(s) Flops=691955712 => 1485.11614909632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213840.690028613 Mflops = 213.840690028613 Gflops = 0.213840690028613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00124691 Relative Rsd = 5.46272636355873e-07
BICGSTAB_SOLVER_TIME: 0.828911 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139534
Monitoring force
num_pf = 1
MInvCG2: 290 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.465402(s) Flops=1862664192 => 1271.09434271278 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183024.32677491 Mflops = 183.02432677491 Gflops = 0.18302432677491 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208012000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 33 resid = 1.650001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124527(s) Flops=219506688 => 1762.72365029271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253689.303910799 Mflops = 253.689303910799 Gflops = 0.253689303910799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056927 s
InvBiCGStab: k = 63 resid = 7.951261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235092(s) Flops=416360448 => 1771.05323873207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254964.794613645 Mflops = 254.964794613645 Gflops = 0.254964794613645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007035952 Relative Rsd = 3.08245738450093e-07
BICGSTAB_SOLVER_TIME: 0.461432 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0825090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 62 resid = 2.00641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232669(s) Flops=409798656 => 1761.29461165862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253566.211954947 Mflops = 253.566211954947 Gflops = 0.253566211954947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057372 s
InvBiCGStab: k = 93 resid = 9.467243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345166(s) Flops=613214208 => 1776.57766987478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255777.76725288 Mflops = 255.77776725288 Gflops = 0.25577776725288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001160727 Relative Rsd = 5.08515592029478e-07
BICGSTAB_SOLVER_TIME: 0.68084 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 67 resid = 2.23912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24807(s) Flops=442607616 => 1784.20452291692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256872.828660236 Mflops = 256.872828660236 Gflops = 0.256872828660236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056769 s
InvBiCGStab: k = 92 resid = 1.070092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34158(s) Flops=606652416 => 1776.01854909538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255693.861178867 Mflops = 255.693861178867 Gflops = 0.255693861178867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001201579 Relative Rsd = 5.26413097121964e-07
BICGSTAB_SOLVER_TIME: 0.691292 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 80 resid = 2.278429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295774(s) Flops=527910912 => 1784.84556451886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256963.709862831 Mflops = 256.963709862831 Gflops = 0.256963709862831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057166 s
InvBiCGStab: k = 107 resid = 1.021441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394624(s) Flops=705079296 => 1786.71164450211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257242.584471732 Mflops = 257.242584471732 Gflops = 0.257242584471732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001265691 Relative Rsd = 5.54500327329686e-07
BICGSTAB_SOLVER_TIME: 0.792602 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041661 s
InvBiCGStab: k = 63 resid = 2.206364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232943(s) Flops=416360448 => 1787.39197142649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257324.746019827 Mflops = 257.324746019827 Gflops = 0.257324746019827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057138 s
InvBiCGStab: k = 102 resid = 9.2454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377458(s) Flops=672270336 => 1781.04672837773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256434.354254837 Mflops = 256.434354254837 Gflops = 0.256434354254837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001210964 Relative Rsd = 5.30524341523838e-07
BICGSTAB_SOLVER_TIME: 0.712961 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131505
Monitoring force
num_pf = 1
MInvCG2: 291 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.286548(s) Flops=1869004800 => 1452.72838634859 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209166.466528809 Mflops = 209.166466528809 Gflops = 0.209166466528809 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208952000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.578863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042257 s
InvBiCGStab: k = 28 resid = 1.915901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105009(s) Flops=186697728 => 1777.92120675371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255898.419672475 Mflops = 255.898419672475 Gflops = 0.255898419672475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057397 s
InvBiCGStab: k = 61 resid = 1.126022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227246(s) Flops=403236864 => 1774.45087702314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255439.704920945 Mflops = 255.439704920945 Gflops = 0.255439704920945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007485098 Relative Rsd = 3.27922895721701e-07
BICGSTAB_SOLVER_TIME: 0.435852 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.077448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 70 resid = 1.954895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260106(s) Flops=462292992 => 1777.32536735023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255886.743535762 Mflops = 255.886743535762 Gflops = 0.255886743535762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057255 s
InvBiCGStab: k = 103 resid = 1.01665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383391(s) Flops=678832128 => 1770.6000610343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254924.541974139 Mflops = 254.924541974139 Gflops = 0.254924541974138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001217358 Relative Rsd = 5.33325710104184e-07
BICGSTAB_SOLVER_TIME: 0.746013 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042185 s
InvBiCGStab: k = 71 resid = 2.210664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262589(s) Flops=468854784 => 1785.50809059024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257066.215490749 Mflops = 257.066215490749 Gflops = 0.257066215490749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057105 s
InvBiCGStab: k = 124 resid = 9.931554e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459223(s) Flops=816629760 => 1778.28584369685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256039.604026591 Mflops = 256.039604026591 Gflops = 0.256039604026591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001215506 Relative Rsd = 5.32514579587283e-07
BICGSTAB_SOLVER_TIME: 0.824963 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041477 s
InvBiCGStab: k = 71 resid = 2.167833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262975(s) Flops=468854784 => 1782.88728586368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256671.839636533 Mflops = 256.671839636533 Gflops = 0.256671839636533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056658 s
InvBiCGStab: k = 105 resid = 9.615917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388477(s) Flops=691955712 => 1781.20123456472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256450.467381369 Mflops = 256.450467381369 Gflops = 0.256450467381369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001227481 Relative Rsd = 5.37760764091809e-07
BICGSTAB_SOLVER_TIME: 0.753469 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043818 s
InvBiCGStab: k = 72 resid = 2.227698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283587(s) Flops=475416576 => 1676.43994964508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241364.489909386 Mflops = 241.364489909386 Gflops = 0.241364489909386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059431 s
InvBiCGStab: k = 110 resid = 7.347114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426411(s) Flops=724764672 => 1699.68568353068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244715.227420109 Mflops = 244.715227420109 Gflops = 0.244715227420109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001291523 Relative Rsd = 5.65817648307481e-07
BICGSTAB_SOLVER_TIME: 0.817081 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144049
Monitoring force
num_pf = 1
MInvCG2: 292 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.192576(s) Flops=1875124224 => 1572.33100783514 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226426.518614417 Mflops = 226.426518614417 Gflops = 0.226426518614417 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.209564000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 281 resid = 1.510145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.23581(s) Flops=1846831104 => 1494.42964857057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215181.637133633 Mflops = 215.181637133633 Gflops = 0.215181637133633 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 290 resid = 8.440876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093336(s) Flops=1905887232 => 1743.18528979198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251010.622439098 Mflops = 251.010622439098 Gflops = 0.251010622439098 Tflops
BICGSTAB_SOLVER: 571 iterations. Rsd = 0.002413071 Relative Rsd = 1.06236664308989e-06
BICGSTAB_SOLVER_TIME: 2.332555 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.407574000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.445017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834193(s) Flops=1440000000 => 1726.21923224002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248548.576312242 Mflops = 248.548576312242 Gflops = 0.248548576312242 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 6.362113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974817(s) Flops=1709033472 => 1753.18390220934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252449.910681891 Mflops = 252.449910681891 Gflops = 0.252449910681891 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.002045314 Relative Rsd = 8.99184716336028e-07
BICGSTAB_SOLVER_TIME: 1.812395 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.119461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.34248
num_pf = 1
MInvCG2: 292 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.163413(s) Flops=1875124224 => 1611.74425934728 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232073.021107382 Mflops = 232.073021107381 Gflops = 0.232073021107381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.209597000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042171 s
InvBiCGStab: k = 39 resid = 2.264187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145071(s) Flops=258877440 => 1784.48787145605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256880.251158396 Mflops = 256.880251158396 Gflops = 0.256880251158396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056485 s
InvBiCGStab: k = 73 resid = 7.328799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283887(s) Flops=481978368 => 1697.7824556954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244419.496898257 Mflops = 244.419496898257 Gflops = 0.244419496898257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0008468629 Relative Rsd = 3.71011475842867e-07
BICGSTAB_SOLVER_TIME: 0.532436 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0938860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047194 s
InvBiCGStab: k = 76 resid = 2.137089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354851(s) Flops=501663744 => 1413.73067569205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203551.456282388 Mflops = 203.551456282388 Gflops = 0.203551456282388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073264 s
InvBiCGStab: k = 112 resid = 1.120938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.545778(s) Flops=737888256 => 1351.99340391148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194663.663423878 Mflops = 194.663663423878 Gflops = 0.194663663423878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001345707 Relative Rsd = 5.89555405325323e-07
BICGSTAB_SOLVER_TIME: 1.025806 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046347 s
InvBiCGStab: k = 72 resid = 1.808115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378103(s) Flops=475416576 => 1257.37319196092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181037.762848467 Mflops = 181.037762848467 Gflops = 0.181037762848467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 107 resid = 1.111032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401133(s) Flops=705079296 => 1757.71949951762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253081.034882283 Mflops = 253.081034882283 Gflops = 0.253081034882283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001217911 Relative Rsd = 5.33568121028909e-07
BICGSTAB_SOLVER_TIME: 0.886038 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041731 s
InvBiCGStab: k = 77 resid = 2.215138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288121(s) Flops=508225536 => 1763.9309040299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253931.712161471 Mflops = 253.931712161471 Gflops = 0.253931712161471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057721 s
InvBiCGStab: k = 100 resid = 1.078957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376403(s) Flops=659146752 => 1751.17295026873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252125.542887075 Mflops = 252.125542887075 Gflops = 0.252125542887075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001234781 Relative Rsd = 5.40958925643828e-07
BICGSTAB_SOLVER_TIME: 0.767797 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041941 s
InvBiCGStab: k = 76 resid = 2.216628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281354(s) Flops=501663744 => 1783.03398565508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256708.314893219 Mflops = 256.708314893219 Gflops = 0.256708314893219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056832 s
InvBiCGStab: k = 118 resid = 6.616419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437244(s) Flops=777259008 => 1777.6321870626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255943.474603252 Mflops = 255.943474603252 Gflops = 0.255943474603252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001277389 Relative Rsd = 5.59625229869349e-07
BICGSTAB_SOLVER_TIME: 0.821241 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152177
Monitoring force
num_pf = 1
MInvCG2: 293 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.163425(s) Flops=1881391104 => 1617.11421363646 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232843.52444457 Mflops = 232.84352444457 Gflops = 0.23284352444457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.210781000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042182 s
InvBiCGStab: k = 33 resid = 2.189219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13013(s) Flops=219506688 => 1686.82615845693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242792.524367973 Mflops = 242.792524367973 Gflops = 0.242792524367973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060785 s
InvBiCGStab: k = 56 resid = 1.104492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228452(s) Flops=370427904 => 1621.46929770805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233424.610801049 Mflops = 233.424610801049 Gflops = 0.233424610801049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007179081 Relative Rsd = 3.14516240440877e-07
BICGSTAB_SOLVER_TIME: 0.465806 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.077479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041713 s
InvBiCGStab: k = 82 resid = 1.89632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306583(s) Flops=541034496 => 1764.72438458753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254079.852508201 Mflops = 254.079852508201 Gflops = 0.254079852508201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057394 s
InvBiCGStab: k = 110 resid = 1.13888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434918(s) Flops=724764672 => 1666.43981624122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239938.28586447 Mflops = 239.93828586447 Gflops = 0.23993828586447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001327925 Relative Rsd = 5.81765461662034e-07
BICGSTAB_SOLVER_TIME: 0.845389 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047331 s
InvBiCGStab: k = 78 resid = 1.240286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367864(s) Flops=514787328 => 1399.39577670008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201481.072916673 Mflops = 201.481072916673 Gflops = 0.201481072916673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068015 s
InvBiCGStab: k = 105 resid = 1.145873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.48269(s) Flops=691955712 => 1433.54059955665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206404.148085683 Mflops = 206.404148085683 Gflops = 0.206404148085683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001220623 Relative Rsd = 5.34756204868899e-07
BICGSTAB_SOLVER_TIME: 0.969971 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144459
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052766 s
InvBiCGStab: k = 77 resid = 2.099266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374939(s) Flops=508225536 => 1355.48858881045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195160.640711295 Mflops = 195.160640711295 Gflops = 0.195160640711295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07772 s
InvBiCGStab: k = 99 resid = 9.357628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367571(s) Flops=652584960 => 1775.39838561802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255613.561531165 Mflops = 255.613561531165 Gflops = 0.255613561531165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001225014 Relative Rsd = 5.36679732751503e-07
BICGSTAB_SOLVER_TIME: 0.876781 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042357 s
InvBiCGStab: k = 75 resid = 1.316017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279118(s) Flops=495101952 => 1773.80875472023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255381.645383522 Mflops = 255.381645383522 Gflops = 0.255381645383522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 132 resid = 9.67418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.488856(s) Flops=869124096 => 1777.873435122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255981.018569568 Mflops = 255.981018569568 Gflops = 0.255981018569568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001305167 Relative Rsd = 5.71794941712899e-07
BICGSTAB_SOLVER_TIME: 0.870873 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161481
Monitoring force
num_pf = 1
MInvCG2: 294 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.194164(s) Flops=1887657984 => 1580.73596591423 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227617.949977374 Mflops = 227.617949977374 Gflops = 0.227617949977374 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.211055000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041403 s
InvBiCGStab: k = 37 resid = 1.622373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138154(s) Flops=245753856 => 1778.83996120272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256085.503904846 Mflops = 256.085503904846 Gflops = 0.256085503904846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057142 s
InvBiCGStab: k = 62 resid = 1.023938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229298(s) Flops=409798656 => 1787.18809584035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257271.598656621 Mflops = 257.271598656622 Gflops = 0.257271598656622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.0007783088 Relative Rsd = 3.40977843504754e-07
BICGSTAB_SOLVER_TIME: 0.469795 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.084616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042134 s
InvBiCGStab: k = 58 resid = 2.244695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214802(s) Flops=383551488 => 1785.6048267707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257068.370499707 Mflops = 257.068370499707 Gflops = 0.257068370499707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057089 s
InvBiCGStab: k = 107 resid = 7.971392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396265(s) Flops=705079296 => 1779.31257113295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256178.329018672 Mflops = 256.178329018672 Gflops = 0.256178329018672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001220718 Relative Rsd = 5.34797822229425e-07
BICGSTAB_SOLVER_TIME: 0.71414 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042647 s
InvBiCGStab: k = 80 resid = 2.215715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296445(s) Flops=527910912 => 1780.80558619643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256394.369381572 Mflops = 256.394369381572 Gflops = 0.256394369381572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 95 resid = 8.234745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352157(s) Flops=626337792 => 1778.57544220334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256072.320224708 Mflops = 256.072320224708 Gflops = 0.256072320224708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001249307 Relative Rsd = 5.47322607680788e-07
BICGSTAB_SOLVER_TIME: 0.751712 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050733 s
InvBiCGStab: k = 78 resid = 2.170115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355081(s) Flops=514787328 => 1449.77435571039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208741.657337001 Mflops = 208.741657337001 Gflops = 0.208741657337001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079921 s
InvBiCGStab: k = 101 resid = 9.921766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479693(s) Flops=665708544 => 1387.78040121494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199813.990959145 Mflops = 199.813990959145 Gflops = 0.199813990959145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001250435 Relative Rsd = 5.47816660832022e-07
BICGSTAB_SOLVER_TIME: 0.972436 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054213 s
InvBiCGStab: k = 89 resid = 1.713969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387227(s) Flops=586967040 => 1515.82157235937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218257.628097872 Mflops = 218.257628097872 Gflops = 0.218257628097872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057034 s
InvBiCGStab: k = 93 resid = 1.057576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398282(s) Flops=613214208 => 1539.64830948926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221675.308704728 Mflops = 221.675308704728 Gflops = 0.221675308704728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001232896 Relative Rsd = 5.40133106646742e-07
BICGSTAB_SOLVER_TIME: 0.900656 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143518
Monitoring force
num_pf = 1
MInvCG2: 295 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.173762(s) Flops=1893924864 => 1613.55101289699 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232337.988867626 Mflops = 232.337988867626 Gflops = 0.232337988867626 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.212124000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042161 s
InvBiCGStab: k = 29 resid = 2.155167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108434(s) Flops=193259520 => 1782.27788332073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256525.868818886 Mflops = 256.525868818886 Gflops = 0.256525868818886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06757 s
InvBiCGStab: k = 51 resid = 1.114231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225362(s) Flops=337618944 => 1498.11833405809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215660.691539064 Mflops = 215.660691539064 Gflops = 0.215660691539064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007586696 Relative Rsd = 3.32373887730361e-07
BICGSTAB_SOLVER_TIME: 0.447576 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.071083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041621 s
InvBiCGStab: k = 80 resid = 2.276447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296637(s) Flops=527910912 => 1779.65294956462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256232.552135103 Mflops = 256.232552135103 Gflops = 0.256232552135103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 98 resid = 1.068745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361415(s) Flops=646023168 => 1787.48299876873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257358.050993974 Mflops = 257.358050993974 Gflops = 0.257358050993974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001255451 Relative Rsd = 5.50014475681419e-07
BICGSTAB_SOLVER_TIME: 0.759994 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044456 s
InvBiCGStab: k = 66 resid = 1.9504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265855(s) Flops=436045824 => 1640.16408944726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236135.048865381 Mflops = 236.135048865381 Gflops = 0.236135048865381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057405 s
InvBiCGStab: k = 120 resid = 8.123307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445115(s) Flops=790382592 => 1775.6817721263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255668.315285337 Mflops = 255.668315285337 Gflops = 0.255668315285337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001258694 Relative Rsd = 5.51435025121009e-07
BICGSTAB_SOLVER_TIME: 0.816698 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146642
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042472 s
InvBiCGStab: k = 78 resid = 1.73753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290813(s) Flops=514787328 => 1770.16614800576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254865.060106077 Mflops = 254.865060106077 Gflops = 0.254865060106077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056775 s
InvBiCGStab: k = 98 resid = 1.116458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364165(s) Flops=646023168 => 1773.98478162371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255406.448175199 Mflops = 255.406448175199 Gflops = 0.255406448175199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001241878 Relative Rsd = 5.44068140288058e-07
BICGSTAB_SOLVER_TIME: 0.758118 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046286 s
InvBiCGStab: k = 77 resid = 1.648804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368632(s) Flops=508225536 => 1378.67991926908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198500.325794505 Mflops = 198.500325794505 Gflops = 0.198500325794505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074479 s
InvBiCGStab: k = 119 resid = 8.071969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.55307(s) Flops=783820800 => 1417.21807366156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204058.008555442 Mflops = 204.058008555442 Gflops = 0.204058008555442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001271842 Relative Rsd = 5.57195255430355e-07
BICGSTAB_SOLVER_TIME: 1.048025 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153534
Monitoring force
num_pf = 1
MInvCG2: 296 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.343345(s) Flops=1900339200 => 1414.63227986854 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203722.890679736 Mflops = 203.722890679736 Gflops = 0.203722890679736 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.212597000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.926912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939753(s) Flops=1669662720 => 1776.7037934436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255792.96650927 Mflops = 255.79296650927 Gflops = 0.25579296650927 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 8.723426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.005597(s) Flops=1800898560 => 1790.87503244341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257876.730045534 Mflops = 257.876730045534 Gflops = 0.257876730045534 Tflops
BICGSTAB_SOLVER: 528 iterations. Rsd = 0.002383974 Relative Rsd = 1.04959838142428e-06
BICGSTAB_SOLVER_TIME: 1.94878 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.376862
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.807386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800652(s) Flops=1433438208 => 1790.33863401328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257771.87616384 Mflops = 257.77187616384 Gflops = 0.25777187616384 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.103569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912315(s) Flops=1577797632 => 1729.44392232946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249030.954858896 Mflops = 249.030954858896 Gflops = 0.249030954858896 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002093376 Relative Rsd = 9.20328142041662e-07
BICGSTAB_SOLVER_TIME: 1.716317 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.1159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327297999999999
num_pf = 1
MInvCG2: 296 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.318131(s) Flops=1900339200 => 1441.69221420329 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207589.709669358 Mflops = 207.589709669358 Gflops = 0.207589709669358 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.212509000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 39 resid = 2.069583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145203(s) Flops=258877440 => 1782.86564327183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256618.760031504 Mflops = 256.618760031505 Gflops = 0.256618760031505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057231 s
InvBiCGStab: k = 68 resid = 8.078088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253468(s) Flops=449169408 => 1772.09512837912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255121.82440795 Mflops = 255.12182440795 Gflops = 0.25512182440795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 107 iterations. Rsd = 0.0007986609 Relative Rsd = 3.4989410798892e-07
BICGSTAB_SOLVER_TIME: 0.500583 sec
2Flav::invert,  n_count = 107
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0902210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041934 s
InvBiCGStab: k = 82 resid = 1.928546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303955(s) Flops=541034496 => 1779.98222105246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256275.815911317 Mflops = 256.275815911317 Gflops = 0.256275815911317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05709 s
InvBiCGStab: k = 120 resid = 7.345749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445333(s) Flops=790382592 => 1774.81253803334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255537.919249509 Mflops = 255.537919249509 Gflops = 0.255537919249509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001385995 Relative Rsd = 6.07205705336357e-07
BICGSTAB_SOLVER_TIME: 0.852098 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04137 s
InvBiCGStab: k = 71 resid = 2.261261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263303(s) Flops=468854784 => 1780.66631979127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256360.047613904 Mflops = 256.360047613904 Gflops = 0.256360047613904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056635 s
InvBiCGStab: k = 96 resid = 9.783031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353524(s) Flops=632899584 => 1790.25917335174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257746.483146709 Mflops = 257.746483146709 Gflops = 0.257746483146709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001237511 Relative Rsd = 5.42154863740585e-07
BICGSTAB_SOLVER_TIME: 0.718731 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043168 s
InvBiCGStab: k = 77 resid = 2.077445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286341(s) Flops=508225536 => 1774.89614131403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255541.903742061 Mflops = 255.541903742061 Gflops = 0.255541903742061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061264 s
InvBiCGStab: k = 109 resid = 9.574587e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427232(s) Flops=718202880 => 1681.06059471201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242035.646150116 Mflops = 242.035646150116 Gflops = 0.242035646150116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001261093 Relative Rsd = 5.5248622048594e-07
BICGSTAB_SOLVER_TIME: 0.821873 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042077 s
InvBiCGStab: k = 75 resid = 2.199021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280324(s) Flops=495101952 => 1766.17753742098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254276.205320307 Mflops = 254.276205320307 Gflops = 0.254276205320307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057666 s
InvBiCGStab: k = 120 resid = 1.091534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446955(s) Flops=790382592 => 1768.37174212169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254605.746753749 Mflops = 254.605746753749 Gflops = 0.254605746753749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001353893 Relative Rsd = 5.93141944573909e-07
BICGSTAB_SOLVER_TIME: 0.83087 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152877
Monitoring force
num_pf = 1
MInvCG2: 298 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.180513(s) Flops=1912578048 => 1620.12451197064 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233316.628170924 Mflops = 233.316628170924 Gflops = 0.233316628170924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.214054000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.581561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021096
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047161 s
InvBiCGStab: k = 38 resid = 2.220512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176778(s) Flops=252315648 => 1427.30231137359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205466.453346447 Mflops = 205.466453346447 Gflops = 0.205466453346447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063068 s
InvBiCGStab: k = 76 resid = 1.075028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360604(s) Flops=501663744 => 1391.17631529323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200292.722939223 Mflops = 200.292722939223 Gflops = 0.200292722939223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0007670482 Relative Rsd = 3.36044579730009e-07
BICGSTAB_SOLVER_TIME: 0.651413 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0951840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043091 s
InvBiCGStab: k = 93 resid = 1.417382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373187(s) Flops=613214208 => 1643.18212585111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236582.355126269 Mflops = 236.582355126269 Gflops = 0.236582355126269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057411 s
InvBiCGStab: k = 120 resid = 1.04806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450127(s) Flops=790382592 => 1755.91020312045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252816.624968711 Mflops = 252.816624968711 Gflops = 0.252816624968711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001403151 Relative Rsd = 6.14721923051192e-07
BICGSTAB_SOLVER_TIME: 0.92767 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165889999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04352 s
InvBiCGStab: k = 77 resid = 2.237888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291381(s) Flops=508225536 => 1744.19586726657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251125.063165915 Mflops = 251.125063165915 Gflops = 0.251125063165915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057758 s
InvBiCGStab: k = 98 resid = 7.68063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362774(s) Flops=646023168 => 1780.78684801006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256387.264983235 Mflops = 256.387264983235 Gflops = 0.256387264983235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001227559 Relative Rsd = 5.3779488420724e-07
BICGSTAB_SOLVER_TIME: 0.759393 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041246 s
InvBiCGStab: k = 79 resid = 1.56787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292407(s) Flops=521349120 => 1782.95704275205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256700.389683129 Mflops = 256.700389683129 Gflops = 0.256700389683129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057093 s
InvBiCGStab: k = 106 resid = 1.007364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391429(s) Flops=698517504 => 1784.53181547611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256933.57135937 Mflops = 256.93357135937 Gflops = 0.25693357135937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001230077 Relative Rsd = 5.38897744261155e-07
BICGSTAB_SOLVER_TIME: 0.785966 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 81 resid = 1.598053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29959(s) Flops=534472704 => 1784.01383223739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256850.754876654 Mflops = 256.850754876654 Gflops = 0.256850754876654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056825 s
InvBiCGStab: k = 110 resid = 1.134136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407481(s) Flops=724764672 => 1778.646543029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256086.504208964 Mflops = 256.086504208964 Gflops = 0.256086504208964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001272074 Relative Rsd = 5.57296901753304e-07
BICGSTAB_SOLVER_TIME: 0.809157 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150218
Monitoring force
num_pf = 1
MInvCG2: 300 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.204411(s) Flops=1924890624 => 1598.20080022517 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230130.87496821 Mflops = 230.13087496821 Gflops = 0.23013087496821 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215611000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057597 s
InvBiCGStab: k = 30 resid = 2.206837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147413(s) Flops=199821312 => 1355.52028654189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195137.835090311 Mflops = 195.137835090311 Gflops = 0.195137835090311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076793 s
InvBiCGStab: k = 64 resid = 1.147262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305161(s) Flops=422922240 => 1385.89872231379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199532.45942365 Mflops = 199.53245942365 Gflops = 0.19953245942365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007537688 Relative Rsd = 3.30226845040771e-07
BICGSTAB_SOLVER_TIME: 0.591233 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053593 s
InvBiCGStab: k = 68 resid = 1.973921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310127(s) Flops=449169408 => 1448.34022190909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208522.400378011 Mflops = 208.522400378011 Gflops = 0.208522400378011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084441 s
InvBiCGStab: k = 92 resid = 1.028015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443466(s) Flops=606652416 => 1367.97954296383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196915.910856455 Mflops = 196.915910856455 Gflops = 0.196915910856455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001185931 Relative Rsd = 5.19557606007133e-07
BICGSTAB_SOLVER_TIME: 0.897924 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046407 s
InvBiCGStab: k = 70 resid = 2.267873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307562(s) Flops=462292992 => 1503.08878209922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216411.274626501 Mflops = 216.411274626501 Gflops = 0.216411274626501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057053 s
InvBiCGStab: k = 90 resid = 1.046656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332875(s) Flops=593528832 => 1783.03817348855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256709.094330535 Mflops = 256.709094330535 Gflops = 0.256709094330535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.00118884 Relative Rsd = 5.20832035669879e-07
BICGSTAB_SOLVER_TIME: 0.747763 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04181 s
InvBiCGStab: k = 71 resid = 2.138101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265311(s) Flops=468854784 => 1767.18938905662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254416.790376893 Mflops = 254.416790376893 Gflops = 0.254416790376893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057139 s
InvBiCGStab: k = 101 resid = 5.135838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376668(s) Flops=665708544 => 1767.36155978209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254453.335347832 Mflops = 254.453335347832 Gflops = 0.254453335347832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001172353 Relative Rsd = 5.13609077542078e-07
BICGSTAB_SOLVER_TIME: 0.744847 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041793 s
InvBiCGStab: k = 69 resid = 2.008055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256868(s) Flops=455731200 => 1774.18440599841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255417.652357526 Mflops = 255.417652357526 Gflops = 0.255417652357526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056231 s
InvBiCGStab: k = 97 resid = 1.118766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357695(s) Flops=639461376 => 1787.72802527293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257388.80665417 Mflops = 257.38880665417 Gflops = 0.25738880665417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001203972 Relative Rsd = 5.27461232386856e-07
BICGSTAB_SOLVER_TIME: 0.716469 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132406
Monitoring force
num_pf = 1
MInvCG2: 303 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.196426(s) Flops=1943175168 => 1624.14989978486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233884.224851839 Mflops = 233.884224851839 Gflops = 0.233884224851839 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.217504000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042428 s
InvBiCGStab: k = 35 resid = 1.159036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130755(s) Flops=232630272 => 1779.13098543077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256071.727662848 Mflops = 256.071727662848 Gflops = 0.256071727662848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 66 resid = 1.01345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246346(s) Flops=436045824 => 1770.0544112752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254816.549145436 Mflops = 254.816549145436 Gflops = 0.254816549145436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0007846067 Relative Rsd = 3.43736957203733e-07
BICGSTAB_SOLVER_TIME: 0.480194 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.086064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041812 s
InvBiCGStab: k = 67 resid = 1.520222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248482(s) Flops=442607616 => 1781.24619087097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256446.551807533 Mflops = 256.446551807533 Gflops = 0.256446551807533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057096 s
InvBiCGStab: k = 97 resid = 7.305409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359894(s) Flops=639461376 => 1776.80477029348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255823.190450257 Mflops = 255.823190450257 Gflops = 0.255823190450257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001217446 Relative Rsd = 5.33364165361336e-07
BICGSTAB_SOLVER_TIME: 0.711302 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054919 s
InvBiCGStab: k = 69 resid = 1.675036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310056(s) Flops=455731200 => 1469.83512655778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211623.174447362 Mflops = 211.623174447362 Gflops = 0.211623174447362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068472 s
InvBiCGStab: k = 104 resid = 1.123481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.504827(s) Flops=685393920 => 1357.68078965665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195483.57716398 Mflops = 195.48357716398 Gflops = 0.19548357716398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.00122211 Relative Rsd = 5.3540749616045e-07
BICGSTAB_SOLVER_TIME: 0.942325 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063034 s
InvBiCGStab: k = 72 resid = 2.070278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319219(s) Flops=475416576 => 1489.31165124883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214438.375305349 Mflops = 214.438375305349 Gflops = 0.214438375305349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056928 s
InvBiCGStab: k = 100 resid = 1.086842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368835(s) Flops=659146752 => 1787.10467282118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257304.839786877 Mflops = 257.304839786877 Gflops = 0.257304839786877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001224105 Relative Rsd = 5.36281715739814e-07
BICGSTAB_SOLVER_TIME: 0.811852 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.069376 s
InvBiCGStab: k = 69 resid = 1.953208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347798(s) Flops=455731200 => 1310.33300939051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188661.189025492 Mflops = 188.661189025492 Gflops = 0.188661189025492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05696 s
InvBiCGStab: k = 113 resid = 1.123068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416714(s) Flops=744450048 => 1786.47717139333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257220.615327337 Mflops = 257.220615327337 Gflops = 0.257220615327337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001265646 Relative Rsd = 5.54480793691106e-07
BICGSTAB_SOLVER_TIME: 0.894674 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143744
Monitoring force
num_pf = 1
MInvCG2: 305 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.205068(s) Flops=1955635200 => 1622.84219645696 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233675.531620323 Mflops = 233.675531620323 Gflops = 0.233675531620323 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.219116000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.728993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908179(s) Flops=1623730176 => 1787.89663271227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257390.575683936 Mflops = 257.390575683936 Gflops = 0.257390575683936 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 298 resid = 9.181313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.104083(s) Flops=1958381568 => 1773.76299426764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255401.182123982 Mflops = 255.401182123982 Gflops = 0.255401182123982 Tflops
BICGSTAB_SOLVER: 545 iterations. Rsd = 0.002327268 Relative Rsd = 1.02467125483704e-06
BICGSTAB_SOLVER_TIME: 2.015688 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.389175
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.073969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757875(s) Flops=1354696704 => 1787.49358931222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257365.121524025 Mflops = 257.365121524025 Gflops = 0.257365121524025 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 9.961204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.173856(s) Flops=1669662720 => 1422.37439685958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204815.513094357 Mflops = 204.815513094357 Gflops = 0.204815513094357 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002126198 Relative Rsd = 9.34767064728337e-07
BICGSTAB_SOLVER_TIME: 1.936381 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.135053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.12788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328675
num_pf = 1
MInvCG2: 305 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.362567(s) Flops=1955635200 => 1435.25800933092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206665.076610884 Mflops = 206.665076610884 Gflops = 0.206665076610884 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.218855000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 35 resid = 2.271018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130063(s) Flops=232630272 => 1788.59684921922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257445.1492877 Mflops = 257.4451492877 Gflops = 0.2574451492877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056568 s
InvBiCGStab: k = 54 resid = 1.148233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199791(s) Flops=357304320 => 1788.3904680391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257444.891151741 Mflops = 257.444891151741 Gflops = 0.257444891151741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.000775853 Relative Rsd = 3.39901963332846e-07
BICGSTAB_SOLVER_TIME: 0.431642 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.077378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 76 resid = 2.136468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280869(s) Flops=501663744 => 1786.112899608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257141.289315475 Mflops = 257.141289315475 Gflops = 0.257141289315475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058471 s
InvBiCGStab: k = 123 resid = 1.038833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454159(s) Flops=810067968 => 1783.66600243527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256815.07946391 Mflops = 256.81507946391 Gflops = 0.25681507946391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001341772 Relative Rsd = 5.87831497968572e-07
BICGSTAB_SOLVER_TIME: 0.838707 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.15591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04181 s
InvBiCGStab: k = 65 resid = 2.143742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240911(s) Flops=429484032 => 1782.74977896402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256650.465182256 Mflops = 256.650465182256 Gflops = 0.256650465182256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057354 s
InvBiCGStab: k = 104 resid = 1.070414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386509(s) Flops=685393920 => 1773.29355849411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255310.850130739 Mflops = 255.310850130739 Gflops = 0.255310850130739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001284333 Relative Rsd = 5.62667530326068e-07
BICGSTAB_SOLVER_TIME: 0.73045 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 74 resid = 2.226524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283815(s) Flops=488540160 => 1721.33312192802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247821.246731954 Mflops = 247.821246731954 Gflops = 0.247821246731954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056862 s
InvBiCGStab: k = 121 resid = 9.728774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448777(s) Flops=796944384 => 1775.81378724846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255682.004556473 Mflops = 255.682004556473 Gflops = 0.255682004556473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001323338 Relative Rsd = 5.79755587956675e-07
BICGSTAB_SOLVER_TIME: 0.834638 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 67 resid = 2.111526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247063(s) Flops=442607616 => 1791.47673265523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257918.009746745 Mflops = 257.918009746745 Gflops = 0.257918009746745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056793 s
InvBiCGStab: k = 110 resid = 1.05195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406717(s) Flops=724764672 => 1781.98765234795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256566.300569776 Mflops = 256.566300569776 Gflops = 0.256566300569776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001264059 Relative Rsd = 5.53785538962333e-07
BICGSTAB_SOLVER_TIME: 0.755758 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140344
Monitoring force
num_pf = 1
MInvCG2: 307 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.535145(s) Flops=1967874048 => 1281.88154734569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  184577.032886703 Mflops = 184.577032886703 Gflops = 0.184577032886703 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.221535000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.486152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042005 s
InvBiCGStab: k = 37 resid = 2.270485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138901(s) Flops=245753856 => 1769.27348255232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254681.539993182 Mflops = 254.681539993182 Gflops = 0.254681539993182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057236 s
InvBiCGStab: k = 60 resid = 8.801308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223288(s) Flops=396675072 => 1776.51764537279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255755.846090593 Mflops = 255.755846090593 Gflops = 0.255755846090593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007650107 Relative Rsd = 3.35151948548746e-07
BICGSTAB_SOLVER_TIME: 0.465321 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 77 resid = 2.161636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286145(s) Flops=508225536 => 1776.11188732985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255714.26257666 Mflops = 255.71426257666 Gflops = 0.25571426257666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 119 resid = 8.104691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438512(s) Flops=783820800 => 1787.45575947751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257362.173268527 Mflops = 257.362173268527 Gflops = 0.257362173268527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.00135812 Relative Rsd = 5.94993713110607e-07
BICGSTAB_SOLVER_TIME: 0.826258 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.15362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041013 s
InvBiCGStab: k = 69 resid = 1.688391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254516(s) Flops=455731200 => 1790.57976708733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257773.244928578 Mflops = 257.773244928578 Gflops = 0.257773244928578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05675 s
InvBiCGStab: k = 99 resid = 1.038842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364006(s) Flops=652584960 => 1792.78627275375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258117.391987221 Mflops = 258.117391987221 Gflops = 0.258117391987221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001223189 Relative Rsd = 5.35880281616416e-07
BICGSTAB_SOLVER_TIME: 0.720149 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 81 resid = 2.25541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300675(s) Flops=534472704 => 1777.57613369918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255923.611477413 Mflops = 255.923611477413 Gflops = 0.255923611477413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057174 s
InvBiCGStab: k = 112 resid = 8.620026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412884(s) Flops=737888256 => 1787.15633446682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257313.924548259 Mflops = 257.313924548259 Gflops = 0.257313924548259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001241398 Relative Rsd = 5.43857809412071e-07
BICGSTAB_SOLVER_TIME: 0.815928 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.15181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041356 s
InvBiCGStab: k = 70 resid = 2.053984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276707(s) Flops=462292992 => 1670.69496615554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240539.019345528 Mflops = 240.539019345528 Gflops = 0.240539019345528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 120 resid = 9.693047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443095(s) Flops=790382592 => 1783.77682438303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256827.857740025 Mflops = 256.827857740025 Gflops = 0.256827857740025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001248653 Relative Rsd = 5.47036029312172e-07
BICGSTAB_SOLVER_TIME: 0.821627 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149546
Monitoring force
num_pf = 1
MInvCG2: 308 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.287333(s) Flops=1974067200 => 1533.45498017995 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220793.188372615 Mflops = 220.793188372615 Gflops = 0.220793188372615 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.221243000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.603549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041772 s
InvBiCGStab: k = 30 resid = 2.091021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112338(s) Flops=199821312 => 1778.75084121134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255989.315001391 Mflops = 255.989315001391 Gflops = 0.255989315001391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057209 s
InvBiCGStab: k = 60 resid = 1.100428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222603(s) Flops=396675072 => 1781.98439374132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256531.710162316 Mflops = 256.531710162316 Gflops = 0.256531710162316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007761047 Relative Rsd = 3.4001222893757e-07
BICGSTAB_SOLVER_TIME: 0.437792 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.078305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041972 s
InvBiCGStab: k = 71 resid = 1.12226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266317(s) Flops=468854784 => 1760.51391386956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253476.937008463 Mflops = 253.476937008463 Gflops = 0.253476937008463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057756 s
InvBiCGStab: k = 102 resid = 8.200357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384915(s) Flops=672270336 => 1746.54231713495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251449.761556968 Mflops = 251.449761556968 Gflops = 0.251449761556968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001184804 Relative Rsd = 5.19063807864236e-07
BICGSTAB_SOLVER_TIME: 0.755103 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041439 s
InvBiCGStab: k = 68 resid = 1.79072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252383(s) Flops=449169408 => 1779.71340383465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256224.387821559 Mflops = 256.224387821559 Gflops = 0.256224387821559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05698 s
InvBiCGStab: k = 95 resid = 1.080517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351872(s) Flops=626337792 => 1780.0160058203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256275.191786084 Mflops = 256.275191786084 Gflops = 0.256275191786084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001159594 Relative Rsd = 5.08019192801548e-07
BICGSTAB_SOLVER_TIME: 0.706504 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042145 s
InvBiCGStab: k = 75 resid = 1.754489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276175(s) Flops=495101952 => 1792.71096949398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258103.151814662 Mflops = 258.103151814662 Gflops = 0.258103151814662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057103 s
InvBiCGStab: k = 96 resid = 1.036699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3531(s) Flops=632899584 => 1792.4089039932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258057.997522187 Mflops = 258.057997522187 Gflops = 0.258057997522187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001187223 Relative Rsd = 5.20123775515943e-07
BICGSTAB_SOLVER_TIME: 0.732519 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 66 resid = 2.143858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243132(s) Flops=436045824 => 1793.45303785598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258206.836739079 Mflops = 258.206836739079 Gflops = 0.258206836739079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 108 resid = 1.149671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397007(s) Flops=711641088 => 1792.51521509696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258078.794983487 Mflops = 258.078794983487 Gflops = 0.258078794983487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00119256 Relative Rsd = 5.22461895952111e-07
BICGSTAB_SOLVER_TIME: 0.742018 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138038
Monitoring force
num_pf = 1
MInvCG2: 309 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.224944(s) Flops=1980260352 => 1616.61296516412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232788.828372714 Mflops = 232.788828372714 Gflops = 0.232788828372714 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.221600000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044823 s
InvBiCGStab: k = 32 resid = 2.0077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150567(s) Flops=212944896 => 1414.28663651398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203589.640141797 Mflops = 203.589640141797 Gflops = 0.203589640141797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062698 s
InvBiCGStab: k = 68 resid = 9.860541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305523(s) Flops=449169408 => 1470.16561109966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211664.094382939 Mflops = 211.664094382939 Gflops = 0.211664094382939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007658481 Relative Rsd = 3.35518803541708e-07
BICGSTAB_SOLVER_TIME: 0.568217 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.085299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043668 s
InvBiCGStab: k = 67 resid = 2.158895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342771(s) Flops=442607616 => 1291.26330990661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185956.826703319 Mflops = 185.956826703319 Gflops = 0.185956826703319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065488 s
InvBiCGStab: k = 95 resid = 8.862176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384523(s) Flops=626337792 => 1628.86951365718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234583.255972021 Mflops = 234.583255972021 Gflops = 0.234583255972021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00120914 Relative Rsd = 5.29725502408758e-07
BICGSTAB_SOLVER_TIME: 0.840278 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041117 s
InvBiCGStab: k = 75 resid = 2.069361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278655(s) Flops=495101952 => 1776.75603165204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255804.62919585 Mflops = 255.80462919585 Gflops = 0.25580462919585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05733 s
InvBiCGStab: k = 105 resid = 1.052441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390861(s) Flops=691955712 => 1770.33705588432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254885.64157333 Mflops = 254.88564157333 Gflops = 0.25488564157333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001214725 Relative Rsd = 5.32172358399631e-07
BICGSTAB_SOLVER_TIME: 0.771806 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041683 s
InvBiCGStab: k = 73 resid = 1.765169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270008(s) Flops=481978368 => 1785.05217623182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257000.556748755 Mflops = 257.000556748755 Gflops = 0.257000556748755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057327 s
InvBiCGStab: k = 111 resid = 9.882904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411954(s) Flops=731326464 => 1775.26244192313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255593.619723764 Mflops = 255.593619723764 Gflops = 0.255593619723764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001276544 Relative Rsd = 5.59255365778015e-07
BICGSTAB_SOLVER_TIME: 0.784795 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041754 s
InvBiCGStab: k = 82 resid = 2.245672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303485(s) Flops=541034496 => 1782.73883717482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256673.361913491 Mflops = 256.673361913491 Gflops = 0.256673361913491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056937 s
InvBiCGStab: k = 113 resid = 6.641461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41718(s) Flops=744450048 => 1784.48163382713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256921.711032023 Mflops = 256.921711032023 Gflops = 0.256921711032023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001231829 Relative Rsd = 5.39665421357508e-07
BICGSTAB_SOLVER_TIME: 0.823132 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.15298
Monitoring force
num_pf = 1
MInvCG2: 309 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.211996(s) Flops=1980407808 => 1634.00523434071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  235282.247373236 Mflops = 235.282247373236 Gflops = 0.235282247373236 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222209000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 2.201858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.247344(s) Flops=1781213184 => 1428.00477173899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205632.057501722 Mflops = 205.632057501722 Gflops = 0.205632057501722 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 278 resid = 9.517296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.285173(s) Flops=1827145728 => 1421.71188470346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204721.552246876 Mflops = 204.721552246876 Gflops = 0.204721552246876 Tflops
BICGSTAB_SOLVER: 549 iterations. Rsd = 0.002347745 Relative Rsd = 1.03371445452035e-06
BICGSTAB_SOLVER_TIME: 2.536008 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.117486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.391679000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.813561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775984(s) Flops=1374382080 => 1771.1474463391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255016.103382169 Mflops = 255.016103382169 Gflops = 0.255016103382169 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 9.720201e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889835(s) Flops=1577797632 => 1773.13505537543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255321.226067911 Mflops = 255.321226067911 Gflops = 0.255321226067911 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002147742 Relative Rsd = 9.44237175320638e-07
BICGSTAB_SOLVER_TIME: 1.669115 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001846
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.32083
num_pf = 1
MInvCG2: 309 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.220273(s) Flops=1980407808 => 1622.92192648694 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233744.133817188 Mflops = 233.744133817188 Gflops = 0.233744133817188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222019000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041497 s
InvBiCGStab: k = 33 resid = 2.201479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122741(s) Flops=219506688 => 1788.37298050366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257402.12591404 Mflops = 257.40212591404 Gflops = 0.25740212591404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057626 s
InvBiCGStab: k = 60 resid = 1.092503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221792(s) Flops=396675072 => 1788.50036069831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257478.646683786 Mflops = 257.478646683786 Gflops = 0.257478646683786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007568827 Relative Rsd = 3.31591063138817e-07
BICGSTAB_SOLVER_TIME: 0.447553 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 108 resid = 2.130183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398434(s) Flops=711641088 => 1786.09528303307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257159.326991518 Mflops = 257.159326991518 Gflops = 0.257159326991518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05702 s
InvBiCGStab: k = 121 resid = 1.078549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447325(s) Flops=796944384 => 1781.57801151288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256503.757580041 Mflops = 256.503757580041 Gflops = 0.256503757580041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 229 iterations. Rsd = 0.001370684 Relative Rsd = 6.0049801705339e-07
BICGSTAB_SOLVER_TIME: 0.948104 sec
2Flav::invert,  n_count = 229
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177037999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043997 s
InvBiCGStab: k = 71 resid = 2.214058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361446(s) Flops=468854784 => 1297.16412410153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186762.572614829 Mflops = 186.762572614829 Gflops = 0.186762572614829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061567 s
InvBiCGStab: k = 109 resid = 6.176934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.529454(s) Flops=718202880 => 1356.49722166609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195310.827901417 Mflops = 195.310827901417 Gflops = 0.195310827901417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001222735 Relative Rsd = 5.35681222108904e-07
BICGSTAB_SOLVER_TIME: 1.000964 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055707 s
InvBiCGStab: k = 85 resid = 2.174906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392016(s) Flops=560719872 => 1430.34945512428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205944.433714098 Mflops = 205.944433714098 Gflops = 0.205944433714098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057156 s
InvBiCGStab: k = 114 resid = 5.532657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.47159(s) Flops=751011840 => 1592.51010411586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229287.20830773 Mflops = 229.287208307731 Gflops = 0.229287208307731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001234714 Relative Rsd = 5.40929344676788e-07
BICGSTAB_SOLVER_TIME: 0.980386 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040851 s
InvBiCGStab: k = 70 resid = 2.273978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259199(s) Flops=462292992 => 1783.54465873711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256781.447781131 Mflops = 256.781447781131 Gflops = 0.256781447781131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057024 s
InvBiCGStab: k = 116 resid = 1.140797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431322(s) Flops=764135424 => 1771.61244731314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255072.940001807 Mflops = 255.072940001807 Gflops = 0.255072940001807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001294647 Relative Rsd = 5.67185921038078e-07
BICGSTAB_SOLVER_TIME: 0.792378 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146441
Monitoring force
num_pf = 1
MInvCG2: 310 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.225708(s) Flops=1986600960 => 1620.77832566974 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233429.939286416 Mflops = 233.429939286416 Gflops = 0.233429939286416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222958000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 35 resid = 2.249563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130843(s) Flops=232630272 => 1777.93440994169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255908.953484125 Mflops = 255.908953484125 Gflops = 0.255908953484125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056808 s
InvBiCGStab: k = 58 resid = 1.087772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215816(s) Flops=383551488 => 1777.21525744152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255844.913227644 Mflops = 255.844913227644 Gflops = 0.255844913227644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007557855 Relative Rsd = 3.31110372424419e-07
BICGSTAB_SOLVER_TIME: 0.448532 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 94 resid = 2.170574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362265(s) Flops=619776000 => 1710.83599022815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246322.687836549 Mflops = 246.322687836549 Gflops = 0.246322687836549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 114 resid = 1.049184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42178(s) Flops=751011840 => 1780.57717293376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256362.195526555 Mflops = 256.362195526555 Gflops = 0.256362195526555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001372831 Relative Rsd = 6.01438691805259e-07
BICGSTAB_SOLVER_TIME: 0.885158 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 66 resid = 1.804954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243694(s) Flops=436045824 => 1789.31702873276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257609.156985788 Mflops = 257.609156985788 Gflops = 0.257609156985788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 96 resid = 1.038299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353477(s) Flops=632899584 => 1790.49721481171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257784.52486446 Mflops = 257.78452486446 Gflops = 0.25778452486446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001242051 Relative Rsd = 5.44143724759012e-07
BICGSTAB_SOLVER_TIME: 0.699159 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052176 s
InvBiCGStab: k = 72 resid = 1.999504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343562(s) Flops=475416576 => 1383.78684487807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199233.117042115 Mflops = 199.233117042115 Gflops = 0.199233117042115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074051 s
InvBiCGStab: k = 101 resid = 9.416962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.516479(s) Flops=665708544 => 1288.93632461339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185580.308486883 Mflops = 185.580308486883 Gflops = 0.185580308486883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001212763 Relative Rsd = 5.31312521290449e-07
BICGSTAB_SOLVER_TIME: 0.992894 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046047 s
InvBiCGStab: k = 68 resid = 2.192654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329673(s) Flops=449169408 => 1362.46950159704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196156.502968329 Mflops = 196.156502968329 Gflops = 0.196156502968329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071634 s
InvBiCGStab: k = 123 resid = 7.927697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.497423(s) Flops=810067968 => 1628.529376406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234479.308625516 Mflops = 234.479308625516 Gflops = 0.234479308625516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001278042 Relative Rsd = 5.59911502227961e-07
BICGSTAB_SOLVER_TIME: 0.948794 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149909
Monitoring force
num_pf = 1
MInvCG2: 310 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.233265(s) Flops=1986748416 => 1610.96635029779 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232007.187917222 Mflops = 232.007187917222 Gflops = 0.232007187917222 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222692000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040944 s
InvBiCGStab: k = 37 resid = 2.08803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137831(s) Flops=245753856 => 1783.0085829748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256656.367967723 Mflops = 256.656367967723 Gflops = 0.256656367967723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057084 s
InvBiCGStab: k = 61 resid = 1.075156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226879(s) Flops=403236864 => 1777.32123290388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255860.539603845 Mflops = 255.860539603845 Gflops = 0.255860539603845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008097833 Relative Rsd = 3.54766858285402e-07
BICGSTAB_SOLVER_TIME: 0.466546 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041479 s
InvBiCGStab: k = 69 resid = 2.0251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2548(s) Flops=455731200 => 1788.58398744113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257503.886404643 Mflops = 257.503886404643 Gflops = 0.257503886404643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056967 s
InvBiCGStab: k = 100 resid = 1.019797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36908(s) Flops=659146752 => 1785.91837000108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257125.041514814 Mflops = 257.125041514814 Gflops = 0.257125041514814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001231661 Relative Rsd = 5.39591876953246e-07
BICGSTAB_SOLVER_TIME: 0.726145 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 70 resid = 1.555486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274587(s) Flops=462292992 => 1683.59387735035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242384.340520875 Mflops = 242.384340520875 Gflops = 0.242384340520875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057323 s
InvBiCGStab: k = 97 resid = 9.587521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359109(s) Flops=639461376 => 1780.68880479186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256374.047612616 Mflops = 256.374047612616 Gflops = 0.256374047612616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001209293 Relative Rsd = 5.29792314592935e-07
BICGSTAB_SOLVER_TIME: 0.736548 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042055 s
InvBiCGStab: k = 70 resid = 1.587094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257984(s) Flops=462292992 => 1791.94443066237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257991.712012212 Mflops = 257.991712012212 Gflops = 0.257991712012212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05703 s
InvBiCGStab: k = 108 resid = 1.07831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39784(s) Flops=711641088 => 1788.76203498894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257543.90326929 Mflops = 257.54390326929 Gflops = 0.25754390326929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001201231 Relative Rsd = 5.26260296126703e-07
BICGSTAB_SOLVER_TIME: 0.75872 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140925
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051732 s
InvBiCGStab: k = 71 resid = 2.00596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319625(s) Flops=468854784 => 1466.89021196715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211197.348951034 Mflops = 211.197348951034 Gflops = 0.211197348951034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071105 s
InvBiCGStab: k = 92 resid = 1.107773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41514(s) Flops=606652416 => 1461.32007515537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210394.46349154 Mflops = 210.39446349154 Gflops = 0.21039446349154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001206824 Relative Rsd = 5.28710620230953e-07
BICGSTAB_SOLVER_TIME: 0.862561 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129999
Monitoring force
num_pf = 1
MInvCG2: 310 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.404393(s) Flops=1986895872 => 1414.77198476495 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203713.080536084 Mflops = 203.713080536084 Gflops = 0.203713080536084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222524000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 31 resid = 2.129837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115752(s) Flops=206383104 => 1782.97657059921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256645.003653895 Mflops = 256.645003653895 Gflops = 0.256645003653895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057352 s
InvBiCGStab: k = 61 resid = 8.975151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226675(s) Flops=403236864 => 1778.92076320724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256085.570582776 Mflops = 256.085570582776 Gflops = 0.256085570582776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007834026 Relative Rsd = 3.43209472459578e-07
BICGSTAB_SOLVER_TIME: 0.44472 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.079603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 79 resid = 1.93951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29304(s) Flops=521349120 => 1779.10565110565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256146.980648463 Mflops = 256.146980648463 Gflops = 0.256146980648463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056693 s
InvBiCGStab: k = 97 resid = 1.103244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358888(s) Flops=639461376 => 1781.78533692963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256535.396544419 Mflops = 256.535396544419 Gflops = 0.256535396544419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001207196 Relative Rsd = 5.28873672561344e-07
BICGSTAB_SOLVER_TIME: 0.753717 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001856
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 67 resid = 2.273119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248542(s) Flops=442607616 => 1780.816183985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256390.508553119 Mflops = 256.390508553119 Gflops = 0.256390508553119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056626 s
InvBiCGStab: k = 89 resid = 9.338675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32941(s) Flops=586967040 => 1781.87377432379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256549.108941607 Mflops = 256.549108941607 Gflops = 0.256549108941607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001180637 Relative Rsd = 5.1723835618787e-07
BICGSTAB_SOLVER_TIME: 0.679707 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 73 resid = 1.943253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270535(s) Flops=481978368 => 1781.57490897666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256497.333776718 Mflops = 256.497333776718 Gflops = 0.256497333776718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 90 resid = 1.074507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342571(s) Flops=593528832 => 1732.57173549425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249441.574605717 Mflops = 249.441574605717 Gflops = 0.249441574605717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001208225 Relative Rsd = 5.29324731307035e-07
BICGSTAB_SOLVER_TIME: 0.714582 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043107 s
InvBiCGStab: k = 70 resid = 1.686779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259053(s) Flops=462292992 => 1784.54984887262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256917.34671337 Mflops = 256.91734671337 Gflops = 0.25691734671337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05686 s
InvBiCGStab: k = 97 resid = 1.000081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359642(s) Flops=639461376 => 1778.04977171743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255990.92347353 Mflops = 255.99092347353 Gflops = 0.25599092347353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001226528 Relative Rsd = 5.37342958433204e-07
BICGSTAB_SOLVER_TIME: 0.722576 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133199
Monitoring force
num_pf = 1
MInvCG2: 309 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.454168(s) Flops=1980997632 => 1362.28938609569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196155.758113254 Mflops = 196.155758113254 Gflops = 0.196155758113254 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.221478000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.513944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 278 resid = 8.881471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.034724(s) Flops=1827145728 => 1765.82907905876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254269.176342919 Mflops = 254.269176342919 Gflops = 0.254269176342919 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 287 resid = 8.897061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.077273(s) Flops=1886201856 => 1750.9042331888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252122.590351546 Mflops = 252.122590351546 Gflops = 0.252122590351546 Tflops
BICGSTAB_SOLVER: 565 iterations. Rsd = 0.002379713 Relative Rsd = 1.04781308900453e-06
BICGSTAB_SOLVER_TIME: 2.115343 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001851
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.403358000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.212022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858447(s) Flops=1525303296 => 1776.81708480547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255851.124150011 Mflops = 255.851124150011 Gflops = 0.255851124150011 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.009209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900512(s) Flops=1604044800 => 1781.2586617391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256491.363371445 Mflops = 256.491363371444 Gflops = 0.256491363371445 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002105282 Relative Rsd = 9.25568473557661e-07
BICGSTAB_SOLVER_TIME: 1.762498 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.124138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339948
num_pf = 1
MInvCG2: 309 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.232457(s) Flops=1980997632 => 1607.35638809305 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231443.720715727 Mflops = 231.443720715727 Gflops = 0.231443720715727 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222321000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.578784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045376 s
InvBiCGStab: k = 34 resid = 1.748768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17956(s) Flops=226068480 => 1259.01358877256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181239.582809859 Mflops = 181.239582809859 Gflops = 0.181239582809859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056472 s
InvBiCGStab: k = 61 resid = 1.12689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226041(s) Flops=403236864 => 1783.91028176304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256806.054544153 Mflops = 256.806054544153 Gflops = 0.256806054544153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007781145 Relative Rsd = 3.40892721722013e-07
BICGSTAB_SOLVER_TIME: 0.511401 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.081681
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 87 resid = 1.428443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324321(s) Flops=573843456 => 1769.36879203012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254747.344862854 Mflops = 254.747344862854 Gflops = 0.254747344862854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056733 s
InvBiCGStab: k = 114 resid = 9.262932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429492(s) Flops=751011840 => 1748.60495655332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251761.125910812 Mflops = 251.761125910812 Gflops = 0.251761125910812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001344095 Relative Rsd = 5.88849338243081e-07
BICGSTAB_SOLVER_TIME: 0.855524 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157191999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041566 s
InvBiCGStab: k = 75 resid = 1.176336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282561(s) Flops=495101952 => 1752.19493135995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252271.312887677 Mflops = 252.271312887677 Gflops = 0.252271312887677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057486 s
InvBiCGStab: k = 106 resid = 1.145377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396799(s) Flops=698517504 => 1760.38121063813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253415.157195629 Mflops = 253.415157195629 Gflops = 0.253415157195629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001242912 Relative Rsd = 5.44521035093773e-07
BICGSTAB_SOLVER_TIME: 0.782577 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 76 resid = 1.953416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287115(s) Flops=501663744 => 1747.25717569615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251562.995251178 Mflops = 251.562995251178 Gflops = 0.251562995251178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057539 s
InvBiCGStab: k = 128 resid = 5.632228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.473359(s) Flops=842876928 => 1780.62934897192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256371.491923101 Mflops = 256.371491923101 Gflops = 0.256371491923101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001280828 Relative Rsd = 5.61132176133362e-07
BICGSTAB_SOLVER_TIME: 0.86319 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159112999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043639 s
InvBiCGStab: k = 66 resid = 1.775082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250279(s) Flops=436045824 => 1742.23895732363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250831.040008987 Mflops = 250.831040008987 Gflops = 0.250831040008987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059258 s
InvBiCGStab: k = 105 resid = 9.265947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392875(s) Flops=691955712 => 1761.26175501114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253588.469166931 Mflops = 253.588469166931 Gflops = 0.253588469166931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001267682 Relative Rsd = 5.55372812852361e-07
BICGSTAB_SOLVER_TIME: 0.749957 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135721
Monitoring force
num_pf = 1
MInvCG2: 308 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.254605(s) Flops=1975099392 => 1574.27986657155 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226683.33701324 Mflops = 226.68333701324 Gflops = 0.22668333701324 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.221227000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052714 s
InvBiCGStab: k = 38 resid = 2.237907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20124(s) Flops=252315648 => 1253.80465116279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180499.663482296 Mflops = 180.499663482296 Gflops = 0.180499663482296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070526 s
InvBiCGStab: k = 46 resid = 1.111535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238361(s) Flops=304809984 => 1278.77456463096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184094.816047687 Mflops = 184.094816047687 Gflops = 0.184094816047687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007659462 Relative Rsd = 3.35561797947251e-07
BICGSTAB_SOLVER_TIME: 0.571094 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.073954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052813 s
InvBiCGStab: k = 83 resid = 2.201162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381996(s) Flops=547596288 => 1433.51314673452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206399.552640018 Mflops = 206.399552640018 Gflops = 0.206399552640018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081867 s
InvBiCGStab: k = 113 resid = 1.018649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.533309(s) Flops=744450048 => 1395.90752828098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200990.555362889 Mflops = 200.990555362889 Gflops = 0.200990555362889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001340951 Relative Rsd = 5.87471885212368e-07
BICGSTAB_SOLVER_TIME: 1.053843 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04177 s
InvBiCGStab: k = 63 resid = 1.933335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286757(s) Flops=416360448 => 1451.96263038043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209049.787952918 Mflops = 209.049787952918 Gflops = 0.209049787952918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.099579 s
InvBiCGStab: k = 92 resid = 1.150769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417352(s) Flops=606652416 => 1453.57495830857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209293.425772488 Mflops = 209.293425772488 Gflops = 0.209293425772488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001202708 Relative Rsd = 5.26907609288204e-07
BICGSTAB_SOLVER_TIME: 0.849347 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042178 s
InvBiCGStab: k = 70 resid = 2.215578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259478(s) Flops=462292992 => 1781.62692790911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256497.335310866 Mflops = 256.497335310866 Gflops = 0.256497335310866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057514 s
InvBiCGStab: k = 108 resid = 1.083558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402916(s) Flops=711641088 => 1766.22692571156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254301.372296335 Mflops = 254.301372296335 Gflops = 0.254301372296335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001271675 Relative Rsd = 5.571221700411e-07
BICGSTAB_SOLVER_TIME: 0.765978 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 70 resid = 1.924711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260586(s) Flops=462292992 => 1774.05153001312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255403.830948919 Mflops = 255.403830948919 Gflops = 0.255403830948919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056694 s
InvBiCGStab: k = 114 resid = 1.132016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423528(s) Flops=751011840 => 1773.22831076104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255305.464143878 Mflops = 255.305464143878 Gflops = 0.255305464143878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001257098 Relative Rsd = 5.50735843263854e-07
BICGSTAB_SOLVER_TIME: 0.785676 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146603
Monitoring force
num_pf = 1
MInvCG2: 307 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.213585(s) Flops=1969127424 => 1622.57066789718 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233644.934491642 Mflops = 233.644934491642 Gflops = 0.233644934491642 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.220487000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048929 s
InvBiCGStab: k = 32 resid = 2.125772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13826(s) Flops=212944896 => 1540.17717344134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221744.529986518 Mflops = 221.744529986518 Gflops = 0.221744529986518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075143 s
InvBiCGStab: k = 64 resid = 1.137759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296095(s) Flops=422922240 => 1428.33293368682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205641.667185248 Mflops = 205.641667185248 Gflops = 0.205641667185248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0008410069 Relative Rsd = 3.68445964472997e-07
BICGSTAB_SOLVER_TIME: 0.562804 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.082357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053878 s
InvBiCGStab: k = 67 resid = 1.422263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314626(s) Flops=442607616 => 1406.77380763192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202540.52737326 Mflops = 202.54052737326 Gflops = 0.20254052737326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077602 s
InvBiCGStab: k = 106 resid = 1.106207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.528233(s) Flops=698517504 => 1322.3662739738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190399.614849059 Mflops = 190.39961484906 Gflops = 0.19039961484906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001175264 Relative Rsd = 5.14884272229834e-07
BICGSTAB_SOLVER_TIME: 0.980535 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042241 s
InvBiCGStab: k = 67 resid = 2.06353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248588(s) Flops=442607616 => 1780.48665261396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256334.080393639 Mflops = 256.334080393639 Gflops = 0.256334080393639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 99 resid = 1.104573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366609(s) Flops=652584960 => 1780.05711807402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256288.96495471 Mflops = 256.28896495471 Gflops = 0.25628896495471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001190861 Relative Rsd = 5.21717577619386e-07
BICGSTAB_SOLVER_TIME: 0.718082 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041518 s
InvBiCGStab: k = 66 resid = 2.17804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245716(s) Flops=436045824 => 1774.592716795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255492.033737367 Mflops = 255.492033737367 Gflops = 0.255492033737367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05777 s
InvBiCGStab: k = 100 resid = 1.035492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372257(s) Flops=659146752 => 1770.67658096423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254923.119011456 Mflops = 254.923119011456 Gflops = 0.254923119011456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001173282 Relative Rsd = 5.14015917842211e-07
BICGSTAB_SOLVER_TIME: 0.721237 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041989 s
InvBiCGStab: k = 62 resid = 2.179598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2294(s) Flops=409798656 => 1786.39344376635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257181.144290586 Mflops = 257.181144290586 Gflops = 0.257181144290586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056916 s
InvBiCGStab: k = 111 resid = 6.615179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408113(s) Flops=731326464 => 1791.97051796929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258010.748315406 Mflops = 258.010748315406 Gflops = 0.258010748315406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001184518 Relative Rsd = 5.18938496767654e-07
BICGSTAB_SOLVER_TIME: 0.74028 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137475
Monitoring force
num_pf = 1
MInvCG2: 306 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.203792(s) Flops=1963008000 => 1630.6870289884 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234804.656729845 Mflops = 234.804656729845 Gflops = 0.234804656729845 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.219848000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.462742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05491 s
InvBiCGStab: k = 28 resid = 2.021437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115278(s) Flops=186697728 => 1619.54343413314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233085.470752439 Mflops = 233.085470752439 Gflops = 0.233085470752439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070314 s
InvBiCGStab: k = 67 resid = 8.773403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307084(s) Flops=442607616 => 1441.32425004233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207506.220821587 Mflops = 207.506220821587 Gflops = 0.207506220821587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0008073373 Relative Rsd = 3.53695287754381e-07
BICGSTAB_SOLVER_TIME: 0.551957 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.081607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050789 s
InvBiCGStab: k = 68 resid = 1.995745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325158(s) Flops=449169408 => 1381.38814976104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198886.681272748 Mflops = 198.886681272748 Gflops = 0.198886681272748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069164 s
InvBiCGStab: k = 98 resid = 1.021935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426147(s) Flops=646023168 => 1515.96319579863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218268.996725174 Mflops = 218.268996725174 Gflops = 0.218268996725174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001228711 Relative Rsd = 5.38299443701939e-07
BICGSTAB_SOLVER_TIME: 0.875116 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042459 s
InvBiCGStab: k = 72 resid = 2.133114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267483(s) Flops=475416576 => 1777.37118246767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255887.446221352 Mflops = 255.887446221351 Gflops = 0.255887446221352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 106 resid = 9.655257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394383(s) Flops=698517504 => 1771.16534941922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255005.521380999 Mflops = 255.005521380999 Gflops = 0.255005521380999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001233629 Relative Rsd = 5.40454009137458e-07
BICGSTAB_SOLVER_TIME: 0.764838 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041678 s
InvBiCGStab: k = 68 resid = 1.308666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253474(s) Flops=449169408 => 1772.05318099687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255128.48424594 Mflops = 255.12848424594 Gflops = 0.25512848424594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056821 s
InvBiCGStab: k = 114 resid = 7.898544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419493(s) Flops=751011840 => 1790.28455778762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257766.194780022 Mflops = 257.766194780022 Gflops = 0.257766194780022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001230054 Relative Rsd = 5.38887696932695e-07
BICGSTAB_SOLVER_TIME: 0.775311 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041391 s
InvBiCGStab: k = 64 resid = 2.098176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23807(s) Flops=422922240 => 1776.46171294157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255758.017800512 Mflops = 255.758017800512 Gflops = 0.255758017800511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 107 resid = 1.021358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395721(s) Flops=705079296 => 1781.75860265187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256530.94875373 Mflops = 256.53094875373 Gflops = 0.25653094875373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001202729 Relative Rsd = 5.2691678958832e-07
BICGSTAB_SOLVER_TIME: 0.735524 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13605
Monitoring force
num_pf = 1
MInvCG2: 304 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.20929(s) Flops=1950842880 => 1613.21343929082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232276.996076329 Mflops = 232.276996076329 Gflops = 0.232276996076329 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.218337000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 2.173087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.117264(s) Flops=1748404224 => 1564.89802231165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225324.349755161 Mflops = 225.324349755161 Gflops = 0.225324349755161 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 326 resid = 1.016496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.200148(s) Flops=2142111744 => 1784.8729856651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257013.761048307 Mflops = 257.013761048307 Gflops = 0.257013761048307 Tflops
BICGSTAB_SOLVER: 592 iterations. Rsd = 0.003152967 Relative Rsd = 1.38828891794467e-06
BICGSTAB_SOLVER_TIME: 2.320826 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.1172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.422666000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.025811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73442(s) Flops=1315325952 => 1790.97240271234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257909.39352176 Mflops = 257.90939352176 Gflops = 0.25790939352176 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 269 resid = 1.061948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.98653(s) Flops=1768089600 => 1792.23095090874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258072.638795601 Mflops = 258.072638795601 Gflops = 0.258072638795601 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002207261 Relative Rsd = 9.70388366129511e-07
BICGSTAB_SOLVER_TIME: 1.724336 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334999
num_pf = 1
MInvCG2: 304 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.202185(s) Flops=1950842880 => 1622.74764699277 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233664.420603694 Mflops = 233.664420603694 Gflops = 0.233664420603694 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.218423
CLOV_LINOP: Time spent in clov deriv (total) = 1.550588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046177 s
InvBiCGStab: k = 34 resid = 1.884059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191222(s) Flops=226068480 => 1182.23049649099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  170198.067322058 Mflops = 170.198067322058 Gflops = 0.170198067322058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065771 s
InvBiCGStab: k = 67 resid = 4.953517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277318(s) Flops=442607616 => 1596.02916507403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229776.621582506 Mflops = 229.776621582506 Gflops = 0.229776621582506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0008102496 Relative Rsd = 3.54971145463813e-07
BICGSTAB_SOLVER_TIME: 0.584364 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.08605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 91 resid = 2.078852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335911(s) Flops=600090624 => 1786.45719848412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257213.805260434 Mflops = 257.213805260434 Gflops = 0.257213805260434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057036 s
InvBiCGStab: k = 111 resid = 1.052186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409301(s) Flops=731326464 => 1786.76930669605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257258.251266616 Mflops = 257.258251266616 Gflops = 0.257258251266616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.00134225 Relative Rsd = 5.88041267826218e-07
BICGSTAB_SOLVER_TIME: 0.847246 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041872 s
InvBiCGStab: k = 67 resid = 2.138367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247001(s) Flops=442607616 => 1791.92641325339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257980.408638036 Mflops = 257.980408638036 Gflops = 0.257980408638036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 99 resid = 1.042265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365461(s) Flops=652584960 => 1785.64870122941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257091.292732478 Mflops = 257.091292732478 Gflops = 0.257091292732478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00122084 Relative Rsd = 5.34851271976766e-07
BICGSTAB_SOLVER_TIME: 0.714676 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04164 s
InvBiCGStab: k = 69 resid = 2.189002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255542(s) Flops=455731200 => 1783.39059724038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256754.464461024 Mflops = 256.754464461024 Gflops = 0.256754464461024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057084 s
InvBiCGStab: k = 108 resid = 1.045811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398659(s) Flops=711641088 => 1785.08722492155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257022.706572623 Mflops = 257.022706572623 Gflops = 0.257022706572623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001248489 Relative Rsd = 5.46964422971269e-07
BICGSTAB_SOLVER_TIME: 0.756933 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041597 s
InvBiCGStab: k = 67 resid = 2.187062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24825(s) Flops=442607616 => 1782.91083987915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256681.697064229 Mflops = 256.681697064229 Gflops = 0.256681697064229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056938 s
InvBiCGStab: k = 119 resid = 1.098983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441289(s) Flops=783820800 => 1776.20742869186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255734.79662366 Mflops = 255.73479662366 Gflops = 0.25573479662366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001238763 Relative Rsd = 5.42703437674173e-07
BICGSTAB_SOLVER_TIME: 0.792046 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146648
Monitoring force
num_pf = 1
MInvCG2: 303 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.3147(s) Flops=1944576000 => 1479.10245683426 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212977.530294534 Mflops = 212.977530294534 Gflops = 0.212977530294534 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.217466000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.580757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 45 resid = 1.329831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167956(s) Flops=298248192 => 1775.7519350306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255627.77190681 Mflops = 255.62777190681 Gflops = 0.25562777190681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057003 s
InvBiCGStab: k = 62 resid = 9.544103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231871(s) Flops=409798656 => 1767.3562282476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254423.387873057 Mflops = 254.423387873057 Gflops = 0.254423387873057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 107 iterations. Rsd = 0.0007521364 Relative Rsd = 3.29511699661747e-07
BICGSTAB_SOLVER_TIME: 0.501782 sec
2Flav::invert,  n_count = 107
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.090392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041801 s
InvBiCGStab: k = 92 resid = 2.277791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344531(s) Flops=606652416 => 1760.80647605005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253512.126652483 Mflops = 253.512126652483 Gflops = 0.253512126652483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057151 s
InvBiCGStab: k = 107 resid = 1.072509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39723(s) Flops=705079296 => 1774.99004606903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255556.88762005 Mflops = 255.55688762005 Gflops = 0.25555688762005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001317708 Relative Rsd = 5.77289249328889e-07
BICGSTAB_SOLVER_TIME: 0.844849 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.15579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 72 resid = 1.587458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268572(s) Flops=475416576 => 1770.16433582056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254843.680560915 Mflops = 254.843680560915 Gflops = 0.254843680560915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057398 s
InvBiCGStab: k = 95 resid = 1.067689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350479(s) Flops=626337792 => 1787.09078717983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257297.285666975 Mflops = 257.297285666975 Gflops = 0.257297285666975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001193919 Relative Rsd = 5.23056983406286e-07
BICGSTAB_SOLVER_TIME: 0.721373 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041158 s
InvBiCGStab: k = 75 resid = 1.899493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277498(s) Flops=495101952 => 1784.16403721829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256872.039399511 Mflops = 256.872039399511 Gflops = 0.256872039399511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 105 resid = 1.138912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387324(s) Flops=691955712 => 1786.50357839948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257215.48055178 Mflops = 257.21548055178 Gflops = 0.25721548055178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001291939 Relative Rsd = 5.65999571254776e-07
BICGSTAB_SOLVER_TIME: 0.765694 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 71 resid = 2.132422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261521(s) Flops=468854784 => 1792.79975221875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258114.679297552 Mflops = 258.114679297552 Gflops = 0.258114679297551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05705 s
InvBiCGStab: k = 114 resid = 1.091546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421045(s) Flops=751011840 => 1783.68544929877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256812.439470687 Mflops = 256.812439470687 Gflops = 0.256812439470687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001273005 Relative Rsd = 5.57704915091786e-07
BICGSTAB_SOLVER_TIME: 0.784717 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146022
Monitoring force
num_pf = 1
MInvCG2: 302 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.464116(s) Flops=1938309120 => 1323.87674200678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190625.264742321 Mflops = 190.625264742321 Gflops = 0.190625264742321 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.216935000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 29 resid = 2.212425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108293(s) Flops=193259520 => 1784.59845050003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256846.212695862 Mflops = 256.846212695862 Gflops = 0.256846212695862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056839 s
InvBiCGStab: k = 62 resid = 1.097142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232202(s) Flops=409798656 => 1764.83689201643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254065.460947903 Mflops = 254.065460947903 Gflops = 0.254065460947903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0008556995 Relative Rsd = 3.74882808401713e-07
BICGSTAB_SOLVER_TIME: 0.442462 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0788830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041705 s
InvBiCGStab: k = 67 resid = 1.988121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2485(s) Flops=442607616 => 1781.11716700201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256428.6176098 Mflops = 256.4286176098 Gflops = 0.2564286176098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 94 resid = 1.022327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346533(s) Flops=619776000 => 1788.50499086667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257505.180226652 Mflops = 257.505180226652 Gflops = 0.257505180226652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001198941 Relative Rsd = 5.25257144332379e-07
BICGSTAB_SOLVER_TIME: 0.697792 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 61 resid = 2.187265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228454(s) Flops=403236864 => 1765.06808372802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254111.647426092 Mflops = 254.111647426092 Gflops = 0.254111647426092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 103 resid = 7.461988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381142(s) Flops=678832128 => 1781.04781944787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256434.928317734 Mflops = 256.434928317734 Gflops = 0.256434928317734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001177856 Relative Rsd = 5.16020079360832e-07
BICGSTAB_SOLVER_TIME: 0.711507 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041102 s
InvBiCGStab: k = 71 resid = 2.020276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263585(s) Flops=468854784 => 1778.76124969175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256093.877741614 Mflops = 256.093877741614 Gflops = 0.256093877741614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057226 s
InvBiCGStab: k = 96 resid = 1.085868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356413(s) Flops=632899584 => 1775.74775330866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255666.788579517 Mflops = 255.666788579517 Gflops = 0.255666788579517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001162713 Relative Rsd = 5.09385680473789e-07
BICGSTAB_SOLVER_TIME: 0.722198 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001842
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133106
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041692 s
InvBiCGStab: k = 62 resid = 1.85239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230492(s) Flops=409798656 => 1777.9300626486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255961.083200504 Mflops = 255.961083200504 Gflops = 0.255961083200504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 110 resid = 8.329841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406482(s) Flops=724764672 => 1783.01787533027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256715.900113551 Mflops = 256.715900113551 Gflops = 0.256715900113551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001220634 Relative Rsd = 5.3476074401729e-07
BICGSTAB_SOLVER_TIME: 0.739143 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136557
Monitoring force
num_pf = 1
MInvCG2: 302 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.479584(s) Flops=1938014208 => 1309.83722992409 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188618.372507498 Mflops = 188.618372507498 Gflops = 0.188618372507498 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.216470000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.466933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041502 s
InvBiCGStab: k = 36 resid = 2.258138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134947(s) Flops=239192064 => 1772.48893269209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255136.2990909 Mflops = 255.1362990909 Gflops = 0.2551362990909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 48 resid = 1.091455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179794(s) Flops=317933568 => 1768.3213455399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254559.537692463 Mflops = 254.559537692463 Gflops = 0.254559537692463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007664077 Relative Rsd = 3.35763968556468e-07
BICGSTAB_SOLVER_TIME: 0.416782 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.07387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041528 s
InvBiCGStab: k = 70 resid = 1.830555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258778(s) Flops=462292992 => 1786.44626668418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257191.874189935 Mflops = 257.191874189935 Gflops = 0.257191874189935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057162 s
InvBiCGStab: k = 97 resid = 1.06735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359726(s) Flops=639461376 => 1777.63457742838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255936.443619426 Mflops = 255.936443619426 Gflops = 0.255936443619426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001227651 Relative Rsd = 5.37834920516078e-07
BICGSTAB_SOLVER_TIME: 0.721035 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 67 resid = 1.944963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24735(s) Flops=442607616 => 1789.39808368708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257621.305783476 Mflops = 257.621305783476 Gflops = 0.257621305783476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05647 s
InvBiCGStab: k = 106 resid = 1.119369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390736(s) Flops=698517504 => 1787.69681831211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257381.916573216 Mflops = 257.381916573216 Gflops = 0.257381916573216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001218042 Relative Rsd = 5.33625497904633e-07
BICGSTAB_SOLVER_TIME: 0.739765 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041854 s
InvBiCGStab: k = 67 resid = 1.910958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248133(s) Flops=442607616 => 1783.751520354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256805.108194286 Mflops = 256.805108194286 Gflops = 0.256805108194286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057171 s
InvBiCGStab: k = 116 resid = 6.533982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429578(s) Flops=764135424 => 1778.8048363743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256112.948630162 Mflops = 256.112948630162 Gflops = 0.256112948630162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001222983 Relative Rsd = 5.35789957663609e-07
BICGSTAB_SOLVER_TIME: 0.780692 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 69 resid = 1.673619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265026(s) Flops=455731200 => 1719.57166466686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247573.532931104 Mflops = 247.573532931104 Gflops = 0.247573532931104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068755 s
InvBiCGStab: k = 103 resid = 9.449731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.491502(s) Flops=678832128 => 1381.13807878707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198860.048719549 Mflops = 198.860048719549 Gflops = 0.198860048719549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001200185 Relative Rsd = 5.25802148149256e-07
BICGSTAB_SOLVER_TIME: 0.870722 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136333
Monitoring force
num_pf = 1
MInvCG2: 301 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.460221(s) Flops=1931894784 => 1323.01534082855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190537.592857166 Mflops = 190.537592857166 Gflops = 0.190537592857166 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215854000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 2.239585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91785(s) Flops=1649977344 => 1797.65467560059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.454184876 Mflops = 258.858454184876 Gflops = 0.258858454184876 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 1.132452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.012015(s) Flops=1814022144 => 1792.48543154005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258108.580638011 Mflops = 258.108580638011 Gflops = 0.258108580638011 Tflops
BICGSTAB_SOLVER: 527 iterations. Rsd = 0.002537307 Relative Rsd = 1.11719529905545e-06
BICGSTAB_SOLVER_TIME: 1.933176 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.376222
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.839987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751305(s) Flops=1341573120 => 1785.65711661709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257152.382604893 Mflops = 257.152382604893 Gflops = 0.257152382604893 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 7.259519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.024142(s) Flops=1525303296 => 1489.34746939389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214457.208746378 Mflops = 214.457208746378 Gflops = 0.214457208746378 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002086264 Relative Rsd = 9.17172842156433e-07
BICGSTAB_SOLVER_TIME: 1.782775 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.133797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311270999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 359 resid = 2.236875e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.50369(s) Flops=2358650880 => 1568.57522494663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225838.217132127 Mflops = 225.838217132127 Gflops = 0.225838217132127 Tflops
InvBiCGStab: k = 384 resid = 1.114896e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.414978(s) Flops=2522695680 => 1782.85152136641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256726.994156628 Mflops = 256.726994156628 Gflops = 0.256726994156628 Tflops
BICGSTAB_SOLVER: 743 iterations. Rsd = 0.002581302 Relative Rsd = 1.13656661967261e-06
BICGSTAB_SOLVER_TIME: 2.923988 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.532099999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 307 resid = 2.273691e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.12999(s) Flops=2017437696 => 1785.35889344153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257093.27048422 Mflops = 257.09327048422 Gflops = 0.25709327048422 Tflops
InvBiCGStab: k = 368 resid = 9.693573e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.352404(s) Flops=2417707008 => 1787.710630847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257424.66805168 Mflops = 257.42466805168 Gflops = 0.25742466805168 Tflops
BICGSTAB_SOLVER: 675 iterations. Rsd = 0.002105035 Relative Rsd = 9.25425053121604e-07
BICGSTAB_SOLVER_TIME: 2.487074 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.483328999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 268 resid = 2.213217e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018201(s) Flops=1761527808 => 1730.03936157988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249075.886792504 Mflops = 249.075886792504 Gflops = 0.249075886792504 Tflops
InvBiCGStab: k = 280 resid = 9.984705e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.321892(s) Flops=1840269312 => 1392.14800603983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200463.216388012 Mflops = 200.463216388012 Gflops = 0.200463216388012 Tflops
BICGSTAB_SOLVER: 548 iterations. Rsd = 0.001936065 Relative Rsd = 8.4819189848531e-07
BICGSTAB_SOLVER_TIME: 2.346966 sec
2Flav::invert,  n_count = 548
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.391796999999996
MInvCG2: 403 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.742466(s) Flops=2591705088 => 1487.37770952202 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214257.355526382 Mflops = 214.257355526382 Gflops = 0.214257355526382 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289185999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.309408667751086
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 523.925569 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.0601 secs
Doing Update: 2702 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 300 resid = 1.791654e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.100641(s) Flops=1971505152 => 1791.23361023258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257964.322863577 Mflops = 257.964322863577 Gflops = 0.257964322863577 Tflops
InvBiCGStab: k = 301 resid = 1.1273e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.102661(s) Flops=1978066944 => 1793.90306177511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258314.142612166 Mflops = 258.314142612166 Gflops = 0.258314142612166 Tflops
BICGSTAB_SOLVER: 601 iterations. Rsd = 0.002055862 Relative Rsd = 9.05050891679913e-07
BICGSTAB_SOLVER_TIME: 2.208058 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428278000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000372
InvBiCGStab: k = 248 resid = 2.156605e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909513(s) Flops=1630291968 => 1792.48891219807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258114.54951372 Mflops = 258.11454951372 Gflops = 0.25811454951372 Tflops
InvBiCGStab: k = 269 resid = 1.085764e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985911(s) Flops=1768089600 => 1793.35619543752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.554048121 Mflops = 258.234554048121 Gflops = 0.258234554048121 Tflops
BICGSTAB_SOLVER: 517 iterations. Rsd = 0.001868516 Relative Rsd = 8.20807440101571e-07
BICGSTAB_SOLVER_TIME: 1.900451 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368996000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000385
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000349
MInvCG2: 422 iterations
QDP:FlopCount:minvcg Performance/CPU: t=2.065745(s) Flops=2705762304 => 1309.82396375158 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188617.932183702 Mflops = 188.617932183702 Gflops = 0.188617932183702 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 375 resid = 2.000101e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.557476(s) Flops=2463639552 => 1581.81541930662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227760.947746813 Mflops = 227.760947746813 Gflops = 0.227760947746813 Tflops
InvBiCGStab: k = 377 resid = 1.067291e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.386734(s) Flops=2476763136 => 1786.04053553169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257182.937770792 Mflops = 257.182937770792 Gflops = 0.257182937770792 Tflops
BICGSTAB_SOLVER: 752 iterations. Rsd = 0.002292526 Relative Rsd = 1.00923776154836e-06
BICGSTAB_SOLVER_TIME: 2.949008 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.537684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 322 resid = 1.931991e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.210827(s) Flops=2115864576 => 1747.45407560287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251628.458459206 Mflops = 251.628458459206 Gflops = 0.251628458459206 Tflops
InvBiCGStab: k = 320 resid = 1.088116e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.192926(s) Flops=2102740992 => 1762.67512989071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253816.771513258 Mflops = 253.816771513258 Gflops = 0.253816771513258 Tflops
BICGSTAB_SOLVER: 642 iterations. Rsd = 0.002097381 Relative Rsd = 9.21343674323537e-07
BICGSTAB_SOLVER_TIME: 2.4084 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.459792999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 244 resid = 1.626946e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898897(s) Flops=1604044800 => 1784.45895358423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256939.94850821 Mflops = 256.93994850821 Gflops = 0.25693994850821 Tflops
InvBiCGStab: k = 278 resid = 9.810676e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.231575(s) Flops=1827145728 => 1483.58461969429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213630.183993238 Mflops = 213.630183993238 Gflops = 0.213630183993238 Tflops
BICGSTAB_SOLVER: 522 iterations. Rsd = 0.001858419 Relative Rsd = 8.15737184809095e-07
BICGSTAB_SOLVER_TIME: 2.136295 sec
2Flav::invert,  n_count = 522
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.373190000000004
MInvCG2: 405 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.839048(s) Flops=2604017664 => 1415.95959648688 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203900.728161709 Mflops = 203.900728161709 Gflops = 0.203900728161709 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290237999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 1.928816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.006468(s) Flops=1722157056 => 1711.08972764161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246406.663580839 Mflops = 246.406663580839 Gflops = 0.246406663580839 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 8.755796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96451(s) Flops=1709033472 => 1771.91887279551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255146.03024468 Mflops = 255.14603024468 Gflops = 0.25514603024468 Tflops
BICGSTAB_SOLVER: 522 iterations. Rsd = 0.002188254 Relative Rsd = 9.63334133604232e-07
BICGSTAB_SOLVER_TIME: 1.974391 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.117097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.371803
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 2.178665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.896185(s) Flops=1597483008 => 1782.53709669321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256654.52342126 Mflops = 256.65452342126 Gflops = 0.25665452342126 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.032096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.007879(s) Flops=1794336768 => 1780.30970781215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256357.244650789 Mflops = 256.357244650789 Gflops = 0.256357244650789 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.002113214 Relative Rsd = 9.28298922434673e-07
BICGSTAB_SOLVER_TIME: 1.907493 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.127703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367132000000002
num_pf = 1
MInvCG2: 300 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.52749(s) Flops=1925922816 => 1260.84152171209 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  181569.968801242 Mflops = 181.569968801242 Gflops = 0.181569968801242 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215040000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 159 resid = 2.168215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.583494(s) Flops=1046292480 => 1793.15036658475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258138.519146661 Mflops = 258.138519146661 Gflops = 0.258138519146661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 208 resid = 1.087276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773974(s) Flops=1367820288 => 1767.26904004527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254461.102138092 Mflops = 254.461102138092 Gflops = 0.254461102138092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.00190282 Relative Rsd = 8.35226485318939e-07
BICGSTAB_SOLVER_TIME: 1.361311 sec
2Flav::invert,  n_count = 367
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262596999999998
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000135 s
InvBiCGStab: k = 132 resid = 1.035475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483416(s) Flops=869124096 => 1797.88028530293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258658.046550984 Mflops = 258.658046550984 Gflops = 0.258658046550984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 180 resid = 8.590726e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.660524(s) Flops=1184090112 => 1792.6526696986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258103.047403639 Mflops = 258.103047403639 Gflops = 0.258103047403639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 312 iterations. Rsd = 0.00172256 Relative Rsd = 7.56103090352376e-07
BICGSTAB_SOLVER_TIME: 1.14784 sec
2Flav::invert,  n_count = 312
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.223645999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004977 s
InvBiCGStab: k = 119 resid = 2.192852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436303(s) Flops=783820800 => 1796.50563942948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.818199502 Mflops = 258.663818199502 Gflops = 0.258663818199502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.00718 s
InvBiCGStab: k = 133 resid = 1.025734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.504207(s) Flops=875685888 => 1736.75868839584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250061.420828442 Mflops = 250.061420828442 Gflops = 0.250061420828442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 252 iterations. Rsd = 0.001507797 Relative Rsd = 6.61834363885698e-07
BICGSTAB_SOLVER_TIME: 0.956528 sec
2Flav::invert,  n_count = 252
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182873999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008015 s
InvBiCGStab: k = 102 resid = 1.317885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.506709(s) Flops=672270336 => 1326.73849487576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191034.257537084 Mflops = 191.034257537084 Gflops = 0.191034257537084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.012663 s
InvBiCGStab: k = 113 resid = 8.318291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.537736(s) Flops=744450048 => 1384.41549012899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199331.895546058 Mflops = 199.331895546058 Gflops = 0.199331895546058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001379358 Relative Rsd = 6.05457403044426e-07
BICGSTAB_SOLVER_TIME: 1.069296 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157395999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011206 s
InvBiCGStab: k = 83 resid = 1.78846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396142(s) Flops=547596288 => 1382.32322752952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199019.823732582 Mflops = 199.019823732582 Gflops = 0.199019823732582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015311 s
InvBiCGStab: k = 128 resid = 9.737228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.516169(s) Flops=842876928 => 1632.94759662049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235113.340989077 Mflops = 235.113340989077 Gflops = 0.235113340989077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 211 iterations. Rsd = 0.001396673 Relative Rsd = 6.13057688077506e-07
BICGSTAB_SOLVER_TIME: 0.942696 sec
2Flav::invert,  n_count = 211
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155903999999999
Monitoring force
num_pf = 1
MInvCG2: 300 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.192544(s) Flops=1925922816 => 1614.97002710173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232542.13304825 Mflops = 232.54213304825 Gflops = 0.23254213304825 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215517000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014144 s
InvBiCGStab: k = 33 resid = 1.50123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12286(s) Flops=219506688 => 1786.64079440013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257172.561343448 Mflops = 257.172561343448 Gflops = 0.257172561343448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019514 s
InvBiCGStab: k = 64 resid = 1.139947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236049(s) Flops=422922240 => 1791.67139026219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257938.326320648 Mflops = 257.938326320648 Gflops = 0.257938326320648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.000780916 Relative Rsd = 3.42776355308077e-07
BICGSTAB_SOLVER_TIME: 0.396367 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.075996
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017167 s
InvBiCGStab: k = 91 resid = 2.085291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347716(s) Flops=600090624 => 1725.80676184012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248487.290919186 Mflops = 248.487290919186 Gflops = 0.248487290919186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.026139 s
InvBiCGStab: k = 140 resid = 1.038739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.533037(s) Flops=921618432 => 1728.99523297632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248943.419446208 Mflops = 248.943419446208 Gflops = 0.248943419446208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 231 iterations. Rsd = 0.001450104 Relative Rsd = 6.36510623973513e-07
BICGSTAB_SOLVER_TIME: 0.92796 sec
2Flav::invert,  n_count = 231
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172046999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.028258 s
InvBiCGStab: k = 68 resid = 1.90268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314953(s) Flops=449169408 => 1426.14741882122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205336.587471164 Mflops = 205.336587471164 Gflops = 0.205336587471164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.031766 s
InvBiCGStab: k = 115 resid = 1.014916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.536568(s) Flops=757573632 => 1411.8874625397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203279.513472374 Mflops = 203.279513472374 Gflops = 0.203279513472374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001298081 Relative Rsd = 5.69781618598597e-07
BICGSTAB_SOLVER_TIME: 0.917601 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1389
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.030492 s
InvBiCGStab: k = 82 resid = 2.111751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355181(s) Flops=541034496 => 1523.26418361343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219313.410292318 Mflops = 219.313410292318 Gflops = 0.219313410292318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.054405 s
InvBiCGStab: k = 124 resid = 1.117657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.583968(s) Flops=816629760 => 1398.41525563045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201349.713157398 Mflops = 201.349713157398 Gflops = 0.201349713157398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001330512 Relative Rsd = 5.84016714597356e-07
BICGSTAB_SOLVER_TIME: 1.027833 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156525999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028004 s
InvBiCGStab: k = 71 resid = 1.834635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260655(s) Flops=468854784 => 1798.7561489325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.567526536 Mflops = 258.972567526535 Gflops = 0.258972567526536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039172 s
InvBiCGStab: k = 108 resid = 9.227455e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395468(s) Flops=711641088 => 1799.49095249173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259089.28113218 Mflops = 259.08928113218 Gflops = 0.25908928113218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.00123874 Relative Rsd = 5.43734462979193e-07
BICGSTAB_SOLVER_TIME: 0.727163 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138294
Monitoring force
num_pf = 1
MInvCG2: 301 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.191223(s) Flops=1931968512 => 1621.83613983276 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233525.913661631 Mflops = 233.525913661631 Gflops = 0.233525913661631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.216179000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032189 s
InvBiCGStab: k = 41 resid = 2.089867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.153902(s) Flops=272001024 => 1767.3651024678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254381.843530476 Mflops = 254.381843530476 Gflops = 0.254381843530476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.045373 s
InvBiCGStab: k = 69 resid = 8.581947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254961(s) Flops=455731200 => 1787.45455187264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257358.540025693 Mflops = 257.358540025693 Gflops = 0.257358540025693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.000805589 Relative Rsd = 3.53606359071606e-07
BICGSTAB_SOLVER_TIME: 0.490106 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0904170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036786 s
InvBiCGStab: k = 63 resid = 2.202895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232369(s) Flops=416360448 => 1791.80720319836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257959.820157042 Mflops = 257.959820157042 Gflops = 0.257959820157042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.065561 s
InvBiCGStab: k = 116 resid = 1.144037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.578372(s) Flops=764135424 => 1321.18329379707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190229.538554957 Mflops = 190.229538554957 Gflops = 0.190229538554957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001224463 Relative Rsd = 5.37467619556617e-07
BICGSTAB_SOLVER_TIME: 0.917241 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043598 s
InvBiCGStab: k = 73 resid = 1.947906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333772(s) Flops=481978368 => 1444.03475426339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207908.176743121 Mflops = 207.908176743121 Gflops = 0.207908176743121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087148 s
InvBiCGStab: k = 112 resid = 1.149793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.495619(s) Flops=737888256 => 1488.82156656625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214368.60118321 Mflops = 214.36860118321 Gflops = 0.21436860118321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001219238 Relative Rsd = 5.35174120426353e-07
BICGSTAB_SOLVER_TIME: 0.964089 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.073701 s
InvBiCGStab: k = 79 resid = 1.949763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292334(s) Flops=521349120 => 1783.40227274282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256772.268003137 Mflops = 256.772268003137 Gflops = 0.256772268003137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 112 resid = 9.10821e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41099(s) Flops=737888256 => 1795.39223825397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258498.229174051 Mflops = 258.498229174051 Gflops = 0.258498229174051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001224921 Relative Rsd = 5.37668645013437e-07
BICGSTAB_SOLVER_TIME: 0.837471 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042288 s
InvBiCGStab: k = 61 resid = 2.110164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225695(s) Flops=403236864 => 1786.64509182747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257210.3434069 Mflops = 257.2103434069 Gflops = 0.2572103434069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057084 s
InvBiCGStab: k = 111 resid = 9.670962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440549(s) Flops=731326464 => 1660.03432989293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239012.124117122 Mflops = 239.012124117122 Gflops = 0.239012124117122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001215065 Relative Rsd = 5.33342407532308e-07
BICGSTAB_SOLVER_TIME: 0.769446 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136575
Monitoring force
num_pf = 1
MInvCG2: 301 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.196932(s) Flops=1931747328 => 1613.9156844332 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232399.875331148 Mflops = 232.399875331148 Gflops = 0.232399875331148 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215911000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041612 s
InvBiCGStab: k = 35 resid = 2.037929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129453(s) Flops=232630272 => 1797.02495886538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258688.580943797 Mflops = 258.688580943797 Gflops = 0.258688580943797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057342 s
InvBiCGStab: k = 62 resid = 1.15046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239025(s) Flops=409798656 => 1714.45939127706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246819.586397811 Mflops = 246.819586397811 Gflops = 0.246819586397811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007578204 Relative Rsd = 3.32638749851592e-07
BICGSTAB_SOLVER_TIME: 0.471609 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046696 s
InvBiCGStab: k = 77 resid = 2.240802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368908(s) Flops=508225536 => 1377.64845435718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198350.801253726 Mflops = 198.350801253726 Gflops = 0.198350801253726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070011 s
InvBiCGStab: k = 99 resid = 1.126129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452831(s) Flops=652584960 => 1441.12253798879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207491.489653089 Mflops = 207.491489653089 Gflops = 0.207491489653089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001236275 Relative Rsd = 5.42652482037986e-07
BICGSTAB_SOLVER_TIME: 0.942293 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051844 s
InvBiCGStab: k = 59 resid = 2.159583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259543(s) Flops=390113280 => 1503.07764031394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216416.698113638 Mflops = 216.416698113638 Gflops = 0.216416698113638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076673 s
InvBiCGStab: k = 94 resid = 1.042588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442129(s) Flops=619776000 => 1401.79902245725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201836.414478395 Mflops = 201.836414478395 Gflops = 0.201836414478395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001138475 Relative Rsd = 4.99723991399263e-07
BICGSTAB_SOLVER_TIME: 0.834388 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041599 s
InvBiCGStab: k = 71 resid = 2.089315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265878(s) Flops=468854784 => 1763.4207568885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253881.430126775 Mflops = 253.881430126774 Gflops = 0.253881430126774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057626 s
InvBiCGStab: k = 102 resid = 1.072887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380233(s) Flops=672270336 => 1768.04837034134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254561.130060419 Mflops = 254.561130060419 Gflops = 0.254561130060419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001228365 Relative Rsd = 5.39180168402542e-07
BICGSTAB_SOLVER_TIME: 0.749239 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 62 resid = 2.113285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229588(s) Flops=409798656 => 1784.93064097427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256969.098177155 Mflops = 256.969098177155 Gflops = 0.256969098177155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 121 resid = 1.137238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444228(s) Flops=796944384 => 1793.99854128961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258300.962950513 Mflops = 258.300962950513 Gflops = 0.258300962950513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001258625 Relative Rsd = 5.52462769608436e-07
BICGSTAB_SOLVER_TIME: 0.775495 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144276
Monitoring force
num_pf = 1
MInvCG2: 300 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.188864(s) Flops=1925627904 => 1619.72093023256 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233259.258497187 Mflops = 233.259258497187 Gflops = 0.233259258497187 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215085000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.4131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.323545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.214992(s) Flops=1669662720 => 1374.21704834271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197837.304843488 Mflops = 197.837304843488 Gflops = 0.197837304843488 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.095289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.137917(s) Flops=1735280640 => 1524.96240059688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219587.501976757 Mflops = 219.587501976757 Gflops = 0.219587501976757 Tflops
BICGSTAB_SOLVER: 518 iterations. Rsd = 0.002202915 Relative Rsd = 9.69802803353651e-07
BICGSTAB_SOLVER_TIME: 2.356578 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0.117946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001854
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.369337000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.900581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809039(s) Flops=1400629248 => 1731.22587168233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249256.118828418 Mflops = 249.256118828418 Gflops = 0.249256118828418 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 7.386099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872846(s) Flops=1512179712 => 1732.47023186221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249463.108240451 Mflops = 249.463108240451 Gflops = 0.249463108240451 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002044091 Relative Rsd = 8.97963137330629e-07
BICGSTAB_SOLVER_TIME: 1.685229 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.119227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00184
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316275999999999
num_pf = 1
MInvCG2: 300 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.209505(s) Flops=1925627904 => 1592.07932501313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229249.162983525 Mflops = 229.249162983525 Gflops = 0.229249162983525 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215401000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.467323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044729 s
InvBiCGStab: k = 40 resid = 2.168717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201343(s) Flops=265439232 => 1318.34348350824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189804.395715112 Mflops = 189.804395715112 Gflops = 0.189804395715112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058775 s
InvBiCGStab: k = 57 resid = 9.774595e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266919(s) Flops=376989696 => 1412.37490025064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203331.803980725 Mflops = 203.331803980725 Gflops = 0.203331803980725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007669894 Relative Rsd = 3.36663398047985e-07
BICGSTAB_SOLVER_TIME: 0.577727 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.08326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046589 s
InvBiCGStab: k = 85 resid = 1.779073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382413(s) Flops=560719872 => 1466.26780993324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211083.53303211 Mflops = 211.08353303211 Gflops = 0.21108353303211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.094699 s
InvBiCGStab: k = 110 resid = 9.042204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474691(s) Flops=724764672 => 1526.81359452781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219835.850450823 Mflops = 219.835850450823 Gflops = 0.219835850450823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001338632 Relative Rsd = 5.87580956244193e-07
BICGSTAB_SOLVER_TIME: 1.002335 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153151999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042072 s
InvBiCGStab: k = 69 resid = 1.462942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258016(s) Flops=455731200 => 1766.29046260697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254294.480990259 Mflops = 254.294480990259 Gflops = 0.254294480990259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057135 s
InvBiCGStab: k = 92 resid = 1.09755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346319(s) Flops=606652416 => 1751.71566099463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252202.106919367 Mflops = 252.202106919367 Gflops = 0.252202106919367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001202455 Relative Rsd = 5.27807360135944e-07
BICGSTAB_SOLVER_TIME: 0.707405 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 71 resid = 2.16749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265498(s) Flops=468854784 => 1765.94469261539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254256.72530013 Mflops = 254.25672530013 Gflops = 0.25425672530013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058184 s
InvBiCGStab: k = 106 resid = 1.106116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398119(s) Flops=698517504 => 1754.54450553729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252614.38564292 Mflops = 252.61438564292 Gflops = 0.25261438564292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001214215 Relative Rsd = 5.32969381138107e-07
BICGSTAB_SOLVER_TIME: 0.766801 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 74 resid = 2.123931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273531(s) Flops=488540160 => 1786.0504293846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257139.381616765 Mflops = 257.139381616765 Gflops = 0.257139381616765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059093 s
InvBiCGStab: k = 104 resid = 9.63251e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392743(s) Flops=685393920 => 1745.14611336166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251255.662908649 Mflops = 251.255662908649 Gflops = 0.251255662908649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001227244 Relative Rsd = 5.38688080159233e-07
BICGSTAB_SOLVER_TIME: 0.770436 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140931
Monitoring force
num_pf = 1
MInvCG2: 299 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.212459(s) Flops=1919434752 => 1583.09250209698 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227998.829706487 Mflops = 227.998829706487 Gflops = 0.227998829706487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.214863000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.537587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043766 s
InvBiCGStab: k = 33 resid = 2.273218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15087(s) Flops=219506688 => 1454.93927222112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209429.453316263 Mflops = 209.429453316263 Gflops = 0.209429453316263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06526 s
InvBiCGStab: k = 57 resid = 8.498687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249936(s) Flops=376989696 => 1508.3449202996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217146.813097356 Mflops = 217.146813097356 Gflops = 0.217146813097356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007463558 Relative Rsd = 3.27606470495303e-07
BICGSTAB_SOLVER_TIME: 0.5135 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.078176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041619 s
InvBiCGStab: k = 88 resid = 1.587194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380408(s) Flops=580405248 => 1525.74406426784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219684.466522723 Mflops = 219.684466522723 Gflops = 0.219684466522723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06173 s
InvBiCGStab: k = 112 resid = 9.861315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414995(s) Flops=737888256 => 1778.0654128363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256000.577166812 Mflops = 256.000577166812 Gflops = 0.256000577166812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001363618 Relative Rsd = 5.98548494328269e-07
BICGSTAB_SOLVER_TIME: 0.90263 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156568999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042241 s
InvBiCGStab: k = 74 resid = 1.530419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278146(s) Flops=488540160 => 1756.4162705917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252879.507809044 Mflops = 252.879507809044 Gflops = 0.252879507809044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 99 resid = 6.663277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378551(s) Flops=652584960 => 1723.90235397608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248202.521770863 Mflops = 248.202521770863 Gflops = 0.248202521770863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001199961 Relative Rsd = 5.26712706517235e-07
BICGSTAB_SOLVER_TIME: 0.759701 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042596 s
InvBiCGStab: k = 65 resid = 2.244565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244894(s) Flops=429484032 => 1753.75481636953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252493.252065744 Mflops = 252.493252065744 Gflops = 0.252493252065744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056826 s
InvBiCGStab: k = 98 resid = 1.103984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369827(s) Flops=646023168 => 1746.82532102848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251495.116389441 Mflops = 251.495116389441 Gflops = 0.251495116389441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001176771 Relative Rsd = 5.16533531612575e-07
BICGSTAB_SOLVER_TIME: 0.717928 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043507 s
InvBiCGStab: k = 70 resid = 2.007435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269898(s) Flops=462292992 => 1712.84334081764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246621.6233459 Mflops = 246.6216233459 Gflops = 0.2466216233459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059168 s
InvBiCGStab: k = 107 resid = 1.056979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414914(s) Flops=705079296 => 1699.33840747721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244670.901354807 Mflops = 244.670901354807 Gflops = 0.244670901354807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001244796 Relative Rsd = 5.46392352687135e-07
BICGSTAB_SOLVER_TIME: 0.791306 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140216
Monitoring force
num_pf = 1
MInvCG2: 299 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.202661(s) Flops=1919213568 => 1595.80594032732 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229773.737935491 Mflops = 229.773737935491 Gflops = 0.229773737935491 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.214497000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.583166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056286 s
InvBiCGStab: k = 44 resid = 2.079286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223077(s) Flops=291686400 => 1307.55927325542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188219.431518039 Mflops = 188.219431518039 Gflops = 0.188219431518039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064913 s
InvBiCGStab: k = 46 resid = 1.112293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175917(s) Flops=304809984 => 1732.69203090094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249420.170758114 Mflops = 249.420170758114 Gflops = 0.249420170758114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007747327 Relative Rsd = 3.40062281693228e-07
BICGSTAB_SOLVER_TIME: 0.524199 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0781960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 59 resid = 2.277116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218198(s) Flops=390113280 => 1787.88659841062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257386.336136218 Mflops = 257.386336136218 Gflops = 0.257386336136218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057063 s
InvBiCGStab: k = 105 resid = 9.65856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385289(s) Flops=691955712 => 1795.93944285978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258577.748020222 Mflops = 258.577748020222 Gflops = 0.258577748020222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00116888 Relative Rsd = 5.1306990489316e-07
BICGSTAB_SOLVER_TIME: 0.705726 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 68 resid = 2.126338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251333(s) Flops=449169408 => 1787.14855589994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257294.118582241 Mflops = 257.294118582241 Gflops = 0.257294118582241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05738 s
InvBiCGStab: k = 93 resid = 9.340684e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343285(s) Flops=613214208 => 1786.31227114497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257186.512906218 Mflops = 257.186512906218 Gflops = 0.257186512906218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001196291 Relative Rsd = 5.25101641290336e-07
BICGSTAB_SOLVER_TIME: 0.697384 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041548 s
InvBiCGStab: k = 70 resid = 1.896814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257388(s) Flops=462292992 => 1796.09380390694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258593.894834938 Mflops = 258.593894834938 Gflops = 0.258593894834938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057219 s
InvBiCGStab: k = 108 resid = 1.089235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39663(s) Flops=711641088 => 1794.21901520309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258325.217308446 Mflops = 258.325217308446 Gflops = 0.258325217308446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001235554 Relative Rsd = 5.42335971697482e-07
BICGSTAB_SOLVER_TIME: 0.756632 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 64 resid = 1.933031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236635(s) Flops=422922240 => 1787.23451729457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257288.492556195 Mflops = 257.288492556195 Gflops = 0.257288492556195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057693 s
InvBiCGStab: k = 90 resid = 1.126982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333125(s) Flops=593528832 => 1781.70005853659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256518.494049402 Mflops = 256.518494049402 Gflops = 0.256518494049402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001158756 Relative Rsd = 5.08625831951069e-07
BICGSTAB_SOLVER_TIME: 0.672619 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123744
Monitoring force
num_pf = 1
MInvCG2: 297 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.182612(s) Flops=1906900992 => 1612.44853933496 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232194.948731952 Mflops = 232.194948731952 Gflops = 0.232194948731952 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.213241000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.550955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045311 s
InvBiCGStab: k = 29 resid = 1.979402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124941(s) Flops=193259520 => 1546.8062525512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222654.016739743 Mflops = 222.654016739743 Gflops = 0.222654016739743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079762 s
InvBiCGStab: k = 61 resid = 1.07838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233788(s) Flops=403236864 => 1724.79709822574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248230.601165991 Mflops = 248.230601165991 Gflops = 0.248230601165991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0008174392 Relative Rsd = 3.58807931091456e-07
BICGSTAB_SOLVER_TIME: 0.487592 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0783020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 71 resid = 1.478884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382834(s) Flops=468854784 => 1224.69473453246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176333.598668158 Mflops = 176.333598668158 Gflops = 0.176333598668158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071981 s
InvBiCGStab: k = 98 resid = 1.108696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456329(s) Flops=646023168 => 1415.6960613943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203815.177483573 Mflops = 203.815177483573 Gflops = 0.203815177483573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001195306 Relative Rsd = 5.24669237270099e-07
BICGSTAB_SOLVER_TIME: 0.956368 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04375 s
InvBiCGStab: k = 69 resid = 1.228307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255494(s) Flops=455731200 => 1783.72564522063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256802.097908528 Mflops = 256.802097908528 Gflops = 0.256802097908528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057614 s
InvBiCGStab: k = 106 resid = 1.091787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416091(s) Flops=698517504 => 1678.76138633136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241697.299614529 Mflops = 241.697299614529 Gflops = 0.241697299614529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001162476 Relative Rsd = 5.10258716667054e-07
BICGSTAB_SOLVER_TIME: 0.777815 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056648 s
InvBiCGStab: k = 75 resid = 1.383206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276332(s) Flops=495101952 => 1791.69242794899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257944.558439529 Mflops = 257.944558439529 Gflops = 0.257944558439529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056614 s
InvBiCGStab: k = 105 resid = 1.130429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386379(s) Flops=691955712 => 1790.87298222729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257843.195006206 Mflops = 257.843195006206 Gflops = 0.257843195006206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.00127611 Relative Rsd = 5.60137404422826e-07
BICGSTAB_SOLVER_TIME: 0.779835 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04236 s
InvBiCGStab: k = 60 resid = 2.157792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221151(s) Flops=396675072 => 1793.68427906724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.131161432 Mflops = 258.234131161432 Gflops = 0.258234131161432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057258 s
InvBiCGStab: k = 83 resid = 1.089249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304933(s) Flops=547596288 => 1795.79215106269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258539.23599678 Mflops = 258.53923599678 Gflops = 0.25853923599678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001145642 Relative Rsd = 5.02869830290523e-07
BICGSTAB_SOLVER_TIME: 0.62955 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115996
Monitoring force
num_pf = 1
MInvCG2: 296 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.210079(s) Flops=1900634112 => 1570.6694455486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226158.834810628 Mflops = 226.158834810628 Gflops = 0.226158834810628 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.212566000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.422325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.189103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766614(s) Flops=1354696704 => 1767.11709413081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254393.459684988 Mflops = 254.393459684988 Gflops = 0.254393459684988 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 297 resid = 9.388152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.094271(s) Flops=1951819776 => 1783.67129897439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256840.318422925 Mflops = 256.840318422925 Gflops = 0.256840318422925 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.002200862 Relative Rsd = 9.68924977242384e-07
BICGSTAB_SOLVER_TIME: 1.86425 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.358952
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.922231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788889(s) Flops=1380943872 => 1750.49198556451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252029.895662172 Mflops = 252.029895662172 Gflops = 0.252029895662172 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 8.025008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95317(s) Flops=1702471680 => 1786.11546733531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257191.273291439 Mflops = 257.191273291439 Gflops = 0.257191273291439 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002141915 Relative Rsd = 9.40971533334396e-07
BICGSTAB_SOLVER_TIME: 1.745478 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.117856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334715
num_pf = 1
MInvCG2: 296 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.471151(s) Flops=1900634112 => 1291.93679778622 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186351.755425853 Mflops = 186.351755425853 Gflops = 0.186351755425853 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.211938000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 35 resid = 2.088975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129382(s) Flops=232630272 => 1798.01109891639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258808.441906792 Mflops = 258.808441906792 Gflops = 0.258808441906792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 61 resid = 8.488504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225645(s) Flops=403236864 => 1787.0409891644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257264.038256142 Mflops = 257.264038256142 Gflops = 0.257264038256142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007226869 Relative Rsd = 3.17217199971498e-07
BICGSTAB_SOLVER_TIME: 0.456508 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0826800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 87 resid = 1.492592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32006(s) Flops=573843456 => 1792.92462663251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258134.530645044 Mflops = 258.134530645044 Gflops = 0.258134530645044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056867 s
InvBiCGStab: k = 106 resid = 7.365352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388523(s) Flops=698517504 => 1797.87941511828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258848.003980043 Mflops = 258.848003980043 Gflops = 0.258848003980043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001319246 Relative Rsd = 5.79071764296914e-07
BICGSTAB_SOLVER_TIME: 0.810682 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151581
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041619 s
InvBiCGStab: k = 71 resid = 2.114932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266617(s) Flops=468854784 => 1758.53296676506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253185.658153722 Mflops = 253.185658153722 Gflops = 0.253185658153722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056944 s
InvBiCGStab: k = 90 resid = 7.779485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330696(s) Flops=593528832 => 1794.78684955367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258394.773580069 Mflops = 258.394773580069 Gflops = 0.258394773580069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001183804 Relative Rsd = 5.19620810469896e-07
BICGSTAB_SOLVER_TIME: 0.699672 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040924 s
InvBiCGStab: k = 74 resid = 2.228697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273403(s) Flops=488540160 => 1786.88661060778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257264.767143277 Mflops = 257.264767143277 Gflops = 0.257264767143277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 101 resid = 9.962015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37046(s) Flops=665708544 => 1796.97820007558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258725.460081273 Mflops = 258.725460081273 Gflops = 0.258725460081273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001193738 Relative Rsd = 5.23980978023045e-07
BICGSTAB_SOLVER_TIME: 0.744885 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042453 s
InvBiCGStab: k = 66 resid = 2.195831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256788(s) Flops=436045824 => 1698.07710640684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244463.451146277 Mflops = 244.463451146277 Gflops = 0.244463451146277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05646 s
InvBiCGStab: k = 107 resid = 1.137278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406287(s) Flops=705079296 => 1735.42174866535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249859.365791975 Mflops = 249.859365791975 Gflops = 0.249859365791975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001187801 Relative Rsd = 5.21375260910786e-07
BICGSTAB_SOLVER_TIME: 0.765856 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137685
Monitoring force
num_pf = 1
MInvCG2: 294 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.170722(s) Flops=1888174080 => 1612.82873303824 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232297.906794997 Mflops = 232.297906794997 Gflops = 0.232297906794997 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.211077000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.588387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070503 s
InvBiCGStab: k = 34 resid = 2.222492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168957(s) Flops=226068480 => 1338.0237575241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192573.985544896 Mflops = 192.573985544896 Gflops = 0.192573985544896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061387 s
InvBiCGStab: k = 67 resid = 8.167409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247745(s) Flops=442607616 => 1786.5451008093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257196.680271324 Mflops = 257.196680271324 Gflops = 0.257196680271324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0008143871 Relative Rsd = 3.57468204241707e-07
BICGSTAB_SOLVER_TIME: 0.552463 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0860970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 86 resid = 2.028989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31549(s) Flops=567281664 => 1798.09713144632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258874.98193385 Mflops = 258.87498193385 Gflops = 0.25887498193385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 121 resid = 7.444158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453559(s) Flops=796944384 => 1757.09088343523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252989.653620186 Mflops = 252.989653620186 Gflops = 0.252989653620186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001354262 Relative Rsd = 5.94441524827622e-07
BICGSTAB_SOLVER_TIME: 0.871714 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161499999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 68 resid = 1.942991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251951(s) Flops=449169408 => 1782.76493445154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256666.797457511 Mflops = 256.666797457511 Gflops = 0.256666797457511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057145 s
InvBiCGStab: k = 89 resid = 1.124411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332327(s) Flops=586967040 => 1766.2333785699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254292.17371802 Mflops = 254.29217371802 Gflops = 0.25429217371802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001205786 Relative Rsd = 5.29269368103682e-07
BICGSTAB_SOLVER_TIME: 0.686557 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041349 s
InvBiCGStab: k = 73 resid = 2.136145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270835(s) Flops=481978368 => 1779.60148429856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256216.133911466 Mflops = 256.216133911466 Gflops = 0.256216133911467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057392 s
InvBiCGStab: k = 102 resid = 1.145225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372823(s) Flops=672270336 => 1803.18900926177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.993949316 Mflops = 259.619993949316 Gflops = 0.259619993949316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001214896 Relative Rsd = 5.33268211049517e-07
BICGSTAB_SOLVER_TIME: 0.746201 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041074 s
InvBiCGStab: k = 62 resid = 2.050107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228453(s) Flops=409798656 => 1793.79853186432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258249.156506365 Mflops = 258.249156506365 Gflops = 0.258249156506365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05664 s
InvBiCGStab: k = 123 resid = 9.09148e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451295(s) Flops=810067968 => 1794.98547070098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258442.485894073 Mflops = 258.442485894073 Gflops = 0.258442485894073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001249797 Relative Rsd = 5.48587791865279e-07
BICGSTAB_SOLVER_TIME: 0.781296 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145889
Monitoring force
num_pf = 1
MInvCG2: 293 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.168513(s) Flops=1881907200 => 1610.51455995783 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231892.377353761 Mflops = 231.892377353761 Gflops = 0.231892377353761 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.210399000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.424568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044821 s
InvBiCGStab: k = 44 resid = 1.911635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199503(s) Flops=291686400 => 1462.06523210177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210483.608568406 Mflops = 210.483608568406 Gflops = 0.210483608568406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071097 s
InvBiCGStab: k = 64 resid = 1.093874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298343(s) Flops=422922240 => 1417.57051447495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204086.616201836 Mflops = 204.086616201836 Gflops = 0.204086616201836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0007732912 Relative Rsd = 3.3942951650975e-07
BICGSTAB_SOLVER_TIME: 0.617895 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.091031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057394 s
InvBiCGStab: k = 61 resid = 1.793045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290356(s) Flops=403236864 => 1388.76711347449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199947.904026674 Mflops = 199.947904026674 Gflops = 0.199947904026674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061709 s
InvBiCGStab: k = 89 resid = 8.777198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425446(s) Flops=586967040 => 1379.65109555619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198643.841216265 Mflops = 198.643841216265 Gflops = 0.198643841216265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001147152 Relative Rsd = 5.03532539784549e-07
BICGSTAB_SOLVER_TIME: 0.838734 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 66 resid = 2.221797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243715(s) Flops=436045824 => 1789.16285005026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257590.677413035 Mflops = 257.590677413035 Gflops = 0.257590677413035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 86 resid = 8.41816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317957(s) Flops=567281664 => 1784.14585620068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256865.715342318 Mflops = 256.865715342318 Gflops = 0.256865715342318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001181621 Relative Rsd = 5.18662337034824e-07
BICGSTAB_SOLVER_TIME: 0.663863 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042347 s
InvBiCGStab: k = 68 resid = 2.09667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252103(s) Flops=449169408 => 1781.69005525519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256502.031460188 Mflops = 256.502031460188 Gflops = 0.256502031460188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057098 s
InvBiCGStab: k = 90 resid = 1.10128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331525(s) Flops=593528832 => 1790.2988673554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257743.114264968 Mflops = 257.743114264968 Gflops = 0.257743114264968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001183456 Relative Rsd = 5.19467971847286e-07
BICGSTAB_SOLVER_TIME: 0.68686 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 69 resid = 2.173009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254505(s) Flops=455731200 => 1790.65715801261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257804.721264926 Mflops = 257.804721264926 Gflops = 0.257804721264926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 87 resid = 8.972922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319131(s) Flops=573843456 => 1798.14388448631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258876.95560942 Mflops = 258.87695560942 Gflops = 0.25887695560942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001145628 Relative Rsd = 5.02863749449303e-07
BICGSTAB_SOLVER_TIME: 0.674922 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125373
Monitoring force
num_pf = 1
MInvCG2: 292 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.189466(s) Flops=1875566592 => 1576.81395853265 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227083.102356992 Mflops = 227.083102356992 Gflops = 0.227083102356992 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.209714000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 34 resid = 2.204125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12524(s) Flops=226068480 => 1805.08208240179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.808690569 Mflops = 259.828808690569 Gflops = 0.259828808690569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056894 s
InvBiCGStab: k = 53 resid = 7.942477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19446(s) Flops=350742528 => 1803.67442147485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.165704496 Mflops = 259.645165704496 Gflops = 0.259645165704496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007381685 Relative Rsd = 3.24012718883719e-07
BICGSTAB_SOLVER_TIME: 0.421467 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0760620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 69 resid = 1.327936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252232(s) Flops=455731200 => 1806.79374544071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260115.163873412 Mflops = 260.115163873412 Gflops = 0.260115163873412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 87 resid = 1.137058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367049(s) Flops=573843456 => 1563.39741015505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225074.886943119 Mflops = 225.074886943119 Gflops = 0.225074886943119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001208556 Relative Rsd = 5.30485229750753e-07
BICGSTAB_SOLVER_TIME: 0.726024 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048631 s
InvBiCGStab: k = 73 resid = 1.791596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340329(s) Flops=481978368 => 1416.21304091041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203906.900909338 Mflops = 203.906900909338 Gflops = 0.203906900909338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08301 s
InvBiCGStab: k = 87 resid = 1.10699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416364(s) Flops=573843456 => 1378.2254373577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198441.970020639 Mflops = 198.441970020639 Gflops = 0.198441970020639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001217772 Relative Rsd = 5.34530624346604e-07
BICGSTAB_SOLVER_TIME: 0.892655 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062617 s
InvBiCGStab: k = 67 resid = 1.451739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328512(s) Flops=442607616 => 1347.31034482759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193983.382511878 Mflops = 193.983382511878 Gflops = 0.193983382511878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057134 s
InvBiCGStab: k = 93 resid = 1.111332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343146(s) Flops=613214208 => 1787.03586228602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257282.861560116 Mflops = 257.282861560116 Gflops = 0.257282861560116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001178276 Relative Rsd = 5.17193992728335e-07
BICGSTAB_SOLVER_TIME: 0.795284 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04864 s
InvBiCGStab: k = 62 resid = 2.239409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240075(s) Flops=409798656 => 1706.96097469541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245724.734385165 Mflops = 245.724734385165 Gflops = 0.245724734385165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060405 s
InvBiCGStab: k = 92 resid = 8.60116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350964(s) Flops=606652416 => 1728.53174684583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248867.055070674 Mflops = 248.867055070674 Gflops = 0.248867055070674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001176955 Relative Rsd = 5.16614319931648e-07
BICGSTAB_SOLVER_TIME: 0.703972 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123795
Monitoring force
num_pf = 1
MInvCG2: 291 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.172914(s) Flops=1869299712 => 1593.72273841049 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229470.70276404 Mflops = 229.47070276404 Gflops = 0.22947070276404 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208956000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.357552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864282(s) Flops=1485932544 => 1719.26818330128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247538.77353507 Mflops = 247.53877353507 Gflops = 0.24753877353507 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 9.751805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.055774(s) Flops=1800898560 => 1705.76142242563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245620.778464717 Mflops = 245.620778464717 Gflops = 0.245620778464717 Tflops
BICGSTAB_SOLVER: 500 iterations. Rsd = 0.002379631 Relative Rsd = 1.04764507863849e-06
BICGSTAB_SOLVER_TIME: 1.923413 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.122398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356935
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.106753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95267(s) Flops=1374382080 => 1442.66333567762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207703.033888735 Mflops = 207.703033888735 Gflops = 0.207703033888735 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 1.089802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.191561(s) Flops=1689348096 => 1417.76048057968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204153.479326741 Mflops = 204.153479326741 Gflops = 0.204153479326741 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002110912 Relative Rsd = 9.27376114706519e-07
BICGSTAB_SOLVER_TIME: 2.147785 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.116738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332925000000001
num_pf = 1
MInvCG2: 291 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.173682(s) Flops=1869299712 => 1592.67988432983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229331.867095727 Mflops = 229.331867095727 Gflops = 0.229331867095727 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208683000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.406008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 30 resid = 2.014245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111248(s) Flops=199821312 => 1796.17891557601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.744357751 Mflops = 258.527744357751 Gflops = 0.258527744357751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 56 resid = 9.395782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22477(s) Flops=370427904 => 1648.03089380255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237253.556346071 Mflops = 237.253556346071 Gflops = 0.237253556346071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007757767 Relative Rsd = 3.40520542063529e-07
BICGSTAB_SOLVER_TIME: 0.438813 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.075353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049032 s
InvBiCGStab: k = 93 resid = 1.823263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428131(s) Flops=613214208 => 1432.30508419152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206223.783765362 Mflops = 206.223783765362 Gflops = 0.206223783765362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068342 s
InvBiCGStab: k = 120 resid = 1.121227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449755(s) Flops=790382592 => 1757.36254627519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253029.826598803 Mflops = 253.029826598803 Gflops = 0.253029826598803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001337581 Relative Rsd = 5.8711988540106e-07
BICGSTAB_SOLVER_TIME: 0.999372 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165907999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042995 s
InvBiCGStab: k = 71 resid = 2.172845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279488(s) Flops=468854784 => 1677.54888939776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241519.680068241 Mflops = 241.519680068241 Gflops = 0.241519680068241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058087 s
InvBiCGStab: k = 93 resid = 7.067829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348353(s) Flops=613214208 => 1760.3241769125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253435.037530387 Mflops = 253.435037530387 Gflops = 0.253435037530387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001213248 Relative Rsd = 5.32544846441803e-07
BICGSTAB_SOLVER_TIME: 0.732712 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042013 s
InvBiCGStab: k = 78 resid = 1.070305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289893(s) Flops=514787328 => 1775.78392027403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255667.954720533 Mflops = 255.667954720533 Gflops = 0.255667954720533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057051 s
InvBiCGStab: k = 103 resid = 1.074658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384456(s) Flops=678832128 => 1765.69523690617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254218.240161075 Mflops = 254.218240161075 Gflops = 0.254218240161075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001254502 Relative Rsd = 5.50653029501995e-07
BICGSTAB_SOLVER_TIME: 0.777289 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041829 s
InvBiCGStab: k = 64 resid = 1.966197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327508(s) Flops=422922240 => 1291.33407428215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185927.62057294 Mflops = 185.92762057294 Gflops = 0.185927620572939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068796 s
InvBiCGStab: k = 89 resid = 9.034712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432483(s) Flops=586967040 => 1357.20257212422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195411.076956905 Mflops = 195.411076956905 Gflops = 0.195411076956905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001164881 Relative Rsd = 5.11314687959679e-07
BICGSTAB_SOLVER_TIME: 0.87501 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001677
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123148
Monitoring force
num_pf = 1
MInvCG2: 289 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.388992(s) Flops=1856765952 => 1336.77224346865 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192495.5204381 Mflops = 192.4955204381 Gflops = 0.1924955204381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.207328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04267 s
InvBiCGStab: k = 35 resid = 2.140289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131734(s) Flops=232630272 => 1765.90911989312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254222.686711022 Mflops = 254.222686711022 Gflops = 0.254222686711022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057502 s
InvBiCGStab: k = 48 resid = 1.058409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179822(s) Flops=317933568 => 1768.04600104548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254517.750805945 Mflops = 254.517750805945 Gflops = 0.254517750805945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000718845 Relative Rsd = 3.15530839622426e-07
BICGSTAB_SOLVER_TIME: 0.415493 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.073234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042226 s
InvBiCGStab: k = 83 resid = 2.074787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309744(s) Flops=547596288 => 1767.89958158996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254535.647130201 Mflops = 254.535647130201 Gflops = 0.254535647130201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057094 s
InvBiCGStab: k = 119 resid = 1.076891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436632(s) Flops=783820800 => 1795.15198153136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258460.950968576 Mflops = 258.460950968576 Gflops = 0.258460950968576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001344043 Relative Rsd = 5.89956214584145e-07
BICGSTAB_SOLVER_TIME: 0.849506 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158068999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041306 s
InvBiCGStab: k = 67 resid = 1.755059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24531(s) Flops=442607616 => 1804.27873303167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.272125912 Mflops = 259.769272125912 Gflops = 0.259769272125912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 85 resid = 8.257777e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31185(s) Flops=560719872 => 1798.04352092352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258870.829752506 Mflops = 258.870829752506 Gflops = 0.258870829752506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001162578 Relative Rsd = 5.10303428734852e-07
BICGSTAB_SOLVER_TIME: 0.658826 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 74 resid = 1.941933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272271(s) Flops=488540160 => 1794.31581035072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258329.714739438 Mflops = 258.329714739438 Gflops = 0.258329714739438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056655 s
InvBiCGStab: k = 109 resid = 7.419381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41842(s) Flops=718202880 => 1716.46403135605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247133.348089052 Mflops = 247.133348089052 Gflops = 0.247133348089052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001269101 Relative Rsd = 5.57060958660789e-07
BICGSTAB_SOLVER_TIME: 0.792433 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 81 resid = 9.086576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297541(s) Flops=534472704 => 1796.29934698075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258622.173326207 Mflops = 258.622173326207 Gflops = 0.258622173326207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056846 s
InvBiCGStab: k = 104 resid = 8.447179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382259(s) Flops=685393920 => 1793.00924242464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258151.361984102 Mflops = 258.151361984102 Gflops = 0.258151361984102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001205512 Relative Rsd = 5.2914892656791e-07
BICGSTAB_SOLVER_TIME: 0.781928 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145872
Monitoring force
num_pf = 1
MInvCG2: 288 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.368362(s) Flops=1850425344 => 1352.29226184299 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194730.857875393 Mflops = 194.730857875393 Gflops = 0.194730857875393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206591000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.531772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 38 resid = 1.935481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140472(s) Flops=252315648 => 1796.19887237314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258546.358913859 Mflops = 258.546358913859 Gflops = 0.258546358913859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 58 resid = 1.084491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213737(s) Flops=383551488 => 1794.5020656227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258340.393157011 Mflops = 258.340393157011 Gflops = 0.258340393157011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007374777 Relative Rsd = 3.23709519964542e-07
BICGSTAB_SOLVER_TIME: 0.456095 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.08248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041625 s
InvBiCGStab: k = 64 resid = 1.800975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235464(s) Flops=422922240 => 1796.1227193966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258579.251553581 Mflops = 258.579251553581 Gflops = 0.258579251553581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056094 s
InvBiCGStab: k = 90 resid = 1.084916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329462(s) Flops=593528832 => 1801.50922412903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259370.770986554 Mflops = 259.370770986554 Gflops = 0.259370770986554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001162555 Relative Rsd = 5.10293413231665e-07
BICGSTAB_SOLVER_TIME: 0.666488 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 62 resid = 1.998981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227442(s) Flops=409798656 => 1801.77212652017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259393.48952506 Mflops = 259.39348952506 Gflops = 0.25939348952506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05694 s
InvBiCGStab: k = 86 resid = 1.123742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316214(s) Flops=567281664 => 1793.98022857938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258274.595066058 Mflops = 258.274595066058 Gflops = 0.258274595066058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00115588 Relative Rsd = 5.07363674151512e-07
BICGSTAB_SOLVER_TIME: 0.645692 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 67 resid = 1.66342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245896(s) Flops=442607616 => 1799.97891791652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259146.282655991 Mflops = 259.146282655991 Gflops = 0.259146282655991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057164 s
InvBiCGStab: k = 102 resid = 1.115412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376023(s) Flops=672270336 => 1787.84365849961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257406.018078936 Mflops = 257.406018078936 Gflops = 0.257406018078936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001198756 Relative Rsd = 5.26183468933025e-07
BICGSTAB_SOLVER_TIME: 0.723623 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041893 s
InvBiCGStab: k = 63 resid = 2.243253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248751(s) Flops=416360448 => 1673.80411737038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240977.296985336 Mflops = 240.977296985336 Gflops = 0.240977296985336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 109 resid = 9.32264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410615(s) Flops=718202880 => 1749.09070540531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251826.203751753 Mflops = 251.826203751753 Gflops = 0.251826203751753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001136669 Relative Rsd = 4.98931233662327e-07
BICGSTAB_SOLVER_TIME: 0.761688 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136942
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.151227(s) Flops=1844158464 => 1601.90689064798 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230650.506576571 Mflops = 230.650506576571 Gflops = 0.230650506576571 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205863000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.522533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04225 s
InvBiCGStab: k = 34 resid = 1.843737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162224(s) Flops=226068480 => 1393.55755005425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200613.858093726 Mflops = 200.613858093726 Gflops = 0.200613858093726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066886 s
InvBiCGStab: k = 61 resid = 1.041138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284516(s) Flops=403236864 => 1417.27306724402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204043.440596203 Mflops = 204.043440596203 Gflops = 0.204043440596203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007446544 Relative Rsd = 3.2685965121431e-07
BICGSTAB_SOLVER_TIME: 0.559746 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0818250000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.076777 s
InvBiCGStab: k = 63 resid = 1.641936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232501(s) Flops=416360448 => 1790.7899234842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257814.039804767 Mflops = 257.814039804767 Gflops = 0.257814039804767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056876 s
InvBiCGStab: k = 96 resid = 1.115802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355483(s) Flops=632899584 => 1780.39339152646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256333.358359104 Mflops = 256.333358359104 Gflops = 0.256333358359104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001197762 Relative Rsd = 5.25747181350328e-07
BICGSTAB_SOLVER_TIME: 0.725724 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041904 s
InvBiCGStab: k = 61 resid = 2.062171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242947(s) Flops=403236864 => 1659.77297105953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238957.466512899 Mflops = 238.957466512899 Gflops = 0.238957466512899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059531 s
InvBiCGStab: k = 85 resid = 9.475284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326916(s) Flops=560719872 => 1715.18026649047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246924.32176327 Mflops = 246.92432176327 Gflops = 0.24692432176327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001123191 Relative Rsd = 4.93014830652275e-07
BICGSTAB_SOLVER_TIME: 0.675184 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 62 resid = 2.205138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22948(s) Flops=409798656 => 1785.77068154088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257065.315065471 Mflops = 257.065315065471 Gflops = 0.257065315065471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056967 s
InvBiCGStab: k = 87 resid = 1.149048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320632(s) Flops=573843456 => 1789.72609097033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257674.872146496 Mflops = 257.674872146496 Gflops = 0.257674872146496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001157979 Relative Rsd = 5.08284793847658e-07
BICGSTAB_SOLVER_TIME: 0.652491 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 66 resid = 2.198891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241797(s) Flops=436045824 => 1803.35497959032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259627.126254767 Mflops = 259.627126254767 Gflops = 0.259627126254767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 85 resid = 9.997489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312657(s) Flops=560719872 => 1793.40258494133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258188.892619963 Mflops = 258.188892619963 Gflops = 0.258188892619963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001119736 Relative Rsd = 4.91498503909601e-07
BICGSTAB_SOLVER_TIME: 0.655686 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121613
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.137129(s) Flops=1837817856 => 1616.19117619901 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232708.657498904 Mflops = 232.708657498904 Gflops = 0.232708657498904 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205064000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.403085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.023004(s) Flops=1518741504 => 1484.58999573804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213797.604950638 Mflops = 213.797604950638 Gflops = 0.213797604950638 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 299 resid = 1.103885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.376654(s) Flops=1964943360 => 1427.3327648051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205530.98102225 Mflops = 205.53098102225 Gflops = 0.20553098102225 Tflops
BICGSTAB_SOLVER: 530 iterations. Rsd = 0.002870762 Relative Rsd = 1.26388239406669e-06
BICGSTAB_SOLVER_TIME: 2.404564 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.133727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.118763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378897
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.890511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.712125(s) Flops=1269393408 => 1782.54296366509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256612.147794396 Mflops = 256.612147794396 Gflops = 0.256612147794396 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 5.971266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909959(s) Flops=1617168384 => 1777.18818540176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255904.726520719 Mflops = 255.904726520719 Gflops = 0.255904726520719 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002009709 Relative Rsd = 8.82935165175288e-07
BICGSTAB_SOLVER_TIME: 1.625421 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001863
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314061999999998
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.133962(s) Flops=1837817856 => 1620.70497600449 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233549.133573826 Mflops = 233.549133573826 Gflops = 0.233549133573826 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205017000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041967 s
InvBiCGStab: k = 30 resid = 1.974911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112718(s) Flops=199821312 => 1772.75423623556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255163.581636593 Mflops = 255.163581636593 Gflops = 0.255163581636593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057915 s
InvBiCGStab: k = 55 resid = 1.010344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204774(s) Flops=363866112 => 1776.91558498638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255792.550955246 Mflops = 255.792550955246 Gflops = 0.255792550955246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.00076589 Relative Rsd = 3.36180839862555e-07
BICGSTAB_SOLVER_TIME: 0.421239 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.074744
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042259 s
InvBiCGStab: k = 74 resid = 2.269752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272553(s) Flops=488540160 => 1792.45930149365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258065.521670734 Mflops = 258.065521670734 Gflops = 0.258065521670734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056955 s
InvBiCGStab: k = 114 resid = 7.238077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418056(s) Flops=751011840 => 1796.43837189276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258650.523599306 Mflops = 258.650523599306 Gflops = 0.258650523599306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001310557 Relative Rsd = 5.75257543866456e-07
BICGSTAB_SOLVER_TIME: 0.793698 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041552 s
InvBiCGStab: k = 65 resid = 2.004182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239142(s) Flops=429484032 => 1795.93727576085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258554.827420258 Mflops = 258.554827420258 Gflops = 0.258554827420258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056802 s
InvBiCGStab: k = 82 resid = 1.033636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312378(s) Flops=541034496 => 1731.98655475097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249359.204980463 Mflops = 249.359204980463 Gflops = 0.249359204980463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001164679 Relative Rsd = 5.11225672620131e-07
BICGSTAB_SOLVER_TIME: 0.654571 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047936 s
InvBiCGStab: k = 71 resid = 2.269308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366622(s) Flops=468854784 => 1278.85065271588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184130.805312759 Mflops = 184.130805312759 Gflops = 0.184130805312759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069312 s
InvBiCGStab: k = 81 resid = 1.105545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38732(s) Flops=534472704 => 1379.9253950222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198682.953091183 Mflops = 198.682953091183 Gflops = 0.198682953091183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00114369 Relative Rsd = 5.02012942673488e-07
BICGSTAB_SOLVER_TIME: 0.875282 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042666 s
InvBiCGStab: k = 65 resid = 1.462437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336214(s) Flops=429484032 => 1277.41269548561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183916.491072178 Mflops = 183.916491072178 Gflops = 0.183916491072178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 90 resid = 9.215416e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376248(s) Flops=593528832 => 1577.49365312241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227121.890413971 Mflops = 227.121890413971 Gflops = 0.227121890413971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001152995 Relative Rsd = 5.06097070694928e-07
BICGSTAB_SOLVER_TIME: 0.815415 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124364
Monitoring force
num_pf = 1
MInvCG2: 284 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.15311(s) Flops=1825284096 => 1582.9227879387 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227924.183437399 Mflops = 227.924183437399 Gflops = 0.227924183437399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203951000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 32 resid = 2.069343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118097(s) Flops=212944896 => 1803.13552418774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.544907822 Mflops = 259.555544907822 Gflops = 0.259555544907822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056529 s
InvBiCGStab: k = 62 resid = 1.008908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227973(s) Flops=409798656 => 1797.5753970865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258792.387305058 Mflops = 258.792387305058 Gflops = 0.258792387305058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007612408 Relative Rsd = 3.34140104438992e-07
BICGSTAB_SOLVER_TIME: 0.447316 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041374 s
InvBiCGStab: k = 78 resid = 2.26833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285464(s) Flops=514787328 => 1803.33536978393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259634.678518222 Mflops = 259.634678518222 Gflops = 0.259634678518222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056215 s
InvBiCGStab: k = 116 resid = 8.929225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423258(s) Flops=764135424 => 1805.36557844152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259940.076838055 Mflops = 259.940076838055 Gflops = 0.259940076838055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001357186 Relative Rsd = 5.95725246618734e-07
BICGSTAB_SOLVER_TIME: 0.810136 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151985999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041978 s
InvBiCGStab: k = 65 resid = 2.197972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239758(s) Flops=429484032 => 1791.32305074283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257895.997391959 Mflops = 257.895997391959 Gflops = 0.257895997391959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057145 s
InvBiCGStab: k = 82 resid = 9.972897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325305(s) Flops=541034496 => 1663.16071379167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239444.170704519 Mflops = 239.444170704519 Gflops = 0.239444170704519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001161438 Relative Rsd = 5.09803317869092e-07
BICGSTAB_SOLVER_TIME: 0.667992 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118975
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 68 resid = 2.123747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249905(s) Flops=449169408 => 1797.36062903903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258769.659971805 Mflops = 258.769659971805 Gflops = 0.258769659971805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061411 s
InvBiCGStab: k = 96 resid = 1.027939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379093(s) Flops=632899584 => 1669.51007800197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240361.994848519 Mflops = 240.361994848519 Gflops = 0.240361994848519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001244004 Relative Rsd = 5.46044722747443e-07
BICGSTAB_SOLVER_TIME: 0.735574 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041908 s
InvBiCGStab: k = 65 resid = 2.034415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243613(s) Flops=429484032 => 1762.9766555972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253818.909791098 Mflops = 253.818909791098 Gflops = 0.253818909791098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057022 s
InvBiCGStab: k = 93 resid = 9.881712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418729(s) Flops=613214208 => 1464.46558036343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210856.047100972 Mflops = 210.856047100972 Gflops = 0.210856047100972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00119205 Relative Rsd = 5.23240137384261e-07
BICGSTAB_SOLVER_TIME: 0.765602 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126499
Monitoring force
num_pf = 1
MInvCG2: 283 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.378685(s) Flops=1819017216 => 1319.38565807273 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189987.372046144 Mflops = 189.987372046144 Gflops = 0.189987372046144 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202422000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.527285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 34 resid = 2.246508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127014(s) Flops=226068480 => 1779.87056544948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256182.851522808 Mflops = 256.182851522808 Gflops = 0.256182851522808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057316 s
InvBiCGStab: k = 58 resid = 1.016743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21418(s) Flops=383551488 => 1790.79040059763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257796.918387509 Mflops = 257.796918387509 Gflops = 0.257796918387509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007485921 Relative Rsd = 3.28588092006618e-07
BICGSTAB_SOLVER_TIME: 0.44341 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.079602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041306 s
InvBiCGStab: k = 66 resid = 2.21662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243743(s) Flops=436045824 => 1788.95731979995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257554.592112024 Mflops = 257.554592112024 Gflops = 0.257554592112024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 75 resid = 8.945902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296326(s) Flops=495101952 => 1670.80159014059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240542.687914215 Mflops = 240.542687914215 Gflops = 0.240542687914215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001125356 Relative Rsd = 4.93965536962427e-07
BICGSTAB_SOLVER_TIME: 0.642046 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041932 s
InvBiCGStab: k = 70 resid = 1.23619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274501(s) Flops=462292992 => 1684.12134017727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242468.381590518 Mflops = 242.468381590518 Gflops = 0.242468381590518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05945 s
InvBiCGStab: k = 88 resid = 1.060859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324949(s) Flops=580405248 => 1786.14258852928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257153.852434933 Mflops = 257.153852434933 Gflops = 0.257153852434933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001156622 Relative Rsd = 5.07689382403106e-07
BICGSTAB_SOLVER_TIME: 0.704622 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 77 resid = 1.753018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28706(s) Flops=508225536 => 1770.45055389117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254905.426148784 Mflops = 254.905426148784 Gflops = 0.254905426148784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 84 resid = 9.554273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314724(s) Flops=554158080 => 1760.77477408777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253503.831711967 Mflops = 253.503831711967 Gflops = 0.253503831711967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001139913 Relative Rsd = 5.00355172498054e-07
BICGSTAB_SOLVER_TIME: 0.703839 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042638 s
InvBiCGStab: k = 68 resid = 1.911584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260026(s) Flops=449169408 => 1727.40190596325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248697.753963585 Mflops = 248.697753963585 Gflops = 0.248697753963585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056678 s
InvBiCGStab: k = 88 resid = 8.861979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322278(s) Flops=580405248 => 1800.94591625863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.648556352 Mflops = 259.289648556352 Gflops = 0.259289648556352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001150649 Relative Rsd = 5.05067517846934e-07
BICGSTAB_SOLVER_TIME: 0.68537 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125129
Monitoring force
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.144944(s) Flops=1812676608 => 1583.20110677902 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227968.140643707 Mflops = 227.968140643707 Gflops = 0.227968140643707 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202133000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.560715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051222 s
InvBiCGStab: k = 29 resid = 2.226996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134595(s) Flops=193259520 => 1435.85957873621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206671.404208768 Mflops = 206.671404208768 Gflops = 0.206671404208768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073568 s
InvBiCGStab: k = 48 resid = 9.819796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213759(s) Flops=317933568 => 1487.34588017347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214104.021478102 Mflops = 214.104021478102 Gflops = 0.214104021478102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007084521 Relative Rsd = 3.10968956769125e-07
BICGSTAB_SOLVER_TIME: 0.477009 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.06889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050773 s
InvBiCGStab: k = 71 resid = 1.047037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269733(s) Flops=468854784 => 1738.21810457007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250258.415296732 Mflops = 250.258415296732 Gflops = 0.250258415296732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059434 s
InvBiCGStab: k = 83 resid = 1.070198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319055(s) Flops=547596288 => 1716.30686872169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247111.206391789 Mflops = 247.111206391789 Gflops = 0.247111206391789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001157488 Relative Rsd = 5.08069613827661e-07
BICGSTAB_SOLVER_TIME: 0.702815 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041557 s
InvBiCGStab: k = 66 resid = 1.412191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25496(s) Flops=436045824 => 1710.25189833699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246223.875640434 Mflops = 246.223875640434 Gflops = 0.246223875640434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056961 s
InvBiCGStab: k = 83 resid = 1.117203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310837(s) Flops=547596288 => 1761.68309435492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253628.614768158 Mflops = 253.628614768158 Gflops = 0.253628614768158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001117105 Relative Rsd = 4.90343859470784e-07
BICGSTAB_SOLVER_TIME: 0.668187 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041951 s
InvBiCGStab: k = 72 resid = 2.230513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275558(s) Flops=475416576 => 1725.28678535916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248389.804447799 Mflops = 248.389804447799 Gflops = 0.248389804447799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059355 s
InvBiCGStab: k = 117 resid = 7.033018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433687(s) Flops=770697216 => 1777.08166488735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255870.575850634 Mflops = 255.870575850634 Gflops = 0.255870575850634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001198257 Relative Rsd = 5.2596476304711e-07
BICGSTAB_SOLVER_TIME: 0.814456 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 58 resid = 2.160293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216625(s) Flops=383551488 => 1770.57813271783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254901.744381319 Mflops = 254.901744381319 Gflops = 0.254901744381319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059067 s
InvBiCGStab: k = 92 resid = 9.335355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340588(s) Flops=606652416 => 1781.19139840511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256437.277689853 Mflops = 256.437277689853 Gflops = 0.256437277689853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001161483 Relative Rsd = 5.09823195576948e-07
BICGSTAB_SOLVER_TIME: 0.661888 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120836
Monitoring force
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.136712(s) Flops=1806409728 => 1589.15338977683 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228818.626543887 Mflops = 228.818626543887 Gflops = 0.228818626543887 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202064000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.607124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.071248(s) Flops=1446561792 => 1350.35191851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194431.699285912 Mflops = 194.431699285912 Gflops = 0.194431699285912 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 299 resid = 1.099621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.392652(s) Flops=1964943360 => 1410.93637175691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203177.174302842 Mflops = 203.177174302842 Gflops = 0.203177174302842 Tflops
BICGSTAB_SOLVER: 519 iterations. Rsd = 0.002341953 Relative Rsd = 1.031068759112e-06
BICGSTAB_SOLVER_TIME: 2.467795 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.120634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.371233999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.703077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822977(s) Flops=1440000000 => 1749.74513261002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251906.837057934 Mflops = 251.906837057934 Gflops = 0.251906837057934 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 7.072129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894701(s) Flops=1551550464 => 1734.15528092625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249708.415689217 Mflops = 249.708415689217 Gflops = 0.249708415689217 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002071136 Relative Rsd = 9.09937102423686e-07
BICGSTAB_SOLVER_TIME: 1.721192 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325491999999998
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.160857(s) Flops=1806409728 => 1556.10012947331 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224071.270787972 Mflops = 224.071270787972 Gflops = 0.224071270787972 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201348000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.410582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040935 s
InvBiCGStab: k = 26 resid = 2.190309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097487(s) Flops=173574144 => 1780.48502877307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256277.024919927 Mflops = 256.277024919927 Gflops = 0.256277024919927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058434 s
InvBiCGStab: k = 54 resid = 9.927578e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201075(s) Flops=357304320 => 1776.97038418501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255796.999988616 Mflops = 255.796999988616 Gflops = 0.255796999988616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007687291 Relative Rsd = 3.3742702906647e-07
BICGSTAB_SOLVER_TIME: 0.401684 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.071012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04165 s
InvBiCGStab: k = 84 resid = 2.254561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306901(s) Flops=554158080 => 1805.65745957165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.549842111 Mflops = 259.968549842111 Gflops = 0.259968549842111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 115 resid = 9.968384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419877(s) Flops=757573632 => 1804.2751377189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259780.35366746 Mflops = 259.78035366746 Gflops = 0.25978035366746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.0013483 Relative Rsd = 5.91824923520573e-07
BICGSTAB_SOLVER_TIME: 0.829031 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.15566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061342 s
InvBiCGStab: k = 77 resid = 2.119873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349735(s) Flops=508225536 => 1453.1732197235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209226.350257519 Mflops = 209.226350257519 Gflops = 0.209226350257519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075896 s
InvBiCGStab: k = 92 resid = 9.751657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458791(s) Flops=606652416 => 1322.28490968655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190383.21840558 Mflops = 190.38321840558 Gflops = 0.19038321840558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001177458 Relative Rsd = 5.16834865399781e-07
BICGSTAB_SOLVER_TIME: 0.949914 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049933 s
InvBiCGStab: k = 68 resid = 2.108112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293521(s) Flops=449169408 => 1530.28031384467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220325.549704179 Mflops = 220.325549704179 Gflops = 0.220325549704179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071162 s
InvBiCGStab: k = 84 resid = 1.112148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366313(s) Flops=554158080 => 1512.79938194932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217804.314411679 Mflops = 217.804314411679 Gflops = 0.217804314411679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001167196 Relative Rsd = 5.12330801637581e-07
BICGSTAB_SOLVER_TIME: 0.784746 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.146108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041881 s
InvBiCGStab: k = 69 resid = 1.580325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254547(s) Flops=455731200 => 1790.36170137538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257766.804223466 Mflops = 257.766804223466 Gflops = 0.257766804223466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057246 s
InvBiCGStab: k = 106 resid = 1.104989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390778(s) Flops=698517504 => 1787.50468040678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257356.444381753 Mflops = 257.356444381753 Gflops = 0.257356444381753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001196518 Relative Rsd = 5.25201489725167e-07
BICGSTAB_SOLVER_TIME: 0.748182 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138734
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.122454(s) Flops=1800142848 => 1603.75645505295 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230936.329905131 Mflops = 230.936329905131 Gflops = 0.230936329905131 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200667000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040849 s
InvBiCGStab: k = 35 resid = 2.090335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13003(s) Flops=232630272 => 1789.05077289856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257526.307768187 Mflops = 257.526307768187 Gflops = 0.257526307768187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 59 resid = 1.127461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217895(s) Flops=390113280 => 1790.37279423576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257734.769197164 Mflops = 257.734769197164 Gflops = 0.257734769197164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007777275 Relative Rsd = 3.41376790936739e-07
BICGSTAB_SOLVER_TIME: 0.449329 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001874
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.081023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 76 resid = 2.182348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279546(s) Flops=501663744 => 1794.56598913953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.05245693 Mflops = 258.37105245693 Gflops = 0.25837105245693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057539 s
InvBiCGStab: k = 120 resid = 8.163797e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452655(s) Flops=790382592 => 1746.10374788746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251406.792055416 Mflops = 251.406792055416 Gflops = 0.251406792055416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001331523 Relative Rsd = 5.84460769304973e-07
BICGSTAB_SOLVER_TIME: 0.835065 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 63 resid = 1.999214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23093(s) Flops=416360448 => 1802.97253713246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.289193926 Mflops = 259.558289193926 Gflops = 0.259558289193926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 85 resid = 1.072446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311093(s) Flops=560719872 => 1802.41880080876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.430355622 Mflops = 259.491430355622 Gflops = 0.259491430355621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001141216 Relative Rsd = 5.00926873771797e-07
BICGSTAB_SOLVER_TIME: 0.642935 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041663 s
InvBiCGStab: k = 73 resid = 2.155714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267154(s) Flops=481978368 => 1804.12184732402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.017592224 Mflops = 259.734017592224 Gflops = 0.259734017592224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05674 s
InvBiCGStab: k = 82 resid = 9.739316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322451(s) Flops=541034496 => 1677.88127808566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241562.916620566 Mflops = 241.562916620566 Gflops = 0.241562916620566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001166296 Relative Rsd = 5.11935598057753e-07
BICGSTAB_SOLVER_TIME: 0.692768 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0432 s
InvBiCGStab: k = 68 resid = 2.242631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310865(s) Flops=449169408 => 1444.90183198495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208027.539439737 Mflops = 208.027539439737 Gflops = 0.208027539439737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068475 s
InvBiCGStab: k = 86 resid = 1.078899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424596(s) Flops=567281664 => 1336.05041969307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192361.397275487 Mflops = 192.361397275487 Gflops = 0.192361397275487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001171439 Relative Rsd = 5.14193225334765e-07
BICGSTAB_SOLVER_TIME: 0.851966 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123435
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.20793(s) Flops=1793802240 => 1485.02168171997 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213817.836292961 Mflops = 213.817836292961 Gflops = 0.213817836292961 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200358000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041669 s
InvBiCGStab: k = 33 resid = 1.542504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123129(s) Flops=219506688 => 1782.73751918719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256612.661765464 Mflops = 256.612661765464 Gflops = 0.256612661765464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 57 resid = 8.670389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209151(s) Flops=376989696 => 1802.47618227979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.723830886 Mflops = 259.475723830886 Gflops = 0.259475723830886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007728458 Relative Rsd = 3.39234035349337e-07
BICGSTAB_SOLVER_TIME: 0.434435 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.07814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041601 s
InvBiCGStab: k = 68 resid = 1.75499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250651(s) Flops=449169408 => 1792.01123474472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257999.42441641 Mflops = 257.99942441641 Gflops = 0.25799942441641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057215 s
InvBiCGStab: k = 88 resid = 9.72097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324463(s) Flops=580405248 => 1788.81797924571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257532.16192448 Mflops = 257.53216192448 Gflops = 0.25753216192448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001168436 Relative Rsd = 5.12874909178054e-07
BICGSTAB_SOLVER_TIME: 0.677777 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042399 s
InvBiCGStab: k = 68 resid = 2.105231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266757(s) Flops=449169408 => 1683.81488770679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242430.353942543 Mflops = 242.430353942543 Gflops = 0.242430353942543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057081 s
InvBiCGStab: k = 80 resid = 1.108877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298264(s) Flops=527910912 => 1769.94512244186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254814.33000244 Mflops = 254.81433000244 Gflops = 0.25481433000244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001133654 Relative Rsd = 4.97607654256492e-07
BICGSTAB_SOLVER_TIME: 0.668329 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042083 s
InvBiCGStab: k = 60 resid = 2.191008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222422(s) Flops=396675072 => 1783.43451636978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256755.642147106 Mflops = 256.755642147106 Gflops = 0.256755642147106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060227 s
InvBiCGStab: k = 91 resid = 1.079365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346871(s) Flops=600090624 => 1730.01093778379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249070.743342794 Mflops = 249.070743342794 Gflops = 0.249070743342794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001144149 Relative Rsd = 5.02214428025863e-07
BICGSTAB_SOLVER_TIME: 0.675425 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 66 resid = 2.056041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243433(s) Flops=436045824 => 1791.23546930778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257883.446435722 Mflops = 257.883446435722 Gflops = 0.257883446435722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056844 s
InvBiCGStab: k = 86 resid = 8.101705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316137(s) Flops=567281664 => 1794.41717989353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258353.090568945 Mflops = 258.353090568945 Gflops = 0.258353090568945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001191983 Relative Rsd = 5.23210755168279e-07
BICGSTAB_SOLVER_TIME: 0.661558 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12263
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.313643(s) Flops=1793728512 => 1365.46117324113 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196779.443271603 Mflops = 196.779443271603 Gflops = 0.196779443271603 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200041000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.563358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045015 s
InvBiCGStab: k = 32 resid = 1.358876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124345(s) Flops=212944896 => 1712.53284008203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246473.810003514 Mflops = 246.473810003514 Gflops = 0.246473810003514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056906 s
InvBiCGStab: k = 64 resid = 1.012524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240222(s) Flops=422922240 => 1760.54749356845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253454.361965899 Mflops = 253.454361965899 Gflops = 0.253454361965899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007814884 Relative Rsd = 3.43027611579349e-07
BICGSTAB_SOLVER_TIME: 0.470397 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.082424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04196 s
InvBiCGStab: k = 72 resid = 1.390169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269946(s) Flops=475416576 => 1761.15436420617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253567.72272276 Mflops = 253.56772272276 Gflops = 0.25356772272276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057193 s
InvBiCGStab: k = 91 resid = 1.027925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335184(s) Flops=600090624 => 1790.33194901905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257756.149684047 Mflops = 257.756149684047 Gflops = 0.257756149684047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001165973 Relative Rsd = 5.1179405242598e-07
BICGSTAB_SOLVER_TIME: 0.708168 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042158 s
InvBiCGStab: k = 62 resid = 2.010477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229443(s) Flops=409798656 => 1786.05865509081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257139.990845639 Mflops = 257.139990845639 Gflops = 0.257139990845639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056993 s
InvBiCGStab: k = 82 resid = 8.944913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301958(s) Flops=541034496 => 1791.7541379927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.829573888 Mflops = 257.948829573888 Gflops = 0.257948829573888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001141193 Relative Rsd = 5.00916909368116e-07
BICGSTAB_SOLVER_TIME: 0.634526 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 78 resid = 1.902407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287041(s) Flops=514787328 => 1793.4278657056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258210.57756335 Mflops = 258.21057756335 Gflops = 0.25821057756335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056995 s
InvBiCGStab: k = 104 resid = 8.03471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382068(s) Flops=685393920 => 1793.90558748704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258278.708676048 Mflops = 258.278708676048 Gflops = 0.258278708676048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001209465 Relative Rsd = 5.30884316893042e-07
BICGSTAB_SOLVER_TIME: 0.771048 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 65 resid = 2.066872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238529(s) Flops=429484032 => 1800.55268751389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259224.147219 Mflops = 259.224147219 Gflops = 0.259224147219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056933 s
InvBiCGStab: k = 90 resid = 1.144719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329761(s) Flops=593528832 => 1799.87576456888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259133.640228279 Mflops = 259.133640228279 Gflops = 0.259133640228279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001183467 Relative Rsd = 5.19472519703325e-07
BICGSTAB_SOLVER_TIME: 0.6705 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124297
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.134257(s) Flops=1793581056 => 1581.28277453875 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227706.972589282 Mflops = 227.706972589282 Gflops = 0.227706972589282 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199941000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.521631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.259759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000574(s) Flops=1492494336 => 1491.6381357101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214783.377555888 Mflops = 214.783377555888 Gflops = 0.214783377555888 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 297 resid = 1.008603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.0944(s) Flops=1951819776 => 1783.46105263158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256811.2817281 Mflops = 256.8112817281 Gflops = 0.2568112817281 Tflops
BICGSTAB_SOLVER: 524 iterations. Rsd = 0.002291895 Relative Rsd = 1.0090330661739e-06
BICGSTAB_SOLVER_TIME: 2.098487 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374640999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.204307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738914(s) Flops=1321887744 => 1788.96020917184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257529.188763738 Mflops = 257.529188763738 Gflops = 0.257529188763738 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.147004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959943(s) Flops=1656539136 => 1725.66406130364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248484.632547567 Mflops = 248.484632547567 Gflops = 0.248484632547567 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002098638 Relative Rsd = 9.22043613114431e-07
BICGSTAB_SOLVER_TIME: 1.70236 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324088999999999
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.115334(s) Flops=1793581056 => 1608.11116311347 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231571.479249591 Mflops = 231.571479249591 Gflops = 0.231571479249591 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200053000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 34 resid = 2.113795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127792(s) Flops=226068480 => 1769.03468135721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254612.900107718 Mflops = 254.612900107718 Gflops = 0.254612900107718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056592 s
InvBiCGStab: k = 44 resid = 1.073241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16296(s) Flops=291686400 => 1789.9263622975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257651.348213721 Mflops = 257.651348213721 Gflops = 0.257651348213721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007684803 Relative Rsd = 3.3731782942203e-07
BICGSTAB_SOLVER_TIME: 0.392444 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.069745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049921 s
InvBiCGStab: k = 93 resid = 1.950824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476185(s) Flops=613214208 => 1287.76464609343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185420.851787561 Mflops = 185.420851787561 Gflops = 0.185420851787561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081578 s
InvBiCGStab: k = 119 resid = 8.14863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.547129(s) Flops=783820800 => 1432.60693547591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206274.032125896 Mflops = 206.274032125896 Gflops = 0.206274032125896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.00136109 Relative Rsd = 5.97438715255768e-07
BICGSTAB_SOLVER_TIME: 1.159045 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164798999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0528 s
InvBiCGStab: k = 72 resid = 1.813058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325168(s) Flops=475416576 => 1462.06445898735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210494.409359363 Mflops = 210.494409359363 Gflops = 0.210494409359363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081234 s
InvBiCGStab: k = 90 resid = 8.920406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403979(s) Flops=593528832 => 1469.2071419554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211535.105400639 Mflops = 211.535105400639 Gflops = 0.211535105400639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001132508 Relative Rsd = 4.97104681818394e-07
BICGSTAB_SOLVER_TIME: 0.867027 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 79 resid = 2.141553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292015(s) Flops=521349120 => 1785.35047857131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257043.712336596 Mflops = 257.043712336596 Gflops = 0.257043712336596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057244 s
InvBiCGStab: k = 94 resid = 1.085648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346772(s) Flops=619776000 => 1787.27232879241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257318.009059249 Mflops = 257.318009059249 Gflops = 0.257318009059249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001225863 Relative Rsd = 5.38081835619397e-07
BICGSTAB_SOLVER_TIME: 0.741272 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 70 resid = 1.866354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258705(s) Flops=462292992 => 1786.95035658375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257264.597066242 Mflops = 257.264597066242 Gflops = 0.257264597066242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 89 resid = 1.053989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325676(s) Flops=586967040 => 1802.3036391997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259482.607786948 Mflops = 259.482607786948 Gflops = 0.259482607786948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001189798 Relative Rsd = 5.22251821837652e-07
BICGSTAB_SOLVER_TIME: 0.685654 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127468
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.112155(s) Flops=1793507328 => 1612.64151849338 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232197.03463331 Mflops = 232.19703463331 Gflops = 0.23219703463331 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200017000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 34 resid = 2.018382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12886(s) Flops=226068480 => 1754.37280769828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252536.4330827 Mflops = 252.5364330827 Gflops = 0.2525364330827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076331 s
InvBiCGStab: k = 55 resid = 8.98013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218189(s) Flops=363866112 => 1667.66478603413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240053.543142078 Mflops = 240.053543142078 Gflops = 0.240053543142078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007260615 Relative Rsd = 3.18698446903265e-07
BICGSTAB_SOLVER_TIME: 0.46874 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.07756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042624 s
InvBiCGStab: k = 74 resid = 1.806298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276251(s) Flops=488540160 => 1768.4647657384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254590.504707785 Mflops = 254.590504707785 Gflops = 0.254590504707785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057167 s
InvBiCGStab: k = 108 resid = 9.643247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401161(s) Flops=711641088 => 1773.95381904024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255408.660371316 Mflops = 255.408660371316 Gflops = 0.255408660371316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001312878 Relative Rsd = 5.76276519116697e-07
BICGSTAB_SOLVER_TIME: 0.781113 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042137 s
InvBiCGStab: k = 71 resid = 1.483255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271543(s) Flops=468854784 => 1726.63181890161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248578.11752939 Mflops = 248.57811752939 Gflops = 0.24857811752939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063058 s
InvBiCGStab: k = 85 resid = 1.144831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402132(s) Flops=560719872 => 1394.36770015816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200750.966883013 Mflops = 200.750966883013 Gflops = 0.200750966883013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001180277 Relative Rsd = 5.1807264873495e-07
BICGSTAB_SOLVER_TIME: 0.783212 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050189 s
InvBiCGStab: k = 75 resid = 2.170529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363627(s) Flops=495101952 => 1361.56542830978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196036.32088344 Mflops = 196.03632088344 Gflops = 0.19603632088344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06909 s
InvBiCGStab: k = 86 resid = 1.081151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375714(s) Flops=567281664 => 1509.8762995257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217387.716413742 Mflops = 217.387716413742 Gflops = 0.217387716413742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001166796 Relative Rsd = 5.12155121535765e-07
BICGSTAB_SOLVER_TIME: 0.862479 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060398 s
InvBiCGStab: k = 67 resid = 1.993214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263407(s) Flops=442607616 => 1680.31835144852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242058.450877968 Mflops = 242.058450877968 Gflops = 0.242058450877968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056896 s
InvBiCGStab: k = 84 resid = 1.104464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309403(s) Flops=554158080 => 1791.05593675562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257857.536552056 Mflops = 257.857536552056 Gflops = 0.257857536552056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001148921 Relative Rsd = 5.04309098978066e-07
BICGSTAB_SOLVER_TIME: 0.693893 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121596
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.111002(s) Flops=1793581056 => 1614.3814826616 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232451.222810075 Mflops = 232.451222810075 Gflops = 0.232451222810075 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201389000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 34 resid = 1.346711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125751(s) Flops=226068480 => 1797.74697616719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258772.159909802 Mflops = 258.772159909802 Gflops = 0.258772159909802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056912 s
InvBiCGStab: k = 58 resid = 7.748652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21436(s) Flops=383551488 => 1789.28665795857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257601.131798606 Mflops = 257.601131798606 Gflops = 0.257601131798606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007789056 Relative Rsd = 3.41893943487767e-07
BICGSTAB_SOLVER_TIME: 0.442073 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.079704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041774 s
InvBiCGStab: k = 61 resid = 1.967398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226341(s) Flops=403236864 => 1781.54582687184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256484.185757034 Mflops = 256.484185757034 Gflops = 0.256484185757034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056772 s
InvBiCGStab: k = 88 resid = 1.07475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321864(s) Flops=580405248 => 1803.26239654015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.883024887 Mflops = 259.615883024887 Gflops = 0.259615883024887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001126786 Relative Rsd = 4.94592987797276e-07
BICGSTAB_SOLVER_TIME: 0.650621 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120059
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041726 s
InvBiCGStab: k = 64 resid = 2.273319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246333(s) Flops=422922240 => 1716.87203906907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247178.886514621 Mflops = 247.178886514621 Gflops = 0.247178886514621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056742 s
InvBiCGStab: k = 85 resid = 8.654583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31299(s) Flops=560719872 => 1791.49452698169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257925.990916794 Mflops = 257.925990916794 Gflops = 0.257925990916794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001152924 Relative Rsd = 5.06066002195247e-07
BICGSTAB_SOLVER_TIME: 0.661636 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041693 s
InvBiCGStab: k = 64 resid = 2.045579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235715(s) Flops=422922240 => 1794.21012663598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258313.207564572 Mflops = 258.313207564572 Gflops = 0.258313207564572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057507 s
InvBiCGStab: k = 87 resid = 7.025341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319638(s) Flops=573843456 => 1795.29172376251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258465.595903388 Mflops = 258.465595903388 Gflops = 0.258465595903388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001164888 Relative Rsd = 5.11317702830536e-07
BICGSTAB_SOLVER_TIME: 0.658457 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04173 s
InvBiCGStab: k = 74 resid = 1.837121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333917(s) Flops=488540160 => 1463.05866427885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210632.503552326 Mflops = 210.632503552326 Gflops = 0.210632503552326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092104 s
InvBiCGStab: k = 89 resid = 7.678009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409252(s) Flops=586967040 => 1434.24354676336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206502.551221238 Mflops = 206.502551221238 Gflops = 0.206502551221238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001166824 Relative Rsd = 5.12167334317712e-07
BICGSTAB_SOLVER_TIME: 0.880823 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130014
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.347483(s) Flops=1793581056 => 1331.06024788439 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191679.343787924 Mflops = 191.679343787924 Gflops = 0.191679343787924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199827000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041015 s
InvBiCGStab: k = 23 resid = 2.074221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085157(s) Flops=153888768 => 1807.11824042651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260085.065869588 Mflops = 260.085065869588 Gflops = 0.260085065869588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 70 resid = 9.563951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255822(s) Flops=462292992 => 1807.08849121655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.28345431 Mflops = 260.14928345431 Gflops = 0.26014928345431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007496877 Relative Rsd = 3.29068963908348e-07
BICGSTAB_SOLVER_TIME: 0.442694 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0803999999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041792 s
InvBiCGStab: k = 69 resid = 2.014165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254612(s) Flops=455731200 => 1789.90463921575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257687.954093827 Mflops = 257.687954093827 Gflops = 0.257687954093827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057255 s
InvBiCGStab: k = 92 resid = 8.414641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337667(s) Flops=606652416 => 1796.59965587398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.776703623 Mflops = 258.665776703623 Gflops = 0.258665776703623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001190325 Relative Rsd = 5.22482740505514e-07
BICGSTAB_SOLVER_TIME: 0.695167 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041681 s
InvBiCGStab: k = 69 resid = 2.055541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254782(s) Flops=455731200 => 1788.71034845476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257522.608407989 Mflops = 257.522608407989 Gflops = 0.257522608407989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057969 s
InvBiCGStab: k = 85 resid = 1.014625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312914(s) Flops=560719872 => 1791.92964201026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257982.681803789 Mflops = 257.982681803789 Gflops = 0.257982681803789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001084327 Relative Rsd = 4.75956231446452e-07
BICGSTAB_SOLVER_TIME: 0.671119 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041623 s
InvBiCGStab: k = 65 resid = 2.09711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239843(s) Flops=429484032 => 1790.68820853642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257806.357594829 Mflops = 257.806357594829 Gflops = 0.257806357594829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0574 s
InvBiCGStab: k = 93 resid = 3.728001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342453(s) Flops=613214208 => 1790.65217124686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257814.717645853 Mflops = 257.814717645853 Gflops = 0.257814717645853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001149831 Relative Rsd = 5.04708288319367e-07
BICGSTAB_SOLVER_TIME: 0.685136 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 65 resid = 2.190331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238898(s) Flops=429484032 => 1797.77156778207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258820.685403934 Mflops = 258.820685403934 Gflops = 0.258820685403934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057264 s
InvBiCGStab: k = 103 resid = 6.976494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375531(s) Flops=678832128 => 1807.65936234292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260264.714606887 Mflops = 260.264714606887 Gflops = 0.260264714606887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001195659 Relative Rsd = 5.2482427317147e-07
BICGSTAB_SOLVER_TIME: 0.716722 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133707
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.220841(s) Flops=1793507328 => 1469.07527515868 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211702.337222548 Mflops = 211.702337222548 Gflops = 0.211702337222548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199794000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.574043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.224129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757233(s) Flops=1348134912 => 1780.34358249046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256291.126578701 Mflops = 256.291126578701 Gflops = 0.256291126578701 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.05143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887047(s) Flops=1584359424 => 1786.10538562218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257189.812913415 Mflops = 257.189812913415 Gflops = 0.257189812913415 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002168071 Relative Rsd = 9.54515764914631e-07
BICGSTAB_SOLVER_TIME: 1.647673 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.11746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319363999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.179921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781433(s) Flops=1341573120 => 1716.81144768649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247171.147577702 Mflops = 247.171147577702 Gflops = 0.247171147577702 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 7.427317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833663(s) Flops=1479370752 => 1774.54289323144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255525.036716331 Mflops = 255.525036716331 Gflops = 0.255525036716331 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.001996886 Relative Rsd = 8.77362365470595e-07
BICGSTAB_SOLVER_TIME: 1.618607 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307193999999998
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.121217(s) Flops=1793507328 => 1599.60768343684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230318.824881443 Mflops = 230.318824881443 Gflops = 0.230318824881443 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200173000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042015 s
InvBiCGStab: k = 29 resid = 2.056623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13576(s) Flops=193259520 => 1423.53800824985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204909.121822812 Mflops = 204.909121822812 Gflops = 0.204909121822812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064226 s
InvBiCGStab: k = 52 resid = 8.193979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22514(s) Flops=344180736 => 1528.74094341299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220085.393097346 Mflops = 220.085393097346 Gflops = 0.220085393097346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007447804 Relative Rsd = 3.26914966429614e-07
BICGSTAB_SOLVER_TIME: 0.471052 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.071878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053319 s
InvBiCGStab: k = 90 resid = 1.642007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404539(s) Flops=593528832 => 1467.17333063067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211250.932913206 Mflops = 211.250932913206 Gflops = 0.211250932913206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071704 s
InvBiCGStab: k = 112 resid = 1.150785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.533708(s) Flops=737888256 => 1382.56922511935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199070.155719917 Mflops = 199.070155719917 Gflops = 0.199070155719917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001335129 Relative Rsd = 5.86043474306012e-07
BICGSTAB_SOLVER_TIME: 1.069186 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042321 s
InvBiCGStab: k = 70 resid = 9.319562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261749(s) Flops=462292992 => 1766.16908565076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254271.7086095 Mflops = 254.2717086095 Gflops = 0.254271708609499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057925 s
InvBiCGStab: k = 93 resid = 3.562814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.487326(s) Flops=613214208 => 1258.32442348654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181179.469528604 Mflops = 181.179469528604 Gflops = 0.181179469528604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001157317 Relative Rsd = 5.0799449755376e-07
BICGSTAB_SOLVER_TIME: 0.853243 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041924 s
InvBiCGStab: k = 68 resid = 1.41897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250891(s) Flops=449169408 => 1790.29701344409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257762.802266677 Mflops = 257.762802266676 Gflops = 0.257762802266676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 92 resid = 7.687107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339929(s) Flops=606652416 => 1784.64448752534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256945.726404352 Mflops = 256.945726404352 Gflops = 0.256945726404352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001226639 Relative Rsd = 5.38422516026265e-07
BICGSTAB_SOLVER_TIME: 0.693128 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 66 resid = 1.869631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244681(s) Flops=436045824 => 1782.09923941785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256573.566954935 Mflops = 256.573566954935 Gflops = 0.256573566954935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056855 s
InvBiCGStab: k = 87 resid = 1.149373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320675(s) Flops=573843456 => 1789.48610275201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257631.568332294 Mflops = 257.631568332294 Gflops = 0.257631568332295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001194489 Relative Rsd = 5.24310620936605e-07
BICGSTAB_SOLVER_TIME: 0.667272 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122921
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109466(s) Flops=1799626752 => 1622.06570728621 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233557.764285203 Mflops = 233.557764285203 Gflops = 0.233557764285203 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200565000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04197 s
InvBiCGStab: k = 34 resid = 1.867982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128041(s) Flops=226068480 => 1765.59445802516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254139.401467976 Mflops = 254.139401467976 Gflops = 0.254139401467976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057146 s
InvBiCGStab: k = 54 resid = 1.094944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202411(s) Flops=357304320 => 1765.24161236296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254104.500451083 Mflops = 254.104500451083 Gflops = 0.254104500451083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007589998 Relative Rsd = 3.33156438947435e-07
BICGSTAB_SOLVER_TIME: 0.433735 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.076823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050101 s
InvBiCGStab: k = 74 resid = 1.944043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342575(s) Flops=488540160 => 1426.08234693133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205315.390890928 Mflops = 205.315390890928 Gflops = 0.205315390890928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068515 s
InvBiCGStab: k = 111 resid = 1.048747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.528105(s) Flops=731326464 => 1384.81261112847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199384.9595405 Mflops = 199.3849595405 Gflops = 0.1993849595405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.00137343 Relative Rsd = 6.02855262897591e-07
BICGSTAB_SOLVER_TIME: 0.993544 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048288 s
InvBiCGStab: k = 62 resid = 2.229958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281336(s) Flops=409798656 => 1456.61648704752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209714.504012368 Mflops = 209.714504012368 Gflops = 0.209714504012368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080743 s
InvBiCGStab: k = 86 resid = 1.071565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359829(s) Flops=567281664 => 1576.53125234486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226978.443035348 Mflops = 226.978443035348 Gflops = 0.226978443035348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001150328 Relative Rsd = 5.04926687608246e-07
BICGSTAB_SOLVER_TIME: 0.774013 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 75 resid = 2.025435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276969(s) Flops=495101952 => 1787.57172102293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257365.738161679 Mflops = 257.365738161679 Gflops = 0.257365738161679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057494 s
InvBiCGStab: k = 103 resid = 1.039886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380195(s) Flops=678832128 => 1785.48410157945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257060.367518816 Mflops = 257.060367518816 Gflops = 0.257060367518816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001222941 Relative Rsd = 5.36799289116924e-07
BICGSTAB_SOLVER_TIME: 0.759731 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 66 resid = 2.026417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243613(s) Flops=436045824 => 1789.91196693116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257692.017016303 Mflops = 257.692017016303 Gflops = 0.257692017016303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 98 resid = 9.986792e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359736(s) Flops=646023168 => 1795.82573887518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258552.438745085 Mflops = 258.552438745085 Gflops = 0.258552438745085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001226033 Relative Rsd = 5.38156543097249e-07
BICGSTAB_SOLVER_TIME: 0.705372 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130888
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.14542(s) Flops=1799553024 => 1571.08573623649 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226226.055464302 Mflops = 226.226055464302 Gflops = 0.226226055464302 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200926000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043624 s
InvBiCGStab: k = 29 resid = 2.190022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127659(s) Flops=193259520 => 1513.87305242874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217898.923484015 Mflops = 217.898923484015 Gflops = 0.217898923484015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063297 s
InvBiCGStab: k = 55 resid = 7.856905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251026(s) Flops=363866112 => 1449.51563583055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208679.415029312 Mflops = 208.679415029312 Gflops = 0.208679415029312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007302383 Relative Rsd = 3.20531820531257e-07
BICGSTAB_SOLVER_TIME: 0.48996 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.073857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047259 s
InvBiCGStab: k = 61 resid = 1.91017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279381(s) Flops=403236864 => 1443.32243065921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207776.037305326 Mflops = 207.776037305326 Gflops = 0.207776037305326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072435 s
InvBiCGStab: k = 86 resid = 1.047265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406031(s) Flops=567281664 => 1397.13879974682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201153.848555194 Mflops = 201.153848555194 Gflops = 0.201153848555194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001129075 Relative Rsd = 4.95597961782858e-07
BICGSTAB_SOLVER_TIME: 0.809364 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118917
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058511 s
InvBiCGStab: k = 61 resid = 1.729188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292872(s) Flops=403236864 => 1376.83651561092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198335.377819207 Mflops = 198.335377819207 Gflops = 0.198335377819207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056157 s
InvBiCGStab: k = 77 resid = 1.141282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283807(s) Flops=508225536 => 1790.7434841283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257808.123607913 Mflops = 257.808123607913 Gflops = 0.257808123607913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001150454 Relative Rsd = 5.0498207947281e-07
BICGSTAB_SOLVER_TIME: 0.695119 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 71 resid = 2.003366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261662(s) Flops=468854784 => 1791.83367856242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257972.071085469 Mflops = 257.972071085469 Gflops = 0.257972071085469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056957 s
InvBiCGStab: k = 95 resid = 6.848956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350763(s) Flops=626337792 => 1785.64384498935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257085.39894238 Mflops = 257.08539894238 Gflops = 0.25708539894238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001169632 Relative Rsd = 5.13399956602769e-07
BICGSTAB_SOLVER_TIME: 0.714235 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 68 resid = 2.134991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269073(s) Flops=449169408 => 1669.32173796702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240330.724420768 Mflops = 240.330724420768 Gflops = 0.240330724420768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058755 s
InvBiCGStab: k = 86 resid = 1.112142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334118(s) Flops=567281664 => 1697.84825720255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244433.131932074 Mflops = 244.433131932074 Gflops = 0.244433131932074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001169857 Relative Rsd = 5.13498680848467e-07
BICGSTAB_SOLVER_TIME: 0.707212 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12357
Monitoring force
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.124031(s) Flops=1805598720 => 1606.36025163007 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231306.244201584 Mflops = 231.306244201584 Gflops = 0.231306244201584 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201533000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050635 s
InvBiCGStab: k = 25 resid = 2.182983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128491(s) Flops=167012352 => 1299.79805589497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187082.994435245 Mflops = 187.082994435245 Gflops = 0.187082994435245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066562 s
InvBiCGStab: k = 50 resid = 1.045501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251995(s) Flops=331057152 => 1313.74492351039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189132.423008649 Mflops = 189.132423008649 Gflops = 0.189132423008649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000747479 Relative Rsd = 3.28099478529721e-07
BICGSTAB_SOLVER_TIME: 0.501711 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.067418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048018 s
InvBiCGStab: k = 72 resid = 2.094429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324717(s) Flops=475416576 => 1464.09512283003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210788.03088262 Mflops = 210.78803088262 Gflops = 0.21078803088262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063442 s
InvBiCGStab: k = 91 resid = 8.675731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435196(s) Flops=600090624 => 1378.8973795715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198530.531517186 Mflops = 198.530531517186 Gflops = 0.198530531517186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001161712 Relative Rsd = 5.09923401708322e-07
BICGSTAB_SOLVER_TIME: 0.876774 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 67 resid = 2.265143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289429(s) Flops=442607616 => 1529.2441876937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220171.236487309 Mflops = 220.171236487309 Gflops = 0.220171236487309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056203 s
InvBiCGStab: k = 84 resid = 1.128205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33612(s) Flops=554158080 => 1648.69118172081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237375.792420744 Mflops = 237.375792420744 Gflops = 0.237375792420744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001121598 Relative Rsd = 4.9231584050895e-07
BICGSTAB_SOLVER_TIME: 0.726575 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 72 resid = 1.72544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268234(s) Flops=475416576 => 1772.39490892281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255181.799094397 Mflops = 255.181799094397 Gflops = 0.255181799094397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056666 s
InvBiCGStab: k = 85 resid = 9.064933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314341(s) Flops=560719872 => 1783.79489789751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256818.642218556 Mflops = 256.818642218556 Gflops = 0.256818642218556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001164713 Relative Rsd = 5.1124084917343e-07
BICGSTAB_SOLVER_TIME: 0.684412 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125938
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041919 s
InvBiCGStab: k = 60 resid = 1.541669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221235(s) Flops=396675072 => 1793.00324089769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258132.87190598 Mflops = 258.13287190598 Gflops = 0.25813287190598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056985 s
InvBiCGStab: k = 92 resid = 1.147624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336673(s) Flops=606652416 => 1801.9039721035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.379991793 Mflops = 259.423379991793 Gflops = 0.259423379991793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001131245 Relative Rsd = 4.96550405476216e-07
BICGSTAB_SOLVER_TIME: 0.660638 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122291
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.10924(s) Flops=1796898816 => 1619.93690815333 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233452.452137312 Mflops = 233.452452137312 Gflops = 0.233452452137312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200767000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.260529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.004657(s) Flops=1361258496 => 1354.94850083163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195077.104132866 Mflops = 195.077104132866 Gflops = 0.195077104132866 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.007379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.088395(s) Flops=1630291968 => 1497.88630782023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215687.346470604 Mflops = 215.687346470604 Gflops = 0.215687346470604 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002163441 Relative Rsd = 9.52480745971398e-07
BICGSTAB_SOLVER_TIME: 2.096487 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325365999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.011971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741924(s) Flops=1321887744 => 1781.70236304527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256527.717346107 Mflops = 256.527717346107 Gflops = 0.256527717346107 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 8.259746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825306(s) Flops=1479370752 => 1792.51181016496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258111.169384213 Mflops = 258.111169384213 Gflops = 0.258111169384214 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002023591 Relative Rsd = 8.89120645561536e-07
BICGSTAB_SOLVER_TIME: 1.570646 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.116551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001796
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305377999999998
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104606(s) Flops=1796898816 => 1626.73280427591 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234242.699613796 Mflops = 234.242699613796 Gflops = 0.234242699613796 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201170000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050805 s
InvBiCGStab: k = 25 resid = 2.241767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113382(s) Flops=167012352 => 1473.00587394825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211997.116583659 Mflops = 211.997116583659 Gflops = 0.211997116583659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065847 s
InvBiCGStab: k = 44 resid = 1.123788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210029(s) Flops=291686400 => 1388.79107170914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199926.137499937 Mflops = 199.926137499937 Gflops = 0.199926137499937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007148145 Relative Rsd = 3.13761672523792e-07
BICGSTAB_SOLVER_TIME: 0.446212 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.063216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046223 s
InvBiCGStab: k = 80 resid = 2.04689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389068(s) Flops=527910912 => 1356.86027121223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195359.397683543 Mflops = 195.359397683543 Gflops = 0.195359397683543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071658 s
InvBiCGStab: k = 112 resid = 1.033565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.5125(s) Flops=737888256 => 1439.78196292683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207304.299232542 Mflops = 207.304299232542 Gflops = 0.207304299232542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001343179 Relative Rsd = 5.89576800751687e-07
BICGSTAB_SOLVER_TIME: 1.023254 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041915 s
InvBiCGStab: k = 67 resid = 1.858808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247554(s) Flops=442607616 => 1787.92350759834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257421.607743686 Mflops = 257.421607743686 Gflops = 0.257421607743686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057374 s
InvBiCGStab: k = 88 resid = 9.69998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324946(s) Flops=580405248 => 1786.15907873924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257157.226147297 Mflops = 257.157226147297 Gflops = 0.257157226147297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001132819 Relative Rsd = 4.97241219698573e-07
BICGSTAB_SOLVER_TIME: 0.675681 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041139 s
InvBiCGStab: k = 76 resid = 2.182624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280472(s) Flops=501663744 => 1788.64109073276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257523.5092275 Mflops = 257.5235092275 Gflops = 0.2575235092275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056989 s
InvBiCGStab: k = 92 resid = 1.034856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339946(s) Flops=606652416 => 1784.55524112653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256928.019865452 Mflops = 256.928019865452 Gflops = 0.256928019865452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001192443 Relative Rsd = 5.2341254711769e-07
BICGSTAB_SOLVER_TIME: 0.72235 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041741 s
InvBiCGStab: k = 67 resid = 2.147322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247149(s) Flops=442607616 => 1790.85335566804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257830.563052931 Mflops = 257.830563052931 Gflops = 0.257830563052931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056702 s
InvBiCGStab: k = 87 resid = 8.188333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319854(s) Flops=573843456 => 1794.07934870285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258295.093398956 Mflops = 258.295093398956 Gflops = 0.258295093398956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001137901 Relative Rsd = 4.99472070834413e-07
BICGSTAB_SOLVER_TIME: 0.669194 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124269
Monitoring force
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.156106(s) Flops=1804419072 => 1560.77303638248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224728.216710679 Mflops = 224.728216710679 Gflops = 0.224728216710679 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201201000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047062 s
InvBiCGStab: k = 30 resid = 2.277923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136124(s) Flops=199821312 => 1467.9359407599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211278.688315741 Mflops = 211.278688315741 Gflops = 0.211278688315741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067382 s
InvBiCGStab: k = 56 resid = 1.119943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269899(s) Flops=370427904 => 1372.46860492258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197588.60051652 Mflops = 197.588600516521 Gflops = 0.19758860051652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007571958 Relative Rsd = 3.32364575451855e-07
BICGSTAB_SOLVER_TIME: 0.524883 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.075307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05644 s
InvBiCGStab: k = 84 resid = 2.254813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379881(s) Flops=554158080 => 1458.76756142055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210033.333135809 Mflops = 210.033333135809 Gflops = 0.210033333135809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062128 s
InvBiCGStab: k = 110 resid = 6.598292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.510546(s) Flops=724764672 => 1419.58740642371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204388.601604474 Mflops = 204.388601604474 Gflops = 0.204388601604474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001347054 Relative Rsd = 5.91277954407761e-07
BICGSTAB_SOLVER_TIME: 1.012824 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151996999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041393 s
InvBiCGStab: k = 78 resid = 2.253812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299202(s) Flops=514787328 => 1720.53438145467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247704.121811918 Mflops = 247.704121811918 Gflops = 0.247704121811918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057504 s
InvBiCGStab: k = 91 resid = 7.71081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339683(s) Flops=600090624 => 1766.61953645016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254343.721877359 Mflops = 254.343721877359 Gflops = 0.254343721877359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001203205 Relative Rsd = 5.2813628765642e-07
BICGSTAB_SOLVER_TIME: 0.741603 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042851 s
InvBiCGStab: k = 67 resid = 2.021555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256151(s) Flops=442607616 => 1727.91679907554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248769.982950904 Mflops = 248.769982950904 Gflops = 0.248769982950904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059682 s
InvBiCGStab: k = 88 resid = 1.127303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329931(s) Flops=580405248 => 1759.17160860907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253280.206142439 Mflops = 253.280206142439 Gflops = 0.253280206142439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001168435 Relative Rsd = 5.12874295983982e-07
BICGSTAB_SOLVER_TIME: 0.692495 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046988 s
InvBiCGStab: k = 72 resid = 1.560409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269394(s) Flops=475416576 => 1764.76304594757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254068.257330665 Mflops = 254.068257330665 Gflops = 0.254068257330665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05946 s
InvBiCGStab: k = 97 resid = 8.027779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357764(s) Flops=639461376 => 1787.38323587616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257323.717709196 Mflops = 257.323717709196 Gflops = 0.257323717709196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001197617 Relative Rsd = 5.25683613564795e-07
BICGSTAB_SOLVER_TIME: 0.73764 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134222
Monitoring force
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.148092(s) Flops=1811496960 => 1577.83257787703 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227217.268633383 Mflops = 227.217268633383 Gflops = 0.227217268633383 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202331000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051498 s
InvBiCGStab: k = 34 resid = 1.709841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167228(s) Flops=226068480 => 1351.85782285263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194611.901122704 Mflops = 194.611901122704 Gflops = 0.194611901122704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073284 s
InvBiCGStab: k = 64 resid = 1.136977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30066(s) Flops=422922240 => 1406.6461784075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202516.11631528 Mflops = 202.51611631528 Gflops = 0.20251611631528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007843435 Relative Rsd = 3.44280826965346e-07
BICGSTAB_SOLVER_TIME: 0.596452 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051067 s
InvBiCGStab: k = 55 resid = 2.014481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244135(s) Flops=363866112 => 1490.42993425769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214580.387014839 Mflops = 214.580387014839 Gflops = 0.214580387014839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 91 resid = 9.747233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348435(s) Flops=600090624 => 1722.2455379052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247955.59950671 Mflops = 247.95559950671 Gflops = 0.24795559950671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001120353 Relative Rsd = 4.91769177993174e-07
BICGSTAB_SOLVER_TIME: 0.704222 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 71 resid = 2.027026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265241(s) Flops=468854784 => 1767.65576965854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254500.332667405 Mflops = 254.500332667405 Gflops = 0.254500332667405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05969 s
InvBiCGStab: k = 87 resid = 1.140077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330535(s) Flops=573843456 => 1736.10496921657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249945.43716978 Mflops = 249.94543716978 Gflops = 0.24994543716978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001160476 Relative Rsd = 5.09381082650561e-07
BICGSTAB_SOLVER_TIME: 0.700366 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041812 s
InvBiCGStab: k = 73 resid = 1.777906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267476(s) Flops=481978368 => 1801.94996186574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259432.358942665 Mflops = 259.432358942665 Gflops = 0.259432358942665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 79 resid = 1.099116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301268(s) Flops=521349120 => 1730.51608534594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249130.619114643 Mflops = 249.130619114643 Gflops = 0.249130619114643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001151605 Relative Rsd = 5.05487095891151e-07
BICGSTAB_SOLVER_TIME: 0.671076 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 65 resid = 1.901291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243995(s) Flops=429484032 => 1760.21652902723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253413.848015255 Mflops = 253.413848015255 Gflops = 0.253413848015255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056771 s
InvBiCGStab: k = 82 resid = 1.120474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311308(s) Flops=541034496 => 1737.93958394902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250208.668649447 Mflops = 250.208668649447 Gflops = 0.250208668649447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001178399 Relative Rsd = 5.17248260403766e-07
BICGSTAB_SOLVER_TIME: 0.657348 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118905
Monitoring force
num_pf = 1
MInvCG2: 283 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.140071(s) Flops=1817911296 => 1594.55972128052 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229603.688729973 Mflops = 229.603688729973 Gflops = 0.229603688729973 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202756000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.538148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042133 s
InvBiCGStab: k = 31 resid = 2.079341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155609(s) Flops=206383104 => 1326.29284938532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190913.897429415 Mflops = 190.913897429415 Gflops = 0.190913897429415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067703 s
InvBiCGStab: k = 46 resid = 1.032194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229774(s) Flops=304809984 => 1326.56429361024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190964.738695329 Mflops = 190.964738695329 Gflops = 0.190964738695329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007513557 Relative Rsd = 3.29801143180856e-07
BICGSTAB_SOLVER_TIME: 0.49949 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689429999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051413 s
InvBiCGStab: k = 67 resid = 1.791842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286308(s) Flops=442607616 => 1545.9142461964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222580.608930177 Mflops = 222.580608930177 Gflops = 0.222580608930177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057067 s
InvBiCGStab: k = 92 resid = 5.674214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345858(s) Flops=606652416 => 1754.0505525389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252533.932591447 Mflops = 252.533932591447 Gflops = 0.252533932591447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001193201 Relative Rsd = 5.23745409300132e-07
BICGSTAB_SOLVER_TIME: 0.744537 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042253 s
InvBiCGStab: k = 68 resid = 2.066636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258267(s) Flops=449169408 => 1739.16686220075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250397.651764624 Mflops = 250.397651764624 Gflops = 0.250397651764624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059361 s
InvBiCGStab: k = 109 resid = 7.379345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414039(s) Flops=718202880 => 1734.62615840537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249745.225228234 Mflops = 249.745225228234 Gflops = 0.249745225228234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001242436 Relative Rsd = 5.45356514599895e-07
BICGSTAB_SOLVER_TIME: 0.777845 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046396 s
InvBiCGStab: k = 68 resid = 1.959751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260358(s) Flops=449169408 => 1725.19917959118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248383.598476702 Mflops = 248.383598476702 Gflops = 0.248383598476702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056763 s
InvBiCGStab: k = 93 resid = 1.096844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343937(s) Flops=613214208 => 1782.92596609263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256701.807888785 Mflops = 256.701807888785 Gflops = 0.256701807888785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001203687 Relative Rsd = 5.2834819730803e-07
BICGSTAB_SOLVER_TIME: 0.711396 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043039 s
InvBiCGStab: k = 74 resid = 1.920404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284762(s) Flops=488540160 => 1715.60868374292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246998.035008294 Mflops = 246.998035008294 Gflops = 0.246998035008294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057984 s
InvBiCGStab: k = 86 resid = 8.673467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3206(s) Flops=567281664 => 1769.43750467873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254739.198568369 Mflops = 254.739198568369 Gflops = 0.254739198568369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001165536 Relative Rsd = 5.11601918283214e-07
BICGSTAB_SOLVER_TIME: 0.71032 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127956
Monitoring force
num_pf = 1
MInvCG2: 283 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.159309(s) Flops=1818206208 => 1568.35339672167 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225927.446579908 Mflops = 225.927446579908 Gflops = 0.225927446579908 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202704000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.590093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.035111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83924(s) Flops=1354696704 => 1614.1946332396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232479.262155273 Mflops = 232.479262155273 Gflops = 0.232479262155273 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 301 resid = 1.027352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.110362(s) Flops=1978066944 => 1781.46131081575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256521.762122033 Mflops = 256.521762122033 Gflops = 0.256521762122033 Tflops
BICGSTAB_SOLVER: 507 iterations. Rsd = 0.002308255 Relative Rsd = 1.01623188598719e-06
BICGSTAB_SOLVER_TIME: 1.953054 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.116789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362916999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.023194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710791(s) Flops=1275955200 => 1795.12008452555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.030743197 Mflops = 258.527030743197 Gflops = 0.258527030743197 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.053042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849276(s) Flops=1518741504 => 1788.27790258997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257500.713244037 Mflops = 257.500713244037 Gflops = 0.257500713244037 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.001980179 Relative Rsd = 8.70056424729961e-07
BICGSTAB_SOLVER_TIME: 1.56339 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.11702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001842
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304371999999998
num_pf = 1
MInvCG2: 283 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12579(s) Flops=1818206208 => 1615.04917258103 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232548.113187528 Mflops = 232.548113187528 Gflops = 0.232548113187528 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202842000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.557293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045795 s
InvBiCGStab: k = 38 resid = 2.189024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163126(s) Flops=252315648 => 1546.75311109204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222664.275006566 Mflops = 222.664275006566 Gflops = 0.222664275006566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079495 s
InvBiCGStab: k = 64 resid = 6.264258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306335(s) Flops=422922240 => 1380.58739615127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198765.199112225 Mflops = 198.765199112225 Gflops = 0.198765199112225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0007600957 Relative Rsd = 3.33637489697436e-07
BICGSTAB_SOLVER_TIME: 0.598575 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.086862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.078362 s
InvBiCGStab: k = 78 resid = 1.574934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412615(s) Flops=514787328 => 1247.62145826012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179630.027074895 Mflops = 179.630027074895 Gflops = 0.179630027074895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069491 s
InvBiCGStab: k = 120 resid = 9.940943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439472(s) Flops=790382592 => 1798.48225142899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258941.406625202 Mflops = 258.941406625202 Gflops = 0.258941406625202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001324887 Relative Rsd = 5.81547688663794e-07
BICGSTAB_SOLVER_TIME: 1.003796 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041583 s
InvBiCGStab: k = 63 resid = 2.070011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233349(s) Flops=416360448 => 1784.28211820064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256887.850718119 Mflops = 256.887850718119 Gflops = 0.256887850718119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 91 resid = 9.06193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333852(s) Flops=600090624 => 1797.4750008986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.539573711 Mflops = 258.793539573711 Gflops = 0.258793539573711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001217422 Relative Rsd = 5.34377070330909e-07
BICGSTAB_SOLVER_TIME: 0.669103 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 71 resid = 1.840222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264078(s) Flops=468854784 => 1775.44052893463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255608.741627231 Mflops = 255.608741627231 Gflops = 0.255608741627231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061684 s
InvBiCGStab: k = 94 resid = 8.904545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366912(s) Flops=619776000 => 1689.16797488226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243192.369621084 Mflops = 243.192369621084 Gflops = 0.243192369621084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00117634 Relative Rsd = 5.1634436124116e-07
BICGSTAB_SOLVER_TIME: 0.738223 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042369 s
InvBiCGStab: k = 76 resid = 2.125483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282719(s) Flops=501663744 => 1774.4252915439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255482.557872684 Mflops = 255.482557872684 Gflops = 0.255482557872684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057511 s
InvBiCGStab: k = 96 resid = 1.082158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356841(s) Flops=632899584 => 1773.61789704658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255358.150158643 Mflops = 255.358150158643 Gflops = 0.255358150158643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001254698 Relative Rsd = 5.50738978871179e-07
BICGSTAB_SOLVER_TIME: 0.74349 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136464
Monitoring force
num_pf = 1
MInvCG2: 284 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.126791(s) Flops=1824546816 => 1619.24155943738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233151.185074052 Mflops = 233.151185074052 Gflops = 0.233151185074052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203743000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.541232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048514 s
InvBiCGStab: k = 30 resid = 2.23436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133947(s) Flops=199821312 => 1491.79385876503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214747.754650145 Mflops = 214.747754650145 Gflops = 0.214747754650145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067314 s
InvBiCGStab: k = 58 resid = 1.122699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263776(s) Flops=383551488 => 1454.08031056654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209337.495267948 Mflops = 209.337495267948 Gflops = 0.209337495267949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007386509 Relative Rsd = 3.24224449687057e-07
BICGSTAB_SOLVER_TIME: 0.517376 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.076726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040907 s
InvBiCGStab: k = 83 resid = 2.213258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306391(s) Flops=547596288 => 1787.24664888982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257322.638977355 Mflops = 257.322638977355 Gflops = 0.257322638977355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061409 s
InvBiCGStab: k = 105 resid = 1.055278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413412(s) Flops=691955712 => 1673.76784418449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240982.52688682 Mflops = 240.98252688682 Gflops = 0.24098252688682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001322973 Relative Rsd = 5.80707612784251e-07
BICGSTAB_SOLVER_TIME: 0.825988 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041727 s
InvBiCGStab: k = 62 resid = 2.152145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229684(s) Flops=409798656 => 1784.18460145243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256869.118974122 Mflops = 256.869118974122 Gflops = 0.256869118974122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057422 s
InvBiCGStab: k = 93 resid = 5.855118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34394(s) Flops=613214208 => 1782.9104146072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256692.36094993 Mflops = 256.69236094993 Gflops = 0.25669236094993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001194021 Relative Rsd = 5.24105252021771e-07
BICGSTAB_SOLVER_TIME: 0.676678 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041573 s
InvBiCGStab: k = 80 resid = 1.743711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292279(s) Flops=527910912 => 1806.18830637849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260024.979708217 Mflops = 260.024979708217 Gflops = 0.260024979708217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 88 resid = 1.093992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321534(s) Flops=580405248 => 1805.11313889044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.068236625 Mflops = 259.885068236625 Gflops = 0.259885068236625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001205235 Relative Rsd = 5.29027411942512e-07
BICGSTAB_SOLVER_TIME: 0.715389 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041011 s
InvBiCGStab: k = 68 resid = 1.846982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24965(s) Flops=449169408 => 1799.19650710995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.906598098 Mflops = 259.031906598098 Gflops = 0.259031906598098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 95 resid = 8.680076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349227(s) Flops=626337792 => 1793.4976161637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258223.102029336 Mflops = 258.223102029336 Gflops = 0.258223102029336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001238648 Relative Rsd = 5.43693736672868e-07
BICGSTAB_SOLVER_TIME: 0.699984 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130014
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.134364(s) Flops=1830961152 => 1614.08608876868 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232404.945612212 Mflops = 232.404945612212 Gflops = 0.232404945612212 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204240000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.563072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043638 s
InvBiCGStab: k = 32 resid = 1.941664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142733(s) Flops=212944896 => 1491.91074243518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214749.930803731 Mflops = 214.749930803731 Gflops = 0.214749930803731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080495 s
InvBiCGStab: k = 51 resid = 9.398191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279335(s) Flops=337618944 => 1208.65249252689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174011.68380002 Mflops = 174.01168380002 Gflops = 0.17401168380002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007263642 Relative Rsd = 3.18831331168761e-07
BICGSTAB_SOLVER_TIME: 0.550153 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.073353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041805 s
InvBiCGStab: k = 64 resid = 1.476398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236318(s) Flops=422922240 => 1789.63193662776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257645.846588469 Mflops = 257.645846588469 Gflops = 0.257645846588469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05683 s
InvBiCGStab: k = 82 resid = 1.107708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301754(s) Flops=541034496 => 1792.96544867674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258124.342013545 Mflops = 258.124342013545 Gflops = 0.258124342013545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001147276 Relative Rsd = 5.0358680745998e-07
BICGSTAB_SOLVER_TIME: 0.640579 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041117 s
InvBiCGStab: k = 61 resid = 2.136569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225235(s) Flops=403236864 => 1790.29397740138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257667.325445648 Mflops = 257.667325445648 Gflops = 0.257667325445648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057241 s
InvBiCGStab: k = 90 resid = 6.933321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331285(s) Flops=593528832 => 1791.5958525137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257943.47526294 Mflops = 257.94347526294 Gflops = 0.25794347526294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00114239 Relative Rsd = 5.01442263389866e-07
BICGSTAB_SOLVER_TIME: 0.658877 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 66 resid = 2.178206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241611(s) Flops=436045824 => 1804.74326086147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.908624826 Mflops = 259.828908624826 Gflops = 0.259828908624826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 89 resid = 1.080519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32751(s) Flops=586967040 => 1792.21104699093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258027.372479151 Mflops = 258.027372479151 Gflops = 0.258027372479151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001174319 Relative Rsd = 5.15457120517528e-07
BICGSTAB_SOLVER_TIME: 0.671208 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 64 resid = 1.718688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235678(s) Flops=422922240 => 1794.4918066175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258357.878206133 Mflops = 258.357878206133 Gflops = 0.258357878206133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056932 s
InvBiCGStab: k = 88 resid = 1.090183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323359(s) Flops=580405248 => 1794.92529355917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258409.795115311 Mflops = 258.409795115311 Gflops = 0.258409795115311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001156451 Relative Rsd = 5.07614419427723e-07
BICGSTAB_SOLVER_TIME: 0.660543 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122412
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.156511(s) Flops=1831108608 => 1583.30410000424 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227979.590939159 Mflops = 227.979590939159 Gflops = 0.227979590939159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204076000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.535062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062334 s
InvBiCGStab: k = 25 resid = 2.160315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110686(s) Flops=167012352 => 1508.88415879154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217188.976051039 Mflops = 217.188976051039 Gflops = 0.217188976051039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066419 s
InvBiCGStab: k = 58 resid = 1.110174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251501(s) Flops=383551488 => 1525.04955447493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219546.745167209 Mflops = 219.546745167209 Gflops = 0.219546745167209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008155603 Relative Rsd = 3.57983185063729e-07
BICGSTAB_SOLVER_TIME: 0.494896 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.073219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041874 s
InvBiCGStab: k = 71 resid = 1.268151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261177(s) Flops=468854784 => 1795.1610746735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258457.646341753 Mflops = 258.457646341753 Gflops = 0.258457646341753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057115 s
InvBiCGStab: k = 97 resid = 1.056322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355252(s) Flops=639461376 => 1800.02188868747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.150935026 Mflops = 259.151150935026 Gflops = 0.259151150935026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001166683 Relative Rsd = 5.12105299517361e-07
BICGSTAB_SOLVER_TIME: 0.719216 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133581
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 63 resid = 1.952708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233059(s) Flops=416360448 => 1786.50233631827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257196.054306472 Mflops = 257.196054306472 Gflops = 0.257196054306472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 96 resid = 1.101655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353215(s) Flops=632899584 => 1791.82533018133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257972.72190338 Mflops = 257.97272190338 Gflops = 0.25797272190338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001211771 Relative Rsd = 5.3189634261046e-07
BICGSTAB_SOLVER_TIME: 0.687973 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 73 resid = 1.313899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270069(s) Flops=481978368 => 1784.64898970263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256938.780343504 Mflops = 256.938780343504 Gflops = 0.256938780343504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056665 s
InvBiCGStab: k = 87 resid = 1.077362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319451(s) Flops=573843456 => 1796.34265035952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258618.448319576 Mflops = 258.618448319576 Gflops = 0.258618448319576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001183983 Relative Rsd = 5.19699299311196e-07
BICGSTAB_SOLVER_TIME: 0.691278 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044078 s
InvBiCGStab: k = 66 resid = 2.010103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253829(s) Flops=436045824 => 1717.87236288998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247324.698633668 Mflops = 247.324698633668 Gflops = 0.247324698633668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 100 resid = 1.03041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371672(s) Flops=659146752 => 1773.46357002949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255337.815788827 Mflops = 255.337815788827 Gflops = 0.255337815788827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00119472 Relative Rsd = 5.24412257854149e-07
BICGSTAB_SOLVER_TIME: 0.729756 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132276
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.145066(s) Flops=1831182336 => 1599.19370237174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230262.801011409 Mflops = 230.262801011409 Gflops = 0.23026280101141 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.213671000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.564153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 2.077654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913669(s) Flops=1636853760 => 1791.51723435949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257926.734788576 Mflops = 257.926734788576 Gflops = 0.257926734788576 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 278 resid = 9.928799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.06(s) Flops=1827145728 => 1723.72238490566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248207.486424447 Mflops = 248.207486424447 Gflops = 0.248207486424447 Tflops
BICGSTAB_SOLVER: 527 iterations. Rsd = 0.00306533 Relative Rsd = 1.34953476773546e-06
BICGSTAB_SOLVER_TIME: 1.977018 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.119078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.376511
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.073015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771465(s) Flops=1367820288 => 1773.0166475472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255308.891461982 Mflops = 255.308891461982 Gflops = 0.255308891461982 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.143309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858068(s) Flops=1538426880 => 1792.89622733863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258166.806272966 Mflops = 258.166806272966 Gflops = 0.258166806272966 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002168922 Relative Rsd = 9.52992988443213e-07
BICGSTAB_SOLVER_TIME: 1.632928 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.117397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316540999999999
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.153923(s) Flops=1831182336 => 1586.91900239444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228488.433818796 Mflops = 228.488433818796 Gflops = 0.228488433818796 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204302000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.584961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.071482 s
InvBiCGStab: k = 37 resid = 2.259444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14137(s) Flops=245753856 => 1738.37345971564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250216.018199936 Mflops = 250.216018199936 Gflops = 0.250216018199936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056623 s
InvBiCGStab: k = 74 resid = 8.547372e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276708(s) Flops=488540160 => 1765.54403920378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254175.878992438 Mflops = 254.175878992438 Gflops = 0.254175878992438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0007777513 Relative Rsd = 3.41387240785727e-07
BICGSTAB_SOLVER_TIME: 0.550081 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.093123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04187 s
InvBiCGStab: k = 95 resid = 6.350505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353114(s) Flops=626337792 => 1773.75519520608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255374.754251097 Mflops = 255.374754251097 Gflops = 0.255374754251097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057405 s
InvBiCGStab: k = 113 resid = 8.099859e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416233(s) Flops=744450048 => 1788.5416293278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257510.18512076 Mflops = 257.51018512076 Gflops = 0.25751018512076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001332629 Relative Rsd = 5.84946061313977e-07
BICGSTAB_SOLVER_TIME: 0.872545 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162117999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 71 resid = 2.136788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259654(s) Flops=468854784 => 1805.69058824436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.980922174 Mflops = 259.968980922174 Gflops = 0.259968980922174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 95 resid = 8.942538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347334(s) Flops=626337792 => 1803.27233153103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.598978285 Mflops = 259.622598978285 Gflops = 0.259622598978285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00119986 Relative Rsd = 5.26668454344992e-07
BICGSTAB_SOLVER_TIME: 0.70835 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 71 resid = 2.088249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259911(s) Flops=468854784 => 1803.90512136847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.185681141 Mflops = 259.715185681141 Gflops = 0.259715185681141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056052 s
InvBiCGStab: k = 92 resid = 9.041418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337529(s) Flops=606652416 => 1797.33420239446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258767.70899059 Mflops = 258.76770899059 Gflops = 0.25876770899059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001208487 Relative Rsd = 5.30454774445144e-07
BICGSTAB_SOLVER_TIME: 0.698167 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 65 resid = 2.02825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23997(s) Flops=429484032 => 1789.7405175647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257664.317561432 Mflops = 257.664317561432 Gflops = 0.257664317561432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 109 resid = 1.037845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398776(s) Flops=718202880 => 1801.0183160471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.066507362 Mflops = 259.303066507362 Gflops = 0.259303066507362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00121806 Relative Rsd = 5.34656789027053e-07
BICGSTAB_SOLVER_TIME: 0.74071 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138305
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.279717(s) Flops=1837301760 => 1435.70942638099 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206782.13990351 Mflops = 206.78213990351 Gflops = 0.20678213990351 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204902000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.547443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041598 s
InvBiCGStab: k = 35 resid = 2.03236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130452(s) Flops=232630272 => 1783.26336123632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256681.158632506 Mflops = 256.681158632506 Gflops = 0.256681158632506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057259 s
InvBiCGStab: k = 64 resid = 1.007272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235734(s) Flops=422922240 => 1794.0655145206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258277.109656707 Mflops = 258.277109656707 Gflops = 0.258277109656707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.000771224 Relative Rsd = 3.38522142580733e-07
BICGSTAB_SOLVER_TIME: 0.468801 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.084654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041784 s
InvBiCGStab: k = 90 resid = 1.390092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33166(s) Flops=593528832 => 1789.57013809323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257658.684292 Mflops = 257.658684292 Gflops = 0.257658684292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056846 s
InvBiCGStab: k = 117 resid = 1.038887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429668(s) Flops=770697216 => 1793.70401333122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.159819011 Mflops = 258.257159819011 Gflops = 0.258257159819011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001328785 Relative Rsd = 5.83258908922561e-07
BICGSTAB_SOLVER_TIME: 0.863799 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 64 resid = 2.001239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234991(s) Flops=422922240 => 1799.73803252039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.425000745 Mflops = 259.103425000745 Gflops = 0.259103425000745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056903 s
InvBiCGStab: k = 105 resid = 6.196427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386857(s) Flops=691955712 => 1788.66018192769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257527.956811608 Mflops = 257.527956811608 Gflops = 0.257527956811608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001237775 Relative Rsd = 5.43310643675974e-07
BICGSTAB_SOLVER_TIME: 0.723721 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 82 resid = 1.717706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301747(s) Flops=541034496 => 1793.00704232354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258150.071999888 Mflops = 258.150071999888 Gflops = 0.258150071999888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 85 resid = 1.092566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311947(s) Flops=560719872 => 1797.48441882756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258790.492397205 Mflops = 258.790492397205 Gflops = 0.258790492397205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001159745 Relative Rsd = 5.09060228852042e-07
BICGSTAB_SOLVER_TIME: 0.715477 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044801 s
InvBiCGStab: k = 69 resid = 2.18132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270678(s) Flops=455731200 => 1683.6654622836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242389.831232822 Mflops = 242.389831232822 Gflops = 0.242389831232822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056293 s
InvBiCGStab: k = 107 resid = 1.12573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38972(s) Flops=705079296 => 1809.19453966951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260487.006034406 Mflops = 260.487006034406 Gflops = 0.260487006034406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001153414 Relative Rsd = 5.0628097781722e-07
BICGSTAB_SOLVER_TIME: 0.765315 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139289
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.375383(s) Flops=1837449216 => 1335.95457847014 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192377.119100459 Mflops = 192.377119100459 Gflops = 0.192377119100459 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204700000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 32 resid = 2.258054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118501(s) Flops=212944896 => 1796.98817731496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258643.071126206 Mflops = 258.643071126206 Gflops = 0.258643071126206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057152 s
InvBiCGStab: k = 60 resid = 1.038929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221432(s) Flops=396675072 => 1791.40807110083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257880.738758484 Mflops = 257.880738758484 Gflops = 0.257880738758484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007627677 Relative Rsd = 3.34810325560409e-07
BICGSTAB_SOLVER_TIME: 0.442262 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.079589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042276 s
InvBiCGStab: k = 67 resid = 2.12814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246892(s) Flops=442607616 => 1792.71752831197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258091.462878176 Mflops = 258.091462878176 Gflops = 0.258091462878176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 93 resid = 9.836177e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340444(s) Flops=613214208 => 1801.21901986817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.674740032 Mflops = 259.332674740032 Gflops = 0.259332674740032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001166207 Relative Rsd = 5.11896558035127e-07
BICGSTAB_SOLVER_TIME: 0.689496 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 66 resid = 2.086691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243105(s) Flops=436045824 => 1793.6522243475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258230.515456301 Mflops = 258.230515456301 Gflops = 0.258230515456301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 82 resid = 7.883705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301183(s) Flops=541034496 => 1796.36465537564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258630.68842381 Mflops = 258.63068842381 Gflops = 0.25863068842381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001168815 Relative Rsd = 5.13041238070263e-07
BICGSTAB_SOLVER_TIME: 0.645331 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119509
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 67 resid = 1.995849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246535(s) Flops=442607616 => 1795.31350923804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258471.727177416 Mflops = 258.471727177416 Gflops = 0.258471727177416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056666 s
InvBiCGStab: k = 85 resid = 1.088404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313129(s) Flops=560719872 => 1790.69927090752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257809.585562011 Mflops = 257.809585562011 Gflops = 0.257809585562011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001217717 Relative Rsd = 5.34506607578758e-07
BICGSTAB_SOLVER_TIME: 0.661238 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 68 resid = 2.16688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258849(s) Flops=449169408 => 1735.25649316783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249828.979067939 Mflops = 249.828979067939 Gflops = 0.249828979067939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059072 s
InvBiCGStab: k = 82 resid = 9.790228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305811(s) Flops=541034496 => 1769.17931663675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254693.21615169 Mflops = 254.69321615169 Gflops = 0.25469321615169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001125203 Relative Rsd = 4.93898238912953e-07
BICGSTAB_SOLVER_TIME: 0.668655 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120961
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.395054(s) Flops=1831477248 => 1312.83609666723 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189034.201188488 Mflops = 189.034201188488 Gflops = 0.189034201188488 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204177000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.503746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041548 s
InvBiCGStab: k = 28 resid = 2.179673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103828(s) Flops=186697728 => 1798.14431559887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.803271225 Mflops = 258.812803271225 Gflops = 0.258812803271225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 54 resid = 1.109815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199668(s) Flops=357304320 => 1789.49215698059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257596.356258064 Mflops = 257.596356258064 Gflops = 0.257596356258064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007509038 Relative Rsd = 3.29602774898351e-07
BICGSTAB_SOLVER_TIME: 0.405136 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.072512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041673 s
InvBiCGStab: k = 79 resid = 1.065046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289858(s) Flops=521349120 => 1798.63629777339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258955.470943205 Mflops = 258.955470943205 Gflops = 0.258955470943205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056961 s
InvBiCGStab: k = 97 resid = 1.031411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355279(s) Flops=639461376 => 1799.885093124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.538154053 Mflops = 259.141538154053 Gflops = 0.259141538154053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001208658 Relative Rsd = 5.30529941818551e-07
BICGSTAB_SOLVER_TIME: 0.747641 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139491
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041794 s
InvBiCGStab: k = 79 resid = 2.035224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314531(s) Flops=521349120 => 1657.54447097424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238650.726813331 Mflops = 238.650726813331 Gflops = 0.238650726813331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061296 s
InvBiCGStab: k = 83 resid = 1.103688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31143(s) Flops=547596288 => 1758.32863885945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253133.802618496 Mflops = 253.133802618496 Gflops = 0.253133802618496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001151162 Relative Rsd = 5.05292713370118e-07
BICGSTAB_SOLVER_TIME: 0.732906 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04213 s
InvBiCGStab: k = 88 resid = 1.33837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326862(s) Flops=580405248 => 1775.68896965692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255663.834512911 Mflops = 255.663834512911 Gflops = 0.255663834512911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057102 s
InvBiCGStab: k = 108 resid = 1.109184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400753(s) Flops=711641088 => 1775.75985207846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255664.252144017 Mflops = 255.664252144017 Gflops = 0.255664252144017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001198024 Relative Rsd = 5.25862257437963e-07
BICGSTAB_SOLVER_TIME: 0.830737 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.15388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 68 resid = 2.008587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249059(s) Flops=449169408 => 1803.46587756315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259644.73881096 Mflops = 259.64473881096 Gflops = 0.25964473881096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056569 s
InvBiCGStab: k = 105 resid = 1.104239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413249(s) Flops=691955712 => 1674.42803733342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241077.048722531 Mflops = 241.077048722531 Gflops = 0.241077048722531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001216209 Relative Rsd = 5.3384456237831e-07
BICGSTAB_SOLVER_TIME: 0.764269 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137209
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.386493(s) Flops=1831403520 => 1320.88912096924 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190191.671722109 Mflops = 190.191671722109 Gflops = 0.190191671722109 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204067000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 2.191636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962925(s) Flops=1702471680 => 1768.02106083028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254546.290483384 Mflops = 254.546290483384 Gflops = 0.254546290483384 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 295 resid = 8.981906e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.082182(s) Flops=1938696192 => 1791.46963449771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257963.534261623 Mflops = 257.963534261623 Gflops = 0.257963534261623 Tflops
BICGSTAB_SOLVER: 554 iterations. Rsd = 0.002455333 Relative Rsd = 1.08096291938019e-06
BICGSTAB_SOLVER_TIME: 2.048493 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.397803999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 2.009968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836808(s) Flops=1499056128 => 1791.39794074626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257912.834399043 Mflops = 257.912834399043 Gflops = 0.257912834399043 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.129319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.001882(s) Flops=1617168384 => 1614.13059022919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232426.912497047 Mflops = 232.426912497047 Gflops = 0.232426912497047 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002127232 Relative Rsd = 9.34675545411024e-07
BICGSTAB_SOLVER_TIME: 1.842762 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.13427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338884999999999
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.36102(s) Flops=1831403520 => 1345.61102702385 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193763.794808121 Mflops = 193.763794808121 Gflops = 0.193763794808121 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203786000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.436568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 30 resid = 1.862793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111266(s) Flops=199821312 => 1795.88833965452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258478.959049669 Mflops = 258.478959049669 Gflops = 0.258478959049669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 64 resid = 9.268651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234708(s) Flops=422922240 => 1801.90807300987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.305040461 Mflops = 259.407305040461 Gflops = 0.259407305040461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007885178 Relative Rsd = 3.46113101953958e-07
BICGSTAB_SOLVER_TIME: 0.447755 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04186 s
InvBiCGStab: k = 92 resid = 2.217242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33828(s) Flops=606652416 => 1793.34402270309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.712070137 Mflops = 258.211712070137 Gflops = 0.258211712070137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 116 resid = 1.06007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42423(s) Flops=764135424 => 1801.22910685242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.018436282 Mflops = 259.337018436282 Gflops = 0.259337018436282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001391965 Relative Rsd = 6.10991275152151e-07
BICGSTAB_SOLVER_TIME: 0.864973 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162150999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 68 resid = 2.272312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250152(s) Flops=449169408 => 1795.58591576322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.600417744 Mflops = 258.512600417744 Gflops = 0.258512600417744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057185 s
InvBiCGStab: k = 86 resid = 9.204879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316643(s) Flops=567281664 => 1791.54967581788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257937.286951027 Mflops = 257.937286951027 Gflops = 0.257937286951027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001218455 Relative Rsd = 5.34830220750604e-07
BICGSTAB_SOLVER_TIME: 0.668933 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 75 resid = 1.712165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277224(s) Flops=495101952 => 1785.92745216864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257118.79990499 Mflops = 257.11879990499 Gflops = 0.25711879990499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 112 resid = 8.431751e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408943(s) Flops=737888256 => 1804.37923133542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.148603622 Mflops = 259.785148603622 Gflops = 0.259785148603622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001299902 Relative Rsd = 5.70580661574778e-07
BICGSTAB_SOLVER_TIME: 0.787768 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043827 s
InvBiCGStab: k = 75 resid = 1.680736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384436(s) Flops=495101952 => 1287.86573577917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185431.717383029 Mflops = 185.431717383029 Gflops = 0.185431717383029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079378 s
InvBiCGStab: k = 109 resid = 1.017704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.527559(s) Flops=718202880 => 1361.36978044162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196001.345774362 Mflops = 196.001345774362 Gflops = 0.196001345774362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001283307 Relative Rsd = 5.6329652918566e-07
BICGSTAB_SOLVER_TIME: 1.040172 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145195
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.278702(s) Flops=1831256064 => 1432.12106026267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206245.303645182 Mflops = 206.245303645182 Gflops = 0.206245303645182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204184000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.505234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042334 s
InvBiCGStab: k = 47 resid = 1.815534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187677(s) Flops=311371776 => 1659.08329736729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238841.703899403 Mflops = 238.841703899403 Gflops = 0.238841703899403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 51 resid = 9.476743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188819(s) Flops=337618944 => 1788.05599012811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257383.839624432 Mflops = 257.383839624432 Gflops = 0.257383839624432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007745984 Relative Rsd = 3.40003312863241e-07
BICGSTAB_SOLVER_TIME: 0.479256 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 88 resid = 1.614429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322435(s) Flops=580405248 => 1800.06899995348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.474192001 Mflops = 259.168474192001 Gflops = 0.259168474192001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056945 s
InvBiCGStab: k = 118 resid = 1.110709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431684(s) Flops=777259008 => 1800.52771935027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.705446545 Mflops = 259.239705446545 Gflops = 0.259239705446545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001347831 Relative Rsd = 5.91618737013642e-07
BICGSTAB_SOLVER_TIME: 0.856278 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043069 s
InvBiCGStab: k = 66 resid = 1.550114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270216(s) Flops=436045824 => 1613.69357847056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232320.988653242 Mflops = 232.320988653242 Gflops = 0.232320988653242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083924 s
InvBiCGStab: k = 102 resid = 1.07562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377439(s) Flops=672270336 => 1781.13638495227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256437.963025202 Mflops = 256.437963025202 Gflops = 0.256437963025202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001195654 Relative Rsd = 5.24822024793203e-07
BICGSTAB_SOLVER_TIME: 0.778616 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041926 s
InvBiCGStab: k = 72 resid = 1.479955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268076(s) Flops=475416576 => 1773.43953207299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255319.979868876 Mflops = 255.319979868876 Gflops = 0.255319979868876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057197 s
InvBiCGStab: k = 94 resid = 5.504564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347406(s) Flops=619776000 => 1784.01063884907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256850.255575854 Mflops = 256.850255575854 Gflops = 0.256850255575854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001172789 Relative Rsd = 5.14785877405991e-07
BICGSTAB_SOLVER_TIME: 0.718517 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132542
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041673 s
InvBiCGStab: k = 80 resid = 1.195256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293551(s) Flops=527910912 => 1798.36182469145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258920.742527425 Mflops = 258.920742527425 Gflops = 0.258920742527425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 112 resid = 1.011971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412242(s) Flops=737888256 => 1789.93954036707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257712.530329434 Mflops = 257.712530329433 Gflops = 0.257712530329433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001267354 Relative Rsd = 5.56294261671941e-07
BICGSTAB_SOLVER_TIME: 0.807648 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150564
Monitoring force
num_pf = 1
MInvCG2: 284 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.124188(s) Flops=1824546816 => 1622.99083071515 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233700.348744755 Mflops = 233.700348744755 Gflops = 0.233700348744755 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203654000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044877 s
InvBiCGStab: k = 40 resid = 2.248832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15944(s) Flops=265439232 => 1664.82207727045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239660.057759905 Mflops = 239.660057759905 Gflops = 0.239660057759905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061447 s
InvBiCGStab: k = 57 resid = 1.09193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215059(s) Flops=376989696 => 1752.95940183857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252329.071807984 Mflops = 252.329071807984 Gflops = 0.252329071807984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007848515 Relative Rsd = 3.4450382520977e-07
BICGSTAB_SOLVER_TIME: 0.484656 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041987 s
InvBiCGStab: k = 69 resid = 1.282934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255847(s) Flops=455731200 => 1781.26458391148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256445.210583346 Mflops = 256.445210583346 Gflops = 0.256445210583346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057771 s
InvBiCGStab: k = 108 resid = 7.796414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399431(s) Flops=711641088 => 1781.637098773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256519.840823344 Mflops = 256.519840823344 Gflops = 0.256519840823344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001197682 Relative Rsd = 5.25712229288186e-07
BICGSTAB_SOLVER_TIME: 0.758858 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044733 s
InvBiCGStab: k = 70 resid = 2.020143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344507(s) Flops=462292992 => 1341.89723866278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193203.584558169 Mflops = 193.203584558169 Gflops = 0.193203584558169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066714 s
InvBiCGStab: k = 92 resid = 8.344664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445516(s) Flops=606652416 => 1361.68491367313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196055.908951669 Mflops = 196.055908951669 Gflops = 0.196055908951669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001171972 Relative Rsd = 5.14427056674473e-07
BICGSTAB_SOLVER_TIME: 0.905503 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046327 s
InvBiCGStab: k = 73 resid = 2.170002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309549(s) Flops=481978368 => 1557.03416260431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224177.297651742 Mflops = 224.177297651742 Gflops = 0.224177297651742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059093 s
InvBiCGStab: k = 90 resid = 8.604595e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427889(s) Flops=593528832 => 1387.10934845252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199716.814265886 Mflops = 199.716814265886 Gflops = 0.199716814265886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001179729 Relative Rsd = 5.17832021160937e-07
BICGSTAB_SOLVER_TIME: 0.846674 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041295 s
InvBiCGStab: k = 73 resid = 1.571896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270008(s) Flops=481978368 => 1785.05217623182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256988.192544769 Mflops = 256.988192544769 Gflops = 0.256988192544769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057085 s
InvBiCGStab: k = 96 resid = 8.576042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353196(s) Flops=632899584 => 1791.92172051779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257989.375930061 Mflops = 257.989375930061 Gflops = 0.257989375930061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001200318 Relative Rsd = 5.2686912210527e-07
BICGSTAB_SOLVER_TIME: 0.725431 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134499
Monitoring force
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.112123(s) Flops=1768218624 => 1589.94879523218 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228943.17131952 Mflops = 228.94317131952 Gflops = 0.22894317131952 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197313000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041864 s
InvBiCGStab: k = 27 resid = 2.165509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099645(s) Flops=180135936 => 1807.77696823724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260199.149859418 Mflops = 260.199149859418 Gflops = 0.260199149859418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 72 resid = 8.359146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264289(s) Flops=475416576 => 1798.85116671522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.761077231 Mflops = 258.978761077231 Gflops = 0.258978761077231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.000767439 Relative Rsd = 3.36860744340369e-07
BICGSTAB_SOLVER_TIME: 0.465728 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.08481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 75 resid = 2.275071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273907(s) Flops=495101952 => 1807.5549438313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260233.869605636 Mflops = 260.233869605636 Gflops = 0.260233869605636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 86 resid = 1.113141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334809(s) Flops=567281664 => 1694.34413053413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243940.21502777 Mflops = 243.94021502777 Gflops = 0.24394021502777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001218271 Relative Rsd = 5.34749381332025e-07
BICGSTAB_SOLVER_TIME: 0.710295 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 76 resid = 2.108042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279237(s) Flops=501663744 => 1796.55183231449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258657.232564617 Mflops = 258.657232564617 Gflops = 0.258657232564617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 97 resid = 1.082449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354008(s) Flops=639461376 => 1806.34724638991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.003293799 Mflops = 260.063003293799 Gflops = 0.260063003293799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001203609 Relative Rsd = 5.28313654041936e-07
BICGSTAB_SOLVER_TIME: 0.734669 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042828 s
InvBiCGStab: k = 73 resid = 2.05944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268554(s) Flops=481978368 => 1794.71677204585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258385.64301598 Mflops = 258.38564301598 Gflops = 0.25838564301598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057336 s
InvBiCGStab: k = 95 resid = 8.575747e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437743(s) Flops=626337792 => 1430.83451248792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206082.819060794 Mflops = 206.082819060794 Gflops = 0.206082819060794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001194407 Relative Rsd = 5.24274697983849e-07
BICGSTAB_SOLVER_TIME: 0.81428 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051744 s
InvBiCGStab: k = 69 resid = 2.218167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305594(s) Flops=455731200 => 1491.29629508433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214720.908213677 Mflops = 214.720908213677 Gflops = 0.214720908213677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079728 s
InvBiCGStab: k = 113 resid = 1.137606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.514115(s) Flops=744450048 => 1448.02242299875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208488.914594178 Mflops = 208.488914594178 Gflops = 0.208488914594178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001273672 Relative Rsd = 5.59067278567024e-07
BICGSTAB_SOLVER_TIME: 0.955107 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143416
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.132336(s) Flops=1799184384 => 1588.91387715307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229058.786689273 Mflops = 229.058786689273 Gflops = 0.229058786689273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 2.19384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862615(s) Flops=1538426880 => 1783.44554639092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256756.149237485 Mflops = 256.756149237485 Gflops = 0.256756149237485 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 265 resid = 1.061672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968744(s) Flops=1741842432 => 1798.04203380873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258907.006105962 Mflops = 258.907006105961 Gflops = 0.258907006105962 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.003109356 Relative Rsd = 1.36887983896213e-06
BICGSTAB_SOLVER_TIME: 1.834725 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357252999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.975994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806083(s) Flops=1374382080 => 1705.01310659076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245407.427601996 Mflops = 245.407427601996 Gflops = 0.245407427601996 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.083836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8818(s) Flops=1544988672 => 1752.08513495124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252290.525789221 Mflops = 252.290525789221 Gflops = 0.252290525789221 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002047435 Relative Rsd = 8.99619736329609e-07
BICGSTAB_SOLVER_TIME: 1.691393 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.121243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318257999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 337 resid = 1.590282e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.551736(s) Flops=2214291456 => 1426.97691875422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205462.873946398 Mflops = 205.462873946398 Gflops = 0.205462873946398 Tflops
InvBiCGStab: k = 349 resid = 7.670237e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.410377(s) Flops=2293032960 => 1625.82980295339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234113.737178561 Mflops = 234.113737178561 Gflops = 0.234113737178561 Tflops
BICGSTAB_SOLVER: 686 iterations. Rsd = 0.003126919 Relative Rsd = 1.37661181769517e-06
BICGSTAB_SOLVER_TIME: 2.966981 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.49116
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 302 resid = 2.27045e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.146038(s) Flops=1984628736 => 1731.73030562686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249339.535498021 Mflops = 249.339535498021 Gflops = 0.249339535498021 Tflops
InvBiCGStab: k = 330 resid = 1.143846e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.243866(s) Flops=2168358912 => 1743.24156460583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251020.08225409 Mflops = 251.02008225409 Gflops = 0.25102008225409 Tflops
BICGSTAB_SOLVER: 632 iterations. Rsd = 0.002081007 Relative Rsd = 9.14371033885388e-07
BICGSTAB_SOLVER_TIME: 2.394574 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.451252000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 263 resid = 2.194946e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.991681(s) Flops=1728718848 => 1743.22070101172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251007.376128041 Mflops = 251.007376128041 Gflops = 0.251007376128041 Tflops
InvBiCGStab: k = 284 resid = 1.129825e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.088352(s) Flops=1866516480 => 1714.99338449325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246951.633592178 Mflops = 246.951633592178 Gflops = 0.246951633592178 Tflops
BICGSTAB_SOLVER: 547 iterations. Rsd = 0.00242029 Relative Rsd = 1.06236547601681e-06
BICGSTAB_SOLVER_TIME: 2.085241 sec
2Flav::invert,  n_count = 547
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.391208
MInvCG2: 398 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.619331(s) Flops=2558674944 => 1580.08149291281 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227554.225654174 Mflops = 227.554225654174 Gflops = 0.227554225654174 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285656999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0952094630986267
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 516.452074 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.466972 secs
Doing Update: 2703 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 293 resid = 2.052182e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.447816(s) Flops=1925572608 => 1329.98434055156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191518.66144133 Mflops = 191.51866144133 Gflops = 0.19151866144133 Tflops
InvBiCGStab: k = 312 resid = 8.813258e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.370273(s) Flops=2050246656 => 1496.23225152944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215454.19362144 Mflops = 215.45419362144 Gflops = 0.21545419362144 Tflops
BICGSTAB_SOLVER: 605 iterations. Rsd = 0.002206855 Relative Rsd = 9.71145983110261e-07
BICGSTAB_SOLVER_TIME: 2.824014 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.431718000000003
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 254 resid = 2.273612e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959579(s) Flops=1669662720 => 1739.99506033375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250542.130856687 Mflops = 250.542130856687 Gflops = 0.250542130856687 Tflops
InvBiCGStab: k = 257 resid = 7.023403e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964952(s) Flops=1689348096 => 1750.70687039355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252094.848045769 Mflops = 252.094848045769 Gflops = 0.252094848045769 Tflops
BICGSTAB_SOLVER: 511 iterations. Rsd = 0.00193559 Relative Rsd = 8.49959399564242e-07
BICGSTAB_SOLVER_TIME: 1.929446 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.365478000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000462
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 425 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.685019(s) Flops=2722793472 => 1615.88294968781 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232708.015220912 Mflops = 232.708015220912 Gflops = 0.232708015220912 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.30557
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 358 resid = 1.377532e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.332529(s) Flops=2352089088 => 1765.1316316568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254177.639177391 Mflops = 254.177639177391 Gflops = 0.254177639177391 Tflops
InvBiCGStab: k = 346 resid = 1.112073e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.37358(s) Flops=2273347584 => 1655.05291573844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238323.077411243 Mflops = 238.323077411243 Gflops = 0.238323077411243 Tflops
BICGSTAB_SOLVER: 704 iterations. Rsd = 0.002436915 Relative Rsd = 1.07238612228278e-06
BICGSTAB_SOLVER_TIME: 2.710828 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.502561
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 288 resid = 1.839689e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.393628(s) Flops=1892763648 => 1358.15558240793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195563.156030417 Mflops = 195.563156030417 Gflops = 0.195563156030417 Tflops
InvBiCGStab: k = 312 resid = 7.594854e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.222288(s) Flops=2050246656 => 1677.38426295603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241546.04314003 Mflops = 241.54604314003 Gflops = 0.24154604314003 Tflops
BICGSTAB_SOLVER: 600 iterations. Rsd = 0.002153035 Relative Rsd = 9.45444189928603e-07
BICGSTAB_SOLVER_TIME: 2.620869 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428305999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 251 resid = 1.48616e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91995(s) Flops=1649977344 => 1793.55111038643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.872868308 Mflops = 258.225872868308 Gflops = 0.258225872868308 Tflops
InvBiCGStab: k = 292 resid = 6.350001e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.079374(s) Flops=1919010816 => 1777.89238577175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256010.122652804 Mflops = 256.010122652804 Gflops = 0.256010122652804 Tflops
BICGSTAB_SOLVER: 543 iterations. Rsd = 0.002182159 Relative Rsd = 9.56307792144823e-07
BICGSTAB_SOLVER_TIME: 2.004061 sec
2Flav::invert,  n_count = 543
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.385949000000003
MInvCG2: 403 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.609447(s) Flops=2589788160 => 1609.11677116426 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231722.038071597 Mflops = 231.722038071597 Gflops = 0.231722038071597 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289892999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 2.190773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951338(s) Flops=1617168384 => 1699.88835093311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244759.880106281 Mflops = 244.759880106281 Gflops = 0.244759880106281 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 1.089085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988563(s) Flops=1774651392 => 1795.18289881373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258497.632056823 Mflops = 258.497632056823 Gflops = 0.258497632056823 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.002404346 Relative Rsd = 1.05805402720478e-06
BICGSTAB_SOLVER_TIME: 1.94323 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.1155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368804
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.018757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.987527(s) Flops=1420314624 => 1438.25396571436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207073.021937616 Mflops = 207.073021937616 Gflops = 0.207073021937616 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.077957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.048098(s) Flops=1544988672 => 1474.08798795532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212263.036218646 Mflops = 212.263036218646 Gflops = 0.212263036218646 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.00216342 Relative Rsd = 9.50004546447612e-07
BICGSTAB_SOLVER_TIME: 2.038934 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.114814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322161
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.090616(s) Flops=1767923712 => 1621.03225333206 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233565.023934801 Mflops = 233.565023934801 Gflops = 0.233565023934801 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196990000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.391053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.5e-05 s
InvBiCGStab: k = 170 resid = 2.270623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.625245(s) Flops=1118472192 => 1788.85427632368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257725.191471651 Mflops = 257.725191471651 Gflops = 0.257725191471651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.7e-05 s
InvBiCGStab: k = 211 resid = 1.045926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77084(s) Flops=1387505664 => 1799.99178039541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.208414373 Mflops = 259.178208414373 Gflops = 0.259178208414373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.002180096 Relative Rsd = 9.55403655226237e-07
BICGSTAB_SOLVER_TIME: 1.399913 sec
2Flav::invert,  n_count = 381
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272748999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000133 s
InvBiCGStab: k = 126 resid = 2.208469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.461381(s) Flops=829753344 => 1798.41247038781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258683.399526136 Mflops = 258.683399526136 Gflops = 0.258683399526136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000125 s
InvBiCGStab: k = 172 resid = 9.344283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.634806(s) Flops=1131595776 => 1782.58519295659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256631.44252074 Mflops = 256.63144252074 Gflops = 0.25663144252074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 298 iterations. Rsd = 0.001624673 Relative Rsd = 7.11995783192335e-07
BICGSTAB_SOLVER_TIME: 1.100231 sec
2Flav::invert,  n_count = 298
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.213469999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004843 s
InvBiCGStab: k = 108 resid = 1.448295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39496(s) Flops=711641088 => 1801.80546890824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259417.549765899 Mflops = 259.417549765899 Gflops = 0.259417549765899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007212 s
InvBiCGStab: k = 130 resid = 9.78465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.47621(s) Flops=856000512 => 1797.52737657756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258807.740885276 Mflops = 258.807740885276 Gflops = 0.258807740885276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 238 iterations. Rsd = 0.001483629 Relative Rsd = 6.5018433673935e-07
BICGSTAB_SOLVER_TIME: 0.887042 sec
2Flav::invert,  n_count = 238
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173391999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.009512 s
InvBiCGStab: k = 88 resid = 2.204385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396875(s) Flops=580405248 => 1462.43842015748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210549.159333237 Mflops = 210.549159333237 Gflops = 0.210549159333237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.016687 s
InvBiCGStab: k = 125 resid = 4.329051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.563355(s) Flops=823191552 => 1461.23057752217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210393.5063435 Mflops = 210.3935063435 Gflops = 0.2103935063435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001435697 Relative Rsd = 6.2917868829318e-07
BICGSTAB_SOLVER_TIME: 0.990231 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156295999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.019774 s
InvBiCGStab: k = 87 resid = 1.959793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366431(s) Flops=573843456 => 1566.03414012461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225480.025236641 Mflops = 225.480025236641 Gflops = 0.225480025236641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015124 s
InvBiCGStab: k = 120 resid = 1.06356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.529164(s) Flops=790382592 => 1493.64392135519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215062.746987992 Mflops = 215.062746987991 Gflops = 0.215062746987991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001337443 Relative Rsd = 5.86120149637619e-07
BICGSTAB_SOLVER_TIME: 0.934343 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152892999999999
Monitoring force
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.102958(s) Flops=1786503168 => 1619.73816591384 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233428.359435822 Mflops = 233.428359435822 Gflops = 0.233428359435822 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013313 s
InvBiCGStab: k = 29 resid = 1.824697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107463(s) Flops=193259520 => 1798.3819547193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258871.447704087 Mflops = 258.871447704087 Gflops = 0.258871447704087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019733 s
InvBiCGStab: k = 52 resid = 1.0899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191597(s) Flops=344180736 => 1796.37852367208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258599.400103274 Mflops = 258.599400103274 Gflops = 0.258599400103274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007435294 Relative Rsd = 3.25843787665074e-07
BICGSTAB_SOLVER_TIME: 0.335953 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016505 s
InvBiCGStab: k = 95 resid = 1.244804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347475(s) Flops=626337792 => 1802.54059140945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.380165335 Mflops = 259.527380165335 Gflops = 0.259527380165335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.02435 s
InvBiCGStab: k = 127 resid = 1.123412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.489513(s) Flops=836315136 => 1708.4635872796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245991.055089873 Mflops = 245.991055089873 Gflops = 0.245991055089873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 222 iterations. Rsd = 0.001424243 Relative Rsd = 6.241590499104e-07
BICGSTAB_SOLVER_TIME: 0.881861 sec
2Flav::invert,  n_count = 222
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166129999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019966 s
InvBiCGStab: k = 66 resid = 2.081975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245554(s) Flops=436045824 => 1775.76347361476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255649.02090083 Mflops = 255.64902090083 Gflops = 0.25564902090083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028853 s
InvBiCGStab: k = 104 resid = 8.879894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393483(s) Flops=685393920 => 1741.86412119456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250794.028897992 Mflops = 250.794028897992 Gflops = 0.250794028897992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001220151 Relative Rsd = 5.34718011835448e-07
BICGSTAB_SOLVER_TIME: 0.69168 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023952 s
InvBiCGStab: k = 76 resid = 2.203378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290108(s) Flops=501663744 => 1729.23098983827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248969.660455912 Mflops = 248.969660455912 Gflops = 0.248969660455912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033748 s
InvBiCGStab: k = 111 resid = 1.054703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406474(s) Flops=731326464 => 1799.19616998873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259047.364576886 Mflops = 259.047364576886 Gflops = 0.259047364576886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001307356 Relative Rsd = 5.72934913107493e-07
BICGSTAB_SOLVER_TIME: 0.75808 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14312
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027641 s
InvBiCGStab: k = 79 resid = 1.539573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299213(s) Flops=521349120 => 1742.40129940878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250846.677473349 Mflops = 250.846677473349 Gflops = 0.250846677473349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.042949 s
InvBiCGStab: k = 111 resid = 1.133825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.493101(s) Flops=731326464 => 1483.11697603534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213510.034497044 Mflops = 213.510034497044 Gflops = 0.213510034497044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001264685 Relative Rsd = 5.54234808701939e-07
BICGSTAB_SOLVER_TIME: 0.868125 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145969
Monitoring force
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.335369(s) Flops=1811128320 => 1356.27554630967 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195324.878773986 Mflops = 195.324878773986 Gflops = 0.195324878773986 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201643000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.413279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032452 s
InvBiCGStab: k = 28 resid = 1.892707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104605(s) Flops=186697728 => 1784.78780173032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256889.450981085 Mflops = 256.889450981085 Gflops = 0.256889450981085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044606 s
InvBiCGStab: k = 65 resid = 9.958782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240851(s) Flops=429484032 => 1783.19389165916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256697.218313823 Mflops = 256.697218313823 Gflops = 0.256697218313823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0008736135 Relative Rsd = 3.82851783535331e-07
BICGSTAB_SOLVER_TIME: 0.426472 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.078103
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036966 s
InvBiCGStab: k = 73 resid = 1.934702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268164(s) Flops=481978368 => 1797.32688951537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258775.527852684 Mflops = 258.775527852684 Gflops = 0.258775527852684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050545 s
InvBiCGStab: k = 89 resid = 8.233461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32621(s) Flops=586967040 => 1799.35330002146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259062.589939668 Mflops = 259.062589939668 Gflops = 0.259062589939668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001191993 Relative Rsd = 5.22378139752956e-07
BICGSTAB_SOLVER_TIME: 0.685774 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041704 s
InvBiCGStab: k = 72 resid = 2.067849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264307(s) Flops=475416576 => 1798.72866023223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258964.495024846 Mflops = 258.964495024846 Gflops = 0.258964495024846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 100 resid = 1.13267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366952(s) Flops=659146752 => 1796.27513135233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258620.607876215 Mflops = 258.620607876215 Gflops = 0.258620607876215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001251194 Relative Rsd = 5.48322410363267e-07
BICGSTAB_SOLVER_TIME: 0.733612 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 75 resid = 1.797842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274848(s) Flops=495101952 => 1801.36639888229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.155860869 Mflops = 259.352155860868 Gflops = 0.259352155860869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 102 resid = 8.697313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373129(s) Flops=672270336 => 1801.71022890207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259396.523343055 Mflops = 259.396523343055 Gflops = 0.259396523343055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001239819 Relative Rsd = 5.43337311010725e-07
BICGSTAB_SOLVER_TIME: 0.749793 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 64 resid = 2.115867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236779(s) Flops=422922240 => 1786.14758910207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257152.821393544 Mflops = 257.152821393544 Gflops = 0.257152821393544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057075 s
InvBiCGStab: k = 108 resid = 8.887521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396373(s) Flops=711641088 => 1795.38234945367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258493.29390632 Mflops = 258.49329390632 Gflops = 0.25849329390632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001193748 Relative Rsd = 5.23147130599014e-07
BICGSTAB_SOLVER_TIME: 0.735267 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136418
Monitoring force
num_pf = 1
MInvCG2: 284 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.224935(s) Flops=1823588352 => 1488.72254609428 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214364.789576425 Mflops = 214.364789576425 Gflops = 0.214364789576425 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203472000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.549206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021077
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042508 s
InvBiCGStab: k = 38 resid = 2.186497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141647(s) Flops=252315648 => 1781.29891914407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256434.152071461 Mflops = 256.434152071461 Gflops = 0.256434152071461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057722 s
InvBiCGStab: k = 67 resid = 1.1224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247804(s) Flops=442607616 => 1786.11973979435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257139.753294788 Mflops = 257.139753294788 Gflops = 0.257139753294788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 105 iterations. Rsd = 0.0007262845 Relative Rsd = 3.18286423370756e-07
BICGSTAB_SOLVER_TIME: 0.493423 sec
2Flav::invert,  n_count = 105
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0888670000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 69 resid = 2.000809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256185(s) Flops=455731200 => 1778.9144563499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256117.117823376 Mflops = 256.117117823376 Gflops = 0.256117117823376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 98 resid = 9.786343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36168(s) Flops=646023168 => 1786.17332448573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257164.253010048 Mflops = 257.164253010048 Gflops = 0.257164253010048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001260972 Relative Rsd = 5.52607494894687e-07
BICGSTAB_SOLVER_TIME: 0.719309 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 68 resid = 2.222875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250053(s) Flops=449169408 => 1796.29681707478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.416421742 Mflops = 258.608416421742 Gflops = 0.258608416421742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056581 s
InvBiCGStab: k = 94 resid = 1.02443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344572(s) Flops=619776000 => 1798.68358427266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258966.746567853 Mflops = 258.966746567853 Gflops = 0.258966746567853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001211023 Relative Rsd = 5.30717708495742e-07
BICGSTAB_SOLVER_TIME: 0.696207 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041609 s
InvBiCGStab: k = 80 resid = 1.92932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293479(s) Flops=527910912 => 1798.80302168128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258989.143173219 Mflops = 258.989143173219 Gflops = 0.258989143173219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 95 resid = 1.041435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356255(s) Flops=626337792 => 1758.11649520708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253136.919169096 Mflops = 253.136919169096 Gflops = 0.253136919169096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001215746 Relative Rsd = 5.3278780552816e-07
BICGSTAB_SOLVER_TIME: 0.751638 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041343 s
InvBiCGStab: k = 80 resid = 1.113253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296274(s) Flops=527910912 => 1781.83341096418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256541.847076102 Mflops = 256.541847076102 Gflops = 0.256541847076102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057097 s
InvBiCGStab: k = 94 resid = 1.011048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34718(s) Flops=619776000 => 1785.17195690996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257025.200928408 Mflops = 257.025200928408 Gflops = 0.257025200928408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001244274 Relative Rsd = 5.4528981208347e-07
BICGSTAB_SOLVER_TIME: 0.745737 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138025
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.141475(s) Flops=1829707776 => 1602.93285091658 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230851.074888042 Mflops = 230.851074888042 Gflops = 0.230851074888042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203966000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.425248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.989386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.025037(s) Flops=1499056128 => 1462.44099286172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210578.468661941 Mflops = 210.578468661941 Gflops = 0.210578468661941 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 290 resid = 9.556679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.13419(s) Flops=1905887232 => 1680.39502376145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241968.672779785 Mflops = 241.968672779785 Gflops = 0.241968672779785 Tflops
BICGSTAB_SOLVER: 518 iterations. Rsd = 0.002243513 Relative Rsd = 9.8731626365985e-07
BICGSTAB_SOLVER_TIME: 2.162712 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.11604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.370117999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.080224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766787(s) Flops=1374382080 => 1792.39095081163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258066.355412171 Mflops = 258.066355412171 Gflops = 0.258066355412171 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 7.791312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887591(s) Flops=1597483008 => 1799.79631158946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259161.122666273 Mflops = 259.161122666273 Gflops = 0.259161122666273 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002158359 Relative Rsd = 9.4776387546686e-07
BICGSTAB_SOLVER_TIME: 1.657662 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.114998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323169999999998
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.123165(s) Flops=1829707776 => 1629.06409654859 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234567.17364376 Mflops = 234.56717364376 Gflops = 0.23456717364376 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204939000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.372917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04421 s
InvBiCGStab: k = 35 resid = 1.528798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137396(s) Flops=232630272 => 1693.13715100876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243728.97996313 Mflops = 243.72897996313 Gflops = 0.24372897996313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059127 s
InvBiCGStab: k = 62 resid = 1.031884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243529(s) Flops=409798656 => 1682.7509495789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242246.098161713 Mflops = 242.246098161713 Gflops = 0.242246098161713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007992789 Relative Rsd = 3.50275432414921e-07
BICGSTAB_SOLVER_TIME: 0.488215 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 89 resid = 2.151805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32641(s) Flops=586967040 => 1798.25078888514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258907.15392526 Mflops = 258.90715392526 Gflops = 0.25890715392526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 134 resid = 1.08011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.591829(s) Flops=882247680 => 1490.71383794981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214640.143304509 Mflops = 214.640143304509 Gflops = 0.214640143304509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 223 iterations. Rsd = 0.001380116 Relative Rsd = 6.04821019309722e-07
BICGSTAB_SOLVER_TIME: 1.020742 sec
2Flav::invert,  n_count = 223
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172650999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048873 s
InvBiCGStab: k = 71 resid = 1.870479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317451(s) Flops=468854784 => 1476.93591766918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212637.094219055 Mflops = 212.637094219055 Gflops = 0.212637094219055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069804 s
InvBiCGStab: k = 105 resid = 1.050407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.478463(s) Flops=691955712 => 1446.20526979098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208220.430385921 Mflops = 208.220430385921 Gflops = 0.208220430385921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00124233 Relative Rsd = 5.44437764307977e-07
BICGSTAB_SOLVER_TIME: 0.918496 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 79 resid = 8.868276e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289643(s) Flops=521349120 => 1799.97141308438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.053983533 Mflops = 259.150053983533 Gflops = 0.259150053983533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055848 s
InvBiCGStab: k = 106 resid = 6.572296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444902(s) Flops=698517504 => 1570.04801956386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226051.380157866 Mflops = 226.051380157866 Gflops = 0.226051380157866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.00126157 Relative Rsd = 5.52869624196554e-07
BICGSTAB_SOLVER_TIME: 0.840118 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145646999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04174 s
InvBiCGStab: k = 80 resid = 2.087824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295642(s) Flops=527910912 => 1785.64247299098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257093.075899416 Mflops = 257.093075899416 Gflops = 0.257093075899416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 95 resid = 1.138261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349832(s) Flops=626337792 => 1790.39593862197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257771.121209966 Mflops = 257.771121209966 Gflops = 0.257771121209966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001254964 Relative Rsd = 5.49974620842241e-07
BICGSTAB_SOLVER_TIME: 0.747291 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13864
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.126986(s) Flops=1829634048 => 1623.47540075919 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233764.762671477 Mflops = 233.764762671477 Gflops = 0.233764762671477 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204628000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043256 s
InvBiCGStab: k = 35 resid = 1.916559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132992(s) Flops=232630272 => 1749.20500481232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251781.697094192 Mflops = 251.781697094192 Gflops = 0.251781697094192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056838 s
InvBiCGStab: k = 73 resid = 1.023665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270377(s) Flops=481978368 => 1782.61600653902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256629.855568907 Mflops = 256.629855568907 Gflops = 0.256629855568907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0008063567 Relative Rsd = 3.53377210790734e-07
BICGSTAB_SOLVER_TIME: 0.507357 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.090878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041867 s
InvBiCGStab: k = 91 resid = 2.222881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33503(s) Flops=600090624 => 1791.15489359162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257890.094370462 Mflops = 257.890094370462 Gflops = 0.257890094370462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057089 s
InvBiCGStab: k = 106 resid = 9.891243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398775(s) Flops=698517504 => 1751.65821327816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252203.317542595 Mflops = 252.203317542595 Gflops = 0.252203317542596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.00139865 Relative Rsd = 6.12943354388173e-07
BICGSTAB_SOLVER_TIME: 0.836604 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043073 s
InvBiCGStab: k = 81 resid = 2.277229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29908(s) Flops=534472704 => 1787.05598502073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257287.16687556 Mflops = 257.28716687556 Gflops = 0.25728716687556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 94 resid = 9.651261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3449(s) Flops=619776000 => 1796.97303566251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258716.479381775 Mflops = 258.716479381775 Gflops = 0.258716479381775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001240592 Relative Rsd = 5.43676017985248e-07
BICGSTAB_SOLVER_TIME: 0.747074 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044313 s
InvBiCGStab: k = 75 resid = 2.179137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275717(s) Flops=495101952 => 1795.68888389182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258537.849855828 Mflops = 258.537849855828 Gflops = 0.258537849855828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056791 s
InvBiCGStab: k = 104 resid = 8.172811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435501(s) Flops=685393920 => 1573.80561697907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226591.815429914 Mflops = 226.591815429914 Gflops = 0.226591815429914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001286764 Relative Rsd = 5.63910634874563e-07
BICGSTAB_SOLVER_TIME: 0.81614 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048472 s
InvBiCGStab: k = 82 resid = 2.004575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361435(s) Flops=541034496 => 1496.90676331844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215527.37975068 Mflops = 215.52737975068 Gflops = 0.21552737975068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064016 s
InvBiCGStab: k = 111 resid = 8.924631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.508934(s) Flops=731326464 => 1436.97702256088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206901.371770402 Mflops = 206.901371770402 Gflops = 0.206901371770402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.00137454 Relative Rsd = 6.02377523219233e-07
BICGSTAB_SOLVER_TIME: 0.986698 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151359999999999
Monitoring force
num_pf = 1
MInvCG2: 284 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.192515(s) Flops=1823514624 => 1529.13349014478 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220234.414619082 Mflops = 220.234414619082 Gflops = 0.220234414619082 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203626000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040986 s
InvBiCGStab: k = 44 resid = 2.183676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162527(s) Flops=291686400 => 1794.69503528644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.985699533 Mflops = 258.347985699533 Gflops = 0.258347985699533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05662 s
InvBiCGStab: k = 77 resid = 9.278381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282474(s) Flops=508225536 => 1799.19403555725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259014.628803987 Mflops = 259.014628803987 Gflops = 0.259014628803987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0008886621 Relative Rsd = 3.89446672091155e-07
BICGSTAB_SOLVER_TIME: 0.546475 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 69 resid = 2.26222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254058(s) Flops=455731200 => 1793.80771319935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.185443792 Mflops = 258.259185443792 Gflops = 0.258259185443793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 84 resid = 1.138031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308672(s) Flops=554158080 => 1795.29753265602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258455.313225022 Mflops = 258.455313225022 Gflops = 0.258455313225022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001192616 Relative Rsd = 5.22651288893126e-07
BICGSTAB_SOLVER_TIME: 0.664529 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041644 s
InvBiCGStab: k = 74 resid = 2.197727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272324(s) Flops=488540160 => 1793.96659861048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258278.783289863 Mflops = 258.278783289863 Gflops = 0.258278783289863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 104 resid = 1.151847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380929(s) Flops=685393920 => 1799.26947016373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.670191982 Mflops = 259.044670191982 Gflops = 0.259044670191982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001241331 Relative Rsd = 5.44000133877572e-07
BICGSTAB_SOLVER_TIME: 0.755046 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042001 s
InvBiCGStab: k = 78 resid = 1.846104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287319(s) Flops=514787328 => 1791.69260647573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257955.771569316 Mflops = 257.955771569316 Gflops = 0.257955771569316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 99 resid = 1.023984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36423(s) Flops=652584960 => 1791.68371633309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257954.502935419 Mflops = 257.954502935419 Gflops = 0.257954502935419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001265411 Relative Rsd = 5.54553006532952e-07
BICGSTAB_SOLVER_TIME: 0.753938 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042938 s
InvBiCGStab: k = 70 resid = 2.030327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271121(s) Flops=462292992 => 1705.11687401566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245486.84182348 Mflops = 245.48684182348 Gflops = 0.24548684182348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057271 s
InvBiCGStab: k = 103 resid = 1.138975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382359(s) Flops=678832128 => 1775.37897107169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255620.467478993 Mflops = 255.620467478993 Gflops = 0.255620467478993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001241107 Relative Rsd = 5.43901924670469e-07
BICGSTAB_SOLVER_TIME: 0.757743 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137276
Monitoring force
num_pf = 1
MInvCG2: 283 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.314771(s) Flops=1817100288 => 1382.06599324141 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199017.948410283 Mflops = 199.017948410283 Gflops = 0.199017948410283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202745000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 37 resid = 2.225321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137858(s) Flops=245753856 => 1782.65937413861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256604.104101744 Mflops = 256.604104101744 Gflops = 0.256604104101744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056855 s
InvBiCGStab: k = 71 resid = 3.758909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262082(s) Flops=468854784 => 1788.9621721446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257549.932199225 Mflops = 257.549932199225 Gflops = 0.257549932199225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0007880395 Relative Rsd = 3.4534987079988e-07
BICGSTAB_SOLVER_TIME: 0.502039 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.091172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040975 s
InvBiCGStab: k = 75 resid = 2.09573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275344(s) Flops=495101952 => 1798.12144807949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258865.917275696 Mflops = 258.865917275696 Gflops = 0.258865917275696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056448 s
InvBiCGStab: k = 101 resid = 1.025062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369811(s) Flops=665708544 => 1800.13180786943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259171.305130557 Mflops = 259.171305130557 Gflops = 0.259171305130557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001245267 Relative Rsd = 5.45724789589838e-07
BICGSTAB_SOLVER_TIME: 0.746491 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040925 s
InvBiCGStab: k = 72 resid = 2.171752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280824(s) Flops=475416576 => 1692.93427912144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243739.796029259 Mflops = 243.739796029259 Gflops = 0.243739796029259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059231 s
InvBiCGStab: k = 90 resid = 9.837336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344358(s) Flops=593528832 => 1723.58078511317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248156.353535758 Mflops = 248.156353535758 Gflops = 0.248156353535758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00117635 Relative Rsd = 5.15522882008326e-07
BICGSTAB_SOLVER_TIME: 0.729194 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12925
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 79 resid = 1.478745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291592(s) Flops=521349120 => 1787.94040988779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257412.217803971 Mflops = 257.412217803971 Gflops = 0.257412217803971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 104 resid = 1.104143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383503(s) Flops=685393920 => 1787.19311191829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257314.805140408 Mflops = 257.314805140408 Gflops = 0.257314805140408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001240071 Relative Rsd = 5.43447968553689e-07
BICGSTAB_SOLVER_TIME: 0.777 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 65 resid = 1.91162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239771(s) Flops=429484032 => 1791.22592807304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257879.336904418 Mflops = 257.879336904418 Gflops = 0.257879336904418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063403 s
InvBiCGStab: k = 95 resid = 1.002627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351345(s) Flops=626337792 => 1782.68594116894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256661.159334331 Mflops = 256.661159334331 Gflops = 0.256661159334331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001160732 Relative Rsd = 5.08678184942071e-07
BICGSTAB_SOLVER_TIME: 0.699739 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127863
Monitoring force
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109902(s) Flops=1804640256 => 1625.94558438493 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234119.561837717 Mflops = 234.119561837717 Gflops = 0.234119561837717 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201943000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.545991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021158
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 2.1953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854167(s) Flops=1479370752 => 1731.9455703627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249369.867987133 Mflops = 249.369867987133 Gflops = 0.249369867987133 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 7.200839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.002378(s) Flops=1794336768 => 1790.07995786021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257762.747582604 Mflops = 257.762747582604 Gflops = 0.257762747582604 Tflops
BICGSTAB_SOLVER: 498 iterations. Rsd = 0.002260289 Relative Rsd = 9.94750732292906e-07
BICGSTAB_SOLVER_TIME: 1.859935 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355823999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.209083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757304(s) Flops=1367820288 => 1806.17068970981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260074.236972067 Mflops = 260.074236972067 Gflops = 0.260074236972067 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.069673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873651(s) Flops=1577797632 => 1805.98160134882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260051.042052427 Mflops = 260.051042052427 Gflops = 0.260051042052427 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002123386 Relative Rsd = 9.32388011914085e-07
BICGSTAB_SOLVER_TIME: 1.634192 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320214999999999
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108392(s) Flops=1804640256 => 1628.16066517983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234437.24995757 Mflops = 234.43724995757 Gflops = 0.23443724995757 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201733000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042489 s
InvBiCGStab: k = 32 resid = 2.071897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120861(s) Flops=212944896 => 1761.89917343064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253535.062898542 Mflops = 253.535062898542 Gflops = 0.253535062898542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070078 s
InvBiCGStab: k = 63 resid = 1.119745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286089(s) Flops=416360448 => 1455.35287270744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209522.955572749 Mflops = 209.522955572749 Gflops = 0.209522955572749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0008184111 Relative Rsd = 3.58659922304124e-07
BICGSTAB_SOLVER_TIME: 0.523821 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.081612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05113 s
InvBiCGStab: k = 102 resid = 2.131544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453608(s) Flops=672270336 => 1482.05132184618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213388.367170379 Mflops = 213.388367170379 Gflops = 0.213388367170379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061274 s
InvBiCGStab: k = 108 resid = 1.082263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.517305(s) Flops=711641088 => 1375.67022936179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198072.364226021 Mflops = 198.072364226021 Gflops = 0.198072364226021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001408325 Relative Rsd = 6.17183390228751e-07
BICGSTAB_SOLVER_TIME: 1.087105 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.07541 s
InvBiCGStab: k = 72 resid = 2.109431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26753(s) Flops=475416576 => 1777.05893170859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255853.078473141 Mflops = 255.853078473141 Gflops = 0.255853078473141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056965 s
InvBiCGStab: k = 95 resid = 8.84299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350371(s) Flops=626337792 => 1787.6416484241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257374.93011981 Mflops = 257.37493011981 Gflops = 0.25737493011981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.0012167 Relative Rsd = 5.33205896152684e-07
BICGSTAB_SOLVER_TIME: 0.754112 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 71 resid = 1.959423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262602(s) Flops=468854784 => 1785.4196997738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257045.125677334 Mflops = 257.045125677334 Gflops = 0.257045125677334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 106 resid = 9.273225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390517(s) Flops=698517504 => 1788.69934983624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257533.188826053 Mflops = 257.533188826053 Gflops = 0.257533188826053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.0012312 Relative Rsd = 5.39560261432204e-07
BICGSTAB_SOLVER_TIME: 0.754826 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 75 resid = 2.1385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27588(s) Flops=495101952 => 1794.62792518486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.347892905 Mflops = 258.371347892905 Gflops = 0.258371347892906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056855 s
InvBiCGStab: k = 117 resid = 1.090718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429138(s) Flops=770697216 => 1795.91929868714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258579.251094664 Mflops = 258.579251094664 Gflops = 0.258579251094664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001228971 Relative Rsd = 5.38583577244787e-07
BICGSTAB_SOLVER_TIME: 0.806816 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150683999999999
Monitoring force
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.111162(s) Flops=1786060800 => 1607.38110194553 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231448.136129175 Mflops = 231.448136129175 Gflops = 0.231448136129175 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199496000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040677 s
InvBiCGStab: k = 37 resid = 1.436194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137275(s) Flops=245753856 => 1790.23023857221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257700.530547844 Mflops = 257.700530547844 Gflops = 0.257700530547844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 66 resid = 9.298558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243606(s) Flops=436045824 => 1789.96339991626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257683.380584025 Mflops = 257.683380584025 Gflops = 0.257683380584025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0007901776 Relative Rsd = 3.46286888671181e-07
BICGSTAB_SOLVER_TIME: 0.481707 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.087249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 88 resid = 1.990497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322517(s) Flops=580405248 => 1799.61133211583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259097.777251831 Mflops = 259.097777251831 Gflops = 0.259097777251831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05662 s
InvBiCGStab: k = 110 resid = 8.878569e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433204(s) Flops=724764672 => 1673.03319452267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240880.644910715 Mflops = 240.880644910715 Gflops = 0.240880644910715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001356929 Relative Rsd = 5.94659708038505e-07
BICGSTAB_SOLVER_TIME: 0.857301 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154790999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05308 s
InvBiCGStab: k = 64 resid = 1.747337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284098(s) Flops=422922240 => 1488.64912811776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214322.123988502 Mflops = 214.322123988502 Gflops = 0.214322123988502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067782 s
InvBiCGStab: k = 102 resid = 1.146777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458573(s) Flops=672270336 => 1466.00505481134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211129.359719744 Mflops = 211.129359719744 Gflops = 0.211129359719744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001219563 Relative Rsd = 5.34460321079565e-07
BICGSTAB_SOLVER_TIME: 0.868413 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046625 s
InvBiCGStab: k = 77 resid = 2.187115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391626(s) Flops=508225536 => 1297.73185641403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186846.828509977 Mflops = 186.846828509977 Gflops = 0.186846828509977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056983 s
InvBiCGStab: k = 92 resid = 1.1464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342902(s) Flops=606652416 => 1769.17141340675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254725.217633457 Mflops = 254.725217633457 Gflops = 0.254725217633457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001211607 Relative Rsd = 5.30973613629678e-07
BICGSTAB_SOLVER_TIME: 0.841965 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041602 s
InvBiCGStab: k = 71 resid = 2.24648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264243(s) Flops=468854784 => 1774.33189904747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255443.066185092 Mflops = 255.443066185092 Gflops = 0.255443066185092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 113 resid = 9.982399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418324(s) Flops=744450048 => 1779.60157198726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256222.146344702 Mflops = 256.222146344702 Gflops = 0.256222146344702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001279448 Relative Rsd = 5.60704321088176e-07
BICGSTAB_SOLVER_TIME: 0.784722 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144994
Monitoring force
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.086379(s) Flops=1767628800 => 1627.08299773836 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234321.799072337 Mflops = 234.321799072337 Gflops = 0.234321799072337 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197552000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041555 s
InvBiCGStab: k = 36 resid = 2.263858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133518(s) Flops=239192064 => 1791.45930885723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.21920417 Mflops = 257.85521920417 Gflops = 0.25785521920417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 66 resid = 1.101464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242478(s) Flops=436045824 => 1798.29025313637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.430362465 Mflops = 258.887430362465 Gflops = 0.258887430362465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0007600512 Relative Rsd = 3.33084331608166e-07
BICGSTAB_SOLVER_TIME: 0.477627 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.086615
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 71 resid = 1.5502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274337(s) Flops=468854784 => 1709.04684384534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246055.639169438 Mflops = 246.055639169438 Gflops = 0.246055639169438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060347 s
InvBiCGStab: k = 99 resid = 7.486167e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38674(s) Flops=652584960 => 1687.39970005689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242942.801340842 Mflops = 242.942801340842 Gflops = 0.242942801340842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001209716 Relative Rsd = 5.3014493199281e-07
BICGSTAB_SOLVER_TIME: 0.766339 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 65 resid = 2.213024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241152(s) Flops=429484032 => 1780.96815286624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256413.153884533 Mflops = 256.413153884533 Gflops = 0.256413153884533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 90 resid = 1.016443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332966(s) Flops=593528832 => 1782.5508670555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256641.587050794 Mflops = 256.641587050794 Gflops = 0.256641587050794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001221865 Relative Rsd = 5.35469197479803e-07
BICGSTAB_SOLVER_TIME: 0.675878 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046527 s
InvBiCGStab: k = 70 resid = 2.01175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298613(s) Flops=462292992 => 1548.13418036053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222892.668687308 Mflops = 222.892668687308 Gflops = 0.222892668687308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063267 s
InvBiCGStab: k = 96 resid = 9.137929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441278(s) Flops=632899584 => 1434.2423234333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206506.069318334 Mflops = 206.506069318334 Gflops = 0.206506069318334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00119296 Relative Rsd = 5.22801842332171e-07
BICGSTAB_SOLVER_TIME: 0.854522 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053194 s
InvBiCGStab: k = 68 resid = 2.107928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283466(s) Flops=449169408 => 1584.56184515956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228136.905532068 Mflops = 228.136905532068 Gflops = 0.228136905532068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068847 s
InvBiCGStab: k = 100 resid = 8.867005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464006(s) Flops=659146752 => 1420.55652728629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204533.300230407 Mflops = 204.533300230407 Gflops = 0.204533300230407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001206079 Relative Rsd = 5.28551238895937e-07
BICGSTAB_SOLVER_TIME: 0.87336 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.146495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142319
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.0804(s) Flops=1749049344 => 1618.89054424287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233103.018444015 Mflops = 233.103018444015 Gflops = 0.233103018444015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195361000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046499 s
InvBiCGStab: k = 40 resid = 2.267919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161545(s) Flops=265439232 => 1643.1287381225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236525.303002977 Mflops = 236.525303002977 Gflops = 0.236525303002977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059119 s
InvBiCGStab: k = 47 resid = 1.004227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177442(s) Flops=311371776 => 1754.78058182392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252617.448412674 Mflops = 252.617448412674 Gflops = 0.252617448412674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.000727202 Relative Rsd = 3.18688519924409e-07
BICGSTAB_SOLVER_TIME: 0.448328 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.075965
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046043 s
InvBiCGStab: k = 72 resid = 1.414785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268192(s) Flops=475416576 => 1772.67247345186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255223.4727782 Mflops = 255.2234727782 Gflops = 0.2552234727782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05681 s
InvBiCGStab: k = 104 resid = 9.7565e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387905(s) Flops=685393920 => 1766.91179541383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254400.1707208 Mflops = 254.4001707208 Gflops = 0.2544001707208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001249238 Relative Rsd = 5.47465311828551e-07
BICGSTAB_SOLVER_TIME: 0.763003 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042931 s
InvBiCGStab: k = 64 resid = 2.225295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245106(s) Flops=422922240 => 1725.46669604171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248407.473091361 Mflops = 248.407473091361 Gflops = 0.248407473091361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057079 s
InvBiCGStab: k = 106 resid = 6.042706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404682(s) Flops=698517504 => 1726.08987797826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248507.81171965 Mflops = 248.50781171965 Gflops = 0.24850781171965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001179418 Relative Rsd = 5.16867404316892e-07
BICGSTAB_SOLVER_TIME: 0.753614 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041694 s
InvBiCGStab: k = 77 resid = 1.067848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285617(s) Flops=508225536 => 1779.39526008606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256187.876355501 Mflops = 256.187876355501 Gflops = 0.256187876355501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058125 s
InvBiCGStab: k = 93 resid = 9.553892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351662(s) Flops=613214208 => 1743.76022430629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251053.402762837 Mflops = 251.053402762837 Gflops = 0.251053402762837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.00120365 Relative Rsd = 5.27486651090942e-07
BICGSTAB_SOLVER_TIME: 0.7409 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 83 resid = 9.981453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30461(s) Flops=547596288 => 1797.69635927908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258814.794532493 Mflops = 258.814794532493 Gflops = 0.258814794532493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057743 s
InvBiCGStab: k = 97 resid = 7.140409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41596(s) Flops=639461376 => 1537.31458794115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221329.447588341 Mflops = 221.329447588341 Gflops = 0.221329447588341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001191593 Relative Rsd = 5.22202995748808e-07
BICGSTAB_SOLVER_TIME: 0.826244 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142003
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.301307(s) Flops=1730691072 => 1329.96369957281 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191505.08251634 Mflops = 191.50508251634 Gflops = 0.19150508251634 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192750000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021896
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 1.51458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.001243(s) Flops=1754966016 => 1752.78730138438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252412.31417295 Mflops = 252.41231417295 Gflops = 0.25241231417295 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 1.007875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.005435(s) Flops=1781213184 => 1771.5846215817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255099.520251473 Mflops = 255.099520251473 Gflops = 0.255099520251473 Tflops
BICGSTAB_SOLVER: 538 iterations. Rsd = 0.002181279 Relative Rsd = 9.60036287982164e-07
BICGSTAB_SOLVER_TIME: 2.010155 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.38421
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.168899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784755(s) Flops=1374382080 => 1751.35179769482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252199.343306448 Mflops = 252.199343306448 Gflops = 0.252199343306448 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 8.959241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927564(s) Flops=1623730176 => 1750.53168945755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252069.112705352 Mflops = 252.069112705352 Gflops = 0.252069112705352 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.002098468 Relative Rsd = 9.21427442303548e-07
BICGSTAB_SOLVER_TIME: 1.71565 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0.116351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325771999999999
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.102246(s) Flops=1730691072 => 1570.14956008005 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226083.297944447 Mflops = 226.083297944447 Gflops = 0.226083297944447 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193081000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.502121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045438 s
InvBiCGStab: k = 33 resid = 1.989416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122806(s) Flops=219506688 => 1787.42641239027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257283.99703982 Mflops = 257.28399703982 Gflops = 0.25728399703982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 64 resid = 8.075177e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236367(s) Flops=422922240 => 1789.26093744051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257601.368984448 Mflops = 257.601368984448 Gflops = 0.257601368984448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007700727 Relative Rsd = 3.37476119805381e-07
BICGSTAB_SOLVER_TIME: 0.46512 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042298 s
InvBiCGStab: k = 89 resid = 2.099904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327733(s) Flops=586967040 => 1790.99156935676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257856.108840014 Mflops = 257.856108840014 Gflops = 0.257856108840014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056979 s
InvBiCGStab: k = 128 resid = 9.778981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.472413(s) Flops=842876928 => 1784.19503273619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256897.325465544 Mflops = 256.897325465544 Gflops = 0.256897325465544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.001385821 Relative Rsd = 6.07321145124826e-07
BICGSTAB_SOLVER_TIME: 0.903253 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168415999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040935 s
InvBiCGStab: k = 71 resid = 2.138957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260664(s) Flops=468854784 => 1798.69404290581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.026695309 Mflops = 258.958026695309 Gflops = 0.258958026695309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056173 s
InvBiCGStab: k = 99 resid = 1.083742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363151(s) Flops=652584960 => 1797.007195354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.516111169 Mflops = 258.727516111169 Gflops = 0.258727516111169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001254369 Relative Rsd = 5.49713920037932e-07
BICGSTAB_SOLVER_TIME: 0.72481 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041648 s
InvBiCGStab: k = 78 resid = 2.262128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288579(s) Flops=514787328 => 1783.86967866685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256837.498758969 Mflops = 256.837498758969 Gflops = 0.256837498758969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 99 resid = 1.129683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365777(s) Flops=652584960 => 1784.10605368845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256869.477764447 Mflops = 256.869477764447 Gflops = 0.256869477764447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001230931 Relative Rsd = 5.3944251241922e-07
BICGSTAB_SOLVER_TIME: 0.756437 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 89 resid = 1.786964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326739(s) Flops=586967040 => 1796.44009438726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258646.084118546 Mflops = 258.646084118546 Gflops = 0.258646084118546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 105 resid = 9.871328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385361(s) Flops=691955712 => 1795.60389349208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258525.059651576 Mflops = 258.525059651576 Gflops = 0.258525059651576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001302527 Relative Rsd = 5.70818593975523e-07
BICGSTAB_SOLVER_TIME: 0.813505 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152200999999999
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072084(s) Flops=1724424192 => 1608.47861921267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231664.433059545 Mflops = 231.664433059545 Gflops = 0.231664433059545 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192496000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048175 s
InvBiCGStab: k = 33 resid = 2.200579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144118(s) Flops=219506688 => 1523.10390097004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219259.53594095 Mflops = 219.25953594095 Gflops = 0.21925953594095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063241 s
InvBiCGStab: k = 70 resid = 1.079542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319015(s) Flops=462292992 => 1449.12619155839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208642.592417641 Mflops = 208.642592417641 Gflops = 0.208642592417641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0008598539 Relative Rsd = 3.768217637281e-07
BICGSTAB_SOLVER_TIME: 0.578982 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.08724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049307 s
InvBiCGStab: k = 87 resid = 1.970443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405216(s) Flops=573843456 => 1416.1421464108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203895.609799801 Mflops = 203.895609799801 Gflops = 0.203895609799801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066055 s
InvBiCGStab: k = 118 resid = 8.795864e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479643(s) Flops=777259008 => 1620.49484303951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233320.239774724 Mflops = 233.320239774724 Gflops = 0.233320239774724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001405432 Relative Rsd = 6.1591559864615e-07
BICGSTAB_SOLVER_TIME: 1.004092 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159794999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 78 resid = 2.213802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287732(s) Flops=514787328 => 1789.12087637107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257584.280979215 Mflops = 257.584280979215 Gflops = 0.257584280979215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056705 s
InvBiCGStab: k = 105 resid = 1.079283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387108(s) Flops=691955712 => 1787.50041848786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257357.72878099 Mflops = 257.35772878099 Gflops = 0.257357728780991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001240773 Relative Rsd = 5.43755707741868e-07
BICGSTAB_SOLVER_TIME: 0.776729 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041679 s
InvBiCGStab: k = 86 resid = 6.703706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317521(s) Flops=567281664 => 1786.59573382548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257227.20994387 Mflops = 257.22720994387 Gflops = 0.25722720994387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057348 s
InvBiCGStab: k = 109 resid = 9.312583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399145(s) Flops=718202880 => 1799.35331771662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.186290135 Mflops = 259.067186290135 Gflops = 0.259067186290135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001255563 Relative Rsd = 5.50237158286268e-07
BICGSTAB_SOLVER_TIME: 0.819511 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041323 s
InvBiCGStab: k = 80 resid = 2.20078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29367(s) Flops=527910912 => 1797.63309837573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258807.684399489 Mflops = 258.807684399489 Gflops = 0.258807684399489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057277 s
InvBiCGStab: k = 115 resid = 1.044422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42199(s) Flops=757573632 => 1795.24072134411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258480.09448607 Mflops = 258.48009448607 Gflops = 0.25848009448607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001345803 Relative Rsd = 5.8978393976691e-07
BICGSTAB_SOLVER_TIME: 0.818137 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152949
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05852(s) Flops=1718304768 => 1623.30874050561 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233749.364386832 Mflops = 233.749364386832 Gflops = 0.233749364386832 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191858000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041663 s
InvBiCGStab: k = 41 resid = 1.693654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151545(s) Flops=272001024 => 1794.85317232505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258362.106889509 Mflops = 258.362106889509 Gflops = 0.258362106889509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 67 resid = 9.976118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246555(s) Flops=442607616 => 1795.16787734988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258439.302813075 Mflops = 258.439302813075 Gflops = 0.258439302813074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0007627155 Relative Rsd = 3.34251924290637e-07
BICGSTAB_SOLVER_TIME: 0.499681 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.090885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047022 s
InvBiCGStab: k = 67 resid = 2.21308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298642(s) Flops=442607616 => 1482.06754575713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213375.100791117 Mflops = 213.375100791117 Gflops = 0.213375100791117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07503 s
InvBiCGStab: k = 101 resid = 8.728433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476726(s) Flops=665708544 => 1396.41753124436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201044.249141801 Mflops = 201.044249141801 Gflops = 0.201044249141801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001216042 Relative Rsd = 5.32917441681536e-07
BICGSTAB_SOLVER_TIME: 0.903232 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05992 s
InvBiCGStab: k = 62 resid = 2.215433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289533(s) Flops=409798656 => 1415.37806053196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203779.875381194 Mflops = 203.779875381194 Gflops = 0.203779875381194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067339 s
InvBiCGStab: k = 98 resid = 8.865941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432273(s) Flops=646023168 => 1494.47957193718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215175.419991109 Mflops = 215.175419991109 Gflops = 0.215175419991109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001170089 Relative Rsd = 5.12778942270757e-07
BICGSTAB_SOLVER_TIME: 0.852875 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065553 s
InvBiCGStab: k = 69 resid = 2.004182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25887(s) Flops=455731200 => 1760.46355313478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253460.48247284 Mflops = 253.46048247284 Gflops = 0.25346048247284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 102 resid = 9.141731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375195(s) Flops=672270336 => 1791.78916563387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257975.559259457 Mflops = 257.975559259457 Gflops = 0.257975559259457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001208888 Relative Rsd = 5.29782297684193e-07
BICGSTAB_SOLVER_TIME: 0.760066 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041964 s
InvBiCGStab: k = 68 resid = 2.046102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264308(s) Flops=449169408 => 1699.41662000393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244662.021729283 Mflops = 244.662021729283 Gflops = 0.244662021729283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059966 s
InvBiCGStab: k = 94 resid = 6.968529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359356(s) Flops=619776000 => 1724.6852703169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248302.362435055 Mflops = 248.302362435055 Gflops = 0.248302362435055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001158282 Relative Rsd = 5.07604771062879e-07
BICGSTAB_SOLVER_TIME: 0.729487 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129355
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072825(s) Flops=1730838528 => 1613.34656444434 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232312.467895086 Mflops = 232.312467895086 Gflops = 0.232312467895086 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193225000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041286 s
InvBiCGStab: k = 31 resid = 2.258603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115036(s) Flops=206383104 => 1794.07406377134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258228.130308828 Mflops = 258.228130308828 Gflops = 0.258228130308828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 67 resid = 9.556746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245819(s) Flops=442607616 => 1800.54274079709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.182183033 Mflops = 259.209182183033 Gflops = 0.259209182183033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.000816499 Relative Rsd = 3.5782195543313e-07
BICGSTAB_SOLVER_TIME: 0.462351 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046134 s
InvBiCGStab: k = 69 resid = 2.128364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254105(s) Flops=455731200 => 1793.47592530647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258200.39203996 Mflops = 258.20039203996 Gflops = 0.25820039203996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 114 resid = 8.332082e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41869(s) Flops=751011840 => 1793.71812080537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258260.117431429 Mflops = 258.260117431429 Gflops = 0.258260117431429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001222695 Relative Rsd = 5.35832954179358e-07
BICGSTAB_SOLVER_TIME: 0.779037 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041475 s
InvBiCGStab: k = 78 resid = 1.776895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286644(s) Flops=514787328 => 1795.91175116172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258552.781344339 Mflops = 258.552781344339 Gflops = 0.258552781344339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 89 resid = 1.077502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336494(s) Flops=586967040 => 1744.36108816205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251137.385970841 Mflops = 251.137385970841 Gflops = 0.251137385970841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.00113041 Relative Rsd = 4.95390147605549e-07
BICGSTAB_SOLVER_TIME: 0.725328 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055872 s
InvBiCGStab: k = 75 resid = 2.17576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343578(s) Flops=495101952 => 1441.017620453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207474.805203423 Mflops = 207.474805203424 Gflops = 0.207474805203424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072578 s
InvBiCGStab: k = 93 resid = 1.060769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45002(s) Flops=613214208 => 1362.63767832541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196193.510358592 Mflops = 196.193510358593 Gflops = 0.196193510358593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001202245 Relative Rsd = 5.26871172714584e-07
BICGSTAB_SOLVER_TIME: 0.926328 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047788 s
InvBiCGStab: k = 70 resid = 1.810409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310633(s) Flops=462292992 => 1488.22884883448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214268.486984918 Mflops = 214.268486984918 Gflops = 0.214268486984918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073738 s
InvBiCGStab: k = 89 resid = 1.127137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353617(s) Flops=586967040 => 1659.89485799608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238963.777590679 Mflops = 238.963777590679 Gflops = 0.238963777590679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001114 Relative Rsd = 4.88198631739353e-07
BICGSTAB_SOLVER_TIME: 0.789613 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127553
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.229838(s) Flops=1743224832 => 1417.44264854395 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204169.501049676 Mflops = 204.169501049676 Gflops = 0.204169501049676 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195234000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 2.230247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927439(s) Flops=1610606592 => 1736.61727833313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250042.471648769 Mflops = 250.042471648769 Gflops = 0.250042471648769 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 8.28875e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940283(s) Flops=1689348096 => 1796.63792283812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258708.02137174 Mflops = 258.70802137174 Gflops = 0.258708021371739 Tflops
BICGSTAB_SOLVER: 502 iterations. Rsd = 0.002110622 Relative Rsd = 9.29008836180093e-07
BICGSTAB_SOLVER_TIME: 1.871145 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0.115167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.358959999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 6.29893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837422(s) Flops=1413752832 => 1688.22031425016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243081.376577904 Mflops = 243.081376577904 Gflops = 0.243081376577904 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.216068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.040945(s) Flops=1551550464 => 1490.52107844315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214628.115188653 Mflops = 214.628115188653 Gflops = 0.214628115188653 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002112738 Relative Rsd = 9.27681956205639e-07
BICGSTAB_SOLVER_TIME: 1.881727 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.130084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321840999999998
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.186554(s) Flops=1743224832 => 1469.14917652294 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211543.013908589 Mflops = 211.543013908589 Gflops = 0.211543013908589 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194312000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042122 s
InvBiCGStab: k = 26 resid = 2.201031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097145(s) Flops=173574144 => 1786.753245149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257150.353382406 Mflops = 257.150353382406 Gflops = 0.257150353382406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057122 s
InvBiCGStab: k = 65 resid = 6.150706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23955(s) Flops=429484032 => 1792.87844708829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258106.586446824 Mflops = 258.106586446824 Gflops = 0.258106586446824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007334708 Relative Rsd = 3.21435724799253e-07
BICGSTAB_SOLVER_TIME: 0.439775 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.078909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041727 s
InvBiCGStab: k = 84 resid = 2.06015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308873(s) Flops=554158080 => 1794.12923758308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258309.403874431 Mflops = 258.309403874431 Gflops = 0.258309403874431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 107 resid = 1.148666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392612(s) Flops=705079296 => 1795.86792049148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258562.51201906 Mflops = 258.56251201906 Gflops = 0.25856251201906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001320694 Relative Rsd = 5.78780172060946e-07
BICGSTAB_SOLVER_TIME: 0.80331 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149961
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 65 resid = 2.279821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24105(s) Flops=429484032 => 1781.7217672682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256510.493401468 Mflops = 256.510493401468 Gflops = 0.256510493401468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 101 resid = 1.079749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370954(s) Flops=665708544 => 1794.5851615025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258380.261300707 Mflops = 258.380261300707 Gflops = 0.258380261300707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001204725 Relative Rsd = 5.27957902231726e-07
BICGSTAB_SOLVER_TIME: 0.71366 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041718 s
InvBiCGStab: k = 79 resid = 1.324745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306833(s) Flops=521349120 => 1699.1298849863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244643.254062094 Mflops = 244.643254062094 Gflops = 0.244643254062094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069633 s
InvBiCGStab: k = 92 resid = 1.029677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402501(s) Flops=606652416 => 1507.20722681434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217007.918037808 Mflops = 217.007918037808 Gflops = 0.217007918037808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001232166 Relative Rsd = 5.39983759940339e-07
BICGSTAB_SOLVER_TIME: 0.824604 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135773
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048978 s
InvBiCGStab: k = 73 resid = 2.095209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313715(s) Flops=481978368 => 1536.35741995123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221205.486850797 Mflops = 221.205486850797 Gflops = 0.221205486850797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061315 s
InvBiCGStab: k = 96 resid = 1.056456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45983(s) Flops=632899584 => 1376.3773220538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198171.315230875 Mflops = 198.171315230875 Gflops = 0.198171315230875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001187451 Relative Rsd = 5.20387579423848e-07
BICGSTAB_SOLVER_TIME: 0.888121 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134295
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.125974(s) Flops=1749491712 => 1553.75853438889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223727.375513393 Mflops = 223.727375513393 Gflops = 0.223727375513393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195260000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041649 s
InvBiCGStab: k = 39 resid = 1.243988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144094(s) Flops=258877440 => 1796.58722778186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.711871954 Mflops = 258.594711871954 Gflops = 0.258594711871954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 70 resid = 6.856559e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257276(s) Flops=462292992 => 1796.87569769431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258694.566957489 Mflops = 258.694566957489 Gflops = 0.258694566957489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0008507137 Relative Rsd = 3.72816180049206e-07
BICGSTAB_SOLVER_TIME: 0.503344 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.091725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041392 s
InvBiCGStab: k = 91 resid = 1.864356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334748(s) Flops=600090624 => 1792.66380680392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258103.960046087 Mflops = 258.103960046087 Gflops = 0.258103960046087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 123 resid = 6.86289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450146(s) Flops=810067968 => 1799.56718042591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.977460974 Mflops = 259.103977460974 Gflops = 0.259103977460974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001376534 Relative Rsd = 6.03251202529174e-07
BICGSTAB_SOLVER_TIME: 0.88633 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166309999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 77 resid = 2.221319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284099(s) Flops=508225536 => 1788.9029387643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257556.442834687 Mflops = 257.556442834687 Gflops = 0.257556442834687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056282 s
InvBiCGStab: k = 96 resid = 1.1502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353573(s) Flops=632899584 => 1790.01106984979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257718.563878655 Mflops = 257.718563878655 Gflops = 0.257718563878655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001244743 Relative Rsd = 5.45495311660722e-07
BICGSTAB_SOLVER_TIME: 0.738529 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045961 s
InvBiCGStab: k = 79 resid = 1.929379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375023(s) Flops=521349120 => 1390.17905568458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200166.762270829 Mflops = 200.166762270829 Gflops = 0.200166762270829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065152 s
InvBiCGStab: k = 94 resid = 1.062795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424156(s) Flops=619776000 => 1461.19823838399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210382.503790265 Mflops = 210.382503790265 Gflops = 0.210382503790265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001251122 Relative Rsd = 5.48290779345914e-07
BICGSTAB_SOLVER_TIME: 0.915575 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057668 s
InvBiCGStab: k = 68 resid = 2.099217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309081(s) Flops=449169408 => 1453.24173274967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209223.557195981 Mflops = 209.223557195981 Gflops = 0.209223557195981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066834 s
InvBiCGStab: k = 100 resid = 1.005271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.490339(s) Flops=659146752 => 1344.26743946535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193548.264962327 Mflops = 193.548264962327 Gflops = 0.193548264962327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001246103 Relative Rsd = 5.46091454302279e-07
BICGSTAB_SOLVER_TIME: 0.927744 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133601
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081045(s) Flops=1749491712 => 1618.33384549209 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233079.615286696 Mflops = 233.079615286696 Gflops = 0.233079615286696 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194962000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042451 s
InvBiCGStab: k = 43 resid = 1.37537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159047(s) Flops=285124608 => 1792.7066087383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258051.760688405 Mflops = 258.051760688405 Gflops = 0.258051760688405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056406 s
InvBiCGStab: k = 50 resid = 1.032441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184245(s) Flops=331057152 => 1796.8311324595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258656.243629673 Mflops = 258.656243629673 Gflops = 0.258656243629673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.000755704 Relative Rsd = 3.31179200534795e-07
BICGSTAB_SOLVER_TIME: 0.445922 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044058 s
InvBiCGStab: k = 68 resid = 2.217397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266531(s) Flops=449169408 => 1685.24264719676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242618.60494065 Mflops = 242.61860494065 Gflops = 0.24261860494065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 85 resid = 8.840337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32449(s) Flops=560719872 => 1728.00355018645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248791.758348814 Mflops = 248.791758348814 Gflops = 0.248791758348814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001189411 Relative Rsd = 5.21246820704901e-07
BICGSTAB_SOLVER_TIME: 0.695427 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122765
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041604 s
InvBiCGStab: k = 67 resid = 2.162776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249387(s) Flops=442607616 => 1774.78223002803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255510.725447032 Mflops = 255.510725447032 Gflops = 0.255510725447032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 79 resid = 1.087112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295278(s) Flops=521349120 => 1765.62127893036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254194.883005389 Mflops = 254.194883005389 Gflops = 0.254194883005389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00120042 Relative Rsd = 5.26071112046643e-07
BICGSTAB_SOLVER_TIME: 0.646602 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047819 s
InvBiCGStab: k = 71 resid = 2.08507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30405(s) Flops=468854784 => 1542.03185002467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222047.151128804 Mflops = 222.047151128804 Gflops = 0.222047151128804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069011 s
InvBiCGStab: k = 102 resid = 8.864603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.472988(s) Flops=672270336 => 1421.32640997235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204643.066464462 Mflops = 204.643066464462 Gflops = 0.204643066464462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001216972 Relative Rsd = 5.33325175698765e-07
BICGSTAB_SOLVER_TIME: 0.897653 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044682 s
InvBiCGStab: k = 65 resid = 1.531812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283426(s) Flops=429484032 => 1515.33039311849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218170.366256652 Mflops = 218.170366256652 Gflops = 0.218170366256652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057017 s
InvBiCGStab: k = 87 resid = 1.077332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420473(s) Flops=573843456 => 1364.75696655909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196495.166205425 Mflops = 196.495166205425 Gflops = 0.196495166205425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001200163 Relative Rsd = 5.25958770917271e-07
BICGSTAB_SOLVER_TIME: 0.809452 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122306
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081297(s) Flops=1749417984 => 1617.88850241885 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232996.447120467 Mflops = 232.996447120467 Gflops = 0.232996447120467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195338000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040889 s
InvBiCGStab: k = 41 resid = 1.463917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152738(s) Flops=272001024 => 1780.83400332596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256357.306819653 Mflops = 256.357306819653 Gflops = 0.256357306819653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058026 s
InvBiCGStab: k = 59 resid = 8.855449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217938(s) Flops=390113280 => 1790.0195468436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257691.854005851 Mflops = 257.691854005851 Gflops = 0.257691854005851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007460513 Relative Rsd = 3.26948985614928e-07
BICGSTAB_SOLVER_TIME: 0.473356 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.085219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041691 s
InvBiCGStab: k = 67 resid = 2.277439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246046(s) Flops=442607616 => 1798.88157499004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258989.642531012 Mflops = 258.989642531012 Gflops = 0.258989642531012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057175 s
InvBiCGStab: k = 103 resid = 6.641168e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401767(s) Flops=678832128 => 1689.61643937904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243266.755879867 Mflops = 243.266755879867 Gflops = 0.243266755879867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001213506 Relative Rsd = 5.31806070581521e-07
BICGSTAB_SOLVER_TIME: 0.750484 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 67 resid = 2.246907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248042(s) Flops=442607616 => 1784.40593125358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256901.762041205 Mflops = 256.901762041205 Gflops = 0.256901762041205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056835 s
InvBiCGStab: k = 88 resid = 9.934105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347946(s) Flops=580405248 => 1668.09001396768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240162.172794345 Mflops = 240.162172794345 Gflops = 0.240162172794345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00113741 Relative Rsd = 4.98457897128822e-07
BICGSTAB_SOLVER_TIME: 0.69813 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051553 s
InvBiCGStab: k = 77 resid = 2.187484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341894(s) Flops=508225536 => 1486.50030711273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214021.341151278 Mflops = 214.021341151278 Gflops = 0.214021341151278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060905 s
InvBiCGStab: k = 98 resid = 9.934816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457784(s) Flops=646023168 => 1411.19647694109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203179.23654274 Mflops = 203.17923654274 Gflops = 0.20317923654274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001220242 Relative Rsd = 5.34757907731529e-07
BICGSTAB_SOLVER_TIME: 0.915968 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045667 s
InvBiCGStab: k = 66 resid = 2.030773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313208(s) Flops=436045824 => 1392.19248550484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200436.885624286 Mflops = 200.436885624286 Gflops = 0.200436885624286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06396 s
InvBiCGStab: k = 86 resid = 1.060332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355383(s) Flops=567281664 => 1596.25436219515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229822.352327835 Mflops = 229.822352327835 Gflops = 0.229822352327835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001123529 Relative Rsd = 4.92374538243136e-07
BICGSTAB_SOLVER_TIME: 0.782054 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122017
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.082343(s) Flops=1749344256 => 1616.25682061971 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232736.076300905 Mflops = 232.736076300905 Gflops = 0.232736076300905 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197315000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021162
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.089138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767911(s) Flops=1380943872 => 1798.31239818156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258878.798443381 Mflops = 258.878798443381 Gflops = 0.258878798443381 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.146982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844908(s) Flops=1525303296 => 1805.2892101862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.042298001 Mflops = 259.952042298001 Gflops = 0.259952042298001 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002053911 Relative Rsd = 9.04115295935653e-07
BICGSTAB_SOLVER_TIME: 1.616139 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316530999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.747698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898524(s) Flops=1308764160 => 1456.57117672984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209729.810606872 Mflops = 209.729810606872 Gflops = 0.209729810606872 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 8.441249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.117007(s) Flops=1649977344 => 1477.14145390315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212701.403147656 Mflops = 212.701403147656 Gflops = 0.212701403147656 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.002105034 Relative Rsd = 9.24287150688727e-07
BICGSTAB_SOLVER_TIME: 2.024928 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321207999999999
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104544(s) Flops=1749344256 => 1583.77054784599 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228055.363455129 Mflops = 228.055363455129 Gflops = 0.228055363455129 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195294000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 27 resid = 1.791376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100476(s) Flops=180135936 => 1792.82551056969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258022.54917626 Mflops = 258.02254917626 Gflops = 0.25802254917626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05666 s
InvBiCGStab: k = 47 resid = 1.144716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173241(s) Flops=311371776 => 1797.33305626266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258733.08235992 Mflops = 258.73308235992 Gflops = 0.25873308235992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007325098 Relative Rsd = 3.21014573108534e-07
BICGSTAB_SOLVER_TIME: 0.375502 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.066756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040925 s
InvBiCGStab: k = 105 resid = 1.882689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385028(s) Flops=691955712 => 1797.15686131918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.283930548 Mflops = 258.754283930548 Gflops = 0.258754283930548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056436 s
InvBiCGStab: k = 129 resid = 9.616562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.47244(s) Flops=849438720 => 1797.98221996444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258874.682800614 Mflops = 258.874682800614 Gflops = 0.258874682800614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 234 iterations. Rsd = 0.001407361 Relative Rsd = 6.16760759022704e-07
BICGSTAB_SOLVER_TIME: 0.958584 sec
2Flav::invert,  n_count = 234
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180356999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 75 resid = 1.177904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275729(s) Flops=495101952 => 1795.61073372768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258519.028637192 Mflops = 258.519028637192 Gflops = 0.258519028637192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056457 s
InvBiCGStab: k = 92 resid = 6.892509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418091(s) Flops=606652416 => 1451.0056805815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208912.598978997 Mflops = 208.912598978997 Gflops = 0.208912598978997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001183794 Relative Rsd = 5.18784856181699e-07
BICGSTAB_SOLVER_TIME: 0.795512 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042715 s
InvBiCGStab: k = 72 resid = 2.173692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316536(s) Flops=475416576 => 1501.9352490712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216236.397592589 Mflops = 216.236397592589 Gflops = 0.216236397592589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084279 s
InvBiCGStab: k = 102 resid = 9.743659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.478006(s) Flops=672270336 => 1406.40564344381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202533.472110071 Mflops = 202.533472110071 Gflops = 0.202533472110071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001238931 Relative Rsd = 5.42948249497288e-07
BICGSTAB_SOLVER_TIME: 0.925683 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062497 s
InvBiCGStab: k = 75 resid = 1.9404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35344(s) Flops=495101952 => 1400.80905387053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201680.804565645 Mflops = 201.680804565645 Gflops = 0.201680804565645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057109 s
InvBiCGStab: k = 91 resid = 1.079598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337208(s) Flops=600090624 => 1779.58596474579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256207.568407519 Mflops = 256.207568407519 Gflops = 0.256207568407519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00118325 Relative Rsd = 5.18546450142846e-07
BICGSTAB_SOLVER_TIME: 0.814067 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132233
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076555(s) Flops=1736810496 => 1613.3040076912 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232369.870044681 Mflops = 232.369870044681 Gflops = 0.232369870044681 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193768
CLOV_LINOP: Time spent in clov deriv (total) = 1.389732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041869 s
InvBiCGStab: k = 25 resid = 2.136078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09295(s) Flops=167012352 => 1796.79776223776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258583.900822957 Mflops = 258.583900822957 Gflops = 0.258583900822957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 63 resid = 1.146038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231527(s) Flops=416360448 => 1798.3235130244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258894.095489576 Mflops = 258.894095489576 Gflops = 0.258894095489576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0008128455 Relative Rsd = 3.56220864759619e-07
BICGSTAB_SOLVER_TIME: 0.426664 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.076693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041868 s
InvBiCGStab: k = 107 resid = 1.905733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392612(s) Flops=705079296 => 1795.86792049148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258569.362029075 Mflops = 258.569362029075 Gflops = 0.258569362029075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 122 resid = 1.151116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44733(s) Flops=803506176 => 1796.22689289786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258614.380955107 Mflops = 258.614380955107 Gflops = 0.258614380955107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 229 iterations. Rsd = 0.001397236 Relative Rsd = 6.12323692554681e-07
BICGSTAB_SOLVER_TIME: 0.94199 sec
2Flav::invert,  n_count = 229
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176879999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047622 s
InvBiCGStab: k = 64 resid = 1.891554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282913(s) Flops=422922240 => 1494.88443443744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215238.179487436 Mflops = 215.238179487436 Gflops = 0.215238179487436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08056 s
InvBiCGStab: k = 101 resid = 8.490027e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443443(s) Flops=665708544 => 1501.22686343002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216139.198665535 Mflops = 216.139198665535 Gflops = 0.216139198665535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001195124 Relative Rsd = 5.2375036471059e-07
BICGSTAB_SOLVER_TIME: 0.858496 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043183 s
InvBiCGStab: k = 72 resid = 2.119883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329195(s) Flops=475416576 => 1444.17921292851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207930.918080749 Mflops = 207.930918080749 Gflops = 0.207930918080749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072291 s
InvBiCGStab: k = 101 resid = 9.538576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446314(s) Flops=665708544 => 1491.56993506814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214756.712136489 Mflops = 214.756712136489 Gflops = 0.214756712136489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001207896 Relative Rsd = 5.29347677302214e-07
BICGSTAB_SOLVER_TIME: 0.89477 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041694 s
InvBiCGStab: k = 75 resid = 2.026633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277785(s) Flops=495101952 => 1782.32068686214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256606.143595795 Mflops = 256.606143595795 Gflops = 0.256606143595795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 101 resid = 8.891654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37193(s) Flops=665708544 => 1789.87590137929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257697.247641169 Mflops = 257.697247641169 Gflops = 0.257697247641169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001253407 Relative Rsd = 5.49292360205053e-07
BICGSTAB_SOLVER_TIME: 0.752216 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139077
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055966(s) Flops=1711890432 => 1621.16056009379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233454.240248924 Mflops = 233.454240248924 Gflops = 0.233454240248924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190982000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04139 s
InvBiCGStab: k = 37 resid = 2.13601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137627(s) Flops=245753856 => 1785.65147827098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257028.02342455 Mflops = 257.02802342455 Gflops = 0.25702802342455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059879 s
InvBiCGStab: k = 59 resid = 1.107387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231514(s) Flops=390113280 => 1685.05265340325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242565.582649074 Mflops = 242.565582649074 Gflops = 0.242565582649074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007615788 Relative Rsd = 3.33753761276218e-07
BICGSTAB_SOLVER_TIME: 0.474297 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.082611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042253 s
InvBiCGStab: k = 68 resid = 2.080248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251589(s) Flops=449169408 => 1785.33007404934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257027.07825401 Mflops = 257.02707825401 Gflops = 0.25702707825401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 90 resid = 1.097769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334244(s) Flops=593528832 => 1775.73518746784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255648.120624897 Mflops = 255.648120624897 Gflops = 0.255648120624897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001140152 Relative Rsd = 4.99659314592753e-07
BICGSTAB_SOLVER_TIME: 0.688648 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126687
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049701 s
InvBiCGStab: k = 75 resid = 1.287848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336977(s) Flops=495101952 => 1469.24553307793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211534.529489997 Mflops = 211.534529489997 Gflops = 0.211534529489997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060671 s
InvBiCGStab: k = 89 resid = 1.130592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391758(s) Flops=586967040 => 1498.28986261927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215713.261449083 Mflops = 215.713261449083 Gflops = 0.215713261449083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001181679 Relative Rsd = 5.17858016355498e-07
BICGSTAB_SOLVER_TIME: 0.844032 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043868 s
InvBiCGStab: k = 78 resid = 1.569904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337629(s) Flops=514787328 => 1524.7130074727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219525.160958564 Mflops = 219.525160958564 Gflops = 0.219525160958564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065306 s
InvBiCGStab: k = 84 resid = 1.060493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380946(s) Flops=554158080 => 1454.68932604621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209436.194337349 Mflops = 209.436194337349 Gflops = 0.209436194337349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001191975 Relative Rsd = 5.22370334034157e-07
BICGSTAB_SOLVER_TIME: 0.839853 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 66 resid = 1.934861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244221(s) Flops=436045824 => 1785.45589445625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257054.469039131 Mflops = 257.054469039131 Gflops = 0.257054469039131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056754 s
InvBiCGStab: k = 94 resid = 1.141638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346593(s) Flops=619776000 => 1788.19537613281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257451.929281884 Mflops = 257.451929281884 Gflops = 0.257451929281884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001180396 Relative Rsd = 5.1729585154871e-07
BICGSTAB_SOLVER_TIME: 0.692636 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128014
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055135(s) Flops=1705623552 => 1616.49793817853 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232773.192686894 Mflops = 232.773192686894 Gflops = 0.232773192686894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190448000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042183 s
InvBiCGStab: k = 38 resid = 2.232052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141123(s) Flops=252315648 => 1787.91301205332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257358.580759565 Mflops = 257.358580759565 Gflops = 0.257358580759565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056868 s
InvBiCGStab: k = 68 resid = 3.248097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251199(s) Flops=449169408 => 1788.10189531009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257430.856591588 Mflops = 257.430856591588 Gflops = 0.257430856591588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0007692542 Relative Rsd = 3.37117413865049e-07
BICGSTAB_SOLVER_TIME: 0.49518 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.089437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 71 resid = 1.995788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260646(s) Flops=468854784 => 1798.81825924818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.961845769 Mflops = 258.976961845769 Gflops = 0.258976961845769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 99 resid = 6.487935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37003(s) Flops=652584960 => 1763.60014052915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253916.280718144 Mflops = 253.916280718143 Gflops = 0.253916280718143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001211145 Relative Rsd = 5.30771379189701e-07
BICGSTAB_SOLVER_TIME: 0.732676 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058304 s
InvBiCGStab: k = 64 resid = 1.767039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296918(s) Flops=422922240 => 1424.37386753245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205071.332374688 Mflops = 205.071332374688 Gflops = 0.205071332374688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074948 s
InvBiCGStab: k = 82 resid = 1.147078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368759(s) Flops=541034496 => 1467.17638349166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211235.922738583 Mflops = 211.235922738583 Gflops = 0.211235922738583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001151131 Relative Rsd = 5.04470902509784e-07
BICGSTAB_SOLVER_TIME: 0.803139 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042102 s
InvBiCGStab: k = 76 resid = 2.099967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324445(s) Flops=501663744 => 1546.22122085407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222624.049112594 Mflops = 222.624049112594 Gflops = 0.222624049112594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060747 s
InvBiCGStab: k = 94 resid = 1.061666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387796(s) Flops=619776000 => 1598.20111605071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230105.494757861 Mflops = 230.105494757861 Gflops = 0.230105494757861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001209503 Relative Rsd = 5.30051926598239e-07
BICGSTAB_SOLVER_TIME: 0.818935 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13509
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041192 s
InvBiCGStab: k = 62 resid = 2.199272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228794(s) Flops=409798656 => 1791.12501201955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257858.285463692 Mflops = 257.858285463692 Gflops = 0.257858285463692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 100 resid = 9.428023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369072(s) Flops=659146752 => 1785.95708154506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257137.67650484 Mflops = 257.13767650484 Gflops = 0.25713767650484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00121742 Relative Rsd = 5.33521083935272e-07
BICGSTAB_SOLVER_TIME: 0.699471 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129381
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.08203(s) Flops=1730617344 => 1599.41715479238 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230368.276001259 Mflops = 230.368276001259 Gflops = 0.230368276001259 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193068000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.096274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844106(s) Flops=1525303296 => 1807.00444730875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260173.135583587 Mflops = 260.173135583587 Gflops = 0.260173135583587 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 263 resid = 1.054984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.081335(s) Flops=1728718848 => 1598.68944221726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230203.413184843 Mflops = 230.203413184843 Gflops = 0.230203413184843 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.002137111 Relative Rsd = 9.40814348278531e-07
BICGSTAB_SOLVER_TIME: 1.928892 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.124424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353639
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.264287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8466(s) Flops=1210337280 => 1429.64479092842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205825.495568635 Mflops = 205.825495568635 Gflops = 0.205825495568635 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.129978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948488(s) Flops=1479370752 => 1559.71477973364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224591.91998359 Mflops = 224.59191998359 Gflops = 0.22459191998359 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002023484 Relative Rsd = 8.88472148871592e-07
BICGSTAB_SOLVER_TIME: 1.800366 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.132538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293683999999998
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.070367(s) Flops=1730617344 => 1616.84482425187 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232833.448902381 Mflops = 232.833448902381 Gflops = 0.232833448902381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193302000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041649 s
InvBiCGStab: k = 29 resid = 1.894227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10765(s) Flops=193259520 => 1795.25796562935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258406.294985102 Mflops = 258.406294985102 Gflops = 0.258406294985102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 51 resid = 1.004192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187623(s) Flops=337618944 => 1799.4539262244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.594876008 Mflops = 259.035594876008 Gflops = 0.259035594876008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000730493 Relative Rsd = 3.20130741262378e-07
BICGSTAB_SOLVER_TIME: 0.397494 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040975 s
InvBiCGStab: k = 83 resid = 1.845386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305214(s) Flops=547596288 => 1794.13882718355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258312.093655562 Mflops = 258.312093655562 Gflops = 0.258312093655562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 122 resid = 1.061893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447141(s) Flops=803506176 => 1796.98613189128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258714.24682601 Mflops = 258.71424682601 Gflops = 0.25871424682601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001352307 Relative Rsd = 5.92634200537e-07
BICGSTAB_SOLVER_TIME: 0.853789 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159684999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043552 s
InvBiCGStab: k = 70 resid = 1.520892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271564(s) Flops=462292992 => 1702.33533163453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245075.503580665 Mflops = 245.075503580665 Gflops = 0.245075503580665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060354 s
InvBiCGStab: k = 93 resid = 9.849706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388152(s) Flops=613214208 => 1579.83008718234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227442.490594702 Mflops = 227.442490594702 Gflops = 0.227442490594702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00114642 Relative Rsd = 5.02406111325437e-07
BICGSTAB_SOLVER_TIME: 0.770791 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043776 s
InvBiCGStab: k = 74 resid = 2.009523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365535(s) Flops=488540160 => 1336.50720177274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192426.756825139 Mflops = 192.426756825139 Gflops = 0.192426756825139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068996 s
InvBiCGStab: k = 94 resid = 1.09384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437558(s) Flops=619776000 => 1416.44307726061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203933.932042191 Mflops = 203.933932042191 Gflops = 0.203933932042191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001230656 Relative Rsd = 5.39322008446661e-07
BICGSTAB_SOLVER_TIME: 0.919838 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064714 s
InvBiCGStab: k = 79 resid = 2.038184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371624(s) Flops=521349120 => 1402.89410802316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201974.489571891 Mflops = 201.974489571891 Gflops = 0.201974489571891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073278 s
InvBiCGStab: k = 89 resid = 1.005227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330435(s) Flops=586967040 => 1776.34645240365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255743.619450371 Mflops = 255.743619450371 Gflops = 0.255743619450371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001216683 Relative Rsd = 5.33198447558275e-07
BICGSTAB_SOLVER_TIME: 0.84496 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133696
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104099(s) Flops=1743372288 => 1578.99997011138 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227385.714940364 Mflops = 227.385714940364 Gflops = 0.227385714940364 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194763000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041643 s
InvBiCGStab: k = 31 resid = 2.045802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115173(s) Flops=206383104 => 1791.9399859342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257925.693204923 Mflops = 257.925693204923 Gflops = 0.257925693204923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 67 resid = 7.921734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256492(s) Flops=442607616 => 1725.61957487953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248430.943201712 Mflops = 248.430943201712 Gflops = 0.248430943201712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008012705 Relative Rsd = 3.51148218913888e-07
BICGSTAB_SOLVER_TIME: 0.473509 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083866
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 92 resid = 1.992241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344534(s) Flops=606652416 => 1760.79114397998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253511.917181638 Mflops = 253.511917181638 Gflops = 0.253511917181638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 112 resid = 1.13661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427232(s) Flops=737888256 => 1727.13714328515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248677.230670235 Mflops = 248.677230670235 Gflops = 0.248677230670235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001382693 Relative Rsd = 6.0595055273583e-07
BICGSTAB_SOLVER_TIME: 0.873732 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159099999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044001 s
InvBiCGStab: k = 69 resid = 2.2392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316174(s) Flops=455731200 => 1441.39366298304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207506.185523853 Mflops = 207.506185523853 Gflops = 0.207506185523853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065383 s
InvBiCGStab: k = 93 resid = 8.648747e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405074(s) Flops=613214208 => 1513.83255405185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217948.661063794 Mflops = 217.948661063794 Gflops = 0.217948661063794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001151916 Relative Rsd = 5.04814915332379e-07
BICGSTAB_SOLVER_TIME: 0.834712 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04583 s
InvBiCGStab: k = 72 resid = 2.065452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326281(s) Flops=475416576 => 1457.07710838204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209790.741485961 Mflops = 209.790741485961 Gflops = 0.209790741485961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072169 s
InvBiCGStab: k = 110 resid = 1.053379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.513156(s) Flops=724764672 => 1412.36713981713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203350.613732751 Mflops = 203.350613732751 Gflops = 0.203350613732751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001275723 Relative Rsd = 5.59071956521702e-07
BICGSTAB_SOLVER_TIME: 0.961447 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041078 s
InvBiCGStab: k = 68 resid = 1.551656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262676(s) Flops=449169408 => 1709.97505672387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246182.219425999 Mflops = 246.182219425999 Gflops = 0.246182219425999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057182 s
InvBiCGStab: k = 95 resid = 9.331829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355241(s) Flops=626337792 => 1763.13486337444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253849.934810381 Mflops = 253.849934810381 Gflops = 0.253849934810381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001197123 Relative Rsd = 5.24626237784638e-07
BICGSTAB_SOLVER_TIME: 0.720088 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1299
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076343(s) Flops=1743814656 => 1620.12913727316 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233279.867973596 Mflops = 233.279867973596 Gflops = 0.233279867973596 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 29 resid = 2.009348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107248(s) Flops=193259520 => 1801.98716992391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259370.573371599 Mflops = 259.370573371599 Gflops = 0.259370573371599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056084 s
InvBiCGStab: k = 68 resid = 1.147039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251269(s) Flops=449169408 => 1787.6037553379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257348.951384255 Mflops = 257.348951384255 Gflops = 0.257348951384255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0008325558 Relative Rsd = 3.64858683385378e-07
BICGSTAB_SOLVER_TIME: 0.45938 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.083043
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 71 resid = 1.869246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26152(s) Flops=468854784 => 1792.80660752524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258104.654227361 Mflops = 258.104654227361 Gflops = 0.258104654227361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 83 resid = 1.081229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304601(s) Flops=547596288 => 1797.74947554342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258815.838700565 Mflops = 258.815838700565 Gflops = 0.258815838700565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00113699 Relative Rsd = 4.98273671961628e-07
BICGSTAB_SOLVER_TIME: 0.667319 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051868 s
InvBiCGStab: k = 62 resid = 2.218899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273636(s) Flops=409798656 => 1497.60505196685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215611.801258427 Mflops = 215.611801258427 Gflops = 0.215611801258427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066847 s
InvBiCGStab: k = 80 resid = 9.31393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374421(s) Flops=527910912 => 1409.93937840025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203001.699435577 Mflops = 203.001699435577 Gflops = 0.203001699435577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001160326 Relative Rsd = 5.08500336996117e-07
BICGSTAB_SOLVER_TIME: 0.771982 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053497 s
InvBiCGStab: k = 76 resid = 1.794677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335337(s) Flops=501663744 => 1495.9987833135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215393.725019509 Mflops = 215.393725019509 Gflops = 0.215393725019509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061981 s
InvBiCGStab: k = 94 resid = 8.169238e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412041(s) Flops=619776000 => 1504.16099368752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216556.374783239 Mflops = 216.556374783239 Gflops = 0.216556374783239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001207819 Relative Rsd = 5.29313954556295e-07
BICGSTAB_SOLVER_TIME: 0.866674 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041642 s
InvBiCGStab: k = 67 resid = 2.161954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248071(s) Flops=442607616 => 1784.19733060293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256874.863385612 Mflops = 256.874863385612 Gflops = 0.256874863385612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05671 s
InvBiCGStab: k = 86 resid = 1.074647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317967(s) Flops=567281664 => 1784.08974516223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256864.913229034 Mflops = 256.864913229034 Gflops = 0.256864913229034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001196968 Relative Rsd = 5.24558486186179e-07
BICGSTAB_SOLVER_TIME: 0.668126 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122849
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076374(s) Flops=1743888384 => 1620.15097354637 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233281.211264315 Mflops = 233.281211264315 Gflops = 0.233281211264315 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 32 resid = 2.188136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118945(s) Flops=212944896 => 1790.28034806003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257643.842235052 Mflops = 257.643842235052 Gflops = 0.257643842235052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057027 s
InvBiCGStab: k = 54 resid = 1.053337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199395(s) Flops=357304320 => 1791.94222523132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257956.89312289 Mflops = 257.95689312289 Gflops = 0.25795689312289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007920027 Relative Rsd = 3.47086694250273e-07
BICGSTAB_SOLVER_TIME: 0.420166 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.075236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 81 resid = 2.069396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317873(s) Flops=534472704 => 1681.40327740953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242083.279491919 Mflops = 242.083279491919 Gflops = 0.242083279491919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060556 s
InvBiCGStab: k = 97 resid = 1.05268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359986(s) Flops=639461376 => 1776.35068030423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255745.443745094 Mflops = 255.745443745094 Gflops = 0.255745443745094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001231453 Relative Rsd = 5.39671174064018e-07
BICGSTAB_SOLVER_TIME: 0.783681 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051608 s
InvBiCGStab: k = 62 resid = 2.088331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268092(s) Flops=409798656 => 1528.57472807842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220074.663216685 Mflops = 220.074663216685 Gflops = 0.220074663216685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084951 s
InvBiCGStab: k = 93 resid = 1.066212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423029(s) Flops=613214208 => 1449.5795985618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208705.591807773 Mflops = 208.705591807773 Gflops = 0.208705591807773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001189199 Relative Rsd = 5.2115356022148e-07
BICGSTAB_SOLVER_TIME: 0.833686 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050035 s
InvBiCGStab: k = 73 resid = 2.056736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324413(s) Flops=481978368 => 1485.69375456594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213905.705495259 Mflops = 213.905705495259 Gflops = 0.213905705495259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 90 resid = 9.46437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428205(s) Flops=593528832 => 1386.08571128315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199563.02993683 Mflops = 199.56302993683 Gflops = 0.19956302993683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001179059 Relative Rsd = 5.16710065514448e-07
BICGSTAB_SOLVER_TIME: 0.863126 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041843 s
InvBiCGStab: k = 67 resid = 2.267717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247441(s) Flops=442607616 => 1788.74000670867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257515.655686553 Mflops = 257.515655686553 Gflops = 0.257515655686553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05682 s
InvBiCGStab: k = 85 resid = 1.09087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313399(s) Flops=560719872 => 1789.15654485177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257588.165857349 Mflops = 257.588165857349 Gflops = 0.257588165857349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001150706 Relative Rsd = 5.04284636631793e-07
BICGSTAB_SOLVER_TIME: 0.663284 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1225
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.075322(s) Flops=1743888384 => 1621.73598605813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233516.426253529 Mflops = 233.516426253529 Gflops = 0.233516426253529 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195287000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.744742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911684(s) Flops=1643415552 => 1802.61532724058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.422932681 Mflops = 259.544422932681 Gflops = 0.259544422932681 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.07901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.030685(s) Flops=1597483008 => 1549.92360226451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223181.669550218 Mflops = 223.181669550218 Gflops = 0.223181669550218 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.002147619 Relative Rsd = 9.45501438162938e-07
BICGSTAB_SOLVER_TIME: 1.945716 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.129166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351912
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.08859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.845182(s) Flops=1275955200 => 1509.68099178638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217361.785345477 Mflops = 217.361785345477 Gflops = 0.217361785345477 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.147627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850241(s) Flops=1531865088 => 1801.68339094445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.347367149 Mflops = 259.430347367149 Gflops = 0.259430347367149 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002079298 Relative Rsd = 9.12963279863293e-07
BICGSTAB_SOLVER_TIME: 1.69891 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305634999999999
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.101725(s) Flops=1743888384 => 1582.87084708071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227932.283961751 Mflops = 227.932283961751 Gflops = 0.227932283961751 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194717000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04291 s
InvBiCGStab: k = 32 resid = 2.175615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118797(s) Flops=212944896 => 1792.51071996768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.211594193 Mflops = 258.000211594193 Gflops = 0.258000211594193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 49 resid = 7.52471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181201(s) Flops=324495360 => 1790.80336201235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257784.467355316 Mflops = 257.784467355316 Gflops = 0.257784467355316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007357033 Relative Rsd = 3.22414118081962e-07
BICGSTAB_SOLVER_TIME: 0.403148 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.071743
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 87 resid = 2.0766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321038(s) Flops=573843456 => 1787.46271780911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257349.724163941 Mflops = 257.349724163941 Gflops = 0.257349724163941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 124 resid = 8.422814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.501145(s) Flops=816629760 => 1629.52790110647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234624.16456396 Mflops = 234.62416456396 Gflops = 0.23462416456396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 211 iterations. Rsd = 0.001399362 Relative Rsd = 6.13255226015716e-07
BICGSTAB_SOLVER_TIME: 0.923826 sec
2Flav::invert,  n_count = 211
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165463999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050467 s
InvBiCGStab: k = 65 resid = 2.233583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29505(s) Flops=429484032 => 1455.63135739705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209569.526658395 Mflops = 209.569526658395 Gflops = 0.209569526658395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062972 s
InvBiCGStab: k = 91 resid = 9.592746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415423(s) Flops=600090624 => 1444.52912814168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207972.307713573 Mflops = 207.972307713573 Gflops = 0.207972307713573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001128271 Relative Rsd = 4.94452594047663e-07
BICGSTAB_SOLVER_TIME: 0.827855 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043706 s
InvBiCGStab: k = 72 resid = 2.236434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340565(s) Flops=475416576 => 1395.96428288286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200984.996891431 Mflops = 200.984996891431 Gflops = 0.200984996891431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.105703 s
InvBiCGStab: k = 88 resid = 1.094249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345975(s) Flops=580405248 => 1677.59302839801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241530.980766858 Mflops = 241.530980766858 Gflops = 0.241530980766858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001220356 Relative Rsd = 5.34807854128284e-07
BICGSTAB_SOLVER_TIME: 0.840042 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04193 s
InvBiCGStab: k = 65 resid = 2.160288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242636(s) Flops=429484032 => 1770.07547107601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254820.386983138 Mflops = 254.820386983138 Gflops = 0.254820386983138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057147 s
InvBiCGStab: k = 100 resid = 1.118097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370858(s) Flops=659146752 => 1777.35616327543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255895.045625507 Mflops = 255.895045625507 Gflops = 0.255895045625507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001199151 Relative Rsd = 5.25515120390016e-07
BICGSTAB_SOLVER_TIME: 0.716503 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131426
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078434(s) Flops=1743740928 => 1616.91946655985 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232827.783504356 Mflops = 232.827783504356 Gflops = 0.232827783504356 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194530000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 36 resid = 2.101979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13349(s) Flops=239192064 => 1791.8350737883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257928.446783055 Mflops = 257.928446783055 Gflops = 0.257928446783055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 57 resid = 9.682108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210769(s) Flops=376989696 => 1788.63920215971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257487.878282365 Mflops = 257.487878282365 Gflops = 0.257487878282365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007678054 Relative Rsd = 3.3648249771835e-07
BICGSTAB_SOLVER_TIME: 0.445715 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.080237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 81 resid = 1.55296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300295(s) Flops=534472704 => 1779.8255182404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256229.198057683 Mflops = 256.229198057683 Gflops = 0.256229198057683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063075 s
InvBiCGStab: k = 116 resid = 6.316696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.557302(s) Flops=764135424 => 1371.1334680299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197418.791616669 Mflops = 197.418791616669 Gflops = 0.197418791616669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001357473 Relative Rsd = 5.94898114077358e-07
BICGSTAB_SOLVER_TIME: 0.966202 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154106999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045694 s
InvBiCGStab: k = 72 resid = 1.822483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313695(s) Flops=475416576 => 1515.53762731315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218195.544422536 Mflops = 218.195544422536 Gflops = 0.218195544422536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080715 s
InvBiCGStab: k = 92 resid = 9.867448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421602(s) Flops=606652416 => 1438.92205444946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207173.480143574 Mflops = 207.173480143574 Gflops = 0.207173480143574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001172399 Relative Rsd = 5.1379118584381e-07
BICGSTAB_SOLVER_TIME: 0.867602 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055787 s
InvBiCGStab: k = 74 resid = 2.258071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293804(s) Flops=488540160 => 1662.80976433268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239464.414428634 Mflops = 239.464414428634 Gflops = 0.239464414428634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 97 resid = 1.130369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357893(s) Flops=639461376 => 1786.73898623332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257243.444353552 Mflops = 257.243444353552 Gflops = 0.257243444353552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001246289 Relative Rsd = 5.46172929680847e-07
BICGSTAB_SOLVER_TIME: 0.768129 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 68 resid = 1.702124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251366(s) Flops=449169408 => 1786.91393426319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257265.051652727 Mflops = 257.265051652727 Gflops = 0.257265051652727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 92 resid = 1.124245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339675(s) Flops=606652416 => 1785.97899757121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257133.789443298 Mflops = 257.133789443298 Gflops = 0.257133789443298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001181493 Relative Rsd = 5.1777664301247e-07
BICGSTAB_SOLVER_TIME: 0.692498 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128181
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081513(s) Flops=1756053504 => 1623.70078214501 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233793.554760337 Mflops = 233.793554760337 Gflops = 0.233793554760337 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196285000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041805 s
InvBiCGStab: k = 31 resid = 1.926941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1163(s) Flops=206383104 => 1774.57527085125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255392.959783969 Mflops = 255.392959783969 Gflops = 0.255392959783969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057433 s
InvBiCGStab: k = 59 resid = 6.620775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218973(s) Flops=390113280 => 1781.55882232056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256473.495722532 Mflops = 256.473495722532 Gflops = 0.256473495722532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007600391 Relative Rsd = 3.33079000251209e-07
BICGSTAB_SOLVER_TIME: 0.43832 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.078218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048798 s
InvBiCGStab: k = 63 resid = 2.148228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28914(s) Flops=416360448 => 1439.99601577091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207331.032807862 Mflops = 207.331032807862 Gflops = 0.207331032807862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069138 s
InvBiCGStab: k = 78 resid = 1.106362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33726(s) Flops=514787328 => 1526.38121330724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219755.107264405 Mflops = 219.755107264405 Gflops = 0.219755107264405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001120667 Relative Rsd = 4.91120521458415e-07
BICGSTAB_SOLVER_TIME: 0.748304 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049441 s
InvBiCGStab: k = 65 resid = 1.651378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302782(s) Flops=429484032 => 1418.45959138918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204220.265192942 Mflops = 204.220265192942 Gflops = 0.204220265192942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060858 s
InvBiCGStab: k = 95 resid = 9.192125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424168(s) Flops=626337792 => 1476.62669508308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212599.454939688 Mflops = 212.599454939688 Gflops = 0.212599454939688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001188021 Relative Rsd = 5.20637668532013e-07
BICGSTAB_SOLVER_TIME: 0.844751 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040975 s
InvBiCGStab: k = 70 resid = 1.999704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258726(s) Flops=462292992 => 1786.80531527562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257251.983522363 Mflops = 257.251983522363 Gflops = 0.257251983522363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05613 s
InvBiCGStab: k = 88 resid = 1.123053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324625(s) Flops=580405248 => 1787.9252922603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257412.10670533 Mflops = 257.41210670533 Gflops = 0.25741210670533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001202159 Relative Rsd = 5.26833317529301e-07
BICGSTAB_SOLVER_TIME: 0.684288 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041712 s
InvBiCGStab: k = 71 resid = 2.242874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262736(s) Flops=468854784 => 1784.50910419585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256919.189013047 Mflops = 256.919189013047 Gflops = 0.256919189013047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 95 resid = 1.143415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349748(s) Flops=626337792 => 1790.82594325057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257829.964145476 Mflops = 257.829964145476 Gflops = 0.257829964145476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001217139 Relative Rsd = 5.33398131109756e-07
BICGSTAB_SOLVER_TIME: 0.714328 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132198
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.112985(s) Flops=1762320384 => 1583.4179112926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228162.84228128 Mflops = 228.16284228128 Gflops = 0.22816284228128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196821000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041298 s
InvBiCGStab: k = 27 resid = 2.191469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10039(s) Flops=180135936 => 1794.36135073214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258236.982138286 Mflops = 258.236982138286 Gflops = 0.258236982138286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 51 resid = 1.095186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188441(s) Flops=337618944 => 1791.64271045049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257906.34451296 Mflops = 257.90634451296 Gflops = 0.25790634451296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007812257 Relative Rsd = 3.42363826235139e-07
BICGSTAB_SOLVER_TIME: 0.390506 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.069685
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049749 s
InvBiCGStab: k = 71 resid = 1.696278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319164(s) Flops=468854784 => 1469.00898597586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211504.65262603 Mflops = 211.50465262603 Gflops = 0.21150465262603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066095 s
InvBiCGStab: k = 100 resid = 1.026253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448106(s) Flops=659146752 => 1470.96167424672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211785.033272291 Mflops = 211.785033272291 Gflops = 0.211785033272291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001250171 Relative Rsd = 5.47874219254488e-07
BICGSTAB_SOLVER_TIME: 0.887349 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04746 s
InvBiCGStab: k = 63 resid = 1.661367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262941(s) Flops=416360448 => 1583.47480233208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227970.904318207 Mflops = 227.970904318207 Gflops = 0.227970904318207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070238 s
InvBiCGStab: k = 84 resid = 7.359142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395104(s) Flops=554158080 => 1402.56256580546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201937.271708038 Mflops = 201.937271708038 Gflops = 0.201937271708038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001167292 Relative Rsd = 5.11553444419423e-07
BICGSTAB_SOLVER_TIME: 0.77962 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 79 resid = 2.190973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291909(s) Flops=521349120 => 1785.9987872933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257134.258137461 Mflops = 257.134258137461 Gflops = 0.257134258137461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 97 resid = 6.995418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357254(s) Flops=639461376 => 1789.93482508243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257709.176701136 Mflops = 257.709176701136 Gflops = 0.257709176701136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00124183 Relative Rsd = 5.44218540950615e-07
BICGSTAB_SOLVER_TIME: 0.75077 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043928 s
InvBiCGStab: k = 66 resid = 1.995272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260254(s) Flops=436045824 => 1675.46252507166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241216.334996498 Mflops = 241.216334996498 Gflops = 0.241216334996498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056344 s
InvBiCGStab: k = 87 resid = 7.22682e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324126(s) Flops=573843456 => 1770.43327594824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254890.10771633 Mflops = 254.89010771633 Gflops = 0.25489010771633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001138469 Relative Rsd = 4.98921699675198e-07
BICGSTAB_SOLVER_TIME: 0.688465 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122914
Monitoring force
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091042(s) Flops=1768439808 => 1620.87234771897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233401.967279745 Mflops = 233.401967279745 Gflops = 0.233401967279745 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.00489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933528(s) Flops=1440000000 => 1542.53541404221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222103.734582437 Mflops = 222.103734582437 Gflops = 0.222103734582437 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 8.274706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.188746(s) Flops=1702471680 => 1432.15765184489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206226.440712326 Mflops = 206.226440712326 Gflops = 0.206226440712326 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002099492 Relative Rsd = 9.2435781810817e-07
BICGSTAB_SOLVER_TIME: 2.129436 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.138975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341152
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.918053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876749(s) Flops=1466247168 => 1672.36822397288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240842.704054445 Mflops = 240.842704054445 Gflops = 0.240842704054445 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.067846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881538(s) Flops=1551550464 => 1760.04944086358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253437.462464164 Mflops = 253.437462464164 Gflops = 0.253437462464164 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002104343 Relative Rsd = 9.23940685318986e-07
BICGSTAB_SOLVER_TIME: 1.762018 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327738999999999
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.089258(s) Flops=1768439808 => 1623.52703216318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233882.256277439 Mflops = 233.882256277439 Gflops = 0.233882256277439 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197292000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 27 resid = 2.250492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10012(s) Flops=180135936 => 1799.20031961646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258937.124434661 Mflops = 258.937124434661 Gflops = 0.258937124434661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056168 s
InvBiCGStab: k = 48 resid = 1.001208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177252(s) Flops=317933568 => 1793.68113194774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.338094596 Mflops = 258.211338094596 Gflops = 0.258211338094596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007483956 Relative Rsd = 3.27976355956764e-07
BICGSTAB_SOLVER_TIME: 0.378853 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.067468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 77 resid = 1.464903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357116(s) Flops=508225536 => 1423.13852081677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204900.107189575 Mflops = 204.900107189575 Gflops = 0.204900107189575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066759 s
InvBiCGStab: k = 123 resid = 8.113994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.560164(s) Flops=810067968 => 1446.12643440135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208217.849339694 Mflops = 208.217849339694 Gflops = 0.208217849339694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001366982 Relative Rsd = 5.99065143489175e-07
BICGSTAB_SOLVER_TIME: 1.029586 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044087 s
InvBiCGStab: k = 65 resid = 1.966364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293158(s) Flops=429484032 => 1465.02579496381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210928.859931267 Mflops = 210.928859931267 Gflops = 0.210928859931267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060319 s
InvBiCGStab: k = 92 resid = 1.122829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439985(s) Flops=606652416 => 1378.80249553962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198516.621589789 Mflops = 198.516621589789 Gflops = 0.198516621589789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001209657 Relative Rsd = 5.30119168018998e-07
BICGSTAB_SOLVER_TIME: 0.841489 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 83 resid = 2.095748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353657(s) Flops=547596288 => 1548.38243835128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222916.76400693 Mflops = 222.91676400693 Gflops = 0.22291676400693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.095347 s
InvBiCGStab: k = 93 resid = 9.791571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.460936(s) Flops=613214208 => 1330.36735685648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191546.58928396 Mflops = 191.54658928396 Gflops = 0.19154658928396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001212111 Relative Rsd = 5.31194622608987e-07
BICGSTAB_SOLVER_TIME: 0.954993 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 70 resid = 2.231032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281363(s) Flops=462292992 => 1643.048275715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236548.029965912 Mflops = 236.548029965912 Gflops = 0.236548029965912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066559 s
InvBiCGStab: k = 101 resid = 9.331897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425979(s) Flops=665708544 => 1562.77315078912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225006.973475793 Mflops = 225.006973475793 Gflops = 0.225006973475793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001224126 Relative Rsd = 5.36460166642798e-07
BICGSTAB_SOLVER_TIME: 0.819148 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135737
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092425(s) Flops=1774632960 => 1624.48951644278 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233906.046845329 Mflops = 233.906046845329 Gflops = 0.233906046845329 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199835000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043687 s
InvBiCGStab: k = 35 resid = 1.642775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131133(s) Flops=232630272 => 1774.00251652902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255358.455734982 Mflops = 255.358455734982 Gflops = 0.255358455734982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056947 s
InvBiCGStab: k = 68 resid = 1.131523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267963(s) Flops=449169408 => 1676.23667446625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241311.128822606 Mflops = 241.311128822606 Gflops = 0.241311128822606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0007813995 Relative Rsd = 3.42439995765635e-07
BICGSTAB_SOLVER_TIME: 0.503573 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0875080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041433 s
InvBiCGStab: k = 74 resid = 2.069433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276679(s) Flops=488540160 => 1765.72909400424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254214.697724062 Mflops = 254.214697724062 Gflops = 0.254214697724062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057109 s
InvBiCGStab: k = 106 resid = 8.747313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390938(s) Flops=698517504 => 1786.77310468668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257259.293986297 Mflops = 257.259293986297 Gflops = 0.257259293986297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001321175 Relative Rsd = 5.7899062036188e-07
BICGSTAB_SOLVER_TIME: 0.769894 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041721 s
InvBiCGStab: k = 68 resid = 2.210696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25139(s) Flops=449169408 => 1786.74333903497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257229.15716507 Mflops = 257.22915716507 Gflops = 0.25722915716507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057305 s
InvBiCGStab: k = 93 resid = 3.857954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341488(s) Flops=613214208 => 1795.71231785597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258537.35872153 Mflops = 258.53735872153 Gflops = 0.25853735872153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001129212 Relative Rsd = 4.94865174753035e-07
BICGSTAB_SOLVER_TIME: 0.695711 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 73 resid = 1.348065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267946(s) Flops=481978368 => 1798.78918886641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.90803377 Mflops = 258.97290803377 Gflops = 0.25897290803377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055948 s
InvBiCGStab: k = 93 resid = 1.0102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341769(s) Flops=613214208 => 1794.23589617549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258329.787774622 Mflops = 258.329787774622 Gflops = 0.258329787774622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001195825 Relative Rsd = 5.2405733863222e-07
BICGSTAB_SOLVER_TIME: 0.710547 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 64 resid = 2.277691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236082(s) Flops=422922240 => 1791.42094695911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257896.88750994 Mflops = 257.89688750994 Gflops = 0.25789688750994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 96 resid = 8.155258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364571(s) Flops=632899584 => 1736.01187148731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249945.169462681 Mflops = 249.945169462681 Gflops = 0.249945169462681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001183959 Relative Rsd = 5.1885735243276e-07
BICGSTAB_SOLVER_TIME: 0.702143 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12806
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.093033(s) Flops=1774780416 => 1623.72079891458 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233944.766323961 Mflops = 233.944766323961 Gflops = 0.233944766323961 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198037000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.665016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 28 resid = 1.913708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130108(s) Flops=186697728 => 1434.94426169029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206538.282365422 Mflops = 206.538282365422 Gflops = 0.206538282365422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085368 s
InvBiCGStab: k = 63 resid = 8.426056e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273242(s) Flops=416360448 => 1523.77909691775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219377.796466682 Mflops = 219.377796466682 Gflops = 0.219377796466682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0008433212 Relative Rsd = 3.69576500641289e-07
BICGSTAB_SOLVER_TIME: 0.534385 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.078866
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 63 resid = 2.008467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233223(s) Flops=416360448 => 1785.24608636369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257004.359676577 Mflops = 257.004359676576 Gflops = 0.257004359676576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056099 s
InvBiCGStab: k = 98 resid = 8.016343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359929(s) Flops=646023168 => 1794.8627868274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258418.070635525 Mflops = 258.418070635525 Gflops = 0.258418070635525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001170283 Relative Rsd = 5.1286388685768e-07
BICGSTAB_SOLVER_TIME: 0.694122 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041035 s
InvBiCGStab: k = 61 resid = 1.731724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225858(s) Flops=403236864 => 1785.35568365964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257030.216203346 Mflops = 257.030216203346 Gflops = 0.257030216203346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057498 s
InvBiCGStab: k = 86 resid = 6.955586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316701(s) Flops=567281664 => 1791.22157492398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257883.990758551 Mflops = 257.883990758551 Gflops = 0.257883990758551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001137714 Relative Rsd = 4.98591206561633e-07
BICGSTAB_SOLVER_TIME: 0.644924 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118867
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 69 resid = 2.231772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254307(s) Flops=455731200 => 1792.0513395227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.312874567 Mflops = 258.000312874567 Gflops = 0.258000312874567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056205 s
InvBiCGStab: k = 90 resid = 9.318184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329307(s) Flops=593528832 => 1802.35716823511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.704003725 Mflops = 259.491704003725 Gflops = 0.259491704003725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001176759 Relative Rsd = 5.15702158451838e-07
BICGSTAB_SOLVER_TIME: 0.684565 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 63 resid = 2.086849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231873(s) Flops=416360448 => 1795.64006158544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258513.691428498 Mflops = 258.513691428498 Gflops = 0.258513691428498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059371 s
InvBiCGStab: k = 96 resid = 7.432977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352058(s) Flops=632899584 => 1797.71396758489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258829.96244905 Mflops = 258.82996244905 Gflops = 0.25882996244905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001186075 Relative Rsd = 5.19784855489971e-07
BICGSTAB_SOLVER_TIME: 0.68845 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127158
Monitoring force
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114156(s) Flops=1768587264 => 1587.37848559807 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228570.696353244 Mflops = 228.570696353244 Gflops = 0.228570696353244 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197372000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 24 resid = 2.27736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089418(s) Flops=160450560 => 1794.38770717305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258243.738174662 Mflops = 258.243738174662 Gflops = 0.258243738174662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 47 resid = 9.841341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19396(s) Flops=311371776 => 1605.34015260879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231079.364403857 Mflops = 231.079364403857 Gflops = 0.231079364403857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.000773155 Relative Rsd = 3.38826891790763e-07
BICGSTAB_SOLVER_TIME: 0.38462 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0646559999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045083 s
InvBiCGStab: k = 74 resid = 1.986615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344313(s) Flops=488540160 => 1418.88386439083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204288.254898747 Mflops = 204.288254898747 Gflops = 0.204288254898747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072622 s
InvBiCGStab: k = 105 resid = 9.547078e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.485769(s) Flops=691955712 => 1424.45424059584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205096.450463279 Mflops = 205.096450463279 Gflops = 0.205096450463279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001223187 Relative Rsd = 5.36048759346135e-07
BICGSTAB_SOLVER_TIME: 0.952413 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 65 resid = 2.206377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288315(s) Flops=429484032 => 1489.63471203371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214463.196373337 Mflops = 214.463196373337 Gflops = 0.214463196373337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.100889 s
InvBiCGStab: k = 83 resid = 4.276702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30889(s) Flops=547596288 => 1772.78736119654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255163.941395363 Mflops = 255.163941395363 Gflops = 0.255163941395363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00113458 Relative Rsd = 4.9721775717752e-07
BICGSTAB_SOLVER_TIME: 0.743467 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 70 resid = 1.649644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258803(s) Flops=462292992 => 1786.27369852745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257172.934047133 Mflops = 257.172934047133 Gflops = 0.257172934047133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 95 resid = 6.217172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36111(s) Flops=626337792 => 1734.47922239761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249721.638061251 Mflops = 249.721638061251 Gflops = 0.249721638061251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001179723 Relative Rsd = 5.17001019856322e-07
BICGSTAB_SOLVER_TIME: 0.721472 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 67 resid = 2.105894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253567(s) Flops=442607616 => 1745.52530889272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251298.067481461 Mflops = 251.298067481461 Gflops = 0.251298067481461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 105 resid = 1.123858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387657(s) Flops=691955712 => 1784.96895967311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256990.892753339 Mflops = 256.990892753339 Gflops = 0.256990892753339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001171938 Relative Rsd = 5.13589206492683e-07
BICGSTAB_SOLVER_TIME: 0.743159 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136497
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.087823(s) Flops=1762467840 => 1620.17887101118 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233406.908267082 Mflops = 233.406908267082 Gflops = 0.233406908267082 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196930000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 2.103684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853532(s) Flops=1544988672 => 1810.11218325734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260620.168926077 Mflops = 260.620168926077 Gflops = 0.260620168926077 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 9.57725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.987796(s) Flops=1709033472 => 1730.14820064062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249136.107461964 Mflops = 249.136107461964 Gflops = 0.249136107461964 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.002287271 Relative Rsd = 1.0070458591121e-06
BICGSTAB_SOLVER_TIME: 1.845232 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.146582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353764999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.881607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.845829(s) Flops=1230022656 => 1454.22142773539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209340.059169188 Mflops = 209.340059169188 Gflops = 0.209340059169188 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 8.793286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940039(s) Flops=1453123584 => 1545.81201843753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222588.807558712 Mflops = 222.588807558712 Gflops = 0.222588807558712 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.002099321 Relative Rsd = 9.21710026688228e-07
BICGSTAB_SOLVER_TIME: 1.78929 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291692999999998
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088659(s) Flops=1762467840 => 1618.93470774595 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233119.764734272 Mflops = 233.119764734272 Gflops = 0.233119764734272 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196555000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.372075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 29 resid = 1.655915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107182(s) Flops=193259520 => 1803.09678863988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259547.579480153 Mflops = 259.547579480153 Gflops = 0.259547579480153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 47 resid = 8.792436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173638(s) Flops=311371776 => 1793.22369527408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258127.037564942 Mflops = 258.127037564942 Gflops = 0.258127037564942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007883465 Relative Rsd = 3.45484430168054e-07
BICGSTAB_SOLVER_TIME: 0.382764 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.068282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043446 s
InvBiCGStab: k = 92 resid = 2.079946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356956(s) Flops=606652416 => 1699.51595154585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244684.179910228 Mflops = 244.684179910228 Gflops = 0.244684179910228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058376 s
InvBiCGStab: k = 112 resid = 1.096308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413613(s) Flops=737888256 => 1784.00644080336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256852.577996939 Mflops = 256.852577996939 Gflops = 0.256852577996939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001375282 Relative Rsd = 6.02702608449186e-07
BICGSTAB_SOLVER_TIME: 0.876112 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041785 s
InvBiCGStab: k = 66 resid = 1.77296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256488(s) Flops=436045824 => 1700.06325442126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244757.021966181 Mflops = 244.757021966181 Gflops = 0.244757021966181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056826 s
InvBiCGStab: k = 78 resid = 1.093758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287948(s) Flops=514787328 => 1787.77879339325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257384.267896994 Mflops = 257.384267896994 Gflops = 0.257384267896994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001135802 Relative Rsd = 4.97753290708408e-07
BICGSTAB_SOLVER_TIME: 0.646813 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040788 s
InvBiCGStab: k = 74 resid = 1.796699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27157(s) Flops=488540160 => 1798.94745369518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.523138056 Mflops = 258.995523138056 Gflops = 0.258995523138056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056804 s
InvBiCGStab: k = 98 resid = 8.355772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359063(s) Flops=646023168 => 1799.19169616474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259034.522881718 Mflops = 259.034522881718 Gflops = 0.259034522881718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001205088 Relative Rsd = 5.28116873602808e-07
BICGSTAB_SOLVER_TIME: 0.732072 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041143 s
InvBiCGStab: k = 62 resid = 1.869246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239464(s) Flops=409798656 => 1711.31633982561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246371.50933685 Mflops = 246.37150933685 Gflops = 0.24637150933685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06552 s
InvBiCGStab: k = 106 resid = 1.025616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.477948(s) Flops=698517504 => 1461.49268121218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210425.338129454 Mflops = 210.425338129454 Gflops = 0.210425338129454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001219887 Relative Rsd = 5.34602609639881e-07
BICGSTAB_SOLVER_TIME: 0.828345 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133546
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.246326(s) Flops=1762467840 => 1414.13068490908 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203777.054223312 Mflops = 203.777054223312 Gflops = 0.203777054223312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196453000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041767 s
InvBiCGStab: k = 31 resid = 1.739966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116181(s) Flops=206383104 => 1776.39290417538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255667.733839237 Mflops = 255.667733839237 Gflops = 0.255667733839237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 45 resid = 6.763869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167488(s) Flops=298248192 => 1780.71379442109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256328.888488854 Mflops = 256.328888488854 Gflops = 0.256328888488854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007077515 Relative Rsd = 3.10164521943349e-07
BICGSTAB_SOLVER_TIME: 0.385864 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.068369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 81 resid = 2.204893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29778(s) Flops=534472704 => 1794.85762643562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258406.31090546 Mflops = 258.40631090546 Gflops = 0.25840631090546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 119 resid = 4.449524e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436714(s) Flops=783820800 => 1794.81491319262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258409.462179294 Mflops = 258.409462179294 Gflops = 0.258409462179294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001341335 Relative Rsd = 5.87825571650624e-07
BICGSTAB_SOLVER_TIME: 0.835781 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 67 resid = 2.009069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246204(s) Flops=442607616 => 1797.72715309256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258810.798684934 Mflops = 258.810798684934 Gflops = 0.258810798684934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056154 s
InvBiCGStab: k = 87 resid = 1.008192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319709(s) Flops=573843456 => 1794.89303084993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.397738703 Mflops = 258.405397738703 Gflops = 0.258405397738703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001149698 Relative Rsd = 5.03843026815335e-07
BICGSTAB_SOLVER_TIME: 0.667417 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041759 s
InvBiCGStab: k = 67 resid = 1.923298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247393(s) Flops=442607616 => 1789.08706390237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257578.18518389 Mflops = 257.57818518389 Gflops = 0.25757818518389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 94 resid = 9.074805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345385(s) Flops=619776000 => 1794.44967210504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258359.070854756 Mflops = 258.359070854756 Gflops = 0.258359070854756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001180003 Relative Rsd = 5.17123564539678e-07
BICGSTAB_SOLVER_TIME: 0.694464 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040756 s
InvBiCGStab: k = 66 resid = 1.587634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263295(s) Flops=436045824 => 1656.11129721415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238420.582920042 Mflops = 238.420582920042 Gflops = 0.238420582920042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 94 resid = 8.447369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345002(s) Flops=619776000 => 1796.44175975791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258633.143678408 Mflops = 258.633143678408 Gflops = 0.258633143678408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.0011947 Relative Rsd = 5.23564660028068e-07
BICGSTAB_SOLVER_TIME: 0.709121 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129216
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.124838(s) Flops=1762467840 => 1566.86370837401 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225650.703462675 Mflops = 225.650703462675 Gflops = 0.225650703462675 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197222000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.555219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052289 s
InvBiCGStab: k = 30 resid = 1.564745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111454(s) Flops=199821312 => 1792.85904498717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258054.071771076 Mflops = 258.054071771076 Gflops = 0.258054071771076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056519 s
InvBiCGStab: k = 47 resid = 9.231826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174254(s) Flops=311371776 => 1786.88452488896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257219.012288338 Mflops = 257.219012288338 Gflops = 0.257219012288338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007305216 Relative Rsd = 3.20143266124894e-07
BICGSTAB_SOLVER_TIME: 0.398337 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.06889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 61 resid = 2.068507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22553(s) Flops=403236864 => 1787.95221921696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257406.935387859 Mflops = 257.406935387859 Gflops = 0.257406935387859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056587 s
InvBiCGStab: k = 94 resid = 7.40439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346259(s) Flops=619776000 => 1789.92026200041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257702.369329303 Mflops = 257.702369329303 Gflops = 0.257702369329303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001156222 Relative Rsd = 5.06701960606311e-07
BICGSTAB_SOLVER_TIME: 0.673516 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 54 resid = 2.179409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199215(s) Flops=357304320 => 1793.56132821324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258181.338263975 Mflops = 258.181338263975 Gflops = 0.258181338263975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 82 resid = 9.340154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301326(s) Flops=541034496 => 1795.51215626929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258489.507979833 Mflops = 258.489507979833 Gflops = 0.258489507979833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001093956 Relative Rsd = 4.79414545167223e-07
BICGSTAB_SOLVER_TIME: 0.601742 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 69 resid = 2.225506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25331(s) Flops=455731200 => 1799.10465437606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259022.534752307 Mflops = 259.022534752307 Gflops = 0.259022534752307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056344 s
InvBiCGStab: k = 87 resid = 9.034637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319836(s) Flops=573843456 => 1794.18031741267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258310.894093645 Mflops = 258.310894093645 Gflops = 0.258310894093645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001184013 Relative Rsd = 5.18881228749085e-07
BICGSTAB_SOLVER_TIME: 0.674343 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 65 resid = 1.912063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255089(s) Flops=429484032 => 1683.66347431681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242410.082976123 Mflops = 242.410082976123 Gflops = 0.242410082976123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059418 s
InvBiCGStab: k = 86 resid = 1.045866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327704(s) Flops=567281664 => 1731.07946195347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249217.856168165 Mflops = 249.217856168165 Gflops = 0.249217856168165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001092975 Relative Rsd = 4.78984465366767e-07
BICGSTAB_SOLVER_TIME: 0.686981 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121333
Monitoring force
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.113066(s) Flops=1768587264 => 1588.93296893446 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228822.047866013 Mflops = 228.822047866013 Gflops = 0.228822047866013 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197745000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044103 s
InvBiCGStab: k = 24 resid = 1.843075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103229(s) Flops=160450560 => 1554.31671332668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223688.764340922 Mflops = 223.688764340922 Gflops = 0.223688764340922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06841 s
InvBiCGStab: k = 52 resid = 1.128698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259247(s) Flops=344180736 => 1327.61704474883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191129.803716735 Mflops = 191.129803716735 Gflops = 0.191129803716735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000795581 Relative Rsd = 3.48654878462184e-07
BICGSTAB_SOLVER_TIME: 0.479006 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.068203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051751 s
InvBiCGStab: k = 72 resid = 1.97755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340691(s) Flops=475416576 => 1395.44800420322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200915.767465292 Mflops = 200.915767465292 Gflops = 0.200915767465292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064486 s
InvBiCGStab: k = 87 resid = 8.809102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409526(s) Flops=573843456 => 1401.23815337732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201745.458898774 Mflops = 201.745458898774 Gflops = 0.201745458898774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00121218 Relative Rsd = 5.31224825128782e-07
BICGSTAB_SOLVER_TIME: 0.870546 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067185 s
InvBiCGStab: k = 68 resid = 1.275642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303416(s) Flops=449169408 => 1480.37482532233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213145.821797247 Mflops = 213.145821797247 Gflops = 0.213145821797247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059569 s
InvBiCGStab: k = 80 resid = 1.139275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300387(s) Flops=527910912 => 1757.43594762756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253005.284827372 Mflops = 253.005284827372 Gflops = 0.253005284827372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001098194 Relative Rsd = 4.81271591992441e-07
BICGSTAB_SOLVER_TIME: 0.734446 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04509 s
InvBiCGStab: k = 74 resid = 1.988113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27897(s) Flops=488540160 => 1751.22830411872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252139.379924595 Mflops = 252.139379924595 Gflops = 0.252139379924595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057477 s
InvBiCGStab: k = 83 resid = 1.129088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3162(s) Flops=547596288 => 1731.80356736243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249328.181139487 Mflops = 249.328181139487 Gflops = 0.249328181139487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001166189 Relative Rsd = 5.11069795960548e-07
BICGSTAB_SOLVER_TIME: 0.701663 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043181 s
InvBiCGStab: k = 61 resid = 2.137529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239751(s) Flops=403236864 => 1681.89856976613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242145.574176923 Mflops = 242.145574176923 Gflops = 0.242145574176923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 89 resid = 1.004576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326294(s) Flops=586967040 => 1798.89008072475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258987.438690877 Mflops = 258.987438690877 Gflops = 0.258987438690877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001203502 Relative Rsd = 5.27422011576449e-07
BICGSTAB_SOLVER_TIME: 0.669311 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120979
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.112882(s) Flops=1774780416 => 1594.76064488418 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229719.614722114 Mflops = 229.719614722114 Gflops = 0.229719614722114 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198296000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.012475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.755943(s) Flops=1367820288 => 1809.4225199519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260557.801158237 Mflops = 260.557801158237 Gflops = 0.260557801158237 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 9.942337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91367(s) Flops=1623730176 => 1777.15168058489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255898.489143155 Mflops = 255.898489143155 Gflops = 0.255898489143155 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.00207463 Relative Rsd = 9.13410734748197e-07
BICGSTAB_SOLVER_TIME: 1.673035 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.125532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325199999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.207638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948738(s) Flops=1380943872 => 1455.55872327239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209585.091967241 Mflops = 209.585091967241 Gflops = 0.209585091967241 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.07538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936238(s) Flops=1433438208 => 1531.06176848195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220464.481192768 Mflops = 220.464481192768 Gflops = 0.220464481192768 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002011471 Relative Rsd = 8.83122007206476e-07
BICGSTAB_SOLVER_TIME: 1.888357 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305714999999998
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099369(s) Flops=1774780416 => 1614.3627990238 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232521.417323558 Mflops = 232.521417323558 Gflops = 0.232521417323558 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 32 resid = 1.564082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118611(s) Flops=212944896 => 1795.32164807649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258422.479814287 Mflops = 258.422479814287 Gflops = 0.258422479814287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 67 resid = 5.831673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246287(s) Flops=442607616 => 1797.12130969154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.052775418 Mflops = 258.722052775418 Gflops = 0.258722052775418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.0007840983 Relative Rsd = 3.43622689708003e-07
BICGSTAB_SOLVER_TIME: 0.466364 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.084374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 88 resid = 1.976721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324916(s) Flops=580405248 => 1786.32399758707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257185.037583651 Mflops = 257.185037583651 Gflops = 0.257185037583651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05592 s
InvBiCGStab: k = 104 resid = 1.016636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381241(s) Flops=685393920 => 1797.79698405995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258841.119193746 Mflops = 258.841119193746 Gflops = 0.258841119193746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001301402 Relative Rsd = 5.70325660282522e-07
BICGSTAB_SOLVER_TIME: 0.807299 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 67 resid = 2.273208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254538(s) Flops=442607616 => 1738.86655823492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250344.159182027 Mflops = 250.344159182027 Gflops = 0.250344159182027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05604 s
InvBiCGStab: k = 82 resid = 7.61723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30204(s) Flops=541034496 => 1791.26769964243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257903.549460989 Mflops = 257.903549460989 Gflops = 0.257903549460989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001128597 Relative Rsd = 4.94595545838989e-07
BICGSTAB_SOLVER_TIME: 0.658024 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044802 s
InvBiCGStab: k = 70 resid = 2.101836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260024(s) Flops=462292992 => 1777.88585669015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255945.567877259 Mflops = 255.945567877259 Gflops = 0.255945567877259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057641 s
InvBiCGStab: k = 95 resid = 8.325043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350888(s) Flops=626337792 => 1785.00772896195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256995.535500631 Mflops = 256.995535500631 Gflops = 0.256995535500631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001206327 Relative Rsd = 5.28659855728105e-07
BICGSTAB_SOLVER_TIME: 0.717171 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00184
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042245 s
InvBiCGStab: k = 62 resid = 1.854233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255329(s) Flops=409798656 => 1604.98281041323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231062.686977427 Mflops = 231.062686977427 Gflops = 0.231062686977427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068794 s
InvBiCGStab: k = 90 resid = 1.148163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391875(s) Flops=593528832 => 1514.58713110048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218063.998204135 Mflops = 218.063998204135 Gflops = 0.218063998204135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001159475 Relative Rsd = 5.08127703204595e-07
BICGSTAB_SOLVER_TIME: 0.762102 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122198
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.417812(s) Flops=1774854144 => 1251.82615466649 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  180266.323506104 Mflops = 180.266323506104 Gflops = 0.180266323506104 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197849000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 27 resid = 2.192403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10048(s) Flops=180135936 => 1792.75414012739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258038.911976062 Mflops = 258.038911976062 Gflops = 0.258038911976061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 51 resid = 1.04873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188509(s) Flops=337618944 => 1790.99641926911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257816.353372284 Mflops = 257.816353372284 Gflops = 0.257816353372284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007624317 Relative Rsd = 3.34127542967563e-07
BICGSTAB_SOLVER_TIME: 0.390024 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.069562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043797 s
InvBiCGStab: k = 71 resid = 2.155173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27608(s) Flops=468854784 => 1698.25696899449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244509.475501687 Mflops = 244.509475501687 Gflops = 0.244509475501687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 110 resid = 7.507883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407489(s) Flops=724764672 => 1778.61162387206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256074.212380762 Mflops = 256.074212380762 Gflops = 0.256074212380762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001285796 Relative Rsd = 5.63486269064339e-07
BICGSTAB_SOLVER_TIME: 0.788004 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041719 s
InvBiCGStab: k = 68 resid = 1.679621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252715(s) Flops=449169408 => 1777.37533585264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255886.421624263 Mflops = 255.886421624263 Gflops = 0.255886421624263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057399 s
InvBiCGStab: k = 103 resid = 1.048403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377914(s) Flops=678832128 => 1796.26086358272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258620.54222708 Mflops = 258.62054222708 Gflops = 0.25862054222708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001168189 Relative Rsd = 5.11946230230065e-07
BICGSTAB_SOLVER_TIME: 0.733591 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135794
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 71 resid = 1.815115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262445(s) Flops=468854784 => 1786.48777458134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257204.121991367 Mflops = 257.204121991367 Gflops = 0.257204121991367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056411 s
InvBiCGStab: k = 93 resid = 8.540745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341262(s) Flops=613214208 => 1796.901524342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258713.897766265 Mflops = 258.713897766265 Gflops = 0.258713897766265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001189948 Relative Rsd = 5.21482063642018e-07
BICGSTAB_SOLVER_TIME: 0.7048 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041752 s
InvBiCGStab: k = 64 resid = 2.235557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235973(s) Flops=422922240 => 1792.24843520233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258021.684297444 Mflops = 258.021684297444 Gflops = 0.258021684297444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056879 s
InvBiCGStab: k = 93 resid = 8.545187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342852(s) Flops=613214208 => 1788.56826852403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257503.984096478 Mflops = 257.503984096478 Gflops = 0.257503984096478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001166474 Relative Rsd = 5.1119484051463e-07
BICGSTAB_SOLVER_TIME: 0.681267 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125684
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.139811(s) Flops=1774854144 => 1557.14775870736 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224216.362953537 Mflops = 224.216362953537 Gflops = 0.224216362953537 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.570454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041645 s
InvBiCGStab: k = 31 resid = 2.033087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115941(s) Flops=206383104 => 1780.07007012187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256220.607561505 Mflops = 256.220607561505 Gflops = 0.256220607561505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 63 resid = 8.525265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235096(s) Flops=416360448 => 1771.02310545479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254958.77870008 Mflops = 254.95877870008 Gflops = 0.25495877870008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007574162 Relative Rsd = 3.31929569894831e-07
BICGSTAB_SOLVER_TIME: 0.453199 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.081046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 48 resid = 2.136904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177466(s) Flops=317933568 => 1791.51819503454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257891.862951696 Mflops = 257.891862951696 Gflops = 0.257891862951696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 90 resid = 4.86638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331285(s) Flops=593528832 => 1791.5958525137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257937.134153712 Mflops = 257.937134153712 Gflops = 0.257937134153712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001141874 Relative Rsd = 5.00414173516542e-07
BICGSTAB_SOLVER_TIME: 0.610518 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 65 resid = 1.905676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239413(s) Flops=429484032 => 1793.9043911567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.269818658 Mflops = 258.259269818658 Gflops = 0.258259269818658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05573 s
InvBiCGStab: k = 81 resid = 1.035623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297557(s) Flops=534472704 => 1796.20275779094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258591.241454931 Mflops = 258.591241454931 Gflops = 0.258591241454931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001113966 Relative Rsd = 4.88183530479455e-07
BICGSTAB_SOLVER_TIME: 0.637465 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 68 resid = 2.247046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249818(s) Flops=449169408 => 1797.98656622021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258853.889492244 Mflops = 258.853889492244 Gflops = 0.258853889492244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 94 resid = 8.254186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344494(s) Flops=619776000 => 1799.09084047908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259017.410416504 Mflops = 259.017410416504 Gflops = 0.259017410416504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001134202 Relative Rsd = 4.97051847389729e-07
BICGSTAB_SOLVER_TIME: 0.696114 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 62 resid = 1.786435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228705(s) Flops=409798656 => 1791.82202400472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257949.22470265 Mflops = 257.94922470265 Gflops = 0.25794922470265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 91 resid = 7.110788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334581(s) Flops=600090624 => 1793.55858222673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.592693134 Mflops = 258.225592693134 Gflops = 0.258225592693134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001113825 Relative Rsd = 4.88121952031158e-07
BICGSTAB_SOLVER_TIME: 0.664246 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122892
Monitoring force
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12948(s) Flops=1768071168 => 1565.38510464993 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225432.220843961 Mflops = 225.432220843961 Gflops = 0.225432220843961 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197340000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048462 s
InvBiCGStab: k = 25 resid = 1.633236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108882(s) Flops=167012352 => 1533.88394775996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220813.567277911 Mflops = 220.813567277911 Gflops = 0.220813567277911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072426 s
InvBiCGStab: k = 46 resid = 1.117831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20074(s) Flops=304809984 => 1518.43172262628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218476.02404362 Mflops = 218.47602404362 Gflops = 0.21847602404362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007694192 Relative Rsd = 3.37189731553915e-07
BICGSTAB_SOLVER_TIME: 0.436555 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.064732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050243 s
InvBiCGStab: k = 61 resid = 2.23419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276974(s) Flops=403236864 => 1455.86540252876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209598.998069289 Mflops = 209.598998069289 Gflops = 0.209598998069289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071354 s
InvBiCGStab: k = 89 resid = 1.092662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412358(s) Flops=586967040 => 1423.44040857701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204940.615362645 Mflops = 204.940615362645 Gflops = 0.204940615362645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001140705 Relative Rsd = 4.99901904088739e-07
BICGSTAB_SOLVER_TIME: 0.815061 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059078 s
InvBiCGStab: k = 45 resid = 2.274522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19526(s) Flops=298248192 => 1527.44131926662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219876.868626623 Mflops = 219.876868626623 Gflops = 0.219876868626623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067596 s
InvBiCGStab: k = 87 resid = 6.937649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44509(s) Flops=573843456 => 1289.27510391157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185630.429055157 Mflops = 185.630429055157 Gflops = 0.185630429055157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001129539 Relative Rsd = 4.9500838163321e-07
BICGSTAB_SOLVER_TIME: 0.771041 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 63 resid = 2.151775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232593(s) Flops=416360448 => 1790.08159316918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257720.041534081 Mflops = 257.720041534081 Gflops = 0.257720041534081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056821 s
InvBiCGStab: k = 83 resid = 1.055642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306114(s) Flops=547596288 => 1788.86391344401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257540.841269699 Mflops = 257.540841269699 Gflops = 0.257540841269699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00113622 Relative Rsd = 4.97936138395814e-07
BICGSTAB_SOLVER_TIME: 0.640655 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118053
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04443 s
InvBiCGStab: k = 65 resid = 1.989077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244283(s) Flops=429484032 => 1758.14130332442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253103.2885192 Mflops = 253.1032885192 Gflops = 0.2531032885192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 76 resid = 9.932266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281788(s) Flops=501663744 => 1780.28781921161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256303.638392488 Mflops = 256.303638392488 Gflops = 0.256303638392488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001061499 Relative Rsd = 4.65190586841453e-07
BICGSTAB_SOLVER_TIME: 0.630741 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114385
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047336(s) Flops=1697439744 => 1620.72128142258 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233454.586280265 Mflops = 233.454586280265 Gflops = 0.233454586280265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189673000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.169024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838369(s) Flops=1492494336 => 1780.23559554325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256330.19536375 Mflops = 256.33019536375 Gflops = 0.25633019536375 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.00573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951537(s) Flops=1715595264 => 1802.97273148601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.880873673 Mflops = 259.620880873673 Gflops = 0.259620880873673 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.002188937 Relative Rsd = 9.63694091218646e-07
BICGSTAB_SOLVER_TIME: 1.793503 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.119372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348728999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.197488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852672(s) Flops=1243146240 => 1457.94190497636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209950.934629906 Mflops = 209.950934629906 Gflops = 0.209950934629906 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.026577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995837(s) Flops=1453123584 => 1459.19822621574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210118.680619458 Mflops = 210.118680619458 Gflops = 0.210118680619458 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002384895 Relative Rsd = 1.04705265308296e-06
BICGSTAB_SOLVER_TIME: 1.851809 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.15523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.128298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292711999999999
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048856(s) Flops=1697439744 => 1618.37253541001 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233027.600086684 Mflops = 233.027600086684 Gflops = 0.233027600086684 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189319000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 34 resid = 1.68511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126098(s) Flops=226068480 => 1792.79988580311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258045.459934407 Mflops = 258.045459934407 Gflops = 0.258045459934407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 49 resid = 9.214902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180345(s) Flops=324495360 => 1799.30333527406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259004.754245388 Mflops = 259.004754245388 Gflops = 0.259004754245388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007380669 Relative Rsd = 3.2344993186472e-07
BICGSTAB_SOLVER_TIME: 0.407798 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0732760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042536 s
InvBiCGStab: k = 79 resid = 2.22056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302869(s) Flops=521349120 => 1721.36838038888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247825.769260055 Mflops = 247.825769260055 Gflops = 0.247825769260055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 100 resid = 9.361605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369982(s) Flops=659146752 => 1781.56437880762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256495.899562431 Mflops = 256.495899562431 Gflops = 0.256495899562431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001307255 Relative Rsd = 5.7289032357658e-07
BICGSTAB_SOLVER_TIME: 0.775873 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 62 resid = 1.705026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229558(s) Flops=409798656 => 1785.16390628948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256999.882090537 Mflops = 256.999882090537 Gflops = 0.256999882090537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056874 s
InvBiCGStab: k = 83 resid = 8.896621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304478(s) Flops=547596288 => 1798.47571253095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258928.398022218 Mflops = 258.928398022218 Gflops = 0.258928398022218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00109068 Relative Rsd = 4.77978905121574e-07
BICGSTAB_SOLVER_TIME: 0.636187 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 72 resid = 1.906475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264518(s) Flops=475416576 => 1797.29385523858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.247997573 Mflops = 258.748247997573 Gflops = 0.258748247997573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056201 s
InvBiCGStab: k = 80 resid = 1.130382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293889(s) Flops=527910912 => 1796.29353939753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.832583926 Mflops = 258.607832583926 Gflops = 0.258607832583926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001169062 Relative Rsd = 5.12328761468951e-07
BICGSTAB_SOLVER_TIME: 0.659291 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 60 resid = 2.094305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220252(s) Flops=396675072 => 1801.00553910975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259275.95742063 Mflops = 259.27595742063 Gflops = 0.25927595742063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05748 s
InvBiCGStab: k = 88 resid = 1.13955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323322(s) Flops=580405248 => 1795.13069942658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258449.28878572 Mflops = 258.44928878572 Gflops = 0.25844928878572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001141 Relative Rsd = 5.00031132099955e-07
BICGSTAB_SOLVER_TIME: 0.646092 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119805
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.273364(s) Flops=1748828160 => 1373.39218008362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197753.006583445 Mflops = 197.753006583445 Gflops = 0.197753006583445 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195113000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.470469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 28 resid = 1.962094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104952(s) Flops=186697728 => 1778.88680539675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256017.962541464 Mflops = 256.017962541464 Gflops = 0.256017962541464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056834 s
InvBiCGStab: k = 47 resid = 9.969899e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175702(s) Flops=311371776 => 1772.15840457138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255111.023796578 Mflops = 255.111023796578 Gflops = 0.255111023796578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007268527 Relative Rsd = 3.18535441105753e-07
BICGSTAB_SOLVER_TIME: 0.382884 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 74 resid = 2.133074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271419(s) Flops=488540160 => 1799.94827186011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.42202424 Mflops = 259.13842202424 Gflops = 0.25913842202424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 117 resid = 9.021476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428036(s) Flops=770697216 => 1800.54298236597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.464238409 Mflops = 259.242464238409 Gflops = 0.259242464238409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.00126268 Relative Rsd = 5.53356027615005e-07
BICGSTAB_SOLVER_TIME: 0.800169 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150409999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 57 resid = 1.699894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209835(s) Flops=376989696 => 1796.60064336264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258645.070363595 Mflops = 258.645070363595 Gflops = 0.258645070363595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056004 s
InvBiCGStab: k = 83 resid = 9.922502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304782(s) Flops=547596288 => 1796.68185129043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258672.460369824 Mflops = 258.672460369824 Gflops = 0.258672460369824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001088417 Relative Rsd = 4.7698701763872e-07
BICGSTAB_SOLVER_TIME: 0.615308 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040898 s
InvBiCGStab: k = 63 resid = 1.612193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23106(s) Flops=416360448 => 1801.95814074266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259420.128220399 Mflops = 259.420128220399 Gflops = 0.259420128220399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 91 resid = 1.027493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334003(s) Flops=600090624 => 1796.66237728404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.021140073 Mflops = 258.665021140073 Gflops = 0.258665021140073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001166518 Relative Rsd = 5.11213921160582e-07
BICGSTAB_SOLVER_TIME: 0.666157 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124111
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040612 s
InvBiCGStab: k = 69 resid = 1.822287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253701(s) Flops=455731200 => 1796.33190251517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258613.633774091 Mflops = 258.613633774091 Gflops = 0.258613633774091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 92 resid = 9.244449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336777(s) Flops=606652416 => 1801.34752670165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259343.775117662 Mflops = 259.343775117662 Gflops = 0.259343775117662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001155352 Relative Rsd = 5.06320500740593e-07
BICGSTAB_SOLVER_TIME: 0.691209 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128923
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109522(s) Flops=1743740928 => 1571.61455834134 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226326.535340802 Mflops = 226.326535340802 Gflops = 0.226326535340802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194431000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.490023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046959 s
InvBiCGStab: k = 24 resid = 2.12461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109891(s) Flops=160450560 => 1460.08826928502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210144.400958451 Mflops = 210.144400958451 Gflops = 0.210144400958451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057076 s
InvBiCGStab: k = 48 resid = 1.090675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215915(s) Flops=317933568 => 1472.49412037144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212001.004164348 Mflops = 212.001004164348 Gflops = 0.212001004164348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007341944 Relative Rsd = 3.21752825748213e-07
BICGSTAB_SOLVER_TIME: 0.433951 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0654870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041695 s
InvBiCGStab: k = 53 resid = 1.383288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250058(s) Flops=350742528 => 1402.64469842996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201935.815460645 Mflops = 201.935815460645 Gflops = 0.201935815460645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056637 s
InvBiCGStab: k = 79 resid = 1.081994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291443(s) Flops=521349120 => 1788.85449298834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257535.566054649 Mflops = 257.535566054649 Gflops = 0.257535566054649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001080884 Relative Rsd = 4.73685810800275e-07
BICGSTAB_SOLVER_TIME: 0.643693 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041571 s
InvBiCGStab: k = 64 resid = 2.099575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237662(s) Flops=422922240 => 1779.5114069561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256198.677486204 Mflops = 256.198677486204 Gflops = 0.256198677486204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055956 s
InvBiCGStab: k = 76 resid = 1.115529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280106(s) Flops=501663744 => 1790.97821538989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257846.954422131 Mflops = 257.846954422131 Gflops = 0.257846954422131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001069603 Relative Rsd = 4.68741882788062e-07
BICGSTAB_SOLVER_TIME: 0.619135 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 72 resid = 2.076526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265504(s) Flops=475416576 => 1790.61925997348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257786.716973935 Mflops = 257.786716973935 Gflops = 0.257786716973935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 87 resid = 1.109831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318742(s) Flops=573843456 => 1800.33838025739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259196.389343746 Mflops = 259.196389343746 Gflops = 0.259196389343746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001136832 Relative Rsd = 4.98204287794532e-07
BICGSTAB_SOLVER_TIME: 0.685718 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 65 resid = 1.49669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240356(s) Flops=429484032 => 1786.86628168217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257252.739849224 Mflops = 257.252739849224 Gflops = 0.257252739849224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055872 s
InvBiCGStab: k = 70 resid = 1.099082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25719(s) Flops=462292992 => 1797.47654263385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258768.547509466 Mflops = 258.768547509466 Gflops = 0.258768547509466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001080993 Relative Rsd = 4.73733716486234e-07
BICGSTAB_SOLVER_TIME: 0.59821 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110554
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.074332(s) Flops=1743888384 => 1623.23042039146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233740.00115194 Mflops = 233.74000115194 Gflops = 0.23374000115194 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194631000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041565 s
InvBiCGStab: k = 24 resid = 2.081869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089612(s) Flops=160450560 => 1790.50305762621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257686.425892996 Mflops = 257.686425892996 Gflops = 0.257686425892996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 52 resid = 1.030681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191555(s) Flops=344180736 => 1796.77239435149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258651.245729366 Mflops = 258.651245729366 Gflops = 0.258651245729366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007326357 Relative Rsd = 3.21069774335591e-07
BICGSTAB_SOLVER_TIME: 0.383128 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 55 resid = 2.274812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202562(s) Flops=363866112 => 1796.31970458428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258599.015804082 Mflops = 258.599015804082 Gflops = 0.258599015804082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 90 resid = 1.102726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37167(s) Flops=593528832 => 1596.92423924449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229912.199684919 Mflops = 229.912199684919 Gflops = 0.229912199684919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001124629 Relative Rsd = 4.92856656168914e-07
BICGSTAB_SOLVER_TIME: 0.6752 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117594
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058479 s
InvBiCGStab: k = 66 resid = 2.241258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310658(s) Flops=436045824 => 1403.62013532566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202083.760150062 Mflops = 202.083760150062 Gflops = 0.202083760150062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073072 s
InvBiCGStab: k = 85 resid = 7.388475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362933(s) Flops=560719872 => 1544.96800235856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222437.257167775 Mflops = 222.437257167775 Gflops = 0.222437257167775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001056086 Relative Rsd = 4.62818260540007e-07
BICGSTAB_SOLVER_TIME: 0.812732 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041898 s
InvBiCGStab: k = 65 resid = 1.975801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280033(s) Flops=429484032 => 1533.69078644303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220810.03801645 Mflops = 220.81003801645 Gflops = 0.22081003801645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 91 resid = 7.387086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379816(s) Flops=600090624 => 1579.95088147945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227464.762815883 Mflops = 227.464762815883 Gflops = 0.227464762815883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001128927 Relative Rsd = 4.94740283252262e-07
BICGSTAB_SOLVER_TIME: 0.761829 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04154 s
InvBiCGStab: k = 66 resid = 1.354197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243614(s) Flops=436045824 => 1789.90461960314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257675.993012874 Mflops = 257.675993012874 Gflops = 0.257675993012874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056259 s
InvBiCGStab: k = 87 resid = 8.983681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334395(s) Flops=573843456 => 1716.06470192437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247077.153235954 Mflops = 247.077153235954 Gflops = 0.247077153235954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00111846 Relative Rsd = 4.90153275558434e-07
BICGSTAB_SOLVER_TIME: 0.680028 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123353
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081574(s) Flops=1737768960 => 1606.70371144277 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231364.258593625 Mflops = 231.364258593625 Gflops = 0.231364258593625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193781000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.112076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.673145(s) Flops=1216899072 => 1807.78149135773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260352.673530808 Mflops = 260.352673530808 Gflops = 0.260352673530808 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 1.110494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.922841(s) Flops=1649977344 => 1787.93242172812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257450.195296449 Mflops = 257.450195296449 Gflops = 0.257450195296449 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002140353 Relative Rsd = 9.42251372575792e-07
BICGSTAB_SOLVER_TIME: 1.599307 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311578999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.898618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733103(s) Flops=1315325952 => 1794.18983689877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258325.275409234 Mflops = 258.325275409234 Gflops = 0.258325275409234 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.043283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928091(s) Flops=1400629248 => 1509.15077077571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217309.084985743 Mflops = 217.309084985743 Gflops = 0.217309084985743 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002058887 Relative Rsd = 9.03921183605902e-07
BICGSTAB_SOLVER_TIME: 1.664699 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.140492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.133702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295192
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 300 resid = 2.169927e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.261708(s) Flops=1971505152 => 1562.56848018717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224994.275557432 Mflops = 224.994275557432 Gflops = 0.224994275557432 Tflops
InvBiCGStab: k = 334 resid = 7.365226e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.227398(s) Flops=2194606080 => 1788.01503668737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257468.61372299 Mflops = 257.46861372299 Gflops = 0.25746861372299 Tflops
BICGSTAB_SOLVER: 634 iterations. Rsd = 0.002077658 Relative Rsd = 9.14650936743129e-07
BICGSTAB_SOLVER_TIME: 2.494078 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.450852000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 276 resid = 2.17137e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.007474(s) Flops=1814022144 => 1800.56472325837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.288758599 Mflops = 259.266288758599 Gflops = 0.259266288758599 Tflops
InvBiCGStab: k = 277 resid = 1.066097e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.013268(s) Flops=1820583936 => 1796.74472696266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258723.968927812 Mflops = 258.723968927812 Gflops = 0.258723968927812 Tflops
BICGSTAB_SOLVER: 553 iterations. Rsd = 0.001983824 Relative Rsd = 8.70966194959832e-07
BICGSTAB_SOLVER_TIME: 2.025518 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393665
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 225 resid = 1.976755e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853466(s) Flops=1479370752 => 1733.3681154258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249564.802257847 Mflops = 249.564802257847 Gflops = 0.249564802257847 Tflops
InvBiCGStab: k = 236 resid = 1.0426e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874131(s) Flops=1551550464 => 1774.96332243108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255579.69329389 Mflops = 255.57969329389 Gflops = 0.25557969329389 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.001775623 Relative Rsd = 7.78147770492648e-07
BICGSTAB_SOLVER_TIME: 1.732783 sec
2Flav::invert,  n_count = 461
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328823000000002
MInvCG2: 386 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.532747(s) Flops=2484283392 => 1620.80460245559 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233443.267063734 Mflops = 233.443267063734 Gflops = 0.233443267063734 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276783999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0516347069578842
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 504.526694 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.086282 secs
Doing Update: 2704 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 269 resid = 1.739951e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.149538(s) Flops=1768089600 => 1538.08712717631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221480.315591861 Mflops = 221.480315591861 Gflops = 0.221480315591861 Tflops
InvBiCGStab: k = 286 resid = 8.834161e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.220103(s) Flops=1879640064 => 1540.55851350255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221836.566107034 Mflops = 221.836566107034 Gflops = 0.221836566107034 Tflops
BICGSTAB_SOLVER: 555 iterations. Rsd = 0.002029133 Relative Rsd = 8.92870689843316e-07
BICGSTAB_SOLVER_TIME: 2.374613 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.404380999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 215 resid = 1.584254e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820411(s) Flops=1413752832 => 1723.22510546543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248192.389848653 Mflops = 248.192389848653 Gflops = 0.248192389848653 Tflops
InvBiCGStab: k = 241 resid = 8.620471e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891845(s) Flops=1584359424 => 1776.49639118905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255808.994766056 Mflops = 255.808994766056 Gflops = 0.255808994766056 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.001800114 Relative Rsd = 7.90665837459416e-07
BICGSTAB_SOLVER_TIME: 1.716979 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332318999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000362
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
MInvCG2: 415 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.635971(s) Flops=2661525504 => 1626.87816837829 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234278.603059092 Mflops = 234.278603059092 Gflops = 0.234278603059092 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297861000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 324 resid = 1.667514e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.184932(s) Flops=2128988160 => 1796.71758379384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.138330457 Mflops = 258.703138330457 Gflops = 0.258703138330456 Tflops
InvBiCGStab: k = 337 resid = 1.044889e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.244883(s) Flops=2214291456 => 1778.71451052027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256130.893168801 Mflops = 256.130893168801 Gflops = 0.256130893168801 Tflops
BICGSTAB_SOLVER: 661 iterations. Rsd = 0.002240463 Relative Rsd = 9.85861173466206e-07
BICGSTAB_SOLVER_TIME: 2.434561 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.472512000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 268 resid = 2.266554e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.01151(s) Flops=1761527808 => 1741.48333481626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250804.948751642 Mflops = 250.804948751642 Gflops = 0.250804948751642 Tflops
InvBiCGStab: k = 305 resid = 1.063426e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.346405(s) Flops=2004314112 => 1488.64131669149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214355.8045334 Mflops = 214.3558045334 Gflops = 0.2143558045334 Tflops
BICGSTAB_SOLVER: 573 iterations. Rsd = 0.001942993 Relative Rsd = 8.53422970190253e-07
BICGSTAB_SOLVER_TIME: 2.368105 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.409214
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 245 resid = 9.888078e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.021829(s) Flops=1610606592 => 1576.19972813455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226935.922148533 Mflops = 226.935922148533 Gflops = 0.226935922148533 Tflops
InvBiCGStab: k = 266 resid = 1.132594e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973641(s) Flops=1748404224 => 1795.73808416038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258580.074335986 Mflops = 258.580074335986 Gflops = 0.258580074335986 Tflops
BICGSTAB_SOLVER: 511 iterations. Rsd = 0.001813119 Relative Rsd = 7.949824874054e-07
BICGSTAB_SOLVER_TIME: 2.000215 sec
2Flav::invert,  n_count = 511
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.365053999999999
MInvCG2: 395 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.569775(s) Flops=2540537856 => 1618.40891592744 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233056.530822396 Mflops = 233.056530822396 Gflops = 0.233056530822396 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283311000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.137844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.845818(s) Flops=1472808960 => 1741.28353853902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250735.288694242 Mflops = 250.735288694242 Gflops = 0.250735288694242 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 9.126396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863867(s) Flops=1544988672 => 1788.45663973737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257528.839691175 Mflops = 257.528839691175 Gflops = 0.257528839691175 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002202458 Relative Rsd = 9.69138122829586e-07
BICGSTAB_SOLVER_TIME: 1.713137 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001861
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327731000000002
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.002972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.651801(s) Flops=1157842944 => 1776.37491197467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255804.634670132 Mflops = 255.804634670132 Gflops = 0.255804634670132 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 9.569463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769781(s) Flops=1394067456 => 1810.99229001495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260768.810182341 Mflops = 260.768810182341 Gflops = 0.260768810182341 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001949578 Relative Rsd = 8.56315065173135e-07
BICGSTAB_SOLVER_TIME: 1.42497 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.115981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277304000000001
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.237663(s) Flops=1787314176 => 1444.10407033255 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207935.174949726 Mflops = 207.935174949726 Gflops = 0.207935174949726 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200013000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.49732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 8.3e-05 s
InvBiCGStab: k = 164 resid = 1.858435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.609328(s) Flops=1079101440 => 1770.96972402384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255112.36974544 Mflops = 255.11236974544 Gflops = 0.25511236974544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3e-05 s
InvBiCGStab: k = 185 resid = 8.689049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.68072(s) Flops=1216899072 => 1787.66463744271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257393.720827508 Mflops = 257.393720827508 Gflops = 0.257393720827508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 349 iterations. Rsd = 0.001811704 Relative Rsd = 7.94361797182639e-07
BICGSTAB_SOLVER_TIME: 1.293761 sec
2Flav::invert,  n_count = 349
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250399999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000136 s
InvBiCGStab: k = 137 resid = 1.605428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50186(s) Flops=901933056 => 1797.18060016738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258723.53873113 Mflops = 258.72353873113 Gflops = 0.25872353873113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8e-05 s
InvBiCGStab: k = 139 resid = 1.060024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.507232(s) Flops=915056640 => 1804.01993565075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259725.742609121 Mflops = 259.725742609121 Gflops = 0.259725742609121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 276 iterations. Rsd = 0.001596172 Relative Rsd = 6.99859311717881e-07
BICGSTAB_SOLVER_TIME: 1.013146 sec
2Flav::invert,  n_count = 276
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197870999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005655 s
InvBiCGStab: k = 109 resid = 1.629003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398184(s) Flops=718202880 => 1803.69597974806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.188684675 Mflops = 259.698188684675 Gflops = 0.259698188684675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.006991 s
InvBiCGStab: k = 124 resid = 1.103963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452988(s) Flops=816629760 => 1802.76245728364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.350202459 Mflops = 259.560350202459 Gflops = 0.259560350202459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 233 iterations. Rsd = 0.001513625 Relative Rsd = 6.63665670408351e-07
BICGSTAB_SOLVER_TIME: 0.867727 sec
2Flav::invert,  n_count = 233
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169560999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007544 s
InvBiCGStab: k = 91 resid = 1.612984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33343(s) Flops=600090624 => 1799.74994451609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.187087634 Mflops = 259.129187087634 Gflops = 0.259129187087634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01104 s
InvBiCGStab: k = 116 resid = 6.843744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431962(s) Flops=764135424 => 1768.98760539121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254697.179185742 Mflops = 254.697179185742 Gflops = 0.254697179185742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001357539 Relative Rsd = 5.95228141854856e-07
BICGSTAB_SOLVER_TIME: 0.788258 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151908999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010199 s
InvBiCGStab: k = 80 resid = 1.366179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292801(s) Flops=527910912 => 1802.968268551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259583.85427999 Mflops = 259.58385427999 Gflops = 0.25958385427999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015078 s
InvBiCGStab: k = 112 resid = 1.092031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415512(s) Flops=737888256 => 1775.85305839543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255681.962971341 Mflops = 255.681962971341 Gflops = 0.255681962971341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001324084 Relative Rsd = 5.80559333068948e-07
BICGSTAB_SOLVER_TIME: 0.737768 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142236
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.219643(s) Flops=1793359872 => 1470.397380217 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211791.6517992 Mflops = 211.7916517992 Gflops = 0.2117916517992 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199810000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013484 s
InvBiCGStab: k = 29 resid = 2.274296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10794(s) Flops=193259520 => 1790.43468593663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257715.022000675 Mflops = 257.715022000675 Gflops = 0.257715022000675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019544 s
InvBiCGStab: k = 47 resid = 1.087302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17337(s) Flops=311371776 => 1795.9957086001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258525.461828793 Mflops = 258.525461828793 Gflops = 0.258525461828793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007150994 Relative Rsd = 3.13543375988498e-07
BICGSTAB_SOLVER_TIME: 0.318123 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0609320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016496 s
InvBiCGStab: k = 86 resid = 2.18313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316511(s) Flops=567281664 => 1792.29683644486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258049.668409151 Mflops = 258.049668409151 Gflops = 0.258049668409151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024019 s
InvBiCGStab: k = 107 resid = 1.026161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392516(s) Flops=705079296 => 1796.30714671504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258625.145066371 Mflops = 258.625145066371 Gflops = 0.258625145066371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001343477 Relative Rsd = 5.89062431815548e-07
BICGSTAB_SOLVER_TIME: 0.753293 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145552999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020202 s
InvBiCGStab: k = 57 resid = 2.0987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209772(s) Flops=376989696 => 1797.14020937017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258719.5519148 Mflops = 258.7195519148 Gflops = 0.2587195519148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028586 s
InvBiCGStab: k = 83 resid = 1.150724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303256(s) Flops=547596288 => 1805.72284802279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259974.778874134 Mflops = 259.974778874134 Gflops = 0.259974778874134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001127606 Relative Rsd = 4.94411562594411e-07
BICGSTAB_SOLVER_TIME: 0.56557 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108924
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023574 s
InvBiCGStab: k = 74 resid = 1.949187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273955(s) Flops=488540160 => 1783.28616013579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256748.378167431 Mflops = 256.748378167431 Gflops = 0.256748378167431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.037665 s
InvBiCGStab: k = 107 resid = 6.629747e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414615(s) Flops=705079296 => 1700.56388697949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244850.048369003 Mflops = 244.850048369003 Gflops = 0.244850048369003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001292857 Relative Rsd = 5.66867805122266e-07
BICGSTAB_SOLVER_TIME: 0.753826 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138925
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028626 s
InvBiCGStab: k = 68 resid = 2.247453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259577(s) Flops=449169408 => 1730.38985734483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249127.252659928 Mflops = 249.127252659928 Gflops = 0.249127252659928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039035 s
InvBiCGStab: k = 98 resid = 1.038274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373936(s) Flops=646023168 => 1727.63031106927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248733.491444519 Mflops = 248.733491444519 Gflops = 0.248733491444519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001230316 Relative Rsd = 5.39445802959167e-07
BICGSTAB_SOLVER_TIME: 0.704999 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129524
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.136794(s) Flops=1793507328 => 1577.68894628226 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227172.166961296 Mflops = 227.172166961296 Gflops = 0.227172166961296 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200288000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.051067 s
InvBiCGStab: k = 27 resid = 2.140021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118985(s) Flops=180135936 => 1513.93819388999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217932.349257253 Mflops = 217.932349257253 Gflops = 0.217932349257253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.049715 s
InvBiCGStab: k = 48 resid = 9.210101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210379(s) Flops=317933568 => 1511.2419395472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217563.900254602 Mflops = 217.563900254602 Gflops = 0.217563900254602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000735387 Relative Rsd = 3.22438668265245e-07
BICGSTAB_SOLVER_TIME: 0.434373 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.040303 s
InvBiCGStab: k = 62 resid = 1.563207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276879(s) Flops=409798656 => 1480.06405686238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213090.112899762 Mflops = 213.090112899762 Gflops = 0.213090112899762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.078031 s
InvBiCGStab: k = 92 resid = 7.92829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405342(s) Flops=606652416 => 1496.64336782273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215478.998101626 Mflops = 215.478998101626 Gflops = 0.215478998101626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001103526 Relative Rsd = 4.83853193138973e-07
BICGSTAB_SOLVER_TIME: 0.80434 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 60 resid = 2.049626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221795(s) Flops=396675072 => 1788.47616943574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257485.932853047 Mflops = 257.485932853047 Gflops = 0.257485932853047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059844 s
InvBiCGStab: k = 77 resid = 9.209483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289852(s) Flops=508225536 => 1753.39668520486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252430.482587807 Mflops = 252.430482587807 Gflops = 0.252430482587807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001094249 Relative Rsd = 4.79785732522941e-07
BICGSTAB_SOLVER_TIME: 0.616845 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111842
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043218 s
InvBiCGStab: k = 71 resid = 1.746282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274857(s) Flops=468854784 => 1705.81351029808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245587.766711995 Mflops = 245.587766711995 Gflops = 0.245587766711995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059516 s
InvBiCGStab: k = 90 resid = 1.090182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341218(s) Flops=593528832 => 1739.44174105704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250425.255189476 Mflops = 250.425255189476 Gflops = 0.250425255189476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001190691 Relative Rsd = 5.22071683169449e-07
BICGSTAB_SOLVER_TIME: 0.722624 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042038 s
InvBiCGStab: k = 61 resid = 1.549187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229338(s) Flops=403236864 => 1758.26450043168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253136.126175662 Mflops = 253.136126175662 Gflops = 0.253136126175662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 86 resid = 8.650806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321062(s) Flops=567281664 => 1766.89132940055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254377.529014378 Mflops = 254.377529014378 Gflops = 0.254377529014378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001149232 Relative Rsd = 5.03893524531956e-07
BICGSTAB_SOLVER_TIME: 0.652743 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119084
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114414(s) Flops=1799626752 => 1614.86373286768 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232590.029509283 Mflops = 232.590029509283 Gflops = 0.232590029509283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201089000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041378 s
InvBiCGStab: k = 32 resid = 1.65876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118383(s) Flops=212944896 => 1798.77935176503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258910.485038319 Mflops = 258.910485038319 Gflops = 0.258910485038319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 48 resid = 9.743371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176627(s) Flops=317933568 => 1800.02812707004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259094.603707078 Mflops = 259.094603707078 Gflops = 0.259094603707078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007237435 Relative Rsd = 3.17333440139431e-07
BICGSTAB_SOLVER_TIME: 0.396216 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0711040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041405 s
InvBiCGStab: k = 67 resid = 2.099463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245547(s) Flops=442607616 => 1802.53725763296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.077991034 Mflops = 259.510077991034 Gflops = 0.259510077991034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056069 s
InvBiCGStab: k = 85 resid = 9.001832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310914(s) Flops=560719872 => 1803.45649279222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259650.684208649 Mflops = 259.650684208649 Gflops = 0.259650684208649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001154876 Relative Rsd = 5.06368169489989e-07
BICGSTAB_SOLVER_TIME: 0.65783 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049594 s
InvBiCGStab: k = 64 resid = 1.471353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287291(s) Flops=422922240 => 1472.10403388898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211949.152105936 Mflops = 211.949152105936 Gflops = 0.211949152105936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061179 s
InvBiCGStab: k = 82 resid = 9.964003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364033(s) Flops=541034496 => 1486.22376542786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213977.48894114 Mflops = 213.97748894114 Gflops = 0.21397748894114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001092236 Relative Rsd = 4.78903239656057e-07
BICGSTAB_SOLVER_TIME: 0.76613 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050947 s
InvBiCGStab: k = 61 resid = 2.270504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275413(s) Flops=403236864 => 1464.11703151267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210803.618775109 Mflops = 210.803618775109 Gflops = 0.210803618775109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067719 s
InvBiCGStab: k = 91 resid = 1.022335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405552(s) Flops=600090624 => 1479.68848384424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213034.81435196 Mflops = 213.03481435196 Gflops = 0.21303481435196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001125314 Relative Rsd = 4.93406565078297e-07
BICGSTAB_SOLVER_TIME: 0.803341 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065578 s
InvBiCGStab: k = 59 resid = 1.471743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22867(s) Flops=390113280 => 1706.00988323785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245659.182201397 Mflops = 245.659182201397 Gflops = 0.245659182201397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 90 resid = 9.479077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33312(s) Flops=593528832 => 1781.72680115274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256521.445344669 Mflops = 256.521445344669 Gflops = 0.256521445344669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001104692 Relative Rsd = 4.84364803180316e-07
BICGSTAB_SOLVER_TIME: 0.687933 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120463
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.1105(s) Flops=1799553024 => 1620.4889905448 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233360.24020413 Mflops = 233.36024020413 Gflops = 0.23336024020413 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200883000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021412
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.027664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683497(s) Flops=1236584448 => 1809.20245151039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260527.811707817 Mflops = 260.527811707817 Gflops = 0.260527811707817 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.101747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.946317(s) Flops=1643415552 => 1736.64380117867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250067.423651293 Mflops = 250.067423651293 Gflops = 0.250067423651293 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002171208 Relative Rsd = 9.55371229412222e-07
BICGSTAB_SOLVER_TIME: 1.633168 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.116426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001858
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313056999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.456502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.64173(s) Flops=1151281152 => 1794.02731990089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258363.891867067 Mflops = 258.363891867067 Gflops = 0.258363891867066 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 9.090709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920401(s) Flops=1590921216 => 1728.50878693091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248897.261596361 Mflops = 248.897261596361 Gflops = 0.248897261596361 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001990261 Relative Rsd = 8.74191899316043e-07
BICGSTAB_SOLVER_TIME: 1.565854 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.127223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298337999999999
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.334514(s) Flops=1799553024 => 1348.47069719763 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194262.693409309 Mflops = 194.262693409309 Gflops = 0.194262693409309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045075 s
InvBiCGStab: k = 24 resid = 1.541324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095797(s) Flops=160450560 => 1674.90171926052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241013.32414306 Mflops = 241.01332414306 Gflops = 0.24101332414306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057517 s
InvBiCGStab: k = 52 resid = 1.139975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204804(s) Flops=344180736 => 1680.53717700826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241924.493784986 Mflops = 241.924493784986 Gflops = 0.241924493784986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007134177 Relative Rsd = 3.12806000087346e-07
BICGSTAB_SOLVER_TIME: 0.407058 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0682510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041578 s
InvBiCGStab: k = 82 resid = 1.615891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305996(s) Flops=541034496 => 1768.1097007804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254563.815079218 Mflops = 254.563815079218 Gflops = 0.254563815079218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061074 s
InvBiCGStab: k = 105 resid = 1.044032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387419(s) Flops=691955712 => 1786.06550530563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257143.385455504 Mflops = 257.143385455504 Gflops = 0.257143385455504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001319172 Relative Rsd = 5.78405599248292e-07
BICGSTAB_SOLVER_TIME: 0.799873 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147828999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 67 resid = 1.494647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246076(s) Flops=442607616 => 1798.66226694192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258961.734909592 Mflops = 258.961734909592 Gflops = 0.258961734909592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 82 resid = 9.505422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299615(s) Flops=541034496 => 1805.76571933982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259975.261311558 Mflops = 259.975261311558 Gflops = 0.259975261311558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001151758 Relative Rsd = 5.05001221779007e-07
BICGSTAB_SOLVER_TIME: 0.646856 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 61 resid = 1.945548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223607(s) Flops=403236864 => 1803.32844678387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259607.991772682 Mflops = 259.607991772682 Gflops = 0.259607991772682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 94 resid = 1.075148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344449(s) Flops=619776000 => 1799.32587988352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259058.75682249 Mflops = 259.05875682249 Gflops = 0.25905875682249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001180948 Relative Rsd = 5.17799895007224e-07
BICGSTAB_SOLVER_TIME: 0.669604 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 67 resid = 2.050676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245664(s) Flops=442607616 => 1801.67878077374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259392.858608705 Mflops = 259.392858608705 Gflops = 0.259392858608705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 81 resid = 9.173934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296069(s) Flops=534472704 => 1805.23021322732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.404156332 Mflops = 259.894404156332 Gflops = 0.259894404156332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001133695 Relative Rsd = 4.97081449337153e-07
BICGSTAB_SOLVER_TIME: 0.643593 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119669
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.317209(s) Flops=1799700480 => 1366.29834749079 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196749.257388332 Mflops = 196.749257388332 Gflops = 0.196749257388332 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.501664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 29 resid = 1.525126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107544(s) Flops=193259520 => 1797.02744923008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258653.786607981 Mflops = 258.653786607981 Gflops = 0.258653786607981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 46 resid = 1.141813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169703(s) Flops=304809984 => 1796.1378643866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258548.779885303 Mflops = 258.548779885303 Gflops = 0.258548779885303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007128415 Relative Rsd = 3.12553334248311e-07
BICGSTAB_SOLVER_TIME: 0.379174 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0675640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 80 resid = 1.39022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29348(s) Flops=527910912 => 1798.79689246286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.457430251 Mflops = 258.978457430251 Gflops = 0.258978457430251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 114 resid = 9.366067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41855(s) Flops=751011840 => 1794.31809819615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258341.707678808 Mflops = 258.341707678808 Gflops = 0.258341707678808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001291201 Relative Rsd = 5.66141760901168e-07
BICGSTAB_SOLVER_TIME: 0.813577 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152591999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041499 s
InvBiCGStab: k = 64 resid = 1.009647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234591(s) Flops=422922240 => 1802.80675729248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.368600302 Mflops = 259.533368600302 Gflops = 0.259533368600302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 81 resid = 7.481563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296793(s) Flops=534472704 => 1800.82651545016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259263.353897259 Mflops = 259.263353897259 Gflops = 0.259263353897259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001122093 Relative Rsd = 4.91994290647101e-07
BICGSTAB_SOLVER_TIME: 0.633231 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 73 resid = 1.736002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268071(s) Flops=481978368 => 1797.95042358181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.309563559 Mflops = 258.858309563559 Gflops = 0.258858309563559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 92 resid = 9.055647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337474(s) Flops=606652416 => 1797.62712386732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258808.404267008 Mflops = 258.808404267008 Gflops = 0.258808404267008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001196264 Relative Rsd = 5.2451524257274e-07
BICGSTAB_SOLVER_TIME: 0.706862 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131831
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041192 s
InvBiCGStab: k = 58 resid = 2.124704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212534(s) Flops=383551488 => 1804.6594333142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.755892347 Mflops = 259.806755892347 Gflops = 0.259806755892347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056948 s
InvBiCGStab: k = 88 resid = 1.137133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321716(s) Flops=580405248 => 1804.09195688122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.577107049 Mflops = 259.737577107049 Gflops = 0.259737577107049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001162448 Relative Rsd = 5.09688300702119e-07
BICGSTAB_SOLVER_TIME: 0.636057 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118322
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.363507(s) Flops=1799700480 => 1319.90556704146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190056.369729405 Mflops = 190.056369729405 Gflops = 0.190056369729405 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 25 resid = 2.041019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092999(s) Flops=167012352 => 1795.85105216185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258464.865194419 Mflops = 258.464865194419 Gflops = 0.258464865194419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056479 s
InvBiCGStab: k = 47 resid = 7.822477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172987(s) Flops=311371776 => 1799.97211351142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.29633248 Mflops = 259.09229633248 Gflops = 0.25909229633248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007041813 Relative Rsd = 3.08756175036443e-07
BICGSTAB_SOLVER_TIME: 0.367231 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0654400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 59 resid = 2.001285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217254(s) Flops=390113280 => 1795.65522383938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.848935443 Mflops = 258.512848935443 Gflops = 0.258512848935443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 89 resid = 1.106007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32701(s) Flops=586967040 => 1794.95134705361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258421.276367079 Mflops = 258.421276367079 Gflops = 0.258421276367079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00112733 Relative Rsd = 4.94290589253297e-07
BICGSTAB_SOLVER_TIME: 0.645744 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 56 resid = 2.136669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205569(s) Flops=370427904 => 1801.96383695985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259417.083917649 Mflops = 259.417083917649 Gflops = 0.259417083917649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 86 resid = 5.896004e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314837(s) Flops=567281664 => 1801.82654516464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259402.921745456 Mflops = 259.402921745456 Gflops = 0.259402921745456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001108695 Relative Rsd = 4.86119937498543e-07
BICGSTAB_SOLVER_TIME: 0.621332 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041714 s
InvBiCGStab: k = 65 resid = 2.01612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251567(s) Flops=429484032 => 1707.23517790489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245784.730866187 Mflops = 245.784730866187 Gflops = 0.245784730866187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058973 s
InvBiCGStab: k = 85 resid = 1.1468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324318(s) Flops=560719872 => 1728.91998593973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248914.164163106 Mflops = 248.914164163106 Gflops = 0.248914164163106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001127212 Relative Rsd = 4.94238779995394e-07
BICGSTAB_SOLVER_TIME: 0.680349 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041674 s
InvBiCGStab: k = 62 resid = 2.16618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228694(s) Flops=409798656 => 1791.9082092228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257969.381260457 Mflops = 257.969381260457 Gflops = 0.257969381260457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056802 s
InvBiCGStab: k = 83 resid = 1.10043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306586(s) Flops=547596288 => 1786.10989412432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257144.998317067 Mflops = 257.144998317067 Gflops = 0.257144998317067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001105582 Relative Rsd = 4.84754929444507e-07
BICGSTAB_SOLVER_TIME: 0.637664 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117484
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.272991(s) Flops=1793581056 => 1408.95030365494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202900.61016478 Mflops = 202.90061016478 Gflops = 0.20290061016478 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200324
CLOV_LINOP: Time spent in clov deriv (total) = 1.471829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041644 s
InvBiCGStab: k = 26 resid = 1.896743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096652(s) Flops=173574144 => 1795.8670694864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258475.026039462 Mflops = 258.475026039462 Gflops = 0.258475026039462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 52 resid = 7.195562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192581(s) Flops=344180736 => 1787.19985876073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257265.040342284 Mflops = 257.265040342284 Gflops = 0.257265040342284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007295026 Relative Rsd = 3.19858592743469e-07
BICGSTAB_SOLVER_TIME: 0.391223 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041568 s
InvBiCGStab: k = 54 resid = 2.012024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199184(s) Flops=357304320 => 1793.84046911399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258242.809509528 Mflops = 258.242809509528 Gflops = 0.258242809509528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056561 s
InvBiCGStab: k = 92 resid = 8.474871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348049(s) Flops=606652416 => 1743.00864533442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250942.995430032 Mflops = 250.942995430032 Gflops = 0.250942995430032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00115485 Relative Rsd = 5.06356939897143e-07
BICGSTAB_SOLVER_TIME: 0.649419 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 63 resid = 2.196247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233407(s) Flops=416360448 => 1783.83873662744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256826.052461518 Mflops = 256.826052461518 Gflops = 0.256826052461518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057324 s
InvBiCGStab: k = 80 resid = 1.08146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294712(s) Flops=527910912 => 1791.2772876571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257889.55453933 Mflops = 257.889554539331 Gflops = 0.25788955453933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001107223 Relative Rsd = 4.85474184866294e-07
BICGSTAB_SOLVER_TIME: 0.630768 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041621 s
InvBiCGStab: k = 62 resid = 2.186066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229069(s) Flops=409798656 => 1788.97474560067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257532.674045121 Mflops = 257.532674045121 Gflops = 0.257532674045121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05703 s
InvBiCGStab: k = 96 resid = 1.049096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351208(s) Flops=632899584 => 1802.06482768046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259456.785806496 Mflops = 259.456785806496 Gflops = 0.259456785806496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001186979 Relative Rsd = 5.20444464122459e-07
BICGSTAB_SOLVER_TIME: 0.682735 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 68 resid = 1.277999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249335(s) Flops=449169408 => 1801.469540979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259340.625318594 Mflops = 259.340625318594 Gflops = 0.259340625318594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 77 resid = 8.061356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280795(s) Flops=508225536 => 1809.9522284941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260577.18990712 Mflops = 260.57718990712 Gflops = 0.26057718990712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001116964 Relative Rsd = 4.89745513636084e-07
BICGSTAB_SOLVER_TIME: 0.63147 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117633
Monitoring force
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.242625(s) Flops=1787387904 => 1438.39686470174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207116.013558478 Mflops = 207.116013558478 Gflops = 0.207116013558478 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199858000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.538846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021145
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.035867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.689514(s) Flops=1230022656 => 1783.8980151237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256871.194842719 Mflops = 256.871194842719 Gflops = 0.256871194842719 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.024973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833585(s) Flops=1499056128 => 1798.32425967358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258949.837831332 Mflops = 258.949837831332 Gflops = 0.258949837831332 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002040655 Relative Rsd = 8.97908648146329e-07
BICGSTAB_SOLVER_TIME: 1.526378 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297107999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.202422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.64774(s) Flops=1170966528 => 1807.77245190972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260318.932889527 Mflops = 260.318932889527 Gflops = 0.260318932889527 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 9.124562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734261(s) Flops=1328449536 => 1809.23341427639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260516.725480357 Mflops = 260.516725480357 Gflops = 0.260516725480357 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.00193576 Relative Rsd = 8.50273099333002e-07
BICGSTAB_SOLVER_TIME: 1.385433 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001904
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272200999999998
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.135115(s) Flops=1787387904 => 1574.63156067887 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226802.812358512 Mflops = 226.802812358512 Gflops = 0.226802812358512 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199788000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.528768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052959 s
InvBiCGStab: k = 28 resid = 1.645523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121483(s) Flops=186697728 => 1536.82184338549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221263.620830299 Mflops = 221.263620830299 Gflops = 0.221263620830299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 50 resid = 1.132341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184679(s) Flops=331057152 => 1792.60853697497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258053.111286487 Mflops = 258.053111286487 Gflops = 0.258053111286487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007756395 Relative Rsd = 3.40087836514285e-07
BICGSTAB_SOLVER_TIME: 0.419486 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041542 s
InvBiCGStab: k = 78 resid = 1.602626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2871(s) Flops=514787328 => 1793.05931034483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258152.303969608 Mflops = 258.152303969608 Gflops = 0.258152303969608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056105 s
InvBiCGStab: k = 97 resid = 9.307271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356357(s) Flops=639461376 => 1794.44033932265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258348.756591579 Mflops = 258.348756591579 Gflops = 0.258348756591579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00127964 Relative Rsd = 5.61072365385253e-07
BICGSTAB_SOLVER_TIME: 0.744978 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 61 resid = 2.03316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22438(s) Flops=403236864 => 1797.11589268206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258725.898123033 Mflops = 258.725898123033 Gflops = 0.258725898123033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056094 s
InvBiCGStab: k = 82 resid = 1.056707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300342(s) Flops=541034496 => 1801.39473000779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.311058324 Mflops = 259.348311058324 Gflops = 0.259348311058324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001104098 Relative Rsd = 4.84104327669892e-07
BICGSTAB_SOLVER_TIME: 0.625554 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11615
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 72 resid = 2.095677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265989(s) Flops=475416576 => 1787.35427404893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257328.628137755 Mflops = 257.328628137755 Gflops = 0.257328628137755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 94 resid = 4.579981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343582(s) Flops=619776000 => 1803.86632594257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.011386013 Mflops = 259.701011386013 Gflops = 0.259701011386013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001169828 Relative Rsd = 5.12924414142319e-07
BICGSTAB_SOLVER_TIME: 0.710812 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043557 s
InvBiCGStab: k = 64 resid = 1.475305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234981(s) Flops=422922240 => 1799.81462330997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259120.068751439 Mflops = 259.120068751439 Gflops = 0.259120068751439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 79 resid = 9.49273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288785(s) Flops=521349120 => 1805.31925134616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.683544261 Mflops = 259.912683544261 Gflops = 0.259912683544261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001142302 Relative Rsd = 5.00855154013054e-07
BICGSTAB_SOLVER_TIME: 0.627404 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116175
Monitoring force
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.14143(s) Flops=1781342208 => 1560.6232602963 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224711.315136157 Mflops = 224.711315136157 Gflops = 0.224711315136157 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198875000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.525923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042027 s
InvBiCGStab: k = 26 resid = 2.143413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124201(s) Flops=173574144 => 1397.52613908101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201150.572494602 Mflops = 201.150572494602 Gflops = 0.201150572494602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068557 s
InvBiCGStab: k = 46 resid = 1.084612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169455(s) Flops=304809984 => 1798.76653978932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258930.626670797 Mflops = 258.930626670797 Gflops = 0.258930626670797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007242911 Relative Rsd = 3.17573574773722e-07
BICGSTAB_SOLVER_TIME: 0.408069 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 73 resid = 2.164204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268791(s) Flops=481978368 => 1793.13432369387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258159.191862464 Mflops = 258.159191862464 Gflops = 0.258159191862464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 118 resid = 9.122702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432986(s) Flops=777259008 => 1795.11348634829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258458.371346179 Mflops = 258.458371346179 Gflops = 0.258458371346179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001285587 Relative Rsd = 5.63679978931304e-07
BICGSTAB_SOLVER_TIME: 0.802897 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150458999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041869 s
InvBiCGStab: k = 63 resid = 2.272284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23143(s) Flops=416360448 => 1799.07725014043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259019.386608035 Mflops = 259.019386608035 Gflops = 0.259019386608035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056714 s
InvBiCGStab: k = 82 resid = 9.34025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299979(s) Flops=541034496 => 1803.57457021992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.65448545 Mflops = 259.66665448545 Gflops = 0.25966665448545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001095725 Relative Rsd = 4.80433016463306e-07
BICGSTAB_SOLVER_TIME: 0.633849 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041538 s
InvBiCGStab: k = 69 resid = 1.962509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253428(s) Flops=455731200 => 1798.26696339789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258901.207597019 Mflops = 258.901207597019 Gflops = 0.258901207597019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056097 s
InvBiCGStab: k = 81 resid = 1.132719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299002(s) Flops=534472704 => 1787.52217042026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257340.244681921 Mflops = 257.340244681921 Gflops = 0.257340244681921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001171164 Relative Rsd = 5.13509782191219e-07
BICGSTAB_SOLVER_TIME: 0.65382 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04146 s
InvBiCGStab: k = 69 resid = 1.748675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253675(s) Flops=455731200 => 1796.51601458559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258644.84849428 Mflops = 258.64484849428 Gflops = 0.25864484849428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 96 resid = 8.512539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352537(s) Flops=632899584 => 1795.2713729339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258469.390300367 Mflops = 258.469390300367 Gflops = 0.258469390300367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001164747 Relative Rsd = 5.10696565008879e-07
BICGSTAB_SOLVER_TIME: 0.707875 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13215
Monitoring force
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.11514(s) Flops=1781268480 => 1597.34964219739 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229999.486669942 Mflops = 229.999486669942 Gflops = 0.229999486669942 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198991000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.521065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043229 s
InvBiCGStab: k = 28 resid = 1.283514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144902(s) Flops=186697728 => 1288.44134656526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185466.899261327 Mflops = 185.466899261327 Gflops = 0.185466899261327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 47 resid = 7.667508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174001(s) Flops=311371776 => 1789.48268113402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257591.059482098 Mflops = 257.591059482098 Gflops = 0.257591059482098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007141208 Relative Rsd = 3.13114277932771e-07
BICGSTAB_SOLVER_TIME: 0.422366 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 55 resid = 2.187279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203378(s) Flops=363866112 => 1789.11245070755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257568.070290431 Mflops = 257.568070290431 Gflops = 0.257568070290431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 77 resid = 1.086624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283602(s) Flops=508225536 => 1792.03791228553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257997.530858712 Mflops = 257.997530858712 Gflops = 0.257997530858712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001080608 Relative Rsd = 4.73804647198743e-07
BICGSTAB_SOLVER_TIME: 0.588425 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 61 resid = 1.915693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224857(s) Flops=403236864 => 1793.30358405564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258171.379610899 Mflops = 258.171379610899 Gflops = 0.258171379610899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056857 s
InvBiCGStab: k = 78 resid = 9.915111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285833(s) Flops=514787328 => 1801.00732945461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259281.734368679 Mflops = 259.281734368679 Gflops = 0.259281734368679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001102529 Relative Rsd = 4.83416004672036e-07
BICGSTAB_SOLVER_TIME: 0.612537 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 67 resid = 1.997751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245708(s) Flops=442607616 => 1801.35614632002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.380012495 Mflops = 259.333380012495 Gflops = 0.259333380012495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056845 s
InvBiCGStab: k = 81 resid = 9.523178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296671(s) Flops=534472704 => 1801.56706924506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259372.570093835 Mflops = 259.372570093835 Gflops = 0.259372570093835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001121605 Relative Rsd = 4.91780264816176e-07
BICGSTAB_SOLVER_TIME: 0.644467 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119886
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040925 s
InvBiCGStab: k = 65 resid = 2.196262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251834(s) Flops=429484032 => 1705.42512925181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245527.58252947 Mflops = 245.52758252947 Gflops = 0.24552758252947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059686 s
InvBiCGStab: k = 83 resid = 1.10417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318527(s) Flops=547596288 => 1719.15187095599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247502.441988141 Mflops = 247.502441988141 Gflops = 0.247502441988141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001156828 Relative Rsd = 5.07224119682874e-07
BICGSTAB_SOLVER_TIME: 0.674766 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119451
Monitoring force
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.101619(s) Flops=1781121024 => 1616.82126397602 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232797.558441318 Mflops = 232.797558441318 Gflops = 0.232797558441318 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199171000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.48242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045564 s
InvBiCGStab: k = 26 resid = 2.180838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112027(s) Flops=173574144 => 1549.39562783972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223030.61293264 Mflops = 223.03061293264 Gflops = 0.22303061293264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062985 s
InvBiCGStab: k = 46 resid = 1.06718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210299(s) Flops=304809984 => 1449.41242706813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208645.223673193 Mflops = 208.645223673193 Gflops = 0.208645223673193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000714109 Relative Rsd = 3.13109097006981e-07
BICGSTAB_SOLVER_TIME: 0.434668 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040883 s
InvBiCGStab: k = 60 resid = 2.154743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221911(s) Flops=396675072 => 1787.54127555642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257351.574611368 Mflops = 257.351574611368 Gflops = 0.257351574611368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 94 resid = 1.115392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345886(s) Flops=619776000 => 1791.85049409343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257979.063189291 Mflops = 257.979063189291 Gflops = 0.257979063189291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001170144 Relative Rsd = 5.13062946483155e-07
BICGSTAB_SOLVER_TIME: 0.668772 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 61 resid = 2.135454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224991(s) Flops=403236864 => 1792.23552942118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258017.68020853 Mflops = 258.01768020853 Gflops = 0.25801768020853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056635 s
InvBiCGStab: k = 82 resid = 1.078277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301441(s) Flops=541034496 => 1794.82716684194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258400.280030576 Mflops = 258.400280030576 Gflops = 0.258400280030576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105625 Relative Rsd = 4.84773662447118e-07
BICGSTAB_SOLVER_TIME: 0.627755 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044712 s
InvBiCGStab: k = 68 resid = 1.605961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262683(s) Flops=449169408 => 1709.92948915613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246178.23075181 Mflops = 246.17823075181 Gflops = 0.24617823075181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 83 resid = 9.408888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308007(s) Flops=547596288 => 1777.8696198463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255964.730991186 Mflops = 255.964730991186 Gflops = 0.255964730991186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001172947 Relative Rsd = 5.14291974376547e-07
BICGSTAB_SOLVER_TIME: 0.675981 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04178 s
InvBiCGStab: k = 61 resid = 1.155392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22549(s) Flops=403236864 => 1788.26938666903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257445.555690912 Mflops = 257.445555690912 Gflops = 0.257445555690912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056769 s
InvBiCGStab: k = 83 resid = 8.625823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305943(s) Flops=547596288 => 1789.86375893549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257686.645757153 Mflops = 257.686645757153 Gflops = 0.257686645757153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001105479 Relative Rsd = 4.84709755855104e-07
BICGSTAB_SOLVER_TIME: 0.633818 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116934
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091334(s) Flops=1774854144 => 1626.31618184717 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234170.847545656 Mflops = 234.170847545656 Gflops = 0.234170847545656 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198242000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.08346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867829(s) Flops=1341573120 => 1545.8957006507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222590.935588539 Mflops = 222.590935588539 Gflops = 0.222590935588539 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 9.599304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834821(s) Flops=1440000000 => 1724.92067161703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248383.142699977 Mflops = 248.383142699977 Gflops = 0.248383142699977 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002045739 Relative Rsd = 9.00122814836385e-07
BICGSTAB_SOLVER_TIME: 1.706052 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302559999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.140335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717835(s) Flops=1289078784 => 1795.78703183879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258615.64608956 Mflops = 258.61564608956 Gflops = 0.25861564608956 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.019382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743472(s) Flops=1341573120 => 1804.47026922332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.960214342 Mflops = 259.830960214342 Gflops = 0.259830960214342 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001981971 Relative Rsd = 8.70587932654213e-07
BICGSTAB_SOLVER_TIME: 1.46467 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286413999999999
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092785(s) Flops=1774854144 => 1624.15675910632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233864.259000086 Mflops = 233.864259000086 Gflops = 0.233864259000086 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198095000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044379 s
InvBiCGStab: k = 26 resid = 2.255439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118815(s) Flops=173574144 => 1460.8773639692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210282.472103607 Mflops = 210.282472103607 Gflops = 0.210282472103607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064496 s
InvBiCGStab: k = 50 resid = 8.266821e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223768(s) Flops=331057152 => 1479.46601837618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212983.942852155 Mflops = 212.983942852155 Gflops = 0.212983942852155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007437345 Relative Rsd = 3.26098724357184e-07
BICGSTAB_SOLVER_TIME: 0.455433 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048386 s
InvBiCGStab: k = 76 resid = 2.026831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34029(s) Flops=501663744 => 1474.22417349907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212249.064550032 Mflops = 212.249064550032 Gflops = 0.212249064550032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.104464 s
InvBiCGStab: k = 113 resid = 5.193206e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464943(s) Flops=744450048 => 1601.16411689175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230536.943019761 Mflops = 230.536943019761 Gflops = 0.230536943019761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.00132324 Relative Rsd = 5.80189573202691e-07
BICGSTAB_SOLVER_TIME: 0.961974 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149166999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041437 s
InvBiCGStab: k = 72 resid = 1.911674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265284(s) Flops=475416576 => 1792.10422038268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258009.3877603 Mflops = 258.0093877603 Gflops = 0.2580093877603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 71 resid = 9.501086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261445(s) Flops=468854784 => 1793.32090497045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258177.040315356 Mflops = 258.177040315356 Gflops = 0.258177040315356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001053757 Relative Rsd = 4.62031746233405e-07
BICGSTAB_SOLVER_TIME: 0.628444 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 69 resid = 1.559079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254454(s) Flops=455731200 => 1791.01605791224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257853.11818628 Mflops = 257.85311818628 Gflops = 0.25785311818628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 80 resid = 1.02821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293797(s) Flops=527910912 => 1796.85603324745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258696.216882205 Mflops = 258.696216882205 Gflops = 0.258696216882205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001181081 Relative Rsd = 5.17858033672004e-07
BICGSTAB_SOLVER_TIME: 0.649791 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 56 resid = 2.151586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20655(s) Flops=370427904 => 1793.40549019608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.553212292 Mflops = 258.191553212292 Gflops = 0.258191553212292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057605 s
InvBiCGStab: k = 87 resid = 1.070943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318757(s) Flops=573843456 => 1800.25366031177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259185.363222643 Mflops = 259.185363222643 Gflops = 0.259185363222643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001172566 Relative Rsd = 5.1412450031233e-07
BICGSTAB_SOLVER_TIME: 0.627539 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116042
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.090634(s) Flops=1774559232 => 1627.08959375923 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234274.284329236 Mflops = 234.274284329236 Gflops = 0.234274284329236 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198204000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049166 s
InvBiCGStab: k = 29 resid = 2.045207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132202(s) Flops=193259520 => 1461.85019893799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210410.956784183 Mflops = 210.410956784183 Gflops = 0.210410956784183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063151 s
InvBiCGStab: k = 45 resid = 9.921663e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204497(s) Flops=298248192 => 1458.44776206986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209948.283735654 Mflops = 209.948283735654 Gflops = 0.209948283735654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006945921 Relative Rsd = 3.04551713387691e-07
BICGSTAB_SOLVER_TIME: 0.452887 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042485 s
InvBiCGStab: k = 73 resid = 1.930427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325654(s) Flops=481978368 => 1480.03208313118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213086.745892726 Mflops = 213.086745892726 Gflops = 0.213086745892726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063974 s
InvBiCGStab: k = 115 resid = 9.710384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.518172(s) Flops=757573632 => 1462.01190338343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210501.364904906 Mflops = 210.501364904906 Gflops = 0.210501364904906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001289671 Relative Rsd = 5.65470843772223e-07
BICGSTAB_SOLVER_TIME: 0.953998 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 59 resid = 1.870107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217277(s) Flops=390113280 => 1795.46514357249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258482.863883782 Mflops = 258.482863883782 Gflops = 0.258482863883782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.101408 s
InvBiCGStab: k = 79 resid = 7.314501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419902(s) Flops=521349120 => 1241.59713456949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178727.76793492 Mflops = 178.72776793492 Gflops = 0.17872776793492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001095386 Relative Rsd = 4.80284071227285e-07
BICGSTAB_SOLVER_TIME: 0.784793 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 80 resid = 1.628156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294766(s) Flops=527910912 => 1790.94913253225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257857.291574146 Mflops = 257.857291574146 Gflops = 0.257857291574146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 81 resid = 1.148381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298328(s) Flops=534472704 => 1791.56064465957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257932.58113242 Mflops = 257.93258113242 Gflops = 0.25793258113242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001173712 Relative Rsd = 5.14627330853812e-07
BICGSTAB_SOLVER_TIME: 0.694635 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 65 resid = 1.136913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239279(s) Flops=429484032 => 1794.90900580494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258414.623327344 Mflops = 258.414623327344 Gflops = 0.258414623327344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 94 resid = 8.245376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344814(s) Flops=619776000 => 1797.421218396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258778.36254225 Mflops = 258.77836254225 Gflops = 0.25877836254225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001169215 Relative Rsd = 5.12655312262845e-07
BICGSTAB_SOLVER_TIME: 0.685358 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127398
Monitoring force
num_pf = 1
MInvCG2: 275 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114054(s) Flops=1768366080 => 1587.32528225741 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228551.551848851 Mflops = 228.551551848851 Gflops = 0.228551551848851 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197394000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041474 s
InvBiCGStab: k = 25 resid = 1.871664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092465(s) Flops=167012352 => 1806.22237603418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.238724274 Mflops = 259.951238724274 Gflops = 0.259951238724274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056759 s
InvBiCGStab: k = 42 resid = 1.123582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154894(s) Flops=278562816 => 1798.40933799889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258868.104713171 Mflops = 258.868104713171 Gflops = 0.258868104713171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0006877721 Relative Rsd = 3.01561374900007e-07
BICGSTAB_SOLVER_TIME: 0.349457 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0617870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044867 s
InvBiCGStab: k = 53 resid = 2.154586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250826(s) Flops=350742528 => 1398.34996371987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201324.592491627 Mflops = 201.324592491627 Gflops = 0.201324592491627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066506 s
InvBiCGStab: k = 80 resid = 9.387186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373031(s) Flops=527910912 => 1415.19313944417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203698.418693518 Mflops = 203.698418693518 Gflops = 0.203698418693518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001111719 Relative Rsd = 4.87445846152033e-07
BICGSTAB_SOLVER_TIME: 0.743511 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048782 s
InvBiCGStab: k = 59 resid = 1.799404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261156(s) Flops=390113280 => 1493.79405412857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215050.474901277 Mflops = 215.050474901277 Gflops = 0.215050474901277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066413 s
InvBiCGStab: k = 76 resid = 1.102444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366833(s) Flops=501663744 => 1367.55347528712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196892.14181321 Mflops = 196.89214181321 Gflops = 0.19689214181321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001075503 Relative Rsd = 4.71566180995703e-07
BICGSTAB_SOLVER_TIME: 0.746993 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042176 s
InvBiCGStab: k = 68 resid = 1.836951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250154(s) Flops=449169408 => 1795.57155991909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258508.18062785 Mflops = 258.50818062785 Gflops = 0.25850818062785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056514 s
InvBiCGStab: k = 86 resid = 9.673483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315301(s) Flops=567281664 => 1799.17495980032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.73659696 Mflops = 259.03173659696 Gflops = 0.25903173659696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001129864 Relative Rsd = 4.95401400160183e-07
BICGSTAB_SOLVER_TIME: 0.667989 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042434 s
InvBiCGStab: k = 62 resid = 1.515978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239655(s) Flops=409798656 => 1709.95245665644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246169.639805369 Mflops = 246.169639805369 Gflops = 0.246169639805369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057501 s
InvBiCGStab: k = 92 resid = 1.09812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341486(s) Flops=606652416 => 1776.50742929432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255768.463843117 Mflops = 255.768463843117 Gflops = 0.255768463843117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001158471 Relative Rsd = 5.07944804325568e-07
BICGSTAB_SOLVER_TIME: 0.684867 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123938
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.087623(s) Flops=1762246656 => 1620.27343665958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233337.751055622 Mflops = 233.337751055622 Gflops = 0.233337751055622 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196820000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 27 resid = 1.768904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100159(s) Flops=180135936 => 1798.49974540481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258837.414855922 Mflops = 258.837414855922 Gflops = 0.258837414855922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 45 resid = 9.599639e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165581(s) Flops=298248192 => 1801.2223141544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.907663734 Mflops = 259.269907663734 Gflops = 0.259269907663734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006968877 Relative Rsd = 3.0555824221192e-07
BICGSTAB_SOLVER_TIME: 0.367414 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053816 s
InvBiCGStab: k = 61 resid = 1.146427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261878(s) Flops=403236864 => 1539.78900098519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221679.702191246 Mflops = 221.679702191246 Gflops = 0.221679702191246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065765 s
InvBiCGStab: k = 90 resid = 1.106625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382394(s) Flops=593528832 => 1552.13950009676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223470.102242483 Mflops = 223.470102242483 Gflops = 0.223470102242483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001153992 Relative Rsd = 5.05980952711217e-07
BICGSTAB_SOLVER_TIME: 0.767943 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043366 s
InvBiCGStab: k = 62 resid = 1.875944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279817(s) Flops=409798656 => 1464.52379948323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210848.439797956 Mflops = 210.848439797956 Gflops = 0.210848439797956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060546 s
InvBiCGStab: k = 78 resid = 1.116759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345348(s) Flops=514787328 => 1490.63358699051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214605.290751149 Mflops = 214.605290751149 Gflops = 0.214605290751149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00110022 Relative Rsd = 4.82403963138592e-07
BICGSTAB_SOLVER_TIME: 0.734349 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040648 s
InvBiCGStab: k = 69 resid = 1.801047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256123(s) Flops=455731200 => 1779.34508029345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256164.605618089 Mflops = 256.164605618089 Gflops = 0.256164605618089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057107 s
InvBiCGStab: k = 93 resid = 1.071628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34405(s) Flops=613214208 => 1782.34038075861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256614.029439641 Mflops = 256.614029439641 Gflops = 0.256614029439641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.0011564 Relative Rsd = 5.07036687569553e-07
BICGSTAB_SOLVER_TIME: 0.701776 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042437 s
InvBiCGStab: k = 59 resid = 1.896163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220107(s) Flops=390113280 => 1772.38016055827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255157.407157544 Mflops = 255.157407157544 Gflops = 0.255157407157544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056306 s
InvBiCGStab: k = 76 resid = 1.115931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279565(s) Flops=501663744 => 1794.44402553968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258345.045907528 Mflops = 258.345045907528 Gflops = 0.258345045907528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001113086 Relative Rsd = 4.88045098061179e-07
BICGSTAB_SOLVER_TIME: 0.602174 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11043
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.080481(s) Flops=1755979776 => 1625.18339147102 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234010.798517574 Mflops = 234.010798517574 Gflops = 0.234010798517574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196190000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.179635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76001(s) Flops=1289078784 => 1696.13397718451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244259.712135086 Mflops = 244.259712135086 Gflops = 0.244259712135086 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 9.697984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.032377(s) Flops=1472808960 => 1426.61930670676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205426.020945366 Mflops = 205.426020945366 Gflops = 0.205426020945366 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002043039 Relative Rsd = 8.98917839887703e-07
BICGSTAB_SOLVER_TIME: 1.796046 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.128113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299939999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.266526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779063(s) Flops=1216899072 => 1562.00342205958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224919.97836076 Mflops = 224.91997836076 Gflops = 0.22491997836076 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.047908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783367(s) Flops=1380943872 => 1762.83130639917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253838.20536085 Mflops = 253.83820536085 Gflops = 0.25383820536085 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001980219 Relative Rsd = 8.69828871474183e-07
BICGSTAB_SOLVER_TIME: 1.565752 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.118583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283008999999998
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104959(s) Flops=1755979776 => 1589.18093431521 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228825.513354424 Mflops = 228.825513354424 Gflops = 0.228825513354424 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196121000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 25 resid = 1.94892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09309(s) Flops=167012352 => 1794.09552046407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258199.939893561 Mflops = 258.199939893561 Gflops = 0.258199939893561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 51 resid = 1.146251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188371(s) Flops=337618944 => 1792.30849759252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257995.685549159 Mflops = 257.995685549159 Gflops = 0.257995685549159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007468968 Relative Rsd = 3.27485298333844e-07
BICGSTAB_SOLVER_TIME: 0.382931 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042745 s
InvBiCGStab: k = 80 resid = 1.530246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309023(s) Flops=527910912 => 1708.32239671481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245957.363521725 Mflops = 245.957363521725 Gflops = 0.245957363521725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059222 s
InvBiCGStab: k = 106 resid = 2.893356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.480446(s) Flops=698517504 => 1453.8938902603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209333.576381806 Mflops = 209.333576381806 Gflops = 0.209333576381806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001274981 Relative Rsd = 5.59029702446565e-07
BICGSTAB_SOLVER_TIME: 0.895341 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146570999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045138 s
InvBiCGStab: k = 66 resid = 1.057587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307171(s) Flops=436045824 => 1419.554007377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204375.643739675 Mflops = 204.375643739675 Gflops = 0.204375643739675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072816 s
InvBiCGStab: k = 76 resid = 1.138792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339736(s) Flops=501663744 => 1476.62815833471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212606.902985841 Mflops = 212.606902985841 Gflops = 0.212606902985841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001096812 Relative Rsd = 4.809094574616e-07
BICGSTAB_SOLVER_TIME: 0.769513 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042551 s
InvBiCGStab: k = 68 resid = 2.175941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349122(s) Flops=449169408 => 1286.56861498273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185232.797517543 Mflops = 185.232797517543 Gflops = 0.185232797517543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079877 s
InvBiCGStab: k = 81 resid = 9.212453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300965(s) Flops=534472704 => 1775.86331965511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255672.0203354 Mflops = 255.6720203354 Gflops = 0.2556720203354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001155768 Relative Rsd = 5.06759469757069e-07
BICGSTAB_SOLVER_TIME: 0.776332 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 62 resid = 1.589745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229504(s) Flops=409798656 => 1785.58393753486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257065.142442002 Mflops = 257.065142442002 Gflops = 0.257065142442002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056901 s
InvBiCGStab: k = 86 resid = 8.142085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316133(s) Flops=567281664 => 1794.439884479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258328.739582869 Mflops = 258.328739582869 Gflops = 0.258328739582869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001124941 Relative Rsd = 4.93242868240765e-07
BICGSTAB_SOLVER_TIME: 0.647605 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119806
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.085329(s) Flops=1755979776 => 1617.92394379953 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232969.65850892 Mflops = 232.96965850892 Gflops = 0.23296965850892 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196387000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 28 resid = 1.84463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103462(s) Flops=186697728 => 1804.50530629603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.919730317 Mflops = 259.732919730317 Gflops = 0.259732919730317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 48 resid = 7.97641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177388(s) Flops=317933568 => 1792.30595079712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257997.610522529 Mflops = 257.997610522529 Gflops = 0.257997610522529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007372491 Relative Rsd = 3.23255136230555e-07
BICGSTAB_SOLVER_TIME: 0.382032 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 75 resid = 2.244532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275308(s) Flops=495101952 => 1798.35657518125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258908.357822202 Mflops = 258.908357822202 Gflops = 0.258908357822202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 106 resid = 1.116621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447179(s) Flops=698517504 => 1562.05345957659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224901.104131716 Mflops = 224.901104131716 Gflops = 0.224901104131716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001292038 Relative Rsd = 5.6650840710759e-07
BICGSTAB_SOLVER_TIME: 0.824468 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046083 s
InvBiCGStab: k = 64 resid = 2.248466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29586(s) Flops=422922240 => 1429.46745082133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205798.722564979 Mflops = 205.798722564979 Gflops = 0.205798722564979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061179 s
InvBiCGStab: k = 93 resid = 9.604056e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420273(s) Flops=613214208 => 1459.08542304645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210072.513297608 Mflops = 210.072513297608 Gflops = 0.210072513297608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001135338 Relative Rsd = 4.97801827718224e-07
BICGSTAB_SOLVER_TIME: 0.827552 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 67 resid = 1.679769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333535(s) Flops=442607616 => 1327.02000089946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191061.522256795 Mflops = 191.061522256795 Gflops = 0.191061522256795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073954 s
InvBiCGStab: k = 99 resid = 1.131016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366891(s) Flops=652584960 => 1778.68892940955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256082.357061798 Mflops = 256.082357061798 Gflops = 0.256082357061798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001202389 Relative Rsd = 5.27201003876278e-07
BICGSTAB_SOLVER_TIME: 0.81912 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132461
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 62 resid = 2.245909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230704(s) Flops=409798656 => 1776.29627574728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255729.515887984 Mflops = 255.729515887984 Gflops = 0.255729515887984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 90 resid = 1.075853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330988(s) Flops=593528832 => 1793.20347565471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258173.801290809 Mflops = 258.173801290809 Gflops = 0.258173801290809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00119208 Relative Rsd = 5.22680990668552e-07
BICGSTAB_SOLVER_TIME: 0.663597 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122706
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.082442(s) Flops=1755832320 => 1622.10291174954 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233693.710118468 Mflops = 233.693710118468 Gflops = 0.233693710118468 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196208000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 26 resid = 1.646324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097811(s) Flops=173574144 => 1774.58715277423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255390.941385622 Mflops = 255.390941385622 Gflops = 0.255390941385622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056847 s
InvBiCGStab: k = 60 resid = 4.51147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221684(s) Flops=396675072 => 1789.37168221432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257607.288394224 Mflops = 257.607288394224 Gflops = 0.257607288394224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007841204 Relative Rsd = 3.4380638857623e-07
BICGSTAB_SOLVER_TIME: 0.421523 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0754610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041477 s
InvBiCGStab: k = 55 resid = 2.189612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202011(s) Flops=363866112 => 1801.21929993911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259316.66401916 Mflops = 259.31666401916 Gflops = 0.25931666401916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 84 resid = 8.688032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368032(s) Flops=554158080 => 1505.7334144857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216782.628865959 Mflops = 216.782628865959 Gflops = 0.216782628865959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001117466 Relative Rsd = 4.8996540948145e-07
BICGSTAB_SOLVER_TIME: 0.67165 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052521 s
InvBiCGStab: k = 62 resid = 1.549753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295173(s) Flops=409798656 => 1388.3338110193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199883.675487706 Mflops = 199.883675487706 Gflops = 0.199883675487706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076342 s
InvBiCGStab: k = 82 resid = 1.082522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373402(s) Flops=541034496 => 1448.93304267251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208611.848187727 Mflops = 208.611848187727 Gflops = 0.208611848187727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00109541 Relative Rsd = 4.80294739340488e-07
BICGSTAB_SOLVER_TIME: 0.80173 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116783
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 63 resid = 2.110434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290704(s) Flops=416360448 => 1432.24877538665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206682.51796636 Mflops = 206.68251796636 Gflops = 0.20668251796636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061101 s
InvBiCGStab: k = 91 resid = 1.081956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386366(s) Flops=600090624 => 1553.16623098306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223615.074205023 Mflops = 223.615074205023 Gflops = 0.223615074205023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001138258 Relative Rsd = 4.99081899215461e-07
BICGSTAB_SOLVER_TIME: 0.784389 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041488 s
InvBiCGStab: k = 68 resid = 2.14287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249791(s) Flops=449169408 => 1798.1809112418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258879.826751515 Mflops = 258.879826751515 Gflops = 0.258879826751515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 93 resid = 1.114272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34159(s) Flops=613214208 => 1795.17611171287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258468.047402064 Mflops = 258.468047402064 Gflops = 0.258468047402064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001172796 Relative Rsd = 5.1422551560434e-07
BICGSTAB_SOLVER_TIME: 0.693013 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128949
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.113033(s) Flops=1755684864 => 1577.38796962893 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227423.030658396 Mflops = 227.423030658396 Gflops = 0.227423030658396 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195978000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 28 resid = 1.82093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104054(s) Flops=186697728 => 1794.23883752667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.869657687 Mflops = 258.211869657687 Gflops = 0.258211869657687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 49 resid = 1.141409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179999(s) Flops=324495360 => 1802.76201534453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.676768885 Mflops = 259.499676768885 Gflops = 0.259499676768885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007807589 Relative Rsd = 3.42332504515192e-07
BICGSTAB_SOLVER_TIME: 0.385728 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 51 resid = 2.219553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188095(s) Flops=337618944 => 1794.93843004865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258382.303017902 Mflops = 258.382303017902 Gflops = 0.258382303017902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056778 s
InvBiCGStab: k = 81 resid = 1.140257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301471(s) Flops=534472704 => 1772.88264542858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255233.456231174 Mflops = 255.233456231174 Gflops = 0.255233456231174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001119883 Relative Rsd = 4.91025432002509e-07
BICGSTAB_SOLVER_TIME: 0.592499 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10832
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046519 s
InvBiCGStab: k = 58 resid = 2.271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289141(s) Flops=383551488 => 1326.52058338319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190981.516776555 Mflops = 190.981516776555 Gflops = 0.190981516776555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066711 s
InvBiCGStab: k = 93 resid = 8.178853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394213(s) Flops=613214208 => 1555.54029927983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223954.323444127 Mflops = 223.954323444127 Gflops = 0.223954323444127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001112411 Relative Rsd = 4.87749045158875e-07
BICGSTAB_SOLVER_TIME: 0.800422 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05397 s
InvBiCGStab: k = 67 resid = 1.627773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307131(s) Flops=442607616 => 1441.10368539809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207484.744749919 Mflops = 207.484744749919 Gflops = 0.207484744749919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057502 s
InvBiCGStab: k = 87 resid = 6.66046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402459(s) Flops=573843456 => 1425.84326850685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205288.997730905 Mflops = 205.288997730905 Gflops = 0.205288997730905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001149459 Relative Rsd = 5.03993110603059e-07
BICGSTAB_SOLVER_TIME: 0.825411 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04205 s
InvBiCGStab: k = 55 resid = 2.036583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218245(s) Flops=363866112 => 1667.236875988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240026.600915203 Mflops = 240.026600915203 Gflops = 0.240026600915203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 81 resid = 8.757068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301099(s) Flops=534472704 => 1775.07299592493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255552.968572278 Mflops = 255.552968572278 Gflops = 0.255552968572278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001098673 Relative Rsd = 4.81725338425466e-07
BICGSTAB_SOLVER_TIME: 0.621957 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111309
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091265(s) Flops=1755611136 => 1608.78534178224 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231643.628129762 Mflops = 231.643628129762 Gflops = 0.231643628129762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.145342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735242(s) Flops=1328449536 => 1806.81943632165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260137.6154035 Mflops = 260.1376154035 Gflops = 0.2601376154035 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 9.554948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907623(s) Flops=1512179712 => 1666.08791535693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239907.149636346 Mflops = 239.907149636346 Gflops = 0.239907149636346 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002158925 Relative Rsd = 9.49883556282618e-07
BICGSTAB_SOLVER_TIME: 1.646342 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.129286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310660999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.159986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837461(s) Flops=1236584448 => 1476.58750437334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212575.445131596 Mflops = 212.575445131596 Gflops = 0.212575445131596 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.016981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978954(s) Flops=1485932544 => 1517.87780018264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218566.458714315 Mflops = 218.566458714315 Gflops = 0.218566458714315 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.00203265 Relative Rsd = 8.92848850978975e-07
BICGSTAB_SOLVER_TIME: 1.819771 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295997999999999
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.085916(s) Flops=1755611136 => 1616.7098891627 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232783.294476881 Mflops = 232.783294476881 Gflops = 0.232783294476881 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196350000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.369382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 28 resid = 1.676149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104584(s) Flops=186697728 => 1785.14617914786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256929.874080478 Mflops = 256.929874080478 Gflops = 0.256929874080478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 48 resid = 9.160124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177515(s) Flops=317933568 => 1791.02367687238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257807.130040529 Mflops = 257.807130040529 Gflops = 0.257807130040529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007324365 Relative Rsd = 3.21145019169385e-07
BICGSTAB_SOLVER_TIME: 0.383724 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 90 resid = 2.17738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348584(s) Flops=593528832 => 1702.68524086017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245151.427862805 Mflops = 245.151427862805 Gflops = 0.245151427862805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060105 s
InvBiCGStab: k = 113 resid = 1.00949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42464(s) Flops=744450048 => 1753.13217784476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252402.161590236 Mflops = 252.402161590236 Gflops = 0.252402161590236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001333481 Relative Rsd = 5.84679521727752e-07
BICGSTAB_SOLVER_TIME: 0.878123 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159192999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 67 resid = 2.203452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278286(s) Flops=442607616 => 1590.47748000259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228981.461828956 Mflops = 228.981461828956 Gflops = 0.228981461828956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065097 s
InvBiCGStab: k = 79 resid = 1.124489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352083(s) Flops=521349120 => 1480.75629894087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213181.624896287 Mflops = 213.181624896287 Gflops = 0.213181624896287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00108851 Relative Rsd = 4.77269231809755e-07
BICGSTAB_SOLVER_TIME: 0.743843 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043021 s
InvBiCGStab: k = 72 resid = 1.811087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37643(s) Flops=475416576 => 1262.96144303058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181843.451659072 Mflops = 181.843451659072 Gflops = 0.181843451659072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069509 s
InvBiCGStab: k = 89 resid = 1.146138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398213(s) Flops=586967040 => 1474.00270709394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212221.293947974 Mflops = 212.221293947974 Gflops = 0.212221293947974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001212202 Relative Rsd = 5.3150341820081e-07
BICGSTAB_SOLVER_TIME: 0.891875 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 57 resid = 2.207205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252206(s) Flops=376989696 => 1494.76894284831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215207.197606111 Mflops = 215.207197606111 Gflops = 0.215207197606111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057726 s
InvBiCGStab: k = 78 resid = 9.468076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286897(s) Flops=514787328 => 1794.32802713169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258329.204325198 Mflops = 258.329204325198 Gflops = 0.258329204325198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001140038 Relative Rsd = 4.99862560092674e-07
BICGSTAB_SOLVER_TIME: 0.642099 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110475
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088562(s) Flops=1761288192 => 1617.99529287262 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233102.158571535 Mflops = 233.102158571535 Gflops = 0.233102158571535 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197163000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042435 s
InvBiCGStab: k = 32 resid = 2.059162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11938(s) Flops=212944896 => 1783.75687719886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256750.051162491 Mflops = 256.750051162491 Gflops = 0.256750051162491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 47 resid = 1.12938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173752(s) Flops=311371776 => 1792.04714765873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257979.129146327 Mflops = 257.979129146327 Gflops = 0.257979129146327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007297539 Relative Rsd = 3.19968795884172e-07
BICGSTAB_SOLVER_TIME: 0.396097 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001858
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 80 resid = 1.995364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292929(s) Flops=527910912 => 1802.18043280112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.388573499 Mflops = 259.470388573499 Gflops = 0.259470388573499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05656 s
InvBiCGStab: k = 110 resid = 1.151734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40218(s) Flops=724764672 => 1802.09028793078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259459.341211862 Mflops = 259.459341211862 Gflops = 0.259459341211862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.00128942 Relative Rsd = 5.65360691675124e-07
BICGSTAB_SOLVER_TIME: 0.796573 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149908999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 59 resid = 2.246803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234252(s) Flops=390113280 => 1665.35730751498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239739.727416961 Mflops = 239.739727416961 Gflops = 0.239739727416961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071042 s
InvBiCGStab: k = 96 resid = 9.887591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413883(s) Flops=632899584 => 1529.17511470633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220168.844665221 Mflops = 220.168844665221 Gflops = 0.220168844665221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001095598 Relative Rsd = 4.80377378935114e-07
BICGSTAB_SOLVER_TIME: 0.764662 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044629 s
InvBiCGStab: k = 70 resid = 2.134667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313951(s) Flops=462292992 => 1472.50046026291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211998.598923708 Mflops = 211.998598923708 Gflops = 0.211998598923708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071556 s
InvBiCGStab: k = 96 resid = 1.105979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406376(s) Flops=632899584 => 1557.42362737957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224237.235723154 Mflops = 224.237235723154 Gflops = 0.224237235723154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001181374 Relative Rsd = 5.17986816684506e-07
BICGSTAB_SOLVER_TIME: 0.84031 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 60 resid = 1.945738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22941(s) Flops=396675072 => 1729.10976853668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248934.793425908 Mflops = 248.934793425908 Gflops = 0.248934793425908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.094183 s
InvBiCGStab: k = 81 resid = 9.906895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2984(s) Flops=534472704 => 1791.12836461126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257864.190138838 Mflops = 257.864190138838 Gflops = 0.257864190138838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001161278 Relative Rsd = 5.09175312483472e-07
BICGSTAB_SOLVER_TIME: 0.667052 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114651
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.110346(s) Flops=1760845824 => 1585.85326015494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228396.262338394 Mflops = 228.396262338394 Gflops = 0.228396262338394 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196946
CLOV_LINOP: Time spent in clov deriv (total) = 1.389277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042508 s
InvBiCGStab: k = 26 resid = 2.07663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096675(s) Flops=173574144 => 1795.43981380915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258403.54470134 Mflops = 258.40354470134 Gflops = 0.25840354470134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 59 resid = 5.942255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216768(s) Flops=390113280 => 1799.68113374668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259077.857327948 Mflops = 259.077857327948 Gflops = 0.259077857327948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007582214 Relative Rsd = 3.32450692506923e-07
BICGSTAB_SOLVER_TIME: 0.416421 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0746360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 64 resid = 1.446999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235079(s) Flops=422922240 => 1799.06431454958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259002.062972565 Mflops = 259.002062972565 Gflops = 0.259002062972565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055995 s
InvBiCGStab: k = 82 resid = 8.99949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301385(s) Flops=541034496 => 1795.16066161222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258441.055190512 Mflops = 258.441055190512 Gflops = 0.258441055190512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00112313 Relative Rsd = 4.92448833939345e-07
BICGSTAB_SOLVER_TIME: 0.637736 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040699 s
InvBiCGStab: k = 64 resid = 1.834276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235617(s) Flops=422922240 => 1794.95639109232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258414.587004077 Mflops = 258.414587004077 Gflops = 0.258414587004077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056306 s
InvBiCGStab: k = 76 resid = 1.005925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305492(s) Flops=501663744 => 1642.15018396554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236421.289892228 Mflops = 236.421289892228 Gflops = 0.236421289892228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001063679 Relative Rsd = 4.66382141545551e-07
BICGSTAB_SOLVER_TIME: 0.641968 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042837 s
InvBiCGStab: k = 69 resid = 1.657968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291103(s) Flops=455731200 => 1565.53247475979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225390.967936131 Mflops = 225.390967936131 Gflops = 0.225390967936131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077986 s
InvBiCGStab: k = 85 resid = 1.108516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408586(s) Flops=560719872 => 1372.34235142663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197586.601104675 Mflops = 197.586601104675 Gflops = 0.197586601104675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001191856 Relative Rsd = 5.22582782774754e-07
BICGSTAB_SOLVER_TIME: 0.824863 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044861 s
InvBiCGStab: k = 63 resid = 1.455805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276821(s) Flops=416360448 => 1504.0782599586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216553.26179557 Mflops = 216.55326179557 Gflops = 0.21655326179557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079219 s
InvBiCGStab: k = 80 resid = 8.776202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295401(s) Flops=527910912 => 1787.09927183727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257298.460458984 Mflops = 257.298460458984 Gflops = 0.257298460458984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00110241 Relative Rsd = 4.83363838108906e-07
BICGSTAB_SOLVER_TIME: 0.700125 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116459
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.253726(s) Flops=1747427328 => 1393.78726133142 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200696.74192944 Mflops = 200.69674192944 Gflops = 0.20069674192944 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195275000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 25 resid = 1.892122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092782(s) Flops=167012352 => 1800.05121683085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259065.323574975 Mflops = 259.065323574975 Gflops = 0.259065323574975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056576 s
InvBiCGStab: k = 47 resid = 8.893244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173173(s) Flops=311371776 => 1798.03881667465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.486325917 Mflops = 258.822486325917 Gflops = 0.258822486325917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006873442 Relative Rsd = 3.01373789655875e-07
BICGSTAB_SOLVER_TIME: 0.367417 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 64 resid = 2.253086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234421(s) Flops=422922240 => 1804.11413653214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259735.436035796 Mflops = 259.735436035796 Gflops = 0.259735436035796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 86 resid = 1.076033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340093(s) Flops=567281664 => 1668.01923003414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240148.312046615 Mflops = 240.148312046615 Gflops = 0.240148312046615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001138729 Relative Rsd = 4.99288574767432e-07
BICGSTAB_SOLVER_TIME: 0.675737 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 71 resid = 1.445803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274833(s) Flops=468854784 => 1705.96247175558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245612.633630676 Mflops = 245.612633630676 Gflops = 0.245612633630676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059832 s
InvBiCGStab: k = 76 resid = 7.463665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293344(s) Flops=501663744 => 1710.15512163194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246202.229028379 Mflops = 246.202229028379 Gflops = 0.246202229028379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001120203 Relative Rsd = 4.91165393564254e-07
BICGSTAB_SOLVER_TIME: 0.673267 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 63 resid = 2.246464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232945(s) Flops=416360448 => 1787.37662538367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257328.273979018 Mflops = 257.328273979018 Gflops = 0.257328273979018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 87 resid = 7.413298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322928(s) Flops=573843456 => 1777.0012386662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255840.500279904 Mflops = 255.840500279904 Gflops = 0.255840500279904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001165019 Relative Rsd = 5.10815700780254e-07
BICGSTAB_SOLVER_TIME: 0.657608 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 66 resid = 2.261509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251259(s) Flops=436045824 => 1735.44360202023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249853.882231706 Mflops = 249.853882231706 Gflops = 0.249853882231706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 88 resid = 7.935814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324617(s) Flops=580405248 => 1787.96935465487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257410.521116595 Mflops = 257.410521116595 Gflops = 0.257410521116595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001130777 Relative Rsd = 4.95801888275954e-07
BICGSTAB_SOLVER_TIME: 0.677126 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12399
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.101261(s) Flops=1792106496 => 1627.322220618 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234356.865512453 Mflops = 234.356865512453 Gflops = 0.234356865512453 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200248000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.795706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.726233(s) Flops=1315325952 => 1811.16246714209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260823.088976196 Mflops = 260.823088976196 Gflops = 0.260823088976196 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 1.105136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.161553(s) Flops=1722157056 => 1482.63321260416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213476.553097487 Mflops = 213.476553097487 Gflops = 0.213476553097487 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002139397 Relative Rsd = 9.41280736921849e-07
BICGSTAB_SOLVER_TIME: 1.894883 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.130663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330106999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.179115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81943(s) Flops=1203775488 => 1469.04004979071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211502.978535675 Mflops = 211.502978535675 Gflops = 0.211502978535675 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.605143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779805(s) Flops=1407191040 => 1804.5422124762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259842.800200142 Mflops = 259.842800200142 Gflops = 0.259842800200142 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.00204193 Relative Rsd = 8.96899699441167e-07
BICGSTAB_SOLVER_TIME: 1.602592 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.114172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283973999999999
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103375(s) Flops=1792106496 => 1624.2043693214 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233871.680088931 Mflops = 233.871680088931 Gflops = 0.233871680088931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200413000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 24 resid = 1.934577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089366(s) Flops=160450560 => 1795.43181970772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258374.875284014 Mflops = 258.374875284014 Gflops = 0.258374875284014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 51 resid = 5.120456e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188012(s) Flops=337618944 => 1795.73082569198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258497.436858703 Mflops = 258.497436858704 Gflops = 0.258497436858704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007154305 Relative Rsd = 3.13688518476033e-07
BICGSTAB_SOLVER_TIME: 0.378221 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676060000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 83 resid = 1.637998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305179(s) Flops=547596288 => 1794.34459120713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258344.876078037 Mflops = 258.344876078037 Gflops = 0.258344876078037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056103 s
InvBiCGStab: k = 110 resid = 9.786944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408992(s) Flops=724764672 => 1772.07542445818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255139.733461258 Mflops = 255.139733461258 Gflops = 0.255139733461258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001380002 Relative Rsd = 6.05077311478465e-07
BICGSTAB_SOLVER_TIME: 0.815801 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151897999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 68 resid = 1.153944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250353(s) Flops=449169408 => 1794.14430024805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258286.63888821 Mflops = 258.28663888821 Gflops = 0.25828663888821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 79 resid = 7.723319e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290059(s) Flops=521349120 => 1797.38991032859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258766.568530814 Mflops = 258.766568530814 Gflops = 0.258766568530814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001072024 Relative Rsd = 4.70040793938384e-07
BICGSTAB_SOLVER_TIME: 0.641982 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042257 s
InvBiCGStab: k = 66 resid = 1.740179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243183(s) Flops=436045824 => 1793.07691738321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258152.512319041 Mflops = 258.152512319041 Gflops = 0.258152512319041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056012 s
InvBiCGStab: k = 94 resid = 9.944638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356728(s) Flops=619776000 => 1737.39095333139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250139.775674526 Mflops = 250.139775674526 Gflops = 0.250139775674526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001182567 Relative Rsd = 5.18509656318695e-07
BICGSTAB_SOLVER_TIME: 0.702159 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044417 s
InvBiCGStab: k = 71 resid = 1.695351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309131(s) Flops=468854784 => 1516.68640155792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218359.189639314 Mflops = 218.359189639314 Gflops = 0.218359189639314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069896 s
InvBiCGStab: k = 94 resid = 6.270859e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401135(s) Flops=619776000 => 1545.05590387276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222444.74240713 Mflops = 222.44474240713 Gflops = 0.22244474240713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001170069 Relative Rsd = 5.13029870227863e-07
BICGSTAB_SOLVER_TIME: 0.828391 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131668
Monitoring force
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.241263(s) Flops=1811275776 => 1459.2199848058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210118.612937815 Mflops = 210.118612937815 Gflops = 0.210118612937815 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202506000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049177 s
InvBiCGStab: k = 39 resid = 1.617867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175971(s) Flops=258877440 => 1471.13694870177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211771.848768189 Mflops = 211.771848768189 Gflops = 0.211771848768189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066629 s
InvBiCGStab: k = 47 resid = 1.119579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193084(s) Flops=311371776 => 1612.6233970707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232113.993728737 Mflops = 232.113993728737 Gflops = 0.232113993728737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007544986 Relative Rsd = 3.30818369099549e-07
BICGSTAB_SOLVER_TIME: 0.488668 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0753380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 89 resid = 1.550579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326263(s) Flops=586967040 => 1799.06100293322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259027.960774747 Mflops = 259.027960774747 Gflops = 0.259027960774747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 95 resid = 6.749628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347798(s) Flops=626337792 => 1800.86657197569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259277.220554475 Mflops = 259.277220554475 Gflops = 0.259277220554475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001297844 Relative Rsd = 5.69054155805779e-07
BICGSTAB_SOLVER_TIME: 0.775146 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145330999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 63 resid = 1.809719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230782(s) Flops=416360448 => 1804.12877954087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259735.184383008 Mflops = 259.735184383008 Gflops = 0.259735184383008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 93 resid = 9.403328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339954(s) Flops=613214208 => 1803.81524559205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259696.823151231 Mflops = 259.696823151231 Gflops = 0.259696823151231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001150706 Relative Rsd = 5.04540144905471e-07
BICGSTAB_SOLVER_TIME: 0.672388 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041325 s
InvBiCGStab: k = 74 resid = 1.903262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282494(s) Flops=488540160 => 1729.38242936133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248999.173209251 Mflops = 248.999173209251 Gflops = 0.248999173209251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057315 s
InvBiCGStab: k = 88 resid = 1.135896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325029(s) Flops=580405248 => 1785.70296188955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257091.136767975 Mflops = 257.091136767975 Gflops = 0.257091136767975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001199789 Relative Rsd = 5.26060996027993e-07
BICGSTAB_SOLVER_TIME: 0.710012 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 67 resid = 1.32579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245805(s) Flops=442607616 => 1800.64529199976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259230.450774818 Mflops = 259.230450774818 Gflops = 0.259230450774818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056174 s
InvBiCGStab: k = 89 resid = 1.122299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326808(s) Flops=586967040 => 1796.06080634501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258583.726777291 Mflops = 258.583726777291 Gflops = 0.258583726777291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001173284 Relative Rsd = 5.14439541435264e-07
BICGSTAB_SOLVER_TIME: 0.673518 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125524
Monitoring force
num_pf = 1
MInvCG2: 284 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.300377(s) Flops=1824030720 => 1402.69377265208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202017.185515699 Mflops = 202.017185515699 Gflops = 0.202017185515699 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203801000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 31 resid = 1.693303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115474(s) Flops=206383104 => 1787.26903025789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257238.371624062 Mflops = 257.238371624062 Gflops = 0.257238371624062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 51 resid = 1.10022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188301(s) Flops=337618944 => 1792.97477974095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258097.847541534 Mflops = 258.097847541534 Gflops = 0.258097847541534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007172839 Relative Rsd = 3.14501183692857e-07
BICGSTAB_SOLVER_TIME: 0.404467 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 51 resid = 2.106253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188236(s) Flops=337618944 => 1793.59391402282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258196.929019813 Mflops = 258.196929019813 Gflops = 0.258196929019813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 85 resid = 1.015748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311697(s) Flops=560719872 => 1798.92611093466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258993.445292407 Mflops = 258.993445292407 Gflops = 0.258993445292407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001118079 Relative Rsd = 4.90234256142904e-07
BICGSTAB_SOLVER_TIME: 0.60168 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 60 resid = 2.155703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2209(s) Flops=396675072 => 1795.72237211408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.894277543 Mflops = 258.527894277543 Gflops = 0.258527894277543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056411 s
InvBiCGStab: k = 78 resid = 1.076034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285465(s) Flops=514787328 => 1803.32905259839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.079123952 Mflops = 259.620079123952 Gflops = 0.259620079123952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088631 Relative Rsd = 4.7732252133217e-07
BICGSTAB_SOLVER_TIME: 0.607754 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040564 s
InvBiCGStab: k = 60 resid = 1.980013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220734(s) Flops=396675072 => 1797.07282068009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258719.654054992 Mflops = 258.719654054992 Gflops = 0.258719654054992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 94 resid = 8.842202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34597(s) Flops=619776000 => 1791.41544064514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257914.290434201 Mflops = 257.914290434201 Gflops = 0.257914290434201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001166061 Relative Rsd = 5.11272336860256e-07
BICGSTAB_SOLVER_TIME: 0.66724 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 66 resid = 1.957419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243361(s) Flops=436045824 => 1791.76541845242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257961.676958944 Mflops = 257.961676958944 Gflops = 0.257961676958944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 91 resid = 9.00515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333235(s) Flops=600090624 => 1800.80310891713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259264.471171767 Mflops = 259.264471171767 Gflops = 0.259264471171767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001176095 Relative Rsd = 5.15671887162906e-07
BICGSTAB_SOLVER_TIME: 0.678423 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126483
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.13268(s) Flops=1830445056 => 1616.03017268778 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232711.034425678 Mflops = 232.711034425678 Gflops = 0.232711034425678 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204966000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046078 s
InvBiCGStab: k = 28 resid = 2.021005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130077(s) Flops=186697728 => 1435.28623815125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206593.502538655 Mflops = 206.593502538655 Gflops = 0.206593502538655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064565 s
InvBiCGStab: k = 47 resid = 9.922597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229717(s) Flops=311371776 => 1355.45813326833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195129.17739139 Mflops = 195.12917739139 Gflops = 0.19512917739139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007192243 Relative Rsd = 3.15351952959951e-07
BICGSTAB_SOLVER_TIME: 0.474627 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0675940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045647 s
InvBiCGStab: k = 64 resid = 2.256819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30052(s) Flops=422922240 => 1407.30147743911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202602.65356247 Mflops = 202.60265356247 Gflops = 0.20260265356247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.097045 s
InvBiCGStab: k = 86 resid = 9.560646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357504(s) Flops=567281664 => 1586.78410311493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228455.711264187 Mflops = 228.455711264187 Gflops = 0.228455711264187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001167974 Relative Rsd = 5.12111442663872e-07
BICGSTAB_SOLVER_TIME: 0.804502 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 66 resid = 2.049717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243625(s) Flops=436045824 => 1789.82380297588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257684.093014364 Mflops = 257.684093014364 Gflops = 0.257684093014364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056498 s
InvBiCGStab: k = 84 resid = 7.690695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30993(s) Flops=554158080 => 1788.01045397348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257419.00502851 Mflops = 257.41900502851 Gflops = 0.25741900502851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001136706 Relative Rsd = 4.98401487976201e-07
BICGSTAB_SOLVER_TIME: 0.655166 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04167 s
InvBiCGStab: k = 67 resid = 2.083259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246356(s) Flops=442607616 => 1796.6179674942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.479015694 Mflops = 258.663479015693 Gflops = 0.258663479015693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 87 resid = 6.259831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318459(s) Flops=573843456 => 1801.93825892815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259418.240349247 Mflops = 259.418240349247 Gflops = 0.259418240349247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001169964 Relative Rsd = 5.12983930984402e-07
BICGSTAB_SOLVER_TIME: 0.666802 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 66 resid = 1.244252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241871(s) Flops=436045824 => 1802.8032463586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.18350722 Mflops = 259.54618350722 Gflops = 0.25954618350722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055987 s
InvBiCGStab: k = 91 resid = 8.28451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333323(s) Flops=600090624 => 1800.32768215815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259194.244276483 Mflops = 259.194244276483 Gflops = 0.259194244276483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00113584 Relative Rsd = 4.98021825650799e-07
BICGSTAB_SOLVER_TIME: 0.676022 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126117
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.125216(s) Flops=1830813696 => 1627.0775531098 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234364.338653995 Mflops = 234.364338653995 Gflops = 0.234364338653995 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204614000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.077588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75415(s) Flops=1361258496 => 1805.02353112776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259916.313150049 Mflops = 259.916313150049 Gflops = 0.259916313150049 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 1.107566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.11229(s) Flops=1695909888 => 1524.7011912361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219550.438613367 Mflops = 219.550438613367 Gflops = 0.219550438613367 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002267308 Relative Rsd = 9.97558284401952e-07
BICGSTAB_SOLVER_TIME: 1.870385 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.127478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332063999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.024997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801183(s) Flops=1216899072 => 1518.87779945406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218651.976674896 Mflops = 218.651976674897 Gflops = 0.218651976674896 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.111862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774126(s) Flops=1394067456 => 1800.8275862069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.162866025 Mflops = 259.309162866025 Gflops = 0.259309162866025 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002185581 Relative Rsd = 9.59949659856515e-07
BICGSTAB_SOLVER_TIME: 1.578574 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.114862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283921999999998
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.125612(s) Flops=1830813696 => 1626.50513320754 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234214.660606214 Mflops = 234.214660606214 Gflops = 0.234214660606214 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204696000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.371238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 29 resid = 1.896063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107155(s) Flops=193259520 => 1803.55111754001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.677676636 Mflops = 259.568677676636 Gflops = 0.259568677676636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 48 resid = 1.008143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175855(s) Flops=317933568 => 1807.93021523414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260235.239412762 Mflops = 260.235239412762 Gflops = 0.260235239412762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000834954 Relative Rsd = 3.66094935500588e-07
BICGSTAB_SOLVER_TIME: 0.384035 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041527 s
InvBiCGStab: k = 83 resid = 2.271261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305107(s) Flops=547596288 => 1794.76802564346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258403.426025691 Mflops = 258.403426025691 Gflops = 0.258403426025691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 114 resid = 1.094806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426656(s) Flops=751011840 => 1760.22800570014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253433.480406977 Mflops = 253.433480406978 Gflops = 0.253433480406977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.00134675 Relative Rsd = 5.90497777955683e-07
BICGSTAB_SOLVER_TIME: 0.833884 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154691999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 63 resid = 1.201003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231414(s) Flops=416360448 => 1799.20163862169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259032.108273123 Mflops = 259.032108273123 Gflops = 0.259032108273123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 93 resid = 1.107813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340789(s) Flops=613214208 => 1799.39554387025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.435400574 Mflops = 259.063435400574 Gflops = 0.259063435400574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001158801 Relative Rsd = 5.08089257724451e-07
BICGSTAB_SOLVER_TIME: 0.67373 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 79 resid = 2.06622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289417(s) Flops=521349120 => 1801.3769750913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.241874062 Mflops = 259.353241874062 Gflops = 0.259353241874062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 88 resid = 9.318192e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406372(s) Flops=580405248 => 1428.26092348882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205636.891862058 Mflops = 205.636891862058 Gflops = 0.205636891862058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001138131 Relative Rsd = 4.99026516905289e-07
BICGSTAB_SOLVER_TIME: 0.798957 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048178 s
InvBiCGStab: k = 71 resid = 1.973688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300005(s) Flops=468854784 => 1562.82323294612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225010.898951199 Mflops = 225.010898951199 Gflops = 0.225010898951199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067023 s
InvBiCGStab: k = 90 resid = 1.146441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379159(s) Flops=593528832 => 1565.38241740273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225374.244133161 Mflops = 225.374244133161 Gflops = 0.225374244133161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001182792 Relative Rsd = 5.18608221517721e-07
BICGSTAB_SOLVER_TIME: 0.798923 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129032
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.22007(s) Flops=1837006848 => 1505.65692788119 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216871.390243865 Mflops = 216.871390243865 Gflops = 0.216871390243865 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205403000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 32 resid = 2.275516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118471(s) Flops=212944896 => 1797.44322239198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258693.484948665 Mflops = 258.693484948665 Gflops = 0.258693484948665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 46 resid = 1.077993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169674(s) Flops=304809984 => 1796.44485307118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258600.656226734 Mflops = 258.600656226734 Gflops = 0.258600656226734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007175223 Relative Rsd = 3.14605720993532e-07
BICGSTAB_SOLVER_TIME: 0.389576 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041291 s
InvBiCGStab: k = 76 resid = 2.138743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278917(s) Flops=501663744 => 1798.61300673677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258949.96476309 Mflops = 258.94996476309 Gflops = 0.25894996476309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055915 s
InvBiCGStab: k = 110 resid = 1.11982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406249(s) Flops=724764672 => 1784.04050717663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256860.972374315 Mflops = 256.860972374315 Gflops = 0.256860972374315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001325111 Relative Rsd = 5.81009741829281e-07
BICGSTAB_SOLVER_TIME: 0.786204 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146809999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 64 resid = 1.94131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234969(s) Flops=422922240 => 1799.90654086284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.976234194 Mflops = 259.129976234194 Gflops = 0.259129976234194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05574 s
InvBiCGStab: k = 86 resid = 6.847303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315968(s) Flops=567281664 => 1795.37694956451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258482.197425263 Mflops = 258.482197425263 Gflops = 0.258482197425263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001135272 Relative Rsd = 4.97772630776825e-07
BICGSTAB_SOLVER_TIME: 0.651787 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 74 resid = 2.144461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276887(s) Flops=488540160 => 1764.40266245797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254023.02819089 Mflops = 254.02302819089 Gflops = 0.25402302819089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057284 s
InvBiCGStab: k = 90 resid = 1.05061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330841(s) Flops=593528832 => 1794.0002357628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258278.324008971 Mflops = 258.278324008971 Gflops = 0.258278324008971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001186683 Relative Rsd = 5.20314456063464e-07
BICGSTAB_SOLVER_TIME: 0.710254 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 65 resid = 2.252844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240264(s) Flops=429484032 => 1787.5504944561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257351.759192769 Mflops = 257.351759192769 Gflops = 0.257351759192769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056832 s
InvBiCGStab: k = 107 resid = 8.519384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393239(s) Flops=705079296 => 1793.00449853651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258149.744821136 Mflops = 258.149744821136 Gflops = 0.258149744821136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001205664 Relative Rsd = 5.28636911496055e-07
BICGSTAB_SOLVER_TIME: 0.735502 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13705
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.341231(s) Flops=1843200000 => 1374.25991495872 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197879.831024141 Mflops = 197.879831024141 Gflops = 0.197879831024141 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206056000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 37 resid = 1.093319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137045(s) Flops=245753856 => 1793.23474771061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258119.427612656 Mflops = 258.119427612656 Gflops = 0.258119427612656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 52 resid = 1.138654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192523(s) Flops=344180736 => 1787.73827542683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257350.358201289 Mflops = 257.350358201289 Gflops = 0.257350358201289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007574382 Relative Rsd = 3.32107271140251e-07
BICGSTAB_SOLVER_TIME: 0.431248 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0775780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041662 s
InvBiCGStab: k = 56 resid = 2.253692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206099(s) Flops=370427904 => 1797.32994337673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258753.12176544 Mflops = 258.75312176544 Gflops = 0.25875312176544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 91 resid = 1.059386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332751(s) Flops=600090624 => 1803.42245102194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259644.974771207 Mflops = 259.644974771207 Gflops = 0.259644974771207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001123755 Relative Rsd = 4.92722989135599e-07
BICGSTAB_SOLVER_TIME: 0.640542 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 63 resid = 2.217896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231323(s) Flops=416360448 => 1799.90942534897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259139.051337009 Mflops = 259.139051337009 Gflops = 0.259139051337009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 84 resid = 1.122929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308079(s) Flops=554158080 => 1798.75317694487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258964.483288825 Mflops = 258.964483288825 Gflops = 0.258964483288825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001124849 Relative Rsd = 4.93202543793727e-07
BICGSTAB_SOLVER_TIME: 0.640416 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 65 resid = 2.003444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238908(s) Flops=429484032 => 1797.69631824803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258810.147699248 Mflops = 258.810147699248 Gflops = 0.258810147699248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056461 s
InvBiCGStab: k = 88 resid = 5.961062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322154(s) Flops=580405248 => 1801.63911669574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259386.834020316 Mflops = 259.386834020316 Gflops = 0.259386834020316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001156833 Relative Rsd = 5.07226569775859e-07
BICGSTAB_SOLVER_TIME: 0.66238 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 61 resid = 2.210904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224456(s) Flops=403236864 => 1796.50739565884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258640.634465705 Mflops = 258.640634465705 Gflops = 0.258640634465705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 84 resid = 1.109037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307672(s) Flops=554158080 => 1801.13263475389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259306.157836953 Mflops = 259.306157836953 Gflops = 0.259306157836953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001107686 Relative Rsd = 4.85677236322391e-07
BICGSTAB_SOLVER_TIME: 0.633458 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117724
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.143067(s) Flops=1843494912 => 1612.76190459527 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232239.785240151 Mflops = 232.239785240151 Gflops = 0.232239785240151 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206183000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049253 s
InvBiCGStab: k = 29 resid = 1.403752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126024(s) Flops=193259520 => 1533.51361645401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220706.060276406 Mflops = 220.706060276406 Gflops = 0.220706060276406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062865 s
InvBiCGStab: k = 46 resid = 1.040279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204018(s) Flops=304809984 => 1494.03476163868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215095.581472913 Mflops = 215.095581472913 Gflops = 0.215095581472913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007356242 Relative Rsd = 3.22542695129882e-07
BICGSTAB_SOLVER_TIME: 0.447021 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059261 s
InvBiCGStab: k = 68 resid = 1.847185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310911(s) Flops=449169408 => 1444.68805542422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208002.795638485 Mflops = 208.002795638485 Gflops = 0.208002795638485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073037 s
InvBiCGStab: k = 96 resid = 1.005479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385463(s) Flops=632899584 => 1641.92045410325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236400.003679441 Mflops = 236.400003679441 Gflops = 0.236400003679441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001150399 Relative Rsd = 5.04405236660507e-07
BICGSTAB_SOLVER_TIME: 0.832454 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040889 s
InvBiCGStab: k = 62 resid = 1.689797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228062(s) Flops=409798656 => 1796.87390271067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258680.94404222 Mflops = 258.68094404222 Gflops = 0.25868094404222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057247 s
InvBiCGStab: k = 97 resid = 8.915321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356035(s) Flops=639461376 => 1796.0632409735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258583.744491727 Mflops = 258.583744491727 Gflops = 0.258583744491727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001147612 Relative Rsd = 5.0318330382805e-07
BICGSTAB_SOLVER_TIME: 0.685999 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 75 resid = 1.232965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275784(s) Flops=495101952 => 1795.252632495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258465.197581259 Mflops = 258.465197581259 Gflops = 0.258465197581259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056517 s
InvBiCGStab: k = 88 resid = 8.58672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321626(s) Flops=580405248 => 1804.59679254787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.636842473 Mflops = 259.817636842473 Gflops = 0.259817636842473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001182926 Relative Rsd = 5.1866727896737e-07
BICGSTAB_SOLVER_TIME: 0.699079 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 74 resid = 8.414316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27211(s) Flops=488540160 => 1795.3774576458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258486.402174976 Mflops = 258.486402174976 Gflops = 0.258486402174976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 82 resid = 1.014557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299889(s) Flops=541034496 => 1804.11584286186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.788538488 Mflops = 259.732788538488 Gflops = 0.259732788538488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001108887 Relative Rsd = 4.8620405735768e-07
BICGSTAB_SOLVER_TIME: 0.673415 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125352
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.133803(s) Flops=1843347456 => 1625.80929491278 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234170.382953181 Mflops = 234.170382953181 Gflops = 0.234170382953181 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206263000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.122376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824775(s) Flops=1420314624 => 1722.06313721924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247960.659583396 Mflops = 247.960659583396 Gflops = 0.247960659583396 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.099225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.236877(s) Flops=1794336768 => 1450.69943737332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208895.737916323 Mflops = 208.895737916323 Gflops = 0.208895737916323 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002189067 Relative Rsd = 9.63154888269235e-07
BICGSTAB_SOLVER_TIME: 2.065199 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.141198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.124837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349538
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.255737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748864(s) Flops=1203775488 => 1607.46876335356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231388.823118995 Mflops = 231.388823118995 Gflops = 0.231388823118995 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.14565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892775(s) Flops=1604044800 => 1796.69547198342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258713.705614396 Mflops = 258.713705614396 Gflops = 0.258713705614396 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002084179 Relative Rsd = 9.15361300942263e-07
BICGSTAB_SOLVER_TIME: 1.644985 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305003999999999
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.131994(s) Flops=1843347456 => 1628.40744385571 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234472.422795393 Mflops = 234.472422795393 Gflops = 0.234472422795393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206013000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 29 resid = 2.26009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107223(s) Flops=193259520 => 1802.40731932514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.420933329 Mflops = 259.413420933329 Gflops = 0.259413420933329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 48 resid = 1.139534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176493(s) Flops=317933568 => 1801.39477486359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.413498317 Mflops = 259.322413498317 Gflops = 0.259322413498317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000736945 Relative Rsd = 3.23121784815509e-07
BICGSTAB_SOLVER_TIME: 0.384937 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 72 resid = 2.09265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265142(s) Flops=475416576 => 1793.06400343967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258142.124624199 Mflops = 258.142124624199 Gflops = 0.258142124624199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06211 s
InvBiCGStab: k = 114 resid = 6.748083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419559(s) Flops=751011840 => 1790.00293164966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257722.017635051 Mflops = 257.722017635051 Gflops = 0.257722017635051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001312497 Relative Rsd = 5.75479218396226e-07
BICGSTAB_SOLVER_TIME: 0.792007 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146792999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 61 resid = 2.248736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223784(s) Flops=403236864 => 1801.90211990133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259410.519779457 Mflops = 259.410519779457 Gflops = 0.259410519779457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 79 resid = 8.701457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289269(s) Flops=521349120 => 1802.29862169814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.301162094 Mflops = 259.473301162094 Gflops = 0.259473301162094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001087363 Relative Rsd = 4.76766401268273e-07
BICGSTAB_SOLVER_TIME: 0.614379 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113971
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041884 s
InvBiCGStab: k = 76 resid = 1.965858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307892(s) Flops=501663744 => 1629.3497200317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234585.502454937 Mflops = 234.585502454937 Gflops = 0.234585502454937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062264 s
InvBiCGStab: k = 91 resid = 8.663121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408086(s) Flops=600090624 => 1470.50039452468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211708.623153287 Mflops = 211.708623153287 Gflops = 0.211708623153287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001221743 Relative Rsd = 5.35686798841174e-07
BICGSTAB_SOLVER_TIME: 0.826202 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046808 s
InvBiCGStab: k = 68 resid = 2.011966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306049(s) Flops=449169408 => 1467.6388682858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211304.176522601 Mflops = 211.304176522601 Gflops = 0.211304176522601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060496 s
InvBiCGStab: k = 91 resid = 8.101014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398112(s) Flops=600090624 => 1507.34121051362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217027.567992409 Mflops = 217.027567992409 Gflops = 0.217027567992409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001155162 Relative Rsd = 5.06493889886261e-07
BICGSTAB_SOLVER_TIME: 0.815239 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127845
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.185056(s) Flops=1843347456 => 1555.49396484217 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223974.30241654 Mflops = 223.97430241654 Gflops = 0.22397430241654 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206042000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041761 s
InvBiCGStab: k = 26 resid = 2.139161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096359(s) Flops=173574144 => 1801.32778463869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259249.243256003 Mflops = 259.249243256003 Gflops = 0.259249243256003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056612 s
InvBiCGStab: k = 67 resid = 9.95552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245395(s) Flops=442607616 => 1803.65376637666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.888340469 Mflops = 259.663888340469 Gflops = 0.259663888340469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007362547 Relative Rsd = 3.22819147288309e-07
BICGSTAB_SOLVER_TIME: 0.443979 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0804580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042566 s
InvBiCGStab: k = 80 resid = 2.161173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293683(s) Flops=527910912 => 1797.55352539984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258800.488965476 Mflops = 258.800488965476 Gflops = 0.258800488965476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 103 resid = 1.139403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376682(s) Flops=678832128 => 1802.13582809903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.518766467 Mflops = 259.462518766467 Gflops = 0.259462518766467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001286328 Relative Rsd = 5.64004973556988e-07
BICGSTAB_SOLVER_TIME: 0.772833 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144826999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 68 resid = 1.861622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249748(s) Flops=449169408 => 1798.49051043452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258921.617769893 Mflops = 258.921617769893 Gflops = 0.258921617769893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056086 s
InvBiCGStab: k = 85 resid = 8.063517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311386(s) Flops=560719872 => 1800.72280706262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259252.447296243 Mflops = 259.252447296243 Gflops = 0.259252447296243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00115109 Relative Rsd = 5.04708282536538e-07
BICGSTAB_SOLVER_TIME: 0.661949 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041684 s
InvBiCGStab: k = 74 resid = 1.935844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290666(s) Flops=488540160 => 1680.76128614974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241987.698317517 Mflops = 241.987698317517 Gflops = 0.241987698317517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056309 s
InvBiCGStab: k = 83 resid = 9.956038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303554(s) Flops=547596288 => 1803.95016372705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.700214762 Mflops = 259.718700214762 Gflops = 0.259718700214762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001167553 Relative Rsd = 5.11926562730743e-07
BICGSTAB_SOLVER_TIME: 0.696069 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040745 s
InvBiCGStab: k = 67 resid = 1.683719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248397(s) Flops=442607616 => 1781.8557228952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256532.086878452 Mflops = 256.532086878452 Gflops = 0.256532086878452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056787 s
InvBiCGStab: k = 93 resid = 8.315854e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342926(s) Flops=613214208 => 1788.18231338539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257451.858017929 Mflops = 257.451858017929 Gflops = 0.257451858017929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001188681 Relative Rsd = 5.21190364305453e-07
BICGSTAB_SOLVER_TIME: 0.692775 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128221
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.348729(s) Flops=1843126272 => 1366.56531593819 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196811.98795406 Mflops = 196.81198795406 Gflops = 0.19681198795406 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.207397000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.518503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041256 s
InvBiCGStab: k = 27 resid = 2.153952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100858(s) Flops=180135936 => 1786.03517817129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257020.186403951 Mflops = 257.020186403951 Gflops = 0.257020186403951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056485 s
InvBiCGStab: k = 50 resid = 1.027668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184993(s) Flops=331057152 => 1789.56583222068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257606.801927535 Mflops = 257.606801927535 Gflops = 0.257606801927535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007796666 Relative Rsd = 3.41853587902112e-07
BICGSTAB_SOLVER_TIME: 0.387511 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 66 resid = 2.252655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244819(s) Flops=436045824 => 1781.09470261704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256416.380675147 Mflops = 256.416380675147 Gflops = 0.256416380675147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056837 s
InvBiCGStab: k = 84 resid = 9.38429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30897(s) Flops=554158080 => 1793.56597727935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258217.901108666 Mflops = 258.217901108666 Gflops = 0.258217901108666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001126261 Relative Rsd = 4.93821906882788e-07
BICGSTAB_SOLVER_TIME: 0.655699 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 68 resid = 2.24623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249998(s) Flops=449169408 => 1796.69200553604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258668.358151411 Mflops = 258.668358151411 Gflops = 0.258668358151411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055813 s
InvBiCGStab: k = 87 resid = 1.027264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319318(s) Flops=573843456 => 1797.09084987379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258724.33194922 Mflops = 258.72433194922 Gflops = 0.25872433194922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001219428 Relative Rsd = 5.34671847822311e-07
BICGSTAB_SOLVER_TIME: 0.670045 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 69 resid = 1.813876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253433(s) Flops=455731200 => 1798.23148524462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258893.96585143 Mflops = 258.89396585143 Gflops = 0.25889396585143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 89 resid = 9.132016e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325805(s) Flops=586967040 => 1801.59003084667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259375.210872444 Mflops = 259.375210872444 Gflops = 0.259375210872444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001192027 Relative Rsd = 5.22657765828803e-07
BICGSTAB_SOLVER_TIME: 0.680486 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 64 resid = 1.818135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235034(s) Flops=422922240 => 1799.40876639125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.364318215 Mflops = 259.051364318215 Gflops = 0.259051364318215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 83 resid = 1.106585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303572(s) Flops=547596288 => 1803.84320029515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259693.562579147 Mflops = 259.693562579147 Gflops = 0.259693562579147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001117673 Relative Rsd = 4.9005606292188e-07
BICGSTAB_SOLVER_TIME: 0.639339 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11913
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.132868(s) Flops=1830150144 => 1615.50166833206 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232612.799504312 Mflops = 232.612799504312 Gflops = 0.232612799504312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204605000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046233 s
InvBiCGStab: k = 34 resid = 1.840923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145674(s) Flops=226068480 => 1551.8794019523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223397.090547215 Mflops = 223.397090547215 Gflops = 0.223397090547215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063443 s
InvBiCGStab: k = 66 resid = 1.015299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289989(s) Flops=436045824 => 1503.66332516061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216479.457240124 Mflops = 216.479457240124 Gflops = 0.216479457240124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007786085 Relative Rsd = 3.4138965258676e-07
BICGSTAB_SOLVER_TIME: 0.549764 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0854050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047385 s
InvBiCGStab: k = 65 resid = 2.20318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304277(s) Flops=429484032 => 1411.49029338399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203216.533974055 Mflops = 203.216533974055 Gflops = 0.203216533974055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072012 s
InvBiCGStab: k = 93 resid = 8.560285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394128(s) Flops=613214208 => 1555.87577639752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224011.18481876 Mflops = 224.01118481876 Gflops = 0.22401118481876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001186438 Relative Rsd = 5.20206907190162e-07
BICGSTAB_SOLVER_TIME: 0.821608 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046134 s
InvBiCGStab: k = 56 resid = 2.085794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235146(s) Flops=370427904 => 1575.31024980225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226790.732900176 Mflops = 226.790732900176 Gflops = 0.226790732900176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056039 s
InvBiCGStab: k = 97 resid = 1.058136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357443(s) Flops=639461376 => 1788.9883869596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257568.505542887 Mflops = 257.568505542887 Gflops = 0.257568505542887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001146942 Relative Rsd = 5.02889445800712e-07
BICGSTAB_SOLVER_TIME: 0.69867 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 64 resid = 1.601994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235766(s) Flops=422922240 => 1793.82200995903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258248.284085836 Mflops = 258.248284085836 Gflops = 0.258248284085836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056257 s
InvBiCGStab: k = 87 resid = 9.540259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320838(s) Flops=573843456 => 1788.57696407533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257506.720392569 Mflops = 257.506720392569 Gflops = 0.257506720392569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001154656 Relative Rsd = 5.06271697078721e-07
BICGSTAB_SOLVER_TIME: 0.657499 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041915 s
InvBiCGStab: k = 68 resid = 1.643509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249121(s) Flops=449169408 => 1803.01703991233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259583.533534573 Mflops = 259.583533534573 Gflops = 0.259583533534573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 87 resid = 1.054185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319389(s) Flops=573843456 => 1796.69135756084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258675.703535274 Mflops = 258.675703535274 Gflops = 0.258675703535274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001186788 Relative Rsd = 5.20360293219717e-07
BICGSTAB_SOLVER_TIME: 0.670579 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124628
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.100682(s) Flops=1792401408 => 1628.44618881748 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234500.215221294 Mflops = 234.500215221294 Gflops = 0.234500215221294 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200355000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 2.194043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907469(s) Flops=1630291968 => 1796.5263474565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258680.158217752 Mflops = 258.680158217752 Gflops = 0.258680158217752 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 278 resid = 6.108565e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.095457(s) Flops=1827145728 => 1667.93012231425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240174.289901789 Mflops = 240.174289901789 Gflops = 0.240174289901789 Tflops
BICGSTAB_SOLVER: 526 iterations. Rsd = 0.002200915 Relative Rsd = 9.68391708530439e-07
BICGSTAB_SOLVER_TIME: 2.006567 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.143225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.123977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.375644999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.081157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763815(s) Flops=1138157568 => 1490.09585829029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214529.371271963 Mflops = 214.529371271963 Gflops = 0.214529371271963 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 8.426625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939492(s) Flops=1518741504 => 1616.55607924282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232775.799291259 Mflops = 232.775799291259 Gflops = 0.232775799291259 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001987775 Relative Rsd = 8.72970814045825e-07
BICGSTAB_SOLVER_TIME: 1.706686 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288976999999998
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.105365(s) Flops=1792401408 => 1621.5470980174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233615.639022251 Mflops = 233.615639022251 Gflops = 0.233615639022251 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200282
CLOV_LINOP: Time spent in clov deriv (total) = 1.375543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 32 resid = 1.993779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118113(s) Flops=212944896 => 1802.8912651444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.118900913 Mflops = 259.470118900913 Gflops = 0.259470118900913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 50 resid = 8.6241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184097(s) Flops=331057152 => 1798.27564816374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.31516304 Mflops = 258.85831516304 Gflops = 0.25885831516304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007478272 Relative Rsd = 3.27893238815777e-07
BICGSTAB_SOLVER_TIME: 0.403815 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 91 resid = 2.262695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333483(s) Flops=600090624 => 1799.4639127032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259078.369943915 Mflops = 259.078369943915 Gflops = 0.259078369943915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 127 resid = 1.053134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464349(s) Flops=836315136 => 1801.04864229276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.801983136 Mflops = 259.313801983136 Gflops = 0.259313801983137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 218 iterations. Rsd = 0.00134989 Relative Rsd = 5.91874474995e-07
BICGSTAB_SOLVER_TIME: 0.898917 sec
2Flav::invert,  n_count = 218
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169953999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 67 resid = 2.204537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245983(s) Flops=442607616 => 1799.34229601233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259047.289243349 Mflops = 259.047289243349 Gflops = 0.259047289243349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 79 resid = 1.150247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289623(s) Flops=521349120 => 1800.09571063072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.783498355 Mflops = 259.162783498355 Gflops = 0.259162783498355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001108263 Relative Rsd = 4.85930157379445e-07
BICGSTAB_SOLVER_TIME: 0.636686 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041944 s
InvBiCGStab: k = 71 resid = 1.626654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260835(s) Flops=468854784 => 1797.51484271666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.977996887 Mflops = 258.791977996887 Gflops = 0.258791977996887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 101 resid = 1.033867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370727(s) Flops=665708544 => 1795.6840046719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258514.072518728 Mflops = 258.514072518728 Gflops = 0.258514072518728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001208121 Relative Rsd = 5.29714390929629e-07
BICGSTAB_SOLVER_TIME: 0.733717 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045374 s
InvBiCGStab: k = 68 resid = 2.233867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307459(s) Flops=449169408 => 1460.90830972585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210330.268989072 Mflops = 210.330268989072 Gflops = 0.210330268989072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05839 s
InvBiCGStab: k = 91 resid = 8.163238e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41098(s) Flops=600090624 => 1460.14556426103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210232.052314292 Mflops = 210.232052314292 Gflops = 0.210232052314292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001204363 Relative Rsd = 5.28066499223082e-07
BICGSTAB_SOLVER_TIME: 0.826063 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127995
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.19584(s) Flops=1712775168 => 1432.27786994916 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206304.6163547 Mflops = 206.3046163547 Gflops = 0.2063046163547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191145000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 33 resid = 1.261839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122556(s) Flops=219506688 => 1791.07255458729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257821.344960061 Mflops = 257.821344960061 Gflops = 0.257821344960061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 62 resid = 1.006394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227649(s) Flops=409798656 => 1800.13378490571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259134.145444856 Mflops = 259.134145444856 Gflops = 0.259134145444856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.000715111 Relative Rsd = 3.13548429305279e-07
BICGSTAB_SOLVER_TIME: 0.451394 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0819660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 82 resid = 1.793601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300306(s) Flops=541034496 => 1801.61067710935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259388.822176724 Mflops = 259.388822176724 Gflops = 0.259388822176724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 124 resid = 1.138774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453675(s) Flops=816629760 => 1800.03253430319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259169.444978725 Mflops = 259.169444978725 Gflops = 0.259169444978725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001307879 Relative Rsd = 5.73454267588072e-07
BICGSTAB_SOLVER_TIME: 0.855188 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161032999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 67 resid = 1.969112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245714(s) Flops=442607616 => 1801.3121596653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259328.499734401 Mflops = 259.328499734401 Gflops = 0.259328499734401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 92 resid = 1.114453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336991(s) Flops=606652416 => 1800.20361374636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259182.645194367 Mflops = 259.182645194367 Gflops = 0.259182645194367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001132803 Relative Rsd = 4.96689995939262e-07
BICGSTAB_SOLVER_TIME: 0.683952 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040937 s
InvBiCGStab: k = 77 resid = 2.042897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281585(s) Flops=508225536 => 1804.87432214074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.454703302 Mflops = 259.852454703302 Gflops = 0.259852454703302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 88 resid = 1.150431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335972(s) Flops=580405248 => 1727.54053313967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248715.281521421 Mflops = 248.715281521421 Gflops = 0.248715281521421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00119428 Relative Rsd = 5.23645459563213e-07
BICGSTAB_SOLVER_TIME: 0.718517 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 75 resid = 9.609105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277014(s) Flops=495101952 => 1787.28133596136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257312.97965873 Mflops = 257.31297965873 Gflops = 0.25731297965873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057066 s
InvBiCGStab: k = 82 resid = 1.144567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302528(s) Flops=541034496 => 1788.3782525915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257466.912741943 Mflops = 257.466912741943 Gflops = 0.257466912741943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001149283 Relative Rsd = 5.03915830586837e-07
BICGSTAB_SOLVER_TIME: 0.681423 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126298
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.240371(s) Flops=1761509376 => 1420.14717854577 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204470.843728884 Mflops = 204.470843728884 Gflops = 0.204470843728884 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197281000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 29 resid = 1.755548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108225(s) Flops=193259520 => 1785.71975051975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257024.124473165 Mflops = 257.024124473165 Gflops = 0.257024124473165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 52 resid = 6.795952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192184(s) Flops=344180736 => 1790.89172875994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257807.354121279 Mflops = 257.807354121279 Gflops = 0.257807354121279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0008019536 Relative Rsd = 3.51625554074905e-07
BICGSTAB_SOLVER_TIME: 0.40208 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042034 s
InvBiCGStab: k = 66 resid = 1.59096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243404(s) Flops=436045824 => 1791.44888333799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257914.70195359 Mflops = 257.91470195359 Gflops = 0.25791470195359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 91 resid = 4.924721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333697(s) Flops=600090624 => 1798.30991588177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258906.810425601 Mflops = 258.906810425601 Gflops = 0.258906810425601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001132386 Relative Rsd = 4.96507464011911e-07
BICGSTAB_SOLVER_TIME: 0.679759 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 75 resid = 1.524461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274877(s) Flops=495101952 => 1801.17635160454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.486414011 Mflops = 259.313486414011 Gflops = 0.259313486414011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 88 resid = 1.002077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323031(s) Flops=580405248 => 1796.74782915572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258682.816791464 Mflops = 258.682816791464 Gflops = 0.258682816791464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001173394 Relative Rsd = 5.1448793077171e-07
BICGSTAB_SOLVER_TIME: 0.699025 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 72 resid = 2.218075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264493(s) Flops=475416576 => 1797.46373628036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.698044141 Mflops = 258.787698044141 Gflops = 0.258787698044141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 91 resid = 9.608381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333154(s) Flops=600090624 => 1801.24093962552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.126763639 Mflops = 259.325126763639 Gflops = 0.259325126763639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001208321 Relative Rsd = 5.29802032797432e-07
BICGSTAB_SOLVER_TIME: 0.698922 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 67 resid = 2.137884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246557(s) Flops=442607616 => 1795.15331546052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258441.449332381 Mflops = 258.441449332381 Gflops = 0.258441449332381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 84 resid = 1.09287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30984(s) Flops=554158080 => 1788.52982184353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257482.10755946 Mflops = 257.48210755946 Gflops = 0.25748210755946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001126489 Relative Rsd = 4.93921595041098e-07
BICGSTAB_SOLVER_TIME: 0.657228 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123328
Monitoring force
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.119424(s) Flops=1805082624 => 1612.51020524841 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232174.450127718 Mflops = 232.174450127718 Gflops = 0.232174450127718 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202188000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055202 s
InvBiCGStab: k = 32 resid = 2.095738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132743(s) Flops=212944896 => 1604.189267984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230896.365091997 Mflops = 230.896365091997 Gflops = 0.230896365091997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075475 s
InvBiCGStab: k = 50 resid = 8.348414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231826(s) Flops=331057152 => 1428.04151389404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205571.786124008 Mflops = 205.571786124008 Gflops = 0.205571786124008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007744844 Relative Rsd = 3.39581356355128e-07
BICGSTAB_SOLVER_TIME: 0.499825 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0724860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047538 s
InvBiCGStab: k = 61 resid = 2.238356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272269(s) Flops=403236864 => 1481.02378162773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213230.452974908 Mflops = 213.230452974908 Gflops = 0.213230452974908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075561 s
InvBiCGStab: k = 98 resid = 1.086405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442612(s) Flops=646023168 => 1459.56993484135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210149.210480002 Mflops = 210.149210480002 Gflops = 0.210149210480002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001189882 Relative Rsd = 5.2171703220993e-07
BICGSTAB_SOLVER_TIME: 0.841735 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040738 s
InvBiCGStab: k = 65 resid = 2.130405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239522(s) Flops=429484032 => 1793.08803366705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258144.412924644 Mflops = 258.144412924644 Gflops = 0.258144412924644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 91 resid = 1.044163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333592(s) Flops=600090624 => 1798.87594426725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.659271556 Mflops = 258.986659271557 Gflops = 0.258986659271557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001146211 Relative Rsd = 5.02568891968562e-07
BICGSTAB_SOLVER_TIME: 0.674089 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041676 s
InvBiCGStab: k = 67 resid = 1.581858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247499(s) Flops=442607616 => 1788.32082553869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257456.464177885 Mflops = 257.456464177885 Gflops = 0.257456464177885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05695 s
InvBiCGStab: k = 79 resid = 1.060781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289831(s) Flops=521349120 => 1798.80385466013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258974.633269602 Mflops = 258.974633269602 Gflops = 0.258974633269602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001147732 Relative Rsd = 5.03236031870822e-07
BICGSTAB_SOLVER_TIME: 0.639677 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 74 resid = 2.041023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271862(s) Flops=488540160 => 1797.01525038439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258713.448366533 Mflops = 258.713448366533 Gflops = 0.258713448366533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 89 resid = 1.091492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326(s) Flops=586967040 => 1800.51239263804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259219.200866482 Mflops = 259.219200866482 Gflops = 0.259219200866482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001176792 Relative Rsd = 5.15977740437148e-07
BICGSTAB_SOLVER_TIME: 0.69901 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130249
Monitoring force
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109977(s) Flops=1805451264 => 1626.56637389784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234207.354657929 Mflops = 234.207354657929 Gflops = 0.234207354657929 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201744000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 2.241438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825624(s) Flops=1479370752 => 1791.82140054068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257994.379796103 Mflops = 257.994379796103 Gflops = 0.257994379796103 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 287 resid = 9.809272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.242934(s) Flops=1886201856 => 1517.53983397349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218519.082211538 Mflops = 218.519082211538 Gflops = 0.218519082211538 Tflops
BICGSTAB_SOLVER: 512 iterations. Rsd = 0.00212232 Relative Rsd = 9.33837759159197e-07
BICGSTAB_SOLVER_TIME: 2.0719 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0.131696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.365249999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.931011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827552(s) Flops=1262831616 => 1525.98461003055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219707.593399954 Mflops = 219.707593399954 Gflops = 0.219707593399954 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 8.163935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77529(s) Flops=1400629248 => 1806.58753240723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260137.343265927 Mflops = 260.137343265927 Gflops = 0.260137343265927 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.001953665 Relative Rsd = 8.57963072818686e-07
BICGSTAB_SOLVER_TIME: 1.6062 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289533999999998
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.110304(s) Flops=1805451264 => 1626.08732743465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234143.552538733 Mflops = 234.143552538733 Gflops = 0.234143552538733 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201931000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.371914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041343 s
InvBiCGStab: k = 32 resid = 2.019206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118529(s) Flops=212944896 => 1796.56367639987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258580.138579562 Mflops = 258.580138579562 Gflops = 0.258580138579562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 50 resid = 1.013785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183991(s) Flops=331057152 => 1799.31166198347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259013.696748148 Mflops = 259.013696748148 Gflops = 0.259013696748148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007414272 Relative Rsd = 3.2508709117257e-07
BICGSTAB_SOLVER_TIME: 0.404231 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0725320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 78 resid = 1.921788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285921(s) Flops=514787328 => 1800.45302023986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.606421394 Mflops = 259.209606421394 Gflops = 0.259209606421394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 102 resid = 1.129785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386963(s) Flops=672270336 => 1737.29874949285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250133.003585577 Mflops = 250.133003585577 Gflops = 0.250133003585577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001282556 Relative Rsd = 5.62350854530771e-07
BICGSTAB_SOLVER_TIME: 0.77342 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 63 resid = 2.059498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231468(s) Flops=416360448 => 1798.78189641765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258955.642423613 Mflops = 258.955642423613 Gflops = 0.258955642423613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056077 s
InvBiCGStab: k = 84 resid = 1.02464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308815(s) Flops=554158080 => 1794.46620144747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258344.219227727 Mflops = 258.344219227727 Gflops = 0.258344219227727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001151871 Relative Rsd = 5.05050734074737e-07
BICGSTAB_SOLVER_TIME: 0.641289 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04199 s
InvBiCGStab: k = 75 resid = 2.20304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275662(s) Flops=495101952 => 1796.04715920221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258585.966383992 Mflops = 258.585966383992 Gflops = 0.258585966383992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 87 resid = 1.057347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355027(s) Flops=573843456 => 1616.33750672484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232717.796434069 Mflops = 232.717796434069 Gflops = 0.232717796434069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001152705 Relative Rsd = 5.05416308365479e-07
BICGSTAB_SOLVER_TIME: 0.732927 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05054 s
InvBiCGStab: k = 71 resid = 1.168637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319808(s) Flops=468854784 => 1466.0508304983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211078.273109273 Mflops = 211.078273109273 Gflops = 0.211078273109273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067474 s
InvBiCGStab: k = 92 resid = 1.070332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413375(s) Flops=606652416 => 1467.55951859692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211292.194692816 Mflops = 211.292194692816 Gflops = 0.211292194692816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001196584 Relative Rsd = 5.24655663526919e-07
BICGSTAB_SOLVER_TIME: 0.855163 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130409
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.187234(s) Flops=1799036928 => 1515.31789689311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218188.757600041 Mflops = 218.188757600041 Gflops = 0.218188757600041 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201098000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 34 resid = 2.171759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125424(s) Flops=226068480 => 1802.43398392652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.466281611 Mflops = 259.441466281611 Gflops = 0.259441466281611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 74 resid = 7.602637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272153(s) Flops=488540160 => 1795.09378915536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.550475713 Mflops = 258.427550475713 Gflops = 0.258427550475713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.000807213 Relative Rsd = 3.53931602009436e-07
BICGSTAB_SOLVER_TIME: 0.498699 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0914400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 76 resid = 1.997789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278847(s) Flops=501663744 => 1799.06451925249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259015.215262043 Mflops = 259.015215262043 Gflops = 0.259015215262043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056568 s
InvBiCGStab: k = 107 resid = 9.243895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39114(s) Flops=705079296 => 1802.62641509434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.150221256 Mflops = 259.545150221256 Gflops = 0.259545150221256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001283272 Relative Rsd = 5.6266502791244e-07
BICGSTAB_SOLVER_TIME: 0.771596 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040662 s
InvBiCGStab: k = 61 resid = 1.883467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224231(s) Flops=403236864 => 1798.31006417489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258902.229789306 Mflops = 258.902229789306 Gflops = 0.258902229789306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 91 resid = 1.104549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333418(s) Flops=600090624 => 1799.81471906136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259121.816121569 Mflops = 259.121816121569 Gflops = 0.259121816121569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001127631 Relative Rsd = 4.94422588012842e-07
BICGSTAB_SOLVER_TIME: 0.658503 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 63 resid = 2.272966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24238(s) Flops=416360448 => 1717.80034656325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247308.010513746 Mflops = 247.308010513746 Gflops = 0.247308010513746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 87 resid = 1.104485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31844(s) Flops=573843456 => 1802.04577314408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.690771341 Mflops = 259.441690771341 Gflops = 0.259441690771341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001199874 Relative Rsd = 5.26098308902404e-07
BICGSTAB_SOLVER_TIME: 0.662174 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 67 resid = 1.53606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245668(s) Flops=442607616 => 1801.64944559324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.050995799 Mflops = 259.314050995799 Gflops = 0.259314050995799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 88 resid = 8.606549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322125(s) Flops=580405248 => 1801.80131315483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.771024021 Mflops = 259.406771024021 Gflops = 0.259406771024021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001157536 Relative Rsd = 5.0753466896867e-07
BICGSTAB_SOLVER_TIME: 0.668909 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124747
Monitoring force
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.292682(s) Flops=1780310016 => 1377.22194321573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198424.685087705 Mflops = 198.424685087705 Gflops = 0.198424685087705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198931000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.49606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 29 resid = 2.142029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107614(s) Flops=193259520 => 1795.85853141785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258486.132628422 Mflops = 258.486132628422 Gflops = 0.258486132628422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056583 s
InvBiCGStab: k = 62 resid = 1.090875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228655(s) Flops=409798656 => 1792.21384181409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.914582131 Mflops = 258.003914582131 Gflops = 0.258003914582131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.000801148 Relative Rsd = 3.51272306814492e-07
BICGSTAB_SOLVER_TIME: 0.437861 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0790610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 65 resid = 2.178784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238855(s) Flops=429484032 => 1798.09521257667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258865.546139486 Mflops = 258.865546139486 Gflops = 0.258865546139486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 84 resid = 1.074736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308736(s) Flops=554158080 => 1794.92537313433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258415.353848576 Mflops = 258.415353848576 Gflops = 0.258415353848576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001146911 Relative Rsd = 5.02875868202089e-07
BICGSTAB_SOLVER_TIME: 0.648828 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04153 s
InvBiCGStab: k = 68 resid = 1.528033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24935(s) Flops=449169408 => 1801.36117104472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259328.999749047 Mflops = 259.328999749047 Gflops = 0.259328999749047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 86 resid = 8.034365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314981(s) Flops=567281664 => 1801.00280334369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.112708686 Mflops = 259.288112708686 Gflops = 0.259288112708686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00112595 Relative Rsd = 4.93685569416917e-07
BICGSTAB_SOLVER_TIME: 0.665787 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123898
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041486 s
InvBiCGStab: k = 72 resid = 2.000366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264003(s) Flops=475416576 => 1800.79990000114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.423987999 Mflops = 259.269423987999 Gflops = 0.259269423987999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056946 s
InvBiCGStab: k = 93 resid = 1.017126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340488(s) Flops=613214208 => 1800.9862550222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259286.023207324 Mflops = 259.286023207324 Gflops = 0.259286023207324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001200911 Relative Rsd = 5.26553005325459e-07
BICGSTAB_SOLVER_TIME: 0.706791 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041959 s
InvBiCGStab: k = 69 resid = 1.848728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253413(s) Flops=455731200 => 1798.37340625777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258922.595397975 Mflops = 258.922595397975 Gflops = 0.258922595397975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056653 s
InvBiCGStab: k = 76 resid = 8.927581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27918(s) Flops=501663744 => 1796.91863313991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258700.272924179 Mflops = 258.700272924179 Gflops = 0.258700272924179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001066463 Relative Rsd = 4.67602645157101e-07
BICGSTAB_SOLVER_TIME: 0.635131 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117565
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.090471(s) Flops=1749196800 => 1604.07456961258 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231084.060100916 Mflops = 231.084060100916 Gflops = 0.231084060100916 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195497000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.479398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052083 s
InvBiCGStab: k = 28 resid = 2.208237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121327(s) Flops=186697728 => 1538.79786032787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221484.652141273 Mflops = 221.484652141273 Gflops = 0.221484652141273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062776 s
InvBiCGStab: k = 46 resid = 1.150734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204192(s) Flops=304809984 => 1492.76163610719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214894.487159054 Mflops = 214.894487159054 Gflops = 0.214894487159054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007541689 Relative Rsd = 3.30673813613458e-07
BICGSTAB_SOLVER_TIME: 0.444636 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048302 s
InvBiCGStab: k = 76 resid = 1.552999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328392(s) Flops=501663744 => 1527.63692172769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219937.411536972 Mflops = 219.937411536972 Gflops = 0.219937411536972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092138 s
InvBiCGStab: k = 88 resid = 1.008198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.461276(s) Flops=580405248 => 1258.26023465344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181163.849944573 Mflops = 181.163849944573 Gflops = 0.181163849944573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001190171 Relative Rsd = 5.21843977652694e-07
BICGSTAB_SOLVER_TIME: 0.933933 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041266 s
InvBiCGStab: k = 67 resid = 2.242578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2467(s) Flops=442607616 => 1794.11275233077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258296.265287666 Mflops = 258.296265287666 Gflops = 0.258296265287666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056764 s
InvBiCGStab: k = 79 resid = 8.519692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291133(s) Flops=521349120 => 1790.75927497055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257805.707106399 Mflops = 257.805707106399 Gflops = 0.257805707106399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001127342 Relative Rsd = 4.94295897788097e-07
BICGSTAB_SOLVER_TIME: 0.639558 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 68 resid = 1.921559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252081(s) Flops=449169408 => 1781.84554964476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256530.198476866 Mflops = 256.530198476866 Gflops = 0.256530198476866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055992 s
InvBiCGStab: k = 81 resid = 1.1269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297057(s) Flops=534472704 => 1799.22608792252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259022.905256135 Mflops = 259.022905256135 Gflops = 0.259022905256135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001200936 Relative Rsd = 5.26563928656682e-07
BICGSTAB_SOLVER_TIME: 0.650086 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040469 s
InvBiCGStab: k = 63 resid = 1.801371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231417(s) Flops=416360448 => 1799.17831447128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259025.012984473 Mflops = 259.025012984473 Gflops = 0.259025012984473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 84 resid = 7.883438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308746(s) Flops=554158080 => 1794.86723714639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258403.685179425 Mflops = 258.403685179426 Gflops = 0.258403685179426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001134422 Relative Rsd = 4.97400267686772e-07
BICGSTAB_SOLVER_TIME: 0.64059 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119007
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064961(s) Flops=1718009856 => 1613.21386980368 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232310.153827898 Mflops = 232.310153827897 Gflops = 0.232310153827897 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191990000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.147142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.025132(s) Flops=1525303296 => 1487.90916291756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214208.253965485 Mflops = 214.208253965485 Gflops = 0.214208253965485 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 289 resid = 9.998661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.146206(s) Flops=1899325440 => 1657.05417699785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238604.408647339 Mflops = 238.604408647339 Gflops = 0.238604408647339 Tflops
BICGSTAB_SOLVER: 521 iterations. Rsd = 0.002192161 Relative Rsd = 9.64585276704833e-07
BICGSTAB_SOLVER_TIME: 2.174682 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.372150999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.27406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736889(s) Flops=1328449536 => 1802.78106471938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259607.960858184 Mflops = 259.607960858184 Gflops = 0.259607960858184 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 7.574109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876238(s) Flops=1577797632 => 1800.64963172106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259282.255364827 Mflops = 259.282255364827 Gflops = 0.259282255364827 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002024665 Relative Rsd = 8.89138976306538e-07
BICGSTAB_SOLVER_TIME: 1.616552 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316018999999999
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079359(s) Flops=1718009856 => 1591.69456686793 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229182.458640713 Mflops = 229.182458640713 Gflops = 0.229182458640713 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191698000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050446 s
InvBiCGStab: k = 31 resid = 1.51838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130506(s) Flops=206383104 => 1581.40701576939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227608.594110505 Mflops = 227.608594110505 Gflops = 0.227608594110505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074284 s
InvBiCGStab: k = 49 resid = 1.139493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224177(s) Flops=324495360 => 1447.49621950512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208378.107227151 Mflops = 208.378107227151 Gflops = 0.208378107227151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007693091 Relative Rsd = 3.37312212946177e-07
BICGSTAB_SOLVER_TIME: 0.485528 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0711870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054476 s
InvBiCGStab: k = 96 resid = 2.158069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440164(s) Flops=632899584 => 1437.87221126671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207031.090311976 Mflops = 207.031090311976 Gflops = 0.207031090311976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065796 s
InvBiCGStab: k = 110 resid = 6.522487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481436(s) Flops=724764672 => 1505.4226771575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216746.924809947 Mflops = 216.746924809947 Gflops = 0.216746924809947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001372762 Relative Rsd = 6.01902756624503e-07
BICGSTAB_SOLVER_TIME: 1.045726 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161243999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 62 resid = 2.140084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230306(s) Flops=409798656 => 1779.36595659688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256179.044216531 Mflops = 256.179044216531 Gflops = 0.256179044216531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056084 s
InvBiCGStab: k = 97 resid = 1.061047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356597(s) Flops=639461376 => 1793.23262955101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258166.811671958 Mflops = 258.166811671958 Gflops = 0.258166811671958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001133173 Relative Rsd = 4.96852467730302e-07
BICGSTAB_SOLVER_TIME: 0.687619 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 68 resid = 1.362327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250804(s) Flops=449169408 => 1790.9180395847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257842.272536669 Mflops = 257.842272536669 Gflops = 0.257842272536669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056028 s
InvBiCGStab: k = 80 resid = 9.923816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309674(s) Flops=527910912 => 1704.73114307304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245429.571439991 Mflops = 245.429571439991 Gflops = 0.245429571439991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001161703 Relative Rsd = 5.093615195503e-07
BICGSTAB_SOLVER_TIME: 0.661717 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119691
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043427 s
InvBiCGStab: k = 68 resid = 1.176358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251077(s) Flops=449169408 => 1788.97074602612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257540.790460256 Mflops = 257.540790460256 Gflops = 0.257540790460256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057156 s
InvBiCGStab: k = 94 resid = 7.10803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347483(s) Flops=619776000 => 1783.61531355491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256793.221422262 Mflops = 256.793221422262 Gflops = 0.256793221422262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001150572 Relative Rsd = 5.04481240586633e-07
BICGSTAB_SOLVER_TIME: 0.702922 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1298
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.042289(s) Flops=1686970368 => 1618.52458195376 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233081.362357517 Mflops = 233.081362357517 Gflops = 0.233081362357517 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188023000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048039 s
InvBiCGStab: k = 31 resid = 1.325825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132405(s) Flops=206383104 => 1558.7259091424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224366.558101988 Mflops = 224.366558101988 Gflops = 0.224366558101988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067423 s
InvBiCGStab: k = 55 resid = 1.106719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247756(s) Flops=363866112 => 1468.64702368459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211434.228836451 Mflops = 211.434228836451 Gflops = 0.211434228836451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007608262 Relative Rsd = 3.33592793142966e-07
BICGSTAB_SOLVER_TIME: 0.499491 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0754090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051384 s
InvBiCGStab: k = 76 resid = 2.183273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348288(s) Flops=501663744 => 1440.37045203969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207385.834836646 Mflops = 207.385834836646 Gflops = 0.207385834836646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065734 s
InvBiCGStab: k = 106 resid = 9.054908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483369(s) Flops=698517504 => 1445.10199040485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208066.946440931 Mflops = 208.066946440931 Gflops = 0.208066946440931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001279022 Relative Rsd = 5.60801579066853e-07
BICGSTAB_SOLVER_TIME: 0.952601 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045039 s
InvBiCGStab: k = 65 resid = 2.144106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256119(s) Flops=429484032 => 1676.8925069987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241416.685583542 Mflops = 241.416685583542 Gflops = 0.241416685583542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056887 s
InvBiCGStab: k = 90 resid = 1.113983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33824(s) Flops=593528832 => 1754.75648060549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252636.160877458 Mflops = 252.636160877458 Gflops = 0.252636160877458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001121726 Relative Rsd = 4.91833554338591e-07
BICGSTAB_SOLVER_TIME: 0.700031 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041801 s
InvBiCGStab: k = 73 resid = 2.01744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271494(s) Flops=481978368 => 1775.28184048266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255590.134151375 Mflops = 255.590134151375 Gflops = 0.255590134151375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056984 s
InvBiCGStab: k = 90 resid = 8.424312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331051(s) Flops=593528832 => 1792.8622236453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.751674175 Mflops = 258.107751674175 Gflops = 0.258107751674175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00117936 Relative Rsd = 5.17103456076356e-07
BICGSTAB_SOLVER_TIME: 0.705143 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 69 resid = 1.777768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252754(s) Flops=455731200 => 1803.0622660769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.213005589 Mflops = 259.566213005589 Gflops = 0.259566213005589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 84 resid = 1.125098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307894(s) Flops=554158080 => 1799.83396883343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259122.15355567 Mflops = 259.12215355567 Gflops = 0.25912215355567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001130886 Relative Rsd = 4.95849511958342e-07
BICGSTAB_SOLVER_TIME: 0.661842 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123344
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030769(s) Flops=1668169728 => 1618.37397903895 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233070.899324942 Mflops = 233.070899324942 Gflops = 0.233070899324942 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186128000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044004 s
InvBiCGStab: k = 27 resid = 2.258075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122969(s) Flops=180135936 => 1464.88900454586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210862.74451024 Mflops = 210.86274451024 Gflops = 0.21086274451024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065939 s
InvBiCGStab: k = 49 resid = 9.291415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233098(s) Flops=324495360 => 1392.09843070297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200405.180246934 Mflops = 200.405180246934 Gflops = 0.200405180246934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007415215 Relative Rsd = 3.25128410969883e-07
BICGSTAB_SOLVER_TIME: 0.470549 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052985 s
InvBiCGStab: k = 56 resid = 9.262537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249695(s) Flops=370427904 => 1483.52151224494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213590.137743333 Mflops = 213.590137743333 Gflops = 0.213590137743333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066621 s
InvBiCGStab: k = 90 resid = 8.896075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450015(s) Flops=593528832 => 1318.90899636679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189895.692740528 Mflops = 189.895692740528 Gflops = 0.189895692740528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001132216 Relative Rsd = 4.96432634088673e-07
BICGSTAB_SOLVER_TIME: 0.823261 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041596 s
InvBiCGStab: k = 56 resid = 2.226732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207475(s) Flops=370427904 => 1785.40982769008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257019.310928829 Mflops = 257.019310928829 Gflops = 0.257019310928829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 67 resid = 1.106443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246338(s) Flops=442607616 => 1796.74924696961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258658.762736884 Mflops = 258.658762736884 Gflops = 0.258658762736884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001048665 Relative Rsd = 4.59798945870392e-07
BICGSTAB_SOLVER_TIME: 0.555974 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 70 resid = 1.68753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258951(s) Flops=462292992 => 1785.25277755251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257017.530502047 Mflops = 257.017530502047 Gflops = 0.257017530502047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 92 resid = 1.040923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338302(s) Flops=606652416 => 1793.22740037008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258172.905008419 Mflops = 258.172905008419 Gflops = 0.258172905008419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001156472 Relative Rsd = 5.07067926255107e-07
BICGSTAB_SOLVER_TIME: 0.698723 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 76 resid = 6.032372e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278159(s) Flops=501663744 => 1803.5143353262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259653.414057418 Mflops = 259.653414057418 Gflops = 0.259653414057418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 77 resid = 1.001564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282011(s) Flops=508225536 => 1802.14791621603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.307189314 Mflops = 259.453307189314 Gflops = 0.259453307189314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001091297 Relative Rsd = 4.78491368816627e-07
BICGSTAB_SOLVER_TIME: 0.661943 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123389
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.022897(s) Flops=1655341056 => 1618.28713545939 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233011.091694028 Mflops = 233.011091694028 Gflops = 0.233011091694028 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047439 s
InvBiCGStab: k = 29 resid = 1.817205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149434(s) Flops=193259520 => 1293.27676432405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186177.442210288 Mflops = 186.177442210288 Gflops = 0.186177442210288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06979 s
InvBiCGStab: k = 59 resid = 7.077666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282262(s) Flops=390113280 => 1382.09635019946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198983.782431247 Mflops = 198.983782431247 Gflops = 0.198983782431247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007484395 Relative Rsd = 3.28161677128401e-07
BICGSTAB_SOLVER_TIME: 0.554509 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0768590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052413 s
InvBiCGStab: k = 60 resid = 2.139746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277512(s) Flops=396675072 => 1429.39790711753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205788.744005018 Mflops = 205.788744005018 Gflops = 0.205788744005018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067098 s
InvBiCGStab: k = 90 resid = 1.048846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396312(s) Flops=593528832 => 1497.63023072731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215624.24976067 Mflops = 215.62424976067 Gflops = 0.21562424976067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001169892 Relative Rsd = 5.12952181862811e-07
BICGSTAB_SOLVER_TIME: 0.797088 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121096
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045004 s
InvBiCGStab: k = 56 resid = 1.749329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206199(s) Flops=370427904 => 1796.45829514207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258626.907265741 Mflops = 258.626907265741 Gflops = 0.258626907265741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056125 s
InvBiCGStab: k = 86 resid = 9.952904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317469(s) Flops=567281664 => 1786.88837020308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257261.362881233 Mflops = 257.261362881233 Gflops = 0.257261362881233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001040859 Relative Rsd = 4.56376114927325e-07
BICGSTAB_SOLVER_TIME: 0.628587 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042147 s
InvBiCGStab: k = 76 resid = 2.106563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281651(s) Flops=501663744 => 1781.15378251808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256433.647587428 Mflops = 256.433647587428 Gflops = 0.256433647587428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05675 s
InvBiCGStab: k = 89 resid = 1.025777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329714(s) Flops=586967040 => 1780.23086675118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256303.694181571 Mflops = 256.303694181571 Gflops = 0.256303694181571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001170735 Relative Rsd = 5.13321737554652e-07
BICGSTAB_SOLVER_TIME: 0.71403 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 52 resid = 1.972915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193609(s) Flops=344180736 => 1777.71041635461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255921.279654934 Mflops = 255.921279654934 Gflops = 0.255921279654934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055647 s
InvBiCGStab: k = 78 resid = 1.002164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288634(s) Flops=514787328 => 1783.52975740904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256777.557899554 Mflops = 256.777557899554 Gflops = 0.256777557899554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001073358 Relative Rsd = 4.70626059900077e-07
BICGSTAB_SOLVER_TIME: 0.58267 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106799
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026986(s) Flops=1623343104 => 1580.68669290526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227600.654745351 Mflops = 227.600654745351 Gflops = 0.227600654745351 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181449000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.421506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.110834(s) Flops=1630291968 => 1467.62879782218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211347.800355754 Mflops = 211.347800355754 Gflops = 0.211347800355754 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.064455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.160116(s) Flops=1794336768 => 1546.68737264205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222716.178462841 Mflops = 222.716178462841 Gflops = 0.222716178462841 Tflops
BICGSTAB_SOLVER: 521 iterations. Rsd = 0.002084271 Relative Rsd = 9.17121075340867e-07
BICGSTAB_SOLVER_TIME: 2.274387 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.116472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.373369
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.940741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.719305(s) Flops=1295640576 => 1801.23949645839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.878310847 Mflops = 259.300878310847 Gflops = 0.259300878310847 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 5.163147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852789(s) Flops=1472808960 => 1727.04966879263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248684.929636191 Mflops = 248.684929636191 Gflops = 0.248684929636191 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.001965342 Relative Rsd = 8.63116137260946e-07
BICGSTAB_SOLVER_TIME: 1.575406 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301351999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 383 resid = 1.943075e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.403899(s) Flops=2516133888 => 1792.24708330158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258073.05382328 Mflops = 258.07305382328 Gflops = 0.25807305382328 Tflops
InvBiCGStab: k = 394 resid = 1.130941e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.464035(s) Flops=2588313600 => 1767.93150436977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254576.74130282 Mflops = 254.57674130282 Gflops = 0.25457674130282 Tflops
BICGSTAB_SOLVER: 777 iterations. Rsd = 0.002139293 Relative Rsd = 9.4133189084841e-07
BICGSTAB_SOLVER_TIME: 2.872785 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.556182000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 289 resid = 2.244376e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.272766(s) Flops=1899325440 => 1492.28172342756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214871.17261041 Mflops = 214.87117261041 Gflops = 0.21487117261041 Tflops
InvBiCGStab: k = 298 resid = 9.759006e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.249358(s) Flops=1958381568 => 1567.51032770431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225717.812375799 Mflops = 225.717812375799 Gflops = 0.225717812375799 Tflops
BICGSTAB_SOLVER: 587 iterations. Rsd = 0.00196612 Relative Rsd = 8.63458169816402e-07
BICGSTAB_SOLVER_TIME: 2.527839 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.420609
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 250 resid = 2.074597e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927355(s) Flops=1643415552 => 1772.15365421009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255176.07089596 Mflops = 255.17607089596 Gflops = 0.25517607089596 Tflops
InvBiCGStab: k = 259 resid = 1.015789e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949251(s) Flops=1702471680 => 1793.48947749331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258253.523777937 Mflops = 258.253523777937 Gflops = 0.258253523777937 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.001848765 Relative Rsd = 8.1061193681568e-07
BICGSTAB_SOLVER_TIME: 1.881943 sec
2Flav::invert,  n_count = 509
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363673000000002
MInvCG2: 382 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.518915(s) Flops=2458109952 => 1618.3327914992 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233202.539579981 Mflops = 233.202539579981 Gflops = 0.233202539579981 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274886999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.105503969881511
AccProb = 0.899870900458843
AcceptP = 1
After HMC trajectory call: time= 489.335326 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.078925 secs
Doing Update: 2705 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 280 resid = 1.764936e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.022075(s) Flops=1840269312 => 1800.52277181224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.479991044 Mflops = 259.253479991044 Gflops = 0.259253479991044 Tflops
InvBiCGStab: k = 311 resid = 1.016392e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.35092(s) Flops=2043684864 => 1512.80968821248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217839.707126882 Mflops = 217.839707126882 Gflops = 0.217839707126882 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.002024166 Relative Rsd = 8.908467447262e-07
BICGSTAB_SOLVER_TIME: 2.378507 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413639999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000341
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 237 resid = 2.117006e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.094892(s) Flops=1558112256 => 1423.07392509946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204931.084924841 Mflops = 204.931084924841 Gflops = 0.204931084924841 Tflops
InvBiCGStab: k = 273 resid = 1.007471e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.005634(s) Flops=1794336768 => 1784.28411131684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256929.181699345 Mflops = 256.929181699345 Gflops = 0.256929181699345 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.001909799 Relative Rsd = 8.39916879963033e-07
BICGSTAB_SOLVER_TIME: 2.108332 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357578
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000385
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 399 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.576784(s) Flops=2560149504 => 1623.65263980355 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233814.846576468 Mflops = 233.814846576468 Gflops = 0.233814846576468 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285465
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 354 resid = 2.154878e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.291321(s) Flops=2325841920 => 1801.13381568177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259383.449288966 Mflops = 259.383449288966 Gflops = 0.259383449288966 Tflops
InvBiCGStab: k = 324 resid = 1.068637e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.213882(s) Flops=2128988160 => 1753.86747641039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252553.323341112 Mflops = 252.553323341112 Gflops = 0.252553323341112 Tflops
BICGSTAB_SOLVER: 678 iterations. Rsd = 0.002175456 Relative Rsd = 9.57430349598067e-07
BICGSTAB_SOLVER_TIME: 2.510419 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.485437000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 278 resid = 2.088455e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.30673(s) Flops=1827145728 => 1398.2580395338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201350.0367163 Mflops = 201.3500367163 Gflops = 0.2013500367163 Tflops
InvBiCGStab: k = 316 resid = 8.874002e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.363885(s) Flops=2076493824 => 1522.48453791925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219234.050718427 Mflops = 219.234050718427 Gflops = 0.219234050718427 Tflops
BICGSTAB_SOLVER: 594 iterations. Rsd = 0.002112322 Relative Rsd = 9.28985240754738e-07
BICGSTAB_SOLVER_TIME: 2.675312 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.425018000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 224 resid = 1.773395e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835587(s) Flops=1472808960 => 1762.6039658348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253811.713239789 Mflops = 253.811713239789 Gflops = 0.253811713239789 Tflops
InvBiCGStab: k = 265 resid = 9.836384e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.999296(s) Flops=1741842432 => 1743.06955296529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250995.690974363 Mflops = 250.995690974363 Gflops = 0.250995690974363 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.001825258 Relative Rsd = 7.99669446295933e-07
BICGSTAB_SOLVER_TIME: 1.840118 sec
2Flav::invert,  n_count = 489
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349723000000001
MInvCG2: 382 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.540133(s) Flops=2457077760 => 1595.36725724337 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229818.81347248 Mflops = 229.81881347248 Gflops = 0.22981881347248 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274800999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 2.251258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862417(s) Flops=1538426880 => 1783.85500285825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256837.260929305 Mflops = 256.837260929305 Gflops = 0.256837260929305 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.073111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.049127(s) Flops=1584359424 => 1510.16933507573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217453.26508824 Mflops = 217.45326508824 Gflops = 0.21745326508824 Tflops
BICGSTAB_SOLVER: 475 iterations. Rsd = 0.00219976 Relative Rsd = 9.68126480858971e-07
BICGSTAB_SOLVER_TIME: 1.915311 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.134566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339438
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.996986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.945963(s) Flops=1321887744 => 1397.39899340672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201188.133562169 Mflops = 201.188133562169 Gflops = 0.201188133562169 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.027881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878415(s) Flops=1492494336 => 1699.07655948498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244657.390442477 Mflops = 244.657390442477 Gflops = 0.244657390442477 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002026335 Relative Rsd = 8.91168763548451e-07
BICGSTAB_SOLVER_TIME: 1.827775 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0.117521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305906999999999
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026471(s) Flops=1604173824 => 1562.80481767142 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225048.667780603 Mflops = 225.048667780603 Gflops = 0.225048667780603 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.17861
CLOV_LINOP: Time spent in clov deriv (total) = 1.392343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.5e-05 s
InvBiCGStab: k = 150 resid = 2.005036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.561369(s) Flops=987236352 => 1758.62285234846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253243.261716304 Mflops = 253.243261716304 Gflops = 0.253243261716304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 182 resid = 1.141388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.679113(s) Flops=1197213696 => 1762.90793432021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253827.930423022 Mflops = 253.827930423022 Gflops = 0.253827930423022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 332 iterations. Rsd = 0.001808692 Relative Rsd = 7.92411707000363e-07
BICGSTAB_SOLVER_TIME: 1.244809 sec
2Flav::invert,  n_count = 332
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238124999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00012 s
InvBiCGStab: k = 121 resid = 1.979106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469946(s) Flops=796944384 => 1695.82118796628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244164.499153721 Mflops = 244.164499153721 Gflops = 0.244164499153721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 149 resid = 1.075729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.63999(s) Flops=980674560 => 1532.3279426241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220613.757547172 Mflops = 220.613757547172 Gflops = 0.220613757547172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 270 iterations. Rsd = 0.001590975 Relative Rsd = 6.9702690656065e-07
BICGSTAB_SOLVER_TIME: 1.114115 sec
2Flav::invert,  n_count = 270
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193540999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.006338 s
InvBiCGStab: k = 99 resid = 2.142006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.466386(s) Flops=652584960 => 1399.23788449911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201464.919151193 Mflops = 201.464919151193 Gflops = 0.201464919151193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.008764 s
InvBiCGStab: k = 129 resid = 1.12969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.556545(s) Flops=849438720 => 1526.2714066248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219757.586681172 Mflops = 219.757586681172 Gflops = 0.219757586681172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 228 iterations. Rsd = 0.001431097 Relative Rsd = 6.26982326910769e-07
BICGSTAB_SOLVER_TIME: 1.042128 sec
2Flav::invert,  n_count = 228
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165927999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.00775 s
InvBiCGStab: k = 91 resid = 1.955797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465342(s) Flops=600090624 => 1289.56901375762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185680.217689181 Mflops = 185.680217689181 Gflops = 0.185680217689181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.018489 s
InvBiCGStab: k = 113 resid = 1.105802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.462967(s) Flops=744450048 => 1607.99808193673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231514.548755306 Mflops = 231.514548755306 Gflops = 0.231514548755306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001343105 Relative Rsd = 5.88431898535084e-07
BICGSTAB_SOLVER_TIME: 0.958455 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150065999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010839 s
InvBiCGStab: k = 76 resid = 1.773481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279876(s) Flops=501663744 => 1792.45002786948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258064.33163414 Mflops = 258.06433163414 Gflops = 0.25806433163414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015251 s
InvBiCGStab: k = 97 resid = 8.004241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363256(s) Flops=639461376 => 1760.36012068624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253444.394368618 Mflops = 253.444394368618 Gflops = 0.253444394368618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001268532 Relative Rsd = 5.55760749019681e-07
BICGSTAB_SOLVER_TIME: 0.67324 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129109
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979669(s) Flops=1566941184 => 1599.45980121857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230298.290722665 Mflops = 230.298290722665 Gflops = 0.230298290722665 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.17429
CLOV_LINOP: Time spent in clov deriv (total) = 1.373989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01329 s
InvBiCGStab: k = 29 resid = 2.261005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10694(s) Flops=193259520 => 1807.17710865906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260097.268771674 Mflops = 260.097268771674 Gflops = 0.260097268771674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019281 s
InvBiCGStab: k = 54 resid = 6.650396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197606(s) Flops=357304320 => 1808.16533910914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260297.578780071 Mflops = 260.297578780071 Gflops = 0.260297578780071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007826299 Relative Rsd = 3.4288046832769e-07
BICGSTAB_SOLVER_TIME: 0.340914 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0659840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016425 s
InvBiCGStab: k = 86 resid = 2.279748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314678(s) Flops=567281664 => 1802.73696921933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.013078101 Mflops = 259.555013078101 Gflops = 0.259555013078101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023864 s
InvBiCGStab: k = 113 resid = 1.038461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468122(s) Flops=744450048 => 1590.29066781736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228966.24242299 Mflops = 228.96624242299 Gflops = 0.22896624242299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001337605 Relative Rsd = 5.86022359690807e-07
BICGSTAB_SOLVER_TIME: 0.829414 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149760999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021077 s
InvBiCGStab: k = 64 resid = 1.88493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304314(s) Flops=422922240 => 1389.75610717877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200090.82581435 Mflops = 200.09082581435 Gflops = 0.20009082581435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.043489 s
InvBiCGStab: k = 100 resid = 9.737159e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427317(s) Flops=659146752 => 1542.52405591165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222088.23095495 Mflops = 222.08823095495 Gflops = 0.22208823095495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001181926 Relative Rsd = 5.17817308383676e-07
BICGSTAB_SOLVER_TIME: 0.800788 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125653
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.031307 s
InvBiCGStab: k = 70 resid = 2.010729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300772(s) Flops=462292992 => 1537.02137167024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221293.492945142 Mflops = 221.293492945142 Gflops = 0.221293492945142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.060273 s
InvBiCGStab: k = 105 resid = 1.139412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441244(s) Flops=691955712 => 1568.19290913871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225867.304111409 Mflops = 225.867304111409 Gflops = 0.225867304111409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001242207 Relative Rsd = 5.44227318925613e-07
BICGSTAB_SOLVER_TIME: 0.837521 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134327
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028182 s
InvBiCGStab: k = 66 resid = 1.177937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243682(s) Flops=436045824 => 1789.40514276803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257623.330299017 Mflops = 257.623330299017 Gflops = 0.257623330299017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039359 s
InvBiCGStab: k = 103 resid = 1.06791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378518(s) Flops=678832128 => 1793.39457568729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258196.238612764 Mflops = 258.196238612764 Gflops = 0.258196238612764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001154067 Relative Rsd = 5.05612014623125e-07
BICGSTAB_SOLVER_TIME: 0.693648 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131366
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946749(s) Flops=1523884032 => 1609.59666395211 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231752.740703708 Mflops = 231.752740703708 Gflops = 0.231752740703708 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169643000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.373157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021153
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032176 s
InvBiCGStab: k = 29 resid = 2.076481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107553(s) Flops=193259520 => 1796.87707455859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258642.451525497 Mflops = 258.642451525497 Gflops = 0.258642451525497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044517 s
InvBiCGStab: k = 53 resid = 1.125576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194027(s) Flops=350742528 => 1807.69958820164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260218.614190124 Mflops = 260.218614190124 Gflops = 0.260218614190124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007657804 Relative Rsd = 3.35498485511923e-07
BICGSTAB_SOLVER_TIME: 0.382065 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036347 s
InvBiCGStab: k = 56 resid = 2.272413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205259(s) Flops=370427904 => 1804.68531952314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.297907869 Mflops = 259.828297907869 Gflops = 0.259828297907869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050166 s
InvBiCGStab: k = 80 resid = 1.13963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291381(s) Flops=527910912 => 1811.75475408486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260825.686286081 Mflops = 260.825686286081 Gflops = 0.260825686286081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001075608 Relative Rsd = 4.71238076041511e-07
BICGSTAB_SOLVER_TIME: 0.587012 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046362 s
InvBiCGStab: k = 55 resid = 2.201067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271131(s) Flops=363866112 => 1342.03064939088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193215.327493748 Mflops = 193.215327493748 Gflops = 0.193215327493748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071665 s
InvBiCGStab: k = 77 resid = 9.689231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354593(s) Flops=508225536 => 1433.26443556415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206358.168483976 Mflops = 206.358168483976 Gflops = 0.206358168483976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001068392 Relative Rsd = 4.68076649687077e-07
BICGSTAB_SOLVER_TIME: 0.74874 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04605 s
InvBiCGStab: k = 69 resid = 2.12192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318101(s) Flops=455731200 => 1432.66195327899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206277.941668179 Mflops = 206.277941668179 Gflops = 0.206277941668179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057785 s
InvBiCGStab: k = 77 resid = 9.008771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329983(s) Flops=508225536 => 1540.15672322514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221747.941659048 Mflops = 221.747941659048 Gflops = 0.221747941659048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001079483 Relative Rsd = 4.72935866805185e-07
BICGSTAB_SOLVER_TIME: 0.755671 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 52 resid = 2.097013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191595(s) Flops=344180736 => 1796.39727550301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258611.609693943 Mflops = 258.611609693943 Gflops = 0.258611609693943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056779 s
InvBiCGStab: k = 78 resid = 8.890763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286192(s) Flops=514787328 => 1798.74814110807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258959.195891642 Mflops = 258.959195891642 Gflops = 0.258959195891642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001083328 Relative Rsd = 4.74620345763125e-07
BICGSTAB_SOLVER_TIME: 0.579768 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106686
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955415(s) Flops=1529929728 => 1601.32479393771 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230576.293498456 Mflops = 230.576293498456 Gflops = 0.230576293498456 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170147
CLOV_LINOP: Time spent in clov deriv (total) = 1.384291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 33 resid = 1.029516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121544(s) Flops=219506688 => 1805.98538800764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.816886725 Mflops = 259.947816886725 Gflops = 0.259947816886725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 55 resid = 1.055806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205478(s) Flops=363866112 => 1770.82759224832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254913.684932613 Mflops = 254.913684932613 Gflops = 0.254913684932613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.000774221 Relative Rsd = 3.39196413339654e-07
BICGSTAB_SOLVER_TIME: 0.428329 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042811 s
InvBiCGStab: k = 54 resid = 1.913574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19893(s) Flops=357304320 => 1796.13090031669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258596.828574219 Mflops = 258.596828574219 Gflops = 0.258596828574219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056563 s
InvBiCGStab: k = 83 resid = 1.105634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304808(s) Flops=547596288 => 1796.52859505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258648.768150921 Mflops = 258.648768150921 Gflops = 0.258648768150921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001070987 Relative Rsd = 4.69213610504904e-07
BICGSTAB_SOLVER_TIME: 0.606996 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 50 resid = 2.187808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19706(s) Flops=331057152 => 1679.98148787171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241898.27081992 Mflops = 241.89827081992 Gflops = 0.24189827081992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064105 s
InvBiCGStab: k = 67 resid = 1.100718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303206(s) Flops=442607616 => 1459.75876466825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210158.808657833 Mflops = 210.158808657833 Gflops = 0.210158808657833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001029332 Relative Rsd = 4.509639408911e-07
BICGSTAB_SOLVER_TIME: 0.609362 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052576 s
InvBiCGStab: k = 56 resid = 1.988485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243634(s) Flops=370427904 => 1520.42778922482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218897.976292723 Mflops = 218.897976292723 Gflops = 0.218897976292723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068989 s
InvBiCGStab: k = 105 resid = 9.795472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452826(s) Flops=691955712 => 1528.08299876774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220019.465708928 Mflops = 220.019465708928 Gflops = 0.220019465708928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001114869 Relative Rsd = 4.88438969175098e-07
BICGSTAB_SOLVER_TIME: 0.821824 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043704 s
InvBiCGStab: k = 48 resid = 2.110666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237338(s) Flops=317933568 => 1339.58139025356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192862.910330254 Mflops = 192.862910330254 Gflops = 0.192862910330254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 85 resid = 9.324155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353002(s) Flops=560719872 => 1588.43256412145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228693.23165299 Mflops = 228.69323165299 Gflops = 0.22869323165299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001065156 Relative Rsd = 4.66658967877803e-07
BICGSTAB_SOLVER_TIME: 0.694192 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108868
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976699(s) Flops=1572986880 => 1610.51345399145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231899.028842084 Mflops = 231.899028842084 Gflops = 0.231899028842084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175001000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.790387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759983(s) Flops=1367820288 => 1799.80379561122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259152.190480301 Mflops = 259.152190480301 Gflops = 0.259152190480301 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 269 resid = 1.084979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984693(s) Flops=1768089600 => 1795.57445823216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258551.573675255 Mflops = 258.551573675255 Gflops = 0.258551573675255 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.002147179 Relative Rsd = 9.44966086843828e-07
BICGSTAB_SOLVER_TIME: 1.748113 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0.117954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341122999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.269261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793658(s) Flops=1197213696 => 1508.47556000192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217244.06580647 Mflops = 217.24406580647 Gflops = 0.21724406580647 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.067814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.996376(s) Flops=1459685376 => 1464.99451612644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210956.405085887 Mflops = 210.956405085887 Gflops = 0.210956405085887 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001965248 Relative Rsd = 8.64297754480527e-07
BICGSTAB_SOLVER_TIME: 1.793403 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.12489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288598999999999
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000834(s) Flops=1572986880 => 1571.67610213082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226300.790520258 Mflops = 226.300790520258 Gflops = 0.226300790520258 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175423000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041246 s
InvBiCGStab: k = 25 resid = 2.078784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092876(s) Flops=167012352 => 1798.2293811103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258794.505390322 Mflops = 258.794505390322 Gflops = 0.258794505390322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 42 resid = 9.06327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154156(s) Flops=278562816 => 1807.01896779885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260099.432106162 Mflops = 260.099432106162 Gflops = 0.260099432106162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007082961 Relative Rsd = 3.10313849639317e-07
BICGSTAB_SOLVER_TIME: 0.34843 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001679
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0619340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041403 s
InvBiCGStab: k = 77 resid = 1.845145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281235(s) Flops=508225536 => 1807.12050776041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260172.25597365 Mflops = 260.17225597365 Gflops = 0.26017225597365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 109 resid = 1.105547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39733(s) Flops=718202880 => 1807.57274809352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260244.586199046 Mflops = 260.244586199046 Gflops = 0.260244586199046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001306425 Relative Rsd = 5.72361998858131e-07
BICGSTAB_SOLVER_TIME: 0.780611 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146690999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042454 s
InvBiCGStab: k = 55 resid = 1.995842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20154(s) Flops=363866112 => 1805.4287585591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.827180849 Mflops = 259.923827180849 Gflops = 0.259923827180849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 83 resid = 1.135058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303355(s) Flops=547596288 => 1805.13354980139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.602587426 Mflops = 259.879602587426 Gflops = 0.259879602587426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001048105 Relative Rsd = 4.59188698718251e-07
BICGSTAB_SOLVER_TIME: 0.607475 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058508 s
InvBiCGStab: k = 62 resid = 1.665148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291569(s) Flops=409798656 => 1405.49460333575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202353.259378182 Mflops = 202.353259378182 Gflops = 0.202353259378182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065828 s
InvBiCGStab: k = 88 resid = 8.831781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404432(s) Flops=580405248 => 1435.11207817383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206629.614444555 Mflops = 206.629614444555 Gflops = 0.206629614444555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001124732 Relative Rsd = 4.92759797705687e-07
BICGSTAB_SOLVER_TIME: 0.824274 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0463 s
InvBiCGStab: k = 64 resid = 1.680176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285739(s) Flops=422922240 => 1480.09981136632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213091.367721596 Mflops = 213.091367721596 Gflops = 0.213091367721596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072186 s
InvBiCGStab: k = 90 resid = 1.123366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421493(s) Flops=593528832 => 1408.1582185232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202739.743776985 Mflops = 202.739743776985 Gflops = 0.202739743776985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00112274 Relative Rsd = 4.91887032879083e-07
BICGSTAB_SOLVER_TIME: 0.829539 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123887
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994926(s) Flops=1597906944 => 1606.05607251193 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231257.860697117 Mflops = 231.257860697117 Gflops = 0.231257860697117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178262
CLOV_LINOP: Time spent in clov deriv (total) = 1.381273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04166 s
InvBiCGStab: k = 27 resid = 2.226963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099969(s) Flops=180135936 => 1801.91795456592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.027399563 Mflops = 259.353027399563 Gflops = 0.259353027399563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 54 resid = 7.763669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197681(s) Flops=357304320 => 1807.47932274725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260206.052638736 Mflops = 260.206052638736 Gflops = 0.260206052638736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007432144 Relative Rsd = 3.25612021605227e-07
BICGSTAB_SOLVER_TIME: 0.399766 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 83 resid = 2.259317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303596(s) Flops=547596288 => 1803.70060211597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259695.653160048 Mflops = 259.695653160048 Gflops = 0.259695653160048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 104 resid = 6.512819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378575(s) Flops=685393920 => 1810.45742587334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260663.806353252 Mflops = 260.663806353252 Gflops = 0.260663806353252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.00130618 Relative Rsd = 5.7225458635668e-07
BICGSTAB_SOLVER_TIME: 0.783778 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147248999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041413 s
InvBiCGStab: k = 50 resid = 2.127629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183133(s) Flops=331057152 => 1807.74165224181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260241.495783006 Mflops = 260.241495783006 Gflops = 0.260241495783006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056377 s
InvBiCGStab: k = 71 resid = 1.050706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261879(s) Flops=468854784 => 1790.34891686619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257752.693342013 Mflops = 257.752693342013 Gflops = 0.257752693342013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001054064 Relative Rsd = 4.61799393738085e-07
BICGSTAB_SOLVER_TIME: 0.546682 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043118 s
InvBiCGStab: k = 67 resid = 8.116463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313448(s) Flops=442607616 => 1412.06074372783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203296.174904363 Mflops = 203.296174904363 Gflops = 0.203296174904363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070517 s
InvBiCGStab: k = 100 resid = 8.982976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453112(s) Flops=659146752 => 1454.71042920956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209447.858022225 Mflops = 209.447858022225 Gflops = 0.209447858022225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001175531 Relative Rsd = 5.15015708808794e-07
BICGSTAB_SOLVER_TIME: 0.884029 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042002 s
InvBiCGStab: k = 62 resid = 1.543779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278808(s) Flops=409798656 => 1469.82387879831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211623.034083753 Mflops = 211.623034083753 Gflops = 0.211623034083753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062047 s
InvBiCGStab: k = 88 resid = 1.117609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391948(s) Flops=580405248 => 1480.82206823354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213202.488127188 Mflops = 213.202488127188 Gflops = 0.213202488127188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001096254 Relative Rsd = 4.80283218524805e-07
BICGSTAB_SOLVER_TIME: 0.778648 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121342
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992798(s) Flops=1598054400 => 1609.64707825761 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231766.750548567 Mflops = 231.766750548567 Gflops = 0.231766750548567 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178098
CLOV_LINOP: Time spent in clov deriv (total) = 1.38122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040664 s
InvBiCGStab: k = 26 resid = 2.121971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096396(s) Flops=173574144 => 1800.63637495332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259133.165437152 Mflops = 259.133165437152 Gflops = 0.259133165437152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056043 s
InvBiCGStab: k = 48 resid = 9.14487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175408(s) Flops=317933568 => 1812.53744413026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260907.758817579 Mflops = 260.907758817579 Gflops = 0.260907758817579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0008001397 Relative Rsd = 3.50551766155081e-07
BICGSTAB_SOLVER_TIME: 0.37237 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 55 resid = 1.913324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201642(s) Flops=363866112 => 1804.51548784479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.675109223 Mflops = 259.783675109223 Gflops = 0.259783675109223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 86 resid = 6.057988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332905(s) Flops=567281664 => 1704.03467655938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245337.743330455 Mflops = 245.337743330455 Gflops = 0.245337743330455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001078072 Relative Rsd = 4.72317556380166e-07
BICGSTAB_SOLVER_TIME: 0.636024 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041935 s
InvBiCGStab: k = 55 resid = 1.740015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203325(s) Flops=363866112 => 1789.5788122464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257635.80871023 Mflops = 257.63580871023 Gflops = 0.25763580871023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05692 s
InvBiCGStab: k = 74 resid = 8.73194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271319(s) Flops=488540160 => 1800.6116785039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259231.597614116 Mflops = 259.231597614116 Gflops = 0.259231597614116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001061479 Relative Rsd = 4.65048137377649e-07
BICGSTAB_SOLVER_TIME: 0.57736 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04492 s
InvBiCGStab: k = 60 resid = 1.374085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221239(s) Flops=396675072 => 1792.97082340817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258133.600988957 Mflops = 258.133600988957 Gflops = 0.258133600988957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065707 s
InvBiCGStab: k = 92 resid = 8.570108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403346(s) Flops=606652416 => 1504.04966455599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216552.616194762 Mflops = 216.552616194762 Gflops = 0.216552616194762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001079054 Relative Rsd = 4.72747818423016e-07
BICGSTAB_SOLVER_TIME: 0.739646 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122525
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047852 s
InvBiCGStab: k = 58 resid = 1.449407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263612(s) Flops=383551488 => 1454.98493240065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209471.091584453 Mflops = 209.471091584453 Gflops = 0.209471091584453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062872 s
InvBiCGStab: k = 81 resid = 9.500376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362312(s) Flops=534472704 => 1475.17251429707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212384.203668802 Mflops = 212.384203668802 Gflops = 0.212384203668802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001085659 Relative Rsd = 4.75641478570128e-07
BICGSTAB_SOLVER_TIME: 0.74083 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113344
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.229362(s) Flops=1585815552 => 1289.95003261855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185750.30713216 Mflops = 185.750307132159 Gflops = 0.185750307132159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176566
CLOV_LINOP: Time spent in clov deriv (total) = 1.397033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042049 s
InvBiCGStab: k = 23 resid = 1.719633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086446(s) Flops=153888768 => 1780.17222312195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256184.894326511 Mflops = 256.184894326511 Gflops = 0.256184894326511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057577 s
InvBiCGStab: k = 51 resid = 1.0907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188624(s) Flops=337618944 => 1789.90448723386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257646.989032288 Mflops = 257.646989032288 Gflops = 0.257646989032288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007486991 Relative Rsd = 3.2801493004818e-07
BICGSTAB_SOLVER_TIME: 0.378556 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 57 resid = 1.460806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209994(s) Flops=376989696 => 1795.24032115203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258450.300003741 Mflops = 258.450300003741 Gflops = 0.258450300003741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056857 s
InvBiCGStab: k = 88 resid = 9.77215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322661(s) Flops=580405248 => 1798.80818568095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.203206109 Mflops = 258.978203206109 Gflops = 0.258978203206109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001132464 Relative Rsd = 4.96147575760709e-07
BICGSTAB_SOLVER_TIME: 0.634604 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041189 s
InvBiCGStab: k = 51 resid = 2.176361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18689(s) Flops=337618944 => 1806.51155224999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.458158079 Mflops = 260.065458158079 Gflops = 0.260065458158079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 70 resid = 9.021377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256197(s) Flops=462292992 => 1804.44342439607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.447596879 Mflops = 259.769447596879 Gflops = 0.259769447596879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001057453 Relative Rsd = 4.63284195609994e-07
BICGSTAB_SOLVER_TIME: 0.544762 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 60 resid = 2.124732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219772(s) Flops=396675072 => 1804.93908232168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.293080729 Mflops = 259.854293080729 Gflops = 0.259854293080729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055723 s
InvBiCGStab: k = 75 resid = 1.133506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302189(s) Flops=495101952 => 1638.38509012572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235882.49388461 Mflops = 235.88249388461 Gflops = 0.23588249388461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001087749 Relative Rsd = 4.76557187996078e-07
BICGSTAB_SOLVER_TIME: 0.623108 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046326 s
InvBiCGStab: k = 63 resid = 1.561867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276055(s) Flops=416360448 => 1508.25179040409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217152.74493164 Mflops = 217.15274493164 Gflops = 0.21715274493164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081167 s
InvBiCGStab: k = 66 resid = 1.137778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27864(s) Flops=436045824 => 1564.90749354005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225297.087678266 Mflops = 225.297087678266 Gflops = 0.225297087678266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001046423 Relative Rsd = 4.58451602103356e-07
BICGSTAB_SOLVER_TIME: 0.686061 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105947
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.10808(s) Flops=1579548672 => 1425.48252111761 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205347.367884267 Mflops = 205.347367884267 Gflops = 0.205347367884267 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175958000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.735204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694493(s) Flops=1236584448 => 1780.55710856697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256418.099673693 Mflops = 256.418099673693 Gflops = 0.256418099673693 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.113869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864494(s) Flops=1558112256 => 1802.34016199071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.272467156 Mflops = 259.527272467156 Gflops = 0.259527272467156 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002302114 Relative Rsd = 1.01313818611285e-06
BICGSTAB_SOLVER_TIME: 1.562334 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.114652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303931999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.088925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67577(s) Flops=1223460864 => 1810.46933720053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260673.954023425 Mflops = 260.673954023425 Gflops = 0.260673954023425 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 9.57505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953037(s) Flops=1538426880 => 1614.23625735412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232432.778101687 Mflops = 232.432778101687 Gflops = 0.232432778101687 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001929183 Relative Rsd = 8.48422872715786e-07
BICGSTAB_SOLVER_TIME: 1.632419 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.127384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300342999999999
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.154711(s) Flops=1579548672 => 1367.91688309889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197014.207852745 Mflops = 197.014207852745 Gflops = 0.197014207852745 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175876
CLOV_LINOP: Time spent in clov deriv (total) = 1.407622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042323 s
InvBiCGStab: k = 28 resid = 2.1715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104131(s) Flops=186697728 => 1792.91208189684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258005.111044656 Mflops = 258.005111044656 Gflops = 0.258005111044656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 51 resid = 1.02551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188516(s) Flops=337618944 => 1790.92991576312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257803.147402158 Mflops = 257.803147402158 Gflops = 0.257803147402158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007534929 Relative Rsd = 3.30115186172229e-07
BICGSTAB_SOLVER_TIME: 0.395549 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0703290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041721 s
InvBiCGStab: k = 73 resid = 2.239402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267561(s) Flops=481978368 => 1801.37751017525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259347.190607891 Mflops = 259.347190607891 Gflops = 0.259347190607891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 109 resid = 6.997103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397757(s) Flops=718202880 => 1805.63228302707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259965.969980457 Mflops = 259.965969980457 Gflops = 0.259965969980457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001244136 Relative Rsd = 5.45072542085179e-07
BICGSTAB_SOLVER_TIME: 0.767309 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143979999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 60 resid = 1.846427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220331(s) Flops=396675072 => 1800.3597859584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259199.17324077 Mflops = 259.19917324077 Gflops = 0.25919917324077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057272 s
InvBiCGStab: k = 78 resid = 7.55551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285679(s) Flops=514787328 => 1801.97819230675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.595005167 Mflops = 259.423595005167 Gflops = 0.259423595005167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001002047 Relative Rsd = 4.3900983733456e-07
BICGSTAB_SOLVER_TIME: 0.608488 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041963 s
InvBiCGStab: k = 61 resid = 2.275622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223144(s) Flops=403236864 => 1807.07016097229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260154.993047706 Mflops = 260.154993047707 Gflops = 0.260154993047707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 91 resid = 9.375291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331407(s) Flops=600090624 => 1810.73611601445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260698.80225072 Mflops = 260.69880225072 Gflops = 0.26069880225072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001134167 Relative Rsd = 4.96893648918936e-07
BICGSTAB_SOLVER_TIME: 0.656963 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 56 resid = 2.024146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205484(s) Flops=370427904 => 1802.70923283565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.610221837 Mflops = 259.529610221837 Gflops = 0.259529610221837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059563 s
InvBiCGStab: k = 73 resid = 1.130931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358839(s) Flops=481978368 => 1343.1604925886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193379.66313535 Mflops = 193.37966313535 Gflops = 0.19337966313535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001070723 Relative Rsd = 4.69097884500255e-07
BICGSTAB_SOLVER_TIME: 0.669151 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106148
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.158863(s) Flops=1567088640 => 1352.26393456345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194718.898264602 Mflops = 194.718898264602 Gflops = 0.194718898264602 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174479
CLOV_LINOP: Time spent in clov deriv (total) = 1.440183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 30 resid = 1.986088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11128(s) Flops=199821312 => 1795.66240115025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258456.773616971 Mflops = 258.456773616971 Gflops = 0.258456773616971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 53 resid = 1.145915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19518(s) Flops=350742528 => 1797.02084229942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258688.450438425 Mflops = 258.688450438425 Gflops = 0.258688450438425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007597496 Relative Rsd = 3.328562960858e-07
BICGSTAB_SOLVER_TIME: 0.408132 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0732260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 73 resid = 2.209383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267252(s) Flops=481978368 => 1803.46028467514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.500962448 Mflops = 259.645500962448 Gflops = 0.259645500962448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 110 resid = 6.333204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401033(s) Flops=724764672 => 1807.24447115325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260201.345520233 Mflops = 260.201345520233 Gflops = 0.260201345520233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001239794 Relative Rsd = 5.43170228942198e-07
BICGSTAB_SOLVER_TIME: 0.77019 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041638 s
InvBiCGStab: k = 57 resid = 1.380558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209825(s) Flops=376989696 => 1796.68626712737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258650.273458615 Mflops = 258.650273458615 Gflops = 0.258650273458615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 74 resid = 1.1321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270728(s) Flops=488540160 => 1804.54241895925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.355817794 Mflops = 259.789355817794 Gflops = 0.259789355817794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001000533 Relative Rsd = 4.38346593189798e-07
BICGSTAB_SOLVER_TIME: 0.582081 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 60 resid = 1.438868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219822(s) Flops=396675072 => 1804.52853672517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.830630007 Mflops = 259.801830630007 Gflops = 0.259801830630007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 81 resid = 9.540863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295559(s) Flops=534472704 => 1808.34521702943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260343.960666625 Mflops = 260.343960666625 Gflops = 0.260343960666625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001142719 Relative Rsd = 5.00640335697942e-07
BICGSTAB_SOLVER_TIME: 0.617034 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 55 resid = 1.970808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200732(s) Flops=363866112 => 1812.69609230217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260972.026290618 Mflops = 260.972026290618 Gflops = 0.260972026290618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056454 s
InvBiCGStab: k = 77 resid = 8.895655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281257(s) Flops=508225536 => 1806.9791542966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260148.133320404 Mflops = 260.148133320404 Gflops = 0.260148133320404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001075648 Relative Rsd = 4.71255468094215e-07
BICGSTAB_SOLVER_TIME: 0.583199 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108316
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.161216(s) Flops=1560821760 => 1344.12698412698 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193607.414177137 Mflops = 193.607414177137 Gflops = 0.193607414177137 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173955000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052566 s
InvBiCGStab: k = 27 resid = 2.040103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143262(s) Flops=180135936 => 1257.38811408468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181002.261218521 Mflops = 181.002261218521 Gflops = 0.181002261218521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 54 resid = 1.112694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197826(s) Flops=357304320 => 1806.15449940857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.041922586 Mflops = 260.002041922586 Gflops = 0.260002041922586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007173846 Relative Rsd = 3.1429563514835e-07
BICGSTAB_SOLVER_TIME: 0.453422 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718770000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064305 s
InvBiCGStab: k = 54 resid = 1.877939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239126(s) Flops=357304320 => 1494.20941261092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215121.886852309 Mflops = 215.121886852309 Gflops = 0.215121886852309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066363 s
InvBiCGStab: k = 89 resid = 8.399522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327602(s) Flops=586967040 => 1791.70774293197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257952.705699147 Mflops = 257.952705699147 Gflops = 0.257952705699147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001055216 Relative Rsd = 4.62303967278851e-07
BICGSTAB_SOLVER_TIME: 0.701227 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 55 resid = 1.508193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201634(s) Flops=363866112 => 1804.58708352758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259802.325762797 Mflops = 259.802325762797 Gflops = 0.259802325762797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 79 resid = 8.768739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288659(s) Flops=521349120 => 1806.10727536644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260015.830824202 Mflops = 260.015830824202 Gflops = 0.260015830824202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001040325 Relative Rsd = 4.5577990739134e-07
BICGSTAB_SOLVER_TIME: 0.591398 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 58 resid = 2.155232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21307(s) Flops=383551488 => 1800.11962265922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259153.311931404 Mflops = 259.153311931404 Gflops = 0.259153311931404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055939 s
InvBiCGStab: k = 79 resid = 9.562233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309347(s) Flops=521349120 => 1685.32140282595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242644.138304094 Mflops = 242.644138304094 Gflops = 0.242644138304094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001069048 Relative Rsd = 4.68364103086022e-07
BICGSTAB_SOLVER_TIME: 0.623351 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042225 s
InvBiCGStab: k = 53 resid = 1.777272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196679(s) Flops=350742528 => 1783.32474743109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256732.309500864 Mflops = 256.732309500864 Gflops = 0.256732309500864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057302 s
InvBiCGStab: k = 80 resid = 1.124706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295006(s) Flops=527910912 => 1789.49211880436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257628.190592036 Mflops = 257.628190592036 Gflops = 0.257628190592036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001029258 Relative Rsd = 4.5093129891535e-07
BICGSTAB_SOLVER_TIME: 0.595093 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108923
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964084(s) Flops=1548582912 => 1606.27384335805 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231282.955730284 Mflops = 231.282955730284 Gflops = 0.231282955730284 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172655
CLOV_LINOP: Time spent in clov deriv (total) = 1.373645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040981 s
InvBiCGStab: k = 29 resid = 1.663515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107758(s) Flops=193259520 => 1793.45867592197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258129.809970454 Mflops = 258.129809970454 Gflops = 0.258129809970454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 54 resid = 6.885662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19868(s) Flops=357304320 => 1798.39098047111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258870.218601381 Mflops = 258.870218601381 Gflops = 0.258870218601381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000760311 Relative Rsd = 3.33102258473382e-07
BICGSTAB_SOLVER_TIME: 0.407616 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 58 resid = 1.311801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21295(s) Flops=383551488 => 1801.13401267903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.208142749 Mflops = 259.30020814275 Gflops = 0.25930020814275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056529 s
InvBiCGStab: k = 82 resid = 1.108379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29978(s) Flops=541034496 => 1804.77181933418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259834.438849982 Mflops = 259.834438849982 Gflops = 0.259834438849982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001097121 Relative Rsd = 4.8066329352994e-07
BICGSTAB_SOLVER_TIME: 0.614213 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 57 resid = 2.217859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221273(s) Flops=376989696 => 1703.73111947685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245276.66139932 Mflops = 245.27666139932 Gflops = 0.24527666139932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055672 s
InvBiCGStab: k = 79 resid = 9.528619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298625(s) Flops=521349120 => 1745.83213059858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251353.457362942 Mflops = 251.353457362942 Gflops = 0.251353457362942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001069601 Relative Rsd = 4.6860616373744e-07
BICGSTAB_SOLVER_TIME: 0.620776 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 56 resid = 1.825648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208521(s) Flops=370427904 => 1776.4537096983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255748.691352404 Mflops = 255.748691352404 Gflops = 0.255748691352404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 88 resid = 1.046797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323817(s) Flops=580405248 => 1792.38658872141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258052.871426324 Mflops = 258.052871426324 Gflops = 0.258052871426324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001088258 Relative Rsd = 4.76780275499092e-07
BICGSTAB_SOLVER_TIME: 0.633377 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041799 s
InvBiCGStab: k = 51 resid = 2.146323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201211(s) Flops=337618944 => 1677.93482463682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241570.181241055 Mflops = 241.570181241055 Gflops = 0.241570181241055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062161 s
InvBiCGStab: k = 81 resid = 5.580454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354714(s) Flops=534472704 => 1506.77081818028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216955.88042094 Mflops = 216.95588042094 Gflops = 0.21695588042094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001027331 Relative Rsd = 4.50087452839137e-07
BICGSTAB_SOLVER_TIME: 0.66369 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10824
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.150823(s) Flops=1548435456 => 1345.50270197937 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193738.995099815 Mflops = 193.738995099815 Gflops = 0.193738995099815 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.17233
CLOV_LINOP: Time spent in clov deriv (total) = 1.424804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.979774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80918(s) Flops=1446561792 => 1787.68851429843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257380.263643791 Mflops = 257.380263643791 Gflops = 0.257380263643791 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 7.799804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943435(s) Flops=1656539136 => 1755.85931834202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252833.548828868 Mflops = 252.833548828868 Gflops = 0.252833548828868 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.00214716 Relative Rsd = 9.44931686466582e-07
BICGSTAB_SOLVER_TIME: 1.756056 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337515999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.008799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.715675(s) Flops=1289078784 => 1801.20695008209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259376.075827835 Mflops = 259.376075827835 Gflops = 0.259376075827835 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.109685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767999(s) Flops=1380943872 => 1798.1063412843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258915.419961307 Mflops = 258.915419961307 Gflops = 0.258915419961307 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.001941602 Relative Rsd = 8.53854578427497e-07
BICGSTAB_SOLVER_TIME: 1.487512 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001871
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290301999999999
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962887(s) Flops=1548435456 => 1608.11752157834 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231566.166824148 Mflops = 231.566166824148 Gflops = 0.231566166824148 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172619000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.494179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053694 s
InvBiCGStab: k = 26 resid = 2.201694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120583(s) Flops=173574144 => 1439.45783402304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207191.947491868 Mflops = 207.191947491868 Gflops = 0.207191947491868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070319 s
InvBiCGStab: k = 49 resid = 1.047036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224249(s) Flops=324495360 => 1447.03146948258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208316.040078206 Mflops = 208.316040078206 Gflops = 0.208316040078206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007475385 Relative Rsd = 3.27506480272793e-07
BICGSTAB_SOLVER_TIME: 0.472762 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041682 s
InvBiCGStab: k = 80 resid = 1.675007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29538(s) Flops=527910912 => 1787.22632541133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257319.85870737 Mflops = 257.31985870737 Gflops = 0.25731985870737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056874 s
InvBiCGStab: k = 115 resid = 1.061735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422713(s) Flops=757573632 => 1792.17017692855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258022.571817513 Mflops = 258.022571817513 Gflops = 0.258022571817513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001299575 Relative Rsd = 5.69360773200306e-07
BICGSTAB_SOLVER_TIME: 0.820596 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153297999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 55 resid = 2.274454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202885(s) Flops=363866112 => 1793.4599009291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258200.082100963 Mflops = 258.200082100963 Gflops = 0.258200082100963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056765 s
InvBiCGStab: k = 68 resid = 1.027184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249414(s) Flops=449169408 => 1800.89893911328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259270.332086793 Mflops = 259.270332086793 Gflops = 0.259270332086793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001026876 Relative Rsd = 4.49888030768542e-07
BICGSTAB_SOLVER_TIME: 0.553922 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040891 s
InvBiCGStab: k = 55 resid = 2.115758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201397(s) Flops=363866112 => 1806.71068585927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.796754638 Mflops = 260.098796754638 Gflops = 0.260098796754638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 92 resid = 9.36327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334843(s) Flops=606652416 => 1811.75182398915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260838.112430335 Mflops = 260.838112430335 Gflops = 0.260838112430335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001104621 Relative Rsd = 4.83949167416918e-07
BICGSTAB_SOLVER_TIME: 0.63737 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041936 s
InvBiCGStab: k = 59 resid = 1.363101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216086(s) Flops=390113280 => 1805.36119878197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259918.811809376 Mflops = 259.918811809376 Gflops = 0.259918811809376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056282 s
InvBiCGStab: k = 86 resid = 5.29361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313663(s) Flops=567281664 => 1808.57054864616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260379.105803483 Mflops = 260.379105803483 Gflops = 0.260379105803483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001096235 Relative Rsd = 4.80274956024694e-07
BICGSTAB_SOLVER_TIME: 0.63171 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117785
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957789(s) Flops=1542316032 => 1610.28789430657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231862.769393752 Mflops = 231.862769393752 Gflops = 0.231862769393752 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.17148
CLOV_LINOP: Time spent in clov deriv (total) = 1.407107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041536 s
InvBiCGStab: k = 33 resid = 1.706805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122206(s) Flops=219506688 => 1796.20221593048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.621726226 Mflops = 258.566621726226 Gflops = 0.258566621726226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 50 resid = 1.151636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184708(s) Flops=331057152 => 1792.32708924356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257988.319059529 Mflops = 257.988319059529 Gflops = 0.257988319059529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007449134 Relative Rsd = 3.26356386160035e-07
BICGSTAB_SOLVER_TIME: 0.408908 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0732830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040758 s
InvBiCGStab: k = 72 resid = 1.772955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313775(s) Flops=475416576 => 1515.15122619712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218147.825930476 Mflops = 218.147825930476 Gflops = 0.218147825930476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066686 s
InvBiCGStab: k = 107 resid = 1.044565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468546(s) Flops=705079296 => 1504.82406423275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216664.608064899 Mflops = 216.664608064899 Gflops = 0.216664608064899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001232241 Relative Rsd = 5.39860995641323e-07
BICGSTAB_SOLVER_TIME: 0.89432 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047483 s
InvBiCGStab: k = 54 resid = 1.274047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252809(s) Flops=357304320 => 1413.33702518502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203469.566379038 Mflops = 203.469566379038 Gflops = 0.203469566379038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064371 s
InvBiCGStab: k = 73 resid = 1.027653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318177(s) Flops=481978368 => 1514.81209515458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218083.748895309 Mflops = 218.083748895309 Gflops = 0.218083748895309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001011012 Relative Rsd = 4.42937483066628e-07
BICGSTAB_SOLVER_TIME: 0.686675 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042299 s
InvBiCGStab: k = 58 resid = 2.186636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258862(s) Flops=383551488 => 1481.68324435413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213322.013283975 Mflops = 213.322013283975 Gflops = 0.213322013283975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056068 s
InvBiCGStab: k = 81 resid = 9.208312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29654(s) Flops=534472704 => 1802.36293248803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259482.121590772 Mflops = 259.482121590772 Gflops = 0.259482121590772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001103756 Relative Rsd = 4.83570163476614e-07
BICGSTAB_SOLVER_TIME: 0.65765 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 60 resid = 2.110036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220517(s) Flops=396675072 => 1798.84123219525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258977.239030455 Mflops = 258.977239030455 Gflops = 0.258977239030455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056072 s
InvBiCGStab: k = 97 resid = 7.308755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3568(s) Flops=639461376 => 1792.21237668161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258031.028201603 Mflops = 258.031028201603 Gflops = 0.258031028201603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001089488 Relative Rsd = 4.77319072111308e-07
BICGSTAB_SOLVER_TIME: 0.67831 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126194
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98676(s) Flops=1542316032 => 1563.01028821598 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225139.351818532 Mflops = 225.139351818532 Gflops = 0.225139351818532 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171640000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 27 resid = 1.859305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099867(s) Flops=180135936 => 1803.75835861696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.557503888 Mflops = 259.596557503888 Gflops = 0.259596557503888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056822 s
InvBiCGStab: k = 47 resid = 1.085207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172468(s) Flops=311371776 => 1805.38868659693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259892.421987017 Mflops = 259.892421987017 Gflops = 0.259892421987017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007532978 Relative Rsd = 3.30029679496692e-07
BICGSTAB_SOLVER_TIME: 0.374143 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041391 s
InvBiCGStab: k = 57 resid = 1.045918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210743(s) Flops=376989696 => 1788.85987197677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257527.89898123 Mflops = 257.52789898123 Gflops = 0.25752789898123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 79 resid = 5.36315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298739(s) Flops=521349120 => 1745.16591405876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251255.00566413 Mflops = 251.25500566413 Gflops = 0.251255005664131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001078182 Relative Rsd = 4.72365907306746e-07
BICGSTAB_SOLVER_TIME: 0.611273 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041041 s
InvBiCGStab: k = 54 resid = 2.095932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198349(s) Flops=357304320 => 1801.39209171712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259330.177310188 Mflops = 259.330177310188 Gflops = 0.259330177310188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056617 s
InvBiCGStab: k = 70 resid = 1.091697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255858(s) Flops=462292992 => 1806.83422836104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260119.232601587 Mflops = 260.119232601587 Gflops = 0.260119232601587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001042976 Relative Rsd = 4.5694134969098e-07
BICGSTAB_SOLVER_TIME: 0.555721 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041596 s
InvBiCGStab: k = 58 resid = 1.688121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212284(s) Flops=383551488 => 1806.78472235307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260104.462804666 Mflops = 260.104462804666 Gflops = 0.260104462804666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 78 resid = 1.0675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286294(s) Flops=514787328 => 1798.10728831201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.609644429 Mflops = 258.860609644429 Gflops = 0.258860609644429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001111577 Relative Rsd = 4.86996346856228e-07
BICGSTAB_SOLVER_TIME: 0.600249 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049899 s
InvBiCGStab: k = 58 resid = 1.498842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251565(s) Flops=383551488 => 1524.66157056824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219512.533353465 Mflops = 219.512533353465 Gflops = 0.219512533353465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072492 s
InvBiCGStab: k = 78 resid = 1.079936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469587(s) Flops=514787328 => 1096.25549259243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  157836.95689312 Mflops = 157.83695689312 Gflops = 0.15783695689312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001086424 Relative Rsd = 4.75976772864781e-07
BICGSTAB_SOLVER_TIME: 0.848044 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110856
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.138504(s) Flops=1542168576 => 1354.5570116574 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195043.933319757 Mflops = 195.043933319757 Gflops = 0.195043933319757 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171659000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 32 resid = 1.78064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118195(s) Flops=212944896 => 1801.64047548543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.221014457 Mflops = 259.311221014457 Gflops = 0.259311221014457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056203 s
InvBiCGStab: k = 55 resid = 7.218389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208014(s) Flops=363866112 => 1749.23857048083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251820.535031704 Mflops = 251.820535031704 Gflops = 0.251820535031704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.000761049 Relative Rsd = 3.33425592544108e-07
BICGSTAB_SOLVER_TIME: 0.427119 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0760800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042638 s
InvBiCGStab: k = 57 resid = 2.15113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21945(s) Flops=376989696 => 1717.8842378674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247305.570229362 Mflops = 247.305570229362 Gflops = 0.247305570229362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057858 s
InvBiCGStab: k = 80 resid = 8.807224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291658(s) Flops=527910912 => 1810.03405358331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260584.620153924 Mflops = 260.584620153924 Gflops = 0.260584620153924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001081702 Relative Rsd = 4.73908036648565e-07
BICGSTAB_SOLVER_TIME: 0.615411 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 51 resid = 1.858969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191067(s) Flops=337618944 => 1767.01860603872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254377.233469748 Mflops = 254.377233469748 Gflops = 0.254377233469748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056793 s
InvBiCGStab: k = 67 resid = 1.11206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245349(s) Flops=442607616 => 1803.99192986317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259703.124435201 Mflops = 259.703124435201 Gflops = 0.259703124435201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001060057 Relative Rsd = 4.64424930656267e-07
BICGSTAB_SOLVER_TIME: 0.538498 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042021 s
InvBiCGStab: k = 59 resid = 2.250923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224193(s) Flops=390113280 => 1740.07787932719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250501.396254364 Mflops = 250.501396254364 Gflops = 0.250501396254364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059193 s
InvBiCGStab: k = 76 resid = 1.054989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284447(s) Flops=501663744 => 1763.64575474517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253917.485073976 Mflops = 253.917485073976 Gflops = 0.253917485073975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00109721 Relative Rsd = 4.80701953869968e-07
BICGSTAB_SOLVER_TIME: 0.6137 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044655 s
InvBiCGStab: k = 58 resid = 1.887756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232565(s) Flops=383551488 => 1649.22274632898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237416.169011099 Mflops = 237.416169011099 Gflops = 0.237416169011099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05679 s
InvBiCGStab: k = 69 resid = 1.011352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25585(s) Flops=455731200 => 1781.24369747899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256436.470234455 Mflops = 256.436470234455 Gflops = 0.256436470234455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001073113 Relative Rsd = 4.70145028881684e-07
BICGSTAB_SOLVER_TIME: 0.593733 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105106
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970081(s) Flops=1535754240 => 1583.11959516783 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227966.773552797 Mflops = 227.966773552797 Gflops = 0.227966773552797 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170945
CLOV_LINOP: Time spent in clov deriv (total) = 1.537654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02115
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.988909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787972(s) Flops=1335011328 => 1694.23701349794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243916.778366896 Mflops = 243.916778366896 Gflops = 0.243916778366896 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 6.515942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962575(s) Flops=1689348096 => 1755.03009739501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252717.544375541 Mflops = 252.717544375541 Gflops = 0.252717544375541 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002302858 Relative Rsd = 1.01345220124166e-06
BICGSTAB_SOLVER_TIME: 1.754062 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.118058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328900999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 2.115552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.616955(s) Flops=1079101440 => 1749.07641562188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251847.244323129 Mflops = 251.847244323129 Gflops = 0.251847244323129 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.091769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824011(s) Flops=1453123584 => 1763.47595359771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253927.88347864 Mflops = 253.92788347864 Gflops = 0.25392788347864 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.001893125 Relative Rsd = 8.32497512531432e-07
BICGSTAB_SOLVER_TIME: 1.444464 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.117047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275487999999999
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980698(s) Flops=1535754240 => 1565.98080142919 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225496.922340427 Mflops = 225.496922340427 Gflops = 0.225496922340427 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170962
CLOV_LINOP: Time spent in clov deriv (total) = 1.392728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042936 s
InvBiCGStab: k = 23 resid = 2.243618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085039(s) Flops=153888768 => 1809.62579522337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260450.101083721 Mflops = 260.450101083721 Gflops = 0.260450101083721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056451 s
InvBiCGStab: k = 48 resid = 1.026477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176297(s) Flops=317933568 => 1803.3974940016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259584.860705891 Mflops = 259.584860705891 Gflops = 0.259584860705891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007773137 Relative Rsd = 3.40551361351784e-07
BICGSTAB_SOLVER_TIME: 0.364488 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0647100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041909 s
InvBiCGStab: k = 72 resid = 1.39415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310916(s) Flops=475416576 => 1529.08366246832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220148.140282824 Mflops = 220.148140282824 Gflops = 0.220148140282824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077605 s
InvBiCGStab: k = 91 resid = 7.249665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407807(s) Flops=600090624 => 1471.50643319021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211867.908607516 Mflops = 211.867908607516 Gflops = 0.211867908607516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001195108 Relative Rsd = 5.23592591949344e-07
BICGSTAB_SOLVER_TIME: 0.842508 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042821 s
InvBiCGStab: k = 54 resid = 2.16621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235298(s) Flops=357304320 => 1518.51830444798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218636.418217636 Mflops = 218.636418217636 Gflops = 0.218636418217636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060226 s
InvBiCGStab: k = 69 resid = 1.140035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307359(s) Flops=455731200 => 1482.73257005651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213469.677002105 Mflops = 213.469677002105 Gflops = 0.213469677002105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001018857 Relative Rsd = 4.46374785119232e-07
BICGSTAB_SOLVER_TIME: 0.649558 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.075611 s
InvBiCGStab: k = 59 resid = 1.432634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227922(s) Flops=390113280 => 1711.60870824229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246416.643470604 Mflops = 246.416643470604 Gflops = 0.246416643470604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05737 s
InvBiCGStab: k = 74 resid = 1.13302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274845(s) Flops=488540160 => 1777.51154286962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255878.403487099 Mflops = 255.878403487099 Gflops = 0.255878403487099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001103338 Relative Rsd = 4.83387011390806e-07
BICGSTAB_SOLVER_TIME: 0.639658 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 53 resid = 2.199008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194889(s) Flops=350742528 => 1799.70407770577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.992715199 Mflops = 259.092992715199 Gflops = 0.259092992715199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05599 s
InvBiCGStab: k = 82 resid = 7.86388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300543(s) Flops=541034496 => 1800.18997614318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259171.112771748 Mflops = 259.171112771748 Gflops = 0.259171112771748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001094068 Relative Rsd = 4.79325737570514e-07
BICGSTAB_SOLVER_TIME: 0.596787 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110323
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949807(s) Flops=1529561088 => 1610.39146689801 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231877.666921293 Mflops = 231.877666921293 Gflops = 0.231877666921293 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170118
CLOV_LINOP: Time spent in clov deriv (total) = 1.385919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041693 s
InvBiCGStab: k = 25 resid = 2.177576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09285(s) Flops=167012352 => 1798.73292407108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.287713251 Mflops = 258.846287713251 Gflops = 0.258846287713251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 56 resid = 9.14389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205217(s) Flops=370427904 => 1805.05466896017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259851.494429406 Mflops = 259.851494429406 Gflops = 0.259851494429406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007609904 Relative Rsd = 3.33399912489748e-07
BICGSTAB_SOLVER_TIME: 0.399817 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 72 resid = 2.218147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263785(s) Flops=475416576 => 1802.2881361715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259474.031345674 Mflops = 259.474031345674 Gflops = 0.259474031345674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05594 s
InvBiCGStab: k = 89 resid = 9.749377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335078(s) Flops=586967040 => 1751.73255182375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252202.51899795 Mflops = 252.20251899795 Gflops = 0.252202518997949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001215339 Relative Rsd = 5.3245601043327e-07
BICGSTAB_SOLVER_TIME: 0.699478 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 51 resid = 1.879122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187062(s) Flops=337618944 => 1804.85049876512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.492063474 Mflops = 259.818492063474 Gflops = 0.259818492063474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058097 s
InvBiCGStab: k = 65 resid = 1.091175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239495(s) Flops=429484032 => 1793.29018142341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258170.702118903 Mflops = 258.170702118903 Gflops = 0.258170702118903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001002324 Relative Rsd = 4.39131326688053e-07
BICGSTAB_SOLVER_TIME: 0.529422 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0968980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 58 resid = 2.043904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214199(s) Flops=383551488 => 1790.63155290174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257791.821269716 Mflops = 257.791821269716 Gflops = 0.257791821269716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 84 resid = 7.280183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345716(s) Flops=554158080 => 1602.92864663481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230779.721118917 Mflops = 230.779721118917 Gflops = 0.230779721118917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001073707 Relative Rsd = 4.70405042619764e-07
BICGSTAB_SOLVER_TIME: 0.661906 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043469 s
InvBiCGStab: k = 71 resid = 8.411806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339132(s) Flops=468854784 => 1382.5141360886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199049.448426242 Mflops = 199.049448426242 Gflops = 0.199049448426242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068608 s
InvBiCGStab: k = 80 resid = 7.907306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347472(s) Flops=527910912 => 1519.29050973891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218730.272021882 Mflops = 218.730272021882 Gflops = 0.218730272021882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001104049 Relative Rsd = 4.83698232228344e-07
BICGSTAB_SOLVER_TIME: 0.802823 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121713
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062539(s) Flops=1517101056 => 1427.80740848101 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205588.302604715 Mflops = 205.588302604715 Gflops = 0.205588302604715 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 33 resid = 2.206049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121531(s) Flops=219506688 => 1806.17857172244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259974.289479713 Mflops = 259.974289479713 Gflops = 0.259974289479713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 51 resid = 8.45916e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199029(s) Flops=337618944 => 1696.33040411196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244204.597339749 Mflops = 244.204597339749 Gflops = 0.244204597339749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.000761456 Relative Rsd = 3.3360389933664e-07
BICGSTAB_SOLVER_TIME: 0.42229 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 53 resid = 1.71754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196928(s) Flops=350742528 => 1781.06987325317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256418.289029245 Mflops = 256.418289029245 Gflops = 0.256418289029245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056782 s
InvBiCGStab: k = 80 resid = 7.884422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293632(s) Flops=527910912 => 1797.86573670445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.967525671 Mflops = 258.833967525671 Gflops = 0.258833967525671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00105661 Relative Rsd = 4.62914627240804e-07
BICGSTAB_SOLVER_TIME: 0.592005 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 56 resid = 1.253299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207323(s) Flops=370427904 => 1786.71881074459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257217.532457488 Mflops = 257.217532457488 Gflops = 0.257217532457488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 65 resid = 1.003388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237488(s) Flops=429484032 => 1808.44519302028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260345.826315975 Mflops = 260.345826315975 Gflops = 0.260345826315975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001016458 Relative Rsd = 4.45323560490834e-07
BICGSTAB_SOLVER_TIME: 0.546205 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041633 s
InvBiCGStab: k = 59 resid = 1.85942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215808(s) Flops=390113280 => 1807.68683274021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260246.633367562 Mflops = 260.246633367562 Gflops = 0.260246633367562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 80 resid = 1.044576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292351(s) Flops=527910912 => 1805.74347958447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259973.706039619 Mflops = 259.973706039619 Gflops = 0.259973706039619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001099452 Relative Rsd = 4.81684324330769e-07
BICGSTAB_SOLVER_TIME: 0.609883 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 52 resid = 2.125086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190971(s) Flops=344180736 => 1802.26702483623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259457.860100982 Mflops = 259.457860100982 Gflops = 0.259457860100982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 71 resid = 1.047056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259884(s) Flops=468854784 => 1804.09253359191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.839365443 Mflops = 259.721839365443 Gflops = 0.259721839365443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001066501 Relative Rsd = 4.67248257546257e-07
BICGSTAB_SOLVER_TIME: 0.552205 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101888
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937679(s) Flops=1510686720 => 1611.09155691873 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232013.926649774 Mflops = 232.013926649774 Gflops = 0.232013926649774 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168414000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.53638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06382 s
InvBiCGStab: k = 29 resid = 1.8522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135647(s) Flops=193259520 => 1424.72387889153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205064.203194788 Mflops = 205.064203194788 Gflops = 0.205064203194788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062576 s
InvBiCGStab: k = 48 resid = 1.095283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178037(s) Flops=317933568 => 1785.77244056011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257060.529324475 Mflops = 257.060529324475 Gflops = 0.257060529324475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007603391 Relative Rsd = 3.33114575718919e-07
BICGSTAB_SOLVER_TIME: 0.444001 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041766 s
InvBiCGStab: k = 55 resid = 1.75346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203027(s) Flops=363866112 => 1792.20552931384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.767832154 Mflops = 258.000767832154 Gflops = 0.258000767832154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 73 resid = 1.085749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268111(s) Flops=481978368 => 1797.68218387161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258809.84451925 Mflops = 258.80984451925 Gflops = 0.25880984451925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001112513 Relative Rsd = 4.87406819701279e-07
BICGSTAB_SOLVER_TIME: 0.572982 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041663 s
InvBiCGStab: k = 56 resid = 2.281916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206087(s) Flops=370427904 => 1797.43459800958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258764.148542869 Mflops = 258.764148542869 Gflops = 0.258764148542869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 73 resid = 1.033993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267755(s) Flops=481978368 => 1800.07233478366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.95433164 Mflops = 259.15195433164 Gflops = 0.25915195433164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001020458 Relative Rsd = 4.47076077566977e-07
BICGSTAB_SOLVER_TIME: 0.575787 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 60 resid = 1.412251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219618(s) Flops=396675072 => 1806.20473731661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260037.791045434 Mflops = 260.037791045434 Gflops = 0.260037791045434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056319 s
InvBiCGStab: k = 89 resid = 9.33841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324325(s) Flops=586967040 => 1809.81126955986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260566.73275684 Mflops = 260.56673275684 Gflops = 0.26056673275684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001100556 Relative Rsd = 4.82167986605821e-07
BICGSTAB_SOLVER_TIME: 0.645543 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 49 resid = 1.098616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179506(s) Flops=324495360 => 1807.71316836206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260241.329295539 Mflops = 260.241329295539 Gflops = 0.260241329295539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0569 s
InvBiCGStab: k = 71 resid = 1.064113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259936(s) Flops=468854784 => 1803.73162624646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259685.779077503 Mflops = 259.685779077503 Gflops = 0.259685779077503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00100212 Relative Rsd = 4.39042173291787e-07
BICGSTAB_SOLVER_TIME: 0.541275 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997720000000002
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931087(s) Flops=1498079232 => 1608.95730688969 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231671.249859779 Mflops = 231.671249859779 Gflops = 0.231671249859779 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166861
CLOV_LINOP: Time spent in clov deriv (total) = 1.403906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.698846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807591(s) Flops=1361258496 => 1685.57908149051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242725.412284537 Mflops = 242.725412284537 Gflops = 0.242725412284537 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 8.850581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.064548(s) Flops=1636853760 => 1537.60446687233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221411.082971228 Mflops = 221.411082971228 Gflops = 0.221411082971228 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.0023344 Relative Rsd = 1.02732883105755e-06
BICGSTAB_SOLVER_TIME: 1.875554 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.135102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325891999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.159817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.664307(s) Flops=1125033984 => 1693.54527951685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243816.550073424 Mflops = 243.816550073424 Gflops = 0.243816550073424 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.140534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784515(s) Flops=1407191040 => 1793.70826561634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258285.601768145 Mflops = 258.285601768145 Gflops = 0.258285601768145 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.001919483 Relative Rsd = 8.4403836440286e-07
BICGSTAB_SOLVER_TIME: 1.452181 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275388999999999
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95539(s) Flops=1498079232 => 1568.02900595568 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225779.185723454 Mflops = 225.779185723454 Gflops = 0.225779185723454 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166514
CLOV_LINOP: Time spent in clov deriv (total) = 1.384577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 33 resid = 1.31308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121927(s) Flops=219506688 => 1800.31238363939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259132.357409441 Mflops = 259.13235740944 Gflops = 0.25913235740944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 47 resid = 1.098365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172636(s) Flops=311371776 => 1803.63178016173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259626.226204271 Mflops = 259.626226204271 Gflops = 0.259626226204271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007131106 Relative Rsd = 3.12423158811328e-07
BICGSTAB_SOLVER_TIME: 0.395822 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 79 resid = 2.157523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288757(s) Flops=521349120 => 1805.49430836309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259950.332153141 Mflops = 259.950332153141 Gflops = 0.259950332153141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 99 resid = 1.095159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372689(s) Flops=652584960 => 1751.01749716251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252101.527056195 Mflops = 252.101527056195 Gflops = 0.252101527056195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001298473 Relative Rsd = 5.68878334999345e-07
BICGSTAB_SOLVER_TIME: 0.763056 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041882 s
InvBiCGStab: k = 53 resid = 1.986597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196522(s) Flops=350742528 => 1784.7494326335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256940.580395139 Mflops = 256.940580395139 Gflops = 0.256940580395139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 72 resid = 9.753431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263131(s) Flops=475416576 => 1806.76764045285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260113.979036222 Mflops = 260.113979036222 Gflops = 0.260113979036222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001014997 Relative Rsd = 4.44683573753794e-07
BICGSTAB_SOLVER_TIME: 0.561577 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 60 resid = 1.937455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219488(s) Flops=396675072 => 1807.27452981484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260194.441983882 Mflops = 260.194441983882 Gflops = 0.260194441983882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055923 s
InvBiCGStab: k = 85 resid = 9.718539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321397(s) Flops=560719872 => 1744.63318574847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251179.739213817 Mflops = 251.179739213817 Gflops = 0.251179739213817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001102717 Relative Rsd = 4.83115062930342e-07
BICGSTAB_SOLVER_TIME: 0.642001 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049642 s
InvBiCGStab: k = 55 resid = 2.017032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27046(s) Flops=363866112 => 1345.36017155957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193703.749854973 Mflops = 193.703749854973 Gflops = 0.193703749854973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078769 s
InvBiCGStab: k = 78 resid = 1.054321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365676(s) Flops=514787328 => 1407.76897581466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202679.761197385 Mflops = 202.679761197385 Gflops = 0.202679761197385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00109334 Relative Rsd = 4.79006560251387e-07
BICGSTAB_SOLVER_TIME: 0.769191 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001883
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108856
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.175491(s) Flops=1485324288 => 1263.57776282422 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  181975.263837572 Mflops = 181.975263837572 Gflops = 0.181975263837572 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165264
CLOV_LINOP: Time spent in clov deriv (total) = 1.397901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 27 resid = 2.192613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1005(s) Flops=180135936 => 1792.39737313433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257980.777780154 Mflops = 257.980777780154 Gflops = 0.257980777780154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055958 s
InvBiCGStab: k = 54 resid = 1.025208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199555(s) Flops=357304320 => 1790.50547468117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257733.743677501 Mflops = 257.733743677501 Gflops = 0.257733743677501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007933551 Relative Rsd = 3.47579331739929e-07
BICGSTAB_SOLVER_TIME: 0.40139 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041993 s
InvBiCGStab: k = 77 resid = 1.839988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28109(s) Flops=508225536 => 1808.05270909673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260318.41726815 Mflops = 260.31841726815 Gflops = 0.26031841726815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056212 s
InvBiCGStab: k = 105 resid = 4.284508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383664(s) Flops=691955712 => 1803.54610283998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259671.904986695 Mflops = 259.671904986695 Gflops = 0.259671904986695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001270516 Relative Rsd = 5.56629790620926e-07
BICGSTAB_SOLVER_TIME: 0.766799 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 51 resid = 2.232265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187613(s) Flops=337618944 => 1799.54983929685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.507678216 Mflops = 259.063507678216 Gflops = 0.259063507678216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056763 s
InvBiCGStab: k = 64 resid = 1.057818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239992(s) Flops=422922240 => 1762.23474115804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253701.899133933 Mflops = 253.701899133933 Gflops = 0.253701899133933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001061987 Relative Rsd = 4.65270459834356e-07
BICGSTAB_SOLVER_TIME: 0.529533 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043885 s
InvBiCGStab: k = 63 resid = 2.022828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231653(s) Flops=416360448 => 1797.34537433144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258747.66805941 Mflops = 258.74766805941 Gflops = 0.25874766805941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 81 resid = 1.107462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297363(s) Flops=534472704 => 1797.37460275824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258767.500552123 Mflops = 258.767500552123 Gflops = 0.258767500552123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001089728 Relative Rsd = 4.77424189473839e-07
BICGSTAB_SOLVER_TIME: 0.633496 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041504 s
InvBiCGStab: k = 53 resid = 2.247278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195307(s) Flops=350742528 => 1795.85231456118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258529.378195525 Mflops = 258.529378195525 Gflops = 0.258529378195525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061787 s
InvBiCGStab: k = 77 resid = 1.024484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292535(s) Flops=508225536 => 1737.31531611602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250139.536614212 Mflops = 250.139536614212 Gflops = 0.250139536614212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001070407 Relative Rsd = 4.68959411118755e-07
BICGSTAB_SOLVER_TIME: 0.594904 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106706
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91573(s) Flops=1472569344 => 1608.08245225121 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231602.561960834 Mflops = 231.602561960834 Gflops = 0.231602561960834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163818
CLOV_LINOP: Time spent in clov deriv (total) = 1.535534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054435 s
InvBiCGStab: k = 28 resid = 1.925114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120924(s) Flops=186697728 => 1543.92616850253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222216.998227878 Mflops = 222.216998227878 Gflops = 0.222216998227878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 44 resid = 9.75903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235408(s) Flops=291686400 => 1239.06749133419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178376.503348568 Mflops = 178.376503348568 Gflops = 0.178376503348568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007052638 Relative Rsd = 3.08985372229396e-07
BICGSTAB_SOLVER_TIME: 0.470819 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0653500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 49 resid = 2.200658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18056(s) Flops=324495360 => 1797.16083296411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258721.814485274 Mflops = 258.721814485274 Gflops = 0.258721814485274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 73 resid = 8.737077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283881(s) Flops=481978368 => 1697.8183393746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244427.620432353 Mflops = 244.427620432353 Gflops = 0.244427620432353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001104165 Relative Rsd = 4.83749133309278e-07
BICGSTAB_SOLVER_TIME: 0.565518 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04268 s
InvBiCGStab: k = 49 resid = 2.242937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184291(s) Flops=324495360 => 1760.7770319766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253482.366083935 Mflops = 253.482366083935 Gflops = 0.253482366083935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057007 s
InvBiCGStab: k = 67 resid = 5.777733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247881(s) Flops=442607616 => 1785.56491219577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257051.760824585 Mflops = 257.051760824585 Gflops = 0.257051760824585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009968829 Relative Rsd = 4.36747544402766e-07
BICGSTAB_SOLVER_TIME: 0.53564 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0968760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041518 s
InvBiCGStab: k = 60 resid = 1.535051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221829(s) Flops=396675072 => 1788.20204752309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257436.347832725 Mflops = 257.436347832726 Gflops = 0.257436347832726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056939 s
InvBiCGStab: k = 77 resid = 1.123538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281109(s) Flops=508225536 => 1807.93050382592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260282.599226302 Mflops = 260.282599226302 Gflops = 0.260282599226302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001038065 Relative Rsd = 4.54789784461299e-07
BICGSTAB_SOLVER_TIME: 0.605302 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 57 resid = 1.856784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208841(s) Flops=376989696 => 1805.15174702285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.422753243 Mflops = 259.878422753243 Gflops = 0.259878422753243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057182 s
InvBiCGStab: k = 67 resid = 8.703223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245164(s) Flops=442607616 => 1805.35321662234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.223831641 Mflops = 259.905223831641 Gflops = 0.259905223831641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001036407 Relative Rsd = 4.54063449497784e-07
BICGSTAB_SOLVER_TIME: 0.555912 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102652
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913472(s) Flops=1466081280 => 1604.9548097807 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231300.55089373 Mflops = 231.30055089373 Gflops = 0.23130055089373 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163222
CLOV_LINOP: Time spent in clov deriv (total) = 1.395151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04108 s
InvBiCGStab: k = 28 resid = 1.868162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103754(s) Flops=186697728 => 1799.42679800297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258991.453461429 Mflops = 258.991453461429 Gflops = 0.258991453461429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056988 s
InvBiCGStab: k = 51 resid = 7.473166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186892(s) Flops=337618944 => 1806.49222010573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.085765639 Mflops = 260.043085765639 Gflops = 0.260043085765639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007551803 Relative Rsd = 3.30854450418327e-07
BICGSTAB_SOLVER_TIME: 0.392564 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704460000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044618 s
InvBiCGStab: k = 56 resid = 2.086774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211851(s) Flops=370427904 => 1748.53035388079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251725.230638995 Mflops = 251.725230638995 Gflops = 0.251725230638995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 76 resid = 1.010579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317432(s) Flops=501663744 => 1580.38176365332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227521.078100759 Mflops = 227.521078100759 Gflops = 0.227521078100759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001127194 Relative Rsd = 4.93838768013472e-07
BICGSTAB_SOLVER_TIME: 0.634483 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048275 s
InvBiCGStab: k = 53 resid = 1.413283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237311(s) Flops=350742528 => 1477.98681055661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212780.300533544 Mflops = 212.780300533544 Gflops = 0.212780300533544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071487 s
InvBiCGStab: k = 64 resid = 1.019355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265478(s) Flops=422922240 => 1593.05946255434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229344.043906545 Mflops = 229.344043906545 Gflops = 0.229344043906545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001005477 Relative Rsd = 4.40512847308566e-07
BICGSTAB_SOLVER_TIME: 0.626391 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042013 s
InvBiCGStab: k = 57 resid = 1.16517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272866(s) Flops=376989696 => 1381.59278180499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198907.010485842 Mflops = 198.907010485842 Gflops = 0.198907010485842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07382 s
InvBiCGStab: k = 76 resid = 1.013114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327837(s) Flops=501663744 => 1530.22308037226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220320.304399006 Mflops = 220.320304399006 Gflops = 0.220320304399006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001072932 Relative Rsd = 4.70065515068881e-07
BICGSTAB_SOLVER_TIME: 0.721721 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041564 s
InvBiCGStab: k = 55 resid = 2.246952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203991(s) Flops=363866112 => 1783.73610600468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256799.98610873 Mflops = 256.79998610873 Gflops = 0.256799986108731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 71 resid = 1.135756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261478(s) Flops=468854784 => 1793.0945777465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258134.334574716 Mflops = 258.134334574716 Gflops = 0.258134334574716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001017496 Relative Rsd = 4.4577840602167e-07
BICGSTAB_SOLVER_TIME: 0.56725 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104079
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918677(s) Flops=1472716800 => 1603.08443555243 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230905.743679834 Mflops = 230.905743679834 Gflops = 0.230905743679834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164076
CLOV_LINOP: Time spent in clov deriv (total) = 1.412085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.714499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723139(s) Flops=1289078784 => 1782.61549162747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256604.206092369 Mflops = 256.604206092369 Gflops = 0.256604206092369 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 8.9101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939368(s) Flops=1643415552 => 1749.49067032303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251917.363435756 Mflops = 251.917363435756 Gflops = 0.251917363435756 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002066499 Relative Rsd = 9.09425998602652e-07
BICGSTAB_SOLVER_TIME: 1.665828 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.114852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319151999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 2.002741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.59245(s) Flops=1072539648 => 1810.34627057136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260630.390737767 Mflops = 260.630390737767 Gflops = 0.260630390737767 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 9.617897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738314(s) Flops=1328449536 => 1799.3015654586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.752842206 Mflops = 259.084752842206 Gflops = 0.259084752842206 Tflops
BICGSTAB_SOLVER: 365 iterations. Rsd = 0.001871266 Relative Rsd = 8.22791297278266e-07
BICGSTAB_SOLVER_TIME: 1.334109 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.123569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261196999999999
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.063155(s) Flops=1472716800 => 1385.23244493983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199455.461911844 Mflops = 199.455461911844 Gflops = 0.199455461911844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163613
CLOV_LINOP: Time spent in clov deriv (total) = 1.434891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 28 resid = 1.892368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103798(s) Flops=186697728 => 1798.66402050136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258872.876495529 Mflops = 258.872876495529 Gflops = 0.258872876495529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056377 s
InvBiCGStab: k = 49 resid = 1.136885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181537(s) Flops=324495360 => 1787.48883147788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257307.630351088 Mflops = 257.307630351088 Gflops = 0.257307630351088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007248615 Relative Rsd = 3.17571359420995e-07
BICGSTAB_SOLVER_TIME: 0.386621 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048026 s
InvBiCGStab: k = 70 resid = 1.270833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269716(s) Flops=462292992 => 1713.99913983598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246766.617145636 Mflops = 246.766617145636 Gflops = 0.246766617145636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 92 resid = 1.014034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33838(s) Flops=606652416 => 1792.81404338318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258121.461104519 Mflops = 258.121461104519 Gflops = 0.258121461104519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001266225 Relative Rsd = 5.54750020842447e-07
BICGSTAB_SOLVER_TIME: 0.716569 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042899 s
InvBiCGStab: k = 52 resid = 2.258246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191312(s) Flops=344180736 => 1799.05461236096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258996.231407855 Mflops = 258.996231407855 Gflops = 0.258996231407855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 68 resid = 1.121798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249949(s) Flops=449169408 => 1797.04422902272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258696.636595244 Mflops = 258.696636595245 Gflops = 0.258696636595245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001019742 Relative Rsd = 4.46762510587433e-07
BICGSTAB_SOLVER_TIME: 0.544668 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0995610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 56 resid = 1.769315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205924(s) Flops=370427904 => 1798.85736485305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258982.49048002 Mflops = 258.98249048002 Gflops = 0.25898249048002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055898 s
InvBiCGStab: k = 86 resid = 9.981585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313604(s) Flops=567281664 => 1808.91080470912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260430.030784579 Mflops = 260.430030784579 Gflops = 0.260430030784579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001125881 Relative Rsd = 4.93263504193973e-07
BICGSTAB_SOLVER_TIME: 0.620394 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041807 s
InvBiCGStab: k = 58 resid = 1.013117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212442(s) Flops=383551488 => 1805.44095800265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259909.276353468 Mflops = 259.909276353468 Gflops = 0.259909276353468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 74 resid = 1.094384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270181(s) Flops=488540160 => 1808.19583908565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260315.60058232 Mflops = 260.31560058232 Gflops = 0.26031560058232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001081701 Relative Rsd = 4.73907475614606e-07
BICGSTAB_SOLVER_TIME: 0.584602 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108371
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935744(s) Flops=1485398016 => 1587.39785240408 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228690.841301331 Mflops = 228.690841301331 Gflops = 0.228690841301331 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165153
CLOV_LINOP: Time spent in clov deriv (total) = 1.448782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050192 s
InvBiCGStab: k = 35 resid = 1.15665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157423(s) Flops=232630272 => 1477.74005069145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212727.20034194 Mflops = 212.72720034194 Gflops = 0.21272720034194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067238 s
InvBiCGStab: k = 51 resid = 7.408231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222946(s) Flops=337618944 => 1514.35300027809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218010.802148408 Mflops = 218.010802148408 Gflops = 0.218010802148408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007371433 Relative Rsd = 3.22952210612507e-07
BICGSTAB_SOLVER_TIME: 0.502216 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755040000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051086 s
InvBiCGStab: k = 70 resid = 2.12908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296993(s) Flops=462292992 => 1556.57874764725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224112.376433867 Mflops = 224.112376433867 Gflops = 0.224112376433867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077569 s
InvBiCGStab: k = 93 resid = 8.224332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364996(s) Flops=613214208 => 1680.05733761466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241886.93852296 Mflops = 241.88693852296 Gflops = 0.24188693852296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001284391 Relative Rsd = 5.62708542554891e-07
BICGSTAB_SOLVER_TIME: 0.794407 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041718 s
InvBiCGStab: k = 51 resid = 1.938396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18748(s) Flops=337618944 => 1800.82645615532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.813265369 Mflops = 259.248813265369 Gflops = 0.259248813265369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 73 resid = 7.985836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268113(s) Flops=481978368 => 1797.66877398709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.822406833 Mflops = 258.801822406833 Gflops = 0.258801822406833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001003997 Relative Rsd = 4.39864343055979e-07
BICGSTAB_SOLVER_TIME: 0.557387 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 62 resid = 1.336005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227785(s) Flops=409798656 => 1799.05900739733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.220079024 Mflops = 259.005220079024 Gflops = 0.259005220079024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 90 resid = 6.709139e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329304(s) Flops=593528832 => 1802.37358793091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259493.033523434 Mflops = 259.493033523434 Gflops = 0.259493033523434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001114181 Relative Rsd = 4.88137387921025e-07
BICGSTAB_SOLVER_TIME: 0.658352 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 56 resid = 1.697594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204949(s) Flops=370427904 => 1807.41503495992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260224.048733962 Mflops = 260.224048733962 Gflops = 0.260224048733962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 75 resid = 1.103822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274099(s) Flops=495101952 => 1806.28879346513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.58712363 Mflops = 260.04658712363 Gflops = 0.26004658712363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00107518 Relative Rsd = 4.71050588693299e-07
BICGSTAB_SOLVER_TIME: 0.580466 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107602
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933515(s) Flops=1504124928 => 1611.24880478621 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232040.48005716 Mflops = 232.04048005716 Gflops = 0.23204048005716 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167584000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041219 s
InvBiCGStab: k = 25 resid = 2.068068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093196(s) Flops=167012352 => 1792.05493798017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257924.818174945 Mflops = 257.924818174945 Gflops = 0.257924818174945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056568 s
InvBiCGStab: k = 50 resid = 7.841535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183763(s) Flops=331057152 => 1801.54411932761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.706421572 Mflops = 259.313706421572 Gflops = 0.259313706421572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007379422 Relative Rsd = 3.23302219297791e-07
BICGSTAB_SOLVER_TIME: 0.378522 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676430000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 55 resid = 2.260347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201517(s) Flops=363866112 => 1805.63481989113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.719928548 Mflops = 259.949719928548 Gflops = 0.259949719928548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 74 resid = 8.639848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272522(s) Flops=488540160 => 1792.66319783357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258082.628587123 Mflops = 258.082628587123 Gflops = 0.258082628587123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001037303 Relative Rsd = 4.54456275274695e-07
BICGSTAB_SOLVER_TIME: 0.575564 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 56 resid = 2.222474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204751(s) Flops=370427904 => 1809.16285634747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260452.898695592 Mflops = 260.452898695592 Gflops = 0.260452898695592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07077 s
InvBiCGStab: k = 68 resid = 1.051902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296083(s) Flops=449169408 => 1517.03883032798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218525.757703538 Mflops = 218.525757703538 Gflops = 0.218525757703538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009845356 Relative Rsd = 4.31338003974754e-07
BICGSTAB_SOLVER_TIME: 0.617453 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045091 s
InvBiCGStab: k = 58 resid = 2.198823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259867(s) Flops=383551488 => 1475.95303751534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212497.214874346 Mflops = 212.497214874346 Gflops = 0.212497214874346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064567 s
InvBiCGStab: k = 86 resid = 1.089542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366244(s) Flops=567281664 => 1548.9172901126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223033.099135438 Mflops = 223.033099135438 Gflops = 0.223033099135438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001100507 Relative Rsd = 4.82146820324671e-07
BICGSTAB_SOLVER_TIME: 0.739591 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063078 s
InvBiCGStab: k = 48 resid = 2.259782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226868(s) Flops=317933568 => 1401.4033182291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201751.752769613 Mflops = 201.751752769613 Gflops = 0.201751752769613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066195 s
InvBiCGStab: k = 69 resid = 1.149111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284643(s) Flops=455731200 => 1601.06238340658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230499.486965581 Mflops = 230.499486965581 Gflops = 0.230499486965581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001018142 Relative Rsd = 4.46061269142775e-07
BICGSTAB_SOLVER_TIME: 0.644672 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0973590000000002
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969583(s) Flops=1516879872 => 1564.46624167297 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225323.59204994 Mflops = 225.32359204994 Gflops = 0.22532359204994 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168954
CLOV_LINOP: Time spent in clov deriv (total) = 1.401634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 33 resid = 1.143642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121971(s) Flops=219506688 => 1799.66293627174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.326027884 Mflops = 259.037326027884 Gflops = 0.259037326027884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 46 resid = 1.139316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16863(s) Flops=304809984 => 1807.5667674791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.742540342 Mflops = 260.211742540342 Gflops = 0.260211742540342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007363661 Relative Rsd = 3.2261171400297e-07
BICGSTAB_SOLVER_TIME: 0.392099 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 55 resid = 2.273546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201171(s) Flops=363866112 => 1808.74038504556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260381.504205614 Mflops = 260.381504205614 Gflops = 0.260381504205614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 67 resid = 1.139586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244651(s) Flops=442607616 => 1809.13879771593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260450.966246927 Mflops = 260.450966246927 Gflops = 0.260450966246927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001077043 Relative Rsd = 4.71866689090125e-07
BICGSTAB_SOLVER_TIME: 0.547462 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041401 s
InvBiCGStab: k = 50 resid = 2.187056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183144(s) Flops=331057152 => 1807.63307561263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.899227704 Mflops = 260.217899227704 Gflops = 0.260217899227704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 64 resid = 9.935857e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234296(s) Flops=422922240 => 1805.07665517124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.655276596 Mflops = 259.859655276596 Gflops = 0.259859655276596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001005949 Relative Rsd = 4.40719562820618e-07
BICGSTAB_SOLVER_TIME: 0.518743 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045824 s
InvBiCGStab: k = 61 resid = 1.471665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230258(s) Flops=403236864 => 1751.23932284655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252058.998359811 Mflops = 252.058998359811 Gflops = 0.252058998359811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 80 resid = 1.02505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292115(s) Flops=527910912 => 1807.20234154357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260185.54502035 Mflops = 260.18554502035 Gflops = 0.26018554502035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001114633 Relative Rsd = 4.88335381905181e-07
BICGSTAB_SOLVER_TIME: 0.628133 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 60 resid = 1.406586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219456(s) Flops=396675072 => 1807.53805774278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260233.238985025 Mflops = 260.233238985025 Gflops = 0.260233238985025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056454 s
InvBiCGStab: k = 80 resid = 9.68249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292004(s) Flops=527910912 => 1807.8893165847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260282.697360751 Mflops = 260.282697360751 Gflops = 0.260282697360751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001074108 Relative Rsd = 4.70580901264115e-07
BICGSTAB_SOLVER_TIME: 0.613077 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114114
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.110815(s) Flops=1529487360 => 1376.90556933423 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198272.538954541 Mflops = 198.272538954541 Gflops = 0.198272538954541 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.521667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.146294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.72241(s) Flops=1302202368 => 1802.58076161736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.895233231 Mflops = 259.506895233231 Gflops = 0.259506895233231 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.127661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.895186(s) Flops=1623730176 => 1813.84670448376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261184.714564939 Mflops = 261.184714564939 Gflops = 0.261184714564939 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002292993 Relative Rsd = 1.00908500923233e-06
BICGSTAB_SOLVER_TIME: 1.621033 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318450999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.925985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.65593(s) Flops=1184090112 => 1805.20804354123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259944.937682477 Mflops = 259.944937682477 Gflops = 0.259944937682477 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 7.506236e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776123(s) Flops=1335011328 => 1720.10277752367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247681.217166156 Mflops = 247.681217166156 Gflops = 0.247681217166156 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001966307 Relative Rsd = 8.6453779545084e-07
BICGSTAB_SOLVER_TIME: 1.435377 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274016999999999
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96667(s) Flops=1529487360 => 1582.22284750742 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227829.871661165 Mflops = 227.829871661165 Gflops = 0.227829871661165 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170492
CLOV_LINOP: Time spent in clov deriv (total) = 1.395619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051063 s
InvBiCGStab: k = 28 resid = 2.055453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123244(s) Flops=186697728 => 1514.86261400149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218023.955042811 Mflops = 218.023955042811 Gflops = 0.218023955042811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080124 s
InvBiCGStab: k = 49 resid = 1.020396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213963(s) Flops=324495360 => 1516.59567308366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218330.409051558 Mflops = 218.330409051558 Gflops = 0.218330409051558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007538643 Relative Rsd = 3.30277886020106e-07
BICGSTAB_SOLVER_TIME: 0.47233 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053029 s
InvBiCGStab: k = 74 resid = 1.858023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338175(s) Flops=488540160 => 1444.6371257485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207991.633893446 Mflops = 207.991633893446 Gflops = 0.207991633893446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058294 s
InvBiCGStab: k = 106 resid = 8.059595e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458774(s) Flops=698517504 => 1522.57430455954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219219.753237288 Mflops = 219.219753237288 Gflops = 0.219219753237288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001297363 Relative Rsd = 5.68391765548328e-07
BICGSTAB_SOLVER_TIME: 0.912203 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142299999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041738 s
InvBiCGStab: k = 47 resid = 1.94582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173858(s) Flops=311371776 => 1790.95454911479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257822.248066068 Mflops = 257.822248066068 Gflops = 0.257822248066068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056368 s
InvBiCGStab: k = 75 resid = 8.376351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292131(s) Flops=495101952 => 1694.79429434055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244001.255820926 Mflops = 244.001255820926 Gflops = 0.244001255820926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001060227 Relative Rsd = 4.64499395163446e-07
BICGSTAB_SOLVER_TIME: 0.56789 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042587 s
InvBiCGStab: k = 59 resid = 1.268575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219098(s) Flops=390113280 => 1780.54240568148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256346.08217191 Mflops = 256.34608217191 Gflops = 0.25634608217191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056861 s
InvBiCGStab: k = 76 resid = 8.789967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280619(s) Flops=501663744 => 1787.70412552251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257364.099668937 Mflops = 257.364099668936 Gflops = 0.257364099668936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001138793 Relative Rsd = 4.98920052572852e-07
BICGSTAB_SOLVER_TIME: 0.603004 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 55 resid = 1.529079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202889(s) Flops=363866112 => 1793.42454248382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258196.96320634 Mflops = 258.19696320634 Gflops = 0.25819696320634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056704 s
InvBiCGStab: k = 89 resid = 1.079933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325912(s) Flops=586967040 => 1800.9985517563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.204437508 Mflops = 259.299204437508 Gflops = 0.259299204437508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00109336 Relative Rsd = 4.79015587797805e-07
BICGSTAB_SOLVER_TIME: 0.63077 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116842
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954049(s) Flops=1535975424 => 1609.95444049519 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231817.322037157 Mflops = 231.817322037157 Gflops = 0.231817322037157 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170855
CLOV_LINOP: Time spent in clov deriv (total) = 1.394003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 27 resid = 1.620972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099989(s) Flops=180135936 => 1801.55753132845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.353801192 Mflops = 259.303353801192 Gflops = 0.259303353801192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 49 resid = 7.073953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179905(s) Flops=324495360 => 1803.70395486507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.088528353 Mflops = 259.615088528353 Gflops = 0.259615088528353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007567096 Relative Rsd = 3.3152445247213e-07
BICGSTAB_SOLVER_TIME: 0.381135 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 75 resid = 2.01329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274198(s) Flops=495101952 => 1805.63662754652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.996549476 Mflops = 259.968996549477 Gflops = 0.259968996549477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 105 resid = 8.690693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39863(s) Flops=691955712 => 1735.83451320774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249923.954505472 Mflops = 249.923954505472 Gflops = 0.249923954505472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001258475 Relative Rsd = 5.51354490318185e-07
BICGSTAB_SOLVER_TIME: 0.77455 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044437 s
InvBiCGStab: k = 53 resid = 1.902709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221535(s) Flops=350742528 => 1583.23753808653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227932.546945893 Mflops = 227.932546945893 Gflops = 0.227932546945893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060126 s
InvBiCGStab: k = 73 resid = 1.115077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321327(s) Flops=481978368 => 1499.96224406913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215948.21037182 Mflops = 215.94821037182 Gflops = 0.21594821037182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001056618 Relative Rsd = 4.62918248459989e-07
BICGSTAB_SOLVER_TIME: 0.653159 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049824 s
InvBiCGStab: k = 58 resid = 1.91219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257086(s) Flops=383551488 => 1491.91899986775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214797.58364825 Mflops = 214.79758364825 Gflops = 0.21479758364825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065509 s
InvBiCGStab: k = 78 resid = 1.053554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339323(s) Flops=514787328 => 1517.10119266893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218423.922768934 Mflops = 218.423922768934 Gflops = 0.218423922768934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001144384 Relative Rsd = 5.01369934859032e-07
BICGSTAB_SOLVER_TIME: 0.721535 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053869 s
InvBiCGStab: k = 55 resid = 1.682972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237931(s) Flops=363866112 => 1529.29257641921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220168.098279847 Mflops = 220.168098279847 Gflops = 0.220168098279847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056851 s
InvBiCGStab: k = 76 resid = 1.057581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277768(s) Flops=501663744 => 1806.05305146741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260008.0785347 Mflops = 260.0080785347 Gflops = 0.2600080785347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001068016 Relative Rsd = 4.67911909715716e-07
BICGSTAB_SOLVER_TIME: 0.630254 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107537
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964125(s) Flops=1548582912 => 1606.20553558926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231398.306723106 Mflops = 231.398306723106 Gflops = 0.231398306723106 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172599
CLOV_LINOP: Time spent in clov deriv (total) = 1.37866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 32 resid = 2.146428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12525(s) Flops=212944896 => 1700.1588502994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244733.250666548 Mflops = 244.733250666548 Gflops = 0.244733250666548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060308 s
InvBiCGStab: k = 47 resid = 1.107785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182545(s) Flops=311371776 => 1705.7261278041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245535.853500936 Mflops = 245.535853500936 Gflops = 0.245535853500936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007345937 Relative Rsd = 3.21835166500196e-07
BICGSTAB_SOLVER_TIME: 0.41313 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0703970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04155 s
InvBiCGStab: k = 46 resid = 2.281253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170323(s) Flops=304809984 => 1789.59966651597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257631.039527423 Mflops = 257.631039527423 Gflops = 0.257631039527423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 68 resid = 1.072642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25054(s) Flops=449169408 => 1792.80517282669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258091.234415616 Mflops = 258.091234415616 Gflops = 0.258091234415616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001056859 Relative Rsd = 4.63024028862652e-07
BICGSTAB_SOLVER_TIME: 0.523058 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0953590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041469 s
InvBiCGStab: k = 47 resid = 2.147565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173578(s) Flops=311371776 => 1793.84355160216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258250.932954435 Mflops = 258.250932954435 Gflops = 0.258250932954435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056833 s
InvBiCGStab: k = 74 resid = 1.005227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275127(s) Flops=488540160 => 1775.68962697227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255638.556150258 Mflops = 255.638556150258 Gflops = 0.255638556150258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001000157 Relative Rsd = 4.38182006227698e-07
BICGSTAB_SOLVER_TIME: 0.551262 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 52 resid = 2.259069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190283(s) Flops=344180736 => 1808.78342258636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260383.326788233 Mflops = 260.383326788233 Gflops = 0.260383326788233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 70 resid = 1.123256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256246(s) Flops=462292992 => 1804.09837421852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.950816276 Mflops = 259.726950816276 Gflops = 0.259726950816276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00104632 Relative Rsd = 4.58406413368178e-07
BICGSTAB_SOLVER_TIME: 0.547735 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 47 resid = 2.041715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173669(s) Flops=311371776 => 1792.90360398229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258099.136538616 Mflops = 258.099136538616 Gflops = 0.258099136538616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05663 s
InvBiCGStab: k = 71 resid = 1.082925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259876(s) Flops=468854784 => 1804.14807061829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.319960161 Mflops = 259.737319960161 Gflops = 0.259737319960161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001062671 Relative Rsd = 4.65570255980381e-07
BICGSTAB_SOLVER_TIME: 0.534968 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983550000000002
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.16922(s) Flops=1555070976 => 1330.00716375019 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191500.030532064 Mflops = 191.500030532064 Gflops = 0.191500030532063 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172869000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.506896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045036 s
InvBiCGStab: k = 25 resid = 2.004784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096049(s) Flops=167012352 => 1738.82447500755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250237.970685828 Mflops = 250.237970685828 Gflops = 0.250237970685828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059177 s
InvBiCGStab: k = 46 resid = 1.027693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171501(s) Flops=304809984 => 1777.30732765407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255851.023400816 Mflops = 255.851023400816 Gflops = 0.255851023400816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007490302 Relative Rsd = 3.28159982827917e-07
BICGSTAB_SOLVER_TIME: 0.375571 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0647340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044531 s
InvBiCGStab: k = 58 resid = 2.110685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214245(s) Flops=383551488 => 1790.24709094728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257744.861546256 Mflops = 257.744861546256 Gflops = 0.257744861546256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056955 s
InvBiCGStab: k = 85 resid = 1.057632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313982(s) Flops=560719872 => 1785.83444910855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257106.076520105 Mflops = 257.106076520105 Gflops = 0.257106076520105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001111862 Relative Rsd = 4.87121202413471e-07
BICGSTAB_SOLVER_TIME: 0.633552 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041827 s
InvBiCGStab: k = 51 resid = 1.290579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195433(s) Flops=337618944 => 1727.54316824692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248714.834059137 Mflops = 248.714834059137 Gflops = 0.248714834059137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057936 s
InvBiCGStab: k = 77 resid = 8.200061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289552(s) Flops=508225536 => 1755.21335027905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252692.79699302 Mflops = 252.69279699302 Gflops = 0.25269279699302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001050379 Relative Rsd = 4.6018468700331e-07
BICGSTAB_SOLVER_TIME: 0.588541 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041478 s
InvBiCGStab: k = 54 resid = 2.227167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206015(s) Flops=357304320 => 1734.36070189064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249691.263233224 Mflops = 249.691263233224 Gflops = 0.249691263233224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056705 s
InvBiCGStab: k = 81 resid = 8.716283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298547(s) Flops=534472704 => 1790.24644025899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257732.173740246 Mflops = 257.732173740246 Gflops = 0.257732173740246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001085065 Relative Rsd = 4.75381464832048e-07
BICGSTAB_SOLVER_TIME: 0.606624 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042345 s
InvBiCGStab: k = 48 resid = 1.884243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184926(s) Flops=317933568 => 1719.24752603744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247508.106354645 Mflops = 247.508106354645 Gflops = 0.247508106354645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059264 s
InvBiCGStab: k = 71 resid = 1.050984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265983(s) Flops=468854784 => 1762.72462525801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253776.15326423 Mflops = 253.77615326423 Gflops = 0.25377615326423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001029607 Relative Rsd = 4.51084257173589e-07
BICGSTAB_SOLVER_TIME: 0.556411 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0989580000000002
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994028(s) Flops=1561485312 => 1570.86652689864 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226201.429139198 Mflops = 226.201429139198 Gflops = 0.226201429139198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173756
CLOV_LINOP: Time spent in clov deriv (total) = 1.458729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.020969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952418(s) Flops=1413752832 => 1484.38273111176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213593.020639643 Mflops = 213.593020639643 Gflops = 0.213593020639643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 7.478467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903632(s) Flops=1512179712 => 1673.44639410734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240968.156698216 Mflops = 240.968156698216 Gflops = 0.240968156698216 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002011813 Relative Rsd = 8.85333434046218e-07
BICGSTAB_SOLVER_TIME: 1.859481 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.117223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001886
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318279999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.137548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.65228(s) Flops=1144719360 => 1754.95087999019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252698.492443886 Mflops = 252.698492443886 Gflops = 0.252698492443886 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 3.187532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752803(s) Flops=1328449536 => 1764.67088468032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254101.341996867 Mflops = 254.101341996867 Gflops = 0.254101341996867 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001950561 Relative Rsd = 8.57589800681704e-07
BICGSTAB_SOLVER_TIME: 1.408548 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.118277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268882999999999
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980386(s) Flops=1561485312 => 1592.72502055313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229336.161894218 Mflops = 229.336161894218 Gflops = 0.229336161894218 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173718
CLOV_LINOP: Time spent in clov deriv (total) = 1.394531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041296 s
InvBiCGStab: k = 29 resid = 2.121206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106981(s) Flops=193259520 => 1806.48451594208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.346724717 Mflops = 260.009346724717 Gflops = 0.260009346724717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058241 s
InvBiCGStab: k = 52 resid = 6.739631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195803(s) Flops=344180736 => 1757.79092250885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253048.10314561 Mflops = 253.04810314561 Gflops = 0.25304810314561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007324805 Relative Rsd = 3.20909383964542e-07
BICGSTAB_SOLVER_TIME: 0.406396 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042093 s
InvBiCGStab: k = 80 resid = 1.527814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301162(s) Flops=527910912 => 1752.91342201207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252385.947238726 Mflops = 252.385947238726 Gflops = 0.252385947238726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 96 resid = 5.822835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357662(s) Flops=632899584 => 1769.54662222993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254768.719784037 Mflops = 254.768719784037 Gflops = 0.254768719784036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001256306 Relative Rsd = 5.50404200799175e-07
BICGSTAB_SOLVER_TIME: 0.761242 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049238 s
InvBiCGStab: k = 44 resid = 2.242016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190307(s) Flops=291686400 => 1532.71503412907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220651.583544367 Mflops = 220.651583544367 Gflops = 0.220651583544367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069738 s
InvBiCGStab: k = 73 resid = 7.131122e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336982(s) Flops=481978368 => 1430.27926714187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205917.745616562 Mflops = 205.917745616561 Gflops = 0.205917745616561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.00106115 Relative Rsd = 4.64903798641131e-07
BICGSTAB_SOLVER_TIME: 0.650585 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0974290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063998 s
InvBiCGStab: k = 59 resid = 2.090596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263183(s) Flops=390113280 => 1482.28905362428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213407.672523581 Mflops = 213.407672523581 Gflops = 0.213407672523581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071847 s
InvBiCGStab: k = 72 resid = 1.070819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301165(s) Flops=475416576 => 1578.59172214567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227271.981959214 Mflops = 227.271981959214 Gflops = 0.227271981959214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001085315 Relative Rsd = 4.75490815450809e-07
BICGSTAB_SOLVER_TIME: 0.704287 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042688 s
InvBiCGStab: k = 49 resid = 2.029357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189668(s) Flops=324495360 => 1710.85981820866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246297.731075663 Mflops = 246.297731075663 Gflops = 0.246297731075663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059696 s
InvBiCGStab: k = 89 resid = 1.124415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402758(s) Flops=586967040 => 1457.36904046599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209815.830347558 Mflops = 209.815830347558 Gflops = 0.209815830347558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001073271 Relative Rsd = 4.70214291073977e-07
BICGSTAB_SOLVER_TIME: 0.698664 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112549
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994523(s) Flops=1574019072 => 1582.68745117006 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227887.81998479 Mflops = 227.88781998479 Gflops = 0.22788781998479 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175064
CLOV_LINOP: Time spent in clov deriv (total) = 1.40216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 29 resid = 2.151107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107178(s) Flops=193259520 => 1803.16408218104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.316291635 Mflops = 259.524316291635 Gflops = 0.259524316291635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05651 s
InvBiCGStab: k = 50 resid = 9.580973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18287(s) Flops=331057152 => 1810.34151036255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260595.561146933 Mflops = 260.595561146933 Gflops = 0.260595561146933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0008021105 Relative Rsd = 3.51415171915201e-07
BICGSTAB_SOLVER_TIME: 0.391816 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 77 resid = 1.95935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281193(s) Flops=508225536 => 1807.39042579296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260208.551255606 Mflops = 260.208551255606 Gflops = 0.260208551255606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 88 resid = 1.027252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322119(s) Flops=580405248 => 1801.83487468917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.68554711 Mflops = 259.41168554711 Gflops = 0.25941168554711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001244606 Relative Rsd = 5.45278441547836e-07
BICGSTAB_SOLVER_TIME: 0.704866 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042124 s
InvBiCGStab: k = 49 resid = 2.115317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180302(s) Flops=324495360 => 1799.7324488913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259091.130606297 Mflops = 259.091130606297 Gflops = 0.259091130606297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 74 resid = 1.016055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275762(s) Flops=488540160 => 1771.60072816414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255036.967158387 Mflops = 255.036967158387 Gflops = 0.255036967158387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001022914 Relative Rsd = 4.48151987689535e-07
BICGSTAB_SOLVER_TIME: 0.560312 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 62 resid = 1.254425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226481(s) Flops=409798656 => 1809.41737275975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260492.738425404 Mflops = 260.492738425404 Gflops = 0.260492738425404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 86 resid = 1.147929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31378(s) Flops=567281664 => 1807.89618203837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260282.919242034 Mflops = 260.282919242034 Gflops = 0.260282919242034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001116532 Relative Rsd = 4.89167344262098e-07
BICGSTAB_SOLVER_TIME: 0.641763 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 62 resid = 1.512221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227563(s) Flops=409798656 => 1800.81408664853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.476456583 Mflops = 259.251476456583 Gflops = 0.259251476456583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055934 s
InvBiCGStab: k = 80 resid = 1.123494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292058(s) Flops=527910912 => 1807.55504728513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260237.669337331 Mflops = 260.237669337331 Gflops = 0.260237669337331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001084273 Relative Rsd = 4.75034439827361e-07
BICGSTAB_SOLVER_TIME: 0.620452 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115534
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.144424(s) Flops=1580433408 => 1380.98590033065 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198849.503535069 Mflops = 198.849503535069 Gflops = 0.198849503535069 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175853000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.494519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 32 resid = 1.860644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118708(s) Flops=212944896 => 1793.85463490245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258197.887831004 Mflops = 258.197887831004 Gflops = 0.258197887831004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 48 resid = 1.138984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176693(s) Flops=317933568 => 1799.35576395217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259002.881316717 Mflops = 259.002881316717 Gflops = 0.259002881316717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0006881932 Relative Rsd = 3.0150653455121e-07
BICGSTAB_SOLVER_TIME: 0.396514 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0710800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 50 resid = 2.177816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183824(s) Flops=331057152 => 1800.94629645748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259261.272202378 Mflops = 259.261272202378 Gflops = 0.259261272202378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 82 resid = 7.241445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301947(s) Flops=541034496 => 1791.81941201602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257965.899667031 Mflops = 257.965899667031 Gflops = 0.257965899667031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001100868 Relative Rsd = 4.82304776885446e-07
BICGSTAB_SOLVER_TIME: 0.587237 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041349 s
InvBiCGStab: k = 61 resid = 1.299706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224268(s) Flops=403236864 => 1798.01337685269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.069693961 Mflops = 258.860069693961 Gflops = 0.258860069693961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056051 s
InvBiCGStab: k = 76 resid = 1.125869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277932(s) Flops=501663744 => 1804.9873494236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259858.424698506 Mflops = 259.858424698506 Gflops = 0.259858424698506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001081026 Relative Rsd = 4.73611861721724e-07
BICGSTAB_SOLVER_TIME: 0.603426 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 53 resid = 2.039429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194334(s) Flops=350742528 => 1804.84386674488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.328006144 Mflops = 259.836328006144 Gflops = 0.259836328006144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 81 resid = 9.201591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305431(s) Flops=534472704 => 1749.89671644332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251938.018585405 Mflops = 251.938018585405 Gflops = 0.251938018585405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001079225 Relative Rsd = 4.72822639951804e-07
BICGSTAB_SOLVER_TIME: 0.601035 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041291 s
InvBiCGStab: k = 56 resid = 1.672333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207188(s) Flops=370427904 => 1787.88300480723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257392.097504393 Mflops = 257.392097504393 Gflops = 0.257392097504393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 74 resid = 7.656838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27253(s) Flops=488540160 => 1792.61057498257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258066.586889948 Mflops = 258.066586889948 Gflops = 0.258066586889948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001065593 Relative Rsd = 4.66850535472983e-07
BICGSTAB_SOLVER_TIME: 0.58139 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106858
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985866(s) Flops=1586921472 => 1609.67258430659 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231781.363178502 Mflops = 231.781363178502 Gflops = 0.231781363178502 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176525000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041621 s
InvBiCGStab: k = 26 resid = 1.961808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129878(s) Flops=173574144 => 1336.43992054082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192375.337519717 Mflops = 192.375337519717 Gflops = 0.192375337519717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081694 s
InvBiCGStab: k = 48 resid = 7.148398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220314(s) Flops=317933568 => 1443.09289468667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207748.700886443 Mflops = 207.748700886443 Gflops = 0.207748700886443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007285632 Relative Rsd = 3.19193155584878e-07
BICGSTAB_SOLVER_TIME: 0.477209 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041384 s
InvBiCGStab: k = 51 resid = 1.764438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187762(s) Flops=337618944 => 1798.12179248197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258843.588206913 Mflops = 258.843588206913 Gflops = 0.258843588206913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056267 s
InvBiCGStab: k = 78 resid = 1.112941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28568(s) Flops=514787328 => 1801.97188462616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259427.636350026 Mflops = 259.427636350026 Gflops = 0.259427636350026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001104714 Relative Rsd = 4.83989612864996e-07
BICGSTAB_SOLVER_TIME: 0.574875 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.111653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041345 s
InvBiCGStab: k = 51 resid = 2.192392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187764(s) Flops=337618944 => 1798.10263948361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258862.117507759 Mflops = 258.862117507759 Gflops = 0.258862117507759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 73 resid = 1.101728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285539(s) Flops=481978368 => 1687.95985136881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243014.965187751 Mflops = 243.014965187751 Gflops = 0.243014965187751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001027129 Relative Rsd = 4.49998809473742e-07
BICGSTAB_SOLVER_TIME: 0.574736 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 54 resid = 2.196136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200128(s) Flops=357304320 => 1785.37895746722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257024.745661037 Mflops = 257.024745661037 Gflops = 0.257024745661037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 86 resid = 7.267989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316441(s) Flops=567281664 => 1792.69331091736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258099.012347821 Mflops = 258.099012347821 Gflops = 0.258099012347821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001121232 Relative Rsd = 4.91226593904112e-07
BICGSTAB_SOLVER_TIME: 0.618482 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042641 s
InvBiCGStab: k = 59 resid = 1.769647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217388(s) Flops=390113280 => 1794.54836513515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258356.367207668 Mflops = 258.356367207668 Gflops = 0.258356367207668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05767 s
InvBiCGStab: k = 68 resid = 9.817148e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248319(s) Flops=449169408 => 1808.84027400239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260393.893934582 Mflops = 260.393893934582 Gflops = 0.260393893934582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001073831 Relative Rsd = 4.70459717929144e-07
BICGSTAB_SOLVER_TIME: 0.569915 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10468
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990733(s) Flops=1593335808 => 1608.23936216922 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231734.671545978 Mflops = 231.734671545978 Gflops = 0.231734671545978 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177402
CLOV_LINOP: Time spent in clov deriv (total) = 1.509123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021133
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.555541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880438(s) Flops=1315325952 => 1493.94500464542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215117.272996384 Mflops = 215.117272996384 Gflops = 0.215117272996384 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.131941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825289(s) Flops=1459685376 => 1768.69602769454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254681.523546069 Mflops = 254.681523546069 Gflops = 0.254681523546069 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002153283 Relative Rsd = 9.47577537202639e-07
BICGSTAB_SOLVER_TIME: 1.709178 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301686
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 1.893206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.608398(s) Flops=1092225024 => 1795.24755834174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258408.410118344 Mflops = 258.408410118344 Gflops = 0.258408410118344 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.019873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.74406(s) Flops=1348134912 => 1811.86317232481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260894.3444335 Mflops = 260.8943444335 Gflops = 0.2608943444335 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.00188975 Relative Rsd = 8.30838612125716e-07
BICGSTAB_SOLVER_TIME: 1.355854 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.115247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267162999999999
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98916(s) Flops=1593335808 => 1610.79684580856 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231993.700713124 Mflops = 231.993700713124 Gflops = 0.231993700713124 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177761000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049638 s
InvBiCGStab: k = 29 resid = 1.728147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130152(s) Flops=193259520 => 1484.87553014936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213771.423025471 Mflops = 213.771423025471 Gflops = 0.213771423025471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069504 s
InvBiCGStab: k = 51 resid = 8.283729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236063(s) Flops=337618944 => 1430.20695322859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205895.954770769 Mflops = 205.895954770769 Gflops = 0.205895954770769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007620039 Relative Rsd = 3.3384397086766e-07
BICGSTAB_SOLVER_TIME: 0.489719 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0711810000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042282 s
InvBiCGStab: k = 84 resid = 2.134846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371104(s) Flops=554158080 => 1493.26894886609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215001.986114564 Mflops = 215.001986114564 Gflops = 0.215001986114564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058535 s
InvBiCGStab: k = 102 resid = 1.10219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440273(s) Flops=672270336 => 1526.93973057626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219851.522012587 Mflops = 219.851522012587 Gflops = 0.219851522012587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001269976 Relative Rsd = 5.56393034290567e-07
BICGSTAB_SOLVER_TIME: 0.915976 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146776
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041927 s
InvBiCGStab: k = 56 resid = 2.096014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205903(s) Flops=370427904 => 1799.04082990534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258990.585358916 Mflops = 258.990585358916 Gflops = 0.258990585358916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 69 resid = 8.47404e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253225(s) Flops=455731200 => 1799.7085595814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.969010244 Mflops = 259.092969010244 Gflops = 0.259092969010244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00102144 Relative Rsd = 4.47506390612913e-07
BICGSTAB_SOLVER_TIME: 0.561719 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041465 s
InvBiCGStab: k = 69 resid = 1.999693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253128(s) Flops=455731200 => 1800.39821750261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.043656321 Mflops = 259.209043656321 Gflops = 0.259209043656321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 87 resid = 8.63794e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319146(s) Flops=573843456 => 1798.05937094621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258868.141708033 Mflops = 258.868141708033 Gflops = 0.258868141708033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001140889 Relative Rsd = 4.99838567168593e-07
BICGSTAB_SOLVER_TIME: 0.673942 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041224 s
InvBiCGStab: k = 55 resid = 1.699336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202111(s) Flops=363866112 => 1800.32809693683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259185.789780067 Mflops = 259.185789780067 Gflops = 0.259185789780067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 82 resid = 1.017685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299438(s) Flops=541034496 => 1806.8331207128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.828482677 Mflops = 260.122828482677 Gflops = 0.260122828482677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001094381 Relative Rsd = 4.79462833868662e-07
BICGSTAB_SOLVER_TIME: 0.602852 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111766
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996683(s) Flops=1605722112 => 1611.06601798165 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232160.821753111 Mflops = 232.160821753111 Gflops = 0.232160821753111 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178885000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047087 s
InvBiCGStab: k = 25 resid = 2.158011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114102(s) Flops=167012352 => 1463.71099542515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210699.020115021 Mflops = 210.699020115021 Gflops = 0.210699020115021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066158 s
InvBiCGStab: k = 52 resid = 1.121652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240373(s) Flops=344180736 => 1431.8610492859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206125.713684613 Mflops = 206.125713684613 Gflops = 0.206125713684613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007268303 Relative Rsd = 3.18433923630177e-07
BICGSTAB_SOLVER_TIME: 0.473235 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689390000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050333 s
InvBiCGStab: k = 83 resid = 1.986618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342877(s) Flops=547596288 => 1597.06334341469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229940.377187448 Mflops = 229.940377187448 Gflops = 0.229940377187448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067169 s
InvBiCGStab: k = 111 resid = 6.905397e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479911(s) Flops=731326464 => 1523.87935262997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219400.567862919 Mflops = 219.400567862919 Gflops = 0.219400567862919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.00133859 Relative Rsd = 5.86453947813921e-07
BICGSTAB_SOLVER_TIME: 0.944358 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152182999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042045 s
InvBiCGStab: k = 51 resid = 2.182847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242075(s) Flops=337618944 => 1394.6873654859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200784.742603115 Mflops = 200.784742603115 Gflops = 0.200784742603115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059641 s
InvBiCGStab: k = 80 resid = 5.936733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293466(s) Flops=527910912 => 1798.88270532191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.413283449 Mflops = 258.979413283449 Gflops = 0.258979413283449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001044341 Relative Rsd = 4.57539666905852e-07
BICGSTAB_SOLVER_TIME: 0.641028 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 65 resid = 1.867414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239079(s) Flops=429484032 => 1796.41052539119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258629.290107066 Mflops = 258.629290107066 Gflops = 0.258629290107066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 80 resid = 9.419744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293149(s) Flops=527910912 => 1800.8279475625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259259.521776951 Mflops = 259.259521776951 Gflops = 0.259259521776951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.0011116 Relative Rsd = 4.87006496470563e-07
BICGSTAB_SOLVER_TIME: 0.63376 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 61 resid = 1.645786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223974(s) Flops=403236864 => 1800.37354335771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.283182317 Mflops = 259.202283182317 Gflops = 0.259202283182317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055915 s
InvBiCGStab: k = 84 resid = 8.910304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307334(s) Flops=554158080 => 1803.11348565404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.860904655 Mflops = 259.597860904655 Gflops = 0.259597860904655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001094072 Relative Rsd = 4.7932721666004e-07
BICGSTAB_SOLVER_TIME: 0.631953 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117469
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023777(s) Flops=1612136448 => 1574.69492672721 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226747.87598881 Mflops = 226.74787598881 Gflops = 0.22674787598881 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179363000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042101 s
InvBiCGStab: k = 24 resid = 1.928012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088901(s) Flops=160450560 => 1804.82289288085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.404214403 Mflops = 259.752404214403 Gflops = 0.259752404214403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056983 s
InvBiCGStab: k = 42 resid = 1.095517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19137(s) Flops=278562816 => 1455.62426712651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209546.096933132 Mflops = 209.546096933132 Gflops = 0.209546096933132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007170906 Relative Rsd = 3.14166852353401e-07
BICGSTAB_SOLVER_TIME: 0.383677 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.061078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047858 s
InvBiCGStab: k = 63 resid = 1.577292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285054(s) Flops=416360448 => 1460.63710033888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210301.515545999 Mflops = 210.301515545999 Gflops = 0.210301515545999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067615 s
InvBiCGStab: k = 76 resid = 1.108622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349719(s) Flops=501663744 => 1434.47666269205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206525.71668841 Mflops = 206.52571668841 Gflops = 0.20652571668841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001066851 Relative Rsd = 4.67401419816845e-07
BICGSTAB_SOLVER_TIME: 0.754346 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113043
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050054 s
InvBiCGStab: k = 55 resid = 2.215243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232908(s) Flops=363866112 => 1562.27399659952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224911.621700832 Mflops = 224.911621700832 Gflops = 0.224911621700832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 79 resid = 8.709588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38088(s) Flops=521349120 => 1368.80151228733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197077.231043426 Mflops = 197.077231043426 Gflops = 0.197077231043426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001058729 Relative Rsd = 4.63843036435444e-07
BICGSTAB_SOLVER_TIME: 0.72392 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041669 s
InvBiCGStab: k = 69 resid = 1.585536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253031(s) Flops=455731200 => 1801.08840418763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.717252235 Mflops = 259.309717252235 Gflops = 0.259309717252235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 83 resid = 9.942655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307931(s) Flops=547596288 => 1778.30841324842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256031.472544194 Mflops = 256.031472544194 Gflops = 0.256031472544194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001100886 Relative Rsd = 4.82312733367035e-07
BICGSTAB_SOLVER_TIME: 0.663277 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122532
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042067 s
InvBiCGStab: k = 65 resid = 1.88743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240819(s) Flops=429484032 => 1783.43084225082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256744.535661461 Mflops = 256.744535661461 Gflops = 0.256744535661461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057197 s
InvBiCGStab: k = 74 resid = 9.276499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27242(s) Flops=488540160 => 1793.33441010205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258179.948246288 Mflops = 258.179948246288 Gflops = 0.258179948246288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001076539 Relative Rsd = 4.71646049735293e-07
BICGSTAB_SOLVER_TIME: 0.616339 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113185
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001384(s) Flops=1612210176 => 1609.98196096602 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231819.111070878 Mflops = 231.819111070878 Gflops = 0.231819111070878 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179305
CLOV_LINOP: Time spent in clov deriv (total) = 1.393939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042405 s
InvBiCGStab: k = 24 resid = 1.690529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088698(s) Flops=160450560 => 1808.95352770074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260340.575472923 Mflops = 260.340575472923 Gflops = 0.260340575472923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 47 resid = 1.018287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172276(s) Flops=311371776 => 1807.40077549978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.292044566 Mflops = 260.161292044566 Gflops = 0.260161292044566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007261583 Relative Rsd = 3.18139533811386e-07
BICGSTAB_SOLVER_TIME: 0.363359 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0647080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050289 s
InvBiCGStab: k = 50 resid = 2.211555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212986(s) Flops=331057152 => 1554.36109415642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223767.966442767 Mflops = 223.767966442767 Gflops = 0.223767966442767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064075 s
InvBiCGStab: k = 75 resid = 1.144253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33163(s) Flops=495101952 => 1492.93475258571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214939.638793428 Mflops = 214.939638793428 Gflops = 0.214939638793428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001098665 Relative Rsd = 4.8133944145574e-07
BICGSTAB_SOLVER_TIME: 0.663006 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 55 resid = 2.244623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238664(s) Flops=363866112 => 1524.59571615325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219497.963954765 Mflops = 219.497963954765 Gflops = 0.219497963954765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065289 s
InvBiCGStab: k = 73 resid = 9.978849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329542(s) Flops=481978368 => 1462.57037949639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210569.306951598 Mflops = 210.569306951598 Gflops = 0.210569306951598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001052848 Relative Rsd = 4.61266513483973e-07
BICGSTAB_SOLVER_TIME: 0.680394 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04755 s
InvBiCGStab: k = 57 resid = 2.182664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248599(s) Flops=376989696 => 1516.45700907888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218323.697031458 Mflops = 218.323697031458 Gflops = 0.218323697031458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05662 s
InvBiCGStab: k = 84 resid = 7.487458e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309234(s) Flops=554158080 => 1792.03476978599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258002.535980012 Mflops = 258.002535980012 Gflops = 0.258002535980012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001114035 Relative Rsd = 4.8807343004979e-07
BICGSTAB_SOLVER_TIME: 0.665821 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041792 s
InvBiCGStab: k = 62 resid = 2.26546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228006(s) Flops=409798656 => 1797.31522854662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258738.268791949 Mflops = 258.738268791949 Gflops = 0.258738268791949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 73 resid = 1.062076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268505(s) Flops=481978368 => 1795.04429340236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258429.131290872 Mflops = 258.429131290872 Gflops = 0.258429131290872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001089604 Relative Rsd = 4.77369769179894e-07
BICGSTAB_SOLVER_TIME: 0.598606 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110253
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002512(s) Flops=1618624512 => 1614.56871538695 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232478.037516916 Mflops = 232.478037516916 Gflops = 0.232478037516916 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180729
CLOV_LINOP: Time spent in clov deriv (total) = 1.394922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.016933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682852(s) Flops=1236584448 => 1810.91136585966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260708.768770099 Mflops = 260.708768770099 Gflops = 0.260708768770099 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 8.556323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.158709(s) Flops=1689348096 => 1457.95717130013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209938.168889074 Mflops = 209.938168889074 Gflops = 0.209938168889074 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002125259 Relative Rsd = 9.35251979307524e-07
BICGSTAB_SOLVER_TIME: 1.845141 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.129594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318518999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.315413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8545(s) Flops=1249708032 => 1462.50208543008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210617.707166587 Mflops = 210.617707166587 Gflops = 0.210617707166587 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 6.405277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81527(s) Flops=1453123584 => 1782.38323990825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256650.882935257 Mflops = 256.650882935257 Gflops = 0.256650882935257 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001970879 Relative Rsd = 8.66506606547343e-07
BICGSTAB_SOLVER_TIME: 1.673147 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294122999999999
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006132(s) Flops=1618624512 => 1608.75959814418 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231664.553452723 Mflops = 231.664553452723 Gflops = 0.231664553452723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180303
CLOV_LINOP: Time spent in clov deriv (total) = 1.377264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041575 s
InvBiCGStab: k = 24 resid = 2.059072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089539(s) Flops=160450560 => 1791.96283183864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257873.328658207 Mflops = 257.873328658207 Gflops = 0.257873328658207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05652 s
InvBiCGStab: k = 49 resid = 8.288761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179835(s) Flops=324495360 => 1804.40603886896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.71949164 Mflops = 259.75571949164 Gflops = 0.25975571949164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007275246 Relative Rsd = 3.18738131543237e-07
BICGSTAB_SOLVER_TIME: 0.371298 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041853 s
InvBiCGStab: k = 73 resid = 1.496861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266294(s) Flops=481978368 => 1809.94828272511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260576.885361182 Mflops = 260.576885361182 Gflops = 0.260576885361182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 105 resid = 7.321668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382765(s) Flops=691955712 => 1807.78209083903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260280.368906994 Mflops = 260.280368906995 Gflops = 0.260280368906995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001257115 Relative Rsd = 5.50758723257668e-07
BICGSTAB_SOLVER_TIME: 0.751102 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046446 s
InvBiCGStab: k = 55 resid = 2.17208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249911(s) Flops=363866112 => 1455.98277786892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209607.544556468 Mflops = 209.607544556468 Gflops = 0.209607544556468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076358 s
InvBiCGStab: k = 75 resid = 7.970402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338066(s) Flops=495101952 => 1464.51270461981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210854.022702931 Mflops = 210.854022702931 Gflops = 0.210854022702931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001031213 Relative Rsd = 4.51788150778777e-07
BICGSTAB_SOLVER_TIME: 0.714817 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044315 s
InvBiCGStab: k = 65 resid = 1.674944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2949(s) Flops=429484032 => 1456.37175991862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209671.45239312 Mflops = 209.67145239312 Gflops = 0.20967145239312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079102 s
InvBiCGStab: k = 80 resid = 8.851166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369746(s) Flops=527910912 => 1427.76639098192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205561.802521582 Mflops = 205.561802521582 Gflops = 0.205561802521582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001117805 Relative Rsd = 4.89725318035067e-07
BICGSTAB_SOLVER_TIME: 0.791911 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041365 s
InvBiCGStab: k = 70 resid = 1.052429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256815(s) Flops=462292992 => 1800.10120904153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259166.975601846 Mflops = 259.166975601846 Gflops = 0.259166975601846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 86 resid = 7.274658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315206(s) Flops=567281664 => 1799.71721350482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259110.664578451 Mflops = 259.110664578451 Gflops = 0.259110664578451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001115676 Relative Rsd = 4.88792369565675e-07
BICGSTAB_SOLVER_TIME: 0.673709 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125395
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.010731(s) Flops=1624891392 => 1607.6398092074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231491.198672677 Mflops = 231.491198672677 Gflops = 0.231491198672677 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180739
CLOV_LINOP: Time spent in clov deriv (total) = 1.391007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 24 resid = 2.053411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088886(s) Flops=160450560 => 1805.12746664267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.369231165 Mflops = 259.794369231165 Gflops = 0.259794369231165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056061 s
InvBiCGStab: k = 44 resid = 1.074303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161682(s) Flops=291686400 => 1804.07466508331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.409571159 Mflops = 259.698409571159 Gflops = 0.259698409571159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0006731122 Relative Rsd = 2.94899339631711e-07
BICGSTAB_SOLVER_TIME: 0.351547 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0625240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04504 s
InvBiCGStab: k = 72 resid = 2.205943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270897(s) Flops=475416576 => 1754.97172726165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252655.124564514 Mflops = 252.655124564514 Gflops = 0.252655124564514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 97 resid = 9.485379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357522(s) Flops=639461376 => 1788.59308238374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257509.336498165 Mflops = 257.509336498165 Gflops = 0.257509336498165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001227737 Relative Rsd = 5.37887584194913e-07
BICGSTAB_SOLVER_TIME: 0.733794 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044912 s
InvBiCGStab: k = 66 resid = 9.529925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314808(s) Flops=436045824 => 1385.11671876191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199422.837512121 Mflops = 199.422837512121 Gflops = 0.199422837512121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067302 s
InvBiCGStab: k = 70 resid = 8.470823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331329(s) Flops=462292992 => 1395.26872685458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200882.707054662 Mflops = 200.882707054662 Gflops = 0.200882707054662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001082581 Relative Rsd = 4.74292905943887e-07
BICGSTAB_SOLVER_TIME: 0.763019 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051811 s
InvBiCGStab: k = 73 resid = 1.599417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31726(s) Flops=481978368 => 1519.19046838555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218719.842000953 Mflops = 218.719842000953 Gflops = 0.218719842000953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067 s
InvBiCGStab: k = 95 resid = 1.075169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432578(s) Flops=626337792 => 1447.9187383547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208471.091574841 Mflops = 208.471091574841 Gflops = 0.208471091574841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001136293 Relative Rsd = 4.97824965289541e-07
BICGSTAB_SOLVER_TIME: 0.873786 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 62 resid = 2.135186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233035(s) Flops=409798656 => 1758.5283584011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253165.97119742 Mflops = 253.16597119742 Gflops = 0.25316597119742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 79 resid = 9.351372e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289045(s) Flops=521349120 => 1803.69534155581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259668.68212648 Mflops = 259.66868212648 Gflops = 0.25966868212648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001110022 Relative Rsd = 4.86315353637153e-07
BICGSTAB_SOLVER_TIME: 0.623313 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114725
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008609(s) Flops=1625112576 => 1611.24139879775 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232045.301462204 Mflops = 232.045301462204 Gflops = 0.232045301462204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181026
CLOV_LINOP: Time spent in clov deriv (total) = 1.408292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041665 s
InvBiCGStab: k = 26 resid = 2.2545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096837(s) Flops=173574144 => 1792.43619690821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257927.659824195 Mflops = 257.927659824195 Gflops = 0.257927659824195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056731 s
InvBiCGStab: k = 54 resid = 8.708254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199308(s) Flops=357304320 => 1792.72442651574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258080.946336348 Mflops = 258.080946336348 Gflops = 0.258080946336348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007808287 Relative Rsd = 3.42091348563944e-07
BICGSTAB_SOLVER_TIME: 0.398376 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0711240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041956 s
InvBiCGStab: k = 48 resid = 2.175728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177428(s) Flops=317933568 => 1791.9018869626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257958.179661545 Mflops = 257.958179661545 Gflops = 0.257958179661545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 77 resid = 1.148376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281788(s) Flops=508225536 => 1803.57409116073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.791955501 Mflops = 259.655791955501 Gflops = 0.259655791955501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001092873 Relative Rsd = 4.78802037872081e-07
BICGSTAB_SOLVER_TIME: 0.5613 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041345 s
InvBiCGStab: k = 57 resid = 1.565046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262269(s) Flops=376989696 => 1437.41614906832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206923.318081492 Mflops = 206.923318081492 Gflops = 0.206923318081492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062486 s
InvBiCGStab: k = 73 resid = 9.985318e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330789(s) Flops=481978368 => 1457.05681869711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209765.530389384 Mflops = 209.765530389384 Gflops = 0.209765530389384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00102889 Relative Rsd = 4.50770486181697e-07
BICGSTAB_SOLVER_TIME: 0.701974 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049328 s
InvBiCGStab: k = 65 resid = 1.879718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275598(s) Flops=429484032 => 1558.37136699105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224340.475003238 Mflops = 224.340475003238 Gflops = 0.224340475003238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070566 s
InvBiCGStab: k = 84 resid = 1.135789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365492(s) Flops=554158080 => 1516.19756383177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218287.839281775 Mflops = 218.287839281775 Gflops = 0.218287839281775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00113589 Relative Rsd = 4.97648596614319e-07
BICGSTAB_SOLVER_TIME: 0.766759 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 61 resid = 2.07198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277554(s) Flops=403236864 => 1452.82310469314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209168.972000365 Mflops = 209.168972000365 Gflops = 0.209168972000365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 82 resid = 1.060303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300555(s) Flops=541034496 => 1800.1181015122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259167.089422475 Mflops = 259.167089422475 Gflops = 0.259167089422475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001043726 Relative Rsd = 4.57270319602831e-07
BICGSTAB_SOLVER_TIME: 0.679385 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116158
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038756(s) Flops=1631232000 => 1570.37071266014 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226133.053874895 Mflops = 226.133053874895 Gflops = 0.226133053874895 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181773
CLOV_LINOP: Time spent in clov deriv (total) = 1.402547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040575 s
InvBiCGStab: k = 32 resid = 1.425531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11851(s) Flops=212944896 => 1796.85170871656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258652.873161386 Mflops = 258.652873161386 Gflops = 0.258652873161386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056624 s
InvBiCGStab: k = 45 resid = 1.139565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166188(s) Flops=298248192 => 1794.64336775218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258329.420316662 Mflops = 258.329420316662 Gflops = 0.258329420316662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007566277 Relative Rsd = 3.31488571800349e-07
BICGSTAB_SOLVER_TIME: 0.385754 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041591 s
InvBiCGStab: k = 60 resid = 1.186819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220564(s) Flops=396675072 => 1798.45791697648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258909.807861728 Mflops = 258.909807861728 Gflops = 0.258909807861728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056319 s
InvBiCGStab: k = 85 resid = 9.322829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310186(s) Flops=560719872 => 1807.68916714487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260254.853347486 Mflops = 260.254853347486 Gflops = 0.260254853347486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001123534 Relative Rsd = 4.92235230954774e-07
BICGSTAB_SOLVER_TIME: 0.632536 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041158 s
InvBiCGStab: k = 68 resid = 9.812597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249578(s) Flops=449169408 => 1799.71555185153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259089.378256291 Mflops = 259.089378256291 Gflops = 0.259089378256291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 75 resid = 1.057902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314426(s) Flops=495101952 => 1574.62153893126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226697.435863522 Mflops = 226.697435863522 Gflops = 0.226697435863522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001089589 Relative Rsd = 4.77363087775483e-07
BICGSTAB_SOLVER_TIME: 0.665762 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049043 s
InvBiCGStab: k = 67 resid = 2.124337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282005(s) Flops=442607616 => 1569.50272512899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225948.491142856 Mflops = 225.948491142856 Gflops = 0.225948491142856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061447 s
InvBiCGStab: k = 79 resid = 1.041259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349633(s) Flops=521349120 => 1491.13247319332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214681.753520663 Mflops = 214.681753520663 Gflops = 0.214681753520663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001167704 Relative Rsd = 5.11586363237778e-07
BICGSTAB_SOLVER_TIME: 0.746085 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052242 s
InvBiCGStab: k = 59 resid = 2.23285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258492(s) Flops=390113280 => 1509.18898844065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217282.00875094 Mflops = 217.28200875094 Gflops = 0.21728200875094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072895 s
InvBiCGStab: k = 82 resid = 9.671235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348786(s) Flops=541034496 => 1551.19327037209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223336.399702365 Mflops = 223.336399702365 Gflops = 0.223336399702365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001147345 Relative Rsd = 5.02667045370381e-07
BICGSTAB_SOLVER_TIME: 0.736477 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114507
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01951(s) Flops=1631305728 => 1600.0880109072 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230555.665130981 Mflops = 230.555665130981 Gflops = 0.230555665130981 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181852
CLOV_LINOP: Time spent in clov deriv (total) = 1.397887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021439
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 2.265396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777491(s) Flops=1407191040 => 1809.91296362273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260635.611749558 Mflops = 260.635611749558 Gflops = 0.260635611749558 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.013126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.925906(s) Flops=1676224512 => 1810.36143193802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260682.100316987 Mflops = 260.682100316987 Gflops = 0.260682100316987 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002123673 Relative Rsd = 9.34572535618931e-07
BICGSTAB_SOLVER_TIME: 1.706774 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.115346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335093
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.509004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846972(s) Flops=1289078784 => 1521.98512347516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219107.889542995 Mflops = 219.107889542995 Gflops = 0.219107889542995 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.06911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.945445(s) Flops=1361258496 => 1439.80717651476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207323.827418908 Mflops = 207.323827418908 Gflops = 0.207323827418908 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.001960131 Relative Rsd = 8.61785373864929e-07
BICGSTAB_SOLVER_TIME: 1.796458 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.14844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.138685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288006999999999
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.225548(s) Flops=1631305728 => 1331.0826895397 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191663.608883434 Mflops = 191.663608883434 Gflops = 0.191663608883434 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181658000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042561 s
InvBiCGStab: k = 30 resid = 2.24062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111049(s) Flops=199821312 => 1799.39767129826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.142095367 Mflops = 258.985142095367 Gflops = 0.258985142095367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056843 s
InvBiCGStab: k = 47 resid = 9.768218e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174108(s) Flops=311371776 => 1788.38293473017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257434.423136516 Mflops = 257.434423136516 Gflops = 0.257434423136516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007666708 Relative Rsd = 3.35888582623675e-07
BICGSTAB_SOLVER_TIME: 0.38835 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 78 resid = 1.863198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284547(s) Flops=514787328 => 1809.1469177324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260483.266464705 Mflops = 260.483266464705 Gflops = 0.260483266464705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056837 s
InvBiCGStab: k = 106 resid = 9.396128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386531(s) Flops=698517504 => 1807.14484478606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260179.57082534 Mflops = 260.17957082534 Gflops = 0.26017957082534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001291883 Relative Rsd = 5.65991152244295e-07
BICGSTAB_SOLVER_TIME: 0.772478 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145246999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041897 s
InvBiCGStab: k = 65 resid = 1.964712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249992(s) Flops=429484032 => 1717.99110371532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247339.6487951 Mflops = 247.3396487951 Gflops = 0.2473396487951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057955 s
InvBiCGStab: k = 100 resid = 7.380824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368148(s) Flops=659146752 => 1790.43958408032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257773.89784266 Mflops = 257.77389784266 Gflops = 0.25777389784266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001118157 Relative Rsd = 4.89879143345787e-07
BICGSTAB_SOLVER_TIME: 0.72194 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041755 s
InvBiCGStab: k = 67 resid = 2.106171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245859(s) Flops=442607616 => 1800.24980171562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259164.679903495 Mflops = 259.164679903495 Gflops = 0.259164679903495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 88 resid = 9.201246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323029(s) Flops=580405248 => 1796.75895353049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258678.290765241 Mflops = 258.678290765241 Gflops = 0.258678290765241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001120361 Relative Rsd = 4.90844835797104e-07
BICGSTAB_SOLVER_TIME: 0.671162 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051332 s
InvBiCGStab: k = 56 resid = 2.128786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233851(s) Flops=370427904 => 1584.03386771919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228015.02940107 Mflops = 228.01502940107 Gflops = 0.22801502940107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05898 s
InvBiCGStab: k = 88 resid = 1.038996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402039(s) Flops=580405248 => 1443.65409325961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207851.260183309 Mflops = 207.85126018331 Gflops = 0.20785126018331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001115734 Relative Rsd = 4.88817718099968e-07
BICGSTAB_SOLVER_TIME: 0.750671 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116696
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.212435(s) Flops=1631379456 => 1345.53972460379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193755.54805775 Mflops = 193.75554805775 Gflops = 0.19375554805775 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181486
CLOV_LINOP: Time spent in clov deriv (total) = 1.396842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041817 s
InvBiCGStab: k = 27 resid = 1.587388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109267(s) Flops=180135936 => 1648.58498906349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237264.70247325 Mflops = 237.26470247325 Gflops = 0.23726470247325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057585 s
InvBiCGStab: k = 51 resid = 1.124663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202776(s) Flops=337618944 => 1664.98473192094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239682.38311984 Mflops = 239.68238311984 Gflops = 0.23968238311984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007579446 Relative Rsd = 3.32065518721723e-07
BICGSTAB_SOLVER_TIME: 0.41563 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0696370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 72 resid = 2.083812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266074(s) Flops=475416576 => 1786.78328585281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257249.545975114 Mflops = 257.249545975114 Gflops = 0.257249545975114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 108 resid = 1.053458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39634(s) Flops=711641088 => 1795.53183630216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258516.370914884 Mflops = 258.516370914884 Gflops = 0.258516370914884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001300432 Relative Rsd = 5.69736206924513e-07
BICGSTAB_SOLVER_TIME: 0.764587 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 57 resid = 2.059024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208646(s) Flops=376989696 => 1806.83883707332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260126.931923592 Mflops = 260.126931923592 Gflops = 0.260126931923592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 83 resid = 9.177492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303767(s) Flops=547596288 => 1802.68524230743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.607804524 Mflops = 259.523607804524 Gflops = 0.259523607804524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001127672 Relative Rsd = 4.94047931673705e-07
BICGSTAB_SOLVER_TIME: 0.614404 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 67 resid = 2.191744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244932(s) Flops=442607616 => 1807.06325020822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.579825295 Mflops = 260.161579825295 Gflops = 0.260161579825295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056644 s
InvBiCGStab: k = 97 resid = 1.145382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353253(s) Flops=639461376 => 1810.20791330859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260623.054739486 Mflops = 260.623054739486 Gflops = 0.260623054739486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001151789 Relative Rsd = 5.04614088220756e-07
BICGSTAB_SOLVER_TIME: 0.70011 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04532 s
InvBiCGStab: k = 61 resid = 2.211491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27364(s) Flops=403236864 => 1473.60350825903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212184.043987697 Mflops = 212.184043987697 Gflops = 0.212184043987697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072089 s
InvBiCGStab: k = 87 resid = 1.125996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398364(s) Flops=573843456 => 1440.50028617044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207402.553038222 Mflops = 207.402553038222 Gflops = 0.207402553038222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001165436 Relative Rsd = 5.10592721094726e-07
BICGSTAB_SOLVER_TIME: 0.793253 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119736
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.221989(s) Flops=1637425152 => 1339.96717810062 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192955.911761489 Mflops = 192.955911761489 Gflops = 0.192955911761489 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182121000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 32 resid = 1.786126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119156(s) Flops=212944896 => 1787.11014132734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257225.730490471 Mflops = 257.225730490471 Gflops = 0.257225730490471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 47 resid = 9.994691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172504(s) Flops=311371776 => 1805.01191856421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259820.207230405 Mflops = 259.820207230405 Gflops = 0.259820207230405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000740527 Relative Rsd = 3.24434640840866e-07
BICGSTAB_SOLVER_TIME: 0.393235 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0703560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 45 resid = 1.892747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165303(s) Flops=298248192 => 1804.25153808461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259728.325152212 Mflops = 259.728325152212 Gflops = 0.259728325152212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 88 resid = 1.084887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321014(s) Flops=580405248 => 1808.03718217897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260311.960528215 Mflops = 260.311960528215 Gflops = 0.260311960528215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00115662 Relative Rsd = 5.06730308311071e-07
BICGSTAB_SOLVER_TIME: 0.587193 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 62 resid = 2.003988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227664(s) Flops=409798656 => 1800.01518026565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259140.996713378 Mflops = 259.140996713378 Gflops = 0.259140996713378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 82 resid = 8.72794e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300027(s) Flops=541034496 => 1803.28602425782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.202643539 Mflops = 259.623202643539 Gflops = 0.259623202643539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001093889 Relative Rsd = 4.7924729482254e-07
BICGSTAB_SOLVER_TIME: 0.629329 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 69 resid = 1.486217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251954(s) Flops=455731200 => 1808.78731832001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260413.343680151 Mflops = 260.413343680151 Gflops = 0.260413343680151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057138 s
InvBiCGStab: k = 86 resid = 9.376838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314939(s) Flops=567281664 => 1801.2429835619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259328.28058177 Mflops = 259.32828058177 Gflops = 0.25932828058177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001086113 Relative Rsd = 4.7584044161294e-07
BICGSTAB_SOLVER_TIME: 0.668965 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 59 resid = 1.396574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258735(s) Flops=390113280 => 1507.77158096122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217103.189272173 Mflops = 217.103189272173 Gflops = 0.217103189272173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065986 s
InvBiCGStab: k = 82 resid = 1.112191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364702(s) Flops=541034496 => 1483.49747465054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213580.344597656 Mflops = 213.580344597656 Gflops = 0.213580344597656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001101268 Relative Rsd = 4.82480125498926e-07
BICGSTAB_SOLVER_TIME: 0.733968 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114619
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.242629(s) Flops=1637351424 => 1317.65106399416 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189782.37657203 Mflops = 189.78237657203 Gflops = 0.18978237657203 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182228
CLOV_LINOP: Time spent in clov deriv (total) = 1.43704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041744 s
InvBiCGStab: k = 28 resid = 1.861849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106463(s) Flops=186697728 => 1753.63955552633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252373.652695032 Mflops = 252.373652695032 Gflops = 0.252373652695032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056845 s
InvBiCGStab: k = 49 resid = 1.124232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180224(s) Flops=324495360 => 1800.51136363636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259180.859052841 Mflops = 259.180859052841 Gflops = 0.259180859052841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007522789 Relative Rsd = 3.29583300478316e-07
BICGSTAB_SOLVER_TIME: 0.389114 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 62 resid = 1.724407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226357(s) Flops=409798656 => 1810.40858466935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260644.245249569 Mflops = 260.644245249569 Gflops = 0.260644245249569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058765 s
InvBiCGStab: k = 84 resid = 9.378462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314086(s) Flops=554158080 => 1764.35141967487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254015.221217745 Mflops = 254.015221217745 Gflops = 0.254015221217746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001138817 Relative Rsd = 4.98930916230406e-07
BICGSTAB_SOLVER_TIME: 0.64439 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11812
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042383 s
InvBiCGStab: k = 65 resid = 1.252524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241353(s) Flops=429484032 => 1779.48495357423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256196.45898384 Mflops = 256.19645898384 Gflops = 0.25619645898384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 80 resid = 1.1354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305845(s) Flops=527910912 => 1726.07337703739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248508.822028737 Mflops = 248.508822028737 Gflops = 0.248508822028737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001039766 Relative Rsd = 4.5553524558248e-07
BICGSTAB_SOLVER_TIME: 0.649828 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042061 s
InvBiCGStab: k = 63 resid = 2.059857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230522(s) Flops=416360448 => 1806.16361128222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260024.127034422 Mflops = 260.024127034422 Gflops = 0.260024127034422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057485 s
InvBiCGStab: k = 85 resid = 1.135801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316825(s) Flops=560719872 => 1769.80942791762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254807.078441136 Mflops = 254.807078441136 Gflops = 0.254807078441136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00117275 Relative Rsd = 5.13797092048506e-07
BICGSTAB_SOLVER_TIME: 0.650753 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044066 s
InvBiCGStab: k = 60 resid = 2.26323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224173(s) Flops=396675072 => 1769.50423110723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254743.40500163 Mflops = 254.74340500163 Gflops = 0.25474340500163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063061 s
InvBiCGStab: k = 82 resid = 1.095451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375308(s) Flops=541034496 => 1441.57464269347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207540.543849868 Mflops = 207.540543849868 Gflops = 0.207540543849868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001081855 Relative Rsd = 4.73975105708113e-07
BICGSTAB_SOLVER_TIME: 0.718227 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115181
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.22707(s) Flops=1643470848 => 1339.34563472337 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192902.493888887 Mflops = 192.902493888887 Gflops = 0.192902493888887 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182865
CLOV_LINOP: Time spent in clov deriv (total) = 1.463911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.185238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758834(s) Flops=1348134912 => 1776.58738538336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255811.041658191 Mflops = 255.811041658191 Gflops = 0.255811041658191 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.113348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.897827(s) Flops=1584359424 => 1764.66003361449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254099.545348411 Mflops = 254.099545348411 Gflops = 0.254099545348411 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002093092 Relative Rsd = 9.21150082465876e-07
BICGSTAB_SOLVER_TIME: 1.66006 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319096999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.871476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.699351(s) Flops=1243146240 => 1777.57126249909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255945.748773735 Mflops = 255.945748773735 Gflops = 0.255945748773735 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.027726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73899(s) Flops=1302202368 => 1762.1380099866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253734.699651402 Mflops = 253.734699651402 Gflops = 0.253734699651402 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.001921434 Relative Rsd = 8.44790977519327e-07
BICGSTAB_SOLVER_TIME: 1.44169 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277386999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 304 resid = 1.999701e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.374485(s) Flops=1997752320 => 1453.45516320658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209269.556250134 Mflops = 209.269556250134 Gflops = 0.209269556250134 Tflops
InvBiCGStab: k = 342 resid = 9.762134e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.461267(s) Flops=2247100416 => 1537.77537985871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221434.416188908 Mflops = 221.434416188908 Gflops = 0.221434416188908 Tflops
BICGSTAB_SOLVER: 646 iterations. Rsd = 0.002111542 Relative Rsd = 9.29269533518595e-07
BICGSTAB_SOLVER_TIME: 2.840528 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.462347000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 296 resid = 9.137636e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.119576(s) Flops=1945257984 => 1737.49525177389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250157.256972313 Mflops = 250.157256972313 Gflops = 0.250157256972313 Tflops
InvBiCGStab: k = 289 resid = 1.127335e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.102283(s) Flops=1899325440 => 1723.08330982153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248118.27858506 Mflops = 248.11827858506 Gflops = 0.24811827858506 Tflops
BICGSTAB_SOLVER: 585 iterations. Rsd = 0.001982914 Relative Rsd = 8.71821693158418e-07
BICGSTAB_SOLVER_TIME: 2.226728 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419259
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 232 resid = 2.268828e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872631(s) Flops=1525303296 => 1747.93617920977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251669.78909564 Mflops = 251.66978909564 Gflops = 0.25166978909564 Tflops
InvBiCGStab: k = 257 resid = 1.126253e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949743(s) Flops=1689348096 => 1778.74235029898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256130.397788125 Mflops = 256.130397788125 Gflops = 0.256130397788125 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.001868296 Relative Rsd = 8.18525134590763e-07
BICGSTAB_SOLVER_TIME: 1.827028 sec
2Flav::invert,  n_count = 489
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349250000000001
MInvCG2: 368 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.645931(s) Flops=2370742272 => 1440.36552686595 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207461.128743118 Mflops = 207.461128743118 Gflops = 0.207461128743118 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264285999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0360721489050775
AccProb = 0.964570698252795
AcceptP = 1
After HMC trajectory call: time= 470.227566 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 2.62506512066985e-05 resid_rel = 0.00974468

Look for highest ev
Evalue[1]: eigen_norm = 0.0755013776206333 resid_rel = -0.00873129

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.565483999999998
EIGBNDSMDAGM: total time = 2.973433 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 3.163342 secs
After saving state: time= 1.432256 secs
Doing Update: 2706 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 281 resid = 2.268371e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.023823(s) Flops=1846831104 => 1803.8577996392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.301822699 Mflops = 259.764301822699 Gflops = 0.259764301822699 Tflops
InvBiCGStab: k = 301 resid = 9.868437e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.09676(s) Flops=1978066944 => 1803.55496553485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.104191973 Mflops = 259.704104191973 Gflops = 0.259704104191973 Tflops
BICGSTAB_SOLVER: 582 iterations. Rsd = 0.002252986 Relative Rsd = 9.9157274636523e-07
BICGSTAB_SOLVER_TIME: 2.125518 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419548999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 223 resid = 1.625623e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971009(s) Flops=1466247168 => 1510.02428195825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217449.524053362 Mflops = 217.449524053362 Gflops = 0.217449524053362 Tflops
InvBiCGStab: k = 236 resid = 5.616075e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.05509(s) Flops=1551550464 => 1470.5384981376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211749.695799081 Mflops = 211.749695799081 Gflops = 0.211749695799081 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.001806531 Relative Rsd = 7.93046590023987e-07
BICGSTAB_SOLVER_TIME: 2.033088 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330989999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 382 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.60006(s) Flops=2455160832 => 1534.41797932578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221005.088590244 Mflops = 221.005088590244 Gflops = 0.221005088590244 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273359000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 328 resid = 2.136542e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.203062(s) Flops=2155235328 => 1791.45823573515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257942.24737028 Mflops = 257.94224737028 Gflops = 0.25794224737028 Tflops
InvBiCGStab: k = 303 resid = 8.696217e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.109361(s) Flops=1991190528 => 1794.89862001639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258455.740825119 Mflops = 258.455740825119 Gflops = 0.258455740825119 Tflops
BICGSTAB_SOLVER: 631 iterations. Rsd = 0.003213753 Relative Rsd = 1.4144208634475e-06
BICGSTAB_SOLVER_TIME: 2.317177 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.452451000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 287 resid = 2.250922e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.051866(s) Flops=1886201856 => 1793.19595461779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258198.771099772 Mflops = 258.198771099772 Gflops = 0.258198771099772 Tflops
InvBiCGStab: k = 276 resid = 9.456823e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.112223(s) Flops=1814022144 => 1630.98780010843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234859.207768156 Mflops = 234.859207768156 Gflops = 0.234859207768156 Tflops
BICGSTAB_SOLVER: 563 iterations. Rsd = 0.002019249 Relative Rsd = 8.8642727079746e-07
BICGSTAB_SOLVER_TIME: 2.168795 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.401792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 238 resid = 1.076832e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.113992(s) Flops=1564674048 => 1404.56488736005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202216.261471158 Mflops = 202.216261471158 Gflops = 0.202216261471158 Tflops
InvBiCGStab: k = 256 resid = 8.785194e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.051544(s) Flops=1682786304 => 1600.30041919311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230439.700797111 Mflops = 230.439700797111 Gflops = 0.230439700797111 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.001806613 Relative Rsd = 7.9188654796951e-07
BICGSTAB_SOLVER_TIME: 2.170693 sec
2Flav::invert,  n_count = 494
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352383000000001
MInvCG2: 367 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.46637(s) Flops=2365212672 => 1612.97126373289 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232272.95199043 Mflops = 232.27295199043 Gflops = 0.23227295199043 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263150000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.164211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808667(s) Flops=1466247168 => 1813.16557742557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261026.238078326 Mflops = 261.026238078326 Gflops = 0.261026238078326 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.10488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873392(s) Flops=1584359424 => 1814.0301536996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261213.756155501 Mflops = 261.213756155501 Gflops = 0.261213756155501 Tflops
BICGSTAB_SOLVER: 464 iterations. Rsd = 0.003243218 Relative Rsd = 1.42738882806395e-06
BICGSTAB_SOLVER_TIME: 1.685421 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331275999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.120399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766309(s) Flops=1335011328 => 1742.13186586612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250786.164915026 Mflops = 250.786164915026 Gflops = 0.250786164915026 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.147259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972116(s) Flops=1531865088 => 1575.80482987627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226912.087833975 Mflops = 226.912087833975 Gflops = 0.226912087833975 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002013624 Relative Rsd = 8.83957979672356e-07
BICGSTAB_SOLVER_TIME: 1.742005 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0.134609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311203999999999
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.215459(s) Flops=1662418944 => 1367.72934669125 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196956.014770813 Mflops = 196.956014770813 Gflops = 0.196956014770813 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184378000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.5e-05 s
InvBiCGStab: k = 161 resid = 1.976899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.588981(s) Flops=1059416064 => 1798.72706250287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258884.126334527 Mflops = 258.884126334527 Gflops = 0.258884126334527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.1e-05 s
InvBiCGStab: k = 175 resid = 6.459505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663931(s) Flops=1151281152 => 1734.03735026682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249699.445773559 Mflops = 249.699445773559 Gflops = 0.249699445773559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 336 iterations. Rsd = 0.001775759 Relative Rsd = 7.78362510618313e-07
BICGSTAB_SOLVER_TIME: 1.256762 sec
2Flav::invert,  n_count = 336
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241706999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 9.4e-05 s
InvBiCGStab: k = 111 resid = 2.165063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409717(s) Flops=731326464 => 1784.9551373265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256793.454415352 Mflops = 256.793454415352 Gflops = 0.256793454415352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000109 s
InvBiCGStab: k = 154 resid = 1.07852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.566529(s) Flops=1013483520 => 1788.93493536959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257599.519806803 Mflops = 257.599519806803 Gflops = 0.257599519806803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 265 iterations. Rsd = 0.001572212 Relative Rsd = 6.89142553485545e-07
BICGSTAB_SOLVER_TIME: 0.980141 sec
2Flav::invert,  n_count = 265
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191266999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004844 s
InvBiCGStab: k = 99 resid = 2.207885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362738(s) Flops=652584960 => 1799.0532009329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259032.210734542 Mflops = 259.032210734542 Gflops = 0.259032210734542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007163 s
InvBiCGStab: k = 133 resid = 1.037972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.512006(s) Flops=875685888 => 1710.3039573755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246257.781125056 Mflops = 246.257781125056 Gflops = 0.246257781125056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 232 iterations. Rsd = 0.001494489 Relative Rsd = 6.550744628361e-07
BICGSTAB_SOLVER_TIME: 0.890436 sec
2Flav::invert,  n_count = 232
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169325999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.00748 s
InvBiCGStab: k = 78 resid = 2.044214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361956(s) Flops=514787328 => 1422.23731061234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204775.512055485 Mflops = 204.775512055485 Gflops = 0.204775512055485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.014309 s
InvBiCGStab: k = 104 resid = 1.035512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445169(s) Flops=685393920 => 1539.62634415245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221675.902121976 Mflops = 221.675902121976 Gflops = 0.221675902121976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001313945 Relative Rsd = 5.75937116634174e-07
BICGSTAB_SOLVER_TIME: 0.833527 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134713
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010518 s
InvBiCGStab: k = 77 resid = 2.210212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35737(s) Flops=508225536 => 1422.12702801019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204763.480654771 Mflops = 204.763480654771 Gflops = 0.204763480654771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015519 s
InvBiCGStab: k = 116 resid = 1.068349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471358(s) Flops=764135424 => 1621.13600278345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233415.997726864 Mflops = 233.415997726864 Gflops = 0.233415997726864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.00124664 Relative Rsd = 5.46435720567679e-07
BICGSTAB_SOLVER_TIME: 0.858464 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143612
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.046949(s) Flops=1656225792 => 1581.95460523865 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227806.620952902 Mflops = 227.806620952902 Gflops = 0.227806620952902 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183997000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.395835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013279 s
InvBiCGStab: k = 30 resid = 1.493851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110838(s) Flops=199821312 => 1802.82314729605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.488895409 Mflops = 259.495488895409 Gflops = 0.259495488895409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019553 s
InvBiCGStab: k = 49 resid = 6.788899e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179938(s) Flops=324495360 => 1803.37316186687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259614.737754867 Mflops = 259.614737754867 Gflops = 0.259614737754867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007191456 Relative Rsd = 3.152207192709e-07
BICGSTAB_SOLVER_TIME: 0.327427 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0631950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016629 s
InvBiCGStab: k = 81 resid = 2.171581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297091(s) Flops=534472704 => 1799.02017900239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.201486844 Mflops = 259.018201486844 Gflops = 0.259018201486844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.02395 s
InvBiCGStab: k = 116 resid = 9.819761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424176(s) Flops=764135424 => 1801.45841348874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259373.620262435 Mflops = 259.373620262435 Gflops = 0.259373620262435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001345021 Relative Rsd = 5.89558617353345e-07
BICGSTAB_SOLVER_TIME: 0.765552 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148813
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020788 s
InvBiCGStab: k = 64 resid = 2.062243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235078(s) Flops=422922240 => 1799.07196760224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259012.574785541 Mflops = 259.012574785541 Gflops = 0.259012574785541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029126 s
InvBiCGStab: k = 91 resid = 5.596445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341014(s) Flops=600090624 => 1759.72430457401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253353.143864455 Mflops = 253.353143864455 Gflops = 0.253353143864455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001161088 Relative Rsd = 5.08935643667029e-07
BICGSTAB_SOLVER_TIME: 0.629862 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119628
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.02397 s
InvBiCGStab: k = 66 resid = 1.84647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301994(s) Flops=436045824 => 1443.8890309079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207888.588973086 Mflops = 207.888588973086 Gflops = 0.207888588973086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.03515 s
InvBiCGStab: k = 90 resid = 1.124391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412477(s) Flops=593528832 => 1438.93800624035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207173.905856626 Mflops = 207.173905856626 Gflops = 0.207173905856626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001212339 Relative Rsd = 5.3140059278936e-07
BICGSTAB_SOLVER_TIME: 0.777481 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121442000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.029425 s
InvBiCGStab: k = 73 resid = 2.098638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324869(s) Flops=481978368 => 1483.60837137431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213607.890964729 Mflops = 213.607890964729 Gflops = 0.213607890964729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.044432 s
InvBiCGStab: k = 97 resid = 4.038352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425033(s) Flops=639461376 => 1504.49818249407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216623.302915835 Mflops = 216.623302915835 Gflops = 0.216623302915835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001149829 Relative Rsd = 5.04000680431376e-07
BICGSTAB_SOLVER_TIME: 0.827414 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132278
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034722(s) Flops=1656225792 => 1600.64808905194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230507.090819035 Mflops = 230.507090819035 Gflops = 0.230507090819035 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183854000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031888 s
InvBiCGStab: k = 29 resid = 1.95456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109104(s) Flops=193259520 => 1771.3330400352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254979.386025437 Mflops = 254.979386025437 Gflops = 0.254979386025437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044717 s
InvBiCGStab: k = 51 resid = 4.778059e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187486(s) Flops=337618944 => 1800.76882540563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259227.953637297 Mflops = 259.227953637297 Gflops = 0.259227953637297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007479489 Relative Rsd = 3.27845950463202e-07
BICGSTAB_SOLVER_TIME: 0.37699 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.0361 s
InvBiCGStab: k = 57 resid = 1.499499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209143(s) Flops=376989696 => 1802.54512940906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.126064596 Mflops = 259.479126064596 Gflops = 0.259479126064596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050512 s
InvBiCGStab: k = 85 resid = 1.048311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311508(s) Flops=560719872 => 1800.01756616202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.877557136 Mflops = 259.147877557136 Gflops = 0.259147877557136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001135712 Relative Rsd = 4.97813032263585e-07
BICGSTAB_SOLVER_TIME: 0.610949 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114795000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 62 resid = 1.349193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227442(s) Flops=409798656 => 1801.77212652017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.134119327 Mflops = 259.403134119327 Gflops = 0.259403134119327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056774 s
InvBiCGStab: k = 85 resid = 1.087477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312002(s) Flops=560719872 => 1797.16755661823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258740.412770681 Mflops = 258.740412770681 Gflops = 0.258740412770681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001134436 Relative Rsd = 4.97253612942593e-07
BICGSTAB_SOLVER_TIME: 0.641375 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041005 s
InvBiCGStab: k = 59 resid = 1.959246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251729(s) Flops=390113280 => 1549.73515169091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223123.305306376 Mflops = 223.123305306376 Gflops = 0.223123305306376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069859 s
InvBiCGStab: k = 95 resid = 6.464239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456928(s) Flops=626337792 => 1370.75817634288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197358.213909501 Mflops = 197.358213909501 Gflops = 0.197358213909501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001150864 Relative Rsd = 5.04454267802013e-07
BICGSTAB_SOLVER_TIME: 0.823326 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124278000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046924 s
InvBiCGStab: k = 62 resid = 1.586955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288629(s) Flops=409798656 => 1419.8110931334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204409.498479234 Mflops = 204.409498479234 Gflops = 0.204409498479234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061279 s
InvBiCGStab: k = 82 resid = 1.040521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367048(s) Flops=541034496 => 1474.0156491794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212224.654099903 Mflops = 212.224654099903 Gflops = 0.212224654099903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001146397 Relative Rsd = 5.02496376720453e-07
BICGSTAB_SOLVER_TIME: 0.767865 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117028
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.19053(s) Flops=1649737728 => 1385.71705710902 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199553.313797359 Mflops = 199.553313797359 Gflops = 0.199553313797359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183026000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050873 s
InvBiCGStab: k = 24 resid = 2.211163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089209(s) Flops=160450560 => 1798.59162192156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258855.637088409 Mflops = 258.855637088409 Gflops = 0.258855637088409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056964 s
InvBiCGStab: k = 50 resid = 9.211441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183967(s) Flops=331057152 => 1799.54639690814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259065.268096751 Mflops = 259.065268096751 Gflops = 0.259065268096751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007264132 Relative Rsd = 3.18406291593338e-07
BICGSTAB_SOLVER_TIME: 0.384789 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041042 s
InvBiCGStab: k = 53 resid = 2.077824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194764(s) Flops=350742528 => 1800.8591320778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259260.476231122 Mflops = 259.260476231122 Gflops = 0.259260476231122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056726 s
InvBiCGStab: k = 80 resid = 1.145909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308849(s) Flops=527910912 => 1709.28483498409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246097.916689723 Mflops = 246.097916689723 Gflops = 0.246097916689723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001145848 Relative Rsd = 5.02255677921117e-07
BICGSTAB_SOLVER_TIME: 0.605281 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041482 s
InvBiCGStab: k = 59 resid = 1.524951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218661(s) Flops=390113280 => 1784.10086846763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256845.586181462 Mflops = 256.845586181462 Gflops = 0.256845586181462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 93 resid = 8.431306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376758(s) Flops=613214208 => 1627.60766327457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234331.158234882 Mflops = 234.331158234882 Gflops = 0.234331158234882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001106668 Relative Rsd = 4.85082326316517e-07
BICGSTAB_SOLVER_TIME: 0.69744 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122969000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042297 s
InvBiCGStab: k = 71 resid = 1.470917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261363(s) Flops=468854784 => 1793.88354128167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258269.478827988 Mflops = 258.269478827988 Gflops = 0.258269478827988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 81 resid = 1.124865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298221(s) Flops=534472704 => 1792.20344643737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258022.584168577 Mflops = 258.022584168577 Gflops = 0.258022584168577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00111938 Relative Rsd = 4.90654067232244e-07
BICGSTAB_SOLVER_TIME: 0.662298 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123145000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04106 s
InvBiCGStab: k = 68 resid = 2.253167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251657(s) Flops=449169408 => 1784.84766169826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256971.446666101 Mflops = 256.971446666101 Gflops = 0.256971446666101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 75 resid = 8.150822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275135(s) Flops=495101952 => 1799.48734984644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259068.747099697 Mflops = 259.068747099697 Gflops = 0.259068747099697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001135953 Relative Rsd = 4.97918558046291e-07
BICGSTAB_SOLVER_TIME: 0.628002 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116422000000001
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014417(s) Flops=1637056512 => 1613.79049444164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232395.041728015 Mflops = 232.395041728015 Gflops = 0.232395041728015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181610000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.010172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735936(s) Flops=1275955200 => 1733.78554656927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249552.494093984 Mflops = 249.552494093984 Gflops = 0.249552494093984 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 9.379045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824083(s) Flops=1459685376 => 1771.28441673958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255060.799141834 Mflops = 255.060799141834 Gflops = 0.255060799141834 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002226483 Relative Rsd = 9.79887756627211e-07
BICGSTAB_SOLVER_TIME: 1.563347 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.117465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296925999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 2.037532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701603(s) Flops=1092225024 => 1556.75649049391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224145.494509022 Mflops = 224.145494509022 Gflops = 0.224145494509022 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.11381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962358(s) Flops=1420314624 => 1475.8692960416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212523.419943551 Mflops = 212.523419943551 Gflops = 0.212523419943551 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001901596 Relative Rsd = 8.34748674079535e-07
BICGSTAB_SOLVER_TIME: 1.667527 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.122802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272685999999997
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050624(s) Flops=1637056512 => 1558.17543859649 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224378.509182533 Mflops = 224.378509182533 Gflops = 0.224378509182533 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182234000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.382796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 28 resid = 2.257977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103818(s) Flops=186697728 => 1798.31751719355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258838.136578365 Mflops = 258.838136578365 Gflops = 0.258838136578365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056598 s
InvBiCGStab: k = 51 resid = 7.346467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187704(s) Flops=337618944 => 1798.6774069812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258931.731475407 Mflops = 258.931731475407 Gflops = 0.258931731475407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007631562 Relative Rsd = 3.34511704927449e-07
BICGSTAB_SOLVER_TIME: 0.393043 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040652 s
InvBiCGStab: k = 78 resid = 2.26532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286113(s) Flops=514787328 => 1799.24480187898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259047.377287223 Mflops = 259.047377287223 Gflops = 0.259047377287223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05762 s
InvBiCGStab: k = 113 resid = 8.823969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43836(s) Flops=744450048 => 1698.26181220914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244522.077744167 Mflops = 244.522077744167 Gflops = 0.244522077744167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001318711 Relative Rsd = 5.78026353636763e-07
BICGSTAB_SOLVER_TIME: 0.82639 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151006999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041384 s
InvBiCGStab: k = 56 resid = 2.10186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206822(s) Flops=370427904 => 1791.0469099032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257858.936478883 Mflops = 257.858936478883 Gflops = 0.257858936478883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057031 s
InvBiCGStab: k = 73 resid = 1.02989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268546(s) Flops=481978368 => 1794.77023675646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258389.878308467 Mflops = 258.389878308467 Gflops = 0.258389878308467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001081487 Relative Rsd = 4.74044625407474e-07
BICGSTAB_SOLVER_TIME: 0.577451 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040682 s
InvBiCGStab: k = 64 resid = 2.09509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25185(s) Flops=422922240 => 1679.26241810602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241769.509657471 Mflops = 241.769509657471 Gflops = 0.241769509657471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 85 resid = 7.878324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312489(s) Flops=560719872 => 1794.36675210967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258338.078769147 Mflops = 258.338078769147 Gflops = 0.258338078769147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001141445 Relative Rsd = 5.00325801179357e-07
BICGSTAB_SOLVER_TIME: 0.664962 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121027000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041224 s
InvBiCGStab: k = 66 resid = 1.035593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241499(s) Flops=436045824 => 1805.5802467091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259942.516518382 Mflops = 259.942516518382 Gflops = 0.259942516518382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057003 s
InvBiCGStab: k = 84 resid = 9.042508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30786(s) Flops=554158080 => 1800.03274215553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259155.966693063 Mflops = 259.155966693063 Gflops = 0.259155966693063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00112012 Relative Rsd = 4.90978553911273e-07
BICGSTAB_SOLVER_TIME: 0.651228 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1214
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.171312(s) Flops=1612210176 => 1376.4139494857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198199.19646063 Mflops = 198.19919646063 Gflops = 0.19819919646063 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178712000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.502614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 25 resid = 2.248862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093424(s) Flops=167012352 => 1787.68145230348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257282.715691832 Mflops = 257.282715691832 Gflops = 0.257282715691832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057016 s
InvBiCGStab: k = 52 resid = 1.126889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193836(s) Flops=344180736 => 1775.62855197177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255608.789902002 Mflops = 255.608789902002 Gflops = 0.255608789902002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007540631 Relative Rsd = 3.30525963456741e-07
BICGSTAB_SOLVER_TIME: 0.389131 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 71 resid = 1.505174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262663(s) Flops=468854784 => 1785.0050597153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257000.143802136 Mflops = 257.000143802136 Gflops = 0.257000143802136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056936 s
InvBiCGStab: k = 95 resid = 7.950426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349456(s) Flops=626337792 => 1792.32232956366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258053.462707419 Mflops = 258.053462707419 Gflops = 0.258053462707419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001251223 Relative Rsd = 5.48444282394997e-07
BICGSTAB_SOLVER_TIME: 0.714125 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132943
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040779 s
InvBiCGStab: k = 64 resid = 1.712748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234838(s) Flops=422922240 => 1800.91058516935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.091454227 Mflops = 259.280091454227 Gflops = 0.259280091454227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056635 s
InvBiCGStab: k = 79 resid = 1.027158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289229(s) Flops=521349120 => 1802.54787728755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259519.494351292 Mflops = 259.519494351292 Gflops = 0.259519494351292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001098835 Relative Rsd = 4.81648554087364e-07
BICGSTAB_SOLVER_TIME: 0.62508 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040981 s
InvBiCGStab: k = 76 resid = 1.064935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278091(s) Flops=501663744 => 1803.95533836046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259719.026101043 Mflops = 259.719026101043 Gflops = 0.259719026101043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 88 resid = 4.99146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322443(s) Flops=580405248 => 1800.02433918553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.089531895 Mflops = 259.157089531895 Gflops = 0.259157089531895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00117772 Relative Rsd = 5.16226311814987e-07
BICGSTAB_SOLVER_TIME: 0.701858 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131513
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 66 resid = 1.1644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241671(s) Flops=436045824 => 1804.29519470685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.115600947 Mflops = 259.768115600947 Gflops = 0.259768115600947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 89 resid = 1.148916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326258(s) Flops=586967040 => 1799.08857407328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259030.827339386 Mflops = 259.030827339385 Gflops = 0.259030827339385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00113728 Relative Rsd = 4.98499970410004e-07
BICGSTAB_SOLVER_TIME: 0.669243 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125007000000001
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001965(s) Flops=1587216384 => 1584.10362038594 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228217.8541442 Mflops = 228.2178541442 Gflops = 0.2282178541442 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175962000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04542 s
InvBiCGStab: k = 32 resid = 8.657058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140583(s) Flops=212944896 => 1514.72721452807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218046.363103426 Mflops = 218.046363103426 Gflops = 0.218046363103426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061567 s
InvBiCGStab: k = 49 resid = 1.002721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212756(s) Flops=324495360 => 1525.19957133994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219574.899892833 Mflops = 219.574899892833 Gflops = 0.219574899892833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007608899 Relative Rsd = 3.33518343993238e-07
BICGSTAB_SOLVER_TIME: 0.464021 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054186 s
InvBiCGStab: k = 55 resid = 1.976148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234036(s) Flops=363866112 => 1554.74419320105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223810.642414204 Mflops = 223.810642414204 Gflops = 0.223810642414204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068933 s
InvBiCGStab: k = 82 resid = 4.837804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35868(s) Flops=541034496 => 1508.40441619271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217176.96352667 Mflops = 217.17696352667 Gflops = 0.21717696352667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001079354 Relative Rsd = 4.73109589410224e-07
BICGSTAB_SOLVER_TIME: 0.719494 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 66 resid = 1.255478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244461(s) Flops=436045824 => 1783.70302011364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256810.441063774 Mflops = 256.810441063774 Gflops = 0.256810441063774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 77 resid = 1.040447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282836(s) Flops=508225536 => 1796.89125853852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258710.500143621 Mflops = 258.710500143622 Gflops = 0.258710500143622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001063177 Relative Rsd = 4.66018950792348e-07
BICGSTAB_SOLVER_TIME: 0.629199 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 67 resid = 2.03958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246949(s) Flops=442607616 => 1792.30373882867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258035.053179645 Mflops = 258.035053179645 Gflops = 0.258035053179645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056749 s
InvBiCGStab: k = 82 resid = 1.031536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301901(s) Flops=541034496 => 1792.09242765012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258012.228097596 Mflops = 258.012228097596 Gflops = 0.258012228097596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001136134 Relative Rsd = 4.97998008550969e-07
BICGSTAB_SOLVER_TIME: 0.65019 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121023000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041187 s
InvBiCGStab: k = 62 resid = 2.099275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227568(s) Flops=409798656 => 1800.77452014343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259263.499375964 Mflops = 259.263499375964 Gflops = 0.259263499375964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 77 resid = 7.714556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28211(s) Flops=508225536 => 1801.51549395626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.688322575 Mflops = 259.363688322575 Gflops = 0.259363688322575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001097948 Relative Rsd = 4.81259823230179e-07
BICGSTAB_SOLVER_TIME: 0.611095 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113613
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001281(s) Flops=1568563200 => 1566.55644119882 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225608.257295984 Mflops = 225.608257295984 Gflops = 0.225608257295984 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173910000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041893 s
InvBiCGStab: k = 30 resid = 2.156422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111374(s) Flops=199821312 => 1794.14685653743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258240.891859701 Mflops = 258.240891859701 Gflops = 0.258240891859701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 51 resid = 1.071428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187287(s) Flops=337618944 => 1802.68221499624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.585672407 Mflops = 259.505585672407 Gflops = 0.259505585672407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007440548 Relative Rsd = 3.2613906582513e-07
BICGSTAB_SOLVER_TIME: 0.400434 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042662 s
InvBiCGStab: k = 65 resid = 2.272741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237933(s) Flops=429484032 => 1805.06290426296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.011455674 Mflops = 259.870011455674 Gflops = 0.259870011455674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 83 resid = 8.921712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304547(s) Flops=547596288 => 1798.0682390567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258871.403742117 Mflops = 258.871403742117 Gflops = 0.258871403742117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001157434 Relative Rsd = 5.07334233783722e-07
BICGSTAB_SOLVER_TIME: 0.64562 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120159000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 62 resid = 1.835827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250459(s) Flops=409798656 => 1636.19057809861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235563.332893752 Mflops = 235.563332893752 Gflops = 0.235563332893752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068923 s
InvBiCGStab: k = 85 resid = 1.130092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384366(s) Flops=560719872 => 1458.81756450883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210041.632053866 Mflops = 210.041632053866 Gflops = 0.210041632053866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001066743 Relative Rsd = 4.67581783551996e-07
BICGSTAB_SOLVER_TIME: 0.748605 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04414 s
InvBiCGStab: k = 76 resid = 1.108122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323352(s) Flops=501663744 => 1551.4477844578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223382.459682705 Mflops = 223.382459682705 Gflops = 0.223382459682705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080558 s
InvBiCGStab: k = 89 resid = 6.593277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38809(s) Flops=586967040 => 1512.45082326265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217758.293962016 Mflops = 217.758293962016 Gflops = 0.217758293962016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001150092 Relative Rsd = 5.04115799467056e-07
BICGSTAB_SOLVER_TIME: 0.840319 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044465 s
InvBiCGStab: k = 62 resid = 1.350399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233776(s) Flops=409798656 => 1752.95434946273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252366.187825607 Mflops = 252.366187825607 Gflops = 0.252366187825607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.095356 s
InvBiCGStab: k = 90 resid = 6.356454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342098(s) Flops=593528832 => 1734.96726668966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249800.739333498 Mflops = 249.800739333498 Gflops = 0.249800739333498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001070954 Relative Rsd = 4.69427923442005e-07
BICGSTAB_SOLVER_TIME: 0.719397 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12327
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977327(s) Flops=1562222592 => 1598.46457940894 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230182.260709205 Mflops = 230.182260709205 Gflops = 0.230182260709205 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172991000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.372399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.825665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735198(s) Flops=1328449536 => 1806.92757053202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260118.766186042 Mflops = 260.118766186042 Gflops = 0.260118766186042 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 9.152804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782533(s) Flops=1413752832 => 1806.63669391578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260148.356309943 Mflops = 260.148356309943 Gflops = 0.260148356309943 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001976826 Relative Rsd = 8.7000128171516e-07
BICGSTAB_SOLVER_TIME: 1.521141 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297798999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.260212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694312(s) Flops=1197213696 => 1724.31658389888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248236.679424922 Mflops = 248.236679424922 Gflops = 0.248236679424922 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 8.175854e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86345(s) Flops=1551550464 => 1796.91987260409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258753.929004883 Mflops = 258.753929004883 Gflops = 0.258753929004883 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.001981514 Relative Rsd = 8.69803961818053e-07
BICGSTAB_SOLVER_TIME: 1.561179 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298574999999998
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.164742(s) Flops=1562222592 => 1341.26063282684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193143.063913756 Mflops = 193.143063913756 Gflops = 0.193143063913756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172778000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 23 resid = 2.125986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086405(s) Flops=153888768 => 1781.01693189052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256318.322134943 Mflops = 256.318322134943 Gflops = 0.256318322134943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 48 resid = 8.828677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17731(s) Flops=317933568 => 1793.09439963905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258119.482153037 Mflops = 258.119482153037 Gflops = 0.258119482153037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007281325 Relative Rsd = 3.19159897745128e-07
BICGSTAB_SOLVER_TIME: 0.364997 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 80 resid = 1.569078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293945(s) Flops=527910912 => 1795.95132422732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258579.078802989 Mflops = 258.579078802989 Gflops = 0.258579078802989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 100 resid = 9.50712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379406(s) Flops=659146752 => 1737.31240939785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250133.416759768 Mflops = 250.133416759768 Gflops = 0.250133416759768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001256501 Relative Rsd = 5.5075788925569e-07
BICGSTAB_SOLVER_TIME: 0.774612 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043596 s
InvBiCGStab: k = 50 resid = 2.150218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188957(s) Flops=331057152 => 1752.02375143551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252228.284136885 Mflops = 252.228284136885 Gflops = 0.252228284136885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057056 s
InvBiCGStab: k = 76 resid = 1.150029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282848(s) Flops=501663744 => 1773.61601991175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255343.820604337 Mflops = 255.343820604337 Gflops = 0.255343820604337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00107101 Relative Rsd = 4.6945231479797e-07
BICGSTAB_SOLVER_TIME: 0.576115 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 67 resid = 2.229833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247227(s) Flops=442607616 => 1790.28834229271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257747.800944307 Mflops = 257.747800944307 Gflops = 0.257747800944307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058417 s
InvBiCGStab: k = 93 resid = 6.549211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342055(s) Flops=613214208 => 1792.73569455205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258108.478393778 Mflops = 258.108478393779 Gflops = 0.258108478393778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001156969 Relative Rsd = 5.07130479213922e-07
BICGSTAB_SOLVER_TIME: 0.693063 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 61 resid = 1.960806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22409(s) Flops=403236864 => 1799.44158150743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259055.741145665 Mflops = 259.055741145665 Gflops = 0.259055741145665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 85 resid = 1.086554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311368(s) Flops=560719872 => 1800.82690578351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259270.021589957 Mflops = 259.270021589957 Gflops = 0.259270021589957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001154888 Relative Rsd = 5.06218201678512e-07
BICGSTAB_SOLVER_TIME: 0.63651 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11856
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985929(s) Flops=1562075136 => 1584.3687892333 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228162.750217251 Mflops = 228.162750217251 Gflops = 0.228162750217251 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173260000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052834 s
InvBiCGStab: k = 26 resid = 1.838816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123852(s) Flops=173574144 => 1401.4641992055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201736.009871014 Mflops = 201.736009871014 Gflops = 0.201736009871014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06949 s
InvBiCGStab: k = 46 resid = 9.979744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200261(s) Flops=304809984 => 1522.06362696681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219103.061010359 Mflops = 219.103061010359 Gflops = 0.219103061010359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007492959 Relative Rsd = 3.28436369258563e-07
BICGSTAB_SOLVER_TIME: 0.45015 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048999 s
InvBiCGStab: k = 72 resid = 1.985537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34222(s) Flops=475416576 => 1389.21330138507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200019.435832987 Mflops = 200.019435832987 Gflops = 0.200019435832987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077233 s
InvBiCGStab: k = 100 resid = 4.934367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372464(s) Flops=659146752 => 1769.69251256497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254791.556632153 Mflops = 254.791556632153 Gflops = 0.254791556632153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001267815 Relative Rsd = 5.55717243847307e-07
BICGSTAB_SOLVER_TIME: 0.844537 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041825 s
InvBiCGStab: k = 49 resid = 2.203075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18138(s) Flops=324495360 => 1789.03605689712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257571.874725911 Mflops = 257.571874725911 Gflops = 0.257571874725911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 81 resid = 1.115783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298377(s) Flops=534472704 => 1791.26643139384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257892.727944506 Mflops = 257.892727944506 Gflops = 0.257892727944506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001041981 Relative Rsd = 4.56728038371511e-07
BICGSTAB_SOLVER_TIME: 0.581605 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 60 resid = 2.223109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221359(s) Flops=396675072 => 1791.99884350761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257983.353478699 Mflops = 257.983353478699 Gflops = 0.257983353478699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 88 resid = 1.015034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324139(s) Flops=580405248 => 1790.60603012905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257813.497963008 Mflops = 257.813497963008 Gflops = 0.257813497963008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001129147 Relative Rsd = 4.94935413567178e-07
BICGSTAB_SOLVER_TIME: 0.646195 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120146000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04205 s
InvBiCGStab: k = 69 resid = 1.666991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25335(s) Flops=455731200 => 1798.82060390764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.487863485 Mflops = 258.986487863485 Gflops = 0.258986487863484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 92 resid = 9.049279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337153(s) Flops=606652416 => 1799.33862667691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259055.902000366 Mflops = 259.055902000366 Gflops = 0.259055902000366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001151205 Relative Rsd = 5.04603932753986e-07
BICGSTAB_SOLVER_TIME: 0.692584 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129528
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974135(s) Flops=1561853952 => 1603.32392532862 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230892.378501524 Mflops = 230.892378501524 Gflops = 0.230892378501524 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173127000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 25 resid = 1.720874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093406(s) Flops=167012352 => 1788.02595122369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257388.171856884 Mflops = 257.388171856884 Gflops = 0.257388171856884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056768 s
InvBiCGStab: k = 49 resid = 1.03508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181273(s) Flops=324495360 => 1790.09207107512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257676.548572039 Mflops = 257.676548572039 Gflops = 0.257676548572039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007799065 Relative Rsd = 3.41853834754255e-07
BICGSTAB_SOLVER_TIME: 0.37656 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042116 s
InvBiCGStab: k = 47 resid = 2.273779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173993(s) Flops=311371776 => 1789.56495950987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257632.758644071 Mflops = 257.632758644071 Gflops = 0.257632758644071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 82 resid = 1.084679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302045(s) Flops=541034496 => 1791.23804731083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257893.755485203 Mflops = 257.893755485203 Gflops = 0.257893755485203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001100219 Relative Rsd = 4.82255429393809e-07
BICGSTAB_SOLVER_TIME: 0.577804 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046322 s
InvBiCGStab: k = 61 resid = 1.369149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27644(s) Flops=403236864 => 1458.67770221386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210025.778393077 Mflops = 210.025778393077 Gflops = 0.210025778393077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062388 s
InvBiCGStab: k = 81 resid = 8.514966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366093(s) Flops=534472704 => 1459.9369668363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210196.218481861 Mflops = 210.196218481861 Gflops = 0.210196218481861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001076438 Relative Rsd = 4.71831594619177e-07
BICGSTAB_SOLVER_TIME: 0.755497 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054301 s
InvBiCGStab: k = 57 resid = 2.13762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256788(s) Flops=376989696 => 1468.09701387915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211410.117668015 Mflops = 211.410117668015 Gflops = 0.211410117668015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065609 s
InvBiCGStab: k = 83 resid = 1.133895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367237(s) Flops=547596288 => 1491.12504458973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214701.682761086 Mflops = 214.701682761086 Gflops = 0.214701682761086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001112105 Relative Rsd = 4.87465433233325e-07
BICGSTAB_SOLVER_TIME: 0.747618 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114416000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 67 resid = 1.470875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246942(s) Flops=442607616 => 1792.35454479189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258042.307982651 Mflops = 258.042307982651 Gflops = 0.258042307982651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056658 s
InvBiCGStab: k = 82 resid = 1.118527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303074(s) Flops=541034496 => 1785.15641724463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257007.527710345 Mflops = 257.007527710345 Gflops = 0.257007527710345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001116961 Relative Rsd = 4.89594012778693e-07
BICGSTAB_SOLVER_TIME: 0.651322 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120607
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98756(s) Flops=1555660800 => 1575.25699704322 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226843.125334835 Mflops = 226.843125334835 Gflops = 0.226843125334835 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172311000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04308 s
InvBiCGStab: k = 26 resid = 2.024352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099611(s) Flops=173574144 => 1742.5198421861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250805.655455889 Mflops = 250.805655455889 Gflops = 0.250805655455889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056775 s
InvBiCGStab: k = 49 resid = 1.071238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186067(s) Flops=324495360 => 1743.97050524811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251061.064499516 Mflops = 251.061064499516 Gflops = 0.251061064499516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007511477 Relative Rsd = 3.29248096235547e-07
BICGSTAB_SOLVER_TIME: 0.389207 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043126 s
InvBiCGStab: k = 54 resid = 1.506076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201946(s) Flops=357304320 => 1769.30625018569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254696.904095905 Mflops = 254.696904095905 Gflops = 0.254696904095905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 89 resid = 8.758018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330776(s) Flops=586967040 => 1774.51520061915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255497.66701949 Mflops = 255.49766701949 Gflops = 0.25549766701949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001107945 Relative Rsd = 4.85641847693391e-07
BICGSTAB_SOLVER_TIME: 0.636228 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116453000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041551 s
InvBiCGStab: k = 58 resid = 1.867459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220012(s) Flops=383551488 => 1743.32076432195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250979.02970903 Mflops = 250.97902970903 Gflops = 0.25097902970903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057573 s
InvBiCGStab: k = 88 resid = 6.478404e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335817(s) Flops=580405248 => 1728.33789831962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248839.146248913 Mflops = 248.839146248913 Gflops = 0.248839146248913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001123357 Relative Rsd = 4.92397334792497e-07
BICGSTAB_SOLVER_TIME: 0.658691 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 54 resid = 2.219156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199078(s) Flops=357304320 => 1794.79560775174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258390.601251873 Mflops = 258.390601251873 Gflops = 0.258390601251873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056655 s
InvBiCGStab: k = 87 resid = 1.135469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331857(s) Flops=573843456 => 1729.18894584113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248959.019448677 Mflops = 248.959019448677 Gflops = 0.248959019448677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001147679 Relative Rsd = 5.03058347438513e-07
BICGSTAB_SOLVER_TIME: 0.632253 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115194000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043511 s
InvBiCGStab: k = 57 resid = 1.859594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265596(s) Flops=376989696 => 1419.41029232368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204350.531588617 Mflops = 204.350531588617 Gflops = 0.204350531588617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06431 s
InvBiCGStab: k = 88 resid = 8.977277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383635(s) Flops=580405248 => 1512.91005252388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217813.784533279 Mflops = 217.813784533279 Gflops = 0.217813784533279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001147321 Relative Rsd = 5.02901538574752e-07
BICGSTAB_SOLVER_TIME: 0.761306 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118164
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.16882(s) Flops=1555365888 => 1330.71464211769 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191626.305035511 Mflops = 191.626305035511 Gflops = 0.191626305035511 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172368000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.978092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.70815(s) Flops=1256269824 => 1774.01655581445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255376.396095695 Mflops = 255.376396095695 Gflops = 0.255376396095695 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.098587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881474(s) Flops=1544988672 => 1752.73311748276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252394.543258059 Mflops = 252.394543258059 Gflops = 0.252394543258059 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002147231 Relative Rsd = 9.44984652080089e-07
BICGSTAB_SOLVER_TIME: 1.593005 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.117229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304186999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.230317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.644401(s) Flops=1144719360 => 1776.40841649842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255742.31587581 Mflops = 255.74231587581 Gflops = 0.25574231587581 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.057475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730958(s) Flops=1269393408 => 1736.61606822827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250065.287271424 Mflops = 250.065287271424 Gflops = 0.250065287271424 Tflops
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.00193932 Relative Rsd = 8.51250898684413e-07
BICGSTAB_SOLVER_TIME: 1.379061 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262227999999997
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992616(s) Flops=1555365888 => 1566.93614449092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225639.287932551 Mflops = 225.639287932551 Gflops = 0.225639287932551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172173000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.513971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051687 s
InvBiCGStab: k = 28 resid = 1.890884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118676(s) Flops=186697728 => 1573.17172806633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226438.24048653 Mflops = 226.43824048653 Gflops = 0.22643824048653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065048 s
InvBiCGStab: k = 44 resid = 1.127374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213301(s) Flops=291686400 => 1367.48725978781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196846.061319392 Mflops = 196.846061319392 Gflops = 0.196846061319392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007403875 Relative Rsd = 3.24531583616803e-07
BICGSTAB_SOLVER_TIME: 0.452415 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043533 s
InvBiCGStab: k = 75 resid = 2.103172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283172(s) Flops=495101952 => 1748.41422174509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251719.546998945 Mflops = 251.719546998945 Gflops = 0.251719546998945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 102 resid = 1.108083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376651(s) Flops=672270336 => 1784.86274030867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256982.027117859 Mflops = 256.982027117859 Gflops = 0.256982027117859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001263182 Relative Rsd = 5.53686433837561e-07
BICGSTAB_SOLVER_TIME: 0.763378 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140925
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043697 s
InvBiCGStab: k = 49 resid = 2.181637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182352(s) Flops=324495360 => 1779.49986838642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256179.611304904 Mflops = 256.179611304904 Gflops = 0.256179611304904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060301 s
InvBiCGStab: k = 76 resid = 1.075919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290742(s) Flops=501663744 => 1725.46018119157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248383.650184126 Mflops = 248.383650184126 Gflops = 0.248383650184126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009785501 Relative Rsd = 4.28924597053352e-07
BICGSTAB_SOLVER_TIME: 0.580795 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041561 s
InvBiCGStab: k = 65 resid = 2.021108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244192(s) Flops=429484032 => 1758.79648800944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253224.55949425 Mflops = 253.22455949425 Gflops = 0.25322455949425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 88 resid = 9.449504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323068(s) Flops=580405248 => 1796.54205306623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.735841942 Mflops = 258.663735841942 Gflops = 0.258663735841942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001169624 Relative Rsd = 5.12677522606037e-07
BICGSTAB_SOLVER_TIME: 0.669436 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123732000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 62 resid = 1.939199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227364(s) Flops=409798656 => 1802.39024647701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.449978035 Mflops = 259.491449978035 Gflops = 0.259491449978035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 86 resid = 1.149076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315093(s) Flops=567281664 => 1800.36263579324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.274178664 Mflops = 259.215274178664 Gflops = 0.259215274178664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001133931 Relative Rsd = 4.97032253733027e-07
BICGSTAB_SOLVER_TIME: 0.643741 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120134
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959013(s) Flops=1542905856 => 1608.847696538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231663.149361982 Mflops = 231.663149361982 Gflops = 0.231663149361982 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171092000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 29 resid = 1.317731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10757(s) Flops=193259520 => 1796.59310216603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.401013054 Mflops = 258.594401013054 Gflops = 0.258594401013054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 53 resid = 1.099856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195116(s) Flops=350742528 => 1797.61028311363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258779.739288226 Mflops = 258.779739288226 Gflops = 0.258779739288226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007283336 Relative Rsd = 3.19248048513806e-07
BICGSTAB_SOLVER_TIME: 0.403804 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041654 s
InvBiCGStab: k = 81 resid = 1.62287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355477(s) Flops=534472704 => 1503.5366676325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216500.535785212 Mflops = 216.500535785212 Gflops = 0.216500535785212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081632 s
InvBiCGStab: k = 100 resid = 1.039974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441656(s) Flops=659146752 => 1492.44378430272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214884.932281699 Mflops = 214.884932281699 Gflops = 0.214884932281699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001267333 Relative Rsd = 5.55505988170129e-07
BICGSTAB_SOLVER_TIME: 0.924404 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043699 s
InvBiCGStab: k = 52 resid = 2.155903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235765(s) Flops=344180736 => 1459.84660997179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210172.769907738 Mflops = 210.172769907738 Gflops = 0.210172769907738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079279 s
InvBiCGStab: k = 79 resid = 1.074034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337383(s) Flops=521349120 => 1545.27382826046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222483.739268124 Mflops = 222.483739268124 Gflops = 0.222483739268124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001072677 Relative Rsd = 4.70183136973948e-07
BICGSTAB_SOLVER_TIME: 0.699889 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.146419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.075877 s
InvBiCGStab: k = 68 resid = 2.03068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266404(s) Flops=449169408 => 1686.04603534481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242728.094286924 Mflops = 242.728094286924 Gflops = 0.242728094286924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05684 s
InvBiCGStab: k = 91 resid = 1.144286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334315(s) Flops=600090624 => 1794.98563929228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258432.248818823 Mflops = 258.432248818823 Gflops = 0.258432248818823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001194556 Relative Rsd = 5.23605717552948e-07
BICGSTAB_SOLVER_TIME: 0.737147 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 64 resid = 1.380101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237447(s) Flops=422922240 => 1781.12269264299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256425.699100336 Mflops = 256.425699100336 Gflops = 0.256425699100336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 85 resid = 1.007688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313702(s) Flops=560719872 => 1787.42842570337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257338.633678573 Mflops = 257.338633678573 Gflops = 0.257338633678573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001122001 Relative Rsd = 4.91803012359624e-07
BICGSTAB_SOLVER_TIME: 0.65233 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120701
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959099(s) Flops=1542684672 => 1608.47281876011 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231614.962693587 Mflops = 231.614962693587 Gflops = 0.231614962693587 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171318000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 33 resid = 2.06792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123194(s) Flops=219506688 => 1781.79690569346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256484.387741298 Mflops = 256.484387741297 Gflops = 0.256484387741298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056889 s
InvBiCGStab: k = 49 resid = 8.186405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18139(s) Flops=324495360 => 1788.9374276421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257524.172597144 Mflops = 257.524172597144 Gflops = 0.257524172597144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007366475 Relative Rsd = 3.22892234459104e-07
BICGSTAB_SOLVER_TIME: 0.406693 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 61 resid = 1.328352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233366(s) Flops=403236864 => 1727.91608032018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248771.478791367 Mflops = 248.771478791367 Gflops = 0.248771478791367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056624 s
InvBiCGStab: k = 80 resid = 1.030176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292814(s) Flops=527910912 => 1802.88822255766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.476289034 Mflops = 259.573476289034 Gflops = 0.259573476289034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001094905 Relative Rsd = 4.79926156955123e-07
BICGSTAB_SOLVER_TIME: 0.627508 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 56 resid = 2.233485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206027(s) Flops=370427904 => 1797.95805404146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258843.648096674 Mflops = 258.843648096674 Gflops = 0.258843648096674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 82 resid = 9.387093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300142(s) Flops=541034496 => 1802.59509165662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259518.901884415 Mflops = 259.518901884415 Gflops = 0.259518901884415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001056745 Relative Rsd = 4.63199554977019e-07
BICGSTAB_SOLVER_TIME: 0.607133 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 67 resid = 1.920507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2462(s) Flops=442607616 => 1797.75636068237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.644287107 Mflops = 258.822644287107 Gflops = 0.258822644287107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059132 s
InvBiCGStab: k = 82 resid = 8.980621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350946(s) Flops=541034496 => 1541.64599682002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221960.384704697 Mflops = 221.960384704697 Gflops = 0.221960384704697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001120875 Relative Rsd = 4.91309265999146e-07
BICGSTAB_SOLVER_TIME: 0.701019 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120668000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046442 s
InvBiCGStab: k = 47 resid = 2.267016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197921(s) Flops=311371776 => 1573.21242313852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226477.166998961 Mflops = 226.477166998961 Gflops = 0.226477166998961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067191 s
InvBiCGStab: k = 77 resid = 9.995175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345963(s) Flops=508225536 => 1469.01702205149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211503.646973079 Mflops = 211.503646973079 Gflops = 0.211503646973079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001038419 Relative Rsd = 4.55166889533928e-07
BICGSTAB_SOLVER_TIME: 0.661309 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102821
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056691(s) Flops=1530298368 => 1448.19854432374 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208552.327645165 Mflops = 208.552327645165 Gflops = 0.208552327645165 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042464 s
InvBiCGStab: k = 30 resid = 1.914058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111963(s) Flops=199821312 => 1784.70844832668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256880.591876223 Mflops = 256.880591876223 Gflops = 0.256880591876223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056881 s
InvBiCGStab: k = 43 resid = 9.902784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15857(s) Flops=285124608 => 1798.09931260642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258834.269192962 Mflops = 258.834269192962 Gflops = 0.258834269192962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007183257 Relative Rsd = 3.1486132947999e-07
BICGSTAB_SOLVER_TIME: 0.373549 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041323 s
InvBiCGStab: k = 62 resid = 2.150795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228045(s) Flops=409798656 => 1797.00785371308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258712.241754794 Mflops = 258.712241754794 Gflops = 0.258712241754794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 82 resid = 1.150433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300964(s) Flops=541034496 => 1797.67180127856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.87402716 Mflops = 258.81287402716 Gflops = 0.25881287402716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001153127 Relative Rsd = 5.05446302009749e-07
BICGSTAB_SOLVER_TIME: 0.630444 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117244000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 59 resid = 2.048273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216627(s) Flops=390113280 => 1800.85252530848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259255.220573092 Mflops = 259.255220573092 Gflops = 0.259255220573092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 77 resid = 9.930909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282479(s) Flops=508225536 => 1799.16218904768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259024.426443025 Mflops = 259.024426443025 Gflops = 0.259024426443025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00104501 Relative Rsd = 4.58055836433313e-07
BICGSTAB_SOLVER_TIME: 0.600105 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 66 resid = 2.053644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242245(s) Flops=436045824 => 1800.01991372371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.97905143 Mflops = 259.15497905143 Gflops = 0.25915497905143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056844 s
InvBiCGStab: k = 87 resid = 4.642675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318187(s) Flops=573843456 => 1803.47863363368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.21658185 Mflops = 259.66021658185 Gflops = 0.25966021658185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001125333 Relative Rsd = 4.93263329985105e-07
BICGSTAB_SOLVER_TIME: 0.661944 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123843000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046698 s
InvBiCGStab: k = 59 resid = 1.97604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217491(s) Flops=390113280 => 1793.69849786888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.989813369 Mflops = 258.234989813369 Gflops = 0.258234989813369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056572 s
InvBiCGStab: k = 68 resid = 1.151706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249457(s) Flops=449169408 => 1800.58851024425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259216.971666554 Mflops = 259.216971666554 Gflops = 0.259216971666554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001022133 Relative Rsd = 4.48027978483537e-07
BICGSTAB_SOLVER_TIME: 0.573951 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105023
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972457(s) Flops=1523957760 => 1567.12097295819 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225672.250183264 Mflops = 225.672250183264 Gflops = 0.225672250183264 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.533197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.097863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940336(s) Flops=1367820288 => 1454.60802096272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209440.721037714 Mflops = 209.440721037714 Gflops = 0.209440721037714 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.047142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912103(s) Flops=1643415552 => 1801.78724551942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.600248156 Mflops = 259.453600248156 Gflops = 0.259453600248156 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002126468 Relative Rsd = 9.35840864343923e-07
BICGSTAB_SOLVER_TIME: 1.855814 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.115362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326775
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.246953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.635876(s) Flops=1144719360 => 1800.2241946543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259245.324193707 Mflops = 259.245324193707 Gflops = 0.259245324193707 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 8.003798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723122(s) Flops=1249708032 => 1728.21188125932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248852.483159047 Mflops = 248.852483159047 Gflops = 0.248852483159047 Tflops
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.001904606 Relative Rsd = 8.3598339809034e-07
BICGSTAB_SOLVER_TIME: 1.362539 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260342999999997
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951101(s) Flops=1523957760 => 1602.30907127634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230733.677240491 Mflops = 230.733677240491 Gflops = 0.230733677240491 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168867000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041372 s
InvBiCGStab: k = 29 resid = 1.99937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107538(s) Flops=193259520 => 1797.12771299448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258670.932585851 Mflops = 258.670932585851 Gflops = 0.258670932585851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057028 s
InvBiCGStab: k = 45 resid = 1.06425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165609(s) Flops=298248192 => 1800.91777620781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259247.21456389 Mflops = 259.24721456389 Gflops = 0.25924721456389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007128732 Relative Rsd = 3.1247135930507e-07
BICGSTAB_SOLVER_TIME: 0.375194 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 81 resid = 1.733853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297677(s) Flops=534472704 => 1795.47866983341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258498.724977448 Mflops = 258.498724977448 Gflops = 0.258498724977448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 101 resid = 1.13359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37002(s) Flops=665708544 => 1799.11503161991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.493384596 Mflops = 259.037493384596 Gflops = 0.259037493384596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001323483 Relative Rsd = 5.80117733812888e-07
BICGSTAB_SOLVER_TIME: 0.769242 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047127 s
InvBiCGStab: k = 56 resid = 1.573642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249333(s) Flops=370427904 => 1485.67539796176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213902.63169961 Mflops = 213.90263169961 Gflops = 0.21390263169961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075856 s
InvBiCGStab: k = 73 resid = 1.144905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351556(s) Flops=481978368 => 1370.98603920855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197421.475648056 Mflops = 197.421475648056 Gflops = 0.197421475648056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001053978 Relative Rsd = 4.61986569783249e-07
BICGSTAB_SOLVER_TIME: 0.728479 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049018 s
InvBiCGStab: k = 67 resid = 2.124533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301839(s) Flops=442607616 => 1466.36987268047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211128.57845448 Mflops = 211.12857845448 Gflops = 0.21112857845448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074169 s
InvBiCGStab: k = 86 resid = 1.028591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409461(s) Flops=567281664 => 1385.43515499645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199483.683249262 Mflops = 199.483683249262 Gflops = 0.199483683249262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001134031 Relative Rsd = 4.97076239818469e-07
BICGSTAB_SOLVER_TIME: 0.845555 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123641000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04181 s
InvBiCGStab: k = 60 resid = 9.813551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221153(s) Flops=396675072 => 1793.6680578604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258238.703295313 Mflops = 258.238703295313 Gflops = 0.258238703295313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056629 s
InvBiCGStab: k = 88 resid = 1.103901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323502(s) Flops=580405248 => 1794.13186935475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258304.336796584 Mflops = 258.304336796584 Gflops = 0.258304336796584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00111858 Relative Rsd = 4.90303505275187e-07
BICGSTAB_SOLVER_TIME: 0.646764 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119985
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941942(s) Flops=1511497728 => 1604.6611447414 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231083.48268338 Mflops = 231.08348268338 Gflops = 0.23108348268338 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167477000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 25 resid = 2.171052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092653(s) Flops=167012352 => 1802.55741314367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259449.220057621 Mflops = 259.449220057621 Gflops = 0.259449220057621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057234 s
InvBiCGStab: k = 47 resid = 7.481627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173307(s) Flops=311371776 => 1796.64858315013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258621.69406763 Mflops = 258.62169406763 Gflops = 0.25862169406763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.00074376 Relative Rsd = 3.26009837563668e-07
BICGSTAB_SOLVER_TIME: 0.36767 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 80 resid = 2.17353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297753(s) Flops=527910912 => 1772.98268027526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255276.278095925 Mflops = 255.276278095925 Gflops = 0.255276278095925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058442 s
InvBiCGStab: k = 95 resid = 1.071721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370931(s) Flops=626337792 => 1688.55607107521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243106.2741117 Mflops = 243.1062741117 Gflops = 0.2431062741117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001238335 Relative Rsd = 5.42795285176069e-07
BICGSTAB_SOLVER_TIME: 0.771728 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041689 s
InvBiCGStab: k = 59 resid = 2.241657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218272(s) Flops=390113280 => 1787.28045741094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257307.6021801 Mflops = 257.3076021801 Gflops = 0.2573076021801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057301 s
InvBiCGStab: k = 83 resid = 1.054785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305844(s) Flops=547596288 => 1790.44312786911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257773.510154464 Mflops = 257.773510154464 Gflops = 0.257773510154464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001028866 Relative Rsd = 4.50979383583132e-07
BICGSTAB_SOLVER_TIME: 0.626821 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 64 resid = 1.655464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235164(s) Flops=422922240 => 1798.41404296576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258916.832055084 Mflops = 258.916832055084 Gflops = 0.258916832055084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056942 s
InvBiCGStab: k = 88 resid = 1.130063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322585(s) Flops=580405248 => 1799.23197916828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259038.475463262 Mflops = 259.038475463262 Gflops = 0.259038475463262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001156781 Relative Rsd = 5.07047813948939e-07
BICGSTAB_SOLVER_TIME: 0.659274 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122930000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042939 s
InvBiCGStab: k = 65 resid = 1.335591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309153(s) Flops=429484032 => 1389.22809094526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200019.258890076 Mflops = 200.019258890076 Gflops = 0.200019258890076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06822 s
InvBiCGStab: k = 85 resid = 7.271516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383418(s) Flops=560719872 => 1462.42448711328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210577.064040053 Mflops = 210.577064040053 Gflops = 0.210577064040053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001154247 Relative Rsd = 5.05937445945218e-07
BICGSTAB_SOLVER_TIME: 0.808403 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121294
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12375(s) Flops=1499111424 => 1334.02573882091 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192096.237748923 Mflops = 192.096237748923 Gflops = 0.192096237748923 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166006000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 27 resid = 2.13249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101581(s) Flops=180135936 => 1773.32312144988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255220.641354705 Mflops = 255.220641354705 Gflops = 0.255220641354705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057473 s
InvBiCGStab: k = 49 resid = 1.115851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18177(s) Flops=324495360 => 1785.1975573527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256971.412848383 Mflops = 256.971412848383 Gflops = 0.256971412848383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007483679 Relative Rsd = 3.28029625538082e-07
BICGSTAB_SOLVER_TIME: 0.386068 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042275 s
InvBiCGStab: k = 53 resid = 1.745955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19601(s) Flops=350742528 => 1789.41139737768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257607.949588744 Mflops = 257.607949588744 Gflops = 0.257607949588744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057138 s
InvBiCGStab: k = 85 resid = 7.12437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312445(s) Flops=560719872 => 1794.61944342204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258377.139128693 Mflops = 258.377139128693 Gflops = 0.258377139128693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00111587 Relative Rsd = 4.89115778912384e-07
BICGSTAB_SOLVER_TIME: 0.611648 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112914000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 60 resid = 1.85932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222821(s) Flops=396675072 => 1780.24096472056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256292.930759101 Mflops = 256.292930759101 Gflops = 0.256292930759101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 71 resid = 1.034932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260381(s) Flops=468854784 => 1800.64898744532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259246.818095242 Mflops = 259.246818095242 Gflops = 0.259246818095242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001054728 Relative Rsd = 4.62315240753467e-07
BICGSTAB_SOLVER_TIME: 0.583939 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 61 resid = 1.930885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224004(s) Flops=403236864 => 1800.13242620667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259160.860657859 Mflops = 259.160860657859 Gflops = 0.259160860657859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 85 resid = 9.246249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311757(s) Flops=560719872 => 1798.57989395587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258940.553653802 Mflops = 258.940553653802 Gflops = 0.258940553653802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001150938 Relative Rsd = 5.04486772600652e-07
BICGSTAB_SOLVER_TIME: 0.636721 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118738000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040788 s
InvBiCGStab: k = 62 resid = 2.054903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236957(s) Flops=409798656 => 1729.42203015737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248989.465632527 Mflops = 248.989465632527 Gflops = 0.248989465632527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059261 s
InvBiCGStab: k = 80 resid = 7.887458e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295983(s) Flops=527910912 => 1783.58524644997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256790.021607365 Mflops = 256.790021607365 Gflops = 0.256790021607365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001078334 Relative Rsd = 4.72662431560196e-07
BICGSTAB_SOLVER_TIME: 0.636644 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115813
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930926(s) Flops=1492844544 => 1603.61247188284 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230924.247743686 Mflops = 230.924247743686 Gflops = 0.230924247743686 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165293000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.548152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042646 s
InvBiCGStab: k = 34 resid = 1.271621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1785(s) Flops=226068480 => 1266.49008403361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182318.998627091 Mflops = 182.318998627091 Gflops = 0.182318998627091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056464 s
InvBiCGStab: k = 50 resid = 1.107299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225644(s) Flops=331057152 => 1467.16576554218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211214.082342491 Mflops = 211.214082342491 Gflops = 0.211214082342491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007554528 Relative Rsd = 3.31135135020547e-07
BICGSTAB_SOLVER_TIME: 0.50931 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 51 resid = 2.036707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188628(s) Flops=337618944 => 1789.86653094981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257679.032492024 Mflops = 257.679032492024 Gflops = 0.257679032492024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057224 s
InvBiCGStab: k = 84 resid = 9.289556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309589(s) Flops=554158080 => 1789.979876546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257703.175370693 Mflops = 257.703175370693 Gflops = 0.257703175370693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001153428 Relative Rsd = 5.05578464377839e-07
BICGSTAB_SOLVER_TIME: 0.600334 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 62 resid = 2.228471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228997(s) Flops=409798656 => 1789.5372253785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257637.872740721 Mflops = 257.637872740721 Gflops = 0.257637872740721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056908 s
InvBiCGStab: k = 74 resid = 1.142555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272203(s) Flops=488540160 => 1794.76405476795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258383.849400133 Mflops = 258.383849400133 Gflops = 0.258383849400133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001106002 Relative Rsd = 4.84790038268478e-07
BICGSTAB_SOLVER_TIME: 0.602751 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111455
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041394 s
InvBiCGStab: k = 68 resid = 2.209056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249815(s) Flops=449169408 => 1798.00815803695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258868.242364146 Mflops = 258.868242364146 Gflops = 0.258868242364146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 82 resid = 1.003806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300222(s) Flops=541034496 => 1802.11475508124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259451.262651254 Mflops = 259.451262651254 Gflops = 0.259451262651254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001104917 Relative Rsd = 4.84314508883062e-07
BICGSTAB_SOLVER_TIME: 0.651505 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042352 s
InvBiCGStab: k = 55 resid = 2.217917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202198(s) Flops=363866112 => 1799.55346739335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259070.843980279 Mflops = 259.070843980279 Gflops = 0.259070843980279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 85 resid = 1.084377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311435(s) Flops=560719872 => 1800.4394881757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259212.041224337 Mflops = 259.212041224337 Gflops = 0.259212041224337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001092193 Relative Rsd = 4.7873730797761e-07
BICGSTAB_SOLVER_TIME: 0.615987 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114281
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959293(s) Flops=1486651392 => 1549.73651637195 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223155.554661358 Mflops = 223.155554661358 Gflops = 0.223155554661358 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164517000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.954641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822694(s) Flops=1400629248 => 1702.49114251471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245103.521989016 Mflops = 245.103521989016 Gflops = 0.245103521989016 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 263 resid = 1.089917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.18998(s) Flops=1728718848 => 1452.7293299047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209192.730541141 Mflops = 209.192730541141 Gflops = 0.209192730541141 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002847268 Relative Rsd = 1.25304800284073e-06
BICGSTAB_SOLVER_TIME: 2.019356 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.127957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339612999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.908071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724315(s) Flops=1223460864 => 1689.12816109013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243141.676035221 Mflops = 243.141676035221 Gflops = 0.243141676035221 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 9.393036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759109(s) Flops=1367820288 => 1801.87599936241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.697920117 Mflops = 259.462697920117 Gflops = 0.259462697920117 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.001948779 Relative Rsd = 8.55344040374816e-07
BICGSTAB_SOLVER_TIME: 1.48682 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281410999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927462(s) Flops=1486651392 => 1602.92431603667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230823.034099789 Mflops = 230.823034099789 Gflops = 0.230823034099789 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164600000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 29 resid = 1.560857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107152(s) Flops=193259520 => 1803.60161266239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.016193234 Mflops = 259.592016193234 Gflops = 0.259592016193234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 52 resid = 9.143885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191221(s) Flops=344180736 => 1799.91076293922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.981901991 Mflops = 259.092981901991 Gflops = 0.259092981901991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007766535 Relative Rsd = 3.40427935475213e-07
BICGSTAB_SOLVER_TIME: 0.399218 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 89 resid = 1.170769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326998(s) Flops=586967040 => 1795.01721723069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258452.038840247 Mflops = 258.452038840247 Gflops = 0.258452038840247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058451 s
InvBiCGStab: k = 110 resid = 8.408513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420261(s) Flops=724764672 => 1724.55848151506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248302.9779299 Mflops = 248.3029779299 Gflops = 0.2483029779299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001327694 Relative Rsd = 5.81963873702897e-07
BICGSTAB_SOLVER_TIME: 0.850329 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156773999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041692 s
InvBiCGStab: k = 59 resid = 2.242072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216452(s) Flops=390113280 => 1802.30850257794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.396184325 Mflops = 259.478396184325 Gflops = 0.259478396184325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 77 resid = 8.211918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283325(s) Flops=508225536 => 1793.78994441013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258253.739048508 Mflops = 258.253739048508 Gflops = 0.258253739048508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001074224 Relative Rsd = 4.70861043174749e-07
BICGSTAB_SOLVER_TIME: 0.60126 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 64 resid = 1.330695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235423(s) Flops=422922240 => 1796.43552244258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258629.422024686 Mflops = 258.629422024686 Gflops = 0.258629422024686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056766 s
InvBiCGStab: k = 81 resid = 9.841877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323643(s) Flops=534472704 => 1651.42673872137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237756.786629804 Mflops = 237.756786629804 Gflops = 0.237756786629804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001168242 Relative Rsd = 5.12071820942243e-07
BICGSTAB_SOLVER_TIME: 0.662667 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117895000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055224 s
InvBiCGStab: k = 69 resid = 1.777272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311921(s) Flops=455731200 => 1461.04686763636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210349.112351466 Mflops = 210.349112351466 Gflops = 0.210349112351466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071801 s
InvBiCGStab: k = 88 resid = 1.151929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418555(s) Flops=580405248 => 1386.68812461923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199655.625389086 Mflops = 199.655625389086 Gflops = 0.199655625389086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00116882 Relative Rsd = 5.12324919531326e-07
BICGSTAB_SOLVER_TIME: 0.86144 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12624
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038027(s) Flops=1480384512 => 1426.15222147401 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205366.009263248 Mflops = 205.366009263248 Gflops = 0.205366009263248 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163838000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 25 resid = 2.067059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092502(s) Flops=167012352 => 1805.49990270481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.83598388 Mflops = 259.85983598388 Gflops = 0.25985983598388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056784 s
InvBiCGStab: k = 55 resid = 1.106524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202031(s) Flops=363866112 => 1801.04098875915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259283.656729596 Mflops = 259.283656729596 Gflops = 0.259283656729596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007703793 Relative Rsd = 3.37677784576292e-07
BICGSTAB_SOLVER_TIME: 0.396066 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040649 s
InvBiCGStab: k = 76 resid = 2.181709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27864(s) Flops=501663744 => 1800.40103359173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.873668125 Mflops = 259.210873668125 Gflops = 0.259210873668126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 105 resid = 8.927605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385882(s) Flops=691955712 => 1793.17955229837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258179.969810608 Mflops = 258.179969810608 Gflops = 0.258179969810608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001282718 Relative Rsd = 5.62249534730959e-07
BICGSTAB_SOLVER_TIME: 0.765174 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040709 s
InvBiCGStab: k = 73 resid = 2.263225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267739(s) Flops=481978368 => 1800.17990655078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259179.158925621 Mflops = 259.179158925621 Gflops = 0.259179158925621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 88 resid = 8.239002e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321563(s) Flops=580405248 => 1804.95034565544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.441378663 Mflops = 259.868441378663 Gflops = 0.259868441378663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001085903 Relative Rsd = 4.75980115222783e-07
BICGSTAB_SOLVER_TIME: 0.690049 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041018 s
InvBiCGStab: k = 67 resid = 2.249329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254881(s) Flops=442607616 => 1736.52652021924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250019.880382277 Mflops = 250.019880382277 Gflops = 0.250019880382277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05876 s
InvBiCGStab: k = 101 resid = 7.74614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40171(s) Flops=665708544 => 1657.18688606208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238600.432983095 Mflops = 238.600432983095 Gflops = 0.238600432983095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001187081 Relative Rsd = 5.20329162411087e-07
BICGSTAB_SOLVER_TIME: 0.76016 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040937 s
InvBiCGStab: k = 67 resid = 8.310845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247735(s) Flops=442607616 => 1786.61721597675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257221.202604818 Mflops = 257.221202604818 Gflops = 0.257221202604818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056772 s
InvBiCGStab: k = 85 resid = 1.096603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31403(s) Flops=560719872 => 1785.56148138713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257075.709160342 Mflops = 257.075709160342 Gflops = 0.257075709160342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001154533 Relative Rsd = 5.06062515429461e-07
BICGSTAB_SOLVER_TIME: 0.663179 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122911000000001
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015744(s) Flops=1473970176 => 1451.12368470796 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208962.03924442 Mflops = 208.96203924442 Gflops = 0.20896203924442 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163192000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.522754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 29 resid = 2.136357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107816(s) Flops=193259520 => 1792.4938784596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258015.234954728 Mflops = 258.015234954728 Gflops = 0.258015234954728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 53 resid = 1.112178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196293(s) Flops=350742528 => 1786.83156302059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257231.679843529 Mflops = 257.231679843529 Gflops = 0.257231679843529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007752455 Relative Rsd = 3.39810803552557e-07
BICGSTAB_SOLVER_TIME: 0.405602 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041613 s
InvBiCGStab: k = 65 resid = 1.573851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240112(s) Flops=429484032 => 1788.68208169521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257514.682061198 Mflops = 257.514682061198 Gflops = 0.257514682061198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057538 s
InvBiCGStab: k = 74 resid = 1.1374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27304(s) Flops=488540160 => 1789.26223263991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257590.605146736 Mflops = 257.590605146736 Gflops = 0.257590605146736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001085753 Relative Rsd = 4.75914340206386e-07
BICGSTAB_SOLVER_TIME: 0.61597 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043943 s
InvBiCGStab: k = 50 resid = 2.121933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195789(s) Flops=331057152 => 1690.88739408241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243436.479154135 Mflops = 243.436479154135 Gflops = 0.243436479154135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0607 s
InvBiCGStab: k = 77 resid = 9.448723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286519(s) Flops=508225536 => 1773.79348664486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255365.297033123 Mflops = 255.365297033123 Gflops = 0.255365297033123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001049627 Relative Rsd = 4.60079400475388e-07
BICGSTAB_SOLVER_TIME: 0.590618 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041588 s
InvBiCGStab: k = 64 resid = 1.8871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236328(s) Flops=422922240 => 1789.5562100132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257644.847377012 Mflops = 257.644847377012 Gflops = 0.257644847377012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057067 s
InvBiCGStab: k = 81 resid = 1.017144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299792(s) Flops=534472704 => 1782.81176282222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256664.696585487 Mflops = 256.664696585487 Gflops = 0.256664696585487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001144451 Relative Rsd = 5.01643495708772e-07
BICGSTAB_SOLVER_TIME: 0.638453 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117912000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 56 resid = 2.057387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206751(s) Flops=370427904 => 1791.66197019603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257924.118096578 Mflops = 257.924118096578 Gflops = 0.257924118096578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057316 s
InvBiCGStab: k = 82 resid = 1.06982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301894(s) Flops=541034496 => 1792.13398080121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258021.514778145 Mflops = 258.021514778145 Gflops = 0.258021514778145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001125025 Relative Rsd = 4.93128412108182e-07
BICGSTAB_SOLVER_TIME: 0.610473 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112773
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916917(s) Flops=1467482112 => 1600.45250769699 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230466.740985302 Mflops = 230.466740985302 Gflops = 0.230466740985302 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162615000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041543 s
InvBiCGStab: k = 35 resid = 1.376761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135987(s) Flops=232630272 => 1710.68022678638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246252.994063355 Mflops = 246.252994063355 Gflops = 0.246252994063355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064238 s
InvBiCGStab: k = 54 resid = 8.774759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252347(s) Flops=357304320 => 1415.92458004256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203852.479315431 Mflops = 203.852479315431 Gflops = 0.203852479315431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007428067 Relative Rsd = 3.25591995265944e-07
BICGSTAB_SOLVER_TIME: 0.498984 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049901 s
InvBiCGStab: k = 61 resid = 2.178857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273323(s) Flops=403236864 => 1475.31259352488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212402.531807916 Mflops = 212.402531807916 Gflops = 0.212402531807916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070643 s
InvBiCGStab: k = 89 resid = 1.060248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38516(s) Flops=586967040 => 1523.95638176342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219418.509251503 Mflops = 219.418509251503 Gflops = 0.219418509251503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001124231 Relative Rsd = 4.92780554632017e-07
BICGSTAB_SOLVER_TIME: 0.782796 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121430000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044347 s
InvBiCGStab: k = 50 resid = 2.259795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229138(s) Flops=331057152 => 1444.79375747366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207996.871016179 Mflops = 207.996871016179 Gflops = 0.207996871016179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057569 s
InvBiCGStab: k = 69 resid = 1.01116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297863(s) Flops=455731200 => 1530.00271937099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220269.510075465 Mflops = 220.269510075465 Gflops = 0.220269510075465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001018996 Relative Rsd = 4.46653183687754e-07
BICGSTAB_SOLVER_TIME: 0.632658 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992560000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041725 s
InvBiCGStab: k = 65 resid = 1.694965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242366(s) Flops=429484032 => 1772.04736637977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255124.096884664 Mflops = 255.124096884664 Gflops = 0.255124096884664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055903 s
InvBiCGStab: k = 88 resid = 1.003392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323479(s) Flops=580405248 => 1794.25943569753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258321.362930751 Mflops = 258.321362930751 Gflops = 0.258321362930751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00118295 Relative Rsd = 5.18518742080021e-07
BICGSTAB_SOLVER_TIME: 0.667084 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123856000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 59 resid = 2.141384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21761(s) Flops=390113280 => 1792.71761408024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258082.582449265 Mflops = 258.082582449265 Gflops = 0.258082582449265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 76 resid = 1.105513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27867(s) Flops=501663744 => 1800.20721283238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.412440839 Mflops = 259.168412440839 Gflops = 0.259168412440839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001054034 Relative Rsd = 4.62011063195095e-07
BICGSTAB_SOLVER_TIME: 0.597539 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110725
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910323(s) Flops=1455095808 => 1598.43902439024 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230199.526790998 Mflops = 230.199526790998 Gflops = 0.230199526790998 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161132000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.162637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714564(s) Flops=1256269824 => 1758.09280064487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253142.515847884 Mflops = 253.142515847884 Gflops = 0.253142515847883 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 265 resid = 1.147764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968132(s) Flops=1741842432 => 1799.1786574558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259076.060531975 Mflops = 259.076060531975 Gflops = 0.259076060531975 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.002466798 Relative Rsd = 1.08561525200522e-06
BICGSTAB_SOLVER_TIME: 1.686073 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325442999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 8.772442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883568(s) Flops=1315325952 => 1488.65277149014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214316.070110276 Mflops = 214.316070110276 Gflops = 0.214316070110276 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 6.473531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901963(s) Flops=1354696704 => 1501.94265618434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216268.016975196 Mflops = 216.268016975196 Gflops = 0.216268016975196 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.001951989 Relative Rsd = 8.5674497087207e-07
BICGSTAB_SOLVER_TIME: 1.789133 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.137479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.128838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289694999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915661(s) Flops=1455095808 => 1589.12065491486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229193.206267598 Mflops = 229.193206267598 Gflops = 0.229193206267598 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161088000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 28 resid = 1.150943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104427(s) Flops=186697728 => 1787.83004395415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257308.55075361 Mflops = 257.30855075361 Gflops = 0.25730855075361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056836 s
InvBiCGStab: k = 42 resid = 9.701129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155511(s) Flops=278562816 => 1791.27403206204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257857.503194608 Mflops = 257.857503194608 Gflops = 0.257857503194608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007263951 Relative Rsd = 3.18398356748458e-07
BICGSTAB_SOLVER_TIME: 0.361674 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 77 resid = 1.77855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282481(s) Flops=508225536 => 1799.14945075952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259029.634303474 Mflops = 259.029634303474 Gflops = 0.259029634303474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 101 resid = 7.497992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37091(s) Flops=665708544 => 1794.798048044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258408.604941538 Mflops = 258.408604941538 Gflops = 0.258408604941538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00126164 Relative Rsd = 5.53010517726473e-07
BICGSTAB_SOLVER_TIME: 0.755115 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04187 s
InvBiCGStab: k = 56 resid = 2.177492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205844(s) Flops=370427904 => 1799.55647966421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259066.746563619 Mflops = 259.066746563619 Gflops = 0.259066746563619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057178 s
InvBiCGStab: k = 68 resid = 9.962023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250168(s) Flops=449169408 => 1795.47107543731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258483.049617268 Mflops = 258.483049617268 Gflops = 0.258483049617268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001048791 Relative Rsd = 4.59713172940337e-07
BICGSTAB_SOLVER_TIME: 0.5587 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 67 resid = 1.996704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24631(s) Flops=442607616 => 1796.95349762494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258710.507957979 Mflops = 258.710507957979 Gflops = 0.258710507957979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058859 s
InvBiCGStab: k = 86 resid = 1.004638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321722(s) Flops=567281664 => 1763.26662149309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253873.355022904 Mflops = 253.873355022904 Gflops = 0.253873355022904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001180347 Relative Rsd = 5.17377553199727e-07
BICGSTAB_SOLVER_TIME: 0.671999 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123604000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042802 s
InvBiCGStab: k = 62 resid = 2.216568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22787(s) Flops=409798656 => 1798.38792293852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258907.247657741 Mflops = 258.907247657741 Gflops = 0.258907247657741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 77 resid = 7.3212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281813(s) Flops=508225536 => 1803.41409374301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259640.86726302 Mflops = 259.64086726302 Gflops = 0.25964086726302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001085258 Relative Rsd = 4.75697573511542e-07
BICGSTAB_SOLVER_TIME: 0.612857 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113568
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064257(s) Flops=1454948352 => 1367.10244987818 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196862.02968851 Mflops = 196.86202968851 Gflops = 0.19686202968851 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160875000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.5347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041588 s
InvBiCGStab: k = 32 resid = 2.028734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118854(s) Flops=212944896 => 1791.6510676965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257877.742833375 Mflops = 257.877742833375 Gflops = 0.257877742833375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 50 resid = 1.002347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184881(s) Flops=331057152 => 1790.64994239538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257772.9376574 Mflops = 257.7729376574 Gflops = 0.2577729376574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007512913 Relative Rsd = 3.29311013687229e-07
BICGSTAB_SOLVER_TIME: 0.405855 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041698 s
InvBiCGStab: k = 75 resid = 2.067407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27735(s) Flops=495101952 => 1785.11610600325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257021.022034302 Mflops = 257.021022034302 Gflops = 0.257021022034302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056644 s
InvBiCGStab: k = 102 resid = 9.934197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374406(s) Flops=672270336 => 1795.56507107258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258516.758179721 Mflops = 258.516758179721 Gflops = 0.258516758179721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001295727 Relative Rsd = 5.67951601008888e-07
BICGSTAB_SOLVER_TIME: 0.75363 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 58 resid = 2.133409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213086(s) Flops=383551488 => 1799.98445697981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259137.60648752 Mflops = 259.13760648752 Gflops = 0.25913760648752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056534 s
InvBiCGStab: k = 73 resid = 7.314417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267558(s) Flops=481978368 => 1801.39770816047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.846174148 Mflops = 259.348846174148 Gflops = 0.259348846174148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001017301 Relative Rsd = 4.45910369945559e-07
BICGSTAB_SOLVER_TIME: 0.582186 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 64 resid = 2.230337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235844(s) Flops=422922240 => 1793.22874442428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258171.59698649 Mflops = 258.17159698649 Gflops = 0.25817159698649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 82 resid = 1.051556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301258(s) Flops=541034496 => 1795.91743953688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.720300704 Mflops = 258.558720300704 Gflops = 0.258558720300704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001151828 Relative Rsd = 5.04876728128429e-07
BICGSTAB_SOLVER_TIME: 0.638627 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118767000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 60 resid = 2.245584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220842(s) Flops=396675072 => 1796.19398483984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.427636621 Mflops = 258.608427636621 Gflops = 0.258608427636621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061367 s
InvBiCGStab: k = 87 resid = 9.490436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342154(s) Flops=573843456 => 1677.14963437516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241466.953923999 Mflops = 241.466953923999 Gflops = 0.241466953923999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001131136 Relative Rsd = 4.95807072861275e-07
BICGSTAB_SOLVER_TIME: 0.669176 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119136
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935879(s) Flops=1479647232 => 1581.02407683044 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227675.852040323 Mflops = 227.675852040323 Gflops = 0.227675852040323 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163825000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047632 s
InvBiCGStab: k = 31 resid = 1.58572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131967(s) Flops=206383104 => 1563.89933847098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225122.54830306 Mflops = 225.12254830306 Gflops = 0.22512254830306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082261 s
InvBiCGStab: k = 47 resid = 1.14262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20543(s) Flops=311371776 => 1515.70742345324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218206.708895313 Mflops = 218.206708895313 Gflops = 0.218206708895313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007474109 Relative Rsd = 3.27610150346236e-07
BICGSTAB_SOLVER_TIME: 0.47326 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05735 s
InvBiCGStab: k = 58 resid = 2.097166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265887(s) Flops=383551488 => 1442.53569373456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207686.339571755 Mflops = 207.686339571755 Gflops = 0.207686339571755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070787 s
InvBiCGStab: k = 78 resid = 1.124565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346877(s) Flops=514787328 => 1484.06301945646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213678.21448853 Mflops = 213.67821448853 Gflops = 0.21367821448853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001118011 Relative Rsd = 4.90054131725822e-07
BICGSTAB_SOLVER_TIME: 0.744735 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045723 s
InvBiCGStab: k = 62 resid = 1.652369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264543(s) Flops=409798656 => 1549.08145745682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223023.15366625 Mflops = 223.02315366625 Gflops = 0.22302315366625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056927 s
InvBiCGStab: k = 76 resid = 9.125288e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279602(s) Flops=501663744 => 1794.20656504603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258315.824433248 Mflops = 258.315824433248 Gflops = 0.258315824433248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001026308 Relative Rsd = 4.49857993544081e-07
BICGSTAB_SOLVER_TIME: 0.65055 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041298 s
InvBiCGStab: k = 67 resid = 1.818272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264595(s) Flops=442607616 => 1672.77392240972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240839.83137253 Mflops = 240.83983137253 Gflops = 0.24083983137253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060224 s
InvBiCGStab: k = 85 resid = 8.839781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322848(s) Flops=560719872 => 1736.79214986619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250048.388258315 Mflops = 250.048388258315 Gflops = 0.250048388258315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001148559 Relative Rsd = 5.03443863535393e-07
BICGSTAB_SOLVER_TIME: 0.69402 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122836000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042173 s
InvBiCGStab: k = 62 resid = 2.085068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232563(s) Flops=409798656 => 1762.09739296449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253696.647456089 Mflops = 253.696647456089 Gflops = 0.253696647456089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 95 resid = 8.430183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358875(s) Flops=626337792 => 1745.28120376176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251276.207214816 Mflops = 251.276207214816 Gflops = 0.251276207214816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001132941 Relative Rsd = 4.96598261091867e-07
BICGSTAB_SOLVER_TIME: 0.693504 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126459
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951146(s) Flops=1492475904 => 1569.134395771 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225975.684975551 Mflops = 225.975684975551 Gflops = 0.225975684975551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165169000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041661 s
InvBiCGStab: k = 30 resid = 1.885495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118795(s) Flops=199821312 => 1682.06836988089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242130.798151835 Mflops = 242.130798151835 Gflops = 0.242130798151835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 54 resid = 1.047045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207732(s) Flops=357304320 => 1720.02541736468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247606.282942564 Mflops = 247.606282942564 Gflops = 0.247606282942564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007601184 Relative Rsd = 3.33180156311958e-07
BICGSTAB_SOLVER_TIME: 0.428078 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041701 s
InvBiCGStab: k = 54 resid = 1.931746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19858(s) Flops=357304320 => 1799.2966059019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.198693097 Mflops = 259.043198693097 Gflops = 0.259043198693097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058677 s
InvBiCGStab: k = 82 resid = 9.434555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306532(s) Flops=541034496 => 1765.01799485861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254128.623578278 Mflops = 254.128623578278 Gflops = 0.254128623578278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001121923 Relative Rsd = 4.91768772610979e-07
BICGSTAB_SOLVER_TIME: 0.609271 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043465 s
InvBiCGStab: k = 56 resid = 1.569233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210221(s) Flops=370427904 => 1762.08801213961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253691.380226624 Mflops = 253.691380226624 Gflops = 0.253691380226624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 75 resid = 9.805176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346468(s) Flops=495101952 => 1428.99763325906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205739.691910368 Mflops = 205.739691910368 Gflops = 0.205739691910368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001106649 Relative Rsd = 4.85073651566488e-07
BICGSTAB_SOLVER_TIME: 0.660418 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049404 s
InvBiCGStab: k = 65 resid = 1.760132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301085(s) Flops=429484032 => 1426.45442981218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205368.896267555 Mflops = 205.368896267555 Gflops = 0.205368896267555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071719 s
InvBiCGStab: k = 79 resid = 1.058863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375996(s) Flops=521349120 => 1386.58155937829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199648.113081329 Mflops = 199.648113081329 Gflops = 0.199648113081329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001122701 Relative Rsd = 4.92109894398887e-07
BICGSTAB_SOLVER_TIME: 0.803562 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044077 s
InvBiCGStab: k = 63 resid = 1.453175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270854(s) Flops=416360448 => 1537.21358370192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221317.770087599 Mflops = 221.317770087599 Gflops = 0.221317770087599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057754 s
InvBiCGStab: k = 75 resid = 1.130295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331981(s) Flops=495101952 => 1491.35628846229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214719.270045768 Mflops = 214.719270045768 Gflops = 0.214719270045768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001119733 Relative Rsd = 4.90808834978351e-07
BICGSTAB_SOLVER_TIME: 0.708308 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112835
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96372(s) Flops=1505083392 => 1561.7434441539 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224895.862581442 Mflops = 224.895862581442 Gflops = 0.224895862581442 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166746000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.167945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826055(s) Flops=1459685376 => 1767.05591758418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254394.26564546 Mflops = 254.39426564546 Gflops = 0.25439426564546 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.048295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821073(s) Flops=1466247168 => 1785.76955763982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257147.466973159 Mflops = 257.147466973159 Gflops = 0.257147466973159 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.00235904 Relative Rsd = 1.03821049876154e-06
BICGSTAB_SOLVER_TIME: 1.650488 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.114374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317498999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.538484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.643837(s) Flops=1144719360 => 1777.96454692725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255958.574039831 Mflops = 255.958574039831 Gflops = 0.255958574039831 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 8.963904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754908(s) Flops=1361258496 => 1803.21111446693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259656.388393996 Mflops = 259.656388393996 Gflops = 0.259656388393996 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.0023173 Relative Rsd = 1.01708294343255e-06
BICGSTAB_SOLVER_TIME: 1.402029 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.11509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273769999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094344(s) Flops=1505083392 => 1375.32932240685 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198046.212257275 Mflops = 198.046212257275 Gflops = 0.198046212257275 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166575000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.515888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056122 s
InvBiCGStab: k = 27 resid = 1.991611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13194(s) Flops=180135936 => 1365.28676671214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196572.152146462 Mflops = 196.572152146462 Gflops = 0.196572152146462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 68 resid = 4.02211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252737(s) Flops=449169408 => 1777.22062064518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255865.628340296 Mflops = 255.865628340296 Gflops = 0.255865628340296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007403762 Relative Rsd = 3.24526659420463e-07
BICGSTAB_SOLVER_TIME: 0.500869 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0820550000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041402 s
InvBiCGStab: k = 92 resid = 2.158037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339504(s) Flops=606652416 => 1786.87855224092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257273.905961726 Mflops = 257.273905961726 Gflops = 0.257273905961726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05719 s
InvBiCGStab: k = 108 resid = 1.064941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397932(s) Flops=711641088 => 1788.34848165013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257482.567511318 Mflops = 257.482567511318 Gflops = 0.257482567511318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001330411 Relative Rsd = 5.83154712770123e-07
BICGSTAB_SOLVER_TIME: 0.839697 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157414999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 56 resid = 2.079241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206201(s) Flops=370427904 => 1796.44087080082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.490996732 Mflops = 258.639490996732 Gflops = 0.258639490996732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056355 s
InvBiCGStab: k = 78 resid = 1.119958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285656(s) Flops=514787328 => 1802.12328114935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.3936014 Mflops = 259.4553936014 Gflops = 0.2594553936014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001046215 Relative Rsd = 4.58584026654201e-07
BICGSTAB_SOLVER_TIME: 0.592715 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 68 resid = 1.706574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249611(s) Flops=449169408 => 1799.47761917544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.189023215 Mflops = 259.084189023215 Gflops = 0.259084189023215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 95 resid = 8.100546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347591(s) Flops=626337792 => 1801.939037547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259437.226899159 Mflops = 259.437226899159 Gflops = 0.259437226899159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00118201 Relative Rsd = 5.18106538369816e-07
BICGSTAB_SOLVER_TIME: 0.697961 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13099
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041385 s
InvBiCGStab: k = 68 resid = 2.109582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249853(s) Flops=449169408 => 1797.7347000036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258815.335038201 Mflops = 258.815335038201 Gflops = 0.258815335038201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 84 resid = 9.613066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307719(s) Flops=554158080 => 1800.85753560879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259268.409438327 Mflops = 259.268409438327 Gflops = 0.259268409438327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001158728 Relative Rsd = 5.07901511407682e-07
BICGSTAB_SOLVER_TIME: 0.659394 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122908
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944616(s) Flops=1517469696 => 1606.44081404507 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231325.69509455 Mflops = 231.32569509455 Gflops = 0.23132569509455 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168160000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.521992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05548 s
InvBiCGStab: k = 29 resid = 2.076961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13751(s) Flops=193259520 => 1405.42156934041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202333.766199932 Mflops = 202.333766199932 Gflops = 0.202333766199932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06246 s
InvBiCGStab: k = 54 resid = 7.662786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199364(s) Flops=357304320 => 1792.22086234225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258012.516156706 Mflops = 258.012516156706 Gflops = 0.258012516156706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007523458 Relative Rsd = 3.29773224779954e-07
BICGSTAB_SOLVER_TIME: 0.458551 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0738710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 73 resid = 2.10961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269981(s) Flops=481978368 => 1785.2306940118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257025.460752507 Mflops = 257.025460752507 Gflops = 0.257025460752507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057622 s
InvBiCGStab: k = 102 resid = 9.537679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374895(s) Flops=672270336 => 1793.22299843956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258183.379227727 Mflops = 258.183379227727 Gflops = 0.258183379227727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001294188 Relative Rsd = 5.67276909568392e-07
BICGSTAB_SOLVER_TIME: 0.747273 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 64 resid = 1.373229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235916(s) Flops=422922240 => 1792.68146289357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258101.503064088 Mflops = 258.101503064088 Gflops = 0.258101503064088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 77 resid = 1.128704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28165(s) Flops=508225536 => 1804.45778803479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.587221335 Mflops = 259.791587221335 Gflops = 0.259791587221335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001059539 Relative Rsd = 4.64424072485533e-07
BICGSTAB_SOLVER_TIME: 0.618476 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041662 s
InvBiCGStab: k = 70 resid = 2.024921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257864(s) Flops=462292992 => 1792.77833276456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258108.816134321 Mflops = 258.108816134321 Gflops = 0.258108816134321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056734 s
InvBiCGStab: k = 81 resid = 1.036635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297138(s) Flops=534472704 => 1798.73561779375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.886490305 Mflops = 258.972886490305 Gflops = 0.258972886490305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001161825 Relative Rsd = 5.09258803619582e-07
BICGSTAB_SOLVER_TIME: 0.657067 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122259000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 70 resid = 8.104632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25696(s) Flops=462292992 => 1799.08542963885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259021.218983621 Mflops = 259.021218983621 Gflops = 0.259021218983621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 98 resid = 1.06374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359312(s) Flops=646023168 => 1797.94487242285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258868.48919566 Mflops = 258.86848919566 Gflops = 0.25886848919566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001169173 Relative Rsd = 5.12479891389199e-07
BICGSTAB_SOLVER_TIME: 0.71787 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134409
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958132(s) Flops=1523367936 => 1589.93534920032 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228954.382855392 Mflops = 228.954382855392 Gflops = 0.228954382855392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168717000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042124 s
InvBiCGStab: k = 33 resid = 2.130853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168568(s) Flops=219506688 => 1302.18480375872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187458.993248971 Mflops = 187.458993248971 Gflops = 0.187458993248971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059594 s
InvBiCGStab: k = 52 resid = 1.055545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232002(s) Flops=344180736 => 1483.52486616495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213578.009821018 Mflops = 213.578009821018 Gflops = 0.213578009821018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007846215 Relative Rsd = 3.43920542920739e-07
BICGSTAB_SOLVER_TIME: 0.50603 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 58 resid = 2.082789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214492(s) Flops=383551488 => 1788.18551740857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257452.795206037 Mflops = 257.452795206037 Gflops = 0.257452795206037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 69 resid = 1.140965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254785(s) Flops=455731200 => 1788.68928704594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257496.301672492 Mflops = 257.496301672492 Gflops = 0.257496301672492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001057084 Relative Rsd = 4.63348148342223e-07
BICGSTAB_SOLVER_TIME: 0.570331 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 64 resid = 1.957382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236158(s) Flops=422922240 => 1790.84443465815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257828.595195414 Mflops = 257.828595195414 Gflops = 0.257828595195414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056778 s
InvBiCGStab: k = 75 resid = 1.027162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276517(s) Flops=495101952 => 1790.49372009678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257778.113975784 Mflops = 257.778113975784 Gflops = 0.257778113975784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001048522 Relative Rsd = 4.59595094284059e-07
BICGSTAB_SOLVER_TIME: 0.614384 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041402 s
InvBiCGStab: k = 65 resid = 2.072422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238056(s) Flops=429484032 => 1804.13025506603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.285638103 Mflops = 259.746285638103 Gflops = 0.259746285638103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 85 resid = 8.914424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33049(s) Flops=560719872 => 1696.63188598747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244266.703522879 Mflops = 244.266703522879 Gflops = 0.244266703522879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001129158 Relative Rsd = 4.94940261221606e-07
BICGSTAB_SOLVER_TIME: 0.669889 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 59 resid = 1.806908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218948(s) Flops=390113280 => 1781.7622449166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256516.689234906 Mflops = 256.516689234906 Gflops = 0.256516689234906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057016 s
InvBiCGStab: k = 79 resid = 1.096002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291499(s) Flops=521349120 => 1788.51083537165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257493.007797247 Mflops = 257.493007797247 Gflops = 0.257493007797247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001099683 Relative Rsd = 4.82020190584198e-07
BICGSTAB_SOLVER_TIME: 0.612657 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11289
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934709(s) Flops=1503830016 => 1608.87507876783 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231680.717269483 Mflops = 231.680717269483 Gflops = 0.231680717269483 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.490149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047342 s
InvBiCGStab: k = 33 resid = 1.501218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.153133(s) Flops=219506688 => 1433.43817465863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206353.447320065 Mflops = 206.353447320065 Gflops = 0.206353447320065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067116 s
InvBiCGStab: k = 47 resid = 1.132105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208018(s) Flops=311371776 => 1496.85015719793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215483.974488886 Mflops = 215.483974488886 Gflops = 0.215483974488886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007807583 Relative Rsd = 3.42227206201095e-07
BICGSTAB_SOLVER_TIME: 0.479281 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040746 s
InvBiCGStab: k = 61 resid = 2.079125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266572(s) Flops=403236864 => 1512.6752397101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217783.058221187 Mflops = 217.783058221187 Gflops = 0.217783058221187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057179 s
InvBiCGStab: k = 78 resid = 9.998483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287785(s) Flops=514787328 => 1788.79138245565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257536.764953406 Mflops = 257.536764953406 Gflops = 0.257536764953405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001082037 Relative Rsd = 4.74285885514165e-07
BICGSTAB_SOLVER_TIME: 0.655944 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113624000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 51 resid = 2.013589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197735(s) Flops=337618944 => 1707.43138038284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245813.935520269 Mflops = 245.813935520269 Gflops = 0.245813935520269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05916 s
InvBiCGStab: k = 76 resid = 9.792701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296274(s) Flops=501663744 => 1693.24255250208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243778.415984213 Mflops = 243.778415984213 Gflops = 0.243778415984213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001050263 Relative Rsd = 4.60358268174852e-07
BICGSTAB_SOLVER_TIME: 0.597943 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041681 s
InvBiCGStab: k = 67 resid = 2.097222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24813(s) Flops=442607616 => 1783.77308668843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256812.689067801 Mflops = 256.812689067801 Gflops = 0.256812689067801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056816 s
InvBiCGStab: k = 84 resid = 9.044695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309713(s) Flops=554158080 => 1789.26322111116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257607.833567383 Mflops = 257.607833567383 Gflops = 0.257607833567383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001153771 Relative Rsd = 5.05728588581283e-07
BICGSTAB_SOLVER_TIME: 0.659982 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040633 s
InvBiCGStab: k = 53 resid = 1.960731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194957(s) Flops=350742528 => 1799.07635016952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259003.982301054 Mflops = 259.003982301054 Gflops = 0.259003982301054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 76 resid = 1.060181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27951(s) Flops=501663744 => 1794.79712353762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258404.818141345 Mflops = 258.404818141345 Gflops = 0.258404818141345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001081198 Relative Rsd = 4.73918076112933e-07
BICGSTAB_SOLVER_TIME: 0.574887 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106373
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929194(s) Flops=1491296256 => 1604.93530522151 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231117.248156865 Mflops = 231.117248156865 Gflops = 0.231117248156865 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.20045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973252(s) Flops=1420314624 => 1459.34929905102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210136.744491956 Mflops = 210.136744491956 Gflops = 0.210136744491956 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 1.049119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.00197(s) Flops=1709033472 => 1705.67329560765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245620.717599471 Mflops = 245.620717599471 Gflops = 0.245620717599471 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002798938 Relative Rsd = 1.23185268978997e-06
BICGSTAB_SOLVER_TIME: 1.978699 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339684999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 1.584199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.628473(s) Flops=1131595776 => 1800.54795671413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259234.667166472 Mflops = 259.234667166472 Gflops = 0.259234667166472 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.07467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716652(s) Flops=1295640576 => 1807.90757020144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260333.682629155 Mflops = 260.333682629155 Gflops = 0.260333682629155 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.001897075 Relative Rsd = 8.3264782465301e-07
BICGSTAB_SOLVER_TIME: 1.348472 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263623999999997
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929086(s) Flops=1491296256 => 1605.1218681586 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231337.58511372 Mflops = 231.33758511372 Gflops = 0.23133758511372 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165134000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042887 s
InvBiCGStab: k = 23 resid = 1.785985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100187(s) Flops=153888768 => 1536.01533133041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221122.142531524 Mflops = 221.122142531524 Gflops = 0.221122142531524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069648 s
InvBiCGStab: k = 53 resid = 1.118566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232939(s) Flops=350742528 => 1505.72694138809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216768.366826621 Mflops = 216.768366826621 Gflops = 0.216768366826621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007269705 Relative Rsd = 3.18650562348568e-07
BICGSTAB_SOLVER_TIME: 0.449414 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04547 s
InvBiCGStab: k = 79 resid = 1.942377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351741(s) Flops=521349120 => 1482.19604766007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213400.24634111 Mflops = 213.40024634111 Gflops = 0.21340024634111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05925 s
InvBiCGStab: k = 91 resid = 1.071335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420582(s) Flops=600090624 => 1426.81004893219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205431.330208847 Mflops = 205.431330208847 Gflops = 0.205431330208847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001276026 Relative Rsd = 5.59316295578484e-07
BICGSTAB_SOLVER_TIME: 0.88085 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135937
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046443 s
InvBiCGStab: k = 64 resid = 1.654339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315827(s) Flops=422922240 => 1339.09463092136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192798.142454129 Mflops = 192.798142454129 Gflops = 0.192798142454129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058394 s
InvBiCGStab: k = 73 resid = 8.5871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269074(s) Flops=481978368 => 1791.24838520258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257887.420821058 Mflops = 257.887420821058 Gflops = 0.257887420821058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001032565 Relative Rsd = 4.52600643335623e-07
BICGSTAB_SOLVER_TIME: 0.69359 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 67 resid = 2.280119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247471(s) Flops=442607616 => 1788.52316433037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257495.888365034 Mflops = 257.495888365034 Gflops = 0.257495888365034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 95 resid = 1.098731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349402(s) Flops=626337792 => 1792.59933257394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258098.251999075 Mflops = 258.098251999075 Gflops = 0.258098251999075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001168229 Relative Rsd = 5.12066003756929e-07
BICGSTAB_SOLVER_TIME: 0.698218 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040859 s
InvBiCGStab: k = 69 resid = 2.116884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25465(s) Flops=455731200 => 1789.63754172393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257652.277157558 Mflops = 257.652277157558 Gflops = 0.257652277157558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 86 resid = 7.814952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315053(s) Flops=567281664 => 1800.59121481148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.964865386 Mflops = 259.236964865386 Gflops = 0.259236964865386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001127171 Relative Rsd = 4.94068959123098e-07
BICGSTAB_SOLVER_TIME: 0.670624 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001978
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125046
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958079(s) Flops=1542168576 => 1609.64656985489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231802.377572636 Mflops = 231.802377572636 Gflops = 0.231802377572636 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170802000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 28 resid = 2.123264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106052(s) Flops=186697728 => 1760.43571078339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253363.713668289 Mflops = 253.363713668289 Gflops = 0.253363713668289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 49 resid = 9.57892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208747(s) Flops=324495360 => 1554.49113041146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223786.75536058 Mflops = 223.78675536058 Gflops = 0.22378675536058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007734652 Relative Rsd = 3.39030433245531e-07
BICGSTAB_SOLVER_TIME: 0.416616 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051116 s
InvBiCGStab: k = 69 resid = 2.043922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288746(s) Flops=455731200 => 1578.31173418853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227234.404492063 Mflops = 227.234404492063 Gflops = 0.227234404492063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069351 s
InvBiCGStab: k = 95 resid = 9.752155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429126(s) Flops=626337792 => 1459.56616937683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210145.031100093 Mflops = 210.145031100093 Gflops = 0.210145031100093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001296857 Relative Rsd = 5.68447133347313e-07
BICGSTAB_SOLVER_TIME: 0.846003 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04201 s
InvBiCGStab: k = 62 resid = 1.645257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269748(s) Flops=409798656 => 1519.19071133058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218250.128610949 Mflops = 218.250128610949 Gflops = 0.218250128610949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078201 s
InvBiCGStab: k = 81 resid = 9.222393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33566(s) Flops=534472704 => 1592.30383125782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229252.498815043 Mflops = 229.252498815043 Gflops = 0.229252498815043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001066404 Relative Rsd = 4.67433190186792e-07
BICGSTAB_SOLVER_TIME: 0.730042 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 69 resid = 1.163175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254322(s) Flops=455731200 => 1791.94564371152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.150869081 Mflops = 258.000150869081 Gflops = 0.258000150869081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056903 s
InvBiCGStab: k = 93 resid = 1.140428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342764(s) Flops=613214208 => 1789.0274591264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257579.197033219 Mflops = 257.579197033219 Gflops = 0.257579197033219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001195852 Relative Rsd = 5.24173964707793e-07
BICGSTAB_SOLVER_TIME: 0.698905 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 65 resid = 2.23032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240024(s) Flops=429484032 => 1789.33786621338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257605.34846265 Mflops = 257.60534846265 Gflops = 0.25760534846265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 85 resid = 1.085474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325157(s) Flops=560719872 => 1724.45886756244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248281.490947508 Mflops = 248.281490947508 Gflops = 0.248281490947508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001142892 Relative Rsd = 5.0096023157413e-07
BICGSTAB_SOLVER_TIME: 0.665933 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121352000000001
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96679(s) Flops=1548804096 => 1602.00673982975 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230693.153174702 Mflops = 230.693153174702 Gflops = 0.230693153174702 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171786000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041393 s
InvBiCGStab: k = 34 resid = 1.490203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125808(s) Flops=226068480 => 1796.93246852346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258662.500161833 Mflops = 258.662500161833 Gflops = 0.258662500161833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057069 s
InvBiCGStab: k = 55 resid = 6.998806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203582(s) Flops=363866112 => 1787.31966480337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257282.120318293 Mflops = 257.282120318293 Gflops = 0.257282120318293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007703637 Relative Rsd = 3.37670946832152e-07
BICGSTAB_SOLVER_TIME: 0.432651 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778800000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047157 s
InvBiCGStab: k = 57 resid = 1.799942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258658(s) Flops=376989696 => 1457.48322495341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209838.86419004 Mflops = 209.83886419004 Gflops = 0.20983886419004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074747 s
InvBiCGStab: k = 74 resid = 9.398761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316461(s) Flops=488540160 => 1543.7610321651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222258.098306925 Mflops = 222.258098306925 Gflops = 0.222258098306925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001073514 Relative Rsd = 4.70550027872236e-07
BICGSTAB_SOLVER_TIME: 0.700819 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108087
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043829 s
InvBiCGStab: k = 65 resid = 1.296107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284216(s) Flops=429484032 => 1511.11841697864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217567.13093705 Mflops = 217.56713093705 Gflops = 0.21756713093705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070804 s
InvBiCGStab: k = 90 resid = 6.262852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39038(s) Flops=593528832 => 1520.38739689533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218969.725494354 Mflops = 218.969725494354 Gflops = 0.218969725494354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001141815 Relative Rsd = 5.00488070032842e-07
BICGSTAB_SOLVER_TIME: 0.793008 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04128 s
InvBiCGStab: k = 66 resid = 1.561701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259615(s) Flops=436045824 => 1679.58640294282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241804.215653746 Mflops = 241.804215653746 Gflops = 0.241804215653746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058418 s
InvBiCGStab: k = 79 resid = 1.150862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308469(s) Flops=521349120 => 1690.11835873297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243322.145158718 Mflops = 243.322145158718 Gflops = 0.243322145158718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001130828 Relative Rsd = 4.95672257040235e-07
BICGSTAB_SOLVER_TIME: 0.672328 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 56 resid = 1.76831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207664(s) Flops=370427904 => 1783.78488327298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256800.539222977 Mflops = 256.800539222977 Gflops = 0.256800539222977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057607 s
InvBiCGStab: k = 87 resid = 1.133198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321522(s) Flops=573843456 => 1784.77197827831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256951.655785522 Mflops = 256.951655785522 Gflops = 0.256951655785522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001116058 Relative Rsd = 4.89197882870012e-07
BICGSTAB_SOLVER_TIME: 0.631565 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116436
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97569(s) Flops=1548951552 => 1587.54476524306 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228622.847395161 Mflops = 228.622847395161 Gflops = 0.228622847395161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171669000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 27 resid = 2.055102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100477(s) Flops=180135936 => 1792.80766742638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258036.541617869 Mflops = 258.036541617869 Gflops = 0.258036541617869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057152 s
InvBiCGStab: k = 54 resid = 1.148343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198184(s) Flops=357304320 => 1802.89185807129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259542.626138942 Mflops = 259.542626138942 Gflops = 0.259542626138942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007792003 Relative Rsd = 3.41544273748071e-07
BICGSTAB_SOLVER_TIME: 0.400868 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041831 s
InvBiCGStab: k = 59 resid = 2.273465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253897(s) Flops=390113280 => 1536.50212487741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221215.821851968 Mflops = 221.215821851968 Gflops = 0.221215821851968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064316 s
InvBiCGStab: k = 86 resid = 9.912408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389264(s) Flops=567281664 => 1457.31859098196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209825.660353135 Mflops = 209.825660353135 Gflops = 0.209825660353135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001164596 Relative Rsd = 5.10473625819241e-07
BICGSTAB_SOLVER_TIME: 0.753189 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045991 s
InvBiCGStab: k = 65 resid = 1.999762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277702(s) Flops=429484032 => 1546.56441797322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222662.418784407 Mflops = 222.662418784407 Gflops = 0.222662418784407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062286 s
InvBiCGStab: k = 79 resid = 1.012766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345359(s) Flops=521349120 => 1509.58602497691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217343.546087578 Mflops = 217.343546087578 Gflops = 0.217343546087578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001115233 Relative Rsd = 4.88836247849683e-07
BICGSTAB_SOLVER_TIME: 0.735028 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043909 s
InvBiCGStab: k = 67 resid = 2.0967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282421(s) Flops=442607616 => 1567.19088169789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225633.016483279 Mflops = 225.633016483279 Gflops = 0.225633016483279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057682 s
InvBiCGStab: k = 88 resid = 9.717753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322939(s) Flops=580405248 => 1797.25969300704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258760.15226721 Mflops = 258.76015226721 Gflops = 0.25876015226721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00115358 Relative Rsd = 5.05645055841298e-07
BICGSTAB_SOLVER_TIME: 0.710651 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125124000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044276 s
InvBiCGStab: k = 60 resid = 1.501107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239467(s) Flops=396675072 => 1656.49159174333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238489.966042349 Mflops = 238.489966042349 Gflops = 0.238489966042349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06055 s
InvBiCGStab: k = 82 resid = 8.66882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304471(s) Flops=541034496 => 1776.96560920416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255838.262590841 Mflops = 255.838262590841 Gflops = 0.255838262590841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001114486 Relative Rsd = 4.88508903605939e-07
BICGSTAB_SOLVER_TIME: 0.652451 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115742
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96472(s) Flops=1549025280 => 1605.67343892528 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231216.795566399 Mflops = 231.216795566399 Gflops = 0.231216795566399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.828487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801274(s) Flops=1243146240 => 1551.46209661115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223410.629947092 Mflops = 223.410629947092 Gflops = 0.223410629947092 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.119168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183478(s) Flops=1630291968 => 1377.54311275748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198364.52514113 Mflops = 198.36452514113 Gflops = 0.19836452514113 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.00229381 Relative Rsd = 1.00956896945961e-06
BICGSTAB_SOLVER_TIME: 1.988276 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.136236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.127241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311870999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.773024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813552(s) Flops=1249708032 => 1536.11328101953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221143.605186403 Mflops = 221.143605186403 Gflops = 0.221143605186403 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.134488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.74453(s) Flops=1335011328 => 1793.09272695526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258197.595604645 Mflops = 258.197595604645 Gflops = 0.258197595604645 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001960353 Relative Rsd = 8.60416544583618e-07
BICGSTAB_SOLVER_TIME: 1.561431 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.11647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280866999999997
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964048(s) Flops=1549025280 => 1606.79269082037 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231372.934210922 Mflops = 231.372934210922 Gflops = 0.231372934210922 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171678000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 31 resid = 1.665126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114409(s) Flops=206383104 => 1803.90619619086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259654.107311891 Mflops = 259.654107311891 Gflops = 0.259654107311891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 50 resid = 9.922076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183729(s) Flops=331057152 => 1801.87750436785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259393.857441102 Mflops = 259.393857441102 Gflops = 0.259393857441102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007474531 Relative Rsd = 3.27628647974974e-07
BICGSTAB_SOLVER_TIME: 0.398935 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 84 resid = 2.271501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307691(s) Flops=554158080 => 1801.02141434101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.751910184 Mflops = 259.311751910184 Gflops = 0.259311751910184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 114 resid = 1.150931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46642(s) Flops=751011840 => 1610.16217143347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231835.61094782 Mflops = 231.83561094782 Gflops = 0.23183561094782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001370453 Relative Rsd = 6.00706283475991e-07
BICGSTAB_SOLVER_TIME: 0.875421 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155878999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050669 s
InvBiCGStab: k = 59 resid = 2.239989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270389(s) Flops=390113280 => 1442.78532040874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207749.834879304 Mflops = 207.749834879304 Gflops = 0.207749834879304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066687 s
InvBiCGStab: k = 72 resid = 1.050523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336441(s) Flops=475416576 => 1413.07562395784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203447.619856047 Mflops = 203.447619856047 Gflops = 0.203447619856047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001040037 Relative Rsd = 4.55875973806892e-07
BICGSTAB_SOLVER_TIME: 0.728065 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042607 s
InvBiCGStab: k = 76 resid = 2.222429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315949(s) Flops=501663744 => 1587.7997524917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228615.080409506 Mflops = 228.615080409506 Gflops = 0.228615080409506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060159 s
InvBiCGStab: k = 94 resid = 1.06088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423881(s) Flops=619776000 => 1462.14621556522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210515.781752337 Mflops = 210.515781752337 Gflops = 0.210515781752337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001190097 Relative Rsd = 5.21651245343458e-07
BICGSTAB_SOLVER_TIME: 0.846469 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 59 resid = 2.160263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217289(s) Flops=390113280 => 1795.36598723359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258474.423013393 Mflops = 258.474423013393 Gflops = 0.258474423013393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 100 resid = 6.290908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368078(s) Flops=659146752 => 1790.78008465597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257831.329863918 Mflops = 257.831329863918 Gflops = 0.257831329863918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001173175 Relative Rsd = 5.14233925845076e-07
BICGSTAB_SOLVER_TIME: 0.686488 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12796
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963815(s) Flops=1549025280 => 1607.1811291586 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231431.028089968 Mflops = 231.431028089968 Gflops = 0.231431028089968 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171745000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044836 s
InvBiCGStab: k = 30 resid = 1.665072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115685(s) Flops=199821312 => 1727.28799757963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248605.69706762 Mflops = 248.60569706762 Gflops = 0.24860569706762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05687 s
InvBiCGStab: k = 49 resid = 7.683357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183716(s) Flops=324495360 => 1766.28796620871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254266.040201606 Mflops = 254.266040201606 Gflops = 0.254266040201606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007482842 Relative Rsd = 3.27992936448254e-07
BICGSTAB_SOLVER_TIME: 0.404847 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041591 s
InvBiCGStab: k = 78 resid = 2.209991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28792(s) Flops=514787328 => 1787.95265351487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257402.247944517 Mflops = 257.402247944517 Gflops = 0.257402247944517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056827 s
InvBiCGStab: k = 107 resid = 1.036718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393543(s) Flops=705079296 => 1791.61945708601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257956.336230442 Mflops = 257.956336230442 Gflops = 0.257956336230442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001310364 Relative Rsd = 5.7436759921421e-07
BICGSTAB_SOLVER_TIME: 0.783643 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051279 s
InvBiCGStab: k = 59 resid = 1.558867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256886(s) Flops=390113280 => 1518.62413677662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218645.330093785 Mflops = 218.645330093785 Gflops = 0.218645330093785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066332 s
InvBiCGStab: k = 82 resid = 1.02094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35362(s) Flops=541034496 => 1529.98839432159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220280.542377141 Mflops = 220.280542377141 Gflops = 0.220280542377141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001093897 Relative Rsd = 4.79484357038936e-07
BICGSTAB_SOLVER_TIME: 0.732302 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049579 s
InvBiCGStab: k = 74 resid = 2.250246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330422(s) Flops=488540160 => 1478.53399592037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212877.49677648 Mflops = 212.87749677648 Gflops = 0.21287749677648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063311 s
InvBiCGStab: k = 97 resid = 9.380609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437554(s) Flops=639461376 => 1461.44561814085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210414.500270891 Mflops = 210.414500270891 Gflops = 0.210414500270891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001161014 Relative Rsd = 5.08903394008097e-07
BICGSTAB_SOLVER_TIME: 0.884497 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136509
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.076952 s
InvBiCGStab: k = 60 resid = 2.070076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29834(s) Flops=396675072 => 1329.60740095193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191435.419538083 Mflops = 191.435419538083 Gflops = 0.191435419538083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074855 s
InvBiCGStab: k = 99 resid = 1.131185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388305(s) Flops=652584960 => 1680.59891065013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241965.246338207 Mflops = 241.965246338207 Gflops = 0.241965246338207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001192894 Relative Rsd = 5.22877446774037e-07
BICGSTAB_SOLVER_TIME: 0.842182 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12958
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970879(s) Flops=1542610944 => 1588.88074003043 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228802.286488861 Mflops = 228.802286488861 Gflops = 0.228802286488861 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170953000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040633 s
InvBiCGStab: k = 30 resid = 1.962449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111258(s) Flops=199821312 => 1796.01747290083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258501.760719892 Mflops = 258.501760719892 Gflops = 0.258501760719892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056089 s
InvBiCGStab: k = 51 resid = 1.1087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186928(s) Flops=337618944 => 1806.14431224857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260003.315370377 Mflops = 260.003315370377 Gflops = 0.260003315370377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007679795 Relative Rsd = 3.36625920107327e-07
BICGSTAB_SOLVER_TIME: 0.398574 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041419 s
InvBiCGStab: k = 54 resid = 2.10722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198476(s) Flops=357304320 => 1800.23942441404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.894356302 Mflops = 259.150894356302 Gflops = 0.259150894356302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056375 s
InvBiCGStab: k = 79 resid = 9.189853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289109(s) Flops=521349120 => 1803.2960578882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259616.662536035 Mflops = 259.616662536035 Gflops = 0.259616662536035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001113193 Relative Rsd = 4.87942136261393e-07
BICGSTAB_SOLVER_TIME: 0.589014 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 63 resid = 1.20227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23167(s) Flops=416360448 => 1797.21348469806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258762.673927812 Mflops = 258.762673927812 Gflops = 0.258762673927812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056785 s
InvBiCGStab: k = 77 resid = 1.130094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293179(s) Flops=508225536 => 1733.49911146433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249595.222645009 Mflops = 249.595222645009 Gflops = 0.249595222645009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001126598 Relative Rsd = 4.93818105763434e-07
BICGSTAB_SOLVER_TIME: 0.627426 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044993 s
InvBiCGStab: k = 67 resid = 2.242085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300716(s) Flops=442607616 => 1471.84591441759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211906.824698521 Mflops = 211.906824698521 Gflops = 0.211906824698521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065152 s
InvBiCGStab: k = 77 resid = 9.88156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333081(s) Flops=508225536 => 1525.83166256856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219678.011988086 Mflops = 219.678011988086 Gflops = 0.219678011988086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001140339 Relative Rsd = 4.99840933680673e-07
BICGSTAB_SOLVER_TIME: 0.74767 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117147000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043624 s
InvBiCGStab: k = 61 resid = 2.14539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28414(s) Flops=403236864 => 1419.1485324136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204328.015222226 Mflops = 204.328015222226 Gflops = 0.204328015222226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080893 s
InvBiCGStab: k = 91 resid = 1.119932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447471(s) Flops=600090624 => 1341.07154206641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193098.803141486 Mflops = 193.098803141486 Gflops = 0.193098803141486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001144654 Relative Rsd = 5.01732590494365e-07
BICGSTAB_SOLVER_TIME: 0.860076 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122783
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966697(s) Flops=1536417792 => 1589.34784322285 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228869.747731966 Mflops = 228.869747731966 Gflops = 0.228869747731966 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170258000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041818 s
InvBiCGStab: k = 31 resid = 1.21769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114764(s) Flops=206383104 => 1798.32616499948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258848.606460843 Mflops = 258.848606460843 Gflops = 0.258848606460843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 42 resid = 1.139878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154777(s) Flops=278562816 => 1799.76880285831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.314220298 Mflops = 259.067314220298 Gflops = 0.259067314220298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000765243 Relative Rsd = 3.35426406290072e-07
BICGSTAB_SOLVER_TIME: 0.371607 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 65 resid = 1.930195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239771(s) Flops=429484032 => 1791.22592807304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257879.993988817 Mflops = 257.879993988817 Gflops = 0.257879993988817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056653 s
InvBiCGStab: k = 87 resid = 1.003881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318688(s) Flops=573843456 => 1800.64343809619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.690992401 Mflops = 259.2366909924 Gflops = 0.2592366909924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001153866 Relative Rsd = 5.05770380465247e-07
BICGSTAB_SOLVER_TIME: 0.65987 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123091000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 62 resid = 2.243395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227367(s) Flops=409798656 => 1802.3664647904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.049339843 Mflops = 259.479049339843 Gflops = 0.259479049339843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 81 resid = 8.653824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296314(s) Flops=534472704 => 1803.73760267824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259695.805951049 Mflops = 259.695805951049 Gflops = 0.259695805951049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001112295 Relative Rsd = 4.87548761861546e-07
BICGSTAB_SOLVER_TIME: 0.624465 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04883 s
InvBiCGStab: k = 67 resid = 2.088448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284198(s) Flops=442607616 => 1557.39173393198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224220.162440146 Mflops = 224.220162440146 Gflops = 0.224220162440146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085481 s
InvBiCGStab: k = 99 resid = 1.040696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4316(s) Flops=652584960 => 1512.01334569045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217698.929456849 Mflops = 217.698929456849 Gflops = 0.217698929456849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001182157 Relative Rsd = 5.18171139743562e-07
BICGSTAB_SOLVER_TIME: 0.85547 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051586 s
InvBiCGStab: k = 60 resid = 2.207673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281172(s) Flops=396675072 => 1410.79151551364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203122.242503546 Mflops = 203.122242503546 Gflops = 0.203122242503546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06108 s
InvBiCGStab: k = 75 resid = 1.118348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338737(s) Flops=495101952 => 1461.61166923011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210404.540950641 Mflops = 210.404540950641 Gflops = 0.210404540950641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001078724 Relative Rsd = 4.72833426191651e-07
BICGSTAB_SOLVER_TIME: 0.738138 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110581
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94795(s) Flops=1517690880 => 1601.02418903951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230553.305263419 Mflops = 230.553305263419 Gflops = 0.230553305263419 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168176000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.946152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783024(s) Flops=1413752832 => 1805.50383130019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.784551643 Mflops = 259.977784551643 Gflops = 0.259977784551643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.142933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894968(s) Flops=1623730176 => 1814.28852875187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261252.776178174 Mflops = 261.252776178174 Gflops = 0.261252776178174 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.003633609 Relative Rsd = 1.5992910854804e-06
BICGSTAB_SOLVER_TIME: 1.681337 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.121863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329685999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.644464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815945(s) Flops=1295640576 => 1587.90185122772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228651.341774384 Mflops = 228.651341774384 Gflops = 0.228651341774384 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 7.882757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.06848(s) Flops=1597483008 => 1495.09865229111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215291.366839602 Mflops = 215.291366839602 Gflops = 0.215291366839602 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.002012217 Relative Rsd = 8.8317253028916e-07
BICGSTAB_SOLVER_TIME: 1.887933 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.123114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313996999999999
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004446(s) Flops=1517690880 => 1510.97309362574 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217580.029281874 Mflops = 217.580029281874 Gflops = 0.217580029281874 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168155000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 32 resid = 2.231699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118304(s) Flops=212944896 => 1799.9805247498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.943866407 Mflops = 259.102943866407 Gflops = 0.259102943866407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 51 resid = 1.088845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187411(s) Flops=337618944 => 1801.48947500414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259326.176120656 Mflops = 259.326176120656 Gflops = 0.259326176120656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007723397 Relative Rsd = 3.38537095108583e-07
BICGSTAB_SOLVER_TIME: 0.407058 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041158 s
InvBiCGStab: k = 78 resid = 1.830658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304588(s) Flops=514787328 => 1690.11033921231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243335.000847939 Mflops = 243.335000847939 Gflops = 0.243335000847939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06008 s
InvBiCGStab: k = 116 resid = 1.011716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435687(s) Flops=764135424 => 1753.86326422409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252525.2007807 Mflops = 252.5252007807 Gflops = 0.2525252007807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001262147 Relative Rsd = 5.53232540299276e-07
BICGSTAB_SOLVER_TIME: 0.845166 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152954999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 60 resid = 1.802921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221422(s) Flops=396675072 => 1791.48897580186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257912.120233886 Mflops = 257.912120233886 Gflops = 0.257912120233886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057044 s
InvBiCGStab: k = 82 resid = 8.109835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302404(s) Flops=541034496 => 1789.11157259825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257581.539496723 Mflops = 257.581539496723 Gflops = 0.257581539496723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001025981 Relative Rsd = 4.4971480914066e-07
BICGSTAB_SOLVER_TIME: 0.625576 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 66 resid = 2.251406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242151(s) Flops=436045824 => 1800.71865901855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259257.092836326 Mflops = 259.257092836326 Gflops = 0.259257092836326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 99 resid = 7.907059e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437515(s) Flops=652584960 => 1491.57162611568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214758.461338859 Mflops = 214.758461338859 Gflops = 0.214758461338859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001178647 Relative Rsd = 5.16632545256054e-07
BICGSTAB_SOLVER_TIME: 0.781052 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051507 s
InvBiCGStab: k = 65 resid = 1.932485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306214(s) Flops=429484032 => 1402.56171174407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201940.826782857 Mflops = 201.940826782857 Gflops = 0.201940826782857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069274 s
InvBiCGStab: k = 104 resid = 9.590602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459934(s) Flops=685393920 => 1490.20059399827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214561.928679262 Mflops = 214.561928679262 Gflops = 0.214561928679262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001167025 Relative Rsd = 5.11538170731631e-07
BICGSTAB_SOLVER_TIME: 0.890806 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134982
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998604(s) Flops=1498963968 => 1501.059446988 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216150.510159256 Mflops = 216.150510159256 Gflops = 0.216150510159256 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166020000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047177 s
InvBiCGStab: k = 34 resid = 1.582134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133176(s) Flops=226068480 => 1697.51666967021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244332.487459303 Mflops = 244.332487459303 Gflops = 0.244332487459303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 56 resid = 7.292864e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207586(s) Flops=370427904 => 1784.45513666625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256893.364293808 Mflops = 256.893364293808 Gflops = 0.256893364293808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007810177 Relative Rsd = 3.42340896454417e-07
BICGSTAB_SOLVER_TIME: 0.447806 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0786030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041372 s
InvBiCGStab: k = 75 resid = 1.765767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279595(s) Flops=495101952 => 1770.78256764248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254953.530191262 Mflops = 254.953530191262 Gflops = 0.254953530191262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056228 s
InvBiCGStab: k = 120 resid = 7.902198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447905(s) Flops=790382592 => 1764.62105133901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254076.989831571 Mflops = 254.076989831571 Gflops = 0.254076989831571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001264413 Relative Rsd = 5.54225799177604e-07
BICGSTAB_SOLVER_TIME: 0.828747 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153769999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043299 s
InvBiCGStab: k = 58 resid = 1.953121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220307(s) Flops=383551488 => 1740.98638717789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250644.585746489 Mflops = 250.644585746489 Gflops = 0.250644585746489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056925 s
InvBiCGStab: k = 67 resid = 1.129738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245958(s) Flops=442607616 => 1799.52518722709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.463791631 Mflops = 259.067463791631 Gflops = 0.259067463791631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001078381 Relative Rsd = 4.72683250960266e-07
BICGSTAB_SOLVER_TIME: 0.570145 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 63 resid = 1.171014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233336(s) Flops=416360448 => 1784.38152706826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256907.732688915 Mflops = 256.907732688915 Gflops = 0.256907732688915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058318 s
InvBiCGStab: k = 83 resid = 9.895682e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367256(s) Flops=547596288 => 1491.04790119154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214673.341585949 Mflops = 214.673341585949 Gflops = 0.214673341585949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001158608 Relative Rsd = 5.07848952628094e-07
BICGSTAB_SOLVER_TIME: 0.703699 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118706000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054058 s
InvBiCGStab: k = 66 resid = 1.960039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295136(s) Flops=436045824 => 1477.44031226282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212685.437090435 Mflops = 212.685437090435 Gflops = 0.212685437090435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068318 s
InvBiCGStab: k = 81 resid = 1.133982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368199(s) Flops=534472704 => 1451.58651707365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209012.631831995 Mflops = 209.012631831995 Gflops = 0.209012631831995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001126536 Relative Rsd = 4.93790907870696e-07
BICGSTAB_SOLVER_TIME: 0.796404 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119147
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066573(s) Flops=1480531968 => 1388.12061434145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199890.71977719 Mflops = 199.89071977719 Gflops = 0.19989071977719 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163811000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040983 s
InvBiCGStab: k = 26 resid = 1.791717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096494(s) Flops=173574144 => 1798.80763570792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258855.030662655 Mflops = 258.855030662655 Gflops = 0.258855030662655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056046 s
InvBiCGStab: k = 56 resid = 8.910595e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215101(s) Flops=370427904 => 1722.11149181082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247918.150627403 Mflops = 247.918150627403 Gflops = 0.247918150627403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007567286 Relative Rsd = 3.31694324715803e-07
BICGSTAB_SOLVER_TIME: 0.412239 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0731060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 66 resid = 1.372809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257191(s) Flops=436045824 => 1695.41634038516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244100.427103596 Mflops = 244.100427103596 Gflops = 0.244100427103596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058143 s
InvBiCGStab: k = 87 resid = 9.423171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338766(s) Flops=573843456 => 1693.92281397779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243888.563731684 Mflops = 243.888563731684 Gflops = 0.243888563731684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001137992 Relative Rsd = 4.98812057299285e-07
BICGSTAB_SOLVER_TIME: 0.699315 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123612000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042227 s
InvBiCGStab: k = 65 resid = 1.839413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239174(s) Flops=429484032 => 1795.69699047555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258532.670267241 Mflops = 258.532670267241 Gflops = 0.258532670267241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056763 s
InvBiCGStab: k = 90 resid = 1.024596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337421(s) Flops=593528832 => 1759.0156866348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253260.558123339 Mflops = 253.260558123339 Gflops = 0.253260558123339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001077099 Relative Rsd = 4.72121127158382e-07
BICGSTAB_SOLVER_TIME: 0.679254 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 66 resid = 1.829888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244187(s) Flops=436045824 => 1785.70449696339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257085.560411136 Mflops = 257.085560411136 Gflops = 0.257085560411137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05845 s
InvBiCGStab: k = 95 resid = 1.035973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373362(s) Flops=626337792 => 1677.56170151221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241536.534449295 Mflops = 241.536534449295 Gflops = 0.241536534449295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001152449 Relative Rsd = 5.05149166307283e-07
BICGSTAB_SOLVER_TIME: 0.721546 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044126 s
InvBiCGStab: k = 65 resid = 1.680399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286767(s) Flops=429484032 => 1497.67592505414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215634.331033159 Mflops = 215.634331033159 Gflops = 0.215634331033159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06917 s
InvBiCGStab: k = 83 resid = 8.40641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379332(s) Flops=547596288 => 1443.58052576635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207857.996773748 Mflops = 207.857996773748 Gflops = 0.207857996773748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001089143 Relative Rsd = 4.77400528998131e-07
BICGSTAB_SOLVER_TIME: 0.783721 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121361
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049457(s) Flops=1474191360 => 1404.7182114179 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202307.001167425 Mflops = 202.307001167425 Gflops = 0.202307001167425 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163004000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040726 s
InvBiCGStab: k = 28 resid = 1.703879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104011(s) Flops=186697728 => 1794.98060782033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258349.375396229 Mflops = 258.349375396229 Gflops = 0.258349375396229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 46 resid = 8.989363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170761(s) Flops=304809984 => 1785.00936396484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256958.105022053 Mflops = 256.958105022053 Gflops = 0.256958105022053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007072225 Relative Rsd = 3.09994488546035e-07
BICGSTAB_SOLVER_TIME: 0.3754 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 55 resid = 1.93908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203009(s) Flops=363866112 => 1792.36443704466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258041.514947816 Mflops = 258.041514947816 Gflops = 0.258041514947816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 78 resid = 1.138322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286085(s) Flops=514787328 => 1799.42089938305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259064.773127655 Mflops = 259.064773127655 Gflops = 0.259064773127655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001105435 Relative Rsd = 4.84541736305882e-07
BICGSTAB_SOLVER_TIME: 0.590356 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 55 resid = 1.806874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213591(s) Flops=363866112 => 1703.56481312415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245279.465291966 Mflops = 245.279465291966 Gflops = 0.245279465291966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073935 s
InvBiCGStab: k = 90 resid = 1.138597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378449(s) Flops=593528832 => 1568.31919756691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225787.107995527 Mflops = 225.787107995527 Gflops = 0.225787107995527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001062691 Relative Rsd = 4.65805602969574e-07
BICGSTAB_SOLVER_TIME: 0.710861 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041959 s
InvBiCGStab: k = 66 resid = 2.149034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243228(s) Flops=436045824 => 1792.74517736445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258101.356544012 Mflops = 258.101356544011 Gflops = 0.258101356544012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 97 resid = 5.659827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355356(s) Flops=639461376 => 1799.49508661736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259089.035237291 Mflops = 259.089035237291 Gflops = 0.259089035237291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001170721 Relative Rsd = 5.13158256841472e-07
BICGSTAB_SOLVER_TIME: 0.700685 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054654 s
InvBiCGStab: k = 66 resid = 1.409455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289743(s) Flops=436045824 => 1504.93997784243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216676.749375703 Mflops = 216.676749375703 Gflops = 0.216676749375703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073878 s
InvBiCGStab: k = 88 resid = 1.105238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400307(s) Flops=580405248 => 1449.90032150325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208755.787476451 Mflops = 208.755787476451 Gflops = 0.208755787476451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001109214 Relative Rsd = 4.86198052254079e-07
BICGSTAB_SOLVER_TIME: 0.82227 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124044
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.086191(s) Flops=1461805056 => 1345.80847751454 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193797.15706508 Mflops = 193.79715706508 Gflops = 0.19379715706508 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.134611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763726(s) Flops=1367820288 => 1790.98300699466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257899.382590842 Mflops = 257.899382590842 Gflops = 0.257899382590842 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 8.984696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906563(s) Flops=1636853760 => 1805.55985629239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259993.95540876 Mflops = 259.99395540876 Gflops = 0.25999395540876 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.004087572 Relative Rsd = 1.79910751172996e-06
BICGSTAB_SOLVER_TIME: 1.673651 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326200999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.374425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.653151(s) Flops=1177528320 => 1802.84240550807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259540.930189389 Mflops = 259.540930189389 Gflops = 0.259540930189389 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.106004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833312(s) Flops=1433438208 => 1720.16988594908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247700.308303761 Mflops = 247.700308303761 Gflops = 0.247700308303761 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.00190876 Relative Rsd = 8.37752773311105e-07
BICGSTAB_SOLVER_TIME: 1.490163 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.13063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.121991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283893999999998
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.096028(s) Flops=1461805056 => 1333.7296638407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192091.404218767 Mflops = 192.091404218767 Gflops = 0.192091404218767 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161435000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.480337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041857 s
InvBiCGStab: k = 31 resid = 1.93755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115624(s) Flops=206383104 => 1784.9503909223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256915.061503826 Mflops = 256.915061503826 Gflops = 0.256915061503826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 44 resid = 1.141073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16187(s) Flops=291686400 => 1801.97936615803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259389.983336349 Mflops = 259.389983336349 Gflops = 0.259389983336349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007918972 Relative Rsd = 3.47109687199072e-07
BICGSTAB_SOLVER_TIME: 0.37953 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040712 s
InvBiCGStab: k = 79 resid = 2.015752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289993(s) Flops=521349120 => 1797.79898135472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258836.572042341 Mflops = 258.836572042341 Gflops = 0.258836572042341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056782 s
InvBiCGStab: k = 105 resid = 1.003177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383729(s) Flops=691955712 => 1803.24059948557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.437676765 Mflops = 259.628437676765 Gflops = 0.259628437676765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001313729 Relative Rsd = 5.75842510830916e-07
BICGSTAB_SOLVER_TIME: 0.774916 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 63 resid = 1.168434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23114(s) Flops=416360448 => 1801.33446396124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259339.600263295 Mflops = 259.339600263295 Gflops = 0.259339600263295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056658 s
InvBiCGStab: k = 81 resid = 9.494717e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297036(s) Flops=534472704 => 1799.35329051024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259053.425869074 Mflops = 259.053425869074 Gflops = 0.259053425869074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00108281 Relative Rsd = 4.74624353849123e-07
BICGSTAB_SOLVER_TIME: 0.629417 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 74 resid = 1.906648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271285(s) Flops=488540160 => 1800.83734817627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259281.485332105 Mflops = 259.281485332105 Gflops = 0.259281485332105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055977 s
InvBiCGStab: k = 103 resid = 8.786454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377673(s) Flops=678832128 => 1797.40709026062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.559888305 Mflops = 258.786559888305 Gflops = 0.258786559888305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001226253 Relative Rsd = 5.37499350283324e-07
BICGSTAB_SOLVER_TIME: 0.749982 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041507 s
InvBiCGStab: k = 62 resid = 2.01494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227826(s) Flops=409798656 => 1798.7352453188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258963.465218035 Mflops = 258.963465218035 Gflops = 0.258963465218035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 83 resid = 9.193346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368277(s) Flops=547596288 => 1486.91416515286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214070.591074589 Mflops = 214.070591074589 Gflops = 0.214070591074589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001105255 Relative Rsd = 4.84462694024735e-07
BICGSTAB_SOLVER_TIME: 0.698528 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117768
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.101564(s) Flops=1455243264 => 1321.07010033008 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190245.020945254 Mflops = 190.245020945254 Gflops = 0.190245020945254 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160668000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 31 resid = 2.182719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115994(s) Flops=206383104 => 1779.25672017518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256136.557728121 Mflops = 256.136557728121 Gflops = 0.256136557728121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056909 s
InvBiCGStab: k = 48 resid = 9.893503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177561(s) Flops=317933568 => 1790.55968371433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257759.210840084 Mflops = 257.759210840084 Gflops = 0.257759210840084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007881131 Relative Rsd = 3.45450998451602e-07
BICGSTAB_SOLVER_TIME: 0.395315 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 72 resid = 2.255535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26441(s) Flops=475416576 => 1798.0279717106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258875.192773145 Mflops = 258.875192773145 Gflops = 0.258875192773145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 124 resid = 1.115112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454379(s) Flops=816629760 => 1797.2436226146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258762.89732982 Mflops = 258.76289732982 Gflops = 0.25876289732982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001359254 Relative Rsd = 5.95797191406601e-07
BICGSTAB_SOLVER_TIME: 0.819611 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154397999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 65 resid = 2.001183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238629(s) Flops=429484032 => 1799.79814691425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259128.168399699 Mflops = 259.128168399699 Gflops = 0.259128168399699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056568 s
InvBiCGStab: k = 75 resid = 9.947009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274384(s) Flops=495101952 => 1804.41261881159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.789021373 Mflops = 259.770789021373 Gflops = 0.259770789021373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001053323 Relative Rsd = 4.61699384529345e-07
BICGSTAB_SOLVER_TIME: 0.614623 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040678 s
InvBiCGStab: k = 69 resid = 1.753468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253356(s) Flops=455731200 => 1798.77800407332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258977.068922326 Mflops = 258.977068922326 Gflops = 0.258977068922326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 97 resid = 1.049179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372538(s) Flops=639461376 => 1716.49972888672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247144.522866307 Mflops = 247.144522866307 Gflops = 0.247144522866307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001198444 Relative Rsd = 5.25309999766011e-07
BICGSTAB_SOLVER_TIME: 0.726454 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041712 s
InvBiCGStab: k = 67 resid = 1.814192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24859(s) Flops=442607616 => 1780.47232792952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256333.765479245 Mflops = 256.333765479245 Gflops = 0.256333765479245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 89 resid = 8.786419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361703(s) Flops=586967040 => 1622.78731445412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233650.303852759 Mflops = 233.650303852759 Gflops = 0.233650303852759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001138071 Relative Rsd = 4.9884670527146e-07
BICGSTAB_SOLVER_TIME: 0.712517 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125742
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.075628(s) Flops=1448828928 => 1346.96096419952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193963.310610861 Mflops = 193.963310610861 Gflops = 0.193963310610861 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160291000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 30 resid = 2.009725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11187(s) Flops=199821312 => 1786.19211584875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257083.245945126 Mflops = 257.083245945126 Gflops = 0.257083245945126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 49 resid = 1.129965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181293(s) Flops=324495360 => 1789.89459052473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257666.967112813 Mflops = 257.666967112813 Gflops = 0.257666967112813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007548995 Relative Rsd = 3.30892573701352e-07
BICGSTAB_SOLVER_TIME: 0.394286 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042062 s
InvBiCGStab: k = 54 resid = 1.894445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198722(s) Flops=357304320 => 1798.01088958444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258862.548554537 Mflops = 258.862548554537 Gflops = 0.258862548554537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056136 s
InvBiCGStab: k = 85 resid = 1.032537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311813(s) Flops=560719872 => 1798.2568783213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258895.949925531 Mflops = 258.895949925531 Gflops = 0.258895949925531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.0011428 Relative Rsd = 5.00919664360759e-07
BICGSTAB_SOLVER_TIME: 0.612401 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 60 resid = 1.774405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23511(s) Flops=396675072 => 1687.18928161286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242927.782212252 Mflops = 242.927782212252 Gflops = 0.242927782212252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057664 s
InvBiCGStab: k = 76 resid = 1.116178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292423(s) Flops=501663744 => 1715.54133566785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246982.39026171 Mflops = 246.98239026171 Gflops = 0.24698239026171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00105781 Relative Rsd = 4.63666307556524e-07
BICGSTAB_SOLVER_TIME: 0.630499 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 65 resid = 2.096269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24049(s) Flops=429484032 => 1785.87064742817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257116.668325195 Mflops = 257.116668325195 Gflops = 0.257116668325195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057162 s
InvBiCGStab: k = 86 resid = 7.150305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316627(s) Flops=567281664 => 1791.64020756284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257954.832906691 Mflops = 257.954832906691 Gflops = 0.257954832906691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001194879 Relative Rsd = 5.23747167006363e-07
BICGSTAB_SOLVER_TIME: 0.659178 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041978 s
InvBiCGStab: k = 61 resid = 2.264571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223884(s) Flops=403236864 => 1801.09728252131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.158571414 Mflops = 259.299158571414 Gflops = 0.259299158571414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 87 resid = 1.102929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318517(s) Flops=573843456 => 1801.61013697856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259389.80694368 Mflops = 259.38980694368 Gflops = 0.25938980694368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001118793 Relative Rsd = 4.90396784351971e-07
BICGSTAB_SOLVER_TIME: 0.644641 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119965
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.04152(s) Flops=1436221440 => 1378.96674091712 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198566.876097744 Mflops = 198.566876097744 Gflops = 0.198566876097744 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158731000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.485436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041565 s
InvBiCGStab: k = 28 resid = 1.750061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103932(s) Flops=186697728 => 1796.3449948043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258549.15818759 Mflops = 258.54915818759 Gflops = 0.25854915818759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056908 s
InvBiCGStab: k = 52 resid = 1.084408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19208(s) Flops=344180736 => 1791.86139108705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257943.783111418 Mflops = 257.943783111418 Gflops = 0.257943783111418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000804747 Relative Rsd = 3.52742100337062e-07
BICGSTAB_SOLVER_TIME: 0.39817 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0716290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042764 s
InvBiCGStab: k = 53 resid = 1.887593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208492(s) Flops=350742528 => 1682.28290773747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242184.237901496 Mflops = 242.184237901496 Gflops = 0.242184237901496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057118 s
InvBiCGStab: k = 89 resid = 9.744228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330563(s) Flops=586967040 => 1775.65861878069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255655.650543239 Mflops = 255.655650543239 Gflops = 0.255655650543239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00114792 Relative Rsd = 5.03164179388867e-07
BICGSTAB_SOLVER_TIME: 0.64269 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115864000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042173 s
InvBiCGStab: k = 57 resid = 1.09934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209959(s) Flops=376989696 => 1795.53958630018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.090387032 Mflops = 258.492090387032 Gflops = 0.258492090387032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 83 resid = 4.692091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305245(s) Flops=547596288 => 1793.95661845403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258288.337956051 Mflops = 258.288337956051 Gflops = 0.258288337956051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001040493 Relative Rsd = 4.56075748197267e-07
BICGSTAB_SOLVER_TIME: 0.617896 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042064 s
InvBiCGStab: k = 68 resid = 1.501316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250061(s) Flops=449169408 => 1796.2393495987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258615.051289538 Mflops = 258.615051289538 Gflops = 0.258615051289538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 92 resid = 1.012026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337461(s) Flops=606652416 => 1797.6963738032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258820.774089791 Mflops = 258.820774089791 Gflops = 0.258820774089791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001142156 Relative Rsd = 5.00637428817166e-07
BICGSTAB_SOLVER_TIME: 0.689903 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 55 resid = 2.170352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202008(s) Flops=363866112 => 1801.2460496614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.37711208 Mflops = 259.32737711208 Gflops = 0.25932737711208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 83 resid = 7.697739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307211(s) Flops=547596288 => 1782.47617435574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256625.277156119 Mflops = 256.625277156119 Gflops = 0.256625277156119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001071168 Relative Rsd = 4.69521457658495e-07
BICGSTAB_SOLVER_TIME: 0.61055 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114615
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901421(s) Flops=1417347072 => 1572.3475179744 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226417.802727387 Mflops = 226.417802727387 Gflops = 0.226417802727387 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156627000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.5562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021143
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 2.001805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.061158(s) Flops=1551550464 => 1462.12954527036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210513.791673799 Mflops = 210.513791673799 Gflops = 0.210513791673799 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.125277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932631(s) Flops=1564674048 => 1677.69894845872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241573.411616618 Mflops = 241.573411616618 Gflops = 0.241573411616618 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002820903 Relative Rsd = 1.24159408487979e-06
BICGSTAB_SOLVER_TIME: 2.002623 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.12333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338079
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.166354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.643446(s) Flops=1164404736 => 1809.63862701765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.248607453 Mflops = 260.500248607453 Gflops = 0.260500248607453 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.016437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.70651(s) Flops=1275955200 => 1805.99736734087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.698833212 Mflops = 260.056698833212 Gflops = 0.260056698833212 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001918124 Relative Rsd = 8.41862457893351e-07
BICGSTAB_SOLVER_TIME: 1.353291 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265069999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 331 resid = 2.201385e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.26799(s) Flops=2174920704 => 1715.25067547851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246977.425250881 Mflops = 246.977425250881 Gflops = 0.246977425250881 Tflops
InvBiCGStab: k = 339 resid = 7.887432e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.254122(s) Flops=2227415040 => 1776.07524626791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255751.837424149 Mflops = 255.751837424149 Gflops = 0.255751837424149 Tflops
BICGSTAB_SOLVER: 670 iterations. Rsd = 0.002784732 Relative Rsd = 1.2256736828867e-06
BICGSTAB_SOLVER_TIME: 2.526741 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.477790000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 274 resid = 1.644946e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.006213(s) Flops=1800898560 => 1789.7786651534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257739.876863319 Mflops = 257.739876863319 Gflops = 0.257739876863319 Tflops
InvBiCGStab: k = 296 resid = 8.035714e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.091766(s) Flops=1945257984 => 1781.75358455933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256569.129840304 Mflops = 256.569129840304 Gflops = 0.256569129840304 Tflops
BICGSTAB_SOLVER: 570 iterations. Rsd = 0.001900567 Relative Rsd = 8.34157090957138e-07
BICGSTAB_SOLVER_TIME: 2.10253 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.407090000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 229 resid = 1.249789e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839246(s) Flops=1505617920 => 1794.01262561871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258306.273344376 Mflops = 258.306273344376 Gflops = 0.258306273344376 Tflops
InvBiCGStab: k = 281 resid = 1.017522e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.038665(s) Flops=1846831104 => 1778.08157972012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256038.928597461 Mflops = 256.038928597461 Gflops = 0.256038928597461 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.001829367 Relative Rsd = 8.01860316301458e-07
BICGSTAB_SOLVER_TIME: 1.882744 sec
2Flav::invert,  n_count = 510
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363579
MInvCG2: 332 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.472962(s) Flops=2143807488 => 1455.43977916606 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209584.850910783 Mflops = 209.584850910783 Gflops = 0.209584850910783 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.237820000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0120618388782532
AccProb = 0.988010613504751
AcceptP = 1
After HMC trajectory call: time= 474.023826 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.066276 secs
Doing Update: 2707 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 260 resid = 1.867095e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183401(s) Flops=1709033472 => 1444.17105613397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207958.319713315 Mflops = 207.958319713315 Gflops = 0.207958319713315 Tflops
InvBiCGStab: k = 338 resid = 8.991967e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.287807(s) Flops=2220853248 => 1724.52335481947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248330.145864956 Mflops = 248.330145864956 Gflops = 0.248330145864956 Tflops
BICGSTAB_SOLVER: 598 iterations. Rsd = 0.002077754 Relative Rsd = 9.1415532356948e-07
BICGSTAB_SOLVER_TIME: 2.476044 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429838999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 221 resid = 2.083971e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816692(s) Flops=1453123584 => 1779.27980683048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256229.604413363 Mflops = 256.229604413363 Gflops = 0.256229604413363 Tflops
InvBiCGStab: k = 251 resid = 1.024942e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916774(s) Flops=1649977344 => 1799.76454829653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259161.980260998 Mflops = 259.161980260998 Gflops = 0.259161980260998 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.00186162 Relative Rsd = 8.17906980669028e-07
BICGSTAB_SOLVER_TIME: 1.738252 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339701999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 351 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.403543(s) Flops=2259044352 => 1609.52984839082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231774.439236527 Mflops = 231.774439236527 Gflops = 0.231774439236527 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250884000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 282 resid = 1.637548e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.053496(s) Flops=1853392896 => 1759.27853166979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253326.987507803 Mflops = 253.326987507803 Gflops = 0.253326987507803 Tflops
InvBiCGStab: k = 385 resid = 9.427263e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.442481(s) Flops=2529257472 => 1753.40782443582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252488.986069213 Mflops = 252.488986069213 Gflops = 0.252488986069213 Tflops
BICGSTAB_SOLVER: 667 iterations. Rsd = 0.00215866 Relative Rsd = 9.49751494645869e-07
BICGSTAB_SOLVER_TIME: 2.500742 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.475595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 269 resid = 1.859309e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.147757(s) Flops=1768089600 => 1540.47381109416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221829.902387985 Mflops = 221.829902387985 Gflops = 0.221829902387985 Tflops
InvBiCGStab: k = 302 resid = 1.081612e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.369745(s) Flops=1984628736 => 1448.9038003424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208641.810891385 Mflops = 208.641810891385 Gflops = 0.208641810891385 Tflops
BICGSTAB_SOLVER: 571 iterations. Rsd = 0.002131317 Relative Rsd = 9.36398920214597e-07
BICGSTAB_SOLVER_TIME: 2.523005 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.407815000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0007
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 249 resid = 1.337226e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914015(s) Flops=1636853760 => 1790.83905625181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.101316563 Mflops = 257.855101316563 Gflops = 0.257855101316563 Tflops
InvBiCGStab: k = 261 resid = 7.654544e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960794(s) Flops=1715595264 => 1785.60155871082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257125.567001027 Mflops = 257.125567001027 Gflops = 0.257125567001027 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.001913248 Relative Rsd = 8.38753028639675e-07
BICGSTAB_SOLVER_TIME: 1.879663 sec
2Flav::invert,  n_count = 510
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363400000000001
MInvCG2: 333 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.357973(s) Flops=2150000640 => 1583.24255342337 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228017.377145421 Mflops = 228.017377145421 Gflops = 0.228017377145421 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238733000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.986074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676097(s) Flops=1223460864 => 1809.59368847961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260507.667983102 Mflops = 260.507667983102 Gflops = 0.260507667983102 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 3.06287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.987501(s) Flops=1787774976 => 1810.40320566764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260695.867158663 Mflops = 260.695867158663 Gflops = 0.260695867158663 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002104562 Relative Rsd = 9.25950167207493e-07
BICGSTAB_SOLVER_TIME: 1.666952 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.118822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326868999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.365906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661161(s) Flops=1197213696 => 1810.77482791635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260712.848138582 Mflops = 260.712848138582 Gflops = 0.260712848138582 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.118223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832952(s) Flops=1512179712 => 1815.44640267386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261418.964044902 Mflops = 261.418964044902 Gflops = 0.261418964044902 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.002130399 Relative Rsd = 9.35995572393975e-07
BICGSTAB_SOLVER_TIME: 1.497477 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0.127864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294344999999998
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.074709(s) Flops=1423319040 => 1324.37621718996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190731.842007633 Mflops = 190.731842007633 Gflops = 0.190731842007633 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157309000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.7e-05 s
InvBiCGStab: k = 175 resid = 2.089209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.64127(s) Flops=1151281152 => 1795.31422333806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258374.64276968 Mflops = 258.37464276968 Gflops = 0.25837464276968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.4e-05 s
InvBiCGStab: k = 189 resid = 8.784226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692423(s) Flops=1243146240 => 1795.35665337518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258529.047891375 Mflops = 258.529047891375 Gflops = 0.258529047891375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.001930951 Relative Rsd = 8.46514008919918e-07
BICGSTAB_SOLVER_TIME: 1.337386 sec
2Flav::invert,  n_count = 364
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261835999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 8.7e-05 s
InvBiCGStab: k = 136 resid = 1.575724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.497456(s) Flops=895371264 => 1799.9004213438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259060.964641798 Mflops = 259.060964641798 Gflops = 0.259060964641798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000106 s
InvBiCGStab: k = 161 resid = 9.01479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.587762(s) Flops=1059416064 => 1802.45756615773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.669657576 Mflops = 259.550669657576 Gflops = 0.259550669657576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 297 iterations. Rsd = 0.001626199 Relative Rsd = 7.12913278113724e-07
BICGSTAB_SOLVER_TIME: 1.08908 sec
2Flav::invert,  n_count = 297
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.213639999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005224 s
InvBiCGStab: k = 88 resid = 2.138006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322719(s) Flops=580405248 => 1798.48489862698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258951.094512522 Mflops = 258.951094512522 Gflops = 0.258951094512522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007219 s
InvBiCGStab: k = 138 resid = 1.011985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.510012(s) Flops=908494848 => 1781.3205336345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256484.959503635 Mflops = 256.484959503635 Gflops = 0.256484959503635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 226 iterations. Rsd = 0.001412088 Relative Rsd = 6.1904854178583e-07
BICGSTAB_SOLVER_TIME: 0.849193 sec
2Flav::invert,  n_count = 226
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165659999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007281 s
InvBiCGStab: k = 91 resid = 1.190597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336011(s) Flops=600090624 => 1785.92553219984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257138.627039566 Mflops = 257.138627039566 Gflops = 0.257138627039566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01135 s
InvBiCGStab: k = 115 resid = 8.322637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433668(s) Flops=757573632 => 1746.89770054512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251520.813946663 Mflops = 251.520813946663 Gflops = 0.251520813946663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001310304 Relative Rsd = 5.74427064574007e-07
BICGSTAB_SOLVER_TIME: 0.791923 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151848999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01036 s
InvBiCGStab: k = 78 resid = 1.852364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286796(s) Flops=514787328 => 1794.95992970613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258431.027461468 Mflops = 258.431027461468 Gflops = 0.258431027461468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015111 s
InvBiCGStab: k = 95 resid = 7.829714e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348111(s) Flops=626337792 => 1799.24734351974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.910497686 Mflops = 259.052910497686 Gflops = 0.259052910497686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001230492 Relative Rsd = 5.39438195378451e-07
BICGSTAB_SOLVER_TIME: 0.663973 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12954
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.040251(s) Flops=1423319040 => 1368.24577914369 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197135.504970002 Mflops = 197.135504970002 Gflops = 0.197135504970002 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158646000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.520042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013479 s
InvBiCGStab: k = 29 resid = 1.94769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107707(s) Flops=193259520 => 1794.30789085203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258268.635409672 Mflops = 258.268635409672 Gflops = 0.258268635409672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019544 s
InvBiCGStab: k = 47 resid = 1.141566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173136(s) Flops=311371776 => 1798.42306626005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258892.424154005 Mflops = 258.892424154005 Gflops = 0.258892424154005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007311029 Relative Rsd = 3.20509857588208e-07
BICGSTAB_SOLVER_TIME: 0.317457 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0611740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016359 s
InvBiCGStab: k = 93 resid = 1.870048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353397(s) Flops=613214208 => 1735.19924617357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249840.113359301 Mflops = 249.840113359301 Gflops = 0.249840113359301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.025731 s
InvBiCGStab: k = 109 resid = 1.101502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419133(s) Flops=718202880 => 1713.5441017529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246717.791637274 Mflops = 246.717791637274 Gflops = 0.246717791637274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001349161 Relative Rsd = 5.91461923795816e-07
BICGSTAB_SOLVER_TIME: 0.81825 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152081999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020908 s
InvBiCGStab: k = 63 resid = 1.656212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232384(s) Flops=416360448 => 1791.69154502892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257935.675102978 Mflops = 257.935675102978 Gflops = 0.257935675102978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029495 s
InvBiCGStab: k = 81 resid = 1.123916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298295(s) Flops=534472704 => 1791.75884275633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257960.455684461 Mflops = 257.960455684461 Gflops = 0.257960455684461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001089554 Relative Rsd = 4.7765212650665e-07
BICGSTAB_SOLVER_TIME: 0.584783 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112287000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023935 s
InvBiCGStab: k = 78 resid = 2.026951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285829(s) Flops=514787328 => 1801.03253343782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259306.770590051 Mflops = 259.306770590051 Gflops = 0.259306770590051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033559 s
InvBiCGStab: k = 92 resid = 1.03475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335952(s) Flops=606652416 => 1805.77111015859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.317360824 Mflops = 259.984317360824 Gflops = 0.259984317360824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001201043 Relative Rsd = 5.26528082570987e-07
BICGSTAB_SOLVER_TIME: 0.682992 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131401
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027845 s
InvBiCGStab: k = 65 resid = 8.556661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238316(s) Flops=429484032 => 1802.16196982158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.097566646 Mflops = 259.465097566646 Gflops = 0.259465097566646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039894 s
InvBiCGStab: k = 86 resid = 6.463017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315634(s) Flops=567281664 => 1797.27679527554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258763.275210044 Mflops = 258.763275210044 Gflops = 0.258763275210044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00115268 Relative Rsd = 5.05326015334299e-07
BICGSTAB_SOLVER_TIME: 0.625386 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119177000000001
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889412(s) Flops=1410490368 => 1585.8683804581 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228583.130648948 Mflops = 228.583130648948 Gflops = 0.228583130648948 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156235000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.0351 s
InvBiCGStab: k = 29 resid = 2.067598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130628(s) Flops=193259520 => 1479.46473956579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212973.631908779 Mflops = 212.973631908779 Gflops = 0.212973631908779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.064606 s
InvBiCGStab: k = 44 resid = 9.626676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202818(s) Flops=291686400 => 1438.1682099222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207019.201308527 Mflops = 207.019201308527 Gflops = 0.207019201308527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007488639 Relative Rsd = 3.28296151514923e-07
BICGSTAB_SOLVER_TIME: 0.436822 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642040000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.04274 s
InvBiCGStab: k = 54 resid = 2.204609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234257(s) Flops=357304320 => 1525.26635276641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219583.220046455 Mflops = 219.583220046455 Gflops = 0.219583220046455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.065928 s
InvBiCGStab: k = 77 resid = 6.348781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335188(s) Flops=508225536 => 1516.24024726422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218303.742732271 Mflops = 218.303742732271 Gflops = 0.218303742732271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001070593 Relative Rsd = 4.69339910953132e-07
BICGSTAB_SOLVER_TIME: 0.681857 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106668
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04725 s
InvBiCGStab: k = 52 resid = 2.196337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252885(s) Flops=344180736 => 1361.01681001246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195950.766406578 Mflops = 195.950766406578 Gflops = 0.195950766406578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.089619 s
InvBiCGStab: k = 77 resid = 7.982796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283062(s) Flops=508225536 => 1795.45659961422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258497.869854223 Mflops = 258.497869854223 Gflops = 0.258497869854223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001001075 Relative Rsd = 4.38863607525835e-07
BICGSTAB_SOLVER_TIME: 0.676533 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041509 s
InvBiCGStab: k = 64 resid = 1.660851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235921(s) Flops=422922240 => 1792.64346963602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258093.702088823 Mflops = 258.093702088823 Gflops = 0.258093702088823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 83 resid = 1.126693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304588(s) Flops=547596288 => 1797.82620457799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258835.000819621 Mflops = 258.835000819621 Gflops = 0.258835000819621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001138982 Relative Rsd = 4.99320760993433e-07
BICGSTAB_SOLVER_TIME: 0.641863 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119341000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 57 resid = 2.108378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20972(s) Flops=376989696 => 1797.58580965096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.334500654 Mflops = 258.791334500654 Gflops = 0.258791334500654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 78 resid = 1.024789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285498(s) Flops=514787328 => 1803.120610302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.410469587 Mflops = 259.603410469587 Gflops = 0.259603410469587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001097188 Relative Rsd = 4.80998631398713e-07
BICGSTAB_SOLVER_TIME: 0.595804 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110789000000001
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863627(s) Flops=1379303424 => 1597.10549114375 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229977.805843635 Mflops = 229.977805843635 Gflops = 0.229977805843635 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152628000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 28 resid = 2.074115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104683(s) Flops=186697728 => 1783.4579444609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256703.389814369 Mflops = 256.703389814369 Gflops = 0.256703389814369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057106 s
InvBiCGStab: k = 47 resid = 7.496814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174191(s) Flops=311371776 => 1787.53079091342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257320.867919423 Mflops = 257.320867919423 Gflops = 0.257320867919423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007542256 Relative Rsd = 3.30646697110814e-07
BICGSTAB_SOLVER_TIME: 0.380916 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 62 resid = 2.039778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228918(s) Flops=409798656 => 1790.15479778785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257722.817511334 Mflops = 257.722817511334 Gflops = 0.257722817511334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 82 resid = 1.051462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300233(s) Flops=541034496 => 1802.04872882062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.51864876 Mflops = 259.44451864876 Gflops = 0.25944451864876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001123742 Relative Rsd = 4.92639846641189e-07
BICGSTAB_SOLVER_TIME: 0.630155 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 55 resid = 1.749303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202264(s) Flops=363866112 => 1798.96626191512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.021929561 Mflops = 258.985021929561 Gflops = 0.258985021929561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 68 resid = 1.13681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249261(s) Flops=449169408 => 1802.00435687893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.482684675 Mflops = 259.424482684675 Gflops = 0.259424482684675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001080365 Relative Rsd = 4.73623837333901e-07
BICGSTAB_SOLVER_TIME: 0.552492 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043845 s
InvBiCGStab: k = 64 resid = 1.294996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305399(s) Flops=422922240 => 1384.81867982541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199378.527499278 Mflops = 199.378527499278 Gflops = 0.199378527499278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067441 s
InvBiCGStab: k = 79 resid = 6.097588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347556(s) Flops=521349120 => 1500.04350378069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215996.953399864 Mflops = 215.996953399864 Gflops = 0.215996953399864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001116201 Relative Rsd = 4.89333863997712e-07
BICGSTAB_SOLVER_TIME: 0.769715 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045027 s
InvBiCGStab: k = 56 resid = 1.364267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266066(s) Flops=370427904 => 1392.24066209136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200454.110010161 Mflops = 200.454110010161 Gflops = 0.200454110010161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057774 s
InvBiCGStab: k = 78 resid = 6.146508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326453(s) Flops=514787328 => 1576.91100403427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227035.866928495 Mflops = 227.035866928495 Gflops = 0.227035866928495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001053659 Relative Rsd = 4.61915816520393e-07
BICGSTAB_SOLVER_TIME: 0.699113 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11011
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884115(s) Flops=1397956608 => 1581.1931796203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227787.219282273 Mflops = 227.787219282273 Gflops = 0.227787219282273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154525000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.760196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680285(s) Flops=1230022656 => 1808.09904084318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260270.950178506 Mflops = 260.270950178506 Gflops = 0.260270950178506 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 290 resid = 1.1362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.051763(s) Flops=1905887232 => 1812.08811490802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260935.983382965 Mflops = 260.935983382965 Gflops = 0.260935983382965 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.002158521 Relative Rsd = 9.49645859658437e-07
BICGSTAB_SOLVER_TIME: 1.735379 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.11588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340367999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.819628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676252(s) Flops=1203775488 => 1780.06939424948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256240.942125845 Mflops = 256.240942125845 Gflops = 0.256240942125845 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 7.13035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836763(s) Flops=1512179712 => 1807.17803248949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260229.001993737 Mflops = 260.229001993737 Gflops = 0.260229001993737 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002162488 Relative Rsd = 9.50026686246665e-07
BICGSTAB_SOLVER_TIME: 1.516373 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294962999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996066(s) Flops=1397956608 => 1403.47789001934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202100.364020479 Mflops = 202.100364020479 Gflops = 0.202100364020479 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154519000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.528047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 28 resid = 2.092015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104408(s) Flops=186697728 => 1788.15539039154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257367.069403551 Mflops = 257.367069403551 Gflops = 0.257367069403551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058367 s
InvBiCGStab: k = 50 resid = 9.089283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184918(s) Flops=331057152 => 1790.29165359781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257710.462945902 Mflops = 257.710462945902 Gflops = 0.257710462945902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007289755 Relative Rsd = 3.19577233443793e-07
BICGSTAB_SOLVER_TIME: 0.392792 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040646 s
InvBiCGStab: k = 78 resid = 2.163071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286643(s) Flops=514787328 => 1795.91801648741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258575.816708331 Mflops = 258.575816708331 Gflops = 0.258575816708331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 107 resid = 1.067349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392737(s) Flops=705079296 => 1795.29633316953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258484.457540749 Mflops = 258.484457540749 Gflops = 0.25848445754075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001309824 Relative Rsd = 5.74216695923286e-07
BICGSTAB_SOLVER_TIME: 0.780102 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04143 s
InvBiCGStab: k = 56 resid = 2.212448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205577(s) Flops=370427904 => 1801.89371379094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.042496813 Mflops = 259.415042496813 Gflops = 0.259415042496813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 73 resid = 1.065859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267656(s) Flops=481978368 => 1800.73814149505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259247.901554048 Mflops = 259.247901554048 Gflops = 0.259247901554048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001028659 Relative Rsd = 4.50955977273982e-07
BICGSTAB_SOLVER_TIME: 0.574394 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 66 resid = 1.146507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24197(s) Flops=436045824 => 1802.06564450138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259451.309157942 Mflops = 259.451309157942 Gflops = 0.259451309157942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055736 s
InvBiCGStab: k = 83 resid = 6.319535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304632(s) Flops=547596288 => 1797.56653273458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258803.527534129 Mflops = 258.803527534129 Gflops = 0.258803527534129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001128724 Relative Rsd = 4.94823710040754e-07
BICGSTAB_SOLVER_TIME: 0.646879 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120677000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042356 s
InvBiCGStab: k = 60 resid = 1.32482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231117(s) Flops=396675072 => 1716.33878944431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247099.023868225 Mflops = 247.099023868225 Gflops = 0.247099023868225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059435 s
InvBiCGStab: k = 78 resid = 1.103871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308748(s) Flops=514787328 => 1667.33817870885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240052.936239334 Mflops = 240.052936239334 Gflops = 0.240052936239334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001111041 Relative Rsd = 4.87071712022163e-07
BICGSTAB_SOLVER_TIME: 0.645397 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112958
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.90679(s) Flops=1410564096 => 1555.55762194113 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224032.021183365 Mflops = 224.032021183365 Gflops = 0.224032021183365 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156181000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045965 s
InvBiCGStab: k = 28 resid = 2.233955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124768(s) Flops=186697728 => 1496.35906642729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215395.790197653 Mflops = 215.395790197653 Gflops = 0.215395790197653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068998 s
InvBiCGStab: k = 46 resid = 1.075767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231645(s) Flops=304809984 => 1315.84961471217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189411.271135019 Mflops = 189.411271135019 Gflops = 0.189411271135019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007605667 Relative Rsd = 3.33426579502966e-07
BICGSTAB_SOLVER_TIME: 0.475871 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046549 s
InvBiCGStab: k = 81 resid = 2.069164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355347(s) Flops=534472704 => 1504.08672086721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216567.00069953 Mflops = 216.56700069953 Gflops = 0.21656700069953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056599 s
InvBiCGStab: k = 98 resid = 1.140574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445632(s) Flops=646023168 => 1449.67858681603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208725.841334386 Mflops = 208.725841334386 Gflops = 0.208725841334386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001233995 Relative Rsd = 5.40973906942946e-07
BICGSTAB_SOLVER_TIME: 0.911907 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053269 s
InvBiCGStab: k = 57 resid = 2.094079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247001(s) Flops=376989696 => 1526.26789365225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219739.466845168 Mflops = 219.739466845168 Gflops = 0.219739466845168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058003 s
InvBiCGStab: k = 71 resid = 6.972958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269826(s) Flops=468854784 => 1737.61899891041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250163.607137213 Mflops = 250.163607137213 Gflops = 0.250163607137213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001038374 Relative Rsd = 4.5521520243521e-07
BICGSTAB_SOLVER_TIME: 0.631777 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041967 s
InvBiCGStab: k = 64 resid = 2.204271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248209(s) Flops=422922240 => 1703.89566856963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245311.683905139 Mflops = 245.311683905139 Gflops = 0.245311683905139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056597 s
InvBiCGStab: k = 75 resid = 1.103846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279635(s) Flops=495101952 => 1770.52926851074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254909.686208976 Mflops = 254.909686208976 Gflops = 0.254909686208976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00112161 Relative Rsd = 4.91705283144827e-07
BICGSTAB_SOLVER_TIME: 0.63012 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041673 s
InvBiCGStab: k = 57 resid = 1.814811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218097(s) Flops=376989696 => 1728.54141047332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248856.287068844 Mflops = 248.856287068844 Gflops = 0.248856287068844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058885 s
InvBiCGStab: k = 91 resid = 7.471023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345302(s) Flops=600090624 => 1737.87184551494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250209.606481805 Mflops = 250.209606481805 Gflops = 0.250209606481805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001130815 Relative Rsd = 4.95740564191701e-07
BICGSTAB_SOLVER_TIME: 0.667657 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120034000000001
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913701(s) Flops=1423097856 => 1557.50935590527 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224338.558161002 Mflops = 224.338558161002 Gflops = 0.224338558161002 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157431000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040887 s
InvBiCGStab: k = 28 resid = 2.062113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107253(s) Flops=186697728 => 1740.72266510028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250525.715464121 Mflops = 250.525715464121 Gflops = 0.250525715464121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066946 s
InvBiCGStab: k = 58 resid = 1.12855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224182(s) Flops=383551488 => 1710.89332774264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246317.037522538 Mflops = 246.317037522538 Gflops = 0.246317037522538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007468566 Relative Rsd = 3.27416170568766e-07
BICGSTAB_SOLVER_TIME: 0.442914 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 57 resid = 2.118826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209317(s) Flops=376989696 => 1801.04671861339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259306.431387155 Mflops = 259.306431387155 Gflops = 0.259306431387155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055923 s
InvBiCGStab: k = 76 resid = 1.01786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277917(s) Flops=501663744 => 1805.08476991332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259890.677791359 Mflops = 259.890677791359 Gflops = 0.259890677791359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001060787 Relative Rsd = 4.65040622863516e-07
BICGSTAB_SOLVER_TIME: 0.588075 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041956 s
InvBiCGStab: k = 61 resid = 1.563398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224347(s) Flops=403236864 => 1797.38023686521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258767.293775611 Mflops = 258.767293775611 Gflops = 0.258767293775611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 73 resid = 9.254017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281282(s) Flops=481978368 => 1713.50590510591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246692.594134765 Mflops = 246.692594134765 Gflops = 0.246692594134765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001004073 Relative Rsd = 4.40177773648122e-07
BICGSTAB_SOLVER_TIME: 0.607731 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043889 s
InvBiCGStab: k = 57 resid = 2.030192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265809(s) Flops=376989696 => 1418.27288015078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204210.851959543 Mflops = 204.210851959543 Gflops = 0.204210851959543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072849 s
InvBiCGStab: k = 95 resid = 5.78265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421752(s) Flops=626337792 => 1485.08552893644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213826.156720939 Mflops = 213.826156720939 Gflops = 0.213826156720939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001082554 Relative Rsd = 4.74583102049805e-07
BICGSTAB_SOLVER_TIME: 0.807949 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122735000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044275 s
InvBiCGStab: k = 59 resid = 1.680822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261177(s) Flops=390113280 => 1493.67394525552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215053.218930216 Mflops = 215.053218930216 Gflops = 0.215053218930216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075891 s
InvBiCGStab: k = 76 resid = 1.149444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325255(s) Flops=501663744 => 1542.37058308097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222064.477205995 Mflops = 222.064477205995 Gflops = 0.222064477205995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001089973 Relative Rsd = 4.7783590562146e-07
BICGSTAB_SOLVER_TIME: 0.710243 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110753
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892741(s) Flops=1429291008 => 1601.01418888569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230541.90247139 Mflops = 230.54190247139 Gflops = 0.23054190247139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158138000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 28 resid = 2.168302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104456(s) Flops=186697728 => 1787.3336907406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257231.855096676 Mflops = 257.231855096676 Gflops = 0.257231855096676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 47 resid = 1.152107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172983(s) Flops=311371776 => 1800.01373545377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259111.864777958 Mflops = 259.111864777958 Gflops = 0.259111864777959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007501763 Relative Rsd = 3.28871475580808e-07
BICGSTAB_SOLVER_TIME: 0.379077 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 55 resid = 2.134578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202038(s) Flops=363866112 => 1800.97858818638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259275.860693923 Mflops = 259.275860693923 Gflops = 0.259275860693923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 71 resid = 1.132397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261082(s) Flops=468854784 => 1795.81428057086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258534.451818624 Mflops = 258.534451818624 Gflops = 0.258534451818624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001056603 Relative Rsd = 4.63206455241423e-07
BICGSTAB_SOLVER_TIME: 0.56422 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 55 resid = 1.643926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202088(s) Flops=363866112 => 1800.5329955267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259217.168648841 Mflops = 259.217168648841 Gflops = 0.259217168648841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 74 resid = 6.468685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271318(s) Flops=488540160 => 1800.61831503992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259226.257629478 Mflops = 259.226257629478 Gflops = 0.259226257629478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001036217 Relative Rsd = 4.54269564218516e-07
BICGSTAB_SOLVER_TIME: 0.57415 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 66 resid = 2.108511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248118(s) Flops=436045824 => 1757.41310183058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253022.057677151 Mflops = 253.022057677151 Gflops = 0.253022057677151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056143 s
InvBiCGStab: k = 94 resid = 9.757314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343392(s) Flops=619776000 => 1804.86441151803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.075281615 Mflops = 259.859075281615 Gflops = 0.259859075281615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001131237 Relative Rsd = 4.95925466089218e-07
BICGSTAB_SOLVER_TIME: 0.69245 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 57 resid = 2.242828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208845(s) Flops=376989696 => 1805.11717302306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.148441505 Mflops = 259.879148441505 Gflops = 0.259879148441505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 73 resid = 1.093591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267667(s) Flops=481978368 => 1800.66413864989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.865710742 Mflops = 259.239865710742 Gflops = 0.259239865710742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001085133 Relative Rsd = 4.7571394837748e-07
BICGSTAB_SOLVER_TIME: 0.577552 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107402
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.089984(s) Flops=1435336704 => 1316.84199401092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189628.192683162 Mflops = 189.628192683162 Gflops = 0.189628192683162 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158719000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.569681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.751997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830844(s) Flops=1499056128 => 1804.25703020062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.776851026 Mflops = 259.758776851026 Gflops = 0.259758776851026 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 8.687117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872435(s) Flops=1577797632 => 1808.49877870558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260421.718057873 Mflops = 260.421718057873 Gflops = 0.260421718057873 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002135758 Relative Rsd = 9.39595783877971e-07
BICGSTAB_SOLVER_TIME: 1.706731 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333977999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.1025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.712109(s) Flops=1289078784 => 1810.22678269759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260572.349759689 Mflops = 260.572349759689 Gflops = 0.260572349759689 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 9.248711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818501(s) Flops=1426876416 => 1743.27999110569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251027.222108687 Mflops = 251.027222108687 Gflops = 0.251027222108687 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002363813 Relative Rsd = 1.03840420553859e-06
BICGSTAB_SOLVER_TIME: 1.533899 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294760999999997
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900454(s) Flops=1435336704 => 1594.01446825712 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229714.010484466 Mflops = 229.714010484466 Gflops = 0.229714010484466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159358000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040504 s
InvBiCGStab: k = 31 resid = 1.929192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11529(s) Flops=206383104 => 1790.12146760343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257691.686510759 Mflops = 257.691686510759 Gflops = 0.257691686510759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066996 s
InvBiCGStab: k = 51 resid = 6.275476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220745(s) Flops=337618944 => 1529.45228204489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220179.862488438 Mflops = 220.179862488438 Gflops = 0.220179862488438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007285587 Relative Rsd = 3.19394526076112e-07
BICGSTAB_SOLVER_TIME: 0.447278 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045005 s
InvBiCGStab: k = 74 resid = 1.609401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335782(s) Flops=488540160 => 1454.93254552061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209481.117618074 Mflops = 209.481117618074 Gflops = 0.209481117618074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067399 s
InvBiCGStab: k = 90 resid = 1.128041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39205(s) Flops=593528832 => 1513.91106236449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217967.464341193 Mflops = 217.967464341193 Gflops = 0.217967464341193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001246356 Relative Rsd = 5.46392915604329e-07
BICGSTAB_SOLVER_TIME: 0.84383 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045202 s
InvBiCGStab: k = 55 resid = 1.807333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285847(s) Flops=363866112 => 1272.94011131829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183268.603050096 Mflops = 183.268603050096 Gflops = 0.183268603050096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070397 s
InvBiCGStab: k = 76 resid = 1.145614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279665(s) Flops=501663744 => 1793.80238499633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.311602715 Mflops = 258.257311602715 Gflops = 0.258257311602715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001028331 Relative Rsd = 4.50812363158715e-07
BICGSTAB_SOLVER_TIME: 0.684719 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045501 s
InvBiCGStab: k = 67 resid = 1.850424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253316(s) Flops=442607616 => 1747.25487533358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251549.830590462 Mflops = 251.549830590462 Gflops = 0.251549830590462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057596 s
InvBiCGStab: k = 82 resid = 8.548001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303632(s) Flops=541034496 => 1781.87574432207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256539.952856557 Mflops = 256.539952856557 Gflops = 0.256539952856557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001101474 Relative Rsd = 4.82877863435795e-07
BICGSTAB_SOLVER_TIME: 0.663756 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 56 resid = 1.980346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207611(s) Flops=370427904 => 1784.24025701914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256879.67840269 Mflops = 256.87967840269 Gflops = 0.25687967840269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057357 s
InvBiCGStab: k = 84 resid = 8.984725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307688(s) Flops=554158080 => 1801.03897454564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.820232957 Mflops = 259.298820232957 Gflops = 0.259298820232957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001134536 Relative Rsd = 4.97371865392975e-07
BICGSTAB_SOLVER_TIME: 0.617402 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11444
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891018(s) Flops=1428996096 => 1603.77915597665 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230942.917076752 Mflops = 230.942917076752 Gflops = 0.230942917076752 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158152000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041022 s
InvBiCGStab: k = 29 resid = 1.973244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107318(s) Flops=193259520 => 1800.81179298906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259201.721660152 Mflops = 259.201721660152 Gflops = 0.259201721660152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056901 s
InvBiCGStab: k = 50 resid = 9.195655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184263(s) Flops=331057152 => 1796.65560638869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258630.40049111 Mflops = 258.63040049111 Gflops = 0.25863040049111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000729737 Relative Rsd = 3.19911057156643e-07
BICGSTAB_SOLVER_TIME: 0.393438 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 78 resid = 2.220455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285632(s) Flops=514787328 => 1802.2747031145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259481.062651939 Mflops = 259.481062651939 Gflops = 0.259481062651939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 104 resid = 6.103361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386809(s) Flops=685393920 => 1771.91823354679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255125.04303019 Mflops = 255.12504303019 Gflops = 0.25512504303019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001255478 Relative Rsd = 5.503918082844e-07
BICGSTAB_SOLVER_TIME: 0.773555 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041492 s
InvBiCGStab: k = 60 resid = 8.755195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22165(s) Flops=396675072 => 1789.64616286939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257656.810108615 Mflops = 257.656810108615 Gflops = 0.257656810108615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057254 s
InvBiCGStab: k = 71 resid = 1.025048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270755(s) Flops=468854784 => 1731.6569740171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249301.83130683 Mflops = 249.30183130683 Gflops = 0.24930183130683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00102265 Relative Rsd = 4.48321724902409e-07
BICGSTAB_SOLVER_TIME: 0.595438 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048657 s
InvBiCGStab: k = 62 resid = 1.844131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284756(s) Flops=409798656 => 1439.12211156218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207187.63446709 Mflops = 207.18763446709 Gflops = 0.20718763446709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07186 s
InvBiCGStab: k = 91 resid = 9.320389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401096(s) Flops=600090624 => 1496.12717154995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215411.260451481 Mflops = 215.411260451481 Gflops = 0.215411260451481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001112402 Relative Rsd = 4.87668471030625e-07
BICGSTAB_SOLVER_TIME: 0.810155 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046021 s
InvBiCGStab: k = 58 resid = 2.211102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256111(s) Flops=383551488 => 1497.5986505851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215611.095260679 Mflops = 215.611095260679 Gflops = 0.215611095260679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063957 s
InvBiCGStab: k = 92 resid = 6.231433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428552(s) Flops=606652416 => 1415.58647725364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203816.960778543 Mflops = 203.816960778543 Gflops = 0.203816960778543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001121185 Relative Rsd = 4.91518646037673e-07
BICGSTAB_SOLVER_TIME: 0.798279 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121531000000001
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886049(s) Flops=1416388608 => 1598.54433332694 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230204.873567 Mflops = 230.204873567 Gflops = 0.230204873567 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156846000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044511 s
InvBiCGStab: k = 28 resid = 1.650739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111071(s) Flops=186697728 => 1680.88635197306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241915.290654241 Mflops = 241.915290654241 Gflops = 0.241915290654241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059884 s
InvBiCGStab: k = 46 resid = 8.30453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181833(s) Flops=304809984 => 1676.3182920592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241327.631385716 Mflops = 241.327631385716 Gflops = 0.241327631385716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007318645 Relative Rsd = 3.20843757854424e-07
BICGSTAB_SOLVER_TIME: 0.401266 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041721 s
InvBiCGStab: k = 53 resid = 2.253105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197933(s) Flops=350742528 => 1772.02653423128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255115.619754981 Mflops = 255.115619754981 Gflops = 0.255115619754981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057225 s
InvBiCGStab: k = 90 resid = 5.993226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330544(s) Flops=593528832 => 1795.61217871146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.910769387 Mflops = 258.522910769387 Gflops = 0.258522910769387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.0011117 Relative Rsd = 4.87360471320023e-07
BICGSTAB_SOLVER_TIME: 0.631051 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 59 resid = 2.037892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217135(s) Flops=390113280 => 1796.63932576508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258658.834164114 Mflops = 258.658834164114 Gflops = 0.258658834164114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 75 resid = 7.054314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276284(s) Flops=495101952 => 1792.00370633117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257989.37480665 Mflops = 257.98937480665 Gflops = 0.25798937480665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001053866 Relative Rsd = 4.62006659848458e-07
BICGSTAB_SOLVER_TIME: 0.594711 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045887 s
InvBiCGStab: k = 58 resid = 2.112432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212772(s) Flops=383551488 => 1802.64079860132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.379363741 Mflops = 259.524379363741 Gflops = 0.259524379363741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 85 resid = 1.115342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312277(s) Flops=560719872 => 1795.58491979877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.724793015 Mflops = 258.512724793015 Gflops = 0.258512724793015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001080461 Relative Rsd = 4.73665737543082e-07
BICGSTAB_SOLVER_TIME: 0.631181 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 60 resid = 1.969753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220378(s) Flops=396675072 => 1799.97582335805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259135.643005135 Mflops = 259.135643005135 Gflops = 0.259135643005135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 79 resid = 8.960982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290422(s) Flops=521349120 => 1795.14334313516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258450.695080428 Mflops = 258.450695080428 Gflops = 0.258450695080428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001064215 Relative Rsd = 4.66543722693948e-07
BICGSTAB_SOLVER_TIME: 0.611525 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113647000000001
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012632(s) Flops=1397735424 => 1380.29948095656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198761.648028425 Mflops = 198.761648028425 Gflops = 0.198761648028425 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154634000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.505986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041523 s
InvBiCGStab: k = 33 resid = 2.127356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122772(s) Flops=219506688 => 1787.92141530642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257328.491922536 Mflops = 257.328491922536 Gflops = 0.257328491922536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 47 resid = 9.461436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174666(s) Flops=311371776 => 1782.66964377727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256624.98868315 Mflops = 256.62498868315 Gflops = 0.25662498868315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007581742 Relative Rsd = 3.3237769631286e-07
BICGSTAB_SOLVER_TIME: 0.399231 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 57 resid = 2.202582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212845(s) Flops=376989696 => 1771.19357278771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254982.941215735 Mflops = 254.982941215735 Gflops = 0.254982941215735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056859 s
InvBiCGStab: k = 77 resid = 1.090716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282295(s) Flops=508225536 => 1800.33488372093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259193.828377365 Mflops = 259.193828377365 Gflops = 0.259193828377365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001138568 Relative Rsd = 4.99139227444036e-07
BICGSTAB_SOLVER_TIME: 0.596949 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111491
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 57 resid = 1.491024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209375(s) Flops=376989696 => 1800.54780179104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.998125666 Mflops = 259.225998125666 Gflops = 0.259225998125665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 70 resid = 1.061301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255737(s) Flops=462292992 => 1807.68911811744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260245.673660391 Mflops = 260.245673660391 Gflops = 0.260245673660391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001032408 Relative Rsd = 4.52599527013871e-07
BICGSTAB_SOLVER_TIME: 0.566638 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 61 resid = 2.252447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223259(s) Flops=403236864 => 1806.13934488643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260021.060921457 Mflops = 260.021060921457 Gflops = 0.260021060921457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 92 resid = 9.993062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338823(s) Flops=606652416 => 1790.46999760937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257781.808904147 Mflops = 257.781808904147 Gflops = 0.257781808904147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001125981 Relative Rsd = 4.93621362868911e-07
BICGSTAB_SOLVER_TIME: 0.663565 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123692000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 54 resid = 2.280897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198272(s) Flops=357304320 => 1802.09167204648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.178844093 Mflops = 259.446178844093 Gflops = 0.259446178844093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056127 s
InvBiCGStab: k = 82 resid = 1.056772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301443(s) Flops=541034496 => 1794.8152586061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258407.118626665 Mflops = 258.407118626665 Gflops = 0.258407118626665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001045823 Relative Rsd = 4.58480560758945e-07
BICGSTAB_SOLVER_TIME: 0.600558 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111628
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876323(s) Flops=1372962816 => 1566.73146317054 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225609.302197293 Mflops = 225.609302197293 Gflops = 0.225609302197293 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.329816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814565(s) Flops=1223460864 => 1501.98064488408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216173.306174197 Mflops = 216.173306174197 Gflops = 0.216173306174197 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 6.237282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.162191(s) Flops=1748404224 => 1504.40351370816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216626.754128206 Mflops = 216.626754128206 Gflops = 0.216626754128206 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002151452 Relative Rsd = 9.46469487874993e-07
BICGSTAB_SOLVER_TIME: 1.983764 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322589999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.963814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657328(s) Flops=1184090112 => 1801.36874132853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259307.076194673 Mflops = 259.307076194673 Gflops = 0.259307076194673 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.072013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816124(s) Flops=1472808960 => 1804.63870686317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259862.841632333 Mflops = 259.862841632333 Gflops = 0.259862841632333 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002290819 Relative Rsd = 1.00627026424026e-06
BICGSTAB_SOLVER_TIME: 1.476842 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.120795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288563999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863343(s) Flops=1372962816 => 1590.28661377923 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229153.880254869 Mflops = 229.15388025487 Gflops = 0.22915388025487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151836000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 30 resid = 1.639283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110623(s) Flops=199821312 => 1806.32700252208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259983.836812145 Mflops = 259.983836812145 Gflops = 0.259983836812145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 45 resid = 8.725721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165621(s) Flops=298248192 => 1800.78729146666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259216.822196922 Mflops = 259.216822196922 Gflops = 0.259216822196922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007485529 Relative Rsd = 3.28159809969459e-07
BICGSTAB_SOLVER_TIME: 0.377484 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 75 resid = 1.500608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275379(s) Flops=495101952 => 1797.89291122417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258848.392721035 Mflops = 258.848392721035 Gflops = 0.258848392721035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 100 resid = 1.075515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364962(s) Flops=659146752 => 1806.06954148651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.789124697 Mflops = 260.031789124697 Gflops = 0.260031789124697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001281374 Relative Rsd = 5.61744519406903e-07
BICGSTAB_SOLVER_TIME: 0.741982 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 59 resid = 1.468611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216721(s) Flops=390113280 => 1800.07142824184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.4625278 Mflops = 259.1574625278 Gflops = 0.2591574625278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057004 s
InvBiCGStab: k = 68 resid = 1.139578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249304(s) Flops=449169408 => 1801.69354683439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259394.556692307 Mflops = 259.394556692307 Gflops = 0.259394556692307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001020062 Relative Rsd = 4.47187152977572e-07
BICGSTAB_SOLVER_TIME: 0.56804 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046479 s
InvBiCGStab: k = 63 resid = 2.039026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268593(s) Flops=416360448 => 1550.15375679932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223164.420828438 Mflops = 223.164420828438 Gflops = 0.223164420828438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066146 s
InvBiCGStab: k = 102 resid = 7.855453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481391(s) Flops=672270336 => 1396.51621239284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201074.401397161 Mflops = 201.074401397161 Gflops = 0.201074401397161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001174837 Relative Rsd = 5.15039514741007e-07
BICGSTAB_SOLVER_TIME: 0.86765 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001679
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055704 s
InvBiCGStab: k = 63 resid = 1.175449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280278(s) Flops=416360448 => 1485.52668422067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213879.659073859 Mflops = 213.879659073859 Gflops = 0.213879659073859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069569 s
InvBiCGStab: k = 91 resid = 1.046271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449044(s) Flops=600090624 => 1336.37377183528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192413.936105202 Mflops = 192.413936105202 Gflops = 0.192413936105202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001125166 Relative Rsd = 4.93264113825959e-07
BICGSTAB_SOLVER_TIME: 0.85982 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124283000000001
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867008(s) Flops=1354235904 => 1561.96471543515 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224923.874005838 Mflops = 224.923874005838 Gflops = 0.224923874005838 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149636000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 34 resid = 2.185313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125872(s) Flops=226068480 => 1796.01881276217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258533.41222703 Mflops = 258.533412227029 Gflops = 0.258533412227029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05647 s
InvBiCGStab: k = 47 resid = 1.049664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17366(s) Flops=311371776 => 1792.99652193942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258112.167776006 Mflops = 258.112167776006 Gflops = 0.258112167776006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007088938 Relative Rsd = 3.10773545278329e-07
BICGSTAB_SOLVER_TIME: 0.400697 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 84 resid = 1.283279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307651(s) Flops=554158080 => 1801.25557856142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259342.565093152 Mflops = 259.342565093152 Gflops = 0.259342565093152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 110 resid = 5.745767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401354(s) Flops=724764672 => 1805.79905021502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.553756019 Mflops = 259.994553756019 Gflops = 0.259994553756019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001236374 Relative Rsd = 5.42016972077211e-07
BICGSTAB_SOLVER_TIME: 0.8097 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152966999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04118 s
InvBiCGStab: k = 57 resid = 1.958115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208775(s) Flops=376989696 => 1805.7224092923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259972.730545274 Mflops = 259.972730545274 Gflops = 0.259972730545274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 68 resid = 1.08294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250827(s) Flops=449169408 => 1790.75381836884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257802.670218498 Mflops = 257.802670218498 Gflops = 0.257802670218498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00108768 Relative Rsd = 4.76830555779015e-07
BICGSTAB_SOLVER_TIME: 0.56061 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048732 s
InvBiCGStab: k = 71 resid = 1.589337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259872(s) Flops=468854784 => 1804.17584041374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259757.923508746 Mflops = 259.757923508746 Gflops = 0.259757923508746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 91 resid = 8.899949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33493(s) Flops=600090624 => 1791.68967844027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257956.397036192 Mflops = 257.956397036192 Gflops = 0.257956397036192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001185127 Relative Rsd = 5.19550702548671e-07
BICGSTAB_SOLVER_TIME: 0.703362 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130059
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 54 resid = 2.224281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19822(s) Flops=357304320 => 1802.56442336797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.091118698 Mflops = 259.505091118698 Gflops = 0.259505091118698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057264 s
InvBiCGStab: k = 83 resid = 1.10467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328156(s) Flops=547596288 => 1668.70722461268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240253.573163568 Mflops = 240.253573163568 Gflops = 0.240253573163568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001152298 Relative Rsd = 5.0515856760431e-07
BICGSTAB_SOLVER_TIME: 0.628251 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112303
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991794(s) Flops=1347969024 => 1359.12197895934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195711.856225939 Mflops = 195.711856225939 Gflops = 0.195711856225939 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149127000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.50936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 26 resid = 2.111693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096564(s) Flops=173574144 => 1797.50366596247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258708.079074749 Mflops = 258.708079074749 Gflops = 0.258708079074749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 50 resid = 9.351805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184049(s) Flops=331057152 => 1798.74463865601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258934.815525337 Mflops = 258.934815525337 Gflops = 0.258934815525337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007490012 Relative Rsd = 3.2835634797866e-07
BICGSTAB_SOLVER_TIME: 0.381613 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 54 resid = 1.960766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199331(s) Flops=357304320 => 1792.51757127592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258062.851482405 Mflops = 258.062851482405 Gflops = 0.258062851482405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 72 resid = 1.080987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264477(s) Flops=475416576 => 1797.57247700178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.010647067 Mflops = 258.793010647067 Gflops = 0.258793010647067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001083182 Relative Rsd = 4.74858796239809e-07
BICGSTAB_SOLVER_TIME: 0.565147 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 55 resid = 2.185958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202425(s) Flops=363866112 => 1797.53544275658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258789.100961913 Mflops = 258.789100961913 Gflops = 0.258789100961913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 71 resid = 1.136265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260282(s) Flops=468854784 => 1801.33387633413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.82773947 Mflops = 259.32982773947 Gflops = 0.25932982773947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001027898 Relative Rsd = 4.5062261288133e-07
BICGSTAB_SOLVER_TIME: 0.563871 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 62 resid = 2.12497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240661(s) Flops=409798656 => 1702.8045923519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245170.278455563 Mflops = 245.170278455563 Gflops = 0.245170278455563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057651 s
InvBiCGStab: k = 75 resid = 1.138616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288782(s) Flops=495101952 => 1714.44879528502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246841.354933317 Mflops = 246.841354933317 Gflops = 0.246841354933317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001053962 Relative Rsd = 4.62048866271104e-07
BICGSTAB_SOLVER_TIME: 0.632457 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041577 s
InvBiCGStab: k = 54 resid = 1.998066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199883(s) Flops=357304320 => 1787.56732688623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257346.608478421 Mflops = 257.346608478421 Gflops = 0.257346608478421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056537 s
InvBiCGStab: k = 80 resid = 9.511687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295079(s) Flops=527910912 => 1789.04941388577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257564.833696199 Mflops = 257.564833696199 Gflops = 0.257564833696199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001092311 Relative Rsd = 4.78860546912223e-07
BICGSTAB_SOLVER_TIME: 0.596752 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110134
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852744(s) Flops=1341628416 => 1573.30736539923 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226736.362760064 Mflops = 226.736362760064 Gflops = 0.226736362760064 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148288000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047294 s
InvBiCGStab: k = 30 resid = 2.179078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125912(s) Flops=199821312 => 1586.99180379948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228435.32681599 Mflops = 228.43532681599 Gflops = 0.22843532681599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068399 s
InvBiCGStab: k = 48 resid = 9.288661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208119(s) Flops=317933568 => 1527.65277557551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219931.547948573 Mflops = 219.931547948573 Gflops = 0.219931547948573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007544407 Relative Rsd = 3.30740959822575e-07
BICGSTAB_SOLVER_TIME: 0.45435 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048518 s
InvBiCGStab: k = 57 resid = 2.035133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245669(s) Flops=376989696 => 1534.54321058009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220929.956977759 Mflops = 220.929956977759 Gflops = 0.220929956977759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067173 s
InvBiCGStab: k = 73 resid = 1.096296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334579(s) Flops=481978368 => 1440.55176206516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207398.193191287 Mflops = 207.398193191287 Gflops = 0.207398193191287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00112498 Relative Rsd = 4.93182456901855e-07
BICGSTAB_SOLVER_TIME: 0.699652 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 61 resid = 1.986053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269615(s) Flops=403236864 => 1495.60248502494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215336.280545117 Mflops = 215.336280545117 Gflops = 0.215336280545117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.105509 s
InvBiCGStab: k = 71 resid = 1.108569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274448(s) Flops=468854784 => 1708.3556229231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245941.768789816 Mflops = 245.941768789816 Gflops = 0.245941768789816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001037073 Relative Rsd = 4.54644624678038e-07
BICGSTAB_SOLVER_TIME: 0.694837 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041734 s
InvBiCGStab: k = 63 resid = 2.20262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234362(s) Flops=416360448 => 1776.56978520409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255777.247982182 Mflops = 255.777247982182 Gflops = 0.255777247982182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056814 s
InvBiCGStab: k = 80 resid = 9.201549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29578(s) Flops=527910912 => 1784.80935830685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256962.419017998 Mflops = 256.962419017998 Gflops = 0.256962419017998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001136681 Relative Rsd = 4.98312093838447e-07
BICGSTAB_SOLVER_TIME: 0.632491 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 53 resid = 2.143303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196132(s) Flops=350742528 => 1788.29832969633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257453.41998782 Mflops = 257.45341998782 Gflops = 0.25745341998782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056537 s
InvBiCGStab: k = 72 resid = 7.548287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26578(s) Flops=475416576 => 1788.75978628941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257523.892226099 Mflops = 257.523892226099 Gflops = 0.257523892226099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001022118 Relative Rsd = 4.48088543348517e-07
BICGSTAB_SOLVER_TIME: 0.563333 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103789
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.837464(s) Flops=1335435264 => 1594.61811373384 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229646.271731283 Mflops = 229.646271731283 Gflops = 0.229646271731283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.803932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723541(s) Flops=1289078784 => 1781.62506893182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256563.059809179 Mflops = 256.563059809179 Gflops = 0.256563059809179 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.090642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915639(s) Flops=1590921216 => 1737.49831101559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250193.428535763 Mflops = 250.193428535763 Gflops = 0.250193428535763 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.01237487 Relative Rsd = 5.44388219351745e-06
BICGSTAB_SOLVER_TIME: 1.642513 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.116829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312568999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.798635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782929(s) Flops=1170966528 => 1495.62288279014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215351.122707707 Mflops = 215.351122707707 Gflops = 0.215351122707707 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.01632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882293(s) Flops=1275955200 => 1446.18080388261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208245.231674847 Mflops = 208.245231674847 Gflops = 0.208245231674847 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.00195888 Relative Rsd = 8.60416522437062e-07
BICGSTAB_SOLVER_TIME: 1.668957 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.13121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.122506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266896999999997
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874813(s) Flops=1335435264 => 1526.53797325828 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219814.998035043 Mflops = 219.814998035043 Gflops = 0.219814998035043 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147411000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 29 resid = 2.251738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107581(s) Flops=193259520 => 1796.4094031474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258576.831042357 Mflops = 258.576831042357 Gflops = 0.258576831042357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056004 s
InvBiCGStab: k = 47 resid = 8.975833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175703(s) Flops=311371776 => 1772.14831846923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255107.515986533 Mflops = 255.107515986533 Gflops = 0.255107515986533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007045746 Relative Rsd = 3.08880048797318e-07
BICGSTAB_SOLVER_TIME: 0.384523 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042303 s
InvBiCGStab: k = 75 resid = 2.209423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277958(s) Flops=495101952 => 1781.21137725843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256445.758145783 Mflops = 256.445758145783 Gflops = 0.256445758145783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057169 s
InvBiCGStab: k = 102 resid = 3.200259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375595(s) Flops=672270336 => 1789.88095155686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257694.949449577 Mflops = 257.694949449577 Gflops = 0.257694949449577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001244458 Relative Rsd = 5.45560678440984e-07
BICGSTAB_SOLVER_TIME: 0.756708 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 59 resid = 2.073391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217803(s) Flops=390113280 => 1791.12904780926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257867.965536839 Mflops = 257.867965536839 Gflops = 0.257867965536839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056693 s
InvBiCGStab: k = 68 resid = 1.145415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249796(s) Flops=449169408 => 1798.14491825329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258871.962218823 Mflops = 258.871962218823 Gflops = 0.258871962218823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001030815 Relative Rsd = 4.51901258241632e-07
BICGSTAB_SOLVER_TIME: 0.569489 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 66 resid = 1.895647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242376(s) Flops=436045824 => 1799.04703435984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259015.952777798 Mflops = 259.015952777798 Gflops = 0.259015952777798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 85 resid = 7.859079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3389(s) Flops=560719872 => 1654.52898200059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238213.606601307 Mflops = 238.213606601307 Gflops = 0.238213606601307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001119773 Relative Rsd = 4.90899788624125e-07
BICGSTAB_SOLVER_TIME: 0.68211 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0407 s
InvBiCGStab: k = 60 resid = 2.091302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219499(s) Flops=396675072 => 1807.18395983581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260171.982320307 Mflops = 260.171982320307 Gflops = 0.260171982320307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 76 resid = 1.029147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279006(s) Flops=501663744 => 1798.03926797273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.159062244 Mflops = 258.863159062244 Gflops = 0.258863159062244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001113135 Relative Rsd = 4.87989739991394e-07
BICGSTAB_SOLVER_TIME: 0.599472 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111623000000001
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910135(s) Flops=1360134144 => 1494.43120416202 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215194.839134501 Mflops = 215.194839134501 Gflops = 0.215194839134501 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150254000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.549113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 32 resid = 1.804726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120155(s) Flops=212944896 => 1772.25164162956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255120.721997712 Mflops = 255.120721997712 Gflops = 0.255120721997712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056769 s
InvBiCGStab: k = 51 resid = 7.301483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189739(s) Flops=337618944 => 1779.38612515087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256168.925243223 Mflops = 256.168925243223 Gflops = 0.256168925243223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007283838 Relative Rsd = 3.19317819603033e-07
BICGSTAB_SOLVER_TIME: 0.411592 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 76 resid = 1.727295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281037(s) Flops=501663744 => 1785.04518622103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256999.989590473 Mflops = 256.999989590473 Gflops = 0.256999989590473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056998 s
InvBiCGStab: k = 102 resid = 9.006113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374896(s) Flops=672270336 => 1793.21821518501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258188.706185959 Mflops = 258.188706185959 Gflops = 0.258188706185959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00133961 Relative Rsd = 5.87274505692221e-07
BICGSTAB_SOLVER_TIME: 0.758068 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 57 resid = 1.642698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209301(s) Flops=376989696 => 1801.1843995012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.420104086 Mflops = 259.311420104086 Gflops = 0.259311420104086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 68 resid = 8.458122e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249038(s) Flops=449169408 => 1803.61795388656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.687139557 Mflops = 259.673687139557 Gflops = 0.259673687139557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001020632 Relative Rsd = 4.47437227307638e-07
BICGSTAB_SOLVER_TIME: 0.559602 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103842
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 57 resid = 2.061797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209091(s) Flops=376989696 => 1802.99341435069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259562.568756782 Mflops = 259.562568756782 Gflops = 0.259562568756782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056573 s
InvBiCGStab: k = 77 resid = 1.116135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281621(s) Flops=508225536 => 1804.64360257225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259820.460914521 Mflops = 259.820460914521 Gflops = 0.259820460914521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001120953 Relative Rsd = 4.91417136273897e-07
BICGSTAB_SOLVER_TIME: 0.591936 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109893
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 57 resid = 2.142646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209536(s) Flops=376989696 => 1799.16432498473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259019.52914447 Mflops = 259.01952914447 Gflops = 0.25901952914447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 76 resid = 1.052042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2788(s) Flops=501663744 => 1799.36780487805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259053.574971426 Mflops = 259.053574971426 Gflops = 0.259053574971426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00108529 Relative Rsd = 4.7578289744277e-07
BICGSTAB_SOLVER_TIME: 0.590374 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10938
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867429(s) Flops=1391468544 => 1604.1296106079 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230999.152401147 Mflops = 230.999152401147 Gflops = 0.230999152401147 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153894000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 37 resid = 1.251494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141376(s) Flops=245753856 => 1738.29968311453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250229.619072927 Mflops = 250.229619072927 Gflops = 0.250229619072927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069612 s
InvBiCGStab: k = 48 resid = 1.052497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210615(s) Flops=317933568 => 1509.54855067303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217314.688264181 Mflops = 217.314688264181 Gflops = 0.217314688264181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007337459 Relative Rsd = 3.21668518305656e-07
BICGSTAB_SOLVER_TIME: 0.468791 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0752020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052743 s
InvBiCGStab: k = 56 resid = 2.026166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253935(s) Flops=370427904 => 1458.75087719298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210019.428185587 Mflops = 210.019428185587 Gflops = 0.210019428185587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063832 s
InvBiCGStab: k = 80 resid = 4.080343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361228(s) Flops=527910912 => 1461.43408595126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210408.166121349 Mflops = 210.408166121349 Gflops = 0.210408166121348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001079611 Relative Rsd = 4.73293126791283e-07
BICGSTAB_SOLVER_TIME: 0.735949 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042031 s
InvBiCGStab: k = 55 resid = 2.072688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238741(s) Flops=363866112 => 1524.10399554329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219425.671757045 Mflops = 219.425671757045 Gflops = 0.219425671757045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074617 s
InvBiCGStab: k = 70 resid = 1.142881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320485(s) Flops=462292992 => 1442.47934224691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207685.6091953 Mflops = 207.6856091953 Gflops = 0.2076856091953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001050965 Relative Rsd = 4.6073505739786e-07
BICGSTAB_SOLVER_TIME: 0.681247 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 54 resid = 2.183397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198443(s) Flops=357304320 => 1800.5387945153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.854647421 Mflops = 259.198854647421 Gflops = 0.259198854647421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 97 resid = 9.532909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356434(s) Flops=639461376 => 1794.05268857629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258292.831003991 Mflops = 258.292831003991 Gflops = 0.258292831003991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001107898 Relative Rsd = 4.85694057641385e-07
BICGSTAB_SOLVER_TIME: 0.656142 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 56 resid = 2.065777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207099(s) Flops=370427904 => 1788.65134066316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257510.288527681 Mflops = 257.510288527681 Gflops = 0.257510288527681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 77 resid = 8.495441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283238(s) Flops=508225536 => 1794.34092883017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258323.518738774 Mflops = 258.323518738774 Gflops = 0.258323518738774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001042922 Relative Rsd = 4.57209162450657e-07
BICGSTAB_SOLVER_TIME: 0.591192 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109426
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905763(s) Flops=1410416640 => 1557.15859446676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224230.602195332 Mflops = 224.230602195332 Gflops = 0.224230602195332 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155929000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 28 resid = 1.773671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103593(s) Flops=186697728 => 1802.22339347253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.808232347 Mflops = 259.421808232347 Gflops = 0.259421808232347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 46 resid = 1.076603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169712(s) Flops=304809984 => 1796.04261336853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258536.765942952 Mflops = 258.536765942952 Gflops = 0.258536765942952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007051187 Relative Rsd = 3.09118589086854e-07
BICGSTAB_SOLVER_TIME: 0.374419 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 59 resid = 2.257971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229596(s) Flops=390113280 => 1699.12925312288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244626.141426423 Mflops = 244.626141426423 Gflops = 0.244626141426423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 85 resid = 1.110902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311199(s) Flops=560719872 => 1801.80486441152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259410.788584977 Mflops = 259.410788584977 Gflops = 0.259410788584977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001144955 Relative Rsd = 5.01939447513848e-07
BICGSTAB_SOLVER_TIME: 0.642219 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040796 s
InvBiCGStab: k = 56 resid = 2.202886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205565(s) Flops=370427904 => 1801.99890059105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259429.139975932 Mflops = 259.429139975932 Gflops = 0.259429139975932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 77 resid = 9.214997e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281676(s) Flops=508225536 => 1804.29122821966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.636813516 Mflops = 259.762636813516 Gflops = 0.259762636813516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001038863 Relative Rsd = 4.55429602896558e-07
BICGSTAB_SOLVER_TIME: 0.588118 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109491
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 59 resid = 2.182393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25035(s) Flops=390113280 => 1558.27153984422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224358.6713538 Mflops = 224.3586713538 Gflops = 0.2243586713538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062071 s
InvBiCGStab: k = 81 resid = 1.144066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373272(s) Flops=534472704 => 1431.85854819006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206125.465266028 Mflops = 206.125465266028 Gflops = 0.206125465266028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001130769 Relative Rsd = 4.95720405138563e-07
BICGSTAB_SOLVER_TIME: 0.731906 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048171 s
InvBiCGStab: k = 59 resid = 9.278833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267697(s) Flops=390113280 => 1457.29417961352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209809.079306692 Mflops = 209.809079306692 Gflops = 0.209809079306692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088664 s
InvBiCGStab: k = 78 resid = 1.122899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359885(s) Flops=514787328 => 1430.42174027814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205947.988650617 Mflops = 205.947988650617 Gflops = 0.205947988650617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001076655 Relative Rsd = 4.71997027263453e-07
BICGSTAB_SOLVER_TIME: 0.768092 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112596000000001
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947789(s) Flops=1416978432 => 1495.03574318757 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215285.028875077 Mflops = 215.285028875077 Gflops = 0.215285028875077 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156612000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.848166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791624(s) Flops=1433438208 => 1810.75637929118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260735.744206299 Mflops = 260.735744206299 Gflops = 0.260735744206299 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.123345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90258(s) Flops=1636853760 => 1813.52762082032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261143.53096159 Mflops = 261.14353096159 Gflops = 0.26114353096159 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002304155 Relative Rsd = 1.01361444078955e-06
BICGSTAB_SOLVER_TIME: 1.697537 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333227999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.157074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.670107(s) Flops=1164404736 => 1737.64001271439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250173.079555904 Mflops = 250.173079555904 Gflops = 0.250173079555904 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.106568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729067(s) Flops=1249708032 => 1714.11959669002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246829.206292384 Mflops = 246.829206292384 Gflops = 0.246829206292384 Tflops
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.002152195 Relative Rsd = 9.45293920409774e-07
BICGSTAB_SOLVER_TIME: 1.402486 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262231999999997
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907969(s) Flops=1416978432 => 1560.60221439278 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224726.494671897 Mflops = 224.726494671897 Gflops = 0.224726494671897 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156426000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.562456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045303 s
InvBiCGStab: k = 33 resid = 2.090249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125939(s) Flops=219506688 => 1742.9603855835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250875.641373163 Mflops = 250.875641373163 Gflops = 0.250875641373163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056147 s
InvBiCGStab: k = 48 resid = 1.150998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176769(s) Flops=317933568 => 1798.58214958505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258936.311037051 Mflops = 258.936311037051 Gflops = 0.258936311037051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007216188 Relative Rsd = 3.16352116672967e-07
BICGSTAB_SOLVER_TIME: 0.407804 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042399 s
InvBiCGStab: k = 77 resid = 1.716273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414486(s) Flops=508225536 => 1226.15850957572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176544.318863404 Mflops = 176.544318863404 Gflops = 0.176544318863404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057093 s
InvBiCGStab: k = 105 resid = 7.860938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396272(s) Flops=691955712 => 1746.16352404409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251415.353511445 Mflops = 251.415353511445 Gflops = 0.251415353511445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001310517 Relative Rsd = 5.74520510716528e-07
BICGSTAB_SOLVER_TIME: 0.914174 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042948 s
InvBiCGStab: k = 56 resid = 1.460836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211116(s) Flops=370427904 => 1754.61785937589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252606.956729897 Mflops = 252.606956729897 Gflops = 0.252606956729897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 69 resid = 1.129011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257915(s) Flops=455731200 => 1766.98214528042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254399.892126633 Mflops = 254.399892126633 Gflops = 0.254399892126633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009978198 Relative Rsd = 4.37436499670397e-07
BICGSTAB_SOLVER_TIME: 0.572026 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04239 s
InvBiCGStab: k = 60 resid = 2.075188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231094(s) Flops=396675072 => 1716.50961080772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247210.322992285 Mflops = 247.210322992285 Gflops = 0.247210322992285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059357 s
InvBiCGStab: k = 104 resid = 1.00088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402942(s) Flops=685393920 => 1700.97413523534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244902.103268556 Mflops = 244.902103268556 Gflops = 0.244902103268556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001160165 Relative Rsd = 5.0860719468708e-07
BICGSTAB_SOLVER_TIME: 0.739874 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 64 resid = 1.551789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234746(s) Flops=422922240 => 1801.61638536972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.068169349 Mflops = 259.380068169349 Gflops = 0.259380068169349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057051 s
InvBiCGStab: k = 92 resid = 9.4622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337649(s) Flops=606652416 => 1796.6954322388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258676.334956871 Mflops = 258.676334956871 Gflops = 0.258676334956871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001144514 Relative Rsd = 5.01746175781611e-07
BICGSTAB_SOLVER_TIME: 0.674397 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125906000000001
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905077(s) Flops=1417125888 => 1565.75174045965 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225538.448843766 Mflops = 225.538448843766 Gflops = 0.225538448843766 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158100000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046521 s
InvBiCGStab: k = 31 resid = 1.414997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145209(s) Flops=206383104 => 1421.2831436068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204600.28203475 Mflops = 204.60028203475 Gflops = 0.20460028203475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060163 s
InvBiCGStab: k = 53 resid = 1.143976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236844(s) Flops=350742528 => 1480.90104879161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213198.785545891 Mflops = 213.198785545891 Gflops = 0.213198785545891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007282969 Relative Rsd = 3.19279747062169e-07
BICGSTAB_SOLVER_TIME: 0.492664 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 81 resid = 2.197898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370115(s) Flops=534472704 => 1444.07198843603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207937.402792472 Mflops = 207.937402792472 Gflops = 0.207937402792472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06396 s
InvBiCGStab: k = 112 resid = 8.033821e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411479(s) Flops=737888256 => 1793.25860128949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258189.555723287 Mflops = 258.189555723287 Gflops = 0.258189555723287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001278412 Relative Rsd = 5.60445919135773e-07
BICGSTAB_SOLVER_TIME: 0.89044 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152224999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 55 resid = 2.125029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201854(s) Flops=363866112 => 1802.62027009621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259513.242011508 Mflops = 259.513242011508 Gflops = 0.259513242011508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056917 s
InvBiCGStab: k = 81 resid = 7.249371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296899(s) Flops=534472704 => 1800.18357758025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259149.594102782 Mflops = 259.149594102782 Gflops = 0.259149594102782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00108003 Relative Rsd = 4.7347675279936e-07
BICGSTAB_SOLVER_TIME: 0.600219 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111722000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 64 resid = 1.851266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234529(s) Flops=422922240 => 1803.28334662238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259617.683970398 Mflops = 259.617683970398 Gflops = 0.259617683970398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 98 resid = 9.763099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357944(s) Flops=646023168 => 1804.81630646135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.534769037 Mflops = 259.853534769037 Gflops = 0.259853534769037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001163446 Relative Rsd = 5.10045887618625e-07
BICGSTAB_SOLVER_TIME: 0.69344 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 60 resid = 2.247114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222265(s) Flops=396675072 => 1784.69427035296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256942.701879869 Mflops = 256.942701879869 Gflops = 0.256942701879869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057382 s
InvBiCGStab: k = 89 resid = 6.114305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327935(s) Flops=586967040 => 1789.88836202296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257691.133883749 Mflops = 257.691133883749 Gflops = 0.257691133883749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001128719 Relative Rsd = 4.94821566546496e-07
BICGSTAB_SOLVER_TIME: 0.652748 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120851000000001
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883761(s) Flops=1410932736 => 1596.50939111366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229901.397441927 Mflops = 229.901397441927 Gflops = 0.229901397441927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155980000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043888 s
InvBiCGStab: k = 27 resid = 2.158424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126302(s) Flops=180135936 => 1426.23185697772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205306.181126849 Mflops = 205.306181126849 Gflops = 0.205306181126849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067702 s
InvBiCGStab: k = 56 resid = 9.543417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249829(s) Flops=370427904 => 1482.72580044751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213447.175105005 Mflops = 213.447175105005 Gflops = 0.213447175105005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007399876 Relative Rsd = 3.24404867350146e-07
BICGSTAB_SOLVER_TIME: 0.496875 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049957 s
InvBiCGStab: k = 51 resid = 2.143194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233523(s) Flops=337618944 => 1445.76313253941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208137.428767424 Mflops = 208.137428767424 Gflops = 0.208137428767424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071688 s
InvBiCGStab: k = 77 resid = 1.145102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356082(s) Flops=508225536 => 1427.27106677675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205502.402024417 Mflops = 205.502402024417 Gflops = 0.205502402024417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001061208 Relative Rsd = 4.65225269583145e-07
BICGSTAB_SOLVER_TIME: 0.714956 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041526 s
InvBiCGStab: k = 60 resid = 1.994322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228915(s) Flops=396675072 => 1732.84875172007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249483.863764298 Mflops = 249.483863764298 Gflops = 0.249483863764298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060697 s
InvBiCGStab: k = 75 resid = 9.800175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292361(s) Flops=495101952 => 1693.46100198043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243802.703598269 Mflops = 243.802703598269 Gflops = 0.243802703598269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001083364 Relative Rsd = 4.74938360705232e-07
BICGSTAB_SOLVER_TIME: 0.627145 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041439 s
InvBiCGStab: k = 57 resid = 1.974527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2107(s) Flops=376989696 => 1789.22494542003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257597.111962538 Mflops = 257.597111962538 Gflops = 0.257597111962538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057134 s
InvBiCGStab: k = 73 resid = 1.104295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269934(s) Flops=481978368 => 1785.54153237458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257060.657083694 Mflops = 257.060657083694 Gflops = 0.257060657083694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001108619 Relative Rsd = 4.86010018902087e-07
BICGSTAB_SOLVER_TIME: 0.58294 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 65 resid = 1.545336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240157(s) Flops=429484032 => 1788.3469230545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257476.704748307 Mflops = 257.476704748307 Gflops = 0.257476704748307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056442 s
InvBiCGStab: k = 85 resid = 1.148591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313231(s) Flops=560719872 => 1790.11615070028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257728.117462457 Mflops = 257.728117462457 Gflops = 0.257728117462457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001102506 Relative Rsd = 4.83330242795327e-07
BICGSTAB_SOLVER_TIME: 0.654606 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121748000000001
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880636(s) Flops=1411080192 => 1602.34216180124 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230735.970494079 Mflops = 230.735970494079 Gflops = 0.230735970494079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156163000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054852 s
InvBiCGStab: k = 30 resid = 1.644014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129007(s) Flops=199821312 => 1548.91836877069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222972.014131528 Mflops = 222.972014131528 Gflops = 0.222972014131528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059973 s
InvBiCGStab: k = 52 resid = 1.117763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230858(s) Flops=344180736 => 1490.87636555805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214632.247608841 Mflops = 214.632247608841 Gflops = 0.214632247608841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008015811 Relative Rsd = 3.51406949352525e-07
BICGSTAB_SOLVER_TIME: 0.479762 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052557 s
InvBiCGStab: k = 55 resid = 2.140397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248984(s) Flops=363866112 => 1461.4035921987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210403.884829166 Mflops = 210.403884829166 Gflops = 0.210403884829166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085814 s
InvBiCGStab: k = 78 resid = 1.134394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347176(s) Flops=514787328 => 1482.78489296495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213483.702750099 Mflops = 213.483702750099 Gflops = 0.213483702750099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001098203 Relative Rsd = 4.81443712670653e-07
BICGSTAB_SOLVER_TIME: 0.738336 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054559 s
InvBiCGStab: k = 58 resid = 1.973631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252697(s) Flops=383551488 => 1517.8315848625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218530.756060674 Mflops = 218.530756060674 Gflops = 0.218530756060674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073369 s
InvBiCGStab: k = 83 resid = 1.130498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307821(s) Flops=547596288 => 1778.94389271687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256121.251006195 Mflops = 256.121251006195 Gflops = 0.256121251006195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001042363 Relative Rsd = 4.56963885464882e-07
BICGSTAB_SOLVER_TIME: 0.692194 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041018 s
InvBiCGStab: k = 60 resid = 2.184009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221928(s) Flops=396675072 => 1787.4043473559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257326.568125627 Mflops = 257.326568125627 Gflops = 0.257326568125627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 89 resid = 8.710541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3276(s) Flops=586967040 => 1791.71868131868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257969.654160856 Mflops = 257.969654160856 Gflops = 0.257969654160856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001144796 Relative Rsd = 5.0186983498605e-07
BICGSTAB_SOLVER_TIME: 0.651339 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 64 resid = 1.547791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235238(s) Flops=422922240 => 1797.84830682118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258837.463181828 Mflops = 258.837463181828 Gflops = 0.258837463181828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05704 s
InvBiCGStab: k = 82 resid = 1.017896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302767(s) Flops=541034496 => 1786.96653201967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257272.007742355 Mflops = 257.272007742355 Gflops = 0.257272007742355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001114746 Relative Rsd = 4.88696072384888e-07
BICGSTAB_SOLVER_TIME: 0.640596 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118714000000001
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898608(s) Flops=1442045952 => 1604.75530153304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231079.559790152 Mflops = 231.079559790152 Gflops = 0.231079559790152 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159512000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.834467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960072(s) Flops=1433438208 => 1493.05282103842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214836.883871691 Mflops = 214.836883871691 Gflops = 0.214836883871691 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.102734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.193175(s) Flops=1735280640 => 1454.33875165001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209421.601445033 Mflops = 209.421601445033 Gflops = 0.209421601445033 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002233664 Relative Rsd = 9.82594205814947e-07
BICGSTAB_SOLVER_TIME: 2.156569 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343951999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.022587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.65695(s) Flops=1184090112 => 1802.40522414187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.941312877 Mflops = 259.503941312877 Gflops = 0.259503941312877 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.13576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.704875(s) Flops=1269393408 => 1800.87733002305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.843061524 Mflops = 259.322843061524 Gflops = 0.259322843061524 Tflops
BICGSTAB_SOLVER: 373 iterations. Rsd = 0.001899989 Relative Rsd = 8.34513408979548e-07
BICGSTAB_SOLVER_TIME: 1.365186 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266599999999997
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899166(s) Flops=1442045952 => 1603.75943040551 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230990.30432297 Mflops = 230.99030432297 Gflops = 0.23099030432297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159672000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041386 s
InvBiCGStab: k = 30 resid = 1.54015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111864(s) Flops=199821312 => 1786.28792104699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257078.046520069 Mflops = 257.078046520069 Gflops = 0.257078046520069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05673 s
InvBiCGStab: k = 50 resid = 9.062773e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183879(s) Flops=331057152 => 1800.40761587783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259179.989526984 Mflops = 259.179989526984 Gflops = 0.259179989526984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007442157 Relative Rsd = 3.26258402973925e-07
BICGSTAB_SOLVER_TIME: 0.397504 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0716570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 82 resid = 8.628101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299964(s) Flops=541034496 => 1803.66475977117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.722680092 Mflops = 259.681722680092 Gflops = 0.259681722680092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060854 s
InvBiCGStab: k = 96 resid = 1.08867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448095(s) Flops=632899584 => 1412.42277642018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203364.073124919 Mflops = 203.364073124919 Gflops = 0.203364073124919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001228086 Relative Rsd = 5.3838354516808e-07
BICGSTAB_SOLVER_TIME: 0.853843 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045656 s
InvBiCGStab: k = 63 resid = 1.851557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294504(s) Flops=416360448 => 1413.76839703366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203549.790373563 Mflops = 203.549790373563 Gflops = 0.203549790373563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065159 s
InvBiCGStab: k = 80 resid = 1.137482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366511(s) Flops=527910912 => 1440.36853464153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207380.938955715 Mflops = 207.380938955715 Gflops = 0.207380938955715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001060087 Relative Rsd = 4.64734001113508e-07
BICGSTAB_SOLVER_TIME: 0.776826 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 62 resid = 1.690694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311914(s) Flops=409798656 => 1313.81937328879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189159.907434297 Mflops = 189.159907434297 Gflops = 0.189159907434297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071243 s
InvBiCGStab: k = 88 resid = 8.986553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323842(s) Flops=580405248 => 1792.2482198109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258041.944186458 Mflops = 258.041944186458 Gflops = 0.258041944186458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001173013 Relative Rsd = 5.1423999138288e-07
BICGSTAB_SOLVER_TIME: 0.751662 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041602 s
InvBiCGStab: k = 57 resid = 2.251337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210246(s) Flops=376989696 => 1793.08855340886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258154.51155823 Mflops = 258.15451155823 Gflops = 0.25815451155823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 74 resid = 1.021687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272261(s) Flops=488540160 => 1794.38171460474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258362.163773724 Mflops = 258.362163773724 Gflops = 0.258362163773724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001066197 Relative Rsd = 4.67412450295251e-07
BICGSTAB_SOLVER_TIME: 0.584369 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107937
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939406(s) Flops=1485619200 => 1581.44529628297 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227742.084448459 Mflops = 227.742084448459 Gflops = 0.227742084448459 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164458000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041469 s
InvBiCGStab: k = 30 resid = 2.161149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111339(s) Flops=199821312 => 1794.71085603427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258317.81837064 Mflops = 258.31781837064 Gflops = 0.25831781837064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 54 resid = 1.132587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198826(s) Flops=357304320 => 1797.07040326718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258710.548641758 Mflops = 258.710548641758 Gflops = 0.258710548641758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007545143 Relative Rsd = 3.30773239825385e-07
BICGSTAB_SOLVER_TIME: 0.411658 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0744480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041325 s
InvBiCGStab: k = 80 resid = 2.277475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292077(s) Flops=527910912 => 1807.43746340862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.267449804 Mflops = 260.217267449804 Gflops = 0.260217267449804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056685 s
InvBiCGStab: k = 111 resid = 1.063207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433801(s) Flops=731326464 => 1685.85702660898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242723.934153374 Mflops = 242.723934153374 Gflops = 0.242723934153374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001254395 Relative Rsd = 5.49917177413049e-07
BICGSTAB_SOLVER_TIME: 0.829544 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150676999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049098 s
InvBiCGStab: k = 56 resid = 1.99617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269769(s) Flops=370427904 => 1373.12998899058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197705.822040832 Mflops = 197.705822040832 Gflops = 0.197705822040832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065974 s
InvBiCGStab: k = 83 resid = 1.094784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370705(s) Flops=547596288 => 1477.17534967157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212681.859047797 Mflops = 212.681859047797 Gflops = 0.212681859047797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001070326 Relative Rsd = 4.69222682231466e-07
BICGSTAB_SOLVER_TIME: 0.76003 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053365 s
InvBiCGStab: k = 71 resid = 1.725379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306054(s) Flops=468854784 => 1531.93483502911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220569.804347344 Mflops = 220.569804347344 Gflops = 0.220569804347344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07888 s
InvBiCGStab: k = 86 resid = 9.054957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37108(s) Flops=567281664 => 1528.73144335453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220100.483598254 Mflops = 220.100483598254 Gflops = 0.220100483598254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001196083 Relative Rsd = 5.24353456610962e-07
BICGSTAB_SOLVER_TIME: 0.813046 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 59 resid = 2.1667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218278(s) Flops=390113280 => 1787.23132885586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257309.607480429 Mflops = 257.309607480429 Gflops = 0.257309607480429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057162 s
InvBiCGStab: k = 86 resid = 1.042834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319302(s) Flops=567281664 => 1776.63047522408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255791.128877771 Mflops = 255.791128877771 Gflops = 0.255791128877771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00112479 Relative Rsd = 4.93099217874848e-07
BICGSTAB_SOLVER_TIME: 0.639917 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118034000000001
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942225(s) Flops=1510981632 => 1603.63143835071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230923.369871414 Mflops = 230.923369871414 Gflops = 0.230923369871414 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168795000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 31 resid = 1.792686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11561(s) Flops=206383104 => 1785.16654268662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256953.779210754 Mflops = 256.953779210754 Gflops = 0.256953779210754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 52 resid = 9.75703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191409(s) Flops=344180736 => 1798.14290864066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.378119132 Mflops = 258.846378119132 Gflops = 0.258846378119132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007670837 Relative Rsd = 3.3628355113503e-07
BICGSTAB_SOLVER_TIME: 0.407958 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 55 resid = 2.259243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202982(s) Flops=363866112 => 1792.60285148437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258071.929334195 Mflops = 258.071929334195 Gflops = 0.258071929334195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056632 s
InvBiCGStab: k = 79 resid = 1.092714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288797(s) Flops=521349120 => 1805.24423730163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.341389349 Mflops = 259.905341389349 Gflops = 0.259905341389349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001069239 Relative Rsd = 4.68746265114901e-07
BICGSTAB_SOLVER_TIME: 0.593133 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048009 s
InvBiCGStab: k = 63 resid = 1.212119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299341(s) Flops=416360448 => 1390.92355541005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200268.776813472 Mflops = 200.268776813472 Gflops = 0.200268776813471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061581 s
InvBiCGStab: k = 81 resid = 8.698059e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368513(s) Flops=534472704 => 1450.34965930646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208814.192353916 Mflops = 208.814192353916 Gflops = 0.208814192353916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001100988 Relative Rsd = 4.82664585757153e-07
BICGSTAB_SOLVER_TIME: 0.781504 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046747 s
InvBiCGStab: k = 59 resid = 2.061532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253239(s) Flops=390113280 => 1540.49447360004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221793.349454481 Mflops = 221.793349454481 Gflops = 0.221793349454481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066578 s
InvBiCGStab: k = 89 resid = 1.122385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401655(s) Flops=586967040 => 1461.37117675617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210403.669047199 Mflops = 210.403669047199 Gflops = 0.210403669047199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001171021 Relative Rsd = 5.13366619544018e-07
BICGSTAB_SOLVER_TIME: 0.784267 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 56 resid = 2.124444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206879(s) Flops=370427904 => 1790.55343461637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257781.770722013 Mflops = 257.781770722013 Gflops = 0.257781770722013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 85 resid = 1.068419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312512(s) Flops=560719872 => 1794.23469178784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258328.453274689 Mflops = 258.328453274689 Gflops = 0.258328453274689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001102601 Relative Rsd = 4.83371632648732e-07
BICGSTAB_SOLVER_TIME: 0.620629 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115162
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949979(s) Flops=1523736576 => 1603.96869404482 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230976.245269115 Mflops = 230.976245269115 Gflops = 0.230976245269115 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 29 resid = 1.761733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108113(s) Flops=193259520 => 1787.56967247232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257326.893485173 Mflops = 257.326893485173 Gflops = 0.257326893485173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 53 resid = 7.816823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194617(s) Flops=350742528 => 1802.21937446369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259434.191693541 Mflops = 259.434191693541 Gflops = 0.259434191693541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007334672 Relative Rsd = 3.21546364650756e-07
BICGSTAB_SOLVER_TIME: 0.403451 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043745 s
InvBiCGStab: k = 61 resid = 2.09486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236984(s) Flops=403236864 => 1701.53623873342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244983.902821486 Mflops = 244.983902821486 Gflops = 0.244983902821486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 79 resid = 6.31836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291779(s) Flops=521349120 => 1786.79452599399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257246.400744685 Mflops = 257.246400744684 Gflops = 0.257246400744684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001124935 Relative Rsd = 4.93162808204493e-07
BICGSTAB_SOLVER_TIME: 0.633091 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041803 s
InvBiCGStab: k = 65 resid = 2.236848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248817(s) Flops=429484032 => 1726.10405237584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248514.690631068 Mflops = 248.514690631068 Gflops = 0.248514690631068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066054 s
InvBiCGStab: k = 93 resid = 1.133504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409858(s) Flops=613214208 => 1496.16259289803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215418.900160017 Mflops = 215.418900160017 Gflops = 0.215418900160017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001132899 Relative Rsd = 4.96654356207995e-07
BICGSTAB_SOLVER_TIME: 0.774233 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046797 s
InvBiCGStab: k = 66 resid = 2.280462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280732(s) Flops=436045824 => 1553.24588575581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223602.769951404 Mflops = 223.602769951404 Gflops = 0.223602769951404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067628 s
InvBiCGStab: k = 97 resid = 5.675893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413936(s) Flops=639461376 => 1544.83151018515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222424.541946233 Mflops = 222.424541946233 Gflops = 0.222424541946233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001157751 Relative Rsd = 5.07549023021856e-07
BICGSTAB_SOLVER_TIME: 0.812827 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042042 s
InvBiCGStab: k = 68 resid = 1.368034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288712(s) Flops=449169408 => 1555.76979134916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223999.050696058 Mflops = 223.999050696058 Gflops = 0.223999050696058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 88 resid = 6.65781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324137(s) Flops=580405248 => 1790.61707858097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257802.635170308 Mflops = 257.802635170308 Gflops = 0.257802635170308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001101024 Relative Rsd = 4.82680202643888e-07
BICGSTAB_SOLVER_TIME: 0.715261 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125829
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954484(s) Flops=1530150912 => 1603.11845143554 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230938.075131754 Mflops = 230.938075131754 Gflops = 0.230938075131754 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169453000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.471033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900442(s) Flops=1597483008 => 1774.10983494773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255402.504147367 Mflops = 255.402504147367 Gflops = 0.255402504147367 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.042625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95027(s) Flops=1630291968 => 1715.60921422333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247043.430095041 Mflops = 247.043430095041 Gflops = 0.247043430095041 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.002415512 Relative Rsd = 1.06257634060537e-06
BICGSTAB_SOLVER_TIME: 1.857498 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.127128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350227999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.723997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8188(s) Flops=1184090112 => 1446.12861748901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208220.232228366 Mflops = 208.220232228366 Gflops = 0.208220232228366 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 8.020031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.922555(s) Flops=1400629248 => 1518.206771412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218619.711460716 Mflops = 218.619711460716 Gflops = 0.218619711460716 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001938562 Relative Rsd = 8.51465401869013e-07
BICGSTAB_SOLVER_TIME: 1.744705 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280506999999997
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955733(s) Flops=1530150912 => 1601.02341553551 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230549.171210755 Mflops = 230.549171210755 Gflops = 0.230549171210755 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169570000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043361 s
InvBiCGStab: k = 30 resid = 2.002036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116788(s) Flops=199821312 => 1710.9746891804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246304.886077093 Mflops = 246.304886077093 Gflops = 0.246304886077093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05985 s
InvBiCGStab: k = 58 resid = 1.111483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23848(s) Flops=383551488 => 1608.31720899027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231562.237135051 Mflops = 231.562237135051 Gflops = 0.231562237135051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0006924001 Relative Rsd = 3.03542850166771e-07
BICGSTAB_SOLVER_TIME: 0.463665 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772300000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052181 s
InvBiCGStab: k = 91 resid = 1.266952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446392(s) Flops=600090624 => 1344.31312389111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193566.593857887 Mflops = 193.566593857887 Gflops = 0.193566593857887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07275 s
InvBiCGStab: k = 104 resid = 1.139942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39879(s) Flops=685393920 => 1718.68381855112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247442.400038691 Mflops = 247.442400038691 Gflops = 0.247442400038691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001319956 Relative Rsd = 5.78658424309884e-07
BICGSTAB_SOLVER_TIME: 0.973769 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153592999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 62 resid = 2.180692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247121(s) Flops=409798656 => 1658.29150901785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238735.59845023 Mflops = 238.73559845023 Gflops = 0.23873559845023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061863 s
InvBiCGStab: k = 90 resid = 9.982286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394342(s) Flops=593528832 => 1505.11188765082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216696.161556686 Mflops = 216.696161556686 Gflops = 0.216696161556686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001094937 Relative Rsd = 4.80011858506502e-07
BICGSTAB_SOLVER_TIME: 0.748725 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123039000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044876 s
InvBiCGStab: k = 64 resid = 2.19359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273842(s) Flops=422922240 => 1544.40239262056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222350.115462548 Mflops = 222.350115462548 Gflops = 0.222350115462548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065748 s
InvBiCGStab: k = 88 resid = 1.096159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392445(s) Flops=580405248 => 1478.94672629286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212932.672942962 Mflops = 212.932672942962 Gflops = 0.212932672942962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001159612 Relative Rsd = 5.08364877764804e-07
BICGSTAB_SOLVER_TIME: 0.780956 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063617 s
InvBiCGStab: k = 76 resid = 1.797028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333315(s) Flops=501663744 => 1505.07401107061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216708.362604763 Mflops = 216.708362604763 Gflops = 0.216708362604763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057184 s
InvBiCGStab: k = 98 resid = 6.477187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360118(s) Flops=646023168 => 1793.92079262908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258282.163969944 Mflops = 258.282163969944 Gflops = 0.258282163969944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001203056 Relative Rsd = 5.27410385635924e-07
BICGSTAB_SOLVER_TIME: 0.817906 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138688
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970885(s) Flops=1530298368 => 1576.18911405573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227008.48740239 Mflops = 227.00848740239 Gflops = 0.22700848740239 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169526000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041157 s
InvBiCGStab: k = 28 resid = 1.649659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103528(s) Flops=186697728 => 1803.35491847616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259570.300224907 Mflops = 259.570300224907 Gflops = 0.259570300224907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056344 s
InvBiCGStab: k = 48 resid = 1.02517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176418(s) Flops=317933568 => 1802.16059585757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259432.818966891 Mflops = 259.432818966891 Gflops = 0.259432818966891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000770456 Relative Rsd = 3.37761975263709e-07
BICGSTAB_SOLVER_TIME: 0.381133 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 74 resid = 1.952819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270519(s) Flops=488540160 => 1805.93658855755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.97504208 Mflops = 260.00997504208 Gflops = 0.26000997504208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056892 s
InvBiCGStab: k = 103 resid = 9.51037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37591(s) Flops=678832128 => 1805.83684392541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260003.295054928 Mflops = 260.003295054928 Gflops = 0.260003295054928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001241352 Relative Rsd = 5.44199049231561e-07
BICGSTAB_SOLVER_TIME: 0.748073 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 62 resid = 1.786237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228142(s) Flops=409798656 => 1796.24381306379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258604.109782727 Mflops = 258.604109782727 Gflops = 0.258604109782727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060154 s
InvBiCGStab: k = 89 resid = 6.549229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381141(s) Flops=586967040 => 1540.02597463931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221744.792084088 Mflops = 221.744792084088 Gflops = 0.221744792084088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001157593 Relative Rsd = 5.07479818778679e-07
BICGSTAB_SOLVER_TIME: 0.714365 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122221000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046375 s
InvBiCGStab: k = 80 resid = 2.06815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351064(s) Flops=527910912 => 1503.74550509309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216511.009019595 Mflops = 216.511009019595 Gflops = 0.216511009019595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0844 s
InvBiCGStab: k = 90 resid = 1.004871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406136(s) Flops=593528832 => 1461.40414048496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210411.690642441 Mflops = 210.411690642441 Gflops = 0.210411690642441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001167188 Relative Rsd = 5.1168637522386e-07
BICGSTAB_SOLVER_TIME: 0.89169 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135586
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04388 s
InvBiCGStab: k = 73 resid = 2.193696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306106(s) Flops=481978368 => 1574.54727447355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226698.369684389 Mflops = 226.698369684389 Gflops = 0.226698369684389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060406 s
InvBiCGStab: k = 89 resid = 1.092729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388277(s) Flops=586967040 => 1511.72240436596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217655.700197724 Mflops = 217.655700197724 Gflops = 0.217655700197724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001188737 Relative Rsd = 5.21133162702215e-07
BICGSTAB_SOLVER_TIME: 0.802463 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130076
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96053(s) Flops=1530372096 => 1593.25798881867 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229431.72555733 Mflops = 229.43172555733 Gflops = 0.22943172555733 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169649000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041013 s
InvBiCGStab: k = 33 resid = 1.478913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121826(s) Flops=219506688 => 1801.80493490716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259354.811719686 Mflops = 259.354811719686 Gflops = 0.259354811719686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056097 s
InvBiCGStab: k = 45 resid = 1.096129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165539(s) Flops=298248192 => 1801.67931424015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.388946334 Mflops = 259.353388946334 Gflops = 0.259353388946334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007596553 Relative Rsd = 3.33027021966213e-07
BICGSTAB_SOLVER_TIME: 0.388119 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 51 resid = 2.225474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18759(s) Flops=337618944 => 1799.77047817048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.636099412 Mflops = 259.102636099412 Gflops = 0.259102636099412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056246 s
InvBiCGStab: k = 84 resid = 1.09489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307303(s) Flops=554158080 => 1803.29537947889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.941475358 Mflops = 259.628941475358 Gflops = 0.259628941475358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00113797 Relative Rsd = 4.98877261824397e-07
BICGSTAB_SOLVER_TIME: 0.5958 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 58 resid = 2.000535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214007(s) Flops=383551488 => 1792.23804828814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258022.807564779 Mflops = 258.022807564779 Gflops = 0.258022807564779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056174 s
InvBiCGStab: k = 73 resid = 1.095922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268261(s) Flops=481978368 => 1796.67699740178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.617618321 Mflops = 258.667617618321 Gflops = 0.258667617618321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001040058 Relative Rsd = 4.55953278957948e-07
BICGSTAB_SOLVER_TIME: 0.583341 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050687 s
InvBiCGStab: k = 65 resid = 1.935035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288197(s) Flops=429484032 => 1490.24463127652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214562.717178505 Mflops = 214.562717178505 Gflops = 0.214562717178505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074411 s
InvBiCGStab: k = 88 resid = 1.140395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412482(s) Flops=580405248 => 1407.10442637497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202593.592000645 Mflops = 202.593592000645 Gflops = 0.202593592000645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00115912 Relative Rsd = 5.08149048307283e-07
BICGSTAB_SOLVER_TIME: 0.830215 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048995 s
InvBiCGStab: k = 58 resid = 2.249835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257913(s) Flops=383551488 => 1487.13515022508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214090.249666577 Mflops = 214.090249666577 Gflops = 0.214090249666577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075971 s
InvBiCGStab: k = 80 resid = 8.875328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353769(s) Flops=527910912 => 1492.24751744783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214855.802350014 Mflops = 214.855802350014 Gflops = 0.214855802350014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001095578 Relative Rsd = 4.80292962467728e-07
BICGSTAB_SOLVER_TIME: 0.744586 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112883
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12021(s) Flops=1523957760 => 1360.42149239875 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195934.883680756 Mflops = 195.934883680756 Gflops = 0.195934883680756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170154000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 31 resid = 1.137232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114777(s) Flops=206383104 => 1798.12248098487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258803.727165684 Mflops = 258.803727165684 Gflops = 0.258803727165684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058235 s
InvBiCGStab: k = 53 resid = 1.122295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194568(s) Flops=350742528 => 1802.67324534353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.117104368 Mflops = 259.503117104368 Gflops = 0.259503117104368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007477259 Relative Rsd = 3.2779725322644e-07
BICGSTAB_SOLVER_TIME: 0.41221 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 59 resid = 2.127949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216989(s) Flops=390113280 => 1797.84818585274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258830.456130722 Mflops = 258.830456130722 Gflops = 0.258830456130722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056089 s
InvBiCGStab: k = 97 resid = 8.736731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355831(s) Flops=639461376 => 1797.09293456725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258737.663595712 Mflops = 258.737663595712 Gflops = 0.258737663595712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001159474 Relative Rsd = 5.08304451640967e-07
BICGSTAB_SOLVER_TIME: 0.673461 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125798000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044227 s
InvBiCGStab: k = 58 resid = 1.479542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229639(s) Flops=383551488 => 1670.23671066326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240453.507811323 Mflops = 240.453507811323 Gflops = 0.240453507811323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 89 resid = 1.127467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331325(s) Flops=586967040 => 1771.5748585226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255068.239458555 Mflops = 255.068239458555 Gflops = 0.255068239458555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001114813 Relative Rsd = 4.88725213699677e-07
BICGSTAB_SOLVER_TIME: 0.665479 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 67 resid = 2.188952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247286(s) Flops=442607616 => 1789.86119715633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257676.420687488 Mflops = 257.676420687488 Gflops = 0.257676420687488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056721 s
InvBiCGStab: k = 91 resid = 9.99587e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334926(s) Flops=600090624 => 1791.71107647659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257958.134985336 Mflops = 257.958134985336 Gflops = 0.257958134985336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001202579 Relative Rsd = 5.27201292874641e-07
BICGSTAB_SOLVER_TIME: 0.683908 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044478 s
InvBiCGStab: k = 52 resid = 1.816894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236844(s) Flops=344180736 => 1453.19592643259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209131.702021214 Mflops = 209.131702021214 Gflops = 0.209131702021214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062585 s
InvBiCGStab: k = 82 resid = 1.095346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391537(s) Flops=541034496 => 1381.8221419687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198952.623942379 Mflops = 198.952623942379 Gflops = 0.19895262394238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00106993 Relative Rsd = 4.69049212303324e-07
BICGSTAB_SOLVER_TIME: 0.73924 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110077
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.138336(s) Flops=1517617152 => 1333.1891040958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191981.828882775 Mflops = 191.981828882775 Gflops = 0.191981828882775 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167920000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.012308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769887(s) Flops=1341573120 => 1742.55847936126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250876.380230557 Mflops = 250.876380230557 Gflops = 0.250876380230557 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 8.544675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907677(s) Flops=1630291968 => 1796.11466193371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258635.764261236 Mflops = 258.635764261236 Gflops = 0.258635764261236 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.00249784 Relative Rsd = 1.09879598050888e-06
BICGSTAB_SOLVER_TIME: 1.680909 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322679999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.156811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.695031(s) Flops=1256269824 => 1807.5018581905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260188.629015307 Mflops = 260.188629015307 Gflops = 0.260188629015307 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 9.889241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832307(s) Flops=1459685376 => 1753.78240961568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252536.550577215 Mflops = 252.536550577215 Gflops = 0.252536550577215 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002090237 Relative Rsd = 9.18121635091512e-07
BICGSTAB_SOLVER_TIME: 1.531051 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.129029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294893999999997
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.125516(s) Flops=1517617152 => 1348.37456953078 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194163.732560399 Mflops = 194.163732560399 Gflops = 0.194163732560399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167952000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.480507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041795 s
InvBiCGStab: k = 36 resid = 1.418238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134063(s) Flops=239192064 => 1784.17657370042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256811.174272446 Mflops = 256.811174272446 Gflops = 0.256811174272446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057374 s
InvBiCGStab: k = 46 resid = 1.092551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170472(s) Flops=304809984 => 1788.03547796706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257406.140959213 Mflops = 257.406140959213 Gflops = 0.257406140959213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007982749 Relative Rsd = 3.4995756446748e-07
BICGSTAB_SOLVER_TIME: 0.40744 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0730230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 76 resid = 2.259945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279143(s) Flops=501663744 => 1797.15681209989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.443156821 Mflops = 258.751443156821 Gflops = 0.258751443156821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 104 resid = 1.065288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380685(s) Flops=685393920 => 1800.42271169077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.168276845 Mflops = 259.225168276845 Gflops = 0.259225168276845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001275099 Relative Rsd = 5.58993446598286e-07
BICGSTAB_SOLVER_TIME: 0.761455 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041477 s
InvBiCGStab: k = 59 resid = 2.003474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216886(s) Flops=390113280 => 1798.70199090767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258956.381334881 Mflops = 258.956381334881 Gflops = 0.258956381334881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 84 resid = 1.141618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308207(s) Flops=554158080 => 1798.00614522058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258868.992655415 Mflops = 258.868992655415 Gflops = 0.258868992655415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00110517 Relative Rsd = 4.84497987845582e-07
BICGSTAB_SOLVER_TIME: 0.626962 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 70 resid = 1.440265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256531(s) Flops=462292992 => 1802.09406270587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.461202508 Mflops = 259.446461202508 Gflops = 0.259446461202508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056163 s
InvBiCGStab: k = 93 resid = 1.098554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341221(s) Flops=613214208 => 1797.11743415558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258746.958911622 Mflops = 258.746958911622 Gflops = 0.258746958911622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001182854 Relative Rsd = 5.1855387564768e-07
BICGSTAB_SOLVER_TIME: 0.698503 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040758 s
InvBiCGStab: k = 58 resid = 1.951247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213194(s) Flops=383551488 => 1799.07261930448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259013.051762474 Mflops = 259.013051762475 Gflops = 0.259013051762475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 96 resid = 8.911474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370315(s) Flops=632899584 => 1709.08438491554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246067.678089618 Mflops = 246.067678089618 Gflops = 0.246067678089618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001119357 Relative Rsd = 4.90717642647797e-07
BICGSTAB_SOLVER_TIME: 0.684945 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124432000000001
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.147065(s) Flops=1511129088 => 1317.38749591348 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189703.601942006 Mflops = 189.703601942006 Gflops = 0.189703601942006 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167133000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 37 resid = 1.966246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13653(s) Flops=245753856 => 1799.99894528675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259095.632186548 Mflops = 259.095632186548 Gflops = 0.259095632186548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 59 resid = 1.08284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217857(s) Flops=390113280 => 1790.68508241645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257797.455650837 Mflops = 257.797455650837 Gflops = 0.257797455650837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0008109805 Relative Rsd = 3.55527587402877e-07
BICGSTAB_SOLVER_TIME: 0.455892 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0829070000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04205 s
InvBiCGStab: k = 72 resid = 2.17117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264052(s) Flops=475416576 => 1800.46572644782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259212.411916036 Mflops = 259.212411916036 Gflops = 0.259212411916036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 110 resid = 1.094445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401198(s) Flops=724764672 => 1806.50120887941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260096.767393086 Mflops = 260.096767393086 Gflops = 0.260096767393086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001265965 Relative Rsd = 5.54989144146993e-07
BICGSTAB_SOLVER_TIME: 0.767277 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040894 s
InvBiCGStab: k = 55 resid = 1.73214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202415(s) Flops=363866112 => 1797.62424721488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.811563662 Mflops = 258.795811563662 Gflops = 0.258795811563662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 87 resid = 1.140494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318711(s) Flops=573843456 => 1800.51349341566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.607243861 Mflops = 259.220607243861 Gflops = 0.259220607243861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001074764 Relative Rsd = 4.71168413626115e-07
BICGSTAB_SOLVER_TIME: 0.622589 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 69 resid = 1.730234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253585(s) Flops=455731200 => 1797.15361713035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258744.453426343 Mflops = 258.744453426343 Gflops = 0.258744453426343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 97 resid = 1.01473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353599(s) Flops=639461376 => 1808.43660756959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260376.677930643 Mflops = 260.376677930643 Gflops = 0.260376677930643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001195231 Relative Rsd = 5.23980029289922e-07
BICGSTAB_SOLVER_TIME: 0.70804 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 62 resid = 1.088315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227076(s) Flops=409798656 => 1804.67621413095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259821.504373897 Mflops = 259.821504373897 Gflops = 0.259821504373897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057915 s
InvBiCGStab: k = 88 resid = 1.005057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346158(s) Flops=580405248 => 1676.70615152618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241400.260022161 Mflops = 241.400260022161 Gflops = 0.241400260022161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001141633 Relative Rsd = 5.00483249379198e-07
BICGSTAB_SOLVER_TIME: 0.676239 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121537000000001
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.119414(s) Flops=1498595328 => 1338.73198655725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192803.707045397 Mflops = 192.803707045397 Gflops = 0.192803707045397 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165762000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 26 resid = 2.183126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096586(s) Flops=173574144 => 1797.09423726006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258661.152242148 Mflops = 258.661152242148 Gflops = 0.258661152242148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056405 s
InvBiCGStab: k = 48 resid = 7.959062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177019(s) Flops=317933568 => 1796.04205198312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.9053807 Mflops = 258.5279053807 Gflops = 0.2585279053807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007652203 Relative Rsd = 3.35466675680532e-07
BICGSTAB_SOLVER_TIME: 0.375161 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042308 s
InvBiCGStab: k = 55 resid = 2.262997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203461(s) Flops=363866112 => 1788.38259912219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257461.653568414 Mflops = 257.461653568414 Gflops = 0.257461653568414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 92 resid = 6.371752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33615(s) Flops=606652416 => 1804.70746987952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259832.286912048 Mflops = 259.832286912048 Gflops = 0.259832286912048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001114004 Relative Rsd = 4.88370567471181e-07
BICGSTAB_SOLVER_TIME: 0.642156 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 58 resid = 1.614775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212689(s) Flops=383551488 => 1803.34426322001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.583841499 Mflops = 259.623583841499 Gflops = 0.259623583841499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 76 resid = 1.147954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27846(s) Flops=501663744 => 1801.56483516484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259371.299421388 Mflops = 259.371299421388 Gflops = 0.259371299421388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00104836 Relative Rsd = 4.5959298324312e-07
BICGSTAB_SOLVER_TIME: 0.592386 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 66 resid = 1.617529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254429(s) Flops=436045824 => 1713.8212389311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246749.371349394 Mflops = 246.749371349394 Gflops = 0.246749371349394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059504 s
InvBiCGStab: k = 84 resid = 1.03886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326858(s) Flops=554158080 => 1695.4092602904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244102.961948463 Mflops = 244.102961948463 Gflops = 0.244102961948463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001173715 Relative Rsd = 5.14547786951172e-07
BICGSTAB_SOLVER_TIME: 0.6856 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045044 s
InvBiCGStab: k = 71 resid = 1.905739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267579(s) Flops=468854784 => 1752.21068917964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252280.089483186 Mflops = 252.280089483186 Gflops = 0.252280089483186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058111 s
InvBiCGStab: k = 82 resid = 1.103187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306004(s) Flops=541034496 => 1768.06347629443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254559.552321738 Mflops = 254.559552321738 Gflops = 0.254559552321738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001096471 Relative Rsd = 4.80684456383226e-07
BICGSTAB_SOLVER_TIME: 0.680334 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123822000000001
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.060348(s) Flops=1480015872 => 1395.7831504374 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200991.595623142 Mflops = 200.991595623142 Gflops = 0.200991595623142 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163740000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.542617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 28 resid = 2.110204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103834(s) Flops=186697728 => 1798.04041065547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258796.574939536 Mflops = 258.796574939536 Gflops = 0.258796574939536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056899 s
InvBiCGStab: k = 51 resid = 9.455772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190787(s) Flops=337618944 => 1769.61189179556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254754.62255349 Mflops = 254.75462255349 Gflops = 0.25475462255349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007401428 Relative Rsd = 3.24472872257251e-07
BICGSTAB_SOLVER_TIME: 0.395977 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042125 s
InvBiCGStab: k = 57 resid = 1.522929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214219(s) Flops=376989696 => 1759.83314271843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253346.976544806 Mflops = 253.346976544805 Gflops = 0.253346976544805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 88 resid = 9.40819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329497(s) Flops=580405248 => 1761.48871765145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253613.533495904 Mflops = 253.613533495904 Gflops = 0.253613533495904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001154718 Relative Rsd = 5.062195462263e-07
BICGSTAB_SOLVER_TIME: 0.646147 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043111 s
InvBiCGStab: k = 61 resid = 1.664678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233665(s) Flops=403236864 => 1725.70502214709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248449.437857024 Mflops = 248.449437857024 Gflops = 0.248449437857024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 86 resid = 6.69725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31586(s) Flops=567281664 => 1795.99083138099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258577.029067777 Mflops = 258.577029067777 Gflops = 0.258577029067777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001028663 Relative Rsd = 4.50958120768239e-07
BICGSTAB_SOLVER_TIME: 0.653743 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119482000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040802 s
InvBiCGStab: k = 63 resid = 2.265883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238177(s) Flops=416360448 => 1748.11357939684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251670.305755046 Mflops = 251.670305755046 Gflops = 0.251670305755046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058828 s
InvBiCGStab: k = 88 resid = 8.567742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332882(s) Flops=580405248 => 1743.57654664416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251033.902164157 Mflops = 251.033902164157 Gflops = 0.251033902164157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001145191 Relative Rsd = 5.02042998700726e-07
BICGSTAB_SOLVER_TIME: 0.674325 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041846 s
InvBiCGStab: k = 60 resid = 2.128423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220051(s) Flops=396675072 => 1802.65062190129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259518.250326214 Mflops = 259.518250326214 Gflops = 0.259518250326214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056298 s
InvBiCGStab: k = 83 resid = 1.081405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308853(s) Flops=547596288 => 1772.99973773931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255262.77495245 Mflops = 255.26277495245 Gflops = 0.25526277495245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001085484 Relative Rsd = 4.75867871679415e-07
BICGSTAB_SOLVER_TIME: 0.630706 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116654000000001
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976426(s) Flops=1467482112 => 1502.91175368128 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216421.975525412 Mflops = 216.421975525412 Gflops = 0.216421975525412 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163568000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.981557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758521(s) Flops=1367820288 => 1803.27280062121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.823851044 Mflops = 259.646823851044 Gflops = 0.259646823851044 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 5.333605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984184(s) Flops=1702471680 => 1729.83068206758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249094.101400307 Mflops = 249.094101400307 Gflops = 0.249094101400307 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002182311 Relative Rsd = 9.60007992043427e-07
BICGSTAB_SOLVER_TIME: 1.746393 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.1158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333188999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.105741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674826(s) Flops=1216899072 => 1803.27828506904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.577859328 Mflops = 259.637577859328 Gflops = 0.259637577859328 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.123796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858588(s) Flops=1551550464 => 1807.0954450796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.139035444 Mflops = 260.217139035444 Gflops = 0.260217139035444 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002065609 Relative Rsd = 9.07354393281854e-07
BICGSTAB_SOLVER_TIME: 1.536859 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.1172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300677999999997
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918185(s) Flops=1467482112 => 1598.24230628904 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230147.233413367 Mflops = 230.147233413367 Gflops = 0.230147233413367 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162450000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.555241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043206 s
InvBiCGStab: k = 29 resid = 2.029701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148214(s) Flops=193259520 => 1303.92216659695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187714.492477737 Mflops = 187.714492477737 Gflops = 0.187714492477737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 52 resid = 1.011317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235124(s) Flops=344180736 => 1463.82647454109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210735.039063706 Mflops = 210.735039063706 Gflops = 0.210735039063706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007602826 Relative Rsd = 3.33302001658131e-07
BICGSTAB_SOLVER_TIME: 0.486702 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 80 resid = 2.198973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294369(s) Flops=527910912 => 1793.36449150556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258203.81545277 Mflops = 258.20381545277 Gflops = 0.25820381545277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 112 resid = 1.122113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411211(s) Flops=737888256 => 1794.42732806272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258362.381266244 Mflops = 258.362381266244 Gflops = 0.258362381266244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001344303 Relative Rsd = 5.89332056037314e-07
BICGSTAB_SOLVER_TIME: 0.806808 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151673999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 66 resid = 2.016881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244267(s) Flops=436045824 => 1785.11966004413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256993.053187838 Mflops = 256.993053187838 Gflops = 0.256993053187838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059859 s
InvBiCGStab: k = 74 resid = 1.054018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288903(s) Flops=488540160 => 1691.01795412301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243453.133776032 Mflops = 243.453133776032 Gflops = 0.243453133776032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001072196 Relative Rsd = 4.70042517749464e-07
BICGSTAB_SOLVER_TIME: 0.638479 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 73 resid = 1.776897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269453(s) Flops=481978368 => 1788.72889891744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257526.353954244 Mflops = 257.526353954244 Gflops = 0.257526353954244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057168 s
InvBiCGStab: k = 90 resid = 1.126311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33079(s) Flops=593528832 => 1794.27682819916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258326.653421276 Mflops = 258.326653421276 Gflops = 0.258326653421276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001165074 Relative Rsd = 5.10759262921822e-07
BICGSTAB_SOLVER_TIME: 0.702656 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 72 resid = 1.709818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264864(s) Flops=475416576 => 1794.9459949257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258423.561194636 Mflops = 258.423561194636 Gflops = 0.258423561194636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 86 resid = 8.245764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315143(s) Flops=567281664 => 1800.07699361877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.349017894 Mflops = 259.157349017894 Gflops = 0.259157349017894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001148927 Relative Rsd = 5.03680679349196e-07
BICGSTAB_SOLVER_TIME: 0.68128 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127370000000001
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907697(s) Flops=1455022080 => 1602.98214051605 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230833.084031447 Mflops = 230.833084031447 Gflops = 0.230833084031447 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160864000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.50695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047072 s
InvBiCGStab: k = 27 resid = 1.72942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124374(s) Flops=180135936 => 1448.34077861933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208480.589786486 Mflops = 208.480589786486 Gflops = 0.208480589786486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056372 s
InvBiCGStab: k = 52 resid = 8.430817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255352(s) Flops=344180736 => 1347.86779034431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194046.934051156 Mflops = 194.046934051156 Gflops = 0.194046934051156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007267214 Relative Rsd = 3.18589031555411e-07
BICGSTAB_SOLVER_TIME: 0.486896 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043807 s
InvBiCGStab: k = 78 resid = 1.201515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305987(s) Flops=514787328 => 1682.38300319948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242226.996157707 Mflops = 242.226996157707 Gflops = 0.242226996157707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057168 s
InvBiCGStab: k = 111 resid = 7.082635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410703(s) Flops=731326464 => 1780.66988553772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256379.455376242 Mflops = 256.379455376242 Gflops = 0.256379455376242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001281489 Relative Rsd = 5.61794687379649e-07
BICGSTAB_SOLVER_TIME: 0.821448 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149188999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04156 s
InvBiCGStab: k = 59 resid = 1.96277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218315(s) Flops=390113280 => 1786.92842910473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257254.316071003 Mflops = 257.254316071003 Gflops = 0.257254316071003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 82 resid = 1.10377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30173(s) Flops=541034496 => 1793.10806350048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.711118848 Mflops = 258.160711118848 Gflops = 0.258160711118848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001050612 Relative Rsd = 4.60580011313218e-07
BICGSTAB_SOLVER_TIME: 0.621996 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 70 resid = 2.244015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25635(s) Flops=462292992 => 1803.36645991808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259649.509794642 Mflops = 259.649509794642 Gflops = 0.259649509794642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 95 resid = 8.320142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3492(s) Flops=626337792 => 1793.63628865979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258236.995451928 Mflops = 258.236995451928 Gflops = 0.258236995451928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001181463 Relative Rsd = 5.17944459815982e-07
BICGSTAB_SOLVER_TIME: 0.706057 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 58 resid = 2.19503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212841(s) Flops=383551488 => 1802.05640830479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259438.917748356 Mflops = 259.438917748356 Gflops = 0.259438917748356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057075 s
InvBiCGStab: k = 96 resid = 9.245999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35144(s) Flops=632899584 => 1800.87521056226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.449319 Mflops = 259.288449319 Gflops = 0.259288449319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001116581 Relative Rsd = 4.89500393087305e-07
BICGSTAB_SOLVER_TIME: 0.666082 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124539000000001
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904068(s) Flops=1448755200 => 1602.48476884482 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230786.824910611 Mflops = 230.786824910611 Gflops = 0.230786824910611 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160292000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.502927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04958 s
InvBiCGStab: k = 26 resid = 2.230319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120692(s) Flops=173574144 => 1438.15782321943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207035.236317334 Mflops = 207.035236317334 Gflops = 0.207035236317334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072821 s
InvBiCGStab: k = 48 resid = 9.100621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204829(s) Flops=317933568 => 1552.19020744133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223478.227211129 Mflops = 223.478227211129 Gflops = 0.223478227211129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007624635 Relative Rsd = 3.34258102168226e-07
BICGSTAB_SOLVER_TIME: 0.453325 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 55 resid = 1.588421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203111(s) Flops=363866112 => 1791.4643323109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257914.119056882 Mflops = 257.914119056882 Gflops = 0.257914119056882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056956 s
InvBiCGStab: k = 95 resid = 1.017895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347915(s) Flops=626337792 => 1800.26096029203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259190.282432552 Mflops = 259.190282432552 Gflops = 0.259190282432552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001103795 Relative Rsd = 4.83895410781277e-07
BICGSTAB_SOLVER_TIME: 0.652991 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121682
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041533 s
InvBiCGStab: k = 57 resid = 2.135866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210707(s) Flops=376989696 => 1789.16550470559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257584.482243906 Mflops = 257.584482243906 Gflops = 0.257584482243906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057124 s
InvBiCGStab: k = 87 resid = 7.149443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320099(s) Flops=573843456 => 1792.70618152509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.447183201 Mflops = 258.107447183201 Gflops = 0.258107447183201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001032171 Relative Rsd = 4.52495873755837e-07
BICGSTAB_SOLVER_TIME: 0.633078 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 68 resid = 1.298039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249117(s) Flops=449169408 => 1803.04599043823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.53529399 Mflops = 259.59153529399 Gflops = 0.25959153529399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 88 resid = 1.05663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322502(s) Flops=580405248 => 1799.6950344494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259111.990556056 Mflops = 259.111990556056 Gflops = 0.259111990556056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001140704 Relative Rsd = 5.00075934434656e-07
BICGSTAB_SOLVER_TIME: 0.672454 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125700000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041859 s
InvBiCGStab: k = 61 resid = 2.232391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224379(s) Flops=403236864 => 1797.12390196944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258726.40254319 Mflops = 258.72640254319 Gflops = 0.25872640254319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 90 resid = 1.055545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329222(s) Flops=593528832 => 1802.82250882383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.5737627 Mflops = 259.5555737627 Gflops = 0.2595555737627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001071053 Relative Rsd = 4.69541399413357e-07
BICGSTAB_SOLVER_TIME: 0.65586 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122335000000001
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900058(s) Flops=1442488320 => 1602.66151736888 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230839.711537084 Mflops = 230.839711537084 Gflops = 0.230839711537084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.47122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049168 s
InvBiCGStab: k = 25 resid = 1.921567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113309(s) Flops=167012352 => 1473.95486678022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212146.85109346 Mflops = 212.14685109346 Gflops = 0.21214685109346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070824 s
InvBiCGStab: k = 51 resid = 1.138611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225021(s) Flops=337618944 => 1500.38860373032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216017.041369496 Mflops = 216.017041369496 Gflops = 0.216017041369496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000729927 Relative Rsd = 3.19994347219228e-07
BICGSTAB_SOLVER_TIME: 0.462019 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 54 resid = 2.219935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241531(s) Flops=357304320 => 1479.33110035565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212976.681051724 Mflops = 212.976681051724 Gflops = 0.212976681051724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065071 s
InvBiCGStab: k = 90 resid = 1.149824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380266(s) Flops=593528832 => 1560.82540116655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224723.441067788 Mflops = 224.723441067788 Gflops = 0.224723441067788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00114887 Relative Rsd = 5.03655825022922e-07
BICGSTAB_SOLVER_TIME: 0.732051 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041192 s
InvBiCGStab: k = 55 resid = 1.795851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202635(s) Flops=363866112 => 1795.67257383966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258526.110330652 Mflops = 258.526110330652 Gflops = 0.258526110330652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 70 resid = 8.377809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25743(s) Flops=462292992 => 1795.80076914113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258545.261656623 Mflops = 258.545261656623 Gflops = 0.258545261656623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001040978 Relative Rsd = 4.56356613127441e-07
BICGSTAB_SOLVER_TIME: 0.561397 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103646
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 66 resid = 1.688643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243039(s) Flops=436045824 => 1794.13931097478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258308.373970901 Mflops = 258.308373970901 Gflops = 0.258308373970901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 93 resid = 1.018082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340189(s) Flops=613214208 => 1802.56918360088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.528930015 Mflops = 259.529528930015 Gflops = 0.259529528930015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001197339 Relative Rsd = 5.24904334635193e-07
BICGSTAB_SOLVER_TIME: 0.684584 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041189 s
InvBiCGStab: k = 54 resid = 1.944851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198323(s) Flops=357304320 => 1801.62825290057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259365.155732243 Mflops = 259.365155732243 Gflops = 0.259365155732243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 77 resid = 1.109489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281563(s) Flops=508225536 => 1805.01534647663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.43540972 Mflops = 259.86843540972 Gflops = 0.25986843540972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001095786 Relative Rsd = 4.80384214080413e-07
BICGSTAB_SOLVER_TIME: 0.581132 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107964000000001
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905302(s) Flops=1430028288 => 1579.6146346744 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227461.661677808 Mflops = 227.461661677808 Gflops = 0.227461661677808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158232000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.975838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959868(s) Flops=1394067456 => 1452.35329857855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209098.816940805 Mflops = 209.098816940805 Gflops = 0.209098816940805 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 8.552592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.072495(s) Flops=1715595264 => 1599.63008125912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230343.034325858 Mflops = 230.343034325858 Gflops = 0.230343034325858 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.002124838 Relative Rsd = 9.34760867025513e-07
BICGSTAB_SOLVER_TIME: 2.035738 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.11569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337506999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.1806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.74248(s) Flops=1289078784 => 1736.17980821032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249927.654197961 Mflops = 249.927654197961 Gflops = 0.249927654197961 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 8.843971e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728809(s) Flops=1302202368 => 1786.75396160036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257285.431590077 Mflops = 257.285431590077 Gflops = 0.257285431590077 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.00185571 Relative Rsd = 8.15209762373578e-07
BICGSTAB_SOLVER_TIME: 1.474736 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.117114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281373999999997
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89426(s) Flops=1430028288 => 1599.11914655693 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230273.202621408 Mflops = 230.273202621408 Gflops = 0.230273202621408 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159740000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040683 s
InvBiCGStab: k = 26 resid = 1.90332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096788(s) Flops=173574144 => 1793.34363764103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258133.842971196 Mflops = 258.133842971196 Gflops = 0.258133842971196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05641 s
InvBiCGStab: k = 49 resid = 9.80917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206135(s) Flops=324495360 => 1574.18856574575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226625.442815854 Mflops = 226.625442815854 Gflops = 0.226625442815854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007452363 Relative Rsd = 3.26705831882433e-07
BICGSTAB_SOLVER_TIME: 0.40402 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047112 s
InvBiCGStab: k = 76 resid = 1.928066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338654(s) Flops=501663744 => 1481.34598734992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213284.177906139 Mflops = 213.284177906139 Gflops = 0.213284177906139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080464 s
InvBiCGStab: k = 107 resid = 8.824438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483123(s) Flops=705079296 => 1459.41984960352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210126.463157211 Mflops = 210.126463157211 Gflops = 0.210126463157211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001229143 Relative Rsd = 5.388466419989e-07
BICGSTAB_SOLVER_TIME: 0.953378 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042156 s
InvBiCGStab: k = 59 resid = 1.559271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276463(s) Flops=390113280 => 1411.08676387075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203155.195892349 Mflops = 203.155195892349 Gflops = 0.203155195892349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071296 s
InvBiCGStab: k = 79 resid = 5.4883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292984(s) Flops=521349120 => 1779.44570351965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256197.455397033 Mflops = 256.197455397033 Gflops = 0.256197455397033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001046294 Relative Rsd = 4.58687356919237e-07
BICGSTAB_SOLVER_TIME: 0.686607 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05331 s
InvBiCGStab: k = 72 resid = 2.048257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367465(s) Flops=475416576 => 1293.77376348768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186284.777677536 Mflops = 186.284777677536 Gflops = 0.186284777677536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057386 s
InvBiCGStab: k = 92 resid = 1.059947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396059(s) Flops=606652416 => 1531.72233429868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220532.766524103 Mflops = 220.532766524103 Gflops = 0.220532766524103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001205194 Relative Rsd = 5.28347602982319e-07
BICGSTAB_SOLVER_TIME: 0.877937 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041691 s
InvBiCGStab: k = 60 resid = 1.380456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220003(s) Flops=396675072 => 1803.04392212833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.432395067 Mflops = 259.587432395067 Gflops = 0.259587432395067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 85 resid = 1.119121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372237(s) Flops=560719872 => 1506.35179200348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216882.944283756 Mflops = 216.882944283756 Gflops = 0.216882944283756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001144561 Relative Rsd = 5.01766487941482e-07
BICGSTAB_SOLVER_TIME: 0.693935 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117988000000001
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890094(s) Flops=1423687680 => 1599.4801447937 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230327.08716675 Mflops = 230.32708716675 Gflops = 0.23032708716675 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157401000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041175 s
InvBiCGStab: k = 30 resid = 1.816131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111699(s) Flops=199821312 => 1788.9265973733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257503.755735543 Mflops = 257.503755735543 Gflops = 0.257503755735543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 57 resid = 7.79373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211809(s) Flops=376989696 => 1779.85683327904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256233.344332315 Mflops = 256.233344332315 Gflops = 0.256233344332315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007831703 Relative Rsd = 3.43335825867423e-07
BICGSTAB_SOLVER_TIME: 0.425281 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765050000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043419 s
InvBiCGStab: k = 73 resid = 2.160376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270265(s) Flops=481978368 => 1783.35473701737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256751.656995955 Mflops = 256.751656995955 Gflops = 0.256751656995955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 106 resid = 6.507138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389684(s) Flops=698517504 => 1792.52292626846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258080.832612324 Mflops = 258.080832612324 Gflops = 0.258080832612324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.00124572 Relative Rsd = 5.46114108244094e-07
BICGSTAB_SOLVER_TIME: 0.763807 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 48 resid = 2.212682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17752(s) Flops=317933568 => 1790.97323118522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257808.964784212 Mflops = 257.808964784212 Gflops = 0.257808964784212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 78 resid = 1.076156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286788(s) Flops=514787328 => 1795.01000041843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.986736742 Mflops = 258.427986736742 Gflops = 0.258427986736742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001080255 Relative Rsd = 4.73575557677525e-07
BICGSTAB_SOLVER_TIME: 0.565792 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 65 resid = 1.948615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238833(s) Flops=429484032 => 1798.26084335079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258901.563243916 Mflops = 258.901563243916 Gflops = 0.258901563243916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 88 resid = 1.010359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321226(s) Flops=580405248 => 1806.84392919627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260140.658683953 Mflops = 260.140658683953 Gflops = 0.260140658683953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001184847 Relative Rsd = 5.19427757842318e-07
BICGSTAB_SOLVER_TIME: 0.660954 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123571000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041824 s
InvBiCGStab: k = 67 resid = 1.211907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245944(s) Flops=442607616 => 1799.62762254822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259093.463134211 Mflops = 259.093463134212 Gflops = 0.259093463134211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 89 resid = 1.073148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327546(s) Flops=586967040 => 1792.01406825301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258002.458614482 Mflops = 258.002458614482 Gflops = 0.258002458614482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001181739 Relative Rsd = 5.18065312063655e-07
BICGSTAB_SOLVER_TIME: 0.67577 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125897000000001
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891764(s) Flops=1417125888 => 1589.1265940316 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228833.893112747 Mflops = 228.833893112747 Gflops = 0.228833893112747 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156661000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047957 s
InvBiCGStab: k = 30 resid = 2.120681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136472(s) Flops=199821312 => 1464.19274283369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210789.160636607 Mflops = 210.789160636607 Gflops = 0.210789160636607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061164 s
InvBiCGStab: k = 50 resid = 1.135676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217234(s) Flops=331057152 => 1523.96564073764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219403.064679014 Mflops = 219.403064679014 Gflops = 0.219403064679014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007412678 Relative Rsd = 3.24966054561046e-07
BICGSTAB_SOLVER_TIME: 0.467977 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050606 s
InvBiCGStab: k = 48 resid = 2.238795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215111(s) Flops=317933568 => 1477.99772210626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212801.506510422 Mflops = 212.801506510422 Gflops = 0.212801506510422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07186 s
InvBiCGStab: k = 82 resid = 5.495709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374313(s) Flops=541034496 => 1445.40664096625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208109.051044696 Mflops = 208.109051044696 Gflops = 0.208109051044696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001118463 Relative Rsd = 4.90325434234214e-07
BICGSTAB_SOLVER_TIME: 0.715511 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042319 s
InvBiCGStab: k = 71 resid = 1.33415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263703(s) Flops=468854784 => 1777.9653018737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255972.618473999 Mflops = 255.972618473999 Gflops = 0.255972618473999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 81 resid = 1.136199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297639(s) Flops=534472704 => 1795.7079011823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258536.015457933 Mflops = 258.536015457933 Gflops = 0.258536015457933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001075006 Relative Rsd = 4.71274210378407e-07
BICGSTAB_SOLVER_TIME: 0.663764 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123028000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 62 resid = 1.143819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22875(s) Flops=409798656 => 1791.46953442623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257915.84881974 Mflops = 257.91584881974 Gflops = 0.25791584881974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 85 resid = 1.075902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312563(s) Flops=560719872 => 1793.94193170657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258287.061000573 Mflops = 258.287061000573 Gflops = 0.258287061000573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001129495 Relative Rsd = 4.95162024884429e-07
BICGSTAB_SOLVER_TIME: 0.642707 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 59 resid = 2.098401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217035(s) Flops=390113280 => 1797.46713663695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258766.504918792 Mflops = 258.766504918792 Gflops = 0.258766504918792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057654 s
InvBiCGStab: k = 82 resid = 6.067427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300958(s) Flops=541034496 => 1797.70764026874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258817.387884255 Mflops = 258.817387884255 Gflops = 0.258817387884255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001073964 Relative Rsd = 4.70817646101514e-07
BICGSTAB_SOLVER_TIME: 0.620196 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115174
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871834(s) Flops=1397809152 => 1603.29736165371 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230868.501588259 Mflops = 230.868501588259 Gflops = 0.230868501588259 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154722000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 29 resid = 2.069338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107537(s) Flops=193259520 => 1797.14442470963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.105656464 Mflops = 258.665105656464 Gflops = 0.258665105656464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 58 resid = 7.030835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22007(s) Flops=383551488 => 1742.86130776571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250885.964452064 Mflops = 250.885964452064 Gflops = 0.250885964452064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007773346 Relative Rsd = 3.40777463399689e-07
BICGSTAB_SOLVER_TIME: 0.429757 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042782 s
InvBiCGStab: k = 57 resid = 2.205197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211433(s) Flops=376989696 => 1783.02202589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256697.423993978 Mflops = 256.697423993978 Gflops = 0.256697423993978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056982 s
InvBiCGStab: k = 87 resid = 9.55005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31996(s) Flops=573843456 => 1793.4849856232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258214.184600757 Mflops = 258.214184600757 Gflops = 0.258214184600757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001149719 Relative Rsd = 5.04028078525677e-07
BICGSTAB_SOLVER_TIME: 0.634926 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041295 s
InvBiCGStab: k = 57 resid = 1.708671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231101(s) Flops=376989696 => 1631.2767837439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234865.492154275 Mflops = 234.865492154275 Gflops = 0.234865492154275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061481 s
InvBiCGStab: k = 70 resid = 1.136331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319582(s) Flops=462292992 => 1446.55516268125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208263.983351734 Mflops = 208.263983351734 Gflops = 0.208263983351734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001004452 Relative Rsd = 4.4034399652425e-07
BICGSTAB_SOLVER_TIME: 0.657169 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060283 s
InvBiCGStab: k = 61 resid = 2.276937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27165(s) Flops=403236864 => 1484.39854224186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213713.950097963 Mflops = 213.713950097963 Gflops = 0.213713950097963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067586 s
InvBiCGStab: k = 87 resid = 1.051055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374411(s) Flops=573843456 => 1532.65650848933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220663.062466305 Mflops = 220.663062466305 Gflops = 0.220663062466305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001123383 Relative Rsd = 4.92482606026713e-07
BICGSTAB_SOLVER_TIME: 0.7776 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056999 s
InvBiCGStab: k = 64 resid = 2.146201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302521(s) Flops=422922240 => 1397.99299883314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201281.47639565 Mflops = 201.28147639565 Gflops = 0.20128147639565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 87 resid = 8.427698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319754(s) Flops=573843456 => 1794.64042983043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258384.384063396 Mflops = 258.384384063396 Gflops = 0.258384384063396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001089166 Relative Rsd = 4.77481871819894e-07
BICGSTAB_SOLVER_TIME: 0.739493 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122195000000001
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854001(s) Flops=1360134144 => 1592.66106714161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229417.049861808 Mflops = 229.417049861808 Gflops = 0.229417049861808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150396000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.92116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817659(s) Flops=1472808960 => 1801.2508392863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259345.798738348 Mflops = 259.345798738348 Gflops = 0.259345798738349 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.012908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.89916(s) Flops=1630291968 => 1813.12777258775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261086.25548024 Mflops = 261.08625548024 Gflops = 0.26108625548024 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.002132546 Relative Rsd = 9.38203844072746e-07
BICGSTAB_SOLVER_TIME: 1.720133 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.118595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336735999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.452295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734718(s) Flops=1328449536 => 1808.10805778544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260293.355244815 Mflops = 260.293355244815 Gflops = 0.260293355244815 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 9.248261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770351(s) Flops=1394067456 => 1809.6522961611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260583.003260228 Mflops = 260.583003260228 Gflops = 0.260583003260228 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.001960265 Relative Rsd = 8.61198947326292e-07
BICGSTAB_SOLVER_TIME: 1.5084 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.126093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295713999999997
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008106(s) Flops=1360134144 => 1349.19754867048 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194282.54311631 Mflops = 194.28254311631 Gflops = 0.19428254311631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150387000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.493321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041365 s
InvBiCGStab: k = 31 resid = 1.298179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115976(s) Flops=206383104 => 1779.53286886942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256160.703067341 Mflops = 256.160703067341 Gflops = 0.256160703067341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058216 s
InvBiCGStab: k = 51 resid = 1.149457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18857(s) Flops=337618944 => 1790.41705467466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257735.913100087 Mflops = 257.735913100087 Gflops = 0.257735913100087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007559406 Relative Rsd = 3.31398527721706e-07
BICGSTAB_SOLVER_TIME: 0.407758 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041962 s
InvBiCGStab: k = 87 resid = 2.115651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319168(s) Flops=573843456 => 1797.93543212352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258857.515122058 Mflops = 258.857515122058 Gflops = 0.258857515122058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 110 resid = 1.065116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403502(s) Flops=724764672 => 1796.18607094884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258612.4192136 Mflops = 258.6124192136 Gflops = 0.2586124192136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001293743 Relative Rsd = 5.67166743309673e-07
BICGSTAB_SOLVER_TIME: 0.824591 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155072999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 58 resid = 2.203416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213032(s) Flops=383551488 => 1800.44072252056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.265493545 Mflops = 259.207265493545 Gflops = 0.259207265493545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 75 resid = 4.437651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275286(s) Flops=495101952 => 1798.50029423945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258927.183454219 Mflops = 258.927183454219 Gflops = 0.258927183454219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001023499 Relative Rsd = 4.4869408047632e-07
BICGSTAB_SOLVER_TIME: 0.589288 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 68 resid = 2.152692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249483(s) Flops=449169408 => 1800.40086098051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259196.708336814 Mflops = 259.196708336814 Gflops = 0.259196708336814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 98 resid = 3.972371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359255(s) Flops=646023168 => 1798.23013736761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258899.848549714 Mflops = 258.899848549714 Gflops = 0.258899848549714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001149945 Relative Rsd = 5.0412713858173e-07
BICGSTAB_SOLVER_TIME: 0.709953 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041482 s
InvBiCGStab: k = 65 resid = 1.989726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23835(s) Flops=429484032 => 1801.90489616111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.351299647 Mflops = 259.421351299647 Gflops = 0.259421351299647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 78 resid = 1.093961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288449(s) Flops=514787328 => 1784.6736442144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256947.222110701 Mflops = 256.947222110701 Gflops = 0.256947222110701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001100881 Relative Rsd = 4.82617939239259e-07
BICGSTAB_SOLVER_TIME: 0.628424 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116565000000001
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.862788(s) Flops=1353940992 => 1569.26266012045 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225997.998964367 Mflops = 225.997998964367 Gflops = 0.225997998964367 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149622000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050465 s
InvBiCGStab: k = 29 resid = 2.057487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129534(s) Flops=193259520 => 1491.95979433971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214779.572141152 Mflops = 214.779572141152 Gflops = 0.214779572141152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070446 s
InvBiCGStab: k = 59 resid = 1.072563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241446(s) Flops=390113280 => 1615.7371834696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232608.571500417 Mflops = 232.608571500417 Gflops = 0.232608571500417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007521937 Relative Rsd = 3.29755922140002e-07
BICGSTAB_SOLVER_TIME: 0.495449 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0773200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0459 s
InvBiCGStab: k = 75 resid = 1.804475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337481(s) Flops=495101952 => 1467.05133622337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211240.405481834 Mflops = 211.240405481834 Gflops = 0.211240405481834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088189 s
InvBiCGStab: k = 108 resid = 1.070259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449106(s) Flops=711641088 => 1584.57265767992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228148.264655808 Mflops = 228.148264655808 Gflops = 0.228148264655808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001273514 Relative Rsd = 5.58298801352055e-07
BICGSTAB_SOLVER_TIME: 0.924322 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 56 resid = 2.05041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207293(s) Flops=370427904 => 1786.97738949217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257262.545010427 Mflops = 257.262545010427 Gflops = 0.257262545010427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 85 resid = 5.571548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311856(s) Flops=560719872 => 1798.00892719717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258861.769761538 Mflops = 258.861769761538 Gflops = 0.258861769761538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001051308 Relative Rsd = 4.60885204067055e-07
BICGSTAB_SOLVER_TIME: 0.620455 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115137000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 67 resid = 2.151501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246729(s) Flops=442607616 => 1793.90187614751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258273.616169423 Mflops = 258.273616169423 Gflops = 0.258273616169423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058918 s
InvBiCGStab: k = 89 resid = 9.959639e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35339(s) Flops=586967040 => 1660.96109114576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239139.796990099 Mflops = 239.139796990099 Gflops = 0.239139796990099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001143003 Relative Rsd = 5.01083631913668e-07
BICGSTAB_SOLVER_TIME: 0.703799 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 57 resid = 2.173498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211417(s) Flops=376989696 => 1783.15696467172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256724.226424684 Mflops = 256.724226424684 Gflops = 0.256724226424684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056941 s
InvBiCGStab: k = 96 resid = 5.853105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353384(s) Flops=632899584 => 1790.96841962285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257858.250757319 Mflops = 257.858250757319 Gflops = 0.257858250757319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00110837 Relative Rsd = 4.85900955872832e-07
BICGSTAB_SOLVER_TIME: 0.666849 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123751000000001
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854361(s) Flops=1366401024 => 1599.32513773452 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230293.411968756 Mflops = 230.293411968756 Gflops = 0.230293411968756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151267000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 33 resid = 2.152932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121775(s) Flops=219506688 => 1802.5595401355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259457.308174234 Mflops = 259.457308174234 Gflops = 0.259457308174234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 49 resid = 1.142913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181538(s) Flops=324495360 => 1787.47898511606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257314.65581426 Mflops = 257.31465581426 Gflops = 0.25731465581426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007403414 Relative Rsd = 3.24559964470365e-07
BICGSTAB_SOLVER_TIME: 0.404231 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 52 resid = 1.506941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190826(s) Flops=344180736 => 1803.63648559421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259662.03399288 Mflops = 259.66203399288 Gflops = 0.25966203399288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057167 s
InvBiCGStab: k = 73 resid = 1.147574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266917(s) Flops=481978368 => 1805.72375682328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259966.980568603 Mflops = 259.966980568603 Gflops = 0.259966980568603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001059665 Relative Rsd = 4.64548997144837e-07
BICGSTAB_SOLVER_TIME: 0.559573 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 60 resid = 1.715036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270069(s) Flops=396675072 => 1468.79157548626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211465.999253518 Mflops = 211.465999253518 Gflops = 0.211465999253518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063218 s
InvBiCGStab: k = 72 resid = 1.091917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344319(s) Flops=475416576 => 1380.74453050805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198793.754055927 Mflops = 198.793754055927 Gflops = 0.198793754055927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0009856275 Relative Rsd = 4.32091492596483e-07
BICGSTAB_SOLVER_TIME: 0.723515 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046705 s
InvBiCGStab: k = 61 resid = 2.038253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260506(s) Flops=403236864 => 1547.8985666357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222874.127751498 Mflops = 222.874127751498 Gflops = 0.222874127751498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07063 s
InvBiCGStab: k = 84 resid = 1.085558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360419(s) Flops=554158080 => 1537.53847605148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221378.088256218 Mflops = 221.378088256218 Gflops = 0.221378088256218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001094106 Relative Rsd = 4.79647617589424e-07
BICGSTAB_SOLVER_TIME: 0.741928 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048424 s
InvBiCGStab: k = 56 resid = 1.892302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245526(s) Flops=370427904 => 1508.71151731385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217211.950967761 Mflops = 217.211950967761 Gflops = 0.217211950967761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 79 resid = 9.545769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29086(s) Flops=521349120 => 1792.44007426253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258063.318008632 Mflops = 258.063318008632 Gflops = 0.258063318008632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00103907 Relative Rsd = 4.5552008897558e-07
BICGSTAB_SOLVER_TIME: 0.644609 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110781
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859692(s) Flops=1372815360 => 1596.86883209335 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229948.5361638 Mflops = 229.9485361638 Gflops = 0.2299485361638 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041183 s
InvBiCGStab: k = 26 resid = 1.876074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096282(s) Flops=173574144 => 1802.76836791924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259469.534942519 Mflops = 259.469534942519 Gflops = 0.259469534942519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 49 resid = 9.899927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180187(s) Flops=324495360 => 1800.88108465095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.074511716 Mflops = 259.239074511716 Gflops = 0.259239074511716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007451048 Relative Rsd = 3.26648187197574e-07
BICGSTAB_SOLVER_TIME: 0.37776 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 55 resid = 1.869192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202291(s) Flops=363866112 => 1798.72615192965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.000301176 Mflops = 258.958000301176 Gflops = 0.258958000301176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 77 resid = 8.355118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292647(s) Flops=508225536 => 1736.65042183928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250031.702331749 Mflops = 250.031702331749 Gflops = 0.250031702331749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001093623 Relative Rsd = 4.79435922013686e-07
BICGSTAB_SOLVER_TIME: 0.596366 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040639 s
InvBiCGStab: k = 49 resid = 2.147475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18453(s) Flops=324495360 => 1758.49650463339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253142.264142516 Mflops = 253.142264142516 Gflops = 0.253142264142516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056534 s
InvBiCGStab: k = 78 resid = 1.085358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287934(s) Flops=514787328 => 1787.86571922732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257400.429327167 Mflops = 257.400429327167 Gflops = 0.257400429327167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001018126 Relative Rsd = 4.46338686500561e-07
BICGSTAB_SOLVER_TIME: 0.573354 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105106
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041492 s
InvBiCGStab: k = 62 resid = 1.920481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228677(s) Flops=409798656 => 1792.04142086874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257996.277152476 Mflops = 257.996277152476 Gflops = 0.257996277152476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 84 resid = 1.07337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307861(s) Flops=554158080 => 1800.02689525468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.400304477 Mflops = 259.154400304477 Gflops = 0.259154400304477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001161691 Relative Rsd = 5.09276322144529e-07
BICGSTAB_SOLVER_TIME: 0.638331 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118545
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 54 resid = 1.873446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198572(s) Flops=357304320 => 1799.36909534073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259036.24319514 Mflops = 259.03624319514 Gflops = 0.25903624319514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 71 resid = 7.770371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260469(s) Flops=468854784 => 1800.04063439411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.915623089 Mflops = 259.150915623089 Gflops = 0.259150915623089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001069415 Relative Rsd = 4.68823073659136e-07
BICGSTAB_SOLVER_TIME: 0.560726 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104154
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001074(s) Flops=1373184000 => 1371.71078261947 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197781.01498715 Mflops = 197.78101498715 Gflops = 0.19778101498715 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151669000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.950748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.755533(s) Flops=1295640576 => 1714.86960331316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246936.412222164 Mflops = 246.936412222164 Gflops = 0.246936412222164 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 7.86739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901624(s) Flops=1617168384 => 1793.61727726857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258275.180702173 Mflops = 258.275180702173 Gflops = 0.258275180702173 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.006573313 Relative Rsd = 2.89211954083555e-06
BICGSTAB_SOLVER_TIME: 1.660523 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316285999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.924336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708491(s) Flops=1282516992 => 1810.20929270802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260686.334330246 Mflops = 260.686334330246 Gflops = 0.260686334330247 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 7.724151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769849(s) Flops=1394067456 => 1810.8323268589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260753.217360974 Mflops = 260.753217360974 Gflops = 0.260753217360974 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001934904 Relative Rsd = 8.50115032063033e-07
BICGSTAB_SOLVER_TIME: 1.481752 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290810999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 293 resid = 2.175612e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.085789(s) Flops=1925572608 => 1773.43167779375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255390.758349302 Mflops = 255.390758349302 Gflops = 0.255390758349302 Tflops
InvBiCGStab: k = 354 resid = 1.069513e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.368491(s) Flops=2325841920 => 1699.56683675669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244734.171998329 Mflops = 244.734171998329 Gflops = 0.244734171998329 Tflops
BICGSTAB_SOLVER: 647 iterations. Rsd = 0.006581859 Relative Rsd = 2.89587931510819e-06
BICGSTAB_SOLVER_TIME: 2.460428 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.461494000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 289 resid = 2.163741e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.321658(s) Flops=1899325440 => 1437.0778522129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206901.156145292 Mflops = 206.901156145292 Gflops = 0.206901156145292 Tflops
InvBiCGStab: k = 291 resid = 1.034629e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.19033(s) Flops=1912449024 => 1606.65447732982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231355.743669369 Mflops = 231.355743669369 Gflops = 0.231355743669369 Tflops
BICGSTAB_SOLVER: 580 iterations. Rsd = 0.001889913 Relative Rsd = 8.30347573542681e-07
BICGSTAB_SOLVER_TIME: 2.516814 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413965000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 246 resid = 2.053582e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905063(s) Flops=1617168384 => 1786.8020060482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257238.313457147 Mflops = 257.238313457147 Gflops = 0.257238313457147 Tflops
InvBiCGStab: k = 248 resid = 1.050366e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908144(s) Flops=1630291968 => 1795.19103578287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258503.727657034 Mflops = 258.503727657034 Gflops = 0.258503727657034 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.001818007 Relative Rsd = 7.97000414349488e-07
BICGSTAB_SOLVER_TIME: 1.818151 sec
2Flav::invert,  n_count = 494
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352642000000001
MInvCG2: 330 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.326158(s) Flops=2130757632 => 1606.71475947813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231371.312541421 Mflops = 231.371312541421 Gflops = 0.231371312541421 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.236629000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.124365589564832
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 469.31793 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.054032 secs
Doing Update: 2708 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 297 resid = 1.320781e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.142744(s) Flops=1951819776 => 1708.01139712832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245960.595875657 Mflops = 245.960595875657 Gflops = 0.245960595875657 Tflops
InvBiCGStab: k = 292 resid = 1.12246e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.105259(s) Flops=1919010816 => 1736.2544127666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250016.537021047 Mflops = 250.016537021047 Gflops = 0.250016537021047 Tflops
BICGSTAB_SOLVER: 589 iterations. Rsd = 0.004109144 Relative Rsd = 1.80807358355712e-06
BICGSTAB_SOLVER_TIME: 2.25276 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.423635999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 210 resid = 2.137471e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793027(s) Flops=1380943872 => 1741.35795124252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250774.960254333 Mflops = 250.774960254333 Gflops = 0.250774960254333 Tflops
InvBiCGStab: k = 269 resid = 6.979833e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.195949(s) Flops=1768089600 => 1478.39882804367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212887.724301718 Mflops = 212.887724301718 Gflops = 0.212887724301718 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.001926658 Relative Rsd = 8.46125090115416e-07
BICGSTAB_SOLVER_TIME: 1.994617 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344819999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00038
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 347 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.608556(s) Flops=2234492928 => 1389.12970888175 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200173.648949244 Mflops = 200.173648949244 Gflops = 0.200173648949244 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248152000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 307 resid = 1.983889e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.155685(s) Flops=2017437696 => 1745.6639966773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251351.822880006 Mflops = 251.351822880006 Gflops = 0.251351822880006 Tflops
InvBiCGStab: k = 376 resid = 9.68326e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.419139(s) Flops=2470201344 => 1740.63382374806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250648.595562025 Mflops = 250.648595562025 Gflops = 0.250648595562025 Tflops
BICGSTAB_SOLVER: 683 iterations. Rsd = 0.002588663 Relative Rsd = 1.13904323059796e-06
BICGSTAB_SOLVER_TIME: 2.579692 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.487194
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 263 resid = 1.720507e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985995(s) Flops=1728718848 => 1753.2734425631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252443.648437251 Mflops = 252.443648437251 Gflops = 0.252443648437251 Tflops
InvBiCGStab: k = 276 resid = 1.111997e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018784(s) Flops=1814022144 => 1780.57580802211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256399.148282437 Mflops = 256.399148282437 Gflops = 0.256399148282437 Tflops
BICGSTAB_SOLVER: 539 iterations. Rsd = 0.002307202 Relative Rsd = 1.01324758927831e-06
BICGSTAB_SOLVER_TIME: 2.009556 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.386710999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 239 resid = 2.065804e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890668(s) Flops=1571235840 => 1764.10945492597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253972.785669077 Mflops = 253.972785669077 Gflops = 0.253972785669077 Tflops
InvBiCGStab: k = 276 resid = 1.146582e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.007625(s) Flops=1814022144 => 1800.2948954224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259237.349803202 Mflops = 259.237349803202 Gflops = 0.259237349803202 Tflops
BICGSTAB_SOLVER: 515 iterations. Rsd = 0.00185427 Relative Rsd = 8.12972154999271e-07
BICGSTAB_SOLVER_TIME: 1.902972 sec
2Flav::invert,  n_count = 515
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367166000000004
MInvCG2: 330 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.571261(s) Flops=2131200000 => 1356.36281941702 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195415.213494789 Mflops = 195.415213494789 Gflops = 0.195415213494789 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.236510000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.163814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835144(s) Flops=1426876416 => 1708.53938482465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245984.188680166 Mflops = 245.984188680166 Gflops = 0.245984188680166 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 2.787405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.998174(s) Flops=1787774976 => 1791.04542494595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257907.950222191 Mflops = 257.907950222191 Gflops = 0.257907950222191 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002539801 Relative Rsd = 1.11754342299625e-06
BICGSTAB_SOLVER_TIME: 1.836716 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348713999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.032511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.696415(s) Flops=1262831616 => 1813.33201611108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261025.155207691 Mflops = 261.025155207691 Gflops = 0.261025155207691 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.062555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.919225(s) Flops=1669662720 => 1816.38088607251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261554.91543442 Mflops = 261.55491543442 Gflops = 0.26155491543442 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002396788 Relative Rsd = 1.05259084236381e-06
BICGSTAB_SOLVER_TIME: 1.618979 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318150999999999
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872396(s) Flops=1398398976 => 1602.9406095397 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230832.266629108 Mflops = 230.832266629108 Gflops = 0.230832266629108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154907000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.2e-05 s
InvBiCGStab: k = 165 resid = 1.742585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.612689(s) Flops=1085663232 => 1771.96462152903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254934.952983436 Mflops = 254.934952983436 Gflops = 0.254934952983436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3.9e-05 s
InvBiCGStab: k = 188 resid = 1.137593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82075(s) Flops=1236584448 => 1506.65177947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216953.06156184 Mflops = 216.95306156184 Gflops = 0.21695306156184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 353 iterations. Rsd = 0.001830173 Relative Rsd = 8.02407382824539e-07
BICGSTAB_SOLVER_TIME: 1.437919 sec
2Flav::invert,  n_count = 353
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253369999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000104 s
InvBiCGStab: k = 132 resid = 1.516299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.583023(s) Flops=869124096 => 1490.7200847994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214703.285579082 Mflops = 214.703285579082 Gflops = 0.214703285579082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000112 s
InvBiCGStab: k = 149 resid = 9.88854e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.69262(s) Flops=980674560 => 1415.89119574947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203885.047160522 Mflops = 203.885047160522 Gflops = 0.203885047160522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 281 iterations. Rsd = 0.001602071 Relative Rsd = 7.02399762819942e-07
BICGSTAB_SOLVER_TIME: 1.279492 sec
2Flav::invert,  n_count = 281
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202043999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004909 s
InvBiCGStab: k = 94 resid = 2.256935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344806(s) Flops=619776000 => 1797.46292117887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258799.769839053 Mflops = 258.799769839053 Gflops = 0.258799769839053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007155 s
InvBiCGStab: k = 114 resid = 1.058239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417991(s) Flops=751011840 => 1796.71772837214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258692.720568015 Mflops = 258.692720568015 Gflops = 0.258692720568015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001428636 Relative Rsd = 6.26360291170325e-07
BICGSTAB_SOLVER_TIME: 0.778449 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152101999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007685 s
InvBiCGStab: k = 81 resid = 2.156621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298471(s) Flops=534472704 => 1790.70229268505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257820.363488389 Mflops = 257.820363488389 Gflops = 0.257820363488389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011177 s
InvBiCGStab: k = 107 resid = 8.544652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391984(s) Flops=705079296 => 1798.74509163639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258975.01411897 Mflops = 258.97501411897 Gflops = 0.25897501411897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001287798 Relative Rsd = 5.64612653489754e-07
BICGSTAB_SOLVER_TIME: 0.712927 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138959
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010256 s
InvBiCGStab: k = 81 resid = 1.998392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296347(s) Flops=534472704 => 1803.53674577438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259671.686072087 Mflops = 259.671686072087 Gflops = 0.259671686072087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015154 s
InvBiCGStab: k = 103 resid = 1.028265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391826(s) Flops=678832128 => 1732.48362283258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249443.6754899 Mflops = 249.4436754899 Gflops = 0.2494436754899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001295824 Relative Rsd = 5.68131215825963e-07
BICGSTAB_SOLVER_TIME: 0.717277 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136918
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.869173(s) Flops=1385791488 => 1594.37935600853 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229602.018702473 Mflops = 229.602018702473 Gflops = 0.229602018702473 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153676000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013546 s
InvBiCGStab: k = 29 resid = 2.237307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106971(s) Flops=193259520 => 1806.65339204083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260049.064379142 Mflops = 260.049064379142 Gflops = 0.260049064379142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019704 s
InvBiCGStab: k = 50 resid = 8.644017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182721(s) Flops=331057152 => 1811.81775493786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260809.573056084 Mflops = 260.809573056084 Gflops = 0.260809573056084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007459335 Relative Rsd = 3.27041480489486e-07
BICGSTAB_SOLVER_TIME: 0.326551 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0631440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.01688 s
InvBiCGStab: k = 90 resid = 1.276989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329737(s) Flops=593528832 => 1800.00676903108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.52981406 Mflops = 259.17852981406 Gflops = 0.25917852981406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023954 s
InvBiCGStab: k = 100 resid = 1.121702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382458(s) Flops=659146752 => 1723.44872378143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248135.958762351 Mflops = 248.135958762351 Gflops = 0.248135958762351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001333869 Relative Rsd = 5.84811631836727e-07
BICGSTAB_SOLVER_TIME: 0.756677 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143624
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.027871 s
InvBiCGStab: k = 50 resid = 2.07165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209227(s) Flops=331057152 => 1582.28695149288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227801.777852342 Mflops = 227.801777852342 Gflops = 0.227801777852342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.032117 s
InvBiCGStab: k = 89 resid = 7.932972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379556(s) Flops=586967040 => 1546.45701820021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222663.583048007 Mflops = 222.663583048007 Gflops = 0.222663583048007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001118714 Relative Rsd = 4.90480454239276e-07
BICGSTAB_SOLVER_TIME: 0.652988 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108052
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.03323 s
InvBiCGStab: k = 83 resid = 1.843756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352892(s) Flops=547596288 => 1551.73902497081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223421.331511684 Mflops = 223.421331511684 Gflops = 0.223421331511684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.036211 s
InvBiCGStab: k = 102 resid = 7.033428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447739(s) Flops=672270336 => 1501.47817366814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216182.61972264 Mflops = 216.18261972264 Gflops = 0.21618261972264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001269821 Relative Rsd = 5.56730659409744e-07
BICGSTAB_SOLVER_TIME: 0.873744 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14203
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.029102 s
InvBiCGStab: k = 64 resid = 1.71903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236362(s) Flops=422922240 => 1789.29878745314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257609.760736445 Mflops = 257.609760736445 Gflops = 0.257609760736445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039866 s
InvBiCGStab: k = 87 resid = 1.001974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320821(s) Flops=573843456 => 1788.67173906945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257514.628252683 Mflops = 257.514628252683 Gflops = 0.257514628252683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001139289 Relative Rsd = 4.99501462739625e-07
BICGSTAB_SOLVER_TIME: 0.629884 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118768
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859129(s) Flops=1373110272 => 1598.2585525573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230149.689505 Mflops = 230.149689505 Gflops = 0.230149689505 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152154000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032174 s
InvBiCGStab: k = 30 resid = 1.456264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110794(s) Flops=199821312 => 1803.53910861599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259588.773718245 Mflops = 259.588773718245 Gflops = 0.259588773718245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04457 s
InvBiCGStab: k = 51 resid = 8.401247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187049(s) Flops=337618944 => 1804.97593678662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.900664171 Mflops = 259.855900664171 Gflops = 0.259855900664171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007372921 Relative Rsd = 3.23252787582403e-07
BICGSTAB_SOLVER_TIME: 0.378285 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036202 s
InvBiCGStab: k = 58 resid = 1.913138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21235(s) Flops=383551488 => 1806.22315987756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260037.245321216 Mflops = 260.037245321216 Gflops = 0.260037245321216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050363 s
InvBiCGStab: k = 88 resid = 9.101757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321931(s) Flops=580405248 => 1802.88710313701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259565.781743621 Mflops = 259.565781743621 Gflops = 0.259565781743621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001091543 Relative Rsd = 4.78567810904288e-07
BICGSTAB_SOLVER_TIME: 0.624486 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040741 s
InvBiCGStab: k = 59 resid = 2.169892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223376(s) Flops=390113280 => 1746.44223193181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251438.661983572 Mflops = 251.438661983572 Gflops = 0.251438661983572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059787 s
InvBiCGStab: k = 71 resid = 1.150009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29139(s) Flops=468854784 => 1609.02839493462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231652.130110494 Mflops = 231.652130110494 Gflops = 0.231652130110494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001028881 Relative Rsd = 4.51094676921999e-07
BICGSTAB_SOLVER_TIME: 0.619054 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 63 resid = 2.214739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232698(s) Flops=416360448 => 1789.27385710234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257602.475275835 Mflops = 257.602475275835 Gflops = 0.257602475275835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057079 s
InvBiCGStab: k = 80 resid = 9.766942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294033(s) Flops=527910912 => 1795.41382089765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258501.719351902 Mflops = 258.501719351902 Gflops = 0.258501719351902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001110485 Relative Rsd = 4.86872571449779e-07
BICGSTAB_SOLVER_TIME: 0.62867 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 62 resid = 1.931681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226714(s) Flops=409798656 => 1807.55778646224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260233.121307096 Mflops = 260.233121307096 Gflops = 0.260233121307096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 77 resid = 1.029218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331575(s) Flops=508225536 => 1532.7619271658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220673.326121229 Mflops = 220.673326121229 Gflops = 0.220673326121229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001024939 Relative Rsd = 4.49366657912546e-07
BICGSTAB_SOLVER_TIME: 0.661348 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113371
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002448(s) Flops=1354088448 => 1350.7817343144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194533.626580402 Mflops = 194.533626580402 Gflops = 0.194533626580402 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149657000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.529143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 29 resid = 2.058802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107825(s) Flops=193259520 => 1792.34426153489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257984.738868949 Mflops = 257.984738868949 Gflops = 0.257984738868949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056722 s
InvBiCGStab: k = 49 resid = 1.052319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180289(s) Flops=324495360 => 1799.8622212115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259095.779929463 Mflops = 259.095779929463 Gflops = 0.259095779929463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007232786 Relative Rsd = 3.17108841922744e-07
BICGSTAB_SOLVER_TIME: 0.389977 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700460000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04409 s
InvBiCGStab: k = 62 resid = 1.900178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245473(s) Flops=409798656 => 1669.424564005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240341.600995795 Mflops = 240.341600995795 Gflops = 0.240341600995795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 92 resid = 9.732885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340962(s) Flops=606652416 => 1779.23761592201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256167.313983329 Mflops = 256.167313983329 Gflops = 0.256167313983329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001125297 Relative Rsd = 4.93366780886978e-07
BICGSTAB_SOLVER_TIME: 0.690867 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041636 s
InvBiCGStab: k = 55 resid = 2.113951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203383(s) Flops=363866112 => 1789.06846688268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257577.540266054 Mflops = 257.577540266054 Gflops = 0.257577540266054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057278 s
InvBiCGStab: k = 67 resid = 1.017951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246807(s) Flops=442607616 => 1793.33493782591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258180.691597707 Mflops = 258.180691597707 Gflops = 0.258180691597707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001026826 Relative Rsd = 4.50193918430777e-07
BICGSTAB_SOLVER_TIME: 0.552684 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041087 s
InvBiCGStab: k = 67 resid = 1.72775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245798(s) Flops=442607616 => 1800.69657198187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259246.347759705 Mflops = 259.246347759705 Gflops = 0.259246347759705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057849 s
InvBiCGStab: k = 88 resid = 8.949234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321795(s) Flops=580405248 => 1803.64905607607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259680.374472521 Mflops = 259.680374472521 Gflops = 0.259680374472521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001128668 Relative Rsd = 4.94844702627223e-07
BICGSTAB_SOLVER_TIME: 0.670219 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124943
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 48 resid = 2.221276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176536(s) Flops=317933568 => 1800.95599764354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259275.245640706 Mflops = 259.275245640706 Gflops = 0.259275245640706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 71 resid = 1.013029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260879(s) Flops=468854784 => 1797.2116728445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258741.032134934 Mflops = 258.741032134934 Gflops = 0.258741032134934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.00105204 Relative Rsd = 4.61248626051862e-07
BICGSTAB_SOLVER_TIME: 0.538443 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991720000000003
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834774(s) Flops=1335214080 => 1599.4916947581 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230323.435711319 Mflops = 230.323435711319 Gflops = 0.230323435711319 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 9.161188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964608(s) Flops=1426876416 => 1479.22929936306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212960.761829849 Mflops = 212.960761829849 Gflops = 0.212960761829849 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 275 resid = 1.14924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.206342(s) Flops=1807460352 => 1498.2984526776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215751.929319422 Mflops = 215.751929319422 Gflops = 0.215751929319422 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002185874 Relative Rsd = 9.61769409991245e-07
BICGSTAB_SOLVER_TIME: 2.174301 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352238
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.164769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669992(s) Flops=1210337280 => 1806.49512232982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260128.638950826 Mflops = 260.128638950826 Gflops = 0.260128638950826 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.11863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8085(s) Flops=1459685376 => 1805.4240890538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259976.073583497 Mflops = 259.976073583497 Gflops = 0.259976073583497 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.00217403 Relative Rsd = 9.54721282616105e-07
BICGSTAB_SOLVER_TIME: 1.481855 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289693999999997
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.83641(s) Flops=1335214080 => 1596.3631233486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229898.515582817 Mflops = 229.898515582817 Gflops = 0.229898515582817 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147658000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041029 s
InvBiCGStab: k = 35 resid = 1.618824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12987(s) Flops=232630272 => 1791.25488565489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257847.361311261 Mflops = 257.847361311261 Gflops = 0.257847361311261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057332 s
InvBiCGStab: k = 45 resid = 9.601614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165574(s) Flops=298248192 => 1801.2984647348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.160073281 Mflops = 259.298160073281 Gflops = 0.259298160073281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007335139 Relative Rsd = 3.21596301495969e-07
BICGSTAB_SOLVER_TIME: 0.397413 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 83 resid = 2.17608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304035(s) Flops=547596288 => 1801.0962158962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.071638558 Mflops = 259.320071638558 Gflops = 0.259320071638558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05683 s
InvBiCGStab: k = 113 resid = 1.082895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412642(s) Flops=744450048 => 1804.10633915113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.932412896 Mflops = 259.762932412896 Gflops = 0.259762932412896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001339307 Relative Rsd = 5.87195620255132e-07
BICGSTAB_SOLVER_TIME: 0.818138 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154290999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041588 s
InvBiCGStab: k = 62 resid = 2.077833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227398(s) Flops=409798656 => 1802.1207574385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259447.71648427 Mflops = 259.44771648427 Gflops = 0.25944771648427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 80 resid = 5.134987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312649(s) Flops=527910912 => 1688.50983690976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243094.288607595 Mflops = 243.094288607595 Gflops = 0.243094288607595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001044448 Relative Rsd = 4.57920086599993e-07
BICGSTAB_SOLVER_TIME: 0.642882 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059868 s
InvBiCGStab: k = 64 resid = 1.640559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276215(s) Flops=422922240 => 1531.1342251507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220445.535434701 Mflops = 220.445535434701 Gflops = 0.220445535434701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066277 s
InvBiCGStab: k = 81 resid = 1.119499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38978(s) Flops=534472704 => 1371.21633742111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197425.494009489 Mflops = 197.425494009489 Gflops = 0.197425494009489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001141812 Relative Rsd = 5.00607607233152e-07
BICGSTAB_SOLVER_TIME: 0.796018 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061244 s
InvBiCGStab: k = 54 resid = 2.231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24141(s) Flops=357304320 => 1480.07257362992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213091.710139211 Mflops = 213.091710139211 Gflops = 0.213091710139211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058378 s
InvBiCGStab: k = 86 resid = 8.176269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414759(s) Flops=567281664 => 1367.73804546737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196932.002087002 Mflops = 196.932002087002 Gflops = 0.196932002087002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001123932 Relative Rsd = 4.9276848697072e-07
BICGSTAB_SOLVER_TIME: 0.779506 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113902
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849379(s) Flops=1335066624 => 1571.8149659928 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226355.82729874 Mflops = 226.35582729874 Gflops = 0.22635582729874 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147716000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 30 resid = 2.234241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111362(s) Flops=199821312 => 1794.34018785582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.93341128 Mflops = 258.25993341128 Gflops = 0.25825993341128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 58 resid = 4.231724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212484(s) Flops=383551488 => 1805.08409103744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.250756536 Mflops = 259.864250756536 Gflops = 0.259864250756536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007657598 Relative Rsd = 3.35733968362639e-07
BICGSTAB_SOLVER_TIME: 0.424938 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 78 resid = 1.867359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285697(s) Flops=514787328 => 1801.86466081198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.858184371 Mflops = 259.430858184371 Gflops = 0.259430858184371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057654 s
InvBiCGStab: k = 101 resid = 1.043033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369413(s) Flops=665708544 => 1802.0712427554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.165617368 Mflops = 259.461165617368 Gflops = 0.259461165617368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.00126066 Relative Rsd = 5.52714250387033e-07
BICGSTAB_SOLVER_TIME: 0.757638 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 57 resid = 2.195311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208562(s) Flops=376989696 => 1807.56655574841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260227.328124333 Mflops = 260.227328124333 Gflops = 0.260227328124333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 76 resid = 6.596782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278086(s) Flops=501663744 => 1803.98777356645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259719.27926929 Mflops = 259.71927926929 Gflops = 0.25971927926929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001052326 Relative Rsd = 4.61373980928021e-07
BICGSTAB_SOLVER_TIME: 0.588528 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 62 resid = 2.250718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227639(s) Flops=409798656 => 1800.21286334943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259177.038139182 Mflops = 259.177038139182 Gflops = 0.259177038139182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 89 resid = 8.328755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325197(s) Flops=586967040 => 1804.95834832425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.795674501 Mflops = 259.869795674501 Gflops = 0.259869795674501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001147041 Relative Rsd = 5.02900029426873e-07
BICGSTAB_SOLVER_TIME: 0.654008 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044404 s
InvBiCGStab: k = 57 resid = 1.960702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22004(s) Flops=376989696 => 1713.27802217779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246637.341760697 Mflops = 246.637341760697 Gflops = 0.246637341760697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062088 s
InvBiCGStab: k = 81 resid = 8.457839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297037(s) Flops=534472704 => 1799.34723283631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259045.263726577 Mflops = 259.045263726577 Gflops = 0.259045263726577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001102885 Relative Rsd = 4.83540714381073e-07
BICGSTAB_SOLVER_TIME: 0.627245 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112595
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.010672(s) Flops=1335214080 => 1321.11513923409 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190277.329849405 Mflops = 190.277329849405 Gflops = 0.190277329849405 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147562000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.497091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 32 resid = 1.660761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118477(s) Flops=212944896 => 1797.35219494079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258718.857798167 Mflops = 258.718857798167 Gflops = 0.258718857798167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056398 s
InvBiCGStab: k = 43 resid = 8.926063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159382(s) Flops=285124608 => 1788.93857524689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257517.650800749 Mflops = 257.517650800749 Gflops = 0.257517650800749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007438071 Relative Rsd = 3.26109179118188e-07
BICGSTAB_SOLVER_TIME: 0.378974 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043103 s
InvBiCGStab: k = 63 resid = 6.4045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233952(s) Flops=416360448 => 1779.68321707017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256230.095329441 Mflops = 256.230095329441 Gflops = 0.256230095329441 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056793 s
InvBiCGStab: k = 84 resid = 1.12552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308775(s) Flops=554158080 => 1794.69866407578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258389.449368788 Mflops = 258.389449368788 Gflops = 0.258389449368788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001154974 Relative Rsd = 5.06378065797418e-07
BICGSTAB_SOLVER_TIME: 0.646366 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041786 s
InvBiCGStab: k = 62 resid = 2.028174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226615(s) Flops=409798656 => 1808.34744390265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260349.623147318 Mflops = 260.349623147318 Gflops = 0.260349623147318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 75 resid = 5.691502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274687(s) Flops=495101952 => 1802.42221874352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259492.708947876 Mflops = 259.492708947876 Gflops = 0.259492708947876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001073941 Relative Rsd = 4.70850778941437e-07
BICGSTAB_SOLVER_TIME: 0.602906 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112008
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 59 resid = 2.183595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216481(s) Flops=390113280 => 1802.06706362221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259449.335076077 Mflops = 259.449335076077 Gflops = 0.259449335076077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 91 resid = 4.199483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333394(s) Flops=600090624 => 1799.94428214065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.874310569 Mflops = 259.141874310569 Gflops = 0.259141874310569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001138765 Relative Rsd = 4.99271679493507e-07
BICGSTAB_SOLVER_TIME: 0.650958 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040647 s
InvBiCGStab: k = 59 resid = 1.71446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215665(s) Flops=390113280 => 1808.88544733731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260417.829309614 Mflops = 260.417829309614 Gflops = 0.260417829309614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 74 resid = 1.110672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270394(s) Flops=488540160 => 1806.77145202926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260124.990569762 Mflops = 260.124990569762 Gflops = 0.260124990569762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001079105 Relative Rsd = 4.73114822751141e-07
BICGSTAB_SOLVER_TIME: 0.587092 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109091
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848526(s) Flops=1335066624 => 1573.39506862489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226606.1447512 Mflops = 226.6061447512 Gflops = 0.2266061447512 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147738000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049601 s
InvBiCGStab: k = 26 resid = 2.028779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112629(s) Flops=173574144 => 1541.11413579096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221863.385219397 Mflops = 221.863385219397 Gflops = 0.221863385219397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064043 s
InvBiCGStab: k = 53 resid = 1.098746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261178(s) Flops=350742528 => 1342.92523872608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193343.125873187 Mflops = 193.343125873187 Gflops = 0.193343125873187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007328269 Relative Rsd = 3.2129511292748e-07
BICGSTAB_SOLVER_TIME: 0.491326 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056895 s
InvBiCGStab: k = 63 resid = 1.378315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278115(s) Flops=416360448 => 1497.08015748881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215540.216708041 Mflops = 215.540216708041 Gflops = 0.215540216708041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060098 s
InvBiCGStab: k = 86 resid = 9.943186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371989(s) Flops=567281664 => 1524.99580363936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219567.03442807 Mflops = 219.56703442807 Gflops = 0.21956703442807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001156383 Relative Rsd = 5.06995806052362e-07
BICGSTAB_SOLVER_TIME: 0.770831 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055521 s
InvBiCGStab: k = 57 resid = 1.967356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227394(s) Flops=376989696 => 1657.87002295575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238679.584728291 Mflops = 238.679584728291 Gflops = 0.238679584728291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 80 resid = 1.023881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293132(s) Flops=527910912 => 1800.93238540999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259283.919139311 Mflops = 259.283919139311 Gflops = 0.259283919139311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001064333 Relative Rsd = 4.66638222203304e-07
BICGSTAB_SOLVER_TIME: 0.63592 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 61 resid = 2.161541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224658(s) Flops=403236864 => 1794.89207595545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258420.436775695 Mflops = 258.420436775695 Gflops = 0.258420436775695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 95 resid = 1.020509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348863(s) Flops=626337792 => 1795.36893279024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258489.184100602 Mflops = 258.489184100602 Gflops = 0.258489184100602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001106332 Relative Rsd = 4.85051761249423e-07
BICGSTAB_SOLVER_TIME: 0.674783 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041554 s
InvBiCGStab: k = 74 resid = 2.027872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271917(s) Flops=488540160 => 1796.65177241585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258671.51963944 Mflops = 258.67151963944 Gflops = 0.25867151963944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056257 s
InvBiCGStab: k = 80 resid = 8.91949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292745(s) Flops=527910912 => 1803.31316333328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259627.750997535 Mflops = 259.627750997535 Gflops = 0.259627750997535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00106419 Relative Rsd = 4.66575595805484e-07
BICGSTAB_SOLVER_TIME: 0.66639 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124018
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836591(s) Flops=1334992896 => 1595.75335618002 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229790.897186851 Mflops = 229.790897186851 Gflops = 0.229790897186851 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147708000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 9.817685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858723(s) Flops=1558112256 => 1814.45268846881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261261.888695941 Mflops = 261.261888695941 Gflops = 0.261261888695941 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 9.980998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743825(s) Flops=1348134912 => 1812.43560246026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260982.871257824 Mflops = 260.982871257824 Gflops = 0.260982871257824 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002061274 Relative Rsd = 9.06942829259287e-07
BICGSTAB_SOLVER_TIME: 1.605918 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.130037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315151999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.238085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.89438(s) Flops=1308764160 => 1463.32002057291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210675.648442117 Mflops = 210.675648442117 Gflops = 0.210675648442117 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 9.585065e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868232(s) Flops=1295640576 => 1492.27461784408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214884.040501998 Mflops = 214.884040501998 Gflops = 0.214884040501998 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.001965066 Relative Rsd = 8.62914743407914e-07
BICGSTAB_SOLVER_TIME: 1.765883 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.129377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282474999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836834(s) Flops=1334992896 => 1595.28998104762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229717.058400166 Mflops = 229.717058400166 Gflops = 0.229717058400166 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 31 resid = 2.237753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113873(s) Flops=206383104 => 1812.3971793138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260885.694091921 Mflops = 260.885694091921 Gflops = 0.260885694091921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 47 resid = 9.397378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172055(s) Flops=311371776 => 1809.72233297492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260518.251758849 Mflops = 260.518251758849 Gflops = 0.260518251758849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007540603 Relative Rsd = 3.30604549931562e-07
BICGSTAB_SOLVER_TIME: 0.387228 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04069 s
InvBiCGStab: k = 71 resid = 2.152001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2595(s) Flops=468854784 => 1806.7621734104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260124.669974516 Mflops = 260.124669974516 Gflops = 0.260124669974516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 105 resid = 1.032798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383914(s) Flops=691955712 => 1802.37165615216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.731498379 Mflops = 259.503731498379 Gflops = 0.259503731498379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001279626 Relative Rsd = 5.61029525225883e-07
BICGSTAB_SOLVER_TIME: 0.74427 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139905
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 62 resid = 1.282485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227349(s) Flops=409798656 => 1802.50916432445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.06532196 Mflops = 259.49006532196 Gflops = 0.25949006532196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 67 resid = 1.127725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245453(s) Flops=442607616 => 1803.22756698838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259602.87547953 Mflops = 259.60287547953 Gflops = 0.25960287547953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001004023 Relative Rsd = 4.40196407694817e-07
BICGSTAB_SOLVER_TIME: 0.573955 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 62 resid = 1.80928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236959(s) Flops=409798656 => 1729.40743335345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248986.109604035 Mflops = 248.986109604035 Gflops = 0.248986109604035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 89 resid = 7.063485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326407(s) Flops=586967040 => 1798.26731657103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258911.90690972 Mflops = 258.91190690972 Gflops = 0.25891190690972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001154535 Relative Rsd = 5.06185644020904e-07
BICGSTAB_SOLVER_TIME: 0.664042 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122015
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 62 resid = 1.712045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227136(s) Flops=409798656 => 1804.19949281488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.685392932 Mflops = 259.752685392932 Gflops = 0.259752685392932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 80 resid = 1.106169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292004(s) Flops=527910912 => 1807.8893165847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260288.298259695 Mflops = 260.288298259695 Gflops = 0.260288298259695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001111018 Relative Rsd = 4.87106591037395e-07
BICGSTAB_SOLVER_TIME: 0.62041 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115532
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982524(s) Flops=1328873472 => 1352.50993563516 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194766.92662708 Mflops = 194.76692662708 Gflops = 0.19476692662708 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146762000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 29 resid = 2.189331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107856(s) Flops=193259520 => 1791.82910547397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257913.194122339 Mflops = 257.913194122339 Gflops = 0.257913194122339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057034 s
InvBiCGStab: k = 53 resid = 9.514188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195518(s) Flops=350742528 => 1793.91425853374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258238.820089571 Mflops = 258.238820089571 Gflops = 0.258238820089571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007325044 Relative Rsd = 3.21153705889859e-07
BICGSTAB_SOLVER_TIME: 0.404995 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 75 resid = 2.277173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276165(s) Flops=495101952 => 1792.7758839824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258113.59274198 Mflops = 258.11359274198 Gflops = 0.25811359274198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056581 s
InvBiCGStab: k = 106 resid = 9.518966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388921(s) Flops=698517504 => 1796.03956587585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258597.140084681 Mflops = 258.597140084681 Gflops = 0.258597140084681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001264493 Relative Rsd = 5.54394648834819e-07
BICGSTAB_SOLVER_TIME: 0.766489 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 61 resid = 2.187871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223622(s) Flops=403236864 => 1803.20748405792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.30026334 Mflops = 259.62030026334 Gflops = 0.25962030026334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 72 resid = 1.068534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263843(s) Flops=475416576 => 1801.89194331477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.154691538 Mflops = 259.423154691538 Gflops = 0.259423154691538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001018383 Relative Rsd = 4.46492121564679e-07
BICGSTAB_SOLVER_TIME: 0.588413 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109047
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 70 resid = 1.973189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256641(s) Flops=462292992 => 1801.32165943867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259346.970938581 Mflops = 259.346970938581 Gflops = 0.259346970938581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 87 resid = 9.570231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3183(s) Flops=573843456 => 1802.83837888784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.541413314 Mflops = 259.568541413314 Gflops = 0.259568541413314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001192848 Relative Rsd = 5.22983503667678e-07
BICGSTAB_SOLVER_TIME: 0.675742 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040492 s
InvBiCGStab: k = 59 resid = 2.257683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215735(s) Flops=390113280 => 1808.29851438107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260342.064451575 Mflops = 260.342064451575 Gflops = 0.260342064451575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 82 resid = 1.019054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299996(s) Flops=541034496 => 1803.47236629822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.009379844 Mflops = 259.642009379844 Gflops = 0.259642009379844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001109382 Relative Rsd = 4.86388913955285e-07
BICGSTAB_SOLVER_TIME: 0.616005 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114702
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840317(s) Flops=1328799744 => 1581.30770173637 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227704.413929731 Mflops = 227.704413929731 Gflops = 0.227704413929731 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147059000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061064 s
InvBiCGStab: k = 24 resid = 2.00343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103576(s) Flops=160450560 => 1549.10944620375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222964.771666646 Mflops = 222.964771666646 Gflops = 0.222964771666646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068271 s
InvBiCGStab: k = 49 resid = 9.898258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220698(s) Flops=324495360 => 1470.31400375173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211690.773183872 Mflops = 211.690773183872 Gflops = 0.211690773183872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007466519 Relative Rsd = 3.27356449927912e-07
BICGSTAB_SOLVER_TIME: 0.457755 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051166 s
InvBiCGStab: k = 50 resid = 2.242414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230046(s) Flops=331057152 => 1439.09110351843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207192.911927043 Mflops = 207.192911927043 Gflops = 0.207192911927043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063431 s
InvBiCGStab: k = 83 resid = 1.111283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34334(s) Flops=547596288 => 1594.90967554028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229623.921179886 Mflops = 229.623921179886 Gflops = 0.229623921179886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001045594 Relative Rsd = 4.58422322748771e-07
BICGSTAB_SOLVER_TIME: 0.69167 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041696 s
InvBiCGStab: k = 60 resid = 2.084319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220905(s) Flops=396675072 => 1795.6817274394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258535.199418725 Mflops = 258.535199418725 Gflops = 0.258535199418725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 76 resid = 1.079777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278087(s) Flops=501663744 => 1803.98128643194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.458300414 Mflops = 259.716458300414 Gflops = 0.259716458300414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001027652 Relative Rsd = 4.50556100108798e-07
BICGSTAB_SOLVER_TIME: 0.600691 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 72 resid = 1.962922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267645(s) Flops=475416576 => 1776.29537633806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255740.191577965 Mflops = 255.740191577965 Gflops = 0.255740191577965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060366 s
InvBiCGStab: k = 85 resid = 1.011046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314848(s) Flops=560719872 => 1780.92245146865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256404.434357867 Mflops = 256.404434357867 Gflops = 0.256404434357867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001081602 Relative Rsd = 4.74209534226647e-07
BICGSTAB_SOLVER_TIME: 0.687971 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041674 s
InvBiCGStab: k = 52 resid = 2.178186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192761(s) Flops=344180736 => 1785.53097358906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257052.821389231 Mflops = 257.052821389231 Gflops = 0.257052821389231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057146 s
InvBiCGStab: k = 79 resid = 1.107606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292163(s) Flops=521349120 => 1784.44607975685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256920.321839816 Mflops = 256.920321839816 Gflops = 0.256920321839816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001080429 Relative Rsd = 4.73695354657258e-07
BICGSTAB_SOLVER_TIME: 0.587483 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10769
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830705(s) Flops=1328578560 => 1599.33858589993 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230300.241808329 Mflops = 230.300241808329 Gflops = 0.230300241808329 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147010000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 29 resid = 2.000829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108555(s) Flops=193259520 => 1780.29128091751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256252.277315815 Mflops = 256.252277315815 Gflops = 0.256252277315815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 43 resid = 1.042512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171327(s) Flops=285124608 => 1664.21292615875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239566.812843569 Mflops = 239.566812843569 Gflops = 0.239566812843569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007432242 Relative Rsd = 3.25853646061394e-07
BICGSTAB_SOLVER_TIME: 0.380934 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0654920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 62 resid = 1.748336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226876(s) Flops=409798656 => 1806.26710626069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.321371941 Mflops = 260.054321371941 Gflops = 0.260054321371941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056546 s
InvBiCGStab: k = 90 resid = 1.035883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329057(s) Flops=593528832 => 1803.72650331098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.486952881 Mflops = 259.688486952881 Gflops = 0.259688486952881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001130701 Relative Rsd = 4.95735967630267e-07
BICGSTAB_SOLVER_TIME: 0.657203 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040503 s
InvBiCGStab: k = 51 resid = 2.269994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18737(s) Flops=337618944 => 1801.88367401398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259408.842255034 Mflops = 259.408842255034 Gflops = 0.259408842255034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056442 s
InvBiCGStab: k = 74 resid = 1.115184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28152(s) Flops=488540160 => 1735.36572890026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249832.399244846 Mflops = 249.832399244846 Gflops = 0.249832399244846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001061744 Relative Rsd = 4.65503086842652e-07
BICGSTAB_SOLVER_TIME: 0.569978 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103394
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043724 s
InvBiCGStab: k = 61 resid = 2.263203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254299(s) Flops=403236864 => 1585.68010098349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228304.741837571 Mflops = 228.304741837571 Gflops = 0.228304741837571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064812 s
InvBiCGStab: k = 85 resid = 8.706455e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361034(s) Flops=560719872 => 1553.09436784347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223609.468419904 Mflops = 223.609468419904 Gflops = 0.223609468419904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001096535 Relative Rsd = 4.80756672412452e-07
BICGSTAB_SOLVER_TIME: 0.727987 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044458 s
InvBiCGStab: k = 48 resid = 1.706764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19766(s) Flops=317933568 => 1608.48713953253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231450.393227486 Mflops = 231.450393227486 Gflops = 0.231450393227486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072978 s
InvBiCGStab: k = 80 resid = 9.266829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352718(s) Flops=527910912 => 1496.69399350189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215487.983264767 Mflops = 215.487983264767 Gflops = 0.215487983264767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001034429 Relative Rsd = 4.53527357747512e-07
BICGSTAB_SOLVER_TIME: 0.673189 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10555
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830529(s) Flops=1322532864 => 1592.39817513898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229307.659665699 Mflops = 229.307659665699 Gflops = 0.229307659665699 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146285000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.81458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819793(s) Flops=1485932544 => 1812.57042204557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260954.116425 Mflops = 260.954116425 Gflops = 0.260954116425 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.077776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839959(s) Flops=1518741504 => 1808.11385317617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260362.78094524 Mflops = 260.36278094524 Gflops = 0.26036278094524 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002204472 Relative Rsd = 9.6996878786163e-07
BICGSTAB_SOLVER_TIME: 1.663083 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.116144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325937999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.682241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.673526(s) Flops=1203775488 => 1787.27397012142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257273.292398605 Mflops = 257.273292398605 Gflops = 0.257273292398605 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 7.981882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.731702(s) Flops=1328449536 => 1815.56089227582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261432.267891334 Mflops = 261.432267891334 Gflops = 0.261432267891334 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002054927 Relative Rsd = 9.02337036085472e-07
BICGSTAB_SOLVER_TIME: 1.408633 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274627999999998
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905748(s) Flops=1322532864 => 1460.15543396176 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210341.300409453 Mflops = 210.341300409453 Gflops = 0.210341300409453 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146208000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.530262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 32 resid = 2.120232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119037(s) Flops=212944896 => 1788.89669598528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257487.427858817 Mflops = 257.487427858817 Gflops = 0.257487427858817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 47 resid = 1.06891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173581(s) Flops=311371776 => 1793.81254860843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.565374158 Mflops = 258.225565374158 Gflops = 0.258225565374158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007314843 Relative Rsd = 3.20706491140307e-07
BICGSTAB_SOLVER_TIME: 0.394022 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 84 resid = 2.111495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308755(s) Flops=554158080 => 1794.81491797704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258415.597873087 Mflops = 258.415597873087 Gflops = 0.258415597873087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 114 resid = 6.158077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41775(s) Flops=751011840 => 1797.75425493716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258842.142655545 Mflops = 258.842142655545 Gflops = 0.258842142655545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001305026 Relative Rsd = 5.72165795180885e-07
BICGSTAB_SOLVER_TIME: 0.82784 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155679999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041984 s
InvBiCGStab: k = 53 resid = 1.715895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196848(s) Flops=350742528 => 1781.7937088515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256516.142787395 Mflops = 256.516142787395 Gflops = 0.256516142787395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056523 s
InvBiCGStab: k = 66 resid = 1.089624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243149(s) Flops=436045824 => 1793.32764683383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258163.973941406 Mflops = 258.163973941406 Gflops = 0.258163973941406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009969805 Relative Rsd = 4.37108625144755e-07
BICGSTAB_SOLVER_TIME: 0.54224 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992740000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04141 s
InvBiCGStab: k = 61 resid = 1.928295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224604(s) Flops=403236864 => 1795.32360955281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258472.169287522 Mflops = 258.472169287522 Gflops = 0.258472169287522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 84 resid = 1.027923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3083(s) Flops=554158080 => 1797.46376905611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.045033775 Mflops = 258.793045033775 Gflops = 0.258793045033775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001157125 Relative Rsd = 5.07321034582851e-07
BICGSTAB_SOLVER_TIME: 0.63413 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 60 resid = 2.042585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219737(s) Flops=396675072 => 1805.22657540605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.391083559 Mflops = 259.893391083559 Gflops = 0.259893391083559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057164 s
InvBiCGStab: k = 82 resid = 9.800046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300579(s) Flops=541034496 => 1799.97436946693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.925245637 Mflops = 259.151925245637 Gflops = 0.259151925245637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001087427 Relative Rsd = 4.7676333358682e-07
BICGSTAB_SOLVER_TIME: 0.622455 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115507
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.825863(s) Flops=1322237952 => 1601.03788642911 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230617.525877301 Mflops = 230.617525877301 Gflops = 0.230617525877301 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146238000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 26 resid = 2.271637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096348(s) Flops=173574144 => 1801.53344127538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.721784714 Mflops = 259.309721784714 Gflops = 0.259309721784714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056418 s
InvBiCGStab: k = 50 resid = 1.105734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213987(s) Flops=331057152 => 1547.09001948717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222723.074292714 Mflops = 222.723074292714 Gflops = 0.222723074292714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007598541 Relative Rsd = 3.33144721542576e-07
BICGSTAB_SOLVER_TIME: 0.411153 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042342 s
InvBiCGStab: k = 80 resid = 2.068823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35871(s) Flops=527910912 => 1471.69276574392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211890.679020912 Mflops = 211.890679020912 Gflops = 0.211890679020912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06928 s
InvBiCGStab: k = 105 resid = 1.110018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465338(s) Flops=691955712 => 1486.99592984025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214096.386771859 Mflops = 214.096386771859 Gflops = 0.214096386771859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001266517 Relative Rsd = 5.55281983737919e-07
BICGSTAB_SOLVER_TIME: 0.939472 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146310999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063415 s
InvBiCGStab: k = 63 resid = 1.782815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312826(s) Flops=416360448 => 1330.96497094231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191627.808399663 Mflops = 191.627808399663 Gflops = 0.191627808399663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05675 s
InvBiCGStab: k = 93 resid = 9.16427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398209(s) Flops=613214208 => 1539.93055907827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221717.826766526 Mflops = 221.717826766526 Gflops = 0.221717826766526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001074935 Relative Rsd = 4.71286611713227e-07
BICGSTAB_SOLVER_TIME: 0.838447 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.150777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 72 resid = 1.833675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265094(s) Flops=475416576 => 1793.38866967943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258205.321617413 Mflops = 258.205321617413 Gflops = 0.258205321617413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 87 resid = 6.978116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319961(s) Flops=573843456 => 1793.47938029947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258213.327300216 Mflops = 258.213327300216 Gflops = 0.258213327300216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001169859 Relative Rsd = 5.12904022275728e-07
BICGSTAB_SOLVER_TIME: 0.686139 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 61 resid = 2.12806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224311(s) Flops=403236864 => 1797.66870104453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258819.213415634 Mflops = 258.819213415634 Gflops = 0.258819213415634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 81 resid = 8.53897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29847(s) Flops=534472704 => 1790.70829229068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257812.824648454 Mflops = 257.812824648454 Gflops = 0.257812824648454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00109267 Relative Rsd = 4.79062084772658e-07
BICGSTAB_SOLVER_TIME: 0.623481 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115578
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.825014(s) Flops=1316118528 => 1595.26811423806 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229722.072110063 Mflops = 229.722072110063 Gflops = 0.229722072110063 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147669000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 30 resid = 1.819347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113151(s) Flops=199821312 => 1765.97035819392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254182.420868375 Mflops = 254.182420868375 Gflops = 0.254182420868375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 49 resid = 1.134594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18003(s) Flops=324495360 => 1802.45159140143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.607759292 Mflops = 259.471607759292 Gflops = 0.259471607759292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007508057 Relative Rsd = 3.29177617410081e-07
BICGSTAB_SOLVER_TIME: 0.394243 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 57 resid = 2.012267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208526(s) Flops=376989696 => 1807.87861465717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260276.783930414 Mflops = 260.276783930414 Gflops = 0.260276783930414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 79 resid = 8.734359e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339536(s) Flops=521349120 => 1535.47523679374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221069.725804966 Mflops = 221.069725804966 Gflops = 0.221069725804966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001083926 Relative Rsd = 4.75228195716211e-07
BICGSTAB_SOLVER_TIME: 0.649211 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042166 s
InvBiCGStab: k = 58 resid = 2.100687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269783(s) Flops=383551488 => 1421.70369519206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204690.952517729 Mflops = 204.690952517729 Gflops = 0.204690952517729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060533 s
InvBiCGStab: k = 77 resid = 1.097101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327246(s) Flops=508225536 => 1553.0381914523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223595.550136931 Mflops = 223.595550136931 Gflops = 0.223595550136931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001049623 Relative Rsd = 4.60188979234304e-07
BICGSTAB_SOLVER_TIME: 0.703767 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05187 s
InvBiCGStab: k = 59 resid = 1.434189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242697(s) Flops=390113280 => 1607.40874423664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231421.34761443 Mflops = 231.42134761443 Gflops = 0.23142134761443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088042 s
InvBiCGStab: k = 90 resid = 7.120628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398122(s) Flops=593528832 => 1490.82148688091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214650.336638424 Mflops = 214.650336638424 Gflops = 0.214650336638424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001120081 Relative Rsd = 4.91079768960714e-07
BICGSTAB_SOLVER_TIME: 0.784389 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 59 resid = 1.987829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217013(s) Flops=390113280 => 1797.64935741177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258794.080203287 Mflops = 258.794080203287 Gflops = 0.258794080203287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056362 s
InvBiCGStab: k = 75 resid = 8.723572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275408(s) Flops=495101952 => 1797.70359611921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.594091121 Mflops = 258.812594091121 Gflops = 0.258812594091121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001070626 Relative Rsd = 4.69397254445005e-07
BICGSTAB_SOLVER_TIME: 0.593421 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109923
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.823233(s) Flops=1315823616 => 1598.36111526141 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230163.741697122 Mflops = 230.163741697122 Gflops = 0.230163741697122 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145681000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042757 s
InvBiCGStab: k = 25 resid = 2.070213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093727(s) Flops=167012352 => 1781.90224801818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256454.037717256 Mflops = 256.454037717256 Gflops = 0.256454037717256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 49 resid = 1.109504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180341(s) Flops=324495360 => 1799.3432441874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259020.407841394 Mflops = 259.020407841394 Gflops = 0.259020407841394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000732203 Relative Rsd = 3.21021562659251e-07
BICGSTAB_SOLVER_TIME: 0.376865 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670430000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 60 resid = 2.213581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220675(s) Flops=396675072 => 1797.55328877308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.999558088 Mflops = 258.795999558088 Gflops = 0.258795999558088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05601 s
InvBiCGStab: k = 82 resid = 1.019969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299917(s) Flops=541034496 => 1803.94741211735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.52005863 Mflops = 259.71852005863 Gflops = 0.25971852005863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001162481 Relative Rsd = 5.09669447940719e-07
BICGSTAB_SOLVER_TIME: 0.621131 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044849 s
InvBiCGStab: k = 64 resid = 1.371684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287199(s) Flops=422922240 => 1472.57560088998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212016.708209488 Mflops = 212.016708209488 Gflops = 0.212016708209488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069906 s
InvBiCGStab: k = 83 resid = 6.472103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350894(s) Flops=547596288 => 1560.57466927334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224684.177677853 Mflops = 224.684177677853 Gflops = 0.224684177677853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001103539 Relative Rsd = 4.83827152314705e-07
BICGSTAB_SOLVER_TIME: 0.75721 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048119 s
InvBiCGStab: k = 57 resid = 2.060346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264151(s) Flops=376989696 => 1427.17497189108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205484.197629867 Mflops = 205.484197629867 Gflops = 0.205484197629867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071442 s
InvBiCGStab: k = 80 resid = 9.66619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357163(s) Flops=527910912 => 1478.06719061045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212811.705641734 Mflops = 212.811705641734 Gflops = 0.212811705641734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001113418 Relative Rsd = 4.88158581816101e-07
BICGSTAB_SOLVER_TIME: 0.749105 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047388 s
InvBiCGStab: k = 65 resid = 2.018716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317638(s) Flops=429484032 => 1352.11792039995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194680.00496074 Mflops = 194.68000496074 Gflops = 0.19468000496074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069258 s
InvBiCGStab: k = 73 resid = 1.047439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268289(s) Flops=481978368 => 1796.48948708296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258629.436770339 Mflops = 258.629436770339 Gflops = 0.258629436770339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001072918 Relative Rsd = 4.70402084024373e-07
BICGSTAB_SOLVER_TIME: 0.706239 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112787
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.823504(s) Flops=1309483008 => 1590.13557675494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228975.485849021 Mflops = 228.975485849021 Gflops = 0.228975485849021 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144781000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.196212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684624(s) Flops=1243146240 => 1815.80873589007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261398.240312156 Mflops = 261.398240312156 Gflops = 0.261398240312156 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 3.958623e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8123(s) Flops=1472808960 => 1813.13426074111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261085.161941882 Mflops = 261.085161941882 Gflops = 0.261085161941882 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002051013 Relative Rsd = 9.02483314756894e-07
BICGSTAB_SOLVER_TIME: 1.50022 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294688999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 2.187298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733249(s) Flops=1111910400 => 1516.41584236733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218303.362500201 Mflops = 218.303362500201 Gflops = 0.218303362500201 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.143622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851354(s) Flops=1328449536 => 1560.3961877198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224692.710957954 Mflops = 224.692710957954 Gflops = 0.224692710957954 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.002131188 Relative Rsd = 9.35804304506951e-07
BICGSTAB_SOLVER_TIME: 1.588218 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.135918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264768999999998
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910775(s) Flops=1309483008 => 1437.76784386923 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207039.139482593 Mflops = 207.039139482593 Gflops = 0.207039139482593 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144793000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 29 resid = 1.915236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107527(s) Flops=193259520 => 1797.31155895729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258714.952318572 Mflops = 258.714952318572 Gflops = 0.258714952318572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 58 resid = 4.160713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212547(s) Flops=383551488 => 1804.54905503253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.263647265 Mflops = 259.794263647265 Gflops = 0.259794263647265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007688429 Relative Rsd = 3.37085693062452e-07
BICGSTAB_SOLVER_TIME: 0.421119 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 79 resid = 1.530676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288876(s) Flops=521349120 => 1804.75055040917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.187894774 Mflops = 259.837187894774 Gflops = 0.259837187894774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 108 resid = 9.952169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394314(s) Flops=711641088 => 1804.75734566868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259851.009827733 Mflops = 259.851009827733 Gflops = 0.259851009827733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001283884 Relative Rsd = 5.62896271659358e-07
BICGSTAB_SOLVER_TIME: 0.784494 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042921 s
InvBiCGStab: k = 58 resid = 1.485754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213001(s) Flops=383551488 => 1800.70275726405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259231.817251596 Mflops = 259.231817251596 Gflops = 0.259231817251596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 67 resid = 9.352086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244934(s) Flops=442607616 => 1807.04849469653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260152.796926328 Mflops = 260.152796926328 Gflops = 0.260152796926328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001003151 Relative Rsd = 4.39814116154741e-07
BICGSTAB_SOLVER_TIME: 0.561253 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 71 resid = 2.012129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259404(s) Flops=468854784 => 1807.43081833742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260231.791302685 Mflops = 260.231791302685 Gflops = 0.260231791302685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 88 resid = 1.132004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321724(s) Flops=580405248 => 1804.04709626885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259733.87189384 Mflops = 259.73387189384 Gflops = 0.25973387189384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001154453 Relative Rsd = 5.06149609598035e-07
BICGSTAB_SOLVER_TIME: 0.682671 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051768 s
InvBiCGStab: k = 71 resid = 2.269598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321874(s) Flops=468854784 => 1456.64074762174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209725.381204673 Mflops = 209.725381204673 Gflops = 0.209725381204673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071569 s
InvBiCGStab: k = 81 resid = 8.569592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370307(s) Flops=534472704 => 1443.32325340866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207804.827770241 Mflops = 207.804827770241 Gflops = 0.207804827770241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001113483 Relative Rsd = 4.88186909159858e-07
BICGSTAB_SOLVER_TIME: 0.819732 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122475
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978468(s) Flops=1303289856 => 1331.96983038791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191804.375790734 Mflops = 191.804375790734 Gflops = 0.191804375790734 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143990000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 27 resid = 2.248593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0999(s) Flops=180135936 => 1803.16252252252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.79726546 Mflops = 259.50879726546 Gflops = 0.25950879726546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 59 resid = 9.334824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216851(s) Flops=390113280 => 1798.99230347105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.920883467 Mflops = 258.985920883467 Gflops = 0.258985920883467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007630331 Relative Rsd = 3.34538477895693e-07
BICGSTAB_SOLVER_TIME: 0.418147 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 74 resid = 1.948467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271124(s) Flops=488540160 => 1801.90672902436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.845378604 Mflops = 259.430845378604 Gflops = 0.259430845378605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 98 resid = 1.03947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358381(s) Flops=646023168 => 1802.615562767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.695663569 Mflops = 259.529695663569 Gflops = 0.259529695663569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001225164 Relative Rsd = 5.37151718129372e-07
BICGSTAB_SOLVER_TIME: 0.730257 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137085
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040845 s
InvBiCGStab: k = 62 resid = 2.133141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227292(s) Flops=409798656 => 1802.96119529064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.383317992 Mflops = 259.569383317992 Gflops = 0.259569383317992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057097 s
InvBiCGStab: k = 80 resid = 7.673307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292343(s) Flops=527910912 => 1805.7928939636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.004839629 Mflops = 259.984004839629 Gflops = 0.259984004839629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001084342 Relative Rsd = 4.75410562561697e-07
BICGSTAB_SOLVER_TIME: 0.621254 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 68 resid = 1.498235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249148(s) Flops=449169408 => 1802.82164817699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.945248632 Mflops = 259.555945248632 Gflops = 0.259555945248632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 86 resid = 1.046316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314271(s) Flops=567281664 => 1805.07162289871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.970730856 Mflops = 259.877970730856 Gflops = 0.259877970730857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001163966 Relative Rsd = 5.10320364364028e-07
BICGSTAB_SOLVER_TIME: 0.664635 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04172 s
InvBiCGStab: k = 69 resid = 1.196525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328782(s) Flops=455731200 => 1386.11967808457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199567.946116535 Mflops = 199.567946116535 Gflops = 0.199567946116535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0588 s
InvBiCGStab: k = 77 resid = 1.088901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358896(s) Flops=508225536 => 1416.080246088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203884.622292722 Mflops = 203.884622292722 Gflops = 0.203884622292722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001099288 Relative Rsd = 4.81963570377289e-07
BICGSTAB_SOLVER_TIME: 0.792046 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118256
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940767(s) Flops=1297022976 => 1378.68672689412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198537.852625796 Mflops = 198.537852625796 Gflops = 0.198537852625796 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143373000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040706 s
InvBiCGStab: k = 32 resid = 1.771421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118744(s) Flops=212944896 => 1793.3107862292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258128.757085653 Mflops = 258.128757085653 Gflops = 0.258128757085653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056535 s
InvBiCGStab: k = 48 resid = 1.074532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17662(s) Flops=317933568 => 1800.09946778394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259140.015173081 Mflops = 259.140015173081 Gflops = 0.259140015173081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007303706 Relative Rsd = 3.20218214502372e-07
BICGSTAB_SOLVER_TIME: 0.396213 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 60 resid = 1.490957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221027(s) Flops=396675072 => 1794.69056721577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258377.909812484 Mflops = 258.377909812484 Gflops = 0.258377909812484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058666 s
InvBiCGStab: k = 82 resid = 8.369993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299961(s) Flops=541034496 => 1803.68279876384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259687.384957532 Mflops = 259.687384957532 Gflops = 0.259687384957532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001079304 Relative Rsd = 4.73202050553809e-07
BICGSTAB_SOLVER_TIME: 0.624632 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115608
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 58 resid = 2.003914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212612(s) Flops=383551488 => 1803.99736609411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.216121459 Mflops = 259.718216121459 Gflops = 0.259718216121459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 80 resid = 1.151873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292567(s) Flops=527910912 => 1804.41031285142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.891507336 Mflops = 259.779891507336 Gflops = 0.259779891507336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001073872 Relative Rsd = 4.70820461027578e-07
BICGSTAB_SOLVER_TIME: 0.60602 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040728 s
InvBiCGStab: k = 65 resid = 1.91544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238027(s) Flops=429484032 => 1804.35006112752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.317231054 Mflops = 259.764317231054 Gflops = 0.259764317231054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055774 s
InvBiCGStab: k = 83 resid = 1.110368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304384(s) Flops=547596288 => 1799.03111858705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259015.522655021 Mflops = 259.015522655021 Gflops = 0.259015522655021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00110117 Relative Rsd = 4.82788636164382e-07
BICGSTAB_SOLVER_TIME: 0.642632 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 59 resid = 1.936342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21568(s) Flops=390113280 => 1808.75964391691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260407.610212725 Mflops = 260.407610212725 Gflops = 0.260407610212725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 76 resid = 1.136131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283346(s) Flops=501663744 => 1770.49876829036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254897.178544708 Mflops = 254.897178544708 Gflops = 0.254897178544708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001051739 Relative Rsd = 4.61116635942031e-07
BICGSTAB_SOLVER_TIME: 0.600571 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110538
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97245(s) Flops=1290829824 => 1327.39968533087 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191171.786003944 Mflops = 191.171786003944 Gflops = 0.191171786003944 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142398000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 33 resid = 1.04284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122312(s) Flops=219506688 => 1794.64556216888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258333.668525051 Mflops = 258.333668525051 Gflops = 0.258333668525051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056889 s
InvBiCGStab: k = 49 resid = 1.138738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180578(s) Flops=324495360 => 1796.98169212196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258689.219263767 Mflops = 258.689219263767 Gflops = 0.258689219263767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007827806 Relative Rsd = 3.43196462553747e-07
BICGSTAB_SOLVER_TIME: 0.404839 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 63 resid = 2.004933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231583(s) Flops=416360448 => 1797.8886533122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258844.077778191 Mflops = 258.844077778191 Gflops = 0.258844077778191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 83 resid = 1.010618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304523(s) Flops=547596288 => 1798.20994801706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258895.721413946 Mflops = 258.895721413946 Gflops = 0.258895721413946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001094424 Relative Rsd = 4.79830955234568e-07
BICGSTAB_SOLVER_TIME: 0.636874 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040869 s
InvBiCGStab: k = 55 resid = 2.175494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20423(s) Flops=363866112 => 1781.64869020222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256498.688264517 Mflops = 256.498688264517 Gflops = 0.256498688264517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 74 resid = 1.141745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271557(s) Flops=488540160 => 1799.03357306201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259014.011885253 Mflops = 259.014011885253 Gflops = 0.259014011885253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001030404 Relative Rsd = 4.5176274287234e-07
BICGSTAB_SOLVER_TIME: 0.577194 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041605 s
InvBiCGStab: k = 64 resid = 1.83134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236261(s) Flops=422922240 => 1790.06370073774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257711.883691845 Mflops = 257.711883691846 Gflops = 0.257711883691846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057142 s
InvBiCGStab: k = 79 resid = 8.681388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291(s) Flops=521349120 => 1791.57773195876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257939.010970128 Mflops = 257.939010970128 Gflops = 0.257939010970128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001109067 Relative Rsd = 4.86250952135148e-07
BICGSTAB_SOLVER_TIME: 0.629685 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 58 resid = 1.722818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213204(s) Flops=383551488 => 1798.98823661845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.92209794 Mflops = 258.98692209794 Gflops = 0.25898692209794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 76 resid = 1.125011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279138(s) Flops=501663744 => 1797.1890032887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258741.757126704 Mflops = 258.741757126704 Gflops = 0.258741757126704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001075211 Relative Rsd = 4.71407577127109e-07
BICGSTAB_SOLVER_TIME: 0.593461 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109768
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933574(s) Flops=1278369792 => 1369.32882878058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197190.414974781 Mflops = 197.190414974781 Gflops = 0.197190414974781 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141017000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.574172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.44241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765118(s) Flops=1380943872 => 1804.8769889089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259875.358795099 Mflops = 259.875358795099 Gflops = 0.259875358795099 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.167089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856204(s) Flops=1551550464 => 1812.12709120724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260939.746606145 Mflops = 260.939746606145 Gflops = 0.260939746606145 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002112033 Relative Rsd = 9.29363309617822e-07
BICGSTAB_SOLVER_TIME: 1.624615 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318032999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.881352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667312(s) Flops=1210337280 => 1813.75020979692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261130.296818645 Mflops = 261.130296818645 Gflops = 0.261130296818645 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.09014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85526(s) Flops=1551550464 => 1814.12724083904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261230.498323345 Mflops = 261.230498323345 Gflops = 0.261230498323345 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002039406 Relative Rsd = 8.95491775476882e-07
BICGSTAB_SOLVER_TIME: 1.525801 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299558999999998
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.801993(s) Flops=1278369792 => 1593.99120939958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229536.551578958 Mflops = 229.536551578958 Gflops = 0.229536551578958 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141309000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.506214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051197 s
InvBiCGStab: k = 30 resid = 1.87671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143891(s) Flops=199821312 => 1388.69916812031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199899.658352752 Mflops = 199.899658352752 Gflops = 0.199899658352752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063066 s
InvBiCGStab: k = 46 resid = 9.790349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2054(s) Flops=304809984 => 1483.98239532619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213634.122354208 Mflops = 213.634122354208 Gflops = 0.213634122354208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007453708 Relative Rsd = 3.26794751877374e-07
BICGSTAB_SOLVER_TIME: 0.467129 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 84 resid = 2.271763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308054(s) Flops=554158080 => 1798.89915404442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259001.962163714 Mflops = 259.001962163714 Gflops = 0.259001962163714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 109 resid = 1.05374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398623(s) Flops=718202880 => 1801.70958524721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.424037465 Mflops = 259.407424037465 Gflops = 0.259407424037465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001359659 Relative Rsd = 5.96118886659454e-07
BICGSTAB_SOLVER_TIME: 0.80817 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152045999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 58 resid = 1.514144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213788(s) Flops=383551488 => 1794.07397983049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258287.974226788 Mflops = 258.287974226788 Gflops = 0.258287974226788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056714 s
InvBiCGStab: k = 74 resid = 8.682468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271053(s) Flops=488540160 => 1802.37872298038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259492.242307553 Mflops = 259.492242307553 Gflops = 0.259492242307553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001027703 Relative Rsd = 4.5057845574225e-07
BICGSTAB_SOLVER_TIME: 0.586807 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 72 resid = 1.887116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266453(s) Flops=475416576 => 1784.24178372921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256880.805574251 Mflops = 256.880805574251 Gflops = 0.256880805574251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 85 resid = 1.07947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310499(s) Flops=560719872 => 1805.86691744579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259995.223435904 Mflops = 259.995223435904 Gflops = 0.259995223435904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001162726 Relative Rsd = 5.09776836645701e-07
BICGSTAB_SOLVER_TIME: 0.677757 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041721 s
InvBiCGStab: k = 59 resid = 1.662209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21707(s) Flops=390113280 => 1797.17731607316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258737.669162837 Mflops = 258.737669162837 Gflops = 0.258737669162837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 87 resid = 1.059901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318134(s) Flops=573843456 => 1803.7790867999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.372782189 Mflops = 259.698372782189 Gflops = 0.259698372782189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001070934 Relative Rsd = 4.69532306970377e-07
BICGSTAB_SOLVER_TIME: 0.636498 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118346
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.794(s) Flops=1266057216 => 1594.53049874055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229606.909694156 Mflops = 229.606909694156 Gflops = 0.229606909694156 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139794000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046734 s
InvBiCGStab: k = 27 resid = 2.169448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122309(s) Flops=180135936 => 1472.79379277077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211932.729280223 Mflops = 211.932729280223 Gflops = 0.211932729280223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061845 s
InvBiCGStab: k = 45 resid = 8.800279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193255(s) Flops=298248192 => 1543.28835993894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222170.55019368 Mflops = 222.17055019368 Gflops = 0.22217055019368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007548524 Relative Rsd = 3.30951827853949e-07
BICGSTAB_SOLVER_TIME: 0.427781 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046531 s
InvBiCGStab: k = 76 resid = 1.325754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309634(s) Flops=501663744 => 1620.18300315857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233261.371660483 Mflops = 233.261371660483 Gflops = 0.233261371660483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 100 resid = 8.76199e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367459(s) Flops=659146752 => 1793.79672834248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258273.733375473 Mflops = 258.273733375473 Gflops = 0.258273733375473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001285217 Relative Rsd = 5.63481039906975e-07
BICGSTAB_SOLVER_TIME: 0.783471 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 53 resid = 2.048764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195298(s) Flops=350742528 => 1795.93507357986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258560.921267177 Mflops = 258.560921267177 Gflops = 0.258560921267177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056056 s
InvBiCGStab: k = 75 resid = 9.747038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276343(s) Flops=495101952 => 1791.62110854988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257943.761119218 Mflops = 257.943761119218 Gflops = 0.257943761119218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001025955 Relative Rsd = 4.49811984172514e-07
BICGSTAB_SOLVER_TIME: 0.572429 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040672 s
InvBiCGStab: k = 64 resid = 2.035873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234952(s) Flops=422922240 => 1800.03677346862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.171988604 Mflops = 259.158171988604 Gflops = 0.259158171988604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056478 s
InvBiCGStab: k = 83 resid = 7.561073e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303384(s) Flops=547596288 => 1804.96099992089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.068530174 Mflops = 259.863068530174 Gflops = 0.259863068530174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.0011307 Relative Rsd = 4.95735661388713e-07
BICGSTAB_SOLVER_TIME: 0.639204 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 56 resid = 1.954906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20506(s) Flops=370427904 => 1806.4366721935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.370128935 Mflops = 260.060370128935 Gflops = 0.260060370128935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 84 resid = 1.019036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307103(s) Flops=554158080 => 1804.46977072839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.276416822 Mflops = 259.794276416822 Gflops = 0.259794276416822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001110974 Relative Rsd = 4.87086991577931e-07
BICGSTAB_SOLVER_TIME: 0.613267 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114133
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790351(s) Flops=1259642880 => 1593.77653726003 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229508.959805372 Mflops = 229.508959805372 Gflops = 0.229508959805372 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139542000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 28 resid = 2.2178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141359(s) Flops=186697728 => 1320.73464017148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189943.898934257 Mflops = 189.943898934257 Gflops = 0.189943898934257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068334 s
InvBiCGStab: k = 43 resid = 1.040113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202205(s) Flops=285124608 => 1410.07694171756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202993.502466996 Mflops = 202.993502466996 Gflops = 0.202993502466996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007338401 Relative Rsd = 3.21739341821879e-07
BICGSTAB_SOLVER_TIME: 0.457573 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648460000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045618 s
InvBiCGStab: k = 57 resid = 1.828277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238918(s) Flops=376989696 => 1577.90411773077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227175.114307148 Mflops = 227.175114307148 Gflops = 0.227175114307148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066515 s
InvBiCGStab: k = 82 resid = 1.151968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365406(s) Flops=541034496 => 1480.63933268748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213183.132969244 Mflops = 213.183132969244 Gflops = 0.213183132969244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001044522 Relative Rsd = 4.57952241963177e-07
BICGSTAB_SOLVER_TIME: 0.720202 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113606
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 62 resid = 1.689064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349386(s) Flops=409798656 => 1172.91092373478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  168876.02591679 Mflops = 168.87602591679 Gflops = 0.16887602591679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066907 s
InvBiCGStab: k = 76 resid = 6.27567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280515(s) Flops=501663744 => 1788.36691086038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257467.31109424 Mflops = 257.46731109424 Gflops = 0.25746731109424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001038952 Relative Rsd = 4.55510475971558e-07
BICGSTAB_SOLVER_TIME: 0.741413 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 70 resid = 2.066937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258063(s) Flops=462292992 => 1791.39586845073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257904.713396869 Mflops = 257.904713396869 Gflops = 0.257904713396869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 75 resid = 8.746979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275136(s) Flops=495101952 => 1799.48080949058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.510942586 Mflops = 259.063510942586 Gflops = 0.259063510942586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001133565 Relative Rsd = 4.96991762163248e-07
BICGSTAB_SOLVER_TIME: 0.634356 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117783
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 60 resid = 1.521782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220556(s) Flops=396675072 => 1798.52315058307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258928.944508054 Mflops = 258.928944508054 Gflops = 0.258928944508054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056859 s
InvBiCGStab: k = 70 resid = 8.493132e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256125(s) Flops=462292992 => 1804.95067642753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.440800607 Mflops = 259.855440800607 Gflops = 0.259855440800607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00105859 Relative Rsd = 4.64120304145224e-07
BICGSTAB_SOLVER_TIME: 0.578345 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106966
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.783872(s) Flops=1247330304 => 1591.2423252776 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229160.745959074 Mflops = 229.160745959074 Gflops = 0.229160745959074 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137853000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0407 s
InvBiCGStab: k = 25 resid = 1.761683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092913(s) Flops=167012352 => 1797.51328662297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.76934595 Mflops = 258.72876934595 Gflops = 0.25872876934595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 57 resid = 6.093785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210162(s) Flops=376989696 => 1793.80523596083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258236.166308762 Mflops = 258.236166308762 Gflops = 0.258236166308762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007410218 Relative Rsd = 3.24888015400954e-07
BICGSTAB_SOLVER_TIME: 0.403866 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046671 s
InvBiCGStab: k = 61 resid = 2.181949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276995(s) Flops=403236864 => 1455.7550280691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209606.006981727 Mflops = 209.606006981727 Gflops = 0.209606006981727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059546 s
InvBiCGStab: k = 97 resid = 1.138889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428478(s) Flops=639461376 => 1492.4018876115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214870.437916304 Mflops = 214.870437916304 Gflops = 0.214870437916304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001136692 Relative Rsd = 4.98362499359546e-07
BICGSTAB_SOLVER_TIME: 0.815688 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050946 s
InvBiCGStab: k = 54 resid = 2.153422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246731(s) Flops=357304320 => 1448.15333298207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208497.49105637 Mflops = 208.49749105637 Gflops = 0.20849749105637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062541 s
InvBiCGStab: k = 75 resid = 1.122062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332305(s) Flops=495101952 => 1489.90220430027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214509.620450883 Mflops = 214.509620450883 Gflops = 0.214509620450883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0009980007 Relative Rsd = 4.37555941974825e-07
BICGSTAB_SOLVER_TIME: 0.696354 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04074 s
InvBiCGStab: k = 61 resid = 2.217333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224348(s) Flops=403236864 => 1797.37222529285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258764.659121087 Mflops = 258.764659121087 Gflops = 0.258764659121087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058016 s
InvBiCGStab: k = 84 resid = 1.064162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308889(s) Flops=554158080 => 1794.03630430349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258291.465076108 Mflops = 258.291465076108 Gflops = 0.258291465076108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001111498 Relative Rsd = 4.87316978985085e-07
BICGSTAB_SOLVER_TIME: 0.635665 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041854 s
InvBiCGStab: k = 58 resid = 1.695723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213018(s) Flops=383551488 => 1800.55905134777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259204.03006895 Mflops = 259.20403006895 Gflops = 0.25920403006895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056907 s
InvBiCGStab: k = 85 resid = 9.979502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314547(s) Flops=560719872 => 1782.62667264352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256653.363919879 Mflops = 256.653363919879 Gflops = 0.256653363919879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00106378 Relative Rsd = 4.66395832013208e-07
BICGSTAB_SOLVER_TIME: 0.630055 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116275
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.781744(s) Flops=1241210880 => 1587.74596287276 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228627.538763204 Mflops = 228.627538763204 Gflops = 0.228627538763204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137133000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.031992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66038(s) Flops=1197213696 => 1812.91634513462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261031.94086192 Mflops = 261.03194086192 Gflops = 0.26103194086192 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.036959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936566(s) Flops=1459685376 => 1558.55046627787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224427.012124487 Mflops = 224.427012124487 Gflops = 0.224427012124487 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002002721 Relative Rsd = 8.8128526787241e-07
BICGSTAB_SOLVER_TIME: 1.600807 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001961
CLOV_LINOP: Time spent in clov deriv (total) = 0.130694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288050999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 2.013178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764626(s) Flops=1079101440 => 1411.28007679571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203224.510233118 Mflops = 203.224510233118 Gflops = 0.203224510233118 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.112463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847022(s) Flops=1426876416 => 1684.580112441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242574.144605606 Mflops = 242.574144605606 Gflops = 0.242574144605606 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.002025921 Relative Rsd = 8.89570384052715e-07
BICGSTAB_SOLVER_TIME: 1.615165 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.116219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271858999999997
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.78462(s) Flops=1241210880 => 1581.92612984629 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227802.804949571 Mflops = 227.802804949571 Gflops = 0.227802804949571 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137095000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 33 resid = 2.130703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121956(s) Flops=219506688 => 1799.88428613598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259098.474788607 Mflops = 259.098474788607 Gflops = 0.259098474788607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056678 s
InvBiCGStab: k = 41 resid = 1.083583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150613(s) Flops=272001024 => 1805.95980426656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259962.010242018 Mflops = 259.962010242018 Gflops = 0.259962010242018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007318315 Relative Rsd = 3.20858693192711e-07
BICGSTAB_SOLVER_TIME: 0.373815 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 73 resid = 1.935289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267299(s) Flops=481978368 => 1803.14317674215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259602.357659735 Mflops = 259.602357659735 Gflops = 0.259602357659735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 103 resid = 1.096327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376511(s) Flops=678832128 => 1802.95430412392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259584.172769969 Mflops = 259.584172769969 Gflops = 0.259584172769969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001288633 Relative Rsd = 5.64978510066425e-07
BICGSTAB_SOLVER_TIME: 0.744544 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 56 resid = 1.642869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205418(s) Flops=370427904 => 1803.28843626167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.634512739 Mflops = 259.612634512739 Gflops = 0.259612634512739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06315 s
InvBiCGStab: k = 73 resid = 1.099387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329572(s) Flops=481978368 => 1462.43724588254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210551.513668648 Mflops = 210.551513668648 Gflops = 0.210551513668648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0009892085 Relative Rsd = 4.33701126412179e-07
BICGSTAB_SOLVER_TIME: 0.643831 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051594 s
InvBiCGStab: k = 60 resid = 2.244612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272159(s) Flops=396675072 => 1457.51223365753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209854.362134004 Mflops = 209.854362134004 Gflops = 0.209854362134004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068874 s
InvBiCGStab: k = 92 resid = 1.129546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424565(s) Flops=606652416 => 1428.87995006654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205733.986088973 Mflops = 205.733986088973 Gflops = 0.205733986088973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001160975 Relative Rsd = 5.09009140109749e-07
BICGSTAB_SOLVER_TIME: 0.821072 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046791 s
InvBiCGStab: k = 59 resid = 1.970597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258244(s) Flops=390113280 => 1510.63831105466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217492.099732386 Mflops = 217.492099732386 Gflops = 0.217492099732386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 81 resid = 1.085748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345365(s) Flops=534472704 => 1547.55897094378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222808.900892517 Mflops = 222.808900892517 Gflops = 0.222808900892517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001126646 Relative Rsd = 4.93958133328008e-07
BICGSTAB_SOLVER_TIME: 0.710582 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113937
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.780764(s) Flops=1241063424 => 1589.55000999021 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228899.563952684 Mflops = 228.899563952684 Gflops = 0.228899563952684 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137092000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041372 s
InvBiCGStab: k = 33 resid = 1.443518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121897(s) Flops=219506688 => 1800.75545747639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.687709746 Mflops = 259.206687709746 Gflops = 0.259206687709746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 48 resid = 1.03934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17651(s) Flops=317933568 => 1801.22127924763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.495112251 Mflops = 259.299495112251 Gflops = 0.259299495112251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007552872 Relative Rsd = 3.31142437701267e-07
BICGSTAB_SOLVER_TIME: 0.399788 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041515 s
InvBiCGStab: k = 71 resid = 1.590683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260312(s) Flops=468854784 => 1801.12627923415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.285690012 Mflops = 259.302285690012 Gflops = 0.259302285690012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056673 s
InvBiCGStab: k = 106 resid = 9.457517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386735(s) Flops=698517504 => 1806.19158855547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.540954879 Mflops = 260.064540954879 Gflops = 0.260064540954879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001287272 Relative Rsd = 5.64381747357938e-07
BICGSTAB_SOLVER_TIME: 0.748879 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042264 s
InvBiCGStab: k = 61 resid = 2.183943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223993(s) Flops=403236864 => 1800.22082832946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.537191364 Mflops = 259.172537191364 Gflops = 0.259172537191364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056751 s
InvBiCGStab: k = 74 resid = 1.10461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270426(s) Flops=488540160 => 1806.55765348006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260090.295608748 Mflops = 260.090295608748 Gflops = 0.260090295608748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001032277 Relative Rsd = 4.5258377647897e-07
BICGSTAB_SOLVER_TIME: 0.597125 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048981 s
InvBiCGStab: k = 69 resid = 1.986061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308544(s) Flops=455731200 => 1477.03795892968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212656.539981897 Mflops = 212.656539981897 Gflops = 0.212656539981897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057224 s
InvBiCGStab: k = 81 resid = 1.058725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364853(s) Flops=534472704 => 1464.89875100383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210910.149980868 Mflops = 210.910149980868 Gflops = 0.210910149980868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001167565 Relative Rsd = 5.11898580213251e-07
BICGSTAB_SOLVER_TIME: 0.783481 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043351 s
InvBiCGStab: k = 55 resid = 2.146815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270164(s) Flops=363866112 => 1346.83418960335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193911.739679198 Mflops = 193.911739679198 Gflops = 0.193911739679198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073997 s
InvBiCGStab: k = 74 resid = 9.894826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361202(s) Flops=488540160 => 1352.54001915825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194741.624680859 Mflops = 194.741624680859 Gflops = 0.194741624680859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00109383 Relative Rsd = 4.79570496792778e-07
BICGSTAB_SOLVER_TIME: 0.752789 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106239
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.78181(s) Flops=1240915968 => 1587.23470920045 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228560.777352511 Mflops = 228.560777352511 Gflops = 0.228560777352511 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136960000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 29 resid = 1.669366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10743(s) Flops=193259520 => 1798.93437587266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258936.483064367 Mflops = 258.936483064367 Gflops = 0.258936483064367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056573 s
InvBiCGStab: k = 43 resid = 9.292579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157734(s) Flops=285124608 => 1807.62935067899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260214.950080789 Mflops = 260.214950080789 Gflops = 0.260214950080789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007030976 Relative Rsd = 3.08260808860221e-07
BICGSTAB_SOLVER_TIME: 0.366439 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 57 resid = 2.00472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208696(s) Flops=376989696 => 1806.40594932342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.904323575 Mflops = 260.065904323575 Gflops = 0.260065904323575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 81 resid = 5.243492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296851(s) Flops=534472704 => 1800.47466237271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.982611667 Mflops = 259.215982611667 Gflops = 0.259215982611667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001061146 Relative Rsd = 4.65241046152832e-07
BICGSTAB_SOLVER_TIME: 0.606758 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112866
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041655 s
InvBiCGStab: k = 59 resid = 1.91149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21639(s) Flops=390113280 => 1802.82489948704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259554.217314483 Mflops = 259.554217314483 Gflops = 0.259554217314483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 77 resid = 9.040522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281551(s) Flops=508225536 => 1805.09227813078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.073199848 Mflops = 259.879073199848 Gflops = 0.259879073199848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001049586 Relative Rsd = 4.60172748431935e-07
BICGSTAB_SOLVER_TIME: 0.599672 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040638 s
InvBiCGStab: k = 63 resid = 1.745572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230535(s) Flops=416360448 => 1806.0617606871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.079042228 Mflops = 260.017079042228 Gflops = 0.260017079042228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055973 s
InvBiCGStab: k = 72 resid = 9.093271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29162(s) Flops=475416576 => 1630.26053082779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234700.860884833 Mflops = 234.700860884833 Gflops = 0.234700860884833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001117254 Relative Rsd = 4.89840256270362e-07
BICGSTAB_SOLVER_TIME: 0.623014 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05001 s
InvBiCGStab: k = 62 resid = 1.711752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270578(s) Flops=409798656 => 1514.53058267856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218063.844317765 Mflops = 218.063844317765 Gflops = 0.218063844317765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073241 s
InvBiCGStab: k = 74 resid = 1.048996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323081(s) Flops=488540160 => 1512.12903265745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217728.937862846 Mflops = 217.728937862846 Gflops = 0.217728937862846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00106659 Relative Rsd = 4.67627739704966e-07
BICGSTAB_SOLVER_TIME: 0.721047 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111091
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92146(s) Flops=1240915968 => 1346.68457447963 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193940.529759081 Mflops = 193.940529759081 Gflops = 0.193940529759081 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136975
CLOV_LINOP: Time spent in clov deriv (total) = 1.417257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 26 resid = 2.142988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096466(s) Flops=173574144 => 1799.32975348828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258990.985290743 Mflops = 258.990985290743 Gflops = 0.258990985290743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056789 s
InvBiCGStab: k = 51 resid = 1.083504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187215(s) Flops=337618944 => 1803.37549875811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259611.469442898 Mflops = 259.611469442899 Gflops = 0.259611469442899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007921539 Relative Rsd = 3.47306020049173e-07
BICGSTAB_SOLVER_TIME: 0.385468 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 63 resid = 2.014705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231615(s) Flops=416360448 => 1797.64025646007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258805.343915721 Mflops = 258.805343915721 Gflops = 0.258805343915721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056467 s
InvBiCGStab: k = 87 resid = 8.491108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318192(s) Flops=573843456 => 1803.45029416202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.326890832 Mflops = 259.657326890832 Gflops = 0.259657326890832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001136239 Relative Rsd = 4.98164258993504e-07
BICGSTAB_SOLVER_TIME: 0.650881 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 64 resid = 1.790903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234442(s) Flops=422922240 => 1803.95253410225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.836101781 Mflops = 259.724836101781 Gflops = 0.259724836101781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 85 resid = 1.104492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311585(s) Flops=560719872 => 1799.57273938091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.50363951 Mflops = 259.09250363951 Gflops = 0.25909250363951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001058139 Relative Rsd = 4.63922370020737e-07
BICGSTAB_SOLVER_TIME: 0.647307 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 60 resid = 1.448019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219546(s) Flops=396675072 => 1806.79708124949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260133.442229506 Mflops = 260.133442229506 Gflops = 0.260133442229506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 81 resid = 1.090662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343899(s) Flops=534472704 => 1554.15602836879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223758.71966853 Mflops = 223.75871966853 Gflops = 0.22375871966853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001125331 Relative Rsd = 4.93381837763389e-07
BICGSTAB_SOLVER_TIME: 0.664218 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047716 s
InvBiCGStab: k = 54 resid = 1.79171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226723(s) Flops=357304320 => 1575.95091808065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226875.113604393 Mflops = 226.875113604393 Gflops = 0.226875113604393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064996 s
InvBiCGStab: k = 76 resid = 7.994967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340531(s) Flops=501663744 => 1473.18083816158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212091.450063456 Mflops = 212.091450063456 Gflops = 0.212091450063456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001049773 Relative Rsd = 4.60254565967147e-07
BICGSTAB_SOLVER_TIME: 0.683787 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106986
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898525(s) Flops=1234870272 => 1374.33045491222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197902.013312505 Mflops = 197.902013312505 Gflops = 0.197902013312505 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136149
CLOV_LINOP: Time spent in clov deriv (total) = 1.436089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.159236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754724(s) Flops=1367820288 => 1812.34502679125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260932.860743806 Mflops = 260.932860743806 Gflops = 0.260932860743806 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 8.732902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855213(s) Flops=1551550464 => 1814.22693995531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261242.5699415 Mflops = 261.2425699415 Gflops = 0.2612425699415 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002084248 Relative Rsd = 9.17167284926051e-07
BICGSTAB_SOLVER_TIME: 1.613247 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316607999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.008316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.677776(s) Flops=1230022656 => 1814.79228535681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261295.823676863 Mflops = 261.295823676863 Gflops = 0.261295823676863 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.085411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721398(s) Flops=1308764160 => 1814.20541781375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261238.458326367 Mflops = 261.238458326367 Gflops = 0.261238458326367 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001971445 Relative Rsd = 8.65646997837094e-07
BICGSTAB_SOLVER_TIME: 1.402564 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275599999999997
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899028(s) Flops=1234870272 => 1373.56152644856 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197805.017288141 Mflops = 197.805017288141 Gflops = 0.197805017288141 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.497882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041523 s
InvBiCGStab: k = 27 resid = 1.963077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100637(s) Flops=180135936 => 1789.95733179646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257636.058613329 Mflops = 257.636058613329 Gflops = 0.257636058613329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057193 s
InvBiCGStab: k = 45 resid = 1.07283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167229(s) Flops=298248192 => 1783.47171842204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256725.067380654 Mflops = 256.725067380654 Gflops = 0.256725067380654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007520609 Relative Rsd = 3.29727933482857e-07
BICGSTAB_SOLVER_TIME: 0.370204 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 80 resid = 2.263886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294255(s) Flops=527910912 => 1794.05927511852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258298.798377972 Mflops = 258.298798377972 Gflops = 0.258298798377972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 118 resid = 6.754843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431506(s) Flops=777259008 => 1801.27045278629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.202965123 Mflops = 259.351202965123 Gflops = 0.259351202965123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001349384 Relative Rsd = 5.91613869237124e-07
BICGSTAB_SOLVER_TIME: 0.827136 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155714999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 62 resid = 1.115883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226922(s) Flops=409798656 => 1805.90095275028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259998.86229403 Mflops = 259.99886229403 Gflops = 0.25999886229403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 70 resid = 8.778283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256497(s) Flops=462292992 => 1802.33293956654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.027424673 Mflops = 259.473027424673 Gflops = 0.259473027424673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001017414 Relative Rsd = 4.46067262448579e-07
BICGSTAB_SOLVER_TIME: 0.58455 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 84 resid = 1.963093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307458(s) Flops=554158080 => 1802.38627715005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.870943404 Mflops = 259.505870943404 Gflops = 0.259505870943404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 86 resid = 1.022091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314691(s) Flops=567281664 => 1802.66249749755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.861010315 Mflops = 259.534861010315 Gflops = 0.259534861010315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001165581 Relative Rsd = 5.11028650038478e-07
BICGSTAB_SOLVER_TIME: 0.722948 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 59 resid = 2.181563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216507(s) Flops=390113280 => 1801.85065609888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.45260629 Mflops = 259.40745260629 Gflops = 0.25940745260629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056168 s
InvBiCGStab: k = 84 resid = 5.79592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30938(s) Flops=554158080 => 1791.18908785313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257881.829709661 Mflops = 257.881829709661 Gflops = 0.257881829709661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001136256 Relative Rsd = 4.98171353589508e-07
BICGSTAB_SOLVER_TIME: 0.626449 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118005
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.88587(s) Flops=1234649088 => 1393.71362389515 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200685.328067553 Mflops = 200.685328067553 Gflops = 0.200685328067553 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136198000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.536557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 28 resid = 1.863372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103936(s) Flops=186697728 => 1796.27586206897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258514.42211931 Mflops = 258.51442211931 Gflops = 0.25851442211931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 49 resid = 1.0699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181424(s) Flops=324495360 => 1788.60216950348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257477.719529061 Mflops = 257.477719529061 Gflops = 0.257477719529061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007820251 Relative Rsd = 3.42865211272693e-07
BICGSTAB_SOLVER_TIME: 0.386616 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 72 resid = 2.108603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265234(s) Flops=475416576 => 1792.44205494017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258074.600629574 Mflops = 258.074600629574 Gflops = 0.258074600629574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056955 s
InvBiCGStab: k = 108 resid = 9.789243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394871(s) Flops=711641088 => 1802.21157795837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259457.140999546 Mflops = 259.457140999546 Gflops = 0.259457140999546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001298524 Relative Rsd = 5.69314890472945e-07
BICGSTAB_SOLVER_TIME: 0.76202 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041555 s
InvBiCGStab: k = 61 resid = 2.124885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222735(s) Flops=403236864 => 1810.3884167284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260636.408230736 Mflops = 260.636408230736 Gflops = 0.260636408230736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 74 resid = 9.468849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270502(s) Flops=488540160 => 1806.05008465741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.206212684 Mflops = 260.014206212684 Gflops = 0.260014206212684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001096841 Relative Rsd = 4.80890653092385e-07
BICGSTAB_SOLVER_TIME: 0.595014 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 69 resid = 2.273462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252522(s) Flops=455731200 => 1804.7187967781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259833.132591902 Mflops = 259.833132591902 Gflops = 0.259833132591902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056575 s
InvBiCGStab: k = 82 resid = 8.644205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300227(s) Flops=541034496 => 1802.08474254481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.284995484 Mflops = 259.444284995484 Gflops = 0.259444284995484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001185055 Relative Rsd = 5.19566511446923e-07
BICGSTAB_SOLVER_TIME: 0.653903 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040649 s
InvBiCGStab: k = 63 resid = 1.874787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231104(s) Flops=416360448 => 1801.61506507893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259378.026752172 Mflops = 259.378026752172 Gflops = 0.259378026752172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059732 s
InvBiCGStab: k = 85 resid = 3.911633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337227(s) Flops=560719872 => 1662.73718296578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239394.523749158 Mflops = 239.394523749158 Gflops = 0.239394523749158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001131427 Relative Rsd = 4.9605420364527e-07
BICGSTAB_SOLVER_TIME: 0.672718 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119717
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.802711(s) Flops=1234427904 => 1537.82358034212 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221448.007687547 Mflops = 221.448007687547 Gflops = 0.221448007687547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136392
CLOV_LINOP: Time spent in clov deriv (total) = 1.569845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045896 s
InvBiCGStab: k = 26 resid = 2.071567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131219(s) Flops=173574144 => 1322.78209710484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190421.356081215 Mflops = 190.421356081215 Gflops = 0.190421356081215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 57 resid = 8.293745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209362(s) Flops=376989696 => 1800.65960393959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.580105562 Mflops = 259.215580105562 Gflops = 0.259215580105562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000799535 Relative Rsd = 3.50542125591953e-07
BICGSTAB_SOLVER_TIME: 0.446338 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 58 resid = 1.866689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214501(s) Flops=383551488 => 1788.11048899539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257431.737353523 Mflops = 257.431737353523 Gflops = 0.257431737353523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 79 resid = 1.079466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290635(s) Flops=521349120 => 1793.82772205688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258258.345110366 Mflops = 258.258345110366 Gflops = 0.258258345110366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001060701 Relative Rsd = 4.6504597028285e-07
BICGSTAB_SOLVER_TIME: 0.60614 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 53 resid = 1.88612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195666(s) Flops=350742528 => 1792.5573579467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258068.715785211 Mflops = 258.068715785211 Gflops = 0.258068715785211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 75 resid = 9.682037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273922(s) Flops=495101952 => 1807.45596191617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.175134315 Mflops = 260.217175134315 Gflops = 0.260217175134315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001074121 Relative Rsd = 4.70929738222144e-07
BICGSTAB_SOLVER_TIME: 0.571285 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 71 resid = 1.207087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259868(s) Flops=468854784 => 1804.20361106408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.211529854 Mflops = 259.764211529854 Gflops = 0.259764211529854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 86 resid = 1.100734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338794(s) Flops=567281664 => 1674.41472989486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241079.015528018 Mflops = 241.079015528018 Gflops = 0.241079015528018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001127128 Relative Rsd = 4.94169388960101e-07
BICGSTAB_SOLVER_TIME: 0.699793 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043679 s
InvBiCGStab: k = 54 resid = 2.238689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19993(s) Flops=357304320 => 1787.14710148552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257286.214975952 Mflops = 257.286214975952 Gflops = 0.257286214975952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057251 s
InvBiCGStab: k = 76 resid = 1.057343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278853(s) Flops=501663744 => 1799.02580929737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259000.060354932 Mflops = 259.000060354932 Gflops = 0.259000060354932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001093066 Relative Rsd = 4.79235723733852e-07
BICGSTAB_SOLVER_TIME: 0.583387 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10687
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.776546(s) Flops=1234354176 => 1589.54418154237 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228899.897545672 Mflops = 228.899897545672 Gflops = 0.228899897545672 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136331000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045272 s
InvBiCGStab: k = 27 resid = 1.662831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118655(s) Flops=180135936 => 1518.14871686823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218517.932588677 Mflops = 218.517932588677 Gflops = 0.218517932588677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06266 s
InvBiCGStab: k = 54 resid = 1.081468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247087(s) Flops=357304320 => 1446.06685094724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208186.016297975 Mflops = 208.186016297975 Gflops = 0.208186016297975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007731268 Relative Rsd = 3.38963923554207e-07
BICGSTAB_SOLVER_TIME: 0.477289 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 58 resid = 1.859455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261384(s) Flops=383551488 => 1467.38701680286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211267.117315225 Mflops = 211.267117315225 Gflops = 0.211267117315225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06029 s
InvBiCGStab: k = 85 resid = 1.017178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312896(s) Flops=560719872 => 1792.03272652894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258004.773110653 Mflops = 258.004773110653 Gflops = 0.258004773110653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001107824 Relative Rsd = 4.85705893209051e-07
BICGSTAB_SOLVER_TIME: 0.679796 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 58 resid = 2.238581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213181(s) Flops=383551488 => 1799.18232863154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259019.673497792 Mflops = 259.019673497792 Gflops = 0.259019673497792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056514 s
InvBiCGStab: k = 72 resid = 1.086433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27879(s) Flops=475416576 => 1705.28561282686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245515.793375405 Mflops = 245.515793375405 Gflops = 0.245515793375405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001037278 Relative Rsd = 4.54776312885784e-07
BICGSTAB_SOLVER_TIME: 0.593173 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042278 s
InvBiCGStab: k = 64 resid = 1.740194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23775(s) Flops=422922240 => 1778.8527444795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256092.417911407 Mflops = 256.092417911407 Gflops = 0.256092417911407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056883 s
InvBiCGStab: k = 88 resid = 6.860756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323161(s) Flops=580405248 => 1796.02504015027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258582.28538813 Mflops = 258.58228538813 Gflops = 0.25858228538813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001147486 Relative Rsd = 5.03095309457891e-07
BICGSTAB_SOLVER_TIME: 0.663727 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041775 s
InvBiCGStab: k = 68 resid = 1.468808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249905(s) Flops=449169408 => 1797.36062903903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258781.630906734 Mflops = 258.781630906734 Gflops = 0.258781630906734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 72 resid = 1.056424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263151(s) Flops=475416576 => 1806.63032251445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260081.355331501 Mflops = 260.081355331501 Gflops = 0.260081355331501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001083657 Relative Rsd = 4.75110343758129e-07
BICGSTAB_SOLVER_TIME: 0.615054 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114031
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.775124(s) Flops=1234354176 => 1592.46027216291 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229313.451586232 Mflops = 229.313451586232 Gflops = 0.229313451586232 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136384000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.772478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908872(s) Flops=1367820288 => 1504.96471230272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216662.840660896 Mflops = 216.662840660896 Gflops = 0.216662840660896 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.147004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916548(s) Flops=1472808960 => 1606.90870527239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231390.167310932 Mflops = 231.390167310932 Gflops = 0.231390167310932 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002007154 Relative Rsd = 8.83242691711607e-07
BICGSTAB_SOLVER_TIME: 1.82887 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.150192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.124233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308051999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.060901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824678(s) Flops=1223460864 => 1483.56190416138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213564.41635187 Mflops = 213.56441635187 Gflops = 0.21356441635187 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 7.615648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777084(s) Flops=1407191040 => 1810.86091078957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260757.264650053 Mflops = 260.757264650053 Gflops = 0.260757264650053 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001974809 Relative Rsd = 8.67122153518037e-07
BICGSTAB_SOLVER_TIME: 1.605089 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285290999999997
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.77434(s) Flops=1234354176 => 1594.0725986001 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229547.452786362 Mflops = 229.547452786362 Gflops = 0.229547452786362 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136407000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 30 resid = 1.758882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111119(s) Flops=199821312 => 1798.26413124668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258854.233796878 Mflops = 258.854233796878 Gflops = 0.258854233796878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 48 resid = 1.059286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176172(s) Flops=317933568 => 1804.67706559499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.453395627 Mflops = 259.776453395627 Gflops = 0.259776453395627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007680447 Relative Rsd = 3.36735761046596e-07
BICGSTAB_SOLVER_TIME: 0.388335 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698670000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040954 s
InvBiCGStab: k = 86 resid = 2.191149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329573(s) Flops=567281664 => 1721.26255488162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247827.275038215 Mflops = 247.827275038215 Gflops = 0.247827275038215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057159 s
InvBiCGStab: k = 94 resid = 7.519732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346527(s) Flops=619776000 => 1788.53595823702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257503.054483939 Mflops = 257.503054483939 Gflops = 0.257503054483939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001311951 Relative Rsd = 5.75202129149853e-07
BICGSTAB_SOLVER_TIME: 0.777868 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 64 resid = 1.711151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235353(s) Flops=422922240 => 1796.96982830047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.256112777 Mflops = 258.727256112777 Gflops = 0.258727256112777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 75 resid = 1.046875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276364(s) Flops=495101952 => 1791.48496909872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257914.821045215 Mflops = 257.914821045215 Gflops = 0.257914821045215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001033281 Relative Rsd = 4.53023998713036e-07
BICGSTAB_SOLVER_TIME: 0.613746 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0416 s
InvBiCGStab: k = 79 resid = 1.557587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289671(s) Flops=521349120 => 1799.79742535497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259125.878129802 Mflops = 259.125878129802 Gflops = 0.259125878129802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056355 s
InvBiCGStab: k = 93 resid = 6.353203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33953(s) Flops=613214208 => 1806.06782316732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.836482874 Mflops = 260.029836482874 Gflops = 0.260029836482874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001206431 Relative Rsd = 5.28938574848826e-07
BICGSTAB_SOLVER_TIME: 0.730901 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 63 resid = 1.220093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230554(s) Flops=416360448 => 1805.91292278599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260001.637980535 Mflops = 260.001637980535 Gflops = 0.260001637980535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057468 s
InvBiCGStab: k = 80 resid = 8.155354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300756(s) Flops=527910912 => 1755.27973506763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252716.599518208 Mflops = 252.716599518208 Gflops = 0.252716599518208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001134556 Relative Rsd = 4.97426369968821e-07
BICGSTAB_SOLVER_TIME: 0.633471 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116187
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.777402(s) Flops=1240547328 => 1595.7604019542 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229787.659151335 Mflops = 229.787659151335 Gflops = 0.229787659151335 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137059
CLOV_LINOP: Time spent in clov deriv (total) = 1.460992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04502 s
InvBiCGStab: k = 33 resid = 1.201372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139146(s) Flops=219506688 => 1577.52783407356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227064.591209129 Mflops = 227.064591209129 Gflops = 0.227064591209129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064578 s
InvBiCGStab: k = 50 resid = 9.065361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205748(s) Flops=331057152 => 1609.0418959115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231640.737120925 Mflops = 231.640737120925 Gflops = 0.231640737120925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007577672 Relative Rsd = 3.32229748339216e-07
BICGSTAB_SOLVER_TIME: 0.458237 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060372 s
InvBiCGStab: k = 76 resid = 1.942877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280222(s) Flops=501663744 => 1790.23682651612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257744.920111191 Mflops = 257.744920111191 Gflops = 0.257744920111191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 98 resid = 1.079178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359944(s) Flops=646023168 => 1794.78798924277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258408.340126132 Mflops = 258.408340126132 Gflops = 0.258408340126132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001311181 Relative Rsd = 5.74864395755904e-07
BICGSTAB_SOLVER_TIME: 0.760992 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041389 s
InvBiCGStab: k = 62 resid = 2.240906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227985(s) Flops=409798656 => 1797.48078163037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258783.150444591 Mflops = 258.783150444591 Gflops = 0.258783150444591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 81 resid = 7.529644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297506(s) Flops=534472704 => 1796.51067205367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258652.394362805 Mflops = 258.652394362805 Gflops = 0.258652394362805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001136188 Relative Rsd = 4.98141903360052e-07
BICGSTAB_SOLVER_TIME: 0.627291 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 71 resid = 2.10948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260021(s) Flops=468854784 => 1803.14199237754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259607.802812579 Mflops = 259.607802812579 Gflops = 0.259607802812579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056635 s
InvBiCGStab: k = 85 resid = 8.513825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310517(s) Flops=560719872 => 1805.76223523994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259979.184344337 Mflops = 259.979184344337 Gflops = 0.259979184344337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00118476 Relative Rsd = 5.19437379591597e-07
BICGSTAB_SOLVER_TIME: 0.671939 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041486 s
InvBiCGStab: k = 60 resid = 1.509577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219178(s) Flops=396675072 => 1809.83069468651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260545.823036093 Mflops = 260.545823036093 Gflops = 0.260545823036093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 83 resid = 1.14301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303194(s) Flops=547596288 => 1806.09209944788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.532764731 Mflops = 260.029532764731 Gflops = 0.260029532764731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001160124 Relative Rsd = 5.08635831655262e-07
BICGSTAB_SOLVER_TIME: 0.623643 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116209
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.780186(s) Flops=1240842240 => 1590.44412486253 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229029.526072559 Mflops = 229.029526072559 Gflops = 0.229029526072559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136956000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041632 s
InvBiCGStab: k = 31 resid = 1.729655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115341(s) Flops=206383104 => 1789.32993471532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257548.810139103 Mflops = 257.548810139103 Gflops = 0.257548810139103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05707 s
InvBiCGStab: k = 53 resid = 1.046821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194785(s) Flops=350742528 => 1800.66497933619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259212.270586009 Mflops = 259.212270586009 Gflops = 0.259212270586009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007953823 Relative Rsd = 3.48721442992245e-07
BICGSTAB_SOLVER_TIME: 0.412442 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040527 s
InvBiCGStab: k = 59 resid = 2.254307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21883(s) Flops=390113280 => 1782.72302700727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.750565506 Mflops = 256.658750565506 Gflops = 0.256658750565506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056176 s
InvBiCGStab: k = 74 resid = 1.048965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307629(s) Flops=488540160 => 1588.08226792663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228600.51085313 Mflops = 228.60051085313 Gflops = 0.22860051085313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001056556 Relative Rsd = 4.6322852873959e-07
BICGSTAB_SOLVER_TIME: 0.62719 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052604 s
InvBiCGStab: k = 52 resid = 2.004695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240533(s) Flops=344180736 => 1430.90859050525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206019.871808646 Mflops = 206.019871808646 Gflops = 0.206019871808646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068429 s
InvBiCGStab: k = 71 resid = 8.273389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30564(s) Flops=468854784 => 1534.00989399293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220857.902176588 Mflops = 220.857902176588 Gflops = 0.220857902176588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001057571 Relative Rsd = 4.63673548758004e-07
BICGSTAB_SOLVER_TIME: 0.670897 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051285 s
InvBiCGStab: k = 67 resid = 1.488131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279946(s) Flops=442607616 => 1581.04640180606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227627.801967034 Mflops = 227.627801967034 Gflops = 0.227627801967034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.122724 s
InvBiCGStab: k = 85 resid = 7.301846e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350992(s) Flops=560719872 => 1597.52892373615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230011.208102049 Mflops = 230.011208102049 Gflops = 0.230011208102049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001099086 Relative Rsd = 4.81875015527886e-07
BICGSTAB_SOLVER_TIME: 0.808746 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042018 s
InvBiCGStab: k = 58 resid = 1.994189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21322(s) Flops=383551488 => 1798.85324078417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258980.765825245 Mflops = 258.980765825245 Gflops = 0.258980765825245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057006 s
InvBiCGStab: k = 75 resid = 1.10566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275709(s) Flops=495101952 => 1795.74098778059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.902120656 Mflops = 258.522902120656 Gflops = 0.258522902120656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001063989 Relative Rsd = 4.66487296157376e-07
BICGSTAB_SOLVER_TIME: 0.591588 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109109
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807836(s) Flops=1246887936 => 1543.49142152615 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222264.473010054 Mflops = 222.264473010054 Gflops = 0.222264473010054 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137768000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042787 s
InvBiCGStab: k = 29 resid = 2.044161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111586(s) Flops=193259520 => 1731.93339666266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249269.186743213 Mflops = 249.269186743213 Gflops = 0.249269186743213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058327 s
InvBiCGStab: k = 56 resid = 9.775345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211056(s) Flops=370427904 => 1755.11667045713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252675.469872045 Mflops = 252.675469872045 Gflops = 0.252675469872045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007563811 Relative Rsd = 3.31622063015298e-07
BICGSTAB_SOLVER_TIME: 0.42786 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 63 resid = 1.92623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239635(s) Flops=416360448 => 1737.4776138711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250221.805087719 Mflops = 250.221805087719 Gflops = 0.250221805087719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059269 s
InvBiCGStab: k = 83 resid = 1.035081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305319(s) Flops=547596288 => 1793.52181816395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258221.847607578 Mflops = 258.221847607578 Gflops = 0.258221847607578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001137625 Relative Rsd = 4.98771740156385e-07
BICGSTAB_SOLVER_TIME: 0.648966 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043394 s
InvBiCGStab: k = 58 resid = 9.438148e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222348(s) Flops=383551488 => 1725.00534297588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248352.135851574 Mflops = 248.352135851574 Gflops = 0.248352135851574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059669 s
InvBiCGStab: k = 65 resid = 8.098918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24211(s) Flops=429484032 => 1773.92107719632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255386.21648197 Mflops = 255.38621648197 Gflops = 0.25538621648197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001033519 Relative Rsd = 4.53128273962218e-07
BICGSTAB_SOLVER_TIME: 0.571248 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045184 s
InvBiCGStab: k = 65 resid = 1.729776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246043(s) Flops=429484032 => 1745.56492970741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251315.109176963 Mflops = 251.315109176963 Gflops = 0.251315109176963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0576 s
InvBiCGStab: k = 81 resid = 1.088582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299197(s) Flops=534472704 => 1786.35716267209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257186.984077539 Mflops = 257.186984077539 Gflops = 0.257186984077539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001125062 Relative Rsd = 4.93263679563753e-07
BICGSTAB_SOLVER_TIME: 0.651733 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046214 s
InvBiCGStab: k = 54 resid = 2.257862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244666(s) Flops=357304320 => 1460.37585933477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210157.629518695 Mflops = 210.157629518695 Gflops = 0.210157629518695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065852 s
InvBiCGStab: k = 75 resid = 1.13443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349696(s) Flops=495101952 => 1415.80673499268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203821.260691097 Mflops = 203.821260691097 Gflops = 0.203821260691097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001001246 Relative Rsd = 4.38978638154808e-07
BICGSTAB_SOLVER_TIME: 0.711298 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10622
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947502(s) Flops=1247109120 => 1316.20737476016 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189532.385432026 Mflops = 189.532385432026 Gflops = 0.189532385432026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137626
CLOV_LINOP: Time spent in clov deriv (total) = 1.427808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.853177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775303(s) Flops=1367820288 => 1764.23964308148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253983.659272267 Mflops = 253.983659272267 Gflops = 0.253983659272267 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.148077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838652(s) Flops=1492494336 => 1779.63486165895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256263.430757017 Mflops = 256.263430757017 Gflops = 0.256263430757017 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002026775 Relative Rsd = 8.91868999846392e-07
BICGSTAB_SOLVER_TIME: 1.617332 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.118895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310497999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.631544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747598(s) Flops=1328449536 => 1776.95704910928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255805.096558658 Mflops = 255.805096558658 Gflops = 0.255805096558658 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 8.198894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77275(s) Flops=1374382080 => 1778.55979294727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256105.606616729 Mflops = 256.105606616729 Gflops = 0.256105606616729 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001969024 Relative Rsd = 8.64571295424239e-07
BICGSTAB_SOLVER_TIME: 1.523647 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.120972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293157999999999
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.793437(s) Flops=1247109120 => 1571.78089753818 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226338.006596868 Mflops = 226.338006596868 Gflops = 0.226338006596868 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137682000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.48187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055454 s
InvBiCGStab: k = 24 resid = 1.930769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11251(s) Flops=160450560 => 1426.10043551684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205293.676725699 Mflops = 205.293676725699 Gflops = 0.205293676725699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06368 s
InvBiCGStab: k = 52 resid = 1.12358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238424(s) Flops=344180736 => 1443.56581552193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207844.104864095 Mflops = 207.844104864095 Gflops = 0.207844104864095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007245829 Relative Rsd = 3.17680671464698e-07
BICGSTAB_SOLVER_TIME: 0.475441 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045209 s
InvBiCGStab: k = 87 resid = 2.152511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388118(s) Flops=573843456 => 1478.52832386027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212890.175651952 Mflops = 212.890175651952 Gflops = 0.212890175651952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05735 s
InvBiCGStab: k = 102 resid = 8.289134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431743(s) Flops=672270336 => 1557.10766821929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224188.609023112 Mflops = 224.188609023112 Gflops = 0.224188609023112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001328007 Relative Rsd = 5.8224134647289e-07
BICGSTAB_SOLVER_TIME: 0.926008 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 57 resid = 2.058549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210506(s) Flops=376989696 => 1790.87387532897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257823.365978049 Mflops = 257.823365978049 Gflops = 0.25782336597805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057877 s
InvBiCGStab: k = 71 resid = 1.132318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266347(s) Flops=468854784 => 1760.31561834749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253422.030945458 Mflops = 253.422030945458 Gflops = 0.253422030945458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001012333 Relative Rsd = 4.43839865544853e-07
BICGSTAB_SOLVER_TIME: 0.579653 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041517 s
InvBiCGStab: k = 60 resid = 2.04194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225189(s) Flops=396675072 => 1761.52064266017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253580.596498 Mflops = 253.580596498 Gflops = 0.253580596498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056832 s
InvBiCGStab: k = 79 resid = 1.142083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294697(s) Flops=521349120 => 1769.10223042651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254700.389102726 Mflops = 254.700389102726 Gflops = 0.254700389102726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001135578 Relative Rsd = 4.97874299281999e-07
BICGSTAB_SOLVER_TIME: 0.622051 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042309 s
InvBiCGStab: k = 63 resid = 1.604159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233945(s) Flops=416360448 => 1779.73646797324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256214.408465964 Mflops = 256.214408465964 Gflops = 0.256214408465964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 74 resid = 1.125195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276652(s) Flops=488540160 => 1765.90142128016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254238.514028009 Mflops = 254.238514028009 Gflops = 0.254238514028009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001101556 Relative Rsd = 4.82957732542522e-07
BICGSTAB_SOLVER_TIME: 0.612825 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112077
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.800489(s) Flops=1247182848 => 1558.02621647518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224353.30933799 Mflops = 224.35330933799 Gflops = 0.22435330933799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137856000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0425 s
InvBiCGStab: k = 31 resid = 2.050353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115552(s) Flops=206383104 => 1786.06258654112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257106.283805278 Mflops = 257.106283805278 Gflops = 0.257106283805278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056052 s
InvBiCGStab: k = 52 resid = 1.01009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195439(s) Flops=344180736 => 1761.06476189502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253511.597215815 Mflops = 253.511597215815 Gflops = 0.253511597215815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000761055 Relative Rsd = 3.33671252854648e-07
BICGSTAB_SOLVER_TIME: 0.413226 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 78 resid = 1.679151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301058(s) Flops=514787328 => 1709.92741597965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246179.798020981 Mflops = 246.179798020981 Gflops = 0.246179798020981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060539 s
InvBiCGStab: k = 102 resid = 8.296659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374326(s) Flops=672270336 => 1795.94881466957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258575.883140179 Mflops = 258.575883140179 Gflops = 0.258575883140179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001298046 Relative Rsd = 5.69105472290177e-07
BICGSTAB_SOLVER_TIME: 0.781188 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047118 s
InvBiCGStab: k = 70 resid = 2.171332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299177(s) Flops=462292992 => 1545.21568168676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222490.64331511 Mflops = 222.49064331511 Gflops = 0.22249064331511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06492 s
InvBiCGStab: k = 70 resid = 1.065005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35336(s) Flops=462292992 => 1308.27765451664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188351.938540268 Mflops = 188.351938540268 Gflops = 0.188351938540268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001028628 Relative Rsd = 4.50983817479403e-07
BICGSTAB_SOLVER_TIME: 0.771404 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113986
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042175 s
InvBiCGStab: k = 60 resid = 1.48279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279585(s) Flops=396675072 => 1418.79954933205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204271.263651572 Mflops = 204.271263651572 Gflops = 0.204271263651572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083499 s
InvBiCGStab: k = 88 resid = 1.022922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423137(s) Flops=580405248 => 1371.67217236971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197495.50456642 Mflops = 197.49550456642 Gflops = 0.19749550456642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001157313 Relative Rsd = 5.07403770842726e-07
BICGSTAB_SOLVER_TIME: 0.832942 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 68 resid = 2.234486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249557(s) Flops=449169408 => 1799.86699631747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259139.275846313 Mflops = 259.139275846313 Gflops = 0.259139275846313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056682 s
InvBiCGStab: k = 74 resid = 1.143593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271599(s) Flops=488540160 => 1798.7553709697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.923605853 Mflops = 258.960923605853 Gflops = 0.258960923605853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001114747 Relative Rsd = 4.88741461574133e-07
BICGSTAB_SOLVER_TIME: 0.622584 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115509
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.785066(s) Flops=1247182848 => 1588.63439252241 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228797.181423532 Mflops = 228.797181423532 Gflops = 0.228797181423532 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137835000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 34 resid = 2.06845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125266(s) Flops=226068480 => 1804.7074226047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.807068345 Mflops = 259.775807068345 Gflops = 0.259775807068345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05586 s
InvBiCGStab: k = 51 resid = 1.089246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186563(s) Flops=337618944 => 1809.67793185144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260518.478149124 Mflops = 260.518478149124 Gflops = 0.260518478149124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007404572 Relative Rsd = 3.24640495664826e-07
BICGSTAB_SOLVER_TIME: 0.41244 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 53 resid = 2.119889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194589(s) Flops=350742528 => 1802.47870126266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259493.089718805 Mflops = 259.493089718805 Gflops = 0.259493089718805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055939 s
InvBiCGStab: k = 79 resid = 1.044751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28954(s) Flops=521349120 => 1800.61172894937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.693060081 Mflops = 259.242693060081 Gflops = 0.259242693060081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001071163 Relative Rsd = 4.69632856280651e-07
BICGSTAB_SOLVER_TIME: 0.584813 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041572 s
InvBiCGStab: k = 61 resid = 2.162721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233075(s) Flops=403236864 => 1730.07342700847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249061.990876897 Mflops = 249.061990876897 Gflops = 0.249061990876897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057469 s
InvBiCGStab: k = 70 resid = 1.116445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259419(s) Flops=462292992 => 1782.03212563459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256565.284758491 Mflops = 256.565284758491 Gflops = 0.256565284758491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001016522 Relative Rsd = 4.45676345104728e-07
BICGSTAB_SOLVER_TIME: 0.595372 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041473 s
InvBiCGStab: k = 61 resid = 2.202871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223132(s) Flops=403236864 => 1807.16734489002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260181.051150963 Mflops = 260.181051150963 Gflops = 0.260181051150963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 78 resid = 8.89075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286045(s) Flops=514787328 => 1799.67252704994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.861002728 Mflops = 259.103861002728 Gflops = 0.259103861002728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001117899 Relative Rsd = 4.90123019305344e-07
BICGSTAB_SOLVER_TIME: 0.610855 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 62 resid = 1.729175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227107(s) Flops=409798656 => 1804.42987666606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259778.262881703 Mflops = 259.778262881703 Gflops = 0.259778262881703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069853 s
InvBiCGStab: k = 67 resid = 9.943795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287473(s) Flops=442607616 => 1539.64934446018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221669.023270853 Mflops = 221.669023270853 Gflops = 0.221669023270853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001074964 Relative Rsd = 4.71299167616946e-07
BICGSTAB_SOLVER_TIME: 0.629687 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106188
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927836(s) Flops=1247404032 => 1344.42297130096 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193603.66960989 Mflops = 193.60366960989 Gflops = 0.19360366960989 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137802000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044156 s
InvBiCGStab: k = 31 resid = 2.11206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12298(s) Flops=206383104 => 1678.18429012848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241546.897592307 Mflops = 241.546897592307 Gflops = 0.241546897592307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059613 s
InvBiCGStab: k = 43 resid = 1.053286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170401(s) Flops=285124608 => 1673.25665929191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240893.276345241 Mflops = 240.893276345241 Gflops = 0.240893276345241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007156531 Relative Rsd = 3.13765577356147e-07
BICGSTAB_SOLVER_TIME: 0.40102 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041897 s
InvBiCGStab: k = 66 resid = 1.846387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245313(s) Flops=436045824 => 1777.50801628939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255934.927206646 Mflops = 255.934927206646 Gflops = 0.255934927206646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057561 s
InvBiCGStab: k = 78 resid = 1.143864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287207(s) Flops=514787328 => 1792.39129965495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258051.841905035 Mflops = 258.051841905035 Gflops = 0.258051841905035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00111971 Relative Rsd = 4.90917205735729e-07
BICGSTAB_SOLVER_TIME: 0.635655 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 72 resid = 8.119155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264027(s) Flops=475416576 => 1800.63620766058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259241.886065083 Mflops = 259.241886065083 Gflops = 0.259241886065083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 74 resid = 1.012511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270232(s) Flops=488540160 => 1807.85458420912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260290.050298532 Mflops = 260.290050298532 Gflops = 0.260290050298532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00106117 Relative Rsd = 4.6525161148645e-07
BICGSTAB_SOLVER_TIME: 0.635107 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040612 s
InvBiCGStab: k = 67 resid = 2.226424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24576(s) Flops=442607616 => 1800.975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.852823907 Mflops = 259.289852823907 Gflops = 0.259289852823907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057453 s
InvBiCGStab: k = 92 resid = 9.059664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338397(s) Flops=606652416 => 1792.72397804945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258111.474743471 Mflops = 258.111474743471 Gflops = 0.258111474743472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001154964 Relative Rsd = 5.06373931536437e-07
BICGSTAB_SOLVER_TIME: 0.6859 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 64 resid = 1.972275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233826(s) Flops=422922240 => 1808.70493443843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260397.944733346 Mflops = 260.397944733346 Gflops = 0.260397944733346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 72 resid = 9.022746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264597(s) Flops=475416576 => 1796.7572421456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258679.707484515 Mflops = 258.679707484515 Gflops = 0.258679707484515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001074857 Relative Rsd = 4.71252057457869e-07
BICGSTAB_SOLVER_TIME: 0.599209 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111178
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.787575(s) Flops=1253302272 => 1591.3433920579 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229224.638917948 Mflops = 229.224638917948 Gflops = 0.229224638917948 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138433000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.464501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.226471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916597(s) Flops=1387505664 => 1513.75758812215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217951.174129817 Mflops = 217.951174129817 Gflops = 0.217951174129817 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 9.321989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873726(s) Flops=1499056128 => 1715.70507001051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247057.4359117 Mflops = 247.0574359117 Gflops = 0.2470574359117 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002013935 Relative Rsd = 8.86215609308418e-07
BICGSTAB_SOLVER_TIME: 1.793624 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312895999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.137117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.608368(s) Flops=1098786816 => 1806.1219788023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259979.121206717 Mflops = 259.979121206717 Gflops = 0.259979121206717 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.13185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786865(s) Flops=1426876416 => 1813.36876846727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261117.94723452 Mflops = 261.11794723452 Gflops = 0.26111794723452 Tflops
BICGSTAB_SOLVER: 384 iterations. Rsd = 0.00205037 Relative Rsd = 9.00273344605374e-07
BICGSTAB_SOLVER_TIME: 1.398629 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274158999999997
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.785943(s) Flops=1253302272 => 1594.64779506911 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229620.801924328 Mflops = 229.620801924328 Gflops = 0.229620801924328 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138637
CLOV_LINOP: Time spent in clov deriv (total) = 1.401431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043811 s
InvBiCGStab: k = 30 resid = 1.73062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111904(s) Flops=199821312 => 1785.64941378324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257040.903327531 Mflops = 257.040903327531 Gflops = 0.257040903327531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 64 resid = 6.958856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234166(s) Flops=422922240 => 1806.07876463705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.153344916 Mflops = 260.002153344916 Gflops = 0.260002153344916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.00076523 Relative Rsd = 3.35501684143829e-07
BICGSTAB_SOLVER_TIME: 0.449592 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040599 s
InvBiCGStab: k = 79 resid = 1.707833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29046(s) Flops=521349120 => 1794.90848998141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258424.339139779 Mflops = 258.424339139779 Gflops = 0.258424339139779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057013 s
InvBiCGStab: k = 101 resid = 8.645081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370415(s) Flops=665708544 => 1797.19650662095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258761.062886532 Mflops = 258.761062886532 Gflops = 0.258761062886532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001254975 Relative Rsd = 5.50221750377946e-07
BICGSTAB_SOLVER_TIME: 0.762215 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041372 s
InvBiCGStab: k = 73 resid = 8.967665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295643(s) Flops=481978368 => 1630.27153695504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234729.438067378 Mflops = 234.729438067378 Gflops = 0.234729438067378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063088 s
InvBiCGStab: k = 76 resid = 1.017169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339037(s) Flops=501663744 => 1479.67255491289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213038.597830174 Mflops = 213.038597830174 Gflops = 0.213038597830174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00107728 Relative Rsd = 4.72314409409155e-07
BICGSTAB_SOLVER_TIME: 0.742972 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04555 s
InvBiCGStab: k = 65 resid = 1.842366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278293(s) Flops=429484032 => 1543.28003938295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222192.582586645 Mflops = 222.192582586645 Gflops = 0.222192582586645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062199 s
InvBiCGStab: k = 73 resid = 1.116766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315202(s) Flops=481978368 => 1529.10948534591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220150.281625121 Mflops = 220.150281625121 Gflops = 0.220150281625121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001149756 Relative Rsd = 5.0409023722701e-07
BICGSTAB_SOLVER_TIME: 0.705568 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112802
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047507 s
InvBiCGStab: k = 58 resid = 1.98102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245124(s) Flops=383551488 => 1564.72433543839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225279.413364672 Mflops = 225.279413364672 Gflops = 0.225279413364672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 73 resid = 1.098133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274607(s) Flops=481978368 => 1755.15688966414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252695.585083943 Mflops = 252.695585083943 Gflops = 0.252695585083943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001093755 Relative Rsd = 4.79537575825708e-07
BICGSTAB_SOLVER_TIME: 0.627417 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107538
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.796953(s) Flops=1253523456 => 1572.89508415176 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226526.998934499 Mflops = 226.526998934499 Gflops = 0.226526998934499 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138462000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 26 resid = 2.252807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096501(s) Flops=173574144 => 1798.67715360463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258874.430463643 Mflops = 258.874430463643 Gflops = 0.258874430463643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 53 resid = 1.037922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194459(s) Flops=350742528 => 1803.68369682041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259654.444541204 Mflops = 259.654444541204 Gflops = 0.259654444541204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007438319 Relative Rsd = 3.26120076213489e-07
BICGSTAB_SOLVER_TIME: 0.391855 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 82 resid = 8.605348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299664(s) Flops=541034496 => 1805.47044690053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259946.329315376 Mflops = 259.946329315376 Gflops = 0.259946329315376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 100 resid = 7.21891e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365466(s) Flops=659146752 => 1803.57886096107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.156995774 Mflops = 259.665156995774 Gflops = 0.259665156995774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001286137 Relative Rsd = 5.63884053792213e-07
BICGSTAB_SOLVER_TIME: 0.765852 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 63 resid = 2.134806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230671(s) Flops=416360448 => 1804.99693502868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.278104931 Mflops = 259.863278104931 Gflops = 0.259863278104931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 79 resid = 1.026345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299706(s) Flops=521349120 => 1739.53514444155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250445.90552394 Mflops = 250.44590552394 Gflops = 0.25044590552394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00111678 Relative Rsd = 4.89632420335624e-07
BICGSTAB_SOLVER_TIME: 0.631515 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11555
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041749 s
InvBiCGStab: k = 69 resid = 1.340472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252795(s) Flops=455731200 => 1802.76983326411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.424842501 Mflops = 259.545424842501 Gflops = 0.259545424842501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056632 s
InvBiCGStab: k = 111 resid = 5.326988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418432(s) Flops=731326464 => 1747.77852554298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251645.86543406 Mflops = 251.64586543406 Gflops = 0.25164586543406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001217813 Relative Rsd = 5.33928627852643e-07
BICGSTAB_SOLVER_TIME: 0.773513 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041955 s
InvBiCGStab: k = 67 resid = 2.280809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247291(s) Flops=442607616 => 1789.82500778435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257675.154582116 Mflops = 257.675154582116 Gflops = 0.257675154582116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058309 s
InvBiCGStab: k = 78 resid = 9.998689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320919(s) Flops=514787328 => 1604.10361493087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230958.665070702 Mflops = 230.958665070702 Gflops = 0.230958665070702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001135916 Relative Rsd = 4.98022418113682e-07
BICGSTAB_SOLVER_TIME: 0.672346 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117625
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942494(s) Flops=1253523456 => 1330.00682869069 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191524.2533632 Mflops = 191.5242533632 Gflops = 0.1915242533632 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138208000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 28 resid = 1.666166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104485(s) Flops=186697728 => 1786.83761305451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257208.628697182 Mflops = 257.208628697182 Gflops = 0.257208628697182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057245 s
InvBiCGStab: k = 61 resid = 1.128427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225035(s) Flops=403236864 => 1791.88510231742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257970.880979727 Mflops = 257.970880979727 Gflops = 0.257970880979727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.000761371 Relative Rsd = 3.33809801637764e-07
BICGSTAB_SOLVER_TIME: 0.431658 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04082 s
InvBiCGStab: k = 62 resid = 2.230321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227608(s) Flops=409798656 => 1800.45805068363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259203.609309252 Mflops = 259.203609309252 Gflops = 0.259203609309252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 87 resid = 8.583694e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318821(s) Flops=573843456 => 1799.89227811217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259134.862752366 Mflops = 259.134862752366 Gflops = 0.259134862752366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001092148 Relative Rsd = 4.78833067130426e-07
BICGSTAB_SOLVER_TIME: 0.646922 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040867 s
InvBiCGStab: k = 58 resid = 1.979193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217336(s) Flops=383551488 => 1764.78580630913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254076.321973159 Mflops = 254.076321973159 Gflops = 0.254076321973159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058747 s
InvBiCGStab: k = 66 resid = 9.808932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2587(s) Flops=436045824 => 1685.52695786625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242655.239149735 Mflops = 242.655239149735 Gflops = 0.242655239149735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00102215 Relative Rsd = 4.48143631225858e-07
BICGSTAB_SOLVER_TIME: 0.579599 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102775
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04199 s
InvBiCGStab: k = 61 resid = 1.988782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2253(s) Flops=403236864 => 1789.77747003995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257670.382900473 Mflops = 257.670382900473 Gflops = 0.257670382900473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057069 s
InvBiCGStab: k = 76 resid = 1.010504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279281(s) Flops=501663744 => 1796.26879021487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258609.429762276 Mflops = 258.609429762276 Gflops = 0.258609429762276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001124409 Relative Rsd = 4.92977241630121e-07
BICGSTAB_SOLVER_TIME: 0.607369 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 67 resid = 2.185346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245594(s) Flops=442607616 => 1802.19230111485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.567267477 Mflops = 259.462567267477 Gflops = 0.259462567267477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 74 resid = 1.109177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271023(s) Flops=488540160 => 1802.57823136782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259512.317606177 Mflops = 259.512317606177 Gflops = 0.259512317606177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001073361 Relative Rsd = 4.7059644533073e-07
BICGSTAB_SOLVER_TIME: 0.617076 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114786
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.789188(s) Flops=1253376000 => 1588.18431096266 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228862.533104572 Mflops = 228.862533104572 Gflops = 0.228862533104572 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138712000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061062 s
InvBiCGStab: k = 29 resid = 1.816773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128371(s) Flops=193259520 => 1505.47647054241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216738.279045255 Mflops = 216.738279045255 Gflops = 0.216738279045255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07047 s
InvBiCGStab: k = 54 resid = 1.111538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241185(s) Flops=357304320 => 1481.4533242117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213269.58665786 Mflops = 213.269586657859 Gflops = 0.21326958665786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007517632 Relative Rsd = 3.29597423540538e-07
BICGSTAB_SOLVER_TIME: 0.506736 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045991 s
InvBiCGStab: k = 62 resid = 2.121159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273061(s) Flops=409798656 => 1500.75864367303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216076.64711744 Mflops = 216.07664711744 Gflops = 0.21607664711744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077369 s
InvBiCGStab: k = 80 resid = 1.01772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362496(s) Flops=527910912 => 1456.32203389831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209679.045254721 Mflops = 209.679045254721 Gflops = 0.209679045254721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001100716 Relative Rsd = 4.82589630194455e-07
BICGSTAB_SOLVER_TIME: 0.762577 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041634 s
InvBiCGStab: k = 65 resid = 1.704749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240035(s) Flops=429484032 => 1789.25586685275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257599.707863306 Mflops = 257.599707863306 Gflops = 0.257599707863306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057012 s
InvBiCGStab: k = 77 resid = 1.023304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286577(s) Flops=508225536 => 1773.43449055577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255308.882208759 Mflops = 255.308882208759 Gflops = 0.255308882208759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001091738 Relative Rsd = 4.78653558539445e-07
BICGSTAB_SOLVER_TIME: 0.629468 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 80 resid = 5.939942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296091(s) Flops=527910912 => 1782.93467886562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256697.66873637 Mflops = 256.69766873637 Gflops = 0.25669766873637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 83 resid = 7.070075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304874(s) Flops=547596288 => 1796.13967737492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258587.291659849 Mflops = 258.587291659849 Gflops = 0.258587291659849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001121216 Relative Rsd = 4.91577309405662e-07
BICGSTAB_SOLVER_TIME: 0.702698 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 66 resid = 1.159519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241199(s) Flops=436045824 => 1807.82600259537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260271.267369181 Mflops = 260.271267369181 Gflops = 0.260271267369181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05662 s
InvBiCGStab: k = 84 resid = 8.09725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307948(s) Flops=554158080 => 1799.51836024264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259085.656232903 Mflops = 259.085656232903 Gflops = 0.259085656232903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001088284 Relative Rsd = 4.77139143014e-07
BICGSTAB_SOLVER_TIME: 0.65045 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121149
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.784155(s) Flops=1247256576 => 1590.57402681868 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229046.844846128 Mflops = 229.046844846128 Gflops = 0.229046844846128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137841000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.800522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.687496(s) Flops=1236584448 => 1798.67875304002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258944.668483521 Mflops = 258.944668483521 Gflops = 0.258944668483521 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.149853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870985(s) Flops=1525303296 => 1751.23945418119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252175.105586958 Mflops = 252.175105586958 Gflops = 0.252175105586958 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001989201 Relative Rsd = 8.75318167959293e-07
BICGSTAB_SOLVER_TIME: 1.561973 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.125751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299445999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.148922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847065(s) Flops=1269393408 => 1498.57851286501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215731.348430068 Mflops = 215.731348430068 Gflops = 0.215731348430068 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.088605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810055(s) Flops=1262831616 => 1558.94552345211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224482.895867612 Mflops = 224.482895867612 Gflops = 0.224482895867612 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002002353 Relative Rsd = 8.79164737278729e-07
BICGSTAB_SOLVER_TIME: 1.66061 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.155649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.130481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276217999999998
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.802767(s) Flops=1247256576 => 1553.69687094761 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223726.23380467 Mflops = 223.72623380467 Gflops = 0.22372623380467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137781
CLOV_LINOP: Time spent in clov deriv (total) = 1.417071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 26 resid = 2.247445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097009(s) Flops=173574144 => 1789.25815130555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257528.84676037 Mflops = 257.52884676037 Gflops = 0.25752884676037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 56 resid = 8.412375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206307(s) Flops=370427904 => 1795.51786415391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258475.755046787 Mflops = 258.475755046787 Gflops = 0.258475755046787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007347672 Relative Rsd = 3.22145800924602e-07
BICGSTAB_SOLVER_TIME: 0.404423 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041961 s
InvBiCGStab: k = 82 resid = 2.109957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310888(s) Flops=541034496 => 1740.28748616865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250554.710092407 Mflops = 250.554710092407 Gflops = 0.250554710092407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058772 s
InvBiCGStab: k = 94 resid = 1.135127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346993(s) Flops=619776000 => 1786.13401423083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257157.694636989 Mflops = 257.157694636989 Gflops = 0.257157694636989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001280713 Relative Rsd = 5.61506088124372e-07
BICGSTAB_SOLVER_TIME: 0.762464 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040572 s
InvBiCGStab: k = 56 resid = 2.104329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204824(s) Flops=370427904 => 1808.51806428934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260363.785018436 Mflops = 260.363785018436 Gflops = 0.260363785018436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 77 resid = 7.996483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281675(s) Flops=508225536 => 1804.29763379782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.263756063 Mflops = 259.758263756063 Gflops = 0.259758263756063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001040717 Relative Rsd = 4.56284246298334e-07
BICGSTAB_SOLVER_TIME: 0.587134 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 71 resid = 1.600531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260391(s) Flops=468854784 => 1800.57983570861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259235.723236469 Mflops = 259.235723236469 Gflops = 0.259235723236469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056519 s
InvBiCGStab: k = 72 resid = 1.068278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278808(s) Flops=475416576 => 1705.17551863648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245497.316892107 Mflops = 245.497316892107 Gflops = 0.245497316892107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001119035 Relative Rsd = 4.90621478474954e-07
BICGSTAB_SOLVER_TIME: 0.640858 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116394
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 63 resid = 1.724238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230648(s) Flops=416360448 => 1805.17692761264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.884483185 Mflops = 259.885884483185 Gflops = 0.259885884483185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056197 s
InvBiCGStab: k = 80 resid = 1.127301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292279(s) Flops=527910912 => 1806.18830637849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260041.058173397 Mflops = 260.041058173397 Gflops = 0.260041058173397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001140845 Relative Rsd = 5.00183717881974e-07
BICGSTAB_SOLVER_TIME: 0.624086 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116222
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846215(s) Flops=1241063424 => 1466.60532370615 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211197.349182906 Mflops = 211.197349182906 Gflops = 0.211197349182906 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137048000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043121 s
InvBiCGStab: k = 27 resid = 2.110285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110555(s) Flops=180135936 => 1629.37846320836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234516.319417128 Mflops = 234.516319417128 Gflops = 0.234516319417128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059327 s
InvBiCGStab: k = 59 resid = 8.225452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224036(s) Flops=390113280 => 1741.29729150672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250679.255135102 Mflops = 250.679255135102 Gflops = 0.250679255135102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007591375 Relative Rsd = 3.32830543228165e-07
BICGSTAB_SOLVER_TIME: 0.440737 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042124 s
InvBiCGStab: k = 79 resid = 1.776858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293557(s) Flops=521349120 => 1775.97236652507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255701.93679311 Mflops = 255.70193679311 Gflops = 0.25570193679311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057365 s
InvBiCGStab: k = 89 resid = 8.4487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32826(s) Flops=586967040 => 1788.11624931457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257437.682251886 Mflops = 257.437682251886 Gflops = 0.257437682251886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001259239 Relative Rsd = 5.52091252985409e-07
BICGSTAB_SOLVER_TIME: 0.725069 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041143 s
InvBiCGStab: k = 57 resid = 2.210056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209255(s) Flops=376989696 => 1801.58034933454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259360.778084105 Mflops = 259.360778084105 Gflops = 0.259360778084105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 86 resid = 4.378589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314105(s) Flops=567281664 => 1806.0255774343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260026.18242653 Mflops = 260.02618242653 Gflops = 0.26002618242653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001045455 Relative Rsd = 4.58361431719757e-07
BICGSTAB_SOLVER_TIME: 0.624362 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 76 resid = 1.349351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278982(s) Flops=501663744 => 1798.19394799664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258894.012213245 Mflops = 258.894012213245 Gflops = 0.258894012213245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056201 s
InvBiCGStab: k = 82 resid = 9.740927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300214(s) Flops=541034496 => 1802.16277721892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259472.366892826 Mflops = 259.472366892826 Gflops = 0.259472366892826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001169302 Relative Rsd = 5.12660100877862e-07
BICGSTAB_SOLVER_TIME: 0.680095 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041057 s
InvBiCGStab: k = 60 resid = 1.478389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219993(s) Flops=396675072 => 1803.12588127804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259582.902195435 Mflops = 259.582902195435 Gflops = 0.259582902195435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 70 resid = 1.010235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256056(s) Flops=462292992 => 1805.43706064298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.413419656 Mflops = 259.933413419656 Gflops = 0.259933413419656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001101704 Relative Rsd = 4.83022706792258e-07
BICGSTAB_SOLVER_TIME: 0.577073 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106966
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.77918(s) Flops=1240915968 => 1592.59217125696 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229327.333365712 Mflops = 229.327333365712 Gflops = 0.229327333365712 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137108
CLOV_LINOP: Time spent in clov deriv (total) = 1.399618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041548 s
InvBiCGStab: k = 31 resid = 2.16461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13212(s) Flops=206383104 => 1562.08828337875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224835.937735727 Mflops = 224.835937735727 Gflops = 0.224835937735727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07051 s
InvBiCGStab: k = 49 resid = 1.142593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218126(s) Flops=324495360 => 1487.65099071179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214160.031543505 Mflops = 214.160031543505 Gflops = 0.214160031543505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000751978 Relative Rsd = 3.29691567298304e-07
BICGSTAB_SOLVER_TIME: 0.466427 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712390000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049025 s
InvBiCGStab: k = 59 resid = 2.151555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251864(s) Flops=390113280 => 1548.90448813645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222997.313046923 Mflops = 222.997313046923 Gflops = 0.222997313046923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065977 s
InvBiCGStab: k = 86 resid = 1.11903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375684(s) Flops=567281664 => 1509.99686970965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217403.369339593 Mflops = 217.403369339593 Gflops = 0.217403369339593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001116982 Relative Rsd = 4.89721281426581e-07
BICGSTAB_SOLVER_TIME: 0.746348 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047525 s
InvBiCGStab: k = 56 resid = 2.13087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241743(s) Flops=370427904 => 1532.32111788139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220613.415140769 Mflops = 220.613415140769 Gflops = 0.220613415140769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079951 s
InvBiCGStab: k = 74 resid = 1.133957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318448(s) Flops=488540160 => 1534.12852333819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220865.914250102 Mflops = 220.865914250102 Gflops = 0.220865914250102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001041036 Relative Rsd = 4.56423994527536e-07
BICGSTAB_SOLVER_TIME: 0.691344 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041642 s
InvBiCGStab: k = 63 resid = 1.994595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231822(s) Flops=416360448 => 1796.03509589254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258578.434192159 Mflops = 258.578434192159 Gflops = 0.258578434192159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 78 resid = 1.067424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286436(s) Flops=514787328 => 1797.21588068539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258749.942582108 Mflops = 258.749942582108 Gflops = 0.258749942582108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001105649 Relative Rsd = 4.84752614291295e-07
BICGSTAB_SOLVER_TIME: 0.619946 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 61 resid = 2.035376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224901(s) Flops=403236864 => 1792.95273920525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258126.046583083 Mflops = 258.126046583083 Gflops = 0.258126046583083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057046 s
InvBiCGStab: k = 73 resid = 1.131621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266755(s) Flops=481978368 => 1806.82037075219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260123.96362865 Mflops = 260.12396362865 Gflops = 0.26012396362865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001083283 Relative Rsd = 4.74946453486409e-07
BICGSTAB_SOLVER_TIME: 0.593511 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109795
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.785479(s) Flops=1234796544 => 1572.02998934408 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226371.109825352 Mflops = 226.371109825352 Gflops = 0.226371109825352 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136411000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 24 resid = 2.132055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089324(s) Flops=160450560 => 1796.27602883883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.53579502 Mflops = 258.52253579502 Gflops = 0.25852253579502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 57 resid = 9.19565e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208922(s) Flops=376989696 => 1804.45188156345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.981169311 Mflops = 259.768981169311 Gflops = 0.259768981169311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007661927 Relative Rsd = 3.35923761565813e-07
BICGSTAB_SOLVER_TIME: 0.399346 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042052 s
InvBiCGStab: k = 63 resid = 2.138817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242638(s) Flops=416360448 => 1715.97378811233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247041.477078581 Mflops = 247.041477078581 Gflops = 0.247041477078581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 80 resid = 1.063487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292581(s) Flops=527910912 => 1804.32397182319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.168501214 Mflops = 259.771168501214 Gflops = 0.259771168501214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001097962 Relative Rsd = 4.81382272867286e-07
BICGSTAB_SOLVER_TIME: 0.637414 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 60 resid = 2.187634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220159(s) Flops=396675072 => 1801.76632342988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.473504667 Mflops = 259.407473504667 Gflops = 0.259407473504667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 74 resid = 9.932463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270144(s) Flops=488540160 => 1808.44349680171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260358.398525387 Mflops = 260.358398525387 Gflops = 0.260358398525387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001057255 Relative Rsd = 4.63534770293723e-07
BICGSTAB_SOLVER_TIME: 0.591683 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 63 resid = 1.494332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274821(s) Flops=416360448 => 1515.02413571015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218129.85849283 Mflops = 218.12985849283 Gflops = 0.21812985849283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075315 s
InvBiCGStab: k = 87 resid = 5.55976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380895(s) Flops=573843456 => 1506.56599850352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216916.396551633 Mflops = 216.916396551633 Gflops = 0.216916396551633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00109808 Relative Rsd = 4.81434027689935e-07
BICGSTAB_SOLVER_TIME: 0.776548 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04938 s
InvBiCGStab: k = 56 resid = 2.128049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252747(s) Flops=370427904 => 1465.60752056404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211020.719777455 Mflops = 211.020719777455 Gflops = 0.211020719777455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070351 s
InvBiCGStab: k = 72 resid = 1.143743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333212(s) Flops=475416576 => 1426.76907194219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205417.633932443 Mflops = 205.417633932443 Gflops = 0.205417633932443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00108924 Relative Rsd = 4.77558132500312e-07
BICGSTAB_SOLVER_TIME: 0.709696 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105529
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.844232(s) Flops=1234649088 => 1462.45236854324 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210588.221650498 Mflops = 210.588221650498 Gflops = 0.210588221650498 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136274000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.250502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722232(s) Flops=1308764160 => 1812.1104575815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260902.967107651 Mflops = 260.902967107651 Gflops = 0.26090296710765 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.105918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837125(s) Flops=1518741504 => 1814.23503538898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261243.256915132 Mflops = 261.243256915132 Gflops = 0.261243256915132 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002009085 Relative Rsd = 8.84047899871854e-07
BICGSTAB_SOLVER_TIME: 1.562685 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306597999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.743004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.656266(s) Flops=1190651904 => 1814.28247692247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261170.992976348 Mflops = 261.170992976348 Gflops = 0.261170992976348 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.148415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745618(s) Flops=1295640576 => 1737.67341453667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250222.307955515 Mflops = 250.222307955515 Gflops = 0.250222307955515 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001904421 Relative Rsd = 8.36150934793785e-07
BICGSTAB_SOLVER_TIME: 1.405415 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269650999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 287 resid = 2.06569e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.09804(s) Flops=1886201856 => 1717.78974900732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247369.724002394 Mflops = 247.369724002394 Gflops = 0.247369724002394 Tflops
InvBiCGStab: k = 343 resid = 6.990424e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.57506(s) Flops=2253662208 => 1430.84213172831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206039.623621787 Mflops = 206.039623621787 Gflops = 0.206039623621787 Tflops
BICGSTAB_SOLVER: 630 iterations. Rsd = 0.001991125 Relative Rsd = 8.76145111776144e-07
BICGSTAB_SOLVER_TIME: 2.678478 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.449678
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 266 resid = 1.709512e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.073094(s) Flops=1748404224 => 1629.31134085178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234630.946613826 Mflops = 234.630946613826 Gflops = 0.234630946613826 Tflops
InvBiCGStab: k = 310 resid = 7.598629e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.139554(s) Flops=2037123072 => 1787.64944179916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257416.684902837 Mflops = 257.416684902837 Gflops = 0.257416684902837 Tflops
BICGSTAB_SOLVER: 576 iterations. Rsd = 0.001906193 Relative Rsd = 8.36928977699937e-07
BICGSTAB_SOLVER_TIME: 2.217442 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.411306999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 212 resid = 2.213874e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80502(s) Flops=1394067456 => 1731.71779086234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249305.023945858 Mflops = 249.305023945858 Gflops = 0.249305023945858 Tflops
InvBiCGStab: k = 230 resid = 1.008313e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849767(s) Flops=1512179712 => 1779.5227538843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256246.537638956 Mflops = 256.246537638956 Gflops = 0.256246537638956 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.001787831 Relative Rsd = 7.83843121893528e-07
BICGSTAB_SOLVER_TIME: 1.659428 sec
2Flav::invert,  n_count = 442
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314716000000002
MInvCG2: 294 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.191564(s) Flops=1903896576 => 1597.81310613614 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230091.766856947 Mflops = 230.091766856947 Gflops = 0.230091766856947 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.211109000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.186895740916498
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 459.249783 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.059827 secs
Doing Update: 2709 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 263 resid = 2.154291e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973963(s) Flops=1728718848 => 1774.93277260019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255591.042237222 Mflops = 255.591042237222 Gflops = 0.255591042237222 Tflops
InvBiCGStab: k = 271 resid = 1.043421e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993153(s) Flops=1781213184 => 1793.4932321606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258258.704087155 Mflops = 258.258704087155 Gflops = 0.258258704087155 Tflops
BICGSTAB_SOLVER: 534 iterations. Rsd = 0.001981565 Relative Rsd = 8.71768545561721e-07
BICGSTAB_SOLVER_TIME: 1.971972 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.383689999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000527
InvBiCGStab: k = 209 resid = 2.090243e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8008(s) Flops=1374382080 => 1716.26133866134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247134.360449071 Mflops = 247.134360449071 Gflops = 0.247134360449071 Tflops
InvBiCGStab: k = 252 resid = 1.079762e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.142704(s) Flops=1656539136 => 1449.6659992439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208749.229661081 Mflops = 208.749229661081 Gflops = 0.208749229661081 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.001809441 Relative Rsd = 7.94698785786426e-07
BICGSTAB_SOLVER_TIME: 1.948836 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331419999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00037
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 309 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.404179(s) Flops=1994434560 => 1420.35635057924 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204539.206903455 Mflops = 204.539206903455 Gflops = 0.204539206903455 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.221371000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 266 resid = 1.9352e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.981786(s) Flops=1748404224 => 1780.84045199259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256450.018334198 Mflops = 256.450018334198 Gflops = 0.256450018334198 Tflops
InvBiCGStab: k = 372 resid = 1.146765e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.364165(s) Flops=2443954176 => 1791.53854262498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257977.619535245 Mflops = 257.977619535245 Gflops = 0.257977619535245 Tflops
BICGSTAB_SOLVER: 638 iterations. Rsd = 0.002168618 Relative Rsd = 9.54060572713386e-07
BICGSTAB_SOLVER_TIME: 2.350549 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.455479999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 275 resid = 2.259374e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.007666(s) Flops=1807460352 => 1793.70977288109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258337.773623019 Mflops = 258.337773623019 Gflops = 0.258337773623019 Tflops
InvBiCGStab: k = 283 resid = 1.050988e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.065118(s) Flops=1859954688 => 1746.24284633252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251456.543465215 Mflops = 251.456543465215 Gflops = 0.251456543465215 Tflops
BICGSTAB_SOLVER: 558 iterations. Rsd = 0.001942012 Relative Rsd = 8.52923817255102e-07
BICGSTAB_SOLVER_TIME: 2.077593 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.398665999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 215 resid = 1.61771e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802251(s) Flops=1413752832 => 1762.23255813953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253683.620031855 Mflops = 253.683620031855 Gflops = 0.253683620031855 Tflops
InvBiCGStab: k = 257 resid = 1.069401e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.942296(s) Flops=1689348096 => 1792.79981661813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.540450437 Mflops = 258.160540450437 Gflops = 0.258160540450437 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.001838633 Relative Rsd = 8.05598057493174e-07
BICGSTAB_SOLVER_TIME: 1.749124 sec
2Flav::invert,  n_count = 472
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336384000000002
MInvCG2: 291 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.364411(s) Flops=1884874752 => 1381.45672528292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198932.343286948 Mflops = 198.932343286948 Gflops = 0.198932343286948 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208752000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.645451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82015(s) Flops=1177528320 => 1435.7475096019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206694.662138393 Mflops = 206.694662138393 Gflops = 0.206694662138393 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 8.172038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902864(s) Flops=1630291968 => 1805.6894150171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.3759607 Mflops = 260.0143759607 Gflops = 0.2600143759607 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002196046 Relative Rsd = 9.66126987340347e-07
BICGSTAB_SOLVER_TIME: 1.726385 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.114271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304366999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.413202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749161(s) Flops=1295640576 => 1729.45545216582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249036.8034288 Mflops = 249.0368034288 Gflops = 0.2490368034288 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.101859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747508(s) Flops=1341573120 => 1794.72744104411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258435.788853707 Mflops = 258.435788853707 Gflops = 0.258435788853707 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.00194627 Relative Rsd = 8.54793762798526e-07
BICGSTAB_SOLVER_TIME: 1.49998 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286085999999998
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.768396(s) Flops=1221967872 => 1590.28400980744 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228997.035747743 Mflops = 228.997035747743 Gflops = 0.228997035747743 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135023
CLOV_LINOP: Time spent in clov deriv (total) = 1.376032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.1e-05 s
InvBiCGStab: k = 159 resid = 2.166901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.582458(s) Flops=1046292480 => 1796.33978758983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258516.622930324 Mflops = 258.516622930325 Gflops = 0.258516622930325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3.6e-05 s
InvBiCGStab: k = 170 resid = 9.519663e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.620981(s) Flops=1118472192 => 1801.1375420504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.561522492 Mflops = 259.357561522492 Gflops = 0.259357561522492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 329 iterations. Rsd = 0.00177068 Relative Rsd = 7.75824804485098e-07
BICGSTAB_SOLVER_TIME: 1.207134 sec
2Flav::invert,  n_count = 329
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.236325999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000106 s
InvBiCGStab: k = 119 resid = 2.062172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.501077(s) Flops=783820800 => 1564.27215777216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225395.570612177 Mflops = 225.395570612177 Gflops = 0.225395570612177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000114 s
InvBiCGStab: k = 147 resid = 1.006737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.675748(s) Flops=967550976 => 1431.82218223361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206176.436191966 Mflops = 206.176436191966 Gflops = 0.206176436191966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 266 iterations. Rsd = 0.001556863 Relative Rsd = 6.82140439918687e-07
BICGSTAB_SOLVER_TIME: 1.180699 sec
2Flav::invert,  n_count = 266
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191031999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00568 s
InvBiCGStab: k = 101 resid = 2.122059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444461(s) Flops=665708544 => 1497.78843138093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215662.388111322 Mflops = 215.662388111322 Gflops = 0.215662388111322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007554 s
InvBiCGStab: k = 114 resid = 9.613848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.490705(s) Flops=751011840 => 1530.47521423258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220363.625695011 Mflops = 220.363625695011 Gflops = 0.220363625695011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001385864 Relative Rsd = 6.07217023782292e-07
BICGSTAB_SOLVER_TIME: 0.952082 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157189999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008227 s
InvBiCGStab: k = 92 resid = 2.109039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352119(s) Flops=606652416 => 1722.86191883994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248046.244758112 Mflops = 248.046244758112 Gflops = 0.248046244758112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011257 s
InvBiCGStab: k = 107 resid = 7.385801e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404307(s) Flops=705079296 => 1743.92057520646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251089.250092929 Mflops = 251.089250092929 Gflops = 0.251089250092929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001337654 Relative Rsd = 5.86094022324888e-07
BICGSTAB_SOLVER_TIME: 0.779471 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146612
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011872 s
InvBiCGStab: k = 88 resid = 9.97689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335294(s) Flops=580405248 => 1731.03380316976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249230.096477695 Mflops = 249.230096477695 Gflops = 0.249230096477695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015292 s
InvBiCGStab: k = 100 resid = 9.588392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375424(s) Flops=659146752 => 1755.73951585407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252785.482486196 Mflops = 252.785482486196 Gflops = 0.252785482486196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001285111 Relative Rsd = 5.63072166499977e-07
BICGSTAB_SOLVER_TIME: 0.741495 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139998
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.781862(s) Flops=1215774720 => 1554.97353752964 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223920.491613727 Mflops = 223.920491613727 Gflops = 0.223920491613727 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134181
CLOV_LINOP: Time spent in clov deriv (total) = 1.39804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.015203 s
InvBiCGStab: k = 30 resid = 1.757345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111903(s) Flops=199821312 => 1785.66537090158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257030.204401689 Mflops = 257.030204401689 Gflops = 0.257030204401689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019945 s
InvBiCGStab: k = 50 resid = 1.074612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188694(s) Flops=331057152 => 1754.46570638176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252577.863087548 Mflops = 252.577863087548 Gflops = 0.252577863087548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007468222 Relative Rsd = 3.27220651439376e-07
BICGSTAB_SOLVER_TIME: 0.339441 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0639610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017834 s
InvBiCGStab: k = 89 resid = 1.781508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335069(s) Flops=586967040 => 1751.77960360403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252227.370481446 Mflops = 252.227370481446 Gflops = 0.252227370481446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024129 s
InvBiCGStab: k = 109 resid = 8.777416e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413668(s) Flops=718202880 => 1736.18186565072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249967.952663934 Mflops = 249.967952663934 Gflops = 0.249967952663934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001334327 Relative Rsd = 5.84636229383653e-07
BICGSTAB_SOLVER_TIME: 0.794387 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149046999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020401 s
InvBiCGStab: k = 56 resid = 2.166203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218257(s) Flops=370427904 => 1697.20972981393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244377.534507333 Mflops = 244.377534507333 Gflops = 0.244377534507333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.02878 s
InvBiCGStab: k = 79 resid = 9.276273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303542(s) Flops=521349120 => 1717.55183796641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247276.827243004 Mflops = 247.276827243004 Gflops = 0.247276827243004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001089635 Relative Rsd = 4.77424229822418e-07
BICGSTAB_SOLVER_TIME: 0.57468 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105513
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.02723 s
InvBiCGStab: k = 72 resid = 1.290412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321861(s) Flops=475416576 => 1477.0866181364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212693.741107993 Mflops = 212.693741107993 Gflops = 0.212693741107993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.038719 s
InvBiCGStab: k = 85 resid = 1.130217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392285(s) Flops=560719872 => 1429.368627401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205801.772853686 Mflops = 205.801772853686 Gflops = 0.205801772853686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00120861 Relative Rsd = 5.2955333437151e-07
BICGSTAB_SOLVER_TIME: 0.783834 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121779
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.037097 s
InvBiCGStab: k = 65 resid = 1.771527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283483(s) Flops=429484032 => 1515.02570524511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218122.82011163 Mflops = 218.12282011163 Gflops = 0.21812282011163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.044318 s
InvBiCGStab: k = 83 resid = 8.542245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410913(s) Flops=547596288 => 1332.63315592352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191876.355514335 Mflops = 191.876355514335 Gflops = 0.191876355514335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001148837 Relative Rsd = 5.03363507798025e-07
BICGSTAB_SOLVER_TIME: 0.781081 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116681
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.776747(s) Flops=1215774720 => 1565.21328051476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225389.142840138 Mflops = 225.389142840138 Gflops = 0.225389142840138 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134082
CLOV_LINOP: Time spent in clov deriv (total) = 1.393251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032402 s
InvBiCGStab: k = 28 resid = 2.067773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103626(s) Flops=186697728 => 1801.64947021018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259318.588600265 Mflops = 259.318588600265 Gflops = 0.259318588600265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.045524 s
InvBiCGStab: k = 57 resid = 1.107895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217584(s) Flops=376989696 => 1732.61681005956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249429.209615746 Mflops = 249.429209615746 Gflops = 0.249429209615746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007325305 Relative Rsd = 3.20958721753205e-07
BICGSTAB_SOLVER_TIME: 0.402914 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036238 s
InvBiCGStab: k = 65 resid = 1.480215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242365(s) Flops=429484032 => 1772.0546778619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255141.488357007 Mflops = 255.141488357007 Gflops = 0.255141488357007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.052458 s
InvBiCGStab: k = 78 resid = 8.456945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292349(s) Flops=514787328 => 1760.86570503063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253509.809274488 Mflops = 253.509809274488 Gflops = 0.253509809274488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001062462 Relative Rsd = 4.65518325715404e-07
BICGSTAB_SOLVER_TIME: 0.627118 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043126 s
InvBiCGStab: k = 58 resid = 2.265152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214801(s) Flops=383551488 => 1785.61313960363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257072.516732134 Mflops = 257.072516732134 Gflops = 0.257072516732134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 76 resid = 8.415328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289698(s) Flops=501663744 => 1731.67831327797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249318.71215812 Mflops = 249.31871215812 Gflops = 0.24931871215812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.0009985681 Relative Rsd = 4.37523294453912e-07
BICGSTAB_SOLVER_TIME: 0.607324 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109884
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044217 s
InvBiCGStab: k = 76 resid = 1.822817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288924(s) Flops=501663744 => 1736.31731528014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249974.735826366 Mflops = 249.974735826366 Gflops = 0.249974735826366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058086 s
InvBiCGStab: k = 87 resid = 5.966183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330272(s) Flops=573843456 => 1737.4874527662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250149.135674173 Mflops = 250.149135674173 Gflops = 0.250149135674173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001127216 Relative Rsd = 4.93890251030179e-07
BICGSTAB_SOLVER_TIME: 0.725922 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130523
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042954 s
InvBiCGStab: k = 62 resid = 1.543642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228034(s) Flops=409798656 => 1797.09453853373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258717.456110904 Mflops = 258.717456110904 Gflops = 0.258717456110904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 77 resid = 1.101341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288678(s) Flops=508225536 => 1760.52742502026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253470.955817508 Mflops = 253.470955817508 Gflops = 0.253470955817508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001066884 Relative Rsd = 4.67455741715647e-07
BICGSTAB_SOLVER_TIME: 0.619485 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113524
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918452(s) Flops=1215774720 => 1323.72156628762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190643.430414119 Mflops = 190.643430414119 Gflops = 0.190643430414119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134018
CLOV_LINOP: Time spent in clov deriv (total) = 1.526764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 26 resid = 2.259107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096873(s) Flops=173574144 => 1791.77009073736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257885.745894981 Mflops = 257.885745894981 Gflops = 0.257885745894981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057972 s
InvBiCGStab: k = 62 resid = 9.549749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229755(s) Flops=409798656 => 1783.63324410785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256774.765288673 Mflops = 256.774765288673 Gflops = 0.256774765288673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007756196 Relative Rsd = 3.39838237002393e-07
BICGSTAB_SOLVER_TIME: 0.429334 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771270000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 59 resid = 2.207282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222325(s) Flops=390113280 => 1754.69821207691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252622.916776994 Mflops = 252.622916776994 Gflops = 0.252622916776994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058855 s
InvBiCGStab: k = 81 resid = 1.104923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30337(s) Flops=534472704 => 1761.78496225731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253643.908281877 Mflops = 253.643908281877 Gflops = 0.253643908281877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001107674 Relative Rsd = 4.85327987331978e-07
BICGSTAB_SOLVER_TIME: 0.629998 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042005 s
InvBiCGStab: k = 63 resid = 2.102205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235661(s) Flops=416360448 => 1766.77705687407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254391.063255395 Mflops = 254.391063255395 Gflops = 0.254391063255395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056478 s
InvBiCGStab: k = 79 resid = 4.373848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289606(s) Flops=521349120 => 1800.20137704329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259176.309596924 Mflops = 259.176309596924 Gflops = 0.259176309596924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00108124 Relative Rsd = 4.73746031544411e-07
BICGSTAB_SOLVER_TIME: 0.627372 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115679
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 72 resid = 2.234706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263616(s) Flops=475416576 => 1803.44355426074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.670191716 Mflops = 259.639670191716 Gflops = 0.259639670191716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05603 s
InvBiCGStab: k = 82 resid = 6.757925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3003(s) Flops=541034496 => 1801.64667332667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259386.339319832 Mflops = 259.386339319832 Gflops = 0.259386339319832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001143227 Relative Rsd = 5.00905560763307e-07
BICGSTAB_SOLVER_TIME: 0.664858 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 59 resid = 1.528725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216271(s) Flops=390113280 => 1803.81687789856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.01290533 Mflops = 259.69801290533 Gflops = 0.25969801290533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05682 s
InvBiCGStab: k = 70 resid = 1.149047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25668(s) Flops=462292992 => 1801.04796633941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259294.252758232 Mflops = 259.294252758232 Gflops = 0.259294252758232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001032792 Relative Rsd = 4.5251871985031e-07
BICGSTAB_SOLVER_TIME: 0.574666 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106384
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.774823(s) Flops=1215700992 => 1569.00478173725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225936.671220934 Mflops = 225.936671220934 Gflops = 0.225936671220934 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134096
CLOV_LINOP: Time spent in clov deriv (total) = 1.400047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.084094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764774(s) Flops=1131595776 => 1479.64728926454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213014.375439364 Mflops = 213.014375439364 Gflops = 0.213014375439364 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 8.08903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.008203(s) Flops=1499056128 => 1486.85942017629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214104.503236467 Mflops = 214.104503236467 Gflops = 0.214104503236467 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001965764 Relative Rsd = 8.64812105701894e-07
BICGSTAB_SOLVER_TIME: 1.776348 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.128937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285236999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 1.844704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.603993(s) Flops=1092225024 => 1808.34053374791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260316.484321194 Mflops = 260.316484321194 Gflops = 0.260316484321194 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 9.897896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750322(s) Flops=1354696704 => 1805.48711619811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259987.673516519 Mflops = 259.987673516519 Gflops = 0.259987673516519 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.002113498 Relative Rsd = 9.28298835040669e-07
BICGSTAB_SOLVER_TIME: 1.357672 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265513999999997
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.764419(s) Flops=1215700992 => 1590.35946516243 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229044.368959374 Mflops = 229.044368959374 Gflops = 0.229044368959374 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134158
CLOV_LINOP: Time spent in clov deriv (total) = 1.394897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 27 resid = 2.100379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100863(s) Flops=180135936 => 1785.94664049255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257031.841290477 Mflops = 257.031841290477 Gflops = 0.257031841290477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057302 s
InvBiCGStab: k = 50 resid = 1.114718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18418(s) Flops=331057152 => 1797.46526224346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258762.155865668 Mflops = 258.762155865668 Gflops = 0.258762155865668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007667381 Relative Rsd = 3.35946802076701e-07
BICGSTAB_SOLVER_TIME: 0.387254 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041716 s
InvBiCGStab: k = 80 resid = 2.234921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306184(s) Flops=527910912 => 1724.16230763201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248226.22039519 Mflops = 248.22622039519 Gflops = 0.24822622039519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 109 resid = 1.011899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398116(s) Flops=718202880 => 1804.00405911845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.53026053 Mflops = 259.741530260529 Gflops = 0.259741530260529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001344652 Relative Rsd = 5.89160080186948e-07
BICGSTAB_SOLVER_TIME: 0.806018 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149075999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 63 resid = 1.801447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231392(s) Flops=416360448 => 1799.37270087125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259057.314059821 Mflops = 259.057314059821 Gflops = 0.259057314059821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 77 resid = 1.063794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281566(s) Flops=508225536 => 1804.9961145877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.666237946 Mflops = 259.894666237946 Gflops = 0.259894666237946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001078684 Relative Rsd = 4.72625958934314e-07
BICGSTAB_SOLVER_TIME: 0.613601 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041178 s
InvBiCGStab: k = 65 resid = 1.23192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268382(s) Flops=429484032 => 1600.27137438427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230400.386865264 Mflops = 230.400386865264 Gflops = 0.230400386865264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075258 s
InvBiCGStab: k = 86 resid = 1.139164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372379(s) Flops=567281664 => 1523.39864492896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219342.092821556 Mflops = 219.342092821556 Gflops = 0.219342092821556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001129023 Relative Rsd = 4.94682243717322e-07
BICGSTAB_SOLVER_TIME: 0.763762 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046676 s
InvBiCGStab: k = 68 resid = 2.00919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295071(s) Flops=449169408 => 1522.24179265329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219169.893936982 Mflops = 219.169893936982 Gflops = 0.219169893936982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063951 s
InvBiCGStab: k = 78 resid = 8.121379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343338(s) Flops=514787328 => 1499.36018733726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215870.282435732 Mflops = 215.870282435732 Gflops = 0.215870282435732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001096262 Relative Rsd = 4.80328134998676e-07
BICGSTAB_SOLVER_TIME: 0.752746 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118471
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938581(s) Flops=1215774720 => 1295.33276296878 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186537.850762571 Mflops = 186.537850762571 Gflops = 0.186537850762571 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134046
CLOV_LINOP: Time spent in clov deriv (total) = 1.427287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040917 s
InvBiCGStab: k = 30 resid = 1.673204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111302(s) Flops=199821312 => 1795.30746976694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258404.211783381 Mflops = 258.404211783381 Gflops = 0.258404211783381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 57 resid = 9.139144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209667(s) Flops=376989696 => 1798.04020661334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258837.68357277 Mflops = 258.83768357277 Gflops = 0.25883768357277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.000810402 Relative Rsd = 3.5507816661376e-07
BICGSTAB_SOLVER_TIME: 0.421919 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 77 resid = 1.841579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284009(s) Flops=508225536 => 1789.46982666042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257644.489324795 Mflops = 257.644489324795 Gflops = 0.257644489324795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057257 s
InvBiCGStab: k = 100 resid = 1.137118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364793(s) Flops=659146752 => 1806.90625094232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260145.997279205 Mflops = 260.145997279205 Gflops = 0.260145997279205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001268581 Relative Rsd = 5.55829771596297e-07
BICGSTAB_SOLVER_TIME: 0.75071 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 58 resid = 1.853284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212767(s) Flops=383551488 => 1802.68316045251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.381793329 Mflops = 259.533381793329 Gflops = 0.259533381793329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056744 s
InvBiCGStab: k = 77 resid = 1.018585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283448(s) Flops=508225536 => 1793.01154356355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258143.591394852 Mflops = 258.143591394852 Gflops = 0.258143591394852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001048047 Relative Rsd = 4.59202634176188e-07
BICGSTAB_SOLVER_TIME: 0.597836 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041527 s
InvBiCGStab: k = 74 resid = 1.923117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271072(s) Flops=488540160 => 1802.25239050879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.213382742 Mflops = 259.473213382742 Gflops = 0.259473213382741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056569 s
InvBiCGStab: k = 81 resid = 7.628918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296403(s) Flops=534472704 => 1803.19600004049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.26799691 Mflops = 259.62226799691 Gflops = 0.25962226799691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001120307 Relative Rsd = 4.90863315882812e-07
BICGSTAB_SOLVER_TIME: 0.669255 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043363 s
InvBiCGStab: k = 58 resid = 1.838566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253913(s) Flops=383551488 => 1510.56262578127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217487.464479876 Mflops = 217.487464479876 Gflops = 0.217487464479876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063569 s
InvBiCGStab: k = 75 resid = 1.137707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336492(s) Flops=495101952 => 1471.36321814486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211839.146863637 Mflops = 211.839146863637 Gflops = 0.211839146863637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00106235 Relative Rsd = 4.65469256547823e-07
BICGSTAB_SOLVER_TIME: 0.70106 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10922
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93327(s) Flops=1215700992 => 1302.62516956508 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187582.710153434 Mflops = 187.582710153434 Gflops = 0.187582710153434 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134166
CLOV_LINOP: Time spent in clov deriv (total) = 1.419906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 29 resid = 1.964718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10758(s) Flops=193259520 => 1796.42610150586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.396371088 Mflops = 258.558396371088 Gflops = 0.258558396371088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05673 s
InvBiCGStab: k = 55 resid = 8.335781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202285(s) Flops=363866112 => 1798.77950416492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258937.746949623 Mflops = 258.937746949623 Gflops = 0.258937746949623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007291191 Relative Rsd = 3.19464024921383e-07
BICGSTAB_SOLVER_TIME: 0.410998 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 56 resid = 1.770658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20585(s) Flops=370427904 => 1799.50402720427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.261987995 Mflops = 259.067261987995 Gflops = 0.259067261987995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 75 resid = 9.195575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274295(s) Flops=495101952 => 1804.99809329372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.711297903 Mflops = 259.863711297903 Gflops = 0.259863711297903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00105169 Relative Rsd = 4.60798759323743e-07
BICGSTAB_SOLVER_TIME: 0.580826 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042317 s
InvBiCGStab: k = 52 resid = 2.173254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191477(s) Flops=344180736 => 1797.50432689044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258770.836175452 Mflops = 258.770836175452 Gflops = 0.258770836175452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 78 resid = 7.238213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285893(s) Flops=514787328 => 1800.62935433886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259249.9530327 Mflops = 259.2499530327 Gflops = 0.2592499530327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.000988244 Relative Rsd = 4.32999749695321e-07
BICGSTAB_SOLVER_TIME: 0.579665 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 68 resid = 1.287023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249085(s) Flops=449169408 => 1803.27762811892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.968425809 Mflops = 259.622968425809 Gflops = 0.259622968425809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056001 s
InvBiCGStab: k = 87 resid = 7.099781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336461(s) Flops=573843456 => 1705.52740436484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245553.809728919 Mflops = 245.553809728919 Gflops = 0.245553809728919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00111989 Relative Rsd = 4.90680607194376e-07
BICGSTAB_SOLVER_TIME: 0.68635 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124778
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041391 s
InvBiCGStab: k = 63 resid = 1.634251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233062(s) Flops=416360448 => 1786.47934026139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257211.654788012 Mflops = 257.211654788012 Gflops = 0.257211654788013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058443 s
InvBiCGStab: k = 76 resid = 9.21225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292444(s) Flops=501663744 => 1715.41814501238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246968.229491367 Mflops = 246.968229491367 Gflops = 0.246968229491367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001025738 Relative Rsd = 4.49427719344854e-07
BICGSTAB_SOLVER_TIME: 0.629015 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113487
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927832(s) Flops=1215700992 => 1310.25982289897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188681.065343624 Mflops = 188.681065343624 Gflops = 0.188681065343624 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13409
CLOV_LINOP: Time spent in clov deriv (total) = 1.474129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 27 resid = 2.196378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10079(s) Flops=180135936 => 1787.24016271456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257247.942428321 Mflops = 257.247942428321 Gflops = 0.257247942428321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 50 resid = 1.129172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184179(s) Flops=331057152 => 1797.47502158227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258760.390297744 Mflops = 258.760390297744 Gflops = 0.258760390297744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007040486 Relative Rsd = 3.08479340877882e-07
BICGSTAB_SOLVER_TIME: 0.385676 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041433 s
InvBiCGStab: k = 53 resid = 1.979724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194959(s) Flops=350742528 => 1799.05789422391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258992.729995628 Mflops = 258.992729995628 Gflops = 0.258992729995628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 83 resid = 1.07006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303859(s) Flops=547596288 => 1802.13943967432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259459.479344612 Mflops = 259.459479344612 Gflops = 0.259459479344612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001120093 Relative Rsd = 4.9076951318096e-07
BICGSTAB_SOLVER_TIME: 0.600255 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040835 s
InvBiCGStab: k = 64 resid = 1.711922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234787(s) Flops=422922240 => 1801.30177565197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.616767515 Mflops = 259.333616767515 Gflops = 0.259333616767515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060573 s
InvBiCGStab: k = 77 resid = 9.58377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306799(s) Flops=508225536 => 1656.5423485735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238498.629955316 Mflops = 238.498629955316 Gflops = 0.238498629955316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001091454 Relative Rsd = 4.7822117023228e-07
BICGSTAB_SOLVER_TIME: 0.646578 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 64 resid = 2.243448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236222(s) Flops=422922240 => 1790.35923834359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257744.278798897 Mflops = 257.744278798897 Gflops = 0.257744278798897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056954 s
InvBiCGStab: k = 88 resid = 9.898771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323601(s) Flops=580405248 => 1793.58298645554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.431859653 Mflops = 258.234431859653 Gflops = 0.258234431859653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001190797 Relative Rsd = 5.21748480308872e-07
BICGSTAB_SOLVER_TIME: 0.661917 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040876 s
InvBiCGStab: k = 60 resid = 1.720712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220322(s) Flops=396675072 => 1800.4333293997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259204.204707437 Mflops = 259.204204707437 Gflops = 0.259204204707437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 72 resid = 9.788515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264002(s) Flops=475416576 => 1800.8067211612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259259.796358449 Mflops = 259.259796358449 Gflops = 0.259259796358449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001041975 Relative Rsd = 4.56542085547257e-07
BICGSTAB_SOLVER_TIME: 0.585123 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108528
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.841921(s) Flops=1215700992 => 1443.96088469108 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207928.304454258 Mflops = 207.928304454258 Gflops = 0.207928304454258 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134165
CLOV_LINOP: Time spent in clov deriv (total) = 1.527607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.234856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750789(s) Flops=1321887744 => 1760.66477265916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253464.715054935 Mflops = 253.464715054935 Gflops = 0.253464715054935 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.141441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939717(s) Flops=1663100928 => 1769.78912587513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254846.709375108 Mflops = 254.846709375108 Gflops = 0.254846709375108 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.00210734 Relative Rsd = 9.27087310374977e-07
BICGSTAB_SOLVER_TIME: 1.693897 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323524999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.243903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682201(s) Flops=1236584448 => 1812.63945376802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260931.751052446 Mflops = 260.931751052446 Gflops = 0.260931751052446 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 7.707204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745421(s) Flops=1348134912 => 1808.55504741616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260426.305406224 Mflops = 260.426305406224 Gflops = 0.260426305406224 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.003273013 Relative Rsd = 1.43769079847115e-06
BICGSTAB_SOLVER_TIME: 1.430974 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.114361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282217999999998
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.764008(s) Flops=1215700992 => 1591.21500298426 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229188.341270195 Mflops = 229.188341270195 Gflops = 0.229188341270195 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134360000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.528024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05382 s
InvBiCGStab: k = 23 resid = 2.051469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102832(s) Flops=153888768 => 1496.50661272756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215391.976456707 Mflops = 215.391976456707 Gflops = 0.215391976456707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060311 s
InvBiCGStab: k = 54 resid = 8.937643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276588(s) Flops=357304320 => 1291.82871274242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185988.956204458 Mflops = 185.988956204458 Gflops = 0.185988956204458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007406995 Relative Rsd = 3.24537965576838e-07
BICGSTAB_SOLVER_TIME: 0.49714 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057366 s
InvBiCGStab: k = 80 resid = 2.001499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295491(s) Flops=527910912 => 1786.5549610648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257223.623838348 Mflops = 257.223623838348 Gflops = 0.257223623838348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056863 s
InvBiCGStab: k = 102 resid = 7.728308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375723(s) Flops=672270336 => 1789.27118116272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257614.420658882 Mflops = 257.614420658882 Gflops = 0.257614420658882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.00127168 Relative Rsd = 5.57187538926694e-07
BICGSTAB_SOLVER_TIME: 0.789056 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 56 resid = 2.117253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206956(s) Flops=370427904 => 1789.88724173254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257690.939339752 Mflops = 257.690939339752 Gflops = 0.257690939339752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056758 s
InvBiCGStab: k = 73 resid = 1.021861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269392(s) Flops=481978368 => 1789.1339312229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257578.35563132 Mflops = 257.57835563132 Gflops = 0.25757835563132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001038897 Relative Rsd = 4.55193295528185e-07
BICGSTAB_SOLVER_TIME: 0.57774 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 71 resid = 1.719477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259911(s) Flops=468854784 => 1803.90512136847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259710.183521365 Mflops = 259.710183521365 Gflops = 0.259710183521365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 95 resid = 1.041625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347504(s) Flops=626337792 => 1802.39016529306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259496.464897504 Mflops = 259.496464897504 Gflops = 0.259496464897504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00114773 Relative Rsd = 5.02878579964144e-07
BICGSTAB_SOLVER_TIME: 0.708603 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041532 s
InvBiCGStab: k = 66 resid = 1.118532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242097(s) Flops=436045824 => 1801.12031128019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.277635741 Mflops = 259.314277635741 Gflops = 0.259314277635741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056657 s
InvBiCGStab: k = 77 resid = 1.10624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282835(s) Flops=508225536 => 1796.89761168172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258698.32595432 Mflops = 258.69832595432 Gflops = 0.25869832595432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001052628 Relative Rsd = 4.61209726354098e-07
BICGSTAB_SOLVER_TIME: 0.626701 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116282
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.764247(s) Flops=1215700992 => 1590.71738848828 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229066.403709168 Mflops = 229.066403709168 Gflops = 0.229066403709168 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134247
CLOV_LINOP: Time spent in clov deriv (total) = 1.47381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047366 s
InvBiCGStab: k = 23 resid = 2.232144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099757(s) Flops=153888768 => 1542.63628617541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222025.035821829 Mflops = 222.025035821829 Gflops = 0.222025035821829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061964 s
InvBiCGStab: k = 57 resid = 9.545373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260627(s) Flops=376989696 => 1446.4721460171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208262.634950714 Mflops = 208.262634950714 Gflops = 0.208262634950714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000771863 Relative Rsd = 3.38192303079221e-07
BICGSTAB_SOLVER_TIME: 0.474617 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04274 s
InvBiCGStab: k = 71 resid = 2.250716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319271(s) Flops=468854784 => 1468.51666452637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211422.806198116 Mflops = 211.422806198116 Gflops = 0.211422806198116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086608 s
InvBiCGStab: k = 97 resid = 6.663967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356153(s) Flops=639461376 => 1795.46817238659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258506.462964868 Mflops = 258.506462964868 Gflops = 0.258506462964868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001239004 Relative Rsd = 5.4287030859491e-07
BICGSTAB_SOLVER_TIME: 0.808493 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 52 resid = 2.186776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191892(s) Flops=344180736 => 1793.6169095116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258210.96657233 Mflops = 258.21096657233 Gflops = 0.25821096657233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 76 resid = 9.730312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279383(s) Flops=501663744 => 1795.61299005308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.004103165 Mflops = 258.522004103165 Gflops = 0.258522004103165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001046292 Relative Rsd = 4.58433339804609e-07
BICGSTAB_SOLVER_TIME: 0.572903 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 58 resid = 2.066481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213337(s) Flops=383551488 => 1797.86669916611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258829.463671738 Mflops = 258.829463671738 Gflops = 0.258829463671738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 78 resid = 1.141388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286887(s) Flops=514787328 => 1794.39057189765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.172773919 Mflops = 258.347172773919 Gflops = 0.258347172773919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001105766 Relative Rsd = 4.84491975214873e-07
BICGSTAB_SOLVER_TIME: 0.601992 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 54 resid = 2.190028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198029(s) Flops=357304320 => 1804.30300612537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.687483347 Mflops = 259.755687483347 Gflops = 0.259755687483347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 70 resid = 1.042582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256373(s) Flops=462292992 => 1803.2046744392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259590.932225162 Mflops = 259.590932225162 Gflops = 0.259590932225162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001078854 Relative Rsd = 4.72700786864502e-07
BICGSTAB_SOLVER_TIME: 0.555726 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102857
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.788441(s) Flops=1221746688 => 1549.57274926088 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223135.105486919 Mflops = 223.135105486919 Gflops = 0.223135105486919 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134813
CLOV_LINOP: Time spent in clov deriv (total) = 1.413779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049352 s
InvBiCGStab: k = 31 resid = 1.988173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150284(s) Flops=206383104 => 1373.28726943653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197697.330766469 Mflops = 197.697330766469 Gflops = 0.197697330766469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069498 s
InvBiCGStab: k = 52 resid = 1.139587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240115(s) Flops=344180736 => 1433.39956270954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206367.722464818 Mflops = 206.367722464818 Gflops = 0.206367722464818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000750537 Relative Rsd = 3.28848273687743e-07
BICGSTAB_SOLVER_TIME: 0.513215 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045868 s
InvBiCGStab: k = 54 resid = 2.149477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226997(s) Flops=357304320 => 1574.04864381468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226609.804114665 Mflops = 226.609804114665 Gflops = 0.226609804114665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06826 s
InvBiCGStab: k = 77 resid = 7.89796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330325(s) Flops=508225536 => 1538.56213123439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221516.632030184 Mflops = 221.516632030184 Gflops = 0.221516632030184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001073247 Relative Rsd = 4.70243757963897e-07
BICGSTAB_SOLVER_TIME: 0.675098 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054794 s
InvBiCGStab: k = 56 resid = 2.000376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226061(s) Flops=370427904 => 1638.61923993966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235912.789120447 Mflops = 235.912789120447 Gflops = 0.235912789120447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 77 resid = 9.718406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28422(s) Flops=508225536 => 1788.14135528816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257442.480480003 Mflops = 257.442480480003 Gflops = 0.257442480480003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001038142 Relative Rsd = 4.54862614225245e-07
BICGSTAB_SOLVER_TIME: 0.625276 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 65 resid = 2.242429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238891(s) Flops=429484032 => 1797.82424620434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258828.997349116 Mflops = 258.828997349116 Gflops = 0.258828997349116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 77 resid = 1.057364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28395(s) Flops=508225536 => 1789.8416481775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257685.136047695 Mflops = 257.685136047695 Gflops = 0.257685136047695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001107578 Relative Rsd = 4.85285855177693e-07
BICGSTAB_SOLVER_TIME: 0.624199 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 56 resid = 1.97246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205552(s) Flops=370427904 => 1802.11286681716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259432.601133144 Mflops = 259.432601133144 Gflops = 0.259432601133144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056623 s
InvBiCGStab: k = 70 resid = 1.071698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256798(s) Flops=462292992 => 1800.2203755481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259175.222859646 Mflops = 259.175222859646 Gflops = 0.259175222859646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001045371 Relative Rsd = 4.58030074899312e-07
BICGSTAB_SOLVER_TIME: 0.563619 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10436
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.768216(s) Flops=1221894144 => 1590.56065481583 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229259.28170572 Mflops = 229.25928170572 Gflops = 0.22925928170572 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134993000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041517 s
InvBiCGStab: k = 24 resid = 2.079921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090862(s) Flops=160450560 => 1765.87088111642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254153.165613527 Mflops = 254.153165613527 Gflops = 0.254153165613527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056939 s
InvBiCGStab: k = 49 resid = 1.110765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181224(s) Flops=324495360 => 1790.57608263806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257742.097578554 Mflops = 257.742097578554 Gflops = 0.257742097578554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007449272 Relative Rsd = 3.26390326653025e-07
BICGSTAB_SOLVER_TIME: 0.374177 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049833 s
InvBiCGStab: k = 60 resid = 1.972466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25275(s) Flops=396675072 => 1569.43648664688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225958.568460849 Mflops = 225.958568460849 Gflops = 0.225958568460849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080572 s
InvBiCGStab: k = 87 resid = 7.260964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385208(s) Flops=573843456 => 1489.69765944633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214486.260139236 Mflops = 214.486260139236 Gflops = 0.214486260139236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001151653 Relative Rsd = 5.04597582060455e-07
BICGSTAB_SOLVER_TIME: 0.772264 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045296 s
InvBiCGStab: k = 54 resid = 2.081044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229585(s) Flops=357304320 => 1556.30515930919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224048.312751039 Mflops = 224.048312751039 Gflops = 0.224048312751039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066243 s
InvBiCGStab: k = 71 resid = 7.714941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323709(s) Flops=468854784 => 1448.38352965163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208526.622755777 Mflops = 208.526622755778 Gflops = 0.208526622755778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001020119 Relative Rsd = 4.46965793728981e-07
BICGSTAB_SOLVER_TIME: 0.668619 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0417 s
InvBiCGStab: k = 62 resid = 1.974108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228669(s) Flops=409798656 => 1792.10411555567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258031.55444834 Mflops = 258.03155444834 Gflops = 0.25803155444834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057027 s
InvBiCGStab: k = 87 resid = 9.140822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319597(s) Flops=573843456 => 1795.52203556354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258508.871708083 Mflops = 258.508871708083 Gflops = 0.258508871708083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001139677 Relative Rsd = 4.99350241576317e-07
BICGSTAB_SOLVER_TIME: 0.650656 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 56 resid = 1.893529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206562(s) Flops=370427904 => 1793.30130420891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.852321141 Mflops = 258.176852321141 Gflops = 0.258176852321141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 72 resid = 1.0005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265387(s) Flops=475416576 => 1791.40868241474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257905.358489766 Mflops = 257.905358489766 Gflops = 0.257905358489766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001114608 Relative Rsd = 4.8836619512595e-07
BICGSTAB_SOLVER_TIME: 0.57286 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105626
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.783079(s) Flops=1228087296 => 1568.28020672244 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225825.282540299 Mflops = 225.825282540299 Gflops = 0.225825282540299 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135579
CLOV_LINOP: Time spent in clov deriv (total) = 1.408156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 9.635179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799191(s) Flops=1230022656 => 1539.08471942252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221621.061184424 Mflops = 221.621061184424 Gflops = 0.221621061184424 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 283 resid = 1.072084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.335599(s) Flops=1859954688 => 1392.59964105993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200532.526774958 Mflops = 200.532526774958 Gflops = 0.200532526774958 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002088897 Relative Rsd = 9.18950063969402e-07
BICGSTAB_SOLVER_TIME: 2.138348 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.121749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334681999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.229666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745317(s) Flops=1151281152 => 1544.68655887361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222357.519884092 Mflops = 222.357519884092 Gflops = 0.222357519884092 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.110311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.780975(s) Flops=1387505664 => 1776.63262460386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255830.921320421 Mflops = 255.830921320421 Gflops = 0.255830921320421 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.002278822 Relative Rsd = 1.00104715931292e-06
BICGSTAB_SOLVER_TIME: 1.529719 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.124116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275470999999997
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.777308(s) Flops=1228087296 => 1579.92365445872 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227500.699768618 Mflops = 227.500699768618 Gflops = 0.227500699768618 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135771000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 33 resid = 1.676217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121915(s) Flops=219506688 => 1800.48958700734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259183.35243541 Mflops = 259.18335243541 Gflops = 0.25918335243541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 56 resid = 9.315796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205284(s) Flops=370427904 => 1804.46554042205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.470381853 Mflops = 259.752470381853 Gflops = 0.259752470381853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007380064 Relative Rsd = 3.23358010219609e-07
BICGSTAB_SOLVER_TIME: 0.428252 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041267 s
InvBiCGStab: k = 87 resid = 1.806607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317987(s) Flops=573843456 => 1804.61294329642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.993558084 Mflops = 259.835993558084 Gflops = 0.259835993558084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 103 resid = 1.02066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383766(s) Flops=678832128 => 1768.86990509842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254674.688779569 Mflops = 254.674688779569 Gflops = 0.254674688779569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001328493 Relative Rsd = 5.82080246028674e-07
BICGSTAB_SOLVER_TIME: 0.803889 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149905999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050324 s
InvBiCGStab: k = 67 resid = 2.255155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29113(s) Flops=442607616 => 1520.30919520489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218885.631859478 Mflops = 218.885631859478 Gflops = 0.218885631859478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072504 s
InvBiCGStab: k = 76 resid = 1.035215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356901(s) Flops=501663744 => 1405.61036253751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202374.946143296 Mflops = 202.374946143296 Gflops = 0.202374946143296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001044388 Relative Rsd = 4.57599418992984e-07
BICGSTAB_SOLVER_TIME: 0.775094 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046807 s
InvBiCGStab: k = 78 resid = 1.163595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372215(s) Flops=514787328 => 1383.03756699757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199128.030330495 Mflops = 199.128030330495 Gflops = 0.199128030330495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070668 s
InvBiCGStab: k = 87 resid = 1.143385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38683(s) Flops=573843456 => 1483.45127316909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213585.085697892 Mflops = 213.585085697892 Gflops = 0.213585085697892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001142894 Relative Rsd = 5.00759679454282e-07
BICGSTAB_SOLVER_TIME: 0.880164 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 63 resid = 2.133009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233412(s) Flops=416360448 => 1783.80052439463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256823.347680304 Mflops = 256.823347680304 Gflops = 0.256823347680304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057239 s
InvBiCGStab: k = 79 resid = 1.142779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293257(s) Flops=521349120 => 1777.78917468296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255949.238052996 Mflops = 255.949238052996 Gflops = 0.255949238052996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001141206 Relative Rsd = 5.00020020411565e-07
BICGSTAB_SOLVER_TIME: 0.62901 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115656
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.773915(s) Flops=1228455936 => 1587.32669091567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228571.3416008 Mflops = 228.5713416008 Gflops = 0.2285713416008 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137053
CLOV_LINOP: Time spent in clov deriv (total) = 1.390776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 26 resid = 2.083336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09821(s) Flops=173574144 => 1767.37749719988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254377.04484812 Mflops = 254.37704484812 Gflops = 0.25437704484812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05673 s
InvBiCGStab: k = 47 resid = 1.04425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172657(s) Flops=311371776 => 1803.41240725832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259625.599778179 Mflops = 259.625599778179 Gflops = 0.259625599778179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007438551 Relative Rsd = 3.25920599039455e-07
BICGSTAB_SOLVER_TIME: 0.372393 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 81 resid = 2.166882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296746(s) Flops=534472704 => 1801.11173865865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.610361231 Mflops = 259.327610361231 Gflops = 0.259327610361231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 106 resid = 1.131393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389704(s) Flops=698517504 => 1792.43093219469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258072.983314354 Mflops = 258.072983314354 Gflops = 0.258072983314354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001322522 Relative Rsd = 5.79463818844606e-07
BICGSTAB_SOLVER_TIME: 0.78717 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058883 s
InvBiCGStab: k = 60 resid = 2.075002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288029(s) Flops=396675072 => 1377.20532307511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198261.223782154 Mflops = 198.261223782154 Gflops = 0.198261223782154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068451 s
InvBiCGStab: k = 77 resid = 6.814269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382276(s) Flops=508225536 => 1329.47277882996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191383.26778184 Mflops = 191.38326778184 Gflops = 0.19138326778184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00100402 Relative Rsd = 4.39911871355667e-07
BICGSTAB_SOLVER_TIME: 0.803693 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054289 s
InvBiCGStab: k = 66 resid = 2.199984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278517(s) Flops=436045824 => 1565.59859541787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225402.316198926 Mflops = 225.402316198926 Gflops = 0.225402316198926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070968 s
InvBiCGStab: k = 79 resid = 8.668079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354394(s) Flops=521349120 => 1471.10030079516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211805.414636923 Mflops = 211.805414636923 Gflops = 0.211805414636923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001136915 Relative Rsd = 4.98139936785918e-07
BICGSTAB_SOLVER_TIME: 0.761796 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 54 resid = 2.18774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199301(s) Flops=357304320 => 1792.78739193481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258100.797000937 Mflops = 258.100797000937 Gflops = 0.258100797000937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05664 s
InvBiCGStab: k = 93 resid = 8.308252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342253(s) Flops=613214208 => 1791.69856217477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257956.675420119 Mflops = 257.956675420119 Gflops = 0.257956675420119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001104039 Relative Rsd = 4.83735534720873e-07
BICGSTAB_SOLVER_TIME: 0.643225 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119279
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.77859(s) Flops=1234649088 => 1585.74999422032 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228346.382469419 Mflops = 228.346382469419 Gflops = 0.228346382469419 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136329000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 29 resid = 2.23376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107189(s) Flops=193259520 => 1802.97903702805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259521.174674291 Mflops = 259.521174674291 Gflops = 0.259521174674291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 48 resid = 7.854114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176127(s) Flops=317933568 => 1805.13815598971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.732515537 Mflops = 259.854732515537 Gflops = 0.259854732515537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007266656 Relative Rsd = 3.18389017393986e-07
BICGSTAB_SOLVER_TIME: 0.384474 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041568 s
InvBiCGStab: k = 54 resid = 1.419459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208704(s) Flops=357304320 => 1712.01471941122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246478.574301528 Mflops = 246.478574301528 Gflops = 0.246478574301528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05827 s
InvBiCGStab: k = 66 resid = 9.629778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257239(s) Flops=436045824 => 1695.09998095157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244037.727048426 Mflops = 244.037727048426 Gflops = 0.244037727048426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001077875 Relative Rsd = 4.72271559166794e-07
BICGSTAB_SOLVER_TIME: 0.569474 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041379 s
InvBiCGStab: k = 58 resid = 2.151199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215305(s) Flops=383551488 => 1781.43325979425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256455.04625195 Mflops = 256.45504625195 Gflops = 0.25645504625195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057151 s
InvBiCGStab: k = 75 resid = 1.146929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288184(s) Flops=495101952 => 1718.0063848097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247343.282405462 Mflops = 247.343282405463 Gflops = 0.247343282405462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001007193 Relative Rsd = 4.41302385469418e-07
BICGSTAB_SOLVER_TIME: 0.606992 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042461 s
InvBiCGStab: k = 63 resid = 1.883636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285837(s) Flops=416360448 => 1456.63594286254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209707.123964801 Mflops = 209.707123964801 Gflops = 0.209707123964801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065799 s
InvBiCGStab: k = 76 resid = 8.019636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345471(s) Flops=501663744 => 1452.11535555806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209065.14590184 Mflops = 209.06514590184 Gflops = 0.20906514590184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001091152 Relative Rsd = 4.78089111942397e-07
BICGSTAB_SOLVER_TIME: 0.743727 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045569 s
InvBiCGStab: k = 51 resid = 1.754629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221767(s) Flops=337618944 => 1522.40389237353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219177.533909776 Mflops = 219.177533909776 Gflops = 0.219177533909776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058241 s
InvBiCGStab: k = 71 resid = 1.139847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3414(s) Flops=468854784 => 1373.329771529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197728.63428695 Mflops = 197.72863428695 Gflops = 0.19772863428695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001067595 Relative Rsd = 4.67767499254375e-07
BICGSTAB_SOLVER_TIME: 0.670713 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101438
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.820426(s) Flops=1234649088 => 1504.8878119416 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216709.940740671 Mflops = 216.709940740671 Gflops = 0.216709940740671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136442
CLOV_LINOP: Time spent in clov deriv (total) = 1.380205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041638 s
InvBiCGStab: k = 25 resid = 2.277234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097219(s) Flops=167012352 => 1717.89827091412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247283.292588952 Mflops = 247.283292588952 Gflops = 0.247283292588952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058108 s
InvBiCGStab: k = 47 resid = 7.597738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183482(s) Flops=311371776 => 1697.01538025528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244296.680341491 Mflops = 244.296680341491 Gflops = 0.244296680341491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007394081 Relative Rsd = 3.23972165429859e-07
BICGSTAB_SOLVER_TIME: 0.384293 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041729 s
InvBiCGStab: k = 52 resid = 1.988115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192398(s) Flops=344180736 => 1788.89975987276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257544.3219054 Mflops = 257.5443219054 Gflops = 0.2575443219054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056923 s
InvBiCGStab: k = 88 resid = 8.386488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32321(s) Flops=580405248 => 1795.75275517465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.535259846 Mflops = 258.540535259846 Gflops = 0.258540535259846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001136224 Relative Rsd = 4.97837309580867e-07
BICGSTAB_SOLVER_TIME: 0.617875 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 50 resid = 2.117064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185119(s) Flops=331057152 => 1788.34777629525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257457.737815049 Mflops = 257.457737815049 Gflops = 0.257457737815049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 73 resid = 7.316598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267524(s) Flops=481978368 => 1801.62665031922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259373.554408505 Mflops = 259.373554408505 Gflops = 0.259373554408505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001017522 Relative Rsd = 4.45827970526037e-07
BICGSTAB_SOLVER_TIME: 0.554356 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 63 resid = 1.844046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230453(s) Flops=416360448 => 1806.7043952563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260107.502107549 Mflops = 260.107502107549 Gflops = 0.260107502107549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057605 s
InvBiCGStab: k = 83 resid = 7.766588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304278(s) Flops=547596288 => 1799.65783921283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.321809981 Mflops = 259.102321809981 Gflops = 0.259102321809981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001073159 Relative Rsd = 4.70205298346063e-07
BICGSTAB_SOLVER_TIME: 0.636852 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049276 s
InvBiCGStab: k = 54 resid = 2.136888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242776(s) Flops=357304320 => 1471.74481826869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211902.141672483 Mflops = 211.902141672483 Gflops = 0.211902141672483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067379 s
InvBiCGStab: k = 74 resid = 9.464099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349434(s) Flops=488540160 => 1398.08993973111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201293.752351714 Mflops = 201.293752351714 Gflops = 0.201293752351714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001012014 Relative Rsd = 4.43414552995787e-07
BICGSTAB_SOLVER_TIME: 0.712806 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10563
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908552(s) Flops=1228529664 => 1352.18420519684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194718.770989185 Mflops = 194.718770989185 Gflops = 0.194718770989185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135577000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.72998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759442(s) Flops=1361258496 => 1792.44563245119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258042.818363611 Mflops = 258.042818363611 Gflops = 0.258042818363611 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 1.067498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932542(s) Flops=1689348096 => 1811.55175423734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260858.635072523 Mflops = 260.858635072523 Gflops = 0.260858635072523 Tflops
BICGSTAB_SOLVER: 464 iterations. Rsd = 0.002103241 Relative Rsd = 9.25232655068062e-07
BICGSTAB_SOLVER_TIME: 1.695303 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330962999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.962459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661082(s) Flops=1197213696 => 1810.9912174284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260736.753508548 Mflops = 260.736753508548 Gflops = 0.260736753508548 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.032279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718341(s) Flops=1302202368 => 1812.79137345634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261036.865294651 Mflops = 261.036865294651 Gflops = 0.261036865294651 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.002070042 Relative Rsd = 9.09377291881947e-07
BICGSTAB_SOLVER_TIME: 1.382702 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271259999999997
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840874(s) Flops=1228529664 => 1461.0151627949 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210384.069062887 Mflops = 210.384069062887 Gflops = 0.210384069062887 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135596
CLOV_LINOP: Time spent in clov deriv (total) = 1.564216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 28 resid = 1.682558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10471(s) Flops=186697728 => 1782.99807086238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256645.665373459 Mflops = 256.645665373459 Gflops = 0.256645665373459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056318 s
InvBiCGStab: k = 53 resid = 1.075516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195314(s) Flops=350742528 => 1795.78795170853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258533.1561552 Mflops = 258.5331561552 Gflops = 0.2585331561552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007239446 Relative Rsd = 3.17196794744862e-07
BICGSTAB_SOLVER_TIME: 0.40132 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041567 s
InvBiCGStab: k = 83 resid = 1.943237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305062(s) Flops=547596288 => 1795.03277366568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258442.278178165 Mflops = 258.442278178165 Gflops = 0.258442278178165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 91 resid = 9.984083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334701(s) Flops=600090624 => 1792.91553954126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258139.266661327 Mflops = 258.139266661327 Gflops = 0.258139266661327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001250573 Relative Rsd = 5.47939429046273e-07
BICGSTAB_SOLVER_TIME: 0.741437 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042532 s
InvBiCGStab: k = 50 resid = 2.120831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183998(s) Flops=331057152 => 1799.24320916532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259045.051577263 Mflops = 259.045051577263 Gflops = 0.259045051577263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 71 resid = 6.520117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259969(s) Flops=468854784 => 1803.50266377914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.880152124 Mflops = 259.645880152124 Gflops = 0.259645880152124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001003502 Relative Rsd = 4.39685041222368e-07
BICGSTAB_SOLVER_TIME: 0.546359 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040981 s
InvBiCGStab: k = 76 resid = 1.554065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277618(s) Flops=501663744 => 1807.02888141259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260169.271527053 Mflops = 260.169271527053 Gflops = 0.260169271527053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 81 resid = 8.952848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296229(s) Flops=534472704 => 1804.25516745491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259767.175183905 Mflops = 259.767175183905 Gflops = 0.259767175183905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001127474 Relative Rsd = 4.94003283540948e-07
BICGSTAB_SOLVER_TIME: 0.67491 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 53 resid = 2.16001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194502(s) Flops=350742528 => 1803.28494308542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259617.08262247 Mflops = 259.61708262247 Gflops = 0.25961708262247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 81 resid = 5.28917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296917(s) Flops=534472704 => 1800.07444504693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259171.422677394 Mflops = 259.171422677394 Gflops = 0.259171422677394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001071086 Relative Rsd = 4.69296957663855e-07
BICGSTAB_SOLVER_TIME: 0.592483 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110007
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.797844(s) Flops=1228529664 => 1539.81187299773 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221744.289218583 Mflops = 221.744289218583 Gflops = 0.221744289218583 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135697
CLOV_LINOP: Time spent in clov deriv (total) = 1.563643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066285 s
InvBiCGStab: k = 26 resid = 1.664379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10359(s) Flops=173574144 => 1675.58783666377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241191.726540519 Mflops = 241.191726540519 Gflops = 0.241191726540519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.095807 s
InvBiCGStab: k = 41 resid = 1.007548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159341(s) Flops=272001024 => 1707.03725971344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245729.168595916 Mflops = 245.729168595916 Gflops = 0.245729168595916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0006958106 Relative Rsd = 3.04869875139705e-07
BICGSTAB_SOLVER_TIME: 0.428698 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0621270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 85 resid = 1.947922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32541(s) Flops=560719872 => 1723.11813404628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248096.645907409 Mflops = 248.096645907409 Gflops = 0.248096645907409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 102 resid = 1.121336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385387(s) Flops=672270336 => 1744.40325179625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251156.0667683 Mflops = 251.1560667683 Gflops = 0.2511560667683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001244438 Relative Rsd = 5.45251387401411e-07
BICGSTAB_SOLVER_TIME: 0.812354 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147716999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043232 s
InvBiCGStab: k = 52 resid = 2.202831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196678(s) Flops=344180736 => 1749.97069321429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251923.756467084 Mflops = 251.923756467084 Gflops = 0.251923756467084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 66 resid = 9.967481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241624(s) Flops=436045824 => 1804.64616097739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.941599349 Mflops = 259.798941599349 Gflops = 0.259798941599349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001037012 Relative Rsd = 4.54367280871419e-07
BICGSTAB_SOLVER_TIME: 0.541451 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041861 s
InvBiCGStab: k = 62 resid = 1.891619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231281(s) Flops=409798656 => 1771.86477056049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255098.088807227 Mflops = 255.098088807227 Gflops = 0.255098088807227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056837 s
InvBiCGStab: k = 83 resid = 4.292364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309139(s) Flops=547596288 => 1771.35944672138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255021.8298543 Mflops = 255.0218298543 Gflops = 0.2550218298543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001134854 Relative Rsd = 4.97236849871132e-07
BICGSTAB_SOLVER_TIME: 0.642762 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042003 s
InvBiCGStab: k = 61 resid = 1.396101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237014(s) Flops=403236864 => 1701.32086712177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244948.90172296 Mflops = 244.94890172296 Gflops = 0.24494890172296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057026 s
InvBiCGStab: k = 74 resid = 4.282421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271334(s) Flops=488540160 => 1800.51213633382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259216.904901063 Mflops = 259.216904901063 Gflops = 0.259216904901063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001070639 Relative Rsd = 4.69101089053136e-07
BICGSTAB_SOLVER_TIME: 0.610997 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110842
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.789413(s) Flops=1240915968 => 1571.94772318166 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226357.975642449 Mflops = 226.357975642449 Gflops = 0.226357975642449 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137014
CLOV_LINOP: Time spent in clov deriv (total) = 1.565103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048118 s
InvBiCGStab: k = 29 resid = 1.966219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1389(s) Flops=193259520 => 1391.35723542117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200287.380043885 Mflops = 200.287380043885 Gflops = 0.200287380043885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059253 s
InvBiCGStab: k = 49 resid = 1.138211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226148(s) Flops=324495360 => 1434.88052072094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206579.107369517 Mflops = 206.579107369517 Gflops = 0.206579107369517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007465819 Relative Rsd = 3.27115346557389e-07
BICGSTAB_SOLVER_TIME: 0.476066 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050761 s
InvBiCGStab: k = 54 resid = 2.226107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209853(s) Flops=357304320 => 1702.64099155123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245122.224070809 Mflops = 245.122224070809 Gflops = 0.245122224070809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 73 resid = 8.575632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272152(s) Flops=481978368 => 1770.98962344572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254968.28514529 Mflops = 254.96828514529 Gflops = 0.25496828514529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00107583 Relative Rsd = 4.71375460272756e-07
BICGSTAB_SOLVER_TIME: 0.5932 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 53 resid = 1.49941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197849(s) Flops=350742528 => 1772.7788768202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255221.518059839 Mflops = 255.221518059839 Gflops = 0.255221518059839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059715 s
InvBiCGStab: k = 69 resid = 1.00477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266338(s) Flops=455731200 => 1711.10093189857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246322.350472372 Mflops = 246.322350472372 Gflops = 0.246322350472372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001036883 Relative Rsd = 4.54310968645838e-07
BICGSTAB_SOLVER_TIME: 0.568838 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 64 resid = 2.049641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242523(s) Flops=422922240 => 1743.84384161502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251067.919917236 Mflops = 251.067919917236 Gflops = 0.251067919917236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058235 s
InvBiCGStab: k = 77 resid = 7.107732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285907(s) Flops=508225536 => 1777.59039128108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255917.532280349 Mflops = 255.917532280349 Gflops = 0.255917532280349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001071041 Relative Rsd = 4.69277217780431e-07
BICGSTAB_SOLVER_TIME: 0.631328 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042412 s
InvBiCGStab: k = 49 resid = 2.193375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184366(s) Flops=324495360 => 1760.06074872807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253390.136192698 Mflops = 253.390136192698 Gflops = 0.253390136192698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057298 s
InvBiCGStab: k = 78 resid = 7.760092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301147(s) Flops=514787328 => 1709.42206962048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246104.288654358 Mflops = 246.104288654358 Gflops = 0.246104288654358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001038181 Relative Rsd = 4.54879803736133e-07
BICGSTAB_SOLVER_TIME: 0.588878 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10489
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.812678(s) Flops=1272102912 => 1565.32219649111 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225404.630161858 Mflops = 225.404630161858 Gflops = 0.225404630161858 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140678000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045348 s
InvBiCGStab: k = 24 resid = 2.137108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111535(s) Flops=160450560 => 1438.56690724885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207065.103225913 Mflops = 207.065103225913 Gflops = 0.207065103225913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067518 s
InvBiCGStab: k = 49 resid = 1.071586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221027(s) Flops=324495360 => 1468.12543263945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211357.130185824 Mflops = 211.357130185824 Gflops = 0.211357130185824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007347525 Relative Rsd = 3.21932300964869e-07
BICGSTAB_SOLVER_TIME: 0.449161 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051775 s
InvBiCGStab: k = 58 resid = 7.879536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260158(s) Flops=383551488 => 1474.30210871855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212261.190782915 Mflops = 212.261190782915 Gflops = 0.212261190782915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058491 s
InvBiCGStab: k = 75 resid = 1.140238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364295(s) Flops=495101952 => 1359.06875471802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195605.482523861 Mflops = 195.605482523861 Gflops = 0.195605482523861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001093433 Relative Rsd = 4.79088449916668e-07
BICGSTAB_SOLVER_TIME: 0.738757 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109053
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058086 s
InvBiCGStab: k = 52 resid = 1.820844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192001(s) Flops=344180736 => 1792.59866354863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258077.70692396 Mflops = 258.07770692396 Gflops = 0.25807770692396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056746 s
InvBiCGStab: k = 72 resid = 7.80554e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272232(s) Flops=475416576 => 1746.36551176937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251430.864791246 Mflops = 251.430864791246 Gflops = 0.251430864791246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001026797 Relative Rsd = 4.49891632109044e-07
BICGSTAB_SOLVER_TIME: 0.582726 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044741 s
InvBiCGStab: k = 61 resid = 1.986052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273383(s) Flops=403236864 => 1474.98880325404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212378.934317366 Mflops = 212.378934317366 Gflops = 0.212378934317366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067479 s
InvBiCGStab: k = 77 resid = 1.08165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288578(s) Flops=508225536 => 1761.13749488873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253539.583843971 Mflops = 253.539583843971 Gflops = 0.253539583843971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070519 Relative Rsd = 4.69048704401259e-07
BICGSTAB_SOLVER_TIME: 0.678891 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042691 s
InvBiCGStab: k = 63 resid = 1.420913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239603(s) Flops=416360448 => 1737.70966139823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250187.024934951 Mflops = 250.187024934951 Gflops = 0.250187024934951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058738 s
InvBiCGStab: k = 77 resid = 1.131041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296451(s) Flops=508225536 => 1714.36607061538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246836.345459308 Mflops = 246.836345459308 Gflops = 0.246836345459308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001053531 Relative Rsd = 4.61605289134338e-07
BICGSTAB_SOLVER_TIME: 0.64114 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114207
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.819472(s) Flops=1303437312 => 1590.58187711112 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229043.790469841 Mflops = 229.043790469841 Gflops = 0.229043790469841 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144145000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.701107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821481(s) Flops=1236584448 => 1505.31107597132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216727.959016604 Mflops = 216.727959016604 Gflops = 0.216727959016604 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 5.628014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.047383(s) Flops=1558112256 => 1487.62416040742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214214.733128773 Mflops = 214.214733128773 Gflops = 0.214214733128773 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.00242865 Relative Rsd = 1.06833872481882e-06
BICGSTAB_SOLVER_TIME: 1.872136 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.129973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302878999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.173552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680538(s) Flops=1230022656 => 1807.42685346006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260268.77737718 Mflops = 260.26877737718 Gflops = 0.26026877737718 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.102266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713544(s) Flops=1289078784 => 1806.58625676903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260138.886388776 Mflops = 260.138886388776 Gflops = 0.260138886388776 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.002072953 Relative Rsd = 9.10683245152933e-07
BICGSTAB_SOLVER_TIME: 1.397391 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.114561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273239999999997
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.816383(s) Flops=1303437312 => 1596.60026237685 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229910.674561296 Mflops = 229.910674561296 Gflops = 0.229910674561296 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144115000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040809 s
InvBiCGStab: k = 30 resid = 1.010303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112017(s) Flops=199821312 => 1783.84809448566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256775.366674932 Mflops = 256.775366674932 Gflops = 0.256775366674932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 44 resid = 1.150282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162189(s) Flops=291686400 => 1798.43515898119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258893.77570433 Mflops = 258.89377570433 Gflops = 0.25889377570433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000737039 Relative Rsd = 3.229341128005e-07
BICGSTAB_SOLVER_TIME: 0.374865 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 84 resid = 2.213867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333282(s) Flops=554158080 => 1662.73030046627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239408.570482209 Mflops = 239.408570482209 Gflops = 0.239408570482209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069378 s
InvBiCGStab: k = 98 resid = 1.141575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449912(s) Flops=646023168 => 1435.88783584345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206734.024289231 Mflops = 206.734024289231 Gflops = 0.206734024289231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.00129559 Relative Rsd = 5.67663755197812e-07
BICGSTAB_SOLVER_TIME: 0.897949 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045381 s
InvBiCGStab: k = 56 resid = 1.911476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234612(s) Flops=370427904 => 1578.89581095596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227324.312581448 Mflops = 227.324312581448 Gflops = 0.227324312581448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085538 s
InvBiCGStab: k = 74 resid = 8.333777e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318513(s) Flops=488540160 => 1533.81544866301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220831.032155646 Mflops = 220.831032155646 Gflops = 0.220831032155646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001058747 Relative Rsd = 4.63890779978213e-07
BICGSTAB_SOLVER_TIME: 0.687707 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042411 s
InvBiCGStab: k = 61 resid = 2.275076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273205(s) Flops=403236864 => 1475.94979594078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212493.965732625 Mflops = 212.493965732625 Gflops = 0.212493965732625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056472 s
InvBiCGStab: k = 83 resid = 8.171389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305033(s) Flops=547596288 => 1795.20343044851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258468.856795717 Mflops = 258.468856795717 Gflops = 0.258468856795717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001102246 Relative Rsd = 4.82949662927815e-07
BICGSTAB_SOLVER_TIME: 0.680801 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 58 resid = 2.159656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231845(s) Flops=383551488 => 1654.34444564256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238176.146855558 Mflops = 238.176146855558 Gflops = 0.238176146855558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056259 s
InvBiCGStab: k = 73 resid = 1.143856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271437(s) Flops=481978368 => 1775.65463809282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255643.08966923 Mflops = 255.64308966923 Gflops = 0.25564308966923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001101104 Relative Rsd = 4.82449534873623e-07
BICGSTAB_SOLVER_TIME: 0.604354 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10776
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.826438(s) Flops=1316044800 => 1592.43016415024 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229308.097831296 Mflops = 229.308097831296 Gflops = 0.229308097831296 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145607000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 26 resid = 2.055289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096895(s) Flops=173574144 => 1791.36326951855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257824.543426653 Mflops = 257.824543426653 Gflops = 0.257824543426653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 49 resid = 9.234706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180411(s) Flops=324495360 => 1798.64509370271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258917.279739551 Mflops = 258.917279739551 Gflops = 0.258917279739551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007384312 Relative Rsd = 3.23544110903517e-07
BICGSTAB_SOLVER_TIME: 0.37806 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 78 resid = 1.566169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286338(s) Flops=514787328 => 1797.83098296419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258836.594595741 Mflops = 258.836594595741 Gflops = 0.258836594595741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 106 resid = 8.254268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423068(s) Flops=698517504 => 1651.07619578886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237717.790140962 Mflops = 237.717790140962 Gflops = 0.237717790140962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001318404 Relative Rsd = 5.77659379268359e-07
BICGSTAB_SOLVER_TIME: 0.811146 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051157 s
InvBiCGStab: k = 53 resid = 1.880728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243019(s) Flops=350742528 => 1443.27204045774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207786.036159969 Mflops = 207.786036159969 Gflops = 0.207786036159969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061143 s
InvBiCGStab: k = 77 resid = 7.17936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340222(s) Flops=508225536 => 1493.80562103568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215069.238059759 Mflops = 215.069238059759 Gflops = 0.215069238059759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001104672 Relative Rsd = 4.8401265820057e-07
BICGSTAB_SOLVER_TIME: 0.702537 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0526 s
InvBiCGStab: k = 63 resid = 2.212988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278046(s) Flops=416360448 => 1497.4516734641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215587.768302113 Mflops = 215.587768302113 Gflops = 0.215587768302113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071225 s
InvBiCGStab: k = 72 resid = 9.647537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335333(s) Flops=475416576 => 1417.74467767861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204127.033729052 Mflops = 204.127033729052 Gflops = 0.204127033729052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001108446 Relative Rsd = 4.85666319752524e-07
BICGSTAB_SOLVER_TIME: 0.740818 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042401 s
InvBiCGStab: k = 54 resid = 2.033591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200024(s) Flops=357304320 => 1786.30724313082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257168.199941633 Mflops = 257.168199941633 Gflops = 0.257168199941633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056682 s
InvBiCGStab: k = 82 resid = 8.701258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301839(s) Flops=541034496 => 1792.46053690875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258057.142787867 Mflops = 258.057142787867 Gflops = 0.258057142787867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001063624 Relative Rsd = 4.6602738007347e-07
BICGSTAB_SOLVER_TIME: 0.604577 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111394
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.828745(s) Flops=1322532864 => 1595.82605505916 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229796.45073572 Mflops = 229.79645073572 Gflops = 0.22979645073572 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146234000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 33 resid = 1.373285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121848(s) Flops=219506688 => 1801.47961394524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.126135403 Mflops = 259.325126135403 Gflops = 0.259325126135403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 50 resid = 1.096922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184321(s) Flops=331057152 => 1796.09025558672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258574.667717777 Mflops = 258.574667717777 Gflops = 0.258574667717777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007315036 Relative Rsd = 3.2050878503051e-07
BICGSTAB_SOLVER_TIME: 0.407503 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0738230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 47 resid = 2.199828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172645(s) Flops=311371776 => 1803.53775666831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259629.055351022 Mflops = 259.629055351022 Gflops = 0.259629055351022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 71 resid = 8.150979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259643(s) Flops=468854784 => 1805.76708788606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259975.863216201 Mflops = 259.975863216201 Gflops = 0.259975863216201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001051348 Relative Rsd = 4.6064869540376e-07
BICGSTAB_SOLVER_TIME: 0.532674 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984250000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043923 s
InvBiCGStab: k = 47 resid = 2.18897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188308(s) Flops=311371776 => 1653.52388639888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238057.065423438 Mflops = 238.057065423438 Gflops = 0.238057065423438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064375 s
InvBiCGStab: k = 76 resid = 1.12476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343872(s) Flops=501663744 => 1458.86767169179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210042.857816045 Mflops = 210.042857816045 Gflops = 0.210042857816045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009972806 Relative Rsd = 4.36959152049081e-07
BICGSTAB_SOLVER_TIME: 0.644977 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048622 s
InvBiCGStab: k = 69 resid = 1.194997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333663(s) Flops=455731200 => 1365.84278148911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196650.516983461 Mflops = 196.650516983461 Gflops = 0.196650516983461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058407 s
InvBiCGStab: k = 73 resid = 1.03116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346006(s) Flops=481978368 => 1392.97690791489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200554.066329826 Mflops = 200.554066329826 Gflops = 0.200554066329826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.0010447 Relative Rsd = 4.57735965938529e-07
BICGSTAB_SOLVER_TIME: 0.790876 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047083 s
InvBiCGStab: k = 56 resid = 1.334628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305792(s) Flops=370427904 => 1211.37212222687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174410.877866912 Mflops = 174.410877866912 Gflops = 0.174410877866912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057497 s
InvBiCGStab: k = 78 resid = 1.124877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287634(s) Flops=514787328 => 1789.73044911241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257676.006760252 Mflops = 257.676006760252 Gflops = 0.257676006760252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001067787 Relative Rsd = 4.67851763562944e-07
BICGSTAB_SOLVER_TIME: 0.701652 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109986
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.8303(s) Flops=1322754048 => 1593.10375526918 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229400.333056479 Mflops = 229.400333056479 Gflops = 0.229400333056479 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146326000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 27 resid = 2.080521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10011(s) Flops=180135936 => 1799.38004195385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.566255192 Mflops = 258.976566255192 Gflops = 0.258976566255192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056375 s
InvBiCGStab: k = 55 resid = 1.130505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207598(s) Flops=363866112 => 1752.74382219482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252332.606314466 Mflops = 252.332606314466 Gflops = 0.252332606314466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000763322 Relative Rsd = 3.34450039443125e-07
BICGSTAB_SOLVER_TIME: 0.408744 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042346 s
InvBiCGStab: k = 55 resid = 2.242712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204326(s) Flops=363866112 => 1780.81160498419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256388.413460013 Mflops = 256.388413460013 Gflops = 0.256388413460013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056583 s
InvBiCGStab: k = 91 resid = 1.076085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335374(s) Flops=600090624 => 1789.31766922898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257615.655811519 Mflops = 257.615655811519 Gflops = 0.257615655811519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00113154 Relative Rsd = 4.95785177823982e-07
BICGSTAB_SOLVER_TIME: 0.64228 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041588 s
InvBiCGStab: k = 56 resid = 2.088506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207023(s) Flops=370427904 => 1789.30797061196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257593.761909582 Mflops = 257.593761909582 Gflops = 0.257593761909582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05692 s
InvBiCGStab: k = 69 resid = 1.069536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254253(s) Flops=455731200 => 1792.43194770563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258046.021154974 Mflops = 258.046021154974 Gflops = 0.258046021154974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001017384 Relative Rsd = 4.45767424682047e-07
BICGSTAB_SOLVER_TIME: 0.56343 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047881 s
InvBiCGStab: k = 61 resid = 1.904879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266445(s) Flops=403236864 => 1513.39625063334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217894.588294619 Mflops = 217.894588294619 Gflops = 0.217894588294619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067073 s
InvBiCGStab: k = 75 resid = 1.092035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329898(s) Flops=495101952 => 1500.77282069003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216079.560264441 Mflops = 216.079560264441 Gflops = 0.216079560264441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001085343 Relative Rsd = 4.75543687129714e-07
BICGSTAB_SOLVER_TIME: 0.714996 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0428 s
InvBiCGStab: k = 52 resid = 1.961327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221944(s) Flops=344180736 => 1550.75485708107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223257.949516271 Mflops = 223.257949516271 Gflops = 0.223257949516271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061815 s
InvBiCGStab: k = 79 resid = 1.091477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347682(s) Flops=521349120 => 1499.49988782853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215892.378755435 Mflops = 215.892378755435 Gflops = 0.215892378755435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001043693 Relative Rsd = 4.57294700482454e-07
BICGSTAB_SOLVER_TIME: 0.678068 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10782
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.841689(s) Flops=1329094656 => 1579.08046321147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227621.746445349 Mflops = 227.621746445349 Gflops = 0.227621746445349 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147059000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 9.947869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.695358(s) Flops=1249708032 => 1797.2152934172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258745.568439764 Mflops = 258.745568439764 Gflops = 0.258745568439764 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 1.058685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.935563(s) Flops=1695909888 => 1812.71585986192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261025.767249136 Mflops = 261.025767249136 Gflops = 0.261025767249136 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.00207459 Relative Rsd = 9.12555324301797e-07
BICGSTAB_SOLVER_TIME: 1.63429 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.11567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319319999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.255677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674217(s) Flops=1170966528 => 1736.77989134062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250049.825695983 Mflops = 250.049825695983 Gflops = 0.250049825695983 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 9.705923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.877929(s) Flops=1295640576 => 1475.79197862242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212509.467687426 Mflops = 212.509467687426 Gflops = 0.212509467687426 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.002533301 Relative Rsd = 1.11296346991918e-06
BICGSTAB_SOLVER_TIME: 1.555822 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.132466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267532999999998
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980924(s) Flops=1329094656 => 1354.94152044399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195114.588945309 Mflops = 195.114588945309 Gflops = 0.195114588945309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146861000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 27 resid = 2.256415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099938(s) Flops=180135936 => 1802.47689567532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.403725138 Mflops = 259.445403725138 Gflops = 0.259445403725138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056643 s
InvBiCGStab: k = 47 resid = 6.087738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172968(s) Flops=311371776 => 1800.16983488275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259142.710568525 Mflops = 259.142710568525 Gflops = 0.259142710568525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007401267 Relative Rsd = 3.24287008919354e-07
BICGSTAB_SOLVER_TIME: 0.374467 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 87 resid = 1.333168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317985(s) Flops=573843456 => 1804.62429359875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.709855168 Mflops = 259.831709855168 Gflops = 0.259831709855168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056837 s
InvBiCGStab: k = 89 resid = 9.797279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325478(s) Flops=586967040 => 1803.40004547158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259632.988232605 Mflops = 259.632988232605 Gflops = 0.259632988232605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001248812 Relative Rsd = 5.47167941354314e-07
BICGSTAB_SOLVER_TIME: 0.7455 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041042 s
InvBiCGStab: k = 59 resid = 1.896444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217825(s) Flops=390113280 => 1790.94814644784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257847.071233885 Mflops = 257.847071233885 Gflops = 0.257847071233885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 75 resid = 1.107987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27444(s) Flops=495101952 => 1804.04442501093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259728.912837498 Mflops = 259.728912837498 Gflops = 0.259728912837498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001006357 Relative Rsd = 4.40936202980786e-07
BICGSTAB_SOLVER_TIME: 0.593288 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 63 resid = 1.601138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230497(s) Flops=416360448 => 1806.35951010208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260059.787700026 Mflops = 260.059787700026 Gflops = 0.260059787700026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 89 resid = 7.479167e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325771(s) Flops=586967040 => 1801.77805882046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259416.086610845 Mflops = 259.416086610845 Gflops = 0.259416086610845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001129578 Relative Rsd = 4.94925549257199e-07
BICGSTAB_SOLVER_TIME: 0.657697 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 51 resid = 2.052545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215677(s) Flops=337618944 => 1565.39150674388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225337.402002744 Mflops = 225.337402002744 Gflops = 0.225337402002744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062141 s
InvBiCGStab: k = 69 resid = 7.118564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31724(s) Flops=455731200 => 1436.55024587063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206824.892666082 Mflops = 206.824892666082 Gflops = 0.206824892666082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001065887 Relative Rsd = 4.67019015922685e-07
BICGSTAB_SOLVER_TIME: 0.63991 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998740000000003
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.999484(s) Flops=1335361536 => 1336.05093828415 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192447.010392035 Mflops = 192.447010392035 Gflops = 0.192447010392035 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147670000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040728 s
InvBiCGStab: k = 29 resid = 2.231058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107522(s) Flops=193259520 => 1797.39513773925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258697.950811175 Mflops = 258.697950811175 Gflops = 0.258697950811175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056376 s
InvBiCGStab: k = 46 resid = 1.074799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170413(s) Flops=304809984 => 1788.65452753018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257475.756305638 Mflops = 257.475756305638 Gflops = 0.257475756305638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007256928 Relative Rsd = 3.1796279913587e-07
BICGSTAB_SOLVER_TIME: 0.37878 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 88 resid = 1.05394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32199(s) Flops=580405248 => 1802.55675020963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.367522834 Mflops = 259.530367522834 Gflops = 0.259530367522834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 88 resid = 8.938716e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322218(s) Flops=580405248 => 1801.28126920284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.557449962 Mflops = 259.332557449962 Gflops = 0.259332557449962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001250032 Relative Rsd = 5.47702448430284e-07
BICGSTAB_SOLVER_TIME: 0.745214 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 60 resid = 1.435624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220121(s) Flops=396675072 => 1802.07736653931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.316106738 Mflops = 259.440316106738 Gflops = 0.259440316106738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 76 resid = 6.972399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278625(s) Flops=501663744 => 1800.49795962315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259224.431882046 Mflops = 259.224431882046 Gflops = 0.259224431882046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001062613 Relative Rsd = 4.65584788423677e-07
BICGSTAB_SOLVER_TIME: 0.599816 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040745 s
InvBiCGStab: k = 65 resid = 1.511863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238886(s) Flops=429484032 => 1797.86187553896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258836.948686779 Mflops = 258.836948686779 Gflops = 0.258836948686779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 82 resid = 8.864582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30033(s) Flops=541034496 => 1801.46670662272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.487592687 Mflops = 259.364487592687 Gflops = 0.259364487592687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001095778 Relative Rsd = 4.8011589299628e-07
BICGSTAB_SOLVER_TIME: 0.639851 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043187 s
InvBiCGStab: k = 57 resid = 2.044757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218359(s) Flops=376989696 => 1726.46740459518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248552.79595442 Mflops = 248.55279595442 Gflops = 0.24855279595442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056832 s
InvBiCGStab: k = 75 resid = 1.093511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277755(s) Flops=495101952 => 1782.51319328185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256634.598336813 Mflops = 256.634598336813 Gflops = 0.256634598336813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001044014 Relative Rsd = 4.57435481046408e-07
BICGSTAB_SOLVER_TIME: 0.599793 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108606
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993778(s) Flops=1335361536 => 1343.72217537518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193506.391176039 Mflops = 193.506391176039 Gflops = 0.193506391176039 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147445000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049897 s
InvBiCGStab: k = 39 resid = 1.243838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173745(s) Flops=258877440 => 1489.98497798498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214507.038045421 Mflops = 214.507038045421 Gflops = 0.214507038045421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07922 s
InvBiCGStab: k = 46 resid = 8.577963e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193999(s) Flops=304809984 => 1571.19358347208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226177.827282873 Mflops = 226.177827282873 Gflops = 0.226177827282873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007321231 Relative Rsd = 3.20780221179453e-07
BICGSTAB_SOLVER_TIME: 0.500548 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040715 s
InvBiCGStab: k = 64 resid = 1.867083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23437(s) Flops=422922240 => 1804.50672014336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.685681259 Mflops = 259.799685681259 Gflops = 0.259799685681259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 77 resid = 7.741988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281968(s) Flops=508225536 => 1802.4227430063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259492.0536985 Mflops = 259.4920536985 Gflops = 0.2594920536985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001107576 Relative Rsd = 4.85285039058482e-07
BICGSTAB_SOLVER_TIME: 0.616909 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 56 resid = 2.16941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20539(s) Flops=370427904 => 1803.53427138614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.897757082 Mflops = 259.635897757082 Gflops = 0.259635897757082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067774 s
InvBiCGStab: k = 76 resid = 5.362576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354056(s) Flops=501663744 => 1416.90507716293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204005.657475482 Mflops = 204.005657475482 Gflops = 0.204005657475482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001012462 Relative Rsd = 4.4361072765121e-07
BICGSTAB_SOLVER_TIME: 0.672099 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04688 s
InvBiCGStab: k = 64 resid = 2.066151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23496(s) Flops=422922240 => 1799.97548518897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259146.822419354 Mflops = 259.146822419354 Gflops = 0.259146822419354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 84 resid = 8.972959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307772(s) Flops=554158080 => 1800.54741821868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.327502055 Mflops = 259.239327502055 Gflops = 0.259239327502055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00106695 Relative Rsd = 4.67484866970001e-07
BICGSTAB_SOLVER_TIME: 0.649762 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044039 s
InvBiCGStab: k = 47 resid = 1.804785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174961(s) Flops=311371776 => 1779.66390224107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256208.206996145 Mflops = 256.208206996145 Gflops = 0.256208206996145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 75 resid = 9.793514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282044(s) Flops=495101952 => 1755.40678759343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252729.163388604 Mflops = 252.729163388604 Gflops = 0.252729163388604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00105719 Relative Rsd = 4.63208300287739e-07
BICGSTAB_SOLVER_TIME: 0.560981 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101343
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875676(s) Flops=1341702144 => 1532.19015252217 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220635.355853331 Mflops = 220.635355853331 Gflops = 0.220635355853331 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148405000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 31 resid = 2.139147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114197(s) Flops=206383104 => 1807.25504172614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260137.393166418 Mflops = 260.137393166418 Gflops = 0.260137393166418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 48 resid = 9.891911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176797(s) Flops=317933568 => 1798.2973014248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258870.456096655 Mflops = 258.870456096655 Gflops = 0.258870456096655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007206757 Relative Rsd = 3.15764531032706e-07
BICGSTAB_SOLVER_TIME: 0.392088 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 60 resid = 1.716425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220117(s) Flops=396675072 => 1802.11011416656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.878984743 Mflops = 259.446878984743 Gflops = 0.259446878984743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 82 resid = 1.093743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300473(s) Flops=541034496 => 1800.60935924359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259245.776623732 Mflops = 259.245776623732 Gflops = 0.259245776623732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001123383 Relative Rsd = 4.92210881723068e-07
BICGSTAB_SOLVER_TIME: 0.621724 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115668
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042046 s
InvBiCGStab: k = 51 resid = 2.232719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187104(s) Flops=337618944 => 1804.44535659312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259777.971065676 Mflops = 259.777971065676 Gflops = 0.259777971065676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 70 resid = 9.998186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256656(s) Flops=462292992 => 1801.21638301851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.983225202 Mflops = 259.324983225202 Gflops = 0.259324983225202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001004523 Relative Rsd = 4.40132274550176e-07
BICGSTAB_SOLVER_TIME: 0.545506 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 53 resid = 1.832871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194779(s) Flops=350742528 => 1800.72044727614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259232.337912608 Mflops = 259.232337912608 Gflops = 0.259232337912608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 87 resid = 7.975407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33352(s) Flops=573843456 => 1720.56685056368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247722.864173071 Mflops = 247.722864173071 Gflops = 0.247722864173071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001103617 Relative Rsd = 4.83550581704606e-07
BICGSTAB_SOLVER_TIME: 0.629269 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043482 s
InvBiCGStab: k = 55 resid = 2.19686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21294(s) Flops=363866112 => 1708.7729501268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246014.869730149 Mflops = 246.014869730149 Gflops = 0.246014869730149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059281 s
InvBiCGStab: k = 87 resid = 8.202088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32157(s) Flops=573843456 => 1784.5055695494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256921.469313284 Mflops = 256.921469313284 Gflops = 0.256921469313284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001033707 Relative Rsd = 4.52919383375621e-07
BICGSTAB_SOLVER_TIME: 0.640905 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11561
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886339(s) Flops=1341775872 => 1513.84049669483 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218062.473872964 Mflops = 218.062473872964 Gflops = 0.218062473872964 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148499000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.548821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.671081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.711999(s) Flops=1282516992 => 1801.29044001466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259366.594051942 Mflops = 259.366594051942 Gflops = 0.259366594051942 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 8.998029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868065(s) Flops=1564674048 => 1802.48489226037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259552.118558854 Mflops = 259.552118558854 Gflops = 0.259552118558854 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002031052 Relative Rsd = 8.93362046512424e-07
BICGSTAB_SOLVER_TIME: 1.583387 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309030999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.094679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690333(s) Flops=1203775488 => 1743.76060249184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251000.715254443 Mflops = 251.000715254443 Gflops = 0.251000715254443 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 9.817047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757412(s) Flops=1361258496 => 1797.24970821693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258797.87880775 Mflops = 258.79787880775 Gflops = 0.25879787880775 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.002812813 Relative Rsd = 1.23582357735136e-06
BICGSTAB_SOLVER_TIME: 1.451154 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278166999999997
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842516(s) Flops=1341775872 => 1592.58206609726 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229336.54934939 Mflops = 229.33654934939 Gflops = 0.22933654934939 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149773000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 32 resid = 1.928917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118573(s) Flops=212944896 => 1795.89700859386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.893186703 Mflops = 258.512893186703 Gflops = 0.258512893186703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 53 resid = 8.838883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194803(s) Flops=350742528 => 1800.49859601752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259200.759897776 Mflops = 259.200759897776 Gflops = 0.259200759897776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007815112 Relative Rsd = 3.4241964757155e-07
BICGSTAB_SOLVER_TIME: 0.414297 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043049 s
InvBiCGStab: k = 90 resid = 1.587447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40037(s) Flops=593528832 => 1482.45081299798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213440.553121304 Mflops = 213.440553121304 Gflops = 0.213440553121304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061635 s
InvBiCGStab: k = 92 resid = 1.091894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423671(s) Flops=606652416 => 1431.89506952329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206172.677949594 Mflops = 206.172677949594 Gflops = 0.206172677949594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001276313 Relative Rsd = 5.59217278412718e-07
BICGSTAB_SOLVER_TIME: 0.93268 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051865 s
InvBiCGStab: k = 53 resid = 2.213546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243561(s) Flops=350742528 => 1440.06030522128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207325.419339834 Mflops = 207.325419339834 Gflops = 0.207325419339834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07211 s
InvBiCGStab: k = 76 resid = 1.054466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356954(s) Flops=501663744 => 1405.4016595976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202350.026531375 Mflops = 202.350026531375 Gflops = 0.202350026531375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001055328 Relative Rsd = 4.62392538128566e-07
BICGSTAB_SOLVER_TIME: 0.730911 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 71 resid = 1.619599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262755(s) Flops=468854784 => 1784.38006507964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256917.573098967 Mflops = 256.917573098967 Gflops = 0.256917573098967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056672 s
InvBiCGStab: k = 76 resid = 1.045363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279768(s) Flops=501663744 => 1793.1419747791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.506840151 Mflops = 258.160506840151 Gflops = 0.258160506840151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001122086 Relative Rsd = 4.9164260771473e-07
BICGSTAB_SOLVER_TIME: 0.644213 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 58 resid = 2.186022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213467(s) Flops=383551488 => 1796.77181016269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258683.672143349 Mflops = 258.683672143349 Gflops = 0.258683672143349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056576 s
InvBiCGStab: k = 79 resid = 1.128068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290389(s) Flops=521349120 => 1795.3473444242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258485.677818358 Mflops = 258.485677818358 Gflops = 0.258485677818358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001079469 Relative Rsd = 4.72969851166987e-07
BICGSTAB_SOLVER_TIME: 0.605297 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112011
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838767(s) Flops=1341849600 => 1599.78826062542 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230380.188011336 Mflops = 230.380188011336 Gflops = 0.230380188011336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148373000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 28 resid = 2.281383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104019(s) Flops=186697728 => 1794.84255760967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258346.444519228 Mflops = 258.346444519228 Gflops = 0.258346444519228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 45 resid = 1.136276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165806(s) Flops=298248192 => 1798.7780418079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258933.180013299 Mflops = 258.933180013299 Gflops = 0.258933180013299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007613759 Relative Rsd = 3.33597347889639e-07
BICGSTAB_SOLVER_TIME: 0.371053 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043085 s
InvBiCGStab: k = 84 resid = 1.878666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342019(s) Flops=554158080 => 1620.2552489774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233288.780629951 Mflops = 233.288780629951 Gflops = 0.233288780629951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056606 s
InvBiCGStab: k = 101 resid = 8.187137e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371828(s) Flops=665708544 => 1790.36690082511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257776.422767227 Mflops = 257.776422767227 Gflops = 0.257776422767227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001308207 Relative Rsd = 5.73191789683195e-07
BICGSTAB_SOLVER_TIME: 0.817158 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041343 s
InvBiCGStab: k = 52 resid = 1.55754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192714(s) Flops=344180736 => 1785.96643731125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257129.901834609 Mflops = 257.129901834609 Gflops = 0.257129901834609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056856 s
InvBiCGStab: k = 82 resid = 6.341329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301451(s) Flops=541034496 => 1794.7676272429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258396.120174681 Mflops = 258.396120174681 Gflops = 0.258396120174681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001091632 Relative Rsd = 4.78299211631863e-07
BICGSTAB_SOLVER_TIME: 0.596013 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 73 resid = 1.457204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290029(s) Flops=481978368 => 1661.82818959483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239261.341298672 Mflops = 239.261341298672 Gflops = 0.239261341298672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062121 s
InvBiCGStab: k = 74 resid = 1.147587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332827(s) Flops=488540160 => 1467.8501443693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211322.369453613 Mflops = 211.322369453613 Gflops = 0.211322369453613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001113494 Relative Rsd = 4.87878155837576e-07
BICGSTAB_SOLVER_TIME: 0.732802 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045815 s
InvBiCGStab: k = 53 resid = 2.227237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232396(s) Flops=350742528 => 1509.24511609494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217285.469951998 Mflops = 217.285469951998 Gflops = 0.217285469951998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092275 s
InvBiCGStab: k = 77 resid = 8.859066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324695(s) Flops=508225536 => 1565.23979734828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225350.994412596 Mflops = 225.350994412596 Gflops = 0.225350994412596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00109567 Relative Rsd = 4.80068507074572e-07
BICGSTAB_SOLVER_TIME: 0.69888 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106967
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883325(s) Flops=1341554688 => 1518.75548410834 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218708.931666096 Mflops = 218.708931666096 Gflops = 0.218708931666096 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148651000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 27 resid = 2.062737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101006(s) Flops=180135936 => 1783.41817317783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256678.027387744 Mflops = 256.678027387744 Gflops = 0.256678027387744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057274 s
InvBiCGStab: k = 51 resid = 9.281281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188641(s) Flops=337618944 => 1789.74318414343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257653.873067623 Mflops = 257.653873067623 Gflops = 0.257653873067623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007139536 Relative Rsd = 3.12819258813923e-07
BICGSTAB_SOLVER_TIME: 0.391457 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041704 s
InvBiCGStab: k = 49 resid = 1.741043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180974(s) Flops=324495360 => 1793.04960933615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258136.690571227 Mflops = 258.136690571227 Gflops = 0.258136690571227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057026 s
InvBiCGStab: k = 74 resid = 9.946552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272343(s) Flops=488540160 => 1793.84144259261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.759276013 Mflops = 258.257759276013 Gflops = 0.258257759276013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001019269 Relative Rsd = 4.46593235309009e-07
BICGSTAB_SOLVER_TIME: 0.55572 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 51 resid = 2.148331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18798(s) Flops=337618944 => 1796.03651452282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258572.98566587 Mflops = 258.57298566587 Gflops = 0.25857298566587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 68 resid = 1.053835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249232(s) Flops=449169408 => 1802.21403351095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.220982647 Mflops = 259.465220982647 Gflops = 0.259465220982647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001020729 Relative Rsd = 4.47233123778142e-07
BICGSTAB_SOLVER_TIME: 0.538329 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992590000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 64 resid = 2.258847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235143(s) Flops=422922240 => 1798.5746545719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258941.838917424 Mflops = 258.941838917424 Gflops = 0.258941838917424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 77 resid = 1.066322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282423(s) Flops=508225536 => 1799.51893436441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259079.616515643 Mflops = 259.079616515643 Gflops = 0.259079616515643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00111979 Relative Rsd = 4.9063689380912e-07
BICGSTAB_SOLVER_TIME: 0.618834 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 49 resid = 1.646696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180372(s) Flops=324495360 => 1799.03399640742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.103083712 Mflops = 259.005103083712 Gflops = 0.259005103083712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 67 resid = 1.091202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246345(s) Flops=442607616 => 1796.69819156062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258662.400124364 Mflops = 258.662400124364 Gflops = 0.258662400124364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001077102 Relative Rsd = 4.71933124731347e-07
BICGSTAB_SOLVER_TIME: 0.528097 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971340000000004
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.833733(s) Flops=1335214080 => 1601.48882196099 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230714.422308934 Mflops = 230.714422308934 Gflops = 0.230714422308934 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147765000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.546923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053849 s
InvBiCGStab: k = 24 resid = 1.771702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11434(s) Flops=160450560 => 1403.27584397411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201956.48468597 Mflops = 201.95648468597 Gflops = 0.20195648468597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057215 s
InvBiCGStab: k = 48 resid = 1.134951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177543(s) Flops=317933568 => 1790.74121762052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257789.175644054 Mflops = 257.789175644054 Gflops = 0.257789175644054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007431259 Relative Rsd = 3.25601113871945e-07
BICGSTAB_SOLVER_TIME: 0.406598 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 64 resid = 1.29823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237019(s) Flops=422922240 => 1784.33897704403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256890.861686894 Mflops = 256.890861686894 Gflops = 0.256890861686894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 90 resid = 1.117162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330818(s) Flops=593528832 => 1794.12496297058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258311.125273734 Mflops = 258.311125273734 Gflops = 0.258311125273734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001120177 Relative Rsd = 4.90806136530569e-07
BICGSTAB_SOLVER_TIME: 0.668658 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041507 s
InvBiCGStab: k = 56 resid = 2.024526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206937(s) Flops=370427904 => 1790.05158091593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257720.37052686 Mflops = 257.72037052686 Gflops = 0.25772037052686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056796 s
InvBiCGStab: k = 70 resid = 8.720087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25771(s) Flops=462292992 => 1793.84964494975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258256.017378182 Mflops = 258.256017378182 Gflops = 0.258256017378182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001030419 Relative Rsd = 4.51478575915472e-07
BICGSTAB_SOLVER_TIME: 0.566606 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041555 s
InvBiCGStab: k = 70 resid = 2.269462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256386(s) Flops=462292992 => 1803.11324331282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259599.733618231 Mflops = 259.599733618231 Gflops = 0.259599733618231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 76 resid = 8.647962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278439(s) Flops=501663744 => 1801.70071002984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259382.539671811 Mflops = 259.382539671811 Gflops = 0.259382539671811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001080892 Relative Rsd = 4.73593621281696e-07
BICGSTAB_SOLVER_TIME: 0.636615 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 51 resid = 1.396895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187695(s) Flops=337618944 => 1798.76365380005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258963.607967953 Mflops = 258.963607967953 Gflops = 0.258963607967953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056467 s
InvBiCGStab: k = 63 resid = 1.023933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231958(s) Flops=416360448 => 1794.98205709654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258422.214892718 Mflops = 258.422214892718 Gflops = 0.258422214892718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001036689 Relative Rsd = 4.54225786203155e-07
BICGSTAB_SOLVER_TIME: 0.521091 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955990000000003
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.829829(s) Flops=1322532864 => 1593.74143829632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229501.3697009 Mflops = 229.5013697009 Gflops = 0.2295013697009 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146258000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.178993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.726624(s) Flops=1315325952 => 1810.18787158145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260581.319665561 Mflops = 260.581319665561 Gflops = 0.260581319665561 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 9.234557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.085119(s) Flops=1636853760 => 1508.45553344841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217215.449105515 Mflops = 217.215449105515 Gflops = 0.217215449105515 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002046038 Relative Rsd = 8.99914489770624e-07
BICGSTAB_SOLVER_TIME: 1.815823 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.132623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320056999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.753945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848004(s) Flops=1295640576 => 1527.87083079797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219990.798603311 Mflops = 219.990798603311 Gflops = 0.219990798603311 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.104732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760677(s) Flops=1374382080 => 1806.78800594733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260172.242697377 Mflops = 260.172242697377 Gflops = 0.260172242697377 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.002246263 Relative Rsd = 9.8697000698877e-07
BICGSTAB_SOLVER_TIME: 1.612036 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.114708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289550999999997
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843544(s) Flops=1322532864 => 1567.82913991446 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225763.599298136 Mflops = 225.763599298136 Gflops = 0.225763599298136 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146529000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041788 s
InvBiCGStab: k = 32 resid = 1.9766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118448(s) Flops=212944896 => 1797.7922463866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.49061305 Mflops = 258.79349061305 Gflops = 0.25879349061305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 57 resid = 1.105687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209216(s) Flops=376989696 => 1801.91618231875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.590957971 Mflops = 259.406590957971 Gflops = 0.259406590957971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007960942 Relative Rsd = 3.48809197899391e-07
BICGSTAB_SOLVER_TIME: 0.429734 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041592 s
InvBiCGStab: k = 71 resid = 1.65051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261203(s) Flops=468854784 => 1794.98238534779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258435.235291264 Mflops = 258.435235291264 Gflops = 0.258435235291264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056916 s
InvBiCGStab: k = 107 resid = 5.00936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390638(s) Flops=705079296 => 1804.94292925931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.656851588 Mflops = 259.874656851588 Gflops = 0.259874656851588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001242824 Relative Rsd = 5.44544322119696e-07
BICGSTAB_SOLVER_TIME: 0.754181 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 54 resid = 1.781731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19864(s) Flops=357304320 => 1798.75312122433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.088090547 Mflops = 258.965088090547 Gflops = 0.258965088090547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 69 resid = 1.112823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252404(s) Flops=455731200 => 1805.56251089523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.580312924 Mflops = 259.937580312924 Gflops = 0.259937580312924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009966518 Relative Rsd = 4.36683660807807e-07
BICGSTAB_SOLVER_TIME: 0.55264 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 59 resid = 1.981419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216209(s) Flops=390113280 => 1804.33413965191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.305054095 Mflops = 259.758305054095 Gflops = 0.259758305054095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 85 resid = 8.46366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310651(s) Flops=560719872 => 1804.98331568223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.834783136 Mflops = 259.874834783136 Gflops = 0.259874834783136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001087466 Relative Rsd = 4.76473961015727e-07
BICGSTAB_SOLVER_TIME: 0.628257 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045703 s
InvBiCGStab: k = 51 resid = 2.012047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247786(s) Flops=337618944 => 1362.54245195451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196171.905285705 Mflops = 196.171905285705 Gflops = 0.196171905285705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065213 s
InvBiCGStab: k = 73 resid = 8.759018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29973(s) Flops=481978368 => 1608.04179761786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231518.796964441 Mflops = 231.518796964441 Gflops = 0.231518796964441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00105889 Relative Rsd = 4.63953519142584e-07
BICGSTAB_SOLVER_TIME: 0.662681 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102662
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974457(s) Flops=1303805952 => 1337.98202691345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192665.608885092 Mflops = 192.665608885092 Gflops = 0.192665608885092 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143857000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04137 s
InvBiCGStab: k = 24 resid = 1.789349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089226(s) Flops=160450560 => 1798.24894089167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258810.975496262 Mflops = 258.810975496262 Gflops = 0.258810975496262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 63 resid = 9.075229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230863(s) Flops=416360448 => 1803.49578754499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.085727444 Mflops = 259.639085727444 Gflops = 0.259639085727444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007666161 Relative Rsd = 3.35893371772085e-07
BICGSTAB_SOLVER_TIME: 0.42167 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763830000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 76 resid = 2.227659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278421(s) Flops=501663744 => 1801.81719051365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259416.51841161 Mflops = 259.41651841161 Gflops = 0.25941651841161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 96 resid = 1.032189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350852(s) Flops=632899584 => 1803.89333394138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.670457773 Mflops = 259.715670457773 Gflops = 0.259715670457773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001220855 Relative Rsd = 5.34918247029529e-07
BICGSTAB_SOLVER_TIME: 0.730893 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041254 s
InvBiCGStab: k = 59 resid = 1.975133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216939(s) Flops=390113280 => 1798.26255306791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258889.327204115 Mflops = 258.889327204115 Gflops = 0.258889327204115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 67 resid = 1.085037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246027(s) Flops=442607616 => 1799.02049775025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259011.657783235 Mflops = 259.011657783235 Gflops = 0.259011657783235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001033178 Relative Rsd = 4.52687809549407e-07
BICGSTAB_SOLVER_TIME: 0.564656 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044113 s
InvBiCGStab: k = 61 resid = 2.230592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240431(s) Flops=403236864 => 1677.14173297121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241462.512267921 Mflops = 241.462512267921 Gflops = 0.241462512267921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 77 resid = 9.74862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298022(s) Flops=508225536 => 1705.32892202589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245530.084987711 Mflops = 245.530084987711 Gflops = 0.245530084987711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001135976 Relative Rsd = 4.97728663710859e-07
BICGSTAB_SOLVER_TIME: 0.64267 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 65 resid = 2.011875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242335(s) Flops=429484032 => 1772.2740503848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255165.316354753 Mflops = 255.165316354753 Gflops = 0.255165316354753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061725 s
InvBiCGStab: k = 72 resid = 8.872993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276248(s) Flops=475416576 => 1720.97744056066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247767.815549597 Mflops = 247.767815549597 Gflops = 0.247767815549597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00107586 Relative Rsd = 4.71388977247194e-07
BICGSTAB_SOLVER_TIME: 0.624942 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112097
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.820255(s) Flops=1279033344 => 1559.31185302132 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224628.491764452 Mflops = 224.628491764452 Gflops = 0.224628491764452 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141189000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044472 s
InvBiCGStab: k = 30 resid = 7.518252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130864(s) Flops=199821312 => 1526.93874556792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219791.171923587 Mflops = 219.791171923587 Gflops = 0.219791171923587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075694 s
InvBiCGStab: k = 47 resid = 1.145271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23281(s) Flops=311371776 => 1337.45017825695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192525.562556839 Mflops = 192.525562556839 Gflops = 0.192525562556839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007268245 Relative Rsd = 3.18458617060477e-07
BICGSTAB_SOLVER_TIME: 0.488946 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 51 resid = 2.142141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19321(s) Flops=337618944 => 1747.41961596191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251575.609506842 Mflops = 251.575609506842 Gflops = 0.251575609506842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05781 s
InvBiCGStab: k = 75 resid = 1.081346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28607(s) Flops=495101952 => 1730.70210787569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249165.505181535 Mflops = 249.165505181535 Gflops = 0.249165505181535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001051395 Relative Rsd = 4.60669353421297e-07
BICGSTAB_SOLVER_TIME: 0.582065 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042655 s
InvBiCGStab: k = 57 resid = 1.379962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209964(s) Flops=376989696 => 1795.49682802766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258498.774739412 Mflops = 258.498774739412 Gflops = 0.258498774739412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056736 s
InvBiCGStab: k = 68 resid = 1.149455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257117(s) Flops=449169408 => 1746.94558508383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251509.67886182 Mflops = 251.50967886182 Gflops = 0.25150967886182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001007179 Relative Rsd = 4.41296162560432e-07
BICGSTAB_SOLVER_TIME: 0.570114 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 55 resid = 1.849252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202097(s) Flops=363866112 => 1800.45281226342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.617116103 Mflops = 259.209617116103 Gflops = 0.259209617116103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05693 s
InvBiCGStab: k = 77 resid = 1.121734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291376(s) Flops=508225536 => 1744.22579759486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251116.757241576 Mflops = 251.116757241576 Gflops = 0.251116757241576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001066912 Relative Rsd = 4.67468340555972e-07
BICGSTAB_SOLVER_TIME: 0.595175 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044238 s
InvBiCGStab: k = 67 resid = 2.163106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252984(s) Flops=442607616 => 1749.54786073428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251895.078151212 Mflops = 251.895078151212 Gflops = 0.251895078151212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 78 resid = 7.479348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290066(s) Flops=514787328 => 1774.7248143526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255505.876668245 Mflops = 255.505876668245 Gflops = 0.255505876668245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001100543 Relative Rsd = 4.8220367896121e-07
BICGSTAB_SOLVER_TIME: 0.647358 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1179
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807045(s) Flops=1260306432 => 1561.63092764344 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224875.403276993 Mflops = 224.875403276993 Gflops = 0.224875403276993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043153 s
InvBiCGStab: k = 30 resid = 1.31858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116153(s) Flops=199821312 => 1720.32846331993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247631.983482959 Mflops = 247.631983482959 Gflops = 0.247631983482959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058589 s
InvBiCGStab: k = 53 resid = 1.067483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203183(s) Flops=350742528 => 1726.2395377566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248507.912126168 Mflops = 248.507912126168 Gflops = 0.248507912126168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007620896 Relative Rsd = 3.3391007456993e-07
BICGSTAB_SOLVER_TIME: 0.424749 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040759 s
InvBiCGStab: k = 60 resid = 1.224653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230387(s) Flops=396675072 => 1721.77714888427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247890.218079871 Mflops = 247.890218079871 Gflops = 0.247890218079871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 78 resid = 8.615303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331891(s) Flops=514787328 => 1551.07347894339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223323.338799007 Mflops = 223.323338799007 Gflops = 0.223323338799007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001103323 Relative Rsd = 4.83421787891568e-07
BICGSTAB_SOLVER_TIME: 0.663961 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04988 s
InvBiCGStab: k = 49 resid = 2.132002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2338(s) Flops=324495360 => 1387.91856287425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199770.748854101 Mflops = 199.770748854101 Gflops = 0.199770748854101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061142 s
InvBiCGStab: k = 69 resid = 9.4825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310413(s) Flops=455731200 => 1468.14469754811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211373.488464304 Mflops = 211.373488464304 Gflops = 0.211373488464304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009946283 Relative Rsd = 4.357970492996e-07
BICGSTAB_SOLVER_TIME: 0.65933 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984520000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051642 s
InvBiCGStab: k = 61 resid = 2.203509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272593(s) Flops=403236864 => 1479.2634587095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212977.754042261 Mflops = 212.977754042261 Gflops = 0.212977754042261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056752 s
InvBiCGStab: k = 81 resid = 1.142016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396847(s) Flops=534472704 => 1346.79789440263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193911.051793676 Mflops = 193.911051793676 Gflops = 0.193911051793676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001126545 Relative Rsd = 4.93596244084298e-07
BICGSTAB_SOLVER_TIME: 0.781528 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042088 s
InvBiCGStab: k = 49 resid = 2.14506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189568(s) Flops=324495360 => 1711.7623227549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246434.237703762 Mflops = 246.434237703762 Gflops = 0.246434237703762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0591 s
InvBiCGStab: k = 73 resid = 9.631743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276354(s) Flops=481978368 => 1744.06148635446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251097.985051167 Mflops = 251.097985051167 Gflops = 0.251097985051167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001049528 Relative Rsd = 4.59851346934292e-07
BICGSTAB_SOLVER_TIME: 0.570793 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101343
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.823382(s) Flops=1272471552 => 1545.4206577263 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222547.681942878 Mflops = 222.547681942878 Gflops = 0.222547681942878 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140600000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.148841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733025(s) Flops=1315325952 => 1794.380753726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258367.302724508 Mflops = 258.367302724508 Gflops = 0.258367302724508 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.104333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85671(s) Flops=1538426880 => 1795.73820779494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258581.990351296 Mflops = 258.581990351296 Gflops = 0.258581990351296 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002064154 Relative Rsd = 9.07841203578406e-07
BICGSTAB_SOLVER_TIME: 1.593078 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309449999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.090757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.74695(s) Flops=1354696704 => 1813.63773211058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261119.245875828 Mflops = 261.119245875828 Gflops = 0.261119245875828 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.052184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688266(s) Flops=1177528320 => 1710.86225383791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246359.953763957 Mflops = 246.359953763957 Gflops = 0.246359953763957 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002090047 Relative Rsd = 9.18374173117282e-07
BICGSTAB_SOLVER_TIME: 1.439505 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.126701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274711999999997
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940351(s) Flops=1272471552 => 1353.18785432248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194858.281818657 Mflops = 194.858281818657 Gflops = 0.194858281818657 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140584000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041828 s
InvBiCGStab: k = 28 resid = 1.829841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105055(s) Flops=186697728 => 1777.14271572034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255797.477020474 Mflops = 255.797477020474 Gflops = 0.255797477020474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 55 resid = 8.014617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204351(s) Flops=363866112 => 1780.59374311846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256330.838361677 Mflops = 256.330838361677 Gflops = 0.256330838361677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007092564 Relative Rsd = 3.10761184689031e-07
BICGSTAB_SOLVER_TIME: 0.411723 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04072 s
InvBiCGStab: k = 89 resid = 1.380159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325769(s) Flops=586967040 => 1801.78912051177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.311788173 Mflops = 259.414311788173 Gflops = 0.259414311788173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 102 resid = 1.123488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372164(s) Flops=672270336 => 1806.38196064101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260074.302428669 Mflops = 260.074302428669 Gflops = 0.260074302428669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001291615 Relative Rsd = 5.65922105793386e-07
BICGSTAB_SOLVER_TIME: 0.798548 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150527999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040899 s
InvBiCGStab: k = 46 resid = 2.223916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168961(s) Flops=304809984 => 1804.025686401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259708.523378268 Mflops = 259.708523378268 Gflops = 0.259708523378268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056258 s
InvBiCGStab: k = 72 resid = 9.264725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264025(s) Flops=475416576 => 1800.64984755232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.146108756 Mflops = 259.236146108756 Gflops = 0.259236146108756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009979031 Relative Rsd = 4.37231888888017e-07
BICGSTAB_SOLVER_TIME: 0.533738 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984790000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 63 resid = 1.346028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231017(s) Flops=416360448 => 1802.29354549665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.993336375 Mflops = 259.478993336375 Gflops = 0.259478993336375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 81 resid = 1.009022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29543(s) Flops=534472704 => 1809.13483397082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260461.140623068 Mflops = 260.461140623068 Gflops = 0.260461140623068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001086752 Relative Rsd = 4.76161030305633e-07
BICGSTAB_SOLVER_TIME: 0.627535 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041469 s
InvBiCGStab: k = 65 resid = 1.764604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239169(s) Flops=429484032 => 1795.73453081294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258538.494549101 Mflops = 258.538494549101 Gflops = 0.258538494549101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 79 resid = 1.149337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289454(s) Flops=521349120 => 1801.1467107036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259308.89910649 Mflops = 259.30889910649 Gflops = 0.25930889910649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001097257 Relative Rsd = 4.80763840642624e-07
BICGSTAB_SOLVER_TIME: 0.630424 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11698
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.819776(s) Flops=1291051008 => 1574.88266062925 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226786.565691577 Mflops = 226.786565691577 Gflops = 0.226786565691577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142623000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050497 s
InvBiCGStab: k = 27 resid = 2.191064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12896(s) Flops=180135936 => 1396.83573200993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201076.260559143 Mflops = 201.076260559143 Gflops = 0.201076260559143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06416 s
InvBiCGStab: k = 49 resid = 1.138272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22991(s) Flops=324495360 => 1411.40167891784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203187.005570338 Mflops = 203.187005570338 Gflops = 0.203187005570338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007576502 Relative Rsd = 3.3196495644463e-07
BICGSTAB_SOLVER_TIME: 0.478171 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0426 s
InvBiCGStab: k = 77 resid = 2.086894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335369(s) Flops=508225536 => 1515.42192629611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218185.219393265 Mflops = 218.185219393265 Gflops = 0.218185219393265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065004 s
InvBiCGStab: k = 100 resid = 1.125021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401662(s) Flops=659146752 => 1641.0483242129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236277.224326318 Mflops = 236.277224326318 Gflops = 0.236277224326318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.00124069 Relative Rsd = 5.43609355548218e-07
BICGSTAB_SOLVER_TIME: 0.848275 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04173 s
InvBiCGStab: k = 51 resid = 2.064382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188376(s) Flops=337618944 => 1792.26092495859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258021.653468632 Mflops = 258.021653468632 Gflops = 0.258021653468632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 72 resid = 1.014101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265606(s) Flops=475416576 => 1789.93161299067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257696.648783541 Mflops = 257.696648783541 Gflops = 0.257696648783541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001052856 Relative Rsd = 4.61309496927683e-07
BICGSTAB_SOLVER_TIME: 0.555834 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 66 resid = 2.159305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243107(s) Flops=436045824 => 1793.63746827529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258238.11922531 Mflops = 258.23811922531 Gflops = 0.25823811922531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 80 resid = 9.996129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296072(s) Flops=527910912 => 1783.0490961658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256708.203269981 Mflops = 256.708203269981 Gflops = 0.256708203269981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001131004 Relative Rsd = 4.95550288513471e-07
BICGSTAB_SOLVER_TIME: 0.640509 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 54 resid = 2.082269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198666(s) Flops=357304320 => 1798.51771314669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258929.240192671 Mflops = 258.929240192671 Gflops = 0.258929240192671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 75 resid = 7.557447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288124(s) Flops=495101952 => 1718.36414876928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247401.021498901 Mflops = 247.401021498901 Gflops = 0.247401021498901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001070677 Relative Rsd = 4.69117768489517e-07
BICGSTAB_SOLVER_TIME: 0.58838 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106335
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.817878(s) Flops=1297391616 => 1586.28990631855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228420.417249192 Mflops = 228.420417249192 Gflops = 0.228420417249192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143362000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041548 s
InvBiCGStab: k = 34 resid = 9.453611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12572(s) Flops=226068480 => 1798.19026407891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258834.58472616 Mflops = 258.83458472616 Gflops = 0.25883458472616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056704 s
InvBiCGStab: k = 47 resid = 8.990326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173193(s) Flops=311371776 => 1797.83118255357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258803.013339098 Mflops = 258.803013339098 Gflops = 0.258803013339098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007054729 Relative Rsd = 3.09103417037294e-07
BICGSTAB_SOLVER_TIME: 0.400799 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 50 resid = 1.835328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18318(s) Flops=331057152 => 1807.27782509008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260186.329633996 Mflops = 260.186329633996 Gflops = 0.260186329633996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056119 s
InvBiCGStab: k = 68 resid = 8.620589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249322(s) Flops=449169408 => 1801.56347213643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259362.889994665 Mflops = 259.362889994665 Gflops = 0.259362889994665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001042962 Relative Rsd = 4.56974628729261e-07
BICGSTAB_SOLVER_TIME: 0.533521 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 53 resid = 2.002866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245263(s) Flops=350742528 => 1430.06702193156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205888.605192566 Mflops = 205.888605192566 Gflops = 0.205888605192566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061636 s
InvBiCGStab: k = 69 resid = 1.128513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306626(s) Flops=455731200 => 1486.27709326672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213985.523437818 Mflops = 213.985523437818 Gflops = 0.213985523437818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001038792 Relative Rsd = 4.55147439829998e-07
BICGSTAB_SOLVER_TIME: 0.661058 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044502 s
InvBiCGStab: k = 59 resid = 1.808266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261109(s) Flops=390113280 => 1494.06293923227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215107.287675257 Mflops = 215.107287675257 Gflops = 0.215107287675257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070204 s
InvBiCGStab: k = 73 resid = 1.14467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338559(s) Flops=481978368 => 1423.61705936041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204975.193001377 Mflops = 204.975193001377 Gflops = 0.204975193001377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001062002 Relative Rsd = 4.65317101322361e-07
BICGSTAB_SOLVER_TIME: 0.71918 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051199 s
InvBiCGStab: k = 55 resid = 2.276764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221734(s) Flops=363866112 => 1641.00278712331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236241.71144924 Mflops = 236.24171144924 Gflops = 0.23624171144924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056887 s
InvBiCGStab: k = 67 resid = 8.459525e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289018(s) Flops=442607616 => 1531.418859725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220492.083358683 Mflops = 220.492083358683 Gflops = 0.220492083358683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001024134 Relative Rsd = 4.48724785666647e-07
BICGSTAB_SOLVER_TIME: 0.622599 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101305
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.817911(s) Flops=1297465344 => 1586.31604661143 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228437.228028814 Mflops = 228.437228028814 Gflops = 0.228437228028814 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143662000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 24 resid = 2.185151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089118(s) Flops=160450560 => 1800.42819632398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259118.30175977 Mflops = 259.11830175977 Gflops = 0.25911830175977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 44 resid = 9.531898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161731(s) Flops=291686400 => 1803.52808057824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.522354789 Mflops = 259.596522354789 Gflops = 0.259596522354789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007370607 Relative Rsd = 3.22943625690057e-07
BICGSTAB_SOLVER_TIME: 0.35215 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0628380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041303 s
InvBiCGStab: k = 57 resid = 1.309569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209115(s) Flops=376989696 => 1802.78648590488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259547.271881933 Mflops = 259.547271881933 Gflops = 0.259547271881933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 84 resid = 3.968676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307849(s) Flops=554158080 => 1800.0970605719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259164.78080743 Mflops = 259.16478080743 Gflops = 0.25916478080743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001079291 Relative Rsd = 4.72892064804658e-07
BICGSTAB_SOLVER_TIME: 0.618362 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040883 s
InvBiCGStab: k = 63 resid = 1.388537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231327(s) Flops=416360448 => 1799.87830214372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259124.273932871 Mflops = 259.124273932871 Gflops = 0.259124273932871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05636 s
InvBiCGStab: k = 69 resid = 8.941091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253568(s) Flops=455731200 => 1797.27410398788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258743.298700887 Mflops = 258.743298700887 Gflops = 0.258743298700887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001018194 Relative Rsd = 4.46122487546425e-07
BICGSTAB_SOLVER_TIME: 0.58583 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04215 s
InvBiCGStab: k = 63 resid = 1.903243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252277(s) Flops=416360448 => 1650.40985900419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237612.828785878 Mflops = 237.612828785878 Gflops = 0.237612828785878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056587 s
InvBiCGStab: k = 76 resid = 9.746012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280998(s) Flops=501663744 => 1785.29293446928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257020.652148181 Mflops = 257.020652148181 Gflops = 0.257020652148181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001068288 Relative Rsd = 4.68071299630792e-07
BICGSTAB_SOLVER_TIME: 0.635681 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041701 s
InvBiCGStab: k = 57 resid = 1.527062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210376(s) Flops=376989696 => 1791.98053009849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257995.79345507 Mflops = 257.99579345507 Gflops = 0.25799579345507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05658 s
InvBiCGStab: k = 64 resid = 1.044026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236039(s) Flops=422922240 => 1791.7472959977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257949.016307001 Mflops = 257.949016307001 Gflops = 0.257949016307001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009858045 Relative Rsd = 4.31930888565735e-07
BICGSTAB_SOLVER_TIME: 0.54832 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100782
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93404(s) Flops=1297465344 => 1389.08970065522 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200029.456845192 Mflops = 200.029456845192 Gflops = 0.200029456845192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143301000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.921076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708418(s) Flops=1170966528 => 1652.93164205314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238202.29259522 Mflops = 238.20229259522 Gflops = 0.23820229259522 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.144102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911196(s) Flops=1590921216 => 1745.97036861444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251413.839204644 Mflops = 251.413839204644 Gflops = 0.251413839204644 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001990124 Relative Rsd = 8.75259907527082e-07
BICGSTAB_SOLVER_TIME: 1.623017 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.119696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299482999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.301247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.647947(s) Flops=1151281152 => 1776.81377026207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255832.20594409 Mflops = 255.83220594409 Gflops = 0.25583220594409 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 7.886553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789939(s) Flops=1433438208 => 1814.61886044365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261299.506354187 Mflops = 261.299506354187 Gflops = 0.261299506354187 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.00282451 Relative Rsd = 1.2411283133867e-06
BICGSTAB_SOLVER_TIME: 1.441257 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280437999999997
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.813329(s) Flops=1297465344 => 1595.25277470741 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229776.734709542 Mflops = 229.776734709542 Gflops = 0.229776734709542 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143462000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041974 s
InvBiCGStab: k = 26 resid = 1.34805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096105(s) Flops=173574144 => 1806.08859060403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.576067561 Mflops = 259.960576067561 Gflops = 0.259960576067561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 55 resid = 6.060378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202109(s) Flops=363866112 => 1800.34591235422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259179.993282725 Mflops = 259.179993282725 Gflops = 0.259179993282725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007584568 Relative Rsd = 3.32318361566861e-07
BICGSTAB_SOLVER_TIME: 0.400348 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043838 s
InvBiCGStab: k = 77 resid = 2.180872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305299(s) Flops=508225536 => 1664.68129931641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239672.952401431 Mflops = 239.672952401431 Gflops = 0.239672952401431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056787 s
InvBiCGStab: k = 102 resid = 8.310924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441(s) Flops=672270336 => 1524.42253061224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219492.36309995 Mflops = 219.49236309995 Gflops = 0.21949236309995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001259619 Relative Rsd = 5.5190296300354e-07
BICGSTAB_SOLVER_TIME: 0.850965 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051857 s
InvBiCGStab: k = 50 resid = 2.207822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22258(s) Flops=331057152 => 1487.36253032617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214103.700031757 Mflops = 214.103700031757 Gflops = 0.214103700031757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066151 s
InvBiCGStab: k = 68 resid = 1.032368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318128(s) Flops=449169408 => 1411.9140974702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203268.409907573 Mflops = 203.268409907573 Gflops = 0.203268409907573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009777421 Relative Rsd = 4.28398367566951e-07
BICGSTAB_SOLVER_TIME: 0.662451 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057253 s
InvBiCGStab: k = 63 resid = 1.296333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314329(s) Flops=416360448 => 1324.60080997935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190711.931834394 Mflops = 190.711931834394 Gflops = 0.190711931834394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076168 s
InvBiCGStab: k = 74 resid = 1.080381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282513(s) Flops=488540160 => 1729.26612226694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249022.243698724 Mflops = 249.022243698724 Gflops = 0.249022243698724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001068862 Relative Rsd = 4.68322562332979e-07
BICGSTAB_SOLVER_TIME: 0.734007 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111925
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040898 s
InvBiCGStab: k = 65 resid = 1.446248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239367(s) Flops=429484032 => 1794.24913208588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258325.716717942 Mflops = 258.325716717942 Gflops = 0.258325716717943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 78 resid = 5.30632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28669(s) Flops=514787328 => 1795.62359342844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258523.156967637 Mflops = 258.523156967637 Gflops = 0.258523156967637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001072054 Relative Rsd = 4.69721339653745e-07
BICGSTAB_SOLVER_TIME: 0.627054 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116299
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811808(s) Flops=1291198464 => 1590.52197563956 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229031.706837665 Mflops = 229.031706837665 Gflops = 0.229031706837665 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142867000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 30 resid = 1.551193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112497(s) Flops=199821312 => 1776.23680631484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255618.493702473 Mflops = 255.618493702473 Gflops = 0.255618493702473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057166 s
InvBiCGStab: k = 56 resid = 9.613915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206806(s) Flops=370427904 => 1791.18547817762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257853.07636358 Mflops = 257.85307636358 Gflops = 0.25785307636358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007505003 Relative Rsd = 3.2883220634077e-07
BICGSTAB_SOLVER_TIME: 0.421369 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 75 resid = 2.148931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276353(s) Flops=495101952 => 1791.55627765937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257936.042736319 Mflops = 257.936042736319 Gflops = 0.257936042736319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057115 s
InvBiCGStab: k = 100 resid = 1.006275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367633(s) Flops=659146752 => 1792.94772776111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258144.824053965 Mflops = 258.144824053965 Gflops = 0.258144824053965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001279298 Relative Rsd = 5.60525313478675e-07
BICGSTAB_SOLVER_TIME: 0.747421 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 48 resid = 2.06764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176311(s) Flops=317933568 => 1803.25429496742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259599.15041202 Mflops = 259.59915041202 Gflops = 0.25959915041202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056529 s
InvBiCGStab: k = 68 resid = 8.16044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249625(s) Flops=449169408 => 1799.37669704557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259055.444122462 Mflops = 259.055444122462 Gflops = 0.259055444122462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001006869 Relative Rsd = 4.41160431734098e-07
BICGSTAB_SOLVER_TIME: 0.527319 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970400000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041722 s
InvBiCGStab: k = 62 resid = 2.279845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22709(s) Flops=409798656 => 1804.56495662513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.682193565 Mflops = 259.787682193565 Gflops = 0.259787682193565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 79 resid = 1.113477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289579(s) Flops=521349120 => 1800.36922566899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259201.551294177 Mflops = 259.201551294177 Gflops = 0.259201551294177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001125595 Relative Rsd = 4.93180074293971e-07
BICGSTAB_SOLVER_TIME: 0.618311 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114808
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04162 s
InvBiCGStab: k = 74 resid = 1.840631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330225(s) Flops=488540160 => 1479.41603452192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212895.282239681 Mflops = 212.895282239681 Gflops = 0.212895282239681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062862 s
InvBiCGStab: k = 79 resid = 9.37275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352767(s) Flops=521349120 => 1477.88517633452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212781.478061951 Mflops = 212.781478061951 Gflops = 0.212781478061951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001075825 Relative Rsd = 4.71373368967277e-07
BICGSTAB_SOLVER_TIME: 0.79183 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123622
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979075(s) Flops=1278885888 => 1306.21851032863 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188111.456248569 Mflops = 188.111456248569 Gflops = 0.188111456248569 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141373000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 36 resid = 1.206998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13283(s) Flops=239192064 => 1800.73826695777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.571918271 Mflops = 259.206571918271 Gflops = 0.259206571918271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056843 s
InvBiCGStab: k = 52 resid = 1.136295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190544(s) Flops=344180736 => 1806.30581912839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260039.205111347 Mflops = 260.039205111347 Gflops = 0.260039205111347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007654097 Relative Rsd = 3.35364756056672e-07
BICGSTAB_SOLVER_TIME: 0.424992 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 51 resid = 2.222574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187231(s) Flops=337618944 => 1803.22138962031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.032873946 Mflops = 259.600032873946 Gflops = 0.259600032873946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 68 resid = 1.147454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248702(s) Flops=449169408 => 1806.0546678354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.792791016 Mflops = 260.006792791016 Gflops = 0.260006792791016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001017662 Relative Rsd = 4.45889383496689e-07
BICGSTAB_SOLVER_TIME: 0.537061 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990990000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 55 resid = 1.393993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201908(s) Flops=363866112 => 1802.13816193514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.270347001 Mflops = 259.446270347001 Gflops = 0.259446270347001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 65 resid = 1.116657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237954(s) Flops=429484032 => 1804.90360321743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259834.202261053 Mflops = 259.834202261053 Gflops = 0.259834202261053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009800217 Relative Rsd = 4.29397144459264e-07
BICGSTAB_SOLVER_TIME: 0.541082 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041919 s
InvBiCGStab: k = 67 resid = 1.347714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245883(s) Flops=442607616 => 1800.07408401557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259149.377910406 Mflops = 259.149377910406 Gflops = 0.259149377910406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057302 s
InvBiCGStab: k = 77 resid = 9.099008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335202(s) Flops=508225536 => 1516.17692018544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218300.830705876 Mflops = 218.300830705876 Gflops = 0.218300830705876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001087064 Relative Rsd = 4.76297985310784e-07
BICGSTAB_SOLVER_TIME: 0.684672 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048024 s
InvBiCGStab: k = 47 resid = 2.116587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212118(s) Flops=311371776 => 1467.91774389726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211339.208957859 Mflops = 211.339208957859 Gflops = 0.211339208957859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069114 s
InvBiCGStab: k = 64 resid = 1.124982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242215(s) Flops=422922240 => 1746.06130916748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251379.091987743 Mflops = 251.379091987743 Gflops = 0.251379091987743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009970303 Relative Rsd = 4.36849486030059e-07
BICGSTAB_SOLVER_TIME: 0.57518 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0933660000000003
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834211(s) Flops=1272471552 => 1525.35935392844 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219678.662016755 Mflops = 219.678662016755 Gflops = 0.219678662016755 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044524 s
InvBiCGStab: k = 24 resid = 1.86532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113751(s) Flops=160450560 => 1410.54197325738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203033.311853399 Mflops = 203.033311853399 Gflops = 0.203033311853399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06483 s
InvBiCGStab: k = 39 resid = 1.138902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179422(s) Flops=258877440 => 1442.84112316215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207703.732225862 Mflops = 207.703732225862 Gflops = 0.207703732225862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 63 iterations. Rsd = 0.0007072202 Relative Rsd = 3.09869013368697e-07
BICGSTAB_SOLVER_TIME: 0.408646 sec
2Flav::invert,  n_count = 63
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0591370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045331 s
InvBiCGStab: k = 61 resid = 2.114429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25683(s) Flops=403236864 => 1570.05359187011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226047.994600098 Mflops = 226.047994600098 Gflops = 0.226047994600098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056714 s
InvBiCGStab: k = 75 resid = 1.057001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275385(s) Flops=495101952 => 1797.85373931042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.334484706 Mflops = 258.839334484706 Gflops = 0.258839334484706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001038619 Relative Rsd = 4.55071540743345e-07
BICGSTAB_SOLVER_TIME: 0.637985 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 53 resid = 1.964376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196096(s) Flops=350742528 => 1788.62663185379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257501.393258608 Mflops = 257.501393258608 Gflops = 0.257501393258608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056941 s
InvBiCGStab: k = 71 resid = 7.067106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261993(s) Flops=468854784 => 1789.56988927185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257636.596641707 Mflops = 257.636596641707 Gflops = 0.257636596641707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001017703 Relative Rsd = 4.45907389126789e-07
BICGSTAB_SOLVER_TIME: 0.560202 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 67 resid = 2.257523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245828(s) Flops=442607616 => 1800.47682119205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259217.608575363 Mflops = 259.217608575363 Gflops = 0.259217608575363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 73 resid = 1.029503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267321(s) Flops=481978368 => 1802.99478155476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.151815034 Mflops = 259.569151815034 Gflops = 0.259569151815034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001071268 Relative Rsd = 4.69376682309311e-07
BICGSTAB_SOLVER_TIME: 0.613793 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040844 s
InvBiCGStab: k = 47 resid = 2.121001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173255(s) Flops=311371776 => 1797.1878214193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.859735832 Mflops = 258.722859735832 Gflops = 0.258722859735832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057333 s
InvBiCGStab: k = 63 resid = 1.140295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232452(s) Flops=416360448 => 1791.1674152083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257859.547006184 Mflops = 257.859547006184 Gflops = 0.257859547006184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.00101713 Relative Rsd = 4.45656279446954e-07
BICGSTAB_SOLVER_TIME: 0.507528 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0928020000000003
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.794717(s) Flops=1266057216 => 1593.09190063884 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229408.20267743 Mflops = 229.40820267743 Gflops = 0.22940820267743 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141464000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.522662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717934(s) Flops=1295640576 => 1804.67922678129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.046971997 Mflops = 259.801046971997 Gflops = 0.259801046971997 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.368973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937493(s) Flops=1525303296 => 1627.00233068407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234284.194836149 Mflops = 234.284194836149 Gflops = 0.234284194836149 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002025431 Relative Rsd = 8.90782573932342e-07
BICGSTAB_SOLVER_TIME: 1.659246 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.126434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305915999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.178001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865264(s) Flops=1262831616 => 1459.47550805303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210079.266142267 Mflops = 210.079266142267 Gflops = 0.210079266142267 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.020784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.797109(s) Flops=1321887744 => 1658.3525515331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238798.471360762 Mflops = 238.798471360762 Gflops = 0.238798471360762 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.003389116 Relative Rsd = 1.48921315926536e-06
BICGSTAB_SOLVER_TIME: 1.665705 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.11618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280527999999997
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82107(s) Flops=1266057216 => 1541.96014468925 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222098.049770857 Mflops = 222.098049770857 Gflops = 0.222098049770857 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139843000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 26 resid = 2.190854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09694(s) Flops=173574144 => 1790.53171033629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257718.539142159 Mflops = 257.718539142159 Gflops = 0.257718539142159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 50 resid = 6.400823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184279(s) Flops=331057152 => 1796.49961200137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258612.706756664 Mflops = 258.612706756664 Gflops = 0.258612706756664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007340995 Relative Rsd = 3.21646200173848e-07
BICGSTAB_SOLVER_TIME: 0.382595 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041246 s
InvBiCGStab: k = 79 resid = 2.085119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288949(s) Flops=521349120 => 1804.29459870081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.73559291 Mflops = 259.77673559291 Gflops = 0.25977673559291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 98 resid = 9.705759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35858(s) Flops=646023168 => 1801.61517095209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259404.788515446 Mflops = 259.404788515446 Gflops = 0.259404788515446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001263611 Relative Rsd = 5.53651804458515e-07
BICGSTAB_SOLVER_TIME: 0.748756 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 50 resid = 1.901162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183747(s) Flops=331057152 => 1801.70099103659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259381.155390271 Mflops = 259.381155390271 Gflops = 0.259381155390271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 75 resid = 8.054299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289326(s) Flops=495101952 => 1711.22523381929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246366.377567856 Mflops = 246.366377567856 Gflops = 0.246366377567856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001020267 Relative Rsd = 4.47030879236084e-07
BICGSTAB_SOLVER_TIME: 0.57525 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040791 s
InvBiCGStab: k = 67 resid = 1.662543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245839(s) Flops=442607616 => 1800.39625934046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.371036155 Mflops = 259.206371036155 Gflops = 0.259206371036155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 80 resid = 1.038498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293129(s) Flops=527910912 => 1800.95081687585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259285.798422632 Mflops = 259.285798422632 Gflops = 0.259285798422632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001114401 Relative Rsd = 4.88275503878592e-07
BICGSTAB_SOLVER_TIME: 0.639764 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 60 resid = 2.023087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220242(s) Flops=396675072 => 1801.08731304656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259293.284640382 Mflops = 259.293284640382 Gflops = 0.259293284640382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 84 resid = 1.13855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316172(s) Flops=554158080 => 1752.71080298066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252348.021305395 Mflops = 252.348021305395 Gflops = 0.252348021305395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001074277 Relative Rsd = 4.70695122895212e-07
BICGSTAB_SOLVER_TIME: 0.637898 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117138
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961598(s) Flops=1259642880 => 1309.94748325184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188765.711381723 Mflops = 188.765711381723 Gflops = 0.188765711381723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138807000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.487219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 25 resid = 2.202413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093385(s) Flops=167012352 => 1788.42803448091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257407.47479724 Mflops = 257.40747479724 Gflops = 0.25740747479724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 56 resid = 7.765302e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206576(s) Flops=370427904 => 1793.17976918906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258137.079731455 Mflops = 258.137079731455 Gflops = 0.258137079731455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007540797 Relative Rsd = 3.3040053242769e-07
BICGSTAB_SOLVER_TIME: 0.401219 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041808 s
InvBiCGStab: k = 80 resid = 1.943688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293654(s) Flops=527910912 => 1797.73104401779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258834.371403545 Mflops = 258.834371403545 Gflops = 0.258834371403545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 97 resid = 9.290359e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354526(s) Flops=639461376 => 1803.70798192516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.501475492 Mflops = 259.697501475492 Gflops = 0.259697501475492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001289593 Relative Rsd = 5.65035851337335e-07
BICGSTAB_SOLVER_TIME: 0.749917 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041013 s
InvBiCGStab: k = 58 resid = 2.069561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212963(s) Flops=383551488 => 1801.02406521321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259292.177117408 Mflops = 259.292177117408 Gflops = 0.259292177117408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 71 resid = 8.698086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261385(s) Flops=468854784 => 1793.7325554259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258243.464770111 Mflops = 258.243464770111 Gflops = 0.258243464770111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001021429 Relative Rsd = 4.4753993359415e-07
BICGSTAB_SOLVER_TIME: 0.575744 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 61 resid = 1.91255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224081(s) Flops=403236864 => 1799.51385436516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259074.555500656 Mflops = 259.074555500656 Gflops = 0.259074555500656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056436 s
InvBiCGStab: k = 82 resid = 1.019327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307752(s) Flops=541034496 => 1758.02105591515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253103.624861722 Mflops = 253.103624861722 Gflops = 0.253103624861722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001068847 Relative Rsd = 4.68315829349486e-07
BICGSTAB_SOLVER_TIME: 0.6333 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 50 resid = 1.639151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187595(s) Flops=331057152 => 1764.74400703643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254070.64655538 Mflops = 254.07064655538 Gflops = 0.25407064655538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 91 resid = 8.348066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336459(s) Flops=600090624 => 1783.54754665502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256781.42511147 Mflops = 256.78142511147 Gflops = 0.25678142511147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001073636 Relative Rsd = 4.70414326879065e-07
BICGSTAB_SOLVER_TIME: 0.625375 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114973
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.799539(s) Flops=1253081088 => 1567.25449040009 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225686.642300798 Mflops = 225.686642300798 Gflops = 0.225686642300798 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138504
CLOV_LINOP: Time spent in clov deriv (total) = 1.450403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056434 s
InvBiCGStab: k = 25 resid = 2.227051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107102(s) Flops=167012352 => 1559.37659427462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224428.897640809 Mflops = 224.428897640809 Gflops = 0.224428897640809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063893 s
InvBiCGStab: k = 50 resid = 9.024703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224122(s) Flops=331057152 => 1477.12920641436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212645.698901177 Mflops = 212.645698901177 Gflops = 0.212645698901177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007140008 Relative Rsd = 3.1283991683146e-07
BICGSTAB_SOLVER_TIME: 0.459597 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05406 s
InvBiCGStab: k = 52 resid = 1.697964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253426(s) Flops=344180736 => 1358.11138557212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195526.168175075 Mflops = 195.526168175075 Gflops = 0.195526168175075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063891 s
InvBiCGStab: k = 70 resid = 1.007376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33389(s) Flops=462292992 => 1384.56674952829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199345.960527158 Mflops = 199.345960527158 Gflops = 0.199345960527158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001043711 Relative Rsd = 4.57302453614962e-07
BICGSTAB_SOLVER_TIME: 0.708893 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 56 resid = 1.305221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207009(s) Flops=370427904 => 1789.42898134864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257617.62397229 Mflops = 257.61762397229 Gflops = 0.25761762397229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 69 resid = 1.100698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256969(s) Flops=455731200 => 1773.48707431636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255330.070425594 Mflops = 255.330070425594 Gflops = 0.255330070425595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001029578 Relative Rsd = 4.51110455143712e-07
BICGSTAB_SOLVER_TIME: 0.565704 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04474 s
InvBiCGStab: k = 63 resid = 1.99679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24007(s) Flops=416360448 => 1734.32935393843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249684.498351538 Mflops = 249.684498351538 Gflops = 0.249684498351538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056568 s
InvBiCGStab: k = 84 resid = 6.758247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311041(s) Flops=554158080 => 1781.62390167213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256508.427450891 Mflops = 256.508427450891 Gflops = 0.256508427450891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001061644 Relative Rsd = 4.65160202403983e-07
BICGSTAB_SOLVER_TIME: 0.656095 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041537 s
InvBiCGStab: k = 54 resid = 2.150877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199425(s) Flops=357304320 => 1791.67265889432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.648492459 Mflops = 257.948648492459 Gflops = 0.257948648492459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 79 resid = 1.121003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291154(s) Flops=521349120 => 1790.63011327339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257801.919951193 Mflops = 257.801919951193 Gflops = 0.257801919951193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001029287 Relative Rsd = 4.50982579464787e-07
BICGSTAB_SOLVER_TIME: 0.592649 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109306
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.779159(s) Flops=1240621056 => 1592.25659461034 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229292.901032217 Mflops = 229.292901032217 Gflops = 0.229292901032217 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13695
CLOV_LINOP: Time spent in clov deriv (total) = 1.388234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 29 resid = 1.920038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12633(s) Flops=193259520 => 1529.79909760152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220221.873986526 Mflops = 220.221873986526 Gflops = 0.220221873986526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 47 resid = 1.081675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172898(s) Flops=311371776 => 1800.89865701165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.758349685 Mflops = 259.251758349685 Gflops = 0.259251758349685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007286669 Relative Rsd = 3.19265886479107e-07
BICGSTAB_SOLVER_TIME: 0.400537 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 54 resid = 2.261382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19834(s) Flops=357304320 => 1801.47383281234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259354.823669447 Mflops = 259.354823669447 Gflops = 0.259354823669447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055941 s
InvBiCGStab: k = 81 resid = 1.047583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296561(s) Flops=534472704 => 1802.23530403526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.75739589 Mflops = 259.47175739589 Gflops = 0.25947175739589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001061783 Relative Rsd = 4.65220748247974e-07
BICGSTAB_SOLVER_TIME: 0.595592 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044228 s
InvBiCGStab: k = 47 resid = 2.277724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186085(s) Flops=311371776 => 1673.27713679233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240892.890051693 Mflops = 240.892890051693 Gflops = 0.240892890051693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058152 s
InvBiCGStab: k = 72 resid = 1.041101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316254(s) Flops=475416576 => 1503.27450719991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216427.564603329 Mflops = 216.427564603329 Gflops = 0.216427564603329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.00101339 Relative Rsd = 4.44017563078057e-07
BICGSTAB_SOLVER_TIME: 0.608967 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990990000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048554 s
InvBiCGStab: k = 68 resid = 1.753525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315859(s) Flops=449169408 => 1422.056702516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204746.968203542 Mflops = 204.746968203542 Gflops = 0.204746968203542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061245 s
InvBiCGStab: k = 68 resid = 1.126778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296357(s) Flops=449169408 => 1515.63623602614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218207.353235211 Mflops = 218.207353235211 Gflops = 0.218207353235211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001063862 Relative Rsd = 4.66131894339971e-07
BICGSTAB_SOLVER_TIME: 0.725716 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050659 s
InvBiCGStab: k = 54 resid = 2.242125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237442(s) Flops=357304320 => 1504.80673174923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216650.812023613 Mflops = 216.650812023613 Gflops = 0.216650812023613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066267 s
InvBiCGStab: k = 72 resid = 8.251471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342031(s) Flops=475416576 => 1389.98095494268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200128.005822458 Mflops = 200.128005822458 Gflops = 0.200128005822458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00104792 Relative Rsd = 4.59146832025113e-07
BICGSTAB_SOLVER_TIME: 0.700061 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104171
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.781181(s) Flops=1240473600 => 1587.94645543094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228662.057770428 Mflops = 228.662057770428 Gflops = 0.228662057770428 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137104
CLOV_LINOP: Time spent in clov deriv (total) = 1.384464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.04459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812079(s) Flops=1420314624 => 1748.98578094003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251815.673381386 Mflops = 251.815673381386 Gflops = 0.251815673381386 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 4.955812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90543(s) Flops=1610606592 => 1778.83060203439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256150.119498326 Mflops = 256.150119498326 Gflops = 0.256150119498326 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002055265 Relative Rsd = 9.03922800684196e-07
BICGSTAB_SOLVER_TIME: 1.720897 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0.116596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328675999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.198547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684329(s) Flops=1197213696 => 1749.47093576335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251904.309533859 Mflops = 251.904309533859 Gflops = 0.251904309533859 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 8.625054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788079(s) Flops=1426876416 => 1810.57535602395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260717.976163886 Mflops = 260.717976163886 Gflops = 0.260717976163886 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.0020698 Relative Rsd = 9.0947693659941e-07
BICGSTAB_SOLVER_TIME: 1.475752 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284933999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 334 resid = 2.060793e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.463589(s) Flops=2194606080 => 1499.46882628935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215927.438689797 Mflops = 215.927438689797 Gflops = 0.215927438689797 Tflops
InvBiCGStab: k = 337 resid = 5.990154e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.43965(s) Flops=2214291456 => 1538.07623797451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221482.793444127 Mflops = 221.482793444127 Gflops = 0.221482793444127 Tflops
BICGSTAB_SOLVER: 671 iterations. Rsd = 0.002095306 Relative Rsd = 9.21533084116891e-07
BICGSTAB_SOLVER_TIME: 2.908129 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.478606
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 278 resid = 2.158835e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.031634(s) Flops=1827145728 => 1771.11817563206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254924.507408838 Mflops = 254.924507408838 Gflops = 0.254924507408838 Tflops
InvBiCGStab: k = 285 resid = 8.83633e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.049364(s) Flops=1873078272 => 1784.96524752136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257031.423603645 Mflops = 257.031423603645 Gflops = 0.257031423603645 Tflops
BICGSTAB_SOLVER: 563 iterations. Rsd = 0.002047285 Relative Rsd = 8.99583686987888e-07
BICGSTAB_SOLVER_TIME: 2.085777 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.402739999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000858
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 219 resid = 2.116211e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800588(s) Flops=1440000000 => 1798.67797169081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258980.214149732 Mflops = 258.980214149732 Gflops = 0.258980214149732 Tflops
InvBiCGStab: k = 244 resid = 8.727341e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893395(s) Flops=1604044800 => 1795.44859776471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258541.748375369 Mflops = 258.541748375369 Gflops = 0.258541748375369 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002462979 Relative Rsd = 1.07915596336302e-06
BICGSTAB_SOLVER_TIME: 1.699388 sec
2Flav::invert,  n_count = 463
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330392000000003
MInvCG2: 292 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.192133(s) Flops=1891584000 => 1586.72228685893 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228493.32016072 Mflops = 228.49332016072 Gflops = 0.22849332016072 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.209531000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.113361109374637
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 455.129111 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.075775 secs
Doing Update: 2710 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 263 resid = 1.791079e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993398(s) Flops=1728718848 => 1740.20769923032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250596.824374864 Mflops = 250.596824374864 Gflops = 0.250596824374864 Tflops
InvBiCGStab: k = 287 resid = 8.292786e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.242822(s) Flops=1886201856 => 1517.67659085533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218543.858694 Mflops = 218.543858694 Gflops = 0.218543858694 Tflops
BICGSTAB_SOLVER: 550 iterations. Rsd = 0.008781524 Relative Rsd = 3.86278331500552e-06
BICGSTAB_SOLVER_TIME: 2.240955 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.395257999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
InvBiCGStab: k = 213 resid = 2.084031e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948919(s) Flops=1400629248 => 1476.02613921736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212545.25366603 Mflops = 212.54525366603 Gflops = 0.21254525366603 Tflops
InvBiCGStab: k = 244 resid = 1.08504e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9432(s) Flops=1604044800 => 1700.64122137405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244887.287432138 Mflops = 244.887287432138 Gflops = 0.244887287432138 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.00178295 Relative Rsd = 7.8324250338963e-07
BICGSTAB_SOLVER_TIME: 1.897445 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328597999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 308 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.243829(s) Flops=1988978688 => 1599.07727509167 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230286.211842773 Mflops = 230.286211842773 Gflops = 0.230286211842773 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.220886000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 276 resid = 9.952869e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.010836(s) Flops=1814022144 => 1794.57611719408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258433.962839649 Mflops = 258.433962839649 Gflops = 0.258433962839649 Tflops
InvBiCGStab: k = 314 resid = 1.112262e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.218036(s) Flops=2063370240 => 1694.01416706895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243933.859461964 Mflops = 243.933859461964 Gflops = 0.243933859461964 Tflops
BICGSTAB_SOLVER: 590 iterations. Rsd = 0.002601851 Relative Rsd = 1.14449215654511e-06
BICGSTAB_SOLVER_TIME: 2.233493 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.421237999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 260 resid = 1.914684e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984086(s) Flops=1709033472 => 1736.67085193774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250096.475246401 Mflops = 250.096475246401 Gflops = 0.250096475246401 Tflops
InvBiCGStab: k = 289 resid = 1.117812e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.152858(s) Flops=1899325440 => 1647.49296097178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237236.935730382 Mflops = 237.236935730382 Gflops = 0.237236935730382 Tflops
BICGSTAB_SOLVER: 549 iterations. Rsd = 0.001922297 Relative Rsd = 8.4445702746085e-07
BICGSTAB_SOLVER_TIME: 2.141402 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.392427999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 219 resid = 1.862966e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882754(s) Flops=1440000000 => 1631.25853861891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234879.550553406 Mflops = 234.879550553406 Gflops = 0.234879550553406 Tflops
InvBiCGStab: k = 230 resid = 7.120274e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.061453(s) Flops=1512179712 => 1424.63181318438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205143.812335313 Mflops = 205.143812335313 Gflops = 0.205143812335313 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.001721642 Relative Rsd = 7.54308033691702e-07
BICGSTAB_SOLVER_TIME: 1.952423 sec
2Flav::invert,  n_count = 449
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320379000000002
MInvCG2: 293 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.352591(s) Flops=1897850880 => 1403.12251079595 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202052.49547186 Mflops = 202.05249547186 Gflops = 0.20205249547186 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.210133000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.897889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763278(s) Flops=1354696704 => 1774.84049586127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255503.722153176 Mflops = 255.503722153176 Gflops = 0.255503722153176 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 7.509998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869548(s) Flops=1531865088 => 1761.6797324587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253678.230727442 Mflops = 253.678230727442 Gflops = 0.253678230727442 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002604686 Relative Rsd = 1.14573938653219e-06
BICGSTAB_SOLVER_TIME: 1.63617 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.119899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312982999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.137165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.616734(s) Flops=1098786816 => 1781.621924525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256520.031371754 Mflops = 256.520031371754 Gflops = 0.256520031371754 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.098197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84623(s) Flops=1499056128 => 1771.45235692424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255084.768570659 Mflops = 255.084768570659 Gflops = 0.255084768570659 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001920981 Relative Rsd = 8.43879034532238e-07
BICGSTAB_SOLVER_TIME: 1.466603 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281707999999997
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.81239(s) Flops=1259937792 => 1550.90263543372 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223335.94815647 Mflops = 223.33594815647 Gflops = 0.22333594815647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139056000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 156 resid = 1.40649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.68649(s) Flops=1026607104 => 1495.44363938295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215281.455273223 Mflops = 215.281455273223 Gflops = 0.215281455273223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.3e-05 s
InvBiCGStab: k = 161 resid = 9.98474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.72379(s) Flops=1059416064 => 1463.70641208085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210769.363410531 Mflops = 210.769363410531 Gflops = 0.210769363410531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 317 iterations. Rsd = 0.001730884 Relative Rsd = 7.58357505340013e-07
BICGSTAB_SOLVER_TIME: 1.414098 sec
2Flav::invert,  n_count = 317
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.227586999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 9.4e-05 s
InvBiCGStab: k = 118 resid = 1.53593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50127(s) Flops=777259008 => 1550.57954395835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223292.248540608 Mflops = 223.292248540608 Gflops = 0.223292248540608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000114 s
InvBiCGStab: k = 131 resid = 7.344804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.653151(s) Flops=862562304 => 1320.61698443392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190164.294571953 Mflops = 190.164294571953 Gflops = 0.190164294571953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 249 iterations. Rsd = 0.001522054 Relative Rsd = 6.66861980273488e-07
BICGSTAB_SOLVER_TIME: 1.158177 sec
2Flav::invert,  n_count = 249
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179361999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005088 s
InvBiCGStab: k = 91 resid = 1.350557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333973(s) Flops=600090624 => 1796.82376719076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258702.777935328 Mflops = 258.702777935328 Gflops = 0.258702777935328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007198 s
InvBiCGStab: k = 122 resid = 1.11523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447389(s) Flops=803506176 => 1795.99001316528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258593.300406962 Mflops = 258.593300406962 Gflops = 0.258593300406962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.0013721 Relative Rsd = 6.01162129753882e-07
BICGSTAB_SOLVER_TIME: 0.797374 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155467999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007585 s
InvBiCGStab: k = 81 resid = 2.23931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298462(s) Flops=534472704 => 1790.75629058306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257831.0998941 Mflops = 257.8310998941 Gflops = 0.2578310998941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011374 s
InvBiCGStab: k = 102 resid = 6.196659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37311(s) Flops=672270336 => 1801.80197796896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.847185655 Mflops = 259.421847185655 Gflops = 0.259421847185655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001270854 Relative Rsd = 5.56802989210282e-07
BICGSTAB_SOLVER_TIME: 0.694104 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135212
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010796 s
InvBiCGStab: k = 77 resid = 1.739594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282876(s) Flops=508225536 => 1796.63716964324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258670.875503942 Mflops = 258.670875503942 Gflops = 0.258670875503942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015165 s
InvBiCGStab: k = 90 resid = 1.012391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329234(s) Flops=593528832 => 1802.75679911552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259556.219659312 Mflops = 259.556219659312 Gflops = 0.259556219659312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001185027 Relative Rsd = 5.19199513773415e-07
BICGSTAB_SOLVER_TIME: 0.641764 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124795
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.793957(s) Flops=1266204672 => 1594.80257998859 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229645.270602523 Mflops = 229.645270602523 Gflops = 0.229645270602523 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139830000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.015515 s
InvBiCGStab: k = 25 resid = 2.034987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111673(s) Flops=167012352 => 1495.54818084944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215256.670971213 Mflops = 215.256670971213 Gflops = 0.215256670971213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.022945 s
InvBiCGStab: k = 61 resid = 5.158809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273844(s) Flops=403236864 => 1472.50574779802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211992.0036706 Mflops = 211.9920036706 Gflops = 0.2119920036706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007515984 Relative Rsd = 3.29300088368819e-07
BICGSTAB_SOLVER_TIME: 0.429585 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0680560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.01756 s
InvBiCGStab: k = 88 resid = 1.92466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403057(s) Flops=580405248 => 1440.00785993048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207335.575813826 Mflops = 207.335575813826 Gflops = 0.207335575813826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.028014 s
InvBiCGStab: k = 96 resid = 8.092488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423688(s) Flops=632899584 => 1493.78689979419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215168.068584763 Mflops = 215.168068584763 Gflops = 0.215168068584763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001292624 Relative Rsd = 5.66341202857843e-07
BICGSTAB_SOLVER_TIME: 0.881147 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139195
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020014 s
InvBiCGStab: k = 59 resid = 2.267645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217381(s) Flops=390113280 => 1794.60615233162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258353.570084706 Mflops = 258.353570084706 Gflops = 0.258353570084706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029174 s
InvBiCGStab: k = 73 resid = 9.871708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26837(s) Flops=481978368 => 1795.9472668331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.419861554 Mflops = 258.566419861554 Gflops = 0.258566419861554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001044075 Relative Rsd = 4.57443604731445e-07
BICGSTAB_SOLVER_TIME: 0.538687 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103157
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024233 s
InvBiCGStab: k = 67 resid = 1.586345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247939(s) Flops=442607616 => 1785.14721766241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257014.739424695 Mflops = 257.014739424695 Gflops = 0.257014739424695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034147 s
InvBiCGStab: k = 88 resid = 1.140412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323363(s) Flops=580405248 => 1794.90309033501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258420.315108097 Mflops = 258.420315108097 Gflops = 0.258420315108097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001157861 Relative Rsd = 5.07297097868192e-07
BICGSTAB_SOLVER_TIME: 0.633325 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120692
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.02795 s
InvBiCGStab: k = 48 resid = 2.282079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175919(s) Flops=317933568 => 1807.27248335882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.831228746 Mflops = 260.174831228746 Gflops = 0.260174831228746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039049 s
InvBiCGStab: k = 79 resid = 8.11756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288871(s) Flops=521349120 => 1804.78178841074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.508038919 Mflops = 259.835508038919 Gflops = 0.259835508038919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001075578 Relative Rsd = 4.71246124768197e-07
BICGSTAB_SOLVER_TIME: 0.535507 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101605
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.821809(s) Flops=1272471552 => 1548.37870113372 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222975.661687336 Mflops = 222.975661687336 Gflops = 0.222975661687336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140613000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032493 s
InvBiCGStab: k = 27 resid = 1.981812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099851(s) Flops=180135936 => 1804.04739061201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.346804324 Mflops = 259.648346804324 Gflops = 0.259648346804324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044816 s
InvBiCGStab: k = 43 resid = 1.102249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166805(s) Flops=285124608 => 1709.32890500884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246055.163583616 Mflops = 246.055163583616 Gflops = 0.246055163583616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007152951 Relative Rsd = 3.13394411706842e-07
BICGSTAB_SOLVER_TIME: 0.348141 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620280000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.045527 s
InvBiCGStab: k = 52 resid = 1.368212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223838(s) Flops=344180736 => 1537.63318113993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221376.788399791 Mflops = 221.376788399791 Gflops = 0.221376788399791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.083605 s
InvBiCGStab: k = 69 resid = 9.734239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299931(s) Flops=455731200 => 1519.45347429909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218875.602475973 Mflops = 218.875602475973 Gflops = 0.218875602475973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001047656 Relative Rsd = 4.59012632817616e-07
BICGSTAB_SOLVER_TIME: 0.660755 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0995190000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052679 s
InvBiCGStab: k = 48 resid = 1.968524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226088(s) Flops=317933568 => 1406.23813736244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202454.115612497 Mflops = 202.454115612497 Gflops = 0.202454115612497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068567 s
InvBiCGStab: k = 64 resid = 1.021627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280447(s) Flops=422922240 => 1508.02911066975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217118.364403216 Mflops = 217.118364403216 Gflops = 0.217118364403216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0009934634 Relative Rsd = 4.35269160502252e-07
BICGSTAB_SOLVER_TIME: 0.631663 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0940460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041018 s
InvBiCGStab: k = 52 resid = 2.203334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192287(s) Flops=344180736 => 1789.93242392881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257710.341302874 Mflops = 257.710341302874 Gflops = 0.257710341302874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056815 s
InvBiCGStab: k = 71 resid = 1.07248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26184(s) Flops=468854784 => 1790.61558203483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257798.882345542 Mflops = 257.798882345542 Gflops = 0.257798882345542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001088396 Relative Rsd = 4.76862074232726e-07
BICGSTAB_SOLVER_TIME: 0.555589 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043059 s
InvBiCGStab: k = 48 resid = 1.726064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17702(s) Flops=317933568 => 1796.03190599932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258564.681167975 Mflops = 258.564681167975 Gflops = 0.258564681167975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058008 s
InvBiCGStab: k = 69 resid = 9.534529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271691(s) Flops=455731200 => 1677.3879149475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241501.304642371 Mflops = 241.501304642371 Gflops = 0.241501304642371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001007555 Relative Rsd = 4.41443262048796e-07
BICGSTAB_SOLVER_TIME: 0.553674 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975510000000002
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.806136(s) Flops=1278959616 => 1586.53082854506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228507.353502655 Mflops = 228.507353502655 Gflops = 0.228507353502655 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 28 resid = 2.093454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104015(s) Flops=186697728 => 1794.91158006057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258355.082197017 Mflops = 258.355082197017 Gflops = 0.258355082197017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 51 resid = 8.797515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187024(s) Flops=337618944 => 1805.21721276414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259867.369414422 Mflops = 259.867369414422 Gflops = 0.259867369414422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000735825 Relative Rsd = 3.22389264838117e-07
BICGSTAB_SOLVER_TIME: 0.392313 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 56 resid = 2.127543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20577(s) Flops=370427904 => 1800.20364484619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.35783379 Mflops = 259.17235783379 Gflops = 0.25917235783379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 75 resid = 9.787077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284341(s) Flops=495101952 => 1741.22603493692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250692.827511152 Mflops = 250.692827511152 Gflops = 0.250692827511152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001082083 Relative Rsd = 4.74096408478989e-07
BICGSTAB_SOLVER_TIME: 0.591122 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107798
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057656 s
InvBiCGStab: k = 54 resid = 1.951795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261668(s) Flops=357304320 => 1365.48725866365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196598.698338386 Mflops = 196.598698338386 Gflops = 0.196598698338386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065266 s
InvBiCGStab: k = 82 resid = 9.806787e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351969(s) Flops=541034496 => 1537.16519352557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221314.912025886 Mflops = 221.314912025886 Gflops = 0.221314912025886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001004229 Relative Rsd = 4.39986088802784e-07
BICGSTAB_SOLVER_TIME: 0.740604 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044352 s
InvBiCGStab: k = 53 resid = 1.855234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232352(s) Flops=350742528 => 1509.53091860625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217329.842124194 Mflops = 217.329842124194 Gflops = 0.217329842124194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072996 s
InvBiCGStab: k = 71 resid = 1.034281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317435(s) Flops=468854784 => 1477.0103611763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212648.293550742 Mflops = 212.648293550742 Gflops = 0.212648293550742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001054402 Relative Rsd = 4.61968140666688e-07
BICGSTAB_SOLVER_TIME: 0.671094 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102905
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042114 s
InvBiCGStab: k = 53 resid = 1.683121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197299(s) Flops=350742528 => 1777.72075884825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255938.234610101 Mflops = 255.938234610101 Gflops = 0.255938234610101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 71 resid = 1.108517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262404(s) Flops=468854784 => 1786.76690904102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257245.11852504 Mflops = 257.24511852504 Gflops = 0.25724511852504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009959774 Relative Rsd = 4.36370622095154e-07
BICGSTAB_SOLVER_TIME: 0.562345 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102754
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.808812(s) Flops=1285079040 => 1588.84764321004 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228800.950917972 Mflops = 228.800950917972 Gflops = 0.228800950917972 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142095000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.619626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764695(s) Flops=1387505664 => 1814.45630480126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261287.886387251 Mflops = 261.287886387251 Gflops = 0.261287886387251 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.118567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857611(s) Flops=1551550464 => 1809.15410833117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260514.791095916 Mflops = 260.514791095916 Gflops = 0.260514791095916 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002934748 Relative Rsd = 1.29093905460318e-06
BICGSTAB_SOLVER_TIME: 1.625924 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.123809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318979999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 1.030838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750026(s) Flops=1098786816 => 1464.99830139222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210896.026169262 Mflops = 210.896026169262 Gflops = 0.210896026169262 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 7.647549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.982312(s) Flops=1407191040 => 1432.52962398912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206280.143257154 Mflops = 206.280143257154 Gflops = 0.206280143257154 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001962999 Relative Rsd = 8.62310901072633e-07
BICGSTAB_SOLVER_TIME: 1.73593 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271632999999998
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.80834(s) Flops=1285079040 => 1589.77539154316 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228976.276994671 Mflops = 228.976276994671 Gflops = 0.228976276994671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 29 resid = 1.829652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107718(s) Flops=193259520 => 1794.12465883139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258219.493379237 Mflops = 258.219493379237 Gflops = 0.258219493379237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 44 resid = 8.0325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162366(s) Flops=291686400 => 1796.47463138834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.558025792 Mflops = 258.602558025792 Gflops = 0.258602558025792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007281263 Relative Rsd = 3.19016175786864e-07
BICGSTAB_SOLVER_TIME: 0.371357 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663460000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 81 resid = 2.060215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297224(s) Flops=534472704 => 1798.21516432051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258901.831927835 Mflops = 258.901831927835 Gflops = 0.258901831927835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056126 s
InvBiCGStab: k = 102 resid = 1.066321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390465(s) Flops=672270336 => 1721.71727555607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247883.540991354 Mflops = 247.883540991354 Gflops = 0.247883540991354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001283841 Relative Rsd = 5.6249294750886e-07
BICGSTAB_SOLVER_TIME: 0.788608 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145015
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041673 s
InvBiCGStab: k = 51 resid = 2.265402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189364(s) Flops=337618944 => 1782.90986671173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.09437196 Mflops = 256.65809437196 Gflops = 0.25665809437196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05699 s
InvBiCGStab: k = 65 resid = 9.479795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239521(s) Flops=429484032 => 1793.09551980828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258139.781338178 Mflops = 258.139781338178 Gflops = 0.258139781338178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001010832 Relative Rsd = 4.42879013027198e-07
BICGSTAB_SOLVER_TIME: 0.53122 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969160000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045608 s
InvBiCGStab: k = 61 resid = 1.780171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272736(s) Flops=403236864 => 1478.4878563886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212871.123515928 Mflops = 212.871123515928 Gflops = 0.212871123515928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072276 s
InvBiCGStab: k = 74 resid = 1.148315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333837(s) Flops=488540160 => 1463.40926859515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210693.939278024 Mflops = 210.693939278024 Gflops = 0.210693939278024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001068237 Relative Rsd = 4.68030132346078e-07
BICGSTAB_SOLVER_TIME: 0.728364 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046677 s
InvBiCGStab: k = 54 resid = 2.254674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235442(s) Flops=357304320 => 1517.5895549647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218484.493133046 Mflops = 218.484493133046 Gflops = 0.218484493133046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065277 s
InvBiCGStab: k = 70 resid = 1.07246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321524(s) Flops=462292992 => 1437.81799181399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207016.227217024 Mflops = 207.016227217024 Gflops = 0.207016227217024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001047864 Relative Rsd = 4.59103728460354e-07
BICGSTAB_SOLVER_TIME: 0.672782 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10258
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857268(s) Flops=1291419648 => 1506.43631629782 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216921.975054128 Mflops = 216.921975054128 Gflops = 0.216921975054128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142597000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 29 resid = 2.123713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11456(s) Flops=193259520 => 1686.97206703911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242833.655429387 Mflops = 242.833655429387 Gflops = 0.242833655429387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060048 s
InvBiCGStab: k = 47 resid = 7.519842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1838(s) Flops=311371776 => 1694.07930359086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243854.023491741 Mflops = 243.854023491741 Gflops = 0.243854023491741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000745794 Relative Rsd = 3.26756984673921e-07
BICGSTAB_SOLVER_TIME: 0.403003 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 84 resid = 1.88949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309874(s) Flops=554158080 => 1788.33358074572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257476.966940569 Mflops = 257.476966940569 Gflops = 0.257476966940569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056626 s
InvBiCGStab: k = 94 resid = 1.050475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346604(s) Flops=619776000 => 1788.13862505915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257451.58881164 Mflops = 257.45158881164 Gflops = 0.25745158881164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001275157 Relative Rsd = 5.58688505797678e-07
BICGSTAB_SOLVER_TIME: 0.758302 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 54 resid = 1.546786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197954(s) Flops=357304320 => 1804.98661305152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.81000292 Mflops = 259.85581000292 Gflops = 0.25985581000292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056845 s
InvBiCGStab: k = 69 resid = 8.4124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253127(s) Flops=455731200 => 1800.40533013072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259188.561635634 Mflops = 259.188561635634 Gflops = 0.259188561635634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001012656 Relative Rsd = 4.43678063609018e-07
BICGSTAB_SOLVER_TIME: 0.552322 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 63 resid = 1.207434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23151(s) Flops=416360448 => 1798.45556563431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258932.428650677 Mflops = 258.932428650677 Gflops = 0.258932428650677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 81 resid = 8.727538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351945(s) Flops=534472704 => 1518.625648894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218651.151176033 Mflops = 218.651151176033 Gflops = 0.218651151176033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001126548 Relative Rsd = 4.93578022664318e-07
BICGSTAB_SOLVER_TIME: 0.684988 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054129 s
InvBiCGStab: k = 62 resid = 1.708014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283444(s) Flops=409798656 => 1445.78349162445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208170.795175601 Mflops = 208.170795175601 Gflops = 0.208170795175601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060928 s
InvBiCGStab: k = 76 resid = 1.104247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320099(s) Flops=501663744 => 1567.21434306261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225638.074279996 Mflops = 225.638074279996 Gflops = 0.225638074279996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001074408 Relative Rsd = 4.70733622518349e-07
BICGSTAB_SOLVER_TIME: 0.722898 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11249
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923777(s) Flops=1297686528 => 1404.76167733122 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202287.791282393 Mflops = 202.287791282393 Gflops = 0.202287791282393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143426000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041748 s
InvBiCGStab: k = 30 resid = 1.91582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112397(s) Flops=199821312 => 1777.81713035045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255875.968356876 Mflops = 255.875968356876 Gflops = 0.255875968356876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057141 s
InvBiCGStab: k = 46 resid = 9.809385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170876(s) Flops=304809984 => 1783.8080479412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256768.693291853 Mflops = 256.768693291853 Gflops = 0.256768693291853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0006943704 Relative Rsd = 3.04226624770022e-07
BICGSTAB_SOLVER_TIME: 0.385834 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 53 resid = 2.276489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194594(s) Flops=350742528 => 1802.43238743229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.090122557 Mflops = 259.490090122557 Gflops = 0.259490090122557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057014 s
InvBiCGStab: k = 77 resid = 8.091077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283003(s) Flops=508225536 => 1795.83091345321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258543.892026538 Mflops = 258.543892026538 Gflops = 0.258543892026538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001022175 Relative Rsd = 4.47848826096316e-07
BICGSTAB_SOLVER_TIME: 0.57973 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107052
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 52 resid = 2.1679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190963(s) Flops=344180736 => 1802.3425270864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.084785163 Mflops = 259.479084785163 Gflops = 0.259479084785163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 72 resid = 9.442674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263506(s) Flops=475416576 => 1804.19639780498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259744.994084075 Mflops = 259.744994084075 Gflops = 0.259744994084075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001008459 Relative Rsd = 4.41839420983367e-07
BICGSTAB_SOLVER_TIME: 0.555924 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 62 resid = 2.212285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228124(s) Flops=409798656 => 1796.38554470376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258630.752517365 Mflops = 258.630752517365 Gflops = 0.258630752517365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 82 resid = 3.906463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300244(s) Flops=541034496 => 1801.98270739798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259437.229060942 Mflops = 259.437229060942 Gflops = 0.259437229060942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001097058 Relative Rsd = 4.80657538993672e-07
BICGSTAB_SOLVER_TIME: 0.629161 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 58 resid = 2.093984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233275(s) Flops=383551488 => 1644.20314221412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236719.820642855 Mflops = 236.719820642855 Gflops = 0.236719820642855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066177 s
InvBiCGStab: k = 66 resid = 1.123712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297171(s) Flops=436045824 => 1467.32293527969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211259.423727247 Mflops = 211.259423727247 Gflops = 0.211259423727247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001033514 Relative Rsd = 4.52816649954871e-07
BICGSTAB_SOLVER_TIME: 0.642761 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102664
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037744(s) Flops=1304027136 => 1256.59809741131 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  180952.245471344 Mflops = 180.952245471344 Gflops = 0.180952245471344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144045000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04162 s
InvBiCGStab: k = 28 resid = 1.916415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104054(s) Flops=186697728 => 1794.23883752667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258242.287148848 Mflops = 258.242287148848 Gflops = 0.258242287148848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 47 resid = 1.104347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172482(s) Flops=311371776 => 1805.24214700664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.315012316 Mflops = 259.869315012316 Gflops = 0.259869315012316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007313964 Relative Rsd = 3.20448917446722e-07
BICGSTAB_SOLVER_TIME: 0.378352 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04077 s
InvBiCGStab: k = 60 resid = 2.197789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220418(s) Flops=396675072 => 1799.64917565716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259074.00447699 Mflops = 259.07400447699 Gflops = 0.25907400447699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057664 s
InvBiCGStab: k = 78 resid = 7.376671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28586(s) Flops=514787328 => 1800.83722101728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.382375642 Mflops = 259.267382375642 Gflops = 0.259267382375642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001108727 Relative Rsd = 4.85769912153189e-07
BICGSTAB_SOLVER_TIME: 0.60841 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 49 resid = 1.97666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179582(s) Flops=324495360 => 1806.94813511376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260115.747107382 Mflops = 260.115747107382 Gflops = 0.260115747107382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056829 s
InvBiCGStab: k = 64 resid = 1.128573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234206(s) Flops=422922240 => 1805.77030477443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259965.789356857 Mflops = 259.965789356857 Gflops = 0.259965789356857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.000990793 Relative Rsd = 4.34099147653e-07
BICGSTAB_SOLVER_TIME: 0.51577 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 62 resid = 2.191512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227922(s) Flops=409798656 => 1797.97762392397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258857.73329586 Mflops = 258.85773329586 Gflops = 0.25885773329586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056121 s
InvBiCGStab: k = 80 resid = 1.099975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292466(s) Flops=527910912 => 1805.03344662286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259871.91044207 Mflops = 259.87191044207 Gflops = 0.25987191044207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001090853 Relative Rsd = 4.77938798207079e-07
BICGSTAB_SOLVER_TIME: 0.621206 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11572
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 62 resid = 1.762023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227086(s) Flops=409798656 => 1804.59674308412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.652413654 Mflops = 259.818652413654 Gflops = 0.259818652413654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05673 s
InvBiCGStab: k = 65 resid = 1.125426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237962(s) Flops=429484032 => 1804.84292450055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259842.15450247 Mflops = 259.84215450247 Gflops = 0.25984215450247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001025028 Relative Rsd = 4.49098560384313e-07
BICGSTAB_SOLVER_TIME: 0.566876 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104756
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01056(s) Flops=1310294016 => 1296.60189993667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186711.067812368 Mflops = 186.711067812368 Gflops = 0.186711067812368 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144678000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.510246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.174351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739926(s) Flops=1335011328 => 1804.24978714088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259808.426069606 Mflops = 259.808426069606 Gflops = 0.259808426069606 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.019814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828038(s) Flops=1499056128 => 1810.37117620206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260688.742275214 Mflops = 260.688742275213 Gflops = 0.260688742275213 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.003195408 Relative Rsd = 1.40560622700179e-06
BICGSTAB_SOLVER_TIME: 1.571292 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307420999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 2.013728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.61539(s) Flops=1111910400 => 1806.83859016234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260130.140813869 Mflops = 260.130140813869 Gflops = 0.260130140813869 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.043165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768558(s) Flops=1394067456 => 1813.87410709406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261191.223189927 Mflops = 261.191223189927 Gflops = 0.261191223189927 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001994483 Relative Rsd = 8.76116623524545e-07
BICGSTAB_SOLVER_TIME: 1.387262 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271866999999997
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878968(s) Flops=1310294016 => 1490.71867917831 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214662.558814649 Mflops = 214.662558814649 Gflops = 0.214662558814649 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144830000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.521897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.069395 s
InvBiCGStab: k = 27 resid = 1.973082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105206(s) Flops=180135936 => 1712.22112807254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246436.622312697 Mflops = 246.436622312697 Gflops = 0.246436622312697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 52 resid = 9.471732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191576(s) Flops=344180736 => 1796.57543742431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258624.551753709 Mflops = 258.624551753709 Gflops = 0.258624551753709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007404261 Relative Rsd = 3.24405125722835e-07
BICGSTAB_SOLVER_TIME: 0.426217 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 73 resid = 1.770654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268918(s) Flops=481978368 => 1792.28749284168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258046.285014513 Mflops = 258.046285014513 Gflops = 0.258046285014513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056074 s
InvBiCGStab: k = 98 resid = 8.309024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36184(s) Flops=646023168 => 1785.38350652222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257049.019825102 Mflops = 257.049019825102 Gflops = 0.257049019825102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001251544 Relative Rsd = 5.48342570650455e-07
BICGSTAB_SOLVER_TIME: 0.731486 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041778 s
InvBiCGStab: k = 50 resid = 2.154483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185182(s) Flops=331057152 => 1787.73936991716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257377.137758259 Mflops = 257.377137758259 Gflops = 0.257377137758259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056718 s
InvBiCGStab: k = 74 resid = 1.014595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272358(s) Flops=488540160 => 1793.74264754478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258245.178126372 Mflops = 258.245178126372 Gflops = 0.258245178126372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001010989 Relative Rsd = 4.42947615288947e-07
BICGSTAB_SOLVER_TIME: 0.559702 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 62 resid = 2.141599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227738(s) Flops=409798656 => 1799.43029270477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.958756448 Mflops = 259.052958756448 Gflops = 0.259052958756448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 79 resid = 1.0456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288783(s) Flops=521349120 => 1805.33175429302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.40183807 Mflops = 259.91540183807 Gflops = 0.25991540183807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001112998 Relative Rsd = 4.87641096223446e-07
BICGSTAB_SOLVER_TIME: 0.618015 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04069 s
InvBiCGStab: k = 59 resid = 2.247332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216705(s) Flops=390113280 => 1800.20433307953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259174.791159111 Mflops = 259.174791159111 Gflops = 0.259174791159111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 76 resid = 1.13703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278358(s) Flops=501663744 => 1802.22499083914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.070344639 Mflops = 259.462070344639 Gflops = 0.259462070344639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001111822 Relative Rsd = 4.87125941692846e-07
BICGSTAB_SOLVER_TIME: 0.595587 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110467
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849574(s) Flops=1310515200 => 1542.55568084711 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222124.975416919 Mflops = 222.124975416919 Gflops = 0.222124975416919 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144873000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.52055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048082 s
InvBiCGStab: k = 31 resid = 2.070517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141152(s) Flops=206383104 => 1462.1337565178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210466.950938366 Mflops = 210.466950938366 Gflops = 0.210466950938366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061531 s
InvBiCGStab: k = 47 resid = 1.061749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207305(s) Flops=311371776 => 1501.99838884735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216222.348652968 Mflops = 216.222348652968 Gflops = 0.216222348652968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007499071 Relative Rsd = 3.28559081931139e-07
BICGSTAB_SOLVER_TIME: 0.463757 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 75 resid = 1.581126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320137(s) Flops=495101952 => 1546.53149120533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222670.133782093 Mflops = 222.670133782093 Gflops = 0.222670133782093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05669 s
InvBiCGStab: k = 92 resid = 8.47119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3393(s) Flops=606652416 => 1787.95289124668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257416.867004554 Mflops = 257.416867004554 Gflops = 0.257416867004554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001220195 Relative Rsd = 5.34607887794465e-07
BICGSTAB_SOLVER_TIME: 0.76111 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 52 resid = 2.243107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192734(s) Flops=344180736 => 1785.78110764058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257075.848938959 Mflops = 257.075848938959 Gflops = 0.257075848938959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 67 resid = 7.991013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247275(s) Flops=442607616 => 1789.9408189263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257695.701752875 Mflops = 257.695701752875 Gflops = 0.257695701752875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001033084 Relative Rsd = 4.52628031989113e-07
BICGSTAB_SOLVER_TIME: 0.541128 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990460000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 72 resid = 1.84203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265127(s) Flops=475416576 => 1793.16544901123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258169.949881357 Mflops = 258.169949881357 Gflops = 0.258169949881357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056556 s
InvBiCGStab: k = 77 resid = 1.134085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282124(s) Flops=508225536 => 1801.42609632644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259355.696813219 Mflops = 259.355696813219 Gflops = 0.259355696813219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001126042 Relative Rsd = 4.93356404205361e-07
BICGSTAB_SOLVER_TIME: 0.648599 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120726000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044223 s
InvBiCGStab: k = 54 resid = 1.868524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211295(s) Flops=357304320 => 1691.02117892047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243452.064854794 Mflops = 243.452064854794 Gflops = 0.243452064854794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060328 s
InvBiCGStab: k = 73 resid = 7.284356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270952(s) Flops=481978368 => 1778.83303315716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256102.275129903 Mflops = 256.102275129903 Gflops = 0.256102275129903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001054016 Relative Rsd = 4.61799261790369e-07
BICGSTAB_SOLVER_TIME: 0.590456 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104846
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.829813(s) Flops=1316634624 => 1586.66425327152 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228479.258744147 Mflops = 228.479258744147 Gflops = 0.228479258744147 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145630000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049527 s
InvBiCGStab: k = 27 resid = 1.92474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122313(s) Flops=180135936 => 1472.74562801992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211998.193538951 Mflops = 211.998193538951 Gflops = 0.211998193538951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062891 s
InvBiCGStab: k = 50 resid = 9.492646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230721(s) Flops=331057152 => 1434.88088210436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206575.73578124 Mflops = 206.57573578124 Gflops = 0.20657573578124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007235981 Relative Rsd = 3.17032218779265e-07
BICGSTAB_SOLVER_TIME: 0.469271 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045944 s
InvBiCGStab: k = 53 resid = 1.869411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254344(s) Flops=350742528 => 1379.00846098198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198543.966612238 Mflops = 198.543966612238 Gflops = 0.198543966612238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07155 s
InvBiCGStab: k = 62 resid = 1.148682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282721(s) Flops=409798656 => 1449.4807814064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208679.168624658 Mflops = 208.679168624658 Gflops = 0.208679168624658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001023892 Relative Rsd = 4.48600849700195e-07
BICGSTAB_SOLVER_TIME: 0.661177 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962300000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 49 resid = 1.425389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180195(s) Flops=324495360 => 1800.80113210688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259241.311701118 Mflops = 259.241311701118 Gflops = 0.259241311701118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055936 s
InvBiCGStab: k = 70 resid = 8.513579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322946(s) Flops=462292992 => 1431.48697305432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206069.016837928 Mflops = 206.069016837928 Gflops = 0.206069016837928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001011344 Relative Rsd = 4.43103028739911e-07
BICGSTAB_SOLVER_TIME: 0.607025 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990910000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045154 s
InvBiCGStab: k = 61 resid = 2.069532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238674(s) Flops=403236864 => 1689.48802131778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243239.416840309 Mflops = 243.239416840309 Gflops = 0.243239416840309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061128 s
InvBiCGStab: k = 78 resid = 1.132826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296247(s) Flops=514787328 => 1737.69634122877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250169.26067517 Mflops = 250.16926067517 Gflops = 0.25016926067517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001106005 Relative Rsd = 4.84577507933746e-07
BICGSTAB_SOLVER_TIME: 0.644885 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042389 s
InvBiCGStab: k = 48 resid = 2.238605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178295(s) Flops=317933568 => 1783.18835637567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256702.226603081 Mflops = 256.702226603081 Gflops = 0.256702226603081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057976 s
InvBiCGStab: k = 74 resid = 1.107234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273521(s) Flops=488540160 => 1786.11572786002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257146.522328566 Mflops = 257.146522328566 Gflops = 0.257146522328566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001013057 Relative Rsd = 4.43853624192615e-07
BICGSTAB_SOLVER_TIME: 0.555887 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101512
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.827436(s) Flops=1316634624 => 1591.22231084942 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229133.030287584 Mflops = 229.133030287584 Gflops = 0.229133030287584 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14566
CLOV_LINOP: Time spent in clov deriv (total) = 1.390482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 30 resid = 2.124904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110866(s) Flops=199821312 => 1802.36783143615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.187787131 Mflops = 259.441187787131 Gflops = 0.259441187787131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 50 resid = 1.058926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185294(s) Flops=331057152 => 1786.65878010081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257199.533470851 Mflops = 257.199533470851 Gflops = 0.257199533470851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007266054 Relative Rsd = 3.18349815750723e-07
BICGSTAB_SOLVER_TIME: 0.397184 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 54 resid = 1.732368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198536(s) Flops=357304320 => 1799.6953701092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.988749032 Mflops = 259.102988749032 Gflops = 0.259102988749032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 85 resid = 1.116919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337377(s) Flops=560719872 => 1661.99791924168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239288.43499105 Mflops = 239.28843499105 Gflops = 0.23928843499105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001093676 Relative Rsd = 4.79175577123712e-07
BICGSTAB_SOLVER_TIME: 0.638241 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046542 s
InvBiCGStab: k = 47 resid = 2.256676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222982(s) Flops=311371776 => 1396.39870482819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201054.641927339 Mflops = 201.054641927339 Gflops = 0.201054641927339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077163 s
InvBiCGStab: k = 65 resid = 9.414884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306158(s) Flops=429484032 => 1402.81825723973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201966.358347522 Mflops = 201.966358347522 Gflops = 0.201966358347522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0009980181 Relative Rsd = 4.3726469573544e-07
BICGSTAB_SOLVER_TIME: 0.657271 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0940200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047326 s
InvBiCGStab: k = 55 resid = 2.183597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229409(s) Flops=363866112 => 1586.10216687227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228323.838997108 Mflops = 228.323838997108 Gflops = 0.228323838997108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07832 s
InvBiCGStab: k = 73 resid = 1.051838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340459(s) Flops=481978368 => 1415.6722777192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203821.686260937 Mflops = 203.821686260937 Gflops = 0.203821686260937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001053393 Relative Rsd = 4.61526382905349e-07
BICGSTAB_SOLVER_TIME: 0.699286 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 49 resid = 2.008539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181017(s) Flops=324495360 => 1792.6236762293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258074.27733859 Mflops = 258.07427733859 Gflops = 0.25807427733859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056765 s
InvBiCGStab: k = 70 resid = 1.141154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257478(s) Flops=462292992 => 1795.46598932724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.806145511 Mflops = 258.492806145511 Gflops = 0.258492806145511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009791506 Relative Rsd = 4.28998250708274e-07
BICGSTAB_SOLVER_TIME: 0.540381 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991210000000003
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.827671(s) Flops=1316487168 => 1590.59235855793 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229050.202657545 Mflops = 229.050202657545 Gflops = 0.229050202657545 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.457847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749622(s) Flops=1361258496 => 1815.92655498371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261476.772086194 Mflops = 261.476772086194 Gflops = 0.261476772086194 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.019484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882429(s) Flops=1538426880 => 1743.40018290423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251045.254232914 Mflops = 251.045254232914 Gflops = 0.251045254232914 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.00241082 Relative Rsd = 1.06046347705777e-06
BICGSTAB_SOLVER_TIME: 1.635561 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.126204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314386999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 165 resid = 1.840705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727699(s) Flops=1085663232 => 1491.91249678782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214807.742718689 Mflops = 214.807742718689 Gflops = 0.214807742718689 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 8.767008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821858(s) Flops=1216899072 => 1480.66828089524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213210.671031406 Mflops = 213.210671031406 Gflops = 0.213210671031406 Tflops
BICGSTAB_SOLVER: 350 iterations. Rsd = 0.003044626 Relative Rsd = 1.33737297959286e-06
BICGSTAB_SOLVER_TIME: 1.552869 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.142358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.125656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249651999999997
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.827419(s) Flops=1316487168 => 1591.07679180681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229137.627530025 Mflops = 229.137627530025 Gflops = 0.229137627530025 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145720000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 30 resid = 1.748478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110987(s) Flops=199821312 => 1800.40285799238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.962097914 Mflops = 259.147962097914 Gflops = 0.259147962097914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 48 resid = 1.088511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177226(s) Flops=317933568 => 1793.94427454211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258255.530391267 Mflops = 258.255530391267 Gflops = 0.258255530391267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007294737 Relative Rsd = 3.19606537778392e-07
BICGSTAB_SOLVER_TIME: 0.389003 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042692 s
InvBiCGStab: k = 81 resid = 2.191171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311304(s) Flops=534472704 => 1716.88350936705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247182.089856192 Mflops = 247.182089856192 Gflops = 0.247182089856192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057653 s
InvBiCGStab: k = 103 resid = 7.794376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379956(s) Flops=678832128 => 1786.6072071503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257231.621628506 Mflops = 257.231621628506 Gflops = 0.257231621628506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001305159 Relative Rsd = 5.71833464229628e-07
BICGSTAB_SOLVER_TIME: 0.795253 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 53 resid = 2.159512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195021(s) Flops=350742528 => 1798.48594766717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258922.102842437 Mflops = 258.922102842437 Gflops = 0.258922102842437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05687 s
InvBiCGStab: k = 71 resid = 1.103168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260976(s) Flops=468854784 => 1796.54368217767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258641.457538493 Mflops = 258.641457538493 Gflops = 0.258641457538493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00102209 Relative Rsd = 4.478113881334e-07
BICGSTAB_SOLVER_TIME: 0.557704 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 69 resid = 1.563841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279558(s) Flops=455731200 => 1630.18479170691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234706.69585691 Mflops = 234.70669585691 Gflops = 0.23470669585691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081126 s
InvBiCGStab: k = 84 resid = 5.392054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371212(s) Flops=554158080 => 1492.83449888473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214933.668846906 Mflops = 214.933668846906 Gflops = 0.214933668846906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001084663 Relative Rsd = 4.75226739127765e-07
BICGSTAB_SOLVER_TIME: 0.776326 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041997 s
InvBiCGStab: k = 53 resid = 2.213752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23369(s) Flops=350742528 => 1500.88804826907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216066.924865211 Mflops = 216.066924865211 Gflops = 0.216066924865211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064295 s
InvBiCGStab: k = 83 resid = 5.863925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366083(s) Flops=547596288 => 1495.82550405236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215362.182292447 Mflops = 215.362182292447 Gflops = 0.215362182292447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001041668 Relative Rsd = 4.56389323132682e-07
BICGSTAB_SOLVER_TIME: 0.709894 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111208
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891357(s) Flops=1309925376 => 1469.58555999448 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211636.434224345 Mflops = 211.636434224345 Gflops = 0.211636434224345 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144920000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042276 s
InvBiCGStab: k = 31 resid = 1.389344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115698(s) Flops=206383104 => 1783.80874345278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256785.446689741 Mflops = 256.785446689741 Gflops = 0.256785446689741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 49 resid = 7.370378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181434(s) Flops=324495360 => 1788.50358808162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257459.553398416 Mflops = 257.459553398416 Gflops = 0.257459553398416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007011772 Relative Rsd = 3.07208884950906e-07
BICGSTAB_SOLVER_TIME: 0.40026 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 77 resid = 1.502271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283586(s) Flops=508225536 => 1792.13901955668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258012.646353557 Mflops = 258.012646353557 Gflops = 0.258012646353557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057275 s
InvBiCGStab: k = 99 resid = 1.139011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362865(s) Flops=652584960 => 1798.42354594684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258934.343223838 Mflops = 258.934343223838 Gflops = 0.258934343223838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001240926 Relative Rsd = 5.4369047021214e-07
BICGSTAB_SOLVER_TIME: 0.748879 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 54 resid = 1.965612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198086(s) Flops=357304320 => 1803.78381107196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259677.037467599 Mflops = 259.677037467599 Gflops = 0.259677037467599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056647 s
InvBiCGStab: k = 73 resid = 1.147564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267492(s) Flops=481978368 => 1801.84217845767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259410.918547896 Mflops = 259.410918547896 Gflops = 0.259410918547896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001056124 Relative Rsd = 4.62722969567515e-07
BICGSTAB_SOLVER_TIME: 0.566819 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104744
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 56 resid = 1.667446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205999(s) Flops=370427904 => 1798.20243787591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258874.416409692 Mflops = 258.874416409692 Gflops = 0.258874416409692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055973 s
InvBiCGStab: k = 74 resid = 1.123658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275707(s) Flops=488540160 => 1771.95413972079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255100.566910121 Mflops = 255.100566910121 Gflops = 0.255100566910121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001072895 Relative Rsd = 4.70070858362842e-07
BICGSTAB_SOLVER_TIME: 0.582711 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051808 s
InvBiCGStab: k = 50 resid = 2.037856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224563(s) Flops=331057152 => 1474.22839915747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212241.619943118 Mflops = 212.241619943118 Gflops = 0.212241619943118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071926 s
InvBiCGStab: k = 69 resid = 8.071291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315572(s) Flops=455731200 => 1444.14333337558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207930.096566093 Mflops = 207.930096566093 Gflops = 0.207930096566093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.00103422 Relative Rsd = 4.5312579367863e-07
BICGSTAB_SOLVER_TIME: 0.668266 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990350000000002
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984429(s) Flops=1297244160 => 1317.76304842706 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189834.920379952 Mflops = 189.834920379952 Gflops = 0.189834920379952 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143245000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041508 s
InvBiCGStab: k = 29 resid = 2.170517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108114(s) Flops=193259520 => 1787.55313835396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257304.935239692 Mflops = 257.304935239692 Gflops = 0.257304935239692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057152 s
InvBiCGStab: k = 49 resid = 1.113916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180209(s) Flops=324495360 => 1800.6612322359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.908061493 Mflops = 259.206908061493 Gflops = 0.259206908061493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007354824 Relative Rsd = 3.22239155948656e-07
BICGSTAB_SOLVER_TIME: 0.390623 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 47 resid = 2.056289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173064(s) Flops=311371776 => 1799.1712661212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.81078322 Mflops = 259.01881078322 Gflops = 0.25901881078322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056019 s
InvBiCGStab: k = 70 resid = 1.037804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257651(s) Flops=462292992 => 1794.26042204377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258323.022419843 Mflops = 258.323022419843 Gflops = 0.258323022419843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001036926 Relative Rsd = 4.54311465185396e-07
BICGSTAB_SOLVER_TIME: 0.531893 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978100000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 51 resid = 2.037415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187087(s) Flops=337618944 => 1804.60932079728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259810.74944871 Mflops = 259.81074944871 Gflops = 0.25981074944871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 72 resid = 5.203262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262755(s) Flops=475416576 => 1809.35310840897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260487.042109094 Mflops = 260.487042109094 Gflops = 0.260487042109094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009807437 Relative Rsd = 4.29696208589139e-07
BICGSTAB_SOLVER_TIME: 0.550658 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04118 s
InvBiCGStab: k = 53 resid = 1.813801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194417(s) Flops=350742528 => 1804.07334749533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.843642966 Mflops = 259.720843642966 Gflops = 0.259720843642966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 68 resid = 9.668167e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249158(s) Flops=449169408 => 1802.74929161416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.563990497 Mflops = 259.534563990497 Gflops = 0.259534563990497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001045289 Relative Rsd = 4.57975438027541e-07
BICGSTAB_SOLVER_TIME: 0.544477 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 49 resid = 2.036234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179979(s) Flops=324495360 => 1802.96234560699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.756767724 Mflops = 259.550756767724 Gflops = 0.259550756767724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 69 resid = 1.135092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26076(s) Flops=455731200 => 1747.70363552692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251629.144506053 Mflops = 251.629144506053 Gflops = 0.251629144506053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.00101592 Relative Rsd = 4.45108101982725e-07
BICGSTAB_SOLVER_TIME: 0.543387 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984370000000003
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95776(s) Flops=1272102912 => 1328.20634814567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191263.354277837 Mflops = 191.263354277837 Gflops = 0.191263354277837 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140360000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 27 resid = 1.693594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10279(s) Flops=180135936 => 1752.4655705808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252266.777907977 Mflops = 252.266777907977 Gflops = 0.252266777907977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058881 s
InvBiCGStab: k = 46 resid = 1.089009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179702(s) Flops=304809984 => 1696.19694828104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244167.87387015 Mflops = 244.16787387015 Gflops = 0.24416787387015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000766953 Relative Rsd = 3.36027470981767e-07
BICGSTAB_SOLVER_TIME: 0.385876 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 54 resid = 2.136878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19895(s) Flops=357304320 => 1795.95033928123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258545.103359826 Mflops = 258.545103359826 Gflops = 0.258545103359826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 71 resid = 7.331519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271089(s) Flops=468854784 => 1729.52345539657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248989.852325708 Mflops = 248.989852325708 Gflops = 0.248989852325708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001062927 Relative Rsd = 4.65703419056732e-07
BICGSTAB_SOLVER_TIME: 0.571386 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043684 s
InvBiCGStab: k = 50 resid = 1.866025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18789(s) Flops=331057152 => 1761.9732396615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253643.394432605 Mflops = 253.643394432605 Gflops = 0.253643394432605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05819 s
InvBiCGStab: k = 68 resid = 1.019801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259195(s) Flops=449169408 => 1732.94009529505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249498.640115384 Mflops = 249.498640115384 Gflops = 0.249498640115384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009601308 Relative Rsd = 4.20665039613726e-07
BICGSTAB_SOLVER_TIME: 0.552598 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 50 resid = 2.01413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185739(s) Flops=331057152 => 1782.37824043416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256583.898539117 Mflops = 256.583898539117 Gflops = 0.256583898539117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 72 resid = 1.067591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273875(s) Flops=475416576 => 1735.88891282519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249915.166416065 Mflops = 249.915166416065 Gflops = 0.249915166416065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00107493 Relative Rsd = 4.70962177711578e-07
BICGSTAB_SOLVER_TIME: 0.561076 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04127 s
InvBiCGStab: k = 48 resid = 1.869816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178339(s) Flops=317933568 => 1782.74840612541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256653.19852287 Mflops = 256.65319852287 Gflops = 0.25665319852287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058755 s
InvBiCGStab: k = 66 resid = 1.032784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245563(s) Flops=436045824 => 1775.69839104425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255635.201358291 Mflops = 255.635201358291 Gflops = 0.255635201358291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009683637 Relative Rsd = 4.24272141435909e-07
BICGSTAB_SOLVER_TIME: 0.527587 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0954660000000003
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866193(s) Flops=1247035392 => 1439.67382788824 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207312.431376233 Mflops = 207.312431376233 Gflops = 0.207312431376233 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137685
CLOV_LINOP: Time spent in clov deriv (total) = 1.561273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.249354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.711131(s) Flops=1236584448 => 1738.8982451897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250318.624521795 Mflops = 250.318624521795 Gflops = 0.250318624521795 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.072931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781796(s) Flops=1407191040 => 1799.946584531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259186.131204904 Mflops = 259.186131204904 Gflops = 0.259186131204904 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.002130881 Relative Rsd = 9.37300297488873e-07
BICGSTAB_SOLVER_TIME: 1.496456 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.119687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286874999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.263074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.654587(s) Flops=1164404736 => 1778.83877315009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256091.002045954 Mflops = 256.091002045954 Gflops = 0.256091002045954 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 8.770246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721684(s) Flops=1308764160 => 1813.48645667633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261135.174780475 Mflops = 261.135174780475 Gflops = 0.261135174780475 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.00247234 Relative Rsd = 1.08597666841027e-06
BICGSTAB_SOLVER_TIME: 1.379558 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268241999999998
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.784755(s) Flops=1247035392 => 1589.07607087562 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228893.720996784 Mflops = 228.893720996784 Gflops = 0.228893720996784 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137754000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051199 s
InvBiCGStab: k = 27 resid = 2.048592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111002(s) Flops=180135936 => 1622.81703032378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233610.70797369 Mflops = 233.61070797369 Gflops = 0.23361070797369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071676 s
InvBiCGStab: k = 51 resid = 9.390421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214025(s) Flops=337618944 => 1577.4743324378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227113.489633826 Mflops = 227.113489633826 Gflops = 0.227113489633826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007410172 Relative Rsd = 3.24664105636609e-07
BICGSTAB_SOLVER_TIME: 0.451597 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043918 s
InvBiCGStab: k = 71 resid = 1.696218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293215(s) Flops=468854784 => 1599.01363845642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230227.788951155 Mflops = 230.227788951155 Gflops = 0.230227788951155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 99 resid = 1.098568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363232(s) Flops=652584960 => 1796.60646639063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258660.400708778 Mflops = 258.660400708778 Gflops = 0.258660400708778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001242143 Relative Rsd = 5.4422368065401e-07
BICGSTAB_SOLVER_TIME: 0.760741 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041378 s
InvBiCGStab: k = 48 resid = 2.270717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179099(s) Flops=317933568 => 1775.18337902501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255555.290052013 Mflops = 255.555290052013 Gflops = 0.255555290052013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056903 s
InvBiCGStab: k = 65 resid = 8.935453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240009(s) Flops=429484032 => 1789.44969563641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257611.071445794 Mflops = 257.611071445794 Gflops = 0.257611071445794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009704513 Relative Rsd = 4.2518677025202e-07
BICGSTAB_SOLVER_TIME: 0.521107 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04198 s
InvBiCGStab: k = 55 resid = 2.212233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203298(s) Flops=363866112 => 1789.81648614349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257672.551172598 Mflops = 257.672551172598 Gflops = 0.257672551172598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 79 resid = 6.351567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289305(s) Flops=521349120 => 1802.07435059885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.576769729 Mflops = 259.452576769729 Gflops = 0.259452576769729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001090409 Relative Rsd = 4.7774421260963e-07
BICGSTAB_SOLVER_TIME: 0.59473 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110047
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 54 resid = 1.790786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198264(s) Flops=357304320 => 1802.1643868781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259449.558508769 Mflops = 259.449558508769 Gflops = 0.259449558508769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 80 resid = 3.516546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292857(s) Flops=527910912 => 1802.62350567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.761702591 Mflops = 259.524761702591 Gflops = 0.259524761702591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001062377 Relative Rsd = 4.65462469551529e-07
BICGSTAB_SOLVER_TIME: 0.592634 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109836
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.771543(s) Flops=1228161024 => 1591.82446603754 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229217.340588196 Mflops = 229.217340588196 Gflops = 0.229217340588196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135593
CLOV_LINOP: Time spent in clov deriv (total) = 1.416816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045658 s
InvBiCGStab: k = 24 resid = 2.215715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124399(s) Flops=160450560 => 1289.80586660664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185656.045756065 Mflops = 185.656045756065 Gflops = 0.185656045756065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063552 s
InvBiCGStab: k = 48 resid = 1.031207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228588(s) Flops=317933568 => 1390.8585227571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200238.210379057 Mflops = 200.238210379057 Gflops = 0.200238210379057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007321475 Relative Rsd = 3.20778004281517e-07
BICGSTAB_SOLVER_TIME: 0.466509 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054788 s
InvBiCGStab: k = 75 resid = 1.974269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342169(s) Flops=495101952 => 1446.95151226441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208335.069159967 Mflops = 208.335069159967 Gflops = 0.208335069159967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065676 s
InvBiCGStab: k = 102 resid = 9.356629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.491138(s) Flops=672270336 => 1368.80130635382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197088.483270759 Mflops = 197.088483270759 Gflops = 0.197088483270759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001253409 Relative Rsd = 5.49159881165142e-07
BICGSTAB_SOLVER_TIME: 0.957436 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042441 s
InvBiCGStab: k = 54 resid = 2.269209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199715(s) Flops=357304320 => 1789.07102621235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257578.364683932 Mflops = 257.578364683932 Gflops = 0.257578364683932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 77 resid = 1.084393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283844(s) Flops=508225536 => 1790.51005481884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257780.458514467 Mflops = 257.780458514467 Gflops = 0.257780458514467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001024289 Relative Rsd = 4.48774880121819e-07
BICGSTAB_SOLVER_TIME: 0.585947 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 61 resid = 2.276962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224955(s) Flops=403236864 => 1792.52234446889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258059.805382693 Mflops = 258.059805382693 Gflops = 0.258059805382693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 75 resid = 8.71745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27512(s) Flops=495101952 => 1799.58546088979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259081.515459688 Mflops = 259.081515459688 Gflops = 0.259081515459688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001105185 Relative Rsd = 4.842182769081e-07
BICGSTAB_SOLVER_TIME: 0.601445 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 62 resid = 1.385553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226982(s) Flops=409798656 => 1805.42358424897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259931.269184376 Mflops = 259.931269184376 Gflops = 0.259931269184376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05654 s
InvBiCGStab: k = 72 resid = 7.880444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263237(s) Flops=475416576 => 1806.040093148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.783278227 Mflops = 260.010783278227 Gflops = 0.260010783278227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001052147 Relative Rsd = 4.60980574129908e-07
BICGSTAB_SOLVER_TIME: 0.591846 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109724
Monitoring force
num_pf = 1
MInvCG2: 185 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.759811(s) Flops=1203167232 => 1583.50857252659 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228024.453095204 Mflops = 228.024453095204 Gflops = 0.228024453095204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134307000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049624 s
InvBiCGStab: k = 30 resid = 1.870467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131567(s) Flops=199821312 => 1518.77987641278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218622.003487834 Mflops = 218.622003487834 Gflops = 0.218622003487834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074479 s
InvBiCGStab: k = 45 resid = 1.042749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215782(s) Flops=298248192 => 1382.17363820893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198980.21827776 Mflops = 198.98021827776 Gflops = 0.19898021827776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007428086 Relative Rsd = 3.25449002220188e-07
BICGSTAB_SOLVER_TIME: 0.478377 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049648 s
InvBiCGStab: k = 45 resid = 2.160486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194342(s) Flops=298248192 => 1534.65638925194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220934.318105826 Mflops = 220.934318105826 Gflops = 0.220934318105826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078006 s
InvBiCGStab: k = 68 resid = 9.837669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296252(s) Flops=449169408 => 1516.17341992628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218288.876558978 Mflops = 218.288876558978 Gflops = 0.218288876558978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001035771 Relative Rsd = 4.53805542632027e-07
BICGSTAB_SOLVER_TIME: 0.62226 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949010000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05464 s
InvBiCGStab: k = 45 resid = 2.027042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210736(s) Flops=298248192 => 1415.26930377344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203754.035354802 Mflops = 203.754035354802 Gflops = 0.203754035354802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081607 s
InvBiCGStab: k = 70 resid = 1.062016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296518(s) Flops=462292992 => 1559.07227217235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224461.014214354 Mflops = 224.461014214354 Gflops = 0.224461014214354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001005648 Relative Rsd = 4.40607742606641e-07
BICGSTAB_SOLVER_TIME: 0.647136 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 60 resid = 2.122761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221365(s) Flops=396675072 => 1791.95027217491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257981.994020187 Mflops = 257.981994020187 Gflops = 0.257981994020187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 74 resid = 1.093554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272717(s) Flops=488540160 => 1791.38139536589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257901.54358447 Mflops = 257.90154358447 Gflops = 0.25790154358447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001057983 Relative Rsd = 4.63537423779854e-07
BICGSTAB_SOLVER_TIME: 0.594785 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041702 s
InvBiCGStab: k = 48 resid = 2.032914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177731(s) Flops=317933568 => 1788.8470103696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257545.214634759 Mflops = 257.545214634759 Gflops = 0.257545214634759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056478 s
InvBiCGStab: k = 72 resid = 9.207614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265092(s) Flops=475416576 => 1793.40219999095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258184.980536825 Mflops = 258.184980536825 Gflops = 0.258184980536825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001002544 Relative Rsd = 4.39247581629659e-07
BICGSTAB_SOLVER_TIME: 0.544683 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998210000000003
Monitoring force
num_pf = 1
MInvCG2: 185 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.756212(s) Flops=1203240960 => 1591.14237806329 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229126.45100827 Mflops = 229.12645100827 Gflops = 0.22912645100827 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132846
CLOV_LINOP: Time spent in clov deriv (total) = 1.41063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041404 s
InvBiCGStab: k = 25 resid = 2.030604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09384(s) Flops=167012352 => 1779.75652173913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256133.663425331 Mflops = 256.133663425331 Gflops = 0.256133663425331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056755 s
InvBiCGStab: k = 48 resid = 5.00892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176726(s) Flops=317933568 => 1799.01977071851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258973.783125835 Mflops = 258.973783125835 Gflops = 0.258973783125835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0006741813 Relative Rsd = 2.95381115447222e-07
BICGSTAB_SOLVER_TIME: 0.372359 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 56 resid = 2.170441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205977(s) Flops=370427904 => 1798.39450035684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258914.521219103 Mflops = 258.914521219103 Gflops = 0.258914521219103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058237 s
InvBiCGStab: k = 78 resid = 8.433956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347356(s) Flops=514787328 => 1482.01651331775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213373.657723485 Mflops = 213.373657723485 Gflops = 0.213373657723485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001091714 Relative Rsd = 4.78316136149394e-07
BICGSTAB_SOLVER_TIME: 0.659119 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109895
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055921 s
InvBiCGStab: k = 52 resid = 2.260744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237866(s) Flops=344180736 => 1446.95221679433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208321.61748843 Mflops = 208.32161748843 Gflops = 0.20832161748843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065514 s
InvBiCGStab: k = 70 resid = 1.036211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326982(s) Flops=462292992 => 1413.81786153366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203554.733499339 Mflops = 203.554733499339 Gflops = 0.203554733499339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009996338 Relative Rsd = 4.37972599669123e-07
BICGSTAB_SOLVER_TIME: 0.689926 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044725 s
InvBiCGStab: k = 66 resid = 1.566533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294198(s) Flops=436045824 => 1482.15087798014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213400.092462692 Mflops = 213.400092462692 Gflops = 0.213400092462692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077823 s
InvBiCGStab: k = 64 resid = 1.133655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256062(s) Flops=422922240 => 1651.63999343909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237775.517411843 Mflops = 237.775517411843 Gflops = 0.237775517411843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001084813 Relative Rsd = 4.75292587097963e-07
BICGSTAB_SOLVER_TIME: 0.676445 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0417 s
InvBiCGStab: k = 56 resid = 1.482281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206146(s) Flops=370427904 => 1796.92016337935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.133441429 Mflops = 258.703133441429 Gflops = 0.258703133441429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 70 resid = 1.148492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258255(s) Flops=462292992 => 1790.0640529709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257702.097001063 Mflops = 257.702097001063 Gflops = 0.257702097001063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001020067 Relative Rsd = 4.46924965302974e-07
BICGSTAB_SOLVER_TIME: 0.56621 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104067
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.793835(s) Flops=1222262784 => 1539.6937449218 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221738.680147938 Mflops = 221.738680147938 Gflops = 0.221738680147938 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134946
CLOV_LINOP: Time spent in clov deriv (total) = 1.406522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.681635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705265(s) Flops=1275955200 => 1809.18548347075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260441.783656965 Mflops = 260.441783656965 Gflops = 0.260441783656965 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.15076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.895575(s) Flops=1623730176 => 1813.0588459928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261075.475520821 Mflops = 261.075475520821 Gflops = 0.261075475520821 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.002110183 Relative Rsd = 9.28161239363579e-07
BICGSTAB_SOLVER_TIME: 1.604219 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.121126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314439999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 158 resid = 2.143963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709689(s) Flops=1039730688 => 1465.05115339254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210942.790284421 Mflops = 210.942790284421 Gflops = 0.210942790284421 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 9.473605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809214(s) Flops=1190651904 => 1471.36839451616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211876.183326142 Mflops = 211.876183326142 Gflops = 0.211876183326142 Tflops
BICGSTAB_SOLVER: 339 iterations. Rsd = 0.002531793 Relative Rsd = 1.11208818253552e-06
BICGSTAB_SOLVER_TIME: 1.522507 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.158489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241847999999997
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906227(s) Flops=1222262784 => 1348.73799169524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194216.967154698 Mflops = 194.216967154698 Gflops = 0.194216967154698 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134905
CLOV_LINOP: Time spent in clov deriv (total) = 1.440596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 29 resid = 1.887315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107341(s) Flops=193259520 => 1800.42593230918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259133.87328222 Mflops = 259.13387328222 Gflops = 0.25913387328222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056028 s
InvBiCGStab: k = 49 resid = 1.047299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180021(s) Flops=324495360 => 1802.54170346793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259458.171137274 Mflops = 259.458171137274 Gflops = 0.259458171137274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007169917 Relative Rsd = 3.14137764392878e-07
BICGSTAB_SOLVER_TIME: 0.388143 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041791 s
InvBiCGStab: k = 77 resid = 1.682304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281846(s) Flops=508225536 => 1803.20294061296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.568454836 Mflops = 259.613568454836 Gflops = 0.259613568454836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056656 s
InvBiCGStab: k = 115 resid = 9.408679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419929(s) Flops=757573632 => 1804.05171350395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.71547926 Mflops = 259.75171547926 Gflops = 0.25975171547926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001271563 Relative Rsd = 5.57113561085215e-07
BICGSTAB_SOLVER_TIME: 0.803875 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151376999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 48 resid = 2.21869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177385(s) Flops=317933568 => 1792.33626293091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258040.44676647 Mflops = 258.04044676647 Gflops = 0.25804044676647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056796 s
InvBiCGStab: k = 73 resid = 5.300119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268235(s) Flops=481978368 => 1796.85114917889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258689.36391538 Mflops = 258.689363915379 Gflops = 0.258689363915379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001034177 Relative Rsd = 4.53107329724167e-07
BICGSTAB_SOLVER_TIME: 0.546992 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041811 s
InvBiCGStab: k = 65 resid = 1.669653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239776(s) Flops=429484032 => 1791.18857600427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257877.567217352 Mflops = 257.877567217352 Gflops = 0.257877567217352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 69 resid = 1.118993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272539(s) Flops=455731200 => 1672.16875382973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240743.815272936 Mflops = 240.743815272936 Gflops = 0.240743815272936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001121682 Relative Rsd = 4.9144599698322e-07
BICGSTAB_SOLVER_TIME: 0.61451 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 55 resid = 2.104643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203335(s) Flops=363866112 => 1789.49080089507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257628.90306051 Mflops = 257.62890306051 Gflops = 0.25762890306051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 69 resid = 1.144292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253988(s) Flops=455731200 => 1794.30209301227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258325.561104607 Mflops = 258.325561104607 Gflops = 0.258325561104607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001009888 Relative Rsd = 4.42465257229948e-07
BICGSTAB_SOLVER_TIME: 0.559099 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102735
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.777147(s) Flops=1234944000 => 1589.07388177526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228938.406948267 Mflops = 228.938406948267 Gflops = 0.228938406948267 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136396
CLOV_LINOP: Time spent in clov deriv (total) = 1.381376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 30 resid = 1.83859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11098(s) Flops=199821312 => 1800.5164173725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259140.604374275 Mflops = 259.140604374275 Gflops = 0.259140604374275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 51 resid = 9.909867e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195143(s) Flops=337618944 => 1730.11045233495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249058.238100018 Mflops = 249.058238100018 Gflops = 0.249058238100018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007601802 Relative Rsd = 3.33060078874712e-07
BICGSTAB_SOLVER_TIME: 0.408335 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041641 s
InvBiCGStab: k = 77 resid = 2.083179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283324(s) Flops=508225536 => 1793.79627564202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258265.874278958 Mflops = 258.265874278958 Gflops = 0.258265874278958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 99 resid = 1.049519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361598(s) Flops=652584960 => 1804.72502613399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259841.709606838 Mflops = 259.841709606838 Gflops = 0.259841709606838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001276352 Relative Rsd = 5.59212076219124e-07
BICGSTAB_SOLVER_TIME: 0.746398 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 52 resid = 2.088546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190981(s) Flops=344180736 => 1802.17265591865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259454.596748433 Mflops = 259.454596748433 Gflops = 0.259454596748433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 72 resid = 8.687789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287971(s) Flops=475416576 => 1650.91823829483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237693.953810949 Mflops = 237.693953810949 Gflops = 0.237693953810949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001029501 Relative Rsd = 4.51058493848951e-07
BICGSTAB_SOLVER_TIME: 0.58048 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102722
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044411 s
InvBiCGStab: k = 68 resid = 1.566134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31593(s) Flops=449169408 => 1421.73711898205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204698.662546618 Mflops = 204.698662546618 Gflops = 0.204698662546618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065432 s
InvBiCGStab: k = 77 resid = 8.578035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350106(s) Flops=508225536 => 1451.63332247948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208982.993830797 Mflops = 208.982993830797 Gflops = 0.208982993830797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001099483 Relative Rsd = 4.81719828440088e-07
BICGSTAB_SOLVER_TIME: 0.780264 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044671 s
InvBiCGStab: k = 60 resid = 1.578998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269663(s) Flops=396675072 => 1471.00296295747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211798.420903823 Mflops = 211.798420903823 Gflops = 0.211798420903823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061756 s
InvBiCGStab: k = 71 resid = 1.074685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363805(s) Flops=468854784 => 1288.75299679774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185551.278439274 Mflops = 185.551278439274 Gflops = 0.185551278439274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001066301 Relative Rsd = 4.67181912559555e-07
BICGSTAB_SOLVER_TIME: 0.743427 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108114
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.783091(s) Flops=1241358336 => 1585.20317051275 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228287.12354549 Mflops = 228.28712354549 Gflops = 0.22828712354549 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13707
CLOV_LINOP: Time spent in clov deriv (total) = 1.385651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04178 s
InvBiCGStab: k = 23 resid = 2.105971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085293(s) Flops=153888768 => 1804.23678379234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259644.213550115 Mflops = 259.644213550115 Gflops = 0.259644213550115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 50 resid = 1.017476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183675(s) Flops=331057152 => 1802.40725193957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259472.547926214 Mflops = 259.472547926214 Gflops = 0.259472547926214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007504735 Relative Rsd = 3.28807223197612e-07
BICGSTAB_SOLVER_TIME: 0.370619 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 51 resid = 2.241865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187668(s) Flops=337618944 => 1799.02244389027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258984.970121683 Mflops = 258.984970121683 Gflops = 0.258984970121683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 74 resid = 4.207986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283978(s) Flops=488540160 => 1720.34509715541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247686.671461047 Mflops = 247.686671461047 Gflops = 0.247686671461047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001073649 Relative Rsd = 4.70401067316416e-07
BICGSTAB_SOLVER_TIME: 0.572733 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 53 resid = 1.94859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195978(s) Flops=350742528 => 1789.70357897315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257638.666011722 Mflops = 257.638666011722 Gflops = 0.257638666011722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 63 resid = 1.146256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232511(s) Flops=416360448 => 1790.71290390562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257807.980831012 Mflops = 257.807980831012 Gflops = 0.257807980831012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009960567 Relative Rsd = 4.3640535677192e-07
BICGSTAB_SOLVER_TIME: 0.529762 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041478 s
InvBiCGStab: k = 61 resid = 2.153583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226689(s) Flops=403236864 => 1778.81089951431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256083.390181783 Mflops = 256.083390181783 Gflops = 0.256083390181783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061959 s
InvBiCGStab: k = 67 resid = 1.130763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252418(s) Flops=442607616 => 1753.4708935179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252448.198801285 Mflops = 252.448198801285 Gflops = 0.252448198801285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001080478 Relative Rsd = 4.73392993020424e-07
BICGSTAB_SOLVER_TIME: 0.586153 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04075 s
InvBiCGStab: k = 52 resid = 1.173352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191576(s) Flops=344180736 => 1796.57543742431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258644.140389725 Mflops = 258.644140389725 Gflops = 0.258644140389725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056759 s
InvBiCGStab: k = 78 resid = 6.711858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285638(s) Flops=514787328 => 1802.23684523768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.784598362 Mflops = 259.471784598362 Gflops = 0.259471784598362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001019877 Relative Rsd = 4.46841826502491e-07
BICGSTAB_SOLVER_TIME: 0.578445 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107091
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.856165(s) Flops=1253744640 => 1464.37268517167 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210862.33974791 Mflops = 210.86233974791 Gflops = 0.21086233974791 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138442
CLOV_LINOP: Time spent in clov deriv (total) = 1.51718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 27 resid = 1.459162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100547(s) Flops=180135936 => 1791.55952937432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257871.957926713 Mflops = 257.871957926713 Gflops = 0.257871957926713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056841 s
InvBiCGStab: k = 46 resid = 7.665521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175907(s) Flops=304809984 => 1732.79053136032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249443.766408717 Mflops = 249.443766408717 Gflops = 0.249443766408717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007266892 Relative Rsd = 3.18386539638053e-07
BICGSTAB_SOLVER_TIME: 0.378318 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 58 resid = 2.274688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22757(s) Flops=383551488 => 1685.42201520411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242645.221971509 Mflops = 242.645221971509 Gflops = 0.242645221971509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 80 resid = 1.139558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293625(s) Flops=527910912 => 1797.90859770115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258843.852051231 Mflops = 258.843852051231 Gflops = 0.258843852051231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00109592 Relative Rsd = 4.80158757196173e-07
BICGSTAB_SOLVER_TIME: 0.622155 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042148 s
InvBiCGStab: k = 47 resid = 2.234835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17515(s) Flops=311371776 => 1777.74351127605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255929.240860028 Mflops = 255.929240860028 Gflops = 0.255929240860028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056746 s
InvBiCGStab: k = 71 resid = 9.04039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266071(s) Flops=468854784 => 1762.14162385228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253743.781077607 Mflops = 253.743781077607 Gflops = 0.253743781077607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001051241 Relative Rsd = 4.60583548103552e-07
BICGSTAB_SOLVER_TIME: 0.543949 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986430000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042288 s
InvBiCGStab: k = 66 resid = 2.278622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246268(s) Flops=436045824 => 1770.61503727646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254904.197295058 Mflops = 254.904197295058 Gflops = 0.254904197295058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 75 resid = 6.864519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281141(s) Flops=495101952 => 1761.04499877286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253538.587716798 Mflops = 253.538587716798 Gflops = 0.253538587716798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001084154 Relative Rsd = 4.75003692517635e-07
BICGSTAB_SOLVER_TIME: 0.629788 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040809 s
InvBiCGStab: k = 47 resid = 2.221829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172952(s) Flops=311371776 => 1800.33637078496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259185.215701353 Mflops = 259.185215701353 Gflops = 0.259185215701353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05812 s
InvBiCGStab: k = 68 resid = 8.187377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249347(s) Flops=449169408 => 1801.3828439885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.588437075 Mflops = 259.332588437075 Gflops = 0.259332588437075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001012599 Relative Rsd = 4.43653172974273e-07
BICGSTAB_SOLVER_TIME: 0.52495 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962680000000003
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790245(s) Flops=1260085248 => 1594.55010534708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229631.769697406 Mflops = 229.631769697406 Gflops = 0.229631769697406 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139191000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.80966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.780246(s) Flops=1203775488 => 1542.81532747364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222111.342113499 Mflops = 222.111342113499 Gflops = 0.222111342113499 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.108104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.024501(s) Flops=1466247168 => 1431.18178313149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206081.319175371 Mflops = 206.081319175371 Gflops = 0.206081319175371 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.00209473 Relative Rsd = 9.21341629585754e-07
BICGSTAB_SOLVER_TIME: 1.808914 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.129223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289325999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.906958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682818(s) Flops=1170966528 => 1714.90284087414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246908.381581804 Mflops = 246.908381581804 Gflops = 0.246908381581804 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.126759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751507(s) Flops=1335011328 => 1776.44563257561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255804.121896232 Mflops = 255.804121896232 Gflops = 0.255804121896232 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.002483617 Relative Rsd = 1.0909444161062e-06
BICGSTAB_SOLVER_TIME: 1.437672 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271851999999998
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.792504(s) Flops=1260085248 => 1590.00490596893 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228995.461118007 Mflops = 228.995461118007 Gflops = 0.228995461118007 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139158
CLOV_LINOP: Time spent in clov deriv (total) = 1.379072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041719 s
InvBiCGStab: k = 28 resid = 1.092927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103969(s) Flops=186697728 => 1795.70571997422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258385.911001884 Mflops = 258.385911001884 Gflops = 0.258385911001884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 50 resid = 1.151329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183791(s) Flops=331057152 => 1801.26965955896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.06971915 Mflops = 259.30206971915 Gflops = 0.25930206971915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007293905 Relative Rsd = 3.19570068918058e-07
BICGSTAB_SOLVER_TIME: 0.389223 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 72 resid = 2.025031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267871(s) Flops=475416576 => 1774.79673424895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255545.449282726 Mflops = 255.545449282726 Gflops = 0.255545449282726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061131 s
InvBiCGStab: k = 90 resid = 1.070721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349231(s) Flops=593528832 => 1699.5307747594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244683.236491195 Mflops = 244.683236491195 Gflops = 0.244683236491195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001246909 Relative Rsd = 5.46311892697308e-07
BICGSTAB_SOLVER_TIME: 0.723048 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 50 resid = 2.091904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185785(s) Flops=331057152 => 1781.93692709315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256547.163637001 Mflops = 256.547163637001 Gflops = 0.256547163637001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057443 s
InvBiCGStab: k = 69 resid = 1.144873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253822(s) Flops=455731200 => 1795.47556949358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258489.055006335 Mflops = 258.489055006335 Gflops = 0.258489055006335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.000988879 Relative Rsd = 4.33260567886901e-07
BICGSTAB_SOLVER_TIME: 0.542141 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041623 s
InvBiCGStab: k = 59 resid = 2.016324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217652(s) Flops=390113280 => 1792.37167588628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258041.189285736 Mflops = 258.041189285736 Gflops = 0.258041189285736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 73 resid = 9.739401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267142(s) Flops=481978368 => 1804.20288835151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.616079819 Mflops = 259.751616079819 Gflops = 0.259751616079819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001092899 Relative Rsd = 4.78835167090324e-07
BICGSTAB_SOLVER_TIME: 0.586417 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04645 s
InvBiCGStab: k = 55 resid = 2.033772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248962(s) Flops=363866112 => 1461.53273190286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210419.000424939 Mflops = 210.419000424939 Gflops = 0.210419000424939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062081 s
InvBiCGStab: k = 70 resid = 7.818152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31012(s) Flops=462292992 => 1490.69067457758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214610.117589692 Mflops = 214.610117589692 Gflops = 0.214610117589692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001054476 Relative Rsd = 4.62000682111294e-07
BICGSTAB_SOLVER_TIME: 0.675478 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103471
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964868(s) Flops=1266425856 => 1312.53793886832 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189007.701188325 Mflops = 189.007701188325 Gflops = 0.189007701188325 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139666000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 31 resid = 1.6736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122649(s) Flops=206383104 => 1682.71330381821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242220.487615629 Mflops = 242.220487615629 Gflops = 0.242220487615629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058433 s
InvBiCGStab: k = 49 resid = 1.110385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190455(s) Flops=324495360 => 1703.79018665827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245252.588834866 Mflops = 245.252588834866 Gflops = 0.245252588834866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007572218 Relative Rsd = 3.31763878668163e-07
BICGSTAB_SOLVER_TIME: 0.416458 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04178 s
InvBiCGStab: k = 68 resid = 2.140621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252117(s) Flops=449169408 => 1781.59111840931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256519.918636937 Mflops = 256.519918636937 Gflops = 0.256519918636937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056787 s
InvBiCGStab: k = 85 resid = 1.103512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312519(s) Flops=560719872 => 1794.19450337419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258315.769610928 Mflops = 258.315769610928 Gflops = 0.258315769610928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001231275 Relative Rsd = 5.39462479667086e-07
BICGSTAB_SOLVER_TIME: 0.666839 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041728 s
InvBiCGStab: k = 52 resid = 1.801988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192994(s) Flops=344180736 => 1783.37531736738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256745.026396182 Mflops = 256.745026396182 Gflops = 0.256745026396182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 71 resid = 1.039273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260484(s) Flops=468854784 => 1799.93697885475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.007281674 Mflops = 259.130007281674 Gflops = 0.259130007281674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00103593 Relative Rsd = 4.5387501198556e-07
BICGSTAB_SOLVER_TIME: 0.555167 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 52 resid = 2.052089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191245(s) Flops=344180736 => 1799.68488587937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.358051296 Mflops = 259.084358051296 Gflops = 0.259084358051296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 76 resid = 1.052384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279165(s) Flops=501663744 => 1797.01518456827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258721.563565295 Mflops = 258.721563565295 Gflops = 0.258721563565295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001112442 Relative Rsd = 4.8739754544289e-07
BICGSTAB_SOLVER_TIME: 0.571245 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105737
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 64 resid = 2.098567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234746(s) Flops=422922240 => 1801.61638536972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259390.60909161 Mflops = 259.39060909161 Gflops = 0.25939060909161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 70 resid = 9.75648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25654(s) Flops=462292992 => 1802.03084119436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.631784649 Mflops = 259.424631784649 Gflops = 0.259424631784649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001053904 Relative Rsd = 4.61750143591066e-07
BICGSTAB_SOLVER_TIME: 0.592904 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109861
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.796838(s) Flops=1266720768 => 1589.68418674812 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228913.731018995 Mflops = 228.913731018995 Gflops = 0.228913731018995 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139962000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049308 s
InvBiCGStab: k = 30 resid = 1.917999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135715(s) Flops=199821312 => 1472.35981284309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211946.76131433 Mflops = 211.94676131433 Gflops = 0.21194676131433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070944 s
InvBiCGStab: k = 43 resid = 1.082723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190743(s) Flops=285124608 => 1494.81033642126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215151.996715796 Mflops = 215.151996715796 Gflops = 0.215151996715796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007246953 Relative Rsd = 3.17512944665493e-07
BICGSTAB_SOLVER_TIME: 0.450958 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042218 s
InvBiCGStab: k = 48 resid = 2.26199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231314(s) Flops=317933568 => 1374.46746846278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197881.237351438 Mflops = 197.881237351438 Gflops = 0.197881237351438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064167 s
InvBiCGStab: k = 75 resid = 1.082299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307023(s) Flops=495101952 => 1612.58912850177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232169.988693093 Mflops = 232.169988693093 Gflops = 0.232169988693093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001063954 Relative Rsd = 4.66153592708918e-07
BICGSTAB_SOLVER_TIME: 0.648498 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 60 resid = 1.989891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221187(s) Flops=396675072 => 1793.39234222626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258195.562834872 Mflops = 258.195562834872 Gflops = 0.258195562834872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 68 resid = 1.130284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271427(s) Flops=449169408 => 1654.84424172982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238252.487451613 Mflops = 238.252487451613 Gflops = 0.238252487451613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0009946112 Relative Rsd = 4.35772022731676e-07
BICGSTAB_SOLVER_TIME: 0.594456 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048215 s
InvBiCGStab: k = 55 resid = 2.181209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249147(s) Flops=363866112 => 1460.44749485244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210273.646011147 Mflops = 210.273646011147 Gflops = 0.210273646011147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067399 s
InvBiCGStab: k = 71 resid = 1.082778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284508(s) Flops=468854784 => 1647.949386309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237237.413436371 Mflops = 237.237413436371 Gflops = 0.237237413436372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001068094 Relative Rsd = 4.67967140678227e-07
BICGSTAB_SOLVER_TIME: 0.652901 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104056
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 56 resid = 2.176758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205343(s) Flops=370427904 => 1803.94707392022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.143637735 Mflops = 259.706143637735 Gflops = 0.259706143637735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 64 resid = 1.110766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235994(s) Flops=422922240 => 1792.08895141402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.224953019 Mflops = 258.000224953019 Gflops = 0.258000224953019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00100661 Relative Rsd = 4.41028996197555e-07
BICGSTAB_SOLVER_TIME: 0.542171 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998410000000003
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.799698(s) Flops=1272766464 => 1591.55889348229 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229183.530436364 Mflops = 229.183530436364 Gflops = 0.229183530436364 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140705000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041871 s
InvBiCGStab: k = 30 resid = 1.869969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1115(s) Flops=199821312 => 1792.11939013453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257932.917559513 Mflops = 257.932917559513 Gflops = 0.257932917559513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 49 resid = 6.517724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181361(s) Flops=324495360 => 1789.22348244661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257563.337188752 Mflops = 257.563337188752 Gflops = 0.257563337188752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000728356 Relative Rsd = 3.19116809439228e-07
BICGSTAB_SOLVER_TIME: 0.394935 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041303 s
InvBiCGStab: k = 53 resid = 1.91289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19492(s) Flops=350742528 => 1799.41785347835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259058.883422125 Mflops = 259.058883422125 Gflops = 0.259058883422125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 75 resid = 1.127316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275579(s) Flops=495101952 => 1796.58809996408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258653.023531193 Mflops = 258.653023531193 Gflops = 0.258653023531193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001113338 Relative Rsd = 4.87790082994127e-07
BICGSTAB_SOLVER_TIME: 0.571996 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041767 s
InvBiCGStab: k = 51 resid = 2.092074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220847(s) Flops=337618944 => 1528.74589195235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220124.078304317 Mflops = 220.124078304317 Gflops = 0.220124078304317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065375 s
InvBiCGStab: k = 67 resid = 1.072663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287479(s) Flops=442607616 => 1539.61721030058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221647.123122247 Mflops = 221.647123122247 Gflops = 0.221647123122247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001014894 Relative Rsd = 4.4465843838453e-07
BICGSTAB_SOLVER_TIME: 0.619742 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983680000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047195 s
InvBiCGStab: k = 65 resid = 1.706111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283345(s) Flops=429484032 => 1515.76358149959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218242.377565184 Mflops = 218.242377565184 Gflops = 0.218242377565184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064789 s
InvBiCGStab: k = 81 resid = 4.132144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363235(s) Flops=534472704 => 1471.42402026236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211850.461992385 Mflops = 211.850461992385 Gflops = 0.211850461992385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001068638 Relative Rsd = 4.68205539913477e-07
BICGSTAB_SOLVER_TIME: 0.762775 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118521
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055531 s
InvBiCGStab: k = 53 resid = 1.579216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241736(s) Flops=350742528 => 1450.93212430089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208884.546642925 Mflops = 208.884546642925 Gflops = 0.208884546642925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056566 s
InvBiCGStab: k = 74 resid = 9.498228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272152(s) Flops=488540160 => 1795.10038507893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258437.301171119 Mflops = 258.437301171119 Gflops = 0.258437301171119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001018155 Relative Rsd = 4.46087405644856e-07
BICGSTAB_SOLVER_TIME: 0.629575 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10483
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.818105(s) Flops=1272840192 => 1555.83964405547 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224037.426787213 Mflops = 224.037426787213 Gflops = 0.224037426787213 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140764
CLOV_LINOP: Time spent in clov deriv (total) = 1.411364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.128937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.703114(s) Flops=1275955200 => 1814.72023028982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261275.371739421 Mflops = 261.275371739421 Gflops = 0.261275371739421 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.072882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805009(s) Flops=1459685376 => 1813.25348660698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261104.035522753 Mflops = 261.104035522753 Gflops = 0.261104035522753 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002068111 Relative Rsd = 9.09619028415654e-07
BICGSTAB_SOLVER_TIME: 1.511467 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.116745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296631999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 159 resid = 2.221421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.589483(s) Flops=1046292480 => 1774.93240687178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255514.037132516 Mflops = 255.514037132516 Gflops = 0.255514037132516 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 4.959432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714146(s) Flops=1295640576 => 1814.25167402744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261246.487077025 Mflops = 261.246487077025 Gflops = 0.261246487077025 Tflops
BICGSTAB_SOLVER: 356 iterations. Rsd = 0.002065354 Relative Rsd = 9.07234423752745e-07
BICGSTAB_SOLVER_TIME: 1.306965 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254061999999997
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924088(s) Flops=1272840192 => 1377.40149422999 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198340.576110552 Mflops = 198.340576110552 Gflops = 0.198340576110552 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140482000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.52332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04118 s
InvBiCGStab: k = 28 resid = 2.215345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104031(s) Flops=186697728 => 1794.63552210399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258318.863077649 Mflops = 258.318863077649 Gflops = 0.258318863077649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057875 s
InvBiCGStab: k = 44 resid = 1.134828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161698(s) Flops=291686400 => 1803.89615208599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259672.843931639 Mflops = 259.672843931639 Gflops = 0.259672843931639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007350545 Relative Rsd = 3.22051660101677e-07
BICGSTAB_SOLVER_TIME: 0.368468 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 97 resid = 2.227671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356176(s) Flops=639461376 => 1795.35223035803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258491.193645834 Mflops = 258.491193645834 Gflops = 0.258491193645834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056805 s
InvBiCGStab: k = 99 resid = 9.920514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363689(s) Flops=652584960 => 1794.34890799557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258349.136519571 Mflops = 258.349136519571 Gflops = 0.258349136519571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001303015 Relative Rsd = 5.70894097794968e-07
BICGSTAB_SOLVER_TIME: 0.821621 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154175999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 48 resid = 2.250161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176236(s) Flops=317933568 => 1804.02169817744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.605074801 Mflops = 259.692605074801 Gflops = 0.259692605074801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 69 resid = 9.505422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253213(s) Flops=455731200 => 1799.79384944691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.33685627 Mflops = 259.10533685627 Gflops = 0.25910533685627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001024482 Relative Rsd = 4.48859600089673e-07
BICGSTAB_SOLVER_TIME: 0.530207 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976490000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040753 s
InvBiCGStab: k = 59 resid = 1.812664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216931(s) Flops=390113280 => 1798.32886954838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258902.600808536 Mflops = 258.902600808536 Gflops = 0.258902600808536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 82 resid = 5.260665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300283(s) Flops=541034496 => 1801.7486704209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259398.916045538 Mflops = 259.398916045538 Gflops = 0.259398916045538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001106693 Relative Rsd = 4.84878898836846e-07
BICGSTAB_SOLVER_TIME: 0.617937 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 56 resid = 2.245266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21196(s) Flops=370427904 => 1747.63117569353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251610.68975996 Mflops = 251.61068975996 Gflops = 0.25161068975996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058747 s
InvBiCGStab: k = 78 resid = 8.877931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306005(s) Flops=514787328 => 1682.28404111044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242202.747720318 Mflops = 242.202747720318 Gflops = 0.242202747720318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001072553 Relative Rsd = 4.69920749473381e-07
BICGSTAB_SOLVER_TIME: 0.621463 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109649
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.818597(s) Flops=1272840192 => 1554.90454032937 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223905.896884097 Mflops = 223.905896884097 Gflops = 0.223905896884097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140704000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044863 s
InvBiCGStab: k = 32 resid = 1.016432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13974(s) Flops=212944896 => 1523.86500644053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219352.298649658 Mflops = 219.352298649658 Gflops = 0.219352298649658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061591 s
InvBiCGStab: k = 41 resid = 1.13756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203838(s) Flops=272001024 => 1334.39802195861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192100.631558154 Mflops = 192.100631558154 Gflops = 0.192100631558154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007006862 Relative Rsd = 3.06993769680331e-07
BICGSTAB_SOLVER_TIME: 0.453928 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046404 s
InvBiCGStab: k = 77 resid = 2.241585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345576(s) Flops=508225536 => 1470.66212931454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211741.532192811 Mflops = 211.741532192811 Gflops = 0.211741532192811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062496 s
InvBiCGStab: k = 106 resid = 1.148965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445354(s) Flops=698517504 => 1568.45454178025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225829.427407089 Mflops = 225.829427407089 Gflops = 0.225829427407089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.00128488 Relative Rsd = 5.62948170695554e-07
BICGSTAB_SOLVER_TIME: 0.903519 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047601 s
InvBiCGStab: k = 55 resid = 1.639277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232668(s) Flops=363866112 => 1563.88550208881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225154.655351952 Mflops = 225.154655351952 Gflops = 0.225154655351952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 72 resid = 1.050237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264329(s) Flops=475416576 => 1798.5789527445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258938.783427721 Mflops = 258.938783427721 Gflops = 0.258938783427721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001042522 Relative Rsd = 4.5676319270786e-07
BICGSTAB_SOLVER_TIME: 0.604968 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10482
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 70 resid = 1.161134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272906(s) Flops=462292992 => 1693.96419279899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243901.276701381 Mflops = 243.901276701381 Gflops = 0.243901276701381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057537 s
InvBiCGStab: k = 74 resid = 1.092645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285618(s) Flops=488540160 => 1710.46698737475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246259.585865199 Mflops = 246.259585865199 Gflops = 0.246259585865199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001102231 Relative Rsd = 4.82924014906716e-07
BICGSTAB_SOLVER_TIME: 0.661018 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041968 s
InvBiCGStab: k = 55 resid = 1.847677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203165(s) Flops=363866112 => 1790.98817217533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257852.58762779 Mflops = 257.85258762779 Gflops = 0.25785258762779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057062 s
InvBiCGStab: k = 68 resid = 8.042695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253011(s) Flops=449169408 => 1775.29596736901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255581.392602069 Mflops = 255.581392602069 Gflops = 0.255581392602069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001025808 Relative Rsd = 4.49440449574275e-07
BICGSTAB_SOLVER_TIME: 0.558908 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102021
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.798622(s) Flops=1272840192 => 1593.79555283977 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229507.284351416 Mflops = 229.507284351416 Gflops = 0.229507284351416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140753000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 26 resid = 2.035969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096348(s) Flops=173574144 => 1801.53344127538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259291.751016225 Mflops = 259.291751016225 Gflops = 0.259291751016225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 50 resid = 1.150817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183329(s) Flops=331057152 => 1805.80896639375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259962.154279622 Mflops = 259.962154279622 Gflops = 0.259962154279622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007543248 Relative Rsd = 3.30494634815022e-07
BICGSTAB_SOLVER_TIME: 0.380782 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 49 resid = 2.049808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18007(s) Flops=324495360 => 1802.05120231021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.769949007 Mflops = 259.425769949007 Gflops = 0.259425769949007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 72 resid = 1.105889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266336(s) Flops=475416576 => 1785.02559173375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256993.931475076 Mflops = 256.993931475076 Gflops = 0.256993931475076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001090062 Relative Rsd = 4.77592216520403e-07
BICGSTAB_SOLVER_TIME: 0.547689 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040846 s
InvBiCGStab: k = 54 resid = 1.764741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197943(s) Flops=357304320 => 1805.08691896152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.609136924 Mflops = 259.869609136924 Gflops = 0.259869609136924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 68 resid = 1.135663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251835(s) Flops=449169408 => 1783.58610995295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256793.601497813 Mflops = 256.793601497813 Gflops = 0.256793601497813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001006997 Relative Rsd = 4.41198691160258e-07
BICGSTAB_SOLVER_TIME: 0.551194 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042784 s
InvBiCGStab: k = 64 resid = 2.208337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279287(s) Flops=422922240 => 1514.29260939464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218024.297037669 Mflops = 218.024297037669 Gflops = 0.218024297037669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071601 s
InvBiCGStab: k = 70 resid = 1.038022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313348(s) Flops=462292992 => 1475.33410776517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212401.782723323 Mflops = 212.401782723323 Gflops = 0.212401782723323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001071368 Relative Rsd = 4.69401871548648e-07
BICGSTAB_SOLVER_TIME: 0.710868 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051391 s
InvBiCGStab: k = 51 resid = 2.258277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232162(s) Flops=337618944 => 1454.23860924699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209362.345838621 Mflops = 209.362345838621 Gflops = 0.209362345838621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064923 s
InvBiCGStab: k = 71 resid = 1.102134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301734(s) Flops=468854784 => 1553.86792340273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223712.114770056 Mflops = 223.712114770056 Gflops = 0.223712114770056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001004094 Relative Rsd = 4.39926718518267e-07
BICGSTAB_SOLVER_TIME: 0.654072 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101203
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842517(s) Flops=1272766464 => 1510.67155202803 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217571.696781693 Mflops = 217.571696781694 Gflops = 0.217571696781693 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140659000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044732 s
InvBiCGStab: k = 30 resid = 2.110386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112471(s) Flops=199821312 => 1776.64742022388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255695.408572877 Mflops = 255.695408572877 Gflops = 0.255695408572877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057516 s
InvBiCGStab: k = 47 resid = 8.068897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176842(s) Flops=311371776 => 1760.73430519899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253467.416430332 Mflops = 253.467416430332 Gflops = 0.253467416430332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007172257 Relative Rsd = 3.14240285245008e-07
BICGSTAB_SOLVER_TIME: 0.395322 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043056 s
InvBiCGStab: k = 60 resid = 1.44456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223948(s) Flops=396675072 => 1771.2820476182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255008.297158068 Mflops = 255.008297158068 Gflops = 0.255008297158068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057608 s
InvBiCGStab: k = 76 resid = 1.128462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288652(s) Flops=501663744 => 1737.95346645788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250219.911394027 Mflops = 250.219911394027 Gflops = 0.250219911394027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001084021 Relative Rsd = 4.74945240330301e-07
BICGSTAB_SOLVER_TIME: 0.616955 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041501 s
InvBiCGStab: k = 49 resid = 2.248524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179776(s) Flops=324495360 => 1804.99822000712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.152317912 Mflops = 259.829152317912 Gflops = 0.259829152317912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057099 s
InvBiCGStab: k = 70 resid = 8.551707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264626(s) Flops=462292992 => 1746.96738793618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251506.318372823 Mflops = 251.506318372823 Gflops = 0.251506318372823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001001367 Relative Rsd = 4.38731917045068e-07
BICGSTAB_SOLVER_TIME: 0.54666 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990930000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041545 s
InvBiCGStab: k = 60 resid = 2.207032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23177(s) Flops=396675072 => 1711.50309358416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246399.90825252 Mflops = 246.39990825252 Gflops = 0.24639990825252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058629 s
InvBiCGStab: k = 77 resid = 7.287898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308317(s) Flops=508225536 => 1648.38635560154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237313.237532344 Mflops = 237.313237532344 Gflops = 0.237313237532344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001073825 Relative Rsd = 4.70478289490607e-07
BICGSTAB_SOLVER_TIME: 0.643933 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 57 resid = 2.167788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210224(s) Flops=376989696 => 1793.2762006241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258174.393906868 Mflops = 258.174393906868 Gflops = 0.258174393906868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056523 s
InvBiCGStab: k = 73 resid = 8.525975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272163(s) Flops=481978368 => 1770.91804543601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254963.921050052 Mflops = 254.963921050052 Gflops = 0.254963921050052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001048458 Relative Rsd = 4.59364111022603e-07
BICGSTAB_SOLVER_TIME: 0.584408 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107012
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846075(s) Flops=1272692736 => 1504.23158230653 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216635.201464986 Mflops = 216.635201464986 Gflops = 0.216635201464986 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140435000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.506625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021155
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.942477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749133(s) Flops=1354696704 => 1808.35272775328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260371.040478215 Mflops = 260.371040478215 Gflops = 0.260371040478215 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 9.027039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764141(s) Flops=1380943872 => 1807.18463215558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.204089031 Mflops = 260.228204089031 Gflops = 0.260228204089031 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.00263975 Relative Rsd = 1.16104118901214e-06
BICGSTAB_SOLVER_TIME: 1.516643 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.113838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296523999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 1.728042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.623425(s) Flops=1131595776 => 1815.12736255364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261340.823111635 Mflops = 261.340823111635 Gflops = 0.261340823111635 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 7.876264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.780605(s) Flops=1413752832 => 1811.09886818557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260795.079376208 Mflops = 260.795079376208 Gflops = 0.260795079376208 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.002123833 Relative Rsd = 9.32937645862671e-07
BICGSTAB_SOLVER_TIME: 1.407333 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.117298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276196999999997
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.80326(s) Flops=1272692736 => 1584.4094514852 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228153.590329803 Mflops = 228.153590329803 Gflops = 0.228153590329803 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140626000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 24 resid = 2.046092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089076(s) Flops=160450560 => 1801.27711167991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259226.211609661 Mflops = 259.226211609661 Gflops = 0.259226211609661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05675 s
InvBiCGStab: k = 47 resid = 1.125759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172516(s) Flops=311371776 => 1804.88636416332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259823.615658621 Mflops = 259.823615658621 Gflops = 0.259823615658621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007675519 Relative Rsd = 3.3628984275458e-07
BICGSTAB_SOLVER_TIME: 0.363416 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 72 resid = 1.650778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297362(s) Flops=475416576 => 1598.78053012826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230193.50694342 Mflops = 230.19350694342 Gflops = 0.23019350694342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 97 resid = 1.089832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429994(s) Flops=639461376 => 1487.14022986367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214116.275977136 Mflops = 214.116275977136 Gflops = 0.214116275977136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001256318 Relative Rsd = 5.50434251060889e-07
BICGSTAB_SOLVER_TIME: 0.829786 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048554 s
InvBiCGStab: k = 47 resid = 2.091968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194715(s) Flops=311371776 => 1599.11550727987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230218.139238635 Mflops = 230.218139238635 Gflops = 0.230218139238635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073685 s
InvBiCGStab: k = 76 resid = 1.088992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338634(s) Flops=501663744 => 1481.43347685111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213303.084233744 Mflops = 213.303084233744 Gflops = 0.213303084233744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009965868 Relative Rsd = 4.36637584353883e-07
BICGSTAB_SOLVER_TIME: 0.659524 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056634 s
InvBiCGStab: k = 65 resid = 1.270318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273116(s) Flops=429484032 => 1572.53339972759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226419.979264427 Mflops = 226.419979264427 Gflops = 0.226419979264427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05894 s
InvBiCGStab: k = 77 resid = 1.151668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422614(s) Flops=508225536 => 1202.57619482554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  173145.812416437 Mflops = 173.145812416437 Gflops = 0.173145812416437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001100936 Relative Rsd = 4.8235657984207e-07
BICGSTAB_SOLVER_TIME: 0.814999 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042101 s
InvBiCGStab: k = 57 resid = 1.463079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21133(s) Flops=376989696 => 1783.89105190934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256807.889302783 Mflops = 256.807889302783 Gflops = 0.256807889302783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057206 s
InvBiCGStab: k = 77 resid = 1.100739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284261(s) Flops=508225536 => 1787.88344514372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257406.481154503 Mflops = 257.406481154503 Gflops = 0.257406481154503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001056284 Relative Rsd = 4.6279284696424e-07
BICGSTAB_SOLVER_TIME: 0.598505 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109892
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.796942(s) Flops=1266499584 => 1589.19919391875 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228894.26923392 Mflops = 228.89426923392 Gflops = 0.22889426923392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139793000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041384 s
InvBiCGStab: k = 34 resid = 1.207613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125461(s) Flops=226068480 => 1801.9024238608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259373.294878008 Mflops = 259.373294878008 Gflops = 0.259373294878008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059212 s
InvBiCGStab: k = 47 resid = 1.150263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172623(s) Flops=311371776 => 1803.76760918302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259651.399125179 Mflops = 259.651399125179 Gflops = 0.259651399125178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007349904 Relative Rsd = 3.2202358162949e-07
BICGSTAB_SOLVER_TIME: 0.402344 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 67 resid = 2.053994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245883(s) Flops=442607616 => 1800.07408401557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259170.219543658 Mflops = 259.170219543658 Gflops = 0.259170219543658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056319 s
InvBiCGStab: k = 92 resid = 1.08306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336913(s) Flops=606652416 => 1800.6203856782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259240.934497077 Mflops = 259.240934497077 Gflops = 0.259240934497077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001234413 Relative Rsd = 5.40837024166605e-07
BICGSTAB_SOLVER_TIME: 0.683864 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041284 s
InvBiCGStab: k = 50 resid = 2.019904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199934(s) Flops=331057152 => 1655.83218462092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238393.779762704 Mflops = 238.393779762704 Gflops = 0.238393779762704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067169 s
InvBiCGStab: k = 76 resid = 1.125767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293044(s) Flops=501663744 => 1711.90587079073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246457.273424395 Mflops = 246.457273424395 Gflops = 0.246457273424395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001036588 Relative Rsd = 4.54163345506498e-07
BICGSTAB_SOLVER_TIME: 0.605338 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 69 resid = 1.442474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254621(s) Flops=455731200 => 1789.8413720785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257688.298329773 Mflops = 257.688298329773 Gflops = 0.257688298329773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056892 s
InvBiCGStab: k = 79 resid = 9.310615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291816(s) Flops=521349120 => 1786.56797434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257211.391615501 Mflops = 257.211391615501 Gflops = 0.257211391615501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001106838 Relative Rsd = 4.84942400558688e-07
BICGSTAB_SOLVER_TIME: 0.64845 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041908 s
InvBiCGStab: k = 64 resid = 2.083696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234819(s) Flops=422922240 => 1801.05630293971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.076432265 Mflops = 259.298076432265 Gflops = 0.259298076432265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068386 s
InvBiCGStab: k = 79 resid = 6.74421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346648(s) Flops=521349120 => 1503.97267545176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216534.169858593 Mflops = 216.534169858593 Gflops = 0.216534169858593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001041633 Relative Rsd = 4.56373817491365e-07
BICGSTAB_SOLVER_TIME: 0.695787 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116066
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959211(s) Flops=1260158976 => 1313.74533444675 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189193.757335042 Mflops = 189.193757335042 Gflops = 0.189193757335042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139076000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.481338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 28 resid = 1.886575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104371(s) Flops=186697728 => 1788.78929970969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257437.992279625 Mflops = 257.437992279625 Gflops = 0.257437992279625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 58 resid = 9.194733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213554(s) Flops=383551488 => 1796.03982130983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258561.461408976 Mflops = 258.561461408976 Gflops = 0.258561461408976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000752256 Relative Rsd = 3.29588192365462e-07
BICGSTAB_SOLVER_TIME: 0.419439 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041723 s
InvBiCGStab: k = 51 resid = 1.732374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198288(s) Flops=337618944 => 1702.66957153232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245126.394185983 Mflops = 245.126394185983 Gflops = 0.245126394185983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 73 resid = 1.151129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269578(s) Flops=481978368 => 1787.89948734689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257402.762493424 Mflops = 257.402762493424 Gflops = 0.257402762493424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00104549 Relative Rsd = 4.58063575357133e-07
BICGSTAB_SOLVER_TIME: 0.569698 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041708 s
InvBiCGStab: k = 58 resid = 2.260091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215039(s) Flops=383551488 => 1783.63686587084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256785.12997844 Mflops = 256.78512997844 Gflops = 0.25678512997844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057049 s
InvBiCGStab: k = 66 resid = 1.054528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244121(s) Flops=436045824 => 1786.18727598199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257146.983805303 Mflops = 257.146983805303 Gflops = 0.257146983805303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.000991038 Relative Rsd = 4.34206514018041e-07
BICGSTAB_SOLVER_TIME: 0.561596 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042056 s
InvBiCGStab: k = 65 resid = 2.115208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237971(s) Flops=429484032 => 1804.77466582063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259843.814823246 Mflops = 259.843814823246 Gflops = 0.259843814823246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 86 resid = 5.601053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314917(s) Flops=567281664 => 1801.36881781549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259347.411389724 Mflops = 259.347411389724 Gflops = 0.259347411389724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001057588 Relative Rsd = 4.6336446447161e-07
BICGSTAB_SOLVER_TIME: 0.655062 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 58 resid = 2.135853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212669(s) Flops=383551488 => 1803.51385486366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.874907299 Mflops = 259.645874907299 Gflops = 0.259645874907299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 82 resid = 1.105612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299921(s) Flops=541034496 => 1803.92335314966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.589935215 Mflops = 259.713589935215 Gflops = 0.259713589935215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001013793 Relative Rsd = 4.44176029320132e-07
BICGSTAB_SOLVER_TIME: 0.613316 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114127
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.786549(s) Flops=1253670912 => 1593.88787221139 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229561.053070423 Mflops = 229.561053070423 Gflops = 0.229561053070423 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138476000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046987 s
InvBiCGStab: k = 26 resid = 2.071907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114945(s) Flops=173574144 => 1510.06258645439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217346.644031077 Mflops = 217.346644031077 Gflops = 0.217346644031077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064393 s
InvBiCGStab: k = 52 resid = 1.039911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249602(s) Flops=344180736 => 1378.91818174534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198523.439644751 Mflops = 198.523439644751 Gflops = 0.198523439644751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007440866 Relative Rsd = 3.26008913988471e-07
BICGSTAB_SOLVER_TIME: 0.479607 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065475 s
InvBiCGStab: k = 54 resid = 1.918288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244357(s) Flops=357304320 => 1462.22256780039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210521.406537446 Mflops = 210.521406537446 Gflops = 0.210521406537446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057467 s
InvBiCGStab: k = 80 resid = 1.044097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331951(s) Flops=527910912 => 1590.32782549232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228964.70085498 Mflops = 228.96470085498 Gflops = 0.22896470085498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001111449 Relative Rsd = 4.8696236737803e-07
BICGSTAB_SOLVER_TIME: 0.702908 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 56 resid = 1.997575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206258(s) Flops=370427904 => 1795.94441912556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258568.15019922 Mflops = 258.56815019922 Gflops = 0.25856815019922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056576 s
InvBiCGStab: k = 74 resid = 1.070953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272301(s) Flops=488540160 => 1794.11812663193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258307.997466142 Mflops = 258.307997466142 Gflops = 0.258307997466142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045624 Relative Rsd = 4.58122486593058e-07
BICGSTAB_SOLVER_TIME: 0.579761 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 63 resid = 1.715804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231827(s) Flops=416360448 => 1795.99635935417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258563.317866784 Mflops = 258.563317866784 Gflops = 0.258563317866784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 75 resid = 1.07085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275436(s) Flops=495101952 => 1797.52084694811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.332295084 Mflops = 258.791332295084 Gflops = 0.258791332295084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001075921 Relative Rsd = 4.71396386673855e-07
BICGSTAB_SOLVER_TIME: 0.608285 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112894
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040862 s
InvBiCGStab: k = 51 resid = 1.967992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187028(s) Flops=337618944 => 1805.17860427316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.813550111 Mflops = 259.879813550111 Gflops = 0.259879813550111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055991 s
InvBiCGStab: k = 68 resid = 9.397709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248965(s) Flops=449169408 => 1804.14679975097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259748.755603962 Mflops = 259.748755603962 Gflops = 0.259748755603961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001000427 Relative Rsd = 4.3832025246918e-07
BICGSTAB_SOLVER_TIME: 0.536503 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991110000000003
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.780944(s) Flops=1241137152 => 1589.27804298388 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228858.067472153 Mflops = 228.858067472153 Gflops = 0.228858067472153 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137009
CLOV_LINOP: Time spent in clov deriv (total) = 1.40513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.864437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691159(s) Flops=1249708032 => 1808.13391998079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260346.169875444 Mflops = 260.346169875444 Gflops = 0.260346169875444 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.136207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784763(s) Flops=1413752832 => 1801.50291489278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.294219099 Mflops = 259.403294219099 Gflops = 0.259403294219099 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002001468 Relative Rsd = 8.80296324261805e-07
BICGSTAB_SOLVER_TIME: 1.484443 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.12374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288856999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.887868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890331(s) Flops=1308764160 => 1469.97482958585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211652.819720827 Mflops = 211.652819720827 Gflops = 0.211652819720827 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.002216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973315(s) Flops=1426876416 => 1465.99653349635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211101.297294651 Mflops = 211.101297294651 Gflops = 0.211101297294651 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002536058 Relative Rsd = 1.11402064336715e-06
BICGSTAB_SOLVER_TIME: 1.866911 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296484999999998
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.795814(s) Flops=1241137152 => 1559.58195256681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224578.012125761 Mflops = 224.578012125761 Gflops = 0.224578012125761 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136974
CLOV_LINOP: Time spent in clov deriv (total) = 1.406698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041764 s
InvBiCGStab: k = 27 resid = 1.747108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099793(s) Flops=180135936 => 1805.09590853066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.218743612 Mflops = 259.828218743612 Gflops = 0.259828218743612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 53 resid = 1.050691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194457(s) Flops=350742528 => 1803.70224779771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259677.176375403 Mflops = 259.677176375402 Gflops = 0.259677176375402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007728593 Relative Rsd = 3.3861520440085e-07
BICGSTAB_SOLVER_TIME: 0.3961 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 81 resid = 2.260793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297824(s) Flops=534472704 => 1794.59245729021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258379.406101517 Mflops = 258.379406101517 Gflops = 0.258379406101517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057031 s
InvBiCGStab: k = 96 resid = 1.151937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351179(s) Flops=632899584 => 1802.21364033726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.555063574 Mflops = 259.473555063574 Gflops = 0.259473555063574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001284068 Relative Rsd = 5.6259271406944e-07
BICGSTAB_SOLVER_TIME: 0.750504 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04132 s
InvBiCGStab: k = 50 resid = 2.203991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183627(s) Flops=331057152 => 1802.87840023526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259556.870100313 Mflops = 259.556870100313 Gflops = 0.259556870100313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05612 s
InvBiCGStab: k = 67 resid = 1.083332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245518(s) Flops=442607616 => 1802.75016903038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259548.540977358 Mflops = 259.548540977358 Gflops = 0.259548540977358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001039783 Relative Rsd = 4.55563443710952e-07
BICGSTAB_SOLVER_TIME: 0.530241 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977910000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 61 resid = 2.193153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224397(s) Flops=403236864 => 1796.97974571853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258707.278450125 Mflops = 258.707278450126 Gflops = 0.258707278450125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 77 resid = 1.006817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283957(s) Flops=508225536 => 1789.79752568171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257684.644429153 Mflops = 257.684644429153 Gflops = 0.257684644429153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001113952 Relative Rsd = 4.88059340495814e-07
BICGSTAB_SOLVER_TIME: 0.609484 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040909 s
InvBiCGStab: k = 59 resid = 2.137421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217179(s) Flops=390113280 => 1796.27533048775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258601.870315642 Mflops = 258.601870315642 Gflops = 0.258601870315642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056398 s
InvBiCGStab: k = 77 resid = 1.03512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28227(s) Flops=508225536 => 1800.49433521097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.113455931 Mflops = 259.225113455931 Gflops = 0.259225113455931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001071386 Relative Rsd = 4.69409726380105e-07
BICGSTAB_SOLVER_TIME: 0.600393 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1112
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938337(s) Flops=1234796544 => 1315.9414410814 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189500.176538337 Mflops = 189.500176538337 Gflops = 0.189500176538337 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.501851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 31 resid = 8.774938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114976(s) Flops=206383104 => 1795.01029780128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258376.316671331 Mflops = 258.376316671331 Gflops = 0.258376316671331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 54 resid = 1.033918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198852(s) Flops=357304320 => 1796.83543539919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258666.209931616 Mflops = 258.666209931616 Gflops = 0.258666209931616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007259088 Relative Rsd = 3.18044650448091e-07
BICGSTAB_SOLVER_TIME: 0.415208 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040859 s
InvBiCGStab: k = 84 resid = 2.123741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309207(s) Flops=554158080 => 1792.1912505215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258036.028467085 Mflops = 258.036028467085 Gflops = 0.258036028467085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056666 s
InvBiCGStab: k = 97 resid = 1.04228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358023(s) Flops=639461376 => 1786.09021208135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257153.117019018 Mflops = 257.153117019018 Gflops = 0.257153117019018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001259819 Relative Rsd = 5.51968442459496e-07
BICGSTAB_SOLVER_TIME: 0.768408 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042718 s
InvBiCGStab: k = 64 resid = 9.487759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235094(s) Flops=422922240 => 1798.94952657235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258987.560766923 Mflops = 258.987560766923 Gflops = 0.258987560766923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056748 s
InvBiCGStab: k = 69 resid = 1.049622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252734(s) Flops=455731200 => 1803.20495065959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.163678914 Mflops = 259.587163678914 Gflops = 0.259587163678914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001018281 Relative Rsd = 4.46142440470452e-07
BICGSTAB_SOLVER_TIME: 0.590986 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 74 resid = 7.401057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271106(s) Flops=488540160 => 1802.02636607084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259451.682075529 Mflops = 259.451682075529 Gflops = 0.259451682075529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056746 s
InvBiCGStab: k = 78 resid = 7.426727e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301886(s) Flops=514787328 => 1705.23750024844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245506.930348108 Mflops = 245.506930348108 Gflops = 0.245506930348108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001176272 Relative Rsd = 5.15363754747204e-07
BICGSTAB_SOLVER_TIME: 0.674391 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042097 s
InvBiCGStab: k = 59 resid = 2.141574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218751(s) Flops=390113280 => 1783.36684175158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256738.831661824 Mflops = 256.738831661824 Gflops = 0.256738831661824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 76 resid = 5.189823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281284(s) Flops=501663744 => 1783.47770936136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256765.006293734 Mflops = 256.765006293734 Gflops = 0.256765006293734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001082908 Relative Rsd = 4.74457832736795e-07
BICGSTAB_SOLVER_TIME: 0.602877 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110573
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.785174(s) Flops=1228603392 => 1564.75302544404 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225319.116965392 Mflops = 225.319116965392 Gflops = 0.225319116965392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135678000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 31 resid = 1.532087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122303(s) Flops=206383104 => 1687.47376597467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242915.74137735 Mflops = 242.91574137735 Gflops = 0.24291574137735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066229 s
InvBiCGStab: k = 50 resid = 8.935423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226109(s) Flops=331057152 => 1464.14849475253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210775.71036991 Mflops = 210.77571036991 Gflops = 0.21077571036991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007582081 Relative Rsd = 3.32196021911778e-07
BICGSTAB_SOLVER_TIME: 0.460138 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045153 s
InvBiCGStab: k = 48 resid = 2.196926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207141(s) Flops=317933568 => 1534.86546844903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220972.089493175 Mflops = 220.972089493175 Gflops = 0.220972089493175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069536 s
InvBiCGStab: k = 83 resid = 8.063976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374104(s) Flops=547596288 => 1463.75416461733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210744.190632538 Mflops = 210.744190632538 Gflops = 0.210744190632538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001053552 Relative Rsd = 4.61595750248083e-07
BICGSTAB_SOLVER_TIME: 0.699657 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052979 s
InvBiCGStab: k = 62 resid = 1.189441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295499(s) Flops=409798656 => 1386.80217530347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199676.787349593 Mflops = 199.676787349593 Gflops = 0.199676787349593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067226 s
InvBiCGStab: k = 68 resid = 8.935806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300732(s) Flops=449169408 => 1493.58700770121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215041.074201931 Mflops = 215.041074201931 Gflops = 0.215041074201931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001017303 Relative Rsd = 4.45714199139866e-07
BICGSTAB_SOLVER_TIME: 0.720367 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 67 resid = 1.558049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247187(s) Flops=442607616 => 1790.57804819833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257783.578428062 Mflops = 257.783578428062 Gflops = 0.257783578428062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056229 s
InvBiCGStab: k = 74 resid = 1.093465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275632(s) Flops=488540160 => 1772.43629186742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255180.389278679 Mflops = 255.180389278679 Gflops = 0.255180389278679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00103524 Relative Rsd = 4.53572702985276e-07
BICGSTAB_SOLVER_TIME: 0.62426 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042002 s
InvBiCGStab: k = 62 resid = 1.913616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232347(s) Flops=409798656 => 1763.73551627523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253913.855500987 Mflops = 253.913855500987 Gflops = 0.253913855500987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06182 s
InvBiCGStab: k = 74 resid = 1.095614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276083(s) Flops=488540160 => 1769.54089893257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254761.996700985 Mflops = 254.761996700985 Gflops = 0.254761996700985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001076178 Relative Rsd = 4.71508955589601e-07
BICGSTAB_SOLVER_TIME: 0.616125 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111182
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.784724(s) Flops=1234722816 => 1573.44851947946 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226589.861969267 Mflops = 226.589861969267 Gflops = 0.226589861969267 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136232000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041144 s
InvBiCGStab: k = 26 resid = 2.268152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096997(s) Flops=173574144 => 1789.47950967556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257563.953767591 Mflops = 257.563953767591 Gflops = 0.257563953767591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 58 resid = 4.42462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212927(s) Flops=383551488 => 1801.32856800688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.846369694 Mflops = 259.335846369694 Gflops = 0.259335846369694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007130543 Relative Rsd = 3.12412659785555e-07
BICGSTAB_SOLVER_TIME: 0.411291 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04691 s
InvBiCGStab: k = 56 resid = 1.730559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211455(s) Flops=370427904 => 1751.80489465844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252194.499065568 Mflops = 252.194499065568 Gflops = 0.252194499065568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 84 resid = 9.834329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307857(s) Flops=554158080 => 1800.05028308598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.507076244 Mflops = 259.162507076244 Gflops = 0.259162507076244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001149249 Relative Rsd = 5.03524024477438e-07
BICGSTAB_SOLVER_TIME: 0.626103 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042045 s
InvBiCGStab: k = 54 resid = 1.453193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198461(s) Flops=357304320 => 1800.37548939086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.483579112 Mflops = 259.187483579112 Gflops = 0.259187483579112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05618 s
InvBiCGStab: k = 71 resid = 1.107487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25949(s) Flops=468854784 => 1806.83180084011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260130.175300826 Mflops = 260.130175300826 Gflops = 0.260130175300826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001038638 Relative Rsd = 4.55061448573311e-07
BICGSTAB_SOLVER_TIME: 0.559839 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 66 resid = 2.270252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276494(s) Flops=436045824 => 1577.05347674814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227059.789913464 Mflops = 227.059789913464 Gflops = 0.227059789913464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072207 s
InvBiCGStab: k = 83 resid = 5.819009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377904(s) Flops=547596288 => 1449.03543757145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208628.005961329 Mflops = 208.628005961329 Gflops = 0.208628005961329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001094928 Relative Rsd = 4.79723936169107e-07
BICGSTAB_SOLVER_TIME: 0.771959 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048174 s
InvBiCGStab: k = 51 resid = 2.244287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222985(s) Flops=337618944 => 1514.08814045788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218013.809399317 Mflops = 218.013809399317 Gflops = 0.218013809399317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072079 s
InvBiCGStab: k = 72 resid = 1.11735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31597(s) Flops=475416576 => 1504.62567965313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216630.199000934 Mflops = 216.630199000934 Gflops = 0.216630199000934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001079114 Relative Rsd = 4.72795464770327e-07
BICGSTAB_SOLVER_TIME: 0.664006 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102002
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868586(s) Flops=1234796544 => 1421.61690840055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204717.300849831 Mflops = 204.717300849831 Gflops = 0.204717300849831 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136338000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 2.012972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773591(s) Flops=1400629248 => 1810.55525206472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260700.324830963 Mflops = 260.700324830963 Gflops = 0.260700324830963 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.0174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743845(s) Flops=1341573120 => 1803.56542021523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.030388043 Mflops = 259.706030388043 Gflops = 0.259706030388043 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001958991 Relative Rsd = 8.61599530674339e-07
BICGSTAB_SOLVER_TIME: 1.520735 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297329999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.229107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66519(s) Flops=1144719360 => 1720.89081315113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247786.613632127 Mflops = 247.786613632127 Gflops = 0.247786613632127 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.107582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874667(s) Flops=1551550464 => 1773.87561666326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255433.051207897 Mflops = 255.433051207897 Gflops = 0.255433051207897 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002380582 Relative Rsd = 1.04572608146701e-06
BICGSTAB_SOLVER_TIME: 1.543252 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292559999999998
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.776654(s) Flops=1234796544 => 1589.8927244307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228946.974277845 Mflops = 228.946974277845 Gflops = 0.228946974277845 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13641
CLOV_LINOP: Time spent in clov deriv (total) = 1.500748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042639 s
InvBiCGStab: k = 28 resid = 2.197147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125266(s) Flops=186697728 => 1490.41023102837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214522.67235786 Mflops = 214.52267235786 Gflops = 0.21452267235786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061434 s
InvBiCGStab: k = 49 resid = 8.732483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226042(s) Flops=324495360 => 1435.55339273232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206666.539622861 Mflops = 206.666539622861 Gflops = 0.206666539622861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007536268 Relative Rsd = 3.30188780939503e-07
BICGSTAB_SOLVER_TIME: 0.460543 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 75 resid = 2.117786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276324(s) Flops=495101952 => 1791.74430016937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257964.119025603 Mflops = 257.964119025603 Gflops = 0.257964119025603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 99 resid = 9.553601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36419(s) Flops=652584960 => 1791.8805019358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257987.024969851 Mflops = 257.987024969851 Gflops = 0.257987024969851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001252815 Relative Rsd = 5.48899702624489e-07
BICGSTAB_SOLVER_TIME: 0.741892 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044794 s
InvBiCGStab: k = 53 resid = 2.102443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207823(s) Flops=350742528 => 1687.69832020517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242966.896160709 Mflops = 242.966896160709 Gflops = 0.242966896160709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056406 s
InvBiCGStab: k = 67 resid = 1.064293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252611(s) Flops=442607616 => 1752.1312056878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252255.341461076 Mflops = 252.255341461076 Gflops = 0.252255341461076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009975864 Relative Rsd = 4.37075567715691e-07
BICGSTAB_SOLVER_TIME: 0.565801 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999180000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04433 s
InvBiCGStab: k = 61 resid = 1.706561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225884(s) Flops=403236864 => 1785.15018327991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257001.902052761 Mflops = 257.001902052761 Gflops = 0.257001902052761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 82 resid = 1.042656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301651(s) Flops=541034496 => 1793.57766425439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258217.242376696 Mflops = 258.217242376696 Gflops = 0.258217242376696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00112023 Relative Rsd = 4.90809653624431e-07
BICGSTAB_SOLVER_TIME: 0.632601 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041671 s
InvBiCGStab: k = 52 resid = 2.25167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190923(s) Flops=344180736 => 1802.72013324743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259540.731507138 Mflops = 259.540731507138 Gflops = 0.259540731507138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 71 resid = 1.131186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259922(s) Flops=468854784 => 1803.82877940305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.564108114 Mflops = 259.691564108114 Gflops = 0.259691564108114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001112954 Relative Rsd = 4.87622122214992e-07
BICGSTAB_SOLVER_TIME: 0.552835 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101973
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.778154(s) Flops=1234944000 => 1587.01747983047 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228527.301152057 Mflops = 228.527301152057 Gflops = 0.228527301152057 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041145 s
InvBiCGStab: k = 33 resid = 1.995489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121555(s) Flops=219506688 => 1805.82195713874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259935.851771498 Mflops = 259.935851771498 Gflops = 0.259935851771498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 53 resid = 1.121728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195573(s) Flops=350742528 => 1793.40976515163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258180.517311717 Mflops = 258.180517311717 Gflops = 0.258180517311717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007224514 Relative Rsd = 3.16529815598432e-07
BICGSTAB_SOLVER_TIME: 0.418237 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04198 s
InvBiCGStab: k = 74 resid = 1.821051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274011(s) Flops=488540160 => 1782.92170752269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256706.830397282 Mflops = 256.706830397282 Gflops = 0.256706830397282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059542 s
InvBiCGStab: k = 98 resid = 9.577403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438955(s) Flops=646023168 => 1471.72983107608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211900.258831277 Mflops = 211.900258831277 Gflops = 0.211900258831277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001260965 Relative Rsd = 5.5247023357554e-07
BICGSTAB_SOLVER_TIME: 0.81861 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047169 s
InvBiCGStab: k = 66 resid = 2.187164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325384(s) Flops=436045824 => 1340.09608339685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192941.202484367 Mflops = 192.941202484367 Gflops = 0.192941202484367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064234 s
InvBiCGStab: k = 71 resid = 8.898011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32626(s) Flops=468854784 => 1437.05873842947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206907.80632368 Mflops = 206.90780632368 Gflops = 0.20690780632368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00107183 Relative Rsd = 4.69604158961357e-07
BICGSTAB_SOLVER_TIME: 0.769134 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041922 s
InvBiCGStab: k = 69 resid = 2.032894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352952(s) Flops=455731200 => 1291.1988032367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185907.520629032 Mflops = 185.907520629032 Gflops = 0.185907520629032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057684 s
InvBiCGStab: k = 79 resid = 1.147817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290698(s) Flops=521349120 => 1793.43896414836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258208.263997695 Mflops = 258.208263997695 Gflops = 0.258208263997695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001121208 Relative Rsd = 4.91238200987411e-07
BICGSTAB_SOLVER_TIME: 0.746889 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041735 s
InvBiCGStab: k = 61 resid = 1.852891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224702(s) Flops=403236864 => 1794.54060934037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258367.160407213 Mflops = 258.367160407213 Gflops = 0.258367160407213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 79 resid = 1.082765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290391(s) Flops=521349120 => 1795.33497938986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258476.883363853 Mflops = 258.476883363853 Gflops = 0.258476883363853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001072408 Relative Rsd = 4.6985719674614e-07
BICGSTAB_SOLVER_TIME: 0.616914 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114126
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.781538(s) Flops=1241137152 => 1588.07012838787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228827.809628035 Mflops = 228.827809628035 Gflops = 0.228827809628035 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137044
CLOV_LINOP: Time spent in clov deriv (total) = 1.397943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043183 s
InvBiCGStab: k = 33 resid = 2.068138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129365(s) Flops=219506688 => 1696.80120589031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244242.626623439 Mflops = 244.242626623439 Gflops = 0.244242626623439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061094 s
InvBiCGStab: k = 49 resid = 9.299869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181969(s) Flops=324495360 => 1783.24527804186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256702.081365154 Mflops = 256.702081365154 Gflops = 0.256702081365154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007692854 Relative Rsd = 3.37049364152121e-07
BICGSTAB_SOLVER_TIME: 0.419345 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041501 s
InvBiCGStab: k = 54 resid = 2.189549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199134(s) Flops=357304320 => 1794.29087950827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258316.549120778 Mflops = 258.316549120778 Gflops = 0.258316549120778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057476 s
InvBiCGStab: k = 76 resid = 1.107046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280711(s) Flops=501663744 => 1787.11822479347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257291.290617832 Mflops = 257.291290617832 Gflops = 0.257291290617832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001069881 Relative Rsd = 4.6875017556474e-07
BICGSTAB_SOLVER_TIME: 0.582535 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 67 resid = 1.385014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245344(s) Flops=442607616 => 1804.02869440459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.698181902 Mflops = 259.734698181902 Gflops = 0.259734698181902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056205 s
InvBiCGStab: k = 68 resid = 1.147923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249106(s) Flops=449169408 => 1803.12560917842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.549921514 Mflops = 259.591549921514 Gflops = 0.259591549921514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001039492 Relative Rsd = 4.55435573175485e-07
BICGSTAB_SOLVER_TIME: 0.595689 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 67 resid = 2.016812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245947(s) Flops=442607616 => 1799.60567114053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.862566691 Mflops = 259.088862566691 Gflops = 0.259088862566691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056414 s
InvBiCGStab: k = 75 resid = 9.556799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274642(s) Flops=495101952 => 1802.71754502225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259540.053279235 Mflops = 259.540053279234 Gflops = 0.259540053279234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001100342 Relative Rsd = 4.82095993258225e-07
BICGSTAB_SOLVER_TIME: 0.621769 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049464 s
InvBiCGStab: k = 53 resid = 2.003048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226572(s) Flops=350742528 => 1548.04004025211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222860.587313133 Mflops = 222.860587313133 Gflops = 0.222860587313133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068643 s
InvBiCGStab: k = 76 resid = 1.043175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33949(s) Flops=501663744 => 1477.69814722083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212751.97251674 Mflops = 212.75197251674 Gflops = 0.21275197251674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001025353 Relative Rsd = 4.49241018463914e-07
BICGSTAB_SOLVER_TIME: 0.6878 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106122
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981225(s) Flops=1266130944 => 1290.35740426508 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185809.773846527 Mflops = 185.809773846527 Gflops = 0.185809773846527 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139761
CLOV_LINOP: Time spent in clov deriv (total) = 1.427812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 28 resid = 2.278068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104516(s) Flops=186697728 => 1786.30762754028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257108.152650209 Mflops = 257.108152650209 Gflops = 0.257108152650209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058055 s
InvBiCGStab: k = 54 resid = 1.111568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199213(s) Flops=357304320 => 1793.57933468197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258184.991167735 Mflops = 258.184991167735 Gflops = 0.258184991167735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007436657 Relative Rsd = 3.25824503968136e-07
BICGSTAB_SOLVER_TIME: 0.40677 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 60 resid = 2.197542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22036(s) Flops=396675072 => 1800.12285351243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259165.150468285 Mflops = 259.165150468285 Gflops = 0.259165150468285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 96 resid = 3.792513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351276(s) Flops=632899584 => 1801.71598401257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259402.753240418 Mflops = 259.402753240418 Gflops = 0.259402753240418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001160879 Relative Rsd = 5.08619565855262e-07
BICGSTAB_SOLVER_TIME: 0.673208 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 67 resid = 1.558205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24538(s) Flops=442607616 => 1803.76402314777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.388957892 Mflops = 259.691388957892 Gflops = 0.259691388957892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 79 resid = 8.078108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28892(s) Flops=521349120 => 1804.47570261664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.380432802 Mflops = 259.786380432802 Gflops = 0.259786380432802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001075148 Relative Rsd = 4.71058016856429e-07
BICGSTAB_SOLVER_TIME: 0.635512 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 63 resid = 2.245381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231058(s) Flops=416360448 => 1801.9737381956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259436.537571014 Mflops = 259.436537571014 Gflops = 0.259436537571014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 80 resid = 8.82799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29298(s) Flops=527910912 => 1801.8667212779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259408.66132116 Mflops = 259.40866132116 Gflops = 0.25940866132116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001115728 Relative Rsd = 4.88837223837021e-07
BICGSTAB_SOLVER_TIME: 0.625103 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040566 s
InvBiCGStab: k = 55 resid = 2.052167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201744(s) Flops=363866112 => 1803.60314061385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259658.387017846 Mflops = 259.658387017846 Gflops = 0.259658387017846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 75 resid = 9.594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283945(s) Flops=495101952 => 1743.65441194598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251039.500334703 Mflops = 251.039500334703 Gflops = 0.251039500334703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001070007 Relative Rsd = 4.68805567428129e-07
BICGSTAB_SOLVER_TIME: 0.586261 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106903
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811295(s) Flops=1291198464 => 1591.52769830949 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229179.511992297 Mflops = 229.179511992297 Gflops = 0.229179511992297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144387000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.189826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785547(s) Flops=1249708032 => 1590.87620727977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229057.50735256 Mflops = 229.05750735256 Gflops = 0.22905750735256 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.10048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887502(s) Flops=1604044800 => 1807.37034958794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260256.78909959 Mflops = 260.25678909959 Gflops = 0.26025678909959 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002156628 Relative Rsd = 9.48494265491975e-07
BICGSTAB_SOLVER_TIME: 1.676362 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.11566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309288999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.020299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.639244(s) Flops=1157842944 => 1811.26916169725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260803.015594096 Mflops = 260.803015594096 Gflops = 0.260803015594096 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.147762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768563(s) Flops=1394067456 => 1813.86230666842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261190.942355807 Mflops = 261.190942355807 Gflops = 0.261190942355807 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.002628766 Relative Rsd = 1.15474210943636e-06
BICGSTAB_SOLVER_TIME: 1.411216 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277014999999998
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.833203(s) Flops=1291198464 => 1549.6805268344 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223173.816936898 Mflops = 223.173816936898 Gflops = 0.223173816936898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142632000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 29 resid = 2.223598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10769(s) Flops=193259520 => 1794.59114123874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258303.344500276 Mflops = 258.303344500276 Gflops = 0.258303344500275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057054 s
InvBiCGStab: k = 54 resid = 1.098233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198207(s) Flops=357304320 => 1802.68264995686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.273006596 Mflops = 259.506273006596 Gflops = 0.259506273006596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007450902 Relative Rsd = 3.26448631533848e-07
BICGSTAB_SOLVER_TIME: 0.407601 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 82 resid = 2.017551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299924(s) Flops=541034496 => 1803.90530934503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.544066 Mflops = 259.718544066 Gflops = 0.259718544066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 113 resid = 9.925798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440851(s) Flops=744450048 => 1688.66589391881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243133.970973373 Mflops = 243.133970973373 Gflops = 0.243133970973373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001289894 Relative Rsd = 5.65145330271263e-07
BICGSTAB_SOLVER_TIME: 0.841997 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153506999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04718 s
InvBiCGStab: k = 55 resid = 1.777243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233438(s) Flops=363866112 => 1558.72699389131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224404.630060463 Mflops = 224.404630060463 Gflops = 0.224404630060463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066426 s
InvBiCGStab: k = 74 resid = 1.08426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335258(s) Flops=488540160 => 1457.20656926904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209802.093247742 Mflops = 209.802093247742 Gflops = 0.209802093247742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001026234 Relative Rsd = 4.49627231345667e-07
BICGSTAB_SOLVER_TIME: 0.686256 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053495 s
InvBiCGStab: k = 78 resid = 1.569808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331827(s) Flops=514787328 => 1551.37263694636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223371.663766759 Mflops = 223.371663766759 Gflops = 0.223371663766759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061116 s
InvBiCGStab: k = 89 resid = 5.797322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362195(s) Flops=586967040 => 1620.58294565082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233326.24060744 Mflops = 233.32624060744 Gflops = 0.23332624060744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.00112367 Relative Rsd = 4.92316863166929e-07
BICGSTAB_SOLVER_TIME: 0.812327 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.082843 s
InvBiCGStab: k = 63 resid = 2.219502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30829(s) Flops=416360448 => 1350.54801647799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194444.781114531 Mflops = 194.444781114531 Gflops = 0.194444781114531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056755 s
InvBiCGStab: k = 79 resid = 1.047996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292942(s) Flops=521349120 => 1779.70082815028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256235.407737632 Mflops = 256.235407737632 Gflops = 0.256235407737632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001108045 Relative Rsd = 4.85471275541638e-07
BICGSTAB_SOLVER_TIME: 0.744507 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115508
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.818988(s) Flops=1297907712 => 1584.77012117394 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228213.200470703 Mflops = 228.213200470703 Gflops = 0.228213200470703 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 33 resid = 1.1519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121832(s) Flops=219506688 => 1801.71619935649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259366.871119145 Mflops = 259.366871119145 Gflops = 0.259366871119145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056298 s
InvBiCGStab: k = 53 resid = 1.103263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194507(s) Flops=350742528 => 1803.23858781432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.543821967 Mflops = 259.603543821967 Gflops = 0.259603543821967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007819132 Relative Rsd = 3.4258199629727e-07
BICGSTAB_SOLVER_TIME: 0.417156 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041615 s
InvBiCGStab: k = 82 resid = 2.256043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300382(s) Flops=541034496 => 1801.15484949165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.157238651 Mflops = 259.329157238651 Gflops = 0.259329157238651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 106 resid = 9.968256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388009(s) Flops=698517504 => 1800.26108672737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.969950265 Mflops = 259.197969950265 Gflops = 0.259197969950265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001267347 Relative Rsd = 5.55266706590314e-07
BICGSTAB_SOLVER_TIME: 0.789863 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148539999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 55 resid = 1.869844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202374(s) Flops=363866112 => 1797.98843724984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258840.220067846 Mflops = 258.840220067846 Gflops = 0.258840220067846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 77 resid = 1.148666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305477(s) Flops=508225536 => 1663.71129741355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239529.74324618 Mflops = 239.52974324618 Gflops = 0.23952974324618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001061678 Relative Rsd = 4.65156386151714e-07
BICGSTAB_SOLVER_TIME: 0.609112 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044693 s
InvBiCGStab: k = 64 resid = 2.233324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303997(s) Flops=422922240 => 1391.20530794712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200299.476845497 Mflops = 200.299476845497 Gflops = 0.200299476845497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068632 s
InvBiCGStab: k = 84 resid = 1.029995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386683(s) Flops=554158080 => 1433.10691186321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206317.999588801 Mflops = 206.317999588801 Gflops = 0.206317999588801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001122684 Relative Rsd = 4.91885153469207e-07
BICGSTAB_SOLVER_TIME: 0.807793 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119867
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048343 s
InvBiCGStab: k = 57 resid = 2.178172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24386(s) Flops=376989696 => 1545.9267448536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222559.858435682 Mflops = 222.559858435682 Gflops = 0.222559858435682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076172 s
InvBiCGStab: k = 85 resid = 1.061286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403331(s) Flops=560719872 => 1390.22260128778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200165.349128326 Mflops = 200.165349128326 Gflops = 0.200165349128326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001105411 Relative Rsd = 4.84317125371497e-07
BICGSTAB_SOLVER_TIME: 0.775471 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115824
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839746(s) Flops=1310441472 => 1560.52124332834 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224718.716566159 Mflops = 224.718716566159 Gflops = 0.224718716566159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144870000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04579 s
InvBiCGStab: k = 34 resid = 2.006072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126836(s) Flops=226068480 => 1782.36841275348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256584.867664153 Mflops = 256.584867664153 Gflops = 0.256584867664153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 60 resid = 1.083735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225136(s) Flops=396675072 => 1761.93532797953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253650.610864027 Mflops = 253.650610864027 Gflops = 0.253650610864027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007345311 Relative Rsd = 3.21822339827462e-07
BICGSTAB_SOLVER_TIME: 0.458169 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041928 s
InvBiCGStab: k = 59 resid = 1.439231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220297(s) Flops=390113280 => 1770.85153224964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254941.181656881 Mflops = 254.941181656881 Gflops = 0.254941181656881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058358 s
InvBiCGStab: k = 75 resid = 1.022028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289692(s) Flops=495101952 => 1709.06325338636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246054.907461856 Mflops = 246.054907461856 Gflops = 0.246054907461856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001104664 Relative Rsd = 4.83989721714871e-07
BICGSTAB_SOLVER_TIME: 0.613937 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 56 resid = 1.750901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209893(s) Flops=370427904 => 1764.84162882993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254087.83094431 Mflops = 254.08783094431 Gflops = 0.25408783094431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059324 s
InvBiCGStab: k = 72 resid = 1.017404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267887(s) Flops=475416576 => 1774.69073153979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255487.460496616 Mflops = 255.487460496616 Gflops = 0.255487460496616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0009957619 Relative Rsd = 4.36276211101476e-07
BICGSTAB_SOLVER_TIME: 0.581543 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050985 s
InvBiCGStab: k = 60 resid = 1.736271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272323(s) Flops=396675072 => 1456.63448184692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209711.176669746 Mflops = 209.711176669746 Gflops = 0.209711176669746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064695 s
InvBiCGStab: k = 81 resid = 7.328546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40073(s) Flops=534472704 => 1333.74767050134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192038.525618841 Mflops = 192.038525618841 Gflops = 0.192038525618841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001084584 Relative Rsd = 4.75191953445599e-07
BICGSTAB_SOLVER_TIME: 0.792721 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049855 s
InvBiCGStab: k = 56 resid = 2.08009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248419(s) Flops=370427904 => 1491.14159544962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214677.124438446 Mflops = 214.677124438446 Gflops = 0.214677124438446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079713 s
InvBiCGStab: k = 68 resid = 1.084424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296872(s) Flops=449169408 => 1513.00697943895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217844.958342946 Mflops = 217.844958342946 Gflops = 0.217844958342946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001032617 Relative Rsd = 4.52423704360441e-07
BICGSTAB_SOLVER_TIME: 0.678464 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102619
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922919(s) Flops=1316708352 => 1426.67812884988 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205467.30464755 Mflops = 205.46730464755 Gflops = 0.20546730464755 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145677000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 22 resid = 2.24034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.082184(s) Flops=147326976 => 1792.64791200234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257978.528868309 Mflops = 257.978528868309 Gflops = 0.257978528868309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 46 resid = 9.479829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169512(s) Flops=304809984 => 1798.16168766813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.943567907 Mflops = 258.860943567907 Gflops = 0.258860943567907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007283148 Relative Rsd = 3.19098779030657e-07
BICGSTAB_SOLVER_TIME: 0.35268 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 56 resid = 2.000996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205896(s) Flops=370427904 => 1799.10199323931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259012.069049601 Mflops = 259.012069049601 Gflops = 0.259012069049601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056583 s
InvBiCGStab: k = 88 resid = 1.005349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323198(s) Flops=580405248 => 1795.81942957568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258554.032047761 Mflops = 258.554032047761 Gflops = 0.258554032047761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001140355 Relative Rsd = 4.99627160983142e-07
BICGSTAB_SOLVER_TIME: 0.630488 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 59 resid = 2.107368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216028(s) Flops=390113280 => 1805.84590886367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259966.089494084 Mflops = 259.966089494084 Gflops = 0.259966089494084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 78 resid = 8.503563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285196(s) Flops=514787328 => 1805.02997236988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.767709242 Mflops = 259.877767709242 Gflops = 0.259877767709242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001059966 Relative Rsd = 4.64406249747601e-07
BICGSTAB_SOLVER_TIME: 0.602253 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 63 resid = 1.935998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230738(s) Flops=416360448 => 1804.47281332074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.143882162 Mflops = 259.791143882162 Gflops = 0.259791143882163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05587 s
InvBiCGStab: k = 80 resid = 1.119953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292767(s) Flops=527910912 => 1803.17765321911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259609.950619741 Mflops = 259.609950619741 Gflops = 0.259609950619741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001136599 Relative Rsd = 4.97981675803766e-07
BICGSTAB_SOLVER_TIME: 0.623786 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049938 s
InvBiCGStab: k = 53 resid = 1.749149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2408(s) Flops=350742528 => 1456.57196013289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209690.890858344 Mflops = 209.690890858344 Gflops = 0.209690890858344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063518 s
InvBiCGStab: k = 71 resid = 1.098078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331526(s) Flops=468854784 => 1414.23231963707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203614.450575964 Mflops = 203.614450575964 Gflops = 0.203614450575964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00107271 Relative Rsd = 4.69989708772922e-07
BICGSTAB_SOLVER_TIME: 0.68954 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102619
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964163(s) Flops=1316708352 => 1365.64911949536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196642.24543632 Mflops = 196.64224543632 Gflops = 0.19664224543632 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145636000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.005876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710076(s) Flops=1282516992 => 1806.16862420361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.05416275 Mflops = 260.05705416275 Gflops = 0.26005705416275 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 9.847666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912903(s) Flops=1656539136 => 1814.58395470274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261296.259222983 Mflops = 261.296259222983 Gflops = 0.261296259222983 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002036623 Relative Rsd = 8.9568882996664e-07
BICGSTAB_SOLVER_TIME: 1.626286 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318611999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.211818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682383(s) Flops=1184090112 => 1735.22803469606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249818.593001323 Mflops = 249.818593001323 Gflops = 0.249818593001323 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.085361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705506(s) Flops=1269393408 => 1799.26663699529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259087.813521691 Mflops = 259.087813521691 Gflops = 0.259087813521691 Tflops
BICGSTAB_SOLVER: 373 iterations. Rsd = 0.00228351 Relative Rsd = 1.00308517148832e-06
BICGSTAB_SOLVER_TIME: 1.391187 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.124455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266404999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 2.19538e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.284789(s) Flops=1879640064 => 1462.99514083636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210688.40881918 Mflops = 210.68840881918 Gflops = 0.21068840881918 Tflops
InvBiCGStab: k = 373 resid = 1.052395e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.468734(s) Flops=2450515968 => 1668.45457924988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240255.084101842 Mflops = 240.255084101842 Gflops = 0.240255084101842 Tflops
BICGSTAB_SOLVER: 659 iterations. Rsd = 0.002098021 Relative Rsd = 9.22690877181605e-07
BICGSTAB_SOLVER_TIME: 2.758122 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.471994999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 260 resid = 2.064962e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.955293(s) Flops=1709033472 => 1789.01496399534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257603.033536642 Mflops = 257.603033536642 Gflops = 0.257603033536642 Tflops
InvBiCGStab: k = 298 resid = 8.271576e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.129677(s) Flops=1958381568 => 1733.57656037965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249631.318749697 Mflops = 249.631318749697 Gflops = 0.249631318749697 Tflops
BICGSTAB_SOLVER: 558 iterations. Rsd = 0.002359278 Relative Rsd = 1.03636802828388e-06
BICGSTAB_SOLVER_TIME: 2.089728 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.398499999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 235 resid = 2.215648e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866817(s) Flops=1544988672 => 1782.37006426962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256635.575855313 Mflops = 256.635575855313 Gflops = 0.256635575855313 Tflops
InvBiCGStab: k = 243 resid = 1.007785e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890456(s) Flops=1597483008 => 1794.00555221145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258331.865609021 Mflops = 258.331865609021 Gflops = 0.258331865609021 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.001815925 Relative Rsd = 7.9561679634396e-07
BICGSTAB_SOLVER_TIME: 1.762948 sec
2Flav::invert,  n_count = 478
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340259000000002
MInvCG2: 308 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.379765(s) Flops=1992591360 => 1444.1527071639 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207983.245352934 Mflops = 207.983245352934 Gflops = 0.207983245352934 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.220979000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.234747116941435
AccProb = 0.790770796883773
AcceptP = 1
After HMC trajectory call: time= 450.559849 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 8.27517399770349e-05 resid_rel = 0.00996648

Look for highest ev
Evalue[1]: eigen_norm = 0.0717593764758237 resid_rel = -0.008030384

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.404220000000004
EIGBNDSMDAGM: total time = 2.215211 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 2.334638 secs
After saving state: time= 1.301073 secs
Doing Update: 2711 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 256 resid = 2.166421e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933224(s) Flops=1682786304 => 1803.196557311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.037675364 Mflops = 259.665037675364 Gflops = 0.259665037675364 Tflops
InvBiCGStab: k = 287 resid = 9.447406e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.047915(s) Flops=1886201856 => 1799.95692017005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259189.660460112 Mflops = 259.189660460112 Gflops = 0.259189660460112 Tflops
BICGSTAB_SOLVER: 543 iterations. Rsd = 0.002085446 Relative Rsd = 9.17663560518532e-07
BICGSTAB_SOLVER_TIME: 1.985938 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.390544999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 214 resid = 2.000747e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782099(s) Flops=1407191040 => 1799.24925105389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259104.285522494 Mflops = 259.104285522494 Gflops = 0.259104285522494 Tflops
InvBiCGStab: k = 263 resid = 9.396426e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.079344(s) Flops=1728718848 => 1601.63844705673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230631.714761161 Mflops = 230.631714761161 Gflops = 0.230631714761161 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.001776429 Relative Rsd = 7.80171067248436e-07
BICGSTAB_SOLVER_TIME: 1.86648 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343041999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 324 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.570828(s) Flops=2089986048 => 1330.4996142162 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191611.306497659 Mflops = 191.611306497659 Gflops = 0.191611306497659 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.231902000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 280 resid = 2.261332e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.032585(s) Flops=1840269312 => 1782.19644097096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256655.811437637 Mflops = 256.655811437637 Gflops = 0.256655811437637 Tflops
InvBiCGStab: k = 320 resid = 7.596874e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.173195(s) Flops=2102740992 => 1792.32011046757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258090.637185263 Mflops = 258.090637185263 Gflops = 0.258090637185263 Tflops
BICGSTAB_SOLVER: 600 iterations. Rsd = 0.00211466 Relative Rsd = 9.30518750592931e-07
BICGSTAB_SOLVER_TIME: 2.210378 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428790999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 258 resid = 1.97156e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.944956(s) Flops=1695909888 => 1794.69720071622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258429.662720612 Mflops = 258.429662720612 Gflops = 0.258429662720612 Tflops
InvBiCGStab: k = 296 resid = 9.466771e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.086071(s) Flops=1945257984 => 1791.09651578948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257914.670925773 Mflops = 257.914670925773 Gflops = 0.257914670925773 Tflops
BICGSTAB_SOLVER: 554 iterations. Rsd = 0.001896298 Relative Rsd = 8.32815232565776e-07
BICGSTAB_SOLVER_TIME: 2.035702 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.395494999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 217 resid = 2.077493e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820915(s) Flops=1426876416 => 1738.15366511758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250217.717592704 Mflops = 250.217717592704 Gflops = 0.250217717592704 Tflops
InvBiCGStab: k = 267 resid = 8.255803e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.216374(s) Flops=1754966016 => 1442.78488030819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207758.148802867 Mflops = 207.758148802867 Gflops = 0.207758148802867 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.00186388 Relative Rsd = 8.17561828970961e-07
BICGSTAB_SOLVER_TIME: 2.042298 sec
2Flav::invert,  n_count = 484
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344848000000003
MInvCG2: 308 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.404488(s) Flops=1992812544 => 1418.88897875952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204326.71576261 Mflops = 204.32671576261 Gflops = 0.20432671576261 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.220944000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.133127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730138(s) Flops=1315325952 => 1801.47581963958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259336.326838028 Mflops = 259.336326838028 Gflops = 0.259336326838028 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.071287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854256(s) Flops=1544988672 => 1808.57807495645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260429.334001902 Mflops = 260.429334001902 Gflops = 0.260429334001902 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002184198 Relative Rsd = 9.61117467117826e-07
BICGSTAB_SOLVER_TIME: 1.587692 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310141999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.981735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659971(s) Flops=1197213696 => 1814.03985326628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261129.085345693 Mflops = 261.129085345693 Gflops = 0.261129085345693 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.119588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812431(s) Flops=1413752832 => 1740.15126453816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250574.981729294 Mflops = 250.574981729294 Gflops = 0.250574981729294 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.00191579 Relative Rsd = 8.41375463104835e-07
BICGSTAB_SOLVER_TIME: 1.475836 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283376999999998
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.833954(s) Flops=1317076992 => 1579.31611575698 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227420.85239466 Mflops = 227.42085239466 Gflops = 0.22742085239466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145421000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.504741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.6e-05 s
InvBiCGStab: k = 169 resid = 8.888925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.65968(s) Flops=1111910400 => 1685.52995391705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242225.210423881 Mflops = 242.225210423881 Gflops = 0.242225210423881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3.8e-05 s
InvBiCGStab: k = 186 resid = 1.074024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682117(s) Flops=1223460864 => 1793.62318194679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258276.347869319 Mflops = 258.276347869319 Gflops = 0.258276347869319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 355 iterations. Rsd = 0.001852115 Relative Rsd = 8.12401681639667e-07
BICGSTAB_SOLVER_TIME: 1.345514 sec
2Flav::invert,  n_count = 355
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254663999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 9.1e-05 s
InvBiCGStab: k = 115 resid = 2.087414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422806(s) Flops=757573632 => 1791.77597290483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.604181672 Mflops = 258.003604181672 Gflops = 0.258003604181672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000106 s
InvBiCGStab: k = 146 resid = 1.146919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.560619(s) Flops=960989184 => 1714.15735820584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246828.814548557 Mflops = 246.828814548557 Gflops = 0.246828814548557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 261 iterations. Rsd = 0.001555394 Relative Rsd = 6.82249216683228e-07
BICGSTAB_SOLVER_TIME: 0.987473 sec
2Flav::invert,  n_count = 261
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187859999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005047 s
InvBiCGStab: k = 95 resid = 2.258245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349568(s) Flops=626337792 => 1791.74807762724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257986.354212991 Mflops = 257.986354212991 Gflops = 0.257986354212991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007255 s
InvBiCGStab: k = 114 resid = 1.071063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41838(s) Flops=751011840 => 1795.04718198767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258447.653949771 Mflops = 258.447653949771 Gflops = 0.258447653949771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001386229 Relative Rsd = 6.08047888185077e-07
BICGSTAB_SOLVER_TIME: 0.784009 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152575999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.00736 s
InvBiCGStab: k = 80 resid = 2.247136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292803(s) Flops=527910912 => 1802.95595332015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259584.402037636 Mflops = 259.584402037636 Gflops = 0.259584402037636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011093 s
InvBiCGStab: k = 118 resid = 6.927324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431231(s) Flops=777259008 => 1802.41913962586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259512.841863645 Mflops = 259.512841863645 Gflops = 0.259512841863645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001295789 Relative Rsd = 5.683775672798e-07
BICGSTAB_SOLVER_TIME: 0.746119 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146187
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010594 s
InvBiCGStab: k = 85 resid = 8.528815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311069(s) Flops=560719872 => 1802.55786336793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.647621547 Mflops = 259.532647621547 Gflops = 0.259532647621547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015384 s
InvBiCGStab: k = 92 resid = 9.921312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338857(s) Flops=606652416 => 1790.29034666541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257763.21059384 Mflops = 257.76321059384 Gflops = 0.25776321059384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001239491 Relative Rsd = 5.43683535749464e-07
BICGSTAB_SOLVER_TIME: 0.680914 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131919
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964442(s) Flops=1323122688 => 1371.90488178657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197579.38797238 Mflops = 197.57938797238 Gflops = 0.19757938797238 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146146000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.510068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021165
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013342 s
InvBiCGStab: k = 25 resid = 2.085739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093677(s) Flops=167012352 => 1782.85333646466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256627.541223808 Mflops = 256.627541223807 Gflops = 0.256627541223807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019815 s
InvBiCGStab: k = 48 resid = 1.085597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178506(s) Flops=317933568 => 1781.08056872038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256393.073200095 Mflops = 256.393073200095 Gflops = 0.256393073200095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007415314 Relative Rsd = 3.25261213591149e-07
BICGSTAB_SOLVER_TIME: 0.309028 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0587960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016832 s
InvBiCGStab: k = 102 resid = 2.037863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375936(s) Flops=672270336 => 1788.25740551583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257479.80113802 Mflops = 257.47980113802 Gflops = 0.25747980113802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.025097 s
InvBiCGStab: k = 128 resid = 6.343533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468293(s) Flops=842876928 => 1799.89222132298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.410688416 Mflops = 259.147410688416 Gflops = 0.259147410688416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 230 iterations. Rsd = 0.001368997 Relative Rsd = 6.004893265563e-07
BICGSTAB_SOLVER_TIME: 0.889796 sec
2Flav::invert,  n_count = 230
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172202999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019947 s
InvBiCGStab: k = 52 resid = 1.917662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190607(s) Flops=344180736 => 1805.70879348607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.922000843 Mflops = 259.963922000843 Gflops = 0.259963922000843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.02888 s
InvBiCGStab: k = 71 resid = 6.701776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259256(s) Flops=468854784 => 1808.46261610146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260349.08190186 Mflops = 260.34908190186 Gflops = 0.26034908190186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001080496 Relative Rsd = 4.73942627717687e-07
BICGSTAB_SOLVER_TIME: 0.502421 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965380000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023662 s
InvBiCGStab: k = 73 resid = 2.126739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267606(s) Flops=481978368 => 1801.07459474003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259305.666780236 Mflops = 259.305666780236 Gflops = 0.259305666780236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033753 s
InvBiCGStab: k = 96 resid = 8.767981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351498(s) Flops=632899584 => 1800.57805165321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259244.805407733 Mflops = 259.244805407733 Gflops = 0.259244805407733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001237426 Relative Rsd = 5.42777511246489e-07
BICGSTAB_SOLVER_TIME: 0.68023 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13077
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027637 s
InvBiCGStab: k = 66 resid = 1.443445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242859(s) Flops=436045824 => 1795.46907464825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258503.262672956 Mflops = 258.503262672956 Gflops = 0.258503262672956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.03902 s
InvBiCGStab: k = 87 resid = 9.127071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318055(s) Flops=573843456 => 1804.2271179513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.227475072 Mflops = 259.764227475072 Gflops = 0.259764227475072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001137405 Relative Rsd = 4.98905203623897e-07
BICGSTAB_SOLVER_TIME: 0.631254 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120063
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979194(s) Flops=1329315840 => 1357.56125956654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195488.810393435 Mflops = 195.488810393435 Gflops = 0.195488810393435 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146787000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.51379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021448
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032539 s
InvBiCGStab: k = 31 resid = 1.544407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125312(s) Flops=206383104 => 1646.95403472932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237093.452464277 Mflops = 237.093452464277 Gflops = 0.237093452464277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044853 s
InvBiCGStab: k = 50 resid = 8.830779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186089(s) Flops=331057152 => 1779.0259069585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256102.451518005 Mflops = 256.102451518005 Gflops = 0.256102451518005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007282458 Relative Rsd = 3.19433688294368e-07
BICGSTAB_SOLVER_TIME: 0.392512 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036894 s
InvBiCGStab: k = 58 resid = 1.346091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220949(s) Flops=383551488 => 1735.92769372118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249912.399468269 Mflops = 249.912399468269 Gflops = 0.249912399468269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051835 s
InvBiCGStab: k = 76 resid = 7.401594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280287(s) Flops=501663744 => 1789.82166136853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257681.201520245 Mflops = 257.681201520245 Gflops = 0.257681201520245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001074991 Relative Rsd = 4.71527924077001e-07
BICGSTAB_SOLVER_TIME: 0.593654 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 59 resid = 2.012698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218515(s) Flops=390113280 => 1785.29290895362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257030.488950384 Mflops = 257.030488950384 Gflops = 0.257030488950384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056542 s
InvBiCGStab: k = 73 resid = 1.142707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267775(s) Flops=481978368 => 1799.93788815237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.938763863 Mflops = 259.138938763863 Gflops = 0.259138938763863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001047627 Relative Rsd = 4.59525486643912e-07
BICGSTAB_SOLVER_TIME: 0.58794 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 66 resid = 2.061911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241881(s) Flops=436045824 => 1802.72871370633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.404585437 Mflops = 259.543404585437 Gflops = 0.259543404585437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 79 resid = 1.098184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289066(s) Flops=521349120 => 1803.56430711325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259668.476294527 Mflops = 259.668476294527 Gflops = 0.259668476294527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001132191 Relative Rsd = 4.96618006221386e-07
BICGSTAB_SOLVER_TIME: 0.632491 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 61 resid = 1.751915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224175(s) Flops=403236864 => 1798.75929073269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258955.286169836 Mflops = 258.955286169836 Gflops = 0.258955286169836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056917 s
InvBiCGStab: k = 73 resid = 1.049893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268502(s) Flops=481978368 => 1795.06434961378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258428.142254298 Mflops = 258.428142254298 Gflops = 0.258428142254298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001063367 Relative Rsd = 4.66429512845808e-07
BICGSTAB_SOLVER_TIME: 0.594397 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10983
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831581(s) Flops=1329463296 => 1598.71773886128 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230215.727863102 Mflops = 230.215727863102 Gflops = 0.230215727863102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147180000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.544176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059901 s
InvBiCGStab: k = 29 resid = 1.424265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135766(s) Flops=193259520 => 1423.47509685783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204912.862297668 Mflops = 204.912862297668 Gflops = 0.204912862297668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056691 s
InvBiCGStab: k = 57 resid = 4.899838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213469(s) Flops=376989696 => 1766.01612412107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254226.382646337 Mflops = 254.226382646337 Gflops = 0.254226382646337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007776252 Relative Rsd = 3.4109320412196e-07
BICGSTAB_SOLVER_TIME: 0.472867 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041374 s
InvBiCGStab: k = 63 resid = 1.771219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233151(s) Flops=416360448 => 1785.79739310576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257106.403445391 Mflops = 257.106403445391 Gflops = 0.257106403445391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 81 resid = 8.263172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297853(s) Flops=534472704 => 1794.41772955115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258339.035433369 Mflops = 258.339035433369 Gflops = 0.258339035433369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001064078 Relative Rsd = 4.66741461427709e-07
BICGSTAB_SOLVER_TIME: 0.632546 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 64 resid = 1.652358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235229(s) Flops=422922240 => 1797.91709355564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.394093997 Mflops = 258.846394093997 Gflops = 0.258846394093997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056763 s
InvBiCGStab: k = 79 resid = 4.884255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290558(s) Flops=521349120 => 1794.30309955327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258326.166463794 Mflops = 258.326166463794 Gflops = 0.258326166463794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001029607 Relative Rsd = 4.51621274343848e-07
BICGSTAB_SOLVER_TIME: 0.627419 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 67 resid = 2.205333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24537(s) Flops=442607616 => 1803.837535151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259696.988325697 Mflops = 259.696988325697 Gflops = 0.259696988325697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056556 s
InvBiCGStab: k = 85 resid = 9.351493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310727(s) Flops=560719872 => 1804.54183897762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259811.317885845 Mflops = 259.811317885845 Gflops = 0.259811317885845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001130731 Relative Rsd = 4.95977411204206e-07
BICGSTAB_SOLVER_TIME: 0.657841 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042302 s
InvBiCGStab: k = 54 resid = 1.924426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197964(s) Flops=357304320 => 1804.89543553373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259848.008818328 Mflops = 259.848008818328 Gflops = 0.259848008818328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056436 s
InvBiCGStab: k = 76 resid = 1.114164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278438(s) Flops=501663744 => 1801.70718077274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259390.495059707 Mflops = 259.390495059707 Gflops = 0.259390495059707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001060428 Relative Rsd = 4.65140152607961e-07
BICGSTAB_SOLVER_TIME: 0.578937 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106919
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836668(s) Flops=1335656448 => 1596.39958502058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229880.790535982 Mflops = 229.880790535982 Gflops = 0.229880790535982 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147758000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.479498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.824429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.991202(s) Flops=1571235840 => 1585.18227364352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228214.121346559 Mflops = 228.214121346559 Gflops = 0.228214121346559 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 9.225548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.036968(s) Flops=1544988672 => 1489.9096905594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214543.527078184 Mflops = 214.543527078184 Gflops = 0.214543527078184 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002248897 Relative Rsd = 9.89572338181009e-07
BICGSTAB_SOLVER_TIME: 2.031521 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337833
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.179775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.660133(s) Flops=1190651904 => 1803.65457263915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259672.523737458 Mflops = 259.672523737458 Gflops = 0.259672523737458 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.107662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789542(s) Flops=1426876416 => 1807.22040879396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260233.201803733 Mflops = 260.233201803733 Gflops = 0.260233201803733 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001990561 Relative Rsd = 8.74181392701577e-07
BICGSTAB_SOLVER_TIME: 1.452986 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.117021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283749999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859634(s) Flops=1335656448 => 1553.75014017594 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223746.179942502 Mflops = 223.746179942502 Gflops = 0.223746179942502 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147615000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 27 resid = 1.911422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100233(s) Flops=180135936 => 1797.171949358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258671.41489089 Mflops = 258.67141489089 Gflops = 0.25867141489089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 57 resid = 8.81417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209046(s) Flops=376989696 => 1803.38153325105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259617.031652181 Mflops = 259.617031652181 Gflops = 0.259617031652181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007931125 Relative Rsd = 3.47886473002831e-07
BICGSTAB_SOLVER_TIME: 0.409763 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049037 s
InvBiCGStab: k = 82 resid = 2.093611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376063(s) Flops=541034496 => 1438.68047640954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207144.704274579 Mflops = 207.144704274579 Gflops = 0.207144704274579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063266 s
InvBiCGStab: k = 111 resid = 1.148992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.494642(s) Flops=731326464 => 1478.49649645602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212876.03592913 Mflops = 212.87603592913 Gflops = 0.21287603592913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001307121 Relative Rsd = 5.73348165890187e-07
BICGSTAB_SOLVER_TIME: 0.986688 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152025999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052646 s
InvBiCGStab: k = 55 resid = 1.882345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226597(s) Flops=363866112 => 1605.78521339647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231188.866668491 Mflops = 231.188866668491 Gflops = 0.231188866668491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081591 s
InvBiCGStab: k = 80 resid = 8.807996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35034(s) Flops=527910912 => 1506.85309128275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216948.576331185 Mflops = 216.948576331185 Gflops = 0.216948576331185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001077862 Relative Rsd = 4.72787412008347e-07
BICGSTAB_SOLVER_TIME: 0.714798 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 67 resid = 2.049202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246472(s) Flops=442607616 => 1795.77240416761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.198635624 Mflops = 258.540198635625 Gflops = 0.258540198635624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 78 resid = 1.073851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287222(s) Flops=514787328 => 1792.29769307365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258041.044036297 Mflops = 258.041044036297 Gflops = 0.258041044036297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001130431 Relative Rsd = 4.95846024119375e-07
BICGSTAB_SOLVER_TIME: 0.634803 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044388 s
InvBiCGStab: k = 56 resid = 1.933069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218926(s) Flops=370427904 => 1692.02335035583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243602.271728621 Mflops = 243.602271728621 Gflops = 0.243602271728621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059933 s
InvBiCGStab: k = 76 resid = 1.082408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280989(s) Flops=501663744 => 1785.35011690849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257036.611478771 Mflops = 257.036611478771 Gflops = 0.257036611478771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001097766 Relative Rsd = 4.81517836136069e-07
BICGSTAB_SOLVER_TIME: 0.607888 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10836
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842201(s) Flops=1341997056 => 1593.44034975024 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229462.218870747 Mflops = 229.462218870747 Gflops = 0.229462218870747 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148506000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 28 resid = 1.645259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104354(s) Flops=186697728 => 1789.08070605822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257499.73811495 Mflops = 257.49973811495 Gflops = 0.25749973811495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 51 resid = 9.58633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187129(s) Flops=337618944 => 1804.20428688231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.727497011 Mflops = 259.721727497011 Gflops = 0.259721727497011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007125359 Relative Rsd = 3.12542785481823e-07
BICGSTAB_SOLVER_TIME: 0.392781 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047151 s
InvBiCGStab: k = 86 resid = 1.644661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392335(s) Flops=567281664 => 1445.91143792932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208186.204147755 Mflops = 208.186204147755 Gflops = 0.208186204147755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060478 s
InvBiCGStab: k = 103 resid = 9.309198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443714(s) Flops=678832128 => 1529.88665672032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220270.369939985 Mflops = 220.270369939985 Gflops = 0.220270369939985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001321731 Relative Rsd = 5.79756873505664e-07
BICGSTAB_SOLVER_TIME: 0.947321 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.148672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149170999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045525 s
InvBiCGStab: k = 52 resid = 1.761064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215545(s) Flops=344180736 => 1596.79294810828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229896.017827387 Mflops = 229.896017827387 Gflops = 0.229896017827387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064317 s
InvBiCGStab: k = 68 resid = 1.036707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296126(s) Flops=449169408 => 1516.81854345785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218383.209706015 Mflops = 218.383209706015 Gflops = 0.218383209706015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001032946 Relative Rsd = 4.53085885446499e-07
BICGSTAB_SOLVER_TIME: 0.625469 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.152225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 65 resid = 2.014723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24645(s) Flops=429484032 => 1742.68221545953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250876.275700175 Mflops = 250.876275700175 Gflops = 0.250876275700175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057036 s
InvBiCGStab: k = 78 resid = 1.033058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288495(s) Flops=514787328 => 1784.38908126657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256913.308325713 Mflops = 256.913308325713 Gflops = 0.256913308325713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001120236 Relative Rsd = 4.9137391004926e-07
BICGSTAB_SOLVER_TIME: 0.6368 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042205 s
InvBiCGStab: k = 61 resid = 1.86461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225636(s) Flops=403236864 => 1787.11226931873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257294.5556808 Mflops = 257.2945556808 Gflops = 0.2572945556808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057607 s
InvBiCGStab: k = 72 resid = 1.057501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264989(s) Flops=475416576 => 1794.09928714022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258288.870133367 Mflops = 258.288870133367 Gflops = 0.258288870133367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001084076 Relative Rsd = 4.75513042955499e-07
BICGSTAB_SOLVER_TIME: 0.594149 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109102
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842655(s) Flops=1348042752 => 1599.75642700749 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230366.657074096 Mflops = 230.366657074096 Gflops = 0.230366657074096 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149209000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 28 resid = 2.07803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103594(s) Flops=186697728 => 1802.20599648628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259378.843174206 Mflops = 259.378843174206 Gflops = 0.259378843174206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 55 resid = 1.149411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201498(s) Flops=363866112 => 1805.80507995117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.826370231 Mflops = 259.963826370231 Gflops = 0.259963826370231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007795212 Relative Rsd = 3.41924854241314e-07
BICGSTAB_SOLVER_TIME: 0.40616 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04157 s
InvBiCGStab: k = 48 resid = 2.243802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176528(s) Flops=317933568 => 1801.03761442944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259283.178274025 Mflops = 259.283178274025 Gflops = 0.259283178274025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 74 resid = 1.038425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316238(s) Flops=488540160 => 1544.84963856336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222421.237365672 Mflops = 222.421237365672 Gflops = 0.222421237365672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001042404 Relative Rsd = 4.57234459458516e-07
BICGSTAB_SOLVER_TIME: 0.594402 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050563 s
InvBiCGStab: k = 54 resid = 2.081629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238477(s) Flops=357304320 => 1498.27580856854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215697.94404356 Mflops = 215.69794404356 Gflops = 0.21569794404356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065681 s
InvBiCGStab: k = 72 resid = 1.077382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334822(s) Flops=475416576 => 1419.90841700964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204432.416656046 Mflops = 204.432416656046 Gflops = 0.204432416656046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001056902 Relative Rsd = 4.63593788406665e-07
BICGSTAB_SOLVER_TIME: 0.693933 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048673 s
InvBiCGStab: k = 66 resid = 1.530269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286718(s) Flops=436045824 => 1520.81775123989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218965.145611321 Mflops = 218.965145611321 Gflops = 0.218965145611321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077898 s
InvBiCGStab: k = 71 resid = 1.089119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318348(s) Flops=468854784 => 1472.77439782879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212039.475759875 Mflops = 212.039475759875 Gflops = 0.212039475759875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001105408 Relative Rsd = 4.84870019563156e-07
BICGSTAB_SOLVER_TIME: 0.735239 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 63 resid = 1.52465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231951(s) Flops=416360448 => 1795.03622747908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258418.950576807 Mflops = 258.418950576807 Gflops = 0.258418950576807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056717 s
InvBiCGStab: k = 73 resid = 1.02457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268367(s) Flops=481978368 => 1795.96734322774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258565.670625272 Mflops = 258.565670625272 Gflops = 0.258565670625272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001053206 Relative Rsd = 4.61972309397057e-07
BICGSTAB_SOLVER_TIME: 0.602396 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111354
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850064(s) Flops=1354309632 => 1593.1854919159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229429.554777663 Mflops = 229.429554777663 Gflops = 0.229429554777663 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149858000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 25 resid = 1.528844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092873(s) Flops=167012352 => 1798.28746783242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258826.7669783 Mflops = 258.8267669783 Gflops = 0.2588267669783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 55 resid = 1.096681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202007(s) Flops=363866112 => 1801.25496641205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259297.00486732 Mflops = 259.29700486732 Gflops = 0.259297004867319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007452214 Relative Rsd = 3.26879781965765e-07
BICGSTAB_SOLVER_TIME: 0.395652 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043753 s
InvBiCGStab: k = 61 resid = 1.751687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240749(s) Flops=403236864 => 1674.92643375466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241134.49943524 Mflops = 241.13449943524 Gflops = 0.24113449943524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056629 s
InvBiCGStab: k = 82 resid = 6.911883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306811(s) Flops=541034496 => 1763.41296759243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253881.220752599 Mflops = 253.881220752599 Gflops = 0.253881220752599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001100618 Relative Rsd = 4.82769102800156e-07
BICGSTAB_SOLVER_TIME: 0.651668 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041963 s
InvBiCGStab: k = 60 resid = 2.078823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252914(s) Flops=396675072 => 1568.41879848486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225811.837867629 Mflops = 225.811837867629 Gflops = 0.225811837867629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061127 s
InvBiCGStab: k = 76 resid = 9.80301e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335076(s) Flops=501663744 => 1497.16405830319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215554.460492806 Mflops = 215.554460492806 Gflops = 0.215554460492806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001067561 Relative Rsd = 4.68268880969669e-07
BICGSTAB_SOLVER_TIME: 0.694741 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054279 s
InvBiCGStab: k = 67 resid = 2.136304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303816(s) Flops=442607616 => 1456.82786949996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209758.100152532 Mflops = 209.758100152532 Gflops = 0.209758100152532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064335 s
InvBiCGStab: k = 79 resid = 8.733053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350054(s) Flops=521349120 => 1489.33913053415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214425.180857184 Mflops = 214.425180857184 Gflops = 0.214425180857184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001094054 Relative Rsd = 4.79889872027443e-07
BICGSTAB_SOLVER_TIME: 0.777962 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048446 s
InvBiCGStab: k = 58 resid = 1.995842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249121(s) Flops=383551488 => 1539.61925329458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221659.967427528 Mflops = 221.659967427528 Gflops = 0.221659967427528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 67 resid = 9.226724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292626(s) Flops=442607616 => 1512.53687642246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217760.795031239 Mflops = 217.760795031239 Gflops = 0.217760795031239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001049 Relative Rsd = 4.60127477449614e-07
BICGSTAB_SOLVER_TIME: 0.650271 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103485
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849187(s) Flops=1354530816 => 1595.09132381914 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229686.466246695 Mflops = 229.686466246695 Gflops = 0.229686466246695 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149871000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.01221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775922(s) Flops=1394067456 => 1796.65927245264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258649.351246873 Mflops = 258.649351246873 Gflops = 0.258649351246873 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 8.971887e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843733(s) Flops=1525303296 => 1807.80329322191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260319.059099693 Mflops = 260.319059099693 Gflops = 0.260319059099693 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002214117 Relative Rsd = 9.74261172965974e-07
BICGSTAB_SOLVER_TIME: 1.622872 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316477999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.309339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746076(s) Flops=1157842944 => 1551.91018609364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223437.919816539 Mflops = 223.437919816539 Gflops = 0.223437919816539 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 8.532027e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971742(s) Flops=1420314624 => 1461.61699710417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210468.860243433 Mflops = 210.468860243433 Gflops = 0.210468860243433 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001939912 Relative Rsd = 8.51915437195368e-07
BICGSTAB_SOLVER_TIME: 1.721907 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.125563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279496999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904137(s) Flops=1354530816 => 1498.14775415673 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215736.967012068 Mflops = 215.736967012068 Gflops = 0.215736967012068 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149743000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043068 s
InvBiCGStab: k = 30 resid = 1.571791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112297(s) Flops=199821312 => 1779.40026892971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256107.210981605 Mflops = 256.107210981605 Gflops = 0.256107210981605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057284 s
InvBiCGStab: k = 54 resid = 1.139417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199585(s) Flops=357304320 => 1790.23634040634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257724.222325034 Mflops = 257.724222325034 Gflops = 0.257724222325034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007316512 Relative Rsd = 3.20927431278829e-07
BICGSTAB_SOLVER_TIME: 0.415896 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 80 resid = 2.260721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293976(s) Flops=527910912 => 1795.76193975018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258547.638491874 Mflops = 258.547638491874 Gflops = 0.258547638491874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056635 s
InvBiCGStab: k = 106 resid = 1.105452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387228(s) Flops=698517504 => 1803.89203260095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.750896933 Mflops = 259.717750896933 Gflops = 0.259717750896933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001323777 Relative Rsd = 5.80654063976118e-07
BICGSTAB_SOLVER_TIME: 0.782445 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 56 resid = 2.122991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205525(s) Flops=370427904 => 1802.34961196935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259474.053619426 Mflops = 259.474053619426 Gflops = 0.259474053619426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057378 s
InvBiCGStab: k = 73 resid = 8.079803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267691(s) Flops=481978368 => 1800.50269900744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.588396018 Mflops = 259.220588396018 Gflops = 0.259220588396018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001016107 Relative Rsd = 4.45699459792446e-07
BICGSTAB_SOLVER_TIME: 0.575167 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041422 s
InvBiCGStab: k = 65 resid = 2.15856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238624(s) Flops=429484032 => 1799.8358589245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259126.660317542 Mflops = 259.126660317542 Gflops = 0.259126660317542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 77 resid = 8.488665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305164(s) Flops=508225536 => 1665.41772948316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239773.032068796 Mflops = 239.773032068796 Gflops = 0.239773032068796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001104649 Relative Rsd = 4.84537134834818e-07
BICGSTAB_SOLVER_TIME: 0.644888 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048162 s
InvBiCGStab: k = 61 resid = 2.126151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283013(s) Flops=403236864 => 1424.79979364905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205132.251972071 Mflops = 205.132251972071 Gflops = 0.205132251972071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071019 s
InvBiCGStab: k = 72 resid = 9.859993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315741(s) Flops=475416576 => 1505.71695155206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216786.002911822 Mflops = 216.786002911822 Gflops = 0.216786002911822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001095617 Relative Rsd = 4.80575556355119e-07
BICGSTAB_SOLVER_TIME: 0.722121 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109176
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981593(s) Flops=1354604544 => 1380.00632033847 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198738.402553809 Mflops = 198.738402553809 Gflops = 0.198738402553809 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149784000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041783 s
InvBiCGStab: k = 26 resid = 2.270709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102579(s) Flops=173574144 => 1692.10212616617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243542.991310163 Mflops = 243.542991310163 Gflops = 0.243542991310163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057859 s
InvBiCGStab: k = 50 resid = 1.144554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188422(s) Flops=331057152 => 1756.99839721476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252933.388737506 Mflops = 252.933388737506 Gflops = 0.252933388737506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007630903 Relative Rsd = 3.34717713490037e-07
BICGSTAB_SOLVER_TIME: 0.394319 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041635 s
InvBiCGStab: k = 82 resid = 2.219036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313654(s) Flops=541034496 => 1724.94052682255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248356.007757482 Mflops = 248.356007757482 Gflops = 0.248356007757482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 95 resid = 1.09159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352266(s) Flops=626337792 => 1778.02510602783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255991.322059988 Mflops = 255.991322059988 Gflops = 0.255991322059988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001269321 Relative Rsd = 5.56767861315593e-07
BICGSTAB_SOLVER_TIME: 0.76785 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043514 s
InvBiCGStab: k = 63 resid = 1.275764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240748(s) Flops=416360448 => 1729.4450961171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248979.988687129 Mflops = 248.979988687129 Gflops = 0.248979988687129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057086 s
InvBiCGStab: k = 77 resid = 1.117258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282561(s) Flops=508225536 => 1798.64006710056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258941.332254713 Mflops = 258.941332254713 Gflops = 0.258941332254713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001108712 Relative Rsd = 4.8631936259804e-07
BICGSTAB_SOLVER_TIME: 0.627611 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041552 s
InvBiCGStab: k = 63 resid = 2.223334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237016(s) Flops=416360448 => 1756.67654504337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252915.419643416 Mflops = 252.915419643416 Gflops = 0.252915419643416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056914 s
InvBiCGStab: k = 78 resid = 9.371397e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287892(s) Flops=514787328 => 1788.1265474553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257439.295788576 Mflops = 257.439295788576 Gflops = 0.257439295788576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001134471 Relative Rsd = 4.97618243383325e-07
BICGSTAB_SOLVER_TIME: 0.627431 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05406 s
InvBiCGStab: k = 58 resid = 2.149952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262715(s) Flops=383551488 => 1459.95275488647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210195.242684928 Mflops = 210.195242684928 Gflops = 0.210195242684928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067491 s
InvBiCGStab: k = 70 resid = 1.122977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316201(s) Flops=462292992 => 1462.0225489483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210494.347153146 Mflops = 210.494347153146 Gflops = 0.210494347153146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001098063 Relative Rsd = 4.81648201945464e-07
BICGSTAB_SOLVER_TIME: 0.704549 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105466
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030329(s) Flops=1360797696 => 1320.74094391209 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190187.584571496 Mflops = 190.187584571496 Gflops = 0.190187584571496 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041439 s
InvBiCGStab: k = 25 resid = 2.232593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096832(s) Flops=167012352 => 1724.76404494382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248254.144185129 Mflops = 248.254144185129 Gflops = 0.248254144185129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058632 s
InvBiCGStab: k = 54 resid = 8.853027e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198551(s) Flops=357304320 => 1799.55940791031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259073.887231775 Mflops = 259.073887231775 Gflops = 0.259073887231775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007691184 Relative Rsd = 3.37361821125516e-07
BICGSTAB_SOLVER_TIME: 0.399101 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 57 resid = 1.638961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209128(s) Flops=376989696 => 1802.67441949428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.349893546 Mflops = 259.527349893546 Gflops = 0.259527349893546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 74 resid = 9.802161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271363(s) Flops=488540160 => 1800.31971934273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.856686567 Mflops = 259.197856686567 Gflops = 0.259197856686567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001100012 Relative Rsd = 4.82503264804187e-07
BICGSTAB_SOLVER_TIME: 0.58121 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 58 resid = 1.319845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212648(s) Flops=383551488 => 1803.69196042286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.55473607 Mflops = 259.67655473607 Gflops = 0.25967655473607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056569 s
InvBiCGStab: k = 66 resid = 1.136972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242352(s) Flops=436045824 => 1799.22519310755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.156763322 Mflops = 259.035156763322 Gflops = 0.259035156763322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001053436 Relative Rsd = 4.62073211410126e-07
BICGSTAB_SOLVER_TIME: 0.556455 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102646
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041291 s
InvBiCGStab: k = 67 resid = 1.153588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24575(s) Flops=442607616 => 1801.04828484232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.940227529 Mflops = 259.299940227529 Gflops = 0.259299940227529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056504 s
InvBiCGStab: k = 79 resid = 1.101017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28901(s) Flops=521349120 => 1803.91377460988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.366395182 Mflops = 259.713366395182 Gflops = 0.259713366395182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001135783 Relative Rsd = 4.98193578900149e-07
BICGSTAB_SOLVER_TIME: 0.636216 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118618000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 61 resid = 2.211361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223972(s) Flops=403236864 => 1800.38962013109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259184.655262309 Mflops = 259.184655262309 Gflops = 0.259184655262309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056105 s
InvBiCGStab: k = 73 resid = 7.770745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280834(s) Flops=481978368 => 1716.23937272552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247086.119944097 Mflops = 247.086119944097 Gflops = 0.247086119944097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001093787 Relative Rsd = 4.79772833862487e-07
BICGSTAB_SOLVER_TIME: 0.605983 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109786
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027413(s) Flops=1360797696 => 1324.48946626138 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190802.286763182 Mflops = 190.802286763182 Gflops = 0.190802286763182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150334000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.504061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 27 resid = 1.918521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100634(s) Flops=180135936 => 1790.01069221138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257636.787333542 Mflops = 257.636787333542 Gflops = 0.257636787333542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 56 resid = 9.207284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206316(s) Flops=370427904 => 1795.43953934741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258452.420942831 Mflops = 258.452420942831 Gflops = 0.258452420942831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008004599 Relative Rsd = 3.51109311895959e-07
BICGSTAB_SOLVER_TIME: 0.408597 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0416 s
InvBiCGStab: k = 62 resid = 1.38879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22732(s) Flops=409798656 => 1802.73911666373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.442556932 Mflops = 259.543442556932 Gflops = 0.259543442556932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 86 resid = 1.035448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316304(s) Flops=567281664 => 1793.46977591178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258217.12357167 Mflops = 258.21712357167 Gflops = 0.258217123571669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001171286 Relative Rsd = 5.13766344193438e-07
BICGSTAB_SOLVER_TIME: 0.645669 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041113 s
InvBiCGStab: k = 57 resid = 1.299627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208718(s) Flops=376989696 => 1806.21554441879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260037.98770298 Mflops = 260.03798770298 Gflops = 0.26003798770298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05613 s
InvBiCGStab: k = 68 resid = 8.915853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249973(s) Flops=449169408 => 1796.87169414297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258690.471645453 Mflops = 258.690471645453 Gflops = 0.258690471645453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001029444 Relative Rsd = 4.51549427616931e-07
BICGSTAB_SOLVER_TIME: 0.559567 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 68 resid = 2.223388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249951(s) Flops=449169408 => 1797.02984985057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258720.565804376 Mflops = 258.720565804376 Gflops = 0.258720565804376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 72 resid = 1.134649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263379(s) Flops=475416576 => 1805.06637203422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259871.610662227 Mflops = 259.871610662227 Gflops = 0.259871610662227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001135235 Relative Rsd = 4.97953221726306e-07
BICGSTAB_SOLVER_TIME: 0.613965 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042173 s
InvBiCGStab: k = 57 resid = 1.567287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209379(s) Flops=376989696 => 1800.51340392303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259216.009828205 Mflops = 259.216009828205 Gflops = 0.259216009828205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 73 resid = 1.055815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267855(s) Flops=481978368 => 1799.40030240242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.907799585 Mflops = 259.063907799585 Gflops = 0.259063907799585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001055117 Relative Rsd = 4.62810674402403e-07
BICGSTAB_SOLVER_TIME: 0.579298 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106978
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011851(s) Flops=1360723968 => 1344.78689846628 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193824.486524102 Mflops = 193.824486524102 Gflops = 0.193824486524102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150334000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.507796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.389728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.706569(s) Flops=1275955200 => 1805.84656275608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260000.715902206 Mflops = 260.000715902206 Gflops = 0.260000715902206 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.051205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891832(s) Flops=1617168384 => 1813.31056073341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261112.23549344 Mflops = 261.11223549344 Gflops = 0.26111223549344 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.002316739 Relative Rsd = 1.01940428980258e-06
BICGSTAB_SOLVER_TIME: 1.601694 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001963
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313687999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.071475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.631874(s) Flops=1144719360 => 1811.6259887256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260784.996964466 Mflops = 260.784996964466 Gflops = 0.260784996964466 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.060422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860209(s) Flops=1505617920 => 1750.29314968804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252036.962028562 Mflops = 252.036962028562 Gflops = 0.252036962028562 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.001965613 Relative Rsd = 8.63183838134719e-07
BICGSTAB_SOLVER_TIME: 1.495345 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287378999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895401(s) Flops=1360723968 => 1519.6810903718 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218836.692863697 Mflops = 218.836692863697 Gflops = 0.218836692863697 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150648000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.522674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066616 s
InvBiCGStab: k = 24 resid = 1.931274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125597(s) Flops=160450560 => 1277.50312507464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183895.284639518 Mflops = 183.895284639518 Gflops = 0.183895284639518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056967 s
InvBiCGStab: k = 62 resid = 1.134754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227952(s) Flops=409798656 => 1797.74099810486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258802.468100841 Mflops = 258.802468100841 Gflops = 0.258802468100841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007622478 Relative Rsd = 3.3434816497355e-07
BICGSTAB_SOLVER_TIME: 0.480859 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041562 s
InvBiCGStab: k = 76 resid = 2.078121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279259(s) Flops=501663744 => 1796.41030011566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258626.930985614 Mflops = 258.626930985614 Gflops = 0.258626930985614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059089 s
InvBiCGStab: k = 114 resid = 1.009921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418557(s) Flops=751011840 => 1794.28808979422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.939162694 Mflops = 258.347939162694 Gflops = 0.258347939162694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001291295 Relative Rsd = 5.66406607816021e-07
BICGSTAB_SOLVER_TIME: 0.802127 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150050999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 50 resid = 2.168568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183713(s) Flops=331057152 => 1802.03443414456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.207235216 Mflops = 259.411207235216 Gflops = 0.259411207235216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05669 s
InvBiCGStab: k = 80 resid = 1.097155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291784(s) Flops=527910912 => 1809.25243330683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260482.891055259 Mflops = 260.482891055259 Gflops = 0.260482891055259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001013379 Relative Rsd = 4.44502882427952e-07
BICGSTAB_SOLVER_TIME: 0.576999 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045039 s
InvBiCGStab: k = 65 resid = 1.985891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245615(s) Flops=429484032 => 1748.60668933086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251746.898022674 Mflops = 251.746898022674 Gflops = 0.251746898022674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056871 s
InvBiCGStab: k = 80 resid = 1.08812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295259(s) Flops=527910912 => 1787.95874808219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257414.416294946 Mflops = 257.414416294946 Gflops = 0.257414416294946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001114623 Relative Rsd = 4.8891217667475e-07
BICGSTAB_SOLVER_TIME: 0.646466 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117722
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04238 s
InvBiCGStab: k = 66 resid = 1.031827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24319(s) Flops=436045824 => 1793.02530531683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258138.892313184 Mflops = 258.138892313184 Gflops = 0.258138892313184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057821 s
InvBiCGStab: k = 84 resid = 8.800021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307495(s) Flops=554158080 => 1802.16940112847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259463.957496321 Mflops = 259.463957496321 Gflops = 0.259463957496321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001088041 Relative Rsd = 4.77252172895324e-07
BICGSTAB_SOLVER_TIME: 0.654539 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121312
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.8466(s) Flops=1354383360 => 1599.79135364989 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230378.157138403 Mflops = 230.378157138403 Gflops = 0.230378157138403 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149826000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04245 s
InvBiCGStab: k = 23 resid = 2.038824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106126(s) Flops=153888768 => 1450.05717731753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208719.45884704 Mflops = 208.71945884704 Gflops = 0.20871945884704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059793 s
InvBiCGStab: k = 59 resid = 9.536419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253772(s) Flops=390113280 => 1537.25895685891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221318.837579284 Mflops = 221.318837579284 Gflops = 0.221318837579284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000782494 Relative Rsd = 3.43228818717895e-07
BICGSTAB_SOLVER_TIME: 0.465831 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047167 s
InvBiCGStab: k = 79 resid = 1.631388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289375(s) Flops=521349120 => 1801.63842764579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259386.359635121 Mflops = 259.386359635121 Gflops = 0.259386359635121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 100 resid = 1.129126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389182(s) Flops=659146752 => 1693.6722458901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243852.640377348 Mflops = 243.852640377348 Gflops = 0.243852640377348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001298327 Relative Rsd = 5.69491114951354e-07
BICGSTAB_SOLVER_TIME: 0.786106 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042351 s
InvBiCGStab: k = 60 resid = 1.624209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222103(s) Flops=396675072 => 1785.99601085983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257131.360887691 Mflops = 257.131360887691 Gflops = 0.257131360887691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057401 s
InvBiCGStab: k = 81 resid = 1.086444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298886(s) Flops=534472704 => 1788.21592178958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257453.515844311 Mflops = 257.453515844311 Gflops = 0.257453515844311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001044511 Relative Rsd = 4.58158611600478e-07
BICGSTAB_SOLVER_TIME: 0.624451 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 68 resid = 1.584277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249848(s) Flops=449169408 => 1797.77067657136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258824.425950697 Mflops = 258.824425950697 Gflops = 0.258824425950697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05633 s
InvBiCGStab: k = 83 resid = 1.122777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303655(s) Flops=547596288 => 1803.35014407798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259636.391338364 Mflops = 259.636391338364 Gflops = 0.259636391338364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001146954 Relative Rsd = 5.03093709505458e-07
BICGSTAB_SOLVER_TIME: 0.654828 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 58 resid = 2.116079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212721(s) Flops=383551488 => 1803.07298292129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259586.875166483 Mflops = 259.586875166483 Gflops = 0.259586875166483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056804 s
InvBiCGStab: k = 76 resid = 1.092245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277628(s) Flops=501663744 => 1806.96379327734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.32287378 Mflops = 260.14932287378 Gflops = 0.26014932287378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001055165 Relative Rsd = 4.62831661612611e-07
BICGSTAB_SOLVER_TIME: 0.591746 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109824
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.844098(s) Flops=1348116480 => 1597.10896128175 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230010.670388246 Mflops = 230.010670388246 Gflops = 0.230010670388246 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149116000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.462982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050836 s
InvBiCGStab: k = 28 resid = 2.087551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133675(s) Flops=186697728 => 1396.65403403778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201055.13718363 Mflops = 201.05513718363 Gflops = 0.20105513718363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070181 s
InvBiCGStab: k = 54 resid = 1.022286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258178(s) Flops=357304320 => 1383.94564990046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199249.661103955 Mflops = 199.249661103955 Gflops = 0.199249661103955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007269777 Relative Rsd = 3.18877476160081e-07
BICGSTAB_SOLVER_TIME: 0.51681 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0725970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044582 s
InvBiCGStab: k = 52 resid = 2.032825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234048(s) Flops=344180736 => 1470.55619360131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211721.734174413 Mflops = 211.721734174413 Gflops = 0.211721734174413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056868 s
InvBiCGStab: k = 77 resid = 1.039657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285208(s) Flops=508225536 => 1781.9469860593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256535.560838834 Mflops = 256.535560838834 Gflops = 0.256535560838834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001071164 Relative Rsd = 4.69849355770525e-07
BICGSTAB_SOLVER_TIME: 0.624385 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002044
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106525
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048003 s
InvBiCGStab: k = 53 resid = 1.942784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290359(s) Flops=350742528 => 1207.96161992568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  173916.083995299 Mflops = 173.916083995299 Gflops = 0.173916083995299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 76 resid = 1.055437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336967(s) Flops=501663744 => 1488.7622348776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214344.7002376 Mflops = 214.3447002376 Gflops = 0.2143447002376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001030847 Relative Rsd = 4.52164899258388e-07
BICGSTAB_SOLVER_TIME: 0.735309 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 69 resid = 6.442687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252438(s) Flops=455731200 => 1805.3193259335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.424425512 Mflops = 259.915424425512 Gflops = 0.259915424425512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055819 s
InvBiCGStab: k = 78 resid = 6.731922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285595(s) Flops=514787328 => 1802.50819517148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.160299166 Mflops = 259.499160299166 Gflops = 0.259499160299166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001109676 Relative Rsd = 4.86741966373423e-07
BICGSTAB_SOLVER_TIME: 0.638305 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040727 s
InvBiCGStab: k = 61 resid = 1.37288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235127(s) Flops=403236864 => 1714.97473280397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246904.134349921 Mflops = 246.904134349921 Gflops = 0.246904134349921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068323 s
InvBiCGStab: k = 79 resid = 1.130547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347079(s) Flops=521349120 => 1502.10505389263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216268.713928377 Mflops = 216.268713928377 Gflops = 0.216268713928377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001037052 Relative Rsd = 4.54886751486426e-07
BICGSTAB_SOLVER_TIME: 0.694861 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114096
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840917(s) Flops=1341775872 => 1595.61035393505 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229787.670242825 Mflops = 229.787670242825 Gflops = 0.229787670242825 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148629000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041502 s
InvBiCGStab: k = 24 resid = 2.262156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090831(s) Flops=160450560 => 1766.47356078872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254199.769578035 Mflops = 254.199769578035 Gflops = 0.254199769578035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057188 s
InvBiCGStab: k = 49 resid = 1.132845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182412(s) Flops=324495360 => 1778.91454509572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256078.986141942 Mflops = 256.078986141942 Gflops = 0.256078986141942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007511234 Relative Rsd = 3.29468613068275e-07
BICGSTAB_SOLVER_TIME: 0.375613 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663670000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 60 resid = 1.740959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22033(s) Flops=396675072 => 1800.36795715518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.18028818 Mflops = 259.19718028818 Gflops = 0.25919718028818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056824 s
InvBiCGStab: k = 82 resid = 6.293568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30162(s) Flops=541034496 => 1793.76200517207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258255.706556315 Mflops = 258.255706556315 Gflops = 0.258255706556315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001161873 Relative Rsd = 5.09637736116194e-07
BICGSTAB_SOLVER_TIME: 0.623455 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115702
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 54 resid = 2.197467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198644(s) Flops=357304320 => 1798.71690058597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.80206852 Mflops = 258.96080206852 Gflops = 0.25896080206852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056046 s
InvBiCGStab: k = 75 resid = 1.065403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274863(s) Flops=495101952 => 1801.26809355934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259338.764654461 Mflops = 259.338764654461 Gflops = 0.259338764654461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001054199 Relative Rsd = 4.62407883370476e-07
BICGSTAB_SOLVER_TIME: 0.573997 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 64 resid = 2.161305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235443(s) Flops=422922240 => 1796.28292198112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258613.374922612 Mflops = 258.613374922612 Gflops = 0.258613374922612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05603 s
InvBiCGStab: k = 77 resid = 1.037189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281522(s) Flops=508225536 => 1805.27822337153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259895.576338819 Mflops = 259.895576338819 Gflops = 0.259895576338819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001063874 Relative Rsd = 4.66651895571979e-07
BICGSTAB_SOLVER_TIME: 0.617604 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 51 resid = 2.085379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187053(s) Flops=337618944 => 1804.93733861526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.050133791 Mflops = 259.845050133791 Gflops = 0.259845050133791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 76 resid = 9.77215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2795(s) Flops=501663744 => 1794.86133810376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258407.161037483 Mflops = 258.407161037483 Gflops = 0.258407161037483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001048203 Relative Rsd = 4.59778048059214e-07
BICGSTAB_SOLVER_TIME: 0.567761 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104847
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848955(s) Flops=1328947200 => 1565.39180521936 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225419.272673839 Mflops = 225.419272673839 Gflops = 0.225419272673839 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147011000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.48628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.797475(s) Flops=1190651904 => 1493.02724724913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214945.357041433 Mflops = 214.945357041433 Gflops = 0.214945357041433 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.054606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.200925(s) Flops=1794336768 => 1494.12891562754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215150.912338143 Mflops = 215.150912338143 Gflops = 0.215150912338143 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.00240741 Relative Rsd = 1.05929192476952e-06
BICGSTAB_SOLVER_TIME: 2.00181 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323368999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.528709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674845(s) Flops=1216899072 => 1803.22751446628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.469056296 Mflops = 259.580469056296 Gflops = 0.259580469056296 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 8.505301e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738883(s) Flops=1335011328 => 1806.79664845449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.235215648 Mflops = 260.174235215648 Gflops = 0.260174235215648 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001933301 Relative Rsd = 8.48989240663686e-07
BICGSTAB_SOLVER_TIME: 1.416967 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.115707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277006999999998
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.845649(s) Flops=1328947200 => 1571.51158459361 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226297.724267833 Mflops = 226.297724267833 Gflops = 0.226297724267833 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147021000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041323 s
InvBiCGStab: k = 23 resid = 2.207006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085979(s) Flops=153888768 => 1789.84133334884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257606.737177195 Mflops = 257.606737177195 Gflops = 0.257606737177195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057334 s
InvBiCGStab: k = 51 resid = 1.121828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201292(s) Flops=337618944 => 1677.25962283648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241461.759418586 Mflops = 241.461759418586 Gflops = 0.241461759418586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007706323 Relative Rsd = 3.38025879945836e-07
BICGSTAB_SOLVER_TIME: 0.38961 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040709 s
InvBiCGStab: k = 74 resid = 2.215077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271288(s) Flops=488540160 => 1800.81743387102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259260.198216452 Mflops = 259.260198216452 Gflops = 0.259260198216452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056484 s
InvBiCGStab: k = 95 resid = 1.064839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347922(s) Flops=626337792 => 1800.22474002794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259192.258282039 Mflops = 259.192258282039 Gflops = 0.259192258282039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001250807 Relative Rsd = 5.48646883304256e-07
BICGSTAB_SOLVER_TIME: 0.720117 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 62 resid = 1.131476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227352(s) Flops=409798656 => 1802.48537949963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.021154042 Mflops = 259.502021154042 Gflops = 0.259502021154042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056624 s
InvBiCGStab: k = 71 resid = 1.093118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288138(s) Flops=468854784 => 1627.18830560356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234297.528914895 Mflops = 234.297528914895 Gflops = 0.234297528914895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001016192 Relative Rsd = 4.45736787409629e-07
BICGSTAB_SOLVER_TIME: 0.617084 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048599 s
InvBiCGStab: k = 58 resid = 2.046479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275275(s) Flops=383551488 => 1393.33934429207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200607.130571722 Mflops = 200.607130571722 Gflops = 0.200607130571722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070016 s
InvBiCGStab: k = 81 resid = 9.455107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369288(s) Flops=534472704 => 1447.30590758432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208383.323292437 Mflops = 208.383323292437 Gflops = 0.208383323292437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001122114 Relative Rsd = 4.92197721879643e-07
BICGSTAB_SOLVER_TIME: 0.767282 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045049 s
InvBiCGStab: k = 56 resid = 2.044958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264845(s) Flops=370427904 => 1398.65923087089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201374.498337022 Mflops = 201.374498337022 Gflops = 0.201374498337022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082337 s
InvBiCGStab: k = 74 resid = 1.09948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324701(s) Flops=488540160 => 1504.58471024111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216619.141807491 Mflops = 216.619141807491 Gflops = 0.216619141807491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001030261 Relative Rsd = 4.51907997422482e-07
BICGSTAB_SOLVER_TIME: 0.720678 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108541
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839743(s) Flops=1310072832 => 1560.08782687084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224659.435667699 Mflops = 224.659435667699 Gflops = 0.224659435667699 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144734000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041741 s
InvBiCGStab: k = 35 resid = 1.001998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129196(s) Flops=232630272 => 1800.5996470479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259196.041670993 Mflops = 259.196041670993 Gflops = 0.259196041670993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 45 resid = 1.119291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165789(s) Flops=298248192 => 1798.96248846425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258955.547024656 Mflops = 258.955547024656 Gflops = 0.258955547024656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000750122 Relative Rsd = 3.290293369714e-07
BICGSTAB_SOLVER_TIME: 0.396766 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041787 s
InvBiCGStab: k = 76 resid = 2.035889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279431(s) Flops=501663744 => 1795.30454387666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.177337626 Mflops = 258.492177337626 Gflops = 0.258492177337626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 92 resid = 7.91308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336195(s) Flops=606652416 => 1804.46590817829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259803.36801747 Mflops = 259.80336801747 Gflops = 0.25980336801747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001282648 Relative Rsd = 5.62613744038335e-07
BICGSTAB_SOLVER_TIME: 0.717469 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 57 resid = 2.178072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209778(s) Flops=376989696 => 1797.08880816864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258737.697048756 Mflops = 258.737697048756 Gflops = 0.258737697048756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 80 resid = 1.058435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292797(s) Flops=527910912 => 1802.99289951741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259574.79966689 Mflops = 259.57479966689 Gflops = 0.25957479966689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001039908 Relative Rsd = 4.56139396872352e-07
BICGSTAB_SOLVER_TIME: 0.603799 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056376 s
InvBiCGStab: k = 65 resid = 2.058667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238082(s) Flops=429484032 => 1803.93323308776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259702.179631578 Mflops = 259.702179631578 Gflops = 0.259702179631578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 80 resid = 8.715299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293927(s) Flops=527910912 => 1796.06130773968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258577.301425517 Mflops = 258.577301425517 Gflops = 0.258577301425517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001142991 Relative Rsd = 5.01355039139579e-07
BICGSTAB_SOLVER_TIME: 0.64854 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041776 s
InvBiCGStab: k = 60 resid = 2.186955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221635(s) Flops=396675072 => 1789.7672840481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257667.141295523 Mflops = 257.667141295523 Gflops = 0.257667141295523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 80 resid = 5.01847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29315(s) Flops=527910912 => 1800.82180453693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259273.086207768 Mflops = 259.273086207768 Gflops = 0.259273086207768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001097641 Relative Rsd = 4.81463351091562e-07
BICGSTAB_SOLVER_TIME: 0.616551 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114032
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975121(s) Flops=1291198464 => 1324.14178753201 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190678.802824646 Mflops = 190.678802824646 Gflops = 0.190678802824646 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142585000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04104 s
InvBiCGStab: k = 24 resid = 2.111287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089621(s) Flops=160450560 => 1790.32325013111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257607.377025316 Mflops = 257.607377025316 Gflops = 0.257607377025316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 50 resid = 1.096033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18394(s) Flops=331057152 => 1799.81054691747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259108.566366751 Mflops = 259.108566366751 Gflops = 0.259108566366751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007459632 Relative Rsd = 3.27205160319648e-07
BICGSTAB_SOLVER_TIME: 0.374679 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041422 s
InvBiCGStab: k = 51 resid = 2.208017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188605(s) Flops=337618944 => 1790.08480156942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257700.203182359 Mflops = 257.700203182359 Gflops = 0.257700203182359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 77 resid = 1.035542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282821(s) Flops=508225536 => 1796.98656040393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258705.730589559 Mflops = 258.705730589559 Gflops = 0.258705730589559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001089433 Relative Rsd = 4.77862946669775e-07
BICGSTAB_SOLVER_TIME: 0.572983 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 54 resid = 1.955547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199156(s) Flops=357304320 => 1794.09267107192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258287.435449073 Mflops = 258.287435449073 Gflops = 0.258287435449073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056086 s
InvBiCGStab: k = 66 resid = 9.848306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242528(s) Flops=436045824 => 1797.91951444782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258838.946882812 Mflops = 258.838946882812 Gflops = 0.258838946882812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001042271 Relative Rsd = 4.57175787184722e-07
BICGSTAB_SOLVER_TIME: 0.5427 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 62 resid = 1.699744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227604(s) Flops=409798656 => 1800.48969262403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259213.176539957 Mflops = 259.213176539957 Gflops = 0.259213176539957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 78 resid = 9.528884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28531(s) Flops=514787328 => 1804.308744874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.383177042 Mflops = 259.775383177042 Gflops = 0.259775383177042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001066254 Relative Rsd = 4.67695741195032e-07
BICGSTAB_SOLVER_TIME: 0.614572 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044727 s
InvBiCGStab: k = 56 resid = 1.573767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216861(s) Flops=370427904 => 1708.1351833663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245908.414557893 Mflops = 245.908414557893 Gflops = 0.245908414557893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056867 s
InvBiCGStab: k = 66 resid = 1.105559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244428(s) Flops=436045824 => 1783.94383622171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256816.991494827 Mflops = 256.816991494827 Gflops = 0.256816991494827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001053101 Relative Rsd = 4.61926352002441e-07
BICGSTAB_SOLVER_TIME: 0.566629 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101273
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.801072(s) Flops=1272545280 => 1588.55293906166 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228762.210124595 Mflops = 228.762210124595 Gflops = 0.228762210124595 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140582000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 25 resid = 1.876769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096999(s) Flops=167012352 => 1721.79457520181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247829.514006407 Mflops = 247.829514006406 Gflops = 0.247829514006406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067628 s
InvBiCGStab: k = 47 resid = 1.00651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209016(s) Flops=311371776 => 1489.70306579401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214454.811167442 Mflops = 214.454811167442 Gflops = 0.214454811167442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007595377 Relative Rsd = 3.33159400366141e-07
BICGSTAB_SOLVER_TIME: 0.418408 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044714 s
InvBiCGStab: k = 60 resid = 1.941019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280209(s) Flops=396675072 => 1415.6400115628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203818.338893188 Mflops = 203.818338893188 Gflops = 0.203818338893188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059712 s
InvBiCGStab: k = 81 resid = 7.585051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378535(s) Flops=534472704 => 1411.95055675169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203292.047382229 Mflops = 203.292047382229 Gflops = 0.203292047382229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001103992 Relative Rsd = 4.84248930906802e-07
BICGSTAB_SOLVER_TIME: 0.766845 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044848 s
InvBiCGStab: k = 62 resid = 9.787569e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278854(s) Flops=409798656 => 1469.58141536431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211587.054483683 Mflops = 211.587054483683 Gflops = 0.211587054483683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 65 resid = 1.102367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238161(s) Flops=429484032 => 1803.33485331351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.019253468 Mflops = 259.622019253468 Gflops = 0.259622019253468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001054412 Relative Rsd = 4.62501585391722e-07
BICGSTAB_SOLVER_TIME: 0.621807 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042643 s
InvBiCGStab: k = 62 resid = 1.950695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241038(s) Flops=409798656 => 1700.1412889254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244773.195708394 Mflops = 244.773195708394 Gflops = 0.244773195708394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057462 s
InvBiCGStab: k = 70 resid = 9.520634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260734(s) Flops=462292992 => 1773.04452813979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255262.533548963 Mflops = 255.262533548963 Gflops = 0.255262533548963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001103762 Relative Rsd = 4.8414792676619e-07
BICGSTAB_SOLVER_TIME: 0.605578 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041565 s
InvBiCGStab: k = 58 resid = 1.894285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216012(s) Flops=383551488 => 1775.60268873951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255638.636056024 Mflops = 255.638636056024 Gflops = 0.255638636056024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057074 s
InvBiCGStab: k = 72 resid = 1.073959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266578(s) Flops=475416576 => 1783.40514220978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256763.833544802 Mflops = 256.763833544802 Gflops = 0.256763833544802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001042037 Relative Rsd = 4.57073149003412e-07
BICGSTAB_SOLVER_TIME: 0.584907 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106959
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790461(s) Flops=1260011520 => 1594.02110920083 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229539.370801535 Mflops = 229.539370801535 Gflops = 0.229539370801535 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139132000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.229249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773883(s) Flops=1367820288 => 1767.47685115192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254513.133495452 Mflops = 254.513133495452 Gflops = 0.254513133495452 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 9.422952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920893(s) Flops=1643415552 => 1784.58903694566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256973.213392981 Mflops = 256.973213392981 Gflops = 0.256973213392981 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.003872961 Relative Rsd = 1.7041397499866e-06
BICGSTAB_SOLVER_TIME: 1.698431 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0.121194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326544999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.958315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756337(s) Flops=1243146240 => 1643.64065224893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236661.814890307 Mflops = 236.661814890307 Gflops = 0.236661814890307 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.077036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.095623(s) Flops=1558112256 => 1422.12444974229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204777.996752857 Mflops = 204.777996752857 Gflops = 0.204777996752857 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002086554 Relative Rsd = 9.16288554462541e-07
BICGSTAB_SOLVER_TIME: 1.855987 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.125411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304043999999998
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.824729(s) Flops=1260011520 => 1527.78854629824 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219985.951036196 Mflops = 219.985951036196 Gflops = 0.219985951036196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139306000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 27 resid = 1.922456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100279(s) Flops=180135936 => 1796.34755033457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258553.027550718 Mflops = 258.553027550718 Gflops = 0.258553027550718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 45 resid = 1.08541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165601(s) Flops=298248192 => 1801.0047765412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259249.257682788 Mflops = 259.249257682788 Gflops = 0.259249257682788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007635998 Relative Rsd = 3.34941194087302e-07
BICGSTAB_SOLVER_TIME: 0.367201 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041392 s
InvBiCGStab: k = 74 resid = 1.560024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285058(s) Flops=488540160 => 1713.82722112693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246759.812369809 Mflops = 246.759812369809 Gflops = 0.246759812369809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059269 s
InvBiCGStab: k = 106 resid = 7.474799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401613(s) Flops=698517504 => 1739.28011294455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250407.382669228 Mflops = 250.407382669228 Gflops = 0.250407382669228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001261306 Relative Rsd = 5.53252478073846e-07
BICGSTAB_SOLVER_TIME: 0.79117 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041919 s
InvBiCGStab: k = 64 resid = 1.464531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23698(s) Flops=422922240 => 1784.63262722593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256935.192101718 Mflops = 256.935192101718 Gflops = 0.256935192101718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 78 resid = 9.260126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286298(s) Flops=514787328 => 1798.08216613459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258875.952430105 Mflops = 258.875952430105 Gflops = 0.258875952430105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.0009953858 Relative Rsd = 4.36610516922946e-07
BICGSTAB_SOLVER_TIME: 0.625724 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041422 s
InvBiCGStab: k = 61 resid = 1.969838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223374(s) Flops=403236864 => 1805.2094872277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259896.742095121 Mflops = 259.89674209512 Gflops = 0.25989674209512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 88 resid = 1.136474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3346(s) Flops=580405248 => 1734.62417214585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249738.719004572 Mflops = 249.738719004572 Gflops = 0.249738719004572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001143893 Relative Rsd = 5.01751089753628e-07
BICGSTAB_SOLVER_TIME: 0.659827 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 58 resid = 1.941023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212821(s) Flops=383551488 => 1802.22575779646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.991297994 Mflops = 259.440991297994 Gflops = 0.259440991297994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 78 resid = 1.073703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285223(s) Flops=514787328 => 1804.859103228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259848.844758431 Mflops = 259.848844758431 Gflops = 0.259848844758431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001089873 Relative Rsd = 4.7805586559962e-07
BICGSTAB_SOLVER_TIME: 0.599466 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111395
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834825(s) Flops=1253523456 => 1501.54038990208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216191.207971283 Mflops = 216.191207971283 Gflops = 0.216191207971283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.55188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042654 s
InvBiCGStab: k = 26 resid = 2.248374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104241(s) Flops=173574144 => 1665.12355023455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239649.591113228 Mflops = 239.649591113228 Gflops = 0.239649591113228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059999 s
InvBiCGStab: k = 52 resid = 1.043056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194849(s) Flops=344180736 => 1766.39724094042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254270.74372151 Mflops = 254.27074372151 Gflops = 0.25427074372151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007307772 Relative Rsd = 3.20544070012071e-07
BICGSTAB_SOLVER_TIME: 0.405494 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041623 s
InvBiCGStab: k = 86 resid = 2.270541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317574(s) Flops=567281664 => 1786.29756844074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257182.027920278 Mflops = 257.182027920278 Gflops = 0.257182027920278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 98 resid = 9.74931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362512(s) Flops=646023168 => 1782.07388445072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256582.443867723 Mflops = 256.582443867723 Gflops = 0.256582443867723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001273814 Relative Rsd = 5.58738769715601e-07
BICGSTAB_SOLVER_TIME: 0.782447 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 59 resid = 1.614932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216217(s) Flops=390113280 => 1804.26737953075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259757.087243254 Mflops = 259.757087243254 Gflops = 0.259757087243254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 76 resid = 1.085166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278179(s) Flops=501663744 => 1803.38466958325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259636.337395859 Mflops = 259.636337395859 Gflops = 0.259636337395859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001106308 Relative Rsd = 4.8526479358291e-07
BICGSTAB_SOLVER_TIME: 0.595572 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11059
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 72 resid = 1.363661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263536(s) Flops=475416576 => 1803.99101451035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.662771949 Mflops = 259.724662771949 Gflops = 0.259724662771949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056004 s
InvBiCGStab: k = 80 resid = 9.027722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292682(s) Flops=527910912 => 1803.70132772087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259687.297012767 Mflops = 259.687297012767 Gflops = 0.259687297012767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001140296 Relative Rsd = 5.00172912822503e-07
BICGSTAB_SOLVER_TIME: 0.65696 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122778
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040945 s
InvBiCGStab: k = 57 resid = 2.269878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20957(s) Flops=376989696 => 1798.87243403159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258963.309192962 Mflops = 258.963309192962 Gflops = 0.258963309192962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 77 resid = 1.117419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282152(s) Flops=508225536 => 1801.24732768153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259317.980072836 Mflops = 259.317980072836 Gflops = 0.259317980072836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.0011411 Relative Rsd = 5.00525814549385e-07
BICGSTAB_SOLVER_TIME: 0.592872 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109866
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.783986(s) Flops=1247109120 => 1590.72881403494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229071.798327523 Mflops = 229.071798327523 Gflops = 0.229071798327523 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137957
CLOV_LINOP: Time spent in clov deriv (total) = 1.417613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 28 resid = 1.968474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103968(s) Flops=186697728 => 1795.72299168975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258483.075930502 Mflops = 258.483075930502 Gflops = 0.258483075930502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059731 s
InvBiCGStab: k = 49 resid = 9.411008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208147(s) Flops=324495360 => 1558.97207262175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224422.05373174 Mflops = 224.42205373174 Gflops = 0.22442205373174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007518894 Relative Rsd = 3.29804587154806e-07
BICGSTAB_SOLVER_TIME: 0.417105 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050919 s
InvBiCGStab: k = 56 resid = 2.253233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252733(s) Flops=370427904 => 1465.68870705448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211030.187003173 Mflops = 211.030187003173 Gflops = 0.211030187003173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062781 s
InvBiCGStab: k = 73 resid = 1.020449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320236(s) Flops=481978368 => 1505.07240909829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216690.466712535 Mflops = 216.690466712535 Gflops = 0.216690466712535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001100678 Relative Rsd = 4.82795502770175e-07
BICGSTAB_SOLVER_TIME: 0.691539 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049013 s
InvBiCGStab: k = 50 resid = 2.248366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220445(s) Flops=331057152 => 1501.76757014221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216206.731131762 Mflops = 216.206731131762 Gflops = 0.216206731131762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065517 s
InvBiCGStab: k = 65 resid = 1.146012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280648(s) Flops=429484032 => 1530.3299221801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220327.830269464 Mflops = 220.327830269464 Gflops = 0.220327830269464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009695353 Relative Rsd = 4.25271576608687e-07
BICGSTAB_SOLVER_TIME: 0.619405 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962640000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 64 resid = 1.728665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235971(s) Flops=422922240 => 1792.26362561501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258028.531981746 Mflops = 258.028531981746 Gflops = 0.258028531981746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 70 resid = 1.05811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257891(s) Flops=462292992 => 1792.59063712964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258063.943217794 Mflops = 258.063943217794 Gflops = 0.258063943217794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001092831 Relative Rsd = 4.7935354923227e-07
BICGSTAB_SOLVER_TIME: 0.595743 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042062 s
InvBiCGStab: k = 62 resid = 1.692747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228199(s) Flops=409798656 => 1795.79514371229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258530.616920035 Mflops = 258.530616920035 Gflops = 0.258530616920035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05674 s
InvBiCGStab: k = 74 resid = 1.081665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27277(s) Flops=488540160 => 1791.03332477912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257845.661782804 Mflops = 257.845661782804 Gflops = 0.257845661782804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001028616 Relative Rsd = 4.51186568454549e-07
BICGSTAB_SOLVER_TIME: 0.603629 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111263
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.778324(s) Flops=1240694784 => 1594.05952276944 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229529.259442156 Mflops = 229.529259442156 Gflops = 0.229529259442156 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137238
CLOV_LINOP: Time spent in clov deriv (total) = 1.401491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041527 s
InvBiCGStab: k = 25 resid = 2.170618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092553(s) Flops=167012352 => 1804.5050079414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.843427949 Mflops = 259.683843427949 Gflops = 0.259683843427949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0566 s
InvBiCGStab: k = 54 resid = 7.509562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197743(s) Flops=357304320 => 1806.9126087902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260109.705471849 Mflops = 260.109705471849 Gflops = 0.260109705471849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007792819 Relative Rsd = 3.41819892658387e-07
BICGSTAB_SOLVER_TIME: 0.392208 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04096 s
InvBiCGStab: k = 58 resid = 2.277039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212662(s) Flops=383551488 => 1803.57321947504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259650.64720285 Mflops = 259.65064720285 Gflops = 0.25965064720285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 79 resid = 1.033297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306021(s) Flops=521349120 => 1703.63837775839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245261.018271184 Mflops = 245.261018271184 Gflops = 0.245261018271184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001107195 Relative Rsd = 4.85653950587767e-07
BICGSTAB_SOLVER_TIME: 0.619927 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 56 resid = 2.086359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204803(s) Flops=370427904 => 1808.70350531975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260383.440595738 Mflops = 260.383440595738 Gflops = 0.260383440595738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056628 s
InvBiCGStab: k = 79 resid = 9.337284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288996(s) Flops=521349120 => 1804.00116264585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.083201015 Mflops = 259.734083201015 Gflops = 0.259734083201015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001012054 Relative Rsd = 4.43921878832458e-07
BICGSTAB_SOLVER_TIME: 0.595572 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040628 s
InvBiCGStab: k = 66 resid = 1.407524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241291(s) Flops=436045824 => 1807.13671044506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.444204201 Mflops = 260.161444204201 Gflops = 0.260161444204201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 73 resid = 1.144604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306565(s) Flops=481978368 => 1572.18980640321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226349.90370967 Mflops = 226.34990370967 Gflops = 0.22634990370967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001122454 Relative Rsd = 4.92346828093288e-07
BICGSTAB_SOLVER_TIME: 0.648604 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057998 s
InvBiCGStab: k = 48 resid = 1.994523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224365(s) Flops=317933568 => 1417.03727408464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204000.556458094 Mflops = 204.000556458094 Gflops = 0.204000556458094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058823 s
InvBiCGStab: k = 78 resid = 6.45625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355387(s) Flops=514787328 => 1448.52605188147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208543.859161898 Mflops = 208.543859161898 Gflops = 0.208543859161898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0010148 Relative Rsd = 4.45126217890265e-07
BICGSTAB_SOLVER_TIME: 0.700995 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104262
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918761(s) Flops=1228308480 => 1336.91839335801 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192520.96734601 Mflops = 192.52096734601 Gflops = 0.19252096734601 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135772000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.504107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678907(s) Flops=1230022656 => 1811.76899928856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260824.730849393 Mflops = 260.824730849393 Gflops = 0.260824730849393 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.11603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787655(s) Flops=1426876416 => 1811.55000095219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260846.515242065 Mflops = 260.846515242065 Gflops = 0.260846515242065 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002506217 Relative Rsd = 1.10277418337661e-06
BICGSTAB_SOLVER_TIME: 1.469893 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.116007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288631999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.194961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661555(s) Flops=1197213696 => 1809.6963910786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260497.481373289 Mflops = 260.497481373289 Gflops = 0.260497481373289 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.101157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.699025(s) Flops=1269393408 => 1815.94851114052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261481.487896537 Mflops = 261.481487896537 Gflops = 0.261481487896537 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.001905538 Relative Rsd = 8.36806009602328e-07
BICGSTAB_SOLVER_TIME: 1.364019 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.125269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267758999999998
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807561(s) Flops=1228308480 => 1521.01015279341 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219017.565267801 Mflops = 219.017565267801 Gflops = 0.219017565267801 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135851000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047514 s
InvBiCGStab: k = 32 resid = 9.811346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145438(s) Flops=212944896 => 1464.16270850809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210760.552747757 Mflops = 210.760552747757 Gflops = 0.210760552747757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073728 s
InvBiCGStab: k = 46 resid = 8.758667e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206398(s) Flops=304809984 => 1476.80686828361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212591.300458346 Mflops = 212.591300458346 Gflops = 0.212591300458346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007525783 Relative Rsd = 3.30106782556294e-07
BICGSTAB_SOLVER_TIME: 0.477025 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04369 s
InvBiCGStab: k = 74 resid = 2.26078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327552(s) Flops=488540160 => 1491.48886283705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214721.057239314 Mflops = 214.721057239314 Gflops = 0.214721057239314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058224 s
InvBiCGStab: k = 99 resid = 1.085927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383435(s) Flops=652584960 => 1701.94416263513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245037.018380354 Mflops = 245.037018380354 Gflops = 0.245037018380354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001282709 Relative Rsd = 5.62640501454756e-07
BICGSTAB_SOLVER_TIME: 0.816726 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041543 s
InvBiCGStab: k = 61 resid = 1.748641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236573(s) Flops=403236864 => 1704.49233006302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245384.308069306 Mflops = 245.384308069306 Gflops = 0.245384308069306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 63 resid = 1.139643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236115(s) Flops=416360448 => 1763.37991233086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253854.181347743 Mflops = 253.854181347743 Gflops = 0.253854181347743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001032711 Relative Rsd = 4.52982532372384e-07
BICGSTAB_SOLVER_TIME: 0.574821 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042461 s
InvBiCGStab: k = 65 resid = 2.126109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244214(s) Flops=429484032 => 1758.63804695881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253176.068908437 Mflops = 253.176068908437 Gflops = 0.253176068908437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058081 s
InvBiCGStab: k = 76 resid = 1.100326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289855(s) Flops=501663744 => 1730.74034948509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249179.382418154 Mflops = 249.179382418154 Gflops = 0.249179382418154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001095828 Relative Rsd = 4.80667930718297e-07
BICGSTAB_SOLVER_TIME: 0.638599 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 63 resid = 1.701784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233(s) Flops=416360448 => 1786.95471244635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257265.259478162 Mflops = 257.265259478162 Gflops = 0.257265259478162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059796 s
InvBiCGStab: k = 79 resid = 7.284062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295248(s) Flops=521349120 => 1765.8006828158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254224.400615448 Mflops = 254.224400615448 Gflops = 0.254224400615448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001059368 Relative Rsd = 4.64675421220846e-07
BICGSTAB_SOLVER_TIME: 0.632936 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115628
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790336(s) Flops=1221894144 => 1546.04389019354 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222608.820042622 Mflops = 222.608820042622 Gflops = 0.222608820042622 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134899000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 31 resid = 2.248279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114647(s) Flops=206383104 => 1800.16139977496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259101.516403115 Mflops = 259.101516403115 Gflops = 0.259101516403115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 50 resid = 9.463959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184756(s) Flops=331057152 => 1791.86143887073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257940.286316772 Mflops = 257.940286316772 Gflops = 0.257940286316772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007364515 Relative Rsd = 3.23032994845062e-07
BICGSTAB_SOLVER_TIME: 0.400516 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 79 resid = 2.008469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28923(s) Flops=521349120 => 1802.54164505757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259521.799479155 Mflops = 259.521799479155 Gflops = 0.259521799479155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05594 s
InvBiCGStab: k = 98 resid = 1.105874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427322(s) Flops=646023168 => 1511.79477770861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217663.66606893 Mflops = 217.66366606893 Gflops = 0.21766366606893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001259802 Relative Rsd = 5.52592683078471e-07
BICGSTAB_SOLVER_TIME: 0.817308 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045109 s
InvBiCGStab: k = 57 resid = 2.149789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244519(s) Flops=376989696 => 1541.76033764247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221967.148321842 Mflops = 221.967148321842 Gflops = 0.221967148321842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066946 s
InvBiCGStab: k = 69 resid = 1.145418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302861(s) Flops=455731200 => 1504.75366587312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216644.345648934 Mflops = 216.644345648934 Gflops = 0.216644345648934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001032552 Relative Rsd = 4.5291303457897e-07
BICGSTAB_SOLVER_TIME: 0.663434 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04952 s
InvBiCGStab: k = 63 resid = 1.379799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295634(s) Flops=416360448 => 1408.36455888024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202767.85465489 Mflops = 202.76785465489 Gflops = 0.20276785465489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 88 resid = 9.980309e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362921(s) Flops=580405248 => 1599.26057737083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230254.072997346 Mflops = 230.254072997346 Gflops = 0.230254072997346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001151807 Relative Rsd = 5.05222302832772e-07
BICGSTAB_SOLVER_TIME: 0.768189 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 60 resid = 1.631981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221287(s) Flops=396675072 => 1792.58190494697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258072.810515483 Mflops = 258.072810515483 Gflops = 0.258072810515483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 76 resid = 1.11638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27959(s) Flops=501663744 => 1794.28357237383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258319.538502066 Mflops = 258.319538502066 Gflops = 0.258319538502066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001069379 Relative Rsd = 4.69066497085122e-07
BICGSTAB_SOLVER_TIME: 0.602138 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111292
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.764231(s) Flops=1215479808 => 1590.46127152654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229056.897726725 Mflops = 229.056897726725 Gflops = 0.229056897726725 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134243
CLOV_LINOP: Time spent in clov deriv (total) = 1.404605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 30 resid = 1.63133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111108(s) Flops=199821312 => 1798.4421643806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258865.133874255 Mflops = 258.865133874255 Gflops = 0.258865133874255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 52 resid = 9.695163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192168(s) Flops=344180736 => 1791.04083926564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257839.504988856 Mflops = 257.839504988856 Gflops = 0.257839504988856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007468379 Relative Rsd = 3.27588853500923e-07
BICGSTAB_SOLVER_TIME: 0.404075 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 57 resid = 1.190265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209028(s) Flops=376989696 => 1803.53682760204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259636.725951651 Mflops = 259.636725951651 Gflops = 0.259636725951651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 74 resid = 1.01293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271153(s) Flops=488540160 => 1801.71401385933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259383.722774429 Mflops = 259.383722774429 Gflops = 0.259383722774429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001056573 Relative Rsd = 4.63449328996254e-07
BICGSTAB_SOLVER_TIME: 0.581514 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045092 s
InvBiCGStab: k = 57 resid = 2.087474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216931(s) Flops=376989696 => 1737.83228768595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250190.696214666 Mflops = 250.190696214666 Gflops = 0.250190696214666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 79 resid = 7.714523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288883(s) Flops=521349120 => 1804.70681902362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.153940355 Mflops = 259.825153940355 Gflops = 0.259825153940355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001010956 Relative Rsd = 4.43439938954248e-07
BICGSTAB_SOLVER_TIME: 0.611078 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04139 s
InvBiCGStab: k = 59 resid = 2.054994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217082(s) Flops=390113280 => 1797.07797053648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258704.471494865 Mflops = 258.704471494865 Gflops = 0.258704471494865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 82 resid = 9.575173e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301964(s) Flops=541034496 => 1791.71853598442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257951.154452638 Mflops = 257.951154452638 Gflops = 0.257951154452638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001106642 Relative Rsd = 4.85411193416649e-07
BICGSTAB_SOLVER_TIME: 0.620664 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045422 s
InvBiCGStab: k = 50 resid = 1.725328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220942(s) Flops=331057152 => 1498.3894053643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215714.152195036 Mflops = 215.714152195036 Gflops = 0.215714152195036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06128 s
InvBiCGStab: k = 71 resid = 1.068874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312902(s) Flops=468854784 => 1498.40775706132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215725.104465815 Mflops = 215.725104465815 Gflops = 0.215725104465815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001034925 Relative Rsd = 4.53953867439486e-07
BICGSTAB_SOLVER_TIME: 0.644351 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10056
Monitoring force
num_pf = 1
MInvCG2: 185 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904494(s) Flops=1203093504 => 1330.12878360719 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191543.568016429 Mflops = 191.543568016429 Gflops = 0.191543568016429 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132965
CLOV_LINOP: Time spent in clov deriv (total) = 1.443228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 29 resid = 2.161781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108181(s) Flops=193259520 => 1786.44604875163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257142.787354298 Mflops = 257.142787354298 Gflops = 0.257142787354298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 57 resid = 1.084242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210024(s) Flops=376989696 => 1794.98388755571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258398.136024809 Mflops = 258.398136024809 Gflops = 0.258398136024809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007537914 Relative Rsd = 3.30638867058408e-07
BICGSTAB_SOLVER_TIME: 0.419887 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 61 resid = 2.199286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223591(s) Flops=403236864 => 1803.45749158061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.413715134 Mflops = 259.642413715134 Gflops = 0.259642413715134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056741 s
InvBiCGStab: k = 79 resid = 8.058826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288569(s) Flops=521349120 => 1806.67057098995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.545261992 Mflops = 260.098545261992 Gflops = 0.260098545261992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001116293 Relative Rsd = 4.89644737544934e-07
BICGSTAB_SOLVER_TIME: 0.613469 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042433 s
InvBiCGStab: k = 54 resid = 2.063925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198841(s) Flops=357304320 => 1796.93483738263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258692.609279246 Mflops = 258.692609279246 Gflops = 0.258692609279246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 72 resid = 4.809223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26592(s) Flops=475416576 => 1787.81805054152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257397.046041063 Mflops = 257.397046041063 Gflops = 0.257397046041063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001029458 Relative Rsd = 4.51555759524634e-07
BICGSTAB_SOLVER_TIME: 0.567426 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105737
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 56 resid = 2.183167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205514(s) Flops=370427904 => 1802.44608153216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.554641097 Mflops = 259.484554641097 Gflops = 0.259484554641097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055926 s
InvBiCGStab: k = 87 resid = 1.124398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318325(s) Flops=573843456 => 1802.69679101547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259536.904890371 Mflops = 259.536904890371 Gflops = 0.259536904890371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001075961 Relative Rsd = 4.7195354061492e-07
BICGSTAB_SOLVER_TIME: 0.624574 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042688 s
InvBiCGStab: k = 62 resid = 1.56157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238406(s) Flops=409798656 => 1718.91083278105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247469.378216254 Mflops = 247.469378216254 Gflops = 0.247469378216254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057065 s
InvBiCGStab: k = 66 resid = 1.145714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243518(s) Flops=436045824 => 1790.61023825754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257782.397165191 Mflops = 257.782397165191 Gflops = 0.257782397165191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001022759 Relative Rsd = 4.48617141585322e-07
BICGSTAB_SOLVER_TIME: 0.585635 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105653
Monitoring force
num_pf = 1
MInvCG2: 183 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.753242(s) Flops=1190559744 => 1580.58066862974 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227590.47962197 Mflops = 227.59047962197 Gflops = 0.22759047962197 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131554
CLOV_LINOP: Time spent in clov deriv (total) = 1.451197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.175018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864396(s) Flops=1315325952 => 1521.67056765649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219027.932601166 Mflops = 219.027932601166 Gflops = 0.219027932601166 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.09815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.109681(s) Flops=1669662720 => 1504.63306121309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216659.477124196 Mflops = 216.659477124196 Gflops = 0.216659477124196 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.003057549 Relative Rsd = 1.34540264119464e-06
BICGSTAB_SOLVER_TIME: 1.977483 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0.12198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324684999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.107351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.63512(s) Flops=1131595776 => 1781.70389217786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256445.009679328 Mflops = 256.445009679328 Gflops = 0.256445009679328 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.117824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787359(s) Flops=1413752832 => 1795.56318274129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258547.265621716 Mflops = 258.547265621716 Gflops = 0.258547265621716 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.00194222 Relative Rsd = 8.52924314884783e-07
BICGSTAB_SOLVER_TIME: 1.425825 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.116142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276419999999997
num_pf = 1
MInvCG2: 183 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.749247(s) Flops=1190559744 => 1589.00835638982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228835.912923052 Mflops = 228.835912923052 Gflops = 0.228835912923052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131707
CLOV_LINOP: Time spent in clov deriv (total) = 1.388141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 32 resid = 1.798502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118381(s) Flops=212944896 => 1798.8097414281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258919.229749227 Mflops = 258.919229749227 Gflops = 0.258919229749227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 57 resid = 8.632717e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209856(s) Flops=376989696 => 1796.4208600183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.417547262 Mflops = 258.602417547262 Gflops = 0.258602417547262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.000721579 Relative Rsd = 3.16509393743045e-07
BICGSTAB_SOLVER_TIME: 0.430247 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 82 resid = 1.473811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299861(s) Flops=541034496 => 1804.28430506135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259777.600400754 Mflops = 259.777600400754 Gflops = 0.259777600400754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056094 s
InvBiCGStab: k = 105 resid = 1.081739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38629(s) Flops=691955712 => 1791.28559372492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257903.875444609 Mflops = 257.903875444609 Gflops = 0.257903875444609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001268089 Relative Rsd = 5.56227606609993e-07
BICGSTAB_SOLVER_TIME: 0.787589 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044249 s
InvBiCGStab: k = 59 resid = 1.962015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220715(s) Flops=390113280 => 1767.49781392293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254456.813711693 Mflops = 254.456813711693 Gflops = 0.254456813711693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058125 s
InvBiCGStab: k = 78 resid = 1.12084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305291(s) Flops=514787328 => 1686.21848662424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242764.603130639 Mflops = 242.764603130639 Gflops = 0.242764603130639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001015856 Relative Rsd = 4.45589468427998e-07
BICGSTAB_SOLVER_TIME: 0.634411 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05742 s
InvBiCGStab: k = 67 resid = 2.197704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298523(s) Flops=442607616 => 1482.65834123334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213465.409045521 Mflops = 213.465409045521 Gflops = 0.213465409045521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079685 s
InvBiCGStab: k = 83 resid = 1.000392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366489(s) Flops=547596288 => 1494.16841433167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215121.115791594 Mflops = 215.121115791594 Gflops = 0.215121115791594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001098639 Relative Rsd = 4.81900712296995e-07
BICGSTAB_SOLVER_TIME: 0.806177 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070034 s
InvBiCGStab: k = 55 resid = 2.000487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259568(s) Flops=363866112 => 1401.81421438698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201823.655328295 Mflops = 201.823655328295 Gflops = 0.201823655328295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 73 resid = 1.092265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368941(s) Flops=481978368 => 1306.38331874202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188086.45034361 Mflops = 188.08645034361 Gflops = 0.18808645034361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001076402 Relative Rsd = 4.7214717443757e-07
BICGSTAB_SOLVER_TIME: 0.75879 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105665
Monitoring force
num_pf = 1
MInvCG2: 182 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.749275(s) Flops=1184292864 => 1580.58505088252 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227575.522034653 Mflops = 227.575522034653 Gflops = 0.227575522034653 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130804
CLOV_LINOP: Time spent in clov deriv (total) = 1.384158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 31 resid = 2.275056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114838(s) Flops=206383104 => 1797.16734878699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258684.083842011 Mflops = 258.684083842011 Gflops = 0.258684083842011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056454 s
InvBiCGStab: k = 53 resid = 1.017413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208608(s) Flops=350742528 => 1681.34744592729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242037.899012024 Mflops = 242.037899012024 Gflops = 0.242037899012024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007174203 Relative Rsd = 3.14685268155065e-07
BICGSTAB_SOLVER_TIME: 0.424904 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 78 resid = 1.125721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287468(s) Flops=514787328 => 1790.76393894277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257829.534786189 Mflops = 257.82953478619 Gflops = 0.25782953478619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057321 s
InvBiCGStab: k = 108 resid = 9.950127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396824(s) Flops=711641088 => 1793.34185432333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258194.709936436 Mflops = 258.194709936436 Gflops = 0.258194709936436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001290641 Relative Rsd = 5.66119527290984e-07
BICGSTAB_SOLVER_TIME: 0.786888 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 60 resid = 1.837405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220281(s) Flops=396675072 => 1800.76843667861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.08473471 Mflops = 259.25308473471 Gflops = 0.25925308473471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055998 s
InvBiCGStab: k = 74 resid = 1.088245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271215(s) Flops=488540160 => 1801.30214036834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.730882512 Mflops = 259.331730882512 Gflops = 0.259331730882512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00103527 Relative Rsd = 4.54105067267774e-07
BICGSTAB_SOLVER_TIME: 0.592487 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044346 s
InvBiCGStab: k = 62 resid = 2.226505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238515(s) Flops=409798656 => 1718.12530029558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247359.773683955 Mflops = 247.359773683955 Gflops = 0.247359773683955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 73 resid = 1.124295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267097(s) Flops=481978368 => 1804.50685705942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.394527202 Mflops = 259.776394527202 Gflops = 0.259776394527202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001105275 Relative Rsd = 4.84811755799537e-07
BICGSTAB_SOLVER_TIME: 0.610032 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 63 resid = 2.255254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231447(s) Flops=416360448 => 1798.94510622302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.680224533 Mflops = 258.988680224533 Gflops = 0.258988680224533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 85 resid = 7.494029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310552(s) Flops=560719872 => 1805.55872124475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259946.478184891 Mflops = 259.946478184891 Gflops = 0.259946478184891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001096759 Relative Rsd = 4.81076185573806e-07
BICGSTAB_SOLVER_TIME: 0.64295 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119793
Monitoring force
num_pf = 1
MInvCG2: 181 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893451(s) Flops=1178025984 => 1318.51213328991 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189848.211109095 Mflops = 189.848211109095 Gflops = 0.189848211109095 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129882
CLOV_LINOP: Time spent in clov deriv (total) = 1.53797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041753 s
InvBiCGStab: k = 33 resid = 1.458985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122923(s) Flops=219506688 => 1785.72511246878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257013.259892558 Mflops = 257.013259892558 Gflops = 0.257013259892558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056961 s
InvBiCGStab: k = 57 resid = 8.986358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210564(s) Flops=376989696 => 1790.38057787656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257740.816522681 Mflops = 257.740816522681 Gflops = 0.257740816522681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007646325 Relative Rsd = 3.35394180806903e-07
BICGSTAB_SOLVER_TIME: 0.436134 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 53 resid = 2.153747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195331(s) Flops=350742528 => 1795.63166112906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258501.77483001 Mflops = 258.50177483001 Gflops = 0.25850177483001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05695 s
InvBiCGStab: k = 74 resid = 9.03654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272231(s) Flops=488540160 => 1794.57945641753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258370.636415207 Mflops = 258.370636415207 Gflops = 0.258370636415207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001060357 Relative Rsd = 4.65108952643394e-07
BICGSTAB_SOLVER_TIME: 0.569289 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 55 resid = 2.144064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202045(s) Flops=363866112 => 1800.91619193744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.24754878 Mflops = 259.26224754878 Gflops = 0.25926224754878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 73 resid = 9.639715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268972(s) Flops=481978368 => 1791.92766533319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257985.596532422 Mflops = 257.985596532422 Gflops = 0.257985596532422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001037808 Relative Rsd = 4.55218308556697e-07
BICGSTAB_SOLVER_TIME: 0.572773 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 64 resid = 2.087128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237498(s) Flops=422922240 => 1780.74021675972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256373.015011061 Mflops = 256.373015011061 Gflops = 0.256373015011061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055824 s
InvBiCGStab: k = 77 resid = 1.115507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281699(s) Flops=508225536 => 1804.14391247395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259733.340790609 Mflops = 259.733340790609 Gflops = 0.259733340790609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001091245 Relative Rsd = 4.7865749895892e-07
BICGSTAB_SOLVER_TIME: 0.619631 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 56 resid = 2.278104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206147(s) Flops=370427904 => 1796.9114466861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258680.986576921 Mflops = 258.680986576921 Gflops = 0.258680986576921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056276 s
InvBiCGStab: k = 69 resid = 7.29795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252388(s) Flops=455731200 => 1805.67697354866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.964189563 Mflops = 259.955964189563 Gflops = 0.259955964189563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001037404 Relative Rsd = 4.55041168332337e-07
BICGSTAB_SOLVER_TIME: 0.559708 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103394
Monitoring force
num_pf = 1
MInvCG2: 181 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.743225(s) Flops=1177952256 => 1584.92011974839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228206.836176682 Mflops = 228.206836176682 Gflops = 0.228206836176682 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130133
CLOV_LINOP: Time spent in clov deriv (total) = 1.409717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044696 s
InvBiCGStab: k = 33 resid = 1.880941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13237(s) Flops=219506688 => 1658.28124197326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238707.755268489 Mflops = 238.707755268489 Gflops = 0.238707755268489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061212 s
InvBiCGStab: k = 47 resid = 1.076704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206501(s) Flops=311371776 => 1507.84633488458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217057.608086806 Mflops = 217.057608086806 Gflops = 0.217057608086806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007382395 Relative Rsd = 3.23817283316076e-07
BICGSTAB_SOLVER_TIME: 0.451783 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059251 s
InvBiCGStab: k = 58 resid = 2.207117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245517(s) Flops=383551488 => 1562.21967521597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224928.166859206 Mflops = 224.928166859206 Gflops = 0.224928166859206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067547 s
InvBiCGStab: k = 82 resid = 7.720927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355314(s) Flops=541034496 => 1522.69400023641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219237.338473475 Mflops = 219.237338473475 Gflops = 0.219237338473475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001121336 Relative Rsd = 4.91856769075362e-07
BICGSTAB_SOLVER_TIME: 0.732005 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041985 s
InvBiCGStab: k = 61 resid = 2.073663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270584(s) Flops=403236864 => 1490.24651864116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214549.124527154 Mflops = 214.549124527154 Gflops = 0.214549124527154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056246 s
InvBiCGStab: k = 73 resid = 1.12651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314427(s) Flops=481978368 => 1532.87843601217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220696.22669816 Mflops = 220.69622669816 Gflops = 0.22069622669816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001080331 Relative Rsd = 4.73870525671911e-07
BICGSTAB_SOLVER_TIME: 0.687044 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 69 resid = 1.492775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253954(s) Flops=455731200 => 1794.54231868764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258360.39341913 Mflops = 258.36039341913 Gflops = 0.25836039341913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 78 resid = 1.006985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286393(s) Flops=514787328 => 1797.48572067055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258772.266692256 Mflops = 258.772266692256 Gflops = 0.258772266692256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001103339 Relative Rsd = 4.83962412083255e-07
BICGSTAB_SOLVER_TIME: 0.642619 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 57 resid = 8.332066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211969(s) Flops=376989696 => 1778.51334865004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256047.697590672 Mflops = 256.047697590672 Gflops = 0.256047697590672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 70 resid = 1.116408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256468(s) Flops=462292992 => 1802.53673752671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259500.920016345 Mflops = 259.500920016345 Gflops = 0.259500920016345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009967113 Relative Rsd = 4.37191929028614e-07
BICGSTAB_SOLVER_TIME: 0.569705 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105031
Monitoring force
num_pf = 1
MInvCG2: 181 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.76296(s) Flops=1177952256 => 1543.92400125826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222309.226463351 Mflops = 222.309226463351 Gflops = 0.222309226463351 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130066
CLOV_LINOP: Time spent in clov deriv (total) = 1.390834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.229966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760015(s) Flops=1354696704 => 1782.46048301678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256694.977881008 Mflops = 256.694977881008 Gflops = 0.256694977881008 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.068603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971477(s) Flops=1597483008 => 1644.38582488314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236780.409723772 Mflops = 236.780409723772 Gflops = 0.236780409723772 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002257586 Relative Rsd = 9.93436927751818e-07
BICGSTAB_SOLVER_TIME: 1.735721 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320530999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.174373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795011(s) Flops=1236584448 => 1555.4306141676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223930.407302025 Mflops = 223.930407302025 Gflops = 0.223930407302025 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.151598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853882(s) Flops=1262831616 => 1478.92989429453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212956.716886209 Mflops = 212.956716886209 Gflops = 0.212956716886209 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.00191039 Relative Rsd = 8.38966420572367e-07
BICGSTAB_SOLVER_TIME: 1.652366 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.125497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271127999999998
num_pf = 1
MInvCG2: 181 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883168(s) Flops=1177952256 => 1333.78049929345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192083.692518598 Mflops = 192.083692518598 Gflops = 0.192083692518598 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131046
CLOV_LINOP: Time spent in clov deriv (total) = 1.391563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041615 s
InvBiCGStab: k = 31 resid = 1.203997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114495(s) Flops=206383104 => 1802.55123804533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259438.095306812 Mflops = 259.438095306812 Gflops = 0.259438095306812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056163 s
InvBiCGStab: k = 52 resid = 7.32032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191014(s) Flops=344180736 => 1801.86130859518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259389.314184586 Mflops = 259.389314184586 Gflops = 0.259389314184586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007347295 Relative Rsd = 3.22277685064542e-07
BICGSTAB_SOLVER_TIME: 0.407092 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040742 s
InvBiCGStab: k = 75 resid = 1.545389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274997(s) Flops=495101952 => 1800.39037516773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.494369963 Mflops = 259.207494369963 Gflops = 0.259207494369963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057479 s
InvBiCGStab: k = 100 resid = 5.937688e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368315(s) Flops=659146752 => 1789.62776970799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257666.158427179 Mflops = 257.666158427179 Gflops = 0.257666158427179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001211931 Relative Rsd = 5.31594902669583e-07
BICGSTAB_SOLVER_TIME: 0.745395 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 54 resid = 2.261113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198094(s) Flops=357304320 => 1803.71096550123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259671.786218229 Mflops = 259.671786218229 Gflops = 0.259671786218229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055813 s
InvBiCGStab: k = 66 resid = 1.147005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241678(s) Flops=436045824 => 1804.24293481409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.379724579 Mflops = 259.736379724579 Gflops = 0.259736379724579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009791716 Relative Rsd = 4.29498405850981e-07
BICGSTAB_SOLVER_TIME: 0.540943 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 67 resid = 1.46933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245217(s) Flops=442607616 => 1804.96301643035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259847.672883158 Mflops = 259.847672883158 Gflops = 0.259847672883158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056328 s
InvBiCGStab: k = 87 resid = 7.107586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318371(s) Flops=573843456 => 1802.43632742932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.549913424 Mflops = 259.503549913424 Gflops = 0.259503549913424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001108862 Relative Rsd = 4.86384979544798e-07
BICGSTAB_SOLVER_TIME: 0.665041 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124215000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041299 s
InvBiCGStab: k = 56 resid = 1.899011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205516(s) Flops=370427904 => 1802.42854084354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.796110657 Mflops = 259.490796110657 Gflops = 0.259490796110657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056846 s
InvBiCGStab: k = 74 resid = 1.051677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270869(s) Flops=488540160 => 1803.60307011877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259652.36675975 Mflops = 259.65236675975 Gflops = 0.25965236675975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001077251 Relative Rsd = 4.7251937827019e-07
BICGSTAB_SOLVER_TIME: 0.57844 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106901
Monitoring force
num_pf = 1
MInvCG2: 181 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.743113(s) Flops=1177878528 => 1585.05977960283 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228256.141726142 Mflops = 228.256141726142 Gflops = 0.228256141726142 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129869
CLOV_LINOP: Time spent in clov deriv (total) = 1.564393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056546 s
InvBiCGStab: k = 28 resid = 1.83267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114762(s) Flops=186697728 => 1626.82532545616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234070.072657985 Mflops = 234.070072657985 Gflops = 0.234070072657985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.096506 s
InvBiCGStab: k = 48 resid = 9.191725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177595(s) Flops=317933568 => 1790.21688673668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257710.161238668 Mflops = 257.710161238668 Gflops = 0.257710161238668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007308326 Relative Rsd = 3.20568376367446e-07
BICGSTAB_SOLVER_TIME: 0.449205 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 72 resid = 1.950957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264634(s) Flops=475416576 => 1796.50602719227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258637.379507079 Mflops = 258.637379507079 Gflops = 0.258637379507079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056485 s
InvBiCGStab: k = 102 resid = 8.931431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374291(s) Flops=672270336 => 1796.11675407637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258592.930351196 Mflops = 258.592930351196 Gflops = 0.258592930351196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00123241 Relative Rsd = 5.40577632893749e-07
BICGSTAB_SOLVER_TIME: 0.740517 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044476 s
InvBiCGStab: k = 57 resid = 1.865812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210187(s) Flops=376989696 => 1793.5918777089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258190.373660715 Mflops = 258.190373660715 Gflops = 0.258190373660715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 73 resid = 1.098923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266347(s) Flops=481978368 => 1809.58812376336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260526.029348913 Mflops = 260.526029348913 Gflops = 0.260526029348913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001049113 Relative Rsd = 4.60177111435799e-07
BICGSTAB_SOLVER_TIME: 0.58148 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 67 resid = 1.712333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245041(s) Flops=442607616 => 1806.25942597361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.304577744 Mflops = 260.066304577744 Gflops = 0.260066304577744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 81 resid = 1.131178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296481(s) Flops=534472704 => 1802.72160441984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.36834156 Mflops = 259.54336834156 Gflops = 0.25954336834156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001099939 Relative Rsd = 4.82471349946814e-07
BICGSTAB_SOLVER_TIME: 0.642427 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 52 resid = 2.179942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190874(s) Flops=344180736 => 1803.18291647893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259593.502968419 Mflops = 259.593502968419 Gflops = 0.259593502968419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 79 resid = 1.11401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288855(s) Flops=521349120 => 1804.88175728307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.787899502 Mflops = 259.845787899502 Gflops = 0.259845787899502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00104537 Relative Rsd = 4.5853510478993e-07
BICGSTAB_SOLVER_TIME: 0.580965 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107624
Monitoring force
num_pf = 1
MInvCG2: 180 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.737745(s) Flops=1171832832 => 1588.39820263099 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228704.401292982 Mflops = 228.704401292982 Gflops = 0.228704401292982 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129497
CLOV_LINOP: Time spent in clov deriv (total) = 1.390687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 28 resid = 2.206641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103817(s) Flops=186697728 => 1798.33483918819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258843.382898193 Mflops = 258.843382898193 Gflops = 0.258843382898193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 47 resid = 9.397889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173198(s) Flops=311371776 => 1797.77928151595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258779.716264717 Mflops = 258.779716264717 Gflops = 0.258779716264717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007330488 Relative Rsd = 3.21540477391125e-07
BICGSTAB_SOLVER_TIME: 0.378072 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050005 s
InvBiCGStab: k = 56 resid = 1.115239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243591(s) Flops=370427904 => 1520.69618335653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218951.051713117 Mflops = 218.951051713117 Gflops = 0.218951051713117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068422 s
InvBiCGStab: k = 76 resid = 1.075652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340475(s) Flops=501663744 => 1473.42314119979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212132.572700585 Mflops = 212.132572700585 Gflops = 0.212132572700585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001081844 Relative Rsd = 4.74533895131312e-07
BICGSTAB_SOLVER_TIME: 0.706466 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045753 s
InvBiCGStab: k = 54 resid = 2.130058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236773(s) Flops=357304320 => 1509.05854975018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217262.0753068 Mflops = 217.2620753068 Gflops = 0.2172620753068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074358 s
InvBiCGStab: k = 79 resid = 6.989977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355635(s) Flops=521349120 => 1465.96684803239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211059.570693062 Mflops = 211.059570693062 Gflops = 0.211059570693062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001020055 Relative Rsd = 4.47431236549133e-07
BICGSTAB_SOLVER_TIME: 0.71644 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 64 resid = 1.658415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277967(s) Flops=422922240 => 1521.48362935169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219047.652158265 Mflops = 219.047652158265 Gflops = 0.219047652158265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056988 s
InvBiCGStab: k = 74 resid = 1.083955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27194(s) Flops=488540160 => 1796.49981613591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258630.132905651 Mflops = 258.630132905651 Gflops = 0.258630132905651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001069743 Relative Rsd = 4.6922596924444e-07
BICGSTAB_SOLVER_TIME: 0.651842 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112789
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041824 s
InvBiCGStab: k = 60 resid = 1.054053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220831(s) Flops=396675072 => 1796.28345657992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.110440993 Mflops = 258.605110440993 Gflops = 0.258605110440992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056609 s
InvBiCGStab: k = 67 resid = 1.145113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246498(s) Flops=442607616 => 1795.58299053136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258510.167042533 Mflops = 258.510167042533 Gflops = 0.258510167042533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001069369 Relative Rsd = 4.69062003473204e-07
BICGSTAB_SOLVER_TIME: 0.569606 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105186
Monitoring force
num_pf = 1
MInvCG2: 180 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.738244(s) Flops=1171759104 => 1587.22468993991 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228532.402555141 Mflops = 228.532402555141 Gflops = 0.228532402555141 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129736
CLOV_LINOP: Time spent in clov deriv (total) = 1.381057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041886 s
InvBiCGStab: k = 25 resid = 2.227897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093525(s) Flops=167012352 => 1785.75089013633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257022.457852995 Mflops = 257.022457852995 Gflops = 0.257022457852995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 53 resid = 1.14242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205134(s) Flops=350742528 => 1709.82152154202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246150.094263299 Mflops = 246.150094263299 Gflops = 0.246150094263299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000756404 Relative Rsd = 3.31784840225052e-07
BICGSTAB_SOLVER_TIME: 0.401861 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 56 resid = 2.086456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20486(s) Flops=370427904 => 1808.20025383189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260311.487658323 Mflops = 260.311487658323 Gflops = 0.260311487658323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056496 s
InvBiCGStab: k = 76 resid = 1.113809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277783(s) Flops=501663744 => 1805.9555264361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259997.589653136 Mflops = 259.997589653136 Gflops = 0.259997589653136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001129093 Relative Rsd = 4.95259046062581e-07
BICGSTAB_SOLVER_TIME: 0.584009 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 58 resid = 2.228413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213029(s) Flops=383551488 => 1800.46607738852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.77974794 Mflops = 259.20277974794 Gflops = 0.25920277974794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056173 s
InvBiCGStab: k = 72 resid = 9.230911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263217(s) Flops=475416576 => 1806.17732137362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.538451496 Mflops = 260.017538451496 Gflops = 0.260017538451496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001020769 Relative Rsd = 4.47744359597786e-07
BICGSTAB_SOLVER_TIME: 0.577381 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040718 s
InvBiCGStab: k = 62 resid = 1.814306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226871(s) Flops=409798656 => 1806.30691450207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260050.183037924 Mflops = 260.050183037924 Gflops = 0.260050183037924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 78 resid = 9.724922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285263(s) Flops=514787328 => 1804.60602321367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259792.156171916 Mflops = 259.792156171916 Gflops = 0.259792156171916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001060583 Relative Rsd = 4.65208118488221e-07
BICGSTAB_SOLVER_TIME: 0.613229 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043745 s
InvBiCGStab: k = 58 resid = 1.843819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254559(s) Flops=383551488 => 1506.72923762271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216915.569674411 Mflops = 216.915569674411 Gflops = 0.216915569674411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070848 s
InvBiCGStab: k = 66 resid = 1.078989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295195(s) Flops=436045824 => 1477.14501939396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212668.218639576 Mflops = 212.668218639576 Gflops = 0.212668218639576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009924287 Relative Rsd = 4.35313446055557e-07
BICGSTAB_SOLVER_TIME: 0.668343 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102877
Monitoring force
num_pf = 1
MInvCG2: 180 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86464(s) Flops=1171759104 => 1355.19881569208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195137.309902472 Mflops = 195.137309902472 Gflops = 0.195137309902472 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129296
CLOV_LINOP: Time spent in clov deriv (total) = 1.429005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.57745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730412(s) Flops=1321887744 => 1809.78371658735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260611.890058567 Mflops = 260.611890058567 Gflops = 0.260611890058567 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.049783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759508(s) Flops=1374382080 => 1809.56893146616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260562.695368395 Mflops = 260.562695368395 Gflops = 0.260562695368395 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.003031148 Relative Rsd = 1.33388079418703e-06
BICGSTAB_SOLVER_TIME: 1.493242 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292982999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.764912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.635763(s) Flops=1151281152 => 1810.86529414263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260699.276748306 Mflops = 260.699276748306 Gflops = 0.260699276748306 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 7.862259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732385(s) Flops=1328449536 => 1813.86775534726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261178.791752908 Mflops = 261.178791752908 Gflops = 0.261178791752908 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.001913094 Relative Rsd = 8.40175155813711e-07
BICGSTAB_SOLVER_TIME: 1.371527 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269749999999997
num_pf = 1
MInvCG2: 180 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.750427(s) Flops=1171759104 => 1561.45648277581 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225005.578476362 Mflops = 225.005578476362 Gflops = 0.225005578476362 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129473
CLOV_LINOP: Time spent in clov deriv (total) = 1.402499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046397 s
InvBiCGStab: k = 29 resid = 1.986913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121031(s) Flops=193259520 => 1596.77702406821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229843.261303786 Mflops = 229.843261303786 Gflops = 0.229843261303786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075573 s
InvBiCGStab: k = 56 resid = 1.035711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227323(s) Flops=370427904 => 1629.52232726121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234583.014353321 Mflops = 234.583014353321 Gflops = 0.234583014353321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007499922 Relative Rsd = 3.28972426397733e-07
BICGSTAB_SOLVER_TIME: 0.474437 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045887 s
InvBiCGStab: k = 82 resid = 2.078985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342278(s) Flops=541034496 => 1580.6873243387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227582.732949165 Mflops = 227.582732949165 Gflops = 0.227582732949165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085822 s
InvBiCGStab: k = 104 resid = 1.027822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448298(s) Flops=685393920 => 1528.88016453341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220124.211934615 Mflops = 220.124211934615 Gflops = 0.220124211934615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001250507 Relative Rsd = 5.48515394091882e-07
BICGSTAB_SOLVER_TIME: 0.926199 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043229 s
InvBiCGStab: k = 55 resid = 2.216273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203589(s) Flops=363866112 => 1787.25821139649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257292.014999306 Mflops = 257.292014999306 Gflops = 0.257292014999306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 69 resid = 1.093774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25313(s) Flops=455731200 => 1800.38399241496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259186.706181829 Mflops = 259.186706181829 Gflops = 0.259186706181829 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001089066 Relative Rsd = 4.77701942597303e-07
BICGSTAB_SOLVER_TIME: 0.560031 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042095 s
InvBiCGStab: k = 64 resid = 2.00098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2361(s) Flops=422922240 => 1791.28437102922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257886.937494461 Mflops = 257.886937494461 Gflops = 0.257886937494461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056531 s
InvBiCGStab: k = 75 resid = 9.502044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276406(s) Flops=495101952 => 1791.21275225574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257865.697351371 Mflops = 257.865697351371 Gflops = 0.257865697351371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001107774 Relative Rsd = 4.8590794178868e-07
BICGSTAB_SOLVER_TIME: 0.614946 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040712 s
InvBiCGStab: k = 58 resid = 2.236092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213184(s) Flops=383551488 => 1799.15700990693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259012.638391608 Mflops = 259.012638391608 Gflops = 0.259012638391608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 76 resid = 1.096183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279243(s) Flops=501663744 => 1796.51323041222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258642.01663573 Mflops = 258.64201663573 Gflops = 0.25864201663573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001097148 Relative Rsd = 4.81246789635376e-07
BICGSTAB_SOLVER_TIME: 0.593544 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11004
Monitoring force
num_pf = 1
MInvCG2: 180 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.737925(s) Flops=1171685376 => 1587.81092387438 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228732.612701393 Mflops = 228.732612701393 Gflops = 0.228732612701393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129668
CLOV_LINOP: Time spent in clov deriv (total) = 1.386423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 35 resid = 1.059818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129675(s) Flops=232630272 => 1793.94850202429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.904692781 Mflops = 258.211904692781 Gflops = 0.258211904692781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 58 resid = 8.694935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212917(s) Flops=383551488 => 1801.41317039034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.11802369 Mflops = 259.32411802369 Gflops = 0.25932411802369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007811568 Relative Rsd = 3.42642300235047e-07
BICGSTAB_SOLVER_TIME: 0.443295 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0805710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041839 s
InvBiCGStab: k = 83 resid = 9.490307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3055(s) Flops=547596288 => 1792.45920785597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258072.357673748 Mflops = 258.072357673748 Gflops = 0.258072357673748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055905 s
InvBiCGStab: k = 96 resid = 1.150052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351571(s) Flops=632899584 => 1800.20418066337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.709264861 Mflops = 259.178709264861 Gflops = 0.259178709264861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001279264 Relative Rsd = 5.61129371255999e-07
BICGSTAB_SOLVER_TIME: 0.758711 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143961
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051176 s
InvBiCGStab: k = 59 resid = 2.239575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256653(s) Flops=390113280 => 1520.00280534418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218802.347208039 Mflops = 218.802347208039 Gflops = 0.218802347208039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065268 s
InvBiCGStab: k = 68 resid = 1.039431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321952(s) Flops=449169408 => 1395.14402146904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200923.018368184 Mflops = 200.923018368184 Gflops = 0.200923018368184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001030108 Relative Rsd = 4.51840746435027e-07
BICGSTAB_SOLVER_TIME: 0.701085 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048615 s
InvBiCGStab: k = 60 resid = 9.351872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283209(s) Flops=396675072 => 1400.64430155821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201654.171535753 Mflops = 201.654171535753 Gflops = 0.201654171535753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070451 s
InvBiCGStab: k = 84 resid = 7.663701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355948(s) Flops=554158080 => 1556.8512254599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224147.407256578 Mflops = 224.147407256578 Gflops = 0.224147407256578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114915 Relative Rsd = 4.89040346741958e-07
BICGSTAB_SOLVER_TIME: 0.762102 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063844 s
InvBiCGStab: k = 64 resid = 2.211526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260285(s) Flops=422922240 => 1624.84292218145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233927.440760693 Mflops = 233.927440760693 Gflops = 0.233927440760693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056961 s
InvBiCGStab: k = 70 resid = 9.021933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259037(s) Flops=462292992 => 1784.66007558766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256927.682409667 Mflops = 256.927682409668 Gflops = 0.256927682409668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001054704 Relative Rsd = 4.62629602267614e-07
BICGSTAB_SOLVER_TIME: 0.644057 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110017
Monitoring force
num_pf = 1
MInvCG2: 179 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.737518(s) Flops=1165565952 => 1580.38983726499 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227540.603171295 Mflops = 227.540603171295 Gflops = 0.227540603171295 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129144
CLOV_LINOP: Time spent in clov deriv (total) = 1.38933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 33 resid = 1.795826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122204(s) Flops=219506688 => 1796.23161271317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258549.010513294 Mflops = 258.549010513294 Gflops = 0.258549010513294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055927 s
InvBiCGStab: k = 55 resid = 9.281118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202072(s) Flops=363866112 => 1800.67556118611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.311749263 Mflops = 259.210311749263 Gflops = 0.259210311749263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007355572 Relative Rsd = 3.22640748482012e-07
BICGSTAB_SOLVER_TIME: 0.425264 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 50 resid = 2.213608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18459(s) Flops=331057152 => 1793.47284251585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258200.15587094 Mflops = 258.20015587094 Gflops = 0.25820015587094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056318 s
InvBiCGStab: k = 78 resid = 1.063662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284978(s) Flops=514787328 => 1806.41076855055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.478638796 Mflops = 260.063478638796 Gflops = 0.260063478638796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001069473 Relative Rsd = 4.69107552357646e-07
BICGSTAB_SOLVER_TIME: 0.570607 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 53 resid = 1.972838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196794(s) Flops=350742528 => 1782.28263056801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256592.035545504 Mflops = 256.592035545504 Gflops = 0.256592035545504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056598 s
InvBiCGStab: k = 61 resid = 1.030052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223672(s) Flops=403236864 => 1802.80439214564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.786689981 Mflops = 259.525786689981 Gflops = 0.259525786689981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.000995247 Relative Rsd = 4.36549648906965e-07
BICGSTAB_SOLVER_TIME: 0.522151 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956020000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 60 resid = 1.899876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220009(s) Flops=396675072 => 1802.99475021476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.11568606 Mflops = 259.56911568606 Gflops = 0.25956911568606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056615 s
InvBiCGStab: k = 78 resid = 9.539776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285095(s) Flops=514787328 => 1805.66943650362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.465376788 Mflops = 259.955465376788 Gflops = 0.259955465376788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001124149 Relative Rsd = 4.93090674057039e-07
BICGSTAB_SOLVER_TIME: 0.606743 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 53 resid = 2.143099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195198(s) Flops=350742528 => 1796.85513171242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258684.521522975 Mflops = 258.684521522975 Gflops = 0.258684521522975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056658 s
InvBiCGStab: k = 71 resid = 8.316824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259836(s) Flops=468854784 => 1804.42580704752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.267727424 Mflops = 259.766267727424 Gflops = 0.259766267727424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001015453 Relative Rsd = 4.45412838841356e-07
BICGSTAB_SOLVER_TIME: 0.556709 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102606
Monitoring force
num_pf = 1
MInvCG2: 179 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859996(s) Flops=1165492224 => 1355.22981967358 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195181.814381984 Mflops = 195.181814381984 Gflops = 0.195181814381984 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128779
CLOV_LINOP: Time spent in clov deriv (total) = 1.494192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 24 resid = 2.278752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089122(s) Flops=160450560 => 1800.34738897242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259098.26364135 Mflops = 259.09826364135 Gflops = 0.25909826364135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 46 resid = 1.074038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169837(s) Flops=304809984 => 1794.72072634349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.586378294 Mflops = 258.347586378294 Gflops = 0.258347586378294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007631944 Relative Rsd = 3.34763364502022e-07
BICGSTAB_SOLVER_TIME: 0.360723 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042627 s
InvBiCGStab: k = 63 resid = 9.283679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233277(s) Flops=416360448 => 1784.8328296403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256959.688818081 Mflops = 256.959688818081 Gflops = 0.256959688818081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056969 s
InvBiCGStab: k = 84 resid = 9.916425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307458(s) Flops=554158080 => 1802.38627715005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259504.587529174 Mflops = 259.504587529174 Gflops = 0.259504587529174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001102181 Relative Rsd = 4.83454685000288e-07
BICGSTAB_SOLVER_TIME: 0.644148 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041672 s
InvBiCGStab: k = 56 resid = 2.117732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205348(s) Flops=370427904 => 1803.90314977502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259687.212909996 Mflops = 259.687212909996 Gflops = 0.259687212909996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 62 resid = 9.624108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227711(s) Flops=409798656 => 1799.64365357844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.738658393 Mflops = 259.088738658393 Gflops = 0.259088738658392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001001468 Relative Rsd = 4.39278445807967e-07
BICGSTAB_SOLVER_TIME: 0.53467 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 64 resid = 1.632267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235077(s) Flops=422922240 => 1799.07962072002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259010.293796567 Mflops = 259.010293796567 Gflops = 0.259010293796567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056486 s
InvBiCGStab: k = 71 resid = 1.088797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260274(s) Flops=468854784 => 1801.38924364324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.858898318 Mflops = 259.348858898318 Gflops = 0.259348858898318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001088977 Relative Rsd = 4.77662827748107e-07
BICGSTAB_SOLVER_TIME: 0.596465 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041981 s
InvBiCGStab: k = 55 resid = 1.745756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201763(s) Flops=363866112 => 1803.43329550017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259625.436166078 Mflops = 259.625436166078 Gflops = 0.259625436166078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055915 s
InvBiCGStab: k = 69 resid = 1.141163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254965(s) Flops=455731200 => 1787.42650952091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257327.859216647 Mflops = 257.327859216647 Gflops = 0.257327859216647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001080918 Relative Rsd = 4.74128040273078e-07
BICGSTAB_SOLVER_TIME: 0.558406 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102747
Monitoring force
num_pf = 1
MInvCG2: 179 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.735359(s) Flops=1165418496 => 1584.82930922175 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228186.799263238 Mflops = 228.186799263238 Gflops = 0.228186799263238 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12872
CLOV_LINOP: Time spent in clov deriv (total) = 1.388355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.604464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97584(s) Flops=1459685376 => 1495.82449581899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215381.761583252 Mflops = 215.381761583252 Gflops = 0.215381761583252 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 8.228874e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.066856(s) Flops=1630291968 => 1528.12747737277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220042.732536393 Mflops = 220.042732536393 Gflops = 0.220042732536393 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002439494 Relative Rsd = 1.07354562903511e-06
BICGSTAB_SOLVER_TIME: 2.046011 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335476999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.112101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.726922(s) Flops=1131595776 => 1556.69490811944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224175.849607738 Mflops = 224.175849607738 Gflops = 0.224175849607738 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 9.627045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700104(s) Flops=1262831616 => 1803.77717596243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259727.012994433 Mflops = 259.727012994433 Gflops = 0.259727012994433 Tflops
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.001953557 Relative Rsd = 8.5796898419824e-07
BICGSTAB_SOLVER_TIME: 1.430523 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260218999999997
num_pf = 1
MInvCG2: 179 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.735444(s) Flops=1165418496 => 1584.64614029076 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228170.81163847 Mflops = 228.17081163847 Gflops = 0.22817081163847 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129037
CLOV_LINOP: Time spent in clov deriv (total) = 1.377888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041839 s
InvBiCGStab: k = 30 resid = 1.513249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111695(s) Flops=199821312 => 1788.99066207082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257489.353885095 Mflops = 257.489353885095 Gflops = 0.257489353885095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 43 resid = 9.34936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158754(s) Flops=285124608 => 1796.01526890661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258521.696101305 Mflops = 258.521696101305 Gflops = 0.258521696101305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007721611 Relative Rsd = 3.38696474928946e-07
BICGSTAB_SOLVER_TIME: 0.372353 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 72 resid = 2.161362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26282(s) Flops=475416576 => 1808.90562362073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260428.199476703 Mflops = 260.428199476703 Gflops = 0.260428199476703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 94 resid = 6.361289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343617(s) Flops=619776000 => 1803.68258846332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.631821444 Mflops = 259.676631821444 Gflops = 0.259676631821444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001204892 Relative Rsd = 5.28507076389084e-07
BICGSTAB_SOLVER_TIME: 0.708202 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046219 s
InvBiCGStab: k = 61 resid = 1.091536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272548(s) Flops=403236864 => 1479.50769772664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213004.067788197 Mflops = 213.004067788197 Gflops = 0.213004067788197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064499 s
InvBiCGStab: k = 73 resid = 9.890374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308796(s) Flops=481978368 => 1560.83099522015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224708.714825779 Mflops = 224.708714825779 Gflops = 0.224708714825779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.0009994108 Relative Rsd = 4.38375995769018e-07
BICGSTAB_SOLVER_TIME: 0.696193 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109683
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046891 s
InvBiCGStab: k = 66 resid = 1.449136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327532(s) Flops=436045824 => 1331.30754857541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191670.16865465 Mflops = 191.67016865465 Gflops = 0.19167016865465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068071 s
InvBiCGStab: k = 75 resid = 1.003277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326565(s) Flops=495101952 => 1516.09006476505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218270.790612391 Mflops = 218.270790612391 Gflops = 0.218270790612391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001085979 Relative Rsd = 4.76347731369275e-07
BICGSTAB_SOLVER_TIME: 0.772911 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 53 resid = 2.099072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196313(s) Flops=350742528 => 1786.64952397447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257204.87143004 Mflops = 257.20487143004 Gflops = 0.25720487143004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 73 resid = 1.085036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268035(s) Flops=481978368 => 1798.19190777324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258881.234580448 Mflops = 258.881234580448 Gflops = 0.258881234580448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001060483 Relative Rsd = 4.65164254708249e-07
BICGSTAB_SOLVER_TIME: 0.565741 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104123
Monitoring force
num_pf = 1
MInvCG2: 179 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.736393(s) Flops=1165197312 => 1582.3036232012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227838.151799692 Mflops = 227.838151799692 Gflops = 0.227838151799692 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1288
CLOV_LINOP: Time spent in clov deriv (total) = 1.382907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 26 resid = 2.277808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096579(s) Flops=173574144 => 1797.22448979592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258662.825300169 Mflops = 258.662825300169 Gflops = 0.258662825300169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056451 s
InvBiCGStab: k = 55 resid = 1.000825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201248(s) Flops=363866112 => 1808.04833836858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260272.050127854 Mflops = 260.272050127854 Gflops = 0.260272050127854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0008111845 Relative Rsd = 3.55813485277001e-07
BICGSTAB_SOLVER_TIME: 0.399392 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 73 resid = 2.110798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266585(s) Flops=481978368 => 1807.97257160005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260304.842902661 Mflops = 260.304842902661 Gflops = 0.260304842902661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 98 resid = 9.468523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357548(s) Flops=646023168 => 1806.81521921532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260133.590713646 Mflops = 260.133590713646 Gflops = 0.260133590713646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00126471 Relative Rsd = 5.54745225314757e-07
BICGSTAB_SOLVER_TIME: 0.725503 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 55 resid = 1.771345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201923(s) Flops=363866112 => 1802.00428876354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259416.628337902 Mflops = 259.416628337902 Gflops = 0.259416628337902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 75 resid = 1.000637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313866(s) Flops=495101952 => 1577.43098009979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227100.994846148 Mflops = 227.100994846148 Gflops = 0.227100994846148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001033938 Relative Rsd = 4.53520846654657e-07
BICGSTAB_SOLVER_TIME: 0.617566 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106948
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045139 s
InvBiCGStab: k = 62 resid = 2.115866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286527(s) Flops=409798656 => 1430.22701525511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205916.637283542 Mflops = 205.916637283542 Gflops = 0.205916637283542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066334 s
InvBiCGStab: k = 82 resid = 1.076403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384039(s) Flops=541034496 => 1408.8009186567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202838.11791826 Mflops = 202.83811791826 Gflops = 0.20283811791826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001079162 Relative Rsd = 4.73357539020449e-07
BICGSTAB_SOLVER_TIME: 0.787824 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047529 s
InvBiCGStab: k = 58 resid = 1.99975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265071(s) Flops=383551488 => 1446.9764251842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208321.729649965 Mflops = 208.321729649965 Gflops = 0.208321729649965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083873 s
InvBiCGStab: k = 72 resid = 9.519812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309397(s) Flops=475416576 => 1536.59077495903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221221.027458251 Mflops = 221.221027458251 Gflops = 0.221221027458251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001057332 Relative Rsd = 4.63782111597048e-07
BICGSTAB_SOLVER_TIME: 0.709689 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107082
Monitoring force
num_pf = 1
MInvCG2: 178 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.732346(s) Flops=1159004160 => 1582.59096110309 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227869.070944808 Mflops = 227.869070944808 Gflops = 0.227869070944808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128056
CLOV_LINOP: Time spent in clov deriv (total) = 1.382517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040958 s
InvBiCGStab: k = 33 resid = 1.425527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121886(s) Flops=219506688 => 1800.91797253171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259238.192112813 Mflops = 259.238192112813 Gflops = 0.259238192112813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056229 s
InvBiCGStab: k = 55 resid = 8.192025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202567(s) Flops=363866112 => 1796.27536568148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258570.302387189 Mflops = 258.570302387189 Gflops = 0.258570302387189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007799161 Relative Rsd = 3.42098062555246e-07
BICGSTAB_SOLVER_TIME: 0.425516 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 55 resid = 1.423302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202345(s) Flops=363866112 => 1798.24612419383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258893.971108196 Mflops = 258.893971108196 Gflops = 0.258893971108196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 82 resid = 7.615287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300032(s) Flops=541034496 => 1803.25597269625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259618.143901866 Mflops = 259.618143901866 Gflops = 0.259618143901866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001058651 Relative Rsd = 4.64360613067724e-07
BICGSTAB_SOLVER_TIME: 0.604005 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04142 s
InvBiCGStab: k = 51 resid = 1.987955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187275(s) Flops=337618944 => 1802.79772527032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.487575678 Mflops = 259.538487575678 Gflops = 0.259538487575678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056129 s
InvBiCGStab: k = 70 resid = 8.604546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25669(s) Flops=462292992 => 1800.977802018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259285.990988607 Mflops = 259.285990988607 Gflops = 0.259285990988607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001012108 Relative Rsd = 4.43945266039941e-07
BICGSTAB_SOLVER_TIME: 0.545375 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 56 resid = 1.761188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217274(s) Flops=370427904 => 1704.88831613539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245443.410863646 Mflops = 245.443410863646 Gflops = 0.245443410863646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071242 s
InvBiCGStab: k = 73 resid = 7.576393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340259(s) Flops=481978368 => 1416.50439224238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203934.640642 Mflops = 203.934640642 Gflops = 0.203934640642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001088207 Relative Rsd = 4.77325245152764e-07
BICGSTAB_SOLVER_TIME: 0.674037 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046992 s
InvBiCGStab: k = 58 resid = 2.084004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247641(s) Flops=383551488 => 1548.82062340243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222979.034671934 Mflops = 222.979034671934 Gflops = 0.222979034671934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062678 s
InvBiCGStab: k = 81 resid = 6.666198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365872(s) Flops=534472704 => 1460.81882188306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210321.790772554 Mflops = 210.321790772554 Gflops = 0.210321790772554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001018573 Relative Rsd = 4.46781194734171e-07
BICGSTAB_SOLVER_TIME: 0.726967 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1146
Monitoring force
num_pf = 1
MInvCG2: 178 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834121(s) Flops=1159151616 => 1389.66842460506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200094.006958936 Mflops = 200.094006958936 Gflops = 0.200094006958936 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128062
CLOV_LINOP: Time spent in clov deriv (total) = 1.398731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 25 resid = 2.221049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092779(s) Flops=167012352 => 1800.10942131301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259060.575666222 Mflops = 259.060575666222 Gflops = 0.259060575666222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 51 resid = 1.016438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187769(s) Flops=337618944 => 1798.05475877275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258830.133233093 Mflops = 258.830133233093 Gflops = 0.258830133233093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007365817 Relative Rsd = 3.23090109673816e-07
BICGSTAB_SOLVER_TIME: 0.381667 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 55 resid = 1.636743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201529(s) Flops=363866112 => 1805.52730376273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.209488321 Mflops = 259.928209488321 Gflops = 0.259928209488321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055959 s
InvBiCGStab: k = 76 resid = 9.315813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279742(s) Flops=501663744 => 1793.30863438454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258167.458508707 Mflops = 258.167458508707 Gflops = 0.258167458508707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001085296 Relative Rsd = 4.76048089156376e-07
BICGSTAB_SOLVER_TIME: 0.582683 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 58 resid = 1.758152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214176(s) Flops=383551488 => 1790.82384580905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257814.392208957 Mflops = 257.814392208957 Gflops = 0.257814392208957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 67 resid = 1.112858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245782(s) Flops=442607616 => 1800.81379433807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.964415101 Mflops = 259.262964415101 Gflops = 0.259262964415101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001006567 Relative Rsd = 4.4151478369377e-07
BICGSTAB_SOLVER_TIME: 0.561496 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 64 resid = 1.022232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234411(s) Flops=422922240 => 1804.191100247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259744.082977259 Mflops = 259.744082977259 Gflops = 0.259744082977259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 67 resid = 9.481136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245208(s) Flops=442607616 => 1805.02926495057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.984682796 Mflops = 259.852984682796 Gflops = 0.259852984682796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001046026 Relative Rsd = 4.58823206590402e-07
BICGSTAB_SOLVER_TIME: 0.580822 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041886 s
InvBiCGStab: k = 53 resid = 1.817599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231256(s) Flops=350742528 => 1516.68509357595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218337.63323993 Mflops = 218.33763323993 Gflops = 0.21833763323993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068801 s
InvBiCGStab: k = 70 resid = 1.050066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330072(s) Flops=462292992 => 1400.58227295863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201640.804478781 Mflops = 201.640804478781 Gflops = 0.201640804478781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00100276 Relative Rsd = 4.39845253674902e-07
BICGSTAB_SOLVER_TIME: 0.675767 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101891
Monitoring force
num_pf = 1
MInvCG2: 178 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906033(s) Flops=1159225344 => 1279.45156964481 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  184233.797301708 Mflops = 184.233797301708 Gflops = 0.184233797301708 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127627
CLOV_LINOP: Time spent in clov deriv (total) = 1.435254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.221238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813513(s) Flops=1453123584 => 1786.23277562866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257176.573987318 Mflops = 257.176573987318 Gflops = 0.257176573987318 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.052527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764751(s) Flops=1387505664 => 1814.32343860943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261248.386397269 Mflops = 261.248386397269 Gflops = 0.261248386397268 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.003957052 Relative Rsd = 1.74137456596531e-06
BICGSTAB_SOLVER_TIME: 1.5816 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308704999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.59946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.631232(s) Flops=1144719360 => 1813.46851870628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261169.959494708 Mflops = 261.169959494708 Gflops = 0.261169959494708 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.00915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79857(s) Flops=1446561792 => 1811.44018933844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260835.857736035 Mflops = 260.835857736035 Gflops = 0.260835857736035 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.001990084 Relative Rsd = 8.7401978978226e-07
BICGSTAB_SOLVER_TIME: 1.433254 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281602999999998
num_pf = 1
MInvCG2: 178 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84247(s) Flops=1159225344 => 1375.98412287678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198142.876853283 Mflops = 198.142876853283 Gflops = 0.198142876853283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127832
CLOV_LINOP: Time spent in clov deriv (total) = 1.532186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 23 resid = 2.256385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.08671(s) Flops=153888768 => 1774.75225464191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255419.864914221 Mflops = 255.419864914221 Gflops = 0.255419864914221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 45 resid = 1.047498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166558(s) Flops=298248192 => 1790.65666014241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257761.156860372 Mflops = 257.761156860372 Gflops = 0.257761156860372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007250399 Relative Rsd = 3.18027494146652e-07
BICGSTAB_SOLVER_TIME: 0.354635 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040809 s
InvBiCGStab: k = 73 resid = 2.279692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267716(s) Flops=481978368 => 1800.33456349266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259189.745265862 Mflops = 259.189745265862 Gflops = 0.259189745265862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 104 resid = 1.116372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381967(s) Flops=685393920 => 1794.37993334503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.489148344 Mflops = 258.347489148344 Gflops = 0.258347489148344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001273394 Relative Rsd = 5.58554429499418e-07
BICGSTAB_SOLVER_TIME: 0.750751 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04139 s
InvBiCGStab: k = 50 resid = 2.014405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184854(s) Flops=331057152 => 1790.91148690318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257805.106248639 Mflops = 257.805106248639 Gflops = 0.257805106248639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 70 resid = 1.005658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257061(s) Flops=462292992 => 1798.37856384282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258906.586163617 Mflops = 258.906586163617 Gflops = 0.258906586163617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001001035 Relative Rsd = 4.3908859070443e-07
BICGSTAB_SOLVER_TIME: 0.543672 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998450000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04069 s
InvBiCGStab: k = 60 resid = 2.164755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221138(s) Flops=396675072 => 1793.78972406371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258248.04345979 Mflops = 258.24804345979 Gflops = 0.25824804345979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 74 resid = 1.133732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271479(s) Flops=488540160 => 1799.55046246671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259072.051093902 Mflops = 259.072051093902 Gflops = 0.259072051093902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001092582 Relative Rsd = 4.79243966377996e-07
BICGSTAB_SOLVER_TIME: 0.593394 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041726 s
InvBiCGStab: k = 51 resid = 2.039049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188518(s) Flops=337618944 => 1790.91091566853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257826.085458934 Mflops = 257.826085458934 Gflops = 0.257826085458934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 80 resid = 1.086417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2952(s) Flops=527910912 => 1788.31609756098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257462.335751437 Mflops = 257.462335751437 Gflops = 0.257462335751437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00103384 Relative Rsd = 4.53478055213892e-07
BICGSTAB_SOLVER_TIME: 0.585539 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107728
Monitoring force
num_pf = 1
MInvCG2: 178 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.731125(s) Flops=1159077888 => 1585.33477585912 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228262.479014975 Mflops = 228.262479014975 Gflops = 0.228262479014975 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128018
CLOV_LINOP: Time spent in clov deriv (total) = 1.502848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041838 s
InvBiCGStab: k = 27 resid = 1.955721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120273(s) Flops=180135936 => 1497.72547454541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215585.571387375 Mflops = 215.585571387375 Gflops = 0.215585571387375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07354 s
InvBiCGStab: k = 61 resid = 1.061149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273526(s) Flops=403236864 => 1474.21767583338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212238.8763303 Mflops = 212.2388763303 Gflops = 0.2122388763303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007191621 Relative Rsd = 3.1544925877679e-07
BICGSTAB_SOLVER_TIME: 0.513044 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 74 resid = 1.55673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272351(s) Flops=488540160 => 1793.78875054617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258255.020386501 Mflops = 258.255020386501 Gflops = 0.258255020386501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05611 s
InvBiCGStab: k = 106 resid = 8.917057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391747(s) Flops=698517504 => 1783.08322463222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256720.378243866 Mflops = 256.720378243866 Gflops = 0.256720378243866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001296315 Relative Rsd = 5.68608630847177e-07
BICGSTAB_SOLVER_TIME: 0.765393 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 50 resid = 2.101395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184458(s) Flops=331057152 => 1794.75626971994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258369.28518577 Mflops = 258.36928518577 Gflops = 0.25836928518577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 67 resid = 1.048973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246162(s) Flops=442607616 => 1798.03388012772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.38273957 Mflops = 258.84638273957 Gflops = 0.25884638273957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.00101863 Relative Rsd = 4.46806164918579e-07
BICGSTAB_SOLVER_TIME: 0.532386 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0980050000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 63 resid = 2.271247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230875(s) Flops=416360448 => 1803.40204872767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259630.637624422 Mflops = 259.630637624422 Gflops = 0.259630637624422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 78 resid = 1.028518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285483(s) Flops=514787328 => 1803.21535082649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.454748699 Mflops = 259.603454748699 Gflops = 0.259603454748699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001101097 Relative Rsd = 4.82979281284868e-07
BICGSTAB_SOLVER_TIME: 0.617709 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 57 resid = 2.168498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209393(s) Flops=376989696 => 1800.39302173425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259177.215875961 Mflops = 259.177215875961 Gflops = 0.259177215875961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05624 s
InvBiCGStab: k = 75 resid = 7.093166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274482(s) Flops=495101952 => 1803.76837825431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.747606318 Mflops = 259.678747606318 Gflops = 0.259678747606318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001087899 Relative Rsd = 4.77189926157505e-07
BICGSTAB_SOLVER_TIME: 0.585077 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108606
Monitoring force
num_pf = 1
MInvCG2: 178 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.731689(s) Flops=1159225344 => 1584.31429746791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228117.789787889 Mflops = 228.117789787889 Gflops = 0.228117789787889 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127788
CLOV_LINOP: Time spent in clov deriv (total) = 1.468709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048449 s
InvBiCGStab: k = 23 resid = 2.219818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104754(s) Flops=153888768 => 1469.04908643107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211428.43064581 Mflops = 211.42843064581 Gflops = 0.21142843064581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060386 s
InvBiCGStab: k = 46 resid = 1.109783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205512(s) Flops=304809984 => 1483.17365409319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213510.493950572 Mflops = 213.510493950572 Gflops = 0.213510493950572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007498082 Relative Rsd = 3.2889172010641e-07
BICGSTAB_SOLVER_TIME: 0.423022 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0637980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050014 s
InvBiCGStab: k = 56 resid = 2.169698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267174(s) Flops=370427904 => 1386.46688674796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199632.43450865 Mflops = 199.63243450865 Gflops = 0.19963243450865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070449 s
InvBiCGStab: k = 74 resid = 1.141715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31768(s) Flops=488540160 => 1537.83732057416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221399.982918692 Mflops = 221.399982918692 Gflops = 0.221399982918692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001050129 Relative Rsd = 4.60622744972262e-07
BICGSTAB_SOLVER_TIME: 0.709178 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041917 s
InvBiCGStab: k = 57 resid = 2.111389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21002(s) Flops=376989696 => 1795.0180744691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258426.393766733 Mflops = 258.426393766733 Gflops = 0.258426393766733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057533 s
InvBiCGStab: k = 77 resid = 5.755579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283734(s) Flops=508225536 => 1791.20421239612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257871.068684934 Mflops = 257.871068684934 Gflops = 0.257871068684933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001031129 Relative Rsd = 4.52288728904993e-07
BICGSTAB_SOLVER_TIME: 0.596932 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 55 resid = 2.025421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203621(s) Flops=363866112 => 1786.9773353436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257266.985835822 Mflops = 257.266985835822 Gflops = 0.257266985835822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 72 resid = 8.417089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264849(s) Flops=475416576 => 1795.04765356864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258426.074488688 Mflops = 258.426074488688 Gflops = 0.258426074488688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001100245 Relative Rsd = 4.82605341284007e-07
BICGSTAB_SOLVER_TIME: 0.56954 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105027
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 54 resid = 2.115215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198194(s) Flops=357304320 => 1802.80089205526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.016542948 Mflops = 259.537016542948 Gflops = 0.259537016542948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 72 resid = 1.080372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263796(s) Flops=475416576 => 1802.2129827594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.046717535 Mflops = 259.455046717535 Gflops = 0.259455046717535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001030742 Relative Rsd = 4.52118839736228e-07
BICGSTAB_SOLVER_TIME: 0.563235 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104217
Monitoring force
num_pf = 1
MInvCG2: 178 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.73088(s) Flops=1159225344 => 1586.06795096322 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228408.329530467 Mflops = 228.408329530467 Gflops = 0.228408329530467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128217
CLOV_LINOP: Time spent in clov deriv (total) = 1.37839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049157 s
InvBiCGStab: k = 27 resid = 2.198368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119669(s) Flops=180135936 => 1505.28487745364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216641.251645372 Mflops = 216.641251645372 Gflops = 0.216641251645372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061568 s
InvBiCGStab: k = 51 resid = 1.046589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238549(s) Flops=337618944 => 1415.30228171151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203746.565260993 Mflops = 203.746565260993 Gflops = 0.203746565260993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007578396 Relative Rsd = 3.32414558658839e-07
BICGSTAB_SOLVER_TIME: 0.473152 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047127 s
InvBiCGStab: k = 55 resid = 1.969943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259774(s) Flops=363866112 => 1400.70257993487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201670.452745528 Mflops = 201.670452745528 Gflops = 0.201670452745528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07308 s
InvBiCGStab: k = 71 resid = 9.85563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312072(s) Flops=468854784 => 1502.39298623395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216293.864631157 Mflops = 216.293864631157 Gflops = 0.216293864631157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001056015 Relative Rsd = 4.63204784593124e-07
BICGSTAB_SOLVER_TIME: 0.695936 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 62 resid = 2.19137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299035(s) Flops=409798656 => 1370.40365174645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197304.645917443 Mflops = 197.304645917443 Gflops = 0.197304645917443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067453 s
InvBiCGStab: k = 73 resid = 9.633228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317649(s) Flops=481978368 => 1517.33003409424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218452.175149715 Mflops = 218.452175149715 Gflops = 0.218452175149715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00101507 Relative Rsd = 4.4524463477706e-07
BICGSTAB_SOLVER_TIME: 0.729038 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 64 resid = 1.438691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23524(s) Flops=422922240 => 1797.83302159497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258831.855806022 Mflops = 258.831855806022 Gflops = 0.258831855806022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056657 s
InvBiCGStab: k = 78 resid = 1.150788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28716(s) Flops=514787328 => 1792.68466360217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258092.434209278 Mflops = 258.092434209278 Gflops = 0.258092434209278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001073114 Relative Rsd = 4.70704571820563e-07
BICGSTAB_SOLVER_TIME: 0.624206 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 55 resid = 2.204386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202717(s) Flops=363866112 => 1794.94621566026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258389.439696233 Mflops = 258.389439696233 Gflops = 0.258389439696233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 71 resid = 9.948957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262705(s) Flops=468854784 => 1784.71968177233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256931.471639272 Mflops = 256.931471639272 Gflops = 0.256931471639272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001059234 Relative Rsd = 4.6461639150065e-07
BICGSTAB_SOLVER_TIME: 0.567186 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104156
Monitoring force
num_pf = 1
MInvCG2: 179 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.733005(s) Flops=1165418496 => 1589.9188900485 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228951.074127415 Mflops = 228.951074127415 Gflops = 0.228951074127415 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128604
CLOV_LINOP: Time spent in clov deriv (total) = 1.386553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 2.048238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863973(s) Flops=1479370752 => 1712.28817567216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246548.813782821 Mflops = 246.548813782821 Gflops = 0.246548813782821 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.111791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.029759(s) Flops=1505617920 => 1462.10707553903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210534.181718549 Mflops = 210.534181718549 Gflops = 0.210534181718549 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002463543 Relative Rsd = 1.08411151400687e-06
BICGSTAB_SOLVER_TIME: 1.897206 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.12337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324301999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 1.841655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.72165(s) Flops=1098786816 => 1522.60350031179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219270.493689336 Mflops = 219.270493689336 Gflops = 0.219270493689336 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.116295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.675163(s) Flops=1216899072 => 1802.37819904231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.713815499 Mflops = 259.523713815499 Gflops = 0.259523713815499 Tflops
BICGSTAB_SOLVER: 352 iterations. Rsd = 0.001880829 Relative Rsd = 8.26036898483088e-07
BICGSTAB_SOLVER_TIME: 1.400167 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251564999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 323 resid = 2.153599e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.190756(s) Flops=2122426368 => 1782.41920930904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.407636498 Mflops = 256.658407636498 Gflops = 0.256658407636498 Tflops
InvBiCGStab: k = 333 resid = 1.139153e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.219451(s) Flops=2188044288 => 1794.28635344922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258370.131235434 Mflops = 258.370131235434 Gflops = 0.258370131235434 Tflops
BICGSTAB_SOLVER: 656 iterations. Rsd = 0.002421605 Relative Rsd = 1.06565643310797e-06
BICGSTAB_SOLVER_TIME: 2.415187 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.468854999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 261 resid = 1.050301e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95432(s) Flops=1715595264 => 1797.71487970492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258870.40566083 Mflops = 258.87040566083 Gflops = 0.25887040566083 Tflops
InvBiCGStab: k = 297 resid = 1.14234e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.186494(s) Flops=1951819776 => 1645.03130736439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236877.365417609 Mflops = 236.877365417609 Gflops = 0.236877365417609 Tflops
BICGSTAB_SOLVER: 558 iterations. Rsd = 0.001968913 Relative Rsd = 8.64722373668152e-07
BICGSTAB_SOLVER_TIME: 2.145516 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.399253999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 237 resid = 1.41205e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.037387(s) Flops=1558112256 => 1501.95853235099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216290.349503128 Mflops = 216.290349503128 Gflops = 0.216290349503128 Tflops
InvBiCGStab: k = 233 resid = 9.045126e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978579(s) Flops=1531865088 => 1565.39746714368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225408.178342921 Mflops = 225.408178342921 Gflops = 0.225408178342921 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.001805009 Relative Rsd = 7.9173913489262e-07
BICGSTAB_SOLVER_TIME: 2.020699 sec
2Flav::invert,  n_count = 470
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334755000000002
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108456(s) Flops=1765287936 => 1592.56473509097 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229334.823523929 Mflops = 229.334823523929 Gflops = 0.229334823523929 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.130926600125349
AccProb = 0.877282164428807
AcceptP = 1
After HMC trajectory call: time= 453.093099 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.052256 secs
Doing Update: 2712 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 264 resid = 1.636805e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964415(s) Flops=1735280640 => 1799.30905263813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.699188866 Mflops = 259.102699188866 Gflops = 0.259102699188866 Tflops
InvBiCGStab: k = 281 resid = 8.481738e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.027323(s) Flops=1846831104 => 1797.71221319877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.812133198 Mflops = 258.860812133198 Gflops = 0.258860812133198 Tflops
BICGSTAB_SOLVER: 545 iterations. Rsd = 0.00199146 Relative Rsd = 8.76734462356049e-07
BICGSTAB_SOLVER_TIME: 1.996646 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.392414999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 223 resid = 1.978524e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814141(s) Flops=1466247168 => 1800.9744847637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.022731479 Mflops = 259.313022731479 Gflops = 0.259313022731479 Tflops
InvBiCGStab: k = 244 resid = 7.258988e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.89221(s) Flops=1604044800 => 1797.83324553636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258875.458488947 Mflops = 258.875458488947 Gflops = 0.258875458488947 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.001734929 Relative Rsd = 7.62172040831496e-07
BICGSTAB_SOLVER_TIME: 1.7113 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336499999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000349
MInvCG2: 288 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.392696(s) Flops=1862535168 => 1337.35945820193 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192582.996262106 Mflops = 192.582996262106 Gflops = 0.192582996262106 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206410000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 275 resid = 2.121272e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.130973(s) Flops=1807460352 => 1598.14633240581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230131.701061284 Mflops = 230.131701061284 Gflops = 0.230131701061284 Tflops
InvBiCGStab: k = 317 resid = 9.54209e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.338389(s) Flops=2083055616 => 1556.39026919677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224114.049609515 Mflops = 224.114049609515 Gflops = 0.224114049609515 Tflops
BICGSTAB_SOLVER: 592 iterations. Rsd = 0.002097466 Relative Rsd = 9.23403159477575e-07
BICGSTAB_SOLVER_TIME: 2.474102 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.423472999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 255 resid = 2.04927e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937841(s) Flops=1676224512 => 1787.32270395515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257357.08573447 Mflops = 257.35708573447 Gflops = 0.25735708573447 Tflops
InvBiCGStab: k = 284 resid = 8.352763e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.040969(s) Flops=1866516480 => 1793.05673848117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258188.690475505 Mflops = 258.188690475505 Gflops = 0.258188690475505 Tflops
BICGSTAB_SOLVER: 539 iterations. Rsd = 0.00184795 Relative Rsd = 8.11823272529567e-07
BICGSTAB_SOLVER_TIME: 1.983486 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.385474999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 233 resid = 2.076818e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851136(s) Flops=1531865088 => 1799.78885630499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259083.725053031 Mflops = 259.083725053031 Gflops = 0.259083725053031 Tflops
InvBiCGStab: k = 251 resid = 9.848159e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920867(s) Flops=1649977344 => 1791.76509094147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.972011521 Mflops = 258.003972011521 Gflops = 0.258003972011521 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.001963941 Relative Rsd = 8.61133753142082e-07
BICGSTAB_SOLVER_TIME: 1.776821 sec
2Flav::invert,  n_count = 484
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344952000000002
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.148342(s) Flops=1771481088 => 1542.64242534019 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222143.514465617 Mflops = 222.143514465617 Gflops = 0.222143514465617 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196726000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.862387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816802(s) Flops=1197213696 => 1465.7330613784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211018.442540826 Mflops = 211.018442540826 Gflops = 0.211018442540826 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.032867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978388(s) Flops=1420314624 => 1451.68851621238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209035.073538579 Mflops = 209.035073538579 Gflops = 0.209035073538579 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.002083406 Relative Rsd = 9.17213515377915e-07
BICGSTAB_SOLVER_TIME: 1.798617 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284193999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.156157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.616244(s) Flops=1111910400 => 1804.33464666593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.742193065 Mflops = 259.828742193065 Gflops = 0.259828742193065 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.595962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778487(s) Flops=1407191040 => 1807.59735230004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260278.780762857 Mflops = 260.278780762857 Gflops = 0.260278780762857 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001891253 Relative Rsd = 8.30846675848775e-07
BICGSTAB_SOLVER_TIME: 1.398174 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273608999999997
num_pf = 1
MInvCG2: 179 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.734409(s) Flops=1165418496 => 1586.87937647823 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228493.911811584 Mflops = 228.493911811584 Gflops = 0.228493911811584 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128613
CLOV_LINOP: Time spent in clov deriv (total) = 1.379915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021379
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.3e-05 s
InvBiCGStab: k = 162 resid = 2.274293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.59055(s) Flops=1065977856 => 1805.05944627889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.866704635 Mflops = 259.840866704635 Gflops = 0.259840866704635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.8e-05 s
InvBiCGStab: k = 178 resid = 9.789087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785938(s) Flops=1170966528 => 1489.89682137777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214524.972144335 Mflops = 214.524972144335 Gflops = 0.214524972144335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 340 iterations. Rsd = 0.001979652 Relative Rsd = 8.680228754372e-07
BICGSTAB_SOLVER_TIME: 1.382139 sec
2Flav::invert,  n_count = 340
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.244581999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000134 s
InvBiCGStab: k = 126 resid = 1.918635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.555584(s) Flops=829753344 => 1493.47955304688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215041.346078491 Mflops = 215.041346078491 Gflops = 0.215041346078491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8e-05 s
InvBiCGStab: k = 142 resid = 9.172634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.634123(s) Flops=934742016 => 1474.07051313389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212228.562838907 Mflops = 212.228562838907 Gflops = 0.212228562838907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 268 iterations. Rsd = 0.001562648 Relative Rsd = 6.85178192715282e-07
BICGSTAB_SOLVER_TIME: 1.193547 sec
2Flav::invert,  n_count = 268
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193133999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004937 s
InvBiCGStab: k = 87 resid = 1.844122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318821(s) Flops=573843456 => 1799.89227811217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259136.493678976 Mflops = 259.136493678976 Gflops = 0.259136493678976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007072 s
InvBiCGStab: k = 118 resid = 1.081461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432434(s) Flops=777259008 => 1797.40494040709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258788.189666436 Mflops = 258.788189666436 Gflops = 0.258788189666436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001362673 Relative Rsd = 5.97494635326892e-07
BICGSTAB_SOLVER_TIME: 0.767073 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150239999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007628 s
InvBiCGStab: k = 82 resid = 2.1981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300914(s) Flops=541034496 => 1797.97050320025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.993536508 Mflops = 258.858993536508 Gflops = 0.258858993536508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011435 s
InvBiCGStab: k = 103 resid = 1.02427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37807(s) Flops=678832128 => 1795.51968683048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258511.890666698 Mflops = 258.511890666698 Gflops = 0.258511890666698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001289845 Relative Rsd = 5.6556145401213e-07
BICGSTAB_SOLVER_TIME: 0.701982 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1367
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010676 s
InvBiCGStab: k = 76 resid = 1.793592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278401(s) Flops=501663744 => 1801.94663093883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259429.477072456 Mflops = 259.429477072456 Gflops = 0.259429477072456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015004 s
InvBiCGStab: k = 91 resid = 1.137858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333221(s) Flops=600090624 => 1800.87876814486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259260.257830571 Mflops = 259.260257830571 Gflops = 0.259260257830571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001191888 Relative Rsd = 5.22609770826457e-07
BICGSTAB_SOLVER_TIME: 0.641209 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125186
Monitoring force
num_pf = 1
MInvCG2: 180 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.739604(s) Flops=1171685376 => 1584.20638071184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228100.521925456 Mflops = 228.100521925456 Gflops = 0.228100521925456 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129602
CLOV_LINOP: Time spent in clov deriv (total) = 1.406067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014027 s
InvBiCGStab: k = 27 resid = 1.880856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125647(s) Flops=180135936 => 1433.66682849571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206328.799976017 Mflops = 206.328799976017 Gflops = 0.206328799976017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.025146 s
InvBiCGStab: k = 57 resid = 1.022921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265945(s) Flops=376989696 => 1417.5475981876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204064.776756376 Mflops = 204.064776756376 Gflops = 0.204064776756376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007654418 Relative Rsd = 3.35625091188774e-07
BICGSTAB_SOLVER_TIME: 0.434728 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.022892 s
InvBiCGStab: k = 82 resid = 2.149702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346217(s) Flops=541034496 => 1562.70343743953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225017.390895375 Mflops = 225.017390895375 Gflops = 0.225017390895375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.033795 s
InvBiCGStab: k = 113 resid = 9.510357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479937(s) Flops=744450048 => 1551.14118728083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223342.123160875 Mflops = 223.342123160875 Gflops = 0.223342123160875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001347229 Relative Rsd = 5.90722661085799e-07
BICGSTAB_SOLVER_TIME: 0.88704 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147063999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.028436 s
InvBiCGStab: k = 50 resid = 2.193532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183821(s) Flops=331057152 => 1800.97568830547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.892761988 Mflops = 259.258892761988 Gflops = 0.259258892761988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028757 s
InvBiCGStab: k = 74 resid = 1.141768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271856(s) Flops=488540160 => 1797.05491142369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258702.031788771 Mflops = 258.702031788771 Gflops = 0.258702031788771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001055363 Relative Rsd = 4.62747472534107e-07
BICGSTAB_SOLVER_TIME: 0.516764 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023611 s
InvBiCGStab: k = 62 resid = 1.675333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231791(s) Flops=409798656 => 1767.96621094003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254531.344578398 Mflops = 254.531344578398 Gflops = 0.254531344578398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033937 s
InvBiCGStab: k = 87 resid = 9.713391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327107(s) Flops=573843456 => 1754.2989174796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252577.546200743 Mflops = 252.577546200743 Gflops = 0.252577546200743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001192737 Relative Rsd = 5.2298234757867e-07
BICGSTAB_SOLVER_TIME: 0.620506 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116349
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027711 s
InvBiCGStab: k = 62 resid = 2.220563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232712(s) Flops=409798656 => 1760.96916360136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253524.845845776 Mflops = 253.524845845776 Gflops = 0.253524845845776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.03903 s
InvBiCGStab: k = 87 resid = 1.08716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318196(s) Flops=573843456 => 1803.42762322594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.884717799 Mflops = 259.646884717799 Gflops = 0.259646884717799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00110813 Relative Rsd = 4.85884544995881e-07
BICGSTAB_SOLVER_TIME: 0.621563 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119432
Monitoring force
num_pf = 1
MInvCG2: 183 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.748483(s) Flops=1190633472 => 1590.72881013998 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229154.727071878 Mflops = 229.154727071878 Gflops = 0.229154727071878 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131995
CLOV_LINOP: Time spent in clov deriv (total) = 1.394364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032079 s
InvBiCGStab: k = 29 resid = 1.650529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107457(s) Flops=193259520 => 1798.48236969206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.170711368 Mflops = 258.858170711368 Gflops = 0.258858170711368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044454 s
InvBiCGStab: k = 49 resid = 1.137246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180126(s) Flops=324495360 => 1801.49095633057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259328.715500125 Mflops = 259.328715500125 Gflops = 0.259328715500125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007520164 Relative Rsd = 3.29738439757705e-07
BICGSTAB_SOLVER_TIME: 0.36799 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.044275 s
InvBiCGStab: k = 49 resid = 2.155444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20893(s) Flops=324495360 => 1553.12956492605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223598.209949808 Mflops = 223.598209949808 Gflops = 0.223598209949808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.058487 s
InvBiCGStab: k = 70 resid = 1.107348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326012(s) Flops=462292992 => 1418.0244653571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204149.145918767 Mflops = 204.149145918767 Gflops = 0.204149145918767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001053256 Relative Rsd = 4.61823661866682e-07
BICGSTAB_SOLVER_TIME: 0.646125 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0981080000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052855 s
InvBiCGStab: k = 51 resid = 2.074406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231468(s) Flops=337618944 => 1458.59878687335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209998.918067603 Mflops = 209.998918067603 Gflops = 0.209998918067603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065392 s
InvBiCGStab: k = 86 resid = 4.58311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37156(s) Flops=567281664 => 1526.75655075896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219815.183650145 Mflops = 219.815183650145 Gflops = 0.219815183650145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001049387 Relative Rsd = 4.60127031357019e-07
BICGSTAB_SOLVER_TIME: 0.725115 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.146831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 58 resid = 2.109157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255781(s) Flops=383551488 => 1499.53080174055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215902.927622369 Mflops = 215.902927622369 Gflops = 0.215902927622369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058313 s
InvBiCGStab: k = 81 resid = 1.098611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29712(s) Flops=534472704 => 1798.84458804523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.275428923 Mflops = 258.976275428923 Gflops = 0.258976275428923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001094001 Relative Rsd = 4.79689327121858e-07
BICGSTAB_SOLVER_TIME: 0.655878 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041876 s
InvBiCGStab: k = 56 resid = 2.227648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206667(s) Flops=370427904 => 1792.39019291904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258039.478901677 Mflops = 258.039478901677 Gflops = 0.258039478901677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 73 resid = 1.1477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268558(s) Flops=481978368 => 1794.69004088502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258368.676673336 Mflops = 258.368676673336 Gflops = 0.258368676673336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001013378 Relative Rsd = 4.44338076964564e-07
BICGSTAB_SOLVER_TIME: 0.577351 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106542
Monitoring force
num_pf = 1
MInvCG2: 185 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.775264(s) Flops=1203240960 => 1552.04028563173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223470.170778678 Mflops = 223.470170778678 Gflops = 0.223470170778678 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132935
CLOV_LINOP: Time spent in clov deriv (total) = 1.401948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 29 resid = 2.099363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107371(s) Flops=193259520 => 1799.92288420523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.022851315 Mflops = 259.044022851315 Gflops = 0.259044022851315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056061 s
InvBiCGStab: k = 47 resid = 8.974959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172366(s) Flops=311371776 => 1806.45705069445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260040.01959861 Mflops = 260.04001959861 Gflops = 0.26004001959861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007494502 Relative Rsd = 3.28613231422674e-07
BICGSTAB_SOLVER_TIME: 0.380805 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 59 resid = 1.985233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216835(s) Flops=390113280 => 1799.12504900039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259000.830005133 Mflops = 259.000830005133 Gflops = 0.259000830005133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 77 resid = 1.09475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312401(s) Flops=508225536 => 1626.83709719239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234221.811702998 Mflops = 234.221811702998 Gflops = 0.234221811702998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001089946 Relative Rsd = 4.7791127999077e-07
BICGSTAB_SOLVER_TIME: 0.630435 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047504 s
InvBiCGStab: k = 53 resid = 1.684036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234965(s) Flops=350742528 => 1492.74371927734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214902.187866597 Mflops = 214.902187866597 Gflops = 0.214902187866597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06749 s
InvBiCGStab: k = 70 resid = 8.924564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294033(s) Flops=462292992 => 1572.24866596607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226356.880201088 Mflops = 226.356880201088 Gflops = 0.226356880201088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009882456 Relative Rsd = 4.33318401060868e-07
BICGSTAB_SOLVER_TIME: 0.647873 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050964 s
InvBiCGStab: k = 62 resid = 1.893296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268527(s) Flops=409798656 => 1526.0985152331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219704.884999894 Mflops = 219.704884999894 Gflops = 0.219704884999894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073269 s
InvBiCGStab: k = 84 resid = 9.533449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409238(s) Flops=554158080 => 1354.12175799901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194947.161460586 Mflops = 194.947161460586 Gflops = 0.194947161460586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001152114 Relative Rsd = 5.05170381562201e-07
BICGSTAB_SOLVER_TIME: 0.807231 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 49 resid = 2.161715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181645(s) Flops=324495360 => 1786.4260508134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257172.182470292 Mflops = 257.172182470291 Gflops = 0.257172182470291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056004 s
InvBiCGStab: k = 71 resid = 1.10596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26118(s) Flops=468854784 => 1795.14045485872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258433.669099881 Mflops = 258.433669099881 Gflops = 0.258433669099881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001020992 Relative Rsd = 4.4767677098182e-07
BICGSTAB_SOLVER_TIME: 0.543938 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999140000000003
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.767052(s) Flops=1215995904 => 1585.2848359694 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228254.170854427 Mflops = 228.254170854427 Gflops = 0.228254170854427 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13446
CLOV_LINOP: Time spent in clov deriv (total) = 1.379852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021376
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.397107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758267(s) Flops=1374382080 => 1812.5305202521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260960.073352128 Mflops = 260.960073352128 Gflops = 0.260960073352128 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.016527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832778(s) Flops=1459685376 => 1752.79051079639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252390.169581984 Mflops = 252.390169581984 Gflops = 0.252390169581984 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002306316 Relative Rsd = 1.01530341196306e-06
BICGSTAB_SOLVER_TIME: 1.59447 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.128333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307582999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.594915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783166(s) Flops=1157842944 => 1478.41318954091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212870.100258624 Mflops = 212.870100258624 Gflops = 0.212870100258624 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.112779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873564(s) Flops=1315325952 => 1505.70072942566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216816.616904775 Mflops = 216.816616904775 Gflops = 0.216816616904775 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001887074 Relative Rsd = 8.28975899668261e-07
BICGSTAB_SOLVER_TIME: 1.660178 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.133238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268436999999997
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.767179(s) Flops=1215995904 => 1585.02240546209 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228221.58891407 Mflops = 228.22158891407 Gflops = 0.22822158891407 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134336
CLOV_LINOP: Time spent in clov deriv (total) = 1.374165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 31 resid = 1.756278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114683(s) Flops=206383104 => 1799.59631331584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.778897612 Mflops = 259.050778897612 Gflops = 0.259050778897612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 42 resid = 1.065975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154454(s) Flops=278562816 => 1803.53254690717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.998513147 Mflops = 259.606998513147 Gflops = 0.259606998513147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007189785 Relative Rsd = 3.15252202352949e-07
BICGSTAB_SOLVER_TIME: 0.370479 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040621 s
InvBiCGStab: k = 75 resid = 1.937472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274968(s) Flops=495101952 => 1800.58025661168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.904846029 Mflops = 259.242904846029 Gflops = 0.259242904846029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 110 resid = 6.714183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419059(s) Flops=724764672 => 1729.50508639595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249019.994592736 Mflops = 249.019994592736 Gflops = 0.249019994592736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001255494 Relative Rsd = 5.50499430093474e-07
BICGSTAB_SOLVER_TIME: 0.794963 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041868 s
InvBiCGStab: k = 55 resid = 1.172352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202923(s) Flops=363866112 => 1793.12405198031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258129.724166537 Mflops = 258.129724166537 Gflops = 0.258129724166537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 76 resid = 8.213394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280818(s) Flops=501663744 => 1786.43727966156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257193.498041596 Mflops = 257.193498041596 Gflops = 0.257193498041596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001002568 Relative Rsd = 4.39598404519961e-07
BICGSTAB_SOLVER_TIME: 0.585945 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041714 s
InvBiCGStab: k = 61 resid = 2.037635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254989(s) Flops=403236864 => 1581.38925208538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227666.302203144 Mflops = 227.666302203145 Gflops = 0.227666302203145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063567 s
InvBiCGStab: k = 79 resid = 1.122513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358023(s) Flops=521349120 => 1456.18890406482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209657.489729751 Mflops = 209.657489729751 Gflops = 0.209657489729751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001063386 Relative Rsd = 4.66265589387919e-07
BICGSTAB_SOLVER_TIME: 0.72311 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048232 s
InvBiCGStab: k = 59 resid = 2.230776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273077(s) Flops=390113280 => 1428.58343983565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205672.038985717 Mflops = 205.672038985717 Gflops = 0.205672038985717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065045 s
InvBiCGStab: k = 73 resid = 8.997938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321403(s) Flops=481978368 => 1499.6075581124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215906.15905995 Mflops = 215.90615905995 Gflops = 0.21590615905995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001032464 Relative Rsd = 4.52706786838751e-07
BICGSTAB_SOLVER_TIME: 0.711642 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108484
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.809065(s) Flops=1222336512 => 1510.80137195405 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217779.237345324 Mflops = 217.779237345324 Gflops = 0.217779237345324 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135108000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044187 s
InvBiCGStab: k = 30 resid = 2.274478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119593(s) Flops=199821312 => 1670.84454775781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240485.683712305 Mflops = 240.485683712305 Gflops = 0.240485683712305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058221 s
InvBiCGStab: k = 71 resid = 2.142537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27067(s) Flops=468854784 => 1732.20077585251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249390.254205897 Mflops = 249.390254205897 Gflops = 0.249390254205897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0007674972 Relative Rsd = 3.36526314486305e-07
BICGSTAB_SOLVER_TIME: 0.496577 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0864780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041663 s
InvBiCGStab: k = 68 resid = 1.688059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2505(s) Flops=449169408 => 1793.0914491018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258135.504144092 Mflops = 258.135504144093 Gflops = 0.258135504144093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05684 s
InvBiCGStab: k = 97 resid = 1.117692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355724(s) Flops=639461376 => 1797.63349113358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258814.704531982 Mflops = 258.814704531982 Gflops = 0.258814704531982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001256144 Relative Rsd = 5.50784669015431e-07
BICGSTAB_SOLVER_TIME: 0.708588 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 49 resid = 2.181351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179993(s) Flops=324495360 => 1802.82210974871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.742080705 Mflops = 259.537742080705 Gflops = 0.259537742080705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055968 s
InvBiCGStab: k = 63 resid = 9.921429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230856(s) Flops=416360448 => 1803.55047302214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.963836761 Mflops = 259.633963836761 Gflops = 0.259633963836761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001004885 Relative Rsd = 4.40614249148783e-07
BICGSTAB_SOLVER_TIME: 0.511834 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0944900000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 67 resid = 1.95151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245442(s) Flops=442607616 => 1803.30838242844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259614.11073759 Mflops = 259.61411073759 Gflops = 0.25961411073759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 81 resid = 9.190671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321531(s) Flops=534472704 => 1662.27425660356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239322.673499681 Mflops = 239.322673499681 Gflops = 0.239322673499681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001102236 Relative Rsd = 4.83299886296296e-07
BICGSTAB_SOLVER_TIME: 0.668344 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051055 s
InvBiCGStab: k = 59 resid = 1.291923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260413(s) Flops=390113280 => 1498.05608782972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215673.876114293 Mflops = 215.673876114293 Gflops = 0.215673876114293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067319 s
InvBiCGStab: k = 84 resid = 1.127025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374228(s) Flops=554158080 => 1480.80336051819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213196.489653572 Mflops = 213.196489653572 Gflops = 0.213196489653572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001079973 Relative Rsd = 4.73538365179355e-07
BICGSTAB_SOLVER_TIME: 0.756925 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116424
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898546(s) Flops=1234796544 => 1374.21628275013 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197876.817663625 Mflops = 197.876817663625 Gflops = 0.197876817663625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136585000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 27 resid = 2.252645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100534(s) Flops=180135936 => 1791.7911950186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257872.848528819 Mflops = 257.872848528819 Gflops = 0.257872848528819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05714 s
InvBiCGStab: k = 44 resid = 1.108456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164763(s) Flops=291686400 => 1770.33921450811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254831.698024484 Mflops = 254.831698024484 Gflops = 0.254831698024484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007388314 Relative Rsd = 3.23957170530355e-07
BICGSTAB_SOLVER_TIME: 0.367718 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 48 resid = 2.059298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176719(s) Flops=317933568 => 1799.09103152462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.880653594 Mflops = 258.995880653594 Gflops = 0.258995880653594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056215 s
InvBiCGStab: k = 69 resid = 6.595003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252328(s) Flops=455731200 => 1806.10633778257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.150464334 Mflops = 260.014150464334 Gflops = 0.260014150464334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001047721 Relative Rsd = 4.59396680874672e-07
BICGSTAB_SOLVER_TIME: 0.530235 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976250000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 57 resid = 7.217955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209246(s) Flops=376989696 => 1801.65783814266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259359.848778018 Mflops = 259.359848778018 Gflops = 0.259359848778018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 67 resid = 1.068334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245303(s) Flops=442607616 => 1804.33022017668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.545486639 Mflops = 259.759545486639 Gflops = 0.259759545486639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009920244 Relative Rsd = 4.34975318635441e-07
BICGSTAB_SOLVER_TIME: 0.556097 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102938
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 61 resid = 1.699761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223438(s) Flops=403236864 => 1804.6924157932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259813.716325476 Mflops = 259.813716325476 Gflops = 0.259813716325476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056808 s
InvBiCGStab: k = 83 resid = 9.16513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302947(s) Flops=547596288 => 1807.56464992226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260221.129337789 Mflops = 260.221129337789 Gflops = 0.260221129337789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001086961 Relative Rsd = 4.76602590749337e-07
BICGSTAB_SOLVER_TIME: 0.628408 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 57 resid = 1.248466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209094(s) Flops=376989696 => 1802.96754569715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.19874993 Mflops = 259.56019874993 Gflops = 0.25956019874993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056718 s
InvBiCGStab: k = 65 resid = 9.655871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292744(s) Flops=429484032 => 1467.09764162545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211210.223881654 Mflops = 211.210223881654 Gflops = 0.211210223881654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001015197 Relative Rsd = 4.45135959854526e-07
BICGSTAB_SOLVER_TIME: 0.604042 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101304
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920889(s) Flops=1241358336 => 1347.99996090734 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194124.159184139 Mflops = 194.124159184139 Gflops = 0.194124159184139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137163
CLOV_LINOP: Time spent in clov deriv (total) = 1.467991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021455
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041164 s
InvBiCGStab: k = 30 resid = 2.242052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111264(s) Flops=199821312 => 1795.92062122519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258489.553332321 Mflops = 258.489553332321 Gflops = 0.258489553332321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056398 s
InvBiCGStab: k = 44 resid = 1.084546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162188(s) Flops=291686400 => 1798.44624756455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258870.251734514 Mflops = 258.870251734514 Gflops = 0.258870251734514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007294951 Relative Rsd = 3.19863445819806e-07
BICGSTAB_SOLVER_TIME: 0.374904 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 59 resid = 1.662081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216161(s) Flops=390113280 => 1804.73480415061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.266618548 Mflops = 259.824266618548 Gflops = 0.259824266618548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055816 s
InvBiCGStab: k = 84 resid = 9.66775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307287(s) Flops=554158080 => 1803.38927452186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259640.60375859 Mflops = 259.64060375859 Gflops = 0.25964060375859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001119915 Relative Rsd = 4.91051769553997e-07
BICGSTAB_SOLVER_TIME: 0.624355 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 50 resid = 1.770714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183401(s) Flops=331057152 => 1805.10003762248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259871.262503001 Mflops = 259.871262503001 Gflops = 0.259871262503001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056068 s
InvBiCGStab: k = 65 resid = 1.063484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238457(s) Flops=429484032 => 1801.09634860793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259301.419458992 Mflops = 259.301419458992 Gflops = 0.259301419458992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009947651 Relative Rsd = 4.36177017758688e-07
BICGSTAB_SOLVER_TIME: 0.523091 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965580000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043877 s
InvBiCGStab: k = 64 resid = 2.206416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234219(s) Flops=422922240 => 1805.67007800392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.82722523 Mflops = 259.94782722523 Gflops = 0.25994782722523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 68 resid = 9.679198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249324(s) Flops=449169408 => 1801.54902055157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.23495146 Mflops = 259.35723495146 Gflops = 0.25935723495146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001051445 Relative Rsd = 4.61029709434306e-07
BICGSTAB_SOLVER_TIME: 0.587663 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 48 resid = 2.123158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177067(s) Flops=317933568 => 1795.55517403017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258471.60078262 Mflops = 258.47160078262 Gflops = 0.25847160078262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 85 resid = 1.070039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311086(s) Flops=560719872 => 1802.45935850537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.640764609 Mflops = 259.501640764609 Gflops = 0.259501640764609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001020643 Relative Rsd = 4.47523891495195e-07
BICGSTAB_SOLVER_TIME: 0.589549 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002071
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109446
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876022(s) Flops=1247698944 => 1424.27809347254 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205109.296111416 Mflops = 205.109296111416 Gflops = 0.205109296111416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13779
CLOV_LINOP: Time spent in clov deriv (total) = 1.531027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.220947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.637741(s) Flops=1151281152 => 1805.24876399667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.583676334 Mflops = 259.899583676334 Gflops = 0.259899583676334 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.120103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786627(s) Flops=1420314624 => 1805.57573538666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259988.700826632 Mflops = 259.988700826632 Gflops = 0.259988700826632 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.002622721 Relative Rsd = 1.1545419442999e-06
BICGSTAB_SOLVER_TIME: 1.42781 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279401999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 2.178326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.61385(s) Flops=1111910400 => 1811.37150769732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260861.845883668 Mflops = 260.861845883668 Gflops = 0.260861845883668 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.038157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.719126(s) Flops=1302202368 => 1810.81252520421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260741.886050497 Mflops = 260.741886050497 Gflops = 0.260741886050497 Tflops
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.001899189 Relative Rsd = 8.34269746710735e-07
BICGSTAB_SOLVER_TIME: 1.336328 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262135999999997
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.798346(s) Flops=1247698944 => 1562.85488246951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225021.551021862 Mflops = 225.021551021862 Gflops = 0.225021551021862 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138003000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045357 s
InvBiCGStab: k = 32 resid = 1.776698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150792(s) Flops=212944896 => 1412.17634887792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203275.385588753 Mflops = 203.275385588753 Gflops = 0.203275385588753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062086 s
InvBiCGStab: k = 47 resid = 9.164161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209742(s) Flops=311371776 => 1484.54661441199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213711.907136058 Mflops = 213.711907136058 Gflops = 0.213711907136058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007011947 Relative Rsd = 3.07454531816616e-07
BICGSTAB_SOLVER_TIME: 0.472395 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052713 s
InvBiCGStab: k = 66 resid = 1.913031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250032(s) Flops=436045824 => 1743.96006911115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251078.527566423 Mflops = 251.078527566423 Gflops = 0.251078527566423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055776 s
InvBiCGStab: k = 106 resid = 1.127509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428096(s) Flops=698517504 => 1631.68425773658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234928.516730725 Mflops = 234.928516730725 Gflops = 0.234928516730725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001213212 Relative Rsd = 5.31959870019459e-07
BICGSTAB_SOLVER_TIME: 0.790506 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041611 s
InvBiCGStab: k = 56 resid = 2.137811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260824(s) Flops=370427904 => 1420.22169738981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204477.745657837 Mflops = 204.477745657837 Gflops = 0.204477745657837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055993 s
InvBiCGStab: k = 63 resid = 1.066129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230769(s) Flops=416360448 => 1804.23041223041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259750.313098653 Mflops = 259.750313098653 Gflops = 0.259750313098653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009908497 Relative Rsd = 4.34460224512058e-07
BICGSTAB_SOLVER_TIME: 0.593015 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992920000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 57 resid = 2.044312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208775(s) Flops=376989696 => 1805.7224092923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259962.555032283 Mflops = 259.962555032283 Gflops = 0.259962555032283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055692 s
InvBiCGStab: k = 79 resid = 8.751023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290465(s) Flops=521349120 => 1794.8775928253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258408.352783744 Mflops = 258.408352783744 Gflops = 0.258408352783744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001113826 Relative Rsd = 4.88381865865209e-07
BICGSTAB_SOLVER_TIME: 0.599659 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048322 s
InvBiCGStab: k = 51 resid = 2.278657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245126(s) Flops=337618944 => 1377.32816592283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198292.870845217 Mflops = 198.292870845217 Gflops = 0.198292870845217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067313 s
InvBiCGStab: k = 71 resid = 8.727956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262064(s) Flops=468854784 => 1789.08504792722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257576.80308397 Mflops = 257.57680308397 Gflops = 0.25757680308397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001058436 Relative Rsd = 4.64095109037074e-07
BICGSTAB_SOLVER_TIME: 0.626825 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101406
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.789939(s) Flops=1254039552 => 1587.51441820191 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228578.611983477 Mflops = 228.578611983477 Gflops = 0.228578611983477 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138669
CLOV_LINOP: Time spent in clov deriv (total) = 1.390461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040924 s
InvBiCGStab: k = 27 resid = 1.997156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100544(s) Flops=180135936 => 1791.61298535964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257860.582707201 Mflops = 257.860582707201 Gflops = 0.257860582707201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 59 resid = 3.632549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216686(s) Flops=390113280 => 1800.36218306674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259179.549351885 Mflops = 259.179549351885 Gflops = 0.259179549351885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007265077 Relative Rsd = 3.18553557023136e-07
BICGSTAB_SOLVER_TIME: 0.41823 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 69 resid = 1.832181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253077(s) Flops=455731200 => 1800.76103320333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259261.724855711 Mflops = 259.261724855711 Gflops = 0.259261724855711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 90 resid = 1.144242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328758(s) Flops=593528832 => 1805.36696293322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259927.381281964 Mflops = 259.927381281964 Gflops = 0.259927381281964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001207853 Relative Rsd = 5.29610017876962e-07
BICGSTAB_SOLVER_TIME: 0.683014 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 47 resid = 2.020729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172826(s) Flops=311371776 => 1801.64891856549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.565353983 Mflops = 259.363565353983 Gflops = 0.259363565353983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 67 resid = 7.447709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245405(s) Flops=442607616 => 1803.58026935067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.902926529 Mflops = 259.663902926529 Gflops = 0.259663902926529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001004493 Relative Rsd = 4.40442483047784e-07
BICGSTAB_SOLVER_TIME: 0.519489 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957430000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04108 s
InvBiCGStab: k = 60 resid = 1.733167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23592(s) Flops=396675072 => 1681.39654120041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242070.703515746 Mflops = 242.070703515746 Gflops = 0.242070703515746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058048 s
InvBiCGStab: k = 92 resid = 5.270938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349393(s) Flops=606652416 => 1736.30386413008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249982.030703203 Mflops = 249.982030703203 Gflops = 0.249982030703203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001117594 Relative Rsd = 4.90034291488256e-07
BICGSTAB_SOLVER_TIME: 0.688357 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04247 s
InvBiCGStab: k = 51 resid = 2.249973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187839(s) Flops=337618944 => 1797.38469646878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258755.686814631 Mflops = 258.755686814631 Gflops = 0.258755686814631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05678 s
InvBiCGStab: k = 62 resid = 1.100425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229321(s) Flops=409798656 => 1787.00884785955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257264.822175954 Mflops = 257.264822175954 Gflops = 0.257264822175954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009976242 Relative Rsd = 4.37430680593917e-07
BICGSTAB_SOLVER_TIME: 0.520343 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0950190000000003
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.799988(s) Flops=1260380160 => 1575.49883248249 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226852.897351017 Mflops = 226.852897351017 Gflops = 0.226852897351017 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139611000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044062 s
InvBiCGStab: k = 25 resid = 2.263137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103928(s) Flops=167012352 => 1607.00053883458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231301.18813124 Mflops = 231.30118813124 Gflops = 0.23130118813124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067022 s
InvBiCGStab: k = 49 resid = 1.082546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215542(s) Flops=324495360 => 1505.48552022344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216736.265561384 Mflops = 216.736265561384 Gflops = 0.216736265561384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007162629 Relative Rsd = 3.14061503406452e-07
BICGSTAB_SOLVER_TIME: 0.434549 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041832 s
InvBiCGStab: k = 49 resid = 2.200152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228202(s) Flops=324495360 => 1421.96545166125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204717.59762355 Mflops = 204.71759762355 Gflops = 0.20471759762355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073307 s
InvBiCGStab: k = 76 resid = 7.858276e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317476(s) Flops=501663744 => 1580.16273356096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227492.109834463 Mflops = 227.492109834463 Gflops = 0.227492109834463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001015623 Relative Rsd = 4.45322580022506e-07
BICGSTAB_SOLVER_TIME: 0.664753 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041878 s
InvBiCGStab: k = 46 resid = 2.102061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16966(s) Flops=304809984 => 1796.59309206649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.18534345 Mflops = 258.63918534345 Gflops = 0.25863918534345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061269 s
InvBiCGStab: k = 76 resid = 1.096232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299374(s) Flops=501663744 => 1675.70912637704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241245.18008376 Mflops = 241.24518008376 Gflops = 0.24124518008376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00103539 Relative Rsd = 4.53990106763038e-07
BICGSTAB_SOLVER_TIME: 0.576209 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041515 s
InvBiCGStab: k = 52 resid = 2.240408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193055(s) Flops=344180736 => 1782.81182046567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256648.055488072 Mflops = 256.648055488072 Gflops = 0.256648055488072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056832 s
InvBiCGStab: k = 69 resid = 1.111201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255959(s) Flops=455731200 => 1780.48515582574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256324.081745273 Mflops = 256.324081745273 Gflops = 0.256324081745273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001055408 Relative Rsd = 4.62767277956748e-07
BICGSTAB_SOLVER_TIME: 0.551195 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 52 resid = 1.87754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191679(s) Flops=344180736 => 1795.61003552815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258501.688115327 Mflops = 258.501688115327 Gflops = 0.258501688115327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 80 resid = 1.119961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293349(s) Flops=527910912 => 1799.6001758997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259087.666710465 Mflops = 259.087666710465 Gflops = 0.259087666710465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001046347 Relative Rsd = 4.58794146831226e-07
BICGSTAB_SOLVER_TIME: 0.586666 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108448
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.797587(s) Flops=1272619008 => 1595.58644762264 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229741.01297741 Mflops = 229.74101297741 Gflops = 0.22974101297741 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140757000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04151 s
InvBiCGStab: k = 26 resid = 2.159805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095856(s) Flops=173574144 => 1810.78017025538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260580.328011302 Mflops = 260.580328011302 Gflops = 0.260580328011301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 45 resid = 9.263292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166483(s) Flops=298248192 => 1791.46334460576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257877.86972243 Mflops = 257.87786972243 Gflops = 0.25787786972243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006974 Relative Rsd = 3.05790646612686e-07
BICGSTAB_SOLVER_TIME: 0.364599 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 48 resid = 2.122089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177394(s) Flops=317933568 => 1792.24532960529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258013.452821125 Mflops = 258.013452821125 Gflops = 0.258013452821125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 76 resid = 6.227424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278054(s) Flops=501663744 => 1804.19538650766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259739.544376762 Mflops = 259.739544376762 Gflops = 0.259739544376762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001084333 Relative Rsd = 4.75450047868367e-07
BICGSTAB_SOLVER_TIME: 0.556698 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043045 s
InvBiCGStab: k = 47 resid = 2.103054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185386(s) Flops=311371776 => 1679.58624707367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241789.646231313 Mflops = 241.789646231313 Gflops = 0.241789646231313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 75 resid = 8.115289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288757(s) Flops=495101952 => 1714.59722881177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246857.623548565 Mflops = 246.857623548565 Gflops = 0.246857623548565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00105912 Relative Rsd = 4.64394997846397e-07
BICGSTAB_SOLVER_TIME: 0.577205 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046637 s
InvBiCGStab: k = 57 resid = 2.215279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276299(s) Flops=376989696 => 1364.4265668714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196434.783615936 Mflops = 196.434783615936 Gflops = 0.196434783615936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077885 s
InvBiCGStab: k = 82 resid = 1.120254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381279(s) Flops=541034496 => 1418.99893778572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204309.199703436 Mflops = 204.309199703436 Gflops = 0.204309199703436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001053722 Relative Rsd = 4.62028147750962e-07
BICGSTAB_SOLVER_TIME: 0.786542 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046863 s
InvBiCGStab: k = 45 resid = 1.943198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200267(s) Flops=298248192 => 1489.25280750198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214403.821892988 Mflops = 214.403821892988 Gflops = 0.214403821892988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078061 s
InvBiCGStab: k = 66 resid = 8.873053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297613(s) Flops=436045824 => 1465.1437403608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210950.786259085 Mflops = 210.950786259085 Gflops = 0.210950786259085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001016242 Relative Rsd = 4.45593985775556e-07
BICGSTAB_SOLVER_TIME: 0.62673 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934290000000003
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847833(s) Flops=1279107072 => 1508.67809108633 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217248.364889033 Mflops = 217.248364889033 Gflops = 0.217248364889033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141263000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.180055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753177(s) Flops=1328449536 => 1763.79461401503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253954.416303779 Mflops = 253.954416303779 Gflops = 0.253954416303779 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.130287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739487(s) Flops=1308764160 => 1769.82713692059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254839.463581809 Mflops = 254.839463581809 Gflops = 0.254839463581809 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.002070183 Relative Rsd = 9.11270115196364e-07
BICGSTAB_SOLVER_TIME: 1.496465 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.117978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286409999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.847659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66087(s) Flops=1170966528 => 1771.856080621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255107.096732167 Mflops = 255.107096732167 Gflops = 0.255107096732167 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.088804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786706(s) Flops=1374382080 => 1747.00851398108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251556.748736547 Mflops = 251.556748736547 Gflops = 0.251556748736547 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.00193377 Relative Rsd = 8.49446568559365e-07
BICGSTAB_SOLVER_TIME: 1.450931 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278380999999997
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831817(s) Flops=1279107072 => 1537.72653360054 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221467.323381927 Mflops = 221.467323381927 Gflops = 0.221467323381927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141577000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.549101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 26 resid = 1.957477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142465(s) Flops=173574144 => 1218.36341557576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175350.524077875 Mflops = 175.350524077875 Gflops = 0.175350524077875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05837 s
InvBiCGStab: k = 44 resid = 9.133674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163871(s) Flops=291686400 => 1779.97571260321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256214.277554351 Mflops = 256.214277554351 Gflops = 0.256214277554351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007234302 Relative Rsd = 3.17204184993443e-07
BICGSTAB_SOLVER_TIME: 0.409565 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 72 resid = 2.200588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275895(s) Flops=475416576 => 1723.1793834611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248092.382854374 Mflops = 248.092382854374 Gflops = 0.248092382854374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058233 s
InvBiCGStab: k = 116 resid = 1.095846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433949(s) Flops=764135424 => 1760.8876250435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253523.153419845 Mflops = 253.523153419845 Gflops = 0.253523153419845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001313336 Relative Rsd = 5.7586149886326e-07
BICGSTAB_SOLVER_TIME: 0.812832 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148667999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044373 s
InvBiCGStab: k = 46 resid = 1.892619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172003(s) Flops=304809984 => 1772.12016069487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255082.739148506 Mflops = 255.082739148506 Gflops = 0.255082739148506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 69 resid = 1.143979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256402(s) Flops=455731200 => 1777.40891256698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255881.994654344 Mflops = 255.881994654344 Gflops = 0.255881994654344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001007551 Relative Rsd = 4.41783228488749e-07
BICGSTAB_SOLVER_TIME: 0.53258 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964240000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 54 resid = 2.19554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204162(s) Flops=357304320 => 1750.10197784113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251941.765974774 Mflops = 251.941765974774 Gflops = 0.251941765974774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057875 s
InvBiCGStab: k = 89 resid = 1.073395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340804(s) Flops=586967040 => 1722.30091196113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247965.584208019 Mflops = 247.965584208019 Gflops = 0.247965584208019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00108977 Relative Rsd = 4.77833895916739e-07
BICGSTAB_SOLVER_TIME: 0.647798 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 53 resid = 2.263751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202721(s) Flops=350742528 => 1730.17362779386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249070.414197817 Mflops = 249.070414197817 Gflops = 0.249070414197817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 87 resid = 1.099527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32354(s) Flops=573843456 => 1773.63990851208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255348.604670054 Mflops = 255.348604670054 Gflops = 0.255348604670054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001096608 Relative Rsd = 4.80832375650737e-07
BICGSTAB_SOLVER_TIME: 0.628172 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114356
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.83128(s) Flops=1291493376 => 1553.62017130209 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223903.517850278 Mflops = 223.903517850278 Gflops = 0.223903517850278 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142858000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 27 resid = 2.135831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101823(s) Flops=180135936 => 1769.10851182935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254631.3658872 Mflops = 254.6313658872 Gflops = 0.2546313658872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 48 resid = 1.059646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179117(s) Flops=317933568 => 1775.00498556809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255527.743996169 Mflops = 255.527743996169 Gflops = 0.255527743996169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007301171 Relative Rsd = 3.20136178740353e-07
BICGSTAB_SOLVER_TIME: 0.382124 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0680050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047228 s
InvBiCGStab: k = 79 resid = 1.888207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358998(s) Flops=521349120 => 1452.23405144318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209098.349096317 Mflops = 209.098349096317 Gflops = 0.209098349096317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073432 s
InvBiCGStab: k = 94 resid = 1.017878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418779(s) Flops=619776000 => 1479.95959682792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213079.780739456 Mflops = 213.079780739456 Gflops = 0.213079780739456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001260663 Relative Rsd = 5.52766130087821e-07
BICGSTAB_SOLVER_TIME: 0.902693 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044892 s
InvBiCGStab: k = 54 resid = 2.015021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221329(s) Flops=357304320 => 1614.3583534015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232410.928566635 Mflops = 232.410928566635 Gflops = 0.232410928566635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078617 s
InvBiCGStab: k = 75 resid = 5.582363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325427(s) Flops=495101952 => 1521.39174684338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219030.591498633 Mflops = 219.030591498633 Gflops = 0.219030591498633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001004658 Relative Rsd = 4.40514609496733e-07
BICGSTAB_SOLVER_TIME: 0.674162 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059464 s
InvBiCGStab: k = 58 resid = 2.1584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214593(s) Flops=383551488 => 1787.34389285764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257304.313092256 Mflops = 257.304313092256 Gflops = 0.257304313092256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 80 resid = 8.542293e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294105(s) Flops=527910912 => 1794.97428469424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258420.044213261 Mflops = 258.420044213261 Gflops = 0.258420044213261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00111372 Relative Rsd = 4.88335415002829e-07
BICGSTAB_SOLVER_TIME: 0.628207 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0411 s
InvBiCGStab: k = 48 resid = 2.274788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177148(s) Flops=317933568 => 1794.73416578228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258363.014097532 Mflops = 258.363014097532 Gflops = 0.258363014097532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 84 resid = 9.450254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30891(s) Flops=554158080 => 1793.91434398368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258281.302969376 Mflops = 258.281302969376 Gflops = 0.258281302969376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001062557 Relative Rsd = 4.65902098628568e-07
BICGSTAB_SOLVER_TIME: 0.587238 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108689
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.813521(s) Flops=1297760256 => 1595.23879039386 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229695.312523656 Mflops = 229.695312523656 Gflops = 0.229695312523656 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143897000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041688 s
InvBiCGStab: k = 29 resid = 1.983656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106965(s) Flops=193259520 => 1806.75473285654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.66757882 Mflops = 260.05466757882 Gflops = 0.26005466757882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056877 s
InvBiCGStab: k = 46 resid = 8.79255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171804(s) Flops=304809984 => 1774.17280156457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255374.490608073 Mflops = 255.374490608073 Gflops = 0.255374490608073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007285668 Relative Rsd = 3.19456413757587e-07
BICGSTAB_SOLVER_TIME: 0.381165 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041309 s
InvBiCGStab: k = 48 resid = 1.669079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178019(s) Flops=317933568 => 1785.95300501632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257099.936828032 Mflops = 257.099936828032 Gflops = 0.257099936828032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057182 s
InvBiCGStab: k = 86 resid = 1.011816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333252(s) Flops=567281664 => 1702.26034352382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245073.587688051 Mflops = 245.073587688051 Gflops = 0.245073587688051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00106421 Relative Rsd = 4.6662688521641e-07
BICGSTAB_SOLVER_TIME: 0.613609 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109895
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 48 resid = 1.815205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176801(s) Flops=317933568 => 1798.25661619561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258868.63673357 Mflops = 258.86863673357 Gflops = 0.25886863673357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055812 s
InvBiCGStab: k = 59 resid = 1.015651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21571(s) Flops=390113280 => 1808.50808956469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260346.706398817 Mflops = 260.346706398817 Gflops = 0.260346706398817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 107 iterations. Rsd = 0.0009969744 Relative Rsd = 4.37145747941382e-07
BICGSTAB_SOLVER_TIME: 0.493006 sec
2Flav::invert,  n_count = 107
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0907940000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041225 s
InvBiCGStab: k = 57 resid = 1.445718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208865(s) Flops=376989696 => 1804.94432288799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.711468166 Mflops = 259.837711468166 Gflops = 0.259837711468166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 84 resid = 1.069735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308194(s) Flops=554158080 => 1798.08198731968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258868.124481686 Mflops = 258.868124481686 Gflops = 0.258868124481686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001079015 Relative Rsd = 4.73118265621785e-07
BICGSTAB_SOLVER_TIME: 0.618443 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11482
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047305 s
InvBiCGStab: k = 50 resid = 2.209564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227832(s) Flops=331057152 => 1453.07574001896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209180.212477232 Mflops = 209.180212477232 Gflops = 0.209180212477232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065548 s
InvBiCGStab: k = 69 resid = 1.043527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319424(s) Flops=455731200 => 1426.72811059908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205411.434002875 Mflops = 205.411434002875 Gflops = 0.205411434002875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001001981 Relative Rsd = 4.39340780890914e-07
BICGSTAB_SOLVER_TIME: 0.664114 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991030000000002
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036142(s) Flops=1304027136 => 1258.5409490205 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  181221.464128994 Mflops = 181.221464128994 Gflops = 0.181221464128994 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144303000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041924 s
InvBiCGStab: k = 31 resid = 2.055854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115135(s) Flops=206383104 => 1792.53141095236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258013.222788937 Mflops = 258.013222788937 Gflops = 0.258013222788937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 50 resid = 1.075561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183973(s) Flops=331057152 => 1799.48770743533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259036.185938203 Mflops = 259.036185938203 Gflops = 0.259036185938203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007368971 Relative Rsd = 3.23109008410234e-07
BICGSTAB_SOLVER_TIME: 0.401606 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 57 resid = 1.679209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209748(s) Flops=376989696 => 1797.34584358373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258756.48740684 Mflops = 258.75648740684 Gflops = 0.25875648740684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05578 s
InvBiCGStab: k = 77 resid = 1.044882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282291(s) Flops=508225536 => 1800.36039406145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.373706803 Mflops = 259.198373706803 Gflops = 0.259198373706803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001097695 Relative Rsd = 4.81308879826912e-07
BICGSTAB_SOLVER_TIME: 0.592737 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 47 resid = 2.021071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172628(s) Flops=311371776 => 1803.71536483073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259658.666716635 Mflops = 259.658666716635 Gflops = 0.259658666716635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056062 s
InvBiCGStab: k = 65 resid = 1.051786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239024(s) Flops=429484032 => 1796.8238837941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258666.608976155 Mflops = 258.666608976155 Gflops = 0.258666608976155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001021912 Relative Rsd = 4.48080229900779e-07
BICGSTAB_SOLVER_TIME: 0.512824 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0943740000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 52 resid = 2.194338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190534(s) Flops=344180736 => 1806.4006214114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260042.805649624 Mflops = 260.042805649624 Gflops = 0.260042805649624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 75 resid = 1.008096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273646(s) Flops=495101952 => 1809.27896625567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260476.176876351 Mflops = 260.476176876351 Gflops = 0.260476176876351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001080948 Relative Rsd = 4.73965917292868e-07
BICGSTAB_SOLVER_TIME: 0.56519 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 52 resid = 1.417621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190443(s) Flops=344180736 => 1807.26377971362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.074308974 Mflops = 260.178074308974 Gflops = 0.260178074308974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 67 resid = 9.2075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256266(s) Flops=442607616 => 1727.14139214722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248646.108687809 Mflops = 248.646108687809 Gflops = 0.248646108687809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0010025 Relative Rsd = 4.39568390116577e-07
BICGSTAB_SOLVER_TIME: 0.548123 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992900000000003
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.826436(s) Flops=1310367744 => 1585.5646946648 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228303.807170547 Mflops = 228.303807170547 Gflops = 0.228303807170547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145298000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.481359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.237967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867142(s) Flops=1315325952 => 1516.85185586674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218389.087549786 Mflops = 218.389087549786 Gflops = 0.218389087549786 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 7.394718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90278(s) Flops=1630291968 => 1805.85742705864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.816036967 Mflops = 260.030816036967 Gflops = 0.260030816036967 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002079661 Relative Rsd = 9.15419933695911e-07
BICGSTAB_SOLVER_TIME: 1.773312 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319797999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.748419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683323(s) Flops=1236584448 => 1809.66314319875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260571.104879433 Mflops = 260.571104879433 Gflops = 0.260571104879433 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 9.882729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690098(s) Flops=1249708032 => 1810.91385861139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260755.628736598 Mflops = 260.755628736598 Gflops = 0.260755628736598 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001942466 Relative Rsd = 8.53281375435011e-07
BICGSTAB_SOLVER_TIME: 1.376721 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269862999999997
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.832726(s) Flops=1310367744 => 1573.58812382464 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226578.607231194 Mflops = 226.578607231194 Gflops = 0.226578607231194 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145053000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 30 resid = 1.954264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110838(s) Flops=199821312 => 1802.82314729605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259513.05796721 Mflops = 259.51305796721 Gflops = 0.25951305796721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 48 resid = 5.176673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178842(s) Flops=317933568 => 1777.73435770121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256000.806467787 Mflops = 256.000806467787 Gflops = 0.256000806467787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000721296 Relative Rsd = 3.16268378773645e-07
BICGSTAB_SOLVER_TIME: 0.391043 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 79 resid = 1.681336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288819(s) Flops=521349120 => 1805.10672774298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.866953503 Mflops = 259.883866953503 Gflops = 0.259883866953503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055948 s
InvBiCGStab: k = 102 resid = 9.243322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375363(s) Flops=672270336 => 1790.98722037068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257854.712728876 Mflops = 257.854712728876 Gflops = 0.257854712728876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001250737 Relative Rsd = 5.48413837417507e-07
BICGSTAB_SOLVER_TIME: 0.764968 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05117 s
InvBiCGStab: k = 50 resid = 2.107848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226246(s) Flops=331057152 => 1463.26190076289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210663.532661246 Mflops = 210.663532661246 Gflops = 0.210663532661246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065885 s
InvBiCGStab: k = 80 resid = 1.117345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3451(s) Flops=527910912 => 1529.73315560707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220234.048285672 Mflops = 220.234048285672 Gflops = 0.220234048285672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0009763777 Relative Rsd = 4.28114679396596e-07
BICGSTAB_SOLVER_TIME: 0.692365 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047202 s
InvBiCGStab: k = 60 resid = 1.09644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272903(s) Flops=396675072 => 1453.53870056394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209273.659291236 Mflops = 209.273659291236 Gflops = 0.209273659291236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058451 s
InvBiCGStab: k = 81 resid = 6.086096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38617(s) Flops=534472704 => 1384.03476189243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199267.400760586 Mflops = 199.267400760586 Gflops = 0.199267400760586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001105952 Relative Rsd = 4.84929290667767e-07
BICGSTAB_SOLVER_TIME: 0.768604 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.154029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114858
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041447 s
InvBiCGStab: k = 55 resid = 1.746381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204277(s) Flops=363866112 => 1781.23876892651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256433.088832092 Mflops = 256.433088832092 Gflops = 0.256433088832092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057164 s
InvBiCGStab: k = 83 resid = 1.09787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306318(s) Flops=547596288 => 1787.67257555873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257371.392663083 Mflops = 257.371392663083 Gflops = 0.257371392663083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001056827 Relative Rsd = 4.63389362198317e-07
BICGSTAB_SOLVER_TIME: 0.613086 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112909
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.827448(s) Flops=1316560896 => 1591.11013139194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229115.252465549 Mflops = 229.115252465549 Gflops = 0.229115252465549 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146069000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 29 resid = 1.890652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107504(s) Flops=193259520 => 1797.69608572704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258750.684222306 Mflops = 258.750684222306 Gflops = 0.258750684222306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 54 resid = 8.902613e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198069(s) Flops=357304320 => 1803.93862744801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259672.241449922 Mflops = 259.672241449922 Gflops = 0.259672241449922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007574022 Relative Rsd = 3.32099955660701e-07
BICGSTAB_SOLVER_TIME: 0.407294 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 66 resid = 2.250822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244523(s) Flops=436045824 => 1783.25075350785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256741.953642987 Mflops = 256.741953642987 Gflops = 0.256741953642987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 94 resid = 1.042079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343767(s) Flops=619776000 => 1802.89556589201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259574.183819015 Mflops = 259.574183819015 Gflops = 0.259574183819015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001230821 Relative Rsd = 5.39681075290028e-07
BICGSTAB_SOLVER_TIME: 0.689489 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040818 s
InvBiCGStab: k = 46 resid = 1.919523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17132(s) Flops=304809984 => 1779.1850572029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256110.888084499 Mflops = 256.110888084499 Gflops = 0.256110888084499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063739 s
InvBiCGStab: k = 71 resid = 8.460991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272261(s) Flops=468854784 => 1722.07838801738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247925.574249971 Mflops = 247.925574249971 Gflops = 0.247925574249971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009989444 Relative Rsd = 4.38009529802039e-07
BICGSTAB_SOLVER_TIME: 0.552198 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978280000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042147 s
InvBiCGStab: k = 58 resid = 1.54712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214367(s) Flops=383551488 => 1789.22823009139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257581.409335491 Mflops = 257.581409335491 Gflops = 0.257581409335491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057039 s
InvBiCGStab: k = 82 resid = 9.750737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302344(s) Flops=541034496 => 1789.46662080279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257622.648245571 Mflops = 257.622648245571 Gflops = 0.257622648245571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001096897 Relative Rsd = 4.80959069101756e-07
BICGSTAB_SOLVER_TIME: 0.619737 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041842 s
InvBiCGStab: k = 56 resid = 1.612143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206998(s) Flops=370427904 => 1789.52407269635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257623.784500301 Mflops = 257.623784500301 Gflops = 0.257623784500301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063887 s
InvBiCGStab: k = 74 resid = 1.13382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318361(s) Flops=488540160 => 1534.54776181756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220931.100386871 Mflops = 220.931100386871 Gflops = 0.220931100386871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001040983 Relative Rsd = 4.56442201847676e-07
BICGSTAB_SOLVER_TIME: 0.634913 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107266
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960777(s) Flops=1316708352 => 1370.46198233305 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197336.173678559 Mflops = 197.336173678559 Gflops = 0.197336173678559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146095000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 28 resid = 9.067235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104539(s) Flops=186697728 => 1785.91461559801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257036.473878583 Mflops = 257.036473878583 Gflops = 0.257036473878583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 43 resid = 1.010248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158726(s) Flops=285124608 => 1796.33209430087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.377560088 Mflops = 258.566377560088 Gflops = 0.258566377560088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007009584 Relative Rsd = 3.07350910662075e-07
BICGSTAB_SOLVER_TIME: 0.364501 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041756 s
InvBiCGStab: k = 49 resid = 1.770824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180254(s) Flops=324495360 => 1800.21170126599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.608137766 Mflops = 259.158608137766 Gflops = 0.259158608137766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055977 s
InvBiCGStab: k = 69 resid = 1.024478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268227(s) Flops=455731200 => 1699.05043116465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244614.212396074 Mflops = 244.614212396074 Gflops = 0.244614212396074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001008964 Relative Rsd = 4.42402760485132e-07
BICGSTAB_SOLVER_TIME: 0.550265 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985240000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 46 resid = 2.050277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171402(s) Flops=304809984 => 1778.33388175167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255997.913114079 Mflops = 255.997913114079 Gflops = 0.255997913114079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057138 s
InvBiCGStab: k = 86 resid = 9.091468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317082(s) Flops=567281664 => 1789.06927545556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257584.923369047 Mflops = 257.584923369047 Gflops = 0.257584923369047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0009850083 Relative Rsd = 4.31898944378375e-07
BICGSTAB_SOLVER_TIME: 0.590331 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041756 s
InvBiCGStab: k = 54 resid = 1.733721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198914(s) Flops=357304320 => 1796.27537528781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258595.194826337 Mflops = 258.595194826337 Gflops = 0.258595194826337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05684 s
InvBiCGStab: k = 76 resid = 8.979325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278469(s) Flops=501663744 => 1801.50660935329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.030684313 Mflops = 259.364030684313 Gflops = 0.259364030684313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001060633 Relative Rsd = 4.65058224280359e-07
BICGSTAB_SOLVER_TIME: 0.579912 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 59 resid = 1.460094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216038(s) Flops=390113280 => 1805.76231959192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259962.380131015 Mflops = 259.962380131015 Gflops = 0.259962380131015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055754 s
InvBiCGStab: k = 65 resid = 1.017113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238484(s) Flops=429484032 => 1800.89243722849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259255.954847132 Mflops = 259.255954847132 Gflops = 0.259255954847132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001023972 Relative Rsd = 4.48983571561815e-07
BICGSTAB_SOLVER_TIME: 0.555313 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102854
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.837802(s) Flops=1316708352 => 1571.62235468524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226289.370307381 Mflops = 226.289370307381 Gflops = 0.226289370307381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145646000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043768 s
InvBiCGStab: k = 27 resid = 2.201549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119784(s) Flops=180135936 => 1503.83971148067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216418.894598774 Mflops = 216.418894598774 Gflops = 0.216418894598774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068564 s
InvBiCGStab: k = 41 resid = 1.134448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191223(s) Flops=272001024 => 1422.42838989034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204780.434792921 Mflops = 204.780434792921 Gflops = 0.204780434792921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.000760072 Relative Rsd = 3.33270568437586e-07
BICGSTAB_SOLVER_TIME: 0.427973 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0629440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046493 s
InvBiCGStab: k = 59 resid = 1.157699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265177(s) Flops=390113280 => 1471.14297242974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211798.823792708 Mflops = 211.798823792708 Gflops = 0.211798823792708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064983 s
InvBiCGStab: k = 78 resid = 9.377907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345439(s) Flops=514787328 => 1490.24090505125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214547.298663464 Mflops = 214.547298663464 Gflops = 0.214547298663464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001070244 Relative Rsd = 4.69272338396318e-07
BICGSTAB_SOLVER_TIME: 0.727884 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 48 resid = 2.180004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178373(s) Flops=317933568 => 1782.4085932288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256592.57434976 Mflops = 256.59257434976 Gflops = 0.25659257434976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056834 s
InvBiCGStab: k = 70 resid = 6.652844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258599(s) Flops=462292992 => 1787.68282939996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257366.800075635 Mflops = 257.366800075635 Gflops = 0.257366800075635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001020541 Relative Rsd = 4.47479227204444e-07
BICGSTAB_SOLVER_TIME: 0.538924 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986490000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041492 s
InvBiCGStab: k = 60 resid = 2.009074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220669(s) Flops=396675072 => 1797.60216432757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258797.156244331 Mflops = 258.797156244331 Gflops = 0.258797156244331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056842 s
InvBiCGStab: k = 81 resid = 8.892968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297708(s) Flops=534472704 => 1795.29170865412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258461.342770918 Mflops = 258.461342770918 Gflops = 0.258461342770918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00106073 Relative Rsd = 4.65100846774961e-07
BICGSTAB_SOLVER_TIME: 0.620574 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114871
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040603 s
InvBiCGStab: k = 47 resid = 2.192733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172748(s) Flops=311371776 => 1802.46240766897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.040620457 Mflops = 259.484040620457 Gflops = 0.259484040620457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 73 resid = 9.807796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268712(s) Flops=481978368 => 1793.6614963232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.093273624 Mflops = 258.234093273624 Gflops = 0.258234093273624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001024617 Relative Rsd = 4.49266207193682e-07
BICGSTAB_SOLVER_TIME: 0.541927 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100133
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.823495(s) Flops=1316855808 => 1599.10601521564 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230238.876930003 Mflops = 230.238876930003 Gflops = 0.230238876930003 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145873000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.708338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831432(s) Flops=1492494336 => 1795.08887798401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258418.155156822 Mflops = 258.418155156822 Gflops = 0.258418155156822 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.079875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854135(s) Flops=1544988672 => 1808.83428497837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260458.461410745 Mflops = 260.458461410745 Gflops = 0.260458461410745 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002066114 Relative Rsd = 9.09451330108081e-07
BICGSTAB_SOLVER_TIME: 1.688975 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.124455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329948999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 9.822852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765258(s) Flops=1125033984 => 1470.136847965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211656.777007979 Mflops = 211.656777007979 Gflops = 0.211656777007979 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.091606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915738(s) Flops=1348134912 => 1472.18408758837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211984.99338046 Mflops = 211.98499338046 Gflops = 0.21198499338046 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001875775 Relative Rsd = 8.24015869804083e-07
BICGSTAB_SOLVER_TIME: 1.684337 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268465999999997
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82727(s) Flops=1316855808 => 1591.80897167793 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229197.887215371 Mflops = 229.197887215371 Gflops = 0.229197887215371 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145787000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 25 resid = 2.037378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093721(s) Flops=167012352 => 1782.01632504988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256455.651998438 Mflops = 256.455651998438 Gflops = 0.256455651998438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 45 resid = 1.13734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172924(s) Flops=298248192 => 1724.73567578821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248274.875662575 Mflops = 248.274875662575 Gflops = 0.248274875662575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006964292 Relative Rsd = 3.05364957638159e-07
BICGSTAB_SOLVER_TIME: 0.368047 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042027 s
InvBiCGStab: k = 87 resid = 2.072629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320925(s) Flops=573843456 => 1788.09209628418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257446.004288588 Mflops = 257.446004288588 Gflops = 0.257446004288588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058046 s
InvBiCGStab: k = 106 resid = 1.11126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389774(s) Flops=698517504 => 1792.10902728248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258019.449025457 Mflops = 258.019449025457 Gflops = 0.258019449025457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001299344 Relative Rsd = 5.69726411885812e-07
BICGSTAB_SOLVER_TIME: 0.814558 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152178999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040703 s
InvBiCGStab: k = 47 resid = 2.234227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1722(s) Flops=311371776 => 1808.19846689895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260287.777303597 Mflops = 260.287777303597 Gflops = 0.260287777303597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057511 s
InvBiCGStab: k = 68 resid = 9.264406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24943(s) Flops=449169408 => 1800.78341819348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.37190016 Mflops = 259.24837190016 Gflops = 0.25924837190016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001010766 Relative Rsd = 4.43193139774248e-07
BICGSTAB_SOLVER_TIME: 0.523669 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965740000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052756 s
InvBiCGStab: k = 57 resid = 1.766326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213588(s) Flops=376989696 => 1765.03219281982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254155.631804399 Mflops = 254.155631804399 Gflops = 0.254155631804399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 82 resid = 1.016682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300114(s) Flops=541034496 => 1802.76326995742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.913161337 Mflops = 259.527913161337 Gflops = 0.259527913161337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001096437 Relative Rsd = 4.80757543821891e-07
BICGSTAB_SOLVER_TIME: 0.626679 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 58 resid = 2.036725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212617(s) Flops=383551488 => 1803.95494245521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259719.836001773 Mflops = 259.719836001773 Gflops = 0.259719836001773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05586 s
InvBiCGStab: k = 81 resid = 8.600355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296746(s) Flops=534472704 => 1801.11173865865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.729834719 Mflops = 259.298729834719 Gflops = 0.259298729834719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.0011067 Relative Rsd = 4.85257509398652e-07
BICGSTAB_SOLVER_TIME: 0.61004 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113659
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952508(s) Flops=1317003264 => 1382.66897915818 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199088.929842996 Mflops = 199.088929842996 Gflops = 0.199088929842996 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145684
CLOV_LINOP: Time spent in clov deriv (total) = 1.545032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043566 s
InvBiCGStab: k = 24 resid = 1.959432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0899(s) Flops=160450560 => 1784.76707452725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256832.845669672 Mflops = 256.832845669672 Gflops = 0.256832845669672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 46 resid = 1.054578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170109(s) Flops=304809984 => 1791.85101317391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257924.642923502 Mflops = 257.924642923502 Gflops = 0.257924642923502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007419907 Relative Rsd = 3.25342452649811e-07
BICGSTAB_SOLVER_TIME: 0.364128 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041384 s
InvBiCGStab: k = 70 resid = 1.256714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261107(s) Flops=462292992 => 1770.51167529021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254905.573956797 Mflops = 254.905573956797 Gflops = 0.254905573956797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057034 s
InvBiCGStab: k = 98 resid = 1.106544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359891(s) Flops=646023168 => 1795.05230194698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258436.073063804 Mflops = 258.436073063804 Gflops = 0.258436073063804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001261602 Relative Rsd = 5.53177807236278e-07
BICGSTAB_SOLVER_TIME: 0.72338 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 50 resid = 2.147265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184527(s) Flops=331057152 => 1794.08515826952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258277.463032345 Mflops = 258.277463032345 Gflops = 0.258277463032345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056448 s
InvBiCGStab: k = 69 resid = 6.3881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252236(s) Flops=455731200 => 1806.76509300813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.483735092 Mflops = 260.057483735092 Gflops = 0.260057483735092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009983268 Relative Rsd = 4.37738736587834e-07
BICGSTAB_SOLVER_TIME: 0.538586 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994480000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 57 resid = 1.645602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210547(s) Flops=376989696 => 1790.5251369053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257774.319503128 Mflops = 257.774319503128 Gflops = 0.257774319503128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 83 resid = 8.762374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303366(s) Flops=547596288 => 1805.06809596329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.556411622 Mflops = 259.877556411622 Gflops = 0.259877556411622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001152159 Relative Rsd = 5.05189982805228e-07
BICGSTAB_SOLVER_TIME: 0.615815 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 56 resid = 1.956378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207055(s) Flops=370427904 => 1789.03143609186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257557.830471879 Mflops = 257.557830471879 Gflops = 0.257557830471879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056975 s
InvBiCGStab: k = 85 resid = 1.138508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312075(s) Flops=560719872 => 1796.7471665465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258679.325273312 Mflops = 258.679325273312 Gflops = 0.258679325273312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001110685 Relative Rsd = 4.87004776452799e-07
BICGSTAB_SOLVER_TIME: 0.620936 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115018
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.829959(s) Flops=1323196416 => 1594.29130354632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229556.080189061 Mflops = 229.556080189061 Gflops = 0.229556080189061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146755000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041776 s
InvBiCGStab: k = 25 resid = 2.083754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09323(s) Flops=167012352 => 1791.40139440094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257837.579758555 Mflops = 257.837579758555 Gflops = 0.257837579758555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 46 resid = 1.013107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17001(s) Flops=304809984 => 1792.89444150344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258087.254882162 Mflops = 258.087254882162 Gflops = 0.258087254882162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.000683606 Relative Rsd = 2.99742335971553e-07
BICGSTAB_SOLVER_TIME: 0.365531 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045992 s
InvBiCGStab: k = 47 resid = 2.25231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195988(s) Flops=311371776 => 1588.72877931302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228706.56368636 Mflops = 228.70656368636 Gflops = 0.22870656368636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066909 s
InvBiCGStab: k = 81 resid = 7.030738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392548(s) Flops=534472704 => 1361.54738783537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196029.625712253 Mflops = 196.029625712253 Gflops = 0.196029625712253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00105403 Relative Rsd = 4.62163212566191e-07
BICGSTAB_SOLVER_TIME: 0.705739 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043112 s
InvBiCGStab: k = 49 resid = 2.234973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215008(s) Flops=324495360 => 1509.22458699211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217275.160794171 Mflops = 217.275160794171 Gflops = 0.217275160794171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060834 s
InvBiCGStab: k = 73 resid = 8.983511e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297998(s) Flops=481978368 => 1617.38792877805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232762.488011935 Mflops = 232.762488011935 Gflops = 0.232762488011935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0010402 Relative Rsd = 4.56098771735484e-07
BICGSTAB_SOLVER_TIME: 0.62078 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043333 s
InvBiCGStab: k = 56 resid = 2.094701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207168(s) Flops=370427904 => 1788.05560704356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257415.869775959 Mflops = 257.415869775959 Gflops = 0.257415869775959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 85 resid = 7.134721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312213(s) Flops=560719872 => 1795.95299362935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.074317149 Mflops = 258.566074317149 Gflops = 0.258566074317149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001108 Relative Rsd = 4.85827221569009e-07
BICGSTAB_SOLVER_TIME: 0.623485 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 52 resid = 1.406648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191391(s) Flops=344180736 => 1798.31202094142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258872.845880361 Mflops = 258.872845880361 Gflops = 0.258872845880361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058092 s
InvBiCGStab: k = 71 resid = 5.098208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261219(s) Flops=468854784 => 1794.87244036613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258393.996040075 Mflops = 258.393996040075 Gflops = 0.258393996040075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001027294 Relative Rsd = 4.50440188934212e-07
BICGSTAB_SOLVER_TIME: 0.555674 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102033
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.853166(s) Flops=1323270144 => 1551.01134363067 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223321.275812145 Mflops = 223.321275812145 Gflops = 0.223321275812145 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146583000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040944 s
InvBiCGStab: k = 26 resid = 2.117024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096636(s) Flops=173574144 => 1796.16441077859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258537.242428695 Mflops = 258.537242428695 Gflops = 0.258537242428695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055825 s
InvBiCGStab: k = 42 resid = 1.120977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154882(s) Flops=278562816 => 1798.54867576607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258896.821506195 Mflops = 258.896821506195 Gflops = 0.258896821506195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0006863317 Relative Rsd = 3.00937501347125e-07
BICGSTAB_SOLVER_TIME: 0.35218 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040817 s
InvBiCGStab: k = 53 resid = 1.868524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194658(s) Flops=350742528 => 1801.83978053817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259387.873190301 Mflops = 259.387873190301 Gflops = 0.259387873190301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 77 resid = 1.069058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285332(s) Flops=508225536 => 1781.17258491862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256433.200505679 Mflops = 256.433200505679 Gflops = 0.256433200505679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001080305 Relative Rsd = 4.73683894199845e-07
BICGSTAB_SOLVER_TIME: 0.581653 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 50 resid = 1.615426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18521(s) Flops=331057152 => 1787.46909994061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257326.814984875 Mflops = 257.326814984875 Gflops = 0.257326814984875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 88 resid = 1.069352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322164(s) Flops=580405248 => 1801.58319365292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.829327298 Mflops = 259.369829327298 Gflops = 0.259369829327298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.0009733751 Relative Rsd = 4.26798103717539e-07
BICGSTAB_SOLVER_TIME: 0.60843 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04183 s
InvBiCGStab: k = 52 resid = 1.886183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192181(s) Flops=344180736 => 1790.91968508854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257835.778932116 Mflops = 257.835778932116 Gflops = 0.257835778932116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05583 s
InvBiCGStab: k = 81 resid = 8.77175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2962(s) Flops=534472704 => 1804.43181634031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.634222012 Mflops = 259.774634222012 Gflops = 0.259774634222012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001067691 Relative Rsd = 4.68152821568052e-07
BICGSTAB_SOLVER_TIME: 0.58995 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043795 s
InvBiCGStab: k = 52 resid = 2.184679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231572(s) Flops=344180736 => 1486.27958475118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213968.559061386 Mflops = 213.968559061386 Gflops = 0.213968559061386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06519 s
InvBiCGStab: k = 76 resid = 1.09946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346222(s) Flops=501663744 => 1448.96553078661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208617.841613848 Mflops = 208.617841613848 Gflops = 0.208617841613848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001008261 Relative Rsd = 4.42094398221793e-07
BICGSTAB_SOLVER_TIME: 0.690716 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105636
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031473(s) Flops=1323270144 => 1282.89363269809 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  184720.851590811 Mflops = 184.720851590811 Gflops = 0.184720851590811 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146251000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.058572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827056(s) Flops=1492494336 => 1804.58679460641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.94695822 Mflops = 259.85594695822 Gflops = 0.25985594695822 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 9.261134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784951(s) Flops=1420314624 => 1809.43093772732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260543.102384901 Mflops = 260.543102384901 Gflops = 0.260543102384901 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002011349 Relative Rsd = 8.85368174858548e-07
BICGSTAB_SOLVER_TIME: 1.615528 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316068999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.071514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.668696(s) Flops=1210337280 => 1809.99629128932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260643.924431918 Mflops = 260.643924431918 Gflops = 0.260643924431918 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.073038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73926(s) Flops=1262831616 => 1708.23744825907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245968.119295101 Mflops = 245.968119295101 Gflops = 0.245968119295101 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001854411 Relative Rsd = 8.146770475433e-07
BICGSTAB_SOLVER_TIME: 1.411707 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.115929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268809999999997
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.832595(s) Flops=1323270144 => 1589.33232123662 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228845.038127805 Mflops = 228.845038127805 Gflops = 0.228845038127805 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146407000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050088 s
InvBiCGStab: k = 34 resid = 1.801826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14606(s) Flops=226068480 => 1547.77817335342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222798.501851564 Mflops = 222.798501851564 Gflops = 0.222798501851564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068852 s
InvBiCGStab: k = 47 resid = 1.121647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210815(s) Flops=311371776 => 1476.99061262244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212616.932672512 Mflops = 212.616932672512 Gflops = 0.212616932672512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007563557 Relative Rsd = 3.3164108749876e-07
BICGSTAB_SOLVER_TIME: 0.479629 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 68 resid = 1.869914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303217(s) Flops=449169408 => 1481.3463888898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213280.019617073 Mflops = 213.280019617073 Gflops = 0.213280019617073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 98 resid = 1.103723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359999(s) Flops=646023168 => 1794.51378476051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258362.703187393 Mflops = 258.362703187393 Gflops = 0.258362703187393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001223122 Relative Rsd = 5.36305169537965e-07
BICGSTAB_SOLVER_TIME: 0.76458 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 49 resid = 2.211458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181905(s) Flops=324495360 => 1783.87268079492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256815.55656529 Mflops = 256.81555656529 Gflops = 0.25681555656529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056939 s
InvBiCGStab: k = 66 resid = 7.422748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242119(s) Flops=436045824 => 1800.9566535464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.198524503 Mflops = 259.278198524503 Gflops = 0.259278198524503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009918376 Relative Rsd = 4.34893391564979e-07
BICGSTAB_SOLVER_TIME: 0.525836 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965730000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044388 s
InvBiCGStab: k = 57 resid = 1.94825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221176(s) Flops=376989696 => 1704.47831591131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245401.852473181 Mflops = 245.401852473181 Gflops = 0.245401852473181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059845 s
InvBiCGStab: k = 84 resid = 1.102769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319776(s) Flops=554158080 => 1732.95706994896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249485.180462696 Mflops = 249.485180462696 Gflops = 0.249485180462696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001112813 Relative Rsd = 4.87937622068182e-07
BICGSTAB_SOLVER_TIME: 0.648991 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041566 s
InvBiCGStab: k = 52 resid = 1.972227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192956(s) Flops=344180736 => 1783.7265283277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256762.234712189 Mflops = 256.762234712189 Gflops = 0.256762234712189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057312 s
InvBiCGStab: k = 76 resid = 1.127976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280305(s) Flops=501663744 => 1789.70672660138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257667.287209105 Mflops = 257.667287209105 Gflops = 0.257667287209105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001045956 Relative Rsd = 4.58622686999649e-07
BICGSTAB_SOLVER_TIME: 0.575966 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105649
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.832712(s) Flops=1329389568 => 1596.45780053608 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229870.887469396 Mflops = 229.870887469396 Gflops = 0.229870887469396 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147219000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040665 s
InvBiCGStab: k = 28 resid = 1.486635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103772(s) Flops=186697728 => 1799.11467447866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258943.727998094 Mflops = 258.943727998094 Gflops = 0.258943727998094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055865 s
InvBiCGStab: k = 45 resid = 9.993757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1668(s) Flops=298248192 => 1788.05870503597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257383.915691822 Mflops = 257.383915691822 Gflops = 0.257383915691822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007038841 Relative Rsd = 3.08633745659777e-07
BICGSTAB_SOLVER_TIME: 0.370967 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 71 resid = 1.122036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261254(s) Flops=468854784 => 1794.63198266821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258384.649585247 Mflops = 258.384649585247 Gflops = 0.258384649585247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 96 resid = 1.099727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351689(s) Flops=632899584 => 1799.60016946791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259094.50734794 Mflops = 259.09450734794 Gflops = 0.25909450734794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001245023 Relative Rsd = 5.45907992049258e-07
BICGSTAB_SOLVER_TIME: 0.714732 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063359 s
InvBiCGStab: k = 53 resid = 1.687207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248745(s) Flops=350742528 => 1410.04855574986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202996.204715094 Mflops = 202.996204715094 Gflops = 0.202996204715094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072275 s
InvBiCGStab: k = 65 resid = 1.034458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302242(s) Flops=429484032 => 1420.99387907703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204560.396380485 Mflops = 204.560396380485 Gflops = 0.204560396380485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009996878 Relative Rsd = 4.3833550255716e-07
BICGSTAB_SOLVER_TIME: 0.690958 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985380000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053156 s
InvBiCGStab: k = 59 resid = 1.976785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266427(s) Flops=390113280 => 1464.24078640678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210796.559587291 Mflops = 210.796559587291 Gflops = 0.210796559587291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064442 s
InvBiCGStab: k = 77 resid = 8.880347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351607(s) Flops=508225536 => 1445.43634227987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208102.632042166 Mflops = 208.102632042166 Gflops = 0.208102632042166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.0011029 Relative Rsd = 4.83591046427084e-07
BICGSTAB_SOLVER_TIME: 0.739548 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070096 s
InvBiCGStab: k = 51 resid = 2.209768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209172(s) Flops=337618944 => 1614.07331765246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232364.681250076 Mflops = 232.364681250076 Gflops = 0.232364681250076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05696 s
InvBiCGStab: k = 70 resid = 8.723861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260312(s) Flops=462292992 => 1775.91886659086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255668.115062956 Mflops = 255.668115062956 Gflops = 0.255668115062956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001064696 Relative Rsd = 4.66839997689418e-07
BICGSTAB_SOLVER_TIME: 0.600363 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100633
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836837(s) Flops=1329315840 => 1588.50031726609 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228733.532687508 Mflops = 228.733532687508 Gflops = 0.228733532687508 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147326000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 28 resid = 2.235458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103424(s) Flops=186697728 => 1805.16831683168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259809.650732793 Mflops = 259.809650732793 Gflops = 0.259809650732793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 42 resid = 1.105364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154675(s) Flops=278562816 => 1800.9556554065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259227.618976573 Mflops = 259.227618976573 Gflops = 0.259227618976573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007123667 Relative Rsd = 3.12353107046483e-07
BICGSTAB_SOLVER_TIME: 0.359238 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 47 resid = 2.025766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172815(s) Flops=311371776 => 1801.76359690999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259400.317220742 Mflops = 259.400317220742 Gflops = 0.259400317220742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 69 resid = 1.104551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270613(s) Flops=455731200 => 1684.06987099659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242452.429728099 Mflops = 242.452429728099 Gflops = 0.242452429728099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001050368 Relative Rsd = 4.60557237805525e-07
BICGSTAB_SOLVER_TIME: 0.544744 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042683 s
InvBiCGStab: k = 57 resid = 1.72698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210113(s) Flops=376989696 => 1794.2235654148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258323.81444071 Mflops = 258.32381444071 Gflops = 0.25832381444071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056826 s
InvBiCGStab: k = 65 resid = 8.93705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23976(s) Flops=429484032 => 1791.30810810811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257874.595342542 Mflops = 257.874595342542 Gflops = 0.257874595342542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009876301 Relative Rsd = 4.33048526654929e-07
BICGSTAB_SOLVER_TIME: 0.55338 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 57 resid = 1.446597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21034(s) Flops=376989696 => 1792.28723019873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258012.568346973 Mflops = 258.012568346973 Gflops = 0.258012568346973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056918 s
InvBiCGStab: k = 87 resid = 1.136605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318421(s) Flops=573843456 => 1802.15330019063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259450.376411512 Mflops = 259.450376411512 Gflops = 0.259450376411512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001077984 Relative Rsd = 4.72666211954489e-07
BICGSTAB_SOLVER_TIME: 0.630829 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 54 resid = 2.137718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197727(s) Flops=357304320 => 1807.05882352941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260157.920201256 Mflops = 260.157920201256 Gflops = 0.260157920201256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056352 s
InvBiCGStab: k = 79 resid = 3.508294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28902(s) Flops=521349120 => 1803.85135976749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.121140627 Mflops = 259.700121140627 Gflops = 0.259700121140627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001012677 Relative Rsd = 4.44030939778914e-07
BICGSTAB_SOLVER_TIME: 0.588458 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109271
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000861(s) Flops=1329242112 => 1328.09861908896 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191248.963323644 Mflops = 191.248963323644 Gflops = 0.191248963323644 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147160000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.480841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 30 resid = 1.928413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110957(s) Flops=199821312 => 1800.88964193336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259189.445079494 Mflops = 259.189445079494 Gflops = 0.259189445079494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058287 s
InvBiCGStab: k = 47 resid = 1.020294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186704(s) Flops=311371776 => 1667.72953980632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240069.69835169 Mflops = 240.06969835169 Gflops = 0.24006969835169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007274893 Relative Rsd = 3.18983967651257e-07
BICGSTAB_SOLVER_TIME: 0.401206 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043381 s
InvBiCGStab: k = 54 resid = 2.25314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201385(s) Flops=357304320 => 1774.2350224694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255424.057340002 Mflops = 255.424057340002 Gflops = 0.255424057340002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 75 resid = 1.131187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277184(s) Flops=495101952 => 1786.18517663357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257153.042984725 Mflops = 257.153042984725 Gflops = 0.257153042984725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001079846 Relative Rsd = 4.73482726234306e-07
BICGSTAB_SOLVER_TIME: 0.582495 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 47 resid = 1.87977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17401(s) Flops=311371776 => 1789.3901270042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257618.676418039 Mflops = 257.618676418039 Gflops = 0.257618676418039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056722 s
InvBiCGStab: k = 67 resid = 8.692098e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246025(s) Flops=442607616 => 1799.03512244691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258992.200548722 Mflops = 258.992200548722 Gflops = 0.258992200548722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009624811 Relative Rsd = 4.22021398195291e-07
BICGSTAB_SOLVER_TIME: 0.521916 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 54 resid = 2.249315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198547(s) Flops=357304320 => 1799.59566248798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259066.268829885 Mflops = 259.066268829885 Gflops = 0.259066268829885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 73 resid = 9.028061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267113(s) Flops=481978368 => 1804.39876756279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259773.781451881 Mflops = 259.773781451881 Gflops = 0.259773781451881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001054514 Relative Rsd = 4.62375048916606e-07
BICGSTAB_SOLVER_TIME: 0.566864 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041728 s
InvBiCGStab: k = 47 resid = 2.037727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172538(s) Flops=311371776 => 1804.65622645446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.594970998 Mflops = 259.779594970998 Gflops = 0.259779594970998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 77 resid = 1.071339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281875(s) Flops=508225536 => 1803.01742261641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259576.147548442 Mflops = 259.576147548441 Gflops = 0.259576147548441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001003674 Relative Rsd = 4.40083177970538e-07
BICGSTAB_SOLVER_TIME: 0.556296 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102737
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.841292(s) Flops=1322754048 => 1572.28886997618 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226387.271891806 Mflops = 226.387271891806 Gflops = 0.226387271891806 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147952000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.393104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.970634(s) Flops=1433438208 => 1476.80609580954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212647.769985027 Mflops = 212.647769985027 Gflops = 0.212647769985027 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 8.282386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871717(s) Flops=1308764160 => 1501.36358474138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216186.770311357 Mflops = 216.186770311357 Gflops = 0.216186770311357 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001988173 Relative Rsd = 8.75205469467687e-07
BICGSTAB_SOLVER_TIME: 1.845934 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.117329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297603999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.363848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693208(s) Flops=1230022656 => 1774.39189391929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255456.04024322 Mflops = 255.45604024322 Gflops = 0.25545604024322 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.097215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757423(s) Flops=1328449536 => 1753.90704533662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252553.882650895 Mflops = 252.553882650895 Gflops = 0.252553882650895 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.001902039 Relative Rsd = 8.35649332532882e-07
BICGSTAB_SOLVER_TIME: 1.454073 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.118307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277937999999998
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842238(s) Flops=1322754048 => 1570.5228783313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226133.727758982 Mflops = 226.133727758982 Gflops = 0.226133727758982 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 28 resid = 2.201442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104941(s) Flops=186697728 => 1779.07326974205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256060.448753054 Mflops = 256.060448753054 Gflops = 0.256060448753054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059331 s
InvBiCGStab: k = 42 resid = 1.002517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157443(s) Flops=278562816 => 1769.29311560374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254674.830944847 Mflops = 254.674830944847 Gflops = 0.254674830944847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007047257 Relative Rsd = 3.09002749268729e-07
BICGSTAB_SOLVER_TIME: 0.366463 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041691 s
InvBiCGStab: k = 84 resid = 1.58783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318662(s) Flops=554158080 => 1739.01525754561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250379.669512264 Mflops = 250.379669512264 Gflops = 0.250379669512264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057024 s
InvBiCGStab: k = 90 resid = 1.117022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332771(s) Flops=593528832 => 1783.59542147603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256797.023310662 Mflops = 256.797023310662 Gflops = 0.256797023310662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001243967 Relative Rsd = 5.45445321041989e-07
BICGSTAB_SOLVER_TIME: 0.75403 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04376 s
InvBiCGStab: k = 49 resid = 2.172073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181073(s) Flops=324495360 => 1792.06927592739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257972.366209894 Mflops = 257.972366209894 Gflops = 0.257972366209894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05664 s
InvBiCGStab: k = 75 resid = 3.521596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280383(s) Flops=495101952 => 1765.8058869475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254223.912567879 Mflops = 254.223912567879 Gflops = 0.254223912567879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001008856 Relative Rsd = 4.42355697083908e-07
BICGSTAB_SOLVER_TIME: 0.565758 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04938 s
InvBiCGStab: k = 62 resid = 2.187058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291774(s) Flops=409798656 => 1404.507104814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202214.428362224 Mflops = 202.214428362224 Gflops = 0.202214428362224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069822 s
InvBiCGStab: k = 81 resid = 7.509323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3807(s) Flops=534472704 => 1403.92094562648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202129.293917107 Mflops = 202.129293917107 Gflops = 0.202129293917107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00108799 Relative Rsd = 4.77053521428751e-07
BICGSTAB_SOLVER_TIME: 0.79576 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045946 s
InvBiCGStab: k = 58 resid = 2.173479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258346(s) Flops=383551488 => 1484.6426420382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213758.512422566 Mflops = 213.758512422566 Gflops = 0.213758512422566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066578 s
InvBiCGStab: k = 72 resid = 1.023779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335096(s) Flops=475416576 => 1418.7473917922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204254.137679003 Mflops = 204.254137679003 Gflops = 0.204254137679003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001064712 Relative Rsd = 4.66846837706516e-07
BICGSTAB_SOLVER_TIME: 0.709874 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107078
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.835189(s) Flops=1303732224 => 1561.00262814764 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224931.873296522 Mflops = 224.931873296522 Gflops = 0.224931873296522 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144278000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 24 resid = 2.262588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093048(s) Flops=160450560 => 1724.38483363425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248195.496620604 Mflops = 248.195496620604 Gflops = 0.248195496620604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 48 resid = 1.121641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176486(s) Flops=317933568 => 1801.46622394977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.851083134 Mflops = 259.325851083134 Gflops = 0.259325851083134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007192057 Relative Rsd = 3.15351842004999e-07
BICGSTAB_SOLVER_TIME: 0.370818 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041929 s
InvBiCGStab: k = 78 resid = 1.987328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298515(s) Flops=514787328 => 1724.49400532637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248282.720386315 Mflops = 248.282720386315 Gflops = 0.248282720386315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058473 s
InvBiCGStab: k = 93 resid = 1.050213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346473(s) Flops=613214208 => 1769.87588643271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254812.403378458 Mflops = 254.812403378458 Gflops = 0.254812403378458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001256697 Relative Rsd = 5.51026877083556e-07
BICGSTAB_SOLVER_TIME: 0.749172 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042263 s
InvBiCGStab: k = 53 resid = 2.230901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197082(s) Flops=350742528 => 1779.67814412275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256190.575609133 Mflops = 256.190575609133 Gflops = 0.256190575609133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057908 s
InvBiCGStab: k = 71 resid = 7.630316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261503(s) Flops=468854784 => 1792.9231557573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258118.304569152 Mflops = 258.118304569152 Gflops = 0.258118304569152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001021435 Relative Rsd = 4.47871149975164e-07
BICGSTAB_SOLVER_TIME: 0.562566 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042449 s
InvBiCGStab: k = 61 resid = 1.776667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241307(s) Flops=403236864 => 1671.05332211664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240579.925188381 Mflops = 240.579925188381 Gflops = 0.240579925188381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057741 s
InvBiCGStab: k = 97 resid = 9.279782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361456(s) Flops=639461376 => 1769.12646629189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254711.416496965 Mflops = 254.711416496965 Gflops = 0.254711416496965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001129861 Relative Rsd = 4.95412790902846e-07
BICGSTAB_SOLVER_TIME: 0.706765 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126971
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044715 s
InvBiCGStab: k = 50 resid = 2.25942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186186(s) Flops=331057152 => 1778.09906222809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255985.586412047 Mflops = 255.985586412047 Gflops = 0.255985586412047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 71 resid = 7.430768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269097(s) Flops=468854784 => 1742.32631355979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250833.002856139 Mflops = 250.833002856139 Gflops = 0.250833002856139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001046336 Relative Rsd = 4.58789603834795e-07
BICGSTAB_SOLVER_TIME: 0.56039 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100733
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891652(s) Flops=1260011520 => 1413.12027562323 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203473.594890627 Mflops = 203.473594890627 Gflops = 0.203473594890627 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.53564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04161 s
InvBiCGStab: k = 27 resid = 1.410736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10041(s) Flops=180135936 => 1794.0039438303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258215.917057245 Mflops = 258.215917057245 Gflops = 0.258215917057245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 45 resid = 1.143138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166299(s) Flops=298248192 => 1793.44549275702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258150.453055077 Mflops = 258.150453055077 Gflops = 0.258150453055077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007331776 Relative Rsd = 3.21478149259008e-07
BICGSTAB_SOLVER_TIME: 0.368553 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040765 s
InvBiCGStab: k = 49 resid = 2.155799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180371(s) Flops=324495360 => 1799.04397048306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.456810951 Mflops = 258.978456810951 Gflops = 0.258978456810951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056561 s
InvBiCGStab: k = 68 resid = 1.066565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250029(s) Flops=449169408 => 1796.46924156798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258638.520312576 Mflops = 258.638520312576 Gflops = 0.258638520312576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001023659 Relative Rsd = 4.48846311815727e-07
BICGSTAB_SOLVER_TIME: 0.531542 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 53 resid = 1.738297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193875(s) Flops=350742528 => 1809.11684332689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260443.642774171 Mflops = 260.443642774171 Gflops = 0.260443642774171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 78 resid = 8.531107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285308(s) Flops=514787328 => 1804.32139302088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.510354167 Mflops = 259.769510354167 Gflops = 0.259769510354167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001028806 Relative Rsd = 4.51103160143656e-07
BICGSTAB_SOLVER_TIME: 0.580406 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107831
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041788 s
InvBiCGStab: k = 61 resid = 1.817333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223631(s) Flops=403236864 => 1803.13491421136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259572.265531225 Mflops = 259.572265531225 Gflops = 0.259572265531225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057204 s
InvBiCGStab: k = 82 resid = 9.357076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300152(s) Flops=541034496 => 1802.53503558197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.827735343 Mflops = 259.510827735343 Gflops = 0.259510827735343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001082854 Relative Rsd = 4.74801471321771e-07
BICGSTAB_SOLVER_TIME: 0.626632 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 55 resid = 1.916635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202816(s) Flops=363866112 => 1794.07005364468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258280.23010097 Mflops = 258.28023010097 Gflops = 0.25828023010097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057197 s
InvBiCGStab: k = 69 resid = 1.042235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253528(s) Flops=455731200 => 1797.55766621438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258783.062598009 Mflops = 258.783062598009 Gflops = 0.258783062598009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001056002 Relative Rsd = 4.63027504875885e-07
BICGSTAB_SOLVER_TIME: 0.55859 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102907
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.786908(s) Flops=1253670912 => 1593.16071510265 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229392.777810615 Mflops = 229.392777810615 Gflops = 0.229392777810615 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138664000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 28 resid = 1.735219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103278(s) Flops=186697728 => 1807.72021146808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260184.121245397 Mflops = 260.184121245397 Gflops = 0.260184121245397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056132 s
InvBiCGStab: k = 51 resid = 6.092515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199962(s) Flops=337618944 => 1688.4155189486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243057.063905938 Mflops = 243.057063905938 Gflops = 0.243057063905938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007460586 Relative Rsd = 3.27126089197855e-07
BICGSTAB_SOLVER_TIME: 0.404479 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043886 s
InvBiCGStab: k = 59 resid = 1.599396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26024(s) Flops=390113280 => 1499.05195204427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215830.687266384 Mflops = 215.830687266384 Gflops = 0.215830687266384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06154 s
InvBiCGStab: k = 80 resid = 6.713212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356535(s) Flops=527910912 => 1480.6706550549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213177.348757968 Mflops = 213.177348757968 Gflops = 0.213177348757968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001092976 Relative Rsd = 4.79239774654844e-07
BICGSTAB_SOLVER_TIME: 0.726279 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047425 s
InvBiCGStab: k = 59 resid = 1.109476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256975(s) Flops=390113280 => 1518.09818075688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218568.590155114 Mflops = 218.568590155114 Gflops = 0.218568590155114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067646 s
InvBiCGStab: k = 75 resid = 5.060822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326329(s) Flops=495101952 => 1517.18649583702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218425.719326692 Mflops = 218.425719326693 Gflops = 0.218425719326692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001010784 Relative Rsd = 4.43200949644516e-07
BICGSTAB_SOLVER_TIME: 0.702212 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04156 s
InvBiCGStab: k = 53 resid = 2.277853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195565(s) Flops=350742528 => 1793.48312837164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258198.426976753 Mflops = 258.198426976753 Gflops = 0.258198426976753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 82 resid = 6.28126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301564(s) Flops=541034496 => 1794.09510419016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258291.946292827 Mflops = 258.291946292827 Gflops = 0.258291946292827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001115527 Relative Rsd = 4.89127989222804e-07
BICGSTAB_SOLVER_TIME: 0.599018 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041385 s
InvBiCGStab: k = 46 resid = 2.196457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170673(s) Flops=304809984 => 1785.9297252641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257075.974659105 Mflops = 257.075974659105 Gflops = 0.257075974659105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056503 s
InvBiCGStab: k = 72 resid = 7.325067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268597(s) Flops=475416576 => 1769.99957557233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254825.057890123 Mflops = 254.825057890123 Gflops = 0.254825057890123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001028235 Relative Rsd = 4.50852784890937e-07
BICGSTAB_SOLVER_TIME: 0.541341 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0987220000000003
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.800044(s) Flops=1266130944 => 1582.57663828489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227888.998565614 Mflops = 227.888998565614 Gflops = 0.227888998565614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139897000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021352
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.122514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78817(s) Flops=1407191040 => 1785.39025844678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257090.176406891 Mflops = 257.090176406891 Gflops = 0.257090176406891 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.027298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779412(s) Flops=1407191040 => 1805.45211005219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.623515299 Mflops = 259.968623515299 Gflops = 0.259968623515299 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002023354 Relative Rsd = 8.90752530091719e-07
BICGSTAB_SOLVER_TIME: 1.570979 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305540999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.248356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.648303(s) Flops=1170966528 => 1806.20254418073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.39006882 Mflops = 260.01039006882 Gflops = 0.26001039006882 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 7.885254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898734(s) Flops=1341573120 => 1492.73658279313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214946.798276622 Mflops = 214.946798276622 Gflops = 0.214946798276622 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001922 Relative Rsd = 8.44469810201779e-07
BICGSTAB_SOLVER_TIME: 1.550676 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0.134953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272678999999998
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922508(s) Flops=1266130944 => 1372.48776595975 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197616.906286042 Mflops = 197.616906286042 Gflops = 0.197616906286042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140001000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 24 resid = 2.166501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089265(s) Flops=160450560 => 1797.46328348177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258683.075992781 Mflops = 258.683075992781 Gflops = 0.258683075992781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055952 s
InvBiCGStab: k = 49 resid = 1.104814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180152(s) Flops=324495360 => 1801.23096052223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.660274052 Mflops = 259.280660274052 Gflops = 0.259280660274052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007450965 Relative Rsd = 3.26704254113559e-07
BICGSTAB_SOLVER_TIME: 0.36994 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0667320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044326 s
InvBiCGStab: k = 76 resid = 2.251568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278272(s) Flops=501663744 => 1802.78196872125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.20226388 Mflops = 259.56820226388 Gflops = 0.25956820226388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 93 resid = 1.122052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339969(s) Flops=613214208 => 1803.73565825119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.977790548 Mflops = 259.692977790548 Gflops = 0.259692977790548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001228335 Relative Rsd = 5.38590858236493e-07
BICGSTAB_SOLVER_TIME: 0.722678 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042069 s
InvBiCGStab: k = 45 resid = 2.033924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165757(s) Flops=298248192 => 1799.30978480547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259021.000690917 Mflops = 259.021000690917 Gflops = 0.259021000690917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 64 resid = 1.068675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2349(s) Flops=422922240 => 1800.43524904215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259195.305628855 Mflops = 259.195305628855 Gflops = 0.259195305628855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009859147 Relative Rsd = 4.32296379998696e-07
BICGSTAB_SOLVER_TIME: 0.50277 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0922680000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04281 s
InvBiCGStab: k = 62 resid = 2.257756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241278(s) Flops=409798656 => 1698.45015293562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244518.15592662 Mflops = 244.51815592662 Gflops = 0.24451815592662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 84 resid = 1.008667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312598(s) Flops=554158080 => 1772.74992162458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255229.188821703 Mflops = 255.229188821703 Gflops = 0.255229188821703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001083683 Relative Rsd = 4.75165166260737e-07
BICGSTAB_SOLVER_TIME: 0.65689 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 64 resid = 1.79206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235937(s) Flops=422922240 => 1792.52190203317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258059.404377196 Mflops = 258.059404377196 Gflops = 0.258059404377196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061499 s
InvBiCGStab: k = 75 resid = 6.40087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283422(s) Flops=495101952 => 1746.87198594322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251487.194776841 Mflops = 251.487194776841 Gflops = 0.251487194776841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001091143 Relative Rsd = 4.78436021600955e-07
BICGSTAB_SOLVER_TIME: 0.625891 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113692
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.797753(s) Flops=1272545280 => 1595.16201129924 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229700.615853112 Mflops = 229.700615853112 Gflops = 0.229700615853112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140882000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046335 s
InvBiCGStab: k = 33 resid = 2.261992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138504(s) Flops=219506688 => 1584.84006238087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228123.86510979 Mflops = 228.12386510979 Gflops = 0.22812386510979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07773 s
InvBiCGStab: k = 51 resid = 1.067069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240937(s) Flops=337618944 => 1401.27478967531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201732.902474492 Mflops = 201.732902474492 Gflops = 0.201732902474492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007382112 Relative Rsd = 3.23685203283364e-07
BICGSTAB_SOLVER_TIME: 0.507356 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066762 s
InvBiCGStab: k = 71 resid = 1.990932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357173(s) Flops=468854784 => 1312.68260478816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189001.156426796 Mflops = 189.001156426796 Gflops = 0.189001156426796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071895 s
InvBiCGStab: k = 111 resid = 9.820599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.462774(s) Flops=731326464 => 1580.31018164374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227534.315520045 Mflops = 227.534315520045 Gflops = 0.227534315520045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001228236 Relative Rsd = 5.3854752111324e-07
BICGSTAB_SOLVER_TIME: 0.962612 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041846 s
InvBiCGStab: k = 51 resid = 2.138473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189329(s) Flops=337618944 => 1783.23946146655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256724.164677825 Mflops = 256.724164677825 Gflops = 0.256724164677825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 65 resid = 1.040488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240466(s) Flops=429484032 => 1786.04888840834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257129.280848555 Mflops = 257.129280848555 Gflops = 0.257129280848555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001009797 Relative Rsd = 4.4276798677121e-07
BICGSTAB_SOLVER_TIME: 0.532571 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972880000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042242 s
InvBiCGStab: k = 66 resid = 1.312712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242785(s) Flops=436045824 => 1796.01632720308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.68892382 Mflops = 258.56668892382 Gflops = 0.25856668892382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 83 resid = 1.074592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303945(s) Flops=547596288 => 1801.62953165869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.259760014 Mflops = 259.374259760014 Gflops = 0.259374259760014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001095371 Relative Rsd = 4.80289819369155e-07
BICGSTAB_SOLVER_TIME: 0.648748 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120686
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041432 s
InvBiCGStab: k = 63 resid = 1.83795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230884(s) Flops=416360448 => 1803.33175100916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259614.234904267 Mflops = 259.614234904267 Gflops = 0.259614234904267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 75 resid = 1.130981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274311(s) Flops=495101952 => 1804.89281144394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.06019637 Mflops = 259.84006019637 Gflops = 0.25984006019637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001078562 Relative Rsd = 4.72919649901432e-07
BICGSTAB_SOLVER_TIME: 0.606454 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112877
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.804938(s) Flops=1285079040 => 1596.49443808095 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229873.308824899 Mflops = 229.873308824899 Gflops = 0.229873308824899 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142508000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049383 s
InvBiCGStab: k = 27 resid = 2.079078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112992(s) Flops=180135936 => 1594.23619371283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229475.125514248 Mflops = 229.475125514248 Gflops = 0.229475125514248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072116 s
InvBiCGStab: k = 47 resid = 1.053067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211217(s) Flops=311371776 => 1474.17952153472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212194.49826908 Mflops = 212.19449826908 Gflops = 0.21219449826908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007284858 Relative Rsd = 3.19420912027054e-07
BICGSTAB_SOLVER_TIME: 0.449782 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046724 s
InvBiCGStab: k = 49 resid = 2.258919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236244(s) Flops=324495360 => 1373.56021740235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197733.948502326 Mflops = 197.733948502326 Gflops = 0.197733948502326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06547 s
InvBiCGStab: k = 72 resid = 8.611783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322632(s) Flops=475416576 => 1473.55679535818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212147.072477578 Mflops = 212.147072477578 Gflops = 0.212147072477578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001009816 Relative Rsd = 4.42776562315034e-07
BICGSTAB_SOLVER_TIME: 0.677208 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100683
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04163 s
InvBiCGStab: k = 50 resid = 2.078148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1849(s) Flops=331057152 => 1790.46593834505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257750.609344531 Mflops = 257.750609344531 Gflops = 0.257750609344531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 62 resid = 1.043763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227758(s) Flops=409798656 => 1799.27228022726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259017.615024467 Mflops = 259.017615024467 Gflops = 0.259017615024467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001002311 Relative Rsd = 4.39485544237848e-07
BICGSTAB_SOLVER_TIME: 0.514797 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0942880000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 62 resid = 2.012731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228135(s) Flops=409798656 => 1796.29892826616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258604.542631549 Mflops = 258.604542631549 Gflops = 0.258604542631549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 74 resid = 1.091106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271941(s) Flops=488540160 => 1796.49320992421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258634.002204032 Mflops = 258.634002204032 Gflops = 0.258634002204032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001072862 Relative Rsd = 4.70420542460473e-07
BICGSTAB_SOLVER_TIME: 0.601377 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041849 s
InvBiCGStab: k = 52 resid = 2.272301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191278(s) Flops=344180736 => 1799.37439747383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259032.967504929 Mflops = 259.032967504929 Gflops = 0.259032967504929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 62 resid = 1.129612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227607(s) Flops=409798656 => 1800.46596106447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.170353675 Mflops = 259.202170353675 Gflops = 0.259202170353675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009970113 Relative Rsd = 4.3716192917586e-07
BICGSTAB_SOLVER_TIME: 0.520479 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956450000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.808799(s) Flops=1291493376 => 1596.80387339747 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229920.84408826 Mflops = 229.92084408826 Gflops = 0.22992084408826 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143012
CLOV_LINOP: Time spent in clov deriv (total) = 1.411277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041626 s
InvBiCGStab: k = 25 resid = 2.241416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093712(s) Flops=167012352 => 1782.18746798702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256510.319705341 Mflops = 256.510319705341 Gflops = 0.25651031970534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05661 s
InvBiCGStab: k = 43 resid = 1.017153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158406(s) Flops=285124608 => 1799.96091057157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.072869622 Mflops = 259.084072869622 Gflops = 0.259084072869622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007061782 Relative Rsd = 3.09639636532375e-07
BICGSTAB_SOLVER_TIME: 0.354146 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0628630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056719 s
InvBiCGStab: k = 53 resid = 1.559852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227457(s) Flops=350742528 => 1542.01685593321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221994.748835947 Mflops = 221.994748835947 Gflops = 0.221994748835947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066635 s
InvBiCGStab: k = 76 resid = 1.01979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358283(s) Flops=501663744 => 1400.1885213644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201595.954319713 Mflops = 201.595954319713 Gflops = 0.201595954319713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001088196 Relative Rsd = 4.77144075087941e-07
BICGSTAB_SOLVER_TIME: 0.713541 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106584
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047342 s
InvBiCGStab: k = 56 resid = 2.052492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244938(s) Flops=370427904 => 1512.33334149867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217739.17759134 Mflops = 217.73917759134 Gflops = 0.21773917759134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057735 s
InvBiCGStab: k = 70 resid = 6.807594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342481(s) Flops=462292992 => 1349.83544196612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194342.898683528 Mflops = 194.342898683528 Gflops = 0.194342898683528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009987948 Relative Rsd = 4.37943937100766e-07
BICGSTAB_SOLVER_TIME: 0.69633 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 68 resid = 1.566574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249982(s) Flops=449169408 => 1796.80700210415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258694.035409667 Mflops = 258.694035409667 Gflops = 0.258694035409667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 75 resid = 1.122468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275578(s) Flops=495101952 => 1796.59461930923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.076221145 Mflops = 258.655076221145 Gflops = 0.258655076221145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001079527 Relative Rsd = 4.73342710063417e-07
BICGSTAB_SOLVER_TIME: 0.626958 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 50 resid = 2.118163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184219(s) Flops=331057152 => 1797.08473067382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.39268722 Mflops = 258.70339268722 Gflops = 0.25870339268722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056674 s
InvBiCGStab: k = 66 resid = 1.121409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242823(s) Flops=436045824 => 1795.7352639577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258502.014708566 Mflops = 258.502014708566 Gflops = 0.258502014708566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009794069 Relative Rsd = 4.29442867791247e-07
BICGSTAB_SOLVER_TIME: 0.528421 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970810000000003
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.814105(s) Flops=1297833984 => 1594.18500561967 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229595.993415462 Mflops = 229.595993415462 Gflops = 0.229595993415462 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143681000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02133
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.966785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707551(s) Flops=1282516992 => 1812.61420307511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260939.480339117 Mflops = 260.939480339117 Gflops = 0.260939480339117 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 8.721807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.025494(s) Flops=1492494336 => 1455.39060784363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209567.824865759 Mflops = 209.567824865759 Gflops = 0.209567824865759 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.00200748 Relative Rsd = 8.83824700195266e-07
BICGSTAB_SOLVER_TIME: 1.736541 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.128666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301513999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.241059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728364(s) Flops=1098786816 => 1508.56826531789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217169.429330922 Mflops = 217.169429330922 Gflops = 0.217169429330922 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.033786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743026(s) Flops=1262831616 => 1699.57930947235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244723.295647288 Mflops = 244.723295647288 Gflops = 0.244723295647288 Tflops
BICGSTAB_SOLVER: 359 iterations. Rsd = 0.001842365 Relative Rsd = 8.0951931325089e-07
BICGSTAB_SOLVER_TIME: 1.474808 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.116098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001873
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.256611999999997
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836777(s) Flops=1297833984 => 1550.99146367551 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223318.877750108 Mflops = 223.318877750108 Gflops = 0.223318877750108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143831000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041027 s
InvBiCGStab: k = 25 resid = 1.631247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092551(s) Flops=167012352 => 1804.54400276604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.127419509 Mflops = 259.688127419509 Gflops = 0.259688127419509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 46 resid = 1.065295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16877(s) Flops=304809984 => 1806.06733424187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259976.061957237 Mflops = 259.976061957237 Gflops = 0.259976061957237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007150882 Relative Rsd = 3.13546434805521e-07
BICGSTAB_SOLVER_TIME: 0.362165 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041863 s
InvBiCGStab: k = 76 resid = 2.273582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278543(s) Flops=501663744 => 1801.02800644784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259297.363336945 Mflops = 259.297363336945 Gflops = 0.259297363336945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 101 resid = 1.124975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370094(s) Flops=665708544 => 1798.75530000486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.824806514 Mflops = 258.971824806514 Gflops = 0.258971824806514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.00126632 Relative Rsd = 5.55246504049116e-07
BICGSTAB_SOLVER_TIME: 0.750597 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 48 resid = 2.120599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185479(s) Flops=317933568 => 1714.12164180312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246743.250360026 Mflops = 246.743250360026 Gflops = 0.246743250360026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066446 s
InvBiCGStab: k = 72 resid = 1.145472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338546(s) Flops=475416576 => 1404.28944958735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202172.001416118 Mflops = 202.172001416118 Gflops = 0.202172001416118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001000181 Relative Rsd = 4.3855193294891e-07
BICGSTAB_SOLVER_TIME: 0.6362 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052474 s
InvBiCGStab: k = 68 resid = 2.057349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301447(s) Flops=449169408 => 1490.04437927729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214521.043877527 Mflops = 214.521043877527 Gflops = 0.214521043877527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069911 s
InvBiCGStab: k = 72 resid = 1.129241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328447(s) Flops=475416576 => 1447.46816381334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208393.156849578 Mflops = 208.393156849578 Gflops = 0.208393156849578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001104285 Relative Rsd = 4.84198429736383e-07
BICGSTAB_SOLVER_TIME: 0.756172 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067285 s
InvBiCGStab: k = 49 resid = 2.229729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25432(s) Flops=324495360 => 1275.93331236238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183757.084034038 Mflops = 183.757084034038 Gflops = 0.183757084034038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057377 s
InvBiCGStab: k = 70 resid = 1.055112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272495(s) Flops=462292992 => 1696.51917282886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244244.763516037 Mflops = 244.244763516037 Gflops = 0.244244763516037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001030139 Relative Rsd = 4.51687420111573e-07
BICGSTAB_SOLVER_TIME: 0.655307 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992410000000003
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836867(s) Flops=1304027136 => 1558.2250656317 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224370.32517684 Mflops = 224.37032517684 Gflops = 0.22437032517684 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144216000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 27 resid = 2.120263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100237(s) Flops=180135936 => 1797.1002324491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258653.538809543 Mflops = 258.653538809543 Gflops = 0.258653538809543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055864 s
InvBiCGStab: k = 44 resid = 1.139422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161954(s) Flops=291686400 => 1801.04474109932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.817228346 Mflops = 259.236817228346 Gflops = 0.259236817228346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007220674 Relative Rsd = 3.16606602305658e-07
BICGSTAB_SOLVER_TIME: 0.362655 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 70 resid = 1.861113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256395(s) Flops=462292992 => 1803.04995027204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259584.282227796 Mflops = 259.584282227796 Gflops = 0.259584282227796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 101 resid = 7.826527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368919(s) Flops=665708544 => 1804.48430143202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259803.881820838 Mflops = 259.803881820838 Gflops = 0.259803881820838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001266661 Relative Rsd = 5.55395861437385e-07
BICGSTAB_SOLVER_TIME: 0.726592 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 54 resid = 2.275092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197869(s) Flops=357304320 => 1805.76199404657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.909456657 Mflops = 259.955909456657 Gflops = 0.259955909456657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 62 resid = 1.104304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226949(s) Flops=409798656 => 1805.68610568894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.979444486 Mflops = 259.945979444486 Gflops = 0.259945979444486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001029061 Relative Rsd = 4.51214693258272e-07
BICGSTAB_SOLVER_TIME: 0.525664 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971850000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048333 s
InvBiCGStab: k = 65 resid = 2.278658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301747(s) Flops=429484032 => 1423.32494440707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204923.854917583 Mflops = 204.923854917583 Gflops = 0.204923854917583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070884 s
InvBiCGStab: k = 74 resid = 1.047621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353561(s) Flops=488540160 => 1381.77050070568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198948.701613042 Mflops = 198.948701613042 Gflops = 0.198948701613042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00109917 Relative Rsd = 4.81955873981493e-07
BICGSTAB_SOLVER_TIME: 0.778604 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050926 s
InvBiCGStab: k = 62 resid = 2.144704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266396(s) Flops=409798656 => 1538.30634093605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221465.857821691 Mflops = 221.465857821691 Gflops = 0.221465857821691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06638 s
InvBiCGStab: k = 74 resid = 1.091988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336618(s) Flops=488540160 => 1451.31918079247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208946.791649681 Mflops = 208.946791649681 Gflops = 0.208946791649681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001049191 Relative Rsd = 4.60041326963682e-07
BICGSTAB_SOLVER_TIME: 0.724174 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111534
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848857(s) Flops=1304248320 => 1536.47589641129 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221287.022382286 Mflops = 221.287022382285 Gflops = 0.221287022382286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144339000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040817 s
InvBiCGStab: k = 28 resid = 1.511555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1045(s) Flops=186697728 => 1786.5811291866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257155.084068603 Mflops = 257.155084068603 Gflops = 0.257155084068603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 52 resid = 7.974146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191494(s) Flops=344180736 => 1797.344752316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.378016134 Mflops = 258.728378016134 Gflops = 0.258728378016134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007141221 Relative Rsd = 3.13122813149594e-07
BICGSTAB_SOLVER_TIME: 0.397079 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042245 s
InvBiCGStab: k = 53 resid = 2.145588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19454(s) Flops=350742528 => 1802.93270278606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.169499091 Mflops = 259.544169499091 Gflops = 0.259544169499091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05584 s
InvBiCGStab: k = 71 resid = 6.568111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260533(s) Flops=468854784 => 1799.59845393866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259081.897095272 Mflops = 259.081897095272 Gflops = 0.259081897095272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001049388 Relative Rsd = 4.6012759285096e-07
BICGSTAB_SOLVER_TIME: 0.557003 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 48 resid = 2.097544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176731(s) Flops=317933568 => 1798.96887359886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258991.251197225 Mflops = 258.991251197225 Gflops = 0.258991251197225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055901 s
InvBiCGStab: k = 70 resid = 1.099909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256114(s) Flops=462292992 => 1805.02819838041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259861.935597398 Mflops = 259.861935597398 Gflops = 0.259861935597398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001043793 Relative Rsd = 4.5767437477844e-07
BICGSTAB_SOLVER_TIME: 0.533471 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985710000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 54 resid = 2.241428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198511(s) Flops=357304320 => 1799.92201943469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259136.06563388 Mflops = 259.13606563388 Gflops = 0.25913606563388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 68 resid = 1.067173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277092(s) Flops=449169408 => 1621.0118227881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233346.560950303 Mflops = 233.346560950303 Gflops = 0.233346560950303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001078411 Relative Rsd = 4.7285339361641e-07
BICGSTAB_SOLVER_TIME: 0.579855 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042047 s
InvBiCGStab: k = 46 resid = 2.10303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218244(s) Flops=304809984 => 1396.64771540111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201069.273764716 Mflops = 201.069273764716 Gflops = 0.201069273764716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067834 s
InvBiCGStab: k = 69 resid = 9.28243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343047(s) Flops=455731200 => 1328.48035400397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191257.10346419 Mflops = 191.25710346419 Gflops = 0.19125710346419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001001849 Relative Rsd = 4.39283253284427e-07
BICGSTAB_SOLVER_TIME: 0.675201 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963510000000002
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968031(s) Flops=1304248320 => 1347.32081927128 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193999.182933792 Mflops = 193.999182933792 Gflops = 0.193999182933792 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144411000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 28 resid = 1.878067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103543(s) Flops=186697728 => 1803.09367122838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.607675173 Mflops = 259.528607675173 Gflops = 0.259528607675173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055831 s
InvBiCGStab: k = 53 resid = 1.054071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194107(s) Flops=350742528 => 1806.95455599231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260114.901592479 Mflops = 260.114901592479 Gflops = 0.260114901592479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0006997898 Relative Rsd = 3.06838521918589e-07
BICGSTAB_SOLVER_TIME: 0.398062 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041751 s
InvBiCGStab: k = 55 resid = 2.227537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20147(s) Flops=363866112 => 1806.05604804686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260016.243901838 Mflops = 260.016243901838 Gflops = 0.260016243901838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 72 resid = 1.060824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26379(s) Flops=475416576 => 1802.25397475264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.15152373 Mflops = 259.45215152373 Gflops = 0.25945215152373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0010891 Relative Rsd = 4.77540336675477e-07
BICGSTAB_SOLVER_TIME: 0.566995 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 56 resid = 2.244547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204857(s) Flops=370427904 => 1808.22673377039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260312.30817108 Mflops = 260.31230817108 Gflops = 0.26031230817108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056258 s
InvBiCGStab: k = 68 resid = 1.053879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248766(s) Flops=449169408 => 1805.59002436024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.994685263 Mflops = 259.943994685263 Gflops = 0.259943994685263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001023348 Relative Rsd = 4.48709868788098e-07
BICGSTAB_SOLVER_TIME: 0.554535 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 65 resid = 2.039638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238218(s) Flops=429484032 => 1802.90335742891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.119199361 Mflops = 259.563119199361 Gflops = 0.259563119199361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055995 s
InvBiCGStab: k = 74 resid = 9.178763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288582(s) Flops=488540160 => 1692.89893340541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243730.718946626 Mflops = 243.730718946626 Gflops = 0.243730718946626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001065041 Relative Rsd = 4.66990988514606e-07
BICGSTAB_SOLVER_TIME: 0.627982 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04145 s
InvBiCGStab: k = 48 resid = 2.146975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1836(s) Flops=317933568 => 1731.66431372549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249278.198309353 Mflops = 249.278198309353 Gflops = 0.249278198309353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059744 s
InvBiCGStab: k = 63 resid = 6.710844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282413(s) Flops=416360448 => 1474.29632488589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212261.581542611 Mflops = 212.261581542611 Gflops = 0.212261581542611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001011212 Relative Rsd = 4.43388743845282e-07
BICGSTAB_SOLVER_TIME: 0.571046 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934540000000003
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961674(s) Flops=1304248320 => 1356.22707903094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195281.693916522 Mflops = 195.281693916522 Gflops = 0.195281693916522 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144362000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.997613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784456(s) Flops=1420314624 => 1810.57270771082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260683.784124582 Mflops = 260.683784124582 Gflops = 0.260683784124582 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.135696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8197(s) Flops=1485932544 => 1812.77606929364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261025.070387358 Mflops = 261.025070387358 Gflops = 0.261025070387358 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002016676 Relative Rsd = 8.87933395890486e-07
BICGSTAB_SOLVER_TIME: 1.607495 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.122684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315452999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 160 resid = 2.232258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.587623(s) Flops=1052854272 => 1791.71726089687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257944.32161979 Mflops = 257.94432161979 Gflops = 0.25794432161979 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.029864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733015(s) Flops=1315325952 => 1794.40523318077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258379.071762211 Mflops = 258.379071762211 Gflops = 0.258379071762211 Tflops
BICGSTAB_SOLVER: 360 iterations. Rsd = 0.001945093 Relative Rsd = 8.54694187911034e-07
BICGSTAB_SOLVER_TIME: 1.324049 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.115889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257794999999997
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980432(s) Flops=1304248320 => 1330.27922385234 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191544.762057287 Mflops = 191.544762057287 Gflops = 0.191544762057287 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144072000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 28 resid = 1.540624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103554(s) Flops=186697728 => 1802.90213801495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259493.345855578 Mflops = 259.493345855578 Gflops = 0.259493345855578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 44 resid = 8.174123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163446(s) Flops=291686400 => 1784.60408942403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256891.087480333 Mflops = 256.891087480333 Gflops = 0.256891087480333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007266988 Relative Rsd = 3.18637372755036e-07
BICGSTAB_SOLVER_TIME: 0.368083 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0658500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 76 resid = 2.127016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278915(s) Flops=501663744 => 1798.62590394923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258949.906771602 Mflops = 258.949906771602 Gflops = 0.258949906771602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 97 resid = 9.73481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370679(s) Flops=639461376 => 1725.10818255148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248378.422432071 Mflops = 248.378422432071 Gflops = 0.248378422432071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.0012475 Relative Rsd = 5.46994380735013e-07
BICGSTAB_SOLVER_TIME: 0.750703 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042639 s
InvBiCGStab: k = 50 resid = 1.927515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185058(s) Flops=331057152 => 1788.93726291217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257517.964828741 Mflops = 257.517964828741 Gflops = 0.257517964828741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 71 resid = 6.883271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262533(s) Flops=468854784 => 1785.88895110329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257110.703780031 Mflops = 257.110703780031 Gflops = 0.257110703780031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001018645 Relative Rsd = 4.46647705722935e-07
BICGSTAB_SOLVER_TIME: 0.550715 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 70 resid = 2.088414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257129(s) Flops=462292992 => 1797.90296699322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258848.888365151 Mflops = 258.848888365151 Gflops = 0.258848888365151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057252 s
InvBiCGStab: k = 72 resid = 1.08224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264454(s) Flops=475416576 => 1797.72881484114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.380974568 Mflops = 258.812380974568 Gflops = 0.258812380974568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001058074 Relative Rsd = 4.63936410431426e-07
BICGSTAB_SOLVER_TIME: 0.62384 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115606
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 60 resid = 1.818669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220066(s) Flops=396675072 => 1802.52775076568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.252385772 Mflops = 259.495252385772 Gflops = 0.259495252385772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0558 s
InvBiCGStab: k = 70 resid = 1.01781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256525(s) Flops=462292992 => 1802.13621284475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259442.093384437 Mflops = 259.442093384437 Gflops = 0.259442093384437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001033422 Relative Rsd = 4.53126988486129e-07
BICGSTAB_SOLVER_TIME: 0.577293 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107151
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.819194(s) Flops=1297981440 => 1584.4616049434 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228135.674868462 Mflops = 228.135674868462 Gflops = 0.228135674868462 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143578000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.526162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061383 s
InvBiCGStab: k = 28 resid = 1.971988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112321(s) Flops=186697728 => 1662.18007318311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239330.380449119 Mflops = 239.330380449119 Gflops = 0.239330380449119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056716 s
InvBiCGStab: k = 45 resid = 9.957096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166736(s) Flops=298248192 => 1788.74503406583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257474.000921269 Mflops = 257.474000921269 Gflops = 0.257474000921269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007178732 Relative Rsd = 3.14767556514631e-07
BICGSTAB_SOLVER_TIME: 0.40127 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 68 resid = 2.21105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252217(s) Flops=449169408 => 1780.88474607183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256403.590985139 Mflops = 256.403590985139 Gflops = 0.256403590985139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056947 s
InvBiCGStab: k = 97 resid = 8.183924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358382(s) Flops=639461376 => 1784.30104190501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256895.181238641 Mflops = 256.895181238641 Gflops = 0.256895181238641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001219455 Relative Rsd = 5.34697255070958e-07
BICGSTAB_SOLVER_TIME: 0.712745 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 59 resid = 1.203505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218529(s) Flops=390113280 => 1785.17853465673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257006.742018586 Mflops = 257.006742018586 Gflops = 0.257006742018586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056673 s
InvBiCGStab: k = 80 resid = 5.43485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294414(s) Flops=527910912 => 1793.09038293016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258146.445295997 Mflops = 258.146445295997 Gflops = 0.258146445295997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.0009974297 Relative Rsd = 4.3734538455981e-07
BICGSTAB_SOLVER_TIME: 0.614724 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 71 resid = 1.815005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260637(s) Flops=468854784 => 1798.88037385329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258973.72649338 Mflops = 258.97372649338 Gflops = 0.25897372649338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 77 resid = 5.418646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281662(s) Flops=508225536 => 1804.38091045295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.360909825 Mflops = 259.774360909825 Gflops = 0.259774360909825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001100536 Relative Rsd = 4.82554732791872e-07
BICGSTAB_SOLVER_TIME: 0.643933 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 52 resid = 2.160664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190698(s) Flops=344180736 => 1804.84711952931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.770267123 Mflops = 259.831770267123 Gflops = 0.259831770267123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 77 resid = 8.643676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281767(s) Flops=508225536 => 1803.70851093279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.533606187 Mflops = 259.673533606188 Gflops = 0.259673533606188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001046989 Relative Rsd = 4.59075557385404e-07
BICGSTAB_SOLVER_TIME: 0.573817 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106475
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.813803(s) Flops=1297833984 => 1594.77660318283 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229626.435467126 Mflops = 229.626435467126 Gflops = 0.229626435467126 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143854000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051032 s
InvBiCGStab: k = 30 resid = 1.739368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127467(s) Flops=199821312 => 1567.63171644426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225649.324926628 Mflops = 225.649324926628 Gflops = 0.225649324926628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073284 s
InvBiCGStab: k = 56 resid = 8.467884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239931(s) Flops=370427904 => 1543.89346937244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222262.421853809 Mflops = 222.262421853809 Gflops = 0.222262421853809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007312747 Relative Rsd = 3.2064376926289e-07
BICGSTAB_SOLVER_TIME: 0.496253 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059384 s
InvBiCGStab: k = 54 resid = 1.914051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22493(s) Flops=357304320 => 1588.51340417019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228698.877882129 Mflops = 228.698877882129 Gflops = 0.228698877882129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057228 s
InvBiCGStab: k = 72 resid = 8.212215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264847(s) Flops=475416576 => 1795.0612089244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258411.090426918 Mflops = 258.411090426918 Gflops = 0.258411090426918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001045488 Relative Rsd = 4.58417639621427e-07
BICGSTAB_SOLVER_TIME: 0.61031 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065832 s
InvBiCGStab: k = 51 resid = 2.155112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292187(s) Flops=337618944 => 1155.48927228111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  166359.326373747 Mflops = 166.359326373747 Gflops = 0.166359326373747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 70 resid = 6.757535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257612(s) Flops=462292992 => 1794.53205596013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258351.204437509 Mflops = 258.351204437509 Gflops = 0.258351204437509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001011977 Relative Rsd = 4.4372375154836e-07
BICGSTAB_SOLVER_TIME: 0.675691 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041974 s
InvBiCGStab: k = 58 resid = 2.268285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212891(s) Flops=383551488 => 1801.63317378377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.786699244 Mflops = 259.364786699243 Gflops = 0.259364786699244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 75 resid = 9.65294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275617(s) Flops=495101952 => 1796.34039990276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258585.328226127 Mflops = 258.585328226127 Gflops = 0.258585328226127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001054151 Relative Rsd = 4.62215941951728e-07
BICGSTAB_SOLVER_TIME: 0.590902 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 48 resid = 2.196762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176991(s) Flops=317933568 => 1796.32618607726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.147055735 Mflops = 258.602147055735 Gflops = 0.258602147055735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 71 resid = 1.095903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259618(s) Flops=468854784 => 1805.94097481685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259987.49419017 Mflops = 259.98749419017 Gflops = 0.25998749419017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001025668 Relative Rsd = 4.49727244764032e-07
BICGSTAB_SOLVER_TIME: 0.538027 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992710000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.810703(s) Flops=1291640832 => 1593.23554001897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229403.323701884 Mflops = 229.403323701884 Gflops = 0.229403323701884 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142895000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 31 resid = 2.111814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114912(s) Flops=206383104 => 1796.01002506266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258505.512708874 Mflops = 258.505512708874 Gflops = 0.258505512708874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 43 resid = 1.013586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15998(s) Flops=285124608 => 1782.25158144768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256558.43075373 Mflops = 256.55843075373 Gflops = 0.25655843075373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007007541 Relative Rsd = 3.07261301333605e-07
BICGSTAB_SOLVER_TIME: 0.376826 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053036 s
InvBiCGStab: k = 67 resid = 2.179914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297182(s) Flops=442607616 => 1489.34866849271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214432.886910834 Mflops = 214.432886910834 Gflops = 0.214432886910834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066454 s
InvBiCGStab: k = 75 resid = 1.005073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346735(s) Flops=495101952 => 1427.89724717724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205577.644360403 Mflops = 205.577644360403 Gflops = 0.205577644360403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001122423 Relative Rsd = 4.92151378869815e-07
BICGSTAB_SOLVER_TIME: 0.767295 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045405 s
InvBiCGStab: k = 59 resid = 1.892903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261182(s) Flops=390113280 => 1493.64535075158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215041.876729069 Mflops = 215.041876729069 Gflops = 0.215041876729069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064998 s
InvBiCGStab: k = 73 resid = 6.278343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315957(s) Flops=481978368 => 1525.45557781597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219624.263699016 Mflops = 219.624263699016 Gflops = 0.219624263699016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001001502 Relative Rsd = 4.39130935291743e-07
BICGSTAB_SOLVER_TIME: 0.691369 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.076466 s
InvBiCGStab: k = 66 resid = 2.129774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242439(s) Flops=436045824 => 1798.57953547078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258942.954409772 Mflops = 258.942954409772 Gflops = 0.258942954409772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 75 resid = 7.964622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275438(s) Flops=495101952 => 1797.50779485764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258779.962373326 Mflops = 258.779962373326 Gflops = 0.258779962373326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001060155 Relative Rsd = 4.64848633905708e-07
BICGSTAB_SOLVER_TIME: 0.654634 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 54 resid = 2.083857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198606(s) Flops=357304320 => 1799.06105555723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.789904643 Mflops = 259.005789904643 Gflops = 0.259005789904643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056782 s
InvBiCGStab: k = 65 resid = 8.95883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239465(s) Flops=429484032 => 1793.51484350531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258196.966599226 Mflops = 258.196966599226 Gflops = 0.258196966599226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001001164 Relative Rsd = 4.38982854026067e-07
BICGSTAB_SOLVER_TIME: 0.539869 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992510000000004
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.832687(s) Flops=1291493376 => 1550.99500292427 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223326.177290529 Mflops = 223.326177290529 Gflops = 0.223326177290529 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142616000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.221471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744257(s) Flops=1348134912 => 1811.38358389642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260849.682370518 Mflops = 260.849682370518 Gflops = 0.260849682370518 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.144103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976687(s) Flops=1538426880 => 1575.14831261192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226811.014967283 Mflops = 226.811014967283 Gflops = 0.226811014967283 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002270434 Relative Rsd = 9.99705134731152e-07
BICGSTAB_SOLVER_TIME: 1.724456 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.128801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313396999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 1.10323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728843(s) Flops=1079101440 => 1480.5677491586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213134.873539558 Mflops = 213.134873539558 Gflops = 0.213134873539558 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.128805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739505(s) Flops=1210337280 => 1636.68572896735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235671.858670638 Mflops = 235.671858670638 Gflops = 0.235671858670638 Tflops
BICGSTAB_SOLVER: 348 iterations. Rsd = 0.002147845 Relative Rsd = 9.43817487698953e-07
BICGSTAB_SOLVER_TIME: 1.471786 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.119284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248630999999997
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.841743(s) Flops=1291493376 => 1534.30842430528 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220980.709063368 Mflops = 220.980709063368 Gflops = 0.220980709063368 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142887
CLOV_LINOP: Time spent in clov deriv (total) = 1.408435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 29 resid = 2.083028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107153(s) Flops=193259520 => 1803.58478064077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259582.935853304 Mflops = 259.582935853304 Gflops = 0.259582935853304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 52 resid = 7.965373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191816(s) Flops=344180736 => 1794.32756391542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258281.798192584 Mflops = 258.281798192584 Gflops = 0.258281798192584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007567393 Relative Rsd = 3.31809280456499e-07
BICGSTAB_SOLVER_TIME: 0.400954 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041549 s
InvBiCGStab: k = 75 resid = 1.492849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281279(s) Flops=495101952 => 1760.18100178115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253428.792251115 Mflops = 253.428792251114 Gflops = 0.253428792251114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057309 s
InvBiCGStab: k = 92 resid = 1.135607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347082(s) Flops=606652416 => 1747.86481580722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251647.379856189 Mflops = 251.647379856189 Gflops = 0.251647379856189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001267374 Relative Rsd = 5.55708307293022e-07
BICGSTAB_SOLVER_TIME: 0.731103 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 53 resid = 1.074408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194623(s) Flops=350742528 => 1802.16381414324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.10237391 Mflops = 259.44610237391 Gflops = 0.25944610237391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05712 s
InvBiCGStab: k = 75 resid = 1.006488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327045(s) Flops=495101952 => 1513.86491767188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217953.299575995 Mflops = 217.953299575995 Gflops = 0.217953299575995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001030329 Relative Rsd = 4.51771031663857e-07
BICGSTAB_SOLVER_TIME: 0.632171 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105927
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061052 s
InvBiCGStab: k = 68 resid = 2.035527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29509(s) Flops=449169408 => 1522.14377986377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219146.982295907 Mflops = 219.146982295907 Gflops = 0.219146982295907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063904 s
InvBiCGStab: k = 77 resid = 1.093615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378343(s) Flops=508225536 => 1343.29308590353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193373.994027496 Mflops = 193.373994027496 Gflops = 0.193373994027496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001091573 Relative Rsd = 4.78624530430373e-07
BICGSTAB_SOLVER_TIME: 0.802525 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117701
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043091 s
InvBiCGStab: k = 64 resid = 2.023284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295079(s) Flops=422922240 => 1433.25089213397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206347.399460836 Mflops = 206.347399460836 Gflops = 0.206347399460836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057767 s
InvBiCGStab: k = 76 resid = 7.211572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327936(s) Flops=501663744 => 1529.76112412178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220242.712661419 Mflops = 220.242712661419 Gflops = 0.220242712661419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001069581 Relative Rsd = 4.68981535579857e-07
BICGSTAB_SOLVER_TIME: 0.728189 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114415
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.822251(s) Flops=1285226496 => 1563.05859889498 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225078.22628832 Mflops = 225.07822628832 Gflops = 0.22507822628832 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142392000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04075 s
InvBiCGStab: k = 28 resid = 2.015475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103756(s) Flops=186697728 => 1799.39211226339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.09459013 Mflops = 258.98509459013 Gflops = 0.25898509459013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 61 resid = 4.003837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232185(s) Flops=403236864 => 1736.70505846631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250017.675052472 Mflops = 250.017675052472 Gflops = 0.250017675052472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007613958 Relative Rsd = 3.33851051082628e-07
BICGSTAB_SOLVER_TIME: 0.436464 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 75 resid = 2.112371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278521(s) Flops=495101952 => 1777.61085160544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255933.731528539 Mflops = 255.933731528539 Gflops = 0.255933731528539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058816 s
InvBiCGStab: k = 97 resid = 1.091474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363941(s) Flops=639461376 => 1757.0468180282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252972.230293275 Mflops = 252.972230293275 Gflops = 0.252972230293275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001267258 Relative Rsd = 5.55657466568922e-07
BICGSTAB_SOLVER_TIME: 0.746204 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136905
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 51 resid = 2.132875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187039(s) Flops=337618944 => 1805.07243943776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259843.17927982 Mflops = 259.84317927982 Gflops = 0.25984317927982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055996 s
InvBiCGStab: k = 65 resid = 1.031592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246642(s) Flops=429484032 => 1741.32561364245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250691.540975561 Mflops = 250.691540975561 Gflops = 0.250691540975561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.00100403 Relative Rsd = 4.40239426420808e-07
BICGSTAB_SOLVER_TIME: 0.534403 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972480000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04473 s
InvBiCGStab: k = 63 resid = 1.831424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265499(s) Flops=416360448 => 1568.21851683057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225778.307178661 Mflops = 225.778307178661 Gflops = 0.225778307178661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072194 s
InvBiCGStab: k = 71 resid = 1.144419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315278(s) Flops=468854784 => 1487.11544731951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214102.850937821 Mflops = 214.102850937821 Gflops = 0.214102850937821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00107259 Relative Rsd = 4.70301250520492e-07
BICGSTAB_SOLVER_TIME: 0.703394 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109938
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05156 s
InvBiCGStab: k = 60 resid = 2.063541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26336(s) Flops=396675072 => 1506.2085054678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216848.664097801 Mflops = 216.848664097801 Gflops = 0.216848664097801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067064 s
InvBiCGStab: k = 72 resid = 8.647049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373788(s) Flops=475416576 => 1271.88827891746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183093.119621636 Mflops = 183.093119621636 Gflops = 0.183093119621636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001087536 Relative Rsd = 4.76854446304265e-07
BICGSTAB_SOLVER_TIME: 0.760552 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108782
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.828993(s) Flops=1279107072 => 1542.96486460079 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222179.111359857 Mflops = 222.179111359857 Gflops = 0.222179111359857 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141290000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043292 s
InvBiCGStab: k = 28 resid = 2.046951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107808(s) Flops=186697728 => 1731.76135351736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249232.630747539 Mflops = 249.232630747539 Gflops = 0.249232630747539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056109 s
InvBiCGStab: k = 56 resid = 1.092081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205309(s) Flops=370427904 => 1804.24581484494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.248468714 Mflops = 259.737248468714 Gflops = 0.259737248468714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007229515 Relative Rsd = 3.16994262826917e-07
BICGSTAB_SOLVER_TIME: 0.416337 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 50 resid = 2.095142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188146(s) Flops=331057152 => 1759.57581877903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253309.048586795 Mflops = 253.309048586795 Gflops = 0.253309048586795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057863 s
InvBiCGStab: k = 74 resid = 9.447146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271858(s) Flops=488540160 => 1797.04169088274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258717.558088485 Mflops = 258.717558088485 Gflops = 0.258717558088485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001064231 Relative Rsd = 4.66635971209271e-07
BICGSTAB_SOLVER_TIME: 0.562848 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042235 s
InvBiCGStab: k = 62 resid = 1.498754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234919(s) Flops=409798656 => 1744.42533809526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251140.611389356 Mflops = 251.140611389356 Gflops = 0.251140611389356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057536 s
InvBiCGStab: k = 68 resid = 8.586118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253289(s) Flops=449169408 => 1773.34747264982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255294.63870318 Mflops = 255.29463870318 Gflops = 0.25529463870318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001003901 Relative Rsd = 4.40182919712396e-07
BICGSTAB_SOLVER_TIME: 0.59182 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044514 s
InvBiCGStab: k = 59 resid = 2.226933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223153(s) Flops=390113280 => 1748.18747675362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251684.898770833 Mflops = 251.684898770833 Gflops = 0.251684898770833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 74 resid = 9.139333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337468(s) Flops=488540160 => 1447.66365996183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208425.716751465 Mflops = 208.425716751465 Gflops = 0.208425716751465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001057323 Relative Rsd = 4.6360706871266e-07
BICGSTAB_SOLVER_TIME: 0.671606 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060223 s
InvBiCGStab: k = 54 resid = 2.026412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236553(s) Flops=357304320 => 1510.46201062764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217462.448175811 Mflops = 217.462448175811 Gflops = 0.217462448175811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066982 s
InvBiCGStab: k = 60 resid = 1.100844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277266(s) Flops=396675072 => 1430.66611845664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205961.406062904 Mflops = 205.961406062904 Gflops = 0.205961406062904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001014266 Relative Rsd = 4.44727651669714e-07
BICGSTAB_SOLVER_TIME: 0.644849 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957930000000003
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932715(s) Flops=1278959616 => 1371.22230906547 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197451.894907032 Mflops = 197.451894907032 Gflops = 0.197451894907032 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141487000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 36 resid = 2.139565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133414(s) Flops=239192064 => 1792.85580223965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258033.795743518 Mflops = 258.033795743518 Gflops = 0.258033795743518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 45 resid = 1.056341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165985(s) Flops=298248192 => 1796.83822032111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258633.381449181 Mflops = 258.633381449181 Gflops = 0.258633381449181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007286707 Relative Rsd = 3.19501971334152e-07
BICGSTAB_SOLVER_TIME: 0.400641 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041022 s
InvBiCGStab: k = 58 resid = 1.504911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212031(s) Flops=383551488 => 1808.9406171739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260422.105735529 Mflops = 260.422105735529 Gflops = 0.260422105735529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056006 s
InvBiCGStab: k = 76 resid = 9.05969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278299(s) Flops=501663744 => 1802.60706650042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.583906794 Mflops = 259.510583906794 Gflops = 0.259510583906794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001078511 Relative Rsd = 4.72897496413219e-07
BICGSTAB_SOLVER_TIME: 0.59112 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109808
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041144 s
InvBiCGStab: k = 52 resid = 2.114693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191051(s) Flops=344180736 => 1801.51235010547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259354.842694232 Mflops = 259.354842694232 Gflops = 0.259354842694232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 74 resid = 6.631873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270705(s) Flops=488540160 => 1804.69573890397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.940973988 Mflops = 259.815940973988 Gflops = 0.259815940973988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001013936 Relative Rsd = 4.44582888322779e-07
BICGSTAB_SOLVER_TIME: 0.562947 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001841
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 64 resid = 1.650062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233931(s) Flops=422922240 => 1807.89309668236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260275.651759491 Mflops = 260.275651759491 Gflops = 0.260275651759491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 78 resid = 7.720535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285467(s) Flops=514787328 => 1803.31641836009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.352258101 Mflops = 259.622352258101 Gflops = 0.259622352258101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00109072 Relative Rsd = 4.7825057546576e-07
BICGSTAB_SOLVER_TIME: 0.620576 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11584
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046305 s
InvBiCGStab: k = 49 resid = 2.277715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216841(s) Flops=324495360 => 1496.46681208812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215438.053871579 Mflops = 215.438053871579 Gflops = 0.215438053871579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0607 s
InvBiCGStab: k = 74 resid = 8.813031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349804(s) Flops=488540160 => 1396.61113080468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201073.633954537 Mflops = 201.073633954537 Gflops = 0.201073633954537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001017145 Relative Rsd = 4.45989787958959e-07
BICGSTAB_SOLVER_TIME: 0.677579 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101895
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983273(s) Flops=1278812160 => 1300.5667398576 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187258.840646899 Mflops = 187.258840646899 Gflops = 0.187258840646899 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141423000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.051527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77002(s) Flops=1394067456 => 1810.4301914236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260709.150639214 Mflops = 260.709150639214 Gflops = 0.260709150639214 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.137692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796839(s) Flops=1440000000 => 1807.14046375742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260214.153046251 Mflops = 260.214153046251 Gflops = 0.260214153046251 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002097447 Relative Rsd = 9.23557709159035e-07
BICGSTAB_SOLVER_TIME: 1.570392 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309466999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.089879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.642614(s) Flops=1144719360 => 1781.34830551466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256435.7786258 Mflops = 256.4357786258 Gflops = 0.2564357786258 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.103268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658218(s) Flops=1151281152 => 1749.08791920002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251853.405698031 Mflops = 251.853405698031 Gflops = 0.251853405698031 Tflops
BICGSTAB_SOLVER: 349 iterations. Rsd = 0.00186933 Relative Rsd = 8.21464283732124e-07
BICGSTAB_SOLVER_TIME: 1.304225 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.11647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249428999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 299 resid = 1.815356e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.350222(s) Flops=1964943360 => 1455.27428822816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209549.748966781 Mflops = 209.549748966781 Gflops = 0.209549748966781 Tflops
InvBiCGStab: k = 309 resid = 1.145819e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.282793(s) Flops=2030561280 => 1582.92201469762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227933.280196053 Mflops = 227.933280196053 Gflops = 0.227933280196053 Tflops
BICGSTAB_SOLVER: 608 iterations. Rsd = 0.002079991 Relative Rsd = 9.15871497515756e-07
BICGSTAB_SOLVER_TIME: 2.63767 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.434999999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 267 resid = 1.78552e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.981406(s) Flops=1754966016 => 1788.21610628017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257500.557226507 Mflops = 257.500557226507 Gflops = 0.257500557226507 Tflops
InvBiCGStab: k = 262 resid = 1.131317e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962045(s) Flops=1722157056 => 1790.1003133949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257763.054284904 Mflops = 257.763054284904 Gflops = 0.257763054284904 Tflops
BICGSTAB_SOLVER: 529 iterations. Rsd = 0.00185329 Relative Rsd = 8.14415949055456e-07
BICGSTAB_SOLVER_TIME: 1.94833 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378319999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 229 resid = 2.269029e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869645(s) Flops=1505617920 => 1731.30176106342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249211.352263118 Mflops = 249.211352263118 Gflops = 0.249211352263118 Tflops
InvBiCGStab: k = 260 resid = 1.112389e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95561(s) Flops=1709033472 => 1788.42150249579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257524.072812008 Mflops = 257.524072812008 Gflops = 0.257524072812008 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.001798407 Relative Rsd = 7.88551881562535e-07
BICGSTAB_SOLVER_TIME: 1.829999 sec
2Flav::invert,  n_count = 489
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349359000000003
MInvCG2: 298 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.256149(s) Flops=1929553920 => 1536.08681772624 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221201.43245608 Mflops = 221.20143245608 Gflops = 0.22120143245608 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.214432000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.025566879448661
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 448.3909 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.046388 secs
Doing Update: 2713 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 249 resid = 2.138747e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.122463(s) Flops=1636853760 => 1458.26968015872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209998.684080183 Mflops = 209.998684080183 Gflops = 0.209998684080183 Tflops
InvBiCGStab: k = 279 resid = 1.0907e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.150518(s) Flops=1833707520 => 1593.81037063305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229500.555038516 Mflops = 229.500555038516 Gflops = 0.229500555038516 Tflops
BICGSTAB_SOLVER: 528 iterations. Rsd = 0.001869472 Relative Rsd = 8.22154661294267e-07
BICGSTAB_SOLVER_TIME: 2.278017 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.379769999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 223 resid = 1.739414e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838883(s) Flops=1466247168 => 1747.85657594682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251692.703175909 Mflops = 251.692703175909 Gflops = 0.251692703175909 Tflops
InvBiCGStab: k = 246 resid = 7.741255e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917799(s) Flops=1617168384 => 1762.0071322806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253717.550902963 Mflops = 253.717550902963 Gflops = 0.253717550902963 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.001831598 Relative Rsd = 8.03897693833121e-07
BICGSTAB_SOLVER_TIME: 1.761447 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337604999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000349
MInvCG2: 316 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.268739(s) Flops=2039334912 => 1607.37150194012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231468.021142569 Mflops = 231.468021142569 Gflops = 0.231468021142569 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.226939000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 292 resid = 2.164642e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.067895(s) Flops=1919010816 => 1797.0032784122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258781.614960909 Mflops = 258.781614960909 Gflops = 0.258781614960909 Tflops
InvBiCGStab: k = 294 resid = 8.847438e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.146817(s) Flops=1932134400 => 1684.78004773211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242600.730441687 Mflops = 242.600730441687 Gflops = 0.242600730441687 Tflops
BICGSTAB_SOLVER: 586 iterations. Rsd = 0.002033384 Relative Rsd = 8.94239594792523e-07
BICGSTAB_SOLVER_TIME: 2.219643 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.418667999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 273 resid = 2.082268e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.227915(s) Flops=1794336768 => 1461.28744090593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210431.145537912 Mflops = 210.431145537912 Gflops = 0.210431145537912 Tflops
InvBiCGStab: k = 259 resid = 8.085869e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.064914(s) Flops=1702471680 => 1598.69405416775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230204.03403005 Mflops = 230.20403403005 Gflops = 0.23020403403005 Tflops
BICGSTAB_SOLVER: 532 iterations. Rsd = 0.001974127 Relative Rsd = 8.66454510528212e-07
BICGSTAB_SOLVER_TIME: 2.297646 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.380131999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 222 resid = 2.020883e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81826(s) Flops=1459685376 => 1783.88944345318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256851.806573415 Mflops = 256.851806573415 Gflops = 0.256851806573415 Tflops
InvBiCGStab: k = 235 resid = 1.038964e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861878(s) Flops=1544988672 => 1792.58395271721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258119.440129966 Mflops = 258.119440129966 Gflops = 0.258119440129966 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.001763058 Relative Rsd = 7.72576650571534e-07
BICGSTAB_SOLVER_TIME: 1.685063 sec
2Flav::invert,  n_count = 457
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325971000000003
MInvCG2: 300 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.215051(s) Flops=1942382592 => 1598.60169820032 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230198.597231326 Mflops = 230.198597231326 Gflops = 0.230198597231326 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215249000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.902194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724205(s) Flops=1308764160 => 1807.17360415904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.637187845 Mflops = 260.156637187845 Gflops = 0.260156637187845 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 9.244093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800047(s) Flops=1446561792 => 1808.09601435916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260352.542553812 Mflops = 260.352542553812 Gflops = 0.260352542553812 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.00200092 Relative Rsd = 8.79962693282522e-07
BICGSTAB_SOLVER_TIME: 1.527631 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.122958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299124999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.850531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.888156(s) Flops=1308764160 => 1473.57464229257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212143.78978523 Mflops = 212.14378978523 Gflops = 0.21214378978523 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.077336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832065(s) Flops=1236584448 => 1486.16327810928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213995.645769859 Mflops = 213.995645769859 Gflops = 0.213995645769859 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.001985179 Relative Rsd = 8.71305087448272e-07
BICGSTAB_SOLVER_TIME: 1.723591 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0.115622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276101999999998
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.999044(s) Flops=1285079040 => 1286.30875116611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185206.03962075 Mflops = 185.20603962075 Gflops = 0.18520603962075 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142390000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 160 resid = 1.332212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.586319(s) Flops=1052854272 => 1795.70212120023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258423.706272234 Mflops = 258.423706272234 Gflops = 0.258423706272234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 177 resid = 1.110425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674739(s) Flops=1164404736 => 1725.71132838031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248478.144188399 Mflops = 248.478144188399 Gflops = 0.248478144188399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 337 iterations. Rsd = 0.00178987 Relative Rsd = 7.84325771423921e-07
BICGSTAB_SOLVER_TIME: 1.2648 sec
2Flav::invert,  n_count = 337
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.242086999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000112 s
InvBiCGStab: k = 110 resid = 2.265307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437485(s) Flops=724764672 => 1656.66176440335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238589.780237562 Mflops = 238.589780237562 Gflops = 0.238589780237562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8e-05 s
InvBiCGStab: k = 141 resid = 6.795305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.520306(s) Flops=928180224 => 1783.91220550983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256826.69576673 Mflops = 256.82669576673 Gflops = 0.25682669576673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 251 iterations. Rsd = 0.001531097 Relative Rsd = 6.70930538010037e-07
BICGSTAB_SOLVER_TIME: 0.96191 sec
2Flav::invert,  n_count = 251
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181043999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00499 s
InvBiCGStab: k = 93 resid = 1.971716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340809(s) Flops=613214208 => 1799.28994832883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259073.590928111 Mflops = 259.073590928111 Gflops = 0.259073590928111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007132 s
InvBiCGStab: k = 115 resid = 9.852375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420961(s) Flops=757573632 => 1799.62902026554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259098.369719031 Mflops = 259.098369719031 Gflops = 0.259098369719031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001371333 Relative Rsd = 6.00921614357537e-07
BICGSTAB_SOLVER_TIME: 0.777688 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151973999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007303 s
InvBiCGStab: k = 86 resid = 1.788297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315348(s) Flops=567281664 => 1798.90680771719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258997.237483939 Mflops = 258.997237483939 Gflops = 0.258997237483939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010934 s
InvBiCGStab: k = 102 resid = 1.032383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373152(s) Flops=672270336 => 1801.59917674299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259382.005150695 Mflops = 259.382005150695 Gflops = 0.259382005150695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001314397 Relative Rsd = 5.75972242926535e-07
BICGSTAB_SOLVER_TIME: 0.710488 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139123
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010392 s
InvBiCGStab: k = 73 resid = 9.523827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268474(s) Flops=481978368 => 1795.25156253492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258462.727844925 Mflops = 258.462727844925 Gflops = 0.258462727844925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015079 s
InvBiCGStab: k = 94 resid = 1.058396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343818(s) Flops=619776000 => 1802.62813465264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.518589719 Mflops = 259.530518589719 Gflops = 0.259530518589719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001214926 Relative Rsd = 5.32383460624779e-07
BICGSTAB_SOLVER_TIME: 0.641458 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124954
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807164(s) Flops=1285226496 => 1592.27430361116 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229266.733700207 Mflops = 229.266733700207 Gflops = 0.229266733700207 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142389000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013199 s
InvBiCGStab: k = 27 resid = 2.13733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100081(s) Flops=180135936 => 1799.90143983373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259013.847907721 Mflops = 259.013847907721 Gflops = 0.259013847907721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019345 s
InvBiCGStab: k = 63 resid = 4.668178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233501(s) Flops=416360448 => 1783.12062046843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256697.973275883 Mflops = 256.697973275883 Gflops = 0.256697973275883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007407075 Relative Rsd = 3.24579908559175e-07
BICGSTAB_SOLVER_TIME: 0.370114 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017001 s
InvBiCGStab: k = 81 resid = 2.151336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331199(s) Flops=534472704 => 1613.75095939299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232341.832453199 Mflops = 232.341832453199 Gflops = 0.232341832453199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.025553 s
InvBiCGStab: k = 103 resid = 1.137104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479958(s) Flops=678832128 => 1414.35735626867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203638.413579106 Mflops = 203.638413579106 Gflops = 0.203638413579106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001317445 Relative Rsd = 5.77307827098736e-07
BICGSTAB_SOLVER_TIME: 0.857589 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139428
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.026566 s
InvBiCGStab: k = 55 resid = 2.250124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266344(s) Flops=363866112 => 1366.15096266482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196701.111317227 Mflops = 196.701111317227 Gflops = 0.196701111317227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.033999 s
InvBiCGStab: k = 80 resid = 9.966111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350234(s) Flops=527910912 => 1507.30914759846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217017.31862751 Mflops = 217.01731862751 Gflops = 0.21701731862751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001089448 Relative Rsd = 4.77398672845908e-07
BICGSTAB_SOLVER_TIME: 0.6811 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10504
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.025386 s
InvBiCGStab: k = 62 resid = 2.279912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267914(s) Flops=409798656 => 1529.59030136536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220221.12011379 Mflops = 220.22112011379 Gflops = 0.22022112011379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033563 s
InvBiCGStab: k = 86 resid = 8.102048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31646(s) Flops=567281664 => 1792.58567907476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258073.77467388 Mflops = 258.07377467388 Gflops = 0.25807377467388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001140327 Relative Rsd = 4.99694220518985e-07
BICGSTAB_SOLVER_TIME: 0.647154 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115776
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027551 s
InvBiCGStab: k = 55 resid = 2.087779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201986(s) Flops=363866112 => 1801.44223857099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259338.733024377 Mflops = 259.338733024377 Gflops = 0.259338733024377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038971 s
InvBiCGStab: k = 77 resid = 9.532066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284734(s) Flops=508225536 => 1784.91341392317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256970.969196989 Mflops = 256.970969196989 Gflops = 0.256970969196989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001074733 Relative Rsd = 4.70950822823168e-07
BICGSTAB_SOLVER_TIME: 0.557082 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105226
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.83061(s) Flops=1291493376 => 1554.87337739733 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223887.626592091 Mflops = 223.887626592091 Gflops = 0.223887626592091 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145062000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032201 s
InvBiCGStab: k = 27 resid = 1.762862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100698(s) Flops=180135936 => 1788.87302627659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257417.229821076 Mflops = 257.417229821076 Gflops = 0.257417229821076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044403 s
InvBiCGStab: k = 53 resid = 8.192804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195364(s) Flops=350742528 => 1795.32835118036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258443.179827031 Mflops = 258.443179827031 Gflops = 0.258443179827031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007882717 Relative Rsd = 3.45422643060864e-07
BICGSTAB_SOLVER_TIME: 0.37652 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036081 s
InvBiCGStab: k = 57 resid = 1.851574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208891(s) Flops=376989696 => 1804.71966719485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.124759331 Mflops = 259.818124759331 Gflops = 0.259818124759331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051867 s
InvBiCGStab: k = 70 resid = 6.873975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256103(s) Flops=462292992 => 1805.10572699266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.642741047 Mflops = 259.870642741047 Gflops = 0.259870642741047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001099259 Relative Rsd = 4.81698242793031e-07
BICGSTAB_SOLVER_TIME: 0.556743 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 54 resid = 2.10016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197565(s) Flops=357304320 => 1808.54058158075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260353.667744032 Mflops = 260.353667744032 Gflops = 0.260353667744032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 67 resid = 1.032226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245744(s) Flops=442607616 => 1801.09225861059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.105933907 Mflops = 259.287105933907 Gflops = 0.259287105933907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009816794 Relative Rsd = 4.30174414205131e-07
BICGSTAB_SOLVER_TIME: 0.544537 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 63 resid = 1.993919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230166(s) Flops=416360448 => 1808.95722217878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260433.95635358 Mflops = 260.43395635358 Gflops = 0.26043395635358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056566 s
InvBiCGStab: k = 75 resid = 1.011523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274455(s) Flops=495101952 => 1803.94582718478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.127151986 Mflops = 259.706127151986 Gflops = 0.259706127151986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001104322 Relative Rsd = 4.83916768443879e-07
BICGSTAB_SOLVER_TIME: 0.606119 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044812 s
InvBiCGStab: k = 55 resid = 1.948537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237539(s) Flops=363866112 => 1531.81629963922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220560.965804722 Mflops = 220.560965804722 Gflops = 0.220560965804722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066672 s
InvBiCGStab: k = 68 resid = 1.054834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299754(s) Flops=449169408 => 1498.46009727977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215732.753240387 Mflops = 215.732753240387 Gflops = 0.215732753240387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00104105 Relative Rsd = 4.56190579731434e-07
BICGSTAB_SOLVER_TIME: 0.653048 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102117
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938403(s) Flops=1291419648 => 1376.18874619966 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198169.829854812 Mflops = 198.169829854812 Gflops = 0.198169829854812 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142786000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 26 resid = 1.90429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097712(s) Flops=173574144 => 1776.38513181595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255663.529201695 Mflops = 255.663529201695 Gflops = 0.255663529201695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 53 resid = 1.006879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195449(s) Flops=350742528 => 1794.54756995431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258322.873752062 Mflops = 258.322873752062 Gflops = 0.258322873752062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007475927 Relative Rsd = 3.2759699937681e-07
BICGSTAB_SOLVER_TIME: 0.394179 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 60 resid = 1.553108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220113(s) Flops=396675072 => 1802.14286298401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259443.859442616 Mflops = 259.443859442616 Gflops = 0.259443859442616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056666 s
InvBiCGStab: k = 82 resid = 1.098829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30044(s) Flops=541034496 => 1800.80713620024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259274.942399815 Mflops = 259.274942399815 Gflops = 0.259274942399815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001153218 Relative Rsd = 5.05342944226553e-07
BICGSTAB_SOLVER_TIME: 0.621923 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 55 resid = 1.045036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201688(s) Flops=363866112 => 1804.1039228908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.936798525 Mflops = 259.721936798525 Gflops = 0.259721936798525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055915 s
InvBiCGStab: k = 67 resid = 1.06442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245742(s) Flops=442607616 => 1801.10691701052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.219213408 Mflops = 259.290219213408 Gflops = 0.259290219213408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001003628 Relative Rsd = 4.3979214044697e-07
BICGSTAB_SOLVER_TIME: 0.548395 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040635 s
InvBiCGStab: k = 55 resid = 2.186413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201348(s) Flops=363866112 => 1807.15036652959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260144.039373603 Mflops = 260.144039373603 Gflops = 0.260144039373603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 73 resid = 1.133302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266794(s) Flops=481978368 => 1806.55624939092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.282190732 Mflops = 260.080282190732 Gflops = 0.260080282190732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001080711 Relative Rsd = 4.73570314502567e-07
BICGSTAB_SOLVER_TIME: 0.569092 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 50 resid = 2.25106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183527(s) Flops=331057152 => 1803.86075073422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259679.364814412 Mflops = 259.679364814412 Gflops = 0.259679364814412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 70 resid = 1.11878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256581(s) Flops=462292992 => 1801.74288821074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259382.6829133 Mflops = 259.3826829133 Gflops = 0.2593826829133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00105542 Relative Rsd = 4.62487837932764e-07
BICGSTAB_SOLVER_TIME: 0.541346 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999510000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.820666(s) Flops=1291567104 => 1573.8035985407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226605.292411608 Mflops = 226.605292411608 Gflops = 0.226605292411608 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143139000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.528289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834713(s) Flops=1282516992 => 1536.47659974147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221095.263039713 Mflops = 221.095263039713 Gflops = 0.221095263039713 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.145775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801074(s) Flops=1374382080 => 1715.67430724253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247043.687410837 Mflops = 247.043687410837 Gflops = 0.247043687410837 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001946002 Relative Rsd = 8.55820911510983e-07
BICGSTAB_SOLVER_TIME: 1.639197 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288129999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 165 resid = 1.536579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.60377(s) Flops=1085663232 => 1798.14040445865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258854.920539401 Mflops = 258.854920539401 Gflops = 0.258854920539401 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 8.36631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669443(s) Flops=1210337280 => 1807.97660144329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260328.447030046 Mflops = 260.328447030046 Gflops = 0.260328447030046 Tflops
BICGSTAB_SOLVER: 349 iterations. Rsd = 0.001895576 Relative Rsd = 8.31932851037023e-07
BICGSTAB_SOLVER_TIME: 1.27661 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249428999999997
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.827002(s) Flops=1291567104 => 1561.74604656337 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224874.430799817 Mflops = 224.874430799817 Gflops = 0.224874430799817 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142817000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 32 resid = 1.126422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118213(s) Flops=212944896 => 1801.3661441635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.347892503 Mflops = 259.309347892503 Gflops = 0.259309347892503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064658 s
InvBiCGStab: k = 45 resid = 7.543927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169714(s) Flops=298248192 => 1757.35762518119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252951.533487061 Mflops = 252.951533487061 Gflops = 0.252951533487061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007443492 Relative Rsd = 3.26175712542018e-07
BICGSTAB_SOLVER_TIME: 0.397446 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691670000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 81 resid = 1.239814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296077(s) Flops=534472704 => 1805.18143591025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259898.109672139 Mflops = 259.898109672139 Gflops = 0.259898109672139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056618 s
InvBiCGStab: k = 97 resid = 1.056687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354421(s) Flops=639461376 => 1804.24234455633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.484014181 Mflops = 259.770484014181 Gflops = 0.259770484014181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001303261 Relative Rsd = 5.71092292507805e-07
BICGSTAB_SOLVER_TIME: 0.751947 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 52 resid = 2.044026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19128(s) Flops=344180736 => 1799.35558343789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259049.797199454 Mflops = 259.049797199454 Gflops = 0.259049797199454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056908 s
InvBiCGStab: k = 71 resid = 5.928916e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293885(s) Flops=468854784 => 1595.36820184766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229679.8934559 Mflops = 229.6798934559 Gflops = 0.2296798934559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001023333 Relative Rsd = 4.484272958649e-07
BICGSTAB_SOLVER_TIME: 0.587387 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101956
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046726 s
InvBiCGStab: k = 60 resid = 2.269854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269963(s) Flops=396675072 => 1469.36829121028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211550.179216169 Mflops = 211.550179216169 Gflops = 0.211550179216169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065245 s
InvBiCGStab: k = 82 resid = 9.379809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379457(s) Flops=541034496 => 1425.81240035103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205278.504800906 Mflops = 205.278504800906 Gflops = 0.205278504800906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001083688 Relative Rsd = 4.74875035513537e-07
BICGSTAB_SOLVER_TIME: 0.765278 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047964 s
InvBiCGStab: k = 55 resid = 2.185689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271073(s) Flops=363866112 => 1342.31779631317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193249.389762903 Mflops = 193.249389762903 Gflops = 0.193249389762903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062437 s
InvBiCGStab: k = 73 resid = 1.082036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269348(s) Flops=481978368 => 1789.42619956339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257626.916402322 Mflops = 257.626916402322 Gflops = 0.257626916402322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001044469 Relative Rsd = 4.5768884592209e-07
BICGSTAB_SOLVER_TIME: 0.654784 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105681
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.813693(s) Flops=1291345920 => 1587.01859300744 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228504.966508918 Mflops = 228.504966508918 Gflops = 0.228504966508918 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143031000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040727 s
InvBiCGStab: k = 30 resid = 1.360731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110841(s) Flops=199821312 => 1802.77435245081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259483.235823868 Mflops = 259.483235823868 Gflops = 0.259483235823868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055958 s
InvBiCGStab: k = 39 resid = 1.00408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14389(s) Flops=258877440 => 1799.13433873098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258945.373870066 Mflops = 258.945373870066 Gflops = 0.258945373870066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0006766522 Relative Rsd = 2.96510705142408e-07
BICGSTAB_SOLVER_TIME: 0.3552 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635460000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041946 s
InvBiCGStab: k = 80 resid = 1.819207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292858(s) Flops=527910912 => 1802.61735038824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.277441993 Mflops = 259.533277441993 Gflops = 0.259533277441993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056012 s
InvBiCGStab: k = 100 resid = 9.652114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367447(s) Flops=659146752 => 1793.85530974535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258271.761749542 Mflops = 258.271761749542 Gflops = 0.258271761749542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001226144 Relative Rsd = 5.37299273526723e-07
BICGSTAB_SOLVER_TIME: 0.762164 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 57 resid = 2.062847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209296(s) Flops=376989696 => 1801.22742909563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259295.619885534 Mflops = 259.295619885534 Gflops = 0.259295619885534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 74 resid = 9.547526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271126(s) Flops=488540160 => 1801.89343699977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259408.205280557 Mflops = 259.408205280557 Gflops = 0.259408205280557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001031486 Relative Rsd = 4.51999974598177e-07
BICGSTAB_SOLVER_TIME: 0.581581 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044766 s
InvBiCGStab: k = 57 resid = 2.254724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233216(s) Flops=376989696 => 1616.48298572997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232720.447913186 Mflops = 232.720447913186 Gflops = 0.232720447913186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061062 s
InvBiCGStab: k = 75 resid = 1.078932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279116(s) Flops=495101952 => 1773.82146491065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255348.234719207 Mflops = 255.348234719207 Gflops = 0.255348234719207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001081489 Relative Rsd = 4.73911084613346e-07
BICGSTAB_SOLVER_TIME: 0.622051 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 58 resid = 1.746733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213369(s) Flops=383551488 => 1797.59706424082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258774.816992909 Mflops = 258.774816992909 Gflops = 0.258774816992909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 67 resid = 1.010034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246951(s) Flops=442607616 => 1792.2892233682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258020.878490845 Mflops = 258.020878490845 Gflops = 0.258020878490845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001064436 Relative Rsd = 4.66438424597277e-07
BICGSTAB_SOLVER_TIME: 0.562352 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103476
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920606(s) Flops=1278959616 => 1389.2583971862 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200034.607226529 Mflops = 200.034607226529 Gflops = 0.200034607226529 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141686000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.532844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041863 s
InvBiCGStab: k = 29 resid = 1.358686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107983(s) Flops=193259520 => 1789.72171545521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257568.463313667 Mflops = 257.568463313667 Gflops = 0.257568463313667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 53 resid = 8.091761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194833(s) Flops=350742528 => 1800.22135880472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.645962336 Mflops = 259.147645962336 Gflops = 0.259147645962336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007594321 Relative Rsd = 3.3278507127295e-07
BICGSTAB_SOLVER_TIME: 0.40495 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041625 s
InvBiCGStab: k = 53 resid = 2.218611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194908(s) Flops=350742528 => 1799.52863915283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.018494753 Mflops = 259.052018494753 Gflops = 0.259052018494753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 79 resid = 6.429956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290317(s) Flops=521349120 => 1795.79259912441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258531.39030273 Mflops = 258.53139030273 Gflops = 0.25853139030273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001088809 Relative Rsd = 4.77118812841756e-07
BICGSTAB_SOLVER_TIME: 0.587131 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041225 s
InvBiCGStab: k = 57 resid = 2.068602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226287(s) Flops=376989696 => 1665.98035238436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239852.76649823 Mflops = 239.85276649823 Gflops = 0.23985276649823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0581 s
InvBiCGStab: k = 66 resid = 1.152211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256761(s) Flops=436045824 => 1698.25566966946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244493.25283963 Mflops = 244.49325283963 Gflops = 0.24449325283963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.000998426 Relative Rsd = 4.37512806716474e-07
BICGSTAB_SOLVER_TIME: 0.586206 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041898 s
InvBiCGStab: k = 53 resid = 2.224959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195454(s) Flops=350742528 => 1794.50166279534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258328.801009557 Mflops = 258.328801009557 Gflops = 0.258328801009557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056685 s
InvBiCGStab: k = 74 resid = 1.092274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272716(s) Flops=488540160 => 1791.38796403585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257907.860043373 Mflops = 257.907860043373 Gflops = 0.257907860043373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001027054 Relative Rsd = 4.50057635980227e-07
BICGSTAB_SOLVER_TIME: 0.570627 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041936 s
InvBiCGStab: k = 47 resid = 2.264502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173272(s) Flops=311371776 => 1797.01149637564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258686.755456327 Mflops = 258.686755456327 Gflops = 0.258686755456327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056125 s
InvBiCGStab: k = 72 resid = 1.13307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263479(s) Flops=475416576 => 1804.38128275878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.88103132 Mflops = 259.76888103132 Gflops = 0.25976888103132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.00105055 Relative Rsd = 4.60353535553308e-07
BICGSTAB_SOLVER_TIME: 0.538684 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990860000000003
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.794639(s) Flops=1266352128 => 1593.61940201777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229455.479295169 Mflops = 229.455479295169 Gflops = 0.229455479295169 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140217000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 30 resid = 1.150207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112932(s) Flops=199821312 => 1769.39496334077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254676.00042035 Mflops = 254.67600042035 Gflops = 0.25467600042035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059898 s
InvBiCGStab: k = 46 resid = 1.086386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202912(s) Flops=304809984 => 1502.17820533039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216251.930116323 Mflops = 216.251930116323 Gflops = 0.216251930116323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007134005 Relative Rsd = 3.12613903855595e-07
BICGSTAB_SOLVER_TIME: 0.420815 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052975 s
InvBiCGStab: k = 57 resid = 1.743638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252808(s) Flops=376989696 => 1491.20951868612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214673.504575494 Mflops = 214.673504575494 Gflops = 0.214673504575494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066371 s
InvBiCGStab: k = 70 resid = 7.101017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327406(s) Flops=462292992 => 1411.98692754562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203293.83828581 Mflops = 203.29383828581 Gflops = 0.20329383828581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001081086 Relative Rsd = 4.73734781993158e-07
BICGSTAB_SOLVER_TIME: 0.705074 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001862
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048691 s
InvBiCGStab: k = 53 resid = 2.235008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211544(s) Flops=350742528 => 1658.01217713573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238695.690682963 Mflops = 238.695690682963 Gflops = 0.238695690682963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.099963 s
InvBiCGStab: k = 84 resid = 1.114703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373602(s) Flops=554158080 => 1483.28456485779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213560.593201671 Mflops = 213.560593201671 Gflops = 0.213560593201671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001057391 Relative Rsd = 4.63351445298839e-07
BICGSTAB_SOLVER_TIME: 0.737842 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041286 s
InvBiCGStab: k = 54 resid = 2.089094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199855(s) Flops=357304320 => 1787.81776788171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257374.893761408 Mflops = 257.374893761408 Gflops = 0.257374893761408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 80 resid = 1.084275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293608(s) Flops=527910912 => 1798.01269720171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258849.844044934 Mflops = 258.849844044934 Gflops = 0.258849844044934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001109552 Relative Rsd = 4.86208396425377e-07
BICGSTAB_SOLVER_TIME: 0.594582 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 55 resid = 1.863689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203074(s) Flops=363866112 => 1791.79073638181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257937.175680576 Mflops = 257.937175680576 Gflops = 0.257937175680576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 75 resid = 9.763918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275104(s) Flops=495101952 => 1799.69012446202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.567464103 Mflops = 259.080567464103 Gflops = 0.259080567464103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045265 Relative Rsd = 4.58037778191211e-07
BICGSTAB_SOLVER_TIME: 0.579405 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107056
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790468(s) Flops=1260085248 => 1594.10026465334 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229569.191926752 Mflops = 229.569191926752 Gflops = 0.229569191926752 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139163000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.557928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784263(s) Flops=1328449536 => 1693.88271026429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243851.405197167 Mflops = 243.851405197167 Gflops = 0.243851405197167 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 9.755021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866652(s) Flops=1558112256 => 1797.85225903823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258876.907935562 Mflops = 258.876907935562 Gflops = 0.258876907935562 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002057589 Relative Rsd = 9.0492763310934e-07
BICGSTAB_SOLVER_TIME: 1.654296 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313923999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.071211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815359(s) Flops=1295640576 => 1589.04307918353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228835.018966277 Mflops = 228.835018966277 Gflops = 0.228835018966277 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.131372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830174(s) Flops=1216899072 => 1465.83616446673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211068.901268937 Mflops = 211.068901268937 Gflops = 0.211068901268937 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.002940145 Relative Rsd = 1.29032658224819e-06
BICGSTAB_SOLVER_TIME: 1.649188 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0.133362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273040999999998
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892459(s) Flops=1260085248 => 1411.92508339319 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203330.649783105 Mflops = 203.330649783105 Gflops = 0.203330649783105 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139440000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 28 resid = 2.182261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104829(s) Flops=186697728 => 1780.97404344218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256335.045417682 Mflops = 256.335045417682 Gflops = 0.256335045417682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056531 s
InvBiCGStab: k = 47 resid = 1.07845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174398(s) Flops=311371776 => 1785.4090987282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257008.473483386 Mflops = 257.008473483386 Gflops = 0.257008473483386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007519917 Relative Rsd = 3.29524671616489e-07
BICGSTAB_SOLVER_TIME: 0.381362 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042055 s
InvBiCGStab: k = 83 resid = 1.360426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306939(s) Flops=547596288 => 1784.05575049114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256875.463434737 Mflops = 256.875463434737 Gflops = 0.256875463434737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 95 resid = 9.921395e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349341(s) Flops=626337792 => 1792.91234638934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258134.160313975 Mflops = 258.134160313975 Gflops = 0.258134160313975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001270779 Relative Rsd = 5.56858457615642e-07
BICGSTAB_SOLVER_TIME: 0.758482 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040975 s
InvBiCGStab: k = 62 resid = 1.387529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227509(s) Flops=409798656 => 1801.24151572026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.498581628 Mflops = 259.314498581628 Gflops = 0.259314498581628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055881 s
InvBiCGStab: k = 69 resid = 1.114403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253492(s) Flops=455731200 => 1797.81294873211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258828.013650666 Mflops = 258.828013650666 Gflops = 0.258828013650666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.0009748775 Relative Rsd = 4.27193798032587e-07
BICGSTAB_SOLVER_TIME: 0.581701 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040593 s
InvBiCGStab: k = 61 resid = 2.233153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223294(s) Flops=403236864 => 1805.85624333838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259983.692979278 Mflops = 259.983692979278 Gflops = 0.259983692979278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05591 s
InvBiCGStab: k = 81 resid = 1.016156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296224(s) Flops=534472704 => 1804.28562169169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.479463627 Mflops = 259.759479463627 Gflops = 0.259759479463627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00111931 Relative Rsd = 4.90484602194246e-07
BICGSTAB_SOLVER_TIME: 0.619834 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 61 resid = 1.303475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224543(s) Flops=403236864 => 1795.8113323506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258536.328191233 Mflops = 258.536328191233 Gflops = 0.258536328191233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 73 resid = 9.531905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267203(s) Flops=481978368 => 1803.79100534051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.497080774 Mflops = 259.678497080774 Gflops = 0.259678497080774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001068989 Relative Rsd = 4.6843381724445e-07
BICGSTAB_SOLVER_TIME: 0.59238 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109968
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.797995(s) Flops=1266352128 => 1586.91737166273 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228503.811381259 Mflops = 228.503811381259 Gflops = 0.228503811381259 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140010000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.572169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067935 s
InvBiCGStab: k = 28 resid = 1.320394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110591(s) Flops=186697728 => 1688.18193162192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242973.440655554 Mflops = 242.973440655554 Gflops = 0.242973440655554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056946 s
InvBiCGStab: k = 53 resid = 1.061097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196573(s) Flops=350742528 => 1784.28638724545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256841.033141615 Mflops = 256.841033141615 Gflops = 0.256841033141615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007516043 Relative Rsd = 3.2935492422972e-07
BICGSTAB_SOLVER_TIME: 0.435862 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 69 resid = 2.101496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253692(s) Flops=455731200 => 1796.39562934582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258621.772931643 Mflops = 258.621772931643 Gflops = 0.258621772931643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056 s
InvBiCGStab: k = 97 resid = 1.008411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355679(s) Flops=639461376 => 1797.86092516005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258845.296266337 Mflops = 258.845296266337 Gflops = 0.258845296266337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001244144 Relative Rsd = 5.45187132334953e-07
BICGSTAB_SOLVER_TIME: 0.71063 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041732 s
InvBiCGStab: k = 58 resid = 1.888971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21282(s) Flops=383551488 => 1802.23422610657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259454.525365823 Mflops = 259.454525365823 Gflops = 0.259454525365823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 68 resid = 8.993069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249981(s) Flops=449169408 => 1796.81418987843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258678.293677526 Mflops = 258.678293677526 Gflops = 0.258678293677526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00101552 Relative Rsd = 4.45003576521364e-07
BICGSTAB_SOLVER_TIME: 0.564904 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 63 resid = 1.772037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230877(s) Flops=416360448 => 1803.38642653881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259625.609704236 Mflops = 259.625609704236 Gflops = 0.259625609704235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 73 resid = 1.121391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267665(s) Flops=481978368 => 1800.67759326023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259234.472911375 Mflops = 259.234472911375 Gflops = 0.259234472911375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001115398 Relative Rsd = 4.88770446915445e-07
BICGSTAB_SOLVER_TIME: 0.599642 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040776 s
InvBiCGStab: k = 61 resid = 1.95747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223583(s) Flops=403236864 => 1803.52202090499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.034018567 Mflops = 259.645034018567 Gflops = 0.259645034018567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 68 resid = 1.028766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248933(s) Flops=449169408 => 1804.37872037858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.628439268 Mflops = 259.762628439268 Gflops = 0.259762628439268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001087143 Relative Rsd = 4.76388911832022e-07
BICGSTAB_SOLVER_TIME: 0.573444 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106369
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.819005(s) Flops=1272471552 => 1553.67983345645 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223711.22178131 Mflops = 223.71122178131 Gflops = 0.22371122178131 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140953000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042842 s
InvBiCGStab: k = 27 resid = 2.124049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100577(s) Flops=180135936 => 1791.02514491385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257779.773743077 Mflops = 257.779773743077 Gflops = 0.257779773743077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057728 s
InvBiCGStab: k = 51 resid = 1.100786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196328(s) Flops=337618944 => 1719.66782119718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247539.538145532 Mflops = 247.539538145532 Gflops = 0.247539538145532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007461197 Relative Rsd = 3.26951525692426e-07
BICGSTAB_SOLVER_TIME: 0.40128 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043152 s
InvBiCGStab: k = 51 resid = 2.219967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240123(s) Flops=337618944 => 1406.02501218126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202420.125440054 Mflops = 202.420125440054 Gflops = 0.202420125440054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064383 s
InvBiCGStab: k = 72 resid = 7.610799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326615(s) Flops=475416576 => 1455.58708571254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209558.21558826 Mflops = 209.55821558826 Gflops = 0.20955821558826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001057094 Relative Rsd = 4.63221411913753e-07
BICGSTAB_SOLVER_TIME: 0.678135 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044021 s
InvBiCGStab: k = 49 resid = 2.232771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240438(s) Flops=324495360 => 1349.60097821476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194323.071447129 Mflops = 194.323071447129 Gflops = 0.194323071447129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066937 s
InvBiCGStab: k = 68 resid = 1.134325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29957(s) Flops=449169408 => 1499.38047200988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215866.952268914 Mflops = 215.866952268914 Gflops = 0.215866952268914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009754702 Relative Rsd = 4.27453533215077e-07
BICGSTAB_SOLVER_TIME: 0.657924 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041195 s
InvBiCGStab: k = 57 resid = 2.274103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218852(s) Flops=376989696 => 1722.57825379709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247992.337050885 Mflops = 247.992337050885 Gflops = 0.247992337050885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057823 s
InvBiCGStab: k = 75 resid = 1.114877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280029(s) Flops=495101952 => 1768.03813890704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254543.565045667 Mflops = 254.543565045667 Gflops = 0.254543565045667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001081671 Relative Rsd = 4.73990971738118e-07
BICGSTAB_SOLVER_TIME: 0.601733 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041575 s
InvBiCGStab: k = 47 resid = 2.18728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176207(s) Flops=311371776 => 1767.07949173415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254391.893435008 Mflops = 254.391893435008 Gflops = 0.254391893435008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058103 s
InvBiCGStab: k = 69 resid = 1.023162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266871(s) Flops=455731200 => 1707.68348752768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245852.120425852 Mflops = 245.852120425852 Gflops = 0.245852120425852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001020437 Relative Rsd = 4.47158182269697e-07
BICGSTAB_SOLVER_TIME: 0.546567 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969560000000003
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807752(s) Flops=1272619008 => 1575.50709623746 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226855.096613362 Mflops = 226.855096613362 Gflops = 0.226855096613362 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140915000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 25 resid = 1.977616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092925(s) Flops=167012352 => 1797.2811622276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258686.232769847 Mflops = 258.686232769847 Gflops = 0.258686232769847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 42 resid = 8.355157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161835(s) Flops=278562816 => 1721.2767077579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247767.245413599 Mflops = 247.767245413599 Gflops = 0.247767245413599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0006986408 Relative Rsd = 3.06146158571896e-07
BICGSTAB_SOLVER_TIME: 0.355919 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0621380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042644 s
InvBiCGStab: k = 58 resid = 1.429837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222613(s) Flops=383551488 => 1722.95188511003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248056.174326857 Mflops = 248.056174326857 Gflops = 0.248056174326857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059922 s
InvBiCGStab: k = 77 resid = 8.919027e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29134(s) Flops=508225536 => 1744.44132628544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251141.813545024 Mflops = 251.141813545024 Gflops = 0.251141813545024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001114074 Relative Rsd = 4.8818986238988e-07
BICGSTAB_SOLVER_TIME: 0.620369 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 51 resid = 1.879316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189125(s) Flops=337618944 => 1785.16295571712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257005.343867198 Mflops = 257.005343867198 Gflops = 0.257005343867198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058624 s
InvBiCGStab: k = 70 resid = 8.561537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25702(s) Flops=462292992 => 1798.66544237802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258943.988495954 Mflops = 258.943988495954 Gflops = 0.258943988495954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001006048 Relative Rsd = 4.40852863937004e-07
BICGSTAB_SOLVER_TIME: 0.549678 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041719 s
InvBiCGStab: k = 66 resid = 1.741618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253008(s) Flops=436045824 => 1723.44678429141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248125.84448844 Mflops = 248.12584448844 Gflops = 0.24812584448844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059299 s
InvBiCGStab: k = 72 resid = 1.057479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270336(s) Flops=475416576 => 1758.61363636364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253162.331014562 Mflops = 253.162331014562 Gflops = 0.253162331014562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001066561 Relative Rsd = 4.67369930918059e-07
BICGSTAB_SOLVER_TIME: 0.628188 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113043
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050658 s
InvBiCGStab: k = 52 resid = 2.20763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237462(s) Flops=344180736 => 1449.4139525482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208633.981377857 Mflops = 208.633981377857 Gflops = 0.208633981377857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065195 s
InvBiCGStab: k = 69 resid = 1.105163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33264(s) Flops=455731200 => 1370.04329004329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197247.274580865 Mflops = 197.247274580865 Gflops = 0.197247274580865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009964055 Relative Rsd = 4.36627416590324e-07
BICGSTAB_SOLVER_TIME: 0.689907 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100474
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956724(s) Flops=1272619008 => 1330.18405308114 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191549.182534623 Mflops = 191.549182534623 Gflops = 0.191549182534623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140697000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.184599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697106(s) Flops=1243146240 => 1783.29585457592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256733.720467468 Mflops = 256.733720467468 Gflops = 0.256733720467468 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 5.499775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846321(s) Flops=1492494336 => 1763.50856944351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253932.161328542 Mflops = 253.932161328542 Gflops = 0.253932161328542 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.001961245 Relative Rsd = 8.62593963691851e-07
BICGSTAB_SOLVER_TIME: 1.546803 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.119394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297234999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 1.833656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663121(s) Flops=1138157568 => 1716.36483839299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247111.829175524 Mflops = 247.111829175524 Gflops = 0.247111829175524 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 9.79847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710928(s) Flops=1262831616 => 1776.31436094794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255773.730234485 Mflops = 255.773730234485 Gflops = 0.255773730234485 Tflops
BICGSTAB_SOLVER: 365 iterations. Rsd = 0.001871694 Relative Rsd = 8.21400611753649e-07
BICGSTAB_SOLVER_TIME: 1.377451 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.123012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260932999999997
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.810434(s) Flops=1272619008 => 1570.29321079816 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226257.633315224 Mflops = 226.257633315224 Gflops = 0.226257633315224 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142288000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044796 s
InvBiCGStab: k = 33 resid = 1.233796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1356(s) Flops=219506688 => 1618.78088495575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233014.399471942 Mflops = 233.014399471942 Gflops = 0.233014399471942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069143 s
InvBiCGStab: k = 43 resid = 9.674042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183175(s) Flops=285124608 => 1556.56944452027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224075.610374298 Mflops = 224.075610374298 Gflops = 0.224075610374298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0006931525 Relative Rsd = 3.03741204123168e-07
BICGSTAB_SOLVER_TIME: 0.436709 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043839 s
InvBiCGStab: k = 75 resid = 2.209163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31105(s) Flops=495101952 => 1591.71178910143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229165.296135395 Mflops = 229.165296135395 Gflops = 0.229165296135395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 92 resid = 1.099099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.460434(s) Flops=606652416 => 1317.56650464562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189705.162040495 Mflops = 189.705162040495 Gflops = 0.189705162040495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001246515 Relative Rsd = 5.46226124078401e-07
BICGSTAB_SOLVER_TIME: 0.883301 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041325 s
InvBiCGStab: k = 57 resid = 1.734901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209645(s) Flops=376989696 => 1798.22889169787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258878.219223237 Mflops = 258.878219223237 Gflops = 0.258878219223237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056942 s
InvBiCGStab: k = 68 resid = 1.144189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250172(s) Flops=449169408 => 1795.44236765106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258484.104183368 Mflops = 258.484104183368 Gflops = 0.258484104183368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00101348 Relative Rsd = 4.44109718155935e-07
BICGSTAB_SOLVER_TIME: 0.561955 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 68 resid = 2.064977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249647(s) Flops=449169408 => 1799.21812799673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.416697659 Mflops = 259.031416697659 Gflops = 0.259031416697659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 70 resid = 1.141126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257831(s) Flops=462292992 => 1793.00779192572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258124.467792786 Mflops = 258.124467792786 Gflops = 0.258124467792786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001124024 Relative Rsd = 4.92550138389671e-07
BICGSTAB_SOLVER_TIME: 0.609287 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 57 resid = 1.57228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209248(s) Flops=376989696 => 1801.64061783147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.490990343 Mflops = 259.357490990343 Gflops = 0.259357490990343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056545 s
InvBiCGStab: k = 64 resid = 1.08625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235124(s) Flops=422922240 => 1798.71999455606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258946.319466853 Mflops = 258.946319466853 Gflops = 0.258946319466853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.00105459 Relative Rsd = 4.62124213778628e-07
BICGSTAB_SOLVER_TIME: 0.545727 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100594
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.801706(s) Flops=1272471552 => 1587.20472592197 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228717.587989413 Mflops = 228.717587989413 Gflops = 0.228717587989413 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141018000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040876 s
InvBiCGStab: k = 29 resid = 1.361907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10748(s) Flops=193259520 => 1798.09750651284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258804.15714874 Mflops = 258.80415714874 Gflops = 0.25880415714874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 43 resid = 1.033273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173791(s) Flops=285124608 => 1640.61779954083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236168.579401933 Mflops = 236.168579401933 Gflops = 0.236168579401933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007203284 Relative Rsd = 3.15649716623926e-07
BICGSTAB_SOLVER_TIME: 0.382198 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040748 s
InvBiCGStab: k = 73 resid = 1.767183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267425(s) Flops=481978368 => 1802.29360755352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.121459037 Mflops = 259.462121459037 Gflops = 0.259462121459037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05597 s
InvBiCGStab: k = 96 resid = 7.70987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350865(s) Flops=632899584 => 1803.82649737078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.006549701 Mflops = 259.698006549701 Gflops = 0.259698006549701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001220527 Relative Rsd = 5.34837821638221e-07
BICGSTAB_SOLVER_TIME: 0.718828 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 56 resid = 1.542416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205277(s) Flops=370427904 => 1804.5270731743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.206630515 Mflops = 259.776206630515 Gflops = 0.259776206630515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05666 s
InvBiCGStab: k = 69 resid = 8.093369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28277(s) Flops=455731200 => 1611.66743289599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232035.901599105 Mflops = 232.035901599105 Gflops = 0.232035901599105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001050005 Relative Rsd = 4.60114945462273e-07
BICGSTAB_SOLVER_TIME: 0.589334 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047157 s
InvBiCGStab: k = 68 resid = 2.132851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313993(s) Flops=449169408 => 1430.50771195536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205977.381089486 Mflops = 205.977381089486 Gflops = 0.205977381089486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066872 s
InvBiCGStab: k = 74 resid = 1.103785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327387(s) Flops=488540160 => 1492.24055933803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214842.3460799 Mflops = 214.8423460799 Gflops = 0.2148423460799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001133428 Relative Rsd = 4.96670957069104e-07
BICGSTAB_SOLVER_TIME: 0.75957 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042524 s
InvBiCGStab: k = 54 resid = 1.946372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234704(s) Flops=357304320 => 1522.36144249778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219172.079155742 Mflops = 219.172079155742 Gflops = 0.219172079155742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076821 s
InvBiCGStab: k = 71 resid = 9.950955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300612(s) Flops=468854784 => 1559.66755818131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224546.314702926 Mflops = 224.546314702926 Gflops = 0.224546314702926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001048469 Relative Rsd = 4.59441771453016e-07
BICGSTAB_SOLVER_TIME: 0.658495 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103375
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.79629(s) Flops=1266278400 => 1590.2226575745 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228970.864237068 Mflops = 228.970864237068 Gflops = 0.228970864237068 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140132
CLOV_LINOP: Time spent in clov deriv (total) = 1.3912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041172 s
InvBiCGStab: k = 30 resid = 1.633501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111196(s) Flops=199821312 => 1797.01888557142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258653.106895852 Mflops = 258.653106895852 Gflops = 0.258653106895852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 51 resid = 1.031006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187399(s) Flops=337618944 => 1801.60483246976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.639271523 Mflops = 259.357639271523 Gflops = 0.259357639271523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007593434 Relative Rsd = 3.32746198993847e-07
BICGSTAB_SOLVER_TIME: 0.399875 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 54 resid = 1.433341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197712(s) Flops=357304320 => 1807.19592134013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260170.563776574 Mflops = 260.170563776574 Gflops = 0.260170563776574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056093 s
InvBiCGStab: k = 73 resid = 7.691253e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26743(s) Flops=481978368 => 1802.25991100475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.208986992 Mflops = 259.462208986992 Gflops = 0.259462208986993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001064908 Relative Rsd = 4.66645437338226e-07
BICGSTAB_SOLVER_TIME: 0.56624 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 50 resid = 1.698192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194445(s) Flops=331057152 => 1702.57477435779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245104.896081933 Mflops = 245.104896081933 Gflops = 0.245104896081933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058416 s
InvBiCGStab: k = 71 resid = 1.137336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274977(s) Flops=468854784 => 1705.06909305142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245460.582613526 Mflops = 245.460582613526 Gflops = 0.245460582613526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001019952 Relative Rsd = 4.46945711085356e-07
BICGSTAB_SOLVER_TIME: 0.572654 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041599 s
InvBiCGStab: k = 58 resid = 1.94439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225264(s) Flops=383551488 => 1702.67547411038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245129.211924432 Mflops = 245.129211924432 Gflops = 0.245129211924432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 73 resid = 1.093687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269031(s) Flops=481978368 => 1791.53468559385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257917.222087436 Mflops = 257.917222087436 Gflops = 0.257917222087436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001050066 Relative Rsd = 4.60141625517353e-07
BICGSTAB_SOLVER_TIME: 0.596456 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 48 resid = 2.151817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176318(s) Flops=317933568 => 1803.18270397804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.087273994 Mflops = 259.592087273994 Gflops = 0.259592087273994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056157 s
InvBiCGStab: k = 72 resid = 8.231771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263615(s) Flops=475416576 => 1803.45039546308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.495667359 Mflops = 259.637495667359 Gflops = 0.259637495667359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001026746 Relative Rsd = 4.49922756313625e-07
BICGSTAB_SOLVER_TIME: 0.541053 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998720000000003
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907608(s) Flops=1259937792 => 1388.19599650951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199885.911640045 Mflops = 199.885911640045 Gflops = 0.199885911640045 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139543000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.539551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041224 s
InvBiCGStab: k = 29 resid = 1.87826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107859(s) Flops=193259520 => 1791.77926737685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257898.139787058 Mflops = 257.898139787058 Gflops = 0.257898139787058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 49 resid = 1.011871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180499(s) Flops=324495360 => 1797.76818708137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258804.737258084 Mflops = 258.804737258084 Gflops = 0.258804737258084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007086846 Relative Rsd = 3.10547372897122e-07
BICGSTAB_SOLVER_TIME: 0.389697 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 52 resid = 2.269391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200399(s) Flops=344180736 => 1717.47731276104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247269.820032807 Mflops = 247.269820032807 Gflops = 0.247269820032807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057986 s
InvBiCGStab: k = 80 resid = 1.087433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311836(s) Flops=527910912 => 1692.91201785554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243733.270124404 Mflops = 243.733270124404 Gflops = 0.243733270124404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00109918 Relative Rsd = 4.81663298552629e-07
BICGSTAB_SOLVER_TIME: 0.615377 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041678 s
InvBiCGStab: k = 51 resid = 1.583455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187312(s) Flops=337618944 => 1802.4416161271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259480.953252838 Mflops = 259.480953252838 Gflops = 0.259480953252838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056984 s
InvBiCGStab: k = 69 resid = 1.048835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254266(s) Flops=455731200 => 1792.34030503488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258020.946050985 Mflops = 258.020946050985 Gflops = 0.258020946050985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001028882 Relative Rsd = 4.50858904861964e-07
BICGSTAB_SOLVER_TIME: 0.544082 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998660000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041591 s
InvBiCGStab: k = 58 resid = 2.2109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212417(s) Flops=383551488 => 1805.65344581648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.818837299 Mflops = 259.954818837299 Gflops = 0.259954818837299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 72 resid = 1.079907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263467(s) Flops=475416576 => 1804.46346601282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.007422548 Mflops = 259.788007422548 Gflops = 0.259788007422548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001104777 Relative Rsd = 4.84115925107424e-07
BICGSTAB_SOLVER_TIME: 0.577529 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 53 resid = 2.087305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194787(s) Flops=350742528 => 1800.64649078224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259230.286704027 Mflops = 259.230286704027 Gflops = 0.259230286704027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056298 s
InvBiCGStab: k = 82 resid = 1.030297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299501(s) Flops=541034496 => 1806.45305357912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.038652296 Mflops = 260.066038652296 Gflops = 0.260066038652296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001018281 Relative Rsd = 4.46213412441609e-07
BICGSTAB_SOLVER_TIME: 0.595823 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110761
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790171(s) Flops=1253744640 => 1586.67508678501 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228501.88941442 Mflops = 228.50188941442 Gflops = 0.22850188941442 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138966000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.180263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879949(s) Flops=1282516992 => 1457.49014090589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209813.844393772 Mflops = 209.813844393772 Gflops = 0.209813844393772 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.021514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.03096(s) Flops=1499056128 => 1454.03907814076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209372.743688468 Mflops = 209.372743688468 Gflops = 0.209372743688468 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002072136 Relative Rsd = 9.11414947779642e-07
BICGSTAB_SOLVER_TIME: 1.914381 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.138206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302115999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.975752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.641096(s) Flops=1157842944 => 1806.036762045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.705842246 Mflops = 259.984705842246 Gflops = 0.259984705842246 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.043113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765966(s) Flops=1380943872 => 1802.87881185327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.323300494 Mflops = 259.598323300494 Gflops = 0.259598323300494 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001898741 Relative Rsd = 8.33267181551582e-07
BICGSTAB_SOLVER_TIME: 1.410555 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275725999999998
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.787985(s) Flops=1253744640 => 1591.07678445656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229150.079145834 Mflops = 229.150079145834 Gflops = 0.229150079145834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138580000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 29 resid = 1.903773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107833(s) Flops=193259520 => 1792.21128967941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257984.523370295 Mflops = 257.984523370295 Gflops = 0.257984523370295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 43 resid = 9.323674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159126(s) Flops=285124608 => 1791.81659816749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257947.957697424 Mflops = 257.947957697424 Gflops = 0.257947957697424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007257321 Relative Rsd = 3.18017660785923e-07
BICGSTAB_SOLVER_TIME: 0.368947 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041374 s
InvBiCGStab: k = 82 resid = 1.311312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313584(s) Flops=541034496 => 1725.3255778356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248402.732450156 Mflops = 248.402732450156 Gflops = 0.248402732450156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 97 resid = 9.609905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354492(s) Flops=639461376 => 1803.88097897837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.967175823 Mflops = 259.718967175823 Gflops = 0.259718967175823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001251963 Relative Rsd = 5.4861345336646e-07
BICGSTAB_SOLVER_TIME: 0.769421 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 52 resid = 2.079414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191053(s) Flops=344180736 => 1801.49349133487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259355.201540751 Mflops = 259.355201540751 Gflops = 0.259355201540751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056066 s
InvBiCGStab: k = 68 resid = 7.919047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249125(s) Flops=449169408 => 1802.98809031611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259567.907538079 Mflops = 259.567907538079 Gflops = 0.259567907538079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009841425 Relative Rsd = 4.31253757618882e-07
BICGSTAB_SOLVER_TIME: 0.54124 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043991 s
InvBiCGStab: k = 72 resid = 1.831061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282034(s) Flops=475416576 => 1685.67114603204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242695.722732405 Mflops = 242.695722732405 Gflops = 0.242695722732405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067788 s
InvBiCGStab: k = 85 resid = 1.09141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384417(s) Flops=560719872 => 1458.62402547234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210007.359314942 Mflops = 210.007359314942 Gflops = 0.210007359314942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001146968 Relative Rsd = 5.02604387062339e-07
BICGSTAB_SOLVER_TIME: 0.782178 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044026 s
InvBiCGStab: k = 51 resid = 1.740527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225082(s) Flops=337618944 => 1499.98197990066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215945.750421529 Mflops = 215.945750421529 Gflops = 0.215945750421529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066496 s
InvBiCGStab: k = 77 resid = 9.619466e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343792(s) Flops=508225536 => 1478.29366593754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212845.883482738 Mflops = 212.845883482738 Gflops = 0.212845883482738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001040641 Relative Rsd = 4.56011369342338e-07
BICGSTAB_SOLVER_TIME: 0.683475 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105911
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865937(s) Flops=1247330304 => 1440.44001353447 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207539.168292891 Mflops = 207.539168292891 Gflops = 0.207539168292891 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13832
CLOV_LINOP: Time spent in clov deriv (total) = 1.412549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 28 resid = 2.198228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103836(s) Flops=186697728 => 1798.00577834277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258768.138429841 Mflops = 258.768138429841 Gflops = 0.258768138429841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05766 s
InvBiCGStab: k = 44 resid = 1.125611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163135(s) Flops=291686400 => 1788.00625249027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256842.903052177 Mflops = 256.842903052177 Gflops = 0.256842903052177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007179275 Relative Rsd = 3.14597665427131e-07
BICGSTAB_SOLVER_TIME: 0.369279 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 85 resid = 1.625512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31103(s) Flops=560719872 => 1802.7838857988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259559.182886176 Mflops = 259.559182886176 Gflops = 0.259559182886176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 96 resid = 8.34717e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351448(s) Flops=632899584 => 1800.8342172953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259273.814339765 Mflops = 259.273814339765 Gflops = 0.259273814339765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001277337 Relative Rsd = 5.59732404581353e-07
BICGSTAB_SOLVER_TIME: 0.76353 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04068 s
InvBiCGStab: k = 54 resid = 2.140266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198369(s) Flops=357304320 => 1801.21047139422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.865491371 Mflops = 259.298865491371 Gflops = 0.259298865491371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05618 s
InvBiCGStab: k = 71 resid = 1.108148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262085(s) Flops=468854784 => 1788.94169448843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257539.971424758 Mflops = 257.539971424758 Gflops = 0.257539971424758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001021831 Relative Rsd = 4.47768864754148e-07
BICGSTAB_SOLVER_TIME: 0.561174 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040685 s
InvBiCGStab: k = 56 resid = 2.269962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205241(s) Flops=370427904 => 1804.84359362895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259821.275646967 Mflops = 259.821275646967 Gflops = 0.259821275646967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 88 resid = 1.03659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322082(s) Flops=580405248 => 1802.04186511509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259433.919017624 Mflops = 259.433919017624 Gflops = 0.259433919017624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001119577 Relative Rsd = 4.90601576125985e-07
BICGSTAB_SOLVER_TIME: 0.628435 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 59 resid = 2.132224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217239(s) Flops=390113280 => 1795.77921091517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.708993616 Mflops = 258.540708993616 Gflops = 0.258540708993616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 76 resid = 1.100773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278409(s) Flops=501663744 => 1801.89485253709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.380856225 Mflops = 259.413380856225 Gflops = 0.259413380856225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001052657 Relative Rsd = 4.61276777688769e-07
BICGSTAB_SOLVER_TIME: 0.596826 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110462
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.789748(s) Flops=1241284608 => 1571.74770686346 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226311.045496908 Mflops = 226.311045496908 Gflops = 0.226311045496908 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13738
CLOV_LINOP: Time spent in clov deriv (total) = 1.508123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061263 s
InvBiCGStab: k = 28 resid = 2.157482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1542(s) Flops=186697728 => 1210.75050583658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174300.519461017 Mflops = 174.300519461017 Gflops = 0.174300519461017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068141 s
InvBiCGStab: k = 56 resid = 8.042204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222897(s) Flops=370427904 => 1661.87927159181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239229.694977905 Mflops = 239.229694977905 Gflops = 0.239229694977905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007818369 Relative Rsd = 3.42602897927893e-07
BICGSTAB_SOLVER_TIME: 0.510321 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041533 s
InvBiCGStab: k = 57 resid = 1.210181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209281(s) Flops=376989696 => 1801.35653021536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.437656633 Mflops = 259.327437656633 Gflops = 0.259327437656633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056786 s
InvBiCGStab: k = 68 resid = 1.109815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251747(s) Flops=449169408 => 1784.2095754865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256864.222554933 Mflops = 256.864222554933 Gflops = 0.256864222554933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00104783 Relative Rsd = 4.59161860435374e-07
BICGSTAB_SOLVER_TIME: 0.563199 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04154 s
InvBiCGStab: k = 57 resid = 2.28035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210279(s) Flops=376989696 => 1792.80715620675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258093.724547937 Mflops = 258.093724547937 Gflops = 0.258093724547937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056127 s
InvBiCGStab: k = 70 resid = 9.11555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256844(s) Flops=462292992 => 1799.89796140848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259126.966326329 Mflops = 259.126966326329 Gflops = 0.259126966326329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001018051 Relative Rsd = 4.46112507759106e-07
BICGSTAB_SOLVER_TIME: 0.568598 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 59 resid = 2.233735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215963(s) Flops=390113280 => 1806.38942781865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.240144253 Mflops = 260.056240144253 Gflops = 0.260056240144253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 72 resid = 8.421893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264485(s) Flops=475416576 => 1797.5181049965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258777.630758961 Mflops = 258.777630758961 Gflops = 0.258777630758961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001082274 Relative Rsd = 4.74255170600951e-07
BICGSTAB_SOLVER_TIME: 0.581388 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043649 s
InvBiCGStab: k = 61 resid = 2.135271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233761(s) Flops=403236864 => 1724.99631675087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248318.146940895 Mflops = 248.318146940895 Gflops = 0.248318146940895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 72 resid = 1.072965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266656(s) Flops=475416576 => 1782.88347533901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.781572562 Mflops = 256.658781572562 Gflops = 0.256658781572562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001015598 Relative Rsd = 4.45037755559422e-07
BICGSTAB_SOLVER_TIME: 0.604203 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109274
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.779108(s) Flops=1234944000 => 1585.07421307444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228252.373205844 Mflops = 228.252373205844 Gflops = 0.228252373205844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136648
CLOV_LINOP: Time spent in clov deriv (total) = 1.389254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041662 s
InvBiCGStab: k = 27 resid = 2.240464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100361(s) Flops=180135936 => 1794.87984376401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258336.229362967 Mflops = 258.336229362967 Gflops = 0.258336229362967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056472 s
InvBiCGStab: k = 48 resid = 1.094591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176977(s) Flops=317933568 => 1796.46828683953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.423606587 Mflops = 258.605423606586 Gflops = 0.258605423606587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007585426 Relative Rsd = 3.32395302705375e-07
BICGSTAB_SOLVER_TIME: 0.379286 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04089 s
InvBiCGStab: k = 52 resid = 2.245775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191952(s) Flops=344180736 => 1793.05626406602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258137.4662511 Mflops = 258.1374662511 Gflops = 0.2581374662511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065968 s
InvBiCGStab: k = 80 resid = 8.313497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357234(s) Flops=527910912 => 1477.77342582173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212757.91516382 Mflops = 212.75791516382 Gflops = 0.21275791516382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00116315 Relative Rsd = 5.09695313135451e-07
BICGSTAB_SOLVER_TIME: 0.660206 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045667 s
InvBiCGStab: k = 57 resid = 1.463961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255983(s) Flops=376989696 => 1472.71379740061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212030.223350195 Mflops = 212.030223350195 Gflops = 0.212030223350195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066093 s
InvBiCGStab: k = 69 resid = 1.100891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304745(s) Flops=455731200 => 1495.45095079493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215303.160493497 Mflops = 215.303160493497 Gflops = 0.215303160493497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001046739 Relative Rsd = 4.58683659983512e-07
BICGSTAB_SOLVER_TIME: 0.67678 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045245 s
InvBiCGStab: k = 56 resid = 2.206421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278812(s) Flops=370427904 => 1328.59383383785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191275.368650865 Mflops = 191.275368650865 Gflops = 0.191275368650865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080956 s
InvBiCGStab: k = 73 resid = 9.158819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284385(s) Flops=481978368 => 1694.80938868084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243996.169889578 Mflops = 243.996169889578 Gflops = 0.243996169889578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001083667 Relative Rsd = 4.74865700044934e-07
BICGSTAB_SOLVER_TIME: 0.693464 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041785 s
InvBiCGStab: k = 67 resid = 1.980826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246552(s) Flops=442607616 => 1795.18972062689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258453.348518602 Mflops = 258.453348518602 Gflops = 0.258453348518602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057859 s
InvBiCGStab: k = 81 resid = 9.149157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306218(s) Flops=534472704 => 1745.39936907693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251285.611389686 Mflops = 251.285611389686 Gflops = 0.251285611389686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001066033 Relative Rsd = 4.67138584742552e-07
BICGSTAB_SOLVER_TIME: 0.656511 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119842
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.780247(s) Flops=1228750848 => 1574.82290607974 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226752.430024657 Mflops = 226.752430024657 Gflops = 0.226752430024657 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13592
CLOV_LINOP: Time spent in clov deriv (total) = 1.397354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.245768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745777(s) Flops=1348134912 => 1807.69172554262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260263.204496792 Mflops = 260.263204496792 Gflops = 0.260263204496792 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.103625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75851(s) Flops=1348134912 => 1777.34626043164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255922.242642539 Mflops = 255.922242642539 Gflops = 0.255922242642539 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002119912 Relative Rsd = 9.32465952828233e-07
BICGSTAB_SOLVER_TIME: 1.507641 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293096999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.209083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.704221(s) Flops=1275955200 => 1811.86758134165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260846.284051495 Mflops = 260.846284051495 Gflops = 0.260846284051495 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 9.020312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863909(s) Flops=1400629248 => 1621.26942536772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233451.117476265 Mflops = 233.451117476265 Gflops = 0.233451117476265 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001900177 Relative Rsd = 8.33905017267899e-07
BICGSTAB_SOLVER_TIME: 1.572549 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.124053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290635999999997
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931165(s) Flops=1228750848 => 1319.5844431438 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190005.611324985 Mflops = 190.005611324985 Gflops = 0.190005611324985 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135719
CLOV_LINOP: Time spent in clov deriv (total) = 1.403807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041221 s
InvBiCGStab: k = 32 resid = 1.83952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119038(s) Flops=212944896 => 1788.88166803878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257470.552078556 Mflops = 257.470552078556 Gflops = 0.257470552078556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 53 resid = 1.058945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195719(s) Flops=350742528 => 1792.07193987298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257970.003695745 Mflops = 257.970003695745 Gflops = 0.257970003695745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007231271 Relative Rsd = 3.16876131928303e-07
BICGSTAB_SOLVER_TIME: 0.415944 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04144 s
InvBiCGStab: k = 80 resid = 2.057383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293423(s) Flops=527910912 => 1799.14632458942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.607007194 Mflops = 259.031607007194 Gflops = 0.259031607007194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055673 s
InvBiCGStab: k = 101 resid = 1.102849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369482(s) Flops=665708544 => 1801.73470967463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.66569932 Mflops = 259.411665699321 Gflops = 0.259411665699321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001272867 Relative Rsd = 5.57773435565781e-07
BICGSTAB_SOLVER_TIME: 0.763795 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 51 resid = 1.71011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187156(s) Flops=337618944 => 1803.94400393255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259675.958471433 Mflops = 259.675958471433 Gflops = 0.259675958471433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 74 resid = 9.877209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270629(s) Flops=488540160 => 1805.20254665982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.286604643 Mflops = 259.879286604643 Gflops = 0.259879286604643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001063677 Relative Rsd = 4.6610576563135e-07
BICGSTAB_SOLVER_TIME: 0.558997 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 65 resid = 2.011886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254229(s) Flops=429484032 => 1689.35893230119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243225.690411403 Mflops = 243.225690411403 Gflops = 0.243225690411403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058034 s
InvBiCGStab: k = 70 resid = 1.082669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267928(s) Flops=462292992 => 1725.43740109283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248414.161484107 Mflops = 248.414161484107 Gflops = 0.248414161484107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001136264 Relative Rsd = 4.97913849730634e-07
BICGSTAB_SOLVER_TIME: 0.62512 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 61 resid = 2.078003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225313(s) Flops=403236864 => 1789.67420432909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257647.770571053 Mflops = 257.647770571053 Gflops = 0.257647770571053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056806 s
InvBiCGStab: k = 73 resid = 1.127147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268259(s) Flops=481978368 => 1796.69039249382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258658.814539416 Mflops = 258.658814539416 Gflops = 0.258658814539416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001041862 Relative Rsd = 4.56546551862125e-07
BICGSTAB_SOLVER_TIME: 0.595669 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109908
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.771436(s) Flops=1228308480 => 1592.23640068651 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229258.164039988 Mflops = 229.258164039988 Gflops = 0.229258164039988 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135825000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046919 s
InvBiCGStab: k = 27 resid = 1.911001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115479(s) Flops=180135936 => 1559.90211207232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224534.897400762 Mflops = 224.534897400762 Gflops = 0.224534897400762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063807 s
InvBiCGStab: k = 50 resid = 1.148835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227527(s) Flops=331057152 => 1455.02358840929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209471.176193698 Mflops = 209.471176193698 Gflops = 0.209471176193698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007385371 Relative Rsd = 3.23628813058373e-07
BICGSTAB_SOLVER_TIME: 0.458895 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044188 s
InvBiCGStab: k = 75 resid = 2.215621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344381(s) Flops=495101952 => 1437.65757112036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206927.792754482 Mflops = 206.927792754482 Gflops = 0.206927792754482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.090383 s
InvBiCGStab: k = 103 resid = 9.028523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377725(s) Flops=678832128 => 1797.15964789198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258744.694275233 Mflops = 258.744694275233 Gflops = 0.258744694275233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001284333 Relative Rsd = 5.62798060241123e-07
BICGSTAB_SOLVER_TIME: 0.860682 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04491 s
InvBiCGStab: k = 63 resid = 1.856796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245759(s) Flops=416360448 => 1694.18189364377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243912.182804122 Mflops = 243.912182804122 Gflops = 0.243912182804122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060943 s
InvBiCGStab: k = 76 resid = 5.991502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285882(s) Flops=501663744 => 1754.79304048524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252614.991005708 Mflops = 252.614991005708 Gflops = 0.252614991005708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001036146 Relative Rsd = 4.54041636480452e-07
BICGSTAB_SOLVER_TIME: 0.641377 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041848 s
InvBiCGStab: k = 66 resid = 2.181658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243342(s) Flops=436045824 => 1791.90531844071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257971.767480583 Mflops = 257.971767480583 Gflops = 0.257971767480583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056889 s
InvBiCGStab: k = 78 resid = 1.142876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287081(s) Flops=514787328 => 1793.17798112728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258173.806916218 Mflops = 258.173806916218 Gflops = 0.258173806916218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001123393 Relative Rsd = 4.92273747302815e-07
BICGSTAB_SOLVER_TIME: 0.633055 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040693 s
InvBiCGStab: k = 53 resid = 1.790836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194044(s) Flops=350742528 => 1807.54121745583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260221.490933124 Mflops = 260.221490933124 Gflops = 0.260221490933124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 71 resid = 1.150925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260235(s) Flops=468854784 => 1801.65920802352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.556307728 Mflops = 259.374556307728 Gflops = 0.259374556307728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001075363 Relative Rsd = 4.71226907829086e-07
BICGSTAB_SOLVER_TIME: 0.555138 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102887
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.767844(s) Flops=1222189056 => 1591.7153171738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229195.300855853 Mflops = 229.195300855853 Gflops = 0.229195300855853 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13515
CLOV_LINOP: Time spent in clov deriv (total) = 1.398804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 30 resid = 1.408273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111348(s) Flops=199821312 => 1794.56579372777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258295.303525904 Mflops = 258.295303525904 Gflops = 0.258295303525904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 49 resid = 7.080249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179953(s) Flops=324495360 => 1803.22284151973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.9569237 Mflops = 259.5669569237 Gflops = 0.2595669569237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000710071 Relative Rsd = 3.11154918051961e-07
BICGSTAB_SOLVER_TIME: 0.392308 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 55 resid = 2.132971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203114(s) Flops=363866112 => 1791.43787232786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257892.450673334 Mflops = 257.892450673334 Gflops = 0.257892450673334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056099 s
InvBiCGStab: k = 70 resid = 1.126135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2699(s) Flops=462292992 => 1712.83064838829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246599.493618204 Mflops = 246.599493618204 Gflops = 0.246599493618204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001046974 Relative Rsd = 4.58786860273049e-07
BICGSTAB_SOLVER_TIME: 0.57438 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047044 s
InvBiCGStab: k = 48 resid = 2.167378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22903(s) Flops=317933568 => 1388.17433523992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199855.867163829 Mflops = 199.855867163829 Gflops = 0.199855867163829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06117 s
InvBiCGStab: k = 71 resid = 6.884885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331785(s) Flops=468854784 => 1413.12833310728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203457.770629802 Mflops = 203.457770629802 Gflops = 0.203457770629802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001006512 Relative Rsd = 4.41056305733678e-07
BICGSTAB_SOLVER_TIME: 0.673193 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062243 s
InvBiCGStab: k = 71 resid = 1.304054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309655(s) Flops=468854784 => 1514.11985596874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218003.993556667 Mflops = 218.003993556667 Gflops = 0.218003993556667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06087 s
InvBiCGStab: k = 70 resid = 1.150339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294889(s) Flops=462292992 => 1567.68476274123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225698.897969346 Mflops = 225.698897969346 Gflops = 0.225698897969346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001114772 Relative Rsd = 4.88495892314216e-07
BICGSTAB_SOLVER_TIME: 0.737766 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.074397 s
InvBiCGStab: k = 63 resid = 1.372043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238265(s) Flops=416360448 => 1747.46793696095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251598.836997641 Mflops = 251.598836997641 Gflops = 0.251598836997641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056103 s
InvBiCGStab: k = 64 resid = 1.128413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235698(s) Flops=422922240 => 1794.33953618614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258320.443648568 Mflops = 258.320443648568 Gflops = 0.258320443648568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00100331 Relative Rsd = 4.3965277159328e-07
BICGSTAB_SOLVER_TIME: 0.608326 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104938
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.77214(s) Flops=1222189056 => 1582.85939855467 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227913.705054906 Mflops = 227.913705054907 Gflops = 0.227913705054906 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135173
CLOV_LINOP: Time spent in clov deriv (total) = 1.39091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 28 resid = 2.225911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10443(s) Flops=186697728 => 1787.77868428612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257318.230452128 Mflops = 257.318230452128 Gflops = 0.257318230452128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 52 resid = 1.013661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198653(s) Flops=344180736 => 1732.57255616578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249432.166933085 Mflops = 249.432166933085 Gflops = 0.249432166933085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007484777 Relative Rsd = 3.27984829431779e-07
BICGSTAB_SOLVER_TIME: 0.404438 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041351 s
InvBiCGStab: k = 58 resid = 1.746447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216073(s) Flops=383551488 => 1775.10141479963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255549.005377912 Mflops = 255.549005377912 Gflops = 0.255549005377912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 78 resid = 7.347643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288115(s) Flops=514787328 => 1786.74254377592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257237.468380318 Mflops = 257.237468380318 Gflops = 0.257237468380318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001097873 Relative Rsd = 4.81090570104468e-07
BICGSTAB_SOLVER_TIME: 0.605879 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04178 s
InvBiCGStab: k = 50 resid = 1.853937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184589(s) Flops=331057152 => 1793.48255854899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258166.665623312 Mflops = 258.166665623312 Gflops = 0.258166665623312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057025 s
InvBiCGStab: k = 72 resid = 9.019128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265159(s) Flops=475416576 => 1792.94904566694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258128.342554285 Mflops = 258.128342554285 Gflops = 0.258128342554285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009995855 Relative Rsd = 4.38020901073264e-07
BICGSTAB_SOLVER_TIME: 0.55242 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041636 s
InvBiCGStab: k = 69 resid = 2.126422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252764(s) Flops=455731200 => 1802.99093225301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259581.656441133 Mflops = 259.581656441133 Gflops = 0.259581656441133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055963 s
InvBiCGStab: k = 73 resid = 1.072972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267427(s) Flops=481978368 => 1802.28012878281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.147931185 Mflops = 259.471147931185 Gflops = 0.259471147931185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00107594 Relative Rsd = 4.71479424602792e-07
BICGSTAB_SOLVER_TIME: 0.621644 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 47 resid = 1.432255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173376(s) Flops=311371776 => 1795.93355481728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.140986485 Mflops = 258.540140986485 Gflops = 0.258540140986485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056197 s
InvBiCGStab: k = 71 resid = 7.990237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260002(s) Flops=468854784 => 1803.27375943262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.344426071 Mflops = 259.596344426071 Gflops = 0.259596344426071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009995439 Relative Rsd = 4.38002689257463e-07
BICGSTAB_SOLVER_TIME: 0.534227 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983040000000003
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930155(s) Flops=1228382208 => 1320.62098037424 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190137.664889721 Mflops = 190.137664889721 Gflops = 0.190137664889721 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135498000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.536019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.886078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742761(s) Flops=1328449536 => 1788.52892922488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257493.549154581 Mflops = 257.493549154581 Gflops = 0.257493549154581 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.054395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782175(s) Flops=1413752832 => 1807.46358807172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260262.83804202 Mflops = 260.26283804202 Gflops = 0.26026283804202 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002319094 Relative Rsd = 1.02011177148661e-06
BICGSTAB_SOLVER_TIME: 1.52841 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0.115057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297578999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 159 resid = 2.173941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.578159(s) Flops=1046292480 => 1809.69677891376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260473.883503432 Mflops = 260.473883503432 Gflops = 0.260473883503432 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 8.653668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773115(s) Flops=1400629248 => 1811.66999476145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260865.731120019 Mflops = 260.865731120019 Gflops = 0.260865731120019 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.002156148 Relative Rsd = 9.46270072443453e-07
BICGSTAB_SOLVER_TIME: 1.354676 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.115527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265758999999997
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.772721(s) Flops=1228382208 => 1589.68399719951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228892.230202286 Mflops = 228.892230202286 Gflops = 0.228892230202286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135721000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042162 s
InvBiCGStab: k = 29 resid = 1.845078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128767(s) Flops=193259520 => 1500.84664549147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216025.057187667 Mflops = 216.025057187667 Gflops = 0.216025057187667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064904 s
InvBiCGStab: k = 42 resid = 1.058065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186149(s) Flops=278562816 => 1496.4507786773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215422.980862102 Mflops = 215.422980862102 Gflops = 0.215422980862102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007156248 Relative Rsd = 3.13588593095355e-07
BICGSTAB_SOLVER_TIME: 0.42633 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048567 s
InvBiCGStab: k = 71 resid = 1.499323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309688(s) Flops=468854784 => 1513.95851308414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217975.713039344 Mflops = 217.975713039344 Gflops = 0.217975713039344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080474 s
InvBiCGStab: k = 101 resid = 7.511961e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436069(s) Flops=665708544 => 1526.61286172601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219785.403271295 Mflops = 219.785403271295 Gflops = 0.219785403271295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001218984 Relative Rsd = 5.34161841887034e-07
BICGSTAB_SOLVER_TIME: 0.878802 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043462 s
InvBiCGStab: k = 54 resid = 2.160745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231395(s) Flops=357304320 => 1544.13154994706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222298.016819677 Mflops = 222.298016819676 Gflops = 0.222298016819676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 65 resid = 9.938045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279479(s) Flops=429484032 => 1536.73096010792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221237.534797108 Mflops = 221.237534797109 Gflops = 0.221237534797109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.00104209 Relative Rsd = 4.56646334247856e-07
BICGSTAB_SOLVER_TIME: 0.61441 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060582 s
InvBiCGStab: k = 65 resid = 2.203245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244239(s) Flops=429484032 => 1758.45803495756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253170.074876211 Mflops = 253.170074876211 Gflops = 0.253170074876211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 87 resid = 9.28473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319197(s) Flops=573843456 => 1797.7720843241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258830.690704001 Mflops = 258.830690704001 Gflops = 0.258830690704001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00112895 Relative Rsd = 4.94708825217175e-07
BICGSTAB_SOLVER_TIME: 0.68441 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 63 resid = 1.268487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232489(s) Flops=416360448 => 1790.88235572436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257827.536067034 Mflops = 257.827536067034 Gflops = 0.257827536067034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 71 resid = 7.556029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262688(s) Flops=468854784 => 1784.83518089901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256946.281504208 Mflops = 256.946281504208 Gflops = 0.256946281504208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001051714 Relative Rsd = 4.60863823490152e-07
BICGSTAB_SOLVER_TIME: 0.596495 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110116
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.784353(s) Flops=1240768512 => 1581.9006391255 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227796.937312367 Mflops = 227.796937312367 Gflops = 0.227796937312367 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137246000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 30 resid = 2.045541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110772(s) Flops=199821312 => 1803.89730256744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.260680733 Mflops = 259.633260680733 Gflops = 0.259633260680733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 57 resid = 8.359247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209846(s) Flops=376989696 => 1796.50646664697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258617.055654049 Mflops = 258.617055654049 Gflops = 0.258617055654049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007456419 Relative Rsd = 3.26742166330953e-07
BICGSTAB_SOLVER_TIME: 0.422274 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 72 resid = 1.738421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263752(s) Flops=475416576 => 1802.51363401984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259512.118259517 Mflops = 259.512118259517 Gflops = 0.259512118259517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056098 s
InvBiCGStab: k = 99 resid = 1.000771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400549(s) Flops=652584960 => 1629.2262869212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234570.792341033 Mflops = 234.570792341033 Gflops = 0.234570792341033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001235373 Relative Rsd = 5.41343776025659e-07
BICGSTAB_SOLVER_TIME: 0.765833 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051538 s
InvBiCGStab: k = 59 resid = 1.856749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257168(s) Flops=390113280 => 1516.95887513221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218364.585413148 Mflops = 218.364585413148 Gflops = 0.218364585413148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067754 s
InvBiCGStab: k = 70 resid = 1.082864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309187(s) Flops=462292992 => 1495.18896978204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215269.242569368 Mflops = 215.269242569368 Gflops = 0.215269242569368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001031053 Relative Rsd = 4.51809898335788e-07
BICGSTAB_SOLVER_TIME: 0.689962 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0471 s
InvBiCGStab: k = 71 resid = 1.491188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325908(s) Flops=468854784 => 1438.61084723296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207124.818236121 Mflops = 207.124818236121 Gflops = 0.207124818236121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06599 s
InvBiCGStab: k = 79 resid = 9.710209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331346(s) Flops=521349120 => 1573.42813856211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226531.990784922 Mflops = 226.531990784922 Gflops = 0.226531990784922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00110707 Relative Rsd = 4.85120686799325e-07
BICGSTAB_SOLVER_TIME: 0.774158 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 53 resid = 2.225331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195602(s) Flops=350742528 => 1793.14387378452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258152.246334689 Mflops = 258.152246334689 Gflops = 0.258152246334689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 72 resid = 1.107963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268618(s) Flops=475416576 => 1769.86120066414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254819.80162593 Mflops = 254.81980162593 Gflops = 0.25481980162593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001062566 Relative Rsd = 4.65619147953697e-07
BICGSTAB_SOLVER_TIME: 0.565368 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103332
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.791181(s) Flops=1247035392 => 1576.16953895506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226949.320522102 Mflops = 226.949320522102 Gflops = 0.226949320522102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137794
CLOV_LINOP: Time spent in clov deriv (total) = 1.406088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 25 resid = 1.988398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09248(s) Flops=167012352 => 1805.92941176471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259896.40121223 Mflops = 259.89640121223 Gflops = 0.25989640121223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 47 resid = 1.138708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173143(s) Flops=311371776 => 1798.35035779673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258864.471693696 Mflops = 258.864471693696 Gflops = 0.258864471693696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007491675 Relative Rsd = 3.28287084357882e-07
BICGSTAB_SOLVER_TIME: 0.367292 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040745 s
InvBiCGStab: k = 51 resid = 2.080926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186882(s) Flops=337618944 => 1806.58888496484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260085.612255027 Mflops = 260.085612255027 Gflops = 0.260085612255027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 82 resid = 1.117128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300283(s) Flops=541034496 => 1801.7486704209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259395.05349816 Mflops = 259.39505349816 Gflops = 0.25939505349816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001021921 Relative Rsd = 4.47808349195127e-07
BICGSTAB_SOLVER_TIME: 0.58807 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 53 resid = 2.114185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222339(s) Flops=350742528 => 1577.51239323735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227109.740131084 Mflops = 227.109740131084 Gflops = 0.227109740131084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066578 s
InvBiCGStab: k = 71 resid = 7.219235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325632(s) Flops=468854784 => 1439.83018867925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207298.898300536 Mflops = 207.298898300536 Gflops = 0.207298898300536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001001608 Relative Rsd = 4.38907107415248e-07
BICGSTAB_SOLVER_TIME: 0.659738 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102572
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044125 s
InvBiCGStab: k = 63 resid = 2.279431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275081(s) Flops=416360448 => 1513.59217103326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217912.025338039 Mflops = 217.912025338039 Gflops = 0.217912025338039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067784 s
InvBiCGStab: k = 85 resid = 1.868932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372926(s) Flops=560719872 => 1503.56872945303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216479.345932622 Mflops = 216.479345932622 Gflops = 0.216479345932622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001101899 Relative Rsd = 4.82854871643583e-07
BICGSTAB_SOLVER_TIME: 0.763795 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044399 s
InvBiCGStab: k = 56 resid = 1.544218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263035(s) Flops=370427904 => 1408.28370368962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202745.562183322 Mflops = 202.745562183322 Gflops = 0.202745562183322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06008 s
InvBiCGStab: k = 79 resid = 1.120352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30377(s) Flops=521349120 => 1716.26269875235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247089.629271554 Mflops = 247.089629271554 Gflops = 0.247089629271554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001065554 Relative Rsd = 4.66928409165246e-07
BICGSTAB_SOLVER_TIME: 0.675508 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110605
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.800287(s) Flops=1247182848 => 1558.41947701262 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224405.390237169 Mflops = 224.405390237169 Gflops = 0.224405390237169 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138266000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042951 s
InvBiCGStab: k = 31 resid = 1.946377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116943(s) Flops=206383104 => 1764.81793694364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254028.098467383 Mflops = 254.028098467383 Gflops = 0.254028098467383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058085 s
InvBiCGStab: k = 52 resid = 9.440988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19688(s) Flops=344180736 => 1748.17521332792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251634.264578596 Mflops = 251.634264578596 Gflops = 0.251634264578596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007361757 Relative Rsd = 3.22594055434564e-07
BICGSTAB_SOLVER_TIME: 0.418673 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 57 resid = 1.662726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209209(s) Flops=376989696 => 1801.97647328748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259420.459235743 Mflops = 259.420459235743 Gflops = 0.259420459235743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 81 resid = 1.028459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309547(s) Flops=534472704 => 1726.62860244163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248582.972841654 Mflops = 248.582972841654 Gflops = 0.248582972841654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001093749 Relative Rsd = 4.79283621288016e-07
BICGSTAB_SOLVER_TIME: 0.620112 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040565 s
InvBiCGStab: k = 52 resid = 1.563534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194212(s) Flops=344180736 => 1772.19088418841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255134.729280221 Mflops = 255.134729280221 Gflops = 0.255134729280221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057913 s
InvBiCGStab: k = 79 resid = 1.01058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309172(s) Flops=521349120 => 1686.27534188089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242771.573234668 Mflops = 242.771573234668 Gflops = 0.242771573234668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001041581 Relative Rsd = 4.56423558338609e-07
BICGSTAB_SOLVER_TIME: 0.607022 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055778 s
InvBiCGStab: k = 64 resid = 2.09345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271921(s) Flops=422922240 => 1555.31290338003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223925.341744837 Mflops = 223.925341744837 Gflops = 0.223925341744837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072811 s
InvBiCGStab: k = 85 resid = 8.882949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380949(s) Flops=560719872 => 1471.9027271367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211901.760720291 Mflops = 211.901760720291 Gflops = 0.211901760720291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001119738 Relative Rsd = 4.90672076768664e-07
BICGSTAB_SOLVER_TIME: 0.785784 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048454 s
InvBiCGStab: k = 61 resid = 2.234624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265381(s) Flops=403236864 => 1519.46395559592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218758.14783527 Mflops = 218.75814783527 Gflops = 0.21875814783527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061694 s
InvBiCGStab: k = 75 resid = 9.501957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375053(s) Flops=495101952 => 1320.08529994427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190062.328049595 Mflops = 190.062328049595 Gflops = 0.190062328049595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001028489 Relative Rsd = 4.50686479266989e-07
BICGSTAB_SOLVER_TIME: 0.756425 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111211
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.796997(s) Flops=1247256576 => 1564.94513279222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225330.490488668 Mflops = 225.330490488668 Gflops = 0.225330490488668 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137902
CLOV_LINOP: Time spent in clov deriv (total) = 1.415469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02134
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.24107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760494(s) Flops=1335011328 => 1755.45280830618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252736.783250417 Mflops = 252.736783250417 Gflops = 0.252736783250417 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 7.861831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769724(s) Flops=1367820288 => 1777.02694472304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255887.011185419 Mflops = 255.887011185419 Gflops = 0.255887011185419 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002019187 Relative Rsd = 8.8820395635564e-07
BICGSTAB_SOLVER_TIME: 1.533504 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293124999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.257384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.71464(s) Flops=1144719360 => 1601.81260494795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230591.277886182 Mflops = 230.591277886182 Gflops = 0.230591277886182 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.067634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821952(s) Flops=1203775488 => 1464.53258584443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210886.752101698 Mflops = 210.886752101698 Gflops = 0.210886752101698 Tflops
BICGSTAB_SOLVER: 357 iterations. Rsd = 0.001817663 Relative Rsd = 7.97753040380647e-07
BICGSTAB_SOLVER_TIME: 1.540421 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.13347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254628999999997
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940672(s) Flops=1247256576 => 1325.92080555178 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190935.573126228 Mflops = 190.935573126228 Gflops = 0.190935573126228 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138
CLOV_LINOP: Time spent in clov deriv (total) = 1.390267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041772 s
InvBiCGStab: k = 29 resid = 2.237484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107879(s) Flops=193259520 => 1791.44708423326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257862.527502479 Mflops = 257.862527502479 Gflops = 0.257862527502479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 53 resid = 1.097803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194525(s) Flops=350742528 => 1803.07172856959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259561.203564518 Mflops = 259.561203564518 Gflops = 0.259561203564518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000728904 Relative Rsd = 3.19407599831333e-07
BICGSTAB_SOLVER_TIME: 0.404511 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 73 resid = 1.779518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267899(s) Flops=481978368 => 1799.10476709506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259016.587461497 Mflops = 259.016587461497 Gflops = 0.259016587461497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 105 resid = 7.02175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384045(s) Flops=691955712 => 1801.75685661836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.860297285 Mflops = 259.414860297285 Gflops = 0.259414860297285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001301527 Relative Rsd = 5.70332548606633e-07
BICGSTAB_SOLVER_TIME: 0.753434 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 50 resid = 2.108953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184181(s) Flops=331057152 => 1797.45550301063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258769.968809088 Mflops = 258.769968809088 Gflops = 0.258769968809088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 69 resid = 1.075847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253167(s) Flops=455731200 => 1800.12086883362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259155.936464982 Mflops = 259.155936464982 Gflops = 0.259155936464982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001013132 Relative Rsd = 4.4395698376796e-07
BICGSTAB_SOLVER_TIME: 0.538535 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 66 resid = 1.69376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242365(s) Flops=436045824 => 1799.12868607266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259024.411819874 Mflops = 259.024411819874 Gflops = 0.259024411819874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 79 resid = 1.060586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289378(s) Flops=521349120 => 1801.61974994644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259376.588976812 Mflops = 259.376588976812 Gflops = 0.259376588976812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001107014 Relative Rsd = 4.85096404378258e-07
BICGSTAB_SOLVER_TIME: 0.632343 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044092 s
InvBiCGStab: k = 67 resid = 2.094371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28957(s) Flops=442607616 => 1528.49955451186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220068.274796136 Mflops = 220.068274796136 Gflops = 0.220068274796136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068454 s
InvBiCGStab: k = 75 resid = 8.017656e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345123(s) Flops=495101952 => 1434.56666753592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206547.136455614 Mflops = 206.547136455614 Gflops = 0.206547136455614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001116819 Relative Rsd = 4.89392760475534e-07
BICGSTAB_SOLVER_TIME: 0.750925 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115374
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908904(s) Flops=1241137152 => 1365.53162050117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196696.220494216 Mflops = 196.696220494216 Gflops = 0.196696220494216 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136951000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 32 resid = 2.27536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118308(s) Flops=212944896 => 1799.91966730906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259095.174852518 Mflops = 259.095174852518 Gflops = 0.259095174852518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056799 s
InvBiCGStab: k = 50 resid = 1.145159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183647(s) Flops=331057152 => 1802.68205851443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259507.790827217 Mflops = 259.507790827217 Gflops = 0.259507790827217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007386553 Relative Rsd = 3.23680642763844e-07
BICGSTAB_SOLVER_TIME: 0.403502 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 76 resid = 1.963464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280685(s) Flops=501663744 => 1787.28376649981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257328.472891025 Mflops = 257.328472891025 Gflops = 0.257328472891025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 97 resid = 9.579043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354952(s) Flops=639461376 => 1801.5432396493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259375.145060959 Mflops = 259.375145060959 Gflops = 0.259375145060958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001260567 Relative Rsd = 5.52383503291145e-07
BICGSTAB_SOLVER_TIME: 0.736528 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 60 resid = 2.154203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220271(s) Flops=396675072 => 1800.85018908526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259268.937245322 Mflops = 259.268937245322 Gflops = 0.259268937245322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 79 resid = 1.01848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288997(s) Flops=521349120 => 1803.9949203625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.298488875 Mflops = 259.720298488875 Gflops = 0.259720298488875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001037119 Relative Rsd = 4.54468109253822e-07
BICGSTAB_SOLVER_TIME: 0.609861 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 70 resid = 2.077356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256682(s) Flops=462292992 => 1801.03393303777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.664493803 Mflops = 259.298664493803 Gflops = 0.259298664493803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 90 resid = 9.881862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329521(s) Flops=593528832 => 1801.18666792101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.509092388 Mflops = 259.322509092388 Gflops = 0.259322509092388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001135048 Relative Rsd = 4.9738101383137e-07
BICGSTAB_SOLVER_TIME: 0.687505 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 70 resid = 1.759605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256615(s) Flops=462292992 => 1801.50416772207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259372.590702609 Mflops = 259.372590702609 Gflops = 0.259372590702609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 84 resid = 6.057634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386333(s) Flops=554158080 => 1434.40524107441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206524.667253499 Mflops = 206.524667253499 Gflops = 0.206524667253499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001099376 Relative Rsd = 4.81749562363606e-07
BICGSTAB_SOLVER_TIME: 0.744014 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123969
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960219(s) Flops=1234944000 => 1286.10660693029 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185256.41016878 Mflops = 185.25641016878 Gflops = 0.18525641016878 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136165
CLOV_LINOP: Time spent in clov deriv (total) = 1.53241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 32 resid = 1.648207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118708(s) Flops=212944896 => 1793.85463490245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258184.450062888 Mflops = 258.184450062888 Gflops = 0.258184450062888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 49 resid = 1.026534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182127(s) Flops=324495360 => 1781.69826549606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256483.526389154 Mflops = 256.483526389154 Gflops = 0.256483526389154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007369503 Relative Rsd = 3.22933499194613e-07
BICGSTAB_SOLVER_TIME: 0.401786 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 55 resid = 2.169885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202306(s) Flops=363866112 => 1798.5927851868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258927.563325634 Mflops = 258.927563325634 Gflops = 0.258927563325634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057145 s
InvBiCGStab: k = 77 resid = 1.004986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281663(s) Flops=508225536 => 1804.37450428349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.348312243 Mflops = 259.768348312242 Gflops = 0.259768348312242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001031901 Relative Rsd = 4.52181429580818e-07
BICGSTAB_SOLVER_TIME: 0.586169 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041401 s
InvBiCGStab: k = 59 resid = 2.216838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216207(s) Flops=390113280 => 1804.35083045415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.671388406 Mflops = 259.774671388406 Gflops = 0.259774671388406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057902 s
InvBiCGStab: k = 75 resid = 1.001955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275806(s) Flops=495101952 => 1795.10943199205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258445.658464018 Mflops = 258.445658464018 Gflops = 0.258445658464018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.0010021 Relative Rsd = 4.39122639408966e-07
BICGSTAB_SOLVER_TIME: 0.595086 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 64 resid = 1.735317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241861(s) Flops=422922240 => 1748.6169328664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251761.362473602 Mflops = 251.761362473602 Gflops = 0.251761362473602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059378 s
InvBiCGStab: k = 80 resid = 8.556089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309849(s) Flops=527910912 => 1703.76832586195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245296.200307244 Mflops = 245.296200307244 Gflops = 0.245296200307244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001079678 Relative Rsd = 4.73117722822502e-07
BICGSTAB_SOLVER_TIME: 0.655913 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 58 resid = 2.258316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213937(s) Flops=383551488 => 1792.82446701599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258117.893276973 Mflops = 258.117893276973 Gflops = 0.258117893276973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056576 s
InvBiCGStab: k = 69 resid = 1.116497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253834(s) Flops=455731200 => 1795.39068840266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.770977026 Mflops = 258.477770977026 Gflops = 0.258477770977026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001047331 Relative Rsd = 4.58943216618788e-07
BICGSTAB_SOLVER_TIME: 0.569584 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104933
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.83286(s) Flops=1234870272 => 1482.68649232764 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213507.0117786 Mflops = 213.5070117786 Gflops = 0.2135070117786 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136359
CLOV_LINOP: Time spent in clov deriv (total) = 1.594749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 31 resid = 2.250991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11531(s) Flops=206383104 => 1789.81097909982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257628.254305125 Mflops = 257.628254305125 Gflops = 0.257628254305125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056105 s
InvBiCGStab: k = 48 resid = 9.706743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177037(s) Flops=317933568 => 1795.8594418116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258515.97350453 Mflops = 258.51597350453 Gflops = 0.25851597350453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007291221 Relative Rsd = 3.19503173604169e-07
BICGSTAB_SOLVER_TIME: 0.393835 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041552 s
InvBiCGStab: k = 57 resid = 1.798686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210774(s) Flops=376989696 => 1788.59677189786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257501.279436873 Mflops = 257.501279436873 Gflops = 0.257501279436873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 82 resid = 1.081514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301137(s) Flops=541034496 => 1796.63905797029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258662.041812957 Mflops = 258.662041812957 Gflops = 0.258662041812957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001113848 Relative Rsd = 4.88090998246962e-07
BICGSTAB_SOLVER_TIME: 0.613451 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040869 s
InvBiCGStab: k = 58 resid = 1.85388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22527(s) Flops=383551488 => 1702.63012385138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245129.853938061 Mflops = 245.129853938061 Gflops = 0.245129853938061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059915 s
InvBiCGStab: k = 69 resid = 1.045017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266053(s) Flops=455731200 => 1712.93388911232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246602.669839986 Mflops = 246.602669839986 Gflops = 0.246602669839986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001035093 Relative Rsd = 4.53580474534128e-07
BICGSTAB_SOLVER_TIME: 0.595754 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042105 s
InvBiCGStab: k = 54 resid = 2.160338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198599(s) Flops=357304320 => 1799.12446689057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258998.383728816 Mflops = 258.998383728816 Gflops = 0.258998383728816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 77 resid = 8.065586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283165(s) Flops=508225536 => 1794.80351032084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258396.655952793 Mflops = 258.396655952793 Gflops = 0.258396655952793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001129587 Relative Rsd = 4.94988022045961e-07
BICGSTAB_SOLVER_TIME: 0.584088 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107925
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041691 s
InvBiCGStab: k = 61 resid = 1.217527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224269(s) Flops=403236864 => 1798.00535963508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258843.177515358 Mflops = 258.843177515358 Gflops = 0.258843177515358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 72 resid = 1.131255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264199(s) Flops=475416576 => 1799.4639495229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.341924379 Mflops = 259.063341924379 Gflops = 0.259063341924379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001021518 Relative Rsd = 4.47631842520981e-07
BICGSTAB_SOLVER_TIME: 0.590345 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109172
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.772388(s) Flops=1228677120 => 1590.75117686966 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229062.005621399 Mflops = 229.062005621399 Gflops = 0.229062005621399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.109182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804212(s) Flops=1243146240 => 1545.79419357085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222581.025456079 Mflops = 222.581025456079 Gflops = 0.222581025456079 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.014553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809438(s) Flops=1426876416 => 1762.79889997752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253830.321678074 Mflops = 253.830321678074 Gflops = 0.253830321678074 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.002043589 Relative Rsd = 8.98945814915027e-07
BICGSTAB_SOLVER_TIME: 1.617106 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.116784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289940999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.226559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.60876(s) Flops=1098786816 => 1804.95895919574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259867.858016866 Mflops = 259.867858016866 Gflops = 0.259867858016866 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.024683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700778(s) Flops=1269393408 => 1811.40590600732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260825.024593393 Mflops = 260.825024593393 Gflops = 0.260825024593393 Tflops
BICGSTAB_SOLVER: 360 iterations. Rsd = 0.001863586 Relative Rsd = 8.17948559995063e-07
BICGSTAB_SOLVER_TIME: 1.312966 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257418999999997
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.772152(s) Flops=1228677120 => 1591.23737295248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229137.113528354 Mflops = 229.137113528354 Gflops = 0.229137113528354 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135711
CLOV_LINOP: Time spent in clov deriv (total) = 1.401744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045576 s
InvBiCGStab: k = 29 resid = 2.004696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121411(s) Flops=193259520 => 1591.77932806747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229105.901405978 Mflops = 229.105901405978 Gflops = 0.229105901405978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060216 s
InvBiCGStab: k = 46 resid = 1.102203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202421(s) Flops=304809984 => 1505.82194535152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216776.945957395 Mflops = 216.776945957395 Gflops = 0.216776945957395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007066743 Relative Rsd = 3.0966647195806e-07
BICGSTAB_SOLVER_TIME: 0.434221 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048871 s
InvBiCGStab: k = 69 resid = 1.490983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31426(s) Flops=455731200 => 1450.17246865653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208790.384310961 Mflops = 208.790384310961 Gflops = 0.208790384310961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074327 s
InvBiCGStab: k = 89 resid = 7.892305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451232(s) Flops=586967040 => 1300.80987164031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187290.596486346 Mflops = 187.290596486346 Gflops = 0.187290596486346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001236985 Relative Rsd = 5.42049802722242e-07
BICGSTAB_SOLVER_TIME: 0.895698 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041799 s
InvBiCGStab: k = 48 resid = 2.221736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177173(s) Flops=317933568 => 1794.48091977897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258322.509869598 Mflops = 258.322509869598 Gflops = 0.258322509869598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 75 resid = 8.528477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275543(s) Flops=495101952 => 1796.82282620136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258685.655874059 Mflops = 258.685655874059 Gflops = 0.258685655874059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001022847 Relative Rsd = 4.48214314545663e-07
BICGSTAB_SOLVER_TIME: 0.554289 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 65 resid = 2.278407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239657(s) Flops=429484032 => 1792.07797811038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.452864139 Mflops = 258.000452864139 Gflops = 0.258000452864139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 97 resid = 1.463039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357384(s) Flops=639461376 => 1789.28372842657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257609.227865619 Mflops = 257.609227865619 Gflops = 0.257609227865619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001097173 Relative Rsd = 4.80784132072215e-07
BICGSTAB_SOLVER_TIME: 0.698065 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 59 resid = 2.053095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216508(s) Flops=390113280 => 1801.84233377058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259400.947634403 Mflops = 259.400947634403 Gflops = 0.259400947634403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056417 s
InvBiCGStab: k = 73 resid = 1.017286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267026(s) Flops=481978368 => 1804.98666047501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259849.730766355 Mflops = 259.849730766355 Gflops = 0.259849730766355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001048683 Relative Rsd = 4.59535381206501e-07
BICGSTAB_SOLVER_TIME: 0.585185 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10852
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.771709(s) Flops=1228603392 => 1592.05528508803 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229225.616069091 Mflops = 229.225616069091 Gflops = 0.229225616069091 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135909
CLOV_LINOP: Time spent in clov deriv (total) = 1.408969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043638 s
InvBiCGStab: k = 35 resid = 1.441152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169706(s) Flops=232630272 => 1370.78401470779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197319.599165184 Mflops = 197.319599165184 Gflops = 0.197319599165184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066766 s
InvBiCGStab: k = 52 resid = 1.022014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238458(s) Flops=344180736 => 1443.3599879224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207784.791285568 Mflops = 207.784791285568 Gflops = 0.207784791285568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007298904 Relative Rsd = 3.19839811622287e-07
BICGSTAB_SOLVER_TIME: 0.523183 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049949 s
InvBiCGStab: k = 75 resid = 1.638952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315016(s) Flops=495101952 => 1571.6723975925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226286.93391228 Mflops = 226.28693391228 Gflops = 0.22628693391228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066235 s
InvBiCGStab: k = 86 resid = 1.076892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380979(s) Flops=567281664 => 1489.01032340365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214381.97320291 Mflops = 214.38197320291 Gflops = 0.21438197320291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001232862 Relative Rsd = 5.40243057959749e-07
BICGSTAB_SOLVER_TIME: 0.816377 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05039 s
InvBiCGStab: k = 51 resid = 1.770986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235618(s) Flops=337618944 => 1432.90811398111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206294.38929133 Mflops = 206.29438929133 Gflops = 0.20629438929133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056032 s
InvBiCGStab: k = 79 resid = 6.707226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289882(s) Flops=521349120 => 1798.48738452198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258920.881877848 Mflops = 258.920881877848 Gflops = 0.258920881877848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047438 Relative Rsd = 4.58990149029254e-07
BICGSTAB_SOLVER_TIME: 0.635737 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 67 resid = 1.397395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246496(s) Flops=442607616 => 1795.59755939244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258510.609088574 Mflops = 258.510609088574 Gflops = 0.258510609088574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 78 resid = 1.140996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2868(s) Flops=514787328 => 1794.93489539749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258410.726451423 Mflops = 258.410726451423 Gflops = 0.258410726451423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00110988 Relative Rsd = 4.86352407506624e-07
BICGSTAB_SOLVER_TIME: 0.634949 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041479 s
InvBiCGStab: k = 58 resid = 2.203668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212401(s) Flops=383551488 => 1805.78946426806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259975.782232228 Mflops = 259.975782232228 Gflops = 0.259975782232228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056112 s
InvBiCGStab: k = 77 resid = 1.001113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281808(s) Flops=508225536 => 1803.44609095554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.453700743 Mflops = 259.642453700743 Gflops = 0.259642453700743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00106504 Relative Rsd = 4.66703286635475e-07
BICGSTAB_SOLVER_TIME: 0.595609 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110709
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.774284(s) Flops=1222410240 => 1578.76210796039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227347.964419182 Mflops = 227.347964419182 Gflops = 0.227347964419182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13512
CLOV_LINOP: Time spent in clov deriv (total) = 1.410728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041763 s
InvBiCGStab: k = 29 resid = 2.238321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107141(s) Flops=193259520 => 1803.78678563762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.18837685 Mflops = 259.62418837685 Gflops = 0.25962418837685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 45 resid = 1.078227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165333(s) Flops=298248192 => 1803.92415307289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.616393287 Mflops = 259.660616393287 Gflops = 0.259660616393287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006967944 Relative Rsd = 3.05337059119499e-07
BICGSTAB_SOLVER_TIME: 0.374451 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042578 s
InvBiCGStab: k = 52 resid = 1.571576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228563(s) Flops=344180736 => 1505.8462480804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216786.242380242 Mflops = 216.786242380242 Gflops = 0.216786242380242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067862 s
InvBiCGStab: k = 75 resid = 7.854203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335098(s) Flops=495101952 => 1477.48405541066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212700.515838149 Mflops = 212.700515838149 Gflops = 0.212700515838149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001096068 Relative Rsd = 4.80299656961127e-07
BICGSTAB_SOLVER_TIME: 0.678441 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06681 s
InvBiCGStab: k = 56 resid = 1.844678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241015(s) Flops=370427904 => 1536.94958405079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221277.703979697 Mflops = 221.277703979697 Gflops = 0.221277703979697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071461 s
InvBiCGStab: k = 70 resid = 9.750138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300149(s) Flops=462292992 => 1540.21166820479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221752.175299045 Mflops = 221.752175299045 Gflops = 0.221752175299045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009915933 Relative Rsd = 4.34518722982666e-07
BICGSTAB_SOLVER_TIME: 0.683324 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 67 resid = 2.079999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246527(s) Flops=442607616 => 1795.37176860952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258479.545262881 Mflops = 258.479545262881 Gflops = 0.258479545262881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056628 s
InvBiCGStab: k = 73 resid = 9.523134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26869(s) Flops=481978368 => 1793.80835907551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258247.318457085 Mflops = 258.247318457085 Gflops = 0.258247318457085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001125614 Relative Rsd = 4.93246931644631e-07
BICGSTAB_SOLVER_TIME: 0.616811 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041923 s
InvBiCGStab: k = 53 resid = 2.200511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195068(s) Flops=350742528 => 1798.05261754875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.79233749 Mflops = 258.85879233749 Gflops = 0.25885879233749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 74 resid = 1.088672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271911(s) Flops=488540160 => 1796.69141741232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258653.628065958 Mflops = 258.653628065958 Gflops = 0.258653628065958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00102715 Relative Rsd = 4.50099722109178e-07
BICGSTAB_SOLVER_TIME: 0.568679 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104912
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.779609(s) Flops=1222410240 => 1567.97861492107 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225798.88258314 Mflops = 225.79888258314 Gflops = 0.22579888258314 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135201
CLOV_LINOP: Time spent in clov deriv (total) = 1.393016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 25 resid = 2.199094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092714(s) Flops=167012352 => 1801.37144336346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.410420168 Mflops = 259.258410420168 Gflops = 0.259258410420168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055913 s
InvBiCGStab: k = 66 resid = 6.634267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241293(s) Flops=436045824 => 1807.12173167062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260155.934973236 Mflops = 260.155934973236 Gflops = 0.260155934973236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007485337 Relative Rsd = 3.28009366920295e-07
BICGSTAB_SOLVER_TIME: 0.434761 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0792810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040627 s
InvBiCGStab: k = 55 resid = 2.231125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201859(s) Flops=363866112 => 1802.57561961567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.51242708 Mflops = 259.50551242708 Gflops = 0.25950551242708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 81 resid = 1.108619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352974(s) Flops=534472704 => 1514.1985075388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218010.319238891 Mflops = 218.010319238891 Gflops = 0.218010319238891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001121982 Relative Rsd = 4.9165515772747e-07
BICGSTAB_SOLVER_TIME: 0.659921 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045684 s
InvBiCGStab: k = 49 resid = 1.990291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224463(s) Flops=324495360 => 1445.6518891755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208107.878455436 Mflops = 208.107878455436 Gflops = 0.208107878455436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07085 s
InvBiCGStab: k = 67 resid = 6.920355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288222(s) Flops=442607616 => 1535.64827112434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221084.275194811 Mflops = 221.084275194811 Gflops = 0.221084275194811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009842772 Relative Rsd = 4.31312780226393e-07
BICGSTAB_SOLVER_TIME: 0.633268 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050459 s
InvBiCGStab: k = 74 resid = 1.542068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329249(s) Flops=488540160 => 1483.80149977676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213628.197597879 Mflops = 213.628197597879 Gflops = 0.213628197597879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.100714 s
InvBiCGStab: k = 76 resid = 9.195931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343823(s) Flops=501663744 => 1459.07558249448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210019.538827372 Mflops = 210.019538827372 Gflops = 0.210019538827372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001090469 Relative Rsd = 4.77846163177008e-07
BICGSTAB_SOLVER_TIME: 0.828367 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 54 resid = 1.917483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215092(s) Flops=357304320 => 1661.16973202165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239160.436910829 Mflops = 239.160436910829 Gflops = 0.239160436910829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 74 resid = 9.386215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272008(s) Flops=488540160 => 1796.05070439105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258562.042235631 Mflops = 258.562042235631 Gflops = 0.258562042235631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001055543 Relative Rsd = 4.62541810204801e-07
BICGSTAB_SOLVER_TIME: 0.588526 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105651
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.782339(s) Flops=1222189056 => 1562.22437587798 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224933.192140919 Mflops = 224.933192140919 Gflops = 0.224933192140919 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13494
CLOV_LINOP: Time spent in clov deriv (total) = 1.385802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021401
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.056307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.704833(s) Flops=1275955200 => 1810.29435341421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260713.462844729 Mflops = 260.713462844729 Gflops = 0.260713462844729 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.037901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794864(s) Flops=1407191040 => 1770.35447573421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254913.729022233 Mflops = 254.913729022233 Gflops = 0.254913729022233 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001993043 Relative Rsd = 8.76701674664816e-07
BICGSTAB_SOLVER_TIME: 1.503973 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.131494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291584999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 162 resid = 2.189192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724594(s) Flops=1065977856 => 1471.13812148596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211745.012244356 Mflops = 211.745012244356 Gflops = 0.211745012244356 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.122202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871372(s) Flops=1341573120 => 1539.61008616297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221692.877096681 Mflops = 221.692877096681 Gflops = 0.221692877096681 Tflops
BICGSTAB_SOLVER: 366 iterations. Rsd = 0.001933528 Relative Rsd = 8.48676143797677e-07
BICGSTAB_SOLVER_TIME: 1.599508 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.119246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261565999999997
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.79252(s) Flops=1222189056 => 1542.1554736789 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222069.653712657 Mflops = 222.069653712657 Gflops = 0.222069653712657 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135078
CLOV_LINOP: Time spent in clov deriv (total) = 1.39242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 30 resid = 1.694318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110699(s) Flops=199821312 => 1805.08687522019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.169135945 Mflops = 259.824169135945 Gflops = 0.259824169135945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056056 s
InvBiCGStab: k = 54 resid = 7.887406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198505(s) Flops=357304320 => 1799.97642376766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259125.425720622 Mflops = 259.125425720622 Gflops = 0.259125425720622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007323411 Relative Rsd = 3.20913747606137e-07
BICGSTAB_SOLVER_TIME: 0.410248 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741770000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 86 resid = 1.067006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315515(s) Flops=567281664 => 1797.95465825714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.324040292 Mflops = 258.860324040292 Gflops = 0.258860324040292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 97 resid = 1.085692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354876(s) Flops=639461376 => 1801.92905691002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259420.089879389 Mflops = 259.420089879389 Gflops = 0.259420089879389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001293832 Relative Rsd = 5.66960658968569e-07
BICGSTAB_SOLVER_TIME: 0.771588 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 59 resid = 2.010057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216978(s) Flops=390113280 => 1797.93933025468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.603061742 Mflops = 258.852603061742 Gflops = 0.258852603061742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05593 s
InvBiCGStab: k = 66 resid = 1.12436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242103(s) Flops=436045824 => 1801.07567440304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.139582457 Mflops = 259.290139582457 Gflops = 0.259290139582457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001009769 Relative Rsd = 4.4248330607931e-07
BICGSTAB_SOLVER_TIME: 0.559925 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045014 s
InvBiCGStab: k = 66 resid = 1.338548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28639(s) Flops=436045824 => 1522.55953070987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219204.492968078 Mflops = 219.204492968078 Gflops = 0.219204492968078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063348 s
InvBiCGStab: k = 74 resid = 1.125207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336784(s) Flops=488540160 => 1450.60382916053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208847.28088574 Mflops = 208.84728088574 Gflops = 0.20884728088574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001093723 Relative Rsd = 4.79272347306806e-07
BICGSTAB_SOLVER_TIME: 0.735337 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060416 s
InvBiCGStab: k = 54 resid = 2.276615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247631(s) Flops=357304320 => 1442.89010665062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207729.71177616 Mflops = 207.72971177616 Gflops = 0.20772971177616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067896 s
InvBiCGStab: k = 73 resid = 1.150964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315126(s) Flops=481978368 => 1529.47826583652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220206.441846934 Mflops = 220.206441846934 Gflops = 0.220206441846934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001040348 Relative Rsd = 4.55883325483347e-07
BICGSTAB_SOLVER_TIME: 0.694902 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104767
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937212(s) Flops=1215995904 => 1297.46087758159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186820.417072302 Mflops = 186.820417072302 Gflops = 0.186820417072302 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134477000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 29 resid = 2.030145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107347(s) Flops=193259520 => 1800.3253001947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259149.457477058 Mflops = 259.149457477058 Gflops = 0.259149457477058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056556 s
InvBiCGStab: k = 47 resid = 1.045011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17301(s) Flops=311371776 => 1799.73282469221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259061.088671289 Mflops = 259.061088671289 Gflops = 0.259061088671289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000727642 Relative Rsd = 3.18854588096917e-07
BICGSTAB_SOLVER_TIME: 0.381955 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040818 s
InvBiCGStab: k = 78 resid = 1.320858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285862(s) Flops=514787328 => 1800.8246216706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259282.458614228 Mflops = 259.282458614228 Gflops = 0.259282458614228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 100 resid = 1.132601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365276(s) Flops=659146752 => 1804.5170008432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.715513477 Mflops = 259.806715513477 Gflops = 0.259806715513477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001243465 Relative Rsd = 5.44889417609428e-07
BICGSTAB_SOLVER_TIME: 0.752172 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 55 resid = 1.750202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226656(s) Flops=363866112 => 1605.36721728081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231123.706763043 Mflops = 231.123706763043 Gflops = 0.231123706763043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 77 resid = 7.972477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282541(s) Flops=508225536 => 1798.7673859723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258955.266716016 Mflops = 258.955266716016 Gflops = 0.258955266716016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00102919 Relative Rsd = 4.50993835542055e-07
BICGSTAB_SOLVER_TIME: 0.610695 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 65 resid = 2.269534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250157(s) Flops=429484032 => 1716.85794121292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247181.836906687 Mflops = 247.181836906687 Gflops = 0.247181836906687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058194 s
InvBiCGStab: k = 75 resid = 1.016722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277287(s) Flops=495101952 => 1785.52168691644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257056.815988104 Mflops = 257.056815988104 Gflops = 0.257056815988104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001101094 Relative Rsd = 4.82502266403208e-07
BICGSTAB_SOLVER_TIME: 0.631155 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04359 s
InvBiCGStab: k = 60 resid = 2.150086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222942(s) Flops=396675072 => 1779.27475307479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255746.603682837 Mflops = 255.746603682837 Gflops = 0.255746603682837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056839 s
InvBiCGStab: k = 80 resid = 1.050039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294711(s) Flops=527910912 => 1791.28336573796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257893.114838501 Mflops = 257.893114838501 Gflops = 0.257893114838501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001061928 Relative Rsd = 4.65339492003504e-07
BICGSTAB_SOLVER_TIME: 0.621951 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115465
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.764339(s) Flops=1215922176 => 1590.81530054073 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229143.286561594 Mflops = 229.143286561594 Gflops = 0.229143286561594 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134572
CLOV_LINOP: Time spent in clov deriv (total) = 1.389497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040942 s
InvBiCGStab: k = 24 resid = 2.267079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089202(s) Flops=160450560 => 1798.73276383938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.955138121 Mflops = 258.863955138122 Gflops = 0.258863955138122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056293 s
InvBiCGStab: k = 58 resid = 1.057273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213248(s) Flops=383551488 => 1798.61704681873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258933.034916093 Mflops = 258.933034916093 Gflops = 0.258933034916093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008067007 Relative Rsd = 3.53498308031195e-07
BICGSTAB_SOLVER_TIME: 0.403524 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 64 resid = 1.994444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234941(s) Flops=422922240 => 1800.12105166829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.835917447 Mflops = 259.162835917447 Gflops = 0.259162835917447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055801 s
InvBiCGStab: k = 76 resid = 8.453575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278393(s) Flops=501663744 => 1801.9984123164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259437.648912314 Mflops = 259.437648912314 Gflops = 0.259437648912314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001048598 Relative Rsd = 4.59498294399534e-07
BICGSTAB_SOLVER_TIME: 0.614236 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 58 resid = 2.168034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224809(s) Flops=383551488 => 1706.12158765886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245636.922751811 Mflops = 245.636922751811 Gflops = 0.245636922751811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058644 s
InvBiCGStab: k = 79 resid = 8.050227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306483(s) Flops=521349120 => 1701.0702714343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244895.522188056 Mflops = 244.895522188056 Gflops = 0.244895522188056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001045995 Relative Rsd = 4.58357683784728e-07
BICGSTAB_SOLVER_TIME: 0.634654 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050254 s
InvBiCGStab: k = 58 resid = 1.611152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272296(s) Flops=383551488 => 1408.58289508476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202796.58870591 Mflops = 202.79658870591 Gflops = 0.20279658870591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06186 s
InvBiCGStab: k = 71 resid = 1.074747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326302(s) Flops=468854784 => 1436.87376724629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206869.582344307 Mflops = 206.869582344307 Gflops = 0.206869582344307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001083649 Relative Rsd = 4.74857588900081e-07
BICGSTAB_SOLVER_TIME: 0.714839 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106586
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044279 s
InvBiCGStab: k = 64 resid = 1.825776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291272(s) Flops=422922240 => 1451.98385014694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209051.288886497 Mflops = 209.051288886497 Gflops = 0.209051288886497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065074 s
InvBiCGStab: k = 80 resid = 8.858157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370442(s) Flops=527910912 => 1425.08385118318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205179.372803615 Mflops = 205.179372803615 Gflops = 0.205179372803615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001077383 Relative Rsd = 4.72112042887788e-07
BICGSTAB_SOLVER_TIME: 0.774855 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116949
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.765762(s) Flops=1215848448 => 1587.76284015138 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228614.72431439 Mflops = 228.61472431439 Gflops = 0.22861472431439 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134505
CLOV_LINOP: Time spent in clov deriv (total) = 1.389708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 32 resid = 2.09972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118137(s) Flops=212944896 => 1802.52500063486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.497662483 Mflops = 259.440497662483 Gflops = 0.259440497662483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055732 s
InvBiCGStab: k = 51 resid = 1.131398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187229(s) Flops=337618944 => 1803.2406518221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.879405601 Mflops = 259.560879405601 Gflops = 0.259560879405601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007388508 Relative Rsd = 3.23766294412946e-07
BICGSTAB_SOLVER_TIME: 0.405872 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 52 resid = 2.267477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203287(s) Flops=344180736 => 1693.07794399052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243735.973369731 Mflops = 243.735973369731 Gflops = 0.243735973369731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059579 s
InvBiCGStab: k = 72 resid = 9.217649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276356(s) Flops=475416576 => 1720.30488210858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247668.096524332 Mflops = 247.668096524332 Gflops = 0.247668096524331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001094281 Relative Rsd = 4.7951670192217e-07
BICGSTAB_SOLVER_TIME: 0.584489 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042213 s
InvBiCGStab: k = 49 resid = 2.264679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181472(s) Flops=324495360 => 1788.12907776406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257442.107613512 Mflops = 257.442107613512 Gflops = 0.257442107613512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05651 s
InvBiCGStab: k = 80 resid = 1.019109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294195(s) Flops=527910912 => 1794.42516698108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258337.798880288 Mflops = 258.337798880288 Gflops = 0.258337798880288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00102858 Relative Rsd = 4.50726422829375e-07
BICGSTAB_SOLVER_TIME: 0.578221 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 61 resid = 2.160226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224067(s) Flops=403236864 => 1799.62629035065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259078.320325893 Mflops = 259.078320325893 Gflops = 0.259078320325893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 76 resid = 1.10545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286329(s) Flops=501663744 => 1752.05356076402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252240.977873055 Mflops = 252.240977873055 Gflops = 0.252240977873055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001086136 Relative Rsd = 4.75947390079209e-07
BICGSTAB_SOLVER_TIME: 0.611535 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112096
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 65 resid = 2.253911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240212(s) Flops=429484032 => 1787.93745524786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257397.636994286 Mflops = 257.397636994286 Gflops = 0.257397636994286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 73 resid = 7.552731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267648(s) Flops=481978368 => 1800.79196556671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259254.626546368 Mflops = 259.254626546368 Gflops = 0.259254626546368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001054875 Relative Rsd = 4.62248839733812e-07
BICGSTAB_SOLVER_TIME: 0.609553 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112885
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.792992(s) Flops=1221967872 => 1540.95863766595 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221870.696629598 Mflops = 221.870696629598 Gflops = 0.221870696629598 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135125000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.515351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.938761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698053(s) Flops=1216899072 => 1743.27604350959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250943.069837365 Mflops = 250.943069837365 Gflops = 0.250943069837365 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 6.23509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864474(s) Flops=1551550464 => 1794.79135751914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258438.422903455 Mflops = 258.438422903455 Gflops = 0.258438422903455 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002018642 Relative Rsd = 8.87944306259878e-07
BICGSTAB_SOLVER_TIME: 1.565916 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300575999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.318867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.687596(s) Flops=1243146240 => 1807.96025573156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260334.785805691 Mflops = 260.334785805691 Gflops = 0.260334785805691 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 9.16449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734858(s) Flops=1328449536 => 1807.76358970032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260304.233214063 Mflops = 260.304233214063 Gflops = 0.260304233214063 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001989212 Relative Rsd = 8.73141586304229e-07
BICGSTAB_SOLVER_TIME: 1.425889 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.114695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279197999999998
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.768174(s) Flops=1221967872 => 1590.74359715377 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229048.577014273 Mflops = 229.048577014273 Gflops = 0.229048577014273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135168000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045116 s
InvBiCGStab: k = 28 resid = 1.745916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10564(s) Flops=186697728 => 1767.30147671337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254316.2935606 Mflops = 254.3162935606 Gflops = 0.2543162935606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056881 s
InvBiCGStab: k = 53 resid = 1.114339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196383(s) Flops=350742528 => 1786.01267930524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257110.118242187 Mflops = 257.110118242187 Gflops = 0.257110118242187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000738243 Relative Rsd = 3.23499952983548e-07
BICGSTAB_SOLVER_TIME: 0.407896 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047498 s
InvBiCGStab: k = 72 resid = 1.993923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327782(s) Flops=475416576 => 1450.40476902331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208817.249512622 Mflops = 208.817249512622 Gflops = 0.208817249512622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061126 s
InvBiCGStab: k = 99 resid = 1.077968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.472047(s) Flops=652584960 => 1382.45759426498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199045.284902248 Mflops = 199.045284902248 Gflops = 0.199045284902248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001252587 Relative Rsd = 5.48886681616959e-07
BICGSTAB_SOLVER_TIME: 0.913078 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050476 s
InvBiCGStab: k = 48 resid = 2.211977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221045(s) Flops=317933568 => 1438.32055916216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207058.28334421 Mflops = 207.05828334421 Gflops = 0.20705828334421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069028 s
InvBiCGStab: k = 68 resid = 9.184848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28875(s) Flops=449169408 => 1555.56504935065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223953.834930184 Mflops = 223.953834930184 Gflops = 0.223953834930184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001018905 Relative Rsd = 4.46486691705597e-07
BICGSTAB_SOLVER_TIME: 0.635624 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969740000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049216 s
InvBiCGStab: k = 69 resid = 1.393716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255119(s) Flops=455731200 => 1786.34754761503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257181.388594528 Mflops = 257.181388594528 Gflops = 0.257181388594528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 76 resid = 1.01449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279418(s) Flops=501663744 => 1795.38807091884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258482.028979306 Mflops = 258.482028979306 Gflops = 0.258482028979306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00110932 Relative Rsd = 4.86106777554019e-07
BICGSTAB_SOLVER_TIME: 0.644056 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 62 resid = 2.057621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228485(s) Flops=409798656 => 1793.54730507473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258210.069796431 Mflops = 258.210069796431 Gflops = 0.258210069796431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 83 resid = 9.784781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304905(s) Flops=547596288 => 1795.95706203572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258563.379332342 Mflops = 258.563379332342 Gflops = 0.258563379332342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001106897 Relative Rsd = 4.85045186834662e-07
BICGSTAB_SOLVER_TIME: 0.634865 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117908
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.7676(s) Flops=1221820416 => 1591.74103178739 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229180.682134882 Mflops = 229.180682134882 Gflops = 0.229180682134882 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134963
CLOV_LINOP: Time spent in clov deriv (total) = 1.413828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041537 s
InvBiCGStab: k = 26 resid = 2.107772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096699(s) Flops=173574144 => 1794.99419849223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258388.574385277 Mflops = 258.388574385277 Gflops = 0.258388574385277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 57 resid = 1.136907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210518(s) Flops=376989696 => 1790.77179148576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257797.892506882 Mflops = 257.797892506882 Gflops = 0.257797892506882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007527196 Relative Rsd = 3.29843658967193e-07
BICGSTAB_SOLVER_TIME: 0.409321 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041511 s
InvBiCGStab: k = 80 resid = 1.090124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292819(s) Flops=527910912 => 1802.85743752967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.360569315 Mflops = 259.558360569315 Gflops = 0.259558360569315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055841 s
InvBiCGStab: k = 100 resid = 6.371658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374775(s) Flops=659146752 => 1758.77993996398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253217.208229644 Mflops = 253.217208229644 Gflops = 0.253217208229644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001276018 Relative Rsd = 5.59154268703291e-07
BICGSTAB_SOLVER_TIME: 0.768823 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 52 resid = 2.27519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190857(s) Flops=344180736 => 1803.34352944875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259609.58424523 Mflops = 259.60958424523 Gflops = 0.25960958424523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056624 s
InvBiCGStab: k = 74 resid = 7.845634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271255(s) Flops=488540160 => 1801.03651545594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.734341526 Mflops = 259.289734341526 Gflops = 0.259289734341526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001045124 Relative Rsd = 4.57975847814791e-07
BICGSTAB_SOLVER_TIME: 0.563361 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041688 s
InvBiCGStab: k = 72 resid = 1.718337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264532(s) Flops=475416576 => 1797.19873588073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.100582619 Mflops = 258.751100582619 Gflops = 0.258751100582619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058953 s
InvBiCGStab: k = 76 resid = 1.149747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3251(s) Flops=501663744 => 1543.10594893879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222158.529884187 Mflops = 222.158529884187 Gflops = 0.222158529884187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001104797 Relative Rsd = 4.841249034816e-07
BICGSTAB_SOLVER_TIME: 0.694127 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044881 s
InvBiCGStab: k = 60 resid = 2.112517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281614(s) Flops=396675072 => 1408.57724402906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202794.286783035 Mflops = 202.794286783035 Gflops = 0.202794286783035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063921 s
InvBiCGStab: k = 74 resid = 1.090673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326283(s) Flops=488540160 => 1497.28965346034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215566.775691234 Mflops = 215.566775691234 Gflops = 0.215566775691234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00107748 Relative Rsd = 4.72154282057207e-07
BICGSTAB_SOLVER_TIME: 0.721422 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109805
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913461(s) Flops=1221894144 => 1337.65332510091 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192607.412901061 Mflops = 192.607412901061 Gflops = 0.192607412901061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135082
CLOV_LINOP: Time spent in clov deriv (total) = 1.40808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 32 resid = 1.365548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118039(s) Flops=212944896 => 1804.02151831174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.959290007 Mflops = 259.655959290007 Gflops = 0.259655959290007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056229 s
InvBiCGStab: k = 46 resid = 1.15217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170346(s) Flops=304809984 => 1789.35803599732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257581.630042371 Mflops = 257.581630042371 Gflops = 0.257581630042371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007406552 Relative Rsd = 3.24557003502328e-07
BICGSTAB_SOLVER_TIME: 0.389131 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 49 resid = 2.226491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179793(s) Flops=324495360 => 1804.82755168444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259810.832818941 Mflops = 259.810832818941 Gflops = 0.259810832818942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 81 resid = 1.020526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296713(s) Flops=534472704 => 1801.31205575758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.68461925 Mflops = 259.33368461925 Gflops = 0.25933368461925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001046778 Relative Rsd = 4.5870080051603e-07
BICGSTAB_SOLVER_TIME: 0.577717 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 51 resid = 2.239934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18746(s) Flops=337618944 => 1801.0185852982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259279.076725195 Mflops = 259.279076725195 Gflops = 0.259279076725195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 72 resid = 1.055035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263211(s) Flops=475416576 => 1806.21849390793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.303423584 Mflops = 260.031303423584 Gflops = 0.260031303423584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001015579 Relative Rsd = 4.450294913741e-07
BICGSTAB_SOLVER_TIME: 0.551499 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 67 resid = 1.932803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245027(s) Flops=442607616 => 1806.36262942451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.29010865 Mflops = 260.05629010865 Gflops = 0.26005629010865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 71 resid = 1.036248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258815(s) Flops=468854784 => 1811.54409133937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260794.333133313 Mflops = 260.794333133313 Gflops = 0.260794333133313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001058644 Relative Rsd = 4.63900605514787e-07
BICGSTAB_SOLVER_TIME: 0.605902 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112883
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 53 resid = 2.148731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206029(s) Flops=350742528 => 1702.3939736639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245075.220014394 Mflops = 245.075220014394 Gflops = 0.245075220014394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056572 s
InvBiCGStab: k = 62 resid = 1.15133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227644(s) Flops=409798656 => 1800.17332325912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259161.442686343 Mflops = 259.161442686343 Gflops = 0.259161442686343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001005898 Relative Rsd = 4.40787056535371e-07
BICGSTAB_SOLVER_TIME: 0.535521 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962290000000002
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.801135(s) Flops=1221820416 => 1525.1117676796 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219656.424463273 Mflops = 219.656424463273 Gflops = 0.219656424463273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.548287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068505 s
InvBiCGStab: k = 35 resid = 2.168933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147966(s) Flops=232630272 => 1572.18734033494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226247.040258362 Mflops = 226.247040258362 Gflops = 0.226247040258362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.099289 s
InvBiCGStab: k = 46 resid = 1.001233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216064(s) Flops=304809984 => 1410.73933649289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203101.561143083 Mflops = 203.101561143083 Gflops = 0.203101561143083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000759936 Relative Rsd = 3.33005883162847e-07
BICGSTAB_SOLVER_TIME: 0.535917 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042055 s
InvBiCGStab: k = 55 resid = 1.919302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211183(s) Flops=363866112 => 1722.98959670049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248033.972415946 Mflops = 248.033972415946 Gflops = 0.248033972415946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058606 s
InvBiCGStab: k = 77 resid = 1.144485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297017(s) Flops=508225536 => 1711.09914920695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246347.246181865 Mflops = 246.347246181865 Gflops = 0.246347246181865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001063259 Relative Rsd = 4.6592283125751e-07
BICGSTAB_SOLVER_TIME: 0.612694 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041742 s
InvBiCGStab: k = 50 resid = 1.850236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193273(s) Flops=331057152 => 1712.89912196737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246597.408896969 Mflops = 246.597408896969 Gflops = 0.246597408896969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 79 resid = 1.081446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29504(s) Flops=521349120 => 1767.04555314534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254401.913864637 Mflops = 254.401913864637 Gflops = 0.254401913864637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001023787 Relative Rsd = 4.48625993407038e-07
BICGSTAB_SOLVER_TIME: 0.59055 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043515 s
InvBiCGStab: k = 57 resid = 2.098573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212395(s) Flops=376989696 => 1774.94618988206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255528.663606018 Mflops = 255.528663606018 Gflops = 0.255528663606018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059749 s
InvBiCGStab: k = 78 resid = 8.813516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30018(s) Flops=514787328 => 1714.92880271837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246906.245171133 Mflops = 246.906245171133 Gflops = 0.246906245171133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001085046 Relative Rsd = 4.75469954829691e-07
BICGSTAB_SOLVER_TIME: 0.619786 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 46 resid = 2.23677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168829(s) Flops=304809984 => 1805.43617506471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.897343407 Mflops = 259.902897343407 Gflops = 0.259902897343407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061055 s
InvBiCGStab: k = 64 resid = 1.010254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238635(s) Flops=422922240 => 1772.25570431831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255137.049284594 Mflops = 255.137049284594 Gflops = 0.255137049284594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009757557 Relative Rsd = 4.27578618291668e-07
BICGSTAB_SOLVER_TIME: 0.513159 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0928230000000003
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.786775(s) Flops=1221820416 => 1552.94768644149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223608.018865057 Mflops = 223.608018865057 Gflops = 0.223608018865057 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135048
CLOV_LINOP: Time spent in clov deriv (total) = 1.414671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021342
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.374285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744614(s) Flops=1315325952 => 1766.45342687621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254390.116141324 Mflops = 254.390116141324 Gflops = 0.254390116141324 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.110944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920405(s) Flops=1354696704 => 1471.84848409124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211929.745612442 Mflops = 211.929745612442 Gflops = 0.211929745612442 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.001975733 Relative Rsd = 8.69040509197735e-07
BICGSTAB_SOLVER_TIME: 1.668497 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.137008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290022999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 2.204364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762907(s) Flops=1105348608 => 1448.86415775448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208599.694755756 Mflops = 208.599694755756 Gflops = 0.208599694755756 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.051657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753852(s) Flops=1249708032 => 1657.76310469429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238703.508333799 Mflops = 238.703508333799 Gflops = 0.238703508333799 Tflops
BICGSTAB_SOLVER: 358 iterations. Rsd = 0.002085453 Relative Rsd = 9.15398795067747e-07
BICGSTAB_SOLVER_TIME: 1.520257 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255719999999997
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.769192(s) Flops=1221820416 => 1588.44659850856 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228710.055843789 Mflops = 228.710055843789 Gflops = 0.228710055843789 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13521
CLOV_LINOP: Time spent in clov deriv (total) = 1.37622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041177 s
InvBiCGStab: k = 29 resid = 2.090144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107117(s) Flops=193259520 => 1804.19093141145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.456853174 Mflops = 259.688456853174 Gflops = 0.259688456853174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 48 resid = 1.087125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17609(s) Flops=317933568 => 1805.51745130331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.147078233 Mflops = 259.893147078233 Gflops = 0.259893147078233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007007425 Relative Rsd = 3.07067156113813e-07
BICGSTAB_SOLVER_TIME: 0.384633 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04084 s
InvBiCGStab: k = 81 resid = 1.424143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296971(s) Flops=534472704 => 1799.74712682383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259114.840167138 Mflops = 259.114840167138 Gflops = 0.259114840167138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 99 resid = 8.155304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361773(s) Flops=652584960 => 1803.85202875837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.540014048 Mflops = 259.706540014048 Gflops = 0.259706540014048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001262898 Relative Rsd = 5.53405099434627e-07
BICGSTAB_SOLVER_TIME: 0.759721 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041728 s
InvBiCGStab: k = 48 resid = 2.209464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176231(s) Flops=317933568 => 1804.07288161561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.963814886 Mflops = 259.716963814886 Gflops = 0.259716963814886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064833 s
InvBiCGStab: k = 65 resid = 1.091216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242486(s) Flops=429484032 => 1771.17042633389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254996.159199604 Mflops = 254.996159199604 Gflops = 0.254996159199604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.000991933 Relative Rsd = 4.34667580345428e-07
BICGSTAB_SOLVER_TIME: 0.529094 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 61 resid = 1.841161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22507(s) Flops=403236864 => 1791.60645132625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257936.677946978 Mflops = 257.936677946978 Gflops = 0.257936677946978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057036 s
InvBiCGStab: k = 79 resid = 1.145295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290476(s) Flops=521349120 => 1794.80962282598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258385.568996873 Mflops = 258.385568996873 Gflops = 0.258385568996873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001105469 Relative Rsd = 4.84419404357278e-07
BICGSTAB_SOLVER_TIME: 0.617651 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041676 s
InvBiCGStab: k = 58 resid = 1.924239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214069(s) Flops=383551488 => 1791.71896911743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257947.793487355 Mflops = 257.947793487355 Gflops = 0.257947793487355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056869 s
InvBiCGStab: k = 79 resid = 6.138766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324549(s) Flops=521349120 => 1606.38030004714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231280.083928567 Mflops = 231.280083928567 Gflops = 0.231280083928567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001008847 Relative Rsd = 4.42079177214401e-07
BICGSTAB_SOLVER_TIME: 0.641166 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112026
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934735(s) Flops=1215848448 => 1300.74133096546 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187349.410634493 Mflops = 187.349410634493 Gflops = 0.187349410634493 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134717
CLOV_LINOP: Time spent in clov deriv (total) = 1.477339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 32 resid = 1.496016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11863(s) Flops=212944896 => 1795.034106044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258342.740337472 Mflops = 258.342740337472 Gflops = 0.258342740337472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 45 resid = 1.104454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166174(s) Flops=298248192 => 1794.79456473335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.636071968 Mflops = 258.347636071968 Gflops = 0.258347636071968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000719914 Relative Rsd = 3.15468134107561e-07
BICGSTAB_SOLVER_TIME: 0.38638 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041944 s
InvBiCGStab: k = 86 resid = 1.5698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315452(s) Flops=567281664 => 1798.31373394367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258921.188256017 Mflops = 258.921188256017 Gflops = 0.258921188256017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056069 s
InvBiCGStab: k = 100 resid = 1.081436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384758(s) Flops=659146752 => 1713.14632054434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246655.340819268 Mflops = 246.655340819268 Gflops = 0.246655340819268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001262794 Relative Rsd = 5.5335964641536e-07
BICGSTAB_SOLVER_TIME: 0.802366 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042382 s
InvBiCGStab: k = 55 resid = 1.542645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203914(s) Flops=363866112 => 1784.4096628971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256902.899992741 Mflops = 256.902899992741 Gflops = 0.256902899992741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05686 s
InvBiCGStab: k = 70 resid = 9.992265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256861(s) Flops=462292992 => 1799.77883758142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259106.556458183 Mflops = 259.106556458183 Gflops = 0.259106556458183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001016321 Relative Rsd = 4.45354294262623e-07
BICGSTAB_SOLVER_TIME: 0.563948 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001843
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 59 resid = 1.926883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216916(s) Flops=390113280 => 1798.45322613362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258917.972778764 Mflops = 258.917972778764 Gflops = 0.258917972778764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055878 s
InvBiCGStab: k = 73 resid = 9.320241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266732(s) Flops=481978368 => 1806.97617083814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260147.980123632 Mflops = 260.147980123632 Gflops = 0.260147980123632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001069823 Relative Rsd = 4.68799328897703e-07
BICGSTAB_SOLVER_TIME: 0.584831 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 53 resid = 2.056054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195493(s) Flops=350742528 => 1794.1436675482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258284.189727863 Mflops = 258.284189727863 Gflops = 0.258284189727863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 71 resid = 1.116207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259982(s) Flops=468854784 => 1803.41248240263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259621.265981427 Mflops = 259.621265981427 Gflops = 0.259621265981427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001023995 Relative Rsd = 4.4871725654e-07
BICGSTAB_SOLVER_TIME: 0.55704 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102925
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.768588(s) Flops=1215922176 => 1582.02076535153 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227786.910220907 Mflops = 227.786910220907 Gflops = 0.227786910220907 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134449000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041881 s
InvBiCGStab: k = 26 resid = 2.160742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128139(s) Flops=173574144 => 1354.57701402383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194978.687652172 Mflops = 194.978687652172 Gflops = 0.194978687652172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064189 s
InvBiCGStab: k = 48 resid = 9.695648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230388(s) Flops=317933568 => 1379.9918745768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198676.365212586 Mflops = 198.676365212586 Gflops = 0.198676365212586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007283415 Relative Rsd = 3.19161077142659e-07
BICGSTAB_SOLVER_TIME: 0.469382 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669390000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050516 s
InvBiCGStab: k = 48 resid = 2.197368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198885(s) Flops=317933568 => 1598.57992307112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230139.194630683 Mflops = 230.139194630683 Gflops = 0.230139194630683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060962 s
InvBiCGStab: k = 72 resid = 1.140705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348718(s) Flops=475416576 => 1363.32674539313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196279.580837695 Mflops = 196.279580837695 Gflops = 0.196279580837695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001051826 Relative Rsd = 4.60912694413225e-07
BICGSTAB_SOLVER_TIME: 0.662872 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 60 resid = 1.220409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222306(s) Flops=396675072 => 1784.36511835038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256913.4255188 Mflops = 256.9134255188 Gflops = 0.2569134255188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 65 resid = 8.043452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239486(s) Flops=429484032 => 1793.35757413795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258174.122396135 Mflops = 258.174122396135 Gflops = 0.258174122396135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009771772 Relative Rsd = 4.28201518506887e-07
BICGSTAB_SOLVER_TIME: 0.563245 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 56 resid = 1.736766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208122(s) Flops=370427904 => 1779.85942860438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256246.76353615 Mflops = 256.24676353615 Gflops = 0.25624676353615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056376 s
InvBiCGStab: k = 80 resid = 1.075266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294176(s) Flops=527910912 => 1794.54106385293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258358.382656142 Mflops = 258.358382656142 Gflops = 0.258358382656142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001094348 Relative Rsd = 4.79546136705691e-07
BICGSTAB_SOLVER_TIME: 0.60366 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111455
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 51 resid = 2.102016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187651(s) Flops=337618944 => 1799.1854240052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.976465316 Mflops = 259.018976465316 Gflops = 0.259018976465316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055814 s
InvBiCGStab: k = 64 resid = 1.097264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234473(s) Flops=422922240 => 1803.71403103982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.524873474 Mflops = 259.673524873474 Gflops = 0.259673524873474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001036442 Relative Rsd = 4.541713637846e-07
BICGSTAB_SOLVER_TIME: 0.522814 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963500000000002
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.768029(s) Flops=1222115328 => 1591.23591426886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229110.359529901 Mflops = 229.110359529901 Gflops = 0.229110359529901 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135107
CLOV_LINOP: Time spent in clov deriv (total) = 1.409566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 24 resid = 2.194021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098349(s) Flops=160450560 => 1631.44068572126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234807.902575443 Mflops = 234.807902575443 Gflops = 0.234807902575443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060902 s
InvBiCGStab: k = 49 resid = 9.431567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181712(s) Flops=324495360 => 1785.767368143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257059.482179892 Mflops = 257.059482179892 Gflops = 0.257059482179892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000763085 Relative Rsd = 3.34385798057543e-07
BICGSTAB_SOLVER_TIME: 0.386105 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041825 s
InvBiCGStab: k = 54 resid = 1.465723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199617(s) Flops=357304320 => 1789.94935301102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257668.015561111 Mflops = 257.668015561111 Gflops = 0.257668015561111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 72 resid = 8.226996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265221(s) Flops=475416576 => 1792.52991278971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258045.708555636 Mflops = 258.045708555635 Gflops = 0.258045708555635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001093274 Relative Rsd = 4.79075231182846e-07
BICGSTAB_SOLVER_TIME: 0.567226 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 53 resid = 2.228892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194368(s) Flops=350742528 => 1804.52815278235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.0028505 Mflops = 259.7890028505 Gflops = 0.2597890028505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056693 s
InvBiCGStab: k = 76 resid = 1.020345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293413(s) Flops=501663744 => 1709.75295573134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246162.09318387 Mflops = 246.16209318387 Gflops = 0.24616209318387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001013873 Relative Rsd = 4.44281531589034e-07
BICGSTAB_SOLVER_TIME: 0.589243 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043896 s
InvBiCGStab: k = 59 resid = 1.952082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263987(s) Flops=390113280 => 1477.77458738498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212763.781680307 Mflops = 212.763781680307 Gflops = 0.212763781680307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073611 s
InvBiCGStab: k = 69 resid = 7.470734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286936(s) Flops=455731200 => 1588.26776702819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228660.397968231 Mflops = 228.660397968231 Gflops = 0.228660397968231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001047993 Relative Rsd = 4.59233126280398e-07
BICGSTAB_SOLVER_TIME: 0.672474 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055249 s
InvBiCGStab: k = 53 resid = 2.131509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235628(s) Flops=350742528 => 1488.5435007724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214303.63999681 Mflops = 214.30363999681 Gflops = 0.21430363999681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062053 s
InvBiCGStab: k = 70 resid = 1.00983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319947(s) Flops=462292992 => 1444.90491237611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208027.241702327 Mflops = 208.027241702327 Gflops = 0.208027241702327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001066992 Relative Rsd = 4.67558680829718e-07
BICGSTAB_SOLVER_TIME: 0.676833 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102012
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.778568(s) Flops=1234722816 => 1585.88949969688 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228347.704310404 Mflops = 228.347704310404 Gflops = 0.228347704310404 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136545
CLOV_LINOP: Time spent in clov deriv (total) = 1.41093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.370754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759632(s) Flops=1374382080 => 1809.27354297871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260456.998693736 Mflops = 260.456998693736 Gflops = 0.260456998693736 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 7.933797e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863311(s) Flops=1564674048 => 1812.41064691635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260977.810186374 Mflops = 260.977810186374 Gflops = 0.260977810186374 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002040252 Relative Rsd = 8.97392973503173e-07
BICGSTAB_SOLVER_TIME: 1.626557 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319051999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.918573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.630737(s) Flops=1118472192 => 1773.27823165598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255259.020633103 Mflops = 255.259020633103 Gflops = 0.255259020633103 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.023406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.704166(s) Flops=1275955200 => 1812.00910012696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260915.981574963 Mflops = 260.915981574963 Gflops = 0.260915981574963 Tflops
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.001916157 Relative Rsd = 8.4110024646016e-07
BICGSTAB_SOLVER_TIME: 1.338307 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.11592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261471999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 318 resid = 2.248576e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.319853(s) Flops=2089617408 => 1583.21980402363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227972.79277476 Mflops = 227.97279277476 Gflops = 0.22797279277476 Tflops
InvBiCGStab: k = 305 resid = 1.016355e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.311425(s) Flops=2004314112 => 1528.3482562861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220074.161475516 Mflops = 220.074161475516 Gflops = 0.220074161475516 Tflops
BICGSTAB_SOLVER: 623 iterations. Rsd = 0.002002943 Relative Rsd = 8.80982923346449e-07
BICGSTAB_SOLVER_TIME: 2.635889 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.444914
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 253 resid = 1.641818e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.106689(s) Flops=1663100928 => 1502.77171635392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216387.245021884 Mflops = 216.387245021884 Gflops = 0.216387245021884 Tflops
InvBiCGStab: k = 269 resid = 9.29687e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989189(s) Flops=1768089600 => 1787.41332546156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257376.572888793 Mflops = 257.376572888793 Gflops = 0.257376572888793 Tflops
BICGSTAB_SOLVER: 522 iterations. Rsd = 0.001922408 Relative Rsd = 8.43843944733055e-07
BICGSTAB_SOLVER_TIME: 2.100713 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.373339999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 231 resid = 2.256553e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843996(s) Flops=1518741504 => 1799.46528656534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259089.713924873 Mflops = 259.089713924873 Gflops = 0.259089713924873 Tflops
InvBiCGStab: k = 218 resid = 5.317107e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795483(s) Flops=1433438208 => 1801.97214522498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.247529029 Mflops = 259.473247529029 Gflops = 0.259473247529029 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.001733512 Relative Rsd = 7.59629171834072e-07
BICGSTAB_SOLVER_TIME: 1.644304 sec
2Flav::invert,  n_count = 449
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320332000000001
MInvCG2: 299 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.232075(s) Flops=1935157248 => 1570.64890367875 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226183.562566606 Mflops = 226.183562566606 Gflops = 0.226183562566606 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.214727000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0413611276203483
AccProb = 0.959482571717801
AcceptP = 1
After HMC trajectory call: time= 448.211078 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.042002 secs
Doing Update: 2714 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 260 resid = 2.044801e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959741(s) Flops=1709033472 => 1780.7236243945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256409.054809321 Mflops = 256.409054809321 Gflops = 0.256409054809321 Tflops
InvBiCGStab: k = 287 resid = 1.040597e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.050795(s) Flops=1886201856 => 1795.02363067963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258474.837927693 Mflops = 258.474837927693 Gflops = 0.258474837927693 Tflops
BICGSTAB_SOLVER: 547 iterations. Rsd = 0.002437388 Relative Rsd = 1.07170346369895e-06
BICGSTAB_SOLVER_TIME: 2.015487 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393973999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000372
InvBiCGStab: k = 214 resid = 2.091677e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798579(s) Flops=1407191040 => 1762.11876345358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253773.326797765 Mflops = 253.773326797765 Gflops = 0.253773326797765 Tflops
InvBiCGStab: k = 239 resid = 9.267827e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.05853(s) Flops=1571235840 => 1484.35645659547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213740.226042473 Mflops = 213.740226042473 Gflops = 0.213740226042473 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.00175822 Relative Rsd = 7.72400425254374e-07
BICGSTAB_SOLVER_TIME: 1.862982 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326277999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000371
MInvCG2: 313 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.441185(s) Flops=2019723264 => 1401.43233797188 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201857.720365688 Mflops = 201.857720365688 Gflops = 0.201857720365688 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.224228000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 280 resid = 2.032124e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.033159(s) Flops=1840269312 => 1781.20629254548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256469.611834525 Mflops = 256.469611834525 Gflops = 0.256469611834525 Tflops
InvBiCGStab: k = 271 resid = 1.034569e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.991405(s) Flops=1781213184 => 1796.65543748519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258707.153094193 Mflops = 258.707153094193 Gflops = 0.258707153094193 Tflops
BICGSTAB_SOLVER: 551 iterations. Rsd = 0.002650272 Relative Rsd = 1.16530719209423e-06
BICGSTAB_SOLVER_TIME: 2.029386 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.394361999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 237 resid = 1.861717e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869743(s) Flops=1558112256 => 1791.46282982444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257973.445082596 Mflops = 257.973445082596 Gflops = 0.257973445082596 Tflops
InvBiCGStab: k = 270 resid = 9.561795e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.98892(s) Flops=1774651392 => 1794.5348380051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258403.595410217 Mflops = 258.403595410217 Gflops = 0.258403595410217 Tflops
BICGSTAB_SOLVER: 507 iterations. Rsd = 0.001855303 Relative Rsd = 8.15049746987052e-07
BICGSTAB_SOLVER_TIME: 1.863459 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362626999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 222 resid = 2.039675e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825863(s) Flops=1459685376 => 1767.466729954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254436.856987885 Mflops = 254.436856987885 Gflops = 0.254436856987885 Tflops
InvBiCGStab: k = 232 resid = 1.090546e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873068(s) Flops=1525303296 => 1747.06127815932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251567.503470297 Mflops = 251.567503470297 Gflops = 0.251567503470297 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.001767882 Relative Rsd = 7.74502990282401e-07
BICGSTAB_SOLVER_TIME: 1.703993 sec
2Flav::invert,  n_count = 454
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323669000000001
MInvCG2: 296 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.276484(s) Flops=1916356608 => 1501.27742141695 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216240.588276384 Mflops = 216.240588276384 Gflops = 0.216240588276384 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.212998000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.147737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908623(s) Flops=1367820288 => 1505.37713441108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216651.021512848 Mflops = 216.651021512848 Gflops = 0.216651021512848 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 7.793784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995936(s) Flops=1610606592 => 1617.17880667031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232863.65844721 Mflops = 232.86365844721 Gflops = 0.23286365844721 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002739508 Relative Rsd = 1.20454401827952e-06
BICGSTAB_SOLVER_TIME: 1.907939 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323425999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 153 resid = 1.993783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.559855(s) Flops=1006921728 => 1798.54020773236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.187703739 Mflops = 258.978187703739 Gflops = 0.258978187703739 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 8.034858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788093(s) Flops=1426876416 => 1810.54319223746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260703.717188143 Mflops = 260.703717188143 Gflops = 0.260703717188143 Tflops
BICGSTAB_SOLVER: 370 iterations. Rsd = 0.001907268 Relative Rsd = 8.37878448327489e-07
BICGSTAB_SOLVER_TIME: 1.351342 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264398999999997
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.794043(s) Flops=1222262784 => 1539.2904212996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221632.01048552 Mflops = 221.63201048552 Gflops = 0.22163201048552 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134955000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.1e-05 s
InvBiCGStab: k = 151 resid = 1.088987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.564776(s) Flops=993798144 => 1759.63239231129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253267.626828836 Mflops = 253.267626828836 Gflops = 0.253267626828836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3e-05 s
InvBiCGStab: k = 183 resid = 6.596521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.666157(s) Flops=1203775488 => 1807.04471768667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260184.563074183 Mflops = 260.184563074183 Gflops = 0.260184563074183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 334 iterations. Rsd = 0.001795958 Relative Rsd = 7.86803194021608e-07
BICGSTAB_SOLVER_TIME: 1.234725 sec
2Flav::invert,  n_count = 334
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.240284999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000126 s
InvBiCGStab: k = 114 resid = 1.856471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416349(s) Flops=751011840 => 1803.803635892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.525359669 Mflops = 259.523525359669 Gflops = 0.259523525359669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.7e-05 s
InvBiCGStab: k = 149 resid = 1.048722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.627644(s) Flops=980674560 => 1562.46942534303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224951.769746932 Mflops = 224.951769746932 Gflops = 0.224951769746932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 263 iterations. Rsd = 0.001550436 Relative Rsd = 6.79240838513554e-07
BICGSTAB_SOLVER_TIME: 1.048948 sec
2Flav::invert,  n_count = 263
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189351999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00564 s
InvBiCGStab: k = 95 resid = 1.929398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430013(s) Flops=626337792 => 1456.55548088081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209717.978574065 Mflops = 209.717978574065 Gflops = 0.209717978574065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007018 s
InvBiCGStab: k = 117 resid = 1.126597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.51792(s) Flops=770697216 => 1488.06227988879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214255.68759478 Mflops = 214.25568759478 Gflops = 0.21425568759478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001393412 Relative Rsd = 6.10448847594254e-07
BICGSTAB_SOLVER_TIME: 0.96433 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155015999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007426 s
InvBiCGStab: k = 81 resid = 1.878503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334503(s) Flops=534472704 => 1597.81139182608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230035.336203178 Mflops = 230.035336203178 Gflops = 0.230035336203178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01091 s
InvBiCGStab: k = 101 resid = 1.110182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370475(s) Flops=665708544 => 1796.90544301235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258702.093990044 Mflops = 258.702093990044 Gflops = 0.258702093990044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001259055 Relative Rsd = 5.51587750722407e-07
BICGSTAB_SOLVER_TIME: 0.727163 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134478
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01031 s
InvBiCGStab: k = 72 resid = 2.087826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26445(s) Flops=475416576 => 1797.75600680658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258828.492103062 Mflops = 258.828492103062 Gflops = 0.258828492103062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015421 s
InvBiCGStab: k = 100 resid = 9.937164e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387685(s) Flops=659146752 => 1700.21216193559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244785.726148853 Mflops = 244.785726148853 Gflops = 0.244785726148853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001235237 Relative Rsd = 5.41153118259561e-07
BICGSTAB_SOLVER_TIME: 0.681639 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128561
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.771632(s) Flops=1222041600 => 1583.71036970991 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228029.223877837 Mflops = 228.029223877837 Gflops = 0.228029223877837 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135405
CLOV_LINOP: Time spent in clov deriv (total) = 1.395253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021439
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01341 s
InvBiCGStab: k = 29 resid = 1.43305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106771(s) Flops=193259520 => 1810.03755701455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260532.520135159 Mflops = 260.532520135159 Gflops = 0.260532520135159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019323 s
InvBiCGStab: k = 45 resid = 1.072493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165505(s) Flops=298248192 => 1802.04943657291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259393.376483087 Mflops = 259.393376483087 Gflops = 0.259393376483087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007248842 Relative Rsd = 3.17569279048197e-07
BICGSTAB_SOLVER_TIME: 0.308885 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0597150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016252 s
InvBiCGStab: k = 86 resid = 2.203569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314035(s) Flops=567281664 => 1806.42814972853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260093.456155603 Mflops = 260.093456155603 Gflops = 0.260093456155603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023921 s
InvBiCGStab: k = 102 resid = 9.668032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381802(s) Flops=672270336 => 1760.78264650264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253512.257803667 Mflops = 253.512257803667 Gflops = 0.253512257803667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001302477 Relative Rsd = 5.70610620806301e-07
BICGSTAB_SOLVER_TIME: 0.739814 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142114
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019992 s
InvBiCGStab: k = 52 resid = 2.091841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190254(s) Flops=344180736 => 1809.05913147687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260427.803060445 Mflops = 260.427803060445 Gflops = 0.260427803060445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028721 s
InvBiCGStab: k = 77 resid = 1.116297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281295(s) Flops=508225536 => 1806.73505039194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260108.266201175 Mflops = 260.108266201175 Gflops = 0.260108266201175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001046653 Relative Rsd = 4.58535173025488e-07
BICGSTAB_SOLVER_TIME: 0.52412 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101064
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023924 s
InvBiCGStab: k = 61 resid = 1.141406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223763(s) Flops=403236864 => 1802.07122714658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259432.903278252 Mflops = 259.432903278252 Gflops = 0.259432903278252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033965 s
InvBiCGStab: k = 87 resid = 9.828536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328991(s) Flops=573843456 => 1744.25274855543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251129.824123517 Mflops = 251.129824123517 Gflops = 0.251129824123517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001156441 Relative Rsd = 5.06632832983336e-07
BICGSTAB_SOLVER_TIME: 0.614737 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115574
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.040021 s
InvBiCGStab: k = 59 resid = 2.054385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2781(s) Flops=390113280 => 1402.78058252427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201962.428623459 Mflops = 201.962428623459 Gflops = 0.201962428623459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.042634 s
InvBiCGStab: k = 86 resid = 9.377011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37275(s) Flops=567281664 => 1521.88239839034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219111.505695458 Mflops = 219.111505695458 Gflops = 0.219111505695458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001087639 Relative Rsd = 4.76490996928676e-07
BICGSTAB_SOLVER_TIME: 0.737358 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114637
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874184(s) Flops=1222115328 => 1398.0069733603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201444.562142806 Mflops = 201.444562142806 Gflops = 0.201444562142806 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134926
CLOV_LINOP: Time spent in clov deriv (total) = 1.433914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021151
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031905 s
InvBiCGStab: k = 29 resid = 2.24738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10692(s) Flops=193259520 => 1807.51515151515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.19682485 Mflops = 260.16119682485 Gflops = 0.26016119682485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044369 s
InvBiCGStab: k = 54 resid = 8.433381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199983(s) Flops=357304320 => 1786.67346724472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257193.062075059 Mflops = 257.193062075059 Gflops = 0.257193062075059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000769344 Relative Rsd = 3.37047002939692e-07
BICGSTAB_SOLVER_TIME: 0.38703 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0731010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036682 s
InvBiCGStab: k = 50 resid = 1.389073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184001(s) Flops=331057152 => 1799.21387383764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259012.914931357 Mflops = 259.012914931357 Gflops = 0.259012914931357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050394 s
InvBiCGStab: k = 75 resid = 1.066264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273917(s) Flops=495101952 => 1807.48895468335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.037670115 Mflops = 260.220037670115 Gflops = 0.260220037670115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001104394 Relative Rsd = 4.83831440273023e-07
BICGSTAB_SOLVER_TIME: 0.548916 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001859
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041298 s
InvBiCGStab: k = 48 resid = 1.878319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176023(s) Flops=317933568 => 1806.20468915994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.479603013 Mflops = 260.006479603013 Gflops = 0.260006479603013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 70 resid = 9.790488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25697(s) Flops=462292992 => 1799.0154181422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258996.179459965 Mflops = 258.996179459965 Gflops = 0.258996179459965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009948894 Relative Rsd = 4.35857662122504e-07
BICGSTAB_SOLVER_TIME: 0.534424 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985790000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045116 s
InvBiCGStab: k = 56 resid = 2.243288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213756(s) Flops=370427904 => 1732.94739796778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249464.506854282 Mflops = 249.464506854282 Gflops = 0.249464506854282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057184 s
InvBiCGStab: k = 72 resid = 9.429894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265401(s) Flops=475416576 => 1791.31418495032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257885.314219475 Mflops = 257.885314219475 Gflops = 0.257885314219475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001050539 Relative Rsd = 4.60237693606901e-07
BICGSTAB_SOLVER_TIME: 0.58525 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043713 s
InvBiCGStab: k = 45 resid = 2.199985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166814(s) Flops=298248192 => 1787.90864076157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257405.576800104 Mflops = 257.405576800104 Gflops = 0.257405576800104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056694 s
InvBiCGStab: k = 75 resid = 1.150427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276235(s) Flops=495101952 => 1792.32158126233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258036.022783832 Mflops = 258.036022783832 Gflops = 0.258036022783832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001003949 Relative Rsd = 4.39826725066824e-07
BICGSTAB_SOLVER_TIME: 0.547297 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100131
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.771677(s) Flops=1228529664 => 1592.02576207403 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229230.678361137 Mflops = 229.230678361137 Gflops = 0.229230678361137 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135723
CLOV_LINOP: Time spent in clov deriv (total) = 1.452007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053595 s
InvBiCGStab: k = 26 resid = 2.221966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114843(s) Flops=173574144 => 1511.40377733079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217572.442214516 Mflops = 217.572442214516 Gflops = 0.217572442214516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060755 s
InvBiCGStab: k = 50 resid = 1.09626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241587(s) Flops=331057152 => 1370.34340423947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197271.644667545 Mflops = 197.271644667545 Gflops = 0.197271644667545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007319376 Relative Rsd = 3.20659388074236e-07
BICGSTAB_SOLVER_TIME: 0.474813 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048736 s
InvBiCGStab: k = 55 resid = 2.048102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269531(s) Flops=363866112 => 1349.9972619105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194363.94046964 Mflops = 194.36394046964 Gflops = 0.19436394046964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077542 s
InvBiCGStab: k = 76 resid = 1.124517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278998(s) Flops=501663744 => 1798.09082502384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258873.118381606 Mflops = 258.873118381606 Gflops = 0.258873118381606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001064993 Relative Rsd = 4.6656974209966e-07
BICGSTAB_SOLVER_TIME: 0.678643 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043884 s
InvBiCGStab: k = 56 resid = 2.230026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218415(s) Flops=370427904 => 1695.98197925967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244158.882293997 Mflops = 244.158882293997 Gflops = 0.244158882293997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062256 s
InvBiCGStab: k = 64 resid = 9.992259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240654(s) Flops=422922240 => 1757.38712009773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252985.114303466 Mflops = 252.985114303466 Gflops = 0.252985114303466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009995499 Relative Rsd = 4.37899391390843e-07
BICGSTAB_SOLVER_TIME: 0.569048 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041985 s
InvBiCGStab: k = 59 resid = 1.830817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218284(s) Flops=390113280 => 1787.18220300159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257292.052692077 Mflops = 257.292052692077 Gflops = 0.257292052692077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 71 resid = 1.001888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261214(s) Flops=468854784 => 1794.90679672606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258412.94505932 Mflops = 258.41294505932 Gflops = 0.25841294505932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045636 Relative Rsd = 4.58089575927657e-07
BICGSTAB_SOLVER_TIME: 0.581781 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 56 resid = 2.159854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206181(s) Flops=370427904 => 1796.61512942512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258659.148273588 Mflops = 258.659148273588 Gflops = 0.258659148273588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 68 resid = 9.843862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249383(s) Flops=449169408 => 1801.122803078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259291.927818381 Mflops = 259.291927818381 Gflops = 0.259291927818381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009917954 Relative Rsd = 4.34502204406004e-07
BICGSTAB_SOLVER_TIME: 0.55659 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102862
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.786124(s) Flops=1253302272 => 1594.28063766022 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229557.488027422 Mflops = 229.557488027422 Gflops = 0.229557488027422 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138695000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.008677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716769(s) Flops=1295640576 => 1807.61246091837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260336.004996541 Mflops = 260.336004996541 Gflops = 0.260336004996541 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.071472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806456(s) Flops=1361258496 => 1687.95135258464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243052.183906359 Mflops = 243.052183906359 Gflops = 0.243052183906359 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002422154 Relative Rsd = 1.06506242834173e-06
BICGSTAB_SOLVER_TIME: 1.526949 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0.123609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288979999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 161 resid = 1.959631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.703765(s) Flops=1059416064 => 1505.35486135287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216711.782006683 Mflops = 216.711782006683 Gflops = 0.216711782006683 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 7.558539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834926(s) Flops=1230022656 => 1473.21158521833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212133.071064446 Mflops = 212.133071064446 Gflops = 0.212133071064446 Tflops
BICGSTAB_SOLVER: 348 iterations. Rsd = 0.001825397 Relative Rsd = 8.01897741562593e-07
BICGSTAB_SOLVER_TIME: 1.542119 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248309999999997
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.78902(s) Flops=1253302272 => 1588.429028415 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228793.409150553 Mflops = 228.793409150553 Gflops = 0.228793409150553 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138523000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 25 resid = 1.971817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092362(s) Flops=167012352 => 1808.2366341136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260236.354016601 Mflops = 260.236354016601 Gflops = 0.260236354016601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 45 resid = 1.111739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165518(s) Flops=298248192 => 1801.90790125545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.573976061 Mflops = 259.369573976061 Gflops = 0.259369573976061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.000724226 Relative Rsd = 3.17280944014137e-07
BICGSTAB_SOLVER_TIME: 0.35974 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044716 s
InvBiCGStab: k = 78 resid = 1.649789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306584(s) Flops=514787328 => 1679.10695926728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241751.79486194 Mflops = 241.75179486194 Gflops = 0.24175179486194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 99 resid = 1.102233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370454(s) Flops=652584960 => 1761.58162686865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253623.186977994 Mflops = 253.623186977994 Gflops = 0.253623186977994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001291787 Relative Rsd = 5.659274396791e-07
BICGSTAB_SOLVER_TIME: 0.7824 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 47 resid = 1.928546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174054(s) Flops=311371776 => 1788.93777793099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257512.712147492 Mflops = 257.512712147492 Gflops = 0.257512712147492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057089 s
InvBiCGStab: k = 60 resid = 1.097805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221546(s) Flops=396675072 => 1790.48627373096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257755.902721704 Mflops = 257.755902721704 Gflops = 0.257755902721704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 107 iterations. Rsd = 0.0009729636 Relative Rsd = 4.26252053446455e-07
BICGSTAB_SOLVER_TIME: 0.497745 sec
2Flav::invert,  n_count = 107
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001848
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0906970000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04175 s
InvBiCGStab: k = 69 resid = 2.037331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261965(s) Flops=455731200 => 1739.66445899261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250454.81679314 Mflops = 250.45481679314 Gflops = 0.25045481679314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 78 resid = 8.659567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286553(s) Flops=514787328 => 1796.48207486922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258634.187753794 Mflops = 258.634187753794 Gflops = 0.258634187753794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001122049 Relative Rsd = 4.91565816544422e-07
BICGSTAB_SOLVER_TIME: 0.650596 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 48 resid = 2.055922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17618(s) Flops=317933568 => 1804.59511862868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.91964791 Mflops = 259.76891964791 Gflops = 0.25976891964791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 80 resid = 1.003728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292979(s) Flops=527910912 => 1801.87287143447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.349798966 Mflops = 259.409349798966 Gflops = 0.259409349798966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001057476 Relative Rsd = 4.63276750476029e-07
BICGSTAB_SOLVER_TIME: 0.57005 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105712
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92996(s) Flops=1272324096 => 1368.14927093638 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196991.144365457 Mflops = 196.991144365457 Gflops = 0.196991144365457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140961000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.515989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043573 s
InvBiCGStab: k = 31 resid = 1.183279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122593(s) Flops=206383104 => 1683.48196063397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242286.448739933 Mflops = 242.286448739933 Gflops = 0.242286448739933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 45 resid = 1.100649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170493(s) Flops=298248192 => 1749.32807798561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251805.438567279 Mflops = 251.805438567279 Gflops = 0.251805438567279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007370652 Relative Rsd = 3.22905733979464e-07
BICGSTAB_SOLVER_TIME: 0.396682 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041903 s
InvBiCGStab: k = 76 resid = 1.926643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28026(s) Flops=501663744 => 1789.99409120103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257699.279573015 Mflops = 257.699279573015 Gflops = 0.257699279573015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057038 s
InvBiCGStab: k = 90 resid = 1.146284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331438(s) Flops=593528832 => 1790.7688074391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257812.611958506 Mflops = 257.812611958506 Gflops = 0.257812611958506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001229077 Relative Rsd = 5.38454494105098e-07
BICGSTAB_SOLVER_TIME: 0.714485 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132937
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040891 s
InvBiCGStab: k = 46 resid = 1.553594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170186(s) Flops=304809984 => 1791.04029708672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257838.512099577 Mflops = 257.838512099577 Gflops = 0.257838512099577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057103 s
InvBiCGStab: k = 75 resid = 7.919701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274915(s) Flops=495101952 => 1800.92738482804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259268.274254086 Mflops = 259.268274254086 Gflops = 0.259268274254086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001018694 Relative Rsd = 4.46286429452438e-07
BICGSTAB_SOLVER_TIME: 0.546961 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041195 s
InvBiCGStab: k = 68 resid = 2.269136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249472(s) Flops=449169408 => 1800.48024628014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.888982879 Mflops = 259.220888982879 Gflops = 0.259220888982879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 77 resid = 1.100935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281451(s) Flops=508225536 => 1805.7336303655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259965.079047075 Mflops = 259.965079047075 Gflops = 0.259965079047075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001082994 Relative Rsd = 4.74455948811741e-07
BICGSTAB_SOLVER_TIME: 0.631986 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 54 resid = 2.129795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198337(s) Flops=357304320 => 1801.50108149261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259350.0756332 Mflops = 259.3500756332 Gflops = 0.2593500756332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055879 s
InvBiCGStab: k = 76 resid = 1.062694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279667(s) Flops=501663744 => 1793.78955686584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258243.488908898 Mflops = 258.243488908898 Gflops = 0.258243488908898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001060104 Relative Rsd = 4.64427795560263e-07
BICGSTAB_SOLVER_TIME: 0.578831 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107047
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.822649(s) Flops=1284857856 => 1561.85427320765 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224884.250259871 Mflops = 224.884250259871 Gflops = 0.224884250259871 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142130000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 23 resid = 2.257182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104458(s) Flops=153888768 => 1473.21189377549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211912.472877481 Mflops = 211.912472877481 Gflops = 0.211912472877481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062675 s
InvBiCGStab: k = 45 resid = 9.306145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194024(s) Flops=298248192 => 1537.17164886818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221287.011394157 Mflops = 221.287011394157 Gflops = 0.221287011394157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0006917804 Relative Rsd = 3.03066641398867e-07
BICGSTAB_SOLVER_TIME: 0.40672 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048759 s
InvBiCGStab: k = 45 resid = 2.024128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216695(s) Flops=298248192 => 1376.35013267496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198155.320415275 Mflops = 198.155320415275 Gflops = 0.198155320415275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072307 s
InvBiCGStab: k = 72 resid = 1.012049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309527(s) Flops=475416576 => 1535.94541348574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221126.483972917 Mflops = 221.126483972917 Gflops = 0.221126483972917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001032856 Relative Rsd = 4.52490873053498e-07
BICGSTAB_SOLVER_TIME: 0.651406 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045274 s
InvBiCGStab: k = 50 resid = 1.853148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203061(s) Flops=331057152 => 1630.33350569533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234708.113470886 Mflops = 234.708113470886 Gflops = 0.234708113470886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084783 s
InvBiCGStab: k = 66 resid = 1.085365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307508(s) Flops=436045824 => 1417.99830898708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204143.165538962 Mflops = 204.143165538962 Gflops = 0.204143165538962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001003853 Relative Rsd = 4.39784700114482e-07
BICGSTAB_SOLVER_TIME: 0.644437 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976590000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 63 resid = 2.148782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231817(s) Flops=416360448 => 1796.0738341019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258574.174786062 Mflops = 258.574174786062 Gflops = 0.258574174786062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055951 s
InvBiCGStab: k = 70 resid = 1.072567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259039(s) Flops=462292992 => 1784.64629650362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256927.44142146 Mflops = 256.92744142146 Gflops = 0.25692744142146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001072977 Relative Rsd = 4.70067452362493e-07
BICGSTAB_SOLVER_TIME: 0.591623 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 57 resid = 1.175992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209557(s) Flops=376989696 => 1798.98402821189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.088681263 Mflops = 258.995088681263 Gflops = 0.258995088681263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 68 resid = 1.121727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250336(s) Flops=449169408 => 1794.26613831011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258324.1546143 Mflops = 258.3241546143 Gflops = 0.2583241546143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001023204 Relative Rsd = 4.48262265227542e-07
BICGSTAB_SOLVER_TIME: 0.561165 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103473
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811682(s) Flops=1291272192 => 1590.85971106911 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229084.823036392 Mflops = 229.084823036392 Gflops = 0.229084823036392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143149000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041869 s
InvBiCGStab: k = 27 resid = 1.592674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100858(s) Flops=180135936 => 1786.03517817129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257010.689984692 Mflops = 257.010689984692 Gflops = 0.257010689984692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 49 resid = 1.092641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179695(s) Flops=324495360 => 1805.81184785331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.983493691 Mflops = 259.943983493691 Gflops = 0.259943983493691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007338779 Relative Rsd = 3.21509398836626e-07
BICGSTAB_SOLVER_TIME: 0.382923 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 50 resid = 2.040804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191797(s) Flops=331057152 => 1726.08097102666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248507.219723893 Mflops = 248.507219723893 Gflops = 0.248507219723893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058404 s
InvBiCGStab: k = 77 resid = 9.309767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282113(s) Flops=508225536 => 1801.49633657435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.377893468 Mflops = 259.358377893468 Gflops = 0.259358377893468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001094491 Relative Rsd = 4.79492567948324e-07
BICGSTAB_SOLVER_TIME: 0.577675 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 51 resid = 1.941371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186891(s) Flops=337618944 => 1806.50188612614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.303601522 Mflops = 260.065303601522 Gflops = 0.260065303601522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 68 resid = 9.628516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250425(s) Flops=449169408 => 1793.62846361186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258213.844706729 Mflops = 258.213844706729 Gflops = 0.258213844706729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001010313 Relative Rsd = 4.42614550242702e-07
BICGSTAB_SOLVER_TIME: 0.539058 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993560000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 62 resid = 7.365371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227322(s) Flops=409798656 => 1802.7232559981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259519.04479875 Mflops = 259.51904479875 Gflops = 0.25951904479875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 68 resid = 1.108587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288528(s) Flops=449169408 => 1556.76193644984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224127.736880535 Mflops = 224.127736880535 Gflops = 0.224127736880535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001040791 Relative Rsd = 4.55967060828602e-07
BICGSTAB_SOLVER_TIME: 0.616801 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053375 s
InvBiCGStab: k = 47 resid = 1.841962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224711(s) Flops=311371776 => 1385.65435603954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199488.589061228 Mflops = 199.488589061228 Gflops = 0.199488589061228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067322 s
InvBiCGStab: k = 67 resid = 8.897229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308158(s) Flops=442607616 => 1436.30091057185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206783.541808399 Mflops = 206.783541808399 Gflops = 0.206783541808399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009950323 Relative Rsd = 4.35920240540615e-07
BICGSTAB_SOLVER_TIME: 0.657378 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957830000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958757(s) Flops=1291493376 => 1347.04974878932 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193965.023248039 Mflops = 193.965023248039 Gflops = 0.193965023248039 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142713000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.210227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67335(s) Flops=1197213696 => 1777.99613276899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255955.29023724 Mflops = 255.95529023724 Gflops = 0.25595529023724 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.010832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766401(s) Flops=1348134912 => 1759.04638955325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253289.084048761 Mflops = 253.289084048761 Gflops = 0.253289084048761 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.002751746 Relative Rsd = 1.21003428297596e-06
BICGSTAB_SOLVER_TIME: 1.443111 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.120543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276457999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 159 resid = 1.62196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.587874(s) Flops=1046292480 => 1779.7903632411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256216.615409889 Mflops = 256.216615409889 Gflops = 0.256216615409889 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.11466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.6747(s) Flops=1197213696 => 1774.43855935972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255501.525112725 Mflops = 255.501525112725 Gflops = 0.255501525112725 Tflops
BICGSTAB_SOLVER: 341 iterations. Rsd = 0.001814062 Relative Rsd = 7.96912459137776e-07
BICGSTAB_SOLVER_TIME: 1.266062 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.12178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.244229999999997
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830046(s) Flops=1291493376 => 1555.92988340405 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224034.868019335 Mflops = 224.034868019335 Gflops = 0.224034868019335 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142876000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047807 s
InvBiCGStab: k = 27 resid = 2.191159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126285(s) Flops=180135936 => 1426.42385081364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205320.174874763 Mflops = 205.320174874763 Gflops = 0.205320174874763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071504 s
InvBiCGStab: k = 46 resid = 1.149101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21372(s) Flops=304809984 => 1426.21179112858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205316.477110704 Mflops = 205.316477110704 Gflops = 0.205316477110704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007494088 Relative Rsd = 3.28313463025898e-07
BICGSTAB_SOLVER_TIME: 0.463116 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05094 s
InvBiCGStab: k = 69 resid = 2.250276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313068(s) Flops=455731200 => 1455.69397063897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209586.607598036 Mflops = 209.586607598036 Gflops = 0.209586607598036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056404 s
InvBiCGStab: k = 102 resid = 9.441396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37417(s) Flops=672270336 => 1796.69758665847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258676.870509816 Mflops = 258.676870509816 Gflops = 0.258676870509816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001252625 Relative Rsd = 5.4877095689006e-07
BICGSTAB_SOLVER_TIME: 0.798439 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041746 s
InvBiCGStab: k = 46 resid = 2.149111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172374(s) Flops=304809984 => 1768.30603223224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254567.273225625 Mflops = 254.567273225625 Gflops = 0.254567273225625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056702 s
InvBiCGStab: k = 64 resid = 1.032878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247205(s) Flops=422922240 => 1710.81588155579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246276.957352463 Mflops = 246.276957352463 Gflops = 0.246276957352463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009945356 Relative Rsd = 4.35702669610165e-07
BICGSTAB_SOLVER_TIME: 0.521918 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0928960000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 56 resid = 2.18352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209154(s) Flops=370427904 => 1771.07731145472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254989.483459452 Mflops = 254.989483459452 Gflops = 0.254989483459452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058388 s
InvBiCGStab: k = 83 resid = 9.508616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304403(s) Flops=547596288 => 1798.91882800104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258991.407049894 Mflops = 258.991407049894 Gflops = 0.258991407049894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001115823 Relative Rsd = 4.88838070730022e-07
BICGSTAB_SOLVER_TIME: 0.616972 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04169 s
InvBiCGStab: k = 49 resid = 2.183294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180069(s) Flops=324495360 => 1802.06120986955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.187463952 Mflops = 259.409187463952 Gflops = 0.259409187463952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056089 s
InvBiCGStab: k = 82 resid = 1.011017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300154(s) Flops=541034496 => 1802.52302484725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259509.525137436 Mflops = 259.509525137436 Gflops = 0.259509525137436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001042523 Relative Rsd = 4.56725652019302e-07
BICGSTAB_SOLVER_TIME: 0.581781 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10799
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.810717(s) Flops=1291714560 => 1593.29896869068 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229417.033264098 Mflops = 229.417033264098 Gflops = 0.229417033264098 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142857000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 28 resid = 2.204906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103531(s) Flops=186697728 => 1803.30266297051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259521.718319273 Mflops = 259.521718319273 Gflops = 0.259521718319273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 46 resid = 1.083368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168932(s) Flops=304809984 => 1804.33537754836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.195851234 Mflops = 259.709195851234 Gflops = 0.259709195851234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007504966 Relative Rsd = 3.28790017825272e-07
BICGSTAB_SOLVER_TIME: 0.373832 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040872 s
InvBiCGStab: k = 75 resid = 9.996488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274539(s) Flops=495101952 => 1803.39387846535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259649.265813745 Mflops = 259.649265813745 Gflops = 0.259649265813745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 86 resid = 8.640777e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314865(s) Flops=567281664 => 1801.66631413463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259392.333735729 Mflops = 259.392333735729 Gflops = 0.259392333735729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001201233 Relative Rsd = 5.26255935669311e-07
BICGSTAB_SOLVER_TIME: 0.689984 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044953 s
InvBiCGStab: k = 50 resid = 1.858704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233368(s) Flops=331057152 => 1418.6056014535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204249.60130773 Mflops = 204.24960130773 Gflops = 0.20424960130773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066461 s
InvBiCGStab: k = 65 resid = 1.085898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312218(s) Flops=429484032 => 1375.59023502809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198033.885942497 Mflops = 198.033885942497 Gflops = 0.198033885942497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001018052 Relative Rsd = 4.46005311081916e-07
BICGSTAB_SOLVER_TIME: 0.660998 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052839 s
InvBiCGStab: k = 55 resid = 2.215351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244445(s) Flops=363866112 => 1488.53980240954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214291.995504985 Mflops = 214.291995504985 Gflops = 0.214291995504985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061117 s
InvBiCGStab: k = 82 resid = 1.117335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349874(s) Flops=541034496 => 1546.36953874824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222637.071519208 Mflops = 222.637071519208 Gflops = 0.222637071519208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001094153 Relative Rsd = 4.79344868601258e-07
BICGSTAB_SOLVER_TIME: 0.712648 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041895 s
InvBiCGStab: k = 52 resid = 2.209538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225817(s) Flops=344180736 => 1524.15777377257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219420.608101762 Mflops = 219.420608101762 Gflops = 0.219420608101762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087126 s
InvBiCGStab: k = 64 resid = 1.145045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331274(s) Flops=422922240 => 1276.65388771832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183802.550264269 Mflops = 183.802550264269 Gflops = 0.183802550264269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001026825 Relative Rsd = 4.49848605176144e-07
BICGSTAB_SOLVER_TIME: 0.689887 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972700000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811549(s) Flops=1291862016 => 1591.84721563331 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229207.554818642 Mflops = 229.207554818642 Gflops = 0.229207554818642 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142999000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041679 s
InvBiCGStab: k = 26 resid = 2.1201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096146(s) Flops=173574144 => 1805.31841158239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.219959618 Mflops = 259.850219959618 Gflops = 0.259850219959618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057057 s
InvBiCGStab: k = 39 resid = 1.022251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155714(s) Flops=258877440 => 1662.51872021784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239315.328183282 Mflops = 239.315328183282 Gflops = 0.239315328183282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 65 iterations. Rsd = 0.0006988063 Relative Rsd = 3.06144637650414e-07
BICGSTAB_SOLVER_TIME: 0.354548 sec
2Flav::invert,  n_count = 65
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0606170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 50 resid = 1.937629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185212(s) Flops=331057152 => 1787.44979806924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257319.715976766 Mflops = 257.319715976766 Gflops = 0.257319715976766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057184 s
InvBiCGStab: k = 65 resid = 1.072379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239084(s) Flops=429484032 => 1796.37295678506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.674889294 Mflops = 258.602674889294 Gflops = 0.258602674889294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001028709 Relative Rsd = 4.50674058882039e-07
BICGSTAB_SOLVER_TIME: 0.52645 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041844 s
InvBiCGStab: k = 50 resid = 2.059326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184612(s) Flops=331057152 => 1793.25911641713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.801545003 Mflops = 258.158801545003 Gflops = 0.258158801545003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 65 resid = 1.085844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238772(s) Flops=429484032 => 1798.72025195584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258947.784728403 Mflops = 258.947784728403 Gflops = 0.258947784728403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009595373 Relative Rsd = 4.20370039152078e-07
BICGSTAB_SOLVER_TIME: 0.525227 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963660000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040983 s
InvBiCGStab: k = 62 resid = 2.032019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227509(s) Flops=409798656 => 1801.24151572026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259317.117987548 Mflops = 259.317117987548 Gflops = 0.259317117987548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 70 resid = 9.12827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312884(s) Flops=462292992 => 1477.52199537209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212718.244569195 Mflops = 212.718244569195 Gflops = 0.212718244569195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001035909 Relative Rsd = 4.53828225359705e-07
BICGSTAB_SOLVER_TIME: 0.64158 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108679
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044103 s
InvBiCGStab: k = 50 resid = 1.609814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246912(s) Flops=331057152 => 1340.7900466563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193035.013894349 Mflops = 193.035013894349 Gflops = 0.193035013894349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065652 s
InvBiCGStab: k = 67 resid = 1.140981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298514(s) Flops=442607616 => 1482.70304240337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213458.463291537 Mflops = 213.458463291537 Gflops = 0.213458463291537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009954324 Relative Rsd = 4.36095531512945e-07
BICGSTAB_SOLVER_TIME: 0.659239 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978320000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926491(s) Flops=1291788288 => 1394.28044956724 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200776.54684864 Mflops = 200.77654684864 Gflops = 0.20077654684864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142742000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041881 s
InvBiCGStab: k = 26 resid = 1.693386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096578(s) Flops=173574144 => 1797.24309884239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.621839476 Mflops = 258.667621839476 Gflops = 0.258667621839476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 44 resid = 1.036851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16249(s) Flops=291686400 => 1795.10369868915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.236553796 Mflops = 258.405236553796 Gflops = 0.258405236553796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007559589 Relative Rsd = 3.31183017553874e-07
BICGSTAB_SOLVER_TIME: 0.361562 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04187 s
InvBiCGStab: k = 54 resid = 1.59224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19928(s) Flops=357304320 => 1792.97631473304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258125.785837979 Mflops = 258.125785837979 Gflops = 0.258125785837979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 70 resid = 1.124167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255755(s) Flops=462292992 => 1807.56189321812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260221.371615191 Mflops = 260.221371615191 Gflops = 0.260221371615191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001077231 Relative Rsd = 4.71931340600714e-07
BICGSTAB_SOLVER_TIME: 0.55717 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041673 s
InvBiCGStab: k = 49 resid = 2.099528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180128(s) Flops=324495360 => 1801.47095398827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259318.701310626 Mflops = 259.318701310626 Gflops = 0.259318701310626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 69 resid = 1.130957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253126(s) Flops=455731200 => 1800.41244281504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.559298283 Mflops = 259.187559298283 Gflops = 0.259187559298283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001000152 Relative Rsd = 4.38162965363785e-07
BICGSTAB_SOLVER_TIME: 0.53476 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 54 resid = 1.723116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197899(s) Flops=357304320 => 1805.48825410942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.449560884 Mflops = 259.928449560884 Gflops = 0.259928449560884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05582 s
InvBiCGStab: k = 67 resid = 8.670273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24545(s) Flops=442607616 => 1803.24960684457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.228766328 Mflops = 259.597228766328 Gflops = 0.259597228766328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0010411 Relative Rsd = 4.5610236689482e-07
BICGSTAB_SOLVER_TIME: 0.544129 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 49 resid = 2.072816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180159(s) Flops=324495360 => 1801.16097447255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259279.800915844 Mflops = 259.279800915844 Gflops = 0.259279800915844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05777 s
InvBiCGStab: k = 68 resid = 1.081098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28641(s) Flops=449169408 => 1568.2741803708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225781.637561481 Mflops = 225.781637561481 Gflops = 0.225781637561481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001005273 Relative Rsd = 4.40406863213537e-07
BICGSTAB_SOLVER_TIME: 0.56897 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979140000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941502(s) Flops=1291788288 => 1372.05049803399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197597.320169733 Mflops = 197.597320169733 Gflops = 0.197597320169733 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142971000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.764042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694769(s) Flops=1256269824 => 1808.18347393162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260315.405640513 Mflops = 260.315405640513 Gflops = 0.260315405640513 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.054063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794679(s) Flops=1440000000 => 1812.05241361606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260918.834548852 Mflops = 260.918834548852 Gflops = 0.260918834548852 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002194834 Relative Rsd = 9.65143660547558e-07
BICGSTAB_SOLVER_TIME: 1.49284 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292632999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 153 resid = 1.106501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.556841(s) Flops=1006921728 => 1808.27512341943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260299.782339595 Mflops = 260.299782339595 Gflops = 0.260299782339595 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 9.726024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688928(s) Flops=1249708032 => 1813.98931673557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261197.392620663 Mflops = 261.197392620663 Gflops = 0.261197392620663 Tflops
BICGSTAB_SOLVER: 343 iterations. Rsd = 0.00184145 Relative Rsd = 8.08933884188817e-07
BICGSTAB_SOLVER_TIME: 1.249194 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.245389999999997
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895932(s) Flops=1291788288 => 1441.83742516173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207619.078519397 Mflops = 207.619078519397 Gflops = 0.207619078519397 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142865000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.545689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 29 resid = 1.295223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107825(s) Flops=193259520 => 1792.34426153489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257976.268919693 Mflops = 257.976268919693 Gflops = 0.257976268919693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 42 resid = 8.355287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155511(s) Flops=278562816 => 1791.27403206204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257832.147174448 Mflops = 257.832147174448 Gflops = 0.257832147174448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007087071 Relative Rsd = 3.10482158444485e-07
BICGSTAB_SOLVER_TIME: 0.364293 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040945 s
InvBiCGStab: k = 76 resid = 2.155833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281766(s) Flops=501663744 => 1780.42682225677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256336.512049396 Mflops = 256.336512049396 Gflops = 0.256336512049396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 100 resid = 1.027062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366851(s) Flops=659146752 => 1796.76967488163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.455553721 Mflops = 258.687455553721 Gflops = 0.258687455553721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001294174 Relative Rsd = 5.66973269379012e-07
BICGSTAB_SOLVER_TIME: 0.749769 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04169 s
InvBiCGStab: k = 49 resid = 2.254405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180102(s) Flops=324495360 => 1801.73101908918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.025625329 Mflops = 259.351025625329 Gflops = 0.259351025625329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 60 resid = 1.144431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219366(s) Flops=396675072 => 1808.27964224173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260323.225386085 Mflops = 260.323225386085 Gflops = 0.260323225386085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009822055 Relative Rsd = 4.30300882198376e-07
BICGSTAB_SOLVER_TIME: 0.501091 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0923260000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 56 resid = 1.784029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205237(s) Flops=370427904 => 1804.87876942267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.949419151 Mflops = 259.824949419151 Gflops = 0.259824949419152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058718 s
InvBiCGStab: k = 77 resid = 1.137131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283478(s) Flops=508225536 => 1792.82179216729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258105.771292322 Mflops = 258.105771292323 Gflops = 0.258105771292323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001096088 Relative Rsd = 4.80192405807594e-07
BICGSTAB_SOLVER_TIME: 0.592347 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 51 resid = 1.996148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186936(s) Flops=337618944 => 1806.06701758891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259999.366100907 Mflops = 259.999366100907 Gflops = 0.259999366100907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056212 s
InvBiCGStab: k = 70 resid = 1.109711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258337(s) Flops=462292992 => 1789.49586005876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257621.919216708 Mflops = 257.621919216708 Gflops = 0.257621919216708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001011735 Relative Rsd = 4.43237784366028e-07
BICGSTAB_SOLVER_TIME: 0.546381 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100855
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.822666(s) Flops=1291640832 => 1570.06711350657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226078.407514176 Mflops = 226.078407514176 Gflops = 0.226078407514176 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142695000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.536716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 28 resid = 2.207951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120015(s) Flops=186697728 => 1555.61994750656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223911.194468992 Mflops = 223.911194468992 Gflops = 0.223911194468992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059043 s
InvBiCGStab: k = 43 resid = 1.043249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219109(s) Flops=285124608 => 1301.29117471213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187329.561352229 Mflops = 187.329561352229 Gflops = 0.187329561352229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.000720709 Relative Rsd = 3.15740173598201e-07
BICGSTAB_SOLVER_TIME: 0.443034 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0651320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040906 s
InvBiCGStab: k = 70 resid = 1.845217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257091(s) Flops=462292992 => 1798.16871068999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258889.322342383 Mflops = 258.889322342383 Gflops = 0.258889322342383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 90 resid = 1.152626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330701(s) Flops=593528832 => 1794.75971345717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258393.037597603 Mflops = 258.393037597603 Gflops = 0.258393037597603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001240793 Relative Rsd = 5.43587097416812e-07
BICGSTAB_SOLVER_TIME: 0.688569 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 50 resid = 1.760109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184096(s) Flops=331057152 => 1798.28541630454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258884.75069826 Mflops = 258.88475069826 Gflops = 0.25888475069826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 61 resid = 1.106737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224604(s) Flops=403236864 => 1795.32360955281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258448.001982909 Mflops = 258.448001982909 Gflops = 0.258448001982909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009683172 Relative Rsd = 4.24216469817385e-07
BICGSTAB_SOLVER_TIME: 0.509522 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934960000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 56 resid = 2.178804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205149(s) Flops=370427904 => 1805.65298392875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259940.38967633 Mflops = 259.94038967633 Gflops = 0.25994038967633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 76 resid = 6.133599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278994(s) Flops=501663744 => 1798.11660465816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258871.649546478 Mflops = 258.871649546478 Gflops = 0.258871649546478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00109042 Relative Rsd = 4.77709312537351e-07
BICGSTAB_SOLVER_TIME: 0.585185 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043602 s
InvBiCGStab: k = 59 resid = 1.628169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227101(s) Flops=390113280 => 1717.79639895905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247312.890108691 Mflops = 247.312890108691 Gflops = 0.247312890108691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 77 resid = 1.125502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284087(s) Flops=508225536 => 1788.9785030642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257551.797614437 Mflops = 257.551797614437 Gflops = 0.257551797614437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00102202 Relative Rsd = 4.47743685475825e-07
BICGSTAB_SOLVER_TIME: 0.614949 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111551
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811646(s) Flops=1291714560 => 1591.47529834435 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229150.143153314 Mflops = 229.150143153314 Gflops = 0.229150143153314 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142827000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.460348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044284 s
InvBiCGStab: k = 26 resid = 2.151641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117058(s) Flops=173574144 => 1482.80462676622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213404.255542991 Mflops = 213.404255542991 Gflops = 0.213404255542991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065943 s
InvBiCGStab: k = 48 resid = 9.115296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216766(s) Flops=317933568 => 1466.71326684074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211156.611771245 Mflops = 211.156611771245 Gflops = 0.211156611771245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007342232 Relative Rsd = 3.21660693765173e-07
BICGSTAB_SOLVER_TIME: 0.449814 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041713 s
InvBiCGStab: k = 51 resid = 1.601514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236958(s) Flops=337618944 => 1424.80500341833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205132.91716978 Mflops = 205.13291716978 Gflops = 0.20513291716978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084351 s
InvBiCGStab: k = 61 resid = 1.112632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263899(s) Flops=403236864 => 1527.99693822258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219977.684145443 Mflops = 219.977684145443 Gflops = 0.219977684145443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0009958914 Relative Rsd = 4.36296629070087e-07
BICGSTAB_SOLVER_TIME: 0.630775 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0941220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040753 s
InvBiCGStab: k = 45 resid = 2.243676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165987(s) Flops=298248192 => 1796.81656997235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258657.048861082 Mflops = 258.657048861082 Gflops = 0.258657048861082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056597 s
InvBiCGStab: k = 68 resid = 1.048082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251348(s) Flops=449169408 => 1787.04190206407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257278.170059267 Mflops = 257.278170059267 Gflops = 0.257278170059267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009658691 Relative Rsd = 4.23143941012435e-07
BICGSTAB_SOLVER_TIME: 0.518562 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0950500000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04283 s
InvBiCGStab: k = 55 resid = 2.230999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216483(s) Flops=363866112 => 1680.80686243262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241974.820556497 Mflops = 241.974820556497 Gflops = 0.241974820556497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 67 resid = 1.098004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248232(s) Flops=442607616 => 1783.0401237552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256693.384581481 Mflops = 256.693384581481 Gflops = 0.256693384581481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001046738 Relative Rsd = 4.58572148863411e-07
BICGSTAB_SOLVER_TIME: 0.567998 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041662 s
InvBiCGStab: k = 47 resid = 2.197736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173836(s) Flops=311371776 => 1791.18120527394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.515480455 Mflops = 257.855515480455 Gflops = 0.257855515480455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 71 resid = 9.314553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261795(s) Flops=468854784 => 1790.92337134017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257824.724876532 Mflops = 257.824724876532 Gflops = 0.257824724876532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009859628 Relative Rsd = 4.31946944500368e-07
BICGSTAB_SOLVER_TIME: 0.537462 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986220000000003
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.806645(s) Flops=1285595136 => 1593.75578600252 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229554.574791649 Mflops = 229.554574791649 Gflops = 0.229554574791649 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142222
CLOV_LINOP: Time spent in clov deriv (total) = 1.389936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040918 s
InvBiCGStab: k = 26 resid = 2.27614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105077(s) Flops=173574144 => 1651.87571019348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237750.45125372 Mflops = 237.75045125372 Gflops = 0.23775045125372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068905 s
InvBiCGStab: k = 43 resid = 9.02636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200672(s) Flops=285124608 => 1420.84898740233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204552.562768431 Mflops = 204.552562768431 Gflops = 0.204552562768431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007192956 Relative Rsd = 3.15120943065602e-07
BICGSTAB_SOLVER_TIME: 0.419439 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635900000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045716 s
InvBiCGStab: k = 51 resid = 1.854346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211309(s) Flops=337618944 => 1597.74994912663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230019.547187273 Mflops = 230.019547187273 Gflops = 0.230019547187273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067038 s
InvBiCGStab: k = 75 resid = 1.025445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342502(s) Flops=495101952 => 1445.54470338859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208117.084357656 Mflops = 208.117084357656 Gflops = 0.208117084357656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001117986 Relative Rsd = 4.89785723205106e-07
BICGSTAB_SOLVER_TIME: 0.670754 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052593 s
InvBiCGStab: k = 50 resid = 1.950847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225742(s) Flops=331057152 => 1466.52883380142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211121.070371499 Mflops = 211.121070371499 Gflops = 0.211121070371499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081342 s
InvBiCGStab: k = 71 resid = 8.497223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33901(s) Flops=468854784 => 1383.01166337276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199117.129398387 Mflops = 199.117129398387 Gflops = 0.199117129398387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009829698 Relative Rsd = 4.30635704785907e-07
BICGSTAB_SOLVER_TIME: 0.702558 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04185 s
InvBiCGStab: k = 60 resid = 1.32119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221474(s) Flops=396675072 => 1791.06835113828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.532248295 Mflops = 257.855532248295 Gflops = 0.257855532248295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056771 s
InvBiCGStab: k = 77 resid = 1.061869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284411(s) Flops=508225536 => 1786.94050511408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257260.631659185 Mflops = 257.260631659185 Gflops = 0.257260631659185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001071185 Relative Rsd = 4.69282391571956e-07
BICGSTAB_SOLVER_TIME: 0.608342 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 48 resid = 1.952262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177126(s) Flops=317933568 => 1794.95708139968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258394.912014156 Mflops = 258.394912014156 Gflops = 0.258394912014156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05656 s
InvBiCGStab: k = 82 resid = 6.693432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300655(s) Flops=541034496 => 1799.51936937686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259073.193331199 Mflops = 259.073193331199 Gflops = 0.259073193331199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001009841 Relative Rsd = 4.42407893559583e-07
BICGSTAB_SOLVER_TIME: 0.579724 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107098
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807532(s) Flops=1285668864 => 1592.09649153222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229242.997796044 Mflops = 229.242997796044 Gflops = 0.229242997796044 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142221000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02147
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.828924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66284(s) Flops=1144719360 => 1726.99197393036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248670.75588423 Mflops = 248.67075588423 Gflops = 0.24867075588423 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.117338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.04474(s) Flops=1518741504 => 1453.70283898386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209323.165828316 Mflops = 209.323165828316 Gflops = 0.209323165828316 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.001980865 Relative Rsd = 8.71040240624531e-07
BICGSTAB_SOLVER_TIME: 1.711294 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.129147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289175999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.172906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770257(s) Flops=1151281152 => 1494.67145641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215146.366005692 Mflops = 215.146366005692 Gflops = 0.215146366005692 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 8.23414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749148(s) Flops=1341573120 => 1790.79850710407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257861.85497799 Mflops = 257.86185497799 Gflops = 0.25786185497799 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.001924032 Relative Rsd = 8.45201001694126e-07
BICGSTAB_SOLVER_TIME: 1.522774 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270621999999997
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.808024(s) Flops=1285668864 => 1591.1270754334 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229138.117740465 Mflops = 229.138117740465 Gflops = 0.229138117740465 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142212000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041093 s
InvBiCGStab: k = 26 resid = 2.228628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096403(s) Flops=173574144 => 1800.50562741823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259139.862837234 Mflops = 259.139862837234 Gflops = 0.259139862837234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 47 resid = 8.072667e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17304(s) Flops=311371776 => 1799.42080443828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259008.067157343 Mflops = 259.008067157343 Gflops = 0.259008067157343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007354232 Relative Rsd = 3.22186388178118e-07
BICGSTAB_SOLVER_TIME: 0.37064 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041305 s
InvBiCGStab: k = 70 resid = 2.046995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256797(s) Flops=462292992 => 1800.22738583395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.167725097 Mflops = 259.172167725097 Gflops = 0.259172167725097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 91 resid = 1.03936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33221(s) Flops=600090624 => 1806.35930285061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260070.079005962 Mflops = 260.070079005962 Gflops = 0.260070079005962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001216955 Relative Rsd = 5.33143845758644e-07
BICGSTAB_SOLVER_TIME: 0.690078 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04593 s
InvBiCGStab: k = 50 resid = 2.267182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218662(s) Flops=331057152 => 1514.01318930587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217971.297157859 Mflops = 217.971297157859 Gflops = 0.217971297157859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064456 s
InvBiCGStab: k = 67 resid = 1.15158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304759(s) Flops=442607616 => 1452.32008242579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209046.750450954 Mflops = 209.046750450954 Gflops = 0.209046750450954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009820013 Relative Rsd = 4.30211426171182e-07
BICGSTAB_SOLVER_TIME: 0.638829 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0980630000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048906 s
InvBiCGStab: k = 56 resid = 2.015775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255571(s) Flops=370427904 => 1449.41289895958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208675.755046915 Mflops = 208.675755046915 Gflops = 0.208675755046915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077182 s
InvBiCGStab: k = 72 resid = 1.10909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328195(s) Flops=475416576 => 1448.57958226055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208553.105161273 Mflops = 208.553105161273 Gflops = 0.208553105161273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001049424 Relative Rsd = 4.59749000532457e-07
BICGSTAB_SOLVER_TIME: 0.713777 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052201 s
InvBiCGStab: k = 53 resid = 2.078023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194623(s) Flops=350742528 => 1802.16381414324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.446992923 Mflops = 259.411446992923 Gflops = 0.259411446992923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 70 resid = 1.118442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296404(s) Flops=462292992 => 1559.67190726171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224538.075088696 Mflops = 224.538075088696 Gflops = 0.224538075088696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0010145 Relative Rsd = 4.4444916381752e-07
BICGSTAB_SOLVER_TIME: 0.603626 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102162
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811667(s) Flops=1285595136 => 1583.89479429372 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228068.189472304 Mflops = 228.068189472304 Gflops = 0.228068189472304 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142434000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 27 resid = 2.151353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099876(s) Flops=180135936 => 1803.59581881533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259547.241979635 Mflops = 259.547241979635 Gflops = 0.259547241979635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 46 resid = 7.251798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168813(s) Flops=304809984 => 1805.60729327718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.97594618 Mflops = 259.91297594618 Gflops = 0.25991297594618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007785017 Relative Rsd = 3.41058957856002e-07
BICGSTAB_SOLVER_TIME: 0.369517 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041022 s
InvBiCGStab: k = 75 resid = 2.260867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27411(s) Flops=495101952 => 1806.21630732188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.863724571 Mflops = 260.046863724571 Gflops = 0.260046863724571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 95 resid = 1.100302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369518(s) Flops=626337792 => 1695.01294118284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244039.256990999 Mflops = 244.039256990999 Gflops = 0.244039256990999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001203435 Relative Rsd = 5.27220826535039e-07
BICGSTAB_SOLVER_TIME: 0.744843 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 47 resid = 1.911812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173562(s) Flops=311371776 => 1794.00891900301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.526509994 Mflops = 258.259526509994 Gflops = 0.258259526509994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 67 resid = 1.123586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247262(s) Flops=442607616 => 1790.03492651519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257675.16921046 Mflops = 257.67516921046 Gflops = 0.25767516921046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009738556 Relative Rsd = 4.2664282430185e-07
BICGSTAB_SOLVER_TIME: 0.522212 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955750000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047248 s
InvBiCGStab: k = 61 resid = 1.797457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269018(s) Flops=403236864 => 1498.9214996766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215814.017293476 Mflops = 215.814017293476 Gflops = 0.215814017293476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063645 s
InvBiCGStab: k = 77 resid = 1.008583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352754(s) Flops=508225536 => 1440.73642254943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207431.591806355 Mflops = 207.431591806355 Gflops = 0.207431591806355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001077499 Relative Rsd = 4.72048439254327e-07
BICGSTAB_SOLVER_TIME: 0.73915 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112775
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052857 s
InvBiCGStab: k = 54 resid = 2.204149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240678(s) Flops=357304320 => 1484.574078229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213728.419922089 Mflops = 213.728419922089 Gflops = 0.213728419922089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065761 s
InvBiCGStab: k = 73 resid = 1.038421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314215(s) Flops=481978368 => 1533.91266489506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220836.086352914 Mflops = 220.836086352914 Gflops = 0.220836086352914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001024826 Relative Rsd = 4.48972609324897e-07
BICGSTAB_SOLVER_TIME: 0.677309 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106785
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893726(s) Flops=1285668864 => 1438.54924663711 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207129.986985402 Mflops = 207.129986985402 Gflops = 0.207129986985402 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142186000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 28 resid = 2.01534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111239(s) Flops=186697728 => 1678.34777371246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241563.624321262 Mflops = 241.563624321262 Gflops = 0.241563624321262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060378 s
InvBiCGStab: k = 46 resid = 9.222036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178599(s) Flops=304809984 => 1706.67240018141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245675.73161755 Mflops = 245.67573161755 Gflops = 0.24567573161755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007455224 Relative Rsd = 3.26610840442174e-07
BICGSTAB_SOLVER_TIME: 0.39567 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 51 resid = 9.78291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189798(s) Flops=337618944 => 1778.83299086397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256082.549619748 Mflops = 256.082549619748 Gflops = 0.256082549619748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05712 s
InvBiCGStab: k = 81 resid = 1.101492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300131(s) Flops=534472704 => 1780.79806484502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256381.182029397 Mflops = 256.381182029397 Gflops = 0.256381182029397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001037086 Relative Rsd = 4.54344000047855e-07
BICGSTAB_SOLVER_TIME: 0.591837 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042827 s
InvBiCGStab: k = 58 resid = 2.04147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213713(s) Flops=383551488 => 1794.70358845742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258362.624138162 Mflops = 258.362624138162 Gflops = 0.258362624138162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056368 s
InvBiCGStab: k = 63 resid = 9.57214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231246(s) Flops=416360448 => 1800.50875690823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.470158655 Mflops = 259.197470158655 Gflops = 0.259197470158655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009912589 Relative Rsd = 4.34267140079129e-07
BICGSTAB_SOLVER_TIME: 0.547962 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040751 s
InvBiCGStab: k = 55 resid = 2.277668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201472(s) Flops=363866112 => 1806.03811944091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.575894149 Mflops = 260.006575894149 Gflops = 0.260006575894149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 81 resid = 5.554151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296337(s) Flops=534472704 => 1803.59760677877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.694868102 Mflops = 259.659694868102 Gflops = 0.259659694868102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001112439 Relative Rsd = 4.87355620135692e-07
BICGSTAB_SOLVER_TIME: 0.598413 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 49 resid = 1.575709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180252(s) Flops=324495360 => 1800.23167565408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259163.419349744 Mflops = 259.163419349744 Gflops = 0.259163419349744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 60 resid = 1.097899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219842(s) Flops=396675072 => 1804.36437077537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.987715044 Mflops = 259.759987715044 Gflops = 0.259759987715044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.001008899 Relative Rsd = 4.41995039203747e-07
BICGSTAB_SOLVER_TIME: 0.501292 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0921660000000002
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979415(s) Flops=1285742592 => 1312.76587759019 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189035.536940931 Mflops = 189.035536940931 Gflops = 0.189035536940931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142046000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.513288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 29 resid = 1.631102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108684(s) Flops=193259520 => 1778.17820470354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255945.572897416 Mflops = 255.945572897416 Gflops = 0.255945572897416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057003 s
InvBiCGStab: k = 47 resid = 6.873367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174964(s) Flops=311371776 => 1779.6333874397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256180.414349054 Mflops = 256.180414349054 Gflops = 0.256180414349054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007465208 Relative Rsd = 3.27048226353928e-07
BICGSTAB_SOLVER_TIME: 0.386001 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0687330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 52 resid = 2.19663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193024(s) Flops=344180736 => 1783.09814323607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256699.130814076 Mflops = 256.699130814076 Gflops = 0.256699130814076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056937 s
InvBiCGStab: k = 73 resid = 7.954325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269109(s) Flops=481978368 => 1791.01541754456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257839.531062075 Mflops = 257.839531062075 Gflops = 0.257839531062075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001076919 Relative Rsd = 4.71794555500979e-07
BICGSTAB_SOLVER_TIME: 0.563891 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103521
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 47 resid = 2.139369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172626(s) Flops=311371776 => 1803.73626220847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.215193786 Mflops = 259.657215193786 Gflops = 0.259657215193786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 67 resid = 1.136836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245237(s) Flops=442607616 => 1804.81581490558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.262870181 Mflops = 259.836262870181 Gflops = 0.259836262870181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009922243 Relative Rsd = 4.34690092663805e-07
BICGSTAB_SOLVER_TIME: 0.519017 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0958650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 62 resid = 2.208785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226972(s) Flops=409798656 => 1805.50312813915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259927.603930414 Mflops = 259.927603930414 Gflops = 0.259927603930414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056645 s
InvBiCGStab: k = 73 resid = 1.144338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267128(s) Flops=481978368 => 1804.29744541942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.447424173 Mflops = 259.759447424173 Gflops = 0.259759447424173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001033461 Relative Rsd = 4.52755671054178e-07
BICGSTAB_SOLVER_TIME: 0.596012 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 51 resid = 1.694528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187011(s) Flops=337618944 => 1805.34270176621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259895.992460032 Mflops = 259.895992460032 Gflops = 0.259895992460032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 65 resid = 1.116981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238327(s) Flops=429484032 => 1802.07879090493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259443.162226663 Mflops = 259.443162226663 Gflops = 0.259443162226663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009950778 Relative Rsd = 4.35940181992516e-07
BICGSTAB_SOLVER_TIME: 0.526827 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970960000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.809622(s) Flops=1291862016 => 1595.6360079148 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229742.251144058 Mflops = 229.742251144058 Gflops = 0.229742251144058 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143353000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.536859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.812259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.647501(s) Flops=1164404736 => 1798.30569528078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.084259737 Mflops = 258.860084259737 Gflops = 0.258860084259737 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.134351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.823309(s) Flops=1485932544 => 1804.82971035176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259882.711753847 Mflops = 259.882711753847 Gflops = 0.259882711753847 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.001973811 Relative Rsd = 8.67906620647451e-07
BICGSTAB_SOLVER_TIME: 1.474142 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288094999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.988785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669344(s) Flops=1210337280 => 1808.24401204762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260358.507507127 Mflops = 260.358507507127 Gflops = 0.260358507507127 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.093069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701494(s) Flops=1269393408 => 1809.55704254063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260564.784536353 Mflops = 260.564784536353 Gflops = 0.260564784536353 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.001871462 Relative Rsd = 8.22093954359397e-07
BICGSTAB_SOLVER_TIME: 1.374199 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.11569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269269999999997
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811463(s) Flops=1291862016 => 1592.01592185965 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229255.672054983 Mflops = 229.255672054983 Gflops = 0.229255672054983 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143232000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.458551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050545 s
InvBiCGStab: k = 29 resid = 1.888544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138019(s) Flops=193259520 => 1400.23851788522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201543.375000186 Mflops = 201.543375000186 Gflops = 0.201543375000186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071278 s
InvBiCGStab: k = 51 resid = 9.209174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220032(s) Flops=337618944 => 1534.40837696335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220884.953538989 Mflops = 220.884953538989 Gflops = 0.220884953538989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007595799 Relative Rsd = 3.32769357502477e-07
BICGSTAB_SOLVER_TIME: 0.484059 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 75 resid = 2.122506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361053(s) Flops=495101952 => 1371.27222873096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197433.759638557 Mflops = 197.433759638557 Gflops = 0.197433759638557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066075 s
InvBiCGStab: k = 103 resid = 1.097235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415393(s) Flops=678832128 => 1634.19250685495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235290.565283669 Mflops = 235.290565283669 Gflops = 0.235290565283669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001257138 Relative Rsd = 5.5074791469059e-07
BICGSTAB_SOLVER_TIME: 0.887668 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 49 resid = 1.854539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180483(s) Flops=324495360 => 1797.92756104453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258832.930932259 Mflops = 258.83293093226 Gflops = 0.25883293093226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056583 s
InvBiCGStab: k = 57 resid = 1.086692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209931(s) Flops=376989696 => 1795.77907026594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258520.488323694 Mflops = 258.520488323694 Gflops = 0.258520488323694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.001012237 Relative Rsd = 4.43457497345021e-07
BICGSTAB_SOLVER_TIME: 0.491848 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0899050000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041296 s
InvBiCGStab: k = 57 resid = 1.605281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210623(s) Flops=376989696 => 1789.87905404443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257686.942490897 Mflops = 257.686942490897 Gflops = 0.257686942490897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 78 resid = 7.478726e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285578(s) Flops=514787328 => 1802.6154955914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259531.400071539 Mflops = 259.531400071539 Gflops = 0.259531400071539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001087257 Relative Rsd = 4.76323407130866e-07
BICGSTAB_SOLVER_TIME: 0.597714 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110758
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040531 s
InvBiCGStab: k = 54 resid = 1.86588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198564(s) Flops=357304320 => 1799.44159062066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259046.024496258 Mflops = 259.046024496258 Gflops = 0.259046024496258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055725 s
InvBiCGStab: k = 72 resid = 7.655572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263829(s) Flops=475416576 => 1801.98756012417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.720419643 Mflops = 259.413720419643 Gflops = 0.259413720419643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001072866 Relative Rsd = 4.70018899262214e-07
BICGSTAB_SOLVER_TIME: 0.562549 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104354
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834939(s) Flops=1291862016 => 1547.2531717886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222788.679019129 Mflops = 222.788679019129 Gflops = 0.222788679019129 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143075000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043581 s
InvBiCGStab: k = 31 resid = 1.642484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146614(s) Flops=206383104 => 1407.66300626134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202614.694966681 Mflops = 202.614694966681 Gflops = 0.202614694966681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065292 s
InvBiCGStab: k = 46 resid = 9.545669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220063(s) Flops=304809984 => 1385.10328405956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199391.656085821 Mflops = 199.391656085821 Gflops = 0.199391656085821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000755159 Relative Rsd = 3.30832588612682e-07
BICGSTAB_SOLVER_TIME: 0.479474 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052288 s
InvBiCGStab: k = 76 resid = 2.124121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335946(s) Flops=501663744 => 1493.28684967227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214997.218941614 Mflops = 214.997218941614 Gflops = 0.214997218941614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065148 s
InvBiCGStab: k = 106 resid = 1.142044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45921(s) Flops=698517504 => 1521.12868622199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218997.302519339 Mflops = 218.997302519339 Gflops = 0.218997302519339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001255336 Relative Rsd = 5.4995821279488e-07
BICGSTAB_SOLVER_TIME: 0.917599 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 50 resid = 2.188874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185225(s) Flops=331057152 => 1787.3243460656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257306.15514722 Mflops = 257.30615514722 Gflops = 0.25730615514722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 64 resid = 1.113946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235593(s) Flops=422922240 => 1795.13924437483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258431.629716901 Mflops = 258.431629716901 Gflops = 0.258431629716901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009943928 Relative Rsd = 4.35640091192053e-07
BICGSTAB_SOLVER_TIME: 0.521936 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955980000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 64 resid = 2.229517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236269(s) Flops=422922240 => 1790.00308969861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257709.793541462 Mflops = 257.709793541462 Gflops = 0.257709793541462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 89 resid = 1.147696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327055(s) Flops=586967040 => 1794.70437693966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258383.263972406 Mflops = 258.383263972406 Gflops = 0.258383263972406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001073793 Relative Rsd = 4.70425123467802e-07
BICGSTAB_SOLVER_TIME: 0.66458 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044545 s
InvBiCGStab: k = 50 resid = 2.132209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194817(s) Flops=331057152 => 1699.32373458168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244626.710808676 Mflops = 244.626710808676 Gflops = 0.244626710808676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061153 s
InvBiCGStab: k = 82 resid = 8.580622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309493(s) Flops=541034496 => 1748.13160879244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251671.629634201 Mflops = 251.671629634201 Gflops = 0.251671629634201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001010026 Relative Rsd = 4.42488781392611e-07
BICGSTAB_SOLVER_TIME: 0.613827 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108762
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.817322(s) Flops=1298128896 => 1588.27108043097 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228709.092090747 Mflops = 228.709092090747 Gflops = 0.228709092090747 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040891 s
InvBiCGStab: k = 27 resid = 2.14795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100104(s) Flops=180135936 => 1799.4878925917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.084706625 Mflops = 258.960084706625 Gflops = 0.258960084706625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066202 s
InvBiCGStab: k = 48 resid = 8.181884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220614(s) Flops=317933568 => 1441.13051755555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207435.959285727 Mflops = 207.435959285727 Gflops = 0.207435959285727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007522914 Relative Rsd = 3.29576302643547e-07
BICGSTAB_SOLVER_TIME: 0.434753 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04912 s
InvBiCGStab: k = 51 resid = 2.043016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224959(s) Flops=337618944 => 1500.80211949733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216060.053676115 Mflops = 216.060053676115 Gflops = 0.216060053676115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06608 s
InvBiCGStab: k = 74 resid = 1.099816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323682(s) Flops=488540160 => 1509.32137097522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217307.082503513 Mflops = 217.307082503513 Gflops = 0.217307082503513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00104359 Relative Rsd = 4.57193077611796e-07
BICGSTAB_SOLVER_TIME: 0.667878 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04359 s
InvBiCGStab: k = 53 resid = 2.26548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239517(s) Flops=350742528 => 1464.37425318453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210825.044773024 Mflops = 210.825044773024 Gflops = 0.210825044773024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 61 resid = 1.125935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292366(s) Flops=403236864 => 1379.21941675845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198416.291597896 Mflops = 198.416291597896 Gflops = 0.198416291597896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009731791 Relative Rsd = 4.2634643108518e-07
BICGSTAB_SOLVER_TIME: 0.640915 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956790000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041164 s
InvBiCGStab: k = 53 resid = 1.865474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20837(s) Flops=350742528 => 1683.26787925325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242328.42851492 Mflops = 242.32842851492 Gflops = 0.24232842851492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058783 s
InvBiCGStab: k = 71 resid = 6.466154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274774(s) Flops=468854784 => 1706.32877928771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245654.133172871 Mflops = 245.654133172871 Gflops = 0.245654133172871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001044707 Relative Rsd = 4.57682484702421e-07
BICGSTAB_SOLVER_TIME: 0.586971 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102669
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041722 s
InvBiCGStab: k = 53 resid = 2.080263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196875(s) Flops=350742528 => 1781.54934857143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256464.267538069 Mflops = 256.464267538069 Gflops = 0.256464267538069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057243 s
InvBiCGStab: k = 74 resid = 9.22567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273133(s) Flops=488540160 => 1788.65300055284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257495.673172942 Mflops = 257.495673172942 Gflops = 0.257495673172942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009713518 Relative Rsd = 4.2554591694445e-07
BICGSTAB_SOLVER_TIME: 0.572792 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104975
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.814323(s) Flops=1298423808 => 1594.48254316776 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229580.91748449 Mflops = 229.58091748449 Gflops = 0.22958091748449 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143573000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.373791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041804 s
InvBiCGStab: k = 29 resid = 2.025919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10711(s) Flops=193259520 => 1804.30884137802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.520328123 Mflops = 259.698520328123 Gflops = 0.259698520328123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056979 s
InvBiCGStab: k = 42 resid = 8.086492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156914(s) Flops=278562816 => 1775.25788648559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255534.823963926 Mflops = 255.534823963926 Gflops = 0.255534823963926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006935211 Relative Rsd = 3.03829210679716e-07
BICGSTAB_SOLVER_TIME: 0.366724 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0666620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041177 s
InvBiCGStab: k = 61 resid = 2.251462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223706(s) Flops=403236864 => 1802.53039256882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.25965394 Mflops = 259.50825965394 Gflops = 0.25950825965394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059617 s
InvBiCGStab: k = 70 resid = 8.866528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305826(s) Flops=462292992 => 1511.62096093857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217628.809621248 Mflops = 217.628809621248 Gflops = 0.217628809621248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001060702 Relative Rsd = 4.64690094504311e-07
BICGSTAB_SOLVER_TIME: 0.634237 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107739
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057015 s
InvBiCGStab: k = 52 resid = 2.139073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22559(s) Flops=344180736 => 1525.6914579547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219644.822930978 Mflops = 219.644822930978 Gflops = 0.219644822930978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066191 s
InvBiCGStab: k = 68 resid = 9.101722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328742(s) Flops=449169408 => 1366.32802623334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196720.135681673 Mflops = 196.720135681673 Gflops = 0.196720135681673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001012994 Relative Rsd = 4.43789412866674e-07
BICGSTAB_SOLVER_TIME: 0.682815 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044362 s
InvBiCGStab: k = 54 resid = 2.196647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236243(s) Flops=357304320 => 1512.44405125231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217738.889694587 Mflops = 217.738889694587 Gflops = 0.217738889694587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075465 s
InvBiCGStab: k = 69 resid = 7.140981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355069(s) Flops=455731200 => 1283.50039006503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184791.503536166 Mflops = 184.791503536166 Gflops = 0.184791503536166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001049642 Relative Rsd = 4.59844423694874e-07
BICGSTAB_SOLVER_TIME: 0.717737 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059129 s
InvBiCGStab: k = 52 resid = 2.102727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208648(s) Flops=344180736 => 1649.57601318968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237475.276847676 Mflops = 237.475276847676 Gflops = 0.237475276847676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055632 s
InvBiCGStab: k = 63 resid = 9.528042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235329(s) Flops=416360448 => 1769.26960978035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254705.674607425 Mflops = 254.705674607425 Gflops = 0.254705674607425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001002151 Relative Rsd = 4.39038859212721e-07
BICGSTAB_SOLVER_TIME: 0.562612 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964840000000003
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891787(s) Flops=1304838144 => 1463.17242121717 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210699.542480816 Mflops = 210.699542480816 Gflops = 0.210699542480816 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144389
CLOV_LINOP: Time spent in clov deriv (total) = 1.399757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.867279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733025(s) Flops=1262831616 => 1722.76745813581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248017.486913499 Mflops = 248.017486913499 Gflops = 0.248017486913499 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.00494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855918(s) Flops=1505617920 => 1759.06794809783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253293.254706791 Mflops = 253.293254706791 Gflops = 0.253293254706791 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.001964473 Relative Rsd = 8.63766165647058e-07
BICGSTAB_SOLVER_TIME: 1.592399 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300439999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 2.238338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.623871(s) Flops=1111910400 => 1782.27614362585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256540.060597326 Mflops = 256.540060597326 Gflops = 0.256540060597326 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.121055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710007(s) Flops=1243146240 => 1750.89293485839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252114.726818967 Mflops = 252.114726818967 Gflops = 0.252114726818967 Tflops
BICGSTAB_SOLVER: 358 iterations. Rsd = 0.00183123 Relative Rsd = 8.04415888408071e-07
BICGSTAB_SOLVER_TIME: 1.337297 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255853999999997
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84383(s) Flops=1304838144 => 1546.32822250927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222662.654476616 Mflops = 222.662654476616 Gflops = 0.222662654476616 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144506000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043503 s
InvBiCGStab: k = 32 resid = 1.230756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118596(s) Flops=212944896 => 1795.54872002428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258445.924642278 Mflops = 258.445924642278 Gflops = 0.258445924642278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 49 resid = 1.061091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182244(s) Flops=324495360 => 1780.55442154474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256309.338592037 Mflops = 256.309338592037 Gflops = 0.256309338592037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007021484 Relative Rsd = 3.07608829830984e-07
BICGSTAB_SOLVER_TIME: 0.40437 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 74 resid = 2.127056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270309(s) Flops=488540160 => 1807.33960023529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260189.529866116 Mflops = 260.189529866116 Gflops = 0.260189529866116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056595 s
InvBiCGStab: k = 92 resid = 8.702633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375407(s) Flops=606652416 => 1615.98589264452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232653.960665087 Mflops = 232.653960665087 Gflops = 0.232653960665087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001213461 Relative Rsd = 5.31613097069814e-07
BICGSTAB_SOLVER_TIME: 0.747674 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05506 s
InvBiCGStab: k = 47 resid = 2.203512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211709(s) Flops=311371776 => 1470.75360990794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211744.755846065 Mflops = 211.744755846065 Gflops = 0.211744755846065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058189 s
InvBiCGStab: k = 68 resid = 7.753696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288912(s) Flops=449169408 => 1554.69280611397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223821.916768069 Mflops = 223.821916768069 Gflops = 0.223821916768069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.000985882 Relative Rsd = 4.31911549698274e-07
BICGSTAB_SOLVER_TIME: 0.617789 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.146939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963200000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053442 s
InvBiCGStab: k = 57 resid = 1.939861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241802(s) Flops=376989696 => 1559.0842755643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224471.757759576 Mflops = 224.471757759576 Gflops = 0.224471757759576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074163 s
InvBiCGStab: k = 75 resid = 1.044379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339677(s) Flops=495101952 => 1457.56690032001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209847.426994854 Mflops = 209.847426994854 Gflops = 0.209847426994854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001079985 Relative Rsd = 4.73137670937787e-07
BICGSTAB_SOLVER_TIME: 0.712957 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 52 resid = 1.704277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192051(s) Flops=344180736 => 1792.13196494681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257995.161023867 Mflops = 257.995161023867 Gflops = 0.257995161023867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056448 s
InvBiCGStab: k = 68 resid = 9.564923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250543(s) Flops=449169408 => 1792.78370579102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258100.553377715 Mflops = 258.100553377715 Gflops = 0.258100553377715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001019092 Relative Rsd = 4.46460700401653e-07
BICGSTAB_SOLVER_TIME: 0.54367 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100031
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.826555(s) Flops=1317076992 => 1593.45354150661 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229509.558654946 Mflops = 229.509558654946 Gflops = 0.229509558654946 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146075000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041268 s
InvBiCGStab: k = 30 resid = 2.238388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112238(s) Flops=199821312 => 1780.33564389957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256240.32651417 Mflops = 256.24032651417 Gflops = 0.25624032651417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056951 s
InvBiCGStab: k = 51 resid = 1.019387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189017(s) Flops=337618944 => 1786.18295708852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257134.750829685 Mflops = 257.134750829685 Gflops = 0.257134750829685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007403182 Relative Rsd = 3.24330884775303e-07
BICGSTAB_SOLVER_TIME: 0.403327 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0724230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 74 resid = 1.827735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270329(s) Flops=488540160 => 1807.20588616094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260182.259266709 Mflops = 260.182259266709 Gflops = 0.260182259266709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 95 resid = 6.210565e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347101(s) Flops=626337792 => 1804.48282200282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.165106511 Mflops = 259.800165106511 Gflops = 0.259800165106511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00125228 Relative Rsd = 5.48619483457467e-07
BICGSTAB_SOLVER_TIME: 0.718448 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054738 s
InvBiCGStab: k = 56 resid = 1.972326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210802(s) Flops=370427904 => 1757.23144941699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253007.466168357 Mflops = 253.007466168357 Gflops = 0.253007466168357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055855 s
InvBiCGStab: k = 69 resid = 8.927727e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252835(s) Flops=455731200 => 1802.48462435976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259488.780567844 Mflops = 259.488780567844 Gflops = 0.259488780567844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001050855 Relative Rsd = 4.60376161744776e-07
BICGSTAB_SOLVER_TIME: 0.578126 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 58 resid = 1.892731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212596(s) Flops=383551488 => 1804.13313514836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259730.946983201 Mflops = 259.730946983201 Gflops = 0.259730946983201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 77 resid = 9.82145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281513(s) Flops=508225536 => 1805.3359383048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259906.5112325 Mflops = 259.9065112325 Gflops = 0.2599065112325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001116565 Relative Rsd = 4.89163509104895e-07
BICGSTAB_SOLVER_TIME: 0.59549 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 51 resid = 2.001973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209929(s) Flops=337618944 => 1608.25299982375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231541.847731149 Mflops = 231.541847731149 Gflops = 0.231541847731149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064776 s
InvBiCGStab: k = 70 resid = 1.105065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298268(s) Flops=462292992 => 1549.92487293307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223145.935229943 Mflops = 223.145935229943 Gflops = 0.223145935229943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001046601 Relative Rsd = 4.58512273506554e-07
BICGSTAB_SOLVER_TIME: 0.617773 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100607
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.999791(s) Flops=1323565056 => 1323.84173892344 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190689.105351949 Mflops = 190.689105351949 Gflops = 0.190689105351949 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146339000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041515 s
InvBiCGStab: k = 26 resid = 2.256321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096743(s) Flops=173574144 => 1794.17781131451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258229.126889155 Mflops = 258.229126889155 Gflops = 0.258229126889155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056879 s
InvBiCGStab: k = 49 resid = 7.965905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180037(s) Flops=324495360 => 1802.38151046729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259447.6164934 Mflops = 259.4476164934 Gflops = 0.2594476164934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007643948 Relative Rsd = 3.34878739803925e-07
BICGSTAB_SOLVER_TIME: 0.379 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 48 resid = 1.817964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176849(s) Flops=317933568 => 1797.76853700049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.298754015 Mflops = 258.795298754015 Gflops = 0.258795298754015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 81 resid = 5.842098e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297448(s) Flops=534472704 => 1796.86097738092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258688.32239359 Mflops = 258.68832239359 Gflops = 0.25868832239359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001022944 Relative Rsd = 4.48148124640962e-07
BICGSTAB_SOLVER_TIME: 0.575275 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 52 resid = 2.057126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191478(s) Flops=344180736 => 1797.4949393664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258773.369468056 Mflops = 258.773369468056 Gflops = 0.258773369468056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 61 resid = 1.062125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223869(s) Flops=403236864 => 1801.21796229045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.416720013 Mflops = 259.296416720013 Gflops = 0.259296416720013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.000968256 Relative Rsd = 4.24189668710036e-07
BICGSTAB_SOLVER_TIME: 0.51645 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0953980000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 56 resid = 2.149356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205769(s) Flops=370427904 => 1800.21239350923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259180.561006076 Mflops = 259.180561006076 Gflops = 0.259180561006076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055951 s
InvBiCGStab: k = 68 resid = 1.111297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250118(s) Flops=449169408 => 1795.83000023989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258529.764487283 Mflops = 258.529764487283 Gflops = 0.258529764487283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00103527 Relative Rsd = 4.53548280015766e-07
BICGSTAB_SOLVER_TIME: 0.556775 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044187 s
InvBiCGStab: k = 47 resid = 2.087805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172733(s) Flops=311371776 => 1802.61893210909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259500.205682538 Mflops = 259.500205682538 Gflops = 0.259500205682538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 76 resid = 1.104679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283812(s) Flops=501663744 => 1767.59172973659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254477.013593498 Mflops = 254.477013593498 Gflops = 0.254477013593498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001023856 Relative Rsd = 4.48547718696302e-07
BICGSTAB_SOLVER_TIME: 0.560846 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102231
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852101(s) Flops=1329979392 => 1560.82364883975 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224854.314587892 Mflops = 224.854314587892 Gflops = 0.224854314587892 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147225000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054905 s
InvBiCGStab: k = 27 resid = 1.797403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122994(s) Flops=180135936 => 1464.59124835358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210872.913125845 Mflops = 210.872913125845 Gflops = 0.210872913125845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064824 s
InvBiCGStab: k = 43 resid = 1.127478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183401(s) Flops=285124608 => 1554.6513268739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223789.036806382 Mflops = 223.789036806382 Gflops = 0.223789036806382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006756014 Relative Rsd = 2.95978679276085e-07
BICGSTAB_SOLVER_TIME: 0.430472 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050086 s
InvBiCGStab: k = 60 resid = 1.614633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264271(s) Flops=396675072 => 1501.01627496017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216097.514178571 Mflops = 216.097514178571 Gflops = 0.216097514178571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078199 s
InvBiCGStab: k = 75 resid = 4.190392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342562(s) Flops=495101952 => 1445.29151511259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208086.227829673 Mflops = 208.086227829673 Gflops = 0.208086227829673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001073124 Relative Rsd = 4.70132019825678e-07
BICGSTAB_SOLVER_TIME: 0.738976 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040736 s
InvBiCGStab: k = 52 resid = 1.530583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191692(s) Flops=344180736 => 1795.48826242097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258475.202935679 Mflops = 258.475202935679 Gflops = 0.258475202935679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055971 s
InvBiCGStab: k = 63 resid = 6.110974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23229(s) Flops=416360448 => 1792.41658271988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258041.845586059 Mflops = 258.041845586059 Gflops = 0.258041845586059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009653733 Relative Rsd = 4.22926752590653e-07
BICGSTAB_SOLVER_TIME: 0.52462 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964930000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04118 s
InvBiCGStab: k = 63 resid = 2.22722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231663(s) Flops=416360448 => 1797.26778984991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.995060424 Mflops = 258.751995060424 Gflops = 0.258751995060424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056765 s
InvBiCGStab: k = 72 resid = 1.023331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271683(s) Flops=475416576 => 1749.89445787922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251927.684104984 Mflops = 251.927684104984 Gflops = 0.251927684104984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001069125 Relative Rsd = 4.68379875119716e-07
BICGSTAB_SOLVER_TIME: 0.605109 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 51 resid = 2.152018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1884(s) Flops=337618944 => 1792.03261146497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257975.949022783 Mflops = 257.975949022783 Gflops = 0.257975949022783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057326 s
InvBiCGStab: k = 80 resid = 1.067416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294781(s) Flops=527910912 => 1790.85799966755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257819.827198402 Mflops = 257.819827198402 Gflops = 0.257819827198402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001012377 Relative Rsd = 4.43519004738861e-07
BICGSTAB_SOLVER_TIME: 0.585417 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107804
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843561(s) Flops=1342365696 => 1591.30838907915 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229127.961229655 Mflops = 229.127961229655 Gflops = 0.229127961229655 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148413000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.125254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.606864(s) Flops=1098786816 => 1810.59811753539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260694.469320237 Mflops = 260.694469320237 Gflops = 0.260694469320237 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.102821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762669(s) Flops=1380943872 => 1810.67261420092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260726.529412485 Mflops = 260.726529412485 Gflops = 0.260726529412485 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.002097499 Relative Rsd = 9.22215495531766e-07
BICGSTAB_SOLVER_TIME: 1.372974 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269441999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.008701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79013(s) Flops=1164404736 => 1473.68754002506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212154.900648372 Mflops = 212.154900648372 Gflops = 0.212154900648372 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 6.290592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853279(s) Flops=1230022656 => 1441.52458457316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207571.443237342 Mflops = 207.571443237342 Gflops = 0.207571443237342 Tflops
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.00190904 Relative Rsd = 8.38592054028896e-07
BICGSTAB_SOLVER_TIME: 1.646882 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.136047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261032999999997
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843226(s) Flops=1342365696 => 1591.94059006719 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229231.095882483 Mflops = 229.231095882483 Gflops = 0.229231095882483 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148639000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 24 resid = 2.258921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089071(s) Flops=160450560 => 1801.37822635875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259238.329358831 Mflops = 259.238329358831 Gflops = 0.259238329358831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056074 s
InvBiCGStab: k = 53 resid = 1.006434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194665(s) Flops=350742528 => 1801.77498779955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.963137265 Mflops = 259.380963137265 Gflops = 0.259380963137265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007401774 Relative Rsd = 3.24269198877417e-07
BICGSTAB_SOLVER_TIME: 0.384757 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 77 resid = 2.212224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282602(s) Flops=508225536 => 1798.37911975145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258922.227270617 Mflops = 258.922227270617 Gflops = 0.258922227270617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 102 resid = 9.647372e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373184(s) Flops=672270336 => 1801.44469216258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259365.939479178 Mflops = 259.365939479178 Gflops = 0.259365939479178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001297388 Relative Rsd = 5.68381309287095e-07
BICGSTAB_SOLVER_TIME: 0.757111 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042985 s
InvBiCGStab: k = 50 resid = 2.159318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195131(s) Flops=331057152 => 1696.58922467471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244253.050677859 Mflops = 244.253050677859 Gflops = 0.244253050677859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059961 s
InvBiCGStab: k = 64 resid = 9.396699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235534(s) Flops=422922240 => 1795.58891709902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258483.4264497 Mflops = 258.4834264497 Gflops = 0.2584834264497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001037767 Relative Rsd = 4.54642356809022e-07
BICGSTAB_SOLVER_TIME: 0.537412 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962070000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 59 resid = 1.860961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229014(s) Flops=390113280 => 1703.44730016506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245246.585773799 Mflops = 245.246585773799 Gflops = 0.245246585773799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057326 s
InvBiCGStab: k = 75 resid = 9.954871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277205(s) Flops=495101952 => 1786.04986201548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257128.684856793 Mflops = 257.128684856793 Gflops = 0.257128684856793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001081247 Relative Rsd = 4.73690574467326e-07
BICGSTAB_SOLVER_TIME: 0.608815 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109938
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 57 resid = 1.734084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208898(s) Flops=376989696 => 1804.65919252458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259796.2876585 Mflops = 259.7962876585 Gflops = 0.2597962876585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056706 s
InvBiCGStab: k = 76 resid = 8.203298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279414(s) Flops=501663744 => 1795.41377311087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.370103319 Mflops = 258.492370103319 Gflops = 0.258492370103319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001049372 Relative Rsd = 4.5972625401699e-07
BICGSTAB_SOLVER_TIME: 0.589744 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109334
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946777(s) Flops=1348706304 => 1424.52373050887 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205122.843364474 Mflops = 205.122843364474 Gflops = 0.205122843364474 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149348000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.531667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 29 resid = 1.614737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107542(s) Flops=193259520 => 1797.06086924178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258654.32058742 Mflops = 258.65432058742 Gflops = 0.25865432058742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 48 resid = 1.100807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176655(s) Flops=317933568 => 1799.74282075231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259077.426683556 Mflops = 259.077426683556 Gflops = 0.259077426683556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.00074677 Relative Rsd = 3.27157394327822e-07
BICGSTAB_SOLVER_TIME: 0.386194 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042802 s
InvBiCGStab: k = 79 resid = 2.010133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304688(s) Flops=521349120 => 1711.09173974689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246361.240655558 Mflops = 246.361240655558 Gflops = 0.246361240655558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 89 resid = 1.11012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329263(s) Flops=586967040 => 1782.66929475829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.171957789 Mflops = 256.658171957789 Gflops = 0.256658171957789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001256003 Relative Rsd = 5.50250551419667e-07
BICGSTAB_SOLVER_TIME: 0.737294 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 52 resid = 1.556633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191671(s) Flops=344180736 => 1795.68498103521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258497.943068692 Mflops = 258.497943068692 Gflops = 0.258497943068692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 66 resid = 9.647133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242965(s) Flops=436045824 => 1794.68575309201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258368.721914656 Mflops = 258.368721914656 Gflops = 0.258368721914656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.00098301 Relative Rsd = 4.30653351185799e-07
BICGSTAB_SOLVER_TIME: 0.536717 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986320000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041164 s
InvBiCGStab: k = 60 resid = 1.982116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219524(s) Flops=396675072 => 1806.97815273045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260148.950818901 Mflops = 260.148950818901 Gflops = 0.2601489508189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 78 resid = 9.353236e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285425(s) Flops=514787328 => 1803.58177454673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.579133513 Mflops = 259.663579133513 Gflops = 0.259663579133513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00108127 Relative Rsd = 4.73700774698477e-07
BICGSTAB_SOLVER_TIME: 0.606366 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112743
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 55 resid = 2.183098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203495(s) Flops=363866112 => 1788.08379567066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257427.360067097 Mflops = 257.427360067097 Gflops = 0.257427360067097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 71 resid = 9.315741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259984(s) Flops=468854784 => 1803.39860914518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259627.69290586 Mflops = 259.62769290586 Gflops = 0.25962769290586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00103877 Relative Rsd = 4.55081782767007e-07
BICGSTAB_SOLVER_TIME: 0.564875 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104374
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.858001(s) Flops=1354973184 => 1579.22098459093 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227400.828203361 Mflops = 227.400828203361 Gflops = 0.227400828203361 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150265000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04417 s
InvBiCGStab: k = 24 resid = 1.661324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10466(s) Flops=160450560 => 1533.06478119625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220642.012377271 Mflops = 220.642012377271 Gflops = 0.220642012377271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07017 s
InvBiCGStab: k = 43 resid = 1.022756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19453(s) Flops=285124608 => 1465.71021436282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210983.947714942 Mflops = 210.983947714942 Gflops = 0.210983947714942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0006953266 Relative Rsd = 3.04620213104898e-07
BICGSTAB_SOLVER_TIME: 0.418998 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049661 s
InvBiCGStab: k = 50 resid = 2.237538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224251(s) Flops=331057152 => 1476.27949039246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212527.120517055 Mflops = 212.527120517055 Gflops = 0.212527120517055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06351 s
InvBiCGStab: k = 67 resid = 1.145479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287462(s) Flops=442607616 => 1539.70826057009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221681.755449753 Mflops = 221.681755449753 Gflops = 0.221681755449753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001035278 Relative Rsd = 4.53551850096669e-07
BICGSTAB_SOLVER_TIME: 0.630166 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978220000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04938 s
InvBiCGStab: k = 52 resid = 2.227834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235514(s) Flops=344180736 => 1461.40244741289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210394.742831394 Mflops = 210.394742831394 Gflops = 0.210394742831394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083993 s
InvBiCGStab: k = 61 resid = 1.146524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277665(s) Flops=403236864 => 1452.24232078224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209077.699641719 Mflops = 209.077699641719 Gflops = 0.209077699641719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009731698 Relative Rsd = 4.26342376493297e-07
BICGSTAB_SOLVER_TIME: 0.650455 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948900000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 64 resid = 1.652559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235719(s) Flops=422922240 => 1794.17968004276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258303.552578834 Mflops = 258.303552578834 Gflops = 0.258303552578834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 69 resid = 1.066453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253978(s) Flops=455731200 => 1794.37274094607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258315.915427516 Mflops = 258.315915427516 Gflops = 0.258315915427516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001064574 Relative Rsd = 4.66386392944721e-07
BICGSTAB_SOLVER_TIME: 0.591248 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041286 s
InvBiCGStab: k = 50 resid = 2.10575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185422(s) Flops=331057152 => 1785.42541877447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257026.75382776 Mflops = 257.02675382776 Gflops = 0.25702675382776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056845 s
InvBiCGStab: k = 64 resid = 8.248235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235255(s) Flops=422922240 => 1797.71839068245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258808.764484478 Mflops = 258.808764484478 Gflops = 0.258808764484478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001034953 Relative Rsd = 4.53409403868646e-07
BICGSTAB_SOLVER_TIME: 0.522582 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0959230000000003
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850387(s) Flops=1361166336 => 1600.64339647713 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230508.344265637 Mflops = 230.508344265637 Gflops = 0.230508344265637 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042133 s
InvBiCGStab: k = 31 resid = 2.262297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115048(s) Flops=206383104 => 1793.88693414922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.275527253 Mflops = 258.160275527253 Gflops = 0.258160275527253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057273 s
InvBiCGStab: k = 50 resid = 1.085769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184913(s) Flops=331057152 => 1790.34006262404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257733.548753355 Mflops = 257.733548753355 Gflops = 0.257733548753355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007732785 Relative Rsd = 3.38770663500165e-07
BICGSTAB_SOLVER_TIME: 0.403301 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 56 resid = 1.830529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217511(s) Flops=370427904 => 1703.03066971326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245181.668402837 Mflops = 245.181668402837 Gflops = 0.245181668402837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055842 s
InvBiCGStab: k = 76 resid = 1.033263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278456(s) Flops=501663744 => 1801.59071451145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.593354145 Mflops = 259.364593354145 Gflops = 0.259364593354145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001084413 Relative Rsd = 4.75077448895771e-07
BICGSTAB_SOLVER_TIME: 0.596488 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 54 resid = 1.463316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198659(s) Flops=357304320 => 1798.58108618286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.603014559 Mflops = 258.923603014559 Gflops = 0.258923603014559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 67 resid = 7.649704e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245664(s) Flops=442607616 => 1801.67878077374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259379.94909326 Mflops = 259.37994909326 Gflops = 0.25937994909326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009859586 Relative Rsd = 4.31945108458761e-07
BICGSTAB_SOLVER_TIME: 0.545434 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101059
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041296 s
InvBiCGStab: k = 64 resid = 1.635518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235666(s) Flops=422922240 => 1794.58318128198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258348.623213183 Mflops = 258.348623213183 Gflops = 0.258348623213183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 71 resid = 8.883057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292845(s) Flops=468854784 => 1601.03393945603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230504.497024912 Mflops = 230.504497024912 Gflops = 0.230504497024912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001078502 Relative Rsd = 4.72488222220403e-07
BICGSTAB_SOLVER_TIME: 0.630169 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045202 s
InvBiCGStab: k = 53 resid = 1.8461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232986(s) Flops=350742528 => 1505.42319280987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216735.319251573 Mflops = 216.735319251573 Gflops = 0.216735319251573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070189 s
InvBiCGStab: k = 63 resid = 1.116496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273771(s) Flops=416360448 => 1520.83474144449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218948.380279345 Mflops = 218.948380279345 Gflops = 0.218948380279345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009821478 Relative Rsd = 4.30275585625121e-07
BICGSTAB_SOLVER_TIME: 0.626269 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970760000000003
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994191(s) Flops=1361387520 => 1369.34202783972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197197.359363364 Mflops = 197.197359363364 Gflops = 0.197197359363364 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150828000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.005011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682382(s) Flops=1223460864 => 1792.92663640014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258149.31151529 Mflops = 258.14931151529 Gflops = 0.25814931151529 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.10046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769532(s) Flops=1394067456 => 1811.57827874604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260850.709556676 Mflops = 260.850709556676 Gflops = 0.260850709556676 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001947306 Relative Rsd = 8.56150694614927e-07
BICGSTAB_SOLVER_TIME: 1.455312 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284355999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 157 resid = 2.271657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.570041(s) Flops=1033168896 => 1812.44664155736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260888.630527591 Mflops = 260.888630527591 Gflops = 0.260888630527591 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 5.57998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737685(s) Flops=1315325952 => 1783.04554382968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256745.893443361 Mflops = 256.745893443361 Gflops = 0.256745893443361 Tflops
BICGSTAB_SOLVER: 357 iterations. Rsd = 0.001812145 Relative Rsd = 7.96031172082738e-07
BICGSTAB_SOLVER_TIME: 1.311038 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255068999999997
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852231(s) Flops=1361387520 => 1597.43956744122 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230066.849717788 Mflops = 230.066849717788 Gflops = 0.230066849717788 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151406000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.514021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047661 s
InvBiCGStab: k = 28 resid = 2.100538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123879(s) Flops=186697728 => 1507.09747414816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216915.601995498 Mflops = 216.915601995498 Gflops = 0.216915601995498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082915 s
InvBiCGStab: k = 43 resid = 8.793514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204772(s) Flops=285124608 => 1392.40036723771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200444.18173599 Mflops = 200.44418173599 Gflops = 0.20044418173599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007642817 Relative Rsd = 3.34829192181109e-07
BICGSTAB_SOLVER_TIME: 0.46331 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649460000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 84 resid = 1.674105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310973(s) Flops=554158080 => 1782.01348670142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256573.295473152 Mflops = 256.573295473152 Gflops = 0.256573295473152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 87 resid = 1.148816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319696(s) Flops=573843456 => 1794.96601771683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.61025823 Mflops = 258.42761025823 Gflops = 0.25842761025823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001228598 Relative Rsd = 5.38244777352634e-07
BICGSTAB_SOLVER_TIME: 0.732472 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042109 s
InvBiCGStab: k = 47 resid = 1.315611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173652(s) Flops=311371776 => 1793.07912376477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258130.535839263 Mflops = 258.130535839263 Gflops = 0.258130535839263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057507 s
InvBiCGStab: k = 73 resid = 1.117014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26886(s) Flops=481978368 => 1792.67413523767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258075.063987387 Mflops = 258.075063987387 Gflops = 0.258075063987387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009852728 Relative Rsd = 4.31644660650208e-07
BICGSTAB_SOLVER_TIME: 0.545926 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 63 resid = 1.55247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23158(s) Flops=416360448 => 1797.91194403662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258857.247816974 Mflops = 258.857247816974 Gflops = 0.258857247816974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 70 resid = 1.004235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256233(s) Flops=462292992 => 1804.18990528152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.556718799 Mflops = 259.736556718799 Gflops = 0.259736556718799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001053414 Relative Rsd = 4.61497218149426e-07
BICGSTAB_SOLVER_TIME: 0.589027 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040824 s
InvBiCGStab: k = 53 resid = 2.25759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194544(s) Flops=350742528 => 1802.89563286454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.810488635 Mflops = 259.550810488635 Gflops = 0.259550810488635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 69 resid = 8.548014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252202(s) Flops=455731200 => 1807.00866765529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260137.19635557 Mflops = 260.13719635557 Gflops = 0.26013719635557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001042113 Relative Rsd = 4.56546076949888e-07
BICGSTAB_SOLVER_TIME: 0.547865 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101536
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854368(s) Flops=1367506944 => 1600.6064646616 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230519.02772915 Mflops = 230.51902772915 Gflops = 0.23051902772915 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151623000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04292 s
InvBiCGStab: k = 27 resid = 2.241803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100433(s) Flops=180135936 => 1793.59310186891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258195.677347075 Mflops = 258.195677347075 Gflops = 0.258195677347075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057462 s
InvBiCGStab: k = 55 resid = 1.056973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20233(s) Flops=363866112 => 1798.37943952948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258879.456524958 Mflops = 258.879456524958 Gflops = 0.258879456524958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007172158 Relative Rsd = 3.14209807418039e-07
BICGSTAB_SOLVER_TIME: 0.407013 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 80 resid = 1.475412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293068(s) Flops=527910912 => 1801.32567185773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259340.610324942 Mflops = 259.340610324942 Gflops = 0.259340610324942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0576 s
InvBiCGStab: k = 102 resid = 6.803045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458535(s) Flops=672270336 => 1466.12654650136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211096.89587341 Mflops = 211.09689587341 Gflops = 0.21109689587341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001254588 Relative Rsd = 5.49630734373777e-07
BICGSTAB_SOLVER_TIME: 0.854398 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052745 s
InvBiCGStab: k = 52 resid = 1.98841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228229(s) Flops=344180736 => 1508.04996735735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217120.100175616 Mflops = 217.120100175616 Gflops = 0.217120100175616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060683 s
InvBiCGStab: k = 69 resid = 9.710856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296149(s) Flops=455731200 => 1538.85780468615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221554.48207447 Mflops = 221.55448207447 Gflops = 0.22155448207447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009876954 Relative Rsd = 4.32705994701469e-07
BICGSTAB_SOLVER_TIME: 0.642353 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042049 s
InvBiCGStab: k = 64 resid = 1.823846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298169(s) Flops=422922240 => 1418.39775429371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204211.256110928 Mflops = 204.211256110928 Gflops = 0.204211256110928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056867 s
InvBiCGStab: k = 73 resid = 9.682639e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318603(s) Flops=481978368 => 1512.78665925933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217795.805659387 Mflops = 217.795805659387 Gflops = 0.217795805659387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001059955 Relative Rsd = 4.64362463079741e-07
BICGSTAB_SOLVER_TIME: 0.719474 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041305 s
InvBiCGStab: k = 59 resid = 1.337592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217784(s) Flops=390113280 => 1791.28531021563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257894.584703031 Mflops = 257.894584703031 Gflops = 0.257894584703031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 66 resid = 1.103126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243451(s) Flops=436045824 => 1791.10303100008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257842.999605789 Mflops = 257.842999605789 Gflops = 0.257842999605789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001040927 Relative Rsd = 4.56026426173901e-07
BICGSTAB_SOLVER_TIME: 0.562333 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103773
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880628(s) Flops=1367580672 => 1552.96069623042 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223628.435311987 Mflops = 223.628435311987 Gflops = 0.223628435311987 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151427000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040741 s
InvBiCGStab: k = 27 resid = 2.227916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09972(s) Flops=180135936 => 1806.41732851986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.747682937 Mflops = 260.006747682937 Gflops = 0.260006747682937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056022 s
InvBiCGStab: k = 46 resid = 1.13938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168622(s) Flops=304809984 => 1807.65252458161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260203.568774263 Mflops = 260.203568774263 Gflops = 0.260203568774263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007418779 Relative Rsd = 3.2501417275953e-07
BICGSTAB_SOLVER_TIME: 0.368882 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041729 s
InvBiCGStab: k = 52 resid = 2.136387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190647(s) Flops=344180736 => 1805.32993438134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259890.433139031 Mflops = 259.890433139031 Gflops = 0.259890433139031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 67 resid = 1.044899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245784(s) Flops=442607616 => 1800.79914070892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259247.028776924 Mflops = 259.247028776924 Gflops = 0.259247028776924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001022469 Relative Rsd = 4.47940345932416e-07
BICGSTAB_SOLVER_TIME: 0.53839 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991390000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040613 s
InvBiCGStab: k = 48 resid = 1.805949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191532(s) Flops=317933568 => 1659.95012843807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238971.664804698 Mflops = 238.971664804698 Gflops = 0.238971664804698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 64 resid = 9.176109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236695(s) Flops=422922240 => 1786.78146982404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257229.68126984 Mflops = 257.22968126984 Gflops = 0.25722968126984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.000989717 Relative Rsd = 4.33591629771154e-07
BICGSTAB_SOLVER_TIME: 0.528857 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0942580000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 55 resid = 1.912584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201427(s) Flops=363866112 => 1806.44159918978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260069.785378649 Mflops = 260.069785378649 Gflops = 0.260069785378649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056215 s
InvBiCGStab: k = 75 resid = 1.128646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275213(s) Flops=495101952 => 1798.97734482019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258993.208981964 Mflops = 258.993208981964 Gflops = 0.258993208981964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001040329 Relative Rsd = 4.55764535239099e-07
BICGSTAB_SOLVER_TIME: 0.578025 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041658 s
InvBiCGStab: k = 62 resid = 1.462657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228693(s) Flops=409798656 => 1791.91604465375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257969.945045264 Mflops = 257.969945045264 Gflops = 0.257969945045264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057704 s
InvBiCGStab: k = 66 resid = 1.12612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294737(s) Flops=436045824 => 1479.44039601407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212985.787057116 Mflops = 212.985787057116 Gflops = 0.212985787057116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001051946 Relative Rsd = 4.60853991573044e-07
BICGSTAB_SOLVER_TIME: 0.626765 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105706
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057435(s) Flops=1373626368 => 1299.01730886532 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187042.097787959 Mflops = 187.042097787959 Gflops = 0.187042097787959 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151804000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.488016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 28 resid = 1.651372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104401(s) Flops=186697728 => 1788.27528471949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257373.314794724 Mflops = 257.373314794724 Gflops = 0.257373314794724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056581 s
InvBiCGStab: k = 51 resid = 8.319292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187992(s) Flops=337618944 => 1795.9218690157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258521.367335483 Mflops = 258.521367335483 Gflops = 0.258521367335483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007718763 Relative Rsd = 3.38156380079674e-07
BICGSTAB_SOLVER_TIME: 0.393734 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 53 resid = 2.241387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195659(s) Flops=350742528 => 1792.62148942804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258067.800096935 Mflops = 258.067800096935 Gflops = 0.258067800096935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 79 resid = 9.641078e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289406(s) Flops=521349120 => 1801.4454434255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259355.581419062 Mflops = 259.355581419063 Gflops = 0.259355581419063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00110464 Relative Rsd = 4.83939052711666e-07
BICGSTAB_SOLVER_TIME: 0.586955 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 51 resid = 2.203415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187486(s) Flops=337618944 => 1800.76882540563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259238.934938369 Mflops = 259.238934938369 Gflops = 0.259238934938369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 72 resid = 6.955413e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265868(s) Flops=475416576 => 1788.16772232837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257444.172521841 Mflops = 257.444172521841 Gflops = 0.257444172521841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001021496 Relative Rsd = 4.47513721264526e-07
BICGSTAB_SOLVER_TIME: 0.555123 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 61 resid = 2.211526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223872(s) Flops=403236864 => 1801.19382504288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.242415247 Mflops = 259.287242415247 Gflops = 0.259287242415247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 69 resid = 9.967573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262468(s) Flops=455731200 => 1736.33052410199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249968.652740113 Mflops = 249.968652740113 Gflops = 0.249968652740113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001065815 Relative Rsd = 4.66930014263914e-07
BICGSTAB_SOLVER_TIME: 0.588332 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 50 resid = 1.920954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187699(s) Flops=331057152 => 1763.76620013959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253937.22783626 Mflops = 253.93722783626 Gflops = 0.25393722783626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 65 resid = 1.10535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241878(s) Flops=429484032 => 1775.62255351872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255627.536253675 Mflops = 255.627536253675 Gflops = 0.255627536253675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009693509 Relative Rsd = 4.24669309079333e-07
BICGSTAB_SOLVER_TIME: 0.530854 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0966270000000003
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872304(s) Flops=1367580672 => 1567.77989324823 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225738.998184731 Mflops = 225.738998184731 Gflops = 0.225738998184731 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151366000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.269078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889689(s) Flops=1262831616 => 1419.40792344291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204379.994745051 Mflops = 204.379994745051 Gflops = 0.204379994745051 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.141999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995396(s) Flops=1440000000 => 1446.66042459483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208309.109836716 Mflops = 208.309109836715 Gflops = 0.208309109836715 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001997141 Relative Rsd = 8.78034513024953e-07
BICGSTAB_SOLVER_TIME: 1.888419 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.115965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293288999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 2.204889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.612801(s) Flops=1072539648 => 1750.22502900615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251970.546574668 Mflops = 251.970546574668 Gflops = 0.251970546574668 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 9.947828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676126(s) Flops=1210337280 => 1790.10610448348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257761.649981945 Mflops = 257.761649981945 Gflops = 0.257761649981945 Tflops
BICGSTAB_SOLVER: 347 iterations. Rsd = 0.001810571 Relative Rsd = 7.95342319971487e-07
BICGSTAB_SOLVER_TIME: 1.292329 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247905999999997
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854809(s) Flops=1367580672 => 1599.86695507417 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230362.089682093 Mflops = 230.362089682093 Gflops = 0.230362089682093 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151462000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040917 s
InvBiCGStab: k = 27 resid = 1.847762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100015(s) Flops=180135936 => 1801.08919662051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259224.390586934 Mflops = 259.224390586934 Gflops = 0.259224390586934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05641 s
InvBiCGStab: k = 45 resid = 1.119808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165618(s) Flops=298248192 => 1800.81991087925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259211.216053686 Mflops = 259.211216053686 Gflops = 0.259211216053686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007043306 Relative Rsd = 3.08564820995033e-07
BICGSTAB_SOLVER_TIME: 0.366858 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 82 resid = 1.923871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315062(s) Flops=541034496 => 1717.23183373431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247225.286030123 Mflops = 247.225286030123 Gflops = 0.247225286030123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057423 s
InvBiCGStab: k = 97 resid = 1.122234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354226(s) Flops=639461376 => 1805.23557276993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259907.340729779 Mflops = 259.907340729779 Gflops = 0.259907340729779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001266622 Relative Rsd = 5.54902621841858e-07
BICGSTAB_SOLVER_TIME: 0.771773 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044635 s
InvBiCGStab: k = 49 resid = 2.135445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192758(s) Flops=324495360 => 1683.43394307889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242330.685320548 Mflops = 242.330685320548 Gflops = 0.242330685320548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060224 s
InvBiCGStab: k = 73 resid = 9.469256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276777(s) Flops=481978368 => 1741.39602640393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250700.717742131 Mflops = 250.700717742131 Gflops = 0.250700717742131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001036266 Relative Rsd = 4.53984492900939e-07
BICGSTAB_SOLVER_TIME: 0.578222 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042441 s
InvBiCGStab: k = 66 resid = 2.196392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303117(s) Flops=436045824 => 1438.53965300528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207108.728631742 Mflops = 207.108728631742 Gflops = 0.207108728631742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07523 s
InvBiCGStab: k = 73 resid = 9.685969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320796(s) Flops=481978368 => 1502.44506789361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216303.172701746 Mflops = 216.303172701746 Gflops = 0.216303172701746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001049816 Relative Rsd = 4.59920823426195e-07
BICGSTAB_SOLVER_TIME: 0.745564 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047999 s
InvBiCGStab: k = 54 resid = 2.002541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252714(s) Flops=357304320 => 1413.86832545882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203561.289538158 Mflops = 203.561289538158 Gflops = 0.203561289538158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079618 s
InvBiCGStab: k = 78 resid = 1.034745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347511(s) Flops=514787328 => 1481.35549090532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213274.702258945 Mflops = 213.274702258945 Gflops = 0.213274702258945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001087635 Relative Rsd = 4.76489109885914e-07
BICGSTAB_SOLVER_TIME: 0.731675 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10855
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897784(s) Flops=1373626368 => 1530.01876620657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220496.035126761 Mflops = 220.496035126761 Gflops = 0.220496035126761 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152187000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 33 resid = 1.352784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122214(s) Flops=219506688 => 1796.08463842113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258528.554136728 Mflops = 258.528554136728 Gflops = 0.258528554136728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 46 resid = 1.053765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169349(s) Flops=304809984 => 1799.89243514872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259089.157187527 Mflops = 259.089157187527 Gflops = 0.259089157187527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007398421 Relative Rsd = 3.24122315548843e-07
BICGSTAB_SOLVER_TIME: 0.392273 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044932 s
InvBiCGStab: k = 78 resid = 4.572013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302493(s) Flops=514787328 => 1701.81567176761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245019.809286514 Mflops = 245.019809286514 Gflops = 0.245019809286514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057665 s
InvBiCGStab: k = 94 resid = 8.88522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348023(s) Flops=619776000 => 1780.8478175293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256399.155911731 Mflops = 256.399155911731 Gflops = 0.256399155911731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001238521 Relative Rsd = 5.42591758861098e-07
BICGSTAB_SOLVER_TIME: 0.756898 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 51 resid = 1.737855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188428(s) Flops=337618944 => 1791.76631923069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257949.762267713 Mflops = 257.949762267713 Gflops = 0.257949762267713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056942 s
InvBiCGStab: k = 67 resid = 1.120647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246801(s) Flops=442607616 => 1793.37853574337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258181.142019776 Mflops = 258.181142019776 Gflops = 0.258181142019776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001016792 Relative Rsd = 4.45453274572025e-07
BICGSTAB_SOLVER_TIME: 0.537289 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984920000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041483 s
InvBiCGStab: k = 65 resid = 1.550634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238062(s) Flops=429484032 => 1804.08478463594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.566306187 Mflops = 259.736566306187 Gflops = 0.259736566306187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056595 s
InvBiCGStab: k = 83 resid = 1.117752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31478(s) Flops=547596288 => 1739.61588410954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250463.881220339 Mflops = 250.463881220339 Gflops = 0.250463881220339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001071338 Relative Rsd = 4.69349713097553e-07
BICGSTAB_SOLVER_TIME: 0.654734 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 51 resid = 2.195158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187611(s) Flops=337618944 => 1799.5690231383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259075.069583578 Mflops = 259.075069583578 Gflops = 0.259075069583578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058318 s
InvBiCGStab: k = 84 resid = 1.114589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30773(s) Flops=554158080 => 1800.79316283755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259264.326408738 Mflops = 259.264326408738 Gflops = 0.259264326408738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001040938 Relative Rsd = 4.56031424287165e-07
BICGSTAB_SOLVER_TIME: 0.598851 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110857
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92403(s) Flops=1367285760 => 1479.69845134898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213098.08708279 Mflops = 213.09808708279 Gflops = 0.21309808708279 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151280000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.551477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04182 s
InvBiCGStab: k = 27 resid = 2.257553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101533(s) Flops=180135936 => 1774.16146474545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255353.153927569 Mflops = 255.353153927569 Gflops = 0.255353153927569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055858 s
InvBiCGStab: k = 49 resid = 1.118852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182471(s) Flops=324495360 => 1778.33935255465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255979.618334767 Mflops = 255.979618334767 Gflops = 0.255979618334767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0006812537 Relative Rsd = 2.98454912890879e-07
BICGSTAB_SOLVER_TIME: 0.385537 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041548 s
InvBiCGStab: k = 50 resid = 2.019744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185623(s) Flops=331057152 => 1783.49208880365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256785.164528639 Mflops = 256.785164528639 Gflops = 0.256785164528639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 72 resid = 8.738333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266107(s) Flops=475416576 => 1786.56170638127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257216.099926176 Mflops = 257.216099926176 Gflops = 0.257216099926176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001024497 Relative Rsd = 4.48828735064512e-07
BICGSTAB_SOLVER_TIME: 0.553532 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 53 resid = 1.640467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195119(s) Flops=350742528 => 1797.5826444375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258777.639986127 Mflops = 258.777639986127 Gflops = 0.258777639986127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055867 s
InvBiCGStab: k = 65 resid = 1.150377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238028(s) Flops=429484032 => 1804.34248071655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.143034106 Mflops = 259.729143034106 Gflops = 0.259729143034106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009715723 Relative Rsd = 4.2564251313345e-07
BICGSTAB_SOLVER_TIME: 0.534089 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986330000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 54 resid = 2.057613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200221(s) Flops=357304320 => 1784.54967261176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256891.613002714 Mflops = 256.891613002714 Gflops = 0.256891613002714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05689 s
InvBiCGStab: k = 76 resid = 8.001465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278127(s) Flops=501663744 => 1803.72183930363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.726729405 Mflops = 259.681726729405 Gflops = 0.259681726729405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001042535 Relative Rsd = 4.56731109142967e-07
BICGSTAB_SOLVER_TIME: 0.580084 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040741 s
InvBiCGStab: k = 50 resid = 2.202464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183658(s) Flops=331057152 => 1802.57408879548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.018722491 Mflops = 259.495018722491 Gflops = 0.259495018722491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 72 resid = 1.000162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263182(s) Flops=475416576 => 1806.41752095508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.11062746 Mflops = 260.05811062746 Gflops = 0.26005811062746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001012476 Relative Rsd = 4.43562202717786e-07
BICGSTAB_SOLVER_TIME: 0.548024 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101519
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.851552(s) Flops=1360945152 => 1598.19382961933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230111.739157645 Mflops = 230.111739157645 Gflops = 0.230111739157645 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150834000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043137 s
InvBiCGStab: k = 27 resid = 1.988493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099577(s) Flops=180135936 => 1809.01147855428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260366.845086717 Mflops = 260.366845086717 Gflops = 0.260366845086717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057601 s
InvBiCGStab: k = 46 resid = 1.152079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170838(s) Flops=304809984 => 1784.20482562428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256821.183024707 Mflops = 256.821183024707 Gflops = 0.256821183024707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000725643 Relative Rsd = 3.17901730081986e-07
BICGSTAB_SOLVER_TIME: 0.374939 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043031 s
InvBiCGStab: k = 62 resid = 2.003114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287089(s) Flops=409798656 => 1427.42722988342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205521.606832151 Mflops = 205.521606832151 Gflops = 0.205521606832151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064075 s
InvBiCGStab: k = 75 resid = 1.066413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361929(s) Flops=495101952 => 1367.95325049941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196949.357064519 Mflops = 196.949357064519 Gflops = 0.196949357064519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001070459 Relative Rsd = 4.68964501368135e-07
BICGSTAB_SOLVER_TIME: 0.763525 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043784 s
InvBiCGStab: k = 47 resid = 2.085705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201553(s) Flops=311371776 => 1544.8630186601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222390.891975296 Mflops = 222.390891975296 Gflops = 0.222390891975296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078215 s
InvBiCGStab: k = 69 resid = 1.140285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286303(s) Flops=455731200 => 1591.77933867267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229167.070367205 Mflops = 229.167070367205 Gflops = 0.229167070367205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001030468 Relative Rsd = 4.51444431339718e-07
BICGSTAB_SOLVER_TIME: 0.613738 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.146494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972670000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045878 s
InvBiCGStab: k = 52 resid = 2.190067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19697(s) Flops=344180736 => 1747.37643295933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251564.786965985 Mflops = 251.564786965985 Gflops = 0.251564786965985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056924 s
InvBiCGStab: k = 82 resid = 1.060583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311328(s) Flops=541034496 => 1737.82793709528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250159.41592797 Mflops = 250.15941592797 Gflops = 0.25015941592797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001063281 Relative Rsd = 4.65819617100816e-07
BICGSTAB_SOLVER_TIME: 0.615074 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041473 s
InvBiCGStab: k = 46 resid = 1.991423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169467(s) Flops=304809984 => 1798.63916868771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258929.099172029 Mflops = 258.929099172029 Gflops = 0.258929099172029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056451 s
InvBiCGStab: k = 65 resid = 1.00004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24736(s) Flops=429484032 => 1736.27115135834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249954.367884537 Mflops = 249.954367884537 Gflops = 0.249954367884537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001019882 Relative Rsd = 4.46806998249229e-07
BICGSTAB_SOLVER_TIME: 0.518561 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0937120000000003
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863277(s) Flops=1354457088 => 1568.97159081037 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225940.227519203 Mflops = 225.940227519203 Gflops = 0.225940227519203 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150048000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.004244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691266(s) Flops=1236584448 => 1788.86918783797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257621.259018068 Mflops = 257.621259018068 Gflops = 0.257621259018068 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.105064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843493(s) Flops=1485932544 => 1761.64182038262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253663.643205121 Mflops = 253.663643205121 Gflops = 0.253663643205121 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.001986077 Relative Rsd = 8.73157773942603e-07
BICGSTAB_SOLVER_TIME: 1.538262 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.117173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295689999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 160 resid = 2.060399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.582019(s) Flops=1052854272 => 1808.96890307705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260439.377778954 Mflops = 260.439377778954 Gflops = 0.260439377778954 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 9.966313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853076(s) Flops=1341573120 => 1572.63024630865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226446.543071551 Mflops = 226.446543071551 Gflops = 0.226446543071551 Tflops
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.001944882 Relative Rsd = 8.54351366998435e-07
BICGSTAB_SOLVER_TIME: 1.439006 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.136111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260079999999997
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049151(s) Flops=1354457088 => 1291.00299956822 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185906.897769825 Mflops = 185.906897769825 Gflops = 0.185906897769825 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149979000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 31 resid = 1.618468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114584(s) Flops=206383104 => 1801.15115548419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.275818572 Mflops = 259.242275818572 Gflops = 0.259242275818572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056007 s
InvBiCGStab: k = 48 resid = 1.020689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176544(s) Flops=317933568 => 1800.87438825449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259240.325989475 Mflops = 259.240325989475 Gflops = 0.259240325989475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007350414 Relative Rsd = 3.22019129887819e-07
BICGSTAB_SOLVER_TIME: 0.392133 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 79 resid = 1.226193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2908(s) Flops=521349120 => 1792.80990371389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258101.757726796 Mflops = 258.101757726796 Gflops = 0.258101757726796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05679 s
InvBiCGStab: k = 90 resid = 9.600119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331185(s) Flops=593528832 => 1792.13681779066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258012.74576497 Mflops = 258.01274576497 Gflops = 0.25801274576497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001231317 Relative Rsd = 5.39435909345291e-07
BICGSTAB_SOLVER_TIME: 0.723735 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042151 s
InvBiCGStab: k = 55 resid = 1.940354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20225(s) Flops=363866112 => 1799.09078862794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259004.438281226 Mflops = 259.004438281226 Gflops = 0.259004438281226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 70 resid = 9.264144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256558(s) Flops=462292992 => 1801.90441147811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.087125663 Mflops = 259.414087125663 Gflops = 0.259414087125663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009981008 Relative Rsd = 4.37264580005161e-07
BICGSTAB_SOLVER_TIME: 0.561455 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040887 s
InvBiCGStab: k = 53 resid = 2.124525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194217(s) Flops=350742528 => 1805.93113888074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.606838896 Mflops = 259.969606838896 Gflops = 0.259969606838896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058449 s
InvBiCGStab: k = 84 resid = 1.141863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307498(s) Flops=554158080 => 1802.15181887362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259454.068506929 Mflops = 259.454068506929 Gflops = 0.259454068506929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00107195 Relative Rsd = 4.69617775172201e-07
BICGSTAB_SOLVER_TIME: 0.604851 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 55 resid = 1.801618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201454(s) Flops=363866112 => 1806.19948970981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260020.589868506 Mflops = 260.020589868506 Gflops = 0.260020589868506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056472 s
InvBiCGStab: k = 70 resid = 1.112969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267866(s) Flops=462292992 => 1725.83676913083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248465.581248075 Mflops = 248.465581248075 Gflops = 0.248465581248075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001010785 Relative Rsd = 4.42821563933912e-07
BICGSTAB_SOLVER_TIME: 0.570694 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103726
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842299(s) Flops=1347969024 => 1600.34503662001 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230425.233474851 Mflops = 230.425233474851 Gflops = 0.230425233474851 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149407000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.47919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049963 s
InvBiCGStab: k = 27 resid = 2.062444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126723(s) Flops=180135936 => 1421.49361994271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204601.079698801 Mflops = 204.601079698801 Gflops = 0.204601079698801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058962 s
InvBiCGStab: k = 48 resid = 1.143045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219975(s) Flops=317933568 => 1445.31682236618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208068.154302851 Mflops = 208.068154302851 Gflops = 0.208068154302851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007280415 Relative Rsd = 3.18952481393428e-07
BICGSTAB_SOLVER_TIME: 0.459397 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 72 resid = 1.910206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265544(s) Flops=475416576 => 1790.34953152773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257760.571395958 Mflops = 257.760571395958 Gflops = 0.257760571395958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 90 resid = 8.451831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330531(s) Flops=593528832 => 1795.68280131062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258534.016398056 Mflops = 258.534016398056 Gflops = 0.258534016398056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001224257 Relative Rsd = 5.36342689248752e-07
BICGSTAB_SOLVER_TIME: 0.697844 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 54 resid = 2.172208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198697(s) Flops=357304320 => 1798.23711480294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258876.839168263 Mflops = 258.876839168263 Gflops = 0.258876839168263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056951 s
InvBiCGStab: k = 63 resid = 1.024129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231724(s) Flops=416360448 => 1796.79466952064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258676.725221821 Mflops = 258.676725221821 Gflops = 0.258676725221821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009992406 Relative Rsd = 4.37763881320002e-07
BICGSTAB_SOLVER_TIME: 0.532276 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978070000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 51 resid = 1.917713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187869(s) Flops=337618944 => 1797.09767976622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258713.488715351 Mflops = 258.713488715351 Gflops = 0.258713488715351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 76 resid = 1.144086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27807(s) Flops=501663744 => 1804.09157406408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259725.912741225 Mflops = 259.725912741225 Gflops = 0.259725912741225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001035966 Relative Rsd = 4.53852960920247e-07
BICGSTAB_SOLVER_TIME: 0.567117 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041013 s
InvBiCGStab: k = 51 resid = 2.017166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187259(s) Flops=337618944 => 1802.95176199809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.711008178 Mflops = 259.566711008178 Gflops = 0.259566711008178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 72 resid = 1.099791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26349(s) Flops=475416576 => 1804.30595468519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.917191151 Mflops = 259.755917191151 Gflops = 0.259755917191151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001017763 Relative Rsd = 4.45878624211021e-07
BICGSTAB_SOLVER_TIME: 0.55217 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102198
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.835131(s) Flops=1335361536 => 1598.98451380682 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230255.28065219 Mflops = 230.25528065219 Gflops = 0.23025528065219 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147970000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 30 resid = 1.80582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112149(s) Flops=199821312 => 1781.74849530535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256451.700384821 Mflops = 256.451700384821 Gflops = 0.256451700384821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056861 s
InvBiCGStab: k = 49 resid = 6.129403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180136(s) Flops=324495360 => 1801.39094906071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.395349914 Mflops = 259.298395349914 Gflops = 0.259298395349914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007170783 Relative Rsd = 3.14149549552514e-07
BICGSTAB_SOLVER_TIME: 0.393959 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 50 resid = 2.259193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183889(s) Flops=331057152 => 1800.30970857419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.003002928 Mflops = 259.178003002928 Gflops = 0.259178003002928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056598 s
InvBiCGStab: k = 71 resid = 1.108463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260846(s) Flops=468854784 => 1797.43904066001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258768.785739408 Mflops = 258.768785739408 Gflops = 0.258768785739408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001050246 Relative Rsd = 4.60109374699021e-07
BICGSTAB_SOLVER_TIME: 0.546165 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048295 s
InvBiCGStab: k = 52 resid = 1.7796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231579(s) Flops=344180736 => 1486.23465858303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213960.847919819 Mflops = 213.960847919819 Gflops = 0.213960847919819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066816 s
InvBiCGStab: k = 66 resid = 1.109979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292974(s) Flops=436045824 => 1488.3430748121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214269.547901772 Mflops = 214.269547901772 Gflops = 0.214269547901772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009929138 Relative Rsd = 4.34992172509342e-07
BICGSTAB_SOLVER_TIME: 0.644354 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984330000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05293 s
InvBiCGStab: k = 51 resid = 2.185134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217955(s) Flops=337618944 => 1549.03050629717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223003.81526665 Mflops = 223.00381526665 Gflops = 0.22300381526665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063454 s
InvBiCGStab: k = 79 resid = 8.297722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367463(s) Flops=521349120 => 1418.77990437132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204278.298413656 Mflops = 204.278298413656 Gflops = 0.204278298413656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001054874 Relative Rsd = 4.62136619639126e-07
BICGSTAB_SOLVER_TIME: 0.705778 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 50 resid = 1.924289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184453(s) Flops=331057152 => 1794.80492049465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258386.382042224 Mflops = 258.386382042224 Gflops = 0.258386382042224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056879 s
InvBiCGStab: k = 62 resid = 7.868552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228326(s) Flops=409798656 => 1794.79628250834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258386.373066837 Mflops = 258.386373066837 Gflops = 0.258386373066837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.00100011 Relative Rsd = 4.38144706950024e-07
BICGSTAB_SOLVER_TIME: 0.515017 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0943340000000003
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.853972(s) Flops=1322827776 => 1549.02944827231 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223040.727311988 Mflops = 223.040727311988 Gflops = 0.223040727311988 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042904 s
InvBiCGStab: k = 27 resid = 1.730719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099976(s) Flops=180135936 => 1801.79179002961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.653910856 Mflops = 259.320653910856 Gflops = 0.259320653910856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 46 resid = 7.922789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169506(s) Flops=304809984 => 1798.22533715621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.653175004 Mflops = 258.852653175004 Gflops = 0.258852653175004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000728017 Relative Rsd = 3.18941745650142e-07
BICGSTAB_SOLVER_TIME: 0.37269 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040727 s
InvBiCGStab: k = 50 resid = 2.056096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183771(s) Flops=331057152 => 1801.46569371664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259341.155997135 Mflops = 259.341155997135 Gflops = 0.259341155997135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056411 s
InvBiCGStab: k = 77 resid = 1.062522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282943(s) Flops=508225536 => 1796.21173169154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258598.484084078 Mflops = 258.598484084078 Gflops = 0.258598484084078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001089491 Relative Rsd = 4.77302323314427e-07
BICGSTAB_SOLVER_TIME: 0.56774 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 52 resid = 1.356871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190535(s) Flops=344180736 => 1806.3911407353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260036.154367166 Mflops = 260.036154367166 Gflops = 0.260036154367166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 75 resid = 7.169127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284858(s) Flops=495101952 => 1738.0658152483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250229.363176982 Mflops = 250.229363176982 Gflops = 0.250229363176982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001009204 Relative Rsd = 4.42129019239915e-07
BICGSTAB_SOLVER_TIME: 0.576519 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040894 s
InvBiCGStab: k = 54 resid = 1.254284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19851(s) Flops=357304320 => 1799.93108659513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.757532189 Mflops = 259.129757532189 Gflops = 0.259129757532189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 77 resid = 1.092831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281583(s) Flops=508225536 => 1804.88714162432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259844.445932208 Mflops = 259.844445932208 Gflops = 0.259844445932208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001088294 Relative Rsd = 4.76778082434421e-07
BICGSTAB_SOLVER_TIME: 0.581237 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 48 resid = 2.235697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176197(s) Flops=317933568 => 1804.42100603302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259740.74409871 Mflops = 259.74074409871 Gflops = 0.25974074409871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056404 s
InvBiCGStab: k = 63 resid = 1.043504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231443(s) Flops=416360448 => 1798.97619716302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258983.373711046 Mflops = 258.983373711046 Gflops = 0.258983373711046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009903524 Relative Rsd = 4.33869994079265e-07
BICGSTAB_SOLVER_TIME: 0.508621 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0935570000000003
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981479(s) Flops=1316487168 => 1341.32993981532 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193130.83201246 Mflops = 193.13083201246 Gflops = 0.19313083201246 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145445000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021526
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.016407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.687728(s) Flops=1243146240 => 1807.61324244469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260214.333248386 Mflops = 260.214333248386 Gflops = 0.260214333248386 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.065316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.792773(s) Flops=1433438208 => 1808.1319722039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260359.557329271 Mflops = 260.359557329271 Gflops = 0.260359557329271 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001971603 Relative Rsd = 8.66794429508537e-07
BICGSTAB_SOLVER_TIME: 1.483885 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290984999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.889192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.642193(s) Flops=1164404736 => 1813.16946151702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261087.644428144 Mflops = 261.087644428144 Gflops = 0.261087644428144 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.15129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758415(s) Flops=1321887744 => 1742.96096991753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250970.238422106 Mflops = 250.970238422106 Gflops = 0.250970238422106 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001953974 Relative Rsd = 8.58350943854452e-07
BICGSTAB_SOLVER_TIME: 1.403988 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270047999999998
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.835311(s) Flops=1316487168 => 1576.04433318848 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226959.254795857 Mflops = 226.959254795857 Gflops = 0.226959254795857 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145836
CLOV_LINOP: Time spent in clov deriv (total) = 1.387039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042005 s
InvBiCGStab: k = 30 resid = 1.776041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135392(s) Flops=199821312 => 1475.87237059797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212463.440366367 Mflops = 212.463440366367 Gflops = 0.212463440366367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067101 s
InvBiCGStab: k = 47 resid = 8.473172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222151(s) Flops=311371776 => 1401.62221191892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201751.951635708 Mflops = 201.751951635708 Gflops = 0.201751951635708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007378804 Relative Rsd = 3.23262895073216e-07
BICGSTAB_SOLVER_TIME: 0.47136 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048088 s
InvBiCGStab: k = 77 resid = 2.030804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333167(s) Flops=508225536 => 1525.43780146293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219626.571931911 Mflops = 219.626571931911 Gflops = 0.219626571931911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068215 s
InvBiCGStab: k = 107 resid = 8.208345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470464(s) Flops=705079296 => 1498.6891579377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215780.550329116 Mflops = 215.780550329116 Gflops = 0.215780550329116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001307109 Relative Rsd = 5.72640058796103e-07
BICGSTAB_SOLVER_TIME: 0.92383 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145653999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 47 resid = 1.672229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223936(s) Flops=311371776 => 1390.44984281223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200183.644183869 Mflops = 200.183644183869 Gflops = 0.200183644183869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055732 s
InvBiCGStab: k = 73 resid = 1.129965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274003(s) Flops=481978368 => 1759.02587927869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253247.930127856 Mflops = 253.247930127856 Gflops = 0.253247930127856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00100843 Relative Rsd = 4.41789708550677e-07
BICGSTAB_SOLVER_TIME: 0.599351 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100047
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 62 resid = 7.357841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229612(s) Flops=409798656 => 1784.74407260945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256951.405312715 Mflops = 256.951405312715 Gflops = 0.256951405312715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 83 resid = 5.379289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306254(s) Flops=547596288 => 1788.04615776447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257424.611844222 Mflops = 257.424611844222 Gflops = 0.257424611844222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00107804 Relative Rsd = 4.72285747632055e-07
BICGSTAB_SOLVER_TIME: 0.637727 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042321 s
InvBiCGStab: k = 53 resid = 1.964341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195768(s) Flops=350742528 => 1791.62339095256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257911.776608671 Mflops = 257.911776608671 Gflops = 0.257911776608671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 72 resid = 1.149743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264494(s) Flops=475416576 => 1797.45694042209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258771.938346568 Mflops = 258.771938346568 Gflops = 0.258771938346568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001017698 Relative Rsd = 4.45850012562643e-07
BICGSTAB_SOLVER_TIME: 0.563189 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103512
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.817426(s) Flops=1303879680 => 1595.10424185186 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229774.099682379 Mflops = 229.774099682379 Gflops = 0.229774099682379 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144440000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 28 resid = 1.834274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104472(s) Flops=186697728 => 1787.05995864921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257206.765935748 Mflops = 257.206765935748 Gflops = 0.257206765935748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 44 resid = 8.200132e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161921(s) Flops=291686400 => 1801.41179958128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259310.503878239 Mflops = 259.310503878239 Gflops = 0.259310503878239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007207122 Relative Rsd = 3.15741550629406e-07
BICGSTAB_SOLVER_TIME: 0.367793 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 79 resid = 2.189529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288549(s) Flops=521349120 => 1806.7957955148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260121.882671578 Mflops = 260.121882671578 Gflops = 0.260121882671578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055978 s
InvBiCGStab: k = 98 resid = 1.142129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358298(s) Flops=646023168 => 1803.03314001195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259605.988850234 Mflops = 259.605988850234 Gflops = 0.259605988850234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001246275 Relative Rsd = 5.45988894844781e-07
BICGSTAB_SOLVER_TIME: 0.748322 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044075 s
InvBiCGStab: k = 51 resid = 1.918778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18802(s) Flops=337618944 => 1795.65441974258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258507.688167298 Mflops = 258.507688167298 Gflops = 0.258507688167298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 71 resid = 9.802349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262355(s) Flops=468854784 => 1787.10062320139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257279.115238633 Mflops = 257.279115238633 Gflops = 0.257279115238633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001023458 Relative Rsd = 4.48373447747087e-07
BICGSTAB_SOLVER_TIME: 0.554772 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045938 s
InvBiCGStab: k = 55 resid = 1.940242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254615(s) Flops=363866112 => 1429.08356538303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205751.630202178 Mflops = 205.751630202178 Gflops = 0.205751630202178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07326 s
InvBiCGStab: k = 74 resid = 8.123485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340742(s) Flops=488540160 => 1433.7538665618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206420.557453567 Mflops = 206.420557453567 Gflops = 0.206420557453567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001076141 Relative Rsd = 4.71453561773601e-07
BICGSTAB_SOLVER_TIME: 0.719794 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046311 s
InvBiCGStab: k = 61 resid = 2.027881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292354(s) Flops=403236864 => 1379.27602837656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198588.166863401 Mflops = 198.588166863401 Gflops = 0.198588166863401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068081 s
InvBiCGStab: k = 72 resid = 1.115342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305121(s) Flops=475416576 => 1558.12473084448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224304.944143733 Mflops = 224.304944143733 Gflops = 0.224304944143733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001048441 Relative Rsd = 4.59318448775573e-07
BICGSTAB_SOLVER_TIME: 0.715815 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109289
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95358(s) Flops=1284857856 => 1347.40436670232 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194013.449252513 Mflops = 194.013449252513 Gflops = 0.194013449252513 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142138000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040799 s
InvBiCGStab: k = 28 resid = 2.156723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103828(s) Flops=186697728 => 1798.14431559887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258810.9005468 Mflops = 258.8109005468 Gflops = 0.2588109005468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059322 s
InvBiCGStab: k = 55 resid = 8.01123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216112(s) Flops=363866112 => 1683.69230769231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242377.064131468 Mflops = 242.377064131468 Gflops = 0.242377064131468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000741675 Relative Rsd = 3.24925303245627e-07
BICGSTAB_SOLVER_TIME: 0.424046 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 49 resid = 1.631145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182028(s) Flops=324495360 => 1782.66728195662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256629.504653488 Mflops = 256.629504653488 Gflops = 0.256629504653488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057058 s
InvBiCGStab: k = 73 resid = 5.660619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269875(s) Flops=481978368 => 1785.93188698472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257120.196933111 Mflops = 257.120196933111 Gflops = 0.257120196933111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001059841 Relative Rsd = 4.64312532948256e-07
BICGSTAB_SOLVER_TIME: 0.554644 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041592 s
InvBiCGStab: k = 48 resid = 1.924384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177031(s) Flops=317933568 => 1795.92030774271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258548.467139331 Mflops = 258.548467139331 Gflops = 0.258548467139331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 67 resid = 5.813977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245507(s) Flops=442607616 => 1802.83094168394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.982975331 Mflops = 259.543982975331 Gflops = 0.259543982975331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009477065 Relative Rsd = 4.15186970196744e-07
BICGSTAB_SOLVER_TIME: 0.524227 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965420000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 55 resid = 2.071796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201873(s) Flops=363866112 => 1802.450610037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259474.893095745 Mflops = 259.474893095745 Gflops = 0.259474893095745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 74 resid = 1.121378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270754(s) Flops=488540160 => 1804.36913212732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.499335721 Mflops = 259.759499335721 Gflops = 0.259759499335721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001047171 Relative Rsd = 4.58761924163975e-07
BICGSTAB_SOLVER_TIME: 0.57375 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040986 s
InvBiCGStab: k = 52 resid = 2.155264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191144(s) Flops=344180736 => 1800.63583476332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.71978109 Mflops = 259.22571978109 Gflops = 0.25922571978109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 67 resid = 8.638648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260592(s) Flops=442607616 => 1698.46969976055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244528.32701717 Mflops = 244.52832701717 Gflops = 0.24452832701717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001008984 Relative Rsd = 4.42032576054382e-07
BICGSTAB_SOLVER_TIME: 0.552697 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0995320000000004
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964927(s) Flops=1278590976 => 1325.06498004512 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190829.668997435 Mflops = 190.829668997435 Gflops = 0.190829668997435 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141371000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.48692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041586 s
InvBiCGStab: k = 31 resid = 2.146153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115797(s) Flops=206383104 => 1782.28368610586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256550.168606855 Mflops = 256.550168606855 Gflops = 0.256550168606855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057166 s
InvBiCGStab: k = 45 resid = 9.870853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166207(s) Flops=298248192 => 1794.43821259032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258306.589344829 Mflops = 258.306589344829 Gflops = 0.258306589344829 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007273767 Relative Rsd = 3.18661264794067e-07
BICGSTAB_SOLVER_TIME: 0.384548 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 55 resid = 1.758039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204658(s) Flops=363866112 => 1777.92273939939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255956.787226861 Mflops = 255.956787226861 Gflops = 0.255956787226861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057444 s
InvBiCGStab: k = 82 resid = 9.964446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310882(s) Flops=541034496 => 1740.32107359062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250569.041447372 Mflops = 250.569041447372 Gflops = 0.250569041447372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00106783 Relative Rsd = 4.67812589264253e-07
BICGSTAB_SOLVER_TIME: 0.618203 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112042
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 51 resid = 1.669811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188994(s) Flops=337618944 => 1786.40033016921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257165.920524796 Mflops = 257.165920524796 Gflops = 0.257165920524796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057514 s
InvBiCGStab: k = 73 resid = 7.145778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271871(s) Flops=481978368 => 1772.82008011152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255241.334115893 Mflops = 255.241334115893 Gflops = 0.255241334115893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001002047 Relative Rsd = 4.38993366181787e-07
BICGSTAB_SOLVER_TIME: 0.563269 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 64 resid = 1.780526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234537(s) Flops=422922240 => 1803.22183706622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259599.854457844 Mflops = 259.599854457844 Gflops = 0.259599854457844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056045 s
InvBiCGStab: k = 71 resid = 7.907653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261184(s) Flops=468854784 => 1795.11296250919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258438.155064262 Mflops = 258.438155064262 Gflops = 0.258438155064262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001069941 Relative Rsd = 4.68737291219247e-07
BICGSTAB_SOLVER_TIME: 0.596826 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 50 resid = 1.545288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183547(s) Flops=331057152 => 1803.66419500183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.625600288 Mflops = 259.661625600288 Gflops = 0.259661625600288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056133 s
InvBiCGStab: k = 67 resid = 1.023543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24555(s) Flops=442607616 => 1802.51523518632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259509.916607895 Mflops = 259.509916607895 Gflops = 0.259509916607895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001006795 Relative Rsd = 4.41073244314631e-07
BICGSTAB_SOLVER_TIME: 0.53051 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978140000000003
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93907(s) Flops=1316044800 => 1401.43418488505 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201832.590697121 Mflops = 201.832590697121 Gflops = 0.201832590697121 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145778000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.574874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.158688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727239(s) Flops=1256269824 => 1727.45111854562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248758.278011416 Mflops = 248.758278011416 Gflops = 0.248758278011416 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 9.148727e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795104(s) Flops=1426876416 => 1794.57833943736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.53627085 Mflops = 258.40553627085 Gflops = 0.25840553627085 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001958835 Relative Rsd = 8.61202711799853e-07
BICGSTAB_SOLVER_TIME: 1.525824 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.11686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291398999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.796409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.642171(s) Flops=1164404736 => 1813.23157850479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261029.364950784 Mflops = 261.029364950784 Gflops = 0.261029364950784 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 9.848088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751194(s) Flops=1354696704 => 1803.39127309324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259672.478079202 Mflops = 259.672478079202 Gflops = 0.259672478079202 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.00200846 Relative Rsd = 8.8229566306308e-07
BICGSTAB_SOLVER_TIME: 1.396735 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273335999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 269 resid = 2.221154e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983086(s) Flops=1768089600 => 1798.509591226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258980.216271812 Mflops = 258.980216271812 Gflops = 0.258980216271812 Tflops
InvBiCGStab: k = 279 resid = 8.611365e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.251748(s) Flops=1833707520 => 1464.9174754024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210940.995443735 Mflops = 210.940995443735 Gflops = 0.210940995443735 Tflops
BICGSTAB_SOLVER: 548 iterations. Rsd = 0.001947475 Relative Rsd = 8.56208469571631e-07
BICGSTAB_SOLVER_TIME: 2.239609 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.392
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 246 resid = 2.154127e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.13362(s) Flops=1617168384 => 1426.55244614597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205367.858003213 Mflops = 205.367858003213 Gflops = 0.205367858003213 Tflops
InvBiCGStab: k = 264 resid = 7.745893e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974571(s) Flops=1735280640 => 1780.5584611075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256389.601090328 Mflops = 256.389601090328 Gflops = 0.256389601090328 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.001969808 Relative Rsd = 8.65316047150115e-07
BICGSTAB_SOLVER_TIME: 2.113355 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364721999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 214 resid = 1.615798e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787119(s) Flops=1407191040 => 1787.77419932691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257422.807830494 Mflops = 257.422807830494 Gflops = 0.257422807830494 Tflops
InvBiCGStab: k = 230 resid = 1.034103e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838349(s) Flops=1512179712 => 1803.75918859568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.963424167 Mflops = 259.729963424167 Gflops = 0.259729963424167 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.001748519 Relative Rsd = 7.6602027405261e-07
BICGSTAB_SOLVER_TIME: 1.630203 sec
2Flav::invert,  n_count = 444
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318756000000002
MInvCG2: 308 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.241879(s) Flops=1992738816 => 1604.61592151892 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231068.209861413 Mflops = 231.068209861413 Gflops = 0.231068209861413 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.221329000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.011401215523847
AccProb = 0.988663532033302
AcceptP = 1
After HMC trajectory call: time= 443.447252 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.041777 secs
Doing Update: 2715 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 235 resid = 1.715997e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860284(s) Flops=1544988672 => 1795.90538938304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258580.377214281 Mflops = 258.580377214281 Gflops = 0.258580377214281 Tflops
InvBiCGStab: k = 239 resid = 9.931945e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.998849(s) Flops=1571235840 => 1573.04641642531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226504.511348704 Mflops = 226.504511348704 Gflops = 0.226504511348704 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.001849254 Relative Rsd = 8.13584802088888e-07
BICGSTAB_SOLVER_TIME: 1.868365 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341216999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000374
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 214 resid = 1.701228e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953581(s) Flops=1407191040 => 1475.69114736976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212484.23794367 Mflops = 212.48423794367 Gflops = 0.21248423794367 Tflops
InvBiCGStab: k = 243 resid = 1.105102e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.002603(s) Flops=1597483008 => 1593.33555554891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229432.186771695 Mflops = 229.432186771695 Gflops = 0.229432186771695 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.003570367 Relative Rsd = 1.56763373600921e-06
BICGSTAB_SOLVER_TIME: 1.96136 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329080999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 318 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.281264(s) Flops=2052016128 => 1601.5560633874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230629.2707544 Mflops = 230.6292707544 Gflops = 0.2306292707544 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.227995000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 291 resid = 1.892506e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.065549(s) Flops=1912449024 => 1794.80157552586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258436.234077144 Mflops = 258.436234077144 Gflops = 0.258436234077144 Tflops
InvBiCGStab: k = 310 resid = 8.403673e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.154763(s) Flops=2037123072 => 1764.10490464277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254026.741776021 Mflops = 254.026741776021 Gflops = 0.254026741776021 Tflops
BICGSTAB_SOLVER: 601 iterations. Rsd = 0.002021771 Relative Rsd = 8.8948400883116e-07
BICGSTAB_SOLVER_TIME: 2.22539 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429964
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 219 resid = 8.1876e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833276(s) Flops=1440000000 => 1728.11889457995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248748.520158422 Mflops = 248.748520158422 Gflops = 0.248748520158422 Tflops
InvBiCGStab: k = 287 resid = 1.119265e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.258947(s) Flops=1886201856 => 1498.23769864816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215737.846068254 Mflops = 215.737846068254 Gflops = 0.215737846068254 Tflops
BICGSTAB_SOLVER: 506 iterations. Rsd = 0.002903115 Relative Rsd = 1.2746649128741e-06
BICGSTAB_SOLVER_TIME: 2.097133 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.36212
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 198 resid = 1.637691e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873094(s) Flops=1302202368 => 1491.48014761297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214714.114289976 Mflops = 214.714114289976 Gflops = 0.214714114289976 Tflops
InvBiCGStab: k = 240 resid = 1.127682e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962974(s) Flops=1577797632 => 1638.46337699668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235928.329126728 Mflops = 235.928329126728 Gflops = 0.235928329126728 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.00174223 Relative Rsd = 7.64286560923847e-07
BICGSTAB_SOLVER_TIME: 1.84101 sec
2Flav::invert,  n_count = 438
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312650000000003
MInvCG2: 305 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.232978(s) Flops=1973495808 => 1600.59288000272 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230498.505104215 Mflops = 230.498505104215 Gflops = 0.230498505104215 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.219274000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.981301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746226(s) Flops=1295640576 => 1736.25761632535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249962.875797366 Mflops = 249.962875797366 Gflops = 0.249962875797366 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.119713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77176(s) Flops=1380943872 => 1789.34367160775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257651.879716725 Mflops = 257.651879716725 Gflops = 0.257651879716725 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.002008436 Relative Rsd = 8.83617174805133e-07
BICGSTAB_SOLVER_TIME: 1.521349 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290688999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 146 resid = 2.115765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.531509(s) Flops=960989184 => 1808.03934458306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260354.13819069 Mflops = 260.35413819069 Gflops = 0.26035413819069 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.099562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.638835(s) Flops=1157842944 => 1812.42878677593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260971.830349172 Mflops = 260.971830349172 Gflops = 0.260971830349171 Tflops
BICGSTAB_SOLVER: 322 iterations. Rsd = 0.002868634 Relative Rsd = 1.25952518196994e-06
BICGSTAB_SOLVER_TIME: 1.173804 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.123407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.230289999999997
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957046(s) Flops=1253597184 => 1309.86095130224 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188602.726827783 Mflops = 188.602726827783 Gflops = 0.188602726827783 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138467
CLOV_LINOP: Time spent in clov deriv (total) = 1.527347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.3e-05 s
InvBiCGStab: k = 139 resid = 8.187695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.537841(s) Flops=915056640 => 1701.3515890384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244864.186290989 Mflops = 244.864186290989 Gflops = 0.244864186290989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.9e-05 s
InvBiCGStab: k = 174 resid = 8.195703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.64501(s) Flops=1144719360 => 1774.73118246229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255530.326181116 Mflops = 255.530326181116 Gflops = 0.255530326181116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 313 iterations. Rsd = 0.001743085 Relative Rsd = 7.64661410319401e-07
BICGSTAB_SOLVER_TIME: 1.186605 sec
2Flav::invert,  n_count = 313
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.224810999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000123 s
InvBiCGStab: k = 123 resid = 1.939828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451375(s) Flops=810067968 => 1794.66733425644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258486.197790075 Mflops = 258.486197790075 Gflops = 0.258486197790075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.2e-05 s
InvBiCGStab: k = 130 resid = 1.083946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.475122(s) Flops=856000512 => 1801.64360311667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.001683165 Mflops = 259.374001683165 Gflops = 0.259374001683165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 253 iterations. Rsd = 0.001533371 Relative Rsd = 6.72663512256164e-07
BICGSTAB_SOLVER_TIME: 0.93053 sec
2Flav::invert,  n_count = 253
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182686999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00515 s
InvBiCGStab: k = 89 resid = 1.6844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325108(s) Flops=586967040 => 1805.45246502701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.716752976 Mflops = 259.943716752976 Gflops = 0.259943716752976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007247 s
InvBiCGStab: k = 110 resid = 1.04898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401684(s) Flops=724764672 => 1804.31551169576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259778.678115838 Mflops = 259.778678115838 Gflops = 0.259778678115838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001360399 Relative Rsd = 5.96783576438367e-07
BICGSTAB_SOLVER_TIME: 0.743005 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145708
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007422 s
InvBiCGStab: k = 72 resid = 2.254606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263743(s) Flops=475416576 => 1802.57514322655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.800455614 Mflops = 259.523800455614 Gflops = 0.259523800455614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010951 s
InvBiCGStab: k = 107 resid = 7.631248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390828(s) Flops=705079296 => 1804.06546102122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259750.08648991 Mflops = 259.75008648991 Gflops = 0.25975008648991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001280572 Relative Rsd = 5.61764727136596e-07
BICGSTAB_SOLVER_TIME: 0.67672 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132665
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011176 s
InvBiCGStab: k = 64 resid = 1.940547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239423(s) Flops=422922240 => 1766.42277475431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254309.447399804 Mflops = 254.309447399804 Gflops = 0.254309447399804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.01713 s
InvBiCGStab: k = 92 resid = 9.019038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397644(s) Flops=606652416 => 1525.61692368048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219663.472623103 Mflops = 219.663472623103 Gflops = 0.219663472623103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001181005 Relative Rsd = 5.18086601450519e-07
BICGSTAB_SOLVER_TIME: 0.670246 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117063
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97022(s) Flops=1278148608 => 1317.38019005999 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189686.080383805 Mflops = 189.686080383805 Gflops = 0.189686080383805 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141165000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013178 s
InvBiCGStab: k = 26 resid = 1.959362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096955(s) Flops=173574144 => 1790.25469547728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257677.1358913 Mflops = 257.6771358913 Gflops = 0.2576771358913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019479 s
InvBiCGStab: k = 52 resid = 6.095123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191698(s) Flops=344180736 => 1795.43206501894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258457.717692759 Mflops = 258.457717692759 Gflops = 0.258457717692759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007342896 Relative Rsd = 3.22120214582376e-07
BICGSTAB_SOLVER_TIME: 0.325063 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0624480000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.020072 s
InvBiCGStab: k = 75 resid = 2.227759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337837(s) Flops=495101952 => 1465.50541237342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210995.323989819 Mflops = 210.995323989819 Gflops = 0.210995323989819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.028905 s
InvBiCGStab: k = 101 resid = 9.13206e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442874(s) Flops=665708544 => 1503.15562439881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216417.644722179 Mflops = 216.417644722179 Gflops = 0.216417644722179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001272433 Relative Rsd = 5.58194312178641e-07
BICGSTAB_SOLVER_TIME: 0.833522 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133473
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019947 s
InvBiCGStab: k = 54 resid = 2.209611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198753(s) Flops=357304320 => 1797.73044935171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.08871659 Mflops = 258.79308871659 Gflops = 0.25879308871659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028509 s
InvBiCGStab: k = 75 resid = 1.071539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274403(s) Flops=495101952 => 1804.28767907056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.179139586 Mflops = 259.755179139586 Gflops = 0.259755179139586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001029215 Relative Rsd = 4.51499100437476e-07
BICGSTAB_SOLVER_TIME: 0.525492 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10116
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024317 s
InvBiCGStab: k = 60 resid = 2.030534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219487(s) Flops=396675072 => 1807.28276389946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260187.676486897 Mflops = 260.187676486897 Gflops = 0.260187676486897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.03397 s
InvBiCGStab: k = 91 resid = 8.831443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334344(s) Flops=600090624 => 1794.82994759888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.619289876 Mflops = 258.405619289876 Gflops = 0.258405619289876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00115725 Relative Rsd = 5.07665686115307e-07
BICGSTAB_SOLVER_TIME: 0.615997 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118102
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027938 s
InvBiCGStab: k = 50 resid = 1.76536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183874(s) Flops=331057152 => 1800.45657352317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.514184613 Mflops = 259.198514184613 Gflops = 0.259198514184613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.03957 s
InvBiCGStab: k = 79 resid = 9.531261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28914(s) Flops=521349120 => 1803.10271840631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259593.309433831 Mflops = 259.593309433831 Gflops = 0.259593309433831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001069211 Relative Rsd = 4.69044350272419e-07
BICGSTAB_SOLVER_TIME: 0.544362 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10292
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980766(s) Flops=1309335552 => 1335.01319580817 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192504.153551422 Mflops = 192.504153551422 Gflops = 0.192504153551422 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145264000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.509741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031747 s
InvBiCGStab: k = 29 resid = 1.920037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107471(s) Flops=193259520 => 1798.24808553005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258818.899469507 Mflops = 258.818899469507 Gflops = 0.258818899469507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044316 s
InvBiCGStab: k = 46 resid = 1.151169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168977(s) Flops=304809984 => 1803.85486782225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.639241434 Mflops = 259.660639241434 Gflops = 0.259660639241434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007072958 Relative Rsd = 3.10278497471453e-07
BICGSTAB_SOLVER_TIME: 0.356344 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036791 s
InvBiCGStab: k = 53 resid = 1.125749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197064(s) Flops=350742528 => 1779.84070149799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256222.733164287 Mflops = 256.222733164287 Gflops = 0.256222733164287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050041 s
InvBiCGStab: k = 73 resid = 9.151846e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267191(s) Flops=481978368 => 1803.87201664727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259693.759965053 Mflops = 259.693759965053 Gflops = 0.259693759965053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001041168 Relative Rsd = 4.56742344659843e-07
BICGSTAB_SOLVER_TIME: 0.555059 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040736 s
InvBiCGStab: k = 48 resid = 2.214897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176737(s) Flops=317933568 => 1798.90780085664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.215462135 Mflops = 258.979215462135 Gflops = 0.258979215462135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 71 resid = 8.193612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261263(s) Flops=468854784 => 1794.57016110203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258351.91208297 Mflops = 258.35191208297 Gflops = 0.25835191208297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009924532 Relative Rsd = 4.35372149977647e-07
BICGSTAB_SOLVER_TIME: 0.53869 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991630000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 61 resid = 2.074142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223568(s) Flops=403236864 => 1803.64302583554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.933991655 Mflops = 259.664933991655 Gflops = 0.259664933991655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055885 s
InvBiCGStab: k = 71 resid = 8.913063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259913(s) Flops=468854784 => 1803.89124053049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.345180371 Mflops = 259.701345180371 Gflops = 0.259701345180371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001085319 Relative Rsd = 4.76110823142018e-07
BICGSTAB_SOLVER_TIME: 0.583956 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040827 s
InvBiCGStab: k = 55 resid = 1.898739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217467(s) Flops=363866112 => 1673.20150643546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240866.077362891 Mflops = 240.866077362891 Gflops = 0.240866077362891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057852 s
InvBiCGStab: k = 68 resid = 1.03104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261352(s) Flops=449169408 => 1718.63772995806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247420.733425303 Mflops = 247.420733425303 Gflops = 0.247420733425303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009921105 Relative Rsd = 4.35221801664226e-07
BICGSTAB_SOLVER_TIME: 0.581382 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102188
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888118(s) Flops=1328357376 => 1495.69919312524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215362.557656489 Mflops = 215.362557656489 Gflops = 0.215362557656489 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147234000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.544255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040983 s
InvBiCGStab: k = 28 resid = 2.003176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104019(s) Flops=186697728 => 1794.84255760967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258349.754877596 Mflops = 258.349754877596 Gflops = 0.258349754877596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 51 resid = 7.97813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187369(s) Flops=337618944 => 1801.89329077916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259388.927578012 Mflops = 259.388927578012 Gflops = 0.259388927578012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007326073 Relative Rsd = 3.21382236218554e-07
BICGSTAB_SOLVER_TIME: 0.392732 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 54 resid = 1.405317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198887(s) Flops=357304320 => 1796.51922951224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258630.643269735 Mflops = 258.630643269735 Gflops = 0.258630643269735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056851 s
InvBiCGStab: k = 67 resid = 1.024184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249298(s) Flops=442607616 => 1775.41583165529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255598.271085897 Mflops = 255.598271085897 Gflops = 0.255598271085897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001081754 Relative Rsd = 4.74546975977078e-07
BICGSTAB_SOLVER_TIME: 0.550059 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041688 s
InvBiCGStab: k = 44 resid = 1.614834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162429(s) Flops=291686400 => 1795.77784755185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.609786172 Mflops = 258.522609786172 Gflops = 0.258522609786172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056131 s
InvBiCGStab: k = 70 resid = 1.151052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259441(s) Flops=462292992 => 1781.8810134096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256538.987800541 Mflops = 256.538987800541 Gflops = 0.256538987800541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009538081 Relative Rsd = 4.184192285779e-07
BICGSTAB_SOLVER_TIME: 0.523555 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955180000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041145 s
InvBiCGStab: k = 60 resid = 2.085318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219866(s) Flops=396675072 => 1804.16741105946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259748.035823443 Mflops = 259.748035823443 Gflops = 0.259748035823443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059978 s
InvBiCGStab: k = 76 resid = 1.034655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298827(s) Flops=501663744 => 1678.77649609975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241688.368590089 Mflops = 241.688368590089 Gflops = 0.241688368590089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001074971 Relative Rsd = 4.71571213112015e-07
BICGSTAB_SOLVER_TIME: 0.624159 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044812 s
InvBiCGStab: k = 50 resid = 2.185552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195231(s) Flops=331057152 => 1695.72020836855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244120.459900695 Mflops = 244.120459900695 Gflops = 0.244120459900695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061812 s
InvBiCGStab: k = 73 resid = 9.604345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270711(s) Flops=481978368 => 1780.41663619136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256311.424551136 Mflops = 256.311424551136 Gflops = 0.256311424551136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001048723 Relative Rsd = 4.60056850854703e-07
BICGSTAB_SOLVER_TIME: 0.576405 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102032
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847209(s) Flops=1341186048 => 1583.06397594926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227941.491731975 Mflops = 227.941491731975 Gflops = 0.227941491731975 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148482000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.504595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021454
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.8037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739994(s) Flops=1111910400 => 1502.59380481463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216323.70587086 Mflops = 216.32370587086 Gflops = 0.21632370587086 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.120569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834099(s) Flops=1466247168 => 1757.88146011445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253121.76105686 Mflops = 253.12176105686 Gflops = 0.25312176105686 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.003438146 Relative Rsd = 1.51266372887289e-06
BICGSTAB_SOLVER_TIME: 1.577802 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0.120276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280006999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 9.52541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.679062(s) Flops=1197213696 => 1763.04033505041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253832.042920464 Mflops = 253.832042920464 Gflops = 0.253832042920464 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 9.776858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739628(s) Flops=1262831616 => 1707.38751913124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245846.880753276 Mflops = 245.846880753276 Gflops = 0.245846880753276 Tflops
BICGSTAB_SOLVER: 374 iterations. Rsd = 0.001923652 Relative Rsd = 8.44617433045247e-07
BICGSTAB_SOLVER_TIME: 1.422026 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.11569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267093999999998
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847402(s) Flops=1341186048 => 1582.70342529284 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227887.539541089 Mflops = 227.887539541089 Gflops = 0.227887539541089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04935 s
InvBiCGStab: k = 24 resid = 2.134015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101986(s) Flops=160450560 => 1573.26064361775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226442.895909227 Mflops = 226.442895909227 Gflops = 0.226442895909227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081129 s
InvBiCGStab: k = 48 resid = 1.024027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202197(s) Flops=317933568 => 1572.3950800457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226345.474727761 Mflops = 226.345474727761 Gflops = 0.226345474727761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007829821 Relative Rsd = 3.43480782682684e-07
BICGSTAB_SOLVER_TIME: 0.439023 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042169 s
InvBiCGStab: k = 74 resid = 1.850807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327143(s) Flops=488540160 => 1493.35354875391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215002.67506484 Mflops = 215.00267506484 Gflops = 0.21500267506484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065661 s
InvBiCGStab: k = 93 resid = 1.09746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436204(s) Flops=613214208 => 1405.79684734665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202407.752313724 Mflops = 202.407752313724 Gflops = 0.202407752313724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001259013 Relative Rsd = 5.52307440308839e-07
BICGSTAB_SOLVER_TIME: 0.875169 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 44 resid = 2.026665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162235(s) Flops=291686400 => 1797.92523191666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258806.903021924 Mflops = 258.806903021924 Gflops = 0.258806903021924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 66 resid = 1.116316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2417(s) Flops=436045824 => 1804.07870914357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259725.613174939 Mflops = 259.725613174939 Gflops = 0.259725613174939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009815029 Relative Rsd = 4.30568460080557e-07
BICGSTAB_SOLVER_TIME: 0.505 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 62 resid = 1.087457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228043(s) Flops=409798656 => 1797.02361396754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.798345408 Mflops = 258.703798345408 Gflops = 0.258703798345408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056112 s
InvBiCGStab: k = 73 resid = 1.148227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268914(s) Flops=481978368 => 1792.31415247998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258036.931052015 Mflops = 258.036931052015 Gflops = 0.258036931052015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001083286 Relative Rsd = 4.75219151419078e-07
BICGSTAB_SOLVER_TIME: 0.597754 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041113 s
InvBiCGStab: k = 54 resid = 1.311362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1981(s) Flops=357304320 => 1803.65633518425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.202145667 Mflops = 259.661202145667 Gflops = 0.259661202145667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 77 resid = 9.536949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281681(s) Flops=508225536 => 1804.25920101107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.901257669 Mflops = 259.755901257669 Gflops = 0.259755901257669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00108371 Relative Rsd = 4.75405146173657e-07
BICGSTAB_SOLVER_TIME: 0.580926 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107866
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84607(s) Flops=1347674112 => 1592.86360703015 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229352.614779459 Mflops = 229.352614779459 Gflops = 0.229352614779459 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149279000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041555 s
InvBiCGStab: k = 28 resid = 2.219021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104127(s) Flops=186697728 => 1792.98095594802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258045.474580085 Mflops = 258.045474580085 Gflops = 0.258045474580085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05666 s
InvBiCGStab: k = 47 resid = 1.052969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208531(s) Flops=311371776 => 1493.16780718454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214946.387460798 Mflops = 214.946387460798 Gflops = 0.214946387460798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007256292 Relative Rsd = 3.18321059782093e-07
BICGSTAB_SOLVER_TIME: 0.414929 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054447 s
InvBiCGStab: k = 76 resid = 2.244737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336764(s) Flops=501663744 => 1489.65965483246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214473.035114402 Mflops = 214.473035114402 Gflops = 0.214473035114402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065402 s
InvBiCGStab: k = 88 resid = 1.140918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405188(s) Flops=580405248 => 1432.43444524517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206236.270568695 Mflops = 206.236270568695 Gflops = 0.206236270568695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001230889 Relative Rsd = 5.39969890393905e-07
BICGSTAB_SOLVER_TIME: 0.868597 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047837 s
InvBiCGStab: k = 49 resid = 2.254116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203368(s) Flops=324495360 => 1595.60678179458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229716.860209327 Mflops = 229.716860209327 Gflops = 0.229716860209327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074662 s
InvBiCGStab: k = 59 resid = 1.037799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292275(s) Flops=390113280 => 1334.74734411085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192160.99653241 Mflops = 192.16099653241 Gflops = 0.19216099653241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0009801023 Relative Rsd = 4.29954044129888e-07
BICGSTAB_SOLVER_TIME: 0.62203 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0913170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040767 s
InvBiCGStab: k = 55 resid = 1.842602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273162(s) Flops=363866112 => 1332.05245239089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191779.386775871 Mflops = 191.779386775871 Gflops = 0.191779386775871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 76 resid = 1.115298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297818(s) Flops=501663744 => 1684.46414924551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242518.966187167 Mflops = 242.518966187167 Gflops = 0.242518966187167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001133825 Relative Rsd = 4.97389348251323e-07
BICGSTAB_SOLVER_TIME: 0.672398 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041504 s
InvBiCGStab: k = 52 resid = 2.018963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19232(s) Flops=344180736 => 1789.62529118136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257663.309366148 Mflops = 257.663309366148 Gflops = 0.257663309366148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056978 s
InvBiCGStab: k = 81 resid = 1.045742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299327(s) Flops=534472704 => 1785.58133412622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257067.567024622 Mflops = 257.067567024622 Gflops = 0.257067567024622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001052661 Relative Rsd = 4.61784375446449e-07
BICGSTAB_SOLVER_TIME: 0.593966 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109279
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91545(s) Flops=1354162176 => 1479.23117155497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212989.127102719 Mflops = 212.989127102719 Gflops = 0.212989127102719 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149924000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 24 resid = 2.071062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092174(s) Flops=160450560 => 1740.73556534381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250551.642803577 Mflops = 250.551642803577 Gflops = 0.250551642803577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091774 s
InvBiCGStab: k = 47 resid = 1.130234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172933(s) Flops=311371776 => 1800.53417219386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.661142554 Mflops = 259.162661142554 Gflops = 0.259162661142554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006942134 Relative Rsd = 3.04539497049176e-07
BICGSTAB_SOLVER_TIME: 0.402407 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 51 resid = 1.998431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188911(s) Flops=337618944 => 1787.1852036144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257275.37749459 Mflops = 257.27537749459 Gflops = 0.25727537749459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056814 s
InvBiCGStab: k = 67 resid = 9.11815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246753(s) Flops=442607616 => 1793.72739541161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258235.755389001 Mflops = 258.235755389001 Gflops = 0.258235755389001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001027967 Relative Rsd = 4.50951278984327e-07
BICGSTAB_SOLVER_TIME: 0.537704 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986010000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 47 resid = 2.273812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173301(s) Flops=311371776 => 1796.71078643516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258653.624764109 Mflops = 258.653624764109 Gflops = 0.258653624764109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 73 resid = 5.914501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275235(s) Flops=481978368 => 1751.15217178048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252108.652003618 Mflops = 252.108652003618 Gflops = 0.252108652003618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009834553 Relative Rsd = 4.31424944986939e-07
BICGSTAB_SOLVER_TIME: 0.550366 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042421 s
InvBiCGStab: k = 49 resid = 2.200502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180727(s) Flops=324495360 => 1795.50017429604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258485.895911988 Mflops = 258.485895911988 Gflops = 0.258485895911988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056775 s
InvBiCGStab: k = 74 resid = 1.068434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274062(s) Flops=488540160 => 1782.5899249075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256643.109883522 Mflops = 256.643109883522 Gflops = 0.256643109883522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00103218 Relative Rsd = 4.5279942949873e-07
BICGSTAB_SOLVER_TIME: 0.557875 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041253 s
InvBiCGStab: k = 48 resid = 1.258562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17703(s) Flops=317933568 => 1795.93045246568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.479457002 Mflops = 258.527479457002 Gflops = 0.258527479457002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 80 resid = 9.484176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292866(s) Flops=527910912 => 1802.56810964742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.01431281 Mflops = 259.51001431281 Gflops = 0.25951001431281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0009927105 Relative Rsd = 4.35485013351513e-07
BICGSTAB_SOLVER_TIME: 0.571515 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105542
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846607(s) Flops=1354530816 => 1599.9522990006 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230373.433693381 Mflops = 230.373433693381 Gflops = 0.230373433693381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150185000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040907 s
InvBiCGStab: k = 24 resid = 1.985637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089123(s) Flops=160450560 => 1800.3271882679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259083.575491639 Mflops = 259.08357549164 Gflops = 0.25908357549164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 46 resid = 1.015592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16935(s) Flops=304809984 => 1799.88180690877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259101.403095164 Mflops = 259.101403095164 Gflops = 0.259101403095164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007354986 Relative Rsd = 3.22650595835446e-07
BICGSTAB_SOLVER_TIME: 0.359575 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 54 resid = 1.889101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198047(s) Flops=357304320 => 1804.13901750595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259723.507970308 Mflops = 259.723507970308 Gflops = 0.259723507970308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057617 s
InvBiCGStab: k = 74 resid = 1.135656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309299(s) Flops=488540160 => 1579.50772553419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227400.450711602 Mflops = 227.400450711602 Gflops = 0.227400450711602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001072502 Relative Rsd = 4.70488337555702e-07
BICGSTAB_SOLVER_TIME: 0.609964 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047312 s
InvBiCGStab: k = 52 resid = 2.041081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23308(s) Flops=344180736 => 1476.66353183456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212600.283333932 Mflops = 212.600283333932 Gflops = 0.212600283333932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071885 s
InvBiCGStab: k = 72 resid = 4.80441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350127(s) Flops=475416576 => 1357.8403722078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195496.279937759 Mflops = 195.496279937759 Gflops = 0.195496279937759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.000970847 Relative Rsd = 4.25893899161214e-07
BICGSTAB_SOLVER_TIME: 0.707272 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102759
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042238 s
InvBiCGStab: k = 54 resid = 2.071638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240158(s) Flops=357304320 => 1487.78853921169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214170.469929503 Mflops = 214.170469929503 Gflops = 0.214170469929503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077341 s
InvBiCGStab: k = 82 resid = 8.617753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346015(s) Flops=541034496 => 1563.61572764187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225119.110584039 Mflops = 225.119110584039 Gflops = 0.225119110584039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001018433 Relative Rsd = 4.46769052615099e-07
BICGSTAB_SOLVER_TIME: 0.709943 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 46 resid = 2.158764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171006(s) Flops=304809984 => 1782.45198414091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256595.382911463 Mflops = 256.595382911463 Gflops = 0.256595382911463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 73 resid = 1.019307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273201(s) Flops=481978368 => 1764.18961863244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253971.357091323 Mflops = 253.971357091323 Gflops = 0.253971357091323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009912787 Relative Rsd = 4.34856910801659e-07
BICGSTAB_SOLVER_TIME: 0.545681 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991530000000002
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855336(s) Flops=1360723968 => 1590.86483908078 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229064.470834579 Mflops = 229.064470834579 Gflops = 0.229064470834579 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150957000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.953132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740364(s) Flops=1282516992 => 1732.27897628734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249363.429925385 Mflops = 249.363429925385 Gflops = 0.249363429925385 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 9.52261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864625(s) Flops=1525303296 => 1764.12120399017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254025.745258857 Mflops = 254.025745258857 Gflops = 0.254025745258857 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002028098 Relative Rsd = 8.92308604772978e-07
BICGSTAB_SOLVER_TIME: 1.608488 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304898999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.359231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683092(s) Flops=1236584448 => 1810.27511374749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260607.880587924 Mflops = 260.607880587924 Gflops = 0.260607880587924 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.121837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701552(s) Flops=1203775488 => 1715.87492872945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247072.966409407 Mflops = 247.072966409407 Gflops = 0.247072966409407 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.002138213 Relative Rsd = 9.38835901140602e-07
BICGSTAB_SOLVER_TIME: 1.38794 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266804999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030138(s) Flops=1360723968 => 1320.91425420672 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190241.721375507 Mflops = 190.241721375507 Gflops = 0.190241721375507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150642000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 30 resid = 1.908619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113429(s) Flops=199821312 => 1761.6421902688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253580.19086858 Mflops = 253.58019086858 Gflops = 0.25358019086858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057156 s
InvBiCGStab: k = 51 resid = 9.420374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190541(s) Flops=337618944 => 1771.89656819267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255053.224489769 Mflops = 255.053224489769 Gflops = 0.255053224489769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007742851 Relative Rsd = 3.39665566556119e-07
BICGSTAB_SOLVER_TIME: 0.40613 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 81 resid = 2.213771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297185(s) Flops=534472704 => 1798.45114659219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258932.257607929 Mflops = 258.932257607929 Gflops = 0.258932257607929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 91 resid = 9.351082e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339639(s) Flops=600090624 => 1766.84840080203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254378.537582616 Mflops = 254.378537582616 Gflops = 0.254378537582616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001233611 Relative Rsd = 5.41163841895086e-07
BICGSTAB_SOLVER_TIME: 0.738954 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 46 resid = 2.15439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16858(s) Flops=304809984 => 1808.10288290426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260272.594752182 Mflops = 260.272594752182 Gflops = 0.260272594752182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 66 resid = 1.128799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242281(s) Flops=436045824 => 1799.75245273051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259094.040722071 Mflops = 259.094040722071 Gflops = 0.259094040722071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0009635569 Relative Rsd = 4.22695856732916e-07
BICGSTAB_SOLVER_TIME: 0.512421 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0943000000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 51 resid = 1.921781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187684(s) Flops=337618944 => 1798.86907781164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.429591402 Mflops = 258.972429591402 Gflops = 0.258972429591402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 71 resid = 1.06066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265062(s) Flops=468854784 => 1768.84949181701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254654.321069569 Mflops = 254.654321069569 Gflops = 0.254654321069569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001071426 Relative Rsd = 4.70016047745064e-07
BICGSTAB_SOLVER_TIME: 0.554193 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 58 resid = 2.249254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212985(s) Flops=383551488 => 1800.83803084724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.374755284 Mflops = 259.265374755284 Gflops = 0.259265374755284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 72 resid = 1.063176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263349(s) Flops=475416576 => 1805.2720002734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259896.123859848 Mflops = 259.896123859848 Gflops = 0.259896123859848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001078831 Relative Rsd = 4.73264521205802e-07
BICGSTAB_SOLVER_TIME: 0.577584 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107133
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857558(s) Flops=1360871424 => 1586.91473229799 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228493.521444153 Mflops = 228.493521444153 Gflops = 0.228493521444153 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150865000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.560149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044404 s
InvBiCGStab: k = 27 resid = 1.870779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126847(s) Flops=180135936 => 1420.1040308403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204415.244682647 Mflops = 204.415244682647 Gflops = 0.204415244682647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068489 s
InvBiCGStab: k = 51 resid = 9.852579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235978(s) Flops=337618944 => 1430.72211816356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205959.623668326 Mflops = 205.959623668326 Gflops = 0.205959623668326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007163189 Relative Rsd = 3.14236784521948e-07
BICGSTAB_SOLVER_TIME: 0.479795 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067444 s
InvBiCGStab: k = 77 resid = 1.441166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357054(s) Flops=508225536 => 1423.38563914702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204937.319194521 Mflops = 204.937319194521 Gflops = 0.204937319194521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 94 resid = 1.09595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344432(s) Flops=619776000 => 1799.41468853068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.483077639 Mflops = 259.067483077639 Gflops = 0.259067483077639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001219916 Relative Rsd = 5.35156190894428e-07
BICGSTAB_SOLVER_TIME: 0.829328 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 46 resid = 2.253307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175969(s) Flops=304809984 => 1732.18000897885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249353.810069204 Mflops = 249.353810069204 Gflops = 0.249353810069204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058352 s
InvBiCGStab: k = 73 resid = 9.532632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26967(s) Flops=481978368 => 1787.28953164979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257311.355732046 Mflops = 257.311355732046 Gflops = 0.257311355732046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009975013 Relative Rsd = 4.37586672367214e-07
BICGSTAB_SOLVER_TIME: 0.548653 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 57 resid = 2.267633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209664(s) Flops=376989696 => 1798.06593406593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258862.719969325 Mflops = 258.862719969325 Gflops = 0.258862719969325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058611 s
InvBiCGStab: k = 86 resid = 6.038014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315881(s) Flops=567281664 => 1795.87143259645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258552.993744122 Mflops = 258.552993744122 Gflops = 0.258552993744122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001080577 Relative Rsd = 4.74030766482491e-07
BICGSTAB_SOLVER_TIME: 0.629089 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043752 s
InvBiCGStab: k = 50 resid = 2.042711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185878(s) Flops=331057152 => 1781.04537384736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256399.859138446 Mflops = 256.399859138446 Gflops = 0.256399859138446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055888 s
InvBiCGStab: k = 72 resid = 8.735597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26401(s) Flops=475416576 => 1800.75215332753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259254.375936774 Mflops = 259.254375936774 Gflops = 0.259254375936774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001068205 Relative Rsd = 4.68603008518143e-07
BICGSTAB_SOLVER_TIME: 0.553386 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101406
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884365(s) Flops=1366990848 => 1545.73151131038 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222633.374482531 Mflops = 222.633374482531 Gflops = 0.222633374482531 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151744000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 24 resid = 2.075828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089045(s) Flops=160450560 => 1801.90420573867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.828610784 Mflops = 259.352828610784 Gflops = 0.259352828610784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057131 s
InvBiCGStab: k = 54 resid = 5.081715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198977(s) Flops=357304320 => 1795.70663946084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258523.199430835 Mflops = 258.523199430835 Gflops = 0.258523199430835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000757193 Relative Rsd = 3.32167531722332e-07
BICGSTAB_SOLVER_TIME: 0.390698 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 51 resid = 2.045844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187684(s) Flops=337618944 => 1798.86907781164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.694613124 Mflops = 258.986694613124 Gflops = 0.258986694613124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 75 resid = 1.037642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275677(s) Flops=495101952 => 1795.94943357625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258552.708142715 Mflops = 258.552708142715 Gflops = 0.258552708142715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001061471 Relative Rsd = 4.65649154425655e-07
BICGSTAB_SOLVER_TIME: 0.56405 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054898 s
InvBiCGStab: k = 54 resid = 2.147892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244476(s) Flops=357304320 => 1461.51082314828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210413.819772458 Mflops = 210.413819772458 Gflops = 0.210413819772458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070005 s
InvBiCGStab: k = 79 resid = 6.589629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352833(s) Flops=521349120 => 1477.60872707485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212742.644967195 Mflops = 212.742644967195 Gflops = 0.212742644967195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001010967 Relative Rsd = 4.43493665580592e-07
BICGSTAB_SOLVER_TIME: 0.726302 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053629 s
InvBiCGStab: k = 56 resid = 1.694199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237969(s) Flops=370427904 => 1556.62251805907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224114.140409429 Mflops = 224.114140409429 Gflops = 0.224114140409429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072965 s
InvBiCGStab: k = 79 resid = 8.696126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386001(s) Flops=521349120 => 1350.64188952878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194459.000853027 Mflops = 194.459000853027 Gflops = 0.194459000853027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001033867 Relative Rsd = 4.5353947617325e-07
BICGSTAB_SOLVER_TIME: 0.754474 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 46 resid = 2.196258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174582(s) Flops=304809984 => 1745.9416434684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251350.55930534 Mflops = 251.35055930534 Gflops = 0.25135055930534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060302 s
InvBiCGStab: k = 64 resid = 9.314803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252606(s) Flops=422922240 => 1674.23671646754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241021.051535728 Mflops = 241.021051535728 Gflops = 0.241021051535728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009890968 Relative Rsd = 4.33899768107997e-07
BICGSTAB_SOLVER_TIME: 0.532983 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0928080000000002
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867585(s) Flops=1366990848 => 1575.62757309082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227020.989466539 Mflops = 227.020989466539 Gflops = 0.227020989466539 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151286000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 28 resid = 2.099807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103952(s) Flops=186697728 => 1795.99938433123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258482.007481487 Mflops = 258.482007481487 Gflops = 0.258482007481487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055668 s
InvBiCGStab: k = 47 resid = 8.665438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17581(s) Flops=311371776 => 1771.06976850009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254947.421883522 Mflops = 254.947421883522 Gflops = 0.254947421883522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007151741 Relative Rsd = 3.13734568042945e-07
BICGSTAB_SOLVER_TIME: 0.380239 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042831 s
InvBiCGStab: k = 56 resid = 1.648295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213513(s) Flops=370427904 => 1734.91967233845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249764.931537735 Mflops = 249.764931537735 Gflops = 0.249764931537735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058593 s
InvBiCGStab: k = 82 resid = 1.026348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301412(s) Flops=541034496 => 1794.99985402041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258421.951761654 Mflops = 258.421951761654 Gflops = 0.258421951761654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001099307 Relative Rsd = 4.82246964752924e-07
BICGSTAB_SOLVER_TIME: 0.620291 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 49 resid = 1.450225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180261(s) Flops=324495360 => 1800.14179439812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259160.614825168 Mflops = 259.160614825168 Gflops = 0.259160614825168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057096 s
InvBiCGStab: k = 62 resid = 9.209097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245774(s) Flops=409798656 => 1667.38001578686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240041.598814584 Mflops = 240.041598814584 Gflops = 0.240041598814584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.000984652 Relative Rsd = 4.31949887348915e-07
BICGSTAB_SOLVER_TIME: 0.527857 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041809 s
InvBiCGStab: k = 61 resid = 1.684559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223757(s) Flops=403236864 => 1802.11954933253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259449.389483405 Mflops = 259.449389483405 Gflops = 0.259449389483405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 77 resid = 1.150538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294813(s) Flops=508225536 => 1723.89119882773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248174.052673633 Mflops = 248.174052673633 Gflops = 0.248174052673633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001084821 Relative Rsd = 4.75892348249078e-07
BICGSTAB_SOLVER_TIME: 0.620724 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04233 s
InvBiCGStab: k = 56 resid = 1.214456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220609(s) Flops=370427904 => 1679.1151040982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241739.224324094 Mflops = 241.739224324094 Gflops = 0.241739224324094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 66 resid = 9.26429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248823(s) Flops=436045824 => 1752.43375411437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252279.375767686 Mflops = 252.279375767686 Gflops = 0.252279375767686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001010075 Relative Rsd = 4.43102576115857e-07
BICGSTAB_SOLVER_TIME: 0.572041 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101404
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.060944(s) Flops=1373110272 => 1294.23444781251 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186382.030141402 Mflops = 186.382030141402 Gflops = 0.186382030141402 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152208000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.457161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.010139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.666014(s) Flops=1203775488 => 1807.43270862174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260201.319417378 Mflops = 260.201319417378 Gflops = 0.260201319417378 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.122616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788333(s) Flops=1407191040 => 1785.02110148884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257029.098096278 Mflops = 257.029098096278 Gflops = 0.257029098096278 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002064957 Relative Rsd = 9.08531937290005e-07
BICGSTAB_SOLVER_TIME: 1.45776 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283323999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 1.788762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.609859(s) Flops=1098786816 => 1801.70632228105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259336.849442918 Mflops = 259.336849442918 Gflops = 0.259336849442918 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 7.671185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659207(s) Flops=1184090112 => 1796.23412979535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.195285143 Mflops = 258.639195285143 Gflops = 0.258639195285143 Tflops
BICGSTAB_SOLVER: 347 iterations. Rsd = 0.002080416 Relative Rsd = 9.13468096894931e-07
BICGSTAB_SOLVER_TIME: 1.272464 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247986999999997
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903291(s) Flops=1373110272 => 1520.11950965968 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218877.636296858 Mflops = 218.877636296858 Gflops = 0.218877636296858 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048359 s
InvBiCGStab: k = 26 resid = 1.920836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119353(s) Flops=173574144 => 1454.29225909696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209324.390584831 Mflops = 209.324390584831 Gflops = 0.209324390584831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088706 s
InvBiCGStab: k = 56 resid = 6.711472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280857(s) Flops=370427904 => 1318.91996282806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189877.708936365 Mflops = 189.877708936365 Gflops = 0.189877708936365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007358458 Relative Rsd = 3.22802884786065e-07
BICGSTAB_SOLVER_TIME: 0.541502 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044003 s
InvBiCGStab: k = 78 resid = 2.221217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347248(s) Flops=514787328 => 1482.47744551444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213444.276975995 Mflops = 213.444276975995 Gflops = 0.213444276975995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063935 s
InvBiCGStab: k = 102 resid = 9.166959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4284(s) Flops=672270336 => 1569.25848739496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225935.44797034 Mflops = 225.93544797034 Gflops = 0.22593544797034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001250865 Relative Rsd = 5.48732888729488e-07
BICGSTAB_SOLVER_TIME: 0.887395 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040702 s
InvBiCGStab: k = 51 resid = 1.567692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189844(s) Flops=337618944 => 1778.40197214555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256011.884473682 Mflops = 256.011884473682 Gflops = 0.256011884473682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056674 s
InvBiCGStab: k = 68 resid = 1.097875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256561(s) Flops=449169408 => 1750.73143618866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252041.015100134 Mflops = 252.041015100134 Gflops = 0.252041015100134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009809782 Relative Rsd = 4.30338290295031e-07
BICGSTAB_SOLVER_TIME: 0.547565 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993030000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 74 resid = 1.573722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271257(s) Flops=488540160 => 1801.02323626671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.588358571 Mflops = 259.289588358571 Gflops = 0.259289588358571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 88 resid = 9.954744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32707(s) Flops=580405248 => 1774.55972116061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255487.176843607 Mflops = 255.487176843607 Gflops = 0.255487176843607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001104587 Relative Rsd = 4.8456326845657e-07
BICGSTAB_SOLVER_TIME: 0.699589 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129971
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 55 resid = 1.924155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217603(s) Flops=363866112 => 1672.15576991126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240717.996405529 Mflops = 240.71799640553 Gflops = 0.24071799640553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 72 resid = 1.052701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265778(s) Flops=475416576 => 1788.77324684511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257535.100290223 Mflops = 257.535100290223 Gflops = 0.257535100290223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00102766 Relative Rsd = 4.50816762184887e-07
BICGSTAB_SOLVER_TIME: 0.585401 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104886
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867603(s) Flops=1373184000 => 1582.73311641384 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227890.105887345 Mflops = 227.890105887345 Gflops = 0.227890105887345 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152223000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041816 s
InvBiCGStab: k = 24 resid = 2.063144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089112(s) Flops=160450560 => 1800.54942095341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.15895964 Mflops = 259.12915895964 Gflops = 0.25912915895964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066381 s
InvBiCGStab: k = 46 resid = 1.076948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173689(s) Flops=304809984 => 1754.91818134712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252628.82788454 Mflops = 252.62882788454 Gflops = 0.25262882788454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007517081 Relative Rsd = 3.29761396944193e-07
BICGSTAB_SOLVER_TIME: 0.374867 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041172 s
InvBiCGStab: k = 70 resid = 2.198617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259143(s) Flops=462292992 => 1783.93007721605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256838.186080025 Mflops = 256.838186080025 Gflops = 0.256838186080025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057142 s
InvBiCGStab: k = 97 resid = 1.009709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357141(s) Flops=639461376 => 1790.50116340605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257790.623017646 Mflops = 257.790623017646 Gflops = 0.257790623017646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001244802 Relative Rsd = 5.4607344972765e-07
BICGSTAB_SOLVER_TIME: 0.718344 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 55 resid = 2.077289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204451(s) Flops=363866112 => 1779.72282845278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256228.40829935 Mflops = 256.22840829935 Gflops = 0.25622840829935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057088 s
InvBiCGStab: k = 70 resid = 8.289439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290311(s) Flops=462292992 => 1592.40604730789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229261.517826362 Mflops = 229.261517826362 Gflops = 0.229261517826362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00100981 Relative Rsd = 4.42986291092196e-07
BICGSTAB_SOLVER_TIME: 0.596888 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044491 s
InvBiCGStab: k = 51 resid = 2.269806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247589(s) Flops=337618944 => 1363.62659084208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196308.721331788 Mflops = 196.308721331788 Gflops = 0.196308721331788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063785 s
InvBiCGStab: k = 93 resid = 1.143634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403545(s) Flops=613214208 => 1519.56834553767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218785.432835654 Mflops = 218.785432835654 Gflops = 0.218785432835654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001066119 Relative Rsd = 4.67688049148831e-07
BICGSTAB_SOLVER_TIME: 0.763358 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052496 s
InvBiCGStab: k = 53 resid = 2.210551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229759(s) Flops=350742528 => 1526.56708986373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219781.645454985 Mflops = 219.781645454985 Gflops = 0.219781645454985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076173 s
InvBiCGStab: k = 74 resid = 9.886244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333305(s) Flops=488540160 => 1465.74506833081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211032.611681658 Mflops = 211.032611681658 Gflops = 0.211032611681658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001044743 Relative Rsd = 4.58310941278978e-07
BICGSTAB_SOLVER_TIME: 0.69561 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104939
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86629(s) Flops=1373184000 => 1585.13199967678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228239.392736097 Mflops = 228.239392736097 Gflops = 0.228239392736097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152479000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041859 s
InvBiCGStab: k = 23 resid = 1.823645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086236(s) Flops=153888768 => 1784.50725914931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256798.295680056 Mflops = 256.798295680056 Gflops = 0.256798295680056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056915 s
InvBiCGStab: k = 43 resid = 1.14993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158528(s) Flops=285124608 => 1798.57569640694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258897.003647613 Mflops = 258.897003647613 Gflops = 0.258897003647613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007165676 Relative Rsd = 3.14345868760218e-07
BICGSTAB_SOLVER_TIME: 0.347365 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0613430000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 51 resid = 1.999431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19255(s) Flops=337618944 => 1753.40921319138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252441.198435475 Mflops = 252.441198435475 Gflops = 0.252441198435475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055796 s
InvBiCGStab: k = 72 resid = 6.272096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263225(s) Flops=475416576 => 1806.12242758097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260023.162167664 Mflops = 260.023162167664 Gflops = 0.260023162167664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001026717 Relative Rsd = 4.50403304322979e-07
BICGSTAB_SOLVER_TIME: 0.556648 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041901 s
InvBiCGStab: k = 48 resid = 2.095787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189772(s) Flops=317933568 => 1675.34498239993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241169.641956677 Mflops = 241.169641956677 Gflops = 0.241169641956677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 65 resid = 1.056285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242397(s) Flops=429484032 => 1771.8207403557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255081.363639097 Mflops = 255.081363639097 Gflops = 0.255081363639097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009981797 Relative Rsd = 4.37884253760661e-07
BICGSTAB_SOLVER_TIME: 0.534097 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0951020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042361 s
InvBiCGStab: k = 62 resid = 1.451425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243969(s) Flops=409798656 => 1679.71609507765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241832.632662786 Mflops = 241.832632662786 Gflops = 0.241832632662786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057213 s
InvBiCGStab: k = 77 resid = 1.019794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284422(s) Flops=508225536 => 1786.87139532104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257247.343707955 Mflops = 257.247343707955 Gflops = 0.257247343707955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001079244 Relative Rsd = 4.73445613297987e-07
BICGSTAB_SOLVER_TIME: 0.631897 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 59 resid = 1.982613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216777(s) Flops=390113280 => 1799.6064158098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.411976652 Mflops = 259.088411976652 Gflops = 0.259088411976652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 69 resid = 9.396046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253151(s) Flops=455731200 => 1800.23464256511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259166.661151035 Mflops = 259.166661151035 Gflops = 0.259166661151035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001037667 Relative Rsd = 4.55206636734268e-07
BICGSTAB_SOLVER_TIME: 0.570683 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105761
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985834(s) Flops=1373036544 => 1392.76647386883 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200542.437486871 Mflops = 200.542437486871 Gflops = 0.200542437486871 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152038000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.525333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042264 s
InvBiCGStab: k = 28 resid = 1.791527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10515(s) Flops=186697728 => 1775.53711840228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255558.00258063 Mflops = 255.55800258063 Gflops = 0.25555800258063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057388 s
InvBiCGStab: k = 45 resid = 1.126369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166374(s) Flops=298248192 => 1792.63702261171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258049.750957075 Mflops = 258.049750957075 Gflops = 0.258049750957075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007120337 Relative Rsd = 3.12356945444883e-07
BICGSTAB_SOLVER_TIME: 0.374984 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042145 s
InvBiCGStab: k = 54 resid = 1.687575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212717(s) Flops=357304320 => 1679.71680683725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241835.173960853 Mflops = 241.835173960853 Gflops = 0.241835173960853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057472 s
InvBiCGStab: k = 82 resid = 1.075007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304401(s) Flops=541034496 => 1777.37423990066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255889.065182187 Mflops = 255.889065182187 Gflops = 0.255889065182187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00106256 Relative Rsd = 4.66126959731487e-07
BICGSTAB_SOLVER_TIME: 0.620628 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111669
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 47 resid = 1.755236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177559(s) Flops=311371776 => 1753.62429389668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252457.551260241 Mflops = 252.457551260241 Gflops = 0.252457551260241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057024 s
InvBiCGStab: k = 75 resid = 5.29988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276179(s) Flops=495101952 => 1792.68500501486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258109.8290549 Mflops = 258.1098290549 Gflops = 0.2581098290549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001058272 Relative Rsd = 4.64245818384723e-07
BICGSTAB_SOLVER_TIME: 0.556123 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 52 resid = 2.136357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190206(s) Flops=344180736 => 1809.5156619665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260495.358643447 Mflops = 260.495358643447 Gflops = 0.260495358643447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055935 s
InvBiCGStab: k = 95 resid = 1.090985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347911(s) Flops=626337792 => 1800.28165824018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.181106595 Mflops = 259.198181106595 Gflops = 0.259198181106595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001054939 Relative Rsd = 4.62783752533861e-07
BICGSTAB_SOLVER_TIME: 0.639046 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040687 s
InvBiCGStab: k = 58 resid = 2.064627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215062(s) Flops=383551488 => 1783.44611321386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256760.575301186 Mflops = 256.760575301186 Gflops = 0.256760575301186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 67 resid = 1.035919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245967(s) Flops=442607616 => 1799.45934210687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259059.843939963 Mflops = 259.059843939963 Gflops = 0.259059843939963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001012868 Relative Rsd = 4.44327679951001e-07
BICGSTAB_SOLVER_TIME: 0.561991 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103513
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.862007(s) Flops=1373036544 => 1592.83688415523 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229351.106444251 Mflops = 229.351106444251 Gflops = 0.229351106444251 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152159000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.011673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.975215(s) Flops=1433438208 => 1469.86890890727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211632.886306807 Mflops = 211.632886306807 Gflops = 0.211632886306807 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 9.678652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.967106(s) Flops=1413752832 => 1461.83854923866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210495.987437477 Mflops = 210.495987437477 Gflops = 0.210495987437477 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002219651 Relative Rsd = 9.76607680353473e-07
BICGSTAB_SOLVER_TIME: 1.945712 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0.116256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308580999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.2313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813395(s) Flops=1282516992 => 1576.7456057635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226943.709251811 Mflops = 226.943709251811 Gflops = 0.226943709251811 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.057574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756891(s) Flops=1354696704 => 1789.81742945814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257720.498970239 Mflops = 257.720498970239 Gflops = 0.257720498970239 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.002447755 Relative Rsd = 1.07477903297324e-06
BICGSTAB_SOLVER_TIME: 1.573658 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.114895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285988999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.858953(s) Flops=1373036544 => 1598.5002019901 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230191.586791561 Mflops = 230.191586791561 Gflops = 0.230191586791561 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152291000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042197 s
InvBiCGStab: k = 30 resid = 1.390678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112096(s) Flops=199821312 => 1782.5909220668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256605.803132007 Mflops = 256.605803132007 Gflops = 0.256605803132007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 48 resid = 1.095978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177799(s) Flops=317933568 => 1788.16285805882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257395.041553079 Mflops = 257.395041553079 Gflops = 0.257395041553079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007469098 Relative Rsd = 3.27656495021595e-07
BICGSTAB_SOLVER_TIME: 0.392193 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 75 resid = 1.556853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274354(s) Flops=495101952 => 1804.60992732018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259816.347559884 Mflops = 259.816347559884 Gflops = 0.259816347559884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 81 resid = 8.661858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309826(s) Flops=534472704 => 1725.07376398366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248368.708691248 Mflops = 248.368708691248 Gflops = 0.248368708691248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001177166 Relative Rsd = 5.16402434779321e-07
BICGSTAB_SOLVER_TIME: 0.685599 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125702000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04283 s
InvBiCGStab: k = 54 resid = 2.13592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19793(s) Flops=357304320 => 1805.20547668368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.405234965 Mflops = 259.878405234965 Gflops = 0.259878405234965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 70 resid = 9.153014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256899(s) Flops=462292992 => 1799.51261779921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259068.617117214 Mflops = 259.068617117214 Gflops = 0.259068617117214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009488889 Relative Rsd = 4.16261240014065e-07
BICGSTAB_SOLVER_TIME: 0.55786 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042258 s
InvBiCGStab: k = 58 resid = 2.186199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213774(s) Flops=383551488 => 1794.19147323809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258296.479878816 Mflops = 258.296479878816 Gflops = 0.258296479878816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 81 resid = 1.13339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306092(s) Flops=534472704 => 1746.11784692184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251363.270426932 Mflops = 251.363270426932 Gflops = 0.251363270426932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001097733 Relative Rsd = 4.81556761812745e-07
BICGSTAB_SOLVER_TIME: 0.623783 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046113 s
InvBiCGStab: k = 64 resid = 1.888915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282357(s) Flops=422922240 => 1497.82806872151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215657.121016982 Mflops = 215.657121016982 Gflops = 0.215657121016982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065441 s
InvBiCGStab: k = 81 resid = 1.140895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345879(s) Flops=534472704 => 1545.25919179829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222480.847029335 Mflops = 222.480847029335 Gflops = 0.222480847029335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001067417 Relative Rsd = 4.68257472958154e-07
BICGSTAB_SOLVER_TIME: 0.743671 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117665
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011841(s) Flops=1366695936 => 1350.702270416 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194536.595759268 Mflops = 194.536595759268 Gflops = 0.194536595759268 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151523000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 27 resid = 2.261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100088(s) Flops=180135936 => 1799.77555750939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259040.126058048 Mflops = 259.040126058048 Gflops = 0.259040126058048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 59 resid = 9.824047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219296(s) Flops=390113280 => 1778.93477309208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256097.876594834 Mflops = 256.097876594834 Gflops = 0.256097876594834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007410909 Relative Rsd = 3.2510381660033e-07
BICGSTAB_SOLVER_TIME: 0.421815 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 70 resid = 2.231069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255713(s) Flops=462292992 => 1807.85877917822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260284.361581192 Mflops = 260.284361581192 Gflops = 0.260284361581192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 99 resid = 1.057392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361359(s) Flops=652584960 => 1805.91865706956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260003.729336535 Mflops = 260.003729336536 Gflops = 0.260003729336536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001201742 Relative Rsd = 5.27183695800505e-07
BICGSTAB_SOLVER_TIME: 0.718565 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041656 s
InvBiCGStab: k = 49 resid = 1.821813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180162(s) Flops=324495360 => 1801.1309821161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259281.799186004 Mflops = 259.281799186004 Gflops = 0.259281799186004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056618 s
InvBiCGStab: k = 72 resid = 1.099062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271997(s) Flops=475416576 => 1747.8743368493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251632.068883238 Mflops = 251.632068883238 Gflops = 0.251632068883238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001029509 Relative Rsd = 4.51627744255923e-07
BICGSTAB_SOLVER_TIME: 0.55435 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 56 resid = 1.787866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205849(s) Flops=370427904 => 1799.51276906859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.587651975 Mflops = 259.051587651975 Gflops = 0.259051587651975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055891 s
InvBiCGStab: k = 85 resid = 1.119151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310301(s) Flops=560719872 => 1807.01922327031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260151.586535169 Mflops = 260.151586535169 Gflops = 0.260151586535169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001118965 Relative Rsd = 4.90870594696073e-07
BICGSTAB_SOLVER_TIME: 0.617054 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055677 s
InvBiCGStab: k = 68 resid = 1.288538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250501(s) Flops=449169408 => 1793.08429108067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258148.174780381 Mflops = 258.148174780381 Gflops = 0.258148174780381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 75 resid = 9.627306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283973(s) Flops=495101952 => 1743.48248601099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251007.921505992 Mflops = 251.007921505992 Gflops = 0.251007921505992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00112721 Relative Rsd = 4.94487636016173e-07
BICGSTAB_SOLVER_TIME: 0.650383 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116291
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867252(s) Flops=1354309632 => 1561.61027244676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224984.986625464 Mflops = 224.984986625464 Gflops = 0.224984986625464 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149980000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.528556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041307 s
InvBiCGStab: k = 30 resid = 2.109198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158191(s) Flops=199821312 => 1263.16485767205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181836.095005208 Mflops = 181.836095005208 Gflops = 0.181836095005208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 49 resid = 1.111119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180556(s) Flops=324495360 => 1797.20064689072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258712.861751492 Mflops = 258.712861751492 Gflops = 0.258712861751492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007526833 Relative Rsd = 3.30189205307484e-07
BICGSTAB_SOLVER_TIME: 0.43993 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 49 resid = 1.987007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183632(s) Flops=324495360 => 1767.09593099242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254379.977646862 Mflops = 254.379977646862 Gflops = 0.254379977646862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 78 resid = 1.149362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288575(s) Flops=514787328 => 1783.89440526726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256817.373264052 Mflops = 256.817373264052 Gflops = 0.256817373264052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00103359 Relative Rsd = 4.53418237417795e-07
BICGSTAB_SOLVER_TIME: 0.573883 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041379 s
InvBiCGStab: k = 45 resid = 2.236222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166098(s) Flops=298248192 => 1795.61579308601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258472.042718549 Mflops = 258.472042718549 Gflops = 0.258472042718549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 71 resid = 1.060337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260514(s) Flops=468854784 => 1799.72970358599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259107.058271942 Mflops = 259.107058271942 Gflops = 0.259107058271942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009920166 Relative Rsd = 4.35180639727875e-07
BICGSTAB_SOLVER_TIME: 0.528011 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969890000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040937 s
InvBiCGStab: k = 58 resid = 2.049934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212954(s) Flops=383551488 => 1801.1001812598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.79988632 Mflops = 259.30079988632 Gflops = 0.25930079988632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 71 resid = 1.1427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268676(s) Flops=468854784 => 1745.05643972666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251229.796299025 Mflops = 251.229796299025 Gflops = 0.251229796299025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001055081 Relative Rsd = 4.62845699715987e-07
BICGSTAB_SOLVER_TIME: 0.582625 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043683 s
InvBiCGStab: k = 49 resid = 2.060584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189182(s) Flops=324495360 => 1715.25493968771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246917.004838673 Mflops = 246.917004838673 Gflops = 0.246917004838673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060611 s
InvBiCGStab: k = 73 resid = 8.906185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283842(s) Flops=481978368 => 1698.05162026761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244459.911422994 Mflops = 244.459911422994 Gflops = 0.244459911422994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001016068 Relative Rsd = 4.45731679894132e-07
BICGSTAB_SOLVER_TIME: 0.581155 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101229
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867411(s) Flops=1341923328 => 1547.04439763849 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222755.022494299 Mflops = 222.755022494299 Gflops = 0.222755022494299 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148609000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042453 s
InvBiCGStab: k = 29 resid = 2.179427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109901(s) Flops=193259520 => 1758.48736590204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253047.895516645 Mflops = 253.047895516645 Gflops = 0.253047895516645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060398 s
InvBiCGStab: k = 43 resid = 9.218409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165634(s) Flops=285124608 => 1721.41352620839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247794.201986693 Mflops = 247.794201986693 Gflops = 0.247794201986693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007210856 Relative Rsd = 3.16327846637162e-07
BICGSTAB_SOLVER_TIME: 0.382454 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042444 s
InvBiCGStab: k = 58 resid = 1.923266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236939(s) Flops=383551488 => 1618.77735619716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233054.909373202 Mflops = 233.054909373202 Gflops = 0.233054909373202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070276 s
InvBiCGStab: k = 79 resid = 1.006208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36033(s) Flops=521349120 => 1446.86570643577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208308.776686215 Mflops = 208.308776686215 Gflops = 0.208308776686215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001084852 Relative Rsd = 4.75905728431862e-07
BICGSTAB_SOLVER_TIME: 0.714043 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048375 s
InvBiCGStab: k = 56 resid = 2.137837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253733(s) Flops=370427904 => 1459.91220692618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210188.924915366 Mflops = 210.188924915366 Gflops = 0.210188924915366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07111 s
InvBiCGStab: k = 64 resid = 1.017091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28389(s) Flops=422922240 => 1489.73982880693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214478.08183739 Mflops = 214.47808183739 Gflops = 0.21447808183739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009986889 Relative Rsd = 4.38107631315995e-07
BICGSTAB_SOLVER_TIME: 0.661378 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061946 s
InvBiCGStab: k = 68 resid = 1.941114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299982(s) Flops=449169408 => 1497.32119927196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215579.214096636 Mflops = 215.579214096636 Gflops = 0.215579214096636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060178 s
InvBiCGStab: k = 82 resid = 8.455673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308899(s) Flops=541034496 => 1751.49319356812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252164.594441136 Mflops = 252.164594441136 Gflops = 0.252164594441136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001074401 Relative Rsd = 4.71321126260512e-07
BICGSTAB_SOLVER_TIME: 0.734904 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0433 s
InvBiCGStab: k = 47 resid = 2.088031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1822(s) Flops=311371776 => 1708.95596048299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246006.668099708 Mflops = 246.006668099708 Gflops = 0.246006668099708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057042 s
InvBiCGStab: k = 64 resid = 1.050013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252744(s) Flops=422922240 => 1673.3225714557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240894.148287061 Mflops = 240.894148287061 Gflops = 0.240894148287061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001001606 Relative Rsd = 4.39387532617274e-07
BICGSTAB_SOLVER_TIME: 0.539107 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934320000000003
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843869(s) Flops=1335656448 => 1582.77700448766 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227888.904011746 Mflops = 227.888904011746 Gflops = 0.227888904011746 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148042000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.738711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740367(s) Flops=1335011328 => 1803.17508478903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259593.317453968 Mflops = 259.593317453968 Gflops = 0.259593317453968 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 9.616845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866334(s) Flops=1538426880 => 1775.78956845743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255701.576073885 Mflops = 255.701576073885 Gflops = 0.255701576073885 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002094336 Relative Rsd = 9.21478568189664e-07
BICGSTAB_SOLVER_TIME: 1.610081 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001848
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311909999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.061569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.606788(s) Flops=1098786816 => 1810.82489436179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260691.793286139 Mflops = 260.691793286139 Gflops = 0.260691793286139 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 8.957996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.922321(s) Flops=1426876416 => 1547.0496887743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222764.907094543 Mflops = 222.764907094543 Gflops = 0.222764907094543 Tflops
BICGSTAB_SOLVER: 384 iterations. Rsd = 0.001984544 Relative Rsd = 8.71408080909441e-07
BICGSTAB_SOLVER_TIME: 1.532861 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.120926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274193999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023666(s) Flops=1335656448 => 1304.7775817503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187858.332243375 Mflops = 187.858332243375 Gflops = 0.187858332243375 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147879000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041831 s
InvBiCGStab: k = 29 resid = 2.237986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107236(s) Flops=193259520 => 1802.18881718826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259393.657406324 Mflops = 259.393657406324 Gflops = 0.259393657406324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 54 resid = 8.513871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198102(s) Flops=357304320 => 1803.63812581397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259638.18981647 Mflops = 259.63818981647 Gflops = 0.25963818981647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007663681 Relative Rsd = 3.36192489874448e-07
BICGSTAB_SOLVER_TIME: 0.407104 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042138 s
InvBiCGStab: k = 74 resid = 2.131476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276394(s) Flops=488540160 => 1767.54980209411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254479.249827342 Mflops = 254.479249827342 Gflops = 0.254479249827342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055856 s
InvBiCGStab: k = 92 resid = 9.558544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33675(s) Flops=606652416 => 1801.49195545657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.040753932 Mflops = 259.363040753932 Gflops = 0.259363040753932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001237274 Relative Rsd = 5.42770893772376e-07
BICGSTAB_SOLVER_TIME: 0.714941 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042595 s
InvBiCGStab: k = 55 resid = 2.148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202031(s) Flops=363866112 => 1801.04098875915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.939216028 Mflops = 259.280939216028 Gflops = 0.259280939216028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 69 resid = 9.334817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254809(s) Flops=455731200 => 1788.52081362903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257494.680816452 Mflops = 257.494680816452 Gflops = 0.257494680816452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009939056 Relative Rsd = 4.3600929181129e-07
BICGSTAB_SOLVER_TIME: 0.55953 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 63 resid = 2.12968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230628(s) Flops=416360448 => 1805.33347208492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259908.314835667 Mflops = 259.908314835667 Gflops = 0.259908314835667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 78 resid = 1.053173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285214(s) Flops=514787328 => 1804.91605601408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.317460424 Mflops = 259.852317460424 Gflops = 0.259852317460424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001141693 Relative Rsd = 5.0084118006262e-07
BICGSTAB_SOLVER_TIME: 0.616986 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043908 s
InvBiCGStab: k = 57 resid = 1.914382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225015(s) Flops=376989696 => 1675.39806679555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241188.520736879 Mflops = 241.188520736879 Gflops = 0.241188520736879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058577 s
InvBiCGStab: k = 73 resid = 1.125316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291362(s) Flops=481978368 => 1654.22521811355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238161.067378146 Mflops = 238.161067378146 Gflops = 0.238161067378146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001037386 Relative Rsd = 4.55083201994615e-07
BICGSTAB_SOLVER_TIME: 0.622672 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106982
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.833933(s) Flops=1323196416 => 1586.6939142593 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228459.895649304 Mflops = 228.459895649304 Gflops = 0.228459895649304 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146920000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.494642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050293 s
InvBiCGStab: k = 29 resid = 2.154505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128867(s) Flops=193259520 => 1499.68199771858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215832.898604424 Mflops = 215.832898604424 Gflops = 0.215832898604424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060972 s
InvBiCGStab: k = 48 resid = 7.113962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20815(s) Flops=317933568 => 1527.42526062935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219869.062066008 Mflops = 219.869062066008 Gflops = 0.219869062066008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007596636 Relative Rsd = 3.33251377597244e-07
BICGSTAB_SOLVER_TIME: 0.452356 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050943 s
InvBiCGStab: k = 74 resid = 1.718176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277694(s) Flops=488540160 => 1759.2751733923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253289.620174701 Mflops = 253.289620174701 Gflops = 0.253289620174701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 82 resid = 1.137953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300951(s) Flops=541034496 => 1797.74945423009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258814.169660249 Mflops = 258.814169660249 Gflops = 0.258814169660249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00121985 Relative Rsd = 5.35127438822262e-07
BICGSTAB_SOLVER_TIME: 0.689924 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 53 resid = 2.235218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195711(s) Flops=350742528 => 1792.14519367843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258007.020982732 Mflops = 258.007020982732 Gflops = 0.258007020982732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 66 resid = 8.225392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246136(s) Flops=436045824 => 1771.56459843339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255042.757443673 Mflops = 255.042757443673 Gflops = 0.255042757443673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001022467 Relative Rsd = 4.48538658392395e-07
BICGSTAB_SOLVER_TIME: 0.543481 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044463 s
InvBiCGStab: k = 67 resid = 1.414137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253655(s) Flops=442607616 => 1744.91973743865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251218.537466782 Mflops = 251.218537466782 Gflops = 0.251218537466782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057075 s
InvBiCGStab: k = 79 resid = 9.906734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291224(s) Flops=521349120 => 1790.19970881521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257731.172193216 Mflops = 257.731172193216 Gflops = 0.257731172193216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001082475 Relative Rsd = 4.74863044493302e-07
BICGSTAB_SOLVER_TIME: 0.650259 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041706 s
InvBiCGStab: k = 52 resid = 2.046095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194452(s) Flops=344180736 => 1770.00357928949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254808.826162965 Mflops = 254.808826162965 Gflops = 0.254808826162965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057854 s
InvBiCGStab: k = 72 resid = 1.039809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265385(s) Flops=475416576 => 1791.4221828664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257898.368642578 Mflops = 257.898368642578 Gflops = 0.257898368642578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001036545 Relative Rsd = 4.54714327718854e-07
BICGSTAB_SOLVER_TIME: 0.563253 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102795
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.825784(s) Flops=1316634624 => 1594.40558790192 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229613.051781998 Mflops = 229.613051781998 Gflops = 0.229613051781998 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145702000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 26 resid = 2.127639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096493(s) Flops=173574144 => 1798.82627755381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258908.471809735 Mflops = 258.908471809735 Gflops = 0.258908471809735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056509 s
InvBiCGStab: k = 45 resid = 1.041995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166143(s) Flops=298248192 => 1795.1294487279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258399.070601879 Mflops = 258.399070601879 Gflops = 0.258399070601879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007399393 Relative Rsd = 3.2459866363083e-07
BICGSTAB_SOLVER_TIME: 0.364032 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 44 resid = 2.212619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162417(s) Flops=291686400 => 1795.91052660744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258531.659948676 Mflops = 258.531659948676 Gflops = 0.258531659948676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056228 s
InvBiCGStab: k = 66 resid = 1.090733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242452(s) Flops=436045824 => 1798.48309768531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258909.328819826 Mflops = 258.909328819826 Gflops = 0.258909328819826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.00104367 Relative Rsd = 4.57839979272738e-07
BICGSTAB_SOLVER_TIME: 0.506179 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0928440000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049108 s
InvBiCGStab: k = 54 resid = 2.082029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245864(s) Flops=357304320 => 1453.26001366609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209228.080816411 Mflops = 209.228080816411 Gflops = 0.209228080816411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085032 s
InvBiCGStab: k = 64 resid = 1.148499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303337(s) Flops=422922240 => 1394.2322894998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200720.671786341 Mflops = 200.720671786341 Gflops = 0.200720671786341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001018055 Relative Rsd = 4.46603179204096e-07
BICGSTAB_SOLVER_TIME: 0.687223 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051958 s
InvBiCGStab: k = 57 resid = 2.11614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261241(s) Flops=376989696 => 1443.07247331009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207796.674060402 Mflops = 207.796674060402 Gflops = 0.207796674060402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062646 s
InvBiCGStab: k = 69 resid = 8.789501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35473(s) Flops=455731200 => 1284.72697544611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184964.279166231 Mflops = 184.964279166231 Gflops = 0.184964279166231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001020441 Relative Rsd = 4.47649846555852e-07
BICGSTAB_SOLVER_TIME: 0.7345 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041799 s
InvBiCGStab: k = 50 resid = 2.070615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18438(s) Flops=331057152 => 1795.51552229092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258487.147492858 Mflops = 258.487147492858 Gflops = 0.258487147492858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 65 resid = 1.122642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238924(s) Flops=429484032 => 1797.57593209556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.526408019 Mflops = 258.791526408019 Gflops = 0.258791526408019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001005327 Relative Rsd = 4.41019863847533e-07
BICGSTAB_SOLVER_TIME: 0.525403 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963010000000003
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82659(s) Flops=1304248320 => 1577.86607628933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227199.616756739 Mflops = 227.199616756739 Gflops = 0.227199616756739 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144131000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041713 s
InvBiCGStab: k = 31 resid = 2.251355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114599(s) Flops=206383104 => 1800.91540065795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.3469741 Mflops = 259.2093469741 Gflops = 0.2592093469741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 47 resid = 1.126929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17512(s) Flops=311371776 => 1778.04805847419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255935.125277233 Mflops = 255.935125277233 Gflops = 0.255935125277233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007227335 Relative Rsd = 3.17050759528003e-07
BICGSTAB_SOLVER_TIME: 0.391428 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 60 resid = 2.077248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243591(s) Flops=396675072 => 1628.44715937781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234441.365049227 Mflops = 234.441365049227 Gflops = 0.234441365049227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058172 s
InvBiCGStab: k = 66 resid = 1.025853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252659(s) Flops=436045824 => 1725.82739581808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248456.080116415 Mflops = 248.456080116415 Gflops = 0.248456080116415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001117738 Relative Rsd = 4.90332527498312e-07
BICGSTAB_SOLVER_TIME: 0.599712 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041871 s
InvBiCGStab: k = 55 resid = 2.225899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203405(s) Flops=363866112 => 1788.87496374229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257526.066080807 Mflops = 257.526066080807 Gflops = 0.257526066080807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057131 s
InvBiCGStab: k = 62 resid = 9.150668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239759(s) Flops=409798656 => 1709.21073244383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246069.285548402 Mflops = 246.069285548402 Gflops = 0.246069285548402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001025056 Relative Rsd = 4.49674339708245e-07
BICGSTAB_SOLVER_TIME: 0.546143 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 60 resid = 1.466791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219738(s) Flops=396675072 => 1805.21836004697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259897.217793703 Mflops = 259.897217793703 Gflops = 0.259897217793703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 78 resid = 9.763108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287164(s) Flops=514787328 => 1792.65969271914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258085.888450097 Mflops = 258.085888450097 Gflops = 0.258085888450097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001083164 Relative Rsd = 4.75165375340942e-07
BICGSTAB_SOLVER_TIME: 0.608186 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 47 resid = 2.258396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173159(s) Flops=311371776 => 1798.18418909788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258853.169676924 Mflops = 258.853169676924 Gflops = 0.258853169676924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 69 resid = 1.048611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260758(s) Flops=455731200 => 1747.71704032091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251602.137258006 Mflops = 251.602137258006 Gflops = 0.251602137258006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001025995 Relative Rsd = 4.50086214418755e-07
BICGSTAB_SOLVER_TIME: 0.535263 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972820000000002
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968633(s) Flops=1291567104 => 1333.39159826271 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192024.47300097 Mflops = 192.02447300097 Gflops = 0.19202447300097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142653000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.046381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775385(s) Flops=1380943872 => 1780.97831657822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256422.611368718 Mflops = 256.422611368718 Gflops = 0.256422611368718 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 8.528692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864803(s) Flops=1551550464 => 1794.10855882785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258344.151736731 Mflops = 258.344151736731 Gflops = 0.258344151736731 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002111879 Relative Rsd = 9.2919902258492e-07
BICGSTAB_SOLVER_TIME: 1.643624 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318420999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.371628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.660429(s) Flops=1184090112 => 1792.9105354247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258121.511720881 Mflops = 258.121511720881 Gflops = 0.258121511720881 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 5.358415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683348(s) Flops=1236584448 => 1809.59693743159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260564.585754294 Mflops = 260.564585754293 Gflops = 0.260564585754293 Tflops
BICGSTAB_SOLVER: 368 iterations. Rsd = 0.001938557 Relative Rsd = 8.51243010351696e-07
BICGSTAB_SOLVER_TIME: 1.347199 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263422999999997
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830466(s) Flops=1291567104 => 1555.23176626135 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223942.131479964 Mflops = 223.942131479964 Gflops = 0.223942131479964 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04674 s
InvBiCGStab: k = 29 resid = 2.215515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123299(s) Flops=193259520 => 1567.40541285817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225613.529907299 Mflops = 225.613529907299 Gflops = 0.225613529907299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073144 s
InvBiCGStab: k = 44 resid = 1.141498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18718(s) Flops=291686400 => 1558.32033336895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224339.725485163 Mflops = 224.339725485163 Gflops = 0.224339725485163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007103277 Relative Rsd = 3.11608548923472e-07
BICGSTAB_SOLVER_TIME: 0.434338 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045197 s
InvBiCGStab: k = 76 resid = 1.397388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333112(s) Flops=501663744 => 1505.99121016355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216812.04399093 Mflops = 216.81204399093 Gflops = 0.21681204399093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066987 s
InvBiCGStab: k = 95 resid = 1.059377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389184(s) Flops=626337792 => 1609.36161815491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231706.438913441 Mflops = 231.706438913441 Gflops = 0.231706438913441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00122112 Relative Rsd = 5.356843506286e-07
BICGSTAB_SOLVER_TIME: 0.83839 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.148303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043248 s
InvBiCGStab: k = 50 resid = 1.291061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22247(s) Flops=331057152 => 1488.09795478042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214244.555110264 Mflops = 214.244555110264 Gflops = 0.214244555110264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 73 resid = 6.048532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270939(s) Flops=481978368 => 1778.91838384286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256108.883797948 Mflops = 256.108883797948 Gflops = 0.256108883797948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001039243 Relative Rsd = 4.55898014270647e-07
BICGSTAB_SOLVER_TIME: 0.597126 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040955 s
InvBiCGStab: k = 57 resid = 1.512504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210834(s) Flops=376989696 => 1788.08776573038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257429.871271576 Mflops = 257.429871271576 Gflops = 0.257429871271576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056134 s
InvBiCGStab: k = 74 resid = 1.142957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272669(s) Flops=488540160 => 1791.69674587137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257940.103322713 Mflops = 257.940103322713 Gflops = 0.257940103322713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001114066 Relative Rsd = 4.88721543277227e-07
BICGSTAB_SOLVER_TIME: 0.584422 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108042
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 54 resid = 1.772139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199089(s) Flops=357304320 => 1794.69644229465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258348.129539667 Mflops = 258.348129539667 Gflops = 0.258348129539667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055852 s
InvBiCGStab: k = 71 resid = 6.523965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260633(s) Flops=468854784 => 1798.90798172142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258989.310868073 Mflops = 258.989310868073 Gflops = 0.258989310868073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001043171 Relative Rsd = 4.57621044755198e-07
BICGSTAB_SOLVER_TIME: 0.560491 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1035
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.802775(s) Flops=1278959616 => 1593.1732004609 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229398.039603481 Mflops = 229.398039603481 Gflops = 0.229398039603481 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141494000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04057 s
InvBiCGStab: k = 31 resid = 1.825028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114542(s) Flops=206383104 => 1801.81159749262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259346.826912168 Mflops = 259.346826912168 Gflops = 0.259346826912168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 43 resid = 8.907982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158156(s) Flops=285124608 => 1802.8061407724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259497.252579229 Mflops = 259.497252579229 Gflops = 0.259497252579229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000749282 Relative Rsd = 3.28697136184158e-07
BICGSTAB_SOLVER_TIME: 0.373248 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044043 s
InvBiCGStab: k = 74 resid = 1.472874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272568(s) Flops=488540160 => 1792.36065862464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258054.188465418 Mflops = 258.054188465418 Gflops = 0.258054188465418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 88 resid = 8.296227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323673(s) Flops=580405248 => 1793.18400978766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258159.226440182 Mflops = 258.159226440182 Gflops = 0.258159226440182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00121628 Relative Rsd = 5.33561140326124e-07
BICGSTAB_SOLVER_TIME: 0.700721 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042423 s
InvBiCGStab: k = 49 resid = 2.24564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180321(s) Flops=324495360 => 1799.54281531269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259058.472111231 Mflops = 259.058472111231 Gflops = 0.259058472111231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 70 resid = 5.525837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261888(s) Flops=462292992 => 1765.23167155425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254137.26609234 Mflops = 254.13726609234 Gflops = 0.25413726609234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001016422 Relative Rsd = 4.45886828731148e-07
BICGSTAB_SOLVER_TIME: 0.544857 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992760000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049183 s
InvBiCGStab: k = 55 resid = 2.13812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232987(s) Flops=363866112 => 1561.74426899355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224850.454088757 Mflops = 224.850454088757 Gflops = 0.224850454088757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060363 s
InvBiCGStab: k = 76 resid = 1.025052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341963(s) Flops=501663744 => 1467.01176443065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211204.363278407 Mflops = 211.204363278407 Gflops = 0.211204363278407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001125669 Relative Rsd = 4.93811732507976e-07
BICGSTAB_SOLVER_TIME: 0.691426 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045772 s
InvBiCGStab: k = 60 resid = 2.211114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259869(s) Flops=396675072 => 1526.44244600164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219762.909585189 Mflops = 219.762909585189 Gflops = 0.219762909585189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063531 s
InvBiCGStab: k = 76 resid = 7.77802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315846(s) Flops=501663744 => 1588.31754715906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228665.303934161 Mflops = 228.665303934161 Gflops = 0.228665303934161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001044401 Relative Rsd = 4.58160848312557e-07
BICGSTAB_SOLVER_TIME: 0.688848 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111225
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852245(s) Flops=1266573312 => 1486.16103585237 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213990.894552889 Mflops = 213.990894552889 Gflops = 0.213990894552889 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140118
CLOV_LINOP: Time spent in clov deriv (total) = 1.401628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 26 resid = 1.93526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096479(s) Flops=173574144 => 1799.08730397289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258934.678702858 Mflops = 258.934678702858 Gflops = 0.258934678702858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055987 s
InvBiCGStab: k = 45 resid = 1.103238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165325(s) Flops=298248192 => 1804.01144412521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.054712304 Mflops = 259.683054712304 Gflops = 0.259683054712304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007493471 Relative Rsd = 3.28725683978724e-07
BICGSTAB_SOLVER_TIME: 0.36257 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0647690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045633 s
InvBiCGStab: k = 48 resid = 2.082623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179438(s) Flops=317933568 => 1771.8296458944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255072.147184073 Mflops = 255.072147184073 Gflops = 0.255072147184073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055921 s
InvBiCGStab: k = 71 resid = 1.13678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260871(s) Flops=468854784 => 1797.26678703267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258741.899782615 Mflops = 258.741899782615 Gflops = 0.258741899782615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001029052 Relative Rsd = 4.51427296861161e-07
BICGSTAB_SOLVER_TIME: 0.54615 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991470000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 57 resid = 1.298665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209308(s) Flops=376989696 => 1801.12416152273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259281.747503987 Mflops = 259.281747503987 Gflops = 0.259281747503987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 62 resid = 1.113024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226975(s) Flops=409798656 => 1805.47926423615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259921.513718812 Mflops = 259.921513718812 Gflops = 0.259921513718812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009918062 Relative Rsd = 4.35088306252784e-07
BICGSTAB_SOLVER_TIME: 0.537666 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993290000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 58 resid = 1.747826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213154(s) Flops=383551488 => 1799.41022922394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.045211316 Mflops = 259.050045211316 Gflops = 0.259050045211316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 73 resid = 9.588017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267471(s) Flops=481978368 => 1801.98364682526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.9479746 Mflops = 259.4259479746 Gflops = 0.2594259479746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001040335 Relative Rsd = 4.56376943103277e-07
BICGSTAB_SOLVER_TIME: 0.581692 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042298 s
InvBiCGStab: k = 52 resid = 2.14709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212626(s) Flops=344180736 => 1618.71424943328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233047.334035574 Mflops = 233.047334035574 Gflops = 0.233047334035574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05951 s
InvBiCGStab: k = 73 resid = 1.035528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28416(s) Flops=481978368 => 1696.15135135135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244193.988840909 Mflops = 244.193988840909 Gflops = 0.244193988840909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001068792 Relative Rsd = 4.68860755779637e-07
BICGSTAB_SOLVER_TIME: 0.602696 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103284
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.802155(s) Flops=1266352128 => 1578.68757035735 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227298.277725489 Mflops = 227.298277725489 Gflops = 0.227298277725489 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139996000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.579056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 27 resid = 2.000424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140026(s) Flops=180135936 => 1286.44634567866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185179.677239875 Mflops = 185.179677239875 Gflops = 0.185179677239875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058563 s
InvBiCGStab: k = 45 resid = 1.056467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166958(s) Flops=298248192 => 1786.36658321254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257124.524912622 Mflops = 257.124524912622 Gflops = 0.257124524912622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007284624 Relative Rsd = 3.19563910233715e-07
BICGSTAB_SOLVER_TIME: 0.4107 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041722 s
InvBiCGStab: k = 62 resid = 1.621238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331697(s) Flops=409798656 => 1235.46084528953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177875.776412476 Mflops = 177.875776412476 Gflops = 0.177875776412476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075688 s
InvBiCGStab: k = 73 resid = 8.6248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314092(s) Flops=481978368 => 1534.51335277562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220922.99736674 Mflops = 220.92299736674 Gflops = 0.22092299736674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00110087 Relative Rsd = 4.82932622516509e-07
BICGSTAB_SOLVER_TIME: 0.767046 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 54 resid = 2.080974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199527(s) Flops=357304320 => 1790.75673968937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257805.882874452 Mflops = 257.805882874452 Gflops = 0.257805882874452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 64 resid = 8.177158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235648(s) Flops=422922240 => 1794.72026072787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258369.60009505 Mflops = 258.36960009505 Gflops = 0.25836960009505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009996874 Relative Rsd = 4.38545653559274e-07
BICGSTAB_SOLVER_TIME: 0.536673 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 63 resid = 2.148472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232112(s) Flops=416360448 => 1793.79113531399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258241.742069375 Mflops = 258.241742069375 Gflops = 0.258241742069375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056844 s
InvBiCGStab: k = 77 resid = 8.989369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282258(s) Flops=508225536 => 1800.57088195906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259230.909659917 Mflops = 259.230909659917 Gflops = 0.259230909659917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00103426 Relative Rsd = 4.53712090745045e-07
BICGSTAB_SOLVER_TIME: 0.616123 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041648 s
InvBiCGStab: k = 50 resid = 1.917871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184406(s) Flops=331057152 => 1795.26236673427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258433.364859692 Mflops = 258.433364859692 Gflops = 0.258433364859692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 70 resid = 9.600039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262261(s) Flops=462292992 => 1762.72107556976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253772.836213716 Mflops = 253.772836213716 Gflops = 0.253772836213716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001003101 Relative Rsd = 4.40043365851294e-07
BICGSTAB_SOLVER_TIME: 0.548246 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999630000000002
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.79564(s) Flops=1266573312 => 1591.89245387361 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229216.576552744 Mflops = 229.216576552744 Gflops = 0.229216576552744 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140177000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.113052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881822(s) Flops=1315325952 => 1491.60029121523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214797.028036472 Mflops = 214.797028036472 Gflops = 0.214797028036472 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 6.914261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.099935(s) Flops=1617168384 => 1470.23995417911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211708.180401491 Mflops = 211.708180401491 Gflops = 0.211708180401491 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.0021641 Relative Rsd = 9.52159260648685e-07
BICGSTAB_SOLVER_TIME: 1.985272 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318338999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.949094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.634825(s) Flops=1144719360 => 1803.20459969283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.059085014 Mflops = 259.568059085014 Gflops = 0.259568059085014 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 8.778077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804801(s) Flops=1440000000 => 1789.26219028058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257640.136588598 Mflops = 257.640136588598 Gflops = 0.257640136588598 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.002008651 Relative Rsd = 8.82042387571695e-07
BICGSTAB_SOLVER_TIME: 1.442979 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280880999999997
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.799388(s) Flops=1266573312 => 1584.4287279769 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228214.571659962 Mflops = 228.214571659962 Gflops = 0.228214571659962 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140119000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045126 s
InvBiCGStab: k = 30 resid = 1.793038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113298(s) Flops=199821312 => 1763.67907641794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253829.857800896 Mflops = 253.829857800896 Gflops = 0.253829857800896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058757 s
InvBiCGStab: k = 44 resid = 1.089981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161745(s) Flops=291686400 => 1803.37197440415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259604.087627801 Mflops = 259.604087627801 Gflops = 0.259604087627801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000681437 Relative Rsd = 2.98934681475238e-07
BICGSTAB_SOLVER_TIME: 0.38276 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049683 s
InvBiCGStab: k = 76 resid = 2.210641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326355(s) Flops=501663744 => 1537.1719262766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221318.600224904 Mflops = 221.318600224904 Gflops = 0.221318600224904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06425 s
InvBiCGStab: k = 97 resid = 7.514709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448727(s) Flops=639461376 => 1425.05660680102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205184.218391059 Mflops = 205.184218391059 Gflops = 0.205184218391059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001263056 Relative Rsd = 5.54080927360531e-07
BICGSTAB_SOLVER_TIME: 0.893151 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137739
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048709 s
InvBiCGStab: k = 51 resid = 2.198763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22635(s) Flops=337618944 => 1491.57916500994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214745.741329057 Mflops = 214.745741329057 Gflops = 0.214745741329057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067665 s
InvBiCGStab: k = 73 resid = 1.143427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313827(s) Flops=481978368 => 1535.80911776233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221121.232231636 Mflops = 221.121232231636 Gflops = 0.221121232231636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001089126 Relative Rsd = 4.77780690381233e-07
BICGSTAB_SOLVER_TIME: 0.660905 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042931 s
InvBiCGStab: k = 63 resid = 1.157073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233461(s) Flops=416360448 => 1783.42613113111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256752.280246836 Mflops = 256.752280246836 Gflops = 0.256752280246836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 79 resid = 9.016292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291203(s) Flops=521349120 => 1790.32880842574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257750.977151545 Mflops = 257.750977151545 Gflops = 0.257750977151545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001107838 Relative Rsd = 4.85989483588675e-07
BICGSTAB_SOLVER_TIME: 0.627356 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 57 resid = 1.502571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210086(s) Flops=376989696 => 1794.45415686909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258341.007271477 Mflops = 258.341007271477 Gflops = 0.258341007271477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 77 resid = 1.040465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286586(s) Flops=508225536 => 1773.37879728947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255309.203740244 Mflops = 255.309203740244 Gflops = 0.255309203740244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001065694 Relative Rsd = 4.67501543700253e-07
BICGSTAB_SOLVER_TIME: 0.59811 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109853
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.803063(s) Flops=1278812160 => 1592.41822870684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229288.310258387 Mflops = 229.288310258387 Gflops = 0.229288310258387 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141680000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041985 s
InvBiCGStab: k = 29 resid = 2.070224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10862(s) Flops=193259520 => 1779.22592524397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256078.459361778 Mflops = 256.078459361778 Gflops = 0.256078459361778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059522 s
InvBiCGStab: k = 52 resid = 1.05347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191709(s) Flops=344180736 => 1795.32904558471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258445.344545173 Mflops = 258.445344545173 Gflops = 0.258445344545173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007445925 Relative Rsd = 3.26639907546403e-07
BICGSTAB_SOLVER_TIME: 0.405651 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041041 s
InvBiCGStab: k = 76 resid = 1.950375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278417(s) Flops=501663744 => 1801.84307711095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.673743341 Mflops = 259.423673743341 Gflops = 0.259423673743341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066833 s
InvBiCGStab: k = 97 resid = 8.164689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43187(s) Flops=639461376 => 1480.68024173941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213193.501960882 Mflops = 213.193501960882 Gflops = 0.213193501960882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001239564 Relative Rsd = 5.43775224591582e-07
BICGSTAB_SOLVER_TIME: 0.822572 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046782 s
InvBiCGStab: k = 49 resid = 2.059176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217767(s) Flops=324495360 => 1490.10345920181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214518.988177072 Mflops = 214.518988177072 Gflops = 0.214518988177072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060135 s
InvBiCGStab: k = 62 resid = 8.384628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265258(s) Flops=409798656 => 1544.90592555173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222403.22101153 Mflops = 222.40322101153 Gflops = 0.22240322101153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.000984345 Relative Rsd = 4.31815217341275e-07
BICGSTAB_SOLVER_TIME: 0.594052 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0935470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060034 s
InvBiCGStab: k = 59 resid = 1.805461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291336(s) Flops=390113280 => 1339.04934508609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192797.412047446 Mflops = 192.797412047446 Gflops = 0.192797412047446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063711 s
InvBiCGStab: k = 86 resid = 1.043637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362914(s) Flops=567281664 => 1563.12973321503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225046.96815469 Mflops = 225.04696815469 Gflops = 0.22504696815469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001086739 Relative Rsd = 4.76733920890678e-07
BICGSTAB_SOLVER_TIME: 0.781809 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041063 s
InvBiCGStab: k = 56 resid = 2.031955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205974(s) Flops=370427904 => 1798.42069387398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258912.854392824 Mflops = 258.912854392824 Gflops = 0.258912854392824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056721 s
InvBiCGStab: k = 76 resid = 7.394113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281148(s) Flops=501663744 => 1784.34043279696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256892.775175778 Mflops = 256.892775175778 Gflops = 0.256892775175778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001057295 Relative Rsd = 4.63817141841633e-07
BICGSTAB_SOLVER_TIME: 0.588772 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108396
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.806618(s) Flops=1285226496 => 1593.35211463171 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229425.670959165 Mflops = 229.425670959165 Gflops = 0.229425670959165 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142233
CLOV_LINOP: Time spent in clov deriv (total) = 1.392983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042732 s
InvBiCGStab: k = 30 resid = 1.895885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116721(s) Flops=199821312 => 1711.95682010949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246409.469444248 Mflops = 246.409469444248 Gflops = 0.246409469444248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 47 resid = 8.929313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172913(s) Flops=311371776 => 1800.74243116481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.252327003 Mflops = 259.209252327003 Gflops = 0.259209252327003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007276933 Relative Rsd = 3.19226545777716e-07
BICGSTAB_SOLVER_TIME: 0.392422 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 53 resid = 2.123684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194749(s) Flops=350742528 => 1800.99783824307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.335835727 Mflops = 259.266335835727 Gflops = 0.259266335835727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 63 resid = 9.204481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233927(s) Flops=416360448 => 1779.87341350079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256232.087698204 Mflops = 256.232087698204 Gflops = 0.256232087698204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001029369 Relative Rsd = 4.51566460975996e-07
BICGSTAB_SOLVER_TIME: 0.529938 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971990000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043332 s
InvBiCGStab: k = 49 resid = 2.174505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219453(s) Flops=324495360 => 1478.65538406857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212880.823648427 Mflops = 212.880823648428 Gflops = 0.212880823648428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060338 s
InvBiCGStab: k = 63 resid = 1.114151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285421(s) Flops=416360448 => 1458.75898409718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210016.869035232 Mflops = 210.016869035232 Gflops = 0.210016869035232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.000952365 Relative Rsd = 4.17786146761552e-07
BICGSTAB_SOLVER_TIME: 0.612392 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0941880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047737 s
InvBiCGStab: k = 58 resid = 2.020668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250073(s) Flops=383551488 => 1533.75809463637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220807.684614275 Mflops = 220.807684614275 Gflops = 0.220807684614275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066499 s
InvBiCGStab: k = 79 resid = 1.142726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350591(s) Flops=521349120 => 1487.05791078493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214094.856191635 Mflops = 214.094856191635 Gflops = 0.214094856191635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001064807 Relative Rsd = 4.67112497011515e-07
BICGSTAB_SOLVER_TIME: 0.718869 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05195 s
InvBiCGStab: k = 51 resid = 1.660793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254332(s) Flops=337618944 => 1327.47331833981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191106.022710856 Mflops = 191.106022710856 Gflops = 0.191106022710856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 66 resid = 1.040248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24294(s) Flops=436045824 => 1794.87043714497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258398.064591041 Mflops = 258.398064591041 Gflops = 0.258398064591041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001003532 Relative Rsd = 4.4023211835347e-07
BICGSTAB_SOLVER_TIME: 0.609712 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978880000000002
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.816504(s) Flops=1297612800 => 1589.23018135857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228851.775446801 Mflops = 228.851775446801 Gflops = 0.228851775446801 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143521000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 28 resid = 1.395677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103322(s) Flops=186697728 => 1806.95038810708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.115498552 Mflops = 260.056115498552 Gflops = 0.260056115498552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056576 s
InvBiCGStab: k = 49 resid = 9.396608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180258(s) Flops=324495360 => 1800.17175381953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.986013205 Mflops = 259.138986013205 Gflops = 0.259138986013205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007876622 Relative Rsd = 3.45533874699043e-07
BICGSTAB_SOLVER_TIME: 0.385191 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 55 resid = 1.86275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201784(s) Flops=363866112 => 1803.24560916624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.857983948 Mflops = 259.589857983948 Gflops = 0.259589857983948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055996 s
InvBiCGStab: k = 74 resid = 9.470517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275547(s) Flops=488540160 => 1772.983048264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255246.395278186 Mflops = 255.246395278186 Gflops = 0.255246395278186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001080251 Relative Rsd = 4.73887516815661e-07
BICGSTAB_SOLVER_TIME: 0.578436 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041482 s
InvBiCGStab: k = 50 resid = 2.211547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183246(s) Flops=331057152 => 1806.62689499362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260075.286981943 Mflops = 260.075286981943 Gflops = 0.260075286981943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 61 resid = 1.124599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222571(s) Flops=403236864 => 1811.72238970935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260821.220833553 Mflops = 260.821220833553 Gflops = 0.260821220833553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009836989 Relative Rsd = 4.31531782171612e-07
BICGSTAB_SOLVER_TIME: 0.507696 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052193 s
InvBiCGStab: k = 55 resid = 1.574578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238183(s) Flops=363866112 => 1527.67456955366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219940.693113069 Mflops = 219.940693113069 Gflops = 0.219940693113069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065843 s
InvBiCGStab: k = 75 resid = 9.630057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350236(s) Flops=495101952 => 1413.62381936751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203520.798359981 Mflops = 203.520798359981 Gflops = 0.203520798359981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001056993 Relative Rsd = 4.6368456567939e-07
BICGSTAB_SOLVER_TIME: 0.71065 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051373 s
InvBiCGStab: k = 47 resid = 1.987446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222696(s) Flops=311371776 => 1398.19204655674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201301.595705148 Mflops = 201.301595705148 Gflops = 0.201301595705148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060103 s
InvBiCGStab: k = 78 resid = 9.623519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348507(s) Flops=514787328 => 1477.12191720683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212659.786997693 Mflops = 212.659786997693 Gflops = 0.212659786997693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001033419 Relative Rsd = 4.53343165399884e-07
BICGSTAB_SOLVER_TIME: 0.687836 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103567
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907622(s) Flops=1310072832 => 1443.4123809251 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207863.256271458 Mflops = 207.863256271458 Gflops = 0.207863256271458 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144992000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.14501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732874(s) Flops=1321887744 => 1803.7039709418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259658.243667107 Mflops = 259.658243667107 Gflops = 0.259658243667107 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 7.798046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862288(s) Flops=1551550464 => 1799.34136158685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.116912367 Mflops = 259.092116912367 Gflops = 0.259092116912367 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002468035 Relative Rsd = 1.08585609549019e-06
BICGSTAB_SOLVER_TIME: 1.598588 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311833999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.083538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.649565(s) Flops=1170966528 => 1802.69338403393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.46557005 Mflops = 259.52446557005 Gflops = 0.25952446557005 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.054524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.930201(s) Flops=1413752832 => 1519.83585483138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218850.214991292 Mflops = 218.850214991292 Gflops = 0.218850214991292 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.002019838 Relative Rsd = 8.86967303705029e-07
BICGSTAB_SOLVER_TIME: 1.583664 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.127637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280726999999998
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011113(s) Flops=1310072832 => 1295.67400676284 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186693.476308577 Mflops = 186.693476308577 Gflops = 0.186693476308577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144895000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041997 s
InvBiCGStab: k = 28 resid = 1.628947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103689(s) Flops=186697728 => 1800.55481295026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259144.570062346 Mflops = 259.144570062346 Gflops = 0.259144570062346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055962 s
InvBiCGStab: k = 47 resid = 8.05229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172956(s) Flops=311371776 => 1800.29473392077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259146.974878766 Mflops = 259.146974878766 Gflops = 0.259146974878766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007382839 Relative Rsd = 3.23872456763693e-07
BICGSTAB_SOLVER_TIME: 0.378549 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042355 s
InvBiCGStab: k = 78 resid = 1.722586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290133(s) Flops=514787328 => 1774.31497968173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255443.731422118 Mflops = 255.443731422118 Gflops = 0.255443731422118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 90 resid = 1.094318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328933(s) Flops=593528832 => 1804.40646575442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.870922558 Mflops = 259.791870922558 Gflops = 0.259791870922558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001226532 Relative Rsd = 5.38058413823578e-07
BICGSTAB_SOLVER_TIME: 0.721801 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04157 s
InvBiCGStab: k = 47 resid = 2.124298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172817(s) Flops=311371776 => 1801.74274521604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259370.35860436 Mflops = 259.37035860436 Gflops = 0.25937035860436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056923 s
InvBiCGStab: k = 61 resid = 1.079595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224616(s) Flops=403236864 => 1795.22769526659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258440.772638167 Mflops = 258.440772638167 Gflops = 0.258440772638167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.001028843 Relative Rsd = 4.5133588263527e-07
BICGSTAB_SOLVER_TIME: 0.499743 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0912680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 55 resid = 1.776316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201882(s) Flops=363866112 => 1802.37025589206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259488.840893869 Mflops = 259.488840893869 Gflops = 0.259488840893869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 85 resid = 9.913573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311547(s) Flops=560719872 => 1799.79223680536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259114.69310686 Mflops = 259.11469310686 Gflops = 0.25911469310686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001076394 Relative Rsd = 4.72195434387473e-07
BICGSTAB_SOLVER_TIME: 0.615145 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041838 s
InvBiCGStab: k = 52 resid = 1.888842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190783(s) Flops=344180736 => 1804.04300173496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.331626326 Mflops = 259.722331626326 Gflops = 0.259722331626326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 75 resid = 1.090195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325471(s) Flops=495101952 => 1521.18607187737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219010.490361377 Mflops = 219.010490361377 Gflops = 0.219010490361377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001027375 Relative Rsd = 4.50691693224436e-07
BICGSTAB_SOLVER_TIME: 0.618431 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104784
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006886(s) Flops=1322532864 => 1313.48818436248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189139.267654448 Mflops = 189.139267654448 Gflops = 0.189139267654448 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146223000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.457785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 34 resid = 2.267659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125764(s) Flops=226068480 => 1797.56114627397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258746.421574803 Mflops = 258.746421574803 Gflops = 0.258746421574803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 53 resid = 8.546049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195238(s) Flops=350742528 => 1796.48699535951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258596.214763232 Mflops = 258.596214763232 Gflops = 0.258596214763232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007572862 Relative Rsd = 3.32208438311684e-07
BICGSTAB_SOLVER_TIME: 0.42241 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 75 resid = 2.158902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274631(s) Flops=495101952 => 1802.78975061082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.347282734 Mflops = 259.538347282734 Gflops = 0.259538347282734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057775 s
InvBiCGStab: k = 83 resid = 8.905744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31422(s) Flops=547596288 => 1742.71621157151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250900.425129776 Mflops = 250.900425129776 Gflops = 0.250900425129776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001217769 Relative Rsd = 5.34214369020747e-07
BICGSTAB_SOLVER_TIME: 0.691497 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041834 s
InvBiCGStab: k = 54 resid = 1.277505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198122(s) Flops=357304320 => 1803.45605233139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.095415697 Mflops = 259.622095415697 Gflops = 0.259622095415697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 67 resid = 4.935213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245005(s) Flops=442607616 => 1806.52483010551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260073.850915791 Mflops = 260.073850915791 Gflops = 0.260073850915791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001004127 Relative Rsd = 4.40493338334159e-07
BICGSTAB_SOLVER_TIME: 0.54489 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040738 s
InvBiCGStab: k = 62 resid = 1.775664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237987(s) Flops=409798656 => 1721.9371478274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247911.147282708 Mflops = 247.911147282708 Gflops = 0.247911147282708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057432 s
InvBiCGStab: k = 71 resid = 1.134599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262806(s) Flops=468854784 => 1784.0337891829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256835.055594694 Mflops = 256.835055594694 Gflops = 0.256835055594694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001108152 Relative Rsd = 4.86127217760311e-07
BICGSTAB_SOLVER_TIME: 0.602859 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041994 s
InvBiCGStab: k = 48 resid = 2.197049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177124(s) Flops=317933568 => 1794.97734920169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258395.155053721 Mflops = 258.395155053721 Gflops = 0.258395155053721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056201 s
InvBiCGStab: k = 73 resid = 1.12324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268504(s) Flops=481978368 => 1795.05097875637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258421.480184103 Mflops = 258.421480184103 Gflops = 0.258421480184103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001026956 Relative Rsd = 4.50507894454054e-07
BICGSTAB_SOLVER_TIME: 0.547661 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100456
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968625(s) Flops=1328947200 => 1371.99349593496 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197564.311147666 Mflops = 197.564311147666 Gflops = 0.197564311147666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147065000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.554893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042185 s
InvBiCGStab: k = 30 resid = 1.757971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111312(s) Flops=199821312 => 1795.14618369987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258387.936255235 Mflops = 258.387936255235 Gflops = 0.258387936255235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056682 s
InvBiCGStab: k = 44 resid = 8.92462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162415(s) Flops=291686400 => 1795.9326416895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258524.068506629 Mflops = 258.524068506629 Gflops = 0.258524068506629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007587182 Relative Rsd = 3.32836643000337e-07
BICGSTAB_SOLVER_TIME: 0.376385 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 49 resid = 2.186016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183352(s) Flops=324495360 => 1769.79449365156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254779.144350144 Mflops = 254.779144350144 Gflops = 0.254779144350144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056361 s
InvBiCGStab: k = 74 resid = 8.647269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272479(s) Flops=488540160 => 1792.94609859842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258122.669692982 Mflops = 258.122669692982 Gflops = 0.258122669692982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001033967 Relative Rsd = 4.53583600134798e-07
BICGSTAB_SOLVER_TIME: 0.557119 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042689 s
InvBiCGStab: k = 59 resid = 5.055031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217357(s) Flops=390113280 => 1794.80430811982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258378.655994067 Mflops = 258.378655994067 Gflops = 0.258378655994067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 66 resid = 9.863101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241811(s) Flops=436045824 => 1803.25057172751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.444054964 Mflops = 259.603444054964 Gflops = 0.259603444054964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009807234 Relative Rsd = 4.30226499378564e-07
BICGSTAB_SOLVER_TIME: 0.562017 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041112 s
InvBiCGStab: k = 56 resid = 1.345648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206242(s) Flops=370427904 => 1796.08374627864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258569.786663038 Mflops = 258.569786663038 Gflops = 0.258569786663038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 69 resid = 1.149336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252164(s) Flops=455731200 => 1807.28097587284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260182.038815665 Mflops = 260.182038815666 Gflops = 0.260182038815666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001034605 Relative Rsd = 4.53863460446465e-07
BICGSTAB_SOLVER_TIME: 0.559528 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042287 s
InvBiCGStab: k = 61 resid = 2.186317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225044(s) Flops=403236864 => 1791.81344092711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257933.15321888 Mflops = 257.93315321888 Gflops = 0.25793315321888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 65 resid = 1.031456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238498(s) Flops=429484032 => 1800.78672357839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259250.830348899 Mflops = 259.250830348899 Gflops = 0.259250830348899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001022143 Relative Rsd = 4.48396379044164e-07
BICGSTAB_SOLVER_TIME: 0.565855 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104189
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842218(s) Flops=1335287808 => 1585.44202094945 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228281.291646149 Mflops = 228.281291646149 Gflops = 0.228281291646149 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148039000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.514726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047758 s
InvBiCGStab: k = 31 resid = 1.562807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138169(s) Flops=206383104 => 1493.70049721718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215018.04487958 Mflops = 215.01804487958 Gflops = 0.21501804487958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064827 s
InvBiCGStab: k = 43 resid = 1.109623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20025(s) Flops=285124608 => 1423.84323595506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204924.840279978 Mflops = 204.924840279978 Gflops = 0.204924840279978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007200423 Relative Rsd = 3.15870188209606e-07
BICGSTAB_SOLVER_TIME: 0.455412 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044762 s
InvBiCGStab: k = 49 resid = 1.988026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222224(s) Flops=324495360 => 1460.21743826049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210217.594532157 Mflops = 210.217594532157 Gflops = 0.210217594532157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055757 s
InvBiCGStab: k = 77 resid = 8.83001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28278(s) Flops=508225536 => 1797.24710375557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258745.924973352 Mflops = 258.745924973352 Gflops = 0.258745924973352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001057518 Relative Rsd = 4.63915092950716e-07
BICGSTAB_SOLVER_TIME: 0.609375 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04176 s
InvBiCGStab: k = 53 resid = 1.28754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197(s) Flops=350742528 => 1780.41892385787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256313.698880323 Mflops = 256.313698880323 Gflops = 0.256313698880323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 65 resid = 1.025339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239221(s) Flops=429484032 => 1795.34418801025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258457.625900896 Mflops = 258.457625900896 Gflops = 0.258457625900896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.00101427 Relative Rsd = 4.4494275980387e-07
BICGSTAB_SOLVER_TIME: 0.538075 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040848 s
InvBiCGStab: k = 56 resid = 1.528408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21174(s) Flops=370427904 => 1749.44698214792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251853.996020646 Mflops = 251.853996020646 Gflops = 0.251853996020646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055885 s
InvBiCGStab: k = 74 resid = 1.075183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270582(s) Flops=488540160 => 1805.51610971905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259932.06510296 Mflops = 259.93206510296 Gflops = 0.25993206510296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001064348 Relative Rsd = 4.66911028228755e-07
BICGSTAB_SOLVER_TIME: 0.582972 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 52 resid = 2.271409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191549(s) Flops=344180736 => 1796.82867569134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258682.867602315 Mflops = 258.682867602315 Gflops = 0.258682867602315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 69 resid = 9.255938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253747(s) Flops=455731200 => 1796.00625820207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258565.064192677 Mflops = 258.565064192677 Gflops = 0.258565064192677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001006953 Relative Rsd = 4.41732996948285e-07
BICGSTAB_SOLVER_TIME: 0.547038 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100562
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834343(s) Flops=1335361536 => 1600.49468384106 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230454.301465924 Mflops = 230.454301465924 Gflops = 0.230454301465924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147892000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.646549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88868(s) Flops=1321887744 => 1487.47326821803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214202.536785988 Mflops = 214.202536785988 Gflops = 0.214202536785988 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.127447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906019(s) Flops=1453123584 => 1603.85553062353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230944.959672789 Mflops = 230.94495967279 Gflops = 0.230944959672789 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.003189898 Relative Rsd = 1.40338393142122e-06
BICGSTAB_SOLVER_TIME: 1.798153 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.129038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301154999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.161291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735576(s) Flops=1131595776 => 1538.38050181083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221821.885482339 Mflops = 221.821885482339 Gflops = 0.221821885482339 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 9.743111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765608(s) Flops=1380943872 => 1803.72184198702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.484150132 Mflops = 259.722484150132 Gflops = 0.259722484150132 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001986013 Relative Rsd = 8.72111494452698e-07
BICGSTAB_SOLVER_TIME: 1.5046 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273826999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840116(s) Flops=1335361536 => 1589.49661237258 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229232.434480876 Mflops = 229.232434480876 Gflops = 0.229232434480876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147787000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 24 resid = 2.109827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089054(s) Flops=160450560 => 1801.72210119703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.548387993 Mflops = 259.303548387993 Gflops = 0.259303548387993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056708 s
InvBiCGStab: k = 52 resid = 9.69125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191542(s) Flops=344180736 => 1796.89434171096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.810422277 Mflops = 258.667810422277 Gflops = 0.258667810422277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007245805 Relative Rsd = 3.1786100109274e-07
BICGSTAB_SOLVER_TIME: 0.382511 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043097 s
InvBiCGStab: k = 81 resid = 1.501976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296016(s) Flops=534472704 => 1805.55342954435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.449533583 Mflops = 259.954449533583 Gflops = 0.259954449533583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 93 resid = 1.06072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355825(s) Flops=613214208 => 1723.35897702522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248115.211405731 Mflops = 248.115211405731 Gflops = 0.248115211405731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001260338 Relative Rsd = 5.52888712218948e-07
BICGSTAB_SOLVER_TIME: 0.756415 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138532
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054484 s
InvBiCGStab: k = 48 resid = 2.0961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218581(s) Flops=317933568 => 1454.5343282353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209399.934923653 Mflops = 209.399934923653 Gflops = 0.209399934923653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070622 s
InvBiCGStab: k = 72 resid = 1.058522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329497(s) Flops=475416576 => 1442.85555255435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207722.920077989 Mflops = 207.722920077989 Gflops = 0.207722920077989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001029993 Relative Rsd = 4.5184039723727e-07
BICGSTAB_SOLVER_TIME: 0.678372 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049523 s
InvBiCGStab: k = 58 resid = 1.786017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257963(s) Flops=383551488 => 1486.84690440102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214068.859200852 Mflops = 214.068859200852 Gflops = 0.214068859200852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058075 s
InvBiCGStab: k = 73 resid = 9.192786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362997(s) Flops=481978368 => 1327.77507252126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191162.505711092 Mflops = 191.162505711092 Gflops = 0.191162505711092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001109409 Relative Rsd = 4.86678614071456e-07
BICGSTAB_SOLVER_TIME: 0.732543 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0425 s
InvBiCGStab: k = 54 resid = 8.5202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199985(s) Flops=357304320 => 1786.65559916994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257210.68722495 Mflops = 257.21068722495 Gflops = 0.25721068722495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056436 s
InvBiCGStab: k = 71 resid = 1.079472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260575(s) Flops=468854784 => 1799.30839105824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259028.780694527 Mflops = 259.028780694527 Gflops = 0.259028780694527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001069574 Relative Rsd = 4.69203840008429e-07
BICGSTAB_SOLVER_TIME: 0.563429 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002108
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103593
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843604(s) Flops=1335582720 => 1583.18680328685 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227981.187085614 Mflops = 227.981187085614 Gflops = 0.227981187085614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04096 s
InvBiCGStab: k = 30 resid = 1.53886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111095(s) Flops=199821312 => 1798.65261262883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258867.270907475 Mflops = 258.867270907475 Gflops = 0.258867270907475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056096 s
InvBiCGStab: k = 49 resid = 8.136197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179668(s) Flops=324495360 => 1806.08322016163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.677775711 Mflops = 259.990677775711 Gflops = 0.259990677775711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007546678 Relative Rsd = 3.31059785368249e-07
BICGSTAB_SOLVER_TIME: 0.391673 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 70 resid = 1.540617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260241(s) Flops=462292992 => 1776.40337994398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255752.983245522 Mflops = 255.752983245522 Gflops = 0.255752983245522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058977 s
InvBiCGStab: k = 96 resid = 5.724442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35178(s) Flops=632899584 => 1799.13464096879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259022.654636602 Mflops = 259.022654636602 Gflops = 0.259022654636602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001227334 Relative Rsd = 5.38410179850359e-07
BICGSTAB_SOLVER_TIME: 0.716102 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132808
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 47 resid = 2.157841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172852(s) Flops=311371776 => 1801.37791868188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.418017097 Mflops = 259.322418017097 Gflops = 0.259322418017097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062913 s
InvBiCGStab: k = 68 resid = 8.661622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325413(s) Flops=449169408 => 1380.30566695246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198721.871226023 Mflops = 198.721871226023 Gflops = 0.198721871226023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001002452 Relative Rsd = 4.39758347530233e-07
BICGSTAB_SOLVER_TIME: 0.606513 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047363 s
InvBiCGStab: k = 59 resid = 2.071348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265914(s) Flops=390113280 => 1467.06559263521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211205.173162728 Mflops = 211.205173162728 Gflops = 0.211205173162728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075072 s
InvBiCGStab: k = 79 resid = 1.123503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346747(s) Flops=521349120 => 1503.54327506799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216476.419453994 Mflops = 216.476419453994 Gflops = 0.216476419453994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001097272 Relative Rsd = 4.81354322711385e-07
BICGSTAB_SOLVER_TIME: 0.738959 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042715 s
InvBiCGStab: k = 49 resid = 2.272978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224049(s) Flops=324495360 => 1448.32317930453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208501.506015043 Mflops = 208.501506015043 Gflops = 0.208501506015043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087283 s
InvBiCGStab: k = 68 resid = 1.119862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292467(s) Flops=449169408 => 1535.79517689175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221099.340056812 Mflops = 221.099340056812 Gflops = 0.221099340056812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001040475 Relative Rsd = 4.56438430660804e-07
BICGSTAB_SOLVER_TIME: 0.650343 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979140000000003
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838892(s) Flops=1335656448 => 1592.16734454495 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229249.489825023 Mflops = 229.249489825023 Gflops = 0.229249489825023 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148050000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 30 resid = 1.912682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111941(s) Flops=199821312 => 1785.05920082901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256920.236821904 Mflops = 256.920236821904 Gflops = 0.256920236821904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05694 s
InvBiCGStab: k = 47 resid = 1.064636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173647(s) Flops=311371776 => 1793.13075377058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.050076251 Mflops = 258.107050076251 Gflops = 0.258107050076251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007702273 Relative Rsd = 3.37885491551835e-07
BICGSTAB_SOLVER_TIME: 0.387767 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 47 resid = 2.130655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172614(s) Flops=311371776 => 1803.8616566443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259671.636831802 Mflops = 259.671636831802 Gflops = 0.259671636831802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055987 s
InvBiCGStab: k = 76 resid = 9.14273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279721(s) Flops=501663744 => 1793.44326668359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258190.596803845 Mflops = 258.190596803845 Gflops = 0.258190596803845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001027581 Relative Rsd = 4.50782086062328e-07
BICGSTAB_SOLVER_TIME: 0.55331 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 49 resid = 2.18497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17983(s) Flops=324495360 => 1804.45620864149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259763.230345168 Mflops = 259.763230345168 Gflops = 0.259763230345168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 57 resid = 1.050287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209284(s) Flops=376989696 => 1801.33070851092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259306.0099441 Mflops = 259.3060099441 Gflops = 0.2593060099441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009893846 Relative Rsd = 4.34026011664647e-07
BICGSTAB_SOLVER_TIME: 0.490853 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0901140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040817 s
InvBiCGStab: k = 51 resid = 2.255129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190153(s) Flops=337618944 => 1775.51205608116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255602.764783309 Mflops = 255.602764783309 Gflops = 0.255602764783309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063652 s
InvBiCGStab: k = 75 resid = 6.78852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326354(s) Flops=495101952 => 1517.07027338412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218420.500701603 Mflops = 218.420500701603 Gflops = 0.218420500701603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001038573 Relative Rsd = 4.55604314151596e-07
BICGSTAB_SOLVER_TIME: 0.624824 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042568 s
InvBiCGStab: k = 52 resid = 1.92487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251519(s) Flops=344180736 => 1368.40849399051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197007.389807968 Mflops = 197.007389807968 Gflops = 0.197007389807968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06108 s
InvBiCGStab: k = 70 resid = 1.108107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326386(s) Flops=462292992 => 1416.3995759622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203916.377700028 Mflops = 203.916377700028 Gflops = 0.203916377700028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001010389 Relative Rsd = 4.43240412426293e-07
BICGSTAB_SOLVER_TIME: 0.685567 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101145
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945264(s) Flops=1335582720 => 1412.92032701975 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203458.048639975 Mflops = 203.458048639975 Gflops = 0.203458048639975 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148152000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 29 resid = 1.552209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107437(s) Flops=193259520 => 1798.81716727012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258879.575377422 Mflops = 258.879575377422 Gflops = 0.258879575377422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 48 resid = 8.383627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176106(s) Flops=317933568 => 1805.3534121495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259860.540136463 Mflops = 259.860540136463 Gflops = 0.259860540136463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007265185 Relative Rsd = 3.18711153393529e-07
BICGSTAB_SOLVER_TIME: 0.384772 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043266 s
InvBiCGStab: k = 55 resid = 2.222756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202563(s) Flops=363866112 => 1796.3108366286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258598.767460477 Mflops = 258.598767460477 Gflops = 0.258598767460477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 76 resid = 7.576877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277657(s) Flops=501663744 => 1806.77506419791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260104.901695209 Mflops = 260.104901695209 Gflops = 0.26010490169521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001043348 Relative Rsd = 4.57698976659506e-07
BICGSTAB_SOLVER_TIME: 0.583205 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 50 resid = 2.078451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183322(s) Flops=331057152 => 1805.87791972595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259973.623566714 Mflops = 259.973623566714 Gflops = 0.259973623566714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 74 resid = 8.801553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270986(s) Flops=488540160 => 1802.82435254958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.198742911 Mflops = 259.544198742911 Gflops = 0.259544198742911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001005773 Relative Rsd = 4.41215204302301e-07
BICGSTAB_SOLVER_TIME: 0.556198 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041529 s
InvBiCGStab: k = 57 resid = 1.858175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208306(s) Flops=376989696 => 1809.78798498363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260542.319499851 Mflops = 260.542319499851 Gflops = 0.260542319499851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05666 s
InvBiCGStab: k = 84 resid = 1.133206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30719(s) Flops=554158080 => 1803.95872261467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.046719864 Mflops = 259.716046719864 Gflops = 0.259716046719864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001051954 Relative Rsd = 4.61474026703018e-07
BICGSTAB_SOLVER_TIME: 0.61754 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046933 s
InvBiCGStab: k = 47 resid = 2.021567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203475(s) Flops=311371776 => 1530.27043125691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220305.671171041 Mflops = 220.305671171041 Gflops = 0.220305671171041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076181 s
InvBiCGStab: k = 64 resid = 1.141986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285703(s) Flops=422922240 => 1480.2863113093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213108.973819587 Mflops = 213.108973819587 Gflops = 0.213108973819587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001001852 Relative Rsd = 4.39495289051146e-07
BICGSTAB_SOLVER_TIME: 0.616602 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934790000000002
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007377(s) Flops=1335582720 => 1325.80227660548 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190925.053900181 Mflops = 190.925053900181 Gflops = 0.190925053900181 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147759000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.822319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815171(s) Flops=1472808960 => 1806.74847363314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260127.650199699 Mflops = 260.127650199699 Gflops = 0.260127650199699 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 6.638908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733993(s) Flops=1315325952 => 1792.0142998639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258031.778839244 Mflops = 258.031778839244 Gflops = 0.258031778839244 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002766694 Relative Rsd = 1.21712812180219e-06
BICGSTAB_SOLVER_TIME: 1.552497 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302838999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.258084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.642622(s) Flops=1144719360 => 1781.32612951315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256434.820384638 Mflops = 256.434820384638 Gflops = 0.256434820384638 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.131708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728929(s) Flops=1321887744 => 1813.46570653658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261125.889254722 Mflops = 261.125889254722 Gflops = 0.261125889254722 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.001945006 Relative Rsd = 8.54097614098222e-07
BICGSTAB_SOLVER_TIME: 1.374916 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268015999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98426(s) Flops=1335582720 => 1356.94097088168 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195401.889573532 Mflops = 195.401889573532 Gflops = 0.195401889573532 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147725000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.491086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 25 resid = 2.260748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093034(s) Flops=167012352 => 1795.17544123654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.825041426 Mflops = 258.371825041426 Gflops = 0.258371825041426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056405 s
InvBiCGStab: k = 45 resid = 1.135301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16767(s) Flops=298248192 => 1778.78089103596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256043.217030894 Mflops = 256.043217030894 Gflops = 0.256043217030894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007405763 Relative Rsd = 3.24878089852598e-07
BICGSTAB_SOLVER_TIME: 0.362018 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043046 s
InvBiCGStab: k = 70 resid = 9.650865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257968(s) Flops=462292992 => 1792.05557278422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257999.099948327 Mflops = 257.999099948327 Gflops = 0.257999099948327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 93 resid = 1.08062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340646(s) Flops=613214208 => 1800.1509132648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259177.169810713 Mflops = 259.177169810713 Gflops = 0.259177169810713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001227379 Relative Rsd = 5.38430147985736e-07
BICGSTAB_SOLVER_TIME: 0.701684 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040628 s
InvBiCGStab: k = 52 resid = 1.730802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191292(s) Flops=344180736 => 1799.24270748385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259013.112876702 Mflops = 259.013112876702 Gflops = 0.259013112876702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 72 resid = 1.05223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265552(s) Flops=475416576 => 1790.29559558956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257730.854970044 Mflops = 257.730854970044 Gflops = 0.257730854970044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009868821 Relative Rsd = 4.32928223843552e-07
BICGSTAB_SOLVER_TIME: 0.558046 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102846
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 58 resid = 1.990636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213103(s) Flops=383551488 => 1799.84086568467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.715493452 Mflops = 259.117715493452 Gflops = 0.259117715493452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 71 resid = 1.117473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260337(s) Flops=468854784 => 1800.9533181991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.702019676 Mflops = 259.269702019676 Gflops = 0.259269702019676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00107428 Relative Rsd = 4.71268065153975e-07
BICGSTAB_SOLVER_TIME: 0.574472 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041078 s
InvBiCGStab: k = 54 resid = 1.349177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198598(s) Flops=357304320 => 1799.13352601738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.708437436 Mflops = 259.005708437436 Gflops = 0.259005708437436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 75 resid = 1.025398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280418(s) Flops=495101952 => 1765.58549023244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254184.39076448 Mflops = 254.18439076448 Gflops = 0.25418439076448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001051682 Relative Rsd = 4.6135498393176e-07
BICGSTAB_SOLVER_TIME: 0.580656 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106186
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878613(s) Flops=1329537024 => 1513.22257239535 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217883.484959641 Mflops = 217.883484959641 Gflops = 0.217883484959641 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147194000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041515 s
InvBiCGStab: k = 25 resid = 2.076724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093144(s) Flops=167012352 => 1793.05539809328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258065.738159766 Mflops = 258.065738159766 Gflops = 0.258065738159766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 43 resid = 1.068174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158718(s) Flops=285124608 => 1796.42263637395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258586.224463288 Mflops = 258.586224463288 Gflops = 0.258586224463288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007577291 Relative Rsd = 3.32402731843753e-07
BICGSTAB_SOLVER_TIME: 0.353623 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041769 s
InvBiCGStab: k = 79 resid = 2.049792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291268(s) Flops=521349120 => 1789.92927475727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257707.628916775 Mflops = 257.707628916775 Gflops = 0.257707628916775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056098 s
InvBiCGStab: k = 92 resid = 1.051565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342568(s) Flops=606652416 => 1770.89633590995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254968.209132559 Mflops = 254.968209132559 Gflops = 0.254968209132559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001224839 Relative Rsd = 5.3731581367906e-07
BICGSTAB_SOLVER_TIME: 0.735587 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04173 s
InvBiCGStab: k = 49 resid = 1.735219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18348(s) Flops=324495360 => 1768.55984303466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254597.244048425 Mflops = 254.597244048425 Gflops = 0.254597244048425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057287 s
InvBiCGStab: k = 68 resid = 1.150992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252675(s) Flops=449169408 => 1777.65670525378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255921.689249746 Mflops = 255.921689249746 Gflops = 0.255921689249746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001005525 Relative Rsd = 4.4110642648043e-07
BICGSTAB_SOLVER_TIME: 0.539123 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 59 resid = 1.897872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217274(s) Flops=390113280 => 1795.48993436859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258464.851496492 Mflops = 258.464851496492 Gflops = 0.258464851496492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 80 resid = 1.055384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293712(s) Flops=527910912 => 1797.3760418369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258762.486400424 Mflops = 258.762486400424 Gflops = 0.258762486400424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001103063 Relative Rsd = 4.83894667872565e-07
BICGSTAB_SOLVER_TIME: 0.612857 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 55 resid = 2.179735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204533(s) Flops=363866112 => 1779.00931390045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256102.935058056 Mflops = 256.102935058056 Gflops = 0.256102935058056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 80 resid = 6.255428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294719(s) Flops=527910912 => 1791.234742246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257878.278909353 Mflops = 257.878278909353 Gflops = 0.257878278909353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001074838 Relative Rsd = 4.71512789718484e-07
BICGSTAB_SOLVER_TIME: 0.601093 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110742
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836476(s) Flops=1335582720 => 1596.67787240758 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229911.592232391 Mflops = 229.911592232391 Gflops = 0.229911592232391 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.488352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045707 s
InvBiCGStab: k = 27 resid = 1.827988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129944(s) Flops=180135936 => 1386.25820353383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199558.228592846 Mflops = 199.558228592846 Gflops = 0.199558228592846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058574 s
InvBiCGStab: k = 40 resid = 1.080888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165649(s) Flops=265439232 => 1602.4197670979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230652.563430134 Mflops = 230.652563430134 Gflops = 0.230652563430134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007167014 Relative Rsd = 3.14404598570148e-07
BICGSTAB_SOLVER_TIME: 0.403689 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0619450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041743 s
InvBiCGStab: k = 51 resid = 2.089968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187678(s) Flops=337618944 => 1798.92658702672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258974.766942945 Mflops = 258.974766942945 Gflops = 0.258974766942945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 80 resid = 6.995073e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29426(s) Flops=527910912 => 1794.02879086522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258290.863288204 Mflops = 258.290863288204 Gflops = 0.258290863288204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001042629 Relative Rsd = 4.57383265629081e-07
BICGSTAB_SOLVER_TIME: 0.584148 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107891
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041918 s
InvBiCGStab: k = 45 resid = 2.123699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16618(s) Flops=298248192 => 1794.72976290769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258381.505916678 Mflops = 258.381505916678 Gflops = 0.258381505916678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 77 resid = 1.093877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28319(s) Flops=508225536 => 1794.64506515061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258367.952265701 Mflops = 258.367952265701 Gflops = 0.258367952265701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00102569 Relative Rsd = 4.49952361521515e-07
BICGSTAB_SOLVER_TIME: 0.551335 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 63 resid = 1.220737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231539(s) Flops=416360448 => 1798.2303110923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258889.724538953 Mflops = 258.889724538953 Gflops = 0.258889724538953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 86 resid = 7.734407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317981(s) Flops=567281664 => 1784.01119563748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256846.657231922 Mflops = 256.846657231922 Gflops = 0.256846657231922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001107862 Relative Rsd = 4.86000157093262e-07
BICGSTAB_SOLVER_TIME: 0.651346 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 46 resid = 2.142935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168261(s) Flops=304809984 => 1811.53080036372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260777.088862677 Mflops = 260.777088862677 Gflops = 0.260777088862677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 76 resid = 1.016488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281144(s) Flops=501663744 => 1784.36581965114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256888.892537073 Mflops = 256.888892537073 Gflops = 0.256888892537073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00103154 Relative Rsd = 4.52518649937864e-07
BICGSTAB_SOLVER_TIME: 0.551236 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101304
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.844397(s) Flops=1335730176 => 1581.87461111302 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227771.565899898 Mflops = 227.771565899898 Gflops = 0.227771565899898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147962000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046791 s
InvBiCGStab: k = 28 resid = 2.270574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128051(s) Flops=186697728 => 1457.99508008528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209844.772898803 Mflops = 209.844772898803 Gflops = 0.209844772898803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05707 s
InvBiCGStab: k = 49 resid = 6.457901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226995(s) Flops=324495360 => 1429.52646534065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205797.483425299 Mflops = 205.797483425299 Gflops = 0.205797483425299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0006770814 Relative Rsd = 2.9702397094591e-07
BICGSTAB_SOLVER_TIME: 0.46325 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042829 s
InvBiCGStab: k = 58 resid = 1.623129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256788(s) Flops=383551488 => 1493.65035749334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215046.931306562 Mflops = 215.046931306562 Gflops = 0.215046931306562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070215 s
InvBiCGStab: k = 88 resid = 1.095987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381258(s) Flops=580405248 => 1522.34247674803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219179.549954299 Mflops = 219.179549954299 Gflops = 0.219179549954299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001105013 Relative Rsd = 4.84750284599148e-07
BICGSTAB_SOLVER_TIME: 0.75492 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041996 s
InvBiCGStab: k = 53 resid = 1.572435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196573(s) Flops=350742528 => 1784.28638724545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256867.185031798 Mflops = 256.867185031798 Gflops = 0.256867185031798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 67 resid = 1.08368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246757(s) Flops=442607616 => 1793.69831858873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258223.876198253 Mflops = 258.223876198253 Gflops = 0.258223876198253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009989478 Relative Rsd = 4.3822120966146e-07
BICGSTAB_SOLVER_TIME: 0.545645 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042928 s
InvBiCGStab: k = 54 resid = 2.168506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199427(s) Flops=357304320 => 1791.65469068882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257921.248481932 Mflops = 257.921248481932 Gflops = 0.257921248481932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 86 resid = 8.243156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315963(s) Flops=567281664 => 1795.40536075427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258485.514480893 Mflops = 258.485514480893 Gflops = 0.258485514480893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001092808 Relative Rsd = 4.79396168709513e-07
BICGSTAB_SOLVER_TIME: 0.618243 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042039 s
InvBiCGStab: k = 50 resid = 1.771393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184626(s) Flops=331057152 => 1793.12313541971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258114.160444939 Mflops = 258.114160444939 Gflops = 0.258114160444939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 70 resid = 9.515392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261581(s) Flops=462292992 => 1767.30340506382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254429.750858013 Mflops = 254.429750858013 Gflops = 0.254429750858013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00103998 Relative Rsd = 4.56221232502862e-07
BICGSTAB_SOLVER_TIME: 0.548187 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999470000000002
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840234(s) Flops=1341849600 => 1596.99512278722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229959.915249333 Mflops = 229.959915249333 Gflops = 0.229959915249333 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148502000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.960315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947789(s) Flops=1426876416 => 1505.47897897106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216744.216775748 Mflops = 216.744216775748 Gflops = 0.216744216775748 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 8.24858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96949(s) Flops=1479370752 => 1525.92677799668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219722.385444684 Mflops = 219.722385444684 Gflops = 0.219722385444684 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002245598 Relative Rsd = 9.8782891882987e-07
BICGSTAB_SOLVER_TIME: 1.920674 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.133086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.115774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316671999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.378977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669778(s) Flops=1197213696 => 1787.47838238939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257353.306246731 Mflops = 257.353306246731 Gflops = 0.257353306246731 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 9.840938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727502(s) Flops=1302202368 => 1789.9639698585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257741.280044023 Mflops = 257.741280044023 Gflops = 0.257741280044023 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001923602 Relative Rsd = 8.44680682347441e-07
BICGSTAB_SOLVER_TIME: 1.400735 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00184
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271655999999998
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843347(s) Flops=1341849600 => 1591.10022327701 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229109.598719536 Mflops = 229.109598719536 Gflops = 0.229109598719536 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148711000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041379 s
InvBiCGStab: k = 24 resid = 2.16208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089424(s) Flops=160450560 => 1794.26731078905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258239.248123423 Mflops = 258.239248123423 Gflops = 0.258239248123423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056276 s
InvBiCGStab: k = 42 resid = 1.113155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154026(s) Flops=278562816 => 1808.54411592848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260311.122915063 Mflops = 260.311122915063 Gflops = 0.260311122915063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007060973 Relative Rsd = 3.09752737999078e-07
BICGSTAB_SOLVER_TIME: 0.34498 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0614160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042237 s
InvBiCGStab: k = 72 resid = 1.951933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266765(s) Flops=475416576 => 1782.15499034731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256577.091965946 Mflops = 256.577091965946 Gflops = 0.256577091965946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071088 s
InvBiCGStab: k = 104 resid = 1.054888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454415(s) Flops=685393920 => 1508.29950595821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217165.090902267 Mflops = 217.165090902267 Gflops = 0.217165090902267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001246897 Relative Rsd = 5.46992239301957e-07
BICGSTAB_SOLVER_TIME: 0.838378 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046503 s
InvBiCGStab: k = 54 resid = 1.667307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260942(s) Flops=357304320 => 1369.28635482214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197127.538509557 Mflops = 197.127538509557 Gflops = 0.197127538509557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067084 s
InvBiCGStab: k = 63 resid = 1.148101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280861(s) Flops=416360448 => 1482.44308750592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213414.125140452 Mflops = 213.414125140452 Gflops = 0.213414125140452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001023293 Relative Rsd = 4.48900995784964e-07
BICGSTAB_SOLVER_TIME: 0.669961 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044408 s
InvBiCGStab: k = 56 resid = 1.782859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259769(s) Flops=370427904 => 1425.98964464582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205293.68653716 Mflops = 205.29368653716 Gflops = 0.20529368653716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05652 s
InvBiCGStab: k = 85 resid = 7.231999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31173(s) Flops=560719872 => 1798.73567510345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258961.678868561 Mflops = 258.961678868561 Gflops = 0.258961678868561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001140486 Relative Rsd = 5.0031148824645e-07
BICGSTAB_SOLVER_TIME: 0.676244 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.07006 s
InvBiCGStab: k = 50 resid = 1.995597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243407(s) Flops=331057152 => 1360.0970884157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195809.233358707 Mflops = 195.809233358707 Gflops = 0.195809233358707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075846 s
InvBiCGStab: k = 76 resid = 1.036131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323269(s) Flops=501663744 => 1551.84612196035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223417.727235864 Mflops = 223.417727235864 Gflops = 0.223417727235864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001064612 Relative Rsd = 4.67027108974817e-07
BICGSTAB_SOLVER_TIME: 0.716444 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104184
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909946(s) Flops=1341849600 => 1474.64750655533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212331.712754215 Mflops = 212.331712754215 Gflops = 0.212331712754215 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041891 s
InvBiCGStab: k = 29 resid = 1.564765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10714(s) Flops=193259520 => 1803.8036214299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.242477087 Mflops = 259.591242477087 Gflops = 0.259591242477087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 49 resid = 1.103082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18074(s) Flops=324495360 => 1795.37103020914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258442.034162943 Mflops = 258.442034162943 Gflops = 0.258442034162943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007388773 Relative Rsd = 3.24132757495184e-07
BICGSTAB_SOLVER_TIME: 0.389808 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 80 resid = 2.195118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293853(s) Flops=527910912 => 1796.51360374065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258658.807038846 Mflops = 258.658807038846 Gflops = 0.258658807038846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057936 s
InvBiCGStab: k = 92 resid = 6.462954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340661(s) Flops=606652416 => 1780.80970818497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256390.086883507 Mflops = 256.390086883507 Gflops = 0.256390086883507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001271378 Relative Rsd = 5.57731470206991e-07
BICGSTAB_SOLVER_TIME: 0.73743 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042686 s
InvBiCGStab: k = 54 resid = 2.211043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200124(s) Flops=357304320 => 1785.41464292139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257044.220944937 Mflops = 257.044220944937 Gflops = 0.257044220944937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 69 resid = 9.092446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253482(s) Flops=455731200 => 1797.88387341113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258831.735465864 Mflops = 258.831735465864 Gflops = 0.258831735465864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001027561 Relative Rsd = 4.50773506403138e-07
BICGSTAB_SOLVER_TIME: 0.556637 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041953 s
InvBiCGStab: k = 58 resid = 1.677444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212357(s) Flops=383551488 => 1806.16362069534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260018.550852233 Mflops = 260.018550852233 Gflops = 0.260018550852233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 80 resid = 1.144933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298063(s) Flops=527910912 => 1771.13869215569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254985.359947863 Mflops = 254.985359947863 Gflops = 0.254985359947863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001101418 Relative Rsd = 4.83173312598423e-07
BICGSTAB_SOLVER_TIME: 0.612367 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 50 resid = 2.082079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183622(s) Flops=331057152 => 1802.92749234841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.574074241 Mflops = 259.544574074241 Gflops = 0.259544574074241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 72 resid = 5.820326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264693(s) Flops=475416576 => 1796.10558647187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258582.753844848 Mflops = 258.582753844848 Gflops = 0.258582753844848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001003016 Relative Rsd = 4.40005676634139e-07
BICGSTAB_SOLVER_TIME: 0.549242 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101327
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843222(s) Flops=1341775872 => 1591.24865337954 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229491.327079172 Mflops = 229.491327079172 Gflops = 0.229491327079172 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148771000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041585 s
InvBiCGStab: k = 25 resid = 2.207804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093443(s) Flops=167012352 => 1787.31795854157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257240.748555727 Mflops = 257.240748555727 Gflops = 0.257240748555727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 46 resid = 8.296659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169005(s) Flops=304809984 => 1803.55601313571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.626003558 Mflops = 259.613626003558 Gflops = 0.259613626003558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007335939 Relative Rsd = 3.21815049383039e-07
BICGSTAB_SOLVER_TIME: 0.364094 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040917 s
InvBiCGStab: k = 49 resid = 2.051537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181438(s) Flops=324495360 => 1788.46415855554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257439.546950881 Mflops = 257.439546950881 Gflops = 0.257439546950881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 69 resid = 1.150915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286584(s) Flops=455731200 => 1590.21857465874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228944.047412974 Mflops = 228.944047412974 Gflops = 0.228944047412974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001036388 Relative Rsd = 4.54645792584135e-07
BICGSTAB_SOLVER_TIME: 0.569017 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984860000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063237 s
InvBiCGStab: k = 48 resid = 2.268725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210253(s) Flops=317933568 => 1512.14759361341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217703.435652376 Mflops = 217.703435652376 Gflops = 0.217703435652376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063913 s
InvBiCGStab: k = 58 resid = 1.104733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263453(s) Flops=383551488 => 1455.86304957621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209577.678613159 Mflops = 209.577678613159 Gflops = 0.209577678613159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009737176 Relative Rsd = 4.27153168424917e-07
BICGSTAB_SOLVER_TIME: 0.605182 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0899990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053077 s
InvBiCGStab: k = 58 resid = 1.398081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242524(s) Flops=383551488 => 1581.49910111989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227696.223511336 Mflops = 227.696223511336 Gflops = 0.227696223511336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061713 s
InvBiCGStab: k = 84 resid = 1.00926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385944(s) Flops=554158080 => 1435.85100429078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206727.274237604 Mflops = 206.727274237604 Gflops = 0.206727274237604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001079938 Relative Rsd = 4.73750293338025e-07
BICGSTAB_SOLVER_TIME: 0.74699 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04163 s
InvBiCGStab: k = 49 resid = 1.34901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180527(s) Flops=324495360 => 1797.48935062345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.060037756 Mflops = 258.748060037756 Gflops = 0.258748060037756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 61 resid = 1.054224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226732(s) Flops=403236864 => 1778.47354586031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256020.928932111 Mflops = 256.020928932111 Gflops = 0.256020928932111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009826552 Relative Rsd = 4.31073945001156e-07
BICGSTAB_SOLVER_TIME: 0.508958 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927270000000002
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838589(s) Flops=1335508992 => 1592.56679016777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229312.183821739 Mflops = 229.312183821739 Gflops = 0.229312183821739 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147995000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 31 resid = 1.885354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116604(s) Flops=206383104 => 1769.94874961408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254750.85117846 Mflops = 254.75085117846 Gflops = 0.25475085117846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056497 s
InvBiCGStab: k = 47 resid = 1.123086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176337(s) Flops=311371776 => 1765.77675700505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254175.069472229 Mflops = 254.175069472229 Gflops = 0.254175069472229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007292483 Relative Rsd = 3.19908679752705e-07
BICGSTAB_SOLVER_TIME: 0.394483 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040942 s
InvBiCGStab: k = 58 resid = 2.23645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212847(s) Flops=383551488 => 1802.00560966328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259435.989820035 Mflops = 259.435989820035 Gflops = 0.259435989820035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056341 s
InvBiCGStab: k = 78 resid = 1.019015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29633(s) Flops=514787328 => 1737.20962440522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250104.896314428 Mflops = 250.104896314428 Gflops = 0.250104896314428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001119284 Relative Rsd = 4.91010524851906e-07
BICGSTAB_SOLVER_TIME: 0.610395 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001837
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 52 resid = 2.032995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21119(s) Flops=344180736 => 1629.7208011743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234607.387732518 Mflops = 234.607387732518 Gflops = 0.234607387732518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 62 resid = 9.795633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227114(s) Flops=409798656 => 1804.37426138415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259761.261009846 Mflops = 259.761261009846 Gflops = 0.259761261009846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001000916 Relative Rsd = 4.39084793214433e-07
BICGSTAB_SOLVER_TIME: 0.539378 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 54 resid = 1.450792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198365(s) Flops=357304320 => 1801.24679252892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259307.332515018 Mflops = 259.307332515018 Gflops = 0.259307332515018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 69 resid = 1.059115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254103(s) Flops=455731200 => 1793.49004143989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258193.351634569 Mflops = 258.193351634569 Gflops = 0.258193351634569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001052897 Relative Rsd = 4.61887739911926e-07
BICGSTAB_SOLVER_TIME: 0.553639 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043027 s
InvBiCGStab: k = 56 resid = 1.084063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206084(s) Flops=370427904 => 1797.46076357214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258767.32165687 Mflops = 258.76732165687 Gflops = 0.25876732165687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057547 s
InvBiCGStab: k = 76 resid = 1.085724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331306(s) Flops=501663744 => 1514.2006000495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217998.237302198 Mflops = 217.998237302198 Gflops = 0.217998237302198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001011606 Relative Rsd = 4.43774087655659e-07
BICGSTAB_SOLVER_TIME: 0.641999 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108499
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988361(s) Flops=1329242112 => 1344.89534896662 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193646.804346844 Mflops = 193.646804346844 Gflops = 0.193646804346844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146946000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.942337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774691(s) Flops=1394067456 => 1799.51420114601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259094.385589297 Mflops = 259.094385589297 Gflops = 0.259094385589297 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.045439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738731(s) Flops=1335011328 => 1807.16841177641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260216.38058423 Mflops = 260.21638058423 Gflops = 0.26021638058423 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002440767 Relative Rsd = 1.07364325518923e-06
BICGSTAB_SOLVER_TIME: 1.516861 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296123999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.252692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658495(s) Flops=1164404736 => 1768.2818183889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254613.911716817 Mflops = 254.613911716817 Gflops = 0.254613911716817 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 8.696904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678224(s) Flops=1190651904 => 1755.54374955767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252785.161699511 Mflops = 252.785161699511 Gflops = 0.252785161699511 Tflops
BICGSTAB_SOLVER: 358 iterations. Rsd = 0.001949566 Relative Rsd = 8.56062834644412e-07
BICGSTAB_SOLVER_TIME: 1.340107 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255951999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 308 resid = 2.218348e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.147498(s) Flops=2023999488 => 1763.83705069638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253985.446323824 Mflops = 253.985446323824 Gflops = 0.253985446323824 Tflops
InvBiCGStab: k = 314 resid = 1.012965e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.198359(s) Flops=2063370240 => 1721.82980225458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247935.159675592 Mflops = 247.935159675592 Gflops = 0.247935159675592 Tflops
BICGSTAB_SOLVER: 622 iterations. Rsd = 0.002496074 Relative Rsd = 1.09797168949899e-06
BICGSTAB_SOLVER_TIME: 2.351075 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.444833999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 258 resid = 2.257397e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.15484(s) Flops=1695909888 => 1468.52368120259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211450.207468647 Mflops = 211.450207468647 Gflops = 0.211450207468647 Tflops
InvBiCGStab: k = 305 resid = 1.025952e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.239792(s) Flops=2004314112 => 1616.65352897905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232792.110067163 Mflops = 232.792110067163 Gflops = 0.232792110067163 Tflops
BICGSTAB_SOLVER: 563 iterations. Rsd = 0.002000239 Relative Rsd = 8.78313268412492e-07
BICGSTAB_SOLVER_TIME: 2.399341 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.402100999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 229 resid = 1.827682e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84314(s) Flops=1505617920 => 1785.72706786536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257097.111692898 Mflops = 257.097111692898 Gflops = 0.257097111692898 Tflops
InvBiCGStab: k = 243 resid = 7.42391e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891466(s) Flops=1597483008 => 1791.9730062616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258034.311832164 Mflops = 258.034311832164 Gflops = 0.258034311832164 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.001768163 Relative Rsd = 7.75662882593123e-07
BICGSTAB_SOLVER_TIME: 1.739653 sec
2Flav::invert,  n_count = 472
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336339000000002
MInvCG2: 305 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.264919(s) Flops=1974675456 => 1561.10822590221 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224814.445221866 Mflops = 224.814445221866 Gflops = 0.224814445221866 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.220811000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.136270602056811
AccProb = 0.87260647143137
AcceptP = 0
After HMC trajectory call: time= 448.161429 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 8.07422384997724e-05 resid_rel = 0.009989591

Look for highest ev
Evalue[1]: eigen_norm = 0.0857682259893276 resid_rel = -0.009976846

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322525000000004
EIGBNDSMDAGM: total time = 1.578079 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.652269 secs
After saving state: time= 1.520594 secs
Doing Update: 2716 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 253 resid = 1.824209e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.073598(s) Flops=1663100928 => 1549.09093347789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223063.054218225 Mflops = 223.063054218225 Gflops = 0.223063054218225 Tflops
InvBiCGStab: k = 239 resid = 9.895075e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.050931(s) Flops=1571235840 => 1495.08943974438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215284.908617541 Mflops = 215.284908617541 Gflops = 0.215284908617541 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.001826195 Relative Rsd = 8.03279551773182e-07
BICGSTAB_SOLVER_TIME: 2.129509 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354412999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 200 resid = 1.869303e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793673(s) Flops=1315325952 => 1657.26432926407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238603.53899997 Mflops = 238.60353899997 Gflops = 0.23860353899997 Tflops
InvBiCGStab: k = 214 resid = 1.071269e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791202(s) Flops=1407191040 => 1778.54838587365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256098.813721325 Mflops = 256.098813721325 Gflops = 0.256098813721325 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.001813037 Relative Rsd = 7.96583193929753e-07
BICGSTAB_SOLVER_TIME: 1.590114 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298378999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 321 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.333756(s) Flops=2071037952 => 1552.78623076485 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223714.072716325 Mflops = 223.714072716325 Gflops = 0.223714072716325 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.230120000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 265 resid = 1.446576e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.029586(s) Flops=1741842432 => 1691.78915797223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243598.618559324 Mflops = 243.598618559324 Gflops = 0.243598618559324 Tflops
InvBiCGStab: k = 301 resid = 1.066859e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.244397(s) Flops=1978066944 => 1589.57868268728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228892.264014278 Mflops = 228.892264014278 Gflops = 0.228892264014278 Tflops
BICGSTAB_SOLVER: 566 iterations. Rsd = 0.002064104 Relative Rsd = 9.07927724862521e-07
BICGSTAB_SOLVER_TIME: 2.278827 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.404577999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 221 resid = 2.134765e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867059(s) Flops=1453123584 => 1675.92238129124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241291.401674821 Mflops = 241.291401674821 Gflops = 0.241291401674821 Tflops
InvBiCGStab: k = 239 resid = 9.356081e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.044373(s) Flops=1571235840 => 1504.47765309904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216640.904168227 Mflops = 216.640904168227 Gflops = 0.216640904168227 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.006861183 Relative Rsd = 3.0145571986934e-06
BICGSTAB_SOLVER_TIME: 1.917854 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329091999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 222 resid = 1.165101e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.029333(s) Flops=1459685376 => 1418.08858357791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204415.206777801 Mflops = 204.415206777801 Gflops = 0.204415206777801 Tflops
InvBiCGStab: k = 223 resid = 1.033373e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018033(s) Flops=1466247168 => 1440.27469443525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207392.458406229 Mflops = 207.392458406229 Gflops = 0.207392458406229 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.001724519 Relative Rsd = 7.55579037612583e-07
BICGSTAB_SOLVER_TIME: 2.056396 sec
2Flav::invert,  n_count = 445
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317960000000002
MInvCG2: 306 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.300289(s) Flops=1980352512 => 1523.00950942444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219419.532778074 Mflops = 219.419532778074 Gflops = 0.219419532778074 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.219810000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.136022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700152(s) Flops=1151281152 => 1644.33030541939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236688.631027024 Mflops = 236.688631027024 Gflops = 0.236688631027024 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 7.009127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739372(s) Flops=1289078784 => 1743.47795696889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251044.287526821 Mflops = 251.044287526821 Gflops = 0.251044287526821 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001959478 Relative Rsd = 8.61906100469551e-07
BICGSTAB_SOLVER_TIME: 1.443216 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.126987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265083999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 2.042505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730102(s) Flops=1079101440 => 1478.01463357175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212770.344046191 Mflops = 212.770344046191 Gflops = 0.212770344046191 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 9.75916e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.623774(s) Flops=1111910400 => 1782.55329654651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256669.286796827 Mflops = 256.669286796827 Gflops = 0.256669286796827 Tflops
BICGSTAB_SOLVER: 333 iterations. Rsd = 0.006786773 Relative Rsd = 2.98186396679122e-06
BICGSTAB_SOLVER_TIME: 1.357239 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238364999999997
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927449(s) Flops=1297391616 => 1398.88189647086 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201427.873463417 Mflops = 201.427873463417 Gflops = 0.201427873463417 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143208000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.479314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.6e-05 s
InvBiCGStab: k = 145 resid = 1.975625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700082(s) Flops=954427392 => 1363.30800106273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196184.053227534 Mflops = 196.184053227534 Gflops = 0.196184053227534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 173 resid = 9.370245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842913(s) Flops=1138157568 => 1350.26695281719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194424.981345768 Mflops = 194.424981345768 Gflops = 0.194424981345768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 318 iterations. Rsd = 0.001761003 Relative Rsd = 7.71564299896191e-07
BICGSTAB_SOLVER_TIME: 1.546727 sec
2Flav::invert,  n_count = 318
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.228456999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000143 s
InvBiCGStab: k = 115 resid = 2.200921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.546662(s) Flops=757573632 => 1385.81725453754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199420.388961178 Mflops = 199.420388961178 Gflops = 0.199420388961178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000123 s
InvBiCGStab: k = 140 resid = 1.015172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.526(s) Flops=921618432 => 1752.12629657795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252233.827527074 Mflops = 252.233827527074 Gflops = 0.252233827527074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 255 iterations. Rsd = 0.001531557 Relative Rsd = 6.71035041501679e-07
BICGSTAB_SOLVER_TIME: 1.076644 sec
2Flav::invert,  n_count = 255
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183905999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004825 s
InvBiCGStab: k = 81 resid = 1.861921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316431(s) Flops=534472704 => 1689.06555931625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243189.708918432 Mflops = 243.189708918432 Gflops = 0.243189708918432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.009162 s
InvBiCGStab: k = 117 resid = 9.740344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50092(s) Flops=770697216 => 1538.56347520562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221514.532722591 Mflops = 221.514532722591 Gflops = 0.221514532722591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001390631 Relative Rsd = 6.09289652166809e-07
BICGSTAB_SOLVER_TIME: 0.835222 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144743
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007314 s
InvBiCGStab: k = 75 resid = 1.956583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274503(s) Flops=495101952 => 1803.63038655315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259669.998887349 Mflops = 259.669998887349 Gflops = 0.259669998887349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011395 s
InvBiCGStab: k = 100 resid = 1.136448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402045(s) Flops=659146752 => 1639.48501287169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236044.666830047 Mflops = 236.044666830047 Gflops = 0.236044666830047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001276563 Relative Rsd = 5.59312238346498e-07
BICGSTAB_SOLVER_TIME: 0.699521 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129828
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010105 s
InvBiCGStab: k = 68 resid = 1.844534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248315(s) Flops=449169408 => 1808.86941183577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260420.795889304 Mflops = 260.420795889304 Gflops = 0.260420795889304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015183 s
InvBiCGStab: k = 102 resid = 1.150751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377327(s) Flops=672270336 => 1781.66507035012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256518.579067028 Mflops = 256.518579067028 Gflops = 0.256518579067028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001173344 Relative Rsd = 5.14087981433786e-07
BICGSTAB_SOLVER_TIME: 0.654835 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127159
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904763(s) Flops=1303511040 => 1440.72098439039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207444.290066156 Mflops = 207.444290066156 Gflops = 0.207444290066156 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144404000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.49398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.015265 s
InvBiCGStab: k = 27 resid = 1.714604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131904(s) Flops=180135936 => 1365.65938864629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196575.977520827 Mflops = 196.575977520827 Gflops = 0.196575977520827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019908 s
InvBiCGStab: k = 47 resid = 1.054705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249586(s) Flops=311371776 => 1247.55305185387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179600.107823084 Mflops = 179.600107823084 Gflops = 0.179600107823084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007405469 Relative Rsd = 3.24462559577305e-07
BICGSTAB_SOLVER_TIME: 0.425336 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0596730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.018691 s
InvBiCGStab: k = 79 resid = 2.184466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361102(s) Flops=521349120 => 1443.77245210495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207870.800521034 Mflops = 207.870800521034 Gflops = 0.207870800521034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.0263 s
InvBiCGStab: k = 93 resid = 7.687457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41408(s) Flops=613214208 => 1480.90757341577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213213.806665003 Mflops = 213.213806665003 Gflops = 0.213213806665003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001297138 Relative Rsd = 5.68327057334448e-07
BICGSTAB_SOLVER_TIME: 0.823962 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130666
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021768 s
InvBiCGStab: k = 60 resid = 1.225136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291586(s) Flops=396675072 => 1360.40506745866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195868.171723455 Mflops = 195.868171723455 Gflops = 0.195868171723454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028562 s
InvBiCGStab: k = 69 resid = 1.095445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258578(s) Flops=455731200 => 1762.4515620045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253727.684041593 Mflops = 253.727684041593 Gflops = 0.253727684041593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001034572 Relative Rsd = 4.53286613089235e-07
BICGSTAB_SOLVER_TIME: 0.604276 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101018
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024172 s
InvBiCGStab: k = 68 resid = 1.827236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264473(s) Flops=449169408 => 1698.35638420557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244512.034094194 Mflops = 244.512034094194 Gflops = 0.244512034094194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033969 s
InvBiCGStab: k = 92 resid = 1.034157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40131(s) Flops=606652416 => 1511.68028705988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217657.871485942 Mflops = 217.657871485942 Gflops = 0.217657871485942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001150365 Relative Rsd = 5.04019733360409e-07
BICGSTAB_SOLVER_TIME: 0.729639 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124477
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027628 s
InvBiCGStab: k = 49 resid = 2.237813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181308(s) Flops=324495360 => 1789.74650870342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257603.755288886 Mflops = 257.603755288886 Gflops = 0.257603755288886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039371 s
InvBiCGStab: k = 70 resid = 1.102624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262354(s) Flops=462292992 => 1762.09622113633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253676.246237853 Mflops = 253.676246237853 Gflops = 0.253676246237853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001079843 Relative Rsd = 4.73121510137449e-07
BICGSTAB_SOLVER_TIME: 0.514657 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0959530000000003
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984054(s) Flops=1297391616 => 1318.41506258803 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189835.843166344 Mflops = 189.835843166344 Gflops = 0.189835843166344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143228000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032827 s
InvBiCGStab: k = 24 resid = 2.214995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111241(s) Flops=160450560 => 1442.36891074334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207552.107813339 Mflops = 207.552107813339 Gflops = 0.207552107813339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044889 s
InvBiCGStab: k = 46 resid = 1.075878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173658(s) Flops=304809984 => 1755.23145492865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252660.305772028 Mflops = 252.660305772028 Gflops = 0.252660305772028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006834107 Relative Rsd = 2.99428967294798e-07
BICGSTAB_SOLVER_TIME: 0.366499 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.03804 s
InvBiCGStab: k = 52 resid = 1.524148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223338(s) Flops=344180736 => 1541.07557155522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221865.853934031 Mflops = 221.865853934031 Gflops = 0.221865853934031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050042 s
InvBiCGStab: k = 63 resid = 9.677742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230768(s) Flops=416360448 => 1804.2382306039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.771690221 Mflops = 259.741771690221 Gflops = 0.259741771690221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001024435 Relative Rsd = 4.48845154488953e-07
BICGSTAB_SOLVER_TIME: 0.54613 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0954270000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04268 s
InvBiCGStab: k = 47 resid = 2.266504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190384(s) Flops=311371776 => 1635.49340280696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235448.55373724 Mflops = 235.44855373724 Gflops = 0.23544855373724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057123 s
InvBiCGStab: k = 68 resid = 5.407591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315044(s) Flops=449169408 => 1425.73547821892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205283.125984011 Mflops = 205.283125984011 Gflops = 0.205283125984011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.00100452 Relative Rsd = 4.40119642128249e-07
BICGSTAB_SOLVER_TIME: 0.611082 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04547 s
InvBiCGStab: k = 57 resid = 2.271403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254668(s) Flops=376989696 => 1480.31828105612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213123.483570892 Mflops = 213.123483570892 Gflops = 0.213123483570892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070867 s
InvBiCGStab: k = 73 resid = 1.080855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349974(s) Flops=481978368 => 1377.18335647791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198277.70753885 Mflops = 198.27770753885 Gflops = 0.19827770753885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047103 Relative Rsd = 4.58776604188868e-07
BICGSTAB_SOLVER_TIME: 0.724816 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053401 s
InvBiCGStab: k = 52 resid = 1.570899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234649(s) Flops=344180736 => 1466.78969865629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211149.83461163 Mflops = 211.14983461163 Gflops = 0.21114983461163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.097386 s
InvBiCGStab: k = 61 resid = 1.051428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273493(s) Flops=403236864 => 1474.39555674185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212265.79430553 Mflops = 212.26579430553 Gflops = 0.21226579430553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.000975993 Relative Rsd = 4.27620698123726e-07
BICGSTAB_SOLVER_TIME: 0.662983 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949290000000002
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941424(s) Flops=1291272192 => 1371.61596900015 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197498.750339312 Mflops = 197.498750339312 Gflops = 0.197498750339312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142802
CLOV_LINOP: Time spent in clov deriv (total) = 1.438414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042332 s
InvBiCGStab: k = 27 resid = 1.972915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101005(s) Flops=180135936 => 1783.43582990941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256674.746891732 Mflops = 256.674746891732 Gflops = 0.256674746891732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061338 s
InvBiCGStab: k = 46 resid = 9.397453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172451(s) Flops=304809984 => 1767.51647714423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254440.824278558 Mflops = 254.440824278558 Gflops = 0.254440824278558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000745776 Relative Rsd = 3.26753626296165e-07
BICGSTAB_SOLVER_TIME: 0.380914 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047972 s
InvBiCGStab: k = 50 resid = 2.238456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221963(s) Flops=331057152 => 1491.49701526831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214735.58302552 Mflops = 214.73558302552 Gflops = 0.21473558302552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065196 s
InvBiCGStab: k = 70 resid = 1.047497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290659(s) Flops=462292992 => 1590.49949253249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228984.395785437 Mflops = 228.984395785437 Gflops = 0.228984395785437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001064958 Relative Rsd = 4.66599716540887e-07
BICGSTAB_SOLVER_TIME: 0.629611 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999710000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042101 s
InvBiCGStab: k = 59 resid = 7.671438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216206(s) Flops=390113280 => 1804.35917597106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259753.609179061 Mflops = 259.753609179061 Gflops = 0.259753609179061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057872 s
InvBiCGStab: k = 61 resid = 1.053908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236367(s) Flops=403236864 => 1705.97783954613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245589.102724205 Mflops = 245.589102724205 Gflops = 0.245589102724205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009774802 Relative Rsd = 4.28272301114397e-07
BICGSTAB_SOLVER_TIME: 0.556308 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052864 s
InvBiCGStab: k = 55 resid = 2.214133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239926(s) Flops=363866112 => 1516.57641106008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218345.122639895 Mflops = 218.345122639895 Gflops = 0.218345122639895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055914 s
InvBiCGStab: k = 75 resid = 7.777554e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276767(s) Flops=495101952 => 1788.87639061015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257552.880034625 Mflops = 257.552880034625 Gflops = 0.257552880034625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001033995 Relative Rsd = 4.53033724820918e-07
BICGSTAB_SOLVER_TIME: 0.629377 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054736 s
InvBiCGStab: k = 46 resid = 2.237931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178921(s) Flops=304809984 => 1703.60094119751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245276.354105965 Mflops = 245.276354105965 Gflops = 0.245276354105965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06016 s
InvBiCGStab: k = 62 resid = 7.513452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253375(s) Flops=409798656 => 1617.36026048347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232832.222011157 Mflops = 232.832222011157 Gflops = 0.232832222011157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0009839197 Relative Rsd = 4.3109370380942e-07
BICGSTAB_SOLVER_TIME: 0.550963 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0913750000000002
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948975(s) Flops=1285005312 => 1354.0981711847 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194972.611770215 Mflops = 194.972611770215 Gflops = 0.194972611770215 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142137
CLOV_LINOP: Time spent in clov deriv (total) = 1.539605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021493
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.216885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697385(s) Flops=1223460864 => 1754.35500333388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252565.481731157 Mflops = 252.565481731157 Gflops = 0.252565481731157 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.081374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958908(s) Flops=1564674048 => 1631.72488705903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234959.305794577 Mflops = 234.959305794577 Gflops = 0.234959305794577 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002030912 Relative Rsd = 8.93272039747196e-07
BICGSTAB_SOLVER_TIME: 1.659704 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302845999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.919522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810061(s) Flops=1210337280 => 1494.13103457641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215133.01918848 Mflops = 215.13301918848 Gflops = 0.21513301918848 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.149838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735062(s) Flops=1302202368 => 1771.55446479345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255095.022439267 Mflops = 255.095022439267 Gflops = 0.255095022439267 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.002043879 Relative Rsd = 8.97945170554606e-07
BICGSTAB_SOLVER_TIME: 1.548753 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.117636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272559999999997
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86731(s) Flops=1285005312 => 1481.59863485951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213337.373762937 Mflops = 213.337373762937 Gflops = 0.213337373762937 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141880000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047177 s
InvBiCGStab: k = 32 resid = 1.384352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165148(s) Flops=212944896 => 1289.41855789958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185626.082934489 Mflops = 185.626082934489 Gflops = 0.185626082934489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06008 s
InvBiCGStab: k = 47 resid = 6.139735e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220909(s) Flops=311371776 => 1409.50244670883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202904.612556285 Mflops = 202.904612556285 Gflops = 0.202904612556285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007119509 Relative Rsd = 3.11933547473917e-07
BICGSTAB_SOLVER_TIME: 0.497363 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044948 s
InvBiCGStab: k = 80 resid = 1.005575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34363(s) Flops=527910912 => 1536.27713529087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221190.842512946 Mflops = 221.190842512946 Gflops = 0.221190842512946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068941 s
InvBiCGStab: k = 95 resid = 1.069192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430091(s) Flops=626337792 => 1456.29132439414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209680.64687983 Mflops = 209.68064687983 Gflops = 0.20968064687983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001249654 Relative Rsd = 5.47522228194603e-07
BICGSTAB_SOLVER_TIME: 0.891956 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139096
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053257 s
InvBiCGStab: k = 48 resid = 2.272928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177579(s) Flops=317933568 => 1790.3781866099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257375.711256404 Mflops = 257.375711256404 Gflops = 0.257375711256404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 63 resid = 7.217665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305436(s) Flops=416360448 => 1363.16756374494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196256.059527344 Mflops = 196.256059527344 Gflops = 0.196256059527344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009869188 Relative Rsd = 4.32407723085009e-07
BICGSTAB_SOLVER_TIME: 0.602442 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0935520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043408 s
InvBiCGStab: k = 57 resid = 1.152247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237779(s) Flops=376989696 => 1585.46253453837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228272.212241657 Mflops = 228.272212241657 Gflops = 0.228272212241657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075143 s
InvBiCGStab: k = 73 resid = 1.109937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330482(s) Flops=481978368 => 1458.41034610054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209982.837559601 Mflops = 209.982837559601 Gflops = 0.209982837559601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001051827 Relative Rsd = 4.60846533939739e-07
BICGSTAB_SOLVER_TIME: 0.691299 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041755 s
InvBiCGStab: k = 58 resid = 2.247785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272544(s) Flops=383551488 => 1407.30116238112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202607.326717748 Mflops = 202.607326717748 Gflops = 0.202607326717748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066401 s
InvBiCGStab: k = 64 resid = 1.113331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268377(s) Flops=422922240 => 1575.85128382835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226914.583220299 Mflops = 226.914583220299 Gflops = 0.226914583220299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001057185 Relative Rsd = 4.6319393690151e-07
BICGSTAB_SOLVER_TIME: 0.65478 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101258
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.829332(s) Flops=1278738432 => 1541.88965577115 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222008.387943589 Mflops = 222.008387943589 Gflops = 0.222008387943589 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14139
CLOV_LINOP: Time spent in clov deriv (total) = 1.438737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043881 s
InvBiCGStab: k = 27 resid = 2.113237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1029(s) Flops=180135936 => 1750.59218658892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251957.680680634 Mflops = 251.957680680634 Gflops = 0.251957680680634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062058 s
InvBiCGStab: k = 52 resid = 7.464945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242294(s) Flops=344180736 => 1420.50870430139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204507.381995672 Mflops = 204.507381995672 Gflops = 0.204507381995672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007476907 Relative Rsd = 3.27592549207245e-07
BICGSTAB_SOLVER_TIME: 0.455158 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 73 resid = 2.228732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285848(s) Flops=481978368 => 1686.13517673729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242761.64498037 Mflops = 242.76164498037 Gflops = 0.24276164498037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059006 s
InvBiCGStab: k = 93 resid = 1.114295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355258(s) Flops=613214208 => 1726.10949788604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248522.64282675 Mflops = 248.52264282675 Gflops = 0.24852264282675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001248176 Relative Rsd = 5.46874501667909e-07
BICGSTAB_SOLVER_TIME: 0.746731 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048348 s
InvBiCGStab: k = 49 resid = 2.144948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203169(s) Flops=324495360 => 1597.16964694417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229934.875858243 Mflops = 229.934875858243 Gflops = 0.229934875858243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069593 s
InvBiCGStab: k = 61 resid = 9.832423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288548(s) Flops=403236864 => 1397.46892718023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201182.498144322 Mflops = 201.182498144322 Gflops = 0.201182498144322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.001004286 Relative Rsd = 4.40016813820681e-07
BICGSTAB_SOLVER_TIME: 0.615369 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0926990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045639 s
InvBiCGStab: k = 56 resid = 1.934837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238027(s) Flops=370427904 => 1556.24321610574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224039.595464969 Mflops = 224.039595464969 Gflops = 0.224039595464969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080113 s
InvBiCGStab: k = 72 resid = 1.146514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322353(s) Flops=475416576 => 1474.83217466566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212332.1353164 Mflops = 212.3321353164 Gflops = 0.2123321353164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001053886 Relative Rsd = 4.61748729924003e-07
BICGSTAB_SOLVER_TIME: 0.690687 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050251 s
InvBiCGStab: k = 52 resid = 1.929796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243981(s) Flops=344180736 => 1410.68663543473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203113.432740195 Mflops = 203.113432740195 Gflops = 0.203113432740195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074888 s
InvBiCGStab: k = 65 resid = 7.004599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347339(s) Flops=429484032 => 1236.49815310115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178020.013974413 Mflops = 178.020013974413 Gflops = 0.178020013974413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001000316 Relative Rsd = 4.38277403629852e-07
BICGSTAB_SOLVER_TIME: 0.720402 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976300000000002
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.862903(s) Flops=1272545280 => 1474.7257571245 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212389.766676578 Mflops = 212.389766676578 Gflops = 0.212389766676578 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140613000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.481123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043832 s
InvBiCGStab: k = 29 resid = 2.151408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137798(s) Flops=193259520 => 1402.48421602636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201851.488887983 Mflops = 201.851488887983 Gflops = 0.201851488887983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075234 s
InvBiCGStab: k = 51 resid = 9.732296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224712(s) Flops=337618944 => 1502.45177827619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216267.087588869 Mflops = 216.267087588869 Gflops = 0.216267087588869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007804206 Relative Rsd = 3.41932788097224e-07
BICGSTAB_SOLVER_TIME: 0.485687 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046221 s
InvBiCGStab: k = 60 resid = 5.945033e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229242(s) Flops=396675072 => 1730.37694663282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249115.983867221 Mflops = 249.115983867221 Gflops = 0.249115983867221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05702 s
InvBiCGStab: k = 72 resid = 8.746737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268435(s) Flops=475416576 => 1771.06776687094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254965.127508221 Mflops = 254.965127508221 Gflops = 0.254965127508221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001040373 Relative Rsd = 4.55827992268111e-07
BICGSTAB_SOLVER_TIME: 0.60486 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041554 s
InvBiCGStab: k = 47 resid = 2.259928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212494(s) Flops=311371776 => 1465.32031963255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210943.131041544 Mflops = 210.943131041544 Gflops = 0.210943131041544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067005 s
InvBiCGStab: k = 68 resid = 6.951701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324253(s) Flops=449169408 => 1385.24364616519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199427.650459645 Mflops = 199.427650459645 Gflops = 0.199427650459645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009783709 Relative Rsd = 4.2866254882333e-07
BICGSTAB_SOLVER_TIME: 0.649091 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043634 s
InvBiCGStab: k = 54 resid = 1.67554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212359(s) Flops=357304320 => 1682.54851454377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242209.578385648 Mflops = 242.209578385648 Gflops = 0.242209578385648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063443 s
InvBiCGStab: k = 69 resid = 1.05764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26426(s) Flops=455731200 => 1724.55611897374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248279.579129112 Mflops = 248.279579129112 Gflops = 0.248279579129112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001038698 Relative Rsd = 4.5509426944848e-07
BICGSTAB_SOLVER_TIME: 0.587593 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052664 s
InvBiCGStab: k = 46 resid = 2.174407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20903(s) Flops=304809984 => 1458.2116633976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209958.625319332 Mflops = 209.958625319332 Gflops = 0.209958625319332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062776 s
InvBiCGStab: k = 60 resid = 1.130935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267647(s) Flops=396675072 => 1482.08301232594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213340.28383651 Mflops = 213.34028383651 Gflops = 0.21334028383651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009937602 Relative Rsd = 4.35405198854303e-07
BICGSTAB_SOLVER_TIME: 0.596483 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0899030000000001
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976953(s) Flops=1266499584 => 1296.37718907665 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186664.829305333 Mflops = 186.664829305333 Gflops = 0.186664829305333 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139692000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.629769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041578 s
InvBiCGStab: k = 28 resid = 1.843271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11293(s) Flops=186697728 => 1653.21639953954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237979.411150792 Mflops = 237.979411150792 Gflops = 0.237979411150792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057363 s
InvBiCGStab: k = 40 resid = 1.140818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147427(s) Flops=265439232 => 1800.47909812992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259153.15622753 Mflops = 259.15315622753 Gflops = 0.25915315622753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007428502 Relative Rsd = 3.25471715363639e-07
BICGSTAB_SOLVER_TIME: 0.363155 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04289 s
InvBiCGStab: k = 56 resid = 2.135379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223436(s) Flops=370427904 => 1657.87028052776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238652.434345888 Mflops = 238.652434345888 Gflops = 0.238652434345888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058706 s
InvBiCGStab: k = 72 resid = 1.089885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354422(s) Flops=475416576 => 1341.38562504585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193112.214000679 Mflops = 193.112214000679 Gflops = 0.193112214000679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001078497 Relative Rsd = 4.72531828558182e-07
BICGSTAB_SOLVER_TIME: 0.684333 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045931 s
InvBiCGStab: k = 49 resid = 1.681875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190293(s) Flops=324495360 => 1705.24065520014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245487.769013335 Mflops = 245.487769013335 Gflops = 0.245487769013335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057757 s
InvBiCGStab: k = 68 resid = 8.019057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256521(s) Flops=449169408 => 1751.00443238565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252086.139889791 Mflops = 252.086139889791 Gflops = 0.252086139889791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.000962812 Relative Rsd = 4.21845608400504e-07
BICGSTAB_SOLVER_TIME: 0.554298 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049048 s
InvBiCGStab: k = 52 resid = 1.84555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225624(s) Flops=344180736 => 1525.46154664397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219654.929879501 Mflops = 219.654929879501 Gflops = 0.219654929879501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088441 s
InvBiCGStab: k = 69 resid = 1.137342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326123(s) Flops=455731200 => 1397.42121837466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201174.543551513 Mflops = 201.174543551513 Gflops = 0.201174543551513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001018614 Relative Rsd = 4.46294543205081e-07
BICGSTAB_SOLVER_TIME: 0.693111 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100744
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04193 s
InvBiCGStab: k = 47 resid = 1.85661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174783(s) Flops=311371776 => 1781.47632206794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256471.51143088 Mflops = 256.47151143088 Gflops = 0.25647151143088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058719 s
InvBiCGStab: k = 64 resid = 1.072988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252365(s) Flops=422922240 => 1675.83555564361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241282.110072079 Mflops = 241.282110072079 Gflops = 0.241282110072079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009962277 Relative Rsd = 4.36486324254714e-07
BICGSTAB_SOLVER_TIME: 0.531677 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0936460000000002
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922563(s) Flops=1266204672 => 1372.48585950228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197621.913056128 Mflops = 197.621913056128 Gflops = 0.197621913056128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139907
CLOV_LINOP: Time spent in clov deriv (total) = 1.47513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.009715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948047(s) Flops=1275955200 => 1345.87757779941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193794.424481187 Mflops = 193.794424481187 Gflops = 0.193794424481187 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 6.276936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.045275(s) Flops=1459685376 => 1396.46062136758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201085.538842353 Mflops = 201.085538842353 Gflops = 0.201085538842353 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002039888 Relative Rsd = 8.97165835612754e-07
BICGSTAB_SOLVER_TIME: 1.998788 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.116341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296825999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 151 resid = 1.906982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.584166(s) Flops=993798144 => 1701.22558313904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244904.199466653 Mflops = 244.904199466653 Gflops = 0.244904199466653 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 8.741808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835016(s) Flops=1236584448 => 1480.91108194334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213239.336989229 Mflops = 213.239336989229 Gflops = 0.213239336989229 Tflops
BICGSTAB_SOLVER: 339 iterations. Rsd = 0.00197469 Relative Rsd = 8.6750060350292e-07
BICGSTAB_SOLVER_TIME: 1.422631 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0.114684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.242393999999998
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879749(s) Flops=1266204672 => 1439.27946721167 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207235.744582556 Mflops = 207.235744582556 Gflops = 0.207235744582556 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139925000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042333 s
InvBiCGStab: k = 28 resid = 2.245916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112054(s) Flops=186697728 => 1666.1406821711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239799.513406736 Mflops = 239.799513406736 Gflops = 0.239799513406736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066043 s
InvBiCGStab: k = 47 resid = 9.943755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193284(s) Flops=311371776 => 1610.95474017508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231913.915568721 Mflops = 231.913915568721 Gflops = 0.231913915568721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0006947465 Relative Rsd = 3.04395610254644e-07
BICGSTAB_SOLVER_TIME: 0.417475 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042552 s
InvBiCGStab: k = 69 resid = 2.254413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272027(s) Flops=455731200 => 1675.3160531859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241202.273621235 Mflops = 241.202273621235 Gflops = 0.241202273621235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064551 s
InvBiCGStab: k = 82 resid = 1.051494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391262(s) Flops=541034496 => 1382.7933609704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199096.267639473 Mflops = 199.096267639473 Gflops = 0.199096267639473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001181324 Relative Rsd = 5.1758419489723e-07
BICGSTAB_SOLVER_TIME: 0.774758 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042097 s
InvBiCGStab: k = 54 resid = 1.25212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214051(s) Flops=357304320 => 1669.24854357139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240295.951956123 Mflops = 240.295951956123 Gflops = 0.240295951956123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064162 s
InvBiCGStab: k = 59 resid = 1.140676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309623(s) Flops=390113280 => 1259.96221210957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181386.024596655 Mflops = 181.386024596655 Gflops = 0.181386024596655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001001269 Relative Rsd = 4.38695296647665e-07
BICGSTAB_SOLVER_TIME: 0.633874 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051104 s
InvBiCGStab: k = 57 resid = 2.076652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292689(s) Flops=376989696 => 1288.02140155592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185431.596180308 Mflops = 185.431596180308 Gflops = 0.185431596180308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071319 s
InvBiCGStab: k = 77 resid = 6.225467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344089(s) Flops=508225536 => 1477.01767856572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212650.478258176 Mflops = 212.650478258176 Gflops = 0.212650478258176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001066902 Relative Rsd = 4.67451314469046e-07
BICGSTAB_SOLVER_TIME: 0.763022 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052895 s
InvBiCGStab: k = 48 resid = 2.176826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238473(s) Flops=317933568 => 1333.20572140242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191932.19916954 Mflops = 191.93219916954 Gflops = 0.19193219916954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066302 s
InvBiCGStab: k = 68 resid = 1.092377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332743(s) Flops=449169408 => 1349.89889494294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194339.645533714 Mflops = 194.339645533714 Gflops = 0.194339645533714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001020677 Relative Rsd = 4.47198473396914e-07
BICGSTAB_SOLVER_TIME: 0.695923 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969270000000002
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830949(s) Flops=1266278400 => 1523.89424621728 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219413.064601893 Mflops = 219.413064601893 Gflops = 0.219413064601893 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140138
CLOV_LINOP: Time spent in clov deriv (total) = 1.460851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04268 s
InvBiCGStab: k = 24 resid = 2.11372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09852(s) Flops=160450560 => 1628.60901339829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234387.858265978 Mflops = 234.387858265978 Gflops = 0.234387858265978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069221 s
InvBiCGStab: k = 52 resid = 7.770138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23875(s) Flops=344180736 => 1441.59470575916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207542.804879327 Mflops = 207.542804879327 Gflops = 0.207542804879327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0006998971 Relative Rsd = 3.06652298858771e-07
BICGSTAB_SOLVER_TIME: 0.455111 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042527 s
InvBiCGStab: k = 67 resid = 2.265409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264762(s) Flops=442607616 => 1671.71881161194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240682.188996094 Mflops = 240.682188996094 Gflops = 0.240682188996094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057356 s
InvBiCGStab: k = 85 resid = 1.110082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348815(s) Flops=560719872 => 1607.49931052277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231443.499841879 Mflops = 231.443499841879 Gflops = 0.231443499841879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001193455 Relative Rsd = 5.22899439081321e-07
BICGSTAB_SOLVER_TIME: 0.718016 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122956
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04941 s
InvBiCGStab: k = 46 resid = 1.75757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213007(s) Flops=304809984 => 1430.98576103133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205976.761349177 Mflops = 205.976761349177 Gflops = 0.205976761349177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093109 s
InvBiCGStab: k = 63 resid = 5.842852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274153(s) Flops=416360448 => 1518.71563688889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218628.8952645 Mflops = 218.6288952645 Gflops = 0.218628895264499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009660024 Relative Rsd = 4.23243430706518e-07
BICGSTAB_SOLVER_TIME: 0.633623 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0919170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041911 s
InvBiCGStab: k = 58 resid = 2.167037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221402(s) Flops=383551488 => 1732.37589543003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249410.380396237 Mflops = 249.410380396237 Gflops = 0.249410380396237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061335 s
InvBiCGStab: k = 71 resid = 1.043746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308637(s) Flops=468854784 => 1519.11398827749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218712.130388888 Mflops = 218.712130388888 Gflops = 0.218712130388888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001064377 Relative Rsd = 4.66345043058898e-07
BICGSTAB_SOLVER_TIME: 0.63745 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041793 s
InvBiCGStab: k = 53 resid = 2.235677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195795(s) Flops=350742528 => 1791.37632728108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257900.838517106 Mflops = 257.900838517106 Gflops = 0.257900838517106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057553 s
InvBiCGStab: k = 69 resid = 1.081119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287686(s) Flops=455731200 => 1584.12713861641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228037.074171003 Mflops = 228.037074171003 Gflops = 0.228037074171003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001055651 Relative Rsd = 4.62521931468862e-07
BICGSTAB_SOLVER_TIME: 0.587355 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101316
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987536(s) Flops=1266425856 => 1282.40981189547 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  184845.568952393 Mflops = 184.845568952393 Gflops = 0.184845568952393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140190000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.582857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042614 s
InvBiCGStab: k = 27 resid = 1.525075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108276(s) Flops=180135936 => 1663.67372270863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239462.584160187 Mflops = 239.462584160187 Gflops = 0.239462584160187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063159 s
InvBiCGStab: k = 45 resid = 8.590038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17625(s) Flops=298248192 => 1692.18832340426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243592.424247367 Mflops = 243.592424247367 Gflops = 0.243592424247367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007184388 Relative Rsd = 3.14776117702493e-07
BICGSTAB_SOLVER_TIME: 0.394163 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0654830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052673 s
InvBiCGStab: k = 55 resid = 1.768999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273279(s) Flops=363866112 => 1331.48215559922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191711.835055757 Mflops = 191.711835055757 Gflops = 0.191711835055757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084868 s
InvBiCGStab: k = 70 resid = 1.076054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270721(s) Flops=462292992 => 1707.63624543349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245826.232219362 Mflops = 245.826232219362 Gflops = 0.245826232219362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001042036 Relative Rsd = 4.56556716489458e-07
BICGSTAB_SOLVER_TIME: 0.686144 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043058 s
InvBiCGStab: k = 49 resid = 1.641318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187996(s) Flops=324495360 => 1726.07587395477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248511.065977358 Mflops = 248.511065977358 Gflops = 0.248511065977358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058193 s
InvBiCGStab: k = 60 resid = 7.988675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225697(s) Flops=396675072 => 1757.55580269122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253007.759355838 Mflops = 253.007759355838 Gflops = 0.253007759355838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.000964956 Relative Rsd = 4.22784962332221e-07
BICGSTAB_SOLVER_TIME: 0.518845 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0921030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047914 s
InvBiCGStab: k = 59 resid = 2.158354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266225(s) Flops=390113280 => 1465.35178890037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210958.997208374 Mflops = 210.958997208374 Gflops = 0.210958997208374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 71 resid = 1.115544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264582(s) Flops=468854784 => 1772.05850738145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255119.950344246 Mflops = 255.119950344246 Gflops = 0.255119950344246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001054347 Relative Rsd = 4.6195045906906e-07
BICGSTAB_SOLVER_TIME: 0.638693 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042448 s
InvBiCGStab: k = 50 resid = 2.196759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198665(s) Flops=331057152 => 1666.4090403443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239878.281290304 Mflops = 239.878281290304 Gflops = 0.239878281290304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066125 s
InvBiCGStab: k = 61 resid = 1.054356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232754(s) Flops=403236864 => 1732.45943786143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249392.860298114 Mflops = 249.392860298114 Gflops = 0.249392860298114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009636319 Relative Rsd = 4.22204818894578e-07
BICGSTAB_SOLVER_TIME: 0.544242 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934810000000002
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836557(s) Flops=1272545280 => 1521.16984258096 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219023.185050716 Mflops = 219.023185050716 Gflops = 0.219023185050716 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140725000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.638257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050983 s
InvBiCGStab: k = 27 resid = 1.849239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124922(s) Flops=180135936 => 1441.98728806775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207569.563565379 Mflops = 207.569563565379 Gflops = 0.207569563565379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069401 s
InvBiCGStab: k = 40 resid = 1.147227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199673(s) Flops=265439232 => 1329.36967942586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191370.417802288 Mflops = 191.370417802288 Gflops = 0.191370417802288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0006982122 Relative Rsd = 3.05914087501904e-07
BICGSTAB_SOLVER_TIME: 0.449569 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0619740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047236 s
InvBiCGStab: k = 62 resid = 2.071055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256739(s) Flops=409798656 => 1596.16831100846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229812.214570231 Mflops = 229.812214570231 Gflops = 0.229812214570231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082804 s
InvBiCGStab: k = 72 resid = 1.089233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367435(s) Flops=475416576 => 1293.87939635582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186278.772790152 Mflops = 186.278772790152 Gflops = 0.186278772790152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00107674 Relative Rsd = 4.71762044422354e-07
BICGSTAB_SOLVER_TIME: 0.758031 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042043 s
InvBiCGStab: k = 48 resid = 1.838719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198908(s) Flops=317933568 => 1598.39507712108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230124.542994148 Mflops = 230.124542994148 Gflops = 0.230124542994148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069637 s
InvBiCGStab: k = 72 resid = 1.070791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285602(s) Flops=475416576 => 1664.61220859798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239655.73370906 Mflops = 239.65573370906 Gflops = 0.23965573370906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009779624 Relative Rsd = 4.28483568401078e-07
BICGSTAB_SOLVER_TIME: 0.600112 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998560000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042038 s
InvBiCGStab: k = 57 resid = 2.00259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231807(s) Flops=376989696 => 1626.30850664561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234140.439938488 Mflops = 234.140439938488 Gflops = 0.234140439938488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057274 s
InvBiCGStab: k = 65 resid = 8.724951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275651(s) Flops=429484032 => 1558.07173563673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224314.126065888 Mflops = 224.314126065888 Gflops = 0.224314126065888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001047 Relative Rsd = 4.58731463785991e-07
BICGSTAB_SOLVER_TIME: 0.611562 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 42 resid = 2.053502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161939(s) Flops=278562816 => 1720.17127436874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247625.924268288 Mflops = 247.625924268288 Gflops = 0.247625924268288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 67 resid = 1.000952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24864(s) Flops=442607616 => 1780.11428571429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256267.316146104 Mflops = 256.267316146104 Gflops = 0.256267316146104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009897697 Relative Rsd = 4.33656811589004e-07
BICGSTAB_SOLVER_TIME: 0.512427 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0921370000000002
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989918(s) Flops=1272471552 => 1285.43127006479 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185099.52340814 Mflops = 185.09952340814 Gflops = 0.18509952340814 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140479000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.48853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.170642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741267(s) Flops=1138157568 => 1535.42187632796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221126.231545901 Mflops = 221.126231545901 Gflops = 0.221126231545901 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.03241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821325(s) Flops=1328449536 => 1617.44685234225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232899.249573251 Mflops = 232.899249573251 Gflops = 0.232899249573252 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.002063909 Relative Rsd = 9.07676765237617e-07
BICGSTAB_SOLVER_TIME: 1.565995 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.136151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.129827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267682999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 2.093548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787293(s) Flops=1092225024 => 1387.31707763183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199714.755627949 Mflops = 199.714755627949 Gflops = 0.199714755627949 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.119143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96156(s) Flops=1210337280 => 1258.7225758143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181248.48628755 Mflops = 181.24848628755 Gflops = 0.18124848628755 Tflops
BICGSTAB_SOLVER: 350 iterations. Rsd = 0.002210093 Relative Rsd = 9.70877706122708e-07
BICGSTAB_SOLVER_TIME: 1.752281 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250113999999998
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950397(s) Flops=1272471552 => 1338.88422627597 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192789.246719938 Mflops = 192.789246719938 Gflops = 0.192789246719938 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140198000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.457227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041401 s
InvBiCGStab: k = 24 resid = 2.045012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090056(s) Flops=160450560 => 1781.67540197211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256426.087980708 Mflops = 256.426087980708 Gflops = 0.256426087980708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057344 s
InvBiCGStab: k = 41 resid = 1.099497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164609(s) Flops=272001024 => 1652.4067578322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237852.471336297 Mflops = 237.852471336297 Gflops = 0.237852471336297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 65 iterations. Rsd = 0.0007075107 Relative Rsd = 3.09988098122164e-07
BICGSTAB_SOLVER_TIME: 0.358226 sec
2Flav::invert,  n_count = 65
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0605890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044308 s
InvBiCGStab: k = 76 resid = 1.572993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324598(s) Flops=501663744 => 1545.49240599141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222536.381398908 Mflops = 222.536381398908 Gflops = 0.222536381398908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061666 s
InvBiCGStab: k = 93 resid = 1.097834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396631(s) Flops=613214208 => 1546.0571866546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222584.982342431 Mflops = 222.584982342431 Gflops = 0.222584982342431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001239339 Relative Rsd = 5.4300288327207e-07
BICGSTAB_SOLVER_TIME: 0.831014 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 46 resid = 2.176173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185791(s) Flops=304809984 => 1640.60683240846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236190.530196472 Mflops = 236.190530196472 Gflops = 0.236190530196472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060766 s
InvBiCGStab: k = 62 resid = 1.065668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269016(s) Flops=409798656 => 1523.32447140691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219321.414063324 Mflops = 219.321414063324 Gflops = 0.219321414063324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0009777129 Relative Rsd = 4.28374262318181e-07
BICGSTAB_SOLVER_TIME: 0.561721 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0914480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041998 s
InvBiCGStab: k = 56 resid = 1.782268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219976(s) Flops=370427904 => 1683.94690329854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242437.802602723 Mflops = 242.437802602723 Gflops = 0.242437802602723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058879 s
InvBiCGStab: k = 71 resid = 9.960186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284757(s) Flops=468854784 => 1646.50837029467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237046.82470676 Mflops = 237.04682470676 Gflops = 0.23704682470676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001072317 Relative Rsd = 4.69824169477185e-07
BICGSTAB_SOLVER_TIME: 0.609418 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 48 resid = 2.222778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218497(s) Flops=317933568 => 1455.09351615812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209505.76045869 Mflops = 209.50576045869 Gflops = 0.20950576045869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086701 s
InvBiCGStab: k = 67 resid = 1.073637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346474(s) Flops=442607616 => 1277.46271293084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183915.611783492 Mflops = 183.915611783492 Gflops = 0.183915611783492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001002607 Relative Rsd = 4.39281509811796e-07
BICGSTAB_SOLVER_TIME: 0.697828 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964080000000002
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031951(s) Flops=1266057216 => 1226.85787987996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  176665.865642988 Mflops = 176.665865642988 Gflops = 0.176665865642988 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139949000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.533792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045286 s
InvBiCGStab: k = 26 resid = 2.222594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100874(s) Flops=173574144 => 1720.7025001487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247639.814119083 Mflops = 247.639814119083 Gflops = 0.247639814119083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056763 s
InvBiCGStab: k = 49 resid = 1.061055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185563(s) Flops=324495360 => 1748.70723150628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251727.012550676 Mflops = 251.727012550676 Gflops = 0.251727012550676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007189745 Relative Rsd = 3.15010847797449e-07
BICGSTAB_SOLVER_TIME: 0.392362 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041567 s
InvBiCGStab: k = 67 resid = 2.109248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289183(s) Flops=442607616 => 1530.54507353475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220358.76095469 Mflops = 220.35876095469 Gflops = 0.22035876095469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072667 s
InvBiCGStab: k = 92 resid = 1.056522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390188(s) Flops=606652416 => 1554.76953673614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223860.943913655 Mflops = 223.860943913655 Gflops = 0.223860943913655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001223049 Relative Rsd = 5.35865445988824e-07
BICGSTAB_SOLVER_TIME: 0.797811 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043674 s
InvBiCGStab: k = 52 resid = 2.176336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218652(s) Flops=344180736 => 1574.10284836178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226623.054200023 Mflops = 226.623054200023 Gflops = 0.226623054200023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061849 s
InvBiCGStab: k = 60 resid = 7.625362e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231826(s) Flops=396675072 => 1711.08966207414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246330.161941793 Mflops = 246.330161941793 Gflops = 0.246330161941793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001025691 Relative Rsd = 4.49395306336888e-07
BICGSTAB_SOLVER_TIME: 0.560309 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0941210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052641 s
InvBiCGStab: k = 55 resid = 2.201561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256836(s) Flops=363866112 => 1416.72550577022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203944.545708795 Mflops = 203.944545708795 Gflops = 0.203944545708795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056509 s
InvBiCGStab: k = 71 resid = 1.095172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263231(s) Flops=468854784 => 1781.15337479248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256425.364408332 Mflops = 256.425364408332 Gflops = 0.256425364408332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001060825 Relative Rsd = 4.64788846797031e-07
BICGSTAB_SOLVER_TIME: 0.633237 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048177 s
InvBiCGStab: k = 59 resid = 2.048603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235252(s) Flops=390113280 => 1658.27827181065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238726.513003212 Mflops = 238.726513003212 Gflops = 0.238726513003212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063042 s
InvBiCGStab: k = 65 resid = 1.108898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308562(s) Flops=429484032 => 1391.88892993953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200364.000536029 Mflops = 200.364000536029 Gflops = 0.200364000536029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001037131 Relative Rsd = 4.54407829288132e-07
BICGSTAB_SOLVER_TIME: 0.659028 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102651
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831381(s) Flops=1272471552 => 1530.55163877933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220375.647760378 Mflops = 220.375647760378 Gflops = 0.220375647760378 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140961000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.585197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049594 s
InvBiCGStab: k = 24 resid = 2.070149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12418(s) Flops=160450560 => 1292.08052826542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185889.122432139 Mflops = 185.889122432139 Gflops = 0.185889122432139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093511 s
InvBiCGStab: k = 51 resid = 9.866864e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328588(s) Flops=337618944 => 1027.48409558474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  147923.178655022 Mflops = 147.923178655022 Gflops = 0.147923178655022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007649611 Relative Rsd = 3.35159381384969e-07
BICGSTAB_SOLVER_TIME: 0.606158 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676930000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047468 s
InvBiCGStab: k = 48 resid = 2.247437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219261(s) Flops=317933568 => 1450.02334204441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208754.303272981 Mflops = 208.754303272981 Gflops = 0.208754303272981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057077 s
InvBiCGStab: k = 64 resid = 8.472556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243886(s) Flops=422922240 => 1734.09806220939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249659.15820261 Mflops = 249.65915820261 Gflops = 0.24965915820261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.000972903 Relative Rsd = 4.26266843080176e-07
BICGSTAB_SOLVER_TIME: 0.571816 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0944090000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051943 s
InvBiCGStab: k = 54 resid = 2.030999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250972(s) Flops=357304320 => 1423.68200436702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205004.361002346 Mflops = 205.004361002346 Gflops = 0.205004361002346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.099869 s
InvBiCGStab: k = 62 resid = 9.582562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247485(s) Flops=409798656 => 1655.85250015152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238358.674920846 Mflops = 238.358674920846 Gflops = 0.238358674920846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009559944 Relative Rsd = 4.18858512373567e-07
BICGSTAB_SOLVER_TIME: 0.654492 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041433 s
InvBiCGStab: k = 50 resid = 1.826842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201085(s) Flops=331057152 => 1646.35428798767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237002.688116915 Mflops = 237.002688116915 Gflops = 0.237002688116915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05954 s
InvBiCGStab: k = 66 resid = 8.53943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250054(s) Flops=436045824 => 1743.80663376711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251028.25512432 Mflops = 251.02825512432 Gflops = 0.25102825512432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001029681 Relative Rsd = 4.51143693602187e-07
BICGSTAB_SOLVER_TIME: 0.555985 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970170000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049351 s
InvBiCGStab: k = 52 resid = 1.452711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247712(s) Flops=344180736 => 1389.43909055678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200031.641756933 Mflops = 200.031641756933 Gflops = 0.200031641756933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058499 s
InvBiCGStab: k = 70 resid = 9.758951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260331(s) Flops=462292992 => 1775.78925291264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255649.030534571 Mflops = 255.649030534571 Gflops = 0.255649030534571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009809176 Relative Rsd = 4.29778358375103e-07
BICGSTAB_SOLVER_TIME: 0.620118 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101257
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912705(s) Flops=1315971072 => 1441.83615954772 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207597.049750872 Mflops = 207.597049750872 Gflops = 0.207597049750872 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145543000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04203 s
InvBiCGStab: k = 27 resid = 2.247016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100786(s) Flops=180135936 => 1787.31109479491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257228.774852674 Mflops = 257.228774852674 Gflops = 0.257228774852674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056721 s
InvBiCGStab: k = 51 resid = 1.032299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202427(s) Flops=337618944 => 1667.85529598324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240099.461379246 Mflops = 240.099461379246 Gflops = 0.240099461379246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007197703 Relative Rsd = 3.153595000278e-07
BICGSTAB_SOLVER_TIME: 0.406552 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04791 s
InvBiCGStab: k = 55 resid = 2.004503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248027(s) Flops=363866112 => 1467.04234619618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211223.345283387 Mflops = 211.223345283387 Gflops = 0.211223345283387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067777 s
InvBiCGStab: k = 69 resid = 9.180222e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339183(s) Flops=455731200 => 1343.61450898188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193430.344692745 Mflops = 193.430344692745 Gflops = 0.193430344692745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001063769 Relative Rsd = 4.66078740184981e-07
BICGSTAB_SOLVER_TIME: 0.710608 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051589 s
InvBiCGStab: k = 50 resid = 1.381701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257032(s) Flops=331057152 => 1287.99975100377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185439.929414207 Mflops = 185.439929414207 Gflops = 0.185439929414207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07032 s
InvBiCGStab: k = 68 resid = 7.36969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355543(s) Flops=449169408 => 1263.33357146674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181892.08168164 Mflops = 181.89208168164 Gflops = 0.18189208168164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009984996 Relative Rsd = 4.37481708392712e-07
BICGSTAB_SOLVER_TIME: 0.738737 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050419 s
InvBiCGStab: k = 61 resid = 2.25323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264293(s) Flops=403236864 => 1525.71904666412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219650.338261859 Mflops = 219.650338261859 Gflops = 0.219650338261859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060188 s
InvBiCGStab: k = 75 resid = 1.120465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346674(s) Flops=495101952 => 1428.14849685872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205620.980100598 Mflops = 205.620980100598 Gflops = 0.205620980100598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001085048 Relative Rsd = 4.75401942083428e-07
BICGSTAB_SOLVER_TIME: 0.72568 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04901 s
InvBiCGStab: k = 47 resid = 1.787359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261713(s) Flops=311371776 => 1189.74516359524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171247.561353366 Mflops = 171.247561353366 Gflops = 0.171247561353366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.120654 s
InvBiCGStab: k = 64 resid = 6.339872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308843(s) Flops=422922240 => 1369.37615552239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197144.073726294 Mflops = 197.144073726294 Gflops = 0.197144073726294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009787214 Relative Rsd = 4.28816128205319e-07
BICGSTAB_SOLVER_TIME: 0.744007 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0935520000000002
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942963(s) Flops=1334919168 => 1415.66441949472 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203841.689942032 Mflops = 203.841689942032 Gflops = 0.203841689942032 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147730000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.487179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021378
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.604011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749115(s) Flops=1170966528 => 1563.13320117739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225221.028613656 Mflops = 225.221028613656 Gflops = 0.225221028613656 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 6.425868e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842961(s) Flops=1348134912 => 1599.28503453896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230284.873043109 Mflops = 230.284873043109 Gflops = 0.230284873043109 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001957668 Relative Rsd = 8.60920670044026e-07
BICGSTAB_SOLVER_TIME: 1.595449 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.120015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273836999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 161 resid = 1.341301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773386(s) Flops=1059416064 => 1369.84127460285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197194.870739455 Mflops = 197.194870739455 Gflops = 0.197194870739455 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 9.412257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885963(s) Flops=1223460864 => 1380.9390053535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198848.926233161 Mflops = 198.848926233161 Gflops = 0.198848926233161 Tflops
BICGSTAB_SOLVER: 347 iterations. Rsd = 0.002026447 Relative Rsd = 8.90188194736383e-07
BICGSTAB_SOLVER_TIME: 1.663019 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.138768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.131032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247472999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947333(s) Flops=1334919168 => 1409.13402995568 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202897.911620504 Mflops = 202.897911620504 Gflops = 0.202897911620504 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147785000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.529966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04354 s
InvBiCGStab: k = 25 resid = 1.866617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103619(s) Flops=167012352 => 1611.79274071358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232002.26735383 Mflops = 232.00226735383 Gflops = 0.23200226735383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059039 s
InvBiCGStab: k = 49 resid = 9.753982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200352(s) Flops=324495360 => 1619.6262577863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233162.142275386 Mflops = 233.162142275386 Gflops = 0.233162142275386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007241194 Relative Rsd = 3.17265011599381e-07
BICGSTAB_SOLVER_TIME: 0.410428 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043809 s
InvBiCGStab: k = 71 resid = 2.072928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317031(s) Flops=468854784 => 1478.89254993991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212928.90920795 Mflops = 212.92890920795 Gflops = 0.21292890920795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062057 s
InvBiCGStab: k = 86 resid = 1.056543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331795(s) Flops=567281664 => 1709.73542096777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246155.238962203 Mflops = 246.155238962203 Gflops = 0.246155238962203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001248368 Relative Rsd = 5.46958712747172e-07
BICGSTAB_SOLVER_TIME: 0.758535 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042692 s
InvBiCGStab: k = 50 resid = 1.791615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189655(s) Flops=331057152 => 1745.57566106878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251294.179140564 Mflops = 251.294179140564 Gflops = 0.251294179140564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05769 s
InvBiCGStab: k = 69 resid = 9.218448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291512(s) Flops=455731200 => 1563.33598616867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225092.434786663 Mflops = 225.092434786663 Gflops = 0.225092434786663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009930298 Relative Rsd = 4.35085186551879e-07
BICGSTAB_SOLVER_TIME: 0.587463 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048989 s
InvBiCGStab: k = 58 resid = 1.957009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270158(s) Flops=383551488 => 1419.73026155065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204338.090848593 Mflops = 204.338090848593 Gflops = 0.204338090848593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063147 s
InvBiCGStab: k = 66 resid = 1.005344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323406(s) Flops=436045824 => 1348.2923136862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194109.687110489 Mflops = 194.109687110489 Gflops = 0.194109687110489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001027058 Relative Rsd = 4.49994271027255e-07
BICGSTAB_SOLVER_TIME: 0.711313 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05401 s
InvBiCGStab: k = 55 resid = 2.002362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239486(s) Flops=363866112 => 1519.36276859608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218753.966116102 Mflops = 218.753966116102 Gflops = 0.218753966116102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071184 s
InvBiCGStab: k = 67 resid = 1.09095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355364(s) Flops=442607616 => 1245.50493578415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179329.024894284 Mflops = 179.329024894284 Gflops = 0.179329024894284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.000999433 Relative Rsd = 4.3789067534216e-07
BICGSTAB_SOLVER_TIME: 0.724415 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101105
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995794(s) Flops=1335140352 => 1340.77967129748 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193059.828572547 Mflops = 193.059828572547 Gflops = 0.193059828572547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147523000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.505409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 24 resid = 2.062217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.091363(s) Flops=160450560 => 1756.18751573394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252731.944679207 Mflops = 252.731944679207 Gflops = 0.252731944679207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056909 s
InvBiCGStab: k = 48 resid = 1.124579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179378(s) Flops=317933568 => 1772.42230373847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255146.481187617 Mflops = 255.146481187617 Gflops = 0.255146481187618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.00075304 Relative Rsd = 3.2993627972946e-07
BICGSTAB_SOLVER_TIME: 0.373383 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042168 s
InvBiCGStab: k = 67 resid = 1.717475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260219(s) Flops=442607616 => 1700.90429983975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244880.493710221 Mflops = 244.880493710221 Gflops = 0.244880493710221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059856 s
InvBiCGStab: k = 86 resid = 1.118343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381097(s) Flops=567281664 => 1488.54927748054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214320.35276216 Mflops = 214.32035276216 Gflops = 0.21432035276216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001204087 Relative Rsd = 5.27557418597094e-07
BICGSTAB_SOLVER_TIME: 0.748617 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 51 resid = 2.031311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187151(s) Flops=337618944 => 1803.99219881272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259684.45395561 Mflops = 259.68445395561 Gflops = 0.25968445395561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057332 s
InvBiCGStab: k = 66 resid = 1.013982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245188(s) Flops=436045824 => 1778.41421276735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256020.432307544 Mflops = 256.020432307544 Gflops = 0.256020432307544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009938556 Relative Rsd = 4.35447023860358e-07
BICGSTAB_SOLVER_TIME: 0.534847 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049914 s
InvBiCGStab: k = 58 resid = 1.892388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262911(s) Flops=383551488 => 1458.86436094344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210041.97097228 Mflops = 210.04197097228 Gflops = 0.21004197097228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08383 s
InvBiCGStab: k = 67 resid = 1.093435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290948(s) Flops=442607616 => 1521.26021144672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219007.49840417 Mflops = 219.00749840417 Gflops = 0.21900749840417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001056123 Relative Rsd = 4.62728710218309e-07
BICGSTAB_SOLVER_TIME: 0.691849 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048098 s
InvBiCGStab: k = 55 resid = 1.887038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275375(s) Flops=363866112 => 1321.34766046301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190242.567219481 Mflops = 190.242567219481 Gflops = 0.190242567219481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080606 s
InvBiCGStab: k = 66 resid = 8.915005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367903(s) Flops=436045824 => 1185.21953884584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  170637.085913108 Mflops = 170.637085913108 Gflops = 0.170637085913108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001000096 Relative Rsd = 4.38180951085401e-07
BICGSTAB_SOLVER_TIME: 0.777928 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100244
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960573(s) Flops=1335361536 => 1390.17184118229 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200181.227487985 Mflops = 200.181227487985 Gflops = 0.200181227487985 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148090000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060852 s
InvBiCGStab: k = 25 resid = 1.730816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107051(s) Flops=167012352 => 1560.11949444657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224396.005454407 Mflops = 224.396005454407 Gflops = 0.224396005454407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056975 s
InvBiCGStab: k = 54 resid = 7.982403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201083(s) Flops=357304320 => 1776.89968818846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255796.787881526 Mflops = 255.796787881526 Gflops = 0.255796787881526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007044366 Relative Rsd = 3.0864123091499e-07
BICGSTAB_SOLVER_TIME: 0.429785 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042581 s
InvBiCGStab: k = 52 resid = 2.167292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209072(s) Flops=344180736 => 1646.23065738119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237010.838467775 Mflops = 237.010838467775 Gflops = 0.237010838467775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059135 s
InvBiCGStab: k = 61 resid = 1.032377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25112(s) Flops=403236864 => 1605.75367951577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231170.579706095 Mflops = 231.170579706095 Gflops = 0.231170579706095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001035541 Relative Rsd = 4.53710932876271e-07
BICGSTAB_SOLVER_TIME: 0.565748 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948580000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047692 s
InvBiCGStab: k = 49 resid = 2.116722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229905(s) Flops=324495360 => 1411.43237424153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203197.479401038 Mflops = 203.197479401038 Gflops = 0.203197479401038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062584 s
InvBiCGStab: k = 53 resid = 1.045652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209651(s) Flops=350742528 => 1672.98285245479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240826.146588133 Mflops = 240.826146588133 Gflops = 0.240826146588133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0009821986 Relative Rsd = 4.30339629553916e-07
BICGSTAB_SOLVER_TIME: 0.554537 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0870030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041748 s
InvBiCGStab: k = 57 resid = 2.250536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221039(s) Flops=376989696 => 1705.53475178588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245538.330609311 Mflops = 245.538330609311 Gflops = 0.245538330609311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059433 s
InvBiCGStab: k = 69 resid = 1.10016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320985(s) Flops=455731200 => 1419.78970979952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204428.8788277 Mflops = 204.4288788277 Gflops = 0.2044288788277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001070821 Relative Rsd = 4.69168434992014e-07
BICGSTAB_SOLVER_TIME: 0.649763 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05558 s
InvBiCGStab: k = 47 resid = 1.842657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217886(s) Flops=311371776 => 1429.05820474927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205723.895138182 Mflops = 205.723895138182 Gflops = 0.205723895138182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06923 s
InvBiCGStab: k = 59 resid = 8.517824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279881(s) Flops=390113280 => 1393.85410227918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200650.38469011 Mflops = 200.65038469011 Gflops = 0.20065038469011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009799938 Relative Rsd = 4.29373624932366e-07
BICGSTAB_SOLVER_TIME: 0.629273 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0899160000000002
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.107(s) Flops=1341480960 => 1211.81658536585 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  174553.765520889 Mflops = 174.553765520889 Gflops = 0.174553765520889 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148386000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042185 s
InvBiCGStab: k = 34 resid = 1.5034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141627(s) Flops=226068480 => 1596.224448728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229780.866672652 Mflops = 229.780866672652 Gflops = 0.229780866672652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057843 s
InvBiCGStab: k = 42 resid = 1.126121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18409(s) Flops=278562816 => 1513.18820142322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217828.589754937 Mflops = 217.828589754937 Gflops = 0.217828589754937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007259083 Relative Rsd = 3.18048822414069e-07
BICGSTAB_SOLVER_TIME: 0.429644 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042696 s
InvBiCGStab: k = 58 resid = 1.608989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217073(s) Flops=383551488 => 1766.92397488403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254387.425999642 Mflops = 254.387425999642 Gflops = 0.254387425999642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056785 s
InvBiCGStab: k = 76 resid = 6.165056e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282088(s) Flops=501663744 => 1778.39448682681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256028.329900752 Mflops = 256.028329900752 Gflops = 0.256028329900752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001052425 Relative Rsd = 4.61108450288631e-07
BICGSTAB_SOLVER_TIME: 0.60262 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046385 s
InvBiCGStab: k = 51 resid = 1.192708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225212(s) Flops=337618944 => 1499.11613945971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215822.951963131 Mflops = 215.822951963131 Gflops = 0.215822951963131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066541 s
InvBiCGStab: k = 62 resid = 1.060313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367583(s) Flops=409798656 => 1114.84659519075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  160506.789052154 Mflops = 160.506789052154 Gflops = 0.160506789052154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009559853 Relative Rsd = 4.18854559400434e-07
BICGSTAB_SOLVER_TIME: 0.711861 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0946760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042625 s
InvBiCGStab: k = 50 resid = 2.058751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200857(s) Flops=331057152 => 1648.22312391403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237277.30326064 Mflops = 237.27730326064 Gflops = 0.23727730326064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057325 s
InvBiCGStab: k = 70 resid = 9.349133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273615(s) Flops=462292992 => 1689.57473822707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243234.645840126 Mflops = 243.234645840126 Gflops = 0.243234645840126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001043097 Relative Rsd = 4.5702173914824e-07
BICGSTAB_SOLVER_TIME: 0.578698 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998460000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057418 s
InvBiCGStab: k = 48 resid = 2.082053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270456(s) Flops=317933568 => 1175.54636613719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169249.864501578 Mflops = 169.249864501578 Gflops = 0.169249864501578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.102236 s
InvBiCGStab: k = 58 resid = 1.038688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258693(s) Flops=383551488 => 1482.65120432327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213444.957078553 Mflops = 213.444957078553 Gflops = 0.213444957078553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009838714 Relative Rsd = 4.31072536275868e-07
BICGSTAB_SOLVER_TIME: 0.692668 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0897000000000002
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.097301(s) Flops=1341554688 => 1222.59497439627 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  176047.653063883 Mflops = 176.047653063883 Gflops = 0.176047653063883 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148487000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.14798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782396(s) Flops=1151281152 => 1471.48138794166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211925.635086664 Mflops = 211.925635086664 Gflops = 0.211925635086664 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.144998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786316(s) Flops=1295640576 => 1647.73523112845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237262.849313604 Mflops = 237.262849313604 Gflops = 0.237262849313604 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.001971934 Relative Rsd = 8.67176014728111e-07
BICGSTAB_SOLVER_TIME: 1.572291 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.128204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266060999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 158 resid = 2.037301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.64887(s) Flops=1039730688 => 1602.37133478201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230499.152499183 Mflops = 230.499152499183 Gflops = 0.230499152499183 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 6.374848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763585(s) Flops=1262831616 => 1653.81930760819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238137.657192407 Mflops = 238.137657192407 Gflops = 0.238137657192407 Tflops
BICGSTAB_SOLVER: 350 iterations. Rsd = 0.001874573 Relative Rsd = 8.23465007151067e-07
BICGSTAB_SOLVER_TIME: 1.416029 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.143623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.134935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250064999999997
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.042768(s) Flops=1341554688 => 1286.53227563562 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185268.0076854 Mflops = 185.2680076854 Gflops = 0.1852680076854 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148278000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.554903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041956 s
InvBiCGStab: k = 26 resid = 1.534546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10133(s) Flops=173574144 => 1712.9590841804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246526.761825259 Mflops = 246.526761825259 Gflops = 0.246526761825259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061062 s
InvBiCGStab: k = 55 resid = 6.812764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220306(s) Flops=363866112 => 1651.63959220357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237750.261631499 Mflops = 237.750261631499 Gflops = 0.237750261631499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000754796 Relative Rsd = 3.30705655816448e-07
BICGSTAB_SOLVER_TIME: 0.428808 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042096 s
InvBiCGStab: k = 78 resid = 2.130431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304935(s) Flops=514787328 => 1688.18708249299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243052.677098316 Mflops = 243.052677098316 Gflops = 0.243052677098316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058392 s
InvBiCGStab: k = 96 resid = 9.458392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458427(s) Flops=632899584 => 1380.58967730958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198793.500507986 Mflops = 198.793500507986 Gflops = 0.198793500507986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00125979 Relative Rsd = 5.51963074721625e-07
BICGSTAB_SOLVER_TIME: 0.870494 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043246 s
InvBiCGStab: k = 46 resid = 2.136724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182026(s) Flops=304809984 => 1674.54091173788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241050.922693211 Mflops = 241.050922693211 Gflops = 0.241050922693211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063284 s
InvBiCGStab: k = 66 resid = 1.000685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257978(s) Flops=436045824 => 1690.24422237555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243338.848121708 Mflops = 243.338848121708 Gflops = 0.243338848121708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001016956 Relative Rsd = 4.45568267276772e-07
BICGSTAB_SOLVER_TIME: 0.550744 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0941020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 62 resid = 1.818973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277563(s) Flops=409798656 => 1476.41672701333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212559.230483124 Mflops = 212.559230483124 Gflops = 0.212559230483124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066191 s
InvBiCGStab: k = 69 resid = 1.097538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29092(s) Flops=455731200 => 1566.51725560291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225520.17301017 Mflops = 225.52017301017 Gflops = 0.22552017301017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001043182 Relative Rsd = 4.57058718574325e-07
BICGSTAB_SOLVER_TIME: 0.680388 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 49 resid = 2.035433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180702(s) Flops=324495360 => 1795.74858053591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.840042791 Mflops = 258.522840042791 Gflops = 0.258522840042791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 64 resid = 1.102755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25073(s) Flops=422922240 => 1686.76361025805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242832.661988386 Mflops = 242.832661988386 Gflops = 0.242832661988386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001003908 Relative Rsd = 4.39851299010134e-07
BICGSTAB_SOLVER_TIME: 0.533342 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948670000000002
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065909(s) Flops=1347747840 => 1264.41172745516 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  182068.725229634 Mflops = 182.068725229634 Gflops = 0.182068725229634 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149091000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.607959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044121 s
InvBiCGStab: k = 27 resid = 2.044222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138416(s) Flops=180135936 => 1301.40977921628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187330.555416514 Mflops = 187.330555416514 Gflops = 0.187330555416514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062152 s
InvBiCGStab: k = 47 resid = 1.124221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190583(s) Flops=311371776 => 1633.78567868068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235172.394241816 Mflops = 235.172394241816 Gflops = 0.235172394241816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.00073241 Relative Rsd = 3.20897462369133e-07
BICGSTAB_SOLVER_TIME: 0.440042 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 76 resid = 1.930107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307233(s) Flops=501663744 => 1632.84459677183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235084.934123567 Mflops = 235.084934123567 Gflops = 0.235084934123567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058447 s
InvBiCGStab: k = 91 resid = 1.02992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432511(s) Flops=600090624 => 1387.45748431832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199773.605911017 Mflops = 199.773605911017 Gflops = 0.199773605911017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.00124957 Relative Rsd = 5.47485605811253e-07
BICGSTAB_SOLVER_TIME: 0.843614 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041557 s
InvBiCGStab: k = 45 resid = 2.281314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177666(s) Flops=298248192 => 1678.70156360812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241666.430885869 Mflops = 241.666430885869 Gflops = 0.241666430885869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057301 s
InvBiCGStab: k = 63 resid = 1.087511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257837(s) Flops=416360448 => 1614.82040203695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232463.49522023 Mflops = 232.46349522023 Gflops = 0.23246349522023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.001007257 Relative Rsd = 4.41318642637188e-07
BICGSTAB_SOLVER_TIME: 0.538902 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0912870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045171 s
InvBiCGStab: k = 56 resid = 1.690046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251163(s) Flops=370427904 => 1474.85061095782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212335.935742237 Mflops = 212.335935742237 Gflops = 0.212335935742237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059073 s
InvBiCGStab: k = 64 resid = 9.162205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248765(s) Flops=422922240 => 1700.08739171507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244745.164171816 Mflops = 244.745164171816 Gflops = 0.244745164171816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001030783 Relative Rsd = 4.51626313367175e-07
BICGSTAB_SOLVER_TIME: 0.608506 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042458 s
InvBiCGStab: k = 54 resid = 1.721291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209614(s) Flops=357304320 => 1704.58232751629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245393.109751542 Mflops = 245.393109751542 Gflops = 0.245393109751542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057167 s
InvBiCGStab: k = 72 resid = 5.557408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278718(s) Flops=475416576 => 1705.72613178912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245577.382227084 Mflops = 245.577382227084 Gflops = 0.245577382227084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001019149 Relative Rsd = 4.46529222293933e-07
BICGSTAB_SOLVER_TIME: 0.59258 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104058
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.122383(s) Flops=1347747840 => 1200.79138761011 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  173041.308211687 Mflops = 173.041308211687 Gflops = 0.173041308211688 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148969
CLOV_LINOP: Time spent in clov deriv (total) = 1.579849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043307 s
InvBiCGStab: k = 29 resid = 1.743922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118066(s) Flops=193259520 => 1636.87700099944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235587.295557358 Mflops = 235.587295557358 Gflops = 0.235587295557358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06111 s
InvBiCGStab: k = 49 resid = 1.014946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187312(s) Flops=324495360 => 1732.37891859571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249379.299264617 Mflops = 249.379299264617 Gflops = 0.249379299264617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007178031 Relative Rsd = 3.14497598866442e-07
BICGSTAB_SOLVER_TIME: 0.413842 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048474 s
InvBiCGStab: k = 49 resid = 1.686024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192433(s) Flops=324495360 => 1686.27709384565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242746.768851587 Mflops = 242.746768851587 Gflops = 0.242746768851587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062035 s
InvBiCGStab: k = 71 resid = 7.256252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310576(s) Flops=468854784 => 1509.62979753748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217340.144796519 Mflops = 217.340144796519 Gflops = 0.217340144796519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001037568 Relative Rsd = 4.54599204193885e-07
BICGSTAB_SOLVER_TIME: 0.617616 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052796 s
InvBiCGStab: k = 49 resid = 1.914547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180909(s) Flops=324495360 => 1793.69384607731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258195.280996126 Mflops = 258.195280996126 Gflops = 0.258195280996126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057565 s
InvBiCGStab: k = 61 resid = 1.037514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244979(s) Flops=403236864 => 1646.00583723503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236933.404328962 Mflops = 236.933404328962 Gflops = 0.236933404328962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009543389 Relative Rsd = 4.18133205561252e-07
BICGSTAB_SOLVER_TIME: 0.540561 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927080000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049268 s
InvBiCGStab: k = 58 resid = 2.16916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258185(s) Flops=383551488 => 1485.568441234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213890.081856409 Mflops = 213.890081856409 Gflops = 0.213890081856409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067606 s
InvBiCGStab: k = 75 resid = 6.53801e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378255(s) Flops=495101952 => 1308.91052861165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188433.549019528 Mflops = 188.433549019528 Gflops = 0.188433549019528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001011188 Relative Rsd = 4.4304096578286e-07
BICGSTAB_SOLVER_TIME: 0.757333 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044523 s
InvBiCGStab: k = 49 resid = 1.676763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181743(s) Flops=324495360 => 1785.46276885492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257018.959300667 Mflops = 257.018959300667 Gflops = 0.257018959300667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 67 resid = 4.273658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285434(s) Flops=442607616 => 1550.64784153254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223235.023641611 Mflops = 223.235023641611 Gflops = 0.223235023641611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009926306 Relative Rsd = 4.34910286618023e-07
BICGSTAB_SOLVER_TIME: 0.571541 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969860000000002
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988722(s) Flops=1347895296 => 1363.27025796938 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196307.475920169 Mflops = 196.307475920169 Gflops = 0.196307475920169 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149192000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.653282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.071527 s
InvBiCGStab: k = 27 resid = 1.846849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131078(s) Flops=180135936 => 1374.26521613085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197827.169112144 Mflops = 197.827169112144 Gflops = 0.197827169112144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056825 s
InvBiCGStab: k = 47 resid = 1.049467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1869(s) Flops=311371776 => 1665.98060995185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239819.666078555 Mflops = 239.819666078555 Gflops = 0.239819666078555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007548457 Relative Rsd = 3.3072743542326e-07
BICGSTAB_SOLVER_TIME: 0.450958 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045715 s
InvBiCGStab: k = 52 resid = 2.037747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216271(s) Flops=344180736 => 1591.43267474604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229118.735097298 Mflops = 229.118735097298 Gflops = 0.229118735097298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078771 s
InvBiCGStab: k = 69 resid = 1.143928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324359(s) Flops=455731200 => 1405.02097984024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202283.420140341 Mflops = 202.283420140341 Gflops = 0.202283420140341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001052727 Relative Rsd = 4.61240913143173e-07
BICGSTAB_SOLVER_TIME: 0.669307 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04566 s
InvBiCGStab: k = 47 resid = 2.140014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177502(s) Flops=311371776 => 1754.1874232403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252528.426959313 Mflops = 252.528426959313 Gflops = 0.252528426959313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 69 resid = 9.754207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273419(s) Flops=455731200 => 1666.78687289471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239998.445426291 Mflops = 239.998445426291 Gflops = 0.239998445426291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009640509 Relative Rsd = 4.22388389866275e-07
BICGSTAB_SOLVER_TIME: 0.557612 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049052 s
InvBiCGStab: k = 57 resid = 2.048567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27398(s) Flops=376989696 => 1375.97523906855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198110.557281048 Mflops = 198.110557281048 Gflops = 0.198110557281048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091411 s
InvBiCGStab: k = 72 resid = 7.218101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280719(s) Flops=475416576 => 1693.56750344651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243811.886443352 Mflops = 243.811886443352 Gflops = 0.243811886443352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001060994 Relative Rsd = 4.64862958667515e-07
BICGSTAB_SOLVER_TIME: 0.699067 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046028 s
InvBiCGStab: k = 47 resid = 2.07937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184564(s) Flops=311371776 => 1687.06668689452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242860.515658978 Mflops = 242.860515658978 Gflops = 0.242860515658978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067701 s
InvBiCGStab: k = 56 resid = 1.049973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221401(s) Flops=370427904 => 1673.10854061183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240844.619947486 Mflops = 240.844619947486 Gflops = 0.240844619947486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0009522341 Relative Rsd = 4.17210989680797e-07
BICGSTAB_SOLVER_TIME: 0.524528 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0879300000000002
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903248(s) Flops=1347821568 => 1492.19435636724 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214860.538802756 Mflops = 214.860538802756 Gflops = 0.214860538802756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149531000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.581791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021435
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 158 resid = 1.977107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.621018(s) Flops=1039730688 => 1674.23599315962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241008.194317582 Mflops = 241.008194317582 Gflops = 0.241008194317582 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.062222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.002578(s) Flops=1302202368 => 1298.85392258757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187027.457655966 Mflops = 187.027457655966 Gflops = 0.187027457655966 Tflops
BICGSTAB_SOLVER: 356 iterations. Rsd = 0.001932738 Relative Rsd = 8.49948429407509e-07
BICGSTAB_SOLVER_TIME: 1.627278 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.122724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254021999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 146 resid = 1.56124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.573745(s) Flops=960989184 => 1674.9412787911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241109.438296065 Mflops = 241.109438296065 Gflops = 0.241109438296065 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.139282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778496(s) Flops=1256269824 => 1613.71390989806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232363.504423819 Mflops = 232.363504423819 Gflops = 0.232363504423819 Tflops
BICGSTAB_SOLVER: 337 iterations. Rsd = 0.001839261 Relative Rsd = 8.07961080690143e-07
BICGSTAB_SOLVER_TIME: 1.355844 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.240844999999998
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008762(s) Flops=1347821568 => 1336.11453246653 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192495.713921168 Mflops = 192.495713921168 Gflops = 0.192495713921168 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149047000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045284 s
InvBiCGStab: k = 26 resid = 2.076483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10232(s) Flops=173574144 => 1696.38530101642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244135.0497357 Mflops = 244.1350497357 Gflops = 0.2441350497357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070233 s
InvBiCGStab: k = 48 resid = 1.144475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212829(s) Flops=317933568 => 1493.84514328404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215047.111469181 Mflops = 215.047111469181 Gflops = 0.215047111469181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007293767 Relative Rsd = 3.19568472801743e-07
BICGSTAB_SOLVER_TIME: 0.434945 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050704 s
InvBiCGStab: k = 71 resid = 1.783409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343842(s) Flops=468854784 => 1363.57624722983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196303.023041151 Mflops = 196.303023041151 Gflops = 0.196303023041151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072433 s
InvBiCGStab: k = 86 resid = 1.135053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378756(s) Flops=567281664 => 1497.74964357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215648.971361445 Mflops = 215.648971361445 Gflops = 0.215648971361445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001221078 Relative Rsd = 5.35001963638213e-07
BICGSTAB_SOLVER_TIME: 0.849591 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044728 s
InvBiCGStab: k = 50 resid = 1.525815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263708(s) Flops=331057152 => 1255.39290427291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180676.367445161 Mflops = 180.676367445161 Gflops = 0.180676367445161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074366 s
InvBiCGStab: k = 68 resid = 6.393265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338721(s) Flops=449169408 => 1326.07487578272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190929.726192799 Mflops = 190.929726192799 Gflops = 0.190929726192799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009882479 Relative Rsd = 4.32990059785165e-07
BICGSTAB_SOLVER_TIME: 0.727819 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0982870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044896 s
InvBiCGStab: k = 51 resid = 2.277447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202252(s) Flops=337618944 => 1669.29841979313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240306.446029715 Mflops = 240.306446029715 Gflops = 0.240306446029715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063858 s
InvBiCGStab: k = 64 resid = 1.148426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251408(s) Flops=422922240 => 1682.21472665945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242187.276096849 Mflops = 242.187276096849 Gflops = 0.242187276096849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001039268 Relative Rsd = 4.55343842319975e-07
BICGSTAB_SOLVER_TIME: 0.566169 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0966180000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052696 s
InvBiCGStab: k = 48 resid = 2.219123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227902(s) Flops=317933568 => 1395.04509833174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200839.714443917 Mflops = 200.839714443917 Gflops = 0.200839714443917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093431 s
InvBiCGStab: k = 75 resid = 5.916682e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301781(s) Flops=495101952 => 1640.6001438129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236174.106658272 Mflops = 236.174106658272 Gflops = 0.236174106658272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001020519 Relative Rsd = 4.47129309118609e-07
BICGSTAB_SOLVER_TIME: 0.679642 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10187
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965775(s) Flops=1347821568 => 1395.58548109032 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200967.319339938 Mflops = 200.967319339938 Gflops = 0.200967319339938 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149222000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 30 resid = 1.890253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115605(s) Flops=199821312 => 1728.48330089529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248792.212921996 Mflops = 248.792212921996 Gflops = 0.248792212921996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 51 resid = 7.62402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208755(s) Flops=337618944 => 1617.29752101746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232826.070527514 Mflops = 232.826070527514 Gflops = 0.232826070527514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007502582 Relative Rsd = 3.28717463348751e-07
BICGSTAB_SOLVER_TIME: 0.425951 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05307 s
InvBiCGStab: k = 71 resid = 1.359464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351174(s) Flops=468854784 => 1335.1067675853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192220.993176792 Mflops = 192.220993176792 Gflops = 0.192220993176792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064875 s
InvBiCGStab: k = 87 resid = 8.69721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420026(s) Flops=573843456 => 1366.20936799151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196704.499000089 Mflops = 196.704499000089 Gflops = 0.196704499000089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001222437 Relative Rsd = 5.35597255889024e-07
BICGSTAB_SOLVER_TIME: 0.894618 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04877 s
InvBiCGStab: k = 55 resid = 2.250221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275398(s) Flops=363866112 => 1321.23730746048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190244.078420073 Mflops = 190.244078420073 Gflops = 0.190244078420073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083378 s
InvBiCGStab: k = 66 resid = 8.059034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404894(s) Flops=436045824 => 1076.93822086768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  155044.919783317 Mflops = 155.044919783317 Gflops = 0.155044919783317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001089928 Relative Rsd = 4.77540220014926e-07
BICGSTAB_SOLVER_TIME: 0.816294 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042695 s
InvBiCGStab: k = 57 resid = 2.202509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221457(s) Flops=376989696 => 1702.31555561576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245068.188293948 Mflops = 245.068188293948 Gflops = 0.245068188293948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057891 s
InvBiCGStab: k = 76 resid = 7.596418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314769(s) Flops=501663744 => 1593.75206580063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229455.101900976 Mflops = 229.455101900976 Gflops = 0.229455101900976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001077339 Relative Rsd = 4.72024419826191e-07
BICGSTAB_SOLVER_TIME: 0.64067 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051341 s
InvBiCGStab: k = 50 resid = 1.886436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224249(s) Flops=331057152 => 1476.29265682344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212533.312081602 Mflops = 212.533312081602 Gflops = 0.212533312081602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057546 s
InvBiCGStab: k = 71 resid = 7.374959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279576(s) Flops=468854784 => 1677.02086015967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241437.227949021 Mflops = 241.437227949021 Gflops = 0.241437227949021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001000578 Relative Rsd = 4.38392269378187e-07
BICGSTAB_SOLVER_TIME: 0.616479 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001855
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100548
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961131(s) Flops=1347747840 => 1402.25197189561 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201912.983878535 Mflops = 201.912983878535 Gflops = 0.201912983878535 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149082000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.488848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044903 s
InvBiCGStab: k = 27 resid = 1.964217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10284(s) Flops=180135936 => 1751.61353558926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252079.62834399 Mflops = 252.07962834399 Gflops = 0.25207962834399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0566 s
InvBiCGStab: k = 51 resid = 9.640811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221182(s) Flops=337618944 => 1526.43046902551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219748.763717686 Mflops = 219.748763717686 Gflops = 0.219748763717686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007165625 Relative Rsd = 3.13954052309097e-07
BICGSTAB_SOLVER_TIME: 0.430152 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06047 s
InvBiCGStab: k = 47 resid = 2.051146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265097(s) Flops=311371776 => 1174.55790144739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169104.328199525 Mflops = 169.104328199525 Gflops = 0.169104328199525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066559 s
InvBiCGStab: k = 66 resid = 7.383231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308892(s) Flops=436045824 => 1411.64492443961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203248.804123655 Mflops = 203.248804123655 Gflops = 0.203248804123655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001013928 Relative Rsd = 4.44241649493262e-07
BICGSTAB_SOLVER_TIME: 0.705791 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949210000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057895 s
InvBiCGStab: k = 47 resid = 2.007615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225124(s) Flops=311371776 => 1383.11231143725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199130.850404513 Mflops = 199.130850404513 Gflops = 0.199130850404513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064383 s
InvBiCGStab: k = 57 resid = 9.947762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301147(s) Flops=376989696 => 1251.84609509641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180227.240676789 Mflops = 180.227240676789 Gflops = 0.180227240676789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 104 iterations. Rsd = 0.0009673385 Relative Rsd = 4.2382882777297e-07
BICGSTAB_SOLVER_TIME: 0.655342 sec
2Flav::invert,  n_count = 104
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0882670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.096815 s
InvBiCGStab: k = 50 resid = 2.251458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18924(s) Flops=331057152 => 1749.40367786937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251846.31375156 Mflops = 251.84631375156 Gflops = 0.25184631375156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057383 s
InvBiCGStab: k = 69 resid = 9.916999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259604(s) Flops=455731200 => 1755.48604798077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252732.431215087 Mflops = 252.732431215087 Gflops = 0.252732431215087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001048863 Relative Rsd = 4.59547918507843e-07
BICGSTAB_SOLVER_TIME: 0.607078 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997020000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050056 s
InvBiCGStab: k = 47 resid = 2.228683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218839(s) Flops=311371776 => 1422.83494258336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204811.137820429 Mflops = 204.811137820429 Gflops = 0.204811137820429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076659 s
InvBiCGStab: k = 66 resid = 1.038598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261983(s) Flops=436045824 => 1664.40503391441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239592.893992268 Mflops = 239.592893992268 Gflops = 0.239592893992268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009978269 Relative Rsd = 4.37186995118341e-07
BICGSTAB_SOLVER_TIME: 0.611437 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948060000000002
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930213(s) Flops=1341628416 => 1442.28087115532 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207672.016373391 Mflops = 207.672016373391 Gflops = 0.207672016373391 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148629000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042977 s
InvBiCGStab: k = 25 resid = 1.951095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101475(s) Flops=167012352 => 1645.84727272727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236906.855628565 Mflops = 236.906855628565 Gflops = 0.236906855628565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058141 s
InvBiCGStab: k = 53 resid = 9.107557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211228(s) Flops=350742528 => 1660.49258621016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239040.949819359 Mflops = 239.040949819359 Gflops = 0.239040949819359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007134562 Relative Rsd = 3.12593056410854e-07
BICGSTAB_SOLVER_TIME: 0.417752 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04532 s
InvBiCGStab: k = 52 resid = 2.275787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212079(s) Flops=344180736 => 1622.88928182423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233640.407290274 Mflops = 233.640407290274 Gflops = 0.233640407290274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069396 s
InvBiCGStab: k = 71 resid = 6.965625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353048(s) Flops=468854784 => 1328.0199406313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191192.078173014 Mflops = 191.192078173014 Gflops = 0.191192078173014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001072987 Relative Rsd = 4.70117607598933e-07
BICGSTAB_SOLVER_TIME: 0.685839 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043522 s
InvBiCGStab: k = 51 resid = 2.252088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226798(s) Flops=337618944 => 1488.63280981314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214330.42405552 Mflops = 214.33042405552 Gflops = 0.21433042405552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072588 s
InvBiCGStab: k = 68 resid = 8.621464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383867(s) Flops=449169408 => 1170.11727499368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  168470.820186255 Mflops = 168.470820186255 Gflops = 0.168470820186255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001026405 Relative Rsd = 4.49708330802935e-07
BICGSTAB_SOLVER_TIME: 0.731623 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046407 s
InvBiCGStab: k = 56 resid = 1.955843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325767(s) Flops=370427904 => 1137.09462284393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  163702.408785394 Mflops = 163.702408785394 Gflops = 0.163702408785394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071109 s
InvBiCGStab: k = 73 resid = 8.786491e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330422(s) Flops=481978368 => 1458.67517296064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210019.664719339 Mflops = 210.019664719339 Gflops = 0.210019664719339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001066898 Relative Rsd = 4.67449733279793e-07
BICGSTAB_SOLVER_TIME: 0.777639 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 48 resid = 2.138095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186043(s) Flops=317933568 => 1708.92518396285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246019.796482443 Mflops = 246.019796482443 Gflops = 0.246019796482443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064767 s
InvBiCGStab: k = 64 resid = 1.082608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267717(s) Flops=422922240 => 1579.73621398716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227433.680275577 Mflops = 227.433680275577 Gflops = 0.227433680275577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001005407 Relative Rsd = 4.40508053617404e-07
BICGSTAB_SOLVER_TIME: 0.563458 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0940200000000002
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996735(s) Flops=1341480960 => 1345.87524266731 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193858.654687627 Mflops = 193.858654687627 Gflops = 0.193858654687627 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148370000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.477311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.191581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817528(s) Flops=1289078784 => 1576.80077501933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226996.76970481 Mflops = 226.99676970481 Gflops = 0.22699676970481 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.024366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856267(s) Flops=1262831616 => 1474.81056259321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212364.667525435 Mflops = 212.364667525435 Gflops = 0.212364667525435 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001909382 Relative Rsd = 8.39704710675872e-07
BICGSTAB_SOLVER_TIME: 1.680157 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.135306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.14462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276959999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 154 resid = 2.013451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674624(s) Flops=1013483520 => 1502.29390000949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216268.501533305 Mflops = 216.268501533305 Gflops = 0.216268501533305 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 8.227938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.938726(s) Flops=1157842944 => 1233.41948981918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177605.693931601 Mflops = 177.605693931601 Gflops = 0.177605693931601 Tflops
BICGSTAB_SOLVER: 330 iterations. Rsd = 0.001823416 Relative Rsd = 8.01018425860471e-07
BICGSTAB_SOLVER_TIME: 1.619296 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.123193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.235748999999998
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948484(s) Flops=1341480960 => 1414.34221346907 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203661.387126924 Mflops = 203.661387126924 Gflops = 0.203661387126924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148450000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044115 s
InvBiCGStab: k = 21 resid = 2.226818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.079182(s) Flops=140765184 => 1777.74221413958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255819.431407253 Mflops = 255.819431407253 Gflops = 0.255819431407253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058183 s
InvBiCGStab: k = 50 resid = 7.741454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191322(s) Flops=331057152 => 1730.36635619531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249093.426473328 Mflops = 249.093426473328 Gflops = 0.249093426473328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007441417 Relative Rsd = 3.26037577091897e-07
BICGSTAB_SOLVER_TIME: 0.377264 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041887 s
InvBiCGStab: k = 76 resid = 2.272036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340346(s) Flops=501663744 => 1473.98160695292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212232.32752526 Mflops = 212.23232752526 Gflops = 0.21223232752526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060498 s
InvBiCGStab: k = 87 resid = 1.110367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369452(s) Flops=573843456 => 1553.22871712699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223621.031776031 Mflops = 223.621031776031 Gflops = 0.223621031776031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001248475 Relative Rsd = 5.47005893394246e-07
BICGSTAB_SOLVER_TIME: 0.81645 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042166 s
InvBiCGStab: k = 51 resid = 2.001917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226929(s) Flops=337618944 => 1487.77346218421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214195.423466772 Mflops = 214.195423466772 Gflops = 0.214195423466772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062223 s
InvBiCGStab: k = 68 resid = 6.551506e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376269(s) Flops=449169408 => 1193.74545338574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171871.73244023 Mflops = 171.87173244023 Gflops = 0.17187173244023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001016428 Relative Rsd = 4.45337056603057e-07
BICGSTAB_SOLVER_TIME: 0.712597 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0989840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04672 s
InvBiCGStab: k = 57 resid = 2.231559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248871(s) Flops=376989696 => 1514.79961907976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218090.548537569 Mflops = 218.090548537569 Gflops = 0.218090548537569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059649 s
InvBiCGStab: k = 80 resid = 8.945519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372594(s) Flops=527910912 => 1416.85296059518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203980.634502456 Mflops = 203.980634502456 Gflops = 0.203980634502456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001069715 Relative Rsd = 4.68683928001143e-07
BICGSTAB_SOLVER_TIME: 0.732077 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054828 s
InvBiCGStab: k = 60 resid = 1.871866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345046(s) Flops=396675072 => 1149.62953345351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  165520.295834478 Mflops = 165.520295834478 Gflops = 0.165520295834478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.10927 s
InvBiCGStab: k = 65 resid = 9.07361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249665(s) Flops=429484032 => 1720.24125127671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247647.124752305 Mflops = 247.647124752305 Gflops = 0.247647124752305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001048273 Relative Rsd = 4.59289419567983e-07
BICGSTAB_SOLVER_TIME: 0.762975 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103357
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961567(s) Flops=1335214080 => 1388.58143010315 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200031.492785762 Mflops = 200.031492785762 Gflops = 0.200031492785762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147624000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042725 s
InvBiCGStab: k = 28 resid = 1.967855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117689(s) Flops=186697728 => 1586.36514882444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228338.778603393 Mflops = 228.338778603393 Gflops = 0.228338778603393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061989 s
InvBiCGStab: k = 44 resid = 1.125501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18172(s) Flops=291686400 => 1605.1419766674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231061.063152801 Mflops = 231.061063152801 Gflops = 0.231061063152801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007071627 Relative Rsd = 3.09835615371431e-07
BICGSTAB_SOLVER_TIME: 0.408456 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050831 s
InvBiCGStab: k = 69 resid = 1.302646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377054(s) Flops=455731200 => 1208.66295013446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174022.115920361 Mflops = 174.022115920361 Gflops = 0.174022115920361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058482 s
InvBiCGStab: k = 88 resid = 1.119839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339489(s) Flops=580405248 => 1709.64375281673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246136.760808853 Mflops = 246.136760808853 Gflops = 0.246136760808853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001227419 Relative Rsd = 5.37780062150139e-07
BICGSTAB_SOLVER_TIME: 0.82972 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048509 s
InvBiCGStab: k = 51 resid = 1.609266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223818(s) Flops=337618944 => 1508.45304667185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217193.944124842 Mflops = 217.193944124842 Gflops = 0.217193944124842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067738 s
InvBiCGStab: k = 64 resid = 1.006108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348547(s) Flops=422922240 => 1213.38654471276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174701.247470972 Mflops = 174.701247470972 Gflops = 0.174701247470972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009877528 Relative Rsd = 4.32773130820834e-07
BICGSTAB_SOLVER_TIME: 0.694922 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045608 s
InvBiCGStab: k = 64 resid = 1.802629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282678(s) Flops=422922240 => 1496.1271835799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215403.44672601 Mflops = 215.40344672601 Gflops = 0.21540344672601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075336 s
InvBiCGStab: k = 78 resid = 7.86968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356379(s) Flops=514787328 => 1444.49400217185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207968.892926457 Mflops = 207.968892926457 Gflops = 0.207968892926457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001097493 Relative Rsd = 4.80854647720346e-07
BICGSTAB_SOLVER_TIME: 0.76438 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115871
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057511 s
InvBiCGStab: k = 49 resid = 2.228064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227218(s) Flops=324495360 => 1428.12347613305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205591.218996277 Mflops = 205.591218996277 Gflops = 0.205591218996277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060668 s
InvBiCGStab: k = 66 resid = 1.121163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34072(s) Flops=436045824 => 1279.77760037568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184253.218417032 Mflops = 184.253218417032 Gflops = 0.184253218417032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001020378 Relative Rsd = 4.47067336701101e-07
BICGSTAB_SOLVER_TIME: 0.690756 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963150000000002
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936029(s) Flops=1328947200 => 1419.77139597171 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204433.9985976 Mflops = 204.4339985976 Gflops = 0.2044339985976 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147136000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.501285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052052 s
InvBiCGStab: k = 30 resid = 1.191285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115659(s) Flops=199821312 => 1727.6762897829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248662.420628955 Mflops = 248.662420628955 Gflops = 0.248662420628955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062855 s
InvBiCGStab: k = 47 resid = 7.035492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217271(s) Flops=311371776 => 1433.10324893796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206272.643816369 Mflops = 206.272643816369 Gflops = 0.206272643816369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007572043 Relative Rsd = 3.3176079360639e-07
BICGSTAB_SOLVER_TIME: 0.452451 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 53 resid = 1.576046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201863(s) Flops=350742528 => 1737.52757067912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250133.37475033 Mflops = 250.13337475033 Gflops = 0.25013337475033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0572 s
InvBiCGStab: k = 63 resid = 1.012925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261194(s) Flops=416360448 => 1594.06589737896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229513.990279928 Mflops = 229.513990279928 Gflops = 0.229513990279928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001030678 Relative Rsd = 4.5158035686662e-07
BICGSTAB_SOLVER_TIME: 0.566124 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971310000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040778 s
InvBiCGStab: k = 50 resid = 1.70068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209945(s) Flops=331057152 => 1576.87561980519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227032.345992838 Mflops = 227.032345992838 Gflops = 0.227032345992838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074558 s
InvBiCGStab: k = 64 resid = 8.989136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320298(s) Flops=422922240 => 1320.40237528801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190082.231971062 Mflops = 190.082231971062 Gflops = 0.190082231971062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009633683 Relative Rsd = 4.22089315569931e-07
BICGSTAB_SOLVER_TIME: 0.649942 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046166 s
InvBiCGStab: k = 52 resid = 2.24848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226882(s) Flops=344180736 => 1517.00327042251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218400.146547692 Mflops = 218.400146547692 Gflops = 0.218400146547692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063137 s
InvBiCGStab: k = 72 resid = 9.952337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334222(s) Flops=475416576 => 1422.45745642118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204794.649290015 Mflops = 204.794649290015 Gflops = 0.204794649290015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001052378 Relative Rsd = 4.61087996840548e-07
BICGSTAB_SOLVER_TIME: 0.674335 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102893
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053164 s
InvBiCGStab: k = 59 resid = 1.483698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297828(s) Flops=390113280 => 1309.86099359362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188582.721516913 Mflops = 188.582721516913 Gflops = 0.188582721516913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066851 s
InvBiCGStab: k = 64 resid = 7.484091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302124(s) Flops=422922240 => 1399.83000357469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201538.058287116 Mflops = 201.538058287116 Gflops = 0.201538058287116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001025892 Relative Rsd = 4.49483597904548e-07
BICGSTAB_SOLVER_TIME: 0.723843 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101992
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95157(s) Flops=1322606592 => 1389.92043885368 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200154.498852048 Mflops = 200.154498852048 Gflops = 0.200154498852048 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146493000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045475 s
InvBiCGStab: k = 26 resid = 2.260285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112027(s) Flops=173574144 => 1549.39562783972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223046.25909936 Mflops = 223.04625909936 Gflops = 0.22304625909936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057851 s
InvBiCGStab: k = 51 resid = 7.411267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251203(s) Flops=337618944 => 1344.0084075429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193488.487373553 Mflops = 193.488487373553 Gflops = 0.193488487373553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007401078 Relative Rsd = 3.24270190052506e-07
BICGSTAB_SOLVER_TIME: 0.47114 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042286 s
InvBiCGStab: k = 50 resid = 1.848878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191729(s) Flops=331057152 => 1726.69315544336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248564.120135367 Mflops = 248.564120135367 Gflops = 0.248564120135367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060649 s
InvBiCGStab: k = 69 resid = 9.32158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261948(s) Flops=455731200 => 1739.77736039214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250471.717539765 Mflops = 250.471717539765 Gflops = 0.250471717539765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001060455 Relative Rsd = 4.64626953419936e-07
BICGSTAB_SOLVER_TIME: 0.560586 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992540000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042182 s
InvBiCGStab: k = 51 resid = 1.960479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221123(s) Flops=337618944 => 1526.837750935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219802.024014935 Mflops = 219.802024014935 Gflops = 0.219802024014935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070922 s
InvBiCGStab: k = 62 resid = 5.742421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286715(s) Flops=409798656 => 1429.28921054008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205777.061146659 Mflops = 205.777061146659 Gflops = 0.205777061146659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009850143 Relative Rsd = 4.31573263208112e-07
BICGSTAB_SOLVER_TIME: 0.624732 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042493 s
InvBiCGStab: k = 61 resid = 2.157743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243589(s) Flops=403236864 => 1655.39849500593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238330.766439488 Mflops = 238.330766439488 Gflops = 0.238330766439488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070632 s
InvBiCGStab: k = 65 resid = 9.576124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317726(s) Flops=429484032 => 1351.74342672617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194614.404291031 Mflops = 194.614404291031 Gflops = 0.194614404291031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001050465 Relative Rsd = 4.60249762511884e-07
BICGSTAB_SOLVER_TIME: 0.6789 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.069578 s
InvBiCGStab: k = 49 resid = 2.224028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22879(s) Flops=324495360 => 1418.31094016347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204177.379904718 Mflops = 204.177379904718 Gflops = 0.204177379904718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079522 s
InvBiCGStab: k = 63 resid = 1.102607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313196(s) Flops=416360448 => 1329.39261037817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191390.494023544 Mflops = 191.390494023544 Gflops = 0.191390494023544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0009742613 Relative Rsd = 4.26861956809619e-07
BICGSTAB_SOLVER_TIME: 0.695679 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0942120000000002
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977153(s) Flops=1316339712 => 1347.11730097538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193974.317634051 Mflops = 193.974317634051 Gflops = 0.193974317634051 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145627000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.544487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 5.193957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819541(s) Flops=1210337280 => 1476.84774770268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212584.157237791 Mflops = 212.584157237791 Gflops = 0.212584157237791 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 9.259808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80782(s) Flops=1361258496 => 1685.10125523013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242645.452849341 Mflops = 242.645452849341 Gflops = 0.242645452849341 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001885613 Relative Rsd = 8.29297573570454e-07
BICGSTAB_SOLVER_TIME: 1.63079 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.130355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001843
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279413999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 1.772782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734305(s) Flops=1098786816 => 1496.36297723698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215392.376195315 Mflops = 215.392376195315 Gflops = 0.215392376195315 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 8.995326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788588(s) Flops=1151281152 => 1459.92730297697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210221.895263704 Mflops = 210.221895263704 Gflops = 0.210221895263704 Tflops
BICGSTAB_SOLVER: 342 iterations. Rsd = 0.001929798 Relative Rsd = 8.47783264365806e-07
BICGSTAB_SOLVER_TIME: 1.527561 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.136287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.244130999999998
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.063827(s) Flops=1316339712 => 1237.36257116994 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  178397.783150855 Mflops = 178.397783150855 Gflops = 0.178397783150854 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145684000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.508444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047004 s
InvBiCGStab: k = 34 resid = 2.095959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158289(s) Flops=226068480 => 1428.2008225461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205591.277834718 Mflops = 205.591277834718 Gflops = 0.205591277834718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085359 s
InvBiCGStab: k = 48 resid = 1.105542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222158(s) Flops=317933568 => 1431.11464813331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206019.253010436 Mflops = 206.019253010436 Gflops = 0.206019253010436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007709003 Relative Rsd = 3.3776155984094e-07
BICGSTAB_SOLVER_TIME: 0.518058 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043086 s
InvBiCGStab: k = 74 resid = 1.511332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302703(s) Flops=488540160 => 1613.92572918009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232364.94052658 Mflops = 232.36494052658 Gflops = 0.23236494052658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065231 s
InvBiCGStab: k = 98 resid = 6.57955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385163(s) Flops=646023168 => 1677.27213673172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241492.921118421 Mflops = 241.492921118421 Gflops = 0.241492921118421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00124073 Relative Rsd = 5.43612457232266e-07
BICGSTAB_SOLVER_TIME: 0.799942 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 46 resid = 2.133616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191722(s) Flops=304809984 => 1589.85397606952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228870.687981842 Mflops = 228.870687981842 Gflops = 0.228870687981842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060469 s
InvBiCGStab: k = 66 resid = 7.247446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249007(s) Flops=436045824 => 1751.13881939062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252114.203158543 Mflops = 252.114203158543 Gflops = 0.252114203158543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001006515 Relative Rsd = 4.40993682742584e-07
BICGSTAB_SOLVER_TIME: 0.547582 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0940480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059358 s
InvBiCGStab: k = 57 resid = 2.048858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239383(s) Flops=376989696 => 1574.83904872109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226732.168960612 Mflops = 226.732168960612 Gflops = 0.226732168960612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059432 s
InvBiCGStab: k = 67 resid = 9.047214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253942(s) Flops=442607616 => 1742.94766521489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250926.576264194 Mflops = 250.926576264194 Gflops = 0.250926576264194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001039981 Relative Rsd = 4.55656152700552e-07
BICGSTAB_SOLVER_TIME: 0.616 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041658 s
InvBiCGStab: k = 50 resid = 2.075903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201551(s) Flops=331057152 => 1642.54780179706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236494.233295576 Mflops = 236.494233295576 Gflops = 0.236494233295576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08163 s
InvBiCGStab: k = 69 resid = 7.721964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367102(s) Flops=455731200 => 1241.42935750827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178748.792476728 Mflops = 178.748792476728 Gflops = 0.178748792476728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009939795 Relative Rsd = 4.35501294356019e-07
BICGSTAB_SOLVER_TIME: 0.696775 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990860000000002
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995804(s) Flops=1303879680 => 1309.37381251732 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188615.485616525 Mflops = 188.615485616525 Gflops = 0.188615485616525 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144115000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.619119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047162 s
InvBiCGStab: k = 31 resid = 2.077601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174045(s) Flops=206383104 => 1185.80311988279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  170717.89253797 Mflops = 170.71789253797 Gflops = 0.17071789253797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072338 s
InvBiCGStab: k = 45 resid = 1.094929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216489(s) Flops=298248192 => 1377.6597979574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198304.775740392 Mflops = 198.304775740392 Gflops = 0.198304775740392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007490473 Relative Rsd = 3.28186923348167e-07
BICGSTAB_SOLVER_TIME: 0.513934 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0682500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045483 s
InvBiCGStab: k = 78 resid = 1.747743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297792(s) Flops=514787328 => 1728.68085106383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248893.407032198 Mflops = 248.893407032198 Gflops = 0.248893407032198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 87 resid = 9.895008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362018(s) Flops=573843456 => 1585.12409880172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228223.398616222 Mflops = 228.223398616222 Gflops = 0.228223398616222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001237967 Relative Rsd = 5.42401623306981e-07
BICGSTAB_SOLVER_TIME: 0.765507 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059192 s
InvBiCGStab: k = 50 resid = 1.064396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199129(s) Flops=331057152 => 1662.52606099564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239308.763287182 Mflops = 239.308763287182 Gflops = 0.239308763287182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056945 s
InvBiCGStab: k = 66 resid = 1.049753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28477(s) Flops=436045824 => 1531.22106963514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220449.509879386 Mflops = 220.449509879386 Gflops = 0.220449509879386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001028294 Relative Rsd = 4.50535598819035e-07
BICGSTAB_SOLVER_TIME: 0.604452 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0968990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043216 s
InvBiCGStab: k = 62 resid = 2.258586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267558(s) Flops=409798656 => 1531.62550176037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220521.471258548 Mflops = 220.521471258548 Gflops = 0.220521471258548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06095 s
InvBiCGStab: k = 67 resid = 7.886266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326432(s) Flops=442607616 => 1355.89530438192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195213.578397593 Mflops = 195.213578397593 Gflops = 0.195213578397593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001068545 Relative Rsd = 4.68171214634238e-07
BICGSTAB_SOLVER_TIME: 0.702437 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050108 s
InvBiCGStab: k = 47 resid = 2.26972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178442(s) Flops=311371776 => 1744.94668295581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251217.055441916 Mflops = 251.217055441916 Gflops = 0.251217055441916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058566 s
InvBiCGStab: k = 67 resid = 1.137802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259953(s) Flops=442607616 => 1702.6447704008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245112.859288373 Mflops = 245.112859288373 Gflops = 0.245112859288373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001017519 Relative Rsd = 4.45814932800285e-07
BICGSTAB_SOLVER_TIME: 0.550944 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0954290000000002
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929101(s) Flops=1297686528 => 1396.71201301043 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201204.645952526 Mflops = 201.204645952526 Gflops = 0.201204645952526 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143671000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042916 s
InvBiCGStab: k = 32 resid = 2.116874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134169(s) Flops=212944896 => 1587.13932428504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228456.268352958 Mflops = 228.456268352958 Gflops = 0.228456268352958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06131 s
InvBiCGStab: k = 40 resid = 1.148414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163533(s) Flops=265439232 => 1623.15393223386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233647.082619665 Mflops = 233.647082619665 Gflops = 0.233647082619665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.00070827 Relative Rsd = 3.10320785441666e-07
BICGSTAB_SOLVER_TIME: 0.405728 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041828 s
InvBiCGStab: k = 43 resid = 2.210397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164928(s) Flops=285124608 => 1728.78230500582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248862.364079112 Mflops = 248.862364079112 Gflops = 0.248862364079112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061155 s
InvBiCGStab: k = 61 resid = 9.545948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248599(s) Flops=403236864 => 1622.03735332805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233514.091062532 Mflops = 233.514091062532 Gflops = 0.233514091062532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 104 iterations. Rsd = 0.001016356 Relative Rsd = 4.45305330805781e-07
BICGSTAB_SOLVER_TIME: 0.520698 sec
2Flav::invert,  n_count = 104
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0886480000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058349 s
InvBiCGStab: k = 50 resid = 2.148959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193365(s) Flops=331057152 => 1712.08415173377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246446.892732232 Mflops = 246.446892732232 Gflops = 0.246446892732232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061936 s
InvBiCGStab: k = 60 resid = 9.003071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243712(s) Flops=396675072 => 1627.63865546218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234325.882926212 Mflops = 234.325882926212 Gflops = 0.234325882926212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.000946592 Relative Rsd = 4.14738953301592e-07
BICGSTAB_SOLVER_TIME: 0.561435 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065407 s
InvBiCGStab: k = 62 resid = 1.377863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314881(s) Flops=409798656 => 1301.43976930968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187382.226660101 Mflops = 187.382226660101 Gflops = 0.187382226660101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086668 s
InvBiCGStab: k = 70 resid = 9.266827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343675(s) Flops=462292992 => 1345.14582672583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193660.305969013 Mflops = 193.660305969013 Gflops = 0.193660305969013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001034827 Relative Rsd = 4.53398367465169e-07
BICGSTAB_SOLVER_TIME: 0.814975 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044358 s
InvBiCGStab: k = 53 resid = 2.253555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248476(s) Flops=350742528 => 1411.57507364896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203228.29009134 Mflops = 203.22829009134 Gflops = 0.20322829009134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071671 s
InvBiCGStab: k = 68 resid = 9.358496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309926(s) Flops=449169408 => 1449.27953124294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208626.516769388 Mflops = 208.626516769388 Gflops = 0.208626516769388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001001085 Relative Rsd = 4.38614604989642e-07
BICGSTAB_SOLVER_TIME: 0.678774 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100513
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947233(s) Flops=1291493376 => 1363.4379038737 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196600.495497628 Mflops = 196.600495497628 Gflops = 0.196600495497628 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142699000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046678 s
InvBiCGStab: k = 24 resid = 2.259334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099085(s) Flops=160450560 => 1619.32239995963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233104.678675856 Mflops = 233.104678675856 Gflops = 0.233104678675856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066283 s
InvBiCGStab: k = 46 resid = 1.1165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185355(s) Flops=304809984 => 1644.46593833455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236723.877415346 Mflops = 236.723877415346 Gflops = 0.236723877415346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007606942 Relative Rsd = 3.33289880123479e-07
BICGSTAB_SOLVER_TIME: 0.40119 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049168 s
InvBiCGStab: k = 51 resid = 2.177873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237041(s) Flops=337618944 => 1424.30610738227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205035.056664633 Mflops = 205.035056664633 Gflops = 0.205035056664633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059781 s
InvBiCGStab: k = 75 resid = 1.138641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32509(s) Flops=495101952 => 1522.96887631118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219250.131121303 Mflops = 219.250131121303 Gflops = 0.219250131121303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001094189 Relative Rsd = 4.79407196474222e-07
BICGSTAB_SOLVER_TIME: 0.675164 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04242 s
InvBiCGStab: k = 45 resid = 2.158274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173582(s) Flops=298248192 => 1718.19769330921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247355.452330453 Mflops = 247.355452330453 Gflops = 0.247355452330453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066123 s
InvBiCGStab: k = 74 resid = 8.302788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329819(s) Flops=488540160 => 1481.23716341387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213259.176355224 Mflops = 213.259176355224 Gflops = 0.213259176355224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009881607 Relative Rsd = 4.32951856212561e-07
BICGSTAB_SOLVER_TIME: 0.616077 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0989950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064816 s
InvBiCGStab: k = 63 resid = 2.275454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258634(s) Flops=416360448 => 1609.84421228454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231727.107797852 Mflops = 231.727107797852 Gflops = 0.231727107797852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069168 s
InvBiCGStab: k = 80 resid = 1.133265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32783(s) Flops=527910912 => 1610.31910441387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231839.17332497 Mflops = 231.83917332497 Gflops = 0.23183917332497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001043056 Relative Rsd = 4.5700358097488e-07
BICGSTAB_SOLVER_TIME: 0.724358 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041647 s
InvBiCGStab: k = 52 resid = 1.75878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200987(s) Flops=344180736 => 1712.45272579819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246528.881853926 Mflops = 246.528881853926 Gflops = 0.246528881853926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0591 s
InvBiCGStab: k = 70 resid = 1.038031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334714(s) Flops=462292992 => 1381.15821865832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198852.136228635 Mflops = 198.852136228635 Gflops = 0.198852136228635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009695956 Relative Rsd = 4.2481773413564e-07
BICGSTAB_SOLVER_TIME: 0.640435 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101377
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935582(s) Flops=1285300224 => 1373.79751213683 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197814.190764399 Mflops = 197.814190764399 Gflops = 0.197814190764399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142173000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.608152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021339
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.235326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.845843(s) Flops=1374382080 => 1624.86664782944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233828.735745046 Mflops = 233.828735745046 Gflops = 0.233828735745046 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 6.655333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.961439(s) Flops=1387505664 => 1443.15517053084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207805.758988714 Mflops = 207.805758988714 Gflops = 0.207805758988714 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001962842 Relative Rsd = 8.63313491254438e-07
BICGSTAB_SOLVER_TIME: 1.810825 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.125121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299488999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 159 resid = 2.115447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.668255(s) Flops=1046292480 => 1565.70841969009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225372.024266279 Mflops = 225.372024266279 Gflops = 0.225372024266279 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 9.740208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732132(s) Flops=1190651904 => 1626.28037566996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234168.455179404 Mflops = 234.168455179404 Gflops = 0.234168455179404 Tflops
BICGSTAB_SOLVER: 340 iterations. Rsd = 0.001896199 Relative Rsd = 8.33051057688013e-07
BICGSTAB_SOLVER_TIME: 1.404378 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.124018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.243236999999997
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928759(s) Flops=1285300224 => 1383.8899262349 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199262.912820171 Mflops = 199.262912820171 Gflops = 0.199262912820171 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141937000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048914 s
InvBiCGStab: k = 25 resid = 2.189642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127637(s) Flops=167012352 => 1308.49480949881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188254.830141751 Mflops = 188.254830141751 Gflops = 0.188254830141751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066254 s
InvBiCGStab: k = 50 resid = 8.23776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275743(s) Flops=331057152 => 1200.60038514124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172859.290915843 Mflops = 172.859290915843 Gflops = 0.172859290915843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007356704 Relative Rsd = 3.22325990350323e-07
BICGSTAB_SOLVER_TIME: 0.523872 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001835
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0675220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052054 s
InvBiCGStab: k = 81 resid = 1.030421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380721(s) Flops=534472704 => 1403.84350745034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202124.350482595 Mflops = 202.124350482595 Gflops = 0.202124350482595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068978 s
InvBiCGStab: k = 92 resid = 1.04416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46682(s) Flops=606652416 => 1299.54247033118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187117.934851081 Mflops = 187.117934851081 Gflops = 0.187117934851081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001259804 Relative Rsd = 5.51969246460324e-07
BICGSTAB_SOLVER_TIME: 0.973579 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.091221 s
InvBiCGStab: k = 49 resid = 2.274033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1933(s) Flops=324495360 => 1678.71370926022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241640.802410375 Mflops = 241.640802410375 Gflops = 0.241640802410375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057326 s
InvBiCGStab: k = 67 resid = 1.082936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2736(s) Flops=442607616 => 1617.71789473684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232898.180677565 Mflops = 232.898180677565 Gflops = 0.232898180677565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009983653 Relative Rsd = 4.37422898353711e-07
BICGSTAB_SOLVER_TIME: 0.619281 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045691 s
InvBiCGStab: k = 56 resid = 1.615144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231527(s) Flops=370427904 => 1599.93393427116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230328.724678492 Mflops = 230.328724678492 Gflops = 0.230328724678492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064149 s
InvBiCGStab: k = 74 resid = 8.911655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353874(s) Flops=488540160 => 1380.5483307618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198744.057495706 Mflops = 198.744057495706 Gflops = 0.198744057495706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001065204 Relative Rsd = 4.66707543446741e-07
BICGSTAB_SOLVER_TIME: 0.69906 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046125 s
InvBiCGStab: k = 57 resid = 1.186924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217889(s) Flops=376989696 => 1730.1915011772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249076.709993932 Mflops = 249.076709993932 Gflops = 0.249076709993932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 77 resid = 9.228237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328515(s) Flops=508225536 => 1547.03905757728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222731.875843515 Mflops = 222.731875843515 Gflops = 0.222731875843515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001049229 Relative Rsd = 4.59708230695685e-07
BICGSTAB_SOLVER_TIME: 0.652891 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109735
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.198115(s) Flops=1285079040 => 1072.58405077977 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  154443.479238204 Mflops = 154.443479238204 Gflops = 0.154443479238204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141885000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.59007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051705 s
InvBiCGStab: k = 29 resid = 2.213074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161095(s) Flops=193259520 => 1199.66181445731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172700.267914607 Mflops = 172.700267914607 Gflops = 0.172700267914607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057659 s
InvBiCGStab: k = 45 resid = 6.202231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186098(s) Flops=298248192 => 1602.64050124128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230715.19723032 Mflops = 230.71519723032 Gflops = 0.23071519723032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000694183 Relative Rsd = 3.04148715203659e-07
BICGSTAB_SOLVER_TIME: 0.460452 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 78 resid = 1.721281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333961(s) Flops=514787328 => 1541.45941591982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221938.469201874 Mflops = 221.938469201874 Gflops = 0.221938469201874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061506 s
InvBiCGStab: k = 92 resid = 1.027564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.477341(s) Flops=606652416 => 1270.89945343057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182995.326277835 Mflops = 182.995326277835 Gflops = 0.182995326277835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001252892 Relative Rsd = 5.48940860991434e-07
BICGSTAB_SOLVER_TIME: 0.920351 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135606
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048931 s
InvBiCGStab: k = 45 resid = 2.185471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207437(s) Flops=298248192 => 1437.77721428675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206976.497888893 Mflops = 206.976497888893 Gflops = 0.206976497888893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070045 s
InvBiCGStab: k = 63 resid = 1.150179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297499(s) Flops=416360448 => 1399.53562196848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201482.951830981 Mflops = 201.482951830981 Gflops = 0.201482951830981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0009774433 Relative Rsd = 4.28256132179129e-07
BICGSTAB_SOLVER_TIME: 0.628635 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0912390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051429 s
InvBiCGStab: k = 52 resid = 1.9182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269673(s) Flops=344180736 => 1276.28919469135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183753.533590261 Mflops = 183.753533590261 Gflops = 0.183753533590261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079677 s
InvBiCGStab: k = 76 resid = 8.704984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366606(s) Flops=501663744 => 1368.40025531497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197016.743023154 Mflops = 197.016743023154 Gflops = 0.197016743023154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001117728 Relative Rsd = 4.89720375863543e-07
BICGSTAB_SOLVER_TIME: 0.773466 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047562 s
InvBiCGStab: k = 55 resid = 1.45642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234136(s) Flops=363866112 => 1554.08015854034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223754.427151674 Mflops = 223.754427151674 Gflops = 0.223754427151674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063373 s
InvBiCGStab: k = 66 resid = 9.476029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329782(s) Flops=436045824 => 1322.22445130419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190359.450245581 Mflops = 190.359450245581 Gflops = 0.190359450245581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001043656 Relative Rsd = 4.57266415433661e-07
BICGSTAB_SOLVER_TIME: 0.679399 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10035
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912204(s) Flops=1279033344 => 1402.13520659852 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201899.596162756 Mflops = 201.899596162756 Gflops = 0.201899596162756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141666000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.560613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056799 s
InvBiCGStab: k = 27 resid = 2.131414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114941(s) Flops=180135936 => 1567.20348700638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225588.847404918 Mflops = 225.588847404918 Gflops = 0.225588847404918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058738 s
InvBiCGStab: k = 51 resid = 7.068543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21338(s) Flops=337618944 => 1582.24268441278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227802.749686409 Mflops = 227.802749686409 Gflops = 0.227802749686409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007206755 Relative Rsd = 3.15756123499851e-07
BICGSTAB_SOLVER_TIME: 0.448683 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 49 resid = 2.032378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203229(s) Flops=324495360 => 1596.69810902972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229865.154831886 Mflops = 229.865154831886 Gflops = 0.229865154831886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063729 s
InvBiCGStab: k = 71 resid = 1.129748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305345(s) Flops=468854784 => 1535.49193207683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221069.344147369 Mflops = 221.069344147369 Gflops = 0.221069344147369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001000474 Relative Rsd = 4.38346924950891e-07
BICGSTAB_SOLVER_TIME: 0.617669 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043417 s
InvBiCGStab: k = 48 resid = 1.716017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210154(s) Flops=317933568 => 1512.85994080531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217836.3292053 Mflops = 217.8363292053 Gflops = 0.2178363292053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073902 s
InvBiCGStab: k = 56 resid = 1.006783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255803(s) Flops=370427904 => 1448.09835693874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208473.416582361 Mflops = 208.473416582361 Gflops = 0.208473416582361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 104 iterations. Rsd = 0.0009673497 Relative Rsd = 4.23833749862097e-07
BICGSTAB_SOLVER_TIME: 0.58718 sec
2Flav::invert,  n_count = 104
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0884970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 55 resid = 2.02193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213232(s) Flops=363866112 => 1706.43295565394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245667.708025391 Mflops = 245.667708025391 Gflops = 0.245667708025391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065234 s
InvBiCGStab: k = 67 resid = 1.041239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272205(s) Flops=442607616 => 1626.00839808233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234095.992576104 Mflops = 234.095992576104 Gflops = 0.234095992576104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001030277 Relative Rsd = 4.51404742847295e-07
BICGSTAB_SOLVER_TIME: 0.595532 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066583 s
InvBiCGStab: k = 55 resid = 2.212977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279004(s) Flops=363866112 => 1304.1609152557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187754.187483374 Mflops = 187.754187483374 Gflops = 0.187754187483374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079489 s
InvBiCGStab: k = 62 resid = 8.285416e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336391(s) Flops=409798656 => 1218.22122470577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175380.044506231 Mflops = 175.380044506231 Gflops = 0.175380044506231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009895713 Relative Rsd = 4.33569897186178e-07
BICGSTAB_SOLVER_TIME: 0.765553 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975710000000002
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.098133(s) Flops=1279033344 => 1164.73445748375 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  167708.089167673 Mflops = 167.708089167673 Gflops = 0.167708089167673 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141066
CLOV_LINOP: Time spent in clov deriv (total) = 1.515171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049033 s
InvBiCGStab: k = 27 resid = 1.795079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119632(s) Flops=180135936 => 1505.75043466631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216735.000719431 Mflops = 216.735000719431 Gflops = 0.216735000719431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062286 s
InvBiCGStab: k = 44 resid = 1.110938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18054(s) Flops=291686400 => 1615.63310069791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232565.370159931 Mflops = 232.565370159931 Gflops = 0.232565370159931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007567575 Relative Rsd = 3.31565032175612e-07
BICGSTAB_SOLVER_TIME: 0.415375 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047894 s
InvBiCGStab: k = 59 resid = 1.859827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240835(s) Flops=390113280 => 1619.83631947184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233225.192636571 Mflops = 233.225192636571 Gflops = 0.233225192636571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066529 s
InvBiCGStab: k = 75 resid = 8.49904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341038(s) Flops=495101952 => 1451.75010409397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209029.537778276 Mflops = 209.029537778276 Gflops = 0.209029537778276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001051407 Relative Rsd = 4.60662554919203e-07
BICGSTAB_SOLVER_TIME: 0.702075 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04248 s
InvBiCGStab: k = 48 resid = 2.1449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19038(s) Flops=317933568 => 1669.99457926253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240416.780014696 Mflops = 240.416780014696 Gflops = 0.240416780014696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06947 s
InvBiCGStab: k = 64 resid = 9.589349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276325(s) Flops=422922240 => 1530.52470822401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220344.745331148 Mflops = 220.344745331148 Gflops = 0.220344745331148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0009837769 Relative Rsd = 4.31031119318653e-07
BICGSTAB_SOLVER_TIME: 0.582565 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0941890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056044 s
InvBiCGStab: k = 56 resid = 1.856534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250921(s) Flops=370427904 => 1476.27302617158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212522.74581858 Mflops = 212.52274581858 Gflops = 0.21252274581858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066634 s
InvBiCGStab: k = 67 resid = 9.454873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358935(s) Flops=442607616 => 1233.11356095115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177541.206507913 Mflops = 177.541206507913 Gflops = 0.177541206507912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001033962 Relative Rsd = 4.53019392105429e-07
BICGSTAB_SOLVER_TIME: 0.736795 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050327 s
InvBiCGStab: k = 50 resid = 2.162978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203892(s) Flops=331057152 => 1623.68877641104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233751.77567899 Mflops = 233.75177567899 Gflops = 0.23375177567899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064932 s
InvBiCGStab: k = 61 resid = 1.131548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245447(s) Flops=403236864 => 1642.8673562928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236508.306038845 Mflops = 236.508306038845 Gflops = 0.236508306038845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001003343 Relative Rsd = 4.39603715376732e-07
BICGSTAB_SOLVER_TIME: 0.568804 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0936170000000002
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943774(s) Flops=1279033344 => 1355.23265527552 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195137.866070979 Mflops = 195.137866070979 Gflops = 0.195137866070979 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141284000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.582915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.978383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815639(s) Flops=1243146240 => 1524.13781096784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219444.607579536 Mflops = 219.444607579536 Gflops = 0.219444607579536 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.47891e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839674(s) Flops=1407191040 => 1675.87782877641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241310.724847971 Mflops = 241.310724847971 Gflops = 0.241310724847971 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.001917523 Relative Rsd = 8.43431683442982e-07
BICGSTAB_SOLVER_TIME: 1.658757 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.12431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287746999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.21559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658955(s) Flops=1125033984 => 1707.30017072486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245763.279561291 Mflops = 245.763279561291 Gflops = 0.245763279561291 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 9.249756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802012(s) Flops=1236584448 => 1541.85280020748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222014.713414694 Mflops = 222.014713414694 Gflops = 0.222014713414694 Tflops
BICGSTAB_SOLVER: 359 iterations. Rsd = 0.002134216 Relative Rsd = 9.37656687814246e-07
BICGSTAB_SOLVER_TIME: 1.464395 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.12206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.256402999999998
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911697(s) Flops=1279033344 => 1402.91494213538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202000.670986086 Mflops = 202.000670986086 Gflops = 0.202000670986086 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141444000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050956 s
InvBiCGStab: k = 31 resid = 1.783758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157412(s) Flops=206383104 => 1311.10146621604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188709.024790755 Mflops = 188.709024790755 Gflops = 0.188709024790755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058951 s
InvBiCGStab: k = 50 resid = 1.099142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191977(s) Flops=331057152 => 1724.46257624611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248255.47537327 Mflops = 248.25547537327 Gflops = 0.24825547537327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007774801 Relative Rsd = 3.40644450395475e-07
BICGSTAB_SOLVER_TIME: 0.463244 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043625 s
InvBiCGStab: k = 77 resid = 1.509955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377955(s) Flops=508225536 => 1344.67208000952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193602.94171471 Mflops = 193.60294171471 Gflops = 0.19360294171471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076024 s
InvBiCGStab: k = 90 resid = 1.124026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43393(s) Flops=593528832 => 1367.79856658908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196942.091490893 Mflops = 196.942091490893 Gflops = 0.196942091490893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001245843 Relative Rsd = 5.45852492343129e-07
BICGSTAB_SOLVER_TIME: 0.937578 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051937 s
InvBiCGStab: k = 50 resid = 2.227207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253529(s) Flops=331057152 => 1305.79599178003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188004.090814703 Mflops = 188.004090814703 Gflops = 0.188004090814703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070703 s
InvBiCGStab: k = 64 resid = 1.005038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329488(s) Flops=422922240 => 1283.5740300102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184822.35425413 Mflops = 184.82235425413 Gflops = 0.18482235425413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009918199 Relative Rsd = 4.34555080103187e-07
BICGSTAB_SOLVER_TIME: 0.70994 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06682 s
InvBiCGStab: k = 56 resid = 1.846997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250256(s) Flops=370427904 => 1480.19589540311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213075.791868177 Mflops = 213.075791868177 Gflops = 0.213075791868177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060063 s
InvBiCGStab: k = 77 resid = 1.044186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314126(s) Flops=508225536 => 1617.90344002088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232929.279040924 Mflops = 232.929279040924 Gflops = 0.232929279040924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001056887 Relative Rsd = 4.63063718315586e-07
BICGSTAB_SOLVER_TIME: 0.695184 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041706 s
InvBiCGStab: k = 62 resid = 2.23744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239603(s) Flops=409798656 => 1710.32356022253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246235.886741508 Mflops = 246.235886741508 Gflops = 0.246235886741508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059853 s
InvBiCGStab: k = 70 resid = 5.694486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302613(s) Flops=462292992 => 1527.67062882295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219934.654997674 Mflops = 219.934654997674 Gflops = 0.219934654997674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001023008 Relative Rsd = 4.48219972660644e-07
BICGSTAB_SOLVER_TIME: 0.649659 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108607
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843944(s) Flops=1279033344 => 1515.54290806025 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218276.205898989 Mflops = 218.276205898989 Gflops = 0.218276205898989 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141495
CLOV_LINOP: Time spent in clov deriv (total) = 1.489278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044412 s
InvBiCGStab: k = 29 resid = 1.996191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116718(s) Flops=193259520 => 1655.78162751247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238350.601146609 Mflops = 238.350601146609 Gflops = 0.238350601146609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068323 s
InvBiCGStab: k = 43 resid = 1.109684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191466(s) Flops=285124608 => 1489.16574222055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214364.279038362 Mflops = 214.364279038362 Gflops = 0.214364279038362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007332046 Relative Rsd = 3.21245604538434e-07
BICGSTAB_SOLVER_TIME: 0.425654 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 80 resid = 1.478731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323933(s) Flops=527910912 => 1629.69167080847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234647.712364821 Mflops = 234.647712364821 Gflops = 0.234647712364821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057204 s
InvBiCGStab: k = 88 resid = 9.846171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383457(s) Flops=580405248 => 1513.612342453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217920.293474174 Mflops = 217.920293474174 Gflops = 0.217920293474174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001242173 Relative Rsd = 5.44244422872533e-07
BICGSTAB_SOLVER_TIME: 0.809729 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049783 s
InvBiCGStab: k = 51 resid = 2.220352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254704(s) Flops=337618944 => 1325.53451849991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190857.629856595 Mflops = 190.857629856595 Gflops = 0.190857629856595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065915 s
InvBiCGStab: k = 69 resid = 1.028915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309709(s) Flops=455731200 => 1471.48193949804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211862.631048108 Mflops = 211.862631048108 Gflops = 0.211862631048108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001014674 Relative Rsd = 4.44568190577118e-07
BICGSTAB_SOLVER_TIME: 0.684496 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055138 s
InvBiCGStab: k = 62 resid = 1.272613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31693(s) Flops=409798656 => 1293.02576594201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186142.256748132 Mflops = 186.142256748132 Gflops = 0.186142256748132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077367 s
InvBiCGStab: k = 77 resid = 1.07595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386888(s) Flops=508225536 => 1313.62444945307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189130.41033963 Mflops = 189.13041033963 Gflops = 0.18913041033963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001077893 Relative Rsd = 4.72267208885728e-07
BICGSTAB_SOLVER_TIME: 0.84098 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045762 s
InvBiCGStab: k = 50 resid = 2.153991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228908(s) Flops=331057152 => 1446.24544358432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208209.72781984 Mflops = 208.20972781984 Gflops = 0.20820972781984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075619 s
InvBiCGStab: k = 62 resid = 1.031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319837(s) Flops=409798656 => 1281.27344866291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184473.108201892 Mflops = 184.473108201892 Gflops = 0.184473108201892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001020578 Relative Rsd = 4.47155169213816e-07
BICGSTAB_SOLVER_TIME: 0.675405 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0942880000000002
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879029(s) Flops=1278885888 => 1454.88475124256 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209481.575789429 Mflops = 209.481575789429 Gflops = 0.209481575789429 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141168000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.478983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05861 s
InvBiCGStab: k = 27 resid = 1.577696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113006(s) Flops=180135936 => 1594.03868821125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229365.319057618 Mflops = 229.365319057618 Gflops = 0.229365319057618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063121 s
InvBiCGStab: k = 50 resid = 1.066632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246962(s) Flops=331057152 => 1340.51858990452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192985.435777686 Mflops = 192.985435777686 Gflops = 0.192985435777686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007060191 Relative Rsd = 3.09334556899505e-07
BICGSTAB_SOLVER_TIME: 0.48589 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047224 s
InvBiCGStab: k = 51 resid = 2.117348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197806(s) Flops=337618944 => 1706.81851915513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245682.69543245 Mflops = 245.68269543245 Gflops = 0.24568269543245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058116 s
InvBiCGStab: k = 68 resid = 1.096671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274064(s) Flops=449169408 => 1638.92159495592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235949.186126381 Mflops = 235.949186126381 Gflops = 0.235949186126381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001012444 Relative Rsd = 4.43591525679635e-07
BICGSTAB_SOLVER_TIME: 0.581084 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994040000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041769 s
InvBiCGStab: k = 58 resid = 2.057965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261258(s) Flops=383551488 => 1468.09471097536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211363.884021013 Mflops = 211.363884021013 Gflops = 0.211363884021013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070545 s
InvBiCGStab: k = 64 resid = 1.119033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293888(s) Flops=422922240 => 1439.05923344948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207174.806796338 Mflops = 207.174806796338 Gflops = 0.207174806796338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001041652 Relative Rsd = 4.5638860036756e-07
BICGSTAB_SOLVER_TIME: 0.671207 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047054 s
InvBiCGStab: k = 56 resid = 2.016094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21982(s) Flops=370427904 => 1685.1419525066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242604.208864283 Mflops = 242.604208864283 Gflops = 0.242604208864283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057532 s
InvBiCGStab: k = 72 resid = 8.269932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297288(s) Flops=475416576 => 1599.17849358198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230230.240924994 Mflops = 230.230240924994 Gflops = 0.230230240924994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001043445 Relative Rsd = 4.57173941365396e-07
BICGSTAB_SOLVER_TIME: 0.625593 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045253 s
InvBiCGStab: k = 50 resid = 1.48573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232863(s) Flops=331057152 => 1421.68207057368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204662.044765264 Mflops = 204.662044765264 Gflops = 0.204662044765264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06175 s
InvBiCGStab: k = 69 resid = 8.102077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263521(s) Flops=455731200 => 1729.39234444314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248967.544648814 Mflops = 248.967544648814 Gflops = 0.248967544648814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009843521 Relative Rsd = 4.31283140483186e-07
BICGSTAB_SOLVER_TIME: 0.607263 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991870000000002
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027798(s) Flops=1278885888 => 1244.29692215786 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  179165.086120963 Mflops = 179.165086120963 Gflops = 0.179165086120963 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141324000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.606218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042252 s
InvBiCGStab: k = 24 resid = 1.992169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094616(s) Flops=160450560 => 1695.80789718441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244025.902683256 Mflops = 244.025902683256 Gflops = 0.244025902683256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059155 s
InvBiCGStab: k = 43 resid = 9.798893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179768(s) Flops=285124608 => 1586.06986782965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228340.793163742 Mflops = 228.340793163742 Gflops = 0.228340793163742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0006869219 Relative Rsd = 3.00967362426039e-07
BICGSTAB_SOLVER_TIME: 0.380968 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0619170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048771 s
InvBiCGStab: k = 51 resid = 2.027609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234458(s) Flops=337618944 => 1439.99754327001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207330.022952182 Mflops = 207.330022952182 Gflops = 0.207330022952182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069681 s
InvBiCGStab: k = 79 resid = 9.078582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31167(s) Flops=521349120 => 1672.76003465204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240820.953796611 Mflops = 240.820953796611 Gflops = 0.240820953796611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001078444 Relative Rsd = 4.72508671786537e-07
BICGSTAB_SOLVER_TIME: 0.66843 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001838
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043189 s
InvBiCGStab: k = 47 resid = 1.939674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201117(s) Flops=311371776 => 1548.21211533585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222877.484565673 Mflops = 222.877484565673 Gflops = 0.222877484565673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056767 s
InvBiCGStab: k = 68 resid = 8.464154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289463(s) Flops=449169408 => 1551.73340979676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223400.319432517 Mflops = 223.400319432517 Gflops = 0.223400319432517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009988149 Relative Rsd = 4.37619883931008e-07
BICGSTAB_SOLVER_TIME: 0.594736 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04454 s
InvBiCGStab: k = 68 resid = 1.190804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270675(s) Flops=449169408 => 1659.44179551122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238913.322144551 Mflops = 238.913322144551 Gflops = 0.238913322144551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056814 s
InvBiCGStab: k = 70 resid = 1.022708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264366(s) Flops=462292992 => 1748.68550418738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251744.015254164 Mflops = 251.744015254164 Gflops = 0.251744015254164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001092742 Relative Rsd = 4.78773190589757e-07
BICGSTAB_SOLVER_TIME: 0.640638 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042047 s
InvBiCGStab: k = 51 resid = 2.248712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218258(s) Flops=337618944 => 1546.88004105233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222724.60572397 Mflops = 222.72460572397 Gflops = 0.22272460572397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068012 s
InvBiCGStab: k = 70 resid = 1.062966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317909(s) Flops=462292992 => 1454.16767691383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209346.326237567 Mflops = 209.346326237567 Gflops = 0.209346326237567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.000968812 Relative Rsd = 4.24474437546309e-07
BICGSTAB_SOLVER_TIME: 0.650433 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100947
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948463(s) Flops=1278885888 => 1348.37720396051 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194162.544812285 Mflops = 194.162544812285 Gflops = 0.194162544812285 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141159000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.522972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02132
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.14365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821977(s) Flops=1138157568 => 1384.65865589913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199226.76666304 Mflops = 199.22676666304 Gflops = 0.19922676666304 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 8.793747e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965009(s) Flops=1335011328 => 1383.41852563033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199205.914274234 Mflops = 199.205914274234 Gflops = 0.199205914274234 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001868772 Relative Rsd = 8.22019488479268e-07
BICGSTAB_SOLVER_TIME: 1.790655 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.136775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.153248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268439999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 158 resid = 1.970287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.609623(s) Flops=1039730688 => 1705.53061154189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245523.758655603 Mflops = 245.523758655603 Gflops = 0.245523758655602 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.11739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.992238(s) Flops=1348134912 => 1358.68099387445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195642.180324804 Mflops = 195.642180324804 Gflops = 0.195642180324804 Tflops
BICGSTAB_SOLVER: 363 iterations. Rsd = 0.001919478 Relative Rsd = 8.43350513220289e-07
BICGSTAB_SOLVER_TIME: 1.605219 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.119204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001856
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.259056999999997
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96893(s) Flops=1278885888 => 1319.8950264725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190054.028301457 Mflops = 190.054028301457 Gflops = 0.190054028301457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141524000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04832 s
InvBiCGStab: k = 29 resid = 1.296223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145227(s) Flops=193259520 => 1330.74097791733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191566.912999625 Mflops = 191.566912999625 Gflops = 0.191566912999625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064331 s
InvBiCGStab: k = 52 resid = 1.088194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197838(s) Flops=344180736 => 1739.70994450005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250457.506840776 Mflops = 250.457506840776 Gflops = 0.250457506840776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007726703 Relative Rsd = 3.38537056660522e-07
BICGSTAB_SOLVER_TIME: 0.460081 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042332 s
InvBiCGStab: k = 80 resid = 1.493642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357182(s) Flops=527910912 => 1477.98856605316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212790.103469088 Mflops = 212.790103469088 Gflops = 0.212790103469088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072625 s
InvBiCGStab: k = 85 resid = 1.096135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338212(s) Flops=560719872 => 1657.89466961551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238712.207876452 Mflops = 238.712207876452 Gflops = 0.238712207876452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001235411 Relative Rsd = 5.41281988297337e-07
BICGSTAB_SOLVER_TIME: 0.814332 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047525 s
InvBiCGStab: k = 44 resid = 2.158796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172626(s) Flops=291686400 => 1689.70143547322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243231.449155099 Mflops = 243.231449155099 Gflops = 0.243231449155099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061827 s
InvBiCGStab: k = 70 resid = 5.009908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322738(s) Flops=462292992 => 1432.40954582355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206250.403820823 Mflops = 206.250403820823 Gflops = 0.206250403820823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001023332 Relative Rsd = 4.48361922650706e-07
BICGSTAB_SOLVER_TIME: 0.611938 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.150767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062992 s
InvBiCGStab: k = 72 resid = 1.123101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32714(s) Flops=475416576 => 1453.25113407104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209231.618594859 Mflops = 209.231618594859 Gflops = 0.209231618594859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071682 s
InvBiCGStab: k = 77 resid = 1.137837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33812(s) Flops=508225536 => 1503.09220395126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216394.695802723 Mflops = 216.394695802723 Gflops = 0.216394695802723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.0010877 Relative Rsd = 4.76563759141862e-07
BICGSTAB_SOLVER_TIME: 0.803788 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046432 s
InvBiCGStab: k = 55 resid = 1.799991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276835(s) Flops=363866112 => 1314.37900554482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189241.837784334 Mflops = 189.241837784334 Gflops = 0.189241837784334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07002 s
InvBiCGStab: k = 73 resid = 1.121884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415327(s) Flops=481978368 => 1160.47925610423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  167084.780119734 Mflops = 167.084780119734 Gflops = 0.167084780119734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001031661 Relative Rsd = 4.52010848392354e-07
BICGSTAB_SOLVER_TIME: 0.812413 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105863
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857542(s) Flops=1278664704 => 1491.08114121524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214713.507889456 Mflops = 214.713507889456 Gflops = 0.214713507889456 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141605000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060624 s
InvBiCGStab: k = 27 resid = 2.088144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113003(s) Flops=180135936 => 1594.08100669894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229383.93831473 Mflops = 229.38393831473 Gflops = 0.22938393831473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056842 s
InvBiCGStab: k = 49 resid = 7.536725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181922(s) Flops=324495360 => 1783.7059838832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256749.47952451 Mflops = 256.74947952451 Gflops = 0.25674947952451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007214635 Relative Rsd = 3.1610135832117e-07
BICGSTAB_SOLVER_TIME: 0.416242 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042591 s
InvBiCGStab: k = 78 resid = 1.951062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363487(s) Flops=514787328 => 1416.24687540407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203908.263908577 Mflops = 203.908263908577 Gflops = 0.203908263908577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078253 s
InvBiCGStab: k = 97 resid = 6.965237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.511665(s) Flops=639461376 => 1249.76571780364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179950.735179784 Mflops = 179.950735179784 Gflops = 0.179950735179784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001251309 Relative Rsd = 5.48247228970289e-07
BICGSTAB_SOLVER_TIME: 1.000306 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044479 s
InvBiCGStab: k = 49 resid = 1.67996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183904(s) Flops=324495360 => 1764.48233861145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254026.17646875 Mflops = 254.02617646875 Gflops = 0.25402617646875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056889 s
InvBiCGStab: k = 64 resid = 7.965465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258254(s) Flops=422922240 => 1637.62125659235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235761.577292625 Mflops = 235.761577292625 Gflops = 0.235761577292625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001004188 Relative Rsd = 4.39974070704737e-07
BICGSTAB_SOLVER_TIME: 0.547447 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0950410000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046397 s
InvBiCGStab: k = 51 resid = 2.040157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236826(s) Flops=337618944 => 1425.59914874211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205247.536673092 Mflops = 205.247536673092 Gflops = 0.205247536673092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066934 s
InvBiCGStab: k = 70 resid = 8.089579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295012(s) Flops=462292992 => 1567.03114449582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225604.630840452 Mflops = 225.604630840452 Gflops = 0.225604630840452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001053883 Relative Rsd = 4.6174745477138e-07
BICGSTAB_SOLVER_TIME: 0.649211 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043931 s
InvBiCGStab: k = 52 resid = 1.998637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211806(s) Flops=344180736 => 1624.9810486955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233947.007347463 Mflops = 233.947007347463 Gflops = 0.233947007347463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063447 s
InvBiCGStab: k = 70 resid = 9.613559e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274946(s) Flops=462292992 => 1681.39559040684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242061.978519623 Mflops = 242.061978519623 Gflops = 0.242061978519623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001028887 Relative Rsd = 4.50795831966463e-07
BICGSTAB_SOLVER_TIME: 0.601426 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101232
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006939(s) Flops=1272471552 => 1263.70271883401 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  181958.931493079 Mflops = 181.958931493079 Gflops = 0.181958931493079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142147000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.568615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049139 s
InvBiCGStab: k = 24 resid = 1.366736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117481(s) Flops=160450560 => 1365.75752674901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196646.945309721 Mflops = 196.646945309721 Gflops = 0.196646945309721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.10661 s
InvBiCGStab: k = 46 resid = 9.035855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177536(s) Flops=304809984 => 1716.89113193944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247131.30631421 Mflops = 247.13130631421 Gflops = 0.24713130631421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007286785 Relative Rsd = 3.19262563687336e-07
BICGSTAB_SOLVER_TIME: 0.454525 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 49 resid = 1.67222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195031(s) Flops=324495360 => 1663.81426542447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239526.670214371 Mflops = 239.526670214371 Gflops = 0.239526670214371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061185 s
InvBiCGStab: k = 66 resid = 1.101007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272324(s) Flops=436045824 => 1601.20233251568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230534.400870742 Mflops = 230.534400870742 Gflops = 0.230534400870742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001016659 Relative Rsd = 4.45438252715267e-07
BICGSTAB_SOLVER_TIME: 0.573988 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963490000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049229 s
InvBiCGStab: k = 53 resid = 7.720091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23988(s) Flops=350742528 => 1462.15827913957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210512.782383897 Mflops = 210.512782383897 Gflops = 0.210512782383897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082011 s
InvBiCGStab: k = 61 resid = 8.554562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249596(s) Flops=403236864 => 1615.55819804805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232569.927396258 Mflops = 232.569927396258 Gflops = 0.232569927396258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009766925 Relative Rsd = 4.2792719380834e-07
BICGSTAB_SOLVER_TIME: 0.624677 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 56 resid = 1.902898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2141(s) Flops=370427904 => 1730.16302662307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249084.748442845 Mflops = 249.084748442845 Gflops = 0.249084748442845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065288 s
InvBiCGStab: k = 71 resid = 1.150849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285553(s) Flops=468854784 => 1641.91860705368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236376.242367602 Mflops = 236.376242367602 Gflops = 0.236376242367602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001029736 Relative Rsd = 4.51167513453197e-07
BICGSTAB_SOLVER_TIME: 0.610534 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058596 s
InvBiCGStab: k = 47 resid = 2.110475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184796(s) Flops=311371776 => 1684.94867854283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242542.41323436 Mflops = 242.54241323436 Gflops = 0.24254241323436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060541 s
InvBiCGStab: k = 67 resid = 8.69996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270709(s) Flops=442607616 => 1634.99409328837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235380.79074934 Mflops = 235.38079074934 Gflops = 0.23538079074934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009557243 Relative Rsd = 4.18740178210095e-07
BICGSTAB_SOLVER_TIME: 0.579061 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0958400000000002
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930679(s) Flops=1265983488 => 1360.27941750056 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195881.428006445 Mflops = 195.881428006445 Gflops = 0.195881428006445 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140055
CLOV_LINOP: Time spent in clov deriv (total) = 1.512206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052695 s
InvBiCGStab: k = 26 resid = 2.102232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123726(s) Flops=173574144 => 1402.89142136657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201952.699017641 Mflops = 201.952699017641 Gflops = 0.201952699017641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069048 s
InvBiCGStab: k = 48 resid = 7.912838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216981(s) Flops=317933568 => 1465.2599444191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210945.866592973 Mflops = 210.945866592973 Gflops = 0.210945866592973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006868713 Relative Rsd = 3.00945174770388e-07
BICGSTAB_SOLVER_TIME: 0.468309 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054175 s
InvBiCGStab: k = 63 resid = 1.950811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344959(s) Flops=416360448 => 1206.98531709565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  173772.480927047 Mflops = 173.772480927047 Gflops = 0.173772480927047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.121064 s
InvBiCGStab: k = 71 resid = 9.997482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282441(s) Flops=468854784 => 1660.00964449212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238986.85944459 Mflops = 238.98685944459 Gflops = 0.23898685944459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00105682 Relative Rsd = 4.63034287793033e-07
BICGSTAB_SOLVER_TIME: 0.80652 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04525 s
InvBiCGStab: k = 49 resid = 1.641886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202022(s) Flops=324495360 => 1606.23773648415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231238.094166087 Mflops = 231.238094166087 Gflops = 0.231238094166087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067386 s
InvBiCGStab: k = 62 resid = 1.008941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25963(s) Flops=409798656 => 1578.39485421561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227227.52856176 Mflops = 227.22752856176 Gflops = 0.22722752856176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009598781 Relative Rsd = 4.20560152543685e-07
BICGSTAB_SOLVER_TIME: 0.578679 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04209 s
InvBiCGStab: k = 52 resid = 1.964225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199097(s) Flops=344180736 => 1728.70880023305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248861.162546092 Mflops = 248.861162546092 Gflops = 0.248861162546092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061053 s
InvBiCGStab: k = 70 resid = 1.035757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271003(s) Flops=462292992 => 1705.85931521053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245588.267028021 Mflops = 245.588267028021 Gflops = 0.245588267028021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001041971 Relative Rsd = 4.56528102064584e-07
BICGSTAB_SOLVER_TIME: 0.577197 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101474
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 45 resid = 2.221698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172091(s) Flops=298248192 => 1733.08419382768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249475.331842177 Mflops = 249.475331842177 Gflops = 0.249475331842177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065781 s
InvBiCGStab: k = 72 resid = 1.080488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317543(s) Flops=475416576 => 1497.17227588075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215567.063144116 Mflops = 215.567063144116 Gflops = 0.215567063144116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009649976 Relative Rsd = 4.22803197014739e-07
BICGSTAB_SOLVER_TIME: 0.601301 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975530000000002
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834382(s) Flops=1259716608 => 1509.76004755616 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217416.778094486 Mflops = 217.416778094486 Gflops = 0.217416778094486 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139204000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.47241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.749291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.725318(s) Flops=1144719360 => 1578.2310103982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227194.24298304 Mflops = 227.19424298304 Gflops = 0.22719424298304 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.146476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830665(s) Flops=1295640576 => 1559.76305249409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224595.499987021 Mflops = 224.595499987021 Gflops = 0.224595499987021 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001871207 Relative Rsd = 8.23106214358526e-07
BICGSTAB_SOLVER_TIME: 1.559851 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.140432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.13637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264969999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 8.573453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872948(s) Flops=1230022656 => 1409.04458913933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202828.12951059 Mflops = 202.82812951059 Gflops = 0.20282812951059 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.07681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914538(s) Flops=1256269824 => 1373.6660740177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197797.633784053 Mflops = 197.797633784053 Gflops = 0.197797633784053 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001932019 Relative Rsd = 8.48911144568002e-07
BICGSTAB_SOLVER_TIME: 1.790849 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269824999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 257 resid = 2.248448e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.084085(s) Flops=1689348096 => 1558.31701019754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224380.697899956 Mflops = 224.380697899956 Gflops = 0.224380697899956 Tflops
InvBiCGStab: k = 311 resid = 7.295077e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.391857(s) Flops=2043684864 => 1468.31525365034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211431.68422289 Mflops = 211.43168422289 Gflops = 0.21143168422289 Tflops
BICGSTAB_SOLVER: 568 iterations. Rsd = 0.001955622 Relative Rsd = 8.60238387370609e-07
BICGSTAB_SOLVER_TIME: 2.481719 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.405608999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 274 resid = 1.63603e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.071528(s) Flops=1800898560 => 1680.68268864649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242011.525588287 Mflops = 242.011525588287 Gflops = 0.242011525588287 Tflops
InvBiCGStab: k = 251 resid = 5.890747e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.075704(s) Flops=1649977344 => 1533.85814685081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220867.484258302 Mflops = 220.867484258302 Gflops = 0.220867484258302 Tflops
BICGSTAB_SOLVER: 525 iterations. Rsd = 0.001898095 Relative Rsd = 8.34005203770867e-07
BICGSTAB_SOLVER_TIME: 2.152158 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.375479999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 210 resid = 2.188186e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847109(s) Flops=1380943872 => 1630.18439421609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234667.451761432 Mflops = 234.667451761432 Gflops = 0.234667451761432 Tflops
InvBiCGStab: k = 228 resid = 1.036934e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913607(s) Flops=1499056128 => 1640.81068555736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236266.403372335 Mflops = 236.266403372335 Gflops = 0.236266403372335 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.001706108 Relative Rsd = 7.47512626139977e-07
BICGSTAB_SOLVER_TIME: 1.76605 sec
2Flav::invert,  n_count = 438
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312487000000001
MInvCG2: 297 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.564573(s) Flops=1922918400 => 1229.03718778223 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  177017.127802358 Mflops = 177.017127802358 Gflops = 0.177017127802358 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.213203000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.205428706959992
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 475.884129 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.06848 secs
Doing Update: 2717 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 268 resid = 2.178308e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.223826(s) Flops=1761527808 => 1439.3613209721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207256.264526308 Mflops = 207.256264526308 Gflops = 0.207256264526308 Tflops
InvBiCGStab: k = 266 resid = 1.138425e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.160822(s) Flops=1748404224 => 1506.17771200063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216883.081125235 Mflops = 216.883081125235 Gflops = 0.216883081125235 Tflops
BICGSTAB_SOLVER: 534 iterations. Rsd = 0.003019251 Relative Rsd = 1.32855081297194e-06
BICGSTAB_SOLVER_TIME: 2.390214 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384126999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 216 resid = 2.083464e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893(s) Flops=1420314624 => 1590.49789921613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229013.429861564 Mflops = 229.013429861564 Gflops = 0.229013429861564 Tflops
InvBiCGStab: k = 233 resid = 9.676036e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921741(s) Flops=1531865088 => 1661.92573401856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239310.281323346 Mflops = 239.310281323346 Gflops = 0.239310281323346 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.001729501 Relative Rsd = 7.60049530744552e-07
BICGSTAB_SOLVER_TIME: 1.819819 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323666999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 315 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.376725(s) Flops=2032625664 => 1476.42097296119 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212613.489583966 Mflops = 212.613489583966 Gflops = 0.212613489583966 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.225858000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 263 resid = 2.040558e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.3983(s) Flops=1728718848 => 1236.300399056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178034.193701388 Mflops = 178.034193701388 Gflops = 0.178034193701388 Tflops
InvBiCGStab: k = 294 resid = 9.80615e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.4248(s) Flops=1932134400 => 1356.07411566536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195268.208488183 Mflops = 195.268208488183 Gflops = 0.195268208488183 Tflops
BICGSTAB_SOLVER: 557 iterations. Rsd = 0.003177479 Relative Rsd = 1.39817512112003e-06
BICGSTAB_SOLVER_TIME: 2.828715 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.397623999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 240 resid = 2.000845e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.16505(s) Flops=1577797632 => 1354.27460795674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194984.308315667 Mflops = 194.984308315667 Gflops = 0.194984308315667 Tflops
InvBiCGStab: k = 250 resid = 9.229064e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.17945(s) Flops=1643415552 => 1393.3744982831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200643.286239496 Mflops = 200.643286239496 Gflops = 0.200643286239496 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.001843058 Relative Rsd = 8.0995374561459e-07
BICGSTAB_SOLVER_TIME: 2.350272 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.35012
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 210 resid = 2.037694e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906423(s) Flops=1380943872 => 1523.50930194843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219306.482274093 Mflops = 219.306482274093 Gflops = 0.219306482274093 Tflops
InvBiCGStab: k = 240 resid = 1.136297e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.040708(s) Flops=1577797632 => 1516.0810063918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218306.876535863 Mflops = 218.306876535863 Gflops = 0.218306876535863 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.001804281 Relative Rsd = 7.9039728746522e-07
BICGSTAB_SOLVER_TIME: 1.952475 sec
2Flav::invert,  n_count = 450
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321064000000002
MInvCG2: 299 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.458982(s) Flops=1935525888 => 1326.6276677848 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191098.948977281 Mflops = 191.098948977281 Gflops = 0.191098948977281 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.214628000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.14686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805649(s) Flops=1216899072 => 1510.45811761698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217404.526538086 Mflops = 217.404526538086 Gflops = 0.217404526538086 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.128587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95595(s) Flops=1485932544 => 1554.40404205241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223822.626459316 Mflops = 223.822626459316 Gflops = 0.223822626459316 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.003168799 Relative Rsd = 1.39435562049613e-06
BICGSTAB_SOLVER_TIME: 1.765011 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.122123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293785999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 157 resid = 1.913082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735754(s) Flops=1033168896 => 1404.23143605064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202161.758675535 Mflops = 202.161758675535 Gflops = 0.202161758675535 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 5.226649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968573(s) Flops=1275955200 => 1317.35573880337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189695.340698575 Mflops = 189.695340698575 Gflops = 0.189695340698575 Tflops
BICGSTAB_SOLVER: 351 iterations. Rsd = 0.001814349 Relative Rsd = 7.97337052846564e-07
BICGSTAB_SOLVER_TIME: 1.70886 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.180111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.149056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250758999999998
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037602(s) Flops=1272102912 => 1226.00275635552 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  176552.751416812 Mflops = 176.552751416812 Gflops = 0.176552751416812 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140584000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.563255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.3e-05 s
InvBiCGStab: k = 131 resid = 2.206485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.570276(s) Flops=862562304 => 1512.53481472129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217724.017264674 Mflops = 217.724017264674 Gflops = 0.217724017264674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 172 resid = 1.015528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710773(s) Flops=1131595776 => 1592.0635364596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229234.736749896 Mflops = 229.234736749896 Gflops = 0.229234736749896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 303 iterations. Rsd = 0.00183687 Relative Rsd = 8.04673251479136e-07
BICGSTAB_SOLVER_TIME: 1.285846 sec
2Flav::invert,  n_count = 303
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.218014999999997
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000122 s
InvBiCGStab: k = 117 resid = 1.989125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.53591(s) Flops=770697216 => 1438.10941389412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206866.794945642 Mflops = 206.866794945642 Gflops = 0.206866794945642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 144 resid = 1.023846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.592683(s) Flops=947865600 => 1599.27920996553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230250.593989021 Mflops = 230.250593989021 Gflops = 0.230250593989021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 261 iterations. Rsd = 0.001527155 Relative Rsd = 6.68997408196321e-07
BICGSTAB_SOLVER_TIME: 1.132624 sec
2Flav::invert,  n_count = 261
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187384999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005315 s
InvBiCGStab: k = 80 resid = 2.022902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404436(s) Flops=527910912 => 1305.30148651455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187952.89677526 Mflops = 187.95289677526 Gflops = 0.18795289677526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.013541 s
InvBiCGStab: k = 107 resid = 1.016393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.554031(s) Flops=705079296 => 1272.63509803603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183248.213251253 Mflops = 183.248213251253 Gflops = 0.183248213251253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001335799 Relative Rsd = 5.85170353821627e-07
BICGSTAB_SOLVER_TIME: 0.982604 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137057
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.009601 s
InvBiCGStab: k = 77 resid = 2.274557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30555(s) Flops=508225536 => 1663.31381443299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239474.088711239 Mflops = 239.474088711239 Gflops = 0.239474088711239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011515 s
InvBiCGStab: k = 99 resid = 7.035474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469941(s) Flops=652584960 => 1388.65295856288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199925.451046419 Mflops = 199.925451046419 Gflops = 0.199925451046419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00127286 Relative Rsd = 5.5759865429244e-07
BICGSTAB_SOLVER_TIME: 0.802931 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130282
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.019947 s
InvBiCGStab: k = 67 resid = 1.134183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305896(s) Flops=442607616 => 1446.92188194681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208297.21193084 Mflops = 208.29721193084 Gflops = 0.20829721193084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.026093 s
InvBiCGStab: k = 86 resid = 9.079631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411477(s) Flops=567281664 => 1378.64732172151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198501.12406365 Mflops = 198.50112406365 Gflops = 0.19850112406365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001209032 Relative Rsd = 5.29637739639083e-07
BICGSTAB_SOLVER_TIME: 0.768676 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114857
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.08459(s) Flops=1265983488 => 1167.24613725002 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  168099.512275972 Mflops = 168.099512275972 Gflops = 0.168099512275972 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140034000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.563059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021105
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013258 s
InvBiCGStab: k = 31 resid = 2.042153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140118(s) Flops=206383104 => 1472.92356442427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212050.098948123 Mflops = 212.050098948123 Gflops = 0.212050098948123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.038743 s
InvBiCGStab: k = 45 resid = 8.626143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333557(s) Flops=298248192 => 894.144604970065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  128723.809325121 Mflops = 128.723809325121 Gflops = 0.128723809325121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007111879 Relative Rsd = 3.11548424190601e-07
BICGSTAB_SOLVER_TIME: 0.531886 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0608750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.022343 s
InvBiCGStab: k = 72 resid = 2.135488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273978(s) Flops=475416576 => 1735.23631824453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249812.483669535 Mflops = 249.812483669535 Gflops = 0.249812483669535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024961 s
InvBiCGStab: k = 108 resid = 8.01384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414942(s) Flops=711641088 => 1715.03749439681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246927.164828839 Mflops = 246.927164828839 Gflops = 0.246927164828839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001270622 Relative Rsd = 5.56618374796005e-07
BICGSTAB_SOLVER_TIME: 0.740518 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136291
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.036969 s
InvBiCGStab: k = 51 resid = 1.898579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306023(s) Flops=337618944 => 1103.24695856194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  158838.488634022 Mflops = 158.838488634022 Gflops = 0.158838488634022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.030658 s
InvBiCGStab: k = 68 resid = 9.430229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304809(s) Flops=449169408 => 1473.60940129721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212140.470251856 Mflops = 212.140470251856 Gflops = 0.212140470251856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001029813 Relative Rsd = 4.51127612729757e-07
BICGSTAB_SOLVER_TIME: 0.682554 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0942500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024973 s
InvBiCGStab: k = 63 resid = 1.641337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234798(s) Flops=416360448 => 1773.2708455779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255286.989393754 Mflops = 255.286989393754 Gflops = 0.255286989393754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.035873 s
InvBiCGStab: k = 78 resid = 9.408831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32327(s) Flops=514787328 => 1592.43767748322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229268.994645784 Mflops = 229.268994645784 Gflops = 0.229268994645784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001166844 Relative Rsd = 5.11156650953564e-07
BICGSTAB_SOLVER_TIME: 0.623608 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110747
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.037945 s
InvBiCGStab: k = 52 resid = 1.686517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237074(s) Flops=344180736 => 1451.78609210626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208995.862214134 Mflops = 208.995862214134 Gflops = 0.208995862214134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.043443 s
InvBiCGStab: k = 75 resid = 1.06188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314811(s) Flops=495101952 => 1572.69584607908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226406.886989064 Mflops = 226.406886989064 Gflops = 0.226406886989064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001100496 Relative Rsd = 4.82091838163706e-07
BICGSTAB_SOLVER_TIME: 0.63711 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101767
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052005(s) Flops=1259790336 => 1197.51363919373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  172439.062235979 Mflops = 172.439062235979 Gflops = 0.172439062235979 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139048000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.70733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 30 resid = 1.805364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15687(s) Flops=199821312 => 1273.80195065978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183367.988124333 Mflops = 183.367988124333 Gflops = 0.183367988124333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.045372 s
InvBiCGStab: k = 48 resid = 9.783589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203268(s) Flops=317933568 => 1564.11027805656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225169.34644852 Mflops = 225.16934644852 Gflops = 0.22516934644852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007011134 Relative Rsd = 3.07135126545092e-07
BICGSTAB_SOLVER_TIME: 0.451155 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.044796 s
InvBiCGStab: k = 56 resid = 1.41934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289657(s) Flops=370427904 => 1278.8501710644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184121.220782408 Mflops = 184.121220782408 Gflops = 0.184121220782408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.056627 s
InvBiCGStab: k = 70 resid = 1.130672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287301(s) Flops=462292992 => 1609.08939405014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231656.238159566 Mflops = 231.656238159566 Gflops = 0.231656238159566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001009547 Relative Rsd = 4.42249866656565e-07
BICGSTAB_SOLVER_TIME: 0.682348 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043574 s
InvBiCGStab: k = 57 resid = 1.614093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229283(s) Flops=376989696 => 1644.21128474418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236715.686151321 Mflops = 236.715686151321 Gflops = 0.236715686151321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061883 s
InvBiCGStab: k = 63 resid = 1.131872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273108(s) Flops=416360448 => 1524.5267366756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219472.411199495 Mflops = 219.472411199495 Gflops = 0.219472411199495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001006333 Relative Rsd = 4.4084197070099e-07
BICGSTAB_SOLVER_TIME: 0.614096 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055963 s
InvBiCGStab: k = 62 resid = 1.791705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275509(s) Flops=409798656 => 1487.4238445931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214162.739322946 Mflops = 214.162739322946 Gflops = 0.214162739322946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070604 s
InvBiCGStab: k = 76 resid = 1.143443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301937(s) Flops=501663744 => 1661.48482630483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239200.912372297 Mflops = 239.200912372297 Gflops = 0.239200912372297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001090706 Relative Rsd = 4.77802822129518e-07
BICGSTAB_SOLVER_TIME: 0.707882 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052093 s
InvBiCGStab: k = 48 resid = 2.277059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193019(s) Flops=317933568 => 1647.16203068092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237134.486378383 Mflops = 237.134486378383 Gflops = 0.237134486378383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077807 s
InvBiCGStab: k = 69 resid = 7.769842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381623(s) Flops=455731200 => 1194.19217395178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171936.446740883 Mflops = 171.936446740883 Gflops = 0.171936446740883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009878615 Relative Rsd = 4.32750202548881e-07
BICGSTAB_SOLVER_TIME: 0.710805 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.169346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977500000000003
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.894231(s) Flops=1259642880 => 1408.63253454644 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202830.747100081 Mflops = 202.830747100081 Gflops = 0.202830747100081 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139313000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.642471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055333 s
InvBiCGStab: k = 29 resid = 2.087201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135305(s) Flops=193259520 => 1428.32504342042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205617.537018371 Mflops = 205.617537018371 Gflops = 0.205617537018371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091415 s
InvBiCGStab: k = 49 resid = 9.607899e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228033(s) Flops=324495360 => 1423.01929983818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204829.603100026 Mflops = 204.829603100026 Gflops = 0.204829603100026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0006940195 Relative Rsd = 3.04027499787496e-07
BICGSTAB_SOLVER_TIME: 0.514026 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054168 s
InvBiCGStab: k = 58 resid = 1.720186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3131(s) Flops=383551488 => 1225.01273714468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176366.307824035 Mflops = 176.366307824035 Gflops = 0.176366307824035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.126425 s
InvBiCGStab: k = 72 resid = 8.817721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342053(s) Flops=475416576 => 1389.89155481753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200084.393153784 Mflops = 200.084393153784 Gflops = 0.200084393153784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047142 Relative Rsd = 4.58718837584731e-07
BICGSTAB_SOLVER_TIME: 0.84255 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.155694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045899 s
InvBiCGStab: k = 49 resid = 2.242542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189152(s) Flops=324495360 => 1715.52698358992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246974.862967048 Mflops = 246.974862967048 Gflops = 0.246974862967048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062764 s
InvBiCGStab: k = 71 resid = 6.999255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281202(s) Flops=468854784 => 1667.32378859325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240032.751984762 Mflops = 240.032751984762 Gflops = 0.240032751984762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001042228 Relative Rsd = 4.5656652690595e-07
BICGSTAB_SOLVER_TIME: 0.582932 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999620000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047342 s
InvBiCGStab: k = 53 resid = 1.931243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238132(s) Flops=350742528 => 1472.89120319823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212048.439925931 Mflops = 212.048439925931 Gflops = 0.212048439925931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071699 s
InvBiCGStab: k = 77 resid = 1.018471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39256(s) Flops=508225536 => 1294.64422253923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186373.75504034 Mflops = 186.37375504034 Gflops = 0.18637375504034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001027042 Relative Rsd = 4.49913865356166e-07
BICGSTAB_SOLVER_TIME: 0.753754 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041536 s
InvBiCGStab: k = 48 resid = 2.120362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219638(s) Flops=317933568 => 1447.5344339322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208405.13300773 Mflops = 208.40513300773 Gflops = 0.20840513300773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073454 s
InvBiCGStab: k = 68 resid = 1.059923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282871(s) Flops=449169408 => 1587.89486373647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228599.847242338 Mflops = 228.599847242338 Gflops = 0.228599847242338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001007685 Relative Rsd = 4.41434361015764e-07
BICGSTAB_SOLVER_TIME: 0.621549 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972010000000003
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988578(s) Flops=1253376000 => 1267.85746799949 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  182582.437811729 Mflops = 182.582437811729 Gflops = 0.182582437811729 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138443
CLOV_LINOP: Time spent in clov deriv (total) = 1.541766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 159 resid = 1.721665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690975(s) Flops=1046292480 => 1514.22624552263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217970.495250642 Mflops = 217.970495250642 Gflops = 0.217970495250642 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.006613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.941092(s) Flops=1289078784 => 1369.76914478074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197236.694082952 Mflops = 197.236694082952 Gflops = 0.197236694082952 Tflops
BICGSTAB_SOLVER: 355 iterations. Rsd = 0.002265922 Relative Rsd = 9.97035719598502e-07
BICGSTAB_SOLVER_TIME: 1.635767 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.157816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.157117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253706999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 6.328839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825695(s) Flops=1072539648 => 1298.953788021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187031.403165213 Mflops = 187.031403165213 Gflops = 0.187031403165213 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.125747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933184(s) Flops=1282516992 => 1374.34524381044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197898.258879378 Mflops = 197.898258879378 Gflops = 0.197898258879378 Tflops
BICGSTAB_SOLVER: 358 iterations. Rsd = 0.001860936 Relative Rsd = 8.17822975213608e-07
BICGSTAB_SOLVER_TIME: 1.762325 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.135715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.15477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.256746999999998
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892723(s) Flops=1253376000 => 1403.99205576646 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202166.12194127 Mflops = 202.16612194127 Gflops = 0.20216612194127 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138481000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051888 s
InvBiCGStab: k = 24 resid = 2.009795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111565(s) Flops=160450560 => 1438.18007439609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206966.324865707 Mflops = 206.966324865707 Gflops = 0.206966324865707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066894 s
InvBiCGStab: k = 48 resid = 1.07668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2407(s) Flops=317933568 => 1320.87066057333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190142.398857252 Mflops = 190.142398857252 Gflops = 0.190142398857252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007208601 Relative Rsd = 3.1578549897689e-07
BICGSTAB_SOLVER_TIME: 0.474903 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0654820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043402 s
InvBiCGStab: k = 76 resid = 2.130301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286447(s) Flops=501663744 => 1751.33181356411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252139.786488306 Mflops = 252.139786488306 Gflops = 0.252139786488306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058454 s
InvBiCGStab: k = 93 resid = 1.070319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384302(s) Flops=613214208 => 1595.65708219057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229735.837735661 Mflops = 229.735837735661 Gflops = 0.229735837735661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001258573 Relative Rsd = 5.51340001658974e-07
BICGSTAB_SOLVER_TIME: 0.776512 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056948 s
InvBiCGStab: k = 47 resid = 1.29269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34864(s) Flops=311371776 => 893.103992657182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  128595.551076013 Mflops = 128.595551076013 Gflops = 0.128595551076013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062396 s
InvBiCGStab: k = 67 resid = 1.096979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273266(s) Flops=442607616 => 1619.69515417213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233185.89813047 Mflops = 233.18589813047 Gflops = 0.23318589813047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009835404 Relative Rsd = 4.30857266623969e-07
BICGSTAB_SOLVER_TIME: 0.745223 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957970000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05336 s
InvBiCGStab: k = 54 resid = 2.102386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270211(s) Flops=357304320 => 1322.31596789176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190387.772270907 Mflops = 190.387772270907 Gflops = 0.190387772270907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070554 s
InvBiCGStab: k = 77 resid = 1.120607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486724(s) Flops=508225536 => 1044.17603405626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  150350.546143765 Mflops = 150.350546143765 Gflops = 0.150350546143765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001065618 Relative Rsd = 4.66812849639547e-07
BICGSTAB_SOLVER_TIME: 0.88876 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048101 s
InvBiCGStab: k = 54 resid = 1.290513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252506(s) Flops=357304320 => 1415.03298931511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203717.962990912 Mflops = 203.717962990912 Gflops = 0.203717962990912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076162 s
InvBiCGStab: k = 81 resid = 1.127623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374024(s) Flops=534472704 => 1428.97970183732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205745.156491176 Mflops = 205.745156491176 Gflops = 0.205745156491176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001042827 Relative Rsd = 4.56828859531569e-07
BICGSTAB_SOLVER_TIME: 0.754972 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.163588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110603
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865263(s) Flops=1247109120 => 1441.30642359606 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207524.609269455 Mflops = 207.524609269455 Gflops = 0.207524609269455 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137773000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.600339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059544 s
InvBiCGStab: k = 35 resid = 1.966272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173468(s) Flops=232630272 => 1341.05582585837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193065.425955968 Mflops = 193.065425955968 Gflops = 0.193065425955968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070497 s
InvBiCGStab: k = 49 resid = 9.402021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244506(s) Flops=324495360 => 1327.14681848298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191036.323705872 Mflops = 191.036323705872 Gflops = 0.191036323705872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007750962 Relative Rsd = 3.39544603814918e-07
BICGSTAB_SOLVER_TIME: 0.551899 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041633 s
InvBiCGStab: k = 75 resid = 1.984561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33401(s) Flops=495101952 => 1482.29679350918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213419.451442427 Mflops = 213.419451442427 Gflops = 0.213419451442427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.095679 s
InvBiCGStab: k = 89 resid = 9.668075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363679(s) Flops=586967040 => 1613.9701220032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232361.280940126 Mflops = 232.361280940126 Gflops = 0.232361280940126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001270758 Relative Rsd = 5.56678144204486e-07
BICGSTAB_SOLVER_TIME: 0.839696 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047467 s
InvBiCGStab: k = 50 resid = 1.909147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245828(s) Flops=331057152 => 1346.70237727191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193886.66010576 Mflops = 193.88666010576 Gflops = 0.19388666010576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056498 s
InvBiCGStab: k = 56 resid = 1.088849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214213(s) Flops=370427904 => 1729.25034428349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248931.83441225 Mflops = 248.93183441225 Gflops = 0.24893183441225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009995661 Relative Rsd = 4.37877571233257e-07
BICGSTAB_SOLVER_TIME: 0.568171 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0899110000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044006 s
InvBiCGStab: k = 55 resid = 2.151974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255072(s) Flops=363866112 => 1426.52314640572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205366.714777501 Mflops = 205.366714777501 Gflops = 0.205366714777501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070947 s
InvBiCGStab: k = 74 resid = 1.11994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351068(s) Flops=488540160 => 1391.5827133205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200361.138783035 Mflops = 200.361138783035 Gflops = 0.200361138783035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00104903 Relative Rsd = 4.59546174712536e-07
BICGSTAB_SOLVER_TIME: 0.726736 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064337 s
InvBiCGStab: k = 50 resid = 2.203866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247063(s) Flops=331057152 => 1339.97058240206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192917.426847764 Mflops = 192.917426847764 Gflops = 0.192917426847764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065415 s
InvBiCGStab: k = 74 resid = 9.445435e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326849(s) Flops=488540160 => 1494.69681718469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215192.248376531 Mflops = 215.192248376531 Gflops = 0.215192248376531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001046647 Relative Rsd = 4.58502096982304e-07
BICGSTAB_SOLVER_TIME: 0.707598 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.15246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102775
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931239(s) Flops=1246740480 => 1338.79753747427 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192772.911365448 Mflops = 192.772911365448 Gflops = 0.192772911365448 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137644
CLOV_LINOP: Time spent in clov deriv (total) = 1.59147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04693 s
InvBiCGStab: k = 26 resid = 1.80172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116166(s) Flops=173574144 => 1494.19058932906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215076.080157762 Mflops = 215.076080157762 Gflops = 0.215076080157762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058576 s
InvBiCGStab: k = 47 resid = 1.102693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218231(s) Flops=311371776 => 1426.79901572187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205447.280772696 Mflops = 205.447280772696 Gflops = 0.205447280772696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007024368 Relative Rsd = 3.07714869408242e-07
BICGSTAB_SOLVER_TIME: 0.446365 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.152565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062318 s
InvBiCGStab: k = 53 resid = 1.951839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218808(s) Flops=350742528 => 1602.96939782823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230758.940854442 Mflops = 230.758940854442 Gflops = 0.230758940854442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056051 s
InvBiCGStab: k = 61 resid = 1.090886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23453(s) Flops=403236864 => 1719.34022939496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247518.299084004 Mflops = 247.518299084004 Gflops = 0.247518299084004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009943271 Relative Rsd = 4.35582568741395e-07
BICGSTAB_SOLVER_TIME: 0.575485 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047396 s
InvBiCGStab: k = 49 resid = 1.998894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230315(s) Flops=324495360 => 1408.9197837744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202842.10805264 Mflops = 202.84210805264 Gflops = 0.20284210805264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084453 s
InvBiCGStab: k = 63 resid = 1.093754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331765(s) Flops=416360448 => 1254.98605338116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180664.660054781 Mflops = 180.664660054781 Gflops = 0.180664660054781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0009812741 Relative Rsd = 4.29864441671488e-07
BICGSTAB_SOLVER_TIME: 0.698048 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0942440000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045236 s
InvBiCGStab: k = 61 resid = 2.228586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297026(s) Flops=403236864 => 1357.58103331022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195457.962130423 Mflops = 195.457962130423 Gflops = 0.195457962130423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074025 s
InvBiCGStab: k = 64 resid = 8.355307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321178(s) Flops=422922240 => 1316.78458674006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189591.675539047 Mflops = 189.591675539047 Gflops = 0.189591675539047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001062052 Relative Rsd = 4.65250430383888e-07
BICGSTAB_SOLVER_TIME: 0.741815 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.149685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053242 s
InvBiCGStab: k = 56 resid = 2.066932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306013(s) Flops=370427904 => 1210.49727952734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174285.362290288 Mflops = 174.285362290288 Gflops = 0.174285362290288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063738 s
InvBiCGStab: k = 64 resid = 1.028072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297201(s) Flops=422922240 => 1423.01755377674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204877.771772732 Mflops = 204.877771772732 Gflops = 0.204877771772732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001027213 Relative Rsd = 4.49988934101289e-07
BICGSTAB_SOLVER_TIME: 0.724287 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999780000000002
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016588(s) Flops=1234206720 => 1214.0677639319 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  174831.136104505 Mflops = 174.831136104505 Gflops = 0.174831136104505 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135946
CLOV_LINOP: Time spent in clov deriv (total) = 1.505283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046212 s
InvBiCGStab: k = 28 resid = 1.644146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125402(s) Flops=186697728 => 1488.79386293679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214296.126523851 Mflops = 214.296126523851 Gflops = 0.214296126523851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068561 s
InvBiCGStab: k = 49 resid = 5.914844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210025(s) Flops=324495360 => 1545.032067611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222401.014454028 Mflops = 222.401014454028 Gflops = 0.222401014454028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007126452 Relative Rsd = 3.12186814510879e-07
BICGSTAB_SOLVER_TIME: 0.454287 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692670000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044718 s
InvBiCGStab: k = 59 resid = 1.816801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273726(s) Flops=390113280 => 1425.19629118169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205182.109072393 Mflops = 205.182109072393 Gflops = 0.205182109072393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060832 s
InvBiCGStab: k = 71 resid = 1.069089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301774(s) Flops=468854784 => 1553.66195894941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223679.390330404 Mflops = 223.679390330404 Gflops = 0.223679390330404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001075502 Relative Rsd = 4.71142867895935e-07
BICGSTAB_SOLVER_TIME: 0.685712 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043033 s
InvBiCGStab: k = 45 resid = 1.933285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174605(s) Flops=298248192 => 1708.13087826809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245886.088274707 Mflops = 245.886088274707 Gflops = 0.245886088274707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057283 s
InvBiCGStab: k = 61 resid = 1.011425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249367(s) Flops=403236864 => 1617.04180585242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232786.515855705 Mflops = 232.786515855705 Gflops = 0.232786515855705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009568056 Relative Rsd = 4.19145598925705e-07
BICGSTAB_SOLVER_TIME: 0.528582 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0901490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050963 s
InvBiCGStab: k = 57 resid = 1.861701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291799(s) Flops=376989696 => 1291.94992443429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185994.237225869 Mflops = 185.994237225869 Gflops = 0.185994237225869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077854 s
InvBiCGStab: k = 66 resid = 7.223051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371391(s) Flops=436045824 => 1174.08828970007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169043.654524859 Mflops = 169.043654524859 Gflops = 0.169043654524859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001061129 Relative Rsd = 4.64846476898753e-07
BICGSTAB_SOLVER_TIME: 0.797152 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052905 s
InvBiCGStab: k = 45 resid = 1.986348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236363(s) Flops=298248192 => 1261.82267106104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181669.63375684 Mflops = 181.66963375684 Gflops = 0.18166963375684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084239 s
InvBiCGStab: k = 68 resid = 8.407291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365625(s) Flops=449169408 => 1228.49752615385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176855.434701681 Mflops = 176.855434701681 Gflops = 0.176855434701681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009536496 Relative Rsd = 4.17763048871166e-07
BICGSTAB_SOLVER_TIME: 0.744685 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949130000000002
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986214(s) Flops=1227792384 => 1244.95533829372 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  179270.207740194 Mflops = 179.270207740194 Gflops = 0.179270207740194 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135436
CLOV_LINOP: Time spent in clov deriv (total) = 1.569959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.2635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860636(s) Flops=1210337280 => 1406.32890095232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202455.383323511 Mflops = 202.455383323511 Gflops = 0.202455383323511 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 7.038993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858579(s) Flops=1361258496 => 1585.47844286897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228297.78514771 Mflops = 228.29778514771 Gflops = 0.22829778514771 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.002077275 Relative Rsd = 9.13998195425604e-07
BICGSTAB_SOLVER_TIME: 1.72289 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.133755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.121812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279004999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 165 resid = 1.745322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82281(s) Flops=1085663232 => 1319.45799394757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189752.164730635 Mflops = 189.752164730635 Gflops = 0.189752164730635 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 9.185997e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909255(s) Flops=1144719360 => 1258.96405298844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181283.39550451 Mflops = 181.28339550451 Gflops = 0.18128339550451 Tflops
BICGSTAB_SOLVER: 339 iterations. Rsd = 0.001856934 Relative Rsd = 8.1609206933365e-07
BICGSTAB_SOLVER_TIME: 1.735996 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.140709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.130539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241683999999998
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927344(s) Flops=1227792384 => 1323.98806052554 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190849.860488959 Mflops = 190.849860488959 Gflops = 0.190849860488959 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135518
CLOV_LINOP: Time spent in clov deriv (total) = 1.571185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048091 s
InvBiCGStab: k = 31 resid = 1.66601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13337(s) Flops=206383104 => 1547.44773187373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222696.458452078 Mflops = 222.696458452078 Gflops = 0.222696458452078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073435 s
InvBiCGStab: k = 45 resid = 1.138684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351643(s) Flops=298248192 => 848.156203877228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  122117.431345931 Mflops = 122.117431345931 Gflops = 0.122117431345931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007363129 Relative Rsd = 3.22554868966357e-07
BICGSTAB_SOLVER_TIME: 0.612133 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685390000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 71 resid = 2.21325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270936(s) Flops=468854784 => 1730.50013287271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249135.98494605 Mflops = 249.13598494605 Gflops = 0.24913598494605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058384 s
InvBiCGStab: k = 88 resid = 1.0857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384797(s) Flops=580405248 => 1508.34140598809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217167.876444929 Mflops = 217.167876444929 Gflops = 0.217167876444929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00118048 Relative Rsd = 5.1712991996087e-07
BICGSTAB_SOLVER_TIME: 0.75932 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.080424 s
InvBiCGStab: k = 58 resid = 2.21905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342089(s) Flops=383551488 => 1121.20380368851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  161421.355777683 Mflops = 161.421355777683 Gflops = 0.161421355777683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060138 s
InvBiCGStab: k = 61 resid = 9.23137e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225751(s) Flops=403236864 => 1786.20189500822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257135.263773671 Mflops = 257.135263773671 Gflops = 0.257135263773671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009841201 Relative Rsd = 4.31111184614435e-07
BICGSTAB_SOLVER_TIME: 0.712409 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999200000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 56 resid = 1.594984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256639(s) Flops=370427904 => 1443.38118524464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207826.15106879 Mflops = 207.82615106879 Gflops = 0.20782615106879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074487 s
InvBiCGStab: k = 72 resid = 8.4608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424938(s) Flops=475416576 => 1118.79044943027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  161096.684299134 Mflops = 161.096684299134 Gflops = 0.161096684299134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00107324 Relative Rsd = 4.70151725870485e-07
BICGSTAB_SOLVER_TIME: 0.802409 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044025 s
InvBiCGStab: k = 57 resid = 8.891972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28738(s) Flops=376989696 => 1311.81604843761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188869.453856429 Mflops = 188.869453856429 Gflops = 0.188869453856429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069755 s
InvBiCGStab: k = 71 resid = 8.372087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312461(s) Flops=468854784 => 1500.52257401724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216030.613279658 Mflops = 216.030613279658 Gflops = 0.216030613279658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001054037 Relative Rsd = 4.61739640606884e-07
BICGSTAB_SOLVER_TIME: 0.718128 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105727
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984517(s) Flops=1227939840 => 1247.25102766128 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  179591.043350507 Mflops = 179.591043350507 Gflops = 0.179591043350507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135652
CLOV_LINOP: Time spent in clov deriv (total) = 1.604093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054169 s
InvBiCGStab: k = 26 resid = 2.198853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131372(s) Flops=173574144 => 1321.24154309899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190169.516599094 Mflops = 190.169516599094 Gflops = 0.190169516599094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.09863 s
InvBiCGStab: k = 44 resid = 1.080112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275052(s) Flops=291686400 => 1060.47729156669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  152688.275751146 Mflops = 152.688275751146 Gflops = 0.152688275751146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007380988 Relative Rsd = 3.23337226044434e-07
BICGSTAB_SOLVER_TIME: 0.563877 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049786 s
InvBiCGStab: k = 67 resid = 2.245272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293113(s) Flops=442607616 => 1510.02383381153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217386.768534433 Mflops = 217.386768534433 Gflops = 0.217386768534433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065989 s
InvBiCGStab: k = 86 resid = 1.124154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357481(s) Flops=567281664 => 1586.88619535024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228475.075576753 Mflops = 228.475075576753 Gflops = 0.228475075576753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001206919 Relative Rsd = 5.28712027776671e-07
BICGSTAB_SOLVER_TIME: 0.770384 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063184 s
InvBiCGStab: k = 51 resid = 1.759343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212239(s) Flops=337618944 => 1590.74884446308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228950.837805993 Mflops = 228.950837805993 Gflops = 0.228950837805993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065399 s
InvBiCGStab: k = 62 resid = 8.070537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239249(s) Flops=409798656 => 1712.85420628717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246591.533690217 Mflops = 246.591533690217 Gflops = 0.246591533690217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009986579 Relative Rsd = 4.37479737482779e-07
BICGSTAB_SOLVER_TIME: 0.584765 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948590000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045597 s
InvBiCGStab: k = 55 resid = 2.008556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274702(s) Flops=363866112 => 1324.58486650989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190703.919065054 Mflops = 190.703919065054 Gflops = 0.190703919065054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.090869 s
InvBiCGStab: k = 79 resid = 9.55715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396315(s) Flops=521349120 => 1315.49176791189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189383.755430771 Mflops = 189.383755430771 Gflops = 0.189383755430771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001078617 Relative Rsd = 4.72507058746504e-07
BICGSTAB_SOLVER_TIME: 0.811494 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051777 s
InvBiCGStab: k = 50 resid = 2.073867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252815(s) Flops=331057152 => 1309.48382018472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188523.336492494 Mflops = 188.523336492494 Gflops = 0.188523336492494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069524 s
InvBiCGStab: k = 68 resid = 1.127875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341755(s) Flops=449169408 => 1314.30237450805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189160.305385616 Mflops = 189.160305385616 Gflops = 0.189160305385616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001052324 Relative Rsd = 4.60989055151233e-07
BICGSTAB_SOLVER_TIME: 0.722282 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985520000000002
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921015(s) Flops=1228087296 => 1333.40640054722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192336.094118819 Mflops = 192.336094118819 Gflops = 0.192336094118819 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135856
CLOV_LINOP: Time spent in clov deriv (total) = 1.561162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047462 s
InvBiCGStab: k = 27 resid = 1.653996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131323(s) Flops=180135936 => 1371.7013470603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197450.725369913 Mflops = 197.450725369913 Gflops = 0.197450725369913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079333 s
InvBiCGStab: k = 47 resid = 8.450988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221296(s) Flops=311371776 => 1407.03752440171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202581.027013251 Mflops = 202.581027013251 Gflops = 0.202581027013251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007126724 Relative Rsd = 3.12198747993459e-07
BICGSTAB_SOLVER_TIME: 0.485197 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044984 s
InvBiCGStab: k = 45 resid = 1.951465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174917(s) Flops=298248192 => 1705.08407987788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245397.829539251 Mflops = 245.397829539251 Gflops = 0.245397829539251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 70 resid = 1.125096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265741(s) Flops=462292992 => 1739.63743645128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250445.26927799 Mflops = 250.44526927799 Gflops = 0.25044526927799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001026304 Relative Rsd = 4.49590590372923e-07
BICGSTAB_SOLVER_TIME: 0.547245 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044447 s
InvBiCGStab: k = 50 resid = 2.158757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218059(s) Flops=331057152 => 1518.19990002706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218577.969136075 Mflops = 218.577969136075 Gflops = 0.218577969136075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066061 s
InvBiCGStab: k = 68 resid = 7.558671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317366(s) Flops=449169408 => 1415.30412205466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203771.797123572 Mflops = 203.771797123572 Gflops = 0.203771797123572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009884855 Relative Rsd = 4.33023550696883e-07
BICGSTAB_SOLVER_TIME: 0.650172 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 52 resid = 2.179494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207866(s) Flops=344180736 => 1655.78178249449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238372.427796137 Mflops = 238.372427796137 Gflops = 0.238372427796137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062185 s
InvBiCGStab: k = 74 resid = 1.113864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374343(s) Flops=488540160 => 1305.0602255151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187897.566235239 Mflops = 187.897566235239 Gflops = 0.187897566235239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001050162 Relative Rsd = 4.60042230204255e-07
BICGSTAB_SOLVER_TIME: 0.690147 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067976 s
InvBiCGStab: k = 51 resid = 1.490857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307154(s) Flops=337618944 => 1099.18459144273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  158253.392499201 Mflops = 158.253392499201 Gflops = 0.158253392499201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084103 s
InvBiCGStab: k = 67 resid = 7.903874e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317089(s) Flops=442607616 => 1395.84664242531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200911.825078832 Mflops = 200.911825078832 Gflops = 0.200911825078832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009892222 Relative Rsd = 4.3334626470445e-07
BICGSTAB_SOLVER_TIME: 0.781027 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984490000000003
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.082336(s) Flops=1222115328 => 1129.14596576294 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  162591.597901426 Mflops = 162.591597901426 Gflops = 0.162591597901426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134922
CLOV_LINOP: Time spent in clov deriv (total) = 1.57065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043491 s
InvBiCGStab: k = 25 resid = 1.959904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103084(s) Flops=167012352 => 1620.15785184898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233189.38959337 Mflops = 233.18938959337 Gflops = 0.23318938959337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058038 s
InvBiCGStab: k = 56 resid = 9.547792e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21583(s) Flops=370427904 => 1716.29478756429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247061.590564019 Mflops = 247.061590564019 Gflops = 0.247061590564019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0006818864 Relative Rsd = 2.98712382743631e-07
BICGSTAB_SOLVER_TIME: 0.424525 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042755 s
InvBiCGStab: k = 52 resid = 1.652539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224062(s) Flops=344180736 => 1536.09597343592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221161.738141217 Mflops = 221.161738141217 Gflops = 0.221161738141217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07644 s
InvBiCGStab: k = 77 resid = 7.699025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389009(s) Flops=508225536 => 1306.46215383192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188077.388065683 Mflops = 188.077388065683 Gflops = 0.188077388065683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001075934 Relative Rsd = 4.71332069692407e-07
BICGSTAB_SOLVER_TIME: 0.73714 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045844 s
InvBiCGStab: k = 49 resid = 2.02697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194028(s) Flops=324495360 => 1672.41511534418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240754.292737044 Mflops = 240.754292737044 Gflops = 0.240754292737044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063956 s
InvBiCGStab: k = 62 resid = 8.735061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235938(s) Flops=409798656 => 1736.8912849986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250046.924700372 Mflops = 250.046924700372 Gflops = 0.250046924700372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001016956 Relative Rsd = 4.45495569927354e-07
BICGSTAB_SOLVER_TIME: 0.543646 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0935360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04955 s
InvBiCGStab: k = 61 resid = 6.13316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265814(s) Flops=403236864 => 1516.98881172549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218398.706562954 Mflops = 218.398706562954 Gflops = 0.218398706562954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06537 s
InvBiCGStab: k = 75 resid = 1.107945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362777(s) Flops=495101952 => 1364.75562673488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196491.778322854 Mflops = 196.491778322854 Gflops = 0.196491778322854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001075549 Relative Rsd = 4.71163318009247e-07
BICGSTAB_SOLVER_TIME: 0.747919 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047068 s
InvBiCGStab: k = 52 resid = 1.245721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286979(s) Flops=344180736 => 1199.32376933504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172670.173798005 Mflops = 172.670173798005 Gflops = 0.172670173798005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077882 s
InvBiCGStab: k = 67 resid = 1.082652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332685(s) Flops=442607616 => 1330.41049641553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191540.029227857 Mflops = 191.540029227857 Gflops = 0.191540029227857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009594292 Relative Rsd = 4.20294936092033e-07
BICGSTAB_SOLVER_TIME: 0.749672 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991210000000003
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05258(s) Flops=1215774720 => 1155.04258108647 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  166412.345611688 Mflops = 166.412345611688 Gflops = 0.166412345611688 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133975
CLOV_LINOP: Time spent in clov deriv (total) = 1.500935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021365
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.664725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858341(s) Flops=1190651904 => 1387.15487667489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199692.901621318 Mflops = 199.692901621318 Gflops = 0.199692901621318 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 9.224922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855679(s) Flops=1413752832 => 1652.19998620978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237905.207611607 Mflops = 237.905207611607 Gflops = 0.237905207611607 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.002037311 Relative Rsd = 8.96368895521899e-07
BICGSTAB_SOLVER_TIME: 1.717986 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.143756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.152168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282719999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 155 resid = 1.745232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.628835(s) Flops=1020045312 => 1622.11917593645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233408.60400734 Mflops = 233.40860400734 Gflops = 0.23340860400734 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 7.299631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9464(s) Flops=1249708032 => 1320.48608622147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190142.766394161 Mflops = 190.142766394161 Gflops = 0.190142766394161 Tflops
BICGSTAB_SOLVER: 345 iterations. Rsd = 0.001855802 Relative Rsd = 8.15617128530067e-07
BICGSTAB_SOLVER_TIME: 1.579051 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0.144676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.246314999999998
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99772(s) Flops=1215774720 => 1218.55302088762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  175458.267340112 Mflops = 175.458267340112 Gflops = 0.175458267340112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134105
CLOV_LINOP: Time spent in clov deriv (total) = 1.529479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050078 s
InvBiCGStab: k = 24 resid = 2.135804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121594(s) Flops=160450560 => 1319.55984670296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190390.4061708 Mflops = 190.3904061708 Gflops = 0.1903904061708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079077 s
InvBiCGStab: k = 50 resid = 8.466108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312431(s) Flops=331057152 => 1059.61684980044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  152530.253669141 Mflops = 152.530253669141 Gflops = 0.152530253669141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007475875 Relative Rsd = 3.2749390281667e-07
BICGSTAB_SOLVER_TIME: 0.567078 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 76 resid = 1.995675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303575(s) Flops=501663744 => 1652.51995058882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237911.976003768 Mflops = 237.911976003768 Gflops = 0.237911976003768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066828 s
InvBiCGStab: k = 90 resid = 8.522513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36904(s) Flops=593528832 => 1608.30487752005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231574.807203818 Mflops = 231.574807203818 Gflops = 0.231574807203818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001189953 Relative Rsd = 5.21279916022772e-07
BICGSTAB_SOLVER_TIME: 0.788746 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.179947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059431 s
InvBiCGStab: k = 51 resid = 1.614112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289661(s) Flops=337618944 => 1165.56576135552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  167808.826204356 Mflops = 167.808826204356 Gflops = 0.167808826204356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060277 s
InvBiCGStab: k = 62 resid = 1.149005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245793(s) Flops=409798656 => 1667.25112594744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240039.978223548 Mflops = 240.039978223548 Gflops = 0.240039978223548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009956993 Relative Rsd = 4.36183679678055e-07
BICGSTAB_SOLVER_TIME: 0.659102 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949440000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045449 s
InvBiCGStab: k = 53 resid = 2.00355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245152(s) Flops=350742528 => 1430.71452812949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205984.789912138 Mflops = 205.984789912138 Gflops = 0.205984789912138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077906 s
InvBiCGStab: k = 72 resid = 8.561045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410687(s) Flops=475416576 => 1157.61291689291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  166656.238855741 Mflops = 166.656238855741 Gflops = 0.166656238855741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001068106 Relative Rsd = 4.67902876377493e-07
BICGSTAB_SOLVER_TIME: 0.783329 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046623 s
InvBiCGStab: k = 58 resid = 1.579325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256944(s) Flops=383551488 => 1492.7435083131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214890.435760525 Mflops = 214.890435760525 Gflops = 0.214890435760525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064372 s
InvBiCGStab: k = 71 resid = 8.988025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338313(s) Flops=468854784 => 1385.86097489603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199527.582533366 Mflops = 199.527582533366 Gflops = 0.199527582533366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001059891 Relative Rsd = 4.64303911423643e-07
BICGSTAB_SOLVER_TIME: 0.712519 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106242
Monitoring force
num_pf = 1
MInvCG2: 186 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980745(s) Flops=1209434112 => 1233.17897312757 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  177557.834482911 Mflops = 177.557834482911 Gflops = 0.177557834482911 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13337
CLOV_LINOP: Time spent in clov deriv (total) = 1.596561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042841 s
InvBiCGStab: k = 29 resid = 1.474982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115628(s) Flops=193259520 => 1671.39032068357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240606.784806556 Mflops = 240.606784806556 Gflops = 0.240606784806556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058836 s
InvBiCGStab: k = 44 resid = 8.896102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229991(s) Flops=291686400 => 1268.25136635781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182572.304051616 Mflops = 182.572304051616 Gflops = 0.182572304051616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007421657 Relative Rsd = 3.25118808297488e-07
BICGSTAB_SOLVER_TIME: 0.451348 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060501 s
InvBiCGStab: k = 73 resid = 2.087282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436861(s) Flops=481978368 => 1103.27625491861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  158842.556469514 Mflops = 158.842556469514 Gflops = 0.158842556469514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057331 s
InvBiCGStab: k = 94 resid = 1.114537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372028(s) Flops=619776000 => 1665.93912286172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239845.453314347 Mflops = 239.845453314347 Gflops = 0.239845453314347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.00123539 Relative Rsd = 5.41184301996086e-07
BICGSTAB_SOLVER_TIME: 0.9307 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042021 s
InvBiCGStab: k = 45 resid = 2.163667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176723(s) Flops=298248192 => 1687.6591728298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242971.745636554 Mflops = 242.971745636554 Gflops = 0.242971745636554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066319 s
InvBiCGStab: k = 70 resid = 1.070927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394684(s) Flops=462292992 => 1171.29904429873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  168638.298602296 Mflops = 168.638298602296 Gflops = 0.168638298602296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009944339 Relative Rsd = 4.3562933371373e-07
BICGSTAB_SOLVER_TIME: 0.684387 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 63 resid = 1.780006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231154(s) Flops=416360448 => 1801.22536490824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.975468911 Mflops = 259.320975468911 Gflops = 0.259320975468911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 84 resid = 1.142308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341365(s) Flops=554158080 => 1623.35939536859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233714.239805866 Mflops = 233.714239805866 Gflops = 0.233714239805866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001121891 Relative Rsd = 4.91464109794952e-07
BICGSTAB_SOLVER_TIME: 0.674356 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042828 s
InvBiCGStab: k = 53 resid = 1.850428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234668(s) Flops=350742528 => 1494.63296231271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215197.305694206 Mflops = 215.197305694206 Gflops = 0.215197305694206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061454 s
InvBiCGStab: k = 71 resid = 9.57108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309209(s) Flops=468854784 => 1516.30380745709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218303.569021205 Mflops = 218.303569021205 Gflops = 0.218303569021205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001013499 Relative Rsd = 4.43981190588751e-07
BICGSTAB_SOLVER_TIME: 0.652146 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102954
Monitoring force
num_pf = 1
MInvCG2: 185 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00475(s) Flops=1203240960 => 1197.5525852202 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  172465.633790816 Mflops = 172.465633790816 Gflops = 0.172465633790816 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132738
CLOV_LINOP: Time spent in clov deriv (total) = 1.699555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052168 s
InvBiCGStab: k = 25 resid = 1.634522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112375(s) Flops=167012352 => 1486.20557953281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213879.835085513 Mflops = 213.879835085513 Gflops = 0.213879835085513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057658 s
InvBiCGStab: k = 44 resid = 1.061948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169805(s) Flops=291686400 => 1717.77273931863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247265.301199565 Mflops = 247.265301199565 Gflops = 0.247265301199565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0006885102 Relative Rsd = 3.01614054931132e-07
BICGSTAB_SOLVER_TIME: 0.395914 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044784 s
InvBiCGStab: k = 44 resid = 2.281948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19086(s) Flops=291686400 => 1528.27412763282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219999.952731816 Mflops = 219.999952731816 Gflops = 0.219999952731816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073794 s
InvBiCGStab: k = 65 resid = 1.091099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352169(s) Flops=429484032 => 1219.53957332985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175610.551199831 Mflops = 175.610551199831 Gflops = 0.175610551199831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009757345 Relative Rsd = 4.27437737390034e-07
BICGSTAB_SOLVER_TIME: 0.668752 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0919000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043657 s
InvBiCGStab: k = 49 resid = 2.182818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206736(s) Flops=324495360 => 1569.61225911307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225964.884888543 Mflops = 225.964884888543 Gflops = 0.225964884888543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057019 s
InvBiCGStab: k = 65 resid = 6.867706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243405(s) Flops=429484032 => 1764.48319467554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254029.027579893 Mflops = 254.029027579893 Gflops = 0.254029027579893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009596194 Relative Rsd = 4.20378215481154e-07
BICGSTAB_SOLVER_TIME: 0.555044 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957590000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046819 s
InvBiCGStab: k = 57 resid = 2.238201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334409(s) Flops=376989696 => 1127.33119024907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  162316.86612892 Mflops = 162.31686612892 Gflops = 0.16231686612892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081873 s
InvBiCGStab: k = 66 resid = 1.056107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27442(s) Flops=436045824 => 1588.97246556373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228722.860533851 Mflops = 228.722860533851 Gflops = 0.228722860533851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001027709 Relative Rsd = 4.50206235679393e-07
BICGSTAB_SOLVER_TIME: 0.741308 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 51 resid = 1.82686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206866(s) Flops=337618944 => 1632.0658977309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234967.45716978 Mflops = 234.96745716978 Gflops = 0.23496745716978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059464 s
InvBiCGStab: k = 64 resid = 1.146499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278841(s) Flops=422922240 => 1516.71468686456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218360.141185554 Mflops = 218.360141185554 Gflops = 0.218360141185554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009671082 Relative Rsd = 4.23658852237275e-07
BICGSTAB_SOLVER_TIME: 0.590586 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963490000000003
Monitoring force
num_pf = 1
MInvCG2: 185 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961817(s) Flops=1203240960 => 1251.00820634279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  180162.484089343 Mflops = 180.162484089343 Gflops = 0.180162484089343 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132651
CLOV_LINOP: Time spent in clov deriv (total) = 1.679872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053463 s
InvBiCGStab: k = 26 resid = 1.817443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115412(s) Flops=173574144 => 1503.9523099851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216486.170029366 Mflops = 216.486170029366 Gflops = 0.216486170029366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058946 s
InvBiCGStab: k = 46 resid = 9.784652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176957(s) Flops=304809984 => 1722.50876766672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247937.930756651 Mflops = 247.937930756651 Gflops = 0.247937930756651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006972931 Relative Rsd = 3.0546155760873e-07
BICGSTAB_SOLVER_TIME: 0.408662 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042174 s
InvBiCGStab: k = 55 resid = 1.880731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204298(s) Flops=363866112 => 1781.05567357488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256412.679292727 Mflops = 256.412679292727 Gflops = 0.256412679292727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057957 s
InvBiCGStab: k = 71 resid = 1.061547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300216(s) Flops=468854784 => 1561.72483811656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224853.5239282 Mflops = 224.8535239282 Gflops = 0.2248535239282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001041173 Relative Rsd = 4.56104180952632e-07
BICGSTAB_SOLVER_TIME: 0.61166 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0472 s
InvBiCGStab: k = 46 resid = 2.273097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201758(s) Flops=304809984 => 1510.77024950683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217468.669820107 Mflops = 217.468669820107 Gflops = 0.217468669820107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067182 s
InvBiCGStab: k = 64 resid = 8.735625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298393(s) Flops=422922240 => 1417.33298033131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204039.550695236 Mflops = 204.039550695236 Gflops = 0.204039550695236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.001001487 Relative Rsd = 4.38719289737505e-07
BICGSTAB_SOLVER_TIME: 0.618644 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927190000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047373 s
InvBiCGStab: k = 54 resid = 1.657108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257105(s) Flops=357304320 => 1389.72139787246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200128.721045084 Mflops = 200.128721045084 Gflops = 0.200128721045084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.090692 s
InvBiCGStab: k = 65 resid = 1.069664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258808(s) Flops=429484032 => 1659.46969181787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238882.007665486 Mflops = 238.882007665486 Gflops = 0.238882007665486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001040517 Relative Rsd = 4.55817063401652e-07
BICGSTAB_SOLVER_TIME: 0.658097 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991080000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041464 s
InvBiCGStab: k = 50 resid = 1.778619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208043(s) Flops=331057152 => 1591.29195406719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229098.177420584 Mflops = 229.098177420584 Gflops = 0.229098177420584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056917 s
InvBiCGStab: k = 58 resid = 1.121853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223019(s) Flops=383551488 => 1719.81529824813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247590.90166732 Mflops = 247.59090166732 Gflops = 0.24759090166732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0009583386 Relative Rsd = 4.19817163307601e-07
BICGSTAB_SOLVER_TIME: 0.535857 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.169142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0912920000000003
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929514(s) Flops=1215700992 => 1307.88884513843 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188326.016393482 Mflops = 188.326016393482 Gflops = 0.188326016393482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134066
CLOV_LINOP: Time spent in clov deriv (total) = 1.672554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.618554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825537(s) Flops=1216899072 => 1474.06969281813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212210.976049729 Mflops = 212.210976049729 Gflops = 0.212210976049729 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 4.671138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993596(s) Flops=1623730176 => 1634.19556439438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235314.184784618 Mflops = 235.314184784618 Gflops = 0.235314184784618 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002115393 Relative Rsd = 9.30671867556266e-07
BICGSTAB_SOLVER_TIME: 1.823473 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.157228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.137783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307960999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 159 resid = 1.885106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.61651(s) Flops=1046292480 => 1697.12166874828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244406.980634928 Mflops = 244.406980634928 Gflops = 0.244406980634928 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.047013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.010084(s) Flops=1243146240 => 1230.73550318587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177224.701411643 Mflops = 177.224701411643 Gflops = 0.177224701411643 Tflops
BICGSTAB_SOLVER: 348 iterations. Rsd = 0.001884736 Relative Rsd = 8.28345611547823e-07
BICGSTAB_SOLVER_TIME: 1.632976 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.121181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248587999999998
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888071(s) Flops=1215700992 => 1368.92319645614 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197117.364052177 Mflops = 197.117364052177 Gflops = 0.197117364052177 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134224
CLOV_LINOP: Time spent in clov deriv (total) = 1.649186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044634 s
InvBiCGStab: k = 32 resid = 1.737252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128895(s) Flops=212944896 => 1652.08034446643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237835.348127898 Mflops = 237.835348127898 Gflops = 0.237835348127898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059876 s
InvBiCGStab: k = 54 resid = 9.30314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208683(s) Flops=357304320 => 1712.18700133696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246479.099099114 Mflops = 246.479099099114 Gflops = 0.246479099099114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007255586 Relative Rsd = 3.17843744234219e-07
BICGSTAB_SOLVER_TIME: 0.445976 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047533 s
InvBiCGStab: k = 69 resid = 2.255234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267669(s) Flops=455731200 => 1702.59238088834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245109.158909668 Mflops = 245.109158909668 Gflops = 0.245109158909668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063421 s
InvBiCGStab: k = 93 resid = 9.995367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437445(s) Flops=613214208 => 1401.80870280835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201832.776309743 Mflops = 201.832776309743 Gflops = 0.201832776309743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001194533 Relative Rsd = 5.23286424023356e-07
BICGSTAB_SOLVER_TIME: 0.820002 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042817 s
InvBiCGStab: k = 49 resid = 2.256299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211926(s) Flops=324495360 => 1531.17295659806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220415.719578782 Mflops = 220.415719578782 Gflops = 0.220415719578782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066895 s
InvBiCGStab: k = 62 resid = 9.368774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286546(s) Flops=409798656 => 1430.13218122047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205904.497989912 Mflops = 205.904497989912 Gflops = 0.205904497989912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009838283 Relative Rsd = 4.30983384155687e-07
BICGSTAB_SOLVER_TIME: 0.614186 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0937150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048408 s
InvBiCGStab: k = 56 resid = 2.078136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279023(s) Flops=370427904 => 1327.58913781301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191129.5813958 Mflops = 191.1295813958 Gflops = 0.1911295813958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.097551 s
InvBiCGStab: k = 88 resid = 9.794529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422571(s) Flops=580405248 => 1373.50941735235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197741.457209972 Mflops = 197.741457209972 Gflops = 0.197741457209972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001059819 Relative Rsd = 4.64272343792372e-07
BICGSTAB_SOLVER_TIME: 0.851391 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044274 s
InvBiCGStab: k = 50 resid = 9.201245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211742(s) Flops=331057152 => 1563.4930812026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225075.210240106 Mflops = 225.075210240106 Gflops = 0.225075210240106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059169 s
InvBiCGStab: k = 70 resid = 7.218582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274045(s) Flops=462292992 => 1686.92365122516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242870.527414035 Mflops = 242.870527414035 Gflops = 0.242870527414035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001007858 Relative Rsd = 4.41509939738775e-07
BICGSTAB_SOLVER_TIME: 0.593447 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999140000000003
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955091(s) Flops=1234280448 => 1292.31711742651 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186346.843622924 Mflops = 186.346843622924 Gflops = 0.186346843622924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136276
CLOV_LINOP: Time spent in clov deriv (total) = 1.620657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058596 s
InvBiCGStab: k = 27 resid = 1.359324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180708(s) Flops=180135936 => 996.834318347832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  143503.002464213 Mflops = 143.503002464213 Gflops = 0.143503002464213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080855 s
InvBiCGStab: k = 48 resid = 1.004052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225224(s) Flops=317933568 => 1411.632721202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203227.238447535 Mflops = 203.227238447535 Gflops = 0.203227238447535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007405098 Relative Rsd = 3.24393415749507e-07
BICGSTAB_SOLVER_TIME: 0.549701 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049851 s
InvBiCGStab: k = 68 resid = 1.692107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282701(s) Flops=449169408 => 1588.84973169532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228747.678062825 Mflops = 228.747678062825 Gflops = 0.228747678062825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057946 s
InvBiCGStab: k = 94 resid = 1.047777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479445(s) Flops=619776000 => 1292.69467822169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186139.635509087 Mflops = 186.139635509087 Gflops = 0.186139635509087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001246081 Relative Rsd = 5.45867632933324e-07
BICGSTAB_SOLVER_TIME: 0.87778 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042793 s
InvBiCGStab: k = 48 resid = 2.27853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228862(s) Flops=317933568 => 1389.19334795641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199977.883176169 Mflops = 199.977883176169 Gflops = 0.199977883176169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062771 s
InvBiCGStab: k = 64 resid = 9.823319e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24516(s) Flops=422922240 => 1725.08663729809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248341.518321401 Mflops = 248.341518321402 Gflops = 0.248341518321401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001022994 Relative Rsd = 4.48140570243793e-07
BICGSTAB_SOLVER_TIME: 0.583432 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0943650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.071512 s
InvBiCGStab: k = 56 resid = 2.075317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242767(s) Flops=370427904 => 1525.85773189931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219656.991737121 Mflops = 219.656991737121 Gflops = 0.219656991737121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059091 s
InvBiCGStab: k = 74 resid = 9.502553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.462769(s) Flops=488540160 => 1055.68903707897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  152007.706707404 Mflops = 152.007706707404 Gflops = 0.152007706707404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001071937 Relative Rsd = 4.69580754627009e-07
BICGSTAB_SOLVER_TIME: 0.842327 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.148314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106891
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043312 s
InvBiCGStab: k = 52 resid = 2.162606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214469(s) Flops=344180736 => 1604.80412553796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231024.283459222 Mflops = 231.024283459222 Gflops = 0.231024283459222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063504 s
InvBiCGStab: k = 73 resid = 7.525838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282706(s) Flops=481978368 => 1704.87491599046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245448.201324803 Mflops = 245.448201324803 Gflops = 0.245448201324803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001011408 Relative Rsd = 4.43065219304001e-07
BICGSTAB_SOLVER_TIME: 0.608141 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10353
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034435(s) Flops=1240694784 => 1199.39366320745 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  172727.863126963 Mflops = 172.727863126963 Gflops = 0.172727863126963 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136745
CLOV_LINOP: Time spent in clov deriv (total) = 1.678903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048589 s
InvBiCGStab: k = 24 resid = 1.982972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112465(s) Flops=160450560 => 1426.67105321656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205379.493758421 Mflops = 205.379493758421 Gflops = 0.205379493758421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 43 resid = 1.05846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206229(s) Flops=285124608 => 1382.56311188048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199076.687962375 Mflops = 199.076687962375 Gflops = 0.199076687962375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007145599 Relative Rsd = 3.13025575143376e-07
BICGSTAB_SOLVER_TIME: 0.429403 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058699 s
InvBiCGStab: k = 49 resid = 2.109814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263516(s) Flops=324495360 => 1231.40666980373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177285.138042788 Mflops = 177.285138042788 Gflops = 0.177285138042788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060539 s
InvBiCGStab: k = 68 resid = 9.408259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269056(s) Flops=449169408 => 1669.42721217888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240332.398835483 Mflops = 240.332398835483 Gflops = 0.240332398835483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001018585 Relative Rsd = 4.4620923298391e-07
BICGSTAB_SOLVER_TIME: 0.65571 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059019 s
InvBiCGStab: k = 48 resid = 1.40681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266827(s) Flops=317933568 => 1191.53446989997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171532.517455523 Mflops = 171.532517455523 Gflops = 0.171532517455523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073676 s
InvBiCGStab: k = 61 resid = 1.116844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255679(s) Flops=403236864 => 1577.12156258433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227043.875384467 Mflops = 227.043875384467 Gflops = 0.227043875384467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009237371 Relative Rsd = 4.0465937102854e-07
BICGSTAB_SOLVER_TIME: 0.661061 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0920190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048984 s
InvBiCGStab: k = 56 resid = 1.457012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228777(s) Flops=370427904 => 1619.1658427202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233097.580948461 Mflops = 233.097580948461 Gflops = 0.233097580948461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059315 s
InvBiCGStab: k = 73 resid = 1.045498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355416(s) Flops=481978368 => 1356.09642784793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195241.038559884 Mflops = 195.241038559884 Gflops = 0.195241038559884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001033258 Relative Rsd = 4.52637096280635e-07
BICGSTAB_SOLVER_TIME: 0.696378 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047499 s
InvBiCGStab: k = 50 resid = 1.808277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204237(s) Flops=331057152 => 1620.94601859604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233366.83209522 Mflops = 233.36683209522 Gflops = 0.23336683209522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063878 s
InvBiCGStab: k = 61 resid = 1.063982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325588(s) Flops=403236864 => 1238.48810152708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178298.849800518 Mflops = 178.298849800518 Gflops = 0.178298849800518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009796078 Relative Rsd = 4.29134510320303e-07
BICGSTAB_SOLVER_TIME: 0.645729 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.182883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934710000000002
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879388(s) Flops=1240694784 => 1410.86162649479 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203131.618420953 Mflops = 203.131618420953 Gflops = 0.203131618420953 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137183
CLOV_LINOP: Time spent in clov deriv (total) = 1.724156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050983 s
InvBiCGStab: k = 26 resid = 2.189541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099505(s) Flops=173574144 => 1744.37610170343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251087.688483174 Mflops = 251.087688483174 Gflops = 0.251087688483174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059653 s
InvBiCGStab: k = 53 resid = 7.970478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229298(s) Flops=350742528 => 1529.63622883758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220212.902483351 Mflops = 220.212902483351 Gflops = 0.220212902483351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007442118 Relative Rsd = 3.26015119934654e-07
BICGSTAB_SOLVER_TIME: 0.444639 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043968 s
InvBiCGStab: k = 56 resid = 1.313812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217368(s) Flops=370427904 => 1704.15104339185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245355.15561358 Mflops = 245.35515561358 Gflops = 0.24535515561358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06047 s
InvBiCGStab: k = 66 resid = 1.120188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302078(s) Flops=436045824 => 1443.48752309006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207812.557013712 Mflops = 207.812557013712 Gflops = 0.207812557013712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001057578 Relative Rsd = 4.63290942344583e-07
BICGSTAB_SOLVER_TIME: 0.627844 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052701 s
InvBiCGStab: k = 49 resid = 2.237071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231286(s) Flops=324495360 => 1403.00476466366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201971.504091215 Mflops = 201.971504091215 Gflops = 0.201971504091215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057383 s
InvBiCGStab: k = 67 resid = 6.787336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25818(s) Flops=442607616 => 1714.33734603765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246796.735114029 Mflops = 246.796735114029 Gflops = 0.246796735114029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009476636 Relative Rsd = 4.1514076806964e-07
BICGSTAB_SOLVER_TIME: 0.603523 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970240000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043692 s
InvBiCGStab: k = 63 resid = 1.457389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286726(s) Flops=416360448 => 1452.11961245231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209060.884031406 Mflops = 209.060884031406 Gflops = 0.209060884031406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07126 s
InvBiCGStab: k = 66 resid = 1.151816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370337(s) Flops=436045824 => 1177.42981122599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169530.701585663 Mflops = 169.530701585663 Gflops = 0.169530701585663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001013417 Relative Rsd = 4.43945135152065e-07
BICGSTAB_SOLVER_TIME: 0.777889 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042946 s
InvBiCGStab: k = 48 resid = 1.453178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202201(s) Flops=317933568 => 1572.36397446106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226349.966162635 Mflops = 226.349966162635 Gflops = 0.226349966162635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 66 resid = 1.09543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258569(s) Flops=436045824 => 1686.38090413004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242776.568455458 Mflops = 242.776568455458 Gflops = 0.242776568455458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009701336 Relative Rsd = 4.24984157273879e-07
BICGSTAB_SOLVER_TIME: 0.563768 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955900000000003
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929613(s) Flops=1234575360 => 1328.05302851832 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191230.275429791 Mflops = 191.230275429791 Gflops = 0.191230275429791 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136246000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.618416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.466847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958002(s) Flops=1289078784 => 1345.59091108369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193714.008071782 Mflops = 193.714008071782 Gflops = 0.193714008071782 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.11551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.923411(s) Flops=1446561792 => 1566.54165046767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225572.586034253 Mflops = 225.572586034253 Gflops = 0.225572586034253 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002155467 Relative Rsd = 9.48249126261183e-07
BICGSTAB_SOLVER_TIME: 1.88491 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.13005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297088999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 158 resid = 1.571254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.611597(s) Flops=1039730688 => 1700.02581438431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244681.222481795 Mflops = 244.681222481795 Gflops = 0.244681222481795 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 9.063114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842793(s) Flops=1243146240 => 1475.03152019535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212400.636155029 Mflops = 212.400636155029 Gflops = 0.212400636155029 Tflops
BICGSTAB_SOLVER: 347 iterations. Rsd = 0.001883067 Relative Rsd = 8.27600022814885e-07
BICGSTAB_SOLVER_TIME: 1.459802 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.117873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247934999999997
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865746(s) Flops=1234575360 => 1426.02490799842 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205361.140668913 Mflops = 205.361140668913 Gflops = 0.205361140668913 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136266
CLOV_LINOP: Time spent in clov deriv (total) = 1.683173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049474 s
InvBiCGStab: k = 26 resid = 1.772451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143312(s) Flops=173574144 => 1211.16266607123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174360.95570823 Mflops = 174.36095570823 Gflops = 0.17436095570823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075059 s
InvBiCGStab: k = 52 resid = 8.686738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248642(s) Flops=344180736 => 1384.24214734437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199283.297841599 Mflops = 199.283297841599 Gflops = 0.199283297841599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007591292 Relative Rsd = 3.325499510934e-07
BICGSTAB_SOLVER_TIME: 0.521243 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06597 s
InvBiCGStab: k = 77 resid = 1.8878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293582(s) Flops=508225536 => 1731.11953730133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249229.86518405 Mflops = 249.22986518405 Gflops = 0.24922986518405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059994 s
InvBiCGStab: k = 96 resid = 1.06241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40863(s) Flops=632899584 => 1548.83289038984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222993.653208039 Mflops = 222.993653208039 Gflops = 0.222993653208039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001245185 Relative Rsd = 5.45475153950671e-07
BICGSTAB_SOLVER_TIME: 0.833084 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044206 s
InvBiCGStab: k = 51 resid = 2.009671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226749(s) Flops=337618944 => 1488.95450035061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214319.485727103 Mflops = 214.319485727103 Gflops = 0.214319485727103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061273 s
InvBiCGStab: k = 59 resid = 1.020375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222019(s) Flops=390113280 => 1757.11664317018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252962.044369613 Mflops = 252.962044369613 Gflops = 0.252962044369613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.00099609 Relative Rsd = 4.36354828257289e-07
BICGSTAB_SOLVER_TIME: 0.55816 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927580000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044362 s
InvBiCGStab: k = 52 resid = 2.065547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245487(s) Flops=344180736 => 1402.03243348935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201851.404123485 Mflops = 201.851404123485 Gflops = 0.201851404123485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092205 s
InvBiCGStab: k = 77 resid = 1.143052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401721(s) Flops=508225536 => 1265.12065836737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182144.776541558 Mflops = 182.144776541558 Gflops = 0.182144776541558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001064171 Relative Rsd = 4.66178998122473e-07
BICGSTAB_SOLVER_TIME: 0.788188 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057 s
InvBiCGStab: k = 49 resid = 1.42419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226456(s) Flops=324495360 => 1432.92895750168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206331.368456039 Mflops = 206.331368456039 Gflops = 0.206331368456039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.097685 s
InvBiCGStab: k = 67 resid = 9.412703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383693(s) Flops=442607616 => 1153.54623618362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  166064.017902539 Mflops = 166.064017902539 Gflops = 0.166064017902539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001001308 Relative Rsd = 4.38640600149377e-07
BICGSTAB_SOLVER_TIME: 0.7694 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969600000000002
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890647(s) Flops=1234427904 => 1385.9900768767 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199568.942044413 Mflops = 199.568942044413 Gflops = 0.199568942044413 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136177
CLOV_LINOP: Time spent in clov deriv (total) = 1.631223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054236 s
InvBiCGStab: k = 31 resid = 1.691406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138259(s) Flops=206383104 => 1492.72816959475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214856.644483852 Mflops = 214.856644483852 Gflops = 0.214856644483852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064612 s
InvBiCGStab: k = 50 resid = 5.883884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252495(s) Flops=331057152 => 1311.14339689895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188767.320785552 Mflops = 188.767320785552 Gflops = 0.188767320785552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007419262 Relative Rsd = 3.25013880347019e-07
BICGSTAB_SOLVER_TIME: 0.513488 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042836 s
InvBiCGStab: k = 72 resid = 1.562585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357131(s) Flops=475416576 => 1331.21060899222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191662.470352713 Mflops = 191.662470352713 Gflops = 0.191662470352713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066133 s
InvBiCGStab: k = 96 resid = 8.1583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46668(s) Flops=632899584 => 1356.17464643867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195274.730700159 Mflops = 195.274730700159 Gflops = 0.195274730700159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001244395 Relative Rsd = 5.45129388942564e-07
BICGSTAB_SOLVER_TIME: 0.937619 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043545 s
InvBiCGStab: k = 49 resid = 1.704104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192256(s) Flops=324495360 => 1687.82956058589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242986.615618796 Mflops = 242.986615618796 Gflops = 0.242986615618796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073988 s
InvBiCGStab: k = 65 resid = 9.439779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311596(s) Flops=429484032 => 1378.33615322405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198430.022669257 Mflops = 198.430022669257 Gflops = 0.198430022669257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001003487 Relative Rsd = 4.39595380751408e-07
BICGSTAB_SOLVER_TIME: 0.625635 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.079133 s
InvBiCGStab: k = 60 resid = 2.0127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330491(s) Flops=396675072 => 1200.25983158392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172826.873712171 Mflops = 172.826873712171 Gflops = 0.172826873712171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073453 s
InvBiCGStab: k = 72 resid = 8.521536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286593(s) Flops=475416576 => 1658.85620374538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238802.963316866 Mflops = 238.802963316866 Gflops = 0.238802963316866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001047714 Relative Rsd = 4.58969593712292e-07
BICGSTAB_SOLVER_TIME: 0.773462 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045481 s
InvBiCGStab: k = 49 resid = 1.946599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229855(s) Flops=324495360 => 1411.73940092667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203267.266869799 Mflops = 203.267266869799 Gflops = 0.203267266869799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064223 s
InvBiCGStab: k = 76 resid = 9.352722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323697(s) Flops=501663744 => 1549.79423349614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223115.730506484 Mflops = 223.115730506484 Gflops = 0.223115730506484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001027633 Relative Rsd = 4.50172679134359e-07
BICGSTAB_SOLVER_TIME: 0.667656 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103722
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866215(s) Flops=1227939840 => 1417.5924452936 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204109.717775114 Mflops = 204.109717775114 Gflops = 0.204109717775114 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135646
CLOV_LINOP: Time spent in clov deriv (total) = 1.595278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049558 s
InvBiCGStab: k = 26 resid = 2.005692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162108(s) Flops=173574144 => 1070.73151232512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  154168.808169222 Mflops = 154.168808169222 Gflops = 0.154168808169222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.089901 s
InvBiCGStab: k = 52 resid = 7.820282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30995(s) Flops=344180736 => 1110.43954186159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  159849.065261666 Mflops = 159.849065261666 Gflops = 0.159849065261666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007515494 Relative Rsd = 3.29229485064221e-07
BICGSTAB_SOLVER_TIME: 0.6177 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042686 s
InvBiCGStab: k = 54 resid = 1.316964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207184(s) Flops=357304320 => 1724.57487064638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248269.496295456 Mflops = 248.269496295456 Gflops = 0.248269496295456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062841 s
InvBiCGStab: k = 62 resid = 1.130805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296015(s) Flops=409798656 => 1384.38476428559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199316.748215006 Mflops = 199.316748215006 Gflops = 0.199316748215006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001033666 Relative Rsd = 4.52815843530401e-07
BICGSTAB_SOLVER_TIME: 0.616448 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.169502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053164 s
InvBiCGStab: k = 51 resid = 1.354728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297521(s) Flops=337618944 => 1134.77349161908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  163374.337137922 Mflops = 163.374337137922 Gflops = 0.163374337137922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058046 s
InvBiCGStab: k = 63 resid = 1.080226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256971(s) Flops=416360448 => 1620.26239536757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233261.59378629 Mflops = 233.26159378629 Gflops = 0.23326159378629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009503728 Relative Rsd = 4.16327588610741e-07
BICGSTAB_SOLVER_TIME: 0.670215 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956910000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059918 s
InvBiCGStab: k = 57 resid = 2.043412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246925(s) Flops=376989696 => 1526.73765718336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219794.620793807 Mflops = 219.794620793807 Gflops = 0.219794620793807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066897 s
InvBiCGStab: k = 72 resid = 1.142363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298394(s) Flops=475416576 => 1593.25112435237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229368.424507064 Mflops = 229.368424507064 Gflops = 0.229368424507064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001085866 Relative Rsd = 4.75682895046628e-07
BICGSTAB_SOLVER_TIME: 0.676921 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062663 s
InvBiCGStab: k = 50 resid = 1.210491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21423(s) Flops=331057152 => 1545.33516314242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222470.816280864 Mflops = 222.470816280864 Gflops = 0.222470816280864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060295 s
InvBiCGStab: k = 66 resid = 1.018748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244416(s) Flops=436045824 => 1784.03142183818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256831.719605427 Mflops = 256.831719605427 Gflops = 0.256831719605427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001006453 Relative Rsd = 4.40894549421249e-07
BICGSTAB_SOLVER_TIME: 0.585375 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972510000000003
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983161(s) Flops=1221672960 => 1242.59705175449 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  178917.618662316 Mflops = 178.917618662316 Gflops = 0.178917618662316 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134723
CLOV_LINOP: Time spent in clov deriv (total) = 1.570144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043405 s
InvBiCGStab: k = 32 resid = 1.520924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141018(s) Flops=212944896 => 1510.05471641918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217373.71839326 Mflops = 217.37371839326 Gflops = 0.21737371839326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074554 s
InvBiCGStab: k = 41 resid = 8.562816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19851(s) Flops=272001024 => 1370.2132084026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197218.363685628 Mflops = 197.218363685628 Gflops = 0.197218363685628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0006916798 Relative Rsd = 3.03002546228067e-07
BICGSTAB_SOLVER_TIME: 0.462102 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04186 s
InvBiCGStab: k = 65 resid = 1.553654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282666(s) Flops=429484032 => 1519.40464010528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218763.870047246 Mflops = 218.763870047246 Gflops = 0.218763870047246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06704 s
InvBiCGStab: k = 70 resid = 8.459434e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356179(s) Flops=462292992 => 1297.92321276661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186867.879092243 Mflops = 186.867879092243 Gflops = 0.186867879092243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001083474 Relative Rsd = 4.7463483948887e-07
BICGSTAB_SOLVER_TIME: 0.751644 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041198 s
InvBiCGStab: k = 51 resid = 1.66286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192685(s) Flops=337618944 => 1752.18073020733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252255.413212055 Mflops = 252.255413212055 Gflops = 0.252255413212055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060202 s
InvBiCGStab: k = 69 resid = 7.114677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278223(s) Flops=455731200 => 1638.00692250461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235828.220205096 Mflops = 235.828220205096 Gflops = 0.235828220205096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009738671 Relative Rsd = 4.26619707358686e-07
BICGSTAB_SOLVER_TIME: 0.576171 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054337 s
InvBiCGStab: k = 53 resid = 2.257202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289991(s) Flops=350742528 => 1209.49452914056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174137.212926725 Mflops = 174.137212926725 Gflops = 0.174137212926725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067768 s
InvBiCGStab: k = 73 resid = 9.952764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317528(s) Flops=481978368 => 1517.90824116298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218520.501104147 Mflops = 218.520501104147 Gflops = 0.218520501104147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001036855 Relative Rsd = 4.54212723963594e-07
BICGSTAB_SOLVER_TIME: 0.733876 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042826 s
InvBiCGStab: k = 49 resid = 2.268231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189693(s) Flops=324495360 => 1710.63434075058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246325.332022122 Mflops = 246.325332022122 Gflops = 0.246325332022122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075981 s
InvBiCGStab: k = 64 resid = 1.127821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298461(s) Flops=422922240 => 1417.01006161609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203996.383282181 Mflops = 203.996383282181 Gflops = 0.203996383282181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009789801 Relative Rsd = 4.28859530243059e-07
BICGSTAB_SOLVER_TIME: 0.610959 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948990000000003
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986162(s) Flops=1228087296 => 1245.32003463934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  179313.354505792 Mflops = 179.313354505792 Gflops = 0.179313354505792 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135425
CLOV_LINOP: Time spent in clov deriv (total) = 1.698372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.869675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744332(s) Flops=1210337280 => 1626.07180666692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234136.889824936 Mflops = 234.136889824936 Gflops = 0.234136889824936 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.084984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.990787(s) Flops=1525303296 => 1539.48658591604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221673.421164628 Mflops = 221.673421164628 Gflops = 0.221673421164628 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002012254 Relative Rsd = 8.85212624561326e-07
BICGSTAB_SOLVER_TIME: 1.73931 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.133489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296890999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.110826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729466(s) Flops=1184090112 => 1623.22865219215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233761.609515778 Mflops = 233.761609515778 Gflops = 0.233761609515778 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.115684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903064(s) Flops=1256269824 => 1391.11937138453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200310.83669597 Mflops = 200.31083669597 Gflops = 0.20031083669597 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001910826 Relative Rsd = 8.39771089097989e-07
BICGSTAB_SOLVER_TIME: 1.640495 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.137074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265201999999997
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992032(s) Flops=1228087296 => 1237.95129189381 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  178248.772460101 Mflops = 178.248772460101 Gflops = 0.178248772460101 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135477
CLOV_LINOP: Time spent in clov deriv (total) = 1.537447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044221 s
InvBiCGStab: k = 32 resid = 2.008975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15184(s) Flops=212944896 => 1402.42950474183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201874.020456217 Mflops = 201.874020456217 Gflops = 0.201874020456217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06822 s
InvBiCGStab: k = 48 resid = 1.108112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258827(s) Flops=317933568 => 1228.36322331132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176831.579109258 Mflops = 176.831579109258 Gflops = 0.176831579109258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007032563 Relative Rsd = 3.08073868342544e-07
BICGSTAB_SOLVER_TIME: 0.526978 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053233 s
InvBiCGStab: k = 70 resid = 1.280215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345963(s) Flops=462292992 => 1336.24980706029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192265.083230153 Mflops = 192.265083230153 Gflops = 0.192265083230153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079034 s
InvBiCGStab: k = 93 resid = 8.973275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.539103(s) Flops=613214208 => 1137.47133293638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  163776.424909631 Mflops = 163.776424909631 Gflops = 0.163776424909631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001225418 Relative Rsd = 5.36815933402515e-07
BICGSTAB_SOLVER_TIME: 1.022041 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041386 s
InvBiCGStab: k = 52 resid = 1.949162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208109(s) Flops=344180736 => 1653.84839675362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238095.598245149 Mflops = 238.095598245149 Gflops = 0.238095598245149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064029 s
InvBiCGStab: k = 65 resid = 1.070786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271087(s) Flops=429484032 => 1584.3033122208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228119.131061494 Mflops = 228.119131061494 Gflops = 0.228119131061494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009954041 Relative Rsd = 4.36054349285642e-07
BICGSTAB_SOLVER_TIME: 0.58932 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.148972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977250000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057748 s
InvBiCGStab: k = 58 resid = 1.605191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322019(s) Flops=383551488 => 1191.08340812188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171497.326622835 Mflops = 171.497326622835 Gflops = 0.171497326622835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069629 s
InvBiCGStab: k = 71 resid = 1.137106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278888(s) Flops=468854784 => 1681.15797022461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242043.317325711 Mflops = 242.043317325711 Gflops = 0.242043317325711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001075086 Relative Rsd = 4.70960601798742e-07
BICGSTAB_SOLVER_TIME: 0.732414 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055652 s
InvBiCGStab: k = 48 resid = 2.241188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21413(s) Flops=317933568 => 1484.76891607902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213744.39235093 Mflops = 213.74439235093 Gflops = 0.21374439235093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 71 resid = 4.541049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34433(s) Flops=468854784 => 1361.64372549589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196033.507472678 Mflops = 196.033507472678 Gflops = 0.196033507472678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001015188 Relative Rsd = 4.44721015510964e-07
BICGSTAB_SOLVER_TIME: 0.675351 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001678
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994460000000002
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.862679(s) Flops=1228382208 => 1423.91574154465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205028.123446937 Mflops = 205.028123446937 Gflops = 0.205028123446937 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135544
CLOV_LINOP: Time spent in clov deriv (total) = 1.531684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063899 s
InvBiCGStab: k = 27 resid = 2.115868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124555(s) Flops=180135936 => 1446.23608847497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208159.26798093 Mflops = 208.15926798093 Gflops = 0.20815926798093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071518 s
InvBiCGStab: k = 45 resid = 9.497314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185633(s) Flops=298248192 => 1606.65502362188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231253.758785487 Mflops = 231.253758785487 Gflops = 0.231253758785487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000737439 Relative Rsd = 3.2304817057748e-07
BICGSTAB_SOLVER_TIME: 0.449469 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042476 s
InvBiCGStab: k = 63 resid = 2.134584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254423(s) Flops=416360448 => 1636.4890281146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235605.231035169 Mflops = 235.605231035169 Gflops = 0.235605231035169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068752 s
InvBiCGStab: k = 98 resid = 6.563657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.527775(s) Flops=646023168 => 1224.05033963337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176242.512542906 Mflops = 176.242512542906 Gflops = 0.176242512542906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001190441 Relative Rsd = 5.21493749751237e-07
BICGSTAB_SOLVER_TIME: 0.899008 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060699 s
InvBiCGStab: k = 49 resid = 2.210549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237447(s) Flops=324495360 => 1366.60122048289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196744.186820794 Mflops = 196.744186820794 Gflops = 0.196744186820794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081395 s
InvBiCGStab: k = 66 resid = 1.074538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333428(s) Flops=436045824 => 1307.76606643713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188277.567069826 Mflops = 188.277567069826 Gflops = 0.188277567069826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009874637 Relative Rsd = 4.3257594310453e-07
BICGSTAB_SOLVER_TIME: 0.71682 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05638 s
InvBiCGStab: k = 55 resid = 1.757641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30089(s) Flops=363866112 => 1209.29945162684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  174110.534115849 Mflops = 174.110534115849 Gflops = 0.174110534115849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092154 s
InvBiCGStab: k = 74 resid = 1.052239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427895(s) Flops=488540160 => 1141.72906904731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  164373.46388319 Mflops = 164.37346388319 Gflops = 0.16437346388319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001069499 Relative Rsd = 4.68513115918349e-07
BICGSTAB_SOLVER_TIME: 0.881329 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043527 s
InvBiCGStab: k = 56 resid = 1.848963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223901(s) Flops=370427904 => 1654.42719773471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238192.25224268 Mflops = 238.19225224268 Gflops = 0.23819225224268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059794 s
InvBiCGStab: k = 77 resid = 9.306407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345413(s) Flops=508225536 => 1471.35613309285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211838.502880758 Mflops = 211.838502880758 Gflops = 0.211838502880758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001020028 Relative Rsd = 4.46841146585009e-07
BICGSTAB_SOLVER_TIME: 0.676579 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109485
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85409(s) Flops=1234575360 => 1445.48626023019 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208135.777418662 Mflops = 208.135777418662 Gflops = 0.208135777418662 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136686000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.531143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021574
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053821 s
InvBiCGStab: k = 27 resid = 2.110715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14009(s) Flops=180135936 => 1285.85863373546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185112.64253457 Mflops = 185.11264253457 Gflops = 0.18511264253457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069961 s
InvBiCGStab: k = 47 resid = 1.106662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218918(s) Flops=311371776 => 1422.32149023835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204771.625230153 Mflops = 204.771625230153 Gflops = 0.204771625230153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007451924 Relative Rsd = 3.26444699808663e-07
BICGSTAB_SOLVER_TIME: 0.487309 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044366 s
InvBiCGStab: k = 48 resid = 2.251691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194351(s) Flops=317933568 => 1635.87307500347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235490.121062843 Mflops = 235.490121062843 Gflops = 0.235490121062843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063172 s
InvBiCGStab: k = 66 resid = 1.082904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269154(s) Flops=436045824 => 1620.06072360062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233237.28051982 Mflops = 233.23728051982 Gflops = 0.23323728051982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001033079 Relative Rsd = 4.52558406692506e-07
BICGSTAB_SOLVER_TIME: 0.574888 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046144 s
InvBiCGStab: k = 44 resid = 1.531594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271924(s) Flops=291686400 => 1072.67618893514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  154429.159108219 Mflops = 154.429159108219 Gflops = 0.154429159108219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064227 s
InvBiCGStab: k = 61 resid = 1.013186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253834(s) Flops=403236864 => 1588.58491770212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228711.4524107 Mflops = 228.711452410701 Gflops = 0.228711452410701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 105 iterations. Rsd = 0.0009417018 Relative Rsd = 4.12529094808186e-07
BICGSTAB_SOLVER_TIME: 0.641671 sec
2Flav::invert,  n_count = 105
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0891750000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.076213 s
InvBiCGStab: k = 54 resid = 1.942924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35455(s) Flops=357304320 => 1007.7684952757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  145078.76908409 Mflops = 145.07876908409 Gflops = 0.14507876908409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.101696 s
InvBiCGStab: k = 76 resid = 5.854106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.595819(s) Flops=501663744 => 841.973391248013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  121228.184086702 Mflops = 121.228184086702 Gflops = 0.121228184086702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001008544 Relative Rsd = 4.41810367712633e-07
BICGSTAB_SOLVER_TIME: 1.138844 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06283 s
InvBiCGStab: k = 53 resid = 2.060765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257248(s) Flops=350742528 => 1363.44122403284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196289.182265789 Mflops = 196.289182265789 Gflops = 0.196289182265789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08399 s
InvBiCGStab: k = 66 resid = 1.093043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35258(s) Flops=436045824 => 1236.72875375801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178065.26722156 Mflops = 178.06526722156 Gflops = 0.17806526722156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009800388 Relative Rsd = 4.29323304134464e-07
BICGSTAB_SOLVER_TIME: 0.763062 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001679
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991750000000003
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954753(s) Flops=1234796544 => 1293.3151757575 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186242.857707762 Mflops = 186.242857707762 Gflops = 0.186242857707762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136496000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054689 s
InvBiCGStab: k = 28 resid = 1.575785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10754(s) Flops=186697728 => 1736.07706899758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249789.343266784 Mflops = 249.789343266784 Gflops = 0.249789343266784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066707 s
InvBiCGStab: k = 42 resid = 8.920317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179242(s) Flops=278562816 => 1554.11575412013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223703.901099705 Mflops = 223.703901099705 Gflops = 0.223703901099705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007117882 Relative Rsd = 3.11811394288581e-07
BICGSTAB_SOLVER_TIME: 0.411974 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051175 s
InvBiCGStab: k = 62 resid = 1.639122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286687(s) Flops=409798656 => 1429.42880563123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205774.197882762 Mflops = 205.774197882762 Gflops = 0.205774197882762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060597 s
InvBiCGStab: k = 73 resid = 1.073887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34925(s) Flops=481978368 => 1380.03827630637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198690.950773682 Mflops = 198.690950773682 Gflops = 0.198690950773682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001050248 Relative Rsd = 4.60079509587872e-07
BICGSTAB_SOLVER_TIME: 0.754067 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045043 s
InvBiCGStab: k = 48 resid = 1.880061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192014(s) Flops=317933568 => 1655.78326580354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238373.080866471 Mflops = 238.373080866471 Gflops = 0.238373080866471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079967 s
InvBiCGStab: k = 67 resid = 1.046633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305997(s) Flops=442607616 => 1446.44429847351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208226.849059552 Mflops = 208.226849059552 Gflops = 0.208226849059552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.000942367 Relative Rsd = 4.12820496173425e-07
BICGSTAB_SOLVER_TIME: 0.626921 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964170000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041518 s
InvBiCGStab: k = 55 resid = 2.083403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220672(s) Flops=363866112 => 1648.90023201856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237398.96788141 Mflops = 237.39896788141 Gflops = 0.23739896788141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062033 s
InvBiCGStab: k = 81 resid = 1.143203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414924(s) Flops=534472704 => 1288.12193076322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185499.639676284 Mflops = 185.499639676284 Gflops = 0.185499639676284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001079283 Relative Rsd = 4.72799123082998e-07
BICGSTAB_SOLVER_TIME: 0.74763 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.146438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 46 resid = 2.015179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170654(s) Flops=304809984 => 1786.12856422938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257130.807616902 Mflops = 257.130807616902 Gflops = 0.257130807616902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 68 resid = 1.029826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258771(s) Flops=449169408 => 1735.77954252988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249873.839040425 Mflops = 249.873839040425 Gflops = 0.249873839040425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009627179 Relative Rsd = 4.21735572628023e-07
BICGSTAB_SOLVER_TIME: 0.531156 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957450000000003
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.041993(s) Flops=1240989696 => 1190.97699888579 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  171484.508354135 Mflops = 171.484508354135 Gflops = 0.171484508354135 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136831000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.645663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.722456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909631(s) Flops=1315325952 => 1445.99947890958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208194.988045021 Mflops = 208.194988045021 Gflops = 0.208194988045021 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.138184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92374(s) Flops=1479370752 => 1601.50123627861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230603.969863256 Mflops = 230.603969863256 Gflops = 0.230603969863256 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002384389 Relative Rsd = 1.04889196021127e-06
BICGSTAB_SOLVER_TIME: 1.836879 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.123351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303321999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 2.225422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.71038(s) Flops=1092225024 => 1537.52220501703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221259.260416422 Mflops = 221.259260416422 Gflops = 0.221259260416422 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.091381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927547(s) Flops=1335011328 => 1439.29237871504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207260.979578891 Mflops = 207.260979578891 Gflops = 0.207260979578891 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.001952883 Relative Rsd = 8.58207556832074e-07
BICGSTAB_SOLVER_TIME: 1.645749 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.143285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.122882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263152999999998
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906602(s) Flops=1240989696 => 1368.83626552776 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197137.229079658 Mflops = 197.137229079658 Gflops = 0.197137229079658 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137027
CLOV_LINOP: Time spent in clov deriv (total) = 1.622167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053939 s
InvBiCGStab: k = 30 resid = 1.378236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177527(s) Flops=199821312 => 1125.58265503276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  162017.648254612 Mflops = 162.017648254612 Gflops = 0.162017648254612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073174 s
InvBiCGStab: k = 42 resid = 8.494728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183224(s) Flops=278562816 => 1520.34021743876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218844.437573889 Mflops = 218.844437573889 Gflops = 0.218844437573889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006841786 Relative Rsd = 2.99716529205227e-07
BICGSTAB_SOLVER_TIME: 0.491942 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655700000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048193 s
InvBiCGStab: k = 73 resid = 1.591262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392351(s) Flops=481978368 => 1228.43670081126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176865.580985145 Mflops = 176.865580985145 Gflops = 0.176865580985145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075604 s
InvBiCGStab: k = 101 resid = 9.435539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.526603(s) Flops=665708544 => 1264.15638346155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182029.962028174 Mflops = 182.029962028174 Gflops = 0.182029962028174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001267396 Relative Rsd = 5.55205073074816e-07
BICGSTAB_SOLVER_TIME: 1.046711 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055059 s
InvBiCGStab: k = 53 resid = 1.330007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235204(s) Flops=350742528 => 1491.22688389653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214691.989046786 Mflops = 214.691989046786 Gflops = 0.214691989046786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056901 s
InvBiCGStab: k = 62 resid = 8.858286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242781(s) Flops=409798656 => 1687.93544799634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242995.124695675 Mflops = 242.995124695675 Gflops = 0.242995124695675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001014962 Relative Rsd = 4.44622181796257e-07
BICGSTAB_SOLVER_TIME: 0.593725 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965440000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042411 s
InvBiCGStab: k = 56 resid = 2.098598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267971(s) Flops=370427904 => 1382.34325356102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199021.237608564 Mflops = 199.021237608564 Gflops = 0.199021237608564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063534 s
InvBiCGStab: k = 68 resid = 1.069047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381734(s) Flops=449169408 => 1176.65549309205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169393.810146973 Mflops = 169.393810146973 Gflops = 0.169393810146973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001085938 Relative Rsd = 4.75714513675688e-07
BICGSTAB_SOLVER_TIME: 0.759578 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047469 s
InvBiCGStab: k = 47 resid = 1.611341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184383(s) Flops=311371776 => 1688.72279982428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243139.3813489 Mflops = 243.1393813489 Gflops = 0.2431393813489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057013 s
InvBiCGStab: k = 76 resid = 1.130911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333321(s) Flops=501663744 => 1505.04691873599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216698.151489514 Mflops = 216.698151489514 Gflops = 0.216698151489514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001024263 Relative Rsd = 4.48696599135149e-07
BICGSTAB_SOLVER_TIME: 0.627757 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101932
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924662(s) Flops=1247109120 => 1348.71890485388 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194201.834450961 Mflops = 194.201834450961 Gflops = 0.194201834450961 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137673000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.552572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055438 s
InvBiCGStab: k = 30 resid = 1.424382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134095(s) Flops=199821312 => 1490.14737313099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214435.957576342 Mflops = 214.435957576342 Gflops = 0.214435957576342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058869 s
InvBiCGStab: k = 51 resid = 6.623184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230273(s) Flops=337618944 => 1466.16817429746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211089.760749779 Mflops = 211.089760749779 Gflops = 0.211089760749779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007123428 Relative Rsd = 3.12054347754454e-07
BICGSTAB_SOLVER_TIME: 0.482786 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045516 s
InvBiCGStab: k = 76 resid = 2.255471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309352(s) Flops=501663744 => 1621.65993431431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233487.660771314 Mflops = 233.487660771314 Gflops = 0.233487660771314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07674 s
InvBiCGStab: k = 93 resid = 8.814159e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457967(s) Flops=613214208 => 1338.99212825378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192787.629575958 Mflops = 192.787629575958 Gflops = 0.192787629575958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001205372 Relative Rsd = 5.28034624147957e-07
BICGSTAB_SOLVER_TIME: 0.893998 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054877 s
InvBiCGStab: k = 48 resid = 1.955084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261342(s) Flops=317933568 => 1216.54218610097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175177.207843384 Mflops = 175.177207843384 Gflops = 0.175177207843384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081319 s
InvBiCGStab: k = 66 resid = 9.202478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30649(s) Flops=436045824 => 1422.70816013573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204832.479881424 Mflops = 204.832479881424 Gflops = 0.204832479881424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009922455 Relative Rsd = 4.34670677279749e-07
BICGSTAB_SOLVER_TIME: 0.708037 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.146316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957510000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044804 s
InvBiCGStab: k = 53 resid = 2.020304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284452(s) Flops=350742528 => 1233.04644720375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177522.52199868 Mflops = 177.52252199868 Gflops = 0.17752252199868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.095548 s
InvBiCGStab: k = 74 resid = 1.101885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431046(s) Flops=488540160 => 1133.38288720925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  163179.97624079 Mflops = 163.17997624079 Gflops = 0.16317997624079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001073699 Relative Rsd = 4.70352606160593e-07
BICGSTAB_SOLVER_TIME: 0.860575 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.161798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047328 s
InvBiCGStab: k = 53 resid = 2.047667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197724(s) Flops=350742528 => 1773.89961764884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255398.014142477 Mflops = 255.398014142477 Gflops = 0.255398014142477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 77 resid = 9.977321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30144(s) Flops=508225536 => 1685.9923566879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242728.115979949 Mflops = 242.728115979949 Gflops = 0.242728115979949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001038837 Relative Rsd = 4.55081012315811e-07
BICGSTAB_SOLVER_TIME: 0.607038 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107267
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979953(s) Flops=1247035392 => 1272.54612415085 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183234.361827314 Mflops = 183.234361827314 Gflops = 0.183234361827314 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137568
CLOV_LINOP: Time spent in clov deriv (total) = 1.530631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041459 s
InvBiCGStab: k = 25 resid = 2.173416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113832(s) Flops=167012352 => 1467.18279569892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211245.946251115 Mflops = 211.245946251115 Gflops = 0.211245946251115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074228 s
InvBiCGStab: k = 47 resid = 1.116759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209604(s) Flops=311371776 => 1485.52401671724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213856.572451334 Mflops = 213.856572451334 Gflops = 0.213856572451334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007210243 Relative Rsd = 3.15857431358002e-07
BICGSTAB_SOLVER_TIME: 0.442897 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048238 s
InvBiCGStab: k = 48 resid = 2.246619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220839(s) Flops=317933568 => 1439.66223357287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207292.517837159 Mflops = 207.292517837159 Gflops = 0.207292517837159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064651 s
InvBiCGStab: k = 66 resid = 1.112375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303172(s) Flops=436045824 => 1438.27868008919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207066.890705624 Mflops = 207.066890705624 Gflops = 0.207066890705624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001015731 Relative Rsd = 4.44959022191323e-07
BICGSTAB_SOLVER_TIME: 0.640733 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058948 s
InvBiCGStab: k = 52 resid = 2.092367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26196(s) Flops=344180736 => 1313.86752175905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189138.044827106 Mflops = 189.138044827106 Gflops = 0.189138044827106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086456 s
InvBiCGStab: k = 66 resid = 1.087776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300672(s) Flops=436045824 => 1450.23754789272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208781.607712334 Mflops = 208.781607712334 Gflops = 0.208781607712334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.000965611 Relative Rsd = 4.23002969675437e-07
BICGSTAB_SOLVER_TIME: 0.713892 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055756 s
InvBiCGStab: k = 54 resid = 1.795304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230326(s) Flops=357304320 => 1551.29824683275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223316.661304091 Mflops = 223.316661304091 Gflops = 0.223316661304091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068009 s
InvBiCGStab: k = 74 resid = 1.121373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344928(s) Flops=488540160 => 1416.35402170888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203914.914465622 Mflops = 203.914914465622 Gflops = 0.203914914465622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001024241 Relative Rsd = 4.48687011550853e-07
BICGSTAB_SOLVER_TIME: 0.703225 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04719 s
InvBiCGStab: k = 46 resid = 1.948275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244714(s) Flops=304809984 => 1245.57640347508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179330.503893444 Mflops = 179.330503893444 Gflops = 0.179330503893444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080198 s
InvBiCGStab: k = 75 resid = 1.010894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459412(s) Flops=495101952 => 1077.6861553464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  155168.790645056 Mflops = 155.168790645056 Gflops = 0.155168790645056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001019443 Relative Rsd = 4.46585137685201e-07
BICGSTAB_SOLVER_TIME: 0.839289 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100535
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.033999(s) Flops=1234427904 => 1193.83858591739 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  171899.065803443 Mflops = 171.899065803443 Gflops = 0.171899065803443 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136396000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.516392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04559 s
InvBiCGStab: k = 29 resid = 1.891727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11382(s) Flops=193259520 => 1697.93990511334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244386.835250172 Mflops = 244.386835250172 Gflops = 0.244386835250172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058084 s
InvBiCGStab: k = 48 resid = 1.090153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18941(s) Flops=317933568 => 1678.54689826303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241636.265172002 Mflops = 241.636265172002 Gflops = 0.241636265172002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007287816 Relative Rsd = 3.19255643516216e-07
BICGSTAB_SOLVER_TIME: 0.41109 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.08383 s
InvBiCGStab: k = 57 resid = 1.712752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260543(s) Flops=376989696 => 1446.93849383787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208270.125927062 Mflops = 208.270125927062 Gflops = 0.208270125927062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06585 s
InvBiCGStab: k = 68 resid = 9.244533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280378(s) Flops=449169408 => 1602.01373859575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230634.054582888 Mflops = 230.634054582888 Gflops = 0.230634054582888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001080284 Relative Rsd = 4.73237347082211e-07
BICGSTAB_SOLVER_TIME: 0.694924 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057772 s
InvBiCGStab: k = 49 resid = 1.851266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208744(s) Flops=324495360 => 1554.51347104587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223800.793637336 Mflops = 223.800793637336 Gflops = 0.223800793637336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062705 s
InvBiCGStab: k = 61 resid = 9.255415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294057(s) Flops=403236864 => 1371.28809720564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197431.75728219 Mflops = 197.43175728219 Gflops = 0.19743175728219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009969014 Relative Rsd = 4.36710282845269e-07
BICGSTAB_SOLVER_TIME: 0.627384 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 52 resid = 1.101693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206898(s) Flops=344180736 => 1663.52857929994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239496.507819401 Mflops = 239.496507819401 Gflops = 0.239496507819401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062261 s
InvBiCGStab: k = 67 resid = 1.043154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335355(s) Flops=442607616 => 1319.8181509147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190037.868911136 Mflops = 190.037868911136 Gflops = 0.190037868911136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001034867 Relative Rsd = 4.53341681730783e-07
BICGSTAB_SOLVER_TIME: 0.650969 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044952 s
InvBiCGStab: k = 47 resid = 2.281295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181793(s) Flops=311371776 => 1712.78198830538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246575.859420491 Mflops = 246.575859420491 Gflops = 0.246575859420491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058282 s
InvBiCGStab: k = 72 resid = 9.645984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288803(s) Flops=475416576 => 1646.16217975575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236992.880774461 Mflops = 236.992880774461 Gflops = 0.236992880774461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.000980188 Relative Rsd = 4.29388683299713e-07
BICGSTAB_SOLVER_TIME: 0.578211 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992590000000003
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027265(s) Flops=1247035392 => 1213.93738908655 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  174792.304269789 Mflops = 174.792304269789 Gflops = 0.174792304269789 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137398000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.663991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 2.144235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749128(s) Flops=1092225024 => 1457.9951944127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209917.611288485 Mflops = 209.917611288485 Gflops = 0.209917611288485 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 8.602569e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.992948(s) Flops=1525303296 => 1536.13612797448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221192.594201846 Mflops = 221.192594201846 Gflops = 0.221192594201846 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001966493 Relative Rsd = 8.65057550121611e-07
BICGSTAB_SOLVER_TIME: 1.746311 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.119036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284006999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.534693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705108(s) Flops=1118472192 => 1586.24237989074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228365.402059389 Mflops = 228.365402059389 Gflops = 0.228365402059389 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 1.145766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723006(s) Flops=1092225024 => 1510.67214379964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217523.341963319 Mflops = 217.523341963319 Gflops = 0.217523341963319 Tflops
BICGSTAB_SOLVER: 336 iterations. Rsd = 0.001921863 Relative Rsd = 8.44526314663413e-07
BICGSTAB_SOLVER_TIME: 1.431948 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.159366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.126076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.239950999999998
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879271(s) Flops=1247035392 => 1418.26057267896 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204260.912057562 Mflops = 204.260912057562 Gflops = 0.204260912057562 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137935000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.578226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050455 s
InvBiCGStab: k = 29 resid = 1.341631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127512(s) Flops=193259520 => 1515.61829474873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218185.772020121 Mflops = 218.185772020121 Gflops = 0.218185772020121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076516 s
InvBiCGStab: k = 54 resid = 6.440117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259997(s) Flops=357304320 => 1374.26324149894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197852.898801733 Mflops = 197.852898801733 Gflops = 0.197852898801733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0006938504 Relative Rsd = 3.03953425499255e-07
BICGSTAB_SOLVER_TIME: 0.518687 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047272 s
InvBiCGStab: k = 73 resid = 1.636839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456556(s) Flops=481978368 => 1055.68291293949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  152010.344325678 Mflops = 152.010344325678 Gflops = 0.152010344325678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0757 s
InvBiCGStab: k = 87 resid = 7.429294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395039(s) Flops=573843456 => 1452.62481932164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209140.614425363 Mflops = 209.140614425363 Gflops = 0.209140614425363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001189124 Relative Rsd = 5.20916760768682e-07
BICGSTAB_SOLVER_TIME: 0.979094 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045833 s
InvBiCGStab: k = 49 resid = 1.829182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291925(s) Flops=324495360 => 1111.57098569838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  160042.366347537 Mflops = 160.042366347537 Gflops = 0.160042366347537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087161 s
InvBiCGStab: k = 61 resid = 9.66293e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340499(s) Flops=403236864 => 1184.25271146171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  170496.234218228 Mflops = 170.496234218228 Gflops = 0.170496234218228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.000975406 Relative Rsd = 4.27293847128917e-07
BICGSTAB_SOLVER_TIME: 0.770878 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045232 s
InvBiCGStab: k = 59 resid = 2.143553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225861(s) Flops=390113280 => 1727.22727695352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248656.667928176 Mflops = 248.656667928176 Gflops = 0.248656667928176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058252 s
InvBiCGStab: k = 76 resid = 8.175973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338418(s) Flops=501663744 => 1482.37902239243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213434.842365296 Mflops = 213.434842365296 Gflops = 0.213434842365296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001077993 Relative Rsd = 4.72234016585235e-07
BICGSTAB_SOLVER_TIME: 0.672064 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.158063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110542
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046628 s
InvBiCGStab: k = 47 resid = 1.502226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217204(s) Flops=311371776 => 1433.54531224103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206387.331092247 Mflops = 206.387331092247 Gflops = 0.206387331092247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091565 s
InvBiCGStab: k = 72 resid = 9.60494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284826(s) Flops=475416576 => 1669.14739525184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240298.760075686 Mflops = 240.298760075686 Gflops = 0.240298760075686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001005507 Relative Rsd = 4.40480294382775e-07
BICGSTAB_SOLVER_TIME: 0.644375 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0995700000000003
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02534(s) Flops=1284857856 => 1253.10419568143 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  180592.753618545 Mflops = 180.592753618545 Gflops = 0.180592753618545 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141738000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.539968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044068 s
InvBiCGStab: k = 25 resid = 2.187363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120065(s) Flops=167012352 => 1391.016132928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200230.027381013 Mflops = 200.230027381013 Gflops = 0.200230027381013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092924 s
InvBiCGStab: k = 50 resid = 8.082465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216379(s) Flops=331057152 => 1529.98743870708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220251.865621491 Mflops = 220.251865621491 Gflops = 0.220251865621491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007429585 Relative Rsd = 3.25466103239259e-07
BICGSTAB_SOLVER_TIME: 0.477363 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044441 s
InvBiCGStab: k = 67 resid = 2.014752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319322(s) Flops=442607616 => 1386.08556879889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199575.054779382 Mflops = 199.575054779382 Gflops = 0.199575054779382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071028 s
InvBiCGStab: k = 84 resid = 7.324819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420462(s) Flops=554158080 => 1317.97422834882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189762.883591711 Mflops = 189.762883591711 Gflops = 0.189762883591711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001183284 Relative Rsd = 5.18358660684369e-07
BICGSTAB_SOLVER_TIME: 0.862917 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043511 s
InvBiCGStab: k = 47 resid = 2.10755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2428(s) Flops=311371776 => 1282.42082372323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184624.918033579 Mflops = 184.624918033579 Gflops = 0.184624918033579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077704 s
InvBiCGStab: k = 66 resid = 1.135984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387692(s) Flops=436045824 => 1124.72226406529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  161943.993834775 Mflops = 161.943993834775 Gflops = 0.161943993834775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001016448 Relative Rsd = 4.45272913581426e-07
BICGSTAB_SOLVER_TIME: 0.7575 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.166559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.069572 s
InvBiCGStab: k = 52 resid = 2.070719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27797(s) Flops=344180736 => 1238.19381947692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178282.317944438 Mflops = 178.282317944438 Gflops = 0.178282317944438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057838 s
InvBiCGStab: k = 78 resid = 1.11564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341035(s) Flops=514787328 => 1509.4853255531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217326.64704024 Mflops = 217.32664704024 Gflops = 0.21732664704024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001072469 Relative Rsd = 4.69814069510798e-07
BICGSTAB_SOLVER_TIME: 0.750301 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047766 s
InvBiCGStab: k = 53 resid = 1.985011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317279(s) Flops=350742528 => 1105.47035259188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  159197.714528637 Mflops = 159.197714528637 Gflops = 0.159197714528637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087811 s
InvBiCGStab: k = 69 resid = 1.030187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327704(s) Flops=455731200 => 1390.6793935991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200205.369144184 Mflops = 200.205369144184 Gflops = 0.200205369144184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001064767 Relative Rsd = 4.66440004805584e-07
BICGSTAB_SOLVER_TIME: 0.784343 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101346
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97576(s) Flops=1303805952 => 1336.19532671969 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192384.202502953 Mflops = 192.384202502953 Gflops = 0.192384202502953 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144195000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 25 resid = 2.056105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09542(s) Flops=167012352 => 1750.28664850136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251946.004956126 Mflops = 251.946004956126 Gflops = 0.251946004956126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058633 s
InvBiCGStab: k = 43 resid = 1.103588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167648(s) Flops=285124608 => 1700.73372781065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244798.829918679 Mflops = 244.798829918679 Gflops = 0.244798829918679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0006895007 Relative Rsd = 3.02047969617191e-07
BICGSTAB_SOLVER_TIME: 0.366606 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0629120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062089 s
InvBiCGStab: k = 42 resid = 2.266952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209494(s) Flops=278562816 => 1329.69352821561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191396.149979152 Mflops = 191.396149979152 Gflops = 0.191396149979152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073384 s
InvBiCGStab: k = 68 resid = 1.056245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316316(s) Flops=449169408 => 1420.00217504015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204452.466253821 Mflops = 204.452466253821 Gflops = 0.204452466253821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.001017397 Relative Rsd = 4.45688800549141e-07
BICGSTAB_SOLVER_TIME: 0.665502 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0925880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043256 s
InvBiCGStab: k = 48 resid = 1.876528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18162(s) Flops=317933568 => 1750.54271555996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252012.992825164 Mflops = 252.012992825164 Gflops = 0.252012992825164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062305 s
InvBiCGStab: k = 63 resid = 1.056749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261906(s) Flops=416360448 => 1589.73237726513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228871.512490743 Mflops = 228.871512490743 Gflops = 0.228871512490743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009744617 Relative Rsd = 4.2688015306612e-07
BICGSTAB_SOLVER_TIME: 0.552941 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0937030000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053818 s
InvBiCGStab: k = 57 resid = 2.015033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22953(s) Flops=376989696 => 1642.44192915959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236464.484306025 Mflops = 236.464484306025 Gflops = 0.236464484306025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077067 s
InvBiCGStab: k = 72 resid = 1.033291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401182(s) Flops=475416576 => 1185.03964784063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  170624.588812118 Mflops = 170.624588812118 Gflops = 0.170624588812118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001034442 Relative Rsd = 4.53155437806062e-07
BICGSTAB_SOLVER_TIME: 0.765496 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055009 s
InvBiCGStab: k = 49 resid = 1.791312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221743(s) Flops=324495360 => 1463.38490955746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210664.429442287 Mflops = 210.664429442287 Gflops = 0.210664429442287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068305 s
InvBiCGStab: k = 68 resid = 1.049415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357908(s) Flops=449169408 => 1254.98566111962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180685.622166386 Mflops = 180.685622166386 Gflops = 0.180685622166386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009972641 Relative Rsd = 4.36869140957401e-07
BICGSTAB_SOLVER_TIME: 0.708033 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978040000000003
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016122(s) Flops=1310367744 => 1289.57718069287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185703.1002454 Mflops = 185.7031002454 Gflops = 0.1857031002454 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145044000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.56301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060775 s
InvBiCGStab: k = 29 resid = 2.013101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158452(s) Flops=193259520 => 1219.67232979073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175500.767592645 Mflops = 175.500767592645 Gflops = 0.175500767592645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071301 s
InvBiCGStab: k = 52 resid = 8.967741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213202(s) Flops=344180736 => 1614.34102869579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232391.625223595 Mflops = 232.391625223595 Gflops = 0.232391625223595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007468917 Relative Rsd = 3.27189089032975e-07
BICGSTAB_SOLVER_TIME: 0.507903 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060867 s
InvBiCGStab: k = 50 resid = 2.091122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207638(s) Flops=331057152 => 1594.39578497192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229523.245897311 Mflops = 229.523245897311 Gflops = 0.229523245897311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06 s
InvBiCGStab: k = 70 resid = 8.944296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321789(s) Flops=462292992 => 1436.63391849939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206829.979387655 Mflops = 206.829979387655 Gflops = 0.206829979387655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001018746 Relative Rsd = 4.46279609932462e-07
BICGSTAB_SOLVER_TIME: 0.654077 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052104 s
InvBiCGStab: k = 46 resid = 2.086483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213545(s) Flops=304809984 => 1427.38057083987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205487.091189799 Mflops = 205.487091189799 Gflops = 0.205487091189799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06516 s
InvBiCGStab: k = 63 resid = 1.124831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256798(s) Flops=416360448 => 1621.35393577832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233401.920995721 Mflops = 233.401920995721 Gflops = 0.233401920995721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009671958 Relative Rsd = 4.23697202574457e-07
BICGSTAB_SOLVER_TIME: 0.591619 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0921580000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042118 s
InvBiCGStab: k = 52 resid = 1.204885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206792(s) Flops=344180736 => 1664.38129134589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239629.897666996 Mflops = 239.629897666996 Gflops = 0.239629897666996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058558 s
InvBiCGStab: k = 77 resid = 1.144602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377843(s) Flops=508225536 => 1345.07066691721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193687.175443948 Mflops = 193.687175443948 Gflops = 0.193687175443948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001024071 Relative Rsd = 4.48612248792463e-07
BICGSTAB_SOLVER_TIME: 0.690537 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.154761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0426 s
InvBiCGStab: k = 48 resid = 2.143177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185171(s) Flops=317933568 => 1716.97278731551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247179.924238074 Mflops = 247.179924238074 Gflops = 0.247179924238074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056831 s
InvBiCGStab: k = 77 resid = 4.705354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312191(s) Flops=508225536 => 1627.93141378195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234365.424142391 Mflops = 234.365424142391 Gflops = 0.234365424142391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001015221 Relative Rsd = 4.44735396887407e-07
BICGSTAB_SOLVER_TIME: 0.601728 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103515
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094755(s) Flops=1316782080 => 1202.80983416381 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  173190.880222774 Mflops = 173.190880222774 Gflops = 0.173190880222774 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145332000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.647877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021141
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.963014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850097(s) Flops=1197213696 => 1408.32598632862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202715.008539807 Mflops = 202.715008539807 Gflops = 0.202715008539807 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.140586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.957262(s) Flops=1531865088 => 1600.25686593639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230425.34253962 Mflops = 230.42534253962 Gflops = 0.23042534253962 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002251671 Relative Rsd = 9.9052038870868e-07
BICGSTAB_SOLVER_TIME: 1.810749 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.142604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0.12965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296143999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.655567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777998(s) Flops=1275955200 => 1640.04946028139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236143.261890165 Mflops = 236.143261890165 Gflops = 0.236143261890165 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.124286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891356(s) Flops=1236584448 => 1387.307033329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199763.922206849 Mflops = 199.763922206849 Gflops = 0.199763922206849 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001969769 Relative Rsd = 8.65522303668027e-07
BICGSTAB_SOLVER_TIME: 1.672837 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.12166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272509999999998
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091741(s) Flops=1316782080 => 1206.13046500956 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  173687.024282128 Mflops = 173.687024282128 Gflops = 0.173687024282128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146571000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.601054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049065 s
InvBiCGStab: k = 27 resid = 1.858455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109013(s) Flops=180135936 => 1652.42618770238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237860.685483283 Mflops = 237.860685483283 Gflops = 0.237860685483283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070373 s
InvBiCGStab: k = 41 resid = 1.003476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205057(s) Flops=272001024 => 1326.46544131632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190945.738520105 Mflops = 190.945738520105 Gflops = 0.190945738520105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007136735 Relative Rsd = 3.12637303478299e-07
BICGSTAB_SOLVER_TIME: 0.437504 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0629320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048109 s
InvBiCGStab: k = 80 resid = 1.725597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42033(s) Flops=527910912 => 1255.94392976947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180856.338975523 Mflops = 180.856338975523 Gflops = 0.180856338975523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074657 s
InvBiCGStab: k = 97 resid = 1.06963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.62119(s) Flops=639461376 => 1029.41350633462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  148222.31531102 Mflops = 148.22231531102 Gflops = 0.14822231531102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.00125209 Relative Rsd = 5.48500291784873e-07
BICGSTAB_SOLVER_TIME: 1.168074 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043822 s
InvBiCGStab: k = 49 resid = 1.452776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194571(s) Flops=324495360 => 1667.7478144225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240072.09264748 Mflops = 240.07209264748 Gflops = 0.24007209264748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074013 s
InvBiCGStab: k = 67 resid = 1.050436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331576(s) Flops=442607616 => 1334.86023113856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192184.69851116 Mflops = 192.18469851116 Gflops = 0.19218469851116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001001149 Relative Rsd = 4.38571090163234e-07
BICGSTAB_SOLVER_TIME: 0.64884 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.172191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971640000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042787 s
InvBiCGStab: k = 54 resid = 2.244125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211766(s) Flops=357304320 => 1687.26008896612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242896.115177898 Mflops = 242.896115177898 Gflops = 0.242896115177898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059723 s
InvBiCGStab: k = 68 resid = 1.110044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272364(s) Flops=449169408 => 1649.15116535225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237427.903783672 Mflops = 237.427903783672 Gflops = 0.237427903783672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001063945 Relative Rsd = 4.66079909418823e-07
BICGSTAB_SOLVER_TIME: 0.591356 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059742 s
InvBiCGStab: k = 47 resid = 2.177068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374349(s) Flops=311371776 => 831.768686439659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  119763.611690121 Mflops = 119.763611690121 Gflops = 0.119763611690121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076875 s
InvBiCGStab: k = 76 resid = 1.07977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378571(s) Flops=501663744 => 1325.15101262379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190785.264695726 Mflops = 190.785264695726 Gflops = 0.190785264695726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001051858 Relative Rsd = 4.60785114993796e-07
BICGSTAB_SOLVER_TIME: 0.893439 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101816
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004424(s) Flops=1317003264 => 1311.20250412177 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188802.898659662 Mflops = 188.802898659662 Gflops = 0.188802898659662 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145576000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.535433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048813 s
InvBiCGStab: k = 26 resid = 1.8301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124414(s) Flops=173574144 => 1395.13353802627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200825.517471327 Mflops = 200.825517471327 Gflops = 0.200825517471327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076518 s
InvBiCGStab: k = 46 resid = 9.563962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208073(s) Flops=304809984 => 1464.91848533928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210874.413704375 Mflops = 210.874413704375 Gflops = 0.210874413704375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007748717 Relative Rsd = 3.39446254579205e-07
BICGSTAB_SOLVER_TIME: 0.463063 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047998 s
InvBiCGStab: k = 72 resid = 1.936323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344705(s) Flops=475416576 => 1379.19837542246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198580.214601484 Mflops = 198.580214601484 Gflops = 0.198580214601484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.126165 s
InvBiCGStab: k = 110 resid = 8.698573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50201(s) Flops=724764672 => 1443.72556721978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207866.444519068 Mflops = 207.866444519068 Gflops = 0.207866444519068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001222867 Relative Rsd = 5.35698418856402e-07
BICGSTAB_SOLVER_TIME: 1.024704 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 56 resid = 1.440514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242138(s) Flops=370427904 => 1529.82144066607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220282.399372163 Mflops = 220.282399372163 Gflops = 0.220282399372163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.097402 s
InvBiCGStab: k = 59 resid = 7.415209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38256(s) Flops=390113280 => 1019.74404015056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  146814.567208769 Mflops = 146.814567208769 Gflops = 0.146814567208769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.000957669 Relative Rsd = 4.19523824026387e-07
BICGSTAB_SOLVER_TIME: 0.772109 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.17094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064727 s
InvBiCGStab: k = 53 resid = 1.676771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251922(s) Flops=350742528 => 1392.26636816157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200450.52932216 Mflops = 200.45052932216 Gflops = 0.20045052932216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074925 s
InvBiCGStab: k = 74 resid = 7.634198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319992(s) Flops=488540160 => 1526.7261681542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219796.045940623 Mflops = 219.796045940623 Gflops = 0.219796045940623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001056605 Relative Rsd = 4.6286429484343e-07
BICGSTAB_SOLVER_TIME: 0.715358 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056227 s
InvBiCGStab: k = 52 resid = 2.053647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245452(s) Flops=344180736 => 1402.2323550022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201881.048920545 Mflops = 201.881048920545 Gflops = 0.201881048920545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060756 s
InvBiCGStab: k = 72 resid = 1.07176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271747(s) Flops=475416576 => 1749.48233467159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251856.769877454 Mflops = 251.856769877454 Gflops = 0.251856769877454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001033301 Relative Rsd = 4.52655710473549e-07
BICGSTAB_SOLVER_TIME: 0.637991 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102839
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984747(s) Flops=1323417600 => 1343.91635618083 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193506.805169168 Mflops = 193.506805169168 Gflops = 0.193506805169168 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146266
CLOV_LINOP: Time spent in clov deriv (total) = 1.561521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043633 s
InvBiCGStab: k = 28 resid = 2.201644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140891(s) Flops=186697728 => 1325.12174659843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190750.101142002 Mflops = 190.750101142002 Gflops = 0.190750101142002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081973 s
InvBiCGStab: k = 42 resid = 1.111826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214903(s) Flops=278562816 => 1296.22581350656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186599.668106489 Mflops = 186.599668106489 Gflops = 0.186599668106489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007194204 Relative Rsd = 3.15154809322723e-07
BICGSTAB_SOLVER_TIME: 0.485696 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062921 s
InvBiCGStab: k = 44 resid = 2.275629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283877(s) Flops=291686400 => 1027.50980178035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  147934.993618003 Mflops = 147.934993618003 Gflops = 0.147934993618003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062353 s
InvBiCGStab: k = 77 resid = 6.905399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339607(s) Flops=508225536 => 1496.5107786353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215457.73278423 Mflops = 215.45773278423 Gflops = 0.21545773278423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001046408 Relative Rsd = 4.58397398521885e-07
BICGSTAB_SOLVER_TIME: 0.754192 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053167 s
InvBiCGStab: k = 58 resid = 2.104663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23176(s) Flops=383551488 => 1654.95119088712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238267.136575373 Mflops = 238.267136575373 Gflops = 0.238267136575373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077675 s
InvBiCGStab: k = 74 resid = 9.354352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367037(s) Flops=488540160 => 1331.03790626013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191651.854006372 Mflops = 191.651854006372 Gflops = 0.191651854006372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001004121 Relative Rsd = 4.39873063711459e-07
BICGSTAB_SOLVER_TIME: 0.735352 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044992 s
InvBiCGStab: k = 54 resid = 1.972197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200614(s) Flops=357304320 => 1781.05376494163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256411.652265189 Mflops = 256.411652265189 Gflops = 0.256411652265189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 72 resid = 1.089961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269971(s) Flops=475416576 => 1760.99127684085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253537.607186945 Mflops = 253.537607186945 Gflops = 0.253537607186945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00102144 Relative Rsd = 4.47459851758807e-07
BICGSTAB_SOLVER_TIME: 0.575914 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046483 s
InvBiCGStab: k = 58 resid = 1.444392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30813(s) Flops=383551488 => 1244.77164833025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179204.900086521 Mflops = 179.204900086521 Gflops = 0.179204900086521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.107208 s
InvBiCGStab: k = 76 resid = 1.118456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31645(s) Flops=501663744 => 1585.28596618739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228198.507708421 Mflops = 228.198507708421 Gflops = 0.228198507708421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001016816 Relative Rsd = 4.45434321582998e-07
BICGSTAB_SOLVER_TIME: 0.782069 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109924
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979251(s) Flops=1335730176 => 1364.03248605312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196408.200995843 Mflops = 196.408200995843 Gflops = 0.196408200995843 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147491000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.593687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048434 s
InvBiCGStab: k = 25 resid = 2.1525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11769(s) Flops=167012352 => 1419.08702523579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204240.539217693 Mflops = 204.240539217693 Gflops = 0.204240539217693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08837 s
InvBiCGStab: k = 46 resid = 1.130633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2404(s) Flops=304809984 => 1267.92838602329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182519.948052305 Mflops = 182.519948052305 Gflops = 0.182519948052305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006773663 Relative Rsd = 2.96732266098754e-07
BICGSTAB_SOLVER_TIME: 0.499082 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070793 s
InvBiCGStab: k = 53 resid = 1.846442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280691(s) Flops=350742528 => 1249.56813007898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179906.734221309 Mflops = 179.906734221309 Gflops = 0.179906734221309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078952 s
InvBiCGStab: k = 75 resid = 8.557478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419889(s) Flops=495101952 => 1179.1257975322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169772.581959039 Mflops = 169.772581959039 Gflops = 0.169772581959039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001135636 Relative Rsd = 4.97485571712679e-07
BICGSTAB_SOLVER_TIME: 0.856867 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 57 resid = 1.51442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217549(s) Flops=376989696 => 1732.89555916138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249476.508919852 Mflops = 249.476508919852 Gflops = 0.249476508919852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060307 s
InvBiCGStab: k = 71 resid = 1.10444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277929(s) Flops=468854784 => 1686.95884200641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242877.098872493 Mflops = 242.877098872493 Gflops = 0.242877098872493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00100595 Relative Rsd = 4.40674136978028e-07
BICGSTAB_SOLVER_TIME: 0.600901 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056607 s
InvBiCGStab: k = 51 resid = 1.920066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271957(s) Flops=337618944 => 1241.44237508135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178731.250098837 Mflops = 178.731250098837 Gflops = 0.178731250098837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061745 s
InvBiCGStab: k = 74 resid = 1.107482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269705(s) Flops=488540160 => 1811.38710813667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260781.077670173 Mflops = 260.781077670173 Gflops = 0.260781077670173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001034479 Relative Rsd = 4.53171655102902e-07
BICGSTAB_SOLVER_TIME: 0.663826 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041924 s
InvBiCGStab: k = 56 resid = 2.065071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225458(s) Flops=370427904 => 1643.00181852052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236544.517476646 Mflops = 236.544517476646 Gflops = 0.236544517476646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057979 s
InvBiCGStab: k = 74 resid = 1.096742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391495(s) Flops=488540160 => 1247.88352341665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179672.210369141 Mflops = 179.672210369141 Gflops = 0.179672210369141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001000816 Relative Rsd = 4.38425083493881e-07
BICGSTAB_SOLVER_TIME: 0.721273 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107193
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.88355(s) Flops=1335803904 => 1511.8600011318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217680.664721205 Mflops = 217.680664721205 Gflops = 0.217680664721205 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147699000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.637972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.265973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.877111(s) Flops=1203775488 => 1372.43232384499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197453.798693066 Mflops = 197.453798693065 Gflops = 0.197453798693066 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 6.436214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.106561(s) Flops=1590921216 => 1437.71668800907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207022.801068252 Mflops = 207.022801068252 Gflops = 0.207022801068252 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002137228 Relative Rsd = 9.40214011401333e-07
BICGSTAB_SOLVER_TIME: 1.987123 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.118431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303372999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.358635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76554(s) Flops=1203775488 => 1572.4527627557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226391.591601653 Mflops = 226.391591601653 Gflops = 0.226391591601653 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.097059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789274(s) Flops=1262831616 => 1599.99140475931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230388.241772948 Mflops = 230.388241772948 Gflops = 0.230388241772948 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.001968371 Relative Rsd = 8.64862237527231e-07
BICGSTAB_SOLVER_TIME: 1.558254 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.123047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267781999999997
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993167(s) Flops=1335803904 => 1344.99424970826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193669.358546247 Mflops = 193.669358546247 Gflops = 0.193669358546247 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147606000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.572993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049314 s
InvBiCGStab: k = 23 resid = 2.125227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090733(s) Flops=153888768 => 1696.06171955077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244144.168610703 Mflops = 244.144168610703 Gflops = 0.244144168610703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071293 s
InvBiCGStab: k = 52 resid = 5.345989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238815(s) Flops=344180736 => 1441.20233653665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207479.392540468 Mflops = 207.479392540468 Gflops = 0.207479392540468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007148668 Relative Rsd = 3.13160030813564e-07
BICGSTAB_SOLVER_TIME: 0.454033 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070293 s
InvBiCGStab: k = 67 resid = 2.095946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418986(s) Flops=442607616 => 1056.37805559136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  152095.98639708 Mflops = 152.09598639708 Gflops = 0.15209598639708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093739 s
InvBiCGStab: k = 91 resid = 1.039465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337307(s) Flops=600090624 => 1779.06365417854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256138.360034349 Mflops = 256.138360034349 Gflops = 0.256138360034349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001187188 Relative Rsd = 5.20068667540833e-07
BICGSTAB_SOLVER_TIME: 0.924239 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126967
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052333 s
InvBiCGStab: k = 45 resid = 1.767052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180291(s) Flops=298248192 => 1654.26001297902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238165.619939944 Mflops = 238.165619939944 Gflops = 0.238165619939944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064769 s
InvBiCGStab: k = 64 resid = 1.138184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382801(s) Flops=422922240 => 1104.80965305733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  159064.054439477 Mflops = 159.064054439477 Gflops = 0.159064054439477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009792934 Relative Rsd = 4.28996765292737e-07
BICGSTAB_SOLVER_TIME: 0.684073 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0933330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 52 resid = 1.571272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191211(s) Flops=344180736 => 1800.00489511587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259139.746829406 Mflops = 259.139746829406 Gflops = 0.259139746829406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057163 s
InvBiCGStab: k = 88 resid = 1.099359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333846(s) Flops=580405248 => 1738.54186660916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250297.161991187 Mflops = 250.297161991187 Gflops = 0.250297161991187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001052033 Relative Rsd = 4.60861764670372e-07
BICGSTAB_SOLVER_TIME: 0.627319 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045555 s
InvBiCGStab: k = 57 resid = 2.25248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252753(s) Flops=376989696 => 1491.53401146574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214755.248984477 Mflops = 214.755248984477 Gflops = 0.214755248984477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06004 s
InvBiCGStab: k = 74 resid = 8.6602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313523(s) Flops=488540160 => 1558.22749846104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224318.156416177 Mflops = 224.318156416177 Gflops = 0.224318156416177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001063794 Relative Rsd = 4.66013765286741e-07
BICGSTAB_SOLVER_TIME: 0.676002 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107825
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037736(s) Flops=1329315840 => 1280.97689585791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  184448.006588191 Mflops = 184.448006588191 Gflops = 0.184448006588191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147184000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.551129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054134 s
InvBiCGStab: k = 27 resid = 1.942539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133219(s) Flops=180135936 => 1352.17901350408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194653.262093341 Mflops = 194.653262093341 Gflops = 0.194653262093341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061386 s
InvBiCGStab: k = 54 resid = 1.129193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244228(s) Flops=357304320 => 1462.99490639894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210620.038280189 Mflops = 210.620038280189 Gflops = 0.210620038280189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007402928 Relative Rsd = 3.24298355871172e-07
BICGSTAB_SOLVER_TIME: 0.497031 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061645 s
InvBiCGStab: k = 77 resid = 1.772746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405204(s) Flops=508225536 => 1254.24609826162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180601.388480159 Mflops = 180.601388480159 Gflops = 0.180601388480159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.089873 s
InvBiCGStab: k = 106 resid = 4.836471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.510711(s) Flops=698517504 => 1367.73538067518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196924.081438688 Mflops = 196.924081438688 Gflops = 0.196924081438688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001204734 Relative Rsd = 5.27754901276354e-07
BICGSTAB_SOLVER_TIME: 1.071671 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04189 s
InvBiCGStab: k = 54 resid = 1.326044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200251(s) Flops=357304320 => 1784.28232568127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256873.025829565 Mflops = 256.873025829565 Gflops = 0.256873025829565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 60 resid = 1.127628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246976(s) Flops=396675072 => 1606.12801243846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231227.547189824 Mflops = 231.227547189824 Gflops = 0.231227547189824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009731855 Relative Rsd = 4.26321115305225e-07
BICGSTAB_SOLVER_TIME: 0.550159 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.153349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957610000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052058 s
InvBiCGStab: k = 62 resid = 2.126362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28352(s) Flops=409798656 => 1445.39593679458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208108.134392142 Mflops = 208.108134392142 Gflops = 0.208108134392142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.104674 s
InvBiCGStab: k = 85 resid = 9.106856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360356(s) Flops=560719872 => 1556.01647259932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224025.855076666 Mflops = 224.025855076666 Gflops = 0.224025855076666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001116852 Relative Rsd = 4.89256874497626e-07
BICGSTAB_SOLVER_TIME: 0.807137 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118925
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054806 s
InvBiCGStab: k = 58 resid = 2.221039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242439(s) Flops=383551488 => 1582.05358048829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227743.664732568 Mflops = 227.743664732568 Gflops = 0.227743664732568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057668 s
InvBiCGStab: k = 75 resid = 8.141797e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309101(s) Flops=495101952 => 1601.74814057541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230637.287103093 Mflops = 230.637287103093 Gflops = 0.230637287103093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001069093 Relative Rsd = 4.68334980642049e-07
BICGSTAB_SOLVER_TIME: 0.67038 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109384
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.896866(s) Flops=1317150720 => 1468.61484324303 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211461.275871191 Mflops = 211.461275871191 Gflops = 0.211461275871191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145796000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.546306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048203 s
InvBiCGStab: k = 24 resid = 2.225329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130618(s) Flops=160450560 => 1228.39547382443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176869.700732116 Mflops = 176.869700732116 Gflops = 0.176869700732116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.103435 s
InvBiCGStab: k = 50 resid = 3.386939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291326(s) Flops=331057152 => 1136.38038486095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  163601.699974419 Mflops = 163.601699974419 Gflops = 0.163601699974419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007308869 Relative Rsd = 3.20177938526778e-07
BICGSTAB_SOLVER_TIME: 0.580071 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055987 s
InvBiCGStab: k = 49 resid = 2.203476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209377(s) Flops=324495360 => 1549.81378088329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223156.328059245 Mflops = 223.156328059245 Gflops = 0.223156328059245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081697 s
InvBiCGStab: k = 72 resid = 1.005111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413282(s) Flops=475416576 => 1150.34425888376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  165645.109372876 Mflops = 165.645109372876 Gflops = 0.165645109372876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001047462 Relative Rsd = 4.58859081503948e-07
BICGSTAB_SOLVER_TIME: 0.766135 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100792
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064827 s
InvBiCGStab: k = 51 resid = 1.830382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255151(s) Flops=337618944 => 1323.21230957355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190505.371480871 Mflops = 190.505371480871 Gflops = 0.190505371480871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.105084 s
InvBiCGStab: k = 69 resid = 9.894648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299201(s) Flops=455731200 => 1523.16068462338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219270.439312149 Mflops = 219.270439312149 Gflops = 0.219270439312149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0010218 Relative Rsd = 4.47617485924007e-07
BICGSTAB_SOLVER_TIME: 0.728147 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999740000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056178 s
InvBiCGStab: k = 57 resid = 1.321141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257892(s) Flops=376989696 => 1461.81229351822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210440.722506806 Mflops = 210.440722506806 Gflops = 0.210440722506806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05773 s
InvBiCGStab: k = 80 resid = 1.059911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333558(s) Flops=527910912 => 1582.66601910312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227863.393512949 Mflops = 227.863393512949 Gflops = 0.227863393512949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001057949 Relative Rsd = 4.63453319304142e-07
BICGSTAB_SOLVER_TIME: 0.710732 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.072293 s
InvBiCGStab: k = 57 resid = 2.281323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242845(s) Flops=376989696 => 1552.38813234779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223496.775802541 Mflops = 223.496775802541 Gflops = 0.223496775802541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068743 s
InvBiCGStab: k = 80 resid = 5.230856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295108(s) Flops=527910912 => 1788.87360559524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257547.508652891 Mflops = 257.547508652891 Gflops = 0.257547508652891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001040693 Relative Rsd = 4.55893917069383e-07
BICGSTAB_SOLVER_TIME: 0.682888 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112179
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032927(s) Flops=1341997056 => 1299.21771432057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187101.370119 Mflops = 187.101370119 Gflops = 0.187101370119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148281000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045343 s
InvBiCGStab: k = 24 resid = 2.040019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103483(s) Flops=160450560 => 1550.50162828677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223163.676118853 Mflops = 223.163676118853 Gflops = 0.223163676118853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078857 s
InvBiCGStab: k = 43 resid = 9.259179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224302(s) Flops=285124608 => 1271.16391293881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182984.385793825 Mflops = 182.984385793825 Gflops = 0.182984385793825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007381238 Relative Rsd = 3.23348190569028e-07
BICGSTAB_SOLVER_TIME: 0.457229 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06633 s
InvBiCGStab: k = 52 resid = 2.200786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28885(s) Flops=344180736 => 1191.55525705383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171548.780763859 Mflops = 171.548780763859 Gflops = 0.171548780763859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085068 s
InvBiCGStab: k = 89 resid = 1.081792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464725(s) Flops=586967040 => 1263.04166980472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181857.923442895 Mflops = 181.857923442895 Gflops = 0.181857923442895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001094801 Relative Rsd = 4.79597026335301e-07
BICGSTAB_SOLVER_TIME: 0.910328 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042753 s
InvBiCGStab: k = 56 resid = 1.846034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227778(s) Flops=370427904 => 1626.26726022706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234129.699411106 Mflops = 234.129699411106 Gflops = 0.234129699411106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06393 s
InvBiCGStab: k = 77 resid = 9.799689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375815(s) Flops=508225536 => 1352.32903423227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194706.756650514 Mflops = 194.706756650514 Gflops = 0.194706756650514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001062087 Relative Rsd = 4.65265882713896e-07
BICGSTAB_SOLVER_TIME: 0.715387 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064728 s
InvBiCGStab: k = 62 resid = 2.147809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284569(s) Flops=409798656 => 1440.0678078076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207320.775145804 Mflops = 207.320775145804 Gflops = 0.207320775145804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061644 s
InvBiCGStab: k = 80 resid = 5.874831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320392(s) Flops=527910912 => 1647.70316362456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237228.423933149 Mflops = 237.228423933149 Gflops = 0.237228423933149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00113112 Relative Rsd = 4.95507316487094e-07
BICGSTAB_SOLVER_TIME: 0.73617 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 46 resid = 2.005997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194626(s) Flops=304809984 => 1566.13188371543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225461.06398945 Mflops = 225.46106398945 Gflops = 0.22546106398945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059088 s
InvBiCGStab: k = 65 resid = 9.233693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249668(s) Flops=429484032 => 1720.22058093148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247651.270344386 Mflops = 247.651270344386 Gflops = 0.247651270344386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001012496 Relative Rsd = 4.43541691644818e-07
BICGSTAB_SOLVER_TIME: 0.548571 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0936340000000003
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97464(s) Flops=1379450880 => 1415.34400393992 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203804.788062283 Mflops = 203.804788062283 Gflops = 0.203804788062283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152851000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.557127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.848872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911222(s) Flops=1184090112 => 1299.45294560491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187059.893660713 Mflops = 187.059893660713 Gflops = 0.187059893660713 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 5.874439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.006344(s) Flops=1479370752 => 1470.04478786578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211678.792339444 Mflops = 211.678792339444 Gflops = 0.211678792339444 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002055907 Relative Rsd = 9.04481217568671e-07
BICGSTAB_SOLVER_TIME: 1.921933 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.138388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289190999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.122443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67348(s) Flops=1177528320 => 1748.42359090099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251721.869025079 Mflops = 251.721869025079 Gflops = 0.251721869025079 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 6.95445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947097(s) Flops=1335011328 => 1409.58246937748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202971.596414979 Mflops = 202.971596414979 Gflops = 0.202971596414979 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001978769 Relative Rsd = 8.69391670902073e-07
BICGSTAB_SOLVER_TIME: 1.624193 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.117017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272567999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055273(s) Flops=1379450880 => 1307.19811840159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188223.671998889 Mflops = 188.223671998889 Gflops = 0.188223671998889 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152946000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.586338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046588 s
InvBiCGStab: k = 26 resid = 1.802961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120462(s) Flops=173574144 => 1440.9037206754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207409.886317556 Mflops = 207.409886317556 Gflops = 0.207409886317556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075979 s
InvBiCGStab: k = 45 resid = 7.045834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244478(s) Flops=298248192 => 1219.93877567716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175627.457636936 Mflops = 175.627457636936 Gflops = 0.175627457636936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007447022 Relative Rsd = 3.2622994812e-07
BICGSTAB_SOLVER_TIME: 0.491376 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054763 s
InvBiCGStab: k = 68 resid = 2.046813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338256(s) Flops=449169408 => 1327.89782886335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191190.721964382 Mflops = 191.190721964382 Gflops = 0.191190721964382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078757 s
InvBiCGStab: k = 106 resid = 5.36803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.492707(s) Flops=698517504 => 1417.71378121277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204126.884806308 Mflops = 204.126884806308 Gflops = 0.204126884806308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001265703 Relative Rsd = 5.54463565225572e-07
BICGSTAB_SOLVER_TIME: 0.968539 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 59 resid = 2.059638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227247(s) Flops=390113280 => 1716.69276162062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247165.78097695 Mflops = 247.16578097695 Gflops = 0.24716578097695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059126 s
InvBiCGStab: k = 69 resid = 1.069796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297201(s) Flops=455731200 => 1533.4107220366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220766.63684141 Mflops = 220.76663684141 Gflops = 0.22076663684141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0009996099 Relative Rsd = 4.37896797399636e-07
BICGSTAB_SOLVER_TIME: 0.628673 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1056
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042129 s
InvBiCGStab: k = 66 resid = 2.1169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291632(s) Flops=436045824 => 1495.19196795962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215261.146699202 Mflops = 215.261146699202 Gflops = 0.215261146699202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 83 resid = 1.129572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317356(s) Flops=547596288 => 1725.49530495721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248422.084582803 Mflops = 248.422084582803 Gflops = 0.248422084582803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001131689 Relative Rsd = 4.9575654268099e-07
BICGSTAB_SOLVER_TIME: 0.711657 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043321 s
InvBiCGStab: k = 70 resid = 1.564225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322442(s) Flops=462292992 => 1433.7244899858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206436.297335572 Mflops = 206.436297335572 Gflops = 0.206436297335572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075079 s
InvBiCGStab: k = 72 resid = 1.0496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465103(s) Flops=475416576 => 1022.17482149115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  147158.44992912 Mflops = 147.15844992912 Gflops = 0.14715844992912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001082877 Relative Rsd = 4.74373271830082e-07
BICGSTAB_SOLVER_TIME: 0.909764 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115591
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056896(s) Flops=1404592128 => 1328.97856364297 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191356.868571137 Mflops = 191.356868571137 Gflops = 0.191356868571137 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155406000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.548669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046452 s
InvBiCGStab: k = 28 resid = 2.06643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124927(s) Flops=186697728 => 1494.45458547792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215086.693089014 Mflops = 215.086693089014 Gflops = 0.215086693089014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076829 s
InvBiCGStab: k = 44 resid = 1.047776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221317(s) Flops=291686400 => 1317.95749987574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189731.228562596 Mflops = 189.731228562596 Gflops = 0.189731228562596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000730523 Relative Rsd = 3.20018493940075e-07
BICGSTAB_SOLVER_TIME: 0.474113 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050118 s
InvBiCGStab: k = 70 resid = 2.113463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366799(s) Flops=462292992 => 1260.34419941167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181534.511965612 Mflops = 181.534511965612 Gflops = 0.181534511965612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075593 s
InvBiCGStab: k = 106 resid = 1.103508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.530413(s) Flops=698517504 => 1316.93134218053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189614.956190597 Mflops = 189.614956190597 Gflops = 0.189614956190597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001270628 Relative Rsd = 5.56621230672178e-07
BICGSTAB_SOLVER_TIME: 1.026938 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042928 s
InvBiCGStab: k = 56 resid = 1.803407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213061(s) Flops=370427904 => 1738.60023185848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250294.678753771 Mflops = 250.294678753771 Gflops = 0.250294678753771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061084 s
InvBiCGStab: k = 69 resid = 1.065435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274931(s) Flops=455731200 => 1657.6202756328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238628.938018501 Mflops = 238.628938018501 Gflops = 0.238628938018501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001028723 Relative Rsd = 4.50650171430952e-07
BICGSTAB_SOLVER_TIME: 0.59732 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067725 s
InvBiCGStab: k = 60 resid = 2.246111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396918(s) Flops=396675072 => 999.387964264659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  143871.980572835 Mflops = 143.871980572835 Gflops = 0.143871980572835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057705 s
InvBiCGStab: k = 90 resid = 1.024916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330589(s) Flops=593528832 => 1795.36775875785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.775718352 Mflops = 258.492775718352 Gflops = 0.258492775718352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001144123 Relative Rsd = 5.01203310516659e-07
BICGSTAB_SOLVER_TIME: 0.856803 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051709 s
InvBiCGStab: k = 59 resid = 1.108913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27617(s) Flops=390113280 => 1412.58384328493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203394.199485101 Mflops = 203.394199485101 Gflops = 0.203394199485101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093158 s
InvBiCGStab: k = 80 resid = 6.84693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.463403(s) Flops=527910912 => 1139.20477856207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  164018.708902811 Mflops = 164.018708902811 Gflops = 0.164018708902811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001085431 Relative Rsd = 4.75492061320915e-07
BICGSTAB_SOLVER_TIME: 0.888935 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113679
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992668(s) Flops=1417420800 => 1427.89009014091 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205603.709778538 Mflops = 205.603709778538 Gflops = 0.205603709778538 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157090000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.59935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041532 s
InvBiCGStab: k = 27 resid = 2.181951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12097(s) Flops=180135936 => 1489.09594114243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214304.196214156 Mflops = 214.304196214156 Gflops = 0.214304196214156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068858 s
InvBiCGStab: k = 48 resid = 5.961866e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26125(s) Flops=317933568 => 1216.97059521531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175196.855940044 Mflops = 175.196855940044 Gflops = 0.175196855940044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007232885 Relative Rsd = 3.1684931285139e-07
BICGSTAB_SOLVER_TIME: 0.500315 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042082 s
InvBiCGStab: k = 47 resid = 2.194914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181577(s) Flops=311371776 => 1714.81947603496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246855.162965533 Mflops = 246.855162965533 Gflops = 0.246855162965533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064204 s
InvBiCGStab: k = 80 resid = 9.84145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468754(s) Flops=527910912 => 1126.20033535714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  162156.46728256 Mflops = 162.15646728256 Gflops = 0.16215646728256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001102257 Relative Rsd = 4.82863026726035e-07
BICGSTAB_SOLVER_TIME: 0.767976 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.168981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042208 s
InvBiCGStab: k = 62 resid = 1.523924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241804(s) Flops=409798656 => 1694.75548791583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243996.362277938 Mflops = 243.996362277938 Gflops = 0.243996362277938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061783 s
InvBiCGStab: k = 79 resid = 1.027742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312165(s) Flops=521349120 => 1670.10753928211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240462.181393933 Mflops = 240.462181393933 Gflops = 0.240462181393933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001048837 Relative Rsd = 4.59461722374273e-07
BICGSTAB_SOLVER_TIME: 0.662432 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05881 s
InvBiCGStab: k = 65 resid = 2.080975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402488(s) Flops=429484032 => 1067.07288664507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  153650.484862035 Mflops = 153.650484862035 Gflops = 0.153650484862035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076354 s
InvBiCGStab: k = 75 resid = 1.081431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3026(s) Flops=495101952 => 1636.15978849967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235536.140027222 Mflops = 235.536140027222 Gflops = 0.235536140027222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001100583 Relative Rsd = 4.82129933511944e-07
BICGSTAB_SOLVER_TIME: 0.844071 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042464 s
InvBiCGStab: k = 57 resid = 2.275156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231598(s) Flops=376989696 => 1627.77612932754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234354.459083885 Mflops = 234.354459083885 Gflops = 0.234354459083885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060429 s
InvBiCGStab: k = 71 resid = 1.135418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376363(s) Flops=468854784 => 1245.75153243013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179349.366891797 Mflops = 179.349366891797 Gflops = 0.179349366891797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00105438 Relative Rsd = 4.61889982088285e-07
BICGSTAB_SOLVER_TIME: 0.714785 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105685
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93951(s) Flops=1429954560 => 1522.02164958329 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219172.849047967 Mflops = 219.172849047967 Gflops = 0.219172849047967 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158502000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.599101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06658 s
InvBiCGStab: k = 24 resid = 2.089048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184647(s) Flops=160450560 => 868.958390875563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  125098.438922093 Mflops = 125.098438922093 Gflops = 0.125098438922093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.112947 s
InvBiCGStab: k = 46 resid = 1.082107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231377(s) Flops=304809984 => 1317.3737406916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189641.446856061 Mflops = 189.641446856061 Gflops = 0.189641446856061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007723094 Relative Rsd = 3.38323793247578e-07
BICGSTAB_SOLVER_TIME: 0.600668 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043104 s
InvBiCGStab: k = 60 resid = 1.882499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244066(s) Flops=396675072 => 1625.27788385109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233877.093105014 Mflops = 233.877093105014 Gflops = 0.233877093105014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064345 s
InvBiCGStab: k = 82 resid = 7.777533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36285(s) Flops=541034496 => 1491.0693013642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214666.580916323 Mflops = 214.666580916323 Gflops = 0.214666580916323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001129693 Relative Rsd = 4.94881981600751e-07
BICGSTAB_SOLVER_TIME: 0.718341 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068898 s
InvBiCGStab: k = 56 resid = 1.976249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240234(s) Flops=370427904 => 1541.94620245261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221976.664263092 Mflops = 221.976664263092 Gflops = 0.221976664263092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058864 s
InvBiCGStab: k = 78 resid = 8.007394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30473(s) Flops=514787328 => 1689.32277097759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243205.220989157 Mflops = 243.205220989157 Gflops = 0.243205220989157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001006626 Relative Rsd = 4.40970281137626e-07
BICGSTAB_SOLVER_TIME: 0.676713 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043441 s
InvBiCGStab: k = 61 resid = 2.211218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2469(s) Flops=403236864 => 1633.19912515188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235128.739472243 Mflops = 235.128739472243 Gflops = 0.235128739472243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07489 s
InvBiCGStab: k = 80 resid = 1.017853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483806(s) Flops=527910912 => 1091.1623915371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  157103.83295675 Mflops = 157.10383295675 Gflops = 0.15710383295675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001112901 Relative Rsd = 4.87526060543329e-07
BICGSTAB_SOLVER_TIME: 0.855029 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043017 s
InvBiCGStab: k = 54 resid = 1.864762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209632(s) Flops=357304320 => 1704.43596397497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245393.678661324 Mflops = 245.393678661323 Gflops = 0.245393678661323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059284 s
InvBiCGStab: k = 80 resid = 9.35872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3358(s) Flops=527910912 => 1572.0992019059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226347.669697618 Mflops = 226.347669697618 Gflops = 0.226347669697618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001038428 Relative Rsd = 4.54901806085945e-07
BICGSTAB_SOLVER_TIME: 0.652066 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110246
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079773(s) Flops=1436368896 => 1330.25079901053 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191545.889477846 Mflops = 191.545889477846 Gflops = 0.191545889477846 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158770000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.671713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021147
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.825681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78628(s) Flops=1210337280 => 1539.3209543674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221590.497891863 Mflops = 221.590497891863 Gflops = 0.221590497891863 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 9.743075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.047459(s) Flops=1374382080 => 1312.11062199093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188936.934972515 Mflops = 188.936934972515 Gflops = 0.188936934972515 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001978026 Relative Rsd = 8.70263896721431e-07
BICGSTAB_SOLVER_TIME: 1.837171 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.120391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280077999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.736575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.790894(s) Flops=1269393408 => 1605.01079537839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231086.892090121 Mflops = 231.086892090121 Gflops = 0.231086892090121 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 6.495485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843014(s) Flops=1275955200 => 1513.56347581416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217940.44407273 Mflops = 217.94044407273 Gflops = 0.21794044407273 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.00196298 Relative Rsd = 8.62427908445507e-07
BICGSTAB_SOLVER_TIME: 1.637344 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.124375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276213999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 259 resid = 2.238876e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.086302(s) Flops=1702471680 => 1567.21766138698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225704.736567159 Mflops = 225.704736567159 Gflops = 0.225704736567159 Tflops
InvBiCGStab: k = 300 resid = 7.61901e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.218116(s) Flops=1971505152 => 1618.48719826355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233054.406616346 Mflops = 233.054406616346 Gflops = 0.233054406616346 Tflops
BICGSTAB_SOLVER: 559 iterations. Rsd = 0.002008158 Relative Rsd = 8.83521053311028e-07
BICGSTAB_SOLVER_TIME: 2.308991 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.399655999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 2.081826e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.27289(s) Flops=1774651392 => 1394.19069361846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200734.796826818 Mflops = 200.734796826818 Gflops = 0.200734796826818 Tflops
InvBiCGStab: k = 256 resid = 1.138326e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.999618(s) Flops=1682786304 => 1683.42937402088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242402.424180077 Mflops = 242.402424180077 Gflops = 0.242402424180077 Tflops
BICGSTAB_SOLVER: 526 iterations. Rsd = 0.001912267 Relative Rsd = 8.40147559509434e-07
BICGSTAB_SOLVER_TIME: 2.277322 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.375598999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 224 resid = 2.276478e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924262(s) Flops=1472808960 => 1593.49725510732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229406.669279981 Mflops = 229.406669279981 Gflops = 0.229406669279981 Tflops
InvBiCGStab: k = 229 resid = 1.077085e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.98321(s) Flops=1505617920 => 1531.3289327814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220503.113555678 Mflops = 220.503113555678 Gflops = 0.220503113555678 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.001826309 Relative Rsd = 8.00046885071994e-07
BICGSTAB_SOLVER_TIME: 1.912396 sec
2Flav::invert,  n_count = 453
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323200000000003
MInvCG2: 319 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.473705(s) Flops=2062780416 => 1399.72410760634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201565.860357052 Mflops = 201.565860357052 Gflops = 0.201565860357052 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.229072000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0696052317229032
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 503.064734 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.044335 secs
Doing Update: 2718 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 284 resid = 1.71486e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.199412(s) Flops=1866516480 => 1556.19293453792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224109.674125259 Mflops = 224.109674125259 Gflops = 0.224109674125259 Tflops
InvBiCGStab: k = 273 resid = 1.088002e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.096868(s) Flops=1794336768 => 1635.87302027227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235556.307523627 Mflops = 235.556307523627 Gflops = 0.235556307523627 Tflops
BICGSTAB_SOLVER: 557 iterations. Rsd = 0.001974873 Relative Rsd = 8.69473940311239e-07
BICGSTAB_SOLVER_TIME: 2.301031 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.400266999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000359
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 214 resid = 2.009025e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948624(s) Flops=1407191040 => 1483.40231746192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213627.974754439 Mflops = 213.627974754439 Gflops = 0.213627974754439 Tflops
InvBiCGStab: k = 239 resid = 1.107672e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.09031(s) Flops=1571235840 => 1441.0909190964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207509.853514175 Mflops = 207.509853514175 Gflops = 0.207509853514175 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.001816791 Relative Rsd = 7.9764622085966e-07
BICGSTAB_SOLVER_TIME: 2.043881 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325790999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 332 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.483407(s) Flops=2141005824 => 1443.30303416392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207835.691445313 Mflops = 207.835691445313 Gflops = 0.207835691445313 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.237654000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 321 resid = 1.995687e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.422379(s) Flops=2109302784 => 1482.94004903053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213484.464796451 Mflops = 213.484464796451 Gflops = 0.213484464796451 Tflops
InvBiCGStab: k = 310 resid = 1.150914e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.300119(s) Flops=2037123072 => 1566.87431842777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225628.402661309 Mflops = 225.628402661309 Gflops = 0.225628402661309 Tflops
BICGSTAB_SOLVER: 631 iterations. Rsd = 0.002109489 Relative Rsd = 9.28741054550394e-07
BICGSTAB_SOLVER_TIME: 2.728469 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.452968
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 247 resid = 1.385115e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.057533(s) Flops=1623730176 => 1535.39433379384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221043.24025071 Mflops = 221.04324025071 Gflops = 0.22104324025071 Tflops
InvBiCGStab: k = 277 resid = 1.053061e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.206583(s) Flops=1820583936 => 1508.87583862859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217270.504016638 Mflops = 217.270504016638 Gflops = 0.217270504016638 Tflops
BICGSTAB_SOLVER: 524 iterations. Rsd = 0.001966995 Relative Rsd = 8.63592010791972e-07
BICGSTAB_SOLVER_TIME: 2.269454 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374918999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 213 resid = 1.995175e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.963374(s) Flops=1400629248 => 1453.87902102403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209265.825253878 Mflops = 209.265825253878 Gflops = 0.209265825253878 Tflops
InvBiCGStab: k = 236 resid = 1.105446e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.963313(s) Flops=1551550464 => 1610.64001420099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231923.180523339 Mflops = 231.923180523339 Gflops = 0.231923180523339 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.001809909 Relative Rsd = 7.92997574609772e-07
BICGSTAB_SOLVER_TIME: 1.931603 sec
2Flav::invert,  n_count = 449
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320605000000001
MInvCG2: 318 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.415922(s) Flops=2056587264 => 1452.47214465204 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209159.93630538 Mflops = 209.15993630538 Gflops = 0.20915993630538 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.228273000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.23342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.014022(s) Flops=1426876416 => 1407.14542288037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202577.483186357 Mflops = 202.577483186357 Gflops = 0.202577483186357 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 9.913215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.161235(s) Flops=1676224512 => 1443.48431798904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207852.943789952 Mflops = 207.852943789952 Gflops = 0.207852943789952 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.002178975 Relative Rsd = 9.59333522489524e-07
BICGSTAB_SOLVER_TIME: 2.178607 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.118062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336096999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.275153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701838(s) Flops=1138157568 => 1621.68131107179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233479.363806247 Mflops = 233.479363806247 Gflops = 0.233479363806247 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 7.446361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881337(s) Flops=1354696704 => 1537.09273978058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221329.877558196 Mflops = 221.329877558196 Gflops = 0.221329877558196 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.001982959 Relative Rsd = 8.7060098359202e-07
BICGSTAB_SOLVER_TIME: 1.586952 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.122235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270765999999997
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.044939(s) Flops=1430396928 => 1368.8807939985 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197107.559935048 Mflops = 197.107559935048 Gflops = 0.197107559935048 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158419000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.530416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021125
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.3e-05 s
InvBiCGStab: k = 145 resid = 1.84175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753297(s) Flops=954427392 => 1267.00012345728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182344.223923433 Mflops = 182.344223923433 Gflops = 0.182344223923433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 161 resid = 9.853776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.644288(s) Flops=1059416064 => 1644.32065163405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236753.034462971 Mflops = 236.753034462971 Gflops = 0.236753034462971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 306 iterations. Rsd = 0.001769444 Relative Rsd = 7.75268182738995e-07
BICGSTAB_SOLVER_TIME: 1.401338 sec
2Flav::invert,  n_count = 306
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.219563999999997
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000188 s
InvBiCGStab: k = 115 resid = 1.718191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429387(s) Flops=757573632 => 1764.31431785313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253906.531966586 Mflops = 253.906531966586 Gflops = 0.253906531966586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 138 resid = 9.167844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.615194(s) Flops=908494848 => 1476.76155489163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212615.563164437 Mflops = 212.615563164437 Gflops = 0.212615563164437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 253 iterations. Rsd = 0.001550887 Relative Rsd = 6.79509135455613e-07
BICGSTAB_SOLVER_TIME: 1.048628 sec
2Flav::invert,  n_count = 253
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182297999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005084 s
InvBiCGStab: k = 99 resid = 2.058121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363532(s) Flops=652584960 => 1795.12384054224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258478.117385261 Mflops = 258.478117385261 Gflops = 0.258478117385261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007317 s
InvBiCGStab: k = 118 resid = 1.097912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481116(s) Flops=777259008 => 1615.53348464819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232611.630510824 Mflops = 232.611630510824 Gflops = 0.232611630510824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.001415213 Relative Rsd = 6.20064454536006e-07
BICGSTAB_SOLVER_TIME: 0.863037 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158457999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008039 s
InvBiCGStab: k = 87 resid = 1.54744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339541(s) Flops=573843456 => 1690.0564467914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243329.827824083 Mflops = 243.329827824083 Gflops = 0.243329827824083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010842 s
InvBiCGStab: k = 105 resid = 1.056872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395388(s) Flops=691955712 => 1750.06755895475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251977.762184226 Mflops = 251.977762184226 Gflops = 0.251977762184226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.00127118 Relative Rsd = 5.56957865711481e-07
BICGSTAB_SOLVER_TIME: 0.757642 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14222
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.012101 s
InvBiCGStab: k = 72 resid = 1.403534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356812(s) Flops=475416576 => 1332.40074885374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191832.949853975 Mflops = 191.832949853975 Gflops = 0.191832949853975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.02149 s
InvBiCGStab: k = 93 resid = 8.146581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.5242(s) Flops=613214208 => 1169.80962991225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  168441.621330699 Mflops = 168.441621330699 Gflops = 0.168441621330699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001235697 Relative Rsd = 5.41411244958823e-07
BICGSTAB_SOLVER_TIME: 0.918763 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123489
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.096077(s) Flops=1430396928 => 1305.01500168328 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187923.360061853 Mflops = 187.923360061853 Gflops = 0.187923360061853 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158458000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.535169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021119
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013657 s
InvBiCGStab: k = 28 resid = 2.180597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104747(s) Flops=186697728 => 1782.36825875681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256523.971943819 Mflops = 256.523971943819 Gflops = 0.256523971943819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019517 s
InvBiCGStab: k = 50 resid = 6.406847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186102(s) Flops=331057152 => 1778.90163458748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256082.025962911 Mflops = 256.082025962911 Gflops = 0.256082025962911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007393733 Relative Rsd = 3.23950695815308e-07
BICGSTAB_SOLVER_TIME: 0.327792 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0625880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017324 s
InvBiCGStab: k = 81 resid = 2.26589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401836(s) Flops=534472704 => 1330.07670791069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191513.352463848 Mflops = 191.513352463848 Gflops = 0.191513352463848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.027802 s
InvBiCGStab: k = 104 resid = 8.99261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439448(s) Flops=685393920 => 1559.67013161967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224553.124522928 Mflops = 224.553124522928 Gflops = 0.224553124522928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001332301 Relative Rsd = 5.83737540579227e-07
BICGSTAB_SOLVER_TIME: 0.890347 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140016
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020577 s
InvBiCGStab: k = 61 resid = 2.178121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23164(s) Flops=403236864 => 1740.79115869453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250653.330929463 Mflops = 250.653330929463 Gflops = 0.250653330929463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.030555 s
InvBiCGStab: k = 84 resid = 9.999355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334111(s) Flops=554158080 => 1658.60471519944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238787.824494127 Mflops = 238.787824494127 Gflops = 0.238787824494127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001108312 Relative Rsd = 4.85598276110562e-07
BICGSTAB_SOLVER_TIME: 0.62078 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112207
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.052909 s
InvBiCGStab: k = 65 resid = 2.200254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362679(s) Flops=429484032 => 1184.19878735742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  170465.594475055 Mflops = 170.465594475055 Gflops = 0.170465594475055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.038631 s
InvBiCGStab: k = 84 resid = 1.047986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314714(s) Flops=554158080 => 1760.83072249725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253484.052557228 Mflops = 253.484052557228 Gflops = 0.253484052557228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001170092 Relative Rsd = 5.12666902662753e-07
BICGSTAB_SOLVER_TIME: 0.772795 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116305
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.030369 s
InvBiCGStab: k = 68 resid = 1.365186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330024(s) Flops=449169408 => 1361.02043487746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195953.049296013 Mflops = 195.953049296013 Gflops = 0.195953049296013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.071126 s
InvBiCGStab: k = 89 resid = 1.147953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413776(s) Flops=586967040 => 1418.56231390897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204226.886859013 Mflops = 204.226886859013 Gflops = 0.204226886859013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001178587 Relative Rsd = 5.1638859015711e-07
BICGSTAB_SOLVER_TIME: 0.851046 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122891
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970155(s) Flops=1430249472 => 1474.24841597477 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212357.767119 Mflops = 212.357767119 Gflops = 0.212357767119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021168
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.037985 s
InvBiCGStab: k = 29 resid = 1.566772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12712(s) Flops=193259520 => 1520.29200755192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218833.071858332 Mflops = 218.833071858332 Gflops = 0.218833071858332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.069089 s
InvBiCGStab: k = 44 resid = 1.123271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170881(s) Flops=291686400 => 1706.95630292426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245683.614551254 Mflops = 245.683614551254 Gflops = 0.245683614551254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007407212 Relative Rsd = 3.24541274293392e-07
BICGSTAB_SOLVER_TIME: 0.408907 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036481 s
InvBiCGStab: k = 58 resid = 1.726093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217533(s) Flops=383551488 => 1763.18759912289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253865.762525113 Mflops = 253.865762525113 Gflops = 0.253865762525113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.05497 s
InvBiCGStab: k = 79 resid = 9.825312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303237(s) Flops=521349120 => 1719.27937553795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247544.552003816 Mflops = 247.544552003816 Gflops = 0.247544552003816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001076663 Relative Rsd = 4.71731655645735e-07
BICGSTAB_SOLVER_TIME: 0.616248 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.148793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060474 s
InvBiCGStab: k = 56 resid = 2.215733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411749(s) Flops=370427904 => 899.644939028389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  129520.126471183 Mflops = 129.520126471183 Gflops = 0.129520126471183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059069 s
InvBiCGStab: k = 71 resid = 8.476653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268883(s) Flops=468854784 => 1743.71300528483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251054.135134032 Mflops = 251.054135134032 Gflops = 0.251054135134032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001051482 Relative Rsd = 4.60698903960448e-07
BICGSTAB_SOLVER_TIME: 0.804045 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042447 s
InvBiCGStab: k = 61 resid = 1.767443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242883(s) Flops=403236864 => 1660.21032348909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239020.699445568 Mflops = 239.020699445568 Gflops = 0.239020699445568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059438 s
InvBiCGStab: k = 83 resid = 9.33586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.460178(s) Flops=547596288 => 1189.96624784323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171338.418506665 Mflops = 171.338418506665 Gflops = 0.171338418506665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001150861 Relative Rsd = 5.04240938927497e-07
BICGSTAB_SOLVER_TIME: 0.812236 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 54 resid = 2.231362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198433(s) Flops=357304320 => 1800.62953238625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259226.441278216 Mflops = 259.226441278216 Gflops = 0.259226441278216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057499 s
InvBiCGStab: k = 77 resid = 1.106902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293606(s) Flops=508225536 => 1730.97803178409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249198.795383375 Mflops = 249.198795383375 Gflops = 0.249198795383375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001068275 Relative Rsd = 4.6805663907658e-07
BICGSTAB_SOLVER_TIME: 0.594351 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107746
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.04235(s) Flops=1424056320 => 1366.19784141603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196717.775236726 Mflops = 196.717775236726 Gflops = 0.196717775236726 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157537000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050317 s
InvBiCGStab: k = 27 resid = 1.667546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126719(s) Flops=180135936 => 1421.53849067622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204586.478038133 Mflops = 204.586478038133 Gflops = 0.204586478038133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056581 s
InvBiCGStab: k = 49 resid = 9.624814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191376(s) Flops=324495360 => 1695.59066967645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244080.490779121 Mflops = 244.080490779121 Gflops = 0.244080490779121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007625931 Relative Rsd = 3.34124268921843e-07
BICGSTAB_SOLVER_TIME: 0.429006 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049488 s
InvBiCGStab: k = 70 resid = 1.167068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339231(s) Flops=462292992 => 1362.76753009012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196200.038972611 Mflops = 196.200038972611 Gflops = 0.196200038972611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064773 s
InvBiCGStab: k = 87 resid = 5.083862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.505423(s) Flops=573843456 => 1135.37266012825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  163459.013611582 Mflops = 163.459013611582 Gflops = 0.163459013611582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001127446 Relative Rsd = 4.93981853464568e-07
BICGSTAB_SOLVER_TIME: 0.965881 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044595 s
InvBiCGStab: k = 50 resid = 2.131339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214207(s) Flops=331057152 => 1545.50109006708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222503.142103294 Mflops = 222.503142103294 Gflops = 0.222503142103294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059689 s
InvBiCGStab: k = 74 resid = 8.026632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280407(s) Flops=488540160 => 1742.25379537601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250816.510930771 Mflops = 250.816510930771 Gflops = 0.250816510930771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001057124 Relative Rsd = 4.63170575756536e-07
BICGSTAB_SOLVER_TIME: 0.602739 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043901 s
InvBiCGStab: k = 71 resid = 7.625175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308155(s) Flops=468854784 => 1521.49010725122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219045.000476449 Mflops = 219.045000476449 Gflops = 0.219045000476449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056436 s
InvBiCGStab: k = 86 resid = 1.124942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333676(s) Flops=567281664 => 1700.09729198384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244786.556455369 Mflops = 244.786556455369 Gflops = 0.244786556455369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001164775 Relative Rsd = 5.10337181888343e-07
BICGSTAB_SOLVER_TIME: 0.746461 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 48 resid = 1.540968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179901(s) Flops=317933568 => 1767.26959827905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254403.221899904 Mflops = 254.403221899904 Gflops = 0.254403221899904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060962 s
InvBiCGStab: k = 71 resid = 1.008026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308777(s) Flops=468854784 => 1518.42521949498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218606.230083239 Mflops = 218.606230083239 Gflops = 0.218606230083239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001049463 Relative Rsd = 4.59814196640642e-07
BICGSTAB_SOLVER_TIME: 0.595019 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997000000000002
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980665(s) Flops=1417568256 => 1445.51733364605 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208146.435284635 Mflops = 208.146435284635 Gflops = 0.208146435284635 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157080000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.611056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021165
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.576625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.013261(s) Flops=1328449536 => 1311.06352262645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188797.894905037 Mflops = 188.797894905037 Gflops = 0.188797894905037 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 3.664521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876485(s) Flops=1492494336 => 1702.81788735689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245194.624735334 Mflops = 245.194624735334 Gflops = 0.245194624735334 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002158433 Relative Rsd = 9.50284710765799e-07
BICGSTAB_SOLVER_TIME: 1.893501 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.14324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.130043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306212999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 2.216438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658628(s) Flops=1079101440 => 1638.40808468513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235929.830142552 Mflops = 235.929830142552 Gflops = 0.235929830142552 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.084476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833211(s) Flops=1341573120 => 1610.12411021938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231845.748429484 Mflops = 231.845748429484 Gflops = 0.231845748429484 Tflops
BICGSTAB_SOLVER: 368 iterations. Rsd = 0.001959307 Relative Rsd = 8.60188346540042e-07
BICGSTAB_SOLVER_TIME: 1.495362 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.129031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262990999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949267(s) Flops=1417568256 => 1493.32933305382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215025.508947726 Mflops = 215.025508947726 Gflops = 0.215025508947726 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157112000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.482688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048489 s
InvBiCGStab: k = 30 resid = 1.607285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147441(s) Flops=199821312 => 1355.26286446782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195097.554644422 Mflops = 195.097554644422 Gflops = 0.195097554644422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079127 s
InvBiCGStab: k = 53 resid = 6.4132e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267246(s) Flops=350742528 => 1312.43321883209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188947.992013195 Mflops = 188.947992013195 Gflops = 0.188947992013195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007424181 Relative Rsd = 3.25284770185415e-07
BICGSTAB_SOLVER_TIME: 0.546154 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0732880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041819 s
InvBiCGStab: k = 77 resid = 2.194523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306419(s) Flops=508225536 => 1658.59667970981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238787.079364159 Mflops = 238.787079364159 Gflops = 0.238787079364159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061713 s
InvBiCGStab: k = 109 resid = 6.885945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.487057(s) Flops=718202880 => 1474.57665119278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212322.826852525 Mflops = 212.322826852525 Gflops = 0.212322826852525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001291282 Relative Rsd = 5.65765459897401e-07
BICGSTAB_SOLVER_TIME: 0.901761 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056983 s
InvBiCGStab: k = 59 resid = 2.15573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233916(s) Flops=390113280 => 1667.74944851998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240072.1054914 Mflops = 240.0721054914 Gflops = 0.2400721054914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 87 resid = 7.99471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331159(s) Flops=573843456 => 1732.83364184576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249478.684421935 Mflops = 249.478684421935 Gflops = 0.249478684421935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00112223 Relative Rsd = 4.91696508323957e-07
BICGSTAB_SOLVER_TIME: 0.68232 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118513
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045624 s
InvBiCGStab: k = 70 resid = 2.218709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272223(s) Flops=462292992 => 1698.21430224485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244492.533111627 Mflops = 244.492533111627 Gflops = 0.244492533111627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06454 s
InvBiCGStab: k = 96 resid = 8.959218e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440806(s) Flops=632899584 => 1435.77806109717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206719.318032907 Mflops = 206.719318032907 Gflops = 0.206719318032907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001191822 Relative Rsd = 5.22187516371508e-07
BICGSTAB_SOLVER_TIME: 0.827013 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048354 s
InvBiCGStab: k = 68 resid = 1.843438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287569(s) Flops=449169408 => 1561.95350681054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224860.352249208 Mflops = 224.860352249208 Gflops = 0.224860352249208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 88 resid = 9.340762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325061(s) Flops=580405248 => 1785.52717182313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257071.922345581 Mflops = 257.071922345581 Gflops = 0.257071922345581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001114808 Relative Rsd = 4.88444335437776e-07
BICGSTAB_SOLVER_TIME: 0.721483 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12546
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982712(s) Flops=1398620160 => 1423.22487157987 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204932.943899339 Mflops = 204.932943899339 Gflops = 0.204932943899339 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154788000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 34 resid = 1.409381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141286(s) Flops=226068480 => 1600.07700692213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230286.796517048 Mflops = 230.286796517048 Gflops = 0.230286796517048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 56 resid = 7.432303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227609(s) Flops=370427904 => 1627.47476593632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234291.323896315 Mflops = 234.291323896315 Gflops = 0.234291323896315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007691298 Relative Rsd = 3.36988308031716e-07
BICGSTAB_SOLVER_TIME: 0.471117 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062899 s
InvBiCGStab: k = 75 resid = 2.101964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290985(s) Flops=495101952 => 1701.46898293726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244971.480509407 Mflops = 244.971480509407 Gflops = 0.244971480509407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 98 resid = 8.87365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362171(s) Flops=646023168 => 1783.75178575866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256816.71140114 Mflops = 256.81671140114 Gflops = 0.25681671140114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001323357 Relative Rsd = 5.79818866075985e-07
BICGSTAB_SOLVER_TIME: 0.776217 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04654 s
InvBiCGStab: k = 58 resid = 1.579611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269951(s) Flops=383551488 => 1420.818918989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204540.346868586 Mflops = 204.540346868586 Gflops = 0.204540346868586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088656 s
InvBiCGStab: k = 82 resid = 9.142943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409641(s) Flops=541034496 => 1320.75279574066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190127.38941359 Mflops = 190.12738941359 Gflops = 0.19012738941359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001100851 Relative Rsd = 4.82329322093898e-07
BICGSTAB_SOLVER_TIME: 0.818594 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 73 resid = 7.68233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276083(s) Flops=481978368 => 1745.77343769808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251360.957840896 Mflops = 251.360957840896 Gflops = 0.251360957840896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075408 s
InvBiCGStab: k = 91 resid = 1.07844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403546(s) Flops=600090624 => 1487.04391568743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214094.405027492 Mflops = 214.094405027492 Gflops = 0.214094405027492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001144893 Relative Rsd = 5.01625836921937e-07
BICGSTAB_SOLVER_TIME: 0.800971 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.15611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040536 s
InvBiCGStab: k = 59 resid = 2.064655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218598(s) Flops=390113280 => 1784.61504679823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256920.675759847 Mflops = 256.920675759847 Gflops = 0.256920675759847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058094 s
InvBiCGStab: k = 88 resid = 9.638246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344391(s) Flops=580405248 => 1685.30898891086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242646.325634752 Mflops = 242.646325634752 Gflops = 0.242646325634752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001171769 Relative Rsd = 5.1340159993773e-07
BICGSTAB_SOLVER_TIME: 0.666286 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118982
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.100399(s) Flops=1379966976 => 1254.06055076386 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  180563.771936191 Mflops = 180.563771936191 Gflops = 0.180563771936191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152605000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.493889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044064 s
InvBiCGStab: k = 36 resid = 1.627419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133961(s) Flops=239192064 => 1785.53507364084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256995.257535627 Mflops = 256.995257535627 Gflops = 0.256995257535627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056803 s
InvBiCGStab: k = 47 resid = 1.126152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186779(s) Flops=311371776 => 1667.05987289792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240016.358632679 Mflops = 240.016358632679 Gflops = 0.240016358632679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007086208 Relative Rsd = 3.10476723199883e-07
BICGSTAB_SOLVER_TIME: 0.426695 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042841 s
InvBiCGStab: k = 56 resid = 1.657226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250252(s) Flops=370427904 => 1480.21955468887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213119.107294359 Mflops = 213.119107294359 Gflops = 0.213119107294359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063003 s
InvBiCGStab: k = 74 resid = 9.793952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314865(s) Flops=488540160 => 1551.58610833214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223365.99235069 Mflops = 223.36599235069 Gflops = 0.22336599235069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001091401 Relative Rsd = 4.78188922441092e-07
BICGSTAB_SOLVER_TIME: 0.674865 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043127 s
InvBiCGStab: k = 62 resid = 1.329402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235185(s) Flops=409798656 => 1742.45235027744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250900.781895842 Mflops = 250.900781895842 Gflops = 0.250900781895842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068092 s
InvBiCGStab: k = 75 resid = 1.045914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32832(s) Flops=495101952 => 1507.98596491228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217100.794201907 Mflops = 217.100794201907 Gflops = 0.217100794201907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001094457 Relative Rsd = 4.79528097458763e-07
BICGSTAB_SOLVER_TIME: 0.678515 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045121 s
InvBiCGStab: k = 51 resid = 2.196125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230442(s) Flops=337618944 => 1465.09292576874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210886.972088028 Mflops = 210.886972088028 Gflops = 0.210886972088028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059767 s
InvBiCGStab: k = 80 resid = 1.132176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336668(s) Flops=527910912 => 1568.0460037782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225745.3549545 Mflops = 225.7453549545 Gflops = 0.2257453549545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001112758 Relative Rsd = 4.87546519453733e-07
BICGSTAB_SOLVER_TIME: 0.676086 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044034 s
InvBiCGStab: k = 66 resid = 2.187067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26397(s) Flops=436045824 => 1651.8764405046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237819.317362861 Mflops = 237.819317362861 Gflops = 0.237819317362861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05766 s
InvBiCGStab: k = 85 resid = 9.74124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375989(s) Flops=560719872 => 1491.31988435832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214721.077026701 Mflops = 214.721077026701 Gflops = 0.214721077026701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001151025 Relative Rsd = 5.0431280705166e-07
BICGSTAB_SOLVER_TIME: 0.745648 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122009
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900164(s) Flops=1373700096 => 1526.05535880129 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219826.524644612 Mflops = 219.826524644612 Gflops = 0.219826524644612 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152120000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046901 s
InvBiCGStab: k = 33 resid = 2.254656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141177(s) Flops=219506688 => 1554.83320937546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223844.980657616 Mflops = 223.844980657616 Gflops = 0.223844980657616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066298 s
InvBiCGStab: k = 51 resid = 9.610324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255501(s) Flops=337618944 => 1321.39969706577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190262.909301091 Mflops = 190.262909301091 Gflops = 0.190262909301091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007210241 Relative Rsd = 3.15911157139427e-07
BICGSTAB_SOLVER_TIME: 0.519452 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 55 resid = 2.08366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20148(s) Flops=363866112 => 1805.96640857653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259989.777194777 Mflops = 259.989777194777 Gflops = 0.259989777194777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 76 resid = 1.018505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296701(s) Flops=501663744 => 1690.80570675529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243428.481342943 Mflops = 243.428481342943 Gflops = 0.243428481342943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001093262 Relative Rsd = 4.79004260954041e-07
BICGSTAB_SOLVER_TIME: 0.599333 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046838 s
InvBiCGStab: k = 58 resid = 1.923179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360193(s) Flops=383551488 => 1064.84992212508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  153326.650717363 Mflops = 153.326650717363 Gflops = 0.153326650717363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.105835 s
InvBiCGStab: k = 77 resid = 9.028879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358907(s) Flops=508225536 => 1416.03684519945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203865.253046008 Mflops = 203.865253046008 Gflops = 0.203865253046008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001045831 Relative Rsd = 4.58222998626882e-07
BICGSTAB_SOLVER_TIME: 0.875589 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042722 s
InvBiCGStab: k = 75 resid = 2.079703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308694(s) Flops=495101952 => 1603.85997784213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230912.238219004 Mflops = 230.912238219004 Gflops = 0.230912238219004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 87 resid = 1.00412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.498679(s) Flops=573843456 => 1150.72713308561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  165698.451966505 Mflops = 165.698451966505 Gflops = 0.165698451966505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001129381 Relative Rsd = 4.94829785115445e-07
BICGSTAB_SOLVER_TIME: 0.914835 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041564 s
InvBiCGStab: k = 61 resid = 1.129548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22564(s) Flops=403236864 => 1787.08058854813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257258.022716698 Mflops = 257.258022716698 Gflops = 0.257258022716698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 82 resid = 7.61079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306237(s) Flops=541034496 => 1766.71824763174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254353.843920471 Mflops = 254.353843920471 Gflops = 0.254353843920471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001054528 Relative Rsd = 4.62033182356458e-07
BICGSTAB_SOLVER_TIME: 0.633794 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116356
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00658(s) Flops=1379745792 => 1370.72641220767 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197372.509300813 Mflops = 197.372509300813 Gflops = 0.197372509300813 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152634000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02147
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.201259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.950706(s) Flops=1275955200 => 1342.11333472178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193222.336291793 Mflops = 193.222336291793 Gflops = 0.193222336291793 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.500633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.941874(s) Flops=1407191040 => 1494.0332146338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215130.265112415 Mflops = 215.130265112415 Gflops = 0.215130265112415 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.00217292 Relative Rsd = 9.56652996581133e-07
BICGSTAB_SOLVER_TIME: 1.896137 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.120606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291069999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.998426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812491(s) Flops=1184090112 => 1457.35781934815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209666.143546843 Mflops = 209.666143546843 Gflops = 0.209666143546843 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 6.296881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837901(s) Flops=1479370752 => 1765.56747396172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254228.125987166 Mflops = 254.228125987166 Gflops = 0.254228125987166 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002031799 Relative Rsd = 8.91976271368387e-07
BICGSTAB_SOLVER_TIME: 1.653882 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.132269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288929999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93203(s) Flops=1379745792 => 1480.36628863878 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213551.174693533 Mflops = 213.551174693533 Gflops = 0.213551174693533 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153230000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.498422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060955 s
InvBiCGStab: k = 29 resid = 1.905778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168311(s) Flops=193259520 => 1148.22869568834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  165295.207738769 Mflops = 165.295207738769 Gflops = 0.165295207738769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07811 s
InvBiCGStab: k = 43 resid = 9.499314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1891(s) Flops=285124608 => 1507.79803278689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217038.717437518 Mflops = 217.038717437518 Gflops = 0.217038717437518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000715394 Relative Rsd = 3.13444381964999e-07
BICGSTAB_SOLVER_TIME: 0.500722 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0654310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041852 s
InvBiCGStab: k = 67 resid = 2.072696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263455(s) Flops=442607616 => 1680.01220701828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241871.416971818 Mflops = 241.871416971818 Gflops = 0.241871416971818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072092 s
InvBiCGStab: k = 105 resid = 9.37324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.497666(s) Flops=691955712 => 1390.40181969433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200191.974865121 Mflops = 200.191974865121 Gflops = 0.200191974865121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001217783 Relative Rsd = 5.33562317482372e-07
BICGSTAB_SOLVER_TIME: 0.879206 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.161829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054355 s
InvBiCGStab: k = 49 resid = 1.65444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223172(s) Flops=324495360 => 1454.01466133744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209316.476226646 Mflops = 209.316476226646 Gflops = 0.209316476226646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067392 s
InvBiCGStab: k = 78 resid = 1.004214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305123(s) Flops=514787328 => 1687.146914523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242871.405149515 Mflops = 242.871405149515 Gflops = 0.242871405149515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001076735 Relative Rsd = 4.71763228654151e-07
BICGSTAB_SOLVER_TIME: 0.654213 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 75 resid = 2.161879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286913(s) Flops=495101952 => 1725.61700585195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248440.352084241 Mflops = 248.440352084241 Gflops = 0.248440352084241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075606 s
InvBiCGStab: k = 84 resid = 5.832686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371115(s) Flops=554158080 => 1493.22468776525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214974.514378942 Mflops = 214.974514378942 Gflops = 0.214974514378942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001122911 Relative Rsd = 4.91994794193443e-07
BICGSTAB_SOLVER_TIME: 0.778819 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051802 s
InvBiCGStab: k = 62 resid = 2.22751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273861(s) Flops=409798656 => 1496.37464261067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215433.770395479 Mflops = 215.433770395479 Gflops = 0.215433770395479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057214 s
InvBiCGStab: k = 81 resid = 9.634861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302478(s) Flops=534472704 => 1766.98042171662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254391.618086146 Mflops = 254.391618086146 Gflops = 0.254391618086146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001085663 Relative Rsd = 4.75675068289658e-07
BICGSTAB_SOLVER_TIME: 0.689206 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116403
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968837(s) Flops=1392205824 => 1436.98663861929 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206983.330597488 Mflops = 206.983330597488 Gflops = 0.206983330597488 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154445000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.564558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051311 s
InvBiCGStab: k = 33 resid = 1.595759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151703(s) Flops=219506688 => 1446.95021192725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208295.144679813 Mflops = 208.295144679813 Gflops = 0.208295144679813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059782 s
InvBiCGStab: k = 45 resid = 1.047023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168043(s) Flops=298248192 => 1774.83258451706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255469.622146316 Mflops = 255.469622146316 Gflops = 0.255469622146316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007478534 Relative Rsd = 3.27666211526114e-07
BICGSTAB_SOLVER_TIME: 0.434722 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044337 s
InvBiCGStab: k = 65 resid = 2.101324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267538(s) Flops=429484032 => 1605.31973775688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231153.893589391 Mflops = 231.153893589391 Gflops = 0.231153893589391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068064 s
InvBiCGStab: k = 107 resid = 1.00508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483041(s) Flops=705079296 => 1459.66759757453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210168.478859528 Mflops = 210.168478859528 Gflops = 0.210168478859528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001243322 Relative Rsd = 5.44752118106125e-07
BICGSTAB_SOLVER_TIME: 0.867964 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042191 s
InvBiCGStab: k = 48 resid = 2.106596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180027(s) Flops=317933568 => 1766.03269509574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254247.225392702 Mflops = 254.247225392702 Gflops = 0.254247225392702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057134 s
InvBiCGStab: k = 85 resid = 8.898617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316824(s) Flops=560719872 => 1769.81501401409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254810.618876969 Mflops = 254.810618876969 Gflops = 0.254810618876969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001051359 Relative Rsd = 4.60644990115706e-07
BICGSTAB_SOLVER_TIME: 0.600577 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047043 s
InvBiCGStab: k = 59 resid = 1.874078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299113(s) Flops=390113280 => 1304.23378455634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187763.156241577 Mflops = 187.763156241577 Gflops = 0.187763156241577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.118889 s
InvBiCGStab: k = 82 resid = 8.91012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319447(s) Flops=541034496 => 1693.65965559232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243818.346080378 Mflops = 243.818346080378 Gflops = 0.243818346080378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001131027 Relative Rsd = 4.95550557622575e-07
BICGSTAB_SOLVER_TIME: 0.788496 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 54 resid = 1.806502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202066(s) Flops=357304320 => 1768.25552047351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254569.189351902 Mflops = 254.569189351902 Gflops = 0.254569189351902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060488 s
InvBiCGStab: k = 79 resid = 1.066177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314833(s) Flops=521349120 => 1655.95449015827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238411.127476297 Mflops = 238.411127476297 Gflops = 0.238411127476297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001041811 Relative Rsd = 4.56461540997469e-07
BICGSTAB_SOLVER_TIME: 0.622273 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109198
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978856(s) Flops=1398546432 => 1428.7560499195 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205758.403426897 Mflops = 205.758403426897 Gflops = 0.205758403426897 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154782000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066997 s
InvBiCGStab: k = 27 resid = 1.991874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107564(s) Flops=180135936 => 1674.68610315719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241018.197009413 Mflops = 241.018197009413 Gflops = 0.241018197009413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068013 s
InvBiCGStab: k = 42 resid = 1.031547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157226(s) Flops=278562816 => 1771.73505654281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255036.915532042 Mflops = 255.036915532042 Gflops = 0.255036915532042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0006710014 Relative Rsd = 2.93994082612935e-07
BICGSTAB_SOLVER_TIME: 0.403615 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052025 s
InvBiCGStab: k = 59 resid = 2.131524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24695(s) Flops=390113280 => 1579.72577444827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227404.196537106 Mflops = 227.404196537106 Gflops = 0.227404196537106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058821 s
InvBiCGStab: k = 79 resid = 9.361776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294133(s) Flops=521349120 => 1772.49448378795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255186.776949254 Mflops = 255.186776949254 Gflops = 0.255186776949254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001079639 Relative Rsd = 4.73035636195222e-07
BICGSTAB_SOLVER_TIME: 0.655759 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041378 s
InvBiCGStab: k = 59 resid = 1.783279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229598(s) Flops=390113280 => 1699.11445221648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244610.65936552 Mflops = 244.61065936552 Gflops = 0.24461065936552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 71 resid = 9.010953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298388(s) Flops=468854784 => 1571.29235760151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226236.156454205 Mflops = 226.236156454205 Gflops = 0.226236156454205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00103885 Relative Rsd = 4.5516424229629e-07
BICGSTAB_SOLVER_TIME: 0.630871 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106986
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 66 resid = 1.71331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244008(s) Flops=436045824 => 1787.01445854234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257279.874106858 Mflops = 257.279874106858 Gflops = 0.257279874106858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062738 s
InvBiCGStab: k = 85 resid = 1.137606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352442(s) Flops=560719872 => 1590.9564467345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229046.14403546 Mflops = 229.04614403546 Gflops = 0.22904614403546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001138753 Relative Rsd = 4.98935959423103e-07
BICGSTAB_SOLVER_TIME: 0.704457 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053006 s
InvBiCGStab: k = 58 resid = 2.096884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237551(s) Flops=383551488 => 1614.60691809338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232466.013030065 Mflops = 232.466013030065 Gflops = 0.232466013030065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088429 s
InvBiCGStab: k = 89 resid = 1.116289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.546364(s) Flops=586967040 => 1074.31499879201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  154680.380424059 Mflops = 154.680380424059 Gflops = 0.154680380424059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001074172 Relative Rsd = 4.70640066060774e-07
BICGSTAB_SOLVER_TIME: 0.932557 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119034
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972301(s) Flops=1398620160 => 1438.4641793025 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207123.702545845 Mflops = 207.123702545845 Gflops = 0.207123702545845 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155122000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.563709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057832 s
InvBiCGStab: k = 28 resid = 2.174058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1532(s) Flops=186697728 => 1218.6535770235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175412.844452294 Mflops = 175.412844452294 Gflops = 0.175412844452294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063433 s
InvBiCGStab: k = 49 resid = 8.346415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188401(s) Flops=324495360 => 1722.36538022622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247935.532236457 Mflops = 247.935532236457 Gflops = 0.247935532236457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007262155 Relative Rsd = 3.1818573991368e-07
BICGSTAB_SOLVER_TIME: 0.466685 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043259 s
InvBiCGStab: k = 58 resid = 2.270066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243974(s) Flops=383551488 => 1572.09984670498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226324.463896172 Mflops = 226.324463896172 Gflops = 0.226324463896172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057366 s
InvBiCGStab: k = 86 resid = 9.954845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459799(s) Flops=567281664 => 1233.7601082212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177634.460775665 Mflops = 177.634460775665 Gflops = 0.177634460775665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001107584 Relative Rsd = 4.85279536644349e-07
BICGSTAB_SOLVER_TIME: 0.808435 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 59 resid = 2.139892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222149(s) Flops=390113280 => 1756.08839112488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252827.775164846 Mflops = 252.827775164846 Gflops = 0.252827775164846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066137 s
InvBiCGStab: k = 84 resid = 8.296284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319198(s) Flops=554158080 => 1736.09508831509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249937.324479881 Mflops = 249.937324479881 Gflops = 0.249937324479881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105567 Relative Rsd = 4.84395492408726e-07
BICGSTAB_SOLVER_TIME: 0.652647 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051986 s
InvBiCGStab: k = 68 resid = 1.698027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340673(s) Flops=449169408 => 1318.47668585418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189838.202123651 Mflops = 189.838202123651 Gflops = 0.189838202123651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065438 s
InvBiCGStab: k = 86 resid = 8.729284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386949(s) Flops=567281664 => 1466.03729173612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211081.068428218 Mflops = 211.081068428218 Gflops = 0.211081068428218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001092519 Relative Rsd = 4.78678788633044e-07
BICGSTAB_SOLVER_TIME: 0.849146 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 58 resid = 1.47682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225828(s) Flops=383551488 => 1698.42308305436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244529.995248185 Mflops = 244.529995248185 Gflops = 0.244529995248185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059178 s
InvBiCGStab: k = 78 resid = 1.125856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397562(s) Flops=514787328 => 1294.86049471529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186423.814445156 Mflops = 186.423814445156 Gflops = 0.186423814445156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001084465 Relative Rsd = 4.75149956623045e-07
BICGSTAB_SOLVER_TIME: 0.727996 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111449
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993035(s) Flops=1398767616 => 1408.5783643074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202821.200270015 Mflops = 202.821200270015 Gflops = 0.202821200270015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155066000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.206948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.89208(s) Flops=1387505664 => 1555.3601291364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223987.006898634 Mflops = 223.987006898634 Gflops = 0.223987006898634 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 9.740567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912043(s) Flops=1479370752 => 1622.04057484132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233563.042639896 Mflops = 233.563042639896 Gflops = 0.233563042639896 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002056817 Relative Rsd = 9.05516568743823e-07
BICGSTAB_SOLVER_TIME: 1.807437 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.128244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310866999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.149988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.725684(s) Flops=1243146240 => 1713.06827765253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246570.12027755 Mflops = 246.57012027755 Gflops = 0.24657012027755 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.141618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985006(s) Flops=1380943872 => 1401.96493422375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201873.120236854 Mflops = 201.873120236854 Gflops = 0.201873120236854 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001953757 Relative Rsd = 8.57669971577412e-07
BICGSTAB_SOLVER_TIME: 1.714159 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284543999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975349(s) Flops=1398767616 => 1434.12011085263 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206504.018548487 Mflops = 206.504018548487 Gflops = 0.206504018548487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155073000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.518547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054736 s
InvBiCGStab: k = 25 resid = 1.726927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132146(s) Flops=167012352 => 1263.84719930985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181933.431035967 Mflops = 181.933431035967 Gflops = 0.181933431035967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059477 s
InvBiCGStab: k = 43 resid = 7.701664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162614(s) Flops=285124608 => 1753.3829067608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252378.067490907 Mflops = 252.378067490907 Gflops = 0.252378067490907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0006981537 Relative Rsd = 3.05890679969496e-07
BICGSTAB_SOLVER_TIME: 0.413177 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0626180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041741 s
InvBiCGStab: k = 75 resid = 2.007564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284912(s) Flops=495101952 => 1737.7363957994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249894.031079429 Mflops = 249.894031079429 Gflops = 0.249894031079429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 107 resid = 1.15228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.494358(s) Flops=705079296 => 1426.25242435644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205360.87118806 Mflops = 205.36087118806 Gflops = 0.20536087118806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001283978 Relative Rsd = 5.62565211603411e-07
BICGSTAB_SOLVER_TIME: 0.882013 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045341 s
InvBiCGStab: k = 56 resid = 2.268616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205234(s) Flops=370427904 => 1804.90515216777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259842.976523469 Mflops = 259.842976523469 Gflops = 0.259842976523469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 72 resid = 1.071308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267436(s) Flops=475416576 => 1777.68354297851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255931.769345853 Mflops = 255.931769345853 Gflops = 0.255931769345853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001066218 Relative Rsd = 4.67155303645718e-07
BICGSTAB_SOLVER_TIME: 0.578004 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045336 s
InvBiCGStab: k = 53 resid = 2.113403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255722(s) Flops=350742528 => 1371.57744738427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197469.931175232 Mflops = 197.469931175232 Gflops = 0.197469931175232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056704 s
InvBiCGStab: k = 85 resid = 1.089438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362516(s) Flops=560719872 => 1546.74516986836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222699.816507223 Mflops = 222.699816507223 Gflops = 0.222699816507223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001118755 Relative Rsd = 4.90173658987542e-07
BICGSTAB_SOLVER_TIME: 0.724116 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 62 resid = 7.790071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22864(s) Flops=409798656 => 1792.33142057383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258047.303919613 Mflops = 258.047303919613 Gflops = 0.258047303919613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 90 resid = 1.121211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345506(s) Flops=593528832 => 1717.85390702332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247327.445512248 Mflops = 247.327445512248 Gflops = 0.247327445512248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001116594 Relative Rsd = 4.89227131819272e-07
BICGSTAB_SOLVER_TIME: 0.676278 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122658
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.054025(s) Flops=1404739584 => 1332.73839235312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191901.568929016 Mflops = 191.901568929016 Gflops = 0.191901568929016 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155660000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.509531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 25 resid = 1.890087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094798(s) Flops=167012352 => 1761.77083904724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253570.695229405 Mflops = 253.570695229405 Gflops = 0.253570695229405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061387 s
InvBiCGStab: k = 48 resid = 8.155326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192954(s) Flops=317933568 => 1647.71690662023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237145.653956631 Mflops = 237.145653956631 Gflops = 0.237145653956631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007206767 Relative Rsd = 3.15758953816146e-07
BICGSTAB_SOLVER_TIME: 0.394262 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662250000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044709 s
InvBiCGStab: k = 75 resid = 2.184548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319525(s) Flops=495101952 => 1549.49362960645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223068.348259333 Mflops = 223.068348259333 Gflops = 0.223068348259333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056451 s
InvBiCGStab: k = 105 resid = 1.053841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443115(s) Flops=691955712 => 1561.5714024576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224836.923216963 Mflops = 224.836923216963 Gflops = 0.224836923216963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001242692 Relative Rsd = 5.44475867034112e-07
BICGSTAB_SOLVER_TIME: 0.867723 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041813 s
InvBiCGStab: k = 56 resid = 2.068296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223219(s) Flops=370427904 => 1659.48196166097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238942.961682803 Mflops = 238.942961682803 Gflops = 0.238942961682803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067772 s
InvBiCGStab: k = 80 resid = 5.941675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3782(s) Flops=527910912 => 1395.85116869381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200972.515198483 Mflops = 200.972515198483 Gflops = 0.200972515198483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001031954 Relative Rsd = 4.52142771699384e-07
BICGSTAB_SOLVER_TIME: 0.716854 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04976 s
InvBiCGStab: k = 67 resid = 1.741968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248518(s) Flops=442607616 => 1780.98816182329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256379.578752573 Mflops = 256.379578752573 Gflops = 0.256379578752573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056678 s
InvBiCGStab: k = 82 resid = 9.100162e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342351(s) Flops=541034496 => 1580.35027208917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227532.039212253 Mflops = 227.532039212253 Gflops = 0.227532039212253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001126967 Relative Rsd = 4.93772012823826e-07
BICGSTAB_SOLVER_TIME: 0.701576 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044663 s
InvBiCGStab: k = 60 resid = 1.802601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308795(s) Flops=396675072 => 1284.5903333927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184962.473360433 Mflops = 184.962473360433 Gflops = 0.184962473360433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.097956 s
InvBiCGStab: k = 95 resid = 8.754211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474826(s) Flops=626337792 => 1319.08908105285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189897.687400626 Mflops = 189.897687400626 Gflops = 0.189897687400626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001120484 Relative Rsd = 4.90931207163602e-07
BICGSTAB_SOLVER_TIME: 0.930229 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124687
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032407(s) Flops=1404739584 => 1360.64515641603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195919.913459808 Mflops = 195.919913459808 Gflops = 0.195919913459808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04203 s
InvBiCGStab: k = 25 resid = 2.254637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09706(s) Flops=167012352 => 1720.71246651556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247647.015714206 Mflops = 247.647015714206 Gflops = 0.247647015714206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056923 s
InvBiCGStab: k = 48 resid = 1.003959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176417(s) Flops=317933568 => 1802.170811203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259428.357639851 Mflops = 259.428357639851 Gflops = 0.259428357639851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000738586 Relative Rsd = 3.23605764523858e-07
BICGSTAB_SOLVER_TIME: 0.376289 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042019 s
InvBiCGStab: k = 47 resid = 2.278296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187399(s) Flops=311371776 => 1661.54449063229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239165.306867943 Mflops = 239.165306867943 Gflops = 0.239165306867943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05861 s
InvBiCGStab: k = 77 resid = 6.1576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387326(s) Flops=508225536 => 1312.13896304405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188910.939792943 Mflops = 188.910939792943 Gflops = 0.188910939792943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001033626 Relative Rsd = 4.52875173682958e-07
BICGSTAB_SOLVER_TIME: 0.681302 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044545 s
InvBiCGStab: k = 54 resid = 2.238518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211919(s) Flops=357304320 => 1686.04193111519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242739.655613345 Mflops = 242.739655613345 Gflops = 0.242739655613345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061796 s
InvBiCGStab: k = 73 resid = 1.085185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283673(s) Flops=481978368 => 1699.06324535645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244608.980703472 Mflops = 244.608980703472 Gflops = 0.244608980703472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001005577 Relative Rsd = 4.40585724451093e-07
BICGSTAB_SOLVER_TIME: 0.606703 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104858
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05927 s
InvBiCGStab: k = 67 resid = 1.986336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39983(s) Flops=442607616 => 1106.98951054198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  159349.997302102 Mflops = 159.349997302102 Gflops = 0.159349997302102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068184 s
InvBiCGStab: k = 79 resid = 9.178287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389077(s) Flops=521349120 => 1339.96386319418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192915.150922899 Mflops = 192.915150922899 Gflops = 0.192915150922899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001113429 Relative Rsd = 4.87840265746887e-07
BICGSTAB_SOLVER_TIME: 0.920738 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048897 s
InvBiCGStab: k = 56 resid = 1.981697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214447(s) Flops=370427904 => 1727.36342313019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248666.475071482 Mflops = 248.666475071482 Gflops = 0.248666475071482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063851 s
InvBiCGStab: k = 85 resid = 7.533902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41661(s) Flops=560719872 => 1345.91073666019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193761.763015283 Mflops = 193.761763015283 Gflops = 0.193761763015283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001048057 Relative Rsd = 4.59197885395602e-07
BICGSTAB_SOLVER_TIME: 0.74771 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114901
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943404(s) Flops=1404665856 => 1488.93353854764 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214392.186695112 Mflops = 214.392186695112 Gflops = 0.214392186695112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155821000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.498237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043928 s
InvBiCGStab: k = 25 resid = 1.923686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125756(s) Flops=167012352 => 1328.06666878718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191168.939460829 Mflops = 191.168939460829 Gflops = 0.191168939460829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 53 resid = 6.563236e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20518(s) Flops=350742528 => 1709.43819085681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246091.500590153 Mflops = 246.091500590153 Gflops = 0.246091500590153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007466356 Relative Rsd = 3.27132632784546e-07
BICGSTAB_SOLVER_TIME: 0.435201 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 55 resid = 2.126703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231257(s) Flops=363866112 => 1573.42745084473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226532.81960015 Mflops = 226.53281960015 Gflops = 0.22653281960015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066341 s
InvBiCGStab: k = 87 resid = 8.553233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46923(s) Flops=573843456 => 1222.9470749952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176095.929813152 Mflops = 176.095929813152 Gflops = 0.176095929813152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001102281 Relative Rsd = 4.82955885640539e-07
BICGSTAB_SOLVER_TIME: 0.813618 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 58 resid = 1.287363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216667(s) Flops=383551488 => 1770.23491348475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254844.138073786 Mflops = 254.844138073786 Gflops = 0.254844138073786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057209 s
InvBiCGStab: k = 76 resid = 1.141895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284671(s) Flops=501663744 => 1762.25798904701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253706.639132974 Mflops = 253.706639132974 Gflops = 0.253706639132974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.0009986897 Relative Rsd = 4.37568181352811e-07
BICGSTAB_SOLVER_TIME: 0.603736 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043243 s
InvBiCGStab: k = 68 resid = 2.275173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357161(s) Flops=449169408 => 1257.61045578885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181064.914498961 Mflops = 181.064914498961 Gflops = 0.181064914498961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066887 s
InvBiCGStab: k = 76 resid = 8.776914e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312814(s) Flops=501663744 => 1603.71257040925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230892.665847055 Mflops = 230.892665847055 Gflops = 0.230892665847055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00108082 Relative Rsd = 4.73553045884014e-07
BICGSTAB_SOLVER_TIME: 0.784073 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 50 resid = 2.093359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185136(s) Flops=331057152 => 1788.18356235416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257451.019605953 Mflops = 257.451019605953 Gflops = 0.257451019605953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057326 s
InvBiCGStab: k = 73 resid = 1.084418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308762(s) Flops=481978368 => 1561.0028695241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224750.950057591 Mflops = 224.750950057591 Gflops = 0.224750950057591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001017965 Relative Rsd = 4.46013578555281e-07
BICGSTAB_SOLVER_TIME: 0.596845 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.15068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101896
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91543(s) Flops=1404592128 => 1534.35230219678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220972.68050242 Mflops = 220.97268050242 Gflops = 0.22097268050242 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155810000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.515006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.128847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.792645(s) Flops=1308764160 => 1651.13532539788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237723.983442482 Mflops = 237.723983442482 Gflops = 0.237723983442482 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 8.044579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.033999(s) Flops=1558112256 => 1506.87984804627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216981.173418888 Mflops = 216.981173418888 Gflops = 0.216981173418888 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002029052 Relative Rsd = 8.9327305222973e-07
BICGSTAB_SOLVER_TIME: 1.829989 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.114919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310915999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.987471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788826(s) Flops=1256269824 => 1592.58166439747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229299.393435887 Mflops = 229.299393435887 Gflops = 0.229299393435887 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.123446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789418(s) Flops=1289078784 => 1632.94830368702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235136.571439709 Mflops = 235.136571439709 Gflops = 0.235136571439709 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.00193037 Relative Rsd = 8.47366171232291e-07
BICGSTAB_SOLVER_TIME: 1.581987 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276180999999997
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052065(s) Flops=1404592128 => 1335.08112901769 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192270.956923234 Mflops = 192.270956923234 Gflops = 0.192270956923234 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155594000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.501559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049519 s
InvBiCGStab: k = 23 resid = 1.651528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.087947(s) Flops=153888768 => 1749.78985070554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251808.249133343 Mflops = 251.808249133343 Gflops = 0.251808249133343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 44 resid = 1.04429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163074(s) Flops=291686400 => 1788.67508002502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257471.059526067 Mflops = 257.471059526067 Gflops = 0.257471059526067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0006815123 Relative Rsd = 2.98599380787872e-07
BICGSTAB_SOLVER_TIME: 0.360781 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 72 resid = 1.639407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309499(s) Flops=475416576 => 1536.08436860862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221167.09879271 Mflops = 221.16709879271 Gflops = 0.22116709879271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063362 s
InvBiCGStab: k = 101 resid = 9.24497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446903(s) Flops=665708544 => 1489.60410648396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214468.245516887 Mflops = 214.468245516887 Gflops = 0.214468245516887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001234701 Relative Rsd = 5.40974731540379e-07
BICGSTAB_SOLVER_TIME: 0.864771 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041588 s
InvBiCGStab: k = 57 resid = 2.07266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213487(s) Flops=376989696 => 1765.86722376538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254229.092976546 Mflops = 254.229092976546 Gflops = 0.254229092976546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064267 s
InvBiCGStab: k = 68 resid = 1.137581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260216(s) Flops=449169408 => 1726.14062163741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248504.496316542 Mflops = 248.504496316542 Gflops = 0.248504496316542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001030115 Relative Rsd = 4.51336767371476e-07
BICGSTAB_SOLVER_TIME: 0.583288 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052205 s
InvBiCGStab: k = 69 resid = 1.426219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319231(s) Flops=455731200 => 1427.59067885011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205554.031516113 Mflops = 205.554031516113 Gflops = 0.205554031516113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063044 s
InvBiCGStab: k = 78 resid = 1.12935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291057(s) Flops=514787328 => 1768.68217565631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254637.151966367 Mflops = 254.637151966367 Gflops = 0.254637151966366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001093197 Relative Rsd = 4.78975646321212e-07
BICGSTAB_SOLVER_TIME: 0.729498 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042055 s
InvBiCGStab: k = 59 resid = 9.368551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225151(s) Flops=390113280 => 1732.67398323792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249450.996193697 Mflops = 249.450996193697 Gflops = 0.249450996193697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059256 s
InvBiCGStab: k = 75 resid = 1.077016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393628(s) Flops=495101952 => 1257.79149857226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181099.352311206 Mflops = 181.099352311206 Gflops = 0.181099352311206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001038472 Relative Rsd = 4.54998573263443e-07
BICGSTAB_SOLVER_TIME: 0.727819 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.184309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109747
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905265(s) Flops=1398251520 => 1544.57702440722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222420.559961466 Mflops = 222.420559961466 Gflops = 0.222420559961466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.513432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 27 resid = 1.288514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131389(s) Flops=180135936 => 1371.01230696634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197335.543036291 Mflops = 197.335543036291 Gflops = 0.197335543036291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091809 s
InvBiCGStab: k = 58 resid = 6.302447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303332(s) Flops=383551488 => 1264.46101301544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182018.892671647 Mflops = 182.018892671647 Gflops = 0.182018892671647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000740049 Relative Rsd = 3.24246762903103e-07
BICGSTAB_SOLVER_TIME: 0.573427 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041397 s
InvBiCGStab: k = 67 resid = 1.80477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245325(s) Flops=442607616 => 1804.16841332926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.290392575 Mflops = 259.746290392575 Gflops = 0.259746290392575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057632 s
InvBiCGStab: k = 107 resid = 1.117827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407195(s) Flops=705079296 => 1731.55194931175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249305.057832352 Mflops = 249.305057832352 Gflops = 0.249305057832352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001240429 Relative Rsd = 5.43484352154336e-07
BICGSTAB_SOLVER_TIME: 0.755369 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138805
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053567 s
InvBiCGStab: k = 50 resid = 2.220861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222478(s) Flops=331057152 => 1488.04444484398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214200.421502411 Mflops = 214.200421502411 Gflops = 0.214200421502411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068631 s
InvBiCGStab: k = 74 resid = 7.646726e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29153(s) Flops=488540160 => 1675.78005694097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241243.306374416 Mflops = 241.243306374416 Gflops = 0.241243306374416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00102251 Relative Rsd = 4.48004820357408e-07
BICGSTAB_SOLVER_TIME: 0.640012 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041918 s
InvBiCGStab: k = 65 resid = 2.190894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277321(s) Flops=429484032 => 1548.68917968708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222976.445799111 Mflops = 222.976445799111 Gflops = 0.222976445799111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.10212 s
InvBiCGStab: k = 85 resid = 9.505754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50618(s) Flops=560719872 => 1107.74797897981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  159494.987161898 Mflops = 159.494987161898 Gflops = 0.159494987161898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001134266 Relative Rsd = 4.96970016832888e-07
BICGSTAB_SOLVER_TIME: 0.931611 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04151 s
InvBiCGStab: k = 59 resid = 1.907971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222431(s) Flops=390113280 => 1753.86200664476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252486.319341464 Mflops = 252.486319341464 Gflops = 0.252486319341464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056822 s
InvBiCGStab: k = 84 resid = 9.539929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312277(s) Flops=554158080 => 1774.57219071529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255484.841786783 Mflops = 255.484841786783 Gflops = 0.255484841786783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001088177 Relative Rsd = 4.76776247092038e-07
BICGSTAB_SOLVER_TIME: 0.637489 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116586
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947143(s) Flops=1385201664 => 1462.50530701277 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210585.932552566 Mflops = 210.585932552566 Gflops = 0.210585932552566 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153471000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04142 s
InvBiCGStab: k = 29 resid = 1.853214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13472(s) Flops=193259520 => 1434.52731591449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206502.222695811 Mflops = 206.502222695811 Gflops = 0.206502222695811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.104524 s
InvBiCGStab: k = 48 resid = 1.049603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191074(s) Flops=317933568 => 1663.92899086218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239529.81981026 Mflops = 239.52981981026 Gflops = 0.23952981981026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000720061 Relative Rsd = 3.154891550633e-07
BICGSTAB_SOLVER_TIME: 0.477137 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047276 s
InvBiCGStab: k = 47 resid = 2.009703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207899(s) Flops=311371776 => 1497.70694423735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215616.014701174 Mflops = 215.616014701174 Gflops = 0.215616014701174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0617 s
InvBiCGStab: k = 73 resid = 7.894227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312575(s) Flops=481978368 => 1541.96070703031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221984.260258181 Mflops = 221.984260258181 Gflops = 0.221984260258181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001033401 Relative Rsd = 4.52776833197943e-07
BICGSTAB_SOLVER_TIME: 0.633262 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046633 s
InvBiCGStab: k = 58 resid = 2.219009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320324(s) Flops=383551488 => 1197.38604662779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172408.490682734 Mflops = 172.408490682734 Gflops = 0.172408490682734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059974 s
InvBiCGStab: k = 72 resid = 7.685443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30654(s) Flops=475416576 => 1550.91203758074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223278.950641879 Mflops = 223.278950641879 Gflops = 0.223278950641879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0009921567 Relative Rsd = 4.34705799953395e-07
BICGSTAB_SOLVER_TIME: 0.737353 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051377 s
InvBiCGStab: k = 53 resid = 2.018082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234153(s) Flops=350742528 => 1497.92028289196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215655.136347236 Mflops = 215.655136347236 Gflops = 0.215655136347236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059206 s
InvBiCGStab: k = 84 resid = 8.849534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381514(s) Flops=554158080 => 1452.52357711644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209144.51734943 Mflops = 209.14451734943 Gflops = 0.20914451734943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001080303 Relative Rsd = 4.73326271093362e-07
BICGSTAB_SOLVER_TIME: 0.732481 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052016 s
InvBiCGStab: k = 52 resid = 1.616398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287048(s) Flops=344180736 => 1199.03547838689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172643.734204364 Mflops = 172.643734204364 Gflops = 0.172643734204364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07752 s
InvBiCGStab: k = 66 resid = 8.915117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426349(s) Flops=436045824 => 1022.74386476807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  147244.482725146 Mflops = 147.244482725146 Gflops = 0.147244482725146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.000996839 Relative Rsd = 4.36757331409717e-07
BICGSTAB_SOLVER_TIME: 0.847693 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0980900000000001
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84307(s) Flops=1316339712 => 1561.36466960039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224850.197842472 Mflops = 224.850197842472 Gflops = 0.224850197842472 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145680000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.482217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050992 s
InvBiCGStab: k = 24 resid = 1.995263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099735(s) Flops=160450560 => 1608.76883741916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231599.711820428 Mflops = 231.599711820428 Gflops = 0.231599711820428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059425 s
InvBiCGStab: k = 43 resid = 7.9294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177887(s) Flops=285124608 => 1602.84117445345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230729.981812871 Mflops = 230.729981812871 Gflops = 0.230729981812871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007215181 Relative Rsd = 3.16127603118763e-07
BICGSTAB_SOLVER_TIME: 0.391912 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0621140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 50 resid = 2.246521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198049(s) Flops=331057152 => 1671.59214133876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240646.826590039 Mflops = 240.646826590039 Gflops = 0.240646826590039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 86 resid = 1.054555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375534(s) Flops=567281664 => 1510.60000958635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217486.887185728 Mflops = 217.486887185728 Gflops = 0.217486887185728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00107475 Relative Rsd = 4.70893313212278e-07
BICGSTAB_SOLVER_TIME: 0.675632 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047911 s
InvBiCGStab: k = 49 resid = 1.83743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20404(s) Flops=324495360 => 1590.35169574593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228946.725599331 Mflops = 228.946725599331 Gflops = 0.228946725599331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 60 resid = 1.113748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21941(s) Flops=396675072 => 1807.91701380976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260272.500559437 Mflops = 260.272500559437 Gflops = 0.260272500559437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009616815 Relative Rsd = 4.21353350266159e-07
BICGSTAB_SOLVER_TIME: 0.531499 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0921220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044491 s
InvBiCGStab: k = 59 resid = 1.865408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306819(s) Flops=390113280 => 1271.47692939486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183089.575228766 Mflops = 183.089575228766 Gflops = 0.183089575228766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070455 s
InvBiCGStab: k = 79 resid = 1.027644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381225(s) Flops=521349120 => 1367.56277788707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196905.87977773 Mflops = 196.90587977773 Gflops = 0.19690587977773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070364 Relative Rsd = 4.68971542229958e-07
BICGSTAB_SOLVER_TIME: 0.807432 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041502 s
InvBiCGStab: k = 46 resid = 2.235286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169602(s) Flops=304809984 => 1797.20748576078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.145382354 Mflops = 258.722145382354 Gflops = 0.258722145382354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059076 s
InvBiCGStab: k = 74 resid = 9.13557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290733(s) Flops=488540160 => 1680.37395135743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241920.96410316 Mflops = 241.92096410316 Gflops = 0.24192096410316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009987304 Relative Rsd = 4.37586033619281e-07
BICGSTAB_SOLVER_TIME: 0.564685 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10009
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932304(s) Flops=1353793536 => 1452.09452710704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209091.377139366 Mflops = 209.091377139366 Gflops = 0.209091377139366 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021374
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.729226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787544(s) Flops=1111910400 => 1411.87082880449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203333.882851761 Mflops = 203.333882851761 Gflops = 0.203333882851761 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.129461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958316(s) Flops=1512179712 => 1577.95519640703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227221.3462946 Mflops = 227.2213462946 Gflops = 0.2272213462946 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001948074 Relative Rsd = 8.57594367330222e-07
BICGSTAB_SOLVER_TIME: 1.753115 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.149014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285318999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.860752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658065(s) Flops=1177528320 => 1789.37995486768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257601.625050606 Mflops = 257.601625050606 Gflops = 0.257601625050606 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 8.971228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791328(s) Flops=1361258496 => 1720.22030814024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247699.905779219 Mflops = 247.699905779219 Gflops = 0.247699905779219 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001904882 Relative Rsd = 8.36144833484584e-07
BICGSTAB_SOLVER_TIME: 1.452847 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275425999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064473(s) Flops=1353793536 => 1271.79696995603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183126.759516843 Mflops = 183.126759516843 Gflops = 0.183126759516843 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149867000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 28 resid = 1.807405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104642(s) Flops=186697728 => 1784.15672483324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256807.314956216 Mflops = 256.807314956216 Gflops = 0.256807314956216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057596 s
InvBiCGStab: k = 45 resid = 6.112402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204225(s) Flops=298248192 => 1460.39021667279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210205.80067452 Mflops = 210.20580067452 Gflops = 0.21020580067452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007230433 Relative Rsd = 3.16795838955995e-07
BICGSTAB_SOLVER_TIME: 0.411734 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04332 s
InvBiCGStab: k = 70 resid = 2.108512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330568(s) Flops=462292992 => 1398.48077248857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201353.825410355 Mflops = 201.353825410355 Gflops = 0.201353825410355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056944 s
InvBiCGStab: k = 104 resid = 8.894998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403867(s) Flops=685393920 => 1697.0782955775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244343.831115033 Mflops = 244.343831115033 Gflops = 0.244343831115033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001260216 Relative Rsd = 5.52153769797775e-07
BICGSTAB_SOLVER_TIME: 0.838591 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048619 s
InvBiCGStab: k = 51 resid = 1.406535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281717(s) Flops=337618944 => 1198.4329806153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172535.097988438 Mflops = 172.535097988438 Gflops = 0.172535097988438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092378 s
InvBiCGStab: k = 72 resid = 1.150391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364395(s) Flops=475416576 => 1304.67370847569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187839.972988478 Mflops = 187.839972988478 Gflops = 0.187839972988478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001028627 Relative Rsd = 4.50685108638824e-07
BICGSTAB_SOLVER_TIME: 0.791124 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 61 resid = 1.894753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224544(s) Flops=403236864 => 1795.80333475844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.475567176 Mflops = 258.522475567176 Gflops = 0.258522475567176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061945 s
InvBiCGStab: k = 74 resid = 1.112173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34146(s) Flops=488540160 => 1430.73906167633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205978.380591221 Mflops = 205.978380591221 Gflops = 0.205978380591221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001067173 Relative Rsd = 4.67573658758837e-07
BICGSTAB_SOLVER_TIME: 0.675327 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.149121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058659 s
InvBiCGStab: k = 52 resid = 1.323919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200432(s) Flops=344180736 => 1717.19453979404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247193.220443993 Mflops = 247.193220443993 Gflops = 0.247193220443993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 81 resid = 1.028672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340986(s) Flops=534472704 => 1567.43298551847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225669.744867643 Mflops = 225.669744867643 Gflops = 0.225669744867643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001053633 Relative Rsd = 4.61641095578289e-07
BICGSTAB_SOLVER_TIME: 0.660889 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109132
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008882(s) Flops=1366769664 => 1354.73689093472 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195064.723210681 Mflops = 195.064723210681 Gflops = 0.195064723210681 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151320000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.589195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058896 s
InvBiCGStab: k = 28 resid = 2.109744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150594(s) Flops=186697728 => 1239.74214112116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178355.572920211 Mflops = 178.355572920211 Gflops = 0.178355572920211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.095008 s
InvBiCGStab: k = 51 resid = 6.443846e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341808(s) Flops=337618944 => 987.744417918832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  142205.019079777 Mflops = 142.205019079777 Gflops = 0.142205019079777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007390478 Relative Rsd = 3.23808107212683e-07
BICGSTAB_SOLVER_TIME: 0.650213 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070118 s
InvBiCGStab: k = 71 resid = 2.223083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437284(s) Flops=468854784 => 1072.19743690599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  154378.242114066 Mflops = 154.378242114066 Gflops = 0.154378242114066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086297 s
InvBiCGStab: k = 93 resid = 1.041959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389898(s) Flops=613214208 => 1572.75545912008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226472.708789948 Mflops = 226.472708789948 Gflops = 0.226472708789948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001256426 Relative Rsd = 5.50493458009536e-07
BICGSTAB_SOLVER_TIME: 0.988242 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041805 s
InvBiCGStab: k = 49 resid = 1.822952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182121(s) Flops=324495360 => 1781.75696377683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256511.519460037 Mflops = 256.511519460037 Gflops = 0.256511519460037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 63 resid = 1.14097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293885(s) Flops=416360448 => 1416.74616942001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203964.722763243 Mflops = 203.964722763243 Gflops = 0.203964722763243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001027287 Relative Rsd = 4.50097667058991e-07
BICGSTAB_SOLVER_TIME: 0.578684 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0940770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041894 s
InvBiCGStab: k = 57 resid = 2.02841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222579(s) Flops=376989696 => 1693.7343415147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243845.151605115 Mflops = 243.845151605115 Gflops = 0.243845151605115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06786 s
InvBiCGStab: k = 82 resid = 9.583575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312236(s) Flops=541034496 => 1732.77423487362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249459.846447595 Mflops = 249.459846447595 Gflops = 0.249459846447595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001079609 Relative Rsd = 4.73022170485655e-07
BICGSTAB_SOLVER_TIME: 0.648427 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113535
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 55 resid = 1.606728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231314(s) Flops=363866112 => 1573.03972954512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226488.688044163 Mflops = 226.488688044163 Gflops = 0.226488688044163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073925 s
InvBiCGStab: k = 86 resid = 8.446995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431038(s) Flops=567281664 => 1316.08272124499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189486.461457787 Mflops = 189.486461457787 Gflops = 0.189486461457787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001058134 Relative Rsd = 4.63613413977957e-07
BICGSTAB_SOLVER_TIME: 0.78144 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114815
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.069528(s) Flops=1360723968 => 1272.26586681228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183194.987549399 Mflops = 183.194987549399 Gflops = 0.183194987549399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150351000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.550332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044428 s
InvBiCGStab: k = 25 resid = 1.685456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092438(s) Flops=167012352 => 1806.74995131872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260019.764959988 Mflops = 260.019764959988 Gflops = 0.260019764959988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 41 resid = 1.001208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152524(s) Flops=272001024 => 1783.33261650625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256711.27897654 Mflops = 256.71127897654 Gflops = 0.25671127897654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0006874842 Relative Rsd = 3.01215885471512e-07
BICGSTAB_SOLVER_TIME: 0.34944 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0612990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 49 resid = 2.000679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184083(s) Flops=324495360 => 1762.76657811965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253758.157169963 Mflops = 253.758157169963 Gflops = 0.253758157169963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060517 s
InvBiCGStab: k = 69 resid = 7.758407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312238(s) Flops=455731200 => 1459.56353807032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210138.633901822 Mflops = 210.138633901822 Gflops = 0.210138633901822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001026512 Relative Rsd = 4.4975847399605e-07
BICGSTAB_SOLVER_TIME: 0.602008 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985670000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049223 s
InvBiCGStab: k = 52 resid = 1.862843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238813(s) Flops=344180736 => 1441.21440625092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207474.163311169 Mflops = 207.474163311169 Gflops = 0.207474163311169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057442 s
InvBiCGStab: k = 75 resid = 1.051013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276585(s) Flops=495101952 => 1790.05351700201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257704.55555875 Mflops = 257.70455555875 Gflops = 0.25770455555875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001012734 Relative Rsd = 4.4372180659874e-07
BICGSTAB_SOLVER_TIME: 0.625881 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104965
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046005 s
InvBiCGStab: k = 54 resid = 1.67445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232076(s) Flops=357304320 => 1539.60047570623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221653.374445237 Mflops = 221.653374445237 Gflops = 0.221653374445237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056019 s
InvBiCGStab: k = 76 resid = 8.729176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287371(s) Flops=501663744 => 1745.70065873035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251322.688313875 Mflops = 251.322688313875 Gflops = 0.251322688313875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001060212 Relative Rsd = 4.64523573529102e-07
BICGSTAB_SOLVER_TIME: 0.625378 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107085
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044402 s
InvBiCGStab: k = 54 resid = 2.190966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252311(s) Flops=357304320 => 1416.1266056573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203874.209886034 Mflops = 203.874209886034 Gflops = 0.203874209886034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 69 resid = 6.921099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270543(s) Flops=455731200 => 1684.5056053936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242527.801052766 Mflops = 242.527801052766 Gflops = 0.242527801052766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00100424 Relative Rsd = 4.39999864072005e-07
BICGSTAB_SOLVER_TIME: 0.628096 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102141
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.119433(s) Flops=1342218240 => 1199.01614478044 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  172673.563248008 Mflops = 172.673563248008 Gflops = 0.172673563248008 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148200000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.60034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 25 resid = 2.205993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093062(s) Flops=167012352 => 1794.63531838989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258330.966737882 Mflops = 258.330966737882 Gflops = 0.258330966737882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 47 resid = 9.96324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173826(s) Flops=311371776 => 1791.28424976701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257854.702082391 Mflops = 257.854702082391 Gflops = 0.257854702082391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006881098 Relative Rsd = 3.01489994271549e-07
BICGSTAB_SOLVER_TIME: 0.367628 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046727 s
InvBiCGStab: k = 53 resid = 1.884806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251829(s) Flops=350742528 => 1392.78052964512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200490.646049232 Mflops = 200.490646049232 Gflops = 0.200490646049232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072809 s
InvBiCGStab: k = 76 resid = 1.072162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344293(s) Flops=501663744 => 1457.08377457572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209778.842580026 Mflops = 209.778842580026 Gflops = 0.209778842580026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00106446 Relative Rsd = 4.66385003850751e-07
BICGSTAB_SOLVER_TIME: 0.719854 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 52 resid = 2.011043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193636(s) Flops=344180736 => 1777.46253795782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255880.732908237 Mflops = 255.880732908237 Gflops = 0.255880732908237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056957 s
InvBiCGStab: k = 73 resid = 8.133724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314671(s) Flops=481978368 => 1531.68982206813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220551.487797953 Mflops = 220.551487797953 Gflops = 0.220551487797953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009670421 Relative Rsd = 4.23702019946265e-07
BICGSTAB_SOLVER_TIME: 0.612051 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048254 s
InvBiCGStab: k = 57 resid = 2.056934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249181(s) Flops=376989696 => 1512.91509384744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217813.949193027 Mflops = 217.813949193027 Gflops = 0.217813949193027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077887 s
InvBiCGStab: k = 80 resid = 1.136419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324102(s) Flops=527910912 => 1628.84188311087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234494.380012538 Mflops = 234.494380012538 Gflops = 0.234494380012539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001066405 Relative Rsd = 4.6723722004558e-07
BICGSTAB_SOLVER_TIME: 0.703402 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046979 s
InvBiCGStab: k = 47 resid = 2.194914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221126(s) Flops=311371776 => 1408.1192442318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202721.353084286 Mflops = 202.721353084286 Gflops = 0.202721353084286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059451 s
InvBiCGStab: k = 76 resid = 1.103757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314442(s) Flops=501663744 => 1595.40946820081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229697.934149655 Mflops = 229.697934149655 Gflops = 0.229697934149655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001026239 Relative Rsd = 4.49638812804222e-07
BICGSTAB_SOLVER_TIME: 0.646402 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101931
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911382(s) Flops=1342291968 => 1472.80939057388 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212068.844238409 Mflops = 212.068844238409 Gflops = 0.212068844238409 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148490000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.518041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.015843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960075(s) Flops=1354696704 => 1411.03216311226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203152.285156597 Mflops = 203.152285156597 Gflops = 0.203152285156597 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.022947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.084183(s) Flops=1571235840 => 1449.2348985365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208681.298894541 Mflops = 208.681298894541 Gflops = 0.208681298894541 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002044666 Relative Rsd = 9.00078642465716e-07
BICGSTAB_SOLVER_TIME: 2.048 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317162
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.861806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814111(s) Flops=1118472192 => 1373.85711776404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197850.640378722 Mflops = 197.850640378722 Gflops = 0.197850640378722 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 8.876277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748757(s) Flops=1249708032 => 1669.04353748947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240330.393429104 Mflops = 240.330393429104 Gflops = 0.240330393429104 Tflops
BICGSTAB_SOLVER: 360 iterations. Rsd = 0.001921245 Relative Rsd = 8.43307594521988e-07
BICGSTAB_SOLVER_TIME: 1.566294 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0.118876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.256851999999997
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920005(s) Flops=1342291968 => 1459.00507932022 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210186.498214625 Mflops = 210.186498214625 Gflops = 0.210186498214625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148423000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.481797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041479 s
InvBiCGStab: k = 31 resid = 1.290673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118422(s) Flops=206383104 => 1742.77671378629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250868.990287523 Mflops = 250.868990287523 Gflops = 0.250868990287523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057135 s
InvBiCGStab: k = 46 resid = 1.008619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173775(s) Flops=304809984 => 1754.04968493742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252494.663381715 Mflops = 252.494663381715 Gflops = 0.252494663381715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007579185 Relative Rsd = 3.3207612939615e-07
BICGSTAB_SOLVER_TIME: 0.39456 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048636 s
InvBiCGStab: k = 74 resid = 2.055331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37223(s) Flops=488540160 => 1312.46852752331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188966.996681075 Mflops = 188.966996681075 Gflops = 0.188966996681075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07494 s
InvBiCGStab: k = 84 resid = 1.078552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414375(s) Flops=554158080 => 1337.33473303167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192535.742394232 Mflops = 192.535742394232 Gflops = 0.192535742394232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001185748 Relative Rsd = 5.19526253505502e-07
BICGSTAB_SOLVER_TIME: 0.914455 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001678
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051356 s
InvBiCGStab: k = 48 resid = 1.984832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251459(s) Flops=317933568 => 1264.35549334086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182060.861632565 Mflops = 182.060861632565 Gflops = 0.182060861632565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07712 s
InvBiCGStab: k = 68 resid = 1.100677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446367(s) Flops=449169408 => 1006.27825981759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  144876.763060588 Mflops = 144.876763060588 Gflops = 0.144876763060588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009836442 Relative Rsd = 4.30976104442364e-07
BICGSTAB_SOLVER_TIME: 0.830885 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0968340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045443 s
InvBiCGStab: k = 57 resid = 1.311333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230904(s) Flops=376989696 => 1632.66853757406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235047.823036432 Mflops = 235.047823036432 Gflops = 0.235047823036432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057774 s
InvBiCGStab: k = 76 resid = 1.023374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294551(s) Flops=501663744 => 1703.14731234998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245203.022448318 Mflops = 245.203022448318 Gflops = 0.245203022448318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001097215 Relative Rsd = 4.80736389859967e-07
BICGSTAB_SOLVER_TIME: 0.632546 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061136 s
InvBiCGStab: k = 57 resid = 1.99512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270129(s) Flops=376989696 => 1395.59135079906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200913.736500159 Mflops = 200.913736500159 Gflops = 0.200913736500159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057008 s
InvBiCGStab: k = 81 resid = 7.140708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298513(s) Flops=534472704 => 1790.45034554609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257766.965183449 Mflops = 257.766965183449 Gflops = 0.257766965183449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001087916 Relative Rsd = 4.76662145606053e-07
BICGSTAB_SOLVER_TIME: 0.690703 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112667
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973942(s) Flops=1348632576 => 1384.71549229831 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199388.567527401 Mflops = 199.388567527401 Gflops = 0.199388567527401 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148989000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.479507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042245 s
InvBiCGStab: k = 31 resid = 1.870753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133054(s) Flops=206383104 => 1551.12288243871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223261.11056274 Mflops = 223.26111056274 Gflops = 0.22326111056274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064329 s
InvBiCGStab: k = 55 resid = 6.850847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261046(s) Flops=363866112 => 1393.87737027191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200654.868801892 Mflops = 200.654868801892 Gflops = 0.200654868801892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007681486 Relative Rsd = 3.36558399951867e-07
BICGSTAB_SOLVER_TIME: 0.504575 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043068 s
InvBiCGStab: k = 74 resid = 2.21962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359204(s) Flops=488540160 => 1360.06325096602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195794.533576118 Mflops = 195.794533576118 Gflops = 0.195794533576118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066868 s
InvBiCGStab: k = 86 resid = 1.105156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356057(s) Flops=567281664 => 1593.23272397397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229363.134929002 Mflops = 229.363134929002 Gflops = 0.229363134929002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001186671 Relative Rsd = 5.19930887876676e-07
BICGSTAB_SOLVER_TIME: 0.829036 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 50 resid = 1.528816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193447(s) Flops=331057152 => 1711.35841858494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246373.515866733 Mflops = 246.373515866733 Gflops = 0.246373515866733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058741 s
InvBiCGStab: k = 72 resid = 9.740459e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280099(s) Flops=475416576 => 1697.31622033638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244359.623253942 Mflops = 244.359623253942 Gflops = 0.244359623253942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001007602 Relative Rsd = 4.41473033101156e-07
BICGSTAB_SOLVER_TIME: 0.577119 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064519 s
InvBiCGStab: k = 63 resid = 1.674724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43004(s) Flops=416360448 => 968.190047437448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  139396.764277567 Mflops = 139.396764277567 Gflops = 0.139396764277567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06419 s
InvBiCGStab: k = 84 resid = 1.00992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385886(s) Flops=554158080 => 1436.06681766117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206760.978460463 Mflops = 206.760978460463 Gflops = 0.206760978460463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00111447 Relative Rsd = 4.88296467664924e-07
BICGSTAB_SOLVER_TIME: 0.948822 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04828 s
InvBiCGStab: k = 54 resid = 2.171195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255999(s) Flops=357304320 => 1395.72545205255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200945.425282006 Mflops = 200.945425282006 Gflops = 0.200945425282006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058109 s
InvBiCGStab: k = 77 resid = 1.151493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447909(s) Flops=508225536 => 1134.66247831591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  163367.137118402 Mflops = 163.367137118402 Gflops = 0.163367137118402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001100846 Relative Rsd = 4.82327383847824e-07
BICGSTAB_SOLVER_TIME: 0.814284 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107729
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976875(s) Flops=1361018880 => 1393.23749712092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200601.372443883 Mflops = 200.601372443883 Gflops = 0.200601372443883 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150746000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.672674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 23 resid = 1.946757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.087272(s) Flops=153888768 => 1763.32349436245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253751.923451724 Mflops = 253.751923451724 Gflops = 0.253751923451724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056723 s
InvBiCGStab: k = 48 resid = 1.059242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200447(s) Flops=317933568 => 1586.12285541814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228318.224831346 Mflops = 228.318224831346 Gflops = 0.228318224831346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007281664 Relative Rsd = 3.19040480929053e-07
BICGSTAB_SOLVER_TIME: 0.389619 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649060000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 50 resid = 1.967783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196008(s) Flops=331057152 => 1688.99816334027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243153.907363911 Mflops = 243.153907363911 Gflops = 0.243153907363911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060026 s
InvBiCGStab: k = 74 resid = 8.359111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275304(s) Flops=488540160 => 1774.54799058495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255482.05994242 Mflops = 255.48205994242 Gflops = 0.25548205994242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001025482 Relative Rsd = 4.4930686266082e-07
BICGSTAB_SOLVER_TIME: 0.576442 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045554 s
InvBiCGStab: k = 49 resid = 2.22459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262807(s) Flops=324495360 => 1234.72875532235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177762.156059253 Mflops = 177.762156059253 Gflops = 0.177762156059252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066064 s
InvBiCGStab: k = 76 resid = 5.82581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322309(s) Flops=501663744 => 1556.46830836247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224079.897599275 Mflops = 224.079897599275 Gflops = 0.224079897599275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00100723 Relative Rsd = 4.41310067411518e-07
BICGSTAB_SOLVER_TIME: 0.701042 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041509 s
InvBiCGStab: k = 52 resid = 2.162179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192366(s) Flops=344180736 => 1789.19734256573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257578.945830401 Mflops = 257.578945830401 Gflops = 0.257578945830401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 73 resid = 1.150889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276004(s) Flops=481978368 => 1746.27312647643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251401.303285947 Mflops = 251.401303285947 Gflops = 0.251401303285947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001090781 Relative Rsd = 4.77917312958361e-07
BICGSTAB_SOLVER_TIME: 0.569997 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040866 s
InvBiCGStab: k = 49 resid = 1.703308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210739(s) Flops=324495360 => 1539.79737969716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221670.275061501 Mflops = 221.670275061501 Gflops = 0.221670275061501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065768 s
InvBiCGStab: k = 76 resid = 6.86723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331947(s) Flops=501663744 => 1511.27663151045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217579.181637948 Mflops = 217.579181637948 Gflops = 0.217579181637948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00103901 Relative Rsd = 4.55234325193806e-07
BICGSTAB_SOLVER_TIME: 0.653626 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103412
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.098196(s) Flops=1367285760 => 1245.02890194464 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  179273.585276275 Mflops = 179.273585276275 Gflops = 0.179273585276275 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152577000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.541237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044332 s
InvBiCGStab: k = 25 resid = 2.226012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107934(s) Flops=167012352 => 1547.35627327811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222752.130938102 Mflops = 222.752130938102 Gflops = 0.222752130938102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074183 s
InvBiCGStab: k = 45 resid = 1.030042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171406(s) Flops=298248192 => 1740.01022134581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250440.781870525 Mflops = 250.440781870525 Gflops = 0.250440781870525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007032151 Relative Rsd = 3.0810828851047e-07
BICGSTAB_SOLVER_TIME: 0.401737 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044389 s
InvBiCGStab: k = 56 resid = 1.976607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239709(s) Flops=370427904 => 1545.32330450671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222500.161152261 Mflops = 222.500161152261 Gflops = 0.222500161152261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078562 s
InvBiCGStab: k = 73 resid = 1.069396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401622(s) Flops=481978368 => 1200.07959723322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172782.966419414 Mflops = 172.782966419414 Gflops = 0.172782966419414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001075811 Relative Rsd = 4.71358288244122e-07
BICGSTAB_SOLVER_TIME: 0.76921 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041508 s
InvBiCGStab: k = 47 resid = 2.010212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172841(s) Flops=311371776 => 1801.49256252857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.313554507 Mflops = 259.351313554507 Gflops = 0.259351313554507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055859 s
InvBiCGStab: k = 71 resid = 6.340829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268527(s) Flops=468854784 => 1746.02473494285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251370.764896595 Mflops = 251.370764896595 Gflops = 0.251370764896595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001002771 Relative Rsd = 4.39356366375454e-07
BICGSTAB_SOLVER_TIME: 0.54328 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984060000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054939 s
InvBiCGStab: k = 59 resid = 1.766118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333202(s) Flops=390113280 => 1170.80113564745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  168584.524425222 Mflops = 168.584524425222 Gflops = 0.168584524425222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082497 s
InvBiCGStab: k = 79 resid = 1.073177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29183(s) Flops=521349120 => 1786.4822670733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257191.908090388 Mflops = 257.191908090388 Gflops = 0.257191908090388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001102944 Relative Rsd = 4.83246214499826e-07
BICGSTAB_SOLVER_TIME: 0.766373 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 51 resid = 2.109265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205818(s) Flops=337618944 => 1640.37617701076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236146.682824587 Mflops = 236.146682824587 Gflops = 0.236146682824587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057567 s
InvBiCGStab: k = 71 resid = 1.128419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351048(s) Flops=468854784 => 1335.58597114924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192305.469392425 Mflops = 192.305469392425 Gflops = 0.192305469392425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009735008 Relative Rsd = 4.26531859214229e-07
BICGSTAB_SOLVER_TIME: 0.662743 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101212
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865824(s) Flops=1373478912 => 1586.32575673578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228411.530180697 Mflops = 228.411530180697 Gflops = 0.228411530180697 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152143000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.614256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.070077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813011(s) Flops=1223460864 => 1504.85155059403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216616.28548943 Mflops = 216.61628548943 Gflops = 0.21661628548943 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 6.27106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95385(s) Flops=1518741504 => 1592.22257587671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229271.514661614 Mflops = 229.271514661614 Gflops = 0.229271514661613 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001989221 Relative Rsd = 8.75615855678791e-07
BICGSTAB_SOLVER_TIME: 1.770451 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.114448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297296999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.026269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727762(s) Flops=1216899072 => 1672.11131111545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240676.451438407 Mflops = 240.676451438407 Gflops = 0.240676451438407 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.050361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838122(s) Flops=1361258496 => 1624.17702434729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233868.7506693 Mflops = 233.8687506693 Gflops = 0.2338687506693 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001957614 Relative Rsd = 8.59252939959074e-07
BICGSTAB_SOLVER_TIME: 1.569265 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.117275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279709999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.100829(s) Flops=1373478912 => 1247.67689804684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  179654.75208777 Mflops = 179.65475208777 Gflops = 0.17965475208777 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041705 s
InvBiCGStab: k = 32 resid = 1.557062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119273(s) Flops=212944896 => 1785.35708836032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257025.352229662 Mflops = 257.025352229662 Gflops = 0.257025352229662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059774 s
InvBiCGStab: k = 45 resid = 9.66207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185652(s) Flops=298248192 => 1606.49059530735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231245.500475349 Mflops = 231.245500475349 Gflops = 0.231245500475349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007306497 Relative Rsd = 3.20128525563959e-07
BICGSTAB_SOLVER_TIME: 0.410316 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056534 s
InvBiCGStab: k = 75 resid = 1.623909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376654(s) Flops=495101952 => 1314.47416461793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189260.139913932 Mflops = 189.260139913932 Gflops = 0.189260139913932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074451 s
InvBiCGStab: k = 99 resid = 1.113971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456305(s) Flops=652584960 => 1430.15079825994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205919.295447216 Mflops = 205.919295447216 Gflops = 0.205919295447216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001273853 Relative Rsd = 5.58128872378999e-07
BICGSTAB_SOLVER_TIME: 0.968633 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057597 s
InvBiCGStab: k = 50 resid = 1.417347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259749(s) Flops=331057152 => 1274.52714736149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183498.436668083 Mflops = 183.498436668083 Gflops = 0.183498436668083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06436 s
InvBiCGStab: k = 77 resid = 6.647418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383525(s) Flops=508225536 => 1325.14317449971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190790.786475732 Mflops = 190.790786475732 Gflops = 0.190790786475732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001024167 Relative Rsd = 4.48730744518577e-07
BICGSTAB_SOLVER_TIME: 0.769105 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041391 s
InvBiCGStab: k = 69 resid = 1.936337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265743(s) Flops=455731200 => 1714.93209604769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246889.420613551 Mflops = 246.889420613551 Gflops = 0.246889420613551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056984 s
InvBiCGStab: k = 81 resid = 1.006098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39871(s) Flops=534472704 => 1340.50488826465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193005.000842773 Mflops = 193.005000842773 Gflops = 0.193005000842773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001110216 Relative Rsd = 4.86432538025969e-07
BICGSTAB_SOLVER_TIME: 0.767485 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.162711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056971 s
InvBiCGStab: k = 56 resid = 2.080861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215743(s) Flops=370427904 => 1716.98689644623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247159.452583374 Mflops = 247.159452583374 Gflops = 0.247159452583374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05658 s
InvBiCGStab: k = 74 resid = 9.096369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273881(s) Flops=488540160 => 1783.7679868264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256807.90628613 Mflops = 256.80790628613 Gflops = 0.25680790628613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001062831 Relative Rsd = 4.65671219230782e-07
BICGSTAB_SOLVER_TIME: 0.60704 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107023
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.040278(s) Flops=1373626368 => 1320.44162041301 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190141.616902886 Mflops = 190.141616902886 Gflops = 0.190141616902886 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152112000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.497724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042672 s
InvBiCGStab: k = 32 resid = 1.355877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13101(s) Flops=212944896 => 1625.40948019235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233971.158722619 Mflops = 233.971158722619 Gflops = 0.233971158722619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 50 resid = 1.052147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231791(s) Flops=331057152 => 1428.25714544568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205622.782695204 Mflops = 205.622782695204 Gflops = 0.205622782695204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007217019 Relative Rsd = 3.16208142343784e-07
BICGSTAB_SOLVER_TIME: 0.466953 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050189 s
InvBiCGStab: k = 77 resid = 1.941048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285619(s) Flops=508225536 => 1779.38280016385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256178.746723211 Mflops = 256.178746723211 Gflops = 0.256178746723211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056293 s
InvBiCGStab: k = 103 resid = 9.92012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379969(s) Flops=678832128 => 1786.54608139085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257218.841107389 Mflops = 257.218841107389 Gflops = 0.257218841107389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.00127081 Relative Rsd = 5.5679551209955e-07
BICGSTAB_SOLVER_TIME: 0.775928 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051126 s
InvBiCGStab: k = 50 resid = 1.874591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222321(s) Flops=331057152 => 1489.09528114753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214357.481527268 Mflops = 214.357481527268 Gflops = 0.214357481527268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.117986 s
InvBiCGStab: k = 72 resid = 8.688118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471476(s) Flops=475416576 => 1008.35795671466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  145173.503202678 Mflops = 145.173503202678 Gflops = 0.145173503202678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001032872 Relative Rsd = 4.52544906753252e-07
BICGSTAB_SOLVER_TIME: 0.867272 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043618 s
InvBiCGStab: k = 57 resid = 1.952239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261543(s) Flops=376989696 => 1441.40617795162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207515.010972881 Mflops = 207.515010972881 Gflops = 0.207515010972881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062971 s
InvBiCGStab: k = 79 resid = 1.060372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406376(s) Flops=521349120 => 1282.92300726421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184722.544625126 Mflops = 184.722544625126 Gflops = 0.184722544625126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001109584 Relative Rsd = 4.86155878902151e-07
BICGSTAB_SOLVER_TIME: 0.782436 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.16013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068386 s
InvBiCGStab: k = 49 resid = 2.083021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255855(s) Flops=324495360 => 1268.27836079029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182598.427115786 Mflops = 182.598427115786 Gflops = 0.182598427115786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 70 resid = 1.111554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274202(s) Flops=462292992 => 1685.95776836055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242726.859245868 Mflops = 242.726859245868 Gflops = 0.242726859245868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001071592 Relative Rsd = 4.69509609541381e-07
BICGSTAB_SOLVER_TIME: 0.658532 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991540000000002
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989363(s) Flops=1379893248 => 1394.72898016198 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200946.974961705 Mflops = 200.946974961705 Gflops = 0.200946974961705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152656000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.495962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 23 resid = 2.237247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088447(s) Flops=153888768 => 1739.89810847174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250392.43564763 Mflops = 250.39243564763 Gflops = 0.25039243564763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059044 s
InvBiCGStab: k = 40 resid = 1.013961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171126(s) Flops=265439232 => 1551.13327022194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223305.57569648 Mflops = 223.30557569648 Gflops = 0.22330557569648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 63 iterations. Rsd = 0.0007559598 Relative Rsd = 3.31217970946909e-07
BICGSTAB_SOLVER_TIME: 0.364473 sec
2Flav::invert,  n_count = 63
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0591800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.072107 s
InvBiCGStab: k = 59 resid = 2.096393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310131(s) Flops=390113280 => 1257.89837197829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181142.428722238 Mflops = 181.142428722238 Gflops = 0.181142428722238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.120262 s
InvBiCGStab: k = 71 resid = 1.032174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28831(s) Flops=468854784 => 1626.2175574902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234104.44899186 Mflops = 234.104448991859 Gflops = 0.23410444899186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001019192 Relative Rsd = 4.46550931776045e-07
BICGSTAB_SOLVER_TIME: 0.794649 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04158 s
InvBiCGStab: k = 62 resid = 1.499098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238763(s) Flops=409798656 => 1716.3407060558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247120.568042422 Mflops = 247.120568042422 Gflops = 0.247120568042422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0644 s
InvBiCGStab: k = 76 resid = 1.093659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329021(s) Flops=501663744 => 1524.71648922105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219538.170436649 Mflops = 219.538170436649 Gflops = 0.219538170436649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001021661 Relative Rsd = 4.47632881137113e-07
BICGSTAB_SOLVER_TIME: 0.678395 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041714 s
InvBiCGStab: k = 52 resid = 2.055523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194474(s) Flops=344180736 => 1769.80334646277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254770.950284381 Mflops = 254.770950284381 Gflops = 0.254770950284381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 74 resid = 1.032583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305117(s) Flops=488540160 => 1601.15680214475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230517.104614863 Mflops = 230.517104614863 Gflops = 0.230517104614863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001068944 Relative Rsd = 4.68349467253173e-07
BICGSTAB_SOLVER_TIME: 0.601406 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043708 s
InvBiCGStab: k = 62 resid = 2.206376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240464(s) Flops=409798656 => 1704.19961407945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245344.192985584 Mflops = 245.344192985584 Gflops = 0.245344192985584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061619 s
InvBiCGStab: k = 70 resid = 8.064363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330146(s) Flops=462292992 => 1400.26834188511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201588.923664744 Mflops = 201.588923664744 Gflops = 0.201588923664744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001037939 Relative Rsd = 4.54765014611533e-07
BICGSTAB_SOLVER_TIME: 0.679757 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10838
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.154597(s) Flops=1386160128 => 1200.55753479353 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  172897.608950307 Mflops = 172.897608950307 Gflops = 0.172897608950307 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153269000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.718286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041873 s
InvBiCGStab: k = 33 resid = 1.558719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123734(s) Flops=219506688 => 1774.02078652593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255360.4054871 Mflops = 255.3604054871 Gflops = 0.2553604054871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056986 s
InvBiCGStab: k = 55 resid = 7.418636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204056(s) Flops=363866112 => 1783.16791469009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256719.15560573 Mflops = 256.71915560573 Gflops = 0.25671915560573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007844202 Relative Rsd = 3.43687677063651e-07
BICGSTAB_SOLVER_TIME: 0.430531 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046944 s
InvBiCGStab: k = 55 resid = 2.039289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263766(s) Flops=363866112 => 1379.50346898387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198596.751698098 Mflops = 198.596751698098 Gflops = 0.198596751698098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072261 s
InvBiCGStab: k = 91 resid = 6.287191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412872(s) Flops=600090624 => 1453.45439748881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209254.156241256 Mflops = 209.254156241256 Gflops = 0.209254156241256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001112169 Relative Rsd = 4.87288273667617e-07
BICGSTAB_SOLVER_TIME: 0.799694 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 48 resid = 2.16527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178376(s) Flops=317933568 => 1782.3786159573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256597.02836613 Mflops = 256.59702836613 Gflops = 0.25659702836613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 72 resid = 9.202939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31109(s) Flops=475416576 => 1528.22840978495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220021.826753832 Mflops = 220.021826753832 Gflops = 0.220021826753832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001029087 Relative Rsd = 4.50886380191661e-07
BICGSTAB_SOLVER_TIME: 0.590864 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998680000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047965 s
InvBiCGStab: k = 53 resid = 1.952176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225368(s) Flops=350742528 => 1556.31024812751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224064.11571362 Mflops = 224.06411571362 Gflops = 0.22406411571362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084543 s
InvBiCGStab: k = 76 resid = 1.045574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286324(s) Flops=501663744 => 1752.08415641022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252222.05608743 Mflops = 252.22205608743 Gflops = 0.25222205608743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001050812 Relative Rsd = 4.60405106660818e-07
BICGSTAB_SOLVER_TIME: 0.64808 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041955 s
InvBiCGStab: k = 62 resid = 1.123406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27541(s) Flops=409798656 => 1487.95852002469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214218.07795552 Mflops = 214.21807795552 Gflops = 0.21421807795552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057046 s
InvBiCGStab: k = 72 resid = 9.144433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275008(s) Flops=475416576 => 1728.73725855248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248881.257454008 Mflops = 248.881257454008 Gflops = 0.248881257454008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001066536 Relative Rsd = 4.67294704343616e-07
BICGSTAB_SOLVER_TIME: 0.653282 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109928
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004371(s) Flops=1392353280 => 1386.29378984459 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199635.35820917 Mflops = 199.63535820917 Gflops = 0.19963535820917 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154196000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.51281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.850925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.93028(s) Flops=1354696704 => 1456.22468934084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209663.29197224 Mflops = 209.66329197224 Gflops = 0.20966329197224 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 7.931557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836184(s) Flops=1479370752 => 1769.19284750725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254752.601265186 Mflops = 254.752601265186 Gflops = 0.254752601265186 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002107572 Relative Rsd = 9.27650836410525e-07
BICGSTAB_SOLVER_TIME: 1.769972 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0.116533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307715999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.923834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697023(s) Flops=1256269824 => 1802.33625576201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.375718889 Mflops = 259.544375718889 Gflops = 0.259544375718889 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.060768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771218(s) Flops=1328449536 => 1722.53440142735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248033.172533634 Mflops = 248.033172533634 Gflops = 0.248033172533634 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.00199782 Relative Rsd = 8.76876420269147e-07
BICGSTAB_SOLVER_TIME: 1.471668 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280737999999998
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942175(s) Flops=1392353280 => 1477.80749860695 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212787.844860077 Mflops = 212.787844860077 Gflops = 0.212787844860077 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154227000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041405 s
InvBiCGStab: k = 30 resid = 2.164762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111244(s) Flops=199821312 => 1796.24350077308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.953876857 Mflops = 258.522953876857 Gflops = 0.258522953876857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056006 s
InvBiCGStab: k = 47 resid = 7.607212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173703(s) Flops=311371776 => 1792.55266748415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258035.256694563 Mflops = 258.035256694563 Gflops = 0.258035256694563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007591989 Relative Rsd = 3.32637124118369e-07
BICGSTAB_SOLVER_TIME: 0.386164 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045574 s
InvBiCGStab: k = 74 resid = 2.0832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285865(s) Flops=488540160 => 1708.98906826649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246034.352890244 Mflops = 246.034352890244 Gflops = 0.246034352890244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 103 resid = 1.025435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386258(s) Flops=678832128 => 1757.45778210419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253031.99067251 Mflops = 253.03199067251 Gflops = 0.25303199067251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001270892 Relative Rsd = 5.56831726697247e-07
BICGSTAB_SOLVER_TIME: 0.778418 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043617 s
InvBiCGStab: k = 56 resid = 2.277133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239758(s) Flops=370427904 => 1545.0074825449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222423.032097573 Mflops = 222.423032097573 Gflops = 0.222423032097573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068683 s
InvBiCGStab: k = 66 resid = 1.105384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307218(s) Flops=436045824 => 1419.33683573228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204340.296341392 Mflops = 204.340296341392 Gflops = 0.204340296341392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009655927 Relative Rsd = 4.23066989324669e-07
BICGSTAB_SOLVER_TIME: 0.664041 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045328 s
InvBiCGStab: k = 58 resid = 1.522036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246482(s) Flops=383551488 => 1556.10343960208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224018.955427557 Mflops = 224.018955427557 Gflops = 0.224018955427557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060673 s
InvBiCGStab: k = 80 resid = 9.338953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374906(s) Flops=527910912 => 1408.1153995935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202732.00780204 Mflops = 202.73200780204 Gflops = 0.20273200780204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001105012 Relative Rsd = 4.84152344539397e-07
BICGSTAB_SOLVER_TIME: 0.731808 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.159264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042919 s
InvBiCGStab: k = 55 resid = 2.042443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213263(s) Flops=363866112 => 1706.1849078368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245623.20228125 Mflops = 245.62320228125 Gflops = 0.24562320228125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057217 s
InvBiCGStab: k = 76 resid = 1.002389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278808(s) Flops=501663744 => 1799.31617457175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259042.627723095 Mflops = 259.042627723095 Gflops = 0.259042627723095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001092606 Relative Rsd = 4.78716686444438e-07
BICGSTAB_SOLVER_TIME: 0.596005 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107707
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926091(s) Flops=1398251520 => 1509.842466885 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217394.109931836 Mflops = 217.394109931836 Gflops = 0.217394109931836 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155269000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042742 s
InvBiCGStab: k = 26 resid = 1.906364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097074(s) Flops=173574144 => 1788.06007787873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257357.392326533 Mflops = 257.357392326533 Gflops = 0.257357392326533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 48 resid = 7.22987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17715(s) Flops=317933568 => 1794.71390347163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258341.095221967 Mflops = 258.341095221967 Gflops = 0.258341095221967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006794186 Relative Rsd = 2.97682029323663e-07
BICGSTAB_SOLVER_TIME: 0.377107 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04215 s
InvBiCGStab: k = 81 resid = 2.18043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29669(s) Flops=534472704 => 1801.45169705753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259362.312008991 Mflops = 259.362312008991 Gflops = 0.259362312008991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 102 resid = 1.129051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37239(s) Flops=672270336 => 1805.28568436317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.053571804 Mflops = 259.915053571804 Gflops = 0.259915053571804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001322554 Relative Rsd = 5.79466819381186e-07
BICGSTAB_SOLVER_TIME: 0.771368 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041749 s
InvBiCGStab: k = 61 resid = 2.19921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255535(s) Flops=403236864 => 1578.01030778563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227155.270219671 Mflops = 227.155270219671 Gflops = 0.227155270219671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058305 s
InvBiCGStab: k = 71 resid = 1.071692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260219(s) Flops=468854784 => 1801.76998605021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259390.853410984 Mflops = 259.390853410984 Gflops = 0.259390853410984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001012538 Relative Rsd = 4.43635503641974e-07
BICGSTAB_SOLVER_TIME: 0.61979 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10917
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040733 s
InvBiCGStab: k = 57 resid = 2.13347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210058(s) Flops=376989696 => 1794.6933513601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258370.003949518 Mflops = 258.370003949518 Gflops = 0.258370003949518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 92 resid = 9.526212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340529(s) Flops=606652416 => 1781.50000734152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256477.01318617 Mflops = 256.47701318617 Gflops = 0.25647701318617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001147059 Relative Rsd = 5.02574914413988e-07
BICGSTAB_SOLVER_TIME: 0.651667 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044006 s
InvBiCGStab: k = 68 resid = 1.926765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303311(s) Flops=449169408 => 1480.88730049355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213197.890319782 Mflops = 213.197890319782 Gflops = 0.213197890319782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067214 s
InvBiCGStab: k = 81 resid = 9.521498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374391(s) Flops=534472704 => 1427.57893218587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205539.669319389 Mflops = 205.539669319389 Gflops = 0.205539669319389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001093819 Relative Rsd = 4.79248428952882e-07
BICGSTAB_SOLVER_TIME: 0.793303 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120492
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049227(s) Flops=1385938944 => 1320.91429595312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190198.588135653 Mflops = 190.198588135653 Gflops = 0.190198588135653 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153378000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044377 s
InvBiCGStab: k = 27 resid = 1.216619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11782(s) Flops=180135936 => 1528.90796129689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220038.101491809 Mflops = 220.038101491809 Gflops = 0.220038101491809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 40 resid = 9.412123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147176(s) Flops=265439232 => 1803.54970919172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259593.912828255 Mflops = 259.593912828255 Gflops = 0.259593912828255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007352714 Relative Rsd = 3.22153482646478e-07
BICGSTAB_SOLVER_TIME: 0.370113 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 57 resid = 1.915924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208731(s) Flops=376989696 => 1806.10305129569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260005.649081375 Mflops = 260.005649081375 Gflops = 0.260005649081375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056319 s
InvBiCGStab: k = 74 resid = 1.109736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274217(s) Flops=488540160 => 1781.58232348833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256472.479628588 Mflops = 256.472479628588 Gflops = 0.256472479628588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001038859 Relative Rsd = 4.55167914762536e-07
BICGSTAB_SOLVER_TIME: 0.58461 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042835 s
InvBiCGStab: k = 45 resid = 2.102913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165355(s) Flops=298248192 => 1803.68414623084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.934420545 Mflops = 259.642934420545 Gflops = 0.259642934420545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 62 resid = 7.584308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226558(s) Flops=409798656 => 1808.80240821335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260387.286298522 Mflops = 260.387286298522 Gflops = 0.260387286298522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 107 iterations. Rsd = 0.0009892924 Relative Rsd = 4.3345083662699e-07
BICGSTAB_SOLVER_TIME: 0.494692 sec
2Flav::invert,  n_count = 107
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0906200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 65 resid = 1.753726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240059(s) Flops=429484032 => 1789.07698524113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257571.724747393 Mflops = 257.571724747393 Gflops = 0.257571724747393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 77 resid = 1.147792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314101(s) Flops=508225536 => 1618.03221256857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232963.407316997 Mflops = 232.963407316997 Gflops = 0.232963407316997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001058376 Relative Rsd = 4.63719150401939e-07
BICGSTAB_SOLVER_TIME: 0.658224 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044415 s
InvBiCGStab: k = 56 resid = 1.992413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211747(s) Flops=370427904 => 1749.38914837046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251835.491632282 Mflops = 251.835491632282 Gflops = 0.251835491632282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060394 s
InvBiCGStab: k = 75 resid = 7.647917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292282(s) Flops=495101952 => 1693.9187223298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243864.77990405 Mflops = 243.86477990405 Gflops = 0.24386477990405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00102313 Relative Rsd = 4.48276582859566e-07
BICGSTAB_SOLVER_TIME: 0.612677 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107616
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901479(s) Flops=1373257728 => 1523.33856695497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219519.922624249 Mflops = 219.519922624249 Gflops = 0.219519922624249 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152175000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.50419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045365 s
InvBiCGStab: k = 28 resid = 2.218495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131454(s) Flops=186697728 => 1420.25140353279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204472.871782435 Mflops = 204.472871782435 Gflops = 0.204472871782435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081414 s
InvBiCGStab: k = 44 resid = 1.022402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21569(s) Flops=291686400 => 1352.34085956697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194673.221712721 Mflops = 194.673221712721 Gflops = 0.194673221712721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007025913 Relative Rsd = 3.07834970310806e-07
BICGSTAB_SOLVER_TIME: 0.477695 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 62 resid = 1.820535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22844(s) Flops=409798656 => 1793.90061285239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258261.738147241 Mflops = 258.261738147241 Gflops = 0.258261738147241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057314 s
InvBiCGStab: k = 84 resid = 1.033655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310618(s) Flops=554158080 => 1784.05011943931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256850.031567603 Mflops = 256.850031567603 Gflops = 0.256850031567603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001096813 Relative Rsd = 4.80560315506091e-07
BICGSTAB_SOLVER_TIME: 0.641581 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050639 s
InvBiCGStab: k = 55 resid = 1.639741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20409(s) Flops=363866112 => 1782.87085109511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256664.094894359 Mflops = 256.664094894359 Gflops = 0.256664094894359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 67 resid = 1.137547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24611(s) Flops=442607616 => 1798.413782455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258904.630272928 Mflops = 258.904630272928 Gflops = 0.258904630272928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009926074 Relative Rsd = 4.34903297027035e-07
BICGSTAB_SOLVER_TIME: 0.561622 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043801 s
InvBiCGStab: k = 62 resid = 1.868597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240119(s) Flops=409798656 => 1706.64818694064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245675.850269267 Mflops = 245.675850269267 Gflops = 0.245675850269267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058257 s
InvBiCGStab: k = 75 resid = 1.126635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296835(s) Flops=495101952 => 1667.93657082217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240135.692244942 Mflops = 240.135692244942 Gflops = 0.240135692244942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001090243 Relative Rsd = 4.77681714047425e-07
BICGSTAB_SOLVER_TIME: 0.643591 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042065 s
InvBiCGStab: k = 58 resid = 1.90266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213879(s) Flops=383551488 => 1793.31064760916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258174.2073333 Mflops = 258.1742073333 Gflops = 0.2581742073333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056595 s
InvBiCGStab: k = 67 resid = 7.957309e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246297(s) Flops=442607616 => 1797.0483440724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258715.379544976 Mflops = 258.715379544976 Gflops = 0.258715379544976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001033958 Relative Rsd = 4.53020542138504e-07
BICGSTAB_SOLVER_TIME: 0.562832 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103371
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876828(s) Flops=1360723968 => 1551.8710260165 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223452.89677137 Mflops = 223.45289677137 Gflops = 0.22345289677137 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150810000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.512984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78121(s) Flops=1335011328 => 1708.90199562218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246008.564968704 Mflops = 246.008564968704 Gflops = 0.246008564968704 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 7.806786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.077086(s) Flops=1466247168 => 1361.30928078166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196020.260889384 Mflops = 196.020260889384 Gflops = 0.196020260889384 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002290519 Relative Rsd = 1.00811268160056e-06
BICGSTAB_SOLVER_TIME: 1.862276 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.128612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303910999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.874189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848274(s) Flops=1249708032 => 1473.23627978696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212132.135989026 Mflops = 212.132135989026 Gflops = 0.212132135989026 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 7.630659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.641735(s) Flops=1131595776 => 1763.33810061786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253901.096442686 Mflops = 253.901096442686 Gflops = 0.253901096442686 Tflops
BICGSTAB_SOLVER: 362 iterations. Rsd = 0.001844354 Relative Rsd = 8.0946958196152e-07
BICGSTAB_SOLVER_TIME: 1.493383 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258501999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880457(s) Flops=1360723968 => 1545.47464328184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222534.005526796 Mflops = 222.534005526796 Gflops = 0.222534005526796 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150900000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040862 s
InvBiCGStab: k = 27 resid = 1.666697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100758(s) Flops=180135936 => 1787.80777704996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257299.242395887 Mflops = 257.299242395887 Gflops = 0.257299242395887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 43 resid = 1.071085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159578(s) Flops=285124608 => 1786.74133025856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257219.225405946 Mflops = 257.219225405946 Gflops = 0.257219225405946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006919806 Relative Rsd = 3.03185985089491e-07
BICGSTAB_SOLVER_TIME: 0.36172 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0505 s
InvBiCGStab: k = 83 resid = 1.450417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314507(s) Flops=547596288 => 1741.12591452654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250679.683023823 Mflops = 250.679683023823 Gflops = 0.250679683023823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05933 s
InvBiCGStab: k = 101 resid = 1.002412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388433(s) Flops=665708544 => 1713.83106996573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246742.435487883 Mflops = 246.742435487883 Gflops = 0.246742435487883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001287231 Relative Rsd = 5.6399043454547e-07
BICGSTAB_SOLVER_TIME: 0.81653 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041985 s
InvBiCGStab: k = 50 resid = 1.74239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207271(s) Flops=331057152 => 1597.21886805197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229936.923426264 Mflops = 229.936923426264 Gflops = 0.229936923426264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072226 s
InvBiCGStab: k = 83 resid = 1.068029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31523(s) Flops=547596288 => 1737.13253180218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250085.341804234 Mflops = 250.085341804234 Gflops = 0.250085341804234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001084848 Relative Rsd = 4.75317716921392e-07
BICGSTAB_SOLVER_TIME: 0.640585 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041195 s
InvBiCGStab: k = 62 resid = 2.239384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227526(s) Flops=409798656 => 1801.10693283405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.84087065 Mflops = 259.30084087065 Gflops = 0.25930084087065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057033 s
InvBiCGStab: k = 81 resid = 1.018844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297476(s) Flops=534472704 => 1796.69184740954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258679.416439656 Mflops = 258.679416439656 Gflops = 0.258679416439656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001101878 Relative Rsd = 4.82779301221907e-07
BICGSTAB_SOLVER_TIME: 0.627196 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050795 s
InvBiCGStab: k = 55 resid = 1.869291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229307(s) Flops=363866112 => 1586.80769448818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228431.461068779 Mflops = 228.431461068779 Gflops = 0.228431461068779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066777 s
InvBiCGStab: k = 73 resid = 1.141485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322312(s) Flops=481978368 => 1495.37829184145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215315.628158361 Mflops = 215.315628158361 Gflops = 0.215315628158361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001075781 Relative Rsd = 4.71345077566934e-07
BICGSTAB_SOLVER_TIME: 0.67318 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1055
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018464(s) Flops=1348190208 => 1323.74851541144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190608.193407344 Mflops = 190.608193407344 Gflops = 0.190608193407344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149419000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046966 s
InvBiCGStab: k = 26 resid = 2.05569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101265(s) Flops=173574144 => 1714.05859872611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246704.607184073 Mflops = 246.704607184073 Gflops = 0.246704607184073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062788 s
InvBiCGStab: k = 45 resid = 1.030973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219664(s) Flops=298248192 => 1357.74725034598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195473.131464142 Mflops = 195.473131464142 Gflops = 0.195473131464142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007255403 Relative Rsd = 3.17889902355025e-07
BICGSTAB_SOLVER_TIME: 0.435268 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041677 s
InvBiCGStab: k = 69 resid = 1.810811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254701(s) Flops=455731200 => 1789.27919403536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257593.633440929 Mflops = 257.593633440929 Gflops = 0.257593633440929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 116 resid = 1.118986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429937(s) Flops=764135424 => 1777.3195235581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255891.617013029 Mflops = 255.891617013029 Gflops = 0.255891617013029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001286166 Relative Rsd = 5.63523878312881e-07
BICGSTAB_SOLVER_TIME: 0.78675 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045631 s
InvBiCGStab: k = 51 resid = 1.533241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188831(s) Flops=337618944 => 1787.94236115892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257384.596505751 Mflops = 257.384596505751 Gflops = 0.257384596505751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 72 resid = 1.13294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263574(s) Flops=475416576 => 1803.73092945435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.871249521 Mflops = 259.674871249521 Gflops = 0.259674871249521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009964154 Relative Rsd = 4.36571718844899e-07
BICGSTAB_SOLVER_TIME: 0.558066 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 61 resid = 2.212122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225397(s) Flops=403236864 => 1789.00723612116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257543.152786402 Mflops = 257.543152786402 Gflops = 0.257543152786402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 79 resid = 1.128235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32211(s) Flops=521349120 => 1618.54372729813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233026.528838103 Mflops = 233.026528838103 Gflops = 0.233026528838103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001098458 Relative Rsd = 4.81280883987319e-07
BICGSTAB_SOLVER_TIME: 0.649438 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040641 s
InvBiCGStab: k = 63 resid = 1.749754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241794(s) Flops=416360448 => 1721.96352266806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247911.475289139 Mflops = 247.911475289139 Gflops = 0.247911475289139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059648 s
InvBiCGStab: k = 87 resid = 9.468645e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319942(s) Flops=573843456 => 1793.5858874421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258229.734644615 Mflops = 258.229734644615 Gflops = 0.258229734644615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001073855 Relative Rsd = 4.70501328447059e-07
BICGSTAB_SOLVER_TIME: 0.665819 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121771
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85365(s) Flops=1341775872 => 1571.8103110174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226319.250786627 Mflops = 226.319250786627 Gflops = 0.226319250786627 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148436000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.568529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066203 s
InvBiCGStab: k = 30 resid = 1.480348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15879(s) Flops=199821312 => 1258.39984885698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181143.928612391 Mflops = 181.143928612391 Gflops = 0.181143928612391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063913 s
InvBiCGStab: k = 50 resid = 1.047293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185208(s) Flops=331057152 => 1787.48840222885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257311.411727165 Mflops = 257.311411727165 Gflops = 0.257311411727165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007590751 Relative Rsd = 3.32582904234774e-07
BICGSTAB_SOLVER_TIME: 0.477987 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0711750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 49 resid = 2.230622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180471(s) Flops=324495360 => 1798.047110062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258843.694251205 Mflops = 258.843694251205 Gflops = 0.258843694251205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 78 resid = 7.971202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28836(s) Flops=514787328 => 1785.22446941323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257000.269108234 Mflops = 257.000269108234 Gflops = 0.257000269108234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001034241 Relative Rsd = 4.53144640893712e-07
BICGSTAB_SOLVER_TIME: 0.570571 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043607 s
InvBiCGStab: k = 50 resid = 2.124242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204099(s) Flops=331057152 => 1622.04200902503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233489.568542477 Mflops = 233.489568542477 Gflops = 0.233489568542477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 70 resid = 1.127911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256467(s) Flops=462292992 => 1802.54376586461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.247697223 Mflops = 259.502247697223 Gflops = 0.259502247697223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001029049 Relative Rsd = 4.5086970107413e-07
BICGSTAB_SOLVER_TIME: 0.564528 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041219 s
InvBiCGStab: k = 60 resid = 2.262695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22237(s) Flops=396675072 => 1783.8515627108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256818.114688318 Mflops = 256.818114688318 Gflops = 0.256818114688318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056814 s
InvBiCGStab: k = 80 resid = 1.021716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317184(s) Flops=527910912 => 1664.36803874092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239632.613200782 Mflops = 239.632613200782 Gflops = 0.239632613200782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00105377 Relative Rsd = 4.61701283219532e-07
BICGSTAB_SOLVER_TIME: 0.642118 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 53 resid = 1.971128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195367(s) Flops=350742528 => 1795.30078262962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258468.179228314 Mflops = 258.468179228314 Gflops = 0.258468179228314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 83 resid = 6.007532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305089(s) Flops=547596288 => 1794.8739154804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258409.065506407 Mflops = 258.409065506407 Gflops = 0.258409065506407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001079445 Relative Rsd = 4.72950659406822e-07
BICGSTAB_SOLVER_TIME: 0.601891 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111417
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857908(s) Flops=1335287808 => 1556.44638819081 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224122.80122305 Mflops = 224.12280122305 Gflops = 0.22412280122305 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147860000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04154 s
InvBiCGStab: k = 27 resid = 2.182263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102545(s) Flops=180135936 => 1756.65255253791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252892.361806048 Mflops = 252.892361806048 Gflops = 0.252892361806048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062951 s
InvBiCGStab: k = 49 resid = 8.80038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201564(s) Flops=324495360 => 1609.88747990713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231743.763582541 Mflops = 231.743763582541 Gflops = 0.231743763582541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0006936995 Relative Rsd = 3.03939070198933e-07
BICGSTAB_SOLVER_TIME: 0.412457 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001912
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0687860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051139 s
InvBiCGStab: k = 50 resid = 2.023745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216051(s) Flops=331057152 => 1532.31020453504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220605.416312954 Mflops = 220.605416312954 Gflops = 0.220605416312954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084535 s
InvBiCGStab: k = 76 resid = 1.01739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338374(s) Flops=501663744 => 1482.57178151986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213438.345904251 Mflops = 213.438345904251 Gflops = 0.213438345904251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001087977 Relative Rsd = 4.7668856696043e-07
BICGSTAB_SOLVER_TIME: 0.694373 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048289 s
InvBiCGStab: k = 47 resid = 1.851985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219565(s) Flops=311371776 => 1418.13028488147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204138.467704956 Mflops = 204.138467704956 Gflops = 0.204138467704956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067986 s
InvBiCGStab: k = 67 resid = 1.025668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277006(s) Flops=442607616 => 1597.82681963568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230035.500230227 Mflops = 230.035500230227 Gflops = 0.230035500230227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009932198 Relative Rsd = 4.3517159108885e-07
BICGSTAB_SOLVER_TIME: 0.617023 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0954930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041867 s
InvBiCGStab: k = 65 resid = 2.018519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270259(s) Flops=429484032 => 1589.15718625467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228790.169472199 Mflops = 228.790169472199 Gflops = 0.228790169472199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 84 resid = 1.125299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340601(s) Flops=554158080 => 1627.00074280463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234247.639813108 Mflops = 234.247639813108 Gflops = 0.234247639813108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001084012 Relative Rsd = 4.74951643445794e-07
BICGSTAB_SOLVER_TIME: 0.713311 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 44 resid = 1.872185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162027(s) Flops=291686400 => 1800.23329445092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259148.292829384 Mflops = 259.148292829384 Gflops = 0.259148292829384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 75 resid = 1.121041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276991(s) Flops=495101952 => 1787.42974320465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257326.465606424 Mflops = 257.326465606424 Gflops = 0.257326465606424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001021208 Relative Rsd = 4.47434516953387e-07
BICGSTAB_SOLVER_TIME: 0.540084 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992680000000003
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908625(s) Flops=1328799744 => 1462.42921337185 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210568.870968015 Mflops = 210.568870968015 Gflops = 0.210568870968015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146923000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 9.473301e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709963(s) Flops=1262831616 => 1778.72877318959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256053.095925337 Mflops = 256.053095925337 Gflops = 0.256053095925337 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 7.734149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.969198(s) Flops=1617168384 => 1668.56347619372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240261.090039427 Mflops = 240.261090039427 Gflops = 0.240261090039427 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002270836 Relative Rsd = 9.99420155413206e-07
BICGSTAB_SOLVER_TIME: 1.682562 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.119789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312743999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 1.760288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636771(s) Flops=1131595776 => 1777.08434586374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255893.246275295 Mflops = 255.893246275295 Gflops = 0.255893246275295 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.092357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905011(s) Flops=1315325952 => 1453.38117658238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209277.06162331 Mflops = 209.27706162331 Gflops = 0.20927706162331 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.001928695 Relative Rsd = 8.4641860599835e-07
BICGSTAB_SOLVER_TIME: 1.545637 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.14432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265690999999998
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.033973(s) Flops=1328799744 => 1285.13969320282 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185063.097926052 Mflops = 185.063097926052 Gflops = 0.185063097926052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147067000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045133 s
InvBiCGStab: k = 29 resid = 2.13702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109915(s) Flops=193259520 => 1758.26338534322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253072.184075627 Mflops = 253.072184075627 Gflops = 0.253072184075627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055927 s
InvBiCGStab: k = 39 resid = 1.008659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146983(s) Flops=258877440 => 1761.27470523802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253495.693905178 Mflops = 253.495693905178 Gflops = 0.253495693905178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007003467 Relative Rsd = 3.0685151445418e-07
BICGSTAB_SOLVER_TIME: 0.362055 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054455 s
InvBiCGStab: k = 82 resid = 1.883571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320036(s) Flops=541034496 => 1690.54261395593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243403.948726936 Mflops = 243.403948726936 Gflops = 0.243403948726936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058769 s
InvBiCGStab: k = 108 resid = 1.009563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396857(s) Flops=711641088 => 1793.19273189083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258177.372531723 Mflops = 258.177372531723 Gflops = 0.258177372531723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001255074 Relative Rsd = 5.49900864775664e-07
BICGSTAB_SOLVER_TIME: 0.833972 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149962999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 62 resid = 1.40535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267672(s) Flops=409798656 => 1530.97319106967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220425.856047818 Mflops = 220.425856047818 Gflops = 0.220425856047818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059797 s
InvBiCGStab: k = 68 resid = 9.810543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255877(s) Flops=449169408 => 1755.41142033086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252707.155968689 Mflops = 252.707155968689 Gflops = 0.252707155968689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0009967427 Relative Rsd = 4.36715149054371e-07
BICGSTAB_SOLVER_TIME: 0.628328 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042203 s
InvBiCGStab: k = 54 resid = 1.770095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2094(s) Flops=357304320 => 1706.32435530086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245639.386773311 Mflops = 245.639386773311 Gflops = 0.245639386773311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058841 s
InvBiCGStab: k = 79 resid = 9.320582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292965(s) Flops=521349120 => 1779.56110798218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256208.633324505 Mflops = 256.208633324505 Gflops = 0.256208633324505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001110167 Relative Rsd = 4.86411268325631e-07
BICGSTAB_SOLVER_TIME: 0.607216 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052521 s
InvBiCGStab: k = 56 resid = 2.105829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223932(s) Flops=370427904 => 1654.19816730079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238155.223157452 Mflops = 238.155223157452 Gflops = 0.238155223157452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057211 s
InvBiCGStab: k = 78 resid = 1.064557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30008(s) Flops=514787328 => 1715.50029325513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246975.264612786 Mflops = 246.975264612786 Gflops = 0.246975264612786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001096091 Relative Rsd = 4.8024376931833e-07
BICGSTAB_SOLVER_TIME: 0.63772 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109805
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865829(s) Flops=1322532864 => 1527.47582259314 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219937.210007036 Mflops = 219.937210007036 Gflops = 0.219937210007036 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146386000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.566098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046456 s
InvBiCGStab: k = 28 resid = 1.608541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14313(s) Flops=186697728 => 1304.39270593167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187621.484915342 Mflops = 187.621484915342 Gflops = 0.187621484915342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068458 s
InvBiCGStab: k = 45 resid = 8.535578e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187578(s) Flops=298248192 => 1589.99558583629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228881.789100261 Mflops = 228.881789100261 Gflops = 0.228881789100261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007477636 Relative Rsd = 3.27626834526927e-07
BICGSTAB_SOLVER_TIME: 0.449529 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 69 resid = 2.021431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356702(s) Flops=455731200 => 1277.62445963297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184027.668159908 Mflops = 184.027668159908 Gflops = 0.184027668159908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084729 s
InvBiCGStab: k = 91 resid = 9.810741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370044(s) Flops=600090624 => 1621.67370366767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233481.188950408 Mflops = 233.481188950408 Gflops = 0.233481188950408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001200377 Relative Rsd = 5.25936135284998e-07
BICGSTAB_SOLVER_TIME: 0.85647 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042875 s
InvBiCGStab: k = 52 resid = 2.229118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191892(s) Flops=344180736 => 1793.6169095116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.770258024 Mflops = 258.211770258024 Gflops = 0.258211770258024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 71 resid = 8.855069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260409(s) Flops=468854784 => 1800.45537596627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259205.547451366 Mflops = 259.205547451366 Gflops = 0.259205547451366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001002986 Relative Rsd = 4.39450473322992e-07
BICGSTAB_SOLVER_TIME: 0.555137 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041419 s
InvBiCGStab: k = 59 resid = 2.253473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218017(s) Flops=390113280 => 1789.37092061628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257612.727954484 Mflops = 257.612727954483 Gflops = 0.257612727954483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057109 s
InvBiCGStab: k = 74 resid = 8.539399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303162(s) Flops=488540160 => 1611.48217784551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232008.206941159 Mflops = 232.008206941159 Gflops = 0.232008206941159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00107488 Relative Rsd = 4.70950236439081e-07
BICGSTAB_SOLVER_TIME: 0.623754 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 57 resid = 2.223757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208802(s) Flops=376989696 => 1805.48891294145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259927.253478302 Mflops = 259.927253478302 Gflops = 0.259927253478302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 80 resid = 1.060372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295085(s) Flops=527910912 => 1789.01303692156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257555.125586318 Mflops = 257.555125586318 Gflops = 0.257555125586318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001051183 Relative Rsd = 4.605675622857e-07
BICGSTAB_SOLVER_TIME: 0.605999 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11203
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857087(s) Flops=1322606592 => 1543.14158539331 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222187.228432739 Mflops = 222.187228432739 Gflops = 0.222187228432739 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146811000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044015 s
InvBiCGStab: k = 29 resid = 1.740367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156533(s) Flops=193259520 => 1234.62477560642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177726.525467618 Mflops = 177.726525467618 Gflops = 0.177726525467618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087279 s
InvBiCGStab: k = 41 resid = 1.066298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191275(s) Flops=272001024 => 1422.04168866815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204670.872622467 Mflops = 204.670872622467 Gflops = 0.204670872622467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007163779 Relative Rsd = 3.1387543769055e-07
BICGSTAB_SOLVER_TIME: 0.487333 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0640630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048072 s
InvBiCGStab: k = 50 resid = 1.894636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240669(s) Flops=331057152 => 1375.57039751692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198038.839675366 Mflops = 198.038839675366 Gflops = 0.198038839675366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064017 s
InvBiCGStab: k = 74 resid = 1.096537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346246(s) Flops=488540160 => 1410.96261039839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203141.984126259 Mflops = 203.141984126259 Gflops = 0.203141984126259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001066594 Relative Rsd = 4.6731974852315e-07
BICGSTAB_SOLVER_TIME: 0.702948 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051468 s
InvBiCGStab: k = 53 resid = 1.797328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201138(s) Flops=350742528 => 1743.79047221311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251040.070060075 Mflops = 251.040070060075 Gflops = 0.251040070060075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 67 resid = 6.111267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24626(s) Flops=442607616 => 1797.31834646309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.624860671 Mflops = 258.748624860671 Gflops = 0.258748624860671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001009045 Relative Rsd = 4.42105207360117e-07
BICGSTAB_SOLVER_TIME: 0.559269 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999080000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 68 resid = 1.450621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256458(s) Flops=449169408 => 1751.43457408231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252171.617643163 Mflops = 252.171617643163 Gflops = 0.252171617643163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061015 s
InvBiCGStab: k = 93 resid = 8.786349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361978(s) Flops=613214208 => 1694.06485477018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243891.269063765 Mflops = 243.891269063765 Gflops = 0.243891269063765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001114355 Relative Rsd = 4.88245920247574e-07
BICGSTAB_SOLVER_TIME: 0.724889 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044759 s
InvBiCGStab: k = 52 resid = 2.069124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204173(s) Flops=344180736 => 1685.73090467398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242679.126672913 Mflops = 242.679126672913 Gflops = 0.242679126672913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057051 s
InvBiCGStab: k = 71 resid = 1.047078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2631(s) Flops=468854784 => 1782.04022805017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256552.245760036 Mflops = 256.552245760036 Gflops = 0.256552245760036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00100198 Relative Rsd = 4.39009828380023e-07
BICGSTAB_SOLVER_TIME: 0.57343 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10208
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850292(s) Flops=1328726016 => 1562.67025445376 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225014.906069593 Mflops = 225.014906069593 Gflops = 0.225014906069593 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147087000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04083 s
InvBiCGStab: k = 28 resid = 1.922618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104381(s) Flops=186697728 => 1788.61792855022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257444.890519092 Mflops = 257.444890519092 Gflops = 0.257444890519092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065795 s
InvBiCGStab: k = 44 resid = 9.199819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199298(s) Flops=291686400 => 1463.56912763801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210684.741748331 Mflops = 210.684741748331 Gflops = 0.210684741748331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000700886 Relative Rsd = 3.07087801952537e-07
BICGSTAB_SOLVER_TIME: 0.414483 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655000000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049045 s
InvBiCGStab: k = 51 resid = 2.215976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210471(s) Flops=337618944 => 1604.11146428724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230933.745882115 Mflops = 230.933745882115 Gflops = 0.230933745882115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073586 s
InvBiCGStab: k = 80 resid = 1.038221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378851(s) Flops=527910912 => 1393.45260273828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200623.533257362 Mflops = 200.623533257362 Gflops = 0.200623533257362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001081894 Relative Rsd = 4.74023580621703e-07
BICGSTAB_SOLVER_TIME: 0.715924 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 52 resid = 2.034443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240662(s) Flops=344180736 => 1430.14159277327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205889.682633452 Mflops = 205.889682633452 Gflops = 0.205889682633452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062258 s
InvBiCGStab: k = 70 resid = 1.047319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3591(s) Flops=462292992 => 1287.36561403509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185341.315302908 Mflops = 185.341315302908 Gflops = 0.185341315302908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001003237 Relative Rsd = 4.39560647310353e-07
BICGSTAB_SOLVER_TIME: 0.706947 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048729 s
InvBiCGStab: k = 61 resid = 2.206456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249244(s) Flops=403236864 => 1617.83980356598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232914.316777877 Mflops = 232.914316777877 Gflops = 0.232914316777877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073096 s
InvBiCGStab: k = 81 resid = 9.168149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310649(s) Flops=534472704 => 1720.50353936436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247692.094948384 Mflops = 247.692094948384 Gflops = 0.247692094948384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001063698 Relative Rsd = 4.66051268480703e-07
BICGSTAB_SOLVER_TIME: 0.685651 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 51 resid = 1.591925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189892(s) Flops=337618944 => 1777.95243612158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255947.022334021 Mflops = 255.947022334021 Gflops = 0.255947022334021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05763 s
InvBiCGStab: k = 68 resid = 1.078297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25391(s) Flops=449169408 => 1769.01031074003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254675.604449601 Mflops = 254.675604449601 Gflops = 0.254675604449601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001034787 Relative Rsd = 4.53383912270894e-07
BICGSTAB_SOLVER_TIME: 0.546675 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991940000000003
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840457(s) Flops=1334992896 => 1588.41308478602 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228718.558144757 Mflops = 228.718558144757 Gflops = 0.228718558144757 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148002000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.849854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749209(s) Flops=1262831616 => 1685.55318475886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242638.849025003 Mflops = 242.638849025003 Gflops = 0.242638849025003 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.039125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.153868(s) Flops=1571235840 => 1361.71194625382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196078.250276346 Mflops = 196.078250276346 Gflops = 0.196078250276346 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.00213452 Relative Rsd = 9.39431215512144e-07
BICGSTAB_SOLVER_TIME: 1.906572 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.128878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307730999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.082077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817956(s) Flops=1216899072 => 1487.73170194974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214276.062574611 Mflops = 214.276062574611 Gflops = 0.214276062574611 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 6.533572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708767(s) Flops=1275955200 => 1800.24634329759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259218.393278999 Mflops = 259.218393278999 Gflops = 0.259218393278999 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.002181087 Relative Rsd = 9.57098027870931e-07
BICGSTAB_SOLVER_TIME: 1.530202 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270882999999997
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85173(s) Flops=1334992896 => 1567.38977845092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225706.9557135 Mflops = 225.7069557135 Gflops = 0.2257069557135 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148081000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 30 resid = 1.363735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112211(s) Flops=199821312 => 1780.76402491734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256314.080646154 Mflops = 256.314080646154 Gflops = 0.256314080646154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 40 resid = 1.14668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161001(s) Flops=265439232 => 1648.68064173514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237304.749488735 Mflops = 237.304749488735 Gflops = 0.237304749488735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007256838 Relative Rsd = 3.17952742333001e-07
BICGSTAB_SOLVER_TIME: 0.374504 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0640640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042392 s
InvBiCGStab: k = 77 resid = 2.208686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296008(s) Flops=508225536 => 1716.93175860112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247194.209160118 Mflops = 247.194209160118 Gflops = 0.247194209160118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056731 s
InvBiCGStab: k = 95 resid = 1.135061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366722(s) Flops=626337792 => 1707.93623507725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245896.500450655 Mflops = 245.896500450655 Gflops = 0.245896500450655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00125176 Relative Rsd = 5.48449016453326e-07
BICGSTAB_SOLVER_TIME: 0.765677 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058226 s
InvBiCGStab: k = 46 resid = 2.069161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234377(s) Flops=304809984 => 1300.51150070186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187233.713354672 Mflops = 187.233713354672 Gflops = 0.187233713354672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065629 s
InvBiCGStab: k = 74 resid = 9.854355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331235(s) Flops=488540160 => 1474.90500701919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212347.371184691 Mflops = 212.347371184691 Gflops = 0.212347371184691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001011032 Relative Rsd = 4.42976091925027e-07
BICGSTAB_SOLVER_TIME: 0.6932 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044584 s
InvBiCGStab: k = 56 resid = 1.848143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252703(s) Flops=370427904 => 1465.86270839681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211039.005705467 Mflops = 211.039005705467 Gflops = 0.211039005705467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059075 s
InvBiCGStab: k = 69 resid = 1.117921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361161(s) Flops=455731200 => 1261.85053203419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181672.815949612 Mflops = 181.672815949612 Gflops = 0.181672815949612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001088241 Relative Rsd = 4.7680435166011e-07
BICGSTAB_SOLVER_TIME: 0.721464 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041675 s
InvBiCGStab: k = 59 resid = 1.70412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216256(s) Flops=390113280 => 1803.94199467298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259710.177477489 Mflops = 259.710177477489 Gflops = 0.259710177477489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057304 s
InvBiCGStab: k = 73 resid = 9.988489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270649(s) Flops=481978368 => 1780.82449223903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256375.115869277 Mflops = 256.375115869277 Gflops = 0.256375115869277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001071162 Relative Rsd = 4.6932134463983e-07
BICGSTAB_SOLVER_TIME: 0.589748 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108514
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863012(s) Flops=1335140352 => 1547.07043702753 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222778.17525425 Mflops = 222.77817525425 Gflops = 0.22277817525425 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147765000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041952 s
InvBiCGStab: k = 25 resid = 2.054455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093299(s) Flops=167012352 => 1790.07654958788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257604.574409277 Mflops = 257.604574409277 Gflops = 0.257604574409277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057917 s
InvBiCGStab: k = 46 resid = 1.05952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179967(s) Flops=304809984 => 1693.69931154045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243848.186465236 Mflops = 243.848186465236 Gflops = 0.243848186465236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007380234 Relative Rsd = 3.23359250227138e-07
BICGSTAB_SOLVER_TIME: 0.377945 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 80 resid = 1.839655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293738(s) Flops=527910912 => 1797.21694843704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.834589259 Mflops = 258.748834589259 Gflops = 0.258748834589259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 102 resid = 1.113509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373968(s) Flops=672270336 => 1797.66807855218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.523701494 Mflops = 258.822523701494 Gflops = 0.258822523701494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001264315 Relative Rsd = 5.53950064850043e-07
BICGSTAB_SOLVER_TIME: 0.769187 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042027 s
InvBiCGStab: k = 62 resid = 8.629952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279009(s) Flops=409798656 => 1468.7650075804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211467.412638572 Mflops = 211.467412638572 Gflops = 0.211467412638572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069609 s
InvBiCGStab: k = 71 resid = 1.105267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313054(s) Flops=468854784 => 1497.68022130367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215617.982999429 Mflops = 215.617982999429 Gflops = 0.215617982999429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001013809 Relative Rsd = 4.44192749388234e-07
BICGSTAB_SOLVER_TIME: 0.707995 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048156 s
InvBiCGStab: k = 63 resid = 2.031171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27493(s) Flops=416360448 => 1514.42348234096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218042.719421093 Mflops = 218.042719421093 Gflops = 0.218042719421093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064199 s
InvBiCGStab: k = 76 resid = 1.002993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368496(s) Flops=501663744 => 1361.38178976163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196001.216992399 Mflops = 196.001216992399 Gflops = 0.196001216992399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001149794 Relative Rsd = 5.0377331155892e-07
BICGSTAB_SOLVER_TIME: 0.760124 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113523
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065114 s
InvBiCGStab: k = 56 resid = 2.24991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252244(s) Flops=370427904 => 1468.53008991294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211423.543322176 Mflops = 211.423543322176 Gflops = 0.211423543322176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 82 resid = 7.026806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302393(s) Flops=541034496 => 1789.17665422149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257580.297774882 Mflops = 257.580297774882 Gflops = 0.257580297774882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001087429 Relative Rsd = 4.76448785518492e-07
BICGSTAB_SOLVER_TIME: 0.679783 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112825
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865(s) Flops=1335140352 => 1543.51485780347 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222316.597769367 Mflops = 222.316597769367 Gflops = 0.222316597769367 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147991000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051372 s
InvBiCGStab: k = 32 resid = 2.15644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124342(s) Flops=212944896 => 1712.57415836966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245834.101844531 Mflops = 245.834101844531 Gflops = 0.245834101844531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056398 s
InvBiCGStab: k = 49 resid = 7.182931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179711(s) Flops=324495360 => 1805.65107311183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.989068065 Mflops = 259.915989068065 Gflops = 0.259915989068065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007608404 Relative Rsd = 3.3335636643123e-07
BICGSTAB_SOLVER_TIME: 0.415643 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0731530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041875 s
InvBiCGStab: k = 47 resid = 2.031453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173399(s) Flops=311371776 => 1795.69533849676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258499.596028306 Mflops = 258.499596028306 Gflops = 0.258499596028306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0565 s
InvBiCGStab: k = 76 resid = 1.13882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280953(s) Flops=501663744 => 1785.57888330077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257067.09424225 Mflops = 257.06709424225 Gflops = 0.25706709424225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001035958 Relative Rsd = 4.5389719043516e-07
BICGSTAB_SOLVER_TIME: 0.556489 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 56 resid = 2.276698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205569(s) Flops=370427904 => 1801.96383695985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.548413344 Mflops = 259.403548413344 Gflops = 0.259403548413344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 68 resid = 9.803736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250705(s) Flops=449169408 => 1791.62524879839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257926.713791375 Mflops = 257.926713791375 Gflops = 0.257926713791375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001038771 Relative Rsd = 4.5512945587991e-07
BICGSTAB_SOLVER_TIME: 0.557002 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049025 s
InvBiCGStab: k = 63 resid = 1.780824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291133(s) Flops=416360448 => 1430.13828044227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205909.391848708 Mflops = 205.909391848708 Gflops = 0.205909391848708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.09154 s
InvBiCGStab: k = 75 resid = 7.362615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327916(s) Flops=495101952 => 1509.84383805609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217387.293931986 Mflops = 217.387293931986 Gflops = 0.217387293931986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001044581 Relative Rsd = 4.57675291091565e-07
BICGSTAB_SOLVER_TIME: 0.765236 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045243 s
InvBiCGStab: k = 54 resid = 1.359463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240199(s) Flops=357304320 => 1487.53458590585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214159.03266931 Mflops = 214.15903266931 Gflops = 0.21415903266931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066935 s
InvBiCGStab: k = 78 resid = 9.446522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385508(s) Flops=514787328 => 1335.34797721448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192266.422729203 Mflops = 192.266422729203 Gflops = 0.192266422729203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001064189 Relative Rsd = 4.66266413794911e-07
BICGSTAB_SOLVER_TIME: 0.747811 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108458
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.844723(s) Flops=1335140352 => 1580.56588017611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227584.644575987 Mflops = 227.584644575987 Gflops = 0.227584644575987 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148095000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 24 resid = 2.14641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088874(s) Flops=160450560 => 1805.37119967595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.148829601 Mflops = 259.857148829601 Gflops = 0.259857148829601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 42 resid = 1.058368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154397(s) Flops=278562816 => 1804.19837173002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.619613606 Mflops = 259.683619613606 Gflops = 0.259683619613606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007075068 Relative Rsd = 3.09988667737815e-07
BICGSTAB_SOLVER_TIME: 0.344528 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0612810000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04162 s
InvBiCGStab: k = 51 resid = 2.162842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190348(s) Flops=337618944 => 1773.69315149095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255345.700200183 Mflops = 255.345700200183 Gflops = 0.255345700200183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056826 s
InvBiCGStab: k = 81 resid = 1.125205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329701(s) Flops=534472704 => 1621.08305403987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233391.530033982 Mflops = 233.391530033982 Gflops = 0.233391530033982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00109572 Relative Rsd = 4.80081109667545e-07
BICGSTAB_SOLVER_TIME: 0.622362 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 58 resid = 1.596956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212475(s) Flops=383551488 => 1805.16055065302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259861.932930165 Mflops = 259.861932930165 Gflops = 0.259861932930166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 82 resid = 7.235793e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300859(s) Flops=541034496 => 1798.29918998601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258904.14968435 Mflops = 258.90414968435 Gflops = 0.25890414968435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001048179 Relative Rsd = 4.59251391188538e-07
BICGSTAB_SOLVER_TIME: 0.614386 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046926 s
InvBiCGStab: k = 64 resid = 1.193837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274759(s) Flops=422922240 => 1539.24799551607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221600.70988946 Mflops = 221.60070988946 Gflops = 0.22160070988946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063542 s
InvBiCGStab: k = 76 resid = 1.098416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334227(s) Flops=501663744 => 1500.96713910007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216099.971233928 Mflops = 216.099971233928 Gflops = 0.216099971233928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001115058 Relative Rsd = 4.88553999360381e-07
BICGSTAB_SOLVER_TIME: 0.723615 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045907 s
InvBiCGStab: k = 48 resid = 2.111801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216487(s) Flops=317933568 => 1468.60350967957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211354.126703843 Mflops = 211.354126703843 Gflops = 0.211354126703843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072782 s
InvBiCGStab: k = 74 resid = 8.916268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364571(s) Flops=488540160 => 1340.04119910799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192933.709896773 Mflops = 192.933709896773 Gflops = 0.192933709896773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001030037 Relative Rsd = 4.51302593032803e-07
BICGSTAB_SOLVER_TIME: 0.703918 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101351
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95185(s) Flops=1341186048 => 1409.03088511845 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202885.623340728 Mflops = 202.885623340728 Gflops = 0.202885623340728 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148502000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.443022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768639(s) Flops=1328449536 => 1728.31398875155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248831.688510748 Mflops = 248.831688510748 Gflops = 0.248831688510748 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 8.857003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91268(s) Flops=1649977344 => 1807.83773502213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260318.021151366 Mflops = 260.318021151366 Gflops = 0.260318021151366 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002107083 Relative Rsd = 9.2739873504366e-07
BICGSTAB_SOLVER_TIME: 1.684699 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.124635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323253999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.196071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.726059(s) Flops=1249708032 => 1721.22104677444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247773.759712166 Mflops = 247.773759712166 Gflops = 0.247773759712166 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.687407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965993(s) Flops=1361258496 => 1409.18049716716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202914.314293549 Mflops = 202.914314293549 Gflops = 0.202914314293549 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002211284 Relative Rsd = 9.70287342008892e-07
BICGSTAB_SOLVER_TIME: 1.695489 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0.125914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283591999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 2.250198e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.190908(s) Flops=1879640064 => 1578.32516365664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227238.898018253 Mflops = 227.238898018253 Gflops = 0.227238898018253 Tflops
InvBiCGStab: k = 316 resid = 9.889281e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.199673(s) Flops=2076493824 => 1730.88318566809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249238.693946861 Mflops = 249.238693946861 Gflops = 0.249238693946861 Tflops
BICGSTAB_SOLVER: 602 iterations. Rsd = 0.001994729 Relative Rsd = 8.77948103520736e-07
BICGSTAB_SOLVER_TIME: 2.395441 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.430526999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 268 resid = 1.99989e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018837(s) Flops=1761527808 => 1728.95939978623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248951.598117991 Mflops = 248.951598117991 Gflops = 0.248951598117991 Tflops
InvBiCGStab: k = 265 resid = 9.880051e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.975224(s) Flops=1741842432 => 1786.09471465017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257189.058763702 Mflops = 257.189058763702 Gflops = 0.257189058763702 Tflops
BICGSTAB_SOLVER: 533 iterations. Rsd = 0.002226823 Relative Rsd = 9.77105839917898e-07
BICGSTAB_SOLVER_TIME: 1.998879 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.381466999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 223 resid = 1.920698e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839069(s) Flops=1466247168 => 1747.46912113307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251616.615193578 Mflops = 251.616615193578 Gflops = 0.251616615193578 Tflops
InvBiCGStab: k = 274 resid = 1.071063e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.146994(s) Flops=1800898560 => 1570.10286017189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226086.6891966 Mflops = 226.0866891966 Gflops = 0.2260866891966 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.007238829 Relative Rsd = 3.17163712960182e-06
BICGSTAB_SOLVER_TIME: 1.991354 sec
2Flav::invert,  n_count = 497
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353874000000002
MInvCG2: 319 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.531546(s) Flops=2061674496 => 1346.13945385904 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193948.653086813 Mflops = 193.948653086813 Gflops = 0.193948653086813 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.229136000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0932908056224733
AccProb = 0.910928558628224
AcceptP = 1
After HMC trajectory call: time= 484.204031 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.056689 secs
Doing Update: 2719 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 242 resid = 1.104858e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973116(s) Flops=1590921216 => 1634.87314564759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235392.94897394 Mflops = 235.39294897394 Gflops = 0.23539294897394 Tflops
InvBiCGStab: k = 264 resid = 9.837129e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983708(s) Flops=1735280640 => 1764.02005473169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254008.162998644 Mflops = 254.008162998644 Gflops = 0.254008162998644 Tflops
BICGSTAB_SOLVER: 506 iterations. Rsd = 0.001914179 Relative Rsd = 8.42903094525446e-07
BICGSTAB_SOLVER_TIME: 1.962158 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363872999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 233 resid = 2.211997e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856507(s) Flops=1531865088 => 1788.50270692475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257505.415779073 Mflops = 257.505415779073 Gflops = 0.257505415779073 Tflops
InvBiCGStab: k = 246 resid = 1.020709e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.935159(s) Flops=1617168384 => 1729.29778144679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249011.191796314 Mflops = 249.011191796314 Gflops = 0.249011191796314 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.001837931 Relative Rsd = 8.07449224522384e-07
BICGSTAB_SOLVER_TIME: 1.797263 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344590999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 339 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.453402(s) Flops=2183841792 => 1502.57244176078 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216439.254197271 Mflops = 216.439254197271 Gflops = 0.216439254197271 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.242539000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 306 resid = 1.897916e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.306114(s) Flops=2010875904 => 1539.58682320226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221690.064008539 Mflops = 221.690064008539 Gflops = 0.221690064008539 Tflops
InvBiCGStab: k = 316 resid = 5.250458e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.367115(s) Flops=2076493824 => 1518.88745570051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218714.212022176 Mflops = 218.714212022176 Gflops = 0.218714212022176 Tflops
BICGSTAB_SOLVER: 622 iterations. Rsd = 0.002110783 Relative Rsd = 9.29477117024274e-07
BICGSTAB_SOLVER_TIME: 2.677818 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.44486
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 248 resid = 2.079959e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093567(s) Flops=1630291968 => 1490.8020889438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214708.400846759 Mflops = 214.708400846759 Gflops = 0.214708400846759 Tflops
InvBiCGStab: k = 306 resid = 5.040394e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.184503(s) Flops=2010875904 => 1697.65370286103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244453.618751205 Mflops = 244.453618751205 Gflops = 0.244453618751205 Tflops
BICGSTAB_SOLVER: 554 iterations. Rsd = 0.002035446 Relative Rsd = 8.94222674587137e-07
BICGSTAB_SOLVER_TIME: 2.282717 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.396034
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 221 resid = 2.169832e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861484(s) Flops=1453123584 => 1686.76793068705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242777.866356221 Mflops = 242.777866356221 Gflops = 0.242777866356221 Tflops
InvBiCGStab: k = 236 resid = 1.058912e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880136(s) Flops=1551550464 => 1762.8530863412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253837.455540999 Mflops = 253.837455540999 Gflops = 0.253837455540999 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002033085 Relative Rsd = 8.9175983257111e-07
BICGSTAB_SOLVER_TIME: 1.746503 sec
2Flav::invert,  n_count = 457
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325911000000002
MInvCG2: 322 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.305367(s) Flops=2080696320 => 1593.95504865681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229645.37349622 Mflops = 229.64537349622 Gflops = 0.22964537349622 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.231572000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.233294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833263(s) Flops=1335011328 => 1602.14881495998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230655.734599458 Mflops = 230.655734599458 Gflops = 0.230655734599458 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 7.335375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960599(s) Flops=1446561792 => 1505.89558390129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216841.318875589 Mflops = 216.84131887559 Gflops = 0.216841318875589 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002065093 Relative Rsd = 9.09357665050614e-07
BICGSTAB_SOLVER_TIME: 1.797368 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.133313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.124514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301882999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.121063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756256(s) Flops=1170966528 => 1548.37320695637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222784.25844582 Mflops = 222.78425844582 Gflops = 0.22278425844582 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 9.082748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799939(s) Flops=1420314624 => 1775.52866406063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255660.598174034 Mflops = 255.660598174034 Gflops = 0.255660598174034 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.001966208 Relative Rsd = 8.63804577070223e-07
BICGSTAB_SOLVER_TIME: 1.559629 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.119202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282966999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846443(s) Flops=1354383360 => 1600.08808626216 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230384.578283859 Mflops = 230.384578283859 Gflops = 0.230384578283859 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 164 resid = 1.184982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.632475(s) Flops=1079101440 => 1706.15667022412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245553.152695191 Mflops = 245.553152695191 Gflops = 0.245553152695191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 172 resid = 1.132192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.664474(s) Flops=1131595776 => 1702.99481394306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245197.248044012 Mflops = 245.197248044012 Gflops = 0.245197248044012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 336 iterations. Rsd = 0.002062127 Relative Rsd = 9.04498304610491e-07
BICGSTAB_SOLVER_TIME: 1.300742 sec
2Flav::invert,  n_count = 336
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241823999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000215 s
InvBiCGStab: k = 119 resid = 2.172348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.618598(s) Flops=783820800 => 1267.09236046673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182355.393212819 Mflops = 182.355393212819 Gflops = 0.182355393212819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 154 resid = 9.33601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.651721(s) Flops=1013483520 => 1555.08802079417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223893.954944224 Mflops = 223.893954944224 Gflops = 0.223893954944224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 273 iterations. Rsd = 0.001602854 Relative Rsd = 7.03050216014394e-07
BICGSTAB_SOLVER_TIME: 1.274326 sec
2Flav::invert,  n_count = 273
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196677999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.01052 s
InvBiCGStab: k = 91 resid = 2.121533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376704(s) Flops=600090624 => 1593.00305810398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229351.644176729 Mflops = 229.351644176729 Gflops = 0.229351644176729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007159 s
InvBiCGStab: k = 129 resid = 8.744035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.477306(s) Flops=849438720 => 1779.65229852547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256244.908150677 Mflops = 256.244908150677 Gflops = 0.256244908150677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 220 iterations. Rsd = 0.001398847 Relative Rsd = 6.13567898311748e-07
BICGSTAB_SOLVER_TIME: 0.875577 sec
2Flav::invert,  n_count = 220
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160957999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.0075 s
InvBiCGStab: k = 86 resid = 2.213094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316688(s) Flops=567281664 => 1791.29510432981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257910.039476086 Mflops = 257.910039476086 Gflops = 0.257910039476086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011826 s
InvBiCGStab: k = 107 resid = 7.6534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423438(s) Flops=705079296 => 1665.12995054766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239747.006222547 Mflops = 239.747006222547 Gflops = 0.239747006222547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.00131888 Relative Rsd = 5.78492369410296e-07
BICGSTAB_SOLVER_TIME: 0.763394 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142337
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010223 s
InvBiCGStab: k = 80 resid = 1.789016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293655(s) Flops=527910912 => 1797.72492210247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258824.732596549 Mflops = 258.824732596549 Gflops = 0.258824732596549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015021 s
InvBiCGStab: k = 99 resid = 8.60632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365172(s) Flops=652584960 => 1787.06187769051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257302.037395599 Mflops = 257.302037395599 Gflops = 0.257302037395599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001254172 Relative Rsd = 5.50109813090858e-07
BICGSTAB_SOLVER_TIME: 0.687918 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133491
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848565(s) Flops=1354383360 => 1596.08675823302 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229822.338755066 Mflops = 229.822338755066 Gflops = 0.229822338755066 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150130000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.015074 s
InvBiCGStab: k = 29 resid = 2.264225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138453(s) Flops=193259520 => 1395.8492773721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200966.070299992 Mflops = 200.966070299992 Gflops = 0.200966070299992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.022776 s
InvBiCGStab: k = 49 resid = 1.071877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244295(s) Flops=324495360 => 1328.29308827442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191205.682516727 Mflops = 191.205682516727 Gflops = 0.191205682516727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007627404 Relative Rsd = 3.34556205886528e-07
BICGSTAB_SOLVER_TIME: 0.42471 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0623940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.020126 s
InvBiCGStab: k = 80 resid = 2.255427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348498(s) Flops=527910912 => 1514.81762305666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218100.972928938 Mflops = 218.100972928938 Gflops = 0.218100972928938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.032962 s
InvBiCGStab: k = 117 resid = 1.067355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.554482(s) Flops=770697216 => 1389.94091061567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200135.000705507 Mflops = 200.135000705507 Gflops = 0.200135000705507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001304986 Relative Rsd = 5.72397952030736e-07
BICGSTAB_SOLVER_TIME: 0.961028 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148484999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020709 s
InvBiCGStab: k = 52 resid = 2.063597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191854(s) Flops=344180736 => 1793.97216633482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258263.693951813 Mflops = 258.263693951813 Gflops = 0.258263693951813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028532 s
InvBiCGStab: k = 82 resid = 1.080492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30235(s) Flops=541034496 => 1789.43110964114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257619.335453701 Mflops = 257.619335453701 Gflops = 0.257619335453701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001086927 Relative Rsd = 4.76752078256828e-07
BICGSTAB_SOLVER_TIME: 0.547287 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10456
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023643 s
InvBiCGStab: k = 67 resid = 1.85527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257036(s) Flops=442607616 => 1721.96741312501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247916.923684809 Mflops = 247.916923684809 Gflops = 0.247916923684809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.035032 s
InvBiCGStab: k = 98 resid = 5.313454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378447(s) Flops=646023168 => 1707.03736058153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245777.255088347 Mflops = 245.777255088347 Gflops = 0.245777255088347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001195195 Relative Rsd = 5.24241321384352e-07
BICGSTAB_SOLVER_TIME: 0.697924 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127821
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027931 s
InvBiCGStab: k = 62 resid = 1.587791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227159(s) Flops=409798656 => 1804.01681641493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.127228907 Mflops = 259.720127228907 Gflops = 0.259720127228907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039309 s
InvBiCGStab: k = 84 resid = 6.279927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310337(s) Flops=554158080 => 1785.66551845252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257085.307701229 Mflops = 257.085307701229 Gflops = 0.257085307701229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001121573 Relative Rsd = 4.91948752480248e-07
BICGSTAB_SOLVER_TIME: 0.608552 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115348
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87183(s) Flops=1348042752 => 1546.2220295241 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222655.321992168 Mflops = 222.655321992168 Gflops = 0.222655321992168 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149166000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.034363 s
InvBiCGStab: k = 33 resid = 2.107756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145155(s) Flops=219506688 => 1512.22271365092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217680.705194892 Mflops = 217.680705194892 Gflops = 0.217680705194892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.062236 s
InvBiCGStab: k = 51 resid = 1.017979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237664(s) Flops=337618944 => 1420.57250572236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204489.497524533 Mflops = 204.489497524533 Gflops = 0.204489497524533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007821568 Relative Rsd = 3.43072724227799e-07
BICGSTAB_SOLVER_TIME: 0.483259 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037334 s
InvBiCGStab: k = 51 resid = 1.859366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240616(s) Flops=337618944 => 1403.14419656216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202014.558129503 Mflops = 202.014558129503 Gflops = 0.202014558129503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.062358 s
InvBiCGStab: k = 83 resid = 9.947411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379752(s) Flops=547596288 => 1441.98394741832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207607.966691621 Mflops = 207.607966691621 Gflops = 0.207607966691621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001009297 Relative Rsd = 4.42701783219466e-07
BICGSTAB_SOLVER_TIME: 0.725018 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108975
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060415 s
InvBiCGStab: k = 55 resid = 1.293661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243461(s) Flops=363866112 => 1494.55605620613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215173.115372153 Mflops = 215.173115372153 Gflops = 0.215173115372153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 79 resid = 8.767229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290432(s) Flops=521349120 => 1795.08153371529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258433.531630738 Mflops = 258.433531630738 Gflops = 0.258433531630738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001030136 Relative Rsd = 4.51842285912723e-07
BICGSTAB_SOLVER_TIME: 0.654617 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 56 resid = 2.167745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210215(s) Flops=370427904 => 1762.13830602003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253703.622229811 Mflops = 253.703622229811 Gflops = 0.253703622229811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063162 s
InvBiCGStab: k = 86 resid = 5.41594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335691(s) Flops=567281664 => 1689.89238317381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243294.877590633 Mflops = 243.294877590633 Gflops = 0.243294877590633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001094159 Relative Rsd = 4.79924390192301e-07
BICGSTAB_SOLVER_TIME: 0.654298 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 55 resid = 1.825487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20305(s) Flops=363866112 => 1792.00252154642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257979.640537823 Mflops = 257.979640537823 Gflops = 0.257979640537823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 79 resid = 6.226705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306708(s) Flops=521349120 => 1699.82237176728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244719.699636153 Mflops = 244.719699636153 Gflops = 0.244719699636153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001082414 Relative Rsd = 4.74772689597222e-07
BICGSTAB_SOLVER_TIME: 0.611341 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109949
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.858171(s) Flops=1329389568 => 1549.09635492227 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223099.276272424 Mflops = 223.099276272424 Gflops = 0.223099276272424 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147196000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042381 s
InvBiCGStab: k = 24 resid = 2.076501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089354(s) Flops=160450560 => 1795.67294133447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.257382275 Mflops = 258.405257382275 Gflops = 0.258405257382275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057367 s
InvBiCGStab: k = 55 resid = 8.218805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248684(s) Flops=363866112 => 1463.16655675476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210629.402877218 Mflops = 210.629402877218 Gflops = 0.210629402877218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007250381 Relative Rsd = 3.18019088682422e-07
BICGSTAB_SOLVER_TIME: 0.441974 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046277 s
InvBiCGStab: k = 54 resid = 2.184437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242604(s) Flops=357304320 => 1472.78824751447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212041.782165311 Mflops = 212.041782165311 Gflops = 0.212041782165311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065479 s
InvBiCGStab: k = 78 resid = 7.035653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350136(s) Flops=514787328 => 1470.24964013983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211671.733063399 Mflops = 211.671733063399 Gflops = 0.211671733063399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001065919 Relative Rsd = 4.67537688054789e-07
BICGSTAB_SOLVER_TIME: 0.708825 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046291 s
InvBiCGStab: k = 57 resid = 2.224923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243966(s) Flops=376989696 => 1545.25506013133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222495.880304389 Mflops = 222.495880304389 Gflops = 0.222495880304389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065336 s
InvBiCGStab: k = 81 resid = 1.128152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350727(s) Flops=534472704 => 1523.89951158593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219397.454507247 Mflops = 219.397454507247 Gflops = 0.219397454507247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00100918 Relative Rsd = 4.42650618545105e-07
BICGSTAB_SOLVER_TIME: 0.710091 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 60 resid = 1.682986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233454(s) Flops=396675072 => 1699.15731578812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244623.568994488 Mflops = 244.623568994488 Gflops = 0.244623568994488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06917 s
InvBiCGStab: k = 85 resid = 9.05012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342136(s) Flops=560719872 => 1638.88007108284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235941.550112188 Mflops = 235.941550112188 Gflops = 0.235941550112188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00113786 Relative Rsd = 4.99092811622446e-07
BICGSTAB_SOLVER_TIME: 0.690167 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 60 resid = 1.549562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224859(s) Flops=396675072 => 1764.10582631783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253977.815547218 Mflops = 253.977815547218 Gflops = 0.253977815547218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 79 resid = 1.083104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297945(s) Flops=521349120 => 1749.81664401148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251921.309056084 Mflops = 251.921309056084 Gflops = 0.251921309056084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00108279 Relative Rsd = 4.74937519506241e-07
BICGSTAB_SOLVER_TIME: 0.624128 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113942
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.827268(s) Flops=1310957568 => 1584.68303862835 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228192.507273458 Mflops = 228.192507273458 Gflops = 0.228192507273458 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145084000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.963607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798372(s) Flops=1348134912 => 1688.60495107544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243083.410526322 Mflops = 243.083410526322 Gflops = 0.243083410526322 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 8.582977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.027445(s) Flops=1446561792 => 1407.9213894661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202732.514727903 Mflops = 202.732514727903 Gflops = 0.202732514727903 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002159918 Relative Rsd = 9.51086864459235e-07
BICGSTAB_SOLVER_TIME: 1.831591 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.132359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303551999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.024053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820027(s) Flops=1210337280 => 1475.97247407707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212485.248033888 Mflops = 212.485248033888 Gflops = 0.212485248033888 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.02198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783446(s) Flops=1380943872 => 1762.65354855344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253809.017422544 Mflops = 253.809017422544 Gflops = 0.253809017422544 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.002278359 Relative Rsd = 1.00095226054278e-06
BICGSTAB_SOLVER_TIME: 1.606867 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281159999999998
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872943(s) Flops=1310957568 => 1501.7676618061 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216234.388001047 Mflops = 216.234388001047 Gflops = 0.216234388001047 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145071000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042359 s
InvBiCGStab: k = 37 resid = 1.117998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138749(s) Flops=245753856 => 1771.21172765209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254970.187591169 Mflops = 254.970187591169 Gflops = 0.254970187591169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057314 s
InvBiCGStab: k = 48 resid = 1.103407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183198(s) Flops=317933568 => 1735.46418629024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249815.12932653 Mflops = 249.81512932653 Gflops = 0.24981512932653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007388328 Relative Rsd = 3.24069770988539e-07
BICGSTAB_SOLVER_TIME: 0.42554 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042681 s
InvBiCGStab: k = 72 resid = 2.223296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27004(s) Flops=475416576 => 1760.54131239816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253468.749045886 Mflops = 253.468749045886 Gflops = 0.253468749045886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058892 s
InvBiCGStab: k = 94 resid = 8.376202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399446(s) Flops=619776000 => 1551.58895069671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223381.096172023 Mflops = 223.381096172023 Gflops = 0.223381096172023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001239497 Relative Rsd = 5.43673021318494e-07
BICGSTAB_SOLVER_TIME: 0.775151 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061053 s
InvBiCGStab: k = 57 resid = 2.185459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273569(s) Flops=376989696 => 1378.04245364058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198348.337813107 Mflops = 198.348337813107 Gflops = 0.198348337813107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074414 s
InvBiCGStab: k = 66 resid = 9.706124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303859(s) Flops=436045824 => 1435.02685126983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206590.986865011 Mflops = 206.590986865011 Gflops = 0.206590986865011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001039258 Relative Rsd = 4.55843240897626e-07
BICGSTAB_SOLVER_TIME: 0.718872 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044638 s
InvBiCGStab: k = 70 resid = 2.223125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317418(s) Flops=462292992 => 1456.41706519479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209688.205855605 Mflops = 209.688205855605 Gflops = 0.209688205855605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057704 s
InvBiCGStab: k = 94 resid = 9.132386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411681(s) Flops=619776000 => 1505.47632754487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216755.274716945 Mflops = 216.755274716945 Gflops = 0.216755274716945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001162062 Relative Rsd = 5.09708256051146e-07
BICGSTAB_SOLVER_TIME: 0.835292 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041113 s
InvBiCGStab: k = 57 resid = 2.206419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219846(s) Flops=376989696 => 1714.78988018886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246868.34997359 Mflops = 246.86834997359 Gflops = 0.24686834997359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057211 s
InvBiCGStab: k = 93 resid = 7.311178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348928(s) Flops=613214208 => 1757.42333088775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253021.241574811 Mflops = 253.021241574811 Gflops = 0.253021241574811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001136334 Relative Rsd = 4.9842312628887e-07
BICGSTAB_SOLVER_TIME: 0.671028 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121449
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84699(s) Flops=1304543232 => 1540.2109021358 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221843.737295415 Mflops = 221.843737295415 Gflops = 0.221843737295415 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144293000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 31 resid = 2.038183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115374(s) Flops=206383104 => 1788.81813926881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257471.784463722 Mflops = 257.471784463722 Gflops = 0.257471784463722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 47 resid = 1.124369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174756(s) Flops=311371776 => 1781.75156217812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256457.637406777 Mflops = 256.457637406777 Gflops = 0.256457637406777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007595754 Relative Rsd = 3.33167968359733e-07
BICGSTAB_SOLVER_TIME: 0.391551 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042743 s
InvBiCGStab: k = 75 resid = 2.193066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273589(s) Flops=495101952 => 1809.65591452873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260532.237341634 Mflops = 260.532237341634 Gflops = 0.260532237341634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055857 s
InvBiCGStab: k = 106 resid = 5.761066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398961(s) Flops=698517504 => 1750.84157098062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252082.244336214 Mflops = 252.082244336214 Gflops = 0.252082244336214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001246546 Relative Rsd = 5.4676480761378e-07
BICGSTAB_SOLVER_TIME: 0.776229 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043968 s
InvBiCGStab: k = 53 resid = 1.871372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248491(s) Flops=350742528 => 1411.48986482408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203216.331537509 Mflops = 203.216331537509 Gflops = 0.203216331537509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06983 s
InvBiCGStab: k = 63 resid = 1.099679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279824(s) Flops=416360448 => 1487.9368746069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214208.612128857 Mflops = 214.208612128857 Gflops = 0.214208612128857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.000973742 Relative Rsd = 4.27106591330328e-07
BICGSTAB_SOLVER_TIME: 0.646427 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971320000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04897 s
InvBiCGStab: k = 60 resid = 2.178368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25726(s) Flops=396675072 => 1541.92284848014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221973.710240272 Mflops = 221.973710240272 Gflops = 0.221973710240272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074876 s
InvBiCGStab: k = 89 resid = 9.391052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407296(s) Flops=586967040 => 1441.13136392206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207493.86054635 Mflops = 207.49386054635 Gflops = 0.20749386054635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001141244 Relative Rsd = 5.00576842491658e-07
BICGSTAB_SOLVER_TIME: 0.792802 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041714 s
InvBiCGStab: k = 55 resid = 2.228884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204554(s) Flops=363866112 => 1778.8266765744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256080.700471188 Mflops = 256.080700471188 Gflops = 0.256080700471188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 86 resid = 9.372459e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317437(s) Flops=567281664 => 1787.06850178146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257290.459974166 Mflops = 257.290459974166 Gflops = 0.257290459974166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001093425 Relative Rsd = 4.79602185506456e-07
BICGSTAB_SOLVER_TIME: 0.624531 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115328
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846422(s) Flops=1304543232 => 1541.24447615965 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221923.753718589 Mflops = 221.923753718589 Gflops = 0.221923753718589 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 25 resid = 2.272882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093168(s) Flops=167012352 => 1792.59350850077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257965.064558173 Mflops = 257.965064558173 Gflops = 0.257965064558173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 47 resid = 1.025334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174752(s) Flops=311371776 => 1781.79234572423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256490.747183413 Mflops = 256.490747183413 Gflops = 0.256490747183413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007229667 Relative Rsd = 3.17110507212122e-07
BICGSTAB_SOLVER_TIME: 0.369907 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043436 s
InvBiCGStab: k = 54 resid = 2.017063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217948(s) Flops=357304320 => 1639.40169214675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236001.97821216 Mflops = 236.001978212161 Gflops = 0.236001978212161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055979 s
InvBiCGStab: k = 69 resid = 9.424839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252819(s) Flops=455731200 => 1802.59869709159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259517.969053754 Mflops = 259.517969053754 Gflops = 0.259517969053754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00103012 Relative Rsd = 4.51835341406023e-07
BICGSTAB_SOLVER_TIME: 0.574085 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044597 s
InvBiCGStab: k = 48 resid = 2.18893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195836(s) Flops=317933568 => 1623.46845319553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233684.974005519 Mflops = 233.684974005519 Gflops = 0.233684974005519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065443 s
InvBiCGStab: k = 73 resid = 1.057634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366304(s) Flops=481978368 => 1315.78789202411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189442.39384968 Mflops = 189.44239384968 Gflops = 0.18944239384968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009984419 Relative Rsd = 4.37940557938596e-07
BICGSTAB_SOLVER_TIME: 0.676455 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052123 s
InvBiCGStab: k = 55 resid = 2.164007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261498(s) Flops=363866112 => 1391.46804946883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200321.393234405 Mflops = 200.321393234405 Gflops = 0.200321393234405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072936 s
InvBiCGStab: k = 80 resid = 6.959852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35067(s) Flops=527910912 => 1505.4350586021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216747.018129956 Mflops = 216.747018129956 Gflops = 0.216747018129956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001106243 Relative Rsd = 4.85224733868283e-07
BICGSTAB_SOLVER_TIME: 0.741433 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054624 s
InvBiCGStab: k = 49 resid = 1.899242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237935(s) Flops=324495360 => 1363.7983482884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196327.289565535 Mflops = 196.327289565535 Gflops = 0.196327289565535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055783 s
InvBiCGStab: k = 79 resid = 1.112054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303517(s) Flops=521349120 => 1717.69330877677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247274.656173964 Mflops = 247.274656173964 Gflops = 0.247274656173964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00102325 Relative Rsd = 4.48822140374052e-07
BICGSTAB_SOLVER_TIME: 0.660822 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105612
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893257(s) Flops=1322975232 => 1481.06897790893 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213262.528030482 Mflops = 213.262528030482 Gflops = 0.213262528030482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146413000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 27 resid = 1.787317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099639(s) Flops=180135936 => 1807.8858278385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260196.485371839 Mflops = 260.196485371839 Gflops = 0.260196485371839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060493 s
InvBiCGStab: k = 48 resid = 1.138032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181565(s) Flops=317933568 => 1751.07299314295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252056.331846674 Mflops = 252.056331846674 Gflops = 0.252056331846674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007068147 Relative Rsd = 3.10025859345992e-07
BICGSTAB_SOLVER_TIME: 0.386943 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047857 s
InvBiCGStab: k = 55 resid = 1.564369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282745(s) Flops=363866112 => 1286.90555801164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185254.500365431 Mflops = 185.254500365431 Gflops = 0.185254500365431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057559 s
InvBiCGStab: k = 75 resid = 1.117824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276257(s) Flops=495101952 => 1792.17884795679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258017.39152373 Mflops = 258.01739152373 Gflops = 0.25801739152373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001070718 Relative Rsd = 4.69642384210284e-07
BICGSTAB_SOLVER_TIME: 0.668339 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 49 resid = 2.125507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181466(s) Flops=324495360 => 1788.18820054445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257456.203544204 Mflops = 257.456203544204 Gflops = 0.257456203544204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061084 s
InvBiCGStab: k = 80 resid = 8.32182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299006(s) Flops=527910912 => 1765.55290529287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254186.239119294 Mflops = 254.186239119294 Gflops = 0.254186239119294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0009868318 Relative Rsd = 4.32848089900662e-07
BICGSTAB_SOLVER_TIME: 0.586605 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045693 s
InvBiCGStab: k = 59 resid = 2.234505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259065(s) Flops=390113280 => 1505.85096404377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216809.983234228 Mflops = 216.809983234228 Gflops = 0.216809983234228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068591 s
InvBiCGStab: k = 81 resid = 1.129257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38532(s) Flops=534472704 => 1387.08788539396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199703.109164875 Mflops = 199.703109164875 Gflops = 0.199703109164875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001110757 Relative Rsd = 4.87204428903184e-07
BICGSTAB_SOLVER_TIME: 0.762653 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048206 s
InvBiCGStab: k = 52 resid = 1.98805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262657(s) Flops=344180736 => 1310.38097594962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188653.287124896 Mflops = 188.653287124896 Gflops = 0.188653287124896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076792 s
InvBiCGStab: k = 64 resid = 1.096768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277959(s) Flops=422922240 => 1521.52741951151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219047.975159636 Mflops = 219.047975159636 Gflops = 0.219047975159636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001011337 Relative Rsd = 4.4359655227019e-07
BICGSTAB_SOLVER_TIME: 0.669496 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970530000000003
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031442(s) Flops=1335435264 => 1294.72647419826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186436.247510077 Mflops = 186.436247510077 Gflops = 0.186436247510077 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147767000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.579732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021176
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.03138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728421(s) Flops=1197213696 => 1643.57383436227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236682.711661451 Mflops = 236.682711661451 Gflops = 0.236682711661451 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 8.398338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815132(s) Flops=1459685376 => 1790.73496807879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.596238738 Mflops = 257.855596238738 Gflops = 0.257855596238738 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002082235 Relative Rsd = 9.16851148837403e-07
BICGSTAB_SOLVER_TIME: 1.547042 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.121454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288542999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.996766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.621823(s) Flops=1118472192 => 1798.69865218881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258905.691425723 Mflops = 258.905691425723 Gflops = 0.258905691425723 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.040699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781125(s) Flops=1380943872 => 1767.891018723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254564.158095058 Mflops = 254.564158095058 Gflops = 0.254564158095058 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.00202697 Relative Rsd = 8.90539607559492e-07
BICGSTAB_SOLVER_TIME: 1.40665 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.12041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271379999999997
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871497(s) Flops=1335435264 => 1532.34636952279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220638.873581289 Mflops = 220.638873581289 Gflops = 0.220638873581289 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147772000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.520613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046887 s
InvBiCGStab: k = 32 resid = 7.851787e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120666(s) Flops=212944896 => 1764.74645716275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254015.252971593 Mflops = 254.015252971593 Gflops = 0.254015252971593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 42 resid = 9.908232e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156769(s) Flops=278562816 => 1776.89987178588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255756.402916072 Mflops = 255.756402916072 Gflops = 0.255756402916072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006999536 Relative Rsd = 3.07016436942666e-07
BICGSTAB_SOLVER_TIME: 0.384697 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050575 s
InvBiCGStab: k = 74 resid = 1.850392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303354(s) Flops=488540160 => 1610.46223224352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231850.991709063 Mflops = 231.850991709063 Gflops = 0.231850991709063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066857 s
InvBiCGStab: k = 90 resid = 1.094746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373521(s) Flops=593528832 => 1589.01060984523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228771.2692743 Mflops = 228.7712692743 Gflops = 0.2287712692743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001220786 Relative Rsd = 5.354660952134e-07
BICGSTAB_SOLVER_TIME: 0.798157 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042336 s
InvBiCGStab: k = 50 resid = 1.736765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187987(s) Flops=331057152 => 1761.06407357956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253520.205510983 Mflops = 253.520205510983 Gflops = 0.253520205510983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057093 s
InvBiCGStab: k = 66 resid = 7.692651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241867(s) Flops=436045824 => 1802.83306114517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.824207391 Mflops = 259.533824207391 Gflops = 0.259533824207391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009730925 Relative Rsd = 4.26821687836719e-07
BICGSTAB_SOLVER_TIME: 0.53314 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970990000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04874 s
InvBiCGStab: k = 62 resid = 2.252079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289587(s) Flops=409798656 => 1415.11413150452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203720.283310409 Mflops = 203.720283310409 Gflops = 0.203720283310409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067231 s
InvBiCGStab: k = 79 resid = 9.785994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35393(s) Flops=521349120 => 1473.02890402057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212066.459983315 Mflops = 212.066459983315 Gflops = 0.212066459983315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001111751 Relative Rsd = 4.87640809449181e-07
BICGSTAB_SOLVER_TIME: 0.763372 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046445 s
InvBiCGStab: k = 60 resid = 2.083387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264149(s) Flops=396675072 => 1501.70953514872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216197.264131434 Mflops = 216.197264131434 Gflops = 0.216197264131434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061215 s
InvBiCGStab: k = 76 resid = 1.003298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348929(s) Flops=501663744 => 1437.72441958106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206991.355586237 Mflops = 206.991355586237 Gflops = 0.206991355586237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001044873 Relative Rsd = 4.58306242961295e-07
BICGSTAB_SOLVER_TIME: 0.724664 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111522
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911718(s) Flops=1335361536 => 1464.66510039288 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210893.197152614 Mflops = 210.893197152614 Gflops = 0.210893197152614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 26 resid = 2.0779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09798(s) Flops=173574144 => 1771.52627066748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254980.653247861 Mflops = 254.980653247861 Gflops = 0.254980653247861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057116 s
InvBiCGStab: k = 48 resid = 1.111445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177901(s) Flops=317933568 => 1787.1376102439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257252.658822516 Mflops = 257.252658822516 Gflops = 0.257252658822516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007444548 Relative Rsd = 3.26535709148792e-07
BICGSTAB_SOLVER_TIME: 0.378173 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048838 s
InvBiCGStab: k = 74 resid = 1.946461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273915(s) Flops=488540160 => 1783.54657466732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256764.627811524 Mflops = 256.764627811524 Gflops = 0.256764627811524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 101 resid = 1.1338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368648(s) Flops=665708544 => 1805.81081139732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259985.04428828 Mflops = 259.98504428828 Gflops = 0.25998504428828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001241285 Relative Rsd = 5.44457546325361e-07
BICGSTAB_SOLVER_TIME: 0.751422 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 50 resid = 2.013235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184931(s) Flops=331057152 => 1790.16580238035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257688.513146765 Mflops = 257.688513146765 Gflops = 0.257688513146765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 68 resid = 1.065037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280589(s) Flops=449169408 => 1600.80904098165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230464.602352702 Mflops = 230.464602352702 Gflops = 0.230464602352702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001017242 Relative Rsd = 4.46186649018974e-07
BICGSTAB_SOLVER_TIME: 0.566743 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985210000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 64 resid = 2.083536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246402(s) Flops=422922240 => 1716.39126305793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247098.807510737 Mflops = 247.098807510737 Gflops = 0.247098807510737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 84 resid = 1.031589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310384(s) Flops=554158080 => 1785.39512345997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257044.120669006 Mflops = 257.044120669006 Gflops = 0.257044120669006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001119346 Relative Rsd = 4.90972130163057e-07
BICGSTAB_SOLVER_TIME: 0.657999 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042476 s
InvBiCGStab: k = 61 resid = 1.074992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271269(s) Flops=403236864 => 1486.48339471152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214003.941243215 Mflops = 214.003941243215 Gflops = 0.214003941243215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059563 s
InvBiCGStab: k = 76 resid = 1.118765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298865(s) Flops=501663744 => 1678.56304351463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241659.599086327 Mflops = 241.659599086327 Gflops = 0.241659599086327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001054983 Relative Rsd = 4.62740872177083e-07
BICGSTAB_SOLVER_TIME: 0.676088 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11368
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016497(s) Flops=1335361536 => 1313.6895986904 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189155.350891347 Mflops = 189.155350891347 Gflops = 0.189155350891347 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147691000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.493172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 29 resid = 1.70974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108158(s) Flops=193259520 => 1786.82593982877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257162.489469352 Mflops = 257.162489469352 Gflops = 0.257162489469352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057704 s
InvBiCGStab: k = 43 resid = 1.009099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.160919(s) Flops=285124608 => 1771.85172664508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255049.526540576 Mflops = 255.049526540576 Gflops = 0.255049526540576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007296931 Relative Rsd = 3.20060875777227e-07
BICGSTAB_SOLVER_TIME: 0.371405 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047446 s
InvBiCGStab: k = 51 resid = 2.216605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211979(s) Flops=337618944 => 1592.69995612773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229296.098878642 Mflops = 229.296098878642 Gflops = 0.229296098878642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 79 resid = 8.442668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288912(s) Flops=521349120 => 1804.52566871573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.772531586 Mflops = 259.787772531586 Gflops = 0.259787772531586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047596 Relative Rsd = 4.59500851301288e-07
BICGSTAB_SOLVER_TIME: 0.608475 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041414 s
InvBiCGStab: k = 53 resid = 2.216765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195409(s) Flops=350742528 => 1794.91491180038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.696503766 Mflops = 258.405696503766 Gflops = 0.258405696503766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 68 resid = 1.037739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25304(s) Flops=449169408 => 1775.0925071135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255555.2008619 Mflops = 255.5552008619 Gflops = 0.2555552008619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009942396 Relative Rsd = 4.36097302035324e-07
BICGSTAB_SOLVER_TIME: 0.550306 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042096 s
InvBiCGStab: k = 61 resid = 1.88595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237202(s) Flops=403236864 => 1699.97244542626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244732.945181279 Mflops = 244.732945181279 Gflops = 0.244732945181279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059286 s
InvBiCGStab: k = 92 resid = 3.279901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349051(s) Flops=606652416 => 1738.00509381151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250224.598747122 Mflops = 250.224598747122 Gflops = 0.250224598747122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00106266 Relative Rsd = 4.6610814092564e-07
BICGSTAB_SOLVER_TIME: 0.691419 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042407 s
InvBiCGStab: k = 59 resid = 2.217196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224148(s) Flops=390113280 => 1740.42721773114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250555.211667608 Mflops = 250.555211667608 Gflops = 0.250555211667608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057487 s
InvBiCGStab: k = 78 resid = 1.043427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333501(s) Flops=514787328 => 1543.58556046309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222229.925857674 Mflops = 222.229925857674 Gflops = 0.222229925857674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001026073 Relative Rsd = 4.50060151880918e-07
BICGSTAB_SOLVER_TIME: 0.661487 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112056
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852745(s) Flops=1329168384 => 1558.69384634328 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224431.288563192 Mflops = 224.431288563192 Gflops = 0.224431288563192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147383000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04915 s
InvBiCGStab: k = 23 resid = 2.166692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111685(s) Flops=153888768 => 1377.88215069168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198290.098649313 Mflops = 198.290098649313 Gflops = 0.198290098649313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061871 s
InvBiCGStab: k = 52 resid = 1.047175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228538(s) Flops=344180736 => 1506.01097410496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216803.496316784 Mflops = 216.803496316784 Gflops = 0.216803496316784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007479392 Relative Rsd = 3.28064036779489e-07
BICGSTAB_SOLVER_TIME: 0.455447 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054205 s
InvBiCGStab: k = 52 resid = 2.278821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218432(s) Flops=344180736 => 1575.68825080574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226856.426149756 Mflops = 226.856426149756 Gflops = 0.226856426149756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065663 s
InvBiCGStab: k = 76 resid = 7.947329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361168(s) Flops=501663744 => 1389.00385416205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199980.049107215 Mflops = 199.980049107215 Gflops = 0.199980049107215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00109842 Relative Rsd = 4.81793483745501e-07
BICGSTAB_SOLVER_TIME: 0.703319 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04452 s
InvBiCGStab: k = 48 resid = 2.105111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222234(s) Flops=317933568 => 1430.62523286266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205974.131713 Mflops = 205.974131713 Gflops = 0.205974131713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059713 s
InvBiCGStab: k = 68 resid = 1.063008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261487(s) Flops=449169408 => 1717.75043501207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247292.187650305 Mflops = 247.292187650305 Gflops = 0.247292187650305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001002445 Relative Rsd = 4.39696241569884e-07
BICGSTAB_SOLVER_TIME: 0.591823 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971560000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047393 s
InvBiCGStab: k = 61 resid = 1.427184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25683(s) Flops=403236864 => 1570.05359187011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226051.997665069 Mflops = 226.051997665069 Gflops = 0.226051997665069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057234 s
InvBiCGStab: k = 86 resid = 9.8826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320333(s) Flops=567281664 => 1770.91234434167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254956.211207887 Mflops = 254.956211207887 Gflops = 0.254956211207887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001106351 Relative Rsd = 4.85272170976548e-07
BICGSTAB_SOLVER_TIME: 0.685564 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 46 resid = 2.208369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175576(s) Flops=304809984 => 1736.05722877842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249908.608864224 Mflops = 249.908608864224 Gflops = 0.249908608864224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059047 s
InvBiCGStab: k = 77 resid = 8.213518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284802(s) Flops=508225536 => 1784.48724376936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256909.496095598 Mflops = 256.909496095598 Gflops = 0.256909496095598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001043534 Relative Rsd = 4.57719227894975e-07
BICGSTAB_SOLVER_TIME: 0.564222 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102149
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836333(s) Flops=1329094656 => 1589.19312761783 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228820.241061507 Mflops = 228.820241061507 Gflops = 0.228820241061507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147196000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02148
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.702171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.715079(s) Flops=1236584448 => 1729.29766920858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248984.190500353 Mflops = 248.984190500353 Gflops = 0.248984190500353 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.047373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952405(s) Flops=1590921216 => 1670.42509856626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240530.408894603 Mflops = 240.530408894603 Gflops = 0.240530408894603 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002123908 Relative Rsd = 9.3516919416907e-07
BICGSTAB_SOLVER_TIME: 1.670877 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306863999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.324589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891887(s) Flops=1203775488 => 1349.6950712366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194294.348638081 Mflops = 194.294348638081 Gflops = 0.194294348638081 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.050313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908084(s) Flops=1328449536 => 1462.91481404804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210652.359979713 Mflops = 210.652359979713 Gflops = 0.210652359979713 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.00208045 Relative Rsd = 9.14074244250594e-07
BICGSTAB_SOLVER_TIME: 1.803507 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0.11817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274908999999997
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848599(s) Flops=1329094656 => 1566.22227459613 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225533.498501321 Mflops = 225.533498501321 Gflops = 0.225533498501321 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147356000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040624 s
InvBiCGStab: k = 24 resid = 1.670285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099831(s) Flops=160450560 => 1607.2218048502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231345.267260436 Mflops = 231.345267260436 Gflops = 0.231345267260436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069544 s
InvBiCGStab: k = 53 resid = 5.443567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203087(s) Flops=350742528 => 1727.05553777445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248616.431114524 Mflops = 248.616431114524 Gflops = 0.248616431114524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007246085 Relative Rsd = 3.17830642344369e-07
BICGSTAB_SOLVER_TIME: 0.416935 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 83 resid = 1.376156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303395(s) Flops=547596288 => 1804.89555859523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259856.473367127 Mflops = 259.856473367127 Gflops = 0.259856473367127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057315 s
InvBiCGStab: k = 97 resid = 1.064031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357838(s) Flops=639461376 => 1787.01360951045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257292.096731817 Mflops = 257.292096731817 Gflops = 0.257292096731817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001241203 Relative Rsd = 5.44421291915384e-07
BICGSTAB_SOLVER_TIME: 0.76404 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 46 resid = 2.073635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169834(s) Flops=304809984 => 1794.75242884228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258376.407069565 Mflops = 258.376407069565 Gflops = 0.258376407069565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 68 resid = 9.213934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251871(s) Flops=449169408 => 1783.33118143812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256726.627965594 Mflops = 256.726627965594 Gflops = 0.256726627965594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009826632 Relative Rsd = 4.31019642136675e-07
BICGSTAB_SOLVER_TIME: 0.523988 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956430000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04072 s
InvBiCGStab: k = 60 resid = 1.69061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227955(s) Flops=396675072 => 1740.14639731526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250516.944053739 Mflops = 250.516944053739 Gflops = 0.250516944053739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061212 s
InvBiCGStab: k = 84 resid = 1.07627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339477(s) Flops=554158080 => 1632.38770225965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235024.3241271 Mflops = 235.0243241271 Gflops = 0.2350243241271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001105622 Relative Rsd = 4.84952417293067e-07
BICGSTAB_SOLVER_TIME: 0.67319 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 60 resid = 2.166292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222646(s) Flops=396675072 => 1781.64023606981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256504.902844444 Mflops = 256.504902844444 Gflops = 0.256504902844444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057597 s
InvBiCGStab: k = 85 resid = 1.084697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315838(s) Flops=560719872 => 1775.34011740196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255592.233937118 Mflops = 255.592233937118 Gflops = 0.255592233937118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001116336 Relative Rsd = 4.89651703701681e-07
BICGSTAB_SOLVER_TIME: 0.641326 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117728
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982863(s) Flops=1329094656 => 1352.26848095818 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194708.021048659 Mflops = 194.708021048659 Gflops = 0.194708021048659 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146958
CLOV_LINOP: Time spent in clov deriv (total) = 1.538212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 29 resid = 2.08447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122636(s) Flops=193259520 => 1575.8791871881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226887.356068832 Mflops = 226.887356068832 Gflops = 0.226887356068832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068192 s
InvBiCGStab: k = 53 resid = 7.626896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197615(s) Flops=350742528 => 1774.87806087595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255499.523862203 Mflops = 255.499523862203 Gflops = 0.255499523862203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007114982 Relative Rsd = 3.12080156765365e-07
BICGSTAB_SOLVER_TIME: 0.433474 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 84 resid = 2.158275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311134(s) Flops=554158080 => 1781.09136256404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256435.872002925 Mflops = 256.435872002925 Gflops = 0.256435872002925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 104 resid = 1.02767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392226(s) Flops=685393920 => 1747.44642119594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251598.02000094 Mflops = 251.59802000094 Gflops = 0.25159802000094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001267415 Relative Rsd = 5.55918586569845e-07
BICGSTAB_SOLVER_TIME: 0.804942 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148491999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041392 s
InvBiCGStab: k = 59 resid = 2.088496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216087(s) Flops=390113280 => 1805.35284399339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.262928255 Mflops = 259.919262928255 Gflops = 0.259919262928255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 75 resid = 1.151691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274482(s) Flops=495101952 => 1803.76837825431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259690.840369296 Mflops = 259.690840369296 Gflops = 0.259690840369296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001030072 Relative Rsd = 4.5181409938553e-07
BICGSTAB_SOLVER_TIME: 0.592117 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042131 s
InvBiCGStab: k = 59 resid = 1.735515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227797(s) Flops=390113280 => 1712.54792644328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246549.673916121 Mflops = 246.549673916121 Gflops = 0.246549673916121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060833 s
InvBiCGStab: k = 84 resid = 7.679229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384617(s) Flops=554158080 => 1440.80495661918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207432.745727142 Mflops = 207.432745727142 Gflops = 0.207432745727142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001169473 Relative Rsd = 5.12959051124835e-07
BICGSTAB_SOLVER_TIME: 0.719885 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048076 s
InvBiCGStab: k = 50 resid = 1.705148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233494(s) Flops=331057152 => 1417.84008154385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204116.557383099 Mflops = 204.116557383099 Gflops = 0.204116557383099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06708 s
InvBiCGStab: k = 86 resid = 1.125718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327892(s) Flops=567281664 => 1730.08693106267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249086.484863827 Mflops = 249.086484863827 Gflops = 0.249086484863827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001103216 Relative Rsd = 4.83896852274715e-07
BICGSTAB_SOLVER_TIME: 0.68039 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111401
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843768(s) Flops=1329168384 => 1575.27707142248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226828.068711194 Mflops = 226.828068711194 Gflops = 0.226828068711194 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147258000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057323 s
InvBiCGStab: k = 29 resid = 2.07424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134254(s) Flops=193259520 => 1439.5066068795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207185.266885315 Mflops = 207.185266885315 Gflops = 0.207185266885315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078358 s
InvBiCGStab: k = 47 resid = 8.333753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214048(s) Flops=311371776 => 1454.68201524892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209525.935945238 Mflops = 209.525935945238 Gflops = 0.209525935945238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007204859 Relative Rsd = 3.16022389818616e-07
BICGSTAB_SOLVER_TIME: 0.492502 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051655 s
InvBiCGStab: k = 53 resid = 1.86572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232834(s) Flops=350742528 => 1506.40597163644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216876.327090008 Mflops = 216.876327090008 Gflops = 0.216876327090008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059204 s
InvBiCGStab: k = 75 resid = 1.145937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349475(s) Flops=495101952 => 1416.70205880249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203971.459612089 Mflops = 203.971459612089 Gflops = 0.203971459612089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001060531 Relative Rsd = 4.65174462212378e-07
BICGSTAB_SOLVER_TIME: 0.699393 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 49 resid = 2.043593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180194(s) Flops=324495360 => 1800.81112578665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.352160777 Mflops = 259.225352160777 Gflops = 0.259225352160777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057987 s
InvBiCGStab: k = 79 resid = 1.131975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29521(s) Flops=521349120 => 1766.02798008198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254252.717284144 Mflops = 254.252717284144 Gflops = 0.254252717284144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0009681564 Relative Rsd = 4.24656584685446e-07
BICGSTAB_SOLVER_TIME: 0.578233 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042257 s
InvBiCGStab: k = 62 resid = 2.267542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235368(s) Flops=409798656 => 1741.09758335883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250674.223460733 Mflops = 250.674223460733 Gflops = 0.250674223460733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067219 s
InvBiCGStab: k = 88 resid = 9.415509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358453(s) Flops=580405248 => 1619.19484004877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233109.610879808 Mflops = 233.109610879808 Gflops = 0.233109610879808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001045636 Relative Rsd = 4.58641009034259e-07
BICGSTAB_SOLVER_TIME: 0.707134 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041547 s
InvBiCGStab: k = 59 resid = 2.1275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216606(s) Flops=390113280 => 1801.02711836237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259286.074798127 Mflops = 259.286074798127 Gflops = 0.259286074798127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056834 s
InvBiCGStab: k = 72 resid = 9.686012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265609(s) Flops=475416576 => 1789.91139607468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257689.852066816 Mflops = 257.689852066816 Gflops = 0.257689852066816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001005184 Relative Rsd = 4.40897692291478e-07
BICGSTAB_SOLVER_TIME: 0.58465 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107734
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848354(s) Flops=1329020928 => 1566.58768391497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225566.788845197 Mflops = 225.566788845197 Gflops = 0.225566788845197 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147126000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044248 s
InvBiCGStab: k = 23 resid = 2.116514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088167(s) Flops=153888768 => 1745.42366191432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251198.374254364 Mflops = 251.198374254364 Gflops = 0.251198374254364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056583 s
InvBiCGStab: k = 50 resid = 6.907742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219489(s) Flops=331057152 => 1508.30862594481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217121.200569619 Mflops = 217.121200569619 Gflops = 0.217121200569619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007209693 Relative Rsd = 3.16234401523154e-07
BICGSTAB_SOLVER_TIME: 0.412907 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 58 resid = 2.077638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219197(s) Flops=383551488 => 1749.80263416014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251912.815980384 Mflops = 251.912815980384 Gflops = 0.251912815980384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 80 resid = 9.650176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297285(s) Flops=527910912 => 1775.77379282507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255642.680200444 Mflops = 255.642680200444 Gflops = 0.255642680200444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001106986 Relative Rsd = 4.85550563995126e-07
BICGSTAB_SOLVER_TIME: 0.618091 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 51 resid = 2.178481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217555(s) Flops=337618944 => 1551.87857783089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223413.314071525 Mflops = 223.413314071525 Gflops = 0.223413314071525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072888 s
InvBiCGStab: k = 69 resid = 1.122319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306338(s) Flops=455731200 => 1487.67439886661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214178.32344536 Mflops = 214.17832344536 Gflops = 0.21417832344536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009773504 Relative Rsd = 4.28689300575989e-07
BICGSTAB_SOLVER_TIME: 0.641563 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998900000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042778 s
InvBiCGStab: k = 65 resid = 1.915699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291776(s) Flops=429484032 => 1471.96490458434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211927.411842321 Mflops = 211.927411842321 Gflops = 0.211927411842321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063836 s
InvBiCGStab: k = 87 resid = 1.016871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402298(s) Flops=573843456 => 1426.41389218937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205372.509765165 Mflops = 205.372509765165 Gflops = 0.205372509765165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001093355 Relative Rsd = 4.79571752227096e-07
BICGSTAB_SOLVER_TIME: 0.804821 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122894
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041806 s
InvBiCGStab: k = 52 resid = 2.057476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238368(s) Flops=344180736 => 1443.90495368506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207872.000289067 Mflops = 207.872000289067 Gflops = 0.207872000289067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 77 resid = 8.672391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330304(s) Flops=508225536 => 1538.65994962217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221521.283709039 Mflops = 221.521283709039 Gflops = 0.221521283709039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001000705 Relative Rsd = 4.38933367083904e-07
BICGSTAB_SOLVER_TIME: 0.670553 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1063
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847017(s) Flops=1322975232 => 1561.9228799422 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224910.3938632 Mflops = 224.9103938632 Gflops = 0.2249103938632 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146218000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.869395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781296(s) Flops=1354696704 => 1733.90968851754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249645.634138252 Mflops = 249.645634138252 Gflops = 0.249645634138252 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 7.267654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.955147(s) Flops=1649977344 => 1727.45906546322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248743.87110578 Mflops = 248.74387110578 Gflops = 0.24874387110578 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002175085 Relative Rsd = 9.57680665003064e-07
BICGSTAB_SOLVER_TIME: 1.739812 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0.115371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326109999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 1.125817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.596259(s) Flops=1072539648 => 1798.78148254366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258964.192607507 Mflops = 258.964192607507 Gflops = 0.258964192607507 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.067057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830357(s) Flops=1440000000 => 1734.19384674303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249712.266966277 Mflops = 249.712266966277 Gflops = 0.249712266966277 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.002336857 Relative Rsd = 1.02677821644728e-06
BICGSTAB_SOLVER_TIME: 1.430019 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272973999999997
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050433(s) Flops=1322975232 => 1259.45703533686 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  181497.452259237 Mflops = 181.497452259237 Gflops = 0.181497452259237 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146290000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.503416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042124 s
InvBiCGStab: k = 23 resid = 2.199013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.087303(s) Flops=153888768 => 1762.69736435174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253647.88534735 Mflops = 253.64788534735 Gflops = 0.25364788534735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058082 s
InvBiCGStab: k = 43 resid = 9.714782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16075(s) Flops=285124608 => 1773.71451321928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255291.77424488 Mflops = 255.29177424488 Gflops = 0.25529177424488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007159114 Relative Rsd = 3.14015912476627e-07
BICGSTAB_SOLVER_TIME: 0.352262 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0613120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041979 s
InvBiCGStab: k = 70 resid = 2.203063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264442(s) Flops=462292992 => 1748.18293614479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251690.291346732 Mflops = 251.690291346732 Gflops = 0.251690291346732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057493 s
InvBiCGStab: k = 98 resid = 9.530407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36125(s) Flops=646023168 => 1788.29942698962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257463.040983408 Mflops = 257.463040983408 Gflops = 0.257463040983408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001238848 Relative Rsd = 5.43388602919102e-07
BICGSTAB_SOLVER_TIME: 0.729017 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 48 resid = 2.019151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177904(s) Flops=317933568 => 1787.10747369368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257249.697265489 Mflops = 257.249697265489 Gflops = 0.257249697265489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 72 resid = 7.514639e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295539(s) Flops=475416576 => 1608.64243297839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231587.132888436 Mflops = 231.587132888436 Gflops = 0.231587132888436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009882809 Relative Rsd = 4.3348366545133e-07
BICGSTAB_SOLVER_TIME: 0.575192 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999930000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 62 resid = 2.126945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227337(s) Flops=409798656 => 1802.60430990116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.501006078 Mflops = 259.510501006078 Gflops = 0.259510501006078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056503 s
InvBiCGStab: k = 80 resid = 1.020476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293402(s) Flops=527910912 => 1799.27509696594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259039.839173333 Mflops = 259.039839173333 Gflops = 0.259039839173333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001075705 Relative Rsd = 4.71830108070881e-07
BICGSTAB_SOLVER_TIME: 0.622039 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 51 resid = 2.245386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207545(s) Flops=337618944 => 1626.72646414031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234215.798406277 Mflops = 234.215798406277 Gflops = 0.234215798406277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064048 s
InvBiCGStab: k = 82 resid = 1.073132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302765(s) Flops=541034496 => 1786.97833633346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257275.476847517 Mflops = 257.275476847517 Gflops = 0.257275476847518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001083456 Relative Rsd = 4.75229954725867e-07
BICGSTAB_SOLVER_TIME: 0.619026 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10948
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85265(s) Flops=1322901504 => 1551.51762622412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223478.173501963 Mflops = 223.478173501963 Gflops = 0.223478173501963 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146686000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044123 s
InvBiCGStab: k = 27 resid = 2.239524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139622(s) Flops=180135936 => 1290.16871266706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185720.594669247 Mflops = 185.720594669247 Gflops = 0.185720594669247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073275 s
InvBiCGStab: k = 42 resid = 1.072148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183588(s) Flops=278562816 => 1517.32583829008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218421.867848402 Mflops = 218.421867848402 Gflops = 0.218421867848402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007114249 Relative Rsd = 3.1204798735933e-07
BICGSTAB_SOLVER_TIME: 0.445217 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047694 s
InvBiCGStab: k = 72 resid = 2.271787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32046(s) Flops=475416576 => 1483.54420520502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213594.43810264 Mflops = 213.59443810264 Gflops = 0.21359443810264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077824 s
InvBiCGStab: k = 92 resid = 1.045375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426554(s) Flops=606652416 => 1422.21715421729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204763.787232777 Mflops = 204.763787232777 Gflops = 0.204763787232777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.0012262 Relative Rsd = 5.37840656941748e-07
BICGSTAB_SOLVER_TIME: 0.876314 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 52 resid = 1.010672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192868(s) Flops=344180736 => 1784.54039031877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256913.919440171 Mflops = 256.913919440171 Gflops = 0.256913919440171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055931 s
InvBiCGStab: k = 73 resid = 9.168687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271263(s) Flops=481978368 => 1776.79362095089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255796.987529151 Mflops = 255.796987529151 Gflops = 0.255796987529151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001004411 Relative Rsd = 4.40558790152024e-07
BICGSTAB_SOLVER_TIME: 0.565538 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 58 resid = 2.22978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213545(s) Flops=383551488 => 1796.11551663584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258587.513566465 Mflops = 258.587513566465 Gflops = 0.258587513566465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 84 resid = 9.144939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308793(s) Flops=554158080 => 1794.59404844022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258362.022446756 Mflops = 258.362022446756 Gflops = 0.258362022446756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001105515 Relative Rsd = 4.84905184434999e-07
BICGSTAB_SOLVER_TIME: 0.624432 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 64 resid = 2.103955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236723(s) Flops=422922240 => 1786.57012626572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257204.762671252 Mflops = 257.204762671252 Gflops = 0.257204762671252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061606 s
InvBiCGStab: k = 80 resid = 1.115329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318668(s) Flops=527910912 => 1656.61726938381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238496.267194669 Mflops = 238.496267194669 Gflops = 0.238496267194669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00106467 Relative Rsd = 4.66989735838654e-07
BICGSTAB_SOLVER_TIME: 0.66175 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117231
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830272(s) Flops=1322901504 => 1593.33508055192 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229430.740208487 Mflops = 229.430740208487 Gflops = 0.229430740208487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146252000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 36 resid = 2.233023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133313(s) Flops=239192064 => 1794.21409764989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258230.459055602 Mflops = 258.230459055602 Gflops = 0.258230459055602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 48 resid = 8.487085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177293(s) Flops=317933568 => 1793.26633313216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258138.442476648 Mflops = 258.138442476648 Gflops = 0.258138442476648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007176109 Relative Rsd = 3.14761323570759e-07
BICGSTAB_SOLVER_TIME: 0.411846 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 52 resid = 1.59948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19281(s) Flops=344180736 => 1785.07720553913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256969.486276394 Mflops = 256.969486276394 Gflops = 0.256969486276394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 76 resid = 9.174271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303903(s) Flops=501663744 => 1650.73639944324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237668.20988761 Mflops = 237.66820988761 Gflops = 0.23766820988761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001059374 Relative Rsd = 4.64666951535259e-07
BICGSTAB_SOLVER_TIME: 0.599111 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 56 resid = 2.041473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223675(s) Flops=370427904 => 1656.09882195149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238420.182144759 Mflops = 238.420182144759 Gflops = 0.238420182144759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064299 s
InvBiCGStab: k = 78 resid = 9.530892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345227(s) Flops=514787328 => 1491.1560451529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214692.158878476 Mflops = 214.692158878476 Gflops = 0.214692158878476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.0009956507 Relative Rsd = 4.36716231194933e-07
BICGSTAB_SOLVER_TIME: 0.678018 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049867 s
InvBiCGStab: k = 60 resid = 2.069275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290411(s) Flops=396675072 => 1365.90925274869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196655.0241359 Mflops = 196.6550241359 Gflops = 0.1966550241359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064203 s
InvBiCGStab: k = 81 resid = 1.116627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38016(s) Flops=534472704 => 1405.91515151515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202434.432023888 Mflops = 202.434432023888 Gflops = 0.202434432023888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001092458 Relative Rsd = 4.79178468472677e-07
BICGSTAB_SOLVER_TIME: 0.788497 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 49 resid = 2.244271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211232(s) Flops=324495360 => 1536.20360551432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221128.897585902 Mflops = 221.128897585902 Gflops = 0.221128897585902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062034 s
InvBiCGStab: k = 73 resid = 1.02474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301806(s) Flops=481978368 => 1596.98073596946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229917.481022722 Mflops = 229.917481022722 Gflops = 0.229917481022722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001050909 Relative Rsd = 4.60953682952901e-07
BICGSTAB_SOLVER_TIME: 0.620509 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10158
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.832095(s) Flops=1316782080 => 1582.49007625331 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227879.133852346 Mflops = 227.879133852346 Gflops = 0.227879133852346 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145899000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 32 resid = 2.090361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119186(s) Flops=212944896 => 1786.6603124528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257186.627351972 Mflops = 257.186627351972 Gflops = 0.257186627351972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058733 s
InvBiCGStab: k = 46 resid = 1.092514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173769(s) Flops=304809984 => 1754.11024981441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252562.81017547 Mflops = 252.56281017547 Gflops = 0.25256281017547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007326555 Relative Rsd = 3.21360238937031e-07
BICGSTAB_SOLVER_TIME: 0.398066 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0417 s
InvBiCGStab: k = 53 resid = 2.103218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195085(s) Flops=350742528 => 1797.89593254223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258811.306928442 Mflops = 258.811306928442 Gflops = 0.258811306928442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 80 resid = 1.075504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296778(s) Flops=527910912 => 1778.80743181772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256101.294065748 Mflops = 256.101294065748 Gflops = 0.256101294065748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001063168 Relative Rsd = 4.66330977890621e-07
BICGSTAB_SOLVER_TIME: 0.59346 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 55 resid = 1.809779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219994(s) Flops=363866112 => 1653.98198132676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238136.00822308 Mflops = 238.13600822308 Gflops = 0.23813600822308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058904 s
InvBiCGStab: k = 77 resid = 7.520538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284228(s) Flops=508225536 => 1788.09102551473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257413.96364152 Mflops = 257.41396364152 Gflops = 0.25741396364152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001015036 Relative Rsd = 4.45219269023199e-07
BICGSTAB_SOLVER_TIME: 0.607823 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 53 resid = 2.04461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194054(s) Flops=350742528 => 1807.44807115545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260205.980552992 Mflops = 260.205980552992 Gflops = 0.260205980552992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055918 s
InvBiCGStab: k = 74 resid = 1.125142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272731(s) Flops=488540160 => 1791.28943904433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257887.112932359 Mflops = 257.887112932359 Gflops = 0.257887112932359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001045458 Relative Rsd = 4.58563036521536e-07
BICGSTAB_SOLVER_TIME: 0.567834 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049791 s
InvBiCGStab: k = 48 resid = 2.166068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188418(s) Flops=317933568 => 1687.38426265007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242888.506046674 Mflops = 242.888506046674 Gflops = 0.242888506046674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 74 resid = 1.020589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270713(s) Flops=488540160 => 1804.64240727265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259810.516675762 Mflops = 259.810516675762 Gflops = 0.259810516675762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001028526 Relative Rsd = 4.51136192981523e-07
BICGSTAB_SOLVER_TIME: 0.569041 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101429
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984937(s) Flops=1316855808 => 1336.99496312962 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192517.129928275 Mflops = 192.517129928275 Gflops = 0.192517129928275 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145796000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.507559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.023413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674314(s) Flops=1151281152 => 1707.33686680093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245871.835270731 Mflops = 245.871835270731 Gflops = 0.245871835270731 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.093804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830647(s) Flops=1492494336 => 1796.78532035871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.356165531 Mflops = 258.722356165531 Gflops = 0.258722356165531 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.002262319 Relative Rsd = 9.96059823968213e-07
BICGSTAB_SOLVER_TIME: 1.508339 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287360999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 8.586381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.616481(s) Flops=1111910400 => 1803.64098812453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.213095448 Mflops = 259.613213095448 Gflops = 0.259613213095448 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.087662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692683(s) Flops=1236584448 => 1785.20975395672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257069.699543913 Mflops = 257.069699543913 Gflops = 0.257069699543913 Tflops
BICGSTAB_SOLVER: 357 iterations. Rsd = 0.002016812 Relative Rsd = 8.86178734210913e-07
BICGSTAB_SOLVER_TIME: 1.31357 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.12686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255359999999997
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82743(s) Flops=1316855808 => 1591.50116384468 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229235.776164222 Mflops = 229.235776164222 Gflops = 0.229235776164222 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145939000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048159 s
InvBiCGStab: k = 29 resid = 1.939977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118484(s) Flops=193259520 => 1631.1022585328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234735.148076066 Mflops = 234.735148076066 Gflops = 0.234735148076066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055832 s
InvBiCGStab: k = 47 resid = 9.168937e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173236(s) Flops=311371776 => 1797.38493153848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258718.837397853 Mflops = 258.718837397853 Gflops = 0.258718837397853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007193249 Relative Rsd = 3.15513143014823e-07
BICGSTAB_SOLVER_TIME: 0.399814 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05199 s
InvBiCGStab: k = 73 resid = 1.918501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317879(s) Flops=481978368 => 1516.23217639416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218251.78442799 Mflops = 218.25178442799 Gflops = 0.21825178442799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061764 s
InvBiCGStab: k = 95 resid = 1.106391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.47641(s) Flops=626337792 => 1314.70328498562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189289.712470611 Mflops = 189.289712470611 Gflops = 0.189289712470611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001281543 Relative Rsd = 5.62115639673423e-07
BICGSTAB_SOLVER_TIME: 0.913091 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052805 s
InvBiCGStab: k = 51 resid = 1.859037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220468(s) Flops=337618944 => 1531.37391367455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220464.927796418 Mflops = 220.464927796418 Gflops = 0.220464927796418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071232 s
InvBiCGStab: k = 64 resid = 9.81197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278484(s) Flops=422922240 => 1518.65902529409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218633.246942955 Mflops = 218.633246942955 Gflops = 0.218633246942955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.00100619 Relative Rsd = 4.41338872717105e-07
BICGSTAB_SOLVER_TIME: 0.626811 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964330000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043774 s
InvBiCGStab: k = 56 resid = 2.043511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266573(s) Flops=370427904 => 1389.59273444797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200061.364029241 Mflops = 200.061364029241 Gflops = 0.200061364029241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068349 s
InvBiCGStab: k = 83 resid = 1.071464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429378(s) Flops=547596288 => 1275.32451126979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183586.187819701 Mflops = 183.586187819701 Gflops = 0.183586187819701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00110512 Relative Rsd = 4.84731980267901e-07
BICGSTAB_SOLVER_TIME: 0.811957 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 52 resid = 2.229662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192517(s) Flops=344180736 => 1787.79399221887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257361.615011061 Mflops = 257.361615011061 Gflops = 0.257361615011061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056925 s
InvBiCGStab: k = 82 resid = 1.007125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347097(s) Flops=541034496 => 1558.74149301204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224428.407921991 Mflops = 224.428407921991 Gflops = 0.224428407921991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001085815 Relative Rsd = 4.76264277723725e-07
BICGSTAB_SOLVER_TIME: 0.642161 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110159
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82777(s) Flops=1310810112 => 1583.54387329814 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228025.426656635 Mflops = 228.025426656635 Gflops = 0.228025426656635 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145035000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.073605 s
InvBiCGStab: k = 29 resid = 1.989833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143458(s) Flops=193259520 => 1347.1505248923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193923.242127205 Mflops = 193.923242127205 Gflops = 0.193923242127205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060925 s
InvBiCGStab: k = 51 resid = 7.378878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189994(s) Flops=337618944 => 1776.9979262503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255808.469618363 Mflops = 255.808469618363 Gflops = 0.255808469618363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007262391 Relative Rsd = 3.18545875471887e-07
BICGSTAB_SOLVER_TIME: 0.47182 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 72 resid = 2.205396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264989(s) Flops=475416576 => 1794.09928714022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258305.944961955 Mflops = 258.305944961955 Gflops = 0.258305944961955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 110 resid = 6.872227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436677(s) Flops=724764672 => 1659.72714844153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238950.925443277 Mflops = 238.950925443277 Gflops = 0.238950925443277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001279613 Relative Rsd = 5.61268971544104e-07
BICGSTAB_SOLVER_TIME: 0.803101 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 62 resid = 1.77598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227567(s) Flops=409798656 => 1800.78243330536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.445921011 Mflops = 259.253445921011 Gflops = 0.259253445921011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 65 resid = 1.061217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239102(s) Flops=429484032 => 1796.23772281286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258587.364376263 Mflops = 258.587364376263 Gflops = 0.258587364376263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001038374 Relative Rsd = 4.55455829336372e-07
BICGSTAB_SOLVER_TIME: 0.567254 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041833 s
InvBiCGStab: k = 63 resid = 1.876598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261899(s) Flops=416360448 => 1589.77486741072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228885.103735773 Mflops = 228.885103735773 Gflops = 0.228885103735773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 84 resid = 9.495662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307172(s) Flops=554158080 => 1804.06443295613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.826226101 Mflops = 259.734826226101 Gflops = 0.259734826226101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001141391 Relative Rsd = 5.00641589804122e-07
BICGSTAB_SOLVER_TIME: 0.670844 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043587 s
InvBiCGStab: k = 56 resid = 1.869717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26007(s) Flops=370427904 => 1424.3392317453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205044.749460219 Mflops = 205.044749460219 Gflops = 0.205044749460219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060745 s
InvBiCGStab: k = 82 resid = 8.29181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41046(s) Flops=541034496 => 1318.1174682064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189781.1834498 Mflops = 189.7811834498 Gflops = 0.1897811834498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001092325 Relative Rsd = 4.7912010397887e-07
BICGSTAB_SOLVER_TIME: 0.77977 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112814
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991497(s) Flops=1304395776 => 1315.58217120173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189430.26520536 Mflops = 189.43026520536 Gflops = 0.18943026520536 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144140000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 27 resid = 2.050512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100336(s) Flops=180135936 => 1795.32706107479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258370.544104494 Mflops = 258.370544104494 Gflops = 0.258370544104494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056648 s
InvBiCGStab: k = 44 resid = 8.971878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162947(s) Flops=291686400 => 1790.06916359307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257661.808373237 Mflops = 257.661808373237 Gflops = 0.257661808373237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007475183 Relative Rsd = 3.27879420132631e-07
BICGSTAB_SOLVER_TIME: 0.364935 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04243 s
InvBiCGStab: k = 48 resid = 2.161978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176163(s) Flops=317933568 => 1804.7692648286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259812.090174691 Mflops = 259.812090174691 Gflops = 0.259812090174691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 81 resid = 7.128779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300494(s) Flops=534472704 => 1778.64684153427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256072.718968483 Mflops = 256.072718968483 Gflops = 0.256072718968483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00106263 Relative Rsd = 4.6609496678793e-07
BICGSTAB_SOLVER_TIME: 0.580272 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041145 s
InvBiCGStab: k = 53 resid = 1.803527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194571(s) Flops=350742528 => 1802.6454507609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.135722335 Mflops = 259.502135722335 Gflops = 0.259502135722334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 63 resid = 1.050924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231127(s) Flops=416360448 => 1801.43578205921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259326.622716064 Mflops = 259.326622716064 Gflops = 0.259326622716064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001018028 Relative Rsd = 4.46531321226495e-07
BICGSTAB_SOLVER_TIME: 0.5269 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972560000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 68 resid = 2.221247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252294(s) Flops=449169408 => 1780.3412209565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256301.198810001 Mflops = 256.301198810001 Gflops = 0.256301198810001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058318 s
InvBiCGStab: k = 75 resid = 1.074084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301886(s) Flops=495101952 => 1640.02952107749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236098.32372261 Mflops = 236.09832372261 Gflops = 0.23609832372261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001067538 Relative Rsd = 4.68247763864831e-07
BICGSTAB_SOLVER_TIME: 0.65737 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 58 resid = 1.537096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212198(s) Flops=383551488 => 1807.51697942488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.874208351 Mflops = 260.220874208351 Gflops = 0.260220874208351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 73 resid = 1.066532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285392(s) Flops=481978368 => 1688.82928743623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243130.328044262 Mflops = 243.130328044262 Gflops = 0.243130328044262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001000784 Relative Rsd = 4.38967936429755e-07
BICGSTAB_SOLVER_TIME: 0.599227 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108036
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.841248(s) Flops=1304469504 => 1550.63608353304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223272.477744184 Mflops = 223.272477744184 Gflops = 0.223272477744184 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04566 s
InvBiCGStab: k = 26 resid = 1.785637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102912(s) Flops=173574144 => 1686.62686567164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242754.67203859 Mflops = 242.75467203859 Gflops = 0.24275467203859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071241 s
InvBiCGStab: k = 59 resid = 1.097652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288465(s) Flops=390113280 => 1352.37647548229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194597.973694539 Mflops = 194.597973694539 Gflops = 0.194597973694539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007369357 Relative Rsd = 3.2323765568576e-07
BICGSTAB_SOLVER_TIME: 0.517281 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041305 s
InvBiCGStab: k = 56 resid = 1.28725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206224(s) Flops=370427904 => 1796.24051516797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258600.611698913 Mflops = 258.600611698913 Gflops = 0.258600611698913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 69 resid = 1.010409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254933(s) Flops=455731200 => 1787.65087297447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257353.157461635 Mflops = 257.353157461635 Gflops = 0.257353157461635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001073958 Relative Rsd = 4.71063914519199e-07
BICGSTAB_SOLVER_TIME: 0.562582 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 50 resid = 1.882499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194798(s) Flops=331057152 => 1699.48948141151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244668.04629429 Mflops = 244.66804629429 Gflops = 0.24466804629429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0639 s
InvBiCGStab: k = 71 resid = 1.087732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287313(s) Flops=468854784 => 1631.86066763425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234928.229237972 Mflops = 234.928229237972 Gflops = 0.234928229237972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001037591 Relative Rsd = 4.55112178379836e-07
BICGSTAB_SOLVER_TIME: 0.591465 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 64 resid = 2.252896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235793(s) Flops=422922240 => 1793.61660439453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258223.821738655 Mflops = 258.223821738655 Gflops = 0.258223821738655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057307 s
InvBiCGStab: k = 78 resid = 1.14874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289449(s) Flops=514787328 => 1778.50788221759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256046.039200188 Mflops = 256.046039200188 Gflops = 0.256046039200188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001077564 Relative Rsd = 4.72645525920051e-07
BICGSTAB_SOLVER_TIME: 0.628108 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049436 s
InvBiCGStab: k = 46 resid = 1.927395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173941(s) Flops=304809984 => 1752.37571360404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252251.988387587 Mflops = 252.251988387587 Gflops = 0.252251988387587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 65 resid = 1.146391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239299(s) Flops=429484032 => 1794.75899188881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258370.016325764 Mflops = 258.370016325764 Gflops = 0.258370016325764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009973381 Relative Rsd = 4.37456382846491e-07
BICGSTAB_SOLVER_TIME: 0.522994 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0937690000000003
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84796(s) Flops=1304322048 => 1538.18817868767 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221487.48193693 Mflops = 221.48748193693 Gflops = 0.22148748193693 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144297000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.90521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759797(s) Flops=1315325952 => 1731.15444256821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249250.566778152 Mflops = 249.250566778152 Gflops = 0.249250566778152 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 1.022459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.110692(s) Flops=1709033472 => 1538.71052641056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221566.520650797 Mflops = 221.566520650797 Gflops = 0.221566520650797 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002335951 Relative Rsd = 1.02844657139406e-06
BICGSTAB_SOLVER_TIME: 1.87387 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.136582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.123036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328506999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.301372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776548(s) Flops=1184090112 => 1524.81251899432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219569.803123902 Mflops = 219.569803123902 Gflops = 0.219569803123902 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.08301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750124(s) Flops=1216899072 => 1622.26388170489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233594.150356719 Mflops = 233.594150356719 Gflops = 0.233594150356719 Tflops
BICGSTAB_SOLVER: 365 iterations. Rsd = 0.001926521 Relative Rsd = 8.4650657512034e-07
BICGSTAB_SOLVER_TIME: 1.530059 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260528999999997
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838473(s) Flops=1304322048 => 1555.59218722606 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223993.314928052 Mflops = 223.993314928052 Gflops = 0.223993314928052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144295000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041725 s
InvBiCGStab: k = 32 resid = 1.753309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118128(s) Flops=212944896 => 1802.66233238521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.795739725 Mflops = 259.471795739725 Gflops = 0.259471795739725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056572 s
InvBiCGStab: k = 47 resid = 1.1e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172358(s) Flops=311371776 => 1806.54089743441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.329165562 Mflops = 260.043329165562 Gflops = 0.260043329165562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007270626 Relative Rsd = 3.18907091945369e-07
BICGSTAB_SOLVER_TIME: 0.392642 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041483 s
InvBiCGStab: k = 69 resid = 2.174523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254844(s) Flops=455731200 => 1788.27518011018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257458.391059946 Mflops = 257.458391059946 Gflops = 0.257458391059946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057656 s
InvBiCGStab: k = 86 resid = 9.455788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346068(s) Flops=567281664 => 1639.22022261521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236005.345226509 Mflops = 236.005345226509 Gflops = 0.236005345226509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001179437 Relative Rsd = 5.17329239403454e-07
BICGSTAB_SOLVER_TIME: 0.703794 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 54 resid = 1.826338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204859(s) Flops=357304320 => 1744.14753562206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251085.800184482 Mflops = 251.085800184482 Gflops = 0.251085800184482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06188 s
InvBiCGStab: k = 70 resid = 1.148386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259042(s) Flops=462292992 => 1784.6256282765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256924.79714411 Mflops = 256.92479714411 Gflops = 0.25692479714411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001015279 Relative Rsd = 4.45325683375861e-07
BICGSTAB_SOLVER_TIME: 0.570629 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102796
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 64 resid = 1.801129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265779(s) Flops=422922240 => 1591.25529105008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229098.087707722 Mflops = 229.098087707722 Gflops = 0.229098087707722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 86 resid = 7.087374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313638(s) Flops=567281664 => 1808.71470931456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260401.251150865 Mflops = 260.401251150865 Gflops = 0.260401251150865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001120316 Relative Rsd = 4.9139763438606e-07
BICGSTAB_SOLVER_TIME: 0.680635 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040937 s
InvBiCGStab: k = 52 resid = 1.794379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191068(s) Flops=344180736 => 1801.35206313982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259316.432571094 Mflops = 259.316432571094 Gflops = 0.259316432571094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057272 s
InvBiCGStab: k = 72 resid = 1.129077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336783(s) Flops=475416576 => 1411.64065882185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203235.554877727 Mflops = 203.235554877727 Gflops = 0.203235554877727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001062526 Relative Rsd = 4.66049521119087e-07
BICGSTAB_SOLVER_TIME: 0.631424 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102777
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969066(s) Flops=1298128896 => 1339.56706354366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192929.074813387 Mflops = 192.929074813387 Gflops = 0.192929074813387 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143567000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 29 resid = 1.755562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107632(s) Flops=193259520 => 1795.55819830534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258423.375136667 Mflops = 258.423375136667 Gflops = 0.258423375136667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 40 resid = 1.054523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149127(s) Flops=265439232 => 1779.9542135227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256223.943830724 Mflops = 256.223943830724 Gflops = 0.256223943830724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007231701 Relative Rsd = 3.17199739016958e-07
BICGSTAB_SOLVER_TIME: 0.358321 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042088 s
InvBiCGStab: k = 73 resid = 2.254929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270385(s) Flops=481978368 => 1782.56326349465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256642.560949519 Mflops = 256.642560949518 Gflops = 0.256642560949518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057768 s
InvBiCGStab: k = 86 resid = 1.115435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326944(s) Flops=567281664 => 1735.10345502594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249799.865201879 Mflops = 249.799865201879 Gflops = 0.249799865201879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001223815 Relative Rsd = 5.3679453849501e-07
BICGSTAB_SOLVER_TIME: 0.70117 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04127 s
InvBiCGStab: k = 47 resid = 1.874486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172707(s) Flops=311371776 => 1802.89030554639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.377848185 Mflops = 259.534377848185 Gflops = 0.259534377848185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05595 s
InvBiCGStab: k = 73 resid = 7.029227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266998(s) Flops=481978368 => 1805.17594888351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259888.144454137 Mflops = 259.888144454137 Gflops = 0.259888144454137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001021689 Relative Rsd = 4.48137085213148e-07
BICGSTAB_SOLVER_TIME: 0.540757 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100077
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043186 s
InvBiCGStab: k = 61 resid = 1.761214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230568(s) Flops=403236864 => 1748.88477152077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251789.014507648 Mflops = 251.789014507648 Gflops = 0.251789014507648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059976 s
InvBiCGStab: k = 77 resid = 9.833925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301233(s) Flops=508225536 => 1687.15092967902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242892.411994127 Mflops = 242.892411994127 Gflops = 0.242892411994127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001102276 Relative Rsd = 4.83484828564718e-07
BICGSTAB_SOLVER_TIME: 0.638904 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 54 resid = 1.342351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197755(s) Flops=357304320 => 1806.80296326262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260121.924068939 Mflops = 260.121924068939 Gflops = 0.260121924068939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 68 resid = 1.064814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250747(s) Flops=449169408 => 1791.3251524445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257886.942438616 Mflops = 257.886942438616 Gflops = 0.257886942438616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001045057 Relative Rsd = 4.58387074976778e-07
BICGSTAB_SOLVER_TIME: 0.550349 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101453
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.832685(s) Flops=1297907712 => 1558.70192449726 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224426.600529662 Mflops = 224.426600529662 Gflops = 0.224426600529662 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143758000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050256 s
InvBiCGStab: k = 27 resid = 2.193875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124036(s) Flops=180135936 => 1452.28752942694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209069.263393869 Mflops = 209.069263393869 Gflops = 0.209069263393869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07294 s
InvBiCGStab: k = 50 resid = 1.052423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240214(s) Flops=331057152 => 1378.17592646557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198400.860545626 Mflops = 198.400860545627 Gflops = 0.198400860545627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007202141 Relative Rsd = 3.15903158766089e-07
BICGSTAB_SOLVER_TIME: 0.492 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042634 s
InvBiCGStab: k = 46 resid = 2.222896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205362(s) Flops=304809984 => 1484.25699009554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213664.374663206 Mflops = 213.664374663206 Gflops = 0.213664374663206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 69 resid = 1.02263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34454(s) Flops=455731200 => 1322.72363150868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190439.44592867 Mflops = 190.43944592867 Gflops = 0.19043944592867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001066934 Relative Rsd = 4.6798269817161e-07
BICGSTAB_SOLVER_TIME: 0.653015 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049741 s
InvBiCGStab: k = 48 resid = 2.238908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18669(s) Flops=317933568 => 1703.0026675237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245145.691553603 Mflops = 245.145691553603 Gflops = 0.245145691553603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 83 resid = 5.214932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304325(s) Flops=547596288 => 1799.3798997782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259060.900870525 Mflops = 259.060900870525 Gflops = 0.259060900870525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001011727 Relative Rsd = 4.43767764997867e-07
BICGSTAB_SOLVER_TIME: 0.600971 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 59 resid = 1.886057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217536(s) Flops=390113280 => 1793.32744924978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258175.246105679 Mflops = 258.175246105679 Gflops = 0.258175246105679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057915 s
InvBiCGStab: k = 78 resid = 1.095369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301596(s) Flops=514787328 => 1706.87717343731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245746.295993613 Mflops = 245.746295993613 Gflops = 0.245746295993613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001044219 Relative Rsd = 4.58019424622089e-07
BICGSTAB_SOLVER_TIME: 0.623188 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 47 resid = 2.031551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172216(s) Flops=311371776 => 1808.03047335904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260279.802595677 Mflops = 260.279802595677 Gflops = 0.260279802595677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056144 s
InvBiCGStab: k = 64 resid = 8.796966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23367(s) Flops=422922240 => 1809.91244062139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260571.797936691 Mflops = 260.571797936691 Gflops = 0.260571797936691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009846531 Relative Rsd = 4.31892454291217e-07
BICGSTAB_SOLVER_TIME: 0.50671 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0937060000000003
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838054(s) Flops=1291640832 => 1541.23819228833 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221919.149437823 Mflops = 221.919149437823 Gflops = 0.221919149437823 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142864000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044759 s
InvBiCGStab: k = 34 resid = 1.643197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130565(s) Flops=226068480 => 1731.46310266917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249252.841398245 Mflops = 249.252841398245 Gflops = 0.249252841398245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057184 s
InvBiCGStab: k = 45 resid = 1.006267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167009(s) Flops=298248192 => 1785.8210755109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257075.968528821 Mflops = 257.075968528821 Gflops = 0.257075968528821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0006918107 Relative Rsd = 3.03444739278137e-07
BICGSTAB_SOLVER_TIME: 0.403388 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045744 s
InvBiCGStab: k = 54 resid = 2.099926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199785(s) Flops=357304320 => 1788.4441774908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257453.157095886 Mflops = 257.453157095886 Gflops = 0.257453157095886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056063 s
InvBiCGStab: k = 79 resid = 9.716562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28852(s) Flops=521349120 => 1806.97740191321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260146.413804809 Mflops = 260.146413804809 Gflops = 0.260146413804809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001062674 Relative Rsd = 4.661143194941e-07
BICGSTAB_SOLVER_TIME: 0.594024 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041809 s
InvBiCGStab: k = 54 resid = 1.140273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199864(s) Flops=357304320 => 1787.73726133771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257368.760445341 Mflops = 257.368760445341 Gflops = 0.257368760445341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057689 s
InvBiCGStab: k = 72 resid = 5.226826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316649(s) Flops=475416576 => 1501.3992654327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216153.106217202 Mflops = 216.153106217202 Gflops = 0.216153106217202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009875916 Relative Rsd = 4.33181324097148e-07
BICGSTAB_SOLVER_TIME: 0.623112 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05084 s
InvBiCGStab: k = 65 resid = 1.790295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29205(s) Flops=429484032 => 1470.58391371341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211735.070707399 Mflops = 211.735070707399 Gflops = 0.211735070707399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076413 s
InvBiCGStab: k = 82 resid = 7.818783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375009(s) Flops=541034496 => 1442.72403062326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207715.914930679 Mflops = 207.715914930679 Gflops = 0.207715914930679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001136918 Relative Rsd = 4.9867925603597e-07
BICGSTAB_SOLVER_TIME: 0.798148 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051127 s
InvBiCGStab: k = 50 resid = 2.231147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228153(s) Flops=331057152 => 1451.03133423624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208894.905686897 Mflops = 208.894905686897 Gflops = 0.208894905686897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075996 s
InvBiCGStab: k = 63 resid = 1.095726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260478(s) Flops=416360448 => 1598.44765392855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230121.571290264 Mflops = 230.121571290264 Gflops = 0.230121571290264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009884556 Relative Rsd = 4.33560310337773e-07
BICGSTAB_SOLVER_TIME: 0.619664 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0951240000000003
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.837514(s) Flops=1285300224 => 1534.66118058922 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220973.878869602 Mflops = 220.973878869602 Gflops = 0.220973878869602 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142307000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.453706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.699574(s) Flops=1203775488 => 1720.72645352743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247702.608350123 Mflops = 247.702608350123 Gflops = 0.247702608350123 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.113141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83964(s) Flops=1512179712 => 1800.98579391168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.828460283 Mflops = 259.327828460283 Gflops = 0.259327828460283 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002355737 Relative Rsd = 1.03711979953526e-06
BICGSTAB_SOLVER_TIME: 1.542657 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.117323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294891999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 1.900038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671813(s) Flops=1138157568 => 1694.15829702611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243918.097641815 Mflops = 243.918097641815 Gflops = 0.243918097641815 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.017228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752129(s) Flops=1354696704 => 1801.14940921039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.698058243 Mflops = 259.351698058243 Gflops = 0.259351698058243 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.001918239 Relative Rsd = 8.4284450349634e-07
BICGSTAB_SOLVER_TIME: 1.427296 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.126105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270817999999998
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91614(s) Flops=1285300224 => 1402.95175846486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202014.342277125 Mflops = 202.014342277125 Gflops = 0.202014342277125 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.552311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041697 s
InvBiCGStab: k = 25 resid = 2.042422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092878(s) Flops=167012352 => 1798.19065871358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258806.612524697 Mflops = 258.806612524697 Gflops = 0.258806612524697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 45 resid = 9.52425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166147(s) Flops=298248192 => 1795.08623086785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258392.031520157 Mflops = 258.392031520157 Gflops = 0.258392031520157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007424431 Relative Rsd = 3.25653348297538e-07
BICGSTAB_SOLVER_TIME: 0.361154 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 76 resid = 2.192259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279987(s) Flops=501663744 => 1791.73941647291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257960.99924476 Mflops = 257.96099924476 Gflops = 0.25796099924476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056868 s
InvBiCGStab: k = 91 resid = 1.082514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366687(s) Flops=600090624 => 1636.52004025231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235611.708151373 Mflops = 235.611708151373 Gflops = 0.235611708151373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001276687 Relative Rsd = 5.59985565430944e-07
BICGSTAB_SOLVER_TIME: 0.748401 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 57 resid = 1.080073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209102(s) Flops=376989696 => 1802.89856624996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.505731708 Mflops = 259.544505731708 Gflops = 0.259544505731708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05633 s
InvBiCGStab: k = 69 resid = 9.582537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255235(s) Flops=455731200 => 1785.53568280212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257052.053458571 Mflops = 257.052053458571 Gflops = 0.257052053458571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001017219 Relative Rsd = 4.46176640759319e-07
BICGSTAB_SOLVER_TIME: 0.565276 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042098 s
InvBiCGStab: k = 58 resid = 2.124033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243537(s) Flops=383551488 => 1574.92080464159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226719.757941786 Mflops = 226.719757941786 Gflops = 0.226719757941787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 78 resid = 1.041639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284141(s) Flops=514787328 => 1811.73194998258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260819.702583744 Mflops = 260.819702583744 Gflops = 0.260819702583744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001091821 Relative Rsd = 4.78898901015465e-07
BICGSTAB_SOLVER_TIME: 0.629519 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041758 s
InvBiCGStab: k = 53 resid = 2.030201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196324(s) Flops=350742528 => 1786.54941830851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257189.654871415 Mflops = 257.189654871415 Gflops = 0.257189654871415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055826 s
InvBiCGStab: k = 81 resid = 7.098892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299499(s) Flops=534472704 => 1784.55588833352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256923.653989941 Mflops = 256.923653989941 Gflops = 0.256923653989941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001110046 Relative Rsd = 4.86892640977388e-07
BICGSTAB_SOLVER_TIME: 0.597257 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110145
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.815177(s) Flops=1285300224 => 1576.71306231653 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227071.544441683 Mflops = 227.071544441683 Gflops = 0.227071544441683 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142161000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049387 s
InvBiCGStab: k = 32 resid = 1.089106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137452(s) Flops=212944896 => 1549.23097517679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223012.013074291 Mflops = 223.012013074291 Gflops = 0.223012013074291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065526 s
InvBiCGStab: k = 45 resid = 7.697184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217144(s) Flops=298248192 => 1373.50418155694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197751.501298961 Mflops = 197.751501298961 Gflops = 0.197751501298961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007818297 Relative Rsd = 3.42929238464372e-07
BICGSTAB_SOLVER_TIME: 0.475027 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045292 s
InvBiCGStab: k = 80 resid = 1.361267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367921(s) Flops=527910912 => 1434.84854629119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206590.813297075 Mflops = 206.590813297075 Gflops = 0.206590813297075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065024 s
InvBiCGStab: k = 89 resid = 1.148083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405691(s) Flops=586967040 => 1446.83278652965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208313.964789436 Mflops = 208.313964789436 Gflops = 0.208313964789436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001226082 Relative Rsd = 5.37788777391697e-07
BICGSTAB_SOLVER_TIME: 0.888001 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134798
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056983 s
InvBiCGStab: k = 49 resid = 2.152003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208204(s) Flops=324495360 => 1558.54527290542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224367.380708123 Mflops = 224.367380708123 Gflops = 0.224367380708123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056346 s
InvBiCGStab: k = 63 resid = 1.116671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233585(s) Flops=416360448 => 1782.47938865937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256604.474619893 Mflops = 256.604474619893 Gflops = 0.256604474619893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001026645 Relative Rsd = 4.50311073247993e-07
BICGSTAB_SOLVER_TIME: 0.558999 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0942360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 64 resid = 2.186554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245868(s) Flops=422922240 => 1720.11908829128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247633.304877901 Mflops = 247.633304877901 Gflops = 0.247633304877901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061636 s
InvBiCGStab: k = 88 resid = 1.060125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336927(s) Flops=580405248 => 1722.64391989956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248006.377102392 Mflops = 248.006377102392 Gflops = 0.248006377102392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001122115 Relative Rsd = 4.92186397584515e-07
BICGSTAB_SOLVER_TIME: 0.689088 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041716 s
InvBiCGStab: k = 51 resid = 2.213384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188007(s) Flops=337618944 => 1795.77858271235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258535.39181122 Mflops = 258.53539181122 Gflops = 0.25853539181122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 76 resid = 1.112905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284708(s) Flops=501663744 => 1762.02897003245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253676.780952995 Mflops = 253.676780952995 Gflops = 0.253676780952995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001039345 Relative Rsd = 4.55881537809572e-07
BICGSTAB_SOLVER_TIME: 0.574791 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105014
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831975(s) Flops=1285226496 => 1544.7898025782 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222627.848878359 Mflops = 222.627848878359 Gflops = 0.222627848878359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143593000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 31 resid = 2.039848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117946(s) Flops=206383104 => 1749.81011649399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251846.587849687 Mflops = 251.846587849687 Gflops = 0.251846587849687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05666 s
InvBiCGStab: k = 58 resid = 8.917947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252212(s) Flops=383551488 => 1520.75035287774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218926.553839124 Mflops = 218.926553839124 Gflops = 0.218926553839124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007588423 Relative Rsd = 3.32846401955753e-07
BICGSTAB_SOLVER_TIME: 0.47178 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 46 resid = 1.932483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168094(s) Flops=304809984 => 1813.33054124478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261052.009836672 Mflops = 261.052009836672 Gflops = 0.261052009836672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 65 resid = 9.645303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240101(s) Flops=429484032 => 1788.76402847135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257509.090188696 Mflops = 257.509090188696 Gflops = 0.257509090188696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001025673 Relative Rsd = 4.49884598836554e-07
BICGSTAB_SOLVER_TIME: 0.509025 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934800000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040778 s
InvBiCGStab: k = 56 resid = 2.215445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213467(s) Flops=370427904 => 1735.29353014752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249814.652805298 Mflops = 249.814652805298 Gflops = 0.249814652805298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05987 s
InvBiCGStab: k = 68 resid = 1.097523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269261(s) Flops=449169408 => 1668.15620531752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240149.763985818 Mflops = 240.149763985818 Gflops = 0.240149763985818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001018196 Relative Rsd = 4.46605361922925e-07
BICGSTAB_SOLVER_TIME: 0.587263 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0485 s
InvBiCGStab: k = 58 resid = 1.736131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272797(s) Flops=383551488 => 1405.99598969197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202422.760626695 Mflops = 202.422760626695 Gflops = 0.202422760626695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069592 s
InvBiCGStab: k = 92 resid = 8.899639e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427446(s) Flops=606652416 => 1419.24925253716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204345.652140439 Mflops = 204.345652140439 Gflops = 0.204345652140439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001062041 Relative Rsd = 4.65836539226113e-07
BICGSTAB_SOLVER_TIME: 0.824453 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053313 s
InvBiCGStab: k = 52 resid = 1.265505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223695(s) Flops=344180736 => 1538.61613357473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221501.291676023 Mflops = 221.501291676023 Gflops = 0.221501291676023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069315 s
InvBiCGStab: k = 71 resid = 1.119299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307116(s) Flops=468854784 => 1526.63743992498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219800.280279364 Mflops = 219.800280279364 Gflops = 0.219800280279364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001005427 Relative Rsd = 4.41004361956887e-07
BICGSTAB_SOLVER_TIME: 0.657346 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102047
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834581(s) Flops=1285079040 => 1539.78947519773 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221829.424111473 Mflops = 221.829424111473 Gflops = 0.221829424111473 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142042000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043014 s
InvBiCGStab: k = 31 resid = 1.889368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114506(s) Flops=206383104 => 1802.37807625801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259434.917804333 Mflops = 259.434917804333 Gflops = 0.259434917804333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057029 s
InvBiCGStab: k = 45 resid = 1.058349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167636(s) Flops=298248192 => 1779.1416640817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256093.536537141 Mflops = 256.093536537141 Gflops = 0.256093536537141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007424069 Relative Rsd = 3.25637467844718e-07
BICGSTAB_SOLVER_TIME: 0.386006 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043368 s
InvBiCGStab: k = 62 resid = 1.967766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246633(s) Flops=409798656 => 1661.57268492051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239185.64412379 Mflops = 239.18564412379 Gflops = 0.23918564412379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 82 resid = 8.05393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299303(s) Flops=541034496 => 1807.64808906025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260243.189418907 Mflops = 260.243189418907 Gflops = 0.260243189418907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001087377 Relative Rsd = 4.76949537134826e-07
BICGSTAB_SOLVER_TIME: 0.649627 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041323 s
InvBiCGStab: k = 48 resid = 2.0128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176604(s) Flops=317933568 => 1800.26255350955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259160.877919176 Mflops = 259.160877919176 Gflops = 0.259160877919176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 68 resid = 1.060466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251008(s) Flops=449169408 => 1789.4625191229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257629.915377119 Mflops = 257.629915377118 Gflops = 0.257629915377118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001010357 Relative Rsd = 4.43166860918148e-07
BICGSTAB_SOLVER_TIME: 0.529398 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972850000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041515 s
InvBiCGStab: k = 58 resid = 2.106484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21256(s) Flops=383551488 => 1804.43869025216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.157995155 Mflops = 259.771157995155 Gflops = 0.259771157995155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056097 s
InvBiCGStab: k = 74 resid = 1.127294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281851(s) Flops=488540160 => 1733.32775118768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249543.374765665 Mflops = 249.543374765665 Gflops = 0.249543374765665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001048077 Relative Rsd = 4.59711688567192e-07
BICGSTAB_SOLVER_TIME: 0.595798 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 48 resid = 1.276935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181022(s) Flops=317933568 => 1756.32557368718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252822.235216157 Mflops = 252.822235216157 Gflops = 0.252822235216157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055773 s
InvBiCGStab: k = 75 resid = 9.945524e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306575(s) Flops=495101952 => 1614.94561526543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232508.370741365 Mflops = 232.508370741365 Gflops = 0.232508370741365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001001244 Relative Rsd = 4.39169429249144e-07
BICGSTAB_SOLVER_TIME: 0.588156 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102185
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.844095(s) Flops=1278959616 => 1515.18444724824 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218166.034443322 Mflops = 218.166034443322 Gflops = 0.218166034443322 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141285000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.573753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021165
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 9.356873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828936(s) Flops=1485932544 => 1792.57812907148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258092.065653666 Mflops = 258.092065653666 Gflops = 0.258092065653666 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.103795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774781(s) Flops=1341573120 => 1731.55139323241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249329.781949314 Mflops = 249.329781949314 Gflops = 0.249329781949314 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002032512 Relative Rsd = 8.94800203441287e-07
BICGSTAB_SOLVER_TIME: 1.607021 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.116591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307276999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 1.686202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.644644(s) Flops=1098786816 => 1704.48622185268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245402.255019462 Mflops = 245.402255019462 Gflops = 0.245402255019462 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 9.450119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751482(s) Flops=1315325952 => 1750.30932477425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252031.06008708 Mflops = 252.03106008708 Gflops = 0.25203106008708 Tflops
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.002070564 Relative Rsd = 9.0974359834804e-07
BICGSTAB_SOLVER_TIME: 1.399574 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.114782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262315999999997
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.816814(s) Flops=1278959616 => 1565.7905177923 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225471.402049666 Mflops = 225.471402049666 Gflops = 0.225471402049666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141588000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 27 resid = 2.217022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10036(s) Flops=180135936 => 1794.89772817856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258349.86228581 Mflops = 258.34986228581 Gflops = 0.25834986228581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056898 s
InvBiCGStab: k = 48 resid = 1.150374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177884(s) Flops=317933568 => 1787.30840322907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257276.752754711 Mflops = 257.276752754711 Gflops = 0.257276752754711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007486513 Relative Rsd = 3.28376386393326e-07
BICGSTAB_SOLVER_TIME: 0.379783 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0680040000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043643 s
InvBiCGStab: k = 75 resid = 2.232451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350485(s) Flops=495101952 => 1412.61951866699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203379.400899931 Mflops = 203.379400899931 Gflops = 0.203379400899931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060244 s
InvBiCGStab: k = 95 resid = 9.974131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.460636(s) Flops=626337792 => 1359.72392952353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195771.257260408 Mflops = 195.771257260408 Gflops = 0.195771257260408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001233655 Relative Rsd = 5.4111060047141e-07
BICGSTAB_SOLVER_TIME: 0.919208 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048731 s
InvBiCGStab: k = 49 resid = 1.717343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234605(s) Flops=324495360 => 1383.15619871699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199122.382792467 Mflops = 199.122382792467 Gflops = 0.199122382792467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067922 s
InvBiCGStab: k = 66 resid = 8.990669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278592(s) Flops=436045824 => 1565.17711922812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225348.845784448 Mflops = 225.348845784448 Gflops = 0.225348845784448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.000977013 Relative Rsd = 4.28541321308227e-07
BICGSTAB_SOLVER_TIME: 0.64395 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0966030000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 61 resid = 1.685763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261935(s) Flops=403236864 => 1539.45392559223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221635.326861143 Mflops = 221.635326861143 Gflops = 0.221635326861143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 75 resid = 1.101045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287518(s) Flops=495101952 => 1721.98593479365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247916.496390119 Mflops = 247.916496390119 Gflops = 0.247916496390119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001073385 Relative Rsd = 4.7081253358918e-07
BICGSTAB_SOLVER_TIME: 0.651648 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040679 s
InvBiCGStab: k = 54 resid = 2.218062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199025(s) Flops=357304320 => 1795.27355859817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258448.962976833 Mflops = 258.448962976833 Gflops = 0.258448962976833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056122 s
InvBiCGStab: k = 77 resid = 4.476674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283405(s) Flops=508225536 => 1793.2835906212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258169.247474141 Mflops = 258.169247474141 Gflops = 0.258169247474141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001023923 Relative Rsd = 4.49117281908788e-07
BICGSTAB_SOLVER_TIME: 0.583073 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107808
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.864425(s) Flops=1278885888 => 1479.46425427307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213027.191931283 Mflops = 213.027191931283 Gflops = 0.213027191931283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141250000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041224 s
InvBiCGStab: k = 31 resid = 1.241737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114629(s) Flops=206383104 => 1800.4440761064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259120.013662393 Mflops = 259.120013662393 Gflops = 0.259120013662393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05633 s
InvBiCGStab: k = 48 resid = 1.033452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17773(s) Flops=317933568 => 1788.857075339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257499.766662923 Mflops = 257.499766662923 Gflops = 0.257499766662923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007831386 Relative Rsd = 3.43503334705729e-07
BICGSTAB_SOLVER_TIME: 0.393735 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042871 s
InvBiCGStab: k = 73 resid = 1.903716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289839(s) Flops=481978368 => 1662.91757837972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239415.973154838 Mflops = 239.415973154838 Gflops = 0.239415973154838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 90 resid = 1.125422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341892(s) Flops=593528832 => 1736.01263556913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249941.555300059 Mflops = 249.941555300059 Gflops = 0.249941555300059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001223717 Relative Rsd = 5.36751697016179e-07
BICGSTAB_SOLVER_TIME: 0.734645 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041397 s
InvBiCGStab: k = 53 resid = 2.062408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195285(s) Flops=350742528 => 1796.0546278516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258573.717308816 Mflops = 258.573717308816 Gflops = 0.258573717308816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056467 s
InvBiCGStab: k = 71 resid = 1.07518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275285(s) Flops=468854784 => 1703.16139273843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245205.699980232 Mflops = 245.205699980232 Gflops = 0.245205699980232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001032977 Relative Rsd = 4.53088671677668e-07
BICGSTAB_SOLVER_TIME: 0.572908 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 61 resid = 2.124376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222882(s) Flops=403236864 => 1809.19438985652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260457.188227855 Mflops = 260.457188227855 Gflops = 0.260457188227855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056293 s
InvBiCGStab: k = 81 resid = 1.002485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31413(s) Flops=534472704 => 1701.43795244007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244962.469731043 Mflops = 244.962469731043 Gflops = 0.244962469731043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00112434 Relative Rsd = 4.93162356088567e-07
BICGSTAB_SOLVER_TIME: 0.639088 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051661 s
InvBiCGStab: k = 52 resid = 2.268902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24951(s) Flops=344180736 => 1379.42662017554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198600.388060044 Mflops = 198.600388060044 Gflops = 0.198600388060044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083767 s
InvBiCGStab: k = 68 resid = 6.840081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299434(s) Flops=449169408 => 1500.06147598469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215937.319065106 Mflops = 215.937319065106 Gflops = 0.215937319065106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001032786 Relative Rsd = 4.53004878034328e-07
BICGSTAB_SOLVER_TIME: 0.688506 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999290000000003
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912753(s) Flops=1285005312 => 1407.83466282773 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202718.114653726 Mflops = 202.718114653726 Gflops = 0.202718114653726 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142349000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.51343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041552 s
InvBiCGStab: k = 28 resid = 2.255791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103883(s) Flops=186697728 => 1797.1923028792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258656.968042951 Mflops = 258.656968042951 Gflops = 0.258656968042951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 52 resid = 1.150579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192033(s) Flops=344180736 => 1792.29994844636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257989.528288088 Mflops = 257.989528288088 Gflops = 0.257989528288088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007638974 Relative Rsd = 3.35063716563647e-07
BICGSTAB_SOLVER_TIME: 0.397975 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 64 resid = 1.962614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259244(s) Flops=422922240 => 1631.36751477373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234869.490514281 Mflops = 234.869490514281 Gflops = 0.234869490514281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059685 s
InvBiCGStab: k = 75 resid = 1.127115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277039(s) Flops=495101952 => 1787.12005168947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257282.014499727 Mflops = 257.282014499727 Gflops = 0.257282014499727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001111074 Relative Rsd = 4.87343829662671e-07
BICGSTAB_SOLVER_TIME: 0.641134 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043126 s
InvBiCGStab: k = 58 resid = 2.056128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212535(s) Flops=383551488 => 1804.65094219776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259807.519643642 Mflops = 259.807519643642 Gflops = 0.259807519643642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 62 resid = 1.050395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230206(s) Flops=409798656 => 1780.13890167937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256279.375801736 Mflops = 256.279375801736 Gflops = 0.256279375801736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001020331 Relative Rsd = 4.47541746951298e-07
BICGSTAB_SOLVER_TIME: 0.546192 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044445 s
InvBiCGStab: k = 55 resid = 1.893957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203748(s) Flops=363866112 => 1785.86347841451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257105.707542937 Mflops = 257.105707542937 Gflops = 0.257105707542937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056418 s
InvBiCGStab: k = 67 resid = 9.342153e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245473(s) Flops=442607616 => 1803.08064838088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.34513828 Mflops = 259.57334513828 Gflops = 0.25957334513828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001076674 Relative Rsd = 4.72254999543293e-07
BICGSTAB_SOLVER_TIME: 0.553833 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042549 s
InvBiCGStab: k = 59 resid = 2.017427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216174(s) Flops=390113280 => 1804.62627327986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.25923914 Mflops = 259.80025923914 Gflops = 0.25980025923914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057176 s
InvBiCGStab: k = 65 resid = 8.97697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246343(s) Flops=429484032 => 1743.43915597358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251017.770439357 Mflops = 251.017770439357 Gflops = 0.251017770439357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001000368 Relative Rsd = 4.38785387816142e-07
BICGSTAB_SOLVER_TIME: 0.566612 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103004
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942807(s) Flops=1284931584 => 1362.87870582208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196243.500859815 Mflops = 196.243500859815 Gflops = 0.196243500859815 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142214000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.548799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040835 s
InvBiCGStab: k = 31 resid = 1.396066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115034(s) Flops=206383104 => 1794.1052558374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258213.110634429 Mflops = 258.213110634429 Gflops = 0.258213110634429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055812 s
InvBiCGStab: k = 52 resid = 4.691816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191976(s) Flops=344180736 => 1792.832104013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258077.828342576 Mflops = 258.077828342576 Gflops = 0.258077828342576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007437821 Relative Rsd = 3.26240644207879e-07
BICGSTAB_SOLVER_TIME: 0.407514 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 60 resid = 1.960021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221857(s) Flops=396675072 => 1787.97636315284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257403.656375514 Mflops = 257.403656375514 Gflops = 0.257403656375514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 76 resid = 1.13673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292827(s) Flops=501663744 => 1713.1744818613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246636.903845845 Mflops = 246.636903845845 Gflops = 0.246636903845845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001092135 Relative Rsd = 4.79036565648277e-07
BICGSTAB_SOLVER_TIME: 0.616419 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 46 resid = 2.130291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168772(s) Flops=304809984 => 1806.04593178963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259989.750104486 Mflops = 259.989750104486 Gflops = 0.259989750104486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 69 resid = 1.055144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253307(s) Flops=455731200 => 1799.12596177761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259013.674541666 Mflops = 259.013674541666 Gflops = 0.259013674541666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009817119 Relative Rsd = 4.30602358984103e-07
BICGSTAB_SOLVER_TIME: 0.523125 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0966490000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040584 s
InvBiCGStab: k = 58 resid = 1.901579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225518(s) Flops=383551488 => 1700.75775769562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244849.606320656 Mflops = 244.849606320656 Gflops = 0.244849606320656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065578 s
InvBiCGStab: k = 71 resid = 1.079915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271262(s) Flops=468854784 => 1728.42043485634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248821.263230825 Mflops = 248.821263230825 Gflops = 0.248821263230825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001075263 Relative Rsd = 4.71636019321134e-07
BICGSTAB_SOLVER_TIME: 0.606753 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 58 resid = 1.75484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212558(s) Flops=383551488 => 1804.45566857046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259778.039112667 Mflops = 259.778039112667 Gflops = 0.259778039112667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057023 s
InvBiCGStab: k = 64 resid = 1.04244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238603(s) Flops=422922240 => 1772.49338859947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255170.266234698 Mflops = 255.170266234698 Gflops = 0.255170266234698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009864505 Relative Rsd = 4.32680808989278e-07
BICGSTAB_SOLVER_TIME: 0.55291 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101399
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897086(s) Flops=1278885888 => 1425.60009631184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205269.174767243 Mflops = 205.269174767243 Gflops = 0.205269174767243 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141129000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.541423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.037795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735284(s) Flops=1302202368 => 1771.01958970955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254963.315050412 Mflops = 254.963315050412 Gflops = 0.254963315050412 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.136355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84205(s) Flops=1466247168 => 1741.28278368268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250733.548447746 Mflops = 250.733548447746 Gflops = 0.250733548447746 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002013151 Relative Rsd = 8.86266657361157e-07
BICGSTAB_SOLVER_TIME: 1.58157 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.115771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300484999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.062299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.642357(s) Flops=1157842944 => 1802.49136227985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.638675154 Mflops = 259.461638675154 Gflops = 0.259461638675154 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.080654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851043(s) Flops=1453123584 => 1707.46200133248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245861.941210246 Mflops = 245.861941210246 Gflops = 0.245861941210246 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002056929 Relative Rsd = 9.03718285343015e-07
BICGSTAB_SOLVER_TIME: 1.497 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.120345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283505999999998
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854525(s) Flops=1278885888 => 1496.60441531845 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215551.67572927 Mflops = 215.55167572927 Gflops = 0.21555167572927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141542000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.497743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052248 s
InvBiCGStab: k = 31 resid = 1.485842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158148(s) Flops=206383104 => 1304.99977236513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187853.985769332 Mflops = 187.853985769332 Gflops = 0.187853985769332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064614 s
InvBiCGStab: k = 46 resid = 1.057005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201119(s) Flops=304809984 => 1515.57030414829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218169.865692177 Mflops = 218.169865692177 Gflops = 0.218169865692177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007761955 Relative Rsd = 3.40457964267722e-07
BICGSTAB_SOLVER_TIME: 0.479974 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047379 s
InvBiCGStab: k = 72 resid = 1.496127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325553(s) Flops=475416576 => 1460.33541696744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210256.227722532 Mflops = 210.256227722532 Gflops = 0.210256227722532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05671 s
InvBiCGStab: k = 98 resid = 6.341873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359166(s) Flops=646023168 => 1798.67573211273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.058064136 Mflops = 258.965058064136 Gflops = 0.258965058064136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001271023 Relative Rsd = 5.57501168159134e-07
BICGSTAB_SOLVER_TIME: 0.792698 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04166 s
InvBiCGStab: k = 46 resid = 2.261773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17203(s) Flops=304809984 => 1771.84202755333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255070.334621574 Mflops = 255.070334621573 Gflops = 0.255070334621573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056881 s
InvBiCGStab: k = 74 resid = 5.206181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282462(s) Flops=488540160 => 1729.57835036217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249009.633112306 Mflops = 249.009633112306 Gflops = 0.249009633112306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001006594 Relative Rsd = 4.41516315075791e-07
BICGSTAB_SOLVER_TIME: 0.556982 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999300000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041966 s
InvBiCGStab: k = 59 resid = 2.190683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216113(s) Flops=390113280 => 1805.13564662931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259880.501282201 Mflops = 259.880501282201 Gflops = 0.259880501282201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 81 resid = 6.445919e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313981(s) Flops=534472704 => 1702.24537153522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245068.729882894 Mflops = 245.068729882894 Gflops = 0.245068729882894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001088065 Relative Rsd = 4.77251163613319e-07
BICGSTAB_SOLVER_TIME: 0.632582 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043209 s
InvBiCGStab: k = 54 resid = 1.617962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203464(s) Flops=357304320 => 1756.10584673456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252820.495646444 Mflops = 252.820495646444 Gflops = 0.252820495646444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0608 s
InvBiCGStab: k = 78 resid = 7.219493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330819(s) Flops=514787328 => 1556.09964361176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224018.993643208 Mflops = 224.018993643208 Gflops = 0.224018993643208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001013702 Relative Rsd = 4.44633785833357e-07
BICGSTAB_SOLVER_TIME: 0.642081 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108522
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807119(s) Flops=1278885888 => 1584.50722631979 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228144.072233417 Mflops = 228.144072233417 Gflops = 0.228144072233417 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141457000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058073 s
InvBiCGStab: k = 26 resid = 2.185262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121636(s) Flops=173574144 => 1426.99648130488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205403.002127836 Mflops = 205.403002127836 Gflops = 0.205403002127836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06627 s
InvBiCGStab: k = 50 resid = 9.986918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220062(s) Flops=331057152 => 1504.38127436813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216574.520784579 Mflops = 216.574520784579 Gflops = 0.216574520784579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007589521 Relative Rsd = 3.32894553939707e-07
BICGSTAB_SOLVER_TIME: 0.471052 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048913 s
InvBiCGStab: k = 74 resid = 1.990489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319114(s) Flops=488540160 => 1530.92675344861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220409.857418141 Mflops = 220.409857418141 Gflops = 0.220409857418141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.102163 s
InvBiCGStab: k = 99 resid = 1.051985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421019(s) Flops=652584960 => 1550.01308729535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223168.563978899 Mflops = 223.168563978899 Gflops = 0.223168563978899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001230661 Relative Rsd = 5.39797322766932e-07
BICGSTAB_SOLVER_TIME: 0.895006 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137737
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 50 resid = 2.261219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184727(s) Flops=331057152 => 1792.14274036822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258011.386516755 Mflops = 258.011386516755 Gflops = 0.258011386516755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061372 s
InvBiCGStab: k = 63 resid = 1.115597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254464(s) Flops=416360448 => 1636.22535211268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235557.726744265 Mflops = 235.557726744265 Gflops = 0.235557726744265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009829764 Relative Rsd = 4.31157000394191e-07
BICGSTAB_SOLVER_TIME: 0.546006 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0950270000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049278 s
InvBiCGStab: k = 60 resid = 1.877091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235749(s) Flops=396675072 => 1682.61613835053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242223.046657489 Mflops = 242.223046657489 Gflops = 0.242223046657489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05669 s
InvBiCGStab: k = 74 resid = 9.432988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273083(s) Flops=488540160 => 1788.98049311015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257550.755138326 Mflops = 257.550755138326 Gflops = 0.257550755138326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001098518 Relative Rsd = 4.81836172036684e-07
BICGSTAB_SOLVER_TIME: 0.61876 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042663 s
InvBiCGStab: k = 48 resid = 2.231454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180522(s) Flops=317933568 => 1761.19014856915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253524.582214398 Mflops = 253.524582214398 Gflops = 0.253524582214398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057491 s
InvBiCGStab: k = 74 resid = 1.001474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284296(s) Flops=488540160 => 1718.42080085545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247396.092500408 Mflops = 247.396092500408 Gflops = 0.247396092500408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001014115 Relative Rsd = 4.44815108945787e-07
BICGSTAB_SOLVER_TIME: 0.569229 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101459
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.805178(s) Flops=1278959616 => 1588.41848137927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228706.36022068 Mflops = 228.70636022068 Gflops = 0.22870636022068 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141725000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055295 s
InvBiCGStab: k = 26 resid = 2.192158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14467(s) Flops=173574144 => 1199.79362687496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172683.165224807 Mflops = 172.683165224807 Gflops = 0.172683165224807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060285 s
InvBiCGStab: k = 43 resid = 1.106668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197345(s) Flops=285124608 => 1444.80279713193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207994.410837192 Mflops = 207.994410837192 Gflops = 0.207994410837192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007240082 Relative Rsd = 3.17567338309098e-07
BICGSTAB_SOLVER_TIME: 0.461407 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046305 s
InvBiCGStab: k = 50 resid = 1.696624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245704(s) Flops=331057152 => 1347.38202064272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193980.565101918 Mflops = 193.980565101918 Gflops = 0.193980565101918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066262 s
InvBiCGStab: k = 81 resid = 7.387447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351021(s) Flops=534472704 => 1522.62315929816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219210.78530651 Mflops = 219.21078530651 Gflops = 0.21921078530651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001065208 Relative Rsd = 4.67225746941345e-07
BICGSTAB_SOLVER_TIME: 0.713173 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 54 resid = 1.237332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239092(s) Flops=357304320 => 1494.42189617386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215151.584807754 Mflops = 215.151584807754 Gflops = 0.215151584807754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057039 s
InvBiCGStab: k = 67 resid = 1.079176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249175(s) Flops=442607616 => 1776.29222835357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255719.623400198 Mflops = 255.719623400198 Gflops = 0.255719623400198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.000996582 Relative Rsd = 4.37124731589032e-07
BICGSTAB_SOLVER_TIME: 0.590005 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041904 s
InvBiCGStab: k = 52 resid = 1.760912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195251(s) Flops=344180736 => 1762.76042632304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253775.312889525 Mflops = 253.775312889525 Gflops = 0.253775312889525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057692 s
InvBiCGStab: k = 73 resid = 1.133234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315194(s) Flops=481978368 => 1529.1482959701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220143.274400834 Mflops = 220.143274400834 Gflops = 0.220143274400834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001057374 Relative Rsd = 4.63789645876383e-07
BICGSTAB_SOLVER_TIME: 0.613864 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 48 resid = 1.944359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178286(s) Flops=317933568 => 1783.27837295133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256733.015657415 Mflops = 256.733015657415 Gflops = 0.256733015657415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055913 s
InvBiCGStab: k = 64 resid = 1.070073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236429(s) Flops=422922240 => 1788.79173028689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257516.528019497 Mflops = 257.516528019497 Gflops = 0.257516528019497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.000989845 Relative Rsd = 4.34169741863219e-07
BICGSTAB_SOLVER_TIME: 0.515626 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0942390000000003
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.828868(s) Flops=1279180800 => 1543.28650641598 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222218.900875154 Mflops = 222.218900875154 Gflops = 0.222218900875154 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141520000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041254 s
InvBiCGStab: k = 28 resid = 1.929292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103867(s) Flops=186697728 => 1797.4691480451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258705.417173088 Mflops = 258.705417173088 Gflops = 0.258705417173088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056862 s
InvBiCGStab: k = 54 resid = 5.983559e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199534(s) Flops=357304320 => 1790.69391682621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257778.121919036 Mflops = 257.778121919036 Gflops = 0.257778121919036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007440406 Relative Rsd = 3.26354028598516e-07
BICGSTAB_SOLVER_TIME: 0.405388 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0476 s
InvBiCGStab: k = 51 resid = 2.277399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24171(s) Flops=337618944 => 1396.79344669232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201100.857275897 Mflops = 201.100857275897 Gflops = 0.201100857275897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072731 s
InvBiCGStab: k = 79 resid = 1.05886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370121(s) Flops=521349120 => 1408.59102833938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202796.090423632 Mflops = 202.796090423632 Gflops = 0.202796090423632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001080018 Relative Rsd = 4.73721822333403e-07
BICGSTAB_SOLVER_TIME: 0.736079 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057598 s
InvBiCGStab: k = 51 resid = 1.721785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237274(s) Flops=337618944 => 1422.90745720138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204855.409641362 Mflops = 204.855409641362 Gflops = 0.204855409641362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077107 s
InvBiCGStab: k = 66 resid = 1.111438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319228(s) Flops=436045824 => 1365.93852669565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196640.526377274 Mflops = 196.640526377274 Gflops = 0.196640526377274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009862189 Relative Rsd = 4.32579245578795e-07
BICGSTAB_SOLVER_TIME: 0.695221 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977040000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 52 resid = 2.222736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19096(s) Flops=344180736 => 1802.37084206116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259474.386735048 Mflops = 259.474386735048 Gflops = 0.259474386735048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057031 s
InvBiCGStab: k = 74 resid = 1.048216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275012(s) Flops=488540160 => 1776.43215568775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255745.293546143 Mflops = 255.745293546143 Gflops = 0.255745293546143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001059863 Relative Rsd = 4.64881158929415e-07
BICGSTAB_SOLVER_TIME: 0.568197 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051035 s
InvBiCGStab: k = 50 resid = 2.084162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185461(s) Flops=331057152 => 1785.04996737859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256969.343804311 Mflops = 256.969343804311 Gflops = 0.256969343804311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 69 resid = 1.066427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25603(s) Flops=455731200 => 1779.99140725696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256265.630664165 Mflops = 256.265630664165 Gflops = 0.256265630664165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009959661 Relative Rsd = 4.36854610703434e-07
BICGSTAB_SOLVER_TIME: 0.55274 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994360000000004
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.8429(s) Flops=1291788288 => 1532.55224581801 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220657.549283275 Mflops = 220.657549283275 Gflops = 0.220657549283275 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.896805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.098802(s) Flops=1676224512 => 1525.50187567915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219583.799076934 Mflops = 219.583799076934 Gflops = 0.219583799076934 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 7.641087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.091467(s) Flops=1577797632 => 1445.57520474737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208155.884392568 Mflops = 208.155884392568 Gflops = 0.208155884392568 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.002051978 Relative Rsd = 9.03365325452761e-07
BICGSTAB_SOLVER_TIME: 2.193918 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.123683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352836999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.093547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768593(s) Flops=1184090112 => 1540.59445246053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221822.451016536 Mflops = 221.822451016536 Gflops = 0.221822451016536 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.035214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784459(s) Flops=1348134912 => 1718.55369369209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247458.344953243 Mflops = 247.458344953243 Gflops = 0.247458344953243 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002102511 Relative Rsd = 9.23714412132046e-07
BICGSTAB_SOLVER_TIME: 1.556461 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276136999999997
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.835623(s) Flops=1291788288 => 1545.89843505983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222597.386153132 Mflops = 222.597386153132 Gflops = 0.222597386153132 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142810000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 30 resid = 1.364761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111363(s) Flops=199821312 => 1794.32407532125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258269.881813497 Mflops = 258.269881813497 Gflops = 0.258269881813497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056594 s
InvBiCGStab: k = 46 resid = 8.037105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169685(s) Flops=304809984 => 1796.32839673513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258570.092928484 Mflops = 258.570092928484 Gflops = 0.258570092928484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007920527 Relative Rsd = 3.47413270696571e-07
BICGSTAB_SOLVER_TIME: 0.382436 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041727 s
InvBiCGStab: k = 74 resid = 1.064666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28231(s) Flops=488540160 => 1730.50958166555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249139.467628443 Mflops = 249.139467628443 Gflops = 0.249139467628443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063093 s
InvBiCGStab: k = 97 resid = 1.019943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406096(s) Flops=639461376 => 1574.65568732516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226712.573293988 Mflops = 226.712573293988 Gflops = 0.226712573293988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001238184 Relative Rsd = 5.43096984700265e-07
BICGSTAB_SOLVER_TIME: 0.798671 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050834 s
InvBiCGStab: k = 52 resid = 1.450254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222435(s) Flops=344180736 => 1547.33174185717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222772.372384657 Mflops = 222.772372384657 Gflops = 0.222772372384657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063521 s
InvBiCGStab: k = 61 resid = 9.079517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265584(s) Flops=403236864 => 1518.30254834629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218578.442181291 Mflops = 218.578442181291 Gflops = 0.218578442181291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009972367 Relative Rsd = 4.37411907366083e-07
BICGSTAB_SOLVER_TIME: 0.606972 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949480000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048308 s
InvBiCGStab: k = 54 resid = 2.141189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225671(s) Flops=357304320 => 1583.29745514488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227946.742757885 Mflops = 227.946742757885 Gflops = 0.227946742757885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083429 s
InvBiCGStab: k = 79 resid = 9.322266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34621(s) Flops=521349120 => 1505.87539354727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216806.330414987 Mflops = 216.806330414987 Gflops = 0.216806330414987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001097076 Relative Rsd = 4.81203915551717e-07
BICGSTAB_SOLVER_TIME: 0.707457 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042008 s
InvBiCGStab: k = 51 resid = 2.158232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197994(s) Flops=337618944 => 1705.19785448044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245480.076444078 Mflops = 245.480076444078 Gflops = 0.245480076444078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067643 s
InvBiCGStab: k = 80 resid = 8.378107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300827(s) Flops=527910912 => 1754.86546087951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252636.603018319 Mflops = 252.636603018319 Gflops = 0.252636603018319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001075083 Relative Rsd = 4.71557229807623e-07
BICGSTAB_SOLVER_TIME: 0.612353 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107816
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863505(s) Flops=1310367744 => 1517.49873364949 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218496.034389966 Mflops = 218.496034389966 Gflops = 0.218496034389966 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145411000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.458551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 28 resid = 2.010675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10703(s) Flops=186697728 => 1744.34950948332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251052.58049421 Mflops = 251.05258049421 Gflops = 0.25105258049421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05837 s
InvBiCGStab: k = 49 resid = 9.426732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185792(s) Flops=324495360 => 1746.55184292112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251410.753977714 Mflops = 251.410753977714 Gflops = 0.251410753977714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007498869 Relative Rsd = 3.28918364291197e-07
BICGSTAB_SOLVER_TIME: 0.396359 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0694330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041829 s
InvBiCGStab: k = 75 resid = 2.054459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283802(s) Flops=495101952 => 1744.53299131084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251155.774989861 Mflops = 251.155774989861 Gflops = 0.251155774989861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 94 resid = 5.97364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384939(s) Flops=619776000 => 1610.06289308176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231808.111659622 Mflops = 231.808111659622 Gflops = 0.231808111659622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001210552 Relative Rsd = 5.30977084382648e-07
BICGSTAB_SOLVER_TIME: 0.770648 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049866 s
InvBiCGStab: k = 48 resid = 1.97008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209578(s) Flops=317933568 => 1517.01785492752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218399.371336649 Mflops = 218.399371336649 Gflops = 0.218399371336649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074415 s
InvBiCGStab: k = 74 resid = 1.045955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336424(s) Flops=488540160 => 1452.15608874515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209085.017772543 Mflops = 209.085017772543 Gflops = 0.209085017772543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001010802 Relative Rsd = 4.43362073043978e-07
BICGSTAB_SOLVER_TIME: 0.674501 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049618 s
InvBiCGStab: k = 56 resid = 2.108835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273604(s) Flops=370427904 => 1353.8833642783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194922.09432371 Mflops = 194.92209432371 Gflops = 0.19492209432371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072689 s
InvBiCGStab: k = 70 resid = 1.076697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312166(s) Flops=462292992 => 1480.92038210439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213213.793078239 Mflops = 213.213793078239 Gflops = 0.213213793078239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001073561 Relative Rsd = 4.70889484850919e-07
BICGSTAB_SOLVER_TIME: 0.711834 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104096
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 46 resid = 2.147513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227157(s) Flops=304809984 => 1341.84719819332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193198.50297711 Mflops = 193.19850297711 Gflops = 0.19319850297711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065746 s
InvBiCGStab: k = 68 resid = 1.064846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283375(s) Flops=449169408 => 1585.07069430966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228189.159730247 Mflops = 228.189159730247 Gflops = 0.228189159730247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0010269 Relative Rsd = 4.50422849168328e-07
BICGSTAB_SOLVER_TIME: 0.621948 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956970000000003
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854509(s) Flops=1322975232 => 1548.22855230314 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222938.352705037 Mflops = 222.938352705037 Gflops = 0.222938352705037 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146507000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 29 resid = 2.069985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107357(s) Flops=193259520 => 1800.15760500014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.414781242 Mflops = 259.063414781242 Gflops = 0.259063414781242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057875 s
InvBiCGStab: k = 44 resid = 9.710699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166397(s) Flops=291686400 => 1752.95468067333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252334.697319785 Mflops = 252.334697319785 Gflops = 0.252334697319785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007692323 Relative Rsd = 3.37403708946143e-07
BICGSTAB_SOLVER_TIME: 0.376626 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043739 s
InvBiCGStab: k = 49 resid = 1.70117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187548(s) Flops=324495360 => 1730.1989890588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249081.069466027 Mflops = 249.081069466027 Gflops = 0.249081069466027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056946 s
InvBiCGStab: k = 65 resid = 1.121393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251592(s) Flops=429484032 => 1707.06553467519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245771.287251241 Mflops = 245.771287251241 Gflops = 0.245771287251241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001006289 Relative Rsd = 4.41382326946527e-07
BICGSTAB_SOLVER_TIME: 0.544805 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955370000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 50 resid = 2.003641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186903(s) Flops=331057152 => 1771.27789281071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254971.176527137 Mflops = 254.971176527137 Gflops = 0.254971176527137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057857 s
InvBiCGStab: k = 78 resid = 1.144993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288554(s) Flops=514787328 => 1784.02423116644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256841.966718874 Mflops = 256.841966718874 Gflops = 0.256841966718874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001004632 Relative Rsd = 4.40655655807974e-07
BICGSTAB_SOLVER_TIME: 0.578656 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052589 s
InvBiCGStab: k = 54 resid = 1.949762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2929(s) Flops=357304320 => 1219.88501194947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175628.959462001 Mflops = 175.628959462001 Gflops = 0.175628959462001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072073 s
InvBiCGStab: k = 84 resid = 1.00886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385542(s) Flops=554158080 => 1437.34814883982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206944.940407109 Mflops = 206.944940407109 Gflops = 0.206944940407109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001060921 Relative Rsd = 4.65345572814956e-07
BICGSTAB_SOLVER_TIME: 0.807541 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044503 s
InvBiCGStab: k = 56 resid = 1.859239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268115(s) Flops=370427904 => 1381.60082054342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198912.115516682 Mflops = 198.912115516682 Gflops = 0.198912115516682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086158 s
InvBiCGStab: k = 73 resid = 6.351211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359551(s) Flops=481978368 => 1340.50070226477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193001.914657002 Mflops = 193.001914657002 Gflops = 0.193001914657002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001000294 Relative Rsd = 4.38753116285008e-07
BICGSTAB_SOLVER_TIME: 0.762196 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106448
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898628(s) Flops=1335656448 => 1486.32854529349 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214010.897335174 Mflops = 214.010897335174 Gflops = 0.214010897335174 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147679000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 30 resid = 1.740796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11179(s) Flops=199821312 => 1787.4703640755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257281.937961613 Mflops = 257.281937961613 Gflops = 0.257281937961613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058222 s
InvBiCGStab: k = 46 resid = 9.367474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170326(s) Flops=304809984 => 1789.56814579101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257587.267200838 Mflops = 257.587267200838 Gflops = 0.257587267200838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007504232 Relative Rsd = 3.29153583924374e-07
BICGSTAB_SOLVER_TIME: 0.385314 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04298 s
InvBiCGStab: k = 57 resid = 1.761398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219564(s) Flops=376989696 => 1716.99229381866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247192.694235599 Mflops = 247.192694235599 Gflops = 0.247192694235599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05799 s
InvBiCGStab: k = 81 resid = 1.128491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348514(s) Flops=534472704 => 1533.57599407771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220795.343004917 Mflops = 220.795343004917 Gflops = 0.220795343004917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001098812 Relative Rsd = 4.81965104973571e-07
BICGSTAB_SOLVER_TIME: 0.672957 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040603 s
InvBiCGStab: k = 47 resid = 2.206112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182569(s) Flops=311371776 => 1705.50189791257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245539.243060893 Mflops = 245.539243060893 Gflops = 0.245539243060893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057112 s
InvBiCGStab: k = 73 resid = 6.671887e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278733(s) Flops=481978368 => 1729.17583493881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248938.219981045 Mflops = 248.938219981045 Gflops = 0.248938219981045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009703942 Relative Rsd = 4.25638160069916e-07
BICGSTAB_SOLVER_TIME: 0.562828 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999370000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049461 s
InvBiCGStab: k = 55 resid = 2.262829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248199(s) Flops=363866112 => 1466.02569712207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211066.403361963 Mflops = 211.066403361963 Gflops = 0.211066403361963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059031 s
InvBiCGStab: k = 78 resid = 1.090627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348752(s) Flops=514787328 => 1476.08423177501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212515.966679389 Mflops = 212.515966679389 Gflops = 0.212515966679389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001079302 Relative Rsd = 4.7340778765544e-07
BICGSTAB_SOLVER_TIME: 0.70949 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051876 s
InvBiCGStab: k = 52 resid = 2.045881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243984(s) Flops=344180736 => 1410.66928978949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203085.689843756 Mflops = 203.085689843756 Gflops = 0.203085689843756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065162 s
InvBiCGStab: k = 65 resid = 1.081085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335049(s) Flops=429484032 => 1281.85439144722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184555.573867357 Mflops = 184.555573867357 Gflops = 0.184555573867357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009770603 Relative Rsd = 4.28562052703227e-07
BICGSTAB_SOLVER_TIME: 0.699991 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976720000000003
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935743(s) Flops=1347895296 => 1440.45458635544 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207413.213372015 Mflops = 207.413213372015 Gflops = 0.207413213372015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149352000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.527455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021371
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.652635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.886252(s) Flops=1551550464 => 1750.68768702356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252046.274414347 Mflops = 252.046274414347 Gflops = 0.252046274414347 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 6.835651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.991247(s) Flops=1702471680 => 1717.50500127617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247308.933388946 Mflops = 247.308933388946 Gflops = 0.247308933388946 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.00293067 Relative Rsd = 1.29020961705348e-06
BICGSTAB_SOLVER_TIME: 1.880861 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353029999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.023628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683302(s) Flops=1177528320 => 1723.29119481576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248071.254770939 Mflops = 248.071254770939 Gflops = 0.248071254770939 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 8.548081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788057(s) Flops=1420314624 => 1802.29935651863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259519.624754076 Mflops = 259.519624754075 Gflops = 0.259519624754075 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.002021187 Relative Rsd = 8.87950360616143e-07
BICGSTAB_SOLVER_TIME: 1.474794 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.120366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282067999999997
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025015(s) Flops=1347895296 => 1315.00055706502 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189358.985276486 Mflops = 189.358985276486 Gflops = 0.189358985276486 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149023000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.482777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045684 s
InvBiCGStab: k = 30 resid = 1.99306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138135(s) Flops=199821312 => 1446.56540340971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208224.835336901 Mflops = 208.224835336901 Gflops = 0.208224835336902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 52 resid = 6.060389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192341(s) Flops=344180736 => 1789.42989794168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257590.260282897 Mflops = 257.590260282897 Gflops = 0.257590260282897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007664175 Relative Rsd = 3.36169067567529e-07
BICGSTAB_SOLVER_TIME: 0.436553 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041556 s
InvBiCGStab: k = 81 resid = 1.301289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299176(s) Flops=534472704 => 1786.48255207637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257193.280857064 Mflops = 257.193280857064 Gflops = 0.257193280857064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 104 resid = 1.062459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391612(s) Flops=685393920 => 1750.18620471283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251985.793132202 Mflops = 251.985793132202 Gflops = 0.251985793132202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001254395 Relative Rsd = 5.50207546810147e-07
BICGSTAB_SOLVER_TIME: 0.792627 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04146 s
InvBiCGStab: k = 54 resid = 1.697915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198018(s) Flops=357304320 => 1804.40323606945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259753.328896598 Mflops = 259.753328896598 Gflops = 0.259753328896598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 69 resid = 1.143613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252639(s) Flops=455731200 => 1803.88301093655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.278490466 Mflops = 259.688278490466 Gflops = 0.259688278490466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001010861 Relative Rsd = 4.43388063881552e-07
BICGSTAB_SOLVER_TIME: 0.551946 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 69 resid = 2.097933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268261(s) Flops=455731200 => 1698.83508970741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244598.156345757 Mflops = 244.598156345757 Gflops = 0.244598156345757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068562 s
InvBiCGStab: k = 72 resid = 1.108741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264976(s) Flops=475416576 => 1794.18730752974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258291.441867967 Mflops = 258.291441867967 Gflops = 0.258291441867967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001088814 Relative Rsd = 4.77579700055273e-07
BICGSTAB_SOLVER_TIME: 0.647045 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041644 s
InvBiCGStab: k = 59 resid = 1.619484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219309(s) Flops=390113280 => 1778.82932301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256084.613077987 Mflops = 256.084613077987 Gflops = 0.256084613077987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056941 s
InvBiCGStab: k = 75 resid = 1.120271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276518(s) Flops=495101952 => 1790.48724495331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257761.519641657 Mflops = 257.761519641657 Gflops = 0.257761519641657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001002445 Relative Rsd = 4.39696241569884e-07
BICGSTAB_SOLVER_TIME: 0.598303 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111498
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984316(s) Flops=1354309632 => 1375.88907627225 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198105.834550022 Mflops = 198.105834550022 Gflops = 0.198105834550022 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149870000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.582211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040726 s
InvBiCGStab: k = 33 resid = 2.252251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122337(s) Flops=219506688 => 1794.27881998087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258271.619402084 Mflops = 258.271619402084 Gflops = 0.258271619402084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056042 s
InvBiCGStab: k = 42 resid = 1.005033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155204(s) Flops=278562816 => 1794.81724697817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258339.260287079 Mflops = 258.339260287079 Gflops = 0.258339260287079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007288071 Relative Rsd = 3.19672238714791e-07
BICGSTAB_SOLVER_TIME: 0.378145 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 80 resid = 2.149781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295557(s) Flops=527910912 => 1786.15601051574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257161.903564916 Mflops = 257.161903564916 Gflops = 0.257161903564916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05696 s
InvBiCGStab: k = 92 resid = 1.009984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369221(s) Flops=606652416 => 1643.06043264061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236568.541622839 Mflops = 236.568541622839 Gflops = 0.236568541622839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001224498 Relative Rsd = 5.37093969283884e-07
BICGSTAB_SOLVER_TIME: 0.767188 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040738 s
InvBiCGStab: k = 47 resid = 1.992622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172328(s) Flops=311371776 => 1806.85539204308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260115.102049646 Mflops = 260.115102049646 Gflops = 0.260115102049646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056467 s
InvBiCGStab: k = 61 resid = 1.115863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223349(s) Flops=403236864 => 1805.4115487421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259914.846699153 Mflops = 259.914846699153 Gflops = 0.259914846699153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.001021515 Relative Rsd = 4.48061104139846e-07
BICGSTAB_SOLVER_TIME: 0.496675 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0915310000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 62 resid = 2.146621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240241(s) Flops=409798656 => 1705.78151106597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245587.012040036 Mflops = 245.587012040036 Gflops = 0.245587012040036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06858 s
InvBiCGStab: k = 69 resid = 1.04461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259151(s) Flops=455731200 => 1758.55466504084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253152.543741626 Mflops = 253.152543741626 Gflops = 0.253152543741626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00108441 Relative Rsd = 4.75648157004325e-07
BICGSTAB_SOLVER_TIME: 0.612729 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 59 resid = 2.014976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217173(s) Flops=390113280 => 1796.32495752234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.91362823 Mflops = 258.60791362823 Gflops = 0.25860791362823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056484 s
InvBiCGStab: k = 69 resid = 1.134322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254813(s) Flops=455731200 => 1788.49273781165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257476.404906528 Mflops = 257.476404906528 Gflops = 0.257476404906528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001090558 Relative Rsd = 4.7834482129342e-07
BICGSTAB_SOLVER_TIME: 0.573501 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105659
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932735(s) Flops=1360502784 => 1458.61663173356 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210024.980181051 Mflops = 210.024980181051 Gflops = 0.210024980181051 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150547000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.573929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051283 s
InvBiCGStab: k = 30 resid = 2.195651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112861(s) Flops=199821312 => 1770.50807630625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254825.546963418 Mflops = 254.825546963418 Gflops = 0.254825546963418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 51 resid = 1.122463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18791(s) Flops=337618944 => 1796.7055718163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258628.551651346 Mflops = 258.628551651346 Gflops = 0.258628551651346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007677312 Relative Rsd = 3.3674528290468e-07
BICGSTAB_SOLVER_TIME: 0.412025 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 55 resid = 2.118577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202652(s) Flops=363866112 => 1795.5219390877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258487.733785375 Mflops = 258.487733785375 Gflops = 0.258487733785375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056673 s
InvBiCGStab: k = 67 resid = 1.124119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248775(s) Flops=442607616 => 1779.14829062406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256139.417456826 Mflops = 256.139417456826 Gflops = 0.256139417456826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001038705 Relative Rsd = 4.55600846976277e-07
BICGSTAB_SOLVER_TIME: 0.553393 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042795 s
InvBiCGStab: k = 53 resid = 2.132226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194907(s) Flops=350742528 => 1799.53787190814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.691052523 Mflops = 259.063691052523 Gflops = 0.259063691052523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055883 s
InvBiCGStab: k = 72 resid = 1.135575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263901(s) Flops=475416576 => 1801.49592460809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259356.542056364 Mflops = 259.356542056364 Gflops = 0.259356542056364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001025079 Relative Rsd = 4.49624179835316e-07
BICGSTAB_SOLVER_TIME: 0.561332 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 54 resid = 2.021442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200421(s) Flops=357304320 => 1782.76887152544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256648.874460868 Mflops = 256.648874460868 Gflops = 0.256648874460868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 76 resid = 5.681767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305058(s) Flops=501663744 => 1644.48643864445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236759.324209283 Mflops = 236.759324209283 Gflops = 0.236759324209283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001019195 Relative Rsd = 4.47043172220301e-07
BICGSTAB_SOLVER_TIME: 0.607276 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 53 resid = 1.663278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201305(s) Flops=350742528 => 1742.34384640223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250831.223826849 Mflops = 250.831223826849 Gflops = 0.250831223826849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059734 s
InvBiCGStab: k = 74 resid = 1.147102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290248(s) Flops=488540160 => 1683.18183071029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242324.721920702 Mflops = 242.324721920702 Gflops = 0.242324721920702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001045597 Relative Rsd = 4.58623800955158e-07
BICGSTAB_SOLVER_TIME: 0.596595 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104924
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886936(s) Flops=1354309632 => 1526.95305185493 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219865.657491837 Mflops = 219.865657491837 Gflops = 0.219865657491837 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149963000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.520686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047199 s
InvBiCGStab: k = 29 resid = 1.686877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137811(s) Flops=193259520 => 1402.35191675556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201869.109482116 Mflops = 201.869109482116 Gflops = 0.201869109482116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072252 s
InvBiCGStab: k = 45 resid = 1.000246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195609(s) Flops=298248192 => 1524.71610201985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219484.058196092 Mflops = 219.484058196092 Gflops = 0.219484058196092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007383535 Relative Rsd = 3.23859546473226e-07
BICGSTAB_SOLVER_TIME: 0.458104 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 54 resid = 1.779527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239126(s) Flops=357304320 => 1494.20941261092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215118.457865297 Mflops = 215.118457865297 Gflops = 0.215118457865297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057039 s
InvBiCGStab: k = 69 resid = 1.140943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255628(s) Flops=455731200 => 1782.79061761622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256652.94235248 Mflops = 256.65294235248 Gflops = 0.25665294235248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001045554 Relative Rsd = 4.58605009937029e-07
BICGSTAB_SOLVER_TIME: 0.596788 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044622 s
InvBiCGStab: k = 51 resid = 2.056965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205598(s) Flops=337618944 => 1642.13146042277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236386.360484253 Mflops = 236.386360484253 Gflops = 0.236386360484253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056783 s
InvBiCGStab: k = 60 resid = 1.142723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220254(s) Flops=396675072 => 1800.98918521344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259263.96053425 Mflops = 259.26396053425 Gflops = 0.25926396053425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009967437 Relative Rsd = 4.37195657469957e-07
BICGSTAB_SOLVER_TIME: 0.531108 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0937350000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 59 resid = 2.006537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221482(s) Flops=390113280 => 1761.37690647547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253581.227044111 Mflops = 253.581227044111 Gflops = 0.253581227044111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06262 s
InvBiCGStab: k = 83 resid = 1.145338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341182(s) Flops=547596288 => 1604.9975907287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231092.442557526 Mflops = 231.092442557526 Gflops = 0.231092442557526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001090483 Relative Rsd = 4.78312039136793e-07
BICGSTAB_SOLVER_TIME: 0.671401 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 56 resid = 2.09568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205759(s) Flops=370427904 => 1800.2998848167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259170.591447274 Mflops = 259.170591447274 Gflops = 0.259170591447275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056622 s
InvBiCGStab: k = 69 resid = 7.188314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253956(s) Flops=455731200 => 1794.52818598497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258336.874317856 Mflops = 258.336874317856 Gflops = 0.258336874317856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001010085 Relative Rsd = 4.43047476677972e-07
BICGSTAB_SOLVER_TIME: 0.561464 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103674
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872214(s) Flops=1348042752 => 1545.54129147205 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222545.973747998 Mflops = 222.545973747998 Gflops = 0.222545973747998 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149512000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.108761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921594(s) Flops=1321887744 => 1434.34933821184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206488.408260946 Mflops = 206.488408260946 Gflops = 0.206488408260946 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.091146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.082524(s) Flops=1630291968 => 1506.00999885453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216859.872391518 Mflops = 216.859872391518 Gflops = 0.216859872391518 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002040383 Relative Rsd = 8.98277534916546e-07
BICGSTAB_SOLVER_TIME: 2.008289 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.118095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320285999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 1.2332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.605033(s) Flops=1072539648 => 1772.69611409626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255220.695701922 Mflops = 255.220695701922 Gflops = 0.255220695701922 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 8.786759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80759(s) Flops=1367820288 => 1693.70632127689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243879.08083749 Mflops = 243.87908083749 Gflops = 0.24387908083749 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.002013609 Relative Rsd = 8.84587668164644e-07
BICGSTAB_SOLVER_TIME: 1.416037 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265094999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 320 resid = 1.764605e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.20591(s) Flops=2102740992 => 1743.69645495933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251110.382777887 Mflops = 251.110382777887 Gflops = 0.251110382777886 Tflops
InvBiCGStab: k = 327 resid = 8.986803e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.235215(s) Flops=2148673536 => 1739.51379800278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250481.254549323 Mflops = 250.481254549323 Gflops = 0.250481254549323 Tflops
BICGSTAB_SOLVER: 647 iterations. Rsd = 0.001998136 Relative Rsd = 8.79678266288391e-07
BICGSTAB_SOLVER_TIME: 2.445807 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.462496999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 256 resid = 1.720293e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.186638(s) Flops=1682786304 => 1418.1126038438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204217.204367952 Mflops = 204.217204367952 Gflops = 0.204217204367952 Tflops
InvBiCGStab: k = 282 resid = 1.12845e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.294279(s) Flops=1853392896 => 1431.98869486409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206204.36289098 Mflops = 206.20436289098 Gflops = 0.20620436289098 Tflops
BICGSTAB_SOLVER: 538 iterations. Rsd = 0.002048603 Relative Rsd = 8.99960683744988e-07
BICGSTAB_SOLVER_TIME: 2.48673 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384362999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 238 resid = 2.269653e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88084(s) Flops=1564674048 => 1776.34309068616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255774.566329811 Mflops = 255.774566329811 Gflops = 0.255774566329811 Tflops
InvBiCGStab: k = 248 resid = 8.916554e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.944356(s) Flops=1630291968 => 1726.35316342566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248585.629594685 Mflops = 248.585629594685 Gflops = 0.248585629594685 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.001852678 Relative Rsd = 8.12628914854929e-07
BICGSTAB_SOLVER_TIME: 1.830381 sec
2Flav::invert,  n_count = 486
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346993000000003
MInvCG2: 309 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.277599(s) Flops=1999226880 => 1564.83128117664 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225339.332765195 Mflops = 225.339332765195 Gflops = 0.225339332765195 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.221963000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0971311693974712
AccProb = 0.907436970365872
AcceptP = 1
After HMC trajectory call: time= 460.493655 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.058658 secs
Doing Update: 2720 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 272 resid = 1.486787e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.010357(s) Flops=1787774976 => 1769.44879483193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254780.690826093 Mflops = 254.780690826093 Gflops = 0.254780690826093 Tflops
InvBiCGStab: k = 271 resid = 7.280704e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.066164(s) Flops=1781213184 => 1670.67466543609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240567.153245292 Mflops = 240.567153245292 Gflops = 0.240567153245292 Tflops
BICGSTAB_SOLVER: 543 iterations. Rsd = 0.001949903 Relative Rsd = 8.58215015132799e-07
BICGSTAB_SOLVER_TIME: 2.082105 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.390437999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000383
InvBiCGStab: k = 227 resid = 1.845688e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.05918(s) Flops=1492494336 => 1409.10358579278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202923.916513628 Mflops = 202.923916513628 Gflops = 0.202923916513628 Tflops
InvBiCGStab: k = 257 resid = 1.029166e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.162905(s) Flops=1689348096 => 1452.69656248791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209179.995694703 Mflops = 209.179995694703 Gflops = 0.209179995694703 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.001883783 Relative Rsd = 8.27694395792025e-07
BICGSTAB_SOLVER_TIME: 2.2272 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348138999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 325 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.324979(s) Flops=2096031744 => 1581.93582237907 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227801.577381056 Mflops = 227.801577381056 Gflops = 0.227801577381056 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.232682000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 2.021632e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.095951(s) Flops=1879640064 => 1715.07673609495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246964.784658821 Mflops = 246.964784658821 Gflops = 0.246964784658821 Tflops
InvBiCGStab: k = 317 resid = 1.140646e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.251899(s) Flops=2083055616 => 1663.91667059403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239598.084828804 Mflops = 239.598084828804 Gflops = 0.239598084828804 Tflops
BICGSTAB_SOLVER: 603 iterations. Rsd = 0.002290583 Relative Rsd = 1.00815932952915e-06
BICGSTAB_SOLVER_TIME: 2.352613 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.432811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 262 resid = 2.097827e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.010251(s) Flops=1722157056 => 1704.68235715679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245387.928216133 Mflops = 245.387928216133 Gflops = 0.245387928216133 Tflops
InvBiCGStab: k = 304 resid = 1.132026e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.266464(s) Flops=1997752320 => 1577.42527225409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227143.212258484 Mflops = 227.143212258484 Gflops = 0.227143212258484 Tflops
BICGSTAB_SOLVER: 566 iterations. Rsd = 0.002013643 Relative Rsd = 8.84752136379585e-07
BICGSTAB_SOLVER_TIME: 2.283211 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.405019999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 223 resid = 1.83391e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.047757(s) Flops=1466247168 => 1399.41529190452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201534.874398527 Mflops = 201.534874398527 Gflops = 0.201534874398527 Tflops
InvBiCGStab: k = 228 resid = 8.010211e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88048(s) Flops=1499056128 => 1702.54421224786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245157.582302443 Mflops = 245.157582302443 Gflops = 0.245157582302443 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.001757351 Relative Rsd = 7.70503537025579e-07
BICGSTAB_SOLVER_TIME: 1.933494 sec
2Flav::invert,  n_count = 451
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322099000000003
MInvCG2: 309 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.275218(s) Flops=1999153152 => 1567.69521132857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225865.371009569 Mflops = 225.865371009569 Gflops = 0.225865371009569 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222274000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.114393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708681(s) Flops=1197213696 => 1689.35486629386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243058.718280559 Mflops = 243.058718280559 Gflops = 0.243058718280559 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 6.883366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818833(s) Flops=1394067456 => 1702.50521901291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245137.536571504 Mflops = 245.137536571504 Gflops = 0.245137536571504 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.002209367 Relative Rsd = 9.72413156613829e-07
BICGSTAB_SOLVER_TIME: 1.532287 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281402999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.705788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.665629(s) Flops=1184090112 => 1778.904032126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256136.94055695 Mflops = 256.13694055695 Gflops = 0.25613694055695 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.100662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911586(s) Flops=1485932544 => 1630.05195779663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234716.386990901 Mflops = 234.716386990901 Gflops = 0.234716386990901 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.002027191 Relative Rsd = 8.90704920969684e-07
BICGSTAB_SOLVER_TIME: 1.580904 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.124574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289955999999998
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005122(s) Flops=1310588928 => 1303.91029944624 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187768.507407025 Mflops = 187.768507407025 Gflops = 0.187768507407025 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144869000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021363
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.8e-05 s
InvBiCGStab: k = 153 resid = 1.888963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.591389(s) Flops=1006921728 => 1702.63858137368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245117.934043027 Mflops = 245.117934043027 Gflops = 0.245117934043027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 173 resid = 1.130207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.631541(s) Flops=1138157568 => 1802.19109764845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.576824896 Mflops = 259.490576824896 Gflops = 0.259490576824896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 326 iterations. Rsd = 0.002200509 Relative Rsd = 9.64804090763596e-07
BICGSTAB_SOLVER_TIME: 1.2269 sec
2Flav::invert,  n_count = 326
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.234160999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000183 s
InvBiCGStab: k = 126 resid = 1.725642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.508933(s) Flops=829753344 => 1630.378348427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234727.66995051 Mflops = 234.72766995051 Gflops = 0.23472766995051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 145 resid = 1.058392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.531452(s) Flops=954427392 => 1795.88634909644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258550.099312282 Mflops = 258.550099312282 Gflops = 0.258550099312282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 271 iterations. Rsd = 0.001545575 Relative Rsd = 6.77651109333303e-07
BICGSTAB_SOLVER_TIME: 1.044488 sec
2Flav::invert,  n_count = 271
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195562999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00496 s
InvBiCGStab: k = 93 resid = 1.521922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371635(s) Flops=613214208 => 1650.04428538754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237578.799393753 Mflops = 237.578799393753 Gflops = 0.237578799393753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007197 s
InvBiCGStab: k = 131 resid = 8.890908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.477235(s) Flops=862562304 => 1807.41627080998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260234.206661435 Mflops = 260.234206661435 Gflops = 0.260234206661435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 224 iterations. Rsd = 0.001435247 Relative Rsd = 6.29278415532833e-07
BICGSTAB_SOLVER_TIME: 0.864852 sec
2Flav::invert,  n_count = 224
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163594999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007538 s
InvBiCGStab: k = 73 resid = 2.206331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281514(s) Flops=481978368 => 1712.09377863978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246496.835954192 Mflops = 246.496835954192 Gflops = 0.246496835954192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.012091 s
InvBiCGStab: k = 120 resid = 1.033458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.549335(s) Flops=790382592 => 1438.79889684801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207155.118508234 Mflops = 207.155118508234 Gflops = 0.207155118508234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001332413 Relative Rsd = 5.84191028727528e-07
BICGSTAB_SOLVER_TIME: 0.854529 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142624
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011182 s
InvBiCGStab: k = 69 resid = 2.172708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302899(s) Flops=455731200 => 1504.56488796596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216623.840363092 Mflops = 216.623840363092 Gflops = 0.216623840363092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015836 s
InvBiCGStab: k = 104 resid = 1.068117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.482513(s) Flops=685393920 => 1420.46726202196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204528.743861034 Mflops = 204.528743861034 Gflops = 0.204528743861034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001259311 Relative Rsd = 5.52139570620184e-07
BICGSTAB_SOLVER_TIME: 0.816936 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129394
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.853525(s) Flops=1310441472 => 1535.32875076887 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221085.378198538 Mflops = 221.085378198538 Gflops = 0.221085378198538 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145055000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01336 s
InvBiCGStab: k = 29 resid = 1.253806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108078(s) Flops=193259520 => 1788.14855937379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257387.946309765 Mflops = 257.387946309765 Gflops = 0.257387946309765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019593 s
InvBiCGStab: k = 48 resid = 9.877461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176149(s) Flops=317933568 => 1804.91270458532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259796.415467959 Mflops = 259.796415467959 Gflops = 0.259796415467959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007288012 Relative Rsd = 3.19539937446115e-07
BICGSTAB_SOLVER_TIME: 0.32092 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0617480000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016555 s
InvBiCGStab: k = 85 resid = 1.293285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3145(s) Flops=560719872 => 1782.89307472178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256701.590343605 Mflops = 256.701590343605 Gflops = 0.256701590343605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024176 s
InvBiCGStab: k = 108 resid = 1.048546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425251(s) Flops=711641088 => 1673.46129227209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240941.279369958 Mflops = 240.941279369958 Gflops = 0.240941279369958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001345867 Relative Rsd = 5.90089728148071e-07
BICGSTAB_SOLVER_TIME: 0.784272 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145687
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020997 s
InvBiCGStab: k = 57 resid = 1.739059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209846(s) Flops=376989696 => 1796.50646664697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258637.736630231 Mflops = 258.637736630231 Gflops = 0.258637736630231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028838 s
InvBiCGStab: k = 90 resid = 1.033469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331982(s) Flops=593528832 => 1787.83437656258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257402.286204257 Mflops = 257.402286204257 Gflops = 0.257402286204257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001115683 Relative Rsd = 4.89166465177468e-07
BICGSTAB_SOLVER_TIME: 0.595444 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113867
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.025751 s
InvBiCGStab: k = 60 resid = 2.152642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221677(s) Flops=396675072 => 1789.42818605448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257617.276742001 Mflops = 257.617276742001 Gflops = 0.257617276742001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033626 s
InvBiCGStab: k = 98 resid = 7.793182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381201(s) Flops=646023168 => 1694.70480927385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244001.670052586 Mflops = 244.001670052586 Gflops = 0.244001670052586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001194511 Relative Rsd = 5.23728415393213e-07
BICGSTAB_SOLVER_TIME: 0.666506 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12316
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.036112 s
InvBiCGStab: k = 56 resid = 1.995431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238699(s) Flops=370427904 => 1551.86198517799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223417.862515139 Mflops = 223.417862515139 Gflops = 0.223417862515139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.042708 s
InvBiCGStab: k = 92 resid = 6.775905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426099(s) Flops=606652416 => 1423.7358360381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204997.446913206 Mflops = 204.997446913206 Gflops = 0.204997446913206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00107376 Relative Rsd = 4.70785793973723e-07
BICGSTAB_SOLVER_TIME: 0.747584 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11655
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996567(s) Flops=1304248320 => 1308.74122863791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188463.006704502 Mflops = 188.463006704502 Gflops = 0.188463006704502 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144207000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032796 s
InvBiCGStab: k = 29 resid = 1.801669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106981(s) Flops=193259520 => 1806.48451594208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259997.133613142 Mflops = 259.997133613142 Gflops = 0.259997133613142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04549 s
InvBiCGStab: k = 49 resid = 7.560728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181599(s) Flops=324495360 => 1786.87856210662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257229.341687207 Mflops = 257.229341687207 Gflops = 0.257229341687207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007422438 Relative Rsd = 3.25433787893389e-07
BICGSTAB_SOLVER_TIME: 0.370674 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037952 s
InvBiCGStab: k = 56 resid = 1.993953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205669(s) Flops=370427904 => 1801.08768944275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.584332954 Mflops = 259.288584332954 Gflops = 0.259288584332954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050239 s
InvBiCGStab: k = 72 resid = 1.125135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263634(s) Flops=475416576 => 1803.32042149343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.461988001 Mflops = 259.613461988001 Gflops = 0.259613461988001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001070717 Relative Rsd = 4.69451458613393e-07
BICGSTAB_SOLVER_TIME: 0.561381 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104893
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 54 resid = 1.708438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200483(s) Flops=357304320 => 1782.21754462972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256541.880362691 Mflops = 256.541880362691 Gflops = 0.256541880362691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060568 s
InvBiCGStab: k = 70 resid = 9.228213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28234(s) Flops=462292992 => 1637.3627257916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235717.744923107 Mflops = 235.717744923107 Gflops = 0.235717744923107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001018562 Relative Rsd = 4.46584466298174e-07
BICGSTAB_SOLVER_TIME: 0.588399 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 56 resid = 1.845713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205331(s) Flops=370427904 => 1804.0525005966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.831950717 Mflops = 259.718831950718 Gflops = 0.259718831950717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 77 resid = 9.520562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284634(s) Flops=508225536 => 1785.54050464807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257051.348806488 Mflops = 257.051348806488 Gflops = 0.257051348806488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001075493 Relative Rsd = 4.71545653606086e-07
BICGSTAB_SOLVER_TIME: 0.591291 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04341 s
InvBiCGStab: k = 53 resid = 2.248361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212267(s) Flops=350742528 => 1652.36484239189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237877.174112118 Mflops = 237.877174112118 Gflops = 0.237877174112118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 72 resid = 1.097451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296292(s) Flops=475416576 => 1604.55421003605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231006.71497302 Mflops = 231.00671497302 Gflops = 0.23100671497302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001048984 Relative Rsd = 4.59922919886376e-07
BICGSTAB_SOLVER_TIME: 0.612819 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103483
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001737(s) Flops=1304027136 => 1301.76596851269 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187429.269707529 Mflops = 187.429269707529 Gflops = 0.187429269707529 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144088000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.568127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 30 resid = 2.164736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112602(s) Flops=199821312 => 1774.5804870251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255433.839363204 Mflops = 255.433839363204 Gflops = 0.255433839363204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056734 s
InvBiCGStab: k = 50 resid = 9.996494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206213(s) Flops=331057152 => 1605.41358692226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231110.344348853 Mflops = 231.110344348853 Gflops = 0.231110344348853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007581702 Relative Rsd = 3.32416615653516e-07
BICGSTAB_SOLVER_TIME: 0.421333 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 64 resid = 2.043742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248636(s) Flops=422922240 => 1700.96944931547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244888.357263418 Mflops = 244.888357263418 Gflops = 0.244888357263418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056065 s
InvBiCGStab: k = 82 resid = 1.090375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302345(s) Flops=541034496 => 1789.46070217798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257632.948111133 Mflops = 257.632948111133 Gflops = 0.257632948111133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001087375 Relative Rsd = 4.76755237362189e-07
BICGSTAB_SOLVER_TIME: 0.652428 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043403 s
InvBiCGStab: k = 52 resid = 2.269119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219106(s) Flops=344180736 => 1570.8412184057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226142.197661766 Mflops = 226.142197661766 Gflops = 0.226142197661766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057129 s
InvBiCGStab: k = 70 resid = 1.039798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255799(s) Flops=462292992 => 1807.25097439787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260182.328326658 Mflops = 260.182328326658 Gflops = 0.260182328326658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009834544 Relative Rsd = 4.31191579298096e-07
BICGSTAB_SOLVER_TIME: 0.579245 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041766 s
InvBiCGStab: k = 57 resid = 2.169603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209257(s) Flops=376989696 => 1801.56313050459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.723669355 Mflops = 259.357723669355 Gflops = 0.259357723669355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057044 s
InvBiCGStab: k = 70 resid = 1.068006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323621(s) Flops=462292992 => 1428.50121592851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205673.907626081 Mflops = 205.673907626081 Gflops = 0.205673907626081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001093059 Relative Rsd = 4.79247354413986e-07
BICGSTAB_SOLVER_TIME: 0.635739 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043087 s
InvBiCGStab: k = 51 resid = 2.209346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192123(s) Flops=337618944 => 1757.30622569916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252988.048869127 Mflops = 252.988048869127 Gflops = 0.252988048869127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057376 s
InvBiCGStab: k = 73 resid = 1.000755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26974(s) Flops=481978368 => 1786.82571365018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257244.318244725 Mflops = 257.244318244725 Gflops = 0.257244318244725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001016323 Relative Rsd = 4.456028809828e-07
BICGSTAB_SOLVER_TIME: 0.56616 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102683
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857556(s) Flops=1297981440 => 1513.5821334117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217933.474208381 Mflops = 217.933474208381 Gflops = 0.217933474208381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143500000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.572502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738889(s) Flops=1275955200 => 1726.85640197648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248585.70854806 Mflops = 248.58570854806 Gflops = 0.24858570854806 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 6.032557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834476(s) Flops=1420314624 => 1702.04370646969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245082.280760114 Mflops = 245.082280760114 Gflops = 0.245082280760114 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002000194 Relative Rsd = 8.80400904312775e-07
BICGSTAB_SOLVER_TIME: 1.577816 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00186
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294146999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.228566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709763(s) Flops=1203775488 => 1696.02457158235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244250.142226489 Mflops = 244.250142226489 Gflops = 0.244250142226489 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.121942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.992032(s) Flops=1472808960 => 1484.63856004645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213777.632850415 Mflops = 213.777632850415 Gflops = 0.213777632850415 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.00218064 Relative Rsd = 9.58105774927089e-07
BICGSTAB_SOLVER_TIME: 1.705179 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.130752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290194999999998
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988612(s) Flops=1297981440 => 1312.93312239787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189044.966005288 Mflops = 189.044966005288 Gflops = 0.189044966005288 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143385000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 32 resid = 2.097595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119148(s) Flops=212944896 => 1787.23013395105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257220.516704301 Mflops = 257.220516704301 Gflops = 0.257220516704301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057135 s
InvBiCGStab: k = 51 resid = 9.765278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218348(s) Flops=337618944 => 1546.24243867588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222607.546746217 Mflops = 222.607546746217 Gflops = 0.222607546746217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007560657 Relative Rsd = 3.31493907082008e-07
BICGSTAB_SOLVER_TIME: 0.44045 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 85 resid = 2.269731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30978(s) Flops=560719872 => 1810.05833817548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260606.553783947 Mflops = 260.606553783947 Gflops = 0.260606553783947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 97 resid = 1.131137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356607(s) Flops=639461376 => 1793.18234358832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258171.777870731 Mflops = 258.171777870731 Gflops = 0.258171777870731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001319772 Relative Rsd = 5.78648703321436e-07
BICGSTAB_SOLVER_TIME: 0.767563 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047866 s
InvBiCGStab: k = 50 resid = 1.831776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199229(s) Flops=331057152 => 1661.69158104493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239219.407405925 Mflops = 239.219407405925 Gflops = 0.239219407405925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056595 s
InvBiCGStab: k = 70 resid = 1.078848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259693(s) Flops=462292992 => 1780.15191784145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256280.01961969 Mflops = 256.280019619691 Gflops = 0.25628001961969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001013784 Relative Rsd = 4.44489403594475e-07
BICGSTAB_SOLVER_TIME: 0.567247 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0418 s
InvBiCGStab: k = 64 resid = 2.154186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24147(s) Flops=422922240 => 1751.44837868058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252164.953016762 Mflops = 252.164953016762 Gflops = 0.252164953016762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057745 s
InvBiCGStab: k = 84 resid = 1.151831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353678(s) Flops=554158080 => 1566.84351302597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225590.163242751 Mflops = 225.590163242751 Gflops = 0.225590163242751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00110167 Relative Rsd = 4.8302281604404e-07
BICGSTAB_SOLVER_TIME: 0.698587 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 58 resid = 2.266375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220042(s) Flops=383551488 => 1743.08308413848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250952.421173136 Mflops = 250.952421173136 Gflops = 0.250952421173136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 79 resid = 1.064893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289923(s) Flops=521349120 => 1798.23304808518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258885.731662615 Mflops = 258.885731662615 Gflops = 0.258885731662615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001118206 Relative Rsd = 4.90273051919567e-07
BICGSTAB_SOLVER_TIME: 0.61113 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112071
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830298(s) Flops=1297981440 => 1563.27178916485 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225093.090857394 Mflops = 225.093090857394 Gflops = 0.225093090857394 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143604000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.535177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054874 s
InvBiCGStab: k = 32 resid = 2.172632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150192(s) Flops=212944896 => 1417.81783317354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204259.877777785 Mflops = 204.259877777785 Gflops = 0.204259877777785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068734 s
InvBiCGStab: k = 53 resid = 1.035076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216591(s) Flops=350742528 => 1619.37720403895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233123.555219584 Mflops = 233.123555219584 Gflops = 0.233123555219584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007272975 Relative Rsd = 3.18880630206831e-07
BICGSTAB_SOLVER_TIME: 0.494338 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042083 s
InvBiCGStab: k = 85 resid = 1.151483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331179(s) Flops=560719872 => 1693.10213509915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243768.871811681 Mflops = 243.768871811681 Gflops = 0.243768871811681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05813 s
InvBiCGStab: k = 106 resid = 7.568557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438356(s) Flops=698517504 => 1593.49365356012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229424.138431452 Mflops = 229.424138431452 Gflops = 0.229424138431452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001268646 Relative Rsd = 5.5623251239488e-07
BICGSTAB_SOLVER_TIME: 0.873635 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150548999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041972 s
InvBiCGStab: k = 52 resid = 1.846666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192739(s) Flops=344180736 => 1785.73478123265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257070.043050811 Mflops = 257.070043050811 Gflops = 0.257070043050811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05652 s
InvBiCGStab: k = 71 resid = 1.019663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264569(s) Flops=468854784 => 1772.14558017001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255145.338921298 Mflops = 255.145338921298 Gflops = 0.255145338921298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001052685 Relative Rsd = 4.61545284258959e-07
BICGSTAB_SOLVER_TIME: 0.559801 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049851 s
InvBiCGStab: k = 64 resid = 1.49079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242107(s) Flops=422922240 => 1746.8401987551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251489.062185092 Mflops = 251.489062185092 Gflops = 0.251489062185092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056678 s
InvBiCGStab: k = 85 resid = 9.939275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311691(s) Flops=560719872 => 1798.96073996362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258989.597420875 Mflops = 258.989597420875 Gflops = 0.258989597420875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00114359 Relative Rsd = 5.01402262244011e-07
BICGSTAB_SOLVER_TIME: 0.664275 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041379 s
InvBiCGStab: k = 61 resid = 2.140271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227973(s) Flops=403236864 => 1768.79219907621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254646.045889065 Mflops = 254.646045889065 Gflops = 0.254646045889065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063495 s
InvBiCGStab: k = 89 resid = 7.439822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353656(s) Flops=586967040 => 1659.71181034678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238949.783203768 Mflops = 238.949783203768 Gflops = 0.238949783203768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001118539 Relative Rsd = 4.90418674243146e-07
BICGSTAB_SOLVER_TIME: 0.690503 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121493
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871926(s) Flops=1297686528 => 1488.29892445001 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214294.414362894 Mflops = 214.294414362894 Gflops = 0.214294414362894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143357000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.543286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05082 s
InvBiCGStab: k = 28 resid = 2.159555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124202(s) Flops=186697728 => 1503.17811307386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216361.076881219 Mflops = 216.361076881219 Gflops = 0.216361076881219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05647 s
InvBiCGStab: k = 47 resid = 1.100214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200712(s) Flops=311371776 => 1551.33612340069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223319.524474095 Mflops = 223.319524474095 Gflops = 0.223319524474095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007537957 Relative Rsd = 3.3049864255783e-07
BICGSTAB_SOLVER_TIME: 0.436628 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051533 s
InvBiCGStab: k = 50 resid = 2.140244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254417(s) Flops=331057152 => 1301.2383291997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187341.097877804 Mflops = 187.341097877804 Gflops = 0.187341097877804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093599 s
InvBiCGStab: k = 86 resid = 7.91207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390226(s) Flops=567281664 => 1453.72595367813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209296.911157393 Mflops = 209.296911157393 Gflops = 0.209296911157393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001067539 Relative Rsd = 4.68058067862814e-07
BICGSTAB_SOLVER_TIME: 0.795016 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046814 s
InvBiCGStab: k = 59 resid = 2.260438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258718(s) Flops=390113280 => 1507.87065453505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217089.665547199 Mflops = 217.089665547199 Gflops = 0.217089665547199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077192 s
InvBiCGStab: k = 74 resid = 1.131892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339294(s) Flops=488540160 => 1439.87267679358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207322.625964272 Mflops = 207.322625964272 Gflops = 0.207322625964272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001010999 Relative Rsd = 4.43268483166846e-07
BICGSTAB_SOLVER_TIME: 0.726839 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041909 s
InvBiCGStab: k = 61 resid = 2.278095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224123(s) Flops=403236864 => 1799.1766306894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259014.285262155 Mflops = 259.014285262155 Gflops = 0.259014285262155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05618 s
InvBiCGStab: k = 86 resid = 1.090195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318733(s) Flops=567281664 => 1779.80210395535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256241.441229147 Mflops = 256.241441229147 Gflops = 0.256241441229147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001085309 Relative Rsd = 4.75849449155303e-07
BICGSTAB_SOLVER_TIME: 0.645089 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050712 s
InvBiCGStab: k = 54 resid = 1.920894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203568(s) Flops=357304320 => 1755.20867719877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252665.270402754 Mflops = 252.665270402754 Gflops = 0.252665270402754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 88 resid = 9.393543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322884(s) Flops=580405248 => 1797.56583788605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258807.722268246 Mflops = 258.807722268246 Gflops = 0.258807722268246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001086433 Relative Rsd = 4.7634220692321e-07
BICGSTAB_SOLVER_TIME: 0.63706 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11557
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916352(s) Flops=1291419648 => 1409.30521022489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202961.110447055 Mflops = 202.961110447055 Gflops = 0.202961110447055 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142605
CLOV_LINOP: Time spent in clov deriv (total) = 1.546026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043071 s
InvBiCGStab: k = 29 resid = 2.107123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115206(s) Flops=193259520 => 1677.51262955054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241416.98151321 Mflops = 241.41698151321 Gflops = 0.24141698151321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056021 s
InvBiCGStab: k = 55 resid = 6.862447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222072(s) Flops=363866112 => 1638.50513347023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235874.423804227 Mflops = 235.874423804227 Gflops = 0.235874423804227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007357189 Relative Rsd = 3.22572970226667e-07
BICGSTAB_SOLVER_TIME: 0.440697 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052533 s
InvBiCGStab: k = 53 resid = 1.800114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245324(s) Flops=350742528 => 1429.71143467415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205845.099415594 Mflops = 205.845099415594 Gflops = 0.205845099415594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058259 s
InvBiCGStab: k = 76 resid = 1.085116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293916(s) Flops=501663744 => 1706.82693014331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245736.391355703 Mflops = 245.736391355703 Gflops = 0.245736391355703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001107601 Relative Rsd = 4.85623192804324e-07
BICGSTAB_SOLVER_TIME: 0.653846 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 56 resid = 1.18003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20695(s) Flops=370427904 => 1789.93913505678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257684.896613605 Mflops = 257.684896613605 Gflops = 0.257684896613605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 74 resid = 1.024278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294227(s) Flops=488540160 => 1660.41920014139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239045.022374159 Mflops = 239.045022374159 Gflops = 0.239045022374159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00100687 Relative Rsd = 4.414580296732e-07
BICGSTAB_SOLVER_TIME: 0.606188 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057152 s
InvBiCGStab: k = 57 resid = 2.125377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261442(s) Flops=376989696 => 1441.96302047873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207599.310887489 Mflops = 207.599310887489 Gflops = 0.207599310887489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070684 s
InvBiCGStab: k = 88 resid = 9.481305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396766(s) Flops=580405248 => 1462.84018287857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210609.860911644 Mflops = 210.609860911644 Gflops = 0.210609860911644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001125956 Relative Rsd = 4.9367095717825e-07
BICGSTAB_SOLVER_TIME: 0.79033 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117901
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062438 s
InvBiCGStab: k = 50 resid = 1.912474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236402(s) Flops=331057152 => 1400.39911675874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201609.525533318 Mflops = 201.609525533318 Gflops = 0.201609525533318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063317 s
InvBiCGStab: k = 80 resid = 1.075472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370532(s) Flops=527910912 => 1424.73770686472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205138.396942831 Mflops = 205.138396942831 Gflops = 0.205138396942831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00106062 Relative Rsd = 4.65024703310407e-07
BICGSTAB_SOLVER_TIME: 0.736536 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106879
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917524(s) Flops=1285226496 => 1400.75518024597 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201694.175161108 Mflops = 201.694175161108 Gflops = 0.201694175161108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142021000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.490096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.772794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921967(s) Flops=1446561792 => 1568.99519397115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225857.599720672 Mflops = 225.857599720672 Gflops = 0.225857599720672 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 7.815154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902535(s) Flops=1551550464 => 1719.10282038924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247540.406652037 Mflops = 247.540406652037 Gflops = 0.247540406652037 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.002039955 Relative Rsd = 8.97948994717023e-07
BICGSTAB_SOLVER_TIME: 1.828169 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.124479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325032999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.123016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.648929(s) Flops=1138157568 => 1753.90153314153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252505.999125668 Mflops = 252.505999125668 Gflops = 0.252505999125668 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 9.880461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892521(s) Flops=1499056128 => 1679.57518982747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241847.418328768 Mflops = 241.847418328768 Gflops = 0.241847418328768 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.002039821 Relative Rsd = 8.96227883337933e-07
BICGSTAB_SOLVER_TIME: 1.544889 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.132525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286257999999998
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976879(s) Flops=1285226496 => 1315.64553644822 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189439.691117854 Mflops = 189.439691117854 Gflops = 0.189439691117854 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142242000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 31 resid = 1.70364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115097(s) Flops=206383104 => 1793.12322649591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258110.668182743 Mflops = 258.110668182743 Gflops = 0.258110668182743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056862 s
InvBiCGStab: k = 44 resid = 1.038188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166722(s) Flops=291686400 => 1749.53755353223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251852.789542678 Mflops = 251.852789542678 Gflops = 0.251852789542678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007078134 Relative Rsd = 3.1033791326657e-07
BICGSTAB_SOLVER_TIME: 0.383527 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041809 s
InvBiCGStab: k = 87 resid = 1.888364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325087(s) Flops=573843456 => 1765.199641942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254149.333336238 Mflops = 254.149333336238 Gflops = 0.254149333336238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05719 s
InvBiCGStab: k = 105 resid = 8.785872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395863(s) Flops=691955712 => 1747.96763526776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251677.939583149 Mflops = 251.677939583149 Gflops = 0.251677939583148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001274128 Relative Rsd = 5.58636429174983e-07
BICGSTAB_SOLVER_TIME: 0.823818 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151443999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042494 s
InvBiCGStab: k = 55 resid = 1.442748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20279(s) Flops=363866112 => 1794.30007396814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258285.340532162 Mflops = 258.285340532162 Gflops = 0.258285340532162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057042 s
InvBiCGStab: k = 72 resid = 8.703351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322155(s) Flops=475416576 => 1475.73862271267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212461.593563668 Mflops = 212.461593563668 Gflops = 0.212461593563668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009924845 Relative Rsd = 4.3515079149418e-07
BICGSTAB_SOLVER_TIME: 0.628332 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042548 s
InvBiCGStab: k = 65 resid = 1.819431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253244(s) Flops=429484032 => 1695.92974364644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244157.167711269 Mflops = 244.157167711269 Gflops = 0.244157167711269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059273 s
InvBiCGStab: k = 86 resid = 1.093276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332726(s) Flops=567281664 => 1704.95141347535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245469.998727044 Mflops = 245.469998727044 Gflops = 0.245469998727044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001125088 Relative Rsd = 4.93290236213798e-07
BICGSTAB_SOLVER_TIME: 0.691872 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046259 s
InvBiCGStab: k = 58 resid = 1.619659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238716(s) Flops=383551488 => 1606.72719046901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231326.145864073 Mflops = 231.326145864073 Gflops = 0.231326145864073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 87 resid = 1.145848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329059(s) Flops=573843456 => 1743.89229894943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251056.949102861 Mflops = 251.056949102861 Gflops = 0.251056949102861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001086683 Relative Rsd = 4.76451742677294e-07
BICGSTAB_SOLVER_TIME: 0.676186 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117813
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893585(s) Flops=1285005312 => 1438.03366439678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207059.103922145 Mflops = 207.059103922145 Gflops = 0.207059103922145 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141950000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.585669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049074 s
InvBiCGStab: k = 30 resid = 1.585837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134582(s) Flops=199821312 => 1484.75510840974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213728.099706145 Mflops = 213.728099706145 Gflops = 0.213728099706145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071817 s
InvBiCGStab: k = 48 resid = 1.03832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202226(s) Flops=317933568 => 1572.16959243619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226309.872916248 Mflops = 226.309872916248 Gflops = 0.226309872916248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000782933 Relative Rsd = 3.43273798577499e-07
BICGSTAB_SOLVER_TIME: 0.461532 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061877 s
InvBiCGStab: k = 80 resid = 2.112492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294246(s) Flops=527910912 => 1794.11414938521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258296.805417802 Mflops = 258.296805417802 Gflops = 0.258296805417802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056772 s
InvBiCGStab: k = 96 resid = 7.901743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356302(s) Flops=632899584 => 1776.30095817593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255746.329920284 Mflops = 255.746329920284 Gflops = 0.255746329920284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001237741 Relative Rsd = 5.42682643572094e-07
BICGSTAB_SOLVER_TIME: 0.772985 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042048 s
InvBiCGStab: k = 49 resid = 2.144756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211532(s) Flops=324495360 => 1534.0249229431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220822.484138105 Mflops = 220.822484138105 Gflops = 0.220822484138105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057201 s
InvBiCGStab: k = 72 resid = 9.547595e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268443(s) Flops=475416576 => 1771.0149864217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254969.393972786 Mflops = 254.969393972786 Gflops = 0.254969393972786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001008126 Relative Rsd = 4.42008873036702e-07
BICGSTAB_SOLVER_TIME: 0.583034 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04212 s
InvBiCGStab: k = 64 resid = 1.751436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238328(s) Flops=422922240 => 1774.53861904602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255465.911956315 Mflops = 255.465911956315 Gflops = 0.255465911956315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058596 s
InvBiCGStab: k = 91 resid = 1.127194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369521(s) Flops=600090624 => 1623.96893275348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233812.327018897 Mflops = 233.812327018897 Gflops = 0.233812327018897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001136291 Relative Rsd = 4.98202348220226e-07
BICGSTAB_SOLVER_TIME: 0.712448 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042168 s
InvBiCGStab: k = 60 resid = 1.738292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224283(s) Flops=396675072 => 1768.63637458033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254626.69249218 Mflops = 254.62669249218 Gflops = 0.25462669249218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056969 s
InvBiCGStab: k = 80 resid = 9.772538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300551(s) Flops=527910912 => 1756.47697728505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252889.328424916 Mflops = 252.889328424916 Gflops = 0.252889328424916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001078474 Relative Rsd = 4.72852630548806e-07
BICGSTAB_SOLVER_TIME: 0.627811 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114217
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.83932(s) Flops=1285005312 => 1531.00761568889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220454.711129876 Mflops = 220.454711129876 Gflops = 0.220454711129876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142395000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 33 resid = 1.092378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123473(s) Flops=219506688 => 1777.77075150033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255888.071100874 Mflops = 255.888071100874 Gflops = 0.255888071100874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 45 resid = 1.03478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166042(s) Flops=298248192 => 1796.22138976885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258552.438199835 Mflops = 258.552438199835 Gflops = 0.258552438199835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007340036 Relative Rsd = 3.21820894472449e-07
BICGSTAB_SOLVER_TIME: 0.390566 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 52 resid = 2.206675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190893(s) Flops=344180736 => 1803.00344171866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259565.037592956 Mflops = 259.565037592956 Gflops = 0.259565037592956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067181 s
InvBiCGStab: k = 68 resid = 1.142188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288559(s) Flops=449169408 => 1556.59469293975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224128.311027496 Mflops = 224.128311027496 Gflops = 0.224128311027496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00104877 Relative Rsd = 4.59828900846757e-07
BICGSTAB_SOLVER_TIME: 0.591935 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999640000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047977 s
InvBiCGStab: k = 49 resid = 1.866033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218188(s) Flops=324495360 => 1487.22826186591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214111.115874926 Mflops = 214.111115874926 Gflops = 0.214111115874926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071663 s
InvBiCGStab: k = 71 resid = 1.100871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350656(s) Flops=468854784 => 1337.07902901989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192503.822245649 Mflops = 192.503822245649 Gflops = 0.192503822245649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001019658 Relative Rsd = 4.47065025070169e-07
BICGSTAB_SOLVER_TIME: 0.69318 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040954 s
InvBiCGStab: k = 58 resid = 1.543419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295683(s) Flops=383551488 => 1297.1712543501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186760.35141147 Mflops = 186.76035141147 Gflops = 0.18676035141147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068362 s
InvBiCGStab: k = 73 resid = 1.12654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313473(s) Flops=481978368 => 1537.54348221378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221386.609657673 Mflops = 221.386609657673 Gflops = 0.221386609657673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001078856 Relative Rsd = 4.73020098773014e-07
BICGSTAB_SOLVER_TIME: 0.723651 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041356 s
InvBiCGStab: k = 59 resid = 1.866113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218045(s) Flops=390113280 => 1789.14114059025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257569.00055521 Mflops = 257.56900055521 Gflops = 0.25756900055521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056163 s
InvBiCGStab: k = 70 resid = 1.023023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268403(s) Flops=462292992 => 1722.38384816861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247963.198628749 Mflops = 247.963198628749 Gflops = 0.247963198628749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0010243 Relative Rsd = 4.4910001154714e-07
BICGSTAB_SOLVER_TIME: 0.587876 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106294
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838168(s) Flops=1285005312 => 1533.11187256016 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220749.627598792 Mflops = 220.749627598792 Gflops = 0.220749627598792 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142255000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 31 resid = 1.610357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114049(s) Flops=206383104 => 1809.60029461021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260455.237405257 Mflops = 260.455237405257 Gflops = 0.260455237405257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056454 s
InvBiCGStab: k = 52 resid = 1.049317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191192(s) Flops=344180736 => 1800.18377337964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259128.973845646 Mflops = 259.128973845646 Gflops = 0.259128973845646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007287192 Relative Rsd = 3.19503978481179e-07
BICGSTAB_SOLVER_TIME: 0.406697 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734040000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 69 resid = 1.015704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284074(s) Flops=455731200 => 1604.26931010934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230973.189751499 Mflops = 230.973189751499 Gflops = 0.230973189751499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 80 resid = 9.53208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297995(s) Flops=527910912 => 1771.54285139012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255044.482865606 Mflops = 255.044482865606 Gflops = 0.255044482865606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001049729 Relative Rsd = 4.60249485475672e-07
BICGSTAB_SOLVER_TIME: 0.683708 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04155 s
InvBiCGStab: k = 53 resid = 2.080102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200443(s) Flops=350742528 => 1749.83675159522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251907.056969563 Mflops = 251.907056969563 Gflops = 0.251907056969563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059546 s
InvBiCGStab: k = 74 resid = 1.024651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317682(s) Flops=488540160 => 1537.82763895971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221406.665563739 Mflops = 221.406665563739 Gflops = 0.221406665563739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001023711 Relative Rsd = 4.48841995127338e-07
BICGSTAB_SOLVER_TIME: 0.623569 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 58 resid = 2.02432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213458(s) Flops=383551488 => 1796.84756720292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258678.783982155 Mflops = 258.678783982155 Gflops = 0.258678783982155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05713 s
InvBiCGStab: k = 80 resid = 1.004282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297154(s) Flops=527910912 => 1776.55664066444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255779.277110721 Mflops = 255.779277110721 Gflops = 0.255779277110721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001064631 Relative Rsd = 4.66783094143678e-07
BICGSTAB_SOLVER_TIME: 0.613036 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046324 s
InvBiCGStab: k = 57 resid = 1.990891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267556(s) Flops=376989696 => 1409.01230396627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202873.745161125 Mflops = 202.873745161125 Gflops = 0.202873745161125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070094 s
InvBiCGStab: k = 87 resid = 8.873287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398193(s) Flops=573843456 => 1441.11889460638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207488.369161565 Mflops = 207.488369161565 Gflops = 0.207488369161565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001040241 Relative Rsd = 4.56089423702551e-07
BICGSTAB_SOLVER_TIME: 0.786045 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117136
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982559(s) Flops=1284784128 => 1307.58980173201 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188333.570130884 Mflops = 188.333570130884 Gflops = 0.188333570130884 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142197000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.042672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873654(s) Flops=1440000000 => 1648.24976478102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237317.561570737 Mflops = 237.317561570737 Gflops = 0.237317561570737 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 9.852818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785904(s) Flops=1400629248 => 1782.1887253405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256621.557418549 Mflops = 256.621557418549 Gflops = 0.256621557418549 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002033258 Relative Rsd = 8.95027728488305e-07
BICGSTAB_SOLVER_TIME: 1.662952 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.127855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308535999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.205986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.630083(s) Flops=1138157568 => 1806.36133334815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260082.134283184 Mflops = 260.082134283184 Gflops = 0.260082134283184 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 9.909146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788354(s) Flops=1335011328 => 1693.41606435688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243836.300173045 Mflops = 243.836300173045 Gflops = 0.243836300173045 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001888398 Relative Rsd = 8.29695969143563e-07
BICGSTAB_SOLVER_TIME: 1.421918 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268504999999998
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.833063(s) Flops=1284784128 => 1542.24125666366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222075.557165247 Mflops = 222.075557165247 Gflops = 0.222075557165247 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141909000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.514959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043569 s
InvBiCGStab: k = 31 resid = 1.63575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13638(s) Flops=206383104 => 1513.29450065992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217849.748383191 Mflops = 217.849748383191 Gflops = 0.21784974838319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074448 s
InvBiCGStab: k = 48 resid = 9.708592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207725(s) Flops=317933568 => 1530.55033337345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220332.645479442 Mflops = 220.332645479442 Gflops = 0.220332645479442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007084169 Relative Rsd = 3.10602514081655e-07
BICGSTAB_SOLVER_TIME: 0.465914 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042854 s
InvBiCGStab: k = 90 resid = 2.272709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.494307(s) Flops=593528832 => 1200.72916628735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172886.011226768 Mflops = 172.886011226768 Gflops = 0.172886011226768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056839 s
InvBiCGStab: k = 122 resid = 1.074268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447192(s) Flops=803506176 => 1796.78119465464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258697.102400681 Mflops = 258.697102400681 Gflops = 0.258697102400681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001338011 Relative Rsd = 5.86645425871465e-07
BICGSTAB_SOLVER_TIME: 1.044946 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165712999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 53 resid = 2.261956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196245(s) Flops=350742528 => 1787.2686081174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257298.066036804 Mflops = 257.298066036804 Gflops = 0.257298066036804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058809 s
InvBiCGStab: k = 66 resid = 9.996778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271717(s) Flops=436045824 => 1604.77932554827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231033.30963013 Mflops = 231.03330963013 Gflops = 0.23103330963013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001032135 Relative Rsd = 4.52535228379093e-07
BICGSTAB_SOLVER_TIME: 0.571886 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 62 resid = 1.762807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226909(s) Flops=409798656 => 1806.00441586715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.654347363 Mflops = 260.014654347363 Gflops = 0.260014654347363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 84 resid = 1.085881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312853(s) Flops=554158080 => 1771.30498988343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255013.599767902 Mflops = 255.013599767902 Gflops = 0.255013599767902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00111487 Relative Rsd = 4.88810193246663e-07
BICGSTAB_SOLVER_TIME: 0.640854 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043696 s
InvBiCGStab: k = 57 resid = 2.065295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228252(s) Flops=376989696 => 1651.6380842227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237750.146862629 Mflops = 237.750146862629 Gflops = 0.237750146862629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056535 s
InvBiCGStab: k = 82 resid = 1.10117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300051(s) Flops=541034496 => 1803.1417858964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.937905704 Mflops = 259.596937905704 Gflops = 0.259596937905704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001083361 Relative Rsd = 4.74995060065082e-07
BICGSTAB_SOLVER_TIME: 0.632451 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113517
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834674(s) Flops=1284562944 => 1538.99959025919 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221617.654770907 Mflops = 221.617654770907 Gflops = 0.221617654770907 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142308000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 31 resid = 1.581942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115432(s) Flops=206383104 => 1787.91932912884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257338.110874315 Mflops = 257.338110874315 Gflops = 0.257338110874315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057163 s
InvBiCGStab: k = 56 resid = 8.226107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205613(s) Flops=370427904 => 1801.57822705763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.939677357 Mflops = 259.333939677357 Gflops = 0.259333939677357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007475049 Relative Rsd = 3.27740469998966e-07
BICGSTAB_SOLVER_TIME: 0.423241 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042499 s
InvBiCGStab: k = 85 resid = 2.216583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312174(s) Flops=560719872 => 1796.17736262469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.994626157 Mflops = 258.594994626157 Gflops = 0.258594994626157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057686 s
InvBiCGStab: k = 98 resid = 1.127708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423399(s) Flops=646023168 => 1525.8022999582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219687.15943614 Mflops = 219.68715943614 Gflops = 0.21968715943614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001290074 Relative Rsd = 5.65627883003349e-07
BICGSTAB_SOLVER_TIME: 0.839733 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14502
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 52 resid = 1.958463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25687(s) Flops=344180736 => 1339.90242535135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192915.835549914 Mflops = 192.915835549914 Gflops = 0.192915835549914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063659 s
InvBiCGStab: k = 74 resid = 7.188424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331183(s) Flops=488540160 => 1475.13658611704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212382.750043314 Mflops = 212.382750043314 Gflops = 0.212382750043314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001030457 Relative Rsd = 4.5179946048761e-07
BICGSTAB_SOLVER_TIME: 0.69704 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046818 s
InvBiCGStab: k = 70 resid = 2.202476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360898(s) Flops=462292992 => 1280.95193655825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184427.677274253 Mflops = 184.427677274253 Gflops = 0.184427677274253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057261 s
InvBiCGStab: k = 91 resid = 9.365193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36472(s) Flops=600090624 => 1645.34608466769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236884.123500665 Mflops = 236.884123500665 Gflops = 0.236884123500665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001103486 Relative Rsd = 4.83819017455018e-07
BICGSTAB_SOLVER_TIME: 0.833548 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129394
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 57 resid = 1.816241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208906(s) Flops=376989696 => 1804.59008357826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.639245911 Mflops = 259.800639245911 Gflops = 0.259800639245911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056704 s
InvBiCGStab: k = 86 resid = 1.092331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329553(s) Flops=567281664 => 1721.36701532075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247824.82636632 Mflops = 247.82482636632 Gflops = 0.24782482636632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105327 Relative Rsd = 4.84626294941781e-07
BICGSTAB_SOLVER_TIME: 0.640675 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1163
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82414(s) Flops=1278148608 => 1550.88772295969 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223305.785446182 Mflops = 223.305785446182 Gflops = 0.223305785446182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 33 resid = 2.15499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123307(s) Flops=219506688 => 1780.16404583681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256237.008205544 Mflops = 256.237008205544 Gflops = 0.256237008205544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 50 resid = 7.717498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196532(s) Flops=331057152 => 1684.49490159363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242496.232629142 Mflops = 242.496232629142 Gflops = 0.242496232629142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007491491 Relative Rsd = 3.28461359198783e-07
BICGSTAB_SOLVER_TIME: 0.421228 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042587 s
InvBiCGStab: k = 50 resid = 1.785427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183365(s) Flops=331057152 => 1805.45443241622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.194509539 Mflops = 259.899194509539 Gflops = 0.259899194509539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 91 resid = 1.024633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341749(s) Flops=600090624 => 1755.93966332016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252804.26466056 Mflops = 252.80426466056 Gflops = 0.25280426466056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001080729 Relative Rsd = 4.73841055468582e-07
BICGSTAB_SOLVER_TIME: 0.627791 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04253 s
InvBiCGStab: k = 51 resid = 2.249858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188363(s) Flops=337618944 => 1792.38461906001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258021.862760862 Mflops = 258.021862760862 Gflops = 0.258021862760862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064073 s
InvBiCGStab: k = 74 resid = 8.073621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293438(s) Flops=488540160 => 1664.88375738657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239680.265520092 Mflops = 239.680265520092 Gflops = 0.239680265520092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001020834 Relative Rsd = 4.47580292282415e-07
BICGSTAB_SOLVER_TIME: 0.592265 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041443 s
InvBiCGStab: k = 64 resid = 1.938063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234769(s) Flops=422922240 => 1801.43988345991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259341.063951273 Mflops = 259.341063951273 Gflops = 0.259341063951273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 85 resid = 1.061245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331153(s) Flops=560719872 => 1693.23506657044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243776.982917634 Mflops = 243.776982917634 Gflops = 0.243776982917634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001124088 Relative Rsd = 4.92851735904695e-07
BICGSTAB_SOLVER_TIME: 0.6677 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050857 s
InvBiCGStab: k = 51 resid = 2.193605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230926(s) Flops=337618944 => 1462.02222356946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210479.519521036 Mflops = 210.479519521036 Gflops = 0.210479519521036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063766 s
InvBiCGStab: k = 77 resid = 8.533736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337769(s) Flops=508225536 => 1504.65417489468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216626.229321724 Mflops = 216.626229321724 Gflops = 0.216626229321724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001053385 Relative Rsd = 4.61852300829703e-07
BICGSTAB_SOLVER_TIME: 0.6874 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105445
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95499(s) Flops=1284341760 => 1344.87456413156 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193782.742743427 Mflops = 193.782742743427 Gflops = 0.193782742743427 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141996000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 32 resid = 2.250199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118488(s) Flops=212944896 => 1797.18533522382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258715.190288844 Mflops = 258.715190288844 Gflops = 0.258715190288844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057548 s
InvBiCGStab: k = 49 resid = 1.015834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181659(s) Flops=324495360 => 1786.28837547273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257133.599362666 Mflops = 257.133599362666 Gflops = 0.257133599362666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007538107 Relative Rsd = 3.30505252474025e-07
BICGSTAB_SOLVER_TIME: 0.402985 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 52 resid = 1.906566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191037(s) Flops=344180736 => 1801.6443725561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.763562499 Mflops = 259.358763562499 Gflops = 0.259358763562499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 83 resid = 1.088322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305695(s) Flops=547596288 => 1791.31581478271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257900.082935525 Mflops = 257.900082935525 Gflops = 0.257900082935525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001108266 Relative Rsd = 4.85914692660603e-07
BICGSTAB_SOLVER_TIME: 0.597626 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 48 resid = 1.938262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177857(s) Flops=317933568 => 1787.57972978292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257322.202262607 Mflops = 257.322202262607 Gflops = 0.257322202262607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 72 resid = 1.136094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294647(s) Flops=475416576 => 1613.51235885653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232287.873698552 Mflops = 232.287873698552 Gflops = 0.232287873698552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001045084 Relative Rsd = 4.58212814618512e-07
BICGSTAB_SOLVER_TIME: 0.574441 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043915 s
InvBiCGStab: k = 60 resid = 1.550699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228059(s) Flops=396675072 => 1739.35285167435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250398.150724139 Mflops = 250.398150724139 Gflops = 0.250398150724139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057017 s
InvBiCGStab: k = 83 resid = 1.146799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307531(s) Flops=547596288 => 1780.62142678299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256347.11297671 Mflops = 256.34711297671 Gflops = 0.25634711297671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001087697 Relative Rsd = 4.76896112796146e-07
BICGSTAB_SOLVER_TIME: 0.64032 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050064 s
InvBiCGStab: k = 58 resid = 2.228108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24835(s) Flops=383551488 => 1544.398985303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222333.90190928 Mflops = 222.33390190928 Gflops = 0.22233390190928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056697 s
InvBiCGStab: k = 83 resid = 1.017328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304422(s) Flops=547596288 => 1798.80655143189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258975.978266309 Mflops = 258.975978266309 Gflops = 0.258975978266309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001019384 Relative Rsd = 4.46944923658538e-07
BICGSTAB_SOLVER_TIME: 0.663314 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114772
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849191(s) Flops=1309483008 => 1542.03590005075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222050.646473799 Mflops = 222.050646473799 Gflops = 0.222050646473799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144852000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.523161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 2.163235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.919894(s) Flops=1597483008 => 1736.5946598195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250050.483444765 Mflops = 250.050483444765 Gflops = 0.250050483444765 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.00833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909723(s) Flops=1466247168 => 1611.75123416688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232080.587881008 Mflops = 232.080587881008 Gflops = 0.232080587881008 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002098089 Relative Rsd = 9.23578954503388e-07
BICGSTAB_SOLVER_TIME: 1.83343 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332321999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.000613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781085(s) Flops=1335011328 => 1709.17547770089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246108.98384592 Mflops = 246.10898384592 Gflops = 0.24610898384592 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.130733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81395(s) Flops=1407191040 => 1728.84211560907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248942.158678573 Mflops = 248.942158678573 Gflops = 0.248942158678573 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001931233 Relative Rsd = 8.48519143881635e-07
BICGSTAB_SOLVER_TIME: 1.598426 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.117411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297650999999999
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846572(s) Flops=1309483008 => 1546.80642402536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222723.24764736 Mflops = 222.72324764736 Gflops = 0.22272324764736 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145068000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042385 s
InvBiCGStab: k = 33 resid = 2.064722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122639(s) Flops=219506688 => 1789.86038698946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257624.840696508 Mflops = 257.624840696508 Gflops = 0.257624840696508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 49 resid = 1.112157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179887(s) Flops=324495360 => 1803.88443856421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.896388384 Mflops = 259.676896388384 Gflops = 0.259676896388384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007813105 Relative Rsd = 3.42562403156927e-07
BICGSTAB_SOLVER_TIME: 0.404993 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00185
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050614 s
InvBiCGStab: k = 82 resid = 1.588978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364134(s) Flops=541034496 => 1485.81153091994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213916.841996308 Mflops = 213.916841996308 Gflops = 0.213916841996308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063456 s
InvBiCGStab: k = 98 resid = 9.754795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.473652(s) Flops=646023168 => 1363.91943452155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196375.396884258 Mflops = 196.375396884258 Gflops = 0.196375396884258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001306427 Relative Rsd = 5.72797676964413e-07
BICGSTAB_SOLVER_TIME: 0.955938 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050701 s
InvBiCGStab: k = 51 resid = 2.040947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259562(s) Flops=337618944 => 1300.72562239465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187263.677257841 Mflops = 187.263677257841 Gflops = 0.187263677257841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060245 s
InvBiCGStab: k = 65 resid = 1.083772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346675(s) Flops=429484032 => 1238.86646570996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178369.626977917 Mflops = 178.369626977917 Gflops = 0.178369626977917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001008092 Relative Rsd = 4.41993968824124e-07
BICGSTAB_SOLVER_TIME: 0.721097 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 60 resid = 1.976738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225125(s) Flops=396675072 => 1762.02141921155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253676.738607328 Mflops = 253.676738607328 Gflops = 0.253676738607328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05742 s
InvBiCGStab: k = 91 resid = 9.331322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378902(s) Flops=600090624 => 1583.76209151707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228017.932089052 Mflops = 228.017932089052 Gflops = 0.228017932089052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001120155 Relative Rsd = 4.9112759413526e-07
BICGSTAB_SOLVER_TIME: 0.706668 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041774 s
InvBiCGStab: k = 52 resid = 2.235038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191589(s) Flops=344180736 => 1796.45353334482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.1728537 Mflops = 258.6391728537 Gflops = 0.2586391728537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056478 s
InvBiCGStab: k = 77 resid = 1.089819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284406(s) Flops=508225536 => 1786.97192042362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257268.519729242 Mflops = 257.268519729242 Gflops = 0.257268519729242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00109155 Relative Rsd = 4.7858580133445e-07
BICGSTAB_SOLVER_TIME: 0.578335 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106275
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875947(s) Flops=1328578560 => 1516.73395764812 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218406.23956052 Mflops = 218.40623956052 Gflops = 0.21840623956052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147218000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 32 resid = 1.769914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119308(s) Flops=212944896 => 1784.83333892111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256905.629887542 Mflops = 256.905629887542 Gflops = 0.256905629887542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063584 s
InvBiCGStab: k = 52 resid = 9.767359e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212845(s) Flops=344180736 => 1617.04872559844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232762.268070805 Mflops = 232.762268070805 Gflops = 0.232762268070805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007463128 Relative Rsd = 3.27217801722256e-07
BICGSTAB_SOLVER_TIME: 0.440727 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040704 s
InvBiCGStab: k = 83 resid = 1.891617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303898(s) Flops=547596288 => 1801.90816655588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259428.725314281 Mflops = 259.428725314281 Gflops = 0.259428725314281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059755 s
InvBiCGStab: k = 104 resid = 7.53067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418242(s) Flops=685393920 => 1638.74962342376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235941.095599141 Mflops = 235.941095599141 Gflops = 0.235941095599141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001287295 Relative Rsd = 5.64409259457795e-07
BICGSTAB_SOLVER_TIME: 0.82643 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044411 s
InvBiCGStab: k = 54 resid = 1.628905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200023(s) Flops=357304320 => 1786.31617364003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257156.631917859 Mflops = 257.156631917859 Gflops = 0.257156631917859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 66 resid = 1.141112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243018(s) Flops=436045824 => 1794.29434856677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258309.252159047 Mflops = 258.309252159047 Gflops = 0.258309252159047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001035396 Relative Rsd = 4.53965011950111e-07
BICGSTAB_SOLVER_TIME: 0.547829 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999710000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051664 s
InvBiCGStab: k = 61 resid = 1.869705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267482(s) Flops=403236864 => 1507.52897017369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217051.04845882 Mflops = 217.05104845882 Gflops = 0.21705104845882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067945 s
InvBiCGStab: k = 81 resid = 9.508878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390895(s) Flops=534472704 => 1367.30504099566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196856.653018426 Mflops = 196.856653018426 Gflops = 0.196856653018426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001142311 Relative Rsd = 5.00841567808497e-07
BICGSTAB_SOLVER_TIME: 0.791804 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051708 s
InvBiCGStab: k = 61 resid = 2.183515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262317(s) Flops=403236864 => 1537.21209071467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221292.296789912 Mflops = 221.292296789912 Gflops = 0.221292296789912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076508 s
InvBiCGStab: k = 70 resid = 1.143047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316038(s) Flops=462292992 => 1462.77660281359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210598.798258117 Mflops = 210.598798258117 Gflops = 0.210598798258117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00107029 Relative Rsd = 4.69264084077866e-07
BICGSTAB_SOLVER_TIME: 0.710559 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10772
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838147(s) Flops=1335140352 => 1592.96680892493 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229374.110683671 Mflops = 229.374110683671 Gflops = 0.229374110683671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148009000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043825 s
InvBiCGStab: k = 30 resid = 2.225105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121587(s) Flops=199821312 => 1643.4430654593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236550.527537584 Mflops = 236.550527537584 Gflops = 0.236550527537584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058309 s
InvBiCGStab: k = 58 resid = 7.149782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226779(s) Flops=383551488 => 1691.30072890347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243474.917703961 Mflops = 243.474917703961 Gflops = 0.243474917703961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007586566 Relative Rsd = 3.32629893914672e-07
BICGSTAB_SOLVER_TIME: 0.454284 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001854
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042061 s
InvBiCGStab: k = 55 resid = 1.775735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210291(s) Flops=363866112 => 1730.29807267073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249110.808510331 Mflops = 249.110808510331 Gflops = 0.249110808510331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067385 s
InvBiCGStab: k = 82 resid = 1.080306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351379(s) Flops=541034496 => 1539.74624550699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221680.948952674 Mflops = 221.680948952674 Gflops = 0.221680948952674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001052038 Relative Rsd = 4.6126190005268e-07
BICGSTAB_SOLVER_TIME: 0.675069 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04375 s
InvBiCGStab: k = 51 resid = 2.27535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201145(s) Flops=337618944 => 1678.48539113575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241593.465075975 Mflops = 241.593465075975 Gflops = 0.241593465075975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058319 s
InvBiCGStab: k = 78 resid = 1.013321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290145(s) Flops=514787328 => 1774.24159644316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255426.891901237 Mflops = 255.426891901237 Gflops = 0.255426891901237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001014734 Relative Rsd = 4.44906006961127e-07
BICGSTAB_SOLVER_TIME: 0.597168 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040955 s
InvBiCGStab: k = 58 resid = 1.811335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224817(s) Flops=383551488 => 1706.06087617929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245619.801317809 Mflops = 245.619801317809 Gflops = 0.245619801317809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 85 resid = 8.919264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335269(s) Flops=560719872 => 1672.44771213563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240788.805331595 Mflops = 240.788805331595 Gflops = 0.240788805331595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001070209 Relative Rsd = 4.69228712093905e-07
BICGSTAB_SOLVER_TIME: 0.661334 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 57 resid = 1.701665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209015(s) Flops=376989696 => 1803.64900126785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.581393342 Mflops = 259.642581393342 Gflops = 0.259642581393343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 77 resid = 1.125423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281042(s) Flops=508225536 => 1808.36151180251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260354.547394937 Mflops = 260.354547394937 Gflops = 0.260354547394937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001019951 Relative Rsd = 4.47193395257271e-07
BICGSTAB_SOLVER_TIME: 0.591334 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110101
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993977(s) Flops=1341554688 => 1349.68383373056 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194340.536052698 Mflops = 194.340536052698 Gflops = 0.194340536052698 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148519000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.554122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041661 s
InvBiCGStab: k = 25 resid = 2.21843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0969(s) Flops=167012352 => 1723.55368421053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248024.576969824 Mflops = 248.024576969824 Gflops = 0.248024576969824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05716 s
InvBiCGStab: k = 50 resid = 9.957939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18754(s) Flops=331057152 => 1765.26155486829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254095.737158457 Mflops = 254.095737158457 Gflops = 0.254095737158457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007479982 Relative Rsd = 3.27956785248644e-07
BICGSTAB_SOLVER_TIME: 0.387171 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 65 resid = 1.697094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240177(s) Flops=429484032 => 1788.19800397207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257440.078277976 Mflops = 257.440078277976 Gflops = 0.257440078277976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 79 resid = 8.000044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289017(s) Flops=521349120 => 1803.8700837667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259699.466122954 Mflops = 259.699466122954 Gflops = 0.259699466122954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001149363 Relative Rsd = 5.03933477332914e-07
BICGSTAB_SOLVER_TIME: 0.631203 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042368 s
InvBiCGStab: k = 56 resid = 1.738331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206472(s) Flops=370427904 => 1794.08299430431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258282.45128352 Mflops = 258.28245128352 Gflops = 0.25828245128352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 88 resid = 5.10463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352372(s) Flops=580405248 => 1647.13782025814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237140.961613989 Mflops = 237.140961613989 Gflops = 0.237140961613989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001000346 Relative Rsd = 4.38597798987453e-07
BICGSTAB_SOLVER_TIME: 0.66107 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 57 resid = 1.496809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209575(s) Flops=376989696 => 1798.8295168794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258968.31066039 Mflops = 258.96831066039 Gflops = 0.25896831066039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055892 s
InvBiCGStab: k = 85 resid = 1.126704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313696(s) Flops=560719872 => 1787.46261348567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257342.090952189 Mflops = 257.342090952189 Gflops = 0.257342090952189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00105515 Relative Rsd = 4.62626401130933e-07
BICGSTAB_SOLVER_TIME: 0.624259 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044008 s
InvBiCGStab: k = 56 resid = 2.03862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22701(s) Flops=370427904 => 1631.7691026827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234924.222350983 Mflops = 234.924222350983 Gflops = 0.234924222350983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 82 resid = 1.068746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299483(s) Flops=541034496 => 1806.56162787203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260091.270792451 Mflops = 260.091270792451 Gflops = 0.260091270792451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001019261 Relative Rsd = 4.46890921408855e-07
BICGSTAB_SOLVER_TIME: 0.631026 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112862
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889754(s) Flops=1354162176 => 1521.95120898585 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219148.098192766 Mflops = 219.148098192766 Gflops = 0.219148098192766 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149724000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.21194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849224(s) Flops=1190651904 => 1402.04693225816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201846.881729722 Mflops = 201.846881729722 Gflops = 0.201846881729722 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 8.323995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.073407(s) Flops=1689348096 => 1573.8187807607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226622.998909659 Mflops = 226.622998909659 Gflops = 0.226622998909659 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002088452 Relative Rsd = 9.19329124822489e-07
BICGSTAB_SOLVER_TIME: 1.926324 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312221999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.151927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.681309(s) Flops=1223460864 => 1795.75033354909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258530.820864719 Mflops = 258.530820864719 Gflops = 0.258530820864719 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.017356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795315(s) Flops=1374382080 => 1728.09777258068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248833.425241217 Mflops = 248.833425241217 Gflops = 0.248833425241217 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001916436 Relative Rsd = 8.42017779254406e-07
BICGSTAB_SOLVER_TIME: 1.480229 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.114625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281715999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922563(s) Flops=1354162176 => 1467.82623625704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211351.664188297 Mflops = 211.351664188297 Gflops = 0.211351664188297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150009000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048716 s
InvBiCGStab: k = 30 resid = 2.057656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112205(s) Flops=199821312 => 1780.85924869658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256323.308730794 Mflops = 256.323308730794 Gflops = 0.256323308730794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 45 resid = 1.01608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166934(s) Flops=298248192 => 1786.62340805348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257176.639216078 Mflops = 257.176639216078 Gflops = 0.257176639216078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007359924 Relative Rsd = 3.22692892991914e-07
BICGSTAB_SOLVER_TIME: 0.388418 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678900000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047615 s
InvBiCGStab: k = 87 resid = 1.56584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339724(s) Flops=573843456 => 1689.14605974261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243197.86876122 Mflops = 243.19786876122 Gflops = 0.24319786876122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056084 s
InvBiCGStab: k = 109 resid = 8.242322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397618(s) Flops=718202880 => 1806.26349913736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.877112848 Mflops = 260.058877112848 Gflops = 0.260058877112848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001297496 Relative Rsd = 5.68881646151346e-07
BICGSTAB_SOLVER_TIME: 0.844843 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154506999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041421 s
InvBiCGStab: k = 49 resid = 2.197457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213729(s) Flops=324495360 => 1518.25610937215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218577.099479645 Mflops = 218.577099479645 Gflops = 0.218577099479645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07074 s
InvBiCGStab: k = 81 resid = 8.691127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378527(s) Flops=534472704 => 1411.9803976995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203276.100089494 Mflops = 203.276100089494 Gflops = 0.203276100089494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001039939 Relative Rsd = 4.55957021211361e-07
BICGSTAB_SOLVER_TIME: 0.70826 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053799 s
InvBiCGStab: k = 64 resid = 2.033649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295685(s) Flops=422922240 => 1430.31347548912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205926.323838377 Mflops = 205.926323838377 Gflops = 0.205926323838377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061171 s
InvBiCGStab: k = 71 resid = 1.088387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330089(s) Flops=468854784 => 1420.38899811869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204496.775226378 Mflops = 204.496775226378 Gflops = 0.204496775226378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001090233 Relative Rsd = 4.7800800788793e-07
BICGSTAB_SOLVER_TIME: 0.745576 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055501 s
InvBiCGStab: k = 51 resid = 2.16812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200816(s) Flops=337618944 => 1681.23528005737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242050.838920611 Mflops = 242.050838920611 Gflops = 0.242050838920611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 87 resid = 9.694746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327998(s) Flops=573843456 => 1749.5333995939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251875.97299616 Mflops = 251.87597299616 Gflops = 0.25187597299616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001081703 Relative Rsd = 4.74268122409133e-07
BICGSTAB_SOLVER_TIME: 0.644633 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112704
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904262(s) Flops=1373257728 => 1518.65026728979 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218719.593728202 Mflops = 218.719593728202 Gflops = 0.218719593728202 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151897000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041677 s
InvBiCGStab: k = 32 resid = 2.275041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120161(s) Flops=212944896 => 1772.16314777673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255093.573615498 Mflops = 255.093573615498 Gflops = 0.255093573615498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 42 resid = 1.092025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16638(s) Flops=278562816 => 1674.2566173819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241001.1246682 Mflops = 241.0011246682 Gflops = 0.2410011246682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007193462 Relative Rsd = 3.15394422592804e-07
BICGSTAB_SOLVER_TIME: 0.388831 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 72 resid = 2.167378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263294(s) Flops=475416576 => 1805.64910708182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.637729684 Mflops = 259.963637729684 Gflops = 0.259963637729684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055856 s
InvBiCGStab: k = 101 resid = 9.307763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369578(s) Flops=665708544 => 1801.26669877536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259340.749752349 Mflops = 259.340749752349 Gflops = 0.259340749752349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001246246 Relative Rsd = 5.46411657142401e-07
BICGSTAB_SOLVER_TIME: 0.733403 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 58 resid = 1.928092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246212(s) Flops=383551488 => 1557.8098874141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224282.006292346 Mflops = 224.282006292346 Gflops = 0.224282006292346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058947 s
InvBiCGStab: k = 74 resid = 1.138984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270178(s) Flops=488540160 => 1808.21591691403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260310.523613669 Mflops = 260.310523613669 Gflops = 0.260310523613669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001041006 Relative Rsd = 4.56424972652853e-07
BICGSTAB_SOLVER_TIME: 0.620453 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043304 s
InvBiCGStab: k = 62 resid = 2.033658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243913(s) Flops=409798656 => 1680.10174119461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241867.365839529 Mflops = 241.867365839529 Gflops = 0.241867365839529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06117 s
InvBiCGStab: k = 94 resid = 8.626843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36179(s) Flops=619776000 => 1713.08217474225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246639.994778287 Mflops = 246.639994778287 Gflops = 0.246639994778287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001084309 Relative Rsd = 4.75410744678904e-07
BICGSTAB_SOLVER_TIME: 0.715197 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 55 resid = 2.112263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222875(s) Flops=363866112 => 1632.60173639933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235033.85227531 Mflops = 235.03385227531 Gflops = 0.23503385227531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067858 s
InvBiCGStab: k = 83 resid = 9.543257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376144(s) Flops=547596288 => 1455.8155599983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209597.061293173 Mflops = 209.597061293173 Gflops = 0.209597061293173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001084044 Relative Rsd = 4.7529467557136e-07
BICGSTAB_SOLVER_TIME: 0.713243 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112659
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.054971(s) Flops=1404370944 => 1331.19388495039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191774.279109297 Mflops = 191.774279109297 Gflops = 0.191774279109297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155700000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046191 s
InvBiCGStab: k = 25 resid = 2.101665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110604(s) Flops=167012352 => 1510.00282087447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217390.560842046 Mflops = 217.390560842046 Gflops = 0.217390560842046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059316 s
InvBiCGStab: k = 46 resid = 9.013655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169289(s) Flops=304809984 => 1800.53035932636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259183.161217814 Mflops = 259.183161217814 Gflops = 0.259183161217814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007194865 Relative Rsd = 3.15455927990601e-07
BICGSTAB_SOLVER_TIME: 0.389251 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 48 resid = 2.060379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175914(s) Flops=317933568 => 1807.3238514274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.178346182 Mflops = 260.178178346182 Gflops = 0.260178178346182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 90 resid = 1.071294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333081(s) Flops=593528832 => 1781.93542111378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256551.978261403 Mflops = 256.551978261403 Gflops = 0.256551978261403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001080998 Relative Rsd = 4.73959064165433e-07
BICGSTAB_SOLVER_TIME: 0.610114 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046659 s
InvBiCGStab: k = 52 resid = 2.266983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205354(s) Flops=344180736 => 1676.03619116258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241278.723997109 Mflops = 241.278723997109 Gflops = 0.241278723997109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061079 s
InvBiCGStab: k = 86 resid = 1.071602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32282(s) Flops=567281664 => 1757.26926460566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252996.116342193 Mflops = 252.996116342193 Gflops = 0.252996116342193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001027912 Relative Rsd = 4.50683890384505e-07
BICGSTAB_SOLVER_TIME: 0.639817 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112806
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041385 s
InvBiCGStab: k = 66 resid = 1.667687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259157(s) Flops=436045824 => 1682.55468306856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242284.532163249 Mflops = 242.284532163249 Gflops = 0.242284532163249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061824 s
InvBiCGStab: k = 93 resid = 1.086242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37045(s) Flops=613214208 => 1655.32246726954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238312.424661616 Mflops = 238.312424661616 Gflops = 0.238312424661616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001085158 Relative Rsd = 4.75783043742412e-07
BICGSTAB_SOLVER_TIME: 0.736635 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041225 s
InvBiCGStab: k = 61 resid = 1.857945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223123(s) Flops=403236864 => 1807.24023968842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260176.428644411 Mflops = 260.176428644411 Gflops = 0.260176428644411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057051 s
InvBiCGStab: k = 80 resid = 5.323904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303771(s) Flops=527910912 => 1737.85816289244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250197.095436647 Mflops = 250.197095436647 Gflops = 0.250197095436647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001040603 Relative Rsd = 4.56248367942168e-07
BICGSTAB_SOLVER_TIME: 0.629094 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114991
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892204(s) Flops=1423392768 => 1595.36694298613 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229963.257153291 Mflops = 229.963257153291 Gflops = 0.229963257153291 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157904000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.528653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042754 s
InvBiCGStab: k = 42 resid = 1.346836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175702(s) Flops=278562816 => 1585.42769006613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228241.607253958 Mflops = 228.241607253958 Gflops = 0.228241607253958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07688 s
InvBiCGStab: k = 47 resid = 1.030352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219602(s) Flops=311371776 => 1417.89134889482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204096.568866507 Mflops = 204.096568866507 Gflops = 0.204096568866507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0008282657 Relative Rsd = 3.6314971449141e-07
BICGSTAB_SOLVER_TIME: 0.518964 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0776790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.073395 s
InvBiCGStab: k = 63 resid = 1.943169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369528(s) Flops=416360448 => 1126.7358576346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  162218.253275967 Mflops = 162.218253275967 Gflops = 0.162218253275967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071323 s
InvBiCGStab: k = 95 resid = 1.022711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404016(s) Flops=626337792 => 1550.27967209219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223205.655480859 Mflops = 223.205655480859 Gflops = 0.223205655480859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001176077 Relative Rsd = 5.15646299871804e-07
BICGSTAB_SOLVER_TIME: 0.922124 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048283 s
InvBiCGStab: k = 48 resid = 1.859102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18782(s) Flops=317933568 => 1692.75672452348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243718.22071292 Mflops = 243.71822071292 Gflops = 0.24371822071292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057582 s
InvBiCGStab: k = 81 resid = 1.086891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313263(s) Flops=534472704 => 1706.14692446922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245645.279983986 Mflops = 245.645279983986 Gflops = 0.245645279983986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001049491 Relative Rsd = 4.60145002862154e-07
BICGSTAB_SOLVER_TIME: 0.611624 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041903 s
InvBiCGStab: k = 58 resid = 1.994165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22094(s) Flops=383551488 => 1735.99840680728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249931.153625983 Mflops = 249.931153625983 Gflops = 0.249931153625983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058094 s
InvBiCGStab: k = 92 resid = 5.581967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351119(s) Flops=606652416 => 1727.76869380466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248745.136285852 Mflops = 248.745136285852 Gflops = 0.248745136285852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001081936 Relative Rsd = 4.74370563349695e-07
BICGSTAB_SOLVER_TIME: 0.675967 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001883
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047251 s
InvBiCGStab: k = 53 resid = 2.275153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24703(s) Flops=350742528 => 1419.83778488443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204406.126584054 Mflops = 204.406126584054 Gflops = 0.204406126584054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 79 resid = 9.953109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291799(s) Flops=521349120 => 1786.67205850603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257223.515198533 Mflops = 257.223515198533 Gflops = 0.257223515198533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001030404 Relative Rsd = 4.51776236457736e-07
BICGSTAB_SOLVER_TIME: 0.646256 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108505
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951934(s) Flops=1436000256 => 1508.50821170375 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217228.811933312 Mflops = 217.228811933312 Gflops = 0.217228811933312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159581000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.215873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.950557(s) Flops=1269393408 => 1335.42060917967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192202.928956598 Mflops = 192.202928956598 Gflops = 0.192202928956598 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 8.864307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.946001(s) Flops=1505617920 => 1591.56060088731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229179.449056597 Mflops = 229.179449056597 Gflops = 0.229179449056597 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002051245 Relative Rsd = 9.02939072562551e-07
BICGSTAB_SOLVER_TIME: 1.900209 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301152999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.436616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807799(s) Flops=1374382080 => 1701.39116290067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244941.38034297 Mflops = 244.94138034297 Gflops = 0.24494138034297 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.106156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796288(s) Flops=1367820288 => 1717.74570004822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247334.910775996 Mflops = 247.334910775996 Gflops = 0.247334910775996 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001961424 Relative Rsd = 8.61792804528405e-07
BICGSTAB_SOLVER_TIME: 1.607496 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297522999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959194(s) Flops=1436000256 => 1497.09053225938 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215558.886864055 Mflops = 215.558886864055 Gflops = 0.215558886864055 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159137000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.462071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052694 s
InvBiCGStab: k = 27 resid = 2.000207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128824(s) Flops=180135936 => 1398.31037694839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201296.941962463 Mflops = 201.296941962463 Gflops = 0.201296941962463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08839 s
InvBiCGStab: k = 43 resid = 8.929343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209695(s) Flops=285124608 => 1359.71104699683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195728.775306907 Mflops = 195.728775306907 Gflops = 0.195728775306907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007076795 Relative Rsd = 3.10279189648176e-07
BICGSTAB_SOLVER_TIME: 0.483633 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043126 s
InvBiCGStab: k = 79 resid = 1.941501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358824(s) Flops=521349120 => 1452.938264999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209170.910320495 Mflops = 209.170910320495 Gflops = 0.209170910320495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061055 s
InvBiCGStab: k = 97 resid = 9.616774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474024(s) Flops=639461376 => 1349.00632879348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194239.886895717 Mflops = 194.239886895717 Gflops = 0.194239886895717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001236064 Relative Rsd = 5.41947232973378e-07
BICGSTAB_SOLVER_TIME: 0.953093 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04279 s
InvBiCGStab: k = 55 resid = 2.227519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208794(s) Flops=363866112 => 1742.70387080089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250869.398631214 Mflops = 250.869398631214 Gflops = 0.250869398631214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 69 resid = 1.005104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259903(s) Flops=455731200 => 1753.46648557346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252439.635692684 Mflops = 252.439635692684 Gflops = 0.252439635692684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009805172 Relative Rsd = 4.29903794081161e-07
BICGSTAB_SOLVER_TIME: 0.571723 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041595 s
InvBiCGStab: k = 63 resid = 1.754032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24993(s) Flops=416360448 => 1665.90824630897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239870.000136201 Mflops = 239.870000136201 Gflops = 0.239870000136201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069295 s
InvBiCGStab: k = 88 resid = 9.53883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36362(s) Flops=580405248 => 1596.18626038172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229809.065528747 Mflops = 229.809065528747 Gflops = 0.229809065528747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001167112 Relative Rsd = 5.11715313804334e-07
BICGSTAB_SOLVER_TIME: 0.728199 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04222 s
InvBiCGStab: k = 52 resid = 2.116214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202646(s) Flops=344180736 => 1698.43340603812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244518.805170536 Mflops = 244.518805170536 Gflops = 0.244518805170536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060125 s
InvBiCGStab: k = 85 resid = 8.962358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321709(s) Flops=560719872 => 1742.94120462903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250926.540925529 Mflops = 250.926540925529 Gflops = 0.250926540925529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001052564 Relative Rsd = 4.61492558054873e-07
BICGSTAB_SOLVER_TIME: 0.630659 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112304
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918863(s) Flops=1442267136 => 1569.62151702702 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226006.81392822 Mflops = 226.00681392822 Gflops = 0.22600681392822 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159744000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042266 s
InvBiCGStab: k = 28 resid = 1.937873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148711(s) Flops=186697728 => 1255.43993383139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180715.881014331 Mflops = 180.715881014331 Gflops = 0.180715881014331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069066 s
InvBiCGStab: k = 44 resid = 1.110512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19397(s) Flops=291686400 => 1503.77068618859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216473.499915659 Mflops = 216.473499915659 Gflops = 0.216473499915659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007332219 Relative Rsd = 3.21478148624977e-07
BICGSTAB_SOLVER_TIME: 0.458982 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0654380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060172 s
InvBiCGStab: k = 74 resid = 2.264683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348934(s) Flops=488540160 => 1400.09331277548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201588.037452181 Mflops = 201.588037452181 Gflops = 0.201588037452181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082965 s
InvBiCGStab: k = 106 resid = 9.544804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.519945(s) Flops=698517504 => 1343.4449874506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193427.177511258 Mflops = 193.427177511258 Gflops = 0.193427177511258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001252403 Relative Rsd = 5.49111003999223e-07
BICGSTAB_SOLVER_TIME: 1.015869 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042613 s
InvBiCGStab: k = 51 resid = 2.001837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192657(s) Flops=337618944 => 1752.43538516638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252284.602388652 Mflops = 252.284602388652 Gflops = 0.252284602388652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057799 s
InvBiCGStab: k = 67 resid = 1.04541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259479(s) Flops=442607616 => 1705.7550553224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245577.056007356 Mflops = 245.577056007356 Gflops = 0.245577056007356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001053144 Relative Rsd = 4.61746542170587e-07
BICGSTAB_SOLVER_TIME: 0.556943 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042771 s
InvBiCGStab: k = 71 resid = 1.673648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263494(s) Flops=468854784 => 1779.37556073383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256167.738885207 Mflops = 256.167738885207 Gflops = 0.256167738885206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057016 s
InvBiCGStab: k = 83 resid = 9.558483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312488(s) Flops=547596288 => 1752.37541281585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252290.523129349 Mflops = 252.290523129349 Gflops = 0.252290523129349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001121731 Relative Rsd = 4.91818343138065e-07
BICGSTAB_SOLVER_TIME: 0.679541 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041342 s
InvBiCGStab: k = 55 resid = 1.745208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212226(s) Flops=363866112 => 1714.52183992536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246823.835281834 Mflops = 246.823835281834 Gflops = 0.246823835281834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059009 s
InvBiCGStab: k = 88 resid = 7.046534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34118(s) Flops=580405248 => 1701.17019754968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244918.064229858 Mflops = 244.918064229858 Gflops = 0.244918064229858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001072926 Relative Rsd = 4.70420079305497e-07
BICGSTAB_SOLVER_TIME: 0.657685 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1164
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933855(s) Flops=1448386560 => 1550.97585813643 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223322.212861959 Mflops = 223.322212861959 Gflops = 0.223322212861959 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021363
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042989 s
InvBiCGStab: k = 30 resid = 2.178737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140436(s) Flops=199821312 => 1422.86388105614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204881.867804738 Mflops = 204.881867804738 Gflops = 0.204881867804738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064288 s
InvBiCGStab: k = 54 resid = 6.585119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244866(s) Flops=357304320 => 1459.18306338977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210074.258447435 Mflops = 210.074258447435 Gflops = 0.210074258447435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007847305 Relative Rsd = 3.44061909859389e-07
BICGSTAB_SOLVER_TIME: 0.496897 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050175 s
InvBiCGStab: k = 57 resid = 1.659963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279661(s) Flops=376989696 => 1348.02384315296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194060.085871834 Mflops = 194.060085871834 Gflops = 0.194060085871834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066088 s
InvBiCGStab: k = 77 resid = 8.183489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338188(s) Flops=508225536 => 1502.78997480691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216350.39149072 Mflops = 216.35039149072 Gflops = 0.21635039149072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001039575 Relative Rsd = 4.55797362386209e-07
BICGSTAB_SOLVER_TIME: 0.743455 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047718 s
InvBiCGStab: k = 49 resid = 2.10896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237847(s) Flops=324495360 => 1364.30293423924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196420.527765881 Mflops = 196.420527765881 Gflops = 0.196420527765881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078845 s
InvBiCGStab: k = 86 resid = 7.269879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36533(s) Flops=567281664 => 1552.79244518654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223566.486983394 Mflops = 223.566486983394 Gflops = 0.223566486983394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001009658 Relative Rsd = 4.42680430313722e-07
BICGSTAB_SOLVER_TIME: 0.733711 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041299 s
InvBiCGStab: k = 61 resid = 2.230139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224555(s) Flops=403236864 => 1795.71536594598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258529.493542814 Mflops = 258.529493542814 Gflops = 0.258529493542814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 83 resid = 1.103533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306746(s) Flops=547596288 => 1785.17825171314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257010.235764428 Mflops = 257.010235764428 Gflops = 0.257010235764428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001054486 Relative Rsd = 4.62335207525598e-07
BICGSTAB_SOLVER_TIME: 0.633143 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050904 s
InvBiCGStab: k = 52 resid = 1.850056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201137(s) Flops=344180736 => 1711.17564644993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246322.556007552 Mflops = 246.322556007552 Gflops = 0.246322556007552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056094 s
InvBiCGStab: k = 81 resid = 9.188909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296214(s) Flops=534472704 => 1804.34653324961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259772.989924575 Mflops = 259.772989924575 Gflops = 0.259772989924575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001047789 Relative Rsd = 4.593986182713e-07
BICGSTAB_SOLVER_TIME: 0.608218 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109131
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934256(s) Flops=1448312832 => 1550.23123426555 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223212.017488751 Mflops = 223.212017488751 Gflops = 0.223212017488751 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160637000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044973 s
InvBiCGStab: k = 24 resid = 1.737151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095469(s) Flops=160450560 => 1680.65612921472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241870.478916685 Mflops = 241.870478916685 Gflops = 0.241870478916685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058945 s
InvBiCGStab: k = 45 resid = 1.13838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181513(s) Flops=298248192 => 1643.12303801932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236527.514760085 Mflops = 236.527514760085 Gflops = 0.236527514760085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007165508 Relative Rsd = 3.14168780796465e-07
BICGSTAB_SOLVER_TIME: 0.385162 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0633440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051888 s
InvBiCGStab: k = 58 resid = 2.152068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317764(s) Flops=383551488 => 1207.03253987236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  173776.903658046 Mflops = 173.776903658046 Gflops = 0.173776903658046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066444 s
InvBiCGStab: k = 87 resid = 6.078283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409744(s) Flops=573843456 => 1400.49263930649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201638.655734656 Mflops = 201.638655734656 Gflops = 0.201638655734656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001107292 Relative Rsd = 4.85487523636405e-07
BICGSTAB_SOLVER_TIME: 0.849869 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048091 s
InvBiCGStab: k = 56 resid = 2.157083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274027(s) Flops=370427904 => 1351.7934510103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194623.554364942 Mflops = 194.623554364942 Gflops = 0.194623554364942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071885 s
InvBiCGStab: k = 83 resid = 9.479289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413216(s) Flops=547596288 => 1325.20591651824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190799.077679104 Mflops = 190.799077679104 Gflops = 0.190799077679104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001029876 Relative Rsd = 4.51544812828185e-07
BICGSTAB_SOLVER_TIME: 0.81107 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040958 s
InvBiCGStab: k = 63 resid = 2.237473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237115(s) Flops=416360448 => 1755.94309933998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252796.63598555 Mflops = 252.79663598555 Gflops = 0.25279663598555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056643 s
InvBiCGStab: k = 89 resid = 9.286596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333955(s) Flops=586967040 => 1757.62315281999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253074.352726945 Mflops = 253.074352726945 Gflops = 0.253074352726945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001131143 Relative Rsd = 4.95945227725653e-07
BICGSTAB_SOLVER_TIME: 0.673545 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042241 s
InvBiCGStab: k = 56 resid = 2.137121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211026(s) Flops=370427904 => 1755.36618236615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252714.923590875 Mflops = 252.714923590875 Gflops = 0.252714923590875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056915 s
InvBiCGStab: k = 82 resid = 7.651455e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300319(s) Flops=541034496 => 1801.53269023938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259365.836767807 Mflops = 259.365836767807 Gflops = 0.259365836767807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001089557 Relative Rsd = 4.77711710100205e-07
BICGSTAB_SOLVER_TIME: 0.614281 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112803
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928196(s) Flops=1442119680 => 1553.68012790402 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223748.72878932 Mflops = 223.74872878932 Gflops = 0.22374872878932 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159925000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.129626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801515(s) Flops=1269393408 => 1583.74254755058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228009.815187058 Mflops = 228.009815187058 Gflops = 0.228009815187058 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 5.785308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.069646(s) Flops=1492494336 => 1395.31614758528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200918.575314202 Mflops = 200.918575314202 Gflops = 0.200918575314202 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002182136 Relative Rsd = 9.60534518534424e-07
BICGSTAB_SOLVER_TIME: 1.874711 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.125368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299430999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.186338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.755744(s) Flops=1262831616 => 1670.97802430453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240529.247530484 Mflops = 240.529247530484 Gflops = 0.240529247530484 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.067111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757138(s) Flops=1328449536 => 1754.56724665781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252640.635802773 Mflops = 252.640635802773 Gflops = 0.252640635802773 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.001891403 Relative Rsd = 8.31036417021646e-07
BICGSTAB_SOLVER_TIME: 1.516252 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0.116138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283046999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980315(s) Flops=1442119680 => 1471.07784742659 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211816.946165204 Mflops = 211.816946165204 Gflops = 0.211816946165204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159690000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 23 resid = 2.201802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085278(s) Flops=153888768 => 1804.55414057553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259667.560283359 Mflops = 259.667560283359 Gflops = 0.259667560283359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 45 resid = 1.144753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166688(s) Flops=298248192 => 1789.26012670378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257547.06250084 Mflops = 257.54706250084 Gflops = 0.25754706250084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007801255 Relative Rsd = 3.42042848431474e-07
BICGSTAB_SOLVER_TIME: 0.353006 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045376 s
InvBiCGStab: k = 89 resid = 1.098069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343806(s) Flops=586967040 => 1707.26235144238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245788.770488948 Mflops = 245.788770488948 Gflops = 0.245788770488948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061976 s
InvBiCGStab: k = 106 resid = 9.039175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468305(s) Flops=698517504 => 1491.58668816263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214760.868935015 Mflops = 214.760868935015 Gflops = 0.214760868935015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001247479 Relative Rsd = 5.46952190057476e-07
BICGSTAB_SOLVER_TIME: 0.924318 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153576999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053596 s
InvBiCGStab: k = 53 resid = 2.130869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270834(s) Flops=350742528 => 1295.04614634795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186452.428843842 Mflops = 186.452428843842 Gflops = 0.186452428843842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063807 s
InvBiCGStab: k = 84 resid = 9.177317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365741(s) Flops=554158080 => 1515.16532190813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218156.12471559 Mflops = 218.15612471559 Gflops = 0.21815612471559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001037295 Relative Rsd = 4.54797657223352e-07
BICGSTAB_SOLVER_TIME: 0.757944 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045451 s
InvBiCGStab: k = 60 resid = 1.933284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254102(s) Flops=396675072 => 1561.08598909099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224746.330002164 Mflops = 224.746330002164 Gflops = 0.224746330002164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057528 s
InvBiCGStab: k = 84 resid = 9.218106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340429(s) Flops=554158080 => 1627.82277655546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234362.472799453 Mflops = 234.362472799453 Gflops = 0.234362472799453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127492 Relative Rsd = 4.94344454044578e-07
BICGSTAB_SOLVER_TIME: 0.701367 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044439 s
InvBiCGStab: k = 62 resid = 2.262509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242016(s) Flops=409798656 => 1693.27092423641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243782.809783083 Mflops = 243.782809783083 Gflops = 0.243782809783083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061119 s
InvBiCGStab: k = 82 resid = 1.097493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306174(s) Flops=541034496 => 1767.08177702875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254402.887608203 Mflops = 254.402887608203 Gflops = 0.254402887608203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001110171 Relative Rsd = 4.86749838983215e-07
BICGSTAB_SOLVER_TIME: 0.657671 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117067
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916226(s) Flops=1429659648 => 1560.37882356536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224689.820883909 Mflops = 224.689820883909 Gflops = 0.224689820883909 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158662000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 38 resid = 1.310312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15112(s) Flops=252315648 => 1669.63769190048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240343.646574708 Mflops = 240.343646574708 Gflops = 0.240343646574708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062415 s
InvBiCGStab: k = 48 resid = 1.124093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191977(s) Flops=317933568 => 1656.10238726514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238372.116172789 Mflops = 238.372116172789 Gflops = 0.238372116172789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007516661 Relative Rsd = 3.29564934473272e-07
BICGSTAB_SOLVER_TIME: 0.450573 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 79 resid = 1.470404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289248(s) Flops=521349120 => 1802.42947228676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.648513846 Mflops = 259.508648513846 Gflops = 0.259508648513846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064446 s
InvBiCGStab: k = 109 resid = 9.230266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.482014(s) Flops=718202880 => 1490.00419074965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214549.216632411 Mflops = 214.549216632411 Gflops = 0.214549216632411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001257821 Relative Rsd = 5.51486388399767e-07
BICGSTAB_SOLVER_TIME: 0.885598 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052502 s
InvBiCGStab: k = 56 resid = 1.816803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258579(s) Flops=370427904 => 1432.55215620758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206225.73545691 Mflops = 206.22573545691 Gflops = 0.20622573545691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069986 s
InvBiCGStab: k = 89 resid = 1.111545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409694(s) Flops=586967040 => 1432.69620741334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206274.216414559 Mflops = 206.274216414559 Gflops = 0.206274216414559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00103802 Relative Rsd = 4.55115545702586e-07
BICGSTAB_SOLVER_TIME: 0.79664 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045494 s
InvBiCGStab: k = 55 resid = 2.246981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254293(s) Flops=363866112 => 1430.89315081422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206005.183053966 Mflops = 206.005183053966 Gflops = 0.206005183053966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057529 s
InvBiCGStab: k = 84 resid = 8.068956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313238(s) Flops=554158080 => 1769.12788359011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254688.025132009 Mflops = 254.688025132009 Gflops = 0.254688025132009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001139977 Relative Rsd = 4.99818128197527e-07
BICGSTAB_SOLVER_TIME: 0.674481 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041468 s
InvBiCGStab: k = 64 resid = 1.376171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239922(s) Flops=422922240 => 1762.74889339035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253775.95344324 Mflops = 253.77595344324 Gflops = 0.25377595344324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056665 s
InvBiCGStab: k = 93 resid = 3.997753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374981(s) Flops=613214208 => 1635.32074425104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235446.717432753 Mflops = 235.446717432753 Gflops = 0.235446717432753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001126184 Relative Rsd = 4.93770999153089e-07
BICGSTAB_SOLVER_TIME: 0.716966 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126502
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912864(s) Flops=1441972224 => 1579.61341886634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227485.383924681 Mflops = 227.485383924681 Gflops = 0.227485383924681 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160385000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 27 resid = 1.471292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099848(s) Flops=180135936 => 1804.10159442352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.577340369 Mflops = 259.666577340369 Gflops = 0.259666577340369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056516 s
InvBiCGStab: k = 50 resid = 8.048598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182882(s) Flops=331057152 => 1810.22272284861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260585.451450565 Mflops = 260.585451450565 Gflops = 0.260585451450565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007311437 Relative Rsd = 3.2056697550567e-07
BICGSTAB_SOLVER_TIME: 0.384203 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041113 s
InvBiCGStab: k = 49 resid = 1.897525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182164(s) Flops=324495360 => 1781.33637820865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256414.463918127 Mflops = 256.414463918127 Gflops = 0.256414463918127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056694 s
InvBiCGStab: k = 81 resid = 1.105155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393119(s) Flops=534472704 => 1359.56975877533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195751.024976965 Mflops = 195.751024976965 Gflops = 0.195751024976965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001063337 Relative Rsd = 4.66215560103761e-07
BICGSTAB_SOLVER_TIME: 0.677363 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0591 s
InvBiCGStab: k = 60 resid = 2.220808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307459(s) Flops=396675072 => 1290.17225711396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185756.799485904 Mflops = 185.756799485904 Gflops = 0.185756799485904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063388 s
InvBiCGStab: k = 76 resid = 9.401274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335481(s) Flops=501663744 => 1495.35664910979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215287.626771217 Mflops = 215.287626771217 Gflops = 0.215287626771217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001098955 Relative Rsd = 4.8183226550163e-07
BICGSTAB_SOLVER_TIME: 0.769812 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041587 s
InvBiCGStab: k = 63 resid = 2.166795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298151(s) Flops=416360448 => 1396.47510154251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201053.434451493 Mflops = 201.053434451493 Gflops = 0.201053434451493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 89 resid = 9.931209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377706(s) Flops=586967040 => 1554.03154834713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223742.104762259 Mflops = 223.742104762258 Gflops = 0.223742104762259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001124752 Relative Rsd = 4.93143082635502e-07
BICGSTAB_SOLVER_TIME: 0.777821 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042188 s
InvBiCGStab: k = 54 resid = 1.965573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22612(s) Flops=357304320 => 1580.15354678932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227519.953753285 Mflops = 227.519953753285 Gflops = 0.227519953753285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058764 s
InvBiCGStab: k = 83 resid = 1.085025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305487(s) Flops=547596288 => 1792.53548596176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258068.768139179 Mflops = 258.068768139179 Gflops = 0.258068768139179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001063482 Relative Rsd = 4.66279566550928e-07
BICGSTAB_SOLVER_TIME: 0.636406 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111912
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956288(s) Flops=1479278592 => 1546.89653326195 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222740.442398108 Mflops = 222.740442398108 Gflops = 0.222740442398108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164126000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042102 s
InvBiCGStab: k = 30 resid = 1.941762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11782(s) Flops=199821312 => 1695.98804956714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244116.236815847 Mflops = 244.116236815847 Gflops = 0.244116236815847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06116 s
InvBiCGStab: k = 42 resid = 9.87601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158737(s) Flops=278562816 => 1754.87010589844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252590.714953662 Mflops = 252.590714953662 Gflops = 0.252590714953662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007040131 Relative Rsd = 3.08671678446347e-07
BICGSTAB_SOLVER_TIME: 0.383614 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053658 s
InvBiCGStab: k = 55 resid = 2.209582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212882(s) Flops=363866112 => 1709.23850771789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246071.081201436 Mflops = 246.071081201436 Gflops = 0.246071081201436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056815 s
InvBiCGStab: k = 87 resid = 9.763423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319538(s) Flops=573843456 => 1795.85356358242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258548.605866196 Mflops = 258.548605866196 Gflops = 0.258548605866196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001123666 Relative Rsd = 4.92666862418538e-07
BICGSTAB_SOLVER_TIME: 0.646727 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053187 s
InvBiCGStab: k = 63 resid = 1.306076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272174(s) Flops=416360448 => 1529.75834576411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220234.449113174 Mflops = 220.234449113174 Gflops = 0.220234449113174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064259 s
InvBiCGStab: k = 74 resid = 1.06801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377034(s) Flops=488540160 => 1295.74563567211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186554.375017594 Mflops = 186.554375017594 Gflops = 0.186554375017594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001028432 Relative Rsd = 4.50911639002736e-07
BICGSTAB_SOLVER_TIME: 0.771145 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04485 s
InvBiCGStab: k = 70 resid = 2.119264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30148(s) Flops=462292992 => 1533.41180841183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220764.908142271 Mflops = 220.764908142271 Gflops = 0.220764908142271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068886 s
InvBiCGStab: k = 86 resid = 1.001689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389804(s) Flops=567281664 => 1455.29975064391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209535.562966502 Mflops = 209.535562966502 Gflops = 0.209535562966502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001127022 Relative Rsd = 4.94138245076032e-07
BICGSTAB_SOLVER_TIME: 0.80891 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047487 s
InvBiCGStab: k = 55 resid = 2.065172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289074(s) Flops=363866112 => 1258.72998609353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181226.616605195 Mflops = 181.226616605195 Gflops = 0.181226616605195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080111 s
InvBiCGStab: k = 79 resid = 1.117118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312052(s) Flops=521349120 => 1670.71231717791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240530.410803609 Mflops = 240.530410803609 Gflops = 0.240530410803609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001092698 Relative Rsd = 4.79089124759904e-07
BICGSTAB_SOLVER_TIME: 0.732485 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109927
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96216(s) Flops=1498300416 => 1557.22584185582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224224.256902703 Mflops = 224.224256902703 Gflops = 0.224224256902703 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166221000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.932133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770473(s) Flops=1335011328 => 1732.71656242334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249436.857278424 Mflops = 249.436857278424 Gflops = 0.249436857278424 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 8.506256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82256(s) Flops=1459685376 => 1774.56401478312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255525.885989182 Mflops = 255.525885989182 Gflops = 0.255525885989182 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.00278194 Relative Rsd = 1.22454446819665e-06
BICGSTAB_SOLVER_TIME: 1.596634 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303393999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.163098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861003(s) Flops=1275955200 => 1481.94048104362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213329.310538693 Mflops = 213.329310538693 Gflops = 0.213329310538693 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 9.681925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974713(s) Flops=1446561792 => 1484.08997520296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213798.872183901 Mflops = 213.7988721839 Gflops = 0.213798872183901 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002056914 Relative Rsd = 9.03769953953842e-07
BICGSTAB_SOLVER_TIME: 1.842332 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.139598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0.119984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295368999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024574(s) Flops=1498300416 => 1462.36427627482 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210569.22101596 Mflops = 210.56922101596 Gflops = 0.21056922101596 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166323000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043345 s
InvBiCGStab: k = 37 resid = 1.95691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136572(s) Flops=245753856 => 1799.44539144188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259000.319101842 Mflops = 259.000319101842 Gflops = 0.259000319101842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06394 s
InvBiCGStab: k = 46 resid = 1.111412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189751(s) Flops=304809984 => 1606.36826156384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231244.595000723 Mflops = 231.244595000723 Gflops = 0.231244595000723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007432519 Relative Rsd = 3.25875759046517e-07
BICGSTAB_SOLVER_TIME: 0.437372 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0732780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 65 resid = 1.853029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238303(s) Flops=429484032 => 1802.26028207786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.466687906 Mflops = 259.452466687906 Gflops = 0.259452466687906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 106 resid = 1.087112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390068(s) Flops=698517504 => 1790.75828829845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257830.31017685 Mflops = 257.83031017685 Gflops = 0.25783031017685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001233584 Relative Rsd = 5.40859735873417e-07
BICGSTAB_SOLVER_TIME: 0.729434 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049517 s
InvBiCGStab: k = 47 resid = 2.173761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177709(s) Flops=311371776 => 1752.14410074898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252217.809120803 Mflops = 252.217809120803 Gflops = 0.252217809120803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 81 resid = 7.950993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295702(s) Flops=534472704 => 1807.47071037734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260221.21561208 Mflops = 260.22121561208 Gflops = 0.26022121561208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001010588 Relative Rsd = 4.43088152403016e-07
BICGSTAB_SOLVER_TIME: 0.583205 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050283 s
InvBiCGStab: k = 70 resid = 1.526851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309233(s) Flops=462292992 => 1494.96655272885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215242.638362133 Mflops = 215.242638362133 Gflops = 0.215242638362133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06698 s
InvBiCGStab: k = 105 resid = 1.059715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.498349(s) Flops=691955712 => 1388.49623857979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199915.770268885 Mflops = 199.915770268885 Gflops = 0.199915770268885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001156832 Relative Rsd = 5.07208473879653e-07
BICGSTAB_SOLVER_TIME: 0.929032 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048586 s
InvBiCGStab: k = 60 resid = 2.062843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271874(s) Flops=396675072 => 1459.04011417053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210075.783995682 Mflops = 210.075783995682 Gflops = 0.210075783995682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057828 s
InvBiCGStab: k = 84 resid = 1.111067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388048(s) Flops=554158080 => 1428.06580629201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205608.547979544 Mflops = 205.608547979544 Gflops = 0.205608547979544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001105374 Relative Rsd = 4.84646915838636e-07
BICGSTAB_SOLVER_TIME: 0.770261 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117185
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966854(s) Flops=1510981632 => 1562.7815906021 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225064.925007001 Mflops = 225.064925007001 Gflops = 0.225064925007001 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167537000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043592 s
InvBiCGStab: k = 32 resid = 2.011819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118115(s) Flops=212944896 => 1802.86073741692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.544181793 Mflops = 259.503544181793 Gflops = 0.259503544181793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055856 s
InvBiCGStab: k = 51 resid = 9.515626e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186897(s) Flops=337618944 => 1806.44389155524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260037.425966055 Mflops = 260.037425966055 Gflops = 0.260037425966055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007476963 Relative Rsd = 3.27824382757454e-07
BICGSTAB_SOLVER_TIME: 0.408383 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 73 resid = 2.208791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268138(s) Flops=481978368 => 1797.50116730937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258796.642095264 Mflops = 258.796642095264 Gflops = 0.258796642095264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057185 s
InvBiCGStab: k = 118 resid = 1.139639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464327(s) Flops=777259008 => 1673.94747236323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241013.266206995 Mflops = 241.013266206995 Gflops = 0.241013266206995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001282419 Relative Rsd = 5.62271321622022e-07
BICGSTAB_SOLVER_TIME: 0.834958 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150770999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041611 s
InvBiCGStab: k = 60 resid = 2.258905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21954(s) Flops=396675072 => 1806.84646078163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260123.307095175 Mflops = 260.123307095175 Gflops = 0.260123307095175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056955 s
InvBiCGStab: k = 70 resid = 1.121939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257015(s) Flops=462292992 => 1798.70043382682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258963.295242484 Mflops = 258.963295242484 Gflops = 0.258963295242484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001034193 Relative Rsd = 4.53437800951073e-07
BICGSTAB_SOLVER_TIME: 0.578948 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059109 s
InvBiCGStab: k = 73 resid = 1.84745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343409(s) Flops=481978368 => 1403.51117180971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202072.938580967 Mflops = 202.072938580967 Gflops = 0.202072938580967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059075 s
InvBiCGStab: k = 87 resid = 9.588165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392982(s) Flops=573843456 => 1460.22834633647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210237.473075626 Mflops = 210.237473075626 Gflops = 0.210237473075626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001122008 Relative Rsd = 4.91939924762589e-07
BICGSTAB_SOLVER_TIME: 0.859233 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046335 s
InvBiCGStab: k = 48 resid = 2.197938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214448(s) Flops=317933568 => 1482.56718645079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213440.193723919 Mflops = 213.440193723919 Gflops = 0.213440193723919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067122 s
InvBiCGStab: k = 82 resid = 8.970126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430346(s) Flops=541034496 => 1257.20814414448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180999.211829599 Mflops = 180.999211829599 Gflops = 0.180999211829599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001095408 Relative Rsd = 4.80276970085648e-07
BICGSTAB_SOLVER_TIME: 0.762819 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106844
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.010918(s) Flops=1529634816 => 1513.11463046459 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217871.711375994 Mflops = 217.871711375994 Gflops = 0.217871711375994 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169796000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 32 resid = 1.475503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117566(s) Flops=212944896 => 1811.27958763588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260699.682871021 Mflops = 260.699682871021 Gflops = 0.260699682871021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 47 resid = 1.12698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172383(s) Flops=311371776 => 1806.27890221194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260007.892003087 Mflops = 260.007892003087 Gflops = 0.260007892003087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007106657 Relative Rsd = 3.11588463472972e-07
BICGSTAB_SOLVER_TIME: 0.391356 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041885 s
InvBiCGStab: k = 56 resid = 1.161887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218979(s) Flops=370427904 => 1691.61382598331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243560.329322371 Mflops = 243.560329322371 Gflops = 0.243560329322371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069072 s
InvBiCGStab: k = 78 resid = 1.047668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288447(s) Flops=514787328 => 1784.68601857534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256938.730424498 Mflops = 256.938730424498 Gflops = 0.256938730424498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001081464 Relative Rsd = 4.74163690837439e-07
BICGSTAB_SOLVER_TIME: 0.622135 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 60 resid = 1.932239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221693(s) Flops=396675072 => 1789.29903966296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257591.452343175 Mflops = 257.591452343175 Gflops = 0.257591452343175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056687 s
InvBiCGStab: k = 77 resid = 9.408608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285403(s) Flops=508225536 => 1780.7294807693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256366.190681932 Mflops = 256.366190681932 Gflops = 0.256366190681932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001058535 Relative Rsd = 4.64110544244402e-07
BICGSTAB_SOLVER_TIME: 0.608676 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112042
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 67 resid = 1.861728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271405(s) Flops=442607616 => 1630.80126010943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234791.994487324 Mflops = 234.791994487324 Gflops = 0.234791994487324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064155 s
InvBiCGStab: k = 92 resid = 6.494018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412458(s) Flops=606652416 => 1470.8222800867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211781.177681622 Mflops = 211.781177681622 Gflops = 0.211781177681622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001120409 Relative Rsd = 4.91238763227708e-07
BICGSTAB_SOLVER_TIME: 0.792774 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043262 s
InvBiCGStab: k = 62 resid = 1.648213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318126(s) Flops=409798656 => 1288.16461402086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185479.124749529 Mflops = 185.479124749529 Gflops = 0.185479124749529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07482 s
InvBiCGStab: k = 83 resid = 8.11462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357738(s) Flops=547596288 => 1530.71881656408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220385.294044038 Mflops = 220.385294044038 Gflops = 0.220385294044038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.0010657 Relative Rsd = 4.67251760170705e-07
BICGSTAB_SOLVER_TIME: 0.805022 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11777
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018261(s) Flops=1554481152 => 1526.60383929071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219816.92861827 Mflops = 219.81692861827 Gflops = 0.21981692861827 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172703000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041117 s
InvBiCGStab: k = 33 resid = 1.91184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121682(s) Flops=219506688 => 1803.93721339228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259658.500490949 Mflops = 259.658500490949 Gflops = 0.259658500490949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057206 s
InvBiCGStab: k = 46 resid = 1.111388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170447(s) Flops=304809984 => 1788.29773477973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257421.069639891 Mflops = 257.421069639891 Gflops = 0.257421069639891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007150812 Relative Rsd = 3.13524428811582e-07
BICGSTAB_SOLVER_TIME: 0.394306 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049973 s
InvBiCGStab: k = 69 resid = 2.247024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256052(s) Flops=455731200 => 1779.83847031072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256226.539507056 Mflops = 256.226539507056 Gflops = 0.256226539507056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 90 resid = 1.039075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329695(s) Flops=593528832 => 1800.23607273389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259189.866417524 Mflops = 259.189866417525 Gflops = 0.259189866417525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001136099 Relative Rsd = 4.98118078168972e-07
BICGSTAB_SOLVER_TIME: 0.695774 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047492 s
InvBiCGStab: k = 59 resid = 1.582675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23661(s) Flops=390113280 => 1648.76074553062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237383.186405052 Mflops = 237.383186405052 Gflops = 0.237383186405052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072462 s
InvBiCGStab: k = 82 resid = 5.728873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337575(s) Flops=541034496 => 1602.70901577427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230733.624096301 Mflops = 230.733624096301 Gflops = 0.230733624096301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001060547 Relative Rsd = 4.64992649044999e-07
BICGSTAB_SOLVER_TIME: 0.698065 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 68 resid = 1.980781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280366(s) Flops=449169408 => 1602.0823066991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230655.843798044 Mflops = 230.655843798044 Gflops = 0.230655843798044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061476 s
InvBiCGStab: k = 89 resid = 1.032878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393913(s) Flops=586967040 => 1490.09309162175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214538.026876164 Mflops = 214.538026876164 Gflops = 0.214538026876164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001130897 Relative Rsd = 4.95837070100814e-07
BICGSTAB_SOLVER_TIME: 0.780992 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051401 s
InvBiCGStab: k = 61 resid = 1.889943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272924(s) Flops=403236864 => 1477.46942005833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212715.544382714 Mflops = 212.715544382714 Gflops = 0.212715544382714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07358 s
InvBiCGStab: k = 85 resid = 6.24358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36009(s) Flops=560719872 => 1557.16590852287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224199.078008529 Mflops = 224.199078008529 Gflops = 0.224199078008529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001060333 Relative Rsd = 4.648988852145e-07
BICGSTAB_SOLVER_TIME: 0.762104 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118286
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034877(s) Flops=1573281792 => 1520.25969463038 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218904.412170896 Mflops = 218.904412170896 Gflops = 0.218904412170896 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175047000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021346
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.589861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830447(s) Flops=1426876416 => 1718.20286664893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247379.667035654 Mflops = 247.379667035654 Gflops = 0.247379667035654 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.092067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.001754(s) Flops=1702471680 => 1699.49077318384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244717.605509583 Mflops = 244.717605509583 Gflops = 0.244717605509583 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.003540663 Relative Rsd = 1.55852932019658e-06
BICGSTAB_SOLVER_TIME: 1.835671 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339251
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.072734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.797328(s) Flops=1236584448 => 1550.91060140871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223289.121475348 Mflops = 223.289121475348 Gflops = 0.223289121475348 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.15026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.966798(s) Flops=1394067456 => 1441.94284224833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207631.357782705 Mflops = 207.631357782705 Gflops = 0.207631357782705 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001928095 Relative Rsd = 8.47173075930166e-07
BICGSTAB_SOLVER_TIME: 1.767673 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.133024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0.129046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285786999999998
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.06837(s) Flops=1573281792 => 1472.60012168069 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212042.163461653 Mflops = 212.042163461653 Gflops = 0.212042163461653 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174972000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043901 s
InvBiCGStab: k = 29 resid = 1.900186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107588(s) Flops=193259520 => 1796.29252332974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258496.887670425 Mflops = 258.496887670425 Gflops = 0.258496887670425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 50 resid = 9.169676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184383(s) Flops=331057152 => 1795.48630839069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258460.335844836 Mflops = 258.460335844836 Gflops = 0.258460335844836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007660656 Relative Rsd = 3.35878323192072e-07
BICGSTAB_SOLVER_TIME: 0.396476 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 78 resid = 2.169329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290324(s) Flops=514787328 => 1773.14768327799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255292.194206543 Mflops = 255.292194206543 Gflops = 0.255292194206543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056654 s
InvBiCGStab: k = 104 resid = 1.080203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413805(s) Flops=685393920 => 1656.32102077065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238472.716011094 Mflops = 238.472716011094 Gflops = 0.238472716011094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001309568 Relative Rsd = 5.74174836414993e-07
BICGSTAB_SOLVER_TIME: 0.805849 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 65 resid = 1.657856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237447(s) Flops=429484032 => 1808.75745745366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260408.508504212 Mflops = 260.408508504212 Gflops = 0.260408508504212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 86 resid = 6.092069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315557(s) Flops=567281664 => 1797.71535411986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258817.089245184 Mflops = 258.817089245184 Gflops = 0.258817089245184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001126231 Relative Rsd = 4.93791364840825e-07
BICGSTAB_SOLVER_TIME: 0.6544 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046292 s
InvBiCGStab: k = 65 resid = 2.011918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260034(s) Flops=429484032 => 1651.64567710376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237783.578694827 Mflops = 237.783578694827 Gflops = 0.237783578694827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064103 s
InvBiCGStab: k = 85 resid = 1.125632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369866(s) Flops=560719872 => 1516.00815430453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218287.924058938 Mflops = 218.287924058938 Gflops = 0.218287924058938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001110502 Relative Rsd = 4.86895257139499e-07
BICGSTAB_SOLVER_TIME: 0.74482 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121646
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043447 s
InvBiCGStab: k = 65 resid = 1.690226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293252(s) Flops=429484032 => 1464.55619058012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210856.280693459 Mflops = 210.856280693459 Gflops = 0.210856280693459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071785 s
InvBiCGStab: k = 87 resid = 5.084645e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426369(s) Flops=573843456 => 1345.8845647784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193776.444518176 Mflops = 193.776444518176 Gflops = 0.193776444518176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001116978 Relative Rsd = 4.89734611719272e-07
BICGSTAB_SOLVER_TIME: 0.839125 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122707
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.143499(s) Flops=1591934976 => 1392.16123144839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200478.702282193 Mflops = 200.478702282193 Gflops = 0.200478702282193 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177008000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040797 s
InvBiCGStab: k = 26 resid = 1.967093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096274(s) Flops=173574144 => 1802.91817105345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259437.646669724 Mflops = 259.437646669724 Gflops = 0.259437646669724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056125 s
InvBiCGStab: k = 44 resid = 8.905247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172329(s) Flops=291686400 => 1692.61354734258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243638.789201476 Mflops = 243.638789201476 Gflops = 0.243638789201476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007673017 Relative Rsd = 3.36420285278216e-07
BICGSTAB_SOLVER_TIME: 0.369888 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642350000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047457 s
InvBiCGStab: k = 71 resid = 1.813209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270105(s) Flops=468854784 => 1735.82415727217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249895.330233894 Mflops = 249.895330233894 Gflops = 0.249895330233894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058121 s
InvBiCGStab: k = 117 resid = 1.132592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444163(s) Flops=770697216 => 1735.1675308389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249833.555203514 Mflops = 249.833555203514 Gflops = 0.249833555203514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001342681 Relative Rsd = 5.88693019678939e-07
BICGSTAB_SOLVER_TIME: 0.823637 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042101 s
InvBiCGStab: k = 59 resid = 2.203717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219293(s) Flops=390113280 => 1778.9591095019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256101.622434981 Mflops = 256.101622434981 Gflops = 0.256101622434981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058576 s
InvBiCGStab: k = 86 resid = 1.03569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332535(s) Flops=567281664 => 1705.93069601696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245637.836249939 Mflops = 245.637836249939 Gflops = 0.245637836249939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001123061 Relative Rsd = 4.92401342850623e-07
BICGSTAB_SOLVER_TIME: 0.657259 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041597 s
InvBiCGStab: k = 51 resid = 2.015611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187184(s) Flops=337618944 => 1803.67416018463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259651.072017001 Mflops = 259.651072017001 Gflops = 0.259651072017001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062015 s
InvBiCGStab: k = 84 resid = 1.011249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36302(s) Flops=554158080 => 1526.52217508677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219770.19011514 Mflops = 219.77019011514 Gflops = 0.21977019011514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001156916 Relative Rsd = 5.07245070867387e-07
BICGSTAB_SOLVER_TIME: 0.657637 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111062
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055883 s
InvBiCGStab: k = 59 resid = 2.257754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293173(s) Flops=390113280 => 1330.65896245561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191569.490826712 Mflops = 191.569490826712 Gflops = 0.191569490826712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075998 s
InvBiCGStab: k = 93 resid = 6.780282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43515(s) Flops=613214208 => 1409.20190279214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202887.622113463 Mflops = 202.887622113463 Gflops = 0.202887622113463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001119567 Relative Rsd = 4.90869577715457e-07
BICGSTAB_SOLVER_TIME: 0.864198 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122704
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.112514(s) Flops=1604247552 => 1442.00212491708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207673.910117186 Mflops = 207.673910117186 Gflops = 0.207673910117186 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178663000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041042 s
InvBiCGStab: k = 27 resid = 2.215287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101816(s) Flops=180135936 => 1769.23014064587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254629.335232613 Mflops = 254.629335232613 Gflops = 0.254629335232613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055895 s
InvBiCGStab: k = 45 resid = 1.083172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166562(s) Flops=298248192 => 1790.61365737683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257758.986669015 Mflops = 257.758986669015 Gflops = 0.257758986669015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007630482 Relative Rsd = 3.34555395679383e-07
BICGSTAB_SOLVER_TIME: 0.369264 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047005 s
InvBiCGStab: k = 51 resid = 1.721711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188533(s) Flops=337618944 => 1790.76842780839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257790.369624817 Mflops = 257.790369624817 Gflops = 0.257790369624817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056045 s
InvBiCGStab: k = 83 resid = 6.334985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302922(s) Flops=547596288 => 1807.71382732188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260258.907438494 Mflops = 260.258907438494 Gflops = 0.260258907438494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001099755 Relative Rsd = 4.82183126999101e-07
BICGSTAB_SOLVER_TIME: 0.598254 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 59 resid = 1.650515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217184(s) Flops=390113280 => 1796.2339767202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258589.867232248 Mflops = 258.589867232248 Gflops = 0.258589867232248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05693 s
InvBiCGStab: k = 83 resid = 1.123988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337171(s) Flops=547596288 => 1624.09070768245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233826.185740816 Mflops = 233.826185740816 Gflops = 0.233826185740816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001088103 Relative Rsd = 4.77074350845196e-07
BICGSTAB_SOLVER_TIME: 0.656778 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 72 resid = 1.391105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281045(s) Flops=475416576 => 1691.60303865929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243545.673625918 Mflops = 243.545673625918 Gflops = 0.243545673625918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060528 s
InvBiCGStab: k = 95 resid = 1.133345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422803(s) Flops=626337792 => 1481.39391631564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213286.963805856 Mflops = 213.286963805856 Gflops = 0.213286963805856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001121392 Relative Rsd = 4.91669709346875e-07
BICGSTAB_SOLVER_TIME: 0.809693 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042737 s
InvBiCGStab: k = 63 resid = 2.213675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28157(s) Flops=416360448 => 1478.71026032603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212896.146874762 Mflops = 212.896146874762 Gflops = 0.212896146874762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068198 s
InvBiCGStab: k = 81 resid = 9.086539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366923(s) Flops=534472704 => 1456.6345091477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209720.019832406 Mflops = 209.720019832406 Gflops = 0.209720019832406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001091084 Relative Rsd = 4.78381531955212e-07
BICGSTAB_SOLVER_TIME: 0.763702 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117066
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.302629(s) Flops=1610735616 => 1236.52675934591 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  178054.839626469 Mflops = 178.054839626469 Gflops = 0.178054839626469 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178993000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.436696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04218 s
InvBiCGStab: k = 29 resid = 1.935337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116816(s) Flops=193259520 => 1654.3925489659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238138.752853984 Mflops = 238.138752853984 Gflops = 0.238138752853984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060985 s
InvBiCGStab: k = 47 resid = 9.313662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189623(s) Flops=311371776 => 1642.05700785242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236361.624088452 Mflops = 236.361624088452 Gflops = 0.236361624088452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000776196 Relative Rsd = 3.40319957186724e-07
BICGSTAB_SOLVER_TIME: 0.413369 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 62 resid = 1.923113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227905(s) Flops=409798656 => 1798.1117395406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258862.795895046 Mflops = 258.862795895046 Gflops = 0.258862795895046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 87 resid = 9.346411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371993(s) Flops=573843456 => 1542.61896326006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222106.166019284 Mflops = 222.106166019284 Gflops = 0.222106166019284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001136459 Relative Rsd = 4.98275848446639e-07
BICGSTAB_SOLVER_TIME: 0.701449 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120835
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043112 s
InvBiCGStab: k = 63 resid = 1.261929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254752(s) Flops=416360448 => 1634.37558095717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235300.181425102 Mflops = 235.300181425102 Gflops = 0.235300181425102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059163 s
InvBiCGStab: k = 75 resid = 5.730385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277945(s) Flops=495101952 => 1781.29468779795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256440.83226767 Mflops = 256.44083226767 Gflops = 0.25644083226767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001026759 Relative Rsd = 4.50178270076976e-07
BICGSTAB_SOLVER_TIME: 0.638863 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043392 s
InvBiCGStab: k = 62 resid = 1.883827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253301(s) Flops=409798656 => 1617.83276023387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232925.368865357 Mflops = 232.925368865357 Gflops = 0.232925368865357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065016 s
InvBiCGStab: k = 87 resid = 8.909412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335708(s) Flops=573843456 => 1709.35293767202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246082.449873356 Mflops = 246.082449873356 Gflops = 0.246082449873356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001183415 Relative Rsd = 5.18863568115714e-07
BICGSTAB_SOLVER_TIME: 0.701309 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043338 s
InvBiCGStab: k = 63 resid = 1.968849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240616(s) Flops=416360448 => 1730.39385577019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249125.737930558 Mflops = 249.125737930558 Gflops = 0.249125737930558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057515 s
InvBiCGStab: k = 80 resid = 1.151767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310396(s) Flops=527910912 => 1700.76583461127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244882.755555931 Mflops = 244.882755555931 Gflops = 0.244882755555931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001082883 Relative Rsd = 4.74785686503454e-07
BICGSTAB_SOLVER_TIME: 0.656403 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11625
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.04272(s) Flops=1623416832 => 1556.90581555931 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224180.851102706 Mflops = 224.180851102706 Gflops = 0.224180851102706 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180555000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.446487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021372
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.385988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828938(s) Flops=1440000000 => 1737.16248983639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250101.719261387 Mflops = 250.101719261387 Gflops = 0.250101719261387 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.098361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.115415(s) Flops=1571235840 => 1408.65582765159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202837.822803061 Mflops = 202.837822803061 Gflops = 0.202837822803061 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002098751 Relative Rsd = 9.23863698664548e-07
BICGSTAB_SOLVER_TIME: 1.948679 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.138342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0.144956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326762999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.157242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783077(s) Flops=1197213696 => 1528.8582042379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220087.859944343 Mflops = 220.087859944343 Gflops = 0.220087859944343 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.073809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874737(s) Flops=1466247168 => 1676.21487144136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241365.810910763 Mflops = 241.365810910763 Gflops = 0.241365810910763 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.001990882 Relative Rsd = 8.74760618900096e-07
BICGSTAB_SOLVER_TIME: 1.661664 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289510999999998
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.07674(s) Flops=1623416832 => 1507.71479837287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217096.243383583 Mflops = 217.096243383583 Gflops = 0.217096243383583 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180664000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043375 s
InvBiCGStab: k = 32 resid = 2.084946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119761(s) Flops=212944896 => 1778.08214694266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255945.654904764 Mflops = 255.945654904764 Gflops = 0.255945654904764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056215 s
InvBiCGStab: k = 57 resid = 5.075644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21172(s) Flops=376989696 => 1780.60502550538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256333.480215374 Mflops = 256.333480215374 Gflops = 0.256333480215374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007556317 Relative Rsd = 3.31303623162518e-07
BICGSTAB_SOLVER_TIME: 0.434965 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0779030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048119 s
InvBiCGStab: k = 76 resid = 1.885292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284887(s) Flops=501663744 => 1760.92185322602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253516.919040108 Mflops = 253.516919040108 Gflops = 0.253516919040108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 98 resid = 1.059128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379726(s) Flops=646023168 => 1701.28768638439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244943.744828331 Mflops = 244.943744828331 Gflops = 0.244943744828331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001304953 Relative Rsd = 5.72151232264751e-07
BICGSTAB_SOLVER_TIME: 0.772859 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042626 s
InvBiCGStab: k = 64 resid = 1.202702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252401(s) Flops=422922240 => 1675.59653091707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241238.410554156 Mflops = 241.238410554156 Gflops = 0.241238410554156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0605 s
InvBiCGStab: k = 77 resid = 1.0826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301192(s) Flops=508225536 => 1687.3805944381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242923.407475462 Mflops = 242.923407475462 Gflops = 0.242923407475462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001104042 Relative Rsd = 4.84062844247776e-07
BICGSTAB_SOLVER_TIME: 0.660626 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04213 s
InvBiCGStab: k = 72 resid = 2.235069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278838(s) Flops=475416576 => 1704.99205990575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245474.203586463 Mflops = 245.474203586463 Gflops = 0.245474203586463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065426 s
InvBiCGStab: k = 87 resid = 5.257182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440519(s) Flops=573843456 => 1302.65313414404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187559.349588793 Mflops = 187.559349588793 Gflops = 0.187559349588793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001173131 Relative Rsd = 5.14354329225309e-07
BICGSTAB_SOLVER_TIME: 0.831713 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.153174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057818 s
InvBiCGStab: k = 71 resid = 9.109678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321791(s) Flops=468854784 => 1457.01646099487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209780.400465029 Mflops = 209.780400465029 Gflops = 0.209780400465029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069129 s
InvBiCGStab: k = 89 resid = 8.68605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381411(s) Flops=586967040 => 1538.93579367139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221566.288249441 Mflops = 221.566288249441 Gflops = 0.221566288249441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001142952 Relative Rsd = 5.01122757216348e-07
BICGSTAB_SOLVER_TIME: 0.834456 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128439
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078487(s) Flops=1630347264 => 1511.69857772973 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217670.424708858 Mflops = 217.670424708858 Gflops = 0.217670424708858 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181063000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.40975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040557 s
InvBiCGStab: k = 34 resid = 1.506214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126576(s) Flops=226068480 => 1786.02957906712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257073.255801751 Mflops = 257.073255801751 Gflops = 0.257073255801751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061629 s
InvBiCGStab: k = 52 resid = 8.378836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215585(s) Flops=344180736 => 1596.49667648491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229828.004094017 Mflops = 229.828004094017 Gflops = 0.229828004094017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007561926 Relative Rsd = 3.31549568190969e-07
BICGSTAB_SOLVER_TIME: 0.448116 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 79 resid = 2.144326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289168(s) Flops=521349120 => 1802.92812482709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259578.169051733 Mflops = 259.578169051733 Gflops = 0.259578169051733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 115 resid = 6.062958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424463(s) Flops=757573632 => 1784.7813166283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256965.09405026 Mflops = 256.96509405026 Gflops = 0.25696509405026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001306917 Relative Rsd = 5.73012460959374e-07
BICGSTAB_SOLVER_TIME: 0.814857 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153255999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 61 resid = 2.070293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22405(s) Flops=403236864 => 1799.76283865209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259107.784386494 Mflops = 259.107784386494 Gflops = 0.259107784386494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056648 s
InvBiCGStab: k = 80 resid = 7.637543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292425(s) Flops=527910912 => 1805.28652474994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.01273817 Mflops = 259.90501273817 Gflops = 0.25990501273817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001073162 Relative Rsd = 4.70523541082537e-07
BICGSTAB_SOLVER_TIME: 0.618018 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 72 resid = 1.533734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27814(s) Flops=475416576 => 1709.27078449702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246108.15328038 Mflops = 246.10815328038 Gflops = 0.24610815328038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062502 s
InvBiCGStab: k = 88 resid = 1.089282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34383(s) Flops=580405248 => 1688.05877323096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243017.141778549 Mflops = 243.017141778549 Gflops = 0.243017141778549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001199463 Relative Rsd = 5.25899530414519e-07
BICGSTAB_SOLVER_TIME: 0.729733 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 61 resid = 1.890996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224676(s) Flops=403236864 => 1794.74827751963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258386.010813968 Mflops = 258.386010813968 Gflops = 0.258386010813968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057717 s
InvBiCGStab: k = 90 resid = 6.306686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3364(s) Flops=593528832 => 1764.3544351962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254024.720184898 Mflops = 254.024720184898 Gflops = 0.254024720184898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001168349 Relative Rsd = 5.12257735266893e-07
BICGSTAB_SOLVER_TIME: 0.66422 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12218
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.217464(s) Flops=1643249664 => 1349.73162574006 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194349.939144954 Mflops = 194.349939144954 Gflops = 0.194349939144954 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182698000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.468202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 29 resid = 2.186922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107571(s) Flops=193259520 => 1796.57640070279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258563.118738558 Mflops = 258.563118738558 Gflops = 0.258563118738558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05606 s
InvBiCGStab: k = 50 resid = 1.042915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184057(s) Flops=331057152 => 1798.66645658682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258929.883346981 Mflops = 258.929883346981 Gflops = 0.258929883346981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007348001 Relative Rsd = 3.22170122631556e-07
BICGSTAB_SOLVER_TIME: 0.392793 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041816 s
InvBiCGStab: k = 60 resid = 1.967302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225747(s) Flops=396675072 => 1757.16652712993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252976.929941244 Mflops = 252.976929941244 Gflops = 0.252976929941244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061324 s
InvBiCGStab: k = 87 resid = 8.065375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340587(s) Flops=573843456 => 1684.86599899585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242574.379683142 Mflops = 242.574379683142 Gflops = 0.242574379683142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001103103 Relative Rsd = 4.83650885687099e-07
BICGSTAB_SOLVER_TIME: 0.673291 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 60 resid = 1.620611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232703(s) Flops=396675072 => 1704.64098872812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245420.989837386 Mflops = 245.420989837386 Gflops = 0.245420989837386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057399 s
InvBiCGStab: k = 78 resid = 1.073776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293312(s) Flops=514787328 => 1755.08444250491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252678.276380113 Mflops = 252.678276380113 Gflops = 0.252678276380113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001087314 Relative Rsd = 4.7672854248829e-07
BICGSTAB_SOLVER_TIME: 0.62861 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042295 s
InvBiCGStab: k = 72 resid = 1.874025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267248(s) Flops=475416576 => 1778.93408369754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256118.304305146 Mflops = 256.118304305146 Gflops = 0.256118304305145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056561 s
InvBiCGStab: k = 91 resid = 1.130795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333469(s) Flops=600090624 => 1799.53945944001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259096.824534429 Mflops = 259.096824534429 Gflops = 0.259096824534429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001136992 Relative Rsd = 4.98509313749146e-07
BICGSTAB_SOLVER_TIME: 0.703478 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041644 s
InvBiCGStab: k = 71 resid = 1.675223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272262(s) Flops=468854784 => 1722.07206293937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247930.809245078 Mflops = 247.930809245078 Gflops = 0.247930809245078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063737 s
InvBiCGStab: k = 82 resid = 1.0919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312639(s) Flops=541034496 => 1730.54064272212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249132.07801454 Mflops = 249.13207801454 Gflops = 0.24913207801454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001121396 Relative Rsd = 4.91671648936183e-07
BICGSTAB_SOLVER_TIME: 0.694175 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123342
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065812(s) Flops=1649958912 => 1548.07687659737 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222916.292544188 Mflops = 222.916292544188 Gflops = 0.222916292544188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183243000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056307 s
InvBiCGStab: k = 32 resid = 1.72775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138048(s) Flops=212944896 => 1542.54242002782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221983.864840609 Mflops = 221.983864840609 Gflops = 0.221983864840609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070764 s
InvBiCGStab: k = 55 resid = 8.915842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265721(s) Flops=363866112 => 1369.35399159269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197128.697477016 Mflops = 197.128697477016 Gflops = 0.197128697477016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007819415 Relative Rsd = 3.42839075363363e-07
BICGSTAB_SOLVER_TIME: 0.535061 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057782 s
InvBiCGStab: k = 60 resid = 2.145649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281633(s) Flops=396675072 => 1408.48221621756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202768.371450206 Mflops = 202.768371450206 Gflops = 0.202768371450206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057366 s
InvBiCGStab: k = 85 resid = 1.001513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354427(s) Flops=560719872 => 1582.04615336868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227770.892758357 Mflops = 227.770892758357 Gflops = 0.227770892758357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001160909 Relative Rsd = 5.08995958552545e-07
BICGSTAB_SOLVER_TIME: 0.755091 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 57 resid = 2.189412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210779(s) Flops=376989696 => 1788.55434364904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257502.992708837 Mflops = 257.502992708837 Gflops = 0.257502992708837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057074 s
InvBiCGStab: k = 80 resid = 1.085817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325303(s) Flops=527910912 => 1622.82829239202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233640.265496852 Mflops = 233.640265496852 Gflops = 0.233640265496852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001128533 Relative Rsd = 4.9480087003387e-07
BICGSTAB_SOLVER_TIME: 0.638428 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042008 s
InvBiCGStab: k = 85 resid = 2.16673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312071(s) Flops=560719872 => 1796.77019652579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258692.671995825 Mflops = 258.692671995825 Gflops = 0.258692671995825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057095 s
InvBiCGStab: k = 86 resid = 8.491024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316913(s) Flops=567281664 => 1790.02333132437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257718.898406937 Mflops = 257.718898406937 Gflops = 0.257718898406937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001173123 Relative Rsd = 5.14350909423108e-07
BICGSTAB_SOLVER_TIME: 0.732162 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049156 s
InvBiCGStab: k = 63 resid = 1.832812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233045(s) Flops=416360448 => 1786.60965907872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257199.923779294 Mflops = 257.199923779294 Gflops = 0.257199923779294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055858 s
InvBiCGStab: k = 81 resid = 1.11758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295691(s) Flops=534472704 => 1807.53795008979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260229.219851743 Mflops = 260.229219851743 Gflops = 0.260229219851743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001105485 Relative Rsd = 4.8469555869681e-07
BICGSTAB_SOLVER_TIME: 0.637538 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117002
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.060312(s) Flops=1662492672 => 1567.92780992764 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225793.961148863 Mflops = 225.793961148863 Gflops = 0.225793961148863 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184814000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.214983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857367(s) Flops=1466247168 => 1710.17448537208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246207.229313742 Mflops = 246.207229313742 Gflops = 0.246207229313742 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.093693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.139259(s) Flops=1663100928 => 1459.80933922839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210204.999151156 Mflops = 210.204999151156 Gflops = 0.210204999151156 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002095875 Relative Rsd = 9.22634153979154e-07
BICGSTAB_SOLVER_TIME: 2.000085 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.122441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339540999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.810677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827148(s) Flops=1210337280 => 1463.26567917712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210674.834862534 Mflops = 210.674834862534 Gflops = 0.210674834862534 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 8.353798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878989(s) Flops=1577797632 => 1795.01408094982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258465.836592434 Mflops = 258.465836592434 Gflops = 0.258465836592434 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.00224329 Relative Rsd = 9.85643760193206e-07
BICGSTAB_SOLVER_TIME: 1.70951 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.115378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303193999999998
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078468(s) Flops=1662492672 => 1541.53175801229 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221963.276321474 Mflops = 221.963276321474 Gflops = 0.221963276321474 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184763000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041977 s
InvBiCGStab: k = 30 resid = 2.277314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12266(s) Flops=199821312 => 1629.06662318604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234492.185929773 Mflops = 234.492185929773 Gflops = 0.234492185929773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069191 s
InvBiCGStab: k = 52 resid = 7.373646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194646(s) Flops=344180736 => 1768.2394500786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254526.465366694 Mflops = 254.526465366694 Gflops = 0.254526465366694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0006946355 Relative Rsd = 3.04560106405928e-07
BICGSTAB_SOLVER_TIME: 0.432307 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 91 resid = 1.675837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333707(s) Flops=600090624 => 1798.25602699374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258911.152559265 Mflops = 258.911152559265 Gflops = 0.258911152559265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05803 s
InvBiCGStab: k = 107 resid = 1.144817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402694(s) Flops=705079296 => 1750.90588883867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252089.85751562 Mflops = 252.08985751562 Gflops = 0.25208985751562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001348936 Relative Rsd = 5.91435394793306e-07
BICGSTAB_SOLVER_TIME: 0.839181 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156016999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 65 resid = 1.342117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237775(s) Flops=429484032 => 1806.26235727053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.064180947 Mflops = 260.043064180947 Gflops = 0.260043064180947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055753 s
InvBiCGStab: k = 85 resid = 9.817595e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310372(s) Flops=560719872 => 1806.60585362082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260096.294898214 Mflops = 260.096294898214 Gflops = 0.260096294898214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001131373 Relative Rsd = 4.96045984286027e-07
BICGSTAB_SOLVER_TIME: 0.649012 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 84 resid = 1.470807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347942(s) Flops=554158080 => 1592.67372148232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229326.341818719 Mflops = 229.326341818719 Gflops = 0.229326341818719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075028 s
InvBiCGStab: k = 87 resid = 9.358607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423378(s) Flops=573843456 => 1355.39271289486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195142.609298604 Mflops = 195.142609298604 Gflops = 0.195142609298604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001167997 Relative Rsd = 5.12103435833251e-07
BICGSTAB_SOLVER_TIME: 0.892022 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042898 s
InvBiCGStab: k = 67 resid = 2.176928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323155(s) Flops=442607616 => 1369.6449567545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197190.367903858 Mflops = 197.190367903858 Gflops = 0.197190367903858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074517 s
InvBiCGStab: k = 80 resid = 1.149021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358143(s) Flops=527910912 => 1474.02270042972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212221.0077281 Mflops = 212.2210077281 Gflops = 0.2122210077281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001150797 Relative Rsd = 5.04562363645156e-07
BICGSTAB_SOLVER_TIME: 0.802984 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119183
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.101835(s) Flops=1675026432 => 1520.21530628452 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218896.483663046 Mflops = 218.896483663046 Gflops = 0.218896483663046 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186181000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041307 s
InvBiCGStab: k = 24 resid = 2.207328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089033(s) Flops=160450560 => 1802.14706906428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259323.092893757 Mflops = 259.323092893757 Gflops = 0.259323092893757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056008 s
InvBiCGStab: k = 46 resid = 1.021294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169074(s) Flops=304809984 => 1802.81997231981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259526.118945518 Mflops = 259.526118945518 Gflops = 0.259526118945518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007104906 Relative Rsd = 3.11511722090742e-07
BICGSTAB_SOLVER_TIME: 0.35926 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041533 s
InvBiCGStab: k = 89 resid = 2.065103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340605(s) Flops=586967040 => 1723.30717399921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248120.138520162 Mflops = 248.120138520162 Gflops = 0.248120138520162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064766 s
InvBiCGStab: k = 118 resid = 1.022927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442836(s) Flops=777259008 => 1755.18478172506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252689.896011475 Mflops = 252.689896011475 Gflops = 0.252689896011475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001364277 Relative Rsd = 5.98161635304701e-07
BICGSTAB_SOLVER_TIME: 0.893515 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162139999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041565 s
InvBiCGStab: k = 64 resid = 2.262297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254446(s) Flops=422922240 => 1662.12964636897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239303.445989218 Mflops = 239.303445989218 Gflops = 0.239303445989218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05812 s
InvBiCGStab: k = 80 resid = 9.409322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333283(s) Flops=527910912 => 1583.97191575928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228039.085705669 Mflops = 228.039085705669 Gflops = 0.228039085705669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001091231 Relative Rsd = 4.78445589444204e-07
BICGSTAB_SOLVER_TIME: 0.692591 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116967
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041899 s
InvBiCGStab: k = 70 resid = 1.907712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257421(s) Flops=462292992 => 1795.86355425548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258544.592285306 Mflops = 258.544592285306 Gflops = 0.258544592285306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 84 resid = 9.119603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310634(s) Flops=554158080 => 1783.95822736726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256839.784010047 Mflops = 256.839784010047 Gflops = 0.256839784010047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001183284 Relative Rsd = 5.18805839812886e-07
BICGSTAB_SOLVER_TIME: 0.67036 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041347 s
InvBiCGStab: k = 66 resid = 2.266848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257947(s) Flops=436045824 => 1690.44735546449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243399.879527079 Mflops = 243.399879527079 Gflops = 0.243399879527079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068479 s
InvBiCGStab: k = 98 resid = 1.050372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35923(s) Flops=646023168 => 1798.35528213123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258916.752145887 Mflops = 258.916752145887 Gflops = 0.258916752145887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001157408 Relative Rsd = 5.0746092674065e-07
BICGSTAB_SOLVER_TIME: 0.730825 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131335
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.27621(s) Flops=1681440768 => 1317.52671425549 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189710.941046208 Mflops = 189.710941046208 Gflops = 0.189710941046208 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186666000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.487327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041702 s
InvBiCGStab: k = 28 resid = 2.257962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105293(s) Flops=186697728 => 1773.12573485417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255206.090702867 Mflops = 255.206090702867 Gflops = 0.255206090702867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 58 resid = 1.020253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228501(s) Flops=383551488 => 1678.55496474851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241641.612863098 Mflops = 241.641612863098 Gflops = 0.241641612863098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007785461 Relative Rsd = 3.41350364006656e-07
BICGSTAB_SOLVER_TIME: 0.43633 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04379 s
InvBiCGStab: k = 65 resid = 1.479881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269706(s) Flops=429484032 => 1592.41556361371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229261.484433662 Mflops = 229.261484433662 Gflops = 0.229261484433662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057001 s
InvBiCGStab: k = 95 resid = 1.120198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348865(s) Flops=626337792 => 1795.35864016167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258480.531219705 Mflops = 258.480531219705 Gflops = 0.258480531219705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001132665 Relative Rsd = 4.96612497489466e-07
BICGSTAB_SOLVER_TIME: 0.723185 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041896 s
InvBiCGStab: k = 59 resid = 2.128127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218147(s) Flops=390113280 => 1788.30458360647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257447.886600793 Mflops = 257.447886600793 Gflops = 0.257447886600793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056875 s
InvBiCGStab: k = 80 resid = 8.966621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317845(s) Flops=527910912 => 1660.90676902264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239145.834961648 Mflops = 239.145834961648 Gflops = 0.239145834961648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00111224 Relative Rsd = 4.87657311570289e-07
BICGSTAB_SOLVER_TIME: 0.639447 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 61 resid = 2.216005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223494(s) Flops=403236864 => 1804.24022121399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.947789134 Mflops = 259.751947789134 Gflops = 0.259751947789134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056229 s
InvBiCGStab: k = 90 resid = 9.859292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330687(s) Flops=593528832 => 1794.83569659527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.42329968 Mflops = 258.40542329968 Gflops = 0.25840542329968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001163591 Relative Rsd = 5.10171758007849e-07
BICGSTAB_SOLVER_TIME: 0.655041 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 63 resid = 1.871319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243683(s) Flops=416360448 => 1708.61507778548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245993.083753995 Mflops = 245.993083753995 Gflops = 0.245993083753995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06874 s
InvBiCGStab: k = 86 resid = 9.379012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318202(s) Flops=567281664 => 1782.77215102356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.757288144 Mflops = 256.658757288144 Gflops = 0.256658757288144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001147853 Relative Rsd = 5.03271669044259e-07
BICGSTAB_SOLVER_TIME: 0.675347 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001849
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120731
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.060278(s) Flops=1693827072 => 1597.53109278887 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230030.013973038 Mflops = 230.030013973038 Gflops = 0.230030013973038 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188540000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.543249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04738 s
InvBiCGStab: k = 32 resid = 2.112633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14275(s) Flops=212944896 => 1491.73307180385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214770.842456802 Mflops = 214.770842456802 Gflops = 0.214770842456802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069152 s
InvBiCGStab: k = 50 resid = 9.643331e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215082(s) Flops=331057152 => 1539.2136580467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221597.156836868 Mflops = 221.597156836868 Gflops = 0.221597156836868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007575806 Relative Rsd = 3.32158114336387e-07
BICGSTAB_SOLVER_TIME: 0.478229 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050387 s
InvBiCGStab: k = 69 resid = 1.476308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274907(s) Flops=455731200 => 1657.76498961467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238690.808617739 Mflops = 238.690808617739 Gflops = 0.238690808617739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058487 s
InvBiCGStab: k = 93 resid = 1.05197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343194(s) Flops=613214208 => 1786.78592283082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257256.679446438 Mflops = 257.256679446438 Gflops = 0.257256679446438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001154935 Relative Rsd = 5.06376339024651e-07
BICGSTAB_SOLVER_TIME: 0.730917 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 70 resid = 2.229754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25686(s) Flops=462292992 => 1799.78584442887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259123.625027434 Mflops = 259.123625027434 Gflops = 0.259123625027434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056164 s
InvBiCGStab: k = 84 resid = 1.124924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314566(s) Flops=554158080 => 1761.65917486314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253627.689048772 Mflops = 253.627689048772 Gflops = 0.253627689048772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001147872 Relative Rsd = 5.03279682610611e-07
BICGSTAB_SOLVER_TIME: 0.672644 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 79 resid = 1.668456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288444(s) Flops=521349120 => 1807.45350917336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260225.45915891 Mflops = 260.22545915891 Gflops = 0.26022545915891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 82 resid = 9.623715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29973(s) Flops=541034496 => 1805.07288559704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.000177898 Mflops = 259.883000177898 Gflops = 0.259883000177898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001158588 Relative Rsd = 5.07978235625852e-07
BICGSTAB_SOLVER_TIME: 0.689615 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040776 s
InvBiCGStab: k = 59 resid = 2.278828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218487(s) Flops=390113280 => 1785.52170152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257057.131936245 Mflops = 257.057131936245 Gflops = 0.257057131936245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063006 s
InvBiCGStab: k = 83 resid = 1.129702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325836(s) Flops=547596288 => 1680.588664236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241954.9951891 Mflops = 241.9549951891 Gflops = 0.2419549951891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001130841 Relative Rsd = 4.9581251898352e-07
BICGSTAB_SOLVER_TIME: 0.65205 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115742
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.143705(s) Flops=1700315136 => 1486.6728186027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214073.35762103 Mflops = 214.07335762103 Gflops = 0.21407335762103 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189125000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.432736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.090381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868827(s) Flops=1348134912 => 1551.67244111889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223380.831404651 Mflops = 223.380831404651 Gflops = 0.223380831404651 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 9.607666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.033642(s) Flops=1531865088 => 1482.00739521033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213400.145799465 Mflops = 213.400145799465 Gflops = 0.213400145799465 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002037155 Relative Rsd = 8.96812909727757e-07
BICGSTAB_SOLVER_TIME: 1.906111 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.136891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312418999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.199653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.664604(s) Flops=1164404736 => 1752.02787825532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252184.269871448 Mflops = 252.184269871448 Gflops = 0.252184269871448 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.138337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86279(s) Flops=1485932544 => 1722.24126844307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247991.139701184 Mflops = 247.991139701184 Gflops = 0.247991139701184 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002804572 Relative Rsd = 1.23222236190442e-06
BICGSTAB_SOLVER_TIME: 1.530865 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287810999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 313 resid = 1.530258e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183508(s) Flops=2056808448 => 1737.89146165467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250257.402118044 Mflops = 250.257402118044 Gflops = 0.250257402118044 Tflops
InvBiCGStab: k = 368 resid = 9.693284e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.4278(s) Flops=2417707008 => 1693.30929261801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243830.693884064 Mflops = 243.830693884064 Gflops = 0.243830693884064 Tflops
BICGSTAB_SOLVER: 681 iterations. Rsd = 0.002065322 Relative Rsd = 9.09212572170961e-07
BICGSTAB_SOLVER_TIME: 2.615996 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.487192999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 287 resid = 1.892924e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.061888(s) Flops=1886201856 => 1776.27193828351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255761.470090407 Mflops = 255.761470090407 Gflops = 0.255761470090407 Tflops
InvBiCGStab: k = 325 resid = 1.067242e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.224243(s) Flops=2135549952 => 1744.38404140354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251183.070778578 Mflops = 251.183070778578 Gflops = 0.251183070778578 Tflops
BICGSTAB_SOLVER: 612 iterations. Rsd = 0.002812778 Relative Rsd = 1.23582781746042e-06
BICGSTAB_SOLVER_TIME: 2.290881 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.438044999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 235 resid = 2.104771e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976402(s) Flops=1544988672 => 1582.32845897489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227867.622023821 Mflops = 227.867622023821 Gflops = 0.227867622023821 Tflops
InvBiCGStab: k = 262 resid = 8.413801e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.187993(s) Flops=1722157056 => 1449.63569313961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208741.257028269 Mflops = 208.741257028269 Gflops = 0.208741257028269 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.001877235 Relative Rsd = 8.23066049982503e-07
BICGSTAB_SOLVER_TIME: 2.168999 sec
2Flav::invert,  n_count = 497
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354082000000001
MInvCG2: 372 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.623063(s) Flops=2396547072 => 1476.55825559451 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212630.779061234 Mflops = 212.630779061234 Gflops = 0.212630779061234 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266944000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.147975686697919
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 479.161504 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 3.12377000524306e-05 resid_rel = 0.009781169

Look for highest ev
Evalue[1]: eigen_norm = 0.0848220135255427 resid_rel = -0.009880567

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.563123000000005
EIGBNDSMDAGM: total time = 2.760356 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 2.867727 secs
After saving state: time= 1.308797 secs
Doing Update: 2721 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 293 resid = 1.324098e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.14598(s) Flops=1925572608 => 1680.28465418245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242014.356411469 Mflops = 242.014356411469 Gflops = 0.242014356411469 Tflops
InvBiCGStab: k = 325 resid = 1.025968e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.371112(s) Flops=2135549952 => 1557.53137015794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224277.20762798 Mflops = 224.27720762798 Gflops = 0.22427720762798 Tflops
BICGSTAB_SOLVER: 618 iterations. Rsd = 0.002046779 Relative Rsd = 9.00787670547366e-07
BICGSTAB_SOLVER_TIME: 2.523435 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.444334999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 221 resid = 1.865057e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.004497(s) Flops=1453123584 => 1446.61814221446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208328.147161406 Mflops = 208.328147161406 Gflops = 0.208328147161406 Tflops
InvBiCGStab: k = 283 resid = 1.042411e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.147617(s) Flops=1859954688 => 1620.71029620509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233373.080865225 Mflops = 233.373080865224 Gflops = 0.233373080865224 Tflops
BICGSTAB_SOLVER: 504 iterations. Rsd = 0.001904769 Relative Rsd = 8.37188257241107e-07
BICGSTAB_SOLVER_TIME: 2.157214 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362712999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
MInvCG2: 392 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.594065(s) Flops=2517239808 => 1579.13247452268 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227401.005513361 Mflops = 227.401005513361 Gflops = 0.227401005513361 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280405000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 315 resid = 2.033898e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.243005(s) Flops=2069932032 => 1665.26444543666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239801.770802349 Mflops = 239.801770802349 Gflops = 0.239801770802349 Tflops
InvBiCGStab: k = 385 resid = 8.049796e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.438132(s) Flops=2529257472 => 1758.71023800319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253251.246383011 Mflops = 253.251246383011 Gflops = 0.253251246383011 Tflops
BICGSTAB_SOLVER: 700 iterations. Rsd = 0.00219021 Relative Rsd = 9.63911410365471e-07
BICGSTAB_SOLVER_TIME: 2.685887 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.499942999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 262 resid = 2.257696e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988966(s) Flops=1722157056 => 1741.37134744774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250663.560396576 Mflops = 250.663560396576 Gflops = 0.250663560396576 Tflops
InvBiCGStab: k = 301 resid = 7.290081e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.138931(s) Flops=1978066944 => 1736.77504958597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250085.875504085 Mflops = 250.085875504085 Gflops = 0.250085875504085 Tflops
BICGSTAB_SOLVER: 563 iterations. Rsd = 0.001953197 Relative Rsd = 8.58473159980605e-07
BICGSTAB_SOLVER_TIME: 2.132739 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.403794999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 237 resid = 1.86905e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.061159(s) Flops=1558112256 => 1468.31177608634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211350.764274389 Mflops = 211.350764274389 Gflops = 0.211350764274389 Tflops
InvBiCGStab: k = 302 resid = 8.221021e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.394728(s) Flops=1984628736 => 1422.95037885523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204901.544999741 Mflops = 204.901544999741 Gflops = 0.204901544999741 Tflops
BICGSTAB_SOLVER: 539 iterations. Rsd = 0.001859943 Relative Rsd = 8.1551448636308e-07
BICGSTAB_SOLVER_TIME: 2.461152 sec
2Flav::invert,  n_count = 539
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384607000000003
MInvCG2: 375 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.690292(s) Flops=2414610432 => 1428.51674858545 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205717.450040474 Mflops = 205.717450040474 Gflops = 0.205717450040474 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269149000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 2.25222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915382(s) Flops=1584359424 => 1730.81776132806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249252.598187978 Mflops = 249.252598187978 Gflops = 0.249252598187978 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 281 resid = 9.19327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.026042(s) Flops=1846831104 => 1799.95663335419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.220728577 Mflops = 259.187220728577 Gflops = 0.259187220728577 Tflops
BICGSTAB_SOLVER: 522 iterations. Rsd = 0.002150248 Relative Rsd = 9.46324181389944e-07
BICGSTAB_SOLVER_TIME: 1.944849 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.372491
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.348277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.65583(s) Flops=1151281152 => 1755.45667627281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252691.789037119 Mflops = 252.691789037119 Gflops = 0.252691789037119 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.15109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899959(s) Flops=1459685376 => 1621.9465286752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233550.943258931 Mflops = 233.550943258931 Gflops = 0.233550943258931 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.001954708 Relative Rsd = 8.59137411390612e-07
BICGSTAB_SOLVER_TIME: 1.559534 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285503999999998
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103587(s) Flops=1693310976 => 1534.37017289983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220936.675789474 Mflops = 220.936675789474 Gflops = 0.220936675789474 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188218000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.506613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02158
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.5e-05 s
InvBiCGStab: k = 146 resid = 2.202108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.668268(s) Flops=960989184 => 1438.02962883155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207068.151386997 Mflops = 207.068151386997 Gflops = 0.207068151386997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.8e-05 s
InvBiCGStab: k = 190 resid = 1.014058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771154(s) Flops=1249708032 => 1620.56869574689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233340.511565665 Mflops = 233.340511565665 Gflops = 0.233340511565665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 336 iterations. Rsd = 0.001840558 Relative Rsd = 8.07014943482699e-07
BICGSTAB_SOLVER_TIME: 1.44317 sec
2Flav::invert,  n_count = 336
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241887999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000124 s
InvBiCGStab: k = 144 resid = 2.116288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.544692(s) Flops=947865600 => 1740.18638056002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250393.078158335 Mflops = 250.393078158335 Gflops = 0.250393078158335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000115 s
InvBiCGStab: k = 147 resid = 1.077466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.570517(s) Flops=967550976 => 1695.91962377983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244155.11282321 Mflops = 244.15511282321 Gflops = 0.24415511282321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 291 iterations. Rsd = 0.001614339 Relative Rsd = 7.078264035824e-07
BICGSTAB_SOLVER_TIME: 1.119387 sec
2Flav::invert,  n_count = 291
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.209497999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005313 s
InvBiCGStab: k = 98 resid = 2.045037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367388(s) Flops=646023168 => 1758.42207148845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253171.307256747 Mflops = 253.171307256747 Gflops = 0.253171307256747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007202 s
InvBiCGStab: k = 128 resid = 9.244928e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.516516(s) Flops=842876928 => 1631.85056803661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234960.236948233 Mflops = 234.960236948233 Gflops = 0.234960236948233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 226 iterations. Rsd = 0.001446219 Relative Rsd = 6.34112144474976e-07
BICGSTAB_SOLVER_TIME: 0.900225 sec
2Flav::invert,  n_count = 226
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164922999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007374 s
InvBiCGStab: k = 89 resid = 1.8614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328035(s) Flops=586967040 => 1789.34272257533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257635.62184842 Mflops = 257.63562184842 Gflops = 0.25763562184842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01124 s
InvBiCGStab: k = 124 resid = 8.632925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456098(s) Flops=816629760 => 1790.46994286316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257790.415174786 Mflops = 257.790415174786 Gflops = 0.257790415174786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.00135505 Relative Rsd = 5.94138030949908e-07
BICGSTAB_SOLVER_TIME: 0.806655 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157078999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01328 s
InvBiCGStab: k = 83 resid = 2.2728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306493(s) Flops=547596288 => 1786.65185828061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257228.339637457 Mflops = 257.228339637457 Gflops = 0.257228339637457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015006 s
InvBiCGStab: k = 109 resid = 6.226011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399561(s) Flops=718202880 => 1797.47993422781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258792.545776428 Mflops = 258.792545776428 Gflops = 0.258792545776428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001287706 Relative Rsd = 5.64610471467152e-07
BICGSTAB_SOLVER_TIME: 0.738213 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142892
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.069133(s) Flops=1680777216 => 1572.0936646797 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226365.418542551 Mflops = 226.365418542551 Gflops = 0.226365418542551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187141000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.485353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.015385 s
InvBiCGStab: k = 31 resid = 2.08067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157437(s) Flops=206383104 => 1310.89327159435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188699.547145497 Mflops = 188.699547145497 Gflops = 0.188699547145497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.025551 s
InvBiCGStab: k = 51 resid = 1.039433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24738(s) Flops=337618944 => 1364.77865631821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196466.380910101 Mflops = 196.466380910101 Gflops = 0.196466380910101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007686181 Relative Rsd = 3.37009899546729e-07
BICGSTAB_SOLVER_TIME: 0.449571 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0652150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.018186 s
InvBiCGStab: k = 91 resid = 2.100745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365244(s) Flops=600090624 => 1642.98557676512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236554.17587224 Mflops = 236.55417587224 Gflops = 0.23655417587224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024035 s
InvBiCGStab: k = 126 resid = 5.035894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.484193(s) Flops=829753344 => 1713.68306439787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246743.165153338 Mflops = 246.743165153338 Gflops = 0.246743165153338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.00141035 Relative Rsd = 6.18385067894043e-07
BICGSTAB_SOLVER_TIME: 0.89651 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163101999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.024469 s
InvBiCGStab: k = 60 resid = 1.842418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270656(s) Flops=396675072 => 1465.60605344053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211009.552122599 Mflops = 211.009552122599 Gflops = 0.211009552122599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.034458 s
InvBiCGStab: k = 88 resid = 8.428043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404601(s) Flops=580405248 => 1434.51263837707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206543.675388182 Mflops = 206.543675388182 Gflops = 0.206543675388182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001160149 Relative Rsd = 5.08681575383976e-07
BICGSTAB_SOLVER_TIME: 0.741857 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114707
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024368 s
InvBiCGStab: k = 84 resid = 1.963311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338372(s) Flops=554158080 => 1637.71848734529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235786.183176731 Mflops = 235.786183176731 Gflops = 0.235786183176731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033796 s
InvBiCGStab: k = 104 resid = 7.67054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379122(s) Flops=685393920 => 1807.84528463133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260294.791665494 Mflops = 260.294791665494 Gflops = 0.260294791665494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001280016 Relative Rsd = 5.61238728353881e-07
BICGSTAB_SOLVER_TIME: 0.779515 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14459
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027921 s
InvBiCGStab: k = 72 resid = 2.259208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263763(s) Flops=475416576 => 1802.43846180093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.924454036 Mflops = 259.499924454036 Gflops = 0.259499924454036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.040259 s
InvBiCGStab: k = 97 resid = 1.076457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383855(s) Flops=639461376 => 1665.8930481562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239859.277970961 Mflops = 239.859277970961 Gflops = 0.239859277970961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001208055 Relative Rsd = 5.29686469187054e-07
BICGSTAB_SOLVER_TIME: 0.720747 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131573
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.077966(s) Flops=1674436608 => 1553.32970427639 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223670.672086568 Mflops = 223.670672086568 Gflops = 0.223670672086568 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186554000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021492
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032124 s
InvBiCGStab: k = 29 resid = 1.969961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107297(s) Flops=193259520 => 1801.16424503947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259261.922664162 Mflops = 259.261922664162 Gflops = 0.259261922664162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044433 s
InvBiCGStab: k = 77 resid = 2.598489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300767(s) Flops=508225536 => 1689.76495426692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243276.875164889 Mflops = 243.276875164889 Gflops = 0.243276875164889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0007970476 Relative Rsd = 3.49475155637535e-07
BICGSTAB_SOLVER_TIME: 0.488615 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0876510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.03953 s
InvBiCGStab: k = 70 resid = 2.203706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302367(s) Flops=462292992 => 1528.91351238726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220120.599491015 Mflops = 220.120599491015 Gflops = 0.220120599491015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.058803 s
InvBiCGStab: k = 85 resid = 1.116831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408824(s) Flops=560719872 => 1371.54343189245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197473.869581419 Mflops = 197.473869581419 Gflops = 0.197473869581419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00116345 Relative Rsd = 5.1012891969754e-07
BICGSTAB_SOLVER_TIME: 0.813655 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048547 s
InvBiCGStab: k = 62 resid = 1.806146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261686(s) Flops=409798656 => 1565.99380937459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225457.141058813 Mflops = 225.457141058813 Gflops = 0.225457141058813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071524 s
InvBiCGStab: k = 79 resid = 1.09109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371612(s) Flops=521349120 => 1402.93940992218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201997.006353435 Mflops = 201.997006353435 Gflops = 0.201997006353435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001106416 Relative Rsd = 4.85121382561982e-07
BICGSTAB_SOLVER_TIME: 0.757619 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115085
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 68 resid = 1.998158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24958(s) Flops=449169408 => 1799.70112989823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259090.221389865 Mflops = 259.090221389865 Gflops = 0.259090221389865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05596 s
InvBiCGStab: k = 90 resid = 8.359017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331254(s) Flops=593528832 => 1791.76351681791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257963.041377129 Mflops = 257.963041377129 Gflops = 0.257963041377129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001158444 Relative Rsd = 5.0793378507561e-07
BICGSTAB_SOLVER_TIME: 0.681981 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 68 resid = 2.276182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267793(s) Flops=449169408 => 1677.30078082698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241498.409116817 Mflops = 241.498409116817 Gflops = 0.241498409116817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066855 s
InvBiCGStab: k = 84 resid = 1.111263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324163(s) Flops=554158080 => 1709.50441598825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246130.645593627 Mflops = 246.130645593627 Gflops = 0.246130645593627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001154581 Relative Rsd = 5.06239797569552e-07
BICGSTAB_SOLVER_TIME: 0.704104 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12299
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.120271(s) Flops=1667063808 => 1488.0897639946 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214270.828109972 Mflops = 214.270828109972 Gflops = 0.214270828109972 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185587000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043076 s
InvBiCGStab: k = 26 resid = 1.939006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096521(s) Flops=173574144 => 1798.30445188094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258810.227765746 Mflops = 258.810227765746 Gflops = 0.258810227765746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 53 resid = 1.135987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218531(s) Flops=350742528 => 1605.00124925068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231052.527660191 Mflops = 231.052527660191 Gflops = 0.231052527660191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007517816 Relative Rsd = 3.29627754457505e-07
BICGSTAB_SOLVER_TIME: 0.418239 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048153 s
InvBiCGStab: k = 70 resid = 2.036286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293905(s) Flops=462292992 => 1572.93340365084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226436.22773492 Mflops = 226.43622773492 Gflops = 0.22643622773492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060923 s
InvBiCGStab: k = 85 resid = 6.582092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311193(s) Flops=560719872 => 1801.83960436128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.751884163 Mflops = 259.413751884163 Gflops = 0.259413751884163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001122907 Relative Rsd = 4.92352080972372e-07
BICGSTAB_SOLVER_TIME: 0.718006 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 74 resid = 1.503387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2809(s) Flops=488540160 => 1739.19601281595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250397.228792802 Mflops = 250.397228792802 Gflops = 0.250397228792802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061749 s
InvBiCGStab: k = 84 resid = 8.585357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393953(s) Flops=554158080 => 1406.66038842197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202525.194985389 Mflops = 202.525194985389 Gflops = 0.202525194985389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001103019 Relative Rsd = 4.83632080321217e-07
BICGSTAB_SOLVER_TIME: 0.781714 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048416 s
InvBiCGStab: k = 82 resid = 1.471883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348224(s) Flops=541034496 => 1553.69674692152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223703.182216968 Mflops = 223.703182216968 Gflops = 0.223703182216968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078105 s
InvBiCGStab: k = 90 resid = 8.280244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444249(s) Flops=593528832 => 1336.02739004477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192354.97696973 Mflops = 192.35497696973 Gflops = 0.19235497696973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001179725 Relative Rsd = 5.17264829943928e-07
BICGSTAB_SOLVER_TIME: 0.922962 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059843 s
InvBiCGStab: k = 57 resid = 2.191337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260975(s) Flops=376989696 => 1444.54333173676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207985.876104991 Mflops = 207.985876104991 Gflops = 0.207985876104991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058147 s
InvBiCGStab: k = 79 resid = 6.299205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305226(s) Flops=521349120 => 1708.0757209412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245906.418677561 Mflops = 245.906418677561 Gflops = 0.245906418677561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001081639 Relative Rsd = 4.74257648301902e-07
BICGSTAB_SOLVER_TIME: 0.688325 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111343
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976617(s) Flops=1523810304 => 1560.29467437081 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224685.804903993 Mflops = 224.685804903993 Gflops = 0.224685804903993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169367000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.223617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.859781(s) Flops=1505617920 => 1751.16444769075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252093.387409276 Mflops = 252.093387409276 Gflops = 0.252093387409276 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 8.295568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.073489(s) Flops=1800898560 => 1677.61249533065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241571.737728157 Mflops = 241.571737728157 Gflops = 0.241571737728157 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.002277345 Relative Rsd = 1.00227465473834e-06
BICGSTAB_SOLVER_TIME: 1.936716 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.11694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.358869
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.10988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740049(s) Flops=1289078784 => 1741.88301585436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250662.468766049 Mflops = 250.662468766049 Gflops = 0.250662468766049 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.093528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868744(s) Flops=1446561792 => 1665.11859880471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239762.065746224 Mflops = 239.762065746224 Gflops = 0.239762065746224 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002168048 Relative Rsd = 9.52875602047574e-07
BICGSTAB_SOLVER_TIME: 1.613581 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0.143037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297462999999998
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.150757(s) Flops=1523810304 => 1324.18078186794 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190666.342374951 Mflops = 190.666342374951 Gflops = 0.190666342374951 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169300000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041402 s
InvBiCGStab: k = 28 resid = 2.185873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103597(s) Flops=186697728 => 1802.15380754269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259383.013232617 Mflops = 259.383013232617 Gflops = 0.259383013232617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 58 resid = 8.517851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213726(s) Flops=383551488 => 1794.59442463715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258340.443580666 Mflops = 258.340443580666 Gflops = 0.258340443580666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000704077 Relative Rsd = 3.08711064180219e-07
BICGSTAB_SOLVER_TIME: 0.418718 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042077 s
InvBiCGStab: k = 75 resid = 1.816532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276439(s) Flops=495101952 => 1790.99892562193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257851.008472203 Mflops = 257.851008472203 Gflops = 0.257851008472203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057232 s
InvBiCGStab: k = 119 resid = 9.896326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455181(s) Flops=783820800 => 1721.99806230928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247942.146130035 Mflops = 247.942146130035 Gflops = 0.247942146130035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001297661 Relative Rsd = 5.68975269901193e-07
BICGSTAB_SOLVER_TIME: 0.835102 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153404999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048124 s
InvBiCGStab: k = 64 resid = 2.146478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249076(s) Flops=422922240 => 1697.96463729946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244463.341349539 Mflops = 244.463341349539 Gflops = 0.244463341349539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058551 s
InvBiCGStab: k = 79 resid = 1.108091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303728(s) Flops=521349120 => 1716.50002633936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247124.586553938 Mflops = 247.124586553938 Gflops = 0.247124586553938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001087144 Relative Rsd = 4.76671505208566e-07
BICGSTAB_SOLVER_TIME: 0.663287 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 69 resid = 2.074074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255313(s) Flops=455731200 => 1784.99018851371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256998.910462442 Mflops = 256.998910462442 Gflops = 0.256998910462442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 89 resid = 7.654453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334798(s) Flops=586967040 => 1753.19756987796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252432.767553493 Mflops = 252.432767553493 Gflops = 0.252432767553493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001203116 Relative Rsd = 5.27520837827802e-07
BICGSTAB_SOLVER_TIME: 0.691987 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042011 s
InvBiCGStab: k = 76 resid = 1.573147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293014(s) Flops=501663744 => 1712.08114288055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246507.937880336 Mflops = 246.507937880336 Gflops = 0.246507937880336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 91 resid = 1.022536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333619(s) Flops=600090624 => 1798.73036008141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258963.488446166 Mflops = 258.963488446166 Gflops = 0.258963488446166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001164937 Relative Rsd = 5.10780798880349e-07
BICGSTAB_SOLVER_TIME: 0.728835 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133978
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.054403(s) Flops=1616117760 => 1532.73251309035 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220695.635896373 Mflops = 220.695635896373 Gflops = 0.220695635896373 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180087000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.564811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050941 s
InvBiCGStab: k = 32 resid = 1.944933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130009(s) Flops=212944896 => 1637.92426678153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235759.330063171 Mflops = 235.759330063171 Gflops = 0.235759330063171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062277 s
InvBiCGStab: k = 45 resid = 1.087544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194564(s) Flops=298248192 => 1532.90532678193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220667.316767876 Mflops = 220.667316767876 Gflops = 0.220667316767876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007369397 Relative Rsd = 3.23120141201266e-07
BICGSTAB_SOLVER_TIME: 0.44161 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041702 s
InvBiCGStab: k = 80 resid = 2.046109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293647(s) Flops=527910912 => 1797.77389859253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258831.097186793 Mflops = 258.831097186793 Gflops = 0.258831097186793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 112 resid = 9.388021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414045(s) Flops=737888256 => 1782.14507118791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256586.698592621 Mflops = 256.586698592621 Gflops = 0.256586698592621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001326093 Relative Rsd = 5.81441725519114e-07
BICGSTAB_SOLVER_TIME: 0.809629 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151706999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044789 s
InvBiCGStab: k = 57 resid = 2.270149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210269(s) Flops=376989696 => 1792.89241875883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258104.154545544 Mflops = 258.104154545544 Gflops = 0.258104154545544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 87 resid = 9.071445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317445(s) Flops=573843456 => 1807.69410764069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260267.600909657 Mflops = 260.267600909657 Gflops = 0.260267600909657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001082658 Relative Rsd = 4.74704433869761e-07
BICGSTAB_SOLVER_TIME: 0.632679 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041869 s
InvBiCGStab: k = 64 resid = 1.630646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235706(s) Flops=422922240 => 1794.278635249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258331.089153418 Mflops = 258.331089153418 Gflops = 0.258331089153418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056715 s
InvBiCGStab: k = 88 resid = 1.145045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35486(s) Flops=580405248 => 1635.58938172801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235477.42522833 Mflops = 235.47742522833 Gflops = 0.23547742522833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001175019 Relative Rsd = 5.1520123495508e-07
BICGSTAB_SOLVER_TIME: 0.692977 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 63 resid = 2.263991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230548(s) Flops=416360448 => 1805.95992157815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.041444497 Mflops = 260.004041444497 Gflops = 0.260004041444497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 81 resid = 1.065831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297825(s) Flops=534472704 => 1794.58643162931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258356.951679053 Mflops = 258.356951679053 Gflops = 0.258356951679053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001095937 Relative Rsd = 4.80526683271363e-07
BICGSTAB_SOLVER_TIME: 0.629223 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117189
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.0747(s) Flops=1635729408 => 1522.03350516423 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219212.882182311 Mflops = 219.212882182311 Gflops = 0.219212882182311 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182221000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04237 s
InvBiCGStab: k = 24 resid = 2.098924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109192(s) Flops=160450560 => 1469.43512345227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211488.258739266 Mflops = 211.488258739266 Gflops = 0.211488258739266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065776 s
InvBiCGStab: k = 55 resid = 7.655084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259141(s) Flops=363866112 => 1404.12405601584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202163.282545151 Mflops = 202.163282545151 Gflops = 0.202163282545151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007628577 Relative Rsd = 3.34484180356052e-07
BICGSTAB_SOLVER_TIME: 0.481133 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047533 s
InvBiCGStab: k = 51 resid = 2.120779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22061(s) Flops=337618944 => 1530.38821449617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220333.969536997 Mflops = 220.333969536997 Gflops = 0.220333969536997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072988 s
InvBiCGStab: k = 81 resid = 8.946097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352987(s) Flops=534472704 => 1514.14274180069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217991.803021125 Mflops = 217.991803021125 Gflops = 0.217991803021125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001080981 Relative Rsd = 4.73969404488159e-07
BICGSTAB_SOLVER_TIME: 0.698207 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108739
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042611 s
InvBiCGStab: k = 61 resid = 2.01931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27697(s) Flops=403236864 => 1455.88642813301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209601.27811995 Mflops = 209.60127811995 Gflops = 0.20960127811995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057945 s
InvBiCGStab: k = 71 resid = 1.008706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261228(s) Flops=468854784 => 1794.81060223253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258386.146706916 Mflops = 258.386146706916 Gflops = 0.258386146706916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001025935 Relative Rsd = 4.49833489694283e-07
BICGSTAB_SOLVER_TIME: 0.642587 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04255 s
InvBiCGStab: k = 71 resid = 2.160554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26093(s) Flops=468854784 => 1796.86039934082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258704.286698468 Mflops = 258.704286698468 Gflops = 0.258704286698468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057405 s
InvBiCGStab: k = 90 resid = 9.181642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345271(s) Flops=593528832 => 1719.02312096875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247493.17501552 Mflops = 247.49317501552 Gflops = 0.24749317501552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001152792 Relative Rsd = 5.05455664141762e-07
BICGSTAB_SOLVER_TIME: 0.710146 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045886 s
InvBiCGStab: k = 62 resid = 1.488677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242098(s) Flops=409798656 => 1692.6974035308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243688.325771977 Mflops = 243.688325771977 Gflops = 0.243688325771977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061391 s
InvBiCGStab: k = 85 resid = 1.047959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314367(s) Flops=560719872 => 1783.64736756721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256785.166936227 Mflops = 256.785166936227 Gflops = 0.256785166936227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00110597 Relative Rsd = 4.84925783076544e-07
BICGSTAB_SOLVER_TIME: 0.667649 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11921
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049788(s) Flops=1623416832 => 1546.42349883977 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222669.025963903 Mflops = 222.669025963903 Gflops = 0.222669025963903 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180424000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.410297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044015 s
InvBiCGStab: k = 28 resid = 2.16918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104621(s) Flops=186697728 => 1784.51484883532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256860.509666728 Mflops = 256.860509666728 Gflops = 0.256860509666728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 53 resid = 1.057567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205496(s) Flops=350742528 => 1706.80951454043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245683.580476511 Mflops = 245.683580476511 Gflops = 0.245683580476511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007432942 Relative Rsd = 3.25906336429048e-07
BICGSTAB_SOLVER_TIME: 0.414703 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721070000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040672 s
InvBiCGStab: k = 58 resid = 2.097543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21279(s) Flops=383551488 => 1802.4883124207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259497.350633382 Mflops = 259.497350633382 Gflops = 0.259497350633382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058812 s
InvBiCGStab: k = 79 resid = 1.120574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288583(s) Flops=521349120 => 1806.58292415007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260089.578084757 Mflops = 260.089578084757 Gflops = 0.260089578084757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001133829 Relative Rsd = 4.97141154699459e-07
BICGSTAB_SOLVER_TIME: 0.60468 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 79 resid = 2.229918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320336(s) Flops=521349120 => 1627.5071175266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234324.790559209 Mflops = 234.324790559209 Gflops = 0.234324790559209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074686 s
InvBiCGStab: k = 75 resid = 1.048317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346334(s) Flops=495101952 => 1429.5505263705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205799.658911566 Mflops = 205.799658911566 Gflops = 0.205799658911566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00104395 Relative Rsd = 4.57732452317446e-07
BICGSTAB_SOLVER_TIME: 0.788862 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054249 s
InvBiCGStab: k = 87 resid = 9.062948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38511(s) Flops=573843456 => 1490.07674690348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214537.742835672 Mflops = 214.537742835672 Gflops = 0.214537742835672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063664 s
InvBiCGStab: k = 76 resid = 8.557233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363821(s) Flops=501663744 => 1378.87517213135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198530.566454426 Mflops = 198.530566454426 Gflops = 0.198530566454426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001163093 Relative Rsd = 5.09972419691707e-07
BICGSTAB_SOLVER_TIME: 0.871892 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047563 s
InvBiCGStab: k = 55 resid = 1.872543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216289(s) Flops=363866112 => 1682.31445889527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242198.031523879 Mflops = 242.198031523879 Gflops = 0.242198031523879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056704 s
InvBiCGStab: k = 78 resid = 1.115791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285804(s) Flops=514787328 => 1801.19007431666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.234388106 Mflops = 259.321234388106 Gflops = 0.259321234388106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001065414 Relative Rsd = 4.67143737893256e-07
BICGSTAB_SOLVER_TIME: 0.610248 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109173
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017526(s) Flops=1598496768 => 1570.96405202422 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226195.889818159 Mflops = 226.195889818159 Gflops = 0.226195889818159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177760000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.071349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776536(s) Flops=1341573120 => 1727.63802322107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248737.872025058 Mflops = 248.737872025058 Gflops = 0.248737872025058 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 9.389358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.099531(s) Flops=1754966016 => 1596.10417168775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229827.336082021 Mflops = 229.827336082021 Gflops = 0.229827336082021 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002133737 Relative Rsd = 9.39105137142152e-07
BICGSTAB_SOLVER_TIME: 1.880123 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.126636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335790999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.176844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773744(s) Flops=1308764160 => 1691.46921979363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243484.432063712 Mflops = 243.484432063712 Gflops = 0.243484432063712 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.281897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.126534(s) Flops=1492494336 => 1324.85511844294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190773.774448627 Mflops = 190.773774448627 Gflops = 0.190773774448627 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002015399 Relative Rsd = 8.85766763114236e-07
BICGSTAB_SOLVER_TIME: 1.905963 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.155522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0.158082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303799999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.256932(s) Flops=1598496768 => 1271.74482629132 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183121.98966238 Mflops = 183.12198966238 Gflops = 0.18312198966238 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177463000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.470568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05233 s
InvBiCGStab: k = 25 resid = 2.085706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117587(s) Flops=167012352 => 1420.33007050099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204418.299120717 Mflops = 204.418299120717 Gflops = 0.204418299120717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058454 s
InvBiCGStab: k = 51 resid = 6.723781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18823(s) Flops=337618944 => 1793.65108643681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.727933801 Mflops = 258.211727933801 Gflops = 0.258211727933801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007457071 Relative Rsd = 3.26964319345192e-07
BICGSTAB_SOLVER_TIME: 0.420391 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001835
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 76 resid = 2.13154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281564(s) Flops=501663744 => 1781.70413831314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256517.774903439 Mflops = 256.517774903439 Gflops = 0.256517774903439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 115 resid = 1.120525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439364(s) Flops=757573632 => 1724.25058038437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248255.450614944 Mflops = 248.255450614944 Gflops = 0.248255450614944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.00125446 Relative Rsd = 5.50033358562478e-07
BICGSTAB_SOLVER_TIME: 0.822696 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150922999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.07055 s
InvBiCGStab: k = 64 resid = 2.147443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279978(s) Flops=422922240 => 1510.55525791312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217446.763706273 Mflops = 217.446763706273 Gflops = 0.217446763706273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057299 s
InvBiCGStab: k = 92 resid = 6.464028e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35906(s) Flops=606652416 => 1689.55722163427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243255.878201818 Mflops = 243.255878201818 Gflops = 0.243255878201818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001079285 Relative Rsd = 4.73225493501529e-07
BICGSTAB_SOLVER_TIME: 0.770909 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047612 s
InvBiCGStab: k = 74 resid = 1.003478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322665(s) Flops=488540160 => 1514.07856445539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217985.103924148 Mflops = 217.985103924148 Gflops = 0.217985103924148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 98 resid = 1.089074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389186(s) Flops=646023168 => 1659.93424223893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238994.849819384 Mflops = 238.994849819384 Gflops = 0.238994849819384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001169052 Relative Rsd = 5.12584938706232e-07
BICGSTAB_SOLVER_TIME: 0.81972 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046763 s
InvBiCGStab: k = 50 resid = 2.240409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21708(s) Flops=331057152 => 1525.04676616915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219556.66319092 Mflops = 219.55666319092 Gflops = 0.21955666319092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064967 s
InvBiCGStab: k = 89 resid = 9.990151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471858(s) Flops=586967040 => 1243.94847602457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179107.485081125 Mflops = 179.107485081125 Gflops = 0.179107485081125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001098553 Relative Rsd = 4.81673839543732e-07
BICGSTAB_SOLVER_TIME: 0.806708 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113376
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.285394(s) Flops=1542758400 => 1200.222188683 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  172826.109717019 Mflops = 172.826109717019 Gflops = 0.172826109717019 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172050000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.589107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 29 resid = 2.121364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109859(s) Flops=193259520 => 1759.15965009694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253202.454543584 Mflops = 253.202454543584 Gflops = 0.253202454543584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056795 s
InvBiCGStab: k = 53 resid = 8.786593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198843(s) Flops=350742528 => 1763.91689926223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253923.733194848 Mflops = 253.923733194848 Gflops = 0.253923733194848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007237392 Relative Rsd = 3.17332193170806e-07
BICGSTAB_SOLVER_TIME: 0.410557 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044786 s
InvBiCGStab: k = 70 resid = 2.07381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259124(s) Flops=462292992 => 1784.06088204875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256844.524055172 Mflops = 256.844524055172 Gflops = 0.256844524055172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 96 resid = 1.01771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353318(s) Flops=632899584 => 1791.30297352527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257899.026821385 Mflops = 257.899026821385 Gflops = 0.257899026821385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001245733 Relative Rsd = 5.46206867063047e-07
BICGSTAB_SOLVER_TIME: 0.71732 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 62 resid = 2.158626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265395(s) Flops=409798656 => 1544.10842706155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222298.838068805 Mflops = 222.298838068805 Gflops = 0.222298838068805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080586 s
InvBiCGStab: k = 87 resid = 7.894877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349965(s) Flops=573843456 => 1639.71670309888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236077.334931178 Mflops = 236.077334931178 Gflops = 0.236077334931178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001067718 Relative Rsd = 4.68153841812181e-07
BICGSTAB_SOLVER_TIME: 0.741752 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043042 s
InvBiCGStab: k = 67 resid = 2.27015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250218(s) Flops=442607616 => 1768.88799366952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254662.27582629 Mflops = 254.66227582629 Gflops = 0.25466227582629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 93 resid = 1.08156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376729(s) Flops=613214208 => 1627.73295392709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234363.438353588 Mflops = 234.363438353588 Gflops = 0.234363438353588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001156178 Relative Rsd = 5.0694021931777e-07
BICGSTAB_SOLVER_TIME: 0.73064 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.15381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054697 s
InvBiCGStab: k = 71 resid = 1.892789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296748(s) Flops=468854784 => 1579.97622224918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227469.14668421 Mflops = 227.46914668421 Gflops = 0.22746914668421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056766 s
InvBiCGStab: k = 82 resid = 7.681835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30875(s) Flops=541034496 => 1752.338448583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252290.829617551 Mflops = 252.290829617551 Gflops = 0.252290829617551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00108338 Relative Rsd = 4.75021262159456e-07
BICGSTAB_SOLVER_TIME: 0.721388 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123244
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.254119(s) Flops=1499774976 => 1195.87931926715 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  172222.872752862 Mflops = 172.222872752862 Gflops = 0.172222872752862 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165963000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.582675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045848 s
InvBiCGStab: k = 33 resid = 1.47339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149336(s) Flops=219506688 => 1469.88460920341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211616.120089925 Mflops = 211.616120089925 Gflops = 0.211616120089925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063197 s
InvBiCGStab: k = 45 resid = 9.729583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219869(s) Flops=298248192 => 1356.48132296959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195290.960185358 Mflops = 195.290960185358 Gflops = 0.195290960185358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007426316 Relative Rsd = 3.25615821170341e-07
BICGSTAB_SOLVER_TIME: 0.483036 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040884 s
InvBiCGStab: k = 57 resid = 1.058613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211257(s) Flops=376989696 => 1784.50747667533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256895.067946433 Mflops = 256.895067946433 Gflops = 0.256895067946433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 92 resid = 1.000668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388648(s) Flops=606652416 => 1560.93024021737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224735.709928579 Mflops = 224.735709928579 Gflops = 0.224735709928579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001100811 Relative Rsd = 4.82663832242078e-07
BICGSTAB_SOLVER_TIME: 0.701135 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042818 s
InvBiCGStab: k = 62 resid = 1.870607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264272(s) Flops=409798656 => 1550.66997638796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223265.129954045 Mflops = 223.265129954045 Gflops = 0.223265129954045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059438 s
InvBiCGStab: k = 74 resid = 1.110993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284985(s) Flops=488540160 => 1714.26622453813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246795.009952018 Mflops = 246.795009952018 Gflops = 0.246795009952018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001016993 Relative Rsd = 4.45912720467921e-07
BICGSTAB_SOLVER_TIME: 0.655352 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041349 s
InvBiCGStab: k = 63 resid = 2.134989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23201(s) Flops=416360448 => 1794.57975087281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258345.68338802 Mflops = 258.34568338802 Gflops = 0.25834568338802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057339 s
InvBiCGStab: k = 99 resid = 1.139546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404013(s) Flops=652584960 => 1615.25733082846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232561.623502949 Mflops = 232.561623502949 Gflops = 0.232561623502949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001222765 Relative Rsd = 5.36135943660957e-07
BICGSTAB_SOLVER_TIME: 0.738959 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046862 s
InvBiCGStab: k = 51 resid = 2.236906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190209(s) Flops=337618944 => 1774.98932227182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255531.561923129 Mflops = 255.531561923129 Gflops = 0.255531561923129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 88 resid = 9.391294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326814(s) Flops=580405248 => 1775.94976959371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255686.136302384 Mflops = 255.686136302384 Gflops = 0.255686136302384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00106431 Relative Rsd = 4.66659384157004e-07
BICGSTAB_SOLVER_TIME: 0.624401 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113446
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952131(s) Flops=1487314944 => 1562.09066189421 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224928.258377545 Mflops = 224.928258377545 Gflops = 0.224928258377545 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048555 s
InvBiCGStab: k = 34 resid = 1.958371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.153244(s) Flops=226068480 => 1475.21912766568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212378.76587324 Mflops = 212.37876587324 Gflops = 0.21237876587324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068703 s
InvBiCGStab: k = 50 resid = 1.069705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240943(s) Flops=331057152 => 1374.00610102804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197798.005969457 Mflops = 197.798005969457 Gflops = 0.197798005969457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007605736 Relative Rsd = 3.33482702823619e-07
BICGSTAB_SOLVER_TIME: 0.517007 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049463 s
InvBiCGStab: k = 53 resid = 1.941292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235366(s) Flops=350742528 => 1490.20048775099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214524.67172554 Mflops = 214.52467172554 Gflops = 0.21452467172554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065281 s
InvBiCGStab: k = 85 resid = 1.127445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365378(s) Flops=560719872 => 1534.62953981904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220952.512235325 Mflops = 220.952512235325 Gflops = 0.220952512235325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001145271 Relative Rsd = 5.0215813857855e-07
BICGSTAB_SOLVER_TIME: 0.719648 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043293 s
InvBiCGStab: k = 53 resid = 2.203179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253833(s) Flops=350742528 => 1381.78459065606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198941.576444056 Mflops = 198.941576444056 Gflops = 0.198941576444056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 81 resid = 1.143774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297543(s) Flops=534472704 => 1796.28727276394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258614.822980633 Mflops = 258.614822980633 Gflops = 0.258614822980633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001056295 Relative Rsd = 4.63145280144754e-07
BICGSTAB_SOLVER_TIME: 0.654826 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043161 s
InvBiCGStab: k = 76 resid = 2.195943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297824(s) Flops=501663744 => 1684.43021381756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242513.05222481 Mflops = 242.51305222481 Gflops = 0.24251305222481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057016 s
InvBiCGStab: k = 86 resid = 1.14922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339738(s) Flops=567281664 => 1669.7621814457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240400.3790644 Mflops = 240.4003790644 Gflops = 0.2404003790644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001148974 Relative Rsd = 5.03781379506628e-07
BICGSTAB_SOLVER_TIME: 0.742061 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041763 s
InvBiCGStab: k = 52 resid = 1.788343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191102(s) Flops=344180736 => 1801.03157476112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259272.401002761 Mflops = 259.272401002761 Gflops = 0.259272401002761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056435 s
InvBiCGStab: k = 84 resid = 1.089569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307286(s) Flops=554158080 => 1803.39514328671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.767001783 Mflops = 259.613767001783 Gflops = 0.259613767001783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001075737 Relative Rsd = 4.71669987572713e-07
BICGSTAB_SOLVER_TIME: 0.600482 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111354
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94957(s) Flops=1481269248 => 1559.93686405426 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224614.432674376 Mflops = 224.614432674376 Gflops = 0.224614432674376 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164055000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.650203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.116646(s) Flops=1577797632 => 1412.9792539444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203415.094644661 Mflops = 203.415094644661 Gflops = 0.203415094644661 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 4.105973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.128716(s) Flops=1636853760 => 1450.19097806711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208818.962314927 Mflops = 208.818962314927 Gflops = 0.208818962314927 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002070479 Relative Rsd = 9.11294355674735e-07
BICGSTAB_SOLVER_TIME: 2.248764 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001859
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348797000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.943786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700371(s) Flops=1197213696 => 1709.39929837186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246056.966334472 Mflops = 246.056966334472 Gflops = 0.246056966334472 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.049648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825902(s) Flops=1479370752 => 1791.21827044855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257919.23102432 Mflops = 257.91923102432 Gflops = 0.25791923102432 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001986173 Relative Rsd = 8.72909674004709e-07
BICGSTAB_SOLVER_TIME: 1.529635 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290772999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948772(s) Flops=1481269248 => 1561.24890700822 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224870.30189457 Mflops = 224.87030189457 Gflops = 0.22487030189457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164456000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042521 s
InvBiCGStab: k = 26 resid = 2.080049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115596(s) Flops=173574144 => 1501.55839302398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216192.499271383 Mflops = 216.192499271383 Gflops = 0.216192499271383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085925 s
InvBiCGStab: k = 48 resid = 9.787732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233358(s) Flops=317933568 => 1362.42840613992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196110.794130618 Mflops = 196.110794130618 Gflops = 0.196110794130618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007261532 Relative Rsd = 3.18390661002166e-07
BICGSTAB_SOLVER_TIME: 0.481812 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054423 s
InvBiCGStab: k = 75 resid = 1.950495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366667(s) Flops=495101952 => 1350.27682338471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194416.57687842 Mflops = 194.41657687842 Gflops = 0.19441657687842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080797 s
InvBiCGStab: k = 96 resid = 1.124132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452244(s) Flops=632899584 => 1399.46485525513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201501.988585597 Mflops = 201.501988585597 Gflops = 0.201501988585597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001288554 Relative Rsd = 5.64981967567104e-07
BICGSTAB_SOLVER_TIME: 0.95843 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050955 s
InvBiCGStab: k = 54 resid = 2.112226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239727(s) Flops=357304320 => 1490.46340211991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214567.97988879 Mflops = 214.56797988879 Gflops = 0.21456797988879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 80 resid = 9.129084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342204(s) Flops=527910912 => 1542.67896342533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222106.940604697 Mflops = 222.106940604697 Gflops = 0.222106940604697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001072163 Relative Rsd = 4.70102945766103e-07
BICGSTAB_SOLVER_TIME: 0.692996 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 74 resid = 1.954086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304246(s) Flops=488540160 => 1605.74061778955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231188.228288074 Mflops = 231.188228288074 Gflops = 0.231188228288074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 89 resid = 1.127499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327494(s) Flops=586967040 => 1792.29860699738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258042.421400506 Mflops = 258.042421400506 Gflops = 0.258042421400506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001155996 Relative Rsd = 5.06860284872521e-07
BICGSTAB_SOLVER_TIME: 0.732837 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 56 resid = 1.895252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207561(s) Flops=370427904 => 1784.67006807637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256925.234566623 Mflops = 256.925234566623 Gflops = 0.256925234566623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 82 resid = 1.036686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30264(s) Flops=541034496 => 1787.71641554322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257386.738642571 Mflops = 257.386738642571 Gflops = 0.257386738642571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00111179 Relative Rsd = 4.87477968429329e-07
BICGSTAB_SOLVER_TIME: 0.611506 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112813
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924635(s) Flops=1481048064 => 1601.76509000849 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230635.942016701 Mflops = 230.635942016701 Gflops = 0.230635942016701 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164616000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041921 s
InvBiCGStab: k = 22 resid = 2.229159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099658(s) Flops=147326976 => 1478.32563366714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212744.492261191 Mflops = 212.744492261191 Gflops = 0.212744492261191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073795 s
InvBiCGStab: k = 43 resid = 1.132114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169631(s) Flops=285124608 => 1680.85201407762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241906.244312729 Mflops = 241.906244312729 Gflops = 0.241906244312729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 65 iterations. Rsd = 0.0007107271 Relative Rsd = 3.11626910423922e-07
BICGSTAB_SOLVER_TIME: 0.389447 sec
2Flav::invert,  n_count = 65
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0605560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044042 s
InvBiCGStab: k = 76 resid = 2.222955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361038(s) Flops=501663744 => 1389.5039968092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200054.513303027 Mflops = 200.054513303027 Gflops = 0.200054513303027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058349 s
InvBiCGStab: k = 105 resid = 1.138537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.485332(s) Flops=691955712 => 1425.73683993637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205276.136504935 Mflops = 205.276136504935 Gflops = 0.205276136504935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001328761 Relative Rsd = 5.8261113684776e-07
BICGSTAB_SOLVER_TIME: 0.953077 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047347 s
InvBiCGStab: k = 57 resid = 1.061408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243666(s) Flops=376989696 => 1547.15756814656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222747.446320827 Mflops = 222.747446320827 Gflops = 0.222747446320827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061326 s
InvBiCGStab: k = 83 resid = 7.68119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346428(s) Flops=547596288 => 1580.69292320482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227582.034393131 Mflops = 227.582034393131 Gflops = 0.227582034393131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.0009960277 Relative Rsd = 4.3672041239538e-07
BICGSTAB_SOLVER_TIME: 0.702574 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041672 s
InvBiCGStab: k = 74 resid = 2.194801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304102(s) Flops=488540160 => 1606.50097664599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231299.014116877 Mflops = 231.299014116877 Gflops = 0.231299014116877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 86 resid = 9.174389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315991(s) Flops=567281664 => 1795.24626967224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258463.852773766 Mflops = 258.463852773766 Gflops = 0.258463852773766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001129536 Relative Rsd = 4.95258611739537e-07
BICGSTAB_SOLVER_TIME: 0.721654 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 60 resid = 2.096724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221302(s) Flops=396675072 => 1792.46040252686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258047.793178858 Mflops = 258.047793178858 Gflops = 0.258047793178858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 88 resid = 1.1456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328414(s) Flops=580405248 => 1767.29752081215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254448.219480636 Mflops = 254.448219480636 Gflops = 0.254448219480636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001108327 Relative Rsd = 4.85959571275543e-07
BICGSTAB_SOLVER_TIME: 0.652318 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119942
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951376(s) Flops=1474928640 => 1550.31096012512 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223236.32580947 Mflops = 223.23632580947 Gflops = 0.22323632580947 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164301000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04262 s
InvBiCGStab: k = 30 resid = 2.034593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112011(s) Flops=199821312 => 1783.94364839168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256759.837365307 Mflops = 256.759837365307 Gflops = 0.256759837365307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 43 resid = 1.073461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158015(s) Flops=285124608 => 1804.41482137772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259728.517890412 Mflops = 259.728517890412 Gflops = 0.259728517890412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007552493 Relative Rsd = 3.31148218881427e-07
BICGSTAB_SOLVER_TIME: 0.372509 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664070000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043508 s
InvBiCGStab: k = 52 resid = 2.277483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236386(s) Flops=344180736 => 1456.01150660361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209619.613000858 Mflops = 209.619613000858 Gflops = 0.209619613000858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062362 s
InvBiCGStab: k = 84 resid = 9.438546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369978(s) Flops=554158080 => 1497.81359972755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215653.998487482 Mflops = 215.653998487482 Gflops = 0.215653998487482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001021755 Relative Rsd = 4.48000714348741e-07
BICGSTAB_SOLVER_TIME: 0.716957 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051819 s
InvBiCGStab: k = 49 resid = 2.153563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221728(s) Flops=324495360 => 1463.48390821186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210693.313781891 Mflops = 210.693313781891 Gflops = 0.210693313781891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067942 s
InvBiCGStab: k = 77 resid = 1.025597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395146(s) Flops=508225536 => 1286.17153153518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185174.774209511 Mflops = 185.174774209511 Gflops = 0.185174774209511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001021281 Relative Rsd = 4.47793119592146e-07
BICGSTAB_SOLVER_TIME: 0.740892 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043214 s
InvBiCGStab: k = 55 resid = 1.645668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230477(s) Flops=363866112 => 1578.75237876231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227299.819001923 Mflops = 227.299819001923 Gflops = 0.227299819001923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056523 s
InvBiCGStab: k = 85 resid = 8.577406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326895(s) Flops=560719872 => 1715.29045106227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246955.846982842 Mflops = 246.955846982842 Gflops = 0.246955846982842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001092745 Relative Rsd = 4.79127166911309e-07
BICGSTAB_SOLVER_TIME: 0.660953 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042365 s
InvBiCGStab: k = 49 resid = 2.124498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191505(s) Flops=324495360 => 1694.44850003916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243944.942639501 Mflops = 243.944942639501 Gflops = 0.243944942639501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058451 s
InvBiCGStab: k = 80 resid = 7.704974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341123(s) Flops=527910912 => 1547.56762809896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222809.809240019 Mflops = 222.809809240019 Gflops = 0.222809809240019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001040306 Relative Rsd = 4.56134580111775e-07
BICGSTAB_SOLVER_TIME: 0.637856 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106322
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928579(s) Flops=1474707456 => 1588.13354168035 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228656.8432182 Mflops = 228.6568432182 Gflops = 0.2286568432182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163800000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044982 s
InvBiCGStab: k = 27 resid = 1.763544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120057(s) Flops=180135936 => 1500.42010045229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215967.590963817 Mflops = 215.967590963817 Gflops = 0.215967590963817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058511 s
InvBiCGStab: k = 49 resid = 1.084041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179679(s) Flops=324495360 => 1805.97265122802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259985.102433584 Mflops = 259.985102433584 Gflops = 0.259985102433584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007598525 Relative Rsd = 3.33166512580263e-07
BICGSTAB_SOLVER_TIME: 0.407011 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684000000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040876 s
InvBiCGStab: k = 51 resid = 2.265675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187184(s) Flops=337618944 => 1803.67416018463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.737519882 Mflops = 259.664737519882 Gflops = 0.259664737519882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057515 s
InvBiCGStab: k = 81 resid = 1.063771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351453(s) Flops=534472704 => 1520.75157702452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218947.889294906 Mflops = 218.947889294906 Gflops = 0.218947889294906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00112315 Relative Rsd = 4.9245855814529e-07
BICGSTAB_SOLVER_TIME: 0.640853 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055635 s
InvBiCGStab: k = 54 resid = 1.883364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238124(s) Flops=357304320 => 1500.49688397642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216008.833985101 Mflops = 216.008833985101 Gflops = 0.216008833985101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064009 s
InvBiCGStab: k = 76 resid = 1.119327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322463(s) Flops=501663744 => 1555.72497929995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223963.355367042 Mflops = 223.963355367042 Gflops = 0.223963355367042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001056835 Relative Rsd = 4.63381918770665e-07
BICGSTAB_SOLVER_TIME: 0.686393 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107027
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045588 s
InvBiCGStab: k = 65 resid = 1.447218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319547(s) Flops=429484032 => 1344.0402569888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193506.085631486 Mflops = 193.506085631486 Gflops = 0.193506085631486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05967 s
InvBiCGStab: k = 88 resid = 7.166245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428981(s) Flops=580405248 => 1352.98590846681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194799.874199178 Mflops = 194.799874199178 Gflops = 0.194799874199178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001126495 Relative Rsd = 4.93925503242364e-07
BICGSTAB_SOLVER_TIME: 0.857762 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041758 s
InvBiCGStab: k = 51 resid = 1.61057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188391(s) Flops=337618944 => 1792.11822220807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257991.96793526 Mflops = 257.99196793526 Gflops = 0.25799196793526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 83 resid = 7.763606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308733(s) Flops=547596288 => 1773.68887679646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255363.287872173 Mflops = 255.363287872173 Gflops = 0.255363287872173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001030162 Relative Rsd = 4.51686937741183e-07
BICGSTAB_SOLVER_TIME: 0.5997 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110018
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942346(s) Flops=1468366848 => 1558.20351335921 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224359.597186084 Mflops = 224.359597186084 Gflops = 0.224359597186084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162896000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.1632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83728(s) Flops=1453123584 => 1735.52883623161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249864.804429572 Mflops = 249.864804429572 Gflops = 0.249864804429572 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.020146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.233243(s) Flops=1715595264 => 1391.12507753946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200317.622148086 Mflops = 200.317622148085 Gflops = 0.200317622148085 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.00207758 Relative Rsd = 9.14438059099171e-07
BICGSTAB_SOLVER_TIME: 2.074786 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.135206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.123738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343612
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.101147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829648(s) Flops=1275955200 => 1537.94765973039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221424.103525894 Mflops = 221.424103525894 Gflops = 0.221424103525894 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 9.480245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811208(s) Flops=1380943872 => 1702.33019398231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245122.598711258 Mflops = 245.122598711258 Gflops = 0.245122598711258 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002021538 Relative Rsd = 8.88453346611899e-07
BICGSTAB_SOLVER_TIME: 1.644377 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288690999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946226(s) Flops=1468366848 => 1551.81409938006 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223440.858793586 Mflops = 223.440858793586 Gflops = 0.223440858793586 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162614000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 21 resid = 2.066301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.077951(s) Flops=140765184 => 1805.81626919475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.54908836 Mflops = 259.89454908836 Gflops = 0.25989454908836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 42 resid = 1.052834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155956(s) Flops=278562816 => 1786.16286644951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257094.130021738 Mflops = 257.094130021738 Gflops = 0.257094130021738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 63 iterations. Rsd = 0.0007133625 Relative Rsd = 3.12782412342396e-07
BICGSTAB_SOLVER_TIME: 0.335416 sec
2Flav::invert,  n_count = 63
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0592300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 79 resid = 1.797066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36238(s) Flops=521349120 => 1438.68072189414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207157.165819421 Mflops = 207.157165819421 Gflops = 0.207157165819421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06793 s
InvBiCGStab: k = 96 resid = 1.139714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366051(s) Flops=632899584 => 1728.9929108239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248921.305102661 Mflops = 248.921305102661 Gflops = 0.248921305102661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001233123 Relative Rsd = 5.40677812714773e-07
BICGSTAB_SOLVER_TIME: 0.841666 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045619 s
InvBiCGStab: k = 59 resid = 1.47893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264722(s) Flops=390113280 => 1473.67154977675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212171.823618406 Mflops = 212.171823618406 Gflops = 0.212171823618406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069373 s
InvBiCGStab: k = 76 resid = 1.097076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347286(s) Flops=501663744 => 1444.52625213801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207987.225897601 Mflops = 207.987225897601 Gflops = 0.207987225897601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001007785 Relative Rsd = 4.41875367414643e-07
BICGSTAB_SOLVER_TIME: 0.732248 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044724 s
InvBiCGStab: k = 61 resid = 2.097823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272423(s) Flops=403236864 => 1480.18656280857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213107.436721002 Mflops = 213.107436721002 Gflops = 0.213107436721001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067112 s
InvBiCGStab: k = 84 resid = 1.121612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390135(s) Flops=554158080 => 1420.42646776116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204507.749940223 Mflops = 204.507749940223 Gflops = 0.204507749940223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001117784 Relative Rsd = 4.90106004730799e-07
BICGSTAB_SOLVER_TIME: 0.778218 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.07828 s
InvBiCGStab: k = 49 resid = 2.209157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199768(s) Flops=324495360 => 1624.36105882824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233861.702617184 Mflops = 233.861702617184 Gflops = 0.233861702617184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066178 s
InvBiCGStab: k = 85 resid = 1.023766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313735(s) Flops=560719872 => 1787.24041627488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257302.944350551 Mflops = 257.30294435055 Gflops = 0.257302944350551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001073209 Relative Rsd = 4.70561267211756e-07
BICGSTAB_SOLVER_TIME: 0.661859 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109901
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934844(s) Flops=1461952512 => 1563.84649417443 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225180.111892265 Mflops = 225.180111892265 Gflops = 0.225180111892265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162262000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 32 resid = 2.014781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120539(s) Flops=212944896 => 1766.60579563461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254266.150168607 Mflops = 254.266150168607 Gflops = 0.254266150168607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058168 s
InvBiCGStab: k = 46 resid = 1.041877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186714(s) Flops=304809984 => 1632.49667405765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234997.520356637 Mflops = 234.997520356637 Gflops = 0.234997520356637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000717473 Relative Rsd = 3.14584740116679e-07
BICGSTAB_SOLVER_TIME: 0.410634 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698430000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041677 s
InvBiCGStab: k = 84 resid = 1.56267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323147(s) Flops=554158080 => 1714.87923452794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246910.417635723 Mflops = 246.910417635723 Gflops = 0.246910417635723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057453 s
InvBiCGStab: k = 108 resid = 1.145893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440234(s) Flops=711641088 => 1616.50642158488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232741.261172053 Mflops = 232.741261172053 Gflops = 0.232741261172053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.00130235 Relative Rsd = 5.71031259377689e-07
BICGSTAB_SOLVER_TIME: 0.866363 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151323999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045669 s
InvBiCGStab: k = 52 resid = 2.019817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219313(s) Flops=344180736 => 1569.35856971543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225934.679550863 Mflops = 225.934679550863 Gflops = 0.225934679550863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070137 s
InvBiCGStab: k = 68 resid = 1.008569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314327(s) Flops=449169408 => 1428.98767207399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205725.29694408 Mflops = 205.72529694408 Gflops = 0.20572529694408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001026042 Relative Rsd = 4.49880551992189e-07
BICGSTAB_SOLVER_TIME: 0.653831 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052218 s
InvBiCGStab: k = 62 resid = 2.067838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3139(s) Flops=409798656 => 1305.50702771583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187953.830137113 Mflops = 187.953830137113 Gflops = 0.187953830137113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059603 s
InvBiCGStab: k = 82 resid = 1.030591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362021(s) Flops=541034496 => 1494.483734369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215172.171229397 Mflops = 215.172171229397 Gflops = 0.215172171229397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001124298 Relative Rsd = 4.92962155359101e-07
BICGSTAB_SOLVER_TIME: 0.791475 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045226 s
InvBiCGStab: k = 58 resid = 2.097588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250585(s) Flops=383551488 => 1530.62429115869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220373.383131433 Mflops = 220.373383131433 Gflops = 0.220373383131433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 80 resid = 9.790301e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341102(s) Flops=527910912 => 1547.66290435119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222821.401481745 Mflops = 222.821401481745 Gflops = 0.222821401481745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001097544 Relative Rsd = 4.81231494778388e-07
BICGSTAB_SOLVER_TIME: 0.698817 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11261
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929875(s) Flops=1449197568 => 1558.48642882108 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224423.629749485 Mflops = 224.423629749485 Gflops = 0.224423629749485 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160645000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047466 s
InvBiCGStab: k = 29 resid = 2.228932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138087(s) Flops=193259520 => 1399.54897999088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201434.714552605 Mflops = 201.434714552605 Gflops = 0.201434714552605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063437 s
InvBiCGStab: k = 48 resid = 1.078781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176945(s) Flops=317933568 => 1796.79317301986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258614.513411043 Mflops = 258.614513411043 Gflops = 0.258614513411043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007152619 Relative Rsd = 3.13615241466717e-07
BICGSTAB_SOLVER_TIME: 0.429672 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045503 s
InvBiCGStab: k = 49 resid = 2.05475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182558(s) Flops=324495360 => 1777.49186559888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255896.247726257 Mflops = 255.896247726257 Gflops = 0.255896247726257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 84 resid = 1.094683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322796(s) Flops=554158080 => 1716.74394973915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247159.392139765 Mflops = 247.159392139764 Gflops = 0.247159392139764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001099033 Relative Rsd = 4.81884241704216e-07
BICGSTAB_SOLVER_TIME: 0.611152 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044937 s
InvBiCGStab: k = 48 resid = 2.034055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23241(s) Flops=317933568 => 1367.98574932232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196932.363734535 Mflops = 196.932363734535 Gflops = 0.196932363734535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063679 s
InvBiCGStab: k = 74 resid = 9.088528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323987(s) Flops=488540160 => 1507.90050218064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217097.723520252 Mflops = 217.097723520252 Gflops = 0.217097723520252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.000995631 Relative Rsd = 4.36546455441734e-07
BICGSTAB_SOLVER_TIME: 0.669319 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060797 s
InvBiCGStab: k = 65 resid = 1.150598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302864(s) Flops=429484032 => 1418.07554545935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204169.116038692 Mflops = 204.169116038692 Gflops = 0.204169116038692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070331 s
InvBiCGStab: k = 83 resid = 1.023849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396569(s) Flops=547596288 => 1380.83483076085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198814.811177245 Mflops = 198.814811177245 Gflops = 0.198814811177245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001117761 Relative Rsd = 4.90095847033095e-07
BICGSTAB_SOLVER_TIME: 0.834918 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001992
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050441 s
InvBiCGStab: k = 50 resid = 2.254295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223318(s) Flops=331057152 => 1482.44723667595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213417.484666186 Mflops = 213.417484666186 Gflops = 0.213417484666186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061704 s
InvBiCGStab: k = 72 resid = 8.971337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288735(s) Flops=475416576 => 1646.54986752559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237055.220213668 Mflops = 237.055220213668 Gflops = 0.237055220213668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001018005 Relative Rsd = 4.46356800719305e-07
BICGSTAB_SOLVER_TIME: 0.628153 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101326
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920078(s) Flops=1424056320 => 1547.75608154961 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222864.587509198 Mflops = 222.864587509198 Gflops = 0.222864587509198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157942000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041469 s
InvBiCGStab: k = 27 resid = 2.004791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100426(s) Flops=180135936 => 1793.71812080537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258159.184129399 Mflops = 258.159184129399 Gflops = 0.258159184129399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057051 s
InvBiCGStab: k = 45 resid = 1.080305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166375(s) Flops=298248192 => 1792.62624793388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258042.827683433 Mflops = 258.042827683433 Gflops = 0.258042827683433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007205561 Relative Rsd = 3.15936556132489e-07
BICGSTAB_SOLVER_TIME: 0.369141 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049586 s
InvBiCGStab: k = 59 resid = 2.278497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224465(s) Flops=390113280 => 1737.96930479139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250190.966278565 Mflops = 250.190966278565 Gflops = 0.250190966278565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055871 s
InvBiCGStab: k = 89 resid = 8.205162e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324881(s) Flops=586967040 => 1806.7139660368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260109.74406845 Mflops = 260.10974406845 Gflops = 0.26010974406845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001123969 Relative Rsd = 4.92817701668134e-07
BICGSTAB_SOLVER_TIME: 0.658618 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041793 s
InvBiCGStab: k = 56 resid = 1.2532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205766(s) Flops=370427904 => 1800.23864000855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.007239933 Mflops = 259.178007239933 Gflops = 0.259178007239933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057044 s
InvBiCGStab: k = 76 resid = 1.092313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283894(s) Flops=501663744 => 1767.08117818622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254399.607068115 Mflops = 254.399607068115 Gflops = 0.254399607068115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001006484 Relative Rsd = 4.41305311294245e-07
BICGSTAB_SOLVER_TIME: 0.593377 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05424 s
InvBiCGStab: k = 52 resid = 2.154411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236626(s) Flops=344180736 => 1454.53473413742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209404.90056031 Mflops = 209.40490056031 Gflops = 0.20940490056031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060013 s
InvBiCGStab: k = 89 resid = 1.127454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38164(s) Flops=586967040 => 1538.01236767634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221435.462314224 Mflops = 221.435462314224 Gflops = 0.221435462314224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001113936 Relative Rsd = 4.88418754994073e-07
BICGSTAB_SOLVER_TIME: 0.737276 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115036
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0575 s
InvBiCGStab: k = 51 resid = 2.12647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248897(s) Flops=337618944 => 1356.46047963615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195299.821933812 Mflops = 195.299821933812 Gflops = 0.195299821933812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08221 s
InvBiCGStab: k = 79 resid = 9.26539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364147(s) Flops=521349120 => 1431.69961581449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206133.638268802 Mflops = 206.133638268802 Gflops = 0.206133638268802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001038041 Relative Rsd = 4.55141831053248e-07
BICGSTAB_SOLVER_TIME: 0.756602 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106858
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925208(s) Flops=1405403136 => 1519.01316893066 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218717.886865816 Mflops = 218.717886865816 Gflops = 0.218717886865816 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155695000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021336
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.945548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693654(s) Flops=1197213696 => 1725.95227015198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248503.895984002 Mflops = 248.503895984002 Gflops = 0.248503895984002 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 1.124849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.06642(s) Flops=1781213184 => 1670.27361077249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240511.603451875 Mflops = 240.511603451875 Gflops = 0.240511603451875 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002114696 Relative Rsd = 9.30758846755708e-07
BICGSTAB_SOLVER_TIME: 1.763505 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.117396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323275999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 1.877279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688545(s) Flops=1079101440 => 1567.21992026665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225646.561632505 Mflops = 225.646561632505 Gflops = 0.225646561632505 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 6.808863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971877(s) Flops=1453123584 => 1495.17231501517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215296.190771256 Mflops = 215.296190771256 Gflops = 0.215296190771256 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002695631 Relative Rsd = 1.18471605919868e-06
BICGSTAB_SOLVER_TIME: 1.666512 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.136829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275123999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954347(s) Flops=1405403136 => 1472.63326232492 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212079.620912351 Mflops = 212.079620912351 Gflops = 0.212079620912351 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155699000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055412 s
InvBiCGStab: k = 31 resid = 2.186554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150909(s) Flops=206383104 => 1367.59970578296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196814.455270716 Mflops = 196.814455270716 Gflops = 0.196814455270716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 46 resid = 1.130605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170162(s) Flops=304809984 => 1791.29290911014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257849.661863457 Mflops = 257.849661863457 Gflops = 0.257849661863457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000758226 Relative Rsd = 3.32453355427134e-07
BICGSTAB_SOLVER_TIME: 0.436282 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041665 s
InvBiCGStab: k = 86 resid = 2.138338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317846(s) Flops=567281664 => 1784.76892583201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256968.86208531 Mflops = 256.96886208531 Gflops = 0.25696886208531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056674 s
InvBiCGStab: k = 109 resid = 1.000476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41007(s) Flops=718202880 => 1751.41531933572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252176.901621985 Mflops = 252.176901621985 Gflops = 0.252176901621985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001324634 Relative Rsd = 5.80801790563757e-07
BICGSTAB_SOLVER_TIME: 0.830793 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153589999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040678 s
InvBiCGStab: k = 49 resid = 2.218941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179778(s) Flops=324495360 => 1804.97813970564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.532207557 Mflops = 259.855532207557 Gflops = 0.259855532207557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055876 s
InvBiCGStab: k = 81 resid = 7.074983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295906(s) Flops=534472704 => 1806.22462538779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260042.708775856 Mflops = 260.042708775856 Gflops = 0.260042708775856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001069799 Relative Rsd = 4.69066503294337e-07
BICGSTAB_SOLVER_TIME: 0.576099 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106937
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 61 resid = 2.275415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225432(s) Flops=403236864 => 1788.72947939955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257497.960890562 Mflops = 257.497960890562 Gflops = 0.257497960890562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057314 s
InvBiCGStab: k = 92 resid = 3.11325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36833(s) Flops=606652416 => 1647.03503923112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237113.33887765 Mflops = 237.11333887765 Gflops = 0.23711333887765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001119243 Relative Rsd = 4.90745837598743e-07
BICGSTAB_SOLVER_TIME: 0.69605 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054438 s
InvBiCGStab: k = 56 resid = 1.765096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235353(s) Flops=370427904 => 1573.92471733949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226594.098470229 Mflops = 226.594098470229 Gflops = 0.226594098470229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077594 s
InvBiCGStab: k = 94 resid = 1.019061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426817(s) Flops=619776000 => 1452.08836573988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209070.633772275 Mflops = 209.070633772275 Gflops = 0.209070633772275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001059759 Relative Rsd = 4.64664340866732e-07
BICGSTAB_SOLVER_TIME: 0.798091 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121077
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99121(s) Flops=1411743744 => 1424.26301590985 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205078.982113216 Mflops = 205.078982113216 Gflops = 0.205078982113216 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156274000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.516319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041577 s
InvBiCGStab: k = 30 resid = 1.695689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112638(s) Flops=199821312 => 1774.01331699782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255305.049756409 Mflops = 255.305049756409 Gflops = 0.255305049756409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064859 s
InvBiCGStab: k = 55 resid = 8.708077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22359(s) Flops=363866112 => 1627.38097410439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234270.266271485 Mflops = 234.270266271485 Gflops = 0.234270266271485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007607151 Relative Rsd = 3.33544746449545e-07
BICGSTAB_SOLVER_TIME: 0.446461 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 84 resid = 1.643614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308986(s) Flops=554158080 => 1793.47310234121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258221.875783959 Mflops = 258.221875783959 Gflops = 0.258221875783959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055828 s
InvBiCGStab: k = 101 resid = 1.053984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370682(s) Flops=665708544 => 1795.90199685984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258563.225542333 Mflops = 258.563225542333 Gflops = 0.258563225542333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.00124677 Relative Rsd = 5.46661513361792e-07
BICGSTAB_SOLVER_TIME: 0.779973 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043795 s
InvBiCGStab: k = 57 resid = 1.209588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231445(s) Flops=376989696 => 1628.85219382575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234496.690203739 Mflops = 234.496690203739 Gflops = 0.234496690203739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 91 resid = 7.365706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332654(s) Flops=600090624 => 1803.94831867346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.549181386 Mflops = 259.715549181386 Gflops = 0.259715549181386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001026559 Relative Rsd = 4.50107032920395e-07
BICGSTAB_SOLVER_TIME: 0.668044 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 54 resid = 2.277117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199385(s) Flops=357304320 => 1792.03209870351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257983.66857754 Mflops = 257.98366857754 Gflops = 0.25798366857754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057091 s
InvBiCGStab: k = 85 resid = 7.75107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319645(s) Flops=560719872 => 1754.19566081121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252586.752866207 Mflops = 252.586752866207 Gflops = 0.252586752866207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00112026 Relative Rsd = 4.91191653336167e-07
BICGSTAB_SOLVER_TIME: 0.621651 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041392 s
InvBiCGStab: k = 54 resid = 2.126669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197783(s) Flops=357304320 => 1806.54717543975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260070.362932593 Mflops = 260.070362932593 Gflops = 0.260070362932593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 85 resid = 1.119702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310683(s) Flops=560719872 => 1804.79740442831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259834.617778776 Mflops = 259.834617778776 Gflops = 0.259834617778776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001093377 Relative Rsd = 4.79404334240622e-07
BICGSTAB_SOLVER_TIME: 0.61032 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113424
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.093216(s) Flops=1418084352 => 1297.16757895969 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186780.416848459 Mflops = 186.780416848459 Gflops = 0.186780416848459 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156947000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.507219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04142 s
InvBiCGStab: k = 34 resid = 1.431318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127044(s) Flops=226068480 => 1779.45026919807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256136.994636549 Mflops = 256.136994636549 Gflops = 0.256136994636549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056631 s
InvBiCGStab: k = 47 resid = 1.115158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175005(s) Flops=311371776 => 1779.21645667267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256110.013679054 Mflops = 256.110013679054 Gflops = 0.256110013679054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007392164 Relative Rsd = 3.24118377458301e-07
BICGSTAB_SOLVER_TIME: 0.404081 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041509 s
InvBiCGStab: k = 48 resid = 2.185179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182426(s) Flops=317933568 => 1742.80841546709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250882.336344759 Mflops = 250.882336344759 Gflops = 0.250882336344759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056043 s
InvBiCGStab: k = 82 resid = 8.135941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299202(s) Flops=541034496 => 1808.25828704354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260339.5184576 Mflops = 260.3395184576 Gflops = 0.2603395184576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001041642 Relative Rsd = 4.56720357693946e-07
BICGSTAB_SOLVER_TIME: 0.582948 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041926 s
InvBiCGStab: k = 53 resid = 2.066276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195917(s) Flops=350742528 => 1790.2608145286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257701.35385183 Mflops = 257.70135385183 Gflops = 0.25770135385183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 83 resid = 1.129341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315918(s) Flops=547596288 => 1733.34943877842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249556.431462401 Mflops = 249.556431462401 Gflops = 0.249556431462401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001020587 Relative Rsd = 4.47488541792144e-07
BICGSTAB_SOLVER_TIME: 0.613864 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 65 resid = 1.76244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238175(s) Flops=429484032 => 1803.22885273433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259610.606448886 Mflops = 259.610606448886 Gflops = 0.259610606448886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 92 resid = 1.033767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336257(s) Flops=606652416 => 1804.13319574016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259757.081226324 Mflops = 259.757081226324 Gflops = 0.259757081226324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00108146 Relative Rsd = 4.74179398298986e-07
BICGSTAB_SOLVER_TIME: 0.675972 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044362 s
InvBiCGStab: k = 64 resid = 1.729278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242224(s) Flops=422922240 => 1745.9964330537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251398.231694919 Mflops = 251.398231694919 Gflops = 0.251398231694919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064374 s
InvBiCGStab: k = 84 resid = 1.026756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341438(s) Flops=554158080 => 1623.01231848828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233671.147996395 Mflops = 233.671147996395 Gflops = 0.233671147996395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001089838 Relative Rsd = 4.77852605546128e-07
BICGSTAB_SOLVER_TIME: 0.696223 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119754
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076085(s) Flops=1424130048 => 1323.43639024798 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190561.62383931 Mflops = 190.56162383931 Gflops = 0.19056162383931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157701000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.503916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041853 s
InvBiCGStab: k = 29 resid = 2.03037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107258(s) Flops=193259520 => 1801.81916500401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.856898942 Mflops = 259.327856898942 Gflops = 0.259327856898942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 48 resid = 1.1395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176496(s) Flops=317933568 => 1801.3641555616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259292.07075766 Mflops = 259.29207075766 Gflops = 0.25929207075766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007200516 Relative Rsd = 3.15715358227963e-07
BICGSTAB_SOLVER_TIME: 0.385668 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 54 resid = 2.223133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199981(s) Flops=357304320 => 1786.69133567689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257215.964446892 Mflops = 257.215964446892 Gflops = 0.257215964446892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056925 s
InvBiCGStab: k = 82 resid = 1.140785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329646(s) Flops=541034496 => 1641.25909612129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236295.772155054 Mflops = 236.295772155054 Gflops = 0.236295772155054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001082132 Relative Rsd = 4.74474022576111e-07
BICGSTAB_SOLVER_TIME: 0.631635 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 56 resid = 1.743398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205328(s) Flops=370427904 => 1804.07885919115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.972726804 Mflops = 259.726972726804 Gflops = 0.259726972726804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05601 s
InvBiCGStab: k = 66 resid = 8.863435e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257763(s) Flops=436045824 => 1691.6540543057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243541.579688917 Mflops = 243.541579688917 Gflops = 0.243541579688917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001028309 Relative Rsd = 4.50874577143392e-07
BICGSTAB_SOLVER_TIME: 0.56417 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 63 resid = 1.843392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252559(s) Flops=416360448 => 1648.56705957816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237368.98628534 Mflops = 237.36898628534 Gflops = 0.23736898628534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073053 s
InvBiCGStab: k = 85 resid = 1.146828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323403(s) Flops=560719872 => 1733.81159729502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249607.939734103 Mflops = 249.607939734103 Gflops = 0.249607939734103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001123478 Relative Rsd = 4.92602501399187e-07
BICGSTAB_SOLVER_TIME: 0.694472 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120106
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 47 resid = 1.891157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173433(s) Flops=311371776 => 1795.34330836692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258421.140762175 Mflops = 258.421140762175 Gflops = 0.258421140762175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058091 s
InvBiCGStab: k = 76 resid = 8.282154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280546(s) Flops=501663744 => 1788.16929843947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257445.793226808 Mflops = 257.445793226808 Gflops = 0.257445793226808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001018524 Relative Rsd = 4.46584149390531e-07
BICGSTAB_SOLVER_TIME: 0.556986 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103564
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972935(s) Flops=1430249472 => 1470.03599623819 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211661.389137593 Mflops = 211.661389137593 Gflops = 0.211661389137593 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158723000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.543571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021168
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.050369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776474(s) Flops=1367820288 => 1761.57899427412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253650.983040148 Mflops = 253.650983040148 Gflops = 0.253650983040148 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 277 resid = 1.083226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.096284(s) Flops=1820583936 => 1660.68640607726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239130.20673438 Mflops = 239.13020673438 Gflops = 0.23913020673438 Tflops
BICGSTAB_SOLVER: 485 iterations. Rsd = 0.002246047 Relative Rsd = 9.88536215462028e-07
BICGSTAB_SOLVER_TIME: 1.876092 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346020999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.237546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744206(s) Flops=1275955200 => 1714.51882946388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246805.266763709 Mflops = 246.805266763709 Gflops = 0.246805266763709 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 8.804012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75225(s) Flops=1354696704 => 1800.85969292124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259307.910419698 Mflops = 259.307910419698 Gflops = 0.259307910419698 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001952204 Relative Rsd = 8.57986126036235e-07
BICGSTAB_SOLVER_TIME: 1.499883 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286181999999998
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919424(s) Flops=1430249472 => 1555.59292774607 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224014.478876719 Mflops = 224.014478876719 Gflops = 0.224014478876719 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158568000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053591 s
InvBiCGStab: k = 33 resid = 1.746782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145241(s) Flops=219506688 => 1511.32729738848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217531.834273532 Mflops = 217.531834273532 Gflops = 0.217531834273532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.107413 s
InvBiCGStab: k = 49 resid = 1.048584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197785(s) Flops=324495360 => 1640.64696513891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236157.484985253 Mflops = 236.157484985253 Gflops = 0.236157484985253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007295297 Relative Rsd = 3.1987113268161e-07
BICGSTAB_SOLVER_TIME: 0.508901 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041532 s
InvBiCGStab: k = 73 resid = 1.909651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269513(s) Flops=481978368 => 1788.33068534727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257466.970947985 Mflops = 257.466970947985 Gflops = 0.257466970947985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057336 s
InvBiCGStab: k = 98 resid = 1.044385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360988(s) Flops=646023168 => 1789.59734949638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257660.887651555 Mflops = 257.660887651555 Gflops = 0.257660887651555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00120528 Relative Rsd = 5.28469434079725e-07
BICGSTAB_SOLVER_TIME: 0.733207 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04197 s
InvBiCGStab: k = 50 resid = 1.827492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187119(s) Flops=331057152 => 1769.23322591506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254707.357286637 Mflops = 254.707357286637 Gflops = 0.254707357286637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063618 s
InvBiCGStab: k = 69 resid = 1.0884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274777(s) Flops=455731200 => 1658.54929633849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238790.019020882 Mflops = 238.790019020882 Gflops = 0.238790019020882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009799068 Relative Rsd = 4.2965198192972e-07
BICGSTAB_SOLVER_TIME: 0.571391 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992020000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043262 s
InvBiCGStab: k = 63 resid = 2.151188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237348(s) Flops=416360448 => 1754.21932352495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252558.095440123 Mflops = 252.558095440123 Gflops = 0.252558095440123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058062 s
InvBiCGStab: k = 87 resid = 1.1151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321568(s) Flops=573843456 => 1784.51666832521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256919.888341062 Mflops = 256.919888341062 Gflops = 0.256919888341062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001119436 Relative Rsd = 4.90830161802799e-07
BICGSTAB_SOLVER_TIME: 0.664159 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040767 s
InvBiCGStab: k = 48 resid = 2.141576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176211(s) Flops=317933568 => 1804.27764441493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.1707659 Mflops = 259.7471707659 Gflops = 0.2597471707659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 84 resid = 1.03729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307546(s) Flops=554158080 => 1801.87054944626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259410.924383538 Mflops = 259.410924383538 Gflops = 0.259410924383538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001061421 Relative Rsd = 4.65392887697538e-07
BICGSTAB_SOLVER_TIME: 0.584519 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108439
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895557(s) Flops=1436368896 => 1603.88327711134 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230936.671426703 Mflops = 230.936671426703 Gflops = 0.230936671426703 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159484000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052268 s
InvBiCGStab: k = 29 resid = 1.64877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136683(s) Flops=193259520 => 1413.92506749193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203546.760695275 Mflops = 203.546760695275 Gflops = 0.203546760695275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069122 s
InvBiCGStab: k = 50 resid = 1.102896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218896(s) Flops=331057152 => 1512.39470798918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217717.156127656 Mflops = 217.717156127656 Gflops = 0.217717156127656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007841369 Relative Rsd = 3.43814306437643e-07
BICGSTAB_SOLVER_TIME: 0.481134 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044127 s
InvBiCGStab: k = 74 resid = 1.984056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351711(s) Flops=488540160 => 1389.03861408941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199988.489992189 Mflops = 199.988489992189 Gflops = 0.199988489992189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 94 resid = 1.128175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350862(s) Flops=619776000 => 1766.43808676916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254321.655862798 Mflops = 254.321655862798 Gflops = 0.254321655862798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001205471 Relative Rsd = 5.28553247846711e-07
BICGSTAB_SOLVER_TIME: 0.806914 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041543 s
InvBiCGStab: k = 50 resid = 2.177883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184075(s) Flops=331057152 => 1798.49057177781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258915.068403405 Mflops = 258.915068403405 Gflops = 0.258915068403405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056733 s
InvBiCGStab: k = 84 resid = 1.149124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30733(s) Flops=554158080 => 1803.13695376306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259602.670209831 Mflops = 259.602670209831 Gflops = 0.259602670209831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001051803 Relative Rsd = 4.61175809751717e-07
BICGSTAB_SOLVER_TIME: 0.593469 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109961
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 62 resid = 1.894983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228582(s) Flops=409798656 => 1792.78620363808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.625079567 Mflops = 258.107625079567 Gflops = 0.258107625079567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 90 resid = 7.82771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329853(s) Flops=593528832 => 1799.37375740102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.217536359 Mflops = 259.052217536359 Gflops = 0.259052217536359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00115711 Relative Rsd = 5.07348926280165e-07
BICGSTAB_SOLVER_TIME: 0.659591 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 53 resid = 2.075236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196748(s) Flops=350742528 => 1782.69933112408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256646.543649119 Mflops = 256.646543649119 Gflops = 0.256646543649119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057344 s
InvBiCGStab: k = 74 resid = 1.055887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273454(s) Flops=488540160 => 1786.5533508378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257197.178005354 Mflops = 257.197178005354 Gflops = 0.257197178005354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001046053 Relative Rsd = 4.58654761060236e-07
BICGSTAB_SOLVER_TIME: 0.572415 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104841
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906817(s) Flops=1454579712 => 1604.04989319786 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231093.851752371 Mflops = 231.093851752371 Gflops = 0.231093851752371 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161624000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049913 s
InvBiCGStab: k = 26 resid = 2.260329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130932(s) Flops=173574144 => 1325.681605719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190787.997661894 Mflops = 190.787997661894 Gflops = 0.190787997661894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063902 s
InvBiCGStab: k = 44 resid = 1.14795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193142(s) Flops=291686400 => 1510.21735303559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217391.861532013 Mflops = 217.391861532013 Gflops = 0.217391861532013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007624035 Relative Rsd = 3.34285058854828e-07
BICGSTAB_SOLVER_TIME: 0.441931 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044614 s
InvBiCGStab: k = 52 resid = 2.085606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232311(s) Flops=344180736 => 1481.55160969562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213301.725471785 Mflops = 213.301725471785 Gflops = 0.213301725471785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057299 s
InvBiCGStab: k = 88 resid = 7.154611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394381(s) Flops=580405248 => 1471.68663804798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211886.96875989 Mflops = 211.88696875989 Gflops = 0.21188696875989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001085293 Relative Rsd = 4.75859808178967e-07
BICGSTAB_SOLVER_TIME: 0.73243 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041254 s
InvBiCGStab: k = 50 resid = 1.743219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184751(s) Flops=331057152 => 1791.90993282851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257951.006128949 Mflops = 257.951006128949 Gflops = 0.257951006128949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 79 resid = 9.50429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290367(s) Flops=521349120 => 1795.48337104423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258491.907867355 Mflops = 258.491907867355 Gflops = 0.258491907867355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0009830757 Relative Rsd = 4.31041442679484e-07
BICGSTAB_SOLVER_TIME: 0.576448 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 55 resid = 2.025162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203254(s) Flops=363866112 => 1790.20394186584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257718.555751484 Mflops = 257.718555751484 Gflops = 0.257718555751484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055918 s
InvBiCGStab: k = 88 resid = 1.121036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322514(s) Flops=580405248 => 1799.62807195967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259100.99018382 Mflops = 259.10099018382 Gflops = 0.25910099018382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001058606 Relative Rsd = 4.64158446686103e-07
BICGSTAB_SOLVER_TIME: 0.626608 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042231 s
InvBiCGStab: k = 50 resid = 1.94213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184417(s) Flops=331057152 => 1795.15528394888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258415.424956474 Mflops = 258.415424956474 Gflops = 0.258415424956474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 79 resid = 6.387281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288537(s) Flops=521349120 => 1806.87093856247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260132.247907513 Mflops = 260.132247907513 Gflops = 0.260132247907513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00102452 Relative Rsd = 4.49213206566142e-07
BICGSTAB_SOLVER_TIME: 0.574947 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106379
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910058(s) Flops=1460846592 => 1605.22361431909 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231133.713580596 Mflops = 231.133713580596 Gflops = 0.231133713580596 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162423000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052621 s
InvBiCGStab: k = 29 resid = 1.627976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12305(s) Flops=193259520 => 1570.57716375457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226065.143698703 Mflops = 226.065143698703 Gflops = 0.226065143698703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076298 s
InvBiCGStab: k = 49 resid = 9.083427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228995(s) Flops=324495360 => 1417.04124544204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204010.70032574 Mflops = 204.01070032574 Gflops = 0.20401070032574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007482687 Relative Rsd = 3.28087459553392e-07
BICGSTAB_SOLVER_TIME: 0.485162 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04826 s
InvBiCGStab: k = 52 resid = 2.119304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228599(s) Flops=344180736 => 1505.6091059016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216751.835028195 Mflops = 216.751835028195 Gflops = 0.216751835028195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074915 s
InvBiCGStab: k = 81 resid = 1.067133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334151(s) Flops=534472704 => 1599.49455186428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230276.405976428 Mflops = 230.276405976428 Gflops = 0.230276405976428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001088195 Relative Rsd = 4.77132327795865e-07
BICGSTAB_SOLVER_TIME: 0.689982 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050054 s
InvBiCGStab: k = 56 resid = 2.027192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24781(s) Flops=370427904 => 1494.80611759009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215187.388624342 Mflops = 215.187388624342 Gflops = 0.215187388624342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 75 resid = 1.116241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323799(s) Flops=495101952 => 1529.04101618597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220138.824840298 Mflops = 220.138824840298 Gflops = 0.220138824840298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.0009958517 Relative Rsd = 4.36643234310312e-07
BICGSTAB_SOLVER_TIME: 0.681871 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 61 resid = 2.019212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2238(s) Flops=403236864 => 1801.77329758713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259398.488468379 Mflops = 259.398488468379 Gflops = 0.259398488468379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056461 s
InvBiCGStab: k = 82 resid = 1.106852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300535(s) Flops=541034496 => 1800.23789575257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.32884233 Mflops = 259.16832884233 Gflops = 0.25916832884233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001077828 Relative Rsd = 4.72586834638848e-07
BICGSTAB_SOLVER_TIME: 0.625744 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 49 resid = 2.260779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180393(s) Flops=324495360 => 1798.82456636344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258950.341111675 Mflops = 258.950341111675 Gflops = 0.258950341111675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 75 resid = 7.792365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274309(s) Flops=495101952 => 1804.9059710035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.538490641 Mflops = 259.845538490641 Gflops = 0.259845538490641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009820597 Relative Rsd = 4.30595984248009e-07
BICGSTAB_SOLVER_TIME: 0.556058 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102954
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94005(s) Flops=1473232896 => 1567.18567735759 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225663.973511029 Mflops = 225.663973511029 Gflops = 0.225663973511029 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163382000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.208972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796834(s) Flops=1308764160 => 1642.45521651938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236459.181579574 Mflops = 236.459181579574 Gflops = 0.236459181579574 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.104704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.062457(s) Flops=1551550464 => 1460.34189054239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210280.958109725 Mflops = 210.280958109726 Gflops = 0.210280958109725 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002063281 Relative Rsd = 9.08050266069574e-07
BICGSTAB_SOLVER_TIME: 1.864223 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.12498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310075999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 2.133549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.637884(s) Flops=1118472192 => 1753.41001185168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252401.56492347 Mflops = 252.40156492347 Gflops = 0.25240156492347 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 6.208811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802641(s) Flops=1446561792 => 1802.25255375691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.298394436 Mflops = 259.508298394436 Gflops = 0.259508298394436 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.001990282 Relative Rsd = 8.74708529721444e-07
BICGSTAB_SOLVER_TIME: 1.443908 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.119958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278377999999998
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926477(s) Flops=1473232896 => 1590.14513690032 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228959.953899943 Mflops = 228.959953899943 Gflops = 0.228959953899943 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165681000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 30 resid = 1.863989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11111(s) Flops=199821312 => 1798.40979209792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258867.042386773 Mflops = 258.867042386773 Gflops = 0.258867042386773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058214 s
InvBiCGStab: k = 45 resid = 1.004013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165378(s) Flops=298248192 => 1803.43329826216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.833074245 Mflops = 259.596833074245 Gflops = 0.259596833074245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007320954 Relative Rsd = 3.20996084941411e-07
BICGSTAB_SOLVER_TIME: 0.379574 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 78 resid = 1.478668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28497(s) Flops=514787328 => 1806.46148015581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.713298559 Mflops = 260.080713298559 Gflops = 0.260080713298559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057156 s
InvBiCGStab: k = 100 resid = 1.141851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432289(s) Flops=659146752 => 1524.78261533372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219539.724284138 Mflops = 219.539724284138 Gflops = 0.219539724284138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001274457 Relative Rsd = 5.58801289254557e-07
BICGSTAB_SOLVER_TIME: 0.819913 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05303 s
InvBiCGStab: k = 56 resid = 1.205654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258676(s) Flops=370427904 => 1432.01496853206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206163.974597972 Mflops = 206.163974597972 Gflops = 0.206163974597972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070918 s
InvBiCGStab: k = 67 resid = 1.100235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287485(s) Flops=442607616 => 1539.5850774823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221652.052873302 Mflops = 221.652052873302 Gflops = 0.221652052873302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009992968 Relative Rsd = 4.38153770733211e-07
BICGSTAB_SOLVER_TIME: 0.673917 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056184 s
InvBiCGStab: k = 53 resid = 1.635092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248607(s) Flops=350742528 => 1410.8312638019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203118.856382981 Mflops = 203.118856382981 Gflops = 0.203118856382981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 87 resid = 1.026678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371536(s) Flops=573843456 => 1544.51642909435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222372.380508244 Mflops = 222.372380508244 Gflops = 0.222372380508244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001117565 Relative Rsd = 4.90009889430413e-07
BICGSTAB_SOLVER_TIME: 0.73667 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 52 resid = 1.512099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193583(s) Flops=344180736 => 1777.94917942175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255952.209887276 Mflops = 255.952209887276 Gflops = 0.255952209887276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056849 s
InvBiCGStab: k = 77 resid = 9.405904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283995(s) Flops=508225536 => 1789.55804151482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257635.4256863 Mflops = 257.6354256863 Gflops = 0.2576354256863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001060955 Relative Rsd = 4.6518845765078e-07
BICGSTAB_SOLVER_TIME: 0.579017 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106416
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922449(s) Flops=1479499776 => 1603.88246504685 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230942.173491194 Mflops = 230.942173491194 Gflops = 0.230942173491194 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164549000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041565 s
InvBiCGStab: k = 30 resid = 1.827487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11093(s) Flops=199821312 => 1801.32797259533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259284.212997944 Mflops = 259.284212997944 Gflops = 0.259284212997944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05646 s
InvBiCGStab: k = 44 resid = 9.211432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16147(s) Flops=291686400 => 1806.44330216139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.424459206 Mflops = 260.031424459206 Gflops = 0.260031424459206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007246562 Relative Rsd = 3.17734264451284e-07
BICGSTAB_SOLVER_TIME: 0.374281 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670070000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 73 resid = 2.27589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266661(s) Flops=481978368 => 1807.45728846738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260223.958858458 Mflops = 260.223958858458 Gflops = 0.260223958858458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 96 resid = 1.059088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350119(s) Flops=632899584 => 1807.66991794219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260259.170696182 Mflops = 260.259170696182 Gflops = 0.260259170696182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001243199 Relative Rsd = 5.4509554347303e-07
BICGSTAB_SOLVER_TIME: 0.7184 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044776 s
InvBiCGStab: k = 51 resid = 2.237263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219897(s) Flops=337618944 => 1535.35038677199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221037.96964765 Mflops = 221.03796964765 Gflops = 0.22103796964765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065139 s
InvBiCGStab: k = 71 resid = 9.617394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339992(s) Flops=468854784 => 1379.01710628485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198541.515805748 Mflops = 198.541515805748 Gflops = 0.198541515805748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001060101 Relative Rsd = 4.64814256234355e-07
BICGSTAB_SOLVER_TIME: 0.67392 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 57 resid = 2.156077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246175(s) Flops=376989696 => 1531.3890362547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220478.431297143 Mflops = 220.478431297143 Gflops = 0.220478431297143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071397 s
InvBiCGStab: k = 87 resid = 6.909368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397926(s) Flops=573843456 => 1442.085855159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207627.549411942 Mflops = 207.627549411942 Gflops = 0.207627549411942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001077396 Relative Rsd = 4.72397462485671e-07
BICGSTAB_SOLVER_TIME: 0.760608 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 59 resid = 1.369916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21801(s) Flops=390113280 => 1789.42837484519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257613.810997695 Mflops = 257.613810997695 Gflops = 0.257613810997695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 89 resid = 1.093005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328097(s) Flops=586967040 => 1789.00459315385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257568.692394536 Mflops = 257.568692394536 Gflops = 0.257568692394536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001049239 Relative Rsd = 4.60051572103815e-07
BICGSTAB_SOLVER_TIME: 0.647814 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120088
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927865(s) Flops=1485692928 => 1601.19513937911 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230550.522626299 Mflops = 230.5505226263 Gflops = 0.2305505226263 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165267000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 27 resid = 1.285121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099644(s) Flops=180135936 => 1807.79511059371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260186.064106261 Mflops = 260.186064106261 Gflops = 0.260186064106261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055601 s
InvBiCGStab: k = 49 resid = 6.416556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179544(s) Flops=324495360 => 1807.33057077931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.730499544 Mflops = 260.163730499544 Gflops = 0.260163730499544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007538141 Relative Rsd = 3.30518901017137e-07
BICGSTAB_SOLVER_TIME: 0.380269 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 55 resid = 2.26377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202276(s) Flops=363866112 => 1798.85953845241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258964.159680554 Mflops = 258.964159680554 Gflops = 0.258964159680554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 90 resid = 7.146894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346145(s) Flops=593528832 => 1714.68266766817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246865.634262665 Mflops = 246.865634262665 Gflops = 0.246865634262665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001064732 Relative Rsd = 4.66844672813617e-07
BICGSTAB_SOLVER_TIME: 0.650202 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042399 s
InvBiCGStab: k = 48 resid = 1.70801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176643(s) Flops=317933568 => 1799.86508381311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259108.055151352 Mflops = 259.108055151352 Gflops = 0.259108055151352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063219 s
InvBiCGStab: k = 76 resid = 1.096592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346818(s) Flops=501663744 => 1446.47551165164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208235.4733907 Mflops = 208.2354733907 Gflops = 0.2082354733907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009781558 Relative Rsd = 4.28884233531896e-07
BICGSTAB_SOLVER_TIME: 0.632989 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047519 s
InvBiCGStab: k = 52 resid = 1.672441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240657(s) Flops=344180736 => 1430.17130604969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205901.877393171 Mflops = 205.901877393171 Gflops = 0.205901877393171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071443 s
InvBiCGStab: k = 82 resid = 8.37034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369198(s) Flops=541034496 => 1465.43181707377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210988.615326278 Mflops = 210.988615326278 Gflops = 0.210988615326278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001082849 Relative Rsd = 4.74788043461918e-07
BICGSTAB_SOLVER_TIME: 0.732697 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109971
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042375 s
InvBiCGStab: k = 49 resid = 2.01836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222422(s) Flops=324495360 => 1458.91755311975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210036.977979525 Mflops = 210.036977979525 Gflops = 0.210036977979525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082646 s
InvBiCGStab: k = 76 resid = 1.136326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277722(s) Flops=501663744 => 1806.35219392054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.915347059 Mflops = 260.063915347059 Gflops = 0.260063915347059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001035529 Relative Rsd = 4.54040052636451e-07
BICGSTAB_SOLVER_TIME: 0.629212 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103355
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929862(s) Flops=1491886080 => 1604.41665537467 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231025.776043178 Mflops = 231.025776043178 Gflops = 0.231025776043178 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165593000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041572 s
InvBiCGStab: k = 31 resid = 1.783992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116829(s) Flops=206383104 => 1766.54002002927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254268.997851896 Mflops = 254.268997851896 Gflops = 0.254268997851896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060505 s
InvBiCGStab: k = 47 resid = 9.627697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183824(s) Flops=311371776 => 1693.8581251632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243816.434463753 Mflops = 243.816434463753 Gflops = 0.243816434463753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007063386 Relative Rsd = 3.09702715799043e-07
BICGSTAB_SOLVER_TIME: 0.406901 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041093 s
InvBiCGStab: k = 51 resid = 1.817701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187971(s) Flops=337618944 => 1796.12250825925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258578.668217013 Mflops = 258.578668217013 Gflops = 0.258578668217013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056712 s
InvBiCGStab: k = 85 resid = 1.132348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312544(s) Flops=560719872 => 1794.05098802089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258299.409016682 Mflops = 258.299409016682 Gflops = 0.258299409016682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001118962 Relative Rsd = 4.90622413915082e-07
BICGSTAB_SOLVER_TIME: 0.602346 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041342 s
InvBiCGStab: k = 50 resid = 2.102637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184725(s) Flops=331057152 => 1792.16214372716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257991.67339143 Mflops = 257.99167339143 Gflops = 0.25799167339143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056761 s
InvBiCGStab: k = 77 resid = 1.129492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281718(s) Flops=508225536 => 1804.02223500096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.627436847 Mflops = 259.704627436847 Gflops = 0.259704627436847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009944626 Relative Rsd = 4.36034180797723e-07
BICGSTAB_SOLVER_TIME: 0.568345 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 56 resid = 9.974081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206705(s) Flops=370427904 => 1792.06068551801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258004.540879367 Mflops = 258.004540879367 Gflops = 0.258004540879367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064654 s
InvBiCGStab: k = 82 resid = 9.418064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373896(s) Flops=541034496 => 1447.01867899095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208347.015723199 Mflops = 208.347015723199 Gflops = 0.208347015723199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001064398 Relative Rsd = 4.66698177374367e-07
BICGSTAB_SOLVER_TIME: 0.69124 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050224 s
InvBiCGStab: k = 46 resid = 2.001651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201558(s) Flops=304809984 => 1512.26934182717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217697.600944994 Mflops = 217.697600944994 Gflops = 0.217697600944994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063998 s
InvBiCGStab: k = 70 resid = 1.007207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295441(s) Flops=462292992 => 1564.75571095413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225268.579013215 Mflops = 225.268579013215 Gflops = 0.225268579013215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001030814 Relative Rsd = 4.51972782500695e-07
BICGSTAB_SOLVER_TIME: 0.616362 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969920000000003
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036685(s) Flops=1491959808 => 1439.16407394725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207221.685315757 Mflops = 207.221685315757 Gflops = 0.207221685315757 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165682000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.491256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.873985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743259(s) Flops=1335011328 => 1796.15898092051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.324639058 Mflops = 258.608324639058 Gflops = 0.258608324639058 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 8.248678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899791(s) Flops=1577797632 => 1753.51568530914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252496.283163135 Mflops = 252.496283163135 Gflops = 0.252496283163135 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002122726 Relative Rsd = 9.34169500532944e-07
BICGSTAB_SOLVER_TIME: 1.64654 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.115083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316277999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.715275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.649633(s) Flops=1170966528 => 1802.50468803155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259511.295270356 Mflops = 259.511295270356 Gflops = 0.259511295270356 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 5.303211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757951(s) Flops=1367820288 => 1804.62891136762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.850051798 Mflops = 259.850850051798 Gflops = 0.259850850051798 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001898617 Relative Rsd = 8.34395790115162e-07
BICGSTAB_SOLVER_TIME: 1.411068 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.114372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276005999999998
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926982(s) Flops=1491959808 => 1609.48088312394 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231749.484917415 Mflops = 231.749484917415 Gflops = 0.231749484917415 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165558000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041421 s
InvBiCGStab: k = 26 resid = 2.074627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096897(s) Flops=173574144 => 1791.32629493173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.429176142 Mflops = 257.855429176142 Gflops = 0.257855429176142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057675 s
InvBiCGStab: k = 45 resid = 9.519826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176354(s) Flops=298248192 => 1691.19040112501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243433.757016359 Mflops = 243.433757016359 Gflops = 0.243433757016359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006645407 Relative Rsd = 2.91375932174057e-07
BICGSTAB_SOLVER_TIME: 0.376225 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04145 s
InvBiCGStab: k = 74 resid = 1.673965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279328(s) Flops=488540160 => 1748.98384694696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251812.781316866 Mflops = 251.812781316866 Gflops = 0.251812781316866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05743 s
InvBiCGStab: k = 106 resid = 9.063826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399956(s) Flops=698517504 => 1746.48587344608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251456.946080422 Mflops = 251.456946080422 Gflops = 0.251456946080422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001235804 Relative Rsd = 5.41853196157145e-07
BICGSTAB_SOLVER_TIME: 0.781967 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043323 s
InvBiCGStab: k = 45 resid = 2.149887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17404(s) Flops=298248192 => 1713.67612043208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246690.762896746 Mflops = 246.690762896746 Gflops = 0.246690762896746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 69 resid = 1.109919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277965(s) Flops=455731200 => 1639.52727861421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236018.764803948 Mflops = 236.018764803948 Gflops = 0.236018764803948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001004389 Relative Rsd = 4.40386626654656e-07
BICGSTAB_SOLVER_TIME: 0.555979 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046103 s
InvBiCGStab: k = 53 resid = 1.933527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259799(s) Flops=350742528 => 1350.05341821947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194363.464550306 Mflops = 194.363464550306 Gflops = 0.194363464550306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0705 s
InvBiCGStab: k = 75 resid = 1.034659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326961(s) Flops=495101952 => 1514.25384678907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218012.241400491 Mflops = 218.012241400491 Gflops = 0.218012241400491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001098485 Relative Rsd = 4.81643927931398e-07
BICGSTAB_SOLVER_TIME: 0.707502 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048635 s
InvBiCGStab: k = 63 resid = 1.816099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261162(s) Flops=416360448 => 1594.26121717555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229517.473955126 Mflops = 229.517473955126 Gflops = 0.229517473955126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071428 s
InvBiCGStab: k = 72 resid = 9.428733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328725(s) Flops=475416576 => 1446.24405201916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208219.994971391 Mflops = 208.219994971391 Gflops = 0.208219994971391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001074006 Relative Rsd = 4.70910865561381e-07
BICGSTAB_SOLVER_TIME: 0.713785 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110689
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950893(s) Flops=1492033536 => 1569.08667536726 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225947.620893183 Mflops = 225.947620893183 Gflops = 0.225947620893183 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165750000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04269 s
InvBiCGStab: k = 31 resid = 1.802291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115755(s) Flops=206383104 => 1782.93036153946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256664.582967186 Mflops = 256.664582967186 Gflops = 0.256664582967186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057977 s
InvBiCGStab: k = 48 resid = 8.271105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182498(s) Flops=317933568 => 1742.12083420092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250769.293727484 Mflops = 250.769293727484 Gflops = 0.250769293727484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007753255 Relative Rsd = 3.39950859294304e-07
BICGSTAB_SOLVER_TIME: 0.402758 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042412 s
InvBiCGStab: k = 68 resid = 2.107489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262888(s) Flops=449169408 => 1708.59608654636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245973.230767168 Mflops = 245.973230767168 Gflops = 0.245973230767168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 98 resid = 1.055997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357983(s) Flops=646023168 => 1804.61968305758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.106143748 Mflops = 259.817106143748 Gflops = 0.259817106143748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001242529 Relative Rsd = 5.44801940070046e-07
BICGSTAB_SOLVER_TIME: 0.723238 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 59 resid = 2.10085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219007(s) Flops=390113280 => 1781.28224212011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256445.892357328 Mflops = 256.445892357328 Gflops = 0.256445892357328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057522 s
InvBiCGStab: k = 66 resid = 1.087846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253232(s) Flops=436045824 => 1721.92228470335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247894.572805022 Mflops = 247.894572805022 Gflops = 0.247894572805022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001015825 Relative Rsd = 4.45400701042445e-07
BICGSTAB_SOLVER_TIME: 0.575165 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 62 resid = 1.937073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229919(s) Flops=409798656 => 1782.36098800012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256624.947777435 Mflops = 256.624947777435 Gflops = 0.256624947777435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057944 s
InvBiCGStab: k = 83 resid = 7.288762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306173(s) Flops=547596288 => 1788.51919666332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257500.110741115 Mflops = 257.500110741115 Gflops = 0.257500110741115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001106152 Relative Rsd = 4.85005564390672e-07
BICGSTAB_SOLVER_TIME: 0.638888 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 59 resid = 1.792313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215811(s) Flops=390113280 => 1807.66170399099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260236.494706924 Mflops = 260.236494706924 Gflops = 0.260236494706924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 79 resid = 1.027134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288507(s) Flops=521349120 => 1807.05882352941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260165.86535775 Mflops = 260.16586535775 Gflops = 0.26016586535775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00107859 Relative Rsd = 4.72920915701527e-07
BICGSTAB_SOLVER_TIME: 0.605543 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112996
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.150044(s) Flops=1498374144 => 1302.88418877886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187600.087083774 Mflops = 187.600087083774 Gflops = 0.187600087083774 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166332000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040675 s
InvBiCGStab: k = 28 resid = 1.96505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103765(s) Flops=186697728 => 1799.23604298174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258941.11318444 Mflops = 258.94111318444 Gflops = 0.25894111318444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056629 s
InvBiCGStab: k = 47 resid = 1.094221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173849(s) Flops=311371776 => 1791.04726515539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257819.931111617 Mflops = 257.819931111617 Gflops = 0.257819931111617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007388541 Relative Rsd = 3.2395950392009e-07
BICGSTAB_SOLVER_TIME: 0.378803 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040768 s
InvBiCGStab: k = 51 resid = 1.835569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1886(s) Flops=337618944 => 1790.13225874867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257701.958178718 Mflops = 257.701958178718 Gflops = 0.257701958178718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 75 resid = 4.703566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274323(s) Flops=495101952 => 1804.81385811616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259832.892001484 Mflops = 259.832892001484 Gflops = 0.259832892001484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001049171 Relative Rsd = 4.60021507360359e-07
BICGSTAB_SOLVER_TIME: 0.563892 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041761 s
InvBiCGStab: k = 50 resid = 1.887366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184663(s) Flops=331057152 => 1792.76385632206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258091.94757488 Mflops = 258.09194757488 Gflops = 0.25809194757488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 72 resid = 9.079673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264428(s) Flops=475416576 => 1797.90557732162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258841.458700568 Mflops = 258.841458700568 Gflops = 0.258841458700568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009608378 Relative Rsd = 4.21290971670289e-07
BICGSTAB_SOLVER_TIME: 0.551104 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041904 s
InvBiCGStab: k = 59 resid = 1.471309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215829(s) Flops=390113280 => 1807.51094616571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260221.769736832 Mflops = 260.221769736832 Gflops = 0.260221769736832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 81 resid = 8.335703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296059(s) Flops=534472704 => 1805.29118858065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.338287549 Mflops = 259.905338287549 Gflops = 0.259905338287549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001065227 Relative Rsd = 4.6706165961231e-07
BICGSTAB_SOLVER_TIME: 0.614066 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114601
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 52 resid = 1.970797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190806(s) Flops=344180736 => 1803.82554007736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.855988783 Mflops = 259.681855988783 Gflops = 0.259681855988783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056551 s
InvBiCGStab: k = 74 resid = 8.077926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270735(s) Flops=488540160 => 1804.49576153804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.790187238 Mflops = 259.787790187238 Gflops = 0.259787790187238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001004491 Relative Rsd = 4.40431034679795e-07
BICGSTAB_SOLVER_TIME: 0.563378 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104131
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941818(s) Flops=1498521600 => 1591.0946700955 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229110.008023154 Mflops = 229.110008023154 Gflops = 0.229110008023154 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166538000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0526 s
InvBiCGStab: k = 27 resid = 1.855703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120079(s) Flops=180135936 => 1500.1452044071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215914.760654518 Mflops = 215.914760654517 Gflops = 0.215914760654518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063459 s
InvBiCGStab: k = 44 resid = 8.731299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206493(s) Flops=291686400 => 1412.57282329183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203339.032792106 Mflops = 203.339032792106 Gflops = 0.203339032792106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007278278 Relative Rsd = 3.19124899206309e-07
BICGSTAB_SOLVER_TIME: 0.447293 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058242 s
InvBiCGStab: k = 51 resid = 1.664752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219868(s) Flops=337618944 => 1535.55289537359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221071.849993602 Mflops = 221.071849993602 Gflops = 0.221071849993602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069351 s
InvBiCGStab: k = 87 resid = 7.799102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385698(s) Flops=573843456 => 1487.80511177139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214209.328989549 Mflops = 214.209328989549 Gflops = 0.214209328989549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001081374 Relative Rsd = 4.74141676999472e-07
BICGSTAB_SOLVER_TIME: 0.737019 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 49 resid = 2.160396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180913(s) Flops=324495360 => 1793.65418737183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258208.368444776 Mflops = 258.208368444776 Gflops = 0.258208368444776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056863 s
InvBiCGStab: k = 67 resid = 9.231692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245348(s) Flops=442607616 => 1803.99928265158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.000911616 Mflops = 259.714000911616 Gflops = 0.259714000911616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001029154 Relative Rsd = 4.51244950281788e-07
BICGSTAB_SOLVER_TIME: 0.528775 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971080000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 65 resid = 2.268245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238755(s) Flops=429484032 => 1798.84832568951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.095139863 Mflops = 258.979095139863 Gflops = 0.258979095139863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 82 resid = 6.468509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300435(s) Flops=541034496 => 1800.83710619602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.307578672 Mflops = 259.265307578672 Gflops = 0.259265307578672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001082156 Relative Rsd = 4.74484435492351e-07
BICGSTAB_SOLVER_TIME: 0.641158 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 56 resid = 2.117384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205374(s) Flops=370427904 => 1803.67477869643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.986422996 Mflops = 259.666986422996 Gflops = 0.259666986422996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056157 s
InvBiCGStab: k = 58 resid = 9.003806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212623(s) Flops=383551488 => 1803.90403672227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.377728808 Mflops = 259.694377728808 Gflops = 0.259694377728808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009819681 Relative Rsd = 4.30555812850556e-07
BICGSTAB_SOLVER_TIME: 0.518785 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956640000000002
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93184(s) Flops=1498669056 => 1608.29010989011 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231571.736211421 Mflops = 231.571736211421 Gflops = 0.231571736211421 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166550000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.11723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747226(s) Flops=1341573120 => 1795.40476375287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258482.355442734 Mflops = 258.482355442734 Gflops = 0.258482355442734 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 8.557589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833219(s) Flops=1505617920 => 1806.98942294883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260193.41558478 Mflops = 260.19341558478 Gflops = 0.26019341558478 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002044827 Relative Rsd = 8.99851192024587e-07
BICGSTAB_SOLVER_TIME: 1.583754 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.122702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309096999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 1.315722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789932(s) Flops=1125033984 => 1424.21624139799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205035.684828557 Mflops = 205.035684828557 Gflops = 0.205035684828557 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 9.372237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920703(s) Flops=1335011328 => 1449.99128709258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208786.983503102 Mflops = 208.786983503102 Gflops = 0.208786983503102 Tflops
BICGSTAB_SOLVER: 374 iterations. Rsd = 0.001898491 Relative Rsd = 8.34296839076784e-07
BICGSTAB_SOLVER_TIME: 1.714656 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.1259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267156999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934982(s) Flops=1498669056 => 1602.88546303565 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230792.207741185 Mflops = 230.792207741185 Gflops = 0.230792207741185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166643000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 31 resid = 1.56369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114359(s) Flops=206383104 => 1804.69489939576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.476744863 Mflops = 259.755476744863 Gflops = 0.259755476744863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056719 s
InvBiCGStab: k = 50 resid = 6.092538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182875(s) Flops=331057152 => 1810.29201367054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260587.163383025 Mflops = 260.587163383025 Gflops = 0.260587163383025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007600907 Relative Rsd = 3.33270973526752e-07
BICGSTAB_SOLVER_TIME: 0.398887 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0723030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 75 resid = 1.992569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27466(s) Flops=495101952 => 1802.59940289813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.441195318 Mflops = 259.530441195318 Gflops = 0.259530441195318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056361 s
InvBiCGStab: k = 100 resid = 1.100916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365252(s) Flops=659146752 => 1804.63557215292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.096626296 Mflops = 259.817096626296 Gflops = 0.259817096626296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001295991 Relative Rsd = 5.68243047923479e-07
BICGSTAB_SOLVER_TIME: 0.740957 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 56 resid = 1.431697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205347(s) Flops=370427904 => 1803.91193443294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259719.657336906 Mflops = 259.719657336906 Gflops = 0.259719657336906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055777 s
InvBiCGStab: k = 83 resid = 7.002525e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304298(s) Flops=547596288 => 1799.53955661884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.018546857 Mflops = 259.084018546857 Gflops = 0.259084018546857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001018883 Relative Rsd = 4.46741517139384e-07
BICGSTAB_SOLVER_TIME: 0.610154 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041378 s
InvBiCGStab: k = 64 resid = 2.136425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234334(s) Flops=422922240 => 1804.78394087072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.748654413 Mflops = 259.835748654413 Gflops = 0.259835748654413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056575 s
InvBiCGStab: k = 81 resid = 1.141258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296608(s) Flops=534472704 => 1801.94972488942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.356599456 Mflops = 259.423356599456 Gflops = 0.259423356599456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001128988 Relative Rsd = 4.9501845109784e-07
BICGSTAB_SOLVER_TIME: 0.632692 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117938
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 58 resid = 1.679269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212703(s) Flops=383551488 => 1803.22556804558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.304279693 Mflops = 259.606304279693 Gflops = 0.259606304279693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 74 resid = 9.442842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269868(s) Flops=488540160 => 1810.29303214905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260622.408094843 Mflops = 260.622408094843 Gflops = 0.260622408094843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001054441 Relative Rsd = 4.62332460153599e-07
BICGSTAB_SOLVER_TIME: 0.583368 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108486
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.141214(s) Flops=1498816512 => 1313.35272087444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189108.660905165 Mflops = 189.108660905165 Gflops = 0.189108660905165 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166246000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.499636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041685 s
InvBiCGStab: k = 27 resid = 1.872588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100147(s) Flops=180135936 => 1798.71524858458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258877.34669325 Mflops = 258.87734669325 Gflops = 0.25887734669325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 48 resid = 8.847069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17681(s) Flops=317933568 => 1798.16508116057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258837.261860181 Mflops = 258.837261860181 Gflops = 0.258837261860181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007225358 Relative Rsd = 3.16804579892825e-07
BICGSTAB_SOLVER_TIME: 0.378945 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041384 s
InvBiCGStab: k = 78 resid = 1.797319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285977(s) Flops=514787328 => 1800.10045563105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259164.181919817 Mflops = 259.164181919817 Gflops = 0.259164181919817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056835 s
InvBiCGStab: k = 98 resid = 1.142229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357245(s) Flops=646023168 => 1808.34768296267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260361.349608427 Mflops = 260.361349608427 Gflops = 0.260361349608427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001254062 Relative Rsd = 5.49858789084347e-07
BICGSTAB_SOLVER_TIME: 0.745319 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 50 resid = 1.918969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183618(s) Flops=331057152 => 1802.96676796393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.871059911 Mflops = 259.557871059911 Gflops = 0.259557871059911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 85 resid = 6.049208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3108(s) Flops=560719872 => 1804.11799227799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.996442679 Mflops = 259.746996442679 Gflops = 0.259746996442679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001016576 Relative Rsd = 4.45730035040368e-07
BICGSTAB_SOLVER_TIME: 0.595926 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110549
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 58 resid = 2.232922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213459(s) Flops=383551488 => 1796.83914943853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258684.202216998 Mflops = 258.684202216998 Gflops = 0.258684202216998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059652 s
InvBiCGStab: k = 78 resid = 1.056291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286839(s) Flops=514787328 => 1794.6908474789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258383.042166201 Mflops = 258.383042166201 Gflops = 0.258383042166201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001102614 Relative Rsd = 4.83454244045835e-07
BICGSTAB_SOLVER_TIME: 0.605291 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043856 s
InvBiCGStab: k = 51 resid = 1.335416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188342(s) Flops=337618944 => 1792.58446867932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258056.643792899 Mflops = 258.056643792899 Gflops = 0.258056643792899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057112 s
InvBiCGStab: k = 83 resid = 1.105161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305495(s) Flops=547596288 => 1792.4885448207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258053.88303765 Mflops = 258.05388303765 Gflops = 0.25805388303765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001066774 Relative Rsd = 4.67740132566495e-07
BICGSTAB_SOLVER_TIME: 0.59858 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109983
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94602(s) Flops=1499037696 => 1584.57294348957 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228153.262995866 Mflops = 228.153262995866 Gflops = 0.228153262995866 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166658000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053648 s
InvBiCGStab: k = 36 resid = 1.564721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177427(s) Flops=239192064 => 1348.11536011994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194077.436907099 Mflops = 194.077436907099 Gflops = 0.194077436907099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064148 s
InvBiCGStab: k = 45 resid = 1.122408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19403(s) Flops=298248192 => 1537.1241148276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221279.584735283 Mflops = 221.279584735283 Gflops = 0.221279584735283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007749225 Relative Rsd = 3.39774145980477e-07
BICGSTAB_SOLVER_TIME: 0.493236 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043291 s
InvBiCGStab: k = 52 resid = 2.207597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2213(s) Flops=344180736 => 1555.2676728423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223913.723341231 Mflops = 223.913723341231 Gflops = 0.223913723341231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 80 resid = 1.108175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35207(s) Flops=527910912 => 1499.44872326526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215879.410234355 Mflops = 215.879410234355 Gflops = 0.215879410234355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001062345 Relative Rsd = 4.65797817425611e-07
BICGSTAB_SOLVER_TIME: 0.684154 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041827 s
InvBiCGStab: k = 49 resid = 2.265607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181003(s) Flops=324495360 => 1792.76232990613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258086.036875707 Mflops = 258.086036875707 Gflops = 0.258086036875707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 72 resid = 7.434344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277902(s) Flops=475416576 => 1710.73463307209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246301.288219575 Mflops = 246.301288219575 Gflops = 0.246301288219575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.000994816 Relative Rsd = 4.36189098448637e-07
BICGSTAB_SOLVER_TIME: 0.560744 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 61 resid = 9.615704e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226818(s) Flops=403236864 => 1777.79922228395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255949.190182387 Mflops = 255.949190182387 Gflops = 0.255949190182387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056875 s
InvBiCGStab: k = 80 resid = 1.038336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295869(s) Flops=527910912 => 1784.27247193859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256881.008199165 Mflops = 256.881008199165 Gflops = 0.256881008199165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001070923 Relative Rsd = 4.69559177154839e-07
BICGSTAB_SOLVER_TIME: 0.624832 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 45 resid = 2.183099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168495(s) Flops=298248192 => 1770.07146799608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254826.940093861 Mflops = 254.826940093861 Gflops = 0.254826940093861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056682 s
InvBiCGStab: k = 83 resid = 5.064101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304686(s) Flops=547596288 => 1797.24794706682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.604811857 Mflops = 258.748604811857 Gflops = 0.258748604811857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001070768 Relative Rsd = 4.69491340068162e-07
BICGSTAB_SOLVER_TIME: 0.575173 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105846
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930254(s) Flops=1492770816 => 1604.69163905772 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231077.289086738 Mflops = 231.077289086738 Gflops = 0.231077289086738 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165775000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049244 s
InvBiCGStab: k = 23 resid = 2.239759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089505(s) Flops=153888768 => 1719.33152337858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247419.782914761 Mflops = 247.419782914761 Gflops = 0.247419782914761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 44 resid = 8.076285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162153(s) Flops=291686400 => 1798.83443414553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258926.160217003 Mflops = 258.926160217003 Gflops = 0.258926160217003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007508116 Relative Rsd = 3.29202432768463e-07
BICGSTAB_SOLVER_TIME: 0.361115 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 54 resid = 2.155119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197376(s) Flops=357304320 => 1810.27237354086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260621.040621829 Mflops = 260.621040621829 Gflops = 0.260621040621829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 77 resid = 7.155526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281604(s) Flops=508225536 => 1804.75254612861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.982636515 Mflops = 259.825982636515 Gflops = 0.259825982636515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001084809 Relative Rsd = 4.7564772157615e-07
BICGSTAB_SOLVER_TIME: 0.580045 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044262 s
InvBiCGStab: k = 59 resid = 2.024284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224472(s) Flops=390113280 => 1737.91510745215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250199.640707185 Mflops = 250.199640707185 Gflops = 0.250199640707185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 79 resid = 7.842822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333441(s) Flops=521349120 => 1563.54233582553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225109.458695604 Mflops = 225.109458695604 Gflops = 0.225109458695604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001031086 Relative Rsd = 4.52092224775205e-07
BICGSTAB_SOLVER_TIME: 0.663154 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04378 s
InvBiCGStab: k = 59 resid = 2.054891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273758(s) Flops=390113280 => 1425.02969776226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205153.947301064 Mflops = 205.153947301064 Gflops = 0.205153947301064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069019 s
InvBiCGStab: k = 82 resid = 9.413255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399776(s) Flops=541034496 => 1353.34411270311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194846.561972088 Mflops = 194.846561972088 Gflops = 0.194846561972088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001127635 Relative Rsd = 4.94425068003318e-07
BICGSTAB_SOLVER_TIME: 0.790421 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115062
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042713 s
InvBiCGStab: k = 45 resid = 2.279542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226852(s) Flops=298248192 => 1314.72586532188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189276.888707831 Mflops = 189.276888707831 Gflops = 0.189276888707831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060749 s
InvBiCGStab: k = 77 resid = 6.124304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300487(s) Flops=508225536 => 1691.33951219188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243507.278096863 Mflops = 243.507278096863 Gflops = 0.243507278096863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001029645 Relative Rsd = 4.51460201594442e-07
BICGSTAB_SOLVER_TIME: 0.634702 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101262
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929791(s) Flops=1486651392 => 1598.90920862861 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230419.098883681 Mflops = 230.419098883681 Gflops = 0.230419098883681 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164879000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.855071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.696476(s) Flops=1203775488 => 1728.38042947639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248813.572370455 Mflops = 248.813572370455 Gflops = 0.248813572370455 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 278 resid = 1.150973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.017942(s) Flops=1827145728 => 1794.94089840089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258460.566172115 Mflops = 258.460566172115 Gflops = 0.258460566172115 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002156076 Relative Rsd = 9.48789473431849e-07
BICGSTAB_SOLVER_TIME: 1.717869 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328979999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.137236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.607521(s) Flops=1098786816 => 1808.64005688692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260459.933237454 Mflops = 260.459933237454 Gflops = 0.260459933237454 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 8.831868e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.720526(s) Flops=1302202368 => 1807.29407127571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260232.077113161 Mflops = 260.232077113161 Gflops = 0.260232077113161 Tflops
BICGSTAB_SOLVER: 365 iterations. Rsd = 0.001948637 Relative Rsd = 8.56293861168049e-07
BICGSTAB_SOLVER_TIME: 1.331488 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001871
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261153999999997
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081003(s) Flops=1486651392 => 1375.25186516596 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198019.590234564 Mflops = 198.019590234564 Gflops = 0.198019590234564 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164821000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.477505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 25 resid = 2.071167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092998(s) Flops=167012352 => 1795.8703628035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258462.550298529 Mflops = 258.462550298529 Gflops = 0.258462550298529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 46 resid = 8.946714e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169117(s) Flops=304809984 => 1802.36158399215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259459.192801881 Mflops = 259.459192801881 Gflops = 0.259459192801881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.00073293 Relative Rsd = 3.21362017277293e-07
BICGSTAB_SOLVER_TIME: 0.363715 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040751 s
InvBiCGStab: k = 74 resid = 2.233099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276389(s) Flops=488540160 => 1767.58177785657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254491.044780923 Mflops = 254.491044780923 Gflops = 0.254491044780923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 96 resid = 8.788423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363387(s) Flops=632899584 => 1741.66820497156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250759.642110085 Mflops = 250.759642110085 Gflops = 0.250759642110085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001270524 Relative Rsd = 5.57076828655387e-07
BICGSTAB_SOLVER_TIME: 0.741092 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 46 resid = 2.063246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172019(s) Flops=304809984 => 1771.95533051582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255102.093876325 Mflops = 255.102093876325 Gflops = 0.255102093876325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058286 s
InvBiCGStab: k = 70 resid = 1.122077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25562(s) Flops=462292992 => 1808.51651670448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260369.055240503 Mflops = 260.369055240503 Gflops = 0.260369055240503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009765944 Relative Rsd = 4.28199635332865e-07
BICGSTAB_SOLVER_TIME: 0.530918 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969910000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 63 resid = 1.733393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230635(s) Flops=416360448 => 1805.27867843129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259901.304387619 Mflops = 259.901304387619 Gflops = 0.259901304387619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055686 s
InvBiCGStab: k = 94 resid = 7.86336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343289(s) Flops=619776000 => 1805.40594076711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259932.088779947 Mflops = 259.932088779947 Gflops = 0.259932088779947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001138278 Relative Rsd = 4.99091585789764e-07
BICGSTAB_SOLVER_TIME: 0.674315 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 47 resid = 2.013127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172546(s) Flops=311371776 => 1804.57255456516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.591223788 Mflops = 259.775591223788 Gflops = 0.259775591223788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 79 resid = 1.127753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287983(s) Flops=521349120 => 1810.3468607522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260638.768804315 Mflops = 260.638768804315 Gflops = 0.260638768804315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001057174 Relative Rsd = 4.63530864307853e-07
BICGSTAB_SOLVER_TIME: 0.561373 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104254
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929948(s) Flops=1474265088 => 1585.31991896321 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228266.57810141 Mflops = 228.26657810141 Gflops = 0.22826657810141 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163742000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046559 s
InvBiCGStab: k = 31 resid = 2.059962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134346(s) Flops=206383104 => 1536.205796972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221109.49142709 Mflops = 221.10949142709 Gflops = 0.22110949142709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067638 s
InvBiCGStab: k = 45 resid = 9.008994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197113(s) Flops=298248192 => 1513.08230304445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217816.391224105 Mflops = 217.816391224105 Gflops = 0.217816391224105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000739344 Relative Rsd = 3.24174346883088e-07
BICGSTAB_SOLVER_TIME: 0.449542 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04859 s
InvBiCGStab: k = 76 resid = 1.445689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35838(s) Flops=501663744 => 1399.80954294324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201551.02761639 Mflops = 201.55102761639 Gflops = 0.20155102761639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065092 s
InvBiCGStab: k = 98 resid = 1.104426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44362(s) Flops=646023168 => 1456.25347820206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209671.29915288 Mflops = 209.67129915288 Gflops = 0.20967129915288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001253805 Relative Rsd = 5.49745778316926e-07
BICGSTAB_SOLVER_TIME: 0.919537 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 53 resid = 1.715098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195348(s) Flops=350742528 => 1795.4753977517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258494.516687296 Mflops = 258.494516687296 Gflops = 0.258494516687296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 63 resid = 1.148646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231603(s) Flops=416360448 => 1797.73339723579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.187135919 Mflops = 258.812187135919 Gflops = 0.258812187135919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001016657 Relative Rsd = 4.45765663547893e-07
BICGSTAB_SOLVER_TIME: 0.528914 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 60 resid = 2.119312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219748(s) Flops=396675072 => 1805.13621056847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.69780475 Mflops = 259.86669780475 Gflops = 0.25986669780475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056919 s
InvBiCGStab: k = 87 resid = 8.810901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319779(s) Flops=573843456 => 1794.50012664997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258357.253759218 Mflops = 258.357253759218 Gflops = 0.258357253759218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001122984 Relative Rsd = 4.92386127124978e-07
BICGSTAB_SOLVER_TIME: 0.641275 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041042 s
InvBiCGStab: k = 51 resid = 2.188106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186696(s) Flops=337618944 => 1808.38873891246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260342.225452547 Mflops = 260.342225452547 Gflops = 0.260342225452547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 92 resid = 8.567686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336095(s) Flops=606652416 => 1805.00279980363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.197893615 Mflops = 259.878197893615 Gflops = 0.259878197893615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001053744 Relative Rsd = 4.62026912523164e-07
BICGSTAB_SOLVER_TIME: 0.623785 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116324
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915403(s) Flops=1467924480 => 1603.58277174097 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230903.762885568 Mflops = 230.903762885568 Gflops = 0.230903762885568 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162754000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043398 s
InvBiCGStab: k = 27 resid = 2.001173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112197(s) Flops=180135936 => 1605.53255434637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231133.328534332 Mflops = 231.133328534332 Gflops = 0.231133328534332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057279 s
InvBiCGStab: k = 43 resid = 1.034841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159132(s) Flops=285124608 => 1791.74903853405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257909.024945313 Mflops = 257.909024945313 Gflops = 0.257909024945313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007426201 Relative Rsd = 3.25610793365196e-07
BICGSTAB_SOLVER_TIME: 0.375872 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 51 resid = 2.150212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187568(s) Flops=337618944 => 1799.98157468225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259114.412607662 Mflops = 259.114412607662 Gflops = 0.259114412607662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 77 resid = 7.607449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281964(s) Flops=508225536 => 1802.44831255054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259487.81756232 Mflops = 259.48781756232 Gflops = 0.25948781756232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001017117 Relative Rsd = 4.45967082015935e-07
BICGSTAB_SOLVER_TIME: 0.571337 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 48 resid = 1.462194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176308(s) Flops=317933568 => 1803.28497856025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.873230454 Mflops = 259.603873230454 Gflops = 0.259603873230454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 57 resid = 1.127291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222777(s) Flops=376989696 => 1692.22898234557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243600.413918113 Mflops = 243.600413918113 Gflops = 0.243600413918113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 105 iterations. Rsd = 0.0009812294 Relative Rsd = 4.3023188948558e-07
BICGSTAB_SOLVER_TIME: 0.50063 sec
2Flav::invert,  n_count = 105
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0891630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046739 s
InvBiCGStab: k = 51 resid = 1.87755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225383(s) Flops=337618944 => 1497.97874728795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215641.533619745 Mflops = 215.641533619745 Gflops = 0.215641533619745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063788 s
InvBiCGStab: k = 79 resid = 6.269805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341059(s) Flops=521349120 => 1528.61856746193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220071.397882477 Mflops = 220.071397882477 Gflops = 0.220071397882477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001088363 Relative Rsd = 4.77206136996268e-07
BICGSTAB_SOLVER_TIME: 0.680906 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044498 s
InvBiCGStab: k = 57 resid = 1.506339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248196(s) Flops=376989696 => 1518.91930571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218681.103054987 Mflops = 218.681103054987 Gflops = 0.218681103054987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065023 s
InvBiCGStab: k = 65 resid = 1.10869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282278(s) Flops=429484032 => 1521.49310962951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219053.905663022 Mflops = 219.053905663022 Gflops = 0.219053905663022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009981252 Relative Rsd = 4.37640066865403e-07
BICGSTAB_SOLVER_TIME: 0.643892 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101271
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912751(s) Flops=1455390720 => 1594.5101347465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229592.762172117 Mflops = 229.592762172117 Gflops = 0.229592762172117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161495000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 31 resid = 1.923959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114728(s) Flops=206383104 => 1798.89045394324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258921.993099104 Mflops = 258.921993099104 Gflops = 0.258921993099104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056748 s
InvBiCGStab: k = 50 resid = 1.113682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184832(s) Flops=331057152 => 1791.12465373961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257838.232183426 Mflops = 257.838232183426 Gflops = 0.257838232183426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007217941 Relative Rsd = 3.16479354913319e-07
BICGSTAB_SOLVER_TIME: 0.401334 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 56 resid = 1.173316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205363(s) Flops=370427904 => 1803.77139017252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.550384137 Mflops = 259.670550384137 Gflops = 0.259670550384137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056932 s
InvBiCGStab: k = 80 resid = 9.878911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29269(s) Flops=527910912 => 1803.65202774266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.186730928 Mflops = 259.666186730928 Gflops = 0.259666186730928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001052332 Relative Rsd = 4.61407599225457e-07
BICGSTAB_SOLVER_TIME: 0.59979 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041661 s
InvBiCGStab: k = 53 resid = 2.217296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194195(s) Flops=350742528 => 1806.13572955019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.803898404 Mflops = 260.014803898404 Gflops = 0.260014803898404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 72 resid = 1.050527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263127(s) Flops=475416576 => 1806.79510654551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260106.96494803 Mflops = 260.10696494803 Gflops = 0.26010696494803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009807319 Relative Rsd = 4.30013779725331e-07
BICGSTAB_SOLVER_TIME: 0.558978 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 66 resid = 2.204046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241946(s) Flops=436045824 => 1802.24440164334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.306007209 Mflops = 259.462306007209 Gflops = 0.259462306007209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 71 resid = 8.814463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273984(s) Flops=468854784 => 1711.24877365102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246362.294440129 Mflops = 246.362294440129 Gflops = 0.246362294440129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001055501 Relative Rsd = 4.62797264150049e-07
BICGSTAB_SOLVER_TIME: 0.61714 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040552 s
InvBiCGStab: k = 50 resid = 2.264702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18354(s) Flops=331057152 => 1803.7329846355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.913081419 Mflops = 259.673913081419 Gflops = 0.259673913081419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 67 resid = 1.078197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245425(s) Flops=442607616 => 1803.43329326678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.644053872 Mflops = 259.635644053872 Gflops = 0.259635644053872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009727565 Relative Rsd = 4.26516877442359e-07
BICGSTAB_SOLVER_TIME: 0.529402 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977460000000003
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005254(s) Flops=1449050112 => 1441.47659397525 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207555.436776159 Mflops = 207.555436776159 Gflops = 0.207555436776159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160885000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.260639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784442(s) Flops=1184090112 => 1509.46801930544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217602.496022564 Mflops = 217.602496022564 Gflops = 0.217602496022564 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 7.307723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861018(s) Flops=1551550464 => 1801.99538685602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259466.084408067 Mflops = 259.466084408067 Gflops = 0.259466084408067 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002225665 Relative Rsd = 9.7940882517274e-07
BICGSTAB_SOLVER_TIME: 1.648949 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297168999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.079581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67754(s) Flops=1223460864 => 1805.73968179001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260047.121927642 Mflops = 260.047121927642 Gflops = 0.260047121927642 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.144232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798527(s) Flops=1440000000 => 1803.32036361951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.282903338 Mflops = 259.664282903338 Gflops = 0.259664282903338 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.001911411 Relative Rsd = 8.3990256249567e-07
BICGSTAB_SOLVER_TIME: 1.479523 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289369999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920342(s) Flops=1449050112 => 1574.46917776218 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226713.276178061 Mflops = 226.713276178061 Gflops = 0.226713276178061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160790000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041057 s
InvBiCGStab: k = 26 resid = 2.231819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096217(s) Flops=173574144 => 1803.98623943794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259638.758601977 Mflops = 259.638758601977 Gflops = 0.259638758601977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 50 resid = 7.868929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183544(s) Flops=331057152 => 1803.69367563091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.301145666 Mflops = 259.619301145666 Gflops = 0.259619301145666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007051247 Relative Rsd = 3.0917045754372e-07
BICGSTAB_SOLVER_TIME: 0.380829 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 80 resid = 1.538651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29244(s) Flops=527910912 => 1805.19392695938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.679233523 Mflops = 259.905679233523 Gflops = 0.259905679233523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 111 resid = 7.803346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467303(s) Flops=731326464 => 1564.99415582609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225333.896511388 Mflops = 225.333896511388 Gflops = 0.225333896511388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001310508 Relative Rsd = 5.74608147149618e-07
BICGSTAB_SOLVER_TIME: 0.861042 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150873999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045762 s
InvBiCGStab: k = 50 resid = 2.189883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214553(s) Flops=331057152 => 1543.00872977772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222145.838298127 Mflops = 222.145838298127 Gflops = 0.222145838298127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081959 s
InvBiCGStab: k = 75 resid = 7.959124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343088(s) Flops=495101952 => 1443.07568903605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207760.484940108 Mflops = 207.760484940108 Gflops = 0.207760484940108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001032185 Relative Rsd = 4.5257392423869e-07
BICGSTAB_SOLVER_TIME: 0.690428 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 58 resid = 2.247045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270936(s) Flops=383551488 => 1415.65346797768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203818.883551513 Mflops = 203.818883551513 Gflops = 0.203818883551513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070441 s
InvBiCGStab: k = 75 resid = 1.132611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282334(s) Flops=495101952 => 1753.60371758272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252488.380971546 Mflops = 252.488380971546 Gflops = 0.252488380971546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00106118 Relative Rsd = 4.65287125136519e-07
BICGSTAB_SOLVER_TIME: 0.66863 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044541 s
InvBiCGStab: k = 54 resid = 1.658074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208917(s) Flops=357304320 => 1710.2692456813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246210.32824436 Mflops = 246.21032824436 Gflops = 0.24621032824436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057143 s
InvBiCGStab: k = 71 resid = 1.108023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262602(s) Flops=468854784 => 1785.4196997738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257034.014684358 Mflops = 257.034014684357 Gflops = 0.257034014684357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001044166 Relative Rsd = 4.57827036306621e-07
BICGSTAB_SOLVER_TIME: 0.577002 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103328
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900055(s) Flops=1436590080 => 1596.11365972079 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229835.780555936 Mflops = 229.835780555936 Gflops = 0.229835780555936 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159259000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 24 resid = 2.185377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088863(s) Flops=160450560 => 1805.59467945039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.074083137 Mflops = 259.827074083137 Gflops = 0.259827074083137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 50 resid = 1.006132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183394(s) Flops=331057152 => 1805.16893682454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259858.907133709 Mflops = 259.858907133709 Gflops = 0.259858907133709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007780549 Relative Rsd = 3.41147579006225e-07
BICGSTAB_SOLVER_TIME: 0.37434 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 73 resid = 2.000258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266699(s) Flops=481978368 => 1807.19975702946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260184.57871433 Mflops = 260.18457871433 Gflops = 0.26018457871433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 93 resid = 1.075341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338787(s) Flops=613214208 => 1810.02874372393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260592.330909592 Mflops = 260.592330909592 Gflops = 0.260592330909592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001232338 Relative Rsd = 5.40333420823268e-07
BICGSTAB_SOLVER_TIME: 0.707076 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042187 s
InvBiCGStab: k = 48 resid = 2.207237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176428(s) Flops=317933568 => 1802.0584487723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259429.113113525 Mflops = 259.429113113525 Gflops = 0.259429113113525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 67 resid = 7.736658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246002(s) Flops=442607616 => 1799.20332355022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259014.742010368 Mflops = 259.014742010368 Gflops = 0.259014742010368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001000801 Relative Rsd = 4.38813357515785e-07
BICGSTAB_SOLVER_TIME: 0.524758 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044274 s
InvBiCGStab: k = 56 resid = 1.930609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217201(s) Flops=370427904 => 1705.46131923886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245532.922665276 Mflops = 245.532922665276 Gflops = 0.245532922665276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060884 s
InvBiCGStab: k = 76 resid = 4.893261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285853(s) Flops=501663744 => 1754.97106554768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252654.147567749 Mflops = 252.654147567749 Gflops = 0.252654147567749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001090074 Relative Rsd = 4.77956122184037e-07
BICGSTAB_SOLVER_TIME: 0.61212 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04322 s
InvBiCGStab: k = 48 resid = 1.92494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201702(s) Flops=317933568 => 1576.25391914805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226915.470628597 Mflops = 226.915470628597 Gflops = 0.226915470628597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069647 s
InvBiCGStab: k = 73 resid = 9.365891e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335072(s) Flops=481978368 => 1438.43224142871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207098.618067464 Mflops = 207.098618067464 Gflops = 0.207098618067464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001029539 Relative Rsd = 4.51413649733607e-07
BICGSTAB_SOLVER_TIME: 0.654024 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100746
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038826(s) Flops=1424130048 => 1370.90335436348 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197462.468321426 Mflops = 197.462468321426 Gflops = 0.197462468321426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157708000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04066 s
InvBiCGStab: k = 26 resid = 2.138441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096516(s) Flops=173574144 => 1798.39761283103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258837.254209206 Mflops = 258.837254209206 Gflops = 0.258837254209206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 50 resid = 8.139207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183226(s) Flops=331057152 => 1806.8240970168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260097.950986351 Mflops = 260.097950986351 Gflops = 0.260097950986351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0006801233 Relative Rsd = 2.98208311016437e-07
BICGSTAB_SOLVER_TIME: 0.380453 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684900000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 50 resid = 2.077825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183137(s) Flops=331057152 => 1807.70216832208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260248.036615247 Mflops = 260.248036615247 Gflops = 0.260248036615247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 74 resid = 9.871496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270533(s) Flops=488540160 => 1805.84313189149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259993.372852162 Mflops = 259.993372852162 Gflops = 0.259993372852162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001028174 Relative Rsd = 4.50815468530621e-07
BICGSTAB_SOLVER_TIME: 0.555205 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044628 s
InvBiCGStab: k = 55 resid = 1.535149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214243(s) Flops=363866112 => 1698.38039982637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244500.206158227 Mflops = 244.500206158227 Gflops = 0.244500206158227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060536 s
InvBiCGStab: k = 73 resid = 9.323688e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27527(s) Flops=481978368 => 1750.92951647473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252053.514258027 Mflops = 252.053514258027 Gflops = 0.252053514258027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001015403 Relative Rsd = 4.45215565516954e-07
BICGSTAB_SOLVER_TIME: 0.598549 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 58 resid = 1.958036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213424(s) Flops=383551488 => 1797.1338181273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258732.48120461 Mflops = 258.732481204611 Gflops = 0.258732481204611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057523 s
InvBiCGStab: k = 76 resid = 9.876397e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279341(s) Flops=501663744 => 1795.88296741259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258553.476430206 Mflops = 258.553476430206 Gflops = 0.258553476430206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001101947 Relative Rsd = 4.83162120910356e-07
BICGSTAB_SOLVER_TIME: 0.595672 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110053
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042371 s
InvBiCGStab: k = 53 resid = 1.932002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194202(s) Flops=350742528 => 1806.07062749096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259995.06140856 Mflops = 259.99506140856 Gflops = 0.25999506140856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 69 resid = 1.090703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263163(s) Flops=455731200 => 1731.7449641477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249304.849486649 Mflops = 249.304849486649 Gflops = 0.249304849486649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001045945 Relative Rsd = 4.58607341456381e-07
BICGSTAB_SOLVER_TIME: 0.560146 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101315
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884739(s) Flops=1417715712 => 1602.41123314333 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230729.098419094 Mflops = 230.729098419094 Gflops = 0.230729098419094 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157164000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050644 s
InvBiCGStab: k = 27 resid = 2.064761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115424(s) Flops=180135936 => 1560.64541169947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224636.104008585 Mflops = 224.636104008585 Gflops = 0.224636104008585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060615 s
InvBiCGStab: k = 46 resid = 1.085266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203934(s) Flops=304809984 => 1494.65015151961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215166.104949453 Mflops = 215.166104949453 Gflops = 0.215166104949453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007650335 Relative Rsd = 3.35438212762777e-07
BICGSTAB_SOLVER_TIME: 0.434397 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067612 s
InvBiCGStab: k = 59 resid = 9.321337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248912(s) Flops=390113280 => 1567.27389599537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225635.557695869 Mflops = 225.635557695869 Gflops = 0.225635557695869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057972 s
InvBiCGStab: k = 85 resid = 1.018791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326135(s) Flops=560719872 => 1719.28763242216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247531.432123741 Mflops = 247.531432123741 Gflops = 0.247531432123741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001119047 Relative Rsd = 4.90659675821233e-07
BICGSTAB_SOLVER_TIME: 0.704393 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 48 resid = 2.223617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177966(s) Flops=317933568 => 1786.48487913422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257164.442598968 Mflops = 257.164442598968 Gflops = 0.257164442598968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056821 s
InvBiCGStab: k = 79 resid = 1.052945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291509(s) Flops=521349120 => 1788.44948183418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257499.699177886 Mflops = 257.499699177886 Gflops = 0.257499699177886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001005283 Relative Rsd = 4.40778387106309e-07
BICGSTAB_SOLVER_TIME: 0.571619 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 53 resid = 2.176352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194075(s) Flops=350742528 => 1807.25249516939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.585945834 Mflops = 260.178585945834 Gflops = 0.260178585945834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055851 s
InvBiCGStab: k = 77 resid = 1.079853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281417(s) Flops=508225536 => 1805.95179395701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259999.828285595 Mflops = 259.999828285595 Gflops = 0.259999828285595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001080788 Relative Rsd = 4.73884620890739e-07
BICGSTAB_SOLVER_TIME: 0.576439 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 51 resid = 1.826016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187029(s) Flops=337618944 => 1805.16895240845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259861.446802332 Mflops = 259.861446802332 Gflops = 0.259861446802332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056497 s
InvBiCGStab: k = 77 resid = 1.067675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281401(s) Flops=508225536 => 1806.05447741835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.662147445 Mflops = 260.009662147445 Gflops = 0.260009662147445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001025774 Relative Rsd = 4.49762896247425e-07
BICGSTAB_SOLVER_TIME: 0.569812 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105724
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877785(s) Flops=1405108224 => 1600.74303388643 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230489.886272644 Mflops = 230.489886272644 Gflops = 0.230489886272644 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155904000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.376973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684442(s) Flops=1164404736 => 1701.24676159558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244872.127455127 Mflops = 244.872127455127 Gflops = 0.244872127455127 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.004311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.101107(s) Flops=1663100928 => 1510.38993304011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217488.282568222 Mflops = 217.488282568222 Gflops = 0.217488282568222 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002024038 Relative Rsd = 8.90701385134976e-07
BICGSTAB_SOLVER_TIME: 1.788965 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.125459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306805999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.601268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834073(s) Flops=1197213696 => 1435.38238979082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206578.495512394 Mflops = 206.578495512394 Gflops = 0.206578495512394 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.116265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.689183(s) Flops=1197213696 => 1737.14919839868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250133.270667299 Mflops = 250.133270667299 Gflops = 0.250133270667299 Tflops
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.001824165 Relative Rsd = 8.01545810165475e-07
BICGSTAB_SOLVER_TIME: 1.52686 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.117072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260234999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 251 resid = 2.217954e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939136(s) Flops=1649977344 => 1756.90990868202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253009.230917307 Mflops = 253.009230917307 Gflops = 0.253009230917307 Tflops
InvBiCGStab: k = 295 resid = 8.740939e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.11249(s) Flops=1938696192 => 1742.66392686676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250934.891594374 Mflops = 250.934891594374 Gflops = 0.250934891594374 Tflops
BICGSTAB_SOLVER: 546 iterations. Rsd = 0.001927002 Relative Rsd = 8.47999455537642e-07
BICGSTAB_SOLVER_TIME: 2.056346 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.391277999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 252 resid = 1.387816e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936912(s) Flops=1656539136 => 1768.08402069778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254573.656938489 Mflops = 254.573656938489 Gflops = 0.254573656938488 Tflops
InvBiCGStab: k = 298 resid = 1.150262e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.123929(s) Flops=1958381568 => 1742.44242118497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250902.419523277 Mflops = 250.902419523277 Gflops = 0.250902419523277 Tflops
BICGSTAB_SOLVER: 550 iterations. Rsd = 0.001909108 Relative Rsd = 8.38870342318954e-07
BICGSTAB_SOLVER_TIME: 2.065499 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393857999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 232 resid = 2.123248e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879269(s) Flops=1525303296 => 1734.74021715766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249754.791428232 Mflops = 249.754791428232 Gflops = 0.249754791428232 Tflops
InvBiCGStab: k = 238 resid = 1.031966e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881184(s) Flops=1564674048 => 1775.6496350365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255681.83034591 Mflops = 255.68183034591 Gflops = 0.25568183034591 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.001767717 Relative Rsd = 7.7507699806536e-07
BICGSTAB_SOLVER_TIME: 1.765465 sec
2Flav::invert,  n_count = 470
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335004000000002
MInvCG2: 315 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.495674(s) Flops=2037196800 => 1362.05937924976 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196138.198956783 Mflops = 196.138198956783 Gflops = 0.196138198956783 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.226065000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.171525989437328
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 474.32609 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.068115 secs
Doing Update: 2722 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 254 resid = 2.211507e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.044589(s) Flops=1669662720 => 1598.39201829619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230130.066695327 Mflops = 230.130066695327 Gflops = 0.230130066695327 Tflops
InvBiCGStab: k = 294 resid = 8.714018e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.07748(s) Flops=1932134400 => 1793.19746074173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258209.332608325 Mflops = 258.209332608325 Gflops = 0.258209332608325 Tflops
BICGSTAB_SOLVER: 548 iterations. Rsd = 0.002025568 Relative Rsd = 8.9157879097722e-07
BICGSTAB_SOLVER_TIME: 2.127775 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.394407999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 204 resid = 1.741276e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747454(s) Flops=1341573120 => 1794.85710157414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258453.072771448 Mflops = 258.453072771448 Gflops = 0.258453072771448 Tflops
InvBiCGStab: k = 246 resid = 8.562561e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901121(s) Flops=1617168384 => 1794.6184630033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258415.979577867 Mflops = 258.415979577867 Gflops = 0.258415979577867 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.001867248 Relative Rsd = 8.20506681141969e-07
BICGSTAB_SOLVER_TIME: 1.653464 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324004999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
MInvCG2: 328 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.319766(s) Flops=2114979840 => 1602.54154145508 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230801.907372413 Mflops = 230.801907372413 Gflops = 0.230801907372413 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.235020000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 256 resid = 2.261246e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943655(s) Flops=1682786304 => 1783.2643328335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256798.813876558 Mflops = 256.798813876558 Gflops = 0.256798813876558 Tflops
InvBiCGStab: k = 339 resid = 1.072219e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.240935(s) Flops=2227415040 => 1794.94900216369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258467.008056333 Mflops = 258.467008056333 Gflops = 0.258467008056333 Tflops
BICGSTAB_SOLVER: 595 iterations. Rsd = 0.002093702 Relative Rsd = 9.21568882366308e-07
BICGSTAB_SOLVER_TIME: 2.189087 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.426061999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 246 resid = 1.966981e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.055489(s) Flops=1617168384 => 1532.15086467031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220637.352861449 Mflops = 220.637352861449 Gflops = 0.220637352861449 Tflops
InvBiCGStab: k = 279 resid = 4.531385e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.295491(s) Flops=1833707520 => 1415.45369284696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203819.573933783 Mflops = 203.819573933783 Gflops = 0.203819573933783 Tflops
BICGSTAB_SOLVER: 525 iterations. Rsd = 0.001925308 Relative Rsd = 8.46019548810341e-07
BICGSTAB_SOLVER_TIME: 2.355688 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.375409999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 220 resid = 1.537892e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860698(s) Flops=1446561792 => 1680.68450490184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241980.492410191 Mflops = 241.980492410191 Gflops = 0.241980492410191 Tflops
InvBiCGStab: k = 258 resid = 9.290795e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947333(s) Flops=1695909888 => 1790.19403736595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257776.686707194 Mflops = 257.776686707194 Gflops = 0.257776686707194 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002282825 Relative Rsd = 1.00143250580288e-06
BICGSTAB_SOLVER_TIME: 1.813161 sec
2Flav::invert,  n_count = 478
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340862000000002
MInvCG2: 312 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.257764(s) Flops=2018543616 => 1604.86674447671 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231106.643852612 Mflops = 231.106643852612 Gflops = 0.231106643852612 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.224164000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 165 resid = 2.26544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.604047(s) Flops=1085663232 => 1797.31582476198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258702.763871665 Mflops = 258.702763871665 Gflops = 0.258702763871665 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.118639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794081(s) Flops=1433438208 => 1805.15364049763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259930.190168255 Mflops = 259.930190168255 Gflops = 0.259930190168255 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.002048906 Relative Rsd = 9.01851202258777e-07
BICGSTAB_SOLVER_TIME: 1.401551 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.11631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273562999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 1.890353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.634073(s) Flops=1079101440 => 1701.85678936022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244968.588042562 Mflops = 244.968588042562 Gflops = 0.244968588042562 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.04482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.711995(s) Flops=1275955200 => 1792.08449497539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258046.400086444 Mflops = 258.046400086444 Gflops = 0.258046400086444 Tflops
BICGSTAB_SOLVER: 358 iterations. Rsd = 0.001961321 Relative Rsd = 8.61844479569066e-07
BICGSTAB_SOLVER_TIME: 1.349667 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255624999999997
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949108(s) Flops=1398030336 => 1472.99394378722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212092.875216617 Mflops = 212.092875216617 Gflops = 0.212092875216617 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154958000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.5784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.9e-05 s
InvBiCGStab: k = 152 resid = 1.99653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.557419(s) Flops=1000359936 => 1794.62834241388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258456.729243158 Mflops = 258.456729243158 Gflops = 0.258456729243158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 185 resid = 8.845977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67747(s) Flops=1216899072 => 1796.24053020798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258630.736120344 Mflops = 258.630736120344 Gflops = 0.258630736120344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 337 iterations. Rsd = 0.002289056 Relative Rsd = 1.0041658321281e-06
BICGSTAB_SOLVER_TIME: 1.238749 sec
2Flav::invert,  n_count = 337
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.242263999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000137 s
InvBiCGStab: k = 110 resid = 1.483585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421128(s) Flops=724764672 => 1721.00803556163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247847.288241886 Mflops = 247.847288241886 Gflops = 0.247847288241886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 132 resid = 1.011518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.495492(s) Flops=869124096 => 1754.06282240682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252526.702433215 Mflops = 252.526702433215 Gflops = 0.252526702433215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 242 iterations. Rsd = 0.001533608 Relative Rsd = 6.72764952939969e-07
BICGSTAB_SOLVER_TIME: 0.920613 sec
2Flav::invert,  n_count = 242
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174446999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005132 s
InvBiCGStab: k = 88 resid = 1.751133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323696(s) Flops=580405248 => 1793.05659631259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258144.09868974 Mflops = 258.14409868974 Gflops = 0.25814409868974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007088 s
InvBiCGStab: k = 115 resid = 1.04986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420949(s) Flops=757573632 => 1799.68032231933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259123.401720671 Mflops = 259.123401720671 Gflops = 0.259123401720671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.00135274 Relative Rsd = 5.9342168141497e-07
BICGSTAB_SOLVER_TIME: 0.760715 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148677999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007455 s
InvBiCGStab: k = 73 resid = 2.241404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267301(s) Flops=481978368 => 1803.12968526118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.11220711 Mflops = 259.60011220711 Gflops = 0.25960011220711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01095 s
InvBiCGStab: k = 112 resid = 1.147326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409303(s) Flops=737888256 => 1802.79220039922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.239080536 Mflops = 259.563239080536 Gflops = 0.259563239080536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001297226 Relative Rsd = 5.69068613055272e-07
BICGSTAB_SOLVER_TIME: 0.698814 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136712
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010277 s
InvBiCGStab: k = 68 resid = 1.936974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24908(s) Flops=449169408 => 1803.31382688293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259621.325693065 Mflops = 259.621325693065 Gflops = 0.259621325693065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014957 s
InvBiCGStab: k = 88 resid = 1.099128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334831(s) Flops=580405248 => 1733.42745444717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249562.642752175 Mflops = 249.562642752175 Gflops = 0.249562642752175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001194374 Relative Rsd = 5.23949424527353e-07
BICGSTAB_SOLVER_TIME: 0.613045 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117375
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871123(s) Flops=1398104064 => 1604.94449578303 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231091.852115697 Mflops = 231.091852115697 Gflops = 0.231091852115697 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014679 s
InvBiCGStab: k = 26 resid = 2.071663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11056(s) Flops=173574144 => 1569.95426917511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225964.980364608 Mflops = 225.964980364608 Gflops = 0.225964980364608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.024002 s
InvBiCGStab: k = 49 resid = 7.83911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219738(s) Flops=324495360 => 1476.73756928706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212585.639563242 Mflops = 212.585639563242 Gflops = 0.212585639563242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007494451 Relative Rsd = 3.28767444240143e-07
BICGSTAB_SOLVER_TIME: 0.372803 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0605520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.021594 s
InvBiCGStab: k = 87 resid = 2.099223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320885(s) Flops=573843456 => 1788.31499135204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257463.645734488 Mflops = 257.463645734487 Gflops = 0.257463645734487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024104 s
InvBiCGStab: k = 103 resid = 1.136675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377253(s) Flops=678832128 => 1799.40816375218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.296290665 Mflops = 259.063296290665 Gflops = 0.259063296290665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001303078 Relative Rsd = 5.71635658028616e-07
BICGSTAB_SOLVER_TIME: 0.747635 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143399
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020139 s
InvBiCGStab: k = 53 resid = 2.267357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195535(s) Flops=350742528 => 1793.75829391158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.033791701 Mflops = 258.234033791701 Gflops = 0.258234033791701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028839 s
InvBiCGStab: k = 79 resid = 9.878888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290613(s) Flops=521349120 => 1793.96351849367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258266.575560939 Mflops = 258.266575560939 Gflops = 0.258266575560939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001086521 Relative Rsd = 4.76636455891211e-07
BICGSTAB_SOLVER_TIME: 0.539041 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103372
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023494 s
InvBiCGStab: k = 62 resid = 1.881735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22856(s) Flops=409798656 => 1792.9587679384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258124.952234103 Mflops = 258.124952234103 Gflops = 0.258124952234103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033449 s
InvBiCGStab: k = 91 resid = 1.091174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335157(s) Flops=600090624 => 1790.47617683653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257774.282947125 Mflops = 257.774282947125 Gflops = 0.257774282947125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001194315 Relative Rsd = 5.23923481368032e-07
BICGSTAB_SOLVER_TIME: 0.624475 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11917
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027221 s
InvBiCGStab: k = 56 resid = 1.950532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205323(s) Flops=370427904 => 1804.12279189375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.967334411 Mflops = 259.736967334411 Gflops = 0.259736967334411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038668 s
InvBiCGStab: k = 80 resid = 1.042802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293154(s) Flops=527910912 => 1800.79723285372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259246.143001458 Mflops = 259.246143001458 Gflops = 0.259246143001458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001121711 Relative Rsd = 4.92073299587298e-07
BICGSTAB_SOLVER_TIME: 0.56827 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108436
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875769(s) Flops=1404370944 => 1603.58604152465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230898.58840574 Mflops = 230.89858840574 Gflops = 0.23089858840574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032057 s
InvBiCGStab: k = 29 resid = 1.800921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107666(s) Flops=193259520 => 1794.99117641595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258364.495197033 Mflops = 258.364495197033 Gflops = 0.258364495197033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044626 s
InvBiCGStab: k = 47 resid = 1.100085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17326(s) Flops=311371776 => 1797.13595752049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258699.01717859 Mflops = 258.69901717859 Gflops = 0.25869901717859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007494963 Relative Rsd = 3.28789914693099e-07
BICGSTAB_SOLVER_TIME: 0.361465 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036023 s
InvBiCGStab: k = 54 resid = 2.2233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198555(s) Flops=357304320 => 1799.52315479338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259062.648061276 Mflops = 259.062648061276 Gflops = 0.259062648061276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050512 s
InvBiCGStab: k = 71 resid = 1.051747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282816(s) Flops=468854784 => 1657.80855397149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238689.530930878 Mflops = 238.689530930878 Gflops = 0.238689530930878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001036416 Relative Rsd = 4.54656114156002e-07
BICGSTAB_SOLVER_TIME: 0.572533 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062157 s
InvBiCGStab: k = 47 resid = 2.267944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206735(s) Flops=311371776 => 1506.13962802622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216840.586168677 Mflops = 216.840586168677 Gflops = 0.216840586168677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068024 s
InvBiCGStab: k = 76 resid = 1.08633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322881(s) Flops=501663744 => 1553.71094613805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223689.566179079 Mflops = 223.689566179079 Gflops = 0.223689566179079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009826898 Relative Rsd = 4.31087519950515e-07
BICGSTAB_SOLVER_TIME: 0.66379 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044177 s
InvBiCGStab: k = 54 resid = 2.097842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243199(s) Flops=357304320 => 1469.18498842512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211510.71629619 Mflops = 211.51071629619 Gflops = 0.21151071629619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06909 s
InvBiCGStab: k = 83 resid = 7.496635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374816(s) Flops=547596288 => 1460.97361905575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210339.558515389 Mflops = 210.339558515389 Gflops = 0.210339558515389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001102376 Relative Rsd = 4.83591673911536e-07
BICGSTAB_SOLVER_TIME: 0.735051 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041693 s
InvBiCGStab: k = 48 resid = 2.271859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176887(s) Flops=317933568 => 1797.3823288314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258749.336896613 Mflops = 258.749336896613 Gflops = 0.258749336896613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059224 s
InvBiCGStab: k = 73 resid = 7.951865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268574(s) Flops=481978368 => 1794.58312420413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258365.430540774 Mflops = 258.365430540774 Gflops = 0.258365430540774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001069732 Relative Rsd = 4.69271458519713e-07
BICGSTAB_SOLVER_TIME: 0.550225 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101663
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906783(s) Flops=1410637824 => 1555.65093743487 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223994.742152611 Mflops = 223.994742152611 Gflops = 0.223994742152611 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156610000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 31 resid = 1.704775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114331(s) Flops=206383104 => 1805.13687451347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259804.062279174 Mflops = 259.804062279174 Gflops = 0.259804062279174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056021 s
InvBiCGStab: k = 47 resid = 9.939607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172456(s) Flops=311371776 => 1805.51431089669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.308092102 Mflops = 259.902308092102 Gflops = 0.259902308092102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0006867023 Relative Rsd = 3.01243386414706e-07
BICGSTAB_SOLVER_TIME: 0.387889 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0702030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 52 resid = 1.338734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190541(s) Flops=344180736 => 1806.33425876845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260036.353373212 Mflops = 260.036353373212 Gflops = 0.260036353373212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056319 s
InvBiCGStab: k = 84 resid = 1.068532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307046(s) Flops=554158080 => 1804.80475238238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259839.622268469 Mflops = 259.839622268469 Gflops = 0.259839622268469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001065177 Relative Rsd = 4.6727296707536e-07
BICGSTAB_SOLVER_TIME: 0.599122 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 53 resid = 1.922288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194773(s) Flops=350742528 => 1800.77591863349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259238.103682513 Mflops = 259.238103682513 Gflops = 0.259238103682513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 71 resid = 9.467735e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274356(s) Flops=468854784 => 1708.92848707519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246024.020852094 Mflops = 246.024020852094 Gflops = 0.246024020852094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00101316 Relative Rsd = 4.44454222098847e-07
BICGSTAB_SOLVER_TIME: 0.570727 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 62 resid = 1.990987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227472(s) Flops=409798656 => 1801.53450094957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.589324669 Mflops = 259.335589324669 Gflops = 0.259335589324669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 75 resid = 9.697167e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273895(s) Flops=495101952 => 1807.63413716935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260241.759167879 Mflops = 260.241759167879 Gflops = 0.260241759167879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001111201 Relative Rsd = 4.87463179748169e-07
BICGSTAB_SOLVER_TIME: 0.602187 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041403 s
InvBiCGStab: k = 56 resid = 2.047253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205127(s) Flops=370427904 => 1805.84664134902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259982.127881249 Mflops = 259.982127881249 Gflops = 0.259982127881249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 74 resid = 9.395803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285617(s) Flops=488540160 => 1710.47297604834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246260.633560541 Mflops = 246.260633560541 Gflops = 0.246260633560541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001039771 Relative Rsd = 4.56128133101445e-07
BICGSTAB_SOLVER_TIME: 0.592459 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107143
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.04241(s) Flops=1416904704 => 1359.25854893948 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195732.198388722 Mflops = 195.732198388722 Gflops = 0.195732198388722 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157052000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.08079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744715(s) Flops=1341573120 => 1801.45843712024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259340.108160225 Mflops = 259.340108160225 Gflops = 0.259340108160225 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 9.682989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794657(s) Flops=1433438208 => 1803.84519106986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.677258035 Mflops = 259.741677258035 Gflops = 0.259741677258035 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002072402 Relative Rsd = 9.12224609644992e-07
BICGSTAB_SOLVER_TIME: 1.542784 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.116699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301452999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.238671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.679302(s) Flops=1223460864 => 1801.0558838337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259341.495099173 Mflops = 259.341495099173 Gflops = 0.259341495099173 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 8.271867e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740231(s) Flops=1282516992 => 1732.59022116069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249481.595963207 Mflops = 249.481595963207 Gflops = 0.249481595963207 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001962444 Relative Rsd = 8.62330865930438e-07
BICGSTAB_SOLVER_TIME: 1.422973 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001851
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272176999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89342(s) Flops=1416904704 => 1585.93349600412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228354.815435888 Mflops = 228.354815435888 Gflops = 0.228354815435888 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157181000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052231 s
InvBiCGStab: k = 24 resid = 2.188526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107279(s) Flops=160450560 => 1495.63810251773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215280.455755275 Mflops = 215.280455755275 Gflops = 0.215280455755275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069274 s
InvBiCGStab: k = 58 resid = 7.547962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24769(s) Flops=383551488 => 1548.51422342444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222923.310378263 Mflops = 222.923310378263 Gflops = 0.222923310378263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007430414 Relative Rsd = 3.25958280136202e-07
BICGSTAB_SOLVER_TIME: 0.480722 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046333 s
InvBiCGStab: k = 78 resid = 2.128054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353597(s) Flops=514787328 => 1455.85886758089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209613.699231658 Mflops = 209.613699231658 Gflops = 0.209613699231658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069986 s
InvBiCGStab: k = 98 resid = 9.944906e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445797(s) Flops=646023168 => 1449.14202652777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208643.771452915 Mflops = 208.643771452915 Gflops = 0.208643771452915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00124814 Relative Rsd = 5.47535688679938e-07
BICGSTAB_SOLVER_TIME: 0.919615 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 55 resid = 1.0569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202546(s) Flops=363866112 => 1796.46160378383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258621.955469319 Mflops = 258.621955469319 Gflops = 0.258621955469319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082036 s
InvBiCGStab: k = 68 resid = 1.120151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39005(s) Flops=449169408 => 1151.56879374439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  165807.928425555 Mflops = 165.807928425555 Gflops = 0.165807928425555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00103197 Relative Rsd = 4.52705934185504e-07
BICGSTAB_SOLVER_TIME: 0.720018 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 56 resid = 2.023962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205793(s) Flops=370427904 => 1800.00244906289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259136.150760622 Mflops = 259.136150760622 Gflops = 0.259136150760622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056021 s
InvBiCGStab: k = 74 resid = 9.705036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272321(s) Flops=488540160 => 1793.98636168345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258280.271591493 Mflops = 258.280271591493 Gflops = 0.258280271591493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0011272 Relative Rsd = 4.94481570382826e-07
BICGSTAB_SOLVER_TIME: 0.578957 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107028
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043645 s
InvBiCGStab: k = 60 resid = 1.90344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226501(s) Flops=396675072 => 1751.31708910777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252129.612727777 Mflops = 252.129612727777 Gflops = 0.252129612727777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059519 s
InvBiCGStab: k = 72 resid = 1.105273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268745(s) Flops=475416576 => 1769.0248227874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254677.14145226 Mflops = 254.67714145226 Gflops = 0.25467714145226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001072243 Relative Rsd = 4.7037281712981e-07
BICGSTAB_SOLVER_TIME: 0.602432 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109035
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887356(s) Flops=1416241152 => 1596.02363876505 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229809.566687887 Mflops = 229.809566687887 Gflops = 0.229809566687887 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157011000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 29 resid = 1.296894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10722(s) Flops=193259520 => 1802.4577504197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259436.378428532 Mflops = 259.436378428532 Gflops = 0.259436378428532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056121 s
InvBiCGStab: k = 45 resid = 1.150613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165586(s) Flops=298248192 => 1801.16792482456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259263.10365634 Mflops = 259.26310365634 Gflops = 0.25926310365634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007284902 Relative Rsd = 3.19574960678206e-07
BICGSTAB_SOLVER_TIME: 0.374163 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 74 resid = 2.144171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282873(s) Flops=488540160 => 1727.06536148731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248657.165570901 Mflops = 248.657165570901 Gflops = 0.248657165570901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071596 s
InvBiCGStab: k = 95 resid = 9.661356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421378(s) Flops=626337792 => 1486.40363758905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214010.772676093 Mflops = 214.010772676093 Gflops = 0.214010772676093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001249396 Relative Rsd = 5.4808652119262e-07
BICGSTAB_SOLVER_TIME: 0.821121 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048273 s
InvBiCGStab: k = 47 resid = 2.224592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211051(s) Flops=311371776 => 1475.33902232162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212386.217603849 Mflops = 212.386217603849 Gflops = 0.212386217603849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067305 s
InvBiCGStab: k = 70 resid = 9.746199e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321232(s) Flops=462292992 => 1439.12496886985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207189.635100201 Mflops = 207.189635100201 Gflops = 0.207189635100201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001027802 Relative Rsd = 4.50877350007022e-07
BICGSTAB_SOLVER_TIME: 0.656611 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979130000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044668 s
InvBiCGStab: k = 54 resid = 1.944403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297731(s) Flops=357304320 => 1200.09108893599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172763.734450836 Mflops = 172.763734450836 Gflops = 0.172763734450836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057002 s
InvBiCGStab: k = 82 resid = 9.162281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320029(s) Flops=541034496 => 1690.57959122455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243405.411435863 Mflops = 243.405411435863 Gflops = 0.243405411435863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00109292 Relative Rsd = 4.79443577226702e-07
BICGSTAB_SOLVER_TIME: 0.723275 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041583 s
InvBiCGStab: k = 59 resid = 1.694568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219387(s) Flops=390113280 => 1778.19688495672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256010.311331754 Mflops = 256.010311331754 Gflops = 0.256010311331754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05743 s
InvBiCGStab: k = 71 resid = 1.062435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262017(s) Flops=468854784 => 1789.40596984165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257604.55995187 Mflops = 257.60455995187 Gflops = 0.25760455995187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00109035 Relative Rsd = 4.78316224388073e-07
BICGSTAB_SOLVER_TIME: 0.584225 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107411
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.870474(s) Flops=1396703232 => 1604.5318205943 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231035.538733751 Mflops = 231.035538733751 Gflops = 0.231035538733751 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155297000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040851 s
InvBiCGStab: k = 26 resid = 2.237489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096824(s) Flops=173574144 => 1792.67685697761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258005.942137751 Mflops = 258.005942137751 Gflops = 0.258005942137751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056068 s
InvBiCGStab: k = 44 resid = 1.063975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162884(s) Flops=291686400 => 1790.76152353822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257759.095792466 Mflops = 257.759095792466 Gflops = 0.257759095792466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007277608 Relative Rsd = 3.19254986535037e-07
BICGSTAB_SOLVER_TIME: 0.360383 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 53 resid = 2.146438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194961(s) Flops=350742528 => 1799.03943865696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258992.573208323 Mflops = 258.992573208323 Gflops = 0.258992573208323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055925 s
InvBiCGStab: k = 73 resid = 1.022538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267091(s) Flops=481978368 => 1804.54739395936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.617273703 Mflops = 259.776617273703 Gflops = 0.259776617273703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001054406 Relative Rsd = 4.62548094718523e-07
BICGSTAB_SOLVER_TIME: 0.563025 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042701 s
InvBiCGStab: k = 63 resid = 2.037452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283017(s) Flops=416360448 => 1471.14995918973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211808.190174147 Mflops = 211.808190174147 Gflops = 0.211808190174147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059918 s
InvBiCGStab: k = 67 resid = 1.080712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320779(s) Flops=442607616 => 1379.78987402542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198654.089998555 Mflops = 198.654089998555 Gflops = 0.198654089998555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001033013 Relative Rsd = 4.53163463249208e-07
BICGSTAB_SOLVER_TIME: 0.710645 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042649 s
InvBiCGStab: k = 61 resid = 1.63485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273855(s) Flops=403236864 => 1472.44660130361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211985.742324811 Mflops = 211.985742324811 Gflops = 0.211985742324811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075866 s
InvBiCGStab: k = 81 resid = 9.099644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344116(s) Flops=534472704 => 1553.17597554313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223609.160082614 Mflops = 223.609160082614 Gflops = 0.223609160082614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001145086 Relative Rsd = 5.02327537585998e-07
BICGSTAB_SOLVER_TIME: 0.740425 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041981 s
InvBiCGStab: k = 45 resid = 2.254734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166461(s) Flops=298248192 => 1791.70010993566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257922.243849607 Mflops = 257.922243849607 Gflops = 0.257922243849607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 72 resid = 8.176869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264396(s) Flops=475416576 => 1798.12317886806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258870.298346359 Mflops = 258.870298346359 Gflops = 0.258870298346359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001037963 Relative Rsd = 4.55334772904475e-07
BICGSTAB_SOLVER_TIME: 0.533375 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978400000000003
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903654(s) Flops=1447723008 => 1602.0766886441 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230719.330823985 Mflops = 230.719330823985 Gflops = 0.230719330823985 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160859000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 24 resid = 2.006999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089923(s) Flops=160450560 => 1784.31057682684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256788.304364685 Mflops = 256.788304364685 Gflops = 0.256788304364685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0593 s
InvBiCGStab: k = 41 resid = 1.040567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150731(s) Flops=272001024 => 1804.54600579841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.294049827 Mflops = 259.732294049827 Gflops = 0.259732294049827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 65 iterations. Rsd = 0.0007117189 Relative Rsd = 3.12217674757608e-07
BICGSTAB_SOLVER_TIME: 0.345251 sec
2Flav::invert,  n_count = 65
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0607950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041538 s
InvBiCGStab: k = 56 resid = 1.689598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205274(s) Flops=370427904 => 1804.55344563851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.291219023 Mflops = 259.785291219023 Gflops = 0.259785291219023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055641 s
InvBiCGStab: k = 79 resid = 1.087806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290029(s) Flops=521349120 => 1797.57582862403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258794.629861801 Mflops = 258.794629861801 Gflops = 0.258794629861801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001117136 Relative Rsd = 4.90066432792298e-07
BICGSTAB_SOLVER_TIME: 0.59644 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044372 s
InvBiCGStab: k = 50 resid = 1.742489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190346(s) Flops=331057152 => 1739.23881773192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250374.546539813 Mflops = 250.374546539813 Gflops = 0.250374546539813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056964 s
InvBiCGStab: k = 76 resid = 1.108424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28966(s) Flops=501663744 => 1731.90548919423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249337.249490564 Mflops = 249.337249490564 Gflops = 0.249337249490564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001054868 Relative Rsd = 4.62750635210392e-07
BICGSTAB_SOLVER_TIME: 0.585201 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062085 s
InvBiCGStab: k = 59 resid = 2.265501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267848(s) Flops=390113280 => 1456.47262626564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209724.805831656 Mflops = 209.724805831656 Gflops = 0.209724805831656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073152 s
InvBiCGStab: k = 72 resid = 9.642672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358114(s) Flops=475416576 => 1327.5565211078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191138.272180228 Mflops = 191.138272180228 Gflops = 0.191138272180228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00107974 Relative Rsd = 4.73661470058299e-07
BICGSTAB_SOLVER_TIME: 0.765818 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04379 s
InvBiCGStab: k = 53 resid = 1.958296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224717(s) Flops=350742528 => 1560.81884325618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224707.631310921 Mflops = 224.707631310921 Gflops = 0.224707631310921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073063 s
InvBiCGStab: k = 76 resid = 8.950742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331832(s) Flops=501663744 => 1511.80038091564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217658.610067574 Mflops = 217.658610067574 Gflops = 0.217658610067574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001019985 Relative Rsd = 4.47448052470715e-07
BICGSTAB_SOLVER_TIME: 0.677276 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106638
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914817(s) Flops=1466892288 => 1603.48166682517 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230882.731429419 Mflops = 230.882731429419 Gflops = 0.230882731429419 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163162000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021394
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.709031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786424(s) Flops=1354696704 => 1722.60346072856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248009.380331758 Mflops = 248.009380331758 Gflops = 0.248009380331758 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 9.827235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.792831(s) Flops=1420314624 => 1791.44688338372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257956.166032152 Mflops = 257.956166032153 Gflops = 0.257956166032152 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002043552 Relative Rsd = 8.99546546392185e-07
BICGSTAB_SOLVER_TIME: 1.582719 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.118062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301357999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.157638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691049(s) Flops=1131595776 => 1637.50439693857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235760.030538732 Mflops = 235.760030538732 Gflops = 0.235760030538732 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.124063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909955(s) Flops=1361258496 => 1495.96243330714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215408.034822302 Mflops = 215.408034822302 Gflops = 0.215408034822302 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.001921942 Relative Rsd = 8.44514108290622e-07
BICGSTAB_SOLVER_TIME: 1.605726 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.124141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270768999999997
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.029805(s) Flops=1466892288 => 1424.43694485849 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205104.759836837 Mflops = 205.104759836837 Gflops = 0.205104759836837 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163060000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 32 resid = 1.246954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123007(s) Flops=212944896 => 1731.16079572707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249162.033096971 Mflops = 249.162033096971 Gflops = 0.249162033096971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 45 resid = 6.311117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16687(s) Flops=298248192 => 1787.30863546473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257288.809209816 Mflops = 257.288809209816 Gflops = 0.257288809209816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007135739 Relative Rsd = 3.13031462639083e-07
BICGSTAB_SOLVER_TIME: 0.391774 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041406 s
InvBiCGStab: k = 71 resid = 2.035737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261056(s) Flops=468854784 => 1795.99313557244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258554.164113926 Mflops = 258.554164113926 Gflops = 0.258554164113926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056956 s
InvBiCGStab: k = 98 resid = 4.255519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36007(s) Flops=646023168 => 1794.15993556808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258315.094903415 Mflops = 258.315094903415 Gflops = 0.258315094903415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001220609 Relative Rsd = 5.35458024493094e-07
BICGSTAB_SOLVER_TIME: 0.723227 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040937 s
InvBiCGStab: k = 48 resid = 2.276733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176225(s) Flops=317933568 => 1804.13430557526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259723.430381624 Mflops = 259.723430381624 Gflops = 0.259723430381624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056721 s
InvBiCGStab: k = 65 resid = 8.490381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237811(s) Flops=429484032 => 1805.98892397744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259993.81721891 Mflops = 259.99381721891 Gflops = 0.25999381721891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001013121 Relative Rsd = 4.44436909636228e-07
BICGSTAB_SOLVER_TIME: 0.515481 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0952010000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 53 resid = 2.056085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19381(s) Flops=350742528 => 1809.72358495434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260532.059095395 Mflops = 260.532059095395 Gflops = 0.260532059095395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 84 resid = 1.129702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306991(s) Flops=554158080 => 1805.12809821786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259886.100684994 Mflops = 259.886100684994 Gflops = 0.259886100684994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001084574 Relative Rsd = 4.75782323332839e-07
BICGSTAB_SOLVER_TIME: 0.602123 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042071 s
InvBiCGStab: k = 52 resid = 1.957195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234096(s) Flops=344180736 => 1470.25466475292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211672.855202782 Mflops = 211.672855202782 Gflops = 0.211672855202782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075052 s
InvBiCGStab: k = 84 resid = 5.139435e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377263(s) Flops=554158080 => 1468.89061477007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211476.942003381 Mflops = 211.476942003381 Gflops = 0.211476942003381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001064552 Relative Rsd = 4.66998878618512e-07
BICGSTAB_SOLVER_TIME: 0.732761 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111348
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.1042(s) Flops=1485840384 => 1345.62614019199 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193755.912687879 Mflops = 193.755912687879 Gflops = 0.193755912687879 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164914000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041804 s
InvBiCGStab: k = 28 resid = 1.631376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104247(s) Flops=186697728 => 1790.9170335837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257757.419660651 Mflops = 257.757419660651 Gflops = 0.257757419660651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056987 s
InvBiCGStab: k = 49 resid = 1.079254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180051(s) Flops=324495360 => 1802.2413649466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259422.829561781 Mflops = 259.422829561781 Gflops = 0.259422829561781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007333233 Relative Rsd = 3.21695150052998e-07
BICGSTAB_SOLVER_TIME: 0.386804 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 70 resid = 1.915208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256045(s) Flops=462292992 => 1805.51462438243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.965059131 Mflops = 259.943965059131 Gflops = 0.259943965059131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055934 s
InvBiCGStab: k = 107 resid = 6.75775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391134(s) Flops=705079296 => 1802.65406740401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.67789701 Mflops = 259.53467789701 Gflops = 0.25953467789701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.00123599 Relative Rsd = 5.42205339754367e-07
BICGSTAB_SOLVER_TIME: 0.74827 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040951 s
InvBiCGStab: k = 62 resid = 1.856811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227325(s) Flops=409798656 => 1802.69946552293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.799168863 Mflops = 259.530799168863 Gflops = 0.259530799168863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055741 s
InvBiCGStab: k = 73 resid = 7.102083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26689(s) Flops=481978368 => 1805.90643336206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259995.966316381 Mflops = 259.995966316381 Gflops = 0.259995966316381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001007394 Relative Rsd = 4.41924968341837e-07
BICGSTAB_SOLVER_TIME: 0.59479 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 64 resid = 2.161979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234528(s) Flops=422922240 => 1803.29103561195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259617.922200805 Mflops = 259.617922200805 Gflops = 0.259617922200805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055775 s
InvBiCGStab: k = 90 resid = 1.090855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329866(s) Flops=593528832 => 1799.30284418521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259047.321079966 Mflops = 259.047321079966 Gflops = 0.259047321079966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001181459 Relative Rsd = 5.18283653022207e-07
BICGSTAB_SOLVER_TIME: 0.665484 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040867 s
InvBiCGStab: k = 55 resid = 2.066615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225295(s) Flops=363866112 => 1615.06519008411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232512.8261835 Mflops = 232.5128261835 Gflops = 0.2325128261835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078243 s
InvBiCGStab: k = 77 resid = 1.142285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349617(s) Flops=508225536 => 1453.66368340212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209290.941872693 Mflops = 209.290941872693 Gflops = 0.209290941872693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001075908 Relative Rsd = 4.71980629108002e-07
BICGSTAB_SOLVER_TIME: 0.698105 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108447
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.153062(s) Flops=1498374144 => 1299.47404736259 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187137.608723746 Mflops = 187.137608723746 Gflops = 0.187137608723746 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166400000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 32 resid = 1.955856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118418(s) Flops=212944896 => 1798.24769882957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.372383379 Mflops = 258.833372383379 Gflops = 0.258833372383379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 47 resid = 7.144184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172656(s) Flops=311371776 => 1803.42285237698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.386134591 Mflops = 259.598386134591 Gflops = 0.259598386134591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007151749 Relative Rsd = 3.13733766432371e-07
BICGSTAB_SOLVER_TIME: 0.392783 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 51 resid = 1.627846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187402(s) Flops=337618944 => 1801.57599171834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.742250259 Mflops = 259.348742250259 Gflops = 0.259348742250259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 77 resid = 1.080057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281773(s) Flops=508225536 => 1803.67010323913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.667011262 Mflops = 259.660667011262 Gflops = 0.259660667011262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001041306 Relative Rsd = 4.56801531721159e-07
BICGSTAB_SOLVER_TIME: 0.570273 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 65 resid = 2.174404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238422(s) Flops=429484032 => 1801.36074691094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259334.914900871 Mflops = 259.334914900871 Gflops = 0.259334914900871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055845 s
InvBiCGStab: k = 71 resid = 1.127838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260646(s) Flops=468854784 => 1798.81825924818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258943.23926587 Mflops = 258.94323926587 Gflops = 0.25894323926587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001046731 Relative Rsd = 4.59181408035224e-07
BICGSTAB_SOLVER_TIME: 0.599569 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040675 s
InvBiCGStab: k = 52 resid = 2.062347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190739(s) Flops=344180736 => 1804.45916147196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.894929229 Mflops = 259.775894929229 Gflops = 0.259775894929229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 85 resid = 9.917072e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310822(s) Flops=560719872 => 1803.99029669714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.189203216 Mflops = 259.729189203216 Gflops = 0.259729189203216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001096622 Relative Rsd = 4.81067271729597e-07
BICGSTAB_SOLVER_TIME: 0.602334 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041615 s
InvBiCGStab: k = 63 resid = 2.269546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230596(s) Flops=416360448 => 1805.58399972246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.07384187 Mflops = 259.95107384187 Gflops = 0.25995107384187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05652 s
InvBiCGStab: k = 68 resid = 1.134675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265586(s) Flops=449169408 => 1691.23902615349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243475.3680699 Mflops = 243.4753680699 Gflops = 0.2434753680699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001070506 Relative Rsd = 4.69610915566978e-07
BICGSTAB_SOLVER_TIME: 0.598393 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107909
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.120317(s) Flops=1510834176 => 1348.5773901494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194220.06079627 Mflops = 194.22006079627 Gflops = 0.19422006079627 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167916000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 30 resid = 2.088766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111061(s) Flops=199821312 => 1799.20324866515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258952.933042639 Mflops = 258.952933042639 Gflops = 0.258952933042639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056503 s
InvBiCGStab: k = 50 resid = 9.255849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184024(s) Flops=331057152 => 1798.9890014346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258970.86001633 Mflops = 258.97086001633 Gflops = 0.25897086001633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007541514 Relative Rsd = 3.30832044778476e-07
BICGSTAB_SOLVER_TIME: 0.396895 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040915 s
InvBiCGStab: k = 61 resid = 1.045709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2244(s) Flops=403236864 => 1796.95572192513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258704.196780791 Mflops = 258.704196780791 Gflops = 0.258704196780791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 92 resid = 5.579065e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336471(s) Flops=606652416 => 1802.98574319927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259586.603932875 Mflops = 259.586603932875 Gflops = 0.259586603932875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001149428 Relative Rsd = 5.0423257237374e-07
BICGSTAB_SOLVER_TIME: 0.661727 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 62 resid = 2.234874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227061(s) Flops=409798656 => 1804.79543382615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259811.510918511 Mflops = 259.811510918511 Gflops = 0.259811510918511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 75 resid = 8.465257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2749(s) Flops=495101952 => 1801.02565296471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259293.2228273 Mflops = 259.2932228273 Gflops = 0.2592932228273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001095853 Relative Rsd = 4.8073016386605e-07
BICGSTAB_SOLVER_TIME: 0.603228 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 54 resid = 2.261235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199246(s) Flops=357304320 => 1793.28227417363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258183.812066657 Mflops = 258.183812066657 Gflops = 0.258183812066657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061452 s
InvBiCGStab: k = 88 resid = 6.186258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343515(s) Flops=580405248 => 1689.60670713069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243239.32331815 Mflops = 243.23932331815 Gflops = 0.24323932331815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001091369 Relative Rsd = 4.78763028917412e-07
BICGSTAB_SOLVER_TIME: 0.648945 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115586
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041887 s
InvBiCGStab: k = 63 resid = 1.945846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232286(s) Flops=416360448 => 1792.44744840412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258035.355816847 Mflops = 258.035355816847 Gflops = 0.258035355816847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 76 resid = 1.114503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280333(s) Flops=501663744 => 1789.52796852315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257637.229851196 Mflops = 257.637229851196 Gflops = 0.257637229851196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001102358 Relative Rsd = 4.83583502837734e-07
BICGSTAB_SOLVER_TIME: 0.615239 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113656
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.128653(s) Flops=1517174784 => 1344.2349278299 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193554.204952224 Mflops = 193.554204952224 Gflops = 0.193554204952224 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168509000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.776835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749191(s) Flops=1348134912 => 1799.45422729317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259132.782748949 Mflops = 259.132782748949 Gflops = 0.259132782748949 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 7.493385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873053(s) Flops=1538426880 => 1762.12312425477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253732.958449929 Mflops = 253.732958449929 Gflops = 0.253732958449929 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002079201 Relative Rsd = 9.15243580512309e-07
BICGSTAB_SOLVER_TIME: 1.625642 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.119194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313007999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 165 resid = 1.676624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.623349(s) Flops=1085663232 => 1741.66194539496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250731.694779059 Mflops = 250.731694779059 Gflops = 0.250731694779059 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 5.15461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818293(s) Flops=1446561792 => 1767.77974637446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254544.946100653 Mflops = 254.544946100653 Gflops = 0.254544946100653 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.001918683 Relative Rsd = 8.4304760813567e-07
BICGSTAB_SOLVER_TIME: 1.445334 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.115458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001882
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275159999999997
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037014(s) Flops=1517174784 => 1463.02247028488 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210843.049781011 Mflops = 210.843049781011 Gflops = 0.210843049781011 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.567089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 28 resid = 1.863157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106925(s) Flops=186697728 => 1746.06245499182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251364.036724691 Mflops = 251.364036724691 Gflops = 0.251364036724691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058719 s
InvBiCGStab: k = 52 resid = 9.17583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199473(s) Flops=344180736 => 1725.45024138605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248384.718192389 Mflops = 248.384718192389 Gflops = 0.248384718192389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007269292 Relative Rsd = 3.18890173624381e-07
BICGSTAB_SOLVER_TIME: 0.409734 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042182 s
InvBiCGStab: k = 78 resid = 1.820877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290568(s) Flops=514787328 => 1771.65870983728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255070.293094781 Mflops = 255.070293094781 Gflops = 0.255070293094781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056257 s
InvBiCGStab: k = 96 resid = 1.083582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365246(s) Flops=632899584 => 1732.80360086079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249478.405423224 Mflops = 249.478405423224 Gflops = 0.249478405423224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00129978 Relative Rsd = 5.70188867273536e-07
BICGSTAB_SOLVER_TIME: 0.758042 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043553 s
InvBiCGStab: k = 70 resid = 1.220179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267572(s) Flops=462292992 => 1727.73306624011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248748.034641391 Mflops = 248.748034641391 Gflops = 0.248748034641391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058161 s
InvBiCGStab: k = 73 resid = 1.031993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287323(s) Flops=481978368 => 1677.4792411328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241489.667322538 Mflops = 241.489667322538 Gflops = 0.241489667322538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001101721 Relative Rsd = 4.83304154252125e-07
BICGSTAB_SOLVER_TIME: 0.660693 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 56 resid = 2.155892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205018(s) Flops=370427904 => 1806.80673892049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260117.19109093 Mflops = 260.11719109093 Gflops = 0.26011719109093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057975 s
InvBiCGStab: k = 82 resid = 7.271718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304838(s) Flops=541034496 => 1774.8262880612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255518.493714554 Mflops = 255.518493714554 Gflops = 0.255518493714554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001109689 Relative Rsd = 4.86799586417018e-07
BICGSTAB_SOLVER_TIME: 0.612996 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042659 s
InvBiCGStab: k = 62 resid = 1.563812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233623(s) Flops=409798656 => 1754.10236149694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252525.863308823 Mflops = 252.525863308823 Gflops = 0.252525863308823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 83 resid = 9.274418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307401(s) Flops=547596288 => 1781.37445226268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256459.504066912 Mflops = 256.459504066912 Gflops = 0.256459504066912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001132463 Relative Rsd = 4.96790409424024e-07
BICGSTAB_SOLVER_TIME: 0.643714 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117898
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956031(s) Flops=1523441664 => 1593.50655365778 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229440.446271461 Mflops = 229.440446271461 Gflops = 0.229440446271461 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169287000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.548117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 33 resid = 1.588853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121409(s) Flops=219506688 => 1807.99354248861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260241.349723446 Mflops = 260.241349723446 Gflops = 0.260241349723446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 43 resid = 1.138802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174494(s) Flops=285124608 => 1634.00809196878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235220.197784076 Mflops = 235.220197784076 Gflops = 0.235220197784076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007271193 Relative Rsd = 3.18973569646373e-07
BICGSTAB_SOLVER_TIME: 0.3974 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041882 s
InvBiCGStab: k = 74 resid = 1.785528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271278(s) Flops=488540160 => 1800.88381660142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259264.544615981 Mflops = 259.264544615981 Gflops = 0.259264544615981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056925 s
InvBiCGStab: k = 89 resid = 9.077701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326505(s) Flops=586967040 => 1797.72756925621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258826.005291792 Mflops = 258.826005291792 Gflops = 0.258826005291792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001236296 Relative Rsd = 5.42339856056833e-07
BICGSTAB_SOLVER_TIME: 0.700371 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 60 resid = 2.27717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222026(s) Flops=396675072 => 1786.61540540297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257206.393767931 Mflops = 257.206393767931 Gflops = 0.257206393767931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056351 s
InvBiCGStab: k = 70 resid = 1.124677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25735(s) Flops=462292992 => 1796.35901301729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258622.526703693 Mflops = 258.622526703693 Gflops = 0.258622526703693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001030822 Relative Rsd = 4.52202187485606e-07
BICGSTAB_SOLVER_TIME: 0.58055 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 87 resid = 9.370807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319607(s) Flops=573843456 => 1795.46585650502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258511.354005784 Mflops = 258.511354005784 Gflops = 0.258511354005784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056881 s
InvBiCGStab: k = 85 resid = 1.076462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311935(s) Flops=560719872 => 1797.55356724959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258777.36036285 Mflops = 258.77736036285 Gflops = 0.25877736036285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001116929 Relative Rsd = 4.89975580665461e-07
BICGSTAB_SOLVER_TIME: 0.732966 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041891 s
InvBiCGStab: k = 66 resid = 1.211191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245042(s) Flops=436045824 => 1779.47382081439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256173.214096639 Mflops = 256.173214096639 Gflops = 0.256173214096639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05656 s
InvBiCGStab: k = 83 resid = 9.238668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303652(s) Flops=547596288 => 1803.36796069184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259632.865036014 Mflops = 259.632865036014 Gflops = 0.259632865036014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001159625 Relative Rsd = 5.08705673519051e-07
BICGSTAB_SOLVER_TIME: 0.650994 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121017
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949897(s) Flops=1529413632 => 1610.0836532803 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232041.59971608 Mflops = 232.04159971608 Gflops = 0.23204159971608 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170031000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.477715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042875 s
InvBiCGStab: k = 30 resid = 1.488239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12975(s) Flops=199821312 => 1540.04864739884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221667.965253857 Mflops = 221.667965253857 Gflops = 0.221667965253857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071274 s
InvBiCGStab: k = 47 resid = 9.904549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20855(s) Flops=311371776 => 1493.03177175737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214933.901371071 Mflops = 214.933901371071 Gflops = 0.214933901371071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007368588 Relative Rsd = 3.23246070929843e-07
BICGSTAB_SOLVER_TIME: 0.456247 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 49 resid = 2.183304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180031(s) Flops=324495360 => 1802.44157950575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259469.676910099 Mflops = 259.469676910099 Gflops = 0.259469676910099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 76 resid = 1.141226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349976(s) Flops=501663744 => 1433.42327473884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206364.202977336 Mflops = 206.364202977336 Gflops = 0.206364202977336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001075041 Relative Rsd = 4.71600112414881e-07
BICGSTAB_SOLVER_TIME: 0.631788 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056955 s
InvBiCGStab: k = 60 resid = 2.266868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225422(s) Flops=396675072 => 1759.69990506694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253337.488508856 Mflops = 253.337488508856 Gflops = 0.253337488508856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 74 resid = 7.485506e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27352(s) Flops=488540160 => 1786.12225797017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257144.19211299 Mflops = 257.14419211299 Gflops = 0.25714419211299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001033355 Relative Rsd = 4.53313300315054e-07
BICGSTAB_SOLVER_TIME: 0.616346 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 57 resid = 2.062262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210151(s) Flops=376989696 => 1793.89912967343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258232.737538988 Mflops = 258.232737538988 Gflops = 0.258232737538988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 83 resid = 1.024205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305112(s) Flops=547596288 => 1794.73861401715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258388.320060734 Mflops = 258.388320060734 Gflops = 0.258388320060734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001077087 Relative Rsd = 4.72497602733617e-07
BICGSTAB_SOLVER_TIME: 0.617081 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 66 resid = 1.49661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240817(s) Flops=436045824 => 1810.69369687356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260676.583223938 Mflops = 260.676583223938 Gflops = 0.260676583223938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 76 resid = 8.383895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279173(s) Flops=501663744 => 1796.96368918198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258699.082687876 Mflops = 258.699082687876 Gflops = 0.258699082687876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001087391 Relative Rsd = 4.77017993968557e-07
BICGSTAB_SOLVER_TIME: 0.621672 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115658
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945635(s) Flops=1522925568 => 1610.47927371555 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231906.155039643 Mflops = 231.906155039643 Gflops = 0.231906155039643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169311000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 28 resid = 2.225192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114596(s) Flops=186697728 => 1629.18189116549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234490.48848719 Mflops = 234.49048848719 Gflops = 0.23449048848719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070801 s
InvBiCGStab: k = 46 resid = 9.953388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219078(s) Flops=304809984 => 1391.33086845781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200293.951843586 Mflops = 200.293951843586 Gflops = 0.200293951843586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007481313 Relative Rsd = 3.2819112819104e-07
BICGSTAB_SOLVER_TIME: 0.449849 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05878 s
InvBiCGStab: k = 67 resid = 2.051129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281308(s) Flops=442607616 => 1573.3914997085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226523.528064919 Mflops = 226.523528064919 Gflops = 0.226523528064919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067085 s
InvBiCGStab: k = 85 resid = 1.1104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377113(s) Flops=560719872 => 1486.87494729696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214071.573591625 Mflops = 214.071573591625 Gflops = 0.214071573591625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001127089 Relative Rsd = 4.94432748216858e-07
BICGSTAB_SOLVER_TIME: 0.788554 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053463 s
InvBiCGStab: k = 48 resid = 1.335117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206794(s) Flops=317933568 => 1537.44097024092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221322.683903144 Mflops = 221.322683903144 Gflops = 0.221322683903144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078529 s
InvBiCGStab: k = 70 resid = 8.159273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28923(s) Flops=462292992 => 1598.35768073851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230107.163237885 Mflops = 230.107163237885 Gflops = 0.230107163237885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.00102246 Relative Rsd = 4.48533783902165e-07
BICGSTAB_SOLVER_TIME: 0.63191 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985370000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 70 resid = 1.928136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257045(s) Flops=462292992 => 1798.4905055535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258931.629363281 Mflops = 258.931629363281 Gflops = 0.258931629363281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 75 resid = 9.197461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276647(s) Flops=495101952 => 1789.6523439618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257652.13645491 Mflops = 257.65213645491 Gflops = 0.25765213645491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001116261 Relative Rsd = 4.89682698738868e-07
BICGSTAB_SOLVER_TIME: 0.634875 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042005 s
InvBiCGStab: k = 48 resid = 2.221307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177254(s) Flops=317933568 => 1793.6608934072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258194.288354514 Mflops = 258.194288354514 Gflops = 0.258194288354514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 73 resid = 1.076778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269845(s) Flops=481978368 => 1786.13043784395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257140.711104475 Mflops = 257.140711104475 Gflops = 0.257140711104475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001032043 Relative Rsd = 4.5273775030412e-07
BICGSTAB_SOLVER_TIME: 0.549357 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100649
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926049(s) Flops=1491369984 => 1610.46551964313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231878.670704667 Mflops = 231.878670704667 Gflops = 0.231878670704667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165940000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.117548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904352(s) Flops=1466247168 => 1621.32352004529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233457.329874159 Mflops = 233.457329874159 Gflops = 0.233457329874159 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.144406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940179(s) Flops=1394067456 => 1482.76812819686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213509.175022005 Mflops = 213.509175022005 Gflops = 0.213509175022005 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002031282 Relative Rsd = 8.94159241959765e-07
BICGSTAB_SOLVER_TIME: 1.847965 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.13389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.126888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310433999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.254257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723955(s) Flops=1210337280 => 1671.84048732311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240539.106515006 Mflops = 240.539106515006 Gflops = 0.240539106515006 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 9.748006e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748504(s) Flops=1348134912 => 1801.10582174578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259342.980169063 Mflops = 259.342980169063 Gflops = 0.259342980169063 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.001914133 Relative Rsd = 8.4101929101082e-07
BICGSTAB_SOLVER_TIME: 1.475924 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277633999999997
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940788(s) Flops=1491369984 => 1585.23491371063 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228266.347314032 Mflops = 228.266347314032 Gflops = 0.228266347314032 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165813000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040889 s
InvBiCGStab: k = 29 resid = 2.039519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107415(s) Flops=193259520 => 1799.18558860494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258984.140661842 Mflops = 258.984140661842 Gflops = 0.258984140661842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 46 resid = 1.000376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168953(s) Flops=304809984 => 1804.11110782289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.794789295 Mflops = 259.692794789295 Gflops = 0.259692794789295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007292564 Relative Rsd = 3.19911072692133e-07
BICGSTAB_SOLVER_TIME: 0.377267 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041267 s
InvBiCGStab: k = 76 resid = 2.18778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278021(s) Flops=501663744 => 1804.40953740904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.614698462 Mflops = 259.782614698462 Gflops = 0.259782614698462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 97 resid = 8.710691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385317(s) Flops=639461376 => 1659.57218601827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238939.349421827 Mflops = 238.939349421827 Gflops = 0.238939349421827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001267154 Relative Rsd = 5.55876516540248e-07
BICGSTAB_SOLVER_TIME: 0.768024 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048793 s
InvBiCGStab: k = 57 resid = 2.141403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242679(s) Flops=376989696 => 1553.45001421631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223641.739520995 Mflops = 223.641739520995 Gflops = 0.223641739520995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062992 s
InvBiCGStab: k = 69 resid = 1.133241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287698(s) Flops=455731200 => 1584.06106403242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228047.65585096 Mflops = 228.04765585096 Gflops = 0.22804765585096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001037829 Relative Rsd = 4.55276145449945e-07
BICGSTAB_SOLVER_TIME: 0.647802 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104402
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046127 s
InvBiCGStab: k = 63 resid = 2.27143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264362(s) Flops=416360448 => 1574.96330032304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226756.349181987 Mflops = 226.756349181987 Gflops = 0.226756349181987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081278 s
InvBiCGStab: k = 81 resid = 9.637289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35419(s) Flops=534472704 => 1508.99998305994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217261.1784845 Mflops = 217.2611784845 Gflops = 0.2172611784845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001132747 Relative Rsd = 4.96914660815027e-07
BICGSTAB_SOLVER_TIME: 0.749881 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040945 s
InvBiCGStab: k = 49 resid = 2.242718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181188(s) Flops=324495360 => 1790.93184979138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257825.331425818 Mflops = 257.825331425818 Gflops = 0.257825331425818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05613 s
InvBiCGStab: k = 79 resid = 9.68643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304317(s) Flops=521349120 => 1713.17777186289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246647.7087678 Mflops = 246.6477087678 Gflops = 0.2466477087678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001025353 Relative Rsd = 4.4980285380205e-07
BICGSTAB_SOLVER_TIME: 0.586711 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105829
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889941(s) Flops=1417052160 => 1592.29899510192 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229272.701434419 Mflops = 229.272701434419 Gflops = 0.229272701434419 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157258000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040802 s
InvBiCGStab: k = 32 resid = 2.03903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118239(s) Flops=212944896 => 1800.97003526755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259214.527097676 Mflops = 259.214527097676 Gflops = 0.259214527097676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 47 resid = 1.144857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172523(s) Flops=311371776 => 1804.81313216209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.677600766 Mflops = 259.797677600766 Gflops = 0.259797677600766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007700867 Relative Rsd = 3.37822551623783e-07
BICGSTAB_SOLVER_TIME: 0.391793 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 71 resid = 1.961994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25954(s) Flops=468854784 => 1806.48371734607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260075.083537905 Mflops = 260.075083537905 Gflops = 0.260075083537905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056165 s
InvBiCGStab: k = 114 resid = 9.517464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415506(s) Flops=751011840 => 1807.46328572873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260234.842601069 Mflops = 260.234842601069 Gflops = 0.260234842601069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001279235 Relative Rsd = 5.61176479285118e-07
BICGSTAB_SOLVER_TIME: 0.776099 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 61 resid = 1.573892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273383(s) Flops=403236864 => 1474.98880325404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212365.756458633 Mflops = 212.365756458633 Gflops = 0.212365756458633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059602 s
InvBiCGStab: k = 73 resid = 9.805574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321395(s) Flops=481978368 => 1499.64488557694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215903.094744221 Mflops = 215.903094744221 Gflops = 0.215903094744221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001076831 Relative Rsd = 4.72385454745683e-07
BICGSTAB_SOLVER_TIME: 0.700375 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109898
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048173 s
InvBiCGStab: k = 69 resid = 1.418287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297716(s) Flops=455731200 => 1530.75817221782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220403.584652823 Mflops = 220.403584652823 Gflops = 0.220403584652823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065093 s
InvBiCGStab: k = 80 resid = 1.07935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379058(s) Flops=527910912 => 1392.69165140955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200510.973956829 Mflops = 200.510973956829 Gflops = 0.200510973956829 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001157532 Relative Rsd = 5.0778729589291e-07
BICGSTAB_SOLVER_TIME: 0.794157 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044494 s
InvBiCGStab: k = 67 resid = 9.802781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296845(s) Flops=442607616 => 1491.03948525325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214664.489295201 Mflops = 214.664489295201 Gflops = 0.214664489295201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057103 s
InvBiCGStab: k = 82 resid = 9.896539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302796(s) Flops=541034496 => 1786.79538699322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257236.260242067 Mflops = 257.236260242067 Gflops = 0.257236260242067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001097781 Relative Rsd = 4.81575921073776e-07
BICGSTAB_SOLVER_TIME: 0.705017 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120693
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.90262(s) Flops=1441677312 => 1597.21401254127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230072.938152756 Mflops = 230.072938152756 Gflops = 0.230072938152756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159887000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041716 s
InvBiCGStab: k = 30 resid = 2.125068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110905(s) Flops=199821312 => 1801.73402461566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.895596627 Mflops = 259.324895596627 Gflops = 0.259324895596627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 50 resid = 9.340415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183478(s) Flops=331057152 => 1804.34249337795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259738.129937816 Mflops = 259.738129937816 Gflops = 0.259738129937816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007846674 Relative Rsd = 3.4421884266144e-07
BICGSTAB_SOLVER_TIME: 0.396247 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 54 resid = 2.269554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197897(s) Flops=357304320 => 1805.50650085651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.121068194 Mflops = 259.925121068194 Gflops = 0.259925121068194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 82 resid = 1.091433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299122(s) Flops=541034496 => 1808.74190464092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260397.642705151 Mflops = 260.397642705151 Gflops = 0.260397642705151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001087633 Relative Rsd = 4.7712406472035e-07
BICGSTAB_SOLVER_TIME: 0.59872 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 55 resid = 2.271506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205064(s) Flops=363866112 => 1774.4026840401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255457.668710473 Mflops = 255.457668710473 Gflops = 0.255457668710473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060099 s
InvBiCGStab: k = 79 resid = 8.35916e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332082(s) Flops=521349120 => 1569.94091820695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226019.72316759 Mflops = 226.01972316759 Gflops = 0.22601972316759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00107179 Relative Rsd = 4.7017426003642e-07
BICGSTAB_SOLVER_TIME: 0.642407 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109948
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043063 s
InvBiCGStab: k = 53 resid = 1.995236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236496(s) Flops=350742528 => 1483.08017048914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213515.890576202 Mflops = 213.515890576202 Gflops = 0.213515890576202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066699 s
InvBiCGStab: k = 78 resid = 1.147094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344058(s) Flops=514787328 => 1496.22252062152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215408.747745321 Mflops = 215.408747745321 Gflops = 0.215408747745321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00110604 Relative Rsd = 4.85198873059192e-07
BICGSTAB_SOLVER_TIME: 0.694192 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046666 s
InvBiCGStab: k = 57 resid = 2.05556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254204(s) Flops=376989696 => 1483.02031439316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213514.43369829 Mflops = 213.51443369829 Gflops = 0.21351443369829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065664 s
InvBiCGStab: k = 72 resid = 1.079571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329004(s) Flops=475416576 => 1445.01761680709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208047.774937022 Mflops = 208.047774937022 Gflops = 0.208047774937022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001068703 Relative Rsd = 4.68819904553726e-07
BICGSTAB_SOLVER_TIME: 0.699384 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106303
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932717(s) Flops=1498005504 => 1606.06647461127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231271.878028171 Mflops = 231.271878028171 Gflops = 0.231271878028171 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166759000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 25 resid = 2.095085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092671(s) Flops=167012352 => 1802.20729246474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.553690329 Mflops = 259.407553690329 Gflops = 0.259407553690329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 47 resid = 1.019036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173481(s) Flops=311371776 => 1794.8465595656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258366.653824873 Mflops = 258.366653824873 Gflops = 0.258366653824873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007601791 Relative Rsd = 3.33476280864644e-07
BICGSTAB_SOLVER_TIME: 0.36694 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 59 resid = 2.261377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228279(s) Flops=390113280 => 1708.93196483251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246023.859283019 Mflops = 246.023859283019 Gflops = 0.246023859283019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060192 s
InvBiCGStab: k = 101 resid = 5.369263e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382595(s) Flops=665708544 => 1739.98234164064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250525.089929456 Mflops = 250.525089929456 Gflops = 0.250525089929456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001201271 Relative Rsd = 5.26975071017838e-07
BICGSTAB_SOLVER_TIME: 0.716265 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041609 s
InvBiCGStab: k = 62 resid = 2.266355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227933(s) Flops=409798656 => 1797.89085389128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258838.423332119 Mflops = 258.838423332119 Gflops = 0.258838423332119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056941 s
InvBiCGStab: k = 80 resid = 7.958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293706(s) Flops=527910912 => 1797.41275969847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258776.592219008 Mflops = 258.776592219008 Gflops = 0.258776592219008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001136411 Relative Rsd = 4.98521911031894e-07
BICGSTAB_SOLVER_TIME: 0.624099 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115792
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045975 s
InvBiCGStab: k = 51 resid = 1.965288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225582(s) Flops=337618944 => 1496.65728648562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215461.248488366 Mflops = 215.461248488366 Gflops = 0.215461248488366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065387 s
InvBiCGStab: k = 81 resid = 6.015421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3714(s) Flops=534472704 => 1439.07567043619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207191.658042718 Mflops = 207.191658042718 Gflops = 0.207191658042718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001109778 Relative Rsd = 4.86838705432846e-07
BICGSTAB_SOLVER_TIME: 0.712113 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045574 s
InvBiCGStab: k = 61 resid = 1.908465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263594(s) Flops=403236864 => 1529.76495671373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220255.405661439 Mflops = 220.255405661439 Gflops = 0.220255405661439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062431 s
InvBiCGStab: k = 76 resid = 1.062974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339062(s) Flops=501663744 => 1479.56345447145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212952.849612383 Mflops = 212.952849612383 Gflops = 0.212952849612383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001072804 Relative Rsd = 4.70618766451252e-07
BICGSTAB_SOLVER_TIME: 0.722572 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112218
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985439(s) Flops=1510907904 => 1533.23331428937 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220777.27326068 Mflops = 220.77727326068 Gflops = 0.22077727326068 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167797000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.600588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829392(s) Flops=1479370752 => 1783.68100005787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256779.343847586 Mflops = 256.779343847586 Gflops = 0.256779343847586 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 9.345999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903905(s) Flops=1604044800 => 1774.57232784419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255528.142054254 Mflops = 255.528142054254 Gflops = 0.255528142054254 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002245559 Relative Rsd = 9.88492785896625e-07
BICGSTAB_SOLVER_TIME: 1.736755 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.117533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335242999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.861646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733349(s) Flops=1230022656 => 1677.26778927905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241455.366962848 Mflops = 241.455366962848 Gflops = 0.241455366962848 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 6.084456e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964953(s) Flops=1426876416 => 1478.70042996913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212923.240376518 Mflops = 212.923240376518 Gflops = 0.212923240376518 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001919916 Relative Rsd = 8.43540023486947e-07
BICGSTAB_SOLVER_TIME: 1.705733 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.13801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.130535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288540999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026327(s) Flops=1510907904 => 1472.15059527811 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212151.72045507 Mflops = 212.15172045507 Gflops = 0.21215172045507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167783000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 31 resid = 1.847154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114643(s) Flops=206383104 => 1800.22420906641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259101.43815159 Mflops = 259.10143815159 Gflops = 0.25910143815159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057047 s
InvBiCGStab: k = 46 resid = 1.139909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169098(s) Flops=304809984 => 1802.56409892488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.020873925 Mflops = 259.475020873925 Gflops = 0.259475020873925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007358502 Relative Rsd = 3.22803632818066e-07
BICGSTAB_SOLVER_TIME: 0.38619 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043351 s
InvBiCGStab: k = 74 resid = 1.109839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275165(s) Flops=488540160 => 1775.44440608362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255604.028313586 Mflops = 255.604028313586 Gflops = 0.255604028313586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056417 s
InvBiCGStab: k = 103 resid = 9.748842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377468(s) Flops=678832128 => 1798.38324838132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258918.453163689 Mflops = 258.918453163689 Gflops = 0.258918453163689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001309389 Relative Rsd = 5.74404119971181e-07
BICGSTAB_SOLVER_TIME: 0.756184 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001796
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140523
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042102 s
InvBiCGStab: k = 54 resid = 2.082441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198679(s) Flops=357304320 => 1798.40003221277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258897.210968126 Mflops = 258.897210968126 Gflops = 0.258897210968126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 78 resid = 1.126092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28535(s) Flops=514787328 => 1804.05581916944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.053769086 Mflops = 259.724053769086 Gflops = 0.259724053769086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001063134 Relative Rsd = 4.66376855625329e-07
BICGSTAB_SOLVER_TIME: 0.586318 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 62 resid = 2.235757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226703(s) Flops=409798656 => 1807.64549211965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260244.470165375 Mflops = 260.244470165375 Gflops = 0.260244470165375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055786 s
InvBiCGStab: k = 81 resid = 1.055311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307956(s) Flops=534472704 => 1735.54892257335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249875.680441839 Mflops = 249.875680441839 Gflops = 0.249875680441839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001124447 Relative Rsd = 4.93273579259612e-07
BICGSTAB_SOLVER_TIME: 0.635782 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051132 s
InvBiCGStab: k = 63 resid = 2.082528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282472(s) Flops=416360448 => 1473.98838822963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212221.630820797 Mflops = 212.221630820797 Gflops = 0.212221630820797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063507 s
InvBiCGStab: k = 85 resid = 9.205347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383282(s) Flops=560719872 => 1462.94339937696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210622.765036084 Mflops = 210.622765036084 Gflops = 0.210622765036084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001138042 Relative Rsd = 4.99237492820111e-07
BICGSTAB_SOLVER_TIME: 0.784197 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120018
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.085357(s) Flops=1517174784 => 1397.85783295266 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201280.350364207 Mflops = 201.280350364207 Gflops = 0.201280350364207 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168319000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 33 resid = 1.979623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122694(s) Flops=219506688 => 1789.05804684826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257494.824796123 Mflops = 257.494824796123 Gflops = 0.257494824796123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056942 s
InvBiCGStab: k = 43 resid = 1.099884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158542(s) Flops=285124608 => 1798.41687376216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258864.958320099 Mflops = 258.864958320099 Gflops = 0.258864958320099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007090767 Relative Rsd = 3.11058607938784e-07
BICGSTAB_SOLVER_TIME: 0.383267 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042729 s
InvBiCGStab: k = 73 resid = 2.212335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267628(s) Flops=481978368 => 1800.92653982393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259276.263073558 Mflops = 259.276263073558 Gflops = 0.259276263073558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056309 s
InvBiCGStab: k = 100 resid = 1.109251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364743(s) Flops=659146752 => 1807.15394675155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260185.460881955 Mflops = 260.185460881955 Gflops = 0.260185460881955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001247081 Relative Rsd = 5.47070856719022e-07
BICGSTAB_SOLVER_TIME: 0.735412 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042591 s
InvBiCGStab: k = 65 resid = 2.238224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238856(s) Flops=429484032 => 1798.08768463007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258862.897591599 Mflops = 258.862897591598 Gflops = 0.258862897591598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 75 resid = 1.141198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275078(s) Flops=495101952 => 1799.86022873512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259110.181810846 Mflops = 259.110181810846 Gflops = 0.259110181810846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001029865 Relative Rsd = 4.5178224536139e-07
BICGSTAB_SOLVER_TIME: 0.616894 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 71 resid = 2.046708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26011(s) Flops=468854784 => 1802.5250240283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259514.611810356 Mflops = 259.514611810356 Gflops = 0.259514611810356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 84 resid = 8.084704e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307036(s) Flops=554158080 => 1804.86353391785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259839.704616148 Mflops = 259.839704616148 Gflops = 0.259839704616148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001153927 Relative Rsd = 5.06206193112209e-07
BICGSTAB_SOLVER_TIME: 0.66815 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04282 s
InvBiCGStab: k = 65 resid = 1.815805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271228(s) Flops=429484032 => 1583.47969973602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227977.392300438 Mflops = 227.977392300438 Gflops = 0.227977392300438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06454 s
InvBiCGStab: k = 95 resid = 1.05237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409288(s) Flops=626337792 => 1530.31066632787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220329.786093363 Mflops = 220.329786093363 Gflops = 0.220329786093363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001159563 Relative Rsd = 5.08678657906293e-07
BICGSTAB_SOLVER_TIME: 0.792461 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12871
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.130712(s) Flops=1529487360 => 1352.67633137351 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194801.25605703 Mflops = 194.80125605703 Gflops = 0.19480125605703 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169785000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 41 resid = 1.502518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150745(s) Flops=272001024 => 1804.37841387774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259745.187746153 Mflops = 259.745187746153 Gflops = 0.259745187746153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056094 s
InvBiCGStab: k = 47 resid = 7.194998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172979(s) Flops=311371776 => 1800.05535932107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259107.414388992 Mflops = 259.107414388992 Gflops = 0.259107414388992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007973614 Relative Rsd = 3.49787429457553e-07
BICGSTAB_SOLVER_TIME: 0.425249 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040866 s
InvBiCGStab: k = 55 resid = 1.762081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201946(s) Flops=363866112 => 1801.79905519297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259400.494381262 Mflops = 259.400494381262 Gflops = 0.259400494381262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 88 resid = 7.958095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321648(s) Flops=580405248 => 1804.47336218475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.799556389 Mflops = 259.797799556389 Gflops = 0.259797799556389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001079143 Relative Rsd = 4.7339989355821e-07
BICGSTAB_SOLVER_TIME: 0.624862 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116594
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 52 resid = 1.987926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190294(s) Flops=344180736 => 1808.67886533469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260374.995669681 Mflops = 260.374995669681 Gflops = 0.260374995669681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 72 resid = 1.083875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264706(s) Flops=475416576 => 1796.01737777005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258563.30943578 Mflops = 258.56330943578 Gflops = 0.25856330943578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009983999 Relative Rsd = 4.37979258941239e-07
BICGSTAB_SOLVER_TIME: 0.556286 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104461
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 67 resid = 1.974069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244682(s) Flops=442607616 => 1808.90958877237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260405.563454334 Mflops = 260.405563454334 Gflops = 0.260405563454334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 88 resid = 6.802425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321608(s) Flops=580405248 => 1804.69779358722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.062811651 Mflops = 259.829062811651 Gflops = 0.259829062811651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001132756 Relative Rsd = 4.96918797421139e-07
BICGSTAB_SOLVER_TIME: 0.667523 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04084 s
InvBiCGStab: k = 52 resid = 2.075044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190903(s) Flops=344180736 => 1802.90899566796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259541.25050888 Mflops = 259.54125050888 Gflops = 0.25954125050888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064188 s
InvBiCGStab: k = 76 resid = 1.137516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338221(s) Flops=501663744 => 1483.24244798519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213552.830350922 Mflops = 213.552830350922 Gflops = 0.213552830350922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001074997 Relative Rsd = 4.71580757183813e-07
BICGSTAB_SOLVER_TIME: 0.644582 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105796
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.097945(s) Flops=1529561088 => 1393.11266775658 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200606.717507014 Mflops = 200.606717507014 Gflops = 0.200606717507014 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169708000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 27 resid = 2.201755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100098(s) Flops=180135936 => 1799.59575615896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259033.587246038 Mflops = 259.033587246038 Gflops = 0.259033587246038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056306 s
InvBiCGStab: k = 42 resid = 1.142586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155086(s) Flops=278562816 => 1796.18286628064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258546.844553355 Mflops = 258.546844553355 Gflops = 0.258546844553355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.000710197 Relative Rsd = 3.11550072493373e-07
BICGSTAB_SOLVER_TIME: 0.356321 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041571 s
InvBiCGStab: k = 66 resid = 2.230845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241494(s) Flops=436045824 => 1805.61763025168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.575870765 Mflops = 259.947575870765 Gflops = 0.259947575870765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 89 resid = 8.043945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324517(s) Flops=586967040 => 1808.74049741616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260410.690538644 Mflops = 260.410690538644 Gflops = 0.260410690538644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001152686 Relative Rsd = 5.05661642112512e-07
BICGSTAB_SOLVER_TIME: 0.667404 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041609 s
InvBiCGStab: k = 49 resid = 2.27618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179849(s) Flops=324495360 => 1804.26557834628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.148966359 Mflops = 259.721148966358 Gflops = 0.259721148966359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 80 resid = 9.464797e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291765(s) Flops=527910912 => 1809.37025345741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260495.443297777 Mflops = 260.495443297777 Gflops = 0.260495443297777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001080028 Relative Rsd = 4.73788019563809e-07
BICGSTAB_SOLVER_TIME: 0.573283 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106627
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 73 resid = 2.035375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26677(s) Flops=481978368 => 1806.71877647412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.500076909 Mflops = 260.111500076909 Gflops = 0.260111500076909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 82 resid = 1.105161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312231(s) Flops=541034496 => 1732.80198314709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249471.578655544 Mflops = 249.471578655544 Gflops = 0.249471578655544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001160693 Relative Rsd = 5.09174029255544e-07
BICGSTAB_SOLVER_TIME: 0.680433 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041809 s
InvBiCGStab: k = 64 resid = 2.173572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239632(s) Flops=422922240 => 1764.88215263404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254078.154033929 Mflops = 254.078154033929 Gflops = 0.254078154033929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057084 s
InvBiCGStab: k = 87 resid = 4.11895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320524(s) Flops=573843456 => 1790.32913603973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257761.004223948 Mflops = 257.761004223948 Gflops = 0.257761004223948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001069621 Relative Rsd = 4.69222636353746e-07
BICGSTAB_SOLVER_TIME: 0.662884 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122292
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.158303(s) Flops=1529561088 => 1320.51897301483 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190146.335045097 Mflops = 190.146335045097 Gflops = 0.190146335045097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169837000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.174287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707819(s) Flops=1275955200 => 1802.65745903967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259517.13794978 Mflops = 259.51713794978 Gflops = 0.25951713794978 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.12153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968351(s) Flops=1584359424 => 1636.14167176984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235594.756810719 Mflops = 235.594756810719 Gflops = 0.235594756810719 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002149637 Relative Rsd = 9.46278444796725e-07
BICGSTAB_SOLVER_TIME: 1.67992 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0.123975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310618999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.683199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671413(s) Flops=1203775488 => 1792.89868977812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258135.605852095 Mflops = 258.135605852095 Gflops = 0.258135605852095 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 8.134523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.71304(s) Flops=1282516992 => 1798.6606529788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258990.741195932 Mflops = 258.990741195932 Gflops = 0.258990741195932 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001903464 Relative Rsd = 8.36312587810406e-07
BICGSTAB_SOLVER_TIME: 1.387794 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.119923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270032999999997
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952367(s) Flops=1529561088 => 1606.06267121813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231247.091492498 Mflops = 231.247091492498 Gflops = 0.231247091492498 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169991000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 30 resid = 2.06057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110504(s) Flops=199821312 => 1808.27220734091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260278.565678164 Mflops = 260.278565678164 Gflops = 0.260278565678164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 48 resid = 1.134829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176195(s) Flops=317933568 => 1804.44148812395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259740.335588697 Mflops = 259.740335588697 Gflops = 0.259740335588697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007579488 Relative Rsd = 3.32497871380662e-07
BICGSTAB_SOLVER_TIME: 0.388113 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 70 resid = 2.234241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256112(s) Flops=462292992 => 1805.04229399638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.403136057 Mflops = 259.870403136057 Gflops = 0.259870403136057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 99 resid = 8.872277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374344(s) Flops=652584960 => 1743.27613104524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250996.957570295 Mflops = 250.996957570295 Gflops = 0.250996957570295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.0012865 Relative Rsd = 5.64363504483194e-07
BICGSTAB_SOLVER_TIME: 0.732129 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043034 s
InvBiCGStab: k = 62 resid = 2.190093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230648(s) Flops=409798656 => 1776.72755020638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255794.209621424 Mflops = 255.794209621424 Gflops = 0.255794209621424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057115 s
InvBiCGStab: k = 83 resid = 7.322228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305438(s) Flops=547596288 => 1792.82305410591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258108.751776681 Mflops = 258.108751776681 Gflops = 0.258108751776681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001079072 Relative Rsd = 4.73368792408551e-07
BICGSTAB_SOLVER_TIME: 0.640027 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044953 s
InvBiCGStab: k = 84 resid = 2.249155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316415(s) Flops=554158080 => 1751.36475830792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252154.764997008 Mflops = 252.154764997008 Gflops = 0.252154764997008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056 s
InvBiCGStab: k = 89 resid = 9.399559e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325479(s) Flops=586967040 => 1803.39450471459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259629.929641709 Mflops = 259.629929641709 Gflops = 0.259629929641709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001122963 Relative Rsd = 4.9262290643891e-07
BICGSTAB_SOLVER_TIME: 0.746699 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041492 s
InvBiCGStab: k = 65 resid = 1.168595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237031(s) Flops=429484032 => 1811.93190764077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260867.156322935 Mflops = 260.867156322935 Gflops = 0.260867156322935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 86 resid = 8.164268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313702(s) Flops=567281664 => 1808.34570388458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260343.734048466 Mflops = 260.343734048466 Gflops = 0.260343734048466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00112544 Relative Rsd = 4.93709352839319e-07
BICGSTAB_SOLVER_TIME: 0.652528 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12216
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.179161(s) Flops=1529192448 => 1296.84788421598 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186733.841065295 Mflops = 186.733841065295 Gflops = 0.186733841065295 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169840000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.470114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043462 s
InvBiCGStab: k = 22 resid = 2.278996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085629(s) Flops=147326976 => 1720.52664401079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247603.889210555 Mflops = 247.603889210555 Gflops = 0.247603889210555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059008 s
InvBiCGStab: k = 49 resid = 8.951005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189521(s) Flops=324495360 => 1712.18682890023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246464.196761858 Mflops = 246.464196761858 Gflops = 0.246464196761858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.000732593 Relative Rsd = 3.2137476735614e-07
BICGSTAB_SOLVER_TIME: 0.381498 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041611 s
InvBiCGStab: k = 74 resid = 2.278771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272999(s) Flops=488540160 => 1789.53095066282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257644.902143587 Mflops = 257.644902143587 Gflops = 0.257644902143587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056829 s
InvBiCGStab: k = 97 resid = 1.099608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356931(s) Flops=639461376 => 1791.55460299049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257940.126865048 Mflops = 257.940126865048 Gflops = 0.257940126865048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001223895 Relative Rsd = 5.36899606188625e-07
BICGSTAB_SOLVER_TIME: 0.732106 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041253 s
InvBiCGStab: k = 58 resid = 2.035789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21362(s) Flops=383551488 => 1795.48491714259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258488.158419492 Mflops = 258.488158419492 Gflops = 0.258488158419492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 78 resid = 1.013823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285113(s) Flops=514787328 => 1805.55543942226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.918148317 Mflops = 259.937918148317 Gflops = 0.259937918148317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001107601 Relative Rsd = 4.85883864389862e-07
BICGSTAB_SOLVER_TIME: 0.599953 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 68 resid = 1.754276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249224(s) Flops=449169408 => 1802.27188392771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.037027551 Mflops = 259.475037027551 Gflops = 0.259475037027551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 90 resid = 9.996178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330466(s) Flops=593528832 => 1796.0359976518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258578.068169858 Mflops = 258.578068169858 Gflops = 0.258578068169858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001188312 Relative Rsd = 5.21290250696891e-07
BICGSTAB_SOLVER_TIME: 0.680517 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041198 s
InvBiCGStab: k = 60 resid = 2.145793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221906(s) Flops=396675072 => 1787.58155254928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257348.386182018 Mflops = 257.348386182018 Gflops = 0.257348386182018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056615 s
InvBiCGStab: k = 82 resid = 9.240688e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300095(s) Flops=541034496 => 1802.87740882054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.313221167 Mflops = 259.560313221167 Gflops = 0.259560313221167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001123618 Relative Rsd = 4.92909915406208e-07
BICGSTAB_SOLVER_TIME: 0.623703 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115759
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957552(s) Flops=1516584960 => 1583.81472755527 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228051.113408775 Mflops = 228.051113408775 Gflops = 0.228051113408775 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168597000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.506162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047233 s
InvBiCGStab: k = 28 resid = 1.985297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144999(s) Flops=186697728 => 1287.57941778909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185335.890409424 Mflops = 185.335890409424 Gflops = 0.185335890409424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067433 s
InvBiCGStab: k = 45 resid = 9.497525e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20718(s) Flops=298248192 => 1439.56072980017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207238.284441018 Mflops = 207.238284441018 Gflops = 0.207238284441018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000751256 Relative Rsd = 3.29561851355944e-07
BICGSTAB_SOLVER_TIME: 0.470917 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 52 resid = 1.757647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250279(s) Flops=344180736 => 1375.18823393093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198002.916278598 Mflops = 198.002916278598 Gflops = 0.198002916278598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070342 s
InvBiCGStab: k = 85 resid = 1.052937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345084(s) Flops=560719872 => 1624.87936850158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233941.628706518 Mflops = 233.941628706518 Gflops = 0.233941628706518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001115922 Relative Rsd = 4.89534036264882e-07
BICGSTAB_SOLVER_TIME: 0.71089 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 63 resid = 1.977304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232563(s) Flops=416360448 => 1790.31250886856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257732.51268699 Mflops = 257.73251268699 Gflops = 0.25773251268699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 72 resid = 1.036361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264533(s) Flops=475416576 => 1797.19194202614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258733.355394049 Mflops = 258.733355394049 Gflops = 0.258733355394049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001071568 Relative Rsd = 4.70076513566062e-07
BICGSTAB_SOLVER_TIME: 0.59817 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 57 resid = 1.64431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210471(s) Flops=376989696 => 1791.17168636059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257861.305091922 Mflops = 257.861305091922 Gflops = 0.257861305091922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 73 resid = 1.116963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26743(s) Flops=481978368 => 1802.25991100475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259469.079806391 Mflops = 259.469079806391 Gflops = 0.259469079806391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001092715 Relative Rsd = 4.79353593276457e-07
BICGSTAB_SOLVER_TIME: 0.579198 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 60 resid = 1.981174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21981(s) Flops=396675072 => 1804.62705063464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.547891595 Mflops = 259.805547891595 Gflops = 0.259805547891595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056346 s
InvBiCGStab: k = 85 resid = 5.096849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310673(s) Flops=560719872 => 1804.85549758106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259851.951686964 Mflops = 259.851951686964 Gflops = 0.259851951686964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001128069 Relative Rsd = 4.94862853114115e-07
BICGSTAB_SOLVER_TIME: 0.631695 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117891
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946963(s) Flops=1497784320 => 1581.67142750034 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227755.951691949 Mflops = 227.755951691949 Gflops = 0.227755951691949 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166212000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042321 s
InvBiCGStab: k = 27 resid = 2.0067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103466(s) Flops=180135936 => 1741.01575396749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250590.603714737 Mflops = 250.590603714737 Gflops = 0.250590603714737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056901 s
InvBiCGStab: k = 46 resid = 1.057243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174892(s) Flops=304809984 => 1742.84692267228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250885.470873269 Mflops = 250.885470873269 Gflops = 0.250885470873269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000722049 Relative Rsd = 3.16749301219026e-07
BICGSTAB_SOLVER_TIME: 0.381463 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042006 s
InvBiCGStab: k = 63 resid = 1.473097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234988(s) Flops=416360448 => 1771.83706402029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255065.624748135 Mflops = 255.065624748135 Gflops = 0.255065624748135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056086 s
InvBiCGStab: k = 94 resid = 9.991064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350353(s) Flops=619776000 => 1769.00440412955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254688.075268054 Mflops = 254.688075268054 Gflops = 0.254688075268054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001135563 Relative Rsd = 4.98150076104689e-07
BICGSTAB_SOLVER_TIME: 0.687711 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045619 s
InvBiCGStab: k = 63 resid = 1.579618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289332(s) Flops=416360448 => 1439.04043797437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207182.170831734 Mflops = 207.182170831734 Gflops = 0.207182170831734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069679 s
InvBiCGStab: k = 74 resid = 1.102454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332021(s) Flops=488540160 => 1471.41343469238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211821.506786468 Mflops = 211.821506786468 Gflops = 0.211821506786468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001009689 Relative Rsd = 4.42931695703464e-07
BICGSTAB_SOLVER_TIME: 0.740822 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050427 s
InvBiCGStab: k = 65 resid = 2.138581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285374(s) Flops=429484032 => 1504.98655098222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216783.328591126 Mflops = 216.783328591126 Gflops = 0.216783328591126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071715 s
InvBiCGStab: k = 85 resid = 6.794754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404692(s) Flops=560719872 => 1385.54721121248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199486.11426238 Mflops = 199.48611426238 Gflops = 0.19948611426238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001163167 Relative Rsd = 5.10259658548572e-07
BICGSTAB_SOLVER_TIME: 0.816903 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04208 s
InvBiCGStab: k = 61 resid = 2.253358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232925(s) Flops=403236864 => 1731.18756681335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249235.791984469 Mflops = 249.235791984469 Gflops = 0.249235791984469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058747 s
InvBiCGStab: k = 88 resid = 9.100383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331252(s) Flops=580405248 => 1752.15620735875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252253.047296468 Mflops = 252.253047296468 Gflops = 0.252253047296468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001052687 Relative Rsd = 4.61794006745014e-07
BICGSTAB_SOLVER_TIME: 0.668882 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120898
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950013(s) Flops=1478983680 => 1556.80362268727 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224163.739083051 Mflops = 224.163739083051 Gflops = 0.224163739083051 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164501000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.097149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735378(s) Flops=1321887744 => 1797.5622659367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258807.543928947 Mflops = 258.807543928947 Gflops = 0.258807543928947 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.087024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.967439(s) Flops=1735280640 => 1793.68481113538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258277.401495794 Mflops = 258.277401495794 Gflops = 0.258277401495794 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002658757 Relative Rsd = 1.17038439032606e-06
BICGSTAB_SOLVER_TIME: 1.706242 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332227999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.107458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.664068(s) Flops=1197213696 => 1802.84804568207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.177151369 Mflops = 259.534177151369 Gflops = 0.259534177151369 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 9.142029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774638(s) Flops=1308764160 => 1689.5171163821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243276.448036117 Mflops = 243.276448036117 Gflops = 0.243276448036117 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001968365 Relative Rsd = 8.64837992533219e-07
BICGSTAB_SOLVER_TIME: 1.442075 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.125628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271912999999997
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.074858(s) Flops=1478983680 => 1375.98052952111 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198142.734346631 Mflops = 198.142734346631 Gflops = 0.198142734346631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164112000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041708 s
InvBiCGStab: k = 28 resid = 2.126912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103919(s) Flops=186697728 => 1796.56971294951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258581.797119264 Mflops = 258.581797119264 Gflops = 0.258581797119264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 49 resid = 5.611567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180085(s) Flops=324495360 => 1801.90110225727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259387.077516675 Mflops = 259.387077516675 Gflops = 0.259387077516675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007340946 Relative Rsd = 3.22033509112221e-07
BICGSTAB_SOLVER_TIME: 0.38646 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041486 s
InvBiCGStab: k = 82 resid = 2.209496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298864(s) Flops=541034496 => 1810.30333529632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260633.154289432 Mflops = 260.633154289432 Gflops = 0.260633154289432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 112 resid = 4.9718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407569(s) Flops=737888256 => 1810.46216959582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260661.703891619 Mflops = 260.661703891619 Gflops = 0.260661703891619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001325916 Relative Rsd = 5.81654262686549e-07
BICGSTAB_SOLVER_TIME: 0.808365 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152711999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 53 resid = 1.621528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193864(s) Flops=350742528 => 1809.21949407832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260456.784233982 Mflops = 260.456784233982 Gflops = 0.260456784233982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056368 s
InvBiCGStab: k = 78 resid = 1.099805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285187(s) Flops=514787328 => 1805.08693594028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259881.146281022 Mflops = 259.881146281022 Gflops = 0.259881146281022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001020492 Relative Rsd = 4.47670612093399e-07
BICGSTAB_SOLVER_TIME: 0.580221 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041234 s
InvBiCGStab: k = 64 resid = 1.895351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234371(s) Flops=422922240 => 1804.49902078329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.698548311 Mflops = 259.794698548311 Gflops = 0.259794698548311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 82 resid = 1.125753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299537(s) Flops=541034496 => 1806.23594414046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260047.604437977 Mflops = 260.047604437977 Gflops = 0.260047604437977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001168494 Relative Rsd = 5.12596126033063e-07
BICGSTAB_SOLVER_TIME: 0.63506 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041893 s
InvBiCGStab: k = 66 resid = 1.930908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241761(s) Flops=436045824 => 1803.6235124772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.38468668 Mflops = 259.67338468668 Gflops = 0.25967338468668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056464 s
InvBiCGStab: k = 81 resid = 1.112579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306436(s) Flops=534472704 => 1744.15768382305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251107.832666782 Mflops = 251.107832666782 Gflops = 0.251107832666782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001108306 Relative Rsd = 4.86192986325637e-07
BICGSTAB_SOLVER_TIME: 0.650835 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119362
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937463(s) Flops=1466671104 => 1564.51092363112 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225294.312616053 Mflops = 225.294312616053 Gflops = 0.225294312616053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162632000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042923 s
InvBiCGStab: k = 30 resid = 2.03332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133438(s) Flops=199821312 => 1497.48431481287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215544.020159812 Mflops = 215.544020159812 Gflops = 0.215544020159812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072418 s
InvBiCGStab: k = 54 resid = 1.14178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237396(s) Flops=357304320 => 1505.09831673659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216683.797928796 Mflops = 216.683797928796 Gflops = 0.216683797928796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007533638 Relative Rsd = 3.30486510495071e-07
BICGSTAB_SOLVER_TIME: 0.49004 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046071 s
InvBiCGStab: k = 68 resid = 2.250322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249728(s) Flops=449169408 => 1798.63454638647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258954.551895018 Mflops = 258.954551895018 Gflops = 0.258954551895018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056767 s
InvBiCGStab: k = 100 resid = 1.005474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366892(s) Flops=659146752 => 1796.56888675687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258656.550643891 Mflops = 258.656550643891 Gflops = 0.258656550643891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001258458 Relative Rsd = 5.52061850735751e-07
BICGSTAB_SOLVER_TIME: 0.723291 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 49 resid = 1.654883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179995(s) Flops=324495360 => 1802.8020778355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259541.566324789 Mflops = 259.541566324789 Gflops = 0.259541566324789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 71 resid = 1.119356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261703(s) Flops=468854784 => 1791.55295888851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257918.635420317 Mflops = 257.918635420317 Gflops = 0.257918635420317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001016293 Relative Rsd = 4.45828494573933e-07
BICGSTAB_SOLVER_TIME: 0.543406 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999830000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 74 resid = 2.203077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270385(s) Flops=488540160 => 1806.8315919892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260132.157812275 Mflops = 260.132157812275 Gflops = 0.260132157812275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055993 s
InvBiCGStab: k = 86 resid = 9.309161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314932(s) Flops=567281664 => 1801.2830198265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259339.532298842 Mflops = 259.339532298842 Gflops = 0.259339532298842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001186412 Relative Rsd = 5.20456647961446e-07
BICGSTAB_SOLVER_TIME: 0.686304 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04451 s
InvBiCGStab: k = 50 resid = 2.211694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195389(s) Flops=331057152 => 1694.34897563322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243905.624258011 Mflops = 243.905624258011 Gflops = 0.243905624258011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059807 s
InvBiCGStab: k = 78 resid = 1.00777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287006(s) Flops=514787328 => 1793.64657184867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258215.686913061 Mflops = 258.215686913061 Gflops = 0.258215686913061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001066127 Relative Rsd = 4.67689896116111e-07
BICGSTAB_SOLVER_TIME: 0.59057 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105575
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911084(s) Flops=1460551680 => 1603.09222859802 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230824.212420416 Mflops = 230.824212420416 Gflops = 0.230824212420416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162084000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04088 s
InvBiCGStab: k = 33 resid = 1.162928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122034(s) Flops=219506688 => 1798.73386105512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258908.634748997 Mflops = 258.908634748997 Gflops = 0.258908634748997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 50 resid = 1.106877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183687(s) Flops=331057152 => 1802.28950333992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259428.765403577 Mflops = 259.428765403577 Gflops = 0.259428765403577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007465006 Relative Rsd = 3.27475776214275e-07
BICGSTAB_SOLVER_TIME: 0.406723 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 53 resid = 2.00901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194539(s) Flops=350742528 => 1802.94197050463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259553.895006603 Mflops = 259.553895006602 Gflops = 0.259553895006602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056726 s
InvBiCGStab: k = 73 resid = 9.594756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328926(s) Flops=481978368 => 1465.30942522026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210964.564978461 Mflops = 210.964564978461 Gflops = 0.210964564978461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001047457 Relative Rsd = 4.59499722429026e-07
BICGSTAB_SOLVER_TIME: 0.625512 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043097 s
InvBiCGStab: k = 59 resid = 1.858477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279434(s) Flops=390113280 => 1396.08379796303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200997.194858021 Mflops = 200.997194858021 Gflops = 0.200997194858021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058466 s
InvBiCGStab: k = 83 resid = 1.07744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380655(s) Flops=547596288 => 1438.56323442487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207119.714595149 Mflops = 207.119714595149 Gflops = 0.207119714595149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001032794 Relative Rsd = 4.53067350993611e-07
BICGSTAB_SOLVER_TIME: 0.765702 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115686
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044168 s
InvBiCGStab: k = 62 resid = 1.978903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317509(s) Flops=409798656 => 1290.66784248635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185819.762506253 Mflops = 185.819762506253 Gflops = 0.185819762506253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057415 s
InvBiCGStab: k = 87 resid = 6.679879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369565(s) Flops=573843456 => 1552.75379432576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223560.376781881 Mflops = 223.560376781881 Gflops = 0.223560376781881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001142474 Relative Rsd = 5.0118164662368e-07
BICGSTAB_SOLVER_TIME: 0.792487 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042089 s
InvBiCGStab: k = 55 resid = 1.636212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203482(s) Flops=363866112 => 1788.19803225838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257427.096596944 Mflops = 257.427096596944 Gflops = 0.257427096596944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056904 s
InvBiCGStab: k = 76 resid = 1.144717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279572(s) Flops=501663744 => 1794.39909576066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258327.820272031 Mflops = 258.327820272031 Gflops = 0.258327820272031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001034144 Relative Rsd = 4.53659549567417e-07
BICGSTAB_SOLVER_TIME: 0.585903 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108121
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907366(s) Flops=1454432256 => 1602.91685604266 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230798.291921532 Mflops = 230.798291921532 Gflops = 0.230798291921532 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161602000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 30 resid = 2.079906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110653(s) Flops=199821312 => 1805.83727508518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.500461213 Mflops = 259.937500461213 Gflops = 0.259937500461213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 44 resid = 1.011619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161238(s) Flops=291686400 => 1809.04253339783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260400.929407611 Mflops = 260.400929407611 Gflops = 0.260400929407611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007084775 Relative Rsd = 3.10795754708413e-07
BICGSTAB_SOLVER_TIME: 0.372998 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0673530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041625 s
InvBiCGStab: k = 63 resid = 2.013849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23261(s) Flops=416360448 => 1789.95076737887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257687.719122516 Mflops = 257.687719122516 Gflops = 0.257687719122516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 88 resid = 8.247026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321156(s) Flops=580405248 => 1807.23775361507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.650995144 Mflops = 260.195650995144 Gflops = 0.260195650995144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001092901 Relative Rsd = 4.79435048668421e-07
BICGSTAB_SOLVER_TIME: 0.655699 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042751 s
InvBiCGStab: k = 52 resid = 1.672796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201209(s) Flops=344180736 => 1710.56332470218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246238.767955256 Mflops = 246.238767955256 Gflops = 0.246238767955256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 79 resid = 8.932804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291515(s) Flops=521349120 => 1788.41267173216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257472.727362922 Mflops = 257.472727362922 Gflops = 0.257472727362922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001053624 Relative Rsd = 4.62204858549624e-07
BICGSTAB_SOLVER_TIME: 0.595916 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041481 s
InvBiCGStab: k = 60 resid = 2.219047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220576(s) Flops=396675072 => 1798.36007543885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258904.665499358 Mflops = 258.904665499358 Gflops = 0.258904665499358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056741 s
InvBiCGStab: k = 82 resid = 2.758019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301526(s) Flops=541034496 => 1794.32120613148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258333.115480793 Mflops = 258.333115480793 Gflops = 0.258333115480793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001085072 Relative Rsd = 4.76000695280199e-07
BICGSTAB_SOLVER_TIME: 0.62425 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059401 s
InvBiCGStab: k = 50 resid = 2.167232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219133(s) Flops=331057152 => 1510.75900024186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217498.152846419 Mflops = 217.498152846419 Gflops = 0.217498152846419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067552 s
InvBiCGStab: k = 82 resid = 6.249795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349287(s) Flops=541034496 => 1548.96831545405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222999.621732097 Mflops = 222.999621732097 Gflops = 0.222999621732097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001084085 Relative Rsd = 4.755676794379e-07
BICGSTAB_SOLVER_TIME: 0.699614 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108466
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099637(s) Flops=1448017920 => 1316.81447604982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189634.067746191 Mflops = 189.634067746191 Gflops = 0.189634067746191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160424000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.251338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834372(s) Flops=1453123584 => 1741.57759848125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250740.473033015 Mflops = 250.740473033015 Gflops = 0.250740473033015 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 1.14989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959213(s) Flops=1722157056 => 1795.38544202383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258520.706634977 Mflops = 258.520706634977 Gflops = 0.258520706634977 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002229161 Relative Rsd = 9.81250356778623e-07
BICGSTAB_SOLVER_TIME: 1.797009 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344577999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.578118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710248(s) Flops=1282516992 => 1805.73122627589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.962894741 Mflops = 259.949962894741 Gflops = 0.259949962894741 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 5.951809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828575(s) Flops=1479370752 => 1785.4397634493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257088.322725113 Mflops = 257.088322725113 Gflops = 0.257088322725113 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002021826 Relative Rsd = 8.88343221527704e-07
BICGSTAB_SOLVER_TIME: 1.5422 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299730999999997
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900513(s) Flops=1448017920 => 1607.99224442068 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231521.388311982 Mflops = 231.521388311982 Gflops = 0.231521388311982 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160727000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.543512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045299 s
InvBiCGStab: k = 28 resid = 1.671986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131321(s) Flops=186697728 => 1421.68981351041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204640.688493016 Mflops = 204.640688493016 Gflops = 0.204640688493016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063602 s
InvBiCGStab: k = 45 resid = 1.106735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209088(s) Flops=298248192 => 1426.42424242424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205282.276915821 Mflops = 205.282276915821 Gflops = 0.205282276915821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007072817 Relative Rsd = 3.1027117177032e-07
BICGSTAB_SOLVER_TIME: 0.454596 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663930000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042247 s
InvBiCGStab: k = 74 resid = 2.057618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271396(s) Flops=488540160 => 1800.10081209745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.058167873 Mflops = 259.158058167873 Gflops = 0.259158058167873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 101 resid = 1.14645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369726(s) Flops=665708544 => 1800.54565813603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259234.553168432 Mflops = 259.234553168432 Gflops = 0.259234553168432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001245968 Relative Rsd = 5.46582583990137e-07
BICGSTAB_SOLVER_TIME: 0.744054 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 59 resid = 1.982518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216716(s) Flops=390113280 => 1800.11295889551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.307663997 Mflops = 259.154307663997 Gflops = 0.259154307663997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056933 s
InvBiCGStab: k = 66 resid = 1.007834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241993(s) Flops=436045824 => 1801.89436884538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259410.019332038 Mflops = 259.410019332038 Gflops = 0.259410019332038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001010489 Relative Rsd = 4.43282592254052e-07
BICGSTAB_SOLVER_TIME: 0.560946 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103933
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 55 resid = 2.195822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201733(s) Flops=363866112 => 1803.70148661845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.487919386 Mflops = 259.661487919386 Gflops = 0.259661487919386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 87 resid = 8.13465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317775(s) Flops=573843456 => 1805.81687042719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.286450675 Mflops = 259.981286450675 Gflops = 0.259981286450675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001135328 Relative Rsd = 4.98046916297938e-07
BICGSTAB_SOLVER_TIME: 0.620667 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115722
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 66 resid = 1.573843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241887(s) Flops=436045824 => 1802.68399707301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.804816704 Mflops = 259.523804816704 Gflops = 0.259523804816704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 81 resid = 1.146746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296127(s) Flops=534472704 => 1804.87663738869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259851.895376816 Mflops = 259.851895376816 Gflops = 0.259851895376816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001105775 Relative Rsd = 4.8508274167278e-07
BICGSTAB_SOLVER_TIME: 0.638572 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119335
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885903(s) Flops=1423171584 => 1606.4643465481 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231304.375857859 Mflops = 231.304375857859 Gflops = 0.231304375857859 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158020000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 30 resid = 2.274508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110567(s) Flops=199821312 => 1807.24187144446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260115.514289409 Mflops = 260.115514289409 Gflops = 0.260115514289409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05611 s
InvBiCGStab: k = 57 resid = 1.01633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209075(s) Flops=376989696 => 1803.13139304077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259572.075403435 Mflops = 259.572075403435 Gflops = 0.259572075403435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007345453 Relative Rsd = 3.22231223563626e-07
BICGSTAB_SOLVER_TIME: 0.420584 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 77 resid = 2.132121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324232(s) Flops=508225536 => 1567.47494386735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225680.806613051 Mflops = 225.680806613051 Gflops = 0.225680806613051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068505 s
InvBiCGStab: k = 102 resid = 1.028853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470057(s) Flops=672270336 => 1430.1889685719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205915.804759198 Mflops = 205.915804759198 Gflops = 0.205915804759198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.00125044 Relative Rsd = 5.48544305602381e-07
BICGSTAB_SOLVER_TIME: 0.90885 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04514 s
InvBiCGStab: k = 50 resid = 2.108273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228865(s) Flops=331057152 => 1446.51716951041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208245.62247393 Mflops = 208.24562247393 Gflops = 0.20824562247393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06632 s
InvBiCGStab: k = 82 resid = 8.400606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370048(s) Flops=541034496 => 1462.06572120374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210504.118686812 Mflops = 210.504118686812 Gflops = 0.210504118686812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001061498 Relative Rsd = 4.65659384276296e-07
BICGSTAB_SOLVER_TIME: 0.714174 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045571 s
InvBiCGStab: k = 58 resid = 2.225192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249131(s) Flops=383551488 => 1539.55745370909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221646.062403702 Mflops = 221.646062403702 Gflops = 0.221646062403702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057077 s
InvBiCGStab: k = 81 resid = 1.1478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296785(s) Flops=534472704 => 1800.8750577017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.247672871 Mflops = 259.267247672871 Gflops = 0.259267247672871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001135404 Relative Rsd = 4.98080468769737e-07
BICGSTAB_SOLVER_TIME: 0.652327 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 64 resid = 2.17418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236118(s) Flops=422922240 => 1791.14781592255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.666682182 Mflops = 257.855666682182 Gflops = 0.257855666682182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 87 resid = 8.95391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335237(s) Flops=573843456 => 1711.75453783443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246439.275717466 Mflops = 246.439275717466 Gflops = 0.246439275717466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001150777 Relative Rsd = 5.04824413463067e-07
BICGSTAB_SOLVER_TIME: 0.67279 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122114
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874267(s) Flops=1392205824 => 1592.42636860364 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229292.036563119 Mflops = 229.292036563119 Gflops = 0.229292036563119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154373000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 25 resid = 2.099269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092501(s) Flops=167012352 => 1805.51942141166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.848041413 Mflops = 259.850848041413 Gflops = 0.259850848041413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 50 resid = 1.073835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183346(s) Flops=331057152 => 1805.64153022155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259921.749126836 Mflops = 259.921749126836 Gflops = 0.259921749126836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007429287 Relative Rsd = 3.25908845139699e-07
BICGSTAB_SOLVER_TIME: 0.377489 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 54 resid = 1.736691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197991(s) Flops=357304320 => 1804.64930224101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259793.841619908 Mflops = 259.793841619908 Gflops = 0.259793841619908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 77 resid = 1.130487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289834(s) Flops=508225536 => 1753.5055790556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252447.214278127 Mflops = 252.447214278127 Gflops = 0.252447214278127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001085284 Relative Rsd = 4.76093641244697e-07
BICGSTAB_SOLVER_TIME: 0.588807 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107812
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041766 s
InvBiCGStab: k = 62 resid = 2.074808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227326(s) Flops=409798656 => 1802.69153550408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.82544206 Mflops = 259.52882544206 Gflops = 0.25952882544206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 75 resid = 1.041877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274227(s) Flops=495101952 => 1805.44567821549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.094674325 Mflops = 259.922094674325 Gflops = 0.259922094674325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001061488 Relative Rsd = 4.65654839116493e-07
BICGSTAB_SOLVER_TIME: 0.603452 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 52 resid = 2.175294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191029(s) Flops=344180736 => 1801.71982264473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259376.851720448 Mflops = 259.376851720448 Gflops = 0.259376851720448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 82 resid = 6.945257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301408(s) Flops=541034496 => 1795.02367554942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258424.309033192 Mflops = 258.424309033192 Gflops = 0.258424309033192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001097884 Relative Rsd = 4.81621117325743e-07
BICGSTAB_SOLVER_TIME: 0.597881 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052171 s
InvBiCGStab: k = 67 resid = 2.205972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319254(s) Flops=442607616 => 1386.38080024056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199610.868785617 Mflops = 199.610868785617 Gflops = 0.199610868785617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06647 s
InvBiCGStab: k = 78 resid = 8.245817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362168(s) Flops=514787328 => 1421.40478451989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204650.978783352 Mflops = 204.650978783352 Gflops = 0.204650978783352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001115411 Relative Rsd = 4.89309638150592e-07
BICGSTAB_SOLVER_TIME: 0.804295 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11783
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001212(s) Flops=1392205824 => 1390.52051313808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200224.892550188 Mflops = 200.224892550188 Gflops = 0.200224892550188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154209000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 25 resid = 1.855852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092405(s) Flops=167012352 => 1807.39518424328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260135.370719902 Mflops = 260.135370719902 Gflops = 0.260135370719902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056127 s
InvBiCGStab: k = 48 resid = 9.228426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177654(s) Flops=317933568 => 1789.6223445574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257597.61366909 Mflops = 257.59761366909 Gflops = 0.25759761366909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000733379 Relative Rsd = 3.21719561135982e-07
BICGSTAB_SOLVER_TIME: 0.371006 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040672 s
InvBiCGStab: k = 51 resid = 1.75116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188706(s) Flops=337618944 => 1789.12670503323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257559.585362209 Mflops = 257.559585362209 Gflops = 0.257559585362209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056891 s
InvBiCGStab: k = 84 resid = 1.03442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308757(s) Flops=554158080 => 1794.80329190917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258399.693147399 Mflops = 258.399693147399 Gflops = 0.258399693147399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001131051 Relative Rsd = 4.96170990960615e-07
BICGSTAB_SOLVER_TIME: 0.598702 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 48 resid = 1.996467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176232(s) Flops=317933568 => 1804.06264469563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.564041857 Mflops = 259.692564041857 Gflops = 0.259692564041857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055729 s
InvBiCGStab: k = 75 resid = 8.809604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273684(s) Flops=495101952 => 1809.02775463673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260443.104503575 Mflops = 260.443104503575 Gflops = 0.260443104503575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001016514 Relative Rsd = 4.45925781421389e-07
BICGSTAB_SOLVER_TIME: 0.550697 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 67 resid = 2.214986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245402(s) Flops=442607616 => 1803.60231782952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.43836191 Mflops = 259.65743836191 Gflops = 0.25965743836191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 84 resid = 9.952588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306494(s) Flops=554158080 => 1808.05523109751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260307.314105705 Mflops = 260.307314105705 Gflops = 0.260307314105705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001198031 Relative Rsd = 5.25553610591545e-07
BICGSTAB_SOLVER_TIME: 0.653462 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 57 resid = 2.115814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208054(s) Flops=376989696 => 1811.98004364252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260858.335445569 Mflops = 260.858335445569 Gflops = 0.260858335445569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 81 resid = 1.078867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309056(s) Flops=534472704 => 1729.37171256989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248983.097012614 Mflops = 248.983097012614 Gflops = 0.248983097012614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001046265 Relative Rsd = 4.58976824774904e-07
BICGSTAB_SOLVER_TIME: 0.618856 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113087
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87985(s) Flops=1410859008 => 1603.52220037506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230881.617083697 Mflops = 230.881617083697 Gflops = 0.230881617083697 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156344000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.52103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.256937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863076(s) Flops=1459685376 => 1691.25937460896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243481.217443648 Mflops = 243.481217443648 Gflops = 0.243481217443648 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 6.986243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.028405(s) Flops=1531865088 => 1489.55429816074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214486.096194941 Mflops = 214.486096194941 Gflops = 0.214486096194941 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002210836 Relative Rsd = 9.73130550198709e-07
BICGSTAB_SOLVER_TIME: 1.894863 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.11586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001881
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324530999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.201685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.655848(s) Flops=1177528320 => 1795.42869689318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258535.583619024 Mflops = 258.535583619024 Gflops = 0.258535583619024 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 3.68284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769163(s) Flops=1387505664 => 1803.91628822499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.899981345 Mflops = 259.747899981345 Gflops = 0.259747899981345 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.002014765 Relative Rsd = 8.85243336369473e-07
BICGSTAB_SOLVER_TIME: 1.428447 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.11517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001882
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278390999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880472(s) Flops=1410859008 => 1602.38940931682 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230729.267754683 Mflops = 230.729267754683 Gflops = 0.230729267754683 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156513000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040909 s
InvBiCGStab: k = 25 resid = 2.188448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092911(s) Flops=167012352 => 1797.55197985169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258688.725217179 Mflops = 258.688725217179 Gflops = 0.258688725217179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062681 s
InvBiCGStab: k = 58 resid = 7.891846e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216208(s) Flops=383551488 => 1773.99304373566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255372.753318271 Mflops = 255.372753318271 Gflops = 0.255372753318271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007328314 Relative Rsd = 3.21479331566201e-07
BICGSTAB_SOLVER_TIME: 0.416633 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040848 s
InvBiCGStab: k = 78 resid = 2.204439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284988(s) Flops=514787328 => 1806.34738304771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.453292548 Mflops = 260.063453292548 Gflops = 0.260063453292548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 112 resid = 1.101724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408441(s) Flops=737888256 => 1806.59692832012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260114.227995823 Mflops = 260.114227995823 Gflops = 0.260114227995823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001276111 Relative Rsd = 5.5980578165482e-07
BICGSTAB_SOLVER_TIME: 0.794161 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150210999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 49 resid = 1.832982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180029(s) Flops=324495360 => 1802.46160340834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.520011612 Mflops = 259.475520011612 Gflops = 0.259475520011612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056996 s
InvBiCGStab: k = 83 resid = 8.63149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356123(s) Flops=547596288 => 1537.6605498662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221375.375142563 Mflops = 221.375375142563 Gflops = 0.221375375142563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001038971 Relative Rsd = 4.5577693013559e-07
BICGSTAB_SOLVER_TIME: 0.641616 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043784 s
InvBiCGStab: k = 82 resid = 1.317075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382747(s) Flops=541034496 => 1413.55646419175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203529.099090817 Mflops = 203.529099090817 Gflops = 0.203529099090817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060787 s
InvBiCGStab: k = 80 resid = 1.090692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337715(s) Flops=527910912 => 1563.18467346727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225054.633578031 Mflops = 225.054633578031 Gflops = 0.225054633578031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001156044 Relative Rsd = 5.07134631372969e-07
BICGSTAB_SOLVER_TIME: 0.828986 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057349 s
InvBiCGStab: k = 51 resid = 1.749147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247612(s) Flops=337618944 => 1363.49992730562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196285.082813674 Mflops = 196.285082813674 Gflops = 0.196285082813674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070559 s
InvBiCGStab: k = 88 resid = 7.265724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323358(s) Flops=580405248 => 1794.93084445104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258423.605793392 Mflops = 258.423605793392 Gflops = 0.258423605793392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001124702 Relative Rsd = 4.93385471901489e-07
BICGSTAB_SOLVER_TIME: 0.702816 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113534
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889407(s) Flops=1423171584 => 1600.13535310606 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230400.28004702 Mflops = 230.40028004702 Gflops = 0.23040028004702 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158027000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 34 resid = 2.192194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125159(s) Flops=226068480 => 1806.25028963159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259995.152251262 Mflops = 259.995152251262 Gflops = 0.259995152251262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 42 resid = 9.204467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154159(s) Flops=278562816 => 1806.98380243774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.83856034 Mflops = 260.09283856034 Gflops = 0.26009283856034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007280046 Relative Rsd = 3.19361925463422e-07
BICGSTAB_SOLVER_TIME: 0.380612 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0688110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043468 s
InvBiCGStab: k = 82 resid = 1.891249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301215(s) Flops=541034496 => 1796.17381604502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.228358193 Mflops = 258.608228358193 Gflops = 0.258608228358193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056435 s
InvBiCGStab: k = 97 resid = 9.803022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353727(s) Flops=639461376 => 1807.78220492074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260271.078648355 Mflops = 260.271078648355 Gflops = 0.260271078648355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001242509 Relative Rsd = 5.45065368792726e-07
BICGSTAB_SOLVER_TIME: 0.758713 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141893
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043186 s
InvBiCGStab: k = 58 resid = 1.910806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211984(s) Flops=383551488 => 1809.34168616499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260472.792846351 Mflops = 260.472792846351 Gflops = 0.260472792846351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056406 s
InvBiCGStab: k = 70 resid = 1.034961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277322(s) Flops=462292992 => 1666.98996834005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239987.704051785 Mflops = 239.987704051785 Gflops = 0.239987704051785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00100881 Relative Rsd = 4.42545918881584e-07
BICGSTAB_SOLVER_TIME: 0.592817 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 55 resid = 1.912327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20209(s) Flops=363866112 => 1800.51517640655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259199.812952118 Mflops = 259.199812952118 Gflops = 0.259199812952118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 85 resid = 8.548492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310741(s) Flops=560719872 => 1804.46053787559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259780.523017282 Mflops = 259.780523017282 Gflops = 0.259780523017282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001123471 Relative Rsd = 4.92845568200017e-07
BICGSTAB_SOLVER_TIME: 0.613747 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040675 s
InvBiCGStab: k = 52 resid = 2.271499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189768(s) Flops=344180736 => 1813.69217149361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261100.374978501 Mflops = 261.100374978501 Gflops = 0.261100374978501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 79 resid = 9.049108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289039(s) Flops=521349120 => 1803.73278346521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.403889807 Mflops = 259.664403889807 Gflops = 0.259664403889807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001109904 Relative Rsd = 4.86893962319432e-07
BICGSTAB_SOLVER_TIME: 0.580314 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107925
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.06515(s) Flops=1423392768 => 1336.33081537812 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192421.0532753 Mflops = 192.4210532753 Gflops = 0.1924210532753 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157550000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.47083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041157 s
InvBiCGStab: k = 26 resid = 1.86113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09705(s) Flops=173574144 => 1788.50225656878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257387.924820097 Mflops = 257.387924820097 Gflops = 0.257387924820097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 54 resid = 6.842658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199601(s) Flops=357304320 => 1790.09283520624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257676.627468132 Mflops = 257.676627468132 Gflops = 0.257676627468132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007488678 Relative Rsd = 3.28514217556096e-07
BICGSTAB_SOLVER_TIME: 0.397692 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0416 s
InvBiCGStab: k = 53 resid = 1.71631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194321(s) Flops=350742528 => 1804.9646101039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.364755709 Mflops = 259.857364755709 Gflops = 0.259857364755709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 66 resid = 9.073523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240552(s) Flops=436045824 => 1812.68841664172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260969.610998796 Mflops = 260.969610998796 Gflops = 0.260969610998796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001028001 Relative Rsd = 4.50964576219859e-07
BICGSTAB_SOLVER_TIME: 0.53683 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991420000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04153 s
InvBiCGStab: k = 53 resid = 1.692622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195008(s) Flops=350742528 => 1798.60584181162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258931.348631602 Mflops = 258.931348631602 Gflops = 0.258931348631602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055594 s
InvBiCGStab: k = 74 resid = 9.181875e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27074(s) Flops=488540160 => 1804.46243628574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.390437878 Mflops = 259.787390437878 Gflops = 0.259787390437878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009957333 Relative Rsd = 4.3680946758805e-07
BICGSTAB_SOLVER_TIME: 0.566661 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041748 s
InvBiCGStab: k = 70 resid = 2.228533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255517(s) Flops=462292992 => 1809.24553747892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260477.073901637 Mflops = 260.477073901637 Gflops = 0.260477073901637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 81 resid = 9.867838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295517(s) Flops=534472704 => 1808.60222592947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260384.495347577 Mflops = 260.384495347577 Gflops = 0.260384495347577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001048081 Relative Rsd = 4.59773300193761e-07
BICGSTAB_SOLVER_TIME: 0.653103 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040658 s
InvBiCGStab: k = 60 resid = 1.064863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219748(s) Flops=396675072 => 1805.13621056847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.942425673 Mflops = 259.870942425673 Gflops = 0.259870942425673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 77 resid = 1.113578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286661(s) Flops=508225536 => 1772.91482273487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255243.997809208 Mflops = 255.243997809208 Gflops = 0.255243997809208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001061923 Relative Rsd = 4.65845480482138e-07
BICGSTAB_SOLVER_TIME: 0.607276 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112392
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893427(s) Flops=1423540224 => 1593.34811238075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229493.116790983 Mflops = 229.493116790983 Gflops = 0.229493116790983 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158000000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045207 s
InvBiCGStab: k = 34 resid = 1.215179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167482(s) Flops=226068480 => 1349.80762111749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194330.413990817 Mflops = 194.330413990817 Gflops = 0.194330413990817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083076 s
InvBiCGStab: k = 43 resid = 1.101872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195701(s) Flops=285124608 => 1456.93996453774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209741.570476309 Mflops = 209.741570476309 Gflops = 0.209741570476309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007274998 Relative Rsd = 3.1914046382878e-07
BICGSTAB_SOLVER_TIME: 0.495357 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0694040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046372 s
InvBiCGStab: k = 54 resid = 2.036727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226518(s) Flops=357304320 => 1577.37716207983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227061.430788666 Mflops = 227.061430788666 Gflops = 0.227061430788666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079017 s
InvBiCGStab: k = 81 resid = 1.104648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346171(s) Flops=534472704 => 1543.95574441533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222290.96944198 Mflops = 222.29096944198 Gflops = 0.22229096944198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001081264 Relative Rsd = 4.74330170310576e-07
BICGSTAB_SOLVER_TIME: 0.701995 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041665 s
InvBiCGStab: k = 48 resid = 1.838228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177197(s) Flops=317933568 => 1794.23787084431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258305.253129439 Mflops = 258.305253129439 Gflops = 0.258305253129439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 63 resid = 9.586109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231725(s) Flops=416360448 => 1796.78691552487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258672.826894868 Mflops = 258.672826894868 Gflops = 0.258672826894868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009885007 Relative Rsd = 4.33636639630705e-07
BICGSTAB_SOLVER_TIME: 0.510913 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934310000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041694 s
InvBiCGStab: k = 55 resid = 2.264402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20223(s) Flops=363866112 => 1799.26871384068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259041.154364177 Mflops = 259.041154364177 Gflops = 0.259041154364177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 82 resid = 1.08229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301589(s) Flops=541034496 => 1793.94638398615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258279.578032573 Mflops = 258.279578032573 Gflops = 0.258279578032573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001095418 Relative Rsd = 4.80539267154349e-07
BICGSTAB_SOLVER_TIME: 0.605283 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041952 s
InvBiCGStab: k = 50 resid = 2.146977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183297(s) Flops=331057152 => 1806.12422461906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260018.723731531 Mflops = 260.01872373153 Gflops = 0.260018723731531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 81 resid = 1.010435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296937(s) Flops=534472704 => 1799.9532021944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259135.451288801 Mflops = 259.135451288801 Gflops = 0.259135451288801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00104086 Relative Rsd = 4.56605630226754e-07
BICGSTAB_SOLVER_TIME: 0.582292 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107772
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901194(s) Flops=1436000256 => 1593.44187378078 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229434.923268382 Mflops = 229.434923268382 Gflops = 0.229434923268382 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159203000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.077816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676125(s) Flops=1223460864 => 1809.51874875208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260506.031735092 Mflops = 260.506031735092 Gflops = 0.260506031735092 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.087704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880342(s) Flops=1590921216 => 1807.16268904585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.764536842 Mflops = 260.217764536842 Gflops = 0.260217764536842 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002396148 Relative Rsd = 1.05463732031644e-06
BICGSTAB_SOLVER_TIME: 1.559885 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.11657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305409999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.20118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964089(s) Flops=1413752832 => 1466.41319629204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211178.978541522 Mflops = 211.178978541522 Gflops = 0.211178978541522 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 9.886214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.079098(s) Flops=1597483008 => 1480.38733090044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213167.868461566 Mflops = 213.167868461566 Gflops = 0.213167868461566 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.00225874 Relative Rsd = 9.92435347766914e-07
BICGSTAB_SOLVER_TIME: 2.046566 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327051999999999
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897952(s) Flops=1436000256 => 1599.1948968319 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230249.777522005 Mflops = 230.249777522005 Gflops = 0.230249777522005 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159202000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040704 s
InvBiCGStab: k = 26 resid = 2.107053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096717(s) Flops=173574144 => 1794.66013213809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258286.016802426 Mflops = 258.286016802426 Gflops = 0.258286016802426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 51 resid = 9.342278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18743(s) Flops=337618944 => 1801.30685589287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.603826026 Mflops = 259.303603826026 Gflops = 0.259303603826026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0006943153 Relative Rsd = 3.04583057485247e-07
BICGSTAB_SOLVER_TIME: 0.385165 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04145 s
InvBiCGStab: k = 72 resid = 2.068602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262907(s) Flops=475416576 => 1808.30702872118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260339.198233745 Mflops = 260.339198233745 Gflops = 0.260339198233745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 103 resid = 1.150934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377051(s) Flops=678832128 => 1800.37217246473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259211.681035339 Mflops = 259.211681035339 Gflops = 0.259211681035339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001266754 Relative Rsd = 5.5570109379956e-07
BICGSTAB_SOLVER_TIME: 0.74137 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 48 resid = 2.065628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176099(s) Flops=317933568 => 1805.42517561145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259911.15947277 Mflops = 259.91115947277 Gflops = 0.25991115947277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05582 s
InvBiCGStab: k = 70 resid = 1.14429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256208(s) Flops=462292992 => 1804.36595266346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.378407223 Mflops = 259.766378407223 Gflops = 0.259766378407223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009959576 Relative Rsd = 4.36907877958154e-07
BICGSTAB_SOLVER_TIME: 0.533106 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0987810000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 61 resid = 2.034433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223808(s) Flops=403236864 => 1801.70889333715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259387.721609015 Mflops = 259.387721609015 Gflops = 0.259387721609015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 79 resid = 8.912778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288725(s) Flops=521349120 => 1805.69441510087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259958.139556501 Mflops = 259.958139556501 Gflops = 0.259958139556501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001103542 Relative Rsd = 4.84103234200757e-07
BICGSTAB_SOLVER_TIME: 0.613411 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041901 s
InvBiCGStab: k = 53 resid = 1.826061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194003(s) Flops=350742528 => 1807.9232176822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260275.45646244 Mflops = 260.27545646244 Gflops = 0.26027545646244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 82 resid = 9.865355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301064(s) Flops=541034496 => 1797.07469508144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258725.761835954 Mflops = 258.725761835954 Gflops = 0.258725761835954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001069922 Relative Rsd = 4.69354445988015e-07
BICGSTAB_SOLVER_TIME: 0.597133 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110745
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.177074(s) Flops=1448460288 => 1230.56009052957 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  177249.489345175 Mflops = 177.249489345175 Gflops = 0.177249489345175 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160424000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.46439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 31 resid = 1.50129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115756(s) Flops=206383104 => 1782.9149590518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256649.636460144 Mflops = 256.649636460144 Gflops = 0.256649636460144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 49 resid = 8.266964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180723(s) Flops=324495360 => 1795.53991467605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258468.222120468 Mflops = 258.468222120468 Gflops = 0.258468222120468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007497947 Relative Rsd = 3.28920830616171e-07
BICGSTAB_SOLVER_TIME: 0.397898 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 80 resid = 2.16329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292602(s) Flops=527910912 => 1804.19447577255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.885591221 Mflops = 259.765885591221 Gflops = 0.259765885591221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 103 resid = 1.14686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376017(s) Flops=678832128 => 1805.32297209967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259926.232438115 Mflops = 259.926232438115 Gflops = 0.259926232438115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.00125041 Relative Rsd = 5.48531436161143e-07
BICGSTAB_SOLVER_TIME: 0.770102 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040763 s
InvBiCGStab: k = 51 resid = 2.174083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188893(s) Flops=337618944 => 1787.35550814482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257307.971758941 Mflops = 257.307971758941 Gflops = 0.257307971758941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 72 resid = 1.027278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263604(s) Flops=475416576 => 1803.52565211454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259652.971267942 Mflops = 259.652971267942 Gflops = 0.259652971267942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001043635 Relative Rsd = 4.57823222361685e-07
BICGSTAB_SOLVER_TIME: 0.55317 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 54 resid = 2.228845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200724(s) Flops=357304320 => 1780.07771865846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256262.702566512 Mflops = 256.262702566512 Gflops = 0.256262702566512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057718 s
InvBiCGStab: k = 90 resid = 6.544487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331403(s) Flops=593528832 => 1790.95793339227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257849.551848037 Mflops = 257.849551848037 Gflops = 0.257849551848037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001121189 Relative Rsd = 4.91844662728474e-07
BICGSTAB_SOLVER_TIME: 0.634758 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 48 resid = 2.175272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175781(s) Flops=317933568 => 1808.69131476098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260383.399722224 Mflops = 260.383399722224 Gflops = 0.260383399722224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055919 s
InvBiCGStab: k = 82 resid = 3.944492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300275(s) Flops=541034496 => 1801.7966730497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259402.808531033 Mflops = 259.402808531033 Gflops = 0.259402808531033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045492 Relative Rsd = 4.58637878419752e-07
BICGSTAB_SOLVER_TIME: 0.577128 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107187
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915698(s) Flops=1460994048 => 1595.49769465479 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229744.999339336 Mflops = 229.744999339336 Gflops = 0.229744999339336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162313000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046542 s
InvBiCGStab: k = 28 resid = 1.934802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123288(s) Flops=186697728 => 1514.32197780806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217946.011747431 Mflops = 217.946011747431 Gflops = 0.217946011747431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064379 s
InvBiCGStab: k = 48 resid = 1.099761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210751(s) Flops=317933568 => 1508.57442194818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217129.145794152 Mflops = 217.129145794152 Gflops = 0.217129145794152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007089094 Relative Rsd = 3.10985221482199e-07
BICGSTAB_SOLVER_TIME: 0.45117 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043388 s
InvBiCGStab: k = 49 resid = 2.253958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195679(s) Flops=324495360 => 1658.30446803183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238741.296468576 Mflops = 238.741296468576 Gflops = 0.238741296468576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071021 s
InvBiCGStab: k = 81 resid = 7.915868e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34964(s) Flops=534472704 => 1528.63718110056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220088.346532737 Mflops = 220.088346532737 Gflops = 0.220088346532737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001067887 Relative Rsd = 4.68462113659618e-07
BICGSTAB_SOLVER_TIME: 0.663577 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10701
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041899 s
InvBiCGStab: k = 51 resid = 1.68376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187654(s) Flops=337618944 => 1799.15666066271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.026361843 Mflops = 258.988026361843 Gflops = 0.258988026361843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 81 resid = 9.164748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297508(s) Flops=534472704 => 1796.49859499576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.211433364 Mflops = 258.639211433364 Gflops = 0.258639211433364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001039913 Relative Rsd = 4.56190284331552e-07
BICGSTAB_SOLVER_TIME: 0.587526 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108812
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04089 s
InvBiCGStab: k = 55 resid = 2.237688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204433(s) Flops=363866112 => 1779.87953021283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256217.654152514 Mflops = 256.217654152514 Gflops = 0.256217654152514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 77 resid = 9.294399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28239(s) Flops=508225536 => 1799.72922553915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259106.873164469 Mflops = 259.106873164469 Gflops = 0.259106873164469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001083354 Relative Rsd = 4.75246811583535e-07
BICGSTAB_SOLVER_TIME: 0.588014 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 51 resid = 2.213201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187408(s) Flops=337618944 => 1801.51831298557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259346.417131427 Mflops = 259.346417131427 Gflops = 0.259346417131427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058165 s
InvBiCGStab: k = 78 resid = 6.58022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285257(s) Flops=514787328 => 1804.6439806911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259812.206807256 Mflops = 259.812206807256 Gflops = 0.259812206807256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001065007 Relative Rsd = 4.67198354957705e-07
BICGSTAB_SOLVER_TIME: 0.575555 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106444
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913072(s) Flops=1467408384 => 1607.11136033084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231485.819045146 Mflops = 231.485819045146 Gflops = 0.231485819045146 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163015000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042943 s
InvBiCGStab: k = 28 resid = 1.957556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111807(s) Flops=186697728 => 1669.8214601948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240354.343868243 Mflops = 240.354343868243 Gflops = 0.240354343868243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 49 resid = 9.089224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179697(s) Flops=324495360 => 1805.7917494449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.449191742 Mflops = 259.923449191742 Gflops = 0.259923449191742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000745251 Relative Rsd = 3.26927573765972e-07
BICGSTAB_SOLVER_TIME: 0.394371 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041925 s
InvBiCGStab: k = 50 resid = 2.26099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183638(s) Flops=331057152 => 1802.77040699637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.07412617 Mflops = 259.506074126169 Gflops = 0.259506074126169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056386 s
InvBiCGStab: k = 88 resid = 1.146969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321318(s) Flops=580405248 => 1806.32659234777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.035543303 Mflops = 260.064035543303 Gflops = 0.260064035543303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001142806 Relative Rsd = 5.01327347083413e-07
BICGSTAB_SOLVER_TIME: 0.607012 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112867
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 55 resid = 1.494013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201492(s) Flops=363866112 => 1805.85885295694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.186248764 Mflops = 259.981186248764 Gflops = 0.259981186248764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056657 s
InvBiCGStab: k = 70 resid = 9.615862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303509(s) Flops=462292992 => 1523.16073658442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219288.699739263 Mflops = 219.288699739263 Gflops = 0.219288699739263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001029226 Relative Rsd = 4.51502130737613e-07
BICGSTAB_SOLVER_TIME: 0.606645 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103798
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049641 s
InvBiCGStab: k = 56 resid = 1.618626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252313(s) Flops=370427904 => 1468.12849119942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211359.997238935 Mflops = 211.359997238935 Gflops = 0.211359997238935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066953 s
InvBiCGStab: k = 80 resid = 9.59623e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359034(s) Flops=527910912 => 1470.36467855412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211692.796631349 Mflops = 211.692796631349 Gflops = 0.211692796631349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001120703 Relative Rsd = 4.91631142356184e-07
BICGSTAB_SOLVER_TIME: 0.732499 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 48 resid = 2.134522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193259(s) Flops=317933568 => 1645.11649134064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236694.248088378 Mflops = 236.694248088378 Gflops = 0.236694248088378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079466 s
InvBiCGStab: k = 80 resid = 8.285086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342816(s) Flops=527910912 => 1539.92495099412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221720.515448438 Mflops = 221.720515448438 Gflops = 0.221720515448438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001114505 Relative Rsd = 4.88912575033023e-07
BICGSTAB_SOLVER_TIME: 0.66073 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105798
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919358(s) Flops=1473748992 => 1603.01970723048 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230811.496598582 Mflops = 230.811496598582 Gflops = 0.230811496598582 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163732000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 2.09557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884028(s) Flops=1597483008 => 1807.05023822775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260162.176946705 Mflops = 260.162176946705 Gflops = 0.260162176946705 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 7.977156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770393(s) Flops=1374382080 => 1784.00125650155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256882.695002546 Mflops = 256.882695002546 Gflops = 0.256882695002546 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002789514 Relative Rsd = 1.22771297387846e-06
BICGSTAB_SOLVER_TIME: 1.657752 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322560999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.527678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.625133(s) Flops=1111910400 => 1778.67813729238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256042.497395864 Mflops = 256.042497395864 Gflops = 0.256042497395864 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.102352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79994(s) Flops=1446561792 => 1808.3378653399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260387.315811211 Mflops = 260.387315811211 Gflops = 0.260387315811211 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.002096262 Relative Rsd = 9.21034304918435e-07
BICGSTAB_SOLVER_TIME: 1.428459 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277984999999998
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057305(s) Flops=1473748992 => 1393.87309432945 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200719.375017955 Mflops = 200.719375017955 Gflops = 0.200719375017955 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163404000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.464499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 32 resid = 1.814596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11889(s) Flops=212944896 => 1791.10855412566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257808.167614133 Mflops = 257.808167614133 Gflops = 0.257808167614133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 48 resid = 1.138353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17674(s) Flops=317933568 => 1798.87726604051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258948.32255922 Mflops = 258.94832255922 Gflops = 0.25894832255922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007507095 Relative Rsd = 3.29322132478276e-07
BICGSTAB_SOLVER_TIME: 0.397159 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 81 resid = 2.221327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29772(s) Flops=534472704 => 1795.21934703748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258460.336136359 Mflops = 258.460336136359 Gflops = 0.258460336136359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056212 s
InvBiCGStab: k = 112 resid = 1.101913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408653(s) Flops=737888256 => 1805.65970640127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259971.963703776 Mflops = 259.971963703776 Gflops = 0.259971963703776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001313585 Relative Rsd = 5.76245216106422e-07
BICGSTAB_SOLVER_TIME: 0.807508 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151926999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041477 s
InvBiCGStab: k = 53 resid = 1.823693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194351(s) Flops=350742528 => 1804.68599595577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259796.742196312 Mflops = 259.796742196312 Gflops = 0.259796742196312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 76 resid = 4.276967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277827(s) Flops=501663744 => 1805.66951376216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.75979283 Mflops = 259.95475979283 Gflops = 0.25995475979283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001008887 Relative Rsd = 4.42579624561017e-07
BICGSTAB_SOLVER_TIME: 0.573823 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041664 s
InvBiCGStab: k = 67 resid = 1.944068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245278(s) Flops=442607616 => 1804.51412682752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.66179618 Mflops = 259.78566179618 Gflops = 0.25978566179618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 88 resid = 1.127501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322065(s) Flops=580405248 => 1802.13698477016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259457.588146893 Mflops = 259.457588146893 Gflops = 0.259457588146893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001153818 Relative Rsd = 5.06158443399678e-07
BICGSTAB_SOLVER_TIME: 0.669078 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 62 resid = 2.25554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227391(s) Flops=409798656 => 1802.17623388788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.714199815 Mflops = 259.461714199815 Gflops = 0.259461714199815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 75 resid = 1.081573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274346(s) Flops=495101952 => 1804.66255021032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259807.859236883 Mflops = 259.807859236883 Gflops = 0.259807859236882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001075737 Relative Rsd = 4.71905455229023e-07
BICGSTAB_SOLVER_TIME: 0.603372 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112312
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933552(s) Flops=1479942144 => 1585.28088847756 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228310.447897692 Mflops = 228.310447897692 Gflops = 0.228310447897692 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164126000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045404 s
InvBiCGStab: k = 25 resid = 2.126109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102079(s) Flops=167012352 => 1636.10881768042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235376.231328016 Mflops = 235.376231328016 Gflops = 0.235376231328016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061843 s
InvBiCGStab: k = 44 resid = 8.562669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186477(s) Flops=291686400 => 1564.19504818289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225151.311191386 Mflops = 225.151311191386 Gflops = 0.225151311191386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007040332 Relative Rsd = 3.08846110964633e-07
BICGSTAB_SOLVER_TIME: 0.400502 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049527 s
InvBiCGStab: k = 81 resid = 2.115918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372389(s) Flops=534472704 => 1435.25373735529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206620.591698145 Mflops = 206.620591698145 Gflops = 0.206620591698145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06439 s
InvBiCGStab: k = 104 resid = 1.132439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4536(s) Flops=685393920 => 1511.00952380952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217555.774904127 Mflops = 217.555774904127 Gflops = 0.217555774904127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001302554 Relative Rsd = 5.71405948716355e-07
BICGSTAB_SOLVER_TIME: 0.943808 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042343 s
InvBiCGStab: k = 59 resid = 1.942893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217805(s) Flops=390113280 => 1791.11260072083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.076615928 Mflops = 257.855076615928 Gflops = 0.257855076615928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 72 resid = 5.344227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264927(s) Flops=475416576 => 1794.51915433308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258352.193250169 Mflops = 258.352193250169 Gflops = 0.258352193250169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001059789 Relative Rsd = 4.64909381839688e-07
BICGSTAB_SOLVER_TIME: 0.585147 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 66 resid = 2.239696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242472(s) Flops=436045824 => 1798.33475205385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258901.885478261 Mflops = 258.901885478261 Gflops = 0.258901885478261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 90 resid = 1.115803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332007(s) Flops=593528832 => 1787.69975331845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257380.630571557 Mflops = 257.380630571557 Gflops = 0.257380630571557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001162092 Relative Rsd = 5.09787727967291e-07
BICGSTAB_SOLVER_TIME: 0.675412 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 54 resid = 2.231447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197971(s) Flops=357304320 => 1804.83161675195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.013770583 Mflops = 259.827013770583 Gflops = 0.259827013770583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 80 resid = 9.07424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292811(s) Flops=527910912 => 1802.90669407912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.348911881 Mflops = 259.566348911881 Gflops = 0.259566348911881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001104317 Relative Rsd = 4.84443253009345e-07
BICGSTAB_SOLVER_TIME: 0.591544 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110126
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923722(s) Flops=1486356480 => 1609.09503075601 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231708.107783434 Mflops = 231.708107783434 Gflops = 0.231708107783434 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165367000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043229 s
InvBiCGStab: k = 31 resid = 1.995853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122584(s) Flops=206383104 => 1683.60556026888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242335.016389093 Mflops = 242.335016389093 Gflops = 0.242335016389093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 47 resid = 1.011783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172626(s) Flops=311371776 => 1803.73626220847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.107049326 Mflops = 259.624107049326 Gflops = 0.259624107049326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007166964 Relative Rsd = 3.14401215488972e-07
BICGSTAB_SOLVER_TIME: 0.398525 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040709 s
InvBiCGStab: k = 54 resid = 1.930966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197891(s) Flops=357304320 => 1805.56124331071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.07561189 Mflops = 259.92507561189 Gflops = 0.25992507561189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056152 s
InvBiCGStab: k = 71 resid = 1.07649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259518(s) Flops=468854784 => 1806.63685755901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.380615549 Mflops = 260.092380615549 Gflops = 0.260092380615549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001049528 Relative Rsd = 4.60408192628182e-07
BICGSTAB_SOLVER_TIME: 0.558055 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 47 resid = 2.234852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17203(s) Flops=311371776 => 1809.98532814044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260554.006980663 Mflops = 260.554006980663 Gflops = 0.260554006980663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 73 resid = 1.032006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293598(s) Flops=481978368 => 1641.62687756729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236336.368928124 Mflops = 236.336368928124 Gflops = 0.236336368928124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001034662 Relative Rsd = 4.53886705419114e-07
BICGSTAB_SOLVER_TIME: 0.567151 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046143 s
InvBiCGStab: k = 61 resid = 2.029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259563(s) Flops=403236864 => 1553.52212757596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223662.211168984 Mflops = 223.662211168984 Gflops = 0.223662211168984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064221 s
InvBiCGStab: k = 92 resid = 8.197503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414837(s) Flops=606652416 => 1462.38743410062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210553.474599549 Mflops = 210.553474599549 Gflops = 0.210553474599549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001079327 Relative Rsd = 4.73480582912006e-07
BICGSTAB_SOLVER_TIME: 0.789389 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044905 s
InvBiCGStab: k = 52 resid = 1.215696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223159(s) Flops=344180736 => 1542.31169704112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222059.182385065 Mflops = 222.059182385065 Gflops = 0.222059182385065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079284 s
InvBiCGStab: k = 85 resid = 5.218732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32824(s) Flops=560719872 => 1708.26185717767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245948.189354839 Mflops = 245.948189354839 Gflops = 0.245948189354839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001045429 Relative Rsd = 4.58610147838036e-07
BICGSTAB_SOLVER_TIME: 0.679468 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001835
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112265
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935489(s) Flops=1498669056 => 1602.01675914949 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230714.32415128 Mflops = 230.71432415128 Gflops = 0.23071432415128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166496000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040514 s
InvBiCGStab: k = 32 resid = 1.619851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118139(s) Flops=212944896 => 1802.49448530968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259448.042828214 Mflops = 259.448042828214 Gflops = 0.259448042828214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 56 resid = 9.378861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205305(s) Flops=370427904 => 1804.28096734127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.914994502 Mflops = 259.729914994502 Gflops = 0.259729914994502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007467583 Relative Rsd = 3.27588817913405e-07
BICGSTAB_SOLVER_TIME: 0.424166 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040981 s
InvBiCGStab: k = 56 resid = 1.947971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205536(s) Flops=370427904 => 1802.25315273237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259474.720226822 Mflops = 259.474720226822 Gflops = 0.259474720226822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056479 s
InvBiCGStab: k = 82 resid = 1.13514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299423(s) Flops=541034496 => 1806.92363646079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260145.869873699 Mflops = 260.145869873699 Gflops = 0.260145869873699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001076992 Relative Rsd = 4.72456287741705e-07
BICGSTAB_SOLVER_TIME: 0.606217 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 49 resid = 2.164206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179703(s) Flops=324495360 => 1805.73145690389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259941.975129725 Mflops = 259.941975129725 Gflops = 0.259941975129725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056629 s
InvBiCGStab: k = 79 resid = 9.839152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289146(s) Flops=521349120 => 1803.06530264987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259579.764786872 Mflops = 259.579764786872 Gflops = 0.259579764786872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001032241 Relative Rsd = 4.52824619032479e-07
BICGSTAB_SOLVER_TIME: 0.570137 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 54 resid = 1.988277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207022(s) Flops=357304320 => 1725.9243945088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248467.118911565 Mflops = 248.467118911565 Gflops = 0.248467118911565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056628 s
InvBiCGStab: k = 79 resid = 1.029306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291611(s) Flops=521349120 => 1787.82391610742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257394.65877529 Mflops = 257.39465877529 Gflops = 0.25739465877529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.0011075 Relative Rsd = 4.85839434176063e-07
BICGSTAB_SOLVER_TIME: 0.600291 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 48 resid = 2.085217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175786(s) Flops=317933568 => 1808.63986893154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260367.810036295 Mflops = 260.367810036295 Gflops = 0.260367810036295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 80 resid = 9.082888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292515(s) Flops=527910912 => 1804.73108045741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.597114321 Mflops = 259.828597114321 Gflops = 0.259828597114321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001032825 Relative Rsd = 4.53080833265385e-07
BICGSTAB_SOLVER_TIME: 0.569517 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105592
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081504(s) Flops=1504935936 => 1391.52137763707 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200362.74058113 Mflops = 200.36274058113 Gflops = 0.20036274058113 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166973000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021377
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.269349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.792418(s) Flops=1387505664 => 1750.976964178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252106.361802143 Mflops = 252.106361802143 Gflops = 0.252106361802143 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 7.508501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914493(s) Flops=1643415552 => 1797.07832864768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258768.603339167 Mflops = 258.768603339167 Gflops = 0.258768603339167 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002075011 Relative Rsd = 9.13232469950394e-07
BICGSTAB_SOLVER_TIME: 1.710295 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0.115493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328958999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 2.09875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.605513(s) Flops=1092225024 => 1803.80111409664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.829688261 Mflops = 259.645829688261 Gflops = 0.259645829688261 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.11052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819089(s) Flops=1479370752 => 1806.11722535646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.75606998 Mflops = 260.06475606998 Gflops = 0.26006475606998 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001942887 Relative Rsd = 8.53642626669421e-07
BICGSTAB_SOLVER_TIME: 1.428061 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279553999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 303 resid = 1.639043e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.114581(s) Flops=1991190528 => 1786.49243796548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257260.149260808 Mflops = 257.260149260808 Gflops = 0.257260149260808 Tflops
InvBiCGStab: k = 332 resid = 6.866768e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.377768(s) Flops=2181482496 => 1583.34530632153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227994.962363771 Mflops = 227.994962363771 Gflops = 0.227994962363771 Tflops
BICGSTAB_SOLVER: 635 iterations. Rsd = 0.002155373 Relative Rsd = 9.48600444209657e-07
BICGSTAB_SOLVER_TIME: 2.497353 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.454231999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 259 resid = 2.201039e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.187831(s) Flops=1702471680 => 1433.26085949937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206411.092874919 Mflops = 206.411092874919 Gflops = 0.206411092874919 Tflops
InvBiCGStab: k = 306 resid = 6.808613e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.124181(s) Flops=2010875904 => 1788.74745614808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257568.591540967 Mflops = 257.568591540967 Gflops = 0.257568591540967 Tflops
BICGSTAB_SOLVER: 565 iterations. Rsd = 0.001952097 Relative Rsd = 8.57688832965327e-07
BICGSTAB_SOLVER_TIME: 2.316835 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.403907999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 229 resid = 2.269869e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8392(s) Flops=1505617920 => 1794.11096282174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258297.852086103 Mflops = 258.297852086103 Gflops = 0.258297852086103 Tflops
InvBiCGStab: k = 272 resid = 1.035216e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.992105(s) Flops=1787774976 => 1802.00178005352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.14696916 Mflops = 259.47814696916 Gflops = 0.25947814696916 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.001899386 Relative Rsd = 8.33224772212652e-07
BICGSTAB_SOLVER_TIME: 1.836243 sec
2Flav::invert,  n_count = 501
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357886000000004
MInvCG2: 358 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.428956(s) Flops=2307262464 => 1614.64906127271 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232519.020686717 Mflops = 232.519020686717 Gflops = 0.232519020686717 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257391000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.212279873684565
AccProb = 0.808738321315764
AcceptP = 1
After HMC trajectory call: time= 461.473819 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.464308 secs
Doing Update: 2723 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 249 resid = 2.088498e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.032263(s) Flops=1636853760 => 1585.69449839818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228343.518913661 Mflops = 228.343518913661 Gflops = 0.228343518913661 Tflops
InvBiCGStab: k = 331 resid = 1.147842e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.475754(s) Flops=2174920704 => 1473.76914038519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212216.43292285 Mflops = 212.21643292285 Gflops = 0.21221643292285 Tflops
BICGSTAB_SOLVER: 580 iterations. Rsd = 0.001937603 Relative Rsd = 8.52698782729993e-07
BICGSTAB_SOLVER_TIME: 2.512907 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.416652999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
InvBiCGStab: k = 218 resid = 2.115044e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831414(s) Flops=1433438208 => 1724.09678932517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248241.20394326 Mflops = 248.24120394326 Gflops = 0.24824120394326 Tflops
InvBiCGStab: k = 252 resid = 9.227496e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.926167(s) Flops=1656539136 => 1788.59658787238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257546.461124897 Mflops = 257.546461124897 Gflops = 0.257546461124897 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002990196 Relative Rsd = 1.31550058454768e-06
BICGSTAB_SOLVER_TIME: 1.762558 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338640999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000372
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000361
MInvCG2: 372 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.477422(s) Flops=2390353920 => 1617.92224564139 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232979.384178372 Mflops = 232.979384178372 Gflops = 0.232979384178372 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266468000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 302 resid = 2.125429e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.105685(s) Flops=1984628736 => 1794.93140994044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258486.743927803 Mflops = 258.486743927803 Gflops = 0.258486743927803 Tflops
InvBiCGStab: k = 361 resid = 8.396965e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.387416(s) Flops=2371774464 => 1709.49049455967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246160.469446844 Mflops = 246.160469446844 Gflops = 0.246160469446844 Tflops
BICGSTAB_SOLVER: 663 iterations. Rsd = 0.002009474 Relative Rsd = 8.84328068685134e-07
BICGSTAB_SOLVER_TIME: 2.498439 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.474028999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 265 resid = 1.673599e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.188907(s) Flops=1741842432 => 1465.07879253802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210989.133790355 Mflops = 210.989133790355 Gflops = 0.210989133790355 Tflops
InvBiCGStab: k = 273 resid = 1.099416e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.134119(s) Flops=1794336768 => 1582.14152835814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227820.488624731 Mflops = 227.820488624731 Gflops = 0.227820488624731 Tflops
BICGSTAB_SOLVER: 538 iterations. Rsd = 0.002253045 Relative Rsd = 9.91199702029421e-07
BICGSTAB_SOLVER_TIME: 2.327975 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384551999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 228 resid = 2.100374e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841985(s) Flops=1499056128 => 1780.38341300617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256266.312946277 Mflops = 256.266312946277 Gflops = 0.256266312946277 Tflops
InvBiCGStab: k = 275 resid = 1.110843e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.006049(s) Flops=1807460352 => 1796.59276238036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258697.661388775 Mflops = 258.697661388775 Gflops = 0.258697661388775 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.001908373 Relative Rsd = 8.36944080217148e-07
BICGSTAB_SOLVER_TIME: 1.852741 sec
2Flav::invert,  n_count = 503
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.358997000000004
MInvCG2: 353 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.407978(s) Flops=2274748416 => 1615.61360759898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232653.286883245 Mflops = 232.653286883245 Gflops = 0.232653286883245 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253917000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.604249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745104(s) Flops=1348134912 => 1809.32448624622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260450.434377801 Mflops = 260.450434377801 Gflops = 0.260450434377801 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.148785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980163(s) Flops=1656539136 => 1690.06495450247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243357.963465965 Mflops = 243.357963465965 Gflops = 0.243357963465965 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002034561 Relative Rsd = 8.95368046170024e-07
BICGSTAB_SOLVER_TIME: 1.728945 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.121498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325930999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 154 resid = 2.17143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676121(s) Flops=1013483520 => 1498.96766998806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215830.265838384 Mflops = 215.830265838384 Gflops = 0.215830265838384 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 9.416116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947696(s) Flops=1446561792 => 1526.39854130438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219791.240164894 Mflops = 219.791240164894 Gflops = 0.219791240164894 Tflops
BICGSTAB_SOLVER: 374 iterations. Rsd = 0.002278383 Relative Rsd = 1.00234696173787e-06
BICGSTAB_SOLVER_TIME: 1.627114 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267331999999997
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933375(s) Flops=1491664896 => 1598.14104298915 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230114.008577679 Mflops = 230.114008577679 Gflops = 0.230114008577679 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165631000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.9e-05 s
InvBiCGStab: k = 165 resid = 1.495262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.602657(s) Flops=1085663232 => 1801.46124910189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.314702167 Mflops = 259.296314702167 Gflops = 0.259296314702167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 163 resid = 1.070671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.597251(s) Flops=1072539648 => 1795.79380863322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258564.995849182 Mflops = 258.564995849182 Gflops = 0.258564995849182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 328 iterations. Rsd = 0.001867717 Relative Rsd = 8.1911418735361e-07
BICGSTAB_SOLVER_TIME: 1.203694 sec
2Flav::invert,  n_count = 328
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.235780999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000149 s
InvBiCGStab: k = 113 resid = 1.837209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41371(s) Flops=744450048 => 1799.44900534191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259007.40512383 Mflops = 259.00740512383 Gflops = 0.25900740512383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 152 resid = 9.48075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.61141(s) Flops=1000359936 => 1636.15239528303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235584.451053224 Mflops = 235.584451053224 Gflops = 0.235584451053224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 265 iterations. Rsd = 0.001575541 Relative Rsd = 6.90976214122025e-07
BICGSTAB_SOLVER_TIME: 1.030391 sec
2Flav::invert,  n_count = 265
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190796999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.008616 s
InvBiCGStab: k = 94 resid = 2.247489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436828(s) Flops=619776000 => 1418.81014953254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204286.252948676 Mflops = 204.286252948676 Gflops = 0.204286252948676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007844 s
InvBiCGStab: k = 133 resid = 9.019079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.605762(s) Flops=875685888 => 1445.59395934377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208143.098085565 Mflops = 208.143098085565 Gflops = 0.208143098085565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 227 iterations. Rsd = 0.001534278 Relative Rsd = 6.72879402567413e-07
BICGSTAB_SOLVER_TIME: 1.063816 sec
2Flav::invert,  n_count = 227
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165219999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.009096 s
InvBiCGStab: k = 87 resid = 1.688775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39311(s) Flops=573843456 => 1459.75288341686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210167.941707395 Mflops = 210.167941707395 Gflops = 0.210167941707395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011005 s
InvBiCGStab: k = 126 resid = 8.37123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464431(s) Flops=829753344 => 1786.60197962668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257231.791571989 Mflops = 257.231791571989 Gflops = 0.257231791571989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001333838 Relative Rsd = 5.8497390801025e-07
BICGSTAB_SOLVER_TIME: 0.881501 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156903999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010607 s
InvBiCGStab: k = 78 resid = 2.234849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286387(s) Flops=514787328 => 1797.52337920366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.156041331 Mflops = 258.786156041331 Gflops = 0.258786156041331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015034 s
InvBiCGStab: k = 97 resid = 1.050343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358624(s) Flops=639461376 => 1783.09699295083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256714.770136939 Mflops = 256.714770136939 Gflops = 0.256714770136939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001267259 Relative Rsd = 5.55774494030273e-07
BICGSTAB_SOLVER_TIME: 0.675342 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132652
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942091(s) Flops=1516658688 => 1609.88555033431 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231807.927992471 Mflops = 231.807927992471 Gflops = 0.231807927992471 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168760000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013099 s
InvBiCGStab: k = 28 resid = 2.232075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103299(s) Flops=186697728 => 1807.35271396625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260123.859798544 Mflops = 260.123859798545 Gflops = 0.260123859798545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019294 s
InvBiCGStab: k = 52 resid = 1.022314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190745(s) Flops=344180736 => 1804.40240111143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.89945536 Mflops = 259.74289945536 Gflops = 0.25974289945536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007424427 Relative Rsd = 3.25608842303875e-07
BICGSTAB_SOLVER_TIME: 0.330287 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0638580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016516 s
InvBiCGStab: k = 97 resid = 2.2015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357079(s) Flops=639461376 => 1790.81204999454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257841.422704485 Mflops = 257.841422704485 Gflops = 0.257841422704485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024838 s
InvBiCGStab: k = 119 resid = 1.147819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.527418(s) Flops=783820800 => 1486.14723046995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213975.708794488 Mflops = 213.975708794488 Gflops = 0.213975708794488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001364026 Relative Rsd = 5.98213085298678e-07
BICGSTAB_SOLVER_TIME: 0.929719 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161975999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021677 s
InvBiCGStab: k = 58 resid = 2.276681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273001(s) Flops=383551488 => 1404.94535917451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202269.375254493 Mflops = 202.269375254493 Gflops = 0.202269375254493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.032307 s
InvBiCGStab: k = 86 resid = 1.104373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400684(s) Flops=567281664 => 1415.78317077797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203843.785555967 Mflops = 203.843785555967 Gflops = 0.203843785555967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001126303 Relative Rsd = 4.93956472355462e-07
BICGSTAB_SOLVER_TIME: 0.733454 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111661
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024089 s
InvBiCGStab: k = 74 resid = 1.96212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338215(s) Flops=488540160 => 1444.46627145455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207955.879991247 Mflops = 207.955879991247 Gflops = 0.207955879991247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.048762 s
InvBiCGStab: k = 91 resid = 9.148486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333799(s) Flops=600090624 => 1797.76040072019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258830.375611158 Mflops = 258.830375611158 Gflops = 0.258830375611158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001225499 Relative Rsd = 5.37460287719234e-07
BICGSTAB_SOLVER_TIME: 0.748653 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127887000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.02768 s
InvBiCGStab: k = 63 resid = 2.213093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232165(s) Flops=416360448 => 1793.38163805914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258185.838048843 Mflops = 258.185838048843 Gflops = 0.258185838048843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038655 s
InvBiCGStab: k = 98 resid = 9.156026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361097(s) Flops=646023168 => 1789.05714530999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257581.04781745 Mflops = 257.58104781745 Gflops = 0.25758104781745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001164132 Relative Rsd = 5.10546735184704e-07
BICGSTAB_SOLVER_TIME: 0.663476 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125993
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951512(s) Flops=1529339904 => 1607.27337542774 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231439.224878483 Mflops = 231.439224878483 Gflops = 0.231439224878483 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031722 s
InvBiCGStab: k = 25 resid = 2.217927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092974(s) Flops=167012352 => 1796.33394282272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258549.015653347 Mflops = 258.549015653347 Gflops = 0.258549015653347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04442 s
InvBiCGStab: k = 48 resid = 9.06111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176342(s) Flops=317933568 => 1802.93729230699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259518.89018296 Mflops = 259.51889018296 Gflops = 0.25951889018296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007223916 Relative Rsd = 3.16815152928591e-07
BICGSTAB_SOLVER_TIME: 0.349408 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036774 s
InvBiCGStab: k = 65 resid = 2.124026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238133(s) Flops=429484032 => 1803.54689186295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.508304595 Mflops = 259.664508304595 Gflops = 0.259664508304595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050468 s
InvBiCGStab: k = 72 resid = 1.06937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26379(s) Flops=475416576 => 1802.25397475264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259463.70545239 Mflops = 259.46370545239 Gflops = 0.25946370545239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001098996 Relative Rsd = 4.8198051278979e-07
BICGSTAB_SOLVER_TIME: 0.593019 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049727 s
InvBiCGStab: k = 56 resid = 1.421595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262332(s) Flops=370427904 => 1412.05763688761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203292.897530343 Mflops = 203.292897530343 Gflops = 0.203292897530343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077343 s
InvBiCGStab: k = 77 resid = 1.128569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355018(s) Flops=508225536 => 1431.54864260404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206115.629277199 Mflops = 206.115629277199 Gflops = 0.206115629277199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001010214 Relative Rsd = 4.43043774257064e-07
BICGSTAB_SOLVER_TIME: 0.748251 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047414 s
InvBiCGStab: k = 65 resid = 2.275604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283977(s) Flops=429484032 => 1512.39020061484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217748.794514457 Mflops = 217.748794514457 Gflops = 0.217748794514457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057871 s
InvBiCGStab: k = 89 resid = 4.05037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410996(s) Flops=586967040 => 1428.15754897858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205628.882493437 Mflops = 205.628882493437 Gflops = 0.205628882493437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001088439 Relative Rsd = 4.77350433344975e-07
BICGSTAB_SOLVER_TIME: 0.805858 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041302 s
InvBiCGStab: k = 60 resid = 1.556516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22072(s) Flops=396675072 => 1797.18680681406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258732.544950724 Mflops = 258.732544950724 Gflops = 0.258732544950724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056657 s
InvBiCGStab: k = 94 resid = 2.788761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344655(s) Flops=619776000 => 1798.25042433738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258901.617814215 Mflops = 258.901617814215 Gflops = 0.258901617814215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00105326 Relative Rsd = 4.61922298145082e-07
BICGSTAB_SOLVER_TIME: 0.667147 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124159
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954598(s) Flops=1535754240 => 1608.79683385048 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231651.253842101 Mflops = 231.651253842101 Gflops = 0.231651253842101 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170588000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 28 resid = 1.855621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103881(s) Flops=186697728 => 1797.22690386115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258690.930291588 Mflops = 258.690930291588 Gflops = 0.258690930291588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05633 s
InvBiCGStab: k = 44 resid = 1.121993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162469(s) Flops=291686400 => 1795.33572558457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258435.864655624 Mflops = 258.435864655624 Gflops = 0.258435864655624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006907569 Relative Rsd = 3.02941303442621e-07
BICGSTAB_SOLVER_TIME: 0.3676 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 56 resid = 2.125914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206031(s) Flops=370427904 => 1797.92314748751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.461310305 Mflops = 258.839461310305 Gflops = 0.258839461310305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056602 s
InvBiCGStab: k = 84 resid = 1.073845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306804(s) Flops=554158080 => 1806.22834122111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.355016883 Mflops = 260.046355016883 Gflops = 0.260046355016883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001134442 Relative Rsd = 4.97525820597949e-07
BICGSTAB_SOLVER_TIME: 0.614663 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041508 s
InvBiCGStab: k = 50 resid = 1.865834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217762(s) Flops=331057152 => 1520.27053388562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218868.996040882 Mflops = 218.868996040882 Gflops = 0.218868996040882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071129 s
InvBiCGStab: k = 74 resid = 1.138682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315219(s) Flops=488540160 => 1549.84363252215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223137.817260436 Mflops = 223.137817260436 Gflops = 0.223137817260436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001052254 Relative Rsd = 4.61480820348272e-07
BICGSTAB_SOLVER_TIME: 0.6513 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054635 s
InvBiCGStab: k = 68 resid = 2.266726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288296(s) Flops=449169408 => 1558.01470710658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224300.229332058 Mflops = 224.300229332058 Gflops = 0.224300229332058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066176 s
InvBiCGStab: k = 88 resid = 9.335525e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377712(s) Flops=580405248 => 1536.63438810522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221241.810235534 Mflops = 221.241810235534 Gflops = 0.221241810235534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001113784 Relative Rsd = 4.88465799671022e-07
BICGSTAB_SOLVER_TIME: 0.791038 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125758000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063347 s
InvBiCGStab: k = 67 resid = 1.878121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279931(s) Flops=442607616 => 1581.13112159782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227603.353285929 Mflops = 227.603353285929 Gflops = 0.227603353285929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056909 s
InvBiCGStab: k = 83 resid = 6.024776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305255(s) Flops=547596288 => 1793.89784933908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258275.442597196 Mflops = 258.275442597196 Gflops = 0.258275442597196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001059648 Relative Rsd = 4.64723719066902e-07
BICGSTAB_SOLVER_TIME: 0.709221 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121313
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958144(s) Flops=1542021120 => 1609.38347471779 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231729.435296509 Mflops = 231.729435296509 Gflops = 0.231729435296509 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171485000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 2.04657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861765(s) Flops=1558112256 => 1808.04773459122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260286.350688599 Mflops = 260.286350688599 Gflops = 0.260286350688599 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 8.280136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907257(s) Flops=1636853760 => 1804.17870570301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.689019064 Mflops = 259.788689019064 Gflops = 0.259788689019064 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.002059652 Relative Rsd = 9.06393474289876e-07
BICGSTAB_SOLVER_TIME: 1.77259 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.128692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346895999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.179892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801432(s) Flops=1157842944 => 1444.71763543258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208017.467210914 Mflops = 208.017467210914 Gflops = 0.208017467210914 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 8.567769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910543(s) Flops=1374382080 => 1509.40930851151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217346.370455878 Mflops = 217.346370455878 Gflops = 0.217346370455878 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002042802 Relative Rsd = 8.9870915745608e-07
BICGSTAB_SOLVER_TIME: 1.715361 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.120758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275076999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960917(s) Flops=1542021120 => 1604.73913980084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231064.839035678 Mflops = 231.064839035678 Gflops = 0.231064839035678 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171558000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04199 s
InvBiCGStab: k = 22 resid = 2.216517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.084748(s) Flops=147326976 => 1738.41242271204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250179.381121751 Mflops = 250.179381121751 Gflops = 0.250179381121751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058514 s
InvBiCGStab: k = 45 resid = 1.151689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17087(s) Flops=298248192 => 1745.4684379938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251262.146793413 Mflops = 251.262146793413 Gflops = 0.251262146793413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007981696 Relative Rsd = 3.50048699830512e-07
BICGSTAB_SOLVER_TIME: 0.359935 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0621690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0419 s
InvBiCGStab: k = 85 resid = 4.211734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314674(s) Flops=560719872 => 1781.90721826398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256553.84619512 Mflops = 256.55384619512 Gflops = 0.25655384619512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 108 resid = 6.084823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398996(s) Flops=711641088 => 1783.57950455644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256793.002558443 Mflops = 256.793002558443 Gflops = 0.256793002558443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001327177 Relative Rsd = 5.82052302199603e-07
BICGSTAB_SOLVER_TIME: 0.81559 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152169999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 58 resid = 1.801951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21278(s) Flops=383551488 => 1802.57302378043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259500.940770046 Mflops = 259.500940770046 Gflops = 0.259500940770046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 86 resid = 1.070863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314886(s) Flops=567281664 => 1801.54615956251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259362.89083588 Mflops = 259.36289083588 Gflops = 0.25936289083588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001109477 Relative Rsd = 4.8657720187042e-07
BICGSTAB_SOLVER_TIME: 0.628528 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116938
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047402 s
InvBiCGStab: k = 74 resid = 2.246321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32516(s) Flops=488540160 => 1502.46081928897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216320.48454224 Mflops = 216.32048454224 Gflops = 0.21632048454224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073878 s
InvBiCGStab: k = 92 resid = 8.718951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427184(s) Flops=606652416 => 1420.11970485786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204461.287523448 Mflops = 204.461287523448 Gflops = 0.204461287523448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001135212 Relative Rsd = 4.97863298131998e-07
BICGSTAB_SOLVER_TIME: 0.877448 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132538
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048703 s
InvBiCGStab: k = 56 resid = 2.187144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267281(s) Flops=370427904 => 1385.91184558573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199533.637243628 Mflops = 199.533637243628 Gflops = 0.199533637243628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072732 s
InvBiCGStab: k = 87 resid = 1.001248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393691(s) Flops=573843456 => 1457.59861414155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209863.134638947 Mflops = 209.863134638946 Gflops = 0.209863134638946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001151189 Relative Rsd = 5.04870169050723e-07
BICGSTAB_SOLVER_TIME: 0.786418 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116174
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97932(s) Flops=1542021120 => 1574.58350692317 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226766.240924084 Mflops = 226.766240924084 Gflops = 0.226766240924084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171443000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 25 resid = 2.132312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093098(s) Flops=167012352 => 1793.94135212357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.355356605 Mflops = 258.191355356605 Gflops = 0.258191355356605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063507 s
InvBiCGStab: k = 55 resid = 8.213335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20639(s) Flops=363866112 => 1763.00262609623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253807.876420246 Mflops = 253.807876420246 Gflops = 0.253807876420246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007402804 Relative Rsd = 3.24660561066561e-07
BICGSTAB_SOLVER_TIME: 0.408213 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 75 resid = 2.22547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278468(s) Flops=495101952 => 1777.94917907982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255979.115669197 Mflops = 255.979115669197 Gflops = 0.255979115669197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056361 s
InvBiCGStab: k = 98 resid = 1.150445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364608(s) Flops=646023168 => 1771.82938388626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255099.552343877 Mflops = 255.099552343877 Gflops = 0.255099552343877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001232076 Relative Rsd = 5.40344725051093e-07
BICGSTAB_SOLVER_TIME: 0.744553 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13789
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 77 resid = 1.556363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282315(s) Flops=508225536 => 1800.2073428617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259181.372606384 Mflops = 259.181372606384 Gflops = 0.259181372606384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 79 resid = 1.053503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289444(s) Flops=521349120 => 1801.2089385166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259316.095743891 Mflops = 259.316095743891 Gflops = 0.259316095743891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001109388 Relative Rsd = 4.86537838000715e-07
BICGSTAB_SOLVER_TIME: 0.672912 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 58 resid = 1.726206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224868(s) Flops=383551488 => 1705.673942046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245552.037023094 Mflops = 245.552037023094 Gflops = 0.245552037023094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06814 s
InvBiCGStab: k = 88 resid = 1.021263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385639(s) Flops=580405248 => 1505.04810976068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216691.434408333 Mflops = 216.691434408333 Gflops = 0.216691434408333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001120919 Relative Rsd = 4.91595150729179e-07
BICGSTAB_SOLVER_TIME: 0.725331 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044059 s
InvBiCGStab: k = 67 resid = 1.259935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287761(s) Flops=442607616 => 1538.10841635941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221453.056173669 Mflops = 221.453056173669 Gflops = 0.221453056173669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061512 s
InvBiCGStab: k = 84 resid = 9.550151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387545(s) Flops=554158080 => 1429.91931259596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205872.258603714 Mflops = 205.872258603714 Gflops = 0.205872258603714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001158899 Relative Rsd = 5.0825158161956e-07
BICGSTAB_SOLVER_TIME: 0.784822 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123172
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.119835(s) Flops=1542094848 => 1377.07327240174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198292.38454245 Mflops = 198.29238454245 Gflops = 0.19829238454245 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171836000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 24 resid = 2.054305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089855(s) Flops=160450560 => 1785.66089811363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256979.20529756 Mflops = 256.97920529756 Gflops = 0.25697920529756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057016 s
InvBiCGStab: k = 45 resid = 1.017971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166235(s) Flops=298248192 => 1794.13596414714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258280.429371064 Mflops = 258.280429371064 Gflops = 0.258280429371064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.000764407 Relative Rsd = 3.35241630510034e-07
BICGSTAB_SOLVER_TIME: 0.358413 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042645 s
InvBiCGStab: k = 54 resid = 1.637261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199463(s) Flops=357304320 => 1791.33132460657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257880.288765844 Mflops = 257.880288765844 Gflops = 0.257880288765844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 81 resid = 1.141899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296252(s) Flops=534472704 => 1804.11509120614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259738.866259866 Mflops = 259.738866259866 Gflops = 0.259738866259866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001064258 Relative Rsd = 4.66745623046233e-07
BICGSTAB_SOLVER_TIME: 0.598504 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040888 s
InvBiCGStab: k = 61 resid = 1.451277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223763(s) Flops=403236864 => 1802.07122714658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259435.921799135 Mflops = 259.435921799135 Gflops = 0.259435921799135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 72 resid = 1.034105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263836(s) Flops=475416576 => 1801.93975045104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.947911376 Mflops = 259.431947911376 Gflops = 0.259431947911376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001055383 Relative Rsd = 4.62853399172077e-07
BICGSTAB_SOLVER_TIME: 0.588409 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 54 resid = 1.411451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198607(s) Flops=357304320 => 1799.05199716022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258996.799405533 Mflops = 258.996799405533 Gflops = 0.258996799405533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 82 resid = 1.035606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300281(s) Flops=541034496 => 1801.76067083831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.306380046 Mflops = 259.403306380046 Gflops = 0.259403306380046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001104007 Relative Rsd = 4.84177843820103e-07
BICGSTAB_SOLVER_TIME: 0.600029 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041712 s
InvBiCGStab: k = 59 resid = 2.116434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216577(s) Flops=390113280 => 1801.26827871842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.241283591 Mflops = 259.325241283591 Gflops = 0.259325241283591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056614 s
InvBiCGStab: k = 85 resid = 9.870677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345307(s) Flops=560719872 => 1623.83001792608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233789.682014178 Mflops = 233.789682014178 Gflops = 0.233789682014178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001134015 Relative Rsd = 4.97338395480326e-07
BICGSTAB_SOLVER_TIME: 0.664593 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11704
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.098889(s) Flops=1535754240 => 1397.55174544472 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201236.679104185 Mflops = 201.236679104185 Gflops = 0.201236679104185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170426000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 29 resid = 2.275697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108585(s) Flops=193259520 => 1779.79941980937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256135.679332074 Mflops = 256.135679332074 Gflops = 0.256135679332074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056367 s
InvBiCGStab: k = 44 resid = 1.114916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16256(s) Flops=291686400 => 1794.33070866142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258292.558229025 Mflops = 258.292558229025 Gflops = 0.258292558229025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000667103 Relative Rsd = 2.92567545274035e-07
BICGSTAB_SOLVER_TIME: 0.372855 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 63 resid = 2.219372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230653(s) Flops=416360448 => 1805.13779573645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.907938565 Mflops = 259.885907938565 Gflops = 0.259885907938565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055936 s
InvBiCGStab: k = 84 resid = 1.045471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307626(s) Flops=554158080 => 1801.40196212284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259355.319669259 Mflops = 259.355319669259 Gflops = 0.259355319669259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001143386 Relative Rsd = 5.01448167277715e-07
BICGSTAB_SOLVER_TIME: 0.639398 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041812 s
InvBiCGStab: k = 56 resid = 1.638446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204735(s) Flops=370427904 => 1809.30424206902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260489.987181675 Mflops = 260.489987181675 Gflops = 0.260489987181675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 76 resid = 1.107214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27799(s) Flops=501663744 => 1804.61075578258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.543120739 Mflops = 259.806543120739 Gflops = 0.259806543120739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001047504 Relative Rsd = 4.59397649645665e-07
BICGSTAB_SOLVER_TIME: 0.585076 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 74 resid = 1.179877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270605(s) Flops=488540160 => 1805.36265035753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259930.304338284 Mflops = 259.930304338284 Gflops = 0.259930304338284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 81 resid = 1.125757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297446(s) Flops=534472704 => 1796.87305931161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258694.807495226 Mflops = 258.694807495226 Gflops = 0.258694807495226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001141884 Relative Rsd = 5.00789601058096e-07
BICGSTAB_SOLVER_TIME: 0.669166 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124961
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 57 resid = 1.454099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210487(s) Flops=376989696 => 1791.03553188558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257846.497293665 Mflops = 257.846497293665 Gflops = 0.257846497293665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055892 s
InvBiCGStab: k = 82 resid = 7.584042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299812(s) Flops=541034496 => 1804.5791896255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259804.11230101 Mflops = 259.80411230101 Gflops = 0.25980411230101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001071379 Relative Rsd = 4.69868592154048e-07
BICGSTAB_SOLVER_TIME: 0.611022 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113477
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.123081(s) Flops=1504862208 => 1339.94093747468 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192964.339575102 Mflops = 192.964339575102 Gflops = 0.192964339575102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166912000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.534177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751238(s) Flops=1354696704 => 1803.28564848956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259617.161636268 Mflops = 259.617161636268 Gflops = 0.259617161636268 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 6.481529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902162(s) Flops=1630291968 => 1807.09447748852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260209.54483484 Mflops = 260.20954483484 Gflops = 0.26020954483484 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002108529 Relative Rsd = 9.27896160030353e-07
BICGSTAB_SOLVER_TIME: 1.656825 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323959999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.030506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.654751(s) Flops=1184090112 => 1808.45865374776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260347.434453964 Mflops = 260.347434453964 Gflops = 0.260347434453964 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.127493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778186(s) Flops=1394067456 => 1791.4321974438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257953.449142601 Mflops = 257.953449142601 Gflops = 0.257953449142601 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.002117786 Relative Rsd = 9.31690013171092e-07
BICGSTAB_SOLVER_TIME: 1.436541 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.119062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279996999999997
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.041107(s) Flops=1504862208 => 1445.44432800855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208133.007427397 Mflops = 208.133007427397 Gflops = 0.208133007427397 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167380000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.567543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 28 resid = 2.085996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104099(s) Flops=186697728 => 1793.46322250934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.918590899 Mflops = 258.160918590899 Gflops = 0.258160918590899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 55 resid = 8.961416e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203497(s) Flops=363866112 => 1788.06622210647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257404.324414132 Mflops = 257.404324414132 Gflops = 0.257404324414132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007308177 Relative Rsd = 3.20510531926419e-07
BICGSTAB_SOLVER_TIME: 0.408728 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040711 s
InvBiCGStab: k = 75 resid = 1.92868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275514(s) Flops=495101952 => 1797.01195583528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.013624334 Mflops = 258.727013624334 Gflops = 0.258727013624334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 96 resid = 1.075297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354658(s) Flops=632899584 => 1784.53491532688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256937.584403087 Mflops = 256.937584403087 Gflops = 0.256937584403087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001228395 Relative Rsd = 5.3873004055914e-07
BICGSTAB_SOLVER_TIME: 0.731307 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 56 resid = 1.825014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205705(s) Flops=370427904 => 1800.77248486911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259257.402418509 Mflops = 259.257402418509 Gflops = 0.259257402418509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055905 s
InvBiCGStab: k = 81 resid = 1.088208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296482(s) Flops=534472704 => 1802.7155240453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.34784958 Mflops = 259.53834784958 Gflops = 0.25953834784958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001042725 Relative Rsd = 4.57302072431594e-07
BICGSTAB_SOLVER_TIME: 0.603376 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 73 resid = 2.004399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267686(s) Flops=481978368 => 1800.53632987904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.624790341 Mflops = 259.206624790341 Gflops = 0.259206624790341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057717 s
InvBiCGStab: k = 88 resid = 8.862204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345967(s) Flops=580405248 => 1677.63182037593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241533.089284255 Mflops = 241.533089284255 Gflops = 0.241533089284255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001147439 Relative Rsd = 5.03225770197981e-07
BICGSTAB_SOLVER_TIME: 0.716581 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041889 s
InvBiCGStab: k = 65 resid = 1.85268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239743(s) Flops=429484032 => 1791.43512845005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257909.201869406 Mflops = 257.909201869406 Gflops = 0.257909201869406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05704 s
InvBiCGStab: k = 89 resid = 9.759734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326385(s) Flops=586967040 => 1798.3885288846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258920.09712028 Mflops = 258.92009712028 Gflops = 0.25892009712028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001123141 Relative Rsd = 4.92569342684878e-07
BICGSTAB_SOLVER_TIME: 0.668857 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124154
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978827(s) Flops=1498669056 => 1531.0867558823 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220455.900567868 Mflops = 220.455900567868 Gflops = 0.220455900567868 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166252000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.509456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043723 s
InvBiCGStab: k = 30 resid = 2.030649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130465(s) Flops=199821312 => 1531.6085693481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220461.769041931 Mflops = 220.461769041931 Gflops = 0.220461769041931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 47 resid = 1.14395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172807(s) Flops=311371776 => 1801.84700851239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.128059102 Mflops = 259.364128059102 Gflops = 0.259364128059102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000743794 Relative Rsd = 3.2620149574037e-07
BICGSTAB_SOLVER_TIME: 0.407261 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 70 resid = 2.164556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257182(s) Flops=462292992 => 1797.53245561509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258785.16624534 Mflops = 258.78516624534 Gflops = 0.25878516624534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05636 s
InvBiCGStab: k = 91 resid = 7.616896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334645(s) Flops=600090624 => 1793.21556873702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258173.420571992 Mflops = 258.173420571992 Gflops = 0.258173420571992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001211653 Relative Rsd = 5.3138763221927e-07
BICGSTAB_SOLVER_TIME: 0.693027 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 47 resid = 2.085748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173227(s) Flops=311371776 => 1797.47831458145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258752.565417986 Mflops = 258.752565417986 Gflops = 0.258752565417986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058991 s
InvBiCGStab: k = 78 resid = 1.073211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305697(s) Flops=514787328 => 1683.97899881255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242443.93135531 Mflops = 242.44393135531 Gflops = 0.24244393135531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001075913 Relative Rsd = 4.71857105769193e-07
BICGSTAB_SOLVER_TIME: 0.583118 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 69 resid = 2.234219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254266(s) Flops=455731200 => 1792.34030503488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258024.137307435 Mflops = 258.024137307435 Gflops = 0.258024137307435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05651 s
InvBiCGStab: k = 83 resid = 1.137161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305106(s) Flops=547596288 => 1794.7739080844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258395.658196512 Mflops = 258.395658196512 Gflops = 0.258395658196512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001158234 Relative Rsd = 5.07960207294778e-07
BICGSTAB_SOLVER_TIME: 0.661146 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122911000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041805 s
InvBiCGStab: k = 69 resid = 2.274618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254234(s) Flops=455731200 => 1792.56590385236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258095.249044695 Mflops = 258.095249044695 Gflops = 0.258095249044695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 90 resid = 9.3257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328723(s) Flops=593528832 => 1805.55918508897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.998091609 Mflops = 259.952998091609 Gflops = 0.259952998091609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001092663 Relative Rsd = 4.79202934834446e-07
BICGSTAB_SOLVER_TIME: 0.684982 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127981
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957054(s) Flops=1542094848 => 1611.29345679554 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232006.229963205 Mflops = 232.006229963205 Gflops = 0.232006229963205 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052947 s
InvBiCGStab: k = 24 resid = 2.25907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101985(s) Flops=160450560 => 1573.2760700103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226467.557425526 Mflops = 226.467557425526 Gflops = 0.226467557425526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080401 s
InvBiCGStab: k = 47 resid = 1.073708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21055(s) Flops=311371776 => 1478.84956542389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212896.070604852 Mflops = 212.896070604852 Gflops = 0.212896070604852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007563041 Relative Rsd = 3.31687956337584e-07
BICGSTAB_SOLVER_TIME: 0.449622 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0651010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041608 s
InvBiCGStab: k = 57 resid = 1.842522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209866(s) Flops=376989696 => 1796.33526154784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258609.09054133 Mflops = 258.60909054133 Gflops = 0.25860909054133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059341 s
InvBiCGStab: k = 90 resid = 9.88662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354926(s) Flops=593528832 => 1672.26078675555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240760.311978211 Mflops = 240.760311978211 Gflops = 0.240760311978211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001089077 Relative Rsd = 4.7763006488113e-07
BICGSTAB_SOLVER_TIME: 0.669472 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040924 s
InvBiCGStab: k = 62 resid = 1.843326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230492(s) Flops=409798656 => 1777.9300626486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255959.672280898 Mflops = 255.959672280898 Gflops = 0.255959672280898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056855 s
InvBiCGStab: k = 79 resid = 1.027682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291294(s) Flops=521349120 => 1789.76951121547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257665.646438017 Mflops = 257.665646438017 Gflops = 0.257665646438017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001111533 Relative Rsd = 4.8747884381464e-07
BICGSTAB_SOLVER_TIME: 0.623456 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 71 resid = 1.662313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261197(s) Flops=468854784 => 1795.02361818857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258442.201409507 Mflops = 258.442201409507 Gflops = 0.258442201409507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 76 resid = 1.151059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278121(s) Flops=501663744 => 1803.7607516153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259685.220821895 Mflops = 259.685220821895 Gflops = 0.259685220821895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001131747 Relative Rsd = 4.96343628116726e-07
BICGSTAB_SOLVER_TIME: 0.640343 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04169 s
InvBiCGStab: k = 64 resid = 2.164548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234255(s) Flops=422922240 => 1805.39258500352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.066746256 Mflops = 259.919066746256 Gflops = 0.259919066746256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056575 s
InvBiCGStab: k = 72 resid = 9.755649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263404(s) Flops=475416576 => 1804.89505094835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259839.677876025 Mflops = 259.839677876025 Gflops = 0.259839677876025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001084633 Relative Rsd = 4.75681221469306e-07
BICGSTAB_SOLVER_TIME: 0.599754 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111406
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966951(s) Flops=1555218432 => 1608.37357011886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231611.478325391 Mflops = 231.611478325391 Gflops = 0.231611478325391 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174609000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.51188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044526 s
InvBiCGStab: k = 32 resid = 1.840695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140158(s) Flops=212944896 => 1519.32030993593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218685.249811117 Mflops = 218.685249811117 Gflops = 0.218685249811117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074165 s
InvBiCGStab: k = 43 resid = 1.109379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192321(s) Flops=285124608 => 1482.54536946043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213425.397910398 Mflops = 213.425397910398 Gflops = 0.213425397910398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007349654 Relative Rsd = 3.22329591996101e-07
BICGSTAB_SOLVER_TIME: 0.45523 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.081263 s
InvBiCGStab: k = 74 resid = 1.909395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280463(s) Flops=488540160 => 1741.90591985396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250848.574110566 Mflops = 250.848574110566 Gflops = 0.250848574110566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057173 s
InvBiCGStab: k = 79 resid = 1.005362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291748(s) Flops=521349120 => 1786.98438378327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257277.549787495 Mflops = 257.277549787495 Gflops = 0.257277549787495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001161166 Relative Rsd = 5.09246093705147e-07
BICGSTAB_SOLVER_TIME: 0.714444 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123766000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 62 resid = 1.617087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228732(s) Flops=409798656 => 1791.61051361419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257945.528818738 Mflops = 257.945528818738 Gflops = 0.257945528818738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 74 resid = 1.104022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272686(s) Flops=488540160 => 1791.58504653704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257928.774533432 Mflops = 257.928774533432 Gflops = 0.257928774533432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001099267 Relative Rsd = 4.82099217066139e-07
BICGSTAB_SOLVER_TIME: 0.603078 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 80 resid = 1.46838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292938(s) Flops=527910912 => 1802.12506400672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259458.648361039 Mflops = 259.458648361039 Gflops = 0.259458648361039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056825 s
InvBiCGStab: k = 83 resid = 1.119334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303171(s) Flops=547596288 => 1806.22911822041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260052.704702923 Mflops = 260.052704702923 Gflops = 0.260052704702923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001150343 Relative Rsd = 5.04499250096887e-07
BICGSTAB_SOLVER_TIME: 0.697875 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 62 resid = 2.204707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227234(s) Flops=409798656 => 1803.42138940475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259630.092967777 Mflops = 259.630092967777 Gflops = 0.259630092967777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 81 resid = 1.031297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296131(s) Flops=534472704 => 1804.85225795341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.699585015 Mflops = 259.852699585015 Gflops = 0.259852699585015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001135727 Relative Rsd = 4.9808921917408e-07
BICGSTAB_SOLVER_TIME: 0.624436 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116247
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967718(s) Flops=1561559040 => 1613.65091896606 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232346.660825133 Mflops = 232.346660825133 Gflops = 0.232346660825133 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173516000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.766875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978363(s) Flops=1440000000 => 1471.84633924218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211910.918827914 Mflops = 211.910918827914 Gflops = 0.211910918827914 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 7.8625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905827(s) Flops=1630291968 => 1799.7829254372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.066124607 Mflops = 259.158066124607 Gflops = 0.259158066124607 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002100517 Relative Rsd = 9.2436839293139e-07
BICGSTAB_SOLVER_TIME: 1.887526 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332970999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.106836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708194(s) Flops=1275955200 => 1801.70292321031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259399.398199181 Mflops = 259.399398199181 Gflops = 0.259399398199181 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 8.058501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793474(s) Flops=1433438208 => 1806.53456571986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260126.22047524 Mflops = 260.12622047524 Gflops = 0.26012622047524 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.001999787 Relative Rsd = 8.79765388417343e-07
BICGSTAB_SOLVER_TIME: 1.505125 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294325999999998
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968582(s) Flops=1561559040 => 1612.21150093642 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232140.963572147 Mflops = 232.140963572147 Gflops = 0.232140963572147 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173610000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04886 s
InvBiCGStab: k = 26 resid = 2.146888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118213(s) Flops=173574144 => 1468.31688562172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211349.96410255 Mflops = 211.34996410255 Gflops = 0.21134996410255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069291 s
InvBiCGStab: k = 44 resid = 1.114887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182503(s) Flops=291686400 => 1598.25537114458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230074.736153787 Mflops = 230.074736153787 Gflops = 0.230074736153787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007641057 Relative Rsd = 3.35109473082366e-07
BICGSTAB_SOLVER_TIME: 0.423762 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047298 s
InvBiCGStab: k = 84 resid = 2.149439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376863(s) Flops=554158080 => 1470.44968596015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211711.497104853 Mflops = 211.711497104853 Gflops = 0.211711497104853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0705 s
InvBiCGStab: k = 109 resid = 1.013355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469022(s) Flops=718202880 => 1531.27759465441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220475.495228197 Mflops = 220.475495228197 Gflops = 0.220475495228197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001330334 Relative Rsd = 5.83437134368064e-07
BICGSTAB_SOLVER_TIME: 0.967537 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152213999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042669 s
InvBiCGStab: k = 61 resid = 2.258261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232307(s) Flops=403236864 => 1735.7929980586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249909.211156513 Mflops = 249.909211156513 Gflops = 0.249909211156513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058475 s
InvBiCGStab: k = 82 resid = 1.143723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313932(s) Flops=541034496 => 1723.41301937999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248122.76838852 Mflops = 248.12276838852 Gflops = 0.24812276838852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001125154 Relative Rsd = 4.93452349334101e-07
BICGSTAB_SOLVER_TIME: 0.651292 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04106 s
InvBiCGStab: k = 73 resid = 1.206573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277863(s) Flops=481978368 => 1734.58995260254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249742.030427066 Mflops = 249.742030427066 Gflops = 0.249742030427066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 81 resid = 1.151329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301528(s) Flops=534472704 => 1772.54750470935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255182.504607975 Mflops = 255.182504607975 Gflops = 0.255182504607975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001136312 Relative Rsd = 4.98345722522198e-07
BICGSTAB_SOLVER_TIME: 0.680554 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124136000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04209 s
InvBiCGStab: k = 68 resid = 2.158735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255181(s) Flops=449169408 => 1760.19926248428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253406.090843679 Mflops = 253.406090843679 Gflops = 0.253406090843679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058779 s
InvBiCGStab: k = 90 resid = 1.078111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346438(s) Flops=593528832 => 1713.2324744976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246664.378153084 Mflops = 246.664378153084 Gflops = 0.246664378153084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001142288 Relative Rsd = 5.0096676399957e-07
BICGSTAB_SOLVER_TIME: 0.706443 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127475
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981122(s) Flops=1555439616 => 1585.36819681956 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228276.447631483 Mflops = 228.276447631483 Gflops = 0.228276447631483 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172698000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048929 s
InvBiCGStab: k = 32 resid = 2.216361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136028(s) Flops=212944896 => 1565.44899579498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225349.00339764 Mflops = 225.34900339764 Gflops = 0.22534900339764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070398 s
InvBiCGStab: k = 48 resid = 1.024926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228198(s) Flops=317933568 => 1393.23555859385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200558.241032682 Mflops = 200.558241032682 Gflops = 0.200558241032682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007120309 Relative Rsd = 3.12271331924588e-07
BICGSTAB_SOLVER_TIME: 0.48765 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05084 s
InvBiCGStab: k = 72 resid = 2.037632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317129(s) Flops=475416576 => 1499.12677806192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215850.316226144 Mflops = 215.850316226144 Gflops = 0.215850316226144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066845 s
InvBiCGStab: k = 112 resid = 1.0208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486831(s) Flops=737888256 => 1515.69693795177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218230.424812441 Mflops = 218.230424812441 Gflops = 0.218230424812441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001295862 Relative Rsd = 5.68318906676745e-07
BICGSTAB_SOLVER_TIME: 0.925812 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041655 s
InvBiCGStab: k = 72 resid = 1.754801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27749(s) Flops=475416576 => 1713.27462611265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246660.434705276 Mflops = 246.660434705276 Gflops = 0.246660434705276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059248 s
InvBiCGStab: k = 88 resid = 1.035205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33319(s) Flops=580405248 => 1741.96478885921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250797.798013409 Mflops = 250.797798013409 Gflops = 0.250797798013409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001111277 Relative Rsd = 4.8736647043303e-07
BICGSTAB_SOLVER_TIME: 0.715378 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044719 s
InvBiCGStab: k = 79 resid = 1.014113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296111(s) Flops=521349120 => 1760.65434921364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253490.816782769 Mflops = 253.490816782769 Gflops = 0.253490816782769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05795 s
InvBiCGStab: k = 88 resid = 1.076382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324105(s) Flops=580405248 => 1790.79387235618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257823.621558558 Mflops = 257.823621558558 Gflops = 0.257823621558558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001173915 Relative Rsd = 5.14837141704554e-07
BICGSTAB_SOLVER_TIME: 0.727365 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04218 s
InvBiCGStab: k = 60 resid = 2.098996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231338(s) Flops=396675072 => 1714.69915016124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246851.024147776 Mflops = 246.851024147776 Gflops = 0.246851024147776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059674 s
InvBiCGStab: k = 83 resid = 1.067812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307652(s) Flops=547596288 => 1779.92110566484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256255.707128427 Mflops = 256.255707128427 Gflops = 0.256255707128427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001145556 Relative Rsd = 5.02400047935022e-07
BICGSTAB_SOLVER_TIME: 0.644646 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11631
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978673(s) Flops=1555439616 => 1589.33537146728 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228899.067015624 Mflops = 228.899067015624 Gflops = 0.228899067015624 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172897000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0548 s
InvBiCGStab: k = 38 resid = 2.221095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189138(s) Flops=252315648 => 1334.02937537671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192051.843790412 Mflops = 192.051843790412 Gflops = 0.192051843790412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06388 s
InvBiCGStab: k = 48 resid = 1.150775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22336(s) Flops=317933568 => 1423.41318051576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204926.229960478 Mflops = 204.926229960478 Gflops = 0.204926229960478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007254325 Relative Rsd = 3.18148801855314e-07
BICGSTAB_SOLVER_TIME: 0.535204 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045661 s
InvBiCGStab: k = 58 resid = 1.988555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259726(s) Flops=383551488 => 1476.75430261121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212613.360704724 Mflops = 212.613360704724 Gflops = 0.212613360704724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058436 s
InvBiCGStab: k = 76 resid = 9.334829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36354(s) Flops=501663744 => 1379.9409803598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198672.335859424 Mflops = 198.672335859424 Gflops = 0.198672335859424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00108949 Relative Rsd = 4.77811465437631e-07
BICGSTAB_SOLVER_TIME: 0.731193 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05036 s
InvBiCGStab: k = 65 resid = 2.209348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262129(s) Flops=429484032 => 1638.44531509295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235897.203626764 Mflops = 235.897203626764 Gflops = 0.235897203626764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056328 s
InvBiCGStab: k = 86 resid = 1.110068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315728(s) Flops=567281664 => 1796.74170171793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258678.864575029 Mflops = 258.678864575029 Gflops = 0.258678864575029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00106032 Relative Rsd = 4.65018360950259e-07
BICGSTAB_SOLVER_TIME: 0.688457 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041448 s
InvBiCGStab: k = 73 resid = 1.839357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274072(s) Flops=481978368 => 1758.58302927698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253192.889809604 Mflops = 253.192889809604 Gflops = 0.253192889809604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 81 resid = 9.725037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303477(s) Flops=534472704 => 1761.16379165472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253556.771155072 Mflops = 253.556771155072 Gflops = 0.253556771155072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001133606 Relative Rsd = 4.97159190314742e-07
BICGSTAB_SOLVER_TIME: 0.679414 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 71 resid = 1.772202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265703(s) Flops=468854784 => 1764.58219892135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254068.480985881 Mflops = 254.068480985881 Gflops = 0.254068480985881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 75 resid = 9.810022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274257(s) Flops=495101952 => 1805.24818691957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259903.35431286 Mflops = 259.90335431286 Gflops = 0.259903354312859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001088227 Relative Rsd = 4.77257614259211e-07
BICGSTAB_SOLVER_TIME: 0.641319 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118379
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961556(s) Flops=1549246464 => 1611.18693451031 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232023.467053142 Mflops = 232.023467053142 Gflops = 0.232023467053142 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172034000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047501 s
InvBiCGStab: k = 25 resid = 2.201732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108856(s) Flops=167012352 => 1534.25031233924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220796.796653488 Mflops = 220.796796653488 Gflops = 0.220796796653488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070808 s
InvBiCGStab: k = 51 resid = 7.388253e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22268(s) Flops=337618944 => 1516.16195437399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218292.288925403 Mflops = 218.292288925403 Gflops = 0.218292288925403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007614245 Relative Rsd = 3.33933611495881e-07
BICGSTAB_SOLVER_TIME: 0.453955 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044012 s
InvBiCGStab: k = 65 resid = 2.057323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330485(s) Flops=429484032 => 1299.55680893233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187104.189142522 Mflops = 187.104189142522 Gflops = 0.187104189142522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05779 s
InvBiCGStab: k = 85 resid = 1.019525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36318(s) Flops=560719872 => 1543.91726416653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222281.476967608 Mflops = 222.281476967609 Gflops = 0.222281476967608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001176442 Relative Rsd = 5.15945660951038e-07
BICGSTAB_SOLVER_TIME: 0.800995 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 65 resid = 2.132117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284194(s) Flops=429484032 => 1511.23539553967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217585.379379936 Mflops = 217.585379379936 Gflops = 0.217585379379936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056858 s
InvBiCGStab: k = 84 resid = 1.142751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308847(s) Flops=554158080 => 1794.28027469912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258317.359172231 Mflops = 258.317359172231 Gflops = 0.258317359172231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00108128 Relative Rsd = 4.74210615888258e-07
BICGSTAB_SOLVER_TIME: 0.69489 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.069387 s
InvBiCGStab: k = 71 resid = 2.081597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344285(s) Flops=468854784 => 1361.82170004502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196075.047527363 Mflops = 196.075047527363 Gflops = 0.196075047527363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067654 s
InvBiCGStab: k = 88 resid = 7.378888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322713(s) Flops=580405248 => 1798.51833672644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258943.979811793 Mflops = 258.943979811793 Gflops = 0.258943979811793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001150256 Relative Rsd = 5.04461264728455e-07
BICGSTAB_SOLVER_TIME: 0.807868 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 60 resid = 2.189643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220356(s) Flops=396675072 => 1800.15553014213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259169.837752723 Mflops = 259.169837752723 Gflops = 0.259169837752723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 84 resid = 1.012219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355452(s) Flops=554158080 => 1559.02366564262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224462.0100783 Mflops = 224.4620100783 Gflops = 0.2244620100783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001066577 Relative Rsd = 4.67762395374609e-07
BICGSTAB_SOLVER_TIME: 0.677505 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116959
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959932(s) Flops=1542979584 => 1607.38425638483 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231450.050175654 Mflops = 231.450050175654 Gflops = 0.231450050175654 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173172000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021375
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.958336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777041(s) Flops=1341573120 => 1726.51522892614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248562.393987118 Mflops = 248.562393987118 Gflops = 0.248562393987118 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 8.695138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.922478(s) Flops=1649977344 => 1788.63598264674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257556.078015415 Mflops = 257.556078015415 Gflops = 0.257556078015415 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002306298 Relative Rsd = 1.01493453592927e-06
BICGSTAB_SOLVER_TIME: 1.702949 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324870999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.851746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709879(s) Flops=1282516992 => 1806.66985782084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260117.328043877 Mflops = 260.117328043877 Gflops = 0.260117328043877 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.043928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805892(s) Flops=1453123584 => 1803.12446829104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.490603831 Mflops = 259.635490603831 Gflops = 0.259635490603831 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.001966222 Relative Rsd = 8.64997244687337e-07
BICGSTAB_SOLVER_TIME: 1.519123 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.11518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296931999999997
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9663(s) Flops=1542979584 => 1596.79145606954 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230004.944618415 Mflops = 230.004944618415 Gflops = 0.230004944618415 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171564000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050186 s
InvBiCGStab: k = 31 resid = 1.923212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141309(s) Flops=206383104 => 1460.50926692567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210229.445014135 Mflops = 210.229445014135 Gflops = 0.210229445014135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073973 s
InvBiCGStab: k = 48 resid = 1.095585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233895(s) Flops=317933568 => 1359.30040402745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195689.831692758 Mflops = 195.689831692758 Gflops = 0.195689831692758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007494858 Relative Rsd = 3.28697706269066e-07
BICGSTAB_SOLVER_TIME: 0.503447 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046572 s
InvBiCGStab: k = 88 resid = 1.917257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394436(s) Flops=580405248 => 1471.48142664463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211868.135977253 Mflops = 211.868135977253 Gflops = 0.211868135977253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057684 s
InvBiCGStab: k = 105 resid = 8.802309e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.493522(s) Flops=691955712 => 1402.07673011537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201874.693705266 Mflops = 201.874693705266 Gflops = 0.201874693705266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001326701 Relative Rsd = 5.81843535840039e-07
BICGSTAB_SOLVER_TIME: 0.995974 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152186999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041221 s
InvBiCGStab: k = 63 resid = 2.130636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231604(s) Flops=416360448 => 1797.72563513584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258817.664254856 Mflops = 258.817664254856 Gflops = 0.258817664254856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05691 s
InvBiCGStab: k = 79 resid = 8.170181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290858(s) Flops=521349120 => 1792.45239945265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258056.264723521 Mflops = 258.056264723521 Gflops = 0.258056264723521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001082727 Relative Rsd = 4.74845390197006e-07
BICGSTAB_SOLVER_TIME: 0.624467 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 63 resid = 2.244401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232086(s) Flops=416360448 => 1793.99208913937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258281.512779264 Mflops = 258.281512779264 Gflops = 0.258281512779264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 94 resid = 8.976608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344523(s) Flops=619776000 => 1798.93940317482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259009.590587275 Mflops = 259.009590587275 Gflops = 0.259009590587275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001186103 Relative Rsd = 5.20182561199226e-07
BICGSTAB_SOLVER_TIME: 0.678037 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 68 resid = 1.3899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248813(s) Flops=449169408 => 1805.24895403375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259900.734777908 Mflops = 259.900734777908 Gflops = 0.259900734777908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057006 s
InvBiCGStab: k = 83 resid = 8.896103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305175(s) Flops=547596288 => 1794.36811010076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258344.529077543 Mflops = 258.344529077543 Gflops = 0.258344529077543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001157052 Relative Rsd = 5.07441482371036e-07
BICGSTAB_SOLVER_TIME: 0.656152 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122024
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954097(s) Flops=1536786432 => 1610.72347151285 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231924.458254641 Mflops = 231.924458254641 Gflops = 0.231924458254641 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170630000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 36 resid = 1.456874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13259(s) Flops=239192064 => 1803.99776755411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259667.885056147 Mflops = 259.667885056147 Gflops = 0.259667885056147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056255 s
InvBiCGStab: k = 44 resid = 1.140044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161986(s) Flops=291686400 => 1800.68894842764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259205.099156477 Mflops = 259.205099156477 Gflops = 0.259205099156477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007256472 Relative Rsd = 3.18242948386749e-07
BICGSTAB_SOLVER_TIME: 0.395809 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 73 resid = 2.18384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267142(s) Flops=481978368 => 1804.20288835151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.777270482 Mflops = 259.752777270482 Gflops = 0.259752777270482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 110 resid = 9.777327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401776(s) Flops=724764672 => 1803.90235355024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.670609017 Mflops = 259.720670609017 Gflops = 0.259720670609017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001301587 Relative Rsd = 5.70829565941014e-07
BICGSTAB_SOLVER_TIME: 0.769878 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043144 s
InvBiCGStab: k = 63 resid = 2.029519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276835(s) Flops=416360448 => 1504.00219625409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216537.630534189 Mflops = 216.537630534189 Gflops = 0.216537630534189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067773 s
InvBiCGStab: k = 85 resid = 1.022411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366376(s) Flops=560719872 => 1530.44924340022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220351.336639396 Mflops = 220.351336639396 Gflops = 0.220351336639396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001102144 Relative Rsd = 4.83361056287622e-07
BICGSTAB_SOLVER_TIME: 0.757956 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05058 s
InvBiCGStab: k = 77 resid = 1.758299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341031(s) Flops=508225536 => 1490.26198791312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214563.393385442 Mflops = 214.563393385442 Gflops = 0.214563393385442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068711 s
InvBiCGStab: k = 100 resid = 7.283876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443112(s) Flops=659146752 => 1487.53983642962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214174.161591361 Mflops = 214.174161591361 Gflops = 0.214174161591361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.00114531 Relative Rsd = 5.02292218502055e-07
BICGSTAB_SOLVER_TIME: 0.907295 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 61 resid = 1.759805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224481(s) Flops=403236864 => 1796.30732222326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258611.100629796 Mflops = 258.611100629796 Gflops = 0.258611100629796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05596 s
InvBiCGStab: k = 86 resid = 1.023944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329805(s) Flops=567281664 => 1720.05173966435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247643.477319288 Mflops = 247.643477319288 Gflops = 0.247643477319288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00116451 Relative Rsd = 5.10712716949181e-07
BICGSTAB_SOLVER_TIME: 0.655416 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119171
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96062(s) Flops=1536565248 => 1599.55575357582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230350.037687744 Mflops = 230.350037687744 Gflops = 0.230350037687744 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170647000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 32 resid = 1.730831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118653(s) Flops=212944896 => 1794.68615205684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258320.342341614 Mflops = 258.320342341614 Gflops = 0.258320342341614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05624 s
InvBiCGStab: k = 47 resid = 1.151758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172353(s) Flops=311371776 => 1806.59330559955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260053.017371773 Mflops = 260.053017371773 Gflops = 0.260053017371773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007424379 Relative Rsd = 3.25606749024163e-07
BICGSTAB_SOLVER_TIME: 0.391888 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 56 resid = 1.452009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205319(s) Flops=370427904 => 1804.15793959643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.45038718 Mflops = 259.73745038718 Gflops = 0.25973745038718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 82 resid = 9.164349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300414(s) Flops=541034496 => 1800.96299107232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259283.247518782 Mflops = 259.283247518782 Gflops = 0.259283247518782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001102268 Relative Rsd = 4.83415226282119e-07
BICGSTAB_SOLVER_TIME: 0.607129 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112965
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 61 resid = 2.083912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224023(s) Flops=403236864 => 1799.97975207903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259145.254267168 Mflops = 259.145254267168 Gflops = 0.259145254267168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 90 resid = 1.01234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330482(s) Flops=593528832 => 1795.94904412343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258556.33373327 Mflops = 258.55633373327 Gflops = 0.25855633373327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001124316 Relative Rsd = 4.93084646883237e-07
BICGSTAB_SOLVER_TIME: 0.656062 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 76 resid = 1.207576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277856(s) Flops=501663744 => 1805.48105493493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259942.248718123 Mflops = 259.942248718123 Gflops = 0.259942248718123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 83 resid = 1.102056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31501(s) Flops=547596288 => 1738.34572870703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250277.237572367 Mflops = 250.277237572367 Gflops = 0.250277237572367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001108607 Relative Rsd = 4.86195357017599e-07
BICGSTAB_SOLVER_TIME: 0.694106 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04822 s
InvBiCGStab: k = 55 resid = 2.138325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239717(s) Flops=363866112 => 1517.89865549794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218530.705088114 Mflops = 218.530705088114 Gflops = 0.218530705088114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067327 s
InvBiCGStab: k = 82 resid = 8.921938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359926(s) Flops=541034496 => 1503.18258753188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216427.400860379 Mflops = 216.427400860379 Gflops = 0.216427400860379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001082524 Relative Rsd = 4.7475645133705e-07
BICGSTAB_SOLVER_TIME: 0.719253 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111993
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.113494(s) Flops=1536491520 => 1379.88307076643 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198701.86750676 Mflops = 198.70186750676 Gflops = 0.19870186750676 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170522000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 29 resid = 2.012343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1071(s) Flops=193259520 => 1804.47731092437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.738922144 Mflops = 259.732738922144 Gflops = 0.259732738922144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 48 resid = 1.027595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176609(s) Flops=317933568 => 1800.21158604601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.970953271 Mflops = 259.141970953271 Gflops = 0.259141970953271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0006900828 Relative Rsd = 3.0264566597501e-07
BICGSTAB_SOLVER_TIME: 0.385529 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 60 resid = 1.245856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219819(s) Flops=396675072 => 1804.55316419418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.294976464 Mflops = 259.799294976464 Gflops = 0.259799294976464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 86 resid = 9.985999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313885(s) Flops=567281664 => 1807.2914092741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260198.055192656 Mflops = 260.198055192656 Gflops = 0.260198055192656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001152728 Relative Rsd = 5.05545175174422e-07
BICGSTAB_SOLVER_TIME: 0.634716 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041543 s
InvBiCGStab: k = 66 resid = 2.142792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242928(s) Flops=436045824 => 1794.95909899229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258424.127098803 Mflops = 258.424127098803 Gflops = 0.258424127098803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057033 s
InvBiCGStab: k = 88 resid = 1.149811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346797(s) Flops=580405248 => 1673.61669218592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240956.69806698 Mflops = 240.95669806698 Gflops = 0.24095669806698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001207229 Relative Rsd = 5.29447519315513e-07
BICGSTAB_SOLVER_TIME: 0.692373 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 91 resid = 7.175591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334415(s) Flops=600090624 => 1794.44888536698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258337.95933219 Mflops = 258.33795933219 Gflops = 0.25833795933219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 77 resid = 1.056628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283237(s) Flops=508225536 => 1794.3472639521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258334.853692274 Mflops = 258.334853692274 Gflops = 0.258334853692274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00113382 Relative Rsd = 4.97252877345752e-07
BICGSTAB_SOLVER_TIME: 0.719404 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041234 s
InvBiCGStab: k = 56 resid = 2.136092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222785(s) Flops=370427904 => 1662.71474291357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239365.308800228 Mflops = 239.365308800228 Gflops = 0.239365308800228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 73 resid = 1.060309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267476(s) Flops=481978368 => 1801.94996186574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.358787389 Mflops = 259.424358787389 Gflops = 0.259424358787389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001049115 Relative Rsd = 4.60104208131851e-07
BICGSTAB_SOLVER_TIME: 0.59161 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106247
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.953602(s) Flops=1536491520 => 1611.25031197502 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232004.900080302 Mflops = 232.004900080302 Gflops = 0.232004900080302 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170778000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.502701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.879693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844782(s) Flops=1407191040 => 1665.74458262605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239801.661870748 Mflops = 239.801661870748 Gflops = 0.239801661870748 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 8.018454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913801(s) Flops=1617168384 => 1769.71614607557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254826.667155837 Mflops = 254.826667155837 Gflops = 0.254826667155837 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.0021573 Relative Rsd = 9.49364258269769e-07
BICGSTAB_SOLVER_TIME: 1.76191 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.11499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328148999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 2.157455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.604258(s) Flops=1092225024 => 1807.54747806401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260183.515655501 Mflops = 260.183515655501 Gflops = 0.260183515655501 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.01377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83383(s) Flops=1505617920 => 1805.66532746483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.977162767 Mflops = 260.002977162767 Gflops = 0.260002977162767 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.00207324 Relative Rsd = 9.12081764951615e-07
BICGSTAB_SOLVER_TIME: 1.441499 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282321999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95441(s) Flops=1536491520 => 1609.88623337978 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231806.628283086 Mflops = 231.806628283086 Gflops = 0.231806628283086 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171288000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 24 resid = 1.904593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090862(s) Flops=160450560 => 1765.87088111642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254147.128445901 Mflops = 254.147128445901 Gflops = 0.254147128445901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06015 s
InvBiCGStab: k = 44 resid = 1.056857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171218(s) Flops=291686400 => 1703.59658447126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245218.032756166 Mflops = 245.218032756166 Gflops = 0.245218032756166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007323474 Relative Rsd = 3.21181428074098e-07
BICGSTAB_SOLVER_TIME: 0.36722 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 83 resid = 1.403439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327701(s) Flops=547596288 => 1671.02415921831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240587.874697701 Mflops = 240.587874697701 Gflops = 0.240587874697701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065173 s
InvBiCGStab: k = 119 resid = 1.013139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.534897(s) Flops=783820800 => 1465.36772500126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210988.869258501 Mflops = 210.988869258501 Gflops = 0.210988869258501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001359863 Relative Rsd = 5.96387336945037e-07
BICGSTAB_SOLVER_TIME: 0.97323 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158611999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043586 s
InvBiCGStab: k = 53 resid = 2.242048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230341(s) Flops=350742528 => 1522.70993006022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219220.291275769 Mflops = 219.220291275769 Gflops = 0.219220291275769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065415 s
InvBiCGStab: k = 84 resid = 6.910805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360751(s) Flops=554158080 => 1536.1234757492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221164.064294358 Mflops = 221.164064294358 Gflops = 0.221164064294358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001090946 Relative Rsd = 4.7844981363857e-07
BICGSTAB_SOLVER_TIME: 0.703899 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055638 s
InvBiCGStab: k = 77 resid = 1.722476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288612(s) Flops=508225536 => 1760.93002369964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253533.300955419 Mflops = 253.533300955419 Gflops = 0.253533300955419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056893 s
InvBiCGStab: k = 85 resid = 1.01768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313373(s) Flops=560719872 => 1789.30498798556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257614.619118417 Mflops = 257.614619118417 Gflops = 0.257614619118417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001172641 Relative Rsd = 5.14278287077067e-07
BICGSTAB_SOLVER_TIME: 0.718365 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 69 resid = 1.754494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253469(s) Flops=455731200 => 1797.97608386035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258855.741870511 Mflops = 258.855741870511 Gflops = 0.258855741870511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056035 s
InvBiCGStab: k = 83 resid = 1.105373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305448(s) Flops=547596288 => 1792.76435923627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258111.972764377 Mflops = 258.111972764377 Gflops = 0.258111972764377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001142451 Relative Rsd = 5.01038241843393e-07
BICGSTAB_SOLVER_TIME: 0.659823 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12274
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954943(s) Flops=1536565248 => 1609.06488450096 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231689.726430482 Mflops = 231.689726430482 Gflops = 0.231689726430482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170648000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041812 s
InvBiCGStab: k = 28 resid = 1.122935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103724(s) Flops=186697728 => 1799.9472446107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259066.377185894 Mflops = 259.066377185894 Gflops = 0.259066377185894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057703 s
InvBiCGStab: k = 48 resid = 1.046905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178396(s) Flops=317933568 => 1782.17879324649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256537.109746039 Mflops = 256.537109746039 Gflops = 0.256537109746039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007134933 Relative Rsd = 3.12912692406088e-07
BICGSTAB_SOLVER_TIME: 0.385476 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041499 s
InvBiCGStab: k = 79 resid = 1.505873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299765(s) Flops=521349120 => 1739.19276766801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250395.287817799 Mflops = 250.395287817799 Gflops = 0.2503952878178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 104 resid = 1.06961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386897(s) Flops=685393920 => 1771.51520947436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255062.760004454 Mflops = 255.062760004454 Gflops = 0.255062760004454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001277986 Relative Rsd = 5.60478910432664e-07
BICGSTAB_SOLVER_TIME: 0.788387 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144971
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 55 resid = 2.003331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201956(s) Flops=363866112 => 1801.70983778645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259385.869462652 Mflops = 259.385869462652 Gflops = 0.259385869462652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056065 s
InvBiCGStab: k = 84 resid = 1.111661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307331(s) Flops=554158080 => 1803.13108667853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.726637856 Mflops = 259.591726637856 Gflops = 0.259591726637856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001092191 Relative Rsd = 4.7899600647658e-07
BICGSTAB_SOLVER_TIME: 0.610645 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 72 resid = 2.016043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304426(s) Flops=475416576 => 1561.68190627607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224844.183165279 Mflops = 224.844183165279 Gflops = 0.224844183165279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068469 s
InvBiCGStab: k = 86 resid = 1.05356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395521(s) Flops=567281664 => 1434.26433488993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206508.62190781 Mflops = 206.50862190781 Gflops = 0.20650862190781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001179226 Relative Rsd = 5.17166502523528e-07
BICGSTAB_SOLVER_TIME: 0.813957 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050952 s
InvBiCGStab: k = 68 resid = 1.303389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297082(s) Flops=449169408 => 1511.93747180913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217672.304869712 Mflops = 217.672304869712 Gflops = 0.217672304869712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069151 s
InvBiCGStab: k = 76 resid = 1.09838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333924(s) Flops=501663744 => 1502.32910482625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216290.666797695 Mflops = 216.290666797695 Gflops = 0.216290666797695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001105408 Relative Rsd = 4.8479260433258e-07
BICGSTAB_SOLVER_TIME: 0.754948 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116892
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979137(s) Flops=1542758400 => 1575.63078506889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226881.079214612 Mflops = 226.881079214612 Gflops = 0.226881079214612 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171377000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041343 s
InvBiCGStab: k = 33 resid = 1.106375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122995(s) Flops=219506688 => 1784.67976747022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256888.687839801 Mflops = 256.888687839801 Gflops = 0.256888687839801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056954 s
InvBiCGStab: k = 49 resid = 8.681028e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181518(s) Flops=324495360 => 1787.67593296533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257326.710494067 Mflops = 257.326710494067 Gflops = 0.257326710494067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007394209 Relative Rsd = 3.24283592023801e-07
BICGSTAB_SOLVER_TIME: 0.406592 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 51 resid = 2.099622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188064(s) Flops=337618944 => 1795.23430321593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258453.347707727 Mflops = 258.453347707727 Gflops = 0.258453347707727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 74 resid = 1.060663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271231(s) Flops=488540160 => 1801.1958810018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.924534319 Mflops = 259.309924534319 Gflops = 0.259309924534319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001095831 Relative Rsd = 4.80592362007152e-07
BICGSTAB_SOLVER_TIME: 0.561181 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 54 resid = 1.855761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198554(s) Flops=357304320 => 1799.53221793567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259056.232299274 Mflops = 259.056232299274 Gflops = 0.259056232299274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056911 s
InvBiCGStab: k = 73 resid = 9.110362e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267544(s) Flops=481978368 => 1801.49197141405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259344.101612422 Mflops = 259.344101612422 Gflops = 0.259344101612422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001075061 Relative Rsd = 4.71483174534796e-07
BICGSTAB_SOLVER_TIME: 0.567991 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04118 s
InvBiCGStab: k = 64 resid = 1.859183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235309(s) Flops=422922240 => 1797.30584040559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258745.500268659 Mflops = 258.745500268659 Gflops = 0.258745500268659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 86 resid = 7.185936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331947(s) Flops=567281664 => 1708.95252555378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246045.236287056 Mflops = 246.045236287056 Gflops = 0.246045236287056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001152811 Relative Rsd = 5.05581679930375e-07
BICGSTAB_SOLVER_TIME: 0.668669 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041296 s
InvBiCGStab: k = 69 resid = 1.780893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251905(s) Flops=455731200 => 1809.13915960382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260462.882914097 Mflops = 260.462882914097 Gflops = 0.260462882914097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 90 resid = 1.112425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329895(s) Flops=593528832 => 1799.14467330514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259027.159501469 Mflops = 259.027159501469 Gflops = 0.259027159501469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001110086 Relative Rsd = 4.86844069505892e-07
BICGSTAB_SOLVER_TIME: 0.683281 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128073
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068657(s) Flops=1548877824 => 1449.36852891059 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208695.931112268 Mflops = 208.695931112268 Gflops = 0.208695931112268 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172134000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.554739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 36 resid = 2.16631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133286(s) Flops=239192064 => 1794.57755503204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258308.217995187 Mflops = 258.308217995187 Gflops = 0.258308217995187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 63 resid = 8.728778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231954(s) Flops=416360448 => 1795.0130112005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258401.409148749 Mflops = 258.401409148749 Gflops = 0.258401409148749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.0007678543 Relative Rsd = 3.36753463490286e-07
BICGSTAB_SOLVER_TIME: 0.467122 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0848250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 58 resid = 2.135907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214948(s) Flops=383551488 => 1784.39198317733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256887.818200258 Mflops = 256.887818200258 Gflops = 0.256887818200258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 85 resid = 1.093698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312933(s) Flops=560719872 => 1791.82084343933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257971.70908427 Mflops = 257.97170908427 Gflops = 0.25797170908427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001175304 Relative Rsd = 5.15446439267539e-07
BICGSTAB_SOLVER_TIME: 0.629468 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 65 resid = 2.152711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238151(s) Flops=429484032 => 1803.41057564318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.543476243 Mflops = 259.628543476243 Gflops = 0.259628543476243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 81 resid = 1.076276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296082(s) Flops=534472704 => 1805.15095142562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.973475563 Mflops = 259.889973475563 Gflops = 0.259889973475563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00115865 Relative Rsd = 5.08142628963334e-07
BICGSTAB_SOLVER_TIME: 0.6358 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 73 resid = 1.815245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267803(s) Flops=481978368 => 1799.74969660534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259113.959474896 Mflops = 259.113959474896 Gflops = 0.259113959474896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 94 resid = 7.021633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343765(s) Flops=619776000 => 1802.90605500851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.254313834 Mflops = 259.568254313834 Gflops = 0.259568254313834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001130139 Relative Rsd = 4.95638499187416e-07
BICGSTAB_SOLVER_TIME: 0.712445 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133758
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 61 resid = 2.079621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223489(s) Flops=403236864 => 1804.28058651656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.658122734 Mflops = 259.765658122734 Gflops = 0.259765658122734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056404 s
InvBiCGStab: k = 79 resid = 9.836849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28904(s) Flops=521349120 => 1803.72654303903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.693115693 Mflops = 259.678693115693 Gflops = 0.259678693115693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001102592 Relative Rsd = 4.83557518246928e-07
BICGSTAB_SOLVER_TIME: 0.613651 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114079
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997765(s) Flops=1548951552 => 1552.42121341198 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223532.463762019 Mflops = 223.532463762019 Gflops = 0.223532463762019 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171895000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.164236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.03302(s) Flops=1571235840 => 1521.01202300052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218965.196132087 Mflops = 218.965196132087 Gflops = 0.218965196132087 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 7.683648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.986885(s) Flops=1571235840 => 1592.11644720509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229253.177611632 Mflops = 229.253177611632 Gflops = 0.229253177611632 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002292232 Relative Rsd = 1.00873920843333e-06
BICGSTAB_SOLVER_TIME: 2.023298 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.1142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001883
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340752999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.880408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657775(s) Flops=1184090112 => 1800.14459655657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259183.178199341 Mflops = 259.183178199341 Gflops = 0.259183178199341 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 9.722097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779486(s) Flops=1348134912 => 1729.51780019141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249036.887348818 Mflops = 249.036887348818 Gflops = 0.249036887348818 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.00213384 Relative Rsd = 9.38760122196e-07
BICGSTAB_SOLVER_TIME: 1.440732 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274832999999997
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965436(s) Flops=1548951552 => 1604.40624961157 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231017.683367932 Mflops = 231.017683367932 Gflops = 0.231017683367932 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172156000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 34 resid = 2.197834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125148(s) Flops=226068480 => 1806.40905168281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.088240115 Mflops = 260.002088240115 Gflops = 0.260002088240115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 71 resid = 7.645625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273673(s) Flops=468854784 => 1713.19342426911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246640.460140152 Mflops = 246.640460140152 Gflops = 0.246640460140152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 105 iterations. Rsd = 0.000788098 Relative Rsd = 3.45631624360288e-07
BICGSTAB_SOLVER_TIME: 0.500041 sec
2Flav::invert,  n_count = 105
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0892290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 79 resid = 1.835548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289044(s) Flops=521349120 => 1803.7015817661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259696.421579743 Mflops = 259.696421579743 Gflops = 0.259696421579743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 105 resid = 1.011763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385383(s) Flops=691955712 => 1795.50138952678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258510.080380296 Mflops = 258.510080380296 Gflops = 0.258510080380296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001232043 Relative Rsd = 5.40329969981904e-07
BICGSTAB_SOLVER_TIME: 0.77555 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041934 s
InvBiCGStab: k = 56 resid = 2.205466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204904(s) Flops=370427904 => 1807.81197048374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260261.336417969 Mflops = 260.261336417969 Gflops = 0.260261336417969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056282 s
InvBiCGStab: k = 83 resid = 5.283973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348239(s) Flops=547596288 => 1572.47260645706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226393.884008287 Mflops = 226.393884008287 Gflops = 0.226393884008287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001151291 Relative Rsd = 5.04915046925523e-07
BICGSTAB_SOLVER_TIME: 0.655147 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049579 s
InvBiCGStab: k = 66 resid = 1.947354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306073(s) Flops=436045824 => 1424.64648629575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205127.178416201 Mflops = 205.127178416201 Gflops = 0.205127178416201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071062 s
InvBiCGStab: k = 92 resid = 8.392179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433407(s) Flops=606652416 => 1399.72915988897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201528.730923686 Mflops = 201.528730923686 Gflops = 0.201528730923686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001186729 Relative Rsd = 5.20456780841491e-07
BICGSTAB_SOLVER_TIME: 0.864614 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127009
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06829 s
InvBiCGStab: k = 66 resid = 1.59911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291729(s) Flops=436045824 => 1494.69481607931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215216.945048716 Mflops = 215.216945048716 Gflops = 0.215216945048716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 85 resid = 7.496359e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314099(s) Flops=560719872 => 1785.16923645093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257012.467918291 Mflops = 257.012467918291 Gflops = 0.257012467918291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001150003 Relative Rsd = 5.04350423014927e-07
BICGSTAB_SOLVER_TIME: 0.73456 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122102
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965479(s) Flops=1549246464 => 1604.64025007276 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231061.651665854 Mflops = 231.061651665854 Gflops = 0.231061651665854 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 36 resid = 2.074892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132893(s) Flops=239192064 => 1799.88459888783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259083.399977136 Mflops = 259.083399977136 Gflops = 0.259083399977136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056517 s
InvBiCGStab: k = 51 resid = 1.042091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187039(s) Flops=337618944 => 1805.07243943776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.444796658 Mflops = 259.835444796658 Gflops = 0.259835444796658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.000732834 Relative Rsd = 3.2139481496571e-07
BICGSTAB_SOLVER_TIME: 0.421282 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 74 resid = 2.198224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271541(s) Flops=488540160 => 1799.13957744871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.562607052 Mflops = 259.031562607052 Gflops = 0.259031562607052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 108 resid = 8.656568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394281(s) Flops=711641088 => 1804.9083978178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.61660507 Mflops = 259.86361660507 Gflops = 0.259863616605071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001285745 Relative Rsd = 5.63881766354648e-07
BICGSTAB_SOLVER_TIME: 0.767245 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041677 s
InvBiCGStab: k = 66 resid = 1.680708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260813(s) Flops=436045824 => 1671.8715094723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240701.212480478 Mflops = 240.701212480478 Gflops = 0.240701212480478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065846 s
InvBiCGStab: k = 79 resid = 1.132569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292275(s) Flops=521349120 => 1783.7622786759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256814.002636665 Mflops = 256.814002636665 Gflops = 0.256814002636665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001091793 Relative Rsd = 4.78821396315242e-07
BICGSTAB_SOLVER_TIME: 0.664529 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 69 resid = 1.984844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25458(s) Flops=455731200 => 1790.12962526514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257729.917593427 Mflops = 257.729917593427 Gflops = 0.257729917593427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056291 s
InvBiCGStab: k = 83 resid = 1.044109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305327(s) Flops=547596288 => 1793.47482535118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258206.475123123 Mflops = 258.206475123123 Gflops = 0.258206475123123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001157542 Relative Rsd = 5.07656426458532e-07
BICGSTAB_SOLVER_TIME: 0.661181 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041841 s
InvBiCGStab: k = 65 resid = 2.020565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239011(s) Flops=429484032 => 1796.92161448636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258693.61316138 Mflops = 258.69361316138 Gflops = 0.25869361316138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061991 s
InvBiCGStab: k = 85 resid = 8.966088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385162(s) Flops=560719872 => 1455.80268043057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209605.885497972 Mflops = 209.605885497972 Gflops = 0.209605885497972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001150414 Relative Rsd = 5.04530342958949e-07
BICGSTAB_SOLVER_TIME: 0.732024 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12119
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114649(s) Flops=1555587072 => 1395.58468360892 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201001.907098592 Mflops = 201.001907098592 Gflops = 0.201001907098592 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041504 s
InvBiCGStab: k = 25 resid = 2.17737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093242(s) Flops=167012352 => 1791.1708457562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257801.208032499 Mflops = 257.801208032499 Gflops = 0.257801208032499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057071 s
InvBiCGStab: k = 64 resid = 1.094493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236294(s) Flops=422922240 => 1789.81370665358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257657.768995147 Mflops = 257.657768995147 Gflops = 0.257657768995147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007863739 Relative Rsd = 3.4487549088385e-07
BICGSTAB_SOLVER_TIME: 0.431945 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045112 s
InvBiCGStab: k = 57 resid = 2.111586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21607(s) Flops=376989696 => 1744.7572360809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251180.862685153 Mflops = 251.180862685153 Gflops = 0.251180862685153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057989 s
InvBiCGStab: k = 90 resid = 8.916494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330679(s) Flops=593528832 => 1794.87911841998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258410.203224729 Mflops = 258.410203224729 Gflops = 0.258410203224729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001153848 Relative Rsd = 5.06036432183895e-07
BICGSTAB_SOLVER_TIME: 0.65369 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041725 s
InvBiCGStab: k = 54 resid = 1.983688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198433(s) Flops=357304320 => 1800.62953238625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259231.003424026 Mflops = 259.231003424026 Gflops = 0.259231003424026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 79 resid = 1.051937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29233(s) Flops=521349120 => 1783.42667533267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256752.802353936 Mflops = 256.752802353936 Gflops = 0.256752802353936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001028204 Relative Rsd = 4.50933753936218e-07
BICGSTAB_SOLVER_TIME: 0.593161 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041406 s
InvBiCGStab: k = 65 resid = 2.253384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23827(s) Flops=429484032 => 1802.50989213917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.822459037 Mflops = 259.503822459037 Gflops = 0.259503822459037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 84 resid = 4.911171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308537(s) Flops=554158080 => 1796.08306297138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258589.079202675 Mflops = 258.589079202676 Gflops = 0.258589079202676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001159816 Relative Rsd = 5.08653695546665e-07
BICGSTAB_SOLVER_TIME: 0.64859 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 69 resid = 2.184165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252712(s) Flops=455731200 => 1803.36192978568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.283330578 Mflops = 259.623283330578 Gflops = 0.259623283330578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055739 s
InvBiCGStab: k = 84 resid = 9.759402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322027(s) Flops=554158080 => 1720.84353175355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247755.237502834 Mflops = 247.755237502834 Gflops = 0.247755237502834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001076217 Relative Rsd = 4.7199036089232e-07
BICGSTAB_SOLVER_TIME: 0.675653 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123567
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971796(s) Flops=1562001408 => 1607.33467517874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231433.62691555 Mflops = 231.43362691555 Gflops = 0.23143362691555 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.504633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052542 s
InvBiCGStab: k = 26 resid = 1.760268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132806(s) Flops=173574144 => 1306.97516678463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188127.842118284 Mflops = 188.127842118284 Gflops = 0.188127842118284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068009 s
InvBiCGStab: k = 44 resid = 1.045924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200585(s) Flops=291686400 => 1454.17852780617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209340.76336157 Mflops = 209.34076336157 Gflops = 0.20934076336157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007449241 Relative Rsd = 3.26697092476074e-07
BICGSTAB_SOLVER_TIME: 0.457803 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046304 s
InvBiCGStab: k = 61 resid = 2.058129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245019(s) Flops=403236864 => 1645.73712242724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236933.679317232 Mflops = 236.933679317232 Gflops = 0.236933679317232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056859 s
InvBiCGStab: k = 95 resid = 7.206967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350677(s) Flops=626337792 => 1786.08175614597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257152.192430914 Mflops = 257.152192430914 Gflops = 0.257152192430914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001147979 Relative Rsd = 5.03462770305856e-07
BICGSTAB_SOLVER_TIME: 0.702772 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 54 resid = 2.193172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198341(s) Flops=357304320 => 1801.4647501021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259342.885760558 Mflops = 259.342885760558 Gflops = 0.259342885760558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 82 resid = 9.917918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30132(s) Flops=541034496 => 1795.54790919952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258495.344737931 Mflops = 258.495344737931 Gflops = 0.258495344737931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001071118 Relative Rsd = 4.69753972325918e-07
BICGSTAB_SOLVER_TIME: 0.601136 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 76 resid = 1.433143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278604(s) Flops=501663744 => 1800.63367360124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.399653096 Mflops = 259.248399653096 Gflops = 0.259248399653096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055932 s
InvBiCGStab: k = 94 resid = 1.12166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343315(s) Flops=619776000 => 1805.2692134046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.685677819 Mflops = 259.912685677819 Gflops = 0.259912685677819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001215466 Relative Rsd = 5.33060060597911e-07
BICGSTAB_SOLVER_TIME: 0.722974 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 51 resid = 2.139898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187488(s) Flops=337618944 => 1800.74961597542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259237.764648567 Mflops = 259.237764648567 Gflops = 0.259237764648567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056154 s
InvBiCGStab: k = 90 resid = 1.125988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329298(s) Flops=593528832 => 1802.40642822003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.254863582 Mflops = 259.495254863582 Gflops = 0.259495254863582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001064805 Relative Rsd = 4.66985584379066e-07
BICGSTAB_SOLVER_TIME: 0.618046 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11488
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976728(s) Flops=1574240256 => 1611.74887583851 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232162.687586031 Mflops = 232.162687586031 Gflops = 0.232162687586031 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174877000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 1.950798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.056041(s) Flops=1800898560 => 1705.33015290126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245518.22334129 Mflops = 245.51822334129 Gflops = 0.24551822334129 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.012958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.178663(s) Flops=1669662720 => 1416.57345653507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203978.302157661 Mflops = 203.978302157661 Gflops = 0.203978302157661 Tflops
BICGSTAB_SOLVER: 528 iterations. Rsd = 0.002159369 Relative Rsd = 9.5025068826589e-07
BICGSTAB_SOLVER_TIME: 2.238498 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.123093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.376405000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.607022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684318(s) Flops=1184090112 => 1730.32144704655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249164.593949134 Mflops = 249.164593949134 Gflops = 0.249164593949134 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 8.77657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870365(s) Flops=1564674048 => 1797.72170066581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258856.38309972 Mflops = 258.85638309972 Gflops = 0.25885638309972 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.00205499 Relative Rsd = 9.04089167229466e-07
BICGSTAB_SOLVER_TIME: 1.558205 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298145999999999
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.020162(s) Flops=1574240256 => 1543.12771500997 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222209.263583976 Mflops = 222.209263583976 Gflops = 0.222209263583976 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174760000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043134 s
InvBiCGStab: k = 32 resid = 1.332941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121943(s) Flops=212944896 => 1746.26584551799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251357.343754413 Mflops = 251.357343754413 Gflops = 0.251357343754413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057537 s
InvBiCGStab: k = 49 resid = 9.636852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179632(s) Flops=324495360 => 1806.44517680591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260038.665105525 Mflops = 260.038665105525 Gflops = 0.260038665105525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007422438 Relative Rsd = 3.25521639334411e-07
BICGSTAB_SOLVER_TIME: 0.406048 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043115 s
InvBiCGStab: k = 84 resid = 2.266314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310518(s) Flops=554158080 => 1784.62465944003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256935.448457585 Mflops = 256.935448457585 Gflops = 0.256935448457585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058576 s
InvBiCGStab: k = 116 resid = 1.048915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444185(s) Flops=764135424 => 1720.30893434042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247684.094383956 Mflops = 247.684094383956 Gflops = 0.247684094383956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001335593 Relative Rsd = 5.85743520165809e-07
BICGSTAB_SOLVER_TIME: 0.860308 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157191999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 64 resid = 1.835862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236307(s) Flops=422922240 => 1789.71524330638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257660.797004532 Mflops = 257.660797004532 Gflops = 0.257660797004532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056643 s
InvBiCGStab: k = 91 resid = 5.648139e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343285(s) Flops=600090624 => 1748.08285826645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251681.826081865 Mflops = 251.681826081865 Gflops = 0.251681826081865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001092621 Relative Rsd = 4.79184350595052e-07
BICGSTAB_SOLVER_TIME: 0.68106 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 66 resid = 1.557438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256104(s) Flops=436045824 => 1702.61231374754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245135.520103841 Mflops = 245.135520103841 Gflops = 0.245135520103841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064253 s
InvBiCGStab: k = 92 resid = 1.026644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426172(s) Flops=606652416 => 1423.49196099228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204918.817732061 Mflops = 204.918817732061 Gflops = 0.204918817732061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001178537 Relative Rsd = 5.16864049132953e-07
BICGSTAB_SOLVER_TIME: 0.795645 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052013 s
InvBiCGStab: k = 71 resid = 2.058001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318621(s) Flops=468854784 => 1471.51249917614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211858.103356079 Mflops = 211.858103356079 Gflops = 0.211858103356079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065377 s
InvBiCGStab: k = 90 resid = 5.158094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399327(s) Flops=593528832 => 1486.32281814152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213988.691505336 Mflops = 213.988691505336 Gflops = 0.213988691505336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001140682 Relative Rsd = 5.0026219668189e-07
BICGSTAB_SOLVER_TIME: 0.839244 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129075
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.161349(s) Flops=1580654592 => 1361.05046114475 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195978.231830269 Mflops = 195.978231830269 Gflops = 0.195978231830269 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175823000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 27 resid = 1.834793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101541(s) Flops=180135936 => 1774.02168582149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255328.140847456 Mflops = 255.328140847456 Gflops = 0.255328140847456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056678 s
InvBiCGStab: k = 50 resid = 1.105551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187611(s) Flops=331057152 => 1764.59350464525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254003.759692434 Mflops = 254.003759692434 Gflops = 0.254003759692434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007713486 Relative Rsd = 3.38285948461843e-07
BICGSTAB_SOLVER_TIME: 0.391036 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041858 s
InvBiCGStab: k = 65 resid = 2.268631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246601(s) Flops=429484032 => 1741.61512727037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250747.880912524 Mflops = 250.747880912524 Gflops = 0.250747880912524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05918 s
InvBiCGStab: k = 116 resid = 7.733887e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437806(s) Flops=764135424 => 1745.37449007094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251294.947333996 Mflops = 251.294947333996 Gflops = 0.251294947333996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001271928 Relative Rsd = 5.57822181088983e-07
BICGSTAB_SOLVER_TIME: 0.78926 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043518 s
InvBiCGStab: k = 64 resid = 2.273703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248336(s) Flops=422922240 => 1703.02428967206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245179.092255661 Mflops = 245.179092255661 Gflops = 0.245179092255661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 89 resid = 1.050952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329527(s) Flops=586967040 => 1781.24111226091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256452.112131502 Mflops = 256.452112131502 Gflops = 0.256452112131502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001132051 Relative Rsd = 4.96477291684674e-07
BICGSTAB_SOLVER_TIME: 0.681761 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043931 s
InvBiCGStab: k = 74 resid = 2.14611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282829(s) Flops=488540160 => 1727.33404283153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248695.568333872 Mflops = 248.695568333872 Gflops = 0.248695568333872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057619 s
InvBiCGStab: k = 89 resid = 8.975845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329216(s) Flops=586967040 => 1782.92379471229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256689.912847954 Mflops = 256.689912847954 Gflops = 0.256689912847954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001206552 Relative Rsd = 5.29150630985636e-07
BICGSTAB_SOLVER_TIME: 0.717407 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044788 s
InvBiCGStab: k = 67 resid = 2.207786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247835(s) Flops=442607616 => 1785.89632618476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257112.091710515 Mflops = 257.112091710515 Gflops = 0.257112091710515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058024 s
InvBiCGStab: k = 95 resid = 6.608778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350336(s) Flops=626337792 => 1787.82024113993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257391.083936657 Mflops = 257.391083936657 Gflops = 0.257391083936657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001160961 Relative Rsd = 5.0915603162193e-07
BICGSTAB_SOLVER_TIME: 0.705061 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130025
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05172(s) Flops=1592893440 => 1514.56037728673 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218081.341526526 Mflops = 218.081341526526 Gflops = 0.218081341526526 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178655000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.561123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041351 s
InvBiCGStab: k = 33 resid = 2.145377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126288(s) Flops=219506688 => 1738.14367160775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250187.815338958 Mflops = 250.187815338958 Gflops = 0.250187815338958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059526 s
InvBiCGStab: k = 46 resid = 1.035685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177876(s) Flops=304809984 => 1713.60939081158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246667.149929206 Mflops = 246.667149929206 Gflops = 0.246667149929206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007046036 Relative Rsd = 3.09013984470386e-07
BICGSTAB_SOLVER_TIME: 0.409088 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04534 s
InvBiCGStab: k = 57 resid = 1.351531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219999(s) Flops=376989696 => 1713.59731635144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246698.059982633 Mflops = 246.698059982633 Gflops = 0.246698059982633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 82 resid = 1.135391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301063(s) Flops=541034496 => 1797.08066417992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258734.956536198 Mflops = 258.734956536198 Gflops = 0.258734956536198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001098718 Relative Rsd = 4.81858387788059e-07
BICGSTAB_SOLVER_TIME: 0.626596 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 56 resid = 2.093087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208125(s) Flops=370427904 => 1779.83377297297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256257.868551986 Mflops = 256.257868551986 Gflops = 0.256257868551986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057477 s
InvBiCGStab: k = 78 resid = 6.336882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295277(s) Flops=514787328 => 1743.40476230793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250996.763013893 Mflops = 250.996763013893 Gflops = 0.250996763013893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001079923 Relative Rsd = 4.73615613894038e-07
BICGSTAB_SOLVER_TIME: 0.605674 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 65 resid = 2.236402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240844(s) Flops=429484032 => 1783.24571922074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256741.056873408 Mflops = 256.741056873408 Gflops = 0.256741056873408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058724 s
InvBiCGStab: k = 81 resid = 1.130849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297829(s) Flops=534472704 => 1794.56232939035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.46033244 Mflops = 258.34746033244 Gflops = 0.25834746033244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001100981 Relative Rsd = 4.82851061871947e-07
BICGSTAB_SOLVER_TIME: 0.642297 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040725 s
InvBiCGStab: k = 62 resid = 2.127587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226417(s) Flops=409798656 => 1809.92883043234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260552.946186038 Mflops = 260.552946186038 Gflops = 0.260552946186038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 87 resid = 6.311491e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318241(s) Flops=573843456 => 1803.17261446514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.543313737 Mflops = 259.598543313737 Gflops = 0.259598543313737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001100251 Relative Rsd = 4.82530892187225e-07
BICGSTAB_SOLVER_TIME: 0.645129 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120616
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986429(s) Flops=1592745984 => 1614.65851470303 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232488.197223611 Mflops = 232.488197223611 Gflops = 0.232488197223611 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177210000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 25 resid = 2.010262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094452(s) Flops=167012352 => 1768.22462203024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254468.835728917 Mflops = 254.468835728917 Gflops = 0.254468835728917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066852 s
InvBiCGStab: k = 52 resid = 1.023426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232303(s) Flops=344180736 => 1481.60263104652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213293.655066194 Mflops = 213.293655066194 Gflops = 0.213293655066194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007298675 Relative Rsd = 3.20093841624734e-07
BICGSTAB_SOLVER_TIME: 0.438984 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002101
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042855 s
InvBiCGStab: k = 57 resid = 1.810522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260466(s) Flops=376989696 => 1447.36624357882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208386.820964921 Mflops = 208.386820964921 Gflops = 0.208386820964921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063097 s
InvBiCGStab: k = 92 resid = 1.000347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417275(s) Flops=606652416 => 1453.84318734647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209336.463291439 Mflops = 209.336463291439 Gflops = 0.209336463291439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001166933 Relative Rsd = 5.11775184042002e-07
BICGSTAB_SOLVER_TIME: 0.788052 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051724 s
InvBiCGStab: k = 59 resid = 2.097442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269881(s) Flops=390113280 => 1445.50109122169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208111.635787331 Mflops = 208.111635787331 Gflops = 0.208111635787331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076333 s
InvBiCGStab: k = 90 resid = 9.761052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336988(s) Flops=593528832 => 1761.27586738994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253584.234342354 Mflops = 253.584234342354 Gflops = 0.253584234342354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001096644 Relative Rsd = 4.8094908750343e-07
BICGSTAB_SOLVER_TIME: 0.738796 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 51 resid = 1.8437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188534(s) Flops=337618944 => 1790.75892942387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257817.303390675 Mflops = 257.817303390675 Gflops = 0.257817303390675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 92 resid = 8.283739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337092(s) Flops=606652416 => 1799.66423409633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.568916607 Mflops = 259.102568916607 Gflops = 0.259102568916607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001137784 Relative Rsd = 4.98991371674327e-07
BICGSTAB_SOLVER_TIME: 0.627155 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 58 resid = 1.785642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214023(s) Flops=383551488 => 1792.10406358195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258002.376124465 Mflops = 258.002376124465 Gflops = 0.258002376124465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 76 resid = 1.125135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278428(s) Flops=501663744 => 1801.77189075811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259394.52482653 Mflops = 259.39452482653 Gflops = 0.25939452482653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001132378 Relative Rsd = 4.96620706872744e-07
BICGSTAB_SOLVER_TIME: 0.593713 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109757
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986971(s) Flops=1592598528 => 1613.62241443771 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232382.518309927 Mflops = 232.382518309927 Gflops = 0.232382518309927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177047000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021323
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.683998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82203(s) Flops=1453123584 => 1767.72573263749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254492.134683732 Mflops = 254.492134683732 Gflops = 0.254492134683732 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 286 resid = 1.146415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.04398(s) Flops=1879640064 => 1800.4560087358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259254.981758767 Mflops = 259.254981758767 Gflops = 0.259254981758767 Tflops
BICGSTAB_SOLVER: 507 iterations. Rsd = 0.002207134 Relative Rsd = 9.71244913561108e-07
BICGSTAB_SOLVER_TIME: 1.869467 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.123754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361628
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.806067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760219(s) Flops=1184090112 => 1557.56448076146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224241.572726474 Mflops = 224.241572726474 Gflops = 0.224241572726474 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 8.377959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879468(s) Flops=1315325952 => 1495.59273560835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215356.888859212 Mflops = 215.356888859212 Gflops = 0.215356888859212 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001918288 Relative Rsd = 8.43960826573136e-07
BICGSTAB_SOLVER_TIME: 1.643231 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.138576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271258999999998
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989868(s) Flops=1592598528 => 1608.89990180509 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231664.251126533 Mflops = 231.664251126533 Gflops = 0.231664251126533 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177221000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 33 resid = 1.445995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12256(s) Flops=219506688 => 1791.01409921671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257769.352043365 Mflops = 257.769352043365 Gflops = 0.257769352043365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 52 resid = 8.025679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191025(s) Flops=344180736 => 1801.75755005889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.05636197 Mflops = 259.36905636197 Gflops = 0.25936905636197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007578757 Relative Rsd = 3.32377232502247e-07
BICGSTAB_SOLVER_TIME: 0.415601 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 80 resid = 2.06112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293423(s) Flops=527910912 => 1799.14632458942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259032.814585705 Mflops = 259.032814585705 Gflops = 0.259032814585705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 97 resid = 8.837436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354366(s) Flops=639461376 => 1804.52237517143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.953706539 Mflops = 259.801953706538 Gflops = 0.259801953706538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001282688 Relative Rsd = 5.62540995171344e-07
BICGSTAB_SOLVER_TIME: 0.74907 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140789
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 64 resid = 1.813871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234684(s) Flops=422922240 => 1802.09234545176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.2415751 Mflops = 259.4442415751 Gflops = 0.2594442415751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 87 resid = 5.755892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317917(s) Flops=573843456 => 1805.01028884898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259872.6406693 Mflops = 259.8726406693 Gflops = 0.2598726406693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001014636 Relative Rsd = 4.44982917104369e-07
BICGSTAB_SOLVER_TIME: 0.653477 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04159 s
InvBiCGStab: k = 64 resid = 2.263243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234404(s) Flops=422922240 => 1804.24497875463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.190868331 Mflops = 259.746190868331 Gflops = 0.259746190868332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056517 s
InvBiCGStab: k = 82 resid = 1.138501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300166(s) Flops=541034496 => 1802.45096380003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.563291064 Mflops = 259.495563291064 Gflops = 0.259495563291064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001145125 Relative Rsd = 5.02210835871303e-07
BICGSTAB_SOLVER_TIME: 0.63652 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118752000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 61 resid = 1.273888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224569(s) Flops=403236864 => 1795.60341810312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258507.497523802 Mflops = 258.507497523802 Gflops = 0.258507497523802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 96 resid = 4.903054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350974(s) Flops=632899584 => 1803.2662932297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.801760696 Mflops = 259.624801760696 Gflops = 0.259624801760696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001094532 Relative Rsd = 4.80022581480681e-07
BICGSTAB_SOLVER_TIME: 0.676627 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126461
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.198731(s) Flops=1586110464 => 1323.15795954222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190517.687900178 Mflops = 190.517687900178 Gflops = 0.190517687900178 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176591000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.468222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 34 resid = 2.019291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126077(s) Flops=226068480 => 1793.09850329561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258117.411943406 Mflops = 258.117411943406 Gflops = 0.258117411943406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 43 resid = 1.148765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.160346(s) Flops=285124608 => 1778.18347822833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255952.470293025 Mflops = 255.952470293025 Gflops = 0.255952470293025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007407831 Relative Rsd = 3.24881019159151e-07
BICGSTAB_SOLVER_TIME: 0.387784 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040611 s
InvBiCGStab: k = 91 resid = 2.170749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331357(s) Flops=600090624 => 1811.00934641489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260740.351382555 Mflops = 260.740351382555 Gflops = 0.260740351382555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056956 s
InvBiCGStab: k = 115 resid = 8.252912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420725(s) Flops=757573632 => 1800.63849783112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.903409866 Mflops = 259.251903409866 Gflops = 0.259251903409866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001303417 Relative Rsd = 5.71631955793526e-07
BICGSTAB_SOLVER_TIME: 0.853583 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161576999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 53 resid = 2.125187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194602(s) Flops=350742528 => 1802.35829025395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259463.706900892 Mflops = 259.463706900892 Gflops = 0.259463706900892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056674 s
InvBiCGStab: k = 86 resid = 9.0492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314871(s) Flops=567281664 => 1801.63198262145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259379.390129781 Mflops = 259.379390129781 Gflops = 0.259379390129781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001024805 Relative Rsd = 4.49442675058475e-07
BICGSTAB_SOLVER_TIME: 0.611326 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040531 s
InvBiCGStab: k = 68 resid = 1.724539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249286(s) Flops=449169408 => 1801.82364031674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.332583855 Mflops = 259.406332583855 Gflops = 0.259406332583855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056568 s
InvBiCGStab: k = 85 resid = 1.132219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310822(s) Flops=560719872 => 1803.99029669714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.449907979 Mflops = 259.732449907979 Gflops = 0.259732449907979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001148496 Relative Rsd = 5.03689304015171e-07
BICGSTAB_SOLVER_TIME: 0.660991 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123628000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04407 s
InvBiCGStab: k = 62 resid = 1.760478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239475(s) Flops=409798656 => 1711.23773253993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246367.458934195 Mflops = 246.367458934195 Gflops = 0.246367458934195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056714 s
InvBiCGStab: k = 84 resid = 1.078306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309862(s) Flops=554158080 => 1788.40283739213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257465.821368362 Mflops = 257.465821368362 Gflops = 0.257465821368362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001125304 Relative Rsd = 4.93518006839213e-07
BICGSTAB_SOLVER_TIME: 0.654172 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11853
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977675(s) Flops=1573650432 => 1609.58440381517 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231763.133371671 Mflops = 231.763133371671 Gflops = 0.231763133371671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174852000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.486517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049128 s
InvBiCGStab: k = 34 resid = 1.829012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152415(s) Flops=226068480 => 1483.24298789489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213515.166521966 Mflops = 213.515166521966 Gflops = 0.213515166521966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061814 s
InvBiCGStab: k = 46 resid = 1.143077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197537(s) Flops=304809984 => 1543.05261292821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222137.431102739 Mflops = 222.137431102739 Gflops = 0.222137431102739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007085768 Relative Rsd = 3.10756486663775e-07
BICGSTAB_SOLVER_TIME: 0.465373 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043648 s
InvBiCGStab: k = 60 resid = 1.469503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243345(s) Flops=396675072 => 1630.09337360538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234684.173998238 Mflops = 234.684173998238 Gflops = 0.234684173998238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056733 s
InvBiCGStab: k = 74 resid = 1.038977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272159(s) Flops=488540160 => 1795.05421463189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.972448166 Mflops = 258.427972448166 Gflops = 0.258427972448166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001127195 Relative Rsd = 4.94347354049966e-07
BICGSTAB_SOLVER_TIME: 0.619716 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041468 s
InvBiCGStab: k = 51 resid = 2.152587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188098(s) Flops=337618944 => 1794.90980233708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258394.233171372 Mflops = 258.394233171372 Gflops = 0.258394233171373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 82 resid = 8.50625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300889(s) Flops=541034496 => 1798.11989138852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258880.915501217 Mflops = 258.880915501217 Gflops = 0.258880915501217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001069306 Relative Rsd = 4.6895949609183e-07
BICGSTAB_SOLVER_TIME: 0.590839 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044283 s
InvBiCGStab: k = 64 resid = 2.064779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236656(s) Flops=422922240 => 1787.07592454871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257279.940585366 Mflops = 257.279940585366 Gflops = 0.257279940585366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057485 s
InvBiCGStab: k = 88 resid = 9.209025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324437(s) Flops=580405248 => 1788.96133301689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257547.653435268 Mflops = 257.547653435268 Gflops = 0.257547653435268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001178075 Relative Rsd = 5.16661562612524e-07
BICGSTAB_SOLVER_TIME: 0.666767 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041366 s
InvBiCGStab: k = 61 resid = 1.793164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2256(s) Flops=403236864 => 1787.39744680851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257333.878864533 Mflops = 257.333878864533 Gflops = 0.257333878864533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05695 s
InvBiCGStab: k = 81 resid = 7.323616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297497(s) Flops=534472704 => 1796.56502082374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258646.00197266 Mflops = 258.64600197266 Gflops = 0.25864600197266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001093313 Relative Rsd = 4.79487825097682e-07
BICGSTAB_SOLVER_TIME: 0.625365 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115483
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96995(s) Flops=1555070976 => 1603.2485963194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230851.321333445 Mflops = 230.851321333445 Gflops = 0.230851321333445 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172634000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 33 resid = 2.172618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121873(s) Flops=219506688 => 1801.11007360121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.164667336 Mflops = 259.242164667336 Gflops = 0.259242164667336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055898 s
InvBiCGStab: k = 51 resid = 9.979547e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187358(s) Flops=337618944 => 1801.99908197141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259397.414012959 Mflops = 259.397414012959 Gflops = 0.259397414012959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007579243 Relative Rsd = 3.32398522688585e-07
BICGSTAB_SOLVER_TIME: 0.409931 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 79 resid = 6.226445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288602(s) Flops=521349120 => 1806.46398846855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.619538786 Mflops = 260.087619538786 Gflops = 0.260087619538786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055958 s
InvBiCGStab: k = 93 resid = 9.929009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413636(s) Flops=613214208 => 1482.49719076676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213447.892042905 Mflops = 213.447892042905 Gflops = 0.213447892042905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001164967 Relative Rsd = 5.10913008078693e-07
BICGSTAB_SOLVER_TIME: 0.803967 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047453 s
InvBiCGStab: k = 62 resid = 2.158524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293963(s) Flops=409798656 => 1394.04842105979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200715.139633422 Mflops = 200.715139633422 Gflops = 0.200715139633422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071086 s
InvBiCGStab: k = 85 resid = 9.109706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374145(s) Flops=560719872 => 1498.66995950768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215766.60800381 Mflops = 215.76660800381 Gflops = 0.21576660800381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001114593 Relative Rsd = 4.88820533998793e-07
BICGSTAB_SOLVER_TIME: 0.790513 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 69 resid = 1.604385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326986(s) Flops=455731200 => 1393.73306502419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200669.114186064 Mflops = 200.669114186064 Gflops = 0.200669114186064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07659 s
InvBiCGStab: k = 85 resid = 1.045574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312965(s) Flops=560719872 => 1791.6376336012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257944.667650887 Mflops = 257.944667650887 Gflops = 0.257944667650887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001133932 Relative Rsd = 4.9730219705799e-07
BICGSTAB_SOLVER_TIME: 0.761919 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 54 resid = 2.093476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199424(s) Flops=357304320 => 1791.68164313222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257934.603767009 Mflops = 257.934603767009 Gflops = 0.257934603767009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056978 s
InvBiCGStab: k = 82 resid = 1.111324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301403(s) Flops=541034496 => 1795.05345334983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.880706135 Mflops = 258.427880706135 Gflops = 0.258427880706135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001108717 Relative Rsd = 4.86243553506577e-07
BICGSTAB_SOLVER_TIME: 0.603052 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111367
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957549(s) Flops=1542537216 => 1610.92248647328 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231956.204400438 Mflops = 231.956204400438 Gflops = 0.231956204400438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171405000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.373481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.655219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751889(s) Flops=1328449536 => 1766.81602736574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254303.718158027 Mflops = 254.303718158027 Gflops = 0.254303718158027 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.086659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.926838(s) Flops=1643415552 => 1773.14218018683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255313.977451367 Mflops = 255.313977451367 Gflops = 0.255313977451367 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002050929 Relative Rsd = 9.02477635267578e-07
BICGSTAB_SOLVER_TIME: 1.682141 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322562999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.853985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680159(s) Flops=1230022656 => 1808.43399263996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260383.760382706 Mflops = 260.383760382706 Gflops = 0.260383760382706 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.132585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91058(s) Flops=1394067456 => 1530.9664785082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220449.910971995 Mflops = 220.449910971995 Gflops = 0.220449910971995 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001996206 Relative Rsd = 8.78234107470448e-07
BICGSTAB_SOLVER_TIME: 1.595317 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.129785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284869999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.100164(s) Flops=1542537216 => 1402.09752000611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201887.571399476 Mflops = 201.887571399476 Gflops = 0.201887571399476 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171588000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 34 resid = 1.584029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126578(s) Flops=226068480 => 1786.00135884593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257074.031147427 Mflops = 257.074031147427 Gflops = 0.257074031147427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 69 resid = 7.801211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252923(s) Flops=455731200 => 1801.85748231675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259402.856598953 Mflops = 259.402856598953 Gflops = 0.259402856598953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0007370822 Relative Rsd = 3.23257936020549e-07
BICGSTAB_SOLVER_TIME: 0.480953 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0876390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040752 s
InvBiCGStab: k = 79 resid = 2.164514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289055(s) Flops=521349120 => 1803.63294182768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.372503753 Mflops = 259.673372503753 Gflops = 0.259673372503753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 116 resid = 1.093301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423747(s) Flops=764135424 => 1803.28220376781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259634.972622821 Mflops = 259.634972622821 Gflops = 0.259634972622821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001363229 Relative Rsd = 5.97863609697988e-07
BICGSTAB_SOLVER_TIME: 0.814107 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153755999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041183 s
InvBiCGStab: k = 60 resid = 2.194945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220485(s) Flops=396675072 => 1799.10230627934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259015.388365329 Mflops = 259.015388365329 Gflops = 0.259015388365329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 78 resid = 9.944574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285079(s) Flops=514787328 => 1805.77077932784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259972.932631871 Mflops = 259.972932631871 Gflops = 0.259972932631871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00112588 Relative Rsd = 4.93770783128331e-07
BICGSTAB_SOLVER_TIME: 0.606546 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 70 resid = 1.93717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257264(s) Flops=462292992 => 1796.95951240749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258720.630488552 Mflops = 258.720630488552 Gflops = 0.258720630488552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 92 resid = 9.368521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347227(s) Flops=606652416 => 1747.13491750354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251538.253237518 Mflops = 251.538253237518 Gflops = 0.251538253237518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00116479 Relative Rsd = 5.10835454618145e-07
BICGSTAB_SOLVER_TIME: 0.70632 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 65 resid = 1.944753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238183(s) Flops=429484032 => 1803.16828656957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.792881238 Mflops = 259.592792881238 Gflops = 0.259592792881238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 87 resid = 7.51406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318182(s) Flops=573843456 => 1803.50697399601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259651.859235134 Mflops = 259.651859235134 Gflops = 0.259651859235134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.0011717 Relative Rsd = 5.13865757807005e-07
BICGSTAB_SOLVER_TIME: 0.657197 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12282
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.117733(s) Flops=1524031488 => 1363.50227469351 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196333.182469994 Mflops = 196.333182469994 Gflops = 0.196333182469994 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169029000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.595055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043596 s
InvBiCGStab: k = 39 resid = 2.108074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14845(s) Flops=258877440 => 1743.8695857191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251055.962642091 Mflops = 251.055962642091 Gflops = 0.251055962642091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05606 s
InvBiCGStab: k = 49 resid = 7.799205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180792(s) Flops=324495360 => 1794.85463958582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258360.117153942 Mflops = 258.360117153942 Gflops = 0.258360117153942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007606149 Relative Rsd = 3.33578545306692e-07
BICGSTAB_SOLVER_TIME: 0.432797 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042078 s
InvBiCGStab: k = 71 resid = 2.089082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26184(s) Flops=468854784 => 1790.61558203483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257796.592305032 Mflops = 257.796592305032 Gflops = 0.257796592305032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056282 s
InvBiCGStab: k = 99 resid = 1.067561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363368(s) Flops=652584960 => 1795.93403932102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258572.878044786 Mflops = 258.572878044786 Gflops = 0.258572878044786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001256858 Relative Rsd = 5.51212880148719e-07
BICGSTAB_SOLVER_TIME: 0.727424 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 63 resid = 1.54042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231056(s) Flops=416360448 => 1801.98933591857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259427.759694468 Mflops = 259.427759694468 Gflops = 0.259427759694468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056911 s
InvBiCGStab: k = 85 resid = 1.144245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310777(s) Flops=560719872 => 1804.25151153399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259757.203808849 Mflops = 259.757203808849 Gflops = 0.259757203808849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00108823 Relative Rsd = 4.77258686426868e-07
BICGSTAB_SOLVER_TIME: 0.64381 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119886
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041377 s
InvBiCGStab: k = 74 resid = 2.227077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27106(s) Flops=488540160 => 1802.3321773777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.12652344 Mflops = 259.48412652344 Gflops = 0.25948412652344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057963 s
InvBiCGStab: k = 89 resid = 1.109449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326686(s) Flops=586967040 => 1796.73154037822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258678.544097387 Mflops = 258.678544097387 Gflops = 0.258678544097387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001176184 Relative Rsd = 5.15832266457373e-07
BICGSTAB_SOLVER_TIME: 0.700936 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130797
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040733 s
InvBiCGStab: k = 69 resid = 1.835089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252788(s) Flops=455731200 => 1802.81975410225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259554.399774979 Mflops = 259.554399774979 Gflops = 0.259554399774979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 90 resid = 8.052572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329518(s) Flops=593528832 => 1801.20306629683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.109837512 Mflops = 259.333109837512 Gflops = 0.259333109837512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001169574 Relative Rsd = 5.12933584612353e-07
BICGSTAB_SOLVER_TIME: 0.683316 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127871
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949483(s) Flops=1511497728 => 1591.91657775863 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229227.00686367 Mflops = 229.22700686367 Gflops = 0.22922700686367 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167727000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046971 s
InvBiCGStab: k = 29 resid = 1.882543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126894(s) Flops=193259520 => 1522.99966901508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219227.286550438 Mflops = 219.227286550438 Gflops = 0.219227286550438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066439 s
InvBiCGStab: k = 47 resid = 9.458133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19618(s) Flops=311371776 => 1587.17390151901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228473.145640076 Mflops = 228.473145640076 Gflops = 0.228473145640076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007103472 Relative Rsd = 3.11532914742298e-07
BICGSTAB_SOLVER_TIME: 0.443795 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050603 s
InvBiCGStab: k = 52 resid = 2.200735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239765(s) Flops=344180736 => 1435.49198590286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206657.767281156 Mflops = 206.657767281156 Gflops = 0.206657767281156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080479 s
InvBiCGStab: k = 76 resid = 6.397447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322717(s) Flops=501663744 => 1554.50051903061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223812.37283919 Mflops = 223.81237283919 Gflops = 0.22381237283919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001056348 Relative Rsd = 4.63276548007507e-07
BICGSTAB_SOLVER_TIME: 0.697361 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049291 s
InvBiCGStab: k = 62 resid = 1.607362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246237(s) Flops=409798656 => 1664.2448372909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239571.75345247 Mflops = 239.57175345247 Gflops = 0.23957175345247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 85 resid = 5.850496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312182(s) Flops=560719872 => 1796.13133364512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.994633446 Mflops = 258.594994633446 Gflops = 0.258594994633446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001048299 Relative Rsd = 4.59746461523519e-07
BICGSTAB_SOLVER_TIME: 0.668026 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04072 s
InvBiCGStab: k = 80 resid = 1.200706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294032(s) Flops=527910912 => 1795.41992708277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258494.40045351 Mflops = 258.49440045351 Gflops = 0.25849440045351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056569 s
InvBiCGStab: k = 82 resid = 9.611722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301758(s) Flops=541034496 => 1792.94168174497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258126.984802507 Mflops = 258.126984802507 Gflops = 0.258126984802507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001109316 Relative Rsd = 4.8650633669383e-07
BICGSTAB_SOLVER_TIME: 0.69687 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 64 resid = 2.249859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234899(s) Flops=422922240 => 1800.44291376294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.613281575 Mflops = 259.206613281575 Gflops = 0.259206613281575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 81 resid = 7.894897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297484(s) Flops=534472704 => 1796.64353040836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.732616347 Mflops = 258.655732616347 Gflops = 0.258655732616347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001122031 Relative Rsd = 4.92082935957665e-07
BICGSTAB_SOLVER_TIME: 0.633275 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117942
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.953365(s) Flops=1493065728 => 1566.10084070634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225496.729517968 Mflops = 225.496729517968 Gflops = 0.225496729517968 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165551000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040768 s
InvBiCGStab: k = 31 resid = 9.114901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128284(s) Flops=206383104 => 1608.7984783761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231580.468948717 Mflops = 231.580468948717 Gflops = 0.231580468948717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 48 resid = 8.521544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177946(s) Flops=317933568 => 1786.68566868601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257204.875172961 Mflops = 257.204875172961 Gflops = 0.257204875172961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007177094 Relative Rsd = 3.14761722114574e-07
BICGSTAB_SOLVER_TIME: 0.407057 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040988 s
InvBiCGStab: k = 53 resid = 1.805844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194797(s) Flops=350742528 => 1800.55405370719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.816358234 Mflops = 259.220816358234 Gflops = 0.259220816358234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056104 s
InvBiCGStab: k = 80 resid = 8.521736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293886(s) Flops=527910912 => 1796.31187603356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.627075634 Mflops = 258.605627075634 Gflops = 0.258605627075634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001107196 Relative Rsd = 4.85576461001301e-07
BICGSTAB_SOLVER_TIME: 0.589609 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 62 resid = 1.807821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22804(s) Flops=409798656 => 1797.04725486757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258720.472974358 Mflops = 258.720472974358 Gflops = 0.258720472974358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 80 resid = 1.08664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335027(s) Flops=527910912 => 1575.72646980691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226859.967588092 Mflops = 226.859967588092 Gflops = 0.226859967588092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001019639 Relative Rsd = 4.47177286909723e-07
BICGSTAB_SOLVER_TIME: 0.664502 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052012 s
InvBiCGStab: k = 68 resid = 2.26352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304567(s) Flops=449169408 => 1474.78028808111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212327.718945325 Mflops = 212.327718945325 Gflops = 0.212327718945325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062491 s
InvBiCGStab: k = 82 resid = 1.02717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393088(s) Flops=541034496 => 1376.36991208076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198163.291851462 Mflops = 198.163291851462 Gflops = 0.198163291851462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00110906 Relative Rsd = 4.86394014367823e-07
BICGSTAB_SOLVER_TIME: 0.816181 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121532
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050223 s
InvBiCGStab: k = 63 resid = 2.153552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320168(s) Flops=416360448 => 1300.44366707479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187227.327320589 Mflops = 187.227327320589 Gflops = 0.187227327320589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059452 s
InvBiCGStab: k = 88 resid = 4.809932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357927(s) Flops=580405248 => 1621.57436572262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233466.23609475 Mflops = 233.46623609475 Gflops = 0.23346623609475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001079645 Relative Rsd = 4.73493539947909e-07
BICGSTAB_SOLVER_TIME: 0.791688 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122082
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927697(s) Flops=1480310784 => 1595.68348717307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229763.302335366 Mflops = 229.763302335366 Gflops = 0.229763302335366 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164419000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02146
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 1.821948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916039(s) Flops=1649977344 => 1801.20862103033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259307.589022643 Mflops = 259.307589022643 Gflops = 0.259307589022643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 7.622781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871265(s) Flops=1571235840 => 1803.39602761502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259677.348292429 Mflops = 259.677348292429 Gflops = 0.259677348292429 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.002099081 Relative Rsd = 9.23649409233846e-07
BICGSTAB_SOLVER_TIME: 1.790823 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349800999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.42785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.7694(s) Flops=1321887744 => 1718.0760904601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247317.829421664 Mflops = 247.317829421664 Gflops = 0.247317829421664 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 9.220376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80186(s) Flops=1433438208 => 1787.64149352755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257409.353551729 Mflops = 257.409353551729 Gflops = 0.257409353551729 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002019809 Relative Rsd = 8.88599030450688e-07
BICGSTAB_SOLVER_TIME: 1.574678 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299319999999999
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.095051(s) Flops=1480310784 => 1351.81903308613 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194674.903697198 Mflops = 194.674903697198 Gflops = 0.194674903697198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164317000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.505424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040826 s
InvBiCGStab: k = 35 resid = 1.633927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129555(s) Flops=232630272 => 1795.61014241056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258485.573699997 Mflops = 258.485573699997 Gflops = 0.258485573699997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056837 s
InvBiCGStab: k = 49 resid = 7.362384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181613(s) Flops=324495360 => 1786.740817012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257192.284710883 Mflops = 257.192284710883 Gflops = 0.257192284710883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007189063 Relative Rsd = 3.15286624766245e-07
BICGSTAB_SOLVER_TIME: 0.412642 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 69 resid = 2.183855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253689(s) Flops=455731200 => 1796.41687262751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258627.350316075 Mflops = 258.627350316075 Gflops = 0.258627350316075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 101 resid = 1.132805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370621(s) Flops=665708544 => 1796.19758189633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.904126536 Mflops = 258.608904126536 Gflops = 0.258608904126536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001243006 Relative Rsd = 5.4513787609103e-07
BICGSTAB_SOLVER_TIME: 0.72556 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135648
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042584 s
InvBiCGStab: k = 56 resid = 1.723968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220216(s) Flops=370427904 => 1682.11167217641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242173.998340355 Mflops = 242.173998340355 Gflops = 0.242173998340355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056509 s
InvBiCGStab: k = 70 resid = 1.142737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259993(s) Flops=462292992 => 1778.09784109572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255968.975236097 Mflops = 255.968975236097 Gflops = 0.255968975236098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001023048 Relative Rsd = 4.4867219495767e-07
BICGSTAB_SOLVER_TIME: 0.583148 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 67 resid = 2.168131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246921(s) Flops=442607616 => 1792.50697996525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258062.841272783 Mflops = 258.062841272783 Gflops = 0.258062841272784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057049 s
InvBiCGStab: k = 91 resid = 5.889707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334595(s) Flops=600090624 => 1793.48353681316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258203.023992327 Mflops = 258.203023992327 Gflops = 0.258203023992327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001175911 Relative Rsd = 5.15712592124573e-07
BICGSTAB_SOLVER_TIME: 0.683578 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 62 resid = 1.870099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227629(s) Flops=409798656 => 1800.29194874115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.303103503 Mflops = 259.178303103503 Gflops = 0.259178303103503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 89 resid = 1.020874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326044(s) Flops=586967040 => 1800.26941149047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.471656386 Mflops = 259.187471656386 Gflops = 0.259187471656386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001110291 Relative Rsd = 4.8693377419989e-07
BICGSTAB_SOLVER_TIME: 0.654838 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121971
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914782(s) Flops=1467850752 => 1604.59076807371 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231041.53904625 Mflops = 231.04153904625 Gflops = 0.23104153904625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.540623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056621 s
InvBiCGStab: k = 39 resid = 2.121657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17792(s) Flops=258877440 => 1455.02158273381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209463.646712647 Mflops = 209.463646712647 Gflops = 0.209463646712647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 43 resid = 9.83174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158919(s) Flops=285124608 => 1794.15052951504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258265.292176613 Mflops = 258.265292176613 Gflops = 0.258265292176613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007157784 Relative Rsd = 3.13914862832084e-07
BICGSTAB_SOLVER_TIME: 0.453634 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042064 s
InvBiCGStab: k = 72 resid = 2.227724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277499(s) Flops=475416576 => 1713.21906024887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246658.854686538 Mflops = 246.658854686538 Gflops = 0.246658854686538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058988 s
InvBiCGStab: k = 109 resid = 7.632303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403043(s) Flops=718202880 => 1781.95100770885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256560.713835661 Mflops = 256.560713835661 Gflops = 0.256560713835661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001220786 Relative Rsd = 5.35393352698295e-07
BICGSTAB_SOLVER_TIME: 0.785541 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143812
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041351 s
InvBiCGStab: k = 49 resid = 2.215333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181144(s) Flops=324495360 => 1791.36686834783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257886.061925507 Mflops = 257.886061925507 Gflops = 0.257886061925507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 75 resid = 1.088849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276383(s) Flops=495101952 => 1791.36181313612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257898.694874021 Mflops = 257.898694874021 Gflops = 0.257898694874021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001027344 Relative Rsd = 4.50556248809629e-07
BICGSTAB_SOLVER_TIME: 0.55926 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 64 resid = 2.172841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23493(s) Flops=422922240 => 1800.20533776018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259175.182550534 Mflops = 259.175182550534 Gflops = 0.259175182550534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057103 s
InvBiCGStab: k = 84 resid = 1.079404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307078(s) Flops=554158080 => 1804.61667719602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259812.22751055 Mflops = 259.81222751055 Gflops = 0.25981222751055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001146523 Relative Rsd = 5.02824013660095e-07
BICGSTAB_SOLVER_TIME: 0.643895 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 57 resid = 1.783124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209055(s) Flops=376989696 => 1803.3038961039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.505271437 Mflops = 259.613505271437 Gflops = 0.259613505271437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 81 resid = 1.141157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295869(s) Flops=534472704 => 1806.45050343226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260049.176681586 Mflops = 260.049176681586 Gflops = 0.260049176681586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001121135 Relative Rsd = 4.91689807816641e-07
BICGSTAB_SOLVER_TIME: 0.606515 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112755
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906653(s) Flops=1455316992 => 1605.15323061855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231212.217176972 Mflops = 231.212217176972 Gflops = 0.231212217176972 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161695000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047346 s
InvBiCGStab: k = 29 resid = 1.953956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140692(s) Flops=193259520 => 1373.63545901686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197734.249365955 Mflops = 197.734249365955 Gflops = 0.197734249365955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06279 s
InvBiCGStab: k = 50 resid = 1.01595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229095(s) Flops=331057152 => 1445.0649381261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208034.646401956 Mflops = 208.034646401956 Gflops = 0.208034646401956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007317979 Relative Rsd = 3.20940420101409e-07
BICGSTAB_SOLVER_TIME: 0.483774 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041746 s
InvBiCGStab: k = 59 resid = 1.678169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218061(s) Flops=390113280 => 1789.00986421231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257561.578744943 Mflops = 257.561578744943 Gflops = 0.257561578744943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056685 s
InvBiCGStab: k = 84 resid = 9.853143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310063(s) Flops=554158080 => 1787.24349567669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257301.563444963 Mflops = 257.301563444963 Gflops = 0.257301563444963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001106832 Relative Rsd = 4.85416810131563e-07
BICGSTAB_SOLVER_TIME: 0.630412 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116474
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 49 resid = 1.427049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180742(s) Flops=324495360 => 1795.35116353698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258451.28533039 Mflops = 258.45128533039 Gflops = 0.25845128533039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 85 resid = 5.509512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311514(s) Flops=560719872 => 1799.98289643483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.379732307 Mflops = 259.141379732307 Gflops = 0.259141379732307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001007466 Relative Rsd = 4.4183875992142e-07
BICGSTAB_SOLVER_TIME: 0.593924 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109758
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 70 resid = 7.002042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255974(s) Flops=462292992 => 1806.01542344144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.177670311 Mflops = 260.010177670311 Gflops = 0.260010177670311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056346 s
InvBiCGStab: k = 77 resid = 9.857791e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281716(s) Flops=508225536 => 1804.03504238311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.152689886 Mflops = 259.717152689886 Gflops = 0.259717152689886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001150535 Relative Rsd = 5.04583593952597e-07
BICGSTAB_SOLVER_TIME: 0.638892 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 56 resid = 1.947196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206216(s) Flops=370427904 => 1796.31019901463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258612.052652278 Mflops = 258.612052652278 Gflops = 0.258612052652278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057015 s
InvBiCGStab: k = 78 resid = 8.02105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285072(s) Flops=514787328 => 1805.81512039064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259973.800061942 Mflops = 259.973800061942 Gflops = 0.259973800061942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001051797 Relative Rsd = 4.61280682385569e-07
BICGSTAB_SOLVER_TIME: 0.593637 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109746
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.896966(s) Flops=1436663808 => 1601.69260373303 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230622.267826079 Mflops = 230.622267826079 Gflops = 0.230622267826079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159353000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.482688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043872 s
InvBiCGStab: k = 38 resid = 1.399093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168577(s) Flops=252315648 => 1496.73827390451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215458.711414708 Mflops = 215.458711414708 Gflops = 0.215458711414708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084481 s
InvBiCGStab: k = 49 resid = 1.08565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209974(s) Flops=324495360 => 1545.40733614638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222474.915494452 Mflops = 222.474915494452 Gflops = 0.222474915494452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007426817 Relative Rsd = 3.25713684984082e-07
BICGSTAB_SOLVER_TIME: 0.511134 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047157 s
InvBiCGStab: k = 58 resid = 1.797793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244112(s) Flops=383551488 => 1571.21111620895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226206.987155392 Mflops = 226.206987155392 Gflops = 0.226206987155392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.120134 s
InvBiCGStab: k = 78 resid = 1.100297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286784(s) Flops=514787328 => 1795.03503682214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258429.632212888 Mflops = 258.429632212888 Gflops = 0.258429632212888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001094399 Relative Rsd = 4.79964480204774e-07
BICGSTAB_SOLVER_TIME: 0.702124 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 49 resid = 2.196417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180626(s) Flops=324495360 => 1796.50415776245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258626.329742007 Mflops = 258.626329742007 Gflops = 0.258626329742007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05661 s
InvBiCGStab: k = 66 resid = 1.049625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242793(s) Flops=436045824 => 1795.95714868221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258541.470026897 Mflops = 258.541470026897 Gflops = 0.258541470026897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001013421 Relative Rsd = 4.44450100834274e-07
BICGSTAB_SOLVER_TIME: 0.524861 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962680000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 62 resid = 2.252955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228427(s) Flops=409798656 => 1794.00270545951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258271.848392445 Mflops = 258.271848392445 Gflops = 0.258271848392445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056328 s
InvBiCGStab: k = 78 resid = 9.227034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285578(s) Flops=514787328 => 1802.6154955914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259520.95755568 Mflops = 259.52095755568 Gflops = 0.25952095755568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001127248 Relative Rsd = 4.94370788571619e-07
BICGSTAB_SOLVER_TIME: 0.615605 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040887 s
InvBiCGStab: k = 47 resid = 2.140115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172633(s) Flops=311371776 => 1803.66312350478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.694617897 Mflops = 259.665694617897 Gflops = 0.259665694617897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 74 resid = 9.251748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271268(s) Flops=488540160 => 1800.95020422608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.136815995 Mflops = 259.266136815995 Gflops = 0.259266136815995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.00102139 Relative Rsd = 4.47945214230392e-07
BICGSTAB_SOLVER_TIME: 0.544669 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100573
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890967(s) Flops=1430028288 => 1605.02946573779 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231093.736112615 Mflops = 231.093736112615 Gflops = 0.231093736112615 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158745000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.21118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918389(s) Flops=1394067456 => 1517.94877334114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218558.479504006 Mflops = 218.558479504006 Gflops = 0.218558479504006 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.134468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.04532(s) Flops=1597483008 => 1528.22390081506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220055.54335808 Mflops = 220.05554335808 Gflops = 0.22005554335808 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.00210239 Relative Rsd = 9.25097095421113e-07
BICGSTAB_SOLVER_TIME: 1.967129 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325023999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.530642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.731562(s) Flops=1315325952 => 1797.96921108532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258825.878683065 Mflops = 258.825878683065 Gflops = 0.258825878683065 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 9.864506e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865046(s) Flops=1558112256 => 1801.19005925696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.9905159 Mflops = 259.3589905159 Gflops = 0.2593589905159 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002005035 Relative Rsd = 8.82070342634572e-07
BICGSTAB_SOLVER_TIME: 1.599993 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311927999999998
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932475(s) Flops=1430028288 => 1533.58351483954 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220821.122065018 Mflops = 220.821122065018 Gflops = 0.220821122065018 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158525000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050288 s
InvBiCGStab: k = 25 resid = 1.53954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111957(s) Flops=167012352 => 1491.75444143734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214684.794169651 Mflops = 214.684794169651 Gflops = 0.214684794169651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068657 s
InvBiCGStab: k = 44 resid = 1.089659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184263(s) Flops=291686400 => 1582.98953126781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227883.127182982 Mflops = 227.883127182982 Gflops = 0.227883127182982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007324541 Relative Rsd = 3.21228220534e-07
BICGSTAB_SOLVER_TIME: 0.419527 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635070000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048853 s
InvBiCGStab: k = 71 resid = 1.82279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306565(s) Flops=468854784 => 1529.38131880678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220196.084021683 Mflops = 220.196084021683 Gflops = 0.220196084021683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065684 s
InvBiCGStab: k = 107 resid = 1.106769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.488043(s) Flops=705079296 => 1444.70732292032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208010.242466404 Mflops = 208.010242466404 Gflops = 0.208010242466404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001305498 Relative Rsd = 5.72544881025949e-07
BICGSTAB_SOLVER_TIME: 0.913099 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041773 s
InvBiCGStab: k = 60 resid = 1.805181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25608(s) Flops=396675072 => 1549.02792877226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223021.508031728 Mflops = 223.021508031728 Gflops = 0.223021508031728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05739 s
InvBiCGStab: k = 82 resid = 8.920507e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306614(s) Flops=541034496 => 1764.54596332848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254036.242684369 Mflops = 254.036242684369 Gflops = 0.254036242684369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001059377 Relative Rsd = 4.64605065846156e-07
BICGSTAB_SOLVER_TIME: 0.665646 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042767 s
InvBiCGStab: k = 63 resid = 2.030067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238742(s) Flops=416360448 => 1743.97654371665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251069.575472347 Mflops = 251.069575472347 Gflops = 0.251069575472347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059448 s
InvBiCGStab: k = 90 resid = 6.785001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350249(s) Flops=593528832 => 1694.59108234428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243976.10931738 Mflops = 243.97610931738 Gflops = 0.24397610931738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001155343 Relative Rsd = 5.0669229245657e-07
BICGSTAB_SOLVER_TIME: 0.695042 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 63 resid = 2.129695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239174(s) Flops=416360448 => 1740.82654469131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250631.975949271 Mflops = 250.631975949271 Gflops = 0.250631975949271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 73 resid = 9.453012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270939(s) Flops=481978368 => 1778.91838384286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256107.886280134 Mflops = 256.107886280134 Gflops = 0.256107886280134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001112352 Relative Rsd = 4.87837815757437e-07
BICGSTAB_SOLVER_TIME: 0.611347 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111247
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906758(s) Flops=1417494528 => 1563.25560733955 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225094.639366274 Mflops = 225.094639366274 Gflops = 0.225094639366274 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157313000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041438 s
InvBiCGStab: k = 25 resid = 2.119787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092496(s) Flops=167012352 => 1805.6170212766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.426625574 Mflops = 259.852426625574 Gflops = 0.259852426625574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 53 resid = 7.474495e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22224(s) Flops=350742528 => 1578.2151187905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227202.255267097 Mflops = 227.202255267097 Gflops = 0.227202255267097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007765645 Relative Rsd = 3.40573469214379e-07
BICGSTAB_SOLVER_TIME: 0.416925 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045866 s
InvBiCGStab: k = 76 resid = 2.064592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341679(s) Flops=501663744 => 1468.23112921777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211397.720410226 Mflops = 211.397720410226 Gflops = 0.211397720410226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075364 s
InvBiCGStab: k = 94 resid = 6.771909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422003(s) Flops=619776000 => 1468.65306644739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211437.292197443 Mflops = 211.437292197443 Gflops = 0.211437292197443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.00121435 Relative Rsd = 5.32570641590137e-07
BICGSTAB_SOLVER_TIME: 0.895606 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135795
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043013 s
InvBiCGStab: k = 54 resid = 1.881372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237249(s) Flops=357304320 => 1506.03087894996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216819.991389004 Mflops = 216.819991389004 Gflops = 0.216819991389004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091001 s
InvBiCGStab: k = 75 resid = 7.896349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296442(s) Flops=495101952 => 1670.14779282288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240460.128006726 Mflops = 240.460128006726 Gflops = 0.240460128006726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001039586 Relative Rsd = 4.55925460215173e-07
BICGSTAB_SOLVER_TIME: 0.671848 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 55 resid = 1.904755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208949(s) Flops=363866112 => 1741.41111945977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250686.98385156 Mflops = 250.68698385156 Gflops = 0.25068698385156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058498 s
InvBiCGStab: k = 79 resid = 1.129986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300402(s) Flops=521349120 => 1735.50482353646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249857.777747989 Mflops = 249.857777747989 Gflops = 0.249857777747989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001109752 Relative Rsd = 4.86697488870453e-07
BICGSTAB_SOLVER_TIME: 0.61307 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041479 s
InvBiCGStab: k = 60 resid = 1.981495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220668(s) Flops=396675072 => 1797.61031051172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258790.104619885 Mflops = 258.790104619885 Gflops = 0.258790104619885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05683 s
InvBiCGStab: k = 88 resid = 8.325728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330971(s) Flops=580405248 => 1753.6438177363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252477.191425367 Mflops = 252.477191425367 Gflops = 0.252477191425367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001117145 Relative Rsd = 4.89939825977452e-07
BICGSTAB_SOLVER_TIME: 0.653825 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120051
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89769(s) Flops=1404813312 => 1564.92030879257 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225326.08913804 Mflops = 225.32608913804 Gflops = 0.22532608913804 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155993000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04256 s
InvBiCGStab: k = 24 resid = 2.212181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090875(s) Flops=160450560 => 1765.61826685007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254114.75026654 Mflops = 254.11475026654 Gflops = 0.25411475026654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 49 resid = 1.142842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180173(s) Flops=324495360 => 1801.02101868759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.482212786 Mflops = 259.258482212786 Gflops = 0.259258482212786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007681182 Relative Rsd = 3.36869232069477e-07
BICGSTAB_SOLVER_TIME: 0.373679 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05393 s
InvBiCGStab: k = 58 resid = 1.787994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248482(s) Flops=383551488 => 1543.57856102253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222233.19734931 Mflops = 222.23319734931 Gflops = 0.22223319734931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065187 s
InvBiCGStab: k = 70 resid = 1.044179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3052(s) Flops=462292992 => 1514.72146788991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218085.751053842 Mflops = 218.085751053842 Gflops = 0.218085751053842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001073402 Relative Rsd = 4.70755734307092e-07
BICGSTAB_SOLVER_TIME: 0.676641 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04704 s
InvBiCGStab: k = 47 resid = 1.927804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222553(s) Flops=311371776 => 1399.09044587132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201422.565080337 Mflops = 201.422565080337 Gflops = 0.201422565080337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071892 s
InvBiCGStab: k = 79 resid = 7.14487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330633(s) Flops=521349120 => 1576.82118844761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227013.550179283 Mflops = 227.013550179283 Gflops = 0.227013550179283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009893855 Relative Rsd = 4.33909161094547e-07
BICGSTAB_SOLVER_TIME: 0.675982 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053225 s
InvBiCGStab: k = 57 resid = 1.958273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214137(s) Flops=376989696 => 1760.50703988568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253451.565640547 Mflops = 253.451565640547 Gflops = 0.253451565640547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05819 s
InvBiCGStab: k = 83 resid = 1.098143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321583(s) Flops=547596288 => 1702.81478809514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245164.225336376 Mflops = 245.164225336376 Gflops = 0.245164225336376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.0011333 Relative Rsd = 4.9702470985715e-07
BICGSTAB_SOLVER_TIME: 0.65098 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 61 resid = 1.619391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224055(s) Flops=403236864 => 1799.72267523599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259101.256815424 Mflops = 259.101256815424 Gflops = 0.259101256815424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 71 resid = 9.431913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263452(s) Flops=468854784 => 1779.65923204227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256209.661482619 Mflops = 256.209661482619 Gflops = 0.256209661482619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001058263 Relative Rsd = 4.64116208450012e-07
BICGSTAB_SOLVER_TIME: 0.588874 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108461
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885538(s) Flops=1392058368 => 1571.9916796343 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226356.902286173 Mflops = 226.356902286173 Gflops = 0.226356902286173 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154180000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 25 resid = 2.182722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093647(s) Flops=167012352 => 1783.42447702543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256667.673575223 Mflops = 256.667673575223 Gflops = 0.256667673575223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 47 resid = 1.123396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172934(s) Flops=311371776 => 1800.52376050979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259186.56827475 Mflops = 259.18656827475 Gflops = 0.25918656827475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007113162 Relative Rsd = 3.11957901579426e-07
BICGSTAB_SOLVER_TIME: 0.367898 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 60 resid = 1.050582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220076(s) Flops=396675072 => 1802.44584598048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259486.542164767 Mflops = 259.486542164767 Gflops = 0.259486542164767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 84 resid = 9.171016e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339655(s) Flops=554158080 => 1631.53223123464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234895.890914285 Mflops = 234.895890914285 Gflops = 0.234895890914285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001181601 Relative Rsd = 5.18208036819229e-07
BICGSTAB_SOLVER_TIME: 0.66132 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045983 s
InvBiCGStab: k = 53 resid = 2.168953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240768(s) Flops=350742528 => 1456.76555023923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209715.821604646 Mflops = 209.715821604646 Gflops = 0.209715821604646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057866 s
InvBiCGStab: k = 63 resid = 9.221163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271195(s) Flops=416360448 => 1535.28069470307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221031.04882381 Mflops = 221.03104882381 Gflops = 0.22103104882381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001024055 Relative Rsd = 4.49113876976891e-07
BICGSTAB_SOLVER_TIME: 0.61991 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0968830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045149 s
InvBiCGStab: k = 56 resid = 2.172558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24854(s) Flops=370427904 => 1490.41564335721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214558.476767283 Mflops = 214.558476767283 Gflops = 0.214558476767283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063863 s
InvBiCGStab: k = 79 resid = 9.95526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353609(s) Flops=521349120 => 1474.36609362318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212271.12826014 Mflops = 212.27112826014 Gflops = 0.21227112826014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001128454 Relative Rsd = 4.94899826727112e-07
BICGSTAB_SOLVER_TIME: 0.715584 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 52 resid = 1.180026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192046(s) Flops=344180736 => 1792.17862387136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258011.772295703 Mflops = 258.011772295703 Gflops = 0.258011772295703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 76 resid = 8.96582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279857(s) Flops=501663744 => 1792.57172055728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258067.078166889 Mflops = 258.067078166889 Gflops = 0.258067078166889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001089158 Relative Rsd = 4.77665701691836e-07
BICGSTAB_SOLVER_TIME: 0.573546 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105496
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863452(s) Flops=1372667904 => 1589.7443100485 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228930.695195722 Mflops = 228.930695195722 Gflops = 0.228930695195722 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152155000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.907107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.665958(s) Flops=1203775488 => 1807.58469453029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260207.627201798 Mflops = 260.207627201798 Gflops = 0.260207627201798 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 9.311738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960507(s) Flops=1676224512 => 1745.14554500904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251291.145793374 Mflops = 251.291145793374 Gflops = 0.251291145793374 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002091108 Relative Rsd = 9.20139961152493e-07
BICGSTAB_SOLVER_TIME: 1.63035 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.127153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312534999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.892747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834367(s) Flops=1177528320 => 1411.28342803586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203208.565230793 Mflops = 203.208565230793 Gflops = 0.203208565230793 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 7.929619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.050345(s) Flops=1505617920 => 1433.45083758194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206408.590611027 Mflops = 206.408590611027 Gflops = 0.206408590611027 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001977538 Relative Rsd = 8.69952815405819e-07
BICGSTAB_SOLVER_TIME: 1.895373 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.147867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290879999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 282 resid = 2.239315e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.036876(s) Flops=1853392896 => 1787.47786234805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257390.164569096 Mflops = 257.390164569096 Gflops = 0.257390164569096 Tflops
InvBiCGStab: k = 345 resid = 1.045926e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.266277(s) Flops=2266785792 => 1790.11842748467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257769.583860212 Mflops = 257.769583860212 Gflops = 0.257769583860212 Tflops
BICGSTAB_SOLVER: 627 iterations. Rsd = 0.002108095 Relative Rsd = 9.27614399373875e-07
BICGSTAB_SOLVER_TIME: 2.307948 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.448044999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 1.274083e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.047997(s) Flops=1879640064 => 1793.55481361111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258273.239773471 Mflops = 258.273239773471 Gflops = 0.258273239773471 Tflops
InvBiCGStab: k = 292 resid = 1.10181e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.08042(s) Flops=1919010816 => 1776.1711334481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255759.603384544 Mflops = 255.759603384544 Gflops = 0.255759603384544 Tflops
BICGSTAB_SOLVER: 578 iterations. Rsd = 0.001979799 Relative Rsd = 8.70947578406256e-07
BICGSTAB_SOLVER_TIME: 2.133255 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413234999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 253 resid = 1.333627e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.030133(s) Flops=1663100928 => 1614.45262699088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232439.202681457 Mflops = 232.439202681457 Gflops = 0.232439202681457 Tflops
InvBiCGStab: k = 246 resid = 9.816874e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.091802(s) Flops=1617168384 => 1481.19199635099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213285.146620428 Mflops = 213.285146620428 Gflops = 0.213285146620428 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.002002972 Relative Rsd = 8.78432067218315e-07
BICGSTAB_SOLVER_TIME: 2.129682 sec
2Flav::invert,  n_count = 499
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355149000000002
MInvCG2: 329 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.432136(s) Flops=2123900928 => 1483.03019266327 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213562.809236647 Mflops = 213.562809236647 Gflops = 0.213562809236647 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.236447000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.086789002677051
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 474.618007 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.069518 secs
Doing Update: 2724 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 282 resid = 1.22986e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.032901(s) Flops=1853392896 => 1794.35676410421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258391.730592586 Mflops = 258.391730592586 Gflops = 0.258391730592586 Tflops
InvBiCGStab: k = 300 resid = 9.923333e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.099216(s) Flops=1971505152 => 1793.55572699087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258263.532138311 Mflops = 258.263532138311 Gflops = 0.258263532138311 Tflops
BICGSTAB_SOLVER: 582 iterations. Rsd = 0.001987337 Relative Rsd = 8.73891028689786e-07
BICGSTAB_SOLVER_TIME: 2.136905 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.417835999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 231 resid = 9.701198e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879995(s) Flops=1518741504 => 1725.8524241615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248510.516941126 Mflops = 248.510516941126 Gflops = 0.248510516941126 Tflops
InvBiCGStab: k = 240 resid = 5.253187e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88379(s) Flops=1577797632 => 1785.26305117732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257067.472722568 Mflops = 257.067472722568 Gflops = 0.257067472722568 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.001872008 Relative Rsd = 8.22545263189431e-07
BICGSTAB_SOLVER_TIME: 1.768788 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340740999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000449
MInvCG2: 346 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.615247(s) Flops=2227415040 => 1378.99345425189 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198580.657305452 Mflops = 198.580657305452 Gflops = 0.198580657305452 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247375000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 337 resid = 1.912214e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.409474(s) Flops=2214291456 => 1571.00553539831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226211.165117911 Mflops = 226.211165117911 Gflops = 0.226211165117911 Tflops
InvBiCGStab: k = 325 resid = 5.453023e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.196118(s) Flops=2135549952 => 1785.40073136597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257081.996009847 Mflops = 257.081996009847 Gflops = 0.257081996009847 Tflops
BICGSTAB_SOLVER: 662 iterations. Rsd = 0.002002709 Relative Rsd = 8.80650734304983e-07
BICGSTAB_SOLVER_TIME: 2.61077 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.472974999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 254 resid = 1.505335e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962924(s) Flops=1669662720 => 1733.95067523501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249695.436054396 Mflops = 249.695436054396 Gflops = 0.249695436054396 Tflops
InvBiCGStab: k = 263 resid = 1.126868e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968312(s) Flops=1728718848 => 1785.29115409083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257072.059014344 Mflops = 257.072059014344 Gflops = 0.257072059014344 Tflops
BICGSTAB_SOLVER: 517 iterations. Rsd = 0.001939417 Relative Rsd = 8.52164140116772e-07
BICGSTAB_SOLVER_TIME: 1.935896 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.369821999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 215 resid = 2.07945e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786034(s) Flops=1413752832 => 1798.58992359109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258947.071332112 Mflops = 258.947071332112 Gflops = 0.258947071332112 Tflops
InvBiCGStab: k = 269 resid = 1.098117e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.004105(s) Flops=1768089600 => 1760.86126450919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253553.002564388 Mflops = 253.553002564388 Gflops = 0.253553002564388 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.001813211 Relative Rsd = 7.95112072327812e-07
BICGSTAB_SOLVER_TIME: 1.795631 sec
2Flav::invert,  n_count = 484
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344730000000003
MInvCG2: 328 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.650384(s) Flops=2118002688 => 1283.33932466626 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  184828.031012589 Mflops = 184.828031012589 Gflops = 0.184828031012589 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.235451000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.056171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.845688(s) Flops=1367820288 => 1617.40534097681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232754.475179791 Mflops = 232.754475179791 Gflops = 0.232754475179791 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.132743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781449(s) Flops=1394067456 => 1783.951935443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256875.405009875 Mflops = 256.875405009875 Gflops = 0.256875405009875 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001978407 Relative Rsd = 8.69964247728081e-07
BICGSTAB_SOLVER_TIME: 1.630544 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299943999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.854947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717273(s) Flops=1289078784 => 1797.19407254978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.401864231 Mflops = 258.786401864231 Gflops = 0.258786401864231 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 9.396743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803753(s) Flops=1446561792 => 1799.75912002817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.305650511 Mflops = 259.151305650511 Gflops = 0.259151305650511 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002018978 Relative Rsd = 8.8712287114645e-07
BICGSTAB_SOLVER_TIME: 1.524441 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0.116114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297069999999997
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857534(s) Flops=1372889088 => 1600.97335849074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230510.031635148 Mflops = 230.510031635148 Gflops = 0.230510031635148 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152260000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 148 resid = 1.588178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682431(s) Flops=974112768 => 1427.41576511032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205208.645345143 Mflops = 205.208645345143 Gflops = 0.205208645345143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 221 resid = 1.126878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920837(s) Flops=1453123584 => 1578.046477281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227219.413447257 Mflops = 227.219413447257 Gflops = 0.227219413447257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.00181621 Relative Rsd = 7.96426898908456e-07
BICGSTAB_SOLVER_TIME: 1.607187 sec
2Flav::invert,  n_count = 369
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265304999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000142 s
InvBiCGStab: k = 135 resid = 1.983899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.494916(s) Flops=888809472 => 1795.87944620905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258518.718856622 Mflops = 258.518718856622 Gflops = 0.258518718856622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 152 resid = 1.042428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.562072(s) Flops=1000359936 => 1779.77187264265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256238.601485981 Mflops = 256.238601485981 Gflops = 0.256238601485981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 287 iterations. Rsd = 0.001614139 Relative Rsd = 7.07816745623155e-07
BICGSTAB_SOLVER_TIME: 1.060916 sec
2Flav::invert,  n_count = 287
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206487999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004984 s
InvBiCGStab: k = 103 resid = 2.048271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376104(s) Flops=678832128 => 1804.90536660073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259865.065264668 Mflops = 259.865065264668 Gflops = 0.259865065264668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007041 s
InvBiCGStab: k = 130 resid = 1.133445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474005(s) Flops=856000512 => 1805.88920370038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260015.01053318 Mflops = 260.01501053318 Gflops = 0.26001501053318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 233 iterations. Rsd = 0.001422308 Relative Rsd = 6.23696687334247e-07
BICGSTAB_SOLVER_TIME: 0.865934 sec
2Flav::invert,  n_count = 233
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170039999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007459 s
InvBiCGStab: k = 85 resid = 1.533392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312098(s) Flops=560719872 => 1796.61475562163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258674.496800808 Mflops = 258.674496800808 Gflops = 0.258674496800808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011244 s
InvBiCGStab: k = 112 resid = 7.841658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409825(s) Flops=737888256 => 1800.49595803087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.744272002 Mflops = 259.225744272002 Gflops = 0.259225744272002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001313274 Relative Rsd = 5.75884496096804e-07
BICGSTAB_SOLVER_TIME: 0.744401 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145339
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010133 s
InvBiCGStab: k = 66 resid = 2.187028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241636(s) Flops=436045824 => 1804.55653958847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.339369078 Mflops = 259.806339369078 Gflops = 0.259806339369078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014951 s
InvBiCGStab: k = 101 resid = 9.239383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368096(s) Flops=665708544 => 1808.51882117708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260375.544796879 Mflops = 260.375544796879 Gflops = 0.260375544796879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001233919 Relative Rsd = 5.41086259874768e-07
BICGSTAB_SOLVER_TIME: 0.638693 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125294000000001
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971966(s) Flops=1373184000 => 1412.79015932656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203433.802470665 Mflops = 203.433802470665 Gflops = 0.203433802470665 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152177000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.528434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01365 s
InvBiCGStab: k = 25 resid = 1.286753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092462(s) Flops=167012352 => 1806.28098029461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.195891297 Mflops = 259.968195891297 Gflops = 0.259968195891297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019626 s
InvBiCGStab: k = 46 resid = 9.572515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169901(s) Flops=304809984 => 1794.04467307432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258247.412952747 Mflops = 258.247412952747 Gflops = 0.258247412952747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007507655 Relative Rsd = 3.29218491282548e-07
BICGSTAB_SOLVER_TIME: 0.2995 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0574830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016671 s
InvBiCGStab: k = 80 resid = 2.126648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293718(s) Flops=527910912 => 1797.33932547546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258773.986211049 Mflops = 258.773986211049 Gflops = 0.258773986211049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024074 s
InvBiCGStab: k = 118 resid = 8.377501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433646(s) Flops=777259008 => 1792.3813617559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258065.5732151 Mflops = 258.0655732151 Gflops = 0.2580655732151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001308917 Relative Rsd = 5.7397387276889e-07
BICGSTAB_SOLVER_TIME: 0.771896 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149231999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019789 s
InvBiCGStab: k = 52 resid = 2.254515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191477(s) Flops=344180736 => 1797.50432689044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258785.379799549 Mflops = 258.785379799549 Gflops = 0.258785379799549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028589 s
InvBiCGStab: k = 92 resid = 9.767626e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336288(s) Flops=606652416 => 1803.96688552669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259727.465874329 Mflops = 259.727465874329 Gflops = 0.259727465874329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001120767 Relative Rsd = 4.91468198537532e-07
BICGSTAB_SOLVER_TIME: 0.580008 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111794
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023541 s
InvBiCGStab: k = 60 resid = 2.203912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219959(s) Flops=396675072 => 1803.40459812965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.95716997 Mflops = 259.63195716997 Gflops = 0.25963195716997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033623 s
InvBiCGStab: k = 83 resid = 9.748959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304155(s) Flops=547596288 => 1800.38561917443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.894064798 Mflops = 259.197894064798 Gflops = 0.259197894064798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001187242 Relative Rsd = 5.2061777518608e-07
BICGSTAB_SOLVER_TIME: 0.585108 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112291
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.030765 s
InvBiCGStab: k = 56 resid = 2.061454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216766(s) Flops=370427904 => 1708.88379173856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246004.206321059 Mflops = 246.004206321059 Gflops = 0.246004206321059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.042448 s
InvBiCGStab: k = 99 resid = 9.450599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3652(s) Flops=652584960 => 1786.92486308872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257273.50307026 Mflops = 257.27350307026 Gflops = 0.25727350307026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001151353 Relative Rsd = 5.04880491486188e-07
BICGSTAB_SOLVER_TIME: 0.65906 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121842000000001
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.864747(s) Flops=1379155968 => 1594.86643839181 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229642.087919108 Mflops = 229.642087919108 Gflops = 0.229642087919108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153034000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.555818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031805 s
InvBiCGStab: k = 25 resid = 1.996907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135891(s) Flops=167012352 => 1229.01702099477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176910.574145583 Mflops = 176.910574145583 Gflops = 0.176910574145583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044636 s
InvBiCGStab: k = 46 resid = 9.994482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215157(s) Flops=304809984 => 1416.68634531993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203947.822742909 Mflops = 203.947822742909 Gflops = 0.203947822742909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007628953 Relative Rsd = 3.34537550847575e-07
BICGSTAB_SOLVER_TIME: 0.431428 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036522 s
InvBiCGStab: k = 53 resid = 2.213648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195292(s) Flops=350742528 => 1795.99025049669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258549.698316112 Mflops = 258.549698316112 Gflops = 0.258549698316112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050143 s
InvBiCGStab: k = 73 resid = 9.588597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268196(s) Flops=481978368 => 1797.11244015571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258716.471543717 Mflops = 258.716471543717 Gflops = 0.258716471543717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001057183 Relative Rsd = 4.63585615246066e-07
BICGSTAB_SOLVER_TIME: 0.553955 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 55 resid = 1.794278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202193(s) Flops=363866112 => 1799.59796827783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259069.767687179 Mflops = 259.069767687179 Gflops = 0.259069767687179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056361 s
InvBiCGStab: k = 73 resid = 9.604678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267996(s) Flops=481978368 => 1798.45358885954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258921.448580232 Mflops = 258.921448580232 Gflops = 0.258921448580232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001017453 Relative Rsd = 4.4616375465789e-07
BICGSTAB_SOLVER_TIME: 0.571451 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041857 s
InvBiCGStab: k = 56 resid = 2.145157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220262(s) Flops=370427904 => 1681.76037627916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242113.732575855 Mflops = 242.113732575855 Gflops = 0.242113732575855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059315 s
InvBiCGStab: k = 70 resid = 1.086983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267736(s) Flops=462292992 => 1726.67475423552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248562.761321051 Mflops = 248.562761321051 Gflops = 0.248562761321051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001078325 Relative Rsd = 4.72856786428074e-07
BICGSTAB_SOLVER_TIME: 0.594192 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 55 resid = 1.60298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201126(s) Flops=363866112 => 1809.14507323767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260446.918866415 Mflops = 260.446918866415 Gflops = 0.260446918866415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057587 s
InvBiCGStab: k = 69 resid = 1.118091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253935(s) Flops=455731200 => 1794.67659046606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.434194115 Mflops = 258.371434194115 Gflops = 0.258371434194115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001037425 Relative Rsd = 4.54921675861571e-07
BICGSTAB_SOLVER_TIME: 0.557608 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102914
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878218(s) Flops=1378861056 => 1570.06694920851 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226096.327032261 Mflops = 226.096327032261 Gflops = 0.226096327032261 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152936000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050464 s
InvBiCGStab: k = 26 resid = 1.945929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108743(s) Flops=173574144 => 1596.18682581867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229722.274429819 Mflops = 229.722274429819 Gflops = 0.229722274429819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074592 s
InvBiCGStab: k = 49 resid = 8.193851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229899(s) Flops=324495360 => 1411.46921039239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203235.539257572 Mflops = 203.235539257572 Gflops = 0.203235539257572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007256848 Relative Rsd = 3.18220346742492e-07
BICGSTAB_SOLVER_TIME: 0.469155 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042563 s
InvBiCGStab: k = 51 resid = 2.192387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237105(s) Flops=337618944 => 1423.92165496299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204998.853093212 Mflops = 204.998853093212 Gflops = 0.204998853093212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082863 s
InvBiCGStab: k = 79 resid = 1.011025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313425(s) Flops=521349120 => 1663.39353912419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239478.129886599 Mflops = 239.478129886599 Gflops = 0.239478129886599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045848 Relative Rsd = 4.58615248139459e-07
BICGSTAB_SOLVER_TIME: 0.679764 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 53 resid = 2.265568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195207(s) Flops=350742528 => 1796.77228787902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258674.345786595 Mflops = 258.674345786595 Gflops = 0.258674345786595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 75 resid = 1.042098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275643(s) Flops=495101952 => 1796.17096026382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258591.040254673 Mflops = 258.591040254673 Gflops = 0.258591040254673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001041724 Relative Rsd = 4.56806876622426e-07
BICGSTAB_SOLVER_TIME: 0.572456 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041199 s
InvBiCGStab: k = 55 resid = 2.248886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202574(s) Flops=363866112 => 1796.21329489471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258581.840059969 Mflops = 258.581840059969 Gflops = 0.258581840059969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056231 s
InvBiCGStab: k = 71 resid = 1.103927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260447(s) Flops=468854784 => 1800.19268411615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259173.333572798 Mflops = 259.173333572798 Gflops = 0.259173333572798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001076166 Relative Rsd = 4.71909923428471e-07
BICGSTAB_SOLVER_TIME: 0.564248 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041635 s
InvBiCGStab: k = 51 resid = 2.094674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186607(s) Flops=337618944 => 1809.25122851769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260443.726017634 Mflops = 260.443726017634 Gflops = 0.260443726017634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056005 s
InvBiCGStab: k = 77 resid = 1.078113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292812(s) Flops=508225536 => 1735.67181672882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249888.06783018 Mflops = 249.88806783018 Gflops = 0.24988806783018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00103512 Relative Rsd = 4.53911001197664e-07
BICGSTAB_SOLVER_TIME: 0.581212 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105637
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852036(s) Flops=1359912960 => 1596.07453206203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229812.26536006 Mflops = 229.81226536006 Gflops = 0.22981226536006 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150765000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.059058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809368(s) Flops=1210337280 => 1495.41034486167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215354.097948318 Mflops = 215.354097948318 Gflops = 0.215354097948318 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 1.003325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.140899(s) Flops=1748404224 => 1532.47940790552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220669.958881777 Mflops = 220.669958881777 Gflops = 0.220669958881777 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.001986515 Relative Rsd = 8.73551916853339e-07
BICGSTAB_SOLVER_TIME: 1.953737 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321137999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.963964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774925(s) Flops=1341573120 => 1731.22962867374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249207.306892337 Mflops = 249.207306892337 Gflops = 0.249207306892337 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.076305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802473(s) Flops=1426876416 => 1778.09897155418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256031.757150335 Mflops = 256.031757150335 Gflops = 0.256031757150335 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002037546 Relative Rsd = 8.95283110179178e-07
BICGSTAB_SOLVER_TIME: 1.58082 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.116726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00187
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300336999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849264(s) Flops=1359912960 => 1601.28412366473 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230564.742810572 Mflops = 230.564742810572 Gflops = 0.230564742810572 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150752000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041648 s
InvBiCGStab: k = 28 resid = 1.654064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103633(s) Flops=186697728 => 1801.5277759015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259284.47820437 Mflops = 259.28447820437 Gflops = 0.25928447820437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056121 s
InvBiCGStab: k = 43 resid = 1.14391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174523(s) Flops=285124608 => 1633.73657340293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235179.403505653 Mflops = 235.179403505653 Gflops = 0.235179403505653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007246915 Relative Rsd = 3.17784768321955e-07
BICGSTAB_SOLVER_TIME: 0.38 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046654 s
InvBiCGStab: k = 81 resid = 1.333055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355392(s) Flops=534472704 => 1503.89627228525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216531.174972199 Mflops = 216.531174972199 Gflops = 0.216531174972199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086253 s
InvBiCGStab: k = 98 resid = 1.14902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436694(s) Flops=646023168 => 1479.34976894576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212996.71916193 Mflops = 212.99671916193 Gflops = 0.21299671916193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001282808 Relative Rsd = 5.62524732910202e-07
BICGSTAB_SOLVER_TIME: 0.928916 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 47 resid = 2.259242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208039(s) Flops=311371776 => 1496.69906123371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215445.628716732 Mflops = 215.445628716732 Gflops = 0.215445628716732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087068 s
InvBiCGStab: k = 72 resid = 7.733408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308249(s) Flops=475416576 => 1542.31344140614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222022.559512137 Mflops = 222.022559512137 Gflops = 0.222022559512137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001029875 Relative Rsd = 4.51610922520173e-07
BICGSTAB_SOLVER_TIME: 0.648736 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992550000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041189 s
InvBiCGStab: k = 60 resid = 1.784937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224506(s) Flops=396675072 => 1766.87960232689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254381.224811877 Mflops = 254.381224811877 Gflops = 0.254381224811877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057106 s
InvBiCGStab: k = 82 resid = 9.408532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303024(s) Flops=541034496 => 1785.45097418026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257033.489205608 Mflops = 257.033489205608 Gflops = 0.257033489205608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001143218 Relative Rsd = 5.01312806859638e-07
BICGSTAB_SOLVER_TIME: 0.629758 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 54 resid = 2.182499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201583(s) Flops=357304320 => 1772.49232326139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255178.660283378 Mflops = 255.178660283378 Gflops = 0.255178660283378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 81 resid = 1.085953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296521(s) Flops=534472704 => 1802.47842142715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.739889591 Mflops = 259.501739889591 Gflops = 0.259501739889591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001091618 Relative Rsd = 4.78685701190887e-07
BICGSTAB_SOLVER_TIME: 0.599725 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110598
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830526(s) Flops=1328873472 => 1600.03837567999 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230377.323287243 Mflops = 230.377323287243 Gflops = 0.230377323287243 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147254000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 30 resid = 1.823195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111249(s) Flops=199821312 => 1796.16277000243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258544.085608007 Mflops = 258.544085608007 Gflops = 0.258544085608007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055992 s
InvBiCGStab: k = 51 resid = 7.185042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187122(s) Flops=337618944 => 1804.2717799083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259728.896436063 Mflops = 259.728896436063 Gflops = 0.259728896436063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007634101 Relative Rsd = 3.34763290991215e-07
BICGSTAB_SOLVER_TIME: 0.398902 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 68 resid = 2.280197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27895(s) Flops=449169408 => 1610.21476250224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231825.77138203 Mflops = 231.82577138203 Gflops = 0.23182577138203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065769 s
InvBiCGStab: k = 95 resid = 8.336951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441196(s) Flops=626337792 => 1419.63615263964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204400.31396138 Mflops = 204.40031396138 Gflops = 0.20440031396138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001235123 Relative Rsd = 5.41614314159213e-07
BICGSTAB_SOLVER_TIME: 0.831248 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047896 s
InvBiCGStab: k = 48 resid = 2.18925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219183(s) Flops=317933568 => 1450.53935752317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208839.853039302 Mflops = 208.839853039302 Gflops = 0.208839853039302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058863 s
InvBiCGStab: k = 69 resid = 1.128778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311893(s) Flops=455731200 => 1461.17803220976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210364.217419498 Mflops = 210.364217419498 Gflops = 0.210364217419498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009926491 Relative Rsd = 4.3528697990334e-07
BICGSTAB_SOLVER_TIME: 0.646 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977850000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058986 s
InvBiCGStab: k = 54 resid = 1.889836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212305(s) Flops=357304320 => 1682.97647252773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242300.377585027 Mflops = 242.300377585027 Gflops = 0.242300377585027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057053 s
InvBiCGStab: k = 81 resid = 1.024957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327629(s) Flops=534472704 => 1631.3351504293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234868.756613444 Mflops = 234.868756613444 Gflops = 0.234868756613444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001107202 Relative Rsd = 4.85519624141816e-07
BICGSTAB_SOLVER_TIME: 0.659879 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041307 s
InvBiCGStab: k = 49 resid = 1.83771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180576(s) Flops=324495360 => 1797.00159489633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258693.207510603 Mflops = 258.693207510603 Gflops = 0.258693207510603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 76 resid = 5.313406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279739(s) Flops=501663744 => 1793.32786633255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258177.402737716 Mflops = 258.177402737716 Gflops = 0.258177402737716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001045675 Relative Rsd = 4.58539541980929e-07
BICGSTAB_SOLVER_TIME: 0.562166 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103682
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.825608(s) Flops=1316634624 => 1594.74547727251 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229621.57597649 Mflops = 229.62157597649 Gflops = 0.22962157597649 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145792000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040693 s
InvBiCGStab: k = 26 resid = 2.027602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096592(s) Flops=173574144 => 1796.98260725526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258621.954396457 Mflops = 258.621954396457 Gflops = 0.258621954396457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056026 s
InvBiCGStab: k = 47 resid = 1.126862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173263(s) Flops=311371776 => 1797.10484061802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258680.402532128 Mflops = 258.680402532128 Gflops = 0.258680402532128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007164286 Relative Rsd = 3.14161414399467e-07
BICGSTAB_SOLVER_TIME: 0.370453 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045618 s
InvBiCGStab: k = 57 resid = 2.159157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22231(s) Flops=376989696 => 1695.78379740003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244146.093369837 Mflops = 244.146093369837 Gflops = 0.244146093369837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061131 s
InvBiCGStab: k = 72 resid = 1.112402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2739(s) Flops=475416576 => 1735.73047097481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249884.721450356 Mflops = 249.884721450356 Gflops = 0.249884721450356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001035565 Relative Rsd = 4.54105856495782e-07
BICGSTAB_SOLVER_TIME: 0.606805 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041172 s
InvBiCGStab: k = 53 resid = 2.164446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217268(s) Flops=350742528 => 1614.3312775006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232432.390408436 Mflops = 232.432390408436 Gflops = 0.232432390408436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073025 s
InvBiCGStab: k = 72 resid = 8.6929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321089(s) Flops=475416576 => 1480.63800379334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213170.448223352 Mflops = 213.170448223352 Gflops = 0.213170448223352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009985935 Relative Rsd = 4.37893660865477e-07
BICGSTAB_SOLVER_TIME: 0.656389 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046062 s
InvBiCGStab: k = 52 resid = 2.013902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238424(s) Flops=344180736 => 1443.56581552193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207831.061521558 Mflops = 207.831061521558 Gflops = 0.207831061521559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070509 s
InvBiCGStab: k = 79 resid = 1.138673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349573(s) Flops=521349120 => 1491.38840814365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214718.3124988 Mflops = 214.7183124988 Gflops = 0.2147183124988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001093888 Relative Rsd = 4.79681418400681e-07
BICGSTAB_SOLVER_TIME: 0.708813 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044546 s
InvBiCGStab: k = 50 resid = 1.676475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223354(s) Flops=331057152 => 1482.20829714265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213388.082917525 Mflops = 213.388082917525 Gflops = 0.213388082917525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05574 s
InvBiCGStab: k = 74 resid = 7.460476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271225(s) Flops=488540160 => 1801.2357267951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.405580818 Mflops = 259.331405580818 Gflops = 0.259331405580818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001032779 Relative Rsd = 4.5288414389569e-07
BICGSTAB_SOLVER_TIME: 0.598663 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103033
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003431(s) Flops=1341480960 => 1336.89407642379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192496.663285656 Mflops = 192.496663285656 Gflops = 0.192496663285656 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148641000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044698 s
InvBiCGStab: k = 27 resid = 2.068097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106676(s) Flops=180135936 => 1688.62664516855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243041.202786784 Mflops = 243.041202786784 Gflops = 0.243041202786784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05595 s
InvBiCGStab: k = 51 resid = 9.457487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192577(s) Flops=337618944 => 1753.16337880432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252375.594356722 Mflops = 252.375594356722 Gflops = 0.252375594356722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000736202 Relative Rsd = 3.22832245443706e-07
BICGSTAB_SOLVER_TIME: 0.403721 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041366 s
InvBiCGStab: k = 60 resid = 1.987091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220829(s) Flops=396675072 => 1796.29972512668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258603.62255235 Mflops = 258.60362255235 Gflops = 0.25860362255235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 74 resid = 7.983255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285703(s) Flops=488540160 => 1709.95810334508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246177.756135094 Mflops = 246.177756135094 Gflops = 0.246177756135094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001059718 Relative Rsd = 4.64697214438235e-07
BICGSTAB_SOLVER_TIME: 0.611733 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 55 resid = 1.27302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203196(s) Flops=363866112 => 1790.71493533337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257796.405397703 Mflops = 257.796405397703 Gflops = 0.257796405397703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 72 resid = 9.197387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264347(s) Flops=475416576 => 1798.45648333441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258912.335703524 Mflops = 258.912335703524 Gflops = 0.258912335703525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009934466 Relative Rsd = 4.35636667823724e-07
BICGSTAB_SOLVER_TIME: 0.568892 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104937
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 61 resid = 1.321863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224286(s) Flops=403236864 => 1797.86907787379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258818.500239097 Mflops = 258.818500239097 Gflops = 0.258818500239097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 76 resid = 9.903757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278599(s) Flops=501663744 => 1800.66598946873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.025274631 Mflops = 259.239025274631 Gflops = 0.259239025274631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001072138 Relative Rsd = 4.70143667609878e-07
BICGSTAB_SOLVER_TIME: 0.603816 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111987
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 56 resid = 1.119002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205599(s) Flops=370427904 => 1801.70090321451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259387.807090399 Mflops = 259.387807090399 Gflops = 0.259387807090399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 77 resid = 7.688192e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281197(s) Flops=508225536 => 1807.36471583978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.850073014 Mflops = 260.195850073014 Gflops = 0.260195850073014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.0009931647 Relative Rsd = 4.355130773923e-07
BICGSTAB_SOLVER_TIME: 0.588292 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109396
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854927(s) Flops=1366401024 => 1598.2663127963 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230130.261776989 Mflops = 230.130261776989 Gflops = 0.230130261776989 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151427000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.151393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733701(s) Flops=1315325952 => 1792.72748980852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258084.926613509 Mflops = 258.084926613509 Gflops = 0.258084926613509 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 9.975399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803233(s) Flops=1446561792 => 1800.92425485507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.561817058 Mflops = 259.324561817058 Gflops = 0.259324561817058 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.00197329 Relative Rsd = 8.67778506519651e-07
BICGSTAB_SOLVER_TIME: 1.540524 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.129842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299918999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 2.234375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.712722(s) Flops=1079101440 => 1514.05658868395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217954.26052872 Mflops = 217.95426052872 Gflops = 0.21795426052872 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 6.363344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84528(s) Flops=1210337280 => 1431.87734241908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206180.490765426 Mflops = 206.180490765426 Gflops = 0.206180490765426 Tflops
BICGSTAB_SOLVER: 348 iterations. Rsd = 0.002159829 Relative Rsd = 9.49003817142814e-07
BICGSTAB_SOLVER_TIME: 1.561286 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0.121104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248770999999997
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855489(s) Flops=1366401024 => 1597.21635696076 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229980.322585074 Mflops = 229.980322585074 Gflops = 0.229980322585074 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151626000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041807 s
InvBiCGStab: k = 25 resid = 2.161979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092876(s) Flops=167012352 => 1798.2293811103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258798.431105461 Mflops = 258.798431105461 Gflops = 0.258798431105461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 49 resid = 9.30188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18089(s) Flops=324495360 => 1793.88224888054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258229.980835178 Mflops = 258.229980835178 Gflops = 0.258229980835178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007740252 Relative Rsd = 3.39418096655508e-07
BICGSTAB_SOLVER_TIME: 0.375992 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044997 s
InvBiCGStab: k = 74 resid = 2.189962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272035(s) Flops=488540160 => 1795.87244288419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258544.106227763 Mflops = 258.544106227763 Gflops = 0.258544106227763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056614 s
InvBiCGStab: k = 112 resid = 1.126425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408844(s) Flops=737888256 => 1804.816154817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.973752758 Mflops = 259.855973752758 Gflops = 0.259855973752758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001242243 Relative Rsd = 5.44736542319592e-07
BICGSTAB_SOLVER_TIME: 0.786367 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146923999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040767 s
InvBiCGStab: k = 49 resid = 1.757017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179937(s) Flops=324495360 => 1803.38318411444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259599.643475676 Mflops = 259.599643475676 Gflops = 0.259599643475676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 67 resid = 7.179236e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245691(s) Flops=442607616 => 1801.48078684201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.519794184 Mflops = 259.335519794184 Gflops = 0.259335519794184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001010361 Relative Rsd = 4.43053676238394e-07
BICGSTAB_SOLVER_TIME: 0.526527 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971870000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041365 s
InvBiCGStab: k = 54 resid = 2.094208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210401(s) Flops=357304320 => 1698.20637734612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244473.002804661 Mflops = 244.473002804661 Gflops = 0.244473002804661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 80 resid = 1.145838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292197(s) Flops=527910912 => 1806.69518167538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260109.483538336 Mflops = 260.109483538336 Gflops = 0.260109483538336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001108705 Relative Rsd = 4.86178824158739e-07
BICGSTAB_SOLVER_TIME: 0.603996 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 48 resid = 1.994141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176563(s) Flops=317933568 => 1800.68059559477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.693774095 Mflops = 259.220693774095 Gflops = 0.259220693774095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056656 s
InvBiCGStab: k = 83 resid = 6.133149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304243(s) Flops=547596288 => 1799.86487117206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259093.11095884 Mflops = 259.09311095884 Gflops = 0.25909311095884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001061662 Relative Rsd = 4.65549840371994e-07
BICGSTAB_SOLVER_TIME: 0.582532 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107845
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986717(s) Flops=1385054208 => 1403.69954911084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202125.69717588 Mflops = 202.12569717588 Gflops = 0.20212569717588 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.508157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 30 resid = 1.935099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111005(s) Flops=199821312 => 1800.1109139228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.670641957 Mflops = 259.088670641957 Gflops = 0.259088670641957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 52 resid = 8.515399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191638(s) Flops=344180736 => 1795.994197393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258531.61590264 Mflops = 258.53161590264 Gflops = 0.25853161590264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007554031 Relative Rsd = 3.31252117974573e-07
BICGSTAB_SOLVER_TIME: 0.403463 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 73 resid = 1.954922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268125(s) Flops=481978368 => 1797.58831888112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258805.246930682 Mflops = 258.805246930682 Gflops = 0.258805246930682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 99 resid = 1.088206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362545(s) Flops=652584960 => 1800.010922782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.816737441 Mflops = 259.154816737441 Gflops = 0.259154816737441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001265561 Relative Rsd = 5.54961723407605e-07
BICGSTAB_SOLVER_TIME: 0.731872 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001835
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041024 s
InvBiCGStab: k = 55 resid = 1.626333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20218(s) Flops=363866112 => 1799.71368087843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.283862522 Mflops = 259.092283862522 Gflops = 0.259092283862522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056448 s
InvBiCGStab: k = 69 resid = 1.099083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252732(s) Flops=455731200 => 1803.21922035991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.423479078 Mflops = 259.601423479078 Gflops = 0.259601423479078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00100245 Relative Rsd = 4.39584618920192e-07
BICGSTAB_SOLVER_TIME: 0.556187 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040932 s
InvBiCGStab: k = 61 resid = 2.049526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223828(s) Flops=403236864 => 1801.54790285398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259360.020209338 Mflops = 259.360020209338 Gflops = 0.259360020209338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 78 resid = 1.145673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28559(s) Flops=514787328 => 1802.53975279246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259509.443289921 Mflops = 259.509443289921 Gflops = 0.259509443289921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001099157 Relative Rsd = 4.81991604845798e-07
BICGSTAB_SOLVER_TIME: 0.610434 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 52 resid = 1.689423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190365(s) Flops=344180736 => 1808.00428650225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260285.126247055 Mflops = 260.285126247055 Gflops = 0.260285126247055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 85 resid = 1.075397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310965(s) Flops=560719872 => 1803.16071583619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259599.169828971 Mflops = 259.599169828971 Gflops = 0.259599169828971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001069382 Relative Rsd = 4.68935074687967e-07
BICGSTAB_SOLVER_TIME: 0.602505 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112142
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915969(s) Flops=1385422848 => 1512.52154603485 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217794.479582639 Mflops = 217.794479582639 Gflops = 0.217794479582639 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153318000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05348 s
InvBiCGStab: k = 32 resid = 2.07396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144288(s) Flops=212944896 => 1475.83233532934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212447.403242083 Mflops = 212.447403242083 Gflops = 0.212447403242083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063578 s
InvBiCGStab: k = 49 resid = 1.128917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220815(s) Flops=324495360 => 1469.53495007133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211550.44763518 Mflops = 211.55044763518 Gflops = 0.21155044763518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007150342 Relative Rsd = 3.13549945507444e-07
BICGSTAB_SOLVER_TIME: 0.486324 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044275 s
InvBiCGStab: k = 55 resid = 2.156315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256964(s) Flops=363866112 => 1416.01980043897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203863.993624512 Mflops = 203.863993624512 Gflops = 0.203863993624512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069291 s
InvBiCGStab: k = 75 resid = 8.840553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335643(s) Flops=495101952 => 1475.08499208981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212387.566552103 Mflops = 212.387566552103 Gflops = 0.212387566552103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0010646 Relative Rsd = 4.66838325497613e-07
BICGSTAB_SOLVER_TIME: 0.710083 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 48 resid = 2.030648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230922(s) Flops=317933568 => 1376.8006859459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198206.333067226 Mflops = 198.206333067226 Gflops = 0.198206333067226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056328 s
InvBiCGStab: k = 71 resid = 7.440647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268672(s) Flops=468854784 => 1745.0824202001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251235.126258222 Mflops = 251.235126258222 Gflops = 0.251235126258222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001004998 Relative Rsd = 4.40701884588151e-07
BICGSTAB_SOLVER_TIME: 0.601115 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001837
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 61 resid = 2.249656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228802(s) Flops=403236864 => 1762.38347566892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253736.54340342 Mflops = 253.73654340342 Gflops = 0.25373654340342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05817 s
InvBiCGStab: k = 71 resid = 9.432767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267889(s) Flops=468854784 => 1750.18303849729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251973.723867801 Mflops = 251.973723867801 Gflops = 0.251973723867801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001061023 Relative Rsd = 4.65269579542373e-07
BICGSTAB_SOLVER_TIME: 0.59994 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108535
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043493 s
InvBiCGStab: k = 52 resid = 2.210271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192713(s) Flops=344180736 => 1785.97570480455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257098.297261919 Mflops = 257.098297261919 Gflops = 0.257098297261919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 78 resid = 5.546439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295276(s) Flops=514787328 => 1743.41066663054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251000.888434353 Mflops = 251.000888434353 Gflops = 0.251000888434353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00104499 Relative Rsd = 4.58238810369399e-07
BICGSTAB_SOLVER_TIME: 0.591587 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107285
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892182(s) Flops=1391616000 => 1559.78937033027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224676.731475345 Mflops = 224.676731475345 Gflops = 0.224676731475345 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154137000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042455 s
InvBiCGStab: k = 25 resid = 2.081432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098763(s) Flops=167012352 => 1691.04170590201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243409.746153906 Mflops = 243.409746153906 Gflops = 0.243409746153906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059572 s
InvBiCGStab: k = 54 resid = 6.885239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202842(s) Flops=357304320 => 1761.49081551158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253571.086622431 Mflops = 253.571086622431 Gflops = 0.253571086622431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007480401 Relative Rsd = 3.28023375384138e-07
BICGSTAB_SOLVER_TIME: 0.407683 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 57 resid = 1.525128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217826(s) Flops=376989696 => 1730.69191005665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249148.600746474 Mflops = 249.148600746474 Gflops = 0.249148600746474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056467 s
InvBiCGStab: k = 80 resid = 5.936837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2954(s) Flops=527910912 => 1787.10532159783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257292.267629317 Mflops = 257.292267629317 Gflops = 0.257292267629317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001051579 Relative Rsd = 4.61128151479736e-07
BICGSTAB_SOLVER_TIME: 0.614735 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040872 s
InvBiCGStab: k = 51 resid = 1.871816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193181(s) Flops=337618944 => 1747.68193559408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251595.554012383 Mflops = 251.595554012383 Gflops = 0.251595554012383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059647 s
InvBiCGStab: k = 77 resid = 9.237675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292016(s) Flops=508225536 => 1740.40304640842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250573.41883439 Mflops = 250.57341883439 Gflops = 0.25057341883439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001011138 Relative Rsd = 4.4339458367377e-07
BICGSTAB_SOLVER_TIME: 0.589807 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105702
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04924 s
InvBiCGStab: k = 64 resid = 1.589268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293618(s) Flops=422922240 => 1440.38253785531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207385.793257583 Mflops = 207.385793257583 Gflops = 0.207385793257583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065318 s
InvBiCGStab: k = 79 resid = 1.143901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365648(s) Flops=521349120 => 1425.82243031549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205288.186861633 Mflops = 205.288186861633 Gflops = 0.205288186861633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001113276 Relative Rsd = 4.88182969861855e-07
BICGSTAB_SOLVER_TIME: 0.777834 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046079 s
InvBiCGStab: k = 49 resid = 2.204341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23325(s) Flops=324495360 => 1391.19125401929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200281.053077712 Mflops = 200.281053077712 Gflops = 0.200281053077712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067572 s
InvBiCGStab: k = 84 resid = 7.960635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38145(s) Flops=554158080 => 1452.76728273692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209165.515881867 Mflops = 209.165515881867 Gflops = 0.209165515881867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001067335 Relative Rsd = 4.68037321145212e-07
BICGSTAB_SOLVER_TIME: 0.732211 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109128
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883178(s) Flops=1391689728 => 1575.77490381327 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226894.603703794 Mflops = 226.894603703794 Gflops = 0.226894603703794 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154470000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021157
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.726274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669944(s) Flops=1190651904 => 1777.24093954122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255831.235407153 Mflops = 255.831235407153 Gflops = 0.255831235407153 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.008996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870338(s) Flops=1512179712 => 1737.4625858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250176.854474356 Mflops = 250.176854474356 Gflops = 0.250176854474356 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001993553 Relative Rsd = 8.7673526560321e-07
BICGSTAB_SOLVER_TIME: 1.543771 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.118496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293396999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 1.889661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.620415(s) Flops=1105348608 => 1781.62779429898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256452.139492952 Mflops = 256.452139492952 Gflops = 0.256452139492952 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.133129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798715(s) Flops=1413752832 => 1770.03415736527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254872.433765399 Mflops = 254.872433765399 Gflops = 0.254872433765399 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.002550514 Relative Rsd = 1.12063598584848e-06
BICGSTAB_SOLVER_TIME: 1.42265 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00187
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273607999999997
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959314(s) Flops=1391689728 => 1450.71345565685 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208919.494207164 Mflops = 208.919494207164 Gflops = 0.208919494207164 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.551624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 27 resid = 1.943921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100736(s) Flops=180135936 => 1788.19822109276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257366.893297329 Mflops = 257.366893297329 Gflops = 0.257366893297329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 48 resid = 1.147956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176916(s) Flops=317933568 => 1797.08770263854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258702.427551311 Mflops = 258.702427551311 Gflops = 0.258702427551311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007284452 Relative Rsd = 3.19430802965e-07
BICGSTAB_SOLVER_TIME: 0.37939 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 77 resid = 2.066697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282266(s) Flops=508225536 => 1800.5198500705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259233.938613949 Mflops = 259.233938613949 Gflops = 0.259233938613949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 94 resid = 9.569651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345774(s) Flops=619776000 => 1792.43089416787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258059.418052936 Mflops = 258.059418052936 Gflops = 0.258059418052936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001278586 Relative Rsd = 5.60673275757431e-07
BICGSTAB_SOLVER_TIME: 0.729651 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 50 resid = 1.8277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183609(s) Flops=331057152 => 1803.05514435567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259571.513115268 Mflops = 259.571513115268 Gflops = 0.259571513115268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 63 resid = 1.079296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232711(s) Flops=416360448 => 1789.17390239396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257581.632357231 Mflops = 257.581632357231 Gflops = 0.257581632357231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001033405 Relative Rsd = 4.53158789298853e-07
BICGSTAB_SOLVER_TIME: 0.517329 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0951240000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040799 s
InvBiCGStab: k = 52 resid = 2.242233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191411(s) Flops=344180736 => 1798.12412034836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.333944213 Mflops = 258.863333944213 Gflops = 0.258863333944213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 82 resid = 9.61878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302076(s) Flops=541034496 => 1791.05422476463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257856.702888351 Mflops = 257.856702888351 Gflops = 0.257856702888351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001141029 Relative Rsd = 5.0035302837918e-07
BICGSTAB_SOLVER_TIME: 0.594235 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 58 resid = 1.595066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213811(s) Flops=383551488 => 1793.88098834952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258254.485095609 Mflops = 258.254485095609 Gflops = 0.258254485095609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056666 s
InvBiCGStab: k = 84 resid = 9.703839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309408(s) Flops=554158080 => 1791.02699348433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257857.831920221 Mflops = 257.857831920221 Gflops = 0.257857831920221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001053193 Relative Rsd = 4.61836001509523e-07
BICGSTAB_SOLVER_TIME: 0.624945 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115605
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868479(s) Flops=1391689728 => 1602.44488122338 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230732.379600306 Mflops = 230.732379600306 Gflops = 0.230732379600306 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154227000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 36 resid = 9.983044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133061(s) Flops=239192064 => 1797.61210271981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258759.16660227 Mflops = 258.75916660227 Gflops = 0.25875916660227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 48 resid = 6.125487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206878(s) Flops=317933568 => 1536.81671323195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221251.898390087 Mflops = 221.251898390087 Gflops = 0.221251898390087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007559622 Relative Rsd = 3.31497282388827e-07
BICGSTAB_SOLVER_TIME: 0.4411 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046089 s
InvBiCGStab: k = 69 resid = 2.080694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31638(s) Flops=455731200 => 1440.45514887161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207392.128452843 Mflops = 207.392128452843 Gflops = 0.207392128452843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064817 s
InvBiCGStab: k = 98 resid = 7.660045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413297(s) Flops=646023168 => 1563.09667865966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225072.183262812 Mflops = 225.072183262812 Gflops = 0.225072183262812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001242325 Relative Rsd = 5.44772378950265e-07
BICGSTAB_SOLVER_TIME: 0.846138 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044541 s
InvBiCGStab: k = 52 resid = 1.924112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262271(s) Flops=344180736 => 1312.30954241986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188927.357291472 Mflops = 188.927357291472 Gflops = 0.188927357291472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07214 s
InvBiCGStab: k = 73 resid = 7.859852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304024(s) Flops=481978368 => 1585.33000026314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228253.813495902 Mflops = 228.253813495902 Gflops = 0.228253813495902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001006857 Relative Rsd = 4.41517499756614e-07
BICGSTAB_SOLVER_TIME: 0.686649 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 66 resid = 1.713988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246052(s) Flops=436045824 => 1772.16939508722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255139.689491978 Mflops = 255.139689491978 Gflops = 0.255139689491978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057579 s
InvBiCGStab: k = 86 resid = 1.046021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317467(s) Flops=567281664 => 1786.89962736284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257266.336740595 Mflops = 257.266336740595 Gflops = 0.257266336740595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001140806 Relative Rsd = 5.00255268909467e-07
BICGSTAB_SOLVER_TIME: 0.666006 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 57 resid = 2.280099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210162(s) Flops=376989696 => 1793.80523596083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258238.708474846 Mflops = 258.238708474846 Gflops = 0.258238708474846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057921 s
InvBiCGStab: k = 78 resid = 1.138843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286003(s) Flops=514787328 => 1799.93681185162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.198102978 Mflops = 259.138198102978 Gflops = 0.259138198102978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00109088 Relative Rsd = 4.78362150528202e-07
BICGSTAB_SOLVER_TIME: 0.59853 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110602
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86438(s) Flops=1385496576 => 1602.87903005623 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230810.94994994 Mflops = 230.81094994994 Gflops = 0.23081094994994 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153571000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 28 resid = 1.659117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103325(s) Flops=186697728 => 1806.89792402613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.57802049 Mflops = 260.05857802049 Gflops = 0.26005857802049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 47 resid = 9.807803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172458(s) Flops=311371776 => 1805.49337229934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259898.207126944 Mflops = 259.898207126944 Gflops = 0.259898207126944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007008417 Relative Rsd = 3.07326368363246e-07
BICGSTAB_SOLVER_TIME: 0.376782 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054225 s
InvBiCGStab: k = 50 resid = 2.0645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197794(s) Flops=331057152 => 1673.74719152249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240975.254276996 Mflops = 240.975254276996 Gflops = 0.240975254276996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058475 s
InvBiCGStab: k = 70 resid = 1.130719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269877(s) Flops=462292992 => 1712.97662268367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246618.722820046 Mflops = 246.618722820046 Gflops = 0.246618722820046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001052752 Relative Rsd = 4.61642881888675e-07
BICGSTAB_SOLVER_TIME: 0.584028 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041143 s
InvBiCGStab: k = 49 resid = 2.011657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180859(s) Flops=324495360 => 1794.18972790959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258287.115365384 Mflops = 258.287115365385 Gflops = 0.258287115365385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056993 s
InvBiCGStab: k = 82 resid = 9.437395e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301673(s) Flops=541034496 => 1793.44686465146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258208.179397941 Mflops = 258.208179397941 Gflops = 0.258208179397941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001017028 Relative Rsd = 4.45977424598123e-07
BICGSTAB_SOLVER_TIME: 0.584279 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041613 s
InvBiCGStab: k = 50 resid = 1.854527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217294(s) Flops=331057152 => 1523.54483786943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219336.082513898 Mflops = 219.336082513898 Gflops = 0.219336082513898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05674 s
InvBiCGStab: k = 80 resid = 9.337527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340099(s) Flops=527910912 => 1552.22718090909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223484.727861844 Mflops = 223.484727861844 Gflops = 0.223484727861844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001067149 Relative Rsd = 4.67955846412229e-07
BICGSTAB_SOLVER_TIME: 0.665701 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042226 s
InvBiCGStab: k = 54 resid = 2.036172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239399(s) Flops=357304320 => 1492.50548247904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214864.752240057 Mflops = 214.864752240057 Gflops = 0.214864752240057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063253 s
InvBiCGStab: k = 74 resid = 8.77093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33064(s) Flops=488540160 => 1477.55915799661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212732.52884668 Mflops = 212.73252884668 Gflops = 0.21273252884668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001026881 Relative Rsd = 4.50298086863456e-07
BICGSTAB_SOLVER_TIME: 0.679315 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105585
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933843(s) Flops=1379155968 => 1476.86063717349 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212669.377439709 Mflops = 212.669377439709 Gflops = 0.212669377439709 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152613000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043877 s
InvBiCGStab: k = 33 resid = 1.773912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128572(s) Flops=219506688 => 1707.26665214821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245745.176923561 Mflops = 245.745176923561 Gflops = 0.245745176923561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058385 s
InvBiCGStab: k = 58 resid = 7.0575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223757(s) Flops=383551488 => 1714.14296759431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246767.514853521 Mflops = 246.767514853521 Gflops = 0.246767514853521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.00077503 Relative Rsd = 3.39858728959857e-07
BICGSTAB_SOLVER_TIME: 0.458136 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0792100000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044008 s
InvBiCGStab: k = 59 resid = 2.2778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216892(s) Flops=390113280 => 1798.65223244749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258924.205122708 Mflops = 258.924205122708 Gflops = 0.258924205122708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056966 s
InvBiCGStab: k = 79 resid = 9.353308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290625(s) Flops=521349120 => 1793.88944516129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.104024362 Mflops = 258.259104024362 Gflops = 0.258259104024362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001116549 Relative Rsd = 4.89618426012698e-07
BICGSTAB_SOLVER_TIME: 0.612199 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 45 resid = 1.36437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165593(s) Flops=298248192 => 1801.09178528078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259268.092384389 Mflops = 259.268092384389 Gflops = 0.259268092384389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056341 s
InvBiCGStab: k = 68 resid = 1.104514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248789(s) Flops=449169408 => 1805.42310150368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.663169016 Mflops = 259.925663169017 Gflops = 0.259925663169016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001020637 Relative Rsd = 4.47559800724859e-07
BICGSTAB_SOLVER_TIME: 0.515487 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949470000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 61 resid = 1.537513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223502(s) Flops=403236864 => 1804.17564048644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259743.193007535 Mflops = 259.743193007535 Gflops = 0.259743193007535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 87 resid = 9.063175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319368(s) Flops=573843456 => 1796.80949876005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258705.690658849 Mflops = 258.705690658849 Gflops = 0.258705690658849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001080712 Relative Rsd = 4.73903399821316e-07
BICGSTAB_SOLVER_TIME: 0.643853 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 50 resid = 2.249873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183541(s) Flops=331057152 => 1803.72315722373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.791960967 Mflops = 259.666791960967 Gflops = 0.259666791960967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056684 s
InvBiCGStab: k = 81 resid = 8.537141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297111(s) Flops=534472704 => 1798.89907812232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258994.606936441 Mflops = 258.994606936441 Gflops = 0.258994606936441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001011178 Relative Rsd = 4.43412042545123e-07
BICGSTAB_SOLVER_TIME: 0.5818 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107849
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874199(s) Flops=1379303424 => 1577.79112536162 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227223.508864313 Mflops = 227.223508864313 Gflops = 0.227223508864313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152706000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.535951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.256631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745173(s) Flops=1335011328 => 1791.54549077865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257898.668537419 Mflops = 257.898668537419 Gflops = 0.257898668537419 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.130357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.886388(s) Flops=1597483008 => 1802.23898337974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259517.887701818 Mflops = 259.517887701818 Gflops = 0.259517887701818 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002008261 Relative Rsd = 8.83249009824124e-07
BICGSTAB_SOLVER_TIME: 1.634959 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317822999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.99779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661974(s) Flops=1197213696 => 1808.5509340246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260388.80656085 Mflops = 260.38880656085 Gflops = 0.26038880656085 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.098089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812277(s) Flops=1466247168 => 1805.10733161225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259934.006845287 Mflops = 259.934006845287 Gflops = 0.259934006845287 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.003692453 Relative Rsd = 1.62232093162175e-06
BICGSTAB_SOLVER_TIME: 1.477629 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288931999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861125(s) Flops=1379303424 => 1601.74588358252 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230652.662960972 Mflops = 230.652662960971 Gflops = 0.230652662960972 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152705000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041929 s
InvBiCGStab: k = 29 resid = 2.15467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107497(s) Flops=193259520 => 1797.81314827391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258775.144959674 Mflops = 258.775144959674 Gflops = 0.258775144959675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 44 resid = 9.226508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161926(s) Flops=291686400 => 1801.35617504292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.509094413 Mflops = 259.299509094413 Gflops = 0.259299509094413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007383625 Relative Rsd = 3.2377964446129e-07
BICGSTAB_SOLVER_TIME: 0.371699 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 73 resid = 1.211882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301735(s) Flops=481978368 => 1597.35651482261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229984.705570263 Mflops = 229.984705570263 Gflops = 0.229984705570263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069037 s
InvBiCGStab: k = 108 resid = 6.450389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486976(s) Flops=711641088 => 1461.34735182021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210403.840480958 Mflops = 210.403840480958 Gflops = 0.210403840480958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001246219 Relative Rsd = 5.46480030136362e-07
BICGSTAB_SOLVER_TIME: 0.904026 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052994 s
InvBiCGStab: k = 48 resid = 2.223313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199486(s) Flops=317933568 => 1593.76381299941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229459.805294084 Mflops = 229.459805294084 Gflops = 0.229459805294084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066857 s
InvBiCGStab: k = 65 resid = 9.427158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270125(s) Flops=429484032 => 1589.94551411384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228904.076146662 Mflops = 228.904076146662 Gflops = 0.228904076146662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001018709 Relative Rsd = 4.46714525894827e-07
BICGSTAB_SOLVER_TIME: 0.600266 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949220000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 62 resid = 2.262761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262112(s) Flops=409798656 => 1563.44866316689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225098.141134999 Mflops = 225.098141134999 Gflops = 0.225098141134999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 82 resid = 1.081676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300758(s) Flops=541034496 => 1798.90309152209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.410746543 Mflops = 258.988410746543 Gflops = 0.258988410746543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001106933 Relative Rsd = 4.85401649136852e-07
BICGSTAB_SOLVER_TIME: 0.664198 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 54 resid = 2.088237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199921(s) Flops=357304320 => 1787.22755488418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257285.223331819 Mflops = 257.285223331819 Gflops = 0.257285223331819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05661 s
InvBiCGStab: k = 74 resid = 7.947876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271509(s) Flops=488540160 => 1799.35162370308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.285145635 Mflops = 259.035285145635 Gflops = 0.259035285145635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001072295 Relative Rsd = 4.70212686305989e-07
BICGSTAB_SOLVER_TIME: 0.572712 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105781
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893293(s) Flops=1391763456 => 1558.01451035662 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224366.914642658 Mflops = 224.366914642658 Gflops = 0.224366914642658 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153939000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 31 resid = 1.794685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114443(s) Flops=206383104 => 1803.37027166362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.261523969 Mflops = 259.566261523969 Gflops = 0.259566261523969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055997 s
InvBiCGStab: k = 54 resid = 8.446179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198802(s) Flops=357304320 => 1797.28735123389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258733.496447057 Mflops = 258.733496447057 Gflops = 0.258733496447057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007407071 Relative Rsd = 3.2480777799655e-07
BICGSTAB_SOLVER_TIME: 0.413653 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040767 s
InvBiCGStab: k = 75 resid = 2.251218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274106(s) Flops=495101952 => 1806.24266524629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.076612214 Mflops = 260.054076612214 Gflops = 0.260054076612214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 97 resid = 1.096891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363083(s) Flops=639461376 => 1761.19888840844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253572.405168348 Mflops = 253.572405168348 Gflops = 0.253572405168348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001242077 Relative Rsd = 5.44663643874292e-07
BICGSTAB_SOLVER_TIME: 0.737731 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040572 s
InvBiCGStab: k = 53 resid = 1.95631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195024(s) Flops=350742528 => 1798.45828205759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258925.550364205 Mflops = 258.925550364205 Gflops = 0.258925550364205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 73 resid = 7.930698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267496(s) Flops=481978368 => 1801.81523462033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.753659289 Mflops = 259.409753659289 Gflops = 0.259409753659289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00101761 Relative Rsd = 4.46232467058012e-07
BICGSTAB_SOLVER_TIME: 0.562997 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 65 resid = 1.333183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239518(s) Flops=429484032 => 1793.11797860704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258155.06108402 Mflops = 258.15506108402 Gflops = 0.25815506108402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 83 resid = 7.759104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32086(s) Flops=547596288 => 1706.6517733591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245722.266196672 Mflops = 245.722266196672 Gflops = 0.245722266196672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001083919 Relative Rsd = 4.75309655754574e-07
BICGSTAB_SOLVER_TIME: 0.661899 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047036 s
InvBiCGStab: k = 59 resid = 1.461093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287689(s) Flops=390113280 => 1356.02431792665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195230.710737831 Mflops = 195.230710737831 Gflops = 0.195230710737831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068639 s
InvBiCGStab: k = 71 resid = 9.843972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326589(s) Flops=468854784 => 1435.6110707954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206694.064568333 Mflops = 206.694064568333 Gflops = 0.206694064568333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001039529 Relative Rsd = 4.55844443576733e-07
BICGSTAB_SOLVER_TIME: 0.738861 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106829
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992738(s) Flops=1398398976 => 1408.62843570005 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202943.818544318 Mflops = 202.943818544318 Gflops = 0.202943818544318 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154706000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 30 resid = 1.317041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11112(s) Flops=199821312 => 1798.24794816415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258835.832559274 Mflops = 258.835832559274 Gflops = 0.258835832559274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 55 resid = 1.047739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202046(s) Flops=363866112 => 1800.90727854053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259245.322235272 Mflops = 259.245322235272 Gflops = 0.259245322235272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007730054 Relative Rsd = 3.38970930036734e-07
BICGSTAB_SOLVER_TIME: 0.414757 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 51 resid = 1.761151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187087(s) Flops=337618944 => 1804.60932079728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.793986811 Mflops = 259.798793986811 Gflops = 0.259798793986811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 88 resid = 8.713101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321747(s) Flops=580405248 => 1803.91813443482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.837416521 Mflops = 259.726837416521 Gflops = 0.259726837416521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001040928 Relative Rsd = 4.56457903392682e-07
BICGSTAB_SOLVER_TIME: 0.610098 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 51 resid = 1.986764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187626(s) Flops=337618944 => 1799.42515429631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.681501483 Mflops = 259.050681501483 Gflops = 0.259050681501483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 69 resid = 1.029479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252385(s) Flops=455731200 => 1805.69843691186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259962.121336251 Mflops = 259.962121336251 Gflops = 0.259962121336251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009699452 Relative Rsd = 4.25331058514022e-07
BICGSTAB_SOLVER_TIME: 0.54148 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998970000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041682 s
InvBiCGStab: k = 56 resid = 1.989728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205762(s) Flops=370427904 => 1800.27363653153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259173.879468639 Mflops = 259.173879468639 Gflops = 0.259173879468639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060675 s
InvBiCGStab: k = 72 resid = 1.041381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280478(s) Flops=475416576 => 1695.02269696732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244043.002325371 Mflops = 244.043002325371 Gflops = 0.244043002325371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001046936 Relative Rsd = 4.59092253092462e-07
BICGSTAB_SOLVER_TIME: 0.592548 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 47 resid = 2.158347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174144(s) Flops=311371776 => 1788.01323042999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257396.913459685 Mflops = 257.396913459685 Gflops = 0.257396913459685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056865 s
InvBiCGStab: k = 75 resid = 7.383548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28648(s) Flops=495101952 => 1728.22518849483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248811.45403296 Mflops = 248.81145403296 Gflops = 0.24881145403296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001037479 Relative Rsd = 4.54945464850023e-07
BICGSTAB_SOLVER_TIME: 0.562566 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10133
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880711(s) Flops=1411006464 => 1602.12199461571 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230740.812045317 Mflops = 230.740812045317 Gflops = 0.230740812045317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156492000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053892 s
InvBiCGStab: k = 27 resid = 2.16e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111648(s) Flops=180135936 => 1613.42734307825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232194.981688375 Mflops = 232.194981688375 Gflops = 0.232194981688375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071753 s
InvBiCGStab: k = 51 resid = 1.022412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213131(s) Flops=337618944 => 1584.09121150841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228048.954902466 Mflops = 228.048954902466 Gflops = 0.228048954902466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007151219 Relative Rsd = 3.13588411178686e-07
BICGSTAB_SOLVER_TIME: 0.454164 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041499 s
InvBiCGStab: k = 49 resid = 2.019852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179783(s) Flops=324495360 => 1804.92794090654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.487431068 Mflops = 259.845487431068 Gflops = 0.259845487431068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 77 resid = 1.109937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321104(s) Flops=508225536 => 1582.74433205441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227873.476818764 Mflops = 227.873476818764 Gflops = 0.227873476818764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001092841 Relative Rsd = 4.79222127565689e-07
BICGSTAB_SOLVER_TIME: 0.60377 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 49 resid = 2.195993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181088(s) Flops=324495360 => 1791.92083406962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257963.06951165 Mflops = 257.96306951165 Gflops = 0.25796306951165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056869 s
InvBiCGStab: k = 76 resid = 1.119923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294801(s) Flops=501663744 => 1701.70299286637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244992.552163913 Mflops = 244.992552163913 Gflops = 0.244992552163913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001013558 Relative Rsd = 4.44455746126473e-07
BICGSTAB_SOLVER_TIME: 0.577466 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045888 s
InvBiCGStab: k = 62 resid = 1.565024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22989(s) Flops=409798656 => 1782.5858280047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256635.767204327 Mflops = 256.635767204327 Gflops = 0.256635767204327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 82 resid = 9.628324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30191(s) Flops=541034496 => 1792.03900500149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.877309152 Mflops = 258.000877309152 Gflops = 0.258000877309152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001105145 Relative Rsd = 4.84617531405889e-07
BICGSTAB_SOLVER_TIME: 0.637887 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 47 resid = 2.025921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176905(s) Flops=311371776 => 1760.10726661202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253390.672489444 Mflops = 253.390672489443 Gflops = 0.253390672489443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056163 s
InvBiCGStab: k = 82 resid = 9.230629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311303(s) Flops=541034496 => 1737.96749790397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250219.634393058 Mflops = 250.219634393058 Gflops = 0.250219634393058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001033426 Relative Rsd = 4.5316787607985e-07
BICGSTAB_SOLVER_TIME: 0.589481 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106431
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885326(s) Flops=1411080192 => 1593.85378041535 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229512.753570429 Mflops = 229.512753570429 Gflops = 0.229512753570429 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156112000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 2.161495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837249(s) Flops=1512179712 => 1806.12901538252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260003.257088275 Mflops = 260.003257088275 Gflops = 0.260003257088275 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.002047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825053(s) Flops=1485932544 => 1801.01465481611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259342.460528293 Mflops = 259.342460528293 Gflops = 0.259342460528293 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.002013505 Relative Rsd = 8.85579514351729e-07
BICGSTAB_SOLVER_TIME: 1.665652 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.123412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325199999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.089851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809243(s) Flops=1203775488 => 1487.53277816428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214150.711298059 Mflops = 214.150711298059 Gflops = 0.214150711298059 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 8.028954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.048531(s) Flops=1466247168 => 1398.38227768182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201364.478063102 Mflops = 201.364478063102 Gflops = 0.201364478063102 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.002985908 Relative Rsd = 1.31183820200694e-06
BICGSTAB_SOLVER_TIME: 1.861097 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0.115915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289273999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885215(s) Flops=1411080192 => 1594.05363894647 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229624.130456109 Mflops = 229.624130456109 Gflops = 0.229624130456109 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156430000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 28 resid = 2.141686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103439(s) Flops=186697728 => 1804.90654395344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.195105253 Mflops = 259.776195105253 Gflops = 0.259776195105253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 47 resid = 1.063302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173137(s) Flops=311371776 => 1798.41267897676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258888.199293384 Mflops = 258.888199293384 Gflops = 0.258888199293384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000733391 Relative Rsd = 3.21599608286686e-07
BICGSTAB_SOLVER_TIME: 0.377242 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 82 resid = 2.246134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30156(s) Flops=541034496 => 1794.1189017111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258306.730484858 Mflops = 258.306730484858 Gflops = 0.258306730484858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056328 s
InvBiCGStab: k = 105 resid = 6.251034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383811(s) Flops=691955712 => 1802.85534286407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259574.479801029 Mflops = 259.574479801029 Gflops = 0.259574479801029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001310241 Relative Rsd = 5.74554150519402e-07
BICGSTAB_SOLVER_TIME: 0.786126 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040686 s
InvBiCGStab: k = 54 resid = 1.720078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198551(s) Flops=357304320 => 1799.55940791031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259079.902551192 Mflops = 259.079902551192 Gflops = 0.259079902551192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 66 resid = 7.336935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243033(s) Flops=436045824 => 1794.18360469566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258309.47353265 Mflops = 258.30947353265 Gflops = 0.25830947353265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009800622 Relative Rsd = 4.29767475138402e-07
BICGSTAB_SOLVER_TIME: 0.542265 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998790000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041981 s
InvBiCGStab: k = 58 resid = 2.129965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218513(s) Flops=383551488 => 1755.27995130724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252700.426494089 Mflops = 252.700426494089 Gflops = 0.252700426494089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 82 resid = 9.203136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304471(s) Flops=541034496 => 1776.96560920416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255828.834834204 Mflops = 255.828834834204 Gflops = 0.255828834834204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001127133 Relative Rsd = 4.94259422832835e-07
BICGSTAB_SOLVER_TIME: 0.624923 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041978 s
InvBiCGStab: k = 69 resid = 2.00129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253659(s) Flops=455731200 => 1796.62933308103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.45356252 Mflops = 258.66345356252 Gflops = 0.25866345356252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 86 resid = 1.004339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31615(s) Flops=567281664 => 1794.34339395856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258336.409548934 Mflops = 258.336409548934 Gflops = 0.258336409548934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001126409 Relative Rsd = 4.93942049139255e-07
BICGSTAB_SOLVER_TIME: 0.672096 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124991
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.022563(s) Flops=1417494528 => 1386.21730690432 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199763.361471457 Mflops = 199.763361471457 Gflops = 0.199763361471457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040754 s
InvBiCGStab: k = 33 resid = 1.875438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122344(s) Flops=219506688 => 1794.17615902701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258261.904060399 Mflops = 258.261904060399 Gflops = 0.258261904060399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064225 s
InvBiCGStab: k = 49 resid = 1.08132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180671(s) Flops=324495360 => 1796.05669974705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258538.902261392 Mflops = 258.538902261392 Gflops = 0.258538902261392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.00079593 Relative Rsd = 3.49023615433801e-07
BICGSTAB_SOLVER_TIME: 0.411687 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 75 resid = 1.870846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275092(s) Flops=495101952 => 1799.76863013101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259119.599057302 Mflops = 259.119599057302 Gflops = 0.259119599057302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 108 resid = 9.633031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406582(s) Flops=711641088 => 1750.30150867476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252005.24710782 Mflops = 252.00524710782 Gflops = 0.25200524710782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001275303 Relative Rsd = 5.59233582512079e-07
BICGSTAB_SOLVER_TIME: 0.782534 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041501 s
InvBiCGStab: k = 48 resid = 2.183841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178395(s) Flops=317933568 => 1782.18878331792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256568.917631572 Mflops = 256.568917631572 Gflops = 0.256568917631572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056298 s
InvBiCGStab: k = 70 resid = 1.104273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258696(s) Flops=462292992 => 1787.01252435291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257272.336991723 Mflops = 257.272336991723 Gflops = 0.257272336991723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001044365 Relative Rsd = 4.57965134903534e-07
BICGSTAB_SOLVER_TIME: 0.538513 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985820000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 64 resid = 2.097286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235183(s) Flops=422922240 => 1798.26875241833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258888.184679579 Mflops = 258.888184679579 Gflops = 0.258888184679579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057013 s
InvBiCGStab: k = 99 resid = 4.706849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36446(s) Flops=652584960 => 1790.55303737036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257795.394637333 Mflops = 257.795394637333 Gflops = 0.257795394637333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001123913 Relative Rsd = 4.92847500423788e-07
BICGSTAB_SOLVER_TIME: 0.702017 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 64 resid = 1.741251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234172(s) Flops=422922240 => 1806.03248893975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260020.561998983 Mflops = 260.020561998983 Gflops = 0.260020561998983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056785 s
InvBiCGStab: k = 85 resid = 9.952131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310678(s) Flops=560719872 => 1804.82645053721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.470772177 Mflops = 259.845470772177 Gflops = 0.259845470772177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001058836 Relative Rsd = 4.64310617851218e-07
BICGSTAB_SOLVER_TIME: 0.646714 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120534
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890705(s) Flops=1417494528 => 1591.42985387979 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229161.026844759 Mflops = 229.161026844759 Gflops = 0.229161026844759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156954000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049023 s
InvBiCGStab: k = 24 resid = 2.246731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122636(s) Flops=160450560 => 1308.34795655436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188267.364843671 Mflops = 188.267364843671 Gflops = 0.188267364843671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059094 s
InvBiCGStab: k = 48 resid = 9.301943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233051(s) Flops=317933568 => 1364.22314429031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196401.69437522 Mflops = 196.40169437522 Gflops = 0.19640169437522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000773048 Relative Rsd = 3.38989614092042e-07
BICGSTAB_SOLVER_TIME: 0.467894 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055597 s
InvBiCGStab: k = 50 resid = 1.363055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231939(s) Flops=331057152 => 1427.34577626014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205480.699190326 Mflops = 205.480699190326 Gflops = 0.205480699190326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061875 s
InvBiCGStab: k = 76 resid = 9.758593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353769(s) Flops=501663744 => 1418.05456102711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204163.863680185 Mflops = 204.163863680185 Gflops = 0.204163863680185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001035448 Relative Rsd = 4.54054807164339e-07
BICGSTAB_SOLVER_TIME: 0.711662 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042437 s
InvBiCGStab: k = 49 resid = 2.035387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180981(s) Flops=324495360 => 1792.9802575961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258126.322614878 Mflops = 258.126322614878 Gflops = 0.258126322614878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057059 s
InvBiCGStab: k = 79 resid = 9.518907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292187(s) Flops=521349120 => 1784.29950682269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256896.16958568 Mflops = 256.89616958568 Gflops = 0.25689616958568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001048022 Relative Rsd = 4.59568492305492e-07
BICGSTAB_SOLVER_TIME: 0.576369 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04082 s
InvBiCGStab: k = 58 resid = 2.095581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212604(s) Flops=383551488 => 1804.06524806683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259739.632819151 Mflops = 259.739632819151 Gflops = 0.259739632819151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056691 s
InvBiCGStab: k = 78 resid = 7.418979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2867(s) Flops=514787328 => 1795.56096267876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.789159698 Mflops = 258.512789159698 Gflops = 0.258512789159698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001088988 Relative Rsd = 4.77532496793592e-07
BICGSTAB_SOLVER_TIME: 0.60047 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 48 resid = 2.111786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176173(s) Flops=317933568 => 1804.66682181719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259807.779582561 Mflops = 259.807779582561 Gflops = 0.259807779582561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 96 resid = 9.619765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350441(s) Flops=632899584 => 1806.0089544317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260020.559400119 Mflops = 260.020559400119 Gflops = 0.260020559400119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001061336 Relative Rsd = 4.65406800145291e-07
BICGSTAB_SOLVER_TIME: 0.627525 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117141
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883857(s) Flops=1417494528 => 1603.76002905447 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230935.99012926 Mflops = 230.93599012926 Gflops = 0.23093599012926 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044375 s
InvBiCGStab: k = 27 resid = 1.717718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106877(s) Flops=180135936 => 1685.4509015036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242585.516162879 Mflops = 242.585516162879 Gflops = 0.242585516162879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 43 resid = 1.147069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161329(s) Flops=285124608 => 1767.3487593675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254400.431911062 Mflops = 254.400431911062 Gflops = 0.254400431911062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006748781 Relative Rsd = 2.95941065693527e-07
BICGSTAB_SOLVER_TIME: 0.372454 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041406 s
InvBiCGStab: k = 51 resid = 2.068764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18797(s) Flops=337618944 => 1796.13206362717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258568.210718885 Mflops = 258.568210718885 Gflops = 0.258568210718885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057227 s
InvBiCGStab: k = 92 resid = 7.512521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338565(s) Flops=606652416 => 1791.83440698241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257972.383909984 Mflops = 257.972383909984 Gflops = 0.257972383909984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001081449 Relative Rsd = 4.74226746286675e-07
BICGSTAB_SOLVER_TIME: 0.628768 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 55 resid = 1.691087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202567(s) Flops=363866112 => 1796.27536568148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258589.576921221 Mflops = 258.589576921221 Gflops = 0.258589576921221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075373 s
InvBiCGStab: k = 70 resid = 6.420049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305186(s) Flops=462292992 => 1514.79095371347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218148.248361568 Mflops = 218.148248361568 Gflops = 0.218148248361568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001012231 Relative Rsd = 4.43873936896019e-07
BICGSTAB_SOLVER_TIME: 0.628046 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047259 s
InvBiCGStab: k = 64 resid = 2.174895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274794(s) Flops=422922240 => 1539.0519443656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221584.057968944 Mflops = 221.584057968944 Gflops = 0.221584057968944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072697 s
InvBiCGStab: k = 85 resid = 1.097653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370478(s) Flops=560719872 => 1513.50383018695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217909.129910594 Mflops = 217.909129910594 Gflops = 0.217909129910594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001106234 Relative Rsd = 4.85095148950869e-07
BICGSTAB_SOLVER_TIME: 0.769162 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045428 s
InvBiCGStab: k = 55 resid = 2.142762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282268(s) Flops=363866112 => 1289.08027831706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185535.287306548 Mflops = 185.535287306548 Gflops = 0.185535287306548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084674 s
InvBiCGStab: k = 73 resid = 1.117685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268896(s) Flops=481978368 => 1792.43413066762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258049.149980657 Mflops = 258.049149980657 Gflops = 0.258049149980657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0009851994 Relative Rsd = 4.32020180036314e-07
BICGSTAB_SOLVER_TIME: 0.685158 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105605
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888559(s) Flops=1417125888 => 1594.8585158667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229658.499249117 Mflops = 229.658499249117 Gflops = 0.229658499249117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158551000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.072661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752687(s) Flops=1354696704 => 1799.81413788201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259114.343607822 Mflops = 259.114343607822 Gflops = 0.259114343607822 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.081905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92419(s) Flops=1669662720 => 1806.62279401422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.782545847 Mflops = 260.149782545847 Gflops = 0.260149782545847 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002207153 Relative Rsd = 9.70754946453238e-07
BICGSTAB_SOLVER_TIME: 1.680244 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327762999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.195929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708311(s) Flops=1282516992 => 1810.66931333835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260680.312242019 Mflops = 260.680312242019 Gflops = 0.260680312242019 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.144008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839617(s) Flops=1518741504 => 1808.8503496237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260470.671637951 Mflops = 260.470671637951 Gflops = 0.260470671637951 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.02685326 Relative Rsd = 1.17975064780369e-05
BICGSTAB_SOLVER_TIME: 1.551248 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.12774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304164999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066904(s) Flops=1417125888 => 1328.25998215397 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191269.258452139 Mflops = 191.269258452139 Gflops = 0.191269258452139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156776000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.46059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041499 s
InvBiCGStab: k = 28 resid = 1.95942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104054(s) Flops=186697728 => 1794.23883752667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258228.886102002 Mflops = 258.228886102002 Gflops = 0.258228886102002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056093 s
InvBiCGStab: k = 50 resid = 1.0253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184391(s) Flops=331057152 => 1795.40840930414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258462.836770234 Mflops = 258.462836770234 Gflops = 0.258462836770234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007612267 Relative Rsd = 3.33805835255338e-07
BICGSTAB_SOLVER_TIME: 0.389835 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 78 resid = 1.654964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286453(s) Flops=514787328 => 1797.10922210624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258736.232636215 Mflops = 258.736232636215 Gflops = 0.258736232636215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 102 resid = 1.055204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373001(s) Flops=672270336 => 1802.32850850266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259494.051682613 Mflops = 259.494051682613 Gflops = 0.259494051682613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001295521 Relative Rsd = 5.6809942200243e-07
BICGSTAB_SOLVER_TIME: 0.760886 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041215 s
InvBiCGStab: k = 52 resid = 1.895642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190839(s) Flops=344180736 => 1803.51362142958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259630.928040881 Mflops = 259.630928040881 Gflops = 0.259630928040881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 69 resid = 8.923298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252218(s) Flops=455731200 => 1806.89403611162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260141.994500059 Mflops = 260.141994500059 Gflops = 0.260141994500059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001008042 Relative Rsd = 4.42036875654714e-07
BICGSTAB_SOLVER_TIME: 0.544653 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 66 resid = 2.053793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242142(s) Flops=436045824 => 1800.78558862155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259256.929057341 Mflops = 259.256929057341 Gflops = 0.259256929057341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056824 s
InvBiCGStab: k = 90 resid = 1.126617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330094(s) Flops=593528832 => 1798.06004350276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258866.137696604 Mflops = 258.866137696604 Gflops = 0.258866137696604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00114385 Relative Rsd = 5.0159025997603e-07
BICGSTAB_SOLVER_TIME: 0.674225 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 58 resid = 1.53897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212596(s) Flops=383551488 => 1804.13313514836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.668841299 Mflops = 259.732668841299 Gflops = 0.259732668841299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 87 resid = 9.647956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319177(s) Flops=573843456 => 1797.88473480232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.158624192 Mflops = 258.839158624192 Gflops = 0.258839158624192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001055388 Relative Rsd = 4.62798434555216e-07
BICGSTAB_SOLVER_TIME: 0.632853 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117844
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912925(s) Flops=1404297216 => 1538.23941287619 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221533.038608241 Mflops = 221.533038608241 Gflops = 0.221533038608241 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155743000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046798 s
InvBiCGStab: k = 28 resid = 1.493603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128857(s) Flops=186697728 => 1448.87532691278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208538.147306174 Mflops = 208.538147306174 Gflops = 0.208538147306174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070705 s
InvBiCGStab: k = 49 resid = 1.048741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209381(s) Flops=324495360 => 1549.78417334906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223089.529765642 Mflops = 223.089529765642 Gflops = 0.223089529765642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000750349 Relative Rsd = 3.29035836774645e-07
BICGSTAB_SOLVER_TIME: 0.460943 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042286 s
InvBiCGStab: k = 84 resid = 1.232342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357541(s) Flops=554158080 => 1549.91477900437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223159.013072562 Mflops = 223.159013072562 Gflops = 0.223159013072562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076719 s
InvBiCGStab: k = 97 resid = 8.288468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398597(s) Flops=639461376 => 1604.28045369132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230978.658882335 Mflops = 230.978658882335 Gflops = 0.230978658882335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001275483 Relative Rsd = 5.59312760025147e-07
BICGSTAB_SOLVER_TIME: 0.879012 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 54 resid = 1.832293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19877(s) Flops=357304320 => 1797.57669668461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.384975761 Mflops = 258.787384975761 Gflops = 0.258787384975761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 73 resid = 7.170904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26796(s) Flops=481978368 => 1798.69520824004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258954.27431895 Mflops = 258.95427431895 Gflops = 0.25895427431895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001028011 Relative Rsd = 4.50793520625109e-07
BICGSTAB_SOLVER_TIME: 0.568431 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 74 resid = 2.273908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272252(s) Flops=488540160 => 1794.44103257276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258357.299677839 Mflops = 258.357299677839 Gflops = 0.258357299677839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056419 s
InvBiCGStab: k = 88 resid = 1.05721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322547(s) Flops=580405248 => 1799.44395080407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.202840531 Mflops = 259.067202840531 Gflops = 0.259067202840531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001111583 Relative Rsd = 4.8744086573067e-07
BICGSTAB_SOLVER_TIME: 0.696535 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043101 s
InvBiCGStab: k = 51 resid = 2.216838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201051(s) Flops=337618944 => 1679.27015533372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241748.994670211 Mflops = 241.748994670211 Gflops = 0.241748994670211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057442 s
InvBiCGStab: k = 69 resid = 7.708194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255345(s) Flops=455731200 => 1784.76649239265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256940.340083366 Mflops = 256.940340083366 Gflops = 0.256940340083366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001047915 Relative Rsd = 4.59521833216554e-07
BICGSTAB_SOLVER_TIME: 0.560826 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999550000000003
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861567(s) Flops=1372667904 => 1593.22247021996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229403.285797442 Mflops = 229.403285797442 Gflops = 0.229403285797442 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152088000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 31 resid = 1.94057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114208(s) Flops=206383104 => 1807.08097506304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260100.965669473 Mflops = 260.100965669473 Gflops = 0.260100965669473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055806 s
InvBiCGStab: k = 48 resid = 1.079342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176446(s) Flops=317933568 => 1801.87461319611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259365.150237077 Mflops = 259.365150237078 Gflops = 0.259365150237078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000765032 Relative Rsd = 3.35474510276878e-07
BICGSTAB_SOLVER_TIME: 0.391542 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040867 s
InvBiCGStab: k = 58 resid = 1.012839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212332(s) Flops=383551488 => 1806.37627865795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.196188622 Mflops = 260.063196188622 Gflops = 0.260063196188622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056569 s
InvBiCGStab: k = 72 resid = 9.65269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264227(s) Flops=475416576 => 1799.27326124885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259023.903070318 Mflops = 259.023903070318 Gflops = 0.259023903070318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001037754 Relative Rsd = 4.55065941272229e-07
BICGSTAB_SOLVER_TIME: 0.577837 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10722
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 63 resid = 8.437926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278908(s) Flops=416360448 => 1492.82361208714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214937.556884389 Mflops = 214.937556884389 Gflops = 0.214937556884389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062301 s
InvBiCGStab: k = 80 resid = 9.061937e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330575(s) Flops=527910912 => 1596.94747636694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229917.387688884 Mflops = 229.917387688884 Gflops = 0.229917387688884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001079175 Relative Rsd = 4.73229344448944e-07
BICGSTAB_SOLVER_TIME: 0.717468 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043883 s
InvBiCGStab: k = 56 resid = 2.001983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25995(s) Flops=370427904 => 1424.99674552799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205172.888375678 Mflops = 205.172888375678 Gflops = 0.205172888375678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065343 s
InvBiCGStab: k = 71 resid = 9.727719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331683(s) Flops=468854784 => 1413.56290192744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203562.802422859 Mflops = 203.562802422859 Gflops = 0.203562802422859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001082702 Relative Rsd = 4.74775934994338e-07
BICGSTAB_SOLVER_TIME: 0.705891 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.082634 s
InvBiCGStab: k = 52 resid = 2.011173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221432(s) Flops=344180736 => 1554.34054698508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223787.303054207 Mflops = 223.787303054207 Gflops = 0.223787303054207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056039 s
InvBiCGStab: k = 76 resid = 1.077415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288772(s) Flops=501663744 => 1737.23125510784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250107.836738965 Mflops = 250.107836738965 Gflops = 0.250107836738965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001060325 Relative Rsd = 4.64963640899035e-07
BICGSTAB_SOLVER_TIME: 0.652868 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105816
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914324(s) Flops=1429585920 => 1563.5441265897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225120.177785542 Mflops = 225.120177785542 Gflops = 0.225120177785541 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158611000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042965 s
InvBiCGStab: k = 27 resid = 2.196676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101588(s) Flops=180135936 => 1773.20092924361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255223.430326261 Mflops = 255.223430326261 Gflops = 0.255223430326261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 47 resid = 1.039877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174001(s) Flops=311371776 => 1789.48268113402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257593.689920822 Mflops = 257.593689920822 Gflops = 0.257593689920822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007901175 Relative Rsd = 3.46474747839523e-07
BICGSTAB_SOLVER_TIME: 0.378653 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 55 resid = 2.055583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205664(s) Flops=363866112 => 1769.22607748561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254701.069364454 Mflops = 254.701069364454 Gflops = 0.254701069364454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056932 s
InvBiCGStab: k = 87 resid = 1.131447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322727(s) Flops=573843456 => 1778.10798600675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256000.478901718 Mflops = 256.000478901718 Gflops = 0.256000478901718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001097474 Relative Rsd = 4.81253890957116e-07
BICGSTAB_SOLVER_TIME: 0.630226 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042718 s
InvBiCGStab: k = 54 resid = 2.232444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207092(s) Flops=357304320 => 1725.34100786124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248395.48844605 Mflops = 248.39548844605 Gflops = 0.24839548844605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057676 s
InvBiCGStab: k = 76 resid = 9.600838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295027(s) Flops=501663744 => 1700.39943462802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244801.924725393 Mflops = 244.801924725393 Gflops = 0.244801924725393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001054148 Relative Rsd = 4.62255014422006e-07
BICGSTAB_SOLVER_TIME: 0.606739 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044486 s
InvBiCGStab: k = 66 resid = 2.160768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243952(s) Flops=436045824 => 1787.4246737063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257331.210033521 Mflops = 257.331210033521 Gflops = 0.257331210033521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058917 s
InvBiCGStab: k = 81 resid = 9.638601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298539(s) Flops=534472704 => 1790.29441379518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257746.948836766 Mflops = 257.746948836766 Gflops = 0.257746948836766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001138396 Relative Rsd = 4.99198343551273e-07
BICGSTAB_SOLVER_TIME: 0.649778 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044137 s
InvBiCGStab: k = 59 resid = 2.132073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224807(s) Flops=390113280 => 1735.32532349971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249823.534879379 Mflops = 249.823534879379 Gflops = 0.249823534879379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060308 s
InvBiCGStab: k = 80 resid = 9.967382e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312222(s) Flops=527910912 => 1690.8190710456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243361.423963944 Mflops = 243.361423963944 Gflops = 0.243361423963944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001075583 Relative Rsd = 4.71654319425936e-07
BICGSTAB_SOLVER_TIME: 0.646338 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113603
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.084702(s) Flops=1454579712 => 1340.99477275786 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193128.041794705 Mflops = 193.128041794705 Gflops = 0.193128041794705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161242000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.47446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.682548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758747(s) Flops=1341573120 => 1768.14289875281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254594.5970264 Mflops = 254.5945970264 Gflops = 0.2545945970264 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.099829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826007(s) Flops=1459685376 => 1767.15860277213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254456.967699822 Mflops = 254.456967699822 Gflops = 0.254456967699822 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002007036 Relative Rsd = 8.82716912569341e-07
BICGSTAB_SOLVER_TIME: 1.588124 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.11843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304149999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.191659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67828(s) Flops=1210337280 => 1784.42130093767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256856.768264125 Mflops = 256.856768264125 Gflops = 0.256856768264125 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.148661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854613(s) Flops=1499056128 => 1754.07597122908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252575.054513719 Mflops = 252.575054513719 Gflops = 0.252575054513719 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.002025559 Relative Rsd = 8.89887223943986e-07
BICGSTAB_SOLVER_TIME: 1.536235 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.119213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294159999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929288(s) Flops=1454579712 => 1565.26255800139 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225379.914385347 Mflops = 225.379914385347 Gflops = 0.225379914385347 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161379000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045502 s
InvBiCGStab: k = 32 resid = 1.670094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139781(s) Flops=212944896 => 1523.41803249369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219330.503426566 Mflops = 219.330503426566 Gflops = 0.219330503426566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076767 s
InvBiCGStab: k = 46 resid = 1.141942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211898(s) Flops=304809984 => 1438.47503987768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207177.930320198 Mflops = 207.177930320198 Gflops = 0.207177930320198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007672511 Relative Rsd = 3.36447587108177e-07
BICGSTAB_SOLVER_TIME: 0.478109 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045569 s
InvBiCGStab: k = 84 resid = 1.818091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378869(s) Flops=554158080 => 1462.66408705912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210597.730954575 Mflops = 210.597730954575 Gflops = 0.210597730954575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 122 resid = 9.28316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.501956(s) Flops=803506176 => 1600.75021715051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230472.871310615 Mflops = 230.472871310615 Gflops = 0.230472871310615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001368392 Relative Rsd = 6.00054363611091e-07
BICGSTAB_SOLVER_TIME: 0.986238 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161441999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043191 s
InvBiCGStab: k = 52 resid = 2.109872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194836(s) Flops=344180736 => 1766.51509987887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254311.61543258 Mflops = 254.31161543258 Gflops = 0.25431161543258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057852 s
InvBiCGStab: k = 66 resid = 1.015968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254712(s) Flops=436045824 => 1711.91708282295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246460.08693065 Mflops = 246.46008693065 Gflops = 0.24646008693065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001011747 Relative Rsd = 4.43661775874542e-07
BICGSTAB_SOLVER_TIME: 0.554466 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986330000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 56 resid = 2.201435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206192(s) Flops=370427904 => 1796.51928299837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258629.92897781 Mflops = 258.62992897781 Gflops = 0.25862992897781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056749 s
InvBiCGStab: k = 78 resid = 7.506905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300644(s) Flops=514787328 => 1712.28206117534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246526.785884097 Mflops = 246.526785884097 Gflops = 0.246526785884097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001110667 Relative Rsd = 4.87038903294889e-07
BICGSTAB_SOLVER_TIME: 0.609155 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043102 s
InvBiCGStab: k = 64 resid = 2.228876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247046(s) Flops=422922240 => 1711.91697092849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246471.979931469 Mflops = 246.471979931469 Gflops = 0.246471979931469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058527 s
InvBiCGStab: k = 85 resid = 8.463802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328661(s) Flops=560719872 => 1706.07365035705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245636.806491275 Mflops = 245.636806491275 Gflops = 0.245636806491275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001197278 Relative Rsd = 5.25019095395092e-07
BICGSTAB_SOLVER_TIME: 0.681104 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120712
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92783(s) Flops=1473380352 => 1587.98524729746 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228647.462384937 Mflops = 228.647462384937 Gflops = 0.228647462384937 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163959000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041433 s
InvBiCGStab: k = 32 resid = 1.877745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117963(s) Flops=212944896 => 1805.18379491875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.723747456 Mflops = 259.837723747456 Gflops = 0.259837723747456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055933 s
InvBiCGStab: k = 63 resid = 9.90654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230934(s) Flops=416360448 => 1802.94130790616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259554.83241352 Mflops = 259.55483241352 Gflops = 0.25955483241352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0008263341 Relative Rsd = 3.62356118277412e-07
BICGSTAB_SOLVER_TIME: 0.450054 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0821960000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041254 s
InvBiCGStab: k = 74 resid = 2.081223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270451(s) Flops=488540160 => 1806.39065856662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260082.048969338 Mflops = 260.082048969338 Gflops = 0.260082048969338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 105 resid = 1.012282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418211(s) Flops=691955712 => 1654.56124300891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238219.003008675 Mflops = 238.219003008675 Gflops = 0.238219003008675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001303216 Relative Rsd = 5.714739359588e-07
BICGSTAB_SOLVER_TIME: 0.789672 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045586 s
InvBiCGStab: k = 50 resid = 2.187281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227462(s) Flops=331057152 => 1455.43937888526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209530.003131172 Mflops = 209.530003131172 Gflops = 0.209530003131172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070065 s
InvBiCGStab: k = 76 resid = 9.849352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324153(s) Flops=501663744 => 1547.61407113308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222796.539592899 Mflops = 222.796539592899 Gflops = 0.222796539592899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001021351 Relative Rsd = 4.47873090471924e-07
BICGSTAB_SOLVER_TIME: 0.671348 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050143 s
InvBiCGStab: k = 72 resid = 2.12793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321313(s) Flops=475416576 => 1479.60579248272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213034.135487305 Mflops = 213.034135487305 Gflops = 0.213034135487305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063336 s
InvBiCGStab: k = 86 resid = 7.021829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366014(s) Flops=567281664 => 1549.89061620594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223145.454739874 Mflops = 223.145454739874 Gflops = 0.223145454739874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00111869 Relative Rsd = 4.90557325316596e-07
BICGSTAB_SOLVER_TIME: 0.804765 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041561 s
InvBiCGStab: k = 65 resid = 8.766074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238847(s) Flops=429484032 => 1798.15543841874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258869.451406343 Mflops = 258.869451406343 Gflops = 0.258869451406343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 81 resid = 1.062259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298162(s) Flops=534472704 => 1792.55808587278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258077.248612892 Mflops = 258.077248612892 Gflops = 0.258077248612892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001120406 Relative Rsd = 4.91309690363402e-07
BICGSTAB_SOLVER_TIME: 0.638523 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118525
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931823(s) Flops=1486061568 => 1594.78953406387 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229638.471766459 Mflops = 229.638471766459 Gflops = 0.229638471766459 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165071000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 27 resid = 1.612805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099798(s) Flops=180135936 => 1805.00547105152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259809.531595587 Mflops = 259.809531595587 Gflops = 0.259809531595587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 51 resid = 1.024332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187194(s) Flops=337618944 => 1803.57780698099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259634.672876883 Mflops = 259.634672876883 Gflops = 0.259634672876883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.00073501 Relative Rsd = 3.22309525814397e-07
BICGSTAB_SOLVER_TIME: 0.388457 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 52 resid = 2.192993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191053(s) Flops=344180736 => 1801.49349133487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259345.163712695 Mflops = 259.345163712695 Gflops = 0.259345163712695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056146 s
InvBiCGStab: k = 96 resid = 1.125009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351124(s) Flops=632899584 => 1802.49593875668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259509.799262303 Mflops = 259.509799262303 Gflops = 0.259509799262303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001164964 Relative Rsd = 5.10848873022503e-07
BICGSTAB_SOLVER_TIME: 0.643032 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 49 resid = 1.457411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179956(s) Flops=324495360 => 1803.19278045745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259579.443747121 Mflops = 259.579443747121 Gflops = 0.259579443747121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060015 s
InvBiCGStab: k = 78 resid = 8.653254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299133(s) Flops=514787328 => 1720.9312513163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247759.699784252 Mflops = 247.759699784252 Gflops = 0.247759699784252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001044994 Relative Rsd = 4.58240699194663e-07
BICGSTAB_SOLVER_TIME: 0.584089 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 53 resid = 2.212719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193994(s) Flops=350742528 => 1808.00709300288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260299.219543394 Mflops = 260.299219543394 Gflops = 0.260299219543394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 82 resid = 1.050711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312668(s) Flops=541034496 => 1730.38013483951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249125.754513897 Mflops = 249.125754513897 Gflops = 0.249125754513897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001128576 Relative Rsd = 4.94892230345402e-07
BICGSTAB_SOLVER_TIME: 0.608152 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041199 s
InvBiCGStab: k = 67 resid = 1.045458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247956(s) Flops=442607616 => 1785.02482698543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256989.414517818 Mflops = 256.989414517818 Gflops = 0.256989414517818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 80 resid = 8.74833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340272(s) Flops=527910912 => 1551.43800253915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223361.938918825 Mflops = 223.361938918825 Gflops = 0.223361938918825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001069746 Relative Rsd = 4.69094859095383e-07
BICGSTAB_SOLVER_TIME: 0.690384 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119323
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.113238(s) Flops=1498521600 => 1346.09274925937 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193884.135167071 Mflops = 193.884135167071 Gflops = 0.193884135167071 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.518009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042104 s
InvBiCGStab: k = 29 resid = 1.746472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10746(s) Flops=193259520 => 1798.43216080402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258855.127762968 Mflops = 258.855127762968 Gflops = 0.258855127762968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 48 resid = 8.863686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177028(s) Flops=317933568 => 1795.95074225546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258521.609718863 Mflops = 258.521609718863 Gflops = 0.258521609718863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007238836 Relative Rsd = 3.17430485961742e-07
BICGSTAB_SOLVER_TIME: 0.387031 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 55 resid = 1.662572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202741(s) Flops=363866112 => 1794.73373417316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258379.617843372 Mflops = 258.379617843372 Gflops = 0.258379617843372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 84 resid = 1.126021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307991(s) Flops=554158080 => 1799.26712144186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.779093355 Mflops = 259.043779093355 Gflops = 0.259043779093355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001157646 Relative Rsd = 5.07639656801345e-07
BICGSTAB_SOLVER_TIME: 0.61176 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 56 resid = 2.105392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209564(s) Flops=370427904 => 1767.61229982249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254488.473535493 Mflops = 254.488473535493 Gflops = 0.254488473535493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060502 s
InvBiCGStab: k = 68 resid = 1.111265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266912(s) Flops=449169408 => 1682.8370698957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242258.688242711 Mflops = 242.258688242711 Gflops = 0.242258688242711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009903098 Relative Rsd = 4.34261143587995e-07
BICGSTAB_SOLVER_TIME: 0.582094 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042202 s
InvBiCGStab: k = 72 resid = 2.266095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266694(s) Flops=475416576 => 1782.62944048235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256652.700749199 Mflops = 256.652700749199 Gflops = 0.256652700749199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 88 resid = 1.015918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323658(s) Flops=580405248 => 1793.26711528836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.26664563 Mflops = 258.17626664563 Gflops = 0.25817626664563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001158275 Relative Rsd = 5.07915680536457e-07
BICGSTAB_SOLVER_TIME: 0.692902 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 54 resid = 1.961911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197723(s) Flops=357304320 => 1807.09538091168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260168.663495524 Mflops = 260.168663495524 Gflops = 0.260168663495524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 69 resid = 1.133807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252772(s) Flops=455731200 => 1802.93386925767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.93615417 Mflops = 259.55793615417 Gflops = 0.25955793615417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001013795 Relative Rsd = 4.44559529417297e-07
BICGSTAB_SOLVER_TIME: 0.551969 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102349
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983139(s) Flops=1504935936 => 1530.74584163582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220414.756658673 Mflops = 220.414756658673 Gflops = 0.220414756658673 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167129000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.53296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.194623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834088(s) Flops=1466247168 => 1757.90464315516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253066.412549734 Mflops = 253.066412549734 Gflops = 0.253066412549734 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.127477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940246(s) Flops=1663100928 => 1768.79340938435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254694.208067961 Mflops = 254.694208067961 Gflops = 0.254694208067961 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002339474 Relative Rsd = 1.02889307520933e-06
BICGSTAB_SOLVER_TIME: 1.777852 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.116871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339762999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.500216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746274(s) Flops=1348134912 => 1806.48784762701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.057419994 Mflops = 260.065057419994 Gflops = 0.260065057419994 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.054812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829018(s) Flops=1499056128 => 1808.23109751537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260371.91687512 Mflops = 260.37191687512 Gflops = 0.26037191687512 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.00285713 Relative Rsd = 1.25524000056297e-06
BICGSTAB_SOLVER_TIME: 1.578644 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308955999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940381(s) Flops=1504935936 => 1600.34702530145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230440.618288538 Mflops = 230.440618288538 Gflops = 0.230440618288538 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167069000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065318 s
InvBiCGStab: k = 28 resid = 2.118442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113075(s) Flops=186697728 => 1651.09642272828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237640.443174349 Mflops = 237.640443174349 Gflops = 0.237640443174349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088151 s
InvBiCGStab: k = 47 resid = 1.131001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174737(s) Flops=311371776 => 1781.94530065184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256497.148293162 Mflops = 256.497148293162 Gflops = 0.256497148293162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007282575 Relative Rsd = 3.19348511442714e-07
BICGSTAB_SOLVER_TIME: 0.44519 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 77 resid = 2.090425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284048(s) Flops=508225536 => 1789.22413113277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257610.077102101 Mflops = 257.610077102101 Gflops = 0.257610077102101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 105 resid = 9.250736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386584(s) Flops=691955712 => 1789.92330774166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257710.5045508 Mflops = 257.7105045508 Gflops = 0.2577105045508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001293897 Relative Rsd = 5.67387130680807e-07
BICGSTAB_SOLVER_TIME: 0.772449 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041199 s
InvBiCGStab: k = 53 resid = 1.969589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197037(s) Flops=350742528 => 1780.08459324898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256263.558154738 Mflops = 256.263558154738 Gflops = 0.256263558154738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 77 resid = 1.004364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282087(s) Flops=508225536 => 1801.66238075487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259383.975669084 Mflops = 259.383975669084 Gflops = 0.259383975669084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001006064 Relative Rsd = 4.41169751710825e-07
BICGSTAB_SOLVER_TIME: 0.580938 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 70 resid = 2.054355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257036(s) Flops=462292992 => 1798.55347889012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258938.483702365 Mflops = 258.938483702365 Gflops = 0.258938483702365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057235 s
InvBiCGStab: k = 86 resid = 9.803225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314553(s) Flops=567281664 => 1803.45335762177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259644.982738121 Mflops = 259.644982738121 Gflops = 0.259644982738121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001116501 Relative Rsd = 4.89597189490818e-07
BICGSTAB_SOLVER_TIME: 0.673958 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040738 s
InvBiCGStab: k = 55 resid = 2.021975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201765(s) Flops=363866112 => 1803.41541892796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.667360575 Mflops = 259.624667360575 Gflops = 0.259624667360575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 70 resid = 8.649774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256505(s) Flops=462292992 => 1802.27672754917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.660559365 Mflops = 259.470660559365 Gflops = 0.259470660559365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001034828 Relative Rsd = 4.53782816326411e-07
BICGSTAB_SOLVER_TIME: 0.559069 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103612
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009976(s) Flops=1511202816 => 1496.27596695367 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215440.642327458 Mflops = 215.440642327458 Gflops = 0.215440642327458 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167796000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.580927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04865 s
InvBiCGStab: k = 33 resid = 1.106302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144171(s) Flops=219506688 => 1522.54397902491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219183.304257713 Mflops = 219.183304257713 Gflops = 0.219183304257713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086623 s
InvBiCGStab: k = 48 resid = 1.137418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20593(s) Flops=317933568 => 1543.89145826252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222306.525951231 Mflops = 222.306525951231 Gflops = 0.222306525951231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007145882 Relative Rsd = 3.13354375518686e-07
BICGSTAB_SOLVER_TIME: 0.490674 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0739970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041698 s
InvBiCGStab: k = 73 resid = 1.998485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269061(s) Flops=481978368 => 1791.33493148394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257901.927622239 Mflops = 257.901927622239 Gflops = 0.257901927622239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 108 resid = 1.012829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396422(s) Flops=711641088 => 1795.16043004677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258462.678702169 Mflops = 258.462678702169 Gflops = 0.258462678702169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001308836 Relative Rsd = 5.73938189286212e-07
BICGSTAB_SOLVER_TIME: 0.767019 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040937 s
InvBiCGStab: k = 56 resid = 1.917376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206433(s) Flops=370427904 => 1794.42193835288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258326.38653256 Mflops = 258.32638653256 Gflops = 0.25832638653256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 79 resid = 6.429755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291753(s) Flops=521349120 => 1786.95375883024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257263.272272349 Mflops = 257.263272272349 Gflops = 0.257263272272349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001076553 Relative Rsd = 4.72079662455518e-07
BICGSTAB_SOLVER_TIME: 0.599023 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 70 resid = 1.895809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255451(s) Flops=462292992 => 1809.71298605212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260547.97000737 Mflops = 260.54797000737 Gflops = 0.26054797000737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 76 resid = 1.025171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277178(s) Flops=501663744 => 1809.89740888527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260565.904909673 Mflops = 260.565904909673 Gflops = 0.260565904909673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001124995 Relative Rsd = 4.93321850811555e-07
BICGSTAB_SOLVER_TIME: 0.634047 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040677 s
InvBiCGStab: k = 64 resid = 2.191093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234534(s) Flops=422922240 => 1803.24490265804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.396692611 Mflops = 259.612396692611 Gflops = 0.259612396692611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055876 s
InvBiCGStab: k = 88 resid = 1.097437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321234(s) Flops=580405248 => 1806.79893161994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.503672952 Mflops = 260.122503672952 Gflops = 0.260122503672952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001114852 Relative Rsd = 4.88874382006918e-07
BICGSTAB_SOLVER_TIME: 0.656177 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123078
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960463(s) Flops=1505378304 => 1567.34648185302 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225680.776514592 Mflops = 225.680776514592 Gflops = 0.225680776514592 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167292000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05113 s
InvBiCGStab: k = 28 resid = 1.708764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120842(s) Flops=186697728 => 1544.9738336009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222401.990440735 Mflops = 222.401990440735 Gflops = 0.222401990440735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069439 s
InvBiCGStab: k = 53 resid = 9.721545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21693(s) Flops=350742528 => 1616.8465772369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232751.857463695 Mflops = 232.751857463695 Gflops = 0.232751857463695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007536565 Relative Rsd = 3.30486224854935e-07
BICGSTAB_SOLVER_TIME: 0.465789 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 50 resid = 1.858368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184537(s) Flops=331057152 => 1793.98793737841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258252.26852798 Mflops = 258.25226852798 Gflops = 0.25825226852798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056346 s
InvBiCGStab: k = 86 resid = 9.536902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316007(s) Flops=567281664 => 1795.15537314047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258453.346940614 Mflops = 258.453346940614 Gflops = 0.258453346940615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001106044 Relative Rsd = 4.85011734343291e-07
BICGSTAB_SOLVER_TIME: 0.602331 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041522 s
InvBiCGStab: k = 61 resid = 2.022551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224541(s) Flops=403236864 => 1795.82732774861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258537.974978125 Mflops = 258.537974978125 Gflops = 0.258537974978125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05669 s
InvBiCGStab: k = 85 resid = 6.816329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312345(s) Flops=560719872 => 1795.19400662729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258462.758424871 Mflops = 258.462758424871 Gflops = 0.258462758424871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001081155 Relative Rsd = 4.74097948823445e-07
BICGSTAB_SOLVER_TIME: 0.638951 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041199 s
InvBiCGStab: k = 60 resid = 2.090084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22041(s) Flops=396675072 => 1799.71449571254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.942802197 Mflops = 259.102942802197 Gflops = 0.259102942802197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 102 resid = 3.227763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372963(s) Flops=672270336 => 1802.5121419551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259512.220238843 Mflops = 259.512220238843 Gflops = 0.259512220238843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001083859 Relative Rsd = 4.7528336534888e-07
BICGSTAB_SOLVER_TIME: 0.694672 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043902 s
InvBiCGStab: k = 65 resid = 2.199046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25416(s) Flops=429484032 => 1689.81756373938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243294.070007599 Mflops = 243.294070007599 Gflops = 0.243294070007599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060783 s
InvBiCGStab: k = 79 resid = 9.953093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292773(s) Flops=521349120 => 1780.72814091463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256376.252026259 Mflops = 256.376252026259 Gflops = 0.256376252026259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00115345 Relative Rsd = 5.05799685748149e-07
BICGSTAB_SOLVER_TIME: 0.655506 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11716
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938768(s) Flops=1505304576 => 1603.48944148075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230882.522625873 Mflops = 230.882522625873 Gflops = 0.230882522625873 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167304000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.49144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049769 s
InvBiCGStab: k = 29 resid = 2.082769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130882(s) Flops=193259520 => 1476.5935728366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212543.474244795 Mflops = 212.543474244795 Gflops = 0.212543474244795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065312 s
InvBiCGStab: k = 53 resid = 4.296174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236953(s) Flops=350742528 => 1480.21982418454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213083.006960137 Mflops = 213.083006960137 Gflops = 0.213083006960137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007567196 Relative Rsd = 3.31829409339195e-07
BICGSTAB_SOLVER_TIME: 0.489325 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043271 s
InvBiCGStab: k = 55 resid = 2.125595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248871(s) Flops=363866112 => 1462.06714321878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210554.679577605 Mflops = 210.554679577605 Gflops = 0.210554679577605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072271 s
InvBiCGStab: k = 92 resid = 1.01458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336761(s) Flops=606652416 => 1801.43311131633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.185136738 Mflops = 259.364185136738 Gflops = 0.259364185136738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001117728 Relative Rsd = 4.90135453641552e-07
BICGSTAB_SOLVER_TIME: 0.704926 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 70 resid = 2.203442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257279(s) Flops=462292992 => 1796.85474523766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258704.396898202 Mflops = 258.704396898202 Gflops = 0.258704396898202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 85 resid = 1.086653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312005(s) Flops=560719872 => 1797.15027643788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258729.145282811 Mflops = 258.729145282811 Gflops = 0.258729145282811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001082603 Relative Rsd = 4.74732594111943e-07
BICGSTAB_SOLVER_TIME: 0.671368 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044413 s
InvBiCGStab: k = 55 resid = 2.10492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212115(s) Flops=363866112 => 1715.41905098649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246942.456249806 Mflops = 246.942456249806 Gflops = 0.246942456249806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 86 resid = 8.977481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317082(s) Flops=567281664 => 1789.06927545556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257577.32584543 Mflops = 257.57732584543 Gflops = 0.25757732584543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001115593 Relative Rsd = 4.89199157853558e-07
BICGSTAB_SOLVER_TIME: 0.633314 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 61 resid = 1.834931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224907(s) Flops=403236864 => 1792.90490736171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258103.410105504 Mflops = 258.103410105504 Gflops = 0.258103410105504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05611 s
InvBiCGStab: k = 79 resid = 1.1329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290089(s) Flops=521349120 => 1797.2040304872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258734.209548664 Mflops = 258.734209548664 Gflops = 0.258734209548664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001078555 Relative Rsd = 4.7295750675901e-07
BICGSTAB_SOLVER_TIME: 0.6164 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114286
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932522(s) Flops=1499185152 => 1607.6673279558 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231484.398607193 Mflops = 231.484398607193 Gflops = 0.231484398607192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.13552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818767(s) Flops=1262831616 => 1542.35773547297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222047.708006811 Mflops = 222.047708006811 Gflops = 0.222047708006811 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.128098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962249(s) Flops=1466247168 => 1523.77104886573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219413.678984028 Mflops = 219.413678984028 Gflops = 0.219413678984028 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002057607 Relative Rsd = 9.04895983368065e-07
BICGSTAB_SOLVER_TIME: 1.784372 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296057999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.578832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739411(s) Flops=1315325952 => 1778.88339773144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256141.562117953 Mflops = 256.141562117953 Gflops = 0.256141562117953 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 9.320465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832785(s) Flops=1479370752 => 1776.413782669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255791.042708905 Mflops = 255.791042708905 Gflops = 0.255791042708905 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002524765 Relative Rsd = 1.10924073814511e-06
BICGSTAB_SOLVER_TIME: 1.575844 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.115832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303637999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932191(s) Flops=1499185152 => 1608.23817436555 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231571.378570893 Mflops = 231.571378570893 Gflops = 0.231571378570893 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166508000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044765 s
InvBiCGStab: k = 26 resid = 2.241258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114084(s) Flops=173574144 => 1521.45913537393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218987.115586814 Mflops = 218.987115586814 Gflops = 0.218987115586814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059931 s
InvBiCGStab: k = 49 resid = 1.116368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218738(s) Flops=324495360 => 1483.48873995373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213553.305849908 Mflops = 213.553305849908 Gflops = 0.213553305849908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007919283 Relative Rsd = 3.47268794665451e-07
BICGSTAB_SOLVER_TIME: 0.441752 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049818 s
InvBiCGStab: k = 85 resid = 1.341466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389509(s) Flops=560719872 => 1439.55562515885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207270.877879986 Mflops = 207.270877879986 Gflops = 0.207270877879986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067328 s
InvBiCGStab: k = 101 resid = 1.034825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421906(s) Flops=665708544 => 1577.85986451959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227177.823040165 Mflops = 227.177823040165 Gflops = 0.227177823040165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001307995 Relative Rsd = 5.73569357866537e-07
BICGSTAB_SOLVER_TIME: 0.932538 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050622 s
InvBiCGStab: k = 61 resid = 2.122258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248898(s) Flops=403236864 => 1620.0888074633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233245.282046085 Mflops = 233.245282046085 Gflops = 0.233245282046085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 87 resid = 7.808713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32205(s) Flops=573843456 => 1781.84585002329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256565.44896043 Mflops = 256.56544896043 Gflops = 0.25656544896043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001082211 Relative Rsd = 4.74560711012975e-07
BICGSTAB_SOLVER_TIME: 0.6829 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 73 resid = 2.252114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270689(s) Flops=481978368 => 1780.56133791916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256350.705919377 Mflops = 256.350705919377 Gflops = 0.256350705919377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056938 s
InvBiCGStab: k = 88 resid = 1.047806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324605(s) Flops=580405248 => 1788.03545231897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257419.038450981 Mflops = 257.419038450981 Gflops = 0.257419038450981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001163481 Relative Rsd = 5.10198606638584e-07
BICGSTAB_SOLVER_TIME: 0.697038 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 68 resid = 1.566597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249903(s) Flops=449169408 => 1797.37501350524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258757.999393066 Mflops = 258.757999393066 Gflops = 0.258757999393066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056121 s
InvBiCGStab: k = 86 resid = 8.507188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314519(s) Flops=567281664 => 1803.64831377437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.674364251 Mflops = 259.678674364251 Gflops = 0.259678674364251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001119377 Relative Rsd = 4.90858312174784e-07
BICGSTAB_SOLVER_TIME: 0.665725 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124246
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928345(s) Flops=1493065728 => 1608.30911783873 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231594.233629027 Mflops = 231.594233629027 Gflops = 0.231594233629027 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165734000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 33 resid = 1.913087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145204(s) Flops=219506688 => 1511.71240461695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217596.996247093 Mflops = 217.596996247093 Gflops = 0.217596996247093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067534 s
InvBiCGStab: k = 59 resid = 1.113931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281395(s) Flops=390113280 => 1386.35469713392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199594.557667496 Mflops = 199.594557667496 Gflops = 0.199594557667496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.000770394 Relative Rsd = 3.37825791433806e-07
BICGSTAB_SOLVER_TIME: 0.539241 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048279 s
InvBiCGStab: k = 84 resid = 1.842538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386567(s) Flops=554158080 => 1433.53695478403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206407.563539826 Mflops = 206.407563539826 Gflops = 0.206407563539826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06329 s
InvBiCGStab: k = 106 resid = 9.64469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479859(s) Flops=698517504 => 1455.67240376861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209587.52626933 Mflops = 209.58752626933 Gflops = 0.20958752626933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.0012848 Relative Rsd = 5.63397982773865e-07
BICGSTAB_SOLVER_TIME: 0.981809 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149681999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041432 s
InvBiCGStab: k = 54 resid = 2.159883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231693(s) Flops=357304320 => 1542.1455115174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222010.795725377 Mflops = 222.010795725377 Gflops = 0.222010795725377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057165 s
InvBiCGStab: k = 71 resid = 1.027168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264345(s) Flops=468854784 => 1773.64725642626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255344.108900049 Mflops = 255.344108900049 Gflops = 0.255344108900049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001031528 Relative Rsd = 4.52335567780005e-07
BICGSTAB_SOLVER_TIME: 0.598524 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041093 s
InvBiCGStab: k = 70 resid = 2.200133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257044(s) Flops=462292992 => 1798.49750237313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258938.735499097 Mflops = 258.938735499097 Gflops = 0.258938735499097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055975 s
InvBiCGStab: k = 91 resid = 8.431299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335084(s) Flops=600090624 => 1790.86624249442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257839.884248875 Mflops = 257.839884248875 Gflops = 0.257839884248875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001178196 Relative Rsd = 5.16651395280961e-07
BICGSTAB_SOLVER_TIME: 0.693134 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 72 resid = 1.961128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263187(s) Flops=475416576 => 1806.38320281777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.219684577 Mflops = 260.066219684577 Gflops = 0.260066219684577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 84 resid = 1.094146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307466(s) Flops=554158080 => 1802.33938061444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.202969675 Mflops = 259.491202969675 Gflops = 0.259491202969675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001130205 Relative Rsd = 4.95606512590951e-07
BICGSTAB_SOLVER_TIME: 0.672246 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125826
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930042(s) Flops=1493065728 => 1605.37451857013 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231153.320899308 Mflops = 231.153320899308 Gflops = 0.231153320899308 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165631000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044887 s
InvBiCGStab: k = 31 resid = 1.465081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122933(s) Flops=206383104 => 1678.82589703334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241619.053697791 Mflops = 241.619053697791 Gflops = 0.241619053697791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064831 s
InvBiCGStab: k = 51 resid = 1.026855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241486(s) Flops=337618944 => 1398.08909833282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201268.056997399 Mflops = 201.268056997399 Gflops = 0.201268056997399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007619249 Relative Rsd = 3.34112003620667e-07
BICGSTAB_SOLVER_TIME: 0.478243 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048882 s
InvBiCGStab: k = 53 resid = 2.151518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238273(s) Flops=350742528 => 1472.01960776085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211913.088797738 Mflops = 211.913088797738 Gflops = 0.211913088797738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065607 s
InvBiCGStab: k = 88 resid = 9.969018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392036(s) Flops=580405248 => 1480.48966931608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213158.176280726 Mflops = 213.158176280726 Gflops = 0.213158176280726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001101357 Relative Rsd = 4.829564882594e-07
BICGSTAB_SOLVER_TIME: 0.748789 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066712 s
InvBiCGStab: k = 61 resid = 1.620686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276912(s) Flops=403236864 => 1456.19136765471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209653.764493314 Mflops = 209.653764493314 Gflops = 0.209653764493314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 68 resid = 1.004454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276758(s) Flops=449169408 => 1622.96810932295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233657.467178745 Mflops = 233.657467178745 Gflops = 0.233657467178745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001022447 Relative Rsd = 4.48353719927459e-07
BICGSTAB_SOLVER_TIME: 0.680851 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 72 resid = 1.704025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267343(s) Flops=475416576 => 1778.30194170036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256028.400591397 Mflops = 256.028400591397 Gflops = 0.256028400591397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 79 resid = 1.116751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289605(s) Flops=521349120 => 1800.20759310095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259170.164601437 Mflops = 259.170164601437 Gflops = 0.259170164601437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001173369 Relative Rsd = 5.14534430555355e-07
BICGSTAB_SOLVER_TIME: 0.657603 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 50 resid = 2.126144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186337(s) Flops=331057152 => 1776.65816236174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255759.071723362 Mflops = 255.759071723362 Gflops = 0.255759071723362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 77 resid = 1.146325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282706(s) Flops=508225536 => 1797.717544021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.040952805 Mflops = 258.801040952805 Gflops = 0.258801040952805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001069168 Relative Rsd = 4.68841297066107e-07
BICGSTAB_SOLVER_TIME: 0.571258 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104992
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932915(s) Flops=1499332608 => 1607.14814104179 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231418.434907822 Mflops = 231.418434907822 Gflops = 0.231418434907822 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166342000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042046 s
InvBiCGStab: k = 27 resid = 2.206883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100892(s) Flops=180135936 => 1785.43329500852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256928.451741154 Mflops = 256.928451741154 Gflops = 0.256928451741154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057215 s
InvBiCGStab: k = 56 resid = 9.683456e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20675(s) Flops=370427904 => 1791.67063603386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257922.628553966 Mflops = 257.922628553966 Gflops = 0.257922628553966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008081786 Relative Rsd = 3.54394719792234e-07
BICGSTAB_SOLVER_TIME: 0.41075 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049764 s
InvBiCGStab: k = 59 resid = 2.156586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25086(s) Flops=390113280 => 1555.10356374073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223892.36464907 Mflops = 223.89236464907 Gflops = 0.22389236464907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085211 s
InvBiCGStab: k = 87 resid = 1.126469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39283(s) Flops=573843456 => 1460.79336099585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210320.863389971 Mflops = 210.320863389971 Gflops = 0.210320863389971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001180319 Relative Rsd = 5.17582177741159e-07
BICGSTAB_SOLVER_TIME: 0.78256 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049669 s
InvBiCGStab: k = 51 resid = 2.041387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226213(s) Flops=337618944 => 1492.48250100569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214869.881987654 Mflops = 214.869881987654 Gflops = 0.214869881987654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066085 s
InvBiCGStab: k = 82 resid = 1.086915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344552(s) Flops=541034496 => 1570.25498618496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226078.838964215 Mflops = 226.078838964215 Gflops = 0.226078838964215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001097077 Relative Rsd = 4.81079863786227e-07
BICGSTAB_SOLVER_TIME: 0.690364 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 74 resid = 1.682489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300405(s) Flops=488540160 => 1626.27173316023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234148.844962923 Mflops = 234.148844962923 Gflops = 0.234148844962923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056405 s
InvBiCGStab: k = 86 resid = 7.605998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315822(s) Flops=567281664 => 1796.20692668655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258583.719357558 Mflops = 258.583719357558 Gflops = 0.258583719357558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001157971 Relative Rsd = 5.07782492830723e-07
BICGSTAB_SOLVER_TIME: 0.71734 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041419 s
InvBiCGStab: k = 67 resid = 1.961104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246609(s) Flops=442607616 => 1794.77478924127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258410.969339269 Mflops = 258.410969339269 Gflops = 0.258410969339269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 86 resid = 7.636166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316044(s) Flops=567281664 => 1794.94521016061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.903657009 Mflops = 258.427903657009 Gflops = 0.258427903657009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001110747 Relative Rsd = 4.87074280481579e-07
BICGSTAB_SOLVER_TIME: 0.664082 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12368
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952999(s) Flops=1511718912 => 1586.27544415052 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228404.580483026 Mflops = 228.404580483026 Gflops = 0.228404580483026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167993000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.9142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.755766(s) Flops=1367820288 => 1809.84628575511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260563.180457553 Mflops = 260.563180457553 Gflops = 0.260563180457553 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.000231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.126542(s) Flops=1682786304 => 1493.76259739983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215094.981515426 Mflops = 215.094981515426 Gflops = 0.215094981515426 Tflops
BICGSTAB_SOLVER: 464 iterations. Rsd = 0.002139391 Relative Rsd = 9.40849833574496e-07
BICGSTAB_SOLVER_TIME: 1.885668 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0.12102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331390999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.182534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804748(s) Flops=1249708032 => 1552.91846888715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223281.354062967 Mflops = 223.281354062967 Gflops = 0.223281354062967 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.003377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983823(s) Flops=1453123584 => 1477.01729274473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212682.884826631 Mflops = 212.682884826631 Gflops = 0.212682884826631 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002034751 Relative Rsd = 8.93973334503349e-07
BICGSTAB_SOLVER_TIME: 1.791984 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.120337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293249999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94937(s) Flops=1511718912 => 1592.33903746695 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229320.00651286 Mflops = 229.32000651286 Gflops = 0.22932000651286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167783000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 25 resid = 2.109942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092692(s) Flops=167012352 => 1801.79899020412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.698328399 Mflops = 259.329698328399 Gflops = 0.259329698328399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 50 resid = 1.142535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188384(s) Flops=331057152 => 1757.35281127909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253000.002618035 Mflops = 253.000002618035 Gflops = 0.253000002618035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000775655 Relative Rsd = 3.40132812820374e-07
BICGSTAB_SOLVER_TIME: 0.383512 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040785 s
InvBiCGStab: k = 78 resid = 2.269496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285671(s) Flops=514787328 => 1802.02865534128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259442.422232718 Mflops = 259.442422232718 Gflops = 0.259442422232718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 116 resid = 1.13726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422494(s) Flops=764135424 => 1808.63023853593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260405.114124765 Mflops = 260.405114124765 Gflops = 0.260405114124765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001332132 Relative Rsd = 5.84153619951919e-07
BICGSTAB_SOLVER_TIME: 0.809182 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152942999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041544 s
InvBiCGStab: k = 69 resid = 1.080282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25287(s) Flops=455731200 => 1802.23514058607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.210454807 Mflops = 259.455210454807 Gflops = 0.259455210454807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 75 resid = 8.742475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318604(s) Flops=495101952 => 1553.97280636778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223723.101079461 Mflops = 223.723101079461 Gflops = 0.223723101079461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001084637 Relative Rsd = 4.75624476981582e-07
BICGSTAB_SOLVER_TIME: 0.67693 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048253 s
InvBiCGStab: k = 70 resid = 1.894007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303534(s) Flops=462292992 => 1523.03528435035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219282.228777745 Mflops = 219.282228777745 Gflops = 0.219282228777745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07304 s
InvBiCGStab: k = 90 resid = 7.55618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398009(s) Flops=593528832 => 1491.24475074684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214709.030837653 Mflops = 214.709030837654 Gflops = 0.214709030837653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001132879 Relative Rsd = 4.96779422030183e-07
BICGSTAB_SOLVER_TIME: 0.826927 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047258 s
InvBiCGStab: k = 69 resid = 1.725284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32488(s) Flops=455731200 => 1402.76779118444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201951.177043556 Mflops = 201.951177043556 Gflops = 0.201951177043556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066268 s
InvBiCGStab: k = 87 resid = 9.577653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345634(s) Flops=573843456 => 1660.26333057512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239043.123168374 Mflops = 239.043123168375 Gflops = 0.239043123168375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001172715 Relative Rsd = 5.14247737509972e-07
BICGSTAB_SOLVER_TIME: 0.787878 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125623
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949173(s) Flops=1524252672 => 1605.87445281313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231235.483655594 Mflops = 231.235483655594 Gflops = 0.231235483655594 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169029000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041969 s
InvBiCGStab: k = 27 resid = 1.907419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099843(s) Flops=180135936 => 1804.19194134792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.494414889 Mflops = 259.665494414889 Gflops = 0.259665494414889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 48 resid = 1.030646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176259(s) Flops=317933568 => 1803.78629176382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.891839145 Mflops = 259.648891839145 Gflops = 0.259648891839145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007394031 Relative Rsd = 3.24235974435058e-07
BICGSTAB_SOLVER_TIME: 0.378586 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 79 resid = 1.36652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288804(s) Flops=521349120 => 1805.20048198778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259904.129350082 Mflops = 259.904129350082 Gflops = 0.259904129350082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 123 resid = 8.844722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448217(s) Flops=810067968 => 1807.31201181571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.522254569 Mflops = 260.222522254569 Gflops = 0.260222522254569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.00132217 Relative Rsd = 5.79785379709682e-07
BICGSTAB_SOLVER_TIME: 0.838438 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158386999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 69 resid = 1.353129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257311(s) Flops=455731200 => 1771.12987785209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255003.192190664 Mflops = 255.003192190664 Gflops = 0.255003192190664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060913 s
InvBiCGStab: k = 82 resid = 8.889521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353057(s) Flops=541034496 => 1532.42818015221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220636.046335584 Mflops = 220.636046335584 Gflops = 0.220636046335585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001098006 Relative Rsd = 4.81487135352479e-07
BICGSTAB_SOLVER_TIME: 0.71666 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046797 s
InvBiCGStab: k = 63 resid = 1.965725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271607(s) Flops=416360448 => 1532.95183113837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220695.729392676 Mflops = 220.695729392676 Gflops = 0.220695729392676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064318 s
InvBiCGStab: k = 84 resid = 1.066223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371883(s) Flops=554158080 => 1490.14093142198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214543.928754039 Mflops = 214.543928754039 Gflops = 0.214543928754039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00111794 Relative Rsd = 4.90228516572773e-07
BICGSTAB_SOLVER_TIME: 0.758551 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049526 s
InvBiCGStab: k = 70 resid = 1.972727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305163(s) Flops=462292992 => 1514.90512283599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218109.27611389 Mflops = 218.10927611389 Gflops = 0.21810927611389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083503 s
InvBiCGStab: k = 88 resid = 1.073028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365265(s) Flops=580405248 => 1588.997708513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228777.020215252 Mflops = 228.777020215252 Gflops = 0.228777020215252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001196916 Relative Rsd = 5.24860025678316e-07
BICGSTAB_SOLVER_TIME: 0.807336 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127158
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957232(s) Flops=1536860160 => 1605.52526451268 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231176.555928372 Mflops = 231.176555928372 Gflops = 0.231176555928372 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170948000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 26 resid = 2.234741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096676(s) Flops=173574144 => 1795.42124208697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258415.901356335 Mflops = 258.415901356335 Gflops = 0.258415901356335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 53 resid = 1.010427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194344(s) Flops=350742528 => 1804.75099822994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259790.153530396 Mflops = 259.790153530396 Gflops = 0.259790153530396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007434189 Relative Rsd = 3.25996946647846e-07
BICGSTAB_SOLVER_TIME: 0.392297 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 49 resid = 2.216649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192527(s) Flops=324495360 => 1685.45378050871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242644.341982406 Mflops = 242.644341982406 Gflops = 0.242644341982406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058799 s
InvBiCGStab: k = 83 resid = 8.730279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318866(s) Flops=547596288 => 1717.32416751864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247250.697450054 Mflops = 247.250697450054 Gflops = 0.247250697450054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001103182 Relative Rsd = 4.83756737579099e-07
BICGSTAB_SOLVER_TIME: 0.616049 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 65 resid = 1.437964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239511(s) Flops=429484032 => 1793.17038465874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258154.821717891 Mflops = 258.154821717891 Gflops = 0.258154821717891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056785 s
InvBiCGStab: k = 82 resid = 8.210502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302097(s) Flops=541034496 => 1790.92972124847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257827.434705699 Mflops = 257.827434705699 Gflops = 0.257827434705699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001125388 Relative Rsd = 4.93494346502501e-07
BICGSTAB_SOLVER_TIME: 0.643539 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046726 s
InvBiCGStab: k = 59 resid = 2.168198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248853(s) Flops=390113280 => 1567.64547745054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225696.237698042 Mflops = 225.696237698042 Gflops = 0.225696237698042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067785 s
InvBiCGStab: k = 92 resid = 9.772509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425786(s) Flops=606652416 => 1424.78244000507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205139.817854722 Mflops = 205.139817854722 Gflops = 0.205139817854722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001130813 Relative Rsd = 4.95873296397071e-07
BICGSTAB_SOLVER_TIME: 0.793275 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047837 s
InvBiCGStab: k = 65 resid = 2.251408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290653(s) Flops=429484032 => 1477.65215566328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212738.650249025 Mflops = 212.738650249025 Gflops = 0.212738650249025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056417 s
InvBiCGStab: k = 77 resid = 9.82765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345473(s) Flops=508225536 => 1471.10059541556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211799.543029063 Mflops = 211.799543029063 Gflops = 0.211799543029063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001104691 Relative Rsd = 4.84418541111925e-07
BICGSTAB_SOLVER_TIME: 0.744212 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115794
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960999(s) Flops=1543200768 => 1605.82973343365 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231217.431628386 Mflops = 231.217431628385 Gflops = 0.231217431628386 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171395000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043895 s
InvBiCGStab: k = 29 resid = 1.755637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114539(s) Flops=193259520 => 1687.28136267996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242831.286570468 Mflops = 242.831286570468 Gflops = 0.242831286570468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056097 s
InvBiCGStab: k = 48 resid = 9.570459e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178532(s) Flops=317933568 => 1780.82118611789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256343.854489772 Mflops = 256.343854489772 Gflops = 0.256343854489772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000711187 Relative Rsd = 3.1186291825125e-07
BICGSTAB_SOLVER_TIME: 0.396853 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042215 s
InvBiCGStab: k = 54 resid = 2.095036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202651(s) Flops=357304320 => 1763.15103305683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253825.547268193 Mflops = 253.825547268193 Gflops = 0.253825547268193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055959 s
InvBiCGStab: k = 86 resid = 1.098711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328423(s) Flops=567281664 => 1727.28969651943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248691.008544223 Mflops = 248.691008544223 Gflops = 0.248691008544223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001137452 Relative Rsd = 4.98784690818591e-07
BICGSTAB_SOLVER_TIME: 0.633201 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115795
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 69 resid = 1.776809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256695(s) Flops=455731200 => 1775.38012037632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255602.682143609 Mflops = 255.602682143609 Gflops = 0.255602682143609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058222 s
InvBiCGStab: k = 82 resid = 1.106936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309654(s) Flops=541034496 => 1747.22269371621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251551.044252776 Mflops = 251.551044252776 Gflops = 0.251551044252776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001054008 Relative Rsd = 4.62193346829623e-07
BICGSTAB_SOLVER_TIME: 0.669556 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04215 s
InvBiCGStab: k = 69 resid = 2.229992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305374(s) Flops=455731200 => 1492.37066678892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214857.382367606 Mflops = 214.857382367606 Gflops = 0.214857382367606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059324 s
InvBiCGStab: k = 87 resid = 8.44523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402868(s) Flops=573843456 => 1424.39572266847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205082.871964988 Mflops = 205.082871964988 Gflops = 0.205082871964988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001146166 Relative Rsd = 5.02605835375755e-07
BICGSTAB_SOLVER_TIME: 0.814012 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045275 s
InvBiCGStab: k = 66 resid = 1.839005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319575(s) Flops=436045824 => 1364.45536728468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196455.408157632 Mflops = 196.455408157632 Gflops = 0.196455408157632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071003 s
InvBiCGStab: k = 80 resid = 1.011836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346633(s) Flops=527910912 => 1522.96784206928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219263.872561425 Mflops = 219.263872561425 Gflops = 0.219263872561425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001081699 Relative Rsd = 4.74336451299946e-07
BICGSTAB_SOLVER_TIME: 0.786268 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118482
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006409(s) Flops=1555808256 => 1545.90057918798 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222623.166405637 Mflops = 222.623166405637 Gflops = 0.222623166405637 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02146
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.038183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781685(s) Flops=1387505664 => 1775.01891938569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255555.866310286 Mflops = 255.555866310286 Gflops = 0.255555866310286 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 8.931306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.930856(s) Flops=1643415552 => 1765.48848801533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254219.203866609 Mflops = 254.219203866609 Gflops = 0.254219203866609 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002539276 Relative Rsd = 1.1167136776748e-06
BICGSTAB_SOLVER_TIME: 1.716015 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.117826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328883999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.782358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747029(s) Flops=1216899072 => 1628.98504877321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234494.152262229 Mflops = 234.494152262229 Gflops = 0.234494152262229 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 3.007122e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.066505(s) Flops=1577797632 => 1479.4095030028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213023.851002237 Mflops = 213.023851002237 Gflops = 0.213023851002237 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002044285 Relative Rsd = 8.98171334858021e-07
BICGSTAB_SOLVER_TIME: 1.820681 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.121205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303477999999999
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072354(s) Flops=1555808256 => 1450.83457141951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208937.478089651 Mflops = 208.937478089651 Gflops = 0.208937478089651 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172713000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 28 resid = 2.266482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103403(s) Flops=186697728 => 1805.53492645281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.218381008 Mflops = 259.855218381008 Gflops = 0.259855218381008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058723 s
InvBiCGStab: k = 51 resid = 8.971205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192403(s) Flops=337618944 => 1754.74885526733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252595.519212276 Mflops = 252.595519212276 Gflops = 0.252595519212276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007266367 Relative Rsd = 3.18637777125701e-07
BICGSTAB_SOLVER_TIME: 0.399238 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 81 resid = 1.979798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295767(s) Flops=534472704 => 1807.07348690016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.525878232 Mflops = 260.174525878232 Gflops = 0.260174525878232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 118 resid = 7.713983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430319(s) Flops=777259008 => 1806.23911098511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.648122325 Mflops = 260.060648122325 Gflops = 0.260060648122325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001341322 Relative Rsd = 5.88183709422679e-07
BICGSTAB_SOLVER_TIME: 0.827429 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156325999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041158 s
InvBiCGStab: k = 60 resid = 1.089903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220282(s) Flops=396675072 => 1800.76026184618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259250.559763836 Mflops = 259.250559763836 Gflops = 0.259250559763836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 77 resid = 1.077186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281437(s) Flops=508225536 => 1805.82345604878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259987.532194109 Mflops = 259.987532194109 Gflops = 0.259987532194109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001073414 Relative Rsd = 4.70703117233161e-07
BICGSTAB_SOLVER_TIME: 0.603006 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 68 resid = 2.106936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261825(s) Flops=449169408 => 1715.53292466342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246988.041758257 Mflops = 246.988041758257 Gflops = 0.246988041758257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071857 s
InvBiCGStab: k = 90 resid = 1.078184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399124(s) Flops=593528832 => 1487.07878253375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214123.608377353 Mflops = 214.123608377353 Gflops = 0.214123608377353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001181565 Relative Rsd = 5.18128354538267e-07
BICGSTAB_SOLVER_TIME: 0.781523 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047411 s
InvBiCGStab: k = 56 resid = 1.955245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262182(s) Flops=370427904 => 1412.86550564112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203416.17293565 Mflops = 203.41617293565 Gflops = 0.20341617293565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065225 s
InvBiCGStab: k = 89 resid = 1.036145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399506(s) Flops=586967040 => 1469.23210164553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211545.285770323 Mflops = 211.545285770323 Gflops = 0.211545285770323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001112564 Relative Rsd = 4.87870701101419e-07
BICGSTAB_SOLVER_TIME: 0.778708 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117883
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.073659(s) Flops=1580728320 => 1472.28153445368 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211994.774354521 Mflops = 211.994774354521 Gflops = 0.211994774354521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175751000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 27 resid = 1.927947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099803(s) Flops=180135936 => 1804.91504263399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.807913196 Mflops = 259.779807913196 Gflops = 0.259779807913196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05623 s
InvBiCGStab: k = 48 resid = 1.128112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176303(s) Flops=317933568 => 1803.33612020215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.620329649 Mflops = 259.587620329649 Gflops = 0.259587620329649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007315815 Relative Rsd = 3.20806123003403e-07
BICGSTAB_SOLVER_TIME: 0.376997 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040835 s
InvBiCGStab: k = 83 resid = 2.244014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303551(s) Flops=547596288 => 1803.967992199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.634951188 Mflops = 259.715634951188 Gflops = 0.259715634951188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 108 resid = 9.712131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39446(s) Flops=711641088 => 1804.0893576028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259744.813336358 Mflops = 259.744813336358 Gflops = 0.259744813336358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001335947 Relative Rsd = 5.85826812839292e-07
BICGSTAB_SOLVER_TIME: 0.798869 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150772999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 57 resid = 1.603813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208807(s) Flops=376989696 => 1805.44567950308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259926.942377515 Mflops = 259.926942377515 Gflops = 0.259926942377515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056751 s
InvBiCGStab: k = 91 resid = 8.459917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332861(s) Flops=600090624 => 1802.82647711808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259556.462860639 Mflops = 259.556462860639 Gflops = 0.259556462860639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00111983 Relative Rsd = 4.91057098271422e-07
BICGSTAB_SOLVER_TIME: 0.643762 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 73 resid = 1.754797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26676(s) Flops=481978368 => 1806.78650472335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260135.33815971 Mflops = 260.13533815971 Gflops = 0.26013533815971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057489 s
InvBiCGStab: k = 97 resid = 1.06856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437704(s) Flops=639461376 => 1460.94478460329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210345.292901633 Mflops = 210.345292901633 Gflops = 0.210345292901633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001188439 Relative Rsd = 5.2114281755997e-07
BICGSTAB_SOLVER_TIME: 0.806702 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044675 s
InvBiCGStab: k = 70 resid = 1.734845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311576(s) Flops=462292992 => 1483.72465144941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213624.839696434 Mflops = 213.624839696434 Gflops = 0.213624839696434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068824 s
InvBiCGStab: k = 86 resid = 1.12744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396745(s) Flops=567281664 => 1429.8394787584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205856.896494264 Mflops = 205.856896494264 Gflops = 0.205856896494264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001150317 Relative Rsd = 5.04426050337683e-07
BICGSTAB_SOLVER_TIME: 0.826075 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126081
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045565(s) Flops=1605722112 => 1535.74585224257 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221130.097057204 Mflops = 221.130097057204 Gflops = 0.221130097057204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178179000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 32 resid = 1.749768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117888(s) Flops=212944896 => 1806.332247557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259991.129148422 Mflops = 259.991129148422 Gflops = 0.259991129148422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056146 s
InvBiCGStab: k = 46 resid = 1.120936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169079(s) Flops=304809984 => 1802.76665937225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259498.511352767 Mflops = 259.498511352767 Gflops = 0.259498511352767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007282415 Relative Rsd = 3.19341466634975e-07
BICGSTAB_SOLVER_TIME: 0.38824 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 67 resid = 2.023183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244854(s) Flops=442607616 => 1807.63890318312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260250.216645827 Mflops = 260.250216645827 Gflops = 0.260250216645827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 78 resid = 7.455723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285177(s) Flops=514787328 => 1805.15023301318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259886.745805663 Mflops = 259.886745805663 Gflops = 0.259886745805663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001059755 Relative Rsd = 4.64713397076302e-07
BICGSTAB_SOLVER_TIME: 0.631967 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117794
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041024 s
InvBiCGStab: k = 65 resid = 1.717676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238343(s) Flops=429484032 => 1801.95781709553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.160027739 Mflops = 259.413160027739 Gflops = 0.259413160027739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 89 resid = 1.118039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325842(s) Flops=586967040 => 1801.38545675511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259355.546007308 Mflops = 259.355546007308 Gflops = 0.259355546007308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001153535 Relative Rsd = 5.05837258056091e-07
BICGSTAB_SOLVER_TIME: 0.665464 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 78 resid = 1.585706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301213(s) Flops=514787328 => 1709.0475112296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246061.780986961 Mflops = 246.061780986961 Gflops = 0.246061780986961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061843 s
InvBiCGStab: k = 86 resid = 1.099453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384159(s) Flops=567281664 => 1476.68456029925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212610.792156946 Mflops = 212.610792156946 Gflops = 0.212610792156946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001145787 Relative Rsd = 5.02439618752577e-07
BICGSTAB_SOLVER_TIME: 0.792493 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046116 s
InvBiCGStab: k = 62 resid = 2.041098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276595(s) Flops=409798656 => 1481.58374518701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213307.834248204 Mflops = 213.307834248204 Gflops = 0.213307834248204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075582 s
InvBiCGStab: k = 99 resid = 6.568712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45431(s) Flops=652584960 => 1436.43098324932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206810.308077332 Mflops = 206.810308077332 Gflops = 0.206810308077332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00116387 Relative Rsd = 5.10369162454934e-07
BICGSTAB_SOLVER_TIME: 0.857238 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129218
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.071601(s) Flops=1624596480 => 1516.04606565317 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218349.542230438 Mflops = 218.349542230438 Gflops = 0.218349542230438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180743000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040776 s
InvBiCGStab: k = 33 resid = 2.058615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122243(s) Flops=219506688 => 1795.65854895577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258486.182970657 Mflops = 258.486182970657 Gflops = 0.258486182970657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055962 s
InvBiCGStab: k = 52 resid = 1.059535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190655(s) Flops=344180736 => 1805.25418163699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.020703337 Mflops = 259.873020703337 Gflops = 0.259873020703337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007364763 Relative Rsd = 3.22952543193252e-07
BICGSTAB_SOLVER_TIME: 0.413589 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 68 resid = 1.985897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249481(s) Flops=449169408 => 1800.41529415066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.292632069 Mflops = 259.197292632069 Gflops = 0.259197292632069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 91 resid = 1.135774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342325(s) Flops=600090624 => 1752.98509895567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252394.812361641 Mflops = 252.394812361641 Gflops = 0.252394812361641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001192646 Relative Rsd = 5.22987740398316e-07
BICGSTAB_SOLVER_TIME: 0.69353 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042954 s
InvBiCGStab: k = 65 resid = 2.076368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239456(s) Flops=429484032 => 1793.58225310704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258215.704504041 Mflops = 258.215704504041 Gflops = 0.258215704504041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056962 s
InvBiCGStab: k = 89 resid = 8.225211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328088(s) Flops=586967040 => 1789.05366852796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257572.89491936 Mflops = 257.57289491936 Gflops = 0.25757289491936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001130098 Relative Rsd = 4.9555980245268e-07
BICGSTAB_SOLVER_TIME: 0.671287 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041982 s
InvBiCGStab: k = 61 resid = 1.811111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227133(s) Flops=403236864 => 1775.33367674446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255578.04691918 Mflops = 255.57804691918 Gflops = 0.25557804691918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 88 resid = 1.129744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389665(s) Flops=580405248 => 1489.4980252268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214450.773701342 Mflops = 214.450773701342 Gflops = 0.214450773701342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001155439 Relative Rsd = 5.06672169871839e-07
BICGSTAB_SOLVER_TIME: 0.719187 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049086 s
InvBiCGStab: k = 60 resid = 1.529513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265594(s) Flops=396675072 => 1493.53928176088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215029.788887327 Mflops = 215.029788887327 Gflops = 0.215029788887327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067845 s
InvBiCGStab: k = 94 resid = 1.065538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436013(s) Flops=619776000 => 1421.46220410859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204659.991767324 Mflops = 204.659991767324 Gflops = 0.204659991767324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001165345 Relative Rsd = 5.11016059582979e-07
BICGSTAB_SOLVER_TIME: 0.822637 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124298
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092035(s) Flops=1643323392 => 1504.82666947488 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216682.591397076 Mflops = 216.682591397076 Gflops = 0.216682591397076 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182761000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.930906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795916(s) Flops=1426876416 => 1792.74749596691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258087.094411946 Mflops = 258.087094411946 Gflops = 0.258087094411946 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 7.442007e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911173(s) Flops=1636853760 => 1796.42478431648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258674.130700978 Mflops = 258.674130700978 Gflops = 0.258674130700978 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002152896 Relative Rsd = 9.46819773159973e-07
BICGSTAB_SOLVER_TIME: 1.710428 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332620999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.086697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.635131(s) Flops=1144719360 => 1802.3358330801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.739155449 Mflops = 259.478739155449 Gflops = 0.259478739155449 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 9.627792e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.886819(s) Flops=1380943872 => 1557.18796281992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224224.250674951 Mflops = 224.224250674951 Gflops = 0.224224250674951 Tflops
BICGSTAB_SOLVER: 384 iterations. Rsd = 0.002046406 Relative Rsd = 8.99115596672931e-07
BICGSTAB_SOLVER_TIME: 1.525588 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.123104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273930999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 326 resid = 2.015944e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.391328(s) Flops=2142111744 => 1539.61664251708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221709.165290803 Mflops = 221.709165290803 Gflops = 0.221709165290803 Tflops
InvBiCGStab: k = 318 resid = 9.426739e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.203139(s) Flops=2089617408 => 1736.80464850695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250094.561534458 Mflops = 250.094561534458 Gflops = 0.250094561534458 Tflops
BICGSTAB_SOLVER: 644 iterations. Rsd = 0.002085221 Relative Rsd = 9.1705714626096e-07
BICGSTAB_SOLVER_TIME: 2.599419 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.460605999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 254 resid = 1.930425e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.93274(s) Flops=1669662720 => 1790.06231104059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257778.133440446 Mflops = 257.778133440446 Gflops = 0.257778133440446 Tflops
InvBiCGStab: k = 309 resid = 1.119574e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.131193(s) Flops=2030561280 => 1795.06174454757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258478.883194884 Mflops = 258.478883194884 Gflops = 0.258478883194884 Tflops
BICGSTAB_SOLVER: 563 iterations. Rsd = 0.002073795 Relative Rsd = 9.11149436022069e-07
BICGSTAB_SOLVER_TIME: 2.068629 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.402605999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 229 resid = 2.020558e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836682(s) Flops=1505617920 => 1799.51035160312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259025.376969566 Mflops = 259.025376969566 Gflops = 0.259025376969566 Tflops
InvBiCGStab: k = 236 resid = 1.073653e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860801(s) Flops=1551550464 => 1802.44965328804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259541.418271606 Mflops = 259.541418271606 Gflops = 0.259541418271606 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.001841034 Relative Rsd = 8.07312556246677e-07
BICGSTAB_SOLVER_TIME: 1.702137 sec
2Flav::invert,  n_count = 465
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332123000000003
MInvCG2: 365 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.738464(s) Flops=2352678912 => 1353.30896239439 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194878.653175247 Mflops = 194.878653175247 Gflops = 0.194878653175247 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261902000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0651890489275502
AccProb = 0.936890328522515
AcceptP = 1
After HMC trajectory call: time= 465.645637 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.060108 secs
Doing Update: 2725 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 287 resid = 1.315204e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.245826(s) Flops=1886201856 => 1514.01709066916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218071.046973152 Mflops = 218.071046973152 Gflops = 0.218071046973152 Tflops
InvBiCGStab: k = 304 resid = 1.092998e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.258732(s) Flops=1997752320 => 1587.11490611186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228537.466839125 Mflops = 228.537466839125 Gflops = 0.228537466839125 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.002193124 Relative Rsd = 9.65282743019409e-07
BICGSTAB_SOLVER_TIME: 2.509815 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.424883999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000373
InvBiCGStab: k = 234 resid = 2.239949e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855599(s) Flops=1538426880 => 1798.06998371901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258905.251229118 Mflops = 258.905251229118 Gflops = 0.258905251229118 Tflops
InvBiCGStab: k = 255 resid = 1.115213e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96442(s) Flops=1676224512 => 1738.06485970843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250269.799132512 Mflops = 250.269799132512 Gflops = 0.250269799132512 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.001934531 Relative Rsd = 8.50141915252568e-07
BICGSTAB_SOLVER_TIME: 1.824965 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351538999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 379 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.53211(s) Flops=2435770368 => 1589.81428748589 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228936.529720341 Mflops = 228.936529720341 Gflops = 0.228936529720341 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271457000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 310 resid = 1.918706e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.14173(s) Flops=2037123072 => 1784.2423970641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256903.831380979 Mflops = 256.903831380979 Gflops = 0.256903831380979 Tflops
InvBiCGStab: k = 342 resid = 1.131119e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.253295(s) Flops=2247100416 => 1792.95410577717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.225757112 Mflops = 258.176225757112 Gflops = 0.258176225757112 Tflops
BICGSTAB_SOLVER: 652 iterations. Rsd = 0.002397847 Relative Rsd = 1.05538977287362e-06
BICGSTAB_SOLVER_TIME: 2.39978 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.46691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 263 resid = 1.991373e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964264(s) Flops=1728718848 => 1792.7858428812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258196.545686341 Mflops = 258.196545686341 Gflops = 0.258196545686341 Tflops
InvBiCGStab: k = 287 resid = 1.129217e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.061763(s) Flops=1886201856 => 1776.48105650696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255803.124933244 Mflops = 255.803124933244 Gflops = 0.255803124933244 Tflops
BICGSTAB_SOLVER: 550 iterations. Rsd = 0.002113858 Relative Rsd = 9.28948077384555e-07
BICGSTAB_SOLVER_TIME: 2.03061 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393431999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 236 resid = 1.891193e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882436(s) Flops=1551550464 => 1758.2583484808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253116.268019751 Mflops = 253.116268019751 Gflops = 0.253116268019751 Tflops
InvBiCGStab: k = 261 resid = 8.913243e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.192397(s) Flops=1715595264 => 1438.77858129465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207179.73702967 Mflops = 207.17973702967 Gflops = 0.20717973702967 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.002998873 Relative Rsd = 1.31471592960836e-06
BICGSTAB_SOLVER_TIME: 2.079866 sec
2Flav::invert,  n_count = 497
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354766000000003
MInvCG2: 361 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.565909(s) Flops=2326800384 => 1485.9103460035 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213974.566718847 Mflops = 213.974566718847 Gflops = 0.213974566718847 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258966000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.144798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73749(s) Flops=1328449536 => 1801.31193100923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259360.656955455 Mflops = 259.360656955455 Gflops = 0.259360656955455 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.057263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815653(s) Flops=1472808960 => 1805.68079808448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260003.807720567 Mflops = 260.003807720567 Gflops = 0.260003807720567 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002378243 Relative Rsd = 1.04676131343899e-06
BICGSTAB_SOLVER_TIME: 1.55657 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.115985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303948999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.110522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683729(s) Flops=1236584448 => 1808.58856067243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260392.43460123 Mflops = 260.39243460123 Gflops = 0.26039243460123 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.362095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83191(s) Flops=1492494336 => 1794.05745333029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258333.344347938 Mflops = 258.333344347938 Gflops = 0.258333344347938 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002149477 Relative Rsd = 9.44601025663204e-07
BICGSTAB_SOLVER_TIME: 1.51935 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.119395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296132999999999
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026389(s) Flops=1605574656 => 1564.29448873673 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225247.319400548 Mflops = 225.247319400548 Gflops = 0.225247319400548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178661000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021397
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.6e-05 s
InvBiCGStab: k = 169 resid = 2.243643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75266(s) Flops=1111910400 => 1477.30768208753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212583.815845913 Mflops = 212.583815845913 Gflops = 0.212583815845913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 203 resid = 5.898753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882692(s) Flops=1335011328 => 1512.43166132694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217769.385887999 Mflops = 217.769385887999 Gflops = 0.217769385887999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.003028368 Relative Rsd = 1.32764693754703e-06
BICGSTAB_SOLVER_TIME: 1.639179 sec
2Flav::invert,  n_count = 372
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267074999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000117 s
InvBiCGStab: k = 126 resid = 2.108977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.462542(s) Flops=829753344 => 1793.89837895802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258154.746563061 Mflops = 258.154746563061 Gflops = 0.258154746563061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.7e-05 s
InvBiCGStab: k = 166 resid = 1.088458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.608071(s) Flops=1092225024 => 1796.21298170773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258603.957080918 Mflops = 258.603957080918 Gflops = 0.258603957080918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 292 iterations. Rsd = 0.00166309 Relative Rsd = 7.29104424656737e-07
BICGSTAB_SOLVER_TIME: 1.074604 sec
2Flav::invert,  n_count = 292
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.210223999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004832 s
InvBiCGStab: k = 100 resid = 2.209052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3649(s) Flops=659146752 => 1806.37640997534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260079.903133606 Mflops = 260.079903133606 Gflops = 0.260079903133606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007094 s
InvBiCGStab: k = 123 resid = 8.401701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450374(s) Flops=810067968 => 1798.65615688295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.405631841 Mflops = 258.976405631841 Gflops = 0.258976405631841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 223 iterations. Rsd = 0.001437319 Relative Rsd = 6.30125302710686e-07
BICGSTAB_SOLVER_TIME: 0.831096 sec
2Flav::invert,  n_count = 223
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162766999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.00936 s
InvBiCGStab: k = 75 resid = 2.270661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274782(s) Flops=495101952 => 1801.79906980807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.738412512 Mflops = 259.411738412512 Gflops = 0.259411738412512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010995 s
InvBiCGStab: k = 119 resid = 7.416107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454156(s) Flops=783820800 => 1725.88449783775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248495.932641324 Mflops = 248.495932641324 Gflops = 0.248495932641324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001395275 Relative Rsd = 6.11693081449383e-07
BICGSTAB_SOLVER_TIME: 0.753307 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143333
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010156 s
InvBiCGStab: k = 78 resid = 1.687094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287095(s) Flops=514787328 => 1793.09053797523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.253759247 Mflops = 258.158253759247 Gflops = 0.258158253759247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015087 s
InvBiCGStab: k = 110 resid = 8.904865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403721(s) Flops=724764672 => 1795.21172294728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258471.105635378 Mflops = 258.471105635378 Gflops = 0.258471105635378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001283776 Relative Rsd = 5.6281159927969e-07
BICGSTAB_SOLVER_TIME: 0.720035 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13996
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002714(s) Flops=1605648384 => 1601.302449153 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230565.515213543 Mflops = 230.565515213543 Gflops = 0.230565515213543 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178484000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.404469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.0167 s
InvBiCGStab: k = 30 resid = 1.955429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132008(s) Flops=199821312 => 1513.70607841949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217900.143246566 Mflops = 217.900143246566 Gflops = 0.217900143246566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.02123 s
InvBiCGStab: k = 47 resid = 1.137043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214379(s) Flops=311371776 => 1452.43599419719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209092.256243216 Mflops = 209.092256243216 Gflops = 0.209092256243217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007283871 Relative Rsd = 3.19327368878086e-07
BICGSTAB_SOLVER_TIME: 0.38889 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0616340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017555 s
InvBiCGStab: k = 90 resid = 2.170119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420422(s) Flops=593528832 => 1411.74541769936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203266.246152446 Mflops = 203.266246152446 Gflops = 0.203266246152446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.027761 s
InvBiCGStab: k = 125 resid = 9.540036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.552312(s) Flops=823191552 => 1490.44661712945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214539.050942788 Mflops = 214.539050942788 Gflops = 0.214539050942788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001378476 Relative Rsd = 6.04328665065501e-07
BICGSTAB_SOLVER_TIME: 1.021925 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163061999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020915 s
InvBiCGStab: k = 64 resid = 1.908641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249199(s) Flops=422922240 => 1697.12655347734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244343.530523693 Mflops = 244.343530523693 Gflops = 0.244343530523693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028507 s
InvBiCGStab: k = 99 resid = 1.069909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369251(s) Flops=652584960 => 1767.32076554972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254464.279888057 Mflops = 254.464279888057 Gflops = 0.254464279888057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001174192 Relative Rsd = 5.14769622606328e-07
BICGSTAB_SOLVER_TIME: 0.671641 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125493
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023977 s
InvBiCGStab: k = 75 resid = 1.461698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278684(s) Flops=495101952 => 1776.57114150794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255766.653476823 Mflops = 255.766653476823 Gflops = 0.255766653476823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034008 s
InvBiCGStab: k = 99 resid = 6.811084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365441(s) Flops=652584960 => 1785.7464269198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257102.41502116 Mflops = 257.10241502116 Gflops = 0.25710241502116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001261114 Relative Rsd = 5.52876710871815e-07
BICGSTAB_SOLVER_TIME: 0.706 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134492
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.02773 s
InvBiCGStab: k = 55 resid = 2.109643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20314(s) Flops=363866112 => 1791.20858521217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257858.438873159 Mflops = 257.858438873159 Gflops = 0.257858438873159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038845 s
InvBiCGStab: k = 94 resid = 1.121079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343266(s) Flops=619776000 => 1805.52690916083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259938.48702933 Mflops = 259.93848702933 Gflops = 0.25993848702933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00117916 Relative Rsd = 5.16947774200491e-07
BICGSTAB_SOLVER_TIME: 0.616802 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117446
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994082(s) Flops=1605648384 => 1615.20718009178 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232575.497673013 Mflops = 232.575497673013 Gflops = 0.232575497673013 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178843000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031808 s
InvBiCGStab: k = 34 resid = 1.711996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125006(s) Flops=226068480 => 1808.46103387037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260336.604706819 Mflops = 260.336604706819 Gflops = 0.260336604706819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044649 s
InvBiCGStab: k = 49 resid = 1.074161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179844(s) Flops=324495360 => 1804.31574030827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259733.39994968 Mflops = 259.733399949681 Gflops = 0.259733399949681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007379797 Relative Rsd = 3.23532807074792e-07
BICGSTAB_SOLVER_TIME: 0.385191 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.03638 s
InvBiCGStab: k = 65 resid = 1.778742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255878(s) Flops=429484032 => 1678.4718967633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241654.791952312 Mflops = 241.654791952312 Gflops = 0.241654791952312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.052278 s
InvBiCGStab: k = 85 resid = 1.05903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322161(s) Flops=560719872 => 1740.4958142047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250567.803793285 Mflops = 250.567803793285 Gflops = 0.250567803793285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001148291 Relative Rsd = 5.03414633253994e-07
BICGSTAB_SOLVER_TIME: 0.670559 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041927 s
InvBiCGStab: k = 69 resid = 1.535504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287693(s) Flops=455731200 => 1584.08859443921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228063.935219429 Mflops = 228.063935219429 Gflops = 0.228063935219429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0662 s
InvBiCGStab: k = 77 resid = 1.068777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345127(s) Flops=508225536 => 1472.57541716528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212010.018026283 Mflops = 212.010018026283 Gflops = 0.212010018026283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001112815 Relative Rsd = 4.87861657088167e-07
BICGSTAB_SOLVER_TIME: 0.745513 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043778 s
InvBiCGStab: k = 82 resid = 2.171839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381377(s) Flops=541034496 => 1418.63430673585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204241.728324925 Mflops = 204.241728324925 Gflops = 0.204241728324925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062035 s
InvBiCGStab: k = 97 resid = 1.117432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449769(s) Flops=639461376 => 1421.755114292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204701.697033894 Mflops = 204.701697033894 Gflops = 0.204701697033894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001268185 Relative Rsd = 5.5597648628826e-07
BICGSTAB_SOLVER_TIME: 0.949642 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 65 resid = 1.819794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282415(s) Flops=429484032 => 1520.75503071721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218955.327612447 Mflops = 218.955327612447 Gflops = 0.218955327612447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056691 s
InvBiCGStab: k = 77 resid = 9.137044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283403(s) Flops=508225536 => 1793.29624598187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258172.650129399 Mflops = 258.172650129399 Gflops = 0.258172650129399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00111064 Relative Rsd = 4.86908390405666e-07
BICGSTAB_SOLVER_TIME: 0.667504 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115497
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998164(s) Flops=1605574656 => 1608.52791324872 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231607.204276227 Mflops = 231.607204276227 Gflops = 0.231607204276227 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178477000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042646 s
InvBiCGStab: k = 26 resid = 2.273132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097966(s) Flops=173574144 => 1771.77943368107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255024.88032521 Mflops = 255.02488032521 Gflops = 0.25502488032521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 45 resid = 1.070989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166549(s) Flops=298248192 => 1790.75342391729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257767.226897736 Mflops = 257.767226897736 Gflops = 0.257767226897736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007303439 Relative Rsd = 3.20185247648091e-07
BICGSTAB_SOLVER_TIME: 0.367383 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041175 s
InvBiCGStab: k = 73 resid = 2.082522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268985(s) Flops=481978368 => 1791.84106176924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257977.771798594 Mflops = 257.977771798594 Gflops = 0.257977771798594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 101 resid = 9.013368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369942(s) Flops=665708544 => 1799.49436398138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.966817834 Mflops = 259.080966817834 Gflops = 0.259080966817834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001274007 Relative Rsd = 5.58528789186065e-07
BICGSTAB_SOLVER_TIME: 0.740354 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040556 s
InvBiCGStab: k = 71 resid = 2.0323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273165(s) Flops=468854784 => 1716.37941903245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247111.765610102 Mflops = 247.111765610102 Gflops = 0.247111765610102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056129 s
InvBiCGStab: k = 99 resid = 5.476665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363024(s) Flops=652584960 => 1797.6358587862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258815.58905353 Mflops = 258.81558905353 Gflops = 0.25881558905353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001189404 Relative Rsd = 5.21438559544743e-07
BICGSTAB_SOLVER_TIME: 0.736716 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041822 s
InvBiCGStab: k = 77 resid = 1.762729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281547(s) Flops=508225536 => 1805.11792347281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259891.53843651 Mflops = 259.89153843651 Gflops = 0.25989153843651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 105 resid = 1.025495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383913(s) Flops=691955712 => 1802.376350892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.000691671 Mflops = 259.499000691671 Gflops = 0.259499000691671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001193352 Relative Rsd = 5.2316967918302e-07
BICGSTAB_SOLVER_TIME: 0.767973 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144509
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043366 s
InvBiCGStab: k = 63 resid = 2.001859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292643(s) Flops=416360448 => 1422.75895203371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204839.845906635 Mflops = 204.839845906635 Gflops = 0.204839845906635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065772 s
InvBiCGStab: k = 86 resid = 1.021231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391878(s) Flops=567281664 => 1447.5976298746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208412.443439392 Mflops = 208.412443439392 Gflops = 0.208412443439392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001148661 Relative Rsd = 5.03576726357304e-07
BICGSTAB_SOLVER_TIME: 0.801469 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120581
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.203415(s) Flops=1611841536 => 1339.38960042878 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192859.444807488 Mflops = 192.859444807488 Gflops = 0.192859444807488 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179015000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.172502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75646(s) Flops=1367820288 => 1808.18587631864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260378.344293454 Mflops = 260.378344293454 Gflops = 0.260378344293454 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 9.949517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.877083(s) Flops=1584359424 => 1806.39622931923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260107.996024078 Mflops = 260.107996024078 Gflops = 0.260107996024078 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002093894 Relative Rsd = 9.21579260944564e-07
BICGSTAB_SOLVER_TIME: 1.636855 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320284999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.258406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.6338(s) Flops=1144719360 => 1806.12079520353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260025.758909608 Mflops = 260.025758909608 Gflops = 0.260025758909608 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 7.838977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863963(s) Flops=1538426880 => 1780.66292190754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256404.222400002 Mflops = 256.404222400002 Gflops = 0.256404222400002 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.002130843 Relative Rsd = 9.36405303030631e-07
BICGSTAB_SOLVER_TIME: 1.501201 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291575999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026203(s) Flops=1611841536 => 1570.68488008708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226158.656678249 Mflops = 226.158656678249 Gflops = 0.226158656678249 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179082000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.502833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04774 s
InvBiCGStab: k = 26 resid = 1.928446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11489(s) Flops=173574144 => 1510.78548176517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217438.741947134 Mflops = 217.438741947134 Gflops = 0.217438741947134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081012 s
InvBiCGStab: k = 45 resid = 1.000536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190387(s) Flops=298248192 => 1566.53653873426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225510.085980355 Mflops = 225.510085980355 Gflops = 0.225510085980355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007204226 Relative Rsd = 3.15835706845215e-07
BICGSTAB_SOLVER_TIME: 0.437897 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 89 resid = 1.742649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326421(s) Flops=586967040 => 1798.1901899694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258894.366293996 Mflops = 258.894366293996 Gflops = 0.258894366293996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 121 resid = 7.785066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443278(s) Flops=796944384 => 1797.84330375069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258853.105065352 Mflops = 258.853105065352 Gflops = 0.258853105065352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001389941 Relative Rsd = 6.09354674079278e-07
BICGSTAB_SOLVER_TIME: 0.871099 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164307999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041934 s
InvBiCGStab: k = 65 resid = 2.272518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239575(s) Flops=429484032 => 1792.69135761244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258095.616830112 Mflops = 258.095616830112 Gflops = 0.258095616830112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 92 resid = 9.996228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336012(s) Flops=606652416 => 1805.44866254777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.260479311 Mflops = 259.923260479311 Gflops = 0.259923260479311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001189278 Relative Rsd = 5.21383286613104e-07
BICGSTAB_SOLVER_TIME: 0.678011 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041486 s
InvBiCGStab: k = 67 resid = 9.544367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245383(s) Flops=442607616 => 1803.74197071517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259684.636329483 Mflops = 259.684636329483 Gflops = 0.259684636329483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056667 s
InvBiCGStab: k = 82 resid = 1.080464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299777(s) Flops=541034496 => 1804.78988047782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.370617634 Mflops = 259.836370617634 Gflops = 0.259836370617634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001148754 Relative Rsd = 5.03617760001845e-07
BICGSTAB_SOLVER_TIME: 0.64714 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120903
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043572 s
InvBiCGStab: k = 67 resid = 1.821768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258288(s) Flops=442607616 => 1713.6205166326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246704.781647786 Mflops = 246.704781647786 Gflops = 0.246704781647787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056702 s
InvBiCGStab: k = 97 resid = 8.817738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359123(s) Flops=639461376 => 1780.61938667253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256359.133370475 Mflops = 256.359133370475 Gflops = 0.256359133370475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00118284 Relative Rsd = 5.18560998666021e-07
BICGSTAB_SOLVER_TIME: 0.722295 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131293
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002569(s) Flops=1611915264 => 1607.78486468263 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231506.927074301 Mflops = 231.506927074301 Gflops = 0.231506927074301 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179232000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041067 s
InvBiCGStab: k = 34 resid = 2.012263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124965(s) Flops=226068480 => 1809.05437522506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260424.292088852 Mflops = 260.424292088852 Gflops = 0.260424292088852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 43 resid = 8.805327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179512(s) Flops=285124608 => 1588.33174383885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228611.038556928 Mflops = 228.611038556928 Gflops = 0.228611038556928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007908059 Relative Rsd = 3.46691986802376e-07
BICGSTAB_SOLVER_TIME: 0.406769 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046296 s
InvBiCGStab: k = 79 resid = 1.822872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369871(s) Flops=521349120 => 1409.54311097653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202947.11617841 Mflops = 202.94711617841 Gflops = 0.20294711617841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068144 s
InvBiCGStab: k = 102 resid = 1.100639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439121(s) Flops=672270336 => 1530.94553892891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220425.384146441 Mflops = 220.425384146441 Gflops = 0.220425384146441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001317275 Relative Rsd = 5.77497918333646e-07
BICGSTAB_SOLVER_TIME: 0.9274 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050957 s
InvBiCGStab: k = 63 resid = 1.667196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269763(s) Flops=416360448 => 1543.43052234739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222199.940976392 Mflops = 222.199940976392 Gflops = 0.222199940976392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083344 s
InvBiCGStab: k = 84 resid = 1.151445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343468(s) Flops=554158080 => 1613.41982368081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232281.543689221 Mflops = 232.281543689221 Gflops = 0.232281543689221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001138798 Relative Rsd = 4.9925298469288e-07
BICGSTAB_SOLVER_TIME: 0.751402 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119044
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04288 s
InvBiCGStab: k = 72 resid = 1.594105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267692(s) Flops=475416576 => 1775.98350342931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255694.535464731 Mflops = 255.694535464731 Gflops = 0.255694535464731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057837 s
InvBiCGStab: k = 85 resid = 9.780376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314692(s) Flops=560719872 => 1781.80529533639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256528.682590901 Mflops = 256.528682590901 Gflops = 0.256528682590901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001166011 Relative Rsd = 5.11183159584982e-07
BICGSTAB_SOLVER_TIME: 0.686952 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041642 s
InvBiCGStab: k = 61 resid = 1.660968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225828(s) Flops=403236864 => 1785.59285828152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257053.589595553 Mflops = 257.053589595553 Gflops = 0.257053589595553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057104 s
InvBiCGStab: k = 96 resid = 3.618688e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352184(s) Flops=632899584 => 1797.07080389796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258726.327652802 Mflops = 258.726327652802 Gflops = 0.258726327652802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00119159 Relative Rsd = 5.22396878877504e-07
BICGSTAB_SOLVER_TIME: 0.680543 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126457
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998398(s) Flops=1611915264 => 1614.50169571654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232468.195861317 Mflops = 232.468195861317 Gflops = 0.232468195861317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179175000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 29 resid = 2.249689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106936(s) Flops=193259520 => 1807.24470711454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260124.247644889 Mflops = 260.124247644889 Gflops = 0.260124247644889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057031 s
InvBiCGStab: k = 53 resid = 8.492386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205655(s) Flops=350742528 => 1705.4899127179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245507.927858002 Mflops = 245.507927858002 Gflops = 0.245507927858002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007322107 Relative Rsd = 3.21003649398131e-07
BICGSTAB_SOLVER_TIME: 0.414539 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041478 s
InvBiCGStab: k = 57 resid = 1.872495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209128(s) Flops=376989696 => 1802.67441949428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.898887767 Mflops = 259.532898887767 Gflops = 0.259532898887767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055747 s
InvBiCGStab: k = 87 resid = 1.009851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327468(s) Flops=573843456 => 1752.36498222727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252300.85750372 Mflops = 252.30085750372 Gflops = 0.25230085750372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00112224 Relative Rsd = 4.91993959448272e-07
BICGSTAB_SOLVER_TIME: 0.637868 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041177 s
InvBiCGStab: k = 63 resid = 1.818646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236257(s) Flops=416360448 => 1762.3200497763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253724.738905903 Mflops = 253.724738905903 Gflops = 0.253724738905903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05784 s
InvBiCGStab: k = 87 resid = 1.077621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393175(s) Flops=573843456 => 1459.51155592294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210135.536757141 Mflops = 210.135536757141 Gflops = 0.210135536757141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001025793 Relative Rsd = 4.49711034371445e-07
BICGSTAB_SOLVER_TIME: 0.732477 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050289 s
InvBiCGStab: k = 68 resid = 2.004961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318703(s) Flops=449169408 => 1409.3667395663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202923.032441572 Mflops = 202.923032441572 Gflops = 0.202923032441572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087069 s
InvBiCGStab: k = 84 resid = 1.004624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367912(s) Flops=554158080 => 1506.22453195329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216854.676264702 Mflops = 216.854676264702 Gflops = 0.216854676264702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001196686 Relative Rsd = 5.24631068956376e-07
BICGSTAB_SOLVER_TIME: 0.82778 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041592 s
InvBiCGStab: k = 49 resid = 2.01745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240364(s) Flops=324495360 => 1350.0164750129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194368.583598794 Mflops = 194.368583598794 Gflops = 0.194368583598794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085517 s
InvBiCGStab: k = 86 resid = 5.70652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323465(s) Flops=567281664 => 1753.76521107384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252602.359468732 Mflops = 252.602359468732 Gflops = 0.252602359468732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001109985 Relative Rsd = 4.86621359041367e-07
BICGSTAB_SOLVER_TIME: 0.694833 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110604
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004939(s) Flops=1617739776 => 1609.78902799075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231804.38950174 Mflops = 231.80438950174 Gflops = 0.23180438950174 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180019000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 25 resid = 2.147256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099726(s) Flops=167012352 => 1674.71223151435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241070.632196084 Mflops = 241.070632196084 Gflops = 0.241070632196084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060883 s
InvBiCGStab: k = 51 resid = 8.899751e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199214(s) Flops=337618944 => 1694.75510757276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243960.722111424 Mflops = 243.960722111424 Gflops = 0.243960722111424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007714714 Relative Rsd = 3.38215681139933e-07
BICGSTAB_SOLVER_TIME: 0.40528 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043371 s
InvBiCGStab: k = 64 resid = 2.244492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251165(s) Flops=422922240 => 1683.84225509127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242413.646235361 Mflops = 242.413646235361 Gflops = 0.242413646235361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058029 s
InvBiCGStab: k = 89 resid = 9.474745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328604(s) Flops=586967040 => 1786.24435490743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257167.931872273 Mflops = 257.167931872273 Gflops = 0.257167931872273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00113922 Relative Rsd = 4.9943789127767e-07
BICGSTAB_SOLVER_TIME: 0.684988 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 55 resid = 2.206697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205626(s) Flops=363866112 => 1769.55303317674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254758.559626328 Mflops = 254.758559626328 Gflops = 0.254758559626328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056146 s
InvBiCGStab: k = 83 resid = 9.849631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321753(s) Flops=547596288 => 1701.91509636274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245027.363392832 Mflops = 245.027363392832 Gflops = 0.245027363392832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001087747 Relative Rsd = 4.7687214277135e-07
BICGSTAB_SOLVER_TIME: 0.628587 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042666 s
InvBiCGStab: k = 65 resid = 2.187828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246657(s) Flops=429484032 => 1741.21971807003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250689.176947578 Mflops = 250.689176947578 Gflops = 0.250689176947578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057429 s
InvBiCGStab: k = 82 resid = 8.594072e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299984(s) Flops=541034496 => 1803.54450904048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.972900969 Mflops = 259.646972900969 Gflops = 0.259646972900969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001175323 Relative Rsd = 5.15265752032423e-07
BICGSTAB_SOLVER_TIME: 0.650615 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042142 s
InvBiCGStab: k = 62 resid = 2.051402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227561(s) Flops=409798656 => 1800.82991373742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.240903393 Mflops = 259.267240903393 Gflops = 0.259267240903393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059344 s
InvBiCGStab: k = 90 resid = 6.692487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38915(s) Flops=593528832 => 1525.19293845561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219586.791147291 Mflops = 219.586791147291 Gflops = 0.219586791147291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001148741 Relative Rsd = 5.03611839724772e-07
BICGSTAB_SOLVER_TIME: 0.722372 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122844
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.20676(s) Flops=1611694080 => 1335.5547747688 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192345.678328423 Mflops = 192.345678328423 Gflops = 0.192345678328423 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179010000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021415
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.118005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781333(s) Flops=1367820288 => 1750.62398234812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251984.651710568 Mflops = 251.984651710568 Gflops = 0.251984651710568 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.002279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857842(s) Flops=1512179712 => 1762.77182977751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253825.750421895 Mflops = 253.825750421895 Gflops = 0.253825750421895 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002074006 Relative Rsd = 9.12801881402285e-07
BICGSTAB_SOLVER_TIME: 1.642611 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312522999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.085874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748938(s) Flops=1321887744 => 1765.0162550171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254114.057767553 Mflops = 254.114057767553 Gflops = 0.254114057767553 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 9.909426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861591(s) Flops=1512179712 => 1755.10156443138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252720.169187837 Mflops = 252.720169187837 Gflops = 0.252720169187837 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002855592 Relative Rsd = 1.25488996211094e-06
BICGSTAB_SOLVER_TIME: 1.613863 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.11862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307922999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018856(s) Flops=1611694080 => 1581.86640702906 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227770.657809327 Mflops = 227.770657809327 Gflops = 0.227770657809327 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179516000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0553 s
InvBiCGStab: k = 27 resid = 2.248717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123634(s) Flops=180135936 => 1457.00968989113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209713.605694335 Mflops = 209.713605694335 Gflops = 0.209713605694335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068615 s
InvBiCGStab: k = 48 resid = 1.143512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196084(s) Flops=317933568 => 1621.41514860978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233423.673365213 Mflops = 233.423673365213 Gflops = 0.233423673365213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007520498 Relative Rsd = 3.29701174379307e-07
BICGSTAB_SOLVER_TIME: 0.447629 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678070000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041918 s
InvBiCGStab: k = 75 resid = 2.110773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377749(s) Flops=495101952 => 1310.66383233311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188710.766231129 Mflops = 188.710766231129 Gflops = 0.188710766231129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093398 s
InvBiCGStab: k = 101 resid = 1.03886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423615(s) Flops=665708544 => 1571.49426720017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226261.313576189 Mflops = 226.261313576189 Gflops = 0.226261313576189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001294626 Relative Rsd = 5.67568388797258e-07
BICGSTAB_SOLVER_TIME: 0.940561 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 62 resid = 1.769217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228778(s) Flops=409798656 => 1791.25027756165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257892.812526859 Mflops = 257.892812526859 Gflops = 0.257892812526859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 80 resid = 1.065823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294174(s) Flops=527910912 => 1794.55326439454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258362.638914996 Mflops = 258.362638914996 Gflops = 0.258362638914996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001130607 Relative Rsd = 4.95661775242501e-07
BICGSTAB_SOLVER_TIME: 0.623709 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 78 resid = 7.549382e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28685(s) Flops=514787328 => 1794.62202544884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258383.023360234 Mflops = 258.383023360234 Gflops = 0.258383023360234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057697 s
InvBiCGStab: k = 95 resid = 9.666481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34749(s) Flops=626337792 => 1802.46278166278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259504.636352077 Mflops = 259.504636352077 Gflops = 0.259504636352077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001196163 Relative Rsd = 5.2440181133041e-07
BICGSTAB_SOLVER_TIME: 0.737015 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 62 resid = 2.058051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227464(s) Flops=409798656 => 1801.59786163964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259377.385035883 Mflops = 259.377385035883 Gflops = 0.259377385035883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 92 resid = 9.027972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336024(s) Flops=606652416 => 1805.3841868438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.76456919 Mflops = 259.92976456919 Gflops = 0.25992976456919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.0011449 Relative Rsd = 5.01928031266207e-07
BICGSTAB_SOLVER_TIME: 0.665165 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124412
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998201(s) Flops=1611399168 => 1614.30329963605 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232444.272754773 Mflops = 232.444272754773 Gflops = 0.232444272754773 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179270000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041574 s
InvBiCGStab: k = 29 resid = 1.725266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108169(s) Flops=193259520 => 1786.64423263597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257161.201980601 Mflops = 257.161201980601 Gflops = 0.257161201980601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05723 s
InvBiCGStab: k = 53 resid = 7.083019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194212(s) Flops=350742528 => 1805.97763269005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259965.694785914 Mflops = 259.965694785914 Gflops = 0.259965694785914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007733528 Relative Rsd = 3.39040488017323e-07
BICGSTAB_SOLVER_TIME: 0.405071 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 77 resid = 2.044908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282796(s) Flops=508225536 => 1797.14541931286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258750.994481657 Mflops = 258.750994481657 Gflops = 0.258750994481657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 105 resid = 8.498529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427422(s) Flops=691955712 => 1618.90523183177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233090.466207559 Mflops = 233.090466207559 Gflops = 0.233090466207559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001301255 Relative Rsd = 5.70474785508275e-07
BICGSTAB_SOLVER_TIME: 0.811684 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047274 s
InvBiCGStab: k = 65 resid = 1.985767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299429(s) Flops=429484032 => 1434.34347374503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206510.721813362 Mflops = 206.510721813362 Gflops = 0.206510721813362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077865 s
InvBiCGStab: k = 85 resid = 1.152128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369081(s) Flops=560719872 => 1519.23255870663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218734.197308783 Mflops = 218.734197308783 Gflops = 0.218734197308783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001150496 Relative Rsd = 5.04381526781137e-07
BICGSTAB_SOLVER_TIME: 0.797782 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05475 s
InvBiCGStab: k = 72 resid = 2.266707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339667(s) Flops=475416576 => 1399.65488552023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201524.223309816 Mflops = 201.524223309816 Gflops = 0.201524223309816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063461 s
InvBiCGStab: k = 94 resid = 7.872269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361259(s) Flops=619776000 => 1715.60016497859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247010.213688218 Mflops = 247.010213688218 Gflops = 0.247010213688218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001181773 Relative Rsd = 5.18093398850994e-07
BICGSTAB_SOLVER_TIME: 0.82303 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041345 s
InvBiCGStab: k = 64 resid = 2.207559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235374(s) Flops=422922240 => 1796.80950317367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258695.491160398 Mflops = 258.695491160398 Gflops = 0.258695491160398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 93 resid = 9.698385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342217(s) Flops=613214208 => 1791.88704243214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257988.941316291 Mflops = 257.988941316291 Gflops = 0.257988941316291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001192572 Relative Rsd = 5.22827579034568e-07
BICGSTAB_SOLVER_TIME: 0.67924 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12616
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00646(s) Flops=1605353472 => 1595.04945253661 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229666.890897604 Mflops = 229.666890897604 Gflops = 0.229666890897604 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178406000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 35 resid = 1.906534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129581(s) Flops=232630272 => 1795.24985916145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258429.060092359 Mflops = 258.429060092359 Gflops = 0.258429060092359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056086 s
InvBiCGStab: k = 56 resid = 6.623291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206044(s) Flops=370427904 => 1797.80971054726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258798.447001319 Mflops = 258.798447001319 Gflops = 0.258798447001319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007691761 Relative Rsd = 3.37209387148132e-07
BICGSTAB_SOLVER_TIME: 0.436763 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0790860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042141 s
InvBiCGStab: k = 60 resid = 1.767286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219877(s) Flops=396675072 => 1804.07715222602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.536355771 Mflops = 259.720536355771 Gflops = 0.259720536355771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056121 s
InvBiCGStab: k = 80 resid = 1.146093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304045(s) Flops=527910912 => 1736.2920357184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249984.766439461 Mflops = 249.984766439461 Gflops = 0.249984766439461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001103669 Relative Rsd = 4.83852149440456e-07
BICGSTAB_SOLVER_TIME: 0.626132 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040814 s
InvBiCGStab: k = 62 resid = 1.441021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230038(s) Flops=409798656 => 1781.43896225841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256459.220106981 Mflops = 256.459220106981 Gflops = 0.256459220106981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 86 resid = 4.262741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315332(s) Flops=567281664 => 1798.9980845585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.483584437 Mflops = 259.005483584438 Gflops = 0.259005483584438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001110299 Relative Rsd = 4.86758750298958e-07
BICGSTAB_SOLVER_TIME: 0.646421 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119743
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041911 s
InvBiCGStab: k = 73 resid = 2.025548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268048(s) Flops=481978368 => 1798.10469766609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258892.802512072 Mflops = 258.892802512072 Gflops = 0.258892802512072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058143 s
InvBiCGStab: k = 80 resid = 1.138242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343448(s) Flops=527910912 => 1537.09123943071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221311.152555272 Mflops = 221.311152555272 Gflops = 0.221311152555272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001109565 Relative Rsd = 4.86436860751547e-07
BICGSTAB_SOLVER_TIME: 0.717865 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045435 s
InvBiCGStab: k = 61 resid = 1.931196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285246(s) Flops=403236864 => 1413.64598977724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203529.054222812 Mflops = 203.529054222812 Gflops = 0.203529054222812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072471 s
InvBiCGStab: k = 87 resid = 8.50948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381373(s) Flops=573843456 => 1504.67771971272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216644.076177754 Mflops = 216.644076177754 Gflops = 0.216644076177754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001087812 Relative Rsd = 4.76900672382418e-07
BICGSTAB_SOLVER_TIME: 0.790708 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119809
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109725(s) Flops=1598939136 => 1440.84267363536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207471.608135495 Mflops = 207.471608135495 Gflops = 0.207471608135495 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178048000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041696 s
InvBiCGStab: k = 24 resid = 1.65557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089351(s) Flops=160450560 => 1795.73323186086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.728704937 Mflops = 258.477728704937 Gflops = 0.258477728704937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 46 resid = 1.088923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171503(s) Flops=304809984 => 1777.28660140056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255835.540886896 Mflops = 255.835540886896 Gflops = 0.255835540886896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007368935 Relative Rsd = 3.23056607546948e-07
BICGSTAB_SOLVER_TIME: 0.36266 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657810000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 54 resid = 2.08092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198092(s) Flops=357304320 => 1803.72917634231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.149601325 Mflops = 259.663149601325 Gflops = 0.259663149601325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 81 resid = 1.14071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296748(s) Flops=534472704 => 1801.09959966032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.998797313 Mflops = 259.300998797313 Gflops = 0.259300998797313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00117012 Relative Rsd = 5.1298471010568e-07
BICGSTAB_SOLVER_TIME: 0.596312 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04057 s
InvBiCGStab: k = 59 resid = 2.08538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216352(s) Flops=390113280 => 1803.14154710842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.799168954 Mflops = 259.589799168954 Gflops = 0.259589799168954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056789 s
InvBiCGStab: k = 74 resid = 7.839258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285921(s) Flops=488540160 => 1708.6543485788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245993.666957297 Mflops = 245.993666957297 Gflops = 0.245993666957297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001038419 Relative Rsd = 4.55246238250374e-07
BICGSTAB_SOLVER_TIME: 0.603594 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041253 s
InvBiCGStab: k = 68 resid = 2.085116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251629(s) Flops=449169408 => 1785.04627050141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257009.247894935 Mflops = 257.009247894935 Gflops = 0.257009247894935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0568 s
InvBiCGStab: k = 91 resid = 9.930528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334865(s) Flops=600090624 => 1792.03745987189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258005.37874762 Mflops = 258.00537874762 Gflops = 0.25800537874762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001170068 Relative Rsd = 5.12961590402973e-07
BICGSTAB_SOLVER_TIME: 0.688421 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041914 s
InvBiCGStab: k = 67 resid = 2.22949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245758(s) Flops=442607616 => 1800.98965649135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.55603871 Mflops = 259.29055603871 Gflops = 0.25929055603871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 95 resid = 8.624969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347785(s) Flops=626337792 => 1800.93388731544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259294.10076381 Mflops = 259.29410076381 Gflops = 0.25929410076381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001150291 Relative Rsd = 5.04291446703259e-07
BICGSTAB_SOLVER_TIME: 0.69554 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12979
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.022409(s) Flops=1598939136 => 1563.89383896269 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225183.359218349 Mflops = 225.183359218349 Gflops = 0.225183359218349 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177861000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.54607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.385497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774493(s) Flops=1354696704 => 1749.14002321519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251823.604280062 Mflops = 251.823604280062 Gflops = 0.251823604280062 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.117614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851133(s) Flops=1499056128 => 1761.24780498465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253608.950939959 Mflops = 253.608950939959 Gflops = 0.253608950939959 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002038675 Relative Rsd = 8.97231375431433e-07
BICGSTAB_SOLVER_TIME: 1.629157 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309739999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.129673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721355(s) Flops=1302202368 => 1805.217081742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.430005752 Mflops = 259.923430005752 Gflops = 0.259923430005752 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.075781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787897(s) Flops=1420314624 => 1802.66535346625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.1139828 Mflops = 259.5691139828 Gflops = 0.2595691139828 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.001980457 Relative Rsd = 8.70303143981142e-07
BICGSTAB_SOLVER_TIME: 1.512587 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295591999999999
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990724(s) Flops=1598939136 => 1613.90976296123 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232390.609786 Mflops = 232.390609786 Gflops = 0.232390609786 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177875000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.384683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 27 resid = 2.073635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109231(s) Flops=180135936 => 1649.12832437678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237367.15363807 Mflops = 237.36715363807 Gflops = 0.23736715363807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05892 s
InvBiCGStab: k = 47 resid = 1.124807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183216(s) Flops=311371776 => 1699.47917212471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244639.044532703 Mflops = 244.639044532703 Gflops = 0.244639044532703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007598141 Relative Rsd = 3.33105052993509e-07
BICGSTAB_SOLVER_TIME: 0.397326 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046224 s
InvBiCGStab: k = 78 resid = 1.622023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354471(s) Flops=514787328 => 1452.26923500089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209092.397592837 Mflops = 209.092397592837 Gflops = 0.209092397592837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066028 s
InvBiCGStab: k = 133 resid = 4.101198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.611265(s) Flops=875685888 => 1432.57979436087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206271.995587263 Mflops = 206.271995587263 Gflops = 0.206271995587263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 211 iterations. Rsd = 0.001373324 Relative Rsd = 6.02070079362139e-07
BICGSTAB_SOLVER_TIME: 1.081867 sec
2Flav::invert,  n_count = 211
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164946999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 56 resid = 1.915887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263162(s) Flops=370427904 => 1407.60407657641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202657.67000925 Mflops = 202.65767000925 Gflops = 0.20265767000925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071123 s
InvBiCGStab: k = 94 resid = 1.062723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395091(s) Flops=619776000 => 1568.69176974419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225853.123962196 Mflops = 225.853123962196 Gflops = 0.225853123962196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001083956 Relative Rsd = 4.75209922909353e-07
BICGSTAB_SOLVER_TIME: 0.774396 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040983 s
InvBiCGStab: k = 75 resid = 1.682128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275709(s) Flops=495101952 => 1795.74098778059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258532.992866522 Mflops = 258.532992866522 Gflops = 0.258532992866522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056863 s
InvBiCGStab: k = 103 resid = 1.055845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37737(s) Flops=678832128 => 1798.85027426663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258997.192325748 Mflops = 258.997192325748 Gflops = 0.258997192325748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00122854 Relative Rsd = 5.38595879760491e-07
BICGSTAB_SOLVER_TIME: 0.754642 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 51 resid = 2.171681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188362(s) Flops=337618944 => 1792.39413469808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258039.332850747 Mflops = 258.039332850747 Gflops = 0.258039332850747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 89 resid = 1.005681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326599(s) Flops=586967040 => 1797.21015679779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.385254591 Mflops = 258.754385254591 Gflops = 0.258754385254591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001113505 Relative Rsd = 4.88164254698219e-07
BICGSTAB_SOLVER_TIME: 0.616659 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114118
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993526(s) Flops=1604911104 => 1615.36900292494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232748.425356876 Mflops = 232.748425356876 Gflops = 0.232748425356876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178751000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041448 s
InvBiCGStab: k = 30 resid = 2.170708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111109(s) Flops=199821312 => 1798.42597809358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258884.364380326 Mflops = 258.884364380326 Gflops = 0.258884364380326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 46 resid = 9.265165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16885(s) Flops=304809984 => 1805.2116316257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259839.120688433 Mflops = 259.839120688433 Gflops = 0.259839120688433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007463138 Relative Rsd = 3.27186485655666e-07
BICGSTAB_SOLVER_TIME: 0.381451 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 81 resid = 1.89309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295991(s) Flops=534472704 => 1805.70593024788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259975.048205045 Mflops = 259.975048205045 Gflops = 0.259975048205045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 117 resid = 1.061554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426882(s) Flops=770697216 => 1805.41043192264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259938.536961144 Mflops = 259.938536961144 Gflops = 0.259938536961144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001285492 Relative Rsd = 5.63563831726065e-07
BICGSTAB_SOLVER_TIME: 0.824127 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155718999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 52 resid = 2.18496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191161(s) Flops=344180736 => 1800.47570372618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259204.630684108 Mflops = 259.204630684108 Gflops = 0.259204630684108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 82 resid = 9.662572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303713(s) Flops=541034496 => 1781.40051956946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256468.926459737 Mflops = 256.468926459737 Gflops = 0.256468926459737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001075037 Relative Rsd = 4.71299988197586e-07
BICGSTAB_SOLVER_TIME: 0.595926 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064677 s
InvBiCGStab: k = 80 resid = 2.276575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349529(s) Flops=527910912 => 1510.34939017936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217457.887507276 Mflops = 217.457887507276 Gflops = 0.217457887507276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066159 s
InvBiCGStab: k = 94 resid = 7.471581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429232(s) Flops=619776000 => 1443.91844037723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207893.564023098 Mflops = 207.893564023098 Gflops = 0.207893564023098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001197544 Relative Rsd = 5.25007516919227e-07
BICGSTAB_SOLVER_TIME: 0.914276 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043975 s
InvBiCGStab: k = 53 resid = 1.932729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234266(s) Flops=350742528 => 1497.19774956673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215556.514954571 Mflops = 215.556514954571 Gflops = 0.215556514954571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070073 s
InvBiCGStab: k = 86 resid = 1.092605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393022(s) Flops=567281664 => 1443.38399377134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207813.840182045 Mflops = 207.813840182045 Gflops = 0.207813840182045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001093656 Relative Rsd = 4.79462468138287e-07
BICGSTAB_SOLVER_TIME: 0.745212 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113636
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011597(s) Flops=1605058560 => 1586.65808617463 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228460.374202041 Mflops = 228.460374202041 Gflops = 0.228460374202041 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178445000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041864 s
InvBiCGStab: k = 30 resid = 2.272782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111267(s) Flops=199821312 => 1795.87219930438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.423402135 Mflops = 258.492423402135 Gflops = 0.258492423402135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055964 s
InvBiCGStab: k = 60 resid = 6.689962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221218(s) Flops=396675072 => 1793.14102830692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258127.250193013 Mflops = 258.127250193013 Gflops = 0.258127250193013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007436065 Relative Rsd = 3.25999597694701e-07
BICGSTAB_SOLVER_TIME: 0.434222 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 57 resid = 1.902691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209022(s) Flops=376989696 => 1803.58859832936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.937233276 Mflops = 259.648937233276 Gflops = 0.259648937233276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 82 resid = 1.138888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299053(s) Flops=541034496 => 1809.15923264438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260466.054519384 Mflops = 260.466054519384 Gflops = 0.260466054519384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001033612 Relative Rsd = 4.53139129981088e-07
BICGSTAB_SOLVER_TIME: 0.609294 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040764 s
InvBiCGStab: k = 66 resid = 1.987968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242305(s) Flops=436045824 => 1799.57418955449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259086.802285994 Mflops = 259.086802285994 Gflops = 0.259086802285994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 81 resid = 1.091328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296233(s) Flops=534472704 => 1804.23080480568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.520850194 Mflops = 259.752520850193 Gflops = 0.259752520850194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001088471 Relative Rsd = 4.77189439000342e-07
BICGSTAB_SOLVER_TIME: 0.639285 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001842
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 76 resid = 1.565648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278301(s) Flops=501663744 => 1802.59411213039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.307265747 Mflops = 259.527307265747 Gflops = 0.259527307265747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 89 resid = 1.088419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325298(s) Flops=586967040 => 1804.39793666115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.131266714 Mflops = 259.788131266714 Gflops = 0.259788131266714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001162386 Relative Rsd = 5.09593769338358e-07
BICGSTAB_SOLVER_TIME: 0.705107 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044473 s
InvBiCGStab: k = 68 resid = 1.840983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251191(s) Flops=449169408 => 1788.15884327066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257443.608003549 Mflops = 257.443608003549 Gflops = 0.257443608003549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057242 s
InvBiCGStab: k = 81 resid = 1.132495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309096(s) Flops=534472704 => 1729.14791521081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248939.978061698 Mflops = 248.939978061698 Gflops = 0.248939978061698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001101964 Relative Rsd = 4.83104612386243e-07
BICGSTAB_SOLVER_TIME: 0.665809 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120777
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.193896(s) Flops=1605206016 => 1344.51075805598 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193597.469759773 Mflops = 193.597469759773 Gflops = 0.193597469759773 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178290000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.453597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 24 resid = 2.236719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089394(s) Flops=160450560 => 1794.86945432579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258316.159966519 Mflops = 258.316159966519 Gflops = 0.258316159966519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 53 resid = 1.082887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195342(s) Flops=350742528 => 1795.53054642627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258481.351914516 Mflops = 258.481351914516 Gflops = 0.258481351914516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007649561 Relative Rsd = 3.35359326081244e-07
BICGSTAB_SOLVER_TIME: 0.386318 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 60 resid = 2.078108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219787(s) Flops=396675072 => 1804.81589902951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.063238309 Mflops = 259.831063238309 Gflops = 0.259831063238309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 95 resid = 1.113747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34798(s) Flops=626337792 => 1799.92468532674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259139.213658856 Mflops = 259.139213658856 Gflops = 0.259139213658856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001182248 Relative Rsd = 5.18301578249105e-07
BICGSTAB_SOLVER_TIME: 0.669228 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125178000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 63 resid = 1.929674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232421(s) Flops=416360448 => 1791.40631870614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257887.367570178 Mflops = 257.887367570178 Gflops = 0.257887367570178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 77 resid = 1.111959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301463(s) Flops=508225536 => 1685.86372456985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242700.194195428 Mflops = 242.700194195428 Gflops = 0.242700194195428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001091235 Relative Rsd = 4.78401207436075e-07
BICGSTAB_SOLVER_TIME: 0.634981 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046784 s
InvBiCGStab: k = 77 resid = 1.970435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28157(s) Flops=508225536 => 1804.97047270661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.004430707 Mflops = 259.873004430707 Gflops = 0.259873004430707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058913 s
InvBiCGStab: k = 84 resid = 1.141268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307686(s) Flops=554158080 => 1801.05068153897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259297.831401695 Mflops = 259.297831401695 Gflops = 0.259297831401695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001177048 Relative Rsd = 5.16021812244146e-07
BICGSTAB_SOLVER_TIME: 0.698748 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041627 s
InvBiCGStab: k = 63 resid = 1.975521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243145(s) Flops=416360448 => 1712.39568158918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246524.468240055 Mflops = 246.524468240055 Gflops = 0.246524468240055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058386 s
InvBiCGStab: k = 80 resid = 8.890594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298168(s) Flops=527910912 => 1770.51498484076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254898.27603152 Mflops = 254.89827603152 Gflops = 0.25489827603152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001119963 Relative Rsd = 4.90995729282139e-07
BICGSTAB_SOLVER_TIME: 0.645179 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116514
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998093(s) Flops=1605279744 => 1608.34686146481 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231643.541528113 Mflops = 231.643541528113 Gflops = 0.231643541528113 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178341000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.74869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915036(s) Flops=1400629248 => 1530.68212398201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220416.207974185 Mflops = 220.416207974185 Gflops = 0.220416207974185 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.144858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840271(s) Flops=1512179712 => 1799.63334686072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259136.12114421 Mflops = 259.13612114421 Gflops = 0.25913612114421 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002086017 Relative Rsd = 9.18061583738769e-07
BICGSTAB_SOLVER_TIME: 1.758822 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317955999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.806841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734869(s) Flops=1275955200 => 1736.30293290369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249955.358872812 Mflops = 249.955358872812 Gflops = 0.249955358872812 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 9.916096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740464(s) Flops=1321887744 => 1785.2154108775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257045.29942469 Mflops = 257.04529942469 Gflops = 0.25704529942469 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.00194457 Relative Rsd = 8.54535686183111e-07
BICGSTAB_SOLVER_TIME: 1.478814 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.114497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282033999999998
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993699(s) Flops=1605279744 => 1615.45874958111 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232604.165506297 Mflops = 232.604165506297 Gflops = 0.232604165506297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178391000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 24 resid = 2.200861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088882(s) Flops=160450560 => 1805.20870367453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.063154533 Mflops = 259.798063154533 Gflops = 0.259798063154533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056566 s
InvBiCGStab: k = 51 resid = 8.098463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187444(s) Flops=337618944 => 1801.17231813235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.318225062 Mflops = 259.278318225062 Gflops = 0.259278318225062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.00072231 Relative Rsd = 3.16663142121479e-07
BICGSTAB_SOLVER_TIME: 0.377545 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 80 resid = 1.821672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292714(s) Flops=527910912 => 1803.50414397671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.611304626 Mflops = 259.655611304626 Gflops = 0.259655611304626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056122 s
InvBiCGStab: k = 91 resid = 1.106222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342156(s) Flops=600090624 => 1753.8509451829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252521.987112001 Mflops = 252.521987112001 Gflops = 0.252521987112001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001229325 Relative Rsd = 5.38940378641896e-07
BICGSTAB_SOLVER_TIME: 0.7372 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046526 s
InvBiCGStab: k = 62 resid = 2.128171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299294(s) Flops=409798656 => 1369.21774576169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197143.28570882 Mflops = 197.14328570882 Gflops = 0.19714328570882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060653 s
InvBiCGStab: k = 76 resid = 1.046117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329388(s) Flops=501663744 => 1523.01766913184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219270.987840896 Mflops = 219.270987840896 Gflops = 0.219270987840896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.0009982851 Relative Rsd = 4.37651583084292e-07
BICGSTAB_SOLVER_TIME: 0.739965 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045573 s
InvBiCGStab: k = 59 resid = 1.925564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266154(s) Flops=390113280 => 1465.74269032214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211020.945556204 Mflops = 211.020945556204 Gflops = 0.211020945556204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0574 s
InvBiCGStab: k = 88 resid = 6.029857e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416375(s) Flops=580405248 => 1393.94835905134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200700.39581896 Mflops = 200.70039581896 Gflops = 0.20070039581896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001101882 Relative Rsd = 4.83068835539448e-07
BICGSTAB_SOLVER_TIME: 0.789419 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 64 resid = 2.213044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234526(s) Flops=422922240 => 1803.30641378781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.987173309 Mflops = 259.622987173309 Gflops = 0.259622987173309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056062 s
InvBiCGStab: k = 85 resid = 1.115489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313001(s) Flops=560719872 => 1791.43156731129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257912.059552687 Mflops = 257.912059552687 Gflops = 0.257912059552687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001140409 Relative Rsd = 4.99959181881325e-07
BICGSTAB_SOLVER_TIME: 0.648804 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120525
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99144(s) Flops=1598939136 => 1612.74422657952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232259.891634115 Mflops = 232.259891634115 Gflops = 0.232259891634115 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178026000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 28 resid = 1.876116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104135(s) Flops=186697728 => 1792.84321313679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258054.536910823 Mflops = 258.054536910823 Gflops = 0.258054536910823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 53 resid = 1.074508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194541(s) Flops=350742528 => 1802.92343516277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.70500802 Mflops = 259.53770500802 Gflops = 0.25953770500802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007648613 Relative Rsd = 3.35317782067991e-07
BICGSTAB_SOLVER_TIME: 0.399594 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040778 s
InvBiCGStab: k = 72 resid = 1.993894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275794(s) Flops=475416576 => 1723.81043822563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248187.039087288 Mflops = 248.187039087288 Gflops = 0.248187039087288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059836 s
InvBiCGStab: k = 101 resid = 1.036965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383007(s) Flops=665708544 => 1738.11064549734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250240.827746477 Mflops = 250.240827746477 Gflops = 0.250240827746477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001265163 Relative Rsd = 5.54651722219427e-07
BICGSTAB_SOLVER_TIME: 0.763369 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 69 resid = 1.513675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253595(s) Flops=455731200 => 1797.08275005422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258729.180212143 Mflops = 258.729180212143 Gflops = 0.258729180212143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 73 resid = 8.89335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268843(s) Flops=481978368 => 1792.78749307216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258085.580492139 Mflops = 258.085580492139 Gflops = 0.258085580492139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001055441 Relative Rsd = 4.62708849574674e-07
BICGSTAB_SOLVER_TIME: 0.624541 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041859 s
InvBiCGStab: k = 77 resid = 2.225686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281625(s) Flops=508225536 => 1804.61797070573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259813.638968975 Mflops = 259.813638968976 Gflops = 0.259813638968976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056146 s
InvBiCGStab: k = 88 resid = 9.901504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325192(s) Flops=580405248 => 1784.80789195306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256969.945072029 Mflops = 256.969945072029 Gflops = 0.256969945072029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001147684 Relative Rsd = 5.03148629080678e-07
BICGSTAB_SOLVER_TIME: 0.708745 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060602 s
InvBiCGStab: k = 74 resid = 2.224828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311551(s) Flops=488540160 => 1568.0904891976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225767.293122736 Mflops = 225.767293122736 Gflops = 0.225767293122735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066982 s
InvBiCGStab: k = 80 resid = 9.836277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357654(s) Flops=527910912 => 1476.03804794578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212515.713106667 Mflops = 212.515713106667 Gflops = 0.212515713106667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001137472 Relative Rsd = 4.98671368507326e-07
BICGSTAB_SOLVER_TIME: 0.800782 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124003
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.09051(s) Flops=1592598528 => 1460.41625294587 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210278.993520883 Mflops = 210.278993520883 Gflops = 0.210278993520883 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177024000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04175 s
InvBiCGStab: k = 28 resid = 1.893487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105946(s) Flops=186697728 => 1762.19704377702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253638.58530677 Mflops = 253.63858530677 Gflops = 0.25363858530677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060911 s
InvBiCGStab: k = 50 resid = 8.093326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185788(s) Flops=331057152 => 1781.90815337912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256494.088547004 Mflops = 256.494088547004 Gflops = 0.256494088547004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007467138 Relative Rsd = 3.27361848345518e-07
BICGSTAB_SOLVER_TIME: 0.398195 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 52 resid = 1.986683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191613(s) Flops=344180736 => 1796.22852311691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258574.356155377 Mflops = 258.574356155377 Gflops = 0.258574356155377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 90 resid = 7.241784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33142(s) Flops=593528832 => 1790.86606722588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257837.267956465 Mflops = 257.837267956465 Gflops = 0.257837267956465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001118871 Relative Rsd = 4.90516799281679e-07
BICGSTAB_SOLVER_TIME: 0.624579 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041771 s
InvBiCGStab: k = 57 resid = 2.19085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209264(s) Flops=376989696 => 1801.50286719168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259347.295058424 Mflops = 259.347295058424 Gflops = 0.259347295058424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 85 resid = 1.096463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310316(s) Flops=560719872 => 1806.93187589425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260152.121967774 Mflops = 260.152121967774 Gflops = 0.260152121967774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001063122 Relative Rsd = 4.66076109233704e-07
BICGSTAB_SOLVER_TIME: 0.621452 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 64 resid = 2.080052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234376(s) Flops=422922240 => 1804.46052496843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.750876455 Mflops = 259.791750876455 Gflops = 0.259791750876455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 79 resid = 8.589133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289442(s) Flops=521349120 => 1801.22138459519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.958422012 Mflops = 259.327958422012 Gflops = 0.259327958422012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001117937 Relative Rsd = 4.90107381499956e-07
BICGSTAB_SOLVER_TIME: 0.624839 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042733 s
InvBiCGStab: k = 64 resid = 1.932732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234478(s) Flops=422922240 => 1803.67556871007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.889884374 Mflops = 259.665889884374 Gflops = 0.259665889884374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056683 s
InvBiCGStab: k = 85 resid = 9.174739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311069(s) Flops=560719872 => 1802.55786336793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.60850002 Mflops = 259.53060850002 Gflops = 0.25953060850002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001091302 Relative Rsd = 4.78430502600212e-07
BICGSTAB_SOLVER_TIME: 0.648947 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120592
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984641(s) Flops=1579917312 => 1604.56177632254 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231038.109916681 Mflops = 231.038109916681 Gflops = 0.231038109916681 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175674000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.552522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041929 s
InvBiCGStab: k = 27 resid = 2.039628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135231(s) Flops=180135936 => 1332.06096235331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191744.554622444 Mflops = 191.744554622444 Gflops = 0.191744554622444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058153 s
InvBiCGStab: k = 58 resid = 9.429314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214612(s) Flops=383551488 => 1787.1856559745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257276.413284419 Mflops = 257.276413284419 Gflops = 0.257276413284419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007718649 Relative Rsd = 3.38388185764992e-07
BICGSTAB_SOLVER_TIME: 0.453811 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 58 resid = 2.227753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214262(s) Flops=383551488 => 1790.10504895875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257715.19584053 Mflops = 257.71519584053 Gflops = 0.25771519584053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 85 resid = 1.134237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31148(s) Flops=560719872 => 1800.17937588288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259169.053923038 Mflops = 259.169053923037 Gflops = 0.259169053923038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001190407 Relative Rsd = 5.21878344264901e-07
BICGSTAB_SOLVER_TIME: 0.626693 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 57 resid = 2.231187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20973(s) Flops=376989696 => 1797.50010012874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258774.989114623 Mflops = 258.774989114623 Gflops = 0.258774989114623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 69 resid = 8.7034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254056(s) Flops=455731200 => 1793.82183455616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258242.706123763 Mflops = 258.242706123763 Gflops = 0.258242706123763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001036867 Relative Rsd = 4.54565865718817e-07
BICGSTAB_SOLVER_TIME: 0.565133 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 75 resid = 1.930517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274562(s) Flops=495101952 => 1803.24280854598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259621.635631436 Mflops = 259.621635631436 Gflops = 0.259621635631436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 84 resid = 1.132412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307456(s) Flops=554158080 => 1802.39800166528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259492.931596139 Mflops = 259.492931596139 Gflops = 0.259492931596139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001136511 Relative Rsd = 4.98250314318942e-07
BICGSTAB_SOLVER_TIME: 0.683426 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041831 s
InvBiCGStab: k = 56 resid = 1.975945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20488(s) Flops=370427904 => 1808.02374072628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260289.69080738 Mflops = 260.28969080738 Gflops = 0.26028969080738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 85 resid = 9.036962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310763(s) Flops=560719872 => 1804.33279380106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.578582685 Mflops = 259.768578582685 Gflops = 0.259768578582685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001094625 Relative Rsd = 4.79887145944535e-07
BICGSTAB_SOLVER_TIME: 0.617838 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115045
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983695(s) Flops=1567309824 => 1593.28839121882 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229415.973857286 Mflops = 229.415973857286 Gflops = 0.229415973857286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174093000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 2.088881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.015714(s) Flops=1538426880 => 1514.62604630831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218050.136255187 Mflops = 218.050136255187 Gflops = 0.218050136255187 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 4.436856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.106798(s) Flops=1702471680 => 1538.1954792112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221492.978029475 Mflops = 221.492978029475 Gflops = 0.221492978029475 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.002145082 Relative Rsd = 9.440535206057e-07
BICGSTAB_SOLVER_TIME: 2.125927 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351377999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.078872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.647803(s) Flops=1164404736 => 1797.46734115155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.196630929 Mflops = 258.639196630929 Gflops = 0.258639196630929 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 6.102791e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819485(s) Flops=1472808960 => 1797.237240462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258789.149256315 Mflops = 258.789149256315 Gflops = 0.258789149256315 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.002043716 Relative Rsd = 8.98119426822382e-07
BICGSTAB_SOLVER_TIME: 1.470709 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.121936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287055999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983423(s) Flops=1567309824 => 1593.72907080676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229487.763366274 Mflops = 229.487763366274 Gflops = 0.229487763366274 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174176000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 27 resid = 2.151272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100166(s) Flops=180135936 => 1798.37405906196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258803.645741277 Mflops = 258.803645741277 Gflops = 0.258803645741277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 48 resid = 1.092662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176255(s) Flops=317933568 => 1803.82722759638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259662.635795218 Mflops = 259.662635795218 Gflops = 0.259662635795218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007534726 Relative Rsd = 3.30324921502136e-07
BICGSTAB_SOLVER_TIME: 0.377566 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040792 s
InvBiCGStab: k = 81 resid = 2.047075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310163(s) Flops=534472704 => 1723.19942739785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248105.948857344 Mflops = 248.105948857344 Gflops = 0.248105948857344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 110 resid = 1.036743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403957(s) Flops=724764672 => 1794.16292328144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258313.109287204 Mflops = 258.313109287204 Gflops = 0.258313109287204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001307038 Relative Rsd = 5.73009786906702e-07
BICGSTAB_SOLVER_TIME: 0.81486 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152380999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 56 resid = 2.250215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205168(s) Flops=370427904 => 1805.48576776105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259921.214277179 Mflops = 259.921214277179 Gflops = 0.259921214277179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056069 s
InvBiCGStab: k = 87 resid = 1.101764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318043(s) Flops=573843456 => 1804.2951927884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.049430068 Mflops = 259.751049430068 Gflops = 0.259751049430068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001109033 Relative Rsd = 4.86203928470846e-07
BICGSTAB_SOLVER_TIME: 0.624179 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116606
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043975 s
InvBiCGStab: k = 65 resid = 2.236038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273619(s) Flops=429484032 => 1569.6425759907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225977.251833381 Mflops = 225.977251833381 Gflops = 0.225977251833381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069257 s
InvBiCGStab: k = 85 resid = 1.120106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379989(s) Flops=560719872 => 1475.62132588049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212456.654232442 Mflops = 212.456654232442 Gflops = 0.212456654232442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001135676 Relative Rsd = 4.97884379951583e-07
BICGSTAB_SOLVER_TIME: 0.771508 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04453 s
InvBiCGStab: k = 58 resid = 2.096774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260846(s) Flops=383551488 => 1470.41353135567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211805.740201658 Mflops = 211.805740201658 Gflops = 0.211805740201658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070115 s
InvBiCGStab: k = 75 resid = 1.143137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328915(s) Flops=495101952 => 1505.25805147226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216713.202612349 Mflops = 216.713202612349 Gflops = 0.216713202612349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001086144 Relative Rsd = 4.7616921194267e-07
BICGSTAB_SOLVER_TIME: 0.708251 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109095
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.119791(s) Flops=1560379392 => 1393.4559145412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200641.783313857 Mflops = 200.641783313857 Gflops = 0.200641783313857 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173513000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 39 resid = 1.994823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143652(s) Flops=258877440 => 1802.11511151951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.348623585 Mflops = 259.406348623585 Gflops = 0.259406348623585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 59 resid = 1.065459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217031(s) Flops=390113280 => 1797.50026493911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258763.078019216 Mflops = 258.763078019216 Gflops = 0.258763078019216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.000730828 Relative Rsd = 3.20397458959037e-07
BICGSTAB_SOLVER_TIME: 0.461858 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0840820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 87 resid = 1.053222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318326(s) Flops=573843456 => 1802.69112796316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259548.170405948 Mflops = 259.548170405948 Gflops = 0.259548170405948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 110 resid = 1.053896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401767(s) Flops=724764672 => 1803.94276284513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259725.046868429 Mflops = 259.725046868429 Gflops = 0.259725046868429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001336085 Relative Rsd = 5.85744200817053e-07
BICGSTAB_SOLVER_TIME: 0.820857 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155197999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 58 resid = 1.511048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213098(s) Flops=383551488 => 1799.88309604032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259096.916235316 Mflops = 259.096916235316 Gflops = 0.259096916235316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 66 resid = 1.097028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258592(s) Flops=436045824 => 1686.23091201584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242756.473146334 Mflops = 242.756473146334 Gflops = 0.242756473146334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001041705 Relative Rsd = 4.56687111201459e-07
BICGSTAB_SOLVER_TIME: 0.572727 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 79 resid = 2.240639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290947(s) Flops=521349120 => 1791.90409249795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257983.745850175 Mflops = 257.983745850175 Gflops = 0.257983745850175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056944 s
InvBiCGStab: k = 78 resid = 8.466066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28705(s) Flops=514787328 => 1793.37163560355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258184.759775654 Mflops = 258.184759775654 Gflops = 0.258184759775654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001130304 Relative Rsd = 4.95529283524557e-07
BICGSTAB_SOLVER_TIME: 0.680014 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048505 s
InvBiCGStab: k = 62 resid = 1.995589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257353(s) Flops=409798656 => 1592.36012791769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229257.303163139 Mflops = 229.257303163139 Gflops = 0.229257303163139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068731 s
InvBiCGStab: k = 90 resid = 7.560391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390952(s) Flops=593528832 => 1518.16292537191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218578.044900665 Mflops = 218.578044900665 Gflops = 0.218578044900665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001132905 Relative Rsd = 4.966694982667e-07
BICGSTAB_SOLVER_TIME: 0.769394 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122594
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12056(s) Flops=1541505024 => 1375.65594345684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198082.557142182 Mflops = 198.082557142182 Gflops = 0.198082557142182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171405000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043221 s
InvBiCGStab: k = 33 resid = 1.500099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122141(s) Flops=219506688 => 1797.15810415831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258669.744812955 Mflops = 258.669744812955 Gflops = 0.258669744812955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 54 resid = 1.122604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197934(s) Flops=357304320 => 1805.16899572585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259862.463374752 Mflops = 259.862463374752 Gflops = 0.259862463374752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.000760051 Relative Rsd = 3.33208913026644e-07
BICGSTAB_SOLVER_TIME: 0.423822 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762700000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040955 s
InvBiCGStab: k = 54 resid = 2.277309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199021(s) Flops=357304320 => 1795.30964069118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258447.511806686 Mflops = 258.447511806686 Gflops = 0.258447511806686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060794 s
InvBiCGStab: k = 86 resid = 7.047479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33811(s) Flops=567281664 => 1677.80208807784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241556.566624244 Mflops = 241.556566624244 Gflops = 0.241556566624244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001059929 Relative Rsd = 4.64676372000903e-07
BICGSTAB_SOLVER_TIME: 0.642696 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046625 s
InvBiCGStab: k = 60 resid = 1.956662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230529(s) Flops=396675072 => 1720.71657795765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247729.009044794 Mflops = 247.729009044794 Gflops = 0.247729009044794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05739 s
InvBiCGStab: k = 79 resid = 1.015419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292372(s) Flops=521349120 => 1783.17048144145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256727.877744642 Mflops = 256.727877744642 Gflops = 0.256727877744642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001059888 Relative Rsd = 4.64658407022198e-07
BICGSTAB_SOLVER_TIME: 0.630811 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 56 resid = 2.229641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208169(s) Flops=370427904 => 1779.45757533542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256182.760108065 Mflops = 256.182760108064 Gflops = 0.256182760108065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05597 s
InvBiCGStab: k = 90 resid = 4.167655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335316(s) Flops=593528832 => 1770.05818988655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254831.74553299 Mflops = 254.83174553299 Gflops = 0.25483174553299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001106784 Relative Rsd = 4.8521794715383e-07
BICGSTAB_SOLVER_TIME: 0.644139 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042922 s
InvBiCGStab: k = 59 resid = 1.631163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231708(s) Flops=390113280 => 1683.64182505567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242382.123856279 Mflops = 242.382123856279 Gflops = 0.242382123856279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066634 s
InvBiCGStab: k = 84 resid = 5.433326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35671(s) Flops=554158080 => 1553.52549690225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223666.118217092 Mflops = 223.666118217092 Gflops = 0.223666118217092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105701 Relative Rsd = 4.84742844918719e-07
BICGSTAB_SOLVER_TIME: 0.703485 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116284
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.138527(s) Flops=1529044992 => 1343.00283787736 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193395.340468727 Mflops = 193.395340468727 Gflops = 0.193395340468727 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170112000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 29 resid = 2.144918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107924(s) Flops=193259520 => 1790.70012230829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257768.565798694 Mflops = 257.768565798694 Gflops = 0.257768565798694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 50 resid = 8.469791e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193842(s) Flops=331057152 => 1707.87111152382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245858.493524559 Mflops = 245.858493524559 Gflops = 0.245858493524559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007462132 Relative Rsd = 3.27142415317281e-07
BICGSTAB_SOLVER_TIME: 0.402748 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042398 s
InvBiCGStab: k = 58 resid = 1.475351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212673(s) Flops=383551488 => 1803.47993398316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.525791915 Mflops = 259.637525791915 Gflops = 0.259637525791915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 92 resid = 6.059818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342117(s) Flops=606652416 => 1773.23084208034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255299.92328727 Mflops = 255.29992328727 Gflops = 0.25529992328727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.0011315 Relative Rsd = 4.96053585303619e-07
BICGSTAB_SOLVER_TIME: 0.657193 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044127 s
InvBiCGStab: k = 62 resid = 1.759561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229457(s) Flops=409798656 => 1785.94968120389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257126.211197167 Mflops = 257.126211197167 Gflops = 0.257126211197167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 77 resid = 1.092636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286651(s) Flops=508225536 => 1772.97667198091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255257.611304495 Mflops = 255.257611304495 Gflops = 0.255257611304495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00106248 Relative Rsd = 4.65794742962121e-07
BICGSTAB_SOLVER_TIME: 0.62047 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044189 s
InvBiCGStab: k = 62 resid = 2.154204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227841(s) Flops=409798656 => 1798.61682489104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258930.891660373 Mflops = 258.930891660373 Gflops = 0.258930891660373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056099 s
InvBiCGStab: k = 88 resid = 1.032171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33188(s) Flops=580405248 => 1748.84068940581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251785.827206749 Mflops = 251.785827206749 Gflops = 0.251785827206749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001135515 Relative Rsd = 4.9781343870045e-07
BICGSTAB_SOLVER_TIME: 0.663916 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121482
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042072 s
InvBiCGStab: k = 61 resid = 1.769807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227619(s) Flops=403236864 => 1771.5430785655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255047.827918413 Mflops = 255.047827918413 Gflops = 0.255047827918413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056892 s
InvBiCGStab: k = 78 resid = 7.729914e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320953(s) Flops=514787328 => 1603.93368499438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230923.910786468 Mflops = 230.923910786468 Gflops = 0.230923910786468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001099461 Relative Rsd = 4.82007523800364e-07
BICGSTAB_SOLVER_TIME: 0.651678 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113361
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.179489(s) Flops=1528897536 => 1296.23721459039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186704.095581631 Mflops = 186.704095581631 Gflops = 0.186704095581631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169856000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.46019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021348
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.985478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811698(s) Flops=1466247168 => 1806.39494984588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.655694357 Mflops = 260.064655694357 Gflops = 0.260064655694357 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.007348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774769(s) Flops=1400629248 => 1807.80238755035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260306.973462788 Mflops = 260.306973462788 Gflops = 0.260306973462788 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002400619 Relative Rsd = 1.05652659461107e-06
BICGSTAB_SOLVER_TIME: 1.589789 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311211999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.938777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685997(s) Flops=1236584448 => 1802.60911928186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259481.819969966 Mflops = 259.481819969966 Gflops = 0.259481819969966 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.010568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882628(s) Flops=1590921216 => 1802.48215103079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.833657482 Mflops = 259.543833657482 Gflops = 0.259543833657482 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002052217 Relative Rsd = 9.01889947266216e-07
BICGSTAB_SOLVER_TIME: 1.572059 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307030999999999
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.128607(s) Flops=1528897536 => 1354.67663766041 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195057.291918028 Mflops = 195.057291918028 Gflops = 0.195057291918028 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169838000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.502938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 26 resid = 2.189378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096907(s) Flops=173574144 => 1791.14144489046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257796.363460293 Mflops = 257.796363460293 Gflops = 0.257796363460293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 51 resid = 6.829467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18843(s) Flops=337618944 => 1791.74730138513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257920.21684594 Mflops = 257.92021684594 Gflops = 0.25792021684594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007802668 Relative Rsd = 3.42071618841845e-07
BICGSTAB_SOLVER_TIME: 0.386388 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 80 resid = 1.438594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294384(s) Flops=527910912 => 1793.27311266917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258173.562347597 Mflops = 258.173562347597 Gflops = 0.258173562347597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05685 s
InvBiCGStab: k = 105 resid = 7.66317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383195(s) Flops=691955712 => 1805.75349887133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259985.529576809 Mflops = 259.985529576809 Gflops = 0.259985529576809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001288978 Relative Rsd = 5.6509213083772e-07
BICGSTAB_SOLVER_TIME: 0.779519 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041346 s
InvBiCGStab: k = 59 resid = 2.274567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216417(s) Flops=390113280 => 1802.59998059302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.056429028 Mflops = 259.515056429028 Gflops = 0.259515056429028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 73 resid = 1.118419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266396(s) Flops=481978368 => 1809.25527410321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260483.590914768 Mflops = 260.483590914768 Gflops = 0.260483590914768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001017979 Relative Rsd = 4.46285439568497e-07
BICGSTAB_SOLVER_TIME: 0.584495 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 62 resid = 2.059273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229536(s) Flops=409798656 => 1785.33500627353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257020.745659699 Mflops = 257.020745659699 Gflops = 0.257020745659699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 82 resid = 1.090933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30208(s) Flops=541034496 => 1791.03050847458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257850.302347557 Mflops = 257.850302347557 Gflops = 0.257850302347557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001164809 Relative Rsd = 5.10656203888611e-07
BICGSTAB_SOLVER_TIME: 0.632962 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 60 resid = 1.680104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220297(s) Flops=396675072 => 1800.63764826575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259235.705005332 Mflops = 259.235705005332 Gflops = 0.259235705005332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057549 s
InvBiCGStab: k = 81 resid = 9.500563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310903(s) Flops=534472704 => 1719.0979308659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247494.79872352 Mflops = 247.49479872352 Gflops = 0.24749479872352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001100995 Relative Rsd = 4.82679781469381e-07
BICGSTAB_SOLVER_TIME: 0.633567 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114965
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.1045(s) Flops=1529118720 => 1384.44429153463 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199355.052476094 Mflops = 199.355052476094 Gflops = 0.199355052476094 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169914000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.488177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 26 resid = 2.255927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096577(s) Flops=173574144 => 1797.26170827423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258682.382392936 Mflops = 258.682382392936 Gflops = 0.258682382392936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056051 s
InvBiCGStab: k = 44 resid = 9.103454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162833(s) Flops=291686400 => 1791.32239779406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257846.420406727 Mflops = 257.846420406727 Gflops = 0.257846420406727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006974283 Relative Rsd = 3.05754929540673e-07
BICGSTAB_SOLVER_TIME: 0.360304 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 79 resid = 2.263692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290673(s) Flops=521349120 => 1793.59321299192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258244.211288872 Mflops = 258.244211288872 Gflops = 0.258244211288872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056762 s
InvBiCGStab: k = 106 resid = 1.107544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390485(s) Flops=698517504 => 1788.84593262225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257554.0292047 Mflops = 257.5540292047 Gflops = 0.2575540292047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001296308 Relative Rsd = 5.68305922624693e-07
BICGSTAB_SOLVER_TIME: 0.783265 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 55 resid = 2.249967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201753(s) Flops=363866112 => 1803.52268367757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.649886139 Mflops = 259.639649886139 Gflops = 0.259639649886139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 74 resid = 9.319623e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270733(s) Flops=488540160 => 1804.50909198361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.62319351 Mflops = 259.79862319351 Gflops = 0.25979862319351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001023668 Relative Rsd = 4.48779407322384e-07
BICGSTAB_SOLVER_TIME: 0.573886 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 64 resid = 2.232642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2409(s) Flops=422922240 => 1755.59252801993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252760.607891773 Mflops = 252.760607891773 Gflops = 0.252760607891773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060129 s
InvBiCGStab: k = 84 resid = 1.133854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324495(s) Flops=554158080 => 1707.75537373457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245860.822020867 Mflops = 245.860822020867 Gflops = 0.245860822020867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001136784 Relative Rsd = 4.98369995782186e-07
BICGSTAB_SOLVER_TIME: 0.670682 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041475 s
InvBiCGStab: k = 55 resid = 2.130196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202414(s) Flops=363866112 => 1797.63312814331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.515315395 Mflops = 258.791515315395 Gflops = 0.258791515315395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 86 resid = 1.093953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31567(s) Flops=567281664 => 1797.07182817499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.540260718 Mflops = 258.728540260718 Gflops = 0.258728540260718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001103373 Relative Rsd = 4.83722362676691e-07
BICGSTAB_SOLVER_TIME: 0.620015 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114772
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034262(s) Flops=1529561088 => 1478.89131380637 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212941.490559122 Mflops = 212.941490559122 Gflops = 0.212941490559122 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169829000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.541405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021402
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 30 resid = 1.941201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111108(s) Flops=199821312 => 1798.4421643806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.761974458 Mflops = 258.858761974458 Gflops = 0.258858761974458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 49 resid = 1.121775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180519(s) Flops=324495360 => 1797.56900935636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258774.967549998 Mflops = 258.774967549998 Gflops = 0.258774967549998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007525211 Relative Rsd = 3.29907797152843e-07
BICGSTAB_SOLVER_TIME: 0.393294 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040699 s
InvBiCGStab: k = 48 resid = 1.860701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177413(s) Flops=317933568 => 1792.05338954868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257985.040957051 Mflops = 257.985040957051 Gflops = 0.257985040957051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 81 resid = 9.725272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297831(s) Flops=534472704 => 1794.55027851365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258358.047829508 Mflops = 258.358047829508 Gflops = 0.258358047829508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001036259 Relative Rsd = 4.54299504287402e-07
BICGSTAB_SOLVER_TIME: 0.576511 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04159 s
InvBiCGStab: k = 48 resid = 1.781698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187656(s) Flops=317933568 => 1694.23609157181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243926.551538964 Mflops = 243.926551538964 Gflops = 0.243926551538964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059033 s
InvBiCGStab: k = 74 resid = 9.405956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284709(s) Flops=488540160 => 1715.92805285397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247033.198236072 Mflops = 247.033198236072 Gflops = 0.247033198236072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001040231 Relative Rsd = 4.56040627152458e-07
BICGSTAB_SOLVER_TIME: 0.577078 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041641 s
InvBiCGStab: k = 65 resid = 2.276295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239485(s) Flops=429484032 => 1793.36506253001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.524552745 Mflops = 258.191524552745 Gflops = 0.258191524552745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 83 resid = 7.827608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304883(s) Flops=547596288 => 1796.0866561927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258577.563691394 Mflops = 258.577563691394 Gflops = 0.258577563691394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001129004 Relative Rsd = 4.94959099598178e-07
BICGSTAB_SOLVER_TIME: 0.646761 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 49 resid = 2.192357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181249(s) Flops=324495360 => 1790.32910526403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257729.746239651 Mflops = 257.729746239651 Gflops = 0.257729746239651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056267 s
InvBiCGStab: k = 77 resid = 1.081928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282286(s) Flops=508225536 => 1800.39228300376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.606763035 Mflops = 259.187606763035 Gflops = 0.259187606763035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001033489 Relative Rsd = 4.53084928823747e-07
BICGSTAB_SOLVER_TIME: 0.564524 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104317
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948914(s) Flops=1530077184 => 1612.45084802205 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232190.33731782 Mflops = 232.19033731782 Gflops = 0.23219033731782 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169952000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.531625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 32 resid = 1.870627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172362(s) Flops=212944896 => 1235.45152643854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177856.10068066 Mflops = 177.85610068066 Gflops = 0.17785610068066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066123 s
InvBiCGStab: k = 51 resid = 4.72832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26301(s) Flops=337618944 => 1283.67341165735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184814.983784363 Mflops = 184.814983784363 Gflops = 0.184814983784363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000760055 Relative Rsd = 3.3321069931714e-07
BICGSTAB_SOLVER_TIME: 0.547659 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735390000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.071274 s
InvBiCGStab: k = 53 resid = 2.196187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347361(s) Flops=350742528 => 1009.73490979125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  145377.853270042 Mflops = 145.377853270042 Gflops = 0.145377853270042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077643 s
InvBiCGStab: k = 85 resid = 1.015475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341517(s) Flops=560719872 => 1641.85054331117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236376.313140039 Mflops = 236.376313140039 Gflops = 0.236376313140039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001096511 Relative Rsd = 4.80714300518006e-07
BICGSTAB_SOLVER_TIME: 0.841812 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042358 s
InvBiCGStab: k = 49 resid = 1.662606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182167(s) Flops=324495360 => 1781.30704243908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256437.565281406 Mflops = 256.437565281406 Gflops = 0.256437565281406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056759 s
InvBiCGStab: k = 75 resid = 1.09368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27659(s) Flops=495101952 => 1790.0211576702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257711.341458158 Mflops = 257.711341458158 Gflops = 0.257711341458158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001029458 Relative Rsd = 4.51317828191189e-07
BICGSTAB_SOLVER_TIME: 0.561748 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102765
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 64 resid = 2.182244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234532(s) Flops=422922240 => 1803.26028004707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.691032022 Mflops = 259.601691032022 Gflops = 0.259601691032022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056783 s
InvBiCGStab: k = 86 resid = 1.147466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314498(s) Flops=567281664 => 1803.76874892686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.002663055 Mflops = 259.697002663055 Gflops = 0.259697002663055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001168099 Relative Rsd = 5.12098710019578e-07
BICGSTAB_SOLVER_TIME: 0.650807 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040866 s
InvBiCGStab: k = 49 resid = 2.237074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180295(s) Flops=324495360 => 1799.80232396905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.910881903 Mflops = 259.103910881903 Gflops = 0.259103910881903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056976 s
InvBiCGStab: k = 74 resid = 1.112751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270581(s) Flops=488540160 => 1805.52278245701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.952618863 Mflops = 259.933952618863 Gflops = 0.259933952618863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001055855 Relative Rsd = 4.62890285652214e-07
BICGSTAB_SOLVER_TIME: 0.552443 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101981
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94571(s) Flops=1524105216 => 1611.59892144526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232051.197975638 Mflops = 232.051197975638 Gflops = 0.232051197975638 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169304000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.880945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81295(s) Flops=1348134912 => 1658.32451196261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238686.008880164 Mflops = 238.686008880164 Gflops = 0.238686008880164 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.091473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86327(s) Flops=1551550464 => 1797.29454747646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258799.793116887 Mflops = 258.799793116887 Gflops = 0.258799793116887 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.002056241 Relative Rsd = 9.04974893941642e-07
BICGSTAB_SOLVER_TIME: 1.679598 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314716999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.159906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727187(s) Flops=1315325952 => 1808.78639469627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260382.607697299 Mflops = 260.382607697299 Gflops = 0.260382607697299 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 8.327483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791848(s) Flops=1433438208 => 1810.24414786676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260660.280212702 Mflops = 260.660280212702 Gflops = 0.260660280212702 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002021769 Relative Rsd = 8.88547489847958e-07
BICGSTAB_SOLVER_TIME: 1.522414 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.1165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298378999999999
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946292(s) Flops=1524105216 => 1610.60773630127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231920.465222446 Mflops = 231.920465222446 Gflops = 0.231920465222446 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044882 s
InvBiCGStab: k = 26 resid = 2.271369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12223(s) Flops=173574144 => 1420.06171970875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204399.701765953 Mflops = 204.399701765953 Gflops = 0.204399701765953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067916 s
InvBiCGStab: k = 47 resid = 1.135924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217487(s) Flops=311371776 => 1431.67994408861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206106.335117969 Mflops = 206.106335117969 Gflops = 0.206106335117969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000695764 Relative Rsd = 3.05025306428293e-07
BICGSTAB_SOLVER_TIME: 0.45924 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 86 resid = 2.087171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359177(s) Flops=567281664 => 1579.39306804166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227385.969771081 Mflops = 227.385969771081 Gflops = 0.227385969771081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091634 s
InvBiCGStab: k = 101 resid = 1.072032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.484226(s) Flops=665708544 => 1374.78892913639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197944.275363515 Mflops = 197.944275363515 Gflops = 0.197944275363515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001264293 Relative Rsd = 5.54270221606315e-07
BICGSTAB_SOLVER_TIME: 0.980046 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147831999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 52 resid = 2.17499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191559(s) Flops=344180736 => 1796.73487541697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258662.297836665 Mflops = 258.662297836665 Gflops = 0.258662297836665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 77 resid = 5.703071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283081(s) Flops=508225536 => 1795.33609108347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258466.722247161 Mflops = 258.466722247161 Gflops = 0.258466722247161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001068737 Relative Rsd = 4.68538076869274e-07
BICGSTAB_SOLVER_TIME: 0.575768 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 70 resid = 1.252184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257146(s) Flops=462292992 => 1797.78410708314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.512863808 Mflops = 258.812512863808 Gflops = 0.258812512863808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056968 s
InvBiCGStab: k = 79 resid = 1.140029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29143(s) Flops=521349120 => 1788.9342895378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257543.768880583 Mflops = 257.543768880583 Gflops = 0.257543768880583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001147608 Relative Rsd = 5.03115353040578e-07
BICGSTAB_SOLVER_TIME: 0.650907 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041623 s
InvBiCGStab: k = 68 resid = 1.811316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250029(s) Flops=449169408 => 1796.46924156798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258638.031858572 Mflops = 258.638031858572 Gflops = 0.258638031858572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 81 resid = 7.187987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29748(s) Flops=534472704 => 1796.66768858411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.421727225 Mflops = 258.665421727225 Gflops = 0.258665421727225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001109431 Relative Rsd = 4.86378372497016e-07
BICGSTAB_SOLVER_TIME: 0.64908 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120544
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972506(s) Flops=1524326400 => 1567.42107503707 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225695.190767636 Mflops = 225.695190767636 Gflops = 0.225695190767636 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169022000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048156 s
InvBiCGStab: k = 34 resid = 2.241517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15606(s) Flops=226068480 => 1448.59976931949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208530.36890708 Mflops = 208.53036890708 Gflops = 0.20853036890708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06465 s
InvBiCGStab: k = 57 resid = 1.049488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264061(s) Flops=376989696 => 1427.66139641977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205540.636246696 Mflops = 205.540636246696 Gflops = 0.205540636246696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.000765033 Relative Rsd = 3.35393061453186e-07
BICGSTAB_SOLVER_TIME: 0.537103 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0793240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051082 s
InvBiCGStab: k = 71 resid = 1.785483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314026(s) Flops=468854784 => 1493.04447402444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214966.981714098 Mflops = 214.966981714098 Gflops = 0.214966981714098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073303 s
InvBiCGStab: k = 110 resid = 3.965162e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.49593(s) Flops=724764672 => 1461.42534631904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210422.146422373 Mflops = 210.422146422373 Gflops = 0.210422146422373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001273798 Relative Rsd = 5.58437433186403e-07
BICGSTAB_SOLVER_TIME: 0.945095 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 58 resid = 2.224049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213378(s) Flops=383551488 => 1797.52124398954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258788.053119018 Mflops = 258.788053119018 Gflops = 0.258788053119018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056822 s
InvBiCGStab: k = 81 resid = 8.010816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297743(s) Flops=534472704 => 1795.08067024246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258434.697778722 Mflops = 258.434697778722 Gflops = 0.258434697778722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001064675 Relative Rsd = 4.66756941097103e-07
BICGSTAB_SOLVER_TIME: 0.613136 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 68 resid = 2.046508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250728(s) Flops=449169408 => 1791.46089786542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257913.200374391 Mflops = 257.913200374391 Gflops = 0.257913200374391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 94 resid = 4.608831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34499(s) Flops=619776000 => 1796.5042464999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258658.186634959 Mflops = 258.658186634959 Gflops = 0.258658186634959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001151447 Relative Rsd = 5.04798242835459e-07
BICGSTAB_SOLVER_TIME: 0.696829 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04281 s
InvBiCGStab: k = 70 resid = 1.584413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268179(s) Flops=462292992 => 1723.82249169398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248177.47175205 Mflops = 248.17747175205 Gflops = 0.24817747175205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 77 resid = 9.685723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284735(s) Flops=508225536 => 1784.90714524031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256991.378951343 Mflops = 256.991378951343 Gflops = 0.256991378951343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001112323 Relative Rsd = 4.87646383564942e-07
BICGSTAB_SOLVER_TIME: 0.655578 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119211
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946384(s) Flops=1518280704 => 1604.29667449999 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231003.533431924 Mflops = 231.003533431924 Gflops = 0.231003533431924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168641000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051396 s
InvBiCGStab: k = 26 resid = 1.809635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118045(s) Flops=173574144 => 1470.40657376424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211657.437775054 Mflops = 211.657437775054 Gflops = 0.211657437775054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06216 s
InvBiCGStab: k = 51 resid = 1.083208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227524(s) Flops=337618944 => 1483.88277280639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213620.725499633 Mflops = 213.620725499633 Gflops = 0.213620725499633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007305641 Relative Rsd = 3.20281783890192e-07
BICGSTAB_SOLVER_TIME: 0.46327 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050749 s
InvBiCGStab: k = 56 resid = 1.861544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254952(s) Flops=370427904 => 1452.93194012991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209183.596940945 Mflops = 209.183596940945 Gflops = 0.209183596940945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058827 s
InvBiCGStab: k = 78 resid = 1.038153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340946(s) Flops=514787328 => 1509.87935919471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217379.626737818 Mflops = 217.379626737818 Gflops = 0.217379626737818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001084338 Relative Rsd = 4.75377272810409e-07
BICGSTAB_SOLVER_TIME: 0.709403 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 60 resid = 2.276151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251903(s) Flops=396675072 => 1574.71356831796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226705.868115897 Mflops = 226.705868115897 Gflops = 0.226705868115897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 77 resid = 9.825235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291295(s) Flops=508225536 => 1744.71081206337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251181.846888009 Mflops = 251.181846888009 Gflops = 0.251181846888009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001039534 Relative Rsd = 4.55735018366999e-07
BICGSTAB_SOLVER_TIME: 0.644953 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113778
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041775 s
InvBiCGStab: k = 61 resid = 2.026622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236862(s) Flops=403236864 => 1702.41264533779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245097.744891033 Mflops = 245.097744891033 Gflops = 0.245097744891033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 90 resid = 9.709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330948(s) Flops=593528832 => 1793.42021103013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258200.465700101 Mflops = 258.200465700101 Gflops = 0.258200465700101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001155115 Relative Rsd = 5.064064656876e-07
BICGSTAB_SOLVER_TIME: 0.66963 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040862 s
InvBiCGStab: k = 72 resid = 1.425734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268341(s) Flops=475416576 => 1771.6881728845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255070.038258183 Mflops = 255.070038258183 Gflops = 0.255070038258183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 85 resid = 7.459388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322927(s) Flops=560719872 => 1736.36726566685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250030.004081614 Mflops = 250.030004081614 Gflops = 0.250030004081614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001055873 Relative Rsd = 4.62898349477883e-07
BICGSTAB_SOLVER_TIME: 0.692442 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126465
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952469(s) Flops=1518206976 => 1593.96996227699 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229542.585463652 Mflops = 229.542585463652 Gflops = 0.229542585463652 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168689000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 26 resid = 2.108133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106403(s) Flops=173574144 => 1631.28994483238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234768.236424344 Mflops = 234.768236424344 Gflops = 0.234768236424344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069785 s
InvBiCGStab: k = 51 resid = 1.123644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225955(s) Flops=337618944 => 1494.18664778385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215100.735916082 Mflops = 215.100735916082 Gflops = 0.215100735916082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0006940732 Relative Rsd = 3.04284046909253e-07
BICGSTAB_SOLVER_TIME: 0.447252 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047297 s
InvBiCGStab: k = 63 resid = 1.975437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269175(s) Flops=416360448 => 1546.80207300084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222703.46282065 Mflops = 222.70346282065 Gflops = 0.22270346282065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062639 s
InvBiCGStab: k = 84 resid = 8.590046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36139(s) Flops=554158080 => 1533.40734386674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220773.184820574 Mflops = 220.773184820574 Gflops = 0.220773184820574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001135371 Relative Rsd = 4.97750510238113e-07
BICGSTAB_SOLVER_TIME: 0.744297 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059731 s
InvBiCGStab: k = 56 resid = 1.944729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254306(s) Flops=370427904 => 1456.62274582589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209856.772634222 Mflops = 209.856772634222 Gflops = 0.209856772634222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 90 resid = 7.292429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38187(s) Flops=593528832 => 1554.26933773274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223778.082008236 Mflops = 223.778082008236 Gflops = 0.223778082008236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001001171 Relative Rsd = 4.3891694023491e-07
BICGSTAB_SOLVER_TIME: 0.756197 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 68 resid = 2.100959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2503(s) Flops=449169408 => 1794.52420295645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258352.028119432 Mflops = 258.352028119432 Gflops = 0.258352028119432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 78 resid = 1.107494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296036(s) Flops=514787328 => 1738.93488629761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250346.258801722 Mflops = 250.346258801722 Gflops = 0.250346258801722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001095556 Relative Rsd = 4.80295440915089e-07
BICGSTAB_SOLVER_TIME: 0.647479 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04243 s
InvBiCGStab: k = 54 resid = 1.814961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200238(s) Flops=357304320 => 1784.39816618224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256893.100499547 Mflops = 256.893100499547 Gflops = 0.256893100499547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 77 resid = 1.002271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283018(s) Flops=508225536 => 1795.73573412292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258517.032793458 Mflops = 258.517032793458 Gflops = 0.258517032793458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001063942 Relative Rsd = 4.66435612955277e-07
BICGSTAB_SOLVER_TIME: 0.586115 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107891
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942387(s) Flops=1517985792 => 1610.78812844405 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231932.540362476 Mflops = 231.932540362476 Gflops = 0.231932540362476 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168831000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.573465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768032(s) Flops=1223460864 => 1592.98162576559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229320.453185508 Mflops = 229.320453185508 Gflops = 0.229320453185508 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.061716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.142964(s) Flops=1682786304 => 1472.30035591672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212002.22305153 Mflops = 212.00222305153 Gflops = 0.21200222305153 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002079407 Relative Rsd = 9.15187839012848e-07
BICGSTAB_SOLVER_TIME: 1.915736 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.13524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315486999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.077211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.696105(s) Flops=1190651904 => 1710.44871678842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246263.390445113 Mflops = 246.263390445113 Gflops = 0.246263390445113 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.091463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833843(s) Flops=1492494336 => 1789.89850127662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257731.634030278 Mflops = 257.731634030278 Gflops = 0.257731634030278 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.002052276 Relative Rsd = 9.01997062247503e-07
BICGSTAB_SOLVER_TIME: 1.533327 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291659999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942799(s) Flops=1517985792 => 1610.08421943596 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231830.851000512 Mflops = 231.830851000512 Gflops = 0.231830851000512 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168820000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 28 resid = 2.050837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103561(s) Flops=186697728 => 1802.78027442763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.701224096 Mflops = 259.478701224096 Gflops = 0.259478701224095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 52 resid = 1.121204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191076(s) Flops=344180736 => 1801.27664384852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.676928266 Mflops = 259.302676928266 Gflops = 0.259302676928266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007614091 Relative Rsd = 3.3380433468589e-07
BICGSTAB_SOLVER_TIME: 0.396071 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042053 s
InvBiCGStab: k = 73 resid = 1.687699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273745(s) Flops=481978368 => 1760.6837312097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253477.569733555 Mflops = 253.477569733555 Gflops = 0.253477569733555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061175 s
InvBiCGStab: k = 99 resid = 6.772476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476844(s) Flops=652584960 => 1368.55021768125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197044.311446062 Mflops = 197.044311446062 Gflops = 0.197044311446062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001243086 Relative Rsd = 5.4497329408993e-07
BICGSTAB_SOLVER_TIME: 0.858189 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042562 s
InvBiCGStab: k = 53 resid = 2.174638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22589(s) Flops=350742528 => 1552.71383416707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223545.276676391 Mflops = 223.545276676391 Gflops = 0.223545276676391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078482 s
InvBiCGStab: k = 75 resid = 1.045351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3541(s) Flops=495101952 => 1398.19811352725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201297.569021056 Mflops = 201.297569021056 Gflops = 0.201297569021056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001033096 Relative Rsd = 4.5291288353053e-07
BICGSTAB_SOLVER_TIME: 0.705609 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062376 s
InvBiCGStab: k = 73 resid = 1.355799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288737(s) Flops=481978368 => 1669.2643062718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240329.587471659 Mflops = 240.329587471659 Gflops = 0.240329587471659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 80 resid = 1.114887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294446(s) Flops=527910912 => 1792.89551225012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258113.211248982 Mflops = 258.113211248982 Gflops = 0.258113211248982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001158184 Relative Rsd = 5.0775200176306e-07
BICGSTAB_SOLVER_TIME: 0.705657 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 61 resid = 1.93662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22512(s) Flops=403236864 => 1791.20852878465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257861.70649704 Mflops = 257.86170649704 Gflops = 0.25786170649704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057331 s
InvBiCGStab: k = 87 resid = 9.044982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319799(s) Flops=573843456 => 1794.38789989962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258337.683797901 Mflops = 258.337683797901 Gflops = 0.258337683797901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001083182 Relative Rsd = 4.74870680825694e-07
BICGSTAB_SOLVER_TIME: 0.6476 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119754
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940667(s) Flops=1511940096 => 1607.30640704947 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231434.403273577 Mflops = 231.434403273577 Gflops = 0.231434403273577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167965000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 27 resid = 2.267003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100274(s) Flops=180135936 => 1796.43712228494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258555.336464569 Mflops = 258.555336464569 Gflops = 0.258555336464569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057939 s
InvBiCGStab: k = 47 resid = 1.05775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186529(s) Flops=311371776 => 1669.29419017954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240285.70336248 Mflops = 240.28570336248 Gflops = 0.24028570336248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006905573 Relative Rsd = 3.02742656840104e-07
BICGSTAB_SOLVER_TIME: 0.389372 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042553 s
InvBiCGStab: k = 74 resid = 1.909016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271982(s) Flops=488540160 => 1796.22239707039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.457409556 Mflops = 258.608457409556 Gflops = 0.258608457409556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057116 s
InvBiCGStab: k = 108 resid = 5.516695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469156(s) Flops=711641088 => 1516.85385671291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218389.754636106 Mflops = 218.389754636106 Gflops = 0.218389754636106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001243695 Relative Rsd = 5.45240114853187e-07
BICGSTAB_SOLVER_TIME: 0.845267 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051817 s
InvBiCGStab: k = 49 resid = 1.559988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233086(s) Flops=324495360 => 1392.17010030632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200433.13577287 Mflops = 200.43313577287 Gflops = 0.20043313577287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061798 s
InvBiCGStab: k = 68 resid = 1.073481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315445(s) Flops=449169408 => 1423.9230547322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205008.895543744 Mflops = 205.008895543744 Gflops = 0.205008895543744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001035246 Relative Rsd = 4.53855177285697e-07
BICGSTAB_SOLVER_TIME: 0.666568 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047055 s
InvBiCGStab: k = 68 resid = 2.254077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300234(s) Flops=449169408 => 1496.0644297448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215392.370402478 Mflops = 215.392370402478 Gflops = 0.215392370402478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 86 resid = 1.10193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358449(s) Flops=567281664 => 1582.60077165789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227857.836168519 Mflops = 227.857836168519 Gflops = 0.227857836168519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00115477 Relative Rsd = 5.06255243437881e-07
BICGSTAB_SOLVER_TIME: 0.766196 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0417 s
InvBiCGStab: k = 54 resid = 1.952052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199069(s) Flops=357304320 => 1794.8767512772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258392.33152147 Mflops = 258.39233152147 Gflops = 0.25839233152147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 84 resid = 4.317768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308994(s) Flops=554158080 => 1793.426668479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258205.455315851 Mflops = 258.205455315851 Gflops = 0.258205455315851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001061778 Relative Rsd = 4.65486990628066e-07
BICGSTAB_SOLVER_TIME: 0.609981 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113035
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941572(s) Flops=1511792640 => 1605.60492453047 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231183.87428936 Mflops = 231.18387428936 Gflops = 0.23118387428936 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167821000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 26 resid = 2.124706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097026(s) Flops=173574144 => 1788.94465401027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257487.246806686 Mflops = 257.487246806686 Gflops = 0.257487246806686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 51 resid = 1.111357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188583(s) Flops=337618944 => 1790.29363198167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257713.446342597 Mflops = 257.713446342597 Gflops = 0.257713446342597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007580945 Relative Rsd = 3.32351212885688e-07
BICGSTAB_SOLVER_TIME: 0.387385 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 53 resid = 1.690326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195607(s) Flops=350742528 => 1793.09803841376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258144.888719803 Mflops = 258.144888719803 Gflops = 0.258144888719803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 70 resid = 1.062145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256274(s) Flops=462292992 => 1803.90126193059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.285924199 Mflops = 259.697285924199 Gflops = 0.259697285924199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001072465 Relative Rsd = 4.70172124378302e-07
BICGSTAB_SOLVER_TIME: 0.553183 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043874 s
InvBiCGStab: k = 51 resid = 1.510223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235624(s) Flops=337618944 => 1432.87162598038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206277.448935261 Mflops = 206.277448935261 Gflops = 0.206277448935261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07891 s
InvBiCGStab: k = 70 resid = 1.031166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29772(s) Flops=462292992 => 1552.77775090689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223558.206580364 Mflops = 223.558206580364 Gflops = 0.223558206580364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001004741 Relative Rsd = 4.40481781746429e-07
BICGSTAB_SOLVER_TIME: 0.660488 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056903 s
InvBiCGStab: k = 70 resid = 1.856737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290319(s) Flops=462292992 => 1592.36216713339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229251.621504884 Mflops = 229.251621504884 Gflops = 0.229251621504884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062176 s
InvBiCGStab: k = 97 resid = 7.662185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.462162(s) Flops=639461376 => 1383.63036337907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199216.005210275 Mflops = 199.216005210275 Gflops = 0.199216005210275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001121042 Relative Rsd = 4.91468739005526e-07
BICGSTAB_SOLVER_TIME: 0.875595 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 55 resid = 1.941508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203689(s) Flops=363866112 => 1786.38076675716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257177.515970298 Mflops = 257.177515970298 Gflops = 0.257177515970298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 79 resid = 1.107353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291739(s) Flops=521349120 => 1787.03951134404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257275.235404962 Mflops = 257.275235404962 Gflops = 0.257275235404962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001104531 Relative Rsd = 4.84230128509446e-07
BICGSTAB_SOLVER_TIME: 0.596505 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109827
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941714(s) Flops=1511645184 => 1605.20623458927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231129.207554026 Mflops = 231.129207554026 Gflops = 0.231129207554026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168034000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 31 resid = 2.080697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114564(s) Flops=206383104 => 1801.46559128522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259282.294487957 Mflops = 259.282294487957 Gflops = 0.259282294487957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05592 s
InvBiCGStab: k = 47 resid = 9.014601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17288(s) Flops=311371776 => 1801.08616381305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.821954551 Mflops = 259.267821954551 Gflops = 0.259267821954551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000744712 Relative Rsd = 3.26484243824748e-07
BICGSTAB_SOLVER_TIME: 0.388674 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040887 s
InvBiCGStab: k = 53 resid = 1.931324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194634(s) Flops=350742528 => 1802.0619624526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259426.242523494 Mflops = 259.426242523494 Gflops = 0.259426242523494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 85 resid = 9.540956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311115(s) Flops=560719872 => 1802.29134564389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.215740463 Mflops = 259.475215740463 Gflops = 0.259475215740463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001104603 Relative Rsd = 4.84261516185307e-07
BICGSTAB_SOLVER_TIME: 0.606839 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 56 resid = 1.864154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205592(s) Flops=370427904 => 1801.76224755827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259389.278539982 Mflops = 259.389278539982 Gflops = 0.259389278539982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067896 s
InvBiCGStab: k = 79 resid = 1.103697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34653(s) Flops=521349120 => 1504.48480651026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216604.388820952 Mflops = 216.604388820952 Gflops = 0.216604388820952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001044578 Relative Rsd = 4.57946548075004e-07
BICGSTAB_SOLVER_TIME: 0.665246 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049648 s
InvBiCGStab: k = 62 resid = 2.243706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267269(s) Flops=409798656 => 1533.28166005036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220745.30913042 Mflops = 220.74530913042 Gflops = 0.22074530913042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074569 s
InvBiCGStab: k = 83 resid = 8.017839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37767(s) Flops=547596288 => 1449.93324330765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208755.997800773 Mflops = 208.755997800773 Gflops = 0.208755997800773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001128141 Relative Rsd = 4.94580661197346e-07
BICGSTAB_SOLVER_TIME: 0.773294 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119052
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047096 s
InvBiCGStab: k = 62 resid = 2.022319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272923(s) Flops=409798656 => 1501.51748295307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216174.766673546 Mflops = 216.174766673546 Gflops = 0.216174766673546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06248 s
InvBiCGStab: k = 71 resid = 1.107819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275343(s) Flops=468854784 => 1702.8026279949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245128.765330675 Mflops = 245.128765330675 Gflops = 0.245128765330675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001044473 Relative Rsd = 4.57900614890817e-07
BICGSTAB_SOLVER_TIME: 0.661691 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109581
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966985(s) Flops=1505378304 => 1556.77523849905 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224160.587566405 Mflops = 224.160587566405 Gflops = 0.224160587566405 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.714777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763841(s) Flops=1380943872 => 1807.89440734394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260255.412954269 Mflops = 260.255412954269 Gflops = 0.260255412954269 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.005802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887937(s) Flops=1604044800 => 1806.48491953821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260119.76282712 Mflops = 260.11976282712 Gflops = 0.26011976282712 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002055949 Relative Rsd = 9.04867198276499e-07
BICGSTAB_SOLVER_TIME: 1.655186 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323786999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.032192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915357(s) Flops=1328449536 => 1451.29117491864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208972.905202814 Mflops = 208.972905202814 Gflops = 0.208972905202814 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.115434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.938793(s) Flops=1335011328 => 1422.0507907494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204762.742112609 Mflops = 204.762742112609 Gflops = 0.204762742112609 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.00196313 Relative Rsd = 8.62848452907742e-07
BICGSTAB_SOLVER_TIME: 1.857831 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.118931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289140999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943711(s) Flops=1505378304 => 1595.16875823213 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229698.453577466 Mflops = 229.698453577466 Gflops = 0.229698453577466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167198000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 26 resid = 2.197731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096483(s) Flops=173574144 => 1799.01271726625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258919.609255415 Mflops = 258.919609255415 Gflops = 0.258919609255415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056077 s
InvBiCGStab: k = 44 resid = 9.794284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161155(s) Flops=291686400 => 1809.9742483944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260547.505572678 Mflops = 260.547505572678 Gflops = 0.260547505572678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.000753095 Relative Rsd = 3.30159408928447e-07
BICGSTAB_SOLVER_TIME: 0.358376 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 88 resid = 1.479862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321628(s) Flops=580405248 => 1804.58557090801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.933400125 Mflops = 259.814933400125 Gflops = 0.259814933400125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055779 s
InvBiCGStab: k = 106 resid = 5.311575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389412(s) Flops=698517504 => 1793.77498382176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258262.84242236 Mflops = 258.26284242236 Gflops = 0.25826284242236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.00130893 Relative Rsd = 5.73839289176254e-07
BICGSTAB_SOLVER_TIME: 0.811615 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153063999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04071 s
InvBiCGStab: k = 56 resid = 2.197795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205606(s) Flops=370427904 => 1801.63956304777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.686131337 Mflops = 259.363686131337 Gflops = 0.259363686131337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056419 s
InvBiCGStab: k = 64 resid = 1.147544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236545(s) Flops=422922240 => 1787.91451943605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257393.820805228 Mflops = 257.393820805228 Gflops = 0.257393820805228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001015229 Relative Rsd = 4.45079744520452e-07
BICGSTAB_SOLVER_TIME: 0.543114 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998730000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 61 resid = 1.885086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237944(s) Flops=403236864 => 1694.6712839996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243980.456682621 Mflops = 243.980456682621 Gflops = 0.243980456682621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077176 s
InvBiCGStab: k = 95 resid = 6.664411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443675(s) Flops=626337792 => 1411.70404462726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203258.076426043 Mflops = 203.258076426043 Gflops = 0.203258076426043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001135202 Relative Rsd = 4.97676200553472e-07
BICGSTAB_SOLVER_TIME: 0.806958 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045987 s
InvBiCGStab: k = 59 resid = 1.785329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256506(s) Flops=390113280 => 1520.8738976866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218964.694621297 Mflops = 218.964694621297 Gflops = 0.218964694621297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068303 s
InvBiCGStab: k = 85 resid = 9.449625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366698(s) Flops=560719872 => 1529.1053455432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220151.620996754 Mflops = 220.151620996754 Gflops = 0.220151620996754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001091762 Relative Rsd = 4.78632047205052e-07
BICGSTAB_SOLVER_TIME: 0.741596 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116891
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.16418(s) Flops=1505157120 => 1292.89037777663 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186234.579514512 Mflops = 186.234579514512 Gflops = 0.186234579514512 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167202000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041267 s
InvBiCGStab: k = 33 resid = 2.076676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122367(s) Flops=219506688 => 1793.83892716173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258200.914757415 Mflops = 258.200914757415 Gflops = 0.258200914757415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 50 resid = 1.123465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18348(s) Flops=331057152 => 1804.32282537606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259739.09312708 Mflops = 259.73909312708 Gflops = 0.25973909312708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007864379 Relative Rsd = 3.44777057872042e-07
BICGSTAB_SOLVER_TIME: 0.406861 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04142 s
InvBiCGStab: k = 76 resid = 2.003144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278895(s) Flops=501663744 => 1798.75488624751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.815384099 Mflops = 258.976815384099 Gflops = 0.258976815384099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05587 s
InvBiCGStab: k = 107 resid = 7.220833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424975(s) Flops=705079296 => 1659.10770280605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238874.024920839 Mflops = 238.874024920839 Gflops = 0.238874024920839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001268549 Relative Rsd = 5.56136384806103e-07
BICGSTAB_SOLVER_TIME: 0.805044 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044575 s
InvBiCGStab: k = 56 resid = 1.940653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213297(s) Flops=370427904 => 1736.67657772964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250160.162479378 Mflops = 250.160162479378 Gflops = 0.250160162479378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058251 s
InvBiCGStab: k = 86 resid = 1.111239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343606(s) Flops=567281664 => 1650.96553610822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237702.137276815 Mflops = 237.702137276815 Gflops = 0.237702137276815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001094761 Relative Rsd = 4.79946910120849e-07
BICGSTAB_SOLVER_TIME: 0.663627 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04247 s
InvBiCGStab: k = 54 resid = 1.80257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210783(s) Flops=357304320 => 1695.12873429072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244039.129616678 Mflops = 244.039129616678 Gflops = 0.244039129616678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05633 s
InvBiCGStab: k = 84 resid = 1.039811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312429(s) Flops=554158080 => 1773.70884264905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255360.815795802 Mflops = 255.360815795802 Gflops = 0.255360815795802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001141242 Relative Rsd = 5.00324452769356e-07
BICGSTAB_SOLVER_TIME: 0.625862 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043811 s
InvBiCGStab: k = 65 resid = 1.9289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244995(s) Flops=429484032 => 1753.03182513929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252390.575091792 Mflops = 252.390575091792 Gflops = 0.252390575091792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058491 s
InvBiCGStab: k = 90 resid = 1.072832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341572(s) Flops=593528832 => 1737.63901022332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250180.811678273 Mflops = 250.180811678273 Gflops = 0.250180811678273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001130563 Relative Rsd = 4.95642789526371e-07
BICGSTAB_SOLVER_TIME: 0.694655 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124949
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950451(s) Flops=1492770816 => 1570.59208312685 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226146.55094191 Mflops = 226.14655094191 Gflops = 0.22614655094191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165931000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042089 s
InvBiCGStab: k = 34 resid = 1.667788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133016(s) Flops=226068480 => 1699.55854934745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244643.155944638 Mflops = 244.643155944638 Gflops = 0.244643155944638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058251 s
InvBiCGStab: k = 55 resid = 5.777545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212331(s) Flops=363866112 => 1713.67399013804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246714.920694089 Mflops = 246.714920694089 Gflops = 0.246714920694089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007614265 Relative Rsd = 3.33811964698152e-07
BICGSTAB_SOLVER_TIME: 0.450681 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040727 s
InvBiCGStab: k = 55 resid = 1.904266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203417(s) Flops=363866112 => 1788.76943421641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257510.324669471 Mflops = 257.510324669471 Gflops = 0.257510324669471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060576 s
InvBiCGStab: k = 77 resid = 1.114484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287314(s) Flops=508225536 => 1768.88538671976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254668.036832069 Mflops = 254.668036832069 Gflops = 0.254668036832069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001099931 Relative Rsd = 4.82213661723622e-07
BICGSTAB_SOLVER_TIME: 0.596176 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001796
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053666 s
InvBiCGStab: k = 54 resid = 2.044698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240238(s) Flops=357304320 => 1487.29310100817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214113.43256016 Mflops = 214.11343256016 Gflops = 0.21411343256016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064958 s
InvBiCGStab: k = 78 resid = 9.69543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35089(s) Flops=514787328 => 1467.09033600274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211221.830924119 Mflops = 211.221830924119 Gflops = 0.211221830924119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00103023 Relative Rsd = 4.51656151611164e-07
BICGSTAB_SOLVER_TIME: 0.714073 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049492 s
InvBiCGStab: k = 67 resid = 1.378305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316116(s) Flops=442607616 => 1400.14303610067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201582.561988619 Mflops = 201.582561988619 Gflops = 0.201582561988619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06901 s
InvBiCGStab: k = 83 resid = 1.071834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359496(s) Flops=547596288 => 1523.23332665732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219308.869312612 Mflops = 219.308869312612 Gflops = 0.219308869312612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001120728 Relative Rsd = 4.91331092563578e-07
BICGSTAB_SOLVER_TIME: 0.797851 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056109 s
InvBiCGStab: k = 57 resid = 2.172715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227189(s) Flops=376989696 => 1659.36597282439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238891.560898098 Mflops = 238.891560898098 Gflops = 0.238891560898098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 84 resid = 1.140393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313137(s) Flops=554158080 => 1769.69850257236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254781.256881576 Mflops = 254.781256881576 Gflops = 0.254781256881576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001036501 Relative Rsd = 4.54405763053489e-07
BICGSTAB_SOLVER_TIME: 0.656797 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115061
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943384(s) Flops=1480163328 => 1568.99346183527 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225920.525852318 Mflops = 225.920525852318 Gflops = 0.225920525852318 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164866000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041405 s
InvBiCGStab: k = 24 resid = 2.033269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089153(s) Flops=160450560 => 1799.72137785605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.111766852 Mflops = 259.043111766852 Gflops = 0.259043111766852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 50 resid = 1.093299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183826(s) Flops=331057152 => 1800.92670242512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259234.809090552 Mflops = 259.234809090552 Gflops = 0.259234809090552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007263837 Relative Rsd = 3.18449075359553e-07
BICGSTAB_SOLVER_TIME: 0.374287 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041224 s
InvBiCGStab: k = 53 resid = 2.271312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194543(s) Flops=350742528 => 1802.90490020201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.721722256 Mflops = 259.530721722256 Gflops = 0.259530721722256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056803 s
InvBiCGStab: k = 91 resid = 1.075318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33186(s) Flops=600090624 => 1808.26440065088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260335.43851168 Mflops = 260.33543851168 Gflops = 0.26033543851168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127593 Relative Rsd = 4.94340481680917e-07
BICGSTAB_SOLVER_TIME: 0.62829 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11722
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040618 s
InvBiCGStab: k = 55 resid = 1.981568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202588(s) Flops=363866112 => 1796.08916618951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258571.409925463 Mflops = 258.571409925463 Gflops = 0.258571409925463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 83 resid = 1.131057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317257(s) Flops=547596288 => 1726.03374551231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248499.910127485 Mflops = 248.499910127485 Gflops = 0.248499910127485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001034982 Relative Rsd = 4.53739782919644e-07
BICGSTAB_SOLVER_TIME: 0.62056 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112806
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040792 s
InvBiCGStab: k = 75 resid = 1.413315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275087(s) Flops=495101952 => 1799.8013428479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259125.282493293 Mflops = 259.125282493293 Gflops = 0.259125282493293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 85 resid = 1.142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311598(s) Flops=560719872 => 1799.49766044711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259081.182309651 Mflops = 259.081182309651 Gflops = 0.259081182309651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001109362 Relative Rsd = 4.86348158669195e-07
BICGSTAB_SOLVER_TIME: 0.688016 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 54 resid = 2.23875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198673(s) Flops=357304320 => 1798.45434457626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258921.331615965 Mflops = 258.921331615965 Gflops = 0.258921331615965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 72 resid = 1.143516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301642(s) Flops=475416576 => 1576.09542437724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226886.013691383 Mflops = 226.886013691383 Gflops = 0.226886013691383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00102452 Relative Rsd = 4.49153099294183e-07
BICGSTAB_SOLVER_TIME: 0.601329 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104046
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099298(s) Flops=1467555840 => 1334.9936413966 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192223.095731453 Mflops = 192.223095731453 Gflops = 0.192223095731453 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162926000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021141
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.158561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768159(s) Flops=1380943872 => 1797.73181333552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.855916636 Mflops = 258.833855916636 Gflops = 0.258833855916636 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 9.833053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898617(s) Flops=1623730176 => 1806.92127569365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260182.633238002 Mflops = 260.182633238002 Gflops = 0.260182633238003 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002148802 Relative Rsd = 9.45721674883429e-07
BICGSTAB_SOLVER_TIME: 1.670252 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0.115446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326146999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.998487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701556(s) Flops=1236584448 => 1762.63113422164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253781.633446033 Mflops = 253.781633446033 Gflops = 0.253781633446033 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 6.998167e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.755314(s) Flops=1328449536 => 1758.80433303235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253256.342289915 Mflops = 253.256342289915 Gflops = 0.253256342289915 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.001910611 Relative Rsd = 8.39790820863286e-07
BICGSTAB_SOLVER_TIME: 1.460175 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280350999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921524(s) Flops=1467555840 => 1592.53132853838 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229304.255844569 Mflops = 229.304255844569 Gflops = 0.229304255844569 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162956000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042097 s
InvBiCGStab: k = 26 resid = 1.815434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114869(s) Flops=173574144 => 1511.06167895603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217501.866127644 Mflops = 217.501866127644 Gflops = 0.217501866127644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060297 s
InvBiCGStab: k = 47 resid = 1.052086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220288(s) Flops=311371776 => 1413.47588611273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203489.478278449 Mflops = 203.489478278449 Gflops = 0.203489478278448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007450759 Relative Rsd = 3.26643810602928e-07
BICGSTAB_SOLVER_TIME: 0.442376 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050471 s
InvBiCGStab: k = 75 resid = 2.048897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343213(s) Flops=495101952 => 1442.55011319501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207691.172873766 Mflops = 207.691172873766 Gflops = 0.207691172873766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092884 s
InvBiCGStab: k = 107 resid = 6.048445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420297(s) Flops=705079296 => 1677.5739441395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241533.15063984 Mflops = 241.53315063984 Gflops = 0.24153315063984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001270771 Relative Rsd = 5.5711037245836e-07
BICGSTAB_SOLVER_TIME: 0.910806 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 49 resid = 1.68454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187127(s) Flops=324495360 => 1734.09160623534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249642.811683514 Mflops = 249.642811683514 Gflops = 0.249642811683514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060006 s
InvBiCGStab: k = 69 resid = 1.079142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27343(s) Flops=455731200 => 1666.71981860074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239954.091732901 Mflops = 239.954091732901 Gflops = 0.239954091732901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001034921 Relative Rsd = 4.5371293752533e-07
BICGSTAB_SOLVER_TIME: 0.565282 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 62 resid = 1.801352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230051(s) Flops=409798656 => 1781.33829455208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256455.992485503 Mflops = 256.455992485503 Gflops = 0.256455992485503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 80 resid = 9.943852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295082(s) Flops=527910912 => 1789.03122521875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257564.821515226 Mflops = 257.564821515226 Gflops = 0.257564821515226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001121573 Relative Rsd = 4.91701467138742e-07
BICGSTAB_SOLVER_TIME: 0.627332 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041724 s
InvBiCGStab: k = 52 resid = 2.197381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191179(s) Flops=344180736 => 1800.30618425664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259190.181120189 Mflops = 259.190181120189 Gflops = 0.259190181120189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 87 resid = 9.558775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318016(s) Flops=573843456 => 1804.44837995573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259795.028966668 Mflops = 259.795028966668 Gflops = 0.259795028966668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001104852 Relative Rsd = 4.84370990274287e-07
BICGSTAB_SOLVER_TIME: 0.611173 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113561
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91041(s) Flops=1461510144 => 1605.33182192638 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231154.482741753 Mflops = 231.154482741753 Gflops = 0.231154482741753 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162362000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 34 resid = 2.223013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125281(s) Flops=226068480 => 1804.4913434599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259735.548632541 Mflops = 259.735548632541 Gflops = 0.259735548632541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056042 s
InvBiCGStab: k = 53 resid = 1.132323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194369(s) Flops=350742528 => 1804.51886874965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.795591647 Mflops = 259.755795591647 Gflops = 0.259755795591647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007062274 Relative Rsd = 3.09612500422467e-07
BICGSTAB_SOLVER_TIME: 0.42056 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040849 s
InvBiCGStab: k = 74 resid = 1.828102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270943(s) Flops=488540160 => 1803.1104697298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.287393275 Mflops = 259.603287393275 Gflops = 0.259603287393275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056372 s
InvBiCGStab: k = 99 resid = 1.023129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387011(s) Flops=652584960 => 1686.21811783128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242783.589505067 Mflops = 242.783589505067 Gflops = 0.242783589505067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001220897 Relative Rsd = 5.35245360195253e-07
BICGSTAB_SOLVER_TIME: 0.759262 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044047 s
InvBiCGStab: k = 53 resid = 2.100539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237196(s) Flops=350742528 => 1478.70338454274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212889.215278709 Mflops = 212.889215278709 Gflops = 0.212889215278709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074464 s
InvBiCGStab: k = 84 resid = 8.609928e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379598(s) Flops=554158080 => 1459.8551098794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210187.089969493 Mflops = 210.187089969493 Gflops = 0.210187089969493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001085052 Relative Rsd = 4.75690537126567e-07
BICGSTAB_SOLVER_TIME: 0.740067 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045935 s
InvBiCGStab: k = 74 resid = 2.266419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332748(s) Flops=488540160 => 1468.19863680623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211383.820088374 Mflops = 211.383820088374 Gflops = 0.211383820088374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069353 s
InvBiCGStab: k = 90 resid = 5.100605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402301(s) Flops=593528832 => 1475.33521418043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212417.576840833 Mflops = 212.417576840833 Gflops = 0.212417576840833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001154446 Relative Rsd = 5.06113003677514e-07
BICGSTAB_SOLVER_TIME: 0.854175 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070913 s
InvBiCGStab: k = 62 resid = 2.260655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248479(s) Flops=409798656 => 1649.22853037882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237443.537951356 Mflops = 237.443537951356 Gflops = 0.237443537951356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 88 resid = 1.033081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323428(s) Flops=580405248 => 1794.54236491584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258361.517089446 Mflops = 258.361517089446 Gflops = 0.258361517089446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001111491 Relative Rsd = 4.87281418898138e-07
BICGSTAB_SOLVER_TIME: 0.702774 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121232
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916881(s) Flops=1467850752 => 1600.91740585747 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230514.343650506 Mflops = 230.514343650506 Gflops = 0.230514343650506 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163264000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044734 s
InvBiCGStab: k = 30 resid = 1.327144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118143(s) Flops=199821312 => 1691.35126076027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243437.604547207 Mflops = 243.437604547207 Gflops = 0.243437604547207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 49 resid = 1.128164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181116(s) Flops=324495360 => 1791.64380838799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257881.209549635 Mflops = 257.881209549635 Gflops = 0.257881209549635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007431368 Relative Rsd = 3.25793689437363e-07
BICGSTAB_SOLVER_TIME: 0.404397 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706930000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 47 resid = 2.2323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173611(s) Flops=311371776 => 1793.50257760165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258192.315214592 Mflops = 258.192315214592 Gflops = 0.258192315214592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056519 s
InvBiCGStab: k = 90 resid = 1.113669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330066(s) Flops=593528832 => 1798.21257566668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258902.922674062 Mflops = 258.902922674062 Gflops = 0.258902922674062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001065847 Relative Rsd = 4.67270882391288e-07
BICGSTAB_SOLVER_TIME: 0.605257 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042028 s
InvBiCGStab: k = 60 resid = 2.010584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219514(s) Flops=396675072 => 1807.06046994725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.81205881 Mflops = 260.09881205881 Gflops = 0.26009881205881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056537 s
InvBiCGStab: k = 71 resid = 9.508176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270726(s) Flops=468854784 => 1731.84246803041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249324.168571995 Mflops = 249.324168571995 Gflops = 0.249324168571995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00103911 Relative Rsd = 4.55549193118525e-07
BICGSTAB_SOLVER_TIME: 0.592642 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 58 resid = 2.0279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212988(s) Flops=383551488 => 1800.81266550228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259244.939897999 Mflops = 259.244939897999 Gflops = 0.259244939897999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 77 resid = 1.129254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281443(s) Flops=508225536 => 1805.78495823311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259976.885539456 Mflops = 259.976885539456 Gflops = 0.259976885539456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00110453 Relative Rsd = 4.84229771251347e-07
BICGSTAB_SOLVER_TIME: 0.595927 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040551 s
InvBiCGStab: k = 62 resid = 9.380839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227559(s) Flops=409798656 => 1800.8457411045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259263.70502398 Mflops = 259.26370502398 Gflops = 0.25926370502398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056719 s
InvBiCGStab: k = 85 resid = 9.726558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345302(s) Flops=560719872 => 1623.8535311119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233792.535516781 Mflops = 233.792535516781 Gflops = 0.233792535516781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001106937 Relative Rsd = 4.85284856492129e-07
BICGSTAB_SOLVER_TIME: 0.673931 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119239
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103921(s) Flops=1480310784 => 1340.95717356586 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193084.354418018 Mflops = 193.084354418018 Gflops = 0.193084354418018 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164138000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.477786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 25 resid = 2.195825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093836(s) Flops=167012352 => 1779.83238842235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256120.176937761 Mflops = 256.120176937761 Gflops = 0.256120176937761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 42 resid = 9.353012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155682(s) Flops=278562816 => 1789.30650942305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257546.243242129 Mflops = 257.546243242129 Gflops = 0.257546243242129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007196325 Relative Rsd = 3.15489345118007e-07
BICGSTAB_SOLVER_TIME: 0.351275 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0619710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 52 resid = 2.237807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190409(s) Flops=344180736 => 1807.58649013439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260235.45145658 Mflops = 260.23545145658 Gflops = 0.26023545145658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 84 resid = 1.106195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306847(s) Flops=554158080 => 1805.97522543808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260016.916276699 Mflops = 260.016916276699 Gflops = 0.260016916276699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001162141 Relative Rsd = 5.0948669398233e-07
BICGSTAB_SOLVER_TIME: 0.599096 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04182 s
InvBiCGStab: k = 61 resid = 1.602003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222903(s) Flops=403236864 => 1809.02394315016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260433.491837764 Mflops = 260.433491837764 Gflops = 0.260433491837764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 81 resid = 9.790849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296411(s) Flops=534472704 => 1803.14733258887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.399689639 Mflops = 259.600399689639 Gflops = 0.259600399689639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001056264 Relative Rsd = 4.63069833365516e-07
BICGSTAB_SOLVER_TIME: 0.621272 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115648
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 60 resid = 2.206136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220634(s) Flops=396675072 => 1797.8873247097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258832.987957908 Mflops = 258.832987957908 Gflops = 0.258832987957908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 79 resid = 1.134909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288977(s) Flops=521349120 => 1804.11977423809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.427350707 Mflops = 259.737427350707 Gflops = 0.259737427350707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001135606 Relative Rsd = 4.9785329849695e-07
BICGSTAB_SOLVER_TIME: 0.610965 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113601
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 59 resid = 2.049662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216808(s) Flops=390113280 => 1799.34910150917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259048.421156943 Mflops = 259.048421156943 Gflops = 0.259048421156943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055968 s
InvBiCGStab: k = 78 resid = 7.926668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285041(s) Flops=514787328 => 1806.01151413305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260008.64701498 Mflops = 260.00864701498 Gflops = 0.26000864701498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001060942 Relative Rsd = 4.65120545891994e-07
BICGSTAB_SOLVER_TIME: 0.602768 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111845
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942673(s) Flops=1492770816 => 1583.55104686355 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228012.437291431 Mflops = 228.012437291431 Gflops = 0.228012437291431 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.462838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.7362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879818(s) Flops=1348134912 => 1532.28839600917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220627.926070601 Mflops = 220.627926070601 Gflops = 0.220627926070601 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 8.241775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88143(s) Flops=1584359424 => 1797.48751914503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258826.314274614 Mflops = 258.826314274614 Gflops = 0.258826314274614 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002049029 Relative Rsd = 9.01771563876385e-07
BICGSTAB_SOLVER_TIME: 1.764605 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.115341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319102999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.120113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671945(s) Flops=1210337280 => 1801.24456614753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259422.467345249 Mflops = 259.422467345249 Gflops = 0.259422467345249 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.058758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768372(s) Flops=1387505664 => 1805.77332854399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.083070442 Mflops = 260.017083070442 Gflops = 0.260017083070442 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001951773 Relative Rsd = 8.57891557078252e-07
BICGSTAB_SOLVER_TIME: 1.443722 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281970999999998
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943563(s) Flops=1492770816 => 1582.0573888548 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227821.082076066 Mflops = 227.821082076066 Gflops = 0.227821082076066 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165736000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 23 resid = 1.986773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085709(s) Flops=153888768 => 1795.47968124701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258407.331380674 Mflops = 258.407331380673 Gflops = 0.258407331380674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 50 resid = 1.051023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183983(s) Flops=331057152 => 1799.38990015382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259021.994133082 Mflops = 259.021994133082 Gflops = 0.259021994133082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007147483 Relative Rsd = 3.13348067663373e-07
BICGSTAB_SOLVER_TIME: 0.37139 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 78 resid = 1.797648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285346(s) Flops=514787328 => 1804.08110854892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.813097882 Mflops = 259.736813097882 Gflops = 0.259736813097882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 120 resid = 8.601605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464899(s) Flops=790382592 => 1700.11678235488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244783.107860863 Mflops = 244.783107860863 Gflops = 0.244783107860863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001328014 Relative Rsd = 5.82205967639103e-07
BICGSTAB_SOLVER_TIME: 0.851615 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155923999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053807 s
InvBiCGStab: k = 57 resid = 1.473049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268816(s) Flops=376989696 => 1402.40795190762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201912.485948952 Mflops = 201.912485948952 Gflops = 0.201912485948952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066213 s
InvBiCGStab: k = 79 resid = 1.075266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352736(s) Flops=521349120 => 1478.01505942121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212798.76783752 Mflops = 212.79876783752 Gflops = 0.21279876783752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001055965 Relative Rsd = 4.62938821716839e-07
BICGSTAB_SOLVER_TIME: 0.745553 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042295 s
InvBiCGStab: k = 60 resid = 2.220543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256514(s) Flops=396675072 => 1546.40710448552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222639.684077991 Mflops = 222.639684077991 Gflops = 0.222639684077991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068814 s
InvBiCGStab: k = 85 resid = 8.02299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410744(s) Flops=560719872 => 1365.13222834661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196552.044079945 Mflops = 196.552044079945 Gflops = 0.196552044079945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001134651 Relative Rsd = 4.97435000299617e-07
BICGSTAB_SOLVER_TIME: 0.782424 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 62 resid = 1.623748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230138(s) Flops=409798656 => 1780.66488802371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256364.084220772 Mflops = 256.364084220772 Gflops = 0.256364084220772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057837 s
InvBiCGStab: k = 84 resid = 1.017593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309453(s) Flops=554158080 => 1790.7665461314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257810.641382523 Mflops = 257.810641382523 Gflops = 0.257810641382523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001105638 Relative Rsd = 4.84715591229435e-07
BICGSTAB_SOLVER_TIME: 0.64283 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118623
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93828(s) Flops=1505083392 => 1604.08768384704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230971.265319643 Mflops = 230.971265319643 Gflops = 0.230971265319643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168696000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040669 s
InvBiCGStab: k = 26 resid = 2.232521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09705(s) Flops=173574144 => 1788.50225656878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257420.102667485 Mflops = 257.420102667485 Gflops = 0.257420102667485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056126 s
InvBiCGStab: k = 43 resid = 8.997812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15828(s) Flops=285124608 => 1801.39378316907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.546597296 Mflops = 259.302546597296 Gflops = 0.259302546597296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007563905 Relative Rsd = 3.31604135163317e-07
BICGSTAB_SOLVER_TIME: 0.355989 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 77 resid = 1.99134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281465(s) Flops=508225536 => 1805.64381361803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.545283158 Mflops = 259.960545283158 Gflops = 0.259960545283158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05593 s
InvBiCGStab: k = 111 resid = 1.04626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405761(s) Flops=731326464 => 1802.35770317995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259498.25045904 Mflops = 259.49825045904 Gflops = 0.25949825045904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001260601 Relative Rsd = 5.52651638269297e-07
BICGSTAB_SOLVER_TIME: 0.788285 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148806999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041546 s
InvBiCGStab: k = 48 resid = 2.218103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176679(s) Flops=317933568 => 1799.4983444552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.439171576 Mflops = 259.050439171576 Gflops = 0.259050439171576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 67 resid = 1.116016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26028(s) Flops=442607616 => 1700.50567081604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244811.091954102 Mflops = 244.811091954102 Gflops = 0.244811091954102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009992647 Relative Rsd = 4.38081007319572e-07
BICGSTAB_SOLVER_TIME: 0.538714 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045175 s
InvBiCGStab: k = 65 resid = 1.68585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241762(s) Flops=429484032 => 1776.47451625979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255757.210079798 Mflops = 255.757210079798 Gflops = 0.255757210079798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 93 resid = 5.628954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340688(s) Flops=613214208 => 1799.92899074813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259134.793439196 Mflops = 259.134793439196 Gflops = 0.259134793439196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001116128 Relative Rsd = 4.89314421630269e-07
BICGSTAB_SOLVER_TIME: 0.688081 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04398 s
InvBiCGStab: k = 62 resid = 2.270036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279588(s) Flops=409798656 => 1465.72333576548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211035.572388397 Mflops = 211.035572388397 Gflops = 0.211035572388397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075041 s
InvBiCGStab: k = 84 resid = 8.417555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376439(s) Flops=554158080 => 1472.10591888726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211944.689205844 Mflops = 211.944689205844 Gflops = 0.211944689205844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001114523 Relative Rsd = 4.88610521101034e-07
BICGSTAB_SOLVER_TIME: 0.779215 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118457
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.106547(s) Flops=1517469696 => 1371.3558448037 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197556.807943247 Mflops = 197.556807943246 Gflops = 0.197556807943247 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168784000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04071 s
InvBiCGStab: k = 27 resid = 2.113453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100982(s) Flops=180135936 => 1783.84203125309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256711.791495206 Mflops = 256.711791495206 Gflops = 0.256711791495206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 48 resid = 9.697518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176358(s) Flops=317933568 => 1802.7737216344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259507.070752178 Mflops = 259.507070752178 Gflops = 0.259507070752178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007210395 Relative Rsd = 3.16106176744772e-07
BICGSTAB_SOLVER_TIME: 0.378079 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 51 resid = 1.643927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18722(s) Flops=337618944 => 1803.32733682299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.806461245 Mflops = 259.603806461245 Gflops = 0.259603806461245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 84 resid = 1.013385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307983(s) Flops=554158080 => 1799.31385823243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.818587625 Mflops = 259.044818587625 Gflops = 0.259044818587625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001120344 Relative Rsd = 4.91162619851353e-07
BICGSTAB_SOLVER_TIME: 0.5968 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 53 resid = 1.870787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194486(s) Flops=350742528 => 1803.43329596989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259626.591159996 Mflops = 259.626591159996 Gflops = 0.259626591159996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056576 s
InvBiCGStab: k = 77 resid = 1.10382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282963(s) Flops=508225536 => 1796.08477433445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258577.037842335 Mflops = 258.577037842335 Gflops = 0.258577037842335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001038051 Relative Rsd = 4.55085012773877e-07
BICGSTAB_SOLVER_TIME: 0.578596 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04199 s
InvBiCGStab: k = 66 resid = 1.291127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242545(s) Flops=436045824 => 1797.79349811375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258825.143214218 Mflops = 258.825143214218 Gflops = 0.258825143214218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056042 s
InvBiCGStab: k = 86 resid = 1.12772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330486(s) Flops=567281664 => 1716.50739819538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247115.896687495 Mflops = 247.115896687495 Gflops = 0.247115896687495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001120587 Relative Rsd = 4.91268929654311e-07
BICGSTAB_SOLVER_TIME: 0.674893 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122851000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042074 s
InvBiCGStab: k = 56 resid = 1.79362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216194(s) Flops=370427904 => 1713.40510837489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246664.517785138 Mflops = 246.664517785138 Gflops = 0.246664517785138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 75 resid = 7.546274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276544(s) Flops=495101952 => 1790.31890766026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257749.987748504 Mflops = 257.749987748504 Gflops = 0.257749987748504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001064592 Relative Rsd = 4.66720755955338e-07
BICGSTAB_SOLVER_TIME: 0.595387 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107623
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946951(s) Flops=1523810304 => 1609.17545258414 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231701.724718834 Mflops = 231.701724718834 Gflops = 0.231701724718834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169290000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.545573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047645 s
InvBiCGStab: k = 25 resid = 2.055804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102117(s) Flops=167012352 => 1635.49998531097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235377.429836123 Mflops = 235.377429836123 Gflops = 0.235377429836123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083085 s
InvBiCGStab: k = 46 resid = 1.01317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197554(s) Flops=304809984 => 1542.91982951497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222114.596910735 Mflops = 222.114596910735 Gflops = 0.222114596910735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007213918 Relative Rsd = 3.16260614317384e-07
BICGSTAB_SOLVER_TIME: 0.435083 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 54 resid = 2.262861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199048(s) Flops=357304320 => 1795.066114706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258409.084920747 Mflops = 258.409084920747 Gflops = 0.258409084920747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056766 s
InvBiCGStab: k = 80 resid = 1.14843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293781(s) Flops=527910912 => 1796.95389422733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258719.205706179 Mflops = 258.719205706179 Gflops = 0.258719205706179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00109557 Relative Rsd = 4.80301667413389e-07
BICGSTAB_SOLVER_TIME: 0.594414 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 48 resid = 2.215266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176797(s) Flops=317933568 => 1798.2973014248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258890.69666927 Mflops = 258.89069666927 Gflops = 0.25889069666927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058382 s
InvBiCGStab: k = 72 resid = 9.715997e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283664(s) Flops=475416576 => 1675.98488352417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241286.427617692 Mflops = 241.286427617692 Gflops = 0.241286427617692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001041126 Relative Rsd = 4.5643335587726e-07
BICGSTAB_SOLVER_TIME: 0.563908 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040945 s
InvBiCGStab: k = 66 resid = 2.049316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243351(s) Flops=436045824 => 1791.83904730205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257981.586252864 Mflops = 257.981586252864 Gflops = 0.257981586252864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056826 s
InvBiCGStab: k = 82 resid = 1.11665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301608(s) Flops=541034496 => 1793.83337312008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258262.989407022 Mflops = 258.262989407022 Gflops = 0.258262989407022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001119217 Relative Rsd = 4.90668327752626e-07
BICGSTAB_SOLVER_TIME: 0.646529 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04139 s
InvBiCGStab: k = 49 resid = 2.205078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181371(s) Flops=324495360 => 1789.1248325256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257539.480363188 Mflops = 257.539480363188 Gflops = 0.257539480363188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 74 resid = 1.150952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27115(s) Flops=488540160 => 1801.73394799926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259387.920510385 Mflops = 259.387920510385 Gflops = 0.259387920510385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001066957 Relative Rsd = 4.67757365848703e-07
BICGSTAB_SOLVER_TIME: 0.554556 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102252
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945941(s) Flops=1523957760 => 1611.04948405873 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231976.595991155 Mflops = 231.976595991155 Gflops = 0.231976595991155 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169465000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.177758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819814(s) Flops=1413752832 => 1724.47998204471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248252.022551954 Mflops = 248.252022551954 Gflops = 0.248252022551954 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 9.795441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.234538(s) Flops=1774651392 => 1437.50244382919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206994.413621744 Mflops = 206.994413621744 Gflops = 0.206994413621744 Tflops
BICGSTAB_SOLVER: 485 iterations. Rsd = 0.002121298 Relative Rsd = 9.33526740967411e-07
BICGSTAB_SOLVER_TIME: 2.05794 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.124719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346106
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.165627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722167(s) Flops=1230022656 => 1703.23852516108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245210.427091696 Mflops = 245.210427091696 Gflops = 0.245210427091696 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 9.126873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824896(s) Flops=1485932544 => 1801.35743657382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259378.026159095 Mflops = 259.378026159095 Gflops = 0.259378026159095 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.001948386 Relative Rsd = 8.56400746557477e-07
BICGSTAB_SOLVER_TIME: 1.550469 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294756999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 310 resid = 2.236497e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.135298(s) Flops=2037123072 => 1794.35097392931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258369.629585084 Mflops = 258.369629585084 Gflops = 0.258369629585084 Tflops
InvBiCGStab: k = 349 resid = 7.069803e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.279236(s) Flops=2293032960 => 1792.50189957131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258111.91268472 Mflops = 258.11191268472 Gflops = 0.25811191268472 Tflops
BICGSTAB_SOLVER: 659 iterations. Rsd = 0.002125994 Relative Rsd = 9.355933080873e-07
BICGSTAB_SOLVER_TIME: 2.41917 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.471116
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 293 resid = 2.159342e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.108862(s) Flops=1925572608 => 1736.53043210066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250032.780333524 Mflops = 250.032780333524 Gflops = 0.250032780333524 Tflops
InvBiCGStab: k = 325 resid = 1.128618e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.210605(s) Flops=2135549952 => 1764.03529805345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254011.764778269 Mflops = 254.011764778269 Gflops = 0.254011764778269 Tflops
BICGSTAB_SOLVER: 618 iterations. Rsd = 0.001952828 Relative Rsd = 8.58353174326806e-07
BICGSTAB_SOLVER_TIME: 2.324164 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.441812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 224 resid = 2.185885e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819368(s) Flops=1472808960 => 1797.49387332676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258736.172550884 Mflops = 258.736172550884 Gflops = 0.258736172550884 Tflops
InvBiCGStab: k = 246 resid = 8.692752e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.092482(s) Flops=1617168384 => 1480.27004930058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213153.16797026 Mflops = 213.15316797026 Gflops = 0.21315316797026 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.001838856 Relative Rsd = 8.06160607490734e-07
BICGSTAB_SOLVER_TIME: 1.916892 sec
2Flav::invert,  n_count = 470
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334969000000002
MInvCG2: 347 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.558778(s) Flops=2238769152 => 1436.23348032882 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207026.16402311 Mflops = 207.02616402311 Gflops = 0.20702616402311 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249307000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.025859292540872
AccProb = 0.97447219546923
AcceptP = 0
After HMC trajectory call: time= 474.304043 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 3.50117911266767e-05 resid_rel = 0.009791525

Look for highest ev
Evalue[1]: eigen_norm = 0.0766884850571446 resid_rel = -0.008799662

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297508000000003
EIGBNDSMDAGM: total time = 1.482103 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.694819 secs
After saving state: time= 1.557341 secs
Doing Update: 2726 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 303 resid = 2.054998e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.107684(s) Flops=1991190528 => 1797.61604212032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.554721936 Mflops = 258.858554721936 Gflops = 0.258858554721936 Tflops
InvBiCGStab: k = 288 resid = 1.030961e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.063998(s) Flops=1892763648 => 1778.91654683561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256155.486348677 Mflops = 256.155486348677 Gflops = 0.256155486348677 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.002021611 Relative Rsd = 8.89607223294572e-07
BICGSTAB_SOLVER_TIME: 2.176615 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.424784999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000379
InvBiCGStab: k = 250 resid = 1.438311e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913455(s) Flops=1643415552 => 1799.12042957781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.847744994 Mflops = 259.052847744994 Gflops = 0.259052847744994 Tflops
InvBiCGStab: k = 241 resid = 9.600781e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97216(s) Flops=1584359424 => 1629.73113890718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234671.485845643 Mflops = 234.671485845643 Gflops = 0.234671485845643 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.00184949 Relative Rsd = 8.12897330173735e-07
BICGSTAB_SOLVER_TIME: 1.890763 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353442999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 379 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.734532(s) Flops=2436286464 => 1404.57856297837 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202317.768993122 Mflops = 202.317768993122 Gflops = 0.202317768993122 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272215000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 294 resid = 2.125391e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.242866(s) Flops=1932134400 => 1554.57981793693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223869.18397484 Mflops = 223.86918397484 Gflops = 0.22386918397484 Tflops
InvBiCGStab: k = 349 resid = 1.031119e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.283208(s) Flops=2293032960 => 1786.95344792115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257313.683565608 Mflops = 257.313683565608 Gflops = 0.257313683565608 Tflops
BICGSTAB_SOLVER: 643 iterations. Rsd = 0.002172659 Relative Rsd = 9.56075783104396e-07
BICGSTAB_SOLVER_TIME: 2.530588 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.459929999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 2.100499e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.987912(s) Flops=1774651392 => 1796.36586254646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258651.222776661 Mflops = 258.651222776661 Gflops = 0.258651222776661 Tflops
InvBiCGStab: k = 295 resid = 1.098876e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.111844(s) Flops=1938696192 => 1743.67644381766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251079.644218809 Mflops = 251.079644218809 Gflops = 0.251079644218809 Tflops
BICGSTAB_SOLVER: 565 iterations. Rsd = 0.0019491 Relative Rsd = 8.56678094002426e-07
BICGSTAB_SOLVER_TIME: 2.104418 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.404295999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 225 resid = 2.244367e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831911(s) Flops=1479370752 => 1778.28007082488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255975.367944527 Mflops = 255.975367944527 Gflops = 0.255975367944527 Tflops
InvBiCGStab: k = 267 resid = 8.829353e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.987692(s) Flops=1754966016 => 1776.83530493312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255855.120253347 Mflops = 255.855120253347 Gflops = 0.255855120253347 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.001856314 Relative Rsd = 8.14167130448572e-07
BICGSTAB_SOLVER_TIME: 1.824272 sec
2Flav::invert,  n_count = 492
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351277000000003
MInvCG2: 363 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.498454(s) Flops=2339776512 => 1561.4603531373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224853.655715644 Mflops = 224.853655715644 Gflops = 0.224853655715644 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260515000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.076361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892746(s) Flops=1394067456 => 1561.54993245559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224789.030543005 Mflops = 224.789030543005 Gflops = 0.224789030543005 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 9.561285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921545(s) Flops=1453123584 => 1576.83410359776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227053.660158008 Mflops = 227.053660158008 Gflops = 0.227053660158008 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002110035 Relative Rsd = 9.28518277589554e-07
BICGSTAB_SOLVER_TIME: 1.817677 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308878999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.282454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.706994(s) Flops=1230022656 => 1739.79221322953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250447.883802358 Mflops = 250.447883802358 Gflops = 0.250447883802358 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.000821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839213(s) Flops=1499056128 => 1786.26418799518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257206.501717182 Mflops = 257.206501717182 Gflops = 0.257206501717182 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.001945398 Relative Rsd = 8.55051071424915e-07
BICGSTAB_SOLVER_TIME: 1.549568 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296206999999998
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005032(s) Flops=1624227840 => 1616.09564670578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232729.820529775 Mflops = 232.729820529775 Gflops = 0.232729820529775 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180765000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 173 resid = 1.645803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.643708(s) Flops=1138157568 => 1768.12711353595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254472.651248294 Mflops = 254.472651248294 Gflops = 0.254472651248294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3e-05 s
InvBiCGStab: k = 190 resid = 7.362823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694003(s) Flops=1249708032 => 1800.72425047154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259276.492964626 Mflops = 259.276492964626 Gflops = 0.259276492964626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 363 iterations. Rsd = 0.001860716 Relative Rsd = 8.16097772689922e-07
BICGSTAB_SOLVER_TIME: 1.341425 sec
2Flav::invert,  n_count = 363
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260743999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00014 s
InvBiCGStab: k = 140 resid = 1.683483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.57546(s) Flops=921618432 => 1601.53343759775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230431.62220375 Mflops = 230.43162220375 Gflops = 0.23043162220375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.2e-05 s
InvBiCGStab: k = 159 resid = 1.083668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728376(s) Flops=1046292480 => 1436.47303041286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206818.480817865 Mflops = 206.818480817865 Gflops = 0.206818480817865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 299 iterations. Rsd = 0.001635693 Relative Rsd = 7.17403874367867e-07
BICGSTAB_SOLVER_TIME: 1.307875 sec
2Flav::invert,  n_count = 299
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215263999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005286 s
InvBiCGStab: k = 100 resid = 1.940744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427996(s) Flops=659146752 => 1540.07689791493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221738.685917696 Mflops = 221.738685917696 Gflops = 0.221738685917696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.01133 s
InvBiCGStab: k = 123 resid = 1.115286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.551497(s) Flops=810067968 => 1468.85290037842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211490.658901348 Mflops = 211.490658901348 Gflops = 0.211490658901348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 223 iterations. Rsd = 0.001442735 Relative Rsd = 6.32773866385559e-07
BICGSTAB_SOLVER_TIME: 0.999992 sec
2Flav::invert,  n_count = 223
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162786999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007442 s
InvBiCGStab: k = 93 resid = 2.162074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341285(s) Flops=613214208 => 1796.78042691592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258699.107203063 Mflops = 258.699107203063 Gflops = 0.258699107203063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011229 s
InvBiCGStab: k = 114 resid = 9.290262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418434(s) Flops=751011840 => 1794.81552646295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258414.086963564 Mflops = 258.414086963564 Gflops = 0.258414086963564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001349514 Relative Rsd = 5.9188772248652e-07
BICGSTAB_SOLVER_TIME: 0.782263 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152398999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010434 s
InvBiCGStab: k = 78 resid = 2.019772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286805(s) Flops=514787328 => 1794.90360349366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258418.421012661 Mflops = 258.418421012661 Gflops = 0.258418421012661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015126 s
InvBiCGStab: k = 118 resid = 8.333396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432071(s) Flops=777259008 => 1798.91501165318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259000.747737183 Mflops = 259.000747737183 Gflops = 0.259000747737183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001321751 Relative Rsd = 5.79711125312092e-07
BICGSTAB_SOLVER_TIME: 0.748261 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145832
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00601(s) Flops=1624375296 => 1614.67112255345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232498.899005243 Mflops = 232.498899005243 Gflops = 0.232498899005243 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181314000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013116 s
InvBiCGStab: k = 27 resid = 2.100047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10085(s) Flops=180135936 => 1786.1768567179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257037.855235026 Mflops = 257.037855235026 Gflops = 0.257037855235026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019208 s
InvBiCGStab: k = 49 resid = 9.364101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191829(s) Flops=324495360 => 1691.58656928827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243502.792403382 Mflops = 243.502792403382 Gflops = 0.243502792403382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007562324 Relative Rsd = 3.31678460175124e-07
BICGSTAB_SOLVER_TIME: 0.328848 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0609980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017289 s
InvBiCGStab: k = 86 resid = 1.976751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320954(s) Flops=567281664 => 1767.48588271216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254477.128651453 Mflops = 254.477128651453 Gflops = 0.254477128651453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.025673 s
InvBiCGStab: k = 117 resid = 8.980451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438255(s) Flops=770697216 => 1758.55886641339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253192.96251338 Mflops = 253.19296251338 Gflops = 0.25319296251338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001353277 Relative Rsd = 5.93538050914663e-07
BICGSTAB_SOLVER_TIME: 0.806035 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153079999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019828 s
InvBiCGStab: k = 64 resid = 1.928044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245241(s) Flops=422922240 => 1724.51686300415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248285.622036666 Mflops = 248.285622036666 Gflops = 0.248285622036666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028594 s
InvBiCGStab: k = 88 resid = 1.081959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365589(s) Flops=580405248 => 1587.58947342508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228572.879063979 Mflops = 228.572879063979 Gflops = 0.228572879063979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001172511 Relative Rsd = 5.14255654391827e-07
BICGSTAB_SOLVER_TIME: 0.66338 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117575
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.027549 s
InvBiCGStab: k = 83 resid = 1.991812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356131(s) Flops=547596288 => 1537.62600840702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221384.840157603 Mflops = 221.384840157603 Gflops = 0.221384840157603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.039986 s
InvBiCGStab: k = 100 resid = 1.102036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429283(s) Flops=659146752 => 1535.45971305642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221076.558201473 Mflops = 221.076558201473 Gflops = 0.221076558201473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.00127925 Relative Rsd = 5.6107040991072e-07
BICGSTAB_SOLVER_TIME: 0.856864 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140752
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.038643 s
InvBiCGStab: k = 77 resid = 1.858373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339313(s) Flops=508225536 => 1497.80744032796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215652.281845024 Mflops = 215.652281845024 Gflops = 0.215652281845024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.041143 s
InvBiCGStab: k = 93 resid = 9.845556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404497(s) Flops=613214208 => 1515.99198016302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218270.262547237 Mflops = 218.270262547237 Gflops = 0.218270262547237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001255302 Relative Rsd = 5.50567270883447e-07
BICGSTAB_SOLVER_TIME: 0.827409 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132564
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026094(s) Flops=1630642176 => 1589.17426278684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228828.41525455 Mflops = 228.82841525455 Gflops = 0.22882841525455 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181221000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03198 s
InvBiCGStab: k = 28 resid = 2.231158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11139(s) Flops=186697728 => 1676.07260974953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241249.489863127 Mflops = 241.249489863127 Gflops = 0.241249489863127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.046208 s
InvBiCGStab: k = 59 resid = 9.650619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223862(s) Flops=390113280 => 1742.65074018815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250865.698782461 Mflops = 250.865698782461 Gflops = 0.250865698782461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007973508 Relative Rsd = 3.49712748042895e-07
BICGSTAB_SOLVER_TIME: 0.417293 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036874 s
InvBiCGStab: k = 63 resid = 2.044369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230507(s) Flops=416360448 => 1806.28114547497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260032.170094078 Mflops = 260.032170094078 Gflops = 0.260032170094078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050545 s
InvBiCGStab: k = 85 resid = 4.907697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312634(s) Flops=560719872 => 1793.53452279662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258219.403028136 Mflops = 258.219403028136 Gflops = 0.258219403028136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001139725 Relative Rsd = 4.99875606833249e-07
BICGSTAB_SOLVER_TIME: 0.634362 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043309 s
InvBiCGStab: k = 63 resid = 1.712238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239364(s) Flops=416360448 => 1739.44472853061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250412.622020615 Mflops = 250.412622020615 Gflops = 0.250412622020615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055971 s
InvBiCGStab: k = 100 resid = 1.07269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377974(s) Flops=659146752 => 1743.89442660077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251080.30415125 Mflops = 251.08030415125 Gflops = 0.25108030415125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001181331 Relative Rsd = 5.18124036073077e-07
BICGSTAB_SOLVER_TIME: 0.720443 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130627
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04071 s
InvBiCGStab: k = 72 resid = 2.110186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264649(s) Flops=475416576 => 1796.40420330324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258627.357434342 Mflops = 258.627357434342 Gflops = 0.258627357434342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 100 resid = 1.144522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365732(s) Flops=659146752 => 1802.26710268721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.864190992 Mflops = 259.470864190992 Gflops = 0.259470864190992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001176208 Relative Rsd = 5.15876981317984e-07
BICGSTAB_SOLVER_TIME: 0.731083 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041139 s
InvBiCGStab: k = 65 resid = 2.186499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238109(s) Flops=429484032 => 1803.72867888236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.828072337 Mflops = 259.674828072337 Gflops = 0.259674828072337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056152 s
InvBiCGStab: k = 86 resid = 7.39939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370789(s) Flops=567281664 => 1529.93121155158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220269.517205531 Mflops = 220.269517205531 Gflops = 0.220269517205531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001135768 Relative Rsd = 4.98140469435391e-07
BICGSTAB_SOLVER_TIME: 0.710116 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122192
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.211621(s) Flops=1630568448 => 1345.77433702453 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193782.001072386 Mflops = 193.782001072386 Gflops = 0.193782001072386 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181156000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041614 s
InvBiCGStab: k = 36 resid = 2.083161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133192(s) Flops=239192064 => 1795.8440747192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258501.150590705 Mflops = 258.501150590705 Gflops = 0.258501150590705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 47 resid = 1.142756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172296(s) Flops=311371776 => 1807.19097367321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260131.765140187 Mflops = 260.131765140187 Gflops = 0.260131765140187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007359519 Relative Rsd = 3.22783576974522e-07
BICGSTAB_SOLVER_TIME: 0.407461 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 63 resid = 1.880694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232973(s) Flops=416360448 => 1787.16180844991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257298.150747146 Mflops = 257.298150747146 Gflops = 0.257298150747146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 93 resid = 8.468799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341838(s) Flops=613214208 => 1793.87372966142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258267.217967361 Mflops = 258.267217967361 Gflops = 0.258267217967361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00120031 Relative Rsd = 5.2644787561486e-07
BICGSTAB_SOLVER_TIME: 0.675984 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 68 resid = 2.183248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250628(s) Flops=449169408 => 1792.17568667507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258016.813381161 Mflops = 258.016813381161 Gflops = 0.258016813381161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 79 resid = 8.219886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288911(s) Flops=521349120 => 1804.53191467268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259803.230811538 Mflops = 259.803230811538 Gflops = 0.259803230811538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001127233 Relative Rsd = 4.94396926966034e-07
BICGSTAB_SOLVER_TIME: 0.640968 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0411 s
InvBiCGStab: k = 68 resid = 1.905568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251078(s) Flops=449169408 => 1788.96362086682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257559.043487638 Mflops = 257.559043487638 Gflops = 0.257559043487638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056375 s
InvBiCGStab: k = 89 resid = 1.130949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325423(s) Flops=586967040 => 1803.7048395473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259689.02487299 Mflops = 259.68902487299 Gflops = 0.25968902487299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001221273 Relative Rsd = 5.35641964452147e-07
BICGSTAB_SOLVER_TIME: 0.677847 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 62 resid = 1.738194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227494(s) Flops=409798656 => 1801.36028202942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.442092298 Mflops = 259.331442092298 Gflops = 0.259331442092298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056451 s
InvBiCGStab: k = 86 resid = 1.08037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335419(s) Flops=567281664 => 1691.26276090502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243494.187755741 Mflops = 243.494187755741 Gflops = 0.243494187755741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001140689 Relative Rsd = 5.00298732620144e-07
BICGSTAB_SOLVER_TIME: 0.66423 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120068
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016655(s) Flops=1636687872 => 1609.87539725866 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231803.474945935 Mflops = 231.803474945935 Gflops = 0.231803474945935 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182161000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.501282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.115204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870983(s) Flops=1472808960 => 1690.97325665369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243490.227300523 Mflops = 243.490227300523 Gflops = 0.243490227300523 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 5.47334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989354(s) Flops=1781213184 => 1800.38002979722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259243.060204047 Mflops = 259.243060204047 Gflops = 0.259243060204047 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.002447201 Relative Rsd = 1.07684190822929e-06
BICGSTAB_SOLVER_TIME: 1.863772 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353437999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.904743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685206(s) Flops=1236584448 => 1804.69004649697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259856.324005749 Mflops = 259.856324005749 Gflops = 0.259856324005749 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 9.052678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851934(s) Flops=1538426880 => 1805.80523843396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260021.903914689 Mflops = 260.021903914689 Gflops = 0.260021903914689 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002030715 Relative Rsd = 8.92532561562409e-07
BICGSTAB_SOLVER_TIME: 1.540648 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301162999999998
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031402(s) Flops=1636687872 => 1586.85737665818 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228493.636286929 Mflops = 228.493636286929 Gflops = 0.228493636286929 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181945000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 27 resid = 1.624594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099793(s) Flops=180135936 => 1805.09590853066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.04842096 Mflops = 259.76504842096 Gflops = 0.25976504842096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056531 s
InvBiCGStab: k = 56 resid = 3.171565e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205287(s) Flops=370427904 => 1804.43917052712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.209053857 Mflops = 259.766209053857 Gflops = 0.259766209053857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007720665 Relative Rsd = 3.38623196603111e-07
BICGSTAB_SOLVER_TIME: 0.406755 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048695 s
InvBiCGStab: k = 93 resid = 2.05122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392017(s) Flops=613214208 => 1564.25412163248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225225.969747331 Mflops = 225.225969747331 Gflops = 0.225225969747331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07967 s
InvBiCGStab: k = 119 resid = 9.391949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.514758(s) Flops=783820800 => 1522.69765598592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219241.6418736 Mflops = 219.2416418736 Gflops = 0.2192416418736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001374132 Relative Rsd = 6.0268496125224e-07
BICGSTAB_SOLVER_TIME: 1.03949 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165683999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053806 s
InvBiCGStab: k = 66 resid = 2.177944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286572(s) Flops=436045824 => 1521.5925631255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219065.432628071 Mflops = 219.065432628071 Gflops = 0.219065432628071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060908 s
InvBiCGStab: k = 79 resid = 9.893254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397403(s) Flops=521349120 => 1311.89024743145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188883.737529912 Mflops = 188.883737529912 Gflops = 0.188883737529912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001136722 Relative Rsd = 4.98558846736926e-07
BICGSTAB_SOLVER_TIME: 0.802666 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 76 resid = 1.842991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279602(s) Flops=501663744 => 1794.20656504603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258326.800225769 Mflops = 258.326800225769 Gflops = 0.258326800225769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056001 s
InvBiCGStab: k = 93 resid = 8.073454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342172(s) Flops=613214208 => 1792.12269852589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258014.246776531 Mflops = 258.014246776531 Gflops = 0.258014246776531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001198069 Relative Rsd = 5.2546519444018e-07
BICGSTAB_SOLVER_TIME: 0.722974 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040799 s
InvBiCGStab: k = 73 resid = 1.951371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286891(s) Flops=481978368 => 1680.00518663883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241886.728974073 Mflops = 241.886728974073 Gflops = 0.241886728974073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060551 s
InvBiCGStab: k = 101 resid = 1.117037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376187(s) Flops=665708544 => 1769.62134257696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254783.002476181 Mflops = 254.783002476181 Gflops = 0.254783002476181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001235487 Relative Rsd = 5.41876317258429e-07
BICGSTAB_SOLVER_TIME: 0.768334 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138606
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015329(s) Flops=1636909056 => 1612.19570799219 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232144.36483625 Mflops = 232.14436483625 Gflops = 0.23214436483625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181991000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 32 resid = 2.217021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118591(s) Flops=212944896 => 1795.62442343854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258451.929722625 Mflops = 258.451929722625 Gflops = 0.258451929722625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 55 resid = 4.059257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213184(s) Flops=363866112 => 1706.81717202041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245710.061456512 Mflops = 245.710061456512 Gflops = 0.245710061456512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007889956 Relative Rsd = 3.46048219348755e-07
BICGSTAB_SOLVER_TIME: 0.4331 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 100 resid = 1.801563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365593(s) Flops=659146752 => 1802.95233223831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259586.596391038 Mflops = 259.586596391038 Gflops = 0.259586596391038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057476 s
InvBiCGStab: k = 114 resid = 1.145926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416673(s) Flops=751011840 => 1802.4010195045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259509.969635667 Mflops = 259.509969635667 Gflops = 0.259509969635667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001332169 Relative Rsd = 5.84280291526361e-07
BICGSTAB_SOLVER_TIME: 0.884599 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167331999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 73 resid = 1.574582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267374(s) Flops=481978368 => 1802.63738433804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.240782702 Mflops = 259.532240782702 Gflops = 0.259532240782702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059707 s
InvBiCGStab: k = 79 resid = 1.133566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353286(s) Flops=521349120 => 1475.71406735619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212457.898420235 Mflops = 212.457898420235 Gflops = 0.212457898420235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001129107 Relative Rsd = 4.95218568110322e-07
BICGSTAB_SOLVER_TIME: 0.726024 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046081 s
InvBiCGStab: k = 63 resid = 2.246966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310327(s) Flops=416360448 => 1341.68296023227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193166.567828289 Mflops = 193.166567828289 Gflops = 0.193166567828289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060252 s
InvBiCGStab: k = 92 resid = 1.137524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397904(s) Flops=606652416 => 1524.62004905706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219503.254653358 Mflops = 219.503254653358 Gflops = 0.219503254653358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001247144 Relative Rsd = 5.46988904222055e-07
BICGSTAB_SOLVER_TIME: 0.818731 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070576 s
InvBiCGStab: k = 68 resid = 2.082035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309572(s) Flops=449169408 => 1450.93680307005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208902.536915826 Mflops = 208.902536915826 Gflops = 0.208902536915826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056045 s
InvBiCGStab: k = 92 resid = 9.916764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33772(s) Flops=606652416 => 1796.31770697619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258629.278971487 Mflops = 258.629278971487 Gflops = 0.258629278971487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001210623 Relative Rsd = 5.30971190862962e-07
BICGSTAB_SOLVER_TIME: 0.777726 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128461
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017241(s) Flops=1636909056 => 1609.16543473965 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231704.310192859 Mflops = 231.704310192859 Gflops = 0.231704310192859 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182181000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 29 resid = 2.159681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107227(s) Flops=193259520 => 1802.3400822554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259405.780349603 Mflops = 259.405780349603 Gflops = 0.259405780349603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 66 resid = 1.079266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240874(s) Flops=436045824 => 1810.26521749961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260613.612652426 Mflops = 260.613612652426 Gflops = 0.260613612652426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.000756623 Relative Rsd = 3.31849788590465e-07
BICGSTAB_SOLVER_TIME: 0.449137 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0821030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041342 s
InvBiCGStab: k = 61 resid = 2.196697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237743(s) Flops=403236864 => 1696.10404512436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244189.545581717 Mflops = 244.189545581717 Gflops = 0.244189545581717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056853 s
InvBiCGStab: k = 81 resid = 1.041788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310565(s) Flops=534472704 => 1720.96889218038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247766.024280162 Mflops = 247.766024280162 Gflops = 0.247766024280162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001138132 Relative Rsd = 4.99177273131383e-07
BICGSTAB_SOLVER_TIME: 0.650416 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 66 resid = 2.070757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243431(s) Flops=436045824 => 1791.2501858843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257881.806113031 Mflops = 257.881806113031 Gflops = 0.257881806113031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060548 s
InvBiCGStab: k = 77 resid = 1.025321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290803(s) Flops=508225536 => 1747.66263071564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251631.83561986 Mflops = 251.63183561986 Gflops = 0.25163183561986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001132547 Relative Rsd = 4.96727718452213e-07
BICGSTAB_SOLVER_TIME: 0.639709 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 76 resid = 1.828745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278466(s) Flops=501663744 => 1801.52601753895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259375.593563001 Mflops = 259.375593563001 Gflops = 0.259375593563001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 87 resid = 1.086428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319038(s) Flops=573843456 => 1798.66804581272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.201838314 Mflops = 258.960201838314 Gflops = 0.258960201838314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001193054 Relative Rsd = 5.2326542030276e-07
BICGSTAB_SOLVER_TIME: 0.698842 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 67 resid = 2.121419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249228(s) Flops=442607616 => 1775.91448793875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255672.200990446 Mflops = 255.672200990446 Gflops = 0.255672200990446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069353 s
InvBiCGStab: k = 86 resid = 7.575441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400761(s) Flops=567281664 => 1415.51115003705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203799.75652057 Mflops = 203.79975652057 Gflops = 0.20379975652057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001154563 Relative Rsd = 5.0638363578503e-07
BICGSTAB_SOLVER_TIME: 0.765086 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123505
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.20047(s) Flops=1636909056 => 1363.5568202454 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196349.742302252 Mflops = 196.349742302252 Gflops = 0.196349742302252 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182096000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.419549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041528 s
InvBiCGStab: k = 35 resid = 1.9581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130191(s) Flops=232630272 => 1786.83835288154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257190.899610501 Mflops = 257.190899610501 Gflops = 0.257190899610501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 45 resid = 1.092426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165585(s) Flops=298248192 => 1801.17880242776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.472948366 Mflops = 259.266472948366 Gflops = 0.259266472948366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007064354 Relative Rsd = 3.09837852819173e-07
BICGSTAB_SOLVER_TIME: 0.397659 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 71 resid = 1.593258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262222(s) Flops=468854784 => 1788.0070474636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257433.725003729 Mflops = 257.433725003729 Gflops = 0.257433725003729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 106 resid = 8.996482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387556(s) Flops=698517504 => 1802.3653459113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.894819992 Mflops = 259.501894819992 Gflops = 0.259501894819992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.00114409 Relative Rsd = 5.01790369731083e-07
BICGSTAB_SOLVER_TIME: 0.751707 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 68 resid = 2.213132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248751(s) Flops=449169408 => 1805.698903723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.968640622 Mflops = 259.963968640622 Gflops = 0.259963968640622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055834 s
InvBiCGStab: k = 81 resid = 1.064939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296415(s) Flops=534472704 => 1803.12299984819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.801304878 Mflops = 259.589801304878 Gflops = 0.259589801304878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001146961 Relative Rsd = 5.03049586354276e-07
BICGSTAB_SOLVER_TIME: 0.646243 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 72 resid = 2.137778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263006(s) Flops=475416576 => 1807.62635072964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260253.074698092 Mflops = 260.253074698092 Gflops = 0.260253074698092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056362 s
InvBiCGStab: k = 77 resid = 1.131711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282548(s) Flops=508225536 => 1798.72282231692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258957.347330742 Mflops = 258.957347330742 Gflops = 0.258957347330742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001143637 Relative Rsd = 5.01591546053736e-07
BICGSTAB_SOLVER_TIME: 0.646945 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041893 s
InvBiCGStab: k = 60 resid = 1.722908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221155(s) Flops=396675072 => 1793.65183694694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258226.587940759 Mflops = 258.226587940759 Gflops = 0.258226587940759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060759 s
InvBiCGStab: k = 81 resid = 1.143604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299512(s) Flops=534472704 => 1784.47843158204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256911.391098467 Mflops = 256.911391098467 Gflops = 0.256911391098467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00119035 Relative Rsd = 5.22079524378249e-07
BICGSTAB_SOLVER_TIME: 0.627176 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114924
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013342(s) Flops=1636909056 => 1615.35696339439 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232595.968297142 Mflops = 232.595968297142 Gflops = 0.232595968297142 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182202000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.541207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 2.220769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851611(s) Flops=1485932544 => 1744.84893220027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251214.462454529 Mflops = 251.214462454529 Gflops = 0.251214462454529 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 9.931669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958693(s) Flops=1722157056 => 1796.35926829548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258664.425126401 Mflops = 258.664425126401 Gflops = 0.258664425126401 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.002135231 Relative Rsd = 9.39547756843171e-07
BICGSTAB_SOLVER_TIME: 1.814124 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.34939
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.171759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682111(s) Flops=1230022656 => 1803.25878925864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.489606979 Mflops = 259.615489606979 Gflops = 0.259615489606979 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.127296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803854(s) Flops=1453123584 => 1807.69590497777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260293.52432905 Mflops = 260.29352432905 Gflops = 0.26029352432905 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.002009823 Relative Rsd = 8.83350358391858e-07
BICGSTAB_SOLVER_TIME: 1.489351 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291735999999997
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037173(s) Flops=1636909056 => 1578.24109960441 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227252.310107484 Mflops = 227.252310107484 Gflops = 0.227252310107484 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182045000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.392678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 33 resid = 1.587781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121564(s) Flops=219506688 => 1805.68826297259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.249746586 Mflops = 259.923249746586 Gflops = 0.259923249746586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 49 resid = 1.134104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179858(s) Flops=324495360 => 1804.17529384292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259707.044569056 Mflops = 259.707044569056 Gflops = 0.259707044569056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007950109 Relative Rsd = 3.48686488026762e-07
BICGSTAB_SOLVER_TIME: 0.402369 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044702 s
InvBiCGStab: k = 79 resid = 2.262517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331985(s) Flops=521349120 => 1570.39962648915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226105.90952657 Mflops = 226.10590952657 Gflops = 0.22610590952657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064125 s
InvBiCGStab: k = 116 resid = 1.061785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.502532(s) Flops=764135424 => 1520.57067808617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218934.26507183 Mflops = 218.93426507183 Gflops = 0.21893426507183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001311866 Relative Rsd = 5.75375605001144e-07
BICGSTAB_SOLVER_TIME: 0.947428 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153667999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043613 s
InvBiCGStab: k = 68 resid = 1.309555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290301(s) Flops=449169408 => 1547.25408455362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222756.150694138 Mflops = 222.756150694138 Gflops = 0.222756150694138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082089 s
InvBiCGStab: k = 77 resid = 1.052155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331581(s) Flops=508225536 => 1532.73419164548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220680.784029756 Mflops = 220.680784029756 Gflops = 0.220680784029756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001108971 Relative Rsd = 4.86387355460734e-07
BICGSTAB_SOLVER_TIME: 0.751402 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.071448 s
InvBiCGStab: k = 78 resid = 1.033763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288113(s) Flops=514787328 => 1786.75494684377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257244.578627045 Mflops = 257.244578627045 Gflops = 0.257244578627045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 87 resid = 1.139375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342704(s) Flops=573843456 => 1674.45800457538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241090.622786956 Mflops = 241.090622786956 Gflops = 0.241090622786956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001207901 Relative Rsd = 5.29777125501272e-07
BICGSTAB_SOLVER_TIME: 0.762784 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 70 resid = 1.656204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256456(s) Flops=462292992 => 1802.62108119911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.0817649 Mflops = 259.5370817649 Gflops = 0.2595370817649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056137 s
InvBiCGStab: k = 86 resid = 1.151376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321151(s) Flops=567281664 => 1766.40167397891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254311.925491378 Mflops = 254.311925491378 Gflops = 0.254311925491378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001176919 Relative Rsd = 5.16188747464331e-07
BICGSTAB_SOLVER_TIME: 0.678707 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125528
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030054(s) Flops=1636761600 => 1589.00562494782 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228798.935335012 Mflops = 228.798935335012 Gflops = 0.228798935335012 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181950000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.379816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 24 resid = 2.261979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089626(s) Flops=160450560 => 1790.22337268203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257643.823332077 Mflops = 257.643823332077 Gflops = 0.257643823332077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 64 resid = 1.048553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234453(s) Flops=422922240 => 1803.86789676396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259687.335092035 Mflops = 259.687335092035 Gflops = 0.259687335092035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007507158 Relative Rsd = 3.29258953707078e-07
BICGSTAB_SOLVER_TIME: 0.42528 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042513 s
InvBiCGStab: k = 86 resid = 1.90821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325984(s) Flops=567281664 => 1740.21321291843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250543.243302486 Mflops = 250.543243302486 Gflops = 0.250543243302486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057705 s
InvBiCGStab: k = 109 resid = 9.927044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398301(s) Flops=718202880 => 1803.16614821454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259618.98917022 Mflops = 259.61898917022 Gflops = 0.25961898917022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.00132679 Relative Rsd = 5.81921162304967e-07
BICGSTAB_SOLVER_TIME: 0.828443 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154037999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 74 resid = 1.602367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27088(s) Flops=488540160 => 1803.52982870644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259644.953028116 Mflops = 259.644953028116 Gflops = 0.259644953028116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055619 s
InvBiCGStab: k = 83 resid = 9.946897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303358(s) Flops=547596288 => 1805.11569828388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259890.082961178 Mflops = 259.890082961178 Gflops = 0.259890082961178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001113871 Relative Rsd = 4.88536376969678e-07
BICGSTAB_SOLVER_TIME: 0.674673 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042573 s
InvBiCGStab: k = 71 resid = 2.275324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297497(s) Flops=468854784 => 1575.99835964732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226895.407824725 Mflops = 226.895407824725 Gflops = 0.226895407824725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059388 s
InvBiCGStab: k = 92 resid = 1.12453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392257(s) Flops=606652416 => 1546.5687444711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222637.975393272 Mflops = 222.637975393272 Gflops = 0.222637975393272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00121053 Relative Rsd = 5.30930445795032e-07
BICGSTAB_SOLVER_TIME: 0.798458 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055903 s
InvBiCGStab: k = 72 resid = 1.595526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346323(s) Flops=475416576 => 1372.754844466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197649.331407392 Mflops = 197.649331407392 Gflops = 0.197649331407392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070131 s
InvBiCGStab: k = 98 resid = 9.497502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427901(s) Flops=646023168 => 1509.74914290922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217372.638331043 Mflops = 217.372638331043 Gflops = 0.217372638331043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001165707 Relative Rsd = 5.11271256872338e-07
BICGSTAB_SOLVER_TIME: 0.904176 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135523
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.165313(s) Flops=1636761600 => 1404.56821471999 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202241.440475964 Mflops = 202.241440475964 Gflops = 0.202241440475964 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182233000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041402 s
InvBiCGStab: k = 31 resid = 1.677055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115387(s) Flops=206383104 => 1788.61660325687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257420.723223788 Mflops = 257.420723223788 Gflops = 0.257420723223788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 56 resid = 7.797047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205036(s) Flops=370427904 => 1806.64812033009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260082.348849601 Mflops = 260.082348849601 Gflops = 0.260082348849601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007125608 Relative Rsd = 3.12524423294502e-07
BICGSTAB_SOLVER_TIME: 0.422204 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 61 resid = 2.067567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223511(s) Flops=403236864 => 1804.10299269387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.458057229 Mflops = 259.722458057229 Gflops = 0.259722458057229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 89 resid = 1.063619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326039(s) Flops=586967040 => 1800.29701968169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.026003915 Mflops = 259.197026003915 Gflops = 0.259197026003915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001186523 Relative Rsd = 5.20401164568786e-07
BICGSTAB_SOLVER_TIME: 0.651168 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041164 s
InvBiCGStab: k = 73 resid = 9.989697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267314(s) Flops=481978368 => 1803.04199555579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.136507243 Mflops = 259.598136507243 Gflops = 0.259598136507243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055986 s
InvBiCGStab: k = 84 resid = 9.81456e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322047(s) Flops=554158080 => 1720.73666266104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247741.3122453 Mflops = 247.7413122453 Gflops = 0.2477413122453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001196517 Relative Rsd = 5.24784425028249e-07
BICGSTAB_SOLVER_TIME: 0.690664 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042479 s
InvBiCGStab: k = 74 resid = 2.118493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272552(s) Flops=488540160 => 1792.46587807097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258056.752175122 Mflops = 258.056752175122 Gflops = 0.258056752175122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057062 s
InvBiCGStab: k = 110 resid = 1.099346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416641(s) Flops=724764672 => 1739.54236860991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250458.993092564 Mflops = 250.458993092564 Gflops = 0.250458993092564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001208223 Relative Rsd = 5.29918507823453e-07
BICGSTAB_SOLVER_TIME: 0.792687 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042777 s
InvBiCGStab: k = 62 resid = 2.267472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264517(s) Flops=409798656 => 1549.23372032799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223017.919880381 Mflops = 223.017919880381 Gflops = 0.223017919880381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066488 s
InvBiCGStab: k = 97 resid = 8.688733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432713(s) Flops=639461376 => 1477.79561972947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212768.061039945 Mflops = 212.768061039945 Gflops = 0.212768061039945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001147196 Relative Rsd = 5.03152368085785e-07
BICGSTAB_SOLVER_TIME: 0.810834 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127812
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.131509(s) Flops=1642807296 => 1451.8729378202 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209056.188811341 Mflops = 209.056188811341 Gflops = 0.209056188811341 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183156000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.383786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 34 resid = 2.005888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12497(s) Flops=226068480 => 1808.98199567896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260395.085297746 Mflops = 260.395085297746 Gflops = 0.260395085297746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055728 s
InvBiCGStab: k = 63 resid = 1.07098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230292(s) Flops=416360448 => 1807.96748475848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260275.283677493 Mflops = 260.275283677493 Gflops = 0.260275283677493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007877008 Relative Rsd = 3.45480315817352e-07
BICGSTAB_SOLVER_TIME: 0.45609 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0834180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042196 s
InvBiCGStab: k = 74 resid = 2.079325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292767(s) Flops=488540160 => 1668.6995460554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240258.996980742 Mflops = 240.258996980742 Gflops = 0.240258996980742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060664 s
InvBiCGStab: k = 93 resid = 9.841386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344119(s) Flops=613214208 => 1781.98300006684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256554.777710101 Mflops = 256.554777710101 Gflops = 0.256554777710101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001221694 Relative Rsd = 5.35826951145271e-07
BICGSTAB_SOLVER_TIME: 0.743688 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 63 resid = 2.219296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231499(s) Flops=416360448 => 1798.54102177547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258932.801351627 Mflops = 258.932801351627 Gflops = 0.258932801351627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 83 resid = 9.120902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305007(s) Flops=547596288 => 1795.35646067139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258474.669785765 Mflops = 258.474669785765 Gflops = 0.258474669785765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001130275 Relative Rsd = 4.95731098175345e-07
BICGSTAB_SOLVER_TIME: 0.638022 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04082 s
InvBiCGStab: k = 73 resid = 2.236836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267635(s) Flops=481978368 => 1800.87943654604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259279.79444815 Mflops = 259.27979444815 Gflops = 0.25927979444815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056375 s
InvBiCGStab: k = 93 resid = 7.601148e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35201(s) Flops=613214208 => 1742.03632851339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250808.462407073 Mflops = 250.808462407073 Gflops = 0.250808462407073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001208055 Relative Rsd = 5.29844778652912e-07
BICGSTAB_SOLVER_TIME: 0.720753 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049158 s
InvBiCGStab: k = 65 resid = 1.284153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293609(s) Flops=429484032 => 1462.7754326332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210604.395626134 Mflops = 210.604395626134 Gflops = 0.210604395626134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073356 s
InvBiCGStab: k = 91 resid = 5.63175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401795(s) Flops=600090624 => 1493.52436939235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215041.592825417 Mflops = 215.041592825417 Gflops = 0.215041592825417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001144666 Relative Rsd = 5.0204265216297e-07
BICGSTAB_SOLVER_TIME: 0.822639 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125383
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.124174(s) Flops=1642954752 => 1461.47727309118 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210483.783245507 Mflops = 210.483783245507 Gflops = 0.210483783245507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.715813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81589(s) Flops=1459685376 => 1789.07129147312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257573.693385012 Mflops = 257.573693385012 Gflops = 0.257573693385012 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.100456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830242(s) Flops=1492494336 => 1797.66180944833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258851.775588198 Mflops = 258.851775588198 Gflops = 0.258851775588198 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002056574 Relative Rsd = 9.04934768620155e-07
BICGSTAB_SOLVER_TIME: 1.649534 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319993999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.719359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693138(s) Flops=1249708032 => 1802.9714602287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.272655128 Mflops = 259.529272655128 Gflops = 0.259529272655128 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.00291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890318(s) Flops=1380943872 => 1551.06812622007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223341.776058893 Mflops = 223.341776058893 Gflops = 0.223341776058893 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001928003 Relative Rsd = 8.47397113796003e-07
BICGSTAB_SOLVER_TIME: 1.58719 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.133122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285475999999998
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.205475(s) Flops=1642954752 => 1362.9106800224 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196253.978798779 Mflops = 196.253978798779 Gflops = 0.196253978798779 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182681000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.405252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041403 s
InvBiCGStab: k = 38 resid = 1.609367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142294(s) Flops=252315648 => 1773.19948838321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255241.411136315 Mflops = 255.241411136315 Gflops = 0.255241411136315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 50 resid = 1.102788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183753(s) Flops=331057152 => 1801.64216094431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.433438307 Mflops = 259.352433438307 Gflops = 0.259352433438307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.000749641 Relative Rsd = 3.28787526122862e-07
BICGSTAB_SOLVER_TIME: 0.428171 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 77 resid = 1.783024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282203(s) Flops=508225536 => 1800.92180451661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259285.996398145 Mflops = 259.285996398145 Gflops = 0.259285996398145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055764 s
InvBiCGStab: k = 121 resid = 6.119633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444192(s) Flops=796944384 => 1794.14393775665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258322.140806158 Mflops = 258.322140806158 Gflops = 0.258322140806158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001351928 Relative Rsd = 5.92946430485949e-07
BICGSTAB_SOLVER_TIME: 0.827417 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157202999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041903 s
InvBiCGStab: k = 65 resid = 1.820689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238314(s) Flops=429484032 => 1802.17709408595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259454.469659646 Mflops = 259.454469659646 Gflops = 0.259454469659646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 84 resid = 1.11354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309132(s) Flops=554158080 => 1792.62606265285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258081.974041827 Mflops = 258.081974041827 Gflops = 0.258081974041827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001130596 Relative Rsd = 4.95871765671773e-07
BICGSTAB_SOLVER_TIME: 0.649815 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 68 resid = 2.250896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249336(s) Flops=449169408 => 1801.46231591106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259361.517676953 Mflops = 259.361517676953 Gflops = 0.259361517676953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 93 resid = 9.807035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343447(s) Flops=613214208 => 1785.46968819061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257063.947895732 Mflops = 257.063947895732 Gflops = 0.257063947895732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001208341 Relative Rsd = 5.29970179513611e-07
BICGSTAB_SOLVER_TIME: 0.693879 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04568 s
InvBiCGStab: k = 71 resid = 1.981913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33064(s) Flops=468854784 => 1418.02196951367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204153.50739932 Mflops = 204.15350739932 Gflops = 0.20415350739932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063171 s
InvBiCGStab: k = 91 resid = 1.033828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412749(s) Flops=600090624 => 1453.88752970934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209323.779433087 Mflops = 209.323779433087 Gflops = 0.209323779433087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001184612 Relative Rsd = 5.19562980314211e-07
BICGSTAB_SOLVER_TIME: 0.856207 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130027
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.221728(s) Flops=1655193600 => 1354.79713978889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195097.402604616 Mflops = 195.097402604616 Gflops = 0.195097402604616 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183927000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.395254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04075 s
InvBiCGStab: k = 26 resid = 2.098928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095746(s) Flops=173574144 => 1812.86052681052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260898.489772076 Mflops = 260.898489772076 Gflops = 0.260898489772076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 49 resid = 1.016094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179795(s) Flops=324495360 => 1804.80747518007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.220402683 Mflops = 259.770220402683 Gflops = 0.259770220402683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000690879 Relative Rsd = 3.03014917593628e-07
BICGSTAB_SOLVER_TIME: 0.376394 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040654 s
InvBiCGStab: k = 78 resid = 2.133377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285761(s) Flops=514787328 => 1801.46110910866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.747380212 Mflops = 259.364747380212 Gflops = 0.259364747380212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056637 s
InvBiCGStab: k = 108 resid = 9.846824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394219(s) Flops=711641088 => 1805.19226115433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259904.323717281 Mflops = 259.904323717281 Gflops = 0.259904323717281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001322093 Relative Rsd = 5.79860983425346e-07
BICGSTAB_SOLVER_TIME: 0.781189 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 66 resid = 1.497744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243346(s) Flops=436045824 => 1791.87586399612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257977.228759356 Mflops = 257.977228759356 Gflops = 0.257977228759356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 92 resid = 1.043778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337166(s) Flops=606652416 => 1799.26925016164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259048.49206942 Mflops = 259.04849206942 Gflops = 0.25904849206942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001146307 Relative Rsd = 5.0276243063743e-07
BICGSTAB_SOLVER_TIME: 0.681412 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 71 resid = 2.069532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260714(s) Flops=468854784 => 1798.34908750585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258898.183539225 Mflops = 258.898183539225 Gflops = 0.258898183539225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05722 s
InvBiCGStab: k = 88 resid = 9.0636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32877(s) Flops=580405248 => 1765.38384889132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254168.368273478 Mflops = 254.168368273478 Gflops = 0.254168368273478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001200205 Relative Rsd = 5.26402075707675e-07
BICGSTAB_SOLVER_TIME: 0.692193 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043827 s
InvBiCGStab: k = 67 resid = 2.139601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313039(s) Flops=442607616 => 1413.90566670607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203583.262589562 Mflops = 203.583262589562 Gflops = 0.203583262589562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067315 s
InvBiCGStab: k = 86 resid = 9.784144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416577(s) Flops=567281664 => 1361.76904629876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196052.448872873 Mflops = 196.052448872873 Gflops = 0.196052448872873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001152751 Relative Rsd = 5.05588953783434e-07
BICGSTAB_SOLVER_TIME: 0.844984 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123434
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.1843(s) Flops=1661460480 => 1402.90507472769 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202073.500469809 Mflops = 202.073500469809 Gflops = 0.202073500469809 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184773000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.403795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040661 s
InvBiCGStab: k = 31 resid = 2.250112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114673(s) Flops=206383104 => 1799.75324618698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259034.628551028 Mflops = 259.034628551028 Gflops = 0.259034628551028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05599 s
InvBiCGStab: k = 52 resid = 1.063512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191115(s) Flops=344180736 => 1800.90906522251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.677024148 Mflops = 259.248677024148 Gflops = 0.259248677024148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007575224 Relative Rsd = 3.3224427028825e-07
BICGSTAB_SOLVER_TIME: 0.406321 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 69 resid = 1.221478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252546(s) Flops=455731200 => 1804.54729039462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.85202862 Mflops = 259.79885202862 Gflops = 0.25979885202862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055743 s
InvBiCGStab: k = 86 resid = 9.175628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316968(s) Flops=567281664 => 1789.71272809874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257669.807036674 Mflops = 257.669807036674 Gflops = 0.257669807036674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001137247 Relative Rsd = 4.98789020629447e-07
BICGSTAB_SOLVER_TIME: 0.669923 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 69 resid = 1.80718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259922(s) Flops=455731200 => 1753.33830918506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252415.725839672 Mflops = 252.415725839672 Gflops = 0.252415725839672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059426 s
InvBiCGStab: k = 88 resid = 1.090495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33727(s) Flops=580405248 => 1720.89200936935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247746.25145982 Mflops = 247.74625145982 Gflops = 0.24774625145982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001135209 Relative Rsd = 4.97894875730194e-07
BICGSTAB_SOLVER_TIME: 0.701551 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041859 s
InvBiCGStab: k = 67 resid = 2.263311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24687(s) Flops=442607616 => 1792.87728764127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258118.871033652 Mflops = 258.118871033652 Gflops = 0.258118871033652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05678 s
InvBiCGStab: k = 81 resid = 1.068286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298419(s) Flops=534472704 => 1791.01432549536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.850736678 Mflops = 257.855850736678 Gflops = 0.257855850736678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00116876 Relative Rsd = 5.12610533979886e-07
BICGSTAB_SOLVER_TIME: 0.647822 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049695 s
InvBiCGStab: k = 66 resid = 2.103501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29565(s) Flops=436045824 => 1474.87171993912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212352.463355657 Mflops = 212.352463355657 Gflops = 0.212352463355657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064889 s
InvBiCGStab: k = 87 resid = 9.820195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412478(s) Flops=573843456 => 1391.20984876769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200300.516107718 Mflops = 200.300516107718 Gflops = 0.200300516107718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001192891 Relative Rsd = 5.23194193022355e-07
BICGSTAB_SOLVER_TIME: 0.826672 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123524
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.226496(s) Flops=1667874816 => 1359.86975579211 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195938.794849524 Mflops = 195.938794849524 Gflops = 0.195938794849524 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185382000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.387351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 37 resid = 1.12444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137375(s) Flops=245753856 => 1788.92706824386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257513.516213072 Mflops = 257.513516213072 Gflops = 0.257513516213072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 52 resid = 1.138416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190958(s) Flops=344180736 => 1802.38971920527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259459.058130052 Mflops = 259.459058130052 Gflops = 0.259459058130052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007406693 Relative Rsd = 3.24852614587585e-07
BICGSTAB_SOLVER_TIME: 0.429276 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043041 s
InvBiCGStab: k = 72 resid = 2.173465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278474(s) Flops=475416576 => 1707.22069564843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245784.856061089 Mflops = 245.784856061089 Gflops = 0.245784856061089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060088 s
InvBiCGStab: k = 102 resid = 3.682421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37616(s) Flops=672270336 => 1787.1925138239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257318.383436987 Mflops = 257.318383436987 Gflops = 0.257318383436987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001210006 Relative Rsd = 5.3070047613844e-07
BICGSTAB_SOLVER_TIME: 0.76173 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042231 s
InvBiCGStab: k = 72 resid = 2.005365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265453(s) Flops=475416576 => 1790.96328163554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257845.882426983 Mflops = 257.845882426983 Gflops = 0.257845882426983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05722 s
InvBiCGStab: k = 90 resid = 8.109554e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330855(s) Flops=593528832 => 1793.92432334406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258270.703507604 Mflops = 258.270703507604 Gflops = 0.258270703507604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001136474 Relative Rsd = 4.98449937927532e-07
BICGSTAB_SOLVER_TIME: 0.699673 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041545 s
InvBiCGStab: k = 69 resid = 1.593893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254637(s) Flops=455731200 => 1789.72890821051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257670.058496021 Mflops = 257.670058496021 Gflops = 0.257670058496021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 93 resid = 1.081098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339882(s) Flops=613214208 => 1804.19736261408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.285314277 Mflops = 259.755285314277 Gflops = 0.259755285314277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001199723 Relative Rsd = 5.26190538343719e-07
BICGSTAB_SOLVER_TIME: 0.696402 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046098 s
InvBiCGStab: k = 65 resid = 1.978447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272895(s) Flops=429484032 => 1573.80689276095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226594.183543903 Mflops = 226.594183543903 Gflops = 0.226594183543903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064965 s
InvBiCGStab: k = 89 resid = 1.128283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395911(s) Flops=586967040 => 1482.57320458386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213445.274161606 Mflops = 213.445274161606 Gflops = 0.213445274161606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001158813 Relative Rsd = 5.08247748172354e-07
BICGSTAB_SOLVER_TIME: 0.78534 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124116
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.22085(s) Flops=1680482304 => 1376.48548470328 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198201.999865685 Mflops = 198.201999865685 Gflops = 0.198201999865685 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187215000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.422593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.208891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802318(s) Flops=1413752832 => 1762.08539756057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253748.421252478 Mflops = 253.748421252478 Gflops = 0.253748421252478 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 7.700837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914584(s) Flops=1597483008 => 1746.67718656788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251508.945167928 Mflops = 251.508945167928 Gflops = 0.251508945167928 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002098867 Relative Rsd = 9.23566162795627e-07
BICGSTAB_SOLVER_TIME: 1.720385 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.11586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327122999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.797153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746373(s) Flops=1308764160 => 1753.49880019776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252361.999001031 Mflops = 252.361999001031 Gflops = 0.252361999001031 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 6.456283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994615(s) Flops=1551550464 => 1559.9507990529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224621.207632526 Mflops = 224.621207632526 Gflops = 0.224621207632526 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002229773 Relative Rsd = 9.80051237634423e-07
BICGSTAB_SOLVER_TIME: 1.749184 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.129957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310588999999999
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.277208(s) Flops=1680482304 => 1315.74677264784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189455.860066322 Mflops = 189.455860066322 Gflops = 0.189455860066322 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186793000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042304 s
InvBiCGStab: k = 30 resid = 1.190993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111001(s) Flops=199821312 => 1800.17578220016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259099.136693684 Mflops = 259.099136693684 Gflops = 0.259099136693684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057138 s
InvBiCGStab: k = 65 resid = 8.579367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243123(s) Flops=429484032 => 1766.52983057958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254301.781979354 Mflops = 254.301781979354 Gflops = 0.254301781979354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007196348 Relative Rsd = 3.15626996828685e-07
BICGSTAB_SOLVER_TIME: 0.457685 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0820550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043826 s
InvBiCGStab: k = 83 resid = 1.865872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308048(s) Flops=547596288 => 1777.63299226095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255939.939743111 Mflops = 255.939939743111 Gflops = 0.255939939743111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 104 resid = 8.378277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390079(s) Flops=685393920 => 1757.0643895211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252978.166681872 Mflops = 252.978166681872 Gflops = 0.252978166681872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001324833 Relative Rsd = 5.81062962929303e-07
BICGSTAB_SOLVER_TIME: 0.802058 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040894 s
InvBiCGStab: k = 72 resid = 2.086298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263675(s) Flops=475416576 => 1803.04001517019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259588.345803081 Mflops = 259.588345803081 Gflops = 0.259588345803081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 92 resid = 8.979653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336388(s) Flops=606652416 => 1803.43060989096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259644.24979947 Mflops = 259.64424979947 Gflops = 0.25964424979947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001164038 Relative Rsd = 5.10539173183126e-07
BICGSTAB_SOLVER_TIME: 0.701617 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 72 resid = 2.036283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263515(s) Flops=475416576 => 1804.13477790638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.153615273 Mflops = 259.751153615273 Gflops = 0.259751153615273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 95 resid = 9.875105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347261(s) Flops=626337792 => 1803.65140917062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.495916581 Mflops = 259.681495916581 Gflops = 0.259681495916581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001193912 Relative Rsd = 5.23641776061805e-07
BICGSTAB_SOLVER_TIME: 0.712077 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047894 s
InvBiCGStab: k = 66 resid = 1.737099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307627(s) Flops=436045824 => 1417.44978171617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204079.820044096 Mflops = 204.079820044095 Gflops = 0.204079820044096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059066 s
InvBiCGStab: k = 93 resid = 9.978662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428077(s) Flops=613214208 => 1432.48576307533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206247.951380736 Mflops = 206.247951380736 Gflops = 0.206247951380736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001229973 Relative Rsd = 5.39457959617486e-07
BICGSTAB_SOLVER_TIME: 0.847652 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127827
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.206587(s) Flops=1686896640 => 1398.07294459496 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201449.852651454 Mflops = 201.449852651454 Gflops = 0.201449852651454 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187682000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 36 resid = 2.228069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133083(s) Flops=239192064 => 1797.31493879759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.854806262 Mflops = 258.687854806262 Gflops = 0.258687854806262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056676 s
InvBiCGStab: k = 57 resid = 7.111109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21082(s) Flops=376989696 => 1788.20650792145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257426.743109239 Mflops = 257.426743109239 Gflops = 0.257426743109239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007603593 Relative Rsd = 3.33488501100118e-07
BICGSTAB_SOLVER_TIME: 0.445936 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0807030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 78 resid = 1.181366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285209(s) Flops=514787328 => 1804.94769800392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259872.320400811 Mflops = 259.872320400811 Gflops = 0.259872320400811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 110 resid = 9.87851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409445(s) Flops=724764672 => 1770.11484326344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254855.702741898 Mflops = 254.855702741898 Gflops = 0.254855702741898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001305473 Relative Rsd = 5.72571547807384e-07
BICGSTAB_SOLVER_TIME: 0.796294 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 64 resid = 1.915756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233673(s) Flops=422922240 => 1809.88920414425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260563.513891914 Mflops = 260.563513891914 Gflops = 0.260563513891914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 82 resid = 9.382436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301883(s) Flops=541034496 => 1792.19928250349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258023.740120214 Mflops = 258.023740120214 Gflops = 0.258023740120214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001142838 Relative Rsd = 5.01240924021806e-07
BICGSTAB_SOLVER_TIME: 0.63711 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040835 s
InvBiCGStab: k = 71 resid = 2.127396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260093(s) Flops=468854784 => 1802.6428392921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259518.207145814 Mflops = 259.518207145814 Gflops = 0.259518207145814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055491 s
InvBiCGStab: k = 88 resid = 5.576929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321949(s) Flops=580405248 => 1802.78630466316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.057748012 Mflops = 259.550057748012 Gflops = 0.259550057748012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001154621 Relative Rsd = 5.06409216335198e-07
BICGSTAB_SOLVER_TIME: 0.682247 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047949 s
InvBiCGStab: k = 75 resid = 1.093903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320957(s) Flops=495101952 => 1542.58032072832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222097.034413442 Mflops = 222.097034413442 Gflops = 0.222097034413442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07112 s
InvBiCGStab: k = 88 resid = 1.127957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411476(s) Flops=580405248 => 1410.54459555357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203087.183822923 Mflops = 203.087183822923 Gflops = 0.203087183822923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001194994 Relative Rsd = 5.24116369302928e-07
BICGSTAB_SOLVER_TIME: 0.855883 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130571
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.216391(s) Flops=1699504128 => 1397.1692720515 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201180.854126468 Mflops = 201.180854126468 Gflops = 0.201180854126468 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188952000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.395331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 30 resid = 2.246828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110924(s) Flops=199821312 => 1801.42540838772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259283.337074063 Mflops = 259.283337074063 Gflops = 0.259283337074063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056629 s
InvBiCGStab: k = 60 resid = 9.822415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219389(s) Flops=396675072 => 1808.09006832612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260294.137402151 Mflops = 260.294137402151 Gflops = 0.260294137402151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007617419 Relative Rsd = 3.34094928633719e-07
BICGSTAB_SOLVER_TIME: 0.432 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 67 resid = 2.062864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244958(s) Flops=442607616 => 1806.87144735016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260145.600337125 Mflops = 260.145600337125 Gflops = 0.260145600337125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056655 s
InvBiCGStab: k = 94 resid = 9.692893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34392(s) Flops=619776000 => 1802.09351011863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259447.066258349 Mflops = 259.447066258349 Gflops = 0.259447066258349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001163554 Relative Rsd = 5.10326818875452e-07
BICGSTAB_SOLVER_TIME: 0.690619 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12967
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 58 resid = 2.217007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212539(s) Flops=383551488 => 1804.616978531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.407844617 Mflops = 259.806407844617 Gflops = 0.259806407844617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 96 resid = 1.024833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350996(s) Flops=632899584 => 1803.15326670389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259610.411237664 Mflops = 259.610411237664 Gflops = 0.259610411237664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00111955 Relative Rsd = 4.91026932011691e-07
BICGSTAB_SOLVER_TIME: 0.664349 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041668 s
InvBiCGStab: k = 65 resid = 1.73528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23769(s) Flops=429484032 => 1806.90829231352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260141.29513068 Mflops = 260.14129513068 Gflops = 0.26014129513068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055889 s
InvBiCGStab: k = 82 resid = 1.078771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300125(s) Flops=541034496 => 1802.69719616826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259539.320628609 Mflops = 259.539320628609 Gflops = 0.259539320628609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001172846 Relative Rsd = 5.14402397907157e-07
BICGSTAB_SOLVER_TIME: 0.639256 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044446 s
InvBiCGStab: k = 66 resid = 1.444461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267177(s) Flops=436045824 => 1632.0485071694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234972.593914586 Mflops = 234.972593914586 Gflops = 0.234972593914586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064316 s
InvBiCGStab: k = 94 resid = 5.295032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410374(s) Flops=619776000 => 1510.27111854065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217455.063420437 Mflops = 217.455063420437 Gflops = 0.217455063420437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001147655 Relative Rsd = 5.0335374471225e-07
BICGSTAB_SOLVER_TIME: 0.790143 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128344
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.230105(s) Flops=1712037888 => 1391.78191130025 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200404.798300025 Mflops = 200.404798300025 Gflops = 0.200404798300025 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190407000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.460084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042851 s
InvBiCGStab: k = 35 resid = 1.263905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129392(s) Flops=232630272 => 1797.87214047236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258788.573143368 Mflops = 258.788573143368 Gflops = 0.258788573143368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 73 resid = 1.07142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268615(s) Flops=481978368 => 1794.30920834652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258316.382105124 Mflops = 258.316382105124 Gflops = 0.258316382105124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0008159262 Relative Rsd = 3.57859770328733e-07
BICGSTAB_SOLVER_TIME: 0.500867 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0916510000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041651 s
InvBiCGStab: k = 71 resid = 1.906552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260513(s) Flops=468854784 => 1799.73661199249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259111.284540414 Mflops = 259.111284540414 Gflops = 0.259111284540414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 96 resid = 5.112472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351287(s) Flops=632899584 => 1801.65956610976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259390.971276714 Mflops = 259.390971276714 Gflops = 0.259390971276714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001212461 Relative Rsd = 5.31777259017627e-07
BICGSTAB_SOLVER_TIME: 0.713562 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 63 resid = 2.208194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234951(s) Flops=416360448 => 1772.11609229158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255134.207909805 Mflops = 255.134207909805 Gflops = 0.255134207909805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059783 s
InvBiCGStab: k = 77 resid = 1.046173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301228(s) Flops=508225536 => 1687.17893422922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242886.814053505 Mflops = 242.886814053505 Gflops = 0.242886814053505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001136771 Relative Rsd = 4.98580342568503e-07
BICGSTAB_SOLVER_TIME: 0.640598 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041641 s
InvBiCGStab: k = 67 resid = 2.127989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246039(s) Flops=442607616 => 1798.9327545633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258980.310159169 Mflops = 258.980310159169 Gflops = 0.258980310159169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056847 s
InvBiCGStab: k = 92 resid = 1.128171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338248(s) Flops=606652416 => 1793.51368226863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258199.411225517 Mflops = 258.199411225517 Gflops = 0.258199411225517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001165893 Relative Rsd = 5.11353002303111e-07
BICGSTAB_SOLVER_TIME: 0.686695 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 62 resid = 2.124222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227746(s) Flops=409798656 => 1799.36708438348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259049.85510816 Mflops = 259.04985510816 Gflops = 0.25904985510816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056048 s
InvBiCGStab: k = 96 resid = 6.612771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35051(s) Flops=632899584 => 1805.65343071524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259967.944829092 Mflops = 259.967944829092 Gflops = 0.259967944829092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001179168 Relative Rsd = 5.17175207003707e-07
BICGSTAB_SOLVER_TIME: 0.679244 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127096
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.264278(s) Flops=1724571648 => 1364.07629334687 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196444.867825466 Mflops = 196.444867825466 Gflops = 0.196444867825466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191879000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.480237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.820005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80926(s) Flops=1400629248 => 1730.75309294911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249231.946364494 Mflops = 249.231946364494 Gflops = 0.249231946364494 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 8.684296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.990993(s) Flops=1446561792 => 1459.70939451641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210191.651308012 Mflops = 210.191651308012 Gflops = 0.210191651308012 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002029275 Relative Rsd = 8.92970783394966e-07
BICGSTAB_SOLVER_TIME: 1.804218 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.133329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.133783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308829999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.214256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.637809(s) Flops=1151281152 => 1805.05629741819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.19861046 Mflops = 259.902198610459 Gflops = 0.259902198610459 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 9.038976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812518(s) Flops=1459685376 => 1796.49604808755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258680.396851094 Mflops = 258.680396851094 Gflops = 0.258680396851094 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.001974175 Relative Rsd = 8.67722532789617e-07
BICGSTAB_SOLVER_TIME: 1.453774 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.11607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283570999999998
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.227298(s) Flops=1724571648 => 1405.17759175033 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202336.503579363 Mflops = 202.336503579363 Gflops = 0.202336503579363 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192088000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.503852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041499 s
InvBiCGStab: k = 34 resid = 2.204889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12651(s) Flops=226068480 => 1786.9613469291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257195.85178103 Mflops = 257.19585178103 Gflops = 0.25719585178103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056716 s
InvBiCGStab: k = 55 resid = 1.147404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204068(s) Flops=363866112 => 1783.06305741224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256682.789363502 Mflops = 256.682789363502 Gflops = 0.256682789363502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007720561 Relative Rsd = 3.38618626824189e-07
BICGSTAB_SOLVER_TIME: 0.432703 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 87 resid = 1.750602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319628(s) Flops=573843456 => 1795.34789192436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258486.117344877 Mflops = 258.486117344877 Gflops = 0.258486117344877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0561 s
InvBiCGStab: k = 112 resid = 1.05383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408561(s) Flops=737888256 => 1806.06630588823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.332435887 Mflops = 260.029332435887 Gflops = 0.260029332435887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001338833 Relative Rsd = 5.87203316149043e-07
BICGSTAB_SOLVER_TIME: 0.829228 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156530999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 69 resid = 8.211111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252111(s) Flops=455731200 => 1807.66091126528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260243.859908926 Mflops = 260.243859908926 Gflops = 0.260243859908926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 90 resid = 1.017317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329881(s) Flops=593528832 => 1799.22102818895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.556113734 Mflops = 259.037556113734 Gflops = 0.259037556113734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001167608 Relative Rsd = 5.12105152172394e-07
BICGSTAB_SOLVER_TIME: 0.683346 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127789
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040769 s
InvBiCGStab: k = 77 resid = 2.172716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282029(s) Flops=508225536 => 1802.03289732616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259442.953294507 Mflops = 259.442953294507 Gflops = 0.259442953294507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056611 s
InvBiCGStab: k = 91 resid = 1.068044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332437(s) Flops=600090624 => 1805.12585542524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259886.277337537 Mflops = 259.886277337537 Gflops = 0.259886277337537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00120867 Relative Rsd = 5.30114574315751e-07
BICGSTAB_SOLVER_TIME: 0.715679 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04072 s
InvBiCGStab: k = 67 resid = 2.119001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244846(s) Flops=442607616 => 1807.69796525163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260250.142870208 Mflops = 260.250142870208 Gflops = 0.260250142870208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 96 resid = 1.043868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350481(s) Flops=632899584 => 1805.80283667303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.32018038 Mflops = 259.98632018038 Gflops = 0.25998632018038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001190922 Relative Rsd = 5.22330632453542e-07
BICGSTAB_SOLVER_TIME: 0.696064 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130866
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.262105(s) Flops=1731059712 => 1371.565529017 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197490.638256803 Mflops = 197.490638256803 Gflops = 0.197490638256803 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192639000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.469303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 30 resid = 1.719277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111016(s) Flops=199821312 => 1799.93255026303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259060.549464016 Mflops = 259.060549464016 Gflops = 0.259060549464016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 53 resid = 1.12326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195496(s) Flops=350742528 => 1794.1161353685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258270.952841515 Mflops = 258.270952841515 Gflops = 0.258270952841515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007397783 Relative Rsd = 3.24461809136529e-07
BICGSTAB_SOLVER_TIME: 0.408157 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 89 resid = 1.580399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326243(s) Flops=586967040 => 1799.17129256413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.262478314 Mflops = 259.044262478314 Gflops = 0.259044262478314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 106 resid = 1.128329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387666(s) Flops=698517504 => 1801.85392580211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.698121185 Mflops = 259.425698121185 Gflops = 0.259425698121185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001302056 Relative Rsd = 5.71073170910772e-07
BICGSTAB_SOLVER_TIME: 0.815518 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153850999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 68 resid = 1.325168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248809(s) Flops=449169408 => 1805.27797627899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.779674913 Mflops = 259.893779674913 Gflops = 0.259893779674913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 87 resid = 7.380938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317598(s) Flops=573843456 => 1806.82326714904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260128.510464581 Mflops = 260.128510464581 Gflops = 0.260128510464581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001173105 Relative Rsd = 5.14515799906999e-07
BICGSTAB_SOLVER_TIME: 0.668075 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 73 resid = 2.206813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266947(s) Flops=481978368 => 1805.52082623142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.11621001 Mflops = 259.94911621001 Gflops = 0.25994911621001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056069 s
InvBiCGStab: k = 97 resid = 1.041357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355209(s) Flops=639461376 => 1800.23979122151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259184.228658561 Mflops = 259.184228658561 Gflops = 0.259184228658561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001231528 Relative Rsd = 5.40139801268047e-07
BICGSTAB_SOLVER_TIME: 0.723025 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 66 resid = 2.270236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255225(s) Flops=436045824 => 1708.47614457831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245984.382757372 Mflops = 245.984382757372 Gflops = 0.245984382757372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058042 s
InvBiCGStab: k = 95 resid = 1.093664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360675(s) Flops=626337792 => 1736.57112913288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250018.075280451 Mflops = 250.018075280451 Gflops = 0.250018075280451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001207141 Relative Rsd = 5.29443761405383e-07
BICGSTAB_SOLVER_TIME: 0.718778 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129156
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.265977(s) Flops=1743519744 => 1377.21281192312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198305.882953255 Mflops = 198.305882953255 Gflops = 0.198305882953255 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195420000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.449372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 25 resid = 2.123532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092894(s) Flops=167012352 => 1797.88093956553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258765.422600888 Mflops = 258.765422600888 Gflops = 0.258765422600888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056063 s
InvBiCGStab: k = 52 resid = 9.975452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191625(s) Flops=344180736 => 1796.11603913894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258560.360838925 Mflops = 258.560360838925 Gflops = 0.258560360838925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007564498 Relative Rsd = 3.3177383835419e-07
BICGSTAB_SOLVER_TIME: 0.385249 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043585 s
InvBiCGStab: k = 72 resid = 1.433047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265077(s) Flops=475416576 => 1793.50368383526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258202.861533043 Mflops = 258.202861533043 Gflops = 0.258202861533043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 89 resid = 9.769187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325166(s) Flops=586967040 => 1805.13042569026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259887.607482197 Mflops = 259.887607482197 Gflops = 0.259887607482197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.0011446 Relative Rsd = 5.02014059132843e-07
BICGSTAB_SOLVER_TIME: 0.693957 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 61 resid = 1.857865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223903(s) Flops=403236864 => 1800.94444469257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.852016356 Mflops = 259.269852016356 Gflops = 0.259269852016356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056404 s
InvBiCGStab: k = 91 resid = 1.141638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333253(s) Flops=600090624 => 1800.70584210795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259250.680945053 Mflops = 259.250680945053 Gflops = 0.259250680945053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001136668 Relative Rsd = 4.98535002192159e-07
BICGSTAB_SOLVER_TIME: 0.659056 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043353 s
InvBiCGStab: k = 68 resid = 2.253695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250003(s) Flops=449169408 => 1796.65607212713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258673.839831855 Mflops = 258.673839831856 Gflops = 0.258673839831855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057008 s
InvBiCGStab: k = 92 resid = 1.141921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338476(s) Flops=606652416 => 1792.30555785344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258054.409815059 Mflops = 258.054409815059 Gflops = 0.258054409815059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001181178 Relative Rsd = 5.18056893511261e-07
BICGSTAB_SOLVER_TIME: 0.692702 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 64 resid = 2.02375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235662(s) Flops=422922240 => 1794.6136415714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258376.055191518 Mflops = 258.376055191518 Gflops = 0.258376055191518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 89 resid = 6.52943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325054(s) Flops=586967040 => 1805.75239806309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259970.367278641 Mflops = 259.970367278641 Gflops = 0.259970367278641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001165916 Relative Rsd = 5.11363163040603e-07
BICGSTAB_SOLVER_TIME: 0.662616 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123378
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.295685(s) Flops=1749860352 => 1350.52914249991 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194464.848364452 Mflops = 194.464848364452 Gflops = 0.194464848364452 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194548000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.480927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041555 s
InvBiCGStab: k = 27 resid = 1.917165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100082(s) Flops=180135936 => 1799.88345556644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.498436719 Mflops = 259.051498436719 Gflops = 0.259051498436719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 48 resid = 1.010466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177059(s) Flops=317933568 => 1795.63630202362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258490.176985972 Mflops = 258.490176985972 Gflops = 0.258490176985972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007587519 Relative Rsd = 3.32783529730544e-07
BICGSTAB_SOLVER_TIME: 0.378974 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 71 resid = 2.229213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273015(s) Flops=468854784 => 1717.32243283336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247254.739439109 Mflops = 247.254739439109 Gflops = 0.247254739439109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059797 s
InvBiCGStab: k = 95 resid = 1.051197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366077(s) Flops=626337792 => 1710.94548961011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246329.856657265 Mflops = 246.329856657265 Gflops = 0.246329856657265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001195781 Relative Rsd = 5.24461579082727e-07
BICGSTAB_SOLVER_TIME: 0.744787 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040876 s
InvBiCGStab: k = 67 resid = 1.905347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245683(s) Flops=442607616 => 1801.5394471738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259372.875381519 Mflops = 259.372875381519 Gflops = 0.259372875381519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056907 s
InvBiCGStab: k = 80 resid = 1.12416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298355(s) Flops=527910912 => 1769.40527894622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254746.901109368 Mflops = 254.746901109368 Gflops = 0.254746901109368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001144474 Relative Rsd = 5.01958455901043e-07
BICGSTAB_SOLVER_TIME: 0.645563 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045859 s
InvBiCGStab: k = 66 resid = 2.254085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246172(s) Flops=436045824 => 1771.30552621744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255006.238411262 Mflops = 255.006238411262 Gflops = 0.255006238411262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058006 s
InvBiCGStab: k = 86 resid = 1.102381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317702(s) Flops=567281664 => 1785.57788115907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257080.564054113 Mflops = 257.080564054113 Gflops = 0.257080564054113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001190478 Relative Rsd = 5.2213579137682e-07
BICGSTAB_SOLVER_TIME: 0.6716 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 63 resid = 1.642818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230301(s) Flops=416360448 => 1807.89683066943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260278.289601058 Mflops = 260.278289601058 Gflops = 0.260278289601058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 92 resid = 8.08715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336687(s) Flops=606652416 => 1801.82904596851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259410.39110623 Mflops = 259.41039110623 Gflops = 0.25941039110623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001151691 Relative Rsd = 5.05124163866925e-07
BICGSTAB_SOLVER_TIME: 0.668937 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125007
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.2977(s) Flops=1750007808 => 1348.54574092625 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194177.780703803 Mflops = 194.177780703803 Gflops = 0.194177780703803 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194623000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.503469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 2.081611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849597(s) Flops=1531865088 => 1803.04907856313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259559.493646957 Mflops = 259.559493646957 Gflops = 0.259559493646957 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 8.355855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86993(s) Flops=1525303296 => 1753.36325451473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252472.548631868 Mflops = 252.472548631868 Gflops = 0.252472548631868 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002117268 Relative Rsd = 9.31723345909599e-07
BICGSTAB_SOLVER_TIME: 1.722952 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331650999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.112749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698347(s) Flops=1256269824 => 1798.91919633076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258957.220995292 Mflops = 258.957220995292 Gflops = 0.258957220995292 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 9.553343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758105(s) Flops=1367820288 => 1804.2623225015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.589326458 Mflops = 259.797589326458 Gflops = 0.259797589326458 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001955281 Relative Rsd = 8.59429845119996e-07
BICGSTAB_SOLVER_TIME: 1.459831 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284840999999998
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.223516(s) Flops=1750007808 => 1430.31052148072 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205943.194643984 Mflops = 205.943194643984 Gflops = 0.205943194643984 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194938000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.515011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 23 resid = 2.183712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092564(s) Flops=153888768 => 1662.51207812973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239281.858767731 Mflops = 239.281858767731 Gflops = 0.239281858767731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059718 s
InvBiCGStab: k = 51 resid = 1.116199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199316(s) Flops=337618944 => 1693.88781633185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243845.85476441 Mflops = 243.84585476441 Gflops = 0.24384585476441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007655067 Relative Rsd = 3.35746125064562e-07
BICGSTAB_SOLVER_TIME: 0.397089 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 81 resid = 1.498547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299794(s) Flops=534472704 => 1782.79986924355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256682.286032732 Mflops = 256.682286032732 Gflops = 0.256682286032732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057198 s
InvBiCGStab: k = 104 resid = 1.139596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382839(s) Flops=685393920 => 1790.29283850391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257764.450134897 Mflops = 257.764450134897 Gflops = 0.257764450134897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001294561 Relative Rsd = 5.67785993625833e-07
BICGSTAB_SOLVER_TIME: 0.784959 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042055 s
InvBiCGStab: k = 71 resid = 2.208027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261225(s) Flops=468854784 => 1794.83121447028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258407.175575804 Mflops = 258.407175575804 Gflops = 0.258407175575804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 85 resid = 6.078349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311093(s) Flops=560719872 => 1802.41880080876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259486.716891692 Mflops = 259.486716891692 Gflops = 0.259486716891692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001122485 Relative Rsd = 4.92314384252135e-07
BICGSTAB_SOLVER_TIME: 0.67458 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041738 s
InvBiCGStab: k = 68 resid = 1.569561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249065(s) Flops=449169408 => 1803.42243189529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.787192832 Mflops = 259.646787192832 Gflops = 0.259646787192832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 94 resid = 1.098813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34296(s) Flops=619776000 => 1807.13785864241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260181.985904343 Mflops = 260.181985904343 Gflops = 0.260181985904343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001197383 Relative Rsd = 5.25164099621147e-07
BICGSTAB_SOLVER_TIME: 0.693834 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 64 resid = 1.699936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23539(s) Flops=422922240 => 1796.68736989677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.16927304 Mflops = 258.66316927304 Gflops = 0.25866316927304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056693 s
InvBiCGStab: k = 89 resid = 1.105912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324561(s) Flops=586967040 => 1808.49529056171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260370.887647515 Mflops = 260.370887647515 Gflops = 0.260370887647515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001189119 Relative Rsd = 5.21539830934605e-07
BICGSTAB_SOLVER_TIME: 0.661853 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123496
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.216458(s) Flops=1756200960 => 1443.70044835087 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207883.831034004 Mflops = 207.883831034004 Gflops = 0.207883831034004 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195405000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.505575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04163 s
InvBiCGStab: k = 31 resid = 1.885048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115478(s) Flops=206383104 => 1787.20712170284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257277.915453198 Mflops = 257.277915453198 Gflops = 0.257277915453198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057146 s
InvBiCGStab: k = 54 resid = 1.119953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199543(s) Flops=357304320 => 1790.61315105015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257765.826333901 Mflops = 257.765826333901 Gflops = 0.257765826333901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007139333 Relative Rsd = 3.13126383167145e-07
BICGSTAB_SOLVER_TIME: 0.41764 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 77 resid = 2.202221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282746(s) Flops=508225536 => 1797.4632214072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.192892537 Mflops = 258.787192892537 Gflops = 0.258787192892537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056398 s
InvBiCGStab: k = 110 resid = 1.098716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402674(s) Flops=724764672 => 1799.87948563851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259144.421282397 Mflops = 259.144421282397 Gflops = 0.259144421282397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001301504 Relative Rsd = 5.70831100275359e-07
BICGSTAB_SOLVER_TIME: 0.787134 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 64 resid = 1.637793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233783(s) Flops=422922240 => 1809.0376118024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260443.695048712 Mflops = 260.443695048712 Gflops = 0.260443695048712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 87 resid = 1.081968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318724(s) Flops=573843456 => 1800.44005471819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259214.740068708 Mflops = 259.214740068708 Gflops = 0.259214740068708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001134751 Relative Rsd = 4.9769436710643e-07
BICGSTAB_SOLVER_TIME: 0.653482 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 75 resid = 1.267498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274336(s) Flops=495101952 => 1804.72833313892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.686487235 Mflops = 259.836686487235 Gflops = 0.259836686487235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 81 resid = 1.109161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29625(s) Flops=534472704 => 1804.12727088608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.816987408 Mflops = 259.742816987408 Gflops = 0.259742816987408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001157281 Relative Rsd = 5.07575914082338e-07
BICGSTAB_SOLVER_TIME: 0.672034 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 75 resid = 1.150632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274092(s) Flops=495101952 => 1806.3349240401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.342754008 Mflops = 260.066342754008 Gflops = 0.260066342754008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 94 resid = 1.049376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343293(s) Flops=619776000 => 1805.38490444023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259921.401143073 Mflops = 259.921401143073 Gflops = 0.259921401143073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001224773 Relative Rsd = 5.37177103816064e-07
BICGSTAB_SOLVER_TIME: 0.718817 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134864
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.257604(s) Flops=1756274688 => 1396.52441309029 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201104.281619129 Mflops = 201.104281619129 Gflops = 0.201104281619129 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195423000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.51594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040745 s
InvBiCGStab: k = 28 resid = 2.250129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103646(s) Flops=186697728 => 1801.30181579608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.634947379 Mflops = 259.267634947379 Gflops = 0.259267634947379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 67 resid = 9.53168e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246047(s) Flops=442607616 => 1798.87426386016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258968.311201566 Mflops = 258.968311201566 Gflops = 0.258968311201566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007330625 Relative Rsd = 3.21516293032114e-07
BICGSTAB_SOLVER_TIME: 0.450651 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0822430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 58 resid = 2.269733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213173(s) Flops=383551488 => 1799.24984871442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259034.597052454 Mflops = 259.034597052454 Gflops = 0.259034597052454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 90 resid = 9.802646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330597(s) Flops=593528832 => 1795.32431328778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.922318925 Mflops = 258.477922318925 Gflops = 0.258477922318925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001164975 Relative Rsd = 5.10950146932217e-07
BICGSTAB_SOLVER_TIME: 0.644732 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120203000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 66 resid = 1.842167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241568(s) Flops=436045824 => 1805.06451185588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.299731496 Mflops = 259.876299731496 Gflops = 0.259876299731496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 89 resid = 6.256612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325154(s) Flops=586967040 => 1805.19704509248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259892.884943991 Mflops = 259.892884943991 Gflops = 0.259892884943991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001141269 Relative Rsd = 5.00553057411326e-07
BICGSTAB_SOLVER_TIME: 0.667986 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040849 s
InvBiCGStab: k = 82 resid = 1.843631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299856(s) Flops=541034496 => 1804.31439090764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.066515475 Mflops = 259.776066515475 Gflops = 0.259776066515475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 85 resid = 1.105262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310797(s) Flops=560719872 => 1804.13540671242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.598090904 Mflops = 259.751598090904 Gflops = 0.259751598090904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001171176 Relative Rsd = 5.13670109982015e-07
BICGSTAB_SOLVER_TIME: 0.711645 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040646 s
InvBiCGStab: k = 62 resid = 2.243331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239625(s) Flops=409798656 => 1710.16653521127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246216.872733699 Mflops = 246.216872733699 Gflops = 0.246216872733699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058845 s
InvBiCGStab: k = 95 resid = 6.69601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368659(s) Flops=626337792 => 1698.96243411934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244613.806508197 Mflops = 244.613806508197 Gflops = 0.244613806508197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001162936 Relative Rsd = 5.10056155209912e-07
BICGSTAB_SOLVER_TIME: 0.712962 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127704
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.217172(s) Flops=1756348416 => 1442.9747118731 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207802.333833249 Mflops = 207.802333833249 Gflops = 0.207802333833249 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195878000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.483527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04089 s
InvBiCGStab: k = 27 resid = 1.980214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100122(s) Flops=180135936 => 1799.16437945706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258926.875334145 Mflops = 258.926875334145 Gflops = 0.258926875334145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 53 resid = 9.671674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194766(s) Flops=350742528 => 1800.84063953667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.209483004 Mflops = 259.236209483004 Gflops = 0.259236209483004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007694372 Relative Rsd = 3.37470003956807e-07
BICGSTAB_SOLVER_TIME: 0.395845 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 72 resid = 1.508827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265068(s) Flops=475416576 => 1793.56457965503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258221.648218276 Mflops = 258.221648218276 Gflops = 0.258221648218276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 94 resid = 1.131927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345168(s) Flops=619776000 => 1795.57780559032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258515.328210549 Mflops = 258.515328210549 Gflops = 0.258515328210549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001214521 Relative Rsd = 5.326809008876e-07
BICGSTAB_SOLVER_TIME: 0.712039 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 64 resid = 2.113088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233998(s) Flops=422922240 => 1807.3754476534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260189.186986224 Mflops = 260.189186986224 Gflops = 0.260189186986224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05661 s
InvBiCGStab: k = 83 resid = 1.141574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303931(s) Flops=547596288 => 1801.71252027598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259384.664120255 Mflops = 259.384664120255 Gflops = 0.259384664120255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001166972 Relative Rsd = 5.11826165892728e-07
BICGSTAB_SOLVER_TIME: 0.639167 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041971 s
InvBiCGStab: k = 80 resid = 2.26324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308528(s) Flops=527910912 => 1711.06321630452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246352.891033997 Mflops = 246.352891033997 Gflops = 0.246352891033997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057135 s
InvBiCGStab: k = 93 resid = 8.541906e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341542(s) Flops=613214208 => 1795.42840412014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258502.863943271 Mflops = 258.502863943271 Gflops = 0.258502863943271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001197015 Relative Rsd = 5.2500295747279e-07
BICGSTAB_SOLVER_TIME: 0.753035 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138106
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 71 resid = 1.748194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260577(s) Flops=468854784 => 1799.29458087245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259038.26334318 Mflops = 259.03826334318 Gflops = 0.25903826334318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056748 s
InvBiCGStab: k = 88 resid = 9.114075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322451(s) Flops=580405248 => 1799.97968063365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.831958016 Mflops = 259.129831958016 Gflops = 0.259129831958016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001161075 Relative Rsd = 5.09239619963861e-07
BICGSTAB_SOLVER_TIME: 0.685047 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127668
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.177749(s) Flops=1756348416 => 1491.27565890525 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214737.084918535 Mflops = 214.737084918535 Gflops = 0.214737084918535 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195853000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.516022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.749988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855403(s) Flops=1262831616 => 1476.30019534652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212464.634528068 Mflops = 212.464634528068 Gflops = 0.212464634528068 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 8.787698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893978(s) Flops=1564674048 => 1750.23775529152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252020.922420396 Mflops = 252.020922420396 Gflops = 0.252020922420396 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.0020361 Relative Rsd = 8.96017930309085e-07
BICGSTAB_SOLVER_TIME: 1.752736 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.122682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001867
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307014999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.175308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740459(s) Flops=1308764160 => 1767.50388610308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254440.828635439 Mflops = 254.440828635439 Gflops = 0.254440828635439 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.057468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812365(s) Flops=1466247168 => 1804.91179211315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.147909309 Mflops = 259.894147909309 Gflops = 0.259894147909309 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002042695 Relative Rsd = 8.97848445008769e-07
BICGSTAB_SOLVER_TIME: 1.556271 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.116073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301301999999998
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114611(s) Flops=1756348416 => 1575.75011909985 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226891.671557709 Mflops = 226.891671557709 Gflops = 0.226891671557709 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196146000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.385791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 24 resid = 2.051847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089524(s) Flops=160450560 => 1792.26308029132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257913.528567999 Mflops = 257.913528567999 Gflops = 0.257913528567999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057125 s
InvBiCGStab: k = 51 resid = 1.097397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201557(s) Flops=337618944 => 1675.05442132995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241127.666549626 Mflops = 241.127666549626 Gflops = 0.241127666549626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007406223 Relative Rsd = 3.24832012288199e-07
BICGSTAB_SOLVER_TIME: 0.392857 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042844 s
InvBiCGStab: k = 81 resid = 2.18531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300191(s) Flops=534472704 => 1780.44213184273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256333.731652187 Mflops = 256.333731652187 Gflops = 0.256333731652187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 115 resid = 1.093519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421588(s) Flops=757573632 => 1796.95255083162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258725.240838189 Mflops = 258.725240838188 Gflops = 0.258725240838188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001353323 Relative Rsd = 5.93558270271681e-07
BICGSTAB_SOLVER_TIME: 0.825279 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154345999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041476 s
InvBiCGStab: k = 59 resid = 1.916963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21699(s) Flops=390113280 => 1797.83990045624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258827.773000157 Mflops = 258.827773000157 Gflops = 0.258827773000157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 85 resid = 5.528602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310365(s) Flops=560719872 => 1806.646599971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260103.893855331 Mflops = 260.103893855331 Gflops = 0.260103893855331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114667 Relative Rsd = 4.88885467232138e-07
BICGSTAB_SOLVER_TIME: 0.629252 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 66 resid = 2.212283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251443(s) Flops=436045824 => 1734.17364571692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249670.58531414 Mflops = 249.67058531414 Gflops = 0.24967058531414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057667 s
InvBiCGStab: k = 87 resid = 1.133855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318374(s) Flops=573843456 => 1802.41934328808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.247046609 Mflops = 259.491247046609 Gflops = 0.259491247046609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001179346 Relative Rsd = 5.17253174069785e-07
BICGSTAB_SOLVER_TIME: 0.672782 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123642
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040951 s
InvBiCGStab: k = 64 resid = 2.028017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234607(s) Flops=422922240 => 1802.68380738853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.949904717 Mflops = 259.515949904717 Gflops = 0.259515949904717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 93 resid = 9.473363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339811(s) Flops=613214208 => 1804.57433102519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259820.97265536 Mflops = 259.82097265536 Gflops = 0.25982097265536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001219051 Relative Rsd = 5.34667503773628e-07
BICGSTAB_SOLVER_TIME: 0.67533 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126441
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.233639(s) Flops=1756348416 => 1423.71343318426 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205001.186476214 Mflops = 205.001186476214 Gflops = 0.205001186476214 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195644000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.500423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041253 s
InvBiCGStab: k = 29 resid = 2.18229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108277(s) Flops=193259520 => 1784.86215909196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256893.812801658 Mflops = 256.893812801658 Gflops = 0.256893812801658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 60 resid = 9.576139e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222038(s) Flops=396675072 => 1786.5188481251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257181.005440538 Mflops = 257.181005440538 Gflops = 0.257181005440538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007454553 Relative Rsd = 3.26951700411771e-07
BICGSTAB_SOLVER_TIME: 0.431974 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0779020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041028 s
InvBiCGStab: k = 79 resid = 1.648929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290494(s) Flops=521349120 => 1794.69841029419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258395.511913783 Mflops = 258.395511913783 Gflops = 0.258395511913783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056357 s
InvBiCGStab: k = 108 resid = 5.910828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394232(s) Flops=711641088 => 1805.13273402464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.478983339 Mflops = 259.885478983339 Gflops = 0.259885478983339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001354128 Relative Rsd = 5.93911700547642e-07
BICGSTAB_SOLVER_TIME: 0.785926 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147924999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 69 resid = 1.826132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25328(s) Flops=455731200 => 1799.3177511055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.849823246 Mflops = 259.043849823246 Gflops = 0.259043849823246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056377 s
InvBiCGStab: k = 84 resid = 9.047543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307045(s) Flops=554158080 => 1804.81063036363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259838.035843746 Mflops = 259.838035843746 Gflops = 0.259838035843746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001129819 Relative Rsd = 4.95531202259369e-07
BICGSTAB_SOLVER_TIME: 0.661972 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 77 resid = 1.127212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282737(s) Flops=508225536 => 1797.52043772127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258788.711702488 Mflops = 258.788711702488 Gflops = 0.258788711702488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056573 s
InvBiCGStab: k = 92 resid = 9.774649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336524(s) Flops=606652416 => 1802.70178649963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.636646348 Mflops = 259.537636646348 Gflops = 0.259537636646348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001226432 Relative Rsd = 5.37904694314828e-07
BICGSTAB_SOLVER_TIME: 0.720798 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 70 resid = 1.83152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255794(s) Flops=462292992 => 1807.28630069509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260194.997657053 Mflops = 260.194997657053 Gflops = 0.260194997657053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05586 s
InvBiCGStab: k = 88 resid = 9.056795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322531(s) Flops=580405248 => 1799.53321696209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.591770874 Mflops = 259.084591770874 Gflops = 0.259084591770874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001191252 Relative Rsd = 5.22475027255683e-07
BICGSTAB_SOLVER_TIME: 0.679023 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127161
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.116297(s) Flops=1750155264 => 1567.82224085526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225757.16608774 Mflops = 225.75716608774 Gflops = 0.22575716608774 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195090000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.505231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05095 s
InvBiCGStab: k = 29 resid = 2.257967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14629(s) Flops=193259520 => 1321.07129673935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190169.288822593 Mflops = 190.169288822593 Gflops = 0.190169288822593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065004 s
InvBiCGStab: k = 68 resid = 1.034822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286938(s) Flops=449169408 => 1565.38836961295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225367.420301721 Mflops = 225.367420301721 Gflops = 0.225367420301721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.000792633 Relative Rsd = 3.47643531723394e-07
BICGSTAB_SOLVER_TIME: 0.553015 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0833970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.073019 s
InvBiCGStab: k = 57 resid = 2.219123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215264(s) Flops=376989696 => 1751.29002527129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252164.920124659 Mflops = 252.164920124659 Gflops = 0.252164920124659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 90 resid = 6.998995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339529(s) Flops=593528832 => 1748.09466054446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251687.027860277 Mflops = 251.687027860277 Gflops = 0.251687027860277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00113565 Relative Rsd = 4.98088695627268e-07
BICGSTAB_SOLVER_TIME: 0.68786 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042071 s
InvBiCGStab: k = 68 resid = 2.207156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255779(s) Flops=449169408 => 1756.08399438578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252830.165734507 Mflops = 252.830165734507 Gflops = 0.252830165734507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 85 resid = 7.32036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322505(s) Flops=560719872 => 1738.63931411916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250324.141625761 Mflops = 250.324141625761 Gflops = 0.250324141625761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001151855 Relative Rsd = 5.05195697501225e-07
BICGSTAB_SOLVER_TIME: 0.680518 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04179 s
InvBiCGStab: k = 77 resid = 2.093341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284193(s) Flops=508225536 => 1788.31123919308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257470.469344112 Mflops = 257.470469344112 Gflops = 0.257470469344112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057907 s
InvBiCGStab: k = 96 resid = 5.41111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359512(s) Flops=632899584 => 1760.44077527315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253459.330303989 Mflops = 253.459330303989 Gflops = 0.253459330303989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001208151 Relative Rsd = 5.29886800195402e-07
BICGSTAB_SOLVER_TIME: 0.747389 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042186 s
InvBiCGStab: k = 72 resid = 2.212945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263852(s) Flops=475416576 => 1801.83048072404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.010345463 Mflops = 259.407010345463 Gflops = 0.259407010345463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 95 resid = 1.118563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359(s) Flops=626337792 => 1744.67351532033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251189.697657285 Mflops = 251.189697657285 Gflops = 0.251189697657285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001199093 Relative Rsd = 5.25914002895206e-07
BICGSTAB_SOLVER_TIME: 0.725266 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133347
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109101(s) Flops=1743740928 => 1572.21112234143 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226383.008106574 Mflops = 226.383008106574 Gflops = 0.226383008106574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194252000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.410808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041078 s
InvBiCGStab: k = 29 resid = 1.707039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107452(s) Flops=193259520 => 1798.56605740238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258893.573597529 Mflops = 258.893573597529 Gflops = 0.258893573597529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 46 resid = 1.057563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169436(s) Flops=304809984 => 1798.96824759791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.997739316 Mflops = 258.923997739316 Gflops = 0.258923997739316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007370692 Relative Rsd = 3.23273641087303e-07
BICGSTAB_SOLVER_TIME: 0.378315 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0511 s
InvBiCGStab: k = 75 resid = 1.507207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342826(s) Flops=495101952 => 1444.17853955068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207934.651806132 Mflops = 207.934651806132 Gflops = 0.207934651806132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073714 s
InvBiCGStab: k = 100 resid = 6.114281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459804(s) Flops=659146752 => 1433.53853381006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206406.296515989 Mflops = 206.406296515989 Gflops = 0.206406296515989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001172325 Relative Rsd = 5.14173960020036e-07
BICGSTAB_SOLVER_TIME: 0.931359 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044841 s
InvBiCGStab: k = 61 resid = 1.646378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281826(s) Flops=403236864 => 1430.80079197803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205990.951644944 Mflops = 205.990951644944 Gflops = 0.205990951644944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079008 s
InvBiCGStab: k = 94 resid = 9.110855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389526(s) Flops=619776000 => 1591.10303291693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229128.705193922 Mflops = 229.128705193922 Gflops = 0.229128705193922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.0011715 Relative Rsd = 5.13812207129949e-07
BICGSTAB_SOLVER_TIME: 0.800588 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 78 resid = 1.647606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288911(s) Flops=514787328 => 1781.81975764163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256532.241114231 Mflops = 256.532241114231 Gflops = 0.256532241114231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056442 s
InvBiCGStab: k = 87 resid = 8.637868e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320326(s) Flops=573843456 => 1791.43577480442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257910.184386168 Mflops = 257.910184386168 Gflops = 0.257910184386168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001174814 Relative Rsd = 5.1526575424004e-07
BICGSTAB_SOLVER_TIME: 0.710357 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 62 resid = 2.187225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227626(s) Flops=409798656 => 1800.31567571367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259186.160764482 Mflops = 259.186160764482 Gflops = 0.259186160764482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 90 resid = 7.574752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330853(s) Flops=593528832 => 1793.93516758198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258277.142439673 Mflops = 258.277142439673 Gflops = 0.258277142439673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001193678 Relative Rsd = 5.2353909644826e-07
BICGSTAB_SOLVER_TIME: 0.659728 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122996
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078499(s) Flops=1737474048 => 1611.01127400211 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231972.737650386 Mflops = 231.972737650386 Gflops = 0.231972737650386 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193508000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.381913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 2.069579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906753(s) Flops=1617168384 => 1783.47177676832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256794.654770346 Mflops = 256.794654770346 Gflops = 0.256794654770346 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 3.992043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.934668(s) Flops=1689348096 => 1807.43119054038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260260.289542593 Mflops = 260.260289542593 Gflops = 0.260260289542593 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.002335016 Relative Rsd = 1.0275619885325e-06
BICGSTAB_SOLVER_TIME: 1.844728 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359181
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.174055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840972(s) Flops=1236584448 => 1470.42285355517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211742.409950699 Mflops = 211.742409950699 Gflops = 0.211742409950699 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 8.251728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.963712(s) Flops=1394067456 => 1446.56023376278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208296.227737514 Mflops = 208.296227737514 Gflops = 0.208296227737514 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001999577 Relative Rsd = 8.78882063323929e-07
BICGSTAB_SOLVER_TIME: 1.808149 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285460999999998
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094212(s) Flops=1737474048 => 1587.87698179146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228680.024546544 Mflops = 228.680024546544 Gflops = 0.228680024546544 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193519000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.387211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 29 resid = 2.202024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107832(s) Flops=193259520 => 1792.22791008235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257979.075405757 Mflops = 257.979075405757 Gflops = 0.257979075405757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056098 s
InvBiCGStab: k = 47 resid = 1.139414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172419(s) Flops=311371776 => 1805.90176256677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.848067898 Mflops = 259.945848067898 Gflops = 0.259945848067898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007251603 Relative Rsd = 3.18050460367864e-07
BICGSTAB_SOLVER_TIME: 0.381208 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041497 s
InvBiCGStab: k = 87 resid = 2.215332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317955(s) Flops=573843456 => 1804.79456526867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.570589531 Mflops = 259.850570589531 Gflops = 0.259850570589531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 103 resid = 1.123628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375875(s) Flops=678832128 => 1806.00499634187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260025.892954251 Mflops = 260.025892954251 Gflops = 0.260025892954251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001346634 Relative Rsd = 5.90624574321684e-07
BICGSTAB_SOLVER_TIME: 0.795416 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040791 s
InvBiCGStab: k = 68 resid = 1.618192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249215(s) Flops=449169408 => 1802.33697008607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259477.465932855 Mflops = 259.477465932854 Gflops = 0.259477465932854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056131 s
InvBiCGStab: k = 81 resid = 1.135135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317805(s) Flops=534472704 => 1681.76304337565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242124.140341961 Mflops = 242.124140341961 Gflops = 0.242124140341961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001181464 Relative Rsd = 5.18182243312978e-07
BICGSTAB_SOLVER_TIME: 0.668089 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057583 s
InvBiCGStab: k = 75 resid = 2.203965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27741(s) Flops=495101952 => 1784.73000973289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256949.065407859 Mflops = 256.949065407859 Gflops = 0.256949065407859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 95 resid = 9.748303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350349(s) Flops=626337792 => 1787.75390253718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257378.286267146 Mflops = 257.378286267146 Gflops = 0.257378286267146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001200411 Relative Rsd = 5.2649204163461e-07
BICGSTAB_SOLVER_TIME: 0.74589 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 62 resid = 2.051803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227126(s) Flops=409798656 => 1804.27892887648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.013298397 Mflops = 259.758013298397 Gflops = 0.259758013298397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057119 s
InvBiCGStab: k = 91 resid = 8.718643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333032(s) Flops=600090624 => 1801.90079031444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.79570974 Mflops = 259.42579570974 Gflops = 0.25942579570974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001177227 Relative Rsd = 5.1632405376761e-07
BICGSTAB_SOLVER_TIME: 0.662478 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123719
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.267848(s) Flops=1730985984 => 1365.29456527912 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196593.160124192 Mflops = 196.593160124192 Gflops = 0.196593160124192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192689000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.46727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041378 s
InvBiCGStab: k = 36 resid = 2.205691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133568(s) Flops=239192064 => 1790.78869190225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257757.718111523 Mflops = 257.757718111523 Gflops = 0.257757718111523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 45 resid = 1.071434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166401(s) Flops=298248192 => 1792.34615176591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258009.659811656 Mflops = 258.009659811656 Gflops = 0.258009659811656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007393382 Relative Rsd = 3.24268780653682e-07
BICGSTAB_SOLVER_TIME: 0.401606 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720000000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042109 s
InvBiCGStab: k = 74 resid = 1.84522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283606(s) Flops=488540160 => 1722.60163748299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248012.909087275 Mflops = 248.012909087275 Gflops = 0.248012909087275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0581 s
InvBiCGStab: k = 110 resid = 7.631465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406057(s) Flops=724764672 => 1784.88407292572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256986.331292526 Mflops = 256.986331292526 Gflops = 0.256986331292526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001348157 Relative Rsd = 5.91292834282935e-07
BICGSTAB_SOLVER_TIME: 0.79383 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04132 s
InvBiCGStab: k = 63 resid = 1.837241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231212(s) Flops=416360448 => 1800.77352386554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259234.671280908 Mflops = 259.234671280908 Gflops = 0.259234671280908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056612 s
InvBiCGStab: k = 94 resid = 1.06088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343148(s) Flops=619776000 => 1806.14778462937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260040.244161428 Mflops = 260.040244161428 Gflops = 0.260040244161428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001176185 Relative Rsd = 5.15866922698457e-07
BICGSTAB_SOLVER_TIME: 0.67627 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 80 resid = 2.208826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292845(s) Flops=527910912 => 1802.69737233007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259542.544484732 Mflops = 259.542544484732 Gflops = 0.259542544484732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 94 resid = 9.876576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343963(s) Flops=619776000 => 1801.86822419853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259422.173990692 Mflops = 259.422173990692 Gflops = 0.259422173990692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001219747 Relative Rsd = 5.34972734370232e-07
BICGSTAB_SOLVER_TIME: 0.738308 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 63 resid = 2.14387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230392(s) Flops=416360448 => 1807.18274940102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.079273078 Mflops = 260.178079273078 Gflops = 0.260178079273078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 107 resid = 1.120758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407626(s) Flops=705079296 => 1729.72110709327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249039.334340313 Mflops = 249.039334340313 Gflops = 0.249039334340313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001196252 Relative Rsd = 5.24668316902341e-07
BICGSTAB_SOLVER_TIME: 0.739444 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135601
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065116(s) Flops=1724645376 => 1619.20896503292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233160.535486214 Mflops = 233.160535486214 Gflops = 0.233160535486214 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192514000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.519879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048145 s
InvBiCGStab: k = 34 resid = 2.265715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141482(s) Flops=226068480 => 1597.86036386254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230023.767000164 Mflops = 230.023767000164 Gflops = 0.230023767000164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061324 s
InvBiCGStab: k = 69 resid = 7.32082e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305354(s) Flops=455731200 => 1492.46841370999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214868.447561126 Mflops = 214.868447561126 Gflops = 0.214868447561126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0007691438 Relative Rsd = 3.37341335321237e-07
BICGSTAB_SOLVER_TIME: 0.560755 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0877990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041538 s
InvBiCGStab: k = 69 resid = 2.213679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254021(s) Flops=455731200 => 1794.06899429575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258285.881276383 Mflops = 258.285881276383 Gflops = 0.258285881276383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056594 s
InvBiCGStab: k = 82 resid = 1.116504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301787(s) Flops=541034496 => 1792.76939033159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.257154841 Mflops = 258.107257154841 Gflops = 0.258107257154841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001109743 Relative Rsd = 4.86726080749773e-07
BICGSTAB_SOLVER_TIME: 0.657726 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 61 resid = 2.112587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224618(s) Flops=403236864 => 1795.21171054858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258464.923886738 Mflops = 258.464923886738 Gflops = 0.258464923886738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 87 resid = 1.144395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318856(s) Flops=573843456 => 1799.69470858318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259118.904474152 Mflops = 259.118904474152 Gflops = 0.259118904474152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001136951 Relative Rsd = 4.98658973401352e-07
BICGSTAB_SOLVER_TIME: 0.644736 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04063 s
InvBiCGStab: k = 63 resid = 1.847003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230797(s) Flops=416360448 => 1804.01152527979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.831620423 Mflops = 259.726831620423 Gflops = 0.259726831620423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055879 s
InvBiCGStab: k = 94 resid = 6.429871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345022(s) Flops=619776000 => 1796.33762484711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258629.609575581 Mflops = 258.629609575581 Gflops = 0.258629609575581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001197062 Relative Rsd = 5.25023585301667e-07
BICGSTAB_SOLVER_TIME: 0.676206 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 67 resid = 1.969009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245093(s) Flops=442607616 => 1805.87620209472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259983.986806902 Mflops = 259.983986806902 Gflops = 0.259983986806902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055923 s
InvBiCGStab: k = 80 resid = 8.048725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29297(s) Flops=527910912 => 1801.92822473291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259426.003960397 Mflops = 259.426003960397 Gflops = 0.259426003960397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001154674 Relative Rsd = 5.06432243936246e-07
BICGSTAB_SOLVER_TIME: 0.63873 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119207
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.082007(s) Flops=1712406528 => 1582.62056345292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227881.525990928 Mflops = 227.881525990928 Gflops = 0.227881525990928 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190649000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.400018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 29 resid = 2.224035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107084(s) Flops=193259520 => 1804.74692764559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.013525982 Mflops = 259.720013525982 Gflops = 0.259720013525982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056094 s
InvBiCGStab: k = 51 resid = 1.076464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187079(s) Flops=337618944 => 1804.68649073386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.536480383 Mflops = 259.799536480383 Gflops = 0.259799536480383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007695908 Relative Rsd = 3.37537401813535e-07
BICGSTAB_SOLVER_TIME: 0.395634 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043188 s
InvBiCGStab: k = 67 resid = 1.240101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284283(s) Flops=442607616 => 1556.92607718365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224160.908482551 Mflops = 224.160908482551 Gflops = 0.224160908482551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069503 s
InvBiCGStab: k = 84 resid = 7.488067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382651(s) Flops=554158080 => 1448.20758341152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208512.357101325 Mflops = 208.512357101325 Gflops = 0.208512357101325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001195594 Relative Rsd = 5.24379680475007e-07
BICGSTAB_SOLVER_TIME: 0.783759 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049875 s
InvBiCGStab: k = 62 resid = 2.063223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277209(s) Flops=409798656 => 1478.30213304763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212838.957211756 Mflops = 212.838957211756 Gflops = 0.212838957211756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060143 s
InvBiCGStab: k = 83 resid = 7.565637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365566(s) Flops=547596288 => 1497.94096825197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215672.235290162 Mflops = 215.672235290162 Gflops = 0.215672235290162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001140606 Relative Rsd = 5.00262327565715e-07
BICGSTAB_SOLVER_TIME: 0.756602 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041378 s
InvBiCGStab: k = 72 resid = 2.055617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264767(s) Flops=475416576 => 1795.60359108197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258517.426201292 Mflops = 258.517426201292 Gflops = 0.258517426201292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056298 s
InvBiCGStab: k = 87 resid = 1.1388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319739(s) Flops=573843456 => 1794.72462227004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258396.234454749 Mflops = 258.396234454749 Gflops = 0.258396234454749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001201519 Relative Rsd = 5.26978123146766e-07
BICGSTAB_SOLVER_TIME: 0.686077 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041912 s
InvBiCGStab: k = 64 resid = 1.607568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239068(s) Flops=422922240 => 1769.04579450198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254703.656210957 Mflops = 254.703656210957 Gflops = 0.254703656210957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060828 s
InvBiCGStab: k = 95 resid = 1.056668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368825(s) Flops=626337792 => 1698.19776858944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244493.201292021 Mflops = 244.493201292021 Gflops = 0.244493201292021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001169046 Relative Rsd = 5.12735628486691e-07
BICGSTAB_SOLVER_TIME: 0.714517 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127761
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064329(s) Flops=1712259072 => 1608.76859692821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231641.231442028 Mflops = 231.641231442028 Gflops = 0.231641231442028 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190727000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.393218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.212215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867081(s) Flops=1512179712 => 1743.98898372816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251072.311919619 Mflops = 251.072311919619 Gflops = 0.251072311919619 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 283 resid = 1.083097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.032613(s) Flops=1859954688 => 1801.21176859094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.800093242 Mflops = 259.364800093242 Gflops = 0.259364800093242 Tflops
BICGSTAB_SOLVER: 513 iterations. Rsd = 0.002262195 Relative Rsd = 9.95499366797554e-07
BICGSTAB_SOLVER_TIME: 1.903083 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367375
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.221308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892152(s) Flops=1295640576 => 1452.26438544105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209136.114384938 Mflops = 209.136114384938 Gflops = 0.209136114384938 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 6.22577e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.031105(s) Flops=1518741504 => 1472.92613652344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212090.350614819 Mflops = 212.090350614819 Gflops = 0.212090350614819 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002072054 Relative Rsd = 9.10707056612368e-07
BICGSTAB_SOLVER_TIME: 1.928641 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.11704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305765999999999
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062386(s) Flops=1712259072 => 1611.71087721412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232106.50747695 Mflops = 232.10650747695 Gflops = 0.23210650747695 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190686000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.375909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 27 resid = 1.962571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100194(s) Flops=180135936 => 1797.87148931074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258755.993347462 Mflops = 258.755993347462 Gflops = 0.258755993347462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 54 resid = 9.487296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197996(s) Flops=357304320 => 1804.60372936827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259773.647484902 Mflops = 259.773647484902 Gflops = 0.259773647484902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007452298 Relative Rsd = 3.26852799162922e-07
BICGSTAB_SOLVER_TIME: 0.399081 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0725000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 95 resid = 1.20152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347484(s) Flops=626337792 => 1802.49390475533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.879618049 Mflops = 259.523879618049 Gflops = 0.259523879618049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056291 s
InvBiCGStab: k = 103 resid = 8.750322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395277(s) Flops=678832128 => 1717.35802487876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247262.731162826 Mflops = 247.262731162826 Gflops = 0.247262731162826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001365951 Relative Rsd = 5.99097199738092e-07
BICGSTAB_SOLVER_TIME: 0.843868 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155779999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042667 s
InvBiCGStab: k = 63 resid = 2.211371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232622(s) Flops=416360448 => 1789.85843127477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257674.560253121 Mflops = 257.674560253121 Gflops = 0.257674560253121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 90 resid = 1.017074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346654(s) Flops=593528832 => 1712.16495987353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246506.243803749 Mflops = 246.506243803749 Gflops = 0.246506243803749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001174991 Relative Rsd = 5.15343159657312e-07
BICGSTAB_SOLVER_TIME: 0.682422 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 67 resid = 1.461766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246316(s) Flops=442607616 => 1796.90972571818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258701.472699747 Mflops = 258.701472699747 Gflops = 0.258701472699747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056278 s
InvBiCGStab: k = 103 resid = 8.829805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375613(s) Flops=678832128 => 1807.2647325838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.410661245 Mflops = 260.200410661245 Gflops = 0.260200410661245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001228595 Relative Rsd = 5.38853523384198e-07
BICGSTAB_SOLVER_TIME: 0.723448 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 69 resid = 1.659731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252178(s) Flops=455731200 => 1807.18064224476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260168.865895622 Mflops = 260.168865895622 Gflops = 0.260168865895622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056705 s
InvBiCGStab: k = 103 resid = 1.041083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442895(s) Flops=678832128 => 1532.71571817248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220680.873208456 Mflops = 220.680873208456 Gflops = 0.220680873208456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001243849 Relative Rsd = 5.45543832903038e-07
BICGSTAB_SOLVER_TIME: 0.797381 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137243
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.246379(s) Flops=1705992192 => 1368.75877401657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197090.925718161 Mflops = 197.090925718161 Gflops = 0.197090925718161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189796000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 37 resid = 2.243727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147902(s) Flops=245753856 => 1661.59927519574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239197.709664432 Mflops = 239.197709664432 Gflops = 0.239197709664432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055996 s
InvBiCGStab: k = 70 resid = 1.035725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257653(s) Flops=462292992 => 1794.246494316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258313.179594929 Mflops = 258.313179594929 Gflops = 0.258313179594929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 107 iterations. Rsd = 0.0008014765 Relative Rsd = 3.51522252848574e-07
BICGSTAB_SOLVER_TIME: 0.507031 sec
2Flav::invert,  n_count = 107
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0907040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043401 s
InvBiCGStab: k = 83 resid = 1.553063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306887(s) Flops=547596288 => 1784.35804709877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256895.815497435 Mflops = 256.895815497435 Gflops = 0.256895815497435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057721 s
InvBiCGStab: k = 109 resid = 1.098699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409489(s) Flops=718202880 => 1753.90030013016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252524.779374326 Mflops = 252.524779374326 Gflops = 0.252524779374326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001406504 Relative Rsd = 6.16883136715618e-07
BICGSTAB_SOLVER_TIME: 0.82137 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151461999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 58 resid = 2.225286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217604(s) Flops=383551488 => 1762.61230492087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253778.317900039 Mflops = 253.778317900039 Gflops = 0.253778317900039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 86 resid = 1.098581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314637(s) Flops=567281664 => 1802.97188188293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259578.525013929 Mflops = 259.578525013929 Gflops = 0.259578525013929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001198473 Relative Rsd = 5.25642113814089e-07
BICGSTAB_SOLVER_TIME: 0.633636 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 78 resid = 2.119513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285302(s) Flops=514787328 => 1804.35933852549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.924273811 Mflops = 259.783924273811 Gflops = 0.259783924273811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056007 s
InvBiCGStab: k = 90 resid = 1.130608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329295(s) Flops=593528832 => 1802.42284881337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259496.562518939 Mflops = 259.496562518939 Gflops = 0.259496562518939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00123799 Relative Rsd = 5.42974340674282e-07
BICGSTAB_SOLVER_TIME: 0.715634 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 64 resid = 2.15578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242635(s) Flops=422922240 => 1743.03888556886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250936.552355502 Mflops = 250.936552355502 Gflops = 0.250936552355502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056825 s
InvBiCGStab: k = 102 resid = 8.103758e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37224(s) Flops=672270336 => 1806.01315280464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260015.576708794 Mflops = 260.015576708794 Gflops = 0.260015576708794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001195893 Relative Rsd = 5.24510851000714e-07
BICGSTAB_SOLVER_TIME: 0.716842 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132742
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.074954(s) Flops=1706139648 => 1587.17456560932 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228543.84298756 Mflops = 228.54384298756 Gflops = 0.22854384298756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189737000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.521727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062 s
InvBiCGStab: k = 35 resid = 2.268265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174081(s) Flops=232630272 => 1336.33349992245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192403.366065246 Mflops = 192.403366065246 Gflops = 0.192403366065246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0959 s
InvBiCGStab: k = 65 resid = 1.06639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312054(s) Flops=429484032 => 1376.31317656559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198147.638710079 Mflops = 198.147638710079 Gflops = 0.198147638710079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007620995 Relative Rsd = 3.34251730768575e-07
BICGSTAB_SOLVER_TIME: 0.647948 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0856600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 64 resid = 2.096262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236674(s) Flops=422922240 => 1786.94001030954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257264.083327411 Mflops = 257.264083327411 Gflops = 0.257264083327411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057 s
InvBiCGStab: k = 83 resid = 1.048153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306216(s) Flops=547596288 => 1788.26804608512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257455.616262742 Mflops = 257.455616262742 Gflops = 0.257455616262742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001172924 Relative Rsd = 5.14436505307379e-07
BICGSTAB_SOLVER_TIME: 0.645156 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 67 resid = 2.216134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250014(s) Flops=442607616 => 1770.33132544578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254887.391470971 Mflops = 254.887391470971 Gflops = 0.254887391470972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056335 s
InvBiCGStab: k = 82 resid = 8.767299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301121(s) Flops=541034496 => 1796.73452200278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258670.319693975 Mflops = 258.670319693975 Gflops = 0.258670319693975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001131576 Relative Rsd = 4.96301529126376e-07
BICGSTAB_SOLVER_TIME: 0.652959 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 71 resid = 1.057704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260205(s) Flops=468854784 => 1801.86692799908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.238503155 Mflops = 259.421238503155 Gflops = 0.259421238503155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 98 resid = 9.165842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35884(s) Flops=646023168 => 1800.30979823877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259196.812622043 Mflops = 259.196812622043 Gflops = 0.259196812622043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001240499 Relative Rsd = 5.44074712803324e-07
BICGSTAB_SOLVER_TIME: 0.719867 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 64 resid = 1.907424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234787(s) Flops=422922240 => 1801.30177565197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.449648185 Mflops = 259.335449648185 Gflops = 0.259335449648185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055797 s
InvBiCGStab: k = 79 resid = 1.134886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289612(s) Flops=521349120 => 1800.16408159883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259167.089053188 Mflops = 259.167089053188 Gflops = 0.259167089053188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001159523 Relative Rsd = 5.0855885055193e-07
BICGSTAB_SOLVER_TIME: 0.62506 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116268
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058238(s) Flops=1712406528 => 1618.16767872634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233009.700011814 Mflops = 233.009700011814 Gflops = 0.233009700011814 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190708000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.433346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 24 resid = 2.258105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089861(s) Flops=160450560 => 1785.54166991242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256982.698608504 Mflops = 256.982698608504 Gflops = 0.256982698608504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057172 s
InvBiCGStab: k = 62 resid = 8.750699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253658(s) Flops=409798656 => 1615.55581136806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232574.098048446 Mflops = 232.574098048446 Gflops = 0.232574098048446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007399183 Relative Rsd = 3.2452323309232e-07
BICGSTAB_SOLVER_TIME: 0.446247 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041701 s
InvBiCGStab: k = 61 resid = 2.062467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270656(s) Flops=403236864 => 1489.85008276188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214498.241553623 Mflops = 214.498241553623 Gflops = 0.214498241553623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063204 s
InvBiCGStab: k = 83 resid = 1.10569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368824(s) Flops=547596288 => 1484.70893434267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213779.608329742 Mflops = 213.779608329742 Gflops = 0.213779608329742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001196952 Relative Rsd = 5.24975334563328e-07
BICGSTAB_SOLVER_TIME: 0.748376 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050324 s
InvBiCGStab: k = 71 resid = 1.945514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291238(s) Flops=468854784 => 1609.86816280842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231764.933181459 Mflops = 231.764933181459 Gflops = 0.231764933181459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072 s
InvBiCGStab: k = 86 resid = 7.283827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350818(s) Flops=567281664 => 1617.02553460769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232839.004360289 Mflops = 232.839004360289 Gflops = 0.232839004360289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001129909 Relative Rsd = 4.95570415557829e-07
BICGSTAB_SOLVER_TIME: 0.76839 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126532
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 66 resid = 2.141848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243668(s) Flops=436045824 => 1789.50795344485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257640.507680149 Mflops = 257.640507680149 Gflops = 0.257640507680149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056991 s
InvBiCGStab: k = 83 resid = 1.119372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305873(s) Flops=547596288 => 1790.27337489742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257752.340027371 Mflops = 257.752340027371 Gflops = 0.257752340027371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001172415 Relative Rsd = 5.14213530731372e-07
BICGSTAB_SOLVER_TIME: 0.651417 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040734 s
InvBiCGStab: k = 71 resid = 1.671985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261281(s) Flops=468854784 => 1794.44653074659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258352.234309404 Mflops = 258.352234309404 Gflops = 0.258352234309404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 83 resid = 9.799892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303389(s) Flops=547596288 => 1804.9312532755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.179062188 Mflops = 259.853179062188 Gflops = 0.259853179062188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001125969 Relative Rsd = 4.9384257959445e-07
BICGSTAB_SOLVER_TIME: 0.665434 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124333
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.095102(s) Flops=1724866560 => 1575.07388352866 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226797.901110943 Mflops = 226.797901110943 Gflops = 0.226797901110943 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192163000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.398411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 9.201341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880538(s) Flops=1577797632 => 1791.85637871392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257951.251555726 Mflops = 257.951251555726 Gflops = 0.257951251555726 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.00414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9104(s) Flops=1643415552 => 1805.1576801406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.539716388 Mflops = 259.933539716388 Gflops = 0.259933539716388 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.002131557 Relative Rsd = 9.37997315821528e-07
BICGSTAB_SOLVER_TIME: 1.794324 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.124896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349603
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.8728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.945069(s) Flops=1446561792 => 1530.64145792529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220388.801183008 Mflops = 220.388801183008 Gflops = 0.220388801183008 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.04583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.047552(s) Flops=1584359424 => 1512.43988269795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217785.420867532 Mflops = 217.785420867532 Gflops = 0.217785420867532 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002237717 Relative Rsd = 9.83479176706894e-07
BICGSTAB_SOLVER_TIME: 1.996089 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328481
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072832(s) Flops=1724866560 => 1607.76949233431 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231501.60408248 Mflops = 231.50160408248 Gflops = 0.23150160408248 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192007000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.386981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 30 resid = 2.137664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110652(s) Flops=199821312 => 1805.85359505477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259920.249084841 Mflops = 259.920249084841 Gflops = 0.259920249084841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056751 s
InvBiCGStab: k = 53 resid = 1.066344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194879(s) Flops=350742528 => 1799.79642752682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.257965941 Mflops = 259.088257965941 Gflops = 0.259088257965941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007946127 Relative Rsd = 3.48511840777568e-07
BICGSTAB_SOLVER_TIME: 0.406981 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041027 s
InvBiCGStab: k = 92 resid = 1.93142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337312(s) Flops=606652416 => 1798.49046580021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258943.923851378 Mflops = 258.943923851378 Gflops = 0.258943923851378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05693 s
InvBiCGStab: k = 106 resid = 6.484552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387819(s) Flops=698517504 => 1801.14306931842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.268823245 Mflops = 259.321268823245 Gflops = 0.259321268823245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001334632 Relative Rsd = 5.85360648534315e-07
BICGSTAB_SOLVER_TIME: 0.826696 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155633999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041895 s
InvBiCGStab: k = 70 resid = 1.784149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255945(s) Flops=462292992 => 1806.22005508996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260036.464624189 Mflops = 260.036464624189 Gflops = 0.260036464624189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 84 resid = 1.115291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332823(s) Flops=554158080 => 1665.02339081133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239723.583247695 Mflops = 239.723583247695 Gflops = 0.239723583247695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00115323 Relative Rsd = 5.05798755141989e-07
BICGSTAB_SOLVER_TIME: 0.691046 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 71 resid = 2.157902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264063(s) Flops=468854784 => 1775.54138217016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255631.034799808 Mflops = 255.631034799808 Gflops = 0.255631034799808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057064 s
InvBiCGStab: k = 96 resid = 1.090507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353098(s) Flops=632899584 => 1792.41905646591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258053.648963975 Mflops = 258.053648963975 Gflops = 0.258053648963975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001265258 Relative Rsd = 5.54933783996693e-07
BICGSTAB_SOLVER_TIME: 0.718758 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133482
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041992 s
InvBiCGStab: k = 73 resid = 2.267515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273708(s) Flops=481978368 => 1760.92174141786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253531.620618702 Mflops = 253.531620618702 Gflops = 0.253531620618702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066827 s
InvBiCGStab: k = 93 resid = 1.073503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412942(s) Flops=613214208 => 1484.98871027893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213804.903309386 Mflops = 213.804903309386 Gflops = 0.213804903309386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001244176 Relative Rsd = 5.45687461820443e-07
BICGSTAB_SOLVER_TIME: 0.800313 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132706
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.243441(s) Flops=1743446016 => 1402.11398530369 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201961.801599908 Mflops = 201.961801599908 Gflops = 0.201961801599908 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193914000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041873 s
InvBiCGStab: k = 38 resid = 1.653588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140641(s) Flops=252315648 => 1794.04048606025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258265.775364642 Mflops = 258.265775364642 Gflops = 0.258265775364642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 75 resid = 8.090419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274883(s) Flops=495101952 => 1801.13703648461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259306.668197401 Mflops = 259.306668197401 Gflops = 0.259306668197401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.000771328 Relative Rsd = 3.38299303948451e-07
BICGSTAB_SOLVER_TIME: 0.517608 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044428 s
InvBiCGStab: k = 88 resid = 2.080147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345317(s) Flops=580405248 => 1680.7896744151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241996.006660484 Mflops = 241.996006660484 Gflops = 0.241996006660484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055884 s
InvBiCGStab: k = 104 resid = 1.114957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385243(s) Flops=685393920 => 1779.12102231579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256157.465978647 Mflops = 256.157465978647 Gflops = 0.256157465978647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001324424 Relative Rsd = 5.80883337429328e-07
BICGSTAB_SOLVER_TIME: 0.834509 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151362999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 75 resid = 2.275276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27635(s) Flops=495101952 => 1791.57572643387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257937.520285863 Mflops = 257.937520285863 Gflops = 0.257937520285863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057267 s
InvBiCGStab: k = 79 resid = 1.03724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291396(s) Flops=521349120 => 1789.14302186715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257578.279455998 Mflops = 257.578279455998 Gflops = 0.257578279455998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001195762 Relative Rsd = 5.24453307527584e-07
BICGSTAB_SOLVER_TIME: 0.670289 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041117 s
InvBiCGStab: k = 76 resid = 2.123644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279752(s) Flops=501663744 => 1793.2445308702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258170.16868022 Mflops = 258.17016868022 Gflops = 0.25817016868022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 98 resid = 9.762512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359813(s) Flops=646023168 => 1795.44143207722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258499.038885658 Mflops = 258.499038885658 Gflops = 0.258499038885658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001289073 Relative Rsd = 5.65378971078976e-07
BICGSTAB_SOLVER_TIME: 0.741193 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042544 s
InvBiCGStab: k = 72 resid = 2.213542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275274(s) Flops=475416576 => 1727.06676257111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248655.729518898 Mflops = 248.655729518898 Gflops = 0.248655729518898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056448 s
InvBiCGStab: k = 84 resid = 1.127289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306678(s) Flops=554158080 => 1806.97043804903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260154.783337244 Mflops = 260.154783337244 Gflops = 0.260154783337244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001208342 Relative Rsd = 5.29970536926487e-07
BICGSTAB_SOLVER_TIME: 0.684631 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125428
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.121215(s) Flops=1756053504 => 1566.20586060657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225544.596219458 Mflops = 225.544596219458 Gflops = 0.225544596219458 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195368000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.553603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042135 s
InvBiCGStab: k = 36 resid = 1.634173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151024(s) Flops=239192064 => 1583.80167390613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228021.779462364 Mflops = 228.021779462364 Gflops = 0.228021779462364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072092 s
InvBiCGStab: k = 64 resid = 1.068378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237424(s) Flops=422922240 => 1781.295235528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256444.647625613 Mflops = 256.444647625613 Gflops = 0.256444647625613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007756439 Relative Rsd = 3.4019221360183e-07
BICGSTAB_SOLVER_TIME: 0.506521 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0855630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 60 resid = 2.046256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222234(s) Flops=396675072 => 1784.94322200923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256956.13063278 Mflops = 256.95613063278 Gflops = 0.25695613063278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057145 s
InvBiCGStab: k = 93 resid = 5.823013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341394(s) Flops=613214208 => 1796.20675231551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.200056296 Mflops = 258.602200056296 Gflops = 0.258602200056296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001196242 Relative Rsd = 5.24663568416981e-07
BICGSTAB_SOLVER_TIME: 0.665742 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041749 s
InvBiCGStab: k = 64 resid = 1.74584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236214(s) Flops=422922240 => 1790.41987350453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257772.393165528 Mflops = 257.772393165528 Gflops = 0.257772393165528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 85 resid = 1.024034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311172(s) Flops=560719872 => 1801.96120473564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259433.565498286 Mflops = 259.433565498286 Gflops = 0.259433565498286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001150414 Relative Rsd = 5.04563893653386e-07
BICGSTAB_SOLVER_TIME: 0.649602 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041477 s
InvBiCGStab: k = 75 resid = 2.202796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274572(s) Flops=495101952 => 1803.17713386653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259618.037879833 Mflops = 259.618037879833 Gflops = 0.259618037879833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 88 resid = 9.990945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323968(s) Flops=580405248 => 1791.55116554721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257933.822929367 Mflops = 257.933822929367 Gflops = 0.257933822929367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001189998 Relative Rsd = 5.21925070956582e-07
BICGSTAB_SOLVER_TIME: 0.700347 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041175 s
InvBiCGStab: k = 71 resid = 2.193533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261057(s) Flops=468854784 => 1795.98625587515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258568.872725278 Mflops = 258.568872725278 Gflops = 0.258568872725278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057056 s
InvBiCGStab: k = 83 resid = 1.090349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303362(s) Flops=547596288 => 1805.09189680975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259881.63668726 Mflops = 259.88163668726 Gflops = 0.259881636687259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001183921 Relative Rsd = 5.19259792076901e-07
BICGSTAB_SOLVER_TIME: 0.666345 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124158
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.09991(s) Flops=1774338048 => 1613.16657544708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232304.39845782 Mflops = 232.30439845782 Gflops = 0.23230439845782 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197418000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.425356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 33 resid = 2.271088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122396(s) Flops=219506688 => 1793.41390241511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258154.346171093 Mflops = 258.154346171093 Gflops = 0.258154346171093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064882 s
InvBiCGStab: k = 70 resid = 9.920836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294533(s) Flops=462292992 => 1569.57961247127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225919.622581458 Mflops = 225.919622581458 Gflops = 0.225919622581458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0008213224 Relative Rsd = 3.602265073385e-07
BICGSTAB_SOLVER_TIME: 0.529304 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0876520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048615 s
InvBiCGStab: k = 80 resid = 1.307104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352329(s) Flops=527910912 => 1498.34646594518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215719.75545386 Mflops = 215.71975545386 Gflops = 0.21571975545386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076255 s
InvBiCGStab: k = 97 resid = 7.557441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439991(s) Flops=639461376 => 1453.35103672575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209264.796792554 Mflops = 209.264796792554 Gflops = 0.209264796792554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.00125009 Relative Rsd = 5.48281207065824e-07
BICGSTAB_SOLVER_TIME: 0.920938 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065714 s
InvBiCGStab: k = 74 resid = 2.013066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313471(s) Flops=488540160 => 1558.48598434943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224389.476519615 Mflops = 224.389476519615 Gflops = 0.224389476519615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057228 s
InvBiCGStab: k = 84 resid = 7.443991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309479(s) Flops=554158080 => 1790.61609996155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257807.165060779 Mflops = 257.807165060779 Gflops = 0.257807165060779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001143937 Relative Rsd = 5.01723227169267e-07
BICGSTAB_SOLVER_TIME: 0.749526 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041448 s
InvBiCGStab: k = 87 resid = 2.268556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320085(s) Flops=573843456 => 1792.78459159286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258112.178123984 Mflops = 258.112178123984 Gflops = 0.258112178123984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057153 s
InvBiCGStab: k = 90 resid = 1.055815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331329(s) Flops=593528832 => 1791.35793124055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257908.486469356 Mflops = 257.908486469356 Gflops = 0.257908486469356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001243995 Relative Rsd = 5.45607962984893e-07
BICGSTAB_SOLVER_TIME: 0.753635 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041139 s
InvBiCGStab: k = 69 resid = 2.122945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253232(s) Flops=455731200 => 1799.65881089278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.219703819 Mflops = 259.103219703819 Gflops = 0.259103219703819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056823 s
InvBiCGStab: k = 104 resid = 1.029021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404831(s) Flops=685393920 => 1693.03714389461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243766.246455249 Mflops = 243.766246455249 Gflops = 0.243766246455249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001203361 Relative Rsd = 5.27785927306832e-07
BICGSTAB_SOLVER_TIME: 0.759961 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137492
Monitoring force
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109843(s) Flops=1786576896 => 1609.75642140375 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231823.783571635 Mflops = 231.823783571635 Gflops = 0.231823783571635 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198977000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 2.014523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951161(s) Flops=1715595264 => 1803.68545808754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.736890158 Mflops = 259.678736890158 Gflops = 0.259678736890158 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 278 resid = 1.028125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.17645(s) Flops=1827145728 => 1553.10104806834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223676.050423416 Mflops = 223.676050423416 Gflops = 0.223676050423416 Tflops
BICGSTAB_SOLVER: 539 iterations. Rsd = 0.002263803 Relative Rsd = 9.96174989324659e-07
BICGSTAB_SOLVER_TIME: 2.131397 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0.126818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.383954000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.337448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.023133(s) Flops=1440000000 => 1407.44165225831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202612.957696426 Mflops = 202.612957696426 Gflops = 0.202612957696426 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.145608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903462(s) Flops=1584359424 => 1753.65363900197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252566.525951433 Mflops = 252.566525951433 Gflops = 0.252566525951433 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002112839 Relative Rsd = 9.28544996434423e-07
BICGSTAB_SOLVER_TIME: 1.929935 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.118228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327747999999999
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.126574(s) Flops=1786576896 => 1585.84957224292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228368.701589521 Mflops = 228.368701589521 Gflops = 0.228368701589521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198941000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.40304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043486 s
InvBiCGStab: k = 30 resid = 2.230628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113897(s) Flops=199821312 => 1754.40364539891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252509.989331237 Mflops = 252.509989331237 Gflops = 0.252509989331237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056678 s
InvBiCGStab: k = 59 resid = 1.149925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219196(s) Flops=390113280 => 1779.74634573624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256213.138484863 Mflops = 256.213138484863 Gflops = 0.256213138484863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007978054 Relative Rsd = 3.49912107839556e-07
BICGSTAB_SOLVER_TIME: 0.43707 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044085 s
InvBiCGStab: k = 96 resid = 1.437215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364528(s) Flops=632899584 => 1736.21665276741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249978.409976526 Mflops = 249.978409976526 Gflops = 0.249978409976526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056847 s
InvBiCGStab: k = 124 resid = 1.11906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479202(s) Flops=816629760 => 1704.14514129741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245362.580631112 Mflops = 245.362580631112 Gflops = 0.245362580631112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 220 iterations. Rsd = 0.001422773 Relative Rsd = 6.24018629501737e-07
BICGSTAB_SOLVER_TIME: 0.948354 sec
2Flav::invert,  n_count = 220
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171280999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041734 s
InvBiCGStab: k = 59 resid = 1.985834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216259(s) Flops=390113280 => 1803.91696992958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.843578192 Mflops = 259.758843578192 Gflops = 0.259758843578192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058887 s
InvBiCGStab: k = 91 resid = 8.152784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351442(s) Flops=600090624 => 1707.50970003585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245844.185797938 Mflops = 245.844185797938 Gflops = 0.245844185797938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001169078 Relative Rsd = 5.12749925001755e-07
BICGSTAB_SOLVER_TIME: 0.672007 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045778 s
InvBiCGStab: k = 79 resid = 1.865855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337493(s) Flops=521349120 => 1544.770173011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222415.052395402 Mflops = 222.415052395402 Gflops = 0.222415052395402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069308 s
InvBiCGStab: k = 93 resid = 7.258453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429031(s) Flops=613214208 => 1429.30046546753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205791.692991708 Mflops = 205.791692991708 Gflops = 0.205791692991708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001256742 Relative Rsd = 5.51198717318409e-07
BICGSTAB_SOLVER_TIME: 0.885714 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058874 s
InvBiCGStab: k = 69 resid = 1.966948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299681(s) Flops=455731200 => 1520.72103336548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218945.853511504 Mflops = 218.945853511504 Gflops = 0.218945853511504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066324 s
InvBiCGStab: k = 93 resid = 1.001062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402388(s) Flops=613214208 => 1523.93761245365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219417.282906592 Mflops = 219.417282906592 Gflops = 0.219417282906592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001205594 Relative Rsd = 5.28765596001553e-07
BICGSTAB_SOLVER_TIME: 0.831108 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129691
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.133557(s) Flops=1792548864 => 1581.34867854021 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227971.24968835 Mflops = 227.97124968835 Gflops = 0.22797124968835 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201070000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.37839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 30 resid = 2.123939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110998(s) Flops=199821312 => 1800.22443647633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259143.618075616 Mflops = 259.143618075616 Gflops = 0.259143618075616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 63 resid = 9.884876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231134(s) Flops=416360448 => 1801.38122474409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.958525407 Mflops = 259.331958525407 Gflops = 0.259331958525407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007816087 Relative Rsd = 3.4280834821098e-07
BICGSTAB_SOLVER_TIME: 0.443881 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0805330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 97 resid = 2.132443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355745(s) Flops=639461376 => 1797.52737494554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258805.374316273 Mflops = 258.805374316273 Gflops = 0.258805374316273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 109 resid = 6.036585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399008(s) Flops=718202880 => 1799.97112839843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259155.623181656 Mflops = 259.155623181656 Gflops = 0.259155623181656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001325767 Relative Rsd = 5.81472609144852e-07
BICGSTAB_SOLVER_TIME: 0.856275 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161392999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042048 s
InvBiCGStab: k = 66 resid = 2.102327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241495(s) Flops=436045824 => 1805.61015341933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.756607373 Mflops = 259.963756607373 Gflops = 0.259963756607373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057025 s
InvBiCGStab: k = 90 resid = 8.888992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329022(s) Flops=593528832 => 1803.91837627879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.541512984 Mflops = 259.713541512984 Gflops = 0.259713541512984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001188649 Relative Rsd = 5.21333297350921e-07
BICGSTAB_SOLVER_TIME: 0.673286 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 70 resid = 2.268582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258197(s) Flops=462292992 => 1790.46616343335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257782.116798488 Mflops = 257.782116798488 Gflops = 0.257782116798488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056962 s
InvBiCGStab: k = 102 resid = 7.959908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374653(s) Flops=672270336 => 1794.38129682666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258345.343310262 Mflops = 258.345343310262 Gflops = 0.258345343310262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001227311 Relative Rsd = 5.38290291749681e-07
BICGSTAB_SOLVER_TIME: 0.735049 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041095 s
InvBiCGStab: k = 81 resid = 1.038956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296363(s) Flops=534472704 => 1803.43937671032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259654.371872149 Mflops = 259.654371872149 Gflops = 0.259654371872149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056545 s
InvBiCGStab: k = 96 resid = 1.148881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359571(s) Flops=632899584 => 1760.15191436462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253415.130885614 Mflops = 253.415130885614 Gflops = 0.253415130885614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001257707 Relative Rsd = 5.51621689928357e-07
BICGSTAB_SOLVER_TIME: 0.757369 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140487
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.323501(s) Flops=1798668288 => 1359.02299129355 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195712.375433019 Mflops = 195.712375433019 Gflops = 0.195712375433019 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200137000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.424884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041268 s
InvBiCGStab: k = 32 resid = 2.10641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119051(s) Flops=212944896 => 1788.68632770829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257472.548725517 Mflops = 257.472548725517 Gflops = 0.257472548725517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056919 s
InvBiCGStab: k = 66 resid = 5.778847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257226(s) Flops=436045824 => 1695.18564997318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244060.564633222 Mflops = 244.060564633222 Gflops = 0.244060564633222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008190742 Relative Rsd = 3.59240481800474e-07
BICGSTAB_SOLVER_TIME: 0.478107 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0840420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 71 resid = 2.011253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262324(s) Flops=468854784 => 1787.31181287263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257331.40077844 Mflops = 257.33140077844 Gflops = 0.25733140077844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057147 s
InvBiCGStab: k = 97 resid = 1.028264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356376(s) Flops=639461376 => 1794.34466967473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258337.718528435 Mflops = 258.337718528435 Gflops = 0.258337718528435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001217365 Relative Rsd = 5.33928016531972e-07
BICGSTAB_SOLVER_TIME: 0.720845 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041847 s
InvBiCGStab: k = 66 resid = 2.196233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242074(s) Flops=436045824 => 1801.29143980766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259319.610422612 Mflops = 259.319610422612 Gflops = 0.259319610422612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05694 s
InvBiCGStab: k = 81 resid = 1.110935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296042(s) Flops=534472704 => 1805.39485613528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259930.257385726 Mflops = 259.930257385726 Gflops = 0.259930257385726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001183131 Relative Rsd = 5.18913305822543e-07
BICGSTAB_SOLVER_TIME: 0.640571 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 77 resid = 2.230894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282274(s) Flops=508225536 => 1800.46882107456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259222.129283301 Mflops = 259.222129283301 Gflops = 0.259222129283301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056255 s
InvBiCGStab: k = 88 resid = 9.576494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323122(s) Flops=580405248 => 1796.24181578475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258612.795561511 Mflops = 258.612795561511 Gflops = 0.258612795561511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001202437 Relative Rsd = 5.27381029576643e-07
BICGSTAB_SOLVER_TIME: 0.706305 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 83 resid = 1.042684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305095(s) Flops=547596288 => 1794.8386174798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258416.122589536 Mflops = 258.416122589536 Gflops = 0.258416122589536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056951 s
InvBiCGStab: k = 87 resid = 1.021653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328341(s) Flops=573843456 => 1747.70575712445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251619.349001019 Mflops = 251.619349001019 Gflops = 0.251619349001019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001137859 Relative Rsd = 4.99057284522815e-07
BICGSTAB_SOLVER_TIME: 0.734853 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135472
Monitoring force
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109986(s) Flops=1804640256 => 1625.82253830228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  234124.811514858 Mflops = 234.124811514858 Gflops = 0.234124811514858 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201019000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.536922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057127 s
InvBiCGStab: k = 31 resid = 2.277181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133806(s) Flops=206383104 => 1542.40545267028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222026.934184832 Mflops = 222.026934184832 Gflops = 0.222026934184832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063915 s
InvBiCGStab: k = 67 resid = 8.884895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26752(s) Flops=442607616 => 1654.48421052632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238187.154849509 Mflops = 238.187154849509 Gflops = 0.238187154849509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007863474 Relative Rsd = 3.44886729617817e-07
BICGSTAB_SOLVER_TIME: 0.52602 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0841830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041537 s
InvBiCGStab: k = 73 resid = 2.262067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268396(s) Flops=481978368 => 1795.77329021297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258545.322965368 Mflops = 258.545322965368 Gflops = 0.258545322965368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056827 s
InvBiCGStab: k = 108 resid = 1.083307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396332(s) Flops=711641088 => 1795.56807928706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258519.812909257 Mflops = 258.519812909257 Gflops = 0.258519812909257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.00122126 Relative Rsd = 5.3563665431798e-07
BICGSTAB_SOLVER_TIME: 0.766749 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041253 s
InvBiCGStab: k = 67 resid = 2.032578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246417(s) Flops=442607616 => 1796.17321856852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258599.794877725 Mflops = 258.599794877725 Gflops = 0.258599794877725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057072 s
InvBiCGStab: k = 86 resid = 1.049996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314878(s) Flops=567281664 => 1801.59193084306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259393.048669064 Mflops = 259.393048669064 Gflops = 0.259393048669064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001163919 Relative Rsd = 5.10487041962127e-07
BICGSTAB_SOLVER_TIME: 0.663339 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041738 s
InvBiCGStab: k = 66 resid = 1.994779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241674(s) Flops=436045824 => 1804.27279723926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.354514362 Mflops = 259.756354514362 Gflops = 0.259756354514363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 99 resid = 1.070044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362935(s) Flops=652584960 => 1798.07668039732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258881.893511786 Mflops = 258.881893511786 Gflops = 0.258881893511786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00122035 Relative Rsd = 5.35237270957887e-07
BICGSTAB_SOLVER_TIME: 0.706745 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 67 resid = 1.954605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2449(s) Flops=442607616 => 1807.29937117191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260196.533090333 Mflops = 260.196533090333 Gflops = 0.260196533090333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056853 s
InvBiCGStab: k = 91 resid = 5.26156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33331(s) Flops=600090624 => 1800.39789985299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.744479773 Mflops = 259.210744479773 Gflops = 0.259210744479773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001184203 Relative Rsd = 5.193834569322e-07
BICGSTAB_SOLVER_TIME: 0.679941 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126929
Monitoring force
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.150553(s) Flops=1810612224 => 1573.68867318585 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226620.763039456 Mflops = 226.620763039456 Gflops = 0.226620763039456 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201810000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.38932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.556135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983376(s) Flops=1505617920 => 1531.07043490994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220533.956332496 Mflops = 220.533956332496 Gflops = 0.220533956332496 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.096613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.182297(s) Flops=1787774976 => 1512.12003075369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217765.121856499 Mflops = 217.765121856499 Gflops = 0.217765121856499 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.002543604 Relative Rsd = 1.11929627915431e-06
BICGSTAB_SOLVER_TIME: 2.169072 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.116512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356947
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.960715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813194(s) Flops=1440000000 => 1770.79516081034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254960.685849683 Mflops = 254.960685849683 Gflops = 0.254960685849683 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 1.058871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.996775(s) Flops=1754966016 => 1760.64409320057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253572.988585731 Mflops = 253.572988585731 Gflops = 0.253572988585731 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.002159076 Relative Rsd = 9.48810625856102e-07
BICGSTAB_SOLVER_TIME: 1.813403 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.117837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346237
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 323 resid = 1.820767e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.1842(s) Flops=2122426368 => 1792.28708664077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258093.716185987 Mflops = 258.093716185987 Gflops = 0.258093716185987 Tflops
InvBiCGStab: k = 422 resid = 1.131318e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.557607(s) Flops=2772043776 => 1779.6811236724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256300.247999167 Mflops = 256.300247999167 Gflops = 0.256300247999167 Tflops
BICGSTAB_SOLVER: 745 iterations. Rsd = 0.002579854 Relative Rsd = 1.13524800127881e-06
BICGSTAB_SOLVER_TIME: 2.746547 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.531588999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 283 resid = 1.904998e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.035877(s) Flops=1859954688 => 1795.53623451433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258533.430558449 Mflops = 258.533430558449 Gflops = 0.258533430558449 Tflops
InvBiCGStab: k = 317 resid = 1.148478e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.315567(s) Flops=2083055616 => 1583.38998773913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228034.950921376 Mflops = 228.034950921376 Gflops = 0.228034950921376 Tflops
BICGSTAB_SOLVER: 600 iterations. Rsd = 0.002166295 Relative Rsd = 9.51982788256955e-07
BICGSTAB_SOLVER_TIME: 2.3564 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428720999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 242 resid = 2.239326e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.079374(s) Flops=1590921216 => 1473.92953322945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212236.738204094 Mflops = 212.236738204094 Gflops = 0.212236738204094 Tflops
InvBiCGStab: k = 273 resid = 1.026851e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.077084(s) Flops=1794336768 => 1665.92091981684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239927.714971047 Mflops = 239.927714971047 Gflops = 0.239927714971047 Tflops
BICGSTAB_SOLVER: 515 iterations. Rsd = 0.0018915 Relative Rsd = 8.29599044102941e-07
BICGSTAB_SOLVER_TIME: 2.161276 sec
2Flav::invert,  n_count = 515
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.366373000000003
MInvCG2: 377 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.507815(s) Flops=2428176384 => 1610.3941027248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231901.029677916 Mflops = 231.901029677916 Gflops = 0.231901029677916 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270371000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.147610375203385
AccProb = 0.86276720496005
AcceptP = 0
After HMC trajectory call: time= 494.333558 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.063025 secs
Doing Update: 2727 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 285 resid = 2.103957e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.04251(s) Flops=1873078272 => 1796.70053236899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258711.966407299 Mflops = 258.711966407299 Gflops = 0.258711966407299 Tflops
InvBiCGStab: k = 278 resid = 1.071064e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.040643(s) Flops=1827145728 => 1755.7853442535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252861.379399466 Mflops = 252.861379399466 Gflops = 0.252861379399466 Tflops
BICGSTAB_SOLVER: 563 iterations. Rsd = 0.001976262 Relative Rsd = 8.69532019388492e-07
BICGSTAB_SOLVER_TIME: 2.088295 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.404509999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000372
InvBiCGStab: k = 235 resid = 2.195409e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865342(s) Flops=1544988672 => 1785.40816463317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257064.216780331 Mflops = 257.064216780331 Gflops = 0.257064216780331 Tflops
InvBiCGStab: k = 252 resid = 1.021177e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932834(s) Flops=1656539136 => 1775.8134201798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255754.879872785 Mflops = 255.754879872785 Gflops = 0.255754879872785 Tflops
BICGSTAB_SOLVER: 487 iterations. Rsd = 0.003080047 Relative Rsd = 1.35358481893281e-06
BICGSTAB_SOLVER_TIME: 1.803099 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349847999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 380 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.569533(s) Flops=2441889792 => 1555.80659470046 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224038.80626184 Mflops = 224.03880626184 Gflops = 0.22403880626184 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273145000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 324 resid = 1.956711e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.433091(s) Flops=2128988160 => 1485.59174539509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213900.222790383 Mflops = 213.900222790383 Gflops = 0.213900222790383 Tflops
InvBiCGStab: k = 369 resid = 1.008914e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.528669(s) Flops=2424268800 => 1585.86901415545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228389.545958498 Mflops = 228.389545958498 Gflops = 0.228389545958498 Tflops
BICGSTAB_SOLVER: 693 iterations. Rsd = 0.00221758 Relative Rsd = 9.75709002640105e-07
BICGSTAB_SOLVER_TIME: 2.966595 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.494705999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 279 resid = 1.334379e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.031897(s) Flops=1833707520 => 1777.02573028122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255895.197597682 Mflops = 255.895197597682 Gflops = 0.255895197597682 Tflops
InvBiCGStab: k = 306 resid = 1.066275e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.122025(s) Flops=2010875904 => 1792.18458055747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258101.38018215 Mflops = 258.10138018215 Gflops = 0.25810138018215 Tflops
BICGSTAB_SOLVER: 585 iterations. Rsd = 0.002867121 Relative Rsd = 1.26001050067562e-06
BICGSTAB_SOLVER_TIME: 2.158592 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.417780999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 221 resid = 2.199089e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807325(s) Flops=1453123584 => 1799.92392654755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.833287634 Mflops = 259.198833287634 Gflops = 0.259198833287634 Tflops
InvBiCGStab: k = 250 resid = 6.679101e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914082(s) Flops=1643415552 => 1797.88635155271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258926.747554946 Mflops = 258.926747554946 Gflops = 0.258926747554946 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002862053 Relative Rsd = 1.2550026923859e-06
BICGSTAB_SOLVER_TIME: 1.726359 sec
2Flav::invert,  n_count = 471
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335216000000002
MInvCG2: 361 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.532691(s) Flops=2327095296 => 1518.30688377501 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218641.770588959 Mflops = 218.641770588959 Gflops = 0.218641770588959 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258979000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.977545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018466(s) Flops=1512179712 => 1484.76209515094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213792.303128365 Mflops = 213.792303128365 Gflops = 0.213792303128365 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 7.71922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958132(s) Flops=1649977344 => 1722.07727536498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248017.985359827 Mflops = 248.017985359827 Gflops = 0.248017985359827 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.002169868 Relative Rsd = 9.54716129264019e-07
BICGSTAB_SOLVER_TIME: 1.980044 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.342779999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.270657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713025(s) Flops=1282516992 => 1798.69849163774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258981.2715741 Mflops = 258.981271574101 Gflops = 0.258981271574101 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 9.37137e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81687(s) Flops=1472808960 => 1802.99063498476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.758930468 Mflops = 259.664758930468 Gflops = 0.259664758930468 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.00284798 Relative Rsd = 1.25159821549359e-06
BICGSTAB_SOLVER_TIME: 1.533297 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.115633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298653999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998257(s) Flops=1611841536 => 1614.65588120093 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232516.022604951 Mflops = 232.516022604951 Gflops = 0.232516022604951 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178934000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 158 resid = 1.724676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691067(s) Flops=1039730688 => 1504.52950003401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216721.427001837 Mflops = 216.721427001837 Gflops = 0.216721427001837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.8e-05 s
InvBiCGStab: k = 192 resid = 9.654962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852664(s) Flops=1262831616 => 1481.04249270522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213304.690773935 Mflops = 213.304690773935 Gflops = 0.213304690773935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 350 iterations. Rsd = 0.002871213 Relative Rsd = 1.2590190314646e-06
BICGSTAB_SOLVER_TIME: 1.548095 sec
2Flav::invert,  n_count = 350
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251272999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 9.2e-05 s
InvBiCGStab: k = 116 resid = 2.209405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426679(s) Flops=764135424 => 1790.89063206767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257694.941844823 Mflops = 257.694941844823 Gflops = 0.257694941844823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.8e-05 s
InvBiCGStab: k = 160 resid = 1.068686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.58592(s) Flops=1052854272 => 1796.92495903878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258817.689408362 Mflops = 258.817689408362 Gflops = 0.258817689408362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 276 iterations. Rsd = 0.001660449 Relative Rsd = 7.28102426522692e-07
BICGSTAB_SOLVER_TIME: 1.016433 sec
2Flav::invert,  n_count = 276
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198250999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004997 s
InvBiCGStab: k = 103 resid = 2.275004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377262(s) Flops=678832128 => 1799.36523689107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259074.277137809 Mflops = 259.074277137809 Gflops = 0.259074277137809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007523 s
InvBiCGStab: k = 138 resid = 1.121514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.509001(s) Flops=908494848 => 1784.85867021872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256986.080837752 Mflops = 256.986080837752 Gflops = 0.256986080837752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 241 iterations. Rsd = 0.001478366 Relative Rsd = 6.48259424981946e-07
BICGSTAB_SOLVER_TIME: 0.902503 sec
2Flav::invert,  n_count = 241
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175890999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007356 s
InvBiCGStab: k = 103 resid = 1.489104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375424(s) Flops=678832128 => 1808.17456529151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260353.101257898 Mflops = 260.353101257898 Gflops = 0.260353101257898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011283 s
InvBiCGStab: k = 129 resid = 1.076015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470434(s) Flops=849438720 => 1805.64908148646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.944113774 Mflops = 259.981944113774 Gflops = 0.259981944113774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 232 iterations. Rsd = 0.001382895 Relative Rsd = 6.06395887101576e-07
BICGSTAB_SOLVER_TIME: 0.868193 sec
2Flav::invert,  n_count = 232
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170135999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010354 s
InvBiCGStab: k = 85 resid = 1.646046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310592(s) Flops=560719872 => 1805.32618998558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259935.767683971 Mflops = 259.935767683971 Gflops = 0.259935767683971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015399 s
InvBiCGStab: k = 113 resid = 9.785023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412649(s) Flops=744450048 => 1804.07573506782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259749.14660483 Mflops = 259.74914660483 Gflops = 0.25974914660483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001380484 Relative Rsd = 6.05338329757804e-07
BICGSTAB_SOLVER_TIME: 0.752676 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147178
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072309(s) Flops=1605279744 => 1497.03093418035 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215577.278226935 Mflops = 215.577278226935 Gflops = 0.215577278226935 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178175000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.521308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013384 s
InvBiCGStab: k = 31 resid = 1.347001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114667(s) Flops=206383104 => 1799.8474190482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.512800605 Mflops = 259.084512800605 Gflops = 0.259084512800605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019565 s
InvBiCGStab: k = 56 resid = 1.072377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206517(s) Flops=370427904 => 1793.69206409158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258222.140507184 Mflops = 258.222140507184 Gflops = 0.258222140507184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007883281 Relative Rsd = 3.45679721378565e-07
BICGSTAB_SOLVER_TIME: 0.357857 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016738 s
InvBiCGStab: k = 85 resid = 2.101912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312281(s) Flops=560719872 => 1795.56192019367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258509.057816021 Mflops = 258.509057816021 Gflops = 0.258509057816021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024319 s
InvBiCGStab: k = 127 resid = 7.723916e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465552(s) Flops=836315136 => 1796.3946798639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258650.130588557 Mflops = 258.650130588557 Gflops = 0.258650130588557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001360024 Relative Rsd = 5.96366780399628e-07
BICGSTAB_SOLVER_TIME: 0.822686 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159087999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020629 s
InvBiCGStab: k = 68 resid = 8.328383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248761(s) Flops=449169408 => 1805.62631602221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259962.205423994 Mflops = 259.962205423994 Gflops = 0.259962205423994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.030071 s
InvBiCGStab: k = 87 resid = 6.869051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318238(s) Flops=573843456 => 1803.18961280551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259609.389351037 Mflops = 259.609389351037 Gflops = 0.259609389351037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001146522 Relative Rsd = 5.02746793476506e-07
BICGSTAB_SOLVER_TIME: 0.621381 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119603
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023778 s
InvBiCGStab: k = 71 resid = 1.712333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259957(s) Flops=468854784 => 1803.58591613228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.344689447 Mflops = 259.666344689447 Gflops = 0.259666344689447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.03377 s
InvBiCGStab: k = 101 resid = 9.916264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368549(s) Flops=665708544 => 1806.29589009874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.890644016 Mflops = 260.057890644016 Gflops = 0.260057890644016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001221526 Relative Rsd = 5.35635668082691e-07
BICGSTAB_SOLVER_TIME: 0.689722 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132743
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027645 s
InvBiCGStab: k = 68 resid = 1.828774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249562(s) Flops=449169408 => 1799.83093579952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.559133169 Mflops = 259.130559133169 Gflops = 0.259130559133169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039076 s
InvBiCGStab: k = 106 resid = 9.30124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387862(s) Flops=698517504 => 1800.94338708097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.261441476 Mflops = 259.298261441476 Gflops = 0.259298261441476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001241512 Relative Rsd = 5.44399708119901e-07
BICGSTAB_SOLVER_TIME: 0.707782 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135342
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027496(s) Flops=1586184192 => 1543.73758340665 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222318.943340042 Mflops = 222.318943340042 Gflops = 0.222318943340042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176180000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.560078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031783 s
InvBiCGStab: k = 28 resid = 2.275107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104328(s) Flops=186697728 => 1789.52657004831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257581.152342025 Mflops = 257.581152342025 Gflops = 0.257581152342025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044843 s
InvBiCGStab: k = 58 resid = 1.134836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213804(s) Flops=383551488 => 1793.93972049167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258243.005475732 Mflops = 258.243005475732 Gflops = 0.258243005475732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007369511 Relative Rsd = 3.23151075051312e-07
BICGSTAB_SOLVER_TIME: 0.398407 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037336 s
InvBiCGStab: k = 58 resid = 1.636134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214139(s) Flops=383551488 => 1791.13327324775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257869.888199767 Mflops = 257.869888199767 Gflops = 0.257869888199767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050497 s
InvBiCGStab: k = 94 resid = 1.106892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345295(s) Flops=619776000 => 1794.91738947856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258425.226027315 Mflops = 258.425226027315 Gflops = 0.258425226027315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001129843 Relative Rsd = 4.95432970487094e-07
BICGSTAB_SOLVER_TIME: 0.650967 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 65 resid = 1.439484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239168(s) Flops=429484032 => 1795.74203906877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258537.781399537 Mflops = 258.537781399537 Gflops = 0.258537781399537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056595 s
InvBiCGStab: k = 85 resid = 7.434795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311644(s) Flops=560719872 => 1799.23204682266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.465574606 Mflops = 259.044465574606 Gflops = 0.259044465574606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001122083 Relative Rsd = 4.92030430196907e-07
BICGSTAB_SOLVER_TIME: 0.651917 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042337 s
InvBiCGStab: k = 80 resid = 2.093016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292968(s) Flops=527910912 => 1801.94052592775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259428.924329711 Mflops = 259.428924329711 Gflops = 0.259428924329711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05683 s
InvBiCGStab: k = 93 resid = 9.370048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340715(s) Flops=613214208 => 1799.78635516487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.679574042 Mflops = 259.130679574042 Gflops = 0.259130679574042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001138328 Relative Rsd = 4.99153895927308e-07
BICGSTAB_SOLVER_TIME: 0.736538 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 62 resid = 2.076364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22718(s) Flops=409798656 => 1803.85005722335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259702.188371896 Mflops = 259.702188371896 Gflops = 0.259702188371896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0572 s
InvBiCGStab: k = 81 resid = 9.729932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296879(s) Flops=534472704 => 1800.30485147147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259199.953602719 Mflops = 259.199953602719 Gflops = 0.259199953602719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001085011 Relative Rsd = 4.75774257192884e-07
BICGSTAB_SOLVER_TIME: 0.625803 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116265
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981326(s) Flops=1549320192 => 1578.80275464015 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227354.235294537 Mflops = 227.354235294537 Gflops = 0.227354235294537 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171888000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.531575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046277 s
InvBiCGStab: k = 22 resid = 2.092751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122289(s) Flops=147326976 => 1204.74430243113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  173405.583965232 Mflops = 173.405583965232 Gflops = 0.173405583965232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057537 s
InvBiCGStab: k = 53 resid = 4.533259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196734(s) Flops=350742528 => 1782.82619171063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256662.927727053 Mflops = 256.662927727053 Gflops = 0.256662927727053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007235164 Relative Rsd = 3.17259979867548e-07
BICGSTAB_SOLVER_TIME: 0.426642 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 62 resid = 2.205288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227963(s) Flops=409798656 => 1797.65425090914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258810.492327087 Mflops = 258.810492327087 Gflops = 0.258810492327087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057112 s
InvBiCGStab: k = 82 resid = 1.018095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300747(s) Flops=541034496 => 1798.9688874702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258998.808196688 Mflops = 258.998808196688 Gflops = 0.258998808196688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001123316 Relative Rsd = 4.92570873291878e-07
BICGSTAB_SOLVER_TIME: 0.631037 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 60 resid = 1.916409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221609(s) Flops=396675072 => 1789.97726626626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257703.52503351 Mflops = 257.70352503351 Gflops = 0.25770352503351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056174 s
InvBiCGStab: k = 73 resid = 1.117777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268031(s) Flops=481978368 => 1798.21874335431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258880.141572898 Mflops = 258.880141572898 Gflops = 0.258880141572898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001020662 Relative Rsd = 4.47557583843933e-07
BICGSTAB_SOLVER_TIME: 0.590794 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041299 s
InvBiCGStab: k = 68 resid = 2.254083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248812(s) Flops=449169408 => 1805.25620950758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259914.231698013 Mflops = 259.914231698013 Gflops = 0.259914231698013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056542 s
InvBiCGStab: k = 87 resid = 6.978706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317758(s) Flops=573843456 => 1805.91348132856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260012.815496854 Mflops = 260.012815496854 Gflops = 0.260012815496854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001131112 Relative Rsd = 4.95989442592344e-07
BICGSTAB_SOLVER_TIME: 0.668119 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044509 s
InvBiCGStab: k = 53 resid = 2.059538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194612(s) Flops=350742528 => 1802.26567734775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258765.492915244 Mflops = 258.765492915244 Gflops = 0.258765492915244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057049 s
InvBiCGStab: k = 89 resid = 1.029185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325505(s) Flops=586967040 => 1803.25045698223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.389117939 Mflops = 259.623389117939 Gflops = 0.259623389117939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001028044 Relative Rsd = 4.50794627155383e-07
BICGSTAB_SOLVER_TIME: 0.62538 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11683
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95765(s) Flops=1543348224 => 1611.59946118102 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232072.8435454 Mflops = 232.0728435454 Gflops = 0.2320728435454 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171292000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.518396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.123637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837682(s) Flops=1413752832 => 1687.69632390334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243040.362553655 Mflops = 243.040362553655 Gflops = 0.243040362553655 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.13948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81581(s) Flops=1459685376 => 1789.24673146934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257687.652637775 Mflops = 257.687652637775 Gflops = 0.257687652637775 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002067768 Relative Rsd = 9.09737161577465e-07
BICGSTAB_SOLVER_TIME: 1.656929 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311650999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.756714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75947(s) Flops=1367820288 => 1801.01951097476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.14540848 Mflops = 259.30914540848 Gflops = 0.25930914540848 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.128319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772584(s) Flops=1387505664 => 1795.92855145848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258652.942972 Mflops = 258.652942972 Gflops = 0.258652942972 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002108685 Relative Rsd = 9.26716677724833e-07
BICGSTAB_SOLVER_TIME: 1.535529 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298770999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958344(s) Flops=1543348224 => 1610.4323958829 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231907.740165402 Mflops = 231.907740165402 Gflops = 0.231907740165402 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171120000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059808 s
InvBiCGStab: k = 29 resid = 1.415659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127452(s) Flops=193259520 => 1516.33179549948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218267.057163316 Mflops = 218.267057163316 Gflops = 0.218267057163316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061477 s
InvBiCGStab: k = 48 resid = 1.136787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227543(s) Flops=317933568 => 1397.24609414484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201158.535587972 Mflops = 201.158535587972 Gflops = 0.201158535587972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007047721 Relative Rsd = 3.09040645416895e-07
BICGSTAB_SOLVER_TIME: 0.479966 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047156 s
InvBiCGStab: k = 80 resid = 1.273899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38012(s) Flops=527910912 => 1388.80067347154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199964.011797888 Mflops = 199.964011797888 Gflops = 0.199964011797888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057078 s
InvBiCGStab: k = 124 resid = 1.118856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454538(s) Flops=816629760 => 1796.61493648496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258679.278103662 Mflops = 258.679278103662 Gflops = 0.258679278103662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001321939 Relative Rsd = 5.79666848840341e-07
BICGSTAB_SOLVER_TIME: 0.942585 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159643999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041684 s
InvBiCGStab: k = 50 resid = 2.079013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184633(s) Flops=331057152 => 1793.05515265418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258125.768017594 Mflops = 258.125768017594 Gflops = 0.258125768017594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 79 resid = 9.40498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290581(s) Flops=521349120 => 1794.16107728998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258304.403042457 Mflops = 258.304403042457 Gflops = 0.258304403042457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00109777 Relative Rsd = 4.81369300640624e-07
BICGSTAB_SOLVER_TIME: 0.577067 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041234 s
InvBiCGStab: k = 67 resid = 2.217348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246763(s) Flops=442607616 => 1793.65470512192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258242.767532782 Mflops = 258.242767532782 Gflops = 0.258242767532782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056716 s
InvBiCGStab: k = 85 resid = 8.99708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310937(s) Flops=560719872 => 1803.32309117281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259636.362882916 Mflops = 259.636362882916 Gflops = 0.259636362882916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001204871 Relative Rsd = 5.28332514084197e-07
BICGSTAB_SOLVER_TIME: 0.659358 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040872 s
InvBiCGStab: k = 68 resid = 2.184441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249066(s) Flops=449169408 => 1803.41519115415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.903841554 Mflops = 259.633903841554 Gflops = 0.259633903841554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 82 resid = 1.044049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300658(s) Flops=541034496 => 1799.50141356624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259082.598467137 Mflops = 259.082598467137 Gflops = 0.259082598467137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001123317 Relative Rsd = 4.92571587961126e-07
BICGSTAB_SOLVER_TIME: 0.650994 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121412
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965419(s) Flops=1555881984 => 1611.61317935529 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232088.929527137 Mflops = 232.088929527137 Gflops = 0.232088929527137 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172755000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053706 s
InvBiCGStab: k = 28 resid = 1.745011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121104(s) Flops=186697728 => 1541.63139120095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221885.296361778 Mflops = 221.885296361778 Gflops = 0.221885296361778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069341 s
InvBiCGStab: k = 46 resid = 1.018641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211442(s) Flops=304809984 => 1441.57728360496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207528.450873943 Mflops = 207.528450873943 Gflops = 0.207528450873943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007605583 Relative Rsd = 3.33502752823168e-07
BICGSTAB_SOLVER_TIME: 0.459389 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041268 s
InvBiCGStab: k = 73 resid = 1.64266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335858(s) Flops=481978368 => 1435.0659147616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206621.982732969 Mflops = 206.621982732969 Gflops = 0.206621982732969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0621 s
InvBiCGStab: k = 104 resid = 1.08677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421831(s) Flops=685393920 => 1624.80690134201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233942.334683348 Mflops = 233.942334683348 Gflops = 0.233942334683348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001255261 Relative Rsd = 5.50428453705629e-07
BICGSTAB_SOLVER_TIME: 0.864841 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 62 resid = 2.255647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228264(s) Flops=409798656 => 1795.28377667963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258447.504995053 Mflops = 258.447504995053 Gflops = 0.258447504995053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05736 s
InvBiCGStab: k = 75 resid = 1.133262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276057(s) Flops=495101952 => 1793.47726013106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258205.800622107 Mflops = 258.205800622107 Gflops = 0.258205800622107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001105817 Relative Rsd = 4.84897571670673e-07
BICGSTAB_SOLVER_TIME: 0.606634 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041348 s
InvBiCGStab: k = 68 resid = 1.994167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249751(s) Flops=449169408 => 1798.4689070314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258935.755007659 Mflops = 258.935755007659 Gflops = 0.258935755007659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056258 s
InvBiCGStab: k = 88 resid = 9.896067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321578(s) Flops=580405248 => 1804.86615377918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259856.456539537 Mflops = 259.856456539537 Gflops = 0.259856456539537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001131414 Relative Rsd = 4.96122166881276e-07
BICGSTAB_SOLVER_TIME: 0.672674 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 72 resid = 1.781025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263419(s) Flops=475416576 => 1804.79227390583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259844.321334413 Mflops = 259.844321334413 Gflops = 0.259844321334413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 84 resid = 1.130165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307675(s) Flops=554158080 => 1801.11507272284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259312.190832677 Mflops = 259.312190832677 Gflops = 0.259312190832677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001181213 Relative Rsd = 5.17958528422239e-07
BICGSTAB_SOLVER_TIME: 0.672538 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125713000000001
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975837(s) Flops=1574535168 => 1613.52271742104 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232476.270663562 Mflops = 232.476270663562 Gflops = 0.232476270663562 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174642000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048152 s
InvBiCGStab: k = 32 resid = 2.054846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158242(s) Flops=212944896 => 1345.69138408261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193710.217254902 Mflops = 193.710217254902 Gflops = 0.193710217254902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060204 s
InvBiCGStab: k = 58 resid = 8.647193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266584(s) Flops=383551488 => 1438.76409687003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207141.366010745 Mflops = 207.141366010745 Gflops = 0.207141366010745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.000809658 Relative Rsd = 3.5503285306742e-07
BICGSTAB_SOLVER_TIME: 0.537422 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0786550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046263 s
InvBiCGStab: k = 57 resid = 1.72584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254628(s) Flops=376989696 => 1480.55082708893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213151.278916137 Mflops = 213.151278916137 Gflops = 0.213151278916137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064451 s
InvBiCGStab: k = 84 resid = 9.749814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354615(s) Flops=554158080 => 1562.70343894082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224990.460834422 Mflops = 224.990460834422 Gflops = 0.224990460834422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001069382 Relative Rsd = 4.68921242725084e-07
BICGSTAB_SOLVER_TIME: 0.727929 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040849 s
InvBiCGStab: k = 70 resid = 9.697586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258117(s) Flops=462292992 => 1791.02109508479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257865.69614158 Mflops = 257.86569614158 Gflops = 0.25786569614158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056598 s
InvBiCGStab: k = 72 resid = 1.150117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264785(s) Flops=475416576 => 1795.48152652152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.08945863 Mflops = 258.47708945863 Gflops = 0.25847708945863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001122006 Relative Rsd = 4.91996432359819e-07
BICGSTAB_SOLVER_TIME: 0.624055 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115842
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 54 resid = 1.855872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19926(s) Flops=357304320 => 1793.15627822945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258172.161500328 Mflops = 258.172161500328 Gflops = 0.258172161500328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 84 resid = 1.128701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31084(s) Flops=554158080 => 1782.77596190966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256668.600973665 Mflops = 256.668600973665 Gflops = 0.256668600973665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001125269 Relative Rsd = 4.93427353337918e-07
BICGSTAB_SOLVER_TIME: 0.611295 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 69 resid = 2.013826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252889(s) Flops=455731200 => 1802.09973545706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259457.66088179 Mflops = 259.45766088179 Gflops = 0.25945766088179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 81 resid = 1.072797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296814(s) Flops=534472704 => 1800.69910448968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.653516983 Mflops = 259.258653516983 Gflops = 0.259258653516983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001155729 Relative Rsd = 5.06784011106806e-07
BICGSTAB_SOLVER_TIME: 0.651428 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121438000000001
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988816(s) Flops=1593188352 => 1611.20810342875 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232071.855890576 Mflops = 232.071855890576 Gflops = 0.232071855890576 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177012000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046929 s
InvBiCGStab: k = 24 resid = 2.263531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109319(s) Flops=160450560 => 1467.72802532039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211266.582324156 Mflops = 211.266582324156 Gflops = 0.211266582324156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067466 s
InvBiCGStab: k = 53 resid = 6.096884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223431(s) Flops=350742528 => 1569.80243565127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225990.996920146 Mflops = 225.990996920146 Gflops = 0.225990996920146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007552682 Relative Rsd = 3.31183064063356e-07
BICGSTAB_SOLVER_TIME: 0.451984 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050857 s
InvBiCGStab: k = 55 resid = 2.276478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231155(s) Flops=363866112 => 1574.12174514936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226638.228190386 Mflops = 226.638228190386 Gflops = 0.226638228190386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073242 s
InvBiCGStab: k = 85 resid = 9.573222e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370733(s) Flops=560719872 => 1512.46280207049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217763.977026742 Mflops = 217.763977026742 Gflops = 0.217763977026742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001183427 Relative Rsd = 5.18929406595778e-07
BICGSTAB_SOLVER_TIME: 0.730334 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041158 s
InvBiCGStab: k = 78 resid = 1.138192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323374(s) Flops=514787328 => 1591.92553513888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229304.679366781 Mflops = 229.304679366781 Gflops = 0.229304679366781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05716 s
InvBiCGStab: k = 88 resid = 4.524636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458019(s) Flops=580405248 => 1267.20779705645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182452.088126811 Mflops = 182.452088126811 Gflops = 0.182452088126811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001119191 Relative Rsd = 4.90762045424946e-07
BICGSTAB_SOLVER_TIME: 0.88356 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 53 resid = 2.215956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194895(s) Flops=350742528 => 1799.64867236204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259087.371772696 Mflops = 259.087371772696 Gflops = 0.259087371772696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057089 s
InvBiCGStab: k = 82 resid = 1.126601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30172(s) Flops=541034496 => 1793.1674930399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.501322718 Mflops = 258.158501322718 Gflops = 0.258158501322718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001184345 Relative Rsd = 5.19332224812687e-07
BICGSTAB_SOLVER_TIME: 0.598432 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041599 s
InvBiCGStab: k = 65 resid = 1.768449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239996(s) Flops=429484032 => 1789.5466257771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257652.114464428 Mflops = 257.652114464428 Gflops = 0.257652114464428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056721 s
InvBiCGStab: k = 82 resid = 1.075501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300403(s) Flops=541034496 => 1801.02893779356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.007582446 Mflops = 259.298007582446 Gflops = 0.259298007582446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001084719 Relative Rsd = 4.75646535588689e-07
BICGSTAB_SOLVER_TIME: 0.642341 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119361
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99888(s) Flops=1605648384 => 1607.44872657376 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231469.913207876 Mflops = 231.469913207876 Gflops = 0.231469913207876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178238000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.399308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.185724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818549(s) Flops=1289078784 => 1574.83398550362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226721.704622209 Mflops = 226.721704622209 Gflops = 0.226721704622209 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.053263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.108925(s) Flops=1656539136 => 1493.82432175305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215107.319840988 Mflops = 215.107319840988 Gflops = 0.215107319840988 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002106512 Relative Rsd = 9.26733540420832e-07
BICGSTAB_SOLVER_TIME: 1.932088 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.11884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319445999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.220432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768404(s) Flops=1348134912 => 1754.46108036918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252563.759021552 Mflops = 252.563759021552 Gflops = 0.252563759021552 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 9.270227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828776(s) Flops=1485932544 => 1792.92419664662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258177.690086617 Mflops = 258.177690086617 Gflops = 0.258177690086617 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002107512 Relative Rsd = 9.26214421181923e-07
BICGSTAB_SOLVER_TIME: 1.600483 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309218999999998
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995032(s) Flops=1605648384 => 1613.66507207808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232373.487578921 Mflops = 232.373487578921 Gflops = 0.232373487578921 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178364000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040707 s
InvBiCGStab: k = 24 resid = 2.27957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089194(s) Flops=160450560 => 1798.89409601543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258914.8811121 Mflops = 258.9148811121 Gflops = 0.2589148811121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 49 resid = 1.008022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179768(s) Flops=324495360 => 1805.0785456811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.073744438 Mflops = 259.853073744438 Gflops = 0.259853073744438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007292039 Relative Rsd = 3.19753920304387e-07
BICGSTAB_SOLVER_TIME: 0.369254 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 74 resid = 1.880198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296051(s) Flops=488540160 => 1650.18919037598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237591.475142098 Mflops = 237.591475142098 Gflops = 0.237591475142098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062685 s
InvBiCGStab: k = 100 resid = 1.057545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.466364(s) Flops=659146752 => 1413.37399970838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203499.093045504 Mflops = 203.499093045504 Gflops = 0.203499093045504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001294577 Relative Rsd = 5.67668675216477e-07
BICGSTAB_SOLVER_TIME: 0.870335 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04575 s
InvBiCGStab: k = 61 resid = 1.828558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28071(s) Flops=403236864 => 1436.48913113177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206816.844724913 Mflops = 206.816844724913 Gflops = 0.206816844724913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064176 s
InvBiCGStab: k = 78 resid = 9.613608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348315(s) Flops=514787328 => 1477.93614400758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212788.615136673 Mflops = 212.788615136673 Gflops = 0.212788615136673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001084495 Relative Rsd = 4.75547962280255e-07
BICGSTAB_SOLVER_TIME: 0.742638 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04805 s
InvBiCGStab: k = 72 resid = 1.72973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298209(s) Flops=475416576 => 1594.23952999406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229540.269809618 Mflops = 229.540269809618 Gflops = 0.229540269809618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056787 s
InvBiCGStab: k = 86 resid = 6.526524e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31519(s) Flops=567281664 => 1799.808572607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259131.812721222 Mflops = 259.131812721222 Gflops = 0.259131812721222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001193344 Relative Rsd = 5.23278117922642e-07
BICGSTAB_SOLVER_TIME: 0.721832 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 65 resid = 2.182153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239022(s) Flops=429484032 => 1796.83891859327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258691.103272159 Mflops = 258.691103272159 Gflops = 0.258691103272159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 90 resid = 5.063337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330363(s) Flops=593528832 => 1796.59596262293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.456255223 Mflops = 258.667456255223 Gflops = 0.258667456255223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00114579 Relative Rsd = 5.0242560069729e-07
BICGSTAB_SOLVER_TIME: 0.670465 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125045
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000803(s) Flops=1618108416 => 1616.81011747567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232821.36300041 Mflops = 232.82136300041 Gflops = 0.23282136300041 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179593000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041102 s
InvBiCGStab: k = 29 resid = 2.135942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107603(s) Flops=193259520 => 1796.04211778482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258518.765360886 Mflops = 258.518765360886 Gflops = 0.258518765360886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 47 resid = 1.078307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173049(s) Flops=311371776 => 1799.32721945807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.530365775 Mflops = 259.018530365775 Gflops = 0.259018530365775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000763136 Relative Rsd = 3.34633078810738e-07
BICGSTAB_SOLVER_TIME: 0.381736 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 76 resid = 1.339834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281449(s) Flops=501663744 => 1782.43214223536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256637.953074635 Mflops = 256.637953074635 Gflops = 0.256637953074635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06304 s
InvBiCGStab: k = 105 resid = 9.228207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471358(s) Flops=691955712 => 1468.00459947641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211367.463773562 Mflops = 211.367463773562 Gflops = 0.211367463773562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001293228 Relative Rsd = 5.6707687803125e-07
BICGSTAB_SOLVER_TIME: 0.861786 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049266 s
InvBiCGStab: k = 59 resid = 1.080387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270789(s) Flops=390113280 => 1440.65408860774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207420.076229589 Mflops = 207.420076229589 Gflops = 0.207420076229589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059775 s
InvBiCGStab: k = 83 resid = 1.079462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360808(s) Flops=547596288 => 1517.69441919248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218520.536464759 Mflops = 218.520536464759 Gflops = 0.218520536464759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001111999 Relative Rsd = 4.87608669463327e-07
BICGSTAB_SOLVER_TIME: 0.744598 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063048 s
InvBiCGStab: k = 66 resid = 1.986356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272267(s) Flops=436045824 => 1601.53754953777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230582.397021523 Mflops = 230.582397021523 Gflops = 0.230582397021523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079914 s
InvBiCGStab: k = 89 resid = 7.809375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326068(s) Flops=586967040 => 1800.13690395868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259180.258007819 Mflops = 259.180258007819 Gflops = 0.259180258007819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001146992 Relative Rsd = 5.02952975554582e-07
BICGSTAB_SOLVER_TIME: 0.744988 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04164 s
InvBiCGStab: k = 53 resid = 2.099899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197185(s) Flops=350742528 => 1778.74852549636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256104.206176975 Mflops = 256.104206176975 Gflops = 0.256104206176975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057133 s
InvBiCGStab: k = 91 resid = 4.788785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336744(s) Flops=600090624 => 1782.03805858456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256567.623256971 Mflops = 256.567623256971 Gflops = 0.256567623256971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001098576 Relative Rsd = 4.81722500392594e-07
BICGSTAB_SOLVER_TIME: 0.636381 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11713
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002571(s) Flops=1618034688 => 1613.88538866574 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232430.461616199 Mflops = 232.430461616199 Gflops = 0.232430461616199 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179851000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 26 resid = 1.893633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096234(s) Flops=173574144 => 1803.66756032172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.903819884 Mflops = 259.601903819884 Gflops = 0.259601903819884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 59 resid = 1.150523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216909(s) Flops=390113280 => 1798.51126509273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258912.072421176 Mflops = 258.912072421176 Gflops = 0.258912072421176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007444636 Relative Rsd = 3.26445291902609e-07
BICGSTAB_SOLVER_TIME: 0.414058 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 69 resid = 1.414744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252536(s) Flops=455731200 => 1804.61874742611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259816.851880087 Mflops = 259.816851880087 Gflops = 0.259816851880087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056496 s
InvBiCGStab: k = 81 resid = 1.047579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320434(s) Flops=534472704 => 1667.96502243832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240147.711112105 Mflops = 240.147711112105 Gflops = 0.240147711112105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001091533 Relative Rsd = 4.78634312475963e-07
BICGSTAB_SOLVER_TIME: 0.67471 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050256 s
InvBiCGStab: k = 52 resid = 2.262064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242695(s) Flops=344180736 => 1418.16162673314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204173.012565718 Mflops = 204.173012565718 Gflops = 0.204173012565718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06963 s
InvBiCGStab: k = 75 resid = 1.148984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328003(s) Flops=495101952 => 1509.44336484727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217324.871073949 Mflops = 217.324871073949 Gflops = 0.217324871073949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001071328 Relative Rsd = 4.69774353616097e-07
BICGSTAB_SOLVER_TIME: 0.694225 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050813 s
InvBiCGStab: k = 71 resid = 2.134179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303493(s) Flops=468854784 => 1544.86193750762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222382.283269351 Mflops = 222.382283269351 Gflops = 0.222382283269351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056904 s
InvBiCGStab: k = 93 resid = 1.052262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394236(s) Flops=613214208 => 1555.44954798649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223951.294153159 Mflops = 223.951294153159 Gflops = 0.223951294153159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001212342 Relative Rsd = 5.31608762108685e-07
BICGSTAB_SOLVER_TIME: 0.809031 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 56 resid = 2.114392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206066(s) Flops=370427904 => 1797.61777294653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258803.861777321 Mflops = 258.803861777321 Gflops = 0.258803861777321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057223 s
InvBiCGStab: k = 86 resid = 1.090844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316096(s) Flops=567281664 => 1794.64992913545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258380.193676356 Mflops = 258.380193676356 Gflops = 0.258380193676356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001107852 Relative Rsd = 4.85790142513742e-07
BICGSTAB_SOLVER_TIME: 0.624194 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1157
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003276(s) Flops=1618034688 => 1612.75131469307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232235.290821551 Mflops = 232.235290821551 Gflops = 0.232235290821551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179747000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 33 resid = 1.762457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121539(s) Flops=219506688 => 1806.0596845457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.494866007 Mflops = 259.963494866007 Gflops = 0.259963494866007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 49 resid = 9.014795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180227(s) Flops=324495360 => 1800.48139291005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259176.167057089 Mflops = 259.176167057089 Gflops = 0.259176167057089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007706473 Relative Rsd = 3.37926759660099e-07
BICGSTAB_SOLVER_TIME: 0.40284 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 57 resid = 1.998839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209159(s) Flops=376989696 => 1802.40724042475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.54449094 Mflops = 259.50554449094 Gflops = 0.25950554449094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 87 resid = 1.127426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318576(s) Flops=573843456 => 1801.2764803375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259339.55448365 Mflops = 259.33955448365 Gflops = 0.25933955448365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001134984 Relative Rsd = 4.97687343582411e-07
BICGSTAB_SOLVER_TIME: 0.628763 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 60 resid = 2.114591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270256(s) Flops=396675072 => 1467.77526493399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211318.799255631 Mflops = 211.318799255631 Gflops = 0.211318799255631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059967 s
InvBiCGStab: k = 85 resid = 9.097162e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381324(s) Flops=560719872 => 1470.45523491834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211712.634934879 Mflops = 211.712634934879 Gflops = 0.211712634934879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001099749 Relative Rsd = 4.8223685806001e-07
BICGSTAB_SOLVER_TIME: 0.756668 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047231 s
InvBiCGStab: k = 69 resid = 2.221923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30978(s) Flops=455731200 => 1471.14468332365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211836.609793921 Mflops = 211.836609793921 Gflops = 0.211836609793921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066456 s
InvBiCGStab: k = 83 resid = 1.13406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365931(s) Flops=547596288 => 1496.44683833838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215453.900998478 Mflops = 215.453900998478 Gflops = 0.215453900998478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001136057 Relative Rsd = 4.98158106425693e-07
BICGSTAB_SOLVER_TIME: 0.793058 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067918 s
InvBiCGStab: k = 59 resid = 2.114673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218931(s) Flops=390113280 => 1781.90059881881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256540.71995778 Mflops = 256.54071995778 Gflops = 0.25654071995778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056762 s
InvBiCGStab: k = 88 resid = 8.319602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323575(s) Flops=580405248 => 1793.72710499884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258251.166125079 Mflops = 258.251166125079 Gflops = 0.258251166125079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001129412 Relative Rsd = 4.95244144662186e-07
BICGSTAB_SOLVER_TIME: 0.670842 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119208000000001
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002237(s) Flops=1611694080 => 1608.09676753103 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231568.675511931 Mflops = 231.568675511931 Gflops = 0.231568675511931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179464000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.398348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.170356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785663(s) Flops=1420314624 => 1807.79115727736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260282.973178856 Mflops = 260.282973178856 Gflops = 0.260282973178856 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.100924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831043(s) Flops=1479370752 => 1780.13743211843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256336.939193638 Mflops = 256.336939193638 Gflops = 0.256336939193638 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.002071618 Relative Rsd = 9.11335506104951e-07
BICGSTAB_SOLVER_TIME: 1.620354 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.122832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314520999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.037232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801502(s) Flops=1177528320 => 1469.15206699422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211507.751181025 Mflops = 211.507751181025 Gflops = 0.211507751181025 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.015501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932161(s) Flops=1407191040 => 1509.6008522133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217379.381007753 Mflops = 217.379381007753 Gflops = 0.217379381007753 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001990975 Relative Rsd = 8.75001060852977e-07
BICGSTAB_SOLVER_TIME: 1.737077 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280260999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003326(s) Flops=1611694080 => 1606.35135539197 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231394.160966413 Mflops = 231.394160966413 Gflops = 0.231394160966413 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178966000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041145 s
InvBiCGStab: k = 25 resid = 1.688254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092888(s) Flops=167012352 => 1797.99707174231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.720374073 Mflops = 258.791720374073 Gflops = 0.258791720374073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056405 s
InvBiCGStab: k = 65 resid = 1.067519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238051(s) Flops=429484032 => 1804.16814884205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.710635695 Mflops = 259.732710635695 Gflops = 0.259732710635695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007435507 Relative Rsd = 3.26044975028068e-07
BICGSTAB_SOLVER_TIME: 0.432173 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785780000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040676 s
InvBiCGStab: k = 92 resid = 1.869454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335639(s) Flops=606652416 => 1807.45508120332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260239.399980231 Mflops = 260.239399980231 Gflops = 0.260239399980231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 113 resid = 1.040739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413705(s) Flops=744450048 => 1799.47075331456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259082.725702753 Mflops = 259.082725702753 Gflops = 0.259082725702753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001314987 Relative Rsd = 5.76618274019176e-07
BICGSTAB_SOLVER_TIME: 0.849812 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160546999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047822 s
InvBiCGStab: k = 67 resid = 2.202532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301488(s) Flops=442607616 => 1468.07705779334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211373.961720784 Mflops = 211.373961720784 Gflops = 0.211373961720784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066148 s
InvBiCGStab: k = 78 resid = 8.979063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404863(s) Flops=514787328 => 1271.50993792962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183080.661930151 Mflops = 183.080661930151 Gflops = 0.183080661930151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001107173 Relative Rsd = 4.854923296285e-07
BICGSTAB_SOLVER_TIME: 0.825675 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043518 s
InvBiCGStab: k = 56 resid = 1.992072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238731(s) Flops=370427904 => 1551.65397036832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223400.811983796 Mflops = 223.400811983796 Gflops = 0.223400811983796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064547 s
InvBiCGStab: k = 105 resid = 9.237701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451919(s) Flops=691955712 => 1531.14985650083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220460.195229862 Mflops = 220.460195229862 Gflops = 0.220460195229862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001169493 Relative Rsd = 5.12819546050391e-07
BICGSTAB_SOLVER_TIME: 0.802677 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129053
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049081 s
InvBiCGStab: k = 65 resid = 2.252018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282699(s) Flops=429484032 => 1519.22727706854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218733.866941366 Mflops = 218.733866941366 Gflops = 0.218733866941366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092663 s
InvBiCGStab: k = 83 resid = 1.068458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32332(s) Flops=547596288 => 1693.66660893233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243840.483899525 Mflops = 243.840483899525 Gflops = 0.243840483899525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001123155 Relative Rsd = 4.9250047837094e-07
BICGSTAB_SOLVER_TIME: 0.751432 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12078
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990915(s) Flops=1592967168 => 1607.57195924978 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231491.551397993 Mflops = 231.491551397993 Gflops = 0.231491551397993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176866000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042004 s
InvBiCGStab: k = 31 resid = 1.991708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114869(s) Flops=206383104 => 1796.68234249449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258609.722321753 Mflops = 258.609722321753 Gflops = 0.258609722321753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056683 s
InvBiCGStab: k = 52 resid = 8.356638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191995(s) Flops=344180736 => 1792.65468371572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258061.1153648 Mflops = 258.0611153648 Gflops = 0.2580611153648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007318357 Relative Rsd = 3.20907957996653e-07
BICGSTAB_SOLVER_TIME: 0.409212 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04049 s
InvBiCGStab: k = 74 resid = 1.825729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270532(s) Flops=488540160 => 1805.84980704686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.70975265 Mflops = 260.00470975265 Gflops = 0.26000470975265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056841 s
InvBiCGStab: k = 116 resid = 9.479221e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423353(s) Flops=764135424 => 1804.96045616778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.616734994 Mflops = 259.878616734994 Gflops = 0.259878616734994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001274489 Relative Rsd = 5.58860172542475e-07
BICGSTAB_SOLVER_TIME: 0.794867 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149786999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 71 resid = 2.218139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260286(s) Flops=468854784 => 1801.30619395588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259345.904729732 Mflops = 259.345904729732 Gflops = 0.259345904729732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 91 resid = 9.372548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403581(s) Flops=600090624 => 1486.91495387543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214088.633004468 Mflops = 214.088633004468 Gflops = 0.214088633004468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001065003 Relative Rsd = 4.67001130646662e-07
BICGSTAB_SOLVER_TIME: 0.764642 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045374 s
InvBiCGStab: k = 60 resid = 1.961911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283737(s) Flops=396675072 => 1398.03787310079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201273.729556999 Mflops = 201.273729556999 Gflops = 0.201273729556999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058727 s
InvBiCGStab: k = 95 resid = 6.935185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408669(s) Flops=626337792 => 1532.62858694934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220676.355197909 Mflops = 220.676355197909 Gflops = 0.220676355197909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001154686 Relative Rsd = 5.06326520692418e-07
BICGSTAB_SOLVER_TIME: 0.800592 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124702
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 62 resid = 1.862099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291776(s) Flops=409798656 => 1404.497477517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202221.127126595 Mflops = 202.221127126595 Gflops = 0.202221127126595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073265 s
InvBiCGStab: k = 90 resid = 1.110408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340473(s) Flops=593528832 => 1743.24786987514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250985.62874852 Mflops = 250.98562874852 Gflops = 0.25098562874852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001165195 Relative Rsd = 5.1093465695634e-07
BICGSTAB_SOLVER_TIME: 0.750344 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122903000000001
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979217(s) Flops=1574240256 => 1607.65208937345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231507.041800564 Mflops = 231.507041800564 Gflops = 0.231507041800564 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040691 s
InvBiCGStab: k = 29 resid = 1.882424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107143(s) Flops=193259520 => 1803.75311499585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.118467159 Mflops = 259.631118467159 Gflops = 0.259631118467159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 73 resid = 1.135148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267118(s) Flops=481978368 => 1804.36499225062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259777.150591746 Mflops = 259.777150591746 Gflops = 0.259777150591746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.000786553 Relative Rsd = 3.44901369995683e-07
BICGSTAB_SOLVER_TIME: 0.474586 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0871320000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041635 s
InvBiCGStab: k = 50 resid = 2.243346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185178(s) Flops=331057152 => 1787.77798658588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257374.426317315 Mflops = 257.374426317315 Gflops = 0.257374426317315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057083 s
InvBiCGStab: k = 77 resid = 1.089557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284195(s) Flops=508225536 => 1788.29865409314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257464.418196477 Mflops = 257.464418196477 Gflops = 0.257464418196477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001167674 Relative Rsd = 5.12021873073909e-07
BICGSTAB_SOLVER_TIME: 0.571765 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104808
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 62 resid = 1.783174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227111(s) Flops=409798656 => 1804.39809608517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259773.045336952 Mflops = 259.773045336952 Gflops = 0.259773045336952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 78 resid = 1.122785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298268(s) Flops=514787328 => 1725.92208349538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248486.485342659 Mflops = 248.486485342659 Gflops = 0.248486485342659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001015005 Relative Rsd = 4.45077068979397e-07
BICGSTAB_SOLVER_TIME: 0.626629 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042251 s
InvBiCGStab: k = 70 resid = 1.601966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325604(s) Flops=462292992 => 1419.801329222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204413.937242781 Mflops = 204.413937242781 Gflops = 0.204413937242781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066662 s
InvBiCGStab: k = 94 resid = 7.106503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42947(s) Flops=619776000 => 1443.11826204391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207778.184100896 Mflops = 207.778184100896 Gflops = 0.207778184100896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001161628 Relative Rsd = 5.09370705402488e-07
BICGSTAB_SOLVER_TIME: 0.86854 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052228 s
InvBiCGStab: k = 72 resid = 7.641872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307244(s) Flops=475416576 => 1547.35837314968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222790.530300718 Mflops = 222.790530300718 Gflops = 0.222790530300718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07204 s
InvBiCGStab: k = 75 resid = 1.065842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332077(s) Flops=495101952 => 1490.92515290128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214654.002795264 Mflops = 214.654002795264 Gflops = 0.214654002795264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001080215 Relative Rsd = 4.7367118978695e-07
BICGSTAB_SOLVER_TIME: 0.767311 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119584
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961773(s) Flops=1543200768 => 1604.53741995253 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231049.893552892 Mflops = 231.049893552892 Gflops = 0.231049893552892 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171237000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.374694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 31 resid = 1.652953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115105(s) Flops=206383104 => 1792.99860127709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258073.794512924 Mflops = 258.073794512924 Gflops = 0.258073794512924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05675 s
InvBiCGStab: k = 54 resid = 9.827804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19775(s) Flops=357304320 => 1806.84864728192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.794668063 Mflops = 260.092794668063 Gflops = 0.260092794668063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007836673 Relative Rsd = 3.43635997044125e-07
BICGSTAB_SOLVER_TIME: 0.414388 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 64 resid = 2.095444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234482(s) Flops=422922240 => 1803.64480002729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.77855078 Mflops = 259.67377855078 Gflops = 0.25967377855078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056122 s
InvBiCGStab: k = 93 resid = 9.19901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340137(s) Flops=613214208 => 1802.84475961157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259571.366695706 Mflops = 259.571366695706 Gflops = 0.259571366695706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001141899 Relative Rsd = 5.00719532058674e-07
BICGSTAB_SOLVER_TIME: 0.675715 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 52 resid = 1.240723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190731(s) Flops=344180736 => 1804.53484750775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259790.022264478 Mflops = 259.790022264478 Gflops = 0.259790022264478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056436 s
InvBiCGStab: k = 80 resid = 1.045169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29269(s) Flops=527910912 => 1803.65202774266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259675.19221312 Mflops = 259.67519221312 Gflops = 0.25967519221312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001061263 Relative Rsd = 4.65360811578871e-07
BICGSTAB_SOLVER_TIME: 0.584282 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053748 s
InvBiCGStab: k = 69 resid = 2.272339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306234(s) Flops=455731200 => 1488.1796273438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214258.438125853 Mflops = 214.258438125853 Gflops = 0.214258438125853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060522 s
InvBiCGStab: k = 88 resid = 9.352532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401771(s) Flops=580405248 => 1444.61707788765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207993.564110373 Mflops = 207.993564110373 Gflops = 0.207993564110373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001183876 Relative Rsd = 5.19126553212646e-07
BICGSTAB_SOLVER_TIME: 0.826213 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12624
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041734 s
InvBiCGStab: k = 48 resid = 1.480259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235809(s) Flops=317933568 => 1348.2673180413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194110.644537649 Mflops = 194.110644537649 Gflops = 0.194110644537649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072257 s
InvBiCGStab: k = 78 resid = 9.703984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363396(s) Flops=514787328 => 1416.60152560843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203931.692461081 Mflops = 203.931692461081 Gflops = 0.203931692461081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001052834 Relative Rsd = 4.6166505270575e-07
BICGSTAB_SOLVER_TIME: 0.716898 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104166
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952543(s) Flops=1518428160 => 1594.0783355712 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229550.281221771 Mflops = 229.550281221771 Gflops = 0.229550281221771 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168452000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.053766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746763(s) Flops=1348134912 => 1805.30491200019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259881.35943933 Mflops = 259.88135943933 Gflops = 0.25988135943933 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.138625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907044(s) Flops=1636853760 => 1804.60237871592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259858.687917033 Mflops = 259.858687917033 Gflops = 0.259858687917033 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002209526 Relative Rsd = 9.71969570449232e-07
BICGSTAB_SOLVER_TIME: 1.657188 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323661999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 2.046202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659954(s) Flops=1105348608 => 1674.88735275489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241137.858550667 Mflops = 241.137858550667 Gflops = 0.241137858550667 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 9.510005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921191(s) Flops=1394067456 => 1513.33160658322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217915.202536619 Mflops = 217.915202536619 Gflops = 0.217915202536619 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001957014 Relative Rsd = 8.60077959702523e-07
BICGSTAB_SOLVER_TIME: 1.584572 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.125648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270979999999997
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068615(s) Flops=1518428160 => 1420.93098075546 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204626.090374594 Mflops = 204.626090374594 Gflops = 0.204626090374594 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168553000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04169 s
InvBiCGStab: k = 26 resid = 1.972354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09733(s) Flops=173574144 => 1783.35707387239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256693.493765083 Mflops = 256.693493765083 Gflops = 0.256693493765083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057074 s
InvBiCGStab: k = 55 resid = 9.561713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204179(s) Flops=363866112 => 1782.09371189006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256561.782376521 Mflops = 256.561782376521 Gflops = 0.25656178237652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007948097 Relative Rsd = 3.48521909930441e-07
BICGSTAB_SOLVER_TIME: 0.40391 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041703 s
InvBiCGStab: k = 71 resid = 1.877605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259443(s) Flops=468854784 => 1807.15912165678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260194.481999089 Mflops = 260.194481999089 Gflops = 0.260194481999089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 104 resid = 9.840998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379223(s) Flops=685393920 => 1807.36379386271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260223.050408035 Mflops = 260.223050408035 Gflops = 0.260223050408035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001241461 Relative Rsd = 5.44377451277604e-07
BICGSTAB_SOLVER_TIME: 0.740516 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 53 resid = 1.997005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194258(s) Flops=350742528 => 1805.54997992361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259934.086407885 Mflops = 259.934086407885 Gflops = 0.259934086407885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 80 resid = 8.379627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292353(s) Flops=527910912 => 1805.73112641225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.686656139 Mflops = 259.968686656139 Gflops = 0.259968686656139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001052331 Relative Rsd = 4.61444475147106e-07
BICGSTAB_SOLVER_TIME: 0.588114 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04258 s
InvBiCGStab: k = 70 resid = 1.560499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256944(s) Flops=462292992 => 1799.19745936858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259028.323076337 Mflops = 259.028323076337 Gflops = 0.259028323076337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 92 resid = 1.132936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336816(s) Flops=606652416 => 1801.13894826849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.540026184 Mflops = 259.321540026184 Gflops = 0.259321540026184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001210549 Relative Rsd = 5.30822574887975e-07
BICGSTAB_SOLVER_TIME: 0.696691 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041594 s
InvBiCGStab: k = 54 resid = 1.925129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230479(s) Flops=357304320 => 1550.26844094256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223180.018636901 Mflops = 223.180018636901 Gflops = 0.223180018636901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06423 s
InvBiCGStab: k = 77 resid = 1.099219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345612(s) Flops=508225536 => 1470.50894066178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211717.302318489 Mflops = 211.717302318489 Gflops = 0.211717302318489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00106335 Relative Rsd = 4.66275996598862e-07
BICGSTAB_SOLVER_TIME: 0.685956 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107893
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.125738(s) Flops=1499922432 => 1332.39033593962 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191969.243519599 Mflops = 191.969243519599 Gflops = 0.191969243519599 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166073000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.497642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 25 resid = 2.010707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093089(s) Flops=167012352 => 1794.11479336979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.468079936 Mflops = 258.225468079936 Gflops = 0.258225468079936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 56 resid = 9.036038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20634(s) Flops=370427904 => 1795.23070660076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.90855004 Mflops = 258.42790855004 Gflops = 0.25842790855004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007523496 Relative Rsd = 3.29903270107327e-07
BICGSTAB_SOLVER_TIME: 0.400218 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04827 s
InvBiCGStab: k = 72 resid = 1.712114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281681(s) Flops=475416576 => 1687.78361337825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242990.261959898 Mflops = 242.990261959898 Gflops = 0.242990261959898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 89 resid = 1.13284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325362(s) Flops=586967040 => 1804.0430044074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259735.64757968 Mflops = 259.73564757968 Gflops = 0.25973564757968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001199153 Relative Rsd = 5.25825352266268e-07
BICGSTAB_SOLVER_TIME: 0.715443 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041585 s
InvBiCGStab: k = 66 resid = 2.041204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241462(s) Flops=436045824 => 1805.85692158601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259991.182543617 Mflops = 259.991182543617 Gflops = 0.259991182543617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056435 s
InvBiCGStab: k = 80 resid = 1.032973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292725(s) Flops=527910912 => 1803.43637202152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259653.166191935 Mflops = 259.653166191935 Gflops = 0.259653166191935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001071883 Relative Rsd = 4.70018004781895e-07
BICGSTAB_SOLVER_TIME: 0.635863 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 69 resid = 2.169702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252722(s) Flops=455731200 => 1803.29057224935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.093851119 Mflops = 259.631093851119 Gflops = 0.259631093851119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060992 s
InvBiCGStab: k = 84 resid = 8.821822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335205(s) Flops=554158080 => 1653.19156933817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238021.232096754 Mflops = 238.021232096754 Gflops = 0.238021232096754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00112424 Relative Rsd = 4.92976397042369e-07
BICGSTAB_SOLVER_TIME: 0.693373 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041536 s
InvBiCGStab: k = 59 resid = 1.6167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218846(s) Flops=390113280 => 1782.59269075057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256630.089701991 Mflops = 256.630089701991 Gflops = 0.256630089701991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 83 resid = 1.083363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308765(s) Flops=547596288 => 1773.50505400547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255333.858863048 Mflops = 255.333858863048 Gflops = 0.255333858863048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001161134 Relative Rsd = 5.09154007476905e-07
BICGSTAB_SOLVER_TIME: 0.629186 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117308
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929217(s) Flops=1487314944 => 1600.61099183506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230522.992432638 Mflops = 230.522992432638 Gflops = 0.230522992432638 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164946000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040673 s
InvBiCGStab: k = 34 resid = 9.019664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126483(s) Flops=226068480 => 1787.34280496193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257273.387424106 Mflops = 257.273387424106 Gflops = 0.257273387424106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 54 resid = 8.952111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198031(s) Flops=357304320 => 1804.28478369548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.458118203 Mflops = 259.732458118203 Gflops = 0.259732458118203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007871746 Relative Rsd = 3.45173939742126e-07
BICGSTAB_SOLVER_TIME: 0.425075 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041267 s
InvBiCGStab: k = 50 resid = 2.069133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183182(s) Flops=331057152 => 1807.25809304408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.466062042 Mflops = 260.174466062042 Gflops = 0.260174466062042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05604 s
InvBiCGStab: k = 82 resid = 1.092796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300389(s) Flops=541034496 => 1801.11287696953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259312.799298414 Mflops = 259.312799298414 Gflops = 0.259312799298414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001118753 Relative Rsd = 4.90570156731832e-07
BICGSTAB_SOLVER_TIME: 0.584619 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10835
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041471 s
InvBiCGStab: k = 64 resid = 2.216665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236313(s) Flops=422922240 => 1789.66980233842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257654.120337288 Mflops = 257.654120337288 Gflops = 0.257654120337288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057162 s
InvBiCGStab: k = 80 resid = 1.089649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29464(s) Flops=527910912 => 1791.71501493348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257958.663598558 Mflops = 257.958663598558 Gflops = 0.257958663598558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001076483 Relative Rsd = 4.72034699304416e-07
BICGSTAB_SOLVER_TIME: 0.633206 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 56 resid = 2.111355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205672(s) Flops=370427904 => 1801.0614181804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.365236077 Mflops = 259.313365236077 Gflops = 0.259313365236077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 86 resid = 7.764842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314966(s) Flops=567281664 => 1801.0885746398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259306.220148698 Mflops = 259.306220148698 Gflops = 0.259306220148698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001073206 Relative Rsd = 4.70597907828922e-07
BICGSTAB_SOLVER_TIME: 0.62196 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0427 s
InvBiCGStab: k = 64 resid = 2.240501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298864(s) Flops=422922240 => 1415.09930938487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203740.815998048 Mflops = 203.740815998048 Gflops = 0.203740815998048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071145 s
InvBiCGStab: k = 81 resid = 7.765377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371864(s) Flops=534472704 => 1437.2800378633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206938.765864913 Mflops = 206.938765864913 Gflops = 0.206938765864913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001072452 Relative Rsd = 4.70267475397284e-07
BICGSTAB_SOLVER_TIME: 0.788402 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117823
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.082345(s) Flops=1481048064 => 1368.36966401656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197047.984661329 Mflops = 197.047984661329 Gflops = 0.197047984661329 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163910000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 24 resid = 2.082406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088784(s) Flops=160450560 => 1807.20129753109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260105.926520384 Mflops = 260.105926520384 Gflops = 0.260105926520384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 51 resid = 8.933014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187133(s) Flops=337618944 => 1804.16572170595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259723.770116968 Mflops = 259.723770116968 Gflops = 0.259723770116968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000764529 Relative Rsd = 3.35243916826647e-07
BICGSTAB_SOLVER_TIME: 0.377052 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041739 s
InvBiCGStab: k = 60 resid = 1.882742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220124(s) Flops=396675072 => 1802.05280659992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259427.477571013 Mflops = 259.427477571013 Gflops = 0.259427477571013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 90 resid = 8.145376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329513(s) Flops=593528832 => 1801.23039758674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.71641865 Mflops = 259.32971641865 Gflops = 0.25932971641865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001206532 Relative Rsd = 5.29060864143614e-07
BICGSTAB_SOLVER_TIME: 0.651575 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 72 resid = 1.750776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264122(s) Flops=475416576 => 1799.98855074549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259159.314237759 Mflops = 259.159314237759 Gflops = 0.259159314237759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 92 resid = 1.018441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336752(s) Flops=606652416 => 1801.48125623604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259365.987364217 Mflops = 259.365987364217 Gflops = 0.259365987364217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001045009 Relative Rsd = 4.58233517263212e-07
BICGSTAB_SOLVER_TIME: 0.702111 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 61 resid = 1.632673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222923(s) Flops=403236864 => 1808.8616428094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260432.834828786 Mflops = 260.432834828786 Gflops = 0.260432834828786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056583 s
InvBiCGStab: k = 81 resid = 1.108059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295655(s) Flops=534472704 => 1807.75804231283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260264.315904654 Mflops = 260.264315904654 Gflops = 0.260264315904654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001104312 Relative Rsd = 4.84237983002484e-07
BICGSTAB_SOLVER_TIME: 0.61995 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041959 s
InvBiCGStab: k = 65 resid = 1.724146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246484(s) Flops=429484032 => 1742.44182989565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250842.100072216 Mflops = 250.842100072216 Gflops = 0.250842100072216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056377 s
InvBiCGStab: k = 83 resid = 7.357434e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303636(s) Flops=547596288 => 1803.46298857843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.835269153 Mflops = 259.648835269153 Gflops = 0.259648835269153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001081556 Relative Rsd = 4.74259209434723e-07
BICGSTAB_SOLVER_TIME: 0.652117 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119901
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919081(s) Flops=1474781184 => 1604.6259078362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231064.425090845 Mflops = 231.064425090845 Gflops = 0.231064425090845 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163495000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.518857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.771501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783449(s) Flops=1400629248 => 1787.77335601935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257285.606524645 Mflops = 257.285606524645 Gflops = 0.257285606524645 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.019332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833977(s) Flops=1499056128 => 1797.4789808352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258831.770432428 Mflops = 258.831770432428 Gflops = 0.258831770432428 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.002276833 Relative Rsd = 1.00155529447234e-06
BICGSTAB_SOLVER_TIME: 1.620757 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314238999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.325152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759435(s) Flops=1282516992 => 1688.77783088744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243103.784949378 Mflops = 243.103784949378 Gflops = 0.243103784949378 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 8.648801e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683862(s) Flops=1230022656 => 1798.64162067786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259002.05523564 Mflops = 259.00205523564 Gflops = 0.25900205523564 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001989451 Relative Rsd = 8.74328882674443e-07
BICGSTAB_SOLVER_TIME: 1.446603 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.114804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272346999999997
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919407(s) Flops=1474781184 => 1604.05694540068 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230983.499048802 Mflops = 230.983499048802 Gflops = 0.230983499048802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163190000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041074 s
InvBiCGStab: k = 25 resid = 1.919405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092631(s) Flops=167012352 => 1802.98552320497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259504.880299932 Mflops = 259.504880299932 Gflops = 0.259504880299932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 54 resid = 1.018758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199171(s) Flops=357304320 => 1793.95755406159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.743088102 Mflops = 258.257743088102 Gflops = 0.258257743088102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007704836 Relative Rsd = 3.37854960924567e-07
BICGSTAB_SOLVER_TIME: 0.392935 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 87 resid = 2.135572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353414(s) Flops=573843456 => 1623.7145557335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233782.234718963 Mflops = 233.782234718963 Gflops = 0.233782234718963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067091 s
InvBiCGStab: k = 117 resid = 1.110707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.51202(s) Flops=770697216 => 1505.20920276552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216723.418010053 Mflops = 216.723418010053 Gflops = 0.216723418010053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001290592 Relative Rsd = 5.65920951570257e-07
BICGSTAB_SOLVER_TIME: 0.978202 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159604999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043168 s
InvBiCGStab: k = 58 resid = 1.606172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26354(s) Flops=383551488 => 1455.38243909843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209537.641598561 Mflops = 209.537641598561 Gflops = 0.209537641598561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065352 s
InvBiCGStab: k = 84 resid = 1.011896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371967(s) Flops=554158080 => 1489.80441813387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214500.356029002 Mflops = 214.500356029002 Gflops = 0.214500356029002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00109036 Relative Rsd = 4.78119801665137e-07
BICGSTAB_SOLVER_TIME: 0.747693 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115584
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063769 s
InvBiCGStab: k = 76 resid = 2.03642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27921(s) Flops=501663744 => 1796.72556140539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258443.668387325 Mflops = 258.443668387325 Gflops = 0.258443668387325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 90 resid = 6.516598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330694(s) Flops=593528832 => 1794.79770422203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258404.251404599 Mflops = 258.404251404599 Gflops = 0.258404251404599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001199395 Relative Rsd = 5.259313275062e-07
BICGSTAB_SOLVER_TIME: 0.733715 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040907 s
InvBiCGStab: k = 68 resid = 2.0132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250248(s) Flops=449169408 => 1794.89709408267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258423.444657529 Mflops = 258.423444657529 Gflops = 0.258423444657529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056772 s
InvBiCGStab: k = 85 resid = 1.137749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312034(s) Flops=560719872 => 1796.98325182512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258715.829278717 Mflops = 258.715829278717 Gflops = 0.258715829278717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00115175 Relative Rsd = 5.05039248233186e-07
BICGSTAB_SOLVER_TIME: 0.663621 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12354
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911449(s) Flops=1462173696 => 1604.22985378227 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231013.936521666 Mflops = 231.013936521666 Gflops = 0.231013936521666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161888000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04119 s
InvBiCGStab: k = 24 resid = 1.911394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088888(s) Flops=160450560 => 1805.08685086851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259793.678831092 Mflops = 259.793678831092 Gflops = 0.259793678831092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056537 s
InvBiCGStab: k = 46 resid = 1.08385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16904(s) Flops=304809984 => 1803.18258400379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259570.115436578 Mflops = 259.570115436578 Gflops = 0.259570115436578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007403627 Relative Rsd = 3.2464705645489e-07
BICGSTAB_SOLVER_TIME: 0.359276 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 72 resid = 1.971889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271047(s) Flops=475416576 => 1754.00050913679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252531.074219224 Mflops = 252.531074219224 Gflops = 0.252531074219224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066203 s
InvBiCGStab: k = 103 resid = 1.087784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375836(s) Flops=678832128 => 1806.19240306942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.293538391 Mflops = 260.054293538391 Gflops = 0.260054293538391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001285219 Relative Rsd = 5.63565248585121e-07
BICGSTAB_SOLVER_TIME: 0.757575 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139077
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 55 resid = 1.93315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201833(s) Flops=363866112 => 1802.80782627222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259541.522503197 Mflops = 259.541522503197 Gflops = 0.259541522503197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 71 resid = 9.769814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259636(s) Flops=468854784 => 1805.81577285122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.021529554 Mflops = 259.981021529554 Gflops = 0.259981021529554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001047464 Relative Rsd = 4.59310115437666e-07
BICGSTAB_SOLVER_TIME: 0.562625 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 70 resid = 2.143191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26247(s) Flops=462292992 => 1761.31745342325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253585.693175285 Mflops = 253.585693175285 Gflops = 0.253585693175285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065363 s
InvBiCGStab: k = 85 resid = 7.346098e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385085(s) Flops=560719872 => 1456.09377669865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209651.889848416 Mflops = 209.651889848416 Gflops = 0.209651889848416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001155119 Relative Rsd = 5.06516469569001e-07
BICGSTAB_SOLVER_TIME: 0.759948 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046049 s
InvBiCGStab: k = 53 resid = 1.670554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254328(s) Flops=350742528 => 1379.09521562706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198551.869390878 Mflops = 198.551869390878 Gflops = 0.198551869390878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059632 s
InvBiCGStab: k = 94 resid = 9.229691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421067(s) Flops=619776000 => 1471.91777080607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211922.036189676 Mflops = 211.922036189676 Gflops = 0.211922036189676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001141381 Relative Rsd = 5.00492369333386e-07
BICGSTAB_SOLVER_TIME: 0.784906 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119168
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99345(s) Flops=1455833088 => 1465.43166540843 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211021.92545523 Mflops = 211.02192545523 Gflops = 0.21102192545523 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161007000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041183 s
InvBiCGStab: k = 27 resid = 1.722917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103423(s) Flops=180135936 => 1741.73961304545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250719.714717866 Mflops = 250.719714717866 Gflops = 0.250719714717866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 49 resid = 5.340481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186802(s) Flops=324495360 => 1737.10859626771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250058.728124252 Mflops = 250.058728124252 Gflops = 0.250058728124252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007263554 Relative Rsd = 3.18504882649928e-07
BICGSTAB_SOLVER_TIME: 0.391262 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 54 resid = 1.877989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202758(s) Flops=357304320 => 1762.22057822626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253714.941952124 Mflops = 253.714941952124 Gflops = 0.253714941952124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 95 resid = 1.128477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356524(s) Flops=626337792 => 1756.78998328303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252936.831125192 Mflops = 252.936831125192 Gflops = 0.252936831125192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001106656 Relative Rsd = 4.85265779476853e-07
BICGSTAB_SOLVER_TIME: 0.661112 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04267 s
InvBiCGStab: k = 59 resid = 2.060763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217479(s) Flops=390113280 => 1793.79747010056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258253.168188851 Mflops = 258.253168188851 Gflops = 0.258253168188851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 64 resid = 1.113536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240749(s) Flops=422922240 => 1756.69365189471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252912.884498735 Mflops = 252.912884498735 Gflops = 0.252912884498735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001015253 Relative Rsd = 4.45185902896322e-07
BICGSTAB_SOLVER_TIME: 0.560895 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041093 s
InvBiCGStab: k = 69 resid = 1.499204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252425(s) Flops=455731200 => 1805.41230068337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.651226661 Mflops = 259.929651226661 Gflops = 0.259929651226661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056769 s
InvBiCGStab: k = 94 resid = 6.854564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353678(s) Flops=619776000 => 1752.3736279893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252312.444246078 Mflops = 252.312444246077 Gflops = 0.252312444246078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001122619 Relative Rsd = 4.92265454283924e-07
BICGSTAB_SOLVER_TIME: 0.707662 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041707 s
InvBiCGStab: k = 52 resid = 1.888616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191534(s) Flops=344180736 => 1796.96939446782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258706.919504541 Mflops = 258.706919504541 Gflops = 0.258706919504541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05576 s
InvBiCGStab: k = 78 resid = 1.127045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289699(s) Flops=514787328 => 1776.9730927618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255843.703556515 Mflops = 255.843703556515 Gflops = 0.255843703556515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001054633 Relative Rsd = 4.62453690221025e-07
BICGSTAB_SOLVER_TIME: 0.582316 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107132
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969895(s) Flops=1449492480 => 1494.4839183623 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215201.274484898 Mflops = 215.201274484898 Gflops = 0.215201274484898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162120000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.572826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041605 s
InvBiCGStab: k = 32 resid = 2.160554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118515(s) Flops=212944896 => 1796.77590178458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258657.509922848 Mflops = 258.657509922848 Gflops = 0.258657509922848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056404 s
InvBiCGStab: k = 50 resid = 6.825612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184165(s) Flops=331057152 => 1797.61166345397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258781.303847992 Mflops = 258.781303847992 Gflops = 0.258781303847992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007519138 Relative Rsd = 3.29712172655167e-07
BICGSTAB_SOLVER_TIME: 0.404333 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 53 resid = 2.202804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196736(s) Flops=350742528 => 1782.80806766428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256664.820788831 Mflops = 256.664820788831 Gflops = 0.256664820788831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059699 s
InvBiCGStab: k = 71 resid = 1.109871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261802(s) Flops=468854784 => 1790.87548605435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257820.314828937 Mflops = 257.820314828937 Gflops = 0.257820314828937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0010824 Relative Rsd = 4.7462945915304e-07
BICGSTAB_SOLVER_TIME: 0.562642 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1027
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 51 resid = 2.132718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189076(s) Flops=337618944 => 1785.62558970996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257066.297581626 Mflops = 257.066297581626 Gflops = 0.257066297581626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 73 resid = 7.44112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271015(s) Flops=481978368 => 1778.41952659447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256025.102946906 Mflops = 256.025102946906 Gflops = 0.256025102946906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001013528 Relative Rsd = 4.44429068162587e-07
BICGSTAB_SOLVER_TIME: 0.56176 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 68 resid = 1.893499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252315(s) Flops=449169408 => 1780.19304440877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256300.429997148 Mflops = 256.300429997148 Gflops = 0.256300429997148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056888 s
InvBiCGStab: k = 86 resid = 9.383379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316421(s) Flops=567281664 => 1792.80662155799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258118.018916226 Mflops = 258.118018916226 Gflops = 0.258118018916226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001116848 Relative Rsd = 4.89734759428611e-07
BICGSTAB_SOLVER_TIME: 0.670414 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041883 s
InvBiCGStab: k = 55 resid = 1.675401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203905(s) Flops=363866112 => 1784.48842353057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256912.356072402 Mflops = 256.912356072402 Gflops = 0.256912356072402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05705 s
InvBiCGStab: k = 84 resid = 9.150259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311078(s) Flops=554158080 => 1781.41199313355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256471.36325833 Mflops = 256.47136325833 Gflops = 0.25647136325833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001029309 Relative Rsd = 4.51349363635316e-07
BICGSTAB_SOLVER_TIME: 0.617605 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113438
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909522(s) Flops=1443078144 => 1586.6335767579 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228486.252917209 Mflops = 228.486252917209 Gflops = 0.228486252917209 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159824000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.1721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.89866(s) Flops=1321887744 => 1470.95424743507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211774.898810533 Mflops = 211.774898810533 Gflops = 0.211774898810533 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 9.562071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046861(s) Flops=1544988672 => 1475.82981121658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212516.48441899 Mflops = 212.51648441899 Gflops = 0.21251648441899 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002047104 Relative Rsd = 9.00504772304357e-07
BICGSTAB_SOLVER_TIME: 1.94948 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.134062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310526999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.075398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680013(s) Flops=1223460864 => 1799.17275699141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258989.093791659 Mflops = 258.989093791659 Gflops = 0.258989093791659 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 8.444974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.699105(s) Flops=1256269824 => 1796.9687300191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258756.642096559 Mflops = 258.756642096559 Gflops = 0.258756642096559 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.00191597 Relative Rsd = 8.42028276314584e-07
BICGSTAB_SOLVER_TIME: 1.382433 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268991999999997
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902873(s) Flops=1443078144 => 1598.31797384571 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230166.445604971 Mflops = 230.166445604971 Gflops = 0.230166445604971 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159948000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 41 resid = 5.766597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151385(s) Flops=272001024 => 1796.75016679328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258661.590661137 Mflops = 258.661590661137 Gflops = 0.258661590661137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 51 resid = 9.203645e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187641(s) Flops=337618944 => 1799.28130845604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259014.462806661 Mflops = 259.014462806661 Gflops = 0.259014462806661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007075039 Relative Rsd = 3.10238533172312e-07
BICGSTAB_SOLVER_TIME: 0.440103 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0800280000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 79 resid = 2.064219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30251(s) Flops=521349120 => 1723.41119301841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248137.62098325 Mflops = 248.13762098325 Gflops = 0.24813762098325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057717 s
InvBiCGStab: k = 99 resid = 7.00793e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36451(s) Flops=652584960 => 1790.30742640805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257760.893099851 Mflops = 257.760893099851 Gflops = 0.257760893099851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001283303 Relative Rsd = 5.62725052788377e-07
BICGSTAB_SOLVER_TIME: 0.770016 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 55 resid = 2.167811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201978(s) Flops=363866112 => 1801.51359058907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.337705565 Mflops = 259.363337705565 Gflops = 0.259363337705565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056683 s
InvBiCGStab: k = 69 resid = 8.931721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252707(s) Flops=455731200 => 1803.39761067165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.280530387 Mflops = 259.620280530387 Gflops = 0.259620280530387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00100193 Relative Rsd = 4.39343685984347e-07
BICGSTAB_SOLVER_TIME: 0.556204 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041225 s
InvBiCGStab: k = 78 resid = 1.901421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313944(s) Flops=514787328 => 1639.74252732971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236090.796232506 Mflops = 236.090796232506 Gflops = 0.236090796232506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066484 s
InvBiCGStab: k = 80 resid = 1.07522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372626(s) Flops=527910912 => 1416.7312855249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203986.419765577 Mflops = 203.986419765577 Gflops = 0.203986419765577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001084429 Relative Rsd = 4.75519324462527e-07
BICGSTAB_SOLVER_TIME: 0.798088 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126797
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056255 s
InvBiCGStab: k = 52 resid = 2.273853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226614(s) Flops=344180736 => 1518.79732055389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218627.805713784 Mflops = 218.627805713784 Gflops = 0.218627805713784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079096 s
InvBiCGStab: k = 76 resid = 1.066543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322082(s) Flops=501663744 => 1557.56529082656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224253.090034509 Mflops = 224.253090034509 Gflops = 0.224253090034509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001035436 Relative Rsd = 4.54035958482321e-07
BICGSTAB_SOLVER_TIME: 0.688316 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105614
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950104(s) Flops=1436663808 => 1512.11215614291 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217747.604353964 Mflops = 217.747604353964 Gflops = 0.217747604353964 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159087000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040706 s
InvBiCGStab: k = 31 resid = 1.815118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115704(s) Flops=206383104 => 1783.71624144368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256766.280112591 Mflops = 256.766280112591 Gflops = 0.256766280112591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 50 resid = 7.577926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183827(s) Flops=331057152 => 1800.91690556882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.148254791 Mflops = 259.251148254791 Gflops = 0.259251148254791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007491806 Relative Rsd = 3.28513646802207e-07
BICGSTAB_SOLVER_TIME: 0.400277 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 77 resid = 2.183978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28171(s) Flops=508225536 => 1804.07346562067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.552906084 Mflops = 259.737552906084 Gflops = 0.259737552906084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 114 resid = 1.110607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416345(s) Flops=751011840 => 1803.82096578559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259712.562056175 Mflops = 259.712562056175 Gflops = 0.259712562056175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001313897 Relative Rsd = 5.76140313435609e-07
BICGSTAB_SOLVER_TIME: 0.799229 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150611999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 50 resid = 2.025484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18337(s) Flops=331057152 => 1805.40520259584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259903.65205178 Mflops = 259.90365205178 Gflops = 0.25990365205178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 70 resid = 9.264662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256796(s) Flops=462292992 => 1800.23439617439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259190.69565577 Mflops = 259.19069565577 Gflops = 0.25919069565577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001034808 Relative Rsd = 4.53760555582786e-07
BICGSTAB_SOLVER_TIME: 0.541098 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 61 resid = 1.901318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223828(s) Flops=403236864 => 1801.54790285398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259367.035509855 Mflops = 259.367035509855 Gflops = 0.259367035509855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 81 resid = 8.521386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305855(s) Flops=534472704 => 1747.47087345311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251588.924771477 Mflops = 251.588924771477 Gflops = 0.251588924771477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001116739 Relative Rsd = 4.89686927636792e-07
BICGSTAB_SOLVER_TIME: 0.630794 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 68 resid = 2.11496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252772(s) Flops=449169408 => 1776.97453831912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255826.982156753 Mflops = 255.826982156753 Gflops = 0.255826982156753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 87 resid = 1.053595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318671(s) Flops=573843456 => 1800.73949622024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259256.561244309 Mflops = 259.256561244309 Gflops = 0.259256561244309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001096917 Relative Rsd = 4.80995018145836e-07
BICGSTAB_SOLVER_TIME: 0.672691 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124867
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966619(s) Flops=1430249472 => 1479.64138093706 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213065.886841801 Mflops = 213.065886841801 Gflops = 0.213065886841801 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158476000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.532956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041013 s
InvBiCGStab: k = 25 resid = 2.192046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093219(s) Flops=167012352 => 1791.61278280179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257847.562394019 Mflops = 257.847562394019 Gflops = 0.257847562394019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05756 s
InvBiCGStab: k = 51 resid = 1.051028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187921(s) Flops=337618944 => 1796.60040123243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258619.924121958 Mflops = 258.619924121958 Gflops = 0.258619924121958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007346444 Relative Rsd = 3.22139562826238e-07
BICGSTAB_SOLVER_TIME: 0.383445 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 52 resid = 2.21552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191377(s) Flops=344180736 => 1798.44357472424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258918.554147047 Mflops = 258.918554147047 Gflops = 0.258918554147047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 96 resid = 1.069003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353151(s) Flops=632899584 => 1792.15005479243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258030.051370875 Mflops = 258.030051370875 Gflops = 0.258030051370875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001105822 Relative Rsd = 4.84899970917435e-07
BICGSTAB_SOLVER_TIME: 0.645903 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 52 resid = 1.870988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190703(s) Flops=344180736 => 1804.79979863977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.635118723 Mflops = 259.830635118723 Gflops = 0.259830635118723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05658 s
InvBiCGStab: k = 66 resid = 1.12694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241711(s) Flops=436045824 => 1803.9966075189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.092137366 Mflops = 259.721092137366 Gflops = 0.259721092137366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001011949 Relative Rsd = 4.43737064139216e-07
BICGSTAB_SOLVER_TIME: 0.533928 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985800000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 58 resid = 2.259835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212205(s) Flops=383551488 => 1807.45735491624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260221.819212429 Mflops = 260.221819212429 Gflops = 0.260221819212429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 78 resid = 9.865034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284815(s) Flops=514787328 => 1807.44457981497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260225.105514058 Mflops = 260.225105514058 Gflops = 0.260225105514058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001102634 Relative Rsd = 4.83501873676944e-07
BICGSTAB_SOLVER_TIME: 0.598549 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041439 s
InvBiCGStab: k = 54 resid = 2.2449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198379(s) Flops=357304320 => 1801.1196749656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.932405232 Mflops = 259.296932405232 Gflops = 0.259296932405232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056851 s
InvBiCGStab: k = 81 resid = 1.147524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296767(s) Flops=534472704 => 1800.98428733653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259283.376008684 Mflops = 259.283376008684 Gflops = 0.259283376008684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001079633 Relative Rsd = 4.73416154960986e-07
BICGSTAB_SOLVER_TIME: 0.59709 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110758
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888297(s) Flops=1423908864 => 1602.96484621697 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230821.430914402 Mflops = 230.821430914402 Gflops = 0.230821430914402 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157779000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 25 resid = 2.220484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093146(s) Flops=167012352 => 1793.01689820282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258068.008106777 Mflops = 258.068008106777 Gflops = 0.258068008106777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055923 s
InvBiCGStab: k = 53 resid = 5.423984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224911(s) Flops=350742528 => 1559.47253802615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224505.956038295 Mflops = 224.505956038295 Gflops = 0.224505956038295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007408117 Relative Rsd = 3.24843922308839e-07
BICGSTAB_SOLVER_TIME: 0.420136 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05566 s
InvBiCGStab: k = 56 resid = 2.097842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239758(s) Flops=370427904 => 1545.0074825449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222454.331668607 Mflops = 222.454331668607 Gflops = 0.222454331668607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069439 s
InvBiCGStab: k = 94 resid = 9.938125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420658(s) Flops=619776000 => 1473.34889625301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212139.778530257 Mflops = 212.139778530257 Gflops = 0.212139778530257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001141366 Relative Rsd = 5.0048588626235e-07
BICGSTAB_SOLVER_TIME: 0.789598 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04739 s
InvBiCGStab: k = 56 resid = 2.23299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249995(s) Flops=370427904 => 1481.74125082502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213334.2830714 Mflops = 213.3342830714 Gflops = 0.2133342830714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058247 s
InvBiCGStab: k = 79 resid = 9.102262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336817(s) Flops=521349120 => 1547.87056472803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222855.725511827 Mflops = 222.855725511827 Gflops = 0.222855725511827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001002214 Relative Rsd = 4.39468191576926e-07
BICGSTAB_SOLVER_TIME: 0.696109 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 58 resid = 2.271872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213136(s) Flops=383551488 => 1799.5621950304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.98218039 Mflops = 259.08898218039 Gflops = 0.25908898218039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 89 resid = 1.108554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326726(s) Flops=586967040 => 1796.51157238787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258645.60049027 Mflops = 258.64560049027 Gflops = 0.25864560049027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001152763 Relative Rsd = 5.05483517266485e-07
BICGSTAB_SOLVER_TIME: 0.641398 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040716 s
InvBiCGStab: k = 53 resid = 1.481922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195987(s) Flops=350742528 => 1789.62139325568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257646.533325375 Mflops = 257.646533325375 Gflops = 0.257646533325375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 97 resid = 9.006563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356342(s) Flops=639461376 => 1794.51587519855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258373.433418379 Mflops = 258.373433418379 Gflops = 0.258373433418379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001024534 Relative Rsd = 4.49255382738393e-07
BICGSTAB_SOLVER_TIME: 0.652927 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121443
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883111(s) Flops=1417494528 => 1605.11479077941 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231155.971478722 Mflops = 231.155971478722 Gflops = 0.231155971478722 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156993000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.374842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.984272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799249(s) Flops=1426876416 => 1785.27144356765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257024.773187611 Mflops = 257.024773187611 Gflops = 0.257024773187611 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.030302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88261(s) Flops=1590921216 => 1802.51891095727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.324231227 Mflops = 259.558324231227 Gflops = 0.259558324231227 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002175648 Relative Rsd = 9.57070102784366e-07
BICGSTAB_SOLVER_TIME: 1.685116 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327212999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.799046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705636(s) Flops=1144719360 => 1622.25192592215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233535.708262946 Mflops = 233.535708262946 Gflops = 0.233535708262946 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 9.181484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917499(s) Flops=1400629248 => 1526.57305130578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219831.942382854 Mflops = 219.831942382854 Gflops = 0.219831942382854 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.001951941 Relative Rsd = 8.57816721332253e-07
BICGSTAB_SOLVER_TIME: 1.62702 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.122564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275878999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945198(s) Flops=1417494528 => 1499.67999085906 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215958.59236078 Mflops = 215.95859236078 Gflops = 0.21595859236078 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156887000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040676 s
InvBiCGStab: k = 31 resid = 2.160378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115209(s) Flops=206383104 => 1791.38004843372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257872.89507968 Mflops = 257.87289507968 Gflops = 0.25787289507968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056109 s
InvBiCGStab: k = 52 resid = 1.129976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190742(s) Flops=344180736 => 1804.43078084533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259767.035420479 Mflops = 259.767035420479 Gflops = 0.259767035420479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007510163 Relative Rsd = 3.29318594090679e-07
BICGSTAB_SOLVER_TIME: 0.406314 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 78 resid = 2.121386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284976(s) Flops=514787328 => 1806.42344618494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260085.16170348 Mflops = 260.08516170348 Gflops = 0.26008516170348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 100 resid = 9.432142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365439(s) Flops=659146752 => 1803.7121161124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.058315614 Mflops = 259.697058315614 Gflops = 0.259697058315614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001315503 Relative Rsd = 5.76844671027412e-07
BICGSTAB_SOLVER_TIME: 0.751246 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 53 resid = 1.609231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195482(s) Flops=350742528 => 1794.24462610368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258345.31437046 Mflops = 258.34531437046 Gflops = 0.25834531437046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 67 resid = 1.032518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245802(s) Flops=442607616 => 1800.66726877731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.293812822 Mflops = 259.236293812822 Gflops = 0.259236293812822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001005099 Relative Rsd = 4.40733258241663e-07
BICGSTAB_SOLVER_TIME: 0.542494 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998460000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 52 resid = 2.244189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190888(s) Flops=344180736 => 1803.0506684548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.238648306 Mflops = 259.569238648306 Gflops = 0.259569238648306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 94 resid = 8.713052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342909(s) Flops=619776000 => 1807.40662974725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260226.408039111 Mflops = 260.226408039111 Gflops = 0.260226408039111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001107545 Relative Rsd = 4.85655376312673e-07
BICGSTAB_SOLVER_TIME: 0.635314 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 53 resid = 2.242056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194344(s) Flops=350742528 => 1804.75099822994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.335996606 Mflops = 259.801335996606 Gflops = 0.259801335996606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 89 resid = 7.445735e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32597(s) Flops=586967040 => 1800.67809921158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.273853135 Mflops = 259.253273853135 Gflops = 0.259253273853135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001084541 Relative Rsd = 4.75568279306022e-07
BICGSTAB_SOLVER_TIME: 0.621164 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115789
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879892(s) Flops=1411153920 => 1603.78082764703 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230952.785119042 Mflops = 230.952785119042 Gflops = 0.230952785119042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156286000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.498811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057793 s
InvBiCGStab: k = 29 resid = 2.229072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129569(s) Flops=193259520 => 1491.55677669813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214693.00803233 Mflops = 214.69300803233 Gflops = 0.21469300803233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056032 s
InvBiCGStab: k = 48 resid = 1.134978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176086(s) Flops=317933568 => 1805.55846574969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.565759656 Mflops = 259.915565759656 Gflops = 0.259915565759656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007200201 Relative Rsd = 3.1572686118697e-07
BICGSTAB_SOLVER_TIME: 0.423095 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.079731 s
InvBiCGStab: k = 79 resid = 1.580775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404246(s) Flops=521349120 => 1289.68281689862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185687.018299169 Mflops = 185.687018299169 Gflops = 0.185687018299169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072993 s
InvBiCGStab: k = 101 resid = 1.117789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369924(s) Flops=665708544 => 1799.58192493593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259097.339951786 Mflops = 259.097339951786 Gflops = 0.259097339951786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001284186 Relative Rsd = 5.63112148281828e-07
BICGSTAB_SOLVER_TIME: 0.930655 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042036 s
InvBiCGStab: k = 49 resid = 1.642405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183104(s) Flops=324495360 => 1772.19154141908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255130.239291424 Mflops = 255.130239291424 Gflops = 0.255130239291424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057488 s
InvBiCGStab: k = 70 resid = 1.065771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260633(s) Flops=462292992 => 1773.73161495283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255359.81857669 Mflops = 255.35981857669 Gflops = 0.25535981857669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009847922 Relative Rsd = 4.31828734649399e-07
BICGSTAB_SOLVER_TIME: 0.546964 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993040000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041906 s
InvBiCGStab: k = 61 resid = 1.908633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226917(s) Flops=403236864 => 1777.02359893706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255833.124407091 Mflops = 255.833124407091 Gflops = 0.255833124407091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057378 s
InvBiCGStab: k = 92 resid = 1.065455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340584(s) Flops=606652416 => 1781.21231766613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256448.925139779 Mflops = 256.448925139779 Gflops = 0.256448925139779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001131157 Relative Rsd = 4.96009453331291e-07
BICGSTAB_SOLVER_TIME: 0.670425 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 63 resid = 2.079966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246765(s) Flops=416360448 => 1687.27513221081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242918.152578221 Mflops = 242.918152578221 Gflops = 0.242918152578221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05611 s
InvBiCGStab: k = 85 resid = 9.555981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323121(s) Flops=560719872 => 1735.32476069336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249840.652200015 Mflops = 249.840652200015 Gflops = 0.249840652200015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001044672 Relative Rsd = 4.58085631776659e-07
BICGSTAB_SOLVER_TIME: 0.670966 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119887
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887999(s) Flops=1410932736 => 1588.89000550676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228800.883781303 Mflops = 228.800883781303 Gflops = 0.228800883781303 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156298000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 25 resid = 2.132266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092663(s) Flops=167012352 => 1802.36288486235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.042025411 Mflops = 259.423042025411 Gflops = 0.259423042025411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05656 s
InvBiCGStab: k = 52 resid = 1.016291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190969(s) Flops=344180736 => 1802.28589980573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.737924214 Mflops = 259.455737924214 Gflops = 0.259455737924214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007129441 Relative Rsd = 3.12624073598556e-07
BICGSTAB_SOLVER_TIME: 0.384882 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041477 s
InvBiCGStab: k = 58 resid = 1.914826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212894(s) Flops=383551488 => 1801.60778603436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259386.534610191 Mflops = 259.386534610191 Gflops = 0.259386534610191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056464 s
InvBiCGStab: k = 73 resid = 1.072781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267103(s) Flops=481978368 => 1804.46632198066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.092754878 Mflops = 259.783092754878 Gflops = 0.259783092754878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001076555 Relative Rsd = 4.72066502085956e-07
BICGSTAB_SOLVER_TIME: 0.581508 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107688
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050083 s
InvBiCGStab: k = 58 resid = 1.635695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25597(s) Flops=383551488 => 1498.42359651522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215728.745747235 Mflops = 215.728745747235 Gflops = 0.215728745747235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075144 s
InvBiCGStab: k = 81 resid = 9.809235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38364(s) Flops=534472704 => 1393.16208945887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200585.277207052 Mflops = 200.585277207052 Gflops = 0.200585277207052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.0009923567 Relative Rsd = 4.35145718821028e-07
BICGSTAB_SOLVER_TIME: 0.768984 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057898 s
InvBiCGStab: k = 55 resid = 2.014027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236894(s) Flops=363866112 => 1535.98703217473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221136.83283852 Mflops = 221.13683283852 Gflops = 0.22113683283852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074024 s
InvBiCGStab: k = 87 resid = 1.051976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394583(s) Flops=573843456 => 1454.30354576857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209389.93096077 Mflops = 209.38993096077 Gflops = 0.20938993096077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001089966 Relative Rsd = 4.77947260089525e-07
BICGSTAB_SOLVER_TIME: 0.767089 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043485 s
InvBiCGStab: k = 51 resid = 1.914971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192316(s) Flops=337618944 => 1755.54266935668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252753.761298446 Mflops = 252.753761298446 Gflops = 0.252753761298446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057428 s
InvBiCGStab: k = 72 resid = 7.462429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265638(s) Flops=475416576 => 1789.71598942922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257664.02925354 Mflops = 257.66402925354 Gflops = 0.25766402925354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001046377 Relative Rsd = 4.58833584192595e-07
BICGSTAB_SOLVER_TIME: 0.562621 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102038
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886627(s) Flops=1410490368 => 1590.84978012174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229087.629498577 Mflops = 229.087629498577 Gflops = 0.229087629498577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156298000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 24 resid = 1.749514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089421(s) Flops=160450560 => 1794.32750696145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258260.015498286 Mflops = 258.260015498286 Gflops = 0.258260015498286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057071 s
InvBiCGStab: k = 55 resid = 8.660202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202248(s) Flops=363866112 => 1799.10857956568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258993.458502489 Mflops = 258.993458502489 Gflops = 0.25899345850249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007075379 Relative Rsd = 3.10253439130915e-07
BICGSTAB_SOLVER_TIME: 0.393542 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 60 resid = 2.089446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219365(s) Flops=396675072 => 1808.28788548766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260346.815376404 Mflops = 260.346815376404 Gflops = 0.260346815376404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 90 resid = 8.767444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329407(s) Flops=593528832 => 1801.81001618059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259417.32290071 Mflops = 259.41732290071 Gflops = 0.25941732290071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001108831 Relative Rsd = 4.86219454540634e-07
BICGSTAB_SOLVER_TIME: 0.650172 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 55 resid = 1.201837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204035(s) Flops=363866112 => 1783.35144460509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256742.855184644 Mflops = 256.742855184644 Gflops = 0.256742855184644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061519 s
InvBiCGStab: k = 83 resid = 1.029341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30365(s) Flops=547596288 => 1803.37983863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259636.254821083 Mflops = 259.636254821083 Gflops = 0.259636254821083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001043632 Relative Rsd = 4.57629876987587e-07
BICGSTAB_SOLVER_TIME: 0.613654 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042881 s
InvBiCGStab: k = 51 resid = 2.204814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196586(s) Flops=337618944 => 1717.41092448089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247246.751244149 Mflops = 247.246751244149 Gflops = 0.247246751244149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057704 s
InvBiCGStab: k = 78 resid = 1.113674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288908(s) Flops=514787328 => 1781.8382599305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256537.333547875 Mflops = 256.537333547875 Gflops = 0.256537333547875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001102255 Relative Rsd = 4.83335662028958e-07
BICGSTAB_SOLVER_TIME: 0.589825 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 53 resid = 2.134672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196109(s) Flops=350742528 => 1788.50806439276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257481.620072369 Mflops = 257.481620072369 Gflops = 0.257481620072369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 74 resid = 1.091994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313295(s) Flops=488540160 => 1559.36149635328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224501.393225331 Mflops = 224.501393225331 Gflops = 0.224501393225331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001043223 Relative Rsd = 4.57450341862905e-07
BICGSTAB_SOLVER_TIME: 0.610969 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104875
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.041333(s) Flops=1397809152 => 1342.32676002777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193304.218568687 Mflops = 193.304218568687 Gflops = 0.193304218568687 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154708000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.058779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.761707(s) Flops=1374382080 => 1804.34482025241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.936236868 Mflops = 259.762936236868 Gflops = 0.259762936236868 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.103993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78701(s) Flops=1374382080 => 1746.3336933457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251469.280416563 Mflops = 251.469280416563 Gflops = 0.251469280416563 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.009449556 Relative Rsd = 4.15703774547514e-06
BICGSTAB_SOLVER_TIME: 1.552303 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.117087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298384999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.314005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.679397(s) Flops=1216899072 => 1791.14578368759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257808.461602845 Mflops = 257.808461602845 Gflops = 0.257808461602845 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 9.772177e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.7446(s) Flops=1335011328 => 1792.92415793715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.325640322 Mflops = 258.176325640322 Gflops = 0.258176325640322 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.00192082 Relative Rsd = 8.44120505175072e-07
BICGSTAB_SOLVER_TIME: 1.427304 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276766999999997
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881136(s) Flops=1397809152 => 1586.3716293512 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228477.238433133 Mflops = 228.477238433133 Gflops = 0.228477238433133 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154738000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05374 s
InvBiCGStab: k = 28 resid = 2.201869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135161(s) Flops=186697728 => 1381.29880660842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198829.512389608 Mflops = 198.829512389608 Gflops = 0.198829512389608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061618 s
InvBiCGStab: k = 52 resid = 1.138736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229619(s) Flops=344180736 => 1498.92097779365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215785.286091854 Mflops = 215.785286091854 Gflops = 0.215785286091854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007283239 Relative Rsd = 3.1936807548212e-07
BICGSTAB_SOLVER_TIME: 0.483974 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043706 s
InvBiCGStab: k = 75 resid = 2.062783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328401(s) Flops=495101952 => 1507.61402066376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217067.459797753 Mflops = 217.067459797753 Gflops = 0.217067459797753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.090798 s
InvBiCGStab: k = 100 resid = 1.124907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432497(s) Flops=659146752 => 1524.04930438824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219343.971594783 Mflops = 219.343971594783 Gflops = 0.219343971594783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001221983 Relative Rsd = 5.35836336997996e-07
BICGSTAB_SOLVER_TIME: 0.898962 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 52 resid = 2.018174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192866(s) Flops=344180736 => 1784.55889581367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256900.380696647 Mflops = 256.900380696647 Gflops = 0.256900380696647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059698 s
InvBiCGStab: k = 69 resid = 5.967539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255497(s) Flops=455731200 => 1783.70470103367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256793.75197322 Mflops = 256.79375197322 Gflops = 0.25679375197322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001010039 Relative Rsd = 4.42899165493627e-07
BICGSTAB_SOLVER_TIME: 0.553022 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041785 s
InvBiCGStab: k = 55 resid = 2.006129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202359(s) Flops=363866112 => 1798.1217143789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258881.153632591 Mflops = 258.881153632591 Gflops = 0.258881153632591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056352 s
InvBiCGStab: k = 71 resid = 1.149786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261023(s) Flops=468854784 => 1796.22019515522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258590.784208902 Mflops = 258.590784208902 Gflops = 0.258590784208902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001100098 Relative Rsd = 4.82390103565923e-07
BICGSTAB_SOLVER_TIME: 0.565187 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 59 resid = 2.02901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216725(s) Flops=390113280 => 1800.03820509863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.531741424 Mflops = 259.154531741424 Gflops = 0.259154531741424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 72 resid = 8.049917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264272(s) Flops=475416576 => 1798.9668826058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258999.125385855 Mflops = 258.999125385855 Gflops = 0.258999125385855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001061984 Relative Rsd = 4.65677052721153e-07
BICGSTAB_SOLVER_TIME: 0.581846 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107835
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.864629(s) Flops=1384980480 => 1601.82052649171 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230659.549409674 Mflops = 230.659549409674 Gflops = 0.230659549409674 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153453000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 33 resid = 1.083596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127833(s) Flops=219506688 => 1717.13632630072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247157.533015364 Mflops = 247.157533015364 Gflops = 0.247157533015364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058623 s
InvBiCGStab: k = 61 resid = 1.038445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239733(s) Flops=403236864 => 1682.02485264857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242144.96408913 Mflops = 242.14496408913 Gflops = 0.24214496408913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007904895 Relative Rsd = 3.46627500421049e-07
BICGSTAB_SOLVER_TIME: 0.471556 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 84 resid = 1.972521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309785(s) Flops=554158080 => 1788.84736188001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257562.524342799 Mflops = 257.562524342799 Gflops = 0.257562524342799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057129 s
InvBiCGStab: k = 105 resid = 9.056526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385615(s) Flops=691955712 => 1794.42115062951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258360.675485821 Mflops = 258.360675485821 Gflops = 0.258360675485821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001270388 Relative Rsd = 5.5706186052305e-07
BICGSTAB_SOLVER_TIME: 0.797286 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045423 s
InvBiCGStab: k = 54 resid = 1.821911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245363(s) Flops=357304320 => 1456.22738554713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209654.168717487 Mflops = 209.654168717487 Gflops = 0.209654168717487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061927 s
InvBiCGStab: k = 66 resid = 1.110796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310188(s) Flops=436045824 => 1405.74691477427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202394.473740887 Mflops = 202.394473740887 Gflops = 0.202394473740887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001057945 Relative Rsd = 4.63906153372174e-07
BICGSTAB_SOLVER_TIME: 0.667411 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999030000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052182 s
InvBiCGStab: k = 60 resid = 2.06715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272855(s) Flops=396675072 => 1453.79440362097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209311.838895701 Mflops = 209.311838895701 Gflops = 0.209311838895701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069913 s
InvBiCGStab: k = 78 resid = 9.885299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341397(s) Flops=514787328 => 1507.88474415417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217108.83066457 Mflops = 217.10883066457 Gflops = 0.21710883066457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001110155 Relative Rsd = 4.86799765970089e-07
BICGSTAB_SOLVER_TIME: 0.743682 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.149618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041477 s
InvBiCGStab: k = 51 resid = 2.259886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187934(s) Flops=337618944 => 1796.47612459693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258635.249089939 Mflops = 258.635249089939 Gflops = 0.258635249089939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05654 s
InvBiCGStab: k = 73 resid = 1.114697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268516(s) Flops=481978368 => 1794.97075779469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258431.543567196 Mflops = 258.431543567197 Gflops = 0.258431543567196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001053342 Relative Rsd = 4.61887672176532e-07
BICGSTAB_SOLVER_TIME: 0.558137 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102723
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857301(s) Flops=1366179840 => 1593.58246403539 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229469.865467414 Mflops = 229.469865467414 Gflops = 0.229469865467414 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151279000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 29 resid = 1.645064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107934(s) Flops=193259520 => 1790.53421535383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257717.160086998 Mflops = 257.717160086998 Gflops = 0.257717160086998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056669 s
InvBiCGStab: k = 45 resid = 1.049971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166484(s) Flops=298248192 => 1791.4525840321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257911.143391531 Mflops = 257.911143391531 Gflops = 0.257911143391531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007228869 Relative Rsd = 3.16983964394372e-07
BICGSTAB_SOLVER_TIME: 0.375811 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041626 s
InvBiCGStab: k = 58 resid = 2.029348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212535(s) Flops=383551488 => 1804.65094219776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259802.580419524 Mflops = 259.802580419524 Gflops = 0.259802580419524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056781 s
InvBiCGStab: k = 84 resid = 1.123732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307988(s) Flops=554158080 => 1799.2846474538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.804398473 Mflops = 259.050804398473 Gflops = 0.259050804398473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001087523 Relative Rsd = 4.76876072982235e-07
BICGSTAB_SOLVER_TIME: 0.622568 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 53 resid = 2.267467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195697(s) Flops=350742528 => 1792.2734022494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258018.389134722 Mflops = 258.018389134722 Gflops = 0.258018389134722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 65 resid = 1.135918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249614(s) Flops=429484032 => 1720.59272316457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247713.444984078 Mflops = 247.713444984078 Gflops = 0.247713444984078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009836571 Relative Rsd = 4.313309675181e-07
BICGSTAB_SOLVER_TIME: 0.546122 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984240000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040867 s
InvBiCGStab: k = 64 resid = 2.190533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233976(s) Flops=422922240 => 1807.54538927069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260233.752000737 Mflops = 260.233752000737 Gflops = 0.260233752000737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 91 resid = 9.436666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332606(s) Flops=600090624 => 1804.20865528583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.366131256 Mflops = 259.764366131256 Gflops = 0.259764366131256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001085513 Relative Rsd = 4.75994681608118e-07
BICGSTAB_SOLVER_TIME: 0.66718 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041439 s
InvBiCGStab: k = 49 resid = 1.940945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179857(s) Flops=324495360 => 1804.1853250082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.039710286 Mflops = 259.741039710286 Gflops = 0.259741039710286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05618 s
InvBiCGStab: k = 74 resid = 1.089068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284147(s) Flops=488540160 => 1719.32190028401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247531.325641417 Mflops = 247.531325641417 Gflops = 0.247531325641417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001021986 Relative Rsd = 4.48138048416798e-07
BICGSTAB_SOLVER_TIME: 0.565218 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102026
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006929(s) Flops=1359986688 => 1350.62818530403 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194489.027567259 Mflops = 194.489027567259 Gflops = 0.194489027567259 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150409000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 30 resid = 1.509684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111045(s) Flops=199821312 => 1799.46248818047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259015.319119344 Mflops = 259.015319119344 Gflops = 0.259015319119344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 52 resid = 8.245567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192063(s) Flops=344180736 => 1792.01999343965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257954.178562513 Mflops = 257.954178562513 Gflops = 0.257954178562513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007623503 Relative Rsd = 3.34288557185352e-07
BICGSTAB_SOLVER_TIME: 0.404344 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 57 resid = 2.204843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209174(s) Flops=376989696 => 1802.27798866016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259469.936115865 Mflops = 259.469936115865 Gflops = 0.259469936115865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056152 s
InvBiCGStab: k = 85 resid = 1.110155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310767(s) Flops=560719872 => 1804.30956954889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.707312696 Mflops = 259.774707312696 Gflops = 0.259774707312696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001112864 Relative Rsd = 4.87987699403835e-07
BICGSTAB_SOLVER_TIME: 0.621174 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 56 resid = 2.182115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206074(s) Flops=370427904 => 1797.5479876161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258784.88850902 Mflops = 258.78488850902 Gflops = 0.25878488850902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 70 resid = 9.006163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255592(s) Flops=462292992 => 1808.71463895584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260394.318526698 Mflops = 260.394318526698 Gflops = 0.260394318526698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00100426 Relative Rsd = 4.40365407770108e-07
BICGSTAB_SOLVER_TIME: 0.563022 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 59 resid = 1.041344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216791(s) Flops=390113280 => 1799.49020023894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259060.831956387 Mflops = 259.060831956387 Gflops = 0.259060831956387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 94 resid = 1.026924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344127(s) Flops=619776000 => 1801.00951102355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.370376065 Mflops = 259.298370376065 Gflops = 0.259298370376065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00108609 Relative Rsd = 4.76247623474141e-07
BICGSTAB_SOLVER_TIME: 0.662484 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040647 s
InvBiCGStab: k = 53 resid = 2.246428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194847(s) Flops=350742528 => 1800.09201065451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259143.54566753 Mflops = 259.14354566753 Gflops = 0.25914354566753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 79 resid = 1.108027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290164(s) Flops=521349120 => 1796.73949904192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258685.113705241 Mflops = 258.68511370524 Gflops = 0.25868511370524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001018267 Relative Rsd = 4.46507326336052e-07
BICGSTAB_SOLVER_TIME: 0.585286 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108489
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875364(s) Flops=1353940992 => 1546.71769915144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222741.724625364 Mflops = 222.741724625364 Gflops = 0.222741724625364 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149748000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 7.284508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858163(s) Flops=1295640576 => 1509.78377767394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217249.188911812 Mflops = 217.249188911812 Gflops = 0.217249188911812 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.151746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984302(s) Flops=1610606592 => 1636.29312142005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235621.915614531 Mflops = 235.621915614531 Gflops = 0.235621915614531 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002071371 Relative Rsd = 9.11270155288409e-07
BICGSTAB_SOLVER_TIME: 1.845822 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314856999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.094725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.664309(s) Flops=1197213696 => 1802.19400309193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.451519966 Mflops = 259.510451519966 Gflops = 0.259510451519966 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.145288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742367(s) Flops=1289078784 => 1736.44408223965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250044.472053445 Mflops = 250.044472053445 Gflops = 0.250044472053445 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001873567 Relative Rsd = 8.23335804903802e-07
BICGSTAB_SOLVER_TIME: 1.41044 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269607999999997
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852326(s) Flops=1353940992 => 1588.52480388959 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228898.029071312 Mflops = 228.898029071312 Gflops = 0.228898029071312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149857000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042135 s
InvBiCGStab: k = 29 resid = 1.843336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119551(s) Flops=193259520 => 1616.54457093625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232688.899438525 Mflops = 232.688899438525 Gflops = 0.232688899438525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 47 resid = 1.034586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173118(s) Flops=311371776 => 1798.6100578796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258922.729572053 Mflops = 258.922729572053 Gflops = 0.258922729572053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007229144 Relative Rsd = 3.16995986152081e-07
BICGSTAB_SOLVER_TIME: 0.394811 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 85 resid = 2.21326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310637(s) Flops=560719872 => 1805.06466390031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259888.258731469 Mflops = 259.888258731469 Gflops = 0.259888258731469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056021 s
InvBiCGStab: k = 105 resid = 1.114367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38458(s) Flops=691955712 => 1799.25038223517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.81238367 Mflops = 259.05181238367 Gflops = 0.25905181238367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001304016 Relative Rsd = 5.71807682166828e-07
BICGSTAB_SOLVER_TIME: 0.795812 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149693999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040503 s
InvBiCGStab: k = 49 resid = 2.17482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198865(s) Flops=324495360 => 1631.73690694692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234908.641055062 Mflops = 234.908641055062 Gflops = 0.234908641055062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063985 s
InvBiCGStab: k = 70 resid = 7.407957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311097(s) Flops=462292992 => 1486.00916112981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213947.957889569 Mflops = 213.947957889569 Gflops = 0.213947957889569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009938368 Relative Rsd = 4.35794740593907e-07
BICGSTAB_SOLVER_TIME: 0.61808 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991980000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046553 s
InvBiCGStab: k = 61 resid = 2.17512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287432(s) Flops=403236864 => 1402.89482034012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201988.740065499 Mflops = 201.988740065499 Gflops = 0.201988740065499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066915 s
InvBiCGStab: k = 90 resid = 9.693741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415098(s) Flops=593528832 => 1429.85230475695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205864.522332407 Mflops = 205.864522332407 Gflops = 0.205864522332407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001112884 Relative Rsd = 4.87996479626026e-07
BICGSTAB_SOLVER_TIME: 0.823382 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06268 s
InvBiCGStab: k = 54 resid = 1.759115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230892(s) Flops=357304320 => 1547.49545241931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222805.022065872 Mflops = 222.805022065872 Gflops = 0.222805022065872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05681 s
InvBiCGStab: k = 93 resid = 7.479996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352872(s) Flops=613214208 => 1737.78086104877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250198.75868344 Mflops = 250.19875868344 Gflops = 0.25019875868344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001067411 Relative Rsd = 4.68057003412921e-07
BICGSTAB_SOLVER_TIME: 0.706894 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119126
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.873113(s) Flops=1354088448 => 1550.87422590203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223319.275835211 Mflops = 223.319275835211 Gflops = 0.223319275835211 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149891000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040687 s
InvBiCGStab: k = 30 resid = 1.536536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111041(s) Flops=199821312 => 1799.52730973244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.809180772 Mflops = 258.986809180772 Gflops = 0.258986809180772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056939 s
InvBiCGStab: k = 59 resid = 1.141641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220686(s) Flops=390113280 => 1767.73007802942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254490.099140626 Mflops = 254.490099140626 Gflops = 0.254490099140626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007567764 Relative Rsd = 3.31844388356862e-07
BICGSTAB_SOLVER_TIME: 0.434223 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778030000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04265 s
InvBiCGStab: k = 77 resid = 2.083561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282693(s) Flops=508225536 => 1797.80021436682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258840.28569917 Mflops = 258.84028569917 Gflops = 0.25884028569917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057935 s
InvBiCGStab: k = 104 resid = 1.026414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391824(s) Flops=685393920 => 1749.23925027563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251854.425488474 Mflops = 251.854425488474 Gflops = 0.251854425488474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001275291 Relative Rsd = 5.59211432477914e-07
BICGSTAB_SOLVER_TIME: 0.778817 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042836 s
InvBiCGStab: k = 66 resid = 6.859371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2436(s) Flops=436045824 => 1790.00748768473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257716.607716807 Mflops = 257.716607716807 Gflops = 0.257716607716807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056932 s
InvBiCGStab: k = 73 resid = 8.714151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286774(s) Flops=481978368 => 1680.69060654034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241971.838806721 Mflops = 241.971838806721 Gflops = 0.241971838806721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001045572 Relative Rsd = 4.58480282345019e-07
BICGSTAB_SOLVER_TIME: 0.633745 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040845 s
InvBiCGStab: k = 60 resid = 2.232595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229435(s) Flops=396675072 => 1728.92135899056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248899.5329805 Mflops = 248.8995329805 Gflops = 0.2488995329805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059519 s
InvBiCGStab: k = 86 resid = 9.773729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331822(s) Flops=567281664 => 1709.5963016316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246119.645502342 Mflops = 246.119645502342 Gflops = 0.246119645502342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00111508 Relative Rsd = 4.8895970062905e-07
BICGSTAB_SOLVER_TIME: 0.666001 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 59 resid = 2.031779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216922(s) Flops=390113280 => 1798.40348143572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258917.608097265 Mflops = 258.917608097265 Gflops = 0.258917608097265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058546 s
InvBiCGStab: k = 81 resid = 1.059595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347691(s) Flops=534472704 => 1537.20603639438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221323.330879103 Mflops = 221.323330879103 Gflops = 0.221323330879103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001078253 Relative Rsd = 4.72811136394669e-07
BICGSTAB_SOLVER_TIME: 0.668711 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115771
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958975(s) Flops=1354309632 => 1412.24706796319 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203402.655913407 Mflops = 203.402655913407 Gflops = 0.203402655913407 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 30 resid = 1.200113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111347(s) Flops=199821312 => 1794.58191060379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258305.689379224 Mflops = 258.305689379224 Gflops = 0.258305689379224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 55 resid = 8.853433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202917(s) Flops=363866112 => 1793.17707239906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258162.049653022 Mflops = 258.162049653022 Gflops = 0.258162049653022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000729252 Relative Rsd = 3.19775028571108e-07
BICGSTAB_SOLVER_TIME: 0.415465 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 49 resid = 2.15967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179604(s) Flops=324495360 => 1806.72679895771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260102.002036874 Mflops = 260.102002036874 Gflops = 0.260102002036874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 77 resid = 1.131236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281217(s) Flops=508225536 => 1807.23617704477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260187.530893088 Mflops = 260.187530893088 Gflops = 0.260187530893088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001067585 Relative Rsd = 4.68132962544433e-07
BICGSTAB_SOLVER_TIME: 0.561999 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040814 s
InvBiCGStab: k = 58 resid = 2.270915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213297(s) Flops=383551488 => 1798.20385659433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258888.515415487 Mflops = 258.888515415487 Gflops = 0.258888515415487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056915 s
InvBiCGStab: k = 72 resid = 9.851665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263439(s) Flops=475416576 => 1804.65525605548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.597900841 Mflops = 259.800597900841 Gflops = 0.259800597900841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0009670793 Relative Rsd = 4.24061658213283e-07
BICGSTAB_SOLVER_TIME: 0.578029 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040906 s
InvBiCGStab: k = 60 resid = 1.839082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21932(s) Flops=396675072 => 1808.65890935619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260385.921564187 Mflops = 260.385921564187 Gflops = 0.260385921564187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056812 s
InvBiCGStab: k = 80 resid = 1.09421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292287(s) Flops=527910912 => 1806.13887035688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.671191561 Mflops = 260.043671191561 Gflops = 0.260043671191561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001107185 Relative Rsd = 4.85497434408843e-07
BICGSTAB_SOLVER_TIME: 0.612968 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 58 resid = 1.790738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212846(s) Flops=383551488 => 1802.01407590464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259433.857216797 Mflops = 259.433857216797 Gflops = 0.259433857216797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 73 resid = 1.094025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269535(s) Flops=481978368 => 1788.18471812566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257445.741448891 Mflops = 257.445741448891 Gflops = 0.257445741448891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001029658 Relative Rsd = 4.51502098663195e-07
BICGSTAB_SOLVER_TIME: 0.583143 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107833
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.860738(s) Flops=1360576512 => 1580.70924253373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227615.233523804 Mflops = 227.615233523804 Gflops = 0.227615233523804 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046173 s
InvBiCGStab: k = 23 resid = 2.260414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099351(s) Flops=153888768 => 1548.94030256364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222882.133335422 Mflops = 222.882133335422 Gflops = 0.222882133335422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069296 s
InvBiCGStab: k = 48 resid = 1.134925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201612(s) Flops=317933568 => 1576.95756204988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227030.825347729 Mflops = 227.030825347729 Gflops = 0.227030825347729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007256621 Relative Rsd = 3.18200867456568e-07
BICGSTAB_SOLVER_TIME: 0.420602 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047347 s
InvBiCGStab: k = 57 resid = 1.968976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247237(s) Flops=376989696 => 1524.81099511804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219536.488327418 Mflops = 219.536488327418 Gflops = 0.219536488327418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067924 s
InvBiCGStab: k = 74 resid = 1.003849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312326(s) Flops=488540160 => 1564.19945825836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225197.809803897 Mflops = 225.197809803897 Gflops = 0.225197809803897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001108343 Relative Rsd = 4.86005513196436e-07
BICGSTAB_SOLVER_TIME: 0.678529 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 49 resid = 2.194147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181092(s) Flops=324495360 => 1791.88125372739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257966.610061442 Mflops = 257.966610061442 Gflops = 0.257966610061442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057936 s
InvBiCGStab: k = 76 resid = 6.873646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279819(s) Flops=501663744 => 1792.81515551124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.667919962 Mflops = 258.107667919962 Gflops = 0.258107667919962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009773958 Relative Rsd = 4.28585412458127e-07
BICGSTAB_SOLVER_TIME: 0.563729 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043905 s
InvBiCGStab: k = 64 resid = 2.139032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250382(s) Flops=422922240 => 1689.10800297146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243183.974715282 Mflops = 243.183974715282 Gflops = 0.243183974715282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 80 resid = 8.773355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296723(s) Flops=527910912 => 1779.13714811457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256149.756816162 Mflops = 256.149756816162 Gflops = 0.256149756816162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001081862 Relative Rsd = 4.74393567253365e-07
BICGSTAB_SOLVER_TIME: 0.650855 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 53 resid = 2.003613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194947(s) Flops=350742528 => 1799.16863557787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259012.83730805 Mflops = 259.01283730805 Gflops = 0.25901283730805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056796 s
InvBiCGStab: k = 75 resid = 1.007293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277097(s) Flops=495101952 => 1786.74598425822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257243.457014977 Mflops = 257.243457014977 Gflops = 0.257243457014977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00104675 Relative Rsd = 4.58997192402606e-07
BICGSTAB_SOLVER_TIME: 0.574108 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105684
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.853006(s) Flops=1366695936 => 1602.21139827856 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230720.490838283 Mflops = 230.720490838283 Gflops = 0.230720490838283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151390000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.139324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737997(s) Flops=1335011328 => 1808.96579254387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260434.357562564 Mflops = 260.434357562564 Gflops = 0.260434357562564 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 1.051641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.981511(s) Flops=1709033472 => 1741.22701834213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250732.397573503 Mflops = 250.732397573503 Gflops = 0.250732397573503 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.00206831 Relative Rsd = 9.09959577435904e-07
BICGSTAB_SOLVER_TIME: 1.722846 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.123157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330199999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.252463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796112(s) Flops=1170966528 => 1470.85652270032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211724.770979462 Mflops = 211.724770979462 Gflops = 0.211724770979462 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.003443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846405(s) Flops=1328449536 => 1569.51995321389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226009.081997709 Mflops = 226.009081997709 Gflops = 0.226009081997709 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001921744 Relative Rsd = 8.44496595388467e-07
BICGSTAB_SOLVER_TIME: 1.645862 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.119118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270939999999997
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857465(s) Flops=1366695936 => 1593.87955893243 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229524.23630898 Mflops = 229.52423630898 Gflops = 0.22952423630898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151169000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 26 resid = 2.150302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0965(s) Flops=173574144 => 1798.69579274611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.297734063 Mflops = 258.887297734063 Gflops = 0.258887297734063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056419 s
InvBiCGStab: k = 52 resid = 5.380325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190659(s) Flops=344180736 => 1805.21630764873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.05925913 Mflops = 259.85405925913 Gflops = 0.25985405925913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007103358 Relative Rsd = 3.11480322038683e-07
BICGSTAB_SOLVER_TIME: 0.38838 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044772 s
InvBiCGStab: k = 81 resid = 1.944519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309148(s) Flops=534472704 => 1728.85706522442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248923.606777803 Mflops = 248.923606777803 Gflops = 0.248923606777803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056712 s
InvBiCGStab: k = 117 resid = 5.906306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42958(s) Flops=770697216 => 1794.07145584059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258317.041939593 Mflops = 258.317041939593 Gflops = 0.258317041939593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.00126581 Relative Rsd = 5.5505409936613e-07
BICGSTAB_SOLVER_TIME: 0.843879 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155460999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 61 resid = 9.110935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225124(s) Flops=403236864 => 1791.17670261722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257871.058614542 Mflops = 257.871058614542 Gflops = 0.257871058614542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 70 resid = 9.349309e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256725(s) Flops=462292992 => 1800.73226993865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259233.255535286 Mflops = 259.233255535286 Gflops = 0.259233255535286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001033169 Relative Rsd = 4.53041751462612e-07
BICGSTAB_SOLVER_TIME: 0.583058 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 66 resid = 2.19739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25308(s) Flops=436045824 => 1722.95647226174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248059.752912216 Mflops = 248.059752912216 Gflops = 0.248059752912216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 84 resid = 7.897822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306866(s) Flops=554158080 => 1805.86340617729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259995.471896695 Mflops = 259.995471896695 Gflops = 0.259995471896695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001125472 Relative Rsd = 4.93516380707109e-07
BICGSTAB_SOLVER_TIME: 0.660988 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 58 resid = 2.111131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212502(s) Flops=383551488 => 1804.93119123585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.886423277 Mflops = 259.840886423277 Gflops = 0.259840886423277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 87 resid = 7.690694e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318732(s) Flops=573843456 => 1800.39486465118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.885073387 Mflops = 259.207885073387 Gflops = 0.259207885073387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001103209 Relative Rsd = 4.83753947730309e-07
BICGSTAB_SOLVER_TIME: 0.632595 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11781
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986835(s) Flops=1367064576 => 1385.30207785496 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199483.579337069 Mflops = 199.483579337069 Gflops = 0.199483579337069 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151113000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.510726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 28 resid = 1.946665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156278(s) Flops=186697728 => 1194.65137767312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171958.78100794 Mflops = 171.95878100794 Gflops = 0.17195878100794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088134 s
InvBiCGStab: k = 52 resid = 1.108233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238571(s) Flops=344180736 => 1442.67633534671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207702.200514413 Mflops = 207.702200514413 Gflops = 0.207702200514413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007735027 Relative Rsd = 3.39178834658862e-07
BICGSTAB_SOLVER_TIME: 0.527735 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 85 resid = 2.212729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312465(s) Flops=560719872 => 1794.50457491239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.55269334 Mflops = 258.37155269334 Gflops = 0.25837155269334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 97 resid = 8.33399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355507(s) Flops=639461376 => 1798.7307591693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258975.337462984 Mflops = 258.975337462984 Gflops = 0.258975337462984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001298191 Relative Rsd = 5.69253403226328e-07
BICGSTAB_SOLVER_TIME: 0.769015 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 53 resid = 1.8586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195202(s) Flops=350742528 => 1796.81831128779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258677.777487913 Mflops = 258.677777487913 Gflops = 0.258677777487913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056146 s
InvBiCGStab: k = 76 resid = 9.023451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278686(s) Flops=501663744 => 1800.10385882319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259155.705709343 Mflops = 259.155705709343 Gflops = 0.259155705709343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001027213 Relative Rsd = 4.50430298982264e-07
BICGSTAB_SOLVER_TIME: 0.57488 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 68 resid = 2.003625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248263(s) Flops=449169408 => 1809.24828911276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260478.309972266 Mflops = 260.478309972266 Gflops = 0.260478309972266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 75 resid = 1.128887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274716(s) Flops=495101952 => 1802.23194863059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.141421925 Mflops = 259.491141421925 Gflops = 0.259491141421925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001122184 Relative Rsd = 4.92074433403468e-07
BICGSTAB_SOLVER_TIME: 0.624577 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04084 s
InvBiCGStab: k = 50 resid = 1.821977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183392(s) Flops=331057152 => 1805.18862327691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.142685163 Mflops = 259.879142685163 Gflops = 0.259879142685163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056164 s
InvBiCGStab: k = 84 resid = 1.080429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307122(s) Flops=554158080 => 1804.35813780843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259777.361852654 Mflops = 259.777361852654 Gflops = 0.259777361852654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001087619 Relative Rsd = 4.76918085324463e-07
BICGSTAB_SOLVER_TIME: 0.591187 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109879
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.870575(s) Flops=1379450880 => 1584.52847830457 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228180.105059792 Mflops = 228.180105059792 Gflops = 0.228180105059792 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152584000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055393 s
InvBiCGStab: k = 25 resid = 2.074544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120031(s) Flops=167012352 => 1391.4101523773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200266.292183852 Mflops = 200.266292183852 Gflops = 0.200266292183852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067342 s
InvBiCGStab: k = 59 resid = 1.078168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248459(s) Flops=390113280 => 1570.13141001131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226049.484213745 Mflops = 226.049484213745 Gflops = 0.226049484213745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007560428 Relative Rsd = 3.31522710623514e-07
BICGSTAB_SOLVER_TIME: 0.49485 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.152114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 60 resid = 2.017042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221319(s) Flops=396675072 => 1792.3227196942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258037.196658838 Mflops = 258.037196658838 Gflops = 0.258037196658838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 82 resid = 7.997176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301564(s) Flops=541034496 => 1794.09510419016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258303.631930212 Mflops = 258.303631930212 Gflops = 0.258303631930212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001044014 Relative Rsd = 4.57797211687249e-07
BICGSTAB_SOLVER_TIME: 0.623736 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 53 resid = 1.699141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195854(s) Flops=350742528 => 1790.83668446904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257817.735497413 Mflops = 257.817735497413 Gflops = 0.257817735497413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 84 resid = 9.767872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309176(s) Flops=554158080 => 1792.37094729216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258053.98634447 Mflops = 258.05398634447 Gflops = 0.25805398634447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00102104 Relative Rsd = 4.47723131870474e-07
BICGSTAB_SOLVER_TIME: 0.606085 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 62 resid = 2.028244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227286(s) Flops=409798656 => 1803.00879068662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.070249801 Mflops = 259.573070249801 Gflops = 0.259573070249801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056812 s
InvBiCGStab: k = 93 resid = 7.089699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339704(s) Flops=613214208 => 1805.14273602901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.05936847 Mflops = 259.89905936847 Gflops = 0.25989905936847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00116769 Relative Rsd = 5.12028764527373e-07
BICGSTAB_SOLVER_TIME: 0.668818 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 52 resid = 2.16525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191461(s) Flops=344180736 => 1797.6545406114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258800.694704912 Mflops = 258.800694704912 Gflops = 0.258800694704912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 78 resid = 1.139029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301814(s) Flops=514787328 => 1705.64429748123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245572.610372698 Mflops = 245.572610372698 Gflops = 0.245572610372698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045936 Relative Rsd = 4.58640317208789e-07
BICGSTAB_SOLVER_TIME: 0.5951 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107104
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871068(s) Flops=1385791488 => 1590.9107991569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229093.796223799 Mflops = 229.093796223799 Gflops = 0.229093796223799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153507000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052441 s
InvBiCGStab: k = 31 resid = 9.677092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146772(s) Flops=206383104 => 1406.14765759137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202570.242874574 Mflops = 202.570242874574 Gflops = 0.202570242874574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058707 s
InvBiCGStab: k = 52 resid = 1.07891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234355(s) Flops=344180736 => 1468.62979667598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211437.27346585 Mflops = 211.43727346585 Gflops = 0.21143727346585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007888479 Relative Rsd = 3.45907675344806e-07
BICGSTAB_SOLVER_TIME: 0.496569 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042794 s
InvBiCGStab: k = 57 resid = 1.70297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258089(s) Flops=376989696 => 1460.69648842066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210291.350805492 Mflops = 210.291350805492 Gflops = 0.210291350805492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082191 s
InvBiCGStab: k = 87 resid = 9.548421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3514(s) Flops=573843456 => 1633.02064883324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235115.836792194 Mflops = 235.115836792194 Gflops = 0.235115836792194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001140771 Relative Rsd = 5.00224980938991e-07
BICGSTAB_SOLVER_TIME: 0.738207 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 59 resid = 1.814277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216777(s) Flops=390113280 => 1799.6064158098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259096.743609299 Mflops = 259.096743609299 Gflops = 0.259096743609299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 84 resid = 4.813459e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3096(s) Flops=554158080 => 1789.91627906977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257699.892617905 Mflops = 257.699892617905 Gflops = 0.257699892617905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001015841 Relative Rsd = 4.45443490112457e-07
BICGSTAB_SOLVER_TIME: 0.628009 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 60 resid = 2.213369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235865(s) Flops=396675072 => 1681.78861636953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242129.576412758 Mflops = 242.129576412758 Gflops = 0.242129576412758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059088 s
InvBiCGStab: k = 98 resid = 4.567057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369041(s) Flops=646023168 => 1750.54578759542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252038.531583726 Mflops = 252.038531583726 Gflops = 0.252038531583726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001118558 Relative Rsd = 4.90484498517667e-07
BICGSTAB_SOLVER_TIME: 0.709052 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 53 resid = 2.202937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195865(s) Flops=350742528 => 1790.73610905471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257819.051470954 Mflops = 257.819051470954 Gflops = 0.257819051470954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057861 s
InvBiCGStab: k = 86 resid = 1.005666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317493(s) Flops=567281664 => 1786.75329534824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257235.962538072 Mflops = 257.235962538072 Gflops = 0.257235962538072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001040764 Relative Rsd = 4.56372263302151e-07
BICGSTAB_SOLVER_TIME: 0.616427 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113617
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878897(s) Flops=1404444672 => 1597.96275559025 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230139.722619864 Mflops = 230.139722619864 Gflops = 0.230139722619864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155613000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.846856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.132591(s) Flops=1676224512 => 1479.99102235494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213065.470218464 Mflops = 213.065470218464 Gflops = 0.213065470218464 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 285 resid = 8.843162e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.149664(s) Flops=1873078272 => 1629.2397361316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234609.249419561 Mflops = 234.609249419561 Gflops = 0.234609249419561 Tflops
BICGSTAB_SOLVER: 540 iterations. Rsd = 0.002313722 Relative Rsd = 1.01796197771958e-06
BICGSTAB_SOLVER_TIME: 2.285649 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.117307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384486999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.710798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717405(s) Flops=1282516992 => 1787.71682940598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257401.066314192 Mflops = 257.401066314192 Gflops = 0.257401066314192 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.114056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82286(s) Flops=1485932544 => 1805.81452981066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.660354985 Mflops = 260.033660354985 Gflops = 0.260033660354985 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.001982811 Relative Rsd = 8.71316626733401e-07
BICGSTAB_SOLVER_TIME: 1.543648 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300140999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879027(s) Flops=1404444672 => 1597.72643161132 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230072.63536547 Mflops = 230.07263536547 Gflops = 0.23007263536547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155567000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053028 s
InvBiCGStab: k = 34 resid = 1.862289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154762(s) Flops=226068480 => 1460.7492795389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210272.631750919 Mflops = 210.272631750919 Gflops = 0.210272631750919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071319 s
InvBiCGStab: k = 48 resid = 8.599541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211036(s) Flops=317933568 => 1506.53712162854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216875.532261837 Mflops = 216.875532261837 Gflops = 0.216875532261837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007510222 Relative Rsd = 3.29321223052556e-07
BICGSTAB_SOLVER_TIME: 0.494191 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044021 s
InvBiCGStab: k = 85 resid = 1.718683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369248(s) Flops=560719872 => 1518.54545454545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218647.883712463 Mflops = 218.647883712463 Gflops = 0.218647883712463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065439 s
InvBiCGStab: k = 105 resid = 7.321742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45576(s) Flops=691955712 => 1518.2458135861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218602.88869281 Mflops = 218.60288869281 Gflops = 0.21860288869281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001296819 Relative Rsd = 5.68651804862841e-07
BICGSTAB_SOLVER_TIME: 0.938142 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149696999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 49 resid = 1.76618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185788(s) Flops=324495360 => 1746.58944603527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251450.466958244 Mflops = 251.450466958244 Gflops = 0.251450466958244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057523 s
InvBiCGStab: k = 81 resid = 1.136904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305749(s) Flops=534472704 => 1748.07670343975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251683.887691581 Mflops = 251.683887691581 Gflops = 0.251683887691581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001026966 Relative Rsd = 4.5032192449557e-07
BICGSTAB_SOLVER_TIME: 0.593628 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 58 resid = 2.153223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213201(s) Flops=383551488 => 1799.0135505931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.57513428 Mflops = 258.99557513428 Gflops = 0.25899557513428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 92 resid = 1.115549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338427(s) Flops=606652416 => 1792.5650612983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258081.203929786 Mflops = 258.081203929786 Gflops = 0.258081203929786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001172667 Relative Rsd = 5.1421151755447e-07
BICGSTAB_SOLVER_TIME: 0.65273 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 61 resid = 1.994342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225036(s) Flops=403236864 => 1791.87713965765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257983.560219524 Mflops = 257.983560219524 Gflops = 0.257983560219524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 92 resid = 1.122157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336327(s) Flops=606652416 => 1803.75770009544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259696.661792812 Mflops = 259.696661792812 Gflops = 0.259696661792812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001159147 Relative Rsd = 5.08282621472261e-07
BICGSTAB_SOLVER_TIME: 0.662152 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123531
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886632(s) Flops=1416904704 => 1598.0753051999 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230124.138243894 Mflops = 230.124138243894 Gflops = 0.230124138243894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157063000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 31 resid = 1.914809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115442(s) Flops=206383104 => 1787.7644531453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257314.7624332 Mflops = 257.3147624332 Gflops = 0.2573147624332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064137 s
InvBiCGStab: k = 55 resid = 1.116726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244432(s) Flops=363866112 => 1488.618969693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214320.354023177 Mflops = 214.320354023177 Gflops = 0.214320354023177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007422957 Relative Rsd = 3.25494654183132e-07
BICGSTAB_SOLVER_TIME: 0.468676 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057325 s
InvBiCGStab: k = 90 resid = 1.948538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407241(s) Flops=593528832 => 1457.4387942275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209847.064410608 Mflops = 209.847064410608 Gflops = 0.209847064410608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071062 s
InvBiCGStab: k = 102 resid = 1.1159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439976(s) Flops=672270336 => 1527.97047111661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219997.503542854 Mflops = 219.997503542854 Gflops = 0.219997503542854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001306946 Relative Rsd = 5.73092453283692e-07
BICGSTAB_SOLVER_TIME: 0.979512 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151001999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042704 s
InvBiCGStab: k = 58 resid = 2.223608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252518(s) Flops=383551488 => 1518.90751550385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218686.417634984 Mflops = 218.686417634984 Gflops = 0.218686417634984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082086 s
InvBiCGStab: k = 75 resid = 8.262887e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275985(s) Flops=495101952 => 1793.94514919289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258275.363712305 Mflops = 258.275363712305 Gflops = 0.258275363712305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001078643 Relative Rsd = 4.72982146536178e-07
BICGSTAB_SOLVER_TIME: 0.656963 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041295 s
InvBiCGStab: k = 57 resid = 2.002588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210809(s) Flops=376989696 => 1788.2998164215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257469.19560145 Mflops = 257.46919560145 Gflops = 0.25746919560145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 94 resid = 1.149936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346386(s) Flops=619776000 => 1789.26400027715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257606.966837691 Mflops = 257.606966837691 Gflops = 0.257606966837691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001179119 Relative Rsd = 5.17040586820863e-07
BICGSTAB_SOLVER_TIME: 0.658721 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041882 s
InvBiCGStab: k = 52 resid = 2.200827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191688(s) Flops=344180736 => 1795.52572931013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258490.256424552 Mflops = 258.490256424552 Gflops = 0.258490256424552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 94 resid = 7.363182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34378(s) Flops=619776000 => 1802.82738960963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259564.747086906 Mflops = 259.564747086906 Gflops = 0.259564747086906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001064744 Relative Rsd = 4.66887549284018e-07
BICGSTAB_SOLVER_TIME: 0.637355 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118509
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889892(s) Flops=1429512192 => 1606.38840668306 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231330.40354079 Mflops = 231.33040354079 Gflops = 0.23133040354079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158311000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 35 resid = 1.42364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130833(s) Flops=232630272 => 1778.07030336383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255964.206923481 Mflops = 255.964206923481 Gflops = 0.255964206923481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056796 s
InvBiCGStab: k = 53 resid = 1.115011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195583(s) Flops=350742528 => 1793.31806956637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258145.475504004 Mflops = 258.145475504004 Gflops = 0.258145475504004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007535205 Relative Rsd = 3.30416708914281e-07
BICGSTAB_SOLVER_TIME: 0.428613 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047682 s
InvBiCGStab: k = 49 resid = 1.965112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206817(s) Flops=324495360 => 1568.99751954627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225867.356471989 Mflops = 225.867356471989 Gflops = 0.225867356471989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061201 s
InvBiCGStab: k = 79 resid = 8.536893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358471(s) Flops=521349120 => 1454.36902845697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209350.606534002 Mflops = 209.350606534002 Gflops = 0.209350606534002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001060681 Relative Rsd = 4.65105623609497e-07
BICGSTAB_SOLVER_TIME: 0.679253 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046179 s
InvBiCGStab: k = 63 resid = 2.029093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288063(s) Flops=416360448 => 1445.37982316368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208096.783691576 Mflops = 208.096783691576 Gflops = 0.208096783691576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06126 s
InvBiCGStab: k = 83 resid = 1.149271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391619(s) Flops=547596288 => 1398.28835679576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201322.778706728 Mflops = 201.322778706728 Gflops = 0.201322778706728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001051406 Relative Rsd = 4.61038491966383e-07
BICGSTAB_SOLVER_TIME: 0.790833 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 59 resid = 1.633317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217463(s) Flops=390113280 => 1793.92945006737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258267.622794072 Mflops = 258.267622794072 Gflops = 0.258267622794072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056694 s
InvBiCGStab: k = 97 resid = 8.313353e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355232(s) Flops=639461376 => 1800.12323214125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.217342877 Mflops = 259.172217342877 Gflops = 0.259172217342877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001093507 Relative Rsd = 4.79499776935408e-07
BICGSTAB_SOLVER_TIME: 0.674377 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042202 s
InvBiCGStab: k = 58 resid = 1.351839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213517(s) Flops=383551488 => 1796.35105401443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258620.273291896 Mflops = 258.620273291896 Gflops = 0.258620273291896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056461 s
InvBiCGStab: k = 67 resid = 1.029531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246607(s) Flops=442607616 => 1794.78934499021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258394.139894003 Mflops = 258.394139894003 Gflops = 0.258394139894003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001040795 Relative Rsd = 4.56385790970062e-07
BICGSTAB_SOLVER_TIME: 0.562446 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10351
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.894276(s) Flops=1435852800 => 1605.60363914496 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231207.056988426 Mflops = 231.207056988426 Gflops = 0.231207056988426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159135000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 31 resid = 1.607316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115179(s) Flops=206383104 => 1791.84663871018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257916.332485842 Mflops = 257.916332485842 Gflops = 0.257916332485842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057224 s
InvBiCGStab: k = 48 resid = 1.109041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176392(s) Flops=317933568 => 1802.4262324822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259448.725963922 Mflops = 259.448725963922 Gflops = 0.259448725963922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0008058827 Relative Rsd = 3.5337739832591e-07
BICGSTAB_SOLVER_TIME: 0.393809 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040908 s
InvBiCGStab: k = 60 resid = 2.155966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235086(s) Flops=396675072 => 1687.36152727087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242909.708453879 Mflops = 242.909708453879 Gflops = 0.242909708453879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06285 s
InvBiCGStab: k = 97 resid = 1.126116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42608(s) Flops=639461376 => 1500.80120165227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216086.676864359 Mflops = 216.086676864359 Gflops = 0.216086676864359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001177859 Relative Rsd = 5.16488198539888e-07
BICGSTAB_SOLVER_TIME: 0.768744 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045058 s
InvBiCGStab: k = 60 resid = 1.961196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284945(s) Flops=396675072 => 1392.11101089684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200432.840275937 Mflops = 200.432840275937 Gflops = 0.200432840275937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065626 s
InvBiCGStab: k = 84 resid = 5.146866e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383668(s) Flops=554158080 => 1444.36877717193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207956.236491893 Mflops = 207.956236491893 Gflops = 0.207956236491893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001078904 Relative Rsd = 4.7309659571148e-07
BICGSTAB_SOLVER_TIME: 0.78383 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064479 s
InvBiCGStab: k = 60 resid = 1.745631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25192(s) Flops=396675072 => 1574.607303906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226711.904179997 Mflops = 226.711904179997 Gflops = 0.226711904179997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 92 resid = 1.089243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337591(s) Flops=606652416 => 1797.00411444618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.526684838 Mflops = 258.727526684838 Gflops = 0.258727526684838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00113249 Relative Rsd = 4.96593899632823e-07
BICGSTAB_SOLVER_TIME: 0.71395 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041696 s
InvBiCGStab: k = 59 resid = 2.024342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217226(s) Flops=390113280 => 1795.88668023165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258545.361233961 Mflops = 258.545361233961 Gflops = 0.258545361233961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 85 resid = 1.112174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312333(s) Flops=560719872 => 1795.26297893594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258476.145974241 Mflops = 258.476145974241 Gflops = 0.258476145974241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001049026 Relative Rsd = 4.59994921720752e-07
BICGSTAB_SOLVER_TIME: 0.6316 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117124
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914709(s) Flops=1442193408 => 1576.66909148155 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227041.109427997 Mflops = 227.041109427997 Gflops = 0.227041109427997 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159768000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 2.028025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844691(s) Flops=1518741504 => 1797.98471156908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258842.986289882 Mflops = 258.842986289882 Gflops = 0.258842986289882 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.040334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.088026(s) Flops=1577797632 => 1450.14699281083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208816.408906539 Mflops = 208.816408906539 Gflops = 0.208816408906539 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002116791 Relative Rsd = 9.31354476376623e-07
BICGSTAB_SOLVER_TIME: 1.936753 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.132677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335685999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 1.666852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746488(s) Flops=1105348608 => 1480.73191799466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213191.442677067 Mflops = 213.191442677067 Gflops = 0.213191442677067 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.127436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75406(s) Flops=1315325952 => 1744.32532159245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251178.613154877 Mflops = 251.178613154877 Gflops = 0.251178613154877 Tflops
BICGSTAB_SOLVER: 368 iterations. Rsd = 0.00184638 Relative Rsd = 8.11349510511026e-07
BICGSTAB_SOLVER_TIME: 1.503929 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262553999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 325 resid = 1.926606e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.192685(s) Flops=2135549952 => 1790.53979214965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257852.291465635 Mflops = 257.852291465635 Gflops = 0.257852291465635 Tflops
InvBiCGStab: k = 360 resid = 1.126649e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.317859(s) Flops=2365212672 => 1794.73879375563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258439.132862131 Mflops = 258.439132862131 Gflops = 0.258439132862131 Tflops
BICGSTAB_SOLVER: 685 iterations. Rsd = 0.002164923 Relative Rsd = 9.52532065646346e-07
BICGSTAB_SOLVER_TIME: 2.515168 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.489073999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 240 resid = 2.175999e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878837(s) Flops=1577797632 => 1795.32453913524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.205839942 Mflops = 258.492205839942 Gflops = 0.258492205839942 Tflops
InvBiCGStab: k = 276 resid = 6.336055e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.062862(s) Flops=1814022144 => 1706.73346492771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245767.335542834 Mflops = 245.767335542834 Gflops = 0.245767335542834 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.001838987 Relative Rsd = 8.08100846053377e-07
BICGSTAB_SOLVER_TIME: 1.947213 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368897999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 226 resid = 1.545869e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.021057(s) Flops=1485932544 => 1455.28853335318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209506.886712084 Mflops = 209.506886712084 Gflops = 0.209506886712084 Tflops
InvBiCGStab: k = 248 resid = 7.519761e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.066674(s) Flops=1630291968 => 1528.38821233104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220084.671540337 Mflops = 220.084671540337 Gflops = 0.220084671540337 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.001911448 Relative Rsd = 8.38164604645556e-07
BICGSTAB_SOLVER_TIME: 2.092928 sec
2Flav::invert,  n_count = 474
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337743000000003
MInvCG2: 338 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.358245(s) Flops=2180597760 => 1605.4524478279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231186.249431434 Mflops = 231.186249431434 Gflops = 0.231186249431434 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.242546000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0730034273719866
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 468.89611 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.057491 secs
Doing Update: 2728 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 265 resid = 1.895128e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.969416(s) Flops=1741842432 => 1796.79562953366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258756.247923796 Mflops = 258.756247923796 Gflops = 0.258756247923796 Tflops
InvBiCGStab: k = 271 resid = 1.053676e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9894(s) Flops=1781213184 => 1800.29632504548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259237.605187943 Mflops = 259.237605187943 Gflops = 0.259237605187943 Tflops
BICGSTAB_SOLVER: 536 iterations. Rsd = 0.002050045 Relative Rsd = 9.01313893744575e-07
BICGSTAB_SOLVER_TIME: 1.963615 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384901999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000371
InvBiCGStab: k = 246 resid = 2.143783e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904421(s) Flops=1617168384 => 1788.07036103761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257509.480899133 Mflops = 257.509480899133 Gflops = 0.257509480899133 Tflops
InvBiCGStab: k = 277 resid = 1.022789e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.097318(s) Flops=1820583936 => 1659.12154544079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238911.0985265 Mflops = 238.9110985265 Gflops = 0.2389110985265 Tflops
BICGSTAB_SOLVER: 523 iterations. Rsd = 0.002100276 Relative Rsd = 9.21867545024852e-07
BICGSTAB_SOLVER_TIME: 2.00663 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.375559999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
MInvCG2: 354 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.687892(s) Flops=2277107712 => 1349.08377550222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194270.161003175 Mflops = 194.270161003175 Gflops = 0.194270161003175 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252715000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 374 resid = 1.572902e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.407679(s) Flops=2457077760 => 1745.48157641053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251335.235458583 Mflops = 251.335235458583 Gflops = 0.251335235458583 Tflops
InvBiCGStab: k = 358 resid = 1.070527e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.313799(s) Flops=2352089088 => 1790.29599504947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257799.768493221 Mflops = 257.799768493221 Gflops = 0.257799768493221 Tflops
BICGSTAB_SOLVER: 732 iterations. Rsd = 0.002256769 Relative Rsd = 9.92201301491826e-07
BICGSTAB_SOLVER_TIME: 2.72618 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.522249999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 279 resid = 2.232094e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.055509(s) Flops=1833707520 => 1737.27322078732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250165.279345925 Mflops = 250.165279345925 Gflops = 0.250165279345925 Tflops
InvBiCGStab: k = 321 resid = 9.651977e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183715(s) Flops=2109302784 => 1781.93465825811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256595.703518442 Mflops = 256.595703518442 Gflops = 0.256595703518442 Tflops
BICGSTAB_SOLVER: 600 iterations. Rsd = 0.002184438 Relative Rsd = 9.58808404983027e-07
BICGSTAB_SOLVER_TIME: 2.243633 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428585999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 247 resid = 2.215661e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960011(s) Flops=1623730176 => 1691.36621976207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243564.149499766 Mflops = 243.564149499766 Gflops = 0.243564149499766 Tflops
InvBiCGStab: k = 236 resid = 1.021289e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.082541(s) Flops=1551550464 => 1433.24868434544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206384.986567658 Mflops = 206.384986567658 Gflops = 0.206384986567658 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.004559294 Relative Rsd = 2.00001376568559e-06
BICGSTAB_SOLVER_TIME: 2.047189 sec
2Flav::invert,  n_count = 483
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344434000000003
MInvCG2: 332 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.571304(s) Flops=2143143936 => 1363.92699057598 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196415.162972188 Mflops = 196.415162972188 Gflops = 0.196415162972188 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238007000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 2.010828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900862(s) Flops=1558112256 => 1729.57928739363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248994.530612316 Mflops = 248.994530612316 Gflops = 0.248994530612316 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 291 resid = 6.755203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.069575(s) Flops=1912449024 => 1788.04574153285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257474.243689032 Mflops = 257.474243689032 Gflops = 0.257474243689032 Tflops
BICGSTAB_SOLVER: 528 iterations. Rsd = 0.002301569 Relative Rsd = 1.0118978231826e-06
BICGSTAB_SOLVER_TIME: 1.97368 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.37623
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.893587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698447(s) Flops=1262831616 => 1808.05646813574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260273.99052366 Mflops = 260.27399052366 Gflops = 0.26027399052366 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.100927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793801(s) Flops=1433438208 => 1805.79037819302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260027.310789723 Mflops = 260.027310789723 Gflops = 0.260027310789723 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.00220125 Relative Rsd = 9.66187951510818e-07
BICGSTAB_SOLVER_TIME: 1.495608 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292295999999999
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880916(s) Flops=1411375104 => 1602.16763459853 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231023.470421601 Mflops = 231.023470421601 Gflops = 0.231023470421601 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156220000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.537339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.3e-05 s
InvBiCGStab: k = 182 resid = 1.777352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735674(s) Flops=1197213696 => 1627.3698621944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234111.118780496 Mflops = 234.111118780496 Gflops = 0.234111118780496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.2e-05 s
InvBiCGStab: k = 195 resid = 1.126966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728205(s) Flops=1282516992 => 1761.20322162029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253610.876846614 Mflops = 253.610876846614 Gflops = 0.253610876846614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.004576191 Relative Rsd = 2.00742612732426e-06
BICGSTAB_SOLVER_TIME: 1.467567 sec
2Flav::invert,  n_count = 377
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270346999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000109 s
InvBiCGStab: k = 118 resid = 1.943272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446758(s) Flops=777259008 => 1739.77636214684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250410.876234797 Mflops = 250.410876234797 Gflops = 0.250410876234797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000113 s
InvBiCGStab: k = 150 resid = 1.126909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.552203(s) Flops=987236352 => 1787.81417703272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257437.636683025 Mflops = 257.437636683025 Gflops = 0.257437636683025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 268 iterations. Rsd = 0.001605204 Relative Rsd = 7.04150762436864e-07
BICGSTAB_SOLVER_TIME: 1.003271 sec
2Flav::invert,  n_count = 268
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192946999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004746 s
InvBiCGStab: k = 97 resid = 2.257272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361509(s) Flops=639461376 => 1768.86709874443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254732.371870158 Mflops = 254.732371870158 Gflops = 0.254732371870158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007144 s
InvBiCGStab: k = 133 resid = 4.411815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.508844(s) Flops=875685888 => 1720.93193198701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247786.881130683 Mflops = 247.786881130683 Gflops = 0.247786881130683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 230 iterations. Rsd = 0.001429413 Relative Rsd = 6.27036728870244e-07
BICGSTAB_SOLVER_TIME: 0.885973 sec
2Flav::invert,  n_count = 230
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167513999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007308 s
InvBiCGStab: k = 92 resid = 7.144325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346173(s) Flops=606652416 => 1752.4544548535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252320.697365694 Mflops = 252.320697365694 Gflops = 0.252320697365694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011089 s
InvBiCGStab: k = 117 resid = 1.122107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43202(s) Flops=770697216 => 1783.93874357669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256850.763896911 Mflops = 256.850763896911 Gflops = 0.256850763896911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001398975 Relative Rsd = 6.13684693366328e-07
BICGSTAB_SOLVER_TIME: 0.800257 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153961999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010236 s
InvBiCGStab: k = 79 resid = 1.474745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301987(s) Flops=521349120 => 1726.39590445946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248561.702186915 Mflops = 248.561702186915 Gflops = 0.248561702186915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015199 s
InvBiCGStab: k = 114 resid = 1.053489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.492556(s) Flops=751011840 => 1524.72376744979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219531.759729263 Mflops = 219.531759729263 Gflops = 0.219531759729263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001316022 Relative Rsd = 5.77296058424582e-07
BICGSTAB_SOLVER_TIME: 0.823841 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143375
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.077383(s) Flops=1405108224 => 1304.18637012093 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187799.083638293 Mflops = 187.799083638293 Gflops = 0.187799083638293 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155452000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014516 s
InvBiCGStab: k = 34 resid = 1.583858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128748(s) Flops=226068480 => 1755.89896542082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252754.496644026 Mflops = 252.754496644026 Gflops = 0.252754496644026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.020196 s
InvBiCGStab: k = 57 resid = 1.060285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209354(s) Flops=376989696 => 1800.72841216313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.069863299 Mflops = 259.225069863299 Gflops = 0.259225069863299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007771204 Relative Rsd = 3.40897396060931e-07
BICGSTAB_SOLVER_TIME: 0.376541 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0716980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016333 s
InvBiCGStab: k = 86 resid = 2.081236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315014(s) Flops=567281664 => 1800.81413524478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259279.45992935 Mflops = 259.27945992935 Gflops = 0.25927945992935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024074 s
InvBiCGStab: k = 118 resid = 1.082584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430643(s) Flops=777259008 => 1804.88016291917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.010902955 Mflops = 259.873010902955 Gflops = 0.259873010902955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001348288 Relative Rsd = 5.91449957560448e-07
BICGSTAB_SOLVER_TIME: 0.789763 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153724999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020177 s
InvBiCGStab: k = 58 resid = 2.100553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212351(s) Flops=383551488 => 1806.21465403977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260038.5716569 Mflops = 260.0385716569 Gflops = 0.2600385716569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028759 s
InvBiCGStab: k = 98 resid = 1.082049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35764(s) Flops=646023168 => 1806.3504306006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260074.617780801 Mflops = 260.074617780801 Gflops = 0.260074617780801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001104678 Relative Rsd = 4.84586384921101e-07
BICGSTAB_SOLVER_TIME: 0.622523 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120228
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023978 s
InvBiCGStab: k = 79 resid = 1.915619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289359(s) Flops=521349120 => 1801.73804858325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.115729149 Mflops = 259.415115729149 Gflops = 0.259415115729149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033891 s
InvBiCGStab: k = 97 resid = 1.134991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354838(s) Flops=639461376 => 1802.12202751678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259460.689016427 Mflops = 259.460689016427 Gflops = 0.259460689016427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001209678 Relative Rsd = 5.30646306217835e-07
BICGSTAB_SOLVER_TIME: 0.705718 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135854
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027911 s
InvBiCGStab: k = 75 resid = 2.266355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279251(s) Flops=495101952 => 1772.96393567078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255264.453356545 Mflops = 255.264453356545 Gflops = 0.255264453356545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039067 s
InvBiCGStab: k = 103 resid = 9.106403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422366(s) Flops=678832128 => 1607.21300483467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231403.34632376 Mflops = 231.40334632376 Gflops = 0.23140334632376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001172202 Relative Rsd = 5.14206722937349e-07
BICGSTAB_SOLVER_TIME: 0.772265 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137937
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.044325(s) Flops=1404813312 => 1345.18786010102 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193708.421849209 Mflops = 193.708421849209 Gflops = 0.193708421849209 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155324000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.462578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031861 s
InvBiCGStab: k = 26 resid = 1.826908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096731(s) Flops=173574144 => 1794.40038870683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258314.545880977 Mflops = 258.314545880977 Gflops = 0.258314545880977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044783 s
InvBiCGStab: k = 55 resid = 7.639205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202254(s) Flops=363866112 => 1799.055207808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.644401289 Mflops = 258.985644401289 Gflops = 0.258985644401289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007591115 Relative Rsd = 3.32997491937598e-07
BICGSTAB_SOLVER_TIME: 0.379345 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036252 s
InvBiCGStab: k = 61 resid = 2.129948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223429(s) Flops=403236864 => 1804.76511106436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.224468513 Mflops = 259.828224468513 Gflops = 0.259828224468513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.05059 s
InvBiCGStab: k = 89 resid = 9.449448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326126(s) Flops=586967040 => 1799.81675794018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.72432347 Mflops = 259.12972432347 Gflops = 0.25912972432347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001092798 Relative Rsd = 4.79374781989536e-07
BICGSTAB_SOLVER_TIME: 0.640026 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040797 s
InvBiCGStab: k = 56 resid = 1.813796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205675(s) Flops=370427904 => 1801.03514768445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.9960689 Mflops = 259.2809960689 Gflops = 0.2592809960689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 83 resid = 9.088584e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303635(s) Flops=547596288 => 1803.46892815387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.255982766 Mflops = 259.647255982766 Gflops = 0.259647255982766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001043897 Relative Rsd = 4.57923729745999e-07
BICGSTAB_SOLVER_TIME: 0.610038 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041646 s
InvBiCGStab: k = 63 resid = 1.629038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230383(s) Flops=416360448 => 1807.25334768624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260173.618139005 Mflops = 260.173618139005 Gflops = 0.260173618139005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056598 s
InvBiCGStab: k = 91 resid = 4.378443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331654(s) Flops=600090624 => 1809.38756656033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260502.183696877 Mflops = 260.502183696877 Gflops = 0.260502183696877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001045877 Relative Rsd = 4.58792032340194e-07
BICGSTAB_SOLVER_TIME: 0.663852 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 54 resid = 2.010084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198352(s) Flops=357304320 => 1801.36484633379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.621129394 Mflops = 259.337621129394 Gflops = 0.259337621129394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 82 resid = 5.900286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313467(s) Flops=541034496 => 1725.96954703366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248495.056793171 Mflops = 248.495056793171 Gflops = 0.248495056793171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001039318 Relative Rsd = 4.55915036324834e-07
BICGSTAB_SOLVER_TIME: 0.613023 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111232
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03699(s) Flops=1392427008 => 1342.75837568347 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193384.375999695 Mflops = 193.384375999695 Gflops = 0.193384375999695 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154047000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.495412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04229 s
InvBiCGStab: k = 36 resid = 2.013042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132799(s) Flops=239192064 => 1801.1586231824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259304.874299417 Mflops = 259.304874299417 Gflops = 0.259304874299417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056675 s
InvBiCGStab: k = 43 resid = 1.08572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158956(s) Flops=285124608 => 1793.73290721961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258203.303015525 Mflops = 258.203303015525 Gflops = 0.258203303015525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000741975 Relative Rsd = 3.25480262959217e-07
BICGSTAB_SOLVER_TIME: 0.39435 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041253 s
InvBiCGStab: k = 59 resid = 1.403055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217654(s) Flops=390113280 => 1792.35520596911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258044.5312701 Mflops = 258.0445312701 Gflops = 0.2580445312701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055935 s
InvBiCGStab: k = 92 resid = 1.146526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337006(s) Flops=606652416 => 1800.12348741565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259175.025171285 Mflops = 259.175025171285 Gflops = 0.259175025171285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001152086 Relative Rsd = 5.0538280145594e-07
BICGSTAB_SOLVER_TIME: 0.655505 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 48 resid = 1.949292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17678(s) Flops=317933568 => 1798.47023418939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258906.170387385 Mflops = 258.906170387385 Gflops = 0.258906170387385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056926 s
InvBiCGStab: k = 79 resid = 7.917351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288258(s) Flops=521349120 => 1808.61977811544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260386.328179544 Mflops = 260.386328179544 Gflops = 0.260386328179544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00100873 Relative Rsd = 4.42496970399564e-07
BICGSTAB_SOLVER_TIME: 0.566627 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 55 resid = 2.039233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204717(s) Flops=363866112 => 1777.4103371972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255909.786597084 Mflops = 255.909786597084 Gflops = 0.255909786597084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060811 s
InvBiCGStab: k = 88 resid = 1.033653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341936(s) Flops=580405248 => 1697.40901221281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244385.196500155 Mflops = 244.385196500155 Gflops = 0.244385196500155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001116519 Relative Rsd = 4.89780573797227e-07
BICGSTAB_SOLVER_TIME: 0.652517 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041474 s
InvBiCGStab: k = 66 resid = 2.000439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243512(s) Flops=436045824 => 1790.65435789612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257807.622575833 Mflops = 257.807622575833 Gflops = 0.257807622575833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056783 s
InvBiCGStab: k = 93 resid = 1.151185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341134(s) Flops=613214208 => 1797.57575615447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258806.542861043 Mflops = 258.806542861043 Gflops = 0.258806542861043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001077599 Relative Rsd = 4.72707445731492e-07
BICGSTAB_SOLVER_TIME: 0.686522 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127686
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988832(s) Flops=1379745792 => 1395.32882430989 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200923.960089287 Mflops = 200.923960089287 Gflops = 0.200923960089287 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152801000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.491763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.942833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912657(s) Flops=1643415552 => 1800.6935267028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259249.860643206 Mflops = 259.249860643206 Gflops = 0.259249860643206 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.147971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983654(s) Flops=1715595264 => 1744.10439443138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251150.979609645 Mflops = 251.150979609646 Gflops = 0.251150979609645 Tflops
BICGSTAB_SOLVER: 511 iterations. Rsd = 0.002384324 Relative Rsd = 1.04828163118342e-06
BICGSTAB_SOLVER_TIME: 1.899659 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.11734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363982
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.186054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717784(s) Flops=1289078784 => 1795.91462612708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258582.013092159 Mflops = 258.582013092159 Gflops = 0.258582013092159 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.144869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824239(s) Flops=1236584448 => 1500.27412922708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216040.868913695 Mflops = 216.040868913695 Gflops = 0.216040868913695 Tflops
BICGSTAB_SOLVER: 384 iterations. Rsd = 0.001990299 Relative Rsd = 8.7359363285581e-07
BICGSTAB_SOLVER_TIME: 1.54602 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.128793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273756999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913072(s) Flops=1379745792 => 1511.10294916502 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217597.709441197 Mflops = 217.597709441197 Gflops = 0.217597709441197 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152637000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.539115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 28 resid = 1.678597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104155(s) Flops=186697728 => 1792.49894868225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258001.465250413 Mflops = 258.001465250413 Gflops = 0.258001465250413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 50 resid = 1.032312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198884(s) Flops=331057152 => 1664.57408338529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239630.575999476 Mflops = 239.630575999476 Gflops = 0.239630575999476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007261391 Relative Rsd = 3.18533561333794e-07
BICGSTAB_SOLVER_TIME: 0.404323 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 75 resid = 1.674407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278886(s) Flops=495101952 => 1775.28435274628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255609.873748588 Mflops = 255.609873748588 Gflops = 0.255609873748588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056878 s
InvBiCGStab: k = 111 resid = 1.14947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409104(s) Flops=731326464 => 1787.62970784935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257385.045037536 Mflops = 257.385045037536 Gflops = 0.257385045037536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.00126055 Relative Rsd = 5.52962137390391e-07
BICGSTAB_SOLVER_TIME: 0.789821 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 51 resid = 2.220433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186933(s) Flops=337618944 => 1806.09600231099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260018.428121667 Mflops = 260.018428121667 Gflops = 0.260018428121667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056674 s
InvBiCGStab: k = 73 resid = 1.088535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267264(s) Flops=481978368 => 1803.37931034483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259632.233402366 Mflops = 259.632233402366 Gflops = 0.259632233402366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001010342 Relative Rsd = 4.43204307883078e-07
BICGSTAB_SOLVER_TIME: 0.555799 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040824 s
InvBiCGStab: k = 60 resid = 2.157758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219846(s) Flops=396675072 => 1804.33154116973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.926662471 Mflops = 259.765926662471 Gflops = 0.259765926662471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 104 resid = 9.851959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380213(s) Flops=685393920 => 1802.65777340596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.155286336 Mflops = 259.538155286336 Gflops = 0.259538155286336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001122678 Relative Rsd = 4.92482254703144e-07
BICGSTAB_SOLVER_TIME: 0.701234 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 53 resid = 2.164345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19445(s) Flops=350742528 => 1803.76717922345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259679.818959454 Mflops = 259.679818959454 Gflops = 0.259679818959454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 85 resid = 1.090675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311407(s) Flops=560719872 => 1800.60137376488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259240.828795493 Mflops = 259.240828795493 Gflops = 0.259240828795493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001077238 Relative Rsd = 4.72549340407042e-07
BICGSTAB_SOLVER_TIME: 0.606937 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112562
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857819(s) Flops=1373331456 => 1600.95714363986 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230547.994054577 Mflops = 230.547994054577 Gflops = 0.230547994054577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152039000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.535441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042281 s
InvBiCGStab: k = 24 resid = 2.157117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119464(s) Flops=160450560 => 1343.08712248041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193325.497970655 Mflops = 193.325497970655 Gflops = 0.193325497970655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081651 s
InvBiCGStab: k = 53 resid = 8.764067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216472(s) Flops=350742528 => 1620.26741564729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233256.527361553 Mflops = 233.256527361553 Gflops = 0.233256527361553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007244109 Relative Rsd = 3.17775488178496e-07
BICGSTAB_SOLVER_TIME: 0.463495 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041537 s
InvBiCGStab: k = 75 resid = 1.980055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276254(s) Flops=495101952 => 1792.19831025071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258023.467579989 Mflops = 258.023467579989 Gflops = 0.258023467579989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 110 resid = 1.110348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403879(s) Flops=724764672 => 1794.50942485249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.529043384 Mflops = 258.371529043384 Gflops = 0.258371529043384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001270095 Relative Rsd = 5.57149528310594e-07
BICGSTAB_SOLVER_TIME: 0.781934 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 49 resid = 1.979841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180217(s) Flops=324495360 => 1800.58129921151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.612475799 Mflops = 259.210612475799 Gflops = 0.259210612475799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 75 resid = 1.008885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274593(s) Flops=495101952 => 1803.03923260972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.252466631 Mflops = 259.589252466631 Gflops = 0.259589252466631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001040072 Relative Rsd = 4.5624569910772e-07
BICGSTAB_SOLVER_TIME: 0.555854 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043432 s
InvBiCGStab: k = 58 resid = 1.811231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212625(s) Flops=383551488 => 1803.88706878307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.333231989 Mflops = 259.704333231989 Gflops = 0.259704333231989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 89 resid = 1.145325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32538(s) Flops=586967040 => 1803.94320486815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.910248687 Mflops = 259.720910248687 Gflops = 0.259720910248687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.0011197 Relative Rsd = 4.91175740936756e-07
BICGSTAB_SOLVER_TIME: 0.641177 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040654 s
InvBiCGStab: k = 53 resid = 1.482077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194526(s) Flops=350742528 => 1803.06245951698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.624037297 Mflops = 259.568624037297 Gflops = 0.259568624037297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 92 resid = 7.167329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335558(s) Flops=606652416 => 1807.89138092372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260291.336195705 Mflops = 260.291336195705 Gflops = 0.260291336195705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001086207 Relative Rsd = 4.76483589178247e-07
BICGSTAB_SOLVER_TIME: 0.630862 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11781
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886218(s) Flops=1385496576 => 1563.38121771393 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225125.874036634 Mflops = 225.125874036634 Gflops = 0.225125874036634 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153487000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.488029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044922 s
InvBiCGStab: k = 34 resid = 1.935776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14673(s) Flops=226068480 => 1540.71069310979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221789.817115572 Mflops = 221.789817115572 Gflops = 0.221789817115572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067912 s
InvBiCGStab: k = 49 resid = 1.148306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214895(s) Flops=324495360 => 1510.01819493241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217393.682886214 Mflops = 217.393682886214 Gflops = 0.217393682886214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007782015 Relative Rsd = 3.4137166096667e-07
BICGSTAB_SOLVER_TIME: 0.478098 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747070000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056549 s
InvBiCGStab: k = 44 resid = 2.224381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162034(s) Flops=291686400 => 1800.15552291494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259144.695197059 Mflops = 259.144695197059 Gflops = 0.259144695197059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056546 s
InvBiCGStab: k = 82 resid = 1.016538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301573(s) Flops=541034496 => 1794.04156207618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258292.808524234 Mflops = 258.292808524234 Gflops = 0.258292808524234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001040722 Relative Rsd = 4.56530860648977e-07
BICGSTAB_SOLVER_TIME: 0.580428 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 51 resid = 1.277763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187762(s) Flops=337618944 => 1798.12179248197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.410160643 Mflops = 258.863410160643 Gflops = 0.258863410160643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056822 s
InvBiCGStab: k = 82 resid = 7.47058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301368(s) Flops=541034496 => 1795.26192561918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258464.591506492 Mflops = 258.464591506492 Gflops = 0.258464591506492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001009483 Relative Rsd = 4.42827326776782e-07
BICGSTAB_SOLVER_TIME: 0.591007 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040788 s
InvBiCGStab: k = 57 resid = 2.163705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209019(s) Flops=376989696 => 1803.6144848076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.18220924 Mflops = 259.65718220924 Gflops = 0.25965718220924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 91 resid = 1.128901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33235(s) Flops=600090624 => 1805.59838724236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259967.128087506 Mflops = 259.967128087506 Gflops = 0.259967128087506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001103643 Relative Rsd = 4.84132036383752e-07
BICGSTAB_SOLVER_TIME: 0.641941 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04145 s
InvBiCGStab: k = 58 resid = 1.245467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212264(s) Flops=383551488 => 1806.95496174575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260129.295376662 Mflops = 260.129295376662 Gflops = 0.260129295376662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 76 resid = 1.113057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294322(s) Flops=501663744 => 1704.47246213331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245394.55899192 Mflops = 245.39455899192 Gflops = 0.24539455899192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001065519 Relative Rsd = 4.67408670387512e-07
BICGSTAB_SOLVER_TIME: 0.607945 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109784
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884043(s) Flops=1410490368 => 1595.49973021674 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229767.207829829 Mflops = 229.767207829829 Gflops = 0.229767207829829 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156312000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044189 s
InvBiCGStab: k = 28 resid = 2.074483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121375(s) Flops=186697728 => 1538.18931410917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221428.087648827 Mflops = 221.428087648827 Gflops = 0.221428087648827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063987 s
InvBiCGStab: k = 44 resid = 9.704287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202475(s) Flops=291686400 => 1440.60451907643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207390.018842731 Mflops = 207.390018842731 Gflops = 0.207390018842731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007788804 Relative Rsd = 3.41669487275518e-07
BICGSTAB_SOLVER_TIME: 0.436284 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048552 s
InvBiCGStab: k = 66 resid = 1.51544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279035(s) Flops=436045824 => 1562.69222140592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224999.278605121 Mflops = 224.999278605121 Gflops = 0.224999278605121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084331 s
InvBiCGStab: k = 91 resid = 1.091387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375221(s) Flops=600090624 => 1599.29914370464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230271.115418633 Mflops = 230.271115418633 Gflops = 0.230271115418633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001114857 Relative Rsd = 4.89051685781763e-07
BICGSTAB_SOLVER_TIME: 0.790857 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126402000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041979 s
InvBiCGStab: k = 51 resid = 2.24155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187478(s) Flops=337618944 => 1800.84566722495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259256.896826417 Mflops = 259.256896826417 Gflops = 0.259256896826417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056869 s
InvBiCGStab: k = 72 resid = 9.861241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26441(s) Flops=475416576 => 1798.0279717106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258857.220111974 Mflops = 258.857220111974 Gflops = 0.258857220111974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001008805 Relative Rsd = 4.42529806873602e-07
BICGSTAB_SOLVER_TIME: 0.554389 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 73 resid = 9.713993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275024(s) Flops=481978368 => 1752.4956658328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252319.505328938 Mflops = 252.319505328938 Gflops = 0.252319505328938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06038 s
InvBiCGStab: k = 81 resid = 1.094564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312626(s) Flops=534472704 => 1709.62333267227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246131.747725593 Mflops = 246.131747725593 Gflops = 0.246131747725593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001082332 Relative Rsd = 4.74783803737572e-07
BICGSTAB_SOLVER_TIME: 0.69261 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 50 resid = 2.073365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183668(s) Flops=331057152 => 1802.47594572816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.359406355 Mflops = 259.490359406355 Gflops = 0.259490359406355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056977 s
InvBiCGStab: k = 82 resid = 7.784138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301774(s) Flops=541034496 => 1792.84662031852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258112.809128828 Mflops = 258.112809128828 Gflops = 0.258112809128828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001058768 Relative Rsd = 4.64447208543134e-07
BICGSTAB_SOLVER_TIME: 0.587542 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108322
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880366(s) Flops=1410711552 => 1602.41485018731 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230739.946706308 Mflops = 230.739946706308 Gflops = 0.230739946706308 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.374624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 288 resid = 2.231076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.282135(s) Flops=1892763648 => 1476.25924571126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212541.781710089 Mflops = 212.541781710089 Gflops = 0.212541781710089 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 315 resid = 7.635629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.279278(s) Flops=2069932032 => 1618.04707968088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232996.478806729 Mflops = 232.996478806729 Gflops = 0.232996478806729 Tflops
BICGSTAB_SOLVER: 603 iterations. Rsd = 0.00380832 Relative Rsd = 1.67435177819853e-06
BICGSTAB_SOLVER_TIME: 2.564706 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429397000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.18613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.666575(s) Flops=1170966528 => 1756.69133705885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252942.903310769 Mflops = 252.942903310769 Gflops = 0.252942903310769 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 8.550339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867625(s) Flops=1564674048 => 1803.39898919464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259685.278717904 Mflops = 259.685278717904 Gflops = 0.259685278717904 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.001978177 Relative Rsd = 8.68278509110183e-07
BICGSTAB_SOLVER_TIME: 1.537541 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296596999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878893(s) Flops=1410711552 => 1605.10045250104 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231132.43998061 Mflops = 231.13243998061 Gflops = 0.23113243998061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156222000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051635 s
InvBiCGStab: k = 30 resid = 1.296966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149947(s) Flops=199821312 => 1332.61293657092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191909.975260513 Mflops = 191.909975260513 Gflops = 0.191909975260513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07203 s
InvBiCGStab: k = 54 resid = 1.034833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236185(s) Flops=357304320 => 1512.81546245528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217799.773638218 Mflops = 217.799773638218 Gflops = 0.217799773638218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007812487 Relative Rsd = 3.42708381225116e-07
BICGSTAB_SOLVER_TIME: 0.513642 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042086 s
InvBiCGStab: k = 80 resid = 2.162545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366684(s) Flops=527910912 => 1439.68897470301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207285.58924565 Mflops = 207.28558924565 Gflops = 0.20728558924565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065441 s
InvBiCGStab: k = 106 resid = 4.639153e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457084(s) Flops=698517504 => 1528.20379623877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220027.981533187 Mflops = 220.027981533187 Gflops = 0.220027981533187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001228599 Relative Rsd = 5.38946325075362e-07
BICGSTAB_SOLVER_TIME: 0.935171 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 54 resid = 1.899104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197883(s) Flops=357304320 => 1805.63423841361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259948.439658646 Mflops = 259.948439658646 Gflops = 0.259948439658646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 69 resid = 1.023558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252893(s) Flops=455731200 => 1802.07123170669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.131097895 Mflops = 259.445131097895 Gflops = 0.259445131097895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001011963 Relative Rsd = 4.43915271166992e-07
BICGSTAB_SOLVER_TIME: 0.551983 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046705 s
InvBiCGStab: k = 53 resid = 2.229166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234277(s) Flops=350742528 => 1497.1274516918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215332.740636418 Mflops = 215.332740636418 Gflops = 0.215332740636418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076691 s
InvBiCGStab: k = 94 resid = 1.143533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35016(s) Flops=619776000 => 1769.97943797121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254831.261249858 Mflops = 254.831261249858 Gflops = 0.254831261249858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001097801 Relative Rsd = 4.81569718988954e-07
BICGSTAB_SOLVER_TIME: 0.711819 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040908 s
InvBiCGStab: k = 57 resid = 2.033773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209369(s) Flops=376989696 => 1800.59940105746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259227.442268935 Mflops = 259.227442268935 Gflops = 0.259227442268935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055886 s
InvBiCGStab: k = 80 resid = 7.630723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293027(s) Flops=527910912 => 1801.57771126893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259372.391326887 Mflops = 259.372391326887 Gflops = 0.259372391326887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001069659 Relative Rsd = 4.69224379305739e-07
BICGSTAB_SOLVER_TIME: 0.602884 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111979
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91822(s) Flops=1404592128 => 1529.69019189301 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220279.441480677 Mflops = 220.279441480677 Gflops = 0.220279441480677 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155607000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 30 resid = 9.631211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110683(s) Flops=199821312 => 1805.34781312397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.828428669 Mflops = 259.869828428669 Gflops = 0.259869828428669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056697 s
InvBiCGStab: k = 52 resid = 7.700219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19114(s) Flops=344180736 => 1800.67351679397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259221.348474646 Mflops = 259.221348474646 Gflops = 0.259221348474646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007059218 Relative Rsd = 3.09664930158731e-07
BICGSTAB_SOLVER_TIME: 0.403406 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 71 resid = 1.615646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261155(s) Flops=468854784 => 1795.31230112385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258479.958234373 Mflops = 258.479958234373 Gflops = 0.258479958234373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057156 s
InvBiCGStab: k = 98 resid = 9.17874e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359473(s) Flops=646023168 => 1797.13961271083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258744.991914367 Mflops = 258.744991914367 Gflops = 0.258744991914367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001239534 Relative Rsd = 5.43743259003524e-07
BICGSTAB_SOLVER_TIME: 0.722634 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041402 s
InvBiCGStab: k = 51 resid = 2.180085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188291(s) Flops=337618944 => 1793.07000334588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258137.99820866 Mflops = 258.13799820866 Gflops = 0.25813799820866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 73 resid = 9.574152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266814(s) Flops=481978368 => 1806.42083249005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260078.380380445 Mflops = 260.078380380445 Gflops = 0.260078380380445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001059 Relative Rsd = 4.64548730954312e-07
BICGSTAB_SOLVER_TIME: 0.556428 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102783
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040958 s
InvBiCGStab: k = 58 resid = 2.068709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213597(s) Flops=383551488 => 1795.67825390806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258514.666337901 Mflops = 258.514666337901 Gflops = 0.258514666337901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056264 s
InvBiCGStab: k = 91 resid = 1.030699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333459(s) Flops=600090624 => 1799.59342527867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.527067685 Mflops = 259.102527067685 Gflops = 0.259102527067685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001122864 Relative Rsd = 4.92563758610709e-07
BICGSTAB_SOLVER_TIME: 0.647929 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042158 s
InvBiCGStab: k = 58 resid = 2.259212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212797(s) Flops=383551488 => 1802.4290192061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259498.883121076 Mflops = 259.498883121076 Gflops = 0.259498883121076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05695 s
InvBiCGStab: k = 88 resid = 1.102562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321796(s) Flops=580405248 => 1803.64345113053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259685.96079094 Mflops = 259.68596079094 Gflops = 0.25968596079094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001090753 Relative Rsd = 4.78477779397815e-07
BICGSTAB_SOLVER_TIME: 0.637388 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118496
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881028(s) Flops=1392279552 => 1580.28978874678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227564.64664709 Mflops = 227.56464664709 Gflops = 0.22756464664709 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154230000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 31 resid = 1.710401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131953(s) Flops=206383104 => 1564.06526566277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225153.92285429 Mflops = 225.15392285429 Gflops = 0.22515392285429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066937 s
InvBiCGStab: k = 50 resid = 1.075409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246236(s) Flops=331057152 => 1344.47096281616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193562.29281915 Mflops = 193.56229281915 Gflops = 0.19356229281915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007312359 Relative Rsd = 3.20769377956023e-07
BICGSTAB_SOLVER_TIME: 0.490044 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043727 s
InvBiCGStab: k = 55 resid = 1.610123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254976(s) Flops=363866112 => 1427.06024096386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205443.490734927 Mflops = 205.443490734927 Gflops = 0.205443490734927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069444 s
InvBiCGStab: k = 70 resid = 1.109934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309906(s) Flops=462292992 => 1491.72004414242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214764.932234338 Mflops = 214.764932234338 Gflops = 0.214764932234338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001082018 Relative Rsd = 4.74645870119568e-07
BICGSTAB_SOLVER_TIME: 0.68325 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041858 s
InvBiCGStab: k = 47 resid = 1.840044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224861(s) Flops=311371776 => 1384.73001543176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199355.230011097 Mflops = 199.355230011097 Gflops = 0.199355230011097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059885 s
InvBiCGStab: k = 70 resid = 1.094803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286899(s) Flops=462292992 => 1611.34403396317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231989.095577694 Mflops = 231.989095577694 Gflops = 0.231989095577694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009795406 Relative Rsd = 4.29692583958764e-07
BICGSTAB_SOLVER_TIME: 0.617147 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043127 s
InvBiCGStab: k = 59 resid = 2.132943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216859(s) Flops=390113280 => 1798.92593805191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258969.10341984 Mflops = 258.96910341984 Gflops = 0.25896910341984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 80 resid = 1.11731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293966(s) Flops=527910912 => 1795.8230271528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258546.172970115 Mflops = 258.546172970115 Gflops = 0.258546172970115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001066432 Relative Rsd = 4.67809091527375e-07
BICGSTAB_SOLVER_TIME: 0.614111 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041027 s
InvBiCGStab: k = 63 resid = 2.247059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233821(s) Flops=416360448 => 1780.68029817681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256365.487317362 Mflops = 256.365487317362 Gflops = 0.256365487317362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 74 resid = 1.085015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272448(s) Flops=488540160 => 1793.15010570825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258147.539669784 Mflops = 258.147539669784 Gflops = 0.258147539669784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001052796 Relative Rsd = 4.6182733795045e-07
BICGSTAB_SOLVER_TIME: 0.607661 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111943
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.869519(s) Flops=1392132096 => 1601.03700551684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230547.137840111 Mflops = 230.547137840111 Gflops = 0.230547137840111 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154182000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 26 resid = 2.231504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096483(s) Flops=173574144 => 1799.01271726625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258928.699152884 Mflops = 258.928699152884 Gflops = 0.258928699152884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 57 resid = 8.06403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209304(s) Flops=376989696 => 1801.15858273134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259295.740041673 Mflops = 259.295740041673 Gflops = 0.259295740041673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007100376 Relative Rsd = 3.11470374487095e-07
BICGSTAB_SOLVER_TIME: 0.406854 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041518 s
InvBiCGStab: k = 61 resid = 2.256268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223676(s) Flops=403236864 => 1802.77215257784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.910926381 Mflops = 259.529910926381 Gflops = 0.259529910926381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 95 resid = 6.679979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347499(s) Flops=626337792 => 1802.41609903913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.798541772 Mflops = 259.506798541772 Gflops = 0.259506798541772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001118866 Relative Rsd = 4.90809892569714e-07
BICGSTAB_SOLVER_TIME: 0.672505 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041448 s
InvBiCGStab: k = 48 resid = 2.185422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176059(s) Flops=317933568 => 1805.83536200933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.958310625 Mflops = 259.960958310625 Gflops = 0.259960958310625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 72 resid = 1.055444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263409(s) Flops=475416576 => 1804.86079063358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.623724755 Mflops = 259.836623724755 Gflops = 0.259836623724755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001011518 Relative Rsd = 4.43719937553936e-07
BICGSTAB_SOLVER_TIME: 0.540743 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998710000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043446 s
InvBiCGStab: k = 56 resid = 2.129992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252127(s) Flops=370427904 => 1469.21156401337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211518.511978677 Mflops = 211.518511978677 Gflops = 0.211518511978677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069906 s
InvBiCGStab: k = 85 resid = 1.112914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399178(s) Flops=560719872 => 1404.68631036781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202248.63356731 Mflops = 202.24863356731 Gflops = 0.20224863356731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001079794 Relative Rsd = 4.73670478744568e-07
BICGSTAB_SOLVER_TIME: 0.769221 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047942 s
InvBiCGStab: k = 48 resid = 2.14739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220899(s) Flops=317933568 => 1439.2711963386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207224.98330604 Mflops = 207.22498330604 Gflops = 0.20722498330604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061964 s
InvBiCGStab: k = 70 resid = 9.83244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295463(s) Flops=462292992 => 1564.63920017058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225265.863222906 Mflops = 225.265863222906 Gflops = 0.225265863222906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001009509 Relative Rsd = 4.42838868056926e-07
BICGSTAB_SOLVER_TIME: 0.629993 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983360000000002
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928164(s) Flops=1379672064 => 1486.45289410061 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214121.914072826 Mflops = 214.121914072826 Gflops = 0.214121914072826 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152508000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.566138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767333(s) Flops=1380943872 => 1799.66699203605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259110.441685024 Mflops = 259.110441685024 Gflops = 0.259110441685024 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 263 resid = 1.066707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959172(s) Flops=1728718848 => 1802.30328658468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259526.622566849 Mflops = 259.526622566849 Gflops = 0.259526622566849 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.002267279 Relative Rsd = 9.96822167460935e-07
BICGSTAB_SOLVER_TIME: 1.729888 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337144999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.212925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.648801(s) Flops=1151281152 => 1774.47499618527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255436.891732438 Mflops = 255.436891732438 Gflops = 0.255436891732438 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.077594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787492(s) Flops=1420314624 => 1803.59244792328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.752449295 Mflops = 259.709752449295 Gflops = 0.259709752449295 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001920986 Relative Rsd = 8.43186374495274e-07
BICGSTAB_SOLVER_TIME: 1.43965 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278839999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971452(s) Flops=1379672064 => 1420.21640183972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204526.40112273 Mflops = 204.52640112273 Gflops = 0.20452640112273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152611000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.5461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041572 s
InvBiCGStab: k = 34 resid = 1.277838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12584(s) Flops=226068480 => 1796.47552447552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258595.40799753 Mflops = 258.59540799753 Gflops = 0.25859540799753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 52 resid = 9.584963e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191923(s) Flops=344180736 => 1793.32719892874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258163.153948227 Mflops = 258.163153948227 Gflops = 0.258163153948227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007484362 Relative Rsd = 3.28314591985373e-07
BICGSTAB_SOLVER_TIME: 0.419378 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041713 s
InvBiCGStab: k = 83 resid = 2.269286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304871(s) Flops=547596288 => 1796.15735179797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.418728983 Mflops = 258.605418728983 Gflops = 0.258605418728983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057838 s
InvBiCGStab: k = 106 resid = 8.107156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3916(s) Flops=698517504 => 1783.75256384065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256819.154301266 Mflops = 256.819154301266 Gflops = 0.256819154301266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001263102 Relative Rsd = 5.54081641564357e-07
BICGSTAB_SOLVER_TIME: 0.799743 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149378999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 53 resid = 2.270283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195609(s) Flops=350742528 => 1793.07970492155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258130.312114549 Mflops = 258.130312114549 Gflops = 0.258130312114549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 76 resid = 1.060456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277397(s) Flops=501663744 => 1808.46852705689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260382.677571372 Mflops = 260.382677571372 Gflops = 0.260382677571372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001039502 Relative Rsd = 4.55995621015397e-07
BICGSTAB_SOLVER_TIME: 0.574063 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 60 resid = 1.316798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220525(s) Flops=396675072 => 1798.77597551298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.114211694 Mflops = 258.976114211694 Gflops = 0.258976114211694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 86 resid = 6.795926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31477(s) Flops=567281664 => 1802.21007084538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259468.906048821 Mflops = 259.468906048821 Gflops = 0.259468906048821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00107503 Relative Rsd = 4.71580689956728e-07
BICGSTAB_SOLVER_TIME: 0.636471 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 61 resid = 2.162418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222972(s) Flops=403236864 => 1808.46413002529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260378.490229647 Mflops = 260.378490229647 Gflops = 0.260378490229647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 78 resid = 1.063515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286031(s) Flops=514787328 => 1799.76061336009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259116.534204166 Mflops = 259.116534204166 Gflops = 0.259116534204166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001078494 Relative Rsd = 4.73100155662055e-07
BICGSTAB_SOLVER_TIME: 0.610106 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113462
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867249(s) Flops=1373110272 => 1583.29415427403 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228161.134286927 Mflops = 228.161134286927 Gflops = 0.228161134286927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151873000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 26 resid = 2.204914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105634(s) Flops=173574144 => 1643.16549595774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236521.169425734 Mflops = 236.521169425734 Gflops = 0.236521169425734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059829 s
InvBiCGStab: k = 52 resid = 8.776038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243125(s) Flops=344180736 => 1415.65341285347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203789.556122821 Mflops = 203.789556122821 Gflops = 0.203789556122821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007613044 Relative Rsd = 3.33959452530838e-07
BICGSTAB_SOLVER_TIME: 0.454617 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050725 s
InvBiCGStab: k = 74 resid = 2.065452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33311(s) Flops=488540160 => 1466.60310407973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211147.621545728 Mflops = 211.147621545728 Gflops = 0.211147621545728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064483 s
InvBiCGStab: k = 101 resid = 8.34011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449345(s) Flops=665708544 => 1481.5087382746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213306.962867135 Mflops = 213.306962867135 Gflops = 0.213306962867135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001260962 Relative Rsd = 5.53142916734239e-07
BICGSTAB_SOLVER_TIME: 0.902571 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.07443 s
InvBiCGStab: k = 58 resid = 1.84318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240522(s) Flops=383551488 => 1594.66280839175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229568.768336179 Mflops = 229.568768336179 Gflops = 0.229568768336179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055931 s
InvBiCGStab: k = 71 resid = 1.148975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260806(s) Flops=468854784 => 1797.71471515226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258816.51783149 Mflops = 258.81651783149 Gflops = 0.25881651783149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001087193 Relative Rsd = 4.76916285048423e-07
BICGSTAB_SOLVER_TIME: 0.635478 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 62 resid = 1.190711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227722(s) Flops=409798656 => 1799.55672267062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259079.433356665 Mflops = 259.079433356665 Gflops = 0.259079433356665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 84 resid = 1.082273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309892(s) Flops=554158080 => 1788.229705833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257457.583820678 Mflops = 257.457583820678 Gflops = 0.257457583820678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001112262 Relative Rsd = 4.87913082321187e-07
BICGSTAB_SOLVER_TIME: 0.638167 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 55 resid = 2.101223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202609(s) Flops=363866112 => 1795.90300529591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258557.25047326 Mflops = 258.55725047326 Gflops = 0.25855725047326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 74 resid = 1.137806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270674(s) Flops=488540160 => 1804.90242875193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259847.249851719 Mflops = 259.847249851719 Gflops = 0.259847249851719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001073003 Relative Rsd = 4.70691500709528e-07
BICGSTAB_SOLVER_TIME: 0.574635 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106413
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847366(s) Flops=1354383360 => 1598.34517788063 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230162.731876475 Mflops = 230.162731876475 Gflops = 0.230162731876475 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149986000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 27 resid = 1.868484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100531(s) Flops=180135936 => 1791.84466482975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257898.949894058 Mflops = 257.898949894058 Gflops = 0.257898949894058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 55 resid = 1.009181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201469(s) Flops=363866112 => 1806.06501248331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260005.528045753 Mflops = 260.005528045753 Gflops = 0.260005528045753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007414144 Relative Rsd = 3.25234372411017e-07
BICGSTAB_SOLVER_TIME: 0.402723 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040918 s
InvBiCGStab: k = 52 resid = 2.156238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191197(s) Flops=344180736 => 1800.13669670549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.859186496 Mflops = 259.154859186496 Gflops = 0.259154859186496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055991 s
InvBiCGStab: k = 70 resid = 1.093994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256502(s) Flops=462292992 => 1802.29780664478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259474.909640662 Mflops = 259.474909640662 Gflops = 0.259474909640662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001054061 Relative Rsd = 4.62382289681975e-07
BICGSTAB_SOLVER_TIME: 0.548244 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 53 resid = 1.89652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194675(s) Flops=350742528 => 1801.68243482728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259382.183931535 Mflops = 259.382183931535 Gflops = 0.259382183931535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 66 resid = 8.625008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241825(s) Flops=436045824 => 1803.14617595369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.034119337 Mflops = 259.597034119337 Gflops = 0.259597034119337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001032058 Relative Rsd = 4.52730460086875e-07
BICGSTAB_SOLVER_TIME: 0.53728 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992010000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044457 s
InvBiCGStab: k = 56 resid = 2.268087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235181(s) Flops=370427904 => 1575.07580969551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226761.260525359 Mflops = 226.761260525359 Gflops = 0.226761260525359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079022 s
InvBiCGStab: k = 78 resid = 9.20818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333574(s) Flops=514787328 => 1543.24775911792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222195.528624569 Mflops = 222.195528624569 Gflops = 0.222195528624569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001068946 Relative Rsd = 4.68911692322015e-07
BICGSTAB_SOLVER_TIME: 0.695952 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043233 s
InvBiCGStab: k = 59 resid = 1.016913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273961(s) Flops=390113280 => 1423.97377728947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205020.829375677 Mflops = 205.020829375677 Gflops = 0.205020829375677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067272 s
InvBiCGStab: k = 65 resid = 7.236405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28408(s) Flops=429484032 => 1511.84184736694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217654.445994604 Mflops = 217.654445994604 Gflops = 0.217654445994604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001018814 Relative Rsd = 4.4692060008944e-07
BICGSTAB_SOLVER_TIME: 0.672167 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102551
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86533(s) Flops=1341849600 => 1550.67962511412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223297.602733298 Mflops = 223.297602733298 Gflops = 0.223297602733298 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148478000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 31 resid = 1.703893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114532(s) Flops=206383104 => 1801.9689169839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259368.50264748 Mflops = 259.36850264748 Gflops = 0.25936850264748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 46 resid = 1.027294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169482(s) Flops=304809984 => 1798.47998017489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.662848374 Mflops = 258.887662848374 Gflops = 0.258887662848374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007420754 Relative Rsd = 3.25524308773926e-07
BICGSTAB_SOLVER_TIME: 0.385424 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 59 resid = 1.978513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216756(s) Flops=390113280 => 1799.7807673144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259112.470465967 Mflops = 259.112470465967 Gflops = 0.259112470465967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056154 s
InvBiCGStab: k = 82 resid = 9.011234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299889(s) Flops=541034496 => 1804.11584286186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259740.744211894 Mflops = 259.740744211894 Gflops = 0.259740744211894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00110435 Relative Rsd = 4.84442221054524e-07
BICGSTAB_SOLVER_TIME: 0.617175 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041405 s
InvBiCGStab: k = 49 resid = 2.034172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180131(s) Flops=324495360 => 1801.44095130766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.032303332 Mflops = 259.335032303332 Gflops = 0.259335032303332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056478 s
InvBiCGStab: k = 66 resid = 1.021711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242199(s) Flops=436045824 => 1800.36178514362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259200.504868039 Mflops = 259.200504868039 Gflops = 0.259200504868039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001006935 Relative Rsd = 4.41709507833988e-07
BICGSTAB_SOLVER_TIME: 0.523779 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962120000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040748 s
InvBiCGStab: k = 60 resid = 2.221495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220075(s) Flops=396675072 => 1802.45403612405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.857766205 Mflops = 259.502857766205 Gflops = 0.259502857766205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 73 resid = 1.051215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27455(s) Flops=481978368 => 1755.52128209798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252734.290137418 Mflops = 252.734290137418 Gflops = 0.252734290137418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001050605 Relative Rsd = 4.60866041236157e-07
BICGSTAB_SOLVER_TIME: 0.596302 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040735 s
InvBiCGStab: k = 55 resid = 1.997399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201693(s) Flops=363866112 => 1804.05919888147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.055671106 Mflops = 259.724055671106 Gflops = 0.259724055671106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055935 s
InvBiCGStab: k = 65 resid = 9.769531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238823(s) Flops=429484032 => 1798.33614015401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258900.855778474 Mflops = 258.900855778474 Gflops = 0.258900855778474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001006456 Relative Rsd = 4.41499415681278e-07
BICGSTAB_SOLVER_TIME: 0.540818 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998110000000002
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855611(s) Flops=1329242112 => 1553.55893273929 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223767.175163799 Mflops = 223.767175163799 Gflops = 0.223767175163799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147130000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.562485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021156
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.048716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.702476(s) Flops=1262831616 => 1797.6864917805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258857.093286391 Mflops = 258.857093286391 Gflops = 0.258857093286392 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 277 resid = 9.067162e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.01109(s) Flops=1820583936 => 1800.61511438151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259284.979176479 Mflops = 259.284979176479 Gflops = 0.259284979176479 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002183141 Relative Rsd = 9.59846593996594e-07
BICGSTAB_SOLVER_TIME: 1.716968 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.114437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334282999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.179138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.689213(s) Flops=1243146240 => 1803.71850211763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259669.917381852 Mflops = 259.669917381852 Gflops = 0.259669917381852 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.028361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748826(s) Flops=1348134912 => 1800.33133464917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.644230928 Mflops = 259.242644230928 Gflops = 0.259242644230928 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.001872798 Relative Rsd = 8.22061035287381e-07
BICGSTAB_SOLVER_TIME: 1.441624 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.114401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282879999999998
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.832005(s) Flops=1329242112 => 1597.63716804587 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230073.391766676 Mflops = 230.073391766676 Gflops = 0.230073391766676 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147500000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 27 resid = 2.096121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100339(s) Flops=180135936 => 1795.27338323085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258389.912350569 Mflops = 258.389912350569 Gflops = 0.258389912350569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 53 resid = 8.747093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193989(s) Flops=350742528 => 1808.05369376614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260272.541228207 Mflops = 260.272541228207 Gflops = 0.260272541228207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000816769 Relative Rsd = 3.58289977568881e-07
BICGSTAB_SOLVER_TIME: 0.395882 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056653 s
InvBiCGStab: k = 75 resid = 1.781409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342167(s) Flops=495101952 => 1446.95996983929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208331.569083931 Mflops = 208.331569083931 Gflops = 0.208331569083931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070749 s
InvBiCGStab: k = 92 resid = 1.081169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420683(s) Flops=606652416 => 1442.06544119919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207627.896297122 Mflops = 207.627896297122 Gflops = 0.207627896297122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001249088 Relative Rsd = 5.47934122521293e-07
BICGSTAB_SOLVER_TIME: 0.894457 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048049 s
InvBiCGStab: k = 52 resid = 1.968743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235863(s) Flops=344180736 => 1459.24005036822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210044.360656989 Mflops = 210.044360656989 Gflops = 0.210044360656989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06875 s
InvBiCGStab: k = 69 resid = 9.776995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314066(s) Flops=455731200 => 1451.06824680163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208904.467292923 Mflops = 208.904467292923 Gflops = 0.208904467292923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001012568 Relative Rsd = 4.44180720610304e-07
BICGSTAB_SOLVER_TIME: 0.672083 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 67 resid = 2.03795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246664(s) Flops=442607616 => 1794.37459864431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258334.892921427 Mflops = 258.334892921427 Gflops = 0.258334892921427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056884 s
InvBiCGStab: k = 77 resid = 8.424606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28324(s) Flops=508225536 => 1794.32825872052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258334.562311569 Mflops = 258.334562311569 Gflops = 0.258334562311569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001103493 Relative Rsd = 4.84066363435676e-07
BICGSTAB_SOLVER_TIME: 0.631387 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 50 resid = 1.928875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184312(s) Flops=331057152 => 1796.17795911281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258574.190396092 Mflops = 258.574190396092 Gflops = 0.258574190396092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 71 resid = 9.431249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262271(s) Flops=468854784 => 1787.67299472683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257371.122917126 Mflops = 257.371122917126 Gflops = 0.257371122917126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001059336 Relative Rsd = 4.64696112080398e-07
BICGSTAB_SOLVER_TIME: 0.548037 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100515
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82911(s) Flops=1316855808 => 1588.2763541629 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228834.860787929 Mflops = 228.834860787929 Gflops = 0.228834860787929 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145604000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040802 s
InvBiCGStab: k = 27 resid = 2.115833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099835(s) Flops=180135936 => 1804.33651525016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259702.034879213 Mflops = 259.702034879213 Gflops = 0.259702034879213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 52 resid = 9.831336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190883(s) Flops=344180736 => 1803.09789766506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.98369509 Mflops = 259.56898369509 Gflops = 0.25956898369509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007360947 Relative Rsd = 3.22900761313232e-07
BICGSTAB_SOLVER_TIME: 0.391541 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 82 resid = 1.62116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299932(s) Flops=541034496 => 1803.85719429737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.612113835 Mflops = 259.717612113835 Gflops = 0.259717612113835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062832 s
InvBiCGStab: k = 96 resid = 1.139161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356633(s) Flops=632899584 => 1774.65232886469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255510.521197431 Mflops = 255.510521197431 Gflops = 0.255510521197431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001271011 Relative Rsd = 5.57551124005516e-07
BICGSTAB_SOLVER_TIME: 0.764327 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 51 resid = 1.848187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187276(s) Flops=337618944 => 1802.78809884876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.807967235 Mflops = 259.527807967235 Gflops = 0.259527807967235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056228 s
InvBiCGStab: k = 66 resid = 1.021934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242031(s) Flops=436045824 => 1801.61146299441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259373.266195486 Mflops = 259.373266195486 Gflops = 0.259373266195486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001003991 Relative Rsd = 4.40418161148143e-07
BICGSTAB_SOLVER_TIME: 0.53001 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 57 resid = 2.028072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209001(s) Flops=376989696 => 1803.76981928316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.919949378 Mflops = 259.666919949378 Gflops = 0.259666919949378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056926 s
InvBiCGStab: k = 75 resid = 1.140666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315556(s) Flops=495101952 => 1568.98284931993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225888.019830559 Mflops = 225.888019830559 Gflops = 0.225888019830559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001108869 Relative Rsd = 4.86424563588281e-07
BICGSTAB_SOLVER_TIME: 0.626793 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057323 s
InvBiCGStab: k = 54 resid = 1.449571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258997(s) Flops=357304320 => 1379.56933864099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198618.288452516 Mflops = 198.618288452516 Gflops = 0.198618288452516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06851 s
InvBiCGStab: k = 68 resid = 1.072564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295079(s) Flops=449169408 => 1522.20052257192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219148.85912839 Mflops = 219.14885912839 Gflops = 0.21914885912839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00103551 Relative Rsd = 4.54244563693021e-07
BICGSTAB_SOLVER_TIME: 0.68499 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101195
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914256(s) Flops=1310662656 => 1433.58387147582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206475.660789143 Mflops = 206.475660789143 Gflops = 0.206475660789143 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144749000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 27 resid = 2.232203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099903(s) Flops=180135936 => 1803.10837512387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.615041804 Mflops = 259.515615041804 Gflops = 0.259515615041804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 55 resid = 5.992699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201278(s) Flops=363866112 => 1807.77885312851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260244.086097503 Mflops = 260.244086097503 Gflops = 0.260244086097503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007841108 Relative Rsd = 3.43963878447858e-07
BICGSTAB_SOLVER_TIME: 0.402878 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 54 resid = 1.761784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198502(s) Flops=357304320 => 1800.00362716748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259131.678907326 Mflops = 259.131678907326 Gflops = 0.259131678907326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 76 resid = 8.772772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280327(s) Flops=501663744 => 1789.56627081944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257646.999310377 Mflops = 257.646999310377 Gflops = 0.257646999310377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001062106 Relative Rsd = 4.6591136802547e-07
BICGSTAB_SOLVER_TIME: 0.579993 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042186 s
InvBiCGStab: k = 50 resid = 2.206295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184303(s) Flops=331057152 => 1796.26567120448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258578.953506449 Mflops = 258.578953506449 Gflops = 0.258578953506449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056849 s
InvBiCGStab: k = 70 resid = 8.9125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255949(s) Flops=462292992 => 1806.19182727809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260032.648545124 Mflops = 260.032648545124 Gflops = 0.260032648545124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001002984 Relative Rsd = 4.39976579513608e-07
BICGSTAB_SOLVER_TIME: 0.542855 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041198 s
InvBiCGStab: k = 62 resid = 1.860889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227578(s) Flops=409798656 => 1800.695392349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.776985706 Mflops = 259.251776985706 Gflops = 0.259251776985706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056112 s
InvBiCGStab: k = 74 resid = 1.030027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271319(s) Flops=488540160 => 1800.6116785039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259232.353750021 Mflops = 259.232353750021 Gflops = 0.259232353750021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001035782 Relative Rsd = 4.54363959768139e-07
BICGSTAB_SOLVER_TIME: 0.599786 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 54 resid = 2.125071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207959(s) Flops=357304320 => 1718.14790415418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247348.731543151 Mflops = 247.348731543151 Gflops = 0.247348731543151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 80 resid = 8.367866e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292888(s) Flops=527910912 => 1802.43271148016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.494629443 Mflops = 259.499494629443 Gflops = 0.259499494629443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001024153 Relative Rsd = 4.49262356471221e-07
BICGSTAB_SOLVER_TIME: 0.601737 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109858
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.822263(s) Flops=1310588928 => 1593.88045917182 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229512.201695362 Mflops = 229.512201695362 Gflops = 0.229512201695362 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144911000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.522388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042286 s
InvBiCGStab: k = 28 resid = 1.939082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126465(s) Flops=186697728 => 1476.27982445736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212509.914788294 Mflops = 212.509914788294 Gflops = 0.212509914788294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059894 s
InvBiCGStab: k = 52 resid = 8.946316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251125(s) Flops=344180736 => 1370.55544449975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197315.634225232 Mflops = 197.315634225232 Gflops = 0.197315634225232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007498685 Relative Rsd = 3.28942876806662e-07
BICGSTAB_SOLVER_TIME: 0.483484 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067611 s
InvBiCGStab: k = 63 resid = 1.653985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275256(s) Flops=416360448 => 1512.62987182841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217788.069325467 Mflops = 217.788069325467 Gflops = 0.217788069325467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 75 resid = 1.132772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276591(s) Flops=495101952 => 1790.01468594423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257705.998047548 Mflops = 257.705998047548 Gflops = 0.257705998047548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001099265 Relative Rsd = 4.82211945268116e-07
BICGSTAB_SOLVER_TIME: 0.679553 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041543 s
InvBiCGStab: k = 52 resid = 2.149594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192095(s) Flops=344180736 => 1791.72147114709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257955.492718734 Mflops = 257.955492718734 Gflops = 0.257955492718734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 69 resid = 1.093971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253531(s) Flops=455731200 => 1797.53639594369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.590988831 Mflops = 258.787590988831 Gflops = 0.258787590988831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001023953 Relative Rsd = 4.49174724450304e-07
BICGSTAB_SOLVER_TIME: 0.547153 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 57 resid = 1.59017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211045(s) Flops=376989696 => 1786.30005922907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257170.605090866 Mflops = 257.170605090866 Gflops = 0.257170605090866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 71 resid = 1.127499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260676(s) Flops=468854784 => 1798.61124154122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258948.70847113 Mflops = 258.94870847113 Gflops = 0.258948708471129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001091906 Relative Rsd = 4.78983399816866e-07
BICGSTAB_SOLVER_TIME: 0.57322 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041945 s
InvBiCGStab: k = 52 resid = 2.116255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192159(s) Flops=344180736 => 1791.12472483724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257843.240341787 Mflops = 257.843240341787 Gflops = 0.257843240341787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057127 s
InvBiCGStab: k = 71 resid = 1.136589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261101(s) Flops=468854784 => 1795.68360136499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258509.546202021 Mflops = 258.509546202021 Gflops = 0.258509546202021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001020881 Relative Rsd = 4.478273055273e-07
BICGSTAB_SOLVER_TIME: 0.555991 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102006
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.821647(s) Flops=1310294016 => 1594.7164853033 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229643.883094883 Mflops = 229.643883094883 Gflops = 0.229643883094883 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144888000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.782813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769431(s) Flops=1387505664 => 1803.2879673421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259682.566201716 Mflops = 259.682566201716 Gflops = 0.259682566201716 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.140402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907197(s) Flops=1485932544 => 1637.93811487472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235862.714825668 Mflops = 235.862714825668 Gflops = 0.235862714825668 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002007355 Relative Rsd = 8.82584099751199e-07
BICGSTAB_SOLVER_TIME: 1.680326 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.125255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311706999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.97085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821746(s) Flops=1190651904 => 1448.92935773341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208579.600156783 Mflops = 208.579600156783 Gflops = 0.208579600156783 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 7.726589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767116(s) Flops=1216899072 => 1586.32993184864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228428.269821701 Mflops = 228.428269821701 Gflops = 0.228428269821701 Tflops
BICGSTAB_SOLVER: 366 iterations. Rsd = 0.001872521 Relative Rsd = 8.21973851386313e-07
BICGSTAB_SOLVER_TIME: 1.592178 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261216999999997
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.823771(s) Flops=1310294016 => 1590.60468989561 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229056.380771566 Mflops = 229.056380771566 Gflops = 0.229056380771566 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 29 resid = 1.614546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10737(s) Flops=193259520 => 1799.93964794635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259079.945202191 Mflops = 259.079945202191 Gflops = 0.259079945202191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 52 resid = 9.299982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19129(s) Flops=344180736 => 1799.26151915939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259026.113818106 Mflops = 259.026113818106 Gflops = 0.259026113818106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007324031 Relative Rsd = 3.21281407360287e-07
BICGSTAB_SOLVER_TIME: 0.399577 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 76 resid = 1.698738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279292(s) Flops=501663744 => 1796.19804362459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258613.023706338 Mflops = 258.613023706338 Gflops = 0.258613023706338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 105 resid = 1.110122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384452(s) Flops=691955712 => 1799.84942723669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259137.70173825 Mflops = 259.13770173825 Gflops = 0.25913770173825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001299451 Relative Rsd = 5.7002689036788e-07
BICGSTAB_SOLVER_TIME: 0.764796 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040794 s
InvBiCGStab: k = 49 resid = 2.029973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179908(s) Flops=324495360 => 1803.67387775974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.117834997 Mflops = 259.648117834997 Gflops = 0.259648117834997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 70 resid = 1.066649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268779(s) Flops=462292992 => 1719.97437299789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247621.020174145 Mflops = 247.621020174145 Gflops = 0.247621020174145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001026032 Relative Rsd = 4.50086638784513e-07
BICGSTAB_SOLVER_TIME: 0.549517 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040622 s
InvBiCGStab: k = 63 resid = 1.504386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231392(s) Flops=416360448 => 1799.37270087125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.455003366 Mflops = 259.063455003366 Gflops = 0.259063455003366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056687 s
InvBiCGStab: k = 81 resid = 6.7097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296755(s) Flops=534472704 => 1801.05711445468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.278855382 Mflops = 259.302278855382 Gflops = 0.259302278855382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00109696 Relative Rsd = 4.81200602294792e-07
BICGSTAB_SOLVER_TIME: 0.629178 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040588 s
InvBiCGStab: k = 55 resid = 1.743263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202277(s) Flops=363866112 => 1798.8506454021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258949.521774319 Mflops = 258.949521774319 Gflops = 0.258949521774319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 84 resid = 4.375659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309957(s) Flops=554158080 => 1787.85470242647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257401.314174808 Mflops = 257.401314174808 Gflops = 0.257401314174808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001079713 Relative Rsd = 4.73634833551911e-07
BICGSTAB_SOLVER_TIME: 0.617685 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113415
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966248(s) Flops=1304248320 => 1349.80700606884 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194403.003856827 Mflops = 194.403003856827 Gflops = 0.194403003856827 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144021000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 32 resid = 1.599588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118465(s) Flops=212944896 => 1797.53425906386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258739.778372756 Mflops = 258.739778372756 Gflops = 0.258739778372756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 47 resid = 1.096201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173537(s) Flops=311371776 => 1794.26736661346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258285.674959166 Mflops = 258.285674959166 Gflops = 0.258285674959166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007552522 Relative Rsd = 3.31304549556832e-07
BICGSTAB_SOLVER_TIME: 0.393357 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 79 resid = 2.032451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289387(s) Flops=521349120 => 1801.5637191719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259390.877962818 Mflops = 259.390877962818 Gflops = 0.259390877962818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 105 resid = 1.006628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383758(s) Flops=691955712 => 1803.1043313755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.370296702 Mflops = 259.597370296702 Gflops = 0.259597370296702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001309239 Relative Rsd = 5.7432060405472e-07
BICGSTAB_SOLVER_TIME: 0.774407 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145973
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041671 s
InvBiCGStab: k = 51 resid = 2.123484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187904(s) Flops=337618944 => 1796.76294277929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258677.813427279 Mflops = 258.677813427279 Gflops = 0.258677813427279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057102 s
InvBiCGStab: k = 74 resid = 9.216508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271659(s) Flops=488540160 => 1798.35808863318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258916.572040882 Mflops = 258.916572040882 Gflops = 0.258916572040882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0010528 Relative Rsd = 4.61829023181621e-07
BICGSTAB_SOLVER_TIME: 0.56204 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042901 s
InvBiCGStab: k = 63 resid = 1.851907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230773(s) Flops=416360448 => 1804.19913941406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.702951308 Mflops = 259.747702951308 Gflops = 0.259747702951308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 82 resid = 8.818893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300013(s) Flops=541034496 => 1803.37017395913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.094071866 Mflops = 259.637094071866 Gflops = 0.259637094071866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001111221 Relative Rsd = 4.87456282538497e-07
BICGSTAB_SOLVER_TIME: 0.633346 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042038 s
InvBiCGStab: k = 55 resid = 2.151315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201653(s) Flops=363866112 => 1804.41705305649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.9401599 Mflops = 259.7919401599 Gflops = 0.2597919401599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056109 s
InvBiCGStab: k = 74 resid = 5.849088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270871(s) Flops=488540160 => 1803.58975305588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.338212062 Mflops = 259.661338212063 Gflops = 0.259661338212062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001054478 Relative Rsd = 4.6256536706833e-07
BICGSTAB_SOLVER_TIME: 0.57425 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106323
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.824014(s) Flops=1303953408 => 1582.44084202453 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227879.194419965 Mflops = 227.879194419965 Gflops = 0.227879194419965 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144200000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044915 s
InvBiCGStab: k = 32 resid = 1.923267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133847(s) Flops=212944896 => 1590.95755601545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229003.905951044 Mflops = 229.003905951044 Gflops = 0.229003905951044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069261 s
InvBiCGStab: k = 59 resid = 7.045071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279352(s) Flops=390113280 => 1396.49359947307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201057.727474838 Mflops = 201.057727474838 Gflops = 0.201057727474838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007730178 Relative Rsd = 3.39097722372639e-07
BICGSTAB_SOLVER_TIME: 0.531103 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0790850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065111 s
InvBiCGStab: k = 48 resid = 2.055852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198089(s) Flops=317933568 => 1605.00364987455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231040.742114807 Mflops = 231.040742114807 Gflops = 0.231040742114807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069615 s
InvBiCGStab: k = 70 resid = 1.137012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315057(s) Flops=462292992 => 1467.33128291071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211260.380176158 Mflops = 211.260380176158 Gflops = 0.211260380176158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001054511 Relative Rsd = 4.62579717067093e-07
BICGSTAB_SOLVER_TIME: 0.651526 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984800000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 52 resid = 2.065189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191383(s) Flops=344180736 => 1798.38719217485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258907.339194114 Mflops = 258.907339194114 Gflops = 0.258907339194114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 61 resid = 1.026501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224171(s) Flops=403236864 => 1798.7913869323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.771720669 Mflops = 258.960771720669 Gflops = 0.258960771720669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009712745 Relative Rsd = 4.26066502687687e-07
BICGSTAB_SOLVER_TIME: 0.516734 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948370000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041922 s
InvBiCGStab: k = 58 resid = 1.658839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213862(s) Flops=383551488 => 1793.45319879174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258199.804115922 Mflops = 258.199804115922 Gflops = 0.258199804115922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056417 s
InvBiCGStab: k = 76 resid = 1.146205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280512(s) Flops=501663744 => 1788.38603696099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257478.412348792 Mflops = 257.478412348792 Gflops = 0.257478412348792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001038252 Relative Rsd = 4.55447308073335e-07
BICGSTAB_SOLVER_TIME: 0.596337 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 51 resid = 1.854082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186682(s) Flops=337618944 => 1808.52435692782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260364.649901102 Mflops = 260.364649901102 Gflops = 0.260364649901102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 74 resid = 1.06621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270838(s) Flops=488540160 => 1803.80950974383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.913485783 Mflops = 259.694913485783 Gflops = 0.259694913485783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001015983 Relative Rsd = 4.45678840054126e-07
BICGSTAB_SOLVER_TIME: 0.558624 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1034
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.809268(s) Flops=1291493376 => 1595.87846794881 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229808.069278559 Mflops = 229.808069278559 Gflops = 0.229808069278559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142899000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 27 resid = 2.157481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100055(s) Flops=180135936 => 1800.36915696367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259131.36285533 Mflops = 259.13136285533 Gflops = 0.25913136285533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 50 resid = 1.118933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200242(s) Flops=331057152 => 1653.28528480539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238003.070797901 Mflops = 238.003070797901 Gflops = 0.238003070797901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007472042 Relative Rsd = 3.27774143455445e-07
BICGSTAB_SOLVER_TIME: 0.40114 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 53 resid = 2.15664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194362(s) Flops=350742528 => 1804.58385898478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.063453787 Mflops = 259.787063453787 Gflops = 0.259787063453787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 76 resid = 1.125027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278868(s) Flops=501663744 => 1798.92904169715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258992.290025796 Mflops = 258.992290025796 Gflops = 0.258992290025796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001107384 Relative Rsd = 4.85773400477148e-07
BICGSTAB_SOLVER_TIME: 0.574573 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 50 resid = 2.227008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183559(s) Flops=331057152 => 1803.54628212182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.779090166 Mflops = 259.642779090166 Gflops = 0.259642779090166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056497 s
InvBiCGStab: k = 61 resid = 1.13976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22407(s) Flops=403236864 => 1799.6021957424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259071.055811441 Mflops = 259.071055811441 Gflops = 0.259071055811441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001036257 Relative Rsd = 4.54572366689677e-07
BICGSTAB_SOLVER_TIME: 0.509023 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0936290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050956 s
InvBiCGStab: k = 65 resid = 8.293691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303702(s) Flops=429484032 => 1414.16267261987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203604.251968153 Mflops = 203.604251968153 Gflops = 0.203604251968153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071602 s
InvBiCGStab: k = 73 resid = 1.144668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314655(s) Flops=481978368 => 1531.76770748915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220527.30071479 Mflops = 220.52730071479 Gflops = 0.22052730071479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001084705 Relative Rsd = 4.7582491912826e-07
BICGSTAB_SOLVER_TIME: 0.745144 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04497 s
InvBiCGStab: k = 54 resid = 1.859196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239797(s) Flops=357304320 => 1490.02831561696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214525.149645947 Mflops = 214.525149645947 Gflops = 0.214525149645947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073998 s
InvBiCGStab: k = 64 resid = 1.042845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278095(s) Flops=422922240 => 1520.78332943778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218951.951931045 Mflops = 218.951951931045 Gflops = 0.218951951931045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001011307 Relative Rsd = 4.43627300907116e-07
BICGSTAB_SOLVER_TIME: 0.640848 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983120000000002
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807429(s) Flops=1285005312 => 1591.47777947039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229181.245763185 Mflops = 229.181245763185 Gflops = 0.229181245763185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142087000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 9.936807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791406(s) Flops=1420314624 => 1794.67254986695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258389.762894831 Mflops = 258.389762894831 Gflops = 0.258389762894831 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 7.398672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891268(s) Flops=1610606592 => 1807.09572429393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260215.383470037 Mflops = 260.215383470037 Gflops = 0.260215383470037 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002101895 Relative Rsd = 9.24191204076901e-07
BICGSTAB_SOLVER_TIME: 1.685932 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.115722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328611999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.987117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724395(s) Flops=1275955200 => 1761.40807156317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253610.724614975 Mflops = 253.610724614975 Gflops = 0.253610724614975 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.042443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67148(s) Flops=1210337280 => 1802.49192827783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259552.524229149 Mflops = 259.552524229149 Gflops = 0.259552524229149 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001944467 Relative Rsd = 8.53605346436661e-07
BICGSTAB_SOLVER_TIME: 1.399174 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269731999999997
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836607(s) Flops=1285005312 => 1535.9724601874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221198.073681976 Mflops = 221.198073681976 Gflops = 0.221198073681976 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142055000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.5348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 30 resid = 2.25191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111257(s) Flops=199821312 => 1796.03361586237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258531.147825687 Mflops = 258.531147825687 Gflops = 0.258531147825687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 52 resid = 1.046704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191658(s) Flops=344180736 => 1795.80678082835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258525.519481905 Mflops = 258.525519481905 Gflops = 0.258525519481905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007553993 Relative Rsd = 3.31369073483655e-07
BICGSTAB_SOLVER_TIME: 0.403904 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041733 s
InvBiCGStab: k = 79 resid = 1.681163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290229(s) Flops=521349120 => 1796.33709932502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.130253187 Mflops = 258.639130253187 Gflops = 0.258639130253187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056569 s
InvBiCGStab: k = 107 resid = 6.090969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392182(s) Flops=705079296 => 1797.83696345064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258849.46683673 Mflops = 258.84946683673 Gflops = 0.25884946683673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.00128458 Relative Rsd = 5.63503462638357e-07
BICGSTAB_SOLVER_TIME: 0.784311 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040908 s
InvBiCGStab: k = 56 resid = 1.823118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205938(s) Flops=370427904 => 1798.73507560528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258969.19251614 Mflops = 258.96919251614 Gflops = 0.25896919251614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055929 s
InvBiCGStab: k = 65 resid = 1.145525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23789(s) Flops=429484032 => 1805.38917987305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259916.139305584 Mflops = 259.916139305584 Gflops = 0.259916139305584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009934927 Relative Rsd = 4.35812883965028e-07
BICGSTAB_SOLVER_TIME: 0.54433 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 55 resid = 1.603227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202571(s) Flops=363866112 => 1796.23989613518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.672751514 Mflops = 258.594672751514 Gflops = 0.258594672751514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 75 resid = 1.02133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275546(s) Flops=495101952 => 1796.80326333897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.31142697 Mflops = 258.68731142697 Gflops = 0.25868731142697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001074716 Relative Rsd = 4.71442807406335e-07
BICGSTAB_SOLVER_TIME: 0.579046 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040707 s
InvBiCGStab: k = 62 resid = 1.927426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227053(s) Flops=409798656 => 1804.8590241045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259848.803781058 Mflops = 259.848803781058 Gflops = 0.259848803781058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 68 resid = 1.09223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249802(s) Flops=449169408 => 1798.10172856903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258869.710208924 Mflops = 258.869710208924 Gflops = 0.258869710208924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001024614 Relative Rsd = 4.49464941685075e-07
BICGSTAB_SOLVER_TIME: 0.577536 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106967
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.797575(s) Flops=1272619008 => 1595.61045418926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229768.765820121 Mflops = 229.768765820121 Gflops = 0.229768765820121 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140751000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 24 resid = 2.092513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088965(s) Flops=160450560 => 1803.52453211937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259564.085171277 Mflops = 259.564085171277 Gflops = 0.259564085171277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 54 resid = 7.396254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198138(s) Flops=357304320 => 1803.3104200103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.095309117 Mflops = 259.591095309117 Gflops = 0.259591095309117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007259645 Relative Rsd = 3.1845701098452e-07
BICGSTAB_SOLVER_TIME: 0.388344 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04357 s
InvBiCGStab: k = 76 resid = 1.752154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328216(s) Flops=501663744 => 1528.45608989202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220068.03076791 Mflops = 220.06803076791 Gflops = 0.22006803076791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065484 s
InvBiCGStab: k = 94 resid = 1.067144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400333(s) Flops=619776000 => 1548.15116415584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222896.599186775 Mflops = 222.896599186775 Gflops = 0.222896599186775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001252434 Relative Rsd = 5.49402112074474e-07
BICGSTAB_SOLVER_TIME: 0.84648 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053301 s
InvBiCGStab: k = 53 resid = 1.858415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252163(s) Flops=350742528 => 1390.93573601202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200264.351984204 Mflops = 200.264351984204 Gflops = 0.200264351984204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066624 s
InvBiCGStab: k = 68 resid = 9.529182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292577(s) Flops=449169408 => 1535.21776489608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221029.456593785 Mflops = 221.029456593785 Gflops = 0.221029456593785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001018851 Relative Rsd = 4.46936635319375e-07
BICGSTAB_SOLVER_TIME: 0.668373 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 60 resid = 1.384379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221544(s) Flops=396675072 => 1790.50243743906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257763.131947599 Mflops = 257.763131947598 Gflops = 0.257763131947598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 75 resid = 8.129763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275591(s) Flops=495101952 => 1796.5098715125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258640.21923025 Mflops = 258.64021923025 Gflops = 0.25864021923025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001089054 Relative Rsd = 4.77732702949582e-07
BICGSTAB_SOLVER_TIME: 0.598652 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 63 resid = 1.377226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2332(s) Flops=416360448 => 1785.42216123499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257053.4772037 Mflops = 257.0534772037 Gflops = 0.2570534772037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 78 resid = 1.125729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285566(s) Flops=514787328 => 1802.69124475603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.544856043 Mflops = 259.527544856043 Gflops = 0.259527544856043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00105331 Relative Rsd = 4.62052750386536e-07
BICGSTAB_SOLVER_TIME: 0.620136 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114762
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.800273(s) Flops=1272545280 => 1590.13896507817 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228979.706128224 Mflops = 228.979706128224 Gflops = 0.228979706128224 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140573000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041719 s
InvBiCGStab: k = 27 resid = 2.159755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099627(s) Flops=180135936 => 1808.10358637719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260219.379217367 Mflops = 260.219379217367 Gflops = 0.260219379217367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 58 resid = 1.139754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212598(s) Flops=383551488 => 1804.11616289899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.519167426 Mflops = 259.715519167426 Gflops = 0.259715519167426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007469864 Relative Rsd = 3.27678621488589e-07
BICGSTAB_SOLVER_TIME: 0.414391 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04072 s
InvBiCGStab: k = 55 resid = 1.186107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206534(s) Flops=363866112 => 1761.77342229367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253659.738995248 Mflops = 253.659738995248 Gflops = 0.253659738995248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064347 s
InvBiCGStab: k = 71 resid = 9.181841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259612(s) Flops=468854784 => 1805.98271266351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.227353184 Mflops = 260.002227353184 Gflops = 0.260002227353184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001066015 Relative Rsd = 4.6762601414102e-07
BICGSTAB_SOLVER_TIME: 0.574945 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 50 resid = 2.240866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184716(s) Flops=331057152 => 1792.2494640421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258024.682559505 Mflops = 258.024682559505 Gflops = 0.258024682559505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 68 resid = 1.141004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249499(s) Flops=449169408 => 1800.28540394951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.236888818 Mflops = 259.178236888818 Gflops = 0.259178236888818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001016595 Relative Rsd = 4.45946996080834e-07
BICGSTAB_SOLVER_TIME: 0.535236 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983870000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040705 s
InvBiCGStab: k = 61 resid = 2.192959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223827(s) Flops=403236864 => 1801.55595169484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259367.662966801 Mflops = 259.367662966801 Gflops = 0.259367662966801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059084 s
InvBiCGStab: k = 69 resid = 1.132345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286037(s) Flops=455731200 => 1593.25961326682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229385.288862515 Mflops = 229.385288862515 Gflops = 0.229385288862515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001070076 Relative Rsd = 4.69407609894928e-07
BICGSTAB_SOLVER_TIME: 0.613603 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043832 s
InvBiCGStab: k = 52 resid = 2.054638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211937(s) Flops=344180736 => 1623.97663456593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233799.048393537 Mflops = 233.799048393537 Gflops = 0.233799048393537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069029 s
InvBiCGStab: k = 65 resid = 9.755968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281634(s) Flops=429484032 => 1524.97224056755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219547.562472628 Mflops = 219.547562472628 Gflops = 0.219547562472628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001013826 Relative Rsd = 4.44732301879486e-07
BICGSTAB_SOLVER_TIME: 0.61022 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976580000000002
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927833(s) Flops=1266278400 => 1364.76973765753 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196549.334583651 Mflops = 196.549334583651 Gflops = 0.196549334583651 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139856000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 28 resid = 1.890502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10347(s) Flops=186697728 => 1804.36578718469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.205608934 Mflops = 259.694205608934 Gflops = 0.259694205608934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056164 s
InvBiCGStab: k = 55 resid = 7.094619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201262(s) Flops=363866112 => 1807.92256859218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260259.732757846 Mflops = 260.259732757846 Gflops = 0.260259732757846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007509369 Relative Rsd = 3.29411575342775e-07
BICGSTAB_SOLVER_TIME: 0.405773 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 67 resid = 2.048799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244877(s) Flops=442607616 => 1807.46912123229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.042564711 Mflops = 260.228042564711 Gflops = 0.260228042564711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 88 resid = 7.908991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322055(s) Flops=580405248 => 1802.19294219931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259472.075831183 Mflops = 259.472075831183 Gflops = 0.259472075831183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001097563 Relative Rsd = 4.81465234656323e-07
BICGSTAB_SOLVER_TIME: 0.668748 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124993000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040609 s
InvBiCGStab: k = 54 resid = 1.86842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197951(s) Flops=357304320 => 1805.01396810322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.469558968 Mflops = 259.835469558968 Gflops = 0.259835469558968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 62 resid = 1.086556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226894(s) Flops=409798656 => 1806.12381111885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260015.442027232 Mflops = 260.015442027232 Gflops = 0.260015442027232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.00100969 Relative Rsd = 4.42918073921985e-07
BICGSTAB_SOLVER_TIME: 0.525415 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 67 resid = 8.404675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245825(s) Flops=442607616 => 1800.49879385742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.690942239 Mflops = 259.220690942239 Gflops = 0.259220690942239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 73 resid = 1.106829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26742(s) Flops=481978368 => 1802.32730536235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259482.202683306 Mflops = 259.482202683306 Gflops = 0.259482202683306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001085228 Relative Rsd = 4.76054110567579e-07
BICGSTAB_SOLVER_TIME: 0.614348 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 52 resid = 1.82604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201306(s) Flops=344180736 => 1709.7390837829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246132.625489655 Mflops = 246.132625489655 Gflops = 0.246132625489655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0577 s
InvBiCGStab: k = 62 resid = 1.128328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227527(s) Flops=409798656 => 1801.09901681998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.817209809 Mflops = 259.300817209808 Gflops = 0.259300817209808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001002052 Relative Rsd = 4.39567630082666e-07
BICGSTAB_SOLVER_TIME: 0.530921 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955470000000003
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.795229(s) Flops=1266278400 => 1592.34434357902 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229308.962609645 Mflops = 229.308962609645 Gflops = 0.229308962609645 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140030000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.504732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.86296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843957(s) Flops=1380943872 => 1636.27278640973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235584.95576372 Mflops = 235.58495576372 Gflops = 0.23558495576372 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.092404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819973(s) Flops=1472808960 => 1796.16762990977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258643.521178485 Mflops = 258.643521178484 Gflops = 0.258643521178484 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002075371 Relative Rsd = 9.12565874304033e-07
BICGSTAB_SOLVER_TIME: 1.667363 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309434999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.645678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.662847(s) Flops=1197213696 => 1806.16898922376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260042.630014097 Mflops = 260.042630014097 Gflops = 0.260042630014097 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.036549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741974(s) Flops=1341573120 => 1808.11338402693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260365.800273792 Mflops = 260.365800273792 Gflops = 0.260365800273792 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.00193351 Relative Rsd = 8.48840878479516e-07
BICGSTAB_SOLVER_TIME: 1.408196 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275247999999998
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.799902(s) Flops=1266278400 => 1583.04192263552 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227994.771340327 Mflops = 227.994771340327 Gflops = 0.227994771340327 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139814000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 29 resid = 1.919954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107536(s) Flops=193259520 => 1797.1611367356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258683.723617325 Mflops = 258.683723617325 Gflops = 0.258683723617325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056795 s
InvBiCGStab: k = 53 resid = 9.632657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194379(s) Flops=350742528 => 1804.42603367648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.397912709 Mflops = 259.765397912709 Gflops = 0.259765397912709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007551284 Relative Rsd = 3.31250239152261e-07
BICGSTAB_SOLVER_TIME: 0.403768 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 87 resid = 2.166821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318097(s) Flops=573843456 => 1803.98889646869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.540804815 Mflops = 259.741540804815 Gflops = 0.259741540804815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056818 s
InvBiCGStab: k = 101 resid = 9.800505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407899(s) Flops=665708544 => 1632.04259878058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234980.049904774 Mflops = 234.980049904774 Gflops = 0.234980049904774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001274465 Relative Rsd = 5.59066146828664e-07
BICGSTAB_SOLVER_TIME: 0.827656 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0545 s
InvBiCGStab: k = 58 resid = 7.023274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256419(s) Flops=383551488 => 1495.79979642694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215377.766185713 Mflops = 215.377766185713 Gflops = 0.215377766185713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062072 s
InvBiCGStab: k = 67 resid = 1.093463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294952(s) Flops=442607616 => 1500.60896688275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216037.076402445 Mflops = 216.037076402445 Gflops = 0.216037076402445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001052418 Relative Rsd = 4.61661470349089e-07
BICGSTAB_SOLVER_TIME: 0.672194 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049746 s
InvBiCGStab: k = 59 resid = 2.262019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246073(s) Flops=390113280 => 1585.35589032523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228246.365093675 Mflops = 228.246365093675 Gflops = 0.228246365093675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072736 s
InvBiCGStab: k = 82 resid = 1.117422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365087(s) Flops=541034496 => 1481.9330625303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213362.947043659 Mflops = 213.362947043659 Gflops = 0.213362947043659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001067442 Relative Rsd = 4.68252103055026e-07
BICGSTAB_SOLVER_TIME: 0.7373 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.152286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045708 s
InvBiCGStab: k = 56 resid = 1.568753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206122(s) Flops=370427904 => 1797.12938939075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258718.086103601 Mflops = 258.718086103601 Gflops = 0.258718086103601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056517 s
InvBiCGStab: k = 76 resid = 1.083379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279035(s) Flops=501663744 => 1797.85239844464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258838.154670968 Mflops = 258.838154670968 Gflops = 0.258838154670968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001077352 Relative Rsd = 4.72599080260406e-07
BICGSTAB_SOLVER_TIME: 0.591098 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108368
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.798209(s) Flops=1266278400 => 1586.39955199703 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228464.485832811 Mflops = 228.464485832811 Gflops = 0.228464485832811 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041574 s
InvBiCGStab: k = 32 resid = 2.070588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120636(s) Flops=212944896 => 1765.18531781558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254095.808242147 Mflops = 254.095808242147 Gflops = 0.254095808242147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058091 s
InvBiCGStab: k = 53 resid = 1.132062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198083(s) Flops=350742528 => 1770.68465239319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254912.574103022 Mflops = 254.912574103022 Gflops = 0.254912574103022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007444173 Relative Rsd = 3.26551635909574e-07
BICGSTAB_SOLVER_TIME: 0.422096 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042468 s
InvBiCGStab: k = 74 resid = 2.211657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27106(s) Flops=488540160 => 1802.3321773777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.547226892 Mflops = 259.490547226892 Gflops = 0.259490547226892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058664 s
InvBiCGStab: k = 98 resid = 1.035263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360463(s) Flops=646023168 => 1792.20382674505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258035.986174199 Mflops = 258.035986174199 Gflops = 0.258035986174199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001254044 Relative Rsd = 5.50108172867707e-07
BICGSTAB_SOLVER_TIME: 0.736254 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 49 resid = 2.187643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180065(s) Flops=324495360 => 1802.10124121845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259437.55314437 Mflops = 259.43755314437 Gflops = 0.25943755314437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05678 s
InvBiCGStab: k = 69 resid = 1.093244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292597(s) Flops=455731200 => 1557.5388674525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224241.194759489 Mflops = 224.241194759489 Gflops = 0.224241194759489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001017926 Relative Rsd = 4.46530903147941e-07
BICGSTAB_SOLVER_TIME: 0.574262 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046678 s
InvBiCGStab: k = 65 resid = 1.510328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28564(s) Flops=429484032 => 1503.58504411147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216483.462549895 Mflops = 216.483462549895 Gflops = 0.216483462549895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061065 s
InvBiCGStab: k = 76 resid = 6.468567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355732(s) Flops=501663744 => 1410.22945363363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203039.195857495 Mflops = 203.039195857495 Gflops = 0.203039195857495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001099079 Relative Rsd = 4.82130083887272e-07
BICGSTAB_SOLVER_TIME: 0.753332 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044155 s
InvBiCGStab: k = 53 resid = 2.276378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222772(s) Flops=350742528 => 1574.44619611082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226668.247336869 Mflops = 226.668247336869 Gflops = 0.226668247336869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.106086 s
InvBiCGStab: k = 71 resid = 9.585802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290053(s) Flops=468854784 => 1616.44521518481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232835.682334508 Mflops = 232.835682334508 Gflops = 0.232835682334508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001063513 Relative Rsd = 4.66528673310339e-07
BICGSTAB_SOLVER_TIME: 0.666737 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10259
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.795291(s) Flops=1266278400 => 1592.22020618868 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229274.941051265 Mflops = 229.274941051265 Gflops = 0.229274941051265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139916000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 32 resid = 1.527956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118476(s) Flops=212944896 => 1797.36736554239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258711.824430058 Mflops = 258.711824430058 Gflops = 0.258711824430058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 53 resid = 7.213985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194462(s) Flops=350742528 => 1803.65587106993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259653.294981383 Mflops = 259.653294981383 Gflops = 0.259653294981383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007648555 Relative Rsd = 3.35517193410802e-07
BICGSTAB_SOLVER_TIME: 0.41406 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 49 resid = 2.064202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180421(s) Flops=324495360 => 1798.54540214277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258916.661984806 Mflops = 258.916661984806 Gflops = 0.258916661984806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 71 resid = 1.030348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259548(s) Flops=468854784 => 1806.42803643257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.839542277 Mflops = 260.058839542277 Gflops = 0.260058839542277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001083836 Relative Rsd = 4.75443597275007e-07
BICGSTAB_SOLVER_TIME: 0.541234 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999550000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041502 s
InvBiCGStab: k = 54 resid = 1.919188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198164(s) Flops=357304320 => 1803.07381764599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259565.50338724 Mflops = 259.56550338724 Gflops = 0.25956550338724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055833 s
InvBiCGStab: k = 65 resid = 8.206017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238058(s) Flops=429484032 => 1804.11509800133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.954069715 Mflops = 259.724954069715 Gflops = 0.259724954069715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009700574 Relative Rsd = 4.25532616345805e-07
BICGSTAB_SOLVER_TIME: 0.537264 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991990000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041234 s
InvBiCGStab: k = 66 resid = 1.435591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279261(s) Flops=436045824 => 1561.42756775919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224815.146186673 Mflops = 224.815146186673 Gflops = 0.224815146186673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063132 s
InvBiCGStab: k = 71 resid = 1.047998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313231(s) Flops=468854784 => 1496.83391490625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215507.375433878 Mflops = 215.507375433878 Gflops = 0.215507375433878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001083973 Relative Rsd = 4.75503652785845e-07
BICGSTAB_SOLVER_TIME: 0.702522 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051773 s
InvBiCGStab: k = 53 resid = 1.975957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233706(s) Flops=350742528 => 1500.78529434418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216075.759868635 Mflops = 216.075759868635 Gflops = 0.216075759868635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066249 s
InvBiCGStab: k = 64 resid = 8.527813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281657(s) Flops=422922240 => 1501.5506094292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216200.11127652 Mflops = 216.20011127652 Gflops = 0.21620011127652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009783281 Relative Rsd = 4.29160663719915e-07
BICGSTAB_SOLVER_TIME: 0.638196 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976440000000002
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868558(s) Flops=1266278400 => 1457.90885582771 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209969.761291875 Mflops = 209.969761291875 Gflops = 0.209969761291875 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139803000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 24 resid = 2.23031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088839(s) Flops=160450560 => 1806.0824637828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259940.4895114 Mflops = 259.9404895114 Gflops = 0.2599404895114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056901 s
InvBiCGStab: k = 49 resid = 1.143746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179906(s) Flops=324495360 => 1803.69392905184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.465365471 Mflops = 259.646465365471 Gflops = 0.259646465365471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0006912163 Relative Rsd = 3.03214095038609e-07
BICGSTAB_SOLVER_TIME: 0.370373 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 62 resid = 2.243492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227978(s) Flops=409798656 => 1797.5359727693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.19342681 Mflops = 258.78719342681 Gflops = 0.25878719342681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 82 resid = 7.953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300329(s) Flops=541034496 => 1801.47270493359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259359.73876373 Mflops = 259.35973876373 Gflops = 0.25935973876373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001098429 Relative Rsd = 4.81844922346016e-07
BICGSTAB_SOLVER_TIME: 0.629094 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 57 resid = 1.969916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209534(s) Flops=376989696 => 1799.18149799078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259022.533004814 Mflops = 259.022533004814 Gflops = 0.259022533004814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 62 resid = 1.074444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229746(s) Flops=409798656 => 1783.70311561464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256783.929106897 Mflops = 256.783929106897 Gflops = 0.256783929106897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001005314 Relative Rsd = 4.40998493482463e-07
BICGSTAB_SOLVER_TIME: 0.540802 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990590000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 61 resid = 2.235829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225129(s) Flops=403236864 => 1791.13692149834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257874.152385461 Mflops = 257.874152385461 Gflops = 0.257874152385461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 66 resid = 1.137579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243376(s) Flops=436045824 => 1791.65498652291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257929.269507474 Mflops = 257.929269507474 Gflops = 0.257929269507474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001060329 Relative Rsd = 4.65131974142473e-07
BICGSTAB_SOLVER_TIME: 0.570576 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043621 s
InvBiCGStab: k = 56 resid = 1.111156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252058(s) Flops=370427904 => 1469.6137555642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211584.065145144 Mflops = 211.584065145144 Gflops = 0.211584065145144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072541 s
InvBiCGStab: k = 66 resid = 1.108702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287933(s) Flops=436045824 => 1514.40030840508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218031.623538003 Mflops = 218.031623538003 Gflops = 0.218031623538003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001003266 Relative Rsd = 4.40100265268071e-07
BICGSTAB_SOLVER_TIME: 0.659811 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101239
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934449(s) Flops=1266204672 => 1355.02812031475 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195130.688585055 Mflops = 195.130688585055 Gflops = 0.195130688585055 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139764
CLOV_LINOP: Time spent in clov deriv (total) = 1.428494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021413
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.787791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762498(s) Flops=1374382080 => 1802.47302943745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.008224231 Mflops = 259.505008224231 Gflops = 0.259505008224231 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.150533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951335(s) Flops=1656539136 => 1741.27845185976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250739.543236245 Mflops = 250.739543236245 Gflops = 0.250739543236245 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.005937844 Relative Rsd = 2.61104543474445e-06
BICGSTAB_SOLVER_TIME: 1.717152 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328600999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.031748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.629695(s) Flops=1131595776 => 1797.05377365232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258675.515404905 Mflops = 258.675515404905 Gflops = 0.258675515404905 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 8.69444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.706899(s) Flops=1275955200 => 1805.00354364626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.30399296 Mflops = 259.91530399296 Gflops = 0.25991530399296 Tflops
BICGSTAB_SOLVER: 366 iterations. Rsd = 0.001914447 Relative Rsd = 8.4051454110571e-07
BICGSTAB_SOLVER_TIME: 1.340012 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261218999999998
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940071(s) Flops=1266204672 => 1346.92451102098 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193958.201320376 Mflops = 193.958201320376 Gflops = 0.193958201320376 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139810000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.491894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042228 s
InvBiCGStab: k = 30 resid = 1.557059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111243(s) Flops=199821312 => 1796.25964779806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258563.381818234 Mflops = 258.563381818234 Gflops = 0.258563381818234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057097 s
InvBiCGStab: k = 54 resid = 9.438361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198779(s) Flops=357304320 => 1797.49530886059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.333437758 Mflops = 258.754333437758 Gflops = 0.258754333437758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007533232 Relative Rsd = 3.30458359238311e-07
BICGSTAB_SOLVER_TIME: 0.413003 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043616 s
InvBiCGStab: k = 69 resid = 2.245551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263871(s) Flops=455731200 => 1727.09846856987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248654.990849012 Mflops = 248.654990849012 Gflops = 0.248654990849012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 93 resid = 7.180735e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342222(s) Flops=613214208 => 1791.86086224731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257982.293813653 Mflops = 257.982293813653 Gflops = 0.257982293813653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001231012 Relative Rsd = 5.40004854521488e-07
BICGSTAB_SOLVER_TIME: 0.709888 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129961
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042158 s
InvBiCGStab: k = 50 resid = 2.270315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184782(s) Flops=331057152 => 1791.60931259538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257909.246710506 Mflops = 257.909246710506 Gflops = 0.257909246710506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057031 s
InvBiCGStab: k = 69 resid = 6.042783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253342(s) Flops=455731200 => 1798.87740682556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258984.485803933 Mflops = 258.984485803933 Gflops = 0.258984485803933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001066136 Relative Rsd = 4.67679073389116e-07
BICGSTAB_SOLVER_TIME: 0.54097 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992310000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 60 resid = 2.10309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219708(s) Flops=396675072 => 1805.46485335081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.213104299 Mflops = 259.924213104299 Gflops = 0.259924213104299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 73 resid = 1.02374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267497(s) Flops=481978368 => 1801.8084987869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.949797354 Mflops = 259.403949797354 Gflops = 0.259403949797354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001056764 Relative Rsd = 4.63567824277296e-07
BICGSTAB_SOLVER_TIME: 0.588892 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 53 resid = 1.458318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193739(s) Flops=350742528 => 1810.38679873438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260622.365933661 Mflops = 260.622365933662 Gflops = 0.260622365933662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057005 s
InvBiCGStab: k = 77 resid = 1.049218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282231(s) Flops=508225536 => 1800.74313594183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259252.305086447 Mflops = 259.252305086447 Gflops = 0.259252305086447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001050929 Relative Rsd = 4.6100841773634e-07
BICGSTAB_SOLVER_TIME: 0.577503 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107097
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.824721(s) Flops=1266130944 => 1535.22335917237 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221133.525983183 Mflops = 221.133525983183 Gflops = 0.221133525983183 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139793
CLOV_LINOP: Time spent in clov deriv (total) = 1.524519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0588 s
InvBiCGStab: k = 32 resid = 2.214103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11895(s) Flops=212944896 => 1790.20509457755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257676.364432559 Mflops = 257.676364432559 Gflops = 0.257676364432559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057959 s
InvBiCGStab: k = 53 resid = 1.039995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19724(s) Flops=350742528 => 1778.25252484283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256005.458848404 Mflops = 256.005458848404 Gflops = 0.256005458848404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007522095 Relative Rsd = 3.2996979540142e-07
BICGSTAB_SOLVER_TIME: 0.436649 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041812 s
InvBiCGStab: k = 82 resid = 8.640494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302369(s) Flops=541034496 => 1789.31866692683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257634.551529404 Mflops = 257.634551529404 Gflops = 0.257634551529404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057317 s
InvBiCGStab: k = 96 resid = 1.094014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354304(s) Flops=632899584 => 1786.31791907514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257192.3003604 Mflops = 257.1923003604 Gflops = 0.2571923003604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00121925 Relative Rsd = 5.34845187350571e-07
BICGSTAB_SOLVER_TIME: 0.759425 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041443 s
InvBiCGStab: k = 63 resid = 1.782635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230924(s) Flops=416360448 => 1803.01938300047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259575.17647411 Mflops = 259.57517647411 Gflops = 0.25957517647411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 74 resid = 1.032433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270614(s) Flops=488540160 => 1805.30260814296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259907.643676833 Mflops = 259.907643676833 Gflops = 0.259907643676833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001041256 Relative Rsd = 4.56765260984644e-07
BICGSTAB_SOLVER_TIME: 0.602973 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111927
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 60 resid = 2.271945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220431(s) Flops=396675072 => 1799.5430406794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259075.097884568 Mflops = 259.075097884568 Gflops = 0.259075097884568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05624 s
InvBiCGStab: k = 76 resid = 1.129529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278384(s) Flops=501663744 => 1802.05666992356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.549432148 Mflops = 259.445549432148 Gflops = 0.259445549432148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001102072 Relative Rsd = 4.83442981105067e-07
BICGSTAB_SOLVER_TIME: 0.600065 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040624 s
InvBiCGStab: k = 55 resid = 2.048522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201959(s) Flops=363866112 => 1801.68307428736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.01991618 Mflops = 259.38001991618 Gflops = 0.25938001991618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 67 resid = 1.006898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244973(s) Flops=442607616 => 1806.76081037502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260121.519430433 Mflops = 260.121519430433 Gflops = 0.260121519430433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001047211 Relative Rsd = 4.59377573570862e-07
BICGSTAB_SOLVER_TIME: 0.547568 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101237
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.789928(s) Flops=1259716608 => 1594.72332668294 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229711.735147877 Mflops = 229.711735147877 Gflops = 0.229711735147877 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139242000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.514989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048868 s
InvBiCGStab: k = 26 resid = 2.218485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110758(s) Flops=173574144 => 1567.14769136315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225583.966440321 Mflops = 225.583966440321 Gflops = 0.225583966440321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061833 s
InvBiCGStab: k = 48 resid = 1.113702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229337(s) Flops=317933568 => 1386.31606762101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199586.387144826 Mflops = 199.586387144826 Gflops = 0.199586387144826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006999995 Relative Rsd = 3.07066993105082e-07
BICGSTAB_SOLVER_TIME: 0.454538 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 51 resid = 2.090165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187994(s) Flops=337618944 => 1795.90276285413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258542.36159714 Mflops = 258.54236159714 Gflops = 0.25854236159714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05636 s
InvBiCGStab: k = 73 resid = 9.738433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268298(s) Flops=481978368 => 1796.42922422083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258634.69723135 Mflops = 258.63469723135 Gflops = 0.25863469723135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001040168 Relative Rsd = 4.56288034157452e-07
BICGSTAB_SOLVER_TIME: 0.557326 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 53 resid = 1.822715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195277(s) Flops=350742528 => 1796.12820762302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258581.568303769 Mflops = 258.581568303769 Gflops = 0.258581568303768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 67 resid = 1.095712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246918(s) Flops=442607616 => 1792.52875853522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258063.654036656 Mflops = 258.063654036656 Gflops = 0.258063654036656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001008722 Relative Rsd = 4.42493651004832e-07
BICGSTAB_SOLVER_TIME: 0.543209 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997830000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 55 resid = 1.583128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202564(s) Flops=363866112 => 1796.30196876049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258610.352262558 Mflops = 258.610352262558 Gflops = 0.258610352262558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058291 s
InvBiCGStab: k = 82 resid = 5.748719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299569(s) Flops=541034496 => 1806.04300177922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.155770128 Mflops = 260.017155770128 Gflops = 0.260017155770128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001086925 Relative Rsd = 4.76798625272088e-07
BICGSTAB_SOLVER_TIME: 0.604789 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040683 s
InvBiCGStab: k = 56 resid = 2.199686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204723(s) Flops=370427904 => 1809.41029586319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.402740805 Mflops = 260.500402740805 Gflops = 0.260500402740805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 71 resid = 1.112848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260363(s) Flops=468854784 => 1800.77347395751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.688211329 Mflops = 259.258688211329 Gflops = 0.259258688211329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001010312 Relative Rsd = 4.43190877101318e-07
BICGSTAB_SOLVER_TIME: 0.56596 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104942
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.780972(s) Flops=1240989696 => 1589.03225211659 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228816.018740058 Mflops = 228.816018740058 Gflops = 0.228816018740058 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066388 s
InvBiCGStab: k = 26 resid = 2.200244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115117(s) Flops=173574144 => 1507.80635353597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217055.703141436 Mflops = 217.055703141436 Gflops = 0.217055703141436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06282 s
InvBiCGStab: k = 48 resid = 1.070924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208553(s) Flops=317933568 => 1524.47372130825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219459.105388716 Mflops = 219.459105388716 Gflops = 0.219459105388716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007398802 Relative Rsd = 3.24561352362267e-07
BICGSTAB_SOLVER_TIME: 0.456545 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044481 s
InvBiCGStab: k = 56 resid = 1.54449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235137(s) Flops=370427904 => 1575.37054568188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226804.065755549 Mflops = 226.804065755549 Gflops = 0.226804065755549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057213 s
InvBiCGStab: k = 73 resid = 1.026494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359337(s) Flops=481978368 => 1341.29902570567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193118.534921626 Mflops = 193.118534921626 Gflops = 0.193118534921626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001105288 Relative Rsd = 4.84853979204085e-07
BICGSTAB_SOLVER_TIME: 0.699906 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041443 s
InvBiCGStab: k = 53 resid = 1.90745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196133(s) Flops=350742528 => 1788.28921191232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257456.072054508 Mflops = 257.456072054508 Gflops = 0.257456072054508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05682 s
InvBiCGStab: k = 67 resid = 1.122821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246426(s) Flops=442607616 => 1796.10761851428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258579.554932203 Mflops = 258.579554932203 Gflops = 0.258579554932203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001004154 Relative Rsd = 4.4048955366868e-07
BICGSTAB_SOLVER_TIME: 0.544408 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999870000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041404 s
InvBiCGStab: k = 53 resid = 1.693859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195424(s) Flops=350742528 => 1794.77714098575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258378.927465221 Mflops = 258.378927465221 Gflops = 0.258378927465221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056693 s
InvBiCGStab: k = 80 resid = 7.207943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294965(s) Flops=527910912 => 1789.74085738986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257664.938694392 Mflops = 257.664938694392 Gflops = 0.257664938694392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001054677 Relative Rsd = 4.62652641615967e-07
BICGSTAB_SOLVER_TIME: 0.592142 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041005 s
InvBiCGStab: k = 47 resid = 1.311561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173122(s) Flops=311371776 => 1798.56850082601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258922.283644368 Mflops = 258.922283644368 Gflops = 0.258922283644368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 69 resid = 9.766064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253679(s) Flops=455731200 => 1796.48768719523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258636.559292709 Mflops = 258.636559292709 Gflops = 0.258636559292709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001014974 Relative Rsd = 4.45236083864531e-07
BICGSTAB_SOLVER_TIME: 0.527728 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969500000000003
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790334(s) Flops=1216069632 => 1538.67811836515 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221568.027439138 Mflops = 221.568027439138 Gflops = 0.221568027439138 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.136972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.93915(s) Flops=1367820288 => 1456.44496406325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209684.174737639 Mflops = 209.684174737639 Gflops = 0.209684174737639 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.095745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.020491(s) Flops=1485932544 => 1456.09568727211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209672.290007174 Mflops = 209.672290007174 Gflops = 0.209672290007174 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002149798 Relative Rsd = 9.453486651653e-07
BICGSTAB_SOLVER_TIME: 1.963879 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.118802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309128
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.957949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.651842(s) Flops=1170966528 => 1796.39625553432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258637.754151738 Mflops = 258.637754151738 Gflops = 0.258637754151738 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 4.182642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796301(s) Flops=1407191040 => 1767.15970468454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254464.240163321 Mflops = 254.464240163321 Gflops = 0.254464240163321 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001960209 Relative Rsd = 8.60638617635268e-07
BICGSTAB_SOLVER_TIME: 1.451837 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.121038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279516999999997
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.769635(s) Flops=1216069632 => 1580.06019996492 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227521.931221037 Mflops = 227.521931221037 Gflops = 0.227521931221037 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134112
CLOV_LINOP: Time spent in clov deriv (total) = 1.386792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04066 s
InvBiCGStab: k = 30 resid = 1.693659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110822(s) Flops=199821312 => 1803.08343108769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.601730156 Mflops = 259.545601730156 Gflops = 0.259545601730156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056066 s
InvBiCGStab: k = 59 resid = 1.084054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215667(s) Flops=390113280 => 1808.86867253683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260418.818554452 Mflops = 260.418818554452 Gflops = 0.260418818554452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007736588 Relative Rsd = 3.39378926174023e-07
BICGSTAB_SOLVER_TIME: 0.426877 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 85 resid = 2.270752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335274(s) Flops=560719872 => 1672.4227706294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240796.799060271 Mflops = 240.796799060271 Gflops = 0.24079679906027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059206 s
InvBiCGStab: k = 109 resid = 6.759195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.496851(s) Flops=718202880 => 1445.50957933062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208129.403444115 Mflops = 208.129403444115 Gflops = 0.208129403444115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001278178 Relative Rsd = 5.60695152560136e-07
BICGSTAB_SOLVER_TIME: 0.936358 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152817999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056341 s
InvBiCGStab: k = 58 resid = 2.093934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256356(s) Flops=383551488 => 1496.16739222019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215415.087942149 Mflops = 215.415087942149 Gflops = 0.215415087942149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066057 s
InvBiCGStab: k = 68 resid = 9.623915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29267(s) Flops=449169408 => 1534.72992790515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220953.35344848 Mflops = 220.95335344848 Gflops = 0.22095335344848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001010573 Relative Rsd = 4.43305421753366e-07
BICGSTAB_SOLVER_TIME: 0.675107 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104965
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 60 resid = 2.122474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270163(s) Flops=396675072 => 1468.28052694114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211388.280161331 Mflops = 211.388280161331 Gflops = 0.211388280161331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058429 s
InvBiCGStab: k = 79 resid = 7.051336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305516(s) Flops=521349120 => 1706.45439191401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245692.384000936 Mflops = 245.692384000936 Gflops = 0.245692384000936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001088858 Relative Rsd = 4.77646551889392e-07
BICGSTAB_SOLVER_TIME: 0.679358 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041932 s
InvBiCGStab: k = 57 resid = 1.091696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212781(s) Flops=376989696 => 1771.72631014987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255074.910669919 Mflops = 255.074910669919 Gflops = 0.255074910669919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056934 s
InvBiCGStab: k = 75 resid = 5.978533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276254(s) Flops=495101952 => 1792.19831025071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258020.017649855 Mflops = 258.020017649855 Gflops = 0.258020017649855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001092241 Relative Rsd = 4.79130627740119e-07
BICGSTAB_SOLVER_TIME: 0.591629 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108367
Monitoring force
num_pf = 1
MInvCG2: 186 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.763752(s) Flops=1209950208 => 1584.21870973824 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228133.912347783 Mflops = 228.133912347783 Gflops = 0.228133912347783 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040983 s
InvBiCGStab: k = 27 resid = 2.034405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100157(s) Flops=180135936 => 1798.53565901535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258853.935253774 Mflops = 258.853935253774 Gflops = 0.258853935253774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056099 s
InvBiCGStab: k = 50 resid = 9.980555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183679(s) Flops=331057152 => 1802.36800069687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259464.643441308 Mflops = 259.464643441308 Gflops = 0.259464643441308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007852129 Relative Rsd = 3.44447335523624e-07
BICGSTAB_SOLVER_TIME: 0.384518 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 80 resid = 2.278369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292647(s) Flops=527910912 => 1803.9170468175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259727.143043984 Mflops = 259.727143043984 Gflops = 0.259727143043984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 97 resid = 7.497767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357833(s) Flops=639461376 => 1787.03857944907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257285.576621242 Mflops = 257.285576621242 Gflops = 0.257285576621242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001248628 Relative Rsd = 5.47732558659663e-07
BICGSTAB_SOLVER_TIME: 0.751681 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045681 s
InvBiCGStab: k = 48 resid = 2.269997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229136(s) Flops=317933568 => 1387.53215557573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199768.340480358 Mflops = 199.768340480358 Gflops = 0.199768340480358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085693 s
InvBiCGStab: k = 74 resid = 1.144678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331644(s) Flops=488540160 => 1473.08608025473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212125.863082965 Mflops = 212.125863082965 Gflops = 0.212125863082965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00100321 Relative Rsd = 4.40075344273778e-07
BICGSTAB_SOLVER_TIME: 0.696813 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051211 s
InvBiCGStab: k = 59 resid = 2.072195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268769(s) Flops=390113280 => 1451.48168129509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208970.329312591 Mflops = 208.970329312591 Gflops = 0.208970329312591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059655 s
InvBiCGStab: k = 75 resid = 1.078589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348521(s) Flops=495101952 => 1420.57997079086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204528.028010176 Mflops = 204.528028010176 Gflops = 0.204528028010176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001091431 Relative Rsd = 4.78775043962939e-07
BICGSTAB_SOLVER_TIME: 0.731984 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0439 s
InvBiCGStab: k = 51 resid = 2.118228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212629(s) Flops=337618944 => 1587.83112369432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228602.437236553 Mflops = 228.602437236553 Gflops = 0.228602437236553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 78 resid = 8.834083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291646(s) Flops=514787328 => 1765.11019523669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254135.355218316 Mflops = 254.135355218316 Gflops = 0.254135355218316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001070609 Relative Rsd = 4.69641244216426e-07
BICGSTAB_SOLVER_TIME: 0.608301 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106236
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.791248(s) Flops=1234649088 => 1560.38193840616 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224691.607467228 Mflops = 224.691607467228 Gflops = 0.224691607467228 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136176
CLOV_LINOP: Time spent in clov deriv (total) = 1.410485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041873 s
InvBiCGStab: k = 28 resid = 2.128377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103521(s) Flops=186697728 => 1803.47685976758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259583.406820245 Mflops = 259.583406820245 Gflops = 0.259583406820245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059097 s
InvBiCGStab: k = 53 resid = 1.07166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195416(s) Flops=350742528 => 1794.8506161215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258380.350308833 Mflops = 258.380350308833 Gflops = 0.258380350308833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007430339 Relative Rsd = 3.25944799485012e-07
BICGSTAB_SOLVER_TIME: 0.403619 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041726 s
InvBiCGStab: k = 57 resid = 1.982383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215495(s) Flops=376989696 => 1749.41272883362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251872.373851344 Mflops = 251.872373851344 Gflops = 0.251872373851344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059045 s
InvBiCGStab: k = 72 resid = 9.96818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273829(s) Flops=475416576 => 1736.1805214203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249965.797875059 Mflops = 249.965797875059 Gflops = 0.249965797875059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001106142 Relative Rsd = 4.85228611200263e-07
BICGSTAB_SOLVER_TIME: 0.593728 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 45 resid = 2.187338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174265(s) Flops=298248192 => 1711.46352968181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246392.013515732 Mflops = 246.392013515732 Gflops = 0.246392013515732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 63 resid = 1.088952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233925(s) Flops=416360448 => 1779.88863097147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256232.756919931 Mflops = 256.232756919931 Gflops = 0.256232756919931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0009718569 Relative Rsd = 4.26321993946803e-07
BICGSTAB_SOLVER_TIME: 0.509085 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0911800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052536 s
InvBiCGStab: k = 57 resid = 2.264611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268213(s) Flops=376989696 => 1405.56086394023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202369.567648211 Mflops = 202.369567648211 Gflops = 0.202369567648211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072331 s
InvBiCGStab: k = 80 resid = 7.539494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35441(s) Flops=527910912 => 1489.54857932903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214460.373425893 Mflops = 214.460373425893 Gflops = 0.214460373425893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001072807 Relative Rsd = 4.70605502852172e-07
BICGSTAB_SOLVER_TIME: 0.751496 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045404 s
InvBiCGStab: k = 53 resid = 2.184794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240704(s) Flops=350742528 => 1457.15288487104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209791.357576291 Mflops = 209.791357576291 Gflops = 0.209791357576291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057323 s
InvBiCGStab: k = 72 resid = 7.591431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319404(s) Flops=475416576 => 1488.44903633016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214286.772855764 Mflops = 214.286772855764 Gflops = 0.214286772855764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009795999 Relative Rsd = 4.29718577372893e-07
BICGSTAB_SOLVER_TIME: 0.66648 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103516
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96783(s) Flops=1253376000 => 1295.037351601 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186592.462440803 Mflops = 186.592462440803 Gflops = 0.186592462440803 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138403000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040835 s
InvBiCGStab: k = 27 resid = 2.145588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100225(s) Flops=180135936 => 1797.31540034921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258686.158189378 Mflops = 258.686158189378 Gflops = 0.258686158189378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057476 s
InvBiCGStab: k = 50 resid = 9.647796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194137(s) Flops=331057152 => 1705.27592370336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245492.238936997 Mflops = 245.492238936997 Gflops = 0.245492238936997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007126426 Relative Rsd = 3.12613114424183e-07
BICGSTAB_SOLVER_TIME: 0.396533 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041624 s
InvBiCGStab: k = 61 resid = 1.520815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227812(s) Flops=403236864 => 1770.04224536021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254826.472400622 Mflops = 254.826472400622 Gflops = 0.254826472400622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058612 s
InvBiCGStab: k = 71 resid = 9.787384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2668(s) Flops=468854784 => 1757.32677661169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253001.346425285 Mflops = 253.001346425285 Gflops = 0.253001346425285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001066166 Relative Rsd = 4.67692197765209e-07
BICGSTAB_SOLVER_TIME: 0.59861 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045688 s
InvBiCGStab: k = 55 resid = 1.273575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203321(s) Flops=363866112 => 1789.614019211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257664.270802949 Mflops = 257.664270802949 Gflops = 0.257664270802949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 66 resid = 9.99075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246851(s) Flops=436045824 => 1766.43328971728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254307.171408007 Mflops = 254.307171408007 Gflops = 0.254307171408007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009829963 Relative Rsd = 4.31208474931303e-07
BICGSTAB_SOLVER_TIME: 0.556866 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043098 s
InvBiCGStab: k = 56 resid = 1.943594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207924(s) Flops=370427904 => 1781.55433716166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256469.413713683 Mflops = 256.469413713683 Gflops = 0.256469413713683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 71 resid = 1.135945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266891(s) Flops=468854784 => 1756.72759291246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252916.50855861 Mflops = 252.91650855861 Gflops = 0.25291650855861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001063303 Relative Rsd = 4.66436547339633e-07
BICGSTAB_SOLVER_TIME: 0.577664 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042104 s
InvBiCGStab: k = 53 resid = 1.587988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202499(s) Flops=350742528 => 1732.07042010084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249369.002058387 Mflops = 249.369002058387 Gflops = 0.249369002058387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056995 s
InvBiCGStab: k = 65 resid = 8.936282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264687(s) Flops=429484032 => 1622.61097824978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233602.512496816 Mflops = 233.602512496816 Gflops = 0.233602512496816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009884085 Relative Rsd = 4.3358260817862e-07
BICGSTAB_SOLVER_TIME: 0.570064 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984380000000002
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962131(s) Flops=1259790336 => 1309.37506015293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188610.328599403 Mflops = 188.610328599403 Gflops = 0.188610328599403 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138949000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 2.061257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776723(s) Flops=1400629248 => 1803.25450385787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259693.336260574 Mflops = 259.693336260574 Gflops = 0.259693336260574 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 8.563396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917593(s) Flops=1656539136 => 1805.30925584655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.083969022 Mflops = 259.961083969022 Gflops = 0.259961083969022 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002008892 Relative Rsd = 8.83395519623906e-07
BICGSTAB_SOLVER_TIME: 1.697673 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331457999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.274634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636478(s) Flops=1151281152 => 1808.83102322468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260434.926494349 Mflops = 260.434926494349 Gflops = 0.260434926494349 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.053141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768238(s) Flops=1387505664 => 1806.08830076096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260073.59096465 Mflops = 260.07359096465 Gflops = 0.26007359096465 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001965983 Relative Rsd = 8.63205726179321e-07
BICGSTAB_SOLVER_TIME: 1.408036 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275252999999998
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880283(s) Flops=1259790336 => 1431.1196921899 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206100.728940445 Mflops = 206.100728940445 Gflops = 0.206100728940445 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139158000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.520784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 30 resid = 1.847887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111348(s) Flops=199821312 => 1794.56579372777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258298.749673204 Mflops = 258.298749673204 Gflops = 0.258298749673204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 56 resid = 9.96234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205861(s) Flops=370427904 => 1799.40787230218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259042.11742297 Mflops = 259.04211742297 Gflops = 0.25904211742297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007544251 Relative Rsd = 3.30941714178855e-07
BICGSTAB_SOLVER_TIME: 0.418209 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041175 s
InvBiCGStab: k = 74 resid = 2.15533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271798(s) Flops=488540160 => 1797.43839174681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.233076457 Mflops = 258.786233076457 Gflops = 0.258786233076457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 88 resid = 1.040777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32437(s) Flops=580405248 => 1789.33085057188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257617.457256785 Mflops = 257.617457256785 Gflops = 0.257617457256785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001217082 Relative Rsd = 5.33894308428974e-07
BICGSTAB_SOLVER_TIME: 0.697272 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040707 s
InvBiCGStab: k = 43 resid = 2.0741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157972(s) Flops=285124608 => 1804.90598333882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.154198545 Mflops = 259.826154198545 Gflops = 0.259826154198545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 71 resid = 1.108943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259638(s) Flops=468854784 => 1805.8018625933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.190961533 Mflops = 259.977190961533 Gflops = 0.259977190961533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001012483 Relative Rsd = 4.44143492321698e-07
BICGSTAB_SOLVER_TIME: 0.518107 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955450000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 62 resid = 1.743123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227577(s) Flops=409798656 => 1800.70330481551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.101600008 Mflops = 259.236101600008 Gflops = 0.259236101600008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 78 resid = 9.215798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285229(s) Flops=514787328 => 1804.82113670069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.985501089 Mflops = 259.836985501089 Gflops = 0.259836985501089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001092626 Relative Rsd = 4.79299508330544e-07
BICGSTAB_SOLVER_TIME: 0.613861 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041908 s
InvBiCGStab: k = 55 resid = 8.227094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20147(s) Flops=363866112 => 1806.05604804686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.828732305 Mflops = 260.004828732305 Gflops = 0.260004828732305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 76 resid = 1.05016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278171(s) Flops=501663744 => 1803.43653364298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.004915411 Mflops = 259.637004915411 Gflops = 0.259637004915411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001048836 Relative Rsd = 4.60090119950725e-07
BICGSTAB_SOLVER_TIME: 0.581591 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107594
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.818262(s) Flops=1266130944 => 1547.34173650982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222813.598416117 Mflops = 222.813598416117 Gflops = 0.222813598416117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139893
CLOV_LINOP: Time spent in clov deriv (total) = 1.505381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050553 s
InvBiCGStab: k = 25 resid = 2.203302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123127(s) Flops=167012352 => 1356.4234652026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195303.051663688 Mflops = 195.303051663688 Gflops = 0.195303051663688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 45 resid = 1.017636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217784(s) Flops=298248192 => 1369.46787642802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197156.368894089 Mflops = 197.156368894089 Gflops = 0.197156368894089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007093105 Relative Rsd = 3.11151406187186e-07
BICGSTAB_SOLVER_TIME: 0.451426 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 72 resid = 1.989122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264677(s) Flops=475416576 => 1796.21416292311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.333709287 Mflops = 258.608333709287 Gflops = 0.258608333709286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 94 resid = 9.097234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347782(s) Flops=619776000 => 1782.08187887815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256580.899238773 Mflops = 256.580899238773 Gflops = 0.256580899238773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001218937 Relative Rsd = 5.3470776440868e-07
BICGSTAB_SOLVER_TIME: 0.713278 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040809 s
InvBiCGStab: k = 51 resid = 1.712957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188011(s) Flops=337618944 => 1795.74037689284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.164966351 Mflops = 258.512164966351 Gflops = 0.258512164966351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05658 s
InvBiCGStab: k = 73 resid = 8.497873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268409(s) Flops=481978368 => 1795.68631454236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.932225112 Mflops = 258.522932225112 Gflops = 0.258522932225112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00101547 Relative Rsd = 4.45453785091318e-07
BICGSTAB_SOLVER_TIME: 0.557453 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 56 resid = 2.220087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205392(s) Flops=370427904 => 1803.51670951157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.991569278 Mflops = 259.661991569278 Gflops = 0.259661991569278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056572 s
InvBiCGStab: k = 74 resid = 1.033127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270966(s) Flops=488540160 => 1802.95741901198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259575.535460439 Mflops = 259.575535460439 Gflops = 0.259575535460439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001074494 Relative Rsd = 4.71345727877336e-07
BICGSTAB_SOLVER_TIME: 0.577779 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 52 resid = 2.066796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192263(s) Flops=344180736 => 1790.15585942173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257729.419642661 Mflops = 257.729419642661 Gflops = 0.257729419642661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060984 s
InvBiCGStab: k = 73 resid = 9.522606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287357(s) Flops=481978368 => 1677.2807622574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241475.22065814 Mflops = 241.47522065814 Gflops = 0.24147522065814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001042039 Relative Rsd = 4.57108741737956e-07
BICGSTAB_SOLVER_TIME: 0.585397 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103496
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.801126(s) Flops=1272397824 => 1588.26180151437 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228718.350488151 Mflops = 228.718350488151 Gflops = 0.228718350488151 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140593000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.478683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048355 s
InvBiCGStab: k = 27 resid = 1.820585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108557(s) Flops=180135936 => 1659.36730012804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238834.090960753 Mflops = 238.834090960753 Gflops = 0.238834090960753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070025 s
InvBiCGStab: k = 52 resid = 1.136391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231642(s) Flops=344180736 => 1485.83044525604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213907.704897637 Mflops = 213.907704897637 Gflops = 0.213907704897637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007589105 Relative Rsd = 3.32909323706764e-07
BICGSTAB_SOLVER_TIME: 0.462583 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048761 s
InvBiCGStab: k = 52 resid = 2.237862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27796(s) Flops=344180736 => 1238.23836523241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178273.677428756 Mflops = 178.273677428756 Gflops = 0.178273677428756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078463 s
InvBiCGStab: k = 72 resid = 1.045576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265368(s) Flops=475416576 => 1791.53694492177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257924.488127941 Mflops = 257.92448812794 Gflops = 0.25792448812794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001037041 Relative Rsd = 4.5491630705149e-07
BICGSTAB_SOLVER_TIME: 0.674281 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041015 s
InvBiCGStab: k = 58 resid = 2.007928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213976(s) Flops=383551488 => 1792.49770067671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258061.528354778 Mflops = 258.061528354778 Gflops = 0.258061528354778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056173 s
InvBiCGStab: k = 67 resid = 7.894706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246358(s) Flops=442607616 => 1796.60338207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.416556505 Mflops = 258.655416556505 Gflops = 0.258655416556505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009872769 Relative Rsd = 4.33086230997206e-07
BICGSTAB_SOLVER_TIME: 0.561224 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040802 s
InvBiCGStab: k = 65 resid = 2.200443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246035(s) Flops=429484032 => 1745.62168797122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251334.677394976 Mflops = 251.334677394976 Gflops = 0.251334677394976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059845 s
InvBiCGStab: k = 68 resid = 9.221041e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263807(s) Flops=449169408 => 1702.64400868817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245132.340949126 Mflops = 245.132340949126 Gflops = 0.245132340949126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001088526 Relative Rsd = 4.77500855994477e-07
BICGSTAB_SOLVER_TIME: 0.614197 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041724 s
InvBiCGStab: k = 58 resid = 2.192978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213801(s) Flops=383551488 => 1793.96489258703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258275.266950102 Mflops = 258.275266950102 Gflops = 0.258275266950102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 69 resid = 1.091912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254256(s) Flops=455731200 => 1792.41079856523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258046.14798213 Mflops = 258.04614798213 Gflops = 0.25804614798213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001029156 Relative Rsd = 4.51457446673472e-07
BICGSTAB_SOLVER_TIME: 0.570721 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104748
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.79767(s) Flops=1272397824 => 1595.14313437888 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229697.287997969 Mflops = 229.697287997969 Gflops = 0.229697287997969 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042694 s
InvBiCGStab: k = 26 resid = 1.819488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120136(s) Flops=173574144 => 1444.81374442299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207938.318743896 Mflops = 207.938318743896 Gflops = 0.207938318743896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066121 s
InvBiCGStab: k = 49 resid = 1.128238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216857(s) Flops=324495360 => 1496.35640076179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215417.134493131 Mflops = 215.417134493131 Gflops = 0.215417134493131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007612357 Relative Rsd = 3.33929322640197e-07
BICGSTAB_SOLVER_TIME: 0.449832 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055804 s
InvBiCGStab: k = 51 resid = 1.840489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237685(s) Flops=337618944 => 1420.44699497234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204479.433535723 Mflops = 204.479433535723 Gflops = 0.204479433535723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06951 s
InvBiCGStab: k = 78 resid = 1.101098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369745(s) Flops=514787328 => 1392.2766447146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200452.221620526 Mflops = 200.452221620526 Gflops = 0.200452221620526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001091163 Relative Rsd = 4.78657537389438e-07
BICGSTAB_SOLVER_TIME: 0.737239 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047319 s
InvBiCGStab: k = 53 resid = 2.171967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219926(s) Flops=350742528 => 1594.82065785764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229609.839904047 Mflops = 229.609839904047 Gflops = 0.229609839904047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05915 s
InvBiCGStab: k = 72 resid = 9.474668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282874(s) Flops=475416576 => 1680.66551185333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241948.168582983 Mflops = 241.948168582983 Gflops = 0.241948168582983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009913081 Relative Rsd = 4.34854600239798e-07
BICGSTAB_SOLVER_TIME: 0.612892 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041401 s
InvBiCGStab: k = 53 resid = 2.17893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195887(s) Flops=350742528 => 1790.5349921128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257785.349966996 Mflops = 257.785349966996 Gflops = 0.257785349966996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057306 s
InvBiCGStab: k = 72 resid = 7.329461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265785(s) Flops=475416576 => 1788.72613578644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257526.603307744 Mflops = 257.526603307744 Gflops = 0.257526603307744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001045189 Relative Rsd = 4.58490171690057e-07
BICGSTAB_SOLVER_TIME: 0.564049 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 53 resid = 1.520274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194879(s) Flops=350742528 => 1799.79642752682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.71864284 Mflops = 259.10371864284 Gflops = 0.25910371864284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 69 resid = 1.150838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252422(s) Flops=455731200 => 1805.43375775487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.297256258 Mflops = 259.925297256258 Gflops = 0.259925297256258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001019414 Relative Rsd = 4.47183904693079e-07
BICGSTAB_SOLVER_TIME: 0.548716 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101288
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.795583(s) Flops=1266352128 => 1591.72849093055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229206.478026272 Mflops = 229.206478026272 Gflops = 0.229206478026272 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139847000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 2.057001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.961054(s) Flops=1499056128 => 1559.80426490083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224598.816813693 Mflops = 224.598816813693 Gflops = 0.224598816813693 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 6.996238e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.189586(s) Flops=1735280640 => 1458.72651493881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210055.577082091 Mflops = 210.055577082091 Gflops = 0.210055577082091 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002099161 Relative Rsd = 9.23079950422361e-07
BICGSTAB_SOLVER_TIME: 2.155873 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.138072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.117932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350309
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 165 resid = 2.256682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.60315(s) Flops=1085663232 => 1799.98877891072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259083.137501308 Mflops = 259.083137501308 Gflops = 0.259083137501308 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.07001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814751(s) Flops=1466247168 => 1799.6261041717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259142.373167836 Mflops = 259.142373167836 Gflops = 0.259142373167836 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.002016343 Relative Rsd = 8.85343162511089e-07
BICGSTAB_SOLVER_TIME: 1.42121 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.117892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276772999999998
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.793005(s) Flops=1266352128 => 1596.90308131727 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229953.129649341 Mflops = 229.953129649341 Gflops = 0.229953129649341 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139878000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040631 s
InvBiCGStab: k = 27 resid = 2.278883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104962(s) Flops=180135936 => 1716.20144433223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247054.468772181 Mflops = 247.054468772181 Gflops = 0.247054468772181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058683 s
InvBiCGStab: k = 56 resid = 9.842131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220507(s) Flops=370427904 => 1679.89181295832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241840.391174837 Mflops = 241.840391174837 Gflops = 0.241840391174837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007519494 Relative Rsd = 3.29855735891678e-07
BICGSTAB_SOLVER_TIME: 0.428614 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041697 s
InvBiCGStab: k = 88 resid = 1.045246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335481(s) Flops=580405248 => 1730.06891001279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249086.988461378 Mflops = 249.086988461378 Gflops = 0.249086988461378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067154 s
InvBiCGStab: k = 93 resid = 1.127994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430408(s) Flops=613214208 => 1424.72771881564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205094.1228139 Mflops = 205.0941228139 Gflops = 0.2050941228139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001272693 Relative Rsd = 5.5828894885295e-07
BICGSTAB_SOLVER_TIME: 0.882481 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048492 s
InvBiCGStab: k = 52 resid = 2.133595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228394(s) Flops=344180736 => 1506.96049808664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216956.451761943 Mflops = 216.956451761943 Gflops = 0.216956451761943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067136 s
InvBiCGStab: k = 71 resid = 7.86955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31488(s) Flops=468854784 => 1488.99512195122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214376.353878537 Mflops = 214.376353878537 Gflops = 0.214376353878537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001034915 Relative Rsd = 4.53983710334722e-07
BICGSTAB_SOLVER_TIME: 0.662666 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 73 resid = 1.190101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364479(s) Flops=481978368 => 1322.3762356679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190399.4033277 Mflops = 190.3994033277 Gflops = 0.1903994033277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 90 resid = 7.30253e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33104(s) Flops=593528832 => 1792.92179797003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258131.597951792 Mflops = 258.131597951792 Gflops = 0.258131597951792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001131671 Relative Rsd = 4.96427176605101e-07
BICGSTAB_SOLVER_TIME: 0.796413 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130532
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 49 resid = 1.942363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180807(s) Flops=324495360 => 1794.70573595049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258377.865138611 Mflops = 258.377865138611 Gflops = 0.258377865138611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 75 resid = 1.005767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275955(s) Flops=495101952 => 1794.14017502854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258297.06715047 Mflops = 258.29706715047 Gflops = 0.25829706715047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001084867 Relative Rsd = 4.75896005243129e-07
BICGSTAB_SOLVER_TIME: 0.558205 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102656
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.803011(s) Flops=1278590976 => 1592.24590447702 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229334.548324051 Mflops = 229.334548324051 Gflops = 0.229334548324052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141338000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 37 resid = 1.364097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139948(s) Flops=245753856 => 1756.03692800183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252772.875283699 Mflops = 252.772875283699 Gflops = 0.252772875283699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058005 s
InvBiCGStab: k = 49 resid = 1.117683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180799(s) Flops=324495360 => 1794.78514814794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258372.468139191 Mflops = 258.372468139191 Gflops = 0.258372468139191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007293466 Relative Rsd = 3.19940627226746e-07
BICGSTAB_SOLVER_TIME: 0.423676 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 72 resid = 1.976849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264256(s) Flops=475416576 => 1799.07580527973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259020.295934186 Mflops = 259.020295934186 Gflops = 0.259020295934186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 94 resid = 9.349502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356064(s) Flops=619776000 => 1740.63089781612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250611.497961449 Mflops = 250.611497961449 Gflops = 0.250611497961449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001226144 Relative Rsd = 5.37869462356796e-07
BICGSTAB_SOLVER_TIME: 0.721733 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044912 s
InvBiCGStab: k = 55 resid = 1.781002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25114(s) Flops=363866112 => 1448.8576570837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208587.520637974 Mflops = 208.587520637974 Gflops = 0.208587520637974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062538 s
InvBiCGStab: k = 67 resid = 8.538425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286496(s) Flops=442607616 => 1544.89981011951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222416.523777773 Mflops = 222.416523777773 Gflops = 0.222416523777773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001030191 Relative Rsd = 4.51911386669932e-07
BICGSTAB_SOLVER_TIME: 0.648822 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046179 s
InvBiCGStab: k = 62 resid = 1.418169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284516(s) Flops=409798656 => 1440.33606545853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207371.955702997 Mflops = 207.371955702997 Gflops = 0.207371955702997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057556 s
InvBiCGStab: k = 74 resid = 1.040277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334811(s) Flops=488540160 => 1459.1520589228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210085.150280539 Mflops = 210.085150280539 Gflops = 0.210085150280539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001076732 Relative Rsd = 4.72327094162853e-07
BICGSTAB_SOLVER_TIME: 0.726809 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 53 resid = 1.983657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19509(s) Flops=350742528 => 1797.84985391358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258826.61458068 Mflops = 258.82661458068 Gflops = 0.25882661458068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 80 resid = 7.517407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296351(s) Flops=527910912 => 1781.37044248206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256469.54110662 Mflops = 256.46954110662 Gflops = 0.25646954110662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001040163 Relative Rsd = 4.56285838250168e-07
BICGSTAB_SOLVER_TIME: 0.592555 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109176
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849962(s) Flops=1315971072 => 1548.27047797431 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222963.344513331 Mflops = 222.963344513331 Gflops = 0.222963344513331 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145519000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 31 resid = 1.382508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11444(s) Flops=206383104 => 1803.41754631248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.390383427 Mflops = 259.587390383427 Gflops = 0.259587390383427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05695 s
InvBiCGStab: k = 48 resid = 1.081063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176234(s) Flops=317933568 => 1804.04217120419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.69182921 Mflops = 259.70669182921 Gflops = 0.25970669182921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007727314 Relative Rsd = 3.38972096048947e-07
BICGSTAB_SOLVER_TIME: 0.392839 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 50 resid = 2.217335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183332(s) Flops=331057152 => 1805.77941657758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.478691902 Mflops = 259.969478691902 Gflops = 0.259969478691902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 71 resid = 1.136682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260205(s) Flops=468854784 => 1801.86692799908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.886599071 Mflops = 259.409886599071 Gflops = 0.259409886599071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001011916 Relative Rsd = 4.43894793054878e-07
BICGSTAB_SOLVER_TIME: 0.545021 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041804 s
InvBiCGStab: k = 51 resid = 2.192559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187835(s) Flops=337618944 => 1797.42297228951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258762.582238631 Mflops = 258.762582238631 Gflops = 0.258762582238631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057233 s
InvBiCGStab: k = 72 resid = 1.141412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299159(s) Flops=475416576 => 1589.17691261169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228797.525928669 Mflops = 228.797525928669 Gflops = 0.228797525928669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009839413 Relative Rsd = 4.31622990731873e-07
BICGSTAB_SOLVER_TIME: 0.589729 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045249 s
InvBiCGStab: k = 61 resid = 2.045088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282596(s) Flops=403236864 => 1426.90223499271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205434.933928512 Mflops = 205.434933928512 Gflops = 0.205434933928512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059201 s
InvBiCGStab: k = 76 resid = 1.126738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338216(s) Flops=501663744 => 1483.26437542872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213555.957056147 Mflops = 213.555957056147 Gflops = 0.213555957056147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001053525 Relative Rsd = 4.62146919061694e-07
BICGSTAB_SOLVER_TIME: 0.733592 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048613 s
InvBiCGStab: k = 50 resid = 1.996916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227398(s) Flops=331057152 => 1455.84900482854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209602.97386039 Mflops = 209.60297386039 Gflops = 0.20960297386039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067178 s
InvBiCGStab: k = 74 resid = 7.001986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324959(s) Flops=488540160 => 1503.39015075748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216443.740523317 Mflops = 216.443740523317 Gflops = 0.216443740523317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001000819 Relative Rsd = 4.39026721944236e-07
BICGSTAB_SOLVER_TIME: 0.672815 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102624
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840267(s) Flops=1335066624 => 1588.85999807204 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228805.318012338 Mflops = 228.805318012338 Gflops = 0.228805318012338 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147741000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021523
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040981 s
InvBiCGStab: k = 25 resid = 2.038072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092849(s) Flops=167012352 => 1798.75229673987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.366686754 Mflops = 258.887366686754 Gflops = 0.258887366686754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 53 resid = 8.585548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195145(s) Flops=350742528 => 1797.34314484102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258757.615214331 Mflops = 258.757615214331 Gflops = 0.258757615214331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007512014 Relative Rsd = 3.2952760095555e-07
BICGSTAB_SOLVER_TIME: 0.389004 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041574 s
InvBiCGStab: k = 51 resid = 2.204009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187458(s) Flops=337618944 => 1801.0378004673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.215845785 Mflops = 259.298215845785 Gflops = 0.259298215845785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056367 s
InvBiCGStab: k = 84 resid = 6.27188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312195(s) Flops=554158080 => 1775.03829337433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255565.851559973 Mflops = 255.565851559973 Gflops = 0.255565851559973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001037031 Relative Rsd = 4.5491186416931e-07
BICGSTAB_SOLVER_TIME: 0.601158 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041776 s
InvBiCGStab: k = 48 resid = 2.086739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178141(s) Flops=317933568 => 1784.72989373586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256945.039231931 Mflops = 256.945039231931 Gflops = 0.256945039231931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057513 s
InvBiCGStab: k = 77 resid = 8.430865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281464(s) Flops=508225536 => 1805.65022880368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.3019501 Mflops = 259.9613019501 Gflops = 0.2599613019501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001017777 Relative Rsd = 4.46465740875978e-07
BICGSTAB_SOLVER_TIME: 0.562579 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103513
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 58 resid = 1.965873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21412(s) Flops=383551488 => 1791.29220997571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257890.516150159 Mflops = 257.890516150159 Gflops = 0.257890516150159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056954 s
InvBiCGStab: k = 79 resid = 1.123617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33052(s) Flops=521349120 => 1577.3602807697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227110.04771509 Mflops = 227.11004771509 Gflops = 0.22711004771509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001057091 Relative Rsd = 4.63711375332538e-07
BICGSTAB_SOLVER_TIME: 0.646703 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042929 s
InvBiCGStab: k = 55 resid = 1.862252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249421(s) Flops=363866112 => 1458.84312868604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210038.241215271 Mflops = 210.038241215271 Gflops = 0.210038241215271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063663 s
InvBiCGStab: k = 70 resid = 6.82081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302758(s) Flops=462292992 => 1526.9389809683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219851.145234388 Mflops = 219.851145234388 Gflops = 0.219851145234388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009813973 Relative Rsd = 4.30507061290694e-07
BICGSTAB_SOLVER_TIME: 0.662542 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103459
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943666(s) Flops=1341554688 => 1421.64143669476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204717.619164647 Mflops = 204.717619164647 Gflops = 0.204717619164647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148464000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 7.812063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812636(s) Flops=1466247168 => 1804.30988536073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.185431643 Mflops = 259.726185431643 Gflops = 0.259726185431643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 9.005761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.997447(s) Flops=1800898560 => 1805.50802198012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.354928959 Mflops = 259.990354928959 Gflops = 0.259990354928959 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.002125054 Relative Rsd = 9.34445029823055e-07
BICGSTAB_SOLVER_TIME: 1.813435 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.3541
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.183438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636272(s) Flops=1151281152 => 1809.41665199789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260468.60149801 Mflops = 260.46860149801 Gflops = 0.26046860149801 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 8.057436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867279(s) Flops=1440000000 => 1660.36534955879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239089.093544482 Mflops = 239.089093544482 Gflops = 0.239089093544482 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.001935686 Relative Rsd = 8.49948558035498e-07
BICGSTAB_SOLVER_TIME: 1.508271 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.142664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.131997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280986999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 315 resid = 2.087471e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.384891(s) Flops=2069932032 => 1494.65339293851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215225.572771986 Mflops = 215.225572771986 Gflops = 0.215225572771986 Tflops
InvBiCGStab: k = 394 resid = 8.697153e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.639854(s) Flops=2588313600 => 1578.38051436286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227284.91525973 Mflops = 227.28491525973 Gflops = 0.22728491525973 Tflops
BICGSTAB_SOLVER: 709 iterations. Rsd = 0.002124864 Relative Rsd = 9.34361486036843e-07
BICGSTAB_SOLVER_TIME: 3.029326 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.505845999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 255 resid = 1.155768e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.007176(s) Flops=1676224512 => 1664.28162704433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239650.022606479 Mflops = 239.650022606479 Gflops = 0.239650022606479 Tflops
InvBiCGStab: k = 304 resid = 8.786072e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.112893(s) Flops=1997752320 => 1795.09828887413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258489.814697886 Mflops = 258.489814697886 Gflops = 0.258489814697886 Tflops
BICGSTAB_SOLVER: 559 iterations. Rsd = 0.001902907 Relative Rsd = 8.35555458189716e-07
BICGSTAB_SOLVER_TIME: 2.12479 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.399376999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 223 resid = 1.818867e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874887(s) Flops=1466247168 => 1675.9274832064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241272.711320602 Mflops = 241.272711320602 Gflops = 0.241272711320602 Tflops
InvBiCGStab: k = 264 resid = 1.049869e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976262(s) Flops=1735280640 => 1777.47432553966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255951.813132505 Mflops = 255.951813132505 Gflops = 0.255951813132505 Tflops
BICGSTAB_SOLVER: 487 iterations. Rsd = 0.001846224 Relative Rsd = 8.09878387131421e-07
BICGSTAB_SOLVER_TIME: 1.855749 sec
2Flav::invert,  n_count = 487
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346702000000003
MInvCG2: 307 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.243299(s) Flops=1986988032 => 1598.15783009558 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230161.719074413 Mflops = 230.161719074413 Gflops = 0.230161719074413 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.220361000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0168417176046205
AccProb = 0.983299311288471
AcceptP = 1
After HMC trajectory call: time= 456.73025 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.057384 secs
Doing Update: 2729 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 304 resid = 8.01293e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.110941(s) Flops=1997752320 => 1798.25240044251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.14209733 Mflops = 258.95814209733 Gflops = 0.25895814209733 Tflops
InvBiCGStab: k = 320 resid = 1.001072e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.169876(s) Flops=2102740992 => 1797.40501728388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258823.933403493 Mflops = 258.823933403493 Gflops = 0.258823933403493 Tflops
BICGSTAB_SOLVER: 624 iterations. Rsd = 0.001898303 Relative Rsd = 8.34889312446378e-07
BICGSTAB_SOLVER_TIME: 2.285849 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.447824999999993
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 217 resid = 1.87194e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803041(s) Flops=1426876416 => 1776.84130200077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255864.565279338 Mflops = 255.864565279338 Gflops = 0.255864565279338 Tflops
InvBiCGStab: k = 247 resid = 4.844433e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940462(s) Flops=1623730176 => 1726.52395950076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248616.791925957 Mflops = 248.616791925957 Gflops = 0.248616791925957 Tflops
BICGSTAB_SOLVER: 464 iterations. Rsd = 0.001790996 Relative Rsd = 7.86485862410065e-07
BICGSTAB_SOLVER_TIME: 1.748585 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333617999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 318 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.417338(s) Flops=2052458496 => 1448.1079996444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208564.618574582 Mflops = 208.564618574582 Gflops = 0.208564618574582 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.227347000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 344 resid = 2.055632e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.474652(s) Flops=2260224000 => 1532.71687150596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220700.349407911 Mflops = 220.700349407911 Gflops = 0.220700349407911 Tflops
InvBiCGStab: k = 343 resid = 1.116395e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.262153(s) Flops=2253662208 => 1785.5697431294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257121.518162309 Mflops = 257.121518162309 Gflops = 0.257121518162309 Tflops
BICGSTAB_SOLVER: 687 iterations. Rsd = 0.002012079 Relative Rsd = 8.84929025075525e-07
BICGSTAB_SOLVER_TIME: 2.741592 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.490265
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 283 resid = 2.139578e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.044906(s) Flops=1859954688 => 1780.02106218167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256288.006121319 Mflops = 256.288006121319 Gflops = 0.256288006121319 Tflops
InvBiCGStab: k = 327 resid = 7.411738e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.228427(s) Flops=2148673536 => 1749.12594399179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251873.214696141 Mflops = 251.873214696141 Gflops = 0.251873214696141 Tflops
BICGSTAB_SOLVER: 610 iterations. Rsd = 0.001985087 Relative Rsd = 8.71717464598311e-07
BICGSTAB_SOLVER_TIME: 2.277974 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.435972999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 226 resid = 2.264553e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830706(s) Flops=1485932544 => 1788.75865107511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257499.787136947 Mflops = 257.499787136947 Gflops = 0.257499787136947 Tflops
InvBiCGStab: k = 255 resid = 1.146991e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940253(s) Flops=1676224512 => 1782.73774399018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256703.360034158 Mflops = 256.703360034158 Gflops = 0.256703360034159 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.001998324 Relative Rsd = 8.76145675654188e-07
BICGSTAB_SOLVER_TIME: 1.775613 sec
2Flav::invert,  n_count = 481
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.342877000000002
MInvCG2: 304 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.231498(s) Flops=1967818752 => 1597.90657556894 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230101.99713612 Mflops = 230.10199713612 Gflops = 0.23010199713612 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.218569000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.738706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.024836(s) Flops=1485932544 => 1449.92227439317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208761.578455604 Mflops = 208.761578455604 Gflops = 0.208761578455604 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.145989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.051865(s) Flops=1551550464 => 1475.04714388253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212395.475497283 Mflops = 212.395475497283 Gflops = 0.212395475497283 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002031207 Relative Rsd = 8.93341562374935e-07
BICGSTAB_SOLVER_TIME: 2.080914 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329786999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.851641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721129(s) Flops=1289078784 => 1787.58416871323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257327.301954541 Mflops = 257.327301954541 Gflops = 0.257327301954541 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 6.855656e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729601(s) Flops=1308764160 => 1793.80806769728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258296.998541703 Mflops = 258.296998541703 Gflops = 0.258296998541703 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001940233 Relative Rsd = 8.52020886180812e-07
BICGSTAB_SOLVER_TIME: 1.454141 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282111999999997
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.828775(s) Flops=1322975232 => 1596.30205061687 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229853.278880361 Mflops = 229.853278880361 Gflops = 0.229853278880361 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146613000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.3e-05 s
InvBiCGStab: k = 149 resid = 1.598943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.545306(s) Flops=980674560 => 1798.39312239367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.313047797 Mflops = 258.793313047797 Gflops = 0.258793313047797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3.1e-05 s
InvBiCGStab: k = 187 resid = 1.113829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718711(s) Flops=1230022656 => 1711.42873282863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246419.122854052 Mflops = 246.419122854052 Gflops = 0.246419122854052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 336 iterations. Rsd = 0.001978407 Relative Rsd = 8.67413043881382e-07
BICGSTAB_SOLVER_TIME: 1.26777 sec
2Flav::invert,  n_count = 336
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241521999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000127 s
InvBiCGStab: k = 121 resid = 1.672001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445199(s) Flops=796944384 => 1790.08574592486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257808.97063453 Mflops = 257.80897063453 Gflops = 0.25780897063453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.3e-05 s
InvBiCGStab: k = 140 resid = 8.948764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.526288(s) Flops=921618432 => 1751.16748244307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252114.957152442 Mflops = 252.114957152442 Gflops = 0.252114957152442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 261 iterations. Rsd = 0.001553748 Relative Rsd = 6.81225412897391e-07
BICGSTAB_SOLVER_TIME: 0.977396 sec
2Flav::invert,  n_count = 261
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187556999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.007227 s
InvBiCGStab: k = 93 resid = 1.636612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409218(s) Flops=613214208 => 1498.50252921426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215755.527261162 Mflops = 215.755527261162 Gflops = 0.215755527261162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.00804 s
InvBiCGStab: k = 123 resid = 9.27854e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.560689(s) Flops=810067968 => 1444.77235686807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207999.134431678 Mflops = 207.999134431678 Gflops = 0.207999134431678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001342383 Relative Rsd = 5.88554779648824e-07
BICGSTAB_SOLVER_TIME: 0.994786 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159233999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.009317 s
InvBiCGStab: k = 80 resid = 1.897602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366032(s) Flops=527910912 => 1442.25344232198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207639.914375373 Mflops = 207.639914375373 Gflops = 0.207639914375373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011675 s
InvBiCGStab: k = 97 resid = 9.544686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402828(s) Flops=639461376 => 1587.43030772439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228557.710226094 Mflops = 228.557710226094 Gflops = 0.228557710226094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001301768 Relative Rsd = 5.7074728513684e-07
BICGSTAB_SOLVER_TIME: 0.793587 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010394 s
InvBiCGStab: k = 69 resid = 2.061535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253943(s) Flops=455731200 => 1794.62005253147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258369.555102423 Mflops = 258.369555102423 Gflops = 0.258369555102423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015146 s
InvBiCGStab: k = 92 resid = 8.34797e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338607(s) Flops=606652416 => 1791.61215214098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257941.825396278 Mflops = 257.941825396278 Gflops = 0.257941825396278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001203314 Relative Rsd = 5.27581369236927e-07
BICGSTAB_SOLVER_TIME: 0.621951 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120788
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.826607(s) Flops=1316708352 => 1592.90733323091 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229512.302566792 Mflops = 229.512302566792 Gflops = 0.229512302566792 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145565000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01331 s
InvBiCGStab: k = 29 resid = 1.751098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107012(s) Flops=193259520 => 1805.96120061302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259916.831728246 Mflops = 259.916831728246 Gflops = 0.259916831728246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019443 s
InvBiCGStab: k = 46 resid = 1.028505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169163(s) Flops=304809984 => 1801.87147307626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259370.10773826 Mflops = 259.37010773826 Gflops = 0.25937010773826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0006941326 Relative Rsd = 3.04335637039894e-07
BICGSTAB_SOLVER_TIME: 0.312828 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0603910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016396 s
InvBiCGStab: k = 76 resid = 2.022839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278055(s) Flops=501663744 => 1804.18889787992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259753.300678274 Mflops = 259.753300678274 Gflops = 0.259753300678274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023883 s
InvBiCGStab: k = 99 resid = 9.014558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362268(s) Flops=652584960 => 1801.38726026036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259359.832379311 Mflops = 259.359832379311 Gflops = 0.259359832379311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001283501 Relative Rsd = 5.62738468029825e-07
BICGSTAB_SOLVER_TIME: 0.684427 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132866
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020413 s
InvBiCGStab: k = 59 resid = 1.988161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215782(s) Flops=390113280 => 1807.90464450232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260274.340908023 Mflops = 260.274340908023 Gflops = 0.260274340908023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.02918 s
InvBiCGStab: k = 82 resid = 1.084916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300012(s) Flops=541034496 => 1803.3761849526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.340894055 Mflops = 259.623340894055 Gflops = 0.259623340894055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00108451 Relative Rsd = 4.75492795331872e-07
BICGSTAB_SOLVER_TIME: 0.569284 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109794
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023676 s
InvBiCGStab: k = 68 resid = 1.549223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249005(s) Flops=449169408 => 1803.85698279151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.006160649 Mflops = 259.700006160649 Gflops = 0.259700006160649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033374 s
InvBiCGStab: k = 96 resid = 5.529195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350173(s) Flops=632899584 => 1807.39115808472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260215.312887956 Mflops = 260.215312887956 Gflops = 0.260215312887956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001193878 Relative Rsd = 5.23444330233588e-07
BICGSTAB_SOLVER_TIME: 0.660056 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127126
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027815 s
InvBiCGStab: k = 56 resid = 2.102016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253744(s) Flops=370427904 => 1459.84891859512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210181.188558091 Mflops = 210.181188558091 Gflops = 0.210181188558091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.04217 s
InvBiCGStab: k = 73 resid = 1.041589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363515(s) Flops=481978368 => 1325.88302545975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190896.635628579 Mflops = 190.896635628579 Gflops = 0.190896635628579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001110052 Relative Rsd = 4.86691225461942e-07
BICGSTAB_SOLVER_TIME: 0.691672 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103243
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995432(s) Flops=1310294016 => 1316.30690594636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189535.981009361 Mflops = 189.535981009361 Gflops = 0.189535981009361 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145085000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.561113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031459 s
InvBiCGStab: k = 32 resid = 1.74646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117995(s) Flops=212944896 => 1804.69423280647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259767.132868829 Mflops = 259.767132868829 Gflops = 0.259767132868829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044313 s
InvBiCGStab: k = 53 resid = 9.159119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19446(s) Flops=350742528 => 1803.67442147485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.316074953 Mflops = 259.647316074953 Gflops = 0.259647316074953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0008126349 Relative Rsd = 3.56291810180329e-07
BICGSTAB_SOLVER_TIME: 0.391991 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036195 s
InvBiCGStab: k = 59 resid = 1.480907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216595(s) Flops=390113280 => 1801.11858537824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.432417827 Mflops = 259.289432417827 Gflops = 0.259289432417827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051327 s
InvBiCGStab: k = 66 resid = 9.603602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242338(s) Flops=436045824 => 1799.3291353399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.649748044 Mflops = 259.043649748044 Gflops = 0.259043649748044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001062741 Relative Rsd = 4.65948200812899e-07
BICGSTAB_SOLVER_TIME: 0.550348 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 52 resid = 1.788574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19177(s) Flops=344180736 => 1794.75797048548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258367.473746634 Mflops = 258.367473746634 Gflops = 0.258367473746634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 73 resid = 6.707948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267315(s) Flops=481978368 => 1803.03525054711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259577.6058807 Mflops = 259.5776058807 Gflops = 0.2595776058807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001030904 Relative Rsd = 4.51989924212624e-07
BICGSTAB_SOLVER_TIME: 0.559957 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04068 s
InvBiCGStab: k = 60 resid = 1.783548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220353(s) Flops=396675072 => 1800.18003839294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259174.737490515 Mflops = 259.174737490515 Gflops = 0.259174737490515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055815 s
InvBiCGStab: k = 82 resid = 7.718592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299973(s) Flops=541034496 => 1803.61064495805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.293570674 Mflops = 259.661293570673 Gflops = 0.259661293570673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001096777 Relative Rsd = 4.80871053222645e-07
BICGSTAB_SOLVER_TIME: 0.620728 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 52 resid = 2.196312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190574(s) Flops=344180736 => 1806.02147197414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.007342608 Mflops = 260.010007342608 Gflops = 0.260010007342608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056278 s
InvBiCGStab: k = 78 resid = 7.899888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311874(s) Flops=514787328 => 1650.62598357029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237641.047115134 Mflops = 237.641047115134 Gflops = 0.237641047115134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047986 Relative Rsd = 4.59479142328189e-07
BICGSTAB_SOLVER_TIME: 0.603795 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107111
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.841895(s) Flops=1297539072 => 1541.21246948848 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221920.74634645 Mflops = 221.92074634645 Gflops = 0.22192074634645 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143418000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.497731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045197 s
InvBiCGStab: k = 26 resid = 2.098478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12283(s) Flops=173574144 => 1413.12500203533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203444.394953173 Mflops = 203.444394953173 Gflops = 0.203444394953173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070243 s
InvBiCGStab: k = 50 resid = 8.910391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217922(s) Flops=331057152 => 1519.1543396261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218964.963366134 Mflops = 218.964963366134 Gflops = 0.218964963366134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007529933 Relative Rsd = 3.30142531565188e-07
BICGSTAB_SOLVER_TIME: 0.459941 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042687 s
InvBiCGStab: k = 53 resid = 2.190163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230912(s) Flops=350742528 => 1518.94456762749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218677.267080325 Mflops = 218.677267080325 Gflops = 0.218677267080325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059167 s
InvBiCGStab: k = 75 resid = 9.875478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284268(s) Flops=495101952 => 1741.67318164549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250737.516749347 Mflops = 250.737516749347 Gflops = 0.250737516749347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00108642 Relative Rsd = 4.76330380739504e-07
BICGSTAB_SOLVER_TIME: 0.620867 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042658 s
InvBiCGStab: k = 56 resid = 1.664308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213908(s) Flops=370427904 => 1731.7159900518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249314.719043336 Mflops = 249.314719043336 Gflops = 0.249314719043336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 65 resid = 7.938943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243047(s) Flops=429484032 => 1767.08221866553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254397.34293709 Mflops = 254.39734293709 Gflops = 0.25439734293709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001010822 Relative Rsd = 4.43184813995038e-07
BICGSTAB_SOLVER_TIME: 0.559836 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 55 resid = 1.954381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210013(s) Flops=363866112 => 1732.58851594901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249440.312840029 Mflops = 249.440312840029 Gflops = 0.249440312840029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058522 s
InvBiCGStab: k = 77 resid = 5.678786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295532(s) Flops=508225536 => 1719.6971427798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247583.947441721 Mflops = 247.583947441721 Gflops = 0.247583947441721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001088836 Relative Rsd = 4.77389637897614e-07
BICGSTAB_SOLVER_TIME: 0.608862 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 50 resid = 2.058767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19484(s) Flops=331057152 => 1699.12313693287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244610.523931221 Mflops = 244.610523931221 Gflops = 0.244610523931221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057226 s
InvBiCGStab: k = 68 resid = 1.028213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252483(s) Flops=449169408 => 1779.00851938546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256124.117904056 Mflops = 256.124117904056 Gflops = 0.256124117904056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001004029 Relative Rsd = 4.40206664490802e-07
BICGSTAB_SOLVER_TIME: 0.549364 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0987110000000003
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.819952(s) Flops=1265909760 => 1543.8827638691 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222298.176627965 Mflops = 222.298176627965 Gflops = 0.222298176627965 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139933000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.106011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690121(s) Flops=1216899072 => 1763.31262488752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253845.635624293 Mflops = 253.845635624293 Gflops = 0.253845635624293 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.097282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.07712(s) Flops=1702471680 => 1580.57754010695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227593.702842382 Mflops = 227.593702842382 Gflops = 0.227593702842382 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002025196 Relative Rsd = 8.90716211956191e-07
BICGSTAB_SOLVER_TIME: 1.770838 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.124375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316993999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.187673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864116(s) Flops=1230022656 => 1423.44622249791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204939.319219029 Mflops = 204.939319219029 Gflops = 0.204939319219029 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 7.733737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863411(s) Flops=1459685376 => 1690.60317276477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243434.506127237 Mflops = 243.434506127237 Gflops = 0.243434506127237 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.001917141 Relative Rsd = 8.41891620954125e-07
BICGSTAB_SOLVER_TIME: 1.730984 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.117918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291907999999998
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.812269(s) Flops=1265909760 => 1558.48587105996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224402.659597518 Mflops = 224.402659597518 Gflops = 0.224402659597518 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140005
CLOV_LINOP: Time spent in clov deriv (total) = 1.405182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04399 s
InvBiCGStab: k = 30 resid = 1.42122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116524(s) Flops=199821312 => 1714.85112079915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246829.912158325 Mflops = 246.829912158325 Gflops = 0.246829912158325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05802 s
InvBiCGStab: k = 57 resid = 6.345202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215822(s) Flops=376989696 => 1746.76212804997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251458.637524362 Mflops = 251.458637524362 Gflops = 0.251458637524362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.000740768 Relative Rsd = 3.24782495367927e-07
BICGSTAB_SOLVER_TIME: 0.438158 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 84 resid = 1.562318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316028(s) Flops=554158080 => 1753.50943587277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252468.000197481 Mflops = 252.468000197481 Gflops = 0.252468000197481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 100 resid = 8.895518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378568(s) Flops=659146752 => 1741.1581327529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250681.797863078 Mflops = 250.681797863078 Gflops = 0.250681797863078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001256868 Relative Rsd = 5.51061527040733e-07
BICGSTAB_SOLVER_TIME: 0.796305 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045613 s
InvBiCGStab: k = 53 resid = 2.164737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211211(s) Flops=350742528 => 1660.62623632292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239065.614579649 Mflops = 239.065614579649 Gflops = 0.239065614579649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 65 resid = 1.010779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238953(s) Flops=429484032 => 1797.35777328596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258750.593064273 Mflops = 258.750593064273 Gflops = 0.258750593064273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001011109 Relative Rsd = 4.43310783573712e-07
BICGSTAB_SOLVER_TIME: 0.555834 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0988050000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042948 s
InvBiCGStab: k = 64 resid = 1.753342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2384(s) Flops=422922240 => 1774.00268456376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255375.562847221 Mflops = 255.375562847221 Gflops = 0.255375562847221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056209 s
InvBiCGStab: k = 73 resid = 8.886502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278342(s) Flops=481978368 => 1731.60488894957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249298.036665757 Mflops = 249.298036665757 Gflops = 0.249298036665757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001085035 Relative Rsd = 4.75723093038102e-07
BICGSTAB_SOLVER_TIME: 0.619856 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 55 resid = 1.398166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222514(s) Flops=363866112 => 1635.25042019828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235412.994021121 Mflops = 235.412994021121 Gflops = 0.235412994021121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072 s
InvBiCGStab: k = 75 resid = 1.065053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333107(s) Flops=495101952 => 1486.31506392841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213990.084394047 Mflops = 213.990084394047 Gflops = 0.213990084394047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001059547 Relative Rsd = 4.64547835593899e-07
BICGSTAB_SOLVER_TIME: 0.672938 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107171
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899729(s) Flops=1240915968 => 1379.21081570117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198581.147320022 Mflops = 198.581147320022 Gflops = 0.198581147320022 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136969
CLOV_LINOP: Time spent in clov deriv (total) = 1.455654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 34 resid = 1.956853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126169(s) Flops=226068480 => 1791.79101047008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257916.461927645 Mflops = 257.916461927644 Gflops = 0.257916461927645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 47 resid = 1.146086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17354(s) Flops=311371776 => 1794.23634896854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258279.217402666 Mflops = 258.279217402666 Gflops = 0.258279217402666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007194989 Relative Rsd = 3.15457250226729e-07
BICGSTAB_SOLVER_TIME: 0.400746 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 89 resid = 2.00876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324632(s) Flops=586967040 => 1808.09975603144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260330.412004904 Mflops = 260.330412004904 Gflops = 0.260330412004904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 90 resid = 1.081927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329394(s) Flops=593528832 => 1801.88112716079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259412.697122826 Mflops = 259.412697122826 Gflops = 0.259412697122826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001256827 Relative Rsd = 5.51043458470697e-07
BICGSTAB_SOLVER_TIME: 0.755732 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040644 s
InvBiCGStab: k = 51 resid = 1.755401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186806(s) Flops=337618944 => 1807.32387610676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260162.759680585 Mflops = 260.162759680584 Gflops = 0.260162759680584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 63 resid = 1.062382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230981(s) Flops=416360448 => 1802.57444551716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259500.597025816 Mflops = 259.500597025816 Gflops = 0.259500597025816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001002811 Relative Rsd = 4.3967277397503e-07
BICGSTAB_SOLVER_TIME: 0.518775 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041966 s
InvBiCGStab: k = 65 resid = 1.78136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240695(s) Flops=429484032 => 1784.34962088951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256887.771482352 Mflops = 256.887771482352 Gflops = 0.256887771482352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 79 resid = 1.000204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290389(s) Flops=521349120 => 1795.3473444242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258467.409779089 Mflops = 258.467409779089 Gflops = 0.258467409779089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001115318 Relative Rsd = 4.89000123298605e-07
BICGSTAB_SOLVER_TIME: 0.633886 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 53 resid = 2.05747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197924(s) Flops=350742528 => 1772.1071118207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255123.969176431 Mflops = 255.123969176431 Gflops = 0.255123969176431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 75 resid = 8.299833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275009(s) Flops=495101952 => 1800.31181524968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259180.906982563 Mflops = 259.180906982563 Gflops = 0.259180906982563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001039404 Relative Rsd = 4.55716490220949e-07
BICGSTAB_SOLVER_TIME: 0.574405 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107302
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.782813(s) Flops=1247256576 => 1593.30079597554 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229420.598553047 Mflops = 229.420598553047 Gflops = 0.229420598553047 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138384000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044406 s
InvBiCGStab: k = 32 resid = 1.534157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149224(s) Flops=212944896 => 1427.01506460087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205418.711819154 Mflops = 205.418711819154 Gflops = 0.205418711819154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072724 s
InvBiCGStab: k = 51 resid = 5.624698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22074(s) Flops=337618944 => 1529.48692579505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220189.481379266 Mflops = 220.189481379266 Gflops = 0.220189481379266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000740692 Relative Rsd = 3.24749139970981e-07
BICGSTAB_SOLVER_TIME: 0.490953 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051449 s
InvBiCGStab: k = 62 resid = 2.0055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260712(s) Flops=409798656 => 1571.84424192212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226307.919823896 Mflops = 226.307919823896 Gflops = 0.226307919823896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079017 s
InvBiCGStab: k = 73 resid = 1.071025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335665(s) Flops=481978368 => 1435.8910461323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206733.149320517 Mflops = 206.733149320517 Gflops = 0.206733149320517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001127509 Relative Rsd = 4.94345408601119e-07
BICGSTAB_SOLVER_TIME: 0.731001 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041992 s
InvBiCGStab: k = 54 resid = 1.535127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200322(s) Flops=357304320 => 1783.64992362297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256791.037696565 Mflops = 256.791037696565 Gflops = 0.256791037696565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 68 resid = 1.099731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251563(s) Flops=449169408 => 1785.5145947536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257037.107987039 Mflops = 257.037107987039 Gflops = 0.257037107987039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001005195 Relative Rsd = 4.40718045855767e-07
BICGSTAB_SOLVER_TIME: 0.554081 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 61 resid = 1.937501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224742(s) Flops=403236864 => 1794.22121365833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258302.662432113 Mflops = 258.302662432113 Gflops = 0.258302662432113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 78 resid = 7.907013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285536(s) Flops=514787328 => 1802.88064552281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.869228145 Mflops = 259.563869228145 Gflops = 0.259563869228145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001054453 Relative Rsd = 4.62314631794988e-07
BICGSTAB_SOLVER_TIME: 0.611879 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 57 resid = 1.371586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209454(s) Flops=376989696 => 1799.86868715804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259114.382659501 Mflops = 259.114382659501 Gflops = 0.259114382659501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 67 resid = 1.020913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245665(s) Flops=442607616 => 1801.67144688906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259366.762420742 Mflops = 259.366762420742 Gflops = 0.259366762420742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001033042 Relative Rsd = 4.52927295084724e-07
BICGSTAB_SOLVER_TIME: 0.55686 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103001
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.785973(s) Flops=1253523456 => 1594.86834280567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229634.389525994 Mflops = 229.634389525994 Gflops = 0.229634389525994 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138657
CLOV_LINOP: Time spent in clov deriv (total) = 1.379814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047791 s
InvBiCGStab: k = 34 resid = 9.691523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127269(s) Flops=226068480 => 1776.30436319921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255693.541807111 Mflops = 255.693541807111 Gflops = 0.255693541807111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 53 resid = 1.144399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198101(s) Flops=350742528 => 1770.52376313093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254883.594111931 Mflops = 254.883594111931 Gflops = 0.254883594111931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007917712 Relative Rsd = 3.47144315872896e-07
BICGSTAB_SOLVER_TIME: 0.433321 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045056 s
InvBiCGStab: k = 59 resid = 1.489033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218674(s) Flops=390113280 => 1783.99480505227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256844.934050938 Mflops = 256.844934050938 Gflops = 0.256844934050938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056691 s
InvBiCGStab: k = 76 resid = 1.094066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28042(s) Flops=501663744 => 1788.9727694173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257549.242285221 Mflops = 257.549242285221 Gflops = 0.257549242285221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00112483 Relative Rsd = 4.93170798425261e-07
BICGSTAB_SOLVER_TIME: 0.604786 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 51 resid = 2.200056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188914(s) Flops=337618944 => 1787.15682268122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257287.66910855 Mflops = 257.28766910855 Gflops = 0.25728766910855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058516 s
InvBiCGStab: k = 74 resid = 8.168308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325279(s) Flops=488540160 => 1501.91115934321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216233.461330832 Mflops = 216.233461330832 Gflops = 0.216233461330832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001001619 Relative Rsd = 4.3915016355524e-07
BICGSTAB_SOLVER_TIME: 0.618481 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05177 s
InvBiCGStab: k = 59 resid = 2.236553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291646(s) Flops=390113280 => 1337.6260260727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192587.006188159 Mflops = 192.587006188159 Gflops = 0.192587006188159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066873 s
InvBiCGStab: k = 76 resid = 1.073981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342357(s) Flops=501663744 => 1465.32346059815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210966.040791085 Mflops = 210.966040791085 Gflops = 0.210966040791085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001059024 Relative Rsd = 4.64318660793151e-07
BICGSTAB_SOLVER_TIME: 0.756841 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040958 s
InvBiCGStab: k = 55 resid = 2.102439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256366(s) Flops=363866112 => 1419.32281191734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204334.751138921 Mflops = 204.334751138921 Gflops = 0.204334751138921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 66 resid = 7.931778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279559(s) Flops=436045824 => 1559.76314123316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224561.773867602 Mflops = 224.561773867602 Gflops = 0.224561773867602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001006332 Relative Rsd = 4.41216207560733e-07
BICGSTAB_SOLVER_TIME: 0.636903 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100768
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.78846(s) Flops=1253449728 => 1589.74422037897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228894.647310715 Mflops = 228.894647310715 Gflops = 0.228894647310715 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138603000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.426213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947648(s) Flops=1702471680 => 1796.52326602283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.773095784 Mflops = 258.667773095784 Gflops = 0.258667773095784 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.142662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.935027(s) Flops=1682786304 => 1799.71947761936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.465158029 Mflops = 259.151465158029 Gflops = 0.259151465158029 Tflops
BICGSTAB_SOLVER: 515 iterations. Rsd = 0.002141967 Relative Rsd = 9.42103027100455e-07
BICGSTAB_SOLVER_TIME: 1.886039 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367472999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 2.193014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.594682(s) Flops=1072539648 => 1803.55155864815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.777273424 Mflops = 259.674777273424 Gflops = 0.259674777273424 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 9.341438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753565(s) Flops=1354696704 => 1797.71712327404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258856.506795761 Mflops = 258.856506795761 Gflops = 0.258856506795761 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.001930935 Relative Rsd = 8.47982988002519e-07
BICGSTAB_SOLVER_TIME: 1.351705 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263649999999997
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937679(s) Flops=1253449728 => 1336.75781157518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192495.686639953 Mflops = 192.495686639953 Gflops = 0.192495686639953 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138581000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.512287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04143 s
InvBiCGStab: k = 25 resid = 2.159371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093492(s) Flops=167012352 => 1786.38120908741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257130.430685141 Mflops = 257.130430685141 Gflops = 0.257130430685141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 53 resid = 9.291379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194993(s) Flops=350742528 => 1798.74420107388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258931.514522499 Mflops = 258.931514522499 Gflops = 0.258931514522499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007412867 Relative Rsd = 3.25009909248713e-07
BICGSTAB_SOLVER_TIME: 0.390397 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 81 resid = 1.986929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29707(s) Flops=534472704 => 1799.14735247585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259025.235911108 Mflops = 259.025235911108 Gflops = 0.259025235911108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056841 s
InvBiCGStab: k = 94 resid = 9.164696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344504(s) Flops=619776000 => 1799.03861783898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259010.744234284 Mflops = 259.010744234284 Gflops = 0.259010744234284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00125989 Relative Rsd = 5.52386606551247e-07
BICGSTAB_SOLVER_TIME: 0.742944 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 52 resid = 1.980615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190807(s) Flops=344180736 => 1803.81608641192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.385853288 Mflops = 259.670385853288 Gflops = 0.259670385853288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 65 resid = 1.148755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237897(s) Flops=429484032 => 1805.33605720123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259896.266424968 Mflops = 259.896266424968 Gflops = 0.259896266424968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001011059 Relative Rsd = 4.43288784834486e-07
BICGSTAB_SOLVER_TIME: 0.529391 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0980490000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 60 resid = 2.236959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219963(s) Flops=396675072 => 1803.37180343967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259621.779224448 Mflops = 259.621779224448 Gflops = 0.259621779224448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 75 resid = 8.350024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274128(s) Flops=495101952 => 1806.09770618105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260021.987265859 Mflops = 260.021987265859 Gflops = 0.260021987265859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001095922 Relative Rsd = 4.80496155914964e-07
BICGSTAB_SOLVER_TIME: 0.595027 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 53 resid = 2.144178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19459(s) Flops=350742528 => 1802.46943830618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259472.12117932 Mflops = 259.47212117932 Gflops = 0.25947212117932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 71 resid = 9.358008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260062(s) Flops=468854784 => 1802.85771854404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.986532558 Mflops = 259.537986532558 Gflops = 0.259537986532558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001046187 Relative Rsd = 4.58690607473679e-07
BICGSTAB_SOLVER_TIME: 0.556032 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102875
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.80607(s) Flops=1247109120 => 1547.14741895865 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222784.007999398 Mflops = 222.784007999398 Gflops = 0.222784007999398 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138248
CLOV_LINOP: Time spent in clov deriv (total) = 1.398777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041815 s
InvBiCGStab: k = 26 resid = 1.755341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095994(s) Flops=173574144 => 1808.17701106319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260226.077936092 Mflops = 260.226077936092 Gflops = 0.260226077936092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056829 s
InvBiCGStab: k = 51 resid = 4.343072e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224587(s) Flops=337618944 => 1503.28800865589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216415.248391899 Mflops = 216.415248391899 Gflops = 0.216415248391899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007222934 Relative Rsd = 3.16682467711037e-07
BICGSTAB_SOLVER_TIME: 0.423094 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0526 s
InvBiCGStab: k = 79 resid = 2.239485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346408(s) Flops=521349120 => 1505.01466478834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216687.594898168 Mflops = 216.687594898168 Gflops = 0.216687594898168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058695 s
InvBiCGStab: k = 85 resid = 1.066801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371893(s) Flops=560719872 => 1507.74516325932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217078.797227349 Mflops = 217.078797227349 Gflops = 0.217078797227349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001232812 Relative Rsd = 5.40514228967041e-07
BICGSTAB_SOLVER_TIME: 0.833689 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131096
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 54 resid = 1.693838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237559(s) Flops=357304320 => 1504.06560054555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216535.921577057 Mflops = 216.535921577057 Gflops = 0.216535921577057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 66 resid = 1.01239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241843(s) Flops=436045824 => 1803.01197057595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259567.001276891 Mflops = 259.567001276891 Gflops = 0.259567001276891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00106367 Relative Rsd = 4.66355509256098e-07
BICGSTAB_SOLVER_TIME: 0.580691 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999860000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045424 s
InvBiCGStab: k = 62 resid = 2.236425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313927(s) Flops=409798656 => 1305.39474463808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187945.586630827 Mflops = 187.945586630827 Gflops = 0.187945586630827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076933 s
InvBiCGStab: k = 79 resid = 5.2065e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303976(s) Flops=521349120 => 1715.09961312735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246924.088076825 Mflops = 246.924088076825 Gflops = 0.246924088076825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001098588 Relative Rsd = 4.81664998439934e-07
BICGSTAB_SOLVER_TIME: 0.744039 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043558 s
InvBiCGStab: k = 54 resid = 2.198213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208669(s) Flops=357304320 => 1712.30187521865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246526.649863625 Mflops = 246.526649863625 Gflops = 0.246526649863625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060675 s
InvBiCGStab: k = 76 resid = 6.673756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284431(s) Flops=501663744 => 1763.74496450809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253923.608816476 Mflops = 253.923608816476 Gflops = 0.253923608816476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001068751 Relative Rsd = 4.68583404774546e-07
BICGSTAB_SOLVER_TIME: 0.601115 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107198
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.779553(s) Flops=1234796544 => 1583.98023482688 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228081.269159033 Mflops = 228.081269159033 Gflops = 0.228081269159033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136693000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 29 resid = 2.201297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107502(s) Flops=193259520 => 1797.72953061338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.368656035 Mflops = 258.751368656035 Gflops = 0.258751368656035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 53 resid = 1.131833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194708(s) Flops=350742528 => 1801.37707746985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259318.592976913 Mflops = 259.318592976913 Gflops = 0.259318592976913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007536518 Relative Rsd = 3.30431245877088e-07
BICGSTAB_SOLVER_TIME: 0.403766 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 52 resid = 1.976159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190789(s) Flops=344180736 => 1803.98626755211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.045745387 Mflops = 259.676045745387 Gflops = 0.259676045745387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05601 s
InvBiCGStab: k = 75 resid = 1.084133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274723(s) Flops=495101952 => 1802.18602738031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259464.253048503 Mflops = 259.464253048503 Gflops = 0.259464253048503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001072191 Relative Rsd = 4.70091824125658e-07
BICGSTAB_SOLVER_TIME: 0.566396 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042251 s
InvBiCGStab: k = 54 resid = 1.503589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198151(s) Flops=357304320 => 1803.19211106681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259599.189970978 Mflops = 259.599189970978 Gflops = 0.259599189970978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055919 s
InvBiCGStab: k = 66 resid = 1.062963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241758(s) Flops=436045824 => 1803.64589382771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.644752015 Mflops = 259.664644752015 Gflops = 0.259664644752015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001008716 Relative Rsd = 4.42261836729578e-07
BICGSTAB_SOLVER_TIME: 0.541943 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 55 resid = 1.73179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201277(s) Flops=363866112 => 1807.7878346756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260239.2120661 Mflops = 260.2392120661 Gflops = 0.2602392120661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057017 s
InvBiCGStab: k = 72 resid = 1.028243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279577(s) Flops=475416576 => 1700.48529027781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244806.848600435 Mflops = 244.806848600435 Gflops = 0.244806848600435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001064353 Relative Rsd = 4.6665522293761e-07
BICGSTAB_SOLVER_TIME: 0.58281 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042182 s
InvBiCGStab: k = 52 resid = 1.719063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218695(s) Flops=344180736 => 1573.79334689865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226568.39874718 Mflops = 226.56839874718 Gflops = 0.22656839874718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074552 s
InvBiCGStab: k = 66 resid = 9.811685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301366(s) Flops=436045824 => 1446.8978716909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208305.63893742 Mflops = 208.30563893742 Gflops = 0.20830563893742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001047723 Relative Rsd = 4.59364095557391e-07
BICGSTAB_SOLVER_TIME: 0.640889 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985100000000003
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905459(s) Flops=1228529664 => 1356.80319484372 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195368.915968615 Mflops = 195.368915968615 Gflops = 0.195368915968615 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135672
CLOV_LINOP: Time spent in clov deriv (total) = 1.456424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 28 resid = 2.195927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10375(s) Flops=186697728 => 1799.49617349398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258980.451820103 Mflops = 258.980451820103 Gflops = 0.258980451820103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 49 resid = 9.602697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180632(s) Flops=324495360 => 1796.44448381239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.713235649 Mflops = 258.602713235649 Gflops = 0.258602713235649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007808488 Relative Rsd = 3.42355506798701e-07
BICGSTAB_SOLVER_TIME: 0.385636 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 69 resid = 1.246452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252774(s) Flops=455731200 => 1802.9196040732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.9115984 Mflops = 259.5669115984 Gflops = 0.2595669115984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055782 s
InvBiCGStab: k = 87 resid = 1.127666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317861(s) Flops=573843456 => 1805.32829129714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259918.200068303 Mflops = 259.918200068303 Gflops = 0.259918200068303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001109179 Relative Rsd = 4.86308671980516e-07
BICGSTAB_SOLVER_TIME: 0.671574 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04205 s
InvBiCGStab: k = 53 resid = 1.982585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198215(s) Flops=350742528 => 1769.50547637666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254734.571861136 Mflops = 254.734571861136 Gflops = 0.254734571861136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05896 s
InvBiCGStab: k = 66 resid = 9.117237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260015(s) Flops=436045824 => 1677.00257292848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241430.814876338 Mflops = 241.430814876338 Gflops = 0.241430814876338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001035932 Relative Rsd = 4.54194442880572e-07
BICGSTAB_SOLVER_TIME: 0.563288 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991290000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043646 s
InvBiCGStab: k = 61 resid = 2.024356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224043(s) Flops=403236864 => 1799.8190704463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259118.295133317 Mflops = 259.118295133317 Gflops = 0.259118295133317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 76 resid = 7.080184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280178(s) Flops=501663744 => 1790.51797071861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257779.774304011 Mflops = 257.779774304011 Gflops = 0.257779774304011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001108443 Relative Rsd = 4.85986040818929e-07
BICGSTAB_SOLVER_TIME: 0.608251 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0422 s
InvBiCGStab: k = 50 resid = 1.965809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184909(s) Flops=331057152 => 1790.37879172999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257749.15760941 Mflops = 257.74915760941 Gflops = 0.25774915760941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056209 s
InvBiCGStab: k = 67 resid = 1.108121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24569(s) Flops=442607616 => 1801.48811917457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.249016395 Mflops = 259.348249016395 Gflops = 0.259348249016395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001021461 Relative Rsd = 4.47849771698629e-07
BICGSTAB_SOLVER_TIME: 0.532949 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978970000000003
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.7683(s) Flops=1222262784 => 1590.86656774697 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229056.069832826 Mflops = 229.056069832826 Gflops = 0.229056069832826 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135288
CLOV_LINOP: Time spent in clov deriv (total) = 1.456384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.107642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.026375(s) Flops=1505617920 => 1466.92770186335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211229.816421842 Mflops = 211.229816421842 Gflops = 0.211229816421842 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 279 resid = 1.007915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.045697(s) Flops=1833707520 => 1753.57442930409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252503.459332153 Mflops = 252.503459332153 Gflops = 0.252503459332153 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.002193681 Relative Rsd = 9.64877266200906e-07
BICGSTAB_SOLVER_TIME: 2.075503 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362475
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.852946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659547(s) Flops=1157842944 => 1755.51241079104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252745.524993838 Mflops = 252.745524993838 Gflops = 0.252745524993838 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.131529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716983(s) Flops=1282516992 => 1788.76903915435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257568.925880974 Mflops = 257.568925880974 Gflops = 0.257568925880974 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.002161065 Relative Rsd = 9.49085907659336e-07
BICGSTAB_SOLVER_TIME: 1.380004 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.116345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265013999999997
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.768448(s) Flops=1222262784 => 1590.56017323228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229022.598943923 Mflops = 229.022598943923 Gflops = 0.229022598943923 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135256
CLOV_LINOP: Time spent in clov deriv (total) = 1.393057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 34 resid = 2.055703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125655(s) Flops=226068480 => 1799.12044884804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.510470723 Mflops = 258.988510470723 Gflops = 0.258988510470723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 47 resid = 7.537151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172668(s) Flops=311371776 => 1803.29751893808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259579.902568621 Mflops = 259.579902568621 Gflops = 0.259579902568622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007475349 Relative Rsd = 3.277493392556e-07
BICGSTAB_SOLVER_TIME: 0.39995 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 82 resid = 2.259731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299772(s) Flops=541034496 => 1804.81998318722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.400738888 Mflops = 259.836400738888 Gflops = 0.259836400738888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056143 s
InvBiCGStab: k = 101 resid = 1.062301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369488(s) Flops=665708544 => 1801.70545186853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259386.430629723 Mflops = 259.386430629723 Gflops = 0.259386430629723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001305294 Relative Rsd = 5.72293577027407e-07
BICGSTAB_SOLVER_TIME: 0.770686 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051609 s
InvBiCGStab: k = 56 resid = 1.854617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254523(s) Flops=370427904 => 1455.38086538348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209519.668675 Mflops = 209.519668675 Gflops = 0.209519668675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061906 s
InvBiCGStab: k = 75 resid = 1.127815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364787(s) Flops=495101952 => 1357.23573482608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195411.419206403 Mflops = 195.411419206403 Gflops = 0.195411419206403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001057114 Relative Rsd = 4.63481279550153e-07
BICGSTAB_SOLVER_TIME: 0.736845 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052589 s
InvBiCGStab: k = 53 resid = 2.207276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226712(s) Flops=350742528 => 1547.08408906454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222732.173907458 Mflops = 222.732173907458 Gflops = 0.222732173907458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070748 s
InvBiCGStab: k = 77 resid = 6.373942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34239(s) Flops=508225536 => 1484.34690265487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213710.549581569 Mflops = 213.710549581569 Gflops = 0.213710549581569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001108615 Relative Rsd = 4.8606147965089e-07
BICGSTAB_SOLVER_TIME: 0.696255 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107008
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 55 resid = 2.253094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202582(s) Flops=363866112 => 1796.14236210522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258589.461538257 Mflops = 258.589461538257 Gflops = 0.258589461538257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 72 resid = 8.908277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264039(s) Flops=475416576 => 1800.5543726495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.034921935 Mflops = 259.225034921935 Gflops = 0.259225034921935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001074921 Relative Rsd = 4.71288688246533e-07
BICGSTAB_SOLVER_TIME: 0.568068 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105078
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.771513(s) Flops=1222041600 => 1583.95464496386 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228135.796141517 Mflops = 228.135796141517 Gflops = 0.228135796141517 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135075
CLOV_LINOP: Time spent in clov deriv (total) = 1.397859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 31 resid = 1.510161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115028(s) Flops=206383104 => 1794.19883854366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.9862275 Mflops = 258.2349862275 Gflops = 0.2582349862275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 53 resid = 6.526354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194999(s) Flops=350742528 => 1798.68885481464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258947.242220644 Mflops = 258.947242220644 Gflops = 0.258947242220644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007380669 Relative Rsd = 3.23598187371992e-07
BICGSTAB_SOLVER_TIME: 0.411058 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 79 resid = 1.800256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288518(s) Flops=521349120 => 1806.98992783812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.956224026 Mflops = 260.156956224026 Gflops = 0.260156956224026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 96 resid = 1.028153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371474(s) Flops=632899584 => 1703.75203648169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245311.094794918 Mflops = 245.311094794918 Gflops = 0.245311094794918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001274446 Relative Rsd = 5.58768486737588e-07
BICGSTAB_SOLVER_TIME: 0.761102 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 55 resid = 2.144026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202983(s) Flops=363866112 => 1792.59402018888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258061.522917004 Mflops = 258.061522917004 Gflops = 0.258061522917004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057015 s
InvBiCGStab: k = 77 resid = 8.411798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294619(s) Flops=508225536 => 1725.02634249658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248349.943960136 Mflops = 248.349943960136 Gflops = 0.248349943960136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001046016 Relative Rsd = 4.58615321765193e-07
BICGSTAB_SOLVER_TIME: 0.599458 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108691
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041598 s
InvBiCGStab: k = 60 resid = 1.993917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220372(s) Flops=396675072 => 1800.02483074075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259146.91799675 Mflops = 259.146917996749 Gflops = 0.259146917996749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 79 resid = 9.549096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289403(s) Flops=521349120 => 1801.46411751088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.000061132 Mflops = 259.357000061132 Gflops = 0.259357000061132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001113564 Relative Rsd = 4.88231290331197e-07
BICGSTAB_SOLVER_TIME: 0.611765 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113535
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040682 s
InvBiCGStab: k = 58 resid = 1.963691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212442(s) Flops=383551488 => 1805.44095800265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259907.44184652 Mflops = 259.90744184652 Gflops = 0.25990744184652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056766 s
InvBiCGStab: k = 75 resid = 5.214009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299985(s) Flops=495101952 => 1650.42236111806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237603.44062645 Mflops = 237.60344062645 Gflops = 0.23760344062645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001062231 Relative Rsd = 4.65724691580722e-07
BICGSTAB_SOLVER_TIME: 0.613796 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109317
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941359(s) Flops=1215995904 => 1291.74513017882 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185997.194945829 Mflops = 185.997194945829 Gflops = 0.185997194945829 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134393
CLOV_LINOP: Time spent in clov deriv (total) = 1.454715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041102 s
InvBiCGStab: k = 31 resid = 1.85586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11576(s) Flops=206383104 => 1782.85335176227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256634.723555376 Mflops = 256.634723555376 Gflops = 0.256634723555376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061269 s
InvBiCGStab: k = 49 resid = 7.004991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194742(s) Flops=324495360 => 1666.28339033182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239861.643828714 Mflops = 239.861643828714 Gflops = 0.239861643828713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0008079589 Relative Rsd = 3.54241691016226e-07
BICGSTAB_SOLVER_TIME: 0.41688 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 56 resid = 1.95843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207324(s) Flops=370427904 => 1786.7101927418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257220.667532631 Mflops = 257.220667532631 Gflops = 0.257220667532631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 73 resid = 1.103718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268452(s) Flops=481978368 => 1795.39868579858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258471.945657886 Mflops = 258.471945657886 Gflops = 0.258471945657886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001074279 Relative Rsd = 4.71007094176216e-07
BICGSTAB_SOLVER_TIME: 0.576918 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001837
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 53 resid = 1.53193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195438(s) Flops=350742528 => 1794.64857397231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258354.853411364 Mflops = 258.354853411364 Gflops = 0.258354853411364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056143 s
InvBiCGStab: k = 65 resid = 1.078292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238213(s) Flops=429484032 => 1802.94119968264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.000719706 Mflops = 259.546000719706 Gflops = 0.259546000719706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001028495 Relative Rsd = 4.50933627441695e-07
BICGSTAB_SOLVER_TIME: 0.535174 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985080000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 58 resid = 1.91722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212411(s) Flops=383551488 => 1805.70445033449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.435214631 Mflops = 259.960435214631 Gflops = 0.259960435214631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056631 s
InvBiCGStab: k = 77 resid = 5.977321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28891(s) Flops=508225536 => 1759.11368938424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253253.360423025 Mflops = 253.253360423025 Gflops = 0.253253360423025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00111456 Relative Rsd = 4.88668100563892e-07
BICGSTAB_SOLVER_TIME: 0.603398 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041675 s
InvBiCGStab: k = 57 resid = 1.749665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209132(s) Flops=376989696 => 1802.63994032477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.563043139 Mflops = 259.503563043139 Gflops = 0.259503563043139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055856 s
InvBiCGStab: k = 70 resid = 1.070247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256369(s) Flops=462292992 => 1803.23280895896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259609.041918003 Mflops = 259.609041918003 Gflops = 0.259609041918003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001058068 Relative Rsd = 4.63899612883544e-07
BICGSTAB_SOLVER_TIME: 0.566862 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104953
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.775586(s) Flops=1215848448 => 1567.65136039072 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225730.472878313 Mflops = 225.730472878313 Gflops = 0.225730472878313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134129
CLOV_LINOP: Time spent in clov deriv (total) = 1.42031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044221 s
InvBiCGStab: k = 30 resid = 1.993232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142663(s) Flops=199821312 => 1400.65267097986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201884.889476364 Mflops = 201.884889476364 Gflops = 0.201884889476364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07112 s
InvBiCGStab: k = 56 resid = 7.124642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238341(s) Flops=370427904 => 1554.1929588279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223750.125808103 Mflops = 223.750125808103 Gflops = 0.223750125808103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007733495 Relative Rsd = 3.39067537463611e-07
BICGSTAB_SOLVER_TIME: 0.500751 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050222 s
InvBiCGStab: k = 59 resid = 2.275478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26423(s) Flops=390113280 => 1476.41554706127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212573.609709624 Mflops = 212.573609709624 Gflops = 0.212573609709624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06877 s
InvBiCGStab: k = 77 resid = 1.037469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343998(s) Flops=508225536 => 1477.40840353723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212580.008545528 Mflops = 212.580008545528 Gflops = 0.212580008545528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001104908 Relative Rsd = 4.84436073964965e-07
BICGSTAB_SOLVER_TIME: 0.736672 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0411 s
InvBiCGStab: k = 54 resid = 1.489299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199154(s) Flops=357304320 => 1794.11068821113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258289.344304342 Mflops = 258.289344304342 Gflops = 0.258289344304342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 66 resid = 7.864609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24333(s) Flops=436045824 => 1791.99368758476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257981.01947436 Mflops = 257.98101947436 Gflops = 0.25798101947436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001044412 Relative Rsd = 4.57912178768512e-07
BICGSTAB_SOLVER_TIME: 0.543504 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 62 resid = 1.989747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227989(s) Flops=409798656 => 1797.44924535833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258763.055757201 Mflops = 258.763055757201 Gflops = 0.258763055757201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056655 s
InvBiCGStab: k = 79 resid = 1.040278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290186(s) Flops=521349120 => 1796.6032820329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258650.50399878 Mflops = 258.65050399878 Gflops = 0.25865050399878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001073575 Relative Rsd = 4.70698346209685e-07
BICGSTAB_SOLVER_TIME: 0.619652 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041537 s
InvBiCGStab: k = 52 resid = 2.27399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191274(s) Flops=344180736 => 1799.41202672606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259046.421605679 Mflops = 259.046421605679 Gflops = 0.259046421605679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 72 resid = 1.141247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263662(s) Flops=475416576 => 1803.12891505033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259593.807536823 Mflops = 259.593807536823 Gflops = 0.259593807536823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001017199 Relative Rsd = 4.45980899687633e-07
BICGSTAB_SOLVER_TIME: 0.556289 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102831
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.764864(s) Flops=1215774720 => 1589.53058321479 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228904.804162198 Mflops = 228.904804162198 Gflops = 0.228904804162198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134309
CLOV_LINOP: Time spent in clov deriv (total) = 1.432043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.040086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835713(s) Flops=1505617920 => 1801.59686399518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259361.091194148 Mflops = 259.361091194148 Gflops = 0.259361091194148 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.13698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.004842(s) Flops=1787774976 => 1779.16028191497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256188.225594586 Mflops = 256.188225594586 Gflops = 0.256188225594586 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.002213223 Relative Rsd = 9.73513388287371e-07
BICGSTAB_SOLVER_TIME: 1.845064 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.121614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357520999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.941417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736131(s) Flops=1157842944 => 1572.87621904253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226437.939690819 Mflops = 226.437939690819 Gflops = 0.226437939690819 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 3.789794e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.919642(s) Flops=1374382080 => 1494.47511096709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215196.000120232 Mflops = 215.196000120232 Gflops = 0.215196000120232 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.007624313 Relative Rsd = 3.34853998388077e-06
BICGSTAB_SOLVER_TIME: 1.659144 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274915999999998
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.786783(s) Flops=1215774720 => 1545.24782563934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222488.567390312 Mflops = 222.488567390312 Gflops = 0.222488567390312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134426
CLOV_LINOP: Time spent in clov deriv (total) = 1.390082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 28 resid = 1.868276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10385(s) Flops=186697728 => 1797.76338950409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258736.124422191 Mflops = 258.736124422191 Gflops = 0.258736124422191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 52 resid = 1.1167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191264(s) Flops=344180736 => 1799.50610674251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259049.985242997 Mflops = 259.049985242997 Gflops = 0.259049985242997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000766676 Relative Rsd = 3.36141603064311e-07
BICGSTAB_SOLVER_TIME: 0.396277 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 77 resid = 1.189145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281592(s) Flops=508225536 => 1804.82945538226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259838.878495364 Mflops = 259.838878495364 Gflops = 0.259838878495364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056319 s
InvBiCGStab: k = 99 resid = 9.80756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361177(s) Flops=652584960 => 1806.82867402963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260138.973559233 Mflops = 260.138973559233 Gflops = 0.260138973559233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001248939 Relative Rsd = 5.47585164790374e-07
BICGSTAB_SOLVER_TIME: 0.743809 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 53 resid = 1.566219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19453(s) Flops=350742528 => 1803.0253842595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.614377823 Mflops = 259.545614377823 Gflops = 0.259545614377823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 68 resid = 9.530632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249267(s) Flops=449169408 => 1801.96098159805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.984010945 Mflops = 259.423984010945 Gflops = 0.259423984010945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001022401 Relative Rsd = 4.4826182696955e-07
BICGSTAB_SOLVER_TIME: 0.544965 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045783 s
InvBiCGStab: k = 63 resid = 2.030331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230956(s) Flops=416360448 => 1802.76956649751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.173958488 Mflops = 259.538173958488 Gflops = 0.259538173958488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056934 s
InvBiCGStab: k = 79 resid = 7.853577e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289129(s) Flops=521349120 => 1803.17131799301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.864682989 Mflops = 259.600864682989 Gflops = 0.259600864682989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001129117 Relative Rsd = 4.95050389079499e-07
BICGSTAB_SOLVER_TIME: 0.626631 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 53 resid = 2.212448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195681(s) Flops=350742528 => 1792.41994879421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258037.292951021 Mflops = 258.037292951021 Gflops = 0.258037292951021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057041 s
InvBiCGStab: k = 71 resid = 1.045609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260031(s) Flops=468854784 => 1803.07264903031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.063079041 Mflops = 259.580063079041 Gflops = 0.259580063079041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001053218 Relative Rsd = 4.61772931981997e-07
BICGSTAB_SOLVER_TIME: 0.557804 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10277
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93076(s) Flops=1215553536 => 1305.97956078903 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188052.539314624 Mflops = 188.052539314624 Gflops = 0.188052539314624 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134495
CLOV_LINOP: Time spent in clov deriv (total) = 1.494377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 26 resid = 2.22481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096154(s) Flops=173574144 => 1805.16820933087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.882145924 Mflops = 259.789882145924 Gflops = 0.259789882145924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056542 s
InvBiCGStab: k = 57 resid = 8.979038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212102(s) Flops=376989696 => 1777.39811977256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255869.580659965 Mflops = 255.869580659965 Gflops = 0.255869580659965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007641066 Relative Rsd = 3.35015048138988e-07
BICGSTAB_SOLVER_TIME: 0.409919 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 82 resid = 2.101608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300872(s) Flops=541034496 => 1798.22148953708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258896.472252651 Mflops = 258.896472252651 Gflops = 0.258896472252651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056258 s
InvBiCGStab: k = 93 resid = 1.001703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340081(s) Flops=613214208 => 1803.14162802391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259602.580346168 Mflops = 259.602580346168 Gflops = 0.259602580346168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00124485 Relative Rsd = 5.45792344105238e-07
BICGSTAB_SOLVER_TIME: 0.742011 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041645 s
InvBiCGStab: k = 56 resid = 1.510435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204815(s) Flops=370427904 => 1808.59753436028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260354.342338127 Mflops = 260.354342338127 Gflops = 0.260354342338127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 72 resid = 9.62673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26454(s) Flops=475416576 => 1797.1443864822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258732.452256808 Mflops = 258.732452256808 Gflops = 0.258732452256808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001058177 Relative Rsd = 4.63947132201917e-07
BICGSTAB_SOLVER_TIME: 0.571228 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 63 resid = 1.407133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230553(s) Flops=416360448 => 1805.92075574814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259998.168969641 Mflops = 259.998168969641 Gflops = 0.259998168969641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 80 resid = 6.676083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293352(s) Flops=527910912 => 1799.58177206905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259083.766729674 Mflops = 259.083766729674 Gflops = 0.259083766729674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00112704 Relative Rsd = 4.94139712733187e-07
BICGSTAB_SOLVER_TIME: 0.625266 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04284 s
InvBiCGStab: k = 68 resid = 1.424519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260801(s) Flops=449169408 => 1722.26873363216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247949.561943155 Mflops = 247.949561943155 Gflops = 0.247949561943155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05747 s
InvBiCGStab: k = 77 resid = 6.875403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284247(s) Flops=508225536 => 1787.97150365703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257409.172154907 Mflops = 257.409172154907 Gflops = 0.257409172154907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001042579 Relative Rsd = 4.5710843364883e-07
BICGSTAB_SOLVER_TIME: 0.649247 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117809
Monitoring force
num_pf = 1
MInvCG2: 186 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.77572(s) Flops=1209286656 => 1558.92159026453 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224466.625783615 Mflops = 224.466625783615 Gflops = 0.224466625783615 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133686
CLOV_LINOP: Time spent in clov deriv (total) = 1.389573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042645 s
InvBiCGStab: k = 31 resid = 2.179253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141066(s) Flops=206383104 => 1463.02513716984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210619.205515704 Mflops = 210.619205515704 Gflops = 0.210619205515704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06204 s
InvBiCGStab: k = 49 resid = 1.123756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231216(s) Flops=324495360 => 1403.42952044841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202017.971451192 Mflops = 202.017971451192 Gflops = 0.202017971451192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007387761 Relative Rsd = 3.23909155628909e-07
BICGSTAB_SOLVER_TIME: 0.481415 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045752 s
InvBiCGStab: k = 62 resid = 7.976535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295835(s) Flops=409798656 => 1385.22708942485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199429.781820443 Mflops = 199.429781820443 Gflops = 0.199429781820443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066162 s
InvBiCGStab: k = 70 resid = 8.827753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323163(s) Flops=462292992 => 1430.52574706882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205960.64139169 Mflops = 205.96064139169 Gflops = 0.20596064139169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00110405 Relative Rsd = 4.84059798546009e-07
BICGSTAB_SOLVER_TIME: 0.734998 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066774 s
InvBiCGStab: k = 60 resid = 1.332535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231557(s) Flops=396675072 => 1713.07743665706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246631.737672995 Mflops = 246.631737672995 Gflops = 0.246631737672995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065178 s
InvBiCGStab: k = 61 resid = 1.009921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225844(s) Flops=403236864 => 1785.46635730858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257033.155424476 Mflops = 257.033155424476 Gflops = 0.257033155424476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009804716 Relative Rsd = 4.29878179862724e-07
BICGSTAB_SOLVER_TIME: 0.593257 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100866
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042808 s
InvBiCGStab: k = 58 resid = 2.11421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225922(s) Flops=383551488 => 1697.71641540001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244428.872052175 Mflops = 244.428872052175 Gflops = 0.244428872052175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056721 s
InvBiCGStab: k = 77 resid = 6.629402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286188(s) Flops=508225536 => 1775.84502494864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255681.852773127 Mflops = 255.681852773127 Gflops = 0.255681852773127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001085818 Relative Rsd = 4.76066089621849e-07
BICGSTAB_SOLVER_TIME: 0.615486 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041586 s
InvBiCGStab: k = 54 resid = 2.239767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200216(s) Flops=357304320 => 1784.59423822272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256918.524048181 Mflops = 256.918524048181 Gflops = 0.256918524048181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 76 resid = 9.042658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279659(s) Flops=501663744 => 1793.8408704887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258252.400423958 Mflops = 258.252400423958 Gflops = 0.258252400423958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001049609 Relative Rsd = 4.60190656074831e-07
BICGSTAB_SOLVER_TIME: 0.581888 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107122
Monitoring force
num_pf = 1
MInvCG2: 185 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.756076(s) Flops=1202946048 => 1591.0385305181 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229086.066904587 Mflops = 229.086066904587 Gflops = 0.229086066904587 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133126
CLOV_LINOP: Time spent in clov deriv (total) = 1.392047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 36 resid = 1.778226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132538(s) Flops=239192064 => 1804.70554859738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.65866702 Mflops = 259.77465866702 Gflops = 0.25977465866702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 54 resid = 1.101734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198384(s) Flops=357304320 => 1801.07428018389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259268.441235073 Mflops = 259.268441235073 Gflops = 0.259268441235073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0008122441 Relative Rsd = 3.5612049053251e-07
BICGSTAB_SOLVER_TIME: 0.431841 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0786540000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042945 s
InvBiCGStab: k = 52 resid = 2.149274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19099(s) Flops=344180736 => 1802.08773234201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259432.310318874 Mflops = 259.432310318874 Gflops = 0.259432310318874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 72 resid = 9.278322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263308(s) Flops=475416576 => 1805.55310131101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.466915094 Mflops = 259.937466915094 Gflops = 0.259937466915094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001102124 Relative Rsd = 4.83215628828957e-07
BICGSTAB_SOLVER_TIME: 0.557388 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 53 resid = 2.264808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194843(s) Flops=350742528 => 1800.12896537212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259159.862281609 Mflops = 259.159862281609 Gflops = 0.259159862281609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061516 s
InvBiCGStab: k = 68 resid = 1.074638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264617(s) Flops=449169408 => 1697.4321680013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244369.821057283 Mflops = 244.369821057283 Gflops = 0.244369821057283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001048197 Relative Rsd = 4.59571577865863e-07
BICGSTAB_SOLVER_TIME: 0.56621 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041953 s
InvBiCGStab: k = 65 resid = 2.239078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302636(s) Flops=429484032 => 1419.143895637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204323.554528352 Mflops = 204.323554528352 Gflops = 0.204323554528352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070032 s
InvBiCGStab: k = 78 resid = 7.04648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351449(s) Flops=514787328 => 1464.75684380949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210888.298967755 Mflops = 210.888298967755 Gflops = 0.210888298967755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001134309 Relative Rsd = 4.97326722657169e-07
BICGSTAB_SOLVER_TIME: 0.77203 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04563 s
InvBiCGStab: k = 54 resid = 1.975401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252541(s) Flops=357304320 => 1414.83687797229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203699.479845963 Mflops = 203.699479845963 Gflops = 0.203699479845963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064365 s
InvBiCGStab: k = 74 resid = 1.136529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320719(s) Flops=488540160 => 1523.26541302511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219299.231046762 Mflops = 219.299231046762 Gflops = 0.219299231046762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001046466 Relative Rsd = 4.58812800006639e-07
BICGSTAB_SOLVER_TIME: 0.692453 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10562
Monitoring force
num_pf = 1
MInvCG2: 183 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.80005(s) Flops=1190559744 => 1488.10667333292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214317.753161362 Mflops = 214.317753161362 Gflops = 0.214317753161362 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13135
CLOV_LINOP: Time spent in clov deriv (total) = 1.416392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.254265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730512(s) Flops=1275955200 => 1746.65878178593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251434.701326874 Mflops = 251.434701326874 Gflops = 0.251434701326874 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 9.872051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861223(s) Flops=1525303296 => 1771.08982923122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255024.436729598 Mflops = 255.024436729598 Gflops = 0.255024436729598 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002013939 Relative Rsd = 8.85896623922775e-07
BICGSTAB_SOLVER_TIME: 1.595215 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304155999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 162 resid = 1.961118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.611141(s) Flops=1065977856 => 1744.24209143226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251062.899965915 Mflops = 251.062899965915 Gflops = 0.251062899965915 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 6.851145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756162(s) Flops=1321887744 => 1748.15415744245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251717.709147993 Mflops = 251.717709147993 Gflops = 0.251717709147993 Tflops
BICGSTAB_SOLVER: 363 iterations. Rsd = 0.001955335 Relative Rsd = 8.58789914529987e-07
BICGSTAB_SOLVER_TIME: 1.370718 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.259427999999998
num_pf = 1
MInvCG2: 183 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.774659(s) Flops=1190559744 => 1536.88234952411 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221285.101548527 Mflops = 221.285101548527 Gflops = 0.221285101548527 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131668
CLOV_LINOP: Time spent in clov deriv (total) = 1.534991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048809 s
InvBiCGStab: k = 26 resid = 2.164369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129993(s) Flops=173574144 => 1335.25762156424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192194.82579798 Mflops = 192.19482579798 Gflops = 0.19219482579798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057661 s
InvBiCGStab: k = 50 resid = 1.107597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237045(s) Flops=331057152 => 1396.60044295387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201058.477130635 Mflops = 201.058477130635 Gflops = 0.201058477130635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007352044 Relative Rsd = 3.22343161851239e-07
BICGSTAB_SOLVER_TIME: 0.477447 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042983 s
InvBiCGStab: k = 76 resid = 2.225931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328484(s) Flops=501663744 => 1527.20906954372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219885.40337485 Mflops = 219.88540337485 Gflops = 0.21988540337485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059313 s
InvBiCGStab: k = 106 resid = 7.566337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.535316(s) Flops=698517504 => 1304.86946775363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187879.331196859 Mflops = 187.879331196859 Gflops = 0.187879331196859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001290944 Relative Rsd = 5.660017334443e-07
BICGSTAB_SOLVER_TIME: 0.969947 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 50 resid = 1.588021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184327(s) Flops=331057152 => 1796.03179132737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258545.568996143 Mflops = 258.545568996143 Gflops = 0.258545568996143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057436 s
InvBiCGStab: k = 70 resid = 6.52945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264986(s) Flops=462292992 => 1744.59402383522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251160.872075755 Mflops = 251.160872075755 Gflops = 0.251160872075755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001060041 Relative Rsd = 4.64764658434339e-07
BICGSTAB_SOLVER_TIME: 0.551593 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041522 s
InvBiCGStab: k = 59 resid = 2.190457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222383(s) Flops=390113280 => 1754.24056694981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252558.541924419 Mflops = 252.558541924419 Gflops = 0.252558541924419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056815 s
InvBiCGStab: k = 79 resid = 8.515959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298727(s) Flops=521349120 => 1745.23601817044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251266.603381957 Mflops = 251.266603381957 Gflops = 0.251266603381957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001117818 Relative Rsd = 4.90096436337638e-07
BICGSTAB_SOLVER_TIME: 0.623186 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040707 s
InvBiCGStab: k = 62 resid = 1.818338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227676(s) Flops=409798656 => 1799.92030780583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.668305979 Mflops = 259.130668305979 Gflops = 0.259130668305979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 76 resid = 1.059883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288747(s) Flops=501663744 => 1737.38166630303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250122.444046911 Mflops = 250.122444046911 Gflops = 0.250122444046911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001064043 Relative Rsd = 4.66519300333069e-07
BICGSTAB_SOLVER_TIME: 0.617433 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112984
Monitoring force
num_pf = 1
MInvCG2: 183 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.778202(s) Flops=1190559744 => 1529.88522774293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220280.890745355 Mflops = 220.280890745355 Gflops = 0.220280890745355 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132715
CLOV_LINOP: Time spent in clov deriv (total) = 1.386427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053225 s
InvBiCGStab: k = 31 resid = 2.095605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136813(s) Flops=206383104 => 1508.50506896274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217079.055915942 Mflops = 217.079055915942 Gflops = 0.217079055915942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059066 s
InvBiCGStab: k = 52 resid = 1.072549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210514(s) Flops=344180736 => 1634.95414081724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235365.273028078 Mflops = 235.365273028078 Gflops = 0.235365273028078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007610563 Relative Rsd = 3.33677693229904e-07
BICGSTAB_SOLVER_TIME: 0.463569 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056783 s
InvBiCGStab: k = 84 resid = 8.086146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370818(s) Flops=554158080 => 1494.4206591913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215168.456920228 Mflops = 215.168456920228 Gflops = 0.215168456920228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070907 s
InvBiCGStab: k = 98 resid = 1.031047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434433(s) Flops=646023168 => 1487.04902251901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214111.799355783 Mflops = 214.111799355783 Gflops = 0.214111799355783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001266559 Relative Rsd = 5.55310193057265e-07
BICGSTAB_SOLVER_TIME: 0.93692 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047421 s
InvBiCGStab: k = 52 resid = 1.888794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214034(s) Flops=344180736 => 1608.06570918639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231501.861019378 Mflops = 231.501861019378 Gflops = 0.231501861019378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 71 resid = 9.509581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261564(s) Flops=468854784 => 1792.5050236271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258057.129466585 Mflops = 258.057129466585 Gflops = 0.258057129466585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001019121 Relative Rsd = 4.4682343608762e-07
BICGSTAB_SOLVER_TIME: 0.583051 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041702 s
InvBiCGStab: k = 68 resid = 2.139469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250936(s) Flops=449169408 => 1789.97596199828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257717.226501242 Mflops = 257.717226501242 Gflops = 0.257717226501242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 81 resid = 1.127374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297378(s) Flops=534472704 => 1797.28394165002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.354184698 Mflops = 258.754354184698 Gflops = 0.258754354184698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001112029 Relative Rsd = 4.87558363700227e-07
BICGSTAB_SOLVER_TIME: 0.65031 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 60 resid = 1.203786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221148(s) Flops=396675072 => 1793.70861142764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258242.943504133 Mflops = 258.242943504133 Gflops = 0.258242943504133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056498 s
InvBiCGStab: k = 74 resid = 9.283567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271681(s) Flops=488540160 => 1798.21246240996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258886.869519984 Mflops = 258.886869519984 Gflops = 0.258886869519984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00106284 Relative Rsd = 4.65991789962083e-07
BICGSTAB_SOLVER_TIME: 0.594127 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11012
Monitoring force
num_pf = 1
MInvCG2: 185 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.761168(s) Flops=1203019776 => 1580.49179156244 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227653.11367247 Mflops = 227.65311367247 Gflops = 0.22765311367247 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132937
CLOV_LINOP: Time spent in clov deriv (total) = 1.385593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 27 resid = 2.156029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100145(s) Flops=180135936 => 1798.75117080234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258880.109919779 Mflops = 258.880109919779 Gflops = 0.258880109919779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056344 s
InvBiCGStab: k = 59 resid = 9.340848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216077(s) Flops=390113280 => 1805.43639535906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259909.483653251 Mflops = 259.909483653251 Gflops = 0.259909483653251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007222804 Relative Rsd = 3.16676751101308e-07
BICGSTAB_SOLVER_TIME: 0.417364 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044576 s
InvBiCGStab: k = 53 resid = 2.049174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24123(s) Flops=350742528 => 1453.97557517722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209321.618556381 Mflops = 209.321618556381 Gflops = 0.209321618556381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070491 s
InvBiCGStab: k = 70 resid = 1.06497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315075(s) Flops=462292992 => 1467.24745536777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211242.987504407 Mflops = 211.242987504407 Gflops = 0.211242987504407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001087816 Relative Rsd = 4.76942160062836e-07
BICGSTAB_SOLVER_TIME: 0.675354 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056037 s
InvBiCGStab: k = 51 resid = 2.233429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223269(s) Flops=337618944 => 1512.16220791959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217707.181214343 Mflops = 217.707181214343 Gflops = 0.217707181214343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062907 s
InvBiCGStab: k = 70 resid = 8.906647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310979(s) Flops=462292992 => 1486.57302261567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214023.807128005 Mflops = 214.023807128005 Gflops = 0.214023807128005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009983792 Relative Rsd = 4.37729586037555e-07
BICGSTAB_SOLVER_TIME: 0.661403 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 60 resid = 2.181224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220307(s) Flops=396675072 => 1800.55591515476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259222.45384067 Mflops = 259.22245384067 Gflops = 0.25922245384067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056657 s
InvBiCGStab: k = 70 resid = 1.025145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257853(s) Flops=462292992 => 1792.8548126258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258109.330609955 Mflops = 258.109330609955 Gflops = 0.258109330609955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00107271 Relative Rsd = 4.7031905936239e-07
BICGSTAB_SOLVER_TIME: 0.579535 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 54 resid = 2.115721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199188(s) Flops=357304320 => 1793.80444605097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258246.175932943 Mflops = 258.246175932943 Gflops = 0.258246175932943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056946 s
InvBiCGStab: k = 73 resid = 8.719246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268955(s) Flops=481978368 => 1792.04092877991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257992.302709505 Mflops = 257.992302709505 Gflops = 0.257992302709505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001043288 Relative Rsd = 4.57419580549801e-07
BICGSTAB_SOLVER_TIME: 0.570222 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10503
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.780351(s) Flops=1215700992 => 1557.88996490041 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224316.342661539 Mflops = 224.316342661539 Gflops = 0.224316342661539 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134786
CLOV_LINOP: Time spent in clov deriv (total) = 1.398065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041403 s
InvBiCGStab: k = 25 resid = 2.059393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093063(s) Flops=167012352 => 1794.61603429935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258283.87997846 Mflops = 258.28387997846 Gflops = 0.25828387997846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 48 resid = 1.150327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176827(s) Flops=317933568 => 1797.99220707245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258828.665131044 Mflops = 258.828665131044 Gflops = 0.258828665131044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007280677 Relative Rsd = 3.19214160203661e-07
BICGSTAB_SOLVER_TIME: 0.371482 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04075 s
InvBiCGStab: k = 57 resid = 2.151127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20926(s) Flops=376989696 => 1801.5373028768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.076746458 Mflops = 259.353076746458 Gflops = 0.259353076746458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 85 resid = 9.374336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319797(s) Flops=560719872 => 1753.3618889483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252430.327026477 Mflops = 252.430327026477 Gflops = 0.252430327026477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001139095 Relative Rsd = 4.99425075715862e-07
BICGSTAB_SOLVER_TIME: 0.630113 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048652 s
InvBiCGStab: k = 46 resid = 2.111039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198433(s) Flops=304809984 => 1536.08514712775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221130.149288567 Mflops = 221.130149288567 Gflops = 0.221130149288567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076291 s
InvBiCGStab: k = 62 resid = 1.107805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27284(s) Flops=409798656 => 1501.9742559742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216233.417429839 Mflops = 216.233417429839 Gflops = 0.216233417429839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.000984513 Relative Rsd = 4.31650073672958e-07
BICGSTAB_SOLVER_TIME: 0.600629 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0912800000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051105 s
InvBiCGStab: k = 67 resid = 2.208502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280339(s) Flops=442607616 => 1578.8299737104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227304.708322438 Mflops = 227.304708322438 Gflops = 0.227304708322438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0571 s
InvBiCGStab: k = 78 resid = 1.053629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352645(s) Flops=514787328 => 1459.78910235506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210170.680802444 Mflops = 210.170680802444 Gflops = 0.210170680802444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001069944 Relative Rsd = 4.69106270400127e-07
BICGSTAB_SOLVER_TIME: 0.745188 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04193 s
InvBiCGStab: k = 56 resid = 1.485411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219181(s) Flops=370427904 => 1690.0548131453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243305.151478792 Mflops = 243.305151478792 Gflops = 0.243305151478792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057356 s
InvBiCGStab: k = 66 resid = 1.078402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244843(s) Flops=436045824 => 1780.92011615607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256392.321091484 Mflops = 256.392321091484 Gflops = 0.256392321091484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001003616 Relative Rsd = 4.40025672543486e-07
BICGSTAB_SOLVER_TIME: 0.567172 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101459
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.777002(s) Flops=1228234752 => 1580.73563774611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227598.731175875 Mflops = 227.598731175875 Gflops = 0.227598731175875 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135828
CLOV_LINOP: Time spent in clov deriv (total) = 1.377091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.059675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772138(s) Flops=1394067456 => 1805.46412169845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259900.442727727 Mflops = 259.900442727727 Gflops = 0.259900442727727 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.00955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802299(s) Flops=1446561792 => 1803.02080895028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259621.450375348 Mflops = 259.621450375348 Gflops = 0.259621450375348 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002107445 Relative Rsd = 9.27086713653465e-07
BICGSTAB_SOLVER_TIME: 1.57791 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.119773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308564999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.900573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817748(s) Flops=1157842944 => 1415.89211346283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203827.051094375 Mflops = 203.827051094375 Gflops = 0.203827051094375 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.045227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952116(s) Flops=1335011328 => 1402.15197307891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201903.423743649 Mflops = 201.903423743649 Gflops = 0.201903423743649 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.001979081 Relative Rsd = 8.6923514675216e-07
BICGSTAB_SOLVER_TIME: 1.773254 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270779999999998
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.774151(s) Flops=1228234752 => 1586.55708253299 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228467.993962107 Mflops = 228.467993962107 Gflops = 0.228467993962107 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135985
CLOV_LINOP: Time spent in clov deriv (total) = 1.393816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 27 resid = 2.078328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100061(s) Flops=180135936 => 1800.26120066759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259106.5031245 Mflops = 259.1065031245 Gflops = 0.2591065031245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056174 s
InvBiCGStab: k = 48 resid = 1.103816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175904(s) Flops=317933568 => 1807.42659632527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.350612504 Mflops = 260.161350612504 Gflops = 0.260161350612504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007388972 Relative Rsd = 3.23962263954115e-07
BICGSTAB_SOLVER_TIME: 0.377209 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040779 s
InvBiCGStab: k = 77 resid = 1.640843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281866(s) Flops=508225536 => 1803.07499308182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.42003664 Mflops = 259.60042003664 Gflops = 0.25960042003664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056066 s
InvBiCGStab: k = 96 resid = 9.265467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350463(s) Flops=632899584 => 1805.89558384195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260007.799137367 Mflops = 260.007799137367 Gflops = 0.260007799137367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001259831 Relative Rsd = 5.52360422437041e-07
BICGSTAB_SOLVER_TIME: 0.732911 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137901
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042072 s
InvBiCGStab: k = 52 resid = 2.143238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203939(s) Flops=344180736 => 1687.66511554926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242966.392674422 Mflops = 242.966392674422 Gflops = 0.242966392674422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06085 s
InvBiCGStab: k = 68 resid = 9.681372e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252334(s) Flops=449169408 => 1780.05900116512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256247.735175253 Mflops = 256.247735175253 Gflops = 0.256247735175253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001009159 Relative Rsd = 4.42456099378051e-07
BICGSTAB_SOLVER_TIME: 0.563049 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 67 resid = 1.615412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316143(s) Flops=442607616 => 1400.02345773906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201566.314291284 Mflops = 201.566314291284 Gflops = 0.201566314291284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059649 s
InvBiCGStab: k = 77 resid = 9.356113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33734(s) Flops=508225536 => 1506.56766467066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216901.07047265 Mflops = 216.90107047265 Gflops = 0.21690107047265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001104471 Relative Rsd = 4.84244312333248e-07
BICGSTAB_SOLVER_TIME: 0.757995 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042783 s
InvBiCGStab: k = 61 resid = 1.436985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288924(s) Flops=403236864 => 1395.65028865722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200939.099770479 Mflops = 200.939099770479 Gflops = 0.200939099770479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067499 s
InvBiCGStab: k = 77 resid = 1.122353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344419(s) Flops=508225536 => 1475.60249579727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212433.861398862 Mflops = 212.433861398862 Gflops = 0.212433861398862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001080286 Relative Rsd = 4.73641022108905e-07
BICGSTAB_SOLVER_TIME: 0.749092 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112953
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840283(s) Flops=1234722816 => 1469.41306202791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211777.313098774 Mflops = 211.777313098774 Gflops = 0.211777313098774 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13645
CLOV_LINOP: Time spent in clov deriv (total) = 1.392971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040899 s
InvBiCGStab: k = 26 resid = 2.251612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096435(s) Flops=173574144 => 1799.90816612226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.645792009 Mflops = 258.995645792009 Gflops = 0.258995645792009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056229 s
InvBiCGStab: k = 57 resid = 7.866075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2098(s) Flops=376989696 => 1796.90036224976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.293681474 Mflops = 258.665293681474 Gflops = 0.258665293681474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007980493 Relative Rsd = 3.49896914498623e-07
BICGSTAB_SOLVER_TIME: 0.407188 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041871 s
InvBiCGStab: k = 81 resid = 2.099272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308066(s) Flops=534472704 => 1734.9292164666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249782.284938858 Mflops = 249.782284938858 Gflops = 0.249782284938858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057137 s
InvBiCGStab: k = 92 resid = 1.032922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338205(s) Flops=606652416 => 1793.74171286646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258247.068847609 Mflops = 258.247068847609 Gflops = 0.258247068847609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001257828 Relative Rsd = 5.51482361390881e-07
BICGSTAB_SOLVER_TIME: 0.749049 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041434 s
InvBiCGStab: k = 57 resid = 1.771015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210778(s) Flops=376989696 => 1788.56282913777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257500.380369769 Mflops = 257.500380369769 Gflops = 0.257500380369769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 71 resid = 9.185964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260021(s) Flops=468854784 => 1803.14199237754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.601401379 Mflops = 259.592601401379 Gflops = 0.259592601401379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001032923 Relative Rsd = 4.52874977897471e-07
BICGSTAB_SOLVER_TIME: 0.572633 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 63 resid = 1.546166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232289(s) Flops=416360448 => 1792.42429904128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258045.74814429 Mflops = 258.04574814429 Gflops = 0.25804574814429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055755 s
InvBiCGStab: k = 85 resid = 1.040575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337753(s) Flops=560719872 => 1660.1477174148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239012.148479167 Mflops = 239.012148479167 Gflops = 0.239012148479167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001131046 Relative Rsd = 4.958960900313e-07
BICGSTAB_SOLVER_TIME: 0.670809 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119967
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042776 s
InvBiCGStab: k = 58 resid = 2.200365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259524(s) Flops=383551488 => 1477.9037314468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212773.238804894 Mflops = 212.773238804894 Gflops = 0.212773238804894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064928 s
InvBiCGStab: k = 70 resid = 1.108303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310721(s) Flops=462292992 => 1487.80736416271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214193.876176871 Mflops = 214.193876176871 Gflops = 0.214193876176871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001072304 Relative Rsd = 4.70141283008046e-07
BICGSTAB_SOLVER_TIME: 0.683037 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105788
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917448(s) Flops=1246961664 => 1359.16331388809 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195705.983652422 Mflops = 195.705983652423 Gflops = 0.195705983652423 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138189000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041821 s
InvBiCGStab: k = 29 resid = 2.03103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108654(s) Flops=193259520 => 1778.66917002595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255959.077389047 Mflops = 255.959077389047 Gflops = 0.255959077389047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 54 resid = 9.615226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201403(s) Flops=357304320 => 1774.07645367745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255375.001910737 Mflops = 255.375001910737 Gflops = 0.255375001910737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007732916 Relative Rsd = 3.39042118966779e-07
BICGSTAB_SOLVER_TIME: 0.412113 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0754950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 53 resid = 1.852612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195603(s) Flops=350742528 => 1793.13470652291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258111.935685203 Mflops = 258.111935685203 Gflops = 0.258111935685203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057383 s
InvBiCGStab: k = 74 resid = 1.024745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270503(s) Flops=488540160 => 1806.04340802135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260008.887278967 Mflops = 260.008887278967 Gflops = 0.260008887278967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001078564 Relative Rsd = 4.7288561296613e-07
BICGSTAB_SOLVER_TIME: 0.568643 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 52 resid = 2.037394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191052(s) Flops=344180736 => 1801.50292067081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259346.869509416 Mflops = 259.346869509416 Gflops = 0.259346869509416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 73 resid = 9.679197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267443(s) Flops=481978368 => 1802.17230587452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259456.052528792 Mflops = 259.456052528792 Gflops = 0.259456052528792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009966375 Relative Rsd = 4.36965959268294e-07
BICGSTAB_SOLVER_TIME: 0.559655 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042023 s
InvBiCGStab: k = 61 resid = 2.267825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223924(s) Flops=403236864 => 1800.77554884693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.23425965 Mflops = 259.25123425965 Gflops = 0.25925123425965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05641 s
InvBiCGStab: k = 68 resid = 9.148383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249026(s) Flops=449169408 => 1803.70486615855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259667.043103615 Mflops = 259.667043103615 Gflops = 0.259667043103615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001070831 Relative Rsd = 4.69495357149815e-07
BICGSTAB_SOLVER_TIME: 0.575182 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041556 s
InvBiCGStab: k = 53 resid = 2.112516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196061(s) Flops=350742528 => 1788.94593009319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257538.58615226 Mflops = 257.53858615226 Gflops = 0.25753858615226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05892 s
InvBiCGStab: k = 72 resid = 1.105935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325253(s) Flops=475416576 => 1461.6823703394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210446.39662033 Mflops = 210.44639662033 Gflops = 0.21044639662033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001016206 Relative Rsd = 4.45545620689688e-07
BICGSTAB_SOLVER_TIME: 0.626028 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103663
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947016(s) Flops=1253597184 => 1323.73390101118 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190604.758879322 Mflops = 190.604758879322 Gflops = 0.190604758879322 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138480000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041661 s
InvBiCGStab: k = 33 resid = 1.043941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122075(s) Flops=219506688 => 1798.12973991399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258835.858762789 Mflops = 258.835858762789 Gflops = 0.258835858762789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056716 s
InvBiCGStab: k = 53 resid = 7.564101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195553(s) Flops=350742528 => 1793.59318445639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258207.318692487 Mflops = 258.207318692487 Gflops = 0.258207318692487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007395915 Relative Rsd = 3.24266647901612e-07
BICGSTAB_SOLVER_TIME: 0.419871 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 62 resid = 2.077355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226846(s) Flops=409798656 => 1806.50598203186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260086.652938828 Mflops = 260.086652938828 Gflops = 0.260086652938828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 77 resid = 1.088117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281696(s) Flops=508225536 => 1804.16312620697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.024302957 Mflops = 259.726024302957 Gflops = 0.259726024302957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001098429 Relative Rsd = 4.81595276217702e-07
BICGSTAB_SOLVER_TIME: 0.610034 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041599 s
InvBiCGStab: k = 59 resid = 2.238364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216887(s) Flops=390113280 => 1798.69369763978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258950.330071125 Mflops = 258.950330071125 Gflops = 0.258950330071125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056122 s
InvBiCGStab: k = 68 resid = 9.995288e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249415(s) Flops=449169408 => 1800.89171862157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259274.359332437 Mflops = 259.274359332437 Gflops = 0.259274359332437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001031095 Relative Rsd = 4.52073682753387e-07
BICGSTAB_SOLVER_TIME: 0.567859 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104917
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 58 resid = 2.080636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212865(s) Flops=383551488 => 1801.85323092101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259391.627083324 Mflops = 259.391627083324 Gflops = 0.259391627083324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 77 resid = 9.401737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281745(s) Flops=508225536 => 1803.84935313848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.441838964 Mflops = 259.700441838964 Gflops = 0.259700441838964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001110727 Relative Rsd = 4.8698716209774e-07
BICGSTAB_SOLVER_TIME: 0.595777 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041192 s
InvBiCGStab: k = 47 resid = 2.215637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17294(s) Flops=311371776 => 1800.46129293397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259195.12110463 Mflops = 259.19512110463 Gflops = 0.25919512110463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056627 s
InvBiCGStab: k = 80 resid = 1.143209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292754(s) Flops=527910912 => 1803.2577249158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259617.923712483 Mflops = 259.617923712483 Gflops = 0.259617923712483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009999293 Relative Rsd = 4.38409199060262e-07
BICGSTAB_SOLVER_TIME: 0.567322 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105015
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963281(s) Flops=1266057216 => 1314.31764562988 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189253.638228971 Mflops = 189.253638228971 Gflops = 0.189253638228971 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139826000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.214757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.761504(s) Flops=1367820288 => 1796.20893389923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258494.279651863 Mflops = 258.494279651863 Gflops = 0.258494279651863 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 9.739383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853482(s) Flops=1538426880 => 1802.52996548258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259551.191908686 Mflops = 259.551191908686 Gflops = 0.259551191908686 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002009238 Relative Rsd = 8.8394691149244e-07
BICGSTAB_SOLVER_TIME: 1.618413 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315370999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.326888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.655103(s) Flops=1184090112 => 1807.48693258923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260203.136346258 Mflops = 260.203136346258 Gflops = 0.260203136346258 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 6.94662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.71884(s) Flops=1282516992 => 1784.14806076457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256901.747272903 Mflops = 256.901747272903 Gflops = 0.256901747272903 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.001963126 Relative Rsd = 8.62229259239542e-07
BICGSTAB_SOLVER_TIME: 1.377376 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.117508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268138999999997
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.81157(s) Flops=1266057216 => 1560.00987715169 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224670.40970061 Mflops = 224.67040970061 Gflops = 0.22467040970061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140028000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.545788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049131 s
InvBiCGStab: k = 29 resid = 1.61004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13537(s) Flops=193259520 => 1427.63921105119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205517.653240841 Mflops = 205.517653240841 Gflops = 0.205517653240841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 55 resid = 9.727687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203682(s) Flops=363866112 => 1786.44215983739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257143.000191945 Mflops = 257.143000191945 Gflops = 0.257143000191945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007500299 Relative Rsd = 3.28843278880772e-07
BICGSTAB_SOLVER_TIME: 0.448516 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.076875 s
InvBiCGStab: k = 79 resid = 2.208714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331071(s) Flops=521349120 => 1574.73508703571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226727.073746816 Mflops = 226.727073746816 Gflops = 0.226727073746816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 99 resid = 1.062598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363766(s) Flops=652584960 => 1793.96909001941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258291.347505097 Mflops = 258.291347505097 Gflops = 0.258291347505097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001271642 Relative Rsd = 5.57539109398878e-07
BICGSTAB_SOLVER_TIME: 0.831908 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141106
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 56 resid = 1.657943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20632(s) Flops=370427904 => 1795.4047305157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.877241315 Mflops = 258.477877241315 Gflops = 0.258477877241315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 74 resid = 5.205089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272522(s) Flops=488540160 => 1792.66319783357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258071.221605745 Mflops = 258.071221605745 Gflops = 0.258071221605745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001033562 Relative Rsd = 4.53155295938831e-07
BICGSTAB_SOLVER_TIME: 0.580162 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041529 s
InvBiCGStab: k = 63 resid = 2.24976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230052(s) Flops=416360448 => 1809.85363309165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260564.879372077 Mflops = 260.564879372077 Gflops = 0.260564879372077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 79 resid = 1.054675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289327(s) Flops=521349120 => 1801.93732351284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259422.056806462 Mflops = 259.422056806462 Gflops = 0.259422056806462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001089139 Relative Rsd = 4.77522242826866e-07
BICGSTAB_SOLVER_TIME: 0.621167 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 54 resid = 1.237396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197892(s) Flops=357304320 => 1805.55211933782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259931.239954817 Mflops = 259.931239954817 Gflops = 0.259931239954817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 75 resid = 1.033984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275292(s) Flops=495101952 => 1798.46109585458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258915.599154355 Mflops = 258.915599154355 Gflops = 0.258915599154355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001070788 Relative Rsd = 4.6947662504472e-07
BICGSTAB_SOLVER_TIME: 0.573858 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106355
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.826029(s) Flops=1272471552 => 1540.46837580763 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221807.53641934 Mflops = 221.80753641934 Gflops = 0.22180753641934 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140990000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046483 s
InvBiCGStab: k = 29 resid = 1.886426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129131(s) Flops=193259520 => 1496.61599461012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215415.392619691 Mflops = 215.415392619691 Gflops = 0.215415392619691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066744 s
InvBiCGStab: k = 56 resid = 6.034983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235887(s) Flops=370427904 => 1570.36167317402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226086.821071159 Mflops = 226.086821071159 Gflops = 0.226086821071159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000738178 Relative Rsd = 3.23646931678165e-07
BICGSTAB_SOLVER_TIME: 0.482102 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750320000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047972 s
InvBiCGStab: k = 80 resid = 2.267991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371975(s) Flops=527910912 => 1419.21073190403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204343.181643393 Mflops = 204.343181643393 Gflops = 0.204343181643393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078949 s
InvBiCGStab: k = 98 resid = 9.680709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411043(s) Flops=646023168 => 1571.66809311921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226291.203311764 Mflops = 226.291203311764 Gflops = 0.226291203311764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001243545 Relative Rsd = 5.4522027480306e-07
BICGSTAB_SOLVER_TIME: 0.913895 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 52 resid = 2.072479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191864(s) Flops=344180736 => 1793.8786640537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258253.040140352 Mflops = 258.253040140352 Gflops = 0.258253040140352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 77 resid = 8.322694e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282876(s) Flops=508225536 => 1796.63716964324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258658.704847958 Mflops = 258.658704847958 Gflops = 0.258658704847958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001042073 Relative Rsd = 4.56886506692561e-07
BICGSTAB_SOLVER_TIME: 0.575906 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106455
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 63 resid = 2.121641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231584(s) Flops=416360448 => 1797.88088987149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.213927826 Mflops = 258.833213927826 Gflops = 0.258833213927826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 93 resid = 7.396114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341979(s) Flops=613214208 => 1793.13410472573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.643725573 Mflops = 258.160643725573 Gflops = 0.258160643725573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001098662 Relative Rsd = 4.81697817904718e-07
BICGSTAB_SOLVER_TIME: 0.674921 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042471 s
InvBiCGStab: k = 56 resid = 2.153016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219591(s) Flops=370427904 => 1686.8992991516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242850.231361093 Mflops = 242.850231361093 Gflops = 0.242850231361093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057951 s
InvBiCGStab: k = 75 resid = 1.122801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288511(s) Flops=495101952 => 1716.05918665146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247055.649797548 Mflops = 247.055649797548 Gflops = 0.247055649797548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001045496 Relative Rsd = 4.58387474034561e-07
BICGSTAB_SOLVER_TIME: 0.612697 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107839
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.810344(s) Flops=1285005312 => 1585.75285557738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228527.733455545 Mflops = 228.527733455545 Gflops = 0.228527733455545 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142201000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045718 s
InvBiCGStab: k = 24 resid = 2.206461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10623(s) Flops=160450560 => 1510.40722959616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217405.637643224 Mflops = 217.405637643224 Gflops = 0.217405637643224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064611 s
InvBiCGStab: k = 52 resid = 1.145668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226252(s) Flops=344180736 => 1521.22737478564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218992.866474635 Mflops = 218.992866474635 Gflops = 0.218992866474635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000732129 Relative Rsd = 3.20994782051963e-07
BICGSTAB_SOLVER_TIME: 0.446922 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04239 s
InvBiCGStab: k = 52 resid = 2.279929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23561(s) Flops=344180736 => 1460.80699460974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210288.49841127 Mflops = 210.28849841127 Gflops = 0.21028849841127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064889 s
InvBiCGStab: k = 68 resid = 1.12143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287564(s) Flops=449169408 => 1561.98066517367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224883.844276743 Mflops = 224.883844276743 Gflops = 0.224883844276743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001040225 Relative Rsd = 4.56076636633883e-07
BICGSTAB_SOLVER_TIME: 0.6344 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046414 s
InvBiCGStab: k = 60 resid = 9.566903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252997(s) Flops=396675072 => 1567.90425182907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225719.984995526 Mflops = 225.719984995526 Gflops = 0.225719984995526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056836 s
InvBiCGStab: k = 75 resid = 8.677079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275309(s) Flops=495101952 => 1798.35004304254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258911.838137007 Mflops = 258.911838137007 Gflops = 0.258911838137007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001013612 Relative Rsd = 4.44408066394752e-07
BICGSTAB_SOLVER_TIME: 0.635362 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 58 resid = 1.754919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219063(s) Flops=383551488 => 1750.87298174498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252079.728824278 Mflops = 252.079728824278 Gflops = 0.252079728824278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05842 s
InvBiCGStab: k = 79 resid = 1.130616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30928(s) Flops=521349120 => 1685.68649767201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242679.352544092 Mflops = 242.679352544092 Gflops = 0.242679352544092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00108487 Relative Rsd = 4.75650512511006e-07
BICGSTAB_SOLVER_TIME: 0.631689 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 53 resid = 2.278547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196395(s) Flops=350742528 => 1785.90355151608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257089.551066159 Mflops = 257.089551066159 Gflops = 0.257089551066159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057355 s
InvBiCGStab: k = 73 resid = 1.062674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270726(s) Flops=481978368 => 1780.31798940626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256296.024223653 Mflops = 256.296024223653 Gflops = 0.256296024223653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001056131 Relative Rsd = 4.63050236968346e-07
BICGSTAB_SOLVER_TIME: 0.569772 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10441
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.809593(s) Flops=1291419648 => 1595.14675645664 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229768.587524046 Mflops = 229.768587524046 Gflops = 0.229768587524046 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143067000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 25 resid = 1.467812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094048(s) Flops=167012352 => 1775.82034705682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255582.68607551 Mflops = 255.58268607551 Gflops = 0.25558268607551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 57 resid = 9.916338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210713(s) Flops=376989696 => 1789.1145586651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257549.975924574 Mflops = 257.549975924574 Gflops = 0.257549975924574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007475481 Relative Rsd = 3.27755157947646e-07
BICGSTAB_SOLVER_TIME: 0.406646 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048227 s
InvBiCGStab: k = 56 resid = 1.895702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253744(s) Flops=370427904 => 1459.84891859512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210193.912068814 Mflops = 210.193912068814 Gflops = 0.210193912068814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068475 s
InvBiCGStab: k = 71 resid = 1.10193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303576(s) Flops=468854784 => 1544.43956043956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222365.475592897 Mflops = 222.365475592897 Gflops = 0.222365475592897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001102272 Relative Rsd = 4.83280246935359e-07
BICGSTAB_SOLVER_TIME: 0.678307 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046222 s
InvBiCGStab: k = 53 resid = 2.160635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232758(s) Flops=350742528 => 1506.89784239425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216946.136048544 Mflops = 216.946136048544 Gflops = 0.216946136048544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062206 s
InvBiCGStab: k = 67 resid = 9.941552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297307(s) Flops=442607616 => 1488.72248551161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214329.734985851 Mflops = 214.329734985851 Gflops = 0.214329734985851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001003958 Relative Rsd = 4.40175427301926e-07
BICGSTAB_SOLVER_TIME: 0.642374 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999540000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.086676 s
InvBiCGStab: k = 60 resid = 2.23042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223118(s) Flops=396675072 => 1777.87122509166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255968.376914148 Mflops = 255.968376914148 Gflops = 0.255968376914148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059505 s
InvBiCGStab: k = 78 resid = 1.104546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287524(s) Flops=514787328 => 1790.41515838678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257767.997206619 Mflops = 257.767997206619 Gflops = 0.257767997206619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088039 Relative Rsd = 4.77040057004447e-07
BICGSTAB_SOLVER_TIME: 0.660755 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042042 s
InvBiCGStab: k = 56 resid = 2.035117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206958(s) Flops=370427904 => 1789.86994462645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257656.337731244 Mflops = 257.656337731244 Gflops = 0.257656337731244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 68 resid = 1.055443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250635(s) Flops=449169408 => 1792.12563289245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258007.600514436 Mflops = 258.007600514436 Gflops = 0.258007600514436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001025617 Relative Rsd = 4.4967178792631e-07
BICGSTAB_SOLVER_TIME: 0.560201 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102829
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.815108(s) Flops=1297760256 => 1592.13289036545 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229256.051841045 Mflops = 229.256051841045 Gflops = 0.229256051841045 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143524000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.797004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794111(s) Flops=1433438208 => 1805.08544523373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.621021691 Mflops = 259.845621021691 Gflops = 0.259845621021691 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 294 resid = 1.029844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.314457(s) Flops=1932134400 => 1469.91069316075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211659.945154 Mflops = 211.659945154 Gflops = 0.211659945154 Tflops
BICGSTAB_SOLVER: 512 iterations. Rsd = 0.002202922 Relative Rsd = 9.69231085687982e-07
BICGSTAB_SOLVER_TIME: 2.112721 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.13314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364823
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.875572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785232(s) Flops=1184090112 => 1507.94938565927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217131.431685613 Mflops = 217.131431685613 Gflops = 0.217131431685613 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.087144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698862(s) Flops=1256269824 => 1797.59355065807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258835.472578091 Mflops = 258.835472578091 Gflops = 0.258835472578091 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001907022 Relative Rsd = 8.3758425275915e-07
BICGSTAB_SOLVER_TIME: 1.487582 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265187999999997
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.814936(s) Flops=1297760256 => 1592.46892516713 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229332.915032436 Mflops = 229.332915032436 Gflops = 0.229332915032436 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143587000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 28 resid = 2.155582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10365(s) Flops=186697728 => 1801.23230101302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.417962005 Mflops = 259.278417962005 Gflops = 0.259278417962005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 60 resid = 9.713061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228265(s) Flops=396675072 => 1737.7831555429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250179.946200997 Mflops = 250.179946200997 Gflops = 0.250179946200997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007818182 Relative Rsd = 3.42780526523829e-07
BICGSTAB_SOLVER_TIME: 0.433157 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771590000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041468 s
InvBiCGStab: k = 71 resid = 2.116216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264417(s) Flops=468854784 => 1773.16429730312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255277.706008354 Mflops = 255.277706008354 Gflops = 0.255277706008354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057013 s
InvBiCGStab: k = 98 resid = 1.089132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36051(s) Flops=646023168 => 1791.97017558459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258004.194767176 Mflops = 258.004194767176 Gflops = 0.258004194767176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001228373 Relative Rsd = 5.38568029601228e-07
BICGSTAB_SOLVER_TIME: 0.727212 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049298 s
InvBiCGStab: k = 55 resid = 2.196397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253401(s) Flops=363866112 => 1435.93005552464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206744.851148157 Mflops = 206.744851148157 Gflops = 0.206744851148157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068014 s
InvBiCGStab: k = 68 resid = 1.101383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324172(s) Flops=449169408 => 1385.58977333021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199495.854618245 Mflops = 199.495854618245 Gflops = 0.199495854618245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001015665 Relative Rsd = 4.45308534509404e-07
BICGSTAB_SOLVER_TIME: 0.69895 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045764 s
InvBiCGStab: k = 61 resid = 2.259546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275872(s) Flops=403236864 => 1461.68101148359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210441.524911129 Mflops = 210.441524911129 Gflops = 0.210441524911129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064232 s
InvBiCGStab: k = 92 resid = 5.275697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433585(s) Flops=606652416 => 1399.15452794723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201453.007760732 Mflops = 201.453007760732 Gflops = 0.201453007760732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001106419 Relative Rsd = 4.85098741323117e-07
BICGSTAB_SOLVER_TIME: 0.823582 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041393 s
InvBiCGStab: k = 56 resid = 2.214009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205556(s) Flops=370427904 => 1802.07779875071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259438.489446242 Mflops = 259.438489446242 Gflops = 0.259438489446242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05612 s
InvBiCGStab: k = 80 resid = 7.730924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294279(s) Flops=527910912 => 1793.91296015006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258265.348439192 Mflops = 258.265348439192 Gflops = 0.258265348439192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001053086 Relative Rsd = 4.61715051308489e-07
BICGSTAB_SOLVER_TIME: 0.601105 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111488
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.815927(s) Flops=1297907712 => 1590.71548312533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229040.600962495 Mflops = 229.040600962495 Gflops = 0.229040600962495 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143586000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 29 resid = 1.601808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107811(s) Flops=193259520 => 1792.57700976709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.242065587 Mflops = 258.003242065587 Gflops = 0.258003242065587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057242 s
InvBiCGStab: k = 52 resid = 9.462421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192052(s) Flops=344180736 => 1792.12263345344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257995.497313947 Mflops = 257.995497313947 Gflops = 0.257995497313947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007833776 Relative Rsd = 3.43464248359779e-07
BICGSTAB_SOLVER_TIME: 0.402376 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 73 resid = 2.025016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268194(s) Flops=481978368 => 1797.12584174143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.346243576 Mflops = 258.728346243576 Gflops = 0.258728346243576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 99 resid = 1.052053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362108(s) Flops=652584960 => 1802.18321605709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.663304768 Mflops = 259.465663304768 Gflops = 0.259465663304768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001273526 Relative Rsd = 5.58365006381261e-07
BICGSTAB_SOLVER_TIME: 0.732019 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137087
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 53 resid = 1.966772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203769(s) Flops=350742528 => 1721.2752086922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247763.729031772 Mflops = 247.763729031772 Gflops = 0.247763729031772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065027 s
InvBiCGStab: k = 83 resid = 9.130641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356386(s) Flops=547596288 => 1536.52581190058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221217.589653444 Mflops = 221.217589653444 Gflops = 0.221217589653444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001063589 Relative Rsd = 4.66319984609925e-07
BICGSTAB_SOLVER_TIME: 0.670064 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045264 s
InvBiCGStab: k = 61 resid = 1.926392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27915(s) Flops=403236864 => 1444.51679742074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207975.355980245 Mflops = 207.975355980245 Gflops = 0.207975355980245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07693 s
InvBiCGStab: k = 84 resid = 8.117058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354392(s) Flops=554158080 => 1563.68676493826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225100.688269591 Mflops = 225.100688269591 Gflops = 0.225100688269591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001111257 Relative Rsd = 4.87219603532619e-07
BICGSTAB_SOLVER_TIME: 0.760756 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057243 s
InvBiCGStab: k = 58 resid = 2.27417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269531(s) Flops=383551488 => 1423.03292756677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204873.663763135 Mflops = 204.873663763135 Gflops = 0.204873663763135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 75 resid = 8.796569e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275156(s) Flops=495101952 => 1799.35001235663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.090684853 Mflops = 259.052090684853 Gflops = 0.259052090684853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001053707 Relative Rsd = 4.61987611093788e-07
BICGSTAB_SOLVER_TIME: 0.661938 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109288
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.825645(s) Flops=1304027136 => 1579.40414584961 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227413.76310551 Mflops = 227.41376310551 Gflops = 0.22741376310551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144629000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 32 resid = 1.403078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120974(s) Flops=212944896 => 1760.2534098236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253348.902901055 Mflops = 253.348902901055 Gflops = 0.253348902901055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 50 resid = 1.011279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185109(s) Flops=331057152 => 1788.44438682074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257457.235694619 Mflops = 257.457235694619 Gflops = 0.257457235694619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007619291 Relative Rsd = 3.34060374314226e-07
BICGSTAB_SOLVER_TIME: 0.408332 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0730090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040617 s
InvBiCGStab: k = 62 resid = 1.911104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227098(s) Flops=409798656 => 1804.50138706638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.075642015 Mflops = 259.794075642015 Gflops = 0.259794075642015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056062 s
InvBiCGStab: k = 63 resid = 1.087464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230536(s) Flops=416360448 => 1806.05392650172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259996.916237034 Mflops = 259.996916237034 Gflops = 0.259996916237034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001051038 Relative Rsd = 4.60817339416385e-07
BICGSTAB_SOLVER_TIME: 0.558152 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 46 resid = 2.108921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169209(s) Flops=304809984 => 1801.38162863677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259318.964958028 Mflops = 259.318964958028 Gflops = 0.259318964958028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05636 s
InvBiCGStab: k = 70 resid = 1.059862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256422(s) Flops=462292992 => 1802.86009780752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259547.868400974 Mflops = 259.547868400974 Gflops = 0.259547868400974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001000421 Relative Rsd = 4.38624796912903e-07
BICGSTAB_SOLVER_TIME: 0.527144 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971140000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047994 s
InvBiCGStab: k = 65 resid = 2.238817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286913(s) Flops=429484032 => 1496.91381010968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215512.580668977 Mflops = 215.512580668977 Gflops = 0.215512580668977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074069 s
InvBiCGStab: k = 82 resid = 3.25411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373225(s) Flops=541034496 => 1449.62019157345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208703.9276568 Mflops = 208.7039276568 Gflops = 0.2087039276568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001088197 Relative Rsd = 4.77109524020888e-07
BICGSTAB_SOLVER_TIME: 0.786727 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050797 s
InvBiCGStab: k = 52 resid = 2.112506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221341(s) Flops=344180736 => 1554.97958353852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223856.224564999 Mflops = 223.856224564999 Gflops = 0.223856224564999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073134 s
InvBiCGStab: k = 74 resid = 7.503942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319377(s) Flops=488540160 => 1529.66606862736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220224.311557816 Mflops = 220.224311557816 Gflops = 0.220224311557816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001032943 Relative Rsd = 4.52883859059014e-07
BICGSTAB_SOLVER_TIME: 0.668488 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104216
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847585(s) Flops=1304027136 => 1538.52078080664 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221704.903077475 Mflops = 221.704903077475 Gflops = 0.221704903077475 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144486000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 32 resid = 2.111954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118299(s) Flops=212944896 => 1800.05660233814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259119.121767084 Mflops = 259.119121767084 Gflops = 0.259119121767084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 55 resid = 1.114652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203441(s) Flops=363866112 => 1788.55841251272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257476.598287557 Mflops = 257.476598287557 Gflops = 0.257476598287557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007966285 Relative Rsd = 3.49273982682204e-07
BICGSTAB_SOLVER_TIME: 0.423257 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041703 s
InvBiCGStab: k = 56 resid = 2.110126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205257(s) Flops=370427904 => 1804.70290416405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259811.142749667 Mflops = 259.811142749667 Gflops = 0.259811142749667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 83 resid = 8.19834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303392(s) Flops=547596288 => 1804.91340575889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.674637904 Mflops = 259.857674637904 Gflops = 0.259857674637904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001133769 Relative Rsd = 4.97089840641519e-07
BICGSTAB_SOLVER_TIME: 0.610493 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 56 resid = 1.945425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205402(s) Flops=370427904 => 1803.42890526869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259629.702175469 Mflops = 259.629702175469 Gflops = 0.259629702175469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 76 resid = 1.041958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278261(s) Flops=501663744 => 1802.85323491255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259548.391091958 Mflops = 259.548391091958 Gflops = 0.259548391091958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001047107 Relative Rsd = 4.59093934706532e-07
BICGSTAB_SOLVER_TIME: 0.585033 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 61 resid = 2.224138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223558(s) Flops=403236864 => 1803.72370481038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259679.143252477 Mflops = 259.679143252477 Gflops = 0.259679143252477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 90 resid = 1.041277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387684(s) Flops=593528832 => 1530.96034915034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220425.648910415 Mflops = 220.425648910415 Gflops = 0.220425648910415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001104953 Relative Rsd = 4.84455622728592e-07
BICGSTAB_SOLVER_TIME: 0.713011 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050726 s
InvBiCGStab: k = 50 resid = 2.242585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233447(s) Flops=331057152 => 1418.1255359889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204164.643562493 Mflops = 204.164643562493 Gflops = 0.204164643562494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078665 s
InvBiCGStab: k = 71 resid = 1.071782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320123(s) Flops=468854784 => 1464.60824120729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210866.022538356 Mflops = 210.866022538356 Gflops = 0.210866022538356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001048877 Relative Rsd = 4.59870066559576e-07
BICGSTAB_SOLVER_TIME: 0.687088 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100498
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928056(s) Flops=1303879680 => 1404.95797667382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202284.204334168 Mflops = 202.284204334168 Gflops = 0.202284204334168 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144331000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.231937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829479(s) Flops=1459685376 => 1759.76170101956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253342.149424126 Mflops = 253.342149424126 Gflops = 0.253342149424126 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 1.14446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994914(s) Flops=1754966016 => 1763.93740162466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253996.492155561 Mflops = 253.996492155561 Gflops = 0.253996492155561 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002186581 Relative Rsd = 9.62091374740539e-07
BICGSTAB_SOLVER_TIME: 1.827777 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00187
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349099999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.929598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733168(s) Flops=1295640576 => 1767.18102263056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254422.328903332 Mflops = 254.422328903332 Gflops = 0.254422328903332 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.121689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883831(s) Flops=1407191040 => 1592.14944938569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229259.329146026 Mflops = 229.259329146026 Gflops = 0.229259329146026 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001987592 Relative Rsd = 8.72963001049979e-07
BICGSTAB_SOLVER_TIME: 1.62042 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0.128925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293474999999997
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979743(s) Flops=1303879680 => 1330.83847498783 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191626.051004321 Mflops = 191.626051004321 Gflops = 0.191626051004321 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143902000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 24 resid = 1.741891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089984(s) Flops=160450560 => 1783.10099573257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256596.381101857 Mflops = 256.596381101857 Gflops = 0.256596381101857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056205 s
InvBiCGStab: k = 50 resid = 6.627009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192383(s) Flops=331057152 => 1720.82331598946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247714.237301122 Mflops = 247.714237301122 Gflops = 0.247714237301122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007515608 Relative Rsd = 3.29514495632939e-07
BICGSTAB_SOLVER_TIME: 0.383706 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042633 s
InvBiCGStab: k = 89 resid = 6.891739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340776(s) Flops=586967040 => 1722.44242552292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247989.26412939 Mflops = 247.98926412939 Gflops = 0.24798926412939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 96 resid = 8.105496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352592(s) Flops=632899584 => 1794.99133275854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258429.069871314 Mflops = 258.429069871314 Gflops = 0.258429069871314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001268695 Relative Rsd = 5.56246747270832e-07
BICGSTAB_SOLVER_TIME: 0.796255 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 55 resid = 2.185626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2052(s) Flops=363866112 => 1773.22666666667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255285.226705047 Mflops = 255.285226705047 Gflops = 0.255285226705047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 73 resid = 1.117987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273839(s) Flops=481978368 => 1760.07934589302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253396.277806886 Mflops = 253.396277806886 Gflops = 0.253396277806886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001037583 Relative Rsd = 4.54918308587521e-07
BICGSTAB_SOLVER_TIME: 0.579889 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04257 s
InvBiCGStab: k = 63 resid = 2.031987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242174(s) Flops=416360448 => 1719.26155574091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247518.706625588 Mflops = 247.518706625588 Gflops = 0.247518706625588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 82 resid = 9.347281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29892(s) Flops=541034496 => 1809.96419108792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260582.793065593 Mflops = 260.582793065593 Gflops = 0.260582793065593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00110638 Relative Rsd = 4.85081693576246e-07
BICGSTAB_SOLVER_TIME: 0.644005 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001841
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04224 s
InvBiCGStab: k = 59 resid = 1.721914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220723(s) Flops=390113280 => 1767.43375180656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254451.875276267 Mflops = 254.451875276267 Gflops = 0.254451875276267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 73 resid = 1.003181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275681(s) Flops=481978368 => 1748.31913697353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251706.952591544 Mflops = 251.706952591544 Gflops = 0.251706952591544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001067127 Relative Rsd = 4.67871329575163e-07
BICGSTAB_SOLVER_TIME: 0.599573 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108541
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978783(s) Flops=1291124736 => 1319.11234257236 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189927.833045267 Mflops = 189.927833045267 Gflops = 0.189927833045267 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142801000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.549203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054651 s
InvBiCGStab: k = 23 resid = 2.102433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.087318(s) Flops=153888768 => 1762.39455782313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253600.070521241 Mflops = 253.600070521241 Gflops = 0.253600070521241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068364 s
InvBiCGStab: k = 49 resid = 9.784079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236314(s) Flops=324495360 => 1373.15334681822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197480.380942761 Mflops = 197.480380942761 Gflops = 0.197480380942761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007684705 Relative Rsd = 3.36928351478281e-07
BICGSTAB_SOLVER_TIME: 0.45309 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 74 resid = 2.219148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277248(s) Flops=488540160 => 1762.10526315789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253694.635170134 Mflops = 253.694635170134 Gflops = 0.253694635170134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 105 resid = 1.06507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384257(s) Flops=691955712 => 1800.76280197888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.87471974 Mflops = 259.26787471974 Gflops = 0.25926787471974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001306759 Relative Rsd = 5.72935674798767e-07
BICGSTAB_SOLVER_TIME: 0.762897 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04143 s
InvBiCGStab: k = 64 resid = 1.247467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235222(s) Flops=422922240 => 1797.97059798828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258850.367127905 Mflops = 258.850367127905 Gflops = 0.258850367127905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057354 s
InvBiCGStab: k = 73 resid = 1.087318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267176(s) Flops=481978368 => 1803.97329101416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259702.249306492 Mflops = 259.702249306492 Gflops = 0.259702249306492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001043011 Relative Rsd = 4.5729800051074e-07
BICGSTAB_SOLVER_TIME: 0.604993 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057199 s
InvBiCGStab: k = 67 resid = 1.262683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257274(s) Flops=442607616 => 1720.37444903099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247680.804531277 Mflops = 247.680804531277 Gflops = 0.247680804531277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 77 resid = 7.071612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282632(s) Flops=508225536 => 1798.18823063206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258865.864325895 Mflops = 258.865864325895 Gflops = 0.258865864325895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001124827 Relative Rsd = 4.93169216149353e-07
BICGSTAB_SOLVER_TIME: 0.657288 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 51 resid = 2.081352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188861(s) Flops=337618944 => 1787.65835190961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257344.017553679 Mflops = 257.344017553679 Gflops = 0.257344017553679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056612 s
InvBiCGStab: k = 80 resid = 8.963113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294696(s) Flops=527910912 => 1791.37454190081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257908.979354942 Mflops = 257.908979354942 Gflops = 0.257908979354942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00108388 Relative Rsd = 4.75216407459701e-07
BICGSTAB_SOLVER_TIME: 0.584964 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108003
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.797412(s) Flops=1272176640 => 1595.38186031813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229713.028699255 Mflops = 229.713028699255 Gflops = 0.229713028699255 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140867000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041302 s
InvBiCGStab: k = 28 resid = 1.419309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104331(s) Flops=186697728 => 1789.47511286195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257549.948501551 Mflops = 257.549948501551 Gflops = 0.257549948501551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056534 s
InvBiCGStab: k = 52 resid = 8.831025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1926(s) Flops=344180736 => 1787.02355140187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257243.601435868 Mflops = 257.243601435868 Gflops = 0.257243601435868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007908879 Relative Rsd = 3.46757066604907e-07
BICGSTAB_SOLVER_TIME: 0.398623 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 50 resid = 2.244344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183795(s) Flops=331057152 => 1801.23045784706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.78660986 Mflops = 259.30078660986 Gflops = 0.25930078660986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 78 resid = 8.164272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293704(s) Flops=514787328 => 1752.74197150873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252328.906243485 Mflops = 252.328906243485 Gflops = 0.252328906243485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001081797 Relative Rsd = 4.74303434261267e-07
BICGSTAB_SOLVER_TIME: 0.579004 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 55 resid = 1.50063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203329(s) Flops=363866112 => 1789.54360666703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257623.827633512 Mflops = 257.623827633512 Gflops = 0.257623827633512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056599 s
InvBiCGStab: k = 65 resid = 1.067358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239154(s) Flops=429484032 => 1795.84716124338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.370831176 Mflops = 258.558370831176 Gflops = 0.258558370831176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001018467 Relative Rsd = 4.46536891024948e-07
BICGSTAB_SOLVER_TIME: 0.543979 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041708 s
InvBiCGStab: k = 62 resid = 2.107803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226827(s) Flops=409798656 => 1806.65730270206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260096.428847788 Mflops = 260.096428847788 Gflops = 0.260096428847788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 70 resid = 9.491815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256355(s) Flops=462292992 => 1803.33128669228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.405883006 Mflops = 259.628405883006 Gflops = 0.259628405883006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001085669 Relative Rsd = 4.76001012145022e-07
BICGSTAB_SOLVER_TIME: 0.585157 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047217 s
InvBiCGStab: k = 53 resid = 1.77794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228286(s) Flops=350742528 => 1536.41716092971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221188.836723501 Mflops = 221.188836723501 Gflops = 0.221188836723501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072997 s
InvBiCGStab: k = 73 resid = 1.000614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338586(s) Flops=481978368 => 1423.50353529089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204949.455844153 Mflops = 204.949455844153 Gflops = 0.204949455844153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001039817 Relative Rsd = 4.5589763529174e-07
BICGSTAB_SOLVER_TIME: 0.690947 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104292
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937485(s) Flops=1247330304 => 1330.50694571113 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191736.22268492 Mflops = 191.73622268492 Gflops = 0.19173622268492 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137917
CLOV_LINOP: Time spent in clov deriv (total) = 1.404416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 30 resid = 1.637385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110891(s) Flops=199821312 => 1801.96149371906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.519918498 Mflops = 259.369519918498 Gflops = 0.259369519918498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 48 resid = 1.146695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17637(s) Flops=317933568 => 1802.65106310597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.656973286 Mflops = 259.501656973286 Gflops = 0.259501656973286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007459394 Relative Rsd = 3.27049820181158e-07
BICGSTAB_SOLVER_TIME: 0.388435 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041664 s
InvBiCGStab: k = 55 resid = 2.204924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202333(s) Flops=363866112 => 1798.35277488101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258904.418187721 Mflops = 258.904418187721 Gflops = 0.258904418187721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056451 s
InvBiCGStab: k = 80 resid = 1.079894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292934(s) Flops=527910912 => 1802.14967193975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259450.008396977 Mflops = 259.450008396977 Gflops = 0.259450008396977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001111807 Relative Rsd = 4.87460926129041e-07
BICGSTAB_SOLVER_TIME: 0.597136 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 53 resid = 1.530635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194602(s) Flops=350742528 => 1802.35829025395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259451.026286414 Mflops = 259.451026286415 Gflops = 0.259451026286414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 67 resid = 1.024556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245222(s) Flops=442607616 => 1804.92621379811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.62334397 Mflops = 259.83662334397 Gflops = 0.25983662334397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001017567 Relative Rsd = 4.46142189747848e-07
BICGSTAB_SOLVER_TIME: 0.541152 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 58 resid = 2.255683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21288(s) Flops=383551488 => 1801.72626832018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259376.264821825 Mflops = 259.376264821825 Gflops = 0.259376264821825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 75 resid = 7.380509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274444(s) Flops=495101952 => 1804.01813120345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.606225953 Mflops = 259.716606225953 Gflops = 0.259716606225953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001085171 Relative Rsd = 4.75782607028675e-07
BICGSTAB_SOLVER_TIME: 0.588497 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041286 s
InvBiCGStab: k = 50 resid = 2.212537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183698(s) Flops=331057152 => 1802.18158063779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.425245228 Mflops = 259.455425245228 Gflops = 0.259455425245228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 65 resid = 8.701788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252575(s) Flops=429484032 => 1700.42178362863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244803.316838822 Mflops = 244.803316838822 Gflops = 0.244803316838822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001019895 Relative Rsd = 4.47162910831444e-07
BICGSTAB_SOLVER_TIME: 0.537566 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963780000000003
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811725(s) Flops=1253597184 => 1544.36192552897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222396.868571829 Mflops = 222.396868571829 Gflops = 0.222396868571829 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138697000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021162
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.215762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867937(s) Flops=1335011328 => 1538.14312329121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221401.498696393 Mflops = 221.401498696393 Gflops = 0.221401498696393 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.140216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911293(s) Flops=1636853760 => 1796.18822925228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.716892072 Mflops = 258.639716892072 Gflops = 0.258639716892072 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002169257 Relative Rsd = 9.54496948891833e-07
BICGSTAB_SOLVER_TIME: 1.782694 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322481999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.210757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.627663(s) Flops=1131595776 => 1802.87156642976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259611.276252705 Mflops = 259.611276252705 Gflops = 0.259611276252705 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 9.203769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737416(s) Flops=1308764160 => 1774.79761762696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255558.539648373 Mflops = 255.558539648373 Gflops = 0.255558539648373 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001945559 Relative Rsd = 8.54502727828702e-07
BICGSTAB_SOLVER_TIME: 1.368652 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.121579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264798999999997
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.791261(s) Flops=1253597184 => 1584.30301000555 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228114.796436928 Mflops = 228.114796436928 Gflops = 0.228114796436928 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138732000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 36 resid = 1.374167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133353(s) Flops=239192064 => 1793.67591280286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258202.578116194 Mflops = 258.202578116194 Gflops = 0.258202578116194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 60 resid = 7.489272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220579(s) Flops=396675072 => 1798.33561671782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258894.153374668 Mflops = 258.894153374668 Gflops = 0.258894153374668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.000772898 Relative Rsd = 3.38869574331161e-07
BICGSTAB_SOLVER_TIME: 0.455218 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0829790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 78 resid = 1.949494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285308(s) Flops=514787328 => 1804.32139302088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.015107881 Mflops = 259.771015107881 Gflops = 0.259771015107881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 91 resid = 8.065009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339524(s) Flops=600090624 => 1767.44684911818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254468.100737033 Mflops = 254.468100737033 Gflops = 0.254468100737033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001260569 Relative Rsd = 5.52683972339478e-07
BICGSTAB_SOLVER_TIME: 0.725828 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135009
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047191 s
InvBiCGStab: k = 57 resid = 2.271822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26281(s) Flops=376989696 => 1434.45719721472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206515.921832586 Mflops = 206.515921832586 Gflops = 0.206515921832586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07072 s
InvBiCGStab: k = 69 resid = 5.989568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299847(s) Flops=455731200 => 1519.87913836056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218808.719623011 Mflops = 218.808719623011 Gflops = 0.218808719623011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00103861 Relative Rsd = 4.55368338480214e-07
BICGSTAB_SOLVER_TIME: 0.684408 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045321 s
InvBiCGStab: k = 60 resid = 2.213053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273111(s) Flops=396675072 => 1452.4316926085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209105.592050298 Mflops = 209.105592050298 Gflops = 0.209105592050298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060264 s
InvBiCGStab: k = 80 resid = 1.06581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363182(s) Flops=527910912 => 1453.57124527097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209281.309505101 Mflops = 209.281309505101 Gflops = 0.209281309505101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001112313 Relative Rsd = 4.87682699961835e-07
BICGSTAB_SOLVER_TIME: 0.745705 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041915 s
InvBiCGStab: k = 57 resid = 1.62348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211(s) Flops=376989696 => 1786.68102369668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257227.081787422 Mflops = 257.227081787422 Gflops = 0.257227081787422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056874 s
InvBiCGStab: k = 75 resid = 9.292639e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277747(s) Flops=495101952 => 1782.56453535052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256639.05715315 Mflops = 256.63905715315 Gflops = 0.25663905715315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001065105 Relative Rsd = 4.66985050902517e-07
BICGSTAB_SOLVER_TIME: 0.591466 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108533
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.796799(s) Flops=1265983488 => 1588.83669281713 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228766.461021988 Mflops = 228.766461021988 Gflops = 0.228766461021988 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140128000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 32 resid = 2.215657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118163(s) Flops=212944896 => 1802.12838198082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259379.278761103 Mflops = 259.379278761103 Gflops = 0.259379278761104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055927 s
InvBiCGStab: k = 51 resid = 7.520891e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187242(s) Flops=337618944 => 1803.1154548659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259564.006849063 Mflops = 259.564006849063 Gflops = 0.259564006849063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007436217 Relative Rsd = 3.26033641760649e-07
BICGSTAB_SOLVER_TIME: 0.406737 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735150000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 71 resid = 2.258257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260131(s) Flops=468854784 => 1802.37950878596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.576585774 Mflops = 259.490576585774 Gflops = 0.259490576585774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 97 resid = 1.020545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354703(s) Flops=639461376 => 1802.80791535454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259556.790936289 Mflops = 259.556790936289 Gflops = 0.259556790936289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001258522 Relative Rsd = 5.51786515653165e-07
BICGSTAB_SOLVER_TIME: 0.715606 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 62 resid = 1.523814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2401(s) Flops=409798656 => 1706.78324031653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245726.801871153 Mflops = 245.726801871153 Gflops = 0.245726801871153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069591 s
InvBiCGStab: k = 67 resid = 1.143801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258142(s) Flops=442607616 => 1714.58970644064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246840.9947299 Mflops = 246.8409947299 Gflops = 0.2468409947299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001021308 Relative Rsd = 4.47782550493154e-07
BICGSTAB_SOLVER_TIME: 0.6129 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041234 s
InvBiCGStab: k = 59 resid = 2.250697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217756(s) Flops=390113280 => 1791.51564136005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257930.955004291 Mflops = 257.930955004291 Gflops = 0.257930955004291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058366 s
InvBiCGStab: k = 79 resid = 1.010171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290663(s) Flops=521349120 => 1793.65491995885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258227.559210172 Mflops = 258.227559210172 Gflops = 0.258227559210172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001125492 Relative Rsd = 4.93460967410171e-07
BICGSTAB_SOLVER_TIME: 0.611913 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112832
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 59 resid = 1.552344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21669(s) Flops=390113280 => 1800.32894919009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259186.541370351 Mflops = 259.186541370351 Gflops = 0.259186541370351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 70 resid = 9.307354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296114(s) Flops=462292992 => 1561.19937591603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224758.893196716 Mflops = 224.758893196716 Gflops = 0.224758893196716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001053689 Relative Rsd = 4.61979699714252e-07
BICGSTAB_SOLVER_TIME: 0.614169 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106395
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936738(s) Flops=1272324096 => 1358.2496877462 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195568.280916028 Mflops = 195.568280916028 Gflops = 0.195568280916028 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140786000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.487606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041636 s
InvBiCGStab: k = 31 resid = 2.274501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115157(s) Flops=206383104 => 1792.18895942062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257946.506818435 Mflops = 257.946506818435 Gflops = 0.257946506818435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 53 resid = 1.05455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195563(s) Flops=350742528 => 1793.50147011449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258198.766161404 Mflops = 258.198766161404 Gflops = 0.258198766161404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007477613 Relative Rsd = 3.27848614308485e-07
BICGSTAB_SOLVER_TIME: 0.412536 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043983 s
InvBiCGStab: k = 54 resid = 2.08994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211316(s) Flops=357304320 => 1690.85312990971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243422.070426703 Mflops = 243.422070426703 Gflops = 0.243422070426703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060187 s
InvBiCGStab: k = 74 resid = 4.729239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277709(s) Flops=488540160 => 1759.18014900489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253276.530637925 Mflops = 253.276530637925 Gflops = 0.253276530637925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001076922 Relative Rsd = 4.72165983675319e-07
BICGSTAB_SOLVER_TIME: 0.597119 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 51 resid = 1.806479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188327(s) Flops=337618944 => 1792.72724569499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258072.11164521 Mflops = 258.07211164521 Gflops = 0.25807211164521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056861 s
InvBiCGStab: k = 72 resid = 9.50925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264377(s) Flops=475416576 => 1798.25240470994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258896.071300249 Mflops = 258.896071300249 Gflops = 0.258896071300249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001003071 Relative Rsd = 4.39786748881504e-07
BICGSTAB_SOLVER_TIME: 0.554685 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 55 resid = 2.071183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202143(s) Flops=363866112 => 1800.04309820276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259156.233277225 Mflops = 259.156233277225 Gflops = 0.259156233277225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 77 resid = 9.978119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282354(s) Flops=508225536 => 1799.95869015491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259135.03407027 Mflops = 259.13503407027 Gflops = 0.25913503407027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001108042 Relative Rsd = 4.85810357152075e-07
BICGSTAB_SOLVER_TIME: 0.585737 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 51 resid = 2.121038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187167(s) Flops=337618944 => 1803.83798426005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259679.637649474 Mflops = 259.679637649474 Gflops = 0.259679637649474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055956 s
InvBiCGStab: k = 74 resid = 8.402845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27091(s) Flops=488540160 => 1803.3301096305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.399193201 Mflops = 259.620399193201 Gflops = 0.259620399193201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001044131 Relative Rsd = 4.57788914371228e-07
BICGSTAB_SOLVER_TIME: 0.55924 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103815
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807793(s) Flops=1272471552 => 1575.24458865081 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226817.816000233 Mflops = 226.817816000233 Gflops = 0.226817816000233 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141
CLOV_LINOP: Time spent in clov deriv (total) = 1.394089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047334 s
InvBiCGStab: k = 33 resid = 1.060929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146967(s) Flops=219506688 => 1493.578068546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214995.383156904 Mflops = 214.995383156904 Gflops = 0.214995383156904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066645 s
InvBiCGStab: k = 52 resid = 8.694616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25272(s) Flops=344180736 => 1361.90541310541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196069.844369898 Mflops = 196.069844369898 Gflops = 0.196069844369898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007878588 Relative Rsd = 3.45428975666054e-07
BICGSTAB_SOLVER_TIME: 0.517968 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044382 s
InvBiCGStab: k = 59 resid = 2.051816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256811(s) Flops=390113280 => 1519.06764118359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218697.99227311 Mflops = 218.69799227311 Gflops = 0.21869799227311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068781 s
InvBiCGStab: k = 82 resid = 4.843332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394322(s) Flops=541034496 => 1372.0626695949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197542.90297625 Mflops = 197.54290297625 Gflops = 0.19754290297625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001085861 Relative Rsd = 4.76085076932735e-07
BICGSTAB_SOLVER_TIME: 0.768263 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041632 s
InvBiCGStab: k = 54 resid = 1.94278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199094(s) Flops=357304320 => 1794.65137070931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258363.029443315 Mflops = 258.363029443315 Gflops = 0.258363029443315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 63 resid = 1.085016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231755(s) Flops=416360448 => 1796.55432676749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258633.764620737 Mflops = 258.633764620737 Gflops = 0.258633764620737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.00101718 Relative Rsd = 4.45972784143464e-07
BICGSTAB_SOLVER_TIME: 0.53294 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978410000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 59 resid = 2.221671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217941(s) Flops=390113280 => 1789.99490687847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257691.788354264 Mflops = 257.691788354264 Gflops = 0.257691788354264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 83 resid = 6.450137e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305098(s) Flops=547596288 => 1794.82096900012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258378.624756286 Mflops = 258.378624756286 Gflops = 0.258378624756286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001099813 Relative Rsd = 4.82202359754471e-07
BICGSTAB_SOLVER_TIME: 0.624003 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041704 s
InvBiCGStab: k = 51 resid = 2.279839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187322(s) Flops=337618944 => 1802.34539456124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.855792309 Mflops = 259.475855792309 Gflops = 0.259475855792309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056131 s
InvBiCGStab: k = 70 resid = 1.067022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256642(s) Flops=462292992 => 1801.3146406278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259326.477469689 Mflops = 259.326477469689 Gflops = 0.259326477469689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001007596 Relative Rsd = 4.41770514539823e-07
BICGSTAB_SOLVER_TIME: 0.545701 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100791
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.802626(s) Flops=1278738432 => 1593.19338272122 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229594.97216501 Mflops = 229.59497216501 Gflops = 0.22959497216501 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141418000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.081205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717292(s) Flops=1289078784 => 1797.14646754739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.109138257 Mflops = 258.812109138257 Gflops = 0.258812109138257 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 8.571147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.888734(s) Flops=1604044800 => 1804.86489770843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259891.021047269 Mflops = 259.891021047269 Gflops = 0.259891021047269 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.002229243 Relative Rsd = 9.80895327435094e-07
BICGSTAB_SOLVER_TIME: 1.609505 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.121733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313855999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.205352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810107(s) Flops=1125033984 => 1388.74739262838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199668.557001675 Mflops = 199.668557001675 Gflops = 0.199668557001675 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 9.700582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842426(s) Flops=1282516992 => 1522.40908044149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219216.27289724 Mflops = 219.21627289724 Gflops = 0.21921627289724 Tflops
BICGSTAB_SOLVER: 366 iterations. Rsd = 0.001913446 Relative Rsd = 8.40404068859231e-07
BICGSTAB_SOLVER_TIME: 1.655854 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.143727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.120264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261627999999997
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.804771(s) Flops=1278738432 => 1588.94695758172 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228804.717648254 Mflops = 228.804717648254 Gflops = 0.228804717648254 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141692
CLOV_LINOP: Time spent in clov deriv (total) = 1.396607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043471 s
InvBiCGStab: k = 25 resid = 2.106061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098747(s) Flops=167012352 => 1691.31570579359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243407.62510147 Mflops = 243.40762510147 Gflops = 0.24340762510147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056672 s
InvBiCGStab: k = 60 resid = 7.250371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224563(s) Flops=396675072 => 1766.43112177874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254293.270544857 Mflops = 254.293270544857 Gflops = 0.254293270544857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007606507 Relative Rsd = 3.33499840313823e-07
BICGSTAB_SOLVER_TIME: 0.427784 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042441 s
InvBiCGStab: k = 87 resid = 1.86327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32219(s) Flops=573843456 => 1781.07159129706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256426.754997318 Mflops = 256.426754997318 Gflops = 0.256426754997318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 102 resid = 1.132495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371662(s) Flops=672270336 => 1808.82182197803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260423.405375705 Mflops = 260.423405375705 Gflops = 0.260423405375705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001321606 Relative Rsd = 5.79445208922005e-07
BICGSTAB_SOLVER_TIME: 0.796163 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040933 s
InvBiCGStab: k = 57 resid = 2.181169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209076(s) Flops=376989696 => 1803.12276875395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.331697687 Mflops = 259.596331697687 Gflops = 0.259596331697687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 72 resid = 9.236993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263667(s) Flops=475416576 => 1803.0947217513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.355427656 Mflops = 259.580355427656 Gflops = 0.259580355427656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001041608 Relative Rsd = 4.56682903512119e-07
BICGSTAB_SOLVER_TIME: 0.574193 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 63 resid = 1.992342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246919(s) Flops=416360448 => 1686.2228018095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242760.528313934 Mflops = 242.760528313934 Gflops = 0.242760528313934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057003 s
InvBiCGStab: k = 86 resid = 1.035271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314787(s) Flops=567281664 => 1802.11274290234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.95332988 Mflops = 259.44695332988 Gflops = 0.25944695332988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001135375 Relative Rsd = 4.97794259667157e-07
BICGSTAB_SOLVER_TIME: 0.663449 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040667 s
InvBiCGStab: k = 51 resid = 2.023132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187599(s) Flops=337618944 => 1799.68413477684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.620693716 Mflops = 259.080620693716 Gflops = 0.259080620693716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 86 resid = 1.102221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314973(s) Flops=567281664 => 1801.04854701832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.15072737 Mflops = 259.30315072737 Gflops = 0.25930315072737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001057356 Relative Rsd = 4.63587547241724e-07
BICGSTAB_SOLVER_TIME: 0.603433 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112345
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91437(s) Flops=1284857856 => 1405.183739624 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202327.522746869 Mflops = 202.327522746869 Gflops = 0.202327522746869 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142015000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.516595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041164 s
InvBiCGStab: k = 29 resid = 2.042059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1082(s) Flops=193259520 => 1786.13234750462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257077.876051955 Mflops = 257.077876051955 Gflops = 0.257077876051955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056414 s
InvBiCGStab: k = 58 resid = 9.705242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214401(s) Flops=383551488 => 1788.94449186338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257521.918358398 Mflops = 257.521918358398 Gflops = 0.257521918358398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0008129238 Relative Rsd = 3.5641846881464e-07
BICGSTAB_SOLVER_TIME: 0.424036 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041612 s
InvBiCGStab: k = 81 resid = 2.046907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296893(s) Flops=534472704 => 1800.21995803202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259188.43624173 Mflops = 259.18843624173 Gflops = 0.25918843624173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 94 resid = 9.978393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343392(s) Flops=619776000 => 1804.86441151803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.160791116 Mflops = 259.852160791116 Gflops = 0.259852160791116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001272183 Relative Rsd = 5.57776399743795e-07
BICGSTAB_SOLVER_TIME: 0.742161 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 56 resid = 1.249889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20608(s) Flops=370427904 => 1797.49565217391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.33848708 Mflops = 258.78733848708 Gflops = 0.25878733848708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 87 resid = 4.883657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318218(s) Flops=573843456 => 1803.30294326531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.705689173 Mflops = 259.624705689173 Gflops = 0.259624705689173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001077714 Relative Rsd = 4.72513114592888e-07
BICGSTAB_SOLVER_TIME: 0.625008 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041087 s
InvBiCGStab: k = 64 resid = 2.251896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234925(s) Flops=422922240 => 1800.24365222943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259169.568219876 Mflops = 259.169568219876 Gflops = 0.259169568219876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 88 resid = 1.144374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322372(s) Flops=580405248 => 1800.42078096113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259208.786073664 Mflops = 259.208786073664 Gflops = 0.259208786073664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00115519 Relative Rsd = 5.06481822097188e-07
BICGSTAB_SOLVER_TIME: 0.658283 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042682 s
InvBiCGStab: k = 60 resid = 8.628471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220461(s) Flops=396675072 => 1799.2981615796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.274300622 Mflops = 259.050274300622 Gflops = 0.259050274300622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056752 s
InvBiCGStab: k = 79 resid = 1.121822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289645(s) Flops=521349120 => 1799.95898427385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.102163956 Mflops = 259.138102163956 Gflops = 0.259138102163956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001053161 Relative Rsd = 4.61748177020223e-07
BICGSTAB_SOLVER_TIME: 0.613416 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113664
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.821339(s) Flops=1278812160 => 1556.98458249273 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224189.116470898 Mflops = 224.189116470898 Gflops = 0.224189116470898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141359000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04228 s
InvBiCGStab: k = 30 resid = 2.003226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144204(s) Flops=199821312 => 1385.68494632604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199453.061065853 Mflops = 199.453061065853 Gflops = 0.199453061065853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072434 s
InvBiCGStab: k = 53 resid = 1.02595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25527(s) Flops=350742528 => 1374.00606416735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197809.52360182 Mflops = 197.80952360182 Gflops = 0.19780952360182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007753621 Relative Rsd = 3.39949911487647e-07
BICGSTAB_SOLVER_TIME: 0.51833 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046181 s
InvBiCGStab: k = 61 resid = 1.674465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284053(s) Flops=403236864 => 1419.58319046094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204387.095616868 Mflops = 204.387095616868 Gflops = 0.204387095616868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061933 s
InvBiCGStab: k = 70 resid = 8.397485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311578(s) Flops=462292992 => 1483.71512751221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213611.734542445 Mflops = 213.611734542445 Gflops = 0.213611734542445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001042194 Relative Rsd = 4.56939640538346e-07
BICGSTAB_SOLVER_TIME: 0.707503 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051658 s
InvBiCGStab: k = 55 resid = 1.978947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202397(s) Flops=363866112 => 1797.78411735352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.716437729 Mflops = 258.787716437729 Gflops = 0.258787716437729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056938 s
InvBiCGStab: k = 67 resid = 1.078569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246893(s) Flops=442607616 => 1792.71026720077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258095.752220623 Mflops = 258.095752220623 Gflops = 0.258095752220623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001041243 Relative Rsd = 4.56522583233913e-07
BICGSTAB_SOLVER_TIME: 0.561729 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002103
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 61 resid = 1.631202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224691(s) Flops=403236864 => 1794.62846308931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258363.184734913 Mflops = 258.363184734913 Gflops = 0.258363184734913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 77 resid = 7.593129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283185(s) Flops=508225536 => 1794.67675194661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258379.772538288 Mflops = 258.379772538288 Gflops = 0.258379772538288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001106595 Relative Rsd = 4.85175711389827e-07
BICGSTAB_SOLVER_TIME: 0.608996 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112835
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 51 resid = 1.553425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187409(s) Flops=337618944 => 1801.50870022251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.844660493 Mflops = 259.352844660493 Gflops = 0.259352844660493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056824 s
InvBiCGStab: k = 81 resid = 3.135067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296143(s) Flops=534472704 => 1804.77912359907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259834.020991632 Mflops = 259.834020991632 Gflops = 0.259834020991632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001045463 Relative Rsd = 4.58372978345605e-07
BICGSTAB_SOLVER_TIME: 0.585254 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10878
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82447(s) Flops=1278590976 => 1550.80351741119 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223300.91261936 Mflops = 223.30091261936 Gflops = 0.22330091261936 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141472000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 31 resid = 1.963748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114693(s) Flops=206383104 => 1799.43940781042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.649499068 Mflops = 258.972649499068 Gflops = 0.258972649499068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 51 resid = 8.468365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199201(s) Flops=337618944 => 1694.86570850548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243974.324972931 Mflops = 243.974324972931 Gflops = 0.243974324972931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007434765 Relative Rsd = 3.25969993436255e-07
BICGSTAB_SOLVER_TIME: 0.414595 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 59 resid = 2.156077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216276(s) Flops=390113280 => 1803.77517616379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259679.580638666 Mflops = 259.679580638666 Gflops = 0.259679580638666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056768 s
InvBiCGStab: k = 81 resid = 5.242951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296001(s) Flops=534472704 => 1805.64492687525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.297121485 Mflops = 259.961297121485 Gflops = 0.259961297121485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001087581 Relative Rsd = 4.76839414211187e-07
BICGSTAB_SOLVER_TIME: 0.613981 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 53 resid = 2.214718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194217(s) Flops=350742528 => 1805.93113888074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259978.704428959 Mflops = 259.978704428959 Gflops = 0.259978704428959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 70 resid = 1.108048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258394(s) Flops=462292992 => 1789.10110915888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257566.882422336 Mflops = 257.566882422336 Gflops = 0.257566882422336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001021474 Relative Rsd = 4.47855386226042e-07
BICGSTAB_SOLVER_TIME: 0.553857 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051625 s
InvBiCGStab: k = 52 resid = 2.104548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230679(s) Flops=344180736 => 1492.03324099723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214796.051920385 Mflops = 214.796051920385 Gflops = 0.214796051920385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056845 s
InvBiCGStab: k = 74 resid = 1.07986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352399(s) Flops=488540160 => 1386.32674894083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199571.284311739 Mflops = 199.571284311739 Gflops = 0.199571284311739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001084981 Relative Rsd = 4.75699154734862e-07
BICGSTAB_SOLVER_TIME: 0.696456 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054853 s
InvBiCGStab: k = 50 resid = 1.989863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23845(s) Flops=331057152 => 1388.37136506605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199898.990193416 Mflops = 199.898990193416 Gflops = 0.199898990193416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071058 s
InvBiCGStab: k = 64 resid = 7.720221e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295188(s) Flops=422922240 => 1432.72165535184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206261.768849561 Mflops = 206.261768849561 Gflops = 0.206261768849561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001021367 Relative Rsd = 4.47808224195776e-07
BICGSTAB_SOLVER_TIME: 0.663375 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956500000000003
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.804224(s) Flops=1272397824 => 1582.14356199268 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227813.074375517 Mflops = 227.813074375517 Gflops = 0.227813074375517 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140775000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.151526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685186(s) Flops=1236584448 => 1804.74272387352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.832384148 Mflops = 259.910832384148 Gflops = 0.259910832384148 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.604566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85956(s) Flops=1551550464 => 1805.05196146866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259914.102129606 Mflops = 259.914102129606 Gflops = 0.259914102129606 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002132419 Relative Rsd = 9.38289677515207e-07
BICGSTAB_SOLVER_TIME: 1.548098 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302935999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.041988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692626(s) Flops=1210337280 => 1747.46151602741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251672.319467167 Mflops = 251.672319467167 Gflops = 0.251672319467167 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.137461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697787(s) Flops=1210337280 => 1734.53687156682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249762.685799743 Mflops = 249.762685799743 Gflops = 0.249762685799743 Tflops
BICGSTAB_SOLVER: 368 iterations. Rsd = 0.001944104 Relative Rsd = 8.53887819719647e-07
BICGSTAB_SOLVER_TIME: 1.39394 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262683999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 318 resid = 2.21372e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.308227(s) Flops=2089617408 => 1597.28962022646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230019.470473849 Mflops = 230.019470473849 Gflops = 0.230019470473849 Tflops
InvBiCGStab: k = 314 resid = 1.079638e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.384209(s) Flops=2063370240 => 1490.64934558293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214646.682770055 Mflops = 214.646682770055 Gflops = 0.214646682770055 Tflops
BICGSTAB_SOLVER: 632 iterations. Rsd = 0.002050612 Relative Rsd = 9.02293465718567e-07
BICGSTAB_SOLVER_TIME: 2.69721 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.451645
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 277 resid = 2.219426e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046982(s) Flops=1820583936 => 1738.88752242159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250373.342712884 Mflops = 250.373342712884 Gflops = 0.250373342712884 Tflops
InvBiCGStab: k = 283 resid = 1.120856e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.043266(s) Flops=1859954688 => 1782.81923114527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256717.372189316 Mflops = 256.717372189316 Gflops = 0.256717372189316 Tflops
BICGSTAB_SOLVER: 560 iterations. Rsd = 0.001969063 Relative Rsd = 8.64850539311479e-07
BICGSTAB_SOLVER_TIME: 2.09535 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.400372999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 219 resid = 2.016641e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831759(s) Flops=1440000000 => 1731.27071663787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249197.980449351 Mflops = 249.197980449351 Gflops = 0.249197980449351 Tflops
InvBiCGStab: k = 218 resid = 1.007349e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804345(s) Flops=1433438208 => 1782.11862820059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256611.248914555 Mflops = 256.611248914555 Gflops = 0.256611248914555 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.00176884 Relative Rsd = 7.75530384034584e-07
BICGSTAB_SOLVER_TIME: 1.640951 sec
2Flav::invert,  n_count = 437
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312200000000002
MInvCG2: 305 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.229595(s) Flops=1973643264 => 1605.11653349274 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231170.988885012 Mflops = 231.170988885012 Gflops = 0.231170988885012 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.219402000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0729022794093908
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 453.035852 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.041225 secs
Doing Update: 2730 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 246 resid = 2.22663e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909091(s) Flops=1617168384 => 1778.8850445115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256155.084472412 Mflops = 256.155084472412 Gflops = 0.256155084472412 Tflops
InvBiCGStab: k = 264 resid = 6.584113e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.967382(s) Flops=1735280640 => 1793.7904984794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258295.190554097 Mflops = 258.295190554097 Gflops = 0.258295190554097 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.002138809 Relative Rsd = 9.40915103740629e-07
BICGSTAB_SOLVER_TIME: 1.881352 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367037999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 236 resid = 2.062311e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.010759(s) Flops=1551550464 => 1535.03502219619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221034.5962342 Mflops = 221.0345962342 Gflops = 0.2210345962342 Tflops
InvBiCGStab: k = 250 resid = 9.8746e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.396579(s) Flops=1643415552 => 1176.74370873398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169445.957785582 Mflops = 169.445957785582 Gflops = 0.169445957785582 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.001835208 Relative Rsd = 8.06080044748818e-07
BICGSTAB_SOLVER_TIME: 2.412273 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348962999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 321 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.464493(s) Flops=2070964224 => 1414.11684726387 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203674.716534719 Mflops = 203.674716534719 Gflops = 0.203674716534719 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.229974000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 303 resid = 2.264517e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.112242(s) Flops=1991190528 => 1790.249359402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257810.495910395 Mflops = 257.810495910395 Gflops = 0.257810495910395 Tflops
InvBiCGStab: k = 334 resid = 9.758562e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.22309(s) Flops=2194606080 => 1794.31283061753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258372.272123697 Mflops = 258.372272123697 Gflops = 0.258372272123697 Tflops
BICGSTAB_SOLVER: 637 iterations. Rsd = 0.002380477 Relative Rsd = 1.04723093090081e-06
BICGSTAB_SOLVER_TIME: 2.339913 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.455698999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 284 resid = 1.824922e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.042986(s) Flops=1866516480 => 1789.58919870449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257668.998745821 Mflops = 257.668998745821 Gflops = 0.257668998745821 Tflops
InvBiCGStab: k = 276 resid = 7.849729e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046613(s) Flops=1814022144 => 1733.23104528608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249578.929722571 Mflops = 249.578929722571 Gflops = 0.249578929722571 Tflops
BICGSTAB_SOLVER: 560 iterations. Rsd = 0.001979813 Relative Rsd = 8.6959520560548e-07
BICGSTAB_SOLVER_TIME: 2.094349 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.400764999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 228 resid = 2.003965e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847749(s) Flops=1499056128 => 1768.27826160809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254595.995610344 Mflops = 254.595995610344 Gflops = 0.254595995610344 Tflops
InvBiCGStab: k = 239 resid = 1.118393e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872148(s) Flops=1571235840 => 1801.57019221508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.246851311 Mflops = 259.415246851311 Gflops = 0.259415246851311 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.001953054 Relative Rsd = 8.56394440060551e-07
BICGSTAB_SOLVER_TIME: 1.725447 sec
2Flav::invert,  n_count = 467
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333632000000002
MInvCG2: 305 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.451895(s) Flops=1973864448 => 1359.50908846714 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195785.240177469 Mflops = 195.785240177469 Gflops = 0.195785240177469 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.218585000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.147836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.938465(s) Flops=1525303296 => 1625.31718923988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234018.446095338 Mflops = 234.018446095338 Gflops = 0.234018446095338 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.077684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858832(s) Flops=1505617920 => 1753.09946532034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252438.529736666 Mflops = 252.438529736666 Gflops = 0.252438529736666 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002378503 Relative Rsd = 1.04636234172283e-06
BICGSTAB_SOLVER_TIME: 1.801106 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.119336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001858
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329115999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.249256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671664(s) Flops=1203775488 => 1792.22868577146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258014.7850388 Mflops = 258.0147850388 Gflops = 0.2580147850388 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.031727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81101(s) Flops=1459685376 => 1799.83647057373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.595495543 Mflops = 259.162595495543 Gflops = 0.259162595495543 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002006913 Relative Rsd = 8.81498197475495e-07
BICGSTAB_SOLVER_TIME: 1.486085 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.114811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289509999999998
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.802684(s) Flops=1279033344 => 1593.4456697779 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229475.728045975 Mflops = 229.475728045975 Gflops = 0.229475728045975 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141520000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.7e-05 s
InvBiCGStab: k = 151 resid = 1.85145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.552807(s) Flops=993798144 => 1797.73075232405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258706.405848219 Mflops = 258.706405848219 Gflops = 0.258706405848219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 164 resid = 1.136777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.642138(s) Flops=1079101440 => 1680.48213935322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241958.247831007 Mflops = 241.958247831007 Gflops = 0.241958247831007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 315 iterations. Rsd = 0.001933882 Relative Rsd = 8.47987620710349e-07
BICGSTAB_SOLVER_TIME: 1.199049 sec
2Flav::invert,  n_count = 315
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.227904999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000154 s
InvBiCGStab: k = 117 resid = 2.258303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.541422(s) Flops=770697216 => 1423.46859935503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204951.871028191 Mflops = 204.951871028191 Gflops = 0.204951871028191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.2e-05 s
InvBiCGStab: k = 141 resid = 8.476256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.646775(s) Flops=928180224 => 1435.0898287658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206613.778106481 Mflops = 206.613778106481 Gflops = 0.206613778106481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 258 iterations. Rsd = 0.001558172 Relative Rsd = 6.83242894855068e-07
BICGSTAB_SOLVER_TIME: 1.192223 sec
2Flav::invert,  n_count = 258
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185708999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.011947 s
InvBiCGStab: k = 94 resid = 1.222879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393419(s) Flops=619776000 => 1575.35858715517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226819.410925301 Mflops = 226.819410925301 Gflops = 0.226819410925301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007778 s
InvBiCGStab: k = 119 resid = 9.559731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451216(s) Flops=783820800 => 1737.12988901103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250123.641547494 Mflops = 250.123641547494 Gflops = 0.250123641547494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001378036 Relative Rsd = 6.04254893362985e-07
BICGSTAB_SOLVER_TIME: 0.868382 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155599999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007396 s
InvBiCGStab: k = 84 resid = 2.045985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317964(s) Flops=554158080 => 1742.83277352153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250929.184151622 Mflops = 250.929184151622 Gflops = 0.250929184151622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01168 s
InvBiCGStab: k = 110 resid = 1.081166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408953(s) Flops=724764672 => 1772.24441928535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255161.275635967 Mflops = 255.161275635967 Gflops = 0.255161275635967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001352248 Relative Rsd = 5.92946922962737e-07
BICGSTAB_SOLVER_TIME: 0.749826 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143312
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01244 s
InvBiCGStab: k = 73 resid = 1.220866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278468(s) Flops=481978368 => 1730.82137983538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249185.04813362 Mflops = 249.18504813362 Gflops = 0.24918504813362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.016121 s
InvBiCGStab: k = 87 resid = 1.000614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319404(s) Flops=573843456 => 1796.60698050118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258656.102162015 Mflops = 258.656102162015 Gflops = 0.258656102162015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001169708 Relative Rsd = 5.12905312516824e-07
BICGSTAB_SOLVER_TIME: 0.630264 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120142
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.809758(s) Flops=1272619008 => 1571.60411876141 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226296.447993328 Mflops = 226.296447993328 Gflops = 0.226296447993328 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141019000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013172 s
InvBiCGStab: k = 28 resid = 2.023396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113382(s) Flops=186697728 => 1646.62581362121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237023.284366747 Mflops = 237.023284366747 Gflops = 0.237023284366747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019263 s
InvBiCGStab: k = 47 resid = 1.110511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18042(s) Flops=311371776 => 1725.81629531094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248435.205245465 Mflops = 248.435205245465 Gflops = 0.248435205245465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000731277 Relative Rsd = 3.20657589969175e-07
BICGSTAB_SOLVER_TIME: 0.330425 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0602620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016739 s
InvBiCGStab: k = 85 resid = 1.968755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310865(s) Flops=560719872 => 1803.74076206714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.0981802 Mflops = 259.6940981802 Gflops = 0.2596940981802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023817 s
InvBiCGStab: k = 107 resid = 1.057321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403297(s) Flops=705079296 => 1748.28797635489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251715.339540331 Mflops = 251.715339540331 Gflops = 0.251715339540331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001316676 Relative Rsd = 5.77349069361817e-07
BICGSTAB_SOLVER_TIME: 0.758517 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145139
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019955 s
InvBiCGStab: k = 60 resid = 2.186289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226463(s) Flops=396675072 => 1751.61095631516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252127.830497985 Mflops = 252.127830497985 Gflops = 0.252127830497985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029596 s
InvBiCGStab: k = 82 resid = 1.145414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359807(s) Flops=541034496 => 1503.67973941585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216516.479353595 Mflops = 216.516479353595 Gflops = 0.216516479353595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001096239 Relative Rsd = 4.80689585251253e-07
BICGSTAB_SOLVER_TIME: 0.639837 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110406
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.03491 s
InvBiCGStab: k = 63 resid = 1.633851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279011(s) Flops=416360448 => 1492.27251972144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214853.066660689 Mflops = 214.853066660689 Gflops = 0.214853066660689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.038095 s
InvBiCGStab: k = 84 resid = 7.897546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386799(s) Flops=554158080 => 1432.67712687985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206225.398433715 Mflops = 206.225398433715 Gflops = 0.206225398433715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001131307 Relative Rsd = 4.96066609766211e-07
BICGSTAB_SOLVER_TIME: 0.744596 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11488
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.048015 s
InvBiCGStab: k = 61 resid = 1.025201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263638(s) Flops=403236864 => 1529.5096458022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220208.293137015 Mflops = 220.208293137015 Gflops = 0.220208293137015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.043382 s
InvBiCGStab: k = 85 resid = 9.427026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346878(s) Flops=560719872 => 1616.47574075035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232725.105078648 Mflops = 232.725105078648 Gflops = 0.232725105078648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001109571 Relative Rsd = 4.8653558353664e-07
BICGSTAB_SOLVER_TIME: 0.705948 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115251
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.807357(s) Flops=1260085248 => 1560.75348080217 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224736.743592818 Mflops = 224.736743592818 Gflops = 0.224736743592818 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139379000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032408 s
InvBiCGStab: k = 25 resid = 1.508891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09187(s) Flops=167012352 => 1817.92045281376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261636.094738716 Mflops = 261.636094738716 Gflops = 0.261636094738716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04496 s
InvBiCGStab: k = 57 resid = 5.260655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213448(s) Flops=376989696 => 1766.18987294329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254251.079227407 Mflops = 254.251079227407 Gflops = 0.254251079227407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000755665 Relative Rsd = 3.31351491139284e-07
BICGSTAB_SOLVER_TIME: 0.386412 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037765 s
InvBiCGStab: k = 52 resid = 1.981417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200809(s) Flops=344180736 => 1713.97066864533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246732.210292972 Mflops = 246.732210292972 Gflops = 0.246732210292972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051962 s
InvBiCGStab: k = 77 resid = 9.821374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28202(s) Flops=508225536 => 1802.09040493582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259443.796379375 Mflops = 259.443796379375 Gflops = 0.259443796379375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001031672 Relative Rsd = 4.52377775231902e-07
BICGSTAB_SOLVER_TIME: 0.576387 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 53 resid = 2.260586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198172(s) Flops=350742528 => 1769.88942938458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254806.092912989 Mflops = 254.806092912989 Gflops = 0.254806092912989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057109 s
InvBiCGStab: k = 71 resid = 9.688293e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260722(s) Flops=468854784 => 1798.29390692001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258897.783660974 Mflops = 258.897783660974 Gflops = 0.258897783660974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001013252 Relative Rsd = 4.44300974383953e-07
BICGSTAB_SOLVER_TIME: 0.561073 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041874 s
InvBiCGStab: k = 65 resid = 2.16257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250432(s) Flops=429484032 => 1714.97265525172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246894.623443933 Mflops = 246.894623443933 Gflops = 0.246894623443933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059711 s
InvBiCGStab: k = 79 resid = 1.047108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295166(s) Flops=521349120 => 1766.29123950591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254294.07359928 Mflops = 254.29407359928 Gflops = 0.25429407359928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001105036 Relative Rsd = 4.84547151871016e-07
BICGSTAB_SOLVER_TIME: 0.651011 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043685 s
InvBiCGStab: k = 63 resid = 7.559981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234273(s) Flops=416360448 => 1777.24470169418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255859.604726012 Mflops = 255.859604726012 Gflops = 0.255859604726012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057939 s
InvBiCGStab: k = 71 resid = 6.510075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263004(s) Flops=468854784 => 1782.69069671944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256644.547227471 Mflops = 256.644547227471 Gflops = 0.256644547227471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001009811 Relative Rsd = 4.42791924582931e-07
BICGSTAB_SOLVER_TIME: 0.602761 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109841
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943967(s) Flops=1253892096 => 1328.32196040751 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191435.024459435 Mflops = 191.435024459435 Gflops = 0.191435024459435 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138346
CLOV_LINOP: Time spent in clov deriv (total) = 1.518661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046194 s
InvBiCGStab: k = 24 resid = 2.013363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092207(s) Flops=160450560 => 1740.11257279816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250435.526023493 Mflops = 250.435526023493 Gflops = 0.250435526023493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056683 s
InvBiCGStab: k = 47 resid = 1.103161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176036(s) Flops=311371776 => 1768.79601899611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254616.057158939 Mflops = 254.616057158939 Gflops = 0.254616057158939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007630345 Relative Rsd = 3.34582941449783e-07
BICGSTAB_SOLVER_TIME: 0.374952 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042522 s
InvBiCGStab: k = 51 resid = 2.026708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192016(s) Flops=337618944 => 1758.28547621032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253101.280011276 Mflops = 253.101280011276 Gflops = 0.253101280011276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059901 s
InvBiCGStab: k = 74 resid = 1.14036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286174(s) Flops=488540160 => 1707.14376568102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245771.30478476 Mflops = 245.77130478476 Gflops = 0.24577130478476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001068546 Relative Rsd = 4.68546691011431e-07
BICGSTAB_SOLVER_TIME: 0.584445 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 58 resid = 2.117799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214793(s) Flops=383551488 => 1785.67964505361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257063.252230002 Mflops = 257.063252230002 Gflops = 0.257063252230002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058018 s
InvBiCGStab: k = 68 resid = 1.087301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249271(s) Flops=449169408 => 1801.93206590418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259404.873275806 Mflops = 259.404873275806 Gflops = 0.259404873275806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009982573 Relative Rsd = 4.37725770482992e-07
BICGSTAB_SOLVER_TIME: 0.566721 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104099
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042368 s
InvBiCGStab: k = 64 resid = 2.105685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23803(s) Flops=422922240 => 1776.76024030584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255798.205084017 Mflops = 255.798205084017 Gflops = 0.255798205084017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05873 s
InvBiCGStab: k = 78 resid = 1.140629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286304(s) Flops=514787328 => 1798.04448418464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258870.54080602 Mflops = 258.87054080602 Gflops = 0.25887054080602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00108145 Relative Rsd = 4.74204734443717e-07
BICGSTAB_SOLVER_TIME: 0.629256 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 53 resid = 1.306056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194419(s) Flops=350742528 => 1804.0547888838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259699.78255668 Mflops = 259.69978255668 Gflops = 0.25969978255668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055783 s
InvBiCGStab: k = 71 resid = 6.528446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26024(s) Flops=468854784 => 1801.62459268368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259368.072679366 Mflops = 259.368072679366 Gflops = 0.259368072679366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001036797 Relative Rsd = 4.54624963863949e-07
BICGSTAB_SOLVER_TIME: 0.555851 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10266
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790408(s) Flops=1260011520 => 1594.12799465592 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229534.589410939 Mflops = 229.534589410939 Gflops = 0.229534589410939 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13942
CLOV_LINOP: Time spent in clov deriv (total) = 1.403076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.221391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853775(s) Flops=1262831616 => 1479.11524230623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212974.111445292 Mflops = 212.974111445292 Gflops = 0.212974111445292 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.116901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.051111(s) Flops=1564674048 => 1488.5906892802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214350.063430592 Mflops = 214.350063430592 Gflops = 0.214350063430592 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.00204297 Relative Rsd = 8.98769030574761e-07
BICGSTAB_SOLVER_TIME: 1.908407 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307182999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.152942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672642(s) Flops=1203775488 => 1789.622842463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257668.091209853 Mflops = 257.668091209853 Gflops = 0.257668091209853 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.129366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733387(s) Flops=1321887744 => 1802.44229035966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.276419351 Mflops = 259.538276419351 Gflops = 0.259538276419351 Tflops
BICGSTAB_SOLVER: 384 iterations. Rsd = 0.001976716 Relative Rsd = 8.68244450048186e-07
BICGSTAB_SOLVER_TIME: 1.409394 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001887
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274693999999998
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.790915(s) Flops=1260011520 => 1593.10611127618 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229382.93683446 Mflops = 229.38293683446 Gflops = 0.22938293683446 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139386000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.372963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 27 resid = 2.107717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099683(s) Flops=180135936 => 1807.08782841608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260077.694219248 Mflops = 260.077694219248 Gflops = 0.260077694219248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 53 resid = 9.59186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194803(s) Flops=350742528 => 1800.49859601752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259182.748065789 Mflops = 259.182748065789 Gflops = 0.259182748065789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007552583 Relative Rsd = 3.31173133111925e-07
BICGSTAB_SOLVER_TIME: 0.395618 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0711720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045106 s
InvBiCGStab: k = 88 resid = 2.197748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347096(s) Flops=580405248 => 1672.17498328993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240747.285085301 Mflops = 240.747285085301 Gflops = 0.240747285085301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058922 s
InvBiCGStab: k = 101 resid = 9.590768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379707(s) Flops=665708544 => 1753.21641160158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252416.39897287 Mflops = 252.41639897287 Gflops = 0.25241639897287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001307089 Relative Rsd = 5.73145353405043e-07
BICGSTAB_SOLVER_TIME: 0.834728 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149434999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 54 resid = 2.05858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199125(s) Flops=357304320 => 1794.37197740113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258314.766102796 Mflops = 258.314766102796 Gflops = 0.258314766102796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 63 resid = 1.146131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23157(s) Flops=416360448 => 1797.98958414302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258827.782288513 Mflops = 258.827782288513 Gflops = 0.258827782288513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001028969 Relative Rsd = 4.5119251620579e-07
BICGSTAB_SOLVER_TIME: 0.532669 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976770000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045238 s
InvBiCGStab: k = 61 resid = 1.524637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267583(s) Flops=403236864 => 1506.95994887568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216965.638217625 Mflops = 216.965638217625 Gflops = 0.216965638217625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062373 s
InvBiCGStab: k = 72 resid = 1.150016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324512(s) Flops=475416576 => 1465.02001774973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210923.338234317 Mflops = 210.923338234317 Gflops = 0.210923338234317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001087508 Relative Rsd = 4.76861421672063e-07
BICGSTAB_SOLVER_TIME: 0.706384 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049091 s
InvBiCGStab: k = 61 resid = 2.004995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275156(s) Flops=403236864 => 1465.48453967931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210995.735444275 Mflops = 210.995735444275 Gflops = 0.210995735444275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06013 s
InvBiCGStab: k = 80 resid = 1.106579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366182(s) Flops=527910912 => 1441.66264862828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207559.763700322 Mflops = 207.559763700322 Gflops = 0.207559763700322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001129701 Relative Rsd = 4.95362417153901e-07
BICGSTAB_SOLVER_TIME: 0.756295 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114693
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.799744(s) Flops=1272397824 => 1591.00640204866 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229090.681249093 Mflops = 229.090681249093 Gflops = 0.229090681249093 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140726000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043998 s
InvBiCGStab: k = 25 resid = 2.026834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092727(s) Flops=167012352 => 1801.11889740852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259193.932885297 Mflops = 259.193932885297 Gflops = 0.259193932885297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 51 resid = 7.277268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189879(s) Flops=337618944 => 1778.07416301961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255944.832784176 Mflops = 255.944832784176 Gflops = 0.255944832784176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007454202 Relative Rsd = 3.26859257846898e-07
BICGSTAB_SOLVER_TIME: 0.387098 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 80 resid = 1.451458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293811(s) Flops=527910912 => 1796.77041363325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258672.082698209 Mflops = 258.672082698209 Gflops = 0.258672082698209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 96 resid = 1.151484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353786(s) Flops=632899584 => 1788.93337780466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257566.153028647 Mflops = 257.566153028647 Gflops = 0.257566153028647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001287303 Relative Rsd = 5.64469312464604e-07
BICGSTAB_SOLVER_TIME: 0.749317 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 54 resid = 2.093138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198194(s) Flops=357304320 => 1802.80089205526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.452760156 Mflops = 259.530452760156 Gflops = 0.259530452760156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055724 s
InvBiCGStab: k = 69 resid = 8.291851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252542(s) Flops=455731200 => 1804.57587252813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.901869497 Mflops = 259.801901869497 Gflops = 0.259801901869497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001016791 Relative Rsd = 4.45852648384415e-07
BICGSTAB_SOLVER_TIME: 0.551459 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 66 resid = 1.16569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242111(s) Flops=436045824 => 1801.01616200833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259294.07300316 Mflops = 259.29407300316 Gflops = 0.25929407300316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056606 s
InvBiCGStab: k = 74 resid = 1.09577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279084(s) Flops=488540160 => 1750.51296383884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252017.560072705 Mflops = 252.017560072705 Gflops = 0.252017560072705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001117394 Relative Rsd = 4.89965989316982e-07
BICGSTAB_SOLVER_TIME: 0.622488 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 55 resid = 1.958575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20214(s) Flops=363866112 => 1800.06981300089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259148.783100435 Mflops = 259.148783100435 Gflops = 0.259148783100435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05586 s
InvBiCGStab: k = 74 resid = 8.160832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270736(s) Flops=488540160 => 1804.4890963891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.291693991 Mflops = 259.768291693991 Gflops = 0.259768291693991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001085802 Relative Rsd = 4.76113379733623e-07
BICGSTAB_SOLVER_TIME: 0.573698 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106288
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883409(s) Flops=1284857856 => 1454.43147624713 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209426.460912413 Mflops = 209.426460912413 Gflops = 0.209426460912413 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142419000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.623507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041664 s
InvBiCGStab: k = 30 resid = 1.640846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112056(s) Flops=199821312 => 1783.2272435211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256656.268961992 Mflops = 256.656268961992 Gflops = 0.256656268961992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057132 s
InvBiCGStab: k = 57 resid = 8.187353e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21009(s) Flops=376989696 => 1794.41999143224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258317.531212972 Mflops = 258.317531212972 Gflops = 0.258317531212972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007513551 Relative Rsd = 3.29461656648771e-07
BICGSTAB_SOLVER_TIME: 0.424781 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041951 s
InvBiCGStab: k = 51 resid = 1.982535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188338(s) Flops=337618944 => 1792.62254032643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258075.954840512 Mflops = 258.075954840512 Gflops = 0.258075954840512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 79 resid = 4.685205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291419(s) Flops=521349120 => 1789.0018152557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257567.220794686 Mflops = 257.567220794686 Gflops = 0.257567220794686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001057254 Relative Rsd = 4.63595290444835e-07
BICGSTAB_SOLVER_TIME: 0.582087 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041298 s
InvBiCGStab: k = 52 resid = 1.291958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190476(s) Flops=344180736 => 1806.95067095067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260134.688661281 Mflops = 260.134688661281 Gflops = 0.260134688661281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 68 resid = 1.035834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248273(s) Flops=449169408 => 1809.17541577215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260449.99781675 Mflops = 260.44999781675 Gflops = 0.26044999781675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001013547 Relative Rsd = 4.4443012315591e-07
BICGSTAB_SOLVER_TIME: 0.539805 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 64 resid = 1.403016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236646(s) Flops=422922240 => 1787.15144139347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257294.418156929 Mflops = 257.294418156929 Gflops = 0.257294418156929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 76 resid = 8.643469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278843(s) Flops=501663744 => 1799.09032681473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.019388096 Mflops = 259.005019388096 Gflops = 0.259005019388096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001118151 Relative Rsd = 4.90298100743998e-07
BICGSTAB_SOLVER_TIME: 0.616431 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 63 resid = 1.189559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230481(s) Flops=416360448 => 1806.48490764965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260081.339381928 Mflops = 260.081339381928 Gflops = 0.260081339381928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 69 resid = 1.099193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252057(s) Flops=455731200 => 1808.04817957843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260303.874138761 Mflops = 260.303874138761 Gflops = 0.260303874138761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001031289 Relative Rsd = 4.52209983922249e-07
BICGSTAB_SOLVER_TIME: 0.583864 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108533
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.819258(s) Flops=1285079040 => 1568.5889426774 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225853.298647503 Mflops = 225.853298647503 Gflops = 0.225853298647503 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142181000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040785 s
InvBiCGStab: k = 27 resid = 2.133376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100188(s) Flops=180135936 => 1797.97915918074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258756.494665021 Mflops = 258.756494665021 Gflops = 0.258756494665021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 50 resid = 1.136115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215705(s) Flops=331057152 => 1534.76809531536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220950.823224995 Mflops = 220.950823224995 Gflops = 0.220950823224995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007282867 Relative Rsd = 3.19346372605196e-07
BICGSTAB_SOLVER_TIME: 0.416939 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052889 s
InvBiCGStab: k = 60 resid = 2.121575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252597(s) Flops=396675072 => 1570.38710673523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226074.280685069 Mflops = 226.074280685069 Gflops = 0.226074280685069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065241 s
InvBiCGStab: k = 68 resid = 8.052604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302182(s) Flops=449169408 => 1486.42013091448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213987.518360954 Mflops = 213.987518360954 Gflops = 0.213987518360954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001077291 Relative Rsd = 4.72381082317964e-07
BICGSTAB_SOLVER_TIME: 0.680414 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047953 s
InvBiCGStab: k = 54 resid = 1.834773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231167(s) Flops=357304320 => 1545.65452681395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222522.853246582 Mflops = 222.522853246582 Gflops = 0.222522853246582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059852 s
InvBiCGStab: k = 72 resid = 8.880166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33766(s) Flops=475416576 => 1407.97422259077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202709.616451974 Mflops = 202.709616451974 Gflops = 0.202709616451974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001053322 Relative Rsd = 4.61870924627958e-07
BICGSTAB_SOLVER_TIME: 0.680473 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 54 resid = 2.273323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199081(s) Flops=357304320 => 1794.76856154028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258377.030926949 Mflops = 258.377030926949 Gflops = 0.258377030926949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 76 resid = 1.072244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280184(s) Flops=501663744 => 1790.47962767324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257775.871262081 Mflops = 257.775871262081 Gflops = 0.257775871262081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001095968 Relative Rsd = 4.80570901103111e-07
BICGSTAB_SOLVER_TIME: 0.580723 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 53 resid = 1.680049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194963(s) Flops=350742528 => 1799.02098346866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.459241581 Mflops = 258.979459241581 Gflops = 0.258979459241581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 70 resid = 1.122295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263793(s) Flops=462292992 => 1752.48392489566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252301.793811879 Mflops = 252.301793811879 Gflops = 0.252301793811879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001001499 Relative Rsd = 4.3914737686648e-07
BICGSTAB_SOLVER_TIME: 0.560776 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101938
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.809215(s) Flops=1285152768 => 1588.14748614398 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228671.515599894 Mflops = 228.671515599894 Gflops = 0.228671515599894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142203
CLOV_LINOP: Time spent in clov deriv (total) = 1.379202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.856075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784905(s) Flops=1413752832 => 1801.17699849026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.464386175 Mflops = 259.289464386175 Gflops = 0.259289464386175 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.055382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866619(s) Flops=1551550464 => 1790.34900457987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257801.433568365 Mflops = 257.801433568365 Gflops = 0.257801433568365 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.00211177 Relative Rsd = 9.29048841505252e-07
BICGSTAB_SOLVER_TIME: 1.654929 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.115576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321964999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.207289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.704825(s) Flops=1203775488 => 1707.90691022594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245918.452158245 Mflops = 245.918452158245 Gflops = 0.245918452158245 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.106022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869513(s) Flops=1249708032 => 1437.25054369515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206954.94127192 Mflops = 206.95494127192 Gflops = 0.20695494127192 Tflops
BICGSTAB_SOLVER: 373 iterations. Rsd = 0.00192469 Relative Rsd = 8.4541005832629e-07
BICGSTAB_SOLVER_TIME: 1.578816 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.127608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266403999999998
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920706(s) Flops=1285152768 => 1395.83403171045 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200986.819731624 Mflops = 200.986819731624 Gflops = 0.200986819731624 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141839000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.372588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 29 resid = 1.929347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107564(s) Flops=193259520 => 1796.69331746681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258604.780888779 Mflops = 258.604780888779 Gflops = 0.258604780888779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 52 resid = 8.698249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191424(s) Flops=344180736 => 1798.00200601805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258840.379344631 Mflops = 258.840379344631 Gflops = 0.258840379344631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007381678 Relative Rsd = 3.23679160763509e-07
BICGSTAB_SOLVER_TIME: 0.400084 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040734 s
InvBiCGStab: k = 67 resid = 2.270406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246078(s) Flops=442607616 => 1798.64764830663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258952.689350309 Mflops = 258.952689350309 Gflops = 0.258952689350309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055646 s
InvBiCGStab: k = 91 resid = 7.827917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332794(s) Flops=600090624 => 1803.18943250179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259605.344665089 Mflops = 259.605344665089 Gflops = 0.259605344665089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001226941 Relative Rsd = 5.38001216020562e-07
BICGSTAB_SOLVER_TIME: 0.679143 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041459 s
InvBiCGStab: k = 49 resid = 1.954805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179317(s) Flops=324495360 => 1809.61849685194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260511.082260243 Mflops = 260.511082260243 Gflops = 0.260511082260243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 69 resid = 4.701103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252878(s) Flops=455731200 => 1802.17812542016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.180278421 Mflops = 259.453180278421 Gflops = 0.259453180278421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001002306 Relative Rsd = 4.39500876963634e-07
BICGSTAB_SOLVER_TIME: 0.533465 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986150000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043069 s
InvBiCGStab: k = 64 resid = 2.109069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240694(s) Flops=422922240 => 1757.09506676527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252966.491047305 Mflops = 252.966491047305 Gflops = 0.252966491047305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056957 s
InvBiCGStab: k = 76 resid = 7.304208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279364(s) Flops=501663744 => 1795.73511261294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.804362163 Mflops = 258.540804362163 Gflops = 0.258540804362163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001111561 Relative Rsd = 4.87408128975003e-07
BICGSTAB_SOLVER_TIME: 0.624001 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041698 s
InvBiCGStab: k = 56 resid = 1.43442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222584(s) Flops=370427904 => 1664.21622398735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239570.060602819 Mflops = 239.570060602819 Gflops = 0.239570060602819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057341 s
InvBiCGStab: k = 72 resid = 8.482833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26399(s) Flops=475416576 => 1800.88857911285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259272.015191851 Mflops = 259.272015191851 Gflops = 0.259272015191851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0010264 Relative Rsd = 4.50066216401658e-07
BICGSTAB_SOLVER_TIME: 0.589389 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105568
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.808699(s) Flops=1285079040 => 1589.06965385143 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228807.28474743 Mflops = 228.80728474743 Gflops = 0.22880728474743 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.477624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050459 s
InvBiCGStab: k = 35 resid = 2.224697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155825(s) Flops=232630272 => 1492.89441360501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214907.483696289 Mflops = 214.907483696289 Gflops = 0.214907483696289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067397 s
InvBiCGStab: k = 50 resid = 9.917864e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225742(s) Flops=331057152 => 1466.52883380142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211123.84931592 Mflops = 211.12384931592 Gflops = 0.21112384931592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007554061 Relative Rsd = 3.31237962732631e-07
BICGSTAB_SOLVER_TIME: 0.503237 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 78 resid = 2.278699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287182(s) Flops=514787328 => 1792.5473323537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258077.283919215 Mflops = 258.077283919215 Gflops = 0.258077283919215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 96 resid = 1.129741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368416(s) Flops=632899584 => 1717.89385911578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247330.682703554 Mflops = 247.330682703554 Gflops = 0.247330682703554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001290363 Relative Rsd = 5.658113877071e-07
BICGSTAB_SOLVER_TIME: 0.757221 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 57 resid = 2.228714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212207(s) Flops=376989696 => 1776.51866338057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255758.175268798 Mflops = 255.758175268798 Gflops = 0.255758175268798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 66 resid = 8.148405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24405(s) Flops=436045824 => 1786.70692071297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257200.8567267 Mflops = 257.2008567267 Gflops = 0.2572008567267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001015525 Relative Rsd = 4.45297563899728e-07
BICGSTAB_SOLVER_TIME: 0.557626 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102036
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041626 s
InvBiCGStab: k = 68 resid = 1.337511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250552(s) Flops=449169408 => 1792.71930776845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258106.332567484 Mflops = 258.106332567484 Gflops = 0.258106332567484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055939 s
InvBiCGStab: k = 77 resid = 8.436311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282522(s) Flops=508225536 => 1798.88835559709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258983.292733338 Mflops = 258.983292733338 Gflops = 0.258983292733338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001148744 Relative Rsd = 5.03712472300777e-07
BICGSTAB_SOLVER_TIME: 0.634551 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117978000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041219 s
InvBiCGStab: k = 56 resid = 1.520856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205157(s) Flops=370427904 => 1805.58257334627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259939.853060872 Mflops = 259.939853060872 Gflops = 0.259939853060872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 75 resid = 1.140062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275939(s) Flops=495101952 => 1794.24420614701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258296.020957696 Mflops = 258.296020957696 Gflops = 0.258296020957696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001062165 Relative Rsd = 4.6574885897895e-07
BICGSTAB_SOLVER_TIME: 0.582457 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107789
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.806572(s) Flops=1285079040 => 1593.26016772216 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229418.703767868 Mflops = 229.418703767868 Gflops = 0.229418703767868 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142167000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04088 s
InvBiCGStab: k = 28 resid = 2.228769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103515(s) Flops=186697728 => 1803.58139400087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.550454065 Mflops = 259.589550454065 Gflops = 0.259589550454065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056435 s
InvBiCGStab: k = 50 resid = 1.128089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183943(s) Flops=331057152 => 1799.78119308699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259082.222060411 Mflops = 259.082222060411 Gflops = 0.259082222060411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007549521 Relative Rsd = 3.31038879645425e-07
BICGSTAB_SOLVER_TIME: 0.38858 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04423 s
InvBiCGStab: k = 51 resid = 1.669018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192438(s) Flops=337618944 => 1754.42970723038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252545.949993589 Mflops = 252.545949993589 Gflops = 0.252545949993589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060746 s
InvBiCGStab: k = 70 resid = 1.097324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306349(s) Flops=462292992 => 1509.04031676291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217259.535069236 Mflops = 217.259535069236 Gflops = 0.217259535069236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001045023 Relative Rsd = 4.58232145216341e-07
BICGSTAB_SOLVER_TIME: 0.607825 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053602 s
InvBiCGStab: k = 52 resid = 1.183269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231846(s) Flops=344180736 => 1484.52307134909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213734.204017798 Mflops = 213.734204017798 Gflops = 0.213734204017798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06664 s
InvBiCGStab: k = 68 resid = 9.507626e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324918(s) Flops=449169408 => 1382.40850922387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199028.61762521 Mflops = 199.02861762521 Gflops = 0.19902861762521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00101742 Relative Rsd = 4.46128455030614e-07
BICGSTAB_SOLVER_TIME: 0.680969 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997550000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04316 s
InvBiCGStab: k = 56 resid = 2.064774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248959(s) Flops=370427904 => 1487.90726183829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214205.875761091 Mflops = 214.205875761091 Gflops = 0.214205875761091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079409 s
InvBiCGStab: k = 76 resid = 1.0298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279605(s) Flops=501663744 => 1794.18731424688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258300.719186798 Mflops = 258.300719186798 Gflops = 0.258300719186798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00106976 Relative Rsd = 4.69078906464561e-07
BICGSTAB_SOLVER_TIME: 0.655083 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 53 resid = 1.750107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195598(s) Flops=350742528 => 1793.18054376834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258152.402109274 Mflops = 258.152402109274 Gflops = 0.258152402109274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 76 resid = 1.023921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279387(s) Flops=501663744 => 1795.58728215701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258501.022545046 Mflops = 258.501022545046 Gflops = 0.258501022545046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001010504 Relative Rsd = 4.43095602861339e-07
BICGSTAB_SOLVER_TIME: 0.576789 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106419
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.814278(s) Flops=1297317888 => 1593.21249990789 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229397.333463376 Mflops = 229.397333463376 Gflops = 0.229397333463376 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143696000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 33 resid = 2.271405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121683(s) Flops=219506688 => 1803.92238850127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.847754728 Mflops = 259.673847754728 Gflops = 0.259673847754728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05652 s
InvBiCGStab: k = 50 resid = 9.585876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184667(s) Flops=331057152 => 1792.72502396205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258068.14749358 Mflops = 258.06814749358 Gflops = 0.25806814749358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007574259 Relative Rsd = 3.3212362723597e-07
BICGSTAB_SOLVER_TIME: 0.407948 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 58 resid = 2.272517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21448(s) Flops=383551488 => 1788.28556508765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257452.003508891 Mflops = 257.452003508891 Gflops = 0.257452003508891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056042 s
InvBiCGStab: k = 76 resid = 4.913903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278474(s) Flops=501663744 => 1801.47426330645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.723186676 Mflops = 259.353723186676 Gflops = 0.259353723186676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001100365 Relative Rsd = 4.82498995279229e-07
BICGSTAB_SOLVER_TIME: 0.593749 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 46 resid = 2.235392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171952(s) Flops=304809984 => 1772.64576160789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255204.282697114 Mflops = 255.204282697114 Gflops = 0.255204282697114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063473 s
InvBiCGStab: k = 69 resid = 9.267469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27339(s) Flops=455731200 => 1666.96367826182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239987.564622653 Mflops = 239.987564622653 Gflops = 0.239987564622653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001001616 Relative Rsd = 4.39198525905808e-07
BICGSTAB_SOLVER_TIME: 0.553257 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 54 resid = 2.068088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198745(s) Flops=357304320 => 1797.80281264937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258808.068233608 Mflops = 258.808068233608 Gflops = 0.258808068233608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056749 s
InvBiCGStab: k = 75 resid = 1.139778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275354(s) Flops=495101952 => 1798.05614590672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258859.527241132 Mflops = 258.859527241132 Gflops = 0.258859527241132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001035815 Relative Rsd = 4.54194280785293e-07
BICGSTAB_SOLVER_TIME: 0.576052 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 49 resid = 1.993169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180591(s) Flops=324495360 => 1796.85233483396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.659397254 Mflops = 258.667659397254 Gflops = 0.258667659397254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 74 resid = 6.01282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280145(s) Flops=488540160 => 1743.88320334113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251050.340229133 Mflops = 251.050340229133 Gflops = 0.251050340229133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001014871 Relative Rsd = 4.45010526925534e-07
BICGSTAB_SOLVER_TIME: 0.563325 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101928
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955427(s) Flops=1297317888 => 1357.8409318556 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195523.09731313 Mflops = 195.52309731313 Gflops = 0.19552309731313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143510000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.559616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.980862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.702935(s) Flops=1210337280 => 1721.83385377026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247861.817472794 Mflops = 247.861817472794 Gflops = 0.247861817472794 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 9.296062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865903(s) Flops=1544988672 => 1784.25143693924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256922.914117212 Mflops = 256.922914117212 Gflops = 0.256922914117212 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002158812 Relative Rsd = 9.49732051345494e-07
BICGSTAB_SOLVER_TIME: 1.572306 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299367999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.271094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.649002(s) Flops=1170966528 => 1804.25719489308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.676546107 Mflops = 259.715676546107 Gflops = 0.259715676546107 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 9.226914e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808219(s) Flops=1459685376 => 1806.05179536734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.580139357 Mflops = 260.057580139357 Gflops = 0.260057580139357 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001929272 Relative Rsd = 8.47438028373226e-07
BICGSTAB_SOLVER_TIME: 1.460636 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285514999999998
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.814339(s) Flops=1297317888 => 1593.09315653555 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229419.977491642 Mflops = 229.419977491642 Gflops = 0.229419977491642 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143350000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.50089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043665 s
InvBiCGStab: k = 33 resid = 9.494501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148952(s) Flops=219506688 => 1473.67398893603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212124.01376195 Mflops = 212.12401376195 Gflops = 0.21212401376195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079741 s
InvBiCGStab: k = 53 resid = 5.658173e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250796(s) Flops=350742528 => 1398.51723312971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201332.968906212 Mflops = 201.332968906212 Gflops = 0.201332968906212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007415956 Relative Rsd = 3.25182212548441e-07
BICGSTAB_SOLVER_TIME: 0.527001 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0754420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041456 s
InvBiCGStab: k = 84 resid = 1.825848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309568(s) Flops=554158080 => 1790.1013024602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257726.312173783 Mflops = 257.726312173783 Gflops = 0.257726312173783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057169 s
InvBiCGStab: k = 105 resid = 6.076886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387233(s) Flops=691955712 => 1786.92340787071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257274.786616586 Mflops = 257.274786616586 Gflops = 0.257274786616586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001268698 Relative Rsd = 5.56311142785628e-07
BICGSTAB_SOLVER_TIME: 0.799283 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041587 s
InvBiCGStab: k = 53 resid = 2.215859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194498(s) Flops=350742528 => 1803.32202901829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.839273912 Mflops = 259.601839273912 Gflops = 0.259601839273912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 66 resid = 1.143089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242149(s) Flops=436045824 => 1800.73353183371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259249.265144988 Mflops = 259.249265144988 Gflops = 0.259249265144988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001040732 Relative Rsd = 4.56350452713626e-07
BICGSTAB_SOLVER_TIME: 0.538283 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991700000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 56 resid = 2.203015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206163(s) Flops=370427904 => 1796.77199109443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258673.695130678 Mflops = 258.673695130678 Gflops = 0.258673695130678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 71 resid = 1.145863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259887(s) Flops=468854784 => 1804.07170808852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.392709301 Mflops = 259.724392709301 Gflops = 0.259724392709301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001085195 Relative Rsd = 4.75847118866221e-07
BICGSTAB_SOLVER_TIME: 0.567177 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040597 s
InvBiCGStab: k = 55 resid = 2.132618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201385(s) Flops=363866112 => 1806.8183429749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.197656979 Mflops = 260.111197656979 Gflops = 0.260111197656979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 76 resid = 9.08498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277849(s) Flops=501663744 => 1805.52654139479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259931.388660978 Mflops = 259.931388660978 Gflops = 0.259931388660978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001083113 Relative Rsd = 4.74933940059291e-07
BICGSTAB_SOLVER_TIME: 0.579904 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107986
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.80823(s) Flops=1290756096 => 1597.01581975428 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229947.288430191 Mflops = 229.947288430191 Gflops = 0.229947288430191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142950000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046638 s
InvBiCGStab: k = 27 resid = 1.88179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132189(s) Flops=180135936 => 1362.71502167351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196134.633918006 Mflops = 196.134633918006 Gflops = 0.196134633918006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070593 s
InvBiCGStab: k = 49 resid = 5.518253e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215506(s) Flops=324495360 => 1505.73700964242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216761.184264094 Mflops = 216.761184264094 Gflops = 0.216761184264094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007506339 Relative Rsd = 3.29145395298314e-07
BICGSTAB_SOLVER_TIME: 0.468899 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042145 s
InvBiCGStab: k = 77 resid = 2.030107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341899(s) Flops=508225536 => 1486.47856823214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214013.969836538 Mflops = 214.013969836538 Gflops = 0.214013969836538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080273 s
InvBiCGStab: k = 98 resid = 8.409347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359406(s) Flops=646023168 => 1797.47463314469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258796.883519825 Mflops = 258.796883519825 Gflops = 0.258796883519824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001243198 Relative Rsd = 5.45129768810065e-07
BICGSTAB_SOLVER_TIME: 0.827552 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 55 resid = 1.983442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202636(s) Flops=363866112 => 1795.66371227225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258505.065285943 Mflops = 258.505065285943 Gflops = 0.258505065285943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057849 s
InvBiCGStab: k = 69 resid = 8.919993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253713(s) Flops=455731200 => 1796.24694044058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258595.842623784 Mflops = 258.595842623784 Gflops = 0.258595842623784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001005859 Relative Rsd = 4.41059136020057e-07
BICGSTAB_SOLVER_TIME: 0.559056 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 59 resid = 1.983902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217423(s) Flops=390113280 => 1794.25948496709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258301.359238924 Mflops = 258.301359238924 Gflops = 0.258301359238924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 76 resid = 1.082799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278165(s) Flops=501663744 => 1803.4754336455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259652.357619877 Mflops = 259.652357619877 Gflops = 0.259652357619877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00109713 Relative Rsd = 4.81080604853304e-07
BICGSTAB_SOLVER_TIME: 0.597502 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 61 resid = 1.90995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223332(s) Flops=403236864 => 1805.5489764118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.794188192 Mflops = 259.933794188192 Gflops = 0.259933794188192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056351 s
InvBiCGStab: k = 77 resid = 9.837918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281924(s) Flops=508225536 => 1802.70404789943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259531.853561296 Mflops = 259.531853561296 Gflops = 0.259531853561296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00109087 Relative Rsd = 4.78335657456297e-07
BICGSTAB_SOLVER_TIME: 0.606519 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112919
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.793639(s) Flops=1266130944 => 1595.34869632163 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229704.059194159 Mflops = 229.704059194159 Gflops = 0.229704059194159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140060000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045651 s
InvBiCGStab: k = 23 resid = 2.087671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104518(s) Flops=153888768 => 1472.36617616104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211955.126879627 Mflops = 211.955126879627 Gflops = 0.211955126879627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065724 s
InvBiCGStab: k = 49 resid = 7.665991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21868(s) Flops=324495360 => 1483.88220230474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213608.856497934 Mflops = 213.608856497934 Gflops = 0.213608856497934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007661055 Relative Rsd = 3.35929559870423e-07
BICGSTAB_SOLVER_TIME: 0.438672 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055963 s
InvBiCGStab: k = 47 resid = 2.102242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213957(s) Flops=311371776 => 1455.30071930341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209505.592504281 Mflops = 209.505592504281 Gflops = 0.209505592504281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063761 s
InvBiCGStab: k = 76 resid = 5.920446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334835(s) Flops=501663744 => 1498.24165335165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215704.812673458 Mflops = 215.704812673458 Gflops = 0.215704812673458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001046997 Relative Rsd = 4.59097646176232e-07
BICGSTAB_SOLVER_TIME: 0.674796 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04146 s
InvBiCGStab: k = 49 resid = 2.009354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22933(s) Flops=324495360 => 1414.97126411721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203716.702427189 Mflops = 203.716702427189 Gflops = 0.203716702427189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 71 resid = 1.147338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261182(s) Flops=468854784 => 1795.12670857869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258440.058154883 Mflops = 258.440058154883 Gflops = 0.258440058154883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009934226 Relative Rsd = 4.35605790838975e-07
BICGSTAB_SOLVER_TIME: 0.592427 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 55 resid = 2.03519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203013(s) Flops=363866112 => 1792.32912178038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258045.75100746 Mflops = 258.04575100746 Gflops = 0.25804575100746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 71 resid = 9.033911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260961(s) Flops=468854784 => 1796.64694724499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258657.208410012 Mflops = 258.657208410012 Gflops = 0.258657208410012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001066673 Relative Rsd = 4.67725294612397e-07
BICGSTAB_SOLVER_TIME: 0.56514 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040986 s
InvBiCGStab: k = 59 resid = 2.029447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216771(s) Flops=390113280 => 1799.65622707835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259094.984277104 Mflops = 259.094984277104 Gflops = 0.259094984277104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056962 s
InvBiCGStab: k = 70 resid = 9.925716e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255977(s) Flops=462292992 => 1805.99425729655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259992.152881465 Mflops = 259.992152881465 Gflops = 0.259992152881465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001029392 Relative Rsd = 4.51377816617728e-07
BICGSTAB_SOLVER_TIME: 0.574538 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106456
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.824676(s) Flops=1272545280 => 1543.08513889091 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222443.90865567 Mflops = 222.44390865567 Gflops = 0.22244390865567 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140746000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041697 s
InvBiCGStab: k = 24 resid = 2.077078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.08862(s) Flops=160450560 => 1810.54570074475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260579.137247026 Mflops = 260.579137247026 Gflops = 0.260579137247026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 47 resid = 9.183775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173152(s) Flops=311371776 => 1798.25688412493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.495514063 Mflops = 258.852495514063 Gflops = 0.258852495514063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007506126 Relative Rsd = 3.29136079230771e-07
BICGSTAB_SOLVER_TIME: 0.363783 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04834 s
InvBiCGStab: k = 53 resid = 2.0215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233421(s) Flops=350742528 => 1502.61770791831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216302.049130095 Mflops = 216.302049130095 Gflops = 0.216302049130095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059545 s
InvBiCGStab: k = 73 resid = 9.402721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32766(s) Flops=481978368 => 1470.97103094671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211785.513715419 Mflops = 211.785513715419 Gflops = 0.211785513715419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001119682 Relative Rsd = 4.90969163888719e-07
BICGSTAB_SOLVER_TIME: 0.673205 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04433 s
InvBiCGStab: k = 52 resid = 1.66128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231892(s) Flops=344180736 => 1484.22858917082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213680.226572417 Mflops = 213.680226572417 Gflops = 0.213680226572417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066271 s
InvBiCGStab: k = 67 resid = 1.119434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290674(s) Flops=442607616 => 1522.69420725624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219106.989149181 Mflops = 219.106989149181 Gflops = 0.219106989149181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009790804 Relative Rsd = 4.29316909254973e-07
BICGSTAB_SOLVER_TIME: 0.638216 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992600000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 61 resid = 2.253027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224554(s) Flops=403236864 => 1795.72336275462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258531.108357202 Mflops = 258.531108357202 Gflops = 0.258531108357202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056853 s
InvBiCGStab: k = 79 resid = 1.124009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290264(s) Flops=521349120 => 1796.12049720255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258582.171973731 Mflops = 258.582171973731 Gflops = 0.258582171973731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001076172 Relative Rsd = 4.71890725360092e-07
BICGSTAB_SOLVER_TIME: 0.616327 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 53 resid = 2.219363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19476(s) Flops=350742528 => 1800.89611829945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259270.559560135 Mflops = 259.270559560135 Gflops = 0.259270559560135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 72 resid = 1.041153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27638(s) Flops=475416576 => 1720.15549605615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247645.238459169 Mflops = 247.645238459169 Gflops = 0.247645238459169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001076567 Relative Rsd = 4.72063672411234e-07
BICGSTAB_SOLVER_TIME: 0.572862 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103554
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.812947(s) Flops=1284931584 => 1580.58469248303 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227581.473564008 Mflops = 227.581473564008 Gflops = 0.227581473564008 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142555000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.833775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753174(s) Flops=1361258496 => 1807.36256960543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260205.510178421 Mflops = 260.205510178421 Gflops = 0.260205510178421 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.022642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971337(s) Flops=1499056128 => 1543.29149203623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222224.559841199 Mflops = 222.224559841199 Gflops = 0.222224559841199 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002101548 Relative Rsd = 9.24504515360613e-07
BICGSTAB_SOLVER_TIME: 1.728589 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.13105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.122515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310340999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 161 resid = 1.814106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718196(s) Flops=1059416064 => 1475.10716294716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212386.020388719 Mflops = 212.386020388719 Gflops = 0.212386020388719 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 4.423482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875308(s) Flops=1472808960 => 1682.61795847862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242285.671809711 Mflops = 242.285671809711 Gflops = 0.242285671809711 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002073706 Relative Rsd = 9.10899344800819e-07
BICGSTAB_SOLVER_TIME: 1.596887 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274722999999998
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.810369(s) Flops=1284931584 => 1585.61295409869 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228356.718950006 Mflops = 228.356718950006 Gflops = 0.228356718950006 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142401000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 27 resid = 1.766057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09971(s) Flops=180135936 => 1806.59849563735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260025.95057263 Mflops = 260.02595057263 Gflops = 0.26002595057263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 48 resid = 1.070142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176737(s) Flops=317933568 => 1798.90780085664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258948.230976101 Mflops = 258.948230976101 Gflops = 0.258948230976101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007414656 Relative Rsd = 3.25125193110388e-07
BICGSTAB_SOLVER_TIME: 0.377191 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 70 resid = 1.564098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25586(s) Flops=462292992 => 1806.82010474478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260131.444099393 Mflops = 260.131444099393 Gflops = 0.260131444099393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 87 resid = 8.762202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318065(s) Flops=573843456 => 1804.17039284423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.937114732 Mflops = 259.755937114732 Gflops = 0.259755937114732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001204536 Relative Rsd = 5.2817707823029e-07
BICGSTAB_SOLVER_TIME: 0.675511 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12669
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040647 s
InvBiCGStab: k = 49 resid = 1.594548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179912(s) Flops=324495360 => 1803.63377651296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.388231996 Mflops = 259.648388231996 Gflops = 0.259648388231995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 64 resid = 1.134904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281764(s) Flops=422922240 => 1500.98039494045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216085.486164219 Mflops = 216.085486164219 Gflops = 0.216085486164219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009987339 Relative Rsd = 4.37934756677613e-07
BICGSTAB_SOLVER_TIME: 0.562639 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061437 s
InvBiCGStab: k = 63 resid = 7.190203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287065(s) Flops=416360448 => 1450.40477940536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208816.593070184 Mflops = 208.816593070184 Gflops = 0.208816593070184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069156 s
InvBiCGStab: k = 84 resid = 6.840992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393883(s) Flops=554158080 => 1406.91037693935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202569.733885599 Mflops = 202.569733885599 Gflops = 0.202569733885599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001146047 Relative Rsd = 5.025301739975e-07
BICGSTAB_SOLVER_TIME: 0.815901 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053848 s
InvBiCGStab: k = 56 resid = 1.824495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250448(s) Flops=370427904 => 1479.06113843992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212938.09465762 Mflops = 212.93809465762 Gflops = 0.21293809465762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 75 resid = 9.594644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315229(s) Flops=495101952 => 1570.61041972661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226126.21513462 Mflops = 226.12621513462 Gflops = 0.22612621513462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001083491 Relative Rsd = 4.75099689491126e-07
BICGSTAB_SOLVER_TIME: 0.680012 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107756
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.810039(s) Flops=1291419648 => 1594.26848336932 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229553.399974756 Mflops = 229.553399974756 Gflops = 0.229553399974756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142966000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041478 s
InvBiCGStab: k = 29 resid = 1.832737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107965(s) Flops=193259520 => 1790.02009910619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257665.410567079 Mflops = 257.665410567079 Gflops = 0.257665410567079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 49 resid = 7.983637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179659(s) Flops=324495360 => 1806.17369572357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260001.216147104 Mflops = 260.001216147104 Gflops = 0.260001216147104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007177407 Relative Rsd = 3.14722055341491e-07
BICGSTAB_SOLVER_TIME: 0.388828 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041504 s
InvBiCGStab: k = 66 resid = 1.61735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241263(s) Flops=436045824 => 1807.34643936285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.412731832 Mflops = 260.200412731832 Gflops = 0.260200412731832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 93 resid = 4.87875e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34199(s) Flops=613214208 => 1793.07642913535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258151.759895671 Mflops = 258.151759895671 Gflops = 0.258151759895671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001219002 Relative Rsd = 5.34520273764238e-07
BICGSTAB_SOLVER_TIME: 0.685122 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041943 s
InvBiCGStab: k = 57 resid = 1.72532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223988(s) Flops=376989696 => 1683.07987927925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242301.872364914 Mflops = 242.301872364914 Gflops = 0.242301872364914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 68 resid = 9.818255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263294(s) Flops=449169408 => 1705.96142714988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245607.54832883 Mflops = 245.60754832883 Gflops = 0.24560754832883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001035259 Relative Rsd = 4.53950429526939e-07
BICGSTAB_SOLVER_TIME: 0.589488 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044262 s
InvBiCGStab: k = 58 resid = 2.194945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265013(s) Flops=383551488 => 1447.29310637591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208361.472264215 Mflops = 208.361472264215 Gflops = 0.208361472264215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080561 s
InvBiCGStab: k = 77 resid = 1.126204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36284(s) Flops=508225536 => 1400.68773012898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201658.245430039 Mflops = 201.658245430039 Gflops = 0.201658245430039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001124565 Relative Rsd = 4.9311058324982e-07
BICGSTAB_SOLVER_TIME: 0.757163 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047445 s
InvBiCGStab: k = 56 resid = 2.003559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251083(s) Flops=370427904 => 1475.32052747498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212405.438569322 Mflops = 212.405438569322 Gflops = 0.212405438569322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065772 s
InvBiCGStab: k = 73 resid = 1.123114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32022(s) Flops=481978368 => 1505.14761101743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216704.496230982 Mflops = 216.704496230982 Gflops = 0.216704496230982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001069998 Relative Rsd = 4.69183501655763e-07
BICGSTAB_SOLVER_TIME: 0.688669 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106443
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85014(s) Flops=1297686528 => 1526.43861952149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220983.86335257 Mflops = 220.98386335257 Gflops = 0.22098386335257 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143535000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 28 resid = 2.259512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105792(s) Flops=186697728 => 1764.76225045372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254019.731853787 Mflops = 254.019731853787 Gflops = 0.254019731853787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059029 s
InvBiCGStab: k = 49 resid = 1.014483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189146(s) Flops=324495360 => 1715.58140272594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246962.879342647 Mflops = 246.962879342647 Gflops = 0.246962879342647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007586643 Relative Rsd = 3.32666639118061e-07
BICGSTAB_SOLVER_TIME: 0.399901 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04185 s
InvBiCGStab: k = 53 resid = 1.60047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194446(s) Flops=350742528 => 1803.80428499429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259677.07457153 Mflops = 259.67707457153 Gflops = 0.25967707457153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056174 s
InvBiCGStab: k = 62 resid = 1.08463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237036(s) Flops=409798656 => 1728.84564369969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248892.405059936 Mflops = 248.892405059936 Gflops = 0.248892405059936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001057106 Relative Rsd = 4.63530307683293e-07
BICGSTAB_SOLVER_TIME: 0.533304 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 51 resid = 2.15172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18622(s) Flops=337618944 => 1813.01119106433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260998.005507418 Mflops = 260.998005507418 Gflops = 0.260998005507418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057071 s
InvBiCGStab: k = 65 resid = 1.122572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245427(s) Flops=429484032 => 1749.94614284492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251922.601887463 Mflops = 251.922601887463 Gflops = 0.251922601887463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009960873 Relative Rsd = 4.36774255420038e-07
BICGSTAB_SOLVER_TIME: 0.53372 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042294 s
InvBiCGStab: k = 55 resid = 2.25743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209027(s) Flops=363866112 => 1740.76129877958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250599.309390654 Mflops = 250.599309390654 Gflops = 0.250599309390654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055761 s
InvBiCGStab: k = 73 resid = 1.076604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268073(s) Flops=481978368 => 1797.93700969512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.188276089 Mflops = 258.846188276089 Gflops = 0.258846188276089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001058491 Relative Rsd = 4.64137562146217e-07
BICGSTAB_SOLVER_TIME: 0.579363 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04894 s
InvBiCGStab: k = 57 resid = 2.19748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259907(s) Flops=376989696 => 1450.4791944811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208819.437695312 Mflops = 208.819437695312 Gflops = 0.208819437695312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063225 s
InvBiCGStab: k = 72 resid = 8.764363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347304(s) Flops=475416576 => 1368.87734088867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197079.466576526 Mflops = 197.079466576526 Gflops = 0.197079466576526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001014725 Relative Rsd = 4.44946820337628e-07
BICGSTAB_SOLVER_TIME: 0.723866 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106509
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975262(s) Flops=1303953408 => 1337.02882712543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192668.025131107 Mflops = 192.668025131107 Gflops = 0.192668025131107 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144329000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041662 s
InvBiCGStab: k = 22 resid = 2.109365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.081551(s) Flops=147326976 => 1806.56247011073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259985.640876838 Mflops = 259.985640876838 Gflops = 0.259985640876838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058956 s
InvBiCGStab: k = 46 resid = 7.629429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171357(s) Flops=304809984 => 1778.80088937131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256033.29601389 Mflops = 256.03329601389 Gflops = 0.25603329601389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007408047 Relative Rsd = 3.24835374077667e-07
BICGSTAB_SOLVER_TIME: 0.357369 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 62 resid = 1.687018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241464(s) Flops=409798656 => 1697.14183480767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244325.366441299 Mflops = 244.325366441299 Gflops = 0.244325366441299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058498 s
InvBiCGStab: k = 72 resid = 9.970847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276167(s) Flops=475416576 => 1721.48220460808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247819.474645679 Mflops = 247.819474645679 Gflops = 0.247819474645679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001096878 Relative Rsd = 4.80970088216432e-07
BICGSTAB_SOLVER_TIME: 0.621001 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040983 s
InvBiCGStab: k = 52 resid = 2.131577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19966(s) Flops=344180736 => 1723.83419813683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248156.282324452 Mflops = 248.156282324452 Gflops = 0.248156282324452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056192 s
InvBiCGStab: k = 82 resid = 5.890449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304355(s) Flops=541034496 => 1777.64287098947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255915.005314136 Mflops = 255.915005314136 Gflops = 0.255915005314136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001032892 Relative Rsd = 4.52912900360923e-07
BICGSTAB_SOLVER_TIME: 0.605091 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043227 s
InvBiCGStab: k = 60 resid = 1.804545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22529(s) Flops=396675072 => 1760.73093346354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253470.929703253 Mflops = 253.470929703253 Gflops = 0.253470929703253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057991 s
InvBiCGStab: k = 74 resid = 1.147771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284496(s) Flops=488540160 => 1717.21275518812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247207.246070373 Mflops = 247.207246070373 Gflops = 0.247207246070373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001040528 Relative Rsd = 4.56260865324383e-07
BICGSTAB_SOLVER_TIME: 0.614853 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041422 s
InvBiCGStab: k = 49 resid = 2.216629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18056(s) Flops=324495360 => 1797.16083296411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258719.446984976 Mflops = 258.719446984976 Gflops = 0.258719446984976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059761 s
InvBiCGStab: k = 78 resid = 1.107262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342586(s) Flops=514787328 => 1502.65138680506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216341.949702262 Mflops = 216.341949702262 Gflops = 0.216341949702262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001067007 Relative Rsd = 4.67871799345802e-07
BICGSTAB_SOLVER_TIME: 0.628461 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104982
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964187(s) Flops=1297686528 => 1345.88677092722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193805.85754823 Mflops = 193.80585754823 Gflops = 0.19380585754823 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143732000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.458417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.830146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722727(s) Flops=1302202368 => 1801.7901199208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259456.555518355 Mflops = 259.456555518355 Gflops = 0.259456555518355 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.137839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81516(s) Flops=1472808960 => 1806.77285440895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.375883012 Mflops = 260.163375883012 Gflops = 0.260163375883012 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002015436 Relative Rsd = 8.86555584124352e-07
BICGSTAB_SOLVER_TIME: 1.541281 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0.11476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301190999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.005655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.632505(s) Flops=1144719360 => 1809.81867337017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260622.241337483 Mflops = 260.622241337483 Gflops = 0.260622241337483 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.061193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678453(s) Flops=1223460864 => 1803.30968246879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.689513634 Mflops = 259.657689513634 Gflops = 0.259657689513634 Tflops
BICGSTAB_SOLVER: 360 iterations. Rsd = 0.001961924 Relative Rsd = 8.61804095726714e-07
BICGSTAB_SOLVER_TIME: 1.314324 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0.116237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.256955999999998
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902014(s) Flops=1297686528 => 1438.65453086094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207140.068739992 Mflops = 207.140068739992 Gflops = 0.207140068739992 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143706000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.535378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.073578 s
InvBiCGStab: k = 26 resid = 2.01783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155866(s) Flops=173574144 => 1113.61133281152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  160207.872199518 Mflops = 160.207872199518 Gflops = 0.160207872199518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073635 s
InvBiCGStab: k = 47 resid = 1.138335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185735(s) Flops=311371776 => 1676.43026893154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241343.71481665 Mflops = 241.34371481665 Gflops = 0.24134371481665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007577646 Relative Rsd = 3.32272148323721e-07
BICGSTAB_SOLVER_TIME: 0.493125 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 75 resid = 2.237071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275628(s) Flops=495101952 => 1796.26871000044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258598.224788337 Mflops = 258.598224788337 Gflops = 0.258598224788337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 105 resid = 1.114673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385358(s) Flops=691955712 => 1795.61787221233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258528.585837953 Mflops = 258.528585837953 Gflops = 0.258528585837953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001271195 Relative Rsd = 5.57406099765261e-07
BICGSTAB_SOLVER_TIME: 0.762121 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 49 resid = 2.176906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181123(s) Flops=324495360 => 1791.57456535062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257925.059346187 Mflops = 257.925059346187 Gflops = 0.257925059346187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 65 resid = 1.107343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237919(s) Flops=429484032 => 1805.16912058306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.74905453 Mflops = 259.86474905453 Gflops = 0.25986474905453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009994897 Relative Rsd = 4.38266153447393e-07
BICGSTAB_SOLVER_TIME: 0.519782 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 65 resid = 2.099785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238488(s) Flops=429484032 => 1800.86223206199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259277.216969665 Mflops = 259.277216969665 Gflops = 0.259277216969665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060007 s
InvBiCGStab: k = 86 resid = 9.44488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315498(s) Flops=567281664 => 1798.05153756918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258885.362547373 Mflops = 258.885362547373 Gflops = 0.258885362547373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00107087 Relative Rsd = 4.69565536995416e-07
BICGSTAB_SOLVER_TIME: 0.658898 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123846000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 53 resid = 1.872046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194251(s) Flops=350742528 => 1805.6150444528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.997809244 Mflops = 259.937997809244 Gflops = 0.259937997809244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05613 s
InvBiCGStab: k = 83 resid = 1.10169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303549(s) Flops=547596288 => 1803.97987804275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.195821052 Mflops = 259.709195821052 Gflops = 0.259709195821052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001096705 Relative Rsd = 4.8089392617384e-07
BICGSTAB_SOLVER_TIME: 0.598473 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111424
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.829261(s) Flops=1303953408 => 1572.42823188357 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226415.482442431 Mflops = 226.415482442431 Gflops = 0.226415482442431 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144181000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.493968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048074 s
InvBiCGStab: k = 23 resid = 1.669527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092549(s) Flops=153888768 => 1662.78153194524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239301.130973902 Mflops = 239.301130973902 Gflops = 0.239301130973902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07537 s
InvBiCGStab: k = 45 resid = 1.112535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192348(s) Flops=298248192 => 1550.56559985027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223228.715869338 Mflops = 223.228715869338 Gflops = 0.223228715869338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007423468 Relative Rsd = 3.25511592963876e-07
BICGSTAB_SOLVER_TIME: 0.412184 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0626680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046298 s
InvBiCGStab: k = 77 resid = 2.017854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315345(s) Flops=508225536 => 1611.64926033392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232043.78798527 Mflops = 232.04378798527 Gflops = 0.23204378798527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 93 resid = 9.959964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341675(s) Flops=613214208 => 1794.72951781664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258389.983149838 Mflops = 258.389983149838 Gflops = 0.258389983149838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001249085 Relative Rsd = 5.47711110746946e-07
BICGSTAB_SOLVER_TIME: 0.763487 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 48 resid = 2.101673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176804(s) Flops=317933568 => 1798.22610348182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258864.276136259 Mflops = 258.864276136259 Gflops = 0.258864276136259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 68 resid = 1.030695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249758(s) Flops=449169408 => 1798.41850110907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258898.047007715 Mflops = 258.898047007715 Gflops = 0.258898047007715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001043058 Relative Rsd = 4.57370268589575e-07
BICGSTAB_SOLVER_TIME: 0.528305 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970990000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 68 resid = 2.057868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24917(s) Flops=449169408 => 1802.66247140506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.683447262 Mflops = 259.525683447262 Gflops = 0.259525683447262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 82 resid = 5.922484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307819(s) Flops=541034496 => 1757.63840438699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253046.148131721 Mflops = 253.046148131721 Gflops = 0.253046148131721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001134033 Relative Rsd = 4.9726207818141e-07
BICGSTAB_SOLVER_TIME: 0.658724 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040655 s
InvBiCGStab: k = 66 resid = 1.421169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243916(s) Flops=436045824 => 1787.68848292035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257369.108204928 Mflops = 257.369108204928 Gflops = 0.257369108204928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057085 s
InvBiCGStab: k = 81 resid = 1.125536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297819(s) Flops=534472704 => 1794.62258620169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258370.172223063 Mflops = 258.370172223063 Gflops = 0.258370172223063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001085719 Relative Rsd = 4.76076932214581e-07
BICGSTAB_SOLVER_TIME: 0.643206 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119179
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.827767(s) Flops=1322827776 => 1598.06778477518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230098.785709177 Mflops = 230.098785709177 Gflops = 0.230098785709177 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146312000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049938 s
InvBiCGStab: k = 29 resid = 1.484621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121387(s) Flops=193259520 => 1592.09404631468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229160.126147233 Mflops = 229.160126147233 Gflops = 0.229160126147233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078965 s
InvBiCGStab: k = 50 resid = 1.067059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229136(s) Flops=331057152 => 1444.80636827037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208016.889018293 Mflops = 208.016889018293 Gflops = 0.208016889018293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007901562 Relative Rsd = 3.46475526992653e-07
BICGSTAB_SOLVER_TIME: 0.483876 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051088 s
InvBiCGStab: k = 56 resid = 2.180504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250802(s) Flops=370427904 => 1476.97348505993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212634.261060695 Mflops = 212.634261060695 Gflops = 0.212634261060695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065012 s
InvBiCGStab: k = 79 resid = 9.258558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356716(s) Flops=521349120 => 1461.524349903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210424.362812456 Mflops = 210.424362812456 Gflops = 0.210424362812456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001063288 Relative Rsd = 4.66241053626858e-07
BICGSTAB_SOLVER_TIME: 0.727419 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 66 resid = 1.335472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242321(s) Flops=436045824 => 1799.45536705444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259071.309307979 Mflops = 259.071309307979 Gflops = 0.259071309307979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060305 s
InvBiCGStab: k = 75 resid = 6.999201e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294162(s) Flops=495101952 => 1683.09282640178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242314.020518062 Mflops = 242.314020518062 Gflops = 0.242314020518062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001037296 Relative Rsd = 4.54844006306821e-07
BICGSTAB_SOLVER_TIME: 0.641749 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114805
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041792 s
InvBiCGStab: k = 52 resid = 2.21924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193739(s) Flops=344180736 => 1776.51756228741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255734.003987452 Mflops = 255.734003987452 Gflops = 0.255734003987452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057091 s
InvBiCGStab: k = 80 resid = 9.94694e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295048(s) Flops=527910912 => 1789.23738510344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257592.64695562 Mflops = 257.59264695562 Gflops = 0.25759264695562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001048596 Relative Rsd = 4.59798827018761e-07
BICGSTAB_SOLVER_TIME: 0.591551 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108555
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 59 resid = 1.919148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216337(s) Flops=390113280 => 1803.26657021222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259605.227797857 Mflops = 259.605227797857 Gflops = 0.259605227797857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 78 resid = 1.108243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285343(s) Flops=514787328 => 1804.10007604883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259738.570050652 Mflops = 259.738570050652 Gflops = 0.259738570050652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001044496 Relative Rsd = 4.58001106741291e-07
BICGSTAB_SOLVER_TIME: 0.602895 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111872
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.844535(s) Flops=1347969024 => 1596.10794579266 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229820.351848896 Mflops = 229.820351848896 Gflops = 0.229820351848896 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149410000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044473 s
InvBiCGStab: k = 25 resid = 2.206777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106038(s) Flops=167012352 => 1575.02359531489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226700.867530149 Mflops = 226.700867530149 Gflops = 0.226700867530149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070209 s
InvBiCGStab: k = 45 resid = 8.75497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221006(s) Flops=298248192 => 1349.5026922346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194294.828833009 Mflops = 194.294828833009 Gflops = 0.194294828833009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007151724 Relative Rsd = 3.13595908678196e-07
BICGSTAB_SOLVER_TIME: 0.445767 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046771 s
InvBiCGStab: k = 56 resid = 1.993182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249752(s) Flops=370427904 => 1483.18293347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213542.028125622 Mflops = 213.542028125622 Gflops = 0.213542028125623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067996 s
InvBiCGStab: k = 92 resid = 8.200054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437275(s) Flops=606652416 => 1387.3475867589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199717.508047885 Mflops = 199.717508047885 Gflops = 0.199717508047885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001129828 Relative Rsd = 4.95418007277483e-07
BICGSTAB_SOLVER_TIME: 0.806053 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058593 s
InvBiCGStab: k = 49 resid = 1.926926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213332(s) Flops=324495360 => 1521.08150675942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218993.114661768 Mflops = 218.993114661768 Gflops = 0.218993114661768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065372 s
InvBiCGStab: k = 78 resid = 1.100803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309436(s) Flops=514787328 => 1663.63101901524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239514.237036789 Mflops = 239.514237036789 Gflops = 0.239514237036789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001036982 Relative Rsd = 4.54706281648031e-07
BICGSTAB_SOLVER_TIME: 0.650665 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 56 resid = 2.223761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206216(s) Flops=370427904 => 1796.31019901463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258603.650278404 Mflops = 258.603650278404 Gflops = 0.258603650278404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 78 resid = 1.146125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287776(s) Flops=514787328 => 1788.84732569776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257542.500005081 Mflops = 257.542500005081 Gflops = 0.257542500005081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001141873 Relative Rsd = 5.00699732628004e-07
BICGSTAB_SOLVER_TIME: 0.59505 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041613 s
InvBiCGStab: k = 63 resid = 2.170941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231899(s) Flops=416360448 => 1795.43873841629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258487.143914456 Mflops = 258.487143914456 Gflops = 0.258487143914456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 76 resid = 1.00482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277939(s) Flops=501663744 => 1804.94189012697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.899954901 Mflops = 259.854899954901 Gflops = 0.259854899954901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001079048 Relative Rsd = 4.73151738053233e-07
BICGSTAB_SOLVER_TIME: 0.611734 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113305
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850457(s) Flops=1360723968 => 1599.99149633668 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230372.605532977 Mflops = 230.372605532977 Gflops = 0.230372605532977 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150962000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.15507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900862(s) Flops=1433438208 => 1591.18511825341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229090.799967049 Mflops = 229.090799967049 Gflops = 0.229090799967049 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.131157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.998683(s) Flops=1479370752 => 1481.3216526165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213301.839921552 Mflops = 213.301839921552 Gflops = 0.213301839921552 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002200545 Relative Rsd = 9.6789533612394e-07
BICGSTAB_SOLVER_TIME: 1.903744 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.121631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316049999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 9.692011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661656(s) Flops=1098786816 => 1660.66175777141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239108.37310637 Mflops = 239.10837310637 Gflops = 0.23910837310637 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.097683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767366(s) Flops=1380943872 => 1799.58959870518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259126.860219993 Mflops = 259.126860219993 Gflops = 0.259126860219993 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.001895001 Relative Rsd = 8.32406497153919e-07
BICGSTAB_SOLVER_TIME: 1.432417 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269193999999997
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852081(s) Flops=1360723968 => 1596.94203720069 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229943.063078871 Mflops = 229.943063078871 Gflops = 0.229943063078871 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151000000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 30 resid = 1.696415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111789(s) Flops=199821312 => 1787.48635375574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257295.469708234 Mflops = 257.295469708234 Gflops = 0.257295469708234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 50 resid = 1.132623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184251(s) Flops=331057152 => 1796.77261995864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258637.075129639 Mflops = 258.637075129639 Gflops = 0.258637075129639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007403533 Relative Rsd = 3.24637465070206e-07
BICGSTAB_SOLVER_TIME: 0.397716 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 77 resid = 1.079481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281655(s) Flops=508225536 => 1804.42575491293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.643826658 Mflops = 259.779643826658 Gflops = 0.259779643826658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 100 resid = 7.63743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367869(s) Flops=659146752 => 1791.79749312935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257970.793300619 Mflops = 257.970793300619 Gflops = 0.257970793300619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001263195 Relative Rsd = 5.53898255768691e-07
BICGSTAB_SOLVER_TIME: 0.750661 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051317 s
InvBiCGStab: k = 54 resid = 2.176332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252076(s) Flops=357304320 => 1417.4468017582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204085.218285706 Mflops = 204.085218285706 Gflops = 0.204085218285706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059032 s
InvBiCGStab: k = 68 resid = 9.002679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300008(s) Flops=449169408 => 1497.19143489507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215556.71763977 Mflops = 215.55671763977 Gflops = 0.21555671763977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001018586 Relative Rsd = 4.46639486001388e-07
BICGSTAB_SOLVER_TIME: 0.666392 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04923 s
InvBiCGStab: k = 75 resid = 2.070134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332092(s) Flops=495101952 => 1490.85781048625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214650.798375558 Mflops = 214.650798375558 Gflops = 0.214650798375558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064591 s
InvBiCGStab: k = 74 resid = 1.054939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346075(s) Flops=488540160 => 1411.65978472874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203248.734826936 Mflops = 203.248734826936 Gflops = 0.203248734826936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001159756 Relative Rsd = 5.08541309151377e-07
BICGSTAB_SOLVER_TIME: 0.795871 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 68 resid = 2.132988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249853(s) Flops=449169408 => 1797.7347000036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.548895335 Mflops = 258.801548895335 Gflops = 0.258801548895335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 77 resid = 1.011122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284926(s) Flops=508225536 => 1783.71063363821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256797.557142933 Mflops = 256.797557142933 Gflops = 0.256797557142933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001085631 Relative Rsd = 4.76038136536048e-07
BICGSTAB_SOLVER_TIME: 0.636063 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117676
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884179(s) Flops=1373331456 => 1553.22785996953 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223639.00388089 Mflops = 223.63900388089 Gflops = 0.22363900388089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152390000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 29 resid = 1.695194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107507(s) Flops=193259520 => 1797.64592073074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258730.820773466 Mflops = 258.730820773466 Gflops = 0.258730820773466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055903 s
InvBiCGStab: k = 47 resid = 7.784285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172408(s) Flops=311371776 => 1806.01698297063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.630974691 Mflops = 259.961630974691 Gflops = 0.259961630974691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000717724 Relative Rsd = 3.14714755628294e-07
BICGSTAB_SOLVER_TIME: 0.380965 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040867 s
InvBiCGStab: k = 71 resid = 1.832092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259568(s) Flops=468854784 => 1806.28884916477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.098570435 Mflops = 260.060098570435 Gflops = 0.260060098570435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 92 resid = 1.086804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336651(s) Flops=606652416 => 1802.02172576348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.36200557 Mflops = 259.44036200557 Gflops = 0.25944036200557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001226815 Relative Rsd = 5.37946034272544e-07
BICGSTAB_SOLVER_TIME: 0.697465 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041509 s
InvBiCGStab: k = 60 resid = 1.343413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244474(s) Flops=396675072 => 1622.56547526526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233602.528237228 Mflops = 233.602528237228 Gflops = 0.233602528237228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060288 s
InvBiCGStab: k = 70 resid = 7.331194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310751(s) Flops=462292992 => 1487.66373076836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214194.986705239 Mflops = 214.194986705239 Gflops = 0.214194986705239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001007897 Relative Rsd = 4.41952763846885e-07
BICGSTAB_SOLVER_TIME: 0.66087 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107028
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053179 s
InvBiCGStab: k = 74 resid = 1.509043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341465(s) Flops=488540160 => 1430.71811166591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205985.88151711 Mflops = 205.98588151711 Gflops = 0.20598588151711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070819 s
InvBiCGStab: k = 81 resid = 1.0457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356647(s) Flops=534472704 => 1498.60423331754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215764.051167493 Mflops = 215.764051167493 Gflops = 0.215764051167493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001136406 Relative Rsd = 4.98302670164153e-07
BICGSTAB_SOLVER_TIME: 0.828493 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059079 s
InvBiCGStab: k = 55 resid = 2.271293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239563(s) Flops=363866112 => 1518.87441716793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218663.613548738 Mflops = 218.663613548738 Gflops = 0.218663613548738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060012 s
InvBiCGStab: k = 71 resid = 9.536226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26249(s) Flops=468854784 => 1786.18150786697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257134.993955094 Mflops = 257.134993955094 Gflops = 0.257134993955094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001071654 Relative Rsd = 4.69909695501556e-07
BICGSTAB_SOLVER_TIME: 0.62508 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104166
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874443(s) Flops=1385791488 => 1584.77052020543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228196.408796212 Mflops = 228.196408796212 Gflops = 0.228196408796212 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154860000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0411 s
InvBiCGStab: k = 28 resid = 2.031328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10343(s) Flops=186697728 => 1805.06359856908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.833935124 Mflops = 259.799833935124 Gflops = 0.259799833935124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05606 s
InvBiCGStab: k = 45 resid = 1.133546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164667(s) Flops=298248192 => 1811.22017161909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260714.298234791 Mflops = 260.714298234791 Gflops = 0.260714298234791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007165853 Relative Rsd = 3.14215414408025e-07
BICGSTAB_SOLVER_TIME: 0.369091 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041536 s
InvBiCGStab: k = 54 resid = 2.234874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197759(s) Flops=357304320 => 1806.76641771045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260105.879266133 Mflops = 260.105879266133 Gflops = 0.260105879266133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056215 s
InvBiCGStab: k = 74 resid = 9.436918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270405(s) Flops=488540160 => 1806.69795307039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260109.548717179 Mflops = 260.109548717179 Gflops = 0.260109548717179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001084167 Relative Rsd = 4.75396170150227e-07
BICGSTAB_SOLVER_TIME: 0.569798 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041501 s
InvBiCGStab: k = 55 resid = 1.550387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201201(s) Flops=363866112 => 1808.47069348562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260361.647214728 Mflops = 260.361647214728 Gflops = 0.260361647214728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 73 resid = 1.148363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267035(s) Flops=481978368 => 1804.92582620256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259842.616939508 Mflops = 259.842616939508 Gflops = 0.259842616939508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001019317 Relative Rsd = 4.46960111865681e-07
BICGSTAB_SOLVER_TIME: 0.569687 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04235 s
InvBiCGStab: k = 66 resid = 1.948271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302456(s) Flops=436045824 => 1441.68349776496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207575.620051331 Mflops = 207.575620051331 Gflops = 0.207575620051331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070472 s
InvBiCGStab: k = 76 resid = 1.052899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379865(s) Flops=501663744 => 1320.63692101141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190135.643538257 Mflops = 190.135643538257 Gflops = 0.190135643538257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001102321 Relative Rsd = 4.83356532915633e-07
BICGSTAB_SOLVER_TIME: 0.799248 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048898 s
InvBiCGStab: k = 50 resid = 2.188085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214942(s) Flops=331057152 => 1540.21620716286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221742.954957953 Mflops = 221.742954957953 Gflops = 0.221742954957953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064167 s
InvBiCGStab: k = 77 resid = 1.043453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34733(s) Flops=508225536 => 1463.23535542568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210664.946509266 Mflops = 210.664946509266 Gflops = 0.210664946509266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009976303 Relative Rsd = 4.37450831634866e-07
BICGSTAB_SOLVER_TIME: 0.679211 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104915
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887191(s) Flops=1404518400 => 1583.10713251149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228062.791201145 Mflops = 228.062791201145 Gflops = 0.228062791201145 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155632000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041468 s
InvBiCGStab: k = 24 resid = 1.822956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088779(s) Flops=160450560 => 1807.30307843071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260100.944897032 Mflops = 260.100944897032 Gflops = 0.260100944897032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 51 resid = 6.710197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187285(s) Flops=337618944 => 1802.70146568065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.013386475 Mflops = 259.491013386475 Gflops = 0.259491013386475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007028971 Relative Rsd = 3.0821331456349e-07
BICGSTAB_SOLVER_TIME: 0.377623 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 57 resid = 1.683868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209272(s) Flops=376989696 => 1801.43399977063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.654663514 Mflops = 259.322654663514 Gflops = 0.259322654663514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056201 s
InvBiCGStab: k = 77 resid = 1.081578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282577(s) Flops=508225536 => 1798.53822497939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258925.815221336 Mflops = 258.925815221336 Gflops = 0.258925815221336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001095951 Relative Rsd = 4.80563397202132e-07
BICGSTAB_SOLVER_TIME: 0.592599 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 58 resid = 1.765486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213195(s) Flops=383551488 => 1799.06418067966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.721677883 Mflops = 259.005721677883 Gflops = 0.259005721677883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 75 resid = 8.692943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274(s) Flops=495101952 => 1806.94143065693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260137.300996764 Mflops = 260.137300996764 Gflops = 0.260137300996764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001031001 Relative Rsd = 4.52083591685346e-07
BICGSTAB_SOLVER_TIME: 0.588336 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040583 s
InvBiCGStab: k = 69 resid = 1.968908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253899(s) Flops=455731200 => 1794.93105526213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258426.757702288 Mflops = 258.426757702288 Gflops = 0.258426757702288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 83 resid = 1.068974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367045(s) Flops=547596288 => 1491.90504706507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214789.084792337 Mflops = 214.789084792337 Gflops = 0.214789084792337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001083354 Relative Rsd = 4.75039862471073e-07
BICGSTAB_SOLVER_TIME: 0.721957 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04746 s
InvBiCGStab: k = 55 resid = 2.204422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237025(s) Flops=363866112 => 1535.13811623246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221011.797319869 Mflops = 221.011797319869 Gflops = 0.221011797319869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069525 s
InvBiCGStab: k = 79 resid = 1.096479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353825(s) Flops=521349120 => 1473.46603546951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212190.560569276 Mflops = 212.190560569276 Gflops = 0.212190560569276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001082433 Relative Rsd = 4.74635979038772e-07
BICGSTAB_SOLVER_TIME: 0.712544 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109957
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987196(s) Flops=1410859008 => 1429.157946345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205784.067438061 Mflops = 205.784067438061 Gflops = 0.205784067438061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156422000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.306889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723496(s) Flops=1308764160 => 1808.94456914758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260448.878483782 Mflops = 260.448878483782 Gflops = 0.260448878483782 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 8.368564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.946643(s) Flops=1709033472 => 1805.36218194187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.494518642 Mflops = 259.968494518642 Gflops = 0.259968494518642 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.003385867 Relative Rsd = 1.48912111455683e-06
BICGSTAB_SOLVER_TIME: 1.673643 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327606999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.932776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73578(s) Flops=1262831616 => 1716.31685558183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247082.087917816 Mflops = 247.082087917816 Gflops = 0.247082087917816 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 6.714386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851067(s) Flops=1335011328 => 1568.63246724406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225868.937479787 Mflops = 225.868937479787 Gflops = 0.225868937479787 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001919328 Relative Rsd = 8.43079167845817e-07
BICGSTAB_SOLVER_TIME: 1.590388 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.138908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282034999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066708(s) Flops=1410859008 => 1322.62906812361 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190445.080509316 Mflops = 190.445080509316 Gflops = 0.190445080509316 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156394000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040954 s
InvBiCGStab: k = 29 resid = 1.834688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107963(s) Flops=193259520 => 1790.05325898688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257639.35307446 Mflops = 257.63935307446 Gflops = 0.25763935307446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056461 s
InvBiCGStab: k = 50 resid = 7.263451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183766(s) Flops=331057152 => 1801.5147089233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259334.385954782 Mflops = 259.334385954782 Gflops = 0.259334385954782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007228197 Relative Rsd = 3.16949157000509e-07
BICGSTAB_SOLVER_TIME: 0.393005 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 80 resid = 2.257577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29359(s) Flops=527910912 => 1798.12293334242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258882.166028328 Mflops = 258.882166028328 Gflops = 0.258882166028328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056854 s
InvBiCGStab: k = 114 resid = 1.024759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416425(s) Flops=751011840 => 1803.47443117008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259651.808842334 Mflops = 259.651808842334 Gflops = 0.259651808842334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001316089 Relative Rsd = 5.77091945897648e-07
BICGSTAB_SOLVER_TIME: 0.811925 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153043999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041948 s
InvBiCGStab: k = 63 resid = 1.85794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240843(s) Flops=416360448 => 1728.76292024265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248872.741903909 Mflops = 248.872741903909 Gflops = 0.248872741903909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057168 s
InvBiCGStab: k = 72 resid = 1.073995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266252(s) Flops=475416576 => 1785.58875050704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257070.034215545 Mflops = 257.070034215545 Gflops = 0.257070034215545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00106521 Relative Rsd = 4.67083991836866e-07
BICGSTAB_SOLVER_TIME: 0.610108 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04119 s
InvBiCGStab: k = 65 resid = 1.823048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239629(s) Flops=429484032 => 1792.28737757116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258030.622861787 Mflops = 258.030622861787 Gflops = 0.258030622861787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057139 s
InvBiCGStab: k = 97 resid = 7.541564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356329(s) Flops=639461376 => 1794.58134476846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258372.663077925 Mflops = 258.372663077925 Gflops = 0.258372663077925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00114494 Relative Rsd = 5.02044666499445e-07
BICGSTAB_SOLVER_TIME: 0.698085 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 68 resid = 1.919153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271522(s) Flops=449169408 => 1654.2652455418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238163.400442935 Mflops = 238.163400442935 Gflops = 0.238163400442935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06431 s
InvBiCGStab: k = 80 resid = 1.04913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369385(s) Flops=527910912 => 1429.1617472285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205769.330387192 Mflops = 205.769330387192 Gflops = 0.205769330387192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001151858 Relative Rsd = 5.05077978091228e-07
BICGSTAB_SOLVER_TIME: 0.750739 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119855
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.041856(s) Flops=1417273344 => 1360.3351557221 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195872.53944343 Mflops = 195.87253944343 Gflops = 0.19587253944343 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157107000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 33 resid = 2.129404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122429(s) Flops=219506688 => 1792.930498493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258042.811718397 Mflops = 258.042811718397 Gflops = 0.258042811718397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 59 resid = 8.662673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229329(s) Flops=390113280 => 1701.10749185668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244894.412870537 Mflops = 244.894412870537 Gflops = 0.244894412870537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007700405 Relative Rsd = 3.37654997673154e-07
BICGSTAB_SOLVER_TIME: 0.454247 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044171 s
InvBiCGStab: k = 80 resid = 1.768929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296005(s) Flops=527910912 => 1783.45268492086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256768.959087831 Mflops = 256.768959087831 Gflops = 0.256768959087831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057014 s
InvBiCGStab: k = 99 resid = 7.879898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364183(s) Flops=652584960 => 1791.91494386064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257993.753639487 Mflops = 257.993753639487 Gflops = 0.257993753639487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001277564 Relative Rsd = 5.60198827103199e-07
BICGSTAB_SOLVER_TIME: 0.765263 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041365 s
InvBiCGStab: k = 59 resid = 2.0643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21668(s) Flops=390113280 => 1800.41203618239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259205.92526975 Mflops = 259.20592526975 Gflops = 0.25920592526975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 77 resid = 1.036635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281246(s) Flops=508225536 => 1807.04982826422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.572362034 Mflops = 260.163572362034 Gflops = 0.260163572362034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001055831 Relative Rsd = 4.62971139442971e-07
BICGSTAB_SOLVER_TIME: 0.599282 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 62 resid = 2.056815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227533(s) Flops=409798656 => 1801.05152219678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.561430574 Mflops = 259.288561430574 Gflops = 0.259288561430574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 82 resid = 9.562087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300755(s) Flops=541034496 => 1798.92103539426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258989.648430677 Mflops = 258.989648430677 Gflops = 0.258989648430677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001118059 Relative Rsd = 4.90257569469321e-07
BICGSTAB_SOLVER_TIME: 0.62979 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041112 s
InvBiCGStab: k = 70 resid = 2.177857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256522(s) Flops=462292992 => 1802.15728865361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259457.008255296 Mflops = 259.457008255296 Gflops = 0.259457008255296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056126 s
InvBiCGStab: k = 83 resid = 1.048248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346016(s) Flops=547596288 => 1582.57504855267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227823.540903886 Mflops = 227.823540903886 Gflops = 0.227823540903886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001137737 Relative Rsd = 4.98886136750503e-07
BICGSTAB_SOLVER_TIME: 0.706783 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123474
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.061267(s) Flops=1423540224 => 1341.35917163164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193167.330680002 Mflops = 193.167330680002 Gflops = 0.193167330680002 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157638000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041793 s
InvBiCGStab: k = 27 resid = 2.094801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100699(s) Flops=180135936 => 1788.85526172057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257459.723136072 Mflops = 257.459723136072 Gflops = 0.257459723136072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056934 s
InvBiCGStab: k = 52 resid = 7.990463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192312(s) Flops=344180736 => 1789.69973792587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257625.324173025 Mflops = 257.625324173025 Gflops = 0.257625324173025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007801627 Relative Rsd = 3.42093478531994e-07
BICGSTAB_SOLVER_TIME: 0.395534 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001845
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 54 resid = 2.121709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199117(s) Flops=357304320 => 1794.44407057157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258336.004047906 Mflops = 258.336004047906 Gflops = 0.258336004047906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056546 s
InvBiCGStab: k = 82 resid = 1.125045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300506(s) Flops=541034496 => 1800.41162572461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259214.359512717 Mflops = 259.214359512717 Gflops = 0.259214359512717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001102124 Relative Rsd = 4.8327041671868e-07
BICGSTAB_SOLVER_TIME: 0.601504 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 60 resid = 1.832487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219908(s) Flops=396675072 => 1803.82283500373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259689.893421268 Mflops = 259.689893421268 Gflops = 0.259689893421268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 75 resid = 8.488557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274925(s) Flops=495101952 => 1800.86187869419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259275.005379454 Mflops = 259.275005379454 Gflops = 0.259275005379454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001079656 Relative Rsd = 4.73418407296198e-07
BICGSTAB_SOLVER_TIME: 0.595574 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041526 s
InvBiCGStab: k = 53 resid = 1.606055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194546(s) Flops=350742528 => 1802.87709847542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259542.039158365 Mflops = 259.542039158365 Gflops = 0.259542039158365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055766 s
InvBiCGStab: k = 78 resid = 6.729427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286196(s) Flops=514787328 => 1798.72300102028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258961.765288334 Mflops = 258.961765288334 Gflops = 0.258961765288334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001097992 Relative Rsd = 4.81458301202596e-07
BICGSTAB_SOLVER_TIME: 0.581895 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 62 resid = 1.873008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227163(s) Flops=409798656 => 1803.98505038232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259699.315293931 Mflops = 259.699315293931 Gflops = 0.259699315293931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 78 resid = 6.382564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285864(s) Flops=514787328 => 1800.81202250021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259255.166521484 Mflops = 259.255166521484 Gflops = 0.259255166521484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00107884 Relative Rsd = 4.73060670302573e-07
BICGSTAB_SOLVER_TIME: 0.614115 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114166
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02523(s) Flops=1423540224 => 1388.50816304634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199927.312082317 Mflops = 199.927312082317 Gflops = 0.199927312082317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157763000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.515659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 27 resid = 2.086556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157089(s) Flops=180135936 => 1146.7126024101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  165059.885686779 Mflops = 165.059885686779 Gflops = 0.165059885686779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085647 s
InvBiCGStab: k = 47 resid = 1.09333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20544(s) Flops=311371776 => 1515.63364485981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218183.540682433 Mflops = 218.183540682433 Gflops = 0.218183540682433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007504373 Relative Rsd = 3.2905917700747e-07
BICGSTAB_SOLVER_TIME: 0.49344 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 63 resid = 2.092121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231103(s) Flops=416360448 => 1801.62286080233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.227188956 Mflops = 259.364227188956 Gflops = 0.259364227188956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055911 s
InvBiCGStab: k = 85 resid = 1.052124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311156(s) Flops=560719872 => 1802.05386365682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.808501267 Mflops = 259.441808501267 Gflops = 0.259441808501267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001189104 Relative Rsd = 5.21410142002266e-07
BICGSTAB_SOLVER_TIME: 0.643218 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 65 resid = 2.263697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237921(s) Flops=429484032 => 1805.15394605773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.53903629 Mflops = 259.88953903629 Gflops = 0.25988953903629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 87 resid = 1.098245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345773(s) Flops=573843456 => 1659.59590829822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238951.706414393 Mflops = 238.951706414393 Gflops = 0.238951706414393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001087921 Relative Rsd = 4.77042178905857e-07
BICGSTAB_SOLVER_TIME: 0.684695 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04162 s
InvBiCGStab: k = 66 resid = 1.677557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241992(s) Flops=436045824 => 1801.90181493603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.125014358 Mflops = 259.415125014358 Gflops = 0.259415125014358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 84 resid = 8.050574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308102(s) Flops=554158080 => 1798.61889893607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258946.911990195 Mflops = 258.946911990195 Gflops = 0.258946911990195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001116963 Relative Rsd = 4.89776860384136e-07
BICGSTAB_SOLVER_TIME: 0.651782 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 55 resid = 2.218935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201286(s) Flops=363866112 => 1807.70700396451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.677116295 Mflops = 260.211677116295 Gflops = 0.260211677116295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 72 resid = 9.08448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263214(s) Flops=475416576 => 1806.19790740614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260040.412281587 Mflops = 260.040412281587 Gflops = 0.260040412281587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001048426 Relative Rsd = 4.59724196384532e-07
BICGSTAB_SOLVER_TIME: 0.566314 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104939
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931062(s) Flops=1423392768 => 1528.78408527037 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220117.533780287 Mflops = 220.117533780287 Gflops = 0.220117533780287 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158048000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021451
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.07903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724088(s) Flops=1308764160 => 1807.46561191457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260210.233419826 Mflops = 260.210233419826 Gflops = 0.260210233419826 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.113024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830148(s) Flops=1499056128 => 1805.76972780757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.659537254 Mflops = 260.017659537254 Gflops = 0.260017659537254 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002302855 Relative Rsd = 1.01275194333631e-06
BICGSTAB_SOLVER_TIME: 1.557599 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.114938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304824999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.263334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.64893(s) Flops=1170966528 => 1804.45738061116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.439770285 Mflops = 259.766439770285 Gflops = 0.259766439770285 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 8.600351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825975(s) Flops=1426876416 => 1727.50557341324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248752.679555428 Mflops = 248.752679555428 Gflops = 0.248752679555428 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.002843617 Relative Rsd = 1.24905155405521e-06
BICGSTAB_SOLVER_TIME: 1.478568 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282337999999997
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893469(s) Flops=1423392768 => 1593.10817498984 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229391.764437405 Mflops = 229.391764437405 Gflops = 0.229391764437405 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157945000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.551224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052169 s
InvBiCGStab: k = 28 resid = 1.543135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131161(s) Flops=186697728 => 1423.42409710203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204794.105193417 Mflops = 204.794105193417 Gflops = 0.204794105193417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079308 s
InvBiCGStab: k = 54 resid = 1.039859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198756(s) Flops=357304320 => 1797.70331461692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258778.581274323 Mflops = 258.778581274323 Gflops = 0.258778581274323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007142296 Relative Rsd = 3.13182479467098e-07
BICGSTAB_SOLVER_TIME: 0.465267 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 76 resid = 1.911351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27939(s) Flops=501663744 => 1795.56800171803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258498.825720107 Mflops = 258.498825720107 Gflops = 0.258498825720107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 86 resid = 1.053662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315539(s) Flops=567281664 => 1797.81790523517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258824.999307597 Mflops = 258.824999307597 Gflops = 0.258824999307597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001240667 Relative Rsd = 5.44019855075419e-07
BICGSTAB_SOLVER_TIME: 0.696459 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 50 resid = 1.572764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184516(s) Flops=331057152 => 1794.19211342106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258283.837663064 Mflops = 258.283837663064 Gflops = 0.258283837663064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056355 s
InvBiCGStab: k = 81 resid = 1.053206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296103(s) Flops=534472704 => 1805.02292783254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.096516742 Mflops = 259.868096516742 Gflops = 0.259868096516741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001008617 Relative Rsd = 4.42268540251361e-07
BICGSTAB_SOLVER_TIME: 0.58223 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041898 s
InvBiCGStab: k = 71 resid = 2.180332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277356(s) Flops=468854784 => 1690.4439925583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243377.842465377 Mflops = 243.377842465377 Gflops = 0.243377842465377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059232 s
InvBiCGStab: k = 89 resid = 6.887813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336385(s) Flops=586967040 => 1744.92631954457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251216.822793521 Mflops = 251.216822793521 Gflops = 0.251216822793521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.0011558 Relative Rsd = 5.06806733945413e-07
BICGSTAB_SOLVER_TIME: 0.718754 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 56 resid = 1.873217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205478(s) Flops=370427904 => 1802.76187231723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.416990602 Mflops = 259.530416990602 Gflops = 0.259530416990602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 80 resid = 9.904641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293852(s) Flops=527910912 => 1796.51971740876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258636.097643532 Mflops = 258.636097643532 Gflops = 0.258636097643532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001072848 Relative Rsd = 4.70433232973962e-07
BICGSTAB_SOLVER_TIME: 0.601669 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111439
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883557(s) Flops=1417347072 => 1604.13767532825 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230975.901497667 Mflops = 230.975901497667 Gflops = 0.230975901497667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157317000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041817 s
InvBiCGStab: k = 24 resid = 1.981343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088966(s) Flops=160450560 => 1803.5042600544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259531.122903993 Mflops = 259.531122903993 Gflops = 0.259531122903993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056015 s
InvBiCGStab: k = 48 resid = 9.835632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176605(s) Flops=317933568 => 1800.25235978596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259142.164638107 Mflops = 259.142164638107 Gflops = 0.259142164638107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000701691 Relative Rsd = 3.07684442685285e-07
BICGSTAB_SOLVER_TIME: 0.367251 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047035 s
InvBiCGStab: k = 75 resid = 2.25351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327619(s) Flops=495101952 => 1511.21257314136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217581.040042017 Mflops = 217.581040042017 Gflops = 0.217581040042017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062967 s
InvBiCGStab: k = 96 resid = 8.743536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439415(s) Flops=632899584 => 1440.3231205125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207372.003393127 Mflops = 207.372003393127 Gflops = 0.207372003393127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001267403 Relative Rsd = 5.55743245517637e-07
BICGSTAB_SOLVER_TIME: 0.881692 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051487 s
InvBiCGStab: k = 62 resid = 1.81479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270979(s) Flops=409798656 => 1512.2893508353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217727.846343162 Mflops = 217.727846343162 Gflops = 0.217727846343162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084087 s
InvBiCGStab: k = 74 resid = 1.074817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345176(s) Flops=488540160 => 1415.33640809326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203768.021588333 Mflops = 203.768021588333 Gflops = 0.203768021588333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001029817 Relative Rsd = 4.5156418901552e-07
BICGSTAB_SOLVER_TIME: 0.75563 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041303 s
InvBiCGStab: k = 65 resid = 2.172848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248381(s) Flops=429484032 => 1729.13399978259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248933.422714346 Mflops = 248.933422714346 Gflops = 0.248933422714346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057459 s
InvBiCGStab: k = 88 resid = 1.143444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327535(s) Flops=580405248 => 1772.04038652358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255123.056234753 Mflops = 255.123056234753 Gflops = 0.255123056234753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001168781 Relative Rsd = 5.12498876737251e-07
BICGSTAB_SOLVER_TIME: 0.678626 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042528 s
InvBiCGStab: k = 54 resid = 2.186292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202729(s) Flops=357304320 => 1762.47266054684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253741.539173478 Mflops = 253.741539173478 Gflops = 0.253741539173478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057305 s
InvBiCGStab: k = 81 resid = 9.385518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311415(s) Flops=534472704 => 1716.27154761331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247105.203034371 Mflops = 247.105203034371 Gflops = 0.247105203034371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001075287 Relative Rsd = 4.71502666480877e-07
BICGSTAB_SOLVER_TIME: 0.618737 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110721
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898268(s) Flops=1417273344 => 1577.78451865145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227186.890154342 Mflops = 227.186890154342 Gflops = 0.227186890154342 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157158000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042139 s
InvBiCGStab: k = 33 resid = 1.563408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124036(s) Flops=219506688 => 1769.70144151698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254739.74022765 Mflops = 254.73974022765 Gflops = 0.25473974022765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057385 s
InvBiCGStab: k = 49 resid = 9.20166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188363(s) Flops=324495360 => 1722.71284700286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247998.82239803 Mflops = 247.99882239803 Gflops = 0.24799882239803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007675646 Relative Rsd = 3.3656933123759e-07
BICGSTAB_SOLVER_TIME: 0.415994 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043656 s
InvBiCGStab: k = 48 resid = 2.213385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182716(s) Flops=317933568 => 1740.04229514657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250514.914214873 Mflops = 250.514914214873 Gflops = 0.250514914214873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057268 s
InvBiCGStab: k = 66 resid = 1.103557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251973(s) Flops=436045824 => 1730.52598492696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249131.063180548 Mflops = 249.131063180548 Gflops = 0.249131063180548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001031977 Relative Rsd = 4.52511569275893e-07
BICGSTAB_SOLVER_TIME: 0.53941 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0959920000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042039 s
InvBiCGStab: k = 53 resid = 1.171012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194147(s) Flops=350742528 => 1806.58227013552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260077.630305123 Mflops = 260.077630305123 Gflops = 0.260077630305123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 75 resid = 9.560922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282903(s) Flops=495101952 => 1750.07671180581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251940.965003512 Mflops = 251.940965003512 Gflops = 0.251940965003512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001028826 Relative Rsd = 4.51129779509847e-07
BICGSTAB_SOLVER_TIME: 0.579272 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041707 s
InvBiCGStab: k = 66 resid = 1.897432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257643(s) Flops=436045824 => 1692.44196038705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243669.746403527 Mflops = 243.669746403527 Gflops = 0.243669746403527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061522 s
InvBiCGStab: k = 82 resid = 1.14136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365418(s) Flops=541034496 => 1480.59070981725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213163.912444059 Mflops = 213.163912444059 Gflops = 0.213163912444059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001081987 Relative Rsd = 4.7444021400302e-07
BICGSTAB_SOLVER_TIME: 0.731188 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044618 s
InvBiCGStab: k = 50 resid = 2.087325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226298(s) Flops=331057152 => 1462.92566438943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210608.105632804 Mflops = 210.608105632804 Gflops = 0.210608105632804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071399 s
InvBiCGStab: k = 86 resid = 1.082924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396401(s) Flops=567281664 => 1431.08030504464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206044.088129862 Mflops = 206.044088129862 Gflops = 0.206044088129862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001114498 Relative Rsd = 4.88696094455335e-07
BICGSTAB_SOLVER_TIME: 0.742944 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111371
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968282(s) Flops=1417273344 => 1463.69894720753 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210762.010205964 Mflops = 210.762010205964 Gflops = 0.210762010205964 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157307000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 30 resid = 1.736525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110807(s) Flops=199821312 => 1803.32751540968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259571.405312066 Mflops = 259.571405312066 Gflops = 0.259571405312066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 50 resid = 6.938024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1899(s) Flops=331057152 => 1743.32360189573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250954.041013159 Mflops = 250.954041013159 Gflops = 0.250954041013158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007908469 Relative Rsd = 3.46778414043406e-07
BICGSTAB_SOLVER_TIME: 0.402058 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042449 s
InvBiCGStab: k = 65 resid = 1.055019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244673(s) Flops=429484032 => 1755.33888904783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252720.720499242 Mflops = 252.720720499242 Gflops = 0.252720720499242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057729 s
InvBiCGStab: k = 77 resid = 1.023647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282563(s) Flops=508225536 => 1798.62733620467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258949.743533338 Mflops = 258.949743533339 Gflops = 0.258949743533338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001093709 Relative Rsd = 4.79580335126898e-07
BICGSTAB_SOLVER_TIME: 0.631314 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 79 resid = 1.991864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294638(s) Flops=521349120 => 1769.4564855857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254759.498366303 Mflops = 254.759498366303 Gflops = 0.254759498366303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058373 s
InvBiCGStab: k = 73 resid = 1.117153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279792(s) Flops=481978368 => 1722.63098301595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247996.139761363 Mflops = 247.996139761363 Gflops = 0.247996139761363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00108917 Relative Rsd = 4.77590269959019e-07
BICGSTAB_SOLVER_TIME: 0.677628 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046166 s
InvBiCGStab: k = 73 resid = 1.418596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269237(s) Flops=481978368 => 1790.16393734888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257712.170083916 Mflops = 257.712170083916 Gflops = 0.257712170083916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055995 s
InvBiCGStab: k = 84 resid = 7.813566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320436(s) Flops=554158080 => 1729.38770924615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248993.825255857 Mflops = 248.993825255857 Gflops = 0.248993825255857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001140353 Relative Rsd = 5.00033263708373e-07
BICGSTAB_SOLVER_TIME: 0.695668 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126615
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041957 s
InvBiCGStab: k = 63 resid = 1.709232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234423(s) Flops=416360448 => 1776.10749798441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255708.803266662 Mflops = 255.708803266662 Gflops = 0.255708803266662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059282 s
InvBiCGStab: k = 76 resid = 9.150843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282891(s) Flops=501663744 => 1773.34642671559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255306.26354855 Mflops = 255.30626354855 Gflops = 0.25530626354855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001119703 Relative Rsd = 4.9097865862057e-07
BICGSTAB_SOLVER_TIME: 0.622711 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11347
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966048(s) Flops=1429807104 => 1480.05803438338 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213148.63533524 Mflops = 213.14863533524 Gflops = 0.21314863533524 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158349000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.541765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.863668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815267(s) Flops=1466247168 => 1798.48708214609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258909.426327513 Mflops = 258.909426327513 Gflops = 0.258909426327513 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.045751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910175(s) Flops=1636853760 => 1798.39455049853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258957.1561506 Mflops = 258.9571561506 Gflops = 0.2589571561506 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.002310812 Relative Rsd = 1.0162215912869e-06
BICGSTAB_SOLVER_TIME: 1.728727 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.11644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336902999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.632843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661348(s) Flops=1190651904 => 1800.34097630899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259214.513651005 Mflops = 259.214513651005 Gflops = 0.259214513651005 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.116116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85286(s) Flops=1525303296 => 1788.45683465047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257528.104766409 Mflops = 257.528104766409 Gflops = 0.257528104766409 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.00198186 Relative Rsd = 8.70495051265569e-07
BICGSTAB_SOLVER_TIME: 1.517639 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294984999999999
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890985(s) Flops=1429807104 => 1604.74879375074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231066.940948931 Mflops = 231.066940948931 Gflops = 0.231066940948931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158653000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 26 resid = 2.107373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096864(s) Flops=173574144 => 1791.93657086224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257881.403064085 Mflops = 257.881403064085 Gflops = 0.257881403064085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060852 s
InvBiCGStab: k = 53 resid = 1.024464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229273(s) Flops=350742528 => 1529.80302085287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220227.845459222 Mflops = 220.227845459222 Gflops = 0.220227845459222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007748507 Relative Rsd = 3.39764206411684e-07
BICGSTAB_SOLVER_TIME: 0.433688 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05401 s
InvBiCGStab: k = 74 resid = 2.044339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328992(s) Flops=488540160 => 1484.96060694485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213792.972272621 Mflops = 213.792972272621 Gflops = 0.213792972272621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067002 s
InvBiCGStab: k = 108 resid = 1.021753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.491673(s) Flops=711641088 => 1447.38695840528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208397.301897044 Mflops = 208.397301897044 Gflops = 0.208397301897044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001286622 Relative Rsd = 5.64170840974632e-07
BICGSTAB_SOLVER_TIME: 0.946161 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044391 s
InvBiCGStab: k = 66 resid = 1.717097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298066(s) Flops=436045824 => 1462.91701837848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210629.605725371 Mflops = 210.629605725371 Gflops = 0.210629605725371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073139 s
InvBiCGStab: k = 78 resid = 8.762741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29257(s) Flops=514787328 => 1759.53559148238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253324.264460822 Mflops = 253.324264460822 Gflops = 0.253324264460822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00109061 Relative Rsd = 4.78221414392408e-07
BICGSTAB_SOLVER_TIME: 0.712012 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 55 resid = 1.263378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203776(s) Flops=363866112 => 1785.61809045226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257054.711086629 Mflops = 257.054711086629 Gflops = 0.257054711086629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056417 s
InvBiCGStab: k = 83 resid = 1.136636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30511(s) Flops=547596288 => 1794.750378552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258390.330972306 Mflops = 258.390330972306 Gflops = 0.258390330972306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001147507 Relative Rsd = 5.03170404787177e-07
BICGSTAB_SOLVER_TIME: 0.61054 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 63 resid = 2.125951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231261(s) Flops=416360448 => 1800.39197270616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.621373582 Mflops = 259.202621373582 Gflops = 0.259202621373582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 82 resid = 9.65177e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300221(s) Flops=541034496 => 1802.12075770849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.89465345 Mflops = 259.44689465345 Gflops = 0.25944689465345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001146074 Relative Rsd = 5.02541761654114e-07
BICGSTAB_SOLVER_TIME: 0.633668 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117769
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.8986(s) Flops=1442340864 => 1605.09777876697 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231135.029447782 Mflops = 231.135029447782 Gflops = 0.231135029447782 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160228000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041035 s
InvBiCGStab: k = 39 resid = 2.245312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143777(s) Flops=258877440 => 1800.54834917963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.48741832 Mflops = 259.20748741832 Gflops = 0.25920748741832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 51 resid = 9.761983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200532(s) Flops=337618944 => 1683.6163006403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242370.05087607 Mflops = 242.37005087607 Gflops = 0.24237005087607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007041191 Relative Rsd = 3.08749128826274e-07
BICGSTAB_SOLVER_TIME: 0.445975 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 77 resid = 1.979603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284172(s) Flops=508225536 => 1788.44339343778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257493.770866545 Mflops = 257.493770866545 Gflops = 0.257493770866545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057108 s
InvBiCGStab: k = 95 resid = 9.096525e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348884(s) Flops=626337792 => 1795.26086607583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258464.271245351 Mflops = 258.464271245351 Gflops = 0.258464271245351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001283991 Relative Rsd = 5.630171289608e-07
BICGSTAB_SOLVER_TIME: 0.735319 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041717 s
InvBiCGStab: k = 67 resid = 2.262044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246261(s) Flops=442607616 => 1797.3110480344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258760.763938072 Mflops = 258.760763938072 Gflops = 0.258760763938072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056537 s
InvBiCGStab: k = 76 resid = 1.033754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299081(s) Flops=501663744 => 1677.35076450861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241482.882962705 Mflops = 241.482882962705 Gflops = 0.241482882962705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001080396 Relative Rsd = 4.73742606446672e-07
BICGSTAB_SOLVER_TIME: 0.647483 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046092 s
InvBiCGStab: k = 65 resid = 1.863848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277922(s) Flops=429484032 => 1545.34017458136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222490.230849544 Mflops = 222.490230849544 Gflops = 0.222490230849544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070287 s
InvBiCGStab: k = 81 resid = 1.052429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345255(s) Flops=534472704 => 1548.05203110744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222875.206005959 Mflops = 222.875206005959 Gflops = 0.222875206005959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00111564 Relative Rsd = 4.89197069177858e-07
BICGSTAB_SOLVER_TIME: 0.743477 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042617 s
InvBiCGStab: k = 62 resid = 1.36396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277901(s) Flops=409798656 => 1474.62101971565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212307.233867882 Mflops = 212.307233867882 Gflops = 0.212307233867882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063201 s
InvBiCGStab: k = 90 resid = 1.055504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43999(s) Flops=593528832 => 1348.95982181413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194214.693407885 Mflops = 194.214693407885 Gflops = 0.194214693407885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001141193 Relative Rsd = 5.00401669513595e-07
BICGSTAB_SOLVER_TIME: 0.827584 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12289
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906377(s) Flops=1448681472 => 1598.32108714144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230189.260197053 Mflops = 230.189260197053 Gflops = 0.230189260197053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0421 s
InvBiCGStab: k = 27 resid = 2.234499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100195(s) Flops=180135936 => 1797.85354558611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258756.960679613 Mflops = 258.756960679613 Gflops = 0.258756960679613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05682 s
InvBiCGStab: k = 47 resid = 9.904827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174851(s) Flops=311371776 => 1780.78350138118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256330.327288819 Mflops = 256.330327288819 Gflops = 0.256330327288819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007182806 Relative Rsd = 3.1495881107443e-07
BICGSTAB_SOLVER_TIME: 0.377821 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 47 resid = 2.219065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172424(s) Flops=311371776 => 1805.84939451584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259971.176986605 Mflops = 259.971176986605 Gflops = 0.259971176986605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 81 resid = 5.252085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296864(s) Flops=534472704 => 1800.39581761345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259205.815694547 Mflops = 259.205815694547 Gflops = 0.259205815694547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00111411 Relative Rsd = 4.88525801845355e-07
BICGSTAB_SOLVER_TIME: 0.570706 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10581
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040744 s
InvBiCGStab: k = 71 resid = 2.171896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259597(s) Flops=468854784 => 1806.0870657211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260020.446328789 Mflops = 260.020446328789 Gflops = 0.260020446328789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 80 resid = 7.154039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292483(s) Flops=527910912 => 1804.92853259848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.7802364 Mflops = 259.8537802364 Gflops = 0.2598537802364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001081567 Relative Rsd = 4.74256291858609e-07
BICGSTAB_SOLVER_TIME: 0.652754 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048333 s
InvBiCGStab: k = 66 resid = 1.821473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242687(s) Flops=436045824 => 1796.7415807192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258677.448909749 Mflops = 258.677448909749 Gflops = 0.258677448909749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 85 resid = 1.032426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311082(s) Flops=560719872 => 1802.4825351515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259513.496984343 Mflops = 259.513496984343 Gflops = 0.259513496984343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001152 Relative Rsd = 5.05140459552444e-07
BICGSTAB_SOLVER_TIME: 0.662235 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 64 resid = 2.078722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234792(s) Flops=422922240 => 1801.26341613002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.04626182 Mflops = 259.32904626182 Gflops = 0.25932904626182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055998 s
InvBiCGStab: k = 74 resid = 8.252612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270481(s) Flops=488540160 => 1806.19030541886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.585735013 Mflops = 260.031585735013 Gflops = 0.260031585735013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088094 Relative Rsd = 4.7711834094845e-07
BICGSTAB_SOLVER_TIME: 0.606144 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112758
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.105847(s) Flops=1461141504 => 1321.28721604345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190250.928150618 Mflops = 190.250928150618 Gflops = 0.190250928150618 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161833000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.503188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 23 resid = 2.109195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085752(s) Flops=153888768 => 1794.57934508816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258272.327224565 Mflops = 258.272327224565 Gflops = 0.258272327224565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055881 s
InvBiCGStab: k = 50 resid = 7.546204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184658(s) Flops=331057152 => 1792.81239913787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258081.235574425 Mflops = 258.081235574425 Gflops = 0.258081235574425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007519431 Relative Rsd = 3.29719469246703e-07
BICGSTAB_SOLVER_TIME: 0.371413 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048318 s
InvBiCGStab: k = 59 resid = 2.158203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266787(s) Flops=390113280 => 1462.26495293999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210517.422103047 Mflops = 210.517422103047 Gflops = 0.210517422103047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067236 s
InvBiCGStab: k = 85 resid = 1.093324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355196(s) Flops=560719872 => 1578.62102050699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227268.413772855 Mflops = 227.268413772855 Gflops = 0.227268413772855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001122509 Relative Rsd = 4.92208838958667e-07
BICGSTAB_SOLVER_TIME: 0.741331 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040908 s
InvBiCGStab: k = 65 resid = 2.047329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238718(s) Flops=429484032 => 1799.12713745926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259021.313777043 Mflops = 259.021313777043 Gflops = 0.259021313777043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05881 s
InvBiCGStab: k = 81 resid = 8.781693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296287(s) Flops=534472704 => 1803.90197342442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.023057175 Mflops = 259.700023057175 Gflops = 0.259700023057175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001078981 Relative Rsd = 4.73122181871825e-07
BICGSTAB_SOLVER_TIME: 0.638488 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040735 s
InvBiCGStab: k = 63 resid = 2.157964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231495(s) Flops=416360448 => 1798.57209874943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258934.905979486 Mflops = 258.934905979486 Gflops = 0.258934905979486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055959 s
InvBiCGStab: k = 92 resid = 1.014957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33696(s) Flops=606652416 => 1800.36923076923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.356922438 Mflops = 259.202356922438 Gflops = 0.259202356922438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001171513 Relative Rsd = 5.13696540171105e-07
BICGSTAB_SOLVER_TIME: 0.668921 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 64 resid = 2.052595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243147(s) Flops=422922240 => 1739.36853014843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250424.066328633 Mflops = 250.424066328633 Gflops = 0.250424066328633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059037 s
InvBiCGStab: k = 74 resid = 7.843643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286581(s) Flops=488540160 => 1704.71929402159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245427.332246398 Mflops = 245.427332246398 Gflops = 0.245427332246398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070478 Relative Rsd = 4.69393661930129e-07
BICGSTAB_SOLVER_TIME: 0.633818 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113066
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932674(s) Flops=1473527808 => 1579.89587787373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227518.212253034 Mflops = 227.518212253034 Gflops = 0.227518212253034 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163785000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.78839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917378(s) Flops=1361258496 => 1483.85779471494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213652.698592178 Mflops = 213.652698592178 Gflops = 0.213652698592178 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 9.993494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9208(s) Flops=1604044800 => 1742.01216333623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250837.92804791 Mflops = 250.83792804791 Gflops = 0.25083792804791 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002731041 Relative Rsd = 1.20102609548677e-06
BICGSTAB_SOLVER_TIME: 1.84157 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321477999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.156587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774316(s) Flops=1335011328 => 1724.11693417158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248194.69914838 Mflops = 248.19469914838 Gflops = 0.24819469914838 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 9.181302e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.719865(s) Flops=1289078784 => 1790.7229605551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257849.398106867 Mflops = 257.849398106867 Gflops = 0.257849398106867 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001975417 Relative Rsd = 8.6762968804005e-07
BICGSTAB_SOLVER_TIME: 1.497534 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.11647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284919999999998
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915394(s) Flops=1473527808 => 1609.71975783105 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231777.400838673 Mflops = 231.777400838673 Gflops = 0.231777400838673 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164132000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 27 resid = 2.246712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099706(s) Flops=180135936 => 1806.67097265962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.077914177 Mflops = 260.030077914177 Gflops = 0.260030077914177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 43 resid = 1.124424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158281(s) Flops=285124608 => 1801.38240218346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259292.129945561 Mflops = 259.292129945561 Gflops = 0.259292129945561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.000766233 Relative Rsd = 3.35985430752204e-07
BICGSTAB_SOLVER_TIME: 0.359188 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041246 s
InvBiCGStab: k = 73 resid = 1.829203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267483(s) Flops=481978368 => 1801.90280503808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.194390794 Mflops = 259.413194390794 Gflops = 0.259413194390794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 102 resid = 6.516104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372326(s) Flops=672270336 => 1805.595999205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.383020697 Mflops = 259.956383020697 Gflops = 0.259956383020697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001286351 Relative Rsd = 5.64051901591762e-07
BICGSTAB_SOLVER_TIME: 0.741445 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139535
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050317 s
InvBiCGStab: k = 52 resid = 1.896616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233561(s) Flops=344180736 => 1473.6224626543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212171.303708645 Mflops = 212.171303708645 Gflops = 0.212171303708645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075788 s
InvBiCGStab: k = 84 resid = 1.14842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382538(s) Flops=554158080 => 1448.63537740042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208563.402617716 Mflops = 208.563402617716 Gflops = 0.208563402617716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001071111 Relative Rsd = 4.69671459407199e-07
BICGSTAB_SOLVER_TIME: 0.746601 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04698 s
InvBiCGStab: k = 70 resid = 2.03987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313202(s) Flops=462292992 => 1476.021838941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212504.776958677 Mflops = 212.504776958677 Gflops = 0.212504776958677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092932 s
InvBiCGStab: k = 76 resid = 1.07847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329061(s) Flops=501663744 => 1524.53114772033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219494.056922302 Mflops = 219.494056922302 Gflops = 0.219494056922302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001137931 Relative Rsd = 4.98971487243274e-07
BICGSTAB_SOLVER_TIME: 0.78999 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118883
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056874 s
InvBiCGStab: k = 73 resid = 2.249034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277212(s) Flops=481978368 => 1738.66343448336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250308.598413816 Mflops = 250.308598413816 Gflops = 0.250308598413816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056972 s
InvBiCGStab: k = 87 resid = 9.947561e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319186(s) Flops=573843456 => 1797.83404034012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258844.338686921 Mflops = 258.844338686921 Gflops = 0.258844338686921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001134531 Relative Rsd = 4.97480303873156e-07
BICGSTAB_SOLVER_TIME: 0.714173 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128354
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928067(s) Flops=1485987840 => 1601.16439869104 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230543.534367648 Mflops = 230.543534367648 Gflops = 0.230543534367648 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164891000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041501 s
InvBiCGStab: k = 28 resid = 1.651268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103821(s) Flops=186697728 => 1798.26555321178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258808.789254286 Mflops = 258.808789254286 Gflops = 0.258808789254286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056425 s
InvBiCGStab: k = 51 resid = 9.865936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197756(s) Flops=337618944 => 1707.25006573758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245767.854726341 Mflops = 245.767854726341 Gflops = 0.245767854726341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007750747 Relative Rsd = 3.39862446258178e-07
BICGSTAB_SOLVER_TIME: 0.403519 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040584 s
InvBiCGStab: k = 77 resid = 1.774952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283451(s) Flops=508225536 => 1792.99256661645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258150.661128806 Mflops = 258.150661128806 Gflops = 0.258150661128806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056931 s
InvBiCGStab: k = 97 resid = 8.068514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356271(s) Flops=639461376 => 1794.87349798328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258412.950210145 Mflops = 258.412950210145 Gflops = 0.258412950210145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001288131 Relative Rsd = 5.64832409387501e-07
BICGSTAB_SOLVER_TIME: 0.741128 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04142 s
InvBiCGStab: k = 63 resid = 1.693231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241388(s) Flops=416360448 => 1724.8597610486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248322.51846969 Mflops = 248.32251846969 Gflops = 0.24832251846969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056231 s
InvBiCGStab: k = 73 resid = 1.147233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267482(s) Flops=481978368 => 1801.90954157663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.283286457 Mflops = 259.403283286457 Gflops = 0.259403283286457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001074118 Relative Rsd = 4.70990002007848e-07
BICGSTAB_SOLVER_TIME: 0.610428 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040872 s
InvBiCGStab: k = 67 resid = 2.064864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245331(s) Flops=442607616 => 1804.12428922558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259745.496494272 Mflops = 259.745496494272 Gflops = 0.259745496494272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055936 s
InvBiCGStab: k = 89 resid = 1.076041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325478(s) Flops=586967040 => 1803.40004547158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.58256503 Mflops = 259.64158256503 Gflops = 0.25964158256503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001161074 Relative Rsd = 5.09119109526784e-07
BICGSTAB_SOLVER_TIME: 0.671376 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 66 resid = 2.013649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258858(s) Flops=436045824 => 1684.49815729087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242526.413211584 Mflops = 242.526413211584 Gflops = 0.242526413211584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067219 s
InvBiCGStab: k = 92 resid = 7.380136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431241(s) Flops=606652416 => 1406.75959846119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202536.703754381 Mflops = 202.536703754381 Gflops = 0.202536703754381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001157476 Relative Rsd = 5.0754160577193e-07
BICGSTAB_SOLVER_TIME: 0.803105 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127091
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.1059(s) Flops=1498447872 => 1354.95783705579 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195099.762536197 Mflops = 195.099762536197 Gflops = 0.195099762536197 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166469000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041011 s
InvBiCGStab: k = 27 resid = 1.58817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101946(s) Flops=180135936 => 1766.97404508269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254314.059209654 Mflops = 254.314059209654 Gflops = 0.254314059209654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 52 resid = 8.299204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196442(s) Flops=344180736 => 1752.07305973264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252205.324704199 Mflops = 252.205324704199 Gflops = 0.252205324704199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007217908 Relative Rsd = 3.16498004096733e-07
BICGSTAB_SOLVER_TIME: 0.399417 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 61 resid = 1.663781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227086(s) Flops=403236864 => 1775.70111763825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255643.953963278 Mflops = 255.643953963278 Gflops = 0.255643953963278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056072 s
InvBiCGStab: k = 83 resid = 9.938707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306345(s) Flops=547596288 => 1787.51501738236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257354.633893769 Mflops = 257.35463389377 Gflops = 0.25735463389377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00107483 Relative Rsd = 4.71301949891417e-07
BICGSTAB_SOLVER_TIME: 0.634305 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 69 resid = 2.023531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25271(s) Flops=455731200 => 1803.37620197064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.105415519 Mflops = 259.633105415519 Gflops = 0.259633105415519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056752 s
InvBiCGStab: k = 88 resid = 1.113678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321123(s) Flops=580405248 => 1807.42347324857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260219.988231776 Mflops = 260.219988231776 Gflops = 0.260219988231776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001104647 Relative Rsd = 4.84376757167145e-07
BICGSTAB_SOLVER_TIME: 0.675651 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 67 resid = 2.207932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245522(s) Flops=442607616 => 1802.72079895081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.328037483 Mflops = 259.544328037483 Gflops = 0.259544328037483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 78 resid = 1.12362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284795(s) Flops=514787328 => 1807.57150933127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260239.170376913 Mflops = 260.239170376913 Gflops = 0.260239170376913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001118603 Relative Rsd = 4.90496316033132e-07
BICGSTAB_SOLVER_TIME: 0.631386 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041093 s
InvBiCGStab: k = 67 resid = 2.116834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24705(s) Flops=442607616 => 1791.57100182149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257916.552971124 Mflops = 257.916552971124 Gflops = 0.257916552971124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056622 s
InvBiCGStab: k = 91 resid = 8.864018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340862(s) Flops=600090624 => 1760.50901537866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253460.921833425 Mflops = 253.460921833425 Gflops = 0.253460921833425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001160459 Relative Rsd = 5.08849530607929e-07
BICGSTAB_SOLVER_TIME: 0.689499 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127096
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937175(s) Flops=1510612992 => 1611.87930962734 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232087.29564209 Mflops = 232.08729564209 Gflops = 0.23208729564209 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.494222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05831 s
InvBiCGStab: k = 29 resid = 2.132785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13233(s) Flops=193259520 => 1460.43618227159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210176.214501598 Mflops = 210.176214501598 Gflops = 0.210176214501598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071912 s
InvBiCGStab: k = 52 resid = 7.864157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225543(s) Flops=344180736 => 1526.00939067052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219674.01567663 Mflops = 219.67401567663 Gflops = 0.21967401567663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007564515 Relative Rsd = 3.31696364302659e-07
BICGSTAB_SOLVER_TIME: 0.491976 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041844 s
InvBiCGStab: k = 55 resid = 1.746176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202758(s) Flops=363866112 => 1794.58325688752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258335.03140435 Mflops = 258.33503140435 Gflops = 0.25833503140435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 82 resid = 1.139257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390591(s) Flops=541034496 => 1385.16887485887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199381.200158862 Mflops = 199.381200158862 Gflops = 0.199381200158862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001153523 Relative Rsd = 5.05808408833493e-07
BICGSTAB_SOLVER_TIME: 0.698662 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 61 resid = 2.274123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224242(s) Flops=403236864 => 1798.2218496089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258867.859719799 Mflops = 258.867859719799 Gflops = 0.258867859719799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 84 resid = 1.012224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308143(s) Flops=554158080 => 1798.37958350506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258914.851006303 Mflops = 258.914851006303 Gflops = 0.258914851006303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001098247 Relative Rsd = 4.81570400294777e-07
BICGSTAB_SOLVER_TIME: 0.633131 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 73 resid = 2.16592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268284(s) Flops=481978368 => 1796.52296819788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258657.897254349 Mflops = 258.657897254349 Gflops = 0.258657897254349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 87 resid = 7.304354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321555(s) Flops=573843456 => 1784.58881373326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256919.561106645 Mflops = 256.919561106645 Gflops = 0.256919561106645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001111101 Relative Rsd = 4.87206595634416e-07
BICGSTAB_SOLVER_TIME: 0.691426 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040765 s
InvBiCGStab: k = 60 resid = 2.255446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219982(s) Flops=396675072 => 1803.21604494913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259572.015586515 Mflops = 259.572015586515 Gflops = 0.259572015586515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055684 s
InvBiCGStab: k = 80 resid = 1.036354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293628(s) Flops=527910912 => 1797.89022845233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258834.916103791 Mflops = 258.834916103791 Gflops = 0.258834916103791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001089683 Relative Rsd = 4.77814876518944e-07
BICGSTAB_SOLVER_TIME: 0.613826 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114323
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94158(s) Flops=1516879872 => 1610.99415025808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231974.254279495 Mflops = 231.974254279495 Gflops = 0.231974254279495 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168652000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.847143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804269(s) Flops=1453123584 => 1806.76314019314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260113.106616682 Mflops = 260.113106616682 Gflops = 0.260113106616682 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.147519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835972(s) Flops=1440000000 => 1722.54573119674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248034.051727885 Mflops = 248.034051727885 Gflops = 0.248034051727885 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.002461864 Relative Rsd = 1.08266876508657e-06
BICGSTAB_SOLVER_TIME: 1.645686 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.11986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314040999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.680337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852493(s) Flops=1230022656 => 1442.85367269878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207692.671328504 Mflops = 207.692671328504 Gflops = 0.207692671328504 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 6.866632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843426(s) Flops=1308764160 => 1551.72375525535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223438.453766015 Mflops = 223.438453766015 Gflops = 0.223438453766015 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001933756 Relative Rsd = 8.49290067914369e-07
BICGSTAB_SOLVER_TIME: 1.699428 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275835999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968487(s) Flops=1516879872 => 1566.23668877331 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225519.791046853 Mflops = 225.519791046853 Gflops = 0.225519791046853 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168260000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040824 s
InvBiCGStab: k = 24 resid = 2.202185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089211(s) Flops=160450560 => 1798.55129972761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258875.133495046 Mflops = 258.875133495046 Gflops = 0.258875133495046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 45 resid = 8.61686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165532(s) Flops=298248192 => 1801.75550346761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.809560033 Mflops = 259.364809560033 Gflops = 0.259364809560033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.000729757 Relative Rsd = 3.19991070002599e-07
BICGSTAB_SOLVER_TIME: 0.355539 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041707 s
InvBiCGStab: k = 78 resid = 2.149143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28545(s) Flops=514787328 => 1803.4238150289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259643.456638614 Mflops = 259.643456638614 Gflops = 0.259643456638614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 122 resid = 8.598329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445645(s) Flops=803506176 => 1803.01849229768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259595.852758105 Mflops = 259.595852758105 Gflops = 0.259595852758105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001322426 Relative Rsd = 5.7987063532559e-07
BICGSTAB_SOLVER_TIME: 0.832758 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157347999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 54 resid = 2.162309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198894(s) Flops=357304320 => 1796.45600168934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258633.45105731 Mflops = 258.63345105731 Gflops = 0.25863345105731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056061 s
InvBiCGStab: k = 77 resid = 1.146381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292153(s) Flops=508225536 => 1739.58691507532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250436.939436381 Mflops = 250.436939436381 Gflops = 0.250436939436381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001112051 Relative Rsd = 4.87623342896967e-07
BICGSTAB_SOLVER_TIME: 0.592402 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 66 resid = 1.922295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242287(s) Flops=436045824 => 1799.70788362562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259107.316170012 Mflops = 259.107316170012 Gflops = 0.259107316170012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055981 s
InvBiCGStab: k = 78 resid = 1.011294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285698(s) Flops=514787328 => 1801.85835392617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.478668591 Mflops = 259.414478668591 Gflops = 0.259414478668591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001157089 Relative Rsd = 5.07372027819187e-07
BICGSTAB_SOLVER_TIME: 0.628741 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 58 resid = 2.208437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21413(s) Flops=383551488 => 1791.20855555037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257867.747878944 Mflops = 257.867747878944 Gflops = 0.257867747878944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 82 resid = 9.467614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332548(s) Flops=541034496 => 1626.93655051301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234225.339875012 Mflops = 234.225339875012 Gflops = 0.234225339875012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001151333 Relative Rsd = 5.04847807414251e-07
BICGSTAB_SOLVER_TIME: 0.649282 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114309
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114731(s) Flops=1523146752 => 1366.38054562042 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196756.76687985 Mflops = 196.75676687985 Gflops = 0.19675676687985 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169131000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041379 s
InvBiCGStab: k = 30 resid = 2.248507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111156(s) Flops=199821312 => 1797.66555111735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258742.66822129 Mflops = 258.74266822129 Gflops = 0.25874266822129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056606 s
InvBiCGStab: k = 50 resid = 1.108238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184247(s) Flops=331057152 => 1796.81162786911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.103426091 Mflops = 258.655103426091 Gflops = 0.258655103426091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007230004 Relative Rsd = 3.17028381859828e-07
BICGSTAB_SOLVER_TIME: 0.397229 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040758 s
InvBiCGStab: k = 71 resid = 1.360112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260063(s) Flops=468854784 => 1802.85078615566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.963946749 Mflops = 259.563963946749 Gflops = 0.259563963946749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055762 s
InvBiCGStab: k = 105 resid = 1.014264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385057(s) Flops=691955712 => 1797.02151110095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.379329328 Mflops = 258.728379329328 Gflops = 0.258728379329328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001240931 Relative Rsd = 5.44135935829344e-07
BICGSTAB_SOLVER_TIME: 0.745481 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 55 resid = 2.147138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201835(s) Flops=363866112 => 1802.78996209775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259554.736290367 Mflops = 259.554736290367 Gflops = 0.259554736290367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 77 resid = 8.603437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284081(s) Flops=508225536 => 1789.01628760811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257562.907497893 Mflops = 257.562907497893 Gflops = 0.257562907497893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001091216 Relative Rsd = 4.78487266884246e-07
BICGSTAB_SOLVER_TIME: 0.58717 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110047
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 67 resid = 1.978898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257735(s) Flops=442607616 => 1717.29728597203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247236.61099479 Mflops = 247.23661099479 Gflops = 0.24723661099479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059534 s
InvBiCGStab: k = 83 resid = 8.534913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317325(s) Flops=547596288 => 1725.66387142519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248451.453035709 Mflops = 248.451453035709 Gflops = 0.248451453035709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001159833 Relative Rsd = 5.08575051182311e-07
BICGSTAB_SOLVER_TIME: 0.679383 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 68 resid = 1.937214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250862(s) Flops=449169408 => 1790.50397429663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257776.448952743 Mflops = 257.776448952743 Gflops = 0.257776448952743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 96 resid = 6.545962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35367(s) Flops=632899584 => 1789.52012893375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257641.392446517 Mflops = 257.641392446517 Gflops = 0.257641392446517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001175489 Relative Rsd = 5.15439895451684e-07
BICGSTAB_SOLVER_TIME: 0.707018 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131494
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950058(s) Flops=1529708544 => 1610.12121786249 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231841.62615781 Mflops = 231.84162615781 Gflops = 0.23184162615781 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169840000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053205 s
InvBiCGStab: k = 26 resid = 1.875642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113031(s) Flops=173574144 => 1535.63309180667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221019.247357991 Mflops = 221.019247357991 Gflops = 0.221019247357991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078978 s
InvBiCGStab: k = 45 resid = 5.967611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188638(s) Flops=298248192 => 1581.06103754281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227603.169408076 Mflops = 227.603169408076 Gflops = 0.227603169408076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007182265 Relative Rsd = 3.14935099768274e-07
BICGSTAB_SOLVER_TIME: 0.437903 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 53 resid = 2.135897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234517(s) Flops=350742528 => 1495.59532144791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215312.743758761 Mflops = 215.312743758761 Gflops = 0.215312743758761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056968 s
InvBiCGStab: k = 89 resid = 9.18655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326825(s) Flops=586967040 => 1795.96738315612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258569.586828785 Mflops = 258.569586828785 Gflops = 0.258569586828786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001093435 Relative Rsd = 4.7946037480512e-07
BICGSTAB_SOLVER_TIME: 0.663501 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043904 s
InvBiCGStab: k = 59 resid = 1.589097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229516(s) Flops=390113280 => 1699.72150089754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244697.21592737 Mflops = 244.69721592737 Gflops = 0.24469721592737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 76 resid = 1.148834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28275(s) Flops=501663744 => 1774.23074801061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255432.973423497 Mflops = 255.432973423497 Gflops = 0.255432973423497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001071106 Relative Rsd = 4.69669162294655e-07
BICGSTAB_SOLVER_TIME: 0.616355 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 71 resid = 1.969191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261871(s) Flops=468854784 => 1790.40361093821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257768.233593614 Mflops = 257.768233593614 Gflops = 0.257768233593614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 88 resid = 6.04689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325886(s) Flops=580405248 => 1781.00700244871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256423.376453185 Mflops = 256.423376453185 Gflops = 0.256423376453185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001162603 Relative Rsd = 5.09789917436777e-07
BICGSTAB_SOLVER_TIME: 0.689448 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128042
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040754 s
InvBiCGStab: k = 62 resid = 1.904777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226887(s) Flops=409798656 => 1806.17953430562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.503774693 Mflops = 260.030503774693 Gflops = 0.260030503774693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 78 resid = 1.145112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285574(s) Flops=514787328 => 1802.6407446056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.876636012 Mflops = 259.532876636012 Gflops = 0.259532876636012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001034462 Relative Rsd = 4.53601064232365e-07
BICGSTAB_SOLVER_TIME: 0.613466 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114244
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952267(s) Flops=1535754240 => 1612.73491573267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232218.285624252 Mflops = 232.218285624252 Gflops = 0.232218285624252 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170675000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041309 s
InvBiCGStab: k = 25 resid = 2.230966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092984(s) Flops=167012352 => 1796.14075539878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258501.077631201 Mflops = 258.501077631201 Gflops = 0.258501077631201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 51 resid = 9.178171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187468(s) Flops=337618944 => 1800.9417287217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.891945444 Mflops = 259.253891945444 Gflops = 0.259253891945444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007486288 Relative Rsd = 3.28266162710099e-07
BICGSTAB_SOLVER_TIME: 0.381849 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684350000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042056 s
InvBiCGStab: k = 56 resid = 1.994926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218645(s) Flops=370427904 => 1694.19791900112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243910.930510293 Mflops = 243.910930510293 Gflops = 0.243910930510293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060425 s
InvBiCGStab: k = 91 resid = 1.035641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37095(s) Flops=600090624 => 1617.71296401132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232911.215327194 Mflops = 232.911215327194 Gflops = 0.232911215327194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001160043 Relative Rsd = 5.0866703777799e-07
BICGSTAB_SOLVER_TIME: 0.696948 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049576 s
InvBiCGStab: k = 66 resid = 9.959444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297383(s) Flops=436045824 => 1466.27690217665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211100.424637893 Mflops = 211.100424637893 Gflops = 0.211100424637893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073567 s
InvBiCGStab: k = 82 resid = 1.088295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367781(s) Flops=541034496 => 1471.07788602456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211791.885944147 Mflops = 211.791885944147 Gflops = 0.211791885944147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001064329 Relative Rsd = 4.6669761750685e-07
BICGSTAB_SOLVER_TIME: 0.792837 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065995 s
InvBiCGStab: k = 63 resid = 2.247349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287648(s) Flops=416360448 => 1447.46512404049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208404.991240361 Mflops = 208.404991240361 Gflops = 0.208404991240361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074463 s
InvBiCGStab: k = 83 resid = 8.205718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328709(s) Flops=547596288 => 1665.89989321862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239853.176465757 Mflops = 239.853176465757 Gflops = 0.239853176465757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001134579 Relative Rsd = 4.97501539402458e-07
BICGSTAB_SOLVER_TIME: 0.760656 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041908 s
InvBiCGStab: k = 63 resid = 1.910971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23156(s) Flops=416360448 => 1798.06723095526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258872.941854749 Mflops = 258.872941854749 Gflops = 0.258872941854749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056278 s
InvBiCGStab: k = 76 resid = 1.035847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279061(s) Flops=501663744 => 1797.68489326706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258814.178935215 Mflops = 258.814178935215 Gflops = 0.258814178935215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001113759 Relative Rsd = 4.88371997398752e-07
BICGSTAB_SOLVER_TIME: 0.612795 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11369
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954869(s) Flops=1535901696 => 1608.49466890223 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231623.749770787 Mflops = 231.623749770787 Gflops = 0.231623749770787 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170630000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.866987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750723(s) Flops=1348134912 => 1795.78208207288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258524.345537792 Mflops = 258.524345537792 Gflops = 0.258524345537792 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 6.741949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983602(s) Flops=1748404224 => 1777.55253039339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255955.120698798 Mflops = 255.955120698798 Gflops = 0.255955120698798 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.003615457 Relative Rsd = 1.59005929186596e-06
BICGSTAB_SOLVER_TIME: 1.737681 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336423999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.626969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729179(s) Flops=1315325952 => 1803.84508056321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.580071238 Mflops = 259.718580071238 Gflops = 0.259718580071238 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 4.284065e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993148(s) Flops=1446561792 => 1456.5420179067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209732.154495104 Mflops = 209.732154495104 Gflops = 0.209732154495104 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001994561 Relative Rsd = 8.759622936968e-07
BICGSTAB_SOLVER_TIME: 1.726322 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299632999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 295 resid = 1.832968e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.239233(s) Flops=1938696192 => 1564.43234807336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225247.312773283 Mflops = 225.247312773283 Gflops = 0.225247312773283 Tflops
InvBiCGStab: k = 335 resid = 1.065752e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.248261(s) Flops=2201167872 => 1763.38752232105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253920.049279748 Mflops = 253.920049279748 Gflops = 0.253920049279748 Tflops
BICGSTAB_SOLVER: 630 iterations. Rsd = 0.003594155 Relative Rsd = 1.58069092535682e-06
BICGSTAB_SOLVER_TIME: 2.492995 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.450299999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 263 resid = 1.684195e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964096(s) Flops=1728718848 => 1793.09824747743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258215.871344071 Mflops = 258.215871344071 Gflops = 0.258215871344071 Tflops
InvBiCGStab: k = 303 resid = 8.661885e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.111503(s) Flops=1991190528 => 1791.43963444093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257957.419796621 Mflops = 257.957419796621 Gflops = 0.257957419796621 Tflops
BICGSTAB_SOLVER: 566 iterations. Rsd = 0.002007744 Relative Rsd = 8.81751888330396e-07
BICGSTAB_SOLVER_TIME: 2.080203 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.405333999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 248 resid = 2.15602e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905926(s) Flops=1630291968 => 1799.58624435108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259058.712921698 Mflops = 259.058712921698 Gflops = 0.259058712921698 Tflops
InvBiCGStab: k = 264 resid = 9.17983e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.975941(s) Flops=1735280640 => 1778.05896053143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256029.23699399 Mflops = 256.02923699399 Gflops = 0.25602923699399 Tflops
BICGSTAB_SOLVER: 512 iterations. Rsd = 0.001942444 Relative Rsd = 8.51742123547273e-07
BICGSTAB_SOLVER_TIME: 1.886505 sec
2Flav::invert,  n_count = 512
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364885000000003
MInvCG2: 351 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.460522(s) Flops=2263689216 => 1549.91791701871 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223194.582889446 Mflops = 223.194582889446 Gflops = 0.223194582889446 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252157000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.209988683181109
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 459.063271 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 4.27301783545167e-05 resid_rel = 0.009813908

Look for highest ev
Evalue[1]: eigen_norm = 0.0799538214863826 resid_rel = -0.009541039

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.567851000000005
EIGBNDSMDAGM: total time = 3.151841 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 3.32524 secs
After saving state: time= 1.380781 secs
Doing Update: 2731 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 277 resid = 2.084342e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.034938(s) Flops=1820583936 => 1759.12367310892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253250.144269127 Mflops = 253.250144269127 Gflops = 0.253250144269127 Tflops
InvBiCGStab: k = 258 resid = 1.102516e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968596(s) Flops=1695909888 => 1750.89499440427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252121.133601313 Mflops = 252.121133601313 Gflops = 0.252121133601313 Tflops
BICGSTAB_SOLVER: 535 iterations. Rsd = 0.002002314 Relative Rsd = 8.81424544355004e-07
BICGSTAB_SOLVER_TIME: 2.008955 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384778999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000372
InvBiCGStab: k = 208 resid = 1.963531e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788713(s) Flops=1367820288 => 1734.24336609134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249706.304098779 Mflops = 249.706304098779 Gflops = 0.249706304098779 Tflops
InvBiCGStab: k = 273 resid = 8.797237e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.024941(s) Flops=1794336768 => 1750.67322704429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252088.705232367 Mflops = 252.088705232367 Gflops = 0.252088705232367 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.001831134 Relative Rsd = 8.03612092825776e-07
BICGSTAB_SOLVER_TIME: 1.818817 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346298999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 362 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.655516(s) Flops=2329012224 => 1406.8195197147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202582.277694562 Mflops = 202.582277694562 Gflops = 0.202582277694562 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.259212000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 298 resid = 1.741548e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.307931(s) Flops=1958381568 => 1497.31260135282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215608.730848834 Mflops = 215.608730848834 Gflops = 0.215608730848834 Tflops
InvBiCGStab: k = 296 resid = 8.958492e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.129862(s) Flops=1945257984 => 1721.67750043811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247912.096143693 Mflops = 247.912096143693 Gflops = 0.247912096143693 Tflops
BICGSTAB_SOLVER: 594 iterations. Rsd = 0.002507562 Relative Rsd = 1.10383627410764e-06
BICGSTAB_SOLVER_TIME: 2.442532 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.426420999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 249 resid = 2.184497e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928491(s) Flops=1636853760 => 1762.91828353748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253839.249642074 Mflops = 253.839249642074 Gflops = 0.253839249642074 Tflops
InvBiCGStab: k = 292 resid = 1.101496e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.083058(s) Flops=1919010816 => 1771.84492058597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255135.49490953 Mflops = 255.13549490953 Gflops = 0.25513549490953 Tflops
BICGSTAB_SOLVER: 541 iterations. Rsd = 0.001973983 Relative Rsd = 8.66302919895783e-07
BICGSTAB_SOLVER_TIME: 2.016253 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.387638999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 234 resid = 2.043454e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856981(s) Flops=1538426880 => 1795.17034800071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258339.409160352 Mflops = 258.339409160352 Gflops = 0.258339409160352 Tflops
InvBiCGStab: k = 268 resid = 7.941399e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97853(s) Flops=1761527808 => 1800.17762153434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259217.061928225 Mflops = 259.217061928225 Gflops = 0.259217061928225 Tflops
BICGSTAB_SOLVER: 502 iterations. Rsd = 0.001850736 Relative Rsd = 8.11659239328837e-07
BICGSTAB_SOLVER_TIME: 1.840535 sec
2Flav::invert,  n_count = 502
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.358133000000003
MInvCG2: 348 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.405385(s) Flops=2244814848 => 1597.29529488361 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230012.463762519 Mflops = 230.012463762519 Gflops = 0.230012463762519 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250019000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.015977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874657(s) Flops=1361258496 => 1556.3340783873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224083.598393262 Mflops = 224.083598393262 Gflops = 0.224083598393262 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.118647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183171(s) Flops=1676224512 => 1416.72210694819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204001.523667003 Mflops = 204.001523667003 Gflops = 0.204001523667003 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002560514 Relative Rsd = 1.12714609808218e-06
BICGSTAB_SOLVER_TIME: 2.06125 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.128989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329415999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.892797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.640974(s) Flops=1151281152 => 1796.1432944238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.208306225 Mflops = 258.605208306225 Gflops = 0.258605208306225 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 8.597603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793929(s) Flops=1426876416 => 1797.23428165491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.602216922 Mflops = 258.786602216922 Gflops = 0.258786602216922 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001990157 Relative Rsd = 8.73401066616228e-07
BICGSTAB_SOLVER_TIME: 1.438324 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280149999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942211(s) Flops=1517764608 => 1610.85426512745 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231944.243788877 Mflops = 231.944243788877 Gflops = 0.231944243788877 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 168 resid = 1.896003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.642262(s) Flops=1105348608 => 1721.02445419471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247654.385520606 Mflops = 247.654385520606 Gflops = 0.247654385520606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 206 resid = 1.080335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773036(s) Flops=1354696704 => 1752.43676103053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252325.567488363 Mflops = 252.325567488363 Gflops = 0.252325567488363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 374 iterations. Rsd = 0.001870023 Relative Rsd = 8.20117745841259e-07
BICGSTAB_SOLVER_TIME: 1.419099 sec
2Flav::invert,  n_count = 374
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268573999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000129 s
InvBiCGStab: k = 128 resid = 1.975637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467901(s) Flops=842876928 => 1801.4001423378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259159.809697777 Mflops = 259.159809697777 Gflops = 0.259159809697777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 158 resid = 9.375484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.599433(s) Flops=1039730688 => 1734.52360480654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249726.12534811 Mflops = 249.72612534811 Gflops = 0.24972612534811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 286 iterations. Rsd = 0.00160313 Relative Rsd = 7.0306902523424e-07
BICGSTAB_SOLVER_TIME: 1.071592 sec
2Flav::invert,  n_count = 286
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206394999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00484 s
InvBiCGStab: k = 112 resid = 2.238872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464406(s) Flops=737888256 => 1588.88613842198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228766.952055341 Mflops = 228.766952055341 Gflops = 0.228766952055341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.00742 s
InvBiCGStab: k = 118 resid = 8.525755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.527524(s) Flops=777259008 => 1473.40975576467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212145.160975477 Mflops = 212.145160975477 Gflops = 0.212145160975477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 230 iterations. Rsd = 0.001422995 Relative Rsd = 6.24068931112709e-07
BICGSTAB_SOLVER_TIME: 1.008465 sec
2Flav::invert,  n_count = 230
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167745999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007421 s
InvBiCGStab: k = 98 resid = 1.770557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451212(s) Flops=646023168 => 1431.75085768995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206147.214375098 Mflops = 206.147214375098 Gflops = 0.206147214375098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.013394 s
InvBiCGStab: k = 116 resid = 9.033013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424773(s) Flops=764135424 => 1798.92654194122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258997.257613997 Mflops = 258.997257613997 Gflops = 0.258997257613997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.0013774 Relative Rsd = 6.0407283465137e-07
BICGSTAB_SOLVER_TIME: 0.900555 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157876999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010282 s
InvBiCGStab: k = 82 resid = 1.509515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300518(s) Flops=541034496 => 1800.33973339367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259211.490684198 Mflops = 259.211490684198 Gflops = 0.259211490684198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015102 s
InvBiCGStab: k = 95 resid = 1.071206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348875(s) Flops=626337792 => 1795.30717878896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.290411995 Mflops = 258.477290411995 Gflops = 0.258477290411995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001270507 Relative Rsd = 5.5719366296932e-07
BICGSTAB_SOLVER_TIME: 0.678595 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131985
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951427(s) Flops=1511571456 => 1588.74139161491 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228763.876457058 Mflops = 228.763876457058 Gflops = 0.228763876457058 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167922000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021398
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013628 s
InvBiCGStab: k = 25 resid = 2.204826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092955(s) Flops=167012352 => 1796.70111344199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258581.891882592 Mflops = 258.581891882592 Gflops = 0.258581891882592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019391 s
InvBiCGStab: k = 48 resid = 1.05508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175758(s) Flops=317933568 => 1808.92800327723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260410.305899503 Mflops = 260.410305899503 Gflops = 0.260410305899503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007482414 Relative Rsd = 3.28148892041518e-07
BICGSTAB_SOLVER_TIME: 0.30549 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0588610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016491 s
InvBiCGStab: k = 89 resid = 1.294635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325399(s) Flops=586967040 => 1803.83787288836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259712.807909989 Mflops = 259.712807909989 Gflops = 0.259712807909989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023717 s
InvBiCGStab: k = 121 resid = 5.59026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45403(s) Flops=796944384 => 1755.26811884677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252725.358432073 Mflops = 252.725358432073 Gflops = 0.252725358432073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001403297 Relative Rsd = 6.15430200014722e-07
BICGSTAB_SOLVER_TIME: 0.82346 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157999999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020694 s
InvBiCGStab: k = 53 resid = 2.21847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194326(s) Flops=350742528 => 1804.9181684386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.875680034 Mflops = 259.836875680034 Gflops = 0.259836875680034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028799 s
InvBiCGStab: k = 88 resid = 9.479842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322582(s) Flops=580405248 => 1799.24871195541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259041.870835725 Mflops = 259.041870835725 Gflops = 0.259041870835725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001133129 Relative Rsd = 4.96945349841881e-07
BICGSTAB_SOLVER_TIME: 0.570149 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109474
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023398 s
InvBiCGStab: k = 72 resid = 2.226632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263384(s) Flops=475416576 => 1805.0321052152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.487839074 Mflops = 259.874487839074 Gflops = 0.259874487839074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033996 s
InvBiCGStab: k = 103 resid = 7.341334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437496(s) Flops=678832128 => 1551.63047890724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223405.657380422 Mflops = 223.405657380422 Gflops = 0.223405657380422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001270468 Relative Rsd = 5.57176508447861e-07
BICGSTAB_SOLVER_TIME: 0.762412 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135647
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.039021 s
InvBiCGStab: k = 59 resid = 2.079633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259653(s) Flops=390113280 => 1502.44087301129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216310.509083443 Mflops = 216.310509083443 Gflops = 0.216310509083443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.069892 s
InvBiCGStab: k = 91 resid = 1.08474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407312(s) Flops=600090624 => 1473.29473229367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212119.198597802 Mflops = 212.119198597802 Gflops = 0.212119198597802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001169437 Relative Rsd = 5.12868472779704e-07
BICGSTAB_SOLVER_TIME: 0.779805 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118038
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016118(s) Flops=1511497728 => 1487.52185080867 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214436.415734428 Mflops = 214.436415734428 Gflops = 0.214436415734428 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167878000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032074 s
InvBiCGStab: k = 29 resid = 1.583883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106876(s) Flops=193259520 => 1808.25929114114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.498091314 Mflops = 260.265498091314 Gflops = 0.260265498091314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044397 s
InvBiCGStab: k = 52 resid = 1.07418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190858(s) Flops=344180736 => 1803.33408083497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259614.135860213 Mflops = 259.614135860213 Gflops = 0.259614135860213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007230685 Relative Rsd = 3.17109038490525e-07
BICGSTAB_SOLVER_TIME: 0.378044 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036342 s
InvBiCGStab: k = 58 resid = 1.86909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2134(s) Flops=383551488 => 1797.33593252109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258752.102459591 Mflops = 258.752102459591 Gflops = 0.258752102459591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050261 s
InvBiCGStab: k = 79 resid = 1.124034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288597(s) Flops=521349120 => 1806.49528581378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260083.533579699 Mflops = 260.083533579699 Gflops = 0.260083533579699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001083216 Relative Rsd = 4.7505521041304e-07
BICGSTAB_SOLVER_TIME: 0.592425 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 64 resid = 1.413916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238657(s) Flops=422922240 => 1772.0923333487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255126.813758852 Mflops = 255.126813758852 Gflops = 0.255126813758852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058828 s
InvBiCGStab: k = 76 resid = 1.13221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297683(s) Flops=501663744 => 1685.22805803489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242627.610660714 Mflops = 242.627610660714 Gflops = 0.242627610660714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001044143 Relative Rsd = 4.57919579349842e-07
BICGSTAB_SOLVER_TIME: 0.640207 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 63 resid = 1.973062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232761(s) Flops=416360448 => 1788.78956526222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257527.887895931 Mflops = 257.527887895931 Gflops = 0.257527887895931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 79 resid = 1.126067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290562(s) Flops=521349120 => 1794.27839841411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258327.771426817 Mflops = 258.327771426817 Gflops = 0.258327771426817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001144419 Relative Rsd = 5.01896573597942e-07
BICGSTAB_SOLVER_TIME: 0.625057 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044206 s
InvBiCGStab: k = 63 resid = 1.24755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23222(s) Flops=416360448 => 1792.95688571182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258130.861275995 Mflops = 258.130861275995 Gflops = 0.258130861275995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056676 s
InvBiCGStab: k = 75 resid = 1.031701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274448(s) Flops=495101952 => 1803.99183816242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.884863804 Mflops = 259.714884863804 Gflops = 0.259714884863804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001076088 Relative Rsd = 4.71929156263028e-07
BICGSTAB_SOLVER_TIME: 0.611429 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112947
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939621(s) Flops=1511350272 => 1608.46795888981 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231602.18039903 Mflops = 231.60218039903 Gflops = 0.23160218039903 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167879000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.53424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051295 s
InvBiCGStab: k = 27 resid = 2.167903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125368(s) Flops=180135936 => 1436.85737987365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206825.927755452 Mflops = 206.825927755452 Gflops = 0.206825927755452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055838 s
InvBiCGStab: k = 53 resid = 1.027938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194817(s) Flops=350742528 => 1800.36920802599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259170.381100348 Mflops = 259.170381100348 Gflops = 0.259170381100348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007150468 Relative Rsd = 3.13591034158252e-07
BICGSTAB_SOLVER_TIME: 0.431143 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059826 s
InvBiCGStab: k = 53 resid = 2.180717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207476(s) Flops=350742528 => 1690.52096628044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243383.542935208 Mflops = 243.383542935208 Gflops = 0.243383542935208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061979 s
InvBiCGStab: k = 78 resid = 1.052664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427345(s) Flops=514787328 => 1204.61764616411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  173437.041894638 Mflops = 173.437041894638 Gflops = 0.173437041894638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001140435 Relative Rsd = 5.00149416220432e-07
BICGSTAB_SOLVER_TIME: 0.760481 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 51 resid = 2.241654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18934(s) Flops=337618944 => 1783.13586141333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256688.019416657 Mflops = 256.688019416657 Gflops = 0.256688019416657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056643 s
InvBiCGStab: k = 64 resid = 1.100473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236583(s) Flops=422922240 => 1787.62734431468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257350.200448378 Mflops = 257.350200448378 Gflops = 0.257350200448378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001012174 Relative Rsd = 4.4389907664025e-07
BICGSTAB_SOLVER_TIME: 0.527815 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963400000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041057 s
InvBiCGStab: k = 65 resid = 2.160774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238777(s) Flops=429484032 => 1798.6825866813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258966.210071481 Mflops = 258.966210071481 Gflops = 0.258966210071481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 78 resid = 8.380184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287122(s) Flops=514787328 => 1792.92192169182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258125.910956416 Mflops = 258.125910956416 Gflops = 0.258125910956416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001117021 Relative Rsd = 4.89881056638977e-07
BICGSTAB_SOLVER_TIME: 0.627127 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 56 resid = 2.196773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205684(s) Flops=370427904 => 1800.95634079462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259275.324806312 Mflops = 259.275324806312 Gflops = 0.259275324806312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 71 resid = 8.67347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260045(s) Flops=468854784 => 1802.97557730393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.818627199 Mflops = 259.573818627199 Gflops = 0.259573818627199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001023044 Relative Rsd = 4.48666297731616e-07
BICGSTAB_SOLVER_TIME: 0.566814 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10509
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935181(s) Flops=1505304576 => 1609.63981945741 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231771.814788543 Mflops = 231.771814788543 Gflops = 0.231771814788543 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167397000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.773964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.053592(s) Flops=1512179712 => 1435.26119408652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206653.491105771 Mflops = 206.653491105771 Gflops = 0.206653491105771 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.105285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.092255(s) Flops=1682786304 => 1540.65333095294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221845.204991783 Mflops = 221.845204991783 Gflops = 0.221845204991783 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.002165501 Relative Rsd = 9.53231397027503e-07
BICGSTAB_SOLVER_TIME: 2.149258 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348106999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.177551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678893(s) Flops=1216899072 => 1792.4755035035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258082.602339733 Mflops = 258.082602339733 Gflops = 0.258082602339733 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.092946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.780773(s) Flops=1407191040 => 1802.30494650814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259518.833815733 Mflops = 259.518833815733 Gflops = 0.259518833815733 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001952955 Relative Rsd = 8.57127696832752e-07
BICGSTAB_SOLVER_TIME: 1.463064 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284820999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935528(s) Flops=1505304576 => 1609.04278225772 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231685.072780574 Mflops = 231.685072780574 Gflops = 0.231685072780574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167178000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 25 resid = 2.229288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092544(s) Flops=167012352 => 1804.68049792531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.201761718 Mflops = 259.732201761718 Gflops = 0.259732201761718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 46 resid = 1.076583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19689(s) Flops=304809984 => 1548.12323632485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222871.466194268 Mflops = 222.871466194268 Gflops = 0.222871466194268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007209293 Relative Rsd = 3.16170875070682e-07
BICGSTAB_SOLVER_TIME: 0.39265 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045227 s
InvBiCGStab: k = 79 resid = 2.221407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376757(s) Flops=521349120 => 1383.78084547865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199170.926019789 Mflops = 199.170926019789 Gflops = 0.199170926019789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063659 s
InvBiCGStab: k = 113 resid = 1.067996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.490492(s) Flops=744450048 => 1517.76185544311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218529.431522701 Mflops = 218.529431522701 Gflops = 0.218529431522701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001318835 Relative Rsd = 5.7838863583809e-07
BICGSTAB_SOLVER_TIME: 0.98348 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151370999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045746 s
InvBiCGStab: k = 51 resid = 2.133197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24678(s) Flops=337618944 => 1368.09686360321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196972.846519207 Mflops = 196.972846519207 Gflops = 0.196972846519207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063679 s
InvBiCGStab: k = 83 resid = 1.075198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327905(s) Flops=547596288 => 1669.98456260197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240428.136780103 Mflops = 240.428136780103 Gflops = 0.240428136780103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001067304 Relative Rsd = 4.68076842982801e-07
BICGSTAB_SOLVER_TIME: 0.688008 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 63 resid = 2.072908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231422(s) Flops=416360448 => 1799.13944223108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259004.102463394 Mflops = 259.004102463394 Gflops = 0.259004102463394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 92 resid = 9.74207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337791(s) Flops=606652416 => 1795.94014050108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258573.783692669 Mflops = 258.573783692669 Gflops = 0.258573783692669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001146614 Relative Rsd = 5.02859320059697e-07
BICGSTAB_SOLVER_TIME: 0.670846 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125069000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041664 s
InvBiCGStab: k = 53 resid = 2.055682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19545(s) Flops=350742528 => 1794.53838833461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258342.996257836 Mflops = 258.342996257836 Gflops = 0.258342996257836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 85 resid = 1.051492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311335(s) Flops=560719872 => 1801.01778470137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.136695331 Mflops = 259.290136695331 Gflops = 0.259290136695331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001078797 Relative Rsd = 4.73117566370164e-07
BICGSTAB_SOLVER_TIME: 0.609247 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112705
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940656(s) Flops=1499037696 => 1593.60881767618 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229457.363546899 Mflops = 229.457363546899 Gflops = 0.229457363546899 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166243000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 31 resid = 2.006808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114493(s) Flops=206383104 => 1802.58272558148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.141185737 Mflops = 259.445141185737 Gflops = 0.259445141185737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056068 s
InvBiCGStab: k = 56 resid = 9.486506e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206194(s) Flops=370427904 => 1796.50185747403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258591.096377661 Mflops = 258.591096377661 Gflops = 0.258591096377661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007459428 Relative Rsd = 3.27140808630193e-07
BICGSTAB_SOLVER_TIME: 0.421437 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044517 s
InvBiCGStab: k = 73 resid = 2.212488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318939(s) Flops=481978368 => 1511.19294912193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217576.490973566 Mflops = 217.576490973566 Gflops = 0.217576490973566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079213 s
InvBiCGStab: k = 100 resid = 9.791185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456761(s) Flops=659146752 => 1443.08895023875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207774.704198727 Mflops = 207.774704198727 Gflops = 0.207774704198727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001270444 Relative Rsd = 5.57166042147567e-07
BICGSTAB_SOLVER_TIME: 0.903535 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13802
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057813 s
InvBiCGStab: k = 63 resid = 2.119137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286318(s) Flops=416360448 => 1454.18886692419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209358.039808779 Mflops = 209.358039808779 Gflops = 0.209358039808779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060429 s
InvBiCGStab: k = 79 resid = 9.364149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356767(s) Flops=521349120 => 1461.31542435259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210381.636119232 Mflops = 210.381636119232 Gflops = 0.210381636119232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00103572 Relative Rsd = 4.54225383786752e-07
BICGSTAB_SOLVER_TIME: 0.767475 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 68 resid = 1.929328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261712(s) Flops=449169408 => 1716.2736443113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247087.800430273 Mflops = 247.087800430273 Gflops = 0.247087800430273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058799 s
InvBiCGStab: k = 95 resid = 8.677404e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367863(s) Flops=626337792 => 1702.63873235416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245139.19373549 Mflops = 245.13919373549 Gflops = 0.24513919373549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001136653 Relative Rsd = 4.98490686316633e-07
BICGSTAB_SOLVER_TIME: 0.73427 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041979 s
InvBiCGStab: k = 61 resid = 1.966982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227086(s) Flops=403236864 => 1775.70111763825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255641.663896446 Mflops = 255.641663896446 Gflops = 0.255641663896446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 80 resid = 1.044531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297917(s) Flops=527910912 => 1772.00667299953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255108.579503766 Mflops = 255.108579503766 Gflops = 0.255108579503766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001120264 Relative Rsd = 4.9130335026636e-07
BICGSTAB_SOLVER_TIME: 0.627679 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114941
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94724(s) Flops=1499111424 => 1582.60992356742 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227884.410080313 Mflops = 227.884410080313 Gflops = 0.227884410080313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166902000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040932 s
InvBiCGStab: k = 28 resid = 2.118198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104563(s) Flops=186697728 => 1785.50470051548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256982.318372509 Mflops = 256.982318372509 Gflops = 0.256982318372509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 53 resid = 1.067831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194882(s) Flops=350742528 => 1799.76872158537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259110.918476321 Mflops = 259.110918476321 Gflops = 0.259110918476321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007636939 Relative Rsd = 3.34925744899739e-07
BICGSTAB_SOLVER_TIME: 0.400617 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049632 s
InvBiCGStab: k = 50 resid = 1.964874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244079(s) Flops=331057152 => 1356.35245965446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195259.62760406 Mflops = 195.25962760406 Gflops = 0.19525962760406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065596 s
InvBiCGStab: k = 80 resid = 1.081596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362354(s) Flops=527910912 => 1456.89274024849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209759.03620509 Mflops = 209.75903620509 Gflops = 0.20975903620509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001072028 Relative Rsd = 4.70148710945068e-07
BICGSTAB_SOLVER_TIME: 0.725893 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044695 s
InvBiCGStab: k = 64 resid = 2.085035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27333(s) Flops=422922240 => 1547.29535726045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222769.899358889 Mflops = 222.769899358889 Gflops = 0.222769899358889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069364 s
InvBiCGStab: k = 75 resid = 9.365262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325778(s) Flops=495101952 => 1519.75256769948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218806.664541439 Mflops = 218.806664541439 Gflops = 0.218806664541439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001059482 Relative Rsd = 4.64646653462758e-07
BICGSTAB_SOLVER_TIME: 0.717075 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050257 s
InvBiCGStab: k = 57 resid = 1.84244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210477(s) Flops=376989696 => 1791.12062600664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257856.116677192 Mflops = 257.856116677192 Gflops = 0.257856116677192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055971 s
InvBiCGStab: k = 91 resid = 1.148382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334401(s) Flops=600090624 => 1794.52401159087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258361.57612851 Mflops = 258.36157612851 Gflops = 0.25836157612851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001131007 Relative Rsd = 4.96014819162985e-07
BICGSTAB_SOLVER_TIME: 0.654984 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119995000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 60 resid = 2.117723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241964(s) Flops=396675072 => 1639.39706733233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236017.456893026 Mflops = 236.017456893026 Gflops = 0.236017456893026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059637 s
InvBiCGStab: k = 73 resid = 1.106503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272123(s) Flops=481978368 => 1771.17835684599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254978.745285879 Mflops = 254.978745285879 Gflops = 0.254978745285879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001107246 Relative Rsd = 4.85594060038213e-07
BICGSTAB_SOLVER_TIME: 0.619307 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109103
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938572(s) Flops=1505157120 => 1603.66718802607 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230920.403328403 Mflops = 230.920403328403 Gflops = 0.230920403328403 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167118000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 24 resid = 2.05886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089369(s) Flops=160450560 => 1795.3715494187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258404.453829016 Mflops = 258.404453829016 Gflops = 0.258404453829016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 50 resid = 8.339376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183531(s) Flops=331057152 => 1803.82143616065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.982919351 Mflops = 259.663982919351 Gflops = 0.259663982919351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007706205 Relative Rsd = 3.37963448158725e-07
BICGSTAB_SOLVER_TIME: 0.374025 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 67 resid = 2.171229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245355(s) Flops=442607616 => 1803.94781439139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.257624468 Mflops = 259.715257624468 Gflops = 0.259715257624468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058325 s
InvBiCGStab: k = 72 resid = 1.02208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327296(s) Flops=475416576 => 1452.55846695346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209124.141380805 Mflops = 209.124141380805 Gflops = 0.209124141380805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001151721 Relative Rsd = 5.05098955157422e-07
BICGSTAB_SOLVER_TIME: 0.675734 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045626 s
InvBiCGStab: k = 70 resid = 1.174352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324187(s) Flops=462292992 => 1426.00718720985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205310.466933197 Mflops = 205.310466933197 Gflops = 0.205310466933197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059594 s
InvBiCGStab: k = 75 resid = 1.097984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319924(s) Flops=495101952 => 1547.56114577212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222805.90668585 Mflops = 222.80590668585 Gflops = 0.22280590668585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001071692 Relative Rsd = 4.70001314803843e-07
BICGSTAB_SOLVER_TIME: 0.753168 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053024 s
InvBiCGStab: k = 60 resid = 2.252374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278749(s) Flops=396675072 => 1423.05469077916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204888.070329963 Mflops = 204.888070329963 Gflops = 0.204888070329963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062751 s
InvBiCGStab: k = 81 resid = 1.109629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320378(s) Flops=534472704 => 1668.25657192441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240176.397005026 Mflops = 240.176397005026 Gflops = 0.240176397005026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001123486 Relative Rsd = 4.92716198695916e-07
BICGSTAB_SOLVER_TIME: 0.71869 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114927
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 59 resid = 1.593483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218097(s) Flops=390113280 => 1788.71456278628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257509.285914581 Mflops = 257.509285914581 Gflops = 0.257509285914581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057056 s
InvBiCGStab: k = 90 resid = 7.325283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331421(s) Flops=593528832 => 1790.86066362723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257839.682536394 Mflops = 257.839682536394 Gflops = 0.257839682536394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001098073 Relative Rsd = 4.81571120535618e-07
BICGSTAB_SOLVER_TIME: 0.651718 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120665
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932036(s) Flops=1498742784 => 1608.0310030943 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231538.717871861 Mflops = 231.538717871861 Gflops = 0.231538717871861 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166628000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021404
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.912325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745014(s) Flops=1348134912 => 1809.54305825125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260513.272540865 Mflops = 260.513272540865 Gflops = 0.260513272540865 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 5.983237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046032(s) Flops=1590921216 => 1520.91065665295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219001.938526659 Mflops = 219.001938526659 Gflops = 0.219001938526659 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002121032 Relative Rsd = 9.33628163014442e-07
BICGSTAB_SOLVER_TIME: 1.801571 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.136723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318848999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 9.268947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906837(s) Flops=1341573120 => 1479.39830421564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213084.770692936 Mflops = 213.084770692936 Gflops = 0.213084770692936 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.14217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793991(s) Flops=1354696704 => 1706.18647314642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245677.77264352 Mflops = 245.67777264352 Gflops = 0.24567777264352 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.001934716 Relative Rsd = 8.49172114641266e-07
BICGSTAB_SOLVER_TIME: 1.70426 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.114497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292727999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935276(s) Flops=1498742784 => 1602.46043307002 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230727.618348835 Mflops = 230.727618348835 Gflops = 0.230727618348835 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166369000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 25 resid = 2.082831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092925(s) Flops=167012352 => 1797.2811622276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258697.691540778 Mflops = 258.697691540778 Gflops = 0.258697691540778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056732 s
InvBiCGStab: k = 49 resid = 1.081325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188823(s) Flops=324495360 => 1718.51607060581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247380.920145955 Mflops = 247.380920145955 Gflops = 0.247380920145955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007258116 Relative Rsd = 3.18312075890512e-07
BICGSTAB_SOLVER_TIME: 0.383996 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041606 s
InvBiCGStab: k = 78 resid = 1.754222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294246(s) Flops=514787328 => 1749.51342754022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251894.389082341 Mflops = 251.894389082341 Gflops = 0.251894389082341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057195 s
InvBiCGStab: k = 97 resid = 1.107076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356898(s) Flops=639461376 => 1791.72025620766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257959.426194069 Mflops = 257.959426194069 Gflops = 0.257959426194069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001200571 Relative Rsd = 5.2652255286873e-07
BICGSTAB_SOLVER_TIME: 0.753859 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042434 s
InvBiCGStab: k = 60 resid = 2.058127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27536(s) Flops=396675072 => 1440.56897152818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207394.361671317 Mflops = 207.394361671317 Gflops = 0.207394361671317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058876 s
InvBiCGStab: k = 81 resid = 9.076046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33852(s) Flops=534472704 => 1578.85118752216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227294.813607492 Mflops = 227.294813607492 Gflops = 0.227294813607492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001016512 Relative Rsd = 4.45801747923604e-07
BICGSTAB_SOLVER_TIME: 0.719264 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045846 s
InvBiCGStab: k = 64 resid = 1.711688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302651(s) Flops=422922240 => 1397.39250820252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201190.904608646 Mflops = 201.190904608646 Gflops = 0.201190904608646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059915 s
InvBiCGStab: k = 86 resid = 1.001228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378504(s) Flops=567281664 => 1498.74681377211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215783.696456528 Mflops = 215.783696456528 Gflops = 0.215783696456528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001130341 Relative Rsd = 4.95722426471334e-07
BICGSTAB_SOLVER_TIME: 0.790787 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.075819 s
InvBiCGStab: k = 62 resid = 2.20982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230066(s) Flops=409798656 => 1781.22215364287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256450.358040183 Mflops = 256.450358040183 Gflops = 0.256450358040183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 86 resid = 8.912003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315552(s) Flops=567281664 => 1797.7438393672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258824.264659604 Mflops = 258.824264659604 Gflops = 0.258824264659604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001124825 Relative Rsd = 4.93303536835389e-07
BICGSTAB_SOLVER_TIME: 0.681552 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119755
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927074(s) Flops=1486503936 => 1603.43611836811 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230887.629814195 Mflops = 230.887629814195 Gflops = 0.230887629814195 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164755000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041095 s
InvBiCGStab: k = 33 resid = 1.917216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122467(s) Flops=219506688 => 1792.37417426735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257979.279248366 Mflops = 257.979279248366 Gflops = 0.257979279248366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057191 s
InvBiCGStab: k = 50 resid = 1.049498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184348(s) Flops=331057152 => 1795.82719638944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258507.374519276 Mflops = 258.507374519276 Gflops = 0.258507374519276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007570715 Relative Rsd = 3.32021397623045e-07
BICGSTAB_SOLVER_TIME: 0.409056 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 68 resid = 2.241093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249226(s) Flops=449169408 => 1802.25742097534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.013179567 Mflops = 259.470013179567 Gflops = 0.259470013179567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055717 s
InvBiCGStab: k = 102 resid = 8.051842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373657(s) Flops=672270336 => 1799.1643030908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259036.327025544 Mflops = 259.036327025544 Gflops = 0.259036327025544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001249586 Relative Rsd = 5.48018853075744e-07
BICGSTAB_SOLVER_TIME: 0.7234 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135893
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041005 s
InvBiCGStab: k = 58 resid = 1.82245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224679(s) Flops=383551488 => 1707.10875515736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245759.596204349 Mflops = 245.759596204349 Gflops = 0.245759596204349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068818 s
InvBiCGStab: k = 78 resid = 9.34021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32969(s) Flops=514787328 => 1561.42839637235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224806.154822298 Mflops = 224.806154822298 Gflops = 0.224806154822298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001063375 Relative Rsd = 4.66353885733778e-07
BICGSTAB_SOLVER_TIME: 0.668065 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048849 s
InvBiCGStab: k = 66 resid = 1.851727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318456(s) Flops=436045824 => 1369.24983043183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197144.186616319 Mflops = 197.144186616319 Gflops = 0.197144186616319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067552 s
InvBiCGStab: k = 90 resid = 9.84528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403794(s) Flops=593528832 => 1469.88026568002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211628.673610297 Mflops = 211.628673610297 Gflops = 0.211628673610297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001167509 Relative Rsd = 5.12022846771004e-07
BICGSTAB_SOLVER_TIME: 0.842499 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041868 s
InvBiCGStab: k = 59 resid = 1.52793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254864(s) Flops=390113280 => 1530.67235859125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220368.717507596 Mflops = 220.368717507596 Gflops = 0.220368717507596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 78 resid = 1.02491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286602(s) Flops=514787328 => 1796.17493248477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258591.921453324 Mflops = 258.591921453324 Gflops = 0.258591921453324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001123053 Relative Rsd = 4.92526120471538e-07
BICGSTAB_SOLVER_TIME: 0.643449 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111959
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960419(s) Flops=1499258880 => 1561.04666817295 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224774.783196381 Mflops = 224.774783196381 Gflops = 0.224774783196381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166528000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041728 s
InvBiCGStab: k = 26 resid = 1.730573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096418(s) Flops=173574144 => 1800.22551805679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259091.921327789 Mflops = 259.091921327789 Gflops = 0.259091921327789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056147 s
InvBiCGStab: k = 44 resid = 1.150796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16246(s) Flops=291686400 => 1795.4351840453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258452.097952281 Mflops = 258.452097952281 Gflops = 0.258452097952281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007419789 Relative Rsd = 3.25402381678783e-07
BICGSTAB_SOLVER_TIME: 0.360569 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 52 resid = 1.854177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191397(s) Flops=344180736 => 1798.25564664023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.0156042 Mflops = 258.8870156042 Gflops = 0.2588870156042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 84 resid = 1.147803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306904(s) Flops=554158080 => 1805.63980919115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.66871983 Mflops = 259.96166871983 Gflops = 0.25996166871983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001106053 Relative Rsd = 4.85070642913224e-07
BICGSTAB_SOLVER_TIME: 0.599868 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 56 resid = 1.790013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20582(s) Flops=370427904 => 1799.76632008551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259101.116285939 Mflops = 259.101116285939 Gflops = 0.259101116285939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 76 resid = 1.018576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286921(s) Flops=501663744 => 1748.43857368405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251720.279937332 Mflops = 251.720279937332 Gflops = 0.251720279937332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001050105 Relative Rsd = 4.60534367494232e-07
BICGSTAB_SOLVER_TIME: 0.594053 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043319 s
InvBiCGStab: k = 69 resid = 1.457671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314531(s) Flops=455731200 => 1448.92299964074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208612.067426559 Mflops = 208.612067426559 Gflops = 0.208612067426559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069366 s
InvBiCGStab: k = 81 resid = 1.075337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375018(s) Flops=534472704 => 1425.19213477753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205195.286174943 Mflops = 205.195286174943 Gflops = 0.205195286174943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001133032 Relative Rsd = 4.96902871979221e-07
BICGSTAB_SOLVER_TIME: 0.806343 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058142 s
InvBiCGStab: k = 56 resid = 2.197621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248421(s) Flops=370427904 => 1491.12959049356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214666.583098774 Mflops = 214.666583098774 Gflops = 0.214666583098774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067767 s
InvBiCGStab: k = 77 resid = 1.113421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360804(s) Flops=508225536 => 1408.5917451026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202804.660826112 Mflops = 202.804660826112 Gflops = 0.202804660826112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001056209 Relative Rsd = 4.63211289723787e-07
BICGSTAB_SOLVER_TIME: 0.739306 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109024
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95536(s) Flops=1524400128 => 1595.62900686652 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229749.319261949 Mflops = 229.749319261949 Gflops = 0.229749319261949 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 25 resid = 1.989544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093344(s) Flops=167012352 => 1789.21357559136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257528.122922912 Mflops = 257.528122922912 Gflops = 0.257528122922912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 52 resid = 1.014766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190619(s) Flops=344180736 => 1805.59511905949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.775297204 Mflops = 259.922775297204 Gflops = 0.259922775297204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007263588 Relative Rsd = 3.18552060498004e-07
BICGSTAB_SOLVER_TIME: 0.3848 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041595 s
InvBiCGStab: k = 61 resid = 2.058045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22369(s) Flops=403236864 => 1802.65932317046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259517.160246018 Mflops = 259.517160246018 Gflops = 0.259517160246018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 81 resid = 8.781824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296436(s) Flops=534472704 => 1802.99526373315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259575.081728681 Mflops = 259.575081728681 Gflops = 0.259575081728681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001130705 Relative Rsd = 4.95882229007543e-07
BICGSTAB_SOLVER_TIME: 0.621792 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115858
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 49 resid = 2.277163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179773(s) Flops=324495360 => 1805.02834129708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259843.931990697 Mflops = 259.843931990697 Gflops = 0.259843931990697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056143 s
InvBiCGStab: k = 71 resid = 9.464799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259785(s) Flops=468854784 => 1804.78004503724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.483020674 Mflops = 259.835483020674 Gflops = 0.259835483020674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001051448 Relative Rsd = 4.61123237287406e-07
BICGSTAB_SOLVER_TIME: 0.540813 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998370000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 72 resid = 1.333892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285135(s) Flops=475416576 => 1667.33854489978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240045.075317268 Mflops = 240.045075317268 Gflops = 0.240045075317268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07432 s
InvBiCGStab: k = 78 resid = 7.936342e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366188(s) Flops=514787328 => 1405.80064884704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202414.100810499 Mflops = 202.414100810499 Gflops = 0.202414100810499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001118752 Relative Rsd = 4.90639939993038e-07
BICGSTAB_SOLVER_TIME: 0.771713 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051419 s
InvBiCGStab: k = 58 resid = 1.599934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243721(s) Flops=383551488 => 1573.73179988594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226574.622048399 Mflops = 226.574622048399 Gflops = 0.226574622048399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067532 s
InvBiCGStab: k = 71 resid = 1.12531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318721(s) Flops=468854784 => 1471.05080619099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211789.102212918 Mflops = 211.789102212918 Gflops = 0.211789102212918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001064699 Relative Rsd = 4.66934484596962e-07
BICGSTAB_SOLVER_TIME: 0.685474 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106082
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.022371(s) Flops=1549467648 => 1515.5629883868 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218274.054119277 Mflops = 218.274054119277 Gflops = 0.218274054119277 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172285000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021387
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.001955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732129(s) Flops=1321887744 => 1805.53938445274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259991.171360584 Mflops = 259.991171360584 Gflops = 0.259991171360584 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 9.737444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912217(s) Flops=1636853760 => 1794.36883987034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258376.850992664 Mflops = 258.376850992664 Gflops = 0.258376850992664 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.002537579 Relative Rsd = 1.11694535352784e-06
BICGSTAB_SOLVER_TIME: 1.647939 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.119431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001796
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321352999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.926561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676313(s) Flops=1210337280 => 1789.61114158681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257626.051666856 Mflops = 257.626051666856 Gflops = 0.257626051666856 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 9.984782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898542(s) Flops=1387505664 => 1544.17452272682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222349.334172286 Mflops = 222.349334172286 Gflops = 0.222349334172286 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.002162042 Relative Rsd = 9.48982652841624e-07
BICGSTAB_SOLVER_TIME: 1.578352 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.12517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282036999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.130883(s) Flops=1549467648 => 1370.13965900982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197383.860382302 Mflops = 197.383860382302 Gflops = 0.197383860382302 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171846000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 27 resid = 1.910988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101129(s) Flops=180135936 => 1781.24905813367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256354.635326859 Mflops = 256.354635326859 Gflops = 0.256354635326859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055836 s
InvBiCGStab: k = 44 resid = 9.759652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162379(s) Flops=291686400 => 1796.33080632348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258577.638754227 Mflops = 258.577638754227 Gflops = 0.258577638754227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007455408 Relative Rsd = 3.26964489761568e-07
BICGSTAB_SOLVER_TIME: 0.364081 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0652360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 79 resid = 2.229128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307621(s) Flops=521349120 => 1694.77740466353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244012.702907566 Mflops = 244.012702907566 Gflops = 0.244012702907566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061379 s
InvBiCGStab: k = 103 resid = 9.785437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390891(s) Flops=678832128 => 1736.62767369932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250024.281068269 Mflops = 250.024281068269 Gflops = 0.250024281068269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001309789 Relative Rsd = 5.74421295364867e-07
BICGSTAB_SOLVER_TIME: 0.805708 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 64 resid = 2.163763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237809(s) Flops=422922240 => 1778.41141420215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256020.055229758 Mflops = 256.020055229758 Gflops = 0.256020055229758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059423 s
InvBiCGStab: k = 87 resid = 1.08687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328659(s) Flops=573843456 => 1746.01473259518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251367.054791579 Mflops = 251.367054791579 Gflops = 0.251367054791579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001093423 Relative Rsd = 4.7953162152158e-07
BICGSTAB_SOLVER_TIME: 0.671016 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 70 resid = 2.192514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263111(s) Flops=462292992 => 1757.02647171726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252968.927236513 Mflops = 252.968927236513 Gflops = 0.252968927236513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059159 s
InvBiCGStab: k = 77 resid = 1.007331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292789(s) Flops=508225536 => 1735.80816219189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249900.493819819 Mflops = 249.900493819819 Gflops = 0.249900493819819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001119797 Relative Rsd = 4.91098159725458e-07
BICGSTAB_SOLVER_TIME: 0.660034 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 61 resid = 2.037946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224574(s) Flops=403236864 => 1795.56344011328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258493.655845649 Mflops = 258.493655845649 Gflops = 0.258493655845649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056517 s
InvBiCGStab: k = 78 resid = 9.228725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296764(s) Flops=514787328 => 1734.66905689369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249743.306209512 Mflops = 249.743306209512 Gflops = 0.249743306209512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001107777 Relative Rsd = 4.85826769290622e-07
BICGSTAB_SOLVER_TIME: 0.622833 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1135
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.204088(s) Flops=1574240256 => 1307.41295985011 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188253.116336694 Mflops = 188.253116336694 Gflops = 0.188253116336694 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175008000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043796 s
InvBiCGStab: k = 29 resid = 2.089084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110219(s) Flops=193259520 => 1753.4138397191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252400.010557604 Mflops = 252.400010557604 Gflops = 0.252400010557604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056895 s
InvBiCGStab: k = 46 resid = 7.83344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172621(s) Flops=304809984 => 1765.77579784615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254192.596465955 Mflops = 254.192596465955 Gflops = 0.254192596465955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007220353 Relative Rsd = 3.16655924270444e-07
BICGSTAB_SOLVER_TIME: 0.387375 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041851 s
InvBiCGStab: k = 71 resid = 1.922928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266367(s) Flops=468854784 => 1760.18344614761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253404.487175379 Mflops = 253.404487175379 Gflops = 0.253404487175379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060232 s
InvBiCGStab: k = 99 resid = 9.543409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384241(s) Flops=652584960 => 1698.37409334246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244524.093698351 Mflops = 244.524093698351 Gflops = 0.244524093698351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.00125729 Relative Rsd = 5.5139727270067e-07
BICGSTAB_SOLVER_TIME: 0.756593 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 68 resid = 1.289126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260692(s) Flops=449169408 => 1722.98884507388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248058.990804822 Mflops = 248.058990804822 Gflops = 0.248058990804822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057084 s
InvBiCGStab: k = 72 resid = 1.011216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267137(s) Flops=475416576 => 1779.67326128541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256208.990319139 Mflops = 256.208990319139 Gflops = 0.256208990319139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001060109 Relative Rsd = 4.64921534247087e-07
BICGSTAB_SOLVER_TIME: 0.630056 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 61 resid = 1.782997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232681(s) Flops=403236864 => 1733.00296973109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249509.132765818 Mflops = 249.509132765818 Gflops = 0.249509132765818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057397 s
InvBiCGStab: k = 88 resid = 9.644208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334473(s) Flops=580405248 => 1735.28281206555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249830.223812986 Mflops = 249.830223812986 Gflops = 0.249830223812986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001163421 Relative Rsd = 5.10229995058061e-07
BICGSTAB_SOLVER_TIME: 0.669422 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041781 s
InvBiCGStab: k = 59 resid = 2.104518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224302(s) Flops=390113280 => 1739.23228504427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250385.642678682 Mflops = 250.385642678682 Gflops = 0.250385642678682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05693 s
InvBiCGStab: k = 86 resid = 1.084588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321893(s) Flops=567281664 => 1762.32991708425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253720.918816648 Mflops = 253.720918816648 Gflops = 0.253720918816648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001130379 Relative Rsd = 4.95739172551805e-07
BICGSTAB_SOLVER_TIME: 0.648797 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117827
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.158405(s) Flops=1579769856 => 1363.74571587657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196375.808239426 Mflops = 196.375808239426 Gflops = 0.196375808239426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175644000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.513158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 30 resid = 1.330646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114791(s) Flops=199821312 => 1740.74023224817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250565.124431004 Mflops = 250.565124431004 Gflops = 0.250565124431004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 58 resid = 7.151962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220765(s) Flops=383551488 => 1737.37452947705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250102.60653888 Mflops = 250.10260653888 Gflops = 0.25010260653888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007015839 Relative Rsd = 3.0768676441388e-07
BICGSTAB_SOLVER_TIME: 0.438746 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044174 s
InvBiCGStab: k = 50 resid = 1.831463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185545(s) Flops=331057152 => 1784.241838907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256858.358478619 Mflops = 256.858358478619 Gflops = 0.256858358478619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 78 resid = 1.048056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290816(s) Flops=514787328 => 1770.14788732394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254852.409753007 Mflops = 254.852409753007 Gflops = 0.254852409753007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001095671 Relative Rsd = 4.80517751229847e-07
BICGSTAB_SOLVER_TIME: 0.580666 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 55 resid = 2.192589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202354(s) Flops=363866112 => 1798.16614447948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258861.337657823 Mflops = 258.861337657823 Gflops = 0.258861337657823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056144 s
InvBiCGStab: k = 77 resid = 7.126054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282584(s) Flops=508225536 => 1798.49367267786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258926.165063274 Mflops = 258.926165063274 Gflops = 0.258926165063274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001048084 Relative Rsd = 4.59647897386821e-07
BICGSTAB_SOLVER_TIME: 0.585685 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 66 resid = 1.583917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242249(s) Flops=436045824 => 1799.99019190998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259143.020871585 Mflops = 259.143020871585 Gflops = 0.259143020871585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056007 s
InvBiCGStab: k = 79 resid = 7.359606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288881(s) Flops=521349120 => 1804.71931348895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.53857786 Mflops = 259.82853857786 Gflops = 0.25982853857786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00111588 Relative Rsd = 4.89380563264391e-07
BICGSTAB_SOLVER_TIME: 0.631831 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 60 resid = 2.153389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21967(s) Flops=396675072 => 1805.77717485319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259964.852191866 Mflops = 259.964852191866 Gflops = 0.259964852191866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055804 s
InvBiCGStab: k = 69 resid = 1.111625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253154(s) Flops=455731200 => 1800.21330889498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259165.857972826 Mflops = 259.165857972826 Gflops = 0.259165857972826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001100075 Relative Rsd = 4.82449115492546e-07
BICGSTAB_SOLVER_TIME: 0.573504 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106479
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.093283(s) Flops=1605132288 => 1468.1763898277 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211399.555832967 Mflops = 211.399555832967 Gflops = 0.211399555832967 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178616000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.584771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042108 s
InvBiCGStab: k = 29 resid = 1.614591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108192(s) Flops=193259520 => 1786.264418811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257099.399377435 Mflops = 257.099399377435 Gflops = 0.257099399377435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057393 s
InvBiCGStab: k = 47 resid = 1.044238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174757(s) Flops=311371776 => 1781.74136658331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256450.676186068 Mflops = 256.450676186068 Gflops = 0.256450676186068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007376417 Relative Rsd = 3.23500272001785e-07
BICGSTAB_SOLVER_TIME: 0.386254 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 65 resid = 2.203193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239075(s) Flops=429484032 => 1796.44058140751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258611.213153097 Mflops = 258.611213153097 Gflops = 0.258611213153097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 83 resid = 1.075639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30613(s) Flops=547596288 => 1788.77041779636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257527.296126256 Mflops = 257.527296126256 Gflops = 0.257527296126256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001159543 Relative Rsd = 5.08529553118452e-07
BICGSTAB_SOLVER_TIME: 0.646475 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120035000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04168 s
InvBiCGStab: k = 59 resid = 1.977061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216656(s) Flops=390113280 => 1800.61147625729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.187862594 Mflops = 259.207187862594 Gflops = 0.259207187862594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 82 resid = 1.130692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299894(s) Flops=541034496 => 1804.08576363648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.382651001 Mflops = 259.737382651001 Gflops = 0.259737382651001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00108865 Relative Rsd = 4.7743846357286e-07
BICGSTAB_SOLVER_TIME: 0.618389 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 58 resid = 2.134474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212407(s) Flops=383551488 => 1805.73845494734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.358233213 Mflops = 259.963358233213 Gflops = 0.259963358233213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 81 resid = 9.378261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297125(s) Flops=534472704 => 1798.81431720656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258975.210271567 Mflops = 258.975210271567 Gflops = 0.258975210271567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001123044 Relative Rsd = 4.9252224028216e-07
BICGSTAB_SOLVER_TIME: 0.610877 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 61 resid = 1.514224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223718(s) Flops=403236864 => 1802.43370672007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.525874202 Mflops = 259.490525874202 Gflops = 0.259490525874202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056096 s
InvBiCGStab: k = 72 resid = 1.025495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263829(s) Flops=475416576 => 1801.98756012417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259428.745977595 Mflops = 259.428745977595 Gflops = 0.259428745977595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001101368 Relative Rsd = 4.8301628685828e-07
BICGSTAB_SOLVER_TIME: 0.588902 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109314
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01314(s) Flops=1630937088 => 1609.78451941489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231789.575147926 Mflops = 231.789575147926 Gflops = 0.231789575147926 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181551000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.075351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795417(s) Flops=1433438208 => 1802.12166448542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259426.44207373 Mflops = 259.42644207373 Gflops = 0.25942644207373 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 9.186796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885544(s) Flops=1590921216 => 1796.54677350871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258690.847467549 Mflops = 258.690847467549 Gflops = 0.258690847467549 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002767582 Relative Rsd = 1.21816790307698e-06
BICGSTAB_SOLVER_TIME: 1.684365 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.1161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328156
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.698374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680277(s) Flops=1230022656 => 1808.12030393501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260359.03633368 Mflops = 260.35903633368 Gflops = 0.26035903633368 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 8.716528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.790866(s) Flops=1426876416 => 1804.19491544712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.505915192 Mflops = 259.783505915192 Gflops = 0.259783505915192 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002027175 Relative Rsd = 8.89809878516709e-07
BICGSTAB_SOLVER_TIME: 1.474501 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.117024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288428999999998
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021975(s) Flops=1630937088 => 1595.86789109323 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229812.844479814 Mflops = 229.812844479814 Gflops = 0.229812844479814 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181255000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05295 s
InvBiCGStab: k = 32 resid = 1.469293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14128(s) Flops=212944896 => 1507.2543601359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216952.268728354 Mflops = 216.952268728354 Gflops = 0.216952268728354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060096 s
InvBiCGStab: k = 48 resid = 1.144423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220281(s) Flops=317933568 => 1443.30908249009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207775.840005798 Mflops = 207.775840005798 Gflops = 0.207775840005798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007077531 Relative Rsd = 3.10392328567657e-07
BICGSTAB_SOLVER_TIME: 0.478452 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041413 s
InvBiCGStab: k = 74 resid = 2.278626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272248(s) Flops=488540160 => 1794.46739737298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258355.454791839 Mflops = 258.355454791839 Gflops = 0.258355454791839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 108 resid = 8.954482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396305(s) Flops=711641088 => 1795.69041016389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258541.35911986 Mflops = 258.54135911986 Gflops = 0.25854135911986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001296108 Relative Rsd = 5.68421246209016e-07
BICGSTAB_SOLVER_TIME: 0.770058 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 59 resid = 1.986312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217147(s) Flops=390113280 => 1796.54003969661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258643.890016043 Mflops = 258.643890016043 Gflops = 0.258643890016043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 79 resid = 9.321691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290087(s) Flops=521349120 => 1797.21642128051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258745.932140098 Mflops = 258.745932140098 Gflops = 0.258745932140098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00115534 Relative Rsd = 5.06686309998723e-07
BICGSTAB_SOLVER_TIME: 0.608607 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042818 s
InvBiCGStab: k = 65 resid = 1.978427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247798(s) Flops=429484032 => 1733.20217273747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249533.266434762 Mflops = 249.533266434762 Gflops = 0.249533266434762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057848 s
InvBiCGStab: k = 81 resid = 1.138004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311704(s) Flops=534472704 => 1714.68028642558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246877.819620629 Mflops = 246.877819620629 Gflops = 0.246877819620629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00114842 Relative Rsd = 5.03651338188837e-07
BICGSTAB_SOLVER_TIME: 0.664126 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 60 resid = 2.26724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22207(s) Flops=396675072 => 1786.26141306795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257141.810953107 Mflops = 257.141810953107 Gflops = 0.257141810953107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 82 resid = 5.861171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302245(s) Flops=541034496 => 1790.05275852371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257728.354841096 Mflops = 257.728354841096 Gflops = 0.257728354841096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001126157 Relative Rsd = 4.93887811667457e-07
BICGSTAB_SOLVER_TIME: 0.626182 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115628
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01735(s) Flops=1643618304 => 1615.5878547206 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232627.368476079 Mflops = 232.627368476079 Gflops = 0.232627368476079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183060000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044488 s
InvBiCGStab: k = 32 resid = 2.17808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145138(s) Flops=212944896 => 1467.18913034491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211223.843874297 Mflops = 211.223843874297 Gflops = 0.211223843874297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065391 s
InvBiCGStab: k = 44 resid = 1.088169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198958(s) Flops=291686400 => 1466.07022587682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211043.588025601 Mflops = 211.043588025601 Gflops = 0.211043588025601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007539694 Relative Rsd = 3.30660957277648e-07
BICGSTAB_SOLVER_TIME: 0.458219 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040655 s
InvBiCGStab: k = 69 resid = 1.717945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307858(s) Flops=455731200 => 1480.3292427028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213138.939106069 Mflops = 213.138939106069 Gflops = 0.213138939106069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056622 s
InvBiCGStab: k = 102 resid = 1.011178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379542(s) Flops=672270336 => 1771.26730638506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255032.455214621 Mflops = 255.032455214621 Gflops = 0.255032455214621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001285408 Relative Rsd = 5.63728616652922e-07
BICGSTAB_SOLVER_TIME: 0.788773 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041564 s
InvBiCGStab: k = 73 resid = 2.224288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269824(s) Flops=481978368 => 1786.26944971537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257173.715349753 Mflops = 257.173715349753 Gflops = 0.257173715349753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057403 s
InvBiCGStab: k = 77 resid = 9.766449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284822(s) Flops=508225536 => 1784.36193833342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256895.461582144 Mflops = 256.895461582144 Gflops = 0.256895461582144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001107846 Relative Rsd = 4.85857147089038e-07
BICGSTAB_SOLVER_TIME: 0.657389 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 70 resid = 2.196395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257159(s) Flops=462292992 => 1797.69322481422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258818.172930375 Mflops = 258.818172930375 Gflops = 0.258818172930375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 88 resid = 9.443956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325254(s) Flops=580405248 => 1784.46767141987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256923.212672174 Mflops = 256.923212672174 Gflops = 0.256923212672174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001199377 Relative Rsd = 5.25999186798864e-07
BICGSTAB_SOLVER_TIME: 0.683726 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 59 resid = 1.766704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216257(s) Flops=390113280 => 1803.9336530147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.72726299 Mflops = 259.70972726299 Gflops = 0.25970972726299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056046 s
InvBiCGStab: k = 88 resid = 9.428024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321603(s) Flops=580405248 => 1804.72585143795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.15744259 Mflops = 259.83715744259 Gflops = 0.25983715744259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001173153 Relative Rsd = 5.14498356538788e-07
BICGSTAB_SOLVER_TIME: 0.639189 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119266
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026922(s) Flops=1656078336 => 1612.66224309149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232216.419690284 Mflops = 232.216419690284 Gflops = 0.232216419690284 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184632000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.499402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045837 s
InvBiCGStab: k = 36 resid = 2.078725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170474(s) Flops=239192064 => 1403.09996832362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201987.004832153 Mflops = 201.987004832153 Gflops = 0.201987004832153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062086 s
InvBiCGStab: k = 44 resid = 9.980768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212657(s) Flops=291686400 => 1371.62849095022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197463.645302485 Mflops = 197.463645302485 Gflops = 0.197463645302485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007542272 Relative Rsd = 3.30773993320833e-07
BICGSTAB_SOLVER_TIME: 0.49527 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064604 s
InvBiCGStab: k = 57 resid = 1.883339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241317(s) Flops=376989696 => 1562.2177302055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224915.923178329 Mflops = 224.915923178329 Gflops = 0.224915923178329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056875 s
InvBiCGStab: k = 84 resid = 9.965121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311029(s) Flops=554158080 => 1781.69263959309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256508.776808455 Mflops = 256.508776808455 Gflops = 0.256508776808455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001130372 Relative Rsd = 4.95735956079032e-07
BICGSTAB_SOLVER_TIME: 0.678367 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041464 s
InvBiCGStab: k = 58 resid = 2.238918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213637(s) Flops=383551488 => 1795.34204281094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258454.373935598 Mflops = 258.454373935598 Gflops = 0.258454373935598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056523 s
InvBiCGStab: k = 90 resid = 5.834263e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329721(s) Flops=593528832 => 1800.09411593438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259163.417477144 Mflops = 259.163417477144 Gflops = 0.259163417477144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001109763 Relative Rsd = 4.86697871805892e-07
BICGSTAB_SOLVER_TIME: 0.645095 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 64 resid = 2.1548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235859(s) Flops=422922240 => 1793.11469988425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258153.319526677 Mflops = 258.153319526677 Gflops = 0.258153319526677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 93 resid = 1.012457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339616(s) Flops=613214208 => 1805.61047771601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.837895455 Mflops = 259.961837895455 Gflops = 0.259961837895455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001111092 Relative Rsd = 4.87280819204753e-07
BICGSTAB_SOLVER_TIME: 0.676321 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 58 resid = 1.88378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212669(s) Flops=383551488 => 1803.51385486366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259640.518009253 Mflops = 259.640518009253 Gflops = 0.259640518009253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 88 resid = 3.461183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321873(s) Flops=580405248 => 1803.21197490936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259607.359695404 Mflops = 259.607359695404 Gflops = 0.259607359695404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001132415 Relative Rsd = 4.96632126659887e-07
BICGSTAB_SOLVER_TIME: 0.635776 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118396
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024329(s) Flops=1656225792 => 1616.888511406 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232838.835121256 Mflops = 232.838835121256 Gflops = 0.232838835121256 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184319000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.478112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0471 s
InvBiCGStab: k = 28 resid = 1.557581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128297(s) Flops=186697728 => 1455.19948245088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209464.961809135 Mflops = 209.464961809135 Gflops = 0.209464961809135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071786 s
InvBiCGStab: k = 48 resid = 1.074172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218946(s) Flops=317933568 => 1452.10950645365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209021.767441809 Mflops = 209.021767441809 Gflops = 0.209021767441809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007098529 Relative Rsd = 3.11313209828232e-07
BICGSTAB_SOLVER_TIME: 0.474217 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042029 s
InvBiCGStab: k = 60 resid = 2.07446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291038(s) Flops=396675072 => 1362.9665954274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196233.52864813 Mflops = 196.23352864813 Gflops = 0.19623352864813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057547 s
InvBiCGStab: k = 84 resid = 1.111869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349069(s) Flops=554158080 => 1587.53163414683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228566.04115016 Mflops = 228.56604115016 Gflops = 0.22856604115016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001186656 Relative Rsd = 5.20420036080236e-07
BICGSTAB_SOLVER_TIME: 0.743447 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040944 s
InvBiCGStab: k = 61 resid = 2.222449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225149(s) Flops=403236864 => 1790.9778146916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257845.970002845 Mflops = 257.845970002845 Gflops = 0.257845970002845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056464 s
InvBiCGStab: k = 80 resid = 1.135134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294434(s) Flops=527910912 => 1792.96858379127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258134.849007664 Mflops = 258.134849007664 Gflops = 0.258134849007664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001068583 Relative Rsd = 4.68638091954221e-07
BICGSTAB_SOLVER_TIME: 0.620872 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 71 resid = 1.63289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261092(s) Flops=468854784 => 1795.74549967061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258525.170881788 Mflops = 258.525170881788 Gflops = 0.258525170881788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056375 s
InvBiCGStab: k = 82 resid = 8.390577e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299608(s) Flops=541034496 => 1805.80790900109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259992.251446565 Mflops = 259.992251446565 Gflops = 0.259992251446565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001165568 Relative Rsd = 5.11171859974349e-07
BICGSTAB_SOLVER_TIME: 0.662248 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040933 s
InvBiCGStab: k = 61 resid = 2.150708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223267(s) Flops=403236864 => 1806.07462813582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260013.937382454 Mflops = 260.013937382454 Gflops = 0.260013937382454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056631 s
InvBiCGStab: k = 80 resid = 1.00307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292787(s) Flops=527910912 => 1803.05447987786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.302022882 Mflops = 259.589302022882 Gflops = 0.259589302022882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001065453 Relative Rsd = 4.67265423906773e-07
BICGSTAB_SOLVER_TIME: 0.6174 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114973
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050166(s) Flops=1656373248 => 1577.24897587619 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227121.249218684 Mflops = 227.121249218684 Gflops = 0.227121249218684 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184127000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.943896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863038(s) Flops=1341573120 => 1554.47746217432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223821.845181229 Mflops = 223.821845181229 Gflops = 0.223821845181229 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 9.392272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931911(s) Flops=1538426880 => 1650.83026168808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237708.711620627 Mflops = 237.708711620627 Gflops = 0.237708711620627 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002175041 Relative Rsd = 9.57359899769765e-07
BICGSTAB_SOLVER_TIME: 1.798391 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312981999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.477494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.654821(s) Flops=1177528320 => 1798.24458897928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258872.973590546 Mflops = 258.872973590546 Gflops = 0.258872973590546 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 7.041531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853403(s) Flops=1485932544 => 1741.18504856439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250719.095440331 Mflops = 250.719095440331 Gflops = 0.250719095440331 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002013793 Relative Rsd = 8.83957564486226e-07
BICGSTAB_SOLVER_TIME: 1.511708 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.117101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289116999999997
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028466(s) Flops=1656373248 => 1610.52795911581 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231897.436715121 Mflops = 231.897436715121 Gflops = 0.231897436715121 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184160000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046522 s
InvBiCGStab: k = 35 resid = 1.218803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.153898(s) Flops=232630272 => 1511.58736305865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217738.154206247 Mflops = 217.738154206247 Gflops = 0.217738154206247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065455 s
InvBiCGStab: k = 52 resid = 1.055076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245124(s) Flops=344180736 => 1404.10867968865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201951.548914133 Mflops = 201.951548914133 Gflops = 0.201951548914133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.000728244 Relative Rsd = 3.19378796111049e-07
BICGSTAB_SOLVER_TIME: 0.517516 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044161 s
InvBiCGStab: k = 81 resid = 2.20718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3486(s) Flops=534472704 => 1533.19765920826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220749.526283834 Mflops = 220.749526283834 Gflops = 0.220749526283834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059918 s
InvBiCGStab: k = 101 resid = 1.128503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.463514(s) Flops=665708544 => 1436.22100734821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206785.033238702 Mflops = 206.785033238702 Gflops = 0.206785033238702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001366179 Relative Rsd = 5.99151784473232e-07
BICGSTAB_SOLVER_TIME: 0.920441 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041934 s
InvBiCGStab: k = 72 resid = 2.04213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274048(s) Flops=475416576 => 1734.79308734236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249771.583458428 Mflops = 249.771583458428 Gflops = 0.249771583458428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081057 s
InvBiCGStab: k = 88 resid = 6.61118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341101(s) Flops=580405248 => 1701.56419359662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244969.136828772 Mflops = 244.969136828772 Gflops = 0.244969136828772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001150502 Relative Rsd = 5.04564459070658e-07
BICGSTAB_SOLVER_TIME: 0.742021 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 65 resid = 2.142607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239127(s) Flops=429484032 => 1796.04993162629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258582.536596107 Mflops = 258.582536596107 Gflops = 0.258582536596107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056787 s
InvBiCGStab: k = 82 resid = 9.143384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303149(s) Flops=541034496 => 1784.71476402693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256941.202890063 Mflops = 256.941202890063 Gflops = 0.256941202890063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00115135 Relative Rsd = 5.04936089313809e-07
BICGSTAB_SOLVER_TIME: 0.644262 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 70 resid = 1.445393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272746(s) Flops=462292992 => 1694.95791688971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244021.936803994 Mflops = 244.021936803994 Gflops = 0.244021936803994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057881 s
InvBiCGStab: k = 79 resid = 1.065762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293984(s) Flops=521349120 => 1773.39283770545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255311.685012777 Mflops = 255.311685012777 Gflops = 0.255311685012777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00112784 Relative Rsd = 4.94625507145311e-07
BICGSTAB_SOLVER_TIME: 0.669284 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121257
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025803(s) Flops=1656446976 => 1614.78078734416 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232506.916639544 Mflops = 232.506916639544 Gflops = 0.232506916639544 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184534000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 27 resid = 2.084268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10031(s) Flops=180135936 => 1795.792403549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.221263628 Mflops = 258.477221263628 Gflops = 0.258477221263628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057454 s
InvBiCGStab: k = 49 resid = 1.077047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215958(s) Flops=324495360 => 1502.58550273664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216282.219665482 Mflops = 216.282219665482 Gflops = 0.216282219665482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007170239 Relative Rsd = 3.14458128846337e-07
BICGSTAB_SOLVER_TIME: 0.420481 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051846 s
InvBiCGStab: k = 85 resid = 1.71062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368805(s) Flops=560719872 => 1520.36949607516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218905.392971513 Mflops = 218.905392971513 Gflops = 0.218905392971513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075521 s
InvBiCGStab: k = 117 resid = 3.829477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.519895(s) Flops=770697216 => 1482.40936342915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213445.140528084 Mflops = 213.445140528084 Gflops = 0.213445140528084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001288802 Relative Rsd = 5.65217281940712e-07
BICGSTAB_SOLVER_TIME: 1.019974 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158509999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 75 resid = 2.258933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322132(s) Flops=495101952 => 1536.95364633132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221288.570980966 Mflops = 221.288570980966 Gflops = 0.221288570980966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 89 resid = 1.060714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326919(s) Flops=586967040 => 1795.45098327109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258495.111070726 Mflops = 258.495111070726 Gflops = 0.258495111070726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001165504 Relative Rsd = 5.11143626491115e-07
BICGSTAB_SOLVER_TIME: 0.750246 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055263 s
InvBiCGStab: k = 78 resid = 1.434516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36074(s) Flops=514787328 => 1427.03145755946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205468.034326052 Mflops = 205.468034326052 Gflops = 0.205468034326052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056975 s
InvBiCGStab: k = 97 resid = 7.946174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356815(s) Flops=639461376 => 1792.13703459776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258022.427202583 Mflops = 258.022427202583 Gflops = 0.258022427202583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001167323 Relative Rsd = 5.11941260683828e-07
BICGSTAB_SOLVER_TIME: 0.833714 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042011 s
InvBiCGStab: k = 68 resid = 1.784141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249026(s) Flops=449169408 => 1803.70486615855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259686.907511571 Mflops = 259.686907511571 Gflops = 0.259686907511571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056734 s
InvBiCGStab: k = 90 resid = 1.130246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329205(s) Flops=593528832 => 1802.91560577756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.264648817 Mflops = 259.569264648817 Gflops = 0.259569264648817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001196256 Relative Rsd = 5.2463034788567e-07
BICGSTAB_SOLVER_TIME: 0.680801 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127165
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092645(s) Flops=1656225792 => 1515.79496725835 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218261.34592474 Mflops = 218.26134592474 Gflops = 0.21826134592474 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 34 resid = 2.175026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126224(s) Flops=226068480 => 1791.01026746102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257813.041590812 Mflops = 257.813041590812 Gflops = 0.257813041590812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056736 s
InvBiCGStab: k = 52 resid = 6.041231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192181(s) Flops=344180736 => 1790.91968508854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257803.963536549 Mflops = 257.803963536549 Gflops = 0.257803963536549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007240794 Relative Rsd = 3.17552401182039e-07
BICGSTAB_SOLVER_TIME: 0.420369 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 67 resid = 2.162826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261281(s) Flops=442607616 => 1693.99082214168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243892.148323451 Mflops = 243.892148323451 Gflops = 0.243892148323451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058583 s
InvBiCGStab: k = 77 resid = 9.97089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29755(s) Flops=508225536 => 1708.03406486305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245905.878811895 Mflops = 245.905878811895 Gflops = 0.245905878811895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001115402 Relative Rsd = 4.89170981982877e-07
BICGSTAB_SOLVER_TIME: 0.662402 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041377 s
InvBiCGStab: k = 61 resid = 2.183023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22501(s) Flops=403236864 => 1792.0841918137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257992.833768807 Mflops = 257.992833768807 Gflops = 0.257992833768807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056602 s
InvBiCGStab: k = 86 resid = 6.48213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316409(s) Flops=567281664 => 1792.87461481816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258116.127208399 Mflops = 258.116127208399 Gflops = 0.258116127208399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00113197 Relative Rsd = 4.96436993978292e-07
BICGSTAB_SOLVER_TIME: 0.643198 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 70 resid = 2.226633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255897(s) Flops=462292992 => 1806.55885766539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260094.700068462 Mflops = 260.094700068462 Gflops = 0.260094700068462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 86 resid = 9.331349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314614(s) Flops=567281664 => 1803.10368896489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259593.774253644 Mflops = 259.593774253644 Gflops = 0.259593774253644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00112972 Relative Rsd = 4.95450302663668e-07
BICGSTAB_SOLVER_TIME: 0.671431 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 59 resid = 2.141797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216744(s) Flops=390113280 => 1799.88041191452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259128.232542087 Mflops = 259.128232542087 Gflops = 0.259128232542087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 90 resid = 8.73748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328534(s) Flops=593528832 => 1806.59789245558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260099.664361554 Mflops = 260.099664361554 Gflops = 0.260099664361554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001152178 Relative Rsd = 5.05299499682095e-07
BICGSTAB_SOLVER_TIME: 0.646684 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120602
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034865(s) Flops=1650106368 => 1594.51364960647 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229600.747688072 Mflops = 229.600747688072 Gflops = 0.229600747688072 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183680000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048292 s
InvBiCGStab: k = 30 resid = 2.231999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132437(s) Flops=199821312 => 1508.80276659846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217195.200268874 Mflops = 217.195200268874 Gflops = 0.217195200268874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080987 s
InvBiCGStab: k = 51 resid = 7.874039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226733(s) Flops=337618944 => 1489.05957227223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214373.541923937 Mflops = 214.373541923937 Gflops = 0.214373541923937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007264015 Relative Rsd = 3.18570772200726e-07
BICGSTAB_SOLVER_TIME: 0.492559 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044888 s
InvBiCGStab: k = 54 resid = 1.605922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256941(s) Flops=357304320 => 1390.60842761568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200187.632867357 Mflops = 200.187632867357 Gflops = 0.200187632867357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062859 s
InvBiCGStab: k = 100 resid = 7.770412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440369(s) Flops=659146752 => 1496.8055244579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215517.574874621 Mflops = 215.517574874621 Gflops = 0.215517574874621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001164182 Relative Rsd = 5.10563844509904e-07
BICGSTAB_SOLVER_TIME: 0.808817 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048572 s
InvBiCGStab: k = 59 resid = 2.18113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239525(s) Flops=390113280 => 1628.69545976412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234481.003487027 Mflops = 234.481003487027 Gflops = 0.234481003487027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057081 s
InvBiCGStab: k = 84 resid = 1.147782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308344(s) Flops=554158080 => 1797.20727499157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258746.834473595 Mflops = 258.746834473595 Gflops = 0.258746834473595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001150978 Relative Rsd = 5.0477327452532e-07
BICGSTAB_SOLVER_TIME: 0.657518 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 65 resid = 2.020577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239017(s) Flops=429484032 => 1796.87650669199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.902271665 Mflops = 258.687902271665 Gflops = 0.258687902271665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 84 resid = 1.071108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310745(s) Flops=554158080 => 1783.32098666109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256752.061390382 Mflops = 256.752061390382 Gflops = 0.256752061390382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001144964 Relative Rsd = 5.02135613685652e-07
BICGSTAB_SOLVER_TIME: 0.650501 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041608 s
InvBiCGStab: k = 62 resid = 1.612939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227349(s) Flops=409798656 => 1802.50916432445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.302813012 Mflops = 259.510302813012 Gflops = 0.259510302813012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056418 s
InvBiCGStab: k = 89 resid = 8.878751e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326028(s) Flops=586967040 => 1800.35776068313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.875195855 Mflops = 259.198875195855 Gflops = 0.259198875195855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001103392 Relative Rsd = 4.83903880178405e-07
BICGSTAB_SOLVER_TIME: 0.655252 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122186
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021772(s) Flops=1650106368 => 1614.94576872336 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232538.036602676 Mflops = 232.538036602676 Gflops = 0.232538036602675 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183613000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.412807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.97168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778684(s) Flops=1407191040 => 1807.14004654006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.310822326 Mflops = 260.163310822326 Gflops = 0.260163310822326 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 9.356058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916112(s) Flops=1584359424 => 1729.43856646349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249025.820743583 Mflops = 249.025820743583 Gflops = 0.249025820743583 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002187696 Relative Rsd = 9.62955165858444e-07
BICGSTAB_SOLVER_TIME: 1.698514 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.128113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324663999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.969131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874925(s) Flops=1308764160 => 1495.85868503015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215362.796152578 Mflops = 215.362796152578 Gflops = 0.215362796152578 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 6.349775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953819(s) Flops=1479370752 => 1550.99736113455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223333.146843827 Mflops = 223.333146843827 Gflops = 0.223333146843827 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.00203083 Relative Rsd = 8.91474635666993e-07
BICGSTAB_SOLVER_TIME: 1.832121 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302588999999998
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.0495(s) Flops=1650106368 => 1572.27857837065 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226389.455351291 Mflops = 226.389455351291 Gflops = 0.226389455351291 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183433000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 30 resid = 1.903344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111431(s) Flops=199821312 => 1793.22910141702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258106.152918765 Mflops = 258.106152918765 Gflops = 0.258106152918765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 46 resid = 8.216197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169243(s) Flops=304809984 => 1801.019740846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259249.274907904 Mflops = 259.249274907904 Gflops = 0.259249274907904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007200633 Relative Rsd = 3.1579110153535e-07
BICGSTAB_SOLVER_TIME: 0.381999 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 87 resid = 1.999099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317981(s) Flops=573843456 => 1804.64699463175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.351127935 Mflops = 259.828351127935 Gflops = 0.259828351127935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056291 s
InvBiCGStab: k = 115 resid = 1.086595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420041(s) Flops=757573632 => 1803.57068000505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.54786732 Mflops = 259.67354786732 Gflops = 0.25967354786732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001370016 Relative Rsd = 6.00834408174778e-07
BICGSTAB_SOLVER_TIME: 0.838812 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158745999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 57 resid = 2.16869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223494(s) Flops=376989696 => 1686.8000751698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242843.893600222 Mflops = 242.843893600222 Gflops = 0.242843893600222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055734 s
InvBiCGStab: k = 84 resid = 1.135547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306874(s) Flops=554158080 => 1805.81632852571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259987.865864415 Mflops = 259.987865864415 Gflops = 0.259987865864415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001159981 Relative Rsd = 5.08721265106779e-07
BICGSTAB_SOLVER_TIME: 0.631471 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 70 resid = 1.441811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255819(s) Flops=462292992 => 1807.10968301807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260166.475568841 Mflops = 260.166475568841 Gflops = 0.260166475568841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 100 resid = 9.805116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365799(s) Flops=659146752 => 1801.93699818753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.587475121 Mflops = 259.431587475121 Gflops = 0.259431587475121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001209053 Relative Rsd = 5.30242275993514e-07
BICGSTAB_SOLVER_TIME: 0.723158 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044875 s
InvBiCGStab: k = 61 resid = 1.889781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267909(s) Flops=403236864 => 1505.12623316126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216689.227877429 Mflops = 216.689227877429 Gflops = 0.216689227877429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06693 s
InvBiCGStab: k = 94 resid = 1.055573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411201(s) Flops=619776000 => 1507.23368863403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217007.183222498 Mflops = 217.007183222498 Gflops = 0.217007183222498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001170314 Relative Rsd = 5.1325312207932e-07
BICGSTAB_SOLVER_TIME: 0.794853 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124894
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.210341(s) Flops=1656373248 => 1368.51783753504 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197134.631758894 Mflops = 197.134631758894 Gflops = 0.197134631758894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184002000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.412382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 30 resid = 2.239159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11059(s) Flops=199821312 => 1806.86600958495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.506397933 Mflops = 260.054506397933 Gflops = 0.260054506397933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 43 resid = 7.648812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158412(s) Flops=285124608 => 1799.89273539883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259077.544864884 Mflops = 259.077544864884 Gflops = 0.259077544864884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0006985139 Relative Rsd = 3.06340389754977e-07
BICGSTAB_SOLVER_TIME: 0.369884 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 70 resid = 2.133517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257168(s) Flops=462292992 => 1797.63031170286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258816.621934972 Mflops = 258.816621934972 Gflops = 0.258816621934972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056104 s
InvBiCGStab: k = 105 resid = 9.496783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383101(s) Flops=691955712 => 1806.19656957304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260052.548606716 Mflops = 260.052548606716 Gflops = 0.260052548606716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001273951 Relative Rsd = 5.58704281960167e-07
BICGSTAB_SOLVER_TIME: 0.741119 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 50 resid = 2.097997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187832(s) Flops=331057152 => 1762.51731334384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253755.022064338 Mflops = 253.755022064338 Gflops = 0.253755022064338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059948 s
InvBiCGStab: k = 79 resid = 1.125953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307132(s) Flops=521349120 => 1697.4757433286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244383.074136103 Mflops = 244.383074136103 Gflops = 0.244383074136103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001118 Relative Rsd = 4.90310174951066e-07
BICGSTAB_SOLVER_TIME: 0.599679 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 62 resid = 2.19461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228861(s) Flops=409798656 => 1790.60065279799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257801.819279427 Mflops = 257.801819279427 Gflops = 0.257801819279427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056587 s
InvBiCGStab: k = 91 resid = 9.827411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334748(s) Flops=600090624 => 1792.66380680392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258093.622634798 Mflops = 258.093622634798 Gflops = 0.258093622634798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001161504 Relative Rsd = 5.09389525616824e-07
BICGSTAB_SOLVER_TIME: 0.665102 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041659 s
InvBiCGStab: k = 57 resid = 9.28691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217824(s) Flops=376989696 => 1730.7078007933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249142.04981649 Mflops = 249.14204981649 Gflops = 0.24914204981649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 93 resid = 9.219244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340472(s) Flops=613214208 => 1801.07088982354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.738154688 Mflops = 259.300738154688 Gflops = 0.259300738154688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00114221 Relative Rsd = 5.00927649466258e-07
BICGSTAB_SOLVER_TIME: 0.660392 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12132
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038626(s) Flops=1662640128 => 1600.80734354811 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230518.708626434 Mflops = 230.518708626434 Gflops = 0.230518708626434 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184911000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.523894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045787 s
InvBiCGStab: k = 32 resid = 1.783917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140749(s) Flops=212944896 => 1512.94073847772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217834.244392789 Mflops = 217.834244392789 Gflops = 0.217834244392789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056913 s
InvBiCGStab: k = 47 resid = 1.082447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173742(s) Flops=311371776 => 1792.150291812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257964.64830844 Mflops = 257.96464830844 Gflops = 0.25796464830844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000747073 Relative Rsd = 3.27636451768058e-07
BICGSTAB_SOLVER_TIME: 0.421002 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062845 s
InvBiCGStab: k = 65 resid = 1.433494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416177(s) Flops=429484032 => 1031.97445317737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  148590.037475205 Mflops = 148.590037475205 Gflops = 0.148590037475205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067121 s
InvBiCGStab: k = 88 resid = 6.790765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428855(s) Flops=580405248 => 1353.38342330158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194854.959699095 Mflops = 194.854959699095 Gflops = 0.194854959699095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001125217 Relative Rsd = 4.93475541546088e-07
BICGSTAB_SOLVER_TIME: 0.979745 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 67 resid = 2.059048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247251(s) Flops=442607616 => 1790.11456374292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257731.49371914 Mflops = 257.73149371914 Gflops = 0.25773149371914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 95 resid = 6.635312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348695(s) Flops=626337792 => 1796.23393510088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258614.119193522 Mflops = 258.614119193522 Gflops = 0.258614119193522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00122667 Relative Rsd = 5.37968600981409e-07
BICGSTAB_SOLVER_TIME: 0.697809 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 69 resid = 1.624654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252474(s) Flops=455731200 => 1805.06190736472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.59155214 Mflops = 259.87759155214 Gflops = 0.25987759155214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056069 s
InvBiCGStab: k = 87 resid = 7.883042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317681(s) Flops=573843456 => 1806.35120136237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260077.545102147 Mflops = 260.077545102147 Gflops = 0.260077545102147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001092322 Relative Rsd = 4.7904899744018e-07
BICGSTAB_SOLVER_TIME: 0.671418 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126075000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 65 resid = 1.890241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23892(s) Flops=429484032 => 1797.60602712205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258797.354717192 Mflops = 258.797354717192 Gflops = 0.258797354717192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 102 resid = 8.5032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372639(s) Flops=672270336 => 1804.07937977506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259743.919126056 Mflops = 259.743919126056 Gflops = 0.259743919126056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001203903 Relative Rsd = 5.27984107885999e-07
BICGSTAB_SOLVER_TIME: 0.713177 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133448
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.043715(s) Flops=1668685824 => 1598.79452149294 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230215.375168919 Mflops = 230.215375168919 Gflops = 0.230215375168919 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185495000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059737 s
InvBiCGStab: k = 38 resid = 1.869001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1808(s) Flops=252315648 => 1395.55115044248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200939.790527701 Mflops = 200.939790527701 Gflops = 0.200939790527701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070952 s
InvBiCGStab: k = 48 resid = 1.144116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221475(s) Flops=317933568 => 1435.52801896377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206653.27261391 Mflops = 206.65327261391 Gflops = 0.20665327261391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007296086 Relative Rsd = 3.19977289794982e-07
BICGSTAB_SOLVER_TIME: 0.538761 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048393 s
InvBiCGStab: k = 64 resid = 2.196498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276495(s) Flops=422922240 => 1529.58368144089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220218.96584649 Mflops = 220.21896584649 Gflops = 0.22021896584649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070605 s
InvBiCGStab: k = 93 resid = 1.064192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403365(s) Flops=613214208 => 1520.24644676658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218882.104731304 Mflops = 218.882104731304 Gflops = 0.218882104731304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001162061 Relative Rsd = 5.09633569106625e-07
BICGSTAB_SOLVER_TIME: 0.802745 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 61 resid = 1.646913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226728(s) Flops=403236864 => 1778.50492219752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256050.461979624 Mflops = 256.050461979624 Gflops = 0.256050461979624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 93 resid = 8.831481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34167(s) Flops=613214208 => 1794.75578189481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258398.143277231 Mflops = 258.398143277231 Gflops = 0.258398143277231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001181445 Relative Rsd = 5.18134808757325e-07
BICGSTAB_SOLVER_TIME: 0.67034 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 80 resid = 2.168913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294266(s) Flops=527910912 => 1793.99221112871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258293.88605655 Mflops = 258.29388605655 Gflops = 0.258293886056551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056653 s
InvBiCGStab: k = 82 resid = 7.609265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30135(s) Flops=541034496 => 1795.36915878547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.3171261 Mflops = 258.4773171261 Gflops = 0.2584773171261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00120886 Relative Rsd = 5.30157677654058e-07
BICGSTAB_SOLVER_TIME: 0.697332 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040545 s
InvBiCGStab: k = 61 resid = 2.204418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224294(s) Flops=403236864 => 1797.80495242851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.866837019 Mflops = 258.833866837019 Gflops = 0.258833866837019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 87 resid = 9.525825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318351(s) Flops=573843456 => 1802.54956321796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259520.574413235 Mflops = 259.520574413235 Gflops = 0.259520574413235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001188406 Relative Rsd = 5.2118754775015e-07
BICGSTAB_SOLVER_TIME: 0.64362 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119901
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055654(s) Flops=1668907008 => 1580.9223552414 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227636.157065166 Mflops = 227.636157065166 Gflops = 0.227636157065166 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185716000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.046705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779542(s) Flops=1374382080 => 1763.06354243902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253825.862355431 Mflops = 253.825862355431 Gflops = 0.253825862355431 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 6.902047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.922959(s) Flops=1459685376 => 1581.52786418465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227729.289617537 Mflops = 227.729289617537 Gflops = 0.227729289617537 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002161001 Relative Rsd = 9.51234477369511e-07
BICGSTAB_SOLVER_TIME: 1.706209 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.13249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.125739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309784999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.27734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829965(s) Flops=1184090112 => 1426.67475375468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205396.525647005 Mflops = 205.396525647005 Gflops = 0.205396525647005 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.102665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800806(s) Flops=1256269824 => 1568.75675756675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225886.945844488 Mflops = 225.886945844488 Gflops = 0.225886945844488 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001961806 Relative Rsd = 8.61224510910187e-07
BICGSTAB_SOLVER_TIME: 1.634541 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264945999999998
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053908(s) Flops=1668907008 => 1583.54145523139 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228017.544702214 Mflops = 228.017544702214 Gflops = 0.228017544702214 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185675000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043233 s
InvBiCGStab: k = 30 resid = 1.562149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111633(s) Flops=199821312 => 1789.9842519685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257614.528127712 Mflops = 257.614528127712 Gflops = 0.257614528127712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057604 s
InvBiCGStab: k = 49 resid = 1.068664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186383(s) Flops=324495360 => 1741.01371906236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250622.54132068 Mflops = 250.62254132068 Gflops = 0.25062254132068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007105366 Relative Rsd = 3.11613031040336e-07
BICGSTAB_SOLVER_TIME: 0.402912 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 86 resid = 1.366265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314935(s) Flops=567281664 => 1801.26586120946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.894605996 Mflops = 259.332894605996 Gflops = 0.259332894605996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 109 resid = 5.495411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409895(s) Flops=718202880 => 1752.16306615109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252278.400046467 Mflops = 252.278400046467 Gflops = 0.252278400046467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001326345 Relative Rsd = 5.81681895517203e-07
BICGSTAB_SOLVER_TIME: 0.82582 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153899999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043662 s
InvBiCGStab: k = 57 resid = 1.764127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230916(s) Flops=376989696 => 1632.5836927714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235037.12352585 Mflops = 235.03712352585 Gflops = 0.23503712352585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061243 s
InvBiCGStab: k = 93 resid = 1.032789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351251(s) Flops=613214208 => 1745.80060412639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251355.914070008 Mflops = 251.355914070008 Gflops = 0.251355914070008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001194432 Relative Rsd = 5.23830160936787e-07
BICGSTAB_SOLVER_TIME: 0.690973 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 71 resid = 2.215942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262357(s) Flops=468854784 => 1787.08699977512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257290.397559961 Mflops = 257.290397559961 Gflops = 0.257290397559961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 84 resid = 1.054629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313364(s) Flops=554158080 => 1768.41653795586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254604.637222599 Mflops = 254.604637222599 Gflops = 0.254604637222599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001152215 Relative Rsd = 5.05315428880593e-07
BICGSTAB_SOLVER_TIME: 0.67739 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124916000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054165 s
InvBiCGStab: k = 63 resid = 2.269279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263539(s) Flops=416360448 => 1579.88171769643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227469.107596968 Mflops = 227.469107596968 Gflops = 0.227469107596968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067095 s
InvBiCGStab: k = 100 resid = 1.017049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.462516(s) Flops=659146752 => 1425.13286459279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205192.175172604 Mflops = 205.192175172604 Gflops = 0.205192175172604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001162386 Relative Rsd = 5.09776063956005e-07
BICGSTAB_SOLVER_TIME: 0.851351 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130511
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.177367(s) Flops=1668980736 => 1417.55352069491 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204111.778137225 Mflops = 204.111778137225 Gflops = 0.204111778137225 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185571000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 32 resid = 2.200918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118353(s) Flops=212944896 => 1799.23530455502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.836315285 Mflops = 258.985836315285 Gflops = 0.258985836315285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055904 s
InvBiCGStab: k = 49 resid = 7.012972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180294(s) Flops=324495360 => 1799.81230656594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.975140927 Mflops = 259.080975140927 Gflops = 0.259080975140927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007069095 Relative Rsd = 3.10022332088453e-07
BICGSTAB_SOLVER_TIME: 0.399833 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0723210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040915 s
InvBiCGStab: k = 69 resid = 2.276329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254109(s) Flops=455731200 => 1793.44769370624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258204.674247985 Mflops = 258.204674247985 Gflops = 0.258204674247985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056546 s
InvBiCGStab: k = 115 resid = 1.03172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420491(s) Flops=757573632 => 1801.64053927432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259398.208795127 Mflops = 259.398208795127 Gflops = 0.259398208795127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001312078 Relative Rsd = 5.75425090145827e-07
BICGSTAB_SOLVER_TIME: 0.775888 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 68 resid = 2.076689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250056(s) Flops=449169408 => 1796.27526634034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258609.665867433 Mflops = 258.609665867433 Gflops = 0.258609665867433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 89 resid = 9.961724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327188(s) Flops=586967040 => 1793.97484015306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258283.658797482 Mflops = 258.283658797482 Gflops = 0.258283658797482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001143367 Relative Rsd = 5.01435137392748e-07
BICGSTAB_SOLVER_TIME: 0.678521 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041923 s
InvBiCGStab: k = 67 resid = 1.447958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246222(s) Flops=442607616 => 1797.59573068207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258802.996981392 Mflops = 258.802996981392 Gflops = 0.258802996981392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 86 resid = 1.146787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317876(s) Flops=567281664 => 1784.60048572399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256937.054064249 Mflops = 256.937054064249 Gflops = 0.256937054064249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001168879 Relative Rsd = 5.12623918738668e-07
BICGSTAB_SOLVER_TIME: 0.666143 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 64 resid = 2.096905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235702(s) Flops=422922240 => 1794.3090852008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258319.644681015 Mflops = 258.319644681015 Gflops = 0.258319644681015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05654 s
InvBiCGStab: k = 88 resid = 1.140781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32246(s) Flops=580405248 => 1799.92944241146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259131.215582279 Mflops = 259.131215582279 Gflops = 0.259131215582279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001188863 Relative Rsd = 5.21388092274823e-07
BICGSTAB_SOLVER_TIME: 0.659433 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122691
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.115374(s) Flops=1668907008 => 1496.27569586524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215446.464695153 Mflops = 215.446464695153 Gflops = 0.215446464695153 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185782000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.56825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 29 resid = 2.263727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10981(s) Flops=193259520 => 1759.94463163646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253345.254405338 Mflops = 253.345254405338 Gflops = 0.253345254405338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061174 s
InvBiCGStab: k = 51 resid = 6.81979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198291(s) Flops=337618944 => 1702.64381136814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245107.68475793 Mflops = 245.10768475793 Gflops = 0.24510768475793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000705969 Relative Rsd = 3.09609883274152e-07
BICGSTAB_SOLVER_TIME: 0.414083 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 62 resid = 2.104581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23001(s) Flops=409798656 => 1781.65582365984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256497.848447453 Mflops = 256.497848447453 Gflops = 0.256497848447453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057126 s
InvBiCGStab: k = 89 resid = 1.127601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328014(s) Flops=586967040 => 1789.45727926247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257629.846758797 Mflops = 257.629846758797 Gflops = 0.257629846758797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001140712 Relative Rsd = 5.00270774248729e-07
BICGSTAB_SOLVER_TIME: 0.660253 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041923 s
InvBiCGStab: k = 59 resid = 1.633211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218419(s) Flops=390113280 => 1786.0775848255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257130.97231104 Mflops = 257.13097231104 Gflops = 0.25713097231104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 79 resid = 1.044392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2894(s) Flops=521349120 => 1801.48279198341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.801067193 Mflops = 259.363801067193 Gflops = 0.259363801067193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001139376 Relative Rsd = 4.99684967762958e-07
BICGSTAB_SOLVER_TIME: 0.609568 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 67 resid = 1.99838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246664(s) Flops=442607616 => 1794.37459864431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258346.993159555 Mflops = 258.346993159555 Gflops = 0.258346993159555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05663 s
InvBiCGStab: k = 87 resid = 1.005938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318967(s) Flops=573843456 => 1799.068417736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.550121867 Mflops = 259.018550121867 Gflops = 0.259018550121867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001150369 Relative Rsd = 5.04506000954377e-07
BICGSTAB_SOLVER_TIME: 0.667611 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 65 resid = 1.843512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239487(s) Flops=429484032 => 1793.35008580842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258200.709371418 Mflops = 258.200709371418 Gflops = 0.258200709371418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056362 s
InvBiCGStab: k = 84 resid = 7.064745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309236(s) Flops=554158080 => 1792.02317970741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258001.997302861 Mflops = 258.001997302861 Gflops = 0.258001997302861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001097494 Relative Rsd = 4.81317121296756e-07
BICGSTAB_SOLVER_TIME: 0.650342 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120571
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03417(s) Flops=1668980736 => 1613.8359612056 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232378.536620897 Mflops = 232.378536620897 Gflops = 0.232378536620897 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185731000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.401632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021648
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041464 s
InvBiCGStab: k = 30 resid = 1.649492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111211(s) Flops=199821312 => 1796.77650592118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258600.965391143 Mflops = 258.600965391143 Gflops = 0.258600965391143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062536 s
InvBiCGStab: k = 46 resid = 1.055064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206486(s) Flops=304809984 => 1476.17748418779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212515.017687799 Mflops = 212.515017687799 Gflops = 0.212515017687799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007541322 Relative Rsd = 3.30732357867709e-07
BICGSTAB_SOLVER_TIME: 0.426092 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043318 s
InvBiCGStab: k = 74 resid = 1.537199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330324(s) Flops=488540160 => 1478.97264503942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212937.371709159 Mflops = 212.937371709159 Gflops = 0.212937371709159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069398 s
InvBiCGStab: k = 92 resid = 1.128813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385456(s) Flops=606652416 => 1573.85646091902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226608.44642655 Mflops = 226.60844642655 Gflops = 0.22660844642655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001188625 Relative Rsd = 5.21283480326998e-07
BICGSTAB_SOLVER_TIME: 0.832478 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043708 s
InvBiCGStab: k = 64 resid = 2.169169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294692(s) Flops=422922240 => 1435.13308810555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206624.477118349 Mflops = 206.624477118349 Gflops = 0.206624477118349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 86 resid = 1.11988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360761(s) Flops=567281664 => 1572.45839766494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226391.676586333 Mflops = 226.391676586333 Gflops = 0.226391676586333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001129759 Relative Rsd = 4.9546750824025e-07
BICGSTAB_SOLVER_TIME: 0.75979 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060087 s
InvBiCGStab: k = 70 resid = 2.265166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261338(s) Flops=462292992 => 1768.9466973804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254679.65270175 Mflops = 254.67965270175 Gflops = 0.25467965270175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 95 resid = 7.475632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348452(s) Flops=626337792 => 1797.48657490845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258788.859089668 Mflops = 258.788859089668 Gflops = 0.258788859089668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001166513 Relative Rsd = 5.11586121245531e-07
BICGSTAB_SOLVER_TIME: 0.730361 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 65 resid = 1.95614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239459(s) Flops=429484032 => 1793.55978267678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258229.114578734 Mflops = 258.229114578734 Gflops = 0.258229114578734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056306 s
InvBiCGStab: k = 106 resid = 9.968818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389154(s) Flops=698517504 => 1794.96421468108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258429.777119231 Mflops = 258.429777119231 Gflops = 0.258429777119231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001210041 Relative Rsd = 5.30675733991091e-07
BICGSTAB_SOLVER_TIME: 0.73012 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13624
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05658(s) Flops=1662787584 => 1573.74508697874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226600.194747783 Mflops = 226.600194747783 Gflops = 0.226600194747783 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.97112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713117(s) Flops=1256269824 => 1761.66018198977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253619.034945646 Mflops = 253.619034945646 Gflops = 0.253619034945646 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.10452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905406(s) Flops=1630291968 => 1800.61979708551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259276.445916576 Mflops = 259.276445916576 Gflops = 0.259276445916576 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.003894849 Relative Rsd = 1.7145165579076e-06
BICGSTAB_SOLVER_TIME: 1.621921 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313350999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.024527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861614(s) Flops=1341573120 => 1557.04656609572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224168.138437395 Mflops = 224.168138437395 Gflops = 0.224168138437395 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.088059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916794(s) Flops=1361258496 => 1484.80301572654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213801.99671353 Mflops = 213.80199671353 Gflops = 0.21380199671353 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002168169 Relative Rsd = 9.51888971911053e-07
BICGSTAB_SOLVER_TIME: 1.782231 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.12797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293637999999998
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108381(s) Flops=1662787584 => 1500.194954623 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216063.253744776 Mflops = 216.063253744776 Gflops = 0.216063253744776 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184987000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.38057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 25 resid = 1.793256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095065(s) Flops=167012352 => 1756.82272129596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252796.624775379 Mflops = 252.796624775379 Gflops = 0.252796624775379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 54 resid = 1.134387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198024(s) Flops=357304320 => 1804.34856381045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.863335375 Mflops = 259.746863335375 Gflops = 0.259746863335375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000777108 Relative Rsd = 3.40808597019849e-07
BICGSTAB_SOLVER_TIME: 0.394369 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 84 resid = 1.784058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306918(s) Flops=554158080 => 1805.55744531113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.84630609 Mflops = 259.95684630609 Gflops = 0.25995684630609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056757 s
InvBiCGStab: k = 113 resid = 7.983829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414479(s) Flops=744450048 => 1796.11041331406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258603.036118959 Mflops = 258.603036118959 Gflops = 0.258603036118959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001314688 Relative Rsd = 5.76569592846848e-07
BICGSTAB_SOLVER_TIME: 0.823191 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155490999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042132 s
InvBiCGStab: k = 67 resid = 2.091073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245128(s) Flops=442607616 => 1805.61835449235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.865987788 Mflops = 259.951865987788 Gflops = 0.259951865987788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058587 s
InvBiCGStab: k = 78 resid = 1.146012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305817(s) Flops=514787328 => 1683.31821971964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242350.380203276 Mflops = 242.350380203276 Gflops = 0.242350380203276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001134359 Relative Rsd = 4.97484696165367e-07
BICGSTAB_SOLVER_TIME: 0.655798 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 67 resid = 1.837113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259937(s) Flops=442607616 => 1702.74957393522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245145.411167581 Mflops = 245.145411167581 Gflops = 0.245145411167581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058093 s
InvBiCGStab: k = 96 resid = 1.015171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355626(s) Flops=632899584 => 1779.677481399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256220.737381853 Mflops = 256.220737381853 Gflops = 0.256220737381853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001209434 Relative Rsd = 5.30409787853355e-07
BICGSTAB_SOLVER_TIME: 0.718576 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041517 s
InvBiCGStab: k = 66 resid = 1.862332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242828(s) Flops=436045824 => 1795.6982885005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258533.648713275 Mflops = 258.533648713275 Gflops = 0.258533648713275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055978 s
InvBiCGStab: k = 97 resid = 8.596885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35491(s) Flops=639461376 => 1801.75643402553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259402.372980691 Mflops = 259.402372980691 Gflops = 0.259402372980691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001220941 Relative Rsd = 5.35456025194044e-07
BICGSTAB_SOLVER_TIME: 0.699108 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130687
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.217633(s) Flops=1662640128 => 1365.46901077747 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196615.07861898 Mflops = 196.61507861898 Gflops = 0.19661507861898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184893000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.515678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041013 s
InvBiCGStab: k = 32 resid = 2.27081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118385(s) Flops=212944896 => 1798.74896312877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.617331892 Mflops = 258.923617331892 Gflops = 0.258923617331892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056744 s
InvBiCGStab: k = 50 resid = 1.042601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185112(s) Flops=331057152 => 1788.41540256709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257440.397456906 Mflops = 257.440397456906 Gflops = 0.257440397456906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007331752 Relative Rsd = 3.21541440082703e-07
BICGSTAB_SOLVER_TIME: 0.405432 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043837 s
InvBiCGStab: k = 75 resid = 2.067255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278549(s) Flops=495101952 => 1777.43216453838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255895.449560704 Mflops = 255.895449560704 Gflops = 0.255895449560704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057298 s
InvBiCGStab: k = 109 resid = 1.136804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400279(s) Flops=718202880 => 1794.25570664462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258329.510160642 Mflops = 258.329510160642 Gflops = 0.258329510160642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001299927 Relative Rsd = 5.70096109531807e-07
BICGSTAB_SOLVER_TIME: 0.783848 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041511 s
InvBiCGStab: k = 65 resid = 2.237025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239181(s) Flops=429484032 => 1795.64443664003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258510.509581154 Mflops = 258.510509581154 Gflops = 0.258510509581154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 85 resid = 1.127263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311605(s) Flops=560719872 => 1799.45723592369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259064.68999634 Mflops = 259.06468999634 Gflops = 0.25906468999634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001154865 Relative Rsd = 5.06477954040171e-07
BICGSTAB_SOLVER_TIME: 0.652442 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04068 s
InvBiCGStab: k = 78 resid = 1.438533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2852(s) Flops=514787328 => 1805.00465638149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.071042384 Mflops = 259.879071042384 Gflops = 0.259879071042384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 81 resid = 1.097846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296815(s) Flops=534472704 => 1800.69303775079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.561693543 Mflops = 259.236561693543 Gflops = 0.259236561693543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001141292 Relative Rsd = 5.00525386149072e-07
BICGSTAB_SOLVER_TIME: 0.68311 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 61 resid = 2.208003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223261(s) Flops=403236864 => 1806.12316526397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.853520471 Mflops = 260.030853520471 Gflops = 0.260030853520471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056606 s
InvBiCGStab: k = 96 resid = 6.193796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350217(s) Flops=632899584 => 1807.16408398222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260180.558145683 Mflops = 260.180558145684 Gflops = 0.260180558145684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001215015 Relative Rsd = 5.32857166248151e-07
BICGSTAB_SOLVER_TIME: 0.674857 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126373
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036451(s) Flops=1662566400 => 1604.09551440444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230973.470700462 Mflops = 230.973470700462 Gflops = 0.230973470700462 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184721000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.475682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051643 s
InvBiCGStab: k = 31 resid = 2.143986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142634(s) Flops=206383104 => 1446.94185117153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208322.048789578 Mflops = 208.322048789578 Gflops = 0.208322048789578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060374 s
InvBiCGStab: k = 44 resid = 9.55851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202308(s) Flops=291686400 => 1441.79370069399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207548.781451276 Mflops = 207.548781451276 Gflops = 0.207548781451276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007128094 Relative Rsd = 3.1260980574183e-07
BICGSTAB_SOLVER_TIME: 0.460998 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061828 s
InvBiCGStab: k = 58 resid = 2.276937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269991(s) Flops=383551488 => 1420.60842028068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204529.58297296 Mflops = 204.52958297296 Gflops = 0.20452958297296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067136 s
InvBiCGStab: k = 82 resid = 9.216885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32761(s) Flops=541034496 => 1651.45903971185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237759.567191268 Mflops = 237.759567191268 Gflops = 0.237759567191268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001139601 Relative Rsd = 4.99783402040853e-07
BICGSTAB_SOLVER_TIME: 0.730471 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 61 resid = 2.244541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224869(s) Flops=403236864 => 1793.20788547999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258152.927324755 Mflops = 258.152927324755 Gflops = 0.258152927324755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 85 resid = 7.909741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312747(s) Flops=560719872 => 1792.886492916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258115.206429221 Mflops = 258.115206429221 Gflops = 0.258115206429221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001150299 Relative Rsd = 5.04475112604726e-07
BICGSTAB_SOLVER_TIME: 0.639122 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118509
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 60 resid = 2.225559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221246(s) Flops=396675072 => 1792.91409562207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258124.666033725 Mflops = 258.124666033725 Gflops = 0.258124666033725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 85 resid = 8.790742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311063(s) Flops=560719872 => 1802.59263236065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259522.295741422 Mflops = 259.522295741422 Gflops = 0.259522295741422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001144164 Relative Rsd = 5.01784967098213e-07
BICGSTAB_SOLVER_TIME: 0.633569 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118221000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 66 resid = 1.814452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242668(s) Flops=436045824 => 1796.88225888869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258693.405712026 Mflops = 258.693405712026 Gflops = 0.258693405712026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056627 s
InvBiCGStab: k = 75 resid = 1.097213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274403(s) Flops=495101952 => 1804.28767907056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259763.55234116 Mflops = 259.76355234116 Gflops = 0.25976355234116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001144883 Relative Rsd = 5.02100079319773e-07
BICGSTAB_SOLVER_TIME: 0.618474 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114831
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048312(s) Flops=1656299520 => 1579.96810109967 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227499.358328211 Mflops = 227.499358328211 Gflops = 0.227499358328211 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184460000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040835 s
InvBiCGStab: k = 32 resid = 1.258109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118711(s) Flops=212944896 => 1793.80930158115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258189.900002446 Mflops = 258.189900002446 Gflops = 0.258189900002446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 52 resid = 9.858998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191475(s) Flops=344180736 => 1797.52310223267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258765.441327247 Mflops = 258.765441327247 Gflops = 0.258765441327247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.000702712 Relative Rsd = 3.08181488559524e-07
BICGSTAB_SOLVER_TIME: 0.411075 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 62 resid = 1.946949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227799(s) Flops=409798656 => 1798.94844138912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258996.591895506 Mflops = 258.996591895506 Gflops = 0.258996591895506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055877 s
InvBiCGStab: k = 88 resid = 1.139647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33072(s) Flops=580405248 => 1754.97474600871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252675.997918993 Mflops = 252.675997918993 Gflops = 0.252675997918993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001186951 Relative Rsd = 5.20549256597535e-07
BICGSTAB_SOLVER_TIME: 0.660055 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047707 s
InvBiCGStab: k = 66 resid = 1.985051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31784(s) Flops=436045824 => 1371.90354895545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197526.205865531 Mflops = 197.526205865531 Gflops = 0.197526205865531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063652 s
InvBiCGStab: k = 87 resid = 8.41706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40416(s) Flops=573843456 => 1419.84228028504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204424.077886898 Mflops = 204.424077886898 Gflops = 0.204424077886898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001075061 Relative Rsd = 4.71478850074733e-07
BICGSTAB_SOLVER_TIME: 0.83809 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048621 s
InvBiCGStab: k = 68 resid = 1.924038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308482(s) Flops=449169408 => 1456.06358879935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209630.278915501 Mflops = 209.630278915501 Gflops = 0.209630278915501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077842 s
InvBiCGStab: k = 82 resid = 8.835655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351293(s) Flops=541034496 => 1540.12319061296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221735.909438813 Mflops = 221.735909438813 Gflops = 0.221735909438813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001160224 Relative Rsd = 5.0882807242491e-07
BICGSTAB_SOLVER_TIME: 0.79013 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121683
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043928 s
InvBiCGStab: k = 55 resid = 1.600065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215704(s) Flops=363866112 => 1686.87697956459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242852.866253341 Mflops = 242.852866253341 Gflops = 0.242852866253341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05805 s
InvBiCGStab: k = 81 resid = 1.035798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30875(s) Flops=534472704 => 1731.08568097166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249221.773972102 Mflops = 249.221773972102 Gflops = 0.249221773972102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001149873 Relative Rsd = 5.04288659294108e-07
BICGSTAB_SOLVER_TIME: 0.630244 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111163
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038144(s) Flops=1650253824 => 1589.61938228223 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228893.357312437 Mflops = 228.893357312437 Gflops = 0.228893357312437 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183720000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.254874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758573(s) Flops=1367820288 => 1803.1491866966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.632267046 Mflops = 259.623632267046 Gflops = 0.259623632267046 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 265 resid = 8.386455e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.982127(s) Flops=1741842432 => 1773.54092902445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255379.70938999 Mflops = 255.37970938999 Gflops = 0.25537970938999 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.002217234 Relative Rsd = 9.76068921249562e-07
BICGSTAB_SOLVER_TIME: 1.744052 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337275999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.207596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708185(s) Flops=1262831616 => 1783.19452685386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256736.677741648 Mflops = 256.736677741648 Gflops = 0.256736677741648 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.082219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891716(s) Flops=1335011328 => 1497.12613432976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215576.973306504 Mflops = 215.576973306504 Gflops = 0.215576973306504 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001990323 Relative Rsd = 8.7387248265032e-07
BICGSTAB_SOLVER_TIME: 1.603508 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.135571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281892999999998
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.181262(s) Flops=1650253824 => 1397.02608227472 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201159.671102902 Mflops = 201.159671102902 Gflops = 0.201159671102902 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183525000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 26 resid = 2.190733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0963(s) Flops=173574144 => 1802.43140186916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259419.526546777 Mflops = 259.419526546777 Gflops = 0.259419526546777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 47 resid = 1.14948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17274(s) Flops=311371776 => 1802.5458839875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.349001516 Mflops = 259.470349001516 Gflops = 0.259470349001516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007204057 Relative Rsd = 3.15941229125676e-07
BICGSTAB_SOLVER_TIME: 0.371032 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 87 resid = 2.225552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31911(s) Flops=573843456 => 1798.26221679045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258909.338418066 Mflops = 258.909338418066 Gflops = 0.258909338418066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 117 resid = 7.830144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430253(s) Flops=770697216 => 1791.26517653567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257904.646457733 Mflops = 257.904646457733 Gflops = 0.257904646457733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001332307 Relative Rsd = 5.84296683661593e-07
BICGSTAB_SOLVER_TIME: 0.850815 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160095999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 67 resid = 1.79296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245218(s) Flops=442607616 => 1804.95565578383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.559656738 Mflops = 259.855559656738 Gflops = 0.259855559656738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056461 s
InvBiCGStab: k = 87 resid = 7.680949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318271(s) Flops=573843456 => 1803.00264868618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259581.28769853 Mflops = 259.58128769853 Gflops = 0.25958128769853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001168342 Relative Rsd = 5.12388401454473e-07
BICGSTAB_SOLVER_TIME: 0.664715 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040741 s
InvBiCGStab: k = 67 resid = 1.925855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245267(s) Flops=442607616 => 1804.59505763107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259804.068579154 Mflops = 259.804068579154 Gflops = 0.259804068579154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056335 s
InvBiCGStab: k = 89 resid = 7.817364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361321(s) Flops=586967040 => 1624.50297657761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233891.252627008 Mflops = 233.891252627008 Gflops = 0.233891252627008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00118092 Relative Rsd = 5.17904550150838e-07
BICGSTAB_SOLVER_TIME: 0.707876 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 71 resid = 2.212133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262091(s) Flops=468854784 => 1788.90074058247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257541.71786843 Mflops = 257.54171786843 Gflops = 0.25754171786843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 95 resid = 1.121161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349068(s) Flops=626337792 => 1794.31455189247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258336.392570452 Mflops = 258.336392570452 Gflops = 0.258336392570452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001228085 Relative Rsd = 5.38588971785714e-07
BICGSTAB_SOLVER_TIME: 0.712643 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13282
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.159277(s) Flops=1649958912 => 1423.26545941997 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204962.03429089 Mflops = 204.96203429089 Gflops = 0.20496203429089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183380000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.512835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 28 resid = 1.919173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104179(s) Flops=186697728 => 1792.08600581691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257938.137306947 Mflops = 257.938137306947 Gflops = 0.257938137306947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 53 resid = 1.083504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194972(s) Flops=350742528 => 1798.93793980674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.186212275 Mflops = 258.958186212275 Gflops = 0.258958186212275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007910848 Relative Rsd = 3.46938275133985e-07
BICGSTAB_SOLVER_TIME: 0.400166 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 87 resid = 2.203535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319956(s) Flops=573843456 => 1793.5074072685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258216.711713863 Mflops = 258.216711713863 Gflops = 0.258216711713863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 105 resid = 9.527487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383796(s) Flops=691955712 => 1802.92580433355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.044516635 Mflops = 259.580044516635 Gflops = 0.259580044516635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001296837 Relative Rsd = 5.68741004446804e-07
BICGSTAB_SOLVER_TIME: 0.805088 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152018999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044876 s
InvBiCGStab: k = 68 resid = 1.67736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258173(s) Flops=449169408 => 1739.8000875382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250473.10336104 Mflops = 250.47310336104 Gflops = 0.25047310336104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057345 s
InvBiCGStab: k = 86 resid = 1.003116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31616(s) Flops=567281664 => 1794.28663967611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258310.609333076 Mflops = 258.310609333076 Gflops = 0.258310609333076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001165493 Relative Rsd = 5.11138623089023e-07
BICGSTAB_SOLVER_TIME: 0.680442 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 74 resid = 2.020799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272736(s) Flops=488540160 => 1791.25659978881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257894.761342181 Mflops = 257.894761342181 Gflops = 0.257894761342181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057986 s
InvBiCGStab: k = 88 resid = 1.118381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323775(s) Flops=580405248 => 1792.61909659486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258074.280544188 Mflops = 258.074280544188 Gflops = 0.258074280544188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00120777 Relative Rsd = 5.29680005919626e-07
BICGSTAB_SOLVER_TIME: 0.699331 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 62 resid = 2.147026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226844(s) Flops=409798656 => 1806.52190932976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.546672807 Mflops = 260.098546672807 Gflops = 0.260098546672807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 115 resid = 9.325245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420073(s) Flops=757573632 => 1803.43328897596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.774250486 Mflops = 259.647774250486 Gflops = 0.259647774250486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001242598 Relative Rsd = 5.44954065073799e-07
BICGSTAB_SOLVER_TIME: 0.74854 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002079
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140888
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025409(s) Flops=1637425152 => 1596.85077076562 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229940.966537802 Mflops = 229.940966537802 Gflops = 0.229940966537802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182247000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054455 s
InvBiCGStab: k = 38 resid = 1.826054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177406(s) Flops=252315648 => 1422.24979989403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204764.479831573 Mflops = 204.764479831573 Gflops = 0.204764479831573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072605 s
InvBiCGStab: k = 51 resid = 1.022965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232985(s) Flops=337618944 => 1449.10163315235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208613.703269362 Mflops = 208.613703269362 Gflops = 0.208613703269362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007247165 Relative Rsd = 3.17831800344788e-07
BICGSTAB_SOLVER_TIME: 0.541904 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0780440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050199 s
InvBiCGStab: k = 50 resid = 2.139648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218217(s) Flops=331057152 => 1517.10064752059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218400.052384246 Mflops = 218.400052384246 Gflops = 0.218400052384246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065234 s
InvBiCGStab: k = 84 resid = 1.054736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373266(s) Flops=554158080 => 1484.61976177846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213746.052138867 Mflops = 213.746052138867 Gflops = 0.213746052138867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001114756 Relative Rsd = 4.88887626048066e-07
BICGSTAB_SOLVER_TIME: 0.710867 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062672 s
InvBiCGStab: k = 67 resid = 2.136593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248297(s) Flops=442607616 => 1782.5733536853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256629.655030385 Mflops = 256.629655030385 Gflops = 0.256629655030385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056785 s
InvBiCGStab: k = 81 resid = 7.050977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298122(s) Flops=534472704 => 1792.79859923119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258106.644870333 Mflops = 258.106644870333 Gflops = 0.258106644870333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001148234 Relative Rsd = 5.03569496826044e-07
BICGSTAB_SOLVER_TIME: 0.669798 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119789
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 68 resid = 2.240032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25028(s) Flops=449169408 => 1794.6676042832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258368.568850257 Mflops = 258.368568850257 Gflops = 0.258368568850257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 86 resid = 7.480555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316538(s) Flops=567281664 => 1792.14395743955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258019.935345798 Mflops = 258.019935345798 Gflops = 0.258019935345798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001158649 Relative Rsd = 5.08137245550327e-07
BICGSTAB_SOLVER_TIME: 0.668172 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 65 resid = 1.989221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238519(s) Flops=429484032 => 1800.62817637169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259231.519236432 Mflops = 259.231519236432 Gflops = 0.259231519236432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056581 s
InvBiCGStab: k = 85 resid = 9.289824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310933(s) Flops=560719872 => 1803.34629003676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259630.037718562 Mflops = 259.630037718562 Gflops = 0.259630037718562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001137207 Relative Rsd = 4.98733504483473e-07
BICGSTAB_SOLVER_TIME: 0.650756 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121282
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006253(s) Flops=1624891392 => 1614.79408458906 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232513.719463133 Mflops = 232.513719463133 Gflops = 0.232513719463133 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180629000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056065 s
InvBiCGStab: k = 28 resid = 2.065829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133112(s) Flops=186697728 => 1402.56121161127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201903.929834696 Mflops = 201.903929834696 Gflops = 0.201903929834696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063486 s
InvBiCGStab: k = 55 resid = 9.564056e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241991(s) Flops=363866112 => 1503.63489551264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216461.232596781 Mflops = 216.461232596781 Gflops = 0.216461232596781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007234796 Relative Rsd = 3.17289339658775e-07
BICGSTAB_SOLVER_TIME: 0.49889 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054485 s
InvBiCGStab: k = 66 resid = 2.123063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289326(s) Flops=436045824 => 1507.10901889218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216981.862760997 Mflops = 216.981862760997 Gflops = 0.216981862760997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076538 s
InvBiCGStab: k = 92 resid = 1.118731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3954(s) Flops=606652416 => 1534.27520485584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220891.050955394 Mflops = 220.891050955394 Gflops = 0.220891050955394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001170075 Relative Rsd = 5.13148356966125e-07
BICGSTAB_SOLVER_TIME: 0.819996 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.069273 s
InvBiCGStab: k = 56 resid = 2.239287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233617(s) Flops=370427904 => 1585.62049850824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228285.514642239 Mflops = 228.285514642239 Gflops = 0.228285514642239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05573 s
InvBiCGStab: k = 94 resid = 1.150446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345016(s) Flops=619776000 => 1796.36886405268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258629.422221362 Mflops = 258.629422221362 Gflops = 0.258629422221362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001107039 Relative Rsd = 4.8550333508395e-07
BICGSTAB_SOLVER_TIME: 0.707532 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 66 resid = 2.230003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243008(s) Flops=436045824 => 1794.36818540953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258342.057827247 Mflops = 258.342057827247 Gflops = 0.258342057827247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055904 s
InvBiCGStab: k = 84 resid = 5.468672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30883(s) Flops=554158080 => 1794.37904348671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258339.015091472 Mflops = 258.339015091472 Gflops = 0.258339015091472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00115076 Relative Rsd = 5.04677393003595e-07
BICGSTAB_SOLVER_TIME: 0.652892 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041984 s
InvBiCGStab: k = 53 resid = 1.932697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194191(s) Flops=350742528 => 1806.17293283417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260018.856962359 Mflops = 260.018856962359 Gflops = 0.260018856962359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 84 resid = 8.260299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307392(s) Flops=554158080 => 1802.77326670831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259547.06524504 Mflops = 259.54706524504 Gflops = 0.25954706524504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001070532 Relative Rsd = 4.69492550499267e-07
BICGSTAB_SOLVER_TIME: 0.603852 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111929
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026408(s) Flops=1612283904 => 1570.80216054435 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226279.062659392 Mflops = 226.279062659392 Gflops = 0.226279062659392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179193000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.103435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984266(s) Flops=1492494336 => 1516.35262825293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218301.078816901 Mflops = 218.301078816901 Gflops = 0.218301078816901 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.019142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.115827(s) Flops=1676224512 => 1502.22616229935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216313.018994583 Mflops = 216.313018994583 Gflops = 0.216313018994583 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002188381 Relative Rsd = 9.63412961391716e-07
BICGSTAB_SOLVER_TIME: 2.103506 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344015999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.095948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713618(s) Flops=1282516992 => 1797.20381492619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258792.551212815 Mflops = 258.792551212815 Gflops = 0.258792551212815 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 7.811624e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861034(s) Flops=1492494336 => 1733.37444978944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249592.938768934 Mflops = 249.592938768934 Gflops = 0.249592938768934 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002080911 Relative Rsd = 9.13701536941256e-07
BICGSTAB_SOLVER_TIME: 1.578098 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301409999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003102(s) Flops=1612283904 => 1607.29806540113 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231435.950603336 Mflops = 231.435950603336 Gflops = 0.231435950603336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179432000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 28 resid = 2.123581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103726(s) Flops=186697728 => 1799.91253880416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259079.988110253 Mflops = 259.079988110253 Gflops = 0.259079988110253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055949 s
InvBiCGStab: k = 46 resid = 1.126907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195899(s) Flops=304809984 => 1555.95477261242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223977.081316893 Mflops = 223.977081316893 Gflops = 0.223977081316893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007440688 Relative Rsd = 3.2631892325387e-07
BICGSTAB_SOLVER_TIME: 0.40338 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052345 s
InvBiCGStab: k = 74 resid = 2.192578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333287(s) Flops=488540160 => 1465.82422956791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211056.802151228 Mflops = 211.056802151228 Gflops = 0.211056802151228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059522 s
InvBiCGStab: k = 111 resid = 6.975609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.530987(s) Flops=731326464 => 1377.2963631878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198311.732714685 Mflops = 198.311732714685 Gflops = 0.198311732714685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.00131371 Relative Rsd = 5.76140882975747e-07
BICGSTAB_SOLVER_TIME: 0.980154 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146432999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040818 s
InvBiCGStab: k = 51 resid = 2.051959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257527(s) Flops=337618944 => 1311.00406559312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188752.336084536 Mflops = 188.752336084536 Gflops = 0.188752336084536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071328 s
InvBiCGStab: k = 82 resid = 1.054953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31956(s) Flops=541034496 => 1693.060758543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243768.281740792 Mflops = 243.768281740792 Gflops = 0.243768281740792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001097635 Relative Rsd = 4.81379204326797e-07
BICGSTAB_SOLVER_TIME: 0.693358 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0421 s
InvBiCGStab: k = 64 resid = 1.918905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237492(s) Flops=422922240 => 1780.78520539639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256380.907164623 Mflops = 256.380907164623 Gflops = 0.256380907164623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05734 s
InvBiCGStab: k = 85 resid = 8.179508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315533(s) Flops=560719872 => 1777.0561938054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255842.718190609 Mflops = 255.842718190609 Gflops = 0.255842718190609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001181423 Relative Rsd = 5.18125159339004e-07
BICGSTAB_SOLVER_TIME: 0.656362 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120797
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 70 resid = 1.668761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258523(s) Flops=462292992 => 1788.20836830766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257444.081344281 Mflops = 257.444081344281 Gflops = 0.257444081344281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056653 s
InvBiCGStab: k = 78 resid = 1.126413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285146(s) Flops=514787328 => 1805.346482153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259908.380497478 Mflops = 259.908380497478 Gflops = 0.259908380497478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001125061 Relative Rsd = 4.93406974515376e-07
BICGSTAB_SOLVER_TIME: 0.645672 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11986
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989592(s) Flops=1593556992 => 1610.31717313802 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231863.62257835 Mflops = 231.86362257835 Gflops = 0.23186362257835 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177145000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.379313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 26 resid = 2.193453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096907(s) Flops=173574144 => 1791.14144489046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257790.528819687 Mflops = 257.790528819687 Gflops = 0.257790528819687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 49 resid = 9.419067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191414(s) Flops=324495360 => 1695.25405665207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244042.619898812 Mflops = 244.042619898812 Gflops = 0.244042619898812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007935063 Relative Rsd = 3.48000247228048e-07
BICGSTAB_SOLVER_TIME: 0.389445 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055088 s
InvBiCGStab: k = 78 resid = 2.033771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364863(s) Flops=514787328 => 1410.90581396305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203148.046335541 Mflops = 203.148046335541 Gflops = 0.203148046335541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07144 s
InvBiCGStab: k = 98 resid = 8.880044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450743(s) Flops=646023168 => 1433.24060051959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206358.481176084 Mflops = 206.358481176084 Gflops = 0.206358481176084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001278624 Relative Rsd = 5.60753736723266e-07
BICGSTAB_SOLVER_TIME: 0.946215 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04924 s
InvBiCGStab: k = 58 resid = 2.042048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26088(s) Flops=383551488 => 1470.2218951242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211674.567214105 Mflops = 211.674567214105 Gflops = 0.211674567214105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059955 s
InvBiCGStab: k = 84 resid = 1.047342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331121(s) Flops=554158080 => 1673.58180242268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240951.84568442 Mflops = 240.95184568442 Gflops = 0.24095184568442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001120323 Relative Rsd = 4.91329235213919e-07
BICGSTAB_SOLVER_TIME: 0.705027 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 64 resid = 2.056976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235505(s) Flops=422922240 => 1795.81002526486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258524.276595107 Mflops = 258.524276595107 Gflops = 0.258524276595107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 93 resid = 8.795878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342242(s) Flops=613214208 => 1791.75614915761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257966.534890179 Mflops = 257.966534890179 Gflops = 0.257966534890179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001184963 Relative Rsd = 5.1967764353103e-07
BICGSTAB_SOLVER_TIME: 0.679061 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 53 resid = 2.102026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195382(s) Flops=350742528 => 1795.16295257496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258439.450368594 Mflops = 258.439450368594 Gflops = 0.258439450368594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 83 resid = 1.091131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303466(s) Flops=547596288 => 1804.47327871986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259790.367997245 Mflops = 259.790367997245 Gflops = 0.259790367997245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001119197 Relative Rsd = 4.90835430060496e-07
BICGSTAB_SOLVER_TIME: 0.600459 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111477
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98124(s) Flops=1580728320 => 1610.94973706738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231955.244174176 Mflops = 231.955244174176 Gflops = 0.231955244174176 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175682000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044364 s
InvBiCGStab: k = 31 resid = 1.428706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121731(s) Flops=206383104 => 1695.40301155827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244049.821658676 Mflops = 244.049821658676 Gflops = 0.244049821658676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059442 s
InvBiCGStab: k = 47 resid = 1.103507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185323(s) Flops=311371776 => 1680.15721739881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241862.766642383 Mflops = 241.862766642383 Gflops = 0.241862766642383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007664259 Relative Rsd = 3.36123855480319e-07
BICGSTAB_SOLVER_TIME: 0.415077 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058459 s
InvBiCGStab: k = 50 resid = 2.175179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231038(s) Flops=331057152 => 1432.91212700941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206314.250160395 Mflops = 206.314250160395 Gflops = 0.206314250160395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059077 s
InvBiCGStab: k = 89 resid = 4.421501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404701(s) Flops=586967040 => 1450.37210187274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208822.343794985 Mflops = 208.822343794985 Gflops = 0.208822343794985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001102814 Relative Rsd = 4.8365013621516e-07
BICGSTAB_SOLVER_TIME: 0.757291 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049017 s
InvBiCGStab: k = 57 resid = 2.194464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263466(s) Flops=376989696 => 1430.88556398169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206012.443414558 Mflops = 206.012443414558 Gflops = 0.206012443414558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062772 s
InvBiCGStab: k = 93 resid = 5.21597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448686(s) Flops=613214208 => 1366.68897179765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196777.735650948 Mflops = 196.777735650948 Gflops = 0.196777735650948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001127593 Relative Rsd = 4.94517576614466e-07
BICGSTAB_SOLVER_TIME: 0.827791 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 68 resid = 1.869866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249944(s) Flops=449169408 => 1797.08017795986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258715.535314844 Mflops = 258.715535314844 Gflops = 0.258715535314844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058305 s
InvBiCGStab: k = 85 resid = 1.080482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322376(s) Flops=560719872 => 1739.33503734769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250413.900718444 Mflops = 250.413900718444 Gflops = 0.250413900718444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001137935 Relative Rsd = 4.99053109555891e-07
BICGSTAB_SOLVER_TIME: 0.675487 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123821000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041962 s
InvBiCGStab: k = 65 resid = 1.794011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249859(s) Flops=429484032 => 1718.90559075318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247469.093690649 Mflops = 247.469093690649 Gflops = 0.247469093690649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05875 s
InvBiCGStab: k = 88 resid = 9.641826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329221(s) Flops=580405248 => 1762.96544874112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253814.134106394 Mflops = 253.814134106394 Gflops = 0.253814134106394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001128892 Relative Rsd = 4.95086994405629e-07
BICGSTAB_SOLVER_TIME: 0.683663 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123524
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98428(s) Flops=1561780224 => 1586.72351769822 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228469.980554668 Mflops = 228.469980554668 Gflops = 0.228469980554668 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173747000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041819 s
InvBiCGStab: k = 24 resid = 2.15507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09213(s) Flops=160450560 => 1741.5669163139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250611.318383286 Mflops = 250.611318383286 Gflops = 0.250611318383286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058021 s
InvBiCGStab: k = 51 resid = 9.533796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197325(s) Flops=337618944 => 1710.9790649943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246302.40928082 Mflops = 246.30240928082 Gflops = 0.24630240928082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007345014 Relative Rsd = 3.22123060048355e-07
BICGSTAB_SOLVER_TIME: 0.393296 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043405 s
InvBiCGStab: k = 60 resid = 1.998148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257859(s) Flops=396675072 => 1538.34100031413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221477.830618626 Mflops = 221.477830618626 Gflops = 0.221477830618626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072128 s
InvBiCGStab: k = 93 resid = 1.028944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397528(s) Flops=613214208 => 1542.56859391037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222093.787972056 Mflops = 222.093787972056 Gflops = 0.222093787972056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001168476 Relative Rsd = 5.12447165901494e-07
BICGSTAB_SOLVER_TIME: 0.774977 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048237 s
InvBiCGStab: k = 61 resid = 1.924854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268477(s) Flops=403236864 => 1501.9419317111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216205.390000095 Mflops = 216.205390000095 Gflops = 0.216205390000095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073653 s
InvBiCGStab: k = 85 resid = 1.041086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405092(s) Flops=560719872 => 1384.17908030768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199319.574766049 Mflops = 199.319574766049 Gflops = 0.199319574766049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001106689 Relative Rsd = 4.85349863383041e-07
BICGSTAB_SOLVER_TIME: 0.799321 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04313 s
InvBiCGStab: k = 59 resid = 2.233972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21879(s) Flops=390113280 => 1783.04895104895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256691.775612213 Mflops = 256.691775612213 Gflops = 0.256691775612213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056306 s
InvBiCGStab: k = 86 resid = 1.040827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327912(s) Flops=567281664 => 1729.98140964649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249073.684461817 Mflops = 249.073684461817 Gflops = 0.249073684461817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001129459 Relative Rsd = 4.95335683911659e-07
BICGSTAB_SOLVER_TIME: 0.650034 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 62 resid = 1.779741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229924(s) Flops=409798656 => 1782.32222821454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256623.205778245 Mflops = 256.623205778245 Gflops = 0.256623205778245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057533 s
InvBiCGStab: k = 92 resid = 8.000808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339437(s) Flops=606652416 => 1787.23125646291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257318.580415472 Mflops = 257.318580415472 Gflops = 0.257318580415472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00114023 Relative Rsd = 5.00059559203267e-07
BICGSTAB_SOLVER_TIME: 0.67165 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124047
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955077(s) Flops=1536933888 => 1609.22510750442 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231709.143444398 Mflops = 231.709143444398 Gflops = 0.231709143444398 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170699000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 2.132535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994807(s) Flops=1610606592 => 1619.0141323895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233095.591849913 Mflops = 233.095591849913 Gflops = 0.233095591849913 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 8.903728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.027094(s) Flops=1531865088 => 1491.45559023809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214762.333082683 Mflops = 214.762333082683 Gflops = 0.214762333082683 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002172491 Relative Rsd = 9.56453710152187e-07
BICGSTAB_SOLVER_TIME: 2.025391 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0.124595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.157814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.681092(s) Flops=1157842944 => 1699.98024349133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244695.695658898 Mflops = 244.695695658898 Gflops = 0.244695695658898 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 9.999591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817801(s) Flops=1466247168 => 1792.91437403476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258167.103875351 Mflops = 258.167103875351 Gflops = 0.258167103875351 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001979975 Relative Rsd = 8.69406528678275e-07
BICGSTAB_SOLVER_TIME: 1.50224 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284933999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955277(s) Flops=1536933888 => 1608.88819473305 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231670.375232466 Mflops = 231.670375232466 Gflops = 0.231670375232466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170814000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 28 resid = 1.976439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103831(s) Flops=186697728 => 1798.0923616261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.225492291 Mflops = 258.795225492291 Gflops = 0.258795225492291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055927 s
InvBiCGStab: k = 51 resid = 1.13174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18898(s) Flops=337618944 => 1786.53267012382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257174.640091352 Mflops = 257.174640091352 Gflops = 0.257174640091352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007525226 Relative Rsd = 3.30026418676603e-07
BICGSTAB_SOLVER_TIME: 0.393889 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041955 s
InvBiCGStab: k = 82 resid = 2.072431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320008(s) Flops=541034496 => 1690.69053273668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243422.475371802 Mflops = 243.422475371802 Gflops = 0.243422475371802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065268 s
InvBiCGStab: k = 115 resid = 8.474888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.512287(s) Flops=757573632 => 1478.80705932417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212893.875209256 Mflops = 212.893875209256 Gflops = 0.212893875209256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001326252 Relative Rsd = 5.81641306694108e-07
BICGSTAB_SOLVER_TIME: 0.945016 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154964999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047036 s
InvBiCGStab: k = 60 resid = 2.222866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280916(s) Flops=396675072 => 1412.07717609535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203301.947900947 Mflops = 203.301947900947 Gflops = 0.203301947900947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062579 s
InvBiCGStab: k = 87 resid = 1.136558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385056(s) Flops=573843456 => 1490.28571428571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214568.165244221 Mflops = 214.568165244221 Gflops = 0.214568165244221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001120881 Relative Rsd = 4.91573891365201e-07
BICGSTAB_SOLVER_TIME: 0.779489 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 68 resid = 2.249335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272024(s) Flops=449169408 => 1651.21242243331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237735.989407553 Mflops = 237.735989407553 Gflops = 0.237735989407553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056615 s
InvBiCGStab: k = 90 resid = 7.258363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33004(s) Flops=593528832 => 1798.3542358502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258914.998212117 Mflops = 258.914998212117 Gflops = 0.258914998212117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001196003 Relative Rsd = 5.24519251937175e-07
BICGSTAB_SOLVER_TIME: 0.703461 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041422 s
InvBiCGStab: k = 61 resid = 1.814678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223989(s) Flops=403236864 => 1800.25297670868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.467190082 Mflops = 259.162467190082 Gflops = 0.259162467190082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 80 resid = 9.423562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293794(s) Flops=527910912 => 1796.87438136926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258695.629793933 Mflops = 258.695629793933 Gflops = 0.258695629793933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001123357 Relative Rsd = 4.92659833839695e-07
BICGSTAB_SOLVER_TIME: 0.619444 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115071
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941966(s) Flops=1511792640 => 1604.93334154311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231330.089235248 Mflops = 231.330089235248 Gflops = 0.231330089235248 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167836000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 26 resid = 2.014726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097124(s) Flops=173574144 => 1787.13957415263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257202.412677175 Mflops = 257.202412677175 Gflops = 0.257202412677175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057463 s
InvBiCGStab: k = 53 resid = 8.449674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196349(s) Flops=350742528 => 1786.32194714513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257142.734360466 Mflops = 257.142734360466 Gflops = 0.257142734360466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007301579 Relative Rsd = 3.20218193394695e-07
BICGSTAB_SOLVER_TIME: 0.396092 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041818 s
InvBiCGStab: k = 80 resid = 1.045631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29219(s) Flops=527910912 => 1806.73846469763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260129.145270787 Mflops = 260.129145270787 Gflops = 0.260129145270787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 106 resid = 1.122135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454146(s) Flops=698517504 => 1538.09018245234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221455.460971445 Mflops = 221.455460971445 Gflops = 0.221455460971445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001333065 Relative Rsd = 5.84629052514858e-07
BICGSTAB_SOLVER_TIME: 0.848653 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052925 s
InvBiCGStab: k = 54 resid = 2.184946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232938(s) Flops=357304320 => 1533.90309867862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220835.203812253 Mflops = 220.835203812253 Gflops = 0.220835203812253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067091 s
InvBiCGStab: k = 83 resid = 8.562989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372114(s) Flops=547596288 => 1471.58206356117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211876.374525136 Mflops = 211.876374525136 Gflops = 0.211876374525136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001044853 Relative Rsd = 4.582307603269e-07
BICGSTAB_SOLVER_TIME: 0.729135 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057844 s
InvBiCGStab: k = 69 resid = 1.195146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324287(s) Flops=455731200 => 1405.33293039807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202338.417140081 Mflops = 202.338417140081 Gflops = 0.202338417140081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 88 resid = 1.119025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365817(s) Flops=580405248 => 1586.59998851885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228431.184451479 Mflops = 228.431184451479 Gflops = 0.228431184451479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00119204 Relative Rsd = 5.22781386592121e-07
BICGSTAB_SOLVER_TIME: 0.810885 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.156574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126681
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041656 s
InvBiCGStab: k = 67 resid = 2.252209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246856(s) Flops=442607616 => 1792.97896749522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258132.766431881 Mflops = 258.132766431882 Gflops = 0.258132766431882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 86 resid = 1.109672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315582(s) Flops=567281664 => 1797.57294142251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258800.262833601 Mflops = 258.800262833601 Gflops = 0.258800262833601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00116157 Relative Rsd = 5.09418167541045e-07
BICGSTAB_SOLVER_TIME: 0.664826 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123479
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952354(s) Flops=1486946304 => 1561.33780505988 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224811.284019577 Mflops = 224.811284019577 Gflops = 0.224811284019577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165072000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041267 s
InvBiCGStab: k = 28 resid = 1.706526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10384(s) Flops=186697728 => 1797.93651771957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258785.572221173 Mflops = 258.785572221173 Gflops = 0.258785572221173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055913 s
InvBiCGStab: k = 55 resid = 1.043902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202115(s) Flops=363866112 => 1800.29246715979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259174.696101269 Mflops = 259.174696101269 Gflops = 0.259174696101269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007676251 Relative Rsd = 3.36649774306353e-07
BICGSTAB_SOLVER_TIME: 0.406941 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 52 resid = 2.079438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190586(s) Flops=344180736 => 1805.90775817741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259988.392737291 Mflops = 259.988392737291 Gflops = 0.259988392737291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 92 resid = 9.16166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336188(s) Flops=606652416 => 1804.5034801956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259796.457237928 Mflops = 259.796457237928 Gflops = 0.259796457237928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001124586 Relative Rsd = 4.93198669611947e-07
BICGSTAB_SOLVER_TIME: 0.628182 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 54 resid = 2.265121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206994(s) Flops=357304320 => 1726.15785964811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248503.103734562 Mflops = 248.503103734562 Gflops = 0.248503103734562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06733 s
InvBiCGStab: k = 80 resid = 1.123279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357719(s) Flops=527910912 => 1475.76984169138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212475.606604277 Mflops = 212.475606604277 Gflops = 0.212475606604277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001048608 Relative Rsd = 4.59877543331827e-07
BICGSTAB_SOLVER_TIME: 0.67726 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047818 s
InvBiCGStab: k = 61 resid = 2.217417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265108(s) Flops=403236864 => 1521.02865247371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218997.31529777 Mflops = 218.99731529777 Gflops = 0.21899731529777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065242 s
InvBiCGStab: k = 89 resid = 7.782392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372807(s) Flops=586967040 => 1574.45284020955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226677.925018004 Mflops = 226.677925018004 Gflops = 0.226677925018004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001152796 Relative Rsd = 5.05570193946306e-07
BICGSTAB_SOLVER_TIME: 0.754977 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067534 s
InvBiCGStab: k = 49 resid = 2.116817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258597(s) Flops=324495360 => 1254.83033445864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180667.912989044 Mflops = 180.667912989044 Gflops = 0.180667912989044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059332 s
InvBiCGStab: k = 78 resid = 1.037246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288511(s) Flops=514787328 => 1784.29012412005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256892.602190024 Mflops = 256.892602190024 Gflops = 0.256892602190024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001104519 Relative Rsd = 4.84397991662568e-07
BICGSTAB_SOLVER_TIME: 0.677894 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104925
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927387(s) Flops=1480458240 => 1596.37588191338 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229859.371192068 Mflops = 229.859371192068 Gflops = 0.229859371192068 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164086000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040883 s
InvBiCGStab: k = 27 resid = 2.030534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10007(s) Flops=180135936 => 1800.09929049665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259086.159141231 Mflops = 259.086159141231 Gflops = 0.259086159141231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055995 s
InvBiCGStab: k = 50 resid = 1.059763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183786(s) Flops=331057152 => 1801.31866409846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259301.276451295 Mflops = 259.301276451295 Gflops = 0.259301276451295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007642457 Relative Rsd = 3.35167746184605e-07
BICGSTAB_SOLVER_TIME: 0.384547 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040794 s
InvBiCGStab: k = 65 resid = 1.907987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238189(s) Flops=429484032 => 1803.12286461591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.823825211 Mflops = 259.598823825211 Gflops = 0.259598823825211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 89 resid = 1.139979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327298(s) Flops=586967040 => 1793.3719118357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.929510902 Mflops = 258.191929510902 Gflops = 0.258191929510902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001135962 Relative Rsd = 4.98187520993946e-07
BICGSTAB_SOLVER_TIME: 0.666299 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124365000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 59 resid = 1.974773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216007(s) Flops=390113280 => 1806.02147152639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260008.904607251 Mflops = 260.008904607251 Gflops = 0.260008904607251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05595 s
InvBiCGStab: k = 87 resid = 1.049065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346309(s) Flops=573843456 => 1657.02726755585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238565.408092243 Mflops = 238.565408092243 Gflops = 0.238565408092243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001038186 Relative Rsd = 4.5530688446551e-07
BICGSTAB_SOLVER_TIME: 0.663931 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053366 s
InvBiCGStab: k = 69 resid = 1.731474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312219(s) Flops=455731200 => 1459.65235940157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210138.750960908 Mflops = 210.138750960908 Gflops = 0.210138750960908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065924 s
InvBiCGStab: k = 93 resid = 9.091628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410666(s) Flops=613214208 => 1493.21883964097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214987.28921329 Mflops = 214.98728921329 Gflops = 0.21498728921329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00114623 Relative Rsd = 5.02690940262759e-07
BICGSTAB_SOLVER_TIME: 0.847214 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043531 s
InvBiCGStab: k = 52 resid = 2.153719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239248(s) Flops=344180736 => 1438.59399451615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207113.878283972 Mflops = 207.113878283972 Gflops = 0.207113878283972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080609 s
InvBiCGStab: k = 86 resid = 7.199242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341626(s) Flops=567281664 => 1660.53422163418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239077.961417837 Mflops = 239.077961417837 Gflops = 0.239077961417837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001112223 Relative Rsd = 4.87776870783605e-07
BICGSTAB_SOLVER_TIME: 0.708856 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112715
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933072(s) Flops=1492844544 => 1599.92427594012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230369.875832467 Mflops = 230.369875832467 Gflops = 0.230369875832467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165879000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.371859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.426036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835676(s) Flops=1512179712 => 1809.52870729804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260545.339026415 Mflops = 260.545339026415 Gflops = 0.260545339026415 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 9.297211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889346(s) Flops=1544988672 => 1737.21889118521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250146.228384181 Mflops = 250.146228384181 Gflops = 0.250146228384181 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.00218524 Relative Rsd = 9.62096638332457e-07
BICGSTAB_SOLVER_TIME: 1.728418 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001862
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331701
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.276205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753295(s) Flops=1138157568 => 1510.90551244864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217542.993511257 Mflops = 217.542993511257 Gflops = 0.217542993511257 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.101107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.963574(s) Flops=1459685376 => 1514.86588056548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218131.031203693 Mflops = 218.131031203693 Gflops = 0.218131031203693 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001990348 Relative Rsd = 8.73968155896172e-07
BICGSTAB_SOLVER_TIME: 1.722033 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.12353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281828999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 310 resid = 2.074211e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.139385(s) Flops=2037123072 => 1787.91459603207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257458.42264818 Mflops = 257.45842264818 Gflops = 0.25745842264818 Tflops
InvBiCGStab: k = 341 resid = 1.019828e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.251122(s) Flops=2240538624 => 1790.82345606584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257872.458699888 Mflops = 257.872458699888 Gflops = 0.257872458699888 Tflops
BICGSTAB_SOLVER: 651 iterations. Rsd = 0.00217998 Relative Rsd = 9.5978056267663e-07
BICGSTAB_SOLVER_TIME: 2.395174 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.465701999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 254 resid = 2.07555e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96542(s) Flops=1669662720 => 1729.46771353401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249036.253909923 Mflops = 249.036253909923 Gflops = 0.249036253909923 Tflops
InvBiCGStab: k = 277 resid = 1.122779e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.020375(s) Flops=1820583936 => 1784.23024476295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256922.18026824 Mflops = 256.92218026824 Gflops = 0.25692218026824 Tflops
BICGSTAB_SOLVER: 531 iterations. Rsd = 0.001952927 Relative Rsd = 8.57536270759122e-07
BICGSTAB_SOLVER_TIME: 1.990604 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.380189999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 255 resid = 1.674559e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933403(s) Flops=1676224512 => 1795.8207890911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258554.367227043 Mflops = 258.554367227043 Gflops = 0.258554367227043 Tflops
InvBiCGStab: k = 266 resid = 1.127239e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.135785(s) Flops=1748404224 => 1539.37956919663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221669.323091719 Mflops = 221.669323091719 Gflops = 0.221669323091719 Tflops
BICGSTAB_SOLVER: 521 iterations. Rsd = 0.001908997 Relative Rsd = 8.372100311047e-07
BICGSTAB_SOLVER_TIME: 2.076741 sec
2Flav::invert,  n_count = 521
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.370865000000002
MInvCG2: 346 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.545464(s) Flops=2232059904 => 1444.26522002454 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207979.113951365 Mflops = 207.979113951365 Gflops = 0.207979113951365 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248466000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0332389511490874
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 478.815042 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.086939 secs
Doing Update: 2732 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 284 resid = 1.543019e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.076582(s) Flops=1866516480 => 1733.7429754538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249698.91185485 Mflops = 249.69891185485 Gflops = 0.24969891185485 Tflops
InvBiCGStab: k = 310 resid = 1.11606e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.136787(s) Flops=2037123072 => 1792.0006755883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258038.393503958 Mflops = 258.038393503958 Gflops = 0.258038393503958 Tflops
BICGSTAB_SOLVER: 594 iterations. Rsd = 0.002404538 Relative Rsd = 1.05818774872263e-06
BICGSTAB_SOLVER_TIME: 2.218203 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.427155999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
InvBiCGStab: k = 224 resid = 2.103465e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819431(s) Flops=1472808960 => 1797.35567729315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258818.982759962 Mflops = 258.818982759962 Gflops = 0.258818982759962 Tflops
InvBiCGStab: k = 264 resid = 9.178715e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.967111(s) Flops=1735280640 => 1794.29314732228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258367.041009678 Mflops = 258.367041009678 Gflops = 0.258367041009678 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.001786236 Relative Rsd = 7.85597345157586e-07
BICGSTAB_SOLVER_TIME: 1.791549 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350931999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
MInvCG2: 360 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.619877(s) Flops=2315372544 => 1429.3508358968 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205832.170563365 Mflops = 205.832170563365 Gflops = 0.205832170563365 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257731000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 294 resid = 2.194055e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.27456(s) Flops=1932134400 => 1515.92267135325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218278.154241485 Mflops = 218.278154241485 Gflops = 0.218278154241485 Tflops
InvBiCGStab: k = 334 resid = 8.934264e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.243011(s) Flops=2194606080 => 1765.55644318514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254233.270381038 Mflops = 254.233270381038 Gflops = 0.254233270381038 Tflops
BICGSTAB_SOLVER: 628 iterations. Rsd = 0.00223678 Relative Rsd = 9.84361205806073e-07
BICGSTAB_SOLVER_TIME: 2.522323 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.449018999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 267 resid = 1.844706e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989758(s) Flops=1754966016 => 1773.12637634654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255315.886215288 Mflops = 255.315886215288 Gflops = 0.255315886215288 Tflops
InvBiCGStab: k = 286 resid = 8.664353e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.047703(s) Flops=1879640064 => 1794.05810997964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258332.910865568 Mflops = 258.332910865568 Gflops = 0.258332910865568 Tflops
BICGSTAB_SOLVER: 553 iterations. Rsd = 0.001866992 Relative Rsd = 8.21114595445881e-07
BICGSTAB_SOLVER_TIME: 2.042317 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.395863999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 258 resid = 1.062481e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.942019(s) Flops=1695909888 => 1800.29265651754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259163.199752469 Mflops = 259.163199752469 Gflops = 0.259163199752469 Tflops
InvBiCGStab: k = 250 resid = 1.099217e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928244(s) Flops=1643415552 => 1770.45642309565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254934.283451415 Mflops = 254.934283451415 Gflops = 0.254934283451415 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.001794321 Relative Rsd = 7.87291507614108e-07
BICGSTAB_SOLVER_TIME: 1.875274 sec
2Flav::invert,  n_count = 508
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362161000000001
MInvCG2: 339 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.640248(s) Flops=2188118016 => 1334.01657310358 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192132.459185614 Mflops = 192.132459185614 Gflops = 0.192132459185614 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.243166000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.224616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804219(s) Flops=1380943872 => 1717.12415647976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247244.680815565 Mflops = 247.244680815565 Gflops = 0.247244680815565 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.065756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843594(s) Flops=1505617920 => 1784.76603674279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256992.979158842 Mflops = 256.992979158842 Gflops = 0.256992979158842 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002212791 Relative Rsd = 9.7380392993211e-07
BICGSTAB_SOLVER_TIME: 1.651273 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001841
CLOV_LINOP: Time spent in clov deriv (total) = 0.115761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314133999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.743121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661652(s) Flops=1197213696 => 1809.4310846185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260457.846687793 Mflops = 260.457846687793 Gflops = 0.260457846687793 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 8.482427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759021(s) Flops=1367820288 => 1802.08490674171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259485.06805477 Mflops = 259.48506805477 Gflops = 0.25948506805477 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.001924264 Relative Rsd = 8.46302980182538e-07
BICGSTAB_SOLVER_TIME: 1.424048 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.114701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278550999999997
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921207(s) Flops=1480015872 => 1606.60510829813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231330.376528482 Mflops = 231.330376528482 Gflops = 0.231330376528482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164156000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021132
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.8e-05 s
InvBiCGStab: k = 165 resid = 2.073754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737471(s) Flops=1085663232 => 1472.14362598665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211901.41194401 Mflops = 211.90141194401 Gflops = 0.21190141194401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 199 resid = 9.422681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768248(s) Flops=1308764160 => 1703.56988889005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245291.587565732 Mflops = 245.291587565732 Gflops = 0.245291587565732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.001821577 Relative Rsd = 7.99250670494138e-07
BICGSTAB_SOLVER_TIME: 1.509541 sec
2Flav::invert,  n_count = 364
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261659999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00016 s
InvBiCGStab: k = 123 resid = 2.125153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453339(s) Flops=810067968 => 1786.89229914038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257087.525545592 Mflops = 257.087525545592 Gflops = 0.257087525545592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 150 resid = 1.114988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.549021(s) Flops=987236352 => 1798.1759386253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258883.612823632 Mflops = 258.883612823632 Gflops = 0.258883612823632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 273 iterations. Rsd = 0.00160287 Relative Rsd = 7.0328876898779e-07
BICGSTAB_SOLVER_TIME: 1.006258 sec
2Flav::invert,  n_count = 273
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197869999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005104 s
InvBiCGStab: k = 92 resid = 2.267145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336293(s) Flops=606652416 => 1803.94006417023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.285961708 Mflops = 259.724285961708 Gflops = 0.259724285961708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007136 s
InvBiCGStab: k = 132 resid = 1.005517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483135(s) Flops=869124096 => 1798.92596479245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.883950088 Mflops = 259.005883950088 Gflops = 0.259005883950088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 224 iterations. Rsd = 0.001410979 Relative Rsd = 6.19093307881359e-07
BICGSTAB_SOLVER_TIME: 0.835526 sec
2Flav::invert,  n_count = 224
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164026999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.009526 s
InvBiCGStab: k = 88 resid = 2.200774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322083(s) Flops=580405248 => 1802.03627015397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.705577814 Mflops = 259.452705577814 Gflops = 0.259452705577814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010991 s
InvBiCGStab: k = 114 resid = 9.246313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417258(s) Flops=751011840 => 1799.87403476985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259136.891240103 Mflops = 259.136891240103 Gflops = 0.259136891240103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001378588 Relative Rsd = 6.04880829473182e-07
BICGSTAB_SOLVER_TIME: 0.763689 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148923999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010261 s
InvBiCGStab: k = 83 resid = 1.475302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303568(s) Flops=547596288 => 1803.86696885047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259702.145164144 Mflops = 259.702145164144 Gflops = 0.259702145164144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015253 s
InvBiCGStab: k = 106 resid = 9.154889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403516(s) Flops=698517504 => 1731.07758800147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249238.412983977 Mflops = 249.238412983977 Gflops = 0.249238412983977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001269236 Relative Rsd = 5.56900900307499e-07
BICGSTAB_SOLVER_TIME: 0.736394 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140967
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088256(s) Flops=1473748992 => 1354.23006351447 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195018.62432459 Mflops = 195.01862432459 Gflops = 0.19501862432459 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163503000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013277 s
InvBiCGStab: k = 28 resid = 2.181709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10375(s) Flops=186697728 => 1799.49617349398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259004.344628946 Mflops = 259.004344628946 Gflops = 0.259004344628946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019585 s
InvBiCGStab: k = 46 resid = 9.240816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169864(s) Flops=304809984 => 1794.43545424575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258316.079780066 Mflops = 258.316079780066 Gflops = 0.258316079780066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007587519 Relative Rsd = 3.32916412757942e-07
BICGSTAB_SOLVER_TIME: 0.310244 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0595550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016503 s
InvBiCGStab: k = 86 resid = 1.561032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315018(s) Flops=567281664 => 1800.79126907034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259275.551002951 Mflops = 259.275551002951 Gflops = 0.259275551002951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.02396 s
InvBiCGStab: k = 112 resid = 1.132727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410256(s) Flops=737888256 => 1798.60442260442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258961.501290137 Mflops = 258.961501290137 Gflops = 0.258961501290137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.00131733 Relative Rsd = 5.78002760435185e-07
BICGSTAB_SOLVER_TIME: 0.769544 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149271999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019844 s
InvBiCGStab: k = 59 resid = 2.244753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216886(s) Flops=390113280 => 1798.70199090767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258933.537081701 Mflops = 258.933537081701 Gflops = 0.258933537081701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.02871 s
InvBiCGStab: k = 79 resid = 1.110444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289482(s) Flops=521349120 => 1800.97249569921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.794532356 Mflops = 259.290794532356 Gflops = 0.259290794532356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001174074 Relative Rsd = 5.15146780706767e-07
BICGSTAB_SOLVER_TIME: 0.558714 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107536
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023985 s
InvBiCGStab: k = 73 resid = 1.954653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267954(s) Flops=481978368 => 1798.73548444882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258956.662944407 Mflops = 258.956662944407 Gflops = 0.258956662944407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.035872 s
InvBiCGStab: k = 91 resid = 1.123659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358102(s) Flops=600090624 => 1675.7533440193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241269.806727948 Mflops = 241.269806727948 Gflops = 0.241269806727948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001225817 Relative Rsd = 5.37849723829188e-07
BICGSTAB_SOLVER_TIME: 0.690064 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127059
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.02787 s
InvBiCGStab: k = 60 resid = 2.256703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221382(s) Flops=396675072 => 1791.81266769656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257965.132840066 Mflops = 257.965132840066 Gflops = 0.257965132840066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039169 s
InvBiCGStab: k = 94 resid = 1.024022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34582(s) Flops=619776000 => 1792.19247007114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258025.269397811 Mflops = 258.025269397811 Gflops = 0.258025269397811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00113774 Relative Rsd = 4.99204294962533e-07
BICGSTAB_SOLVER_TIME: 0.638152 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121445000000001
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990198(s) Flops=1473454080 => 1488.03984657614 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214257.252712208 Mflops = 214.257252712208 Gflops = 0.214257252712208 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163711000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.533849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.039457 s
InvBiCGStab: k = 27 resid = 2.25979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1272(s) Flops=180135936 => 1416.16301886792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203848.69280892 Mflops = 203.84869280892 Gflops = 0.20384869280892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04429 s
InvBiCGStab: k = 45 resid = 1.117671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166045(s) Flops=298248192 => 1796.18893673402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.307100932 Mflops = 258.566307100932 Gflops = 0.258566307100932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007203922 Relative Rsd = 3.16085401293707e-07
BICGSTAB_SOLVER_TIME: 0.380791 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036499 s
InvBiCGStab: k = 57 resid = 1.76608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210202(s) Flops=376989696 => 1793.46388711811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258187.03963107 Mflops = 258.18703963107 Gflops = 0.25818703963107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050516 s
InvBiCGStab: k = 83 resid = 9.867417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305544(s) Flops=547596288 => 1792.20108396827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258014.367809361 Mflops = 258.014367809361 Gflops = 0.258014367809361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.0010529 Relative Rsd = 4.61979128104766e-07
BICGSTAB_SOLVER_TIME: 0.606644 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 55 resid = 1.98072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203943(s) Flops=363866112 => 1784.15592592048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256867.941990727 Mflops = 256.867941990727 Gflops = 0.256867941990727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060623 s
InvBiCGStab: k = 69 resid = 1.101394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272416(s) Flops=455731200 => 1672.92376365559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240852.799904896 Mflops = 240.852799904896 Gflops = 0.240852799904896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001018768 Relative Rsd = 4.47003319523568e-07
BICGSTAB_SOLVER_TIME: 0.582516 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041703 s
InvBiCGStab: k = 52 resid = 2.103942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193022(s) Flops=344180736 => 1783.11661883101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256705.7602444 Mflops = 256.7057602444 Gflops = 0.2567057602444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056839 s
InvBiCGStab: k = 81 resid = 8.430011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298628(s) Flops=534472704 => 1789.76085296757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257666.842246403 Mflops = 257.666842246403 Gflops = 0.257666842246403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001075761 Relative Rsd = 4.72009993516801e-07
BICGSTAB_SOLVER_TIME: 0.594091 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 57 resid = 2.086398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21213(s) Flops=376989696 => 1777.16351294018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255849.767020082 Mflops = 255.849767020082 Gflops = 0.255849767020082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056165 s
InvBiCGStab: k = 86 resid = 1.064254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31456(s) Flops=567281664 => 1803.41322482197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.145886933 Mflops = 259.642145886933 Gflops = 0.259642145886933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001041998 Relative Rsd = 4.57195800076626e-07
BICGSTAB_SOLVER_TIME: 0.627692 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116489
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909479(s) Flops=1460994048 => 1606.40767736253 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231299.128063325 Mflops = 231.299128063325 Gflops = 0.231299128063325 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162029000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052114 s
InvBiCGStab: k = 29 resid = 2.077534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118611(s) Flops=193259520 => 1629.35579330753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234477.796039658 Mflops = 234.477796039658 Gflops = 0.234477796039658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069171 s
InvBiCGStab: k = 51 resid = 8.53934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209916(s) Flops=337618944 => 1608.35259818213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231528.592980267 Mflops = 231.528592980267 Gflops = 0.231528592980267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007272116 Relative Rsd = 3.19077528895099e-07
BICGSTAB_SOLVER_TIME: 0.453636 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 60 resid = 1.125501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224363(s) Flops=396675072 => 1768.005740697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254524.217461786 Mflops = 254.524217461786 Gflops = 0.254524217461786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060073 s
InvBiCGStab: k = 92 resid = 9.28412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.49083(s) Flops=606652416 => 1235.97256891388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177959.068873465 Mflops = 177.959068873465 Gflops = 0.177959068873465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001097589 Relative Rsd = 4.81587631638606e-07
BICGSTAB_SOLVER_TIME: 0.819968 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043242 s
InvBiCGStab: k = 55 resid = 2.262042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20298(s) Flops=363866112 => 1792.62051433639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258081.966104874 Mflops = 258.081966104874 Gflops = 0.258081966104874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 82 resid = 1.075783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301311(s) Flops=541034496 => 1795.60154126467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.21924075 Mflops = 258.51221924075 Gflops = 0.25851221924075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001055259 Relative Rsd = 4.63014200550302e-07
BICGSTAB_SOLVER_TIME: 0.608047 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 70 resid = 2.051265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256452(s) Flops=462292992 => 1802.64919751065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259536.365052913 Mflops = 259.536365052913 Gflops = 0.259536365052913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 86 resid = 8.094876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336841(s) Flops=567281664 => 1684.12296602848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242468.612782679 Mflops = 242.468612782679 Gflops = 0.242468612782679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001099424 Relative Rsd = 4.82392540422496e-07
BICGSTAB_SOLVER_TIME: 0.694559 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 50 resid = 1.821352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183904(s) Flops=331057152 => 1800.16286758309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.457252577 Mflops = 259.147457252577 Gflops = 0.259147457252577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 91 resid = 8.011414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33284(s) Flops=600090624 => 1802.94022353083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259572.029180861 Mflops = 259.572029180861 Gflops = 0.259572029180861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001061884 Relative Rsd = 4.65921332072472e-07
BICGSTAB_SOLVER_TIME: 0.617428 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115052
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904357(s) Flops=1454579712 => 1608.41317311637 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231616.290295001 Mflops = 231.616290295001 Gflops = 0.231616290295001 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161600000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.011551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756541(s) Flops=1354696704 => 1790.64545609557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257753.674152147 Mflops = 257.753674152147 Gflops = 0.257753674152148 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.134933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96419(s) Flops=1735280640 => 1799.7289330941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.222835389 Mflops = 259.150222835389 Gflops = 0.259150222835389 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002333939 Relative Rsd = 1.02715110967715e-06
BICGSTAB_SOLVER_TIME: 1.724132 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.119369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335590999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.222063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691806(s) Flops=1249708032 => 1806.44289294976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260041.008572569 Mflops = 260.041008572569 Gflops = 0.260041008572569 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.068811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730001(s) Flops=1315325952 => 1801.81390436451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.665653611 Mflops = 259.445665653611 Gflops = 0.259445665653611 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.001910422 Relative Rsd = 8.40200985516578e-07
BICGSTAB_SOLVER_TIME: 1.425238 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.124598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278822999999997
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904668(s) Flops=1454579712 => 1607.86024486331 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231514.851992032 Mflops = 231.514851992032 Gflops = 0.231514851992032 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161371000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049311 s
InvBiCGStab: k = 28 resid = 2.086236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143666(s) Flops=186697728 => 1299.52617877577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187057.518823895 Mflops = 187.057518823895 Gflops = 0.187057518823895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060062 s
InvBiCGStab: k = 43 resid = 1.14866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203542(s) Flops=285124608 => 1400.81461320022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201657.770558364 Mflops = 201.657770558364 Gflops = 0.201657770558364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006973968 Relative Rsd = 3.05995717981897e-07
BICGSTAB_SOLVER_TIME: 0.460437 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062908 s
InvBiCGStab: k = 79 resid = 1.768406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346133(s) Flops=521349120 => 1506.21038733666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216859.019494086 Mflops = 216.859019494086 Gflops = 0.216859019494086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 116 resid = 1.128991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42617(s) Flops=764135424 => 1793.02959851702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258151.20142712 Mflops = 258.15120142712 Gflops = 0.25815120142712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001293964 Relative Rsd = 5.67750670252047e-07
BICGSTAB_SOLVER_TIME: 0.895588 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153636999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040542 s
InvBiCGStab: k = 53 resid = 1.703762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195485(s) Flops=350742528 => 1794.21709082538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258286.435138453 Mflops = 258.286435138453 Gflops = 0.258286435138453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055987 s
InvBiCGStab: k = 74 resid = 1.034764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271823(s) Flops=488540160 => 1797.27307843707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258741.776226401 Mflops = 258.741776226401 Gflops = 0.258741776226401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00102212 Relative Rsd = 4.48474150113245e-07
BICGSTAB_SOLVER_TIME: 0.567826 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10502
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 69 resid = 1.819395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252519(s) Flops=455731200 => 1804.74023736828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.276045848 Mflops = 259.836276045848 Gflops = 0.259836276045848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 95 resid = 1.123223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35027(s) Flops=626337792 => 1788.15711308419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257448.931836998 Mflops = 257.448931836998 Gflops = 0.257448931836998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001152535 Relative Rsd = 5.05695819433804e-07
BICGSTAB_SOLVER_TIME: 0.704224 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 55 resid = 1.565851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201442(s) Flops=363866112 => 1806.30708591058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260044.697133227 Mflops = 260.044697133227 Gflops = 0.260044697133227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 80 resid = 8.256965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293176(s) Flops=527910912 => 1800.66210058122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.123521522 Mflops = 259.236123521522 Gflops = 0.259236123521522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00111342 Relative Rsd = 4.88533558225723e-07
BICGSTAB_SOLVER_TIME: 0.596161 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110915
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91383(s) Flops=1441751040 => 1577.70158563409 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227176.417103031 Mflops = 227.176417103031 Gflops = 0.227176417103031 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159989000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 33 resid = 1.847597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121973(s) Flops=219506688 => 1799.63342706993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259048.64817922 Mflops = 259.04864817922 Gflops = 0.25904864817922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 57 resid = 1.097916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210307(s) Flops=376989696 => 1792.56846419758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258040.65665246 Mflops = 258.04065665246 Gflops = 0.25804065665246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007801605 Relative Rsd = 3.4230985865518e-07
BICGSTAB_SOLVER_TIME: 0.433534 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0786690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040846 s
InvBiCGStab: k = 74 resid = 2.22487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270714(s) Flops=488540160 => 1804.63574104036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.637067244 Mflops = 259.824637067244 Gflops = 0.259824637067244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06059 s
InvBiCGStab: k = 95 resid = 1.111315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43407(s) Flops=626337792 => 1442.94190337964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207751.766481882 Mflops = 207.751766481882 Gflops = 0.207751766481882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001272619 Relative Rsd = 5.58385215852052e-07
BICGSTAB_SOLVER_TIME: 0.810632 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04628 s
InvBiCGStab: k = 52 resid = 1.884906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23854(s) Flops=344180736 => 1442.86382158129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207725.37832649 Mflops = 207.72537832649 Gflops = 0.20772537832649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058131 s
InvBiCGStab: k = 65 resid = 1.114494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307633(s) Flops=429484032 => 1396.0922007717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200994.722472374 Mflops = 200.994722472374 Gflops = 0.200994722472374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001042083 Relative Rsd = 4.57233343416908e-07
BICGSTAB_SOLVER_TIME: 0.654677 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0980220000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052686 s
InvBiCGStab: k = 65 resid = 1.565325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291578(s) Flops=429484032 => 1472.96446233941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212073.097226146 Mflops = 212.073097226146 Gflops = 0.212073097226146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062546 s
InvBiCGStab: k = 89 resid = 8.307389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359856(s) Flops=586967040 => 1631.11644657863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234839.283443127 Mflops = 234.839283443127 Gflops = 0.234839283443127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001183952 Relative Rsd = 5.1948076347714e-07
BICGSTAB_SOLVER_TIME: 0.770467 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042099 s
InvBiCGStab: k = 54 resid = 1.681312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199139(s) Flops=357304320 => 1794.24582829079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258302.365179976 Mflops = 258.302365179976 Gflops = 0.258302365179976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 73 resid = 8.683024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285788(s) Flops=481978368 => 1686.48917379316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242803.601229179 Mflops = 242.803601229179 Gflops = 0.242803601229179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001061293 Relative Rsd = 4.65661951008593e-07
BICGSTAB_SOLVER_TIME: 0.587183 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105079
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920279(s) Flops=1423245312 => 1546.53676982741 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222735.234157011 Mflops = 222.735234157011 Gflops = 0.222735234157011 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157797000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042976 s
InvBiCGStab: k = 25 resid = 2.274415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103469(s) Flops=167012352 => 1614.12937208246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232317.018372144 Mflops = 232.317018372144 Gflops = 0.232317018372144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057995 s
InvBiCGStab: k = 55 resid = 1.074562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202219(s) Flops=363866112 => 1799.36658770936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259025.271628969 Mflops = 259.025271628969 Gflops = 0.259025271628969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007221416 Relative Rsd = 3.16852971054814e-07
BICGSTAB_SOLVER_TIME: 0.410466 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041757 s
InvBiCGStab: k = 60 resid = 1.691566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228556(s) Flops=396675072 => 1735.57059101489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249831.818653423 Mflops = 249.831818653423 Gflops = 0.249831818653423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060228 s
InvBiCGStab: k = 84 resid = 1.058254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316265(s) Flops=554158080 => 1752.19540575151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252261.257590664 Mflops = 252.261257590663 Gflops = 0.252261257590663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00110112 Relative Rsd = 4.83136562591944e-07
BICGSTAB_SOLVER_TIME: 0.650622 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044631 s
InvBiCGStab: k = 56 resid = 2.247931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251344(s) Flops=370427904 => 1473.7885288688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212155.5834432 Mflops = 212.1555834432 Gflops = 0.2121555834432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067073 s
InvBiCGStab: k = 64 resid = 8.250097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304533(s) Flops=422922240 => 1388.75668646748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199929.586713465 Mflops = 199.929586713465 Gflops = 0.199929586713465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001048243 Relative Rsd = 4.59935799885324e-07
BICGSTAB_SOLVER_TIME: 0.671968 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051193 s
InvBiCGStab: k = 60 resid = 1.686693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261972(s) Flops=396675072 => 1514.18881407173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218014.281960454 Mflops = 218.014281960454 Gflops = 0.218014281960454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059716 s
InvBiCGStab: k = 76 resid = 1.112655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283293(s) Flops=501663744 => 1770.83000285923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254944.899685803 Mflops = 254.944899685803 Gflops = 0.254944899685803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001084417 Relative Rsd = 4.75807949330826e-07
BICGSTAB_SOLVER_TIME: 0.660068 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049066 s
InvBiCGStab: k = 63 resid = 1.408939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307153(s) Flops=416360448 => 1355.54739169079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195159.709049006 Mflops = 195.159709049006 Gflops = 0.195159709049006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067403 s
InvBiCGStab: k = 72 resid = 7.984042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321049(s) Flops=475416576 => 1480.82247881165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213197.795284561 Mflops = 213.197795284561 Gflops = 0.213197795284561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001048232 Relative Rsd = 4.59931100582867e-07
BICGSTAB_SOLVER_TIME: 0.748615 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110812
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079371(s) Flops=1416757248 => 1312.57672107181 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189009.712193916 Mflops = 189.009712193916 Gflops = 0.189009712193916 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157070000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043603 s
InvBiCGStab: k = 31 resid = 2.271448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116602(s) Flops=206383104 => 1769.9791084201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254792.378790707 Mflops = 254.792378790707 Gflops = 0.254792378790707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 53 resid = 6.728503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204171(s) Flops=350742528 => 1717.88612486592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247291.382004947 Mflops = 247.291382004947 Gflops = 0.247291382004947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007816325 Relative Rsd = 3.42955706266775e-07
BICGSTAB_SOLVER_TIME: 0.424408 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 61 resid = 1.915969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225386(s) Flops=403236864 => 1789.09454890721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257571.150285732 Mflops = 257.571150285732 Gflops = 0.257571150285732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058317 s
InvBiCGStab: k = 76 resid = 1.059726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282385(s) Flops=501663744 => 1776.52405049843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255753.536680968 Mflops = 255.753536680968 Gflops = 0.255753536680968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001097084 Relative Rsd = 4.81366049311882e-07
BICGSTAB_SOLVER_TIME: 0.610935 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 57 resid = 1.415312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208998(s) Flops=376989696 => 1803.79571096374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259680.229588563 Mflops = 259.680229588563 Gflops = 0.259680229588563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 73 resid = 5.678731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267512(s) Flops=481978368 => 1801.70746732857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259381.73320572 Mflops = 259.38173320572 Gflops = 0.25938173320572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001069096 Relative Rsd = 4.69085801483538e-07
BICGSTAB_SOLVER_TIME: 0.577416 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 58 resid = 2.019066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213844(s) Flops=383551488 => 1793.6041600419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258217.492036947 Mflops = 258.217492036947 Gflops = 0.258217492036947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 92 resid = 6.631734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336866(s) Flops=606652416 => 1800.87161067012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259273.709361174 Mflops = 259.273709361174 Gflops = 0.259273709361174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001100564 Relative Rsd = 4.82892965054796e-07
BICGSTAB_SOLVER_TIME: 0.652265 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 54 resid = 1.647813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217653(s) Flops=357304320 => 1641.62368540751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236322.489015112 Mflops = 236.322489015112 Gflops = 0.236322489015112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056022 s
InvBiCGStab: k = 76 resid = 9.686778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278624(s) Flops=501663744 => 1800.50442172964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259214.626448986 Mflops = 259.214626448986 Gflops = 0.259214626448986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001031153 Relative Rsd = 4.52437296624509e-07
BICGSTAB_SOLVER_TIME: 0.597378 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107282
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876679(s) Flops=1404149760 => 1601.669208456 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230621.120621786 Mflops = 230.621120621786 Gflops = 0.230621120621786 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155671000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.193308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814478(s) Flops=1387505664 => 1703.55204683245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245260.396785528 Mflops = 245.260396785528 Gflops = 0.245260396785528 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.064553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867559(s) Flops=1558112256 => 1795.97267275194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.031909536 Mflops = 258.607031909536 Gflops = 0.258607031909536 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002247717 Relative Rsd = 9.89220982030956e-07
BICGSTAB_SOLVER_TIME: 1.685469 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319874999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.963118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.703389(s) Flops=1269393408 => 1804.68191569672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259865.86847235 Mflops = 259.86586847235 Gflops = 0.25986586847235 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.087989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705316(s) Flops=1269393408 => 1799.75132848255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259152.339233253 Mflops = 259.152339233253 Gflops = 0.259152339233253 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001930634 Relative Rsd = 8.4907376236628e-07
BICGSTAB_SOLVER_TIME: 1.412133 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275555999999997
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875884(s) Flops=1404149760 => 1603.12297062168 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230829.840016469 Mflops = 230.829840016469 Gflops = 0.230829840016469 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155806000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04183 s
InvBiCGStab: k = 29 resid = 2.264259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108515(s) Flops=193259520 => 1780.94751877621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256338.266150957 Mflops = 256.338266150957 Gflops = 0.256338266150957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 49 resid = 5.223453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180417(s) Flops=324495360 => 1798.5852774406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258913.872512824 Mflops = 258.913872512824 Gflops = 0.258913872512824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007258611 Relative Rsd = 3.18484957071142e-07
BICGSTAB_SOLVER_TIME: 0.390787 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040647 s
InvBiCGStab: k = 72 resid = 2.148351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263913(s) Flops=475416576 => 1801.41401143559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259349.214027844 Mflops = 259.349214027844 Gflops = 0.259349214027844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057837 s
InvBiCGStab: k = 99 resid = 1.097935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429866(s) Flops=652584960 => 1518.11252809015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218574.030673623 Mflops = 218.574030673623 Gflops = 0.218574030673622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00124809 Relative Rsd = 5.47622434082334e-07
BICGSTAB_SOLVER_TIME: 0.796178 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068138 s
InvBiCGStab: k = 53 resid = 1.758578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236847(s) Flops=350742528 => 1480.88229109932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213213.211483348 Mflops = 213.213211483348 Gflops = 0.213213211483348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063493 s
InvBiCGStab: k = 67 resid = 1.13204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311079(s) Flops=442607616 => 1422.81419189338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204820.138731081 Mflops = 204.820138731081 Gflops = 0.204820138731081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001015663 Relative Rsd = 4.45640930446025e-07
BICGSTAB_SOLVER_TIME: 0.686043 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999490000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053519 s
InvBiCGStab: k = 65 resid = 1.365676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289913(s) Flops=429484032 => 1481.42384784401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213280.255402145 Mflops = 213.280255402145 Gflops = 0.213280255402145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087946 s
InvBiCGStab: k = 86 resid = 9.252315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315203(s) Flops=567281664 => 1799.73434262999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.847606533 Mflops = 259.105847606533 Gflops = 0.259105847606533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001125635 Relative Rsd = 4.93893214836718e-07
BICGSTAB_SOLVER_TIME: 0.750441 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04119 s
InvBiCGStab: k = 56 resid = 2.199915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207059(s) Flops=370427904 => 1788.99687528675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257538.841026902 Mflops = 257.538841026902 Gflops = 0.257538841026902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 78 resid = 1.14052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287968(s) Flops=514787328 => 1787.65462829203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257358.807333063 Mflops = 257.358807333063 Gflops = 0.257358807333063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001109197 Relative Rsd = 4.86680858232037e-07
BICGSTAB_SOLVER_TIME: 0.59631 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110075
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888978(s) Flops=1391542272 => 1565.32813185478 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225396.173013435 Mflops = 225.396173013435 Gflops = 0.225396173013435 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154327000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 37 resid = 1.667747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136212(s) Flops=245753856 => 1804.20121575192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259712.117710405 Mflops = 259.712117710405 Gflops = 0.259712117710405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 60 resid = 9.565279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219504(s) Flops=396675072 => 1807.14279466433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.810955788 Mflops = 260.163810955788 Gflops = 0.260163810955788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0008417166 Relative Rsd = 3.6931871643167e-07
BICGSTAB_SOLVER_TIME: 0.457008 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0837050000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 74 resid = 1.901567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271291(s) Flops=488540160 => 1800.79752000619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259264.464611117 Mflops = 259.264464611117 Gflops = 0.259264464611117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 101 resid = 1.143292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397394(s) Flops=665708544 => 1675.18519152277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241192.455870888 Mflops = 241.192455870888 Gflops = 0.241192455870888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001277976 Relative Rsd = 5.60735377874314e-07
BICGSTAB_SOLVER_TIME: 0.770015 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 58 resid = 2.001894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212772(s) Flops=383551488 => 1802.64079860132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.954484703 Mflops = 259.525954484703 Gflops = 0.259525954484703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 68 resid = 1.04987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249338(s) Flops=449169408 => 1801.44786594903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259346.322892231 Mflops = 259.346322892231 Gflops = 0.259346322892231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001032661 Relative Rsd = 4.53099132080333e-07
BICGSTAB_SOLVER_TIME: 0.563524 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040729 s
InvBiCGStab: k = 62 resid = 1.270487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228838(s) Flops=409798656 => 1790.78062209948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257815.984361896 Mflops = 257.815984361896 Gflops = 0.257815984361896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 87 resid = 8.897284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336125(s) Flops=573843456 => 1707.23229750837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245793.386119994 Mflops = 245.793386119994 Gflops = 0.245793386119994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00112573 Relative Rsd = 4.93934895606337e-07
BICGSTAB_SOLVER_TIME: 0.66638 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056938 s
InvBiCGStab: k = 57 resid = 1.727932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264786(s) Flops=376989696 => 1423.75237361492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204972.535895158 Mflops = 204.972535895158 Gflops = 0.204972535895158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071528 s
InvBiCGStab: k = 79 resid = 1.098441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35929(s) Flops=521349120 => 1451.05380055109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208916.564377704 Mflops = 208.916564377704 Gflops = 0.208916564377704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001086595 Relative Rsd = 4.76763644428338e-07
BICGSTAB_SOLVER_TIME: 0.75652 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111336
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.999631(s) Flops=1372815360 => 1373.32211586075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197844.701003503 Mflops = 197.844701003503 Gflops = 0.197844701003503 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151995000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041598 s
InvBiCGStab: k = 25 resid = 2.182582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092548(s) Flops=167012352 => 1804.60249816312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.296186049 Mflops = 259.709296186049 Gflops = 0.259709296186049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057127 s
InvBiCGStab: k = 53 resid = 9.916217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195167(s) Flops=350742528 => 1797.14054117756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258712.927873945 Mflops = 258.712927873945 Gflops = 0.258712927873945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007580519 Relative Rsd = 3.32609298018562e-07
BICGSTAB_SOLVER_TIME: 0.390251 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04094 s
InvBiCGStab: k = 56 resid = 2.159025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20547(s) Flops=370427904 => 1802.8320630749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.316042661 Mflops = 259.546316042661 Gflops = 0.259546316042661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055723 s
InvBiCGStab: k = 83 resid = 9.62768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303798(s) Flops=547596288 => 1802.50129362274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259509.010582602 Mflops = 259.509010582602 Gflops = 0.259509010582602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001072057 Relative Rsd = 4.70384801057286e-07
BICGSTAB_SOLVER_TIME: 0.609768 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042367 s
InvBiCGStab: k = 47 resid = 1.830198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173416(s) Flops=311371776 => 1795.51930617705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258473.90092357 Mflops = 258.47390092357 Gflops = 0.25847390092357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056684 s
InvBiCGStab: k = 87 resid = 1.118323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330093(s) Flops=573843456 => 1738.42964255528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250292.996846298 Mflops = 250.292996846298 Gflops = 0.250292996846298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001021305 Relative Rsd = 4.48116390174016e-07
BICGSTAB_SOLVER_TIME: 0.606599 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110047
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 64 resid = 2.134677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236369(s) Flops=422922240 => 1789.24579788382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257589.996637702 Mflops = 257.589996637702 Gflops = 0.257589996637702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 76 resid = 1.008208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282254(s) Flops=501663744 => 1777.3485725623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255883.164496844 Mflops = 255.883164496844 Gflops = 0.255883164496844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001091597 Relative Rsd = 4.78958269755147e-07
BICGSTAB_SOLVER_TIME: 0.620371 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 48 resid = 2.092602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187166(s) Flops=317933568 => 1698.67159633694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244544.044316832 Mflops = 244.544044316832 Gflops = 0.244544044316832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 82 resid = 1.064399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299396(s) Flops=541034496 => 1807.08658766316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260157.736008442 Mflops = 260.157736008442 Gflops = 0.260157736008442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001020311 Relative Rsd = 4.47680325553628e-07
BICGSTAB_SOLVER_TIME: 0.588424 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107064
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850759(s) Flops=1354235904 => 1591.79732920839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229203.401220744 Mflops = 229.203401220744 Gflops = 0.229203401220744 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150208000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.522533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055505 s
InvBiCGStab: k = 26 resid = 2.239667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100182(s) Flops=173574144 => 1732.58812960412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249367.871129215 Mflops = 249.367871129215 Gflops = 0.249367871129215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079962 s
InvBiCGStab: k = 42 resid = 9.800157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206965(s) Flops=278562816 => 1345.94166163361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193761.31916675 Mflops = 193.76131916675 Gflops = 0.19376131916675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0006957252 Relative Rsd = 3.05262294782665e-07
BICGSTAB_SOLVER_TIME: 0.448787 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 56 resid = 1.93748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206632(s) Flops=370427904 => 1792.69379379767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258080.227230156 Mflops = 258.080227230156 Gflops = 0.258080227230156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 85 resid = 1.11989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329882(s) Flops=560719872 => 1699.75891985619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244720.58354354 Mflops = 244.72058354354 Gflops = 0.24472058354354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00114955 Relative Rsd = 5.04386450747026e-07
BICGSTAB_SOLVER_TIME: 0.638154 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042153 s
InvBiCGStab: k = 49 resid = 2.10583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18191(s) Flops=324495360 => 1783.82364905723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256820.213220072 Mflops = 256.820213220072 Gflops = 0.256820213220072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05658 s
InvBiCGStab: k = 83 resid = 6.496313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307122(s) Flops=547596288 => 1782.99271299353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256702.803287898 Mflops = 256.702803287898 Gflops = 0.256702803287898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0009965388 Relative Rsd = 4.37249815115247e-07
BICGSTAB_SOLVER_TIME: 0.591652 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042198 s
InvBiCGStab: k = 61 resid = 1.955334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224367(s) Flops=403236864 => 1797.22001898675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.486747271 Mflops = 258.751486747271 Gflops = 0.258751486747271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 89 resid = 1.109572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325558(s) Flops=586967040 => 1802.95689247384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259578.434309495 Mflops = 259.578434309495 Gflops = 0.259578434309495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001100417 Relative Rsd = 4.82828196407888e-07
BICGSTAB_SOLVER_TIME: 0.652348 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 49 resid = 2.24616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180134(s) Flops=324495360 => 1801.41094962639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.818750265 Mflops = 259.322818750265 Gflops = 0.259322818750265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056921 s
InvBiCGStab: k = 78 resid = 6.721361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285534(s) Flops=514787328 => 1802.89327365568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259562.423613629 Mflops = 259.562423613629 Gflops = 0.259562423613629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001008044 Relative Rsd = 4.42298142938464e-07
BICGSTAB_SOLVER_TIME: 0.567694 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105082
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847219(s) Flops=1354235904 => 1598.44845783676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230164.050915291 Mflops = 230.164050915291 Gflops = 0.230164050915291 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149841000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.196846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873019(s) Flops=1466247168 => 1679.51346763358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241792.192705706 Mflops = 241.792192705706 Gflops = 0.241792192705706 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 8.460927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.140285(s) Flops=1656539136 => 1452.74131993317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209186.441271768 Mflops = 209.186441271768 Gflops = 0.209186441271768 Tflops
BICGSTAB_SOLVER: 475 iterations. Rsd = 0.002182566 Relative Rsd = 9.60525514878177e-07
BICGSTAB_SOLVER_TIME: 2.016961 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.130458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338693999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.781652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783812(s) Flops=1256269824 => 1602.76931713217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230723.643725138 Mflops = 230.723643725138 Gflops = 0.230723643725138 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 8.169519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680664(s) Flops=1223460864 => 1797.45199393533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258815.820541548 Mflops = 258.815820541548 Gflops = 0.258815820541548 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.001883248 Relative Rsd = 8.28205085344638e-07
BICGSTAB_SOLVER_TIME: 1.467874 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.11561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269136999999997
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847143(s) Flops=1354235904 => 1598.59185993392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230181.52138938 Mflops = 230.18152138938 Gflops = 0.23018152138938 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 25 resid = 2.022991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09324(s) Flops=167012352 => 1791.20926640927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257818.443195895 Mflops = 257.818443195895 Gflops = 0.257818443195895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056982 s
InvBiCGStab: k = 54 resid = 1.033068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200514(s) Flops=357304320 => 1781.94200903678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256519.710446705 Mflops = 256.519710446705 Gflops = 0.256519710446705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007429932 Relative Rsd = 3.26002002144912e-07
BICGSTAB_SOLVER_TIME: 0.395986 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041785 s
InvBiCGStab: k = 80 resid = 2.088236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293741(s) Flops=527910912 => 1797.1985933186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258737.648878764 Mflops = 258.737648878764 Gflops = 0.258737648878764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 95 resid = 1.014566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35776(s) Flops=626337792 => 1750.72057245081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252062.105623225 Mflops = 252.062105623225 Gflops = 0.252062105623225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001247513 Relative Rsd = 5.47369284702149e-07
BICGSTAB_SOLVER_TIME: 0.753588 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040769 s
InvBiCGStab: k = 54 resid = 1.949267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198632(s) Flops=357304320 => 1798.82556687744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258964.861946085 Mflops = 258.964861946085 Gflops = 0.258964861946085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 71 resid = 6.80933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260121(s) Flops=468854784 => 1802.44879882824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259497.89752203 Mflops = 259.49789752203 Gflops = 0.25949789752203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009874898 Relative Rsd = 4.33279415332799e-07
BICGSTAB_SOLVER_TIME: 0.559691 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 62 resid = 1.772315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22736(s) Flops=409798656 => 1802.42195636875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259487.646537548 Mflops = 259.487646537548 Gflops = 0.259487646537548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05743 s
InvBiCGStab: k = 81 resid = 9.401421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29715(s) Flops=534472704 => 1798.66297829379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258954.978000816 Mflops = 258.954978000816 Gflops = 0.258954978000816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001088258 Relative Rsd = 4.77493262214167e-07
BICGSTAB_SOLVER_TIME: 0.62662 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11624
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054392 s
InvBiCGStab: k = 60 resid = 1.529346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259888(s) Flops=396675072 => 1526.3308502124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219748.666324151 Mflops = 219.748666324151 Gflops = 0.219748666324151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083976 s
InvBiCGStab: k = 84 resid = 9.692885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383363(s) Flops=554158080 => 1445.51790339704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208125.190287736 Mflops = 208.125190287736 Gflops = 0.208125190287736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001075584 Relative Rsd = 4.71932199629388e-07
BICGSTAB_SOLVER_TIME: 0.785881 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117197
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00724(s) Flops=1348116480 => 1338.42627377785 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192831.29329422 Mflops = 192.83129329422 Gflops = 0.19283129329422 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 25 resid = 2.047376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092598(s) Flops=167012352 => 1803.62806972073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259551.714661996 Mflops = 259.551714661996 Gflops = 0.259551714661996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056704 s
InvBiCGStab: k = 49 resid = 1.017732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179771(s) Flops=324495360 => 1805.04842271557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.085598682 Mflops = 259.827085598682 Gflops = 0.259827085598682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007536582 Relative Rsd = 3.30681485804626e-07
BICGSTAB_SOLVER_TIME: 0.373975 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 81 resid = 2.099137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295754(s) Flops=534472704 => 1807.15291762749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.221198466 Mflops = 260.178221198466 Gflops = 0.260178221198466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 102 resid = 9.930142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371782(s) Flops=672270336 => 1808.237988929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260346.569271243 Mflops = 260.346569271243 Gflops = 0.260346569271243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001299601 Relative Rsd = 5.70224035725682e-07
BICGSTAB_SOLVER_TIME: 0.768524 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144759
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041734 s
InvBiCGStab: k = 56 resid = 2.127695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205479(s) Flops=370427904 => 1802.75309885682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259522.11307183 Mflops = 259.52211307183 Gflops = 0.25952211307183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055916 s
InvBiCGStab: k = 65 resid = 1.126252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238716(s) Flops=429484032 => 1799.14221082793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259007.415125651 Mflops = 259.007415125651 Gflops = 0.259007415125651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001026637 Relative Rsd = 4.50456029845124e-07
BICGSTAB_SOLVER_TIME: 0.545731 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 59 resid = 2.25999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216651(s) Flops=390113280 => 1800.65303183461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.378780629 Mflops = 259.225378780629 Gflops = 0.259225378780629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 94 resid = 9.978039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344187(s) Flops=619776000 => 1800.69555212719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.23641034 Mflops = 259.25123641034 Gflops = 0.25925123641034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001165389 Relative Rsd = 5.11335799652236e-07
BICGSTAB_SOLVER_TIME: 0.661706 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123581
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042041 s
InvBiCGStab: k = 53 resid = 1.820333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203761(s) Flops=350742528 => 1721.34278885557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247805.628584677 Mflops = 247.805628584677 Gflops = 0.247805628584677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056648 s
InvBiCGStab: k = 84 resid = 1.09055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319233(s) Flops=554158080 => 1735.90474668972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249920.891549584 Mflops = 249.920891549584 Gflops = 0.249920891549584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001084461 Relative Rsd = 4.75827206255025e-07
BICGSTAB_SOLVER_TIME: 0.625819 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11219
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855708(s) Flops=1354235904 => 1582.5911455777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227873.209716508 Mflops = 227.873209716508 Gflops = 0.227873209716508 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149942000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.544466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058669 s
InvBiCGStab: k = 25 resid = 1.940916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103659(s) Flops=167012352 => 1611.17078111886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231883.63296031 Mflops = 231.88363296031 Gflops = 0.23188363296031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081734 s
InvBiCGStab: k = 48 resid = 1.110126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204926(s) Flops=317933568 => 1551.4554912505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223337.517461705 Mflops = 223.337517461705 Gflops = 0.223337517461705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007063468 Relative Rsd = 3.09922700295991e-07
BICGSTAB_SOLVER_TIME: 0.452851 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044908 s
InvBiCGStab: k = 55 resid = 1.553331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315102(s) Flops=363866112 => 1154.75659310319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  166264.873912522 Mflops = 166.264873912522 Gflops = 0.166264873912522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06585 s
InvBiCGStab: k = 84 resid = 9.172219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309105(s) Flops=554158080 => 1792.78264667346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258105.06885609 Mflops = 258.10506885609 Gflops = 0.25810506885609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001067217 Relative Rsd = 4.68261227140452e-07
BICGSTAB_SOLVER_TIME: 0.738832 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 55 resid = 1.462585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202635(s) Flops=363866112 => 1795.67257383966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258515.002723784 Mflops = 258.515002723784 Gflops = 0.258515002723784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056611 s
InvBiCGStab: k = 62 resid = 1.133514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228214(s) Flops=409798656 => 1795.67711008089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258505.418244886 Mflops = 258.505418244886 Gflops = 0.258505418244886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009850502 Relative Rsd = 4.32208995960086e-07
BICGSTAB_SOLVER_TIME: 0.532862 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978370000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 55 resid = 2.007819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202597(s) Flops=363866112 => 1796.00937822376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258568.237816039 Mflops = 258.568237816039 Gflops = 0.258568237816039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 85 resid = 1.064176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310857(s) Flops=560719872 => 1803.78718188749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259699.997285802 Mflops = 259.699997285802 Gflops = 0.259699997285802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001068483 Relative Rsd = 4.68816562100375e-07
BICGSTAB_SOLVER_TIME: 0.614898 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 55 resid = 1.878884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201686(s) Flops=363866112 => 1804.12181311544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259725.405747883 Mflops = 259.725405747883 Gflops = 0.259725405747883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056144 s
InvBiCGStab: k = 65 resid = 1.129182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238006(s) Flops=429484032 => 1804.50926447232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259781.828555145 Mflops = 259.781828555145 Gflops = 0.259781828555145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001044537 Relative Rsd = 4.58309943393939e-07
BICGSTAB_SOLVER_TIME: 0.540913 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100049
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86557(s) Flops=1360576512 => 1571.88501449912 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226347.488076682 Mflops = 226.347488076682 Gflops = 0.226347488076682 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150747000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041731 s
InvBiCGStab: k = 25 resid = 1.356062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09285(s) Flops=167012352 => 1798.73292407108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258864.261120011 Mflops = 258.864261120011 Gflops = 0.258864261120011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 45 resid = 1.108383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16591(s) Flops=298248192 => 1797.65048520282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258757.467868057 Mflops = 258.757467868057 Gflops = 0.258757467868057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007305189 Relative Rsd = 3.20528668385893e-07
BICGSTAB_SOLVER_TIME: 0.360733 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040785 s
InvBiCGStab: k = 59 resid = 1.516448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216294(s) Flops=390113280 => 1803.62506588255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.92547002 Mflops = 259.65792547002 Gflops = 0.25965792547002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 83 resid = 8.22751e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303489(s) Flops=547596288 => 1804.33652620029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.838588423 Mflops = 259.759838588423 Gflops = 0.259759838588423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001095718 Relative Rsd = 4.80766377454865e-07
BICGSTAB_SOLVER_TIME: 0.620892 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045132 s
InvBiCGStab: k = 58 resid = 2.15829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241051(s) Flops=383551488 => 1591.1632310175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229084.119047888 Mflops = 229.084119047888 Gflops = 0.229084119047888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07215 s
InvBiCGStab: k = 76 resid = 9.37062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336833(s) Flops=501663744 => 1489.3544991138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214419.901587055 Mflops = 214.419901587055 Gflops = 0.214419901587055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001037436 Relative Rsd = 4.55194152626803e-07
BICGSTAB_SOLVER_TIME: 0.699263 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043003 s
InvBiCGStab: k = 57 resid = 2.161954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26248(s) Flops=376989696 => 1436.26065224017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206807.342515 Mflops = 206.807342515 Gflops = 0.206807342515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062762 s
InvBiCGStab: k = 81 resid = 1.112391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335746(s) Flops=534472704 => 1591.89596897655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229140.025603648 Mflops = 229.140025603648 Gflops = 0.229140025603648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00106185 Relative Rsd = 4.6590621257761e-07
BICGSTAB_SOLVER_TIME: 0.708395 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046147 s
InvBiCGStab: k = 52 resid = 2.062515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208342(s) Flops=344180736 => 1651.99880964952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237839.771339854 Mflops = 237.839771339854 Gflops = 0.237839771339854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056721 s
InvBiCGStab: k = 75 resid = 1.019891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28561(s) Flops=495101952 => 1733.48955568783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249574.563013378 Mflops = 249.574563013378 Gflops = 0.249574563013378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001060164 Relative Rsd = 4.65166634313747e-07
BICGSTAB_SOLVER_TIME: 0.601013 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104946
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86283(s) Flops=1366843392 => 1584.13985605507 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228125.598110915 Mflops = 228.125598110915 Gflops = 0.228125598110915 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151460000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.835701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691085(s) Flops=1249708032 => 1808.32753134564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260309.004871754 Mflops = 260.309004871754 Gflops = 0.260309004871754 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 9.733668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751023(s) Flops=1354696704 => 1803.80188622719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.53814071 Mflops = 259.73253814071 Gflops = 0.25973253814071 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.00203241 Relative Rsd = 8.94400383874991e-07
BICGSTAB_SOLVER_TIME: 1.445485 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.116477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282904999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.241337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.634447(s) Flops=1144719360 => 1804.27893898151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.622714982 Mflops = 259.806622714982 Gflops = 0.259806622714982 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 7.517095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.639302(s) Flops=1125033984 => 1759.78486536879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253393.003874507 Mflops = 253.393003874507 Gflops = 0.253393003874507 Tflops
BICGSTAB_SOLVER: 345 iterations. Rsd = 0.001837103 Relative Rsd = 8.07877888333496e-07
BICGSTAB_SOLVER_TIME: 1.277428 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.119624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.246382999999997
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018852(s) Flops=1366843392 => 1341.55244530118 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193166.434921245 Mflops = 193.166434921245 Gflops = 0.193166434921245 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151031000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.490537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 26 resid = 2.232152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096626(s) Flops=173574144 => 1796.35029909134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258529.944530686 Mflops = 258.529944530686 Gflops = 0.258529944530686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 50 resid = 1.063703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184471(s) Flops=331057152 => 1794.6297900483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258346.211634445 Mflops = 258.346211634445 Gflops = 0.258346211634445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007165352 Relative Rsd = 3.14393064996368e-07
BICGSTAB_SOLVER_TIME: 0.381806 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 76 resid = 1.5805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279754(s) Flops=501663744 => 1793.23171071727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258186.091821787 Mflops = 258.186091821787 Gflops = 0.258186091821787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 96 resid = 9.38417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350332(s) Flops=632899584 => 1806.57086420881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260099.219678543 Mflops = 260.099219678543 Gflops = 0.260099219678542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001233853 Relative Rsd = 5.41375681973825e-07
BICGSTAB_SOLVER_TIME: 0.731657 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041349 s
InvBiCGStab: k = 65 resid = 1.335921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237939(s) Flops=429484032 => 1805.01738680922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259856.658553467 Mflops = 259.856658553467 Gflops = 0.259856658553467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056648 s
InvBiCGStab: k = 72 resid = 1.124923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263697(s) Flops=475416576 => 1802.88958918759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.468974795 Mflops = 259.550468974795 Gflops = 0.259550468974795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.0009932246 Relative Rsd = 4.35795636401668e-07
BICGSTAB_SOLVER_TIME: 0.603382 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 60 resid = 2.050683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23106(s) Flops=396675072 => 1716.76219163854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247165.893891175 Mflops = 247.165893891175 Gflops = 0.247165893891175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058879 s
InvBiCGStab: k = 89 resid = 1.079174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343892(s) Flops=586967040 => 1706.8354018122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245729.242649124 Mflops = 245.729242649124 Gflops = 0.245729242649124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001102623 Relative Rsd = 4.83796252714037e-07
BICGSTAB_SOLVER_TIME: 0.678723 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042184 s
InvBiCGStab: k = 64 resid = 1.876162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235467(s) Flops=422922240 => 1796.09983564576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258580.791646302 Mflops = 258.580791646302 Gflops = 0.258580791646302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 75 resid = 8.186649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276351(s) Flops=495101952 => 1791.56924346212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257934.558766456 Mflops = 257.934558766456 Gflops = 0.257934558766456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001086449 Relative Rsd = 4.76699693051422e-07
BICGSTAB_SOLVER_TIME: 0.614111 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113617
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867234(s) Flops=1373036544 => 1583.23652439826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227972.799392479 Mflops = 227.972799392479 Gflops = 0.227972799392479 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152042000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021891
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056089 s
InvBiCGStab: k = 28 resid = 2.162503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124871(s) Flops=186697728 => 1495.12479278616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215186.485259254 Mflops = 215.186485259254 Gflops = 0.215186485259254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062472 s
InvBiCGStab: k = 49 resid = 9.830759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214459(s) Flops=324495360 => 1513.08809609296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217826.85445589 Mflops = 217.82685445589 Gflops = 0.21782685445589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007243884 Relative Rsd = 3.178388029833e-07
BICGSTAB_SOLVER_TIME: 0.462943 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044189 s
InvBiCGStab: k = 77 resid = 1.718103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337574(s) Flops=508225536 => 1505.52334006766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216756.933057983 Mflops = 216.756933057983 Gflops = 0.216756933057983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058533 s
InvBiCGStab: k = 98 resid = 1.058254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464615(s) Flops=646023168 => 1390.44836692746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200193.068795189 Mflops = 200.193068795189 Gflops = 0.200193068795189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001249105 Relative Rsd = 5.48067897307636e-07
BICGSTAB_SOLVER_TIME: 0.909254 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043603 s
InvBiCGStab: k = 57 resid = 2.141458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223391(s) Flops=376989696 => 1687.57781647425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242948.860427415 Mflops = 242.948860427415 Gflops = 0.242948860427415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057534 s
InvBiCGStab: k = 72 resid = 8.603409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267703(s) Flops=475416576 => 1775.91052771168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255674.654378812 Mflops = 255.674654378812 Gflops = 0.255674654378812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00103809 Relative Rsd = 4.55481065473554e-07
BICGSTAB_SOLVER_TIME: 0.596078 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041183 s
InvBiCGStab: k = 63 resid = 1.920934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232923(s) Flops=416360448 => 1787.54544634922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257364.265513595 Mflops = 257.364265513595 Gflops = 0.257364265513595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 83 resid = 1.140641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306569(s) Flops=547596288 => 1786.20893828143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257163.960404556 Mflops = 257.163960404556 Gflops = 0.257163960404556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001126053 Relative Rsd = 4.94076589791291e-07
BICGSTAB_SOLVER_TIME: 0.641026 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 63 resid = 1.954174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231088(s) Flops=416360448 => 1801.73980474971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259396.19274714 Mflops = 259.39619274714 Gflops = 0.25939619274714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 75 resid = 7.914573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275212(s) Flops=495101952 => 1798.98388151679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258999.781989689 Mflops = 258.999781989689 Gflops = 0.258999781989689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001127663 Relative Rsd = 4.94783017541082e-07
BICGSTAB_SOLVER_TIME: 0.607425 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112942
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857993(s) Flops=1373110272 => 1600.3746790475 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230441.326130844 Mflops = 230.441326130844 Gflops = 0.230441326130844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152410000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041438 s
InvBiCGStab: k = 34 resid = 2.13253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129409(s) Flops=226068480 => 1746.93012077985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251377.736337334 Mflops = 251.377736337334 Gflops = 0.251377736337334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06642 s
InvBiCGStab: k = 55 resid = 9.638803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201696(s) Flops=363866112 => 1804.03236554022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.85855372 Mflops = 259.70185855372 Gflops = 0.25970185855372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007606577 Relative Rsd = 3.33752633198421e-07
BICGSTAB_SOLVER_TIME: 0.442801 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041642 s
InvBiCGStab: k = 57 resid = 2.07919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218391(s) Flops=376989696 => 1726.2144319134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248532.164258488 Mflops = 248.532164258488 Gflops = 0.248532164258488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058411 s
InvBiCGStab: k = 81 resid = 7.875386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312963(s) Flops=534472704 => 1707.78240239262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245872.246348739 Mflops = 245.872246348739 Gflops = 0.245872246348739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001065151 Relative Rsd = 4.67354874718739e-07
BICGSTAB_SOLVER_TIME: 0.635327 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 50 resid = 2.193198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184559(s) Flops=331057152 => 1793.77408850286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258244.748900384 Mflops = 258.244748900384 Gflops = 0.258244748900384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056858 s
InvBiCGStab: k = 76 resid = 1.117797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322712(s) Flops=501663744 => 1554.52460398126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223803.257623738 Mflops = 223.803257623738 Gflops = 0.223803257623738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001029594 Relative Rsd = 4.51753445958262e-07
BICGSTAB_SOLVER_TIME: 0.60925 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0575 s
InvBiCGStab: k = 60 resid = 1.750825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252266(s) Flops=396675072 => 1572.44762274742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226383.954909321 Mflops = 226.383954909321 Gflops = 0.226383954909321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066023 s
InvBiCGStab: k = 80 resid = 8.728548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349041(s) Flops=527910912 => 1512.46103466355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217739.128245419 Mflops = 217.739128245419 Gflops = 0.217739128245419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001049824 Relative Rsd = 4.60629815347103e-07
BICGSTAB_SOLVER_TIME: 0.728981 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 59 resid = 1.421831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274147(s) Flops=390113280 => 1423.00765647627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204877.630499463 Mflops = 204.877630499463 Gflops = 0.204877630499463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065015 s
InvBiCGStab: k = 83 resid = 1.08573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332733(s) Flops=547596288 => 1645.7528649097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236955.234244386 Mflops = 236.955234244386 Gflops = 0.236955234244386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001070487 Relative Rsd = 4.69696046771083e-07
BICGSTAB_SOLVER_TIME: 0.717034 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115841
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863166(s) Flops=1379450880 => 1598.12930537116 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230110.420775738 Mflops = 230.110420775738 Gflops = 0.230110420775738 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043048 s
InvBiCGStab: k = 25 resid = 2.081714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098423(s) Flops=167012352 => 1696.88337075684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244219.988604951 Mflops = 244.219988604951 Gflops = 0.244219988604951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062598 s
InvBiCGStab: k = 50 resid = 6.416231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190775(s) Flops=331057152 => 1735.32775258813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249774.700336649 Mflops = 249.774700336649 Gflops = 0.249774700336649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.00070552 Relative Rsd = 3.09559960117745e-07
BICGSTAB_SOLVER_TIME: 0.398704 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04132 s
InvBiCGStab: k = 61 resid = 2.181318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225553(s) Flops=403236864 => 1787.76989887078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257372.667496733 Mflops = 257.372667496733 Gflops = 0.257372667496733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056744 s
InvBiCGStab: k = 75 resid = 1.076435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276057(s) Flops=495101952 => 1793.47726013106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258210.034791195 Mflops = 258.210034791195 Gflops = 0.258210034791195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.0010902 Relative Rsd = 4.78345470498875e-07
BICGSTAB_SOLVER_TIME: 0.603475 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041758 s
InvBiCGStab: k = 50 resid = 2.10796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182941(s) Flops=331057152 => 1809.6389109057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260507.913423257 Mflops = 260.507913423257 Gflops = 0.260507913423257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 70 resid = 1.127611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256571(s) Flops=462292992 => 1801.81311215999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.973323422 Mflops = 259.409973323422 Gflops = 0.259409973323422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001023942 Relative Rsd = 4.49273440165937e-07
BICGSTAB_SOLVER_TIME: 0.541206 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999960000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055045 s
InvBiCGStab: k = 63 resid = 2.276407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230723(s) Flops=416360448 => 1804.59012755555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.353666462 Mflops = 259.801353666462 Gflops = 0.259801353666462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056065 s
InvBiCGStab: k = 76 resid = 1.053454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277781(s) Flops=501663744 => 1805.96852916506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.093037561 Mflops = 260.002093037561 Gflops = 0.260002093037561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001051801 Relative Rsd = 4.61497194206047e-07
BICGSTAB_SOLVER_TIME: 0.623457 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 60 resid = 1.189385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219956(s) Flops=396675072 => 1803.4291949299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.761054833 Mflops = 259.631761054833 Gflops = 0.259631761054833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 74 resid = 1.126166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271104(s) Flops=488540160 => 1802.03966005666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.098683467 Mflops = 259.425098683467 Gflops = 0.259425098683467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001044094 Relative Rsd = 4.58115535294467e-07
BICGSTAB_SOLVER_TIME: 0.592505 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110077
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028652(s) Flops=1385865216 => 1347.26342436509 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193992.432254674 Mflops = 193.992432254674 Gflops = 0.193992432254674 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153283000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.491774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.953562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.6761(s) Flops=1210337280 => 1790.17494453483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257713.769952051 Mflops = 257.713769952051 Gflops = 0.257713769952051 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 1.125261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972879(s) Flops=1754966016 => 1803.88929764133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259748.261277492 Mflops = 259.748261277492 Gflops = 0.259748261277492 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002110509 Relative Rsd = 9.2871279314134e-07
BICGSTAB_SOLVER_TIME: 1.652273 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321986999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.071235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667688(s) Flops=1203775488 => 1802.90118738093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.167566435 Mflops = 259.545167566435 Gflops = 0.259545167566435 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 9.307471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796679(s) Flops=1440000000 => 1807.50339848295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.904109914 Mflops = 260.265904109914 Gflops = 0.260265904109914 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001962529 Relative Rsd = 8.62990404131027e-07
BICGSTAB_SOLVER_TIME: 1.467766 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.11619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286987999999998
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876573(s) Flops=1385865216 => 1581.00376808321 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227656.987141694 Mflops = 227.656987141694 Gflops = 0.227656987141694 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153693000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053165 s
InvBiCGStab: k = 25 resid = 2.131792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123862(s) Flops=167012352 => 1348.37441668954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194090.104506923 Mflops = 194.090104506923 Gflops = 0.194090104506923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059896 s
InvBiCGStab: k = 60 resid = 6.32464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265641(s) Flops=396675072 => 1493.2750290806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214980.332495751 Mflops = 214.980332495751 Gflops = 0.214980332495751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007308834 Relative Rsd = 3.20688623447243e-07
BICGSTAB_SOLVER_TIME: 0.506747 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04245 s
InvBiCGStab: k = 81 resid = 1.353992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361273(s) Flops=534472704 => 1479.41502409535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213007.474885645 Mflops = 213.007474885645 Gflops = 0.213007474885645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063598 s
InvBiCGStab: k = 102 resid = 1.097014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.487344(s) Flops=672270336 => 1379.45750024623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198614.86603548 Mflops = 198.61486603548 Gflops = 0.19861486603548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001254236 Relative Rsd = 5.50319118581428e-07
BICGSTAB_SOLVER_TIME: 0.958559 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145814999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 55 resid = 2.183123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20295(s) Flops=363866112 => 1792.88549889135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258110.368057018 Mflops = 258.110368057018 Gflops = 0.258110368057018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 72 resid = 1.037226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265003(s) Flops=475416576 => 1794.00450560937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258262.358828575 Mflops = 258.262358828575 Gflops = 0.258262358828575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001033904 Relative Rsd = 4.53644353324098e-07
BICGSTAB_SOLVER_TIME: 0.568916 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 63 resid = 1.217588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232181(s) Flops=416360448 => 1793.25805298452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258184.139430799 Mflops = 258.184139430799 Gflops = 0.258184139430799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 85 resid = 1.007844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312921(s) Flops=560719872 => 1791.88955678909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257975.635600464 Mflops = 257.975635600464 Gflops = 0.257975635600464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001094607 Relative Rsd = 4.80278875904322e-07
BICGSTAB_SOLVER_TIME: 0.646093 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119835
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 57 resid = 2.2137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210209(s) Flops=376989696 => 1793.40416442683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258186.587490771 Mflops = 258.186587490771 Gflops = 0.258186587490771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 77 resid = 1.148937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28203(s) Flops=508225536 => 1802.02650781832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259435.704174896 Mflops = 259.435704174896 Gflops = 0.259435704174896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001074711 Relative Rsd = 4.71549461876012e-07
BICGSTAB_SOLVER_TIME: 0.593375 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110155
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.90579(s) Flops=1392205824 => 1537.00727983307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221308.111017502 Mflops = 221.308111017502 Gflops = 0.221308111017502 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154228000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048671 s
InvBiCGStab: k = 30 resid = 2.224711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11882(s) Flops=199821312 => 1681.71445884531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242064.922109836 Mflops = 242.064922109836 Gflops = 0.242064922109836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 57 resid = 9.988988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218606(s) Flops=376989696 => 1724.51669213105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248265.197302493 Mflops = 248.265197302493 Gflops = 0.248265197302493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007421284 Relative Rsd = 3.25622533471507e-07
BICGSTAB_SOLVER_TIME: 0.446433 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 82 resid = 2.111678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308396(s) Flops=541034496 => 1754.34991374726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252582.92836859 Mflops = 252.58292836859 Gflops = 0.25258292836859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057074 s
InvBiCGStab: k = 102 resid = 9.845924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386588(s) Flops=672270336 => 1738.98397260132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250358.09240671 Mflops = 250.35809240671 Gflops = 0.25035809240671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001282298 Relative Rsd = 5.626318018126e-07
BICGSTAB_SOLVER_TIME: 0.796964 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045344 s
InvBiCGStab: k = 54 resid = 1.906082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245023(s) Flops=357304320 => 1458.24808283304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209959.375288057 Mflops = 209.959375288057 Gflops = 0.209959375288057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070617 s
InvBiCGStab: k = 81 resid = 7.157402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356095(s) Flops=534472704 => 1500.92729187436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216091.650003357 Mflops = 216.091650003357 Gflops = 0.216091650003357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001055689 Relative Rsd = 4.63203040997951e-07
BICGSTAB_SOLVER_TIME: 0.721582 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052857 s
InvBiCGStab: k = 65 resid = 2.234899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298181(s) Flops=429484032 => 1440.34674241484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207364.486682558 Mflops = 207.364486682558 Gflops = 0.207364486682558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065309 s
InvBiCGStab: k = 79 resid = 1.106849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350752(s) Flops=521349120 => 1486.375330718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214000.932041069 Mflops = 214.000932041068 Gflops = 0.214000932041068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001101421 Relative Rsd = 4.83268653854486e-07
BICGSTAB_SOLVER_TIME: 0.772572 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045734 s
InvBiCGStab: k = 49 resid = 1.534387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203341(s) Flops=324495360 => 1595.81864946076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229739.370286271 Mflops = 229.739370286271 Gflops = 0.229739370286271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058058 s
InvBiCGStab: k = 78 resid = 1.127471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293995(s) Flops=514787328 => 1751.00708515451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252092.571653135 Mflops = 252.092571653135 Gflops = 0.252092571653135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001104278 Relative Rsd = 4.84522192784899e-07
BICGSTAB_SOLVER_TIME: 0.605013 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10498
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890456(s) Flops=1398620160 => 1570.67857367461 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226156.851468365 Mflops = 226.156851468365 Gflops = 0.226156851468365 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155134000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 32 resid = 1.994712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118647(s) Flops=212944896 => 1794.77690965638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258346.050250553 Mflops = 258.346050250553 Gflops = 0.258346050250553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 51 resid = 9.878062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187404(s) Flops=337618944 => 1801.55676506371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259338.385685084 Mflops = 259.338385685084 Gflops = 0.259338385685084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007537965 Relative Rsd = 3.30742142561884e-07
BICGSTAB_SOLVER_TIME: 0.407637 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 52 resid = 2.248874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190994(s) Flops=344180736 => 1802.0499910992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.798522589 Mflops = 259.415798522589 Gflops = 0.259415798522589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057065 s
InvBiCGStab: k = 69 resid = 1.139761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252698(s) Flops=455731200 => 1803.46183982461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259632.163979353 Mflops = 259.632163979353 Gflops = 0.259632163979353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001023243 Relative Rsd = 4.48966606363118e-07
BICGSTAB_SOLVER_TIME: 0.545622 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041605 s
InvBiCGStab: k = 57 resid = 2.167034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209068(s) Flops=376989696 => 1803.19176535864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.849521333 Mflops = 259.596849521333 Gflops = 0.259596849521333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 67 resid = 1.013836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246309(s) Flops=442607616 => 1796.96079315007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258692.430841751 Mflops = 258.692430841751 Gflops = 0.258692430841751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009936481 Relative Rsd = 4.35981463166219e-07
BICGSTAB_SOLVER_TIME: 0.557027 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102866
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 58 resid = 2.140492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213154(s) Flops=383551488 => 1799.41022922394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259036.613329038 Mflops = 259.036613329038 Gflops = 0.259036613329038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055914 s
InvBiCGStab: k = 77 resid = 1.119969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28168(s) Flops=508225536 => 1804.26560636183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.179868574 Mflops = 259.764179868574 Gflops = 0.259764179868574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001082708 Relative Rsd = 4.75058104112682e-07
BICGSTAB_SOLVER_TIME: 0.595434 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 49 resid = 2.07876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180132(s) Flops=324495360 => 1801.4309506362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.574006124 Mflops = 259.331574006124 Gflops = 0.259331574006124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 67 resid = 9.024664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245377(s) Flops=442607616 => 1803.7860761196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.480786704 Mflops = 259.676480786704 Gflops = 0.259676480786704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001022377 Relative Rsd = 4.4858688229284e-07
BICGSTAB_SOLVER_TIME: 0.526337 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970990000000003
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.029865(s) Flops=1404887040 => 1364.14679593927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196423.687221078 Mflops = 196.423687221078 Gflops = 0.196423687221079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155500000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042628 s
InvBiCGStab: k = 31 resid = 1.676918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115803(s) Flops=206383104 => 1782.19134219321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256506.845487742 Mflops = 256.506845487742 Gflops = 0.256506845487742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 46 resid = 8.418618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170426(s) Flops=304809984 => 1788.5180899628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257446.244642142 Mflops = 257.446244642142 Gflops = 0.257446244642142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007439178 Relative Rsd = 3.2640770007714e-07
BICGSTAB_SOLVER_TIME: 0.388607 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0694260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 56 resid = 1.89936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206435(s) Flops=370427904 => 1794.40455349141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258312.321887445 Mflops = 258.312321887445 Gflops = 0.258312321887445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 75 resid = 1.07747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273912(s) Flops=495101952 => 1807.52194865504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260226.184973726 Mflops = 260.226184973726 Gflops = 0.260226184973726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001083918 Relative Rsd = 4.7558927852845e-07
BICGSTAB_SOLVER_TIME: 0.581559 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041812 s
InvBiCGStab: k = 51 resid = 2.176795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187502(s) Flops=337618944 => 1800.61516143828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.487179334 Mflops = 259.236487179334 Gflops = 0.259236487179334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05594 s
InvBiCGStab: k = 65 resid = 1.032821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238483(s) Flops=429484032 => 1800.89998867844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.70610243 Mflops = 259.26570610243 Gflops = 0.25926570610243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001001657 Relative Rsd = 4.39495570895964e-07
BICGSTAB_SOLVER_TIME: 0.527622 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971680000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041643 s
InvBiCGStab: k = 52 resid = 2.182436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191696(s) Flops=344180736 => 1795.4507970954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258466.553550719 Mflops = 258.466553550719 Gflops = 0.258466553550719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056298 s
InvBiCGStab: k = 84 resid = 1.12552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30746(s) Flops=554158080 => 1802.37455278735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259486.579599242 Mflops = 259.486579599242 Gflops = 0.259486579599242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001065832 Relative Rsd = 4.67653433662885e-07
BICGSTAB_SOLVER_TIME: 0.60089 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041684 s
InvBiCGStab: k = 49 resid = 1.873426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179354(s) Flops=324495360 => 1809.2451799235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260457.365137454 Mflops = 260.457365137454 Gflops = 0.260457365137454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055841 s
InvBiCGStab: k = 71 resid = 1.05307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259464(s) Flops=468854784 => 1807.012857275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260145.822693021 Mflops = 260.145822693021 Gflops = 0.260145822693021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001023858 Relative Rsd = 4.49236663016273e-07
BICGSTAB_SOLVER_TIME: 0.540138 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999670000000004
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906547(s) Flops=1411227648 => 1556.7065447241 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224143.644621249 Mflops = 224.143644621249 Gflops = 0.224143644621249 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.727631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88045(s) Flops=1302202368 => 1479.01910159577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212954.087151485 Mflops = 212.954087151485 Gflops = 0.212954087151485 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.070282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.007268(s) Flops=1571235840 => 1559.89849771858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224616.579990904 Mflops = 224.616579990904 Gflops = 0.224616579990904 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002079875 Relative Rsd = 9.15199376187124e-07
BICGSTAB_SOLVER_TIME: 1.89114 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311926999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.760712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.622596(s) Flops=1118472192 => 1796.46543183702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258653.356050268 Mflops = 258.653356050268 Gflops = 0.258653356050268 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.043671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.68511(s) Flops=1177528320 => 1718.74344265884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247483.256923229 Mflops = 247.483256923229 Gflops = 0.247483256923229 Tflops
BICGSTAB_SOLVER: 349 iterations. Rsd = 0.001878391 Relative Rsd = 8.25955633503198e-07
BICGSTAB_SOLVER_TIME: 1.3112 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249528999999997
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884261(s) Flops=1411227648 => 1595.9401669869 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229800.170444647 Mflops = 229.800170444647 Gflops = 0.229800170444647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156354000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 30 resid = 1.980399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111259(s) Flops=199821312 => 1796.00133022946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258505.428456847 Mflops = 258.505428456847 Gflops = 0.258505428456847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056862 s
InvBiCGStab: k = 47 resid = 9.441079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173138(s) Flops=311371776 => 1798.40229181347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258900.647164472 Mflops = 258.900647164472 Gflops = 0.258900647164472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000703572 Relative Rsd = 3.08705223403998e-07
BICGSTAB_SOLVER_TIME: 0.386236 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041562 s
InvBiCGStab: k = 76 resid = 1.083136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278459(s) Flops=501663744 => 1801.57130493179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.644628911 Mflops = 259.380644628911 Gflops = 0.259380644628911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 95 resid = 1.133848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34789(s) Flops=626337792 => 1800.39033027681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259213.343658155 Mflops = 259.213343658154 Gflops = 0.259213343658154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001205689 Relative Rsd = 5.29018151051813e-07
BICGSTAB_SOLVER_TIME: 0.728106 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 52 resid = 1.679161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190737(s) Flops=344180736 => 1804.47808238569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.533991117 Mflops = 259.774533991117 Gflops = 0.259774533991117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 70 resid = 1.055351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257021(s) Flops=462292992 => 1798.65844425164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258948.220322647 Mflops = 258.948220322647 Gflops = 0.258948220322647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009981021 Relative Rsd = 4.3793576003585e-07
BICGSTAB_SOLVER_TIME: 0.548883 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053612 s
InvBiCGStab: k = 59 resid = 1.536228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264224(s) Flops=390113280 => 1476.44907351338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212568.084241003 Mflops = 212.568084241003 Gflops = 0.212568084241003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070913 s
InvBiCGStab: k = 86 resid = 1.041809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370168(s) Flops=567281664 => 1532.49784962504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220642.283529134 Mflops = 220.642283529134 Gflops = 0.220642283529134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001093142 Relative Rsd = 4.79636297372697e-07
BICGSTAB_SOLVER_TIME: 0.764526 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05042 s
InvBiCGStab: k = 63 resid = 1.672866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270181(s) Flops=416360448 => 1541.04266399192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221862.533441146 Mflops = 221.862533441146 Gflops = 0.221862533441146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068074 s
InvBiCGStab: k = 75 resid = 1.013127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35734(s) Flops=495101952 => 1385.52065819668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199471.814210386 Mflops = 199.471814210386 Gflops = 0.199471814210386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001050081 Relative Rsd = 4.6074224105045e-07
BICGSTAB_SOLVER_TIME: 0.749831 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112937
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.046802(s) Flops=1417568256 => 1354.18947995896 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194991.229158426 Mflops = 194.991229158426 Gflops = 0.194991229158426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157197000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 33 resid = 1.005575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122057(s) Flops=219506688 => 1798.39491385173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.044064664 Mflops = 258.860044064664 Gflops = 0.258860044064664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 50 resid = 1.073442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183664(s) Flops=331057152 => 1802.51520167262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259488.074025039 Mflops = 259.488074025039 Gflops = 0.259488074025039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007905745 Relative Rsd = 3.46879164104027e-07
BICGSTAB_SOLVER_TIME: 0.407359 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041736 s
InvBiCGStab: k = 75 resid = 2.248204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275324(s) Flops=495101952 => 1798.25206665601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258904.570812132 Mflops = 258.904570812132 Gflops = 0.258904570812132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 96 resid = 1.0047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365696(s) Flops=632899584 => 1730.67133356668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249182.540959959 Mflops = 249.182540959959 Gflops = 0.249182540959959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001232246 Relative Rsd = 5.40670633367146e-07
BICGSTAB_SOLVER_TIME: 0.743451 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 57 resid = 2.171824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211331(s) Flops=376989696 => 1783.88261069129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256824.079926209 Mflops = 256.824079926209 Gflops = 0.256824079926209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056715 s
InvBiCGStab: k = 69 resid = 8.764732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254349(s) Flops=455731200 => 1791.75542266728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257950.29055941 Mflops = 257.95029055941 Gflops = 0.25795029055941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001020137 Relative Rsd = 4.47604012968076e-07
BICGSTAB_SOLVER_TIME: 0.567628 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040958 s
InvBiCGStab: k = 60 resid = 1.281376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224359(s) Flops=396675072 => 1768.03726171003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254530.108725812 Mflops = 254.530108725812 Gflops = 0.254530108725812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 76 resid = 9.164499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278404(s) Flops=501663744 => 1801.92721368946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259422.146922076 Mflops = 259.422146922076 Gflops = 0.259422146922075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001082749 Relative Rsd = 4.75076032973143e-07
BICGSTAB_SOLVER_TIME: 0.603793 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04485 s
InvBiCGStab: k = 54 resid = 2.069833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242851(s) Flops=357304320 => 1471.29029734282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211835.121625833 Mflops = 211.835121625833 Gflops = 0.211835121625833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060402 s
InvBiCGStab: k = 85 resid = 9.352538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359653(s) Flops=560719872 => 1559.05795864347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224467.960862816 Mflops = 224.467960862816 Gflops = 0.224467960862816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001078891 Relative Rsd = 4.73383211421746e-07
BICGSTAB_SOLVER_TIME: 0.712261 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113481
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058726(s) Flops=1423908864 => 1344.92669869258 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193672.81344873 Mflops = 193.67281344873 Gflops = 0.19367281344873 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157751000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043896 s
InvBiCGStab: k = 30 resid = 1.594897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119567(s) Flops=199821312 => 1671.20787508259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240510.224135038 Mflops = 240.510224135038 Gflops = 0.240510224135038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059186 s
InvBiCGStab: k = 45 resid = 1.116556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177702(s) Flops=298248192 => 1678.36148158152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241611.897942153 Mflops = 241.611897942153 Gflops = 0.241611897942153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007278766 Relative Rsd = 3.19369319822119e-07
BICGSTAB_SOLVER_TIME: 0.40415 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041688 s
InvBiCGStab: k = 50 resid = 2.074617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185167(s) Flops=331057152 => 1787.88419102756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257385.513930349 Mflops = 257.385513930349 Gflops = 0.257385513930349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 74 resid = 1.149645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272341(s) Flops=488540160 => 1793.85461608792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258253.986768433 Mflops = 258.253986768433 Gflops = 0.258253986768433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001035527 Relative Rsd = 4.54356808440084e-07
BICGSTAB_SOLVER_TIME: 0.559742 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041775 s
InvBiCGStab: k = 47 resid = 2.163898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173008(s) Flops=311371776 => 1799.75362988995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259090.029745452 Mflops = 259.090029745452 Gflops = 0.259090029745452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 70 resid = 1.128604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257437(s) Flops=462292992 => 1795.75193930942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258519.840059274 Mflops = 258.519840059274 Gflops = 0.258519840059274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001001293 Relative Rsd = 4.39335845691799e-07
BICGSTAB_SOLVER_TIME: 0.532923 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977960000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042004 s
InvBiCGStab: k = 55 resid = 1.885104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202127(s) Flops=363866112 => 1800.18558628981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259144.947051593 Mflops = 259.144947051593 Gflops = 0.259144947051593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 78 resid = 1.064889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286068(s) Flops=514787328 => 1799.52783254331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259075.141261509 Mflops = 259.075141261509 Gflops = 0.259075141261509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001097095 Relative Rsd = 4.81370544296841e-07
BICGSTAB_SOLVER_TIME: 0.590674 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 52 resid = 2.241971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190522(s) Flops=344180736 => 1806.51439728745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.447865204 Mflops = 260.066447865204 Gflops = 0.260066447865204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056212 s
InvBiCGStab: k = 75 resid = 8.812304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281824(s) Flops=495101952 => 1756.77710911775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252920.786487326 Mflops = 252.920786487326 Gflops = 0.252920786487326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001065768 Relative Rsd = 4.67625237848142e-07
BICGSTAB_SOLVER_TIME: 0.574399 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105042
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051874(s) Flops=1430175744 => 1359.64549366179 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195781.018860616 Mflops = 195.781018860616 Gflops = 0.195781018860616 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158481000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 30 resid = 1.375668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111813(s) Flops=199821312 => 1787.10268036811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257265.788343038 Mflops = 257.265788343038 Gflops = 0.257265788343038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 49 resid = 1.044712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182072(s) Flops=324495360 => 1782.23647787688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256567.329131782 Mflops = 256.567329131782 Gflops = 0.256567329131782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007381893 Relative Rsd = 3.23894211754809e-07
BICGSTAB_SOLVER_TIME: 0.39558 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041634 s
InvBiCGStab: k = 54 resid = 2.165273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198613(s) Flops=357304320 => 1798.99764869369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259004.422724357 Mflops = 259.004422724357 Gflops = 0.259004422724357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056127 s
InvBiCGStab: k = 74 resid = 5.857721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271041(s) Flops=488540160 => 1802.45852103556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259485.509119383 Mflops = 259.485509119383 Gflops = 0.259485509119383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001096054 Relative Rsd = 4.80913945767891e-07
BICGSTAB_SOLVER_TIME: 0.5712 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041504 s
InvBiCGStab: k = 54 resid = 1.864494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197276(s) Flops=357304320 => 1811.1900079077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260755.855747166 Mflops = 260.755855747166 Gflops = 0.260755855747166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056137 s
InvBiCGStab: k = 75 resid = 5.505665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27433(s) Flops=495101952 => 1804.76780519812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.282234268 Mflops = 259.828282234268 Gflops = 0.259828282234268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00100548 Relative Rsd = 4.41173119714375e-07
BICGSTAB_SOLVER_TIME: 0.573072 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 64 resid = 2.164757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237167(s) Flops=422922240 => 1783.22549089882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256712.15985972 Mflops = 256.71215985972 Gflops = 0.25671215985972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 75 resid = 6.517328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274597(s) Flops=495101952 => 1803.01296809506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259579.63696885 Mflops = 259.57963696885 Gflops = 0.25957963696885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001066651 Relative Rsd = 4.68012930300848e-07
BICGSTAB_SOLVER_TIME: 0.613073 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040793 s
InvBiCGStab: k = 52 resid = 2.239784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191809(s) Flops=344180736 => 1794.39304725013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258305.775816284 Mflops = 258.305775816284 Gflops = 0.258305775816284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055944 s
InvBiCGStab: k = 70 resid = 1.115347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258438(s) Flops=462292992 => 1788.79650825343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257522.930955653 Mflops = 257.522930955653 Gflops = 0.257522930955653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001012055 Relative Rsd = 4.44057980629248e-07
BICGSTAB_SOLVER_TIME: 0.550811 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10138
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01097(s) Flops=1436368896 => 1420.78290750467 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204663.096334544 Mflops = 204.663096334544 Gflops = 0.204663096334544 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159426000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.549993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.071671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.679011(s) Flops=1223460864 => 1801.82775242227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259397.817529281 Mflops = 259.397817529281 Gflops = 0.259397817529281 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.047423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802743(s) Flops=1446561792 => 1802.02355174695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259476.755975566 Mflops = 259.476755975566 Gflops = 0.259476755975566 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.001940828 Relative Rsd = 8.54008060304552e-07
BICGSTAB_SOLVER_TIME: 1.485198 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289828999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.080034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.652166(s) Flops=1170966528 => 1795.50379504605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258466.643480114 Mflops = 258.466643480114 Gflops = 0.258466643480114 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.047963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796995(s) Flops=1440000000 => 1806.78674270228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260165.627774779 Mflops = 260.165627774779 Gflops = 0.260165627774779 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002017081 Relative Rsd = 8.86902541347498e-07
BICGSTAB_SOLVER_TIME: 1.452542 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283957999999997
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919489(s) Flops=1436368896 => 1562.13820502475 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224930.930687903 Mflops = 224.930930687903 Gflops = 0.224930930687903 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159818000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.542028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041522 s
InvBiCGStab: k = 25 resid = 1.829534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120377(s) Flops=167012352 => 1387.41081768112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199695.688797065 Mflops = 199.695688797065 Gflops = 0.199695688797065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075972 s
InvBiCGStab: k = 50 resid = 1.068224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220661(s) Flops=331057152 => 1500.29752425667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215980.998668359 Mflops = 215.980998668359 Gflops = 0.215980998668359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007333702 Relative Rsd = 3.21779729966642e-07
BICGSTAB_SOLVER_TIME: 0.462351 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 90 resid = 1.361443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330434(s) Flops=593528832 => 1796.20992997089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258609.72297808 Mflops = 258.60972297808 Gflops = 0.25860972297808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056103 s
InvBiCGStab: k = 92 resid = 8.310824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34091(s) Flops=606652416 => 1779.50900824264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256197.036082093 Mflops = 256.197036082093 Gflops = 0.256197036082093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001293616 Relative Rsd = 5.67597994001568e-07
BICGSTAB_SOLVER_TIME: 0.77241 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 51 resid = 1.798451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187926(s) Flops=337618944 => 1796.55260049168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258615.701624862 Mflops = 258.615701624862 Gflops = 0.258615701624862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 72 resid = 8.273362e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263331(s) Flops=475416576 => 1805.39539970607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.007152174 Mflops = 259.912007152174 Gflops = 0.259912007152174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001028701 Relative Rsd = 4.51361769314343e-07
BICGSTAB_SOLVER_TIME: 0.553345 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042164 s
InvBiCGStab: k = 66 resid = 2.221353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242257(s) Flops=436045824 => 1799.930751227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259137.027286626 Mflops = 259.137027286626 Gflops = 0.259137027286626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 76 resid = 1.143666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278084(s) Flops=501663744 => 1804.00074797543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259711.627632144 Mflops = 259.711627632144 Gflops = 0.259711627632144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001113694 Relative Rsd = 4.88653696914624e-07
BICGSTAB_SOLVER_TIME: 0.622734 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042507 s
InvBiCGStab: k = 65 resid = 2.214412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250269(s) Flops=429484032 => 1716.08961557364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247077.32589142 Mflops = 247.07732589142 Gflops = 0.24707732589142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063682 s
InvBiCGStab: k = 71 resid = 1.139571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268787(s) Flops=468854784 => 1744.33579004937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251119.552074605 Mflops = 251.119552074605 Gflops = 0.251119552074605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001092899 Relative Rsd = 4.79529745797422e-07
BICGSTAB_SOLVER_TIME: 0.629056 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111311
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916935(s) Flops=1442635776 => 1573.32392808651 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226533.389665537 Mflops = 226.533389665537 Gflops = 0.226533389665537 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160205000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047334 s
InvBiCGStab: k = 26 resid = 1.977235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117844(s) Flops=173574144 => 1472.91456501816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211993.997919598 Mflops = 211.993997919598 Gflops = 0.211993997919598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064355 s
InvBiCGStab: k = 47 resid = 6.223588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205219(s) Flops=311371776 => 1517.26582821279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218402.433667113 Mflops = 218.402433667113 Gflops = 0.218402433667113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007443216 Relative Rsd = 3.26584868887708e-07
BICGSTAB_SOLVER_TIME: 0.438582 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04282 s
InvBiCGStab: k = 77 resid = 2.009737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301463(s) Flops=508225536 => 1685.86372456985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242705.683283577 Mflops = 242.705683283577 Gflops = 0.242705683283577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 97 resid = 8.891477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35673(s) Flops=639461376 => 1792.56405684972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258084.700500469 Mflops = 258.084700500469 Gflops = 0.258084700500469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001275237 Relative Rsd = 5.59533786667801e-07
BICGSTAB_SOLVER_TIME: 0.761747 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041775 s
InvBiCGStab: k = 60 resid = 1.973777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220369(s) Flops=396675072 => 1800.04933543284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259146.868824702 Mflops = 259.146868824702 Gflops = 0.259146868824702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 71 resid = 8.44935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261047(s) Flops=468854784 => 1796.05505521994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.24846221 Mflops = 258.55824846221 Gflops = 0.25855824846221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001029706 Relative Rsd = 4.51802686475312e-07
BICGSTAB_SOLVER_TIME: 0.583825 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 69 resid = 2.19171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251831(s) Flops=455731200 => 1809.67077127121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260530.130691581 Mflops = 260.530130691581 Gflops = 0.260530130691581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 75 resid = 1.10896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274597(s) Flops=495101952 => 1803.01296809506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.499478915 Mflops = 259.568499478915 Gflops = 0.259568499478915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001138899 Relative Rsd = 4.99713096612255e-07
BICGSTAB_SOLVER_TIME: 0.628019 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 73 resid = 1.885524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267478(s) Flops=481978368 => 1801.93648823455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259422.473223504 Mflops = 259.422473223504 Gflops = 0.259422473223504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055865 s
InvBiCGStab: k = 76 resid = 1.055306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278326(s) Flops=501663744 => 1802.43219821361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.763549665 Mflops = 259.502763549665 Gflops = 0.259502763549665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001129325 Relative Rsd = 4.95512379930039e-07
BICGSTAB_SOLVER_TIME: 0.646796 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120818000000001
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91029(s) Flops=1448681472 => 1591.45049599578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229150.77300416 Mflops = 229.15077300416 Gflops = 0.22915077300416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160768000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046529 s
InvBiCGStab: k = 24 resid = 2.135402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112713(s) Flops=160450560 => 1423.53197945224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204891.555776165 Mflops = 204.891555776165 Gflops = 0.204891555776165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063282 s
InvBiCGStab: k = 52 resid = 9.324764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226315(s) Flops=344180736 => 1520.80390606014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218947.411291065 Mflops = 218.947411291065 Gflops = 0.218947411291065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007610792 Relative Rsd = 3.33937566073918e-07
BICGSTAB_SOLVER_TIME: 0.456278 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052301 s
InvBiCGStab: k = 51 resid = 2.204941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216577(s) Flops=337618944 => 1558.88641914885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224416.745927915 Mflops = 224.416745927915 Gflops = 0.224416745927915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072842 s
InvBiCGStab: k = 80 resid = 1.041092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369907(s) Flops=527910912 => 1427.14496346379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205474.80940887 Mflops = 205.47480940887 Gflops = 0.20547480940887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001037001 Relative Rsd = 4.55003422242297e-07
BICGSTAB_SOLVER_TIME: 0.715508 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107901
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 52 resid = 2.264959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192151(s) Flops=344180736 => 1791.1992963867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257856.003078594 Mflops = 257.856003078594 Gflops = 0.257856003078594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 75 resid = 6.096923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275994(s) Flops=495101952 => 1793.88664970978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258265.513883541 Mflops = 258.265513883541 Gflops = 0.258265513883541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.000994974 Relative Rsd = 4.36563257242149e-07
BICGSTAB_SOLVER_TIME: 0.569337 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 70 resid = 1.178832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257933(s) Flops=462292992 => 1792.29874424754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258037.379560886 Mflops = 258.037379560886 Gflops = 0.258037379560886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056509 s
InvBiCGStab: k = 71 resid = 1.103108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272615(s) Flops=468854784 => 1719.84220970966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247596.855888691 Mflops = 247.596855888691 Gflops = 0.247596855888691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001079493 Relative Rsd = 4.73647291788081e-07
BICGSTAB_SOLVER_TIME: 0.631983 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042405 s
InvBiCGStab: k = 57 resid = 2.108885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211076(s) Flops=376989696 => 1786.03771153518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257125.383962575 Mflops = 257.125383962575 Gflops = 0.257125383962575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056978 s
InvBiCGStab: k = 75 resid = 1.007241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277836(s) Flops=495101952 => 1781.99352135792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256551.28543263 Mflops = 256.55128543263 Gflops = 0.25655128543263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00100026 Relative Rsd = 4.3888241408407e-07
BICGSTAB_SOLVER_TIME: 0.592101 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108668
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906566(s) Flops=1448902656 => 1598.23185074225 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230127.851864265 Mflops = 230.127851864265 Gflops = 0.230127851864265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162296000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042527 s
InvBiCGStab: k = 26 resid = 1.648155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113878(s) Flops=173574144 => 1524.21138411282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219420.794595244 Mflops = 219.420794595244 Gflops = 0.219420794595244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06497 s
InvBiCGStab: k = 45 resid = 9.804585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212951(s) Flops=298248192 => 1400.54844541702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201612.677244857 Mflops = 201.612677244857 Gflops = 0.201612677244857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006826195 Relative Rsd = 2.9951190649618e-07
BICGSTAB_SOLVER_TIME: 0.438548 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051954 s
InvBiCGStab: k = 55 resid = 2.229967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232373(s) Flops=363866112 => 1565.87087140072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225429.671027463 Mflops = 225.429671027463 Gflops = 0.225429671027463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066908 s
InvBiCGStab: k = 91 resid = 9.321849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416489(s) Flops=600090624 => 1440.83186830865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207442.569191951 Mflops = 207.442569191951 Gflops = 0.207442569191951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001095888 Relative Rsd = 4.80841055500432e-07
BICGSTAB_SOLVER_TIME: 0.771663 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064822 s
InvBiCGStab: k = 51 resid = 1.897819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210218(s) Flops=337618944 => 1606.04203255668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231220.656247248 Mflops = 231.220656247248 Gflops = 0.231220656247248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 71 resid = 1.092694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272473(s) Flops=468854784 => 1720.7385098707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247732.267144559 Mflops = 247.732267144559 Gflops = 0.247732267144559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001045273 Relative Rsd = 4.58632713961613e-07
BICGSTAB_SOLVER_TIME: 0.608148 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041432 s
InvBiCGStab: k = 67 resid = 1.746055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2487(s) Flops=442607616 => 1779.68482509047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256224.196875071 Mflops = 256.224196875071 Gflops = 0.256224196875071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057213 s
InvBiCGStab: k = 71 resid = 1.064411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262193(s) Flops=468854784 => 1788.20481095987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257441.768787028 Mflops = 257.441768787028 Gflops = 0.257441768787028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001115825 Relative Rsd = 4.89588807024199e-07
BICGSTAB_SOLVER_TIME: 0.613542 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112895
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041611 s
InvBiCGStab: k = 54 resid = 2.004376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199923(s) Flops=357304320 => 1787.20967572515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257276.959373609 Mflops = 257.276959373609 Gflops = 0.257276959373609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056546 s
InvBiCGStab: k = 72 resid = 1.023567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26447(s) Flops=475416576 => 1797.62005520475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258798.343808245 Mflops = 258.798343808245 Gflops = 0.258798343808245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001067131 Relative Rsd = 4.68223530562047e-07
BICGSTAB_SOLVER_TIME: 0.566373 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104429
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902622(s) Flops=1448976384 => 1605.29699475528 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231133.768850957 Mflops = 231.133768850957 Gflops = 0.231133768850957 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160813000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.149614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808728(s) Flops=1230022656 => 1520.93492002255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219018.897609647 Mflops = 219.018897609647 Gflops = 0.219018897609647 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.11297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988911(s) Flops=1426876416 => 1442.87647321144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207764.142232892 Mflops = 207.764142232892 Gflops = 0.207764142232892 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002004648 Relative Rsd = 8.82118929599586e-07
BICGSTAB_SOLVER_TIME: 1.801878 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.1242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288471999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 165 resid = 1.851195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.634459(s) Flops=1085663232 => 1711.16373477246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246369.435576798 Mflops = 246.369435576798 Gflops = 0.246369435576798 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 7.935031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.720924(s) Flops=1295640576 => 1797.19440051933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258781.029655593 Mflops = 258.781029655593 Gflops = 0.258781029655593 Tflops
BICGSTAB_SOLVER: 362 iterations. Rsd = 0.00211238 Relative Rsd = 9.28772812231898e-07
BICGSTAB_SOLVER_TIME: 1.358839 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258917999999997
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903531(s) Flops=1448976384 => 1603.68198102777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230911.332607069 Mflops = 230.911332607069 Gflops = 0.230911332607069 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04132 s
InvBiCGStab: k = 33 resid = 2.261968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1219(s) Flops=219506688 => 1800.71114027892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259193.167284183 Mflops = 259.193167284183 Gflops = 0.259193167284183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 44 resid = 1.142634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162235(s) Flops=291686400 => 1797.92523191666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.876139795 Mflops = 258.795876139795 Gflops = 0.258795876139795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000715594 Relative Rsd = 3.13980088253269e-07
BICGSTAB_SOLVER_TIME: 0.385224 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044526 s
InvBiCGStab: k = 67 resid = 2.218621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261857(s) Flops=442607616 => 1690.26459479792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243344.570054108 Mflops = 243.344570054108 Gflops = 0.243344570054108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060989 s
InvBiCGStab: k = 89 resid = 9.108782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355173(s) Flops=586967040 => 1652.62291897188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237925.105210488 Mflops = 237.925105210488 Gflops = 0.237925105210488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001226657 Relative Rsd = 5.38218363675193e-07
BICGSTAB_SOLVER_TIME: 0.726709 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045153 s
InvBiCGStab: k = 50 resid = 2.032651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216728(s) Flops=331057152 => 1527.52367945074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219912.599599254 Mflops = 219.912599599254 Gflops = 0.219912599599254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063209 s
InvBiCGStab: k = 81 resid = 1.11384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384975(s) Flops=534472704 => 1388.33094097019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199886.833101129 Mflops = 199.886833101129 Gflops = 0.199886833101129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001054485 Relative Rsd = 4.6267488026528e-07
BICGSTAB_SOLVER_TIME: 0.713954 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107835
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047626 s
InvBiCGStab: k = 67 resid = 2.044203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289425(s) Flops=442607616 => 1529.26532262244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220158.99958156 Mflops = 220.15899958156 Gflops = 0.22015899958156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061628 s
InvBiCGStab: k = 80 resid = 9.231687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346003(s) Flops=527910912 => 1525.74085195793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219669.004697779 Mflops = 219.669004697779 Gflops = 0.219669004697779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001112201 Relative Rsd = 4.87998603936239e-07
BICGSTAB_SOLVER_TIME: 0.748601 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 56 resid = 2.077269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206323(s) Flops=370427904 => 1795.37862477765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258470.179805799 Mflops = 258.470179805799 Gflops = 0.258470179805799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 83 resid = 5.824064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305304(s) Flops=547596288 => 1793.60993632576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258219.451818159 Mflops = 258.219451818159 Gflops = 0.258219451818159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001086136 Relative Rsd = 4.76562085216431e-07
BICGSTAB_SOLVER_TIME: 0.612919 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113714
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907234(s) Flops=1448902656 => 1597.05506627838 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229958.614370535 Mflops = 229.958614370535 Gflops = 0.229958614370535 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161005000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 24 resid = 2.059947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.091457(s) Flops=160450560 => 1754.38249669243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252495.014976017 Mflops = 252.495014976017 Gflops = 0.252495014976017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 48 resid = 1.068402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177065(s) Flops=317933568 => 1795.57545534126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258467.66900662 Mflops = 258.46766900662 Gflops = 0.25846766900662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007604478 Relative Rsd = 3.33660537086138e-07
BICGSTAB_SOLVER_TIME: 0.370108 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 73 resid = 2.163469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268446(s) Flops=481978368 => 1795.43881451018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258497.503264821 Mflops = 258.497503264821 Gflops = 0.258497503264821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056764 s
InvBiCGStab: k = 95 resid = 9.497654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347902(s) Flops=626337792 => 1800.32823036372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.125271933 Mflops = 259.207125271933 Gflops = 0.259207125271933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001260504 Relative Rsd = 5.53069385344406e-07
BICGSTAB_SOLVER_TIME: 0.718427 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 51 resid = 1.928611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206927(s) Flops=337618944 => 1631.58478110638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234877.833978899 Mflops = 234.877833978899 Gflops = 0.234877833978899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079803 s
InvBiCGStab: k = 79 resid = 8.756971e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340884(s) Flops=521349120 => 1529.40331608406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220206.524648286 Mflops = 220.206524648286 Gflops = 0.220206524648286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001050542 Relative Rsd = 4.60944924008597e-07
BICGSTAB_SOLVER_TIME: 0.673157 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043658 s
InvBiCGStab: k = 58 resid = 2.141335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262513(s) Flops=383551488 => 1461.07616765646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210332.967682122 Mflops = 210.332967682122 Gflops = 0.210332967682122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061439 s
InvBiCGStab: k = 80 resid = 1.110664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356435(s) Flops=527910912 => 1481.08606618318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213243.335176805 Mflops = 213.243335176805 Gflops = 0.213243335176805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001079114 Relative Rsd = 4.73481130582726e-07
BICGSTAB_SOLVER_TIME: 0.72834 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112606
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060334 s
InvBiCGStab: k = 55 resid = 2.158391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202335(s) Flops=363866112 => 1798.33499888798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258883.426945524 Mflops = 258.883426945524 Gflops = 0.258883426945524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 80 resid = 1.0981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426991(s) Flops=527910912 => 1236.35137977147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178009.321739233 Mflops = 178.009321739233 Gflops = 0.178009321739233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001069425 Relative Rsd = 4.69230151795968e-07
BICGSTAB_SOLVER_TIME: 0.749946 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110606
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908133(s) Flops=1448902656 => 1595.47407263033 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229728.196072482 Mflops = 229.728196072482 Gflops = 0.229728196072482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160702000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 32 resid = 1.738606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120061(s) Flops=212944896 => 1773.6392000733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255298.56674975 Mflops = 255.29856674975 Gflops = 0.25529856674975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056376 s
InvBiCGStab: k = 52 resid = 9.791812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191262(s) Flops=344180736 => 1799.52492392634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259049.994731457 Mflops = 259.049994731457 Gflops = 0.259049994731457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007486241 Relative Rsd = 3.28472660411697e-07
BICGSTAB_SOLVER_TIME: 0.41306 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 53 resid = 1.582158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194176(s) Flops=350742528 => 1806.31245880026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260025.364323981 Mflops = 260.025364323981 Gflops = 0.260025364323981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 77 resid = 1.135762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281968(s) Flops=508225536 => 1802.4227430063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259497.798015997 Mflops = 259.497798015997 Gflops = 0.259497798015997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00103614 Relative Rsd = 4.54625639188251e-07
BICGSTAB_SOLVER_TIME: 0.577472 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 57 resid = 2.262692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208746(s) Flops=376989696 => 1805.97326894887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260008.130957938 Mflops = 260.008130957938 Gflops = 0.260008130957938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 75 resid = 1.036501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275654(s) Flops=495101952 => 1796.09928388487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258595.985803922 Mflops = 258.595985803922 Gflops = 0.258595985803922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001064255 Relative Rsd = 4.66961563534835e-07
BICGSTAB_SOLVER_TIME: 0.58575 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041703 s
InvBiCGStab: k = 67 resid = 1.484987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246611(s) Flops=442607616 => 1794.76023372842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258390.611722429 Mflops = 258.390611722429 Gflops = 0.258390611722429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063674 s
InvBiCGStab: k = 76 resid = 1.003796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330453(s) Flops=501663744 => 1518.10921371572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218563.279579497 Mflops = 218.563279579497 Gflops = 0.218563279579497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001078502 Relative Rsd = 4.73212759548929e-07
BICGSTAB_SOLVER_TIME: 0.687126 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046118 s
InvBiCGStab: k = 49 resid = 2.195856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237636(s) Flops=324495360 => 1365.51431601273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196569.43215977 Mflops = 196.56943215977 Gflops = 0.19656943215977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073072 s
InvBiCGStab: k = 82 resid = 8.814075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356356(s) Flops=541034496 => 1518.24157864607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218587.010532794 Mflops = 218.587010532794 Gflops = 0.218587010532794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001054631 Relative Rsd = 4.62738729483446e-07
BICGSTAB_SOLVER_TIME: 0.717733 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107736
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028178(s) Flops=1448681472 => 1408.97925456487 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203012.556251755 Mflops = 203.012556251755 Gflops = 0.203012556251755 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160876000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041448 s
InvBiCGStab: k = 28 resid = 2.031208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103778(s) Flops=186697728 => 1799.01065736476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258893.181081477 Mflops = 258.893181081477 Gflops = 0.258893181081477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056045 s
InvBiCGStab: k = 47 resid = 9.334913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175111(s) Flops=311371776 => 1778.13944298188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255957.760693545 Mflops = 255.957760693545 Gflops = 0.255957760693545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007129466 Relative Rsd = 3.12818517736702e-07
BICGSTAB_SOLVER_TIME: 0.380156 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041602 s
InvBiCGStab: k = 61 resid = 7.561457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225686(s) Flops=403236864 => 1786.71634040215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257226.540547441 Mflops = 257.226540547441 Gflops = 0.257226540547441 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05721 s
InvBiCGStab: k = 88 resid = 9.500252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324274(s) Flops=580405248 => 1789.86057469917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257691.591369284 Mflops = 257.691591369284 Gflops = 0.257691591369284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001101893 Relative Rsd = 4.83476138273839e-07
BICGSTAB_SOLVER_TIME: 0.652624 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 47 resid = 2.17463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172465(s) Flops=311371776 => 1805.42009103296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259891.396617379 Mflops = 259.891396617379 Gflops = 0.259891396617379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057515 s
InvBiCGStab: k = 86 resid = 1.04356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314233(s) Flops=567281664 => 1805.2899090802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.304394453 Mflops = 259.910304394453 Gflops = 0.259910304394453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001064258 Relative Rsd = 4.66962993757322e-07
BICGSTAB_SOLVER_TIME: 0.589281 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 52 resid = 2.261115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190955(s) Flops=344180736 => 1802.41803566285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259472.509576029 Mflops = 259.472509576029 Gflops = 0.259472509576029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 80 resid = 1.091555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292526(s) Flops=527910912 => 1804.66321626112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.64665106 Mflops = 259.81564665106 Gflops = 0.25981564665106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001108347 Relative Rsd = 4.8630757016295e-07
BICGSTAB_SOLVER_TIME: 0.585058 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05016 s
InvBiCGStab: k = 61 resid = 2.055766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270009(s) Flops=403236864 => 1493.42008599713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215023.486661818 Mflops = 215.023486661818 Gflops = 0.215023486661818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07232 s
InvBiCGStab: k = 89 resid = 7.169888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408731(s) Flops=586967040 => 1436.07174400767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206764.864317839 Mflops = 206.764864317839 Gflops = 0.206764864317839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001032887 Relative Rsd = 4.531984814638e-07
BICGSTAB_SOLVER_TIME: 0.805205 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121265
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.229848(s) Flops=1442414592 => 1172.83972653531 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  168881.687636121 Mflops = 168.881687636121 Gflops = 0.168881687636121 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159604000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021422
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.876499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713763(s) Flops=1289078784 => 1806.03195178231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260069.424576239 Mflops = 260.069424576239 Gflops = 0.260069424576239 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.149535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81364(s) Flops=1466247168 => 1802.08343739246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.596191848 Mflops = 259.484596191848 Gflops = 0.259484596191848 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002070387 Relative Rsd = 9.11090951841248e-07
BICGSTAB_SOLVER_TIME: 1.530774 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299262999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 2.031961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.644637(s) Flops=1105348608 => 1714.68378017396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246920.584290354 Mflops = 246.920584290354 Gflops = 0.246920584290354 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 9.190561e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838379(s) Flops=1361258496 => 1623.67914272662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233795.733174001 Mflops = 233.795733174001 Gflops = 0.233795733174001 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.002029866 Relative Rsd = 8.92460676884461e-07
BICGSTAB_SOLVER_TIME: 1.486923 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.132185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267724999999997
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.105554(s) Flops=1442414592 => 1304.69845163601 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187862.985186171 Mflops = 187.862985186171 Gflops = 0.187862985186171 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159748000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042547 s
InvBiCGStab: k = 28 resid = 1.562438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104397(s) Flops=186697728 => 1788.34380298284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257382.794187513 Mflops = 257.382794187513 Gflops = 0.257382794187513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 55 resid = 9.688951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209905(s) Flops=363866112 => 1733.47996474596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249550.938465128 Mflops = 249.550938465128 Gflops = 0.249550938465128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007364674 Relative Rsd = 3.23138696726092e-07
BICGSTAB_SOLVER_TIME: 0.417195 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043149 s
InvBiCGStab: k = 64 resid = 2.199977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235626(s) Flops=422922240 => 1794.88783071478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258411.426961227 Mflops = 258.411426961227 Gflops = 0.258411426961227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05709 s
InvBiCGStab: k = 91 resid = 8.110896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343216(s) Flops=600090624 => 1748.43429210759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251723.397166216 Mflops = 251.723397166216 Gflops = 0.251723397166216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001272444 Relative Rsd = 5.58308239234631e-07
BICGSTAB_SOLVER_TIME: 0.682877 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042771 s
InvBiCGStab: k = 58 resid = 1.115232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216919(s) Flops=383551488 => 1768.17838916831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254546.082657697 Mflops = 254.546082657697 Gflops = 0.254546082657697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 72 resid = 1.055092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268492(s) Flops=475416576 => 1770.69177480148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254917.631751298 Mflops = 254.917631751298 Gflops = 0.254917631751298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001085374 Relative Rsd = 4.76228026106985e-07
BICGSTAB_SOLVER_TIME: 0.58854 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041571 s
InvBiCGStab: k = 65 resid = 2.248546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249118(s) Flops=429484032 => 1724.01846514503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248212.549583941 Mflops = 248.212549583941 Gflops = 0.248212549583941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057202 s
InvBiCGStab: k = 91 resid = 1.079247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35665(s) Flops=600090624 => 1682.5757016683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242255.056446876 Mflops = 242.255056446876 Gflops = 0.242255056446876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001092706 Relative Rsd = 4.79444749718199e-07
BICGSTAB_SOLVER_TIME: 0.709463 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040669 s
InvBiCGStab: k = 45 resid = 2.142912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165587(s) Flops=298248192 => 1801.15704735275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.39777121 Mflops = 259.29039777121 Gflops = 0.25929039777121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056309 s
InvBiCGStab: k = 75 resid = 1.022508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278504(s) Flops=495101952 => 1777.7193577112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255947.239163806 Mflops = 255.947239163806 Gflops = 0.255947239163806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001082613 Relative Rsd = 4.75016678739936e-07
BICGSTAB_SOLVER_TIME: 0.544894 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999630000000003
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.127981(s) Flops=1436000256 => 1273.07131591756 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183303.911128357 Mflops = 183.303911128357 Gflops = 0.183303911128357 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159061000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 27 resid = 2.270771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100829(s) Flops=180135936 => 1786.54886986879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257119.385861473 Mflops = 257.119385861473 Gflops = 0.257119385861473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056264 s
InvBiCGStab: k = 55 resid = 1.105522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202624(s) Flops=363866112 => 1795.77005685407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258523.878156048 Mflops = 258.523878156048 Gflops = 0.258523878156048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007489655 Relative Rsd = 3.28622450677515e-07
BICGSTAB_SOLVER_TIME: 0.404516 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 76 resid = 1.085935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28093(s) Flops=501663744 => 1785.72507030221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257108.799808042 Mflops = 257.108799808042 Gflops = 0.257108799808042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 98 resid = 9.655615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359112(s) Flops=646023168 => 1798.94620062822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259009.02506052 Mflops = 259.00902506052 Gflops = 0.25900902506052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001255556 Relative Rsd = 5.50898460847381e-07
BICGSTAB_SOLVER_TIME: 0.741762 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 53 resid = 2.278628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19503(s) Flops=350742528 => 1798.40295339179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258907.226185053 Mflops = 258.907226185053 Gflops = 0.258907226185053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056165 s
InvBiCGStab: k = 75 resid = 6.941386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275284(s) Flops=495101952 => 1798.51336074745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258924.55827429 Mflops = 258.92455827429 Gflops = 0.25892455827429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001046998 Relative Rsd = 4.59389608133443e-07
BICGSTAB_SOLVER_TIME: 0.571471 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040909 s
InvBiCGStab: k = 65 resid = 1.942638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238437(s) Flops=429484032 => 1801.24742384781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.515424775 Mflops = 259.322515424775 Gflops = 0.259322515424775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056717 s
InvBiCGStab: k = 87 resid = 1.019309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318647(s) Flops=573843456 => 1800.87512513848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.226387189 Mflops = 259.266226387189 Gflops = 0.259266226387189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001140159 Relative Rsd = 5.00265622206579e-07
BICGSTAB_SOLVER_TIME: 0.658556 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122797
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041624 s
InvBiCGStab: k = 52 resid = 2.074479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191156(s) Flops=344180736 => 1800.52279813346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259222.687992823 Mflops = 259.222687992823 Gflops = 0.259222687992823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 75 resid = 7.712788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278036(s) Flops=495101952 => 1780.71167762448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256360.359297781 Mflops = 256.360359297781 Gflops = 0.256360359297781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001052708 Relative Rsd = 4.61895306851157e-07
BICGSTAB_SOLVER_TIME: 0.571068 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105008
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001997(s) Flops=1417199616 => 1414.37510890751 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203656.146782445 Mflops = 203.656146782445 Gflops = 0.203656146782445 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157081000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.532216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 29 resid = 1.990678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107918(s) Flops=193259520 => 1790.79968123946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257759.661887162 Mflops = 257.759661887162 Gflops = 0.257759661887162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056173 s
InvBiCGStab: k = 45 resid = 7.564046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166151(s) Flops=298248192 => 1795.04301508868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258394.881711374 Mflops = 258.394881711374 Gflops = 0.258394881711374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006998497 Relative Rsd = 3.07071985942994e-07
BICGSTAB_SOLVER_TIME: 0.375013 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 49 resid = 2.27309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180946(s) Flops=324495360 => 1793.32706995457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258164.09507786 Mflops = 258.16409507786 Gflops = 0.25816409507786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056065 s
InvBiCGStab: k = 76 resid = 1.008526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279535(s) Flops=501663744 => 1794.63660722271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258355.273424825 Mflops = 258.355273424825 Gflops = 0.258355273424825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001062603 Relative Rsd = 4.66236645051464e-07
BICGSTAB_SOLVER_TIME: 0.561492 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 54 resid = 2.103337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198348(s) Flops=357304320 => 1801.40117369472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259334.252849828 Mflops = 259.334252849828 Gflops = 0.259334252849828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 66 resid = 1.082567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241697(s) Flops=436045824 => 1804.10110179274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.576197488 Mflops = 259.724576197488 Gflops = 0.259724576197488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009943102 Relative Rsd = 4.36272002648562e-07
BICGSTAB_SOLVER_TIME: 0.540837 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044578 s
InvBiCGStab: k = 62 resid = 2.238421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232805(s) Flops=409798656 => 1760.26569876077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253417.325331785 Mflops = 253.417325331785 Gflops = 0.253417325331785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 88 resid = 9.60386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323799(s) Flops=580405248 => 1792.4862275671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258077.600829729 Mflops = 258.077600829729 Gflops = 0.258077600829729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001110251 Relative Rsd = 4.87143075492186e-07
BICGSTAB_SOLVER_TIME: 0.661549 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 54 resid = 1.928022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199092(s) Flops=357304320 => 1794.66939907179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258368.444246126 Mflops = 258.368444246126 Gflops = 0.258368444246126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 63 resid = 1.043851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230986(s) Flops=416360448 => 1802.53542638948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.3712681 Mflops = 259.4953712681 Gflops = 0.2594953712681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009676462 Relative Rsd = 4.24572655007095e-07
BICGSTAB_SOLVER_TIME: 0.53183 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979570000000004
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868906(s) Flops=1392132096 => 1602.16651283338 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230685.830896992 Mflops = 230.685830896992 Gflops = 0.230685830896992 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154505000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.525151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043805 s
InvBiCGStab: k = 25 resid = 2.158115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114067(s) Flops=167012352 => 1464.1601164228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210744.768032121 Mflops = 210.744768032121 Gflops = 0.210744768032121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079222 s
InvBiCGStab: k = 46 resid = 1.035057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198668(s) Flops=304809984 => 1534.26814585137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220873.452149525 Mflops = 220.873452149525 Gflops = 0.220873452149525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007231586 Relative Rsd = 3.17299200470734e-07
BICGSTAB_SOLVER_TIME: 0.446336 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0651220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 56 resid = 2.004303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206347(s) Flops=370427904 => 1795.16980620024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258446.081405215 Mflops = 258.446081405215 Gflops = 0.258446081405215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 78 resid = 1.065483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295053(s) Flops=514787328 => 1744.72833016441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251196.715335975 Mflops = 251.196715335975 Gflops = 0.251196715335975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001077648 Relative Rsd = 4.72838041257355e-07
BICGSTAB_SOLVER_TIME: 0.603074 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109792
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041877 s
InvBiCGStab: k = 52 resid = 1.953109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194772(s) Flops=344180736 => 1767.09555788306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254400.930659091 Mflops = 254.400930659091 Gflops = 0.254400930659091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056885 s
InvBiCGStab: k = 75 resid = 9.739151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277079(s) Flops=495101952 => 1786.86205739157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257257.361226346 Mflops = 257.257361226346 Gflops = 0.257257361226346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001024481 Relative Rsd = 4.49509988749399e-07
BICGSTAB_SOLVER_TIME: 0.5745 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 60 resid = 1.672805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222224(s) Flops=396675072 => 1785.02354381165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256976.336444821 Mflops = 256.976336444821 Gflops = 0.256976336444821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056583 s
InvBiCGStab: k = 74 resid = 9.303863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271413(s) Flops=488540160 => 1799.98806247306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259131.541584482 Mflops = 259.131541584482 Gflops = 0.259131541584482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001062251 Relative Rsd = 4.66082283181625e-07
BICGSTAB_SOLVER_TIME: 0.595451 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040716 s
InvBiCGStab: k = 54 resid = 2.087587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1983(s) Flops=357304320 => 1801.83721633888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259396.038623574 Mflops = 259.396038623574 Gflops = 0.259396038623574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055952 s
InvBiCGStab: k = 69 resid = 1.109221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252892(s) Flops=455731200 => 1802.07835755975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.458566455 Mflops = 259.440458566455 Gflops = 0.259440458566455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009957146 Relative Rsd = 4.36888173143554e-07
BICGSTAB_SOLVER_TIME: 0.551766 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102204
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.864583(s) Flops=1385644032 => 1602.67323322342 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230764.002749815 Mflops = 230.764002749815 Gflops = 0.230764002749815 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153562000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.880338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932083(s) Flops=1341573120 => 1439.32795684504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207204.910975803 Mflops = 207.204910975803 Gflops = 0.207204910975803 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.103596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806122(s) Flops=1440000000 => 1786.33010884209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257219.173470162 Mflops = 257.219173470162 Gflops = 0.257219173470162 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002005172 Relative Rsd = 8.82438299518846e-07
BICGSTAB_SOLVER_TIME: 1.741655 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.114464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301994999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 155 resid = 1.906357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.56691(s) Flops=1020045312 => 1799.307318622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258998.62979285 Mflops = 258.99862979285 Gflops = 0.25899862979285 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 9.964332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718369(s) Flops=1295640576 => 1803.58642424715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.969399011 Mflops = 259.701969399011 Gflops = 0.259701969399011 Tflops
BICGSTAB_SOLVER: 352 iterations. Rsd = 0.001892655 Relative Rsd = 8.32111120513307e-07
BICGSTAB_SOLVER_TIME: 1.288675 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0.115528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251623999999997
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.864368(s) Flops=1385644032 => 1603.07187679322 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230868.881495992 Mflops = 230.868881495992 Gflops = 0.230868881495992 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153928000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043046 s
InvBiCGStab: k = 30 resid = 2.137892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141171(s) Flops=199821312 => 1415.4558089126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203711.258854043 Mflops = 203.711258854043 Gflops = 0.203711258854043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063551 s
InvBiCGStab: k = 45 resid = 8.075004e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210461(s) Flops=298248192 => 1417.11857303728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203984.95188699 Mflops = 203.98495188699 Gflops = 0.20398495188699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007428519 Relative Rsd = 3.25939991784229e-07
BICGSTAB_SOLVER_TIME: 0.46254 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046724 s
InvBiCGStab: k = 71 resid = 1.286293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292072(s) Flops=468854784 => 1605.27124818538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231099.772257943 Mflops = 231.099772257943 Gflops = 0.231099772257943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071878 s
InvBiCGStab: k = 113 resid = 1.006913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.52403(s) Flops=744450048 => 1420.62486498865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204541.153600362 Mflops = 204.541153600362 Gflops = 0.204541153600362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001259312 Relative Rsd = 5.52546383628563e-07
BICGSTAB_SOLVER_TIME: 0.938991 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001937
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057343 s
InvBiCGStab: k = 52 resid = 2.236718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217211(s) Flops=344180736 => 1584.54560772705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228127.809237277 Mflops = 228.127809237277 Gflops = 0.228127809237277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 71 resid = 9.320782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261392(s) Flops=468854784 => 1793.68451980168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.363732002 Mflops = 258.225363732002 Gflops = 0.258225363732002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001006015 Relative Rsd = 4.41407727281605e-07
BICGSTAB_SOLVER_TIME: 0.596249 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 63 resid = 1.736066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232566(s) Flops=416360448 => 1790.28941461779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257738.421751574 Mflops = 257.738421751574 Gflops = 0.257738421751574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 73 resid = 1.022331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268083(s) Flops=481978368 => 1797.86994326384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258824.91845137 Mflops = 258.82491845137 Gflops = 0.25882491845137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001088551 Relative Rsd = 4.77621931158615e-07
BICGSTAB_SOLVER_TIME: 0.601635 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 52 resid = 2.218537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1938(s) Flops=344180736 => 1775.95839009288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255659.608119372 Mflops = 255.659608119372 Gflops = 0.255659608119372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055807 s
InvBiCGStab: k = 79 resid = 1.010768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290256(s) Flops=521349120 => 1796.17000165371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258586.798511105 Mflops = 258.586798511105 Gflops = 0.258586798511105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001079675 Relative Rsd = 4.73727231009225e-07
BICGSTAB_SOLVER_TIME: 0.58517 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107872
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882882(s) Flops=1416683520 => 1604.61253032682 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231044.008705431 Mflops = 231.044008705431 Gflops = 0.231044008705431 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157197000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 34 resid = 9.56329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125675(s) Flops=226068480 => 1798.8341356674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258896.038909642 Mflops = 258.896038909642 Gflops = 0.258896038909642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057212 s
InvBiCGStab: k = 46 resid = 1.138401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168966(s) Flops=304809984 => 1803.97230211995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259656.92805361 Mflops = 259.65692805361 Gflops = 0.25965692805361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007285207 Relative Rsd = 3.19651942001409e-07
BICGSTAB_SOLVER_TIME: 0.397179 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044589 s
InvBiCGStab: k = 77 resid = 1.528658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345(s) Flops=508225536 => 1473.11749565217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212083.468325695 Mflops = 212.083468325695 Gflops = 0.212083468325695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074126 s
InvBiCGStab: k = 96 resid = 7.776955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415105(s) Flops=632899584 => 1524.67347779477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219532.08941918 Mflops = 219.53208941918 Gflops = 0.21953208941918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001238372 Relative Rsd = 5.43358481134445e-07
BICGSTAB_SOLVER_TIME: 0.88302 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046786 s
InvBiCGStab: k = 54 resid = 1.546702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234705(s) Flops=357304320 => 1522.35495622164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219177.129904352 Mflops = 219.177129904352 Gflops = 0.219177129904352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077717 s
InvBiCGStab: k = 73 resid = 9.193988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319735(s) Flops=481978368 => 1507.43074108246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217018.927619506 Mflops = 217.018927619506 Gflops = 0.217018927619506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009841812 Relative Rsd = 4.31827688429198e-07
BICGSTAB_SOLVER_TIME: 0.682725 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 65 resid = 1.705289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239912(s) Flops=429484032 => 1790.17319683884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257715.415425381 Mflops = 257.715415425381 Gflops = 0.257715415425381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 81 resid = 1.050696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298067(s) Flops=534472704 => 1793.12941050167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258161.062097494 Mflops = 258.161062097494 Gflops = 0.258161062097494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00110348 Relative Rsd = 4.84172350148723e-07
BICGSTAB_SOLVER_TIME: 0.639381 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 57 resid = 2.219063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209812(s) Flops=376989696 => 1796.79759022363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258679.801872029 Mflops = 258.679801872029 Gflops = 0.258679801872029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056602 s
InvBiCGStab: k = 79 resid = 3.390271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29109(s) Flops=521349120 => 1791.02380706998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257850.090724107 Mflops = 257.850090724107 Gflops = 0.257850090724107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00104262 Relative Rsd = 4.57468870412879e-07
BICGSTAB_SOLVER_TIME: 0.60258 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111344
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906651(s) Flops=1416978432 => 1562.87086431273 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225033.424338485 Mflops = 225.033424338485 Gflops = 0.225033424338485 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157201000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 28 resid = 1.821735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103734(s) Flops=186697728 => 1799.77372896061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.799250935 Mflops = 259.035799250935 Gflops = 0.259035799250935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 49 resid = 1.003991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180669(s) Flops=324495360 => 1796.07658203676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258533.299636584 Mflops = 258.533299636584 Gflops = 0.258533299636584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007315444 Relative Rsd = 3.20978626596154e-07
BICGSTAB_SOLVER_TIME: 0.385554 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 56 resid = 2.192235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204889(s) Flops=370427904 => 1807.94432107141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260280.720884536 Mflops = 260.280720884536 Gflops = 0.260280720884536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067994 s
InvBiCGStab: k = 69 resid = 1.142879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300051(s) Flops=455731200 => 1518.84579621464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218675.174191098 Mflops = 218.675174191098 Gflops = 0.218675174191098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001033672 Relative Rsd = 4.53542756448152e-07
BICGSTAB_SOLVER_TIME: 0.618501 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053218 s
InvBiCGStab: k = 53 resid = 2.176797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22776(s) Flops=350742528 => 1539.96543730242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221713.807329361 Mflops = 221.713807329361 Gflops = 0.221713807329361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066973 s
InvBiCGStab: k = 74 resid = 8.096026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324066(s) Flops=488540160 => 1507.53290996279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217044.419045196 Mflops = 217.044419045196 Gflops = 0.217044419045196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001034446 Relative Rsd = 4.53882178891923e-07
BICGSTAB_SOLVER_TIME: 0.676209 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045917 s
InvBiCGStab: k = 59 resid = 1.792036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25243(s) Flops=390113280 => 1545.43152557145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222485.854208453 Mflops = 222.485854208453 Gflops = 0.222485854208453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071028 s
InvBiCGStab: k = 79 resid = 9.980779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313461(s) Flops=521349120 => 1663.20250366074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239454.069474598 Mflops = 239.454069474598 Gflops = 0.239454069474598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001049393 Relative Rsd = 4.60440566264458e-07
BICGSTAB_SOLVER_TIME: 0.686685 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042717 s
InvBiCGStab: k = 49 resid = 2.137529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193451(s) Flops=324495360 => 1677.40337346408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241485.612600041 Mflops = 241.485612600041 Gflops = 0.241485612600041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 73 resid = 1.127483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269933(s) Flops=481978368 => 1785.54814713281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257059.691748483 Mflops = 257.059691748483 Gflops = 0.257059691748483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001025776 Relative Rsd = 4.5007814463233e-07
BICGSTAB_SOLVER_TIME: 0.566914 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101286
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885236(s) Flops=1410711552 => 1593.59939270432 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229457.077744538 Mflops = 229.457077744538 Gflops = 0.229457077744538 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156521000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 25 resid = 2.055224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092454(s) Flops=167012352 => 1806.43727691609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.602656606 Mflops = 259.977602656606 Gflops = 0.259977602656606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 44 resid = 9.864129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161955(s) Flops=291686400 => 1801.03362045012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259250.117550351 Mflops = 259.250117550351 Gflops = 0.259250117550351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007481936 Relative Rsd = 3.28283768884674e-07
BICGSTAB_SOLVER_TIME: 0.355618 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 53 resid = 2.009838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194074(s) Flops=350742528 => 1807.26180735183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260169.353369236 Mflops = 260.169353369236 Gflops = 0.260169353369236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 79 resid = 8.671371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290006(s) Flops=521349120 => 1797.71839203327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258810.24277179 Mflops = 258.81024277179 Gflops = 0.25881024277179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001099291 Relative Rsd = 4.82334309935529e-07
BICGSTAB_SOLVER_TIME: 0.585217 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040624 s
InvBiCGStab: k = 54 resid = 1.91358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198482(s) Flops=357304320 => 1800.18500418174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259166.132395247 Mflops = 259.166132395247 Gflops = 0.259166132395247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 75 resid = 9.657057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301619(s) Flops=495101952 => 1641.48131251678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236327.750058385 Mflops = 236.327750058385 Gflops = 0.236327750058385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001049459 Relative Rsd = 4.60469323952321e-07
BICGSTAB_SOLVER_TIME: 0.601189 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045837 s
InvBiCGStab: k = 54 resid = 2.205306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255404(s) Flops=357304320 => 1398.97699331256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201410.327682231 Mflops = 201.410327682231 Gflops = 0.201410327682231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068074 s
InvBiCGStab: k = 81 resid = 8.647812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366868(s) Flops=534472704 => 1456.85288441619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209745.369824143 Mflops = 209.745369824143 Gflops = 0.209745369824143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001092915 Relative Rsd = 4.79536845830482e-07
BICGSTAB_SOLVER_TIME: 0.745277 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043651 s
InvBiCGStab: k = 51 resid = 1.472426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217889(s) Flops=337618944 => 1549.49971774619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223078.290250233 Mflops = 223.078290250233 Gflops = 0.223078290250233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06388 s
InvBiCGStab: k = 80 resid = 1.114128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34781(s) Flops=527910912 => 1517.81407090078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218520.941506033 Mflops = 218.520941506033 Gflops = 0.218520941506033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001023905 Relative Rsd = 4.49257043686712e-07
BICGSTAB_SOLVER_TIME: 0.677195 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107907
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045138(s) Flops=1398325248 => 1337.93360111296 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192652.789398375 Mflops = 192.652789398375 Gflops = 0.192652789398375 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154922000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.813342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683887(s) Flops=1236584448 => 1808.17071826194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260295.147710125 Mflops = 260.295147710125 Gflops = 0.260295147710125 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.052891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827605(s) Flops=1440000000 => 1739.96048839724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250543.100819552 Mflops = 250.543100819552 Gflops = 0.250543100819552 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.002090711 Relative Rsd = 9.20102597580019e-07
BICGSTAB_SOLVER_TIME: 1.514978 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290855999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.794077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.647331(s) Flops=1157842944 => 1788.64127316628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257529.028398057 Mflops = 257.529028398057 Gflops = 0.257529028398057 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.136234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79421(s) Flops=1394067456 => 1755.28821848126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252749.127483525 Mflops = 252.749127483525 Gflops = 0.252749127483525 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001963531 Relative Rsd = 8.63253068624041e-07
BICGSTAB_SOLVER_TIME: 1.444963 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.118677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277040999999997
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872879(s) Flops=1398325248 => 1601.96917098475 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230666.292461512 Mflops = 230.666292461512 Gflops = 0.230666292461512 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155158000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040661 s
InvBiCGStab: k = 28 resid = 2.099812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103481(s) Flops=186697728 => 1804.17398362984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.394923919 Mflops = 259.639394923919 Gflops = 0.259639394923919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 46 resid = 8.657791e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169467(s) Flops=304809984 => 1798.63916868771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258907.886323361 Mflops = 258.907886323361 Gflops = 0.258907886323361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007049249 Relative Rsd = 3.09298816815446e-07
BICGSTAB_SOLVER_TIME: 0.37391 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 87 resid = 2.126641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319385(s) Flops=573843456 => 1796.71385944863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258689.391405406 Mflops = 258.689391405406 Gflops = 0.258689391405406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075725 s
InvBiCGStab: k = 103 resid = 1.081237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376667(s) Flops=678832128 => 1802.20759450655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259481.717451697 Mflops = 259.481717451697 Gflops = 0.259481717451697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.00129331 Relative Rsd = 5.67463706325921e-07
BICGSTAB_SOLVER_TIME: 0.816406 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149923999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041591 s
InvBiCGStab: k = 46 resid = 2.191411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16931(s) Flops=304809984 => 1800.30703443388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259164.32945752 Mflops = 259.16432945752 Gflops = 0.25916432945752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 70 resid = 8.938875e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256327(s) Flops=462292992 => 1803.52827443071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.197262662 Mflops = 259.641197262662 Gflops = 0.259641197262662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001021965 Relative Rsd = 4.48405959148244e-07
BICGSTAB_SOLVER_TIME: 0.527163 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972250000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 61 resid = 1.909361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224293(s) Flops=403236864 => 1797.81296785901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.097704219 Mflops = 258.833097704219 Gflops = 0.258833097704219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069773 s
InvBiCGStab: k = 82 resid = 9.755363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366745(s) Flops=541034496 => 1475.23346194222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212400.245139509 Mflops = 212.400245139509 Gflops = 0.212400245139509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001087471 Relative Rsd = 4.77148067801073e-07
BICGSTAB_SOLVER_TIME: 0.706037 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056281 s
InvBiCGStab: k = 62 resid = 1.989043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284394(s) Flops=409798656 => 1440.95394417604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207474.9754942 Mflops = 207.4749754942 Gflops = 0.2074749754942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068203 s
InvBiCGStab: k = 79 resid = 9.599448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334469(s) Flops=521349120 => 1558.73674391349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224416.635909933 Mflops = 224.416635909933 Gflops = 0.224416635909933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001091695 Relative Rsd = 4.79001533985376e-07
BICGSTAB_SOLVER_TIME: 0.74767 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11497
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934277(s) Flops=1385938944 => 1483.43472439116 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213641.112080676 Mflops = 213.641112080676 Gflops = 0.213641112080676 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153460000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 29 resid = 1.476406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107354(s) Flops=193259520 => 1800.20791027815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259106.445482669 Mflops = 259.106445482669 Gflops = 0.259106445482669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056264 s
InvBiCGStab: k = 55 resid = 6.617508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202005(s) Flops=363866112 => 1801.27280017821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259305.41712184 Mflops = 259.30541712184 Gflops = 0.25930541712184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007652639 Relative Rsd = 3.3577366527088e-07
BICGSTAB_SOLVER_TIME: 0.410397 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743700000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 75 resid = 1.927637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274364(s) Flops=495101952 => 1804.54415302299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.396276124 Mflops = 259.801396276124 Gflops = 0.259801396276124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055936 s
InvBiCGStab: k = 99 resid = 5.709664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362831(s) Flops=652584960 => 1798.592071791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258949.971333243 Mflops = 258.949971333243 Gflops = 0.258949971333243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001257794 Relative Rsd = 5.51880308584653e-07
BICGSTAB_SOLVER_TIME: 0.738476 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043865 s
InvBiCGStab: k = 57 resid = 1.407055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221713(s) Flops=376989696 => 1700.34998398831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244799.017944666 Mflops = 244.799017944666 Gflops = 0.244799017944666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057059 s
InvBiCGStab: k = 74 resid = 8.97849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274928(s) Flops=488540160 => 1776.9749170692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255837.860103411 Mflops = 255.837860103411 Gflops = 0.255837860103411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001021397 Relative Rsd = 4.48156845038646e-07
BICGSTAB_SOLVER_TIME: 0.601454 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 64 resid = 2.200948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23633(s) Flops=422922240 => 1789.54106545932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257630.300051399 Mflops = 257.630300051399 Gflops = 0.257630300051399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 85 resid = 8.18137e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328137(s) Flops=560719872 => 1708.79806909919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246022.426152444 Mflops = 246.022426152444 Gflops = 0.246022426152444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001118383 Relative Rsd = 4.90711174120812e-07
BICGSTAB_SOLVER_TIME: 0.666235 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 63 resid = 2.093194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231014(s) Flops=416360448 => 1802.31695048785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259476.107942249 Mflops = 259.476107942249 Gflops = 0.259476107942249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058901 s
InvBiCGStab: k = 80 resid = 9.607895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292976(s) Flops=527910912 => 1801.89132215608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.552692347 Mflops = 259.409552692347 Gflops = 0.259409552692347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00110496 Relative Rsd = 4.84821671157786e-07
BICGSTAB_SOLVER_TIME: 0.627644 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118218
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951882(s) Flops=1373478912 => 1442.90879751902 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207767.849264347 Mflops = 207.767849264347 Gflops = 0.207767849264347 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152387000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.532789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 28 resid = 2.138141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104083(s) Flops=186697728 => 1793.73891990046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258197.179662888 Mflops = 258.197179662888 Gflops = 0.258197179662888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056793 s
InvBiCGStab: k = 47 resid = 1.107183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173011(s) Flops=311371776 => 1799.72242227373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259065.610196846 Mflops = 259.065610196846 Gflops = 0.259065610196846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007308435 Relative Rsd = 3.20671077682091e-07
BICGSTAB_SOLVER_TIME: 0.378777 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044515 s
InvBiCGStab: k = 50 resid = 2.198254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187224(s) Flops=331057152 => 1768.24099474426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254537.974991845 Mflops = 254.537974991845 Gflops = 0.254537974991845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056934 s
InvBiCGStab: k = 77 resid = 9.128234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285123(s) Flops=508225536 => 1782.47821466525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256623.604244568 Mflops = 256.623604244568 Gflops = 0.256623604244568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001061715 Relative Rsd = 4.6584716482065e-07
BICGSTAB_SOLVER_TIME: 0.577733 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104667
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 49 resid = 1.970086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180977(s) Flops=324495360 => 1793.01988650491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258124.11489348 Mflops = 258.12411489348 Gflops = 0.25812411489348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056761 s
InvBiCGStab: k = 66 resid = 1.000709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242973(s) Flops=436045824 => 1794.62666222173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258363.081540529 Mflops = 258.363081540529 Gflops = 0.258363081540529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001014113 Relative Rsd = 4.44961012891617e-07
BICGSTAB_SOLVER_TIME: 0.526313 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965320000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 63 resid = 1.909488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231834(s) Flops=416360448 => 1795.94213100753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.082696583 Mflops = 258.566082696583 Gflops = 0.258566082696583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 80 resid = 8.175757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292697(s) Flops=527910912 => 1803.60889247242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.303762827 Mflops = 259.666303762827 Gflops = 0.259666303762827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001089221 Relative Rsd = 4.77915944038427e-07
BICGSTAB_SOLVER_TIME: 0.62571 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042174 s
InvBiCGStab: k = 55 resid = 2.129236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202133(s) Flops=363866112 => 1800.1321506137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259134.248935297 Mflops = 259.134248935297 Gflops = 0.259134248935297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05613 s
InvBiCGStab: k = 75 resid = 8.683508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275457(s) Flops=495101952 => 1797.3838094512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258758.21686065 Mflops = 258.75821686065 Gflops = 0.25875821686065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045061 Relative Rsd = 4.58539800579338e-07
BICGSTAB_SOLVER_TIME: 0.579686 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107217
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850695(s) Flops=1361092608 => 1599.97720452101 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230374.357182912 Mflops = 230.374357182912 Gflops = 0.230374357182912 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150740000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04226 s
InvBiCGStab: k = 28 resid = 2.259605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109691(s) Flops=186697728 => 1702.03323882543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245006.297457751 Mflops = 245.006297457751 Gflops = 0.245006297457751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0607 s
InvBiCGStab: k = 45 resid = 1.136532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169985(s) Flops=298248192 => 1754.55594317146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252570.847363566 Mflops = 252.570847363566 Gflops = 0.252570847363566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007050096 Relative Rsd = 3.09335977060418e-07
BICGSTAB_SOLVER_TIME: 0.38659 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052282 s
InvBiCGStab: k = 56 resid = 1.905408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247148(s) Flops=370427904 => 1498.81004094712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215795.236301075 Mflops = 215.795236301075 Gflops = 0.215795236301075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072889 s
InvBiCGStab: k = 71 resid = 1.06841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313201(s) Flops=468854784 => 1496.97728934454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215530.011575641 Mflops = 215.530011575641 Gflops = 0.215530011575641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001063225 Relative Rsd = 4.66509766467091e-07
BICGSTAB_SOLVER_TIME: 0.690103 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049396 s
InvBiCGStab: k = 48 resid = 2.198202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207954(s) Flops=317933568 => 1528.86488358002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220105.187460667 Mflops = 220.105187460667 Gflops = 0.220105187460667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067755 s
InvBiCGStab: k = 69 resid = 1.029725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296474(s) Flops=455731200 => 1537.17088176366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221316.153374773 Mflops = 221.316153374773 Gflops = 0.221316153374773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001010056 Relative Rsd = 4.43180743451019e-07
BICGSTAB_SOLVER_TIME: 0.625445 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978170000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040954 s
InvBiCGStab: k = 56 resid = 1.927539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20571(s) Flops=370427904 => 1800.72871518157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.806340674 Mflops = 259.239806340674 Gflops = 0.259239806340674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 82 resid = 5.188275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300528(s) Flops=541034496 => 1800.27982750359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259182.644650076 Mflops = 259.182644650076 Gflops = 0.259182644650076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001105997 Relative Rsd = 4.85276481908628e-07
BICGSTAB_SOLVER_TIME: 0.607537 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 51 resid = 2.073349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189576(s) Flops=337618944 => 1780.91606532472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256382.246354485 Mflops = 256.382246354485 Gflops = 0.256382246354485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058733 s
InvBiCGStab: k = 76 resid = 1.012007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279075(s) Flops=501663744 => 1797.59471109917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258792.454619285 Mflops = 258.792454619285 Gflops = 0.258792454619285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00101644 Relative Rsd = 4.45981680953534e-07
BICGSTAB_SOLVER_TIME: 0.572378 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104942
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848508(s) Flops=1354678272 => 1596.54154350931 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229875.054382672 Mflops = 229.875054382672 Gflops = 0.229875054382672 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.047817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864794(s) Flops=1525303296 => 1763.77645543332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253925.483851697 Mflops = 253.925483851697 Gflops = 0.253925483851697 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.087956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826277(s) Flops=1492494336 => 1806.28812855737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.656823274 Mflops = 260.092656823274 Gflops = 0.260092656823274 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002029891 Relative Rsd = 8.9333351992658e-07
BICGSTAB_SOLVER_TIME: 1.694528 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327564999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 1.332061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.655797(s) Flops=1125033984 => 1715.52169955032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246958.590800126 Mflops = 246.958590800126 Gflops = 0.246958590800126 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.063943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958438(s) Flops=1426876416 => 1488.7519234421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214370.285004472 Mflops = 214.370285004472 Gflops = 0.214370285004472 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001938967 Relative Rsd = 8.5244631528736e-07
BICGSTAB_SOLVER_TIME: 1.617652 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.129197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277221999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 317 resid = 2.085469e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.283838(s) Flops=2083055616 => 1622.52216868483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233628.526988902 Mflops = 233.628526988902 Gflops = 0.233628526988902 Tflops
InvBiCGStab: k = 324 resid = 1.072869e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.201998(s) Flops=2128988160 => 1771.20773911437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255046.235984275 Mflops = 255.046235984275 Gflops = 0.255046235984275 Tflops
BICGSTAB_SOLVER: 641 iterations. Rsd = 0.002087299 Relative Rsd = 9.18598229671402e-07
BICGSTAB_SOLVER_TIME: 2.490737 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.457998999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 255 resid = 1.774935e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933491(s) Flops=1676224512 => 1795.65149744347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258551.298650218 Mflops = 258.551298650218 Gflops = 0.258551298650218 Tflops
InvBiCGStab: k = 274 resid = 8.84847e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.002327(s) Flops=1800898560 => 1796.71759814911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258718.500773883 Mflops = 258.718500773883 Gflops = 0.258718500773883 Tflops
BICGSTAB_SOLVER: 529 iterations. Rsd = 0.001866993 Relative Rsd = 8.20803554593345e-07
BICGSTAB_SOLVER_TIME: 1.940555 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378370999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 206 resid = 2.254754e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754831(s) Flops=1354696704 => 1794.70199819562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258381.162917989 Mflops = 258.381162917989 Gflops = 0.258381162917989 Tflops
InvBiCGStab: k = 248 resid = 1.117964e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92344(s) Flops=1630291968 => 1765.45521961362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254215.232019494 Mflops = 254.215232019494 Gflops = 0.254215232019494 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.001778057 Relative Rsd = 7.80155310356856e-07
BICGSTAB_SOLVER_TIME: 1.68308 sec
2Flav::invert,  n_count = 454
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324176000000003
MInvCG2: 321 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.316233(s) Flops=2074429440 => 1576.03512448024 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226951.789245298 Mflops = 226.951789245298 Gflops = 0.226951789245298 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.230427000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.107191922951642
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 458.128817 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.069476 secs
Doing Update: 2733 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 249 resid = 2.102486e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.12174(s) Flops=1636853760 => 1459.20958510885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210133.146254416 Mflops = 210.133146254416 Gflops = 0.210133146254416 Tflops
InvBiCGStab: k = 298 resid = 9.089937e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.276934(s) Flops=1958381568 => 1533.65919303582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220839.985563025 Mflops = 220.839985563025 Gflops = 0.220839985563025 Tflops
BICGSTAB_SOLVER: 547 iterations. Rsd = 0.002956263 Relative Rsd = 1.30084469299577e-06
BICGSTAB_SOLVER_TIME: 2.403569 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393125999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
InvBiCGStab: k = 214 resid = 1.929134e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784965(s) Flops=1407191040 => 1792.67997936214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258163.885176513 Mflops = 258.163885176513 Gflops = 0.258163885176513 Tflops
InvBiCGStab: k = 235 resid = 5.6753e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861136(s) Flops=1544988672 => 1794.12853718809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258344.213396396 Mflops = 258.344213396396 Gflops = 0.258344213396396 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.003362892 Relative Rsd = 1.47752937933506e-06
BICGSTAB_SOLVER_TIME: 1.650925 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322992999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 343 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.381216(s) Flops=2209277952 => 1599.51662303362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230418.21650937 Mflops = 230.41821650937 Gflops = 0.23041821650937 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.245848000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 278 resid = 1.756613e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.038653(s) Flops=1827145728 => 1759.14932898668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253349.564294163 Mflops = 253.349564294163 Gflops = 0.253349564294163 Tflops
InvBiCGStab: k = 329 resid = 7.861333e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.229626(s) Flops=2161797120 => 1758.09320882935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253157.634308677 Mflops = 253.157634308677 Gflops = 0.253157634308677 Tflops
BICGSTAB_SOLVER: 607 iterations. Rsd = 0.004782584 Relative Rsd = 2.10448089758277e-06
BICGSTAB_SOLVER_TIME: 2.272719 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.434606999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 265 resid = 1.391707e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97052(s) Flops=1741842432 => 1794.75171248403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258467.405400181 Mflops = 258.467405400181 Gflops = 0.258467405400181 Tflops
InvBiCGStab: k = 307 resid = 5.195582e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.291455(s) Flops=2017437696 => 1562.14323844036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224940.434019521 Mflops = 224.940434019521 Gflops = 0.224940434019521 Tflops
BICGSTAB_SOLVER: 572 iterations. Rsd = 0.002416722 Relative Rsd = 1.06181757167341e-06
BICGSTAB_SOLVER_TIME: 2.267625 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.409281999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 213 resid = 1.98159e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.001305(s) Flops=1400629248 => 1398.80380902922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201359.324306147 Mflops = 201.359324306147 Gflops = 0.201359324306147 Tflops
InvBiCGStab: k = 239 resid = 8.091757e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.954406(s) Flops=1571235840 => 1646.29711045404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237058.297489168 Mflops = 237.058297489168 Gflops = 0.237058297489168 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.001791219 Relative Rsd = 7.8583463008946e-07
BICGSTAB_SOLVER_TIME: 1.960553 sec
2Flav::invert,  n_count = 452
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322825000000002
MInvCG2: 325 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.31528(s) Flops=2100234240 => 1596.79630192811 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229942.938576823 Mflops = 229.942938576823 Gflops = 0.229942938576823 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.233458000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.98341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776558(s) Flops=1400629248 => 1803.63765230672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.427509718 Mflops = 259.659427509718 Gflops = 0.259659427509718 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 6.148783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810116(s) Flops=1459685376 => 1801.82267230866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259449.438605418 Mflops = 259.449438605418 Gflops = 0.259449438605418 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.004774524 Relative Rsd = 2.10093419728818e-06
BICGSTAB_SOLVER_TIME: 1.590056 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312635999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.220542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.638382(s) Flops=1151281152 => 1803.43611192045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.805531411 Mflops = 259.648805531411 Gflops = 0.259648805531411 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.067144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735863(s) Flops=1289078784 => 1751.79181994475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252243.118058827 Mflops = 252.243118058827 Gflops = 0.252243118058827 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.002406081 Relative Rsd = 1.05714228702007e-06
BICGSTAB_SOLVER_TIME: 1.377637 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265395999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920633(s) Flops=1410711552 => 1532.32781358044 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220633.629739862 Mflops = 220.633629739862 Gflops = 0.220633629739862 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156404000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.547791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.8e-05 s
InvBiCGStab: k = 160 resid = 1.070386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672185(s) Flops=1052854272 => 1566.31622544389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225579.681092536 Mflops = 225.579681092536 Gflops = 0.225579681092536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.6e-05 s
InvBiCGStab: k = 169 resid = 1.018056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.629985(s) Flops=1111910400 => 1764.97916617062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254127.180227002 Mflops = 254.127180227002 Gflops = 0.254127180227002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 329 iterations. Rsd = 0.001813319 Relative Rsd = 7.95530306541806e-07
BICGSTAB_SOLVER_TIME: 1.305889 sec
2Flav::invert,  n_count = 329
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.236577999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000133 s
InvBiCGStab: k = 121 resid = 1.732708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450819(s) Flops=796944384 => 1767.77017827554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254213.327988495 Mflops = 254.213327988495 Gflops = 0.254213327988495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 139 resid = 1.141929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.516923(s) Flops=915056640 => 1770.19912056535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254858.719951212 Mflops = 254.858719951212 Gflops = 0.254858719951212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 260 iterations. Rsd = 0.001566635 Relative Rsd = 6.87306497841721e-07
BICGSTAB_SOLVER_TIME: 0.971925 sec
2Flav::invert,  n_count = 260
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187604999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005126 s
InvBiCGStab: k = 97 resid = 1.902397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361949(s) Flops=639461376 => 1766.71679159219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254370.483215517 Mflops = 254.370483215517 Gflops = 0.254370483215517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007031 s
InvBiCGStab: k = 111 resid = 1.043472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421752(s) Flops=731326464 => 1734.02014453992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249665.137946619 Mflops = 249.665137946619 Gflops = 0.249665137946619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001427491 Relative Rsd = 6.26261719296454e-07
BICGSTAB_SOLVER_TIME: 0.799803 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152112999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007719 s
InvBiCGStab: k = 70 resid = 1.846495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268413(s) Flops=462292992 => 1722.31967900213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247969.086775125 Mflops = 247.969086775125 Gflops = 0.247969086775125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010968 s
InvBiCGStab: k = 107 resid = 9.969282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402736(s) Flops=705079296 => 1750.72329267808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252071.333744026 Mflops = 252.071333744026 Gflops = 0.252071333744026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001314897 Relative Rsd = 5.76864939582324e-07
BICGSTAB_SOLVER_TIME: 0.693757 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131329
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010891 s
InvBiCGStab: k = 64 resid = 1.786935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249049(s) Flops=422922240 => 1698.14871772222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244487.739892888 Mflops = 244.487739892888 Gflops = 0.244487739892888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.016304 s
InvBiCGStab: k = 106 resid = 1.141961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394546(s) Flops=698517504 => 1770.433622442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254893.001712659 Mflops = 254.893001712659 Gflops = 0.254893001712659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001240623 Relative Rsd = 5.44279960991752e-07
BICGSTAB_SOLVER_TIME: 0.674497 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127263
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89298(s) Flops=1410637824 => 1579.69699657327 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227463.637042495 Mflops = 227.463637042495 Gflops = 0.227463637042495 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156404000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.456657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.016071 s
InvBiCGStab: k = 30 resid = 1.820549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137165(s) Flops=199821312 => 1456.79518827689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209699.901245779 Mflops = 209.699901245779 Gflops = 0.209699901245779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.025063 s
InvBiCGStab: k = 52 resid = 7.648462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223764(s) Flops=344180736 => 1538.14168498954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221424.166677909 Mflops = 221.424166677909 Gflops = 0.221424166677909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007415222 Relative Rsd = 3.25316939691674e-07
BICGSTAB_SOLVER_TIME: 0.407768 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0652980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.01823 s
InvBiCGStab: k = 94 resid = 5.483785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429401(s) Flops=619776000 => 1443.35015521622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207822.901992837 Mflops = 207.822901992837 Gflops = 0.207822901992837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.030557 s
InvBiCGStab: k = 99 resid = 1.136563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36348(s) Flops=652584960 => 1795.38065368108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258482.610164089 Mflops = 258.482610164089 Gflops = 0.258482610164089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001324771 Relative Rsd = 5.81197015564416e-07
BICGSTAB_SOLVER_TIME: 0.845599 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145832
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019789 s
InvBiCGStab: k = 59 resid = 1.693928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216559(s) Flops=390113280 => 1801.4179969431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259341.295149732 Mflops = 259.341295149732 Gflops = 0.259341295149732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028816 s
InvBiCGStab: k = 80 resid = 1.142569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293489(s) Flops=527910912 => 1798.74173137664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258959.918793525 Mflops = 258.959918793525 Gflops = 0.258959918793525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001124349 Relative Rsd = 4.93268861030962e-07
BICGSTAB_SOLVER_TIME: 0.562541 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108292
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024087 s
InvBiCGStab: k = 60 resid = 2.048072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221371(s) Flops=396675072 => 1791.90170347516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257978.377272703 Mflops = 257.978377272703 Gflops = 0.257978377272703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033904 s
InvBiCGStab: k = 99 resid = 8.525495e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361375(s) Flops=652584960 => 1805.83869941197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259988.533301391 Mflops = 259.988533301391 Gflops = 0.259988533301391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001184945 Relative Rsd = 5.19853407996015e-07
BICGSTAB_SOLVER_TIME: 0.644596 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124026
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027899 s
InvBiCGStab: k = 61 resid = 2.117404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224255(s) Flops=403236864 => 1798.11760718825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.921560341 Mflops = 258.852921560341 Gflops = 0.258852921560341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038849 s
InvBiCGStab: k = 99 resid = 1.083557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361332(s) Flops=652584960 => 1806.05360167381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260027.201293847 Mflops = 260.027201293847 Gflops = 0.260027201293847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001191234 Relative Rsd = 5.22612277620291e-07
BICGSTAB_SOLVER_TIME: 0.656249 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125328
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884925(s) Flops=1410711552 => 1594.15945080092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229532.149462574 Mflops = 229.532149462574 Gflops = 0.229532149462574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156435000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021433
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031639 s
InvBiCGStab: k = 32 resid = 1.599011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118261(s) Flops=212944896 => 1800.63500224081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259173.113327022 Mflops = 259.173113327022 Gflops = 0.259173113327022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044218 s
InvBiCGStab: k = 44 resid = 1.119916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162159(s) Flops=291686400 => 1798.76787597358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258918.855829207 Mflops = 258.918855829207 Gflops = 0.258918855829207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007628186 Relative Rsd = 3.34659981553313e-07
BICGSTAB_SOLVER_TIME: 0.36015 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036428 s
InvBiCGStab: k = 48 resid = 1.884176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177156(s) Flops=317933568 => 1794.6531192847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258348.596734762 Mflops = 258.348596734762 Gflops = 0.258348596734762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050302 s
InvBiCGStab: k = 72 resid = 1.086668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264516(s) Flops=475416576 => 1797.30744454022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258747.202091162 Mflops = 258.747202091162 Gflops = 0.258747202091162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001067373 Relative Rsd = 4.68272791296725e-07
BICGSTAB_SOLVER_TIME: 0.532163 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990380000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048475 s
InvBiCGStab: k = 56 resid = 1.71506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23688(s) Flops=370427904 => 1563.77872340426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225142.085884349 Mflops = 225.142085884349 Gflops = 0.225142085884349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073397 s
InvBiCGStab: k = 77 resid = 1.029154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354506(s) Flops=508225536 => 1433.61617574879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206413.327455595 Mflops = 206.413327455595 Gflops = 0.206413327455595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001061174 Relative Rsd = 4.65552839415677e-07
BICGSTAB_SOLVER_TIME: 0.717799 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047547 s
InvBiCGStab: k = 56 resid = 2.208094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261655(s) Flops=370427904 => 1415.71116164415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203819.517135992 Mflops = 203.819517135992 Gflops = 0.203819517135992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066342 s
InvBiCGStab: k = 79 resid = 1.113591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368445(s) Flops=521349120 => 1414.99849366934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203726.23841827 Mflops = 203.72623841827 Gflops = 0.20372623841827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001079387 Relative Rsd = 4.73543489700138e-07
BICGSTAB_SOLVER_TIME: 0.757986 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045993 s
InvBiCGStab: k = 55 resid = 2.190562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204671(s) Flops=363866112 => 1777.80981184437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255935.759017381 Mflops = 255.935759017381 Gflops = 0.255935759017381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057019 s
InvBiCGStab: k = 76 resid = 5.724334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281062(s) Flops=501663744 => 1784.88640940433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256953.730359821 Mflops = 256.953730359821 Gflops = 0.256953730359821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001077908 Relative Rsd = 4.72894452061105e-07
BICGSTAB_SOLVER_TIME: 0.592735 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107868
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881465(s) Flops=1410637824 => 1600.33333598044 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230423.567899214 Mflops = 230.423567899214 Gflops = 0.230423567899214 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156554000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 34 resid = 9.938999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125347(s) Flops=226068480 => 1803.54120960214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.189844947 Mflops = 259.601189844947 Gflops = 0.259601189844947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 44 resid = 1.08398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161379(s) Flops=291686400 => 1807.4619374268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260162.052882855 Mflops = 260.162052882855 Gflops = 0.260162052882855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007579813 Relative Rsd = 3.32537815401418e-07
BICGSTAB_SOLVER_TIME: 0.388084 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 55 resid = 1.040215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201718(s) Flops=363866112 => 1803.83561209213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.875510532 Mflops = 259.700875510532 Gflops = 0.259700875510532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 85 resid = 5.737427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31061(s) Flops=560719872 => 1805.22157045813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.845992631 Mflops = 259.902845992631 Gflops = 0.259902845992631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001097228 Relative Rsd = 4.81370450526534e-07
BICGSTAB_SOLVER_TIME: 0.613385 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041791 s
InvBiCGStab: k = 53 resid = 1.829462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194328(s) Flops=350742528 => 1804.89959244165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.696773031 Mflops = 259.835696773031 Gflops = 0.259835696773031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056657 s
InvBiCGStab: k = 69 resid = 1.119432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274584(s) Flops=455731200 => 1659.71505987239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238936.835691064 Mflops = 238.936835691064 Gflops = 0.238936835691064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009956619 Relative Rsd = 4.36811881749077e-07
BICGSTAB_SOLVER_TIME: 0.571516 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 66 resid = 2.275826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244368(s) Flops=436045824 => 1784.3818503241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256899.5978819 Mflops = 256.8995978819 Gflops = 0.2568995978819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056914 s
InvBiCGStab: k = 87 resid = 1.142199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320917(s) Flops=573843456 => 1788.13667085259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257443.341881233 Mflops = 257.443341881233 Gflops = 0.257443341881233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001111863 Relative Rsd = 4.87791214208178e-07
BICGSTAB_SOLVER_TIME: 0.666979 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041438 s
InvBiCGStab: k = 48 resid = 2.249942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177039(s) Flops=317933568 => 1795.83915408469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258543.072683499 Mflops = 258.543072683499 Gflops = 0.258543072683499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 73 resid = 1.078165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281087(s) Flops=481978368 => 1714.69462479588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246857.398584385 Mflops = 246.857398584385 Gflops = 0.246857398584385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001044668 Relative Rsd = 4.58311636590704e-07
BICGSTAB_SOLVER_TIME: 0.559986 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100619
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030644(s) Flops=1410490368 => 1368.55244681966 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197053.766046301 Mflops = 197.053766046301 Gflops = 0.197053766046301 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156185000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.513503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.015709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.675419(s) Flops=1190651904 => 1762.83448348359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253776.118261446 Mflops = 253.776118261446 Gflops = 0.253776118261446 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.035093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917924(s) Flops=1617168384 => 1761.76718769746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253684.44135811 Mflops = 253.68444135811 Gflops = 0.25368444135811 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.0022217 Relative Rsd = 9.77592485589146e-07
BICGSTAB_SOLVER_TIME: 1.596781 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.116106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304671999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.509989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67095(s) Flops=1210337280 => 1803.91576123407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259695.015076542 Mflops = 259.695015076542 Gflops = 0.259695015076542 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.084068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730007(s) Flops=1315325952 => 1801.79909507717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259442.200692053 Mflops = 259.442200692053 Gflops = 0.259442200692053 Tflops
BICGSTAB_SOLVER: 384 iterations. Rsd = 0.001938391 Relative Rsd = 8.51685332303605e-07
BICGSTAB_SOLVER_TIME: 1.40439 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274374999999997
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892706(s) Flops=1410490368 => 1580.01667738315 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227507.032727314 Mflops = 227.507032727314 Gflops = 0.227507032727314 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156548000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043556 s
InvBiCGStab: k = 30 resid = 2.201598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134012(s) Flops=199821312 => 1491.07029221264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214616.866821125 Mflops = 214.616866821125 Gflops = 0.214616866821125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066866 s
InvBiCGStab: k = 47 resid = 8.287205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214291(s) Flops=311371776 => 1453.03244653299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209159.307286721 Mflops = 209.159307286721 Gflops = 0.209159307286721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007153751 Relative Rsd = 3.13845832728871e-07
BICGSTAB_SOLVER_TIME: 0.463029 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043983 s
InvBiCGStab: k = 74 resid = 1.663055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340043(s) Flops=488540160 => 1436.70112309326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206859.348564904 Mflops = 206.859348564904 Gflops = 0.206859348564904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066797 s
InvBiCGStab: k = 96 resid = 6.706584e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405883(s) Flops=632899584 => 1559.31532978716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224510.569945008 Mflops = 224.510569945008 Gflops = 0.224510569945008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001259219 Relative Rsd = 5.52438386586587e-07
BICGSTAB_SOLVER_TIME: 0.860554 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051632 s
InvBiCGStab: k = 59 resid = 8.637207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241521(s) Flops=390113280 => 1615.235445365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232545.314495871 Mflops = 232.545314495871 Gflops = 0.232545314495871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 70 resid = 1.005373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258065(s) Flops=462292992 => 1791.38198515878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257902.944050474 Mflops = 257.902944050474 Gflops = 0.257902944050474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001002926 Relative Rsd = 4.3999894869517e-07
BICGSTAB_SOLVER_TIME: 0.611577 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 56 resid = 2.159725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206906(s) Flops=370427904 => 1790.31977806347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257732.641377296 Mflops = 257.732641377296 Gflops = 0.257732641377296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 85 resid = 7.434331e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312636(s) Flops=560719872 => 1793.523049169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258219.712703223 Mflops = 258.219712703223 Gflops = 0.258219712703223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001117525 Relative Rsd = 4.90275208118471e-07
BICGSTAB_SOLVER_TIME: 0.620451 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041475 s
InvBiCGStab: k = 57 resid = 2.086981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210393(s) Flops=376989696 => 1791.83573597981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257964.403170493 Mflops = 257.964403170493 Gflops = 0.257964403170493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 84 resid = 1.049144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307389(s) Flops=554158080 => 1802.79086109132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.339269755 Mflops = 259.544339269755 Gflops = 0.259544339269756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001110489 Relative Rsd = 4.87188295627064e-07
BICGSTAB_SOLVER_TIME: 0.619148 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115179
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87524(s) Flops=1404223488 => 1604.38678305379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231017.377885438 Mflops = 231.017377885438 Gflops = 0.231017377885438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155735000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 29 resid = 1.576669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107667(s) Flops=193259520 => 1794.9745047229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258383.185732662 Mflops = 258.383185732662 Gflops = 0.258383185732662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056673 s
InvBiCGStab: k = 58 resid = 1.082097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231189(s) Flops=383551488 => 1659.03865668349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238842.221062558 Mflops = 238.842221062558 Gflops = 0.238842221062558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007712461 Relative Rsd = 3.38357269306295e-07
BICGSTAB_SOLVER_TIME: 0.440678 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 76 resid = 2.24915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277474(s) Flops=501663744 => 1807.96667075113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260303.128732618 Mflops = 260.303128732618 Gflops = 0.260303128732618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 92 resid = 1.000161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336794(s) Flops=606652416 => 1801.25660195847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.31846315 Mflops = 259.32931846315 Gflops = 0.25932931846315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001273167 Relative Rsd = 5.58557410075328e-07
BICGSTAB_SOLVER_TIME: 0.715038 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041746 s
InvBiCGStab: k = 51 resid = 1.285502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189302(s) Flops=337618944 => 1783.493803552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256749.880431896 Mflops = 256.749880431896 Gflops = 0.256749880431896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 68 resid = 9.391509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268032(s) Flops=449169408 => 1675.80515759312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241254.886351992 Mflops = 241.254886351992 Gflops = 0.241254886351992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001044038 Relative Rsd = 4.580351265358e-07
BICGSTAB_SOLVER_TIME: 0.563356 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046024 s
InvBiCGStab: k = 59 resid = 2.152711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259461(s) Flops=390113280 => 1503.55267265601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216473.739246777 Mflops = 216.473739246777 Gflops = 0.216473739246777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073404 s
InvBiCGStab: k = 79 resid = 1.035325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354602(s) Flops=521349120 => 1470.23739290811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211676.821918948 Mflops = 211.676821918948 Gflops = 0.211676821918948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001132627 Relative Rsd = 4.96900673000717e-07
BICGSTAB_SOLVER_TIME: 0.737966 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062784 s
InvBiCGStab: k = 60 resid = 9.89977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256405(s) Flops=396675072 => 1547.06449562216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222727.424425366 Mflops = 222.727424425366 Gflops = 0.222727424425366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06263 s
InvBiCGStab: k = 80 resid = 5.712512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391031(s) Flops=527910912 => 1350.04874805322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194376.994253974 Mflops = 194.376994253974 Gflops = 0.194376994253974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001048008 Relative Rsd = 4.59776823228144e-07
BICGSTAB_SOLVER_TIME: 0.776724 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114075
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902031(s) Flops=1404149760 => 1556.65355181806 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224143.490645871 Mflops = 224.143490645871 Gflops = 0.224143490645871 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155783000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04066 s
InvBiCGStab: k = 31 resid = 1.659726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114767(s) Flops=206383104 => 1798.2791569005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258841.263611691 Mflops = 258.841263611691 Gflops = 0.258841263611691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 47 resid = 9.337005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172466(s) Flops=311371776 => 1805.40962276623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259880.548997858 Mflops = 259.880548997858 Gflops = 0.259880548997858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007214324 Relative Rsd = 3.16503245533038e-07
BICGSTAB_SOLVER_TIME: 0.387977 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 51 resid = 2.212955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187203(s) Flops=337618944 => 1803.49109789907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259629.271223871 Mflops = 259.629271223871 Gflops = 0.259629271223871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 68 resid = 8.697056e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24889(s) Flops=449169408 => 1804.69045763189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.37300582 Mflops = 259.81537300582 Gflops = 0.25981537300582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001034389 Relative Rsd = 4.53801928179547e-07
BICGSTAB_SOLVER_TIME: 0.537863 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992410000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04061 s
InvBiCGStab: k = 57 resid = 1.137708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210296(s) Flops=376989696 => 1792.66222847795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258084.214820602 Mflops = 258.084214820602 Gflops = 0.258084214820602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055761 s
InvBiCGStab: k = 69 resid = 8.219641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253888(s) Flops=455731200 => 1795.008822788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258417.302254024 Mflops = 258.417302254024 Gflops = 0.258417302254024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.000985804 Relative Rsd = 4.32487058154831e-07
BICGSTAB_SOLVER_TIME: 0.564393 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 52 resid = 1.831114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20104(s) Flops=344180736 => 1712.00127337843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246466.477015359 Mflops = 246.466477015359 Gflops = 0.246466477015359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 76 resid = 8.31598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277844(s) Flops=501663744 => 1805.5590331265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.40867148 Mflops = 259.93340867148 Gflops = 0.25993340867148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001053807 Relative Rsd = 4.6232118560628e-07
BICGSTAB_SOLVER_TIME: 0.58011 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 54 resid = 1.596348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198226(s) Flops=357304320 => 1802.5098624802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259480.952465328 Mflops = 259.480952465328 Gflops = 0.259480952465328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05599 s
InvBiCGStab: k = 72 resid = 1.061728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263627(s) Flops=475416576 => 1803.36830446047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.491970108 Mflops = 259.623491970108 Gflops = 0.259623491970108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009978915 Relative Rsd = 4.37790034791473e-07
BICGSTAB_SOLVER_TIME: 0.562888 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104071
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992041(s) Flops=1397956608 => 1409.17220961634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203040.681196831 Mflops = 203.040681196831 Gflops = 0.203040681196831 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154787000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.498345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 25 resid = 2.015113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093178(s) Flops=167012352 => 1792.40112472901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257967.950728185 Mflops = 257.967950728185 Gflops = 0.257967950728185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 43 resid = 1.062475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159402(s) Flops=285124608 => 1788.71411901984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257475.584801153 Mflops = 257.475584801153 Gflops = 0.257475584801153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.000737174 Relative Rsd = 3.23409331859072e-07
BICGSTAB_SOLVER_TIME: 0.353891 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 57 resid = 1.959697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20962(s) Flops=376989696 => 1798.44335464173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258905.570172771 Mflops = 258.905570172771 Gflops = 0.258905570172771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 81 resid = 1.017828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298115(s) Flops=534472704 => 1792.84069570468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258110.047162957 Mflops = 258.110047162957 Gflops = 0.258110047162957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001121546 Relative Rsd = 4.92039223779045e-07
BICGSTAB_SOLVER_TIME: 0.609194 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 55 resid = 1.893003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20171(s) Flops=363866112 => 1803.90715383471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.188114669 Mflops = 259.701188114669 Gflops = 0.259701188114669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056372 s
InvBiCGStab: k = 75 resid = 1.021467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275505(s) Flops=495101952 => 1797.07065933468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258712.259207504 Mflops = 258.712259207504 Gflops = 0.258712259207504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001006999 Relative Rsd = 4.41785538689742e-07
BICGSTAB_SOLVER_TIME: 0.578348 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106927
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040785 s
InvBiCGStab: k = 70 resid = 1.615721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256181(s) Flops=462292992 => 1804.55612242906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259804.62095535 Mflops = 259.80462095535 Gflops = 0.25980462095535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 81 resid = 5.842841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306319(s) Flops=534472704 => 1744.82387315184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251197.04071361 Mflops = 251.19704071361 Gflops = 0.25119704071361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001090086 Relative Rsd = 4.78237010391976e-07
BICGSTAB_SOLVER_TIME: 0.663507 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041542 s
InvBiCGStab: k = 54 resid = 2.231649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199274(s) Flops=357304320 => 1793.03029998896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258141.133780933 Mflops = 258.141133780933 Gflops = 0.258141133780933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056937 s
InvBiCGStab: k = 71 resid = 1.13181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261058(s) Flops=468854784 => 1795.97937623057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258552.451930668 Mflops = 258.552451930668 Gflops = 0.258552451930668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001047914 Relative Rsd = 4.59735862558762e-07
BICGSTAB_SOLVER_TIME: 0.562698 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103357
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874502(s) Flops=1397956608 => 1598.57451212233 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230174.967431239 Mflops = 230.174967431239 Gflops = 0.230174967431239 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154932000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.151867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924329(s) Flops=1374382080 => 1486.8970680353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214111.139571119 Mflops = 214.111139571119 Gflops = 0.214111139571119 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 9.779125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.086855(s) Flops=1538426880 => 1415.48493589301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203823.851789077 Mflops = 203.823851789077 Gflops = 0.203823851789077 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002308324 Relative Rsd = 1.01566752913548e-06
BICGSTAB_SOLVER_TIME: 2.014798 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.121485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315939999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.007591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657533(s) Flops=1164404736 => 1770.86889327228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255061.502044442 Mflops = 255.061502044442 Gflops = 0.255061502044442 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.146381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746437(s) Flops=1308764160 => 1753.34845405573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252467.076849881 Mflops = 252.467076849881 Gflops = 0.252467076849881 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.002611094 Relative Rsd = 1.14729306447587e-06
BICGSTAB_SOLVER_TIME: 1.407349 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.118382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268970999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872457(s) Flops=1397956608 => 1602.3214989392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230994.172297963 Mflops = 230.994172297963 Gflops = 0.230994172297963 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154768000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041673 s
InvBiCGStab: k = 25 resid = 2.133902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092975(s) Flops=167012352 => 1796.31462221027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258477.790464321 Mflops = 258.477790464321 Gflops = 0.258477790464321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057092 s
InvBiCGStab: k = 46 resid = 1.135703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170006(s) Flops=304809984 => 1792.93662576615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258105.266400606 Mflops = 258.105266400606 Gflops = 0.258105266400606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007382677 Relative Rsd = 3.23889164139424e-07
BICGSTAB_SOLVER_TIME: 0.365547 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053026 s
InvBiCGStab: k = 79 resid = 1.560289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290013(s) Flops=521349120 => 1797.67500077583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258819.530776985 Mflops = 258.819530776985 Gflops = 0.258819530776985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056764 s
InvBiCGStab: k = 95 resid = 8.099497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347803(s) Flops=626337792 => 1800.84068280032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259271.201032492 Mflops = 259.271201032492 Gflops = 0.259271201032492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.0012238 Relative Rsd = 5.36899379529942e-07
BICGSTAB_SOLVER_TIME: 0.751515 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040679 s
InvBiCGStab: k = 53 resid = 1.941157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194821(s) Flops=350742528 => 1800.33224344398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259176.153342091 Mflops = 259.176153342091 Gflops = 0.259176153342091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055959 s
InvBiCGStab: k = 67 resid = 9.9524e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245856(s) Flops=442607616 => 1800.2717688403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259171.968763253 Mflops = 259.171968763253 Gflops = 0.259171968763253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009855155 Relative Rsd = 4.32360498879608e-07
BICGSTAB_SOLVER_TIME: 0.541196 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050562 s
InvBiCGStab: k = 53 resid = 2.191108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240379(s) Flops=350742528 => 1459.12300159332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210071.697509699 Mflops = 210.071697509699 Gflops = 0.210071697509699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076893 s
InvBiCGStab: k = 78 resid = 1.089512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329966(s) Flops=514787328 => 1560.12233987744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224638.475681182 Mflops = 224.638475681182 Gflops = 0.224638475681182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001098794 Relative Rsd = 4.8205753766518e-07
BICGSTAB_SOLVER_TIME: 0.702107 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044819 s
InvBiCGStab: k = 58 resid = 1.764279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265284(s) Flops=383551488 => 1445.81462885059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207928.904408993 Mflops = 207.928904408993 Gflops = 0.207928904408993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06757 s
InvBiCGStab: k = 78 resid = 8.995881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342019(s) Flops=514787328 => 1505.14248623614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216702.458229166 Mflops = 216.702458229166 Gflops = 0.216702458229166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001047056 Relative Rsd = 4.59359402341787e-07
BICGSTAB_SOLVER_TIME: 0.723821 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111392
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895831(s) Flops=1404297216 => 1567.59167298296 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225710.355234587 Mflops = 225.710355234587 Gflops = 0.225710355234587 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155876000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 25 resid = 2.071133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092942(s) Flops=167012352 => 1796.95242194057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258634.497509208 Mflops = 258.634497509208 Gflops = 0.258634497509208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 50 resid = 1.095319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183683(s) Flops=331057152 => 1802.32875116369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.464141442 Mflops = 259.453464141442 Gflops = 0.259453464141442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007500699 Relative Rsd = 3.29066960475998e-07
BICGSTAB_SOLVER_TIME: 0.377468 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 69 resid = 2.185694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252545(s) Flops=455731200 => 1804.55443584312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259804.587425106 Mflops = 259.804587425106 Gflops = 0.259804587425106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 95 resid = 1.022491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34756(s) Flops=626337792 => 1802.09975831511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.597208816 Mflops = 259.462597208816 Gflops = 0.259462597208816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001235618 Relative Rsd = 5.42084428254362e-07
BICGSTAB_SOLVER_TIME: 0.701016 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 58 resid = 2.101934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212723(s) Flops=383551488 => 1803.05603061258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259572.548807832 Mflops = 259.572548807832 Gflops = 0.259572548807832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0569 s
InvBiCGStab: k = 65 resid = 1.03684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238299(s) Flops=429484032 => 1802.29053416087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259447.629169158 Mflops = 259.447629169158 Gflops = 0.259447629169158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001033675 Relative Rsd = 4.53488594380722e-07
BICGSTAB_SOLVER_TIME: 0.552687 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 58 resid = 2.172714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212233(s) Flops=383551488 => 1807.21889621312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260183.400804368 Mflops = 260.183400804368 Gflops = 0.260183400804368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056109 s
InvBiCGStab: k = 81 resid = 1.141315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315357(s) Flops=534472704 => 1694.8179491814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244014.145126568 Mflops = 244.014145126568 Gflops = 0.244014145126568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001122801 Relative Rsd = 4.92589639158008e-07
BICGSTAB_SOLVER_TIME: 0.628949 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040909 s
InvBiCGStab: k = 51 resid = 2.037589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187223(s) Flops=337618944 => 1803.29844089668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.717517269 Mflops = 259.601717517269 Gflops = 0.259601717517269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056435 s
InvBiCGStab: k = 84 resid = 1.07143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308315(s) Flops=554158080 => 1797.37631967306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258766.552034462 Mflops = 258.766552034462 Gflops = 0.258766552034462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001061219 Relative Rsd = 4.65572860091984e-07
BICGSTAB_SOLVER_TIME: 0.596604 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110659
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944738(s) Flops=1404297216 => 1486.44091377715 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214051.299377085 Mflops = 214.051299377085 Gflops = 0.214051299377085 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156976000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.567494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 31 resid = 1.65535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114732(s) Flops=206383104 => 1798.82773768434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258912.782096219 Mflops = 258.912782096219 Gflops = 0.258912782096219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05693 s
InvBiCGStab: k = 46 resid = 1.07423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169837(s) Flops=304809984 => 1794.72072634349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.913875314 Mflops = 258.347913875314 Gflops = 0.258347913875314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007228635 Relative Rsd = 3.17131087813226e-07
BICGSTAB_SOLVER_TIME: 0.386149 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 48 resid = 1.743429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177295(s) Flops=317933568 => 1793.24610395104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258139.69590898 Mflops = 258.13969590898 Gflops = 0.25813969590898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 85 resid = 1.147327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312772(s) Flops=560719872 => 1792.74318673027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258100.807676956 Mflops = 258.100807676956 Gflops = 0.258100807676956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001071355 Relative Rsd = 4.70019697450761e-07
BICGSTAB_SOLVER_TIME: 0.591408 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 54 resid = 2.201305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198299(s) Flops=357304320 => 1801.84630280536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.513014682 Mflops = 259.403513014682 Gflops = 0.259403513014682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055827 s
InvBiCGStab: k = 66 resid = 1.13328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242401(s) Flops=436045824 => 1798.86148984534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258966.664578466 Mflops = 258.966664578466 Gflops = 0.258966664578466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001004236 Relative Rsd = 4.40573521675901e-07
BICGSTAB_SOLVER_TIME: 0.541435 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 54 resid = 1.237029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19807(s) Flops=357304320 => 1803.92951986671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.628921187 Mflops = 259.692628921186 Gflops = 0.259692628921186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 73 resid = 1.027469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267085(s) Flops=481978368 => 1804.58793268061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.144140976 Mflops = 259.800144140976 Gflops = 0.259800144140976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001097468 Relative Rsd = 4.81475763369757e-07
BICGSTAB_SOLVER_TIME: 0.567246 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 53 resid = 2.098241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194696(s) Flops=350742528 => 1801.48810453219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259350.384481039 Mflops = 259.350384481039 Gflops = 0.259350384481039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 87 resid = 1.020999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318938(s) Flops=573843456 => 1799.232001204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259042.379471276 Mflops = 259.042379471276 Gflops = 0.259042379471276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001054456 Relative Rsd = 4.62605918438953e-07
BICGSTAB_SOLVER_TIME: 0.614971 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114119
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879124(s) Flops=1404444672 => 1597.55014309699 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230024.330054192 Mflops = 230.024330054192 Gflops = 0.230024330054192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155848000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041391 s
InvBiCGStab: k = 29 resid = 1.936779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107596(s) Flops=193259520 => 1796.15896501729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258513.462946811 Mflops = 258.513462946811 Gflops = 0.258513462946811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056124 s
InvBiCGStab: k = 45 resid = 1.113504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165597(s) Flops=298248192 => 1801.04827986014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.548875976 Mflops = 259.187548875976 Gflops = 0.259187548875976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007196712 Relative Rsd = 3.15730585325128e-07
BICGSTAB_SOLVER_TIME: 0.375223 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054184 s
InvBiCGStab: k = 53 resid = 1.553845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235244(s) Flops=350742528 => 1490.97332131744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214647.623115378 Mflops = 214.647623115378 Gflops = 0.214647623115378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073861 s
InvBiCGStab: k = 75 resid = 1.030814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337775(s) Flops=495101952 => 1465.77441196062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211033.846621925 Mflops = 211.033846621925 Gflops = 0.211033846621925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001068841 Relative Rsd = 4.68916823766681e-07
BICGSTAB_SOLVER_TIME: 0.705114 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043734 s
InvBiCGStab: k = 47 resid = 2.140336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207506(s) Flops=311371776 => 1500.54348308001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216023.317620495 Mflops = 216.023317620495 Gflops = 0.216023317620495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068203 s
InvBiCGStab: k = 67 resid = 1.140064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2923(s) Flops=442607616 => 1514.22379746835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218001.939850562 Mflops = 218.001939850562 Gflops = 0.218001939850562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009972539 Relative Rsd = 4.37510307127876e-07
BICGSTAB_SOLVER_TIME: 0.615682 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 63 resid = 1.656708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231703(s) Flops=416360448 => 1796.95751889272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.489944682 Mflops = 258.703489944682 Gflops = 0.258703489944682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 73 resid = 1.079337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269301(s) Flops=481978368 => 1789.73850078537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257665.288849007 Mflops = 257.665288849007 Gflops = 0.257665288849007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001110052 Relative Rsd = 4.86996464861231e-07
BICGSTAB_SOLVER_TIME: 0.602013 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 46 resid = 1.718759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169117(s) Flops=304809984 => 1802.36158399215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259460.332554973 Mflops = 259.460332554973 Gflops = 0.259460332554973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 72 resid = 9.919316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265429(s) Flops=475416576 => 1791.12521992699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257850.353884835 Mflops = 257.850353884835 Gflops = 0.257850353884835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009983771 Relative Rsd = 4.38003060916151e-07
BICGSTAB_SOLVER_TIME: 0.535932 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983520000000002
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874192(s) Flops=1398472704 => 1599.73175686806 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230340.793462382 Mflops = 230.340793462382 Gflops = 0.230340793462382 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155084000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021478
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.205687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787196(s) Flops=1413752832 => 1795.93497934441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258588.613925261 Mflops = 258.588613925261 Gflops = 0.258588613925261 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 7.765157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853318(s) Flops=1525303296 => 1787.49691908526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257387.459686083 Mflops = 257.387459686083 Gflops = 0.257387459686083 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002102217 Relative Rsd = 9.24921194199378e-07
BICGSTAB_SOLVER_TIME: 1.644003 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318900999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 8.649188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67762(s) Flops=1170966528 => 1728.05780230808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248765.189315029 Mflops = 248.765189315029 Gflops = 0.248765189315029 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 7.904879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864472(s) Flops=1328449536 => 1536.71783007431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221277.379441463 Mflops = 221.277379441463 Gflops = 0.221277379441463 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001964378 Relative Rsd = 8.63153593761547e-07
BICGSTAB_SOLVER_TIME: 1.545592 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.147965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.12875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272002999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994804(s) Flops=1398472704 => 1405.77712192553 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202419.761164761 Mflops = 202.419761164761 Gflops = 0.202419761164761 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155356000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 26 resid = 2.097285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097049(s) Flops=173574144 => 1788.52068542695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257427.467293375 Mflops = 257.427467293375 Gflops = 0.257427467293375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 46 resid = 1.150873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168938(s) Flops=304809984 => 1804.27129479454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.335904785 Mflops = 259.706335904785 Gflops = 0.259706335904785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007295882 Relative Rsd = 3.20081303008373e-07
BICGSTAB_SOLVER_TIME: 0.367455 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040594 s
InvBiCGStab: k = 73 resid = 1.976919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268433(s) Flops=481978368 => 1795.52576620609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258498.693352665 Mflops = 258.498693352665 Gflops = 0.258498693352665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056485 s
InvBiCGStab: k = 99 resid = 6.923888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362032(s) Flops=652584960 => 1802.56154152119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.563222262 Mflops = 259.528563222262 Gflops = 0.259528563222262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001258945 Relative Rsd = 5.52318160382441e-07
BICGSTAB_SOLVER_TIME: 0.731449 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040594 s
InvBiCGStab: k = 52 resid = 2.032875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192799(s) Flops=344180736 => 1785.17905175857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257009.823496685 Mflops = 257.009823496685 Gflops = 0.257009823496685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 75 resid = 1.064256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275244(s) Flops=495101952 => 1798.77473078432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.355114302 Mflops = 258.972355114302 Gflops = 0.258972355114302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001004477 Relative Rsd = 4.40678987738586e-07
BICGSTAB_SOLVER_TIME: 0.568981 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040848 s
InvBiCGStab: k = 59 resid = 2.246019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216602(s) Flops=390113280 => 1801.06037802052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259297.427863123 Mflops = 259.297427863123 Gflops = 0.259297427863123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 77 resid = 1.062674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281486(s) Flops=508225536 => 1805.50910524857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259930.031334563 Mflops = 259.930031334563 Gflops = 0.259930031334563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00110479 Relative Rsd = 4.84687856161233e-07
BICGSTAB_SOLVER_TIME: 0.598972 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042043 s
InvBiCGStab: k = 54 resid = 2.081559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21495(s) Flops=357304320 => 1662.26713189114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239307.731930314 Mflops = 239.307731930314 Gflops = 0.239307731930314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056841 s
InvBiCGStab: k = 77 resid = 6.934671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283429(s) Flops=508225536 => 1793.13174022418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.254627585 Mflops = 258.160254627585 Gflops = 0.258160254627585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001055907 Relative Rsd = 4.63242392082141e-07
BICGSTAB_SOLVER_TIME: 0.601063 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107646
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875542(s) Flops=1404813312 => 1604.50705048987 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231033.023807158 Mflops = 231.033023807158 Gflops = 0.231033023807158 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155734000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.509494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048201 s
InvBiCGStab: k = 25 resid = 2.079807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109232(s) Flops=167012352 => 1528.96909330599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220034.659473781 Mflops = 220.034659473781 Gflops = 0.220034659473781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075017 s
InvBiCGStab: k = 49 resid = 7.742412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196393(s) Flops=324495360 => 1652.27559027053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237848.443399969 Mflops = 237.848443399969 Gflops = 0.237848443399969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007405631 Relative Rsd = 3.24896199050318e-07
BICGSTAB_SOLVER_TIME: 0.432683 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041773 s
InvBiCGStab: k = 75 resid = 1.662772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276647(s) Flops=495101952 => 1789.6523439618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257666.097663035 Mflops = 257.666097663035 Gflops = 0.257666097663034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056132 s
InvBiCGStab: k = 95 resid = 6.959513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349028(s) Flops=626337792 => 1794.52018749212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258366.476918618 Mflops = 258.366476918618 Gflops = 0.258366476918618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001270325 Relative Rsd = 5.57310612243719e-07
BICGSTAB_SOLVER_TIME: 0.727333 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 47 resid = 2.088784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174098(s) Flops=311371776 => 1788.48565750325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257463.166201296 Mflops = 257.463166201296 Gflops = 0.257463166201296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056911 s
InvBiCGStab: k = 66 resid = 1.14816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243159(s) Flops=436045824 => 1793.25389559918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258140.226410158 Mflops = 258.140226410158 Gflops = 0.258140226410158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001020185 Relative Rsd = 4.47570645898659e-07
BICGSTAB_SOLVER_TIME: 0.518981 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949040000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04163 s
InvBiCGStab: k = 52 resid = 2.073134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19148(s) Flops=344180736 => 1797.47616461249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258772.815944129 Mflops = 258.772815944129 Gflops = 0.258772815944129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 87 resid = 6.64886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31843(s) Flops=573843456 => 1802.10236472694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259456.879823415 Mflops = 259.456879823415 Gflops = 0.259456879823415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001104509 Relative Rsd = 4.84564769860472e-07
BICGSTAB_SOLVER_TIME: 0.611753 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 54 resid = 1.879517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198351(s) Flops=357304320 => 1801.37392803666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.213797323 Mflops = 259.324213797323 Gflops = 0.259324213797323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 80 resid = 8.772723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293054(s) Flops=527910912 => 1801.41172616651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259338.244879218 Mflops = 259.338244879218 Gflops = 0.259338244879218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00109924 Relative Rsd = 4.82252994624936e-07
BICGSTAB_SOLVER_TIME: 0.592238 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109871
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877117(s) Flops=1405034496 => 1601.8780801193 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230656.489773122 Mflops = 230.656489773122 Gflops = 0.230656489773122 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155943000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 27 resid = 1.3324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100438(s) Flops=180135936 => 1793.50381329776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258138.756256122 Mflops = 258.138756256122 Gflops = 0.258138756256122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 49 resid = 1.025121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179847(s) Flops=324495360 => 1804.28564279638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.569931277 Mflops = 259.721569931277 Gflops = 0.259721569931277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007218305 Relative Rsd = 3.16677890182603e-07
BICGSTAB_SOLVER_TIME: 0.381065 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 51 resid = 2.206639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187591(s) Flops=337618944 => 1799.76088405094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.011545046 Mflops = 259.092011545046 Gflops = 0.259092011545046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 78 resid = 1.12775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346472(s) Flops=514787328 => 1485.79777875268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213912.59275257 Mflops = 213.91259275257 Gflops = 0.21391259275257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00107242 Relative Rsd = 4.70486761442652e-07
BICGSTAB_SOLVER_TIME: 0.637663 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043583 s
InvBiCGStab: k = 50 resid = 1.931327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23376(s) Flops=331057152 => 1416.22669404517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203907.797726922 Mflops = 203.907797726922 Gflops = 0.203907797726922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068941 s
InvBiCGStab: k = 70 resid = 1.122327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327181(s) Flops=462292992 => 1412.95794071172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203423.958422057 Mflops = 203.423958422057 Gflops = 0.203423958422057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.000962442 Relative Rsd = 4.22237799787983e-07
BICGSTAB_SOLVER_TIME: 0.677553 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100008
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042276 s
InvBiCGStab: k = 64 resid = 1.962648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305736(s) Flops=422922240 => 1383.2922521391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199163.241338234 Mflops = 199.163241338234 Gflops = 0.199163241338234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 79 resid = 1.135872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29521(s) Flops=521349120 => 1766.02798008198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254250.492816018 Mflops = 254.250492816018 Gflops = 0.254250492816018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00107017 Relative Rsd = 4.69499772744642e-07
BICGSTAB_SOLVER_TIME: 0.702981 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 51 resid = 2.103735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188748(s) Flops=337618944 => 1788.72859050162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257501.308458691 Mflops = 257.501308458691 Gflops = 0.257501308458691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056618 s
InvBiCGStab: k = 72 resid = 6.823876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265036(s) Flops=475416576 => 1793.78113161986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258246.345032631 Mflops = 258.246345032631 Gflops = 0.258246345032631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001022115 Relative Rsd = 4.48417030204141e-07
BICGSTAB_SOLVER_TIME: 0.555024 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102144
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880294(s) Flops=1405108224 => 1596.18062147419 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229822.32121516 Mflops = 229.82232121516 Gflops = 0.22982232121516 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155503000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 32 resid = 1.57329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118421(s) Flops=212944896 => 1798.20214320095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258821.053324894 Mflops = 258.821053324894 Gflops = 0.258821053324894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 48 resid = 1.115511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176677(s) Flops=317933568 => 1799.51871494309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.314064852 Mflops = 259.043314064852 Gflops = 0.259043314064852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007293718 Relative Rsd = 3.19986383551957e-07
BICGSTAB_SOLVER_TIME: 0.396431 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 52 resid = 2.165151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192986(s) Flops=344180736 => 1783.44924502295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256755.621402169 Mflops = 256.755621402169 Gflops = 0.256755621402169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056469 s
InvBiCGStab: k = 78 resid = 1.085572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285134(s) Flops=514787328 => 1805.42246101833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.499712232 Mflops = 259.923499712232 Gflops = 0.259923499712232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001042695 Relative Rsd = 4.57445895559916e-07
BICGSTAB_SOLVER_TIME: 0.579665 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 57 resid = 1.184907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210819(s) Flops=376989696 => 1788.21499011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257429.863001674 Mflops = 257.429863001674 Gflops = 0.257429863001674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058226 s
InvBiCGStab: k = 71 resid = 1.104882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279714(s) Flops=468854784 => 1676.1934833437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241319.336748261 Mflops = 241.319336748261 Gflops = 0.241319336748261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.000979863 Relative Rsd = 4.29880641894776e-07
BICGSTAB_SOLVER_TIME: 0.59396 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040766 s
InvBiCGStab: k = 52 resid = 1.998645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190541(s) Flops=344180736 => 1806.33425876845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.307706122 Mflops = 260.043307706122 Gflops = 0.260043307706122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 76 resid = 1.036569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280762(s) Flops=501663744 => 1786.79359742415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257234.983837197 Mflops = 257.234983837197 Gflops = 0.257234983837197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00109075 Relative Rsd = 4.78528331661495e-07
BICGSTAB_SOLVER_TIME: 0.572477 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041035 s
InvBiCGStab: k = 46 resid = 2.269164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169103(s) Flops=304809984 => 1802.51080110938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259489.657637374 Mflops = 259.489657637374 Gflops = 0.259489657637374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056693 s
InvBiCGStab: k = 69 resid = 7.209124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275014(s) Flops=455731200 => 1657.12000116358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238558.684037002 Mflops = 238.558684037002 Gflops = 0.238558684037002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009996373 Relative Rsd = 4.38555927806498e-07
BICGSTAB_SOLVER_TIME: 0.546134 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962280000000002
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.075049(s) Flops=1405181952 => 1307.08642303746 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188208.917110297 Mflops = 188.208917110297 Gflops = 0.188208917110297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155690000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.494789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.868344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754848(s) Flops=1354696704 => 1794.66157954979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258357.739904075 Mflops = 258.357739904075 Gflops = 0.258357739904075 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.09667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777885(s) Flops=1400629248 => 1800.56081297364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259264.043797714 Mflops = 259.264043797714 Gflops = 0.259264043797714 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002165592 Relative Rsd = 9.52745677129941e-07
BICGSTAB_SOLVER_TIME: 1.536106 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0.115694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298935999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 160 resid = 1.405352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.58256(s) Flops=1052854272 => 1807.28898654216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260242.26323765 Mflops = 260.24226323765 Gflops = 0.26024226323765 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.09432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688287(s) Flops=1243146240 => 1806.14516909371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.179469026 Mflops = 260.076179469026 Gflops = 0.260076179469026 Tflops
BICGSTAB_SOLVER: 349 iterations. Rsd = 0.002634448 Relative Rsd = 1.15761974280151e-06
BICGSTAB_SOLVER_TIME: 1.274255 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249221999999997
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877079(s) Flops=1405181952 => 1602.11560418161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230698.534020284 Mflops = 230.698534020284 Gflops = 0.230698534020284 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155834000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.503746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045878 s
InvBiCGStab: k = 29 resid = 2.242276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120393(s) Flops=193259520 => 1605.23884278986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231068.892231121 Mflops = 231.068892231121 Gflops = 0.231068892231121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065043 s
InvBiCGStab: k = 50 resid = 1.122729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210764(s) Flops=331057152 => 1570.74809739804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226117.276185518 Mflops = 226.117276185518 Gflops = 0.226117276185518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007346181 Relative Rsd = 3.22287995229878e-07
BICGSTAB_SOLVER_TIME: 0.445891 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 68 resid = 2.072122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251996(s) Flops=449169408 => 1782.44657851712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256620.378925996 Mflops = 256.620378925996 Gflops = 0.256620378925996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056341 s
InvBiCGStab: k = 86 resid = 1.147845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316096(s) Flops=567281664 => 1794.64992913545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258380.550866759 Mflops = 258.380550866759 Gflops = 0.258380550866759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001180982 Relative Rsd = 5.18114520327132e-07
BICGSTAB_SOLVER_TIME: 0.669528 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040769 s
InvBiCGStab: k = 46 resid = 2.183052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170252(s) Flops=304809984 => 1790.34598125132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257733.446702707 Mflops = 257.733446702707 Gflops = 0.257733446702707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 63 resid = 7.367213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23208(s) Flops=416360448 => 1794.03846949328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258270.927851983 Mflops = 258.270927851983 Gflops = 0.258270927851983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009887909 Relative Rsd = 4.33797442062973e-07
BICGSTAB_SOLVER_TIME: 0.50326 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0919480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041432 s
InvBiCGStab: k = 55 resid = 1.801948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201746(s) Flops=363866112 => 1803.58526067431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.275969202 Mflops = 259.641275969202 Gflops = 0.259641275969202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056782 s
InvBiCGStab: k = 76 resid = 1.063454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27854(s) Flops=501663744 => 1801.04740432254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259294.810491672 Mflops = 259.294810491672 Gflops = 0.259294810491672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001085897 Relative Rsd = 4.76399142950946e-07
BICGSTAB_SOLVER_TIME: 0.582293 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107967
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 50 resid = 2.151116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183301(s) Flops=331057152 => 1806.08481132127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.117656598 Mflops = 260.017117656598 Gflops = 0.260017117656598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056246 s
InvBiCGStab: k = 75 resid = 1.125098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274381(s) Flops=495101952 => 1804.43234772087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259778.407281216 Mflops = 259.778407281217 Gflops = 0.259778407281217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001038347 Relative Rsd = 4.55538415410199e-07
BICGSTAB_SOLVER_TIME: 0.558673 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103436
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.873359(s) Flops=1399209984 => 1602.10175197141 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230679.691172572 Mflops = 230.679691172572 Gflops = 0.230679691172572 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155224000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046139 s
InvBiCGStab: k = 24 resid = 2.018064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109948(s) Flops=160450560 => 1459.33132026049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210051.888976985 Mflops = 210.051888976985 Gflops = 0.210051888976985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067036 s
InvBiCGStab: k = 47 resid = 1.101529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201936(s) Flops=311371776 => 1541.93296886142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221947.443473978 Mflops = 221.947443473978 Gflops = 0.221947443473978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.000734265 Relative Rsd = 3.2213311589085e-07
BICGSTAB_SOLVER_TIME: 0.429914 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05046 s
InvBiCGStab: k = 74 resid = 2.097681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314094(s) Flops=488540160 => 1555.39475443657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223935.50315893 Mflops = 223.93550315893 Gflops = 0.22393550315893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058516 s
InvBiCGStab: k = 99 resid = 6.240665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434634(s) Flops=652584960 => 1501.45860655172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216180.697093657 Mflops = 216.180697093657 Gflops = 0.216180697093657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001252423 Relative Rsd = 5.49456684792095e-07
BICGSTAB_SOLVER_TIME: 0.86161 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 57 resid = 1.474461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20978(s) Flops=376989696 => 1797.07167508819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258709.491097025 Mflops = 258.709491097025 Gflops = 0.258709491097025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056089 s
InvBiCGStab: k = 78 resid = 4.826152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286529(s) Flops=514787328 => 1796.63255028287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258656.811497652 Mflops = 258.656811497652 Gflops = 0.258656811497652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001029158 Relative Rsd = 4.51506904938471e-07
BICGSTAB_SOLVER_TIME: 0.597343 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041568 s
InvBiCGStab: k = 56 resid = 1.946113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207102(s) Flops=370427904 => 1788.62543094707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257505.85989674 Mflops = 257.50585989674 Gflops = 0.25750585989674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 79 resid = 1.084672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290247(s) Flops=521349120 => 1796.22569742323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258598.835570448 Mflops = 258.598835570448 Gflops = 0.258598835570448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001119729 Relative Rsd = 4.91241869701252e-07
BICGSTAB_SOLVER_TIME: 0.599268 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 57 resid = 1.815757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208643(s) Flops=376989696 => 1806.86481693611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.071015817 Mflops = 260.125071015817 Gflops = 0.260125071015817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 73 resid = 7.953136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267644(s) Flops=481978368 => 1800.81887880916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259259.408186053 Mflops = 259.259408186053 Gflops = 0.259259408186053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001068726 Relative Rsd = 4.68866005978608e-07
BICGSTAB_SOLVER_TIME: 0.577705 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107195
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877725(s) Flops=1405403136 => 1601.1884542425 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230557.779993276 Mflops = 230.557779993276 Gflops = 0.230557779993276 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156256000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052863 s
InvBiCGStab: k = 28 resid = 1.964006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122415(s) Flops=186697728 => 1525.12133316995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219525.678442398 Mflops = 219.525678442398 Gflops = 0.219525678442398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062088 s
InvBiCGStab: k = 51 resid = 1.065037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24841(s) Flops=337618944 => 1359.11977778672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195667.278340451 Mflops = 195.667278340451 Gflops = 0.195667278340451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007406592 Relative Rsd = 3.24938334402238e-07
BICGSTAB_SOLVER_TIME: 0.490095 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705070000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046744 s
InvBiCGStab: k = 50 resid = 2.179393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225787(s) Flops=331057152 => 1466.23655037713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211086.366166825 Mflops = 211.086366166825 Gflops = 0.211086366166825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071527 s
InvBiCGStab: k = 74 resid = 1.150179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320493(s) Flops=488540160 => 1524.33956435866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219476.135494283 Mflops = 219.476135494283 Gflops = 0.219476135494283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001069828 Relative Rsd = 4.69349617672344e-07
BICGSTAB_SOLVER_TIME: 0.669098 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053764 s
InvBiCGStab: k = 50 resid = 2.215487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214955(s) Flops=331057152 => 1540.12305831453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221728.422910449 Mflops = 221.728422910449 Gflops = 0.221728422910449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.098959 s
InvBiCGStab: k = 70 resid = 1.001719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26592(s) Flops=462292992 => 1738.46642599278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250298.83554835 Mflops = 250.29883554835 Gflops = 0.25029883554835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009907925 Relative Rsd = 4.34675593870145e-07
BICGSTAB_SOLVER_TIME: 0.637434 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041689 s
InvBiCGStab: k = 55 resid = 1.939881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202546(s) Flops=363866112 => 1796.46160378383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258632.823969155 Mflops = 258.632823969155 Gflops = 0.258632823969155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057013 s
InvBiCGStab: k = 75 resid = 8.139539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275171(s) Flops=495101952 => 1799.25192698358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259032.201201433 Mflops = 259.032201201433 Gflops = 0.259032201201433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001062965 Relative Rsd = 4.66338702033855e-07
BICGSTAB_SOLVER_TIME: 0.580357 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042141 s
InvBiCGStab: k = 48 resid = 2.163868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17674(s) Flops=317933568 => 1798.87726604051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.941412116 Mflops = 258.958941412116 Gflops = 0.258958941412116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056282 s
InvBiCGStab: k = 76 resid = 7.841158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279612(s) Flops=501663744 => 1794.142397322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258279.56389066 Mflops = 258.27956389066 Gflops = 0.25827956389066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001016721 Relative Rsd = 4.46050913132916e-07
BICGSTAB_SOLVER_TIME: 0.558665 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102923
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880307(s) Flops=1411448832 => 1603.3597733518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230863.150170724 Mflops = 230.863150170724 Gflops = 0.230863150170724 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156638000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 34 resid = 8.53e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125172(s) Flops=226068480 => 1806.06269772793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259983.256212761 Mflops = 259.983256212761 Gflops = 0.259983256212761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05594 s
InvBiCGStab: k = 48 resid = 1.059175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175801(s) Flops=317933568 => 1808.48554900143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260331.064594144 Mflops = 260.331064594144 Gflops = 0.260331064594144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007282796 Relative Rsd = 3.19507215222604e-07
BICGSTAB_SOLVER_TIME: 0.401644 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043683 s
InvBiCGStab: k = 52 resid = 1.90306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229158(s) Flops=344180736 => 1501.93637577567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216221.530871676 Mflops = 216.221530871676 Gflops = 0.216221530871676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06612 s
InvBiCGStab: k = 82 resid = 6.933662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360303(s) Flops=541034496 => 1501.60974513118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216197.78025002 Mflops = 216.19778025002 Gflops = 0.21619778025002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001088983 Relative Rsd = 4.77753296551931e-07
BICGSTAB_SOLVER_TIME: 0.703261 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054807 s
InvBiCGStab: k = 52 resid = 2.13764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231255(s) Flops=344180736 => 1488.31694882273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214267.022114392 Mflops = 214.267022114392 Gflops = 0.214267022114392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060978 s
InvBiCGStab: k = 69 resid = 7.110911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305797(s) Flops=455731200 => 1490.30631431963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214562.585276478 Mflops = 214.562585276478 Gflops = 0.214562585276478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009671691 Relative Rsd = 4.24311650736343e-07
BICGSTAB_SOLVER_TIME: 0.656556 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048141 s
InvBiCGStab: k = 58 resid = 2.168527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248294(s) Flops=383551488 => 1544.74730762725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222387.434589128 Mflops = 222.387434589128 Gflops = 0.222387434589128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 75 resid = 1.1246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276098(s) Flops=495101952 => 1793.21093235011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.487537315 Mflops = 258.158487537315 Gflops = 0.258158487537315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001100793 Relative Rsd = 4.82934463716659e-07
BICGSTAB_SOLVER_TIME: 0.6329 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041586 s
InvBiCGStab: k = 51 resid = 1.713085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188401(s) Flops=337618944 => 1792.02309966508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257979.656408239 Mflops = 257.979656408239 Gflops = 0.257979656408239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057253 s
InvBiCGStab: k = 72 resid = 7.791759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264299(s) Flops=475416576 => 1798.78310549794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.284342892 Mflops = 258.958284342892 Gflops = 0.258958284342892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001018051 Relative Rsd = 4.46634372842415e-07
BICGSTAB_SOLVER_TIME: 0.555383 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10195
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886963(s) Flops=1417641984 => 1598.31017077375 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230137.855160109 Mflops = 230.137855160109 Gflops = 0.230137855160109 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157284000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.569909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757405(s) Flops=1367820288 => 1805.9298367452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.582041557 Mflops = 259.986582041557 Gflops = 0.259986582041557 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.04272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838414(s) Flops=1315325952 => 1568.82632207955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225899.301712677 Mflops = 225.899301712677 Gflops = 0.225899301712677 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.00209033 Relative Rsd = 9.19583751384315e-07
BICGSTAB_SOLVER_TIME: 1.60119 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.128409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291304999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 161 resid = 2.199342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685713(s) Flops=1059416064 => 1544.98465684623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222418.813889419 Mflops = 222.418813889419 Gflops = 0.222418813889419 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 8.80147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785561(s) Flops=1275955200 => 1624.2598601509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233879.836246312 Mflops = 233.879836246312 Gflops = 0.233879836246312 Tflops
BICGSTAB_SOLVER: 355 iterations. Rsd = 0.001948045 Relative Rsd = 8.56026836426156e-07
BICGSTAB_SOLVER_TIME: 1.474634 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255016999999997
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887895(s) Flops=1417641984 => 1596.6324666768 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229895.149153895 Mflops = 229.895149153895 Gflops = 0.229895149153895 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157423000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 27 resid = 1.616689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100227(s) Flops=180135936 => 1797.27953545452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258674.066238555 Mflops = 258.674066238555 Gflops = 0.258674066238555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 47 resid = 1.098651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173042(s) Flops=311371776 => 1799.40000693473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259030.709162849 Mflops = 259.030709162849 Gflops = 0.259030709162849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007685635 Relative Rsd = 3.37180390622297e-07
BICGSTAB_SOLVER_TIME: 0.374371 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041067 s
InvBiCGStab: k = 80 resid = 1.461304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292844(s) Flops=527910912 => 1802.70352815834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259541.498356693 Mflops = 259.541498356693 Gflops = 0.259541498356693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055967 s
InvBiCGStab: k = 103 resid = 1.019528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376894(s) Flops=678832128 => 1801.12214044267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259317.773588325 Mflops = 259.317773588325 Gflops = 0.259317773588325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001307202 Relative Rsd = 5.73489208405936e-07
BICGSTAB_SOLVER_TIME: 0.770554 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 47 resid = 1.866819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172408(s) Flops=311371776 => 1806.01698297063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.656516506 Mflops = 259.977656516506 Gflops = 0.259977656516506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057045 s
InvBiCGStab: k = 73 resid = 9.260719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307146(s) Flops=481978368 => 1569.21583872165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225922.830100765 Mflops = 225.922830100765 Gflops = 0.225922830100765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009961892 Relative Rsd = 4.37043192062831e-07
BICGSTAB_SOLVER_TIME: 0.581651 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051846 s
InvBiCGStab: k = 58 resid = 1.978784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25482(s) Flops=383551488 => 1505.18596656463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216710.363807701 Mflops = 216.710363807701 Gflops = 0.216710363807701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062628 s
InvBiCGStab: k = 76 resid = 1.141892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336866(s) Flops=501663744 => 1489.20859926499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214405.874360742 Mflops = 214.405874360742 Gflops = 0.214405874360742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001091214 Relative Rsd = 4.78731909252712e-07
BICGSTAB_SOLVER_TIME: 0.710748 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048897 s
InvBiCGStab: k = 58 resid = 1.651722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257153(s) Flops=383551488 => 1491.53028741644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214743.966913024 Mflops = 214.743966913024 Gflops = 0.214743966913024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081431 s
InvBiCGStab: k = 75 resid = 1.142045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323666(s) Flops=495101952 => 1529.66932578646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220228.647168041 Mflops = 220.228647168041 Gflops = 0.220228647168041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00103478 Relative Rsd = 4.53973738269074e-07
BICGSTAB_SOLVER_TIME: 0.715025 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109423
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.894208(s) Flops=1429954560 => 1599.12968794732 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230264.919960192 Mflops = 230.264919960192 Gflops = 0.230264919960192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158623000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042145 s
InvBiCGStab: k = 24 resid = 2.154918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089142(s) Flops=160450560 => 1799.94346099482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259075.041506528 Mflops = 259.075041506528 Gflops = 0.259075041506528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 54 resid = 8.62877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198098(s) Flops=357304320 => 1803.67454492221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.760608649 Mflops = 259.635760608649 Gflops = 0.259635760608649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007419498 Relative Rsd = 3.25504531385738e-07
BICGSTAB_SOLVER_TIME: 0.389843 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041627 s
InvBiCGStab: k = 71 resid = 2.044573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259605(s) Flops=468854784 => 1806.03140925637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260015.348866574 Mflops = 260.015348866574 Gflops = 0.260015348866574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 102 resid = 6.710842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372826(s) Flops=672270336 => 1803.17449963254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.850218822 Mflops = 259.615850218822 Gflops = 0.259615850218822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001268208 Relative Rsd = 5.56381744794782e-07
BICGSTAB_SOLVER_TIME: 0.734428 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 54 resid = 2.276978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198498(s) Flops=357304320 => 1800.03989964634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.123288621 Mflops = 259.129123288621 Gflops = 0.259129123288621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055927 s
InvBiCGStab: k = 68 resid = 1.054777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254764(s) Flops=449169408 => 1763.08037242311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253829.100785995 Mflops = 253.829100785995 Gflops = 0.253829100785995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001051751 Relative Rsd = 4.61418876197341e-07
BICGSTAB_SOLVER_TIME: 0.554391 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048574 s
InvBiCGStab: k = 59 resid = 2.192533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251491(s) Flops=390113280 => 1551.20175274662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223327.165759337 Mflops = 223.327165759337 Gflops = 0.223327165759337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079535 s
InvBiCGStab: k = 93 resid = 2.439203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412428(s) Flops=613214208 => 1486.83941924409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214068.86407659 Mflops = 214.06886407659 Gflops = 0.21406886407659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001136874 Relative Rsd = 4.98763821652899e-07
BICGSTAB_SOLVER_TIME: 0.797658 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053255 s
InvBiCGStab: k = 48 resid = 1.616158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204972(s) Flops=317933568 => 1551.10731221825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223278.057750331 Mflops = 223.278057750331 Gflops = 0.223278057750331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073819 s
InvBiCGStab: k = 73 resid = 8.586431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313142(s) Flops=481978368 => 1539.1687094034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221605.082155222 Mflops = 221.605082155222 Gflops = 0.221605082155222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001083961 Relative Rsd = 4.75549898548849e-07
BICGSTAB_SOLVER_TIME: 0.651557 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100479
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907218(s) Flops=1442414592 => 1589.93162834071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228932.590205055 Mflops = 228.932590205055 Gflops = 0.228932590205055 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160090000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 26 resid = 2.073215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096533(s) Flops=173574144 => 1798.0809049755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258752.009625927 Mflops = 258.752009625927 Gflops = 0.258752009625927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056411 s
InvBiCGStab: k = 45 resid = 1.012324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165223(s) Flops=298248192 => 1805.12514601478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.874566542 Mflops = 259.859874566542 Gflops = 0.259859874566542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007161268 Relative Rsd = 3.14175612083233e-07
BICGSTAB_SOLVER_TIME: 0.362811 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 50 resid = 1.733667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183402(s) Flops=331057152 => 1805.09019530867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.254963799 Mflops = 259.863254963799 Gflops = 0.259863254963799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05646 s
InvBiCGStab: k = 71 resid = 1.036203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259443(s) Flops=468854784 => 1807.15912165678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260180.089214258 Mflops = 260.180089214258 Gflops = 0.260180089214258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001049467 Relative Rsd = 4.6041712735787e-07
BICGSTAB_SOLVER_TIME: 0.544053 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041887 s
InvBiCGStab: k = 50 resid = 2.103668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183604(s) Flops=331057152 => 1803.10424609486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259581.377399948 Mflops = 259.581377399948 Gflops = 0.259581377399948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056163 s
InvBiCGStab: k = 85 resid = 8.373686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311734(s) Flops=560719872 => 1798.71259471216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258964.205309054 Mflops = 258.964205309054 Gflops = 0.258964205309054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00105191 Relative Rsd = 4.6148864212549e-07
BICGSTAB_SOLVER_TIME: 0.59725 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 53 resid = 1.723407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194724(s) Flops=350742528 => 1801.22906267332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.264950216 Mflops = 259.321264950216 Gflops = 0.259321264950216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 81 resid = 1.038896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318572(s) Flops=534472704 => 1677.71399871928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241540.095764053 Mflops = 241.540095764053 Gflops = 0.241540095764053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001031066 Relative Rsd = 4.5234435144203e-07
BICGSTAB_SOLVER_TIME: 0.614226 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058974 s
InvBiCGStab: k = 47 resid = 1.923178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205415(s) Flops=311371776 => 1515.81810481221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218217.992594034 Mflops = 218.217992594034 Gflops = 0.218217992594034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0623 s
InvBiCGStab: k = 71 resid = 1.084646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32775(s) Flops=468854784 => 1430.52565675057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205960.068355353 Mflops = 205.960068355353 Gflops = 0.205960068355353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001022932 Relative Rsd = 4.4877561481727e-07
BICGSTAB_SOLVER_TIME: 0.659912 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985520000000002
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072293(s) Flops=1448755200 => 1351.08146747204 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194561.591378363 Mflops = 194.561591378363 Gflops = 0.194561591378363 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160881000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040637 s
InvBiCGStab: k = 25 resid = 2.266715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09321(s) Flops=167012352 => 1791.78577405858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257894.855258864 Mflops = 257.894855258864 Gflops = 0.257894855258864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056716 s
InvBiCGStab: k = 43 resid = 1.072353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159089(s) Flops=285124608 => 1792.23332851423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257983.885320936 Mflops = 257.983885320936 Gflops = 0.257983885320936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007722128 Relative Rsd = 3.38781380775804e-07
BICGSTAB_SOLVER_TIME: 0.353484 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0628720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041349 s
InvBiCGStab: k = 51 resid = 2.097854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187033(s) Flops=337618944 => 1805.13034598173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.350752515 Mflops = 259.864350752515 Gflops = 0.259864350752515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056602 s
InvBiCGStab: k = 72 resid = 7.611396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263539(s) Flops=475416576 => 1803.97047875267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259710.423992894 Mflops = 259.710423992894 Gflops = 0.259710423992894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001055294 Relative Rsd = 4.62973287634544e-07
BICGSTAB_SOLVER_TIME: 0.5524 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041347 s
InvBiCGStab: k = 57 resid = 1.861647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209295(s) Flops=376989696 => 1801.23603526123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.346948907 Mflops = 259.313346948907 Gflops = 0.259313346948907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 68 resid = 1.107431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249237(s) Flops=449169408 => 1802.17787888636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259450.404185377 Mflops = 259.450404185377 Gflops = 0.259450404185377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001001315 Relative Rsd = 4.39291994099679e-07
BICGSTAB_SOLVER_TIME: 0.56007 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 51 resid = 2.220904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187271(s) Flops=337618944 => 1802.83623198466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259539.247775663 Mflops = 259.539247775663 Gflops = 0.259539247775663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 86 resid = 8.130161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313426(s) Flops=567281664 => 1809.93811617415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260579.329035501 Mflops = 260.579329035501 Gflops = 0.260579329035501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001096784 Relative Rsd = 4.81175861810393e-07
BICGSTAB_SOLVER_TIME: 0.601826 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 53 resid = 1.742028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194419(s) Flops=350742528 => 1804.0547888838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.292512404 Mflops = 259.706292512404 Gflops = 0.259706292512404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056993 s
InvBiCGStab: k = 88 resid = 1.021745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375576(s) Flops=580405248 => 1545.37363409803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222496.588262413 Mflops = 222.496588262413 Gflops = 0.222496588262413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001031021 Relative Rsd = 4.52324228619416e-07
BICGSTAB_SOLVER_TIME: 0.672046 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114783
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067046(s) Flops=1460994048 => 1369.19500002811 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197146.179012344 Mflops = 197.146179012344 Gflops = 0.197146179012344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161939000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.762572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774219(s) Flops=1394067456 => 1800.61126890453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259233.200503205 Mflops = 259.233200503205 Gflops = 0.259233200503205 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.091074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832831(s) Flops=1492494336 => 1792.07346508475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258044.412408364 Mflops = 258.044412408363 Gflops = 0.258044412408364 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002343386 Relative Rsd = 1.03087546008873e-06
BICGSTAB_SOLVER_TIME: 1.610459 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313194999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.25502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66201(s) Flops=1197213696 => 1808.45258530838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260365.084885187 Mflops = 260.365084885187 Gflops = 0.260365084885187 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.12452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.696641(s) Flops=1256269824 => 1803.32455884738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259662.416390104 Mflops = 259.662416390104 Gflops = 0.259662416390104 Tflops
BICGSTAB_SOLVER: 373 iterations. Rsd = 0.001941444 Relative Rsd = 8.53150190549673e-07
BICGSTAB_SOLVER_TIME: 1.362122 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.114144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266427999999997
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.147377(s) Flops=1460994048 => 1273.33391553082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183344.440746996 Mflops = 183.344440746996 Gflops = 0.183344440746996 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161971000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.576502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067414 s
InvBiCGStab: k = 33 resid = 1.777819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121849(s) Flops=219506688 => 1801.46482942002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.076648589 Mflops = 259.298076648589 Gflops = 0.259298076648589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 48 resid = 9.968121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17735(s) Flops=317933568 => 1792.68998026501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258061.456229172 Mflops = 258.061456229172 Gflops = 0.258061456229172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007007762 Relative Rsd = 3.07441080480957e-07
BICGSTAB_SOLVER_TIME: 0.426906 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 72 resid = 1.969874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264976(s) Flops=475416576 => 1794.18730752974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258311.731864377 Mflops = 258.311731864377 Gflops = 0.258311731864377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 99 resid = 1.088785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363045(s) Flops=652584960 => 1797.53187621369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258797.873607602 Mflops = 258.797873607602 Gflops = 0.258797873607602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001256733 Relative Rsd = 5.51347464020506e-07
BICGSTAB_SOLVER_TIME: 0.729621 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041668 s
InvBiCGStab: k = 45 resid = 2.271274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166528(s) Flops=298248192 => 1790.97924673328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257818.421043562 Mflops = 257.818421043562 Gflops = 0.257818421043562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056472 s
InvBiCGStab: k = 72 resid = 8.926755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263827(s) Flops=475416576 => 1802.00122049676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.776319948 Mflops = 259.425776319948 Gflops = 0.259425776319948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009991915 Relative Rsd = 4.38360368700434e-07
BICGSTAB_SOLVER_TIME: 0.532303 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040556 s
InvBiCGStab: k = 55 resid = 2.199575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201629(s) Flops=363866112 => 1804.6318337144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.082345487 Mflops = 259.801082345487 Gflops = 0.259801082345487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05692 s
InvBiCGStab: k = 84 resid = 9.14621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308621(s) Flops=554158080 => 1795.59420778236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258514.306927028 Mflops = 258.514306927028 Gflops = 0.258514306927028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001110528 Relative Rsd = 4.87205149767832e-07
BICGSTAB_SOLVER_TIME: 0.611561 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04059 s
InvBiCGStab: k = 49 resid = 2.221319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179008(s) Flops=324495360 => 1812.74222381123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260945.129056081 Mflops = 260.945129056081 Gflops = 0.260945129056081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 77 resid = 1.069918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281138(s) Flops=508225536 => 1807.7440118376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260254.921077679 Mflops = 260.254921077679 Gflops = 0.260254921077679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001045497 Relative Rsd = 4.58675430665526e-07
BICGSTAB_SOLVER_TIME: 0.561131 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104292
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912191(s) Flops=1467260928 => 1608.50186857796 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231715.776679479 Mflops = 231.715776679479 Gflops = 0.231715776679479 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162864000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.48292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04326 s
InvBiCGStab: k = 24 resid = 2.218819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107333(s) Flops=160450560 => 1494.8856362908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215158.57037861 Mflops = 215.15857037861 Gflops = 0.21515857037861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 45 resid = 9.953444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210106(s) Flops=298248192 => 1419.51296964389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204303.145546452 Mflops = 204.303145546452 Gflops = 0.204303145546452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007138106 Relative Rsd = 3.13159435077802e-07
BICGSTAB_SOLVER_TIME: 0.42255 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0636920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 77 resid = 1.584483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285259(s) Flops=508225536 => 1781.62840085677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256503.85386678 Mflops = 256.50385386678 Gflops = 0.25650385386678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055866 s
InvBiCGStab: k = 96 resid = 1.131766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351946(s) Flops=632899584 => 1798.28605524711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258906.330605624 Mflops = 258.906330605624 Gflops = 0.258906330605624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001236936 Relative Rsd = 5.42662627429015e-07
BICGSTAB_SOLVER_TIME: 0.737849 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043296 s
InvBiCGStab: k = 57 resid = 1.609441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210303(s) Flops=376989696 => 1792.60255916463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258082.259579229 Mflops = 258.082259579229 Gflops = 0.258082259579229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056758 s
InvBiCGStab: k = 72 resid = 7.813351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264097(s) Flops=475416576 => 1800.158941601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.960405263 Mflops = 259.158960405263 Gflops = 0.259158960405263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001004609 Relative Rsd = 4.40737211133966e-07
BICGSTAB_SOLVER_TIME: 0.578226 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040737 s
InvBiCGStab: k = 56 resid = 2.034062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205382(s) Flops=370427904 => 1803.60452230478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.235653321 Mflops = 259.659235653321 Gflops = 0.259659235653321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 87 resid = 1.089766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318471(s) Flops=573843456 => 1801.87036182258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.359363131 Mflops = 259.407359363131 Gflops = 0.259407359363131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001111231 Relative Rsd = 4.87513631617042e-07
BICGSTAB_SOLVER_TIME: 0.624844 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 61 resid = 1.627091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225004(s) Flops=403236864 => 1792.13197987591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258011.645223635 Mflops = 258.011645223635 Gflops = 0.258011645223635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055847 s
InvBiCGStab: k = 81 resid = 9.353862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296142(s) Flops=534472704 => 1804.78521790222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259834.904288952 Mflops = 259.834904288952 Gflops = 0.259834904288952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001062348 Relative Rsd = 4.66068116464796e-07
BICGSTAB_SOLVER_TIME: 0.621853 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115666
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915926(s) Flops=1473232896 => 1608.46279721288 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231599.647998354 Mflops = 231.599647998354 Gflops = 0.231599647998354 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163644000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.479954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048342 s
InvBiCGStab: k = 28 resid = 1.647472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127936(s) Flops=186697728 => 1459.30565282641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210069.774514007 Mflops = 210.069774514007 Gflops = 0.210069774514007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064381 s
InvBiCGStab: k = 53 resid = 1.12187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224425(s) Flops=350742528 => 1562.84962905202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224997.212096174 Mflops = 224.997212096174 Gflops = 0.224997212096174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007425765 Relative Rsd = 3.25779483709451e-07
BICGSTAB_SOLVER_TIME: 0.469644 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041912 s
InvBiCGStab: k = 58 resid = 1.547077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257497(s) Flops=383551488 => 1489.5376955848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214450.497187364 Mflops = 214.450497187364 Gflops = 0.214450497187364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06347 s
InvBiCGStab: k = 77 resid = 8.925815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308144(s) Flops=508225536 => 1649.31180227426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237449.70425351 Mflops = 237.44970425351 Gflops = 0.23744970425351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001050487 Relative Rsd = 4.60864374966071e-07
BICGSTAB_SOLVER_TIME: 0.674937 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 48 resid = 2.156957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177261(s) Flops=317933568 => 1793.5900621118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258208.041111467 Mflops = 258.208041111467 Gflops = 0.258208041111467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056742 s
InvBiCGStab: k = 66 resid = 1.111373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242543(s) Flops=436045824 => 1797.80832264794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258818.534639645 Mflops = 258.818534639644 Gflops = 0.258818534639644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009797496 Relative Rsd = 4.29830896642933e-07
BICGSTAB_SOLVER_TIME: 0.521385 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956350000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041755 s
InvBiCGStab: k = 51 resid = 2.256801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188301(s) Flops=337618944 => 1792.97477974095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258113.824467038 Mflops = 258.113824467038 Gflops = 0.258113824467038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 87 resid = 1.022099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31854(s) Flops=573843456 => 1801.48005274063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.134122205 Mflops = 259.357134122205 Gflops = 0.259357134122205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001096409 Relative Rsd = 4.81011304108712e-07
BICGSTAB_SOLVER_TIME: 0.608826 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 56 resid = 2.1554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205477(s) Flops=370427904 => 1802.77064586304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.575526199 Mflops = 259.528575526199 Gflops = 0.259528575526199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 74 resid = 7.856714e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271136(s) Flops=488540160 => 1801.82697981825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259398.002546947 Mflops = 259.398002546947 Gflops = 0.259398002546947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001036152 Relative Rsd = 4.54575686460264e-07
BICGSTAB_SOLVER_TIME: 0.577886 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106954
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917055(s) Flops=1473159168 => 1606.40219834143 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231313.192855843 Mflops = 231.313192855843 Gflops = 0.231313192855843 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163621000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046748 s
InvBiCGStab: k = 28 resid = 1.523557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126376(s) Flops=186697728 => 1477.3194910426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212638.35773572 Mflops = 212.63835773572 Gflops = 0.21263835773572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062889 s
InvBiCGStab: k = 57 resid = 8.702837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250648(s) Flops=376989696 => 1504.06025980658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216522.156546195 Mflops = 216.522156546195 Gflops = 0.216522156546195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007401049 Relative Rsd = 3.24695175116793e-07
BICGSTAB_SOLVER_TIME: 0.490863 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046366 s
InvBiCGStab: k = 55 resid = 2.05918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242205(s) Flops=363866112 => 1502.30636031461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216283.560404288 Mflops = 216.283560404288 Gflops = 0.216283560404288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075361 s
InvBiCGStab: k = 87 resid = 4.575974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358073(s) Flops=573843456 => 1602.58789688136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230733.189276877 Mflops = 230.733189276877 Gflops = 0.230733189276877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001073055 Relative Rsd = 4.70765467643172e-07
BICGSTAB_SOLVER_TIME: 0.725891 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.07318 s
InvBiCGStab: k = 46 resid = 2.215895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192773(s) Flops=304809984 => 1581.18607896334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227635.108013753 Mflops = 227.635108013753 Gflops = 0.227635108013754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056362 s
InvBiCGStab: k = 66 resid = 8.643152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242895(s) Flops=436045824 => 1795.20296424381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258448.289044492 Mflops = 258.448289044492 Gflops = 0.258448289044492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001001348 Relative Rsd = 4.39306294582755e-07
BICGSTAB_SOLVER_TIME: 0.569093 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0941800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041143 s
InvBiCGStab: k = 64 resid = 1.683296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235227(s) Flops=422922240 => 1797.93238021146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.338246819 Mflops = 258.852338246819 Gflops = 0.258852338246819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05646 s
InvBiCGStab: k = 76 resid = 1.105579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278907(s) Flops=501663744 => 1798.67749464875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258963.60530409 Mflops = 258.96360530409 Gflops = 0.25896360530409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001067521 Relative Rsd = 4.6833744990949e-07
BICGSTAB_SOLVER_TIME: 0.615664 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040738 s
InvBiCGStab: k = 47 resid = 1.923492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17294(s) Flops=311371776 => 1800.46129293397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259192.603073956 Mflops = 259.192603073956 Gflops = 0.259192603073956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 78 resid = 1.086458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285626(s) Flops=514787328 => 1802.31256258184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.988601396 Mflops = 259.465988601396 Gflops = 0.259465988601396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009960458 Relative Rsd = 4.36980269937297e-07
BICGSTAB_SOLVER_TIME: 0.559376 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10347
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914507(s) Flops=1473011712 => 1610.71671621978 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231920.254559382 Mflops = 231.920254559382 Gflops = 0.231920254559382 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163480000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.819266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932597(s) Flops=1354696704 => 1452.60675725957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209131.896665403 Mflops = 209.131896665403 Gflops = 0.209131896665403 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 7.139191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.094962(s) Flops=1630291968 => 1488.90278201435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214393.583934072 Mflops = 214.393583934072 Gflops = 0.214393583934072 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002103115 Relative Rsd = 9.25154426596336e-07
BICGSTAB_SOLVER_TIME: 2.031063 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.146967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.133103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323702999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.944248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692163(s) Flops=1243146240 => 1796.03105048955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258551.34196432 Mflops = 258.55134196432 Gflops = 0.25855134196432 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 8.792794e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700548(s) Flops=1256269824 => 1793.26730502407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258215.873713992 Mflops = 258.215873713992 Gflops = 0.258215873713992 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001907585 Relative Rsd = 8.38279946706821e-07
BICGSTAB_SOLVER_TIME: 1.39614 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271395999999998
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920336(s) Flops=1473011712 => 1600.51515098833 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230470.558665052 Mflops = 230.470558665052 Gflops = 0.230470558665052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163600000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 30 resid = 1.702314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110669(s) Flops=199821312 => 1805.57619568262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.234351226 Mflops = 259.876234351226 Gflops = 0.259876234351226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 49 resid = 5.874078e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179618(s) Flops=324495360 => 1806.58597690655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.92611317 Mflops = 260.05492611317 Gflops = 0.26005492611317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007046267 Relative Rsd = 3.09130325044304e-07
BICGSTAB_SOLVER_TIME: 0.39148 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707060000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 73 resid = 2.126649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28041(s) Flops=481978368 => 1718.83444955601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247477.980140518 Mflops = 247.477980140518 Gflops = 0.247477980140518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064855 s
InvBiCGStab: k = 113 resid = 7.750412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50203(s) Flops=744450048 => 1482.87960480449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213503.750581051 Mflops = 213.503750581051 Gflops = 0.213503750581051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.00132623 Relative Rsd = 5.81836962182065e-07
BICGSTAB_SOLVER_TIME: 0.89448 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043384 s
InvBiCGStab: k = 63 resid = 2.005568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285952(s) Flops=416360448 => 1456.05013428827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209638.447770918 Mflops = 209.638447770918 Gflops = 0.209638447770918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062717 s
InvBiCGStab: k = 76 resid = 1.113741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34477(s) Flops=501663744 => 1455.06785393161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209495.907849091 Mflops = 209.495907849091 Gflops = 0.209495907849091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00103712 Relative Rsd = 4.55000002222389e-07
BICGSTAB_SOLVER_TIME: 0.741191 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05406 s
InvBiCGStab: k = 67 resid = 2.139453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304366(s) Flops=442607616 => 1454.19533062169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209370.554834537 Mflops = 209.370554834537 Gflops = 0.209370554834537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056032 s
InvBiCGStab: k = 90 resid = 9.468467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330265(s) Flops=593528832 => 1797.12906908089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258737.012815763 Mflops = 258.737012815763 Gflops = 0.258737012815763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.0011236 Relative Rsd = 4.92940103139676e-07
BICGSTAB_SOLVER_TIME: 0.748697 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 54 resid = 2.062715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199232(s) Flops=357304320 => 1793.40828782525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.785684337 Mflops = 258.176785684337 Gflops = 0.258176785684337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057273 s
InvBiCGStab: k = 70 resid = 1.101717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258101(s) Flops=462292992 => 1791.13212269615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257879.112271015 Mflops = 257.879112271015 Gflops = 0.257879112271015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001068107 Relative Rsd = 4.68594654312241e-07
BICGSTAB_SOLVER_TIME: 0.559474 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102833
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909633(s) Flops=1460846592 => 1605.97360913687 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231242.585012611 Mflops = 231.242585012611 Gflops = 0.231242585012611 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162341000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042333 s
InvBiCGStab: k = 30 resid = 2.236867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113596(s) Flops=199821312 => 1759.05236099863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253180.942282275 Mflops = 253.180942282275 Gflops = 0.253180942282275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056372 s
InvBiCGStab: k = 45 resid = 1.144547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167543(s) Flops=298248192 => 1780.12923249554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256230.727587023 Mflops = 256.230727587023 Gflops = 0.256230727587023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007606838 Relative Rsd = 3.33723453131299e-07
BICGSTAB_SOLVER_TIME: 0.383721 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041522 s
InvBiCGStab: k = 68 resid = 2.005479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251366(s) Flops=449169408 => 1786.91393426319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257266.508679329 Mflops = 257.266508679329 Gflops = 0.257266508679329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057861 s
InvBiCGStab: k = 110 resid = 1.006947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423424(s) Flops=724764672 => 1711.67593712213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246445.475492071 Mflops = 246.445475492071 Gflops = 0.246445475492071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001229792 Relative Rsd = 5.39528063685073e-07
BICGSTAB_SOLVER_TIME: 0.781232 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051859 s
InvBiCGStab: k = 55 resid = 8.681623e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249383(s) Flops=363866112 => 1459.06542146016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210059.374475916 Mflops = 210.059374475916 Gflops = 0.210059374475916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077483 s
InvBiCGStab: k = 73 resid = 1.117526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328467(s) Flops=481978368 => 1467.35704956662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211248.90230094 Mflops = 211.24890230094 Gflops = 0.21124890230094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00103237 Relative Rsd = 4.52916166472453e-07
BICGSTAB_SOLVER_TIME: 0.711541 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050078 s
InvBiCGStab: k = 62 resid = 1.997068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277841(s) Flops=409798656 => 1474.93946537768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212338.768051097 Mflops = 212.338768051097 Gflops = 0.212338768051097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075502 s
InvBiCGStab: k = 87 resid = 8.531281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366746(s) Flops=573843456 => 1564.68906545675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225289.203660063 Mflops = 225.289203660063 Gflops = 0.225289203660063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001082355 Relative Rsd = 4.74845446537897e-07
BICGSTAB_SOLVER_TIME: 0.773913 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 56 resid = 2.265299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206612(s) Flops=370427904 => 1792.86732619596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258082.403744122 Mflops = 258.082403744122 Gflops = 0.258082403744122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 80 resid = 1.085693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293209(s) Flops=527910912 => 1800.45944019454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.476362351 Mflops = 259.209476362351 Gflops = 0.259209476362351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001067935 Relative Rsd = 4.6851927033717e-07
BICGSTAB_SOLVER_TIME: 0.600655 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111502
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911263(s) Flops=1460920320 => 1603.18186955906 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230836.446459443 Mflops = 230.836446459443 Gflops = 0.230836446459443 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161980000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041305 s
InvBiCGStab: k = 28 resid = 1.807588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108592(s) Flops=186697728 => 1719.25858258435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247447.244393951 Mflops = 247.447244393951 Gflops = 0.247447244393951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06071 s
InvBiCGStab: k = 54 resid = 1.121875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20198(s) Flops=357304320 => 1769.00841667492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254660.669907157 Mflops = 254.660669907157 Gflops = 0.254660669907157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007228713 Relative Rsd = 3.17134509714534e-07
BICGSTAB_SOLVER_TIME: 0.416399 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 50 resid = 1.61801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187444(s) Flops=331057152 => 1766.16563880412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254281.069588941 Mflops = 254.281069588941 Gflops = 0.254281069588941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056991 s
InvBiCGStab: k = 74 resid = 1.032959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271992(s) Flops=488540160 => 1796.15635753993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258590.574509064 Mflops = 258.590574509064 Gflops = 0.258590574509064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001077689 Relative Rsd = 4.72798434531881e-07
BICGSTAB_SOLVER_TIME: 0.561221 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047999 s
InvBiCGStab: k = 53 resid = 2.175426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230718(s) Flops=350742528 => 1520.22177723455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218855.607546364 Mflops = 218.855607546364 Gflops = 0.218855607546364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068131 s
InvBiCGStab: k = 64 resid = 1.057097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273023(s) Flops=422922240 => 1549.03520948785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223009.457805883 Mflops = 223.009457805883 Gflops = 0.223009457805883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009819882 Relative Rsd = 4.30812982318174e-07
BICGSTAB_SOLVER_TIME: 0.623913 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977370000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047963 s
InvBiCGStab: k = 56 resid = 2.246093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25181(s) Flops=370427904 => 1471.06113339423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211748.857515402 Mflops = 211.748857515402 Gflops = 0.211748857515402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069014 s
InvBiCGStab: k = 79 resid = 1.073769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337437(s) Flops=521349120 => 1545.02653828715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222442.639223001 Mflops = 222.442639223001 Gflops = 0.222442639223001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001030045 Relative Rsd = 4.51896286663368e-07
BICGSTAB_SOLVER_TIME: 0.710261 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.07401 s
InvBiCGStab: k = 57 resid = 2.274753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240778(s) Flops=376989696 => 1565.71487428253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225423.139385265 Mflops = 225.423139385265 Gflops = 0.225423139385265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056372 s
InvBiCGStab: k = 75 resid = 7.708457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27551(s) Flops=495101952 => 1797.03804580596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258705.713770901 Mflops = 258.705713770901 Gflops = 0.258705713770901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001059904 Relative Rsd = 4.64995631307253e-07
BICGSTAB_SOLVER_TIME: 0.65055 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10839
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912391(s) Flops=1461067776 => 1601.36145139529 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230579.968028923 Mflops = 230.579968028924 Gflops = 0.230579968028923 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162184000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 28 resid = 2.083545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104958(s) Flops=186697728 => 1778.78511404562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256031.507863772 Mflops = 256.031507863772 Gflops = 0.256031507863772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 48 resid = 9.503852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17761(s) Flops=317933568 => 1790.06569449918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257675.239518371 Mflops = 257.675239518371 Gflops = 0.257675239518371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007269384 Relative Rsd = 3.18918801417183e-07
BICGSTAB_SOLVER_TIME: 0.384013 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 55 resid = 2.268379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203199(s) Flops=363866112 => 1790.68849748276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257807.521871442 Mflops = 257.807521871442 Gflops = 0.257807521871442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 71 resid = 1.104067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260511(s) Flops=468854784 => 1799.75042896461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259099.131064018 Mflops = 259.099131064018 Gflops = 0.259099131064018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001098462 Relative Rsd = 4.81911723810959e-07
BICGSTAB_SOLVER_TIME: 0.565676 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 48 resid = 2.02436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177836(s) Flops=317933568 => 1787.79081850694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257370.581810962 Mflops = 257.370581810962 Gflops = 0.257370581810962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056423 s
InvBiCGStab: k = 81 resid = 9.859783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295894(s) Flops=534472704 => 1806.29787694242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260052.35565433 Mflops = 260.05235565433 Gflops = 0.26005235565433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001017132 Relative Rsd = 4.46231252439134e-07
BICGSTAB_SOLVER_TIME: 0.575591 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048826 s
InvBiCGStab: k = 58 resid = 1.892083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250991(s) Flops=383551488 => 1528.14837185397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220013.451224095 Mflops = 220.013451224095 Gflops = 0.220013451224095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066813 s
InvBiCGStab: k = 72 resid = 7.514941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306092(s) Flops=475416576 => 1553.18197143343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223614.848030661 Mflops = 223.614848030661 Gflops = 0.223614848030661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001127995 Relative Rsd = 4.94868421136162e-07
BICGSTAB_SOLVER_TIME: 0.676618 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049949 s
InvBiCGStab: k = 46 resid = 2.079188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199603(s) Flops=304809984 => 1527.08117613463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219844.718467344 Mflops = 219.844718467344 Gflops = 0.219844718467344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06997 s
InvBiCGStab: k = 76 resid = 8.730115e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330365(s) Flops=501663744 => 1518.51359556854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218624.560655504 Mflops = 218.624560655504 Gflops = 0.218624560655504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009944303 Relative Rsd = 4.36271527781422e-07
BICGSTAB_SOLVER_TIME: 0.655947 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101175
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915669(s) Flops=1467113472 => 1602.23123421236 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230694.17241424 Mflops = 230.69417241424 Gflops = 0.23069417241424 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.9327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825615(s) Flops=1400629248 => 1696.46778219872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244225.539440053 Mflops = 244.225539440053 Gflops = 0.244225539440053 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.016589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815689(s) Flops=1472808960 => 1805.60110532323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259993.298235735 Mflops = 259.993298235735 Gflops = 0.259993298235735 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002341839 Relative Rsd = 1.03015112405479e-06
BICGSTAB_SOLVER_TIME: 1.644684 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311797999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.347468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794579(s) Flops=1269393408 => 1597.56727524891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229975.159850126 Mflops = 229.975159850126 Gflops = 0.229975159850126 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.01798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892969(s) Flops=1308764160 => 1465.63224479237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211041.742405835 Mflops = 211.041742405835 Gflops = 0.211041742405835 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001982387 Relative Rsd = 8.71145793939922e-07
BICGSTAB_SOLVER_TIME: 1.690944 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.130047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279993999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01328(s) Flops=1467113472 => 1447.88555187115 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208476.28823401 Mflops = 208.47628823401 Gflops = 0.20847628823401 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162636000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041305 s
InvBiCGStab: k = 27 resid = 2.135427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100215(s) Flops=180135936 => 1797.49474629546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258719.162352285 Mflops = 258.719162352285 Gflops = 0.258719162352285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056197 s
InvBiCGStab: k = 43 resid = 7.590833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157913(s) Flops=285124608 => 1805.58033854084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259892.066961856 Mflops = 259.892066961856 Gflops = 0.259892066961856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006794705 Relative Rsd = 2.9809395276701e-07
BICGSTAB_SOLVER_TIME: 0.359416 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643280000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 77 resid = 1.630907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282282(s) Flops=508225536 => 1800.41779497099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259213.107252588 Mflops = 259.213107252588 Gflops = 0.259213107252588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 83 resid = 1.039364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303894(s) Flops=547596288 => 1801.93188414381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.376532625 Mflops = 259.425376532625 Gflops = 0.259425376532625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001200985 Relative Rsd = 5.26890011766694e-07
BICGSTAB_SOLVER_TIME: 0.686623 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 52 resid = 2.229769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191113(s) Flops=344180736 => 1800.92791175901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259270.912693724 Mflops = 259.270912693724 Gflops = 0.259270912693724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056868 s
InvBiCGStab: k = 67 resid = 7.848443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245489(s) Flops=442607616 => 1802.96313073091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.235681948 Mflops = 259.568235681948 Gflops = 0.259568235681948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009900224 Relative Rsd = 4.34337744957475e-07
BICGSTAB_SOLVER_TIME: 0.538258 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 59 resid = 2.053091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215827(s) Flops=390113280 => 1807.52769579339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260208.318727851 Mflops = 260.208318727851 Gflops = 0.260208318727851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 73 resid = 7.400234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267261(s) Flops=481978368 => 1803.3995532457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.256408409 Mflops = 259.646256408409 Gflops = 0.259646256408409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001071599 Relative Rsd = 4.70126593561753e-07
BICGSTAB_SOLVER_TIME: 0.584583 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108701
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055725 s
InvBiCGStab: k = 52 resid = 1.844621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217451(s) Flops=344180736 => 1582.79674961256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227854.688028258 Mflops = 227.854688028258 Gflops = 0.227854688028258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066751 s
InvBiCGStab: k = 74 resid = 1.049355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349897(s) Flops=488540160 => 1396.2399220342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201027.923171331 Mflops = 201.027923171331 Gflops = 0.201027923171331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001047102 Relative Rsd = 4.5937937194494e-07
BICGSTAB_SOLVER_TIME: 0.693874 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103987
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065301(s) Flops=1467113472 => 1377.18210346184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198301.910187643 Mflops = 198.301910187643 Gflops = 0.198301910187643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162614000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 26 resid = 1.656775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097205(s) Flops=173574144 => 1785.65036777944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257001.678719187 Mflops = 257.001678719187 Gflops = 0.257001678719187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057382 s
InvBiCGStab: k = 49 resid = 1.093277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181007(s) Flops=324495360 => 1792.72271238129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258073.337051621 Mflops = 258.073337051621 Gflops = 0.258073337051621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0006904058 Relative Rsd = 3.02891432863494e-07
BICGSTAB_SOLVER_TIME: 0.380462 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 75 resid = 2.10619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274795(s) Flops=495101952 => 1801.71383030987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259396.479774503 Mflops = 259.396479774503 Gflops = 0.259396479774503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 85 resid = 1.115484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311113(s) Flops=560719872 => 1802.3029317322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.482134301 Mflops = 259.475482134301 Gflops = 0.259475482134301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001217944 Relative Rsd = 5.343303488185e-07
BICGSTAB_SOLVER_TIME: 0.687096 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 46 resid = 2.266336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168888(s) Flops=304809984 => 1804.80545687083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.09492577 Mflops = 259.81409492577 Gflops = 0.25981409492577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 70 resid = 6.982494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257226(s) Flops=462292992 => 1797.22497725735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258735.043550379 Mflops = 258.735043550379 Gflops = 0.258735043550379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001002635 Relative Rsd = 4.39871265810563e-07
BICGSTAB_SOLVER_TIME: 0.527004 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969210000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 56 resid = 1.831822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205674(s) Flops=370427904 => 1801.04390443128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259294.282323085 Mflops = 259.294282323085 Gflops = 0.259294282323085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057244 s
InvBiCGStab: k = 79 resid = 8.2188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297362(s) Flops=521349120 => 1753.24728781754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252407.301989578 Mflops = 252.407301989578 Gflops = 0.252407301989578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001095752 Relative Rsd = 4.80723098301577e-07
BICGSTAB_SOLVER_TIME: 0.605562 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 57 resid = 1.793481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212675(s) Flops=376989696 => 1772.60936170213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255172.210859239 Mflops = 255.172210859239 Gflops = 0.255172210859239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056984 s
InvBiCGStab: k = 70 resid = 1.056192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260266(s) Flops=462292992 => 1776.23274649781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255715.896922785 Mflops = 255.715896922785 Gflops = 0.255715896922785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001056546 Relative Rsd = 4.63522732623584e-07
BICGSTAB_SOLVER_TIME: 0.574731 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104961
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081824(s) Flops=1466818560 => 1355.87541041796 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195246.185670506 Mflops = 195.246185670506 Gflops = 0.195246185670506 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.485112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051742 s
InvBiCGStab: k = 33 resid = 1.434994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173249(s) Flops=219506688 => 1267.00118326801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182399.711693777 Mflops = 182.399711693777 Gflops = 0.182399711693777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 49 resid = 1.048179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179866(s) Flops=324495360 => 1804.09504853613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259696.449882997 Mflops = 259.696449882997 Gflops = 0.259696449882997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007459465 Relative Rsd = 3.27257949366889e-07
BICGSTAB_SOLVER_TIME: 0.464828 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04083 s
InvBiCGStab: k = 49 resid = 2.269444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179928(s) Flops=324495360 => 1803.47338935574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.852081574 Mflops = 259.628852081574 Gflops = 0.259628852081574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05612 s
InvBiCGStab: k = 82 resid = 8.591217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331298(s) Flops=541034496 => 1633.07504422001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235116.923487994 Mflops = 235.116923487994 Gflops = 0.235116923487994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001037042 Relative Rsd = 4.54965834282468e-07
BICGSTAB_SOLVER_TIME: 0.612007 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 53 resid = 1.477768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194728(s) Flops=350742528 => 1801.19206277474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.955852687 Mflops = 259.298955852687 Gflops = 0.259298955852687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055934 s
InvBiCGStab: k = 65 resid = 1.028963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254199(s) Flops=429484032 => 1689.55830668099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243235.907402748 Mflops = 243.235907402748 Gflops = 0.243235907402748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009808138 Relative Rsd = 4.30297756342209e-07
BICGSTAB_SOLVER_TIME: 0.549686 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984310000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042798 s
InvBiCGStab: k = 55 resid = 2.154277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203243(s) Flops=363866112 => 1790.30083200897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257757.276714069 Mflops = 257.757276714069 Gflops = 0.257757276714069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 77 resid = 1.102634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283592(s) Flops=508225536 => 1792.10110299303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257999.823663752 Mflops = 257.999823663752 Gflops = 0.257999823663752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001078736 Relative Rsd = 4.7325788862385e-07
BICGSTAB_SOLVER_TIME: 0.590098 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108765
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 51 resid = 2.066772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190598(s) Flops=337618944 => 1771.36666701644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255011.481606636 Mflops = 255.011481606636 Gflops = 0.255011481606636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057036 s
InvBiCGStab: k = 73 resid = 1.076071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293811(s) Flops=481978368 => 1640.436770577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236168.810813806 Mflops = 236.168810813806 Gflops = 0.236168810813806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001008626 Relative Rsd = 4.42499541380463e-07
BICGSTAB_SOLVER_TIME: 0.586266 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102644
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915739(s) Flops=1466818560 => 1601.78670996867 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230640.131844538 Mflops = 230.640131844538 Gflops = 0.230640131844538 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162789000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 24 resid = 1.955528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089154(s) Flops=160450560 => 1799.70119119725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259023.62910285 Mflops = 259.02362910285 Gflops = 0.25902362910285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05683 s
InvBiCGStab: k = 45 resid = 8.247783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165092(s) Flops=298248192 => 1806.55750732925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260050.765609616 Mflops = 260.050765609616 Gflops = 0.260050765609616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007581683 Relative Rsd = 3.32619838886489e-07
BICGSTAB_SOLVER_TIME: 0.355884 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 55 resid = 1.537068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201682(s) Flops=363866112 => 1804.15759462917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259735.697730735 Mflops = 259.735697730735 Gflops = 0.259735697730735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 84 resid = 9.764439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307582(s) Flops=554158080 => 1801.65965498631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259386.078764269 Mflops = 259.386078764269 Gflops = 0.259386078764269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001097706 Relative Rsd = 4.81580361188827e-07
BICGSTAB_SOLVER_TIME: 0.610408 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113798
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04308 s
InvBiCGStab: k = 57 resid = 1.078618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221195(s) Flops=376989696 => 1704.33190623658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245360.944794436 Mflops = 245.360944794436 Gflops = 0.245360944794436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 70 resid = 1.150929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260057(s) Flops=462292992 => 1777.66025140642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255919.827996477 Mflops = 255.919827996477 Gflops = 0.255919827996477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009930979 Relative Rsd = 4.35686995535692e-07
BICGSTAB_SOLVER_TIME: 0.584996 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048143 s
InvBiCGStab: k = 59 resid = 2.106665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221157(s) Flops=390113280 => 1763.9653277988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253974.474335794 Mflops = 253.974474335794 Gflops = 0.253974474335794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056259 s
InvBiCGStab: k = 73 resid = 1.042365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268947(s) Flops=481978368 => 1792.09423417997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258001.493637377 Mflops = 258.001493637377 Gflops = 0.258001493637377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001103982 Relative Rsd = 4.84333459546718e-07
BICGSTAB_SOLVER_TIME: 0.598393 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040706 s
InvBiCGStab: k = 53 resid = 1.746155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194867(s) Flops=350742528 => 1799.90725982337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259121.534780279 Mflops = 259.121534780279 Gflops = 0.259121534780279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 79 resid = 9.484955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289733(s) Flops=521349120 => 1799.41228648445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259055.177955038 Mflops = 259.055177955038 Gflops = 0.259055177955038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001054712 Relative Rsd = 4.62717870792176e-07
BICGSTAB_SOLVER_TIME: 0.585243 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108733
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.071666(s) Flops=1466966016 => 1368.86494112905 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197099.675787196 Mflops = 197.099675787196 Gflops = 0.197099675787196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162660000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.485413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.054535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672811(s) Flops=1157842944 => 1720.90370698458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247748.223567597 Mflops = 247.748223567597 Gflops = 0.247748223567597 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 7.803351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819718(s) Flops=1459685376 => 1780.71650982411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256410.107041318 Mflops = 256.410107041318 Gflops = 0.256410107041318 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.00259279 Relative Rsd = 1.14052018280771e-06
BICGSTAB_SOLVER_TIME: 1.496021 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284191999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.693361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672753(s) Flops=1210337280 => 1799.08120811055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.214956989 Mflops = 258.965214956989 Gflops = 0.258965214956989 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.043614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.677891(s) Flops=1223460864 => 1804.80470164082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.004893447 Mflops = 259.876004893447 Gflops = 0.259876004893447 Tflops
BICGSTAB_SOLVER: 370 iterations. Rsd = 0.001969392 Relative Rsd = 8.65414101443057e-07
BICGSTAB_SOLVER_TIME: 1.354019 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.115896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264244999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927817(s) Flops=1466966016 => 1581.09413386476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227658.411439948 Mflops = 227.658411439948 Gflops = 0.227658411439948 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162748000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042754 s
InvBiCGStab: k = 24 resid = 1.723097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107876(s) Flops=160450560 => 1487.36104416182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214083.837437361 Mflops = 214.083837437361 Gflops = 0.214083837437361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067093 s
InvBiCGStab: k = 51 resid = 8.186764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235651(s) Flops=337618944 => 1432.70745297071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206265.202833791 Mflops = 206.265202833791 Gflops = 0.206265202833791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007273784 Relative Rsd = 3.19111857938708e-07
BICGSTAB_SOLVER_TIME: 0.457645 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046157 s
InvBiCGStab: k = 87 resid = 1.067804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388245(s) Flops=573843456 => 1478.04467797396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212811.342815945 Mflops = 212.811342815945 Gflops = 0.212811342815945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067279 s
InvBiCGStab: k = 110 resid = 1.087757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.49869(s) Flops=724764672 => 1453.33708716838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209254.752126038 Mflops = 209.254752126038 Gflops = 0.209254752126038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001295682 Relative Rsd = 5.68435315540584e-07
BICGSTAB_SOLVER_TIME: 1.004185 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155042999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.073429 s
InvBiCGStab: k = 51 resid = 2.081754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189465(s) Flops=337618944 => 1781.95943314069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256531.648275562 Mflops = 256.531648275562 Gflops = 0.256531648275562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056228 s
InvBiCGStab: k = 70 resid = 1.004168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257193(s) Flops=462292992 => 1797.45557616265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258778.522584017 Mflops = 258.778522584017 Gflops = 0.258778522584017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001052398 Relative Rsd = 4.6170289400586e-07
BICGSTAB_SOLVER_TIME: 0.580127 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10059
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041466 s
InvBiCGStab: k = 60 resid = 2.123871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221163(s) Flops=396675072 => 1793.58695622686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258221.597814193 Mflops = 258.221597814193 Gflops = 0.258221597814193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 98 resid = 1.071171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360343(s) Flops=646023168 => 1792.80065937177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258118.659720054 Mflops = 258.118659720054 Gflops = 0.258118659720054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001130047 Relative Rsd = 4.95768789765255e-07
BICGSTAB_SOLVER_TIME: 0.682908 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04151 s
InvBiCGStab: k = 55 resid = 2.268392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202359(s) Flops=363866112 => 1798.1217143789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258859.783423205 Mflops = 258.859783423205 Gflops = 0.258859783423205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 86 resid = 1.145685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314469(s) Flops=567281664 => 1803.93509058127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259712.695870926 Mflops = 259.712695870926 Gflops = 0.259712695870926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001099659 Relative Rsd = 4.82436755832462e-07
BICGSTAB_SOLVER_TIME: 0.618764 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115035
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900488(s) Flops=1448165376 => 1608.20063787635 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231556.643493859 Mflops = 231.556643493859 Gflops = 0.231556643493859 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160974000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 23 resid = 2.245579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085464(s) Flops=153888768 => 1800.62679022746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.75697558 Mflops = 259.11775697558 Gflops = 0.25911775697558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066405 s
InvBiCGStab: k = 51 resid = 1.130249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196349(s) Flops=337618944 => 1719.48389856837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247583.746663322 Mflops = 247.583746663322 Gflops = 0.247583746663322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006830005 Relative Rsd = 2.99642592937829e-07
BICGSTAB_SOLVER_TIME: 0.393406 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041991 s
InvBiCGStab: k = 76 resid = 2.215018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279855(s) Flops=501663744 => 1792.58453127512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258088.501554254 Mflops = 258.088501554254 Gflops = 0.258088501554255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055947 s
InvBiCGStab: k = 103 resid = 1.021565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385858(s) Flops=678832128 => 1759.2796521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253294.344159789 Mflops = 253.294344159789 Gflops = 0.253294344159789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001275402 Relative Rsd = 5.59538014629108e-07
BICGSTAB_SOLVER_TIME: 0.767443 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042783 s
InvBiCGStab: k = 55 resid = 1.600858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206864(s) Flops=363866112 => 1758.96295150437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253219.914613111 Mflops = 253.219914613111 Gflops = 0.253219914613111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06348 s
InvBiCGStab: k = 73 resid = 1.033112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329843(s) Flops=481978368 => 1461.2357030466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210377.179065386 Mflops = 210.377179065386 Gflops = 0.210377179065386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001024662 Relative Rsd = 4.49534561883373e-07
BICGSTAB_SOLVER_TIME: 0.649957 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049637 s
InvBiCGStab: k = 55 resid = 2.06755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25452(s) Flops=363866112 => 1429.61697312588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205817.033010886 Mflops = 205.817033010886 Gflops = 0.205817033010886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084331 s
InvBiCGStab: k = 83 resid = 9.186695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375727(s) Flops=547596288 => 1457.43129453034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209820.037666353 Mflops = 209.820037666353 Gflops = 0.209820037666353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001113604 Relative Rsd = 4.88554655711818e-07
BICGSTAB_SOLVER_TIME: 0.77057 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04774 s
InvBiCGStab: k = 60 resid = 2.054926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284743(s) Flops=396675072 => 1393.09859065895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200573.374015598 Mflops = 200.573374015598 Gflops = 0.200573374015598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064451 s
InvBiCGStab: k = 76 resid = 1.025338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282724(s) Flops=501663744 => 1774.39391066906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255459.463137785 Mflops = 255.459463137785 Gflops = 0.255459463137785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001140733 Relative Rsd = 5.00456845629631e-07
BICGSTAB_SOLVER_TIME: 0.683515 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111256
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950312(s) Flops=1492180992 => 1570.20114657081 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226080.977053877 Mflops = 226.080977053877 Gflops = 0.226080977053877 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165778000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040768 s
InvBiCGStab: k = 29 resid = 1.822816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107476(s) Flops=193259520 => 1798.16442740705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258820.353823897 Mflops = 258.820353823898 Gflops = 0.258820353823898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 53 resid = 7.769149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202248(s) Flops=350742528 => 1734.22000711997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249646.890739341 Mflops = 249.646890739341 Gflops = 0.249646890739341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007700211 Relative Rsd = 3.37819826508408e-07
BICGSTAB_SOLVER_TIME: 0.410277 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 58 resid = 1.066645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216968(s) Flops=383551488 => 1767.7790641938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254504.174498551 Mflops = 254.504174498551 Gflops = 0.254504174498551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059131 s
InvBiCGStab: k = 77 resid = 1.041327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290157(s) Flops=508225536 => 1751.55359339944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252161.05550793 Mflops = 252.16105550793 Gflops = 0.25216105550793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001096496 Relative Rsd = 4.81049404681478e-07
BICGSTAB_SOLVER_TIME: 0.611167 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043034 s
InvBiCGStab: k = 58 resid = 2.11953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213993(s) Flops=383551488 => 1792.35530134163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258025.277046558 Mflops = 258.025277046558 Gflops = 0.258025277046558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 79 resid = 1.005093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311273(s) Flops=521349120 => 1674.89348578258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241136.631971051 Mflops = 241.136631971051 Gflops = 0.241136631971051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001125018 Relative Rsd = 4.93562378446096e-07
BICGSTAB_SOLVER_TIME: 0.628609 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041538 s
InvBiCGStab: k = 61 resid = 2.260337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223478(s) Flops=403236864 => 1804.36939654015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.921918372 Mflops = 259.783921918372 Gflops = 0.259783921918372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058252 s
InvBiCGStab: k = 80 resid = 9.765707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298368(s) Flops=527910912 => 1769.32818532819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254726.343395142 Mflops = 254.726343395142 Gflops = 0.254726343395142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001167432 Relative Rsd = 5.12170064878226e-07
BICGSTAB_SOLVER_TIME: 0.625509 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04336 s
InvBiCGStab: k = 62 resid = 2.243601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230586(s) Flops=409798656 => 1777.20527698993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255864.721712326 Mflops = 255.864721712326 Gflops = 0.255864721712326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056151 s
InvBiCGStab: k = 88 resid = 7.060084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332851(s) Flops=580405248 => 1743.73893423784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251054.974061656 Mflops = 251.054974061656 Gflops = 0.251054974061656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001098367 Relative Rsd = 4.81869945971115e-07
BICGSTAB_SOLVER_TIME: 0.666762 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121384
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.154774(s) Flops=1505525760 => 1303.7406107169 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187717.948350951 Mflops = 187.717948350951 Gflops = 0.187717948350951 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167043000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.486217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 26 resid = 1.855591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096921(s) Flops=173574144 => 1790.88271891541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257758.017468207 Mflops = 257.758017468207 Gflops = 0.257758017468207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 51 resid = 8.933555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191855(s) Flops=337618944 => 1759.76098616142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253307.659589989 Mflops = 253.307659589989 Gflops = 0.253307659589989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007373532 Relative Rsd = 3.23487958979413e-07
BICGSTAB_SOLVER_TIME: 0.390502 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042475 s
InvBiCGStab: k = 75 resid = 2.04033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280174(s) Flops=495101952 => 1767.12311634913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254399.350046653 Mflops = 254.399350046653 Gflops = 0.254399350046653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06023 s
InvBiCGStab: k = 83 resid = 8.557261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321625(s) Flops=547596288 => 1702.5924228527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245126.965949018 Mflops = 245.126965949018 Gflops = 0.245126965949018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001120271 Relative Rsd = 4.91479921671313e-07
BICGSTAB_SOLVER_TIME: 0.708548 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040909 s
InvBiCGStab: k = 65 resid = 1.819697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238287(s) Flops=429484032 => 1802.3812965038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259486.378920448 Mflops = 259.486378920448 Gflops = 0.259486378920448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057365 s
InvBiCGStab: k = 75 resid = 7.844424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274977(s) Flops=495101952 => 1800.52132360161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259213.548538237 Mflops = 259.213548538237 Gflops = 0.259213548538237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001054372 Relative Rsd = 4.62568737182956e-07
BICGSTAB_SOLVER_TIME: 0.615561 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 61 resid = 1.922276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235275(s) Flops=403236864 => 1713.89592604399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246741.06820185 Mflops = 246.74106820185 Gflops = 0.24674106820185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057633 s
InvBiCGStab: k = 84 resid = 1.099966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31087(s) Flops=554158080 => 1782.60391803648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256642.873551907 Mflops = 256.642873551907 Gflops = 0.256642873551907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001110761 Relative Rsd = 4.87307704660749e-07
BICGSTAB_SOLVER_TIME: 0.648654 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 54 resid = 2.09633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1991(s) Flops=357304320 => 1794.59728779508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258352.759138981 Mflops = 258.352759138981 Gflops = 0.258352759138981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055913 s
InvBiCGStab: k = 83 resid = 7.782829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303744(s) Flops=547596288 => 1802.82174462705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259551.186000319 Mflops = 259.551186000319 Gflops = 0.259551186000319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001079377 Relative Rsd = 4.73538842043139e-07
BICGSTAB_SOLVER_TIME: 0.603618 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111938
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939954(s) Flops=1511718912 => 1608.2903120791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231571.676675527 Mflops = 231.571676675527 Gflops = 0.231571676675527 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168056000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.170498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.955296(s) Flops=1420314624 => 1486.77962013868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214124.510100246 Mflops = 214.124510100246 Gflops = 0.214124510100246 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.119271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860152(s) Flops=1544988672 => 1796.18099126666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258636.237428008 Mflops = 258.636237428008 Gflops = 0.258636237428008 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002176153 Relative Rsd = 9.5724048997324e-07
BICGSTAB_SOLVER_TIME: 1.818983 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321932
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.066341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713209(s) Flops=1275955200 => 1789.03406995705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257557.936652222 Mflops = 257.557936652222 Gflops = 0.257557936652222 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 9.27882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.725603(s) Flops=1302202368 => 1794.64854472763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258416.967564294 Mflops = 258.416967564294 Gflops = 0.258416967564294 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.002151579 Relative Rsd = 9.45454416784299e-07
BICGSTAB_SOLVER_TIME: 1.44225 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.117824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279818999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940595(s) Flops=1511718912 => 1607.1942887215 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231414.315595149 Mflops = 231.414315595149 Gflops = 0.231414315595149 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168258000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 24 resid = 2.270548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090655(s) Flops=160450560 => 1769.90303899399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254738.575651141 Mflops = 254.738575651141 Gflops = 0.254738575651141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 58 resid = 8.885918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212435(s) Flops=383551488 => 1805.50044954927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.474817451 Mflops = 259.925474817451 Gflops = 0.259925474817451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007833755 Relative Rsd = 3.43678606741743e-07
BICGSTAB_SOLVER_TIME: 0.404366 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 73 resid = 1.61132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279372(s) Flops=481978368 => 1725.22073794081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248368.838566055 Mflops = 248.368838566055 Gflops = 0.248368838566055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 87 resid = 1.133037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335063(s) Flops=573843456 => 1712.64346108045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246574.363014281 Mflops = 246.574363014281 Gflops = 0.246574363014281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001238014 Relative Rsd = 5.43135360540983e-07
BICGSTAB_SOLVER_TIME: 0.717617 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048913 s
InvBiCGStab: k = 55 resid = 1.843323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255438(s) Flops=363866112 => 1424.47917694313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205076.362780053 Mflops = 205.076362780053 Gflops = 0.205076362780053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064939 s
InvBiCGStab: k = 74 resid = 1.093974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313423(s) Flops=488540160 => 1558.72466283585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224414.50463798 Mflops = 224.41450463798 Gflops = 0.22441450463798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001033694 Relative Rsd = 4.53497021451106e-07
BICGSTAB_SOLVER_TIME: 0.686466 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048947 s
InvBiCGStab: k = 69 resid = 1.746748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295049(s) Flops=455731200 => 1544.59496558199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222385.098899992 Mflops = 222.385098899992 Gflops = 0.222385098899992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07148 s
InvBiCGStab: k = 88 resid = 1.11863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380461(s) Flops=580405248 => 1525.53152097061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219607.24092238 Mflops = 219.60724092238 Gflops = 0.21960724092238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001176997 Relative Rsd = 5.16366133051635e-07
BICGSTAB_SOLVER_TIME: 0.803641 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041348 s
InvBiCGStab: k = 56 resid = 2.17786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205616(s) Flops=370427904 => 1801.55194148315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259350.156146321 Mflops = 259.350156146321 Gflops = 0.259350156146321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056885 s
InvBiCGStab: k = 77 resid = 1.043491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283926(s) Flops=508225536 => 1789.99294182287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257695.242821469 Mflops = 257.695242821469 Gflops = 0.257695242821469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001098913 Relative Rsd = 4.82109836574715e-07
BICGSTAB_SOLVER_TIME: 0.591617 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10916
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940707(s) Flops=1505746944 => 1600.65455449997 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230479.608426192 Mflops = 230.479608426192 Gflops = 0.230479608426192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167161000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 23 resid = 2.257918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086552(s) Flops=153888768 => 1777.99205102135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255877.72196912 Mflops = 255.87772196912 Gflops = 0.25587772196912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057992 s
InvBiCGStab: k = 53 resid = 5.640861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196348(s) Flops=350742528 => 1786.3310448795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257152.689836314 Mflops = 257.152689836314 Gflops = 0.257152689836314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007082231 Relative Rsd = 3.10708153522544e-07
BICGSTAB_SOLVER_TIME: 0.385667 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041885 s
InvBiCGStab: k = 74 resid = 1.984026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271318(s) Flops=488540160 => 1800.61831503992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.299395993 Mflops = 259.239299395993 Gflops = 0.259239299395993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 86 resid = 1.118212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314231(s) Flops=567281664 => 1805.30139928906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259911.47017988 Mflops = 259.91147017988 Gflops = 0.25991147017988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.00121061 Relative Rsd = 5.31112740126409e-07
BICGSTAB_SOLVER_TIME: 0.687211 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042132 s
InvBiCGStab: k = 54 resid = 2.14617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211607(s) Flops=357304320 => 1688.52788423823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243094.604247738 Mflops = 243.094604247738 Gflops = 0.243094604247738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 92 resid = 1.114258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336732(s) Flops=606652416 => 1801.58825416058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259379.790229203 Mflops = 259.379790229203 Gflops = 0.259379790229203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001097928 Relative Rsd = 4.81677349107974e-07
BICGSTAB_SOLVER_TIME: 0.650707 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 66 resid = 1.252996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242454(s) Flops=436045824 => 1798.46826202084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258925.128334315 Mflops = 258.925128334315 Gflops = 0.258925128334315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057505 s
InvBiCGStab: k = 86 resid = 9.459441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314775(s) Flops=567281664 => 1802.18144388849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.0382751 Mflops = 259.4620382751 Gflops = 0.2594620382751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001141509 Relative Rsd = 5.00797299273146e-07
BICGSTAB_SOLVER_TIME: 0.659627 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046684 s
InvBiCGStab: k = 62 resid = 2.204457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284216(s) Flops=409798656 => 1441.85639091395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207583.964666137 Mflops = 207.583964666137 Gflops = 0.207583964666137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064993 s
InvBiCGStab: k = 92 resid = 6.363057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392884(s) Flops=606652416 => 1544.10058948697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222314.231126229 Mflops = 222.314231126229 Gflops = 0.222314231126229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001123788 Relative Rsd = 4.93022586283132e-07
BICGSTAB_SOLVER_TIME: 0.79312 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124056
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.139421(s) Flops=1499553792 => 1316.06648639967 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189577.088669541 Mflops = 189.577088669541 Gflops = 0.189577088669541 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166238000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 25 resid = 1.850286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093216(s) Flops=167012352 => 1791.67044284243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257869.623074483 Mflops = 257.869623074482 Gflops = 0.257869623074482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 50 resid = 8.989091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18367(s) Flops=331057152 => 1802.45631839713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259456.111844332 Mflops = 259.456111844332 Gflops = 0.259456111844332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007241028 Relative Rsd = 3.17674787072459e-07
BICGSTAB_SOLVER_TIME: 0.377726 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043583 s
InvBiCGStab: k = 68 resid = 1.487839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24895(s) Flops=449169408 => 1804.25550512151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.612304643 Mflops = 259.770612304643 Gflops = 0.259770612304643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056862 s
InvBiCGStab: k = 84 resid = 1.096652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310182(s) Flops=554158080 => 1786.55782734008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257200.894283407 Mflops = 257.200894283407 Gflops = 0.257200894283407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001087926 Relative Rsd = 4.77289603388193e-07
BICGSTAB_SOLVER_TIME: 0.663355 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122925
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 54 resid = 2.097154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198581(s) Flops=357304320 => 1799.28754513272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259026.815978166 Mflops = 259.026815978166 Gflops = 0.259026815978166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055935 s
InvBiCGStab: k = 69 resid = 1.036673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253527(s) Flops=455731200 => 1797.56475641648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258776.231342675 Mflops = 258.776231342675 Gflops = 0.258776231342675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00108617 Relative Rsd = 4.76519164862476e-07
BICGSTAB_SOLVER_TIME: 0.553088 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 68 resid = 2.254115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249448(s) Flops=449169408 => 1800.65347487252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259237.007157391 Mflops = 259.237007157391 Gflops = 0.259237007157391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055753 s
InvBiCGStab: k = 85 resid = 1.130958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310698(s) Flops=560719872 => 1804.71027171079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.42041505 Mflops = 259.82542041505 Gflops = 0.25982542041505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001156046 Relative Rsd = 5.07174650774024e-07
BICGSTAB_SOLVER_TIME: 0.660847 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041583 s
InvBiCGStab: k = 61 resid = 2.065556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223609(s) Flops=403236864 => 1803.31231748275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259605.388328512 Mflops = 259.605388328512 Gflops = 0.259605388328512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056665 s
InvBiCGStab: k = 81 resid = 1.003773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321557(s) Flops=534472704 => 1662.13985078851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239303.321116879 Mflops = 239.303321116879 Gflops = 0.239303321116879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001120717 Relative Rsd = 4.91675378631069e-07
BICGSTAB_SOLVER_TIME: 0.647254 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115724
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935475(s) Flops=1493286912 => 1596.28735348352 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229842.309492105 Mflops = 229.842309492105 Gflops = 0.229842309492105 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165781000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.520393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047503 s
InvBiCGStab: k = 28 resid = 2.259961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122886(s) Flops=186697728 => 1519.27581661052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218692.039323625 Mflops = 218.692039323625 Gflops = 0.218692039323625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069037 s
InvBiCGStab: k = 51 resid = 9.847078e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217497(s) Flops=337618944 => 1552.29241782645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223469.381344595 Mflops = 223.469381344595 Gflops = 0.223469381344595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007940027 Relative Rsd = 3.48340921736583e-07
BICGSTAB_SOLVER_TIME: 0.460786 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 65 resid = 2.256915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287312(s) Flops=429484032 => 1494.83499470958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215213.657424451 Mflops = 215.213657424451 Gflops = 0.215213657424451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091504 s
InvBiCGStab: k = 79 resid = 1.04645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367336(s) Flops=521349120 => 1419.27042271925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204341.355573134 Mflops = 204.341355573134 Gflops = 0.204341355573134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001155246 Relative Rsd = 5.06823880353432e-07
BICGSTAB_SOLVER_TIME: 0.791206 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 56 resid = 2.019773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207166(s) Flops=370427904 => 1788.07286910014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257419.890053139 Mflops = 257.419890053139 Gflops = 0.257419890053139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 84 resid = 7.759247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308848(s) Flops=554158080 => 1794.27446510905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258322.701666514 Mflops = 258.322701666514 Gflops = 0.258322701666514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001120362 Relative Rsd = 4.91519707658157e-07
BICGSTAB_SOLVER_TIME: 0.617236 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044281 s
InvBiCGStab: k = 71 resid = 2.226509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279208(s) Flops=468854784 => 1679.23119681384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241754.599093587 Mflops = 241.754599093587 Gflops = 0.241754599093587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 88 resid = 9.409852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324529(s) Flops=580405248 => 1788.45418437181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257494.656063211 Mflops = 257.494656063211 Gflops = 0.257494656063211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001128355 Relative Rsd = 4.95026492547305e-07
BICGSTAB_SOLVER_TIME: 0.708409 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041481 s
InvBiCGStab: k = 64 resid = 1.63824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236867(s) Flops=422922240 => 1785.48400579228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257059.263139269 Mflops = 257.059263139269 Gflops = 0.257059263139269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057011 s
InvBiCGStab: k = 84 resid = 6.326547e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309336(s) Flops=554158080 => 1791.44386686322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257911.35459704 Mflops = 257.91135459704 Gflops = 0.25791135459704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001114383 Relative Rsd = 4.88896692623103e-07
BICGSTAB_SOLVER_TIME: 0.648404 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119917
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930893(s) Flops=1493213184 => 1604.0653265198 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230968.728259273 Mflops = 230.968728259273 Gflops = 0.230968728259273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.744536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743512(s) Flops=1341573120 => 1804.37319101776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.269890856 Mflops = 259.840269890856 Gflops = 0.259840269890856 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.033692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.0342(s) Flops=1604044800 => 1551.00058015858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223334.062935357 Mflops = 223.334062935357 Gflops = 0.223334062935357 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002141983 Relative Rsd = 9.42198273818683e-07
BICGSTAB_SOLVER_TIME: 1.781643 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.136131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319561999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 8.693581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876704(s) Flops=1315325952 => 1500.30791692521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215931.672327844 Mflops = 215.931672327844 Gflops = 0.215931672327844 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.141708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782522(s) Flops=1348134912 => 1722.80768080642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248095.05683285 Mflops = 248.09505683285 Gflops = 0.24809505683285 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002166427 Relative Rsd = 9.51961266986408e-07
BICGSTAB_SOLVER_TIME: 1.662774 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001841
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289063999999998
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934077(s) Flops=1493213184 => 1598.59752889751 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230177.657936047 Mflops = 230.177657936047 Gflops = 0.230177657936047 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165863000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041698 s
InvBiCGStab: k = 25 resid = 2.073503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092366(s) Flops=167012352 => 1808.158326657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.905271652 Mflops = 260.200905271652 Gflops = 0.260200905271652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059139 s
InvBiCGStab: k = 53 resid = 6.313468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209514(s) Flops=350742528 => 1674.07680632321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240991.887252036 Mflops = 240.991887252036 Gflops = 0.240991887252036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007587748 Relative Rsd = 3.32885904481433e-07
BICGSTAB_SOLVER_TIME: 0.406677 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041882 s
InvBiCGStab: k = 83 resid = 1.90849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305981(s) Flops=547596288 => 1789.64147447064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257667.559635442 Mflops = 257.667559635442 Gflops = 0.257667559635442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 110 resid = 7.224811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40409(s) Flops=724764672 => 1793.57240218763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.788786368 Mflops = 258.225788786368 Gflops = 0.258225788786368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001332136 Relative Rsd = 5.84428056495967e-07
BICGSTAB_SOLVER_TIME: 0.812309 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152717999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042664 s
InvBiCGStab: k = 63 resid = 2.203095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243943(s) Flops=416360448 => 1706.79399695831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245696.907434837 Mflops = 245.696907434837 Gflops = 0.245696907434837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 76 resid = 9.948864e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280061(s) Flops=501663744 => 1791.26598848108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257888.370010318 Mflops = 257.888370010318 Gflops = 0.257888370010318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001068939 Relative Rsd = 4.68959571996448e-07
BICGSTAB_SOLVER_TIME: 0.626582 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 61 resid = 1.938709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224041(s) Flops=403236864 => 1799.83513731862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.308469585 Mflops = 259.130308469585 Gflops = 0.259130308469585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 85 resid = 9.015175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311771(s) Flops=560719872 => 1798.49912916852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258927.717520799 Mflops = 258.927717520799 Gflops = 0.258927717520799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00115649 Relative Rsd = 5.07369648075395e-07
BICGSTAB_SOLVER_TIME: 0.637214 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118584
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041641 s
InvBiCGStab: k = 61 resid = 1.751082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253881(s) Flops=403236864 => 1588.290829168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228654.675328746 Mflops = 228.654675328746 Gflops = 0.228654675328746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064385 s
InvBiCGStab: k = 96 resid = 9.956823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41777(s) Flops=632899584 => 1514.94742082964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218119.648482439 Mflops = 218.119648482439 Gflops = 0.218119648482439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00109988 Relative Rsd = 4.82533948044224e-07
BICGSTAB_SOLVER_TIME: 0.781632 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126367
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.119078(s) Flops=1487020032 => 1328.79033633044 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191330.179467252 Mflops = 191.330179467252 Gflops = 0.191330179467252 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166348000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 28 resid = 2.110579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10476(s) Flops=186697728 => 1782.1470790378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256508.488321207 Mflops = 256.508488321207 Gflops = 0.256508488321207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 52 resid = 7.681241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19115(s) Flops=344180736 => 1800.57931467434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259193.409950363 Mflops = 259.193409950363 Gflops = 0.259193409950363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007369097 Relative Rsd = 3.23293370263272e-07
BICGSTAB_SOLVER_TIME: 0.397663 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 86 resid = 9.394914e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315017(s) Flops=567281664 => 1800.79698555951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259260.442013823 Mflops = 259.260442013823 Gflops = 0.259260442013823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 104 resid = 4.12845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37974(s) Flops=685393920 => 1804.9031442566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259862.199589439 Mflops = 259.86219958944 Gflops = 0.25986219958944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001289225 Relative Rsd = 5.65602491989545e-07
BICGSTAB_SOLVER_TIME: 0.796401 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 51 resid = 1.848999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187353(s) Flops=337618944 => 1802.04717298362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.761351159 Mflops = 259.424761351159 Gflops = 0.259424761351159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 85 resid = 9.559947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310615(s) Flops=560719872 => 1805.19251163015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259896.955119291 Mflops = 259.896955119291 Gflops = 0.259896955119291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001087653 Relative Rsd = 4.77169530403509e-07
BICGSTAB_SOLVER_TIME: 0.598928 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111555
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040645 s
InvBiCGStab: k = 62 resid = 2.19395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226871(s) Flops=409798656 => 1806.30691450207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.880333438 Mflops = 260.043880333438 Gflops = 0.260043880333438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056115 s
InvBiCGStab: k = 76 resid = 1.006844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278311(s) Flops=501663744 => 1802.52934307304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.634813803 Mflops = 259.506634813803 Gflops = 0.259506634813803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001140632 Relative Rsd = 5.00412463058942e-07
BICGSTAB_SOLVER_TIME: 0.605812 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041178 s
InvBiCGStab: k = 69 resid = 1.545975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265704(s) Flops=455731200 => 1715.18381356698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246950.44139872 Mflops = 246.95044139872 Gflops = 0.24695044139872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 81 resid = 9.568341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296213(s) Flops=534472704 => 1804.3526246316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.858601229 Mflops = 259.766858601229 Gflops = 0.259766858601229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001068186 Relative Rsd = 4.68629486203162e-07
BICGSTAB_SOLVER_TIME: 0.663158 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121343
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955731(s) Flops=1480679424 => 1549.26378238228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223075.996105261 Mflops = 223.075996105261 Gflops = 0.223075996105261 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164561000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.550218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.077922 s
InvBiCGStab: k = 31 resid = 1.827356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131081(s) Flops=206383104 => 1574.47001472372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226596.637497406 Mflops = 226.596637497406 Gflops = 0.226596637497406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067975 s
InvBiCGStab: k = 46 resid = 1.128727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169848(s) Flops=304809984 => 1794.60449342942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258326.986101715 Mflops = 258.326986101715 Gflops = 0.258326986101715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007086911 Relative Rsd = 3.10913442064415e-07
BICGSTAB_SOLVER_TIME: 0.450913 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 57 resid = 1.381178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21019(s) Flops=376989696 => 1793.56627812931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258212.120713001 Mflops = 258.212120713001 Gflops = 0.258212120713001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055964 s
InvBiCGStab: k = 75 resid = 1.145218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275982(s) Flops=495101952 => 1793.96464986847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258272.732177985 Mflops = 258.272732177985 Gflops = 0.258272732177985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001080358 Relative Rsd = 4.73969337656879e-07
BICGSTAB_SOLVER_TIME: 0.587068 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 51 resid = 1.425029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188364(s) Flops=337618944 => 1792.37510352297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258044.782696203 Mflops = 258.044782696203 Gflops = 0.258044782696203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 76 resid = 1.14396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278495(s) Flops=501663744 => 1801.33842259287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259336.744120334 Mflops = 259.336744120334 Gflops = 0.259336744120334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001008568 Relative Rsd = 4.42473800510926e-07
BICGSTAB_SOLVER_TIME: 0.568126 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040683 s
InvBiCGStab: k = 65 resid = 1.877663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237744(s) Flops=429484032 => 1806.49788007268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260084.718924747 Mflops = 260.084718924747 Gflops = 0.260084718924747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 80 resid = 1.07817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293165(s) Flops=527910912 => 1800.72966418229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259241.274364158 Mflops = 259.241274364158 Gflops = 0.259241274364158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00109659 Relative Rsd = 4.81090518570322e-07
BICGSTAB_SOLVER_TIME: 0.6316 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040882 s
InvBiCGStab: k = 51 resid = 1.884007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187461(s) Flops=337618944 => 1801.0089778674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259275.072539173 Mflops = 259.275072539173 Gflops = 0.259275072539173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 80 resid = 6.522418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293225(s) Flops=527910912 => 1800.361197033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259199.159074556 Mflops = 259.199159074556 Gflops = 0.259199159074556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001002003 Relative Rsd = 4.3959383643889e-07
BICGSTAB_SOLVER_TIME: 0.581526 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107722
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919879(s) Flops=1480384512 => 1609.32526125719 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231725.078292372 Mflops = 231.725078292372 Gflops = 0.231725078292372 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164379000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 25 resid = 1.979441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092918(s) Flops=167012352 => 1797.41656083859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258674.40708448 Mflops = 258.67440708448 Gflops = 0.25867440708448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05688 s
InvBiCGStab: k = 51 resid = 1.12626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188182(s) Flops=337618944 => 1794.10859699652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258263.956262817 Mflops = 258.263956262817 Gflops = 0.258263956262817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007510054 Relative Rsd = 3.29477358803701e-07
BICGSTAB_SOLVER_TIME: 0.383124 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053803 s
InvBiCGStab: k = 54 resid = 2.092836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246311(s) Flops=357304320 => 1450.62266809034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208845.721037873 Mflops = 208.845721037873 Gflops = 0.208845721037873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067369 s
InvBiCGStab: k = 76 resid = 1.078307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357009(s) Flops=501663744 => 1405.18514659294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202303.193570865 Mflops = 202.303193570865 Gflops = 0.202303193570865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001090878 Relative Rsd = 4.78584461057568e-07
BICGSTAB_SOLVER_TIME: 0.728676 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046149 s
InvBiCGStab: k = 49 resid = 2.043784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201049(s) Flops=324495360 => 1614.01131067551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232343.033202508 Mflops = 232.343033202508 Gflops = 0.232343033202508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062155 s
InvBiCGStab: k = 78 resid = 9.762038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349491(s) Flops=514787328 => 1472.9630462587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212064.435863192 Mflops = 212.064435863192 Gflops = 0.212064435863192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001039036 Relative Rsd = 4.55840717407794e-07
BICGSTAB_SOLVER_TIME: 0.662873 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061287 s
InvBiCGStab: k = 62 resid = 2.094767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271845(s) Flops=409798656 => 1507.47174308889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217040.31370511 Mflops = 217.04031370511 Gflops = 0.21704031370511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 86 resid = 8.425625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316337(s) Flops=567281664 => 1793.28268270863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258185.980467149 Mflops = 258.185980467149 Gflops = 0.258185980467149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001123381 Relative Rsd = 4.92843983464144e-07
BICGSTAB_SOLVER_TIME: 0.710068 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 51 resid = 1.976834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188094(s) Flops=337618944 => 1794.9479728221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258402.884231869 Mflops = 258.402884231869 Gflops = 0.258402884231869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 76 resid = 1.143864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27997(s) Flops=501663744 => 1791.84821230846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257973.090105525 Mflops = 257.973090105525 Gflops = 0.257973090105525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001048749 Relative Rsd = 4.60102159218122e-07
BICGSTAB_SOLVER_TIME: 0.568998 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104851
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948186(s) Flops=1473822720 => 1554.36034702052 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223808.791521108 Mflops = 223.808791521108 Gflops = 0.223808791521108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163641000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.112496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758408(s) Flops=1367820288 => 1803.54148162994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.565776689 Mflops = 259.659565776689 Gflops = 0.259659565776689 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.022318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766333(s) Flops=1361258496 => 1776.32764868536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255774.476999011 Mflops = 255.774476999011 Gflops = 0.255774476999011 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002058869 Relative Rsd = 9.05630210581668e-07
BICGSTAB_SOLVER_TIME: 1.528056 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296353999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.956571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709386(s) Flops=1282516992 => 1807.92543410781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260310.644059261 Mflops = 260.310644059261 Gflops = 0.260310644059261 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.10885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90572(s) Flops=1321887744 => 1459.48830102018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210147.320264913 Mflops = 210.147320264913 Gflops = 0.210147320264913 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.002019395 Relative Rsd = 8.87340250363299e-07
BICGSTAB_SOLVER_TIME: 1.61924 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.131592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282494999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 287 resid = 2.183557e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.2238(s) Flops=1886201856 => 1541.26642915509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221952.262786568 Mflops = 221.952262786568 Gflops = 0.221952262786568 Tflops
InvBiCGStab: k = 329 resid = 1.101241e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.209698(s) Flops=2161797120 => 1787.05521543393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257328.900191187 Mflops = 257.328900191187 Gflops = 0.257328900191187 Tflops
BICGSTAB_SOLVER: 616 iterations. Rsd = 0.002034636 Relative Rsd = 8.94970787874576e-07
BICGSTAB_SOLVER_TIME: 2.438539 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.440553999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 2.153504e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989237(s) Flops=1774651392 => 1793.95978112424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258302.733464595 Mflops = 258.302733464595 Gflops = 0.258302733464595 Tflops
InvBiCGStab: k = 278 resid = 9.831964e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.019124(s) Flops=1827145728 => 1792.85909074853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258162.677577554 Mflops = 258.162677577554 Gflops = 0.258162677577554 Tflops
BICGSTAB_SOLVER: 548 iterations. Rsd = 0.002004997 Relative Rsd = 8.81013633623154e-07
BICGSTAB_SOLVER_TIME: 2.013102 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.392481999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00071
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 227 resid = 2.250627e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828952(s) Flops=1492494336 => 1800.45929800519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259155.076200468 Mflops = 259.155076200468 Gflops = 0.259155076200468 Tflops
InvBiCGStab: k = 259 resid = 1.029967e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.99417(s) Flops=1702471680 => 1712.45529436615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246588.672330152 Mflops = 246.588672330152 Gflops = 0.246588672330152 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.001864467 Relative Rsd = 8.17969909560447e-07
BICGSTAB_SOLVER_TIME: 1.827879 sec
2Flav::invert,  n_count = 486
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345918000000002
MInvCG2: 347 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.39233(s) Flops=2238031872 => 1607.40045247894 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231470.373206158 Mflops = 231.470373206158 Gflops = 0.231470373206158 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249183000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.113842461088666
AccProb = 0.892398532302245
AcceptP = 1
After HMC trajectory call: time= 456.755209 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.060508 secs
Doing Update: 2734 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 256 resid = 1.736772e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.123339(s) Flops=1682786304 => 1498.02179395534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215723.378008751 Mflops = 215.723378008751 Gflops = 0.215723378008751 Tflops
InvBiCGStab: k = 283 resid = 4.894337e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.241385(s) Flops=1859954688 => 1498.28996483766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215748.426389667 Mflops = 215.748426389667 Gflops = 0.215748426389667 Tflops
BICGSTAB_SOLVER: 539 iterations. Rsd = 0.001954519 Relative Rsd = 8.60009167767672e-07
BICGSTAB_SOLVER_TIME: 2.369488 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.387405999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000379
InvBiCGStab: k = 234 resid = 2.22492e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8605(s) Flops=1538426880 => 1787.82902963393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257497.709098042 Mflops = 257.497709098042 Gflops = 0.257497709098042 Tflops
InvBiCGStab: k = 255 resid = 7.017117e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.954379(s) Flops=1676224512 => 1756.35100101742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252905.431280941 Mflops = 252.905431280941 Gflops = 0.252905431280941 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.001845758 Relative Rsd = 8.11388975511807e-07
BICGSTAB_SOLVER_TIME: 1.819879 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351777999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000349
MInvCG2: 364 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.4626(s) Flops=2339923968 => 1599.83862163271 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230570.880162009 Mflops = 230.570880162009 Gflops = 0.230570880162009 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260657000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 295 resid = 1.827716e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.07827(s) Flops=1938696192 => 1797.96914687416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.550144498 Mflops = 258.923550144498 Gflops = 0.258923550144498 Tflops
InvBiCGStab: k = 313 resid = 1.029746e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.157786(s) Flops=2056808448 => 1776.50139835859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255803.879236782 Mflops = 255.803879236782 Gflops = 0.255803879236782 Tflops
BICGSTAB_SOLVER: 608 iterations. Rsd = 0.002091723 Relative Rsd = 9.20380202221883e-07
BICGSTAB_SOLVER_TIME: 2.240756 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.434590999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 261 resid = 1.764043e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959327(s) Flops=1715595264 => 1788.33209531265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257493.148088606 Mflops = 257.493148088606 Gflops = 0.257493148088606 Tflops
InvBiCGStab: k = 286 resid = 9.378652e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.222386(s) Flops=1879640064 => 1537.68127579995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221421.718651656 Mflops = 221.421718651656 Gflops = 0.221421718651656 Tflops
BICGSTAB_SOLVER: 547 iterations. Rsd = 0.001989738 Relative Rsd = 8.74682374886422e-07
BICGSTAB_SOLVER_TIME: 2.188384 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.392770999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 222 resid = 2.0913e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.016472(s) Flops=1459685376 => 1436.03107217907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206768.38561697 Mflops = 206.76838561697 Gflops = 0.20676838561697 Tflops
InvBiCGStab: k = 248 resid = 1.096693e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965967(s) Flops=1630291968 => 1687.73050011025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243023.095413814 Mflops = 243.023095413814 Gflops = 0.243023095413814 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.001810515 Relative Rsd = 7.93876757848969e-07
BICGSTAB_SOLVER_TIME: 1.987536 sec
2Flav::invert,  n_count = 470
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334980000000002
MInvCG2: 344 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.378386(s) Flops=2218272768 => 1609.32624678428 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231745.214263605 Mflops = 231.745214263605 Gflops = 0.231745214263605 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247558000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.572443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753581(s) Flops=1361258496 => 1806.38643490215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260028.2641105 Mflops = 260.0282641105 Gflops = 0.2600282641105 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 9.561894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.969791(s) Flops=1754966016 => 1809.6332261281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260575.824835211 Mflops = 260.575824835211 Gflops = 0.260575824835211 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002227399 Relative Rsd = 9.80079280384302e-07
BICGSTAB_SOLVER_TIME: 1.726706 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337964999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.147731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.725296(s) Flops=1256269824 => 1732.07879817344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249331.201417691 Mflops = 249.331201417691 Gflops = 0.249331201417691 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.005613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709045(s) Flops=1256269824 => 1771.77728352925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255121.324061 Mflops = 255.121324061 Gflops = 0.255121324061 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001922754 Relative Rsd = 8.45236439461007e-07
BICGSTAB_SOLVER_TIME: 1.437765 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.115966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001855
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272800999999997
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902122(s) Flops=1448165376 => 1605.28772826735 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231136.404075315 Mflops = 231.136404075315 Gflops = 0.231136404075315 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160765000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.53834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.5e-05 s
InvBiCGStab: k = 147 resid = 2.203019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.644098(s) Flops=967550976 => 1502.17975525464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216198.124292338 Mflops = 216.198124292338 Gflops = 0.216198124292338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.8e-05 s
InvBiCGStab: k = 186 resid = 9.082202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753758(s) Flops=1223460864 => 1623.14809793064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233709.387436658 Mflops = 233.709387436658 Gflops = 0.233709387436658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 333 iterations. Rsd = 0.001857387 Relative Rsd = 8.14429282260575e-07
BICGSTAB_SOLVER_TIME: 1.401719 sec
2Flav::invert,  n_count = 333
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.239459999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000117 s
InvBiCGStab: k = 123 resid = 1.52686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471006(s) Flops=810067968 => 1719.86761952077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247532.351074967 Mflops = 247.532351074967 Gflops = 0.247532351074967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8e-05 s
InvBiCGStab: k = 132 resid = 8.56215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.498067(s) Flops=869124096 => 1744.9943401189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251224.244202219 Mflops = 251.224244202219 Gflops = 0.251224244202219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 255 iterations. Rsd = 0.001560584 Relative Rsd = 6.84286843513697e-07
BICGSTAB_SOLVER_TIME: 0.972966 sec
2Flav::invert,  n_count = 255
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183481999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004912 s
InvBiCGStab: k = 102 resid = 2.24325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373048(s) Flops=672270336 => 1802.10143466792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259467.004075448 Mflops = 259.467004075448 Gflops = 0.259467004075448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007139 s
InvBiCGStab: k = 124 resid = 1.129804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45417(s) Flops=816629760 => 1798.07067838034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.014496337 Mflops = 258.887014496337 Gflops = 0.258887014496337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 226 iterations. Rsd = 0.001419515 Relative Rsd = 6.22430650529421e-07
BICGSTAB_SOLVER_TIME: 0.843158 sec
2Flav::invert,  n_count = 226
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165096999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007316 s
InvBiCGStab: k = 70 resid = 2.198374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255759(s) Flops=462292992 => 1807.5336234502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260223.575508479 Mflops = 260.223575508479 Gflops = 0.260223575508479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011062 s
InvBiCGStab: k = 114 resid = 1.022001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416089(s) Flops=751011840 => 1804.93077202233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259875.961896956 Mflops = 259.875961896956 Gflops = 0.259875961896956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001343855 Relative Rsd = 5.8925543522442e-07
BICGSTAB_SOLVER_TIME: 0.69411 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136064
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010454 s
InvBiCGStab: k = 72 resid = 2.013919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262681(s) Flops=475416576 => 1809.8628222064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260567.218362691 Mflops = 260.567218362691 Gflops = 0.260567218362691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015257 s
InvBiCGStab: k = 104 resid = 1.129385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379757(s) Flops=685393920 => 1804.82234692185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259844.302365463 Mflops = 259.844302365463 Gflops = 0.259844302365463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001272871 Relative Rsd = 5.58129969608333e-07
BICGSTAB_SOLVER_TIME: 0.671992 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131599
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998598(s) Flops=1460994048 => 1463.04523742287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210678.597422441 Mflops = 210.678597422441 Gflops = 0.210678597422441 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162174000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.538361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013549 s
InvBiCGStab: k = 25 resid = 2.278638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093857(s) Flops=167012352 => 1779.43416047817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256118.111269594 Mflops = 256.118111269594 Gflops = 0.256118111269594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019727 s
InvBiCGStab: k = 55 resid = 1.150904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203611(s) Flops=363866112 => 1787.06509962625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257272.63526984 Mflops = 257.27263526984 Gflops = 0.25727263526984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007629169 Relative Rsd = 3.34524764284053e-07
BICGSTAB_SOLVER_TIME: 0.334668 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016724 s
InvBiCGStab: k = 85 resid = 1.973948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31349(s) Flops=560719872 => 1788.63718778908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257524.18169803 Mflops = 257.52418169803 Gflops = 0.25752418169803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024004 s
InvBiCGStab: k = 112 resid = 1.106516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410159(s) Flops=737888256 => 1799.02978113366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259014.649662069 Mflops = 259.014649662069 Gflops = 0.259014649662069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001343396 Relative Rsd = 5.89053803764547e-07
BICGSTAB_SOLVER_TIME: 0.768233 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148423999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019898 s
InvBiCGStab: k = 53 resid = 1.87431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193543(s) Flops=350742528 => 1812.22016812801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260886.943104437 Mflops = 260.886943104437 Gflops = 0.260886943104437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029009 s
InvBiCGStab: k = 78 resid = 1.01618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285321(s) Flops=514787328 => 1804.23918323572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259750.376447676 Mflops = 259.750376447676 Gflops = 0.259750376447676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001106922 Relative Rsd = 4.85364442680192e-07
BICGSTAB_SOLVER_TIME: 0.531578 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102531
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023419 s
InvBiCGStab: k = 67 resid = 1.715977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24534(s) Flops=442607616 => 1804.05810711665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259738.924774381 Mflops = 259.738924774381 Gflops = 0.259738924774381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033722 s
InvBiCGStab: k = 89 resid = 1.01639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32445(s) Flops=586967040 => 1809.11400832178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260457.338678598 Mflops = 260.457338678598 Gflops = 0.260457338678598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001158765 Relative Rsd = 5.08096883925693e-07
BICGSTAB_SOLVER_TIME: 0.630761 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121333
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.029761 s
InvBiCGStab: k = 59 resid = 2.069012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216444(s) Flops=390113280 => 1802.37511781338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259477.588887279 Mflops = 259.477588887279 Gflops = 0.259477588887279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.03901 s
InvBiCGStab: k = 91 resid = 1.130726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331891(s) Flops=600090624 => 1808.09550123384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260317.574870578 Mflops = 260.317574870578 Gflops = 0.260317574870578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001141376 Relative Rsd = 5.00471998848314e-07
BICGSTAB_SOLVER_TIME: 0.620949 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118357000000001
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947742(s) Flops=1479868416 => 1561.46758928063 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224824.851507568 Mflops = 224.824851507568 Gflops = 0.224824851507568 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164451000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.554701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031729 s
InvBiCGStab: k = 25 resid = 2.273843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09315(s) Flops=167012352 => 1792.93990338164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258019.632680891 Mflops = 258.019632680891 Gflops = 0.258019632680891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044485 s
InvBiCGStab: k = 46 resid = 9.790751e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174509(s) Flops=304809984 => 1746.67199972494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251436.780303823 Mflops = 251.436780303823 Gflops = 0.251436780303823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007305781 Relative Rsd = 3.20344814923227e-07
BICGSTAB_SOLVER_TIME: 0.347618 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0628840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.03713 s
InvBiCGStab: k = 55 resid = 1.829448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21006(s) Flops=363866112 => 1732.20085689803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249373.204815395 Mflops = 249.373204815395 Gflops = 0.249373204815395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051772 s
InvBiCGStab: k = 82 resid = 9.589112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307925(s) Flops=541034496 => 1757.03335552488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252956.132209469 Mflops = 252.956132209469 Gflops = 0.252956132209469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001100033 Relative Rsd = 4.82343850273474e-07
BICGSTAB_SOLVER_TIME: 0.610822 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04401 s
InvBiCGStab: k = 48 resid = 1.591465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178031(s) Flops=317933568 => 1785.83262465526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257090.772952566 Mflops = 257.090772952566 Gflops = 0.257090772952566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 73 resid = 1.013479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272575(s) Flops=481978368 => 1768.24128405026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254563.595114484 Mflops = 254.563595114484 Gflops = 0.254563595114484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001064169 Relative Rsd = 4.66618127781538e-07
BICGSTAB_SOLVER_TIME: 0.554726 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041747 s
InvBiCGStab: k = 78 resid = 1.123725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296832(s) Flops=514787328 => 1734.27166882277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249687.670002473 Mflops = 249.687670002473 Gflops = 0.249687670002473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 92 resid = 1.048522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338533(s) Flops=606652416 => 1792.00378101987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258005.277942064 Mflops = 258.005277942064 Gflops = 0.258005277942064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001167481 Relative Rsd = 5.1191848921047e-07
BICGSTAB_SOLVER_TIME: 0.737645 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04189 s
InvBiCGStab: k = 51 resid = 2.241127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191607(s) Flops=337618944 => 1762.03867290861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253662.879921459 Mflops = 253.662879921459 Gflops = 0.253662879921459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055583 s
InvBiCGStab: k = 77 resid = 1.044698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287108(s) Flops=508225536 => 1770.15456204634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254839.514272135 Mflops = 254.839514272135 Gflops = 0.254839514272135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001022663 Relative Rsd = 4.48418719075562e-07
BICGSTAB_SOLVER_TIME: 0.580085 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105728
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950932(s) Flops=1492623360 => 1569.6425822246 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226025.357753498 Mflops = 226.025357753498 Gflops = 0.226025357753498 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165921000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.545045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044944 s
InvBiCGStab: k = 28 resid = 2.19039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12504(s) Flops=186697728 => 1493.10403071017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214940.073971783 Mflops = 214.940073971783 Gflops = 0.214940073971782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080335 s
InvBiCGStab: k = 51 resid = 9.766117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248476(s) Flops=337618944 => 1358.75876945862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195610.218086683 Mflops = 195.610218086683 Gflops = 0.195610218086683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007318106 Relative Rsd = 3.20885238281626e-07
BICGSTAB_SOLVER_TIME: 0.502656 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042625 s
InvBiCGStab: k = 62 resid = 2.172027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238984(s) Flops=409798656 => 1714.75352324842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246868.611593947 Mflops = 246.868611593947 Gflops = 0.246868611593947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058453 s
InvBiCGStab: k = 85 resid = 1.103456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313279(s) Flops=560719872 => 1789.84187258003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257680.960991707 Mflops = 257.680960991707 Gflops = 0.257680960991707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001148829 Relative Rsd = 5.03740215106133e-07
BICGSTAB_SOLVER_TIME: 0.657169 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 49 resid = 2.248988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183156(s) Flops=324495360 => 1771.68839677652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255046.454700714 Mflops = 255.046454700714 Gflops = 0.255046454700714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059018 s
InvBiCGStab: k = 74 resid = 8.963731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271697(s) Flops=488540160 => 1798.10656724219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.748949973 Mflops = 258.863748949973 Gflops = 0.258863748949973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001002537 Relative Rsd = 4.39593846059272e-07
BICGSTAB_SOLVER_TIME: 0.558673 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041775 s
InvBiCGStab: k = 51 resid = 2.040771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195913(s) Flops=337618944 => 1723.3105715292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248097.916425203 Mflops = 248.097916425203 Gflops = 0.248097916425203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058076 s
InvBiCGStab: k = 89 resid = 8.948715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336551(s) Flops=586967040 => 1744.06565423962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251097.507638394 Mflops = 251.097507638394 Gflops = 0.251097507638394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001099919 Relative Rsd = 4.82293978390867e-07
BICGSTAB_SOLVER_TIME: 0.636174 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04652 s
InvBiCGStab: k = 47 resid = 1.399744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178181(s) Flops=311371776 => 1747.50268547151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251571.302630459 Mflops = 251.571302630459 Gflops = 0.251571302630459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05647 s
InvBiCGStab: k = 79 resid = 8.993381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293275(s) Flops=521349120 => 1777.68006137584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255931.120680173 Mflops = 255.931120680173 Gflops = 0.255931120680173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001034502 Relative Rsd = 4.53609631679605e-07
BICGSTAB_SOLVER_TIME: 0.578297 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104317
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958081(s) Flops=1511571456 => 1577.70737129742 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227177.796609189 Mflops = 227.177796609189 Gflops = 0.227177796609189 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167943000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.487328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.876511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887931(s) Flops=1321887744 => 1488.72800251371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214361.747062409 Mflops = 214.361747062409 Gflops = 0.214361747062409 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.047165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821569(s) Flops=1440000000 => 1752.74383527129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252383.788656238 Mflops = 252.383788656238 Gflops = 0.252383788656238 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001992476 Relative Rsd = 8.76737175284872e-07
BICGSTAB_SOLVER_TIME: 1.713105 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.117592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301166999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.148694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727022(s) Flops=1249708032 => 1718.9411489611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247494.083988867 Mflops = 247.494083988867 Gflops = 0.247494083988867 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 5.185984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834365(s) Flops=1492494336 => 1788.77869517537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257569.606017064 Mflops = 257.569606017064 Gflops = 0.257569606017064 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002155454 Relative Rsd = 9.47461783261871e-07
BICGSTAB_SOLVER_TIME: 1.564842 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.116932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297965999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954902(s) Flops=1511571456 => 1582.95977597701 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227933.330484956 Mflops = 227.933330484956 Gflops = 0.227933330484956 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167826000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046806 s
InvBiCGStab: k = 25 resid = 2.254478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105869(s) Flops=167012352 => 1577.53782504794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227047.642927273 Mflops = 227.047642927273 Gflops = 0.227047642927273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075099 s
InvBiCGStab: k = 56 resid = 7.822904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240953(s) Flops=370427904 => 1537.34505899491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221314.612303211 Mflops = 221.314612303211 Gflops = 0.221314612303211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000739011 Relative Rsd = 3.24042480667606e-07
BICGSTAB_SOLVER_TIME: 0.472648 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052964 s
InvBiCGStab: k = 84 resid = 1.86605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383629(s) Flops=554158080 => 1444.51561274043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207999.152616855 Mflops = 207.999152616855 Gflops = 0.207999152616855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081656 s
InvBiCGStab: k = 110 resid = 5.971742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430282(s) Flops=724764672 => 1684.39458773549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242522.020379882 Mflops = 242.522020379882 Gflops = 0.242522020379882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001321004 Relative Rsd = 5.7923567886314e-07
BICGSTAB_SOLVER_TIME: 0.952366 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152621999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 64 resid = 1.924035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235652(s) Flops=422922240 => 1794.68979681904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258379.47309692 Mflops = 258.37947309692 Gflops = 0.25837947309692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055919 s
InvBiCGStab: k = 90 resid = 9.923307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329823(s) Flops=593528832 => 1799.53742461866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259082.390506812 Mflops = 259.082390506812 Gflops = 0.259082390506812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001084637 Relative Rsd = 4.75592820629404e-07
BICGSTAB_SOLVER_TIME: 0.666311 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 72 resid = 2.009933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264423(s) Flops=475416576 => 1797.93957409151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258851.068888319 Mflops = 258.851068888319 Gflops = 0.258851068888319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055813 s
InvBiCGStab: k = 81 resid = 1.031444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296639(s) Flops=534472704 => 1801.76141370487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259392.469497944 Mflops = 259.392469497944 Gflops = 0.259392469497944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001137426 Relative Rsd = 4.98739959085034e-07
BICGSTAB_SOLVER_TIME: 0.661907 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042152 s
InvBiCGStab: k = 61 resid = 2.275519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224119(s) Flops=403236864 => 1799.2087417845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258998.416003175 Mflops = 258.998416003175 Gflops = 0.258998416003175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057268 s
InvBiCGStab: k = 80 resid = 1.011212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294551(s) Flops=527910912 => 1792.25639023463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258010.392175163 Mflops = 258.010392175163 Gflops = 0.258010392175163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001084735 Relative Rsd = 4.75636158631792e-07
BICGSTAB_SOLVER_TIME: 0.62194 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115084
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946438(s) Flops=1524178944 => 1610.43718024847 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231918.071727837 Mflops = 231.918071727837 Gflops = 0.231918071727837 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169135000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053145 s
InvBiCGStab: k = 30 resid = 2.029523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13745(s) Flops=199821312 => 1453.77455074573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209260.234597236 Mflops = 209.260234597236 Gflops = 0.209260234597236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06141 s
InvBiCGStab: k = 53 resid = 9.060641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245679(s) Flops=350742528 => 1427.64553746962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205531.21640889 Mflops = 205.53121640889 Gflops = 0.20553121640889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.00075166 Relative Rsd = 3.29588826146357e-07
BICGSTAB_SOLVER_TIME: 0.502331 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044961 s
InvBiCGStab: k = 83 resid = 1.258442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35918(s) Flops=547596288 => 1524.57343950109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219511.451534114 Mflops = 219.511451534114 Gflops = 0.219511451534114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061207 s
InvBiCGStab: k = 101 resid = 1.074748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435596(s) Flops=665708544 => 1528.27056263143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220036.074980257 Mflops = 220.036074980257 Gflops = 0.220036074980257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001274883 Relative Rsd = 5.59012298667551e-07
BICGSTAB_SOLVER_TIME: 0.905001 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14546
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040662 s
InvBiCGStab: k = 49 resid = 1.320961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182249(s) Flops=324495360 => 1780.50557204703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256304.818291786 Mflops = 256.304818291786 Gflops = 0.256304818291786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057303 s
InvBiCGStab: k = 83 resid = 9.46922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307527(s) Flops=547596288 => 1780.64458730453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256356.228150215 Mflops = 256.356228150215 Gflops = 0.256356228150215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001041693 Relative Rsd = 4.56762994574204e-07
BICGSTAB_SOLVER_TIME: 0.591685 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041721 s
InvBiCGStab: k = 58 resid = 1.839811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214871(s) Flops=383551488 => 1785.03142815922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256982.641969398 Mflops = 256.982641969398 Gflops = 0.256982641969398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057013 s
InvBiCGStab: k = 86 resid = 8.778732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315906(s) Flops=567281664 => 1795.72931188391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258533.366016151 Mflops = 258.533366016151 Gflops = 0.258533366016151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114015 Relative Rsd = 4.88474824893979e-07
BICGSTAB_SOLVER_TIME: 0.633283 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 58 resid = 2.254075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212765(s) Flops=383551488 => 1802.70010575048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.751326724 Mflops = 259.538751326724 Gflops = 0.259538751326724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 81 resid = 8.495795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29611(s) Flops=534472704 => 1804.9802573368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.502226791 Mflops = 259.855502226791 Gflops = 0.259855502226791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001095951 Relative Rsd = 4.8055397546107e-07
BICGSTAB_SOLVER_TIME: 0.610075 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113668
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95072(s) Flops=1530667008 => 1610.00821272299 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231819.293711452 Mflops = 231.819293711452 Gflops = 0.231819293711452 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170046000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050637 s
InvBiCGStab: k = 28 resid = 1.50132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122754(s) Flops=186697728 => 1520.90952636981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218910.288708468 Mflops = 218.910288708468 Gflops = 0.218910288708468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066382 s
InvBiCGStab: k = 48 resid = 1.033118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236717(s) Flops=317933568 => 1343.09562895779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193356.562766745 Mflops = 193.356562766745 Gflops = 0.193356562766745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007426422 Relative Rsd = 3.25634705603394e-07
BICGSTAB_SOLVER_TIME: 0.481759 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046286 s
InvBiCGStab: k = 56 resid = 1.951774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250278(s) Flops=370427904 => 1480.06578284947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213083.452604386 Mflops = 213.083452604386 Gflops = 0.213083452604386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065419 s
InvBiCGStab: k = 82 resid = 1.024015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352583(s) Flops=541034496 => 1534.48832189867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220922.879751382 Mflops = 220.922879751382 Gflops = 0.220922879751382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001086184 Relative Rsd = 4.76271323253362e-07
BICGSTAB_SOLVER_TIME: 0.718452 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043206 s
InvBiCGStab: k = 59 resid = 2.006998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241365(s) Flops=390113280 => 1616.27941085079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232695.930845125 Mflops = 232.695930845125 Gflops = 0.232695930845125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 78 resid = 7.57367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286361(s) Flops=514787328 => 1797.68658441617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258815.953647833 Mflops = 258.815953647833 Gflops = 0.258815953647833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001052431 Relative Rsd = 4.61471420960849e-07
BICGSTAB_SOLVER_TIME: 0.631408 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 52 resid = 1.7022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191554(s) Flops=344180736 => 1796.78177432995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.416530071 Mflops = 258.667416530071 Gflops = 0.258667416530071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 80 resid = 1.040257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294091(s) Flops=527910912 => 1795.05973321183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258421.880647029 Mflops = 258.421880647029 Gflops = 0.258421880647029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001097704 Relative Rsd = 4.81322574167731e-07
BICGSTAB_SOLVER_TIME: 0.587028 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 50 resid = 2.271309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183361(s) Flops=331057152 => 1805.49381820562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259926.984911917 Mflops = 259.926984911917 Gflops = 0.259926984911917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 78 resid = 1.009573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285097(s) Flops=514787328 => 1805.6567694504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259957.161934342 Mflops = 259.957161934342 Gflops = 0.259957161934342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001065927 Relative Rsd = 4.67389074601402e-07
BICGSTAB_SOLVER_TIME: 0.569811 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105715
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95551(s) Flops=1537007616 => 1608.57303010958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231614.530326962 Mflops = 231.614530326962 Gflops = 0.231614530326962 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 32 resid = 1.437414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118483(s) Flops=212944896 => 1797.26117670889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258705.897583483 Mflops = 258.705897583483 Gflops = 0.258705897583483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 51 resid = 5.611492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218114(s) Flops=337618944 => 1547.90129932054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222800.845434967 Mflops = 222.800845434967 Gflops = 0.222800845434967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007500563 Relative Rsd = 3.28885642810791e-07
BICGSTAB_SOLVER_TIME: 0.438073 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046086 s
InvBiCGStab: k = 56 resid = 1.549788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251842(s) Flops=370427904 => 1470.87421478546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211754.988014193 Mflops = 211.754988014193 Gflops = 0.211754988014193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066174 s
InvBiCGStab: k = 84 resid = 1.123232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3764(s) Flops=554158080 => 1472.25844845909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211969.777368725 Mflops = 211.969777368725 Gflops = 0.211969777368725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00111965 Relative Rsd = 4.90945448351666e-07
BICGSTAB_SOLVER_TIME: 0.74491 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045882 s
InvBiCGStab: k = 54 resid = 1.792541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224867(s) Flops=357304320 => 1588.95845099548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228753.755613724 Mflops = 228.753755613724 Gflops = 0.228753755613724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062021 s
InvBiCGStab: k = 84 resid = 1.054045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341045(s) Flops=554158080 => 1624.88258147752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233939.505477232 Mflops = 233.939505477232 Gflops = 0.233939505477232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001060494 Relative Rsd = 4.65006964802303e-07
BICGSTAB_SOLVER_TIME: 0.677631 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112991
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070881 s
InvBiCGStab: k = 57 resid = 1.64843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292657(s) Flops=376989696 => 1288.16223770489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185461.595400161 Mflops = 185.461595400161 Gflops = 0.185461595400161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055996 s
InvBiCGStab: k = 87 resid = 1.005912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32068(s) Flops=573843456 => 1789.45820132219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257629.928377757 Mflops = 257.629928377757 Gflops = 0.257629928377757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114163 Relative Rsd = 4.88539449053016e-07
BICGSTAB_SOLVER_TIME: 0.744081 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 60 resid = 2.231385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220582(s) Flops=396675072 => 1798.31115866208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258891.757703383 Mflops = 258.891757703383 Gflops = 0.258891757703383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056542 s
InvBiCGStab: k = 81 resid = 1.048546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298001(s) Flops=534472704 => 1793.52654521294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258227.372403109 Mflops = 258.227372403109 Gflops = 0.258227372403109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00102268 Relative Rsd = 4.48426018644869e-07
BICGSTAB_SOLVER_TIME: 0.619816 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114968
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981383(s) Flops=1543348224 => 1572.6257984905 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226450.05413622 Mflops = 226.45005413622 Gflops = 0.22645005413622 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171234000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.857755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811438(s) Flops=1466247168 => 1806.97375276977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260146.416732317 Mflops = 260.146416732317 Gflops = 0.260146416732317 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.089812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.038292(s) Flops=1564674048 => 1506.96918400604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216994.426370173 Mflops = 216.994426370173 Gflops = 0.216994426370173 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002054766 Relative Rsd = 9.0417267529829e-07
BICGSTAB_SOLVER_TIME: 1.85321 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.131845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329181999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.011603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939881(s) Flops=1485932544 => 1580.97944739813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227647.971365699 Mflops = 227.647971365699 Gflops = 0.227647971365699 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.096518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795746(s) Flops=1380943872 => 1735.40787135594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249886.135314546 Mflops = 249.886135314546 Gflops = 0.249886135314546 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.001985724 Relative Rsd = 8.72790766968114e-07
BICGSTAB_SOLVER_TIME: 1.739248 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311044999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964528(s) Flops=1543348224 => 1600.1072275766 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230400.416718986 Mflops = 230.400416718986 Gflops = 0.230400416718986 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171638000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.374428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041653 s
InvBiCGStab: k = 33 resid = 1.378384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12165(s) Flops=219506688 => 1804.41173859433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.007707256 Mflops = 259.713007707256 Gflops = 0.259713007707256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056186 s
InvBiCGStab: k = 60 resid = 7.9142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219804(s) Flops=396675072 => 1804.67631162308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.970742382 Mflops = 259.794970742382 Gflops = 0.259794970742382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007258047 Relative Rsd = 3.18251752754894e-07
BICGSTAB_SOLVER_TIME: 0.443122 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0809390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 69 resid = 2.207191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254144(s) Flops=455731200 => 1793.20070511206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258159.960616849 Mflops = 258.159960616849 Gflops = 0.258159960616849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056035 s
InvBiCGStab: k = 110 resid = 1.139018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436652(s) Flops=724764672 => 1659.8221741799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238991.634389038 Mflops = 238.991634389038 Gflops = 0.238991634389038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001303137 Relative Rsd = 5.71401250205311e-07
BICGSTAB_SOLVER_TIME: 0.793131 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051591 s
InvBiCGStab: k = 55 resid = 1.875618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234287(s) Flops=363866112 => 1553.07854042264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223603.444528264 Mflops = 223.603444528264 Gflops = 0.223603444528264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074999 s
InvBiCGStab: k = 79 resid = 1.137955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342205(s) Flops=521349120 => 1523.49942286057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219343.068504883 Mflops = 219.343068504883 Gflops = 0.219343068504883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001076074 Relative Rsd = 4.71838391800625e-07
BICGSTAB_SOLVER_TIME: 0.707422 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045838 s
InvBiCGStab: k = 70 resid = 1.763579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297043(s) Flops=462292992 => 1556.31673528748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224070.248297052 Mflops = 224.070248297052 Gflops = 0.224070248297052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088707 s
InvBiCGStab: k = 82 resid = 9.026361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359051(s) Flops=541034496 => 1506.84581299036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216945.553610498 Mflops = 216.945553610498 Gflops = 0.216945553610498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001147423 Relative Rsd = 5.03123427022678e-07
BICGSTAB_SOLVER_TIME: 0.794483 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041816 s
InvBiCGStab: k = 68 resid = 1.531763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251513(s) Flops=449169408 => 1785.86954948651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257110.907879812 Mflops = 257.110907879812 Gflops = 0.257110907879812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056612 s
InvBiCGStab: k = 82 resid = 8.876557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304236(s) Flops=541034496 => 1778.3381848302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256027.815912868 Mflops = 256.027815912868 Gflops = 0.256027815912868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001106911 Relative Rsd = 4.85359797499724e-07
BICGSTAB_SOLVER_TIME: 0.657975 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121357
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969237(s) Flops=1555660800 => 1605.03653905082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231138.240788756 Mflops = 231.138240788756 Gflops = 0.231138240788756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172539000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 36 resid = 2.095433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132798(s) Flops=239192064 => 1801.17218632811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.54972846 Mflops = 259.27854972846 Gflops = 0.25927854972846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 56 resid = 7.984851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205756(s) Flops=370427904 => 1800.3261338673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.086883715 Mflops = 259.172086883715 Gflops = 0.259172086883715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007181278 Relative Rsd = 3.14885604862704e-07
BICGSTAB_SOLVER_TIME: 0.43949 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0800270000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040796 s
InvBiCGStab: k = 78 resid = 2.04662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28558(s) Flops=514787328 => 1802.60287134953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259526.314406265 Mflops = 259.526314406265 Gflops = 0.259526314406265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 97 resid = 7.357241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385736(s) Flops=639461376 => 1657.76950038368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238688.36725984 Mflops = 238.68836725984 Gflops = 0.23868836725984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00123494 Relative Rsd = 5.41498181695448e-07
BICGSTAB_SOLVER_TIME: 0.774097 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049228 s
InvBiCGStab: k = 49 resid = 1.801312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215112(s) Flops=324495360 => 1508.4949235747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217191.959677868 Mflops = 217.191959677868 Gflops = 0.217191959677868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070071 s
InvBiCGStab: k = 77 resid = 1.019066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336747(s) Flops=508225536 => 1509.22067902609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217294.107189356 Mflops = 217.294107189356 Gflops = 0.217294107189356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001031427 Relative Rsd = 4.52261355287293e-07
BICGSTAB_SOLVER_TIME: 0.675323 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050246 s
InvBiCGStab: k = 65 resid = 2.204852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268533(s) Flops=429484032 => 1599.37151858431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230253.425307434 Mflops = 230.253425307434 Gflops = 0.230253425307434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072017 s
InvBiCGStab: k = 87 resid = 8.710398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416821(s) Flops=573843456 => 1376.71435940128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198213.808089254 Mflops = 198.213808089254 Gflops = 0.198213808089254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001166301 Relative Rsd = 5.11401189662532e-07
BICGSTAB_SOLVER_TIME: 0.811461 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 68 resid = 2.272309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249391(s) Flops=449169408 => 1801.06502640432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.463312301 Mflops = 259.303463312301 Gflops = 0.259303463312301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 86 resid = 1.118708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316185(s) Flops=567281664 => 1794.14476967598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258306.961996448 Mflops = 258.306961996448 Gflops = 0.258306961996448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001156624 Relative Rsd = 5.07157995965832e-07
BICGSTAB_SOLVER_TIME: 0.666548 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124419
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967564(s) Flops=1555587072 => 1607.7355833826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231495.508072096 Mflops = 231.495508072096 Gflops = 0.231495508072096 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172940000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 25 resid = 1.957188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093516(s) Flops=167012352 => 1785.92275118696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257038.806237836 Mflops = 257.038806237836 Gflops = 0.257038806237836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057255 s
InvBiCGStab: k = 51 resid = 1.042145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189029(s) Flops=337618944 => 1786.06956604542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257100.227418743 Mflops = 257.100227418743 Gflops = 0.257100227418743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007473226 Relative Rsd = 3.2768695654333e-07
BICGSTAB_SOLVER_TIME: 0.384589 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042387 s
InvBiCGStab: k = 66 resid = 1.601748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243221(s) Flops=436045824 => 1792.79677330494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.280181906 Mflops = 258.107280181906 Gflops = 0.258107280181906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 94 resid = 9.547737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345993(s) Flops=619776000 => 1791.29635570662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257901.082061839 Mflops = 257.901082061839 Gflops = 0.257901082061839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001128148 Relative Rsd = 4.9467180191388e-07
BICGSTAB_SOLVER_TIME: 0.691932 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128688
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046153 s
InvBiCGStab: k = 60 resid = 8.781968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267222(s) Flops=396675072 => 1484.44017333902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213720.723372482 Mflops = 213.720723372482 Gflops = 0.213720723372482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065388 s
InvBiCGStab: k = 70 resid = 1.080626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324045(s) Flops=462292992 => 1426.63207887793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205396.895836194 Mflops = 205.396895836194 Gflops = 0.205396895836194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045495 Relative Rsd = 4.58430103902812e-07
BICGSTAB_SOLVER_TIME: 0.706827 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044126 s
InvBiCGStab: k = 80 resid = 1.928943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346219(s) Flops=527910912 => 1524.78896883187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219542.859834606 Mflops = 219.542859834606 Gflops = 0.219542859834606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062977 s
InvBiCGStab: k = 84 resid = 7.420317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362214(s) Flops=554158080 => 1529.91899816131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220276.243933145 Mflops = 220.276243933145 Gflops = 0.220276243933145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001117764 Relative Rsd = 4.90118402044611e-07
BICGSTAB_SOLVER_TIME: 0.819386 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 53 resid = 2.167124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195336(s) Flops=350742528 => 1795.58569848876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258498.514286276 Mflops = 258.498514286276 Gflops = 0.258498514286276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 73 resid = 8.038995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269014(s) Flops=481978368 => 1791.64789936583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257944.906966034 Mflops = 257.944906966034 Gflops = 0.257944906966034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001010901 Relative Rsd = 4.43261190515761e-07
BICGSTAB_SOLVER_TIME: 0.565237 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104384
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964542(s) Flops=1549393920 => 1606.3519473491 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231348.038848815 Mflops = 231.348038848815 Gflops = 0.231348038848815 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171924000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 32 resid = 2.196426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127143(s) Flops=212944896 => 1674.84561478021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241058.49490882 Mflops = 241.05849490882 Gflops = 0.24105849490882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057264 s
InvBiCGStab: k = 62 resid = 1.145464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230833(s) Flops=409798656 => 1775.30360043841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255552.868286447 Mflops = 255.552868286447 Gflops = 0.255552868286447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007825759 Relative Rsd = 3.43144866515209e-07
BICGSTAB_SOLVER_TIME: 0.460108 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0816020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 71 resid = 1.711043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2673(s) Flops=468854784 => 1754.0395959596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252522.480124969 Mflops = 252.522480124969 Gflops = 0.252522480124969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056098 s
InvBiCGStab: k = 87 resid = 6.744942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318408(s) Flops=573843456 => 1802.22687872164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.678805708 Mflops = 259.470678805708 Gflops = 0.259470678805708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00114934 Relative Rsd = 5.0396415364144e-07
BICGSTAB_SOLVER_TIME: 0.686739 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040693 s
InvBiCGStab: k = 51 resid = 1.632955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211181(s) Flops=337618944 => 1598.71836955029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230164.43249296 Mflops = 230.16443249296 Gflops = 0.23016443249296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060636 s
InvBiCGStab: k = 78 resid = 1.028177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336408(s) Flops=514787328 => 1530.24698580295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220250.949799762 Mflops = 220.250949799762 Gflops = 0.220250949799762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001056125 Relative Rsd = 4.63090853382236e-07
BICGSTAB_SOLVER_TIME: 0.652968 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042292 s
InvBiCGStab: k = 78 resid = 1.899037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332603(s) Flops=514787328 => 1547.75311106635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222834.249234594 Mflops = 222.834249234594 Gflops = 0.222834249234594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06456 s
InvBiCGStab: k = 84 resid = 1.116768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380665(s) Flops=554158080 => 1455.76315132728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209602.370790574 Mflops = 209.602370790574 Gflops = 0.209602370790574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001130484 Relative Rsd = 4.95696191821914e-07
BICGSTAB_SOLVER_TIME: 0.824064 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065005 s
InvBiCGStab: k = 60 resid = 2.265074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250448(s) Flops=396675072 => 1583.86200728295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228032.128142179 Mflops = 228.032128142179 Gflops = 0.228032128142179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 78 resid = 1.149815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286337(s) Flops=514787328 => 1797.83726168815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258828.548658592 Mflops = 258.828548658592 Gflops = 0.258828548658592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001049204 Relative Rsd = 4.60056172296296e-07
BICGSTAB_SOLVER_TIME: 0.662033 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112789
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965372(s) Flops=1549099008 => 1604.66536008917 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231058.674927641 Mflops = 231.058674927641 Gflops = 0.231058674927641 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.090311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79218(s) Flops=1426876416 => 1801.20227221086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259344.965384283 Mflops = 259.344965384283 Gflops = 0.259344965384283 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 269 resid = 9.595656e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988213(s) Flops=1768089600 => 1789.17864873261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257628.203376351 Mflops = 257.628203376351 Gflops = 0.257628203376351 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.002174339 Relative Rsd = 9.56801192803172e-07
BICGSTAB_SOLVER_TIME: 1.784462 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.131815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346677999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.92252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894047(s) Flops=1275955200 => 1427.16792293917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205539.008980252 Mflops = 205.539008980252 Gflops = 0.205539008980252 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.092272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.99836(s) Flops=1518741504 => 1521.2363315838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219050.375254593 Mflops = 219.050375254593 Gflops = 0.219050375254593 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002055637 Relative Rsd = 9.03450848509231e-07
BICGSTAB_SOLVER_TIME: 1.895832 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303142999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992622(s) Flops=1549099008 => 1560.6132122802 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224715.121423482 Mflops = 224.715121423482 Gflops = 0.224715121423482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172072000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041561 s
InvBiCGStab: k = 28 resid = 2.197464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104076(s) Flops=186697728 => 1793.85956416465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258184.71273267 Mflops = 258.18471273267 Gflops = 0.25818471273267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056771 s
InvBiCGStab: k = 54 resid = 1.031394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197584(s) Flops=357304320 => 1808.36666936594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260305.772996189 Mflops = 260.305772996189 Gflops = 0.260305772996189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000689847 Relative Rsd = 3.02484989327835e-07
BICGSTAB_SOLVER_TIME: 0.403812 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 81 resid = 2.023891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296299(s) Flops=534472704 => 1803.82891606114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259707.593533275 Mflops = 259.707593533275 Gflops = 0.259707593533275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056944 s
InvBiCGStab: k = 110 resid = 6.776266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401423(s) Flops=724764672 => 1805.48865411299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.40587503 Mflops = 259.96040587503 Gflops = 0.25996040587503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001318709 Relative Rsd = 5.78229103987889e-07
BICGSTAB_SOLVER_TIME: 0.799481 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150600999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042099 s
InvBiCGStab: k = 59 resid = 1.899068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216531(s) Flops=390113280 => 1801.65094143564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.810900268 Mflops = 259.380810900268 Gflops = 0.259380810900268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 79 resid = 1.11817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313314(s) Flops=521349120 => 1663.98284149448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239566.696200541 Mflops = 239.566696200541 Gflops = 0.239566696200541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001100742 Relative Rsd = 4.82654668997314e-07
BICGSTAB_SOLVER_TIME: 0.632362 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043503 s
InvBiCGStab: k = 78 resid = 1.967589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35787(s) Flops=514787328 => 1438.47578170844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207101.546505879 Mflops = 207.101546505879 Gflops = 0.207101546505879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063032 s
InvBiCGStab: k = 99 resid = 9.057787e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431339(s) Flops=652584960 => 1512.92825364736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217829.540967441 Mflops = 217.829540967441 Gflops = 0.217829540967441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001130837 Relative Rsd = 4.95850707879898e-07
BICGSTAB_SOLVER_TIME: 0.899705 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05015 s
InvBiCGStab: k = 64 resid = 1.27874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301156(s) Flops=422922240 => 1404.32945051734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202186.632235253 Mflops = 202.186632235253 Gflops = 0.202186632235253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 92 resid = 5.771114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37514(s) Flops=606652416 => 1617.13604520979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232827.75741071 Mflops = 232.82775741071 Gflops = 0.23282775741071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001145525 Relative Rsd = 5.02291276121702e-07
BICGSTAB_SOLVER_TIME: 0.786737 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002208
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125542000000001
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96133(s) Flops=1536712704 => 1598.52777298118 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230170.486180242 Mflops = 230.170486180242 Gflops = 0.230170486180242 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170814000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 35 resid = 1.994029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129042(s) Flops=232630272 => 1802.74850048821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.803711796 Mflops = 259.491803711796 Gflops = 0.259491803711796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 53 resid = 7.688202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194603(s) Flops=350742528 => 1802.34902853502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.423480236 Mflops = 259.453423480236 Gflops = 0.259453423480236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.000754305 Relative Rsd = 3.30748640931111e-07
BICGSTAB_SOLVER_TIME: 0.424774 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770850000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04172 s
InvBiCGStab: k = 79 resid = 1.931216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289078(s) Flops=521349120 => 1803.48943883658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.337038601 Mflops = 259.660337038601 Gflops = 0.259660337038601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 109 resid = 1.103019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39768(s) Flops=718202880 => 1805.98189499095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260024.068880953 Mflops = 260.024068880953 Gflops = 0.260024068880953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001274537 Relative Rsd = 5.58860641182162e-07
BICGSTAB_SOLVER_TIME: 0.788212 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148581999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 49 resid = 2.199726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183236(s) Flops=324495360 => 1770.91488572115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254933.561352366 Mflops = 254.933561352366 Gflops = 0.254933561352366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055993 s
InvBiCGStab: k = 76 resid = 1.139061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288521(s) Flops=501663744 => 1738.74256639898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250325.02912081 Mflops = 250.32502912081 Gflops = 0.25032502912081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001047371 Relative Rsd = 4.59252607121277e-07
BICGSTAB_SOLVER_TIME: 0.572239 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048753 s
InvBiCGStab: k = 59 resid = 1.527837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268532(s) Flops=390113280 => 1452.76272474044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209162.862608096 Mflops = 209.162862608096 Gflops = 0.209162862608096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071358 s
InvBiCGStab: k = 100 resid = 8.188941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440607(s) Flops=659146752 => 1495.99700413293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215398.775872265 Mflops = 215.398775872265 Gflops = 0.215398775872265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001163288 Relative Rsd = 5.10080171801757e-07
BICGSTAB_SOLVER_TIME: 0.833764 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046989 s
InvBiCGStab: k = 69 resid = 1.993678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310729(s) Flops=455731200 => 1466.6516482208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211167.213534722 Mflops = 211.167213534722 Gflops = 0.211167213534722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071293 s
InvBiCGStab: k = 89 resid = 1.129567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353748(s) Flops=586967040 => 1659.28016554157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238890.371116451 Mflops = 238.890371116451 Gflops = 0.238890371116451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001139114 Relative Rsd = 4.99479972065738e-07
BICGSTAB_SOLVER_TIME: 0.786571 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127237
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950595(s) Flops=1524105216 => 1603.3170971865 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230944.830785751 Mflops = 230.944830785751 Gflops = 0.230944830785751 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169264000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041221 s
InvBiCGStab: k = 29 resid = 1.510282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107493(s) Flops=193259520 => 1797.88004800313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.057260384 Mflops = 258.786057260384 Gflops = 0.258786057260384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056197 s
InvBiCGStab: k = 47 resid = 1.15069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172504(s) Flops=311371776 => 1805.01191856421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.623172768 Mflops = 259.825623172768 Gflops = 0.259825623172768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007843593 Relative Rsd = 3.43926864780912e-07
BICGSTAB_SOLVER_TIME: 0.381234 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 52 resid = 1.409222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191509(s) Flops=344180736 => 1797.20397474792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258717.760800783 Mflops = 258.717760800783 Gflops = 0.258717760800783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 90 resid = 1.125616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335347(s) Flops=593528832 => 1769.89456294525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254824.421998164 Mflops = 254.824421998164 Gflops = 0.254824421998164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001124988 Relative Rsd = 4.93286108848128e-07
BICGSTAB_SOLVER_TIME: 0.628942 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 62 resid = 2.193151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231421(s) Flops=409798656 => 1770.79286668021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254934.548596894 Mflops = 254.934548596894 Gflops = 0.254934548596894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 79 resid = 1.109617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291803(s) Flops=521349120 => 1786.64756702296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257217.327841652 Mflops = 257.217327841652 Gflops = 0.257217327841652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001038522 Relative Rsd = 4.55372247960471e-07
BICGSTAB_SOLVER_TIME: 0.624668 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042079 s
InvBiCGStab: k = 52 resid = 2.002151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211445(s) Flops=344180736 => 1627.75537846721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234314.54823995 Mflops = 234.31454823995 Gflops = 0.23431454823995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060046 s
InvBiCGStab: k = 72 resid = 8.744876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330494(s) Flops=475416576 => 1438.50289566528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207106.743626217 Mflops = 207.106743626217 Gflops = 0.207106743626217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001132028 Relative Rsd = 4.96373060975818e-07
BICGSTAB_SOLVER_TIME: 0.648427 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054443 s
InvBiCGStab: k = 60 resid = 2.062221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270082(s) Flops=396675072 => 1468.72087736317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211457.168048032 Mflops = 211.457168048032 Gflops = 0.211457168048032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063333 s
InvBiCGStab: k = 80 resid = 9.038019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366695(s) Flops=527910912 => 1439.64578737098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207278.273362432 Mflops = 207.278273362432 Gflops = 0.207278273362432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001102556 Relative Rsd = 4.8345001577612e-07
BICGSTAB_SOLVER_TIME: 0.760207 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114105
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.070694(s) Flops=1505452032 => 1406.05255283022 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202454.64445931 Mflops = 202.45464445931 Gflops = 0.20245464445931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166903000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059764 s
InvBiCGStab: k = 31 resid = 2.039129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141665(s) Flops=206383104 => 1456.83904987117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209705.535469205 Mflops = 209.705535469205 Gflops = 0.209705535469205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069214 s
InvBiCGStab: k = 53 resid = 6.331778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206089(s) Flops=350742528 => 1701.89834488983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244995.768928286 Mflops = 244.995768928286 Gflops = 0.244995768928286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007628279 Relative Rsd = 3.34485765186498e-07
BICGSTAB_SOLVER_TIME: 0.480736 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040614 s
InvBiCGStab: k = 57 resid = 2.105706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211789(s) Flops=376989696 => 1780.02491158653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256245.598760151 Mflops = 256.245598760151 Gflops = 0.256245598760151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 104 resid = 1.008617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382138(s) Flops=685393920 => 1793.57698004386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258231.700807414 Mflops = 258.231700807414 Gflops = 0.258231700807414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001154578 Relative Rsd = 5.06260863584245e-07
BICGSTAB_SOLVER_TIME: 0.69557 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 50 resid = 1.961467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184844(s) Flops=331057152 => 1791.00837462942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257835.394425807 Mflops = 257.835394425807 Gflops = 0.257835394425807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056335 s
InvBiCGStab: k = 80 resid = 1.110041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296307(s) Flops=527910912 => 1781.63496643684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256502.070805759 Mflops = 256.502070805759 Gflops = 0.256502070805759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00102044 Relative Rsd = 4.4744384372856e-07
BICGSTAB_SOLVER_TIME: 0.582905 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041582 s
InvBiCGStab: k = 64 resid = 1.773486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23568(s) Flops=422922240 => 1794.47657841141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258336.873080363 Mflops = 258.336873080363 Gflops = 0.258336873080363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055963 s
InvBiCGStab: k = 81 resid = 7.368109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298023(s) Flops=534472704 => 1793.39414743157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258199.93346597 Mflops = 258.19993346597 Gflops = 0.25819993346597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001117042 Relative Rsd = 4.8980186617558e-07
BICGSTAB_SOLVER_TIME: 0.635166 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 50 resid = 2.130148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184399(s) Flops=331057152 => 1795.33051697677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258447.36491201 Mflops = 258.44736491201 Gflops = 0.25844736491201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056125 s
InvBiCGStab: k = 87 resid = 1.048605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319687(s) Flops=573843456 => 1795.01655056352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258438.353070294 Mflops = 258.438353070294 Gflops = 0.258438353070294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001058906 Relative Rsd = 4.64310238778047e-07
BICGSTAB_SOLVER_TIME: 0.605206 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11221
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927663(s) Flops=1492844544 => 1609.25308436361 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231724.596029213 Mflops = 231.724596029213 Gflops = 0.231724596029213 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165978000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 2.132534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.930492(s) Flops=1649977344 => 1773.23109064882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255289.945633419 Mflops = 255.289945633419 Gflops = 0.255289945633419 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.127131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86905(s) Flops=1564674048 => 1800.44191703584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259249.439234336 Mflops = 259.249439234336 Gflops = 0.259249439234336 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002126613 Relative Rsd = 9.35805140806405e-07
BICGSTAB_SOLVER_TIME: 1.803038 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348996999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 9.602811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834474(s) Flops=1302202368 => 1560.50681986497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224651.224492977 Mflops = 224.651224492977 Gflops = 0.224651224492977 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 8.030441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898191(s) Flops=1341573120 => 1493.63901441898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215073.914533452 Mflops = 215.073914533452 Gflops = 0.215073914533452 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001955786 Relative Rsd = 8.59509445416317e-07
BICGSTAB_SOLVER_TIME: 1.736449 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.128909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287141999999998
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955377(s) Flops=1492844544 => 1562.57115672661 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225000.174069071 Mflops = 225.000174069071 Gflops = 0.225000174069071 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165696000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 26 resid = 2.261888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09684(s) Flops=173574144 => 1792.38066914498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257988.114557875 Mflops = 257.988114557875 Gflops = 0.257988114557875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 47 resid = 9.570113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172529(s) Flops=311371776 => 1804.75036660503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.572934254 Mflops = 259.788572934254 Gflops = 0.259788572934254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0006903223 Relative Rsd = 3.02693384374653e-07
BICGSTAB_SOLVER_TIME: 0.370752 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 76 resid = 2.130604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279501(s) Flops=501663744 => 1794.85491644037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258416.854215119 Mflops = 258.416854215119 Gflops = 0.258416854215119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05618 s
InvBiCGStab: k = 109 resid = 1.010908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397764(s) Flops=718202880 => 1805.6005068332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259962.430457377 Mflops = 259.962430457377 Gflops = 0.259962430457377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001222231 Relative Rsd = 5.35925598603944e-07
BICGSTAB_SOLVER_TIME: 0.778105 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041488 s
InvBiCGStab: k = 60 resid = 1.297595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219861(s) Flops=396675072 => 1804.20844078759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.056391466 Mflops = 259.742056391466 Gflops = 0.259742056391466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 72 resid = 1.115921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263494(s) Flops=475416576 => 1804.27856421778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.465455176 Mflops = 259.755465455176 Gflops = 0.259755465455176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001021942 Relative Rsd = 4.48102642619983e-07
BICGSTAB_SOLVER_TIME: 0.584863 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 77 resid = 2.248045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291491(s) Flops=508225536 => 1743.53765982483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251015.266992918 Mflops = 251.015266992918 Gflops = 0.251015266992918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 93 resid = 1.010452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339669(s) Flops=613214208 => 1805.3287406269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.836337276 Mflops = 259.915836337276 Gflops = 0.259915836337276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001171572 Relative Rsd = 5.13712396652071e-07
BICGSTAB_SOLVER_TIME: 0.732882 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041199 s
InvBiCGStab: k = 50 resid = 2.206292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183293(s) Flops=331057152 => 1806.16363963708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.916389386 Mflops = 260.030916389386 Gflops = 0.260030916389386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055846 s
InvBiCGStab: k = 85 resid = 1.116384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310776(s) Flops=560719872 => 1804.25731716735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.450800345 Mflops = 259.768450800345 Gflops = 0.259768450800345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001064028 Relative Rsd = 4.66556464286974e-07
BICGSTAB_SOLVER_TIME: 0.59503 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111043
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076057(s) Flops=1480310784 => 1375.68064145301 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198098.676463754 Mflops = 198.098676463754 Gflops = 0.198098676463754 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164152000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.482746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 24 resid = 2.173826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090237(s) Flops=160450560 => 1778.10166561388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255899.35348063 Mflops = 255.89935348063 Gflops = 0.25589935348063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056259 s
InvBiCGStab: k = 45 resid = 9.878388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166459(s) Flops=298248192 => 1791.7216371599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257917.715307457 Mflops = 257.917715307457 Gflops = 0.257917715307457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007719224 Relative Rsd = 3.38473499480429e-07
BICGSTAB_SOLVER_TIME: 0.357598 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 74 resid = 2.217233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273195(s) Flops=488540160 => 1788.24707626421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257461.826439397 Mflops = 257.461826439397 Gflops = 0.257461826439397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 112 resid = 6.547152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410797(s) Flops=737888256 => 1796.23574660964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258621.909577729 Mflops = 258.621909577729 Gflops = 0.258621909577729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001273086 Relative Rsd = 5.58224506687747e-07
BICGSTAB_SOLVER_TIME: 0.785699 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147128999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040799 s
InvBiCGStab: k = 51 resid = 2.274668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187332(s) Flops=337618944 => 1802.24918326821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259448.584746545 Mflops = 259.448584746545 Gflops = 0.259448584746545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 77 resid = 1.092688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282802(s) Flops=508225536 => 1797.10729061322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258729.129124481 Mflops = 258.729129124481 Gflops = 0.258729129124481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001026551 Relative Rsd = 4.50123347169488e-07
BICGSTAB_SOLVER_TIME: 0.571082 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105679
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 66 resid = 2.080572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242575(s) Flops=436045824 => 1797.57115943523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.651588866 Mflops = 258.795651588866 Gflops = 0.258795651588866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055925 s
InvBiCGStab: k = 87 resid = 1.021475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318712(s) Flops=573843456 => 1800.50784407239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259221.555937063 Mflops = 259.221555937063 Gflops = 0.259221555937063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001149153 Relative Rsd = 5.03882020725254e-07
BICGSTAB_SOLVER_TIME: 0.661865 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123474
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043698 s
InvBiCGStab: k = 56 resid = 1.952398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21745(s) Flops=370427904 => 1703.508411129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245233.958291621 Mflops = 245.233958291621 Gflops = 0.245233958291621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056829 s
InvBiCGStab: k = 87 resid = 6.951024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333861(s) Flops=573843456 => 1718.80949257326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247464.865860906 Mflops = 247.464865860906 Gflops = 0.247464865860906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001100964 Relative Rsd = 4.82752115695263e-07
BICGSTAB_SOLVER_TIME: 0.655714 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11649
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943809(s) Flops=1468071936 => 1555.47566933564 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224012.353701198 Mflops = 224.012353701198 Gflops = 0.224012353701198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162712000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044767 s
InvBiCGStab: k = 27 resid = 2.237076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121823(s) Flops=180135936 => 1478.66934815265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212832.359208098 Mflops = 212.832359208098 Gflops = 0.212832359208098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07425 s
InvBiCGStab: k = 50 resid = 7.542248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238743(s) Flops=331057152 => 1386.66747087873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199618.162441152 Mflops = 199.618162441152 Gflops = 0.199618162441152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007723949 Relative Rsd = 3.38680720470646e-07
BICGSTAB_SOLVER_TIME: 0.483534 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048384 s
InvBiCGStab: k = 60 resid = 1.415824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252443(s) Flops=396675072 => 1571.34510364716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226234.829604435 Mflops = 226.234829604435 Gflops = 0.226234829604435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072674 s
InvBiCGStab: k = 75 resid = 9.34234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380871(s) Flops=495101952 => 1299.92031947825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187158.660085468 Mflops = 187.158660085468 Gflops = 0.187158660085468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001070996 Relative Rsd = 4.69611512702658e-07
BICGSTAB_SOLVER_TIME: 0.758171 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042269 s
InvBiCGStab: k = 52 resid = 1.913015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196136(s) Flops=344180736 => 1754.80654239915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252611.565652006 Mflops = 252.611565652006 Gflops = 0.252611565652006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059005 s
InvBiCGStab: k = 88 resid = 8.897571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335747(s) Flops=580405248 => 1728.69824004384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248901.43112794 Mflops = 248.90143112794 Gflops = 0.24890143112794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001050094 Relative Rsd = 4.6044672477718e-07
BICGSTAB_SOLVER_TIME: 0.637039 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044417 s
InvBiCGStab: k = 61 resid = 2.167981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236684(s) Flops=403236864 => 1703.69295769887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245265.695881133 Mflops = 245.265695881133 Gflops = 0.245265695881133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056535 s
InvBiCGStab: k = 88 resid = 8.655572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328614(s) Flops=580405248 => 1766.22191385638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254272.850221935 Mflops = 254.272850221935 Gflops = 0.254272850221935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001108105 Relative Rsd = 4.85883120468489e-07
BICGSTAB_SOLVER_TIME: 0.670254 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04219 s
InvBiCGStab: k = 51 resid = 2.056829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192561(s) Flops=337618944 => 1753.30905011918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252402.518006652 Mflops = 252.402518006652 Gflops = 0.252402518006652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060665 s
InvBiCGStab: k = 85 resid = 9.856461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325724(s) Flops=560719872 => 1721.45703724626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247840.286924749 Mflops = 247.840286924749 Gflops = 0.247840286924749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001100222 Relative Rsd = 4.82426850970627e-07
BICGSTAB_SOLVER_TIME: 0.624918 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111564
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92923(s) Flops=1461657600 => 1572.97719617318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226526.559422005 Mflops = 226.526559422005 Gflops = 0.226526559422005 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162078000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 33 resid = 1.474408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125956(s) Flops=219506688 => 1742.72514211312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250880.356875336 Mflops = 250.880356875336 Gflops = 0.250880356875336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05819 s
InvBiCGStab: k = 52 resid = 1.01744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192807(s) Flops=344180736 => 1785.1049806283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256932.935837691 Mflops = 256.932935837691 Gflops = 0.256932935837691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007292385 Relative Rsd = 3.19757429300755e-07
BICGSTAB_SOLVER_TIME: 0.421924 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044218 s
InvBiCGStab: k = 52 resid = 2.07234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195435(s) Flops=344180736 => 1761.10080589454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253539.614827187 Mflops = 253.539614827187 Gflops = 0.253539614827187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055996 s
InvBiCGStab: k = 95 resid = 9.115143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356728(s) Flops=626337792 => 1755.78533784844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252787.564303443 Mflops = 252.787564303443 Gflops = 0.252787564303443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001107656 Relative Rsd = 4.85686593602537e-07
BICGSTAB_SOLVER_TIME: 0.656749 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042841 s
InvBiCGStab: k = 47 resid = 2.194628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190314(s) Flops=311371776 => 1636.09495885747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235544.798507294 Mflops = 235.544798507294 Gflops = 0.235544798507294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066187 s
InvBiCGStab: k = 89 resid = 6.555533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400915(s) Flops=586967040 => 1464.06854320741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210779.371305393 Mflops = 210.779371305393 Gflops = 0.210779371305393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001058745 Relative Rsd = 4.64240050611635e-07
BICGSTAB_SOLVER_TIME: 0.705816 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04855 s
InvBiCGStab: k = 63 resid = 1.324741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27971(s) Flops=416360448 => 1488.54330556648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214300.213492937 Mflops = 214.300213492937 Gflops = 0.214300213492937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061745 s
InvBiCGStab: k = 76 resid = 9.372878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324616(s) Flops=501663744 => 1545.40670823373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222498.530901895 Mflops = 222.498530901895 Gflops = 0.222498530901895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001088352 Relative Rsd = 4.77221849687362e-07
BICGSTAB_SOLVER_TIME: 0.718493 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042137 s
InvBiCGStab: k = 64 resid = 1.485435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291116(s) Flops=422922240 => 1452.76192308221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209162.75068524 Mflops = 209.16275068524 Gflops = 0.20916275068524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057194 s
InvBiCGStab: k = 94 resid = 1.066324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363798(s) Flops=619776000 => 1703.626737915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245280.982276156 Mflops = 245.280982276156 Gflops = 0.245280982276156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001172913 Relative Rsd = 5.1430059900957e-07
BICGSTAB_SOLVER_TIME: 0.758103 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127164
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929266(s) Flops=1455316992 => 1566.0930153476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225499.883792502 Mflops = 225.499883792502 Gflops = 0.225499883792502 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162046000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.860585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828997(s) Flops=1485932544 => 1792.44622598152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258028.050909605 Mflops = 258.028050909605 Gflops = 0.258028050909605 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.141734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905511(s) Flops=1610606592 => 1778.6714816275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256117.358042395 Mflops = 256.117358042395 Gflops = 0.256117358042395 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002066396 Relative Rsd = 9.09300511810099e-07
BICGSTAB_SOLVER_TIME: 1.737883 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336193999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.990011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718282(s) Flops=1295640576 => 1803.80487886373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.915129111 Mflops = 259.785915129111 Gflops = 0.259785915129111 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.138501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802625(s) Flops=1361258496 => 1696.00809344339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244212.770812773 Mflops = 244.212770812773 Gflops = 0.244212770812773 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001919552 Relative Rsd = 8.4353168386505e-07
BICGSTAB_SOLVER_TIME: 1.5256 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.12209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288336999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.098745(s) Flops=1455316992 => 1324.5266117252 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190718.215898024 Mflops = 190.718215898024 Gflops = 0.190718215898024 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161332000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04143 s
InvBiCGStab: k = 30 resid = 1.627492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112023(s) Flops=199821312 => 1783.75255081546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256737.548310188 Mflops = 256.737548310188 Gflops = 0.256737548310188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056904 s
InvBiCGStab: k = 52 resid = 9.129524e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191519(s) Flops=344180736 => 1797.11013528684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258700.992919444 Mflops = 258.700992919444 Gflops = 0.258700992919444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007606647 Relative Rsd = 3.33537229544127e-07
BICGSTAB_SOLVER_TIME: 0.405736 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 92 resid = 1.93587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335265(s) Flops=606652416 => 1809.47136146034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260525.594455428 Mflops = 260.525594455428 Gflops = 0.260525594455428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05624 s
InvBiCGStab: k = 120 resid = 1.081296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438227(s) Flops=790382592 => 1803.59172757498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.741404318 Mflops = 259.678741404318 Gflops = 0.259678741404318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001362173 Relative Rsd = 5.97287207483229e-07
BICGSTAB_SOLVER_TIME: 0.874817 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165684999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04196 s
InvBiCGStab: k = 58 resid = 1.780864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212644(s) Flops=383551488 => 1803.72588927974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259669.009184665 Mflops = 259.669009184665 Gflops = 0.259669009184665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056146 s
InvBiCGStab: k = 74 resid = 1.013315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272571(s) Flops=488540160 => 1792.34093135367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258036.553019118 Mflops = 258.036553019118 Gflops = 0.258036553019118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001029449 Relative Rsd = 4.5139418687202e-07
BICGSTAB_SOLVER_TIME: 0.587154 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040641 s
InvBiCGStab: k = 55 resid = 2.072118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201898(s) Flops=363866112 => 1802.22742176743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259450.454554723 Mflops = 259.450454554723 Gflops = 0.259450454554723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 95 resid = 9.730711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348028(s) Flops=626337792 => 1799.67643982668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259098.078512199 Mflops = 259.098078512199 Gflops = 0.259098078512199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001162953 Relative Rsd = 5.0993295531308e-07
BICGSTAB_SOLVER_TIME: 0.650706 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041836 s
InvBiCGStab: k = 59 resid = 2.2653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216487(s) Flops=390113280 => 1802.01711881083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259435.846970073 Mflops = 259.435846970073 Gflops = 0.259435846970073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0572 s
InvBiCGStab: k = 92 resid = 1.109655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348414(s) Flops=606652416 => 1741.18266200555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250687.432618572 Mflops = 250.687432618572 Gflops = 0.250687432618572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001130662 Relative Rsd = 4.95774190017025e-07
BICGSTAB_SOLVER_TIME: 0.667801 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12247
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927816(s) Flops=1448828928 => 1561.54768617916 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224846.204283231 Mflops = 224.846204283231 Gflops = 0.224846204283231 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160752000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.488837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047667 s
InvBiCGStab: k = 30 resid = 1.316333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145338(s) Flops=199821312 => 1374.8731371011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197988.604857543 Mflops = 197.988604857543 Gflops = 0.197988604857543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068342 s
InvBiCGStab: k = 48 resid = 1.110402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210441(s) Flops=317933568 => 1510.79669836201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217482.332424152 Mflops = 217.482332424152 Gflops = 0.217482332424152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007205617 Relative Rsd = 3.15952822313735e-07
BICGSTAB_SOLVER_TIME: 0.475569 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.14184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058078 s
InvBiCGStab: k = 82 resid = 1.582395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302064(s) Flops=541034496 => 1791.12537740346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257874.051243537 Mflops = 257.874051243537 Gflops = 0.257874051243537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 119 resid = 1.139585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435497(s) Flops=783820800 => 1799.83053844229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259131.103217919 Mflops = 259.131103217919 Gflops = 0.259131103217919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.00131256 Relative Rsd = 5.75533112708597e-07
BICGSTAB_SOLVER_TIME: 0.855904 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157831999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 68 resid = 1.075276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250323(s) Flops=449169408 => 1794.35931975887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258331.169048714 Mflops = 258.331169048714 Gflops = 0.258331169048714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057306 s
InvBiCGStab: k = 93 resid = 6.341738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341947(s) Flops=613214208 => 1793.30190936022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258183.644710181 Mflops = 258.183644710181 Gflops = 0.258183644710181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001078959 Relative Rsd = 4.73103157036392e-07
BICGSTAB_SOLVER_TIME: 0.694232 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040898 s
InvBiCGStab: k = 55 resid = 2.142463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201821(s) Flops=363866112 => 1802.91501875424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.066651906 Mflops = 259.550066651906 Gflops = 0.259550066651906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 93 resid = 9.516682e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352596(s) Flops=613214208 => 1739.14113603104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250393.488427523 Mflops = 250.393488427523 Gflops = 0.250393488427523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00113947 Relative Rsd = 4.99636172639716e-07
BICGSTAB_SOLVER_TIME: 0.655182 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119601
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041348 s
InvBiCGStab: k = 61 resid = 1.856221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225401(s) Flops=403236864 => 1788.97548813004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257577.387102905 Mflops = 257.577387102905 Gflops = 0.257577387102905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056971 s
InvBiCGStab: k = 98 resid = 7.306964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361782(s) Flops=646023168 => 1785.66973481268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257086.437572961 Mflops = 257.086437572961 Gflops = 0.257086437572961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00113228 Relative Rsd = 4.96483677526083e-07
BICGSTAB_SOLVER_TIME: 0.689386 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128066
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917564(s) Flops=1473306624 => 1605.67178311268 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231195.206249003 Mflops = 231.195206249003 Gflops = 0.231195206249003 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163573000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041343 s
InvBiCGStab: k = 24 resid = 2.015193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088754(s) Flops=160450560 => 1807.81215494513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260186.232368489 Mflops = 260.186232368489 Gflops = 0.260186232368489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05663 s
InvBiCGStab: k = 53 resid = 1.104034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193974(s) Flops=350742528 => 1808.19351047048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260293.089856408 Mflops = 260.293089856408 Gflops = 0.260293089856408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007558786 Relative Rsd = 3.31438628891391e-07
BICGSTAB_SOLVER_TIME: 0.384528 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053106 s
InvBiCGStab: k = 59 resid = 1.694118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253164(s) Flops=390113280 => 1540.95084609186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221844.35147736 Mflops = 221.84435147736 Gflops = 0.22184435147736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068327 s
InvBiCGStab: k = 80 resid = 1.05344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326983(s) Flops=527910912 => 1614.49039246689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232441.70858597 Mflops = 232.44170858597 Gflops = 0.23244170858597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001079949 Relative Rsd = 4.73537200657481e-07
BICGSTAB_SOLVER_TIME: 0.706238 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04154 s
InvBiCGStab: k = 57 resid = 2.165191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25104(s) Flops=376989696 => 1501.71166347992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216197.181666906 Mflops = 216.197181666906 Gflops = 0.216197181666906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06977 s
InvBiCGStab: k = 76 resid = 1.010572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35248(s) Flops=501663744 => 1423.24030867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204907.045910897 Mflops = 204.907045910897 Gflops = 0.204907045910897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001030209 Relative Rsd = 4.51727210579416e-07
BICGSTAB_SOLVER_TIME: 0.719105 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041875 s
InvBiCGStab: k = 53 resid = 2.175255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234077(s) Flops=350742528 => 1498.40662687919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215714.243758092 Mflops = 215.714243758092 Gflops = 0.215714243758092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056838 s
InvBiCGStab: k = 94 resid = 1.129247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346485(s) Flops=619776000 => 1788.75275985973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257537.581127228 Mflops = 257.537581127228 Gflops = 0.257537581127228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001170496 Relative Rsd = 5.13240732173785e-07
BICGSTAB_SOLVER_TIME: 0.683121 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 56 resid = 2.164861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206244(s) Flops=370427904 => 1796.0663292023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258574.765493593 Mflops = 258.574765493593 Gflops = 0.258574765493593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056875 s
InvBiCGStab: k = 91 resid = 9.989698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334129(s) Flops=600090624 => 1795.98485614837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258577.734740753 Mflops = 258.577734740753 Gflops = 0.258577734740753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001098016 Relative Rsd = 4.81459632514506e-07
BICGSTAB_SOLVER_TIME: 0.642492 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119265
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933266(s) Flops=1498226688 => 1605.35869516301 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231153.795730996 Mflops = 231.153795730996 Gflops = 0.231153795730996 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166266000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041246 s
InvBiCGStab: k = 26 resid = 2.165752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096261(s) Flops=173574144 => 1803.1616542525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259513.181097047 Mflops = 259.513181097047 Gflops = 0.259513181097047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055748 s
InvBiCGStab: k = 51 resid = 1.01109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18755(s) Flops=337618944 => 1800.15432684617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259122.20035325 Mflops = 259.12220035325 Gflops = 0.25912220035325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007665702 Relative Rsd = 3.36126662425322e-07
BICGSTAB_SOLVER_TIME: 0.384597 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041829 s
InvBiCGStab: k = 62 resid = 2.091478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241419(s) Flops=409798656 => 1697.4581785195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244382.605027371 Mflops = 244.382605027371 Gflops = 0.244382605027371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058272 s
InvBiCGStab: k = 88 resid = 5.744055e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340037(s) Flops=580405248 => 1706.88850919165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245747.207870645 Mflops = 245.747207870645 Gflops = 0.245747207870645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001137125 Relative Rsd = 4.98607852194362e-07
BICGSTAB_SOLVER_TIME: 0.685336 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 52 resid = 2.229583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191934(s) Flops=344180736 => 1793.22442089468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258162.21071001 Mflops = 258.16221071001 Gflops = 0.25816221071001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056967 s
InvBiCGStab: k = 75 resid = 1.023593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275453(s) Flops=495101952 => 1797.40991022062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258768.378235682 Mflops = 258.768378235682 Gflops = 0.258768378235682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001022626 Relative Rsd = 4.48402180191258e-07
BICGSTAB_SOLVER_TIME: 0.569543 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 72 resid = 1.800872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263393(s) Flops=475416576 => 1804.97042821943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.109207968 Mflops = 259.859109207968 Gflops = 0.259859109207968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056425 s
InvBiCGStab: k = 99 resid = 8.454875e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394762(s) Flops=652584960 => 1653.10987379738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238004.617782561 Mflops = 238.004617782561 Gflops = 0.238004617782561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001156172 Relative Rsd = 5.06959835629825e-07
BICGSTAB_SOLVER_TIME: 0.760166 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047824 s
InvBiCGStab: k = 57 resid = 2.231306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260782(s) Flops=376989696 => 1445.61241189959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208119.81612991 Mflops = 208.11981612991 Gflops = 0.20811981612991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066793 s
InvBiCGStab: k = 79 resid = 1.093349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353222(s) Flops=521349120 => 1475.98145075901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212493.068953825 Mflops = 212.493068953825 Gflops = 0.212493068953825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001041098 Relative Rsd = 4.56501996687032e-07
BICGSTAB_SOLVER_TIME: 0.732707 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111426
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.187604(s) Flops=1510834176 => 1272.16999605929 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183206.444726736 Mflops = 183.206444726736 Gflops = 0.183206444726736 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168159000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021154
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.14949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743816(s) Flops=1335011328 => 1794.81394323327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258376.060611808 Mflops = 258.376060611808 Gflops = 0.258376060611808 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 9.937448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911513(s) Flops=1643415552 => 1802.95349819476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.145245332 Mflops = 259.615145245332 Gflops = 0.259615145245332 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002016464 Relative Rsd = 8.87327710096674e-07
BICGSTAB_SOLVER_TIME: 1.658722 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323686999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.164549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.704481(s) Flops=1269393408 => 1801.88451924182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259412.140850947 Mflops = 259.412140850947 Gflops = 0.259412140850947 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.120623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776389(s) Flops=1380943872 => 1778.67521564577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256113.600803206 Mflops = 256.113600803206 Gflops = 0.256113600803206 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.001949876 Relative Rsd = 8.56816828289778e-07
BICGSTAB_SOLVER_TIME: 1.484237 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287895999999997
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937235(s) Flops=1510834176 => 1612.01211649159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232122.496291483 Mflops = 232.122496291483 Gflops = 0.232122496291483 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167937000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044026 s
InvBiCGStab: k = 31 resid = 1.46494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140161(s) Flops=206383104 => 1472.47168613238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211961.317811569 Mflops = 211.961317811569 Gflops = 0.211961317811569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064641 s
InvBiCGStab: k = 55 resid = 9.591375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26844(s) Flops=363866112 => 1355.48395172106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195194.815643679 Mflops = 195.194815643679 Gflops = 0.195194815643679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007351346 Relative Rsd = 3.22342752983844e-07
BICGSTAB_SOLVER_TIME: 0.52351 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 75 resid = 1.936923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276238(s) Flops=495101952 => 1792.30211629102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258054.572599278 Mflops = 258.054572599278 Gflops = 0.258054572599278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 113 resid = 9.445259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414253(s) Flops=744450048 => 1797.0902998892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258743.531420743 Mflops = 258.743531420743 Gflops = 0.258743531420743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001300224 Relative Rsd = 5.70124080806316e-07
BICGSTAB_SOLVER_TIME: 0.792282 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 48 resid = 1.965414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176835(s) Flops=317933568 => 1797.91086606158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258829.355723327 Mflops = 258.829355723327 Gflops = 0.258829355723327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056764 s
InvBiCGStab: k = 71 resid = 9.469288e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260009(s) Flops=468854784 => 1803.22521143499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.403104296 Mflops = 259.598403104296 Gflops = 0.259598403104296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001008558 Relative Rsd = 4.42233788897314e-07
BICGSTAB_SOLVER_TIME: 0.53825 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042225 s
InvBiCGStab: k = 74 resid = 1.835093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271519(s) Flops=488540160 => 1799.28535387947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.014972285 Mflops = 259.043014972285 Gflops = 0.259043014972285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056056 s
InvBiCGStab: k = 97 resid = 1.110162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354536(s) Flops=639461376 => 1803.65710675362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259682.604770162 Mflops = 259.682604770162 Gflops = 0.259682604770162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001173562 Relative Rsd = 5.14585026982839e-07
BICGSTAB_SOLVER_TIME: 0.728113 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041013 s
InvBiCGStab: k = 48 resid = 1.669378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17602(s) Flops=317933568 => 1806.23547324168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.98966956 Mflops = 260.03098966956 Gflops = 0.26003098966956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056495 s
InvBiCGStab: k = 87 resid = 9.10928e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318289(s) Flops=573843456 => 1802.90068459796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.926468429 Mflops = 259.568926468429 Gflops = 0.259568926468429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001098722 Relative Rsd = 4.81769021952048e-07
BICGSTAB_SOLVER_TIME: 0.595704 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110928
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950007(s) Flops=1511276544 => 1590.80569301068 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229070.900086833 Mflops = 229.070900086833 Gflops = 0.229070900086833 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167820000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 29 resid = 1.90379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10715(s) Flops=193259520 => 1803.63527764816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259578.749152634 Mflops = 259.578749152634 Gflops = 0.259578749152634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055791 s
InvBiCGStab: k = 46 resid = 9.552094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169258(s) Flops=304809984 => 1800.86013068806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.395109639 Mflops = 259.242395109639 Gflops = 0.259242395109639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007546809 Relative Rsd = 3.30913442745845e-07
BICGSTAB_SOLVER_TIME: 0.376976 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044753 s
InvBiCGStab: k = 77 resid = 1.770628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371203(s) Flops=508225536 => 1369.13100379038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197117.305835197 Mflops = 197.117305835197 Gflops = 0.197117305835197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060448 s
InvBiCGStab: k = 108 resid = 1.137615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.490013(s) Flops=711641088 => 1452.29022087169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209091.8482385 Mflops = 209.0918482385 Gflops = 0.2090918482385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001284184 Relative Rsd = 5.63090511888728e-07
BICGSTAB_SOLVER_TIME: 0.971109 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045672 s
InvBiCGStab: k = 50 resid = 1.767073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232628(s) Flops=331057152 => 1423.11824887804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204880.472087849 Mflops = 204.880472087849 Gflops = 0.204880472087849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07813 s
InvBiCGStab: k = 84 resid = 7.93814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398362(s) Flops=554158080 => 1391.09172059584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200276.366428682 Mflops = 200.276366428682 Gflops = 0.200276366428682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00108541 Relative Rsd = 4.75931918803566e-07
BICGSTAB_SOLVER_TIME: 0.758578 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04157 s
InvBiCGStab: k = 63 resid = 1.937763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240578(s) Flops=416360448 => 1730.66717654981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249171.624026104 Mflops = 249.171624026104 Gflops = 0.249171624026104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05872 s
InvBiCGStab: k = 88 resid = 8.985992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340493(s) Flops=580405248 => 1704.60258507517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245418.549852383 Mflops = 245.418549852383 Gflops = 0.245418549852383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001127717 Relative Rsd = 4.94482727755052e-07
BICGSTAB_SOLVER_TIME: 0.685197 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042242 s
InvBiCGStab: k = 55 resid = 2.164083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20365(s) Flops=363866112 => 1786.72286766511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257220.528659315 Mflops = 257.220528659315 Gflops = 0.257220528659315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05684 s
InvBiCGStab: k = 95 resid = 9.820859e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350044(s) Flops=626337792 => 1789.31160654089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257606.21886377 Mflops = 257.60621886377 Gflops = 0.25760621886377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001092601 Relative Rsd = 4.79085281698165e-07
BICGSTAB_SOLVER_TIME: 0.656616 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121544
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939375(s) Flops=1511350272 => 1608.88917844311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231657.62614188 Mflops = 231.65762614188 Gflops = 0.23165762614188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167723000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 29 resid = 2.241756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107404(s) Flops=193259520 => 1799.36985587129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.462782449 Mflops = 258.965462782449 Gflops = 0.258965462782449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 49 resid = 8.765799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179905(s) Flops=324495360 => 1803.70395486507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.214669343 Mflops = 259.641214669343 Gflops = 0.259641214669343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000716754 Relative Rsd = 3.14283211734106e-07
BICGSTAB_SOLVER_TIME: 0.38884 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 51 resid = 2.256414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188366(s) Flops=337618944 => 1792.35607275198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257998.861103719 Mflops = 257.998861103719 Gflops = 0.257998861103719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 74 resid = 6.762705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271419(s) Flops=488540160 => 1799.94827186011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259128.757588697 Mflops = 259.128757588697 Gflops = 0.259128757588697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001042795 Relative Rsd = 4.57245889159116e-07
BICGSTAB_SOLVER_TIME: 0.561135 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 60 resid = 2.222818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226983(s) Flops=396675072 => 1747.5981549279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251603.037306634 Mflops = 251.603037306634 Gflops = 0.251603037306634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060323 s
InvBiCGStab: k = 66 resid = 1.071987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25822(s) Flops=436045824 => 1688.66015025947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243096.447983099 Mflops = 243.096447983099 Gflops = 0.243096447983099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001047237 Relative Rsd = 4.59193904291188e-07
BICGSTAB_SOLVER_TIME: 0.590486 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043795 s
InvBiCGStab: k = 60 resid = 1.682483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276576(s) Flops=396675072 => 1434.23533495314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206487.60257723 Mflops = 206.48760257723 Gflops = 0.20648760257723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084156 s
InvBiCGStab: k = 95 resid = 6.709342e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432729(s) Flops=626337792 => 1447.41348973607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208400.897575261 Mflops = 208.400897575261 Gflops = 0.208400897575261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001143366 Relative Rsd = 5.01344424995325e-07
BICGSTAB_SOLVER_TIME: 0.841086 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124933
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053245 s
InvBiCGStab: k = 60 resid = 2.278087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265673(s) Flops=396675072 => 1493.09516586179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214956.208411017 Mflops = 214.956208411017 Gflops = 0.214956208411017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064105 s
InvBiCGStab: k = 87 resid = 1.02924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412673(s) Flops=573843456 => 1390.55246163427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200207.437179896 Mflops = 200.207437179896 Gflops = 0.200207437179896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001104617 Relative Rsd = 4.84353682037927e-07
BICGSTAB_SOLVER_TIME: 0.799482 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11926
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942865(s) Flops=1511202816 => 1602.7775089753 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230776.059885774 Mflops = 230.776059885774 Gflops = 0.230776059885774 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167924000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 35 resid = 7.744881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129165(s) Flops=232630272 => 1801.03179653931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259226.225874617 Mflops = 259.226225874617 Gflops = 0.259226225874617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 51 resid = 9.85149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187363(s) Flops=337618944 => 1801.95099352594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259392.656589542 Mflops = 259.392656589542 Gflops = 0.259392656589542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007536359 Relative Rsd = 3.30455254395511e-07
BICGSTAB_SOLVER_TIME: 0.417493 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041734 s
InvBiCGStab: k = 58 resid = 2.141786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212307(s) Flops=383551488 => 1806.58898670322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260090.002648995 Mflops = 260.090002648995 Gflops = 0.260090002648995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056144 s
InvBiCGStab: k = 88 resid = 8.836915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321665(s) Flops=580405248 => 1804.37799574091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.858626597 Mflops = 259.786858626597 Gflops = 0.259786858626597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001125415 Relative Rsd = 4.93473294307206e-07
BICGSTAB_SOLVER_TIME: 0.635744 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 51 resid = 1.873987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187274(s) Flops=337618944 => 1802.8073517947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259535.37978692 Mflops = 259.53537978692 Gflops = 0.25953537978692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 78 resid = 1.036872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286187(s) Flops=514787328 => 1798.77956720606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.856289176 Mflops = 258.976856289176 Gflops = 0.258976856289176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001055269 Relative Rsd = 4.62715665729054e-07
BICGSTAB_SOLVER_TIME: 0.575093 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041634 s
InvBiCGStab: k = 63 resid = 1.840831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252123(s) Flops=416360448 => 1651.41795076213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237760.203028313 Mflops = 237.760203028313 Gflops = 0.237760203028313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058429 s
InvBiCGStab: k = 97 resid = 1.072016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362457(s) Flops=639461376 => 1764.24065751248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254004.621921367 Mflops = 254.004621921367 Gflops = 0.254004621921367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001149803 Relative Rsd = 5.04167265433551e-07
BICGSTAB_SOLVER_TIME: 0.718547 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 56 resid = 2.189266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20671(s) Flops=370427904 => 1792.01733830003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257972.367556473 Mflops = 257.972367556473 Gflops = 0.257972367556473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 68 resid = 1.143359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250198(s) Flops=449169408 => 1795.25578941478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258449.43917538 Mflops = 258.44943917538 Gflops = 0.25844943917538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001073078 Relative Rsd = 4.70524826646975e-07
BICGSTAB_SOLVER_TIME: 0.558271 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102894
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.075239(s) Flops=1505009664 => 1399.69780114003 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201540.028002822 Mflops = 201.540028002822 Gflops = 0.201540028002822 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167058000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.493343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021473
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.866332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822283(s) Flops=1479370752 => 1799.1017107249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259011.012020079 Mflops = 259.011012020079 Gflops = 0.259011012020079 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.057808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915447(s) Flops=1584359424 => 1730.69486709771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249210.14157442 Mflops = 249.21014157442 Gflops = 0.24921014157442 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002094205 Relative Rsd = 9.21536849222494e-07
BICGSTAB_SOLVER_TIME: 1.741304 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.117413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332733999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.888544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.695058(s) Flops=1243146240 => 1788.550365581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257460.195006579 Mflops = 257.460195006579 Gflops = 0.257460195006579 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 6.930645e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736641(s) Flops=1328449536 => 1803.38799496634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259672.187105672 Mflops = 259.672187105672 Gflops = 0.259672187105672 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001950395 Relative Rsd = 8.57016062049948e-07
BICGSTAB_SOLVER_TIME: 1.435045 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279357999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941728(s) Flops=1505009664 => 1598.13626015155 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230109.504675175 Mflops = 230.109504675175 Gflops = 0.230109504675175 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167108000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050628 s
InvBiCGStab: k = 24 resid = 2.240879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12376(s) Flops=160450560 => 1296.46541693601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186583.667014583 Mflops = 186.583667014583 Gflops = 0.186583667014583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080723 s
InvBiCGStab: k = 55 resid = 1.138722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308476(s) Flops=363866112 => 1179.56052334704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169836.495057098 Mflops = 169.836495057098 Gflops = 0.169836495057098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007398177 Relative Rsd = 3.2439620350335e-07
BICGSTAB_SOLVER_TIME: 0.567721 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046755 s
InvBiCGStab: k = 80 resid = 1.790104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382487(s) Flops=527910912 => 1380.20615602622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198718.05582578 Mflops = 198.71805582578 Gflops = 0.19871805582578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068323 s
InvBiCGStab: k = 114 resid = 7.801227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.514486(s) Flops=751011840 => 1459.73231535941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210186.170232682 Mflops = 210.186170232682 Gflops = 0.210186170232682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001293299 Relative Rsd = 5.67087511020626e-07
BICGSTAB_SOLVER_TIME: 1.015957 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152489999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041764 s
InvBiCGStab: k = 55 resid = 1.522808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203801(s) Flops=363866112 => 1785.39905103508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257050.997625576 Mflops = 257.050997625576 Gflops = 0.257050997625576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 82 resid = 1.0863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301565(s) Flops=541034496 => 1794.08915490856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258297.102131171 Mflops = 258.297102131171 Gflops = 0.258297102131171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001041012 Relative Rsd = 4.56464273737957e-07
BICGSTAB_SOLVER_TIME: 0.607523 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048719 s
InvBiCGStab: k = 59 resid = 2.104352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26804(s) Flops=390113280 => 1455.42933890464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209547.796017133 Mflops = 209.547796017133 Gflops = 0.209547796017133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067376 s
InvBiCGStab: k = 94 resid = 1.106388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353045(s) Flops=619776000 => 1755.51558583183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252752.074734959 Mflops = 252.752074734959 Gflops = 0.252752074734959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001111622 Relative Rsd = 4.87425371429793e-07
BICGSTAB_SOLVER_TIME: 0.741016 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 63 resid = 1.928363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231585(s) Flops=416360448 => 1797.87312649783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.258706813 Mflops = 258.839258706813 Gflops = 0.258839258706813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 79 resid = 1.145517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288625(s) Flops=521349120 => 1806.32003464703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.087642592 Mflops = 260.057087642592 Gflops = 0.260057087642592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001104405 Relative Rsd = 4.84260982612324e-07
BICGSTAB_SOLVER_TIME: 0.621727 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115788
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93496(s) Flops=1504788480 => 1609.46829810901 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231747.789042986 Mflops = 231.747789042986 Gflops = 0.231747789042986 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167157000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 24 resid = 2.020538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089916(s) Flops=160450560 => 1784.44948618711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256806.796825287 Mflops = 256.806796825287 Gflops = 0.256806796825287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056618 s
InvBiCGStab: k = 47 resid = 1.13974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173713(s) Flops=311371776 => 1792.44947701093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257998.437084311 Mflops = 257.998437084311 Gflops = 0.257998437084311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007756202 Relative Rsd = 3.40094948216415e-07
BICGSTAB_SOLVER_TIME: 0.365268 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 74 resid = 2.276458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272221(s) Flops=488540160 => 1794.64538004048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258379.928154937 Mflops = 258.379928154937 Gflops = 0.258379928154937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057085 s
InvBiCGStab: k = 114 resid = 7.59352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416815(s) Flops=751011840 => 1801.78697983518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259419.847999793 Mflops = 259.419847999793 Gflops = 0.259419847999793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001317977 Relative Rsd = 5.77908076076207e-07
BICGSTAB_SOLVER_TIME: 0.791425 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148619999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045511 s
InvBiCGStab: k = 51 resid = 1.89927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25178(s) Flops=337618944 => 1340.92836603384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193052.227140464 Mflops = 193.052227140464 Gflops = 0.193052227140464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076271 s
InvBiCGStab: k = 72 resid = 1.080318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319903(s) Flops=475416576 => 1486.12728233246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213965.663048368 Mflops = 213.965663048368 Gflops = 0.213965663048368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001050232 Relative Rsd = 4.60507112123263e-07
BICGSTAB_SOLVER_TIME: 0.697404 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047167 s
InvBiCGStab: k = 62 resid = 2.24399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269903(s) Flops=409798656 => 1518.31826989696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218599.787207875 Mflops = 218.599787207875 Gflops = 0.218599787207875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059039 s
InvBiCGStab: k = 90 resid = 1.137729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402492(s) Flops=593528832 => 1474.6351033064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212319.511445893 Mflops = 212.319511445893 Gflops = 0.212319511445893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001171736 Relative Rsd = 5.13784218288537e-07
BICGSTAB_SOLVER_TIME: 0.782457 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042041 s
InvBiCGStab: k = 55 resid = 2.042748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202139(s) Flops=363866112 => 1800.07871810982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.115234425 Mflops = 259.151115234425 Gflops = 0.259151115234425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 89 resid = 5.825503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32694(s) Flops=586967040 => 1795.33565791888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258474.009648349 Mflops = 258.474009648349 Gflops = 0.258474009648349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001109171 Relative Rsd = 4.8635054813382e-07
BICGSTAB_SOLVER_TIME: 0.631448 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117076
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930277(s) Flops=1492328448 => 1604.17644207048 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230983.059832023 Mflops = 230.983059832023 Gflops = 0.230983059832023 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165417000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 30 resid = 2.165747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11092(s) Flops=199821312 => 1801.49037143887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259292.617783055 Mflops = 259.292617783055 Gflops = 0.259292617783055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 49 resid = 1.040242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180205(s) Flops=324495360 => 1800.70120140951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259222.246188331 Mflops = 259.222246188331 Gflops = 0.259222246188331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007133377 Relative Rsd = 3.12785243125065e-07
BICGSTAB_SOLVER_TIME: 0.392505 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 50 resid = 2.258915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18349(s) Flops=331057152 => 1804.22449179792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.151012477 Mflops = 259.713151012477 Gflops = 0.259713151012477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 75 resid = 1.032624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275814(s) Flops=495101952 => 1795.05736474581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258428.093190094 Mflops = 258.428093190094 Gflops = 0.258428093190094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001059882 Relative Rsd = 4.64738514208005e-07
BICGSTAB_SOLVER_TIME: 0.560823 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103513
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 50 resid = 2.113053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196248(s) Flops=331057152 => 1686.93261587379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242845.777582621 Mflops = 242.845777582621 Gflops = 0.242845777582621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 65 resid = 1.103223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23824(s) Flops=429484032 => 1802.73687038281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.572373393 Mflops = 259.529572373393 Gflops = 0.259529572373393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001021336 Relative Rsd = 4.47836795368586e-07
BICGSTAB_SOLVER_TIME: 0.535359 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964810000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 68 resid = 1.952997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248978(s) Flops=449169408 => 1804.05259902481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259733.203913196 Mflops = 259.733203913196 Gflops = 0.259733203913196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 100 resid = 9.848313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365909(s) Flops=659146752 => 1801.39529773796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.571794624 Mflops = 259.358571794624 Gflops = 0.259358571794624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001117393 Relative Rsd = 4.89956075957928e-07
BICGSTAB_SOLVER_TIME: 0.716249 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041921 s
InvBiCGStab: k = 50 resid = 2.204877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201206(s) Flops=331057152 => 1645.36421379084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236864.201006495 Mflops = 236.864201006495 Gflops = 0.236864201006495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064042 s
InvBiCGStab: k = 85 resid = 1.031508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373369(s) Flops=560719872 => 1501.7847544922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216220.464734387 Mflops = 216.220464734387 Gflops = 0.216220464734387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001107916 Relative Rsd = 4.85800579184789e-07
BICGSTAB_SOLVER_TIME: 0.684698 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110757
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094502(s) Flops=1485914112 => 1357.61662564344 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195484.248484689 Mflops = 195.484248484689 Gflops = 0.195484248484689 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164802000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041434 s
InvBiCGStab: k = 27 resid = 2.278101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100532(s) Flops=180135936 => 1791.82684120479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257912.055685271 Mflops = 257.912055685271 Gflops = 0.257912055685271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 47 resid = 1.134731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17308(s) Flops=311371776 => 1799.00494568985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258969.940736171 Mflops = 258.969940736171 Gflops = 0.258969940736171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007268055 Relative Rsd = 3.18690620217239e-07
BICGSTAB_SOLVER_TIME: 0.375369 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 61 resid = 1.027556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2235(s) Flops=403236864 => 1804.1917852349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.864353033 Mflops = 259.704864353033 Gflops = 0.259704864353033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 87 resid = 8.963355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319031(s) Flops=573843456 => 1798.7075111823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.72034067 Mflops = 258.96072034067 Gflops = 0.25896072034067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001135062 Relative Rsd = 4.97703369197528e-07
BICGSTAB_SOLVER_TIME: 0.643697 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040918 s
InvBiCGStab: k = 53 resid = 2.061322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194303(s) Flops=350742528 => 1805.13181988955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.008993761 Mflops = 259.866008993761 Gflops = 0.259866008993761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 86 resid = 9.441425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31437(s) Flops=567281664 => 1804.50317778414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.505879925 Mflops = 259.791505879925 Gflops = 0.259791505879925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001077565 Relative Rsd = 4.72492188190007e-07
BICGSTAB_SOLVER_TIME: 0.610101 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 67 resid = 1.5825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244711(s) Flops=442607616 => 1808.69522007593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260397.044613228 Mflops = 260.397044613228 Gflops = 0.260397044613228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 88 resid = 9.369217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321546(s) Flops=580405248 => 1805.04577261107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.272509305 Mflops = 259.878272509305 Gflops = 0.259878272509305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001103043 Relative Rsd = 4.83663591985768e-07
BICGSTAB_SOLVER_TIME: 0.667015 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 58 resid = 1.609438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224913(s) Flops=383551488 => 1705.33267530112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245505.474521759 Mflops = 245.505474521759 Gflops = 0.245505474521759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060012 s
InvBiCGStab: k = 80 resid = 1.034288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30576(s) Flops=527910912 => 1726.55321821036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248563.314440063 Mflops = 248.563314440063 Gflops = 0.248563314440063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001052519 Relative Rsd = 4.61510011690891e-07
BICGSTAB_SOLVER_TIME: 0.636193 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112757
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923923(s) Flops=1479131136 => 1600.92468311753 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230516.883625363 Mflops = 230.516883625363 Gflops = 0.230516883625363 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164372000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.788134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88997(s) Flops=1387505664 => 1559.04768025889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224465.491564847 Mflops = 224.465491564847 Gflops = 0.224465491564847 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 6.621005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906021(s) Flops=1630291968 => 1799.3975503879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259104.401772846 Mflops = 259.104401772846 Gflops = 0.259104401772846 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.00213794 Relative Rsd = 9.40795565154744e-07
BICGSTAB_SOLVER_TIME: 1.799429 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327533999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.104108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753767(s) Flops=1302202368 => 1727.59270172348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248667.586462673 Mflops = 248.667586462673 Gflops = 0.248667586462673 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 9.591191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810982(s) Flops=1446561792 => 1783.71627483717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256840.685199004 Mflops = 256.840685199004 Gflops = 0.256840685199004 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002049882 Relative Rsd = 9.00721252233085e-07
BICGSTAB_SOLVER_TIME: 1.568093 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.117556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298286999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918984(s) Flops=1479131136 => 1609.52871431929 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231927.971478263 Mflops = 231.927971478263 Gflops = 0.231927971478263 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164191000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 33 resid = 1.286632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1219(s) Flops=219506688 => 1800.71114027892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259190.023888029 Mflops = 259.190023888029 Gflops = 0.259190023888029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 47 resid = 1.085579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172986(s) Flops=311371776 => 1799.98251881655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259091.683183971 Mflops = 259.091683183971 Gflops = 0.259091683183971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007242804 Relative Rsd = 3.17583382749869e-07
BICGSTAB_SOLVER_TIME: 0.396149 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 76 resid = 1.337918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278583(s) Flops=501663744 => 1800.76940803997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.825940642 Mflops = 259.265825940642 Gflops = 0.259265825940642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055828 s
InvBiCGStab: k = 104 resid = 1.047028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381442(s) Flops=685393920 => 1796.84963900147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258704.015457 Mflops = 258.704015457 Gflops = 0.258704015457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001254214 Relative Rsd = 5.49949245298914e-07
BICGSTAB_SOLVER_TIME: 0.760513 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047156 s
InvBiCGStab: k = 50 resid = 1.965867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223045(s) Flops=331057152 => 1484.2617050371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213687.07414926 Mflops = 213.68707414926 Gflops = 0.21368707414926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081527 s
InvBiCGStab: k = 74 resid = 1.029779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344291(s) Flops=488540160 => 1418.97453026655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204289.243994041 Mflops = 204.289243994041 Gflops = 0.204289243994041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001032023 Relative Rsd = 4.52522608404162e-07
BICGSTAB_SOLVER_TIME: 0.700327 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044896 s
InvBiCGStab: k = 66 resid = 1.941992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283049(s) Flops=436045824 => 1540.53122957509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221800.380339096 Mflops = 221.800380339096 Gflops = 0.221800380339096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062055 s
InvBiCGStab: k = 92 resid = 1.03681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393669(s) Flops=606652416 => 1541.02155872065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221875.346725824 Mflops = 221.875346725824 Gflops = 0.221875346725824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001150435 Relative Rsd = 5.04444036515939e-07
BICGSTAB_SOLVER_TIME: 0.787546 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040596 s
InvBiCGStab: k = 54 resid = 1.81565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241371(s) Flops=357304320 => 1480.31171930348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213110.208338319 Mflops = 213.110208338319 Gflops = 0.213110208338319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057705 s
InvBiCGStab: k = 90 resid = 9.497653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46458(s) Flops=593528832 => 1277.56001549787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183945.430327934 Mflops = 183.945430327934 Gflops = 0.183945430327934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001088096 Relative Rsd = 4.77109905942678e-07
BICGSTAB_SOLVER_TIME: 0.808024 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11718
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913544(s) Flops=1460404224 => 1598.61399560393 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230185.258959487 Mflops = 230.185258959487 Gflops = 0.230185258959487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163699000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 24 resid = 2.258701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088762(s) Flops=160450560 => 1807.64921926049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260108.022447783 Mflops = 260.108022447784 Gflops = 0.260108022447784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 54 resid = 1.0445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198056(s) Flops=357304320 => 1804.05703437412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259680.241635096 Mflops = 259.680241635096 Gflops = 0.259680241635096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000787827 Relative Rsd = 3.45447370172113e-07
BICGSTAB_SOLVER_TIME: 0.388453 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044528 s
InvBiCGStab: k = 71 resid = 2.227962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27893(s) Flops=468854784 => 1680.90482916861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242005.546753183 Mflops = 242.005546753183 Gflops = 0.242005546753183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060476 s
InvBiCGStab: k = 103 resid = 1.12229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395228(s) Flops=678832128 => 1717.57094133007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247297.43544553 Mflops = 247.29743544553 Gflops = 0.24729743544553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001232604 Relative Rsd = 5.40473893879292e-07
BICGSTAB_SOLVER_TIME: 0.783006 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 56 resid = 2.152699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213179(s) Flops=370427904 => 1737.63787239831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250151.61540735 Mflops = 250.15161540735 Gflops = 0.25015161540735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064294 s
InvBiCGStab: k = 73 resid = 1.035099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272159(s) Flops=481978368 => 1770.94407313372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254948.129125592 Mflops = 254.948129125592 Gflops = 0.254948129125592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001027809 Relative Rsd = 4.50674847496695e-07
BICGSTAB_SOLVER_TIME: 0.594294 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 57 resid = 2.277541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253354(s) Flops=376989696 => 1487.99583191897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214222.317690321 Mflops = 214.222317690321 Gflops = 0.214222317690321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061116 s
InvBiCGStab: k = 91 resid = 6.880551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420992(s) Flops=600090624 => 1425.42049255093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205232.333740394 Mflops = 205.232333740394 Gflops = 0.205232333740394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001132862 Relative Rsd = 4.96738703038368e-07
BICGSTAB_SOLVER_TIME: 0.780471 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047376 s
InvBiCGStab: k = 53 resid = 2.156856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231282(s) Flops=350742528 => 1516.5145925753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218328.201039452 Mflops = 218.328201039452 Gflops = 0.218328201039452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077237 s
InvBiCGStab: k = 82 resid = 9.981096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359765(s) Flops=541034496 => 1503.85528330994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216508.47922147 Mflops = 216.50847922147 Gflops = 0.21650847922147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001080939 Relative Rsd = 4.73971703692023e-07
BICGSTAB_SOLVER_TIME: 0.725261 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111037
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919248(s) Flops=1441382400 => 1568.00167093102 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225819.244465989 Mflops = 225.819244465989 Gflops = 0.225819244465989 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159979000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044628 s
InvBiCGStab: k = 30 resid = 1.256112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115619(s) Flops=199821312 => 1728.27400340774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248740.238562742 Mflops = 248.740238562742 Gflops = 0.248740238562742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056996 s
InvBiCGStab: k = 52 resid = 1.127061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195785(s) Flops=344180736 => 1757.95252956049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253048.246645896 Mflops = 253.048246645896 Gflops = 0.253048246645896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007222908 Relative Rsd = 3.16710982125828e-07
BICGSTAB_SOLVER_TIME: 0.416859 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042073 s
InvBiCGStab: k = 57 resid = 2.141954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214059(s) Flops=376989696 => 1761.14854315866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253533.692541185 Mflops = 253.533692541185 Gflops = 0.253533692541185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056908 s
InvBiCGStab: k = 84 resid = 7.441898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321143(s) Flops=554158080 => 1725.58044235745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248442.254287488 Mflops = 248.442254287488 Gflops = 0.248442254287488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001080872 Relative Rsd = 4.739422501851e-07
BICGSTAB_SOLVER_TIME: 0.6381 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041689 s
InvBiCGStab: k = 55 resid = 1.858724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201638(s) Flops=363866112 => 1804.55128497605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259763.641148781 Mflops = 259.763641148781 Gflops = 0.259763641148781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057941 s
InvBiCGStab: k = 67 resid = 9.786528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253415(s) Flops=442607616 => 1746.57228656552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251434.834511151 Mflops = 251.434834511151 Gflops = 0.251434834511151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001026222 Relative Rsd = 4.49979244483102e-07
BICGSTAB_SOLVER_TIME: 0.558505 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041497 s
InvBiCGStab: k = 56 resid = 1.952873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211829(s) Flops=370427904 => 1748.71195162135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251745.740392067 Mflops = 251.745740392067 Gflops = 0.251745740392067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065546 s
InvBiCGStab: k = 98 resid = 1.109861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451206(s) Flops=646023168 => 1431.76989667691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206142.100706944 Mflops = 206.142100706944 Gflops = 0.206142100706944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001097626 Relative Rsd = 4.8128847548034e-07
BICGSTAB_SOLVER_TIME: 0.774295 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042984 s
InvBiCGStab: k = 54 resid = 2.071537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257586(s) Flops=357304320 => 1387.12631897696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199726.079045469 Mflops = 199.726079045469 Gflops = 0.199726079045469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069813 s
InvBiCGStab: k = 82 resid = 8.672291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377221(s) Flops=541034496 => 1434.2639884842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206503.711659553 Mflops = 206.503711659553 Gflops = 0.206503711659553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001046192 Relative Rsd = 4.58735409665218e-07
BICGSTAB_SOLVER_TIME: 0.751542 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111251
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991674(s) Flops=1428996096 => 1440.99381046594 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207507.906473975 Mflops = 207.507906473975 Gflops = 0.207507906473975 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158482000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 26 resid = 1.923238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097284(s) Flops=173574144 => 1784.2003207105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256773.59357056 Mflops = 256.77359357056 Gflops = 0.25677359357056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061944 s
InvBiCGStab: k = 47 resid = 1.129919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178812(s) Flops=311371776 => 1741.33601771693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250655.002177028 Mflops = 250.655002177028 Gflops = 0.250655002177028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000737148 Relative Rsd = 3.23225592502453e-07
BICGSTAB_SOLVER_TIME: 0.382809 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040625 s
InvBiCGStab: k = 57 resid = 1.777085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212594(s) Flops=376989696 => 1773.28473992681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255271.619014708 Mflops = 255.271619014708 Gflops = 0.255271619014708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057604 s
InvBiCGStab: k = 87 resid = 1.132259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327114(s) Flops=573843456 => 1754.26137676773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252567.00651663 Mflops = 252.56700651663 Gflops = 0.25256700651663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001137401 Relative Rsd = 4.98728984208104e-07
BICGSTAB_SOLVER_TIME: 0.641941 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041286 s
InvBiCGStab: k = 47 resid = 2.176061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1723(s) Flops=311371776 => 1807.14901915264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260130.695995858 Mflops = 260.130695995858 Gflops = 0.260130695995858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055804 s
InvBiCGStab: k = 80 resid = 8.864537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303083(s) Flops=527910912 => 1741.80311003916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250768.050967844 Mflops = 250.768050967844 Gflops = 0.250768050967844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00103294 Relative Rsd = 4.52924646221367e-07
BICGSTAB_SOLVER_TIME: 0.576338 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 60 resid = 2.071623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220949(s) Flops=396675072 => 1795.3241336236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258468.347343263 Mflops = 258.468347343263 Gflops = 0.258468347343263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059204 s
InvBiCGStab: k = 92 resid = 8.957292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361284(s) Flops=606652416 => 1679.15660809778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241744.361890114 Mflops = 241.744361890114 Gflops = 0.241744361890114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001099091 Relative Rsd = 4.81930888625278e-07
BICGSTAB_SOLVER_TIME: 0.686544 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058527 s
InvBiCGStab: k = 55 resid = 1.501371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232859(s) Flops=363866112 => 1562.60274243212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224939.503592953 Mflops = 224.939503592953 Gflops = 0.224939503592953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062264 s
InvBiCGStab: k = 81 resid = 7.995012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364098(s) Flops=534472704 => 1467.93639075194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211343.804521477 Mflops = 211.343804521477 Gflops = 0.211343804521477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001033574 Relative Rsd = 4.5320299972787e-07
BICGSTAB_SOLVER_TIME: 0.721789 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111494
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049369(s) Flops=1416683520 => 1350.03370596997 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194388.642603977 Mflops = 194.388642603977 Gflops = 0.194388642603977 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157000000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021478
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 8.845776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685029(s) Flops=1236584448 => 1805.15634812541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259833.070829469 Mflops = 259.833070829469 Gflops = 0.259833070829469 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 9.978679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862748(s) Flops=1558112256 => 1805.98767658691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260051.836827029 Mflops = 260.051836827029 Gflops = 0.260051836827029 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002068578 Relative Rsd = 9.10291682717122e-07
BICGSTAB_SOLVER_TIME: 1.551216 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303316999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.787012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705539(s) Flops=1275955200 => 1808.48287621237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260357.788402933 Mflops = 260.357788402933 Gflops = 0.260357788402933 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 8.993409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870318(s) Flops=1459685376 => 1677.18624227007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241501.503420454 Mflops = 241.501503420454 Gflops = 0.241501503420454 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.00207728 Relative Rsd = 9.12756763539685e-07
BICGSTAB_SOLVER_TIME: 1.581996 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.125665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296935999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.035166(s) Flops=1416683520 => 1368.55684981926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196988.243297018 Mflops = 196.988243297018 Gflops = 0.196988243297018 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156963000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 24 resid = 2.251821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089133(s) Flops=160450560 => 1800.1252061526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259058.843323037 Mflops = 259.058843323037 Gflops = 0.259058843323037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 51 resid = 8.488042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186997(s) Flops=337618944 => 1805.47786328123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.873441768 Mflops = 259.894873441768 Gflops = 0.259894873441768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000689773 Relative Rsd = 3.02452549633468e-07
BICGSTAB_SOLVER_TIME: 0.377474 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041074 s
InvBiCGStab: k = 82 resid = 2.151088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299661(s) Flops=541034496 => 1805.48852202989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.767807647 Mflops = 259.955767807647 Gflops = 0.259955767807647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056042 s
InvBiCGStab: k = 106 resid = 9.983321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387134(s) Flops=698517504 => 1804.33003559491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.552859204 Mflops = 259.789552859204 Gflops = 0.259789552859204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.00129816 Relative Rsd = 5.69218678982577e-07
BICGSTAB_SOLVER_TIME: 0.787723 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148659999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040671 s
InvBiCGStab: k = 61 resid = 1.511042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223626(s) Flops=403236864 => 1803.17523007164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.778071221 Mflops = 259.587778071221 Gflops = 0.259587778071221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056008 s
InvBiCGStab: k = 68 resid = 9.474622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249926(s) Flops=449169408 => 1797.20960604339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258726.825626001 Mflops = 258.726825626001 Gflops = 0.258726825626001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001043447 Relative Rsd = 4.57532154786197e-07
BICGSTAB_SOLVER_TIME: 0.574227 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 62 resid = 2.239459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227525(s) Flops=409798656 => 1801.1148489177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259293.355907133 Mflops = 259.293355907133 Gflops = 0.259293355907133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 90 resid = 5.993667e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329374(s) Flops=593528832 => 1801.99053962972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.755574847 Mflops = 259.440755574847 Gflops = 0.259440755574847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001144564 Relative Rsd = 5.01870096077294e-07
BICGSTAB_SOLVER_TIME: 0.657786 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122937
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 50 resid = 2.091598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18309(s) Flops=331057152 => 1808.1662133377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260299.271755156 Mflops = 260.299271755156 Gflops = 0.260299271755156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 91 resid = 7.684482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38143(s) Flops=600090624 => 1573.2654064966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226517.83237554 Mflops = 226.51783237554 Gflops = 0.22651783237554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001140451 Relative Rsd = 5.00066234677547e-07
BICGSTAB_SOLVER_TIME: 0.666586 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114965
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034784(s) Flops=1404370944 => 1357.16337322572 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195414.065527578 Mflops = 195.414065527578 Gflops = 0.195414065527578 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155751000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 25 resid = 2.078976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093213(s) Flops=167012352 => 1791.72810659457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257861.482046721 Mflops = 257.861482046721 Gflops = 0.257861482046721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057859 s
InvBiCGStab: k = 50 resid = 1.120615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183969(s) Flops=331057152 => 1799.52683332518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.954102586 Mflops = 259.044954102586 Gflops = 0.259044954102586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007563038 Relative Rsd = 3.3162507418435e-07
BICGSTAB_SOLVER_TIME: 0.379846 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 86 resid = 1.844338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314969(s) Flops=567281664 => 1801.07141972702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259305.099767881 Mflops = 259.305099767881 Gflops = 0.259305099767881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 113 resid = 1.048663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413277(s) Flops=744450048 => 1801.3343302434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.551424755 Mflops = 259.358551424755 Gflops = 0.259358551424755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.00133004 Relative Rsd = 5.83197558388862e-07
BICGSTAB_SOLVER_TIME: 0.829481 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156427999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041746 s
InvBiCGStab: k = 54 resid = 1.992294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198092(s) Flops=357304320 => 1803.72917634231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.229831567 Mflops = 259.670229831567 Gflops = 0.259670229831567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055934 s
InvBiCGStab: k = 77 resid = 1.082454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281826(s) Flops=508225536 => 1803.33090630389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259618.65943166 Mflops = 259.61865943166 Gflops = 0.25961865943166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001031655 Relative Rsd = 4.52361456374081e-07
BICGSTAB_SOLVER_TIME: 0.581409 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 61 resid = 2.067189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23951(s) Flops=403236864 => 1683.59093148512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242370.432739988 Mflops = 242.370432739988 Gflops = 0.242370432739988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060114 s
InvBiCGStab: k = 91 resid = 1.140376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341144(s) Flops=600090624 => 1759.05372511315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253248.76131628 Mflops = 253.24876131628 Gflops = 0.25324876131628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001098863 Relative Rsd = 4.8183078753849e-07
BICGSTAB_SOLVER_TIME: 0.685747 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122743
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 64 resid = 2.175102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235822(s) Flops=422922240 => 1793.39603599325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258185.407499673 Mflops = 258.185407499673 Gflops = 0.258185407499673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 89 resid = 4.547921e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327274(s) Flops=586967040 => 1793.50342526446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258212.519366801 Mflops = 258.212519366801 Gflops = 0.258212519366801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001107798 Relative Rsd = 4.85748512326796e-07
BICGSTAB_SOLVER_TIME: 0.665474 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123711
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.083185(s) Flops=1391763456 => 1284.88065842862 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  185013.583696953 Mflops = 185.013583696953 Gflops = 0.185013583696953 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153943000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 24 resid = 2.11721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089429(s) Flops=160450560 => 1794.16699280994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258223.475166748 Mflops = 258.223475166748 Gflops = 0.258223475166748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056793 s
InvBiCGStab: k = 57 resid = 1.136614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209697(s) Flops=376989696 => 1797.78297257471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258808.136145459 Mflops = 258.808136145459 Gflops = 0.258808136145459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007406736 Relative Rsd = 3.2477151877138e-07
BICGSTAB_SOLVER_TIME: 0.40074 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041812 s
InvBiCGStab: k = 55 resid = 1.754522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202414(s) Flops=363866112 => 1797.63312814331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.368400932 Mflops = 258.801368400932 Gflops = 0.258801368400932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 83 resid = 1.044835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305341(s) Flops=547596288 => 1793.39259385408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258201.249642596 Mflops = 258.201249642596 Gflops = 0.258201249642596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001065041 Relative Rsd = 4.67000410820269e-07
BICGSTAB_SOLVER_TIME: 0.609844 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045868 s
InvBiCGStab: k = 67 resid = 6.716955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248573(s) Flops=442607616 => 1780.5940950948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256339.686369549 Mflops = 256.339686369549 Gflops = 0.256339686369549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 81 resid = 5.970659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298303(s) Flops=534472704 => 1791.71079070609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257938.33815937 Mflops = 257.93833815937 Gflops = 0.25793833815937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001031092 Relative Rsd = 4.52114700303947e-07
BICGSTAB_SOLVER_TIME: 0.653294 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 60 resid = 1.001022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221105(s) Flops=396675072 => 1794.05744781891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258279.498271822 Mflops = 258.279498271822 Gflops = 0.258279498271822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 82 resid = 1.021318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300175(s) Flops=541034496 => 1802.39692179562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259488.180866743 Mflops = 259.488180866743 Gflops = 0.259488180866743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001094387 Relative Rsd = 4.79868122221866e-07
BICGSTAB_SOLVER_TIME: 0.623173 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040942 s
InvBiCGStab: k = 56 resid = 1.753372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20508(s) Flops=370427904 => 1806.26050321826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.96192621 Mflops = 260.02996192621 Gflops = 0.26002996192621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 72 resid = 9.381574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26335(s) Flops=475416576 => 1805.26514524397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259901.598596621 Mflops = 259.901598596621 Gflops = 0.259901598596621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001043464 Relative Rsd = 4.57539352263625e-07
BICGSTAB_SOLVER_TIME: 0.569884 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106032
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959484(s) Flops=1372962816 => 1430.93872956714 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206038.664853803 Mflops = 206.038664853803 Gflops = 0.206038664853803 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152330000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.504447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 27 resid = 1.973298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101033(s) Flops=180135936 => 1782.94157354528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256624.789912133 Mflops = 256.624789912133 Gflops = 0.256624789912133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 44 resid = 1.148861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173936(s) Flops=291686400 => 1676.97543924202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241396.046325423 Mflops = 241.396046325423 Gflops = 0.241396046325423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.000723926 Relative Rsd = 3.17427998910919e-07
BICGSTAB_SOLVER_TIME: 0.376575 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 54 resid = 2.012923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200345(s) Flops=357304320 => 1783.445157104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256757.70206314 Mflops = 256.75770206314 Gflops = 0.25675770206314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057031 s
InvBiCGStab: k = 79 resid = 1.006502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291401(s) Flops=521349120 => 1789.11232288153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257574.904143907 Mflops = 257.574904143907 Gflops = 0.257574904143907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001095096 Relative Rsd = 4.80179094083523e-07
BICGSTAB_SOLVER_TIME: 0.593969 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041401 s
InvBiCGStab: k = 59 resid = 1.845895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217372(s) Flops=390113280 => 1794.68045562446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258385.72047974 Mflops = 258.38572047974 Gflops = 0.25838572047974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 76 resid = 1.097107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27885(s) Flops=501663744 => 1799.0451640667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258998.783524936 Mflops = 258.998783524936 Gflops = 0.258998783524936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001021246 Relative Rsd = 4.47797438949456e-07
BICGSTAB_SOLVER_TIME: 0.597883 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110601
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 55 resid = 1.985443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201685(s) Flops=363866112 => 1804.13075836081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.862230771 Mflops = 259.732862230771 Gflops = 0.259732862230771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 82 resid = 6.657802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300744(s) Flops=541034496 => 1798.98683265502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258998.407667904 Mflops = 258.998407667904 Gflops = 0.258998407667904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001082976 Relative Rsd = 4.74864701352535e-07
BICGSTAB_SOLVER_TIME: 0.604203 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041145 s
InvBiCGStab: k = 48 resid = 2.204682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176466(s) Flops=317933568 => 1801.67039543028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259359.660539544 Mflops = 259.359660539544 Gflops = 0.259359660539544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056834 s
InvBiCGStab: k = 73 resid = 9.145116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268268(s) Flops=481978368 => 1796.6301161525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258654.697569474 Mflops = 258.654697569474 Gflops = 0.258654697569474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.00102567 Relative Rsd = 4.49737286731254e-07
BICGSTAB_SOLVER_TIME: 0.546584 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100702
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.844712(s) Flops=1354088448 => 1603.01789012113 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230805.89411481 Mflops = 230.80589411481 Gflops = 0.23080589411481 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150116000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.505587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.145669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.950415(s) Flops=1374382080 => 1446.08626757785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208211.96584643 Mflops = 208.21196584643 Gflops = 0.20821196584643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 8.998581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891789(s) Flops=1604044800 => 1798.6819752206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258997.577013144 Mflops = 258.997577013144 Gflops = 0.258997577013144 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002044005 Relative Rsd = 8.99511532942771e-07
BICGSTAB_SOLVER_TIME: 1.84565 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323202999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.246775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678011(s) Flops=1223460864 => 1804.48527236284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.502578238 Mflops = 259.876502578238 Gflops = 0.259876502578238 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.133549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.780636(s) Flops=1407191040 => 1802.62124729067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259561.829792116 Mflops = 259.561829792116 Gflops = 0.259561829792116 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.002114485 Relative Rsd = 9.2911814009854e-07
BICGSTAB_SOLVER_TIME: 1.462049 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001873
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285441999999997
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.845312(s) Flops=1354088448 => 1601.88007268322 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230658.387216886 Mflops = 230.658387216886 Gflops = 0.230658387216886 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150109000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044259 s
InvBiCGStab: k = 27 resid = 2.17907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123075(s) Flops=180135936 => 1463.62734917733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210670.179218906 Mflops = 210.670179218906 Gflops = 0.210670179218906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076952 s
InvBiCGStab: k = 48 resid = 1.010916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212214(s) Flops=317933568 => 1498.17433345585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215655.69501583 Mflops = 215.65569501583 Gflops = 0.21565569501583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007456662 Relative Rsd = 3.26960674920272e-07
BICGSTAB_SOLVER_TIME: 0.460718 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050847 s
InvBiCGStab: k = 82 resid = 2.175531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373414(s) Flops=541034496 => 1448.8864798856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208609.838804312 Mflops = 208.609838804312 Gflops = 0.208609838804312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066749 s
InvBiCGStab: k = 118 resid = 1.115562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.516405(s) Flops=777259008 => 1505.13455136956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216711.99882109 Mflops = 216.71199882109 Gflops = 0.21671199882109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001292688 Relative Rsd = 5.66819672977599e-07
BICGSTAB_SOLVER_TIME: 1.015042 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156612999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 54 resid = 2.02573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198536(s) Flops=357304320 => 1799.6953701092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259082.828981943 Mflops = 259.082828981943 Gflops = 0.259082828981943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 65 resid = 9.915367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240375(s) Flops=429484032 => 1786.72504212168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257222.922669827 Mflops = 257.222922669827 Gflops = 0.257222922669827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001017621 Relative Rsd = 4.46207817356567e-07
BICGSTAB_SOLVER_TIME: 0.540403 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993180000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 59 resid = 2.168519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217461(s) Flops=390113280 => 1793.94594892877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258269.469080581 Mflops = 258.269469080581 Gflops = 0.258269469080581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 83 resid = 9.785205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304191(s) Flops=547596288 => 1800.17254948371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259175.590098495 Mflops = 259.175590098495 Gflops = 0.259175590098495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001099117 Relative Rsd = 4.819423739616e-07
BICGSTAB_SOLVER_TIME: 0.623054 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040645 s
InvBiCGStab: k = 63 resid = 1.70853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230919(s) Flops=416360448 => 1803.05842308342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259582.208295383 Mflops = 259.582208295383 Gflops = 0.259582208295383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 85 resid = 1.0326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311806(s) Flops=560719872 => 1798.29724893042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258892.606484959 Mflops = 258.892606484959 Gflops = 0.258892606484959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001091723 Relative Rsd = 4.78700191132777e-07
BICGSTAB_SOLVER_TIME: 0.643752 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120158
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840317(s) Flops=1329168384 => 1581.74639332538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227818.559765677 Mflops = 227.818559765677 Gflops = 0.227818559765677 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147258000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04522 s
InvBiCGStab: k = 26 resid = 2.101455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114574(s) Flops=173574144 => 1514.95229284131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218047.749385025 Mflops = 218.047749385025 Gflops = 0.218047749385025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072078 s
InvBiCGStab: k = 51 resid = 7.715248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232964(s) Flops=337618944 => 1449.23225906149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208639.442018682 Mflops = 208.639442018682 Gflops = 0.208639442018682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.00077312 Relative Rsd = 3.38998660103005e-07
BICGSTAB_SOLVER_TIME: 0.46888 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049505 s
InvBiCGStab: k = 78 resid = 2.103619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336584(s) Flops=514787328 => 1529.44681862477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220202.751144108 Mflops = 220.202751144108 Gflops = 0.220202751144108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079557 s
InvBiCGStab: k = 98 resid = 6.160021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437255(s) Flops=646023168 => 1477.45175698391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212722.441030732 Mflops = 212.722441030732 Gflops = 0.212722441030732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001249834 Relative Rsd = 5.48028794974015e-07
BICGSTAB_SOLVER_TIME: 0.907336 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070317 s
InvBiCGStab: k = 56 resid = 1.255897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224667(s) Flops=370427904 => 1648.78644393703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237369.699019513 Mflops = 237.369699019513 Gflops = 0.237369699019513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05733 s
InvBiCGStab: k = 74 resid = 9.801089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272483(s) Flops=488540160 => 1792.91977848159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258127.313082966 Mflops = 258.127313082966 Gflops = 0.258127313082966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001013147 Relative Rsd = 4.44245917729031e-07
BICGSTAB_SOLVER_TIME: 0.628723 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041437 s
InvBiCGStab: k = 64 resid = 1.949897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237209(s) Flops=422922240 => 1782.9097546889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256673.187372954 Mflops = 256.673187372954 Gflops = 0.256673187372954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060997 s
InvBiCGStab: k = 86 resid = 8.695445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335853(s) Flops=567281664 => 1689.07725701423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243171.796254583 Mflops = 243.171796254583 Gflops = 0.243171796254583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001100389 Relative Rsd = 4.82500101893391e-07
BICGSTAB_SOLVER_TIME: 0.679383 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 59 resid = 1.880902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217728(s) Flops=390113280 => 1791.74603174603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257951.977623742 Mflops = 257.951977623742 Gflops = 0.257951977623742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 80 resid = 8.478884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294311(s) Flops=527910912 => 1793.71791064554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258237.773511749 Mflops = 258.237773511749 Gflops = 0.258237773511749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001103806 Relative Rsd = 4.83998351255097e-07
BICGSTAB_SOLVER_TIME: 0.613751 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113818
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82404(s) Flops=1316708352 => 1597.86946264744 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230064.079685646 Mflops = 230.064079685646 Gflops = 0.230064079685646 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146053000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 28 resid = 1.806117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103444(s) Flops=186697728 => 1804.81930319787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.427790597 Mflops = 259.775427790597 Gflops = 0.259775427790597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 49 resid = 8.359893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213205(s) Flops=324495360 => 1521.98757064797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219099.128056332 Mflops = 219.099128056332 Gflops = 0.219099128056332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007204054 Relative Rsd = 3.15884293140347e-07
BICGSTAB_SOLVER_TIME: 0.417445 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051502 s
InvBiCGStab: k = 56 resid = 2.064636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240562(s) Flops=370427904 => 1539.84379910377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221689.548342638 Mflops = 221.689548342638 Gflops = 0.221689548342638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065504 s
InvBiCGStab: k = 87 resid = 5.369209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402274(s) Flops=573843456 => 1426.49899322352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205383.452598301 Mflops = 205.383452598301 Gflops = 0.205383452598301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001080287 Relative Rsd = 4.73685438064943e-07
BICGSTAB_SOLVER_TIME: 0.766414 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049529 s
InvBiCGStab: k = 63 resid = 2.20892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287082(s) Flops=416360448 => 1450.31889146655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208805.041212908 Mflops = 208.805041212908 Gflops = 0.208805041212908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.097046 s
InvBiCGStab: k = 73 resid = 1.071116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328629(s) Flops=481978368 => 1466.63370548552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211162.164206118 Mflops = 211.162164206118 Gflops = 0.211162164206118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.0009990612 Relative Rsd = 4.38069614314509e-07
BICGSTAB_SOLVER_TIME: 0.76619 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 62 resid = 1.774642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229165(s) Flops=409798656 => 1788.22532236598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257444.976375599 Mflops = 257.444976375599 Gflops = 0.257444976375599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 75 resid = 1.110331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280638(s) Flops=495101952 => 1764.20139824258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253996.108992884 Mflops = 253.996108992884 Gflops = 0.253996108992884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001053854 Relative Rsd = 4.62095304429855e-07
BICGSTAB_SOLVER_TIME: 0.611062 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04431 s
InvBiCGStab: k = 54 resid = 2.259813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20007(s) Flops=357304320 => 1785.89653621233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257104.705088231 Mflops = 257.104705088231 Gflops = 0.257104705088231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058852 s
InvBiCGStab: k = 79 resid = 8.704221e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290645(s) Flops=521349120 => 1793.76600319978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258263.015552199 Mflops = 258.263015552199 Gflops = 0.258263015552199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001062883 Relative Rsd = 4.66054223291102e-07
BICGSTAB_SOLVER_TIME: 0.597774 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109449
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.824702(s) Flops=1316634624 => 1596.49743058705 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229890.074855381 Mflops = 229.890074855381 Gflops = 0.229890074855381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145892000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041345 s
InvBiCGStab: k = 34 resid = 1.199313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125243(s) Flops=226068480 => 1805.03884448632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259822.486555978 Mflops = 259.822486555978 Gflops = 0.259822486555978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056344 s
InvBiCGStab: k = 49 resid = 1.045465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179616(s) Flops=324495360 => 1806.6060929984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260067.268934085 Mflops = 260.067268934085 Gflops = 0.260067268934085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007388854 Relative Rsd = 3.23987427622169e-07
BICGSTAB_SOLVER_TIME: 0.406432 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044864 s
InvBiCGStab: k = 56 resid = 2.203365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250071(s) Flops=370427904 => 1481.29092937606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213265.416336276 Mflops = 213.265416336276 Gflops = 0.213265416336276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066603 s
InvBiCGStab: k = 79 resid = 8.053677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340885(s) Flops=521349120 => 1529.39882951729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220188.723813298 Mflops = 220.188723813298 Gflops = 0.220188723813298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001081336 Relative Rsd = 4.74145719298785e-07
BICGSTAB_SOLVER_TIME: 0.706918 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044824 s
InvBiCGStab: k = 54 resid = 2.24005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251785(s) Flops=357304320 => 1419.08501300713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204247.327174915 Mflops = 204.247327174915 Gflops = 0.204247327174915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077631 s
InvBiCGStab: k = 74 resid = 1.133432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324189(s) Flops=488540160 => 1506.96093945199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216962.243849407 Mflops = 216.962243849407 Gflops = 0.216962243849407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001024527 Relative Rsd = 4.49235913516349e-07
BICGSTAB_SOLVER_TIME: 0.702362 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105678
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041648 s
InvBiCGStab: k = 67 resid = 1.519915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292333(s) Flops=442607616 => 1514.05286437043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217978.231446866 Mflops = 217.978231446866 Gflops = 0.217978231446866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059982 s
InvBiCGStab: k = 82 resid = 1.069671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311705(s) Flops=541034496 => 1735.7260743331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249889.015918622 Mflops = 249.889015918622 Gflops = 0.249889015918622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001092687 Relative Rsd = 4.79122800463484e-07
BICGSTAB_SOLVER_TIME: 0.709449 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04186 s
InvBiCGStab: k = 57 resid = 2.054551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211562(s) Flops=376989696 => 1781.93482761555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256539.021351063 Mflops = 256.539021351063 Gflops = 0.256539021351063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056861 s
InvBiCGStab: k = 77 resid = 1.061313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284861(s) Flops=508225536 => 1784.11764334184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256852.033904211 Mflops = 256.852033904211 Gflops = 0.256852033904211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001032042 Relative Rsd = 4.52531030984131e-07
BICGSTAB_SOLVER_TIME: 0.599018 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110085
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.820006(s) Flops=1310294016 => 1597.90783969873 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230072.125211802 Mflops = 230.072125211802 Gflops = 0.230072125211802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145154000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021512
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 2.112836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825347(s) Flops=1485932544 => 1800.37310852284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.70418201 Mflops = 259.18770418201 Gflops = 0.25918770418201 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.814764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.091164(s) Flops=1551550464 => 1421.92233614745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204747.994637389 Mflops = 204.747994637389 Gflops = 0.204747994637389 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002090988 Relative Rsd = 9.20227693672923e-07
BICGSTAB_SOLVER_TIME: 1.920208 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.129904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329377999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.221879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847701(s) Flops=1289078784 => 1520.67625731242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218952.970604764 Mflops = 218.952970604764 Gflops = 0.218952970604764 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.12142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808181(s) Flops=1453123584 => 1798.01750350478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258902.473943205 Mflops = 258.902473943204 Gflops = 0.258902473943204 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002909548 Relative Rsd = 1.27850873001383e-06
BICGSTAB_SOLVER_TIME: 1.659447 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0.115737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297737999999998
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.820999(s) Flops=1310294016 => 1595.97516683942 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229808.960358668 Mflops = 229.808960358668 Gflops = 0.229808960358668 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042469 s
InvBiCGStab: k = 29 resid = 2.241252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108209(s) Flops=193259520 => 1785.9837906274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257026.172140689 Mflops = 257.026172140689 Gflops = 0.257026172140689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 48 resid = 1.097528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176896(s) Flops=317933568 => 1797.29088277858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.163913994 Mflops = 258.722163913994 Gflops = 0.258722163913994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007756327 Relative Rsd = 3.4010043565488e-07
BICGSTAB_SOLVER_TIME: 0.387832 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040613 s
InvBiCGStab: k = 79 resid = 1.707472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301693(s) Flops=521349120 => 1728.07827824974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248790.477566436 Mflops = 248.790477566436 Gflops = 0.248790477566436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058401 s
InvBiCGStab: k = 105 resid = 8.188884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400136(s) Flops=691955712 => 1729.30131755203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248976.326365686 Mflops = 248.976326365686 Gflops = 0.248976326365686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001276903 Relative Rsd = 5.59897843620938e-07
BICGSTAB_SOLVER_TIME: 0.804644 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145424999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044604 s
InvBiCGStab: k = 51 resid = 2.020361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237509(s) Flops=337618944 => 1421.49958106851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204643.584164999 Mflops = 204.643584164999 Gflops = 0.204643584164999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067693 s
InvBiCGStab: k = 74 resid = 8.760889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332117(s) Flops=488540160 => 1470.98811563395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211783.031862478 Mflops = 211.783031862478 Gflops = 0.211783031862478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001015795 Relative Rsd = 4.45407008662266e-07
BICGSTAB_SOLVER_TIME: 0.686082 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04232 s
InvBiCGStab: k = 79 resid = 8.344779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34789(s) Flops=521349120 => 1498.60335163414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215763.819520955 Mflops = 215.763819520955 Gflops = 0.215763819520955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059219 s
InvBiCGStab: k = 86 resid = 1.052631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387991(s) Flops=567281664 => 1462.10005902199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210510.058161499 Mflops = 210.510058161499 Gflops = 0.210510058161499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001151769 Relative Rsd = 5.05029329254902e-07
BICGSTAB_SOLVER_TIME: 0.841284 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041434 s
InvBiCGStab: k = 54 resid = 2.207034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199171(s) Flops=357304320 => 1793.95755406159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258267.609771104 Mflops = 258.267609771104 Gflops = 0.258267609771104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 78 resid = 8.288995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286586(s) Flops=514787328 => 1796.27521232719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258610.740941743 Mflops = 258.610740941743 Gflops = 0.258610740941743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001096275 Relative Rsd = 4.80696087355826e-07
BICGSTAB_SOLVER_TIME: 0.587419 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108548
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.815894(s) Flops=1298055168 => 1590.96055124808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229070.892553675 Mflops = 229.070892553675 Gflops = 0.229070892553675 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143709000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043486 s
InvBiCGStab: k = 26 resid = 1.923418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103022(s) Flops=173574144 => 1684.82599833045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242505.471378233 Mflops = 242.505471378233 Gflops = 0.242505471378233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059126 s
InvBiCGStab: k = 56 resid = 1.050982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209189(s) Flops=370427904 => 1770.78098752802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254915.403617409 Mflops = 254.915403617409 Gflops = 0.254915403617409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007554647 Relative Rsd = 3.31257135054536e-07
BICGSTAB_SOLVER_TIME: 0.418609 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041723 s
InvBiCGStab: k = 82 resid = 2.081764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30123(s) Flops=541034496 => 1796.08437406633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.430416329 Mflops = 258.602430416329 Gflops = 0.258602430416329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056961 s
InvBiCGStab: k = 102 resid = 7.798424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373679(s) Flops=672270336 => 1799.05837898303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259010.332493367 Mflops = 259.010332493368 Gflops = 0.259010332493368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001292451 Relative Rsd = 5.66715488215675e-07
BICGSTAB_SOLVER_TIME: 0.777469 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 55 resid = 2.137278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224408(s) Flops=363866112 => 1621.44893230188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233440.10884696 Mflops = 233.44010884696 Gflops = 0.23344010884696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060238 s
InvBiCGStab: k = 73 resid = 1.147621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312747(s) Flops=481978368 => 1541.11268213604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221865.926912733 Mflops = 221.865926912733 Gflops = 0.221865926912733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001030257 Relative Rsd = 4.51748190460431e-07
BICGSTAB_SOLVER_TIME: 0.64233 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055244 s
InvBiCGStab: k = 67 resid = 1.59686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302341(s) Flops=442607616 => 1463.93514607678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210763.56646816 Mflops = 210.76356646816 Gflops = 0.21076356646816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067184 s
InvBiCGStab: k = 78 resid = 1.067166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332893(s) Flops=514787328 => 1546.40478472062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222633.810773221 Mflops = 222.633810773221 Gflops = 0.222633810773221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001120729 Relative Rsd = 4.91418899437824e-07
BICGSTAB_SOLVER_TIME: 0.76284 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117795
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060337 s
InvBiCGStab: k = 58 resid = 1.610833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236488(s) Flops=383551488 => 1621.86448361016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233502.922672886 Mflops = 233.502922672886 Gflops = 0.233502922672886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060441 s
InvBiCGStab: k = 87 resid = 1.095776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337577(s) Flops=573843456 => 1699.88908012098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244728.946000851 Mflops = 244.728946000851 Gflops = 0.244728946000851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001113078 Relative Rsd = 4.88063802991472e-07
BICGSTAB_SOLVER_TIME: 0.698634 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117932
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.818686(s) Flops=1304174592 => 1593.00952013348 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229366.430514624 Mflops = 229.366430514624 Gflops = 0.229366430514624 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144733000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041848 s
InvBiCGStab: k = 30 resid = 1.801134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110887(s) Flops=199821312 => 1802.02649544131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259384.701304645 Mflops = 259.384701304645 Gflops = 0.259384701304645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056816 s
InvBiCGStab: k = 50 resid = 1.010696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184539(s) Flops=331057152 => 1793.96849446458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258238.104319589 Mflops = 258.238104319589 Gflops = 0.258238104319589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007322967 Relative Rsd = 3.2109840612376e-07
BICGSTAB_SOLVER_TIME: 0.397923 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 54 resid = 2.079024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198235(s) Flops=357304320 => 1802.42802734129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259460.19830006 Mflops = 259.46019830006 Gflops = 0.25946019830006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 77 resid = 1.051318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283356(s) Flops=508225536 => 1793.59369838648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258221.327761701 Mflops = 258.221327761701 Gflops = 0.258221327761701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001074743 Relative Rsd = 4.71254528347959e-07
BICGSTAB_SOLVER_TIME: 0.582306 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040695 s
InvBiCGStab: k = 51 resid = 2.178983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187233(s) Flops=337618944 => 1803.20212783003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.231703381 Mflops = 259.597231703381 Gflops = 0.259597231703381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055933 s
InvBiCGStab: k = 75 resid = 1.041294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275112(s) Flops=495101952 => 1799.63779115415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.125657397 Mflops = 259.088125657397 Gflops = 0.259088125657397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001014614 Relative Rsd = 4.44889402838692e-07
BICGSTAB_SOLVER_TIME: 0.562798 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047443 s
InvBiCGStab: k = 70 resid = 1.589165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313899(s) Flops=462292992 => 1472.74439230453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212048.641302333 Mflops = 212.048641302333 Gflops = 0.212048641302333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066008 s
InvBiCGStab: k = 76 resid = 1.128234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351875(s) Flops=501663744 => 1425.68737193606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205260.882606768 Mflops = 205.260882606768 Gflops = 0.205260882606768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001089007 Relative Rsd = 4.77509136233227e-07
BICGSTAB_SOLVER_TIME: 0.783413 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052339 s
InvBiCGStab: k = 47 resid = 1.946618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210058(s) Flops=311371776 => 1482.31334202934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213388.664029897 Mflops = 213.388664029897 Gflops = 0.213388664029897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072442 s
InvBiCGStab: k = 75 resid = 8.610032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336145(s) Flops=495101952 => 1472.88209552425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212056.023389017 Mflops = 212.056023389017 Gflops = 0.212056023389017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001031323 Relative Rsd = 4.5221577126358e-07
BICGSTAB_SOLVER_TIME: 0.676175 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101397
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053339(s) Flops=1322901504 => 1255.91239287637 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  180834.306375484 Mflops = 180.834306375484 Gflops = 0.180834306375484 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146307000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053654 s
InvBiCGStab: k = 33 resid = 2.122486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148105(s) Flops=219506688 => 1482.10180615104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213353.623695355 Mflops = 213.353623695355 Gflops = 0.213353623695355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05606 s
InvBiCGStab: k = 47 resid = 1.090125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172986(s) Flops=311371776 => 1799.98251881655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259127.380143267 Mflops = 259.127380143267 Gflops = 0.259127380143267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007355146 Relative Rsd = 3.2250936692942e-07
BICGSTAB_SOLVER_TIME: 0.434629 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 54 resid = 2.221946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19829(s) Flops=357304320 => 1801.92808512784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.628247493 Mflops = 259.406628247493 Gflops = 0.259406628247493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055821 s
InvBiCGStab: k = 84 resid = 8.262003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310195(s) Flops=554158080 => 1786.4829542707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257195.592055275 Mflops = 257.195592055275 Gflops = 0.257195592055275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001141453 Relative Rsd = 5.00505638122253e-07
BICGSTAB_SOLVER_TIME: 0.609294 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041284 s
InvBiCGStab: k = 60 resid = 1.831257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219454(s) Flops=396675072 => 1807.55453079005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.717412333 Mflops = 260.222717412333 Gflops = 0.260222717412333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057146 s
InvBiCGStab: k = 82 resid = 7.882813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299673(s) Flops=541034496 => 1805.41622368382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.062344203 Mflops = 259.929062344203 Gflops = 0.259929062344203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001051896 Relative Rsd = 4.61236915916126e-07
BICGSTAB_SOLVER_TIME: 0.62136 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 62 resid = 2.175061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228772(s) Flops=409798656 => 1791.29725665728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257900.789089935 Mflops = 257.900789089935 Gflops = 0.257900789089935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056702 s
InvBiCGStab: k = 78 resid = 1.147436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288497(s) Flops=514787328 => 1784.37671102299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256889.053564556 Mflops = 256.889053564556 Gflops = 0.256889053564556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001124016 Relative Rsd = 4.92859824209799e-07
BICGSTAB_SOLVER_TIME: 0.619127 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042131 s
InvBiCGStab: k = 53 resid = 2.244242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194355(s) Flops=350742528 => 1804.64885390137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.168806435 Mflops = 259.805168806435 Gflops = 0.259805168806435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 76 resid = 1.126838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284038(s) Flops=501663744 => 1766.18531323274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254279.234379258 Mflops = 254.279234379258 Gflops = 0.254279234379258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001075318 Relative Rsd = 4.71506695287649e-07
BICGSTAB_SOLVER_TIME: 0.580786 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106477
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843434(s) Flops=1335508992 => 1583.41849154765 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228013.79224834 Mflops = 228.01379224834 Gflops = 0.22801379224834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147805000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.213119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750626(s) Flops=1335011328 => 1778.53062377269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256017.01848572 Mflops = 256.01701848572 Gflops = 0.25601701848572 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 7.912825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860585(s) Flops=1551550464 => 1802.90205383547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.791337468 Mflops = 259.608791337468 Gflops = 0.259608791337468 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002142751 Relative Rsd = 9.4305813311132e-07
BICGSTAB_SOLVER_TIME: 1.614614 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313312999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.560118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756249(s) Flops=1302202368 => 1721.92276353423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247908.505687235 Mflops = 247.908505687235 Gflops = 0.247908505687235 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.142145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.979608(s) Flops=1400629248 => 1429.78543254036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205876.254692683 Mflops = 205.876254692683 Gflops = 0.205876254692683 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.0020766 Relative Rsd = 9.1254204043761e-07
BICGSTAB_SOLVER_TIME: 1.739978 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.137016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.128976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293209999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 289 resid = 1.482126e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.145028(s) Flops=1899325440 => 1658.75894737945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238855.382299626 Mflops = 238.855382299626 Gflops = 0.238855382299626 Tflops
InvBiCGStab: k = 318 resid = 9.434125e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.170183(s) Flops=2089617408 => 1785.71847993006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257133.679723282 Mflops = 257.133679723282 Gflops = 0.257133679723282 Tflops
BICGSTAB_SOLVER: 607 iterations. Rsd = 0.002114565 Relative Rsd = 9.30653130112306e-07
BICGSTAB_SOLVER_TIME: 2.319862 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.434246999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 269 resid = 2.250059e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985716(s) Flops=1768089600 => 1793.71096745919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258322.523587695 Mflops = 258.322523587695 Gflops = 0.258322523587695 Tflops
InvBiCGStab: k = 295 resid = 9.354022e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.080903(s) Flops=1938696192 => 1793.5894266183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258268.174473721 Mflops = 258.268174473721 Gflops = 0.258268174473721 Tflops
BICGSTAB_SOLVER: 564 iterations. Rsd = 0.002105056 Relative Rsd = 9.25046802848851e-07
BICGSTAB_SOLVER_TIME: 2.071311 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.403264999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 235 resid = 1.989726e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968926(s) Flops=1544988672 => 1594.53732483182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229606.399128688 Mflops = 229.606399128688 Gflops = 0.229606399128688 Tflops
InvBiCGStab: k = 258 resid = 9.54954e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962233(s) Flops=1695909888 => 1762.47321386816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253790.772531031 Mflops = 253.790772531031 Gflops = 0.253790772531031 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.001887869 Relative Rsd = 8.27795150982906e-07
BICGSTAB_SOLVER_TIME: 1.936376 sec
2Flav::invert,  n_count = 493
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351628000000003
MInvCG2: 314 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.269199(s) Flops=2030561280 => 1599.87620538623 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230410.437614443 Mflops = 230.410437614443 Gflops = 0.230410437614443 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.226005000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0313397480374533
AccProb = 0.969146251599045
AcceptP = 1
After HMC trajectory call: time= 469.058523 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.072947 secs
Doing Update: 2735 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 266 resid = 1.797899e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.133872(s) Flops=1748404224 => 1541.97671694865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222042.642577517 Mflops = 222.042642577517 Gflops = 0.222042642577517 Tflops
InvBiCGStab: k = 317 resid = 7.131559e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.308532(s) Flops=2083055616 => 1591.9026940113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229227.205844547 Mflops = 229.227205844547 Gflops = 0.229227205844547 Tflops
BICGSTAB_SOLVER: 583 iterations. Rsd = 0.001966956 Relative Rsd = 8.6577744557922e-07
BICGSTAB_SOLVER_TIME: 2.447284 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419086999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 244 resid = 1.893139e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901234(s) Flops=1604044800 => 1779.8316530446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256298.510635841 Mflops = 256.298510635841 Gflops = 0.256298510635841 Tflops
InvBiCGStab: k = 228 resid = 7.636463e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882446(s) Flops=1499056128 => 1698.75111678222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244611.6196839 Mflops = 244.6116196839 Gflops = 0.2446116196839 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.001758852 Relative Rsd = 7.72290631878852e-07
BICGSTAB_SOLVER_TIME: 1.78855 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339508999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
MInvCG2: 333 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.356907(s) Flops=2146093056 => 1581.60659205089 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227754.406715958 Mflops = 227.754406715958 Gflops = 0.227754406715958 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238521000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 319 resid = 2.171842e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.191506(s) Flops=2096179200 => 1759.26869021222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253353.390723652 Mflops = 253.353390723652 Gflops = 0.253353390723652 Tflops
InvBiCGStab: k = 378 resid = 1.07684e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.43188(s) Flops=2483324928 => 1734.31078582004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249734.085614343 Mflops = 249.734085614343 Gflops = 0.249734085614343 Tflops
BICGSTAB_SOLVER: 697 iterations. Rsd = 0.00212966 Relative Rsd = 9.37393576587788e-07
BICGSTAB_SOLVER_TIME: 2.628114 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.49771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 291 resid = 2.166118e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.16689(s) Flops=1912449024 => 1638.92828287156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235958.521503806 Mflops = 235.958521503806 Gflops = 0.235958521503806 Tflops
InvBiCGStab: k = 311 resid = 8.926197e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.4028(s) Flops=2043684864 => 1456.86118049615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209783.116520926 Mflops = 209.783116520926 Gflops = 0.209783116520926 Tflops
BICGSTAB_SOLVER: 602 iterations. Rsd = 0.002011291 Relative Rsd = 8.83133893674051e-07
BICGSTAB_SOLVER_TIME: 2.574702 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.430087
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 240 resid = 1.580628e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948665(s) Flops=1577797632 => 1663.17681373298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239466.65361369 Mflops = 239.46665361369 Gflops = 0.23946665361369 Tflops
InvBiCGStab: k = 253 resid = 1.098329e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.94507(s) Flops=1663100928 => 1759.76480895595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253395.221378702 Mflops = 253.395221378702 Gflops = 0.253395221378702 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.001856775 Relative Rsd = 8.14442391106328e-07
BICGSTAB_SOLVER_TIME: 1.898631 sec
2Flav::invert,  n_count = 493
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351879000000003
MInvCG2: 315 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.290895(s) Flops=2036901888 => 1577.89896777042 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227222.441329098 Mflops = 227.222441329098 Gflops = 0.227222441329098 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.226466000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.202593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778175(s) Flops=1361258496 => 1749.29610434671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251852.871895781 Mflops = 251.852871895781 Gflops = 0.251852871895781 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.123036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904307(s) Flops=1597483008 => 1766.52730543941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254369.077085608 Mflops = 254.369077085608 Gflops = 0.254369077085608 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.002109389 Relative Rsd = 9.28470690963385e-07
BICGSTAB_SOLVER_TIME: 1.686226 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321384999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.950042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760591(s) Flops=1315325952 => 1729.34724707497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248971.577854268 Mflops = 248.971577854268 Gflops = 0.248971577854268 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 6.535173e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77889(s) Flops=1374382080 => 1764.53938296807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254078.831034039 Mflops = 254.078831034039 Gflops = 0.254078831034039 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.001983071 Relative Rsd = 8.70742521924882e-07
BICGSTAB_SOLVER_TIME: 1.542928 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0.116705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292367999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988078(s) Flops=1335508992 => 1351.6230419056 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194621.031790614 Mflops = 194.621031790614 Gflops = 0.194621031790614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147789000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.505204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.9e-05 s
InvBiCGStab: k = 166 resid = 2.180443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.619988(s) Flops=1092225024 => 1761.68736169087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253713.682940664 Mflops = 253.713682940664 Gflops = 0.253713682940664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 184 resid = 8.750496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698386(s) Flops=1210337280 => 1733.04917337976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249532.695467606 Mflops = 249.532695467606 Gflops = 0.249532695467606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 350 iterations. Rsd = 0.001862151 Relative Rsd = 8.16800404785093e-07
BICGSTAB_SOLVER_TIME: 1.322271 sec
2Flav::invert,  n_count = 350
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251332999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000127 s
InvBiCGStab: k = 119 resid = 2.26678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449831(s) Flops=783820800 => 1742.47839744259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251047.827712929 Mflops = 251.047827712929 Gflops = 0.251047827712929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.2e-05 s
InvBiCGStab: k = 155 resid = 1.055648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.596241(s) Flops=1020045312 => 1710.79364216818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246310.222918831 Mflops = 246.310222918831 Gflops = 0.246310222918831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 274 iterations. Rsd = 0.001587954 Relative Rsd = 6.96528788084107e-07
BICGSTAB_SOLVER_TIME: 1.050083 sec
2Flav::invert,  n_count = 274
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197400999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004896 s
InvBiCGStab: k = 97 resid = 1.889678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354302(s) Flops=639461376 => 1804.84833842315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259858.962568813 Mflops = 259.858962568813 Gflops = 0.259858962568813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007164 s
InvBiCGStab: k = 125 resid = 1.097803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.461802(s) Flops=823191552 => 1782.56385204048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256655.836973839 Mflops = 256.655836973839 Gflops = 0.256655836973839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 222 iterations. Rsd = 0.001451782 Relative Rsd = 6.36799113862291e-07
BICGSTAB_SOLVER_TIME: 0.83237 sec
2Flav::invert,  n_count = 222
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161972999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007525 s
InvBiCGStab: k = 86 resid = 1.867141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320539(s) Flops=567281664 => 1769.77423652036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254804.382049385 Mflops = 254.804382049385 Gflops = 0.254804382049385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01103 s
InvBiCGStab: k = 115 resid = 9.983119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425898(s) Flops=757573632 => 1778.76776129496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256104.331600952 Mflops = 256.104331600952 Gflops = 0.256104331600952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001362513 Relative Rsd = 5.97643004307371e-07
BICGSTAB_SOLVER_TIME: 0.768844 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148366
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.013451 s
InvBiCGStab: k = 70 resid = 2.180583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262171(s) Flops=462292992 => 1763.32619549836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253905.637371627 Mflops = 253.905637371627 Gflops = 0.253905637371627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014936 s
InvBiCGStab: k = 97 resid = 5.699296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354563(s) Flops=639461376 => 1803.51975812479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.371138184 Mflops = 259.647371138184 Gflops = 0.259647371138184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001246029 Relative Rsd = 5.46549150505214e-07
BICGSTAB_SOLVER_TIME: 0.648945 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124965
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830316(s) Flops=1322901504 => 1593.25064674172 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229408.829588161 Mflops = 229.408829588161 Gflops = 0.229408829588161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146485000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.544072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.022222 s
InvBiCGStab: k = 29 resid = 2.040178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146261(s) Flops=193259520 => 1321.33323305598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190245.00620461 Mflops = 190.24500620461 Gflops = 0.19024500620461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.021547 s
InvBiCGStab: k = 49 resid = 1.078996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203182(s) Flops=324495360 => 1597.0674567629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229903.906095116 Mflops = 229.903906095116 Gflops = 0.229903906095116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007219644 Relative Rsd = 3.16677233673944e-07
BICGSTAB_SOLVER_TIME: 0.396984 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0625050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016543 s
InvBiCGStab: k = 85 resid = 2.264773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31427(s) Flops=560719872 => 1784.19789353104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256889.302460265 Mflops = 256.889302460265 Gflops = 0.256889302460265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023905 s
InvBiCGStab: k = 115 resid = 8.493883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422435(s) Flops=757573632 => 1793.34958514328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258212.024161134 Mflops = 258.212024161134 Gflops = 0.258212024161134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001336613 Relative Rsd = 5.86282227372628e-07
BICGSTAB_SOLVER_TIME: 0.781143 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150916999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020308 s
InvBiCGStab: k = 55 resid = 2.080224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204334(s) Flops=363866112 => 1780.741883387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256371.373322313 Mflops = 256.371373322313 Gflops = 0.256371373322313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029055 s
InvBiCGStab: k = 86 resid = 1.076481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316345(s) Flops=567281664 => 1793.23733265896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.262188346 Mflops = 258.176262188346 Gflops = 0.258176262188346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001083109 Relative Rsd = 4.7508690547289e-07
BICGSTAB_SOLVER_TIME: 0.573796 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109527
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023816 s
InvBiCGStab: k = 69 resid = 1.932359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252851(s) Flops=455731200 => 1802.3705660646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.028119782 Mflops = 259.470028119782 Gflops = 0.259470028119782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033616 s
InvBiCGStab: k = 88 resid = 9.942952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321491(s) Flops=580405248 => 1805.35457602235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259917.677216719 Mflops = 259.917677216719 Gflops = 0.259917677216719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001216258 Relative Rsd = 5.33490407637639e-07
BICGSTAB_SOLVER_TIME: 0.635665 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122176
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027867 s
InvBiCGStab: k = 57 resid = 2.014679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211409(s) Flops=376989696 => 1783.22444172197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256735.996672643 Mflops = 256.735996672643 Gflops = 0.256735996672643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039006 s
InvBiCGStab: k = 90 resid = 9.775952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329514(s) Flops=593528832 => 1801.2249312624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259326.995170139 Mflops = 259.326995170139 Gflops = 0.259326995170139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001152753 Relative Rsd = 5.05635381700505e-07
BICGSTAB_SOLVER_TIME: 0.611699 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117742
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.820718(s) Flops=1310367744 => 1596.61143535295 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229934.350021325 Mflops = 229.934350021325 Gflops = 0.229934350021325 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145022
CLOV_LINOP: Time spent in clov deriv (total) = 1.398029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03203 s
InvBiCGStab: k = 28 resid = 1.50332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103652(s) Flops=186697728 => 1801.19754563347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259254.352573425 Mflops = 259.254352573425 Gflops = 0.259254352573425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044389 s
InvBiCGStab: k = 56 resid = 9.328937e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215042(s) Flops=370427904 => 1722.58397894365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247985.568261235 Mflops = 247.985568261235 Gflops = 0.247985568261235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007718115 Relative Rsd = 3.38541813127824e-07
BICGSTAB_SOLVER_TIME: 0.399095 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.048069 s
InvBiCGStab: k = 54 resid = 2.254034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242971(s) Flops=357304320 => 1470.56364751349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211717.203693656 Mflops = 211.717203693656 Gflops = 0.211717203693656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.062037 s
InvBiCGStab: k = 90 resid = 9.595534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418675(s) Flops=593528832 => 1417.63619036245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204104.765607302 Mflops = 204.104765607302 Gflops = 0.204104765607302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001060134 Relative Rsd = 4.65009407193806e-07
BICGSTAB_SOLVER_TIME: 0.781761 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050471 s
InvBiCGStab: k = 59 resid = 2.117759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255006(s) Flops=390113280 => 1529.82000423519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220254.709349144 Mflops = 220.254709349144 Gflops = 0.220254709349144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074222 s
InvBiCGStab: k = 75 resid = 9.79819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335123(s) Flops=495101952 => 1477.37383587519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212698.158086722 Mflops = 212.698158086722 Gflops = 0.212698158086722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001059816 Relative Rsd = 4.64869850448514e-07
BICGSTAB_SOLVER_TIME: 0.718668 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047417 s
InvBiCGStab: k = 70 resid = 2.185555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257412(s) Flops=462292992 => 1795.9263437602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.924507212 Mflops = 258.540924507212 Gflops = 0.258540924507212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 76 resid = 9.708184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279712(s) Flops=501663744 => 1793.50097242878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.970202529 Mflops = 258.211970202529 Gflops = 0.258211970202529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001099864 Relative Rsd = 4.82436434486076e-07
BICGSTAB_SOLVER_TIME: 0.644786 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041027 s
InvBiCGStab: k = 62 resid = 1.929081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22884(s) Flops=409798656 => 1790.76497115889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257810.008394437 Mflops = 257.810008394437 Gflops = 0.257810008394437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 77 resid = 1.097809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283349(s) Flops=508225536 => 1793.63800825131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258227.376535262 Mflops = 258.227376535262 Gflops = 0.258227376535262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001055451 Relative Rsd = 4.62955323902152e-07
BICGSTAB_SOLVER_TIME: 0.613395 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113547
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.812491(s) Flops=1297907712 => 1597.44257105617 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230010.441428779 Mflops = 230.010441428779 Gflops = 0.230010441428779 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143736000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 26 resid = 2.222642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0971(s) Flops=173574144 => 1787.58129763131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257272.329821382 Mflops = 257.272329821382 Gflops = 0.257272329821382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 49 resid = 8.605314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180877(s) Flops=324495360 => 1794.01117886741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258249.425937907 Mflops = 258.249425937907 Gflops = 0.258249425937907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007342206 Relative Rsd = 3.2205320665026e-07
BICGSTAB_SOLVER_TIME: 0.379651 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 60 resid = 1.806507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22065(s) Flops=396675072 => 1797.75695445275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258806.919113007 Mflops = 258.806919113007 Gflops = 0.258806919113007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 90 resid = 5.955964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340215(s) Flops=593528832 => 1744.56985141749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251180.964209444 Mflops = 251.180964209444 Gflops = 0.251180964209444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001127101 Relative Rsd = 4.94383472303618e-07
BICGSTAB_SOLVER_TIME: 0.661926 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 60 resid = 1.52005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21958(s) Flops=396675072 => 1806.51731487385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260071.114184513 Mflops = 260.071114184513 Gflops = 0.260071114184513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 78 resid = 1.151072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285094(s) Flops=514787328 => 1805.67577009688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259953.559864815 Mflops = 259.953559864815 Gflops = 0.259953559864815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001075662 Relative Rsd = 4.71820419765044e-07
BICGSTAB_SOLVER_TIME: 0.606371 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 72 resid = 2.024278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263304(s) Flops=475416576 => 1805.58053048947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.96506371 Mflops = 259.96196506371 Gflops = 0.25996196506371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 74 resid = 7.613761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308498(s) Flops=488540160 => 1583.6088402518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227992.892809031 Mflops = 227.992892809031 Gflops = 0.227992892809031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001136042 Relative Rsd = 4.98305307908671e-07
BICGSTAB_SOLVER_TIME: 0.673288 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046194 s
InvBiCGStab: k = 62 resid = 1.750403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285041(s) Flops=409798656 => 1437.68319645244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206986.557318008 Mflops = 206.986557318008 Gflops = 0.206986557318008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062507 s
InvBiCGStab: k = 79 resid = 1.150123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346947(s) Flops=521349120 => 1502.67654713832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216329.163533115 Mflops = 216.329163533115 Gflops = 0.216329163533115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00103499 Relative Rsd = 4.53980594547807e-07
BICGSTAB_SOLVER_TIME: 0.745474 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114944
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940395(s) Flops=1291567104 => 1373.4304244493 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197761.621003781 Mflops = 197.761621003781 Gflops = 0.197761621003781 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142689000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021529
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.265406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738472(s) Flops=1335011328 => 1807.80222946842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260317.66696028 Mflops = 260.31766696028 Gflops = 0.26031766696028 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 8.841292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855542(s) Flops=1544988672 => 1805.85952764446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.559187296 Mflops = 260.030559187296 Gflops = 0.260030559187296 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002092304 Relative Rsd = 9.20901765080682e-07
BICGSTAB_SOLVER_TIME: 1.597474 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312392999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.840973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.72877(s) Flops=1315325952 => 1804.85743375825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.323139937 Mflops = 259.954323139937 Gflops = 0.259954323139937 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 9.902143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804012(s) Flops=1426876416 => 1774.69542245638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255541.776545941 Mflops = 255.541776545941 Gflops = 0.255541776545941 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001942451 Relative Rsd = 8.52928812927827e-07
BICGSTAB_SOLVER_TIME: 1.536125 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297435999999998
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.822846(s) Flops=1291567104 => 1569.63405546117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226055.810610163 Mflops = 226.055810610163 Gflops = 0.226055810610163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142750000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.533914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040846 s
InvBiCGStab: k = 32 resid = 1.978573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.160065(s) Flops=212944896 => 1330.36513916222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191519.867243328 Mflops = 191.519867243328 Gflops = 0.191519867243328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064479 s
InvBiCGStab: k = 52 resid = 9.401925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222506(s) Flops=344180736 => 1546.83799987416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222679.211546159 Mflops = 222.679211546159 Gflops = 0.222679211546159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.00075082 Relative Rsd = 3.29334233880128e-07
BICGSTAB_SOLVER_TIME: 0.49173 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 74 resid = 2.209072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272317(s) Flops=488540160 => 1794.01271312478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258287.996263358 Mflops = 258.287996263358 Gflops = 0.258287996263358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056618 s
InvBiCGStab: k = 102 resid = 9.80241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374572(s) Flops=672270336 => 1794.76932605747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258399.120998697 Mflops = 258.399120998697 Gflops = 0.258399120998697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001291127 Relative Rsd = 5.66330565962558e-07
BICGSTAB_SOLVER_TIME: 0.748322 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041899 s
InvBiCGStab: k = 61 resid = 1.714395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225221(s) Flops=403236864 => 1790.40526416276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257734.232053233 Mflops = 257.734232053233 Gflops = 0.257734232053233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 72 resid = 1.117714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26352(s) Flops=475416576 => 1804.10054644809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259723.36282711 Mflops = 259.72336282711 Gflops = 0.25972336282711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001033797 Relative Rsd = 4.53457243987071e-07
BICGSTAB_SOLVER_TIME: 0.590668 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 67 resid = 2.171424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245038(s) Flops=442607616 => 1806.28154000604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.203844825 Mflops = 260.057203844825 Gflops = 0.260057203844825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 82 resid = 8.834103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316559(s) Flops=541034496 => 1709.11108513737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246066.755413089 Mflops = 246.066755413089 Gflops = 0.246066755413089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001138032 Relative Rsd = 4.99178239690872e-07
BICGSTAB_SOLVER_TIME: 0.662665 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12062
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 57 resid = 1.899157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211669(s) Flops=376989696 => 1781.03404844356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256413.83540389 Mflops = 256.41383540389 Gflops = 0.25641383540389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 79 resid = 1.124056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29038(s) Flops=521349120 => 1795.40298918658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258485.603658467 Mflops = 258.485603658467 Gflops = 0.258485603658467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001133188 Relative Rsd = 4.97053229096178e-07
BICGSTAB_SOLVER_TIME: 0.603524 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111224
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.806789(s) Flops=1285226496 => 1593.01440153497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229368.712211672 Mflops = 229.368712211672 Gflops = 0.229368712211672 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142025000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040933 s
InvBiCGStab: k = 31 resid = 1.960794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114463(s) Flops=206383104 => 1803.0551706665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.539498184 Mflops = 259.525539498184 Gflops = 0.259525539498184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 49 resid = 1.060311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180293(s) Flops=324495360 => 1799.82228927357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.282899503 Mflops = 259.103282899503 Gflops = 0.259103282899503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007479661 Relative Rsd = 3.28082410385501e-07
BICGSTAB_SOLVER_TIME: 0.39602 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043579 s
InvBiCGStab: k = 80 resid = 2.079266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356117(s) Flops=527910912 => 1482.40862413196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213442.564799406 Mflops = 213.442564799406 Gflops = 0.213442564799406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066171 s
InvBiCGStab: k = 102 resid = 8.626737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436526(s) Flops=672270336 => 1540.04649436689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221738.965419032 Mflops = 221.738965419032 Gflops = 0.221738965419032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001291892 Relative Rsd = 5.66666104701419e-07
BICGSTAB_SOLVER_TIME: 0.906236 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144099
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047268 s
InvBiCGStab: k = 62 resid = 1.640573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287567(s) Flops=409798656 => 1425.05452990086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205178.842018124 Mflops = 205.178842018124 Gflops = 0.205178842018124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069733 s
InvBiCGStab: k = 75 resid = 9.232966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362243(s) Flops=495101952 => 1366.76747928876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196775.696199935 Mflops = 196.775696199935 Gflops = 0.196775696199935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001072917 Relative Rsd = 4.70616544965561e-07
BICGSTAB_SOLVER_TIME: 0.770563 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041397 s
InvBiCGStab: k = 77 resid = 2.144282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285102(s) Flops=508225536 => 1782.60950817602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256641.533780279 Mflops = 256.641533780279 Gflops = 0.256641533780279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056615 s
InvBiCGStab: k = 78 resid = 1.038462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288265(s) Flops=514787328 => 1785.81280419059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257100.700017139 Mflops = 257.100700017139 Gflops = 0.257100700017139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001115075 Relative Rsd = 4.89108554138473e-07
BICGSTAB_SOLVER_TIME: 0.675293 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 63 resid = 9.876654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233132(s) Flops=416360448 => 1785.94293361701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257125.262840358 Mflops = 257.125262840358 Gflops = 0.257125262840358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 92 resid = 3.355664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33848(s) Flops=606652416 => 1792.28437721579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258041.096913822 Mflops = 258.041096913822 Gflops = 0.258041096913822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00113268 Relative Rsd = 4.96830591917447e-07
BICGSTAB_SOLVER_TIME: 0.672855 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124864
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.806241(s) Flops=1285005312 => 1593.82282965019 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229494.692326657 Mflops = 229.494692326657 Gflops = 0.229494692326657 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142137000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041592 s
InvBiCGStab: k = 31 resid = 1.851941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114884(s) Flops=206383104 => 1796.44775599735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258586.283592124 Mflops = 258.586283592124 Gflops = 0.258586283592124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056553 s
InvBiCGStab: k = 59 resid = 4.254721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215849(s) Flops=390113280 => 1807.3434669607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260176.465872729 Mflops = 260.176465872729 Gflops = 0.260176465872729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007458114 Relative Rsd = 3.27137325774505e-07
BICGSTAB_SOLVER_TIME: 0.432675 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042328 s
InvBiCGStab: k = 59 resid = 2.119597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234869(s) Flops=390113280 => 1660.98241998731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239143.646788712 Mflops = 239.143646788712 Gflops = 0.239143646788712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058132 s
InvBiCGStab: k = 71 resid = 1.034224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273394(s) Flops=468854784 => 1714.94174707565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246897.094457592 Mflops = 246.897094457592 Gflops = 0.246897094457592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001049911 Relative Rsd = 4.60525412712458e-07
BICGSTAB_SOLVER_TIME: 0.612511 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042654 s
InvBiCGStab: k = 62 resid = 1.870062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227382(s) Flops=409798656 => 1802.24756577038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.374414468 Mflops = 259.465374414468 Gflops = 0.259465374414468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 75 resid = 8.798154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275626(s) Flops=495101952 => 1796.28174410252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258600.42640897 Mflops = 258.60042640897 Gflops = 0.25860042640897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001048383 Relative Rsd = 4.59854999061185e-07
BICGSTAB_SOLVER_TIME: 0.606335 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 61 resid = 2.108382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223666(s) Flops=403236864 => 1802.85275365947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.462084419 Mflops = 259.550462084419 Gflops = 0.259550462084419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062315 s
InvBiCGStab: k = 85 resid = 8.739959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392934(s) Flops=560719872 => 1427.00777229764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205457.121966597 Mflops = 205.457121966597 Gflops = 0.205457121966597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00111312 Relative Rsd = 4.8825089036463e-07
BICGSTAB_SOLVER_TIME: 0.72429 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044432 s
InvBiCGStab: k = 53 resid = 2.02461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236234(s) Flops=350742528 => 1484.72500994776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213747.526680005 Mflops = 213.747526680005 Gflops = 0.213747526680005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072268 s
InvBiCGStab: k = 69 resid = 1.096102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30906(s) Flops=455731200 => 1474.57192778101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212294.000104922 Mflops = 212.294000104922 Gflops = 0.212294000104922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001051781 Relative Rsd = 4.61345800077936e-07
BICGSTAB_SOLVER_TIME: 0.666195 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101243
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892807(s) Flops=1278812160 => 1432.35005997937 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206304.159432416 Mflops = 206.304159432416 Gflops = 0.206304159432416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141392000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043532 s
InvBiCGStab: k = 30 resid = 2.235022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1191(s) Flops=199821312 => 1677.76080604534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241491.345448027 Mflops = 241.491345448027 Gflops = 0.241491345448027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 58 resid = 1.003257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214392(s) Flops=383551488 => 1789.01959028322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257534.510022746 Mflops = 257.534510022746 Gflops = 0.257534510022746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007172062 Relative Rsd = 3.14590112250493e-07
BICGSTAB_SOLVER_TIME: 0.437166 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 62 resid = 1.953339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228303(s) Flops=409798656 => 1794.97709622738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258419.673914348 Mflops = 258.419673914348 Gflops = 0.258419673914348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 84 resid = 8.804471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30821(s) Flops=554158080 => 1797.98864410629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258848.642245898 Mflops = 258.848642245898 Gflops = 0.258848642245898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00114122 Relative Rsd = 5.00576360322441e-07
BICGSTAB_SOLVER_TIME: 0.638064 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041356 s
InvBiCGStab: k = 59 resid = 2.067197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21619(s) Flops=390113280 => 1804.49271474166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.154165707 Mflops = 259.789154165707 Gflops = 0.259789154165707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056051 s
InvBiCGStab: k = 86 resid = 9.276962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315188(s) Flops=567281664 => 1799.81999314695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259121.029824185 Mflops = 259.121029824185 Gflops = 0.259121029824185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001106623 Relative Rsd = 4.854012876676e-07
BICGSTAB_SOLVER_TIME: 0.632717 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117806
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 64 resid = 1.939919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23424(s) Flops=422922240 => 1805.50819672131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259935.861602236 Mflops = 259.935861602236 Gflops = 0.259935861602236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055876 s
InvBiCGStab: k = 76 resid = 1.115415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277921(s) Flops=501663744 => 1805.05879008783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259882.003496622 Mflops = 259.882003496622 Gflops = 0.259882003496622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001108827 Relative Rsd = 4.86367972170018e-07
BICGSTAB_SOLVER_TIME: 0.61257 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 47 resid = 2.218946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173419(s) Flops=311371776 => 1795.48824523264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258470.237975823 Mflops = 258.470237975823 Gflops = 0.258470237975823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 77 resid = 5.263834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281387(s) Flops=508225536 => 1806.14433502614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260028.671186823 Mflops = 260.028671186823 Gflops = 0.260028671186823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001009918 Relative Rsd = 4.42983134935694e-07
BICGSTAB_SOLVER_TIME: 0.556347 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102683
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.801318(s) Flops=1278664704 => 1595.70196101922 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229767.293646042 Mflops = 229.767293646042 Gflops = 0.229767293646042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141408000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.523446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.05481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915661(s) Flops=1335011328 => 1457.97552587693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209880.694018399 Mflops = 209.880694018399 Gflops = 0.209880694018399 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 8.665198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.897735(s) Flops=1604044800 => 1786.76870123143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257283.380578651 Mflops = 257.283380578651 Gflops = 0.257283380578651 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002726106 Relative Rsd = 1.19979489752562e-06
BICGSTAB_SOLVER_TIME: 1.816797 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318827999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.822254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.643724(s) Flops=1157842944 => 1798.66362602606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258951.61331756 Mflops = 258.95161331756 Gflops = 0.25895161331756 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.015166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779126(s) Flops=1400629248 => 1797.69286097499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258855.716809115 Mflops = 258.855716809116 Gflops = 0.258855716809116 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.001952227 Relative Rsd = 8.57244931932152e-07
BICGSTAB_SOLVER_TIME: 1.42635 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.11594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277846999999997
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.800877(s) Flops=1278664704 => 1596.58062848602 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229891.136937759 Mflops = 229.891136937759 Gflops = 0.229891136937759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141639000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 27 resid = 1.900455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101517(s) Flops=180135936 => 1774.44108868465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255394.62010755 Mflops = 255.39462010755 Gflops = 0.25539462010755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059516 s
InvBiCGStab: k = 51 resid = 1.024086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203413(s) Flops=337618944 => 1659.77073245073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238931.826693953 Mflops = 238.931826693953 Gflops = 0.238931826693953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007345915 Relative Rsd = 3.22215895194168e-07
BICGSTAB_SOLVER_TIME: 0.409437 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041819 s
InvBiCGStab: k = 78 resid = 2.157378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286936(s) Flops=514787328 => 1794.0841441994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258312.369779539 Mflops = 258.312369779539 Gflops = 0.258312369779539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 93 resid = 1.145993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342536(s) Flops=613214208 => 1790.21827778686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257738.635762684 Mflops = 257.738635762684 Gflops = 0.257738635762684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001244434 Relative Rsd = 5.45849426362979e-07
BICGSTAB_SOLVER_TIME: 0.731685 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047204 s
InvBiCGStab: k = 54 resid = 2.247302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243926(s) Flops=357304320 => 1464.80621171995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210892.756627383 Mflops = 210.892756627383 Gflops = 0.210892756627383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066719 s
InvBiCGStab: k = 73 resid = 8.950074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309511(s) Flops=481978368 => 1557.22532640197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224200.470993428 Mflops = 224.200470993428 Gflops = 0.224200470993428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001024822 Relative Rsd = 4.49520446755099e-07
BICGSTAB_SOLVER_TIME: 0.671117 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046536 s
InvBiCGStab: k = 67 resid = 1.744142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279305(s) Flops=442607616 => 1584.6748751365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228161.69802296 Mflops = 228.16169802296 Gflops = 0.22816169802296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057554 s
InvBiCGStab: k = 81 resid = 9.145923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384771(s) Flops=534472704 => 1389.06701388618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199996.914055009 Mflops = 199.996914055009 Gflops = 0.199996914055009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001162611 Relative Rsd = 5.099592408166e-07
BICGSTAB_SOLVER_TIME: 0.772094 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119975
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 61 resid = 2.182349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22403(s) Flops=403236864 => 1799.92351024416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259139.784905568 Mflops = 259.139784905568 Gflops = 0.259139784905568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056599 s
InvBiCGStab: k = 80 resid = 1.149034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293792(s) Flops=527910912 => 1796.88661365864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258701.193246824 Mflops = 258.701193246824 Gflops = 0.258701193246824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001121343 Relative Rsd = 4.91857919041501e-07
BICGSTAB_SOLVER_TIME: 0.619657 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114946
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.799661(s) Flops=1272471552 => 1591.26373800898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229147.607718823 Mflops = 229.147607718823 Gflops = 0.229147607718823 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140547000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041268 s
InvBiCGStab: k = 25 resid = 1.57939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093371(s) Flops=167012352 => 1788.69619046599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257421.939776608 Mflops = 257.421939776608 Gflops = 0.257421939776608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056637 s
InvBiCGStab: k = 48 resid = 1.089519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177187(s) Flops=317933568 => 1794.33913323212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258292.107271949 Mflops = 258.292107271949 Gflops = 0.258292107271949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007211498 Relative Rsd = 3.1631994185294e-07
BICGSTAB_SOLVER_TIME: 0.372311 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 75 resid = 1.512346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274327(s) Flops=495101952 => 1804.78754187521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259843.052444414 Mflops = 259.843052444414 Gflops = 0.259843052444414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 97 resid = 9.832975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355252(s) Flops=639461376 => 1800.02188868747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259161.52411614 Mflops = 259.16152411614 Gflops = 0.25916152411614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001288765 Relative Rsd = 5.65294639255011e-07
BICGSTAB_SOLVER_TIME: 0.730808 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041164 s
InvBiCGStab: k = 59 resid = 2.082051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226019(s) Flops=390113280 => 1726.01984788889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248489.894571702 Mflops = 248.489894571702 Gflops = 0.248489894571702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 68 resid = 9.262625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249427(s) Flops=449169408 => 1800.80507723703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.964400922 Mflops = 259.253964400922 Gflops = 0.259253964400922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001013431 Relative Rsd = 4.44523978254086e-07
BICGSTAB_SOLVER_TIME: 0.576526 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 66 resid = 2.159643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241537(s) Flops=436045824 => 1805.29618236543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.926543883 Mflops = 259.912926543883 Gflops = 0.259912926543883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 75 resid = 8.898368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274406(s) Flops=495101952 => 1804.26795332464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.8915548 Mflops = 259.7598915548 Gflops = 0.2597598915548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001105576 Relative Rsd = 4.84942021891109e-07
BICGSTAB_SOLVER_TIME: 0.617506 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 55 resid = 1.97604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20458(s) Flops=363866112 => 1778.60060611986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256056.097822568 Mflops = 256.056097822568 Gflops = 0.256056097822568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080149 s
InvBiCGStab: k = 83 resid = 7.561167e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3655(s) Flops=547596288 => 1498.21145827633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215712.686827595 Mflops = 215.712686827595 Gflops = 0.215712686827595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00109749 Relative Rsd = 4.8139509503978e-07
BICGSTAB_SOLVER_TIME: 0.695066 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112699
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930609(s) Flops=1265983488 => 1360.38173712053 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195878.029425276 Mflops = 195.878029425276 Gflops = 0.195878029425276 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139983000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 25 resid = 2.105869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093765(s) Flops=167012352 => 1781.18009918413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256380.18451955 Mflops = 256.38018451955 Gflops = 0.25638018451955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 50 resid = 9.476032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185015(s) Flops=331057152 => 1789.3530362403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257589.17064274 Mflops = 257.58917064274 Gflops = 0.25758917064274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007711429 Relative Rsd = 3.38248529495705e-07
BICGSTAB_SOLVER_TIME: 0.379731 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 56 resid = 1.845077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205065(s) Flops=370427904 => 1806.39262672811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260050.165784547 Mflops = 260.050165784547 Gflops = 0.260050165784547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056844 s
InvBiCGStab: k = 85 resid = 9.533884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31075(s) Flops=560719872 => 1804.4082767498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.096940997 Mflops = 259.782096940997 Gflops = 0.259782096940997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001065752 Relative Rsd = 4.67473939486064e-07
BICGSTAB_SOLVER_TIME: 0.61763 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 49 resid = 2.270109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179794(s) Flops=324495360 => 1804.81751337642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.343932159 Mflops = 259.814343932159 Gflops = 0.259814343932159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 68 resid = 1.023009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248601(s) Flops=449169408 => 1806.78841999831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.506712149 Mflops = 260.111506712149 Gflops = 0.260111506712149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001012208 Relative Rsd = 4.43987555418636e-07
BICGSTAB_SOLVER_TIME: 0.529601 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040779 s
InvBiCGStab: k = 64 resid = 2.174674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233723(s) Flops=422922240 => 1809.50201734532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260525.879004779 Mflops = 260.525879004779 Gflops = 0.260525879004779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 82 resid = 1.062592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300203(s) Flops=541034496 => 1802.22881183732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.778454124 Mflops = 259.479778454124 Gflops = 0.259479778454124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00108402 Relative Rsd = 4.75486528995996e-07
BICGSTAB_SOLVER_TIME: 0.635005 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 55 resid = 1.219013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202121(s) Flops=363866112 => 1800.23902513841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259165.054936365 Mflops = 259.165054936365 Gflops = 0.259165054936365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 68 resid = 1.066337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249162(s) Flops=449169408 => 1802.72035061526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.861395949 Mflops = 259.530861395949 Gflops = 0.259530861395949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001011724 Relative Rsd = 4.43775488399538e-07
BICGSTAB_SOLVER_TIME: 0.552676 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102028
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.828371(s) Flops=1265836032 => 1528.1027848633 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220022.706344607 Mflops = 220.022706344607 Gflops = 0.220022706344607 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139970000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044819 s
InvBiCGStab: k = 29 resid = 2.232339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130745(s) Flops=193259520 => 1478.14080844392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212775.5512773 Mflops = 212.7755512773 Gflops = 0.2127755512773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062132 s
InvBiCGStab: k = 47 resid = 1.134797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203791(s) Flops=311371776 => 1527.89758134559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220000.729667851 Mflops = 220.000729667851 Gflops = 0.220000729667851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007691302 Relative Rsd = 3.37365716912109e-07
BICGSTAB_SOLVER_TIME: 0.445561 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047702 s
InvBiCGStab: k = 59 resid = 2.08005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274647(s) Flops=390113280 => 1420.4170444243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204448.017457149 Mflops = 204.448017457149 Gflops = 0.204448017457149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064565 s
InvBiCGStab: k = 78 resid = 9.87633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327589(s) Flops=514787328 => 1571.44265527841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226249.171710321 Mflops = 226.249171710321 Gflops = 0.226249171710321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001073965 Relative Rsd = 4.71076066059917e-07
BICGSTAB_SOLVER_TIME: 0.718639 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 61 resid = 2.275606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224652(s) Flops=403236864 => 1794.94001388815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258411.284373302 Mflops = 258.411284373301 Gflops = 0.258411284373302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 76 resid = 9.305694e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282417(s) Flops=501663744 => 1776.32275677456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255732.329344755 Mflops = 255.732329344755 Gflops = 0.255732329344755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001069087 Relative Rsd = 4.68936604474035e-07
BICGSTAB_SOLVER_TIME: 0.60818 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 63 resid = 1.893305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23255(s) Flops=416360448 => 1790.41259084068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257779.430656106 Mflops = 257.779430656106 Gflops = 0.257779430656106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 87 resid = 6.0358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319949(s) Flops=573843456 => 1793.54664649679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258221.519527003 Mflops = 258.221519527003 Gflops = 0.258221519527003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001097012 Relative Rsd = 4.81185376945045e-07
BICGSTAB_SOLVER_TIME: 0.653306 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 62 resid = 2.175283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228528(s) Flops=409798656 => 1793.20982986767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258165.754682526 Mflops = 258.165754682526 Gflops = 0.258165754682527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060572 s
InvBiCGStab: k = 77 resid = 1.062654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302148(s) Flops=508225536 => 1682.04170141785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242164.135553107 Mflops = 242.164135553107 Gflops = 0.242164135553107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00110084 Relative Rsd = 4.82864602546547e-07
BICGSTAB_SOLVER_TIME: 0.636178 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113602
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.798462(s) Flops=1265909760 => 1585.43519917041 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228293.082588278 Mflops = 228.293082588278 Gflops = 0.228293082588278 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14019
CLOV_LINOP: Time spent in clov deriv (total) = 1.395723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.221645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742677(s) Flops=1341573120 => 1806.40186783757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260102.556710037 Mflops = 260.102556710037 Gflops = 0.260102556710037 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.098101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879442(s) Flops=1577797632 => 1794.08947036871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258335.767000995 Mflops = 258.335767000995 Gflops = 0.258335767000995 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002057517 Relative Rsd = 9.05488753455085e-07
BICGSTAB_SOLVER_TIME: 1.625565 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.125878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318329999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.095608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810319(s) Flops=1197213696 => 1477.45973622734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212685.222648292 Mflops = 212.685222648292 Gflops = 0.212685222648292 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.003004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959849(s) Flops=1466247168 => 1527.58107577338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219960.92181119 Mflops = 219.96092181119 Gflops = 0.21996092181119 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.001996529 Relative Rsd = 8.76714218150026e-07
BICGSTAB_SOLVER_TIME: 1.773551 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.131576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288944999999998
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.797771(s) Flops=1265909760 => 1586.80844502996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228475.701119757 Mflops = 228.475701119757 Gflops = 0.228475701119757 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140089000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 32 resid = 1.877989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119097(s) Flops=212944896 => 1787.99546588075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257355.155055194 Mflops = 257.355155055194 Gflops = 0.257355155055194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056575 s
InvBiCGStab: k = 53 resid = 9.163585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194494(s) Flops=350742528 => 1803.3591164766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259594.518816958 Mflops = 259.594518816958 Gflops = 0.259594518816958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007456719 Relative Rsd = 3.27076100550354e-07
BICGSTAB_SOLVER_TIME: 0.415072 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0752680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 83 resid = 1.65544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304159(s) Flops=547596288 => 1800.36194227361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.284097491 Mflops = 259.206284097491 Gflops = 0.259206284097491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 94 resid = 8.8861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344205(s) Flops=619776000 => 1800.60138580207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259235.28661385 Mflops = 259.23528661385 Gflops = 0.25923528661385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001260399 Relative Rsd = 5.52852489032659e-07
BICGSTAB_SOLVER_TIME: 0.749944 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 56 resid = 2.241761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205573(s) Flops=370427904 => 1801.92877469317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.766740041 Mflops = 259.425766740041 Gflops = 0.25942576674004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056328 s
InvBiCGStab: k = 81 resid = 8.003035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301694(s) Flops=534472704 => 1771.57220229769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255051.804458962 Mflops = 255.051804458962 Gflops = 0.255051804458962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001033289 Relative Rsd = 4.53234504681195e-07
BICGSTAB_SOLVER_TIME: 0.608367 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 58 resid = 2.16714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223548(s) Flops=383551488 => 1715.74555800097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247008.184697072 Mflops = 247.008184697072 Gflops = 0.247008184697072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 88 resid = 8.001469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3239(s) Flops=580405248 => 1791.92728619944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257992.492853834 Mflops = 257.992492853834 Gflops = 0.257992492853834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00108426 Relative Rsd = 4.75592077401601e-07
BICGSTAB_SOLVER_TIME: 0.649236 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 56 resid = 2.175678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206282(s) Flops=370427904 => 1795.73546892119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258521.809506734 Mflops = 258.521809506734 Gflops = 0.258521809506734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057154 s
InvBiCGStab: k = 71 resid = 1.110634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261692(s) Flops=468854784 => 1791.62826528897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257936.33764841 Mflops = 257.93633764841 Gflops = 0.25793633764841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001078844 Relative Rsd = 4.73216242535823e-07
BICGSTAB_SOLVER_TIME: 0.570339 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104969
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905748(s) Flops=1266057216 => 1397.80293856569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201290.020314104 Mflops = 201.290020314104 Gflops = 0.201290020314104 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139812000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.532721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041588 s
InvBiCGStab: k = 31 resid = 1.269415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115205(s) Flops=206383104 => 1791.44224643028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257868.825596741 Mflops = 257.868825596741 Gflops = 0.257868825596741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 53 resid = 9.85767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195134(s) Flops=350742528 => 1797.44446380436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.677522237 Mflops = 258.751677522237 Gflops = 0.258751677522237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007623171 Relative Rsd = 3.34377246828024e-07
BICGSTAB_SOLVER_TIME: 0.412477 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 85 resid = 1.516366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313929(s) Flops=560719872 => 1786.13594793727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257152.801128731 Mflops = 257.152801128731 Gflops = 0.257152801128731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 100 resid = 7.518635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376822(s) Flops=659146752 => 1749.22576707305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251832.697682148 Mflops = 251.832697682148 Gflops = 0.251832697682148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001303722 Relative Rsd = 5.71855133936605e-07
BICGSTAB_SOLVER_TIME: 0.792766 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 54 resid = 1.955332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200876(s) Flops=357304320 => 1778.73075927438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256095.149229967 Mflops = 256.095149229967 Gflops = 0.256095149229967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057255 s
InvBiCGStab: k = 76 resid = 8.880693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280349(s) Flops=501663744 => 1789.42583708164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257603.785820391 Mflops = 257.603785820391 Gflops = 0.257603785820391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001063726 Relative Rsd = 4.66585126932628e-07
BICGSTAB_SOLVER_TIME: 0.583665 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 66 resid = 1.139969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243576(s) Flops=436045824 => 1790.18386047886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257734.297175012 Mflops = 257.734297175012 Gflops = 0.257734297175012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 88 resid = 9.957041e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322352(s) Flops=580405248 => 1800.53248622624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.700078859 Mflops = 259.220700078859 Gflops = 0.259220700078859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001157669 Relative Rsd = 5.07791592138365e-07
BICGSTAB_SOLVER_TIME: 0.667913 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 65 resid = 1.895235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23765(s) Flops=429484032 => 1807.21242162845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260187.656167804 Mflops = 260.187656167804 Gflops = 0.260187656167804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056516 s
InvBiCGStab: k = 88 resid = 1.138794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321599(s) Flops=580405248 => 1804.7482983467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.676302771 Mflops = 259.824676302771 Gflops = 0.259824676302771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001113206 Relative Rsd = 4.88288524218007e-07
BICGSTAB_SOLVER_TIME: 0.660623 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123726
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.811794(s) Flops=1266204672 => 1559.76106253557 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224583.760932538 Mflops = 224.583760932538 Gflops = 0.224583760932538 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140423000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048137 s
InvBiCGStab: k = 29 resid = 2.04877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13905(s) Flops=193259520 => 1389.85631067961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200038.678295271 Mflops = 200.038678295271 Gflops = 0.200038678295271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070462 s
InvBiCGStab: k = 57 resid = 6.772603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271474(s) Flops=376989696 => 1388.67698564135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199930.637627508 Mflops = 199.930637627508 Gflops = 0.199930637627508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007636857 Relative Rsd = 3.34977550193427e-07
BICGSTAB_SOLVER_TIME: 0.533728 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052856 s
InvBiCGStab: k = 51 resid = 1.70279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229323(s) Flops=337618944 => 1472.24196439084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211948.261891064 Mflops = 211.948261891064 Gflops = 0.211948261891064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07193 s
InvBiCGStab: k = 77 resid = 7.618826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343722(s) Flops=508225536 => 1478.59472480668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212873.70335482 Mflops = 212.87370335482 Gflops = 0.21287370335482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001067246 Relative Rsd = 4.68129034065406e-07
BICGSTAB_SOLVER_TIME: 0.70175 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068483 s
InvBiCGStab: k = 67 resid = 1.479882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254423(s) Flops=442607616 => 1739.65253141422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250457.284891379 Mflops = 250.457284891379 Gflops = 0.250457284891379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 74 resid = 9.289358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272171(s) Flops=488540160 => 1794.97507081945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258411.597486434 Mflops = 258.411597486434 Gflops = 0.258411597486434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00102691 Relative Rsd = 4.5043632300228e-07
BICGSTAB_SOLVER_TIME: 0.655542 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041739 s
InvBiCGStab: k = 65 resid = 2.071389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238366(s) Flops=429484032 => 1801.78394569695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259396.75612659 Mflops = 259.39675612659 Gflops = 0.25939675612659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 78 resid = 1.033615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287719(s) Flops=514787328 => 1789.20171417251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257582.509532644 Mflops = 257.582509532644 Gflops = 0.257582509532644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001109344 Relative Rsd = 4.86594541243878e-07
BICGSTAB_SOLVER_TIME: 0.628341 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 62 resid = 2.132728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227474(s) Flops=409798656 => 1801.5186614734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.021523064 Mflops = 259.380021523064 Gflops = 0.259380021523064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 81 resid = 1.087935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296306(s) Flops=534472704 => 1803.78630199861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259690.457068705 Mflops = 259.690457068705 Gflops = 0.259690457068705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00104507 Relative Rsd = 4.5840198508853e-07
BICGSTAB_SOLVER_TIME: 0.624951 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116406
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.795492(s) Flops=1266204672 => 1591.72521156718 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229201.685673968 Mflops = 229.201685673968 Gflops = 0.229201685673968 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140077000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 29 resid = 1.944527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109809(s) Flops=193259520 => 1759.96065896238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253317.45323964 Mflops = 253.31745323964 Gflops = 0.25331745323964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057514 s
InvBiCGStab: k = 52 resid = 8.968921e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213549(s) Flops=344180736 => 1611.71785398199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231989.79583652 Mflops = 231.98979583652 Gflops = 0.23198979583652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007154217 Relative Rsd = 3.13807409801965e-07
BICGSTAB_SOLVER_TIME: 0.425665 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 56 resid = 2.028436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207408(s) Flops=370427904 => 1785.98657718121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257114.463086645 Mflops = 257.114463086645 Gflops = 0.257114463086645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06102 s
InvBiCGStab: k = 72 resid = 1.061174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267592(s) Flops=475416576 => 1776.647194236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255783.368618738 Mflops = 255.783368618738 Gflops = 0.255783368618738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001100017 Relative Rsd = 4.82503429893987e-07
BICGSTAB_SOLVER_TIME: 0.581659 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 56 resid = 2.144161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211353(s) Flops=370427904 => 1752.6503243389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252322.294700488 Mflops = 252.322294700488 Gflops = 0.252322294700488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056996 s
InvBiCGStab: k = 71 resid = 1.148894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266426(s) Flops=468854784 => 1759.79365377253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253352.596529845 Mflops = 253.352596529845 Gflops = 0.253352596529845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001036877 Relative Rsd = 4.54808079749946e-07
BICGSTAB_SOLVER_TIME: 0.579463 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104901
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045172 s
InvBiCGStab: k = 58 resid = 2.223378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276646(s) Flops=383551488 => 1386.43424448573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199609.923488022 Mflops = 199.609923488022 Gflops = 0.199609923488022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067973 s
InvBiCGStab: k = 84 resid = 1.064638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382113(s) Flops=554158080 => 1450.24660244483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208798.01597511 Mflops = 208.79801597511 Gflops = 0.20879801597511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001102231 Relative Rsd = 4.83474607990839e-07
BICGSTAB_SOLVER_TIME: 0.777775 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048598 s
InvBiCGStab: k = 53 resid = 1.835302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244081(s) Flops=350742528 => 1436.99234270591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206888.048239058 Mflops = 206.888048239058 Gflops = 0.206888048239058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077695 s
InvBiCGStab: k = 69 resid = 8.76464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31153(s) Flops=455731200 => 1462.88062144898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210624.070923077 Mflops = 210.624070923077 Gflops = 0.210624070923077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001031006 Relative Rsd = 4.52233199076212e-07
BICGSTAB_SOLVER_TIME: 0.685653 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101289
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.812772(s) Flops=1266278400 => 1557.97493023874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224326.438396357 Mflops = 224.326438396357 Gflops = 0.224326438396357 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140012000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.218117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718705(s) Flops=1256269824 => 1747.96310586402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251661.8846056 Mflops = 251.6618846056 Gflops = 0.2516618846056 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.002204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9621(s) Flops=1702471680 => 1769.53713751169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254802.62178606 Mflops = 254.80262178606 Gflops = 0.25480262178606 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.002097742 Relative Rsd = 9.23158141810118e-07
BICGSTAB_SOLVER_TIME: 1.684227 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321327999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.124772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.695535(s) Flops=1203775488 => 1730.71878194483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249133.772643327 Mflops = 249.133772643327 Gflops = 0.249133772643327 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 7.435571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836388(s) Flops=1472808960 => 1760.9159385357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253557.804624326 Mflops = 253.557804624326 Gflops = 0.253557804624326 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001931188 Relative Rsd = 8.48038354555606e-07
BICGSTAB_SOLVER_TIME: 1.535472 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.117767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290453999999998
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910076(s) Flops=1266278400 => 1391.39852056312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200353.255731889 Mflops = 200.353255731889 Gflops = 0.200353255731889 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140049000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.531143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042954 s
InvBiCGStab: k = 27 resid = 1.992485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103256(s) Flops=180135936 => 1744.55659719532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251055.493724434 Mflops = 251.055493724434 Gflops = 0.251055493724434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058091 s
InvBiCGStab: k = 45 resid = 1.088787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171687(s) Flops=298248192 => 1737.16234776075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250056.071293274 Mflops = 250.056071293274 Gflops = 0.250056071293274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007472549 Relative Rsd = 3.27770488549199e-07
BICGSTAB_SOLVER_TIME: 0.380632 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043243 s
InvBiCGStab: k = 77 resid = 2.231034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290166(s) Flops=508225536 => 1751.49926593743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252168.495065272 Mflops = 252.168495065272 Gflops = 0.252168495065272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056968 s
InvBiCGStab: k = 97 resid = 8.805004e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355671(s) Flops=639461376 => 1797.90136390091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258845.195238247 Mflops = 258.845195238247 Gflops = 0.258845195238247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001240327 Relative Rsd = 5.44047954567467e-07
BICGSTAB_SOLVER_TIME: 0.749933 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041027 s
InvBiCGStab: k = 53 resid = 1.91174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197448(s) Flops=350742528 => 1776.3792390908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255741.323567084 Mflops = 255.741323567084 Gflops = 0.255741323567084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 64 resid = 9.938486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245411(s) Flops=422922240 => 1723.32226346822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248076.344905474 Mflops = 248.076344905474 Gflops = 0.248076344905474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001051062 Relative Rsd = 4.61030022941865e-07
BICGSTAB_SOLVER_TIME: 0.543696 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977820000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 68 resid = 1.834022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254651(s) Flops=449169408 => 1763.86272977526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253924.501041404 Mflops = 253.924501041404 Gflops = 0.253924501041404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 88 resid = 1.00605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323797(s) Flops=580405248 => 1792.49729923378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258072.443140406 Mflops = 258.072443140406 Gflops = 0.258072443140406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001165693 Relative Rsd = 5.11310995723791e-07
BICGSTAB_SOLVER_TIME: 0.679157 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041172 s
InvBiCGStab: k = 69 resid = 2.219272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252613(s) Flops=455731200 => 1804.06867421708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.076083374 Mflops = 259.741076083374 Gflops = 0.259741076083374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056068 s
InvBiCGStab: k = 85 resid = 4.087659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312068(s) Flops=560719872 => 1796.7874693977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258689.529448761 Mflops = 258.689529448761 Gflops = 0.258689529448761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001091933 Relative Rsd = 4.78957779631986e-07
BICGSTAB_SOLVER_TIME: 0.665726 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124167
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.805572(s) Flops=1266352128 => 1571.99124100639 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226345.757381205 Mflops = 226.345757381205 Gflops = 0.226345757381205 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140024000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047523 s
InvBiCGStab: k = 27 resid = 2.223183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111675(s) Flops=180135936 => 1613.03725990598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232178.29345607 Mflops = 232.17829345607 Gflops = 0.23217829345607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071419 s
InvBiCGStab: k = 49 resid = 9.920647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206285(s) Flops=324495360 => 1573.04389558136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226475.176923682 Mflops = 226.475176923682 Gflops = 0.226475176923682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007521181 Relative Rsd = 3.29903618252017e-07
BICGSTAB_SOLVER_TIME: 0.44074 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054638 s
InvBiCGStab: k = 79 resid = 1.865922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339583(s) Flops=521349120 => 1535.26271927629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221060.19224839 Mflops = 221.06019224839 Gflops = 0.22106019224839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081877 s
InvBiCGStab: k = 95 resid = 6.780526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434471(s) Flops=626337792 => 1441.61012357557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207563.004607873 Mflops = 207.563004607873 Gflops = 0.207563004607872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001261123 Relative Rsd = 5.53169644885204e-07
BICGSTAB_SOLVER_TIME: 0.914672 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047009 s
InvBiCGStab: k = 54 resid = 2.257934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223358(s) Flops=357304320 => 1599.69340699684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230288.089686866 Mflops = 230.288089686866 Gflops = 0.230288089686866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 70 resid = 1.083549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258846(s) Flops=462292992 => 1785.97695927308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257124.061484961 Mflops = 257.124061484961 Gflops = 0.257124061484961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001029484 Relative Rsd = 4.51565185412875e-07
BICGSTAB_SOLVER_TIME: 0.589904 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 66 resid = 2.154007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242703(s) Flops=436045824 => 1796.62313197612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258649.152641043 Mflops = 258.649152641043 Gflops = 0.258649152641043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057067 s
InvBiCGStab: k = 86 resid = 1.131084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316421(s) Flops=567281664 => 1792.80662155799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258112.202206672 Mflops = 258.112202206672 Gflops = 0.258112202206672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001121611 Relative Rsd = 4.91975365259639e-07
BICGSTAB_SOLVER_TIME: 0.661213 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 55 resid = 2.040061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202085(s) Flops=363866112 => 1800.55972486825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.570605499 Mflops = 259.220570605499 Gflops = 0.259220570605499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 71 resid = 8.774712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260166(s) Flops=468854784 => 1802.13703558497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.86851683 Mflops = 259.44186851683 Gflops = 0.25944186851683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001072792 Relative Rsd = 4.70561600560901e-07
BICGSTAB_SOLVER_TIME: 0.563982 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104193
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.798287(s) Flops=1272471552 => 1594.0025980631 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229522.263357956 Mflops = 229.522263357956 Gflops = 0.229522263357956 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140771000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044256 s
InvBiCGStab: k = 29 resid = 2.240363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114107(s) Flops=193259520 => 1693.6692753293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243804.216906614 Mflops = 243.804216906614 Gflops = 0.243804216906614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058726 s
InvBiCGStab: k = 53 resid = 5.907908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208094(s) Flops=350742528 => 1685.50043730237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242654.188747227 Mflops = 242.654188747227 Gflops = 0.242654188747227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007173287 Relative Rsd = 3.14643856661184e-07
BICGSTAB_SOLVER_TIME: 0.429742 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 56 resid = 1.810949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206875(s) Flops=370427904 => 1790.58805558912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257786.926908534 Mflops = 257.786926908534 Gflops = 0.257786926908534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 73 resid = 1.072844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268698(s) Flops=481978368 => 1793.75495165576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258240.759137777 Mflops = 258.240759137777 Gflops = 0.258240759137777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00105377 Relative Rsd = 4.62218170160833e-07
BICGSTAB_SOLVER_TIME: 0.576776 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 53 resid = 1.755098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194839(s) Flops=350742528 => 1800.16592160707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.062028409 Mflops = 259.151062028409 Gflops = 0.259151062028409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 70 resid = 1.063222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256355(s) Flops=462292992 => 1803.33128669228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259616.220493377 Mflops = 259.616220493377 Gflops = 0.259616220493377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001013397 Relative Rsd = 4.4450922088146e-07
BICGSTAB_SOLVER_TIME: 0.552027 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048194 s
InvBiCGStab: k = 59 resid = 1.96462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259461(s) Flops=390113280 => 1503.55267265601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216470.900788868 Mflops = 216.470900788868 Gflops = 0.216470900788868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071563 s
InvBiCGStab: k = 80 resid = 1.080789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358807(s) Flops=527910912 => 1471.29490784739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211816.567133561 Mflops = 211.816567133561 Gflops = 0.211816567133561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00109178 Relative Rsd = 4.78890375715489e-07
BICGSTAB_SOLVER_TIME: 0.742814 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044308 s
InvBiCGStab: k = 49 resid = 1.991442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21573(s) Flops=324495360 => 1504.17355027117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216550.341250408 Mflops = 216.550341250408 Gflops = 0.216550341250408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080869 s
InvBiCGStab: k = 83 resid = 9.307321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35914(s) Flops=547596288 => 1524.74324218968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219525.226916799 Mflops = 219.525226916799 Gflops = 0.219525226916799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001068156 Relative Rsd = 4.68528249079928e-07
BICGSTAB_SOLVER_TIME: 0.709366 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108483
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82953(s) Flops=1278664704 => 1541.4327438429 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221945.971873138 Mflops = 221.945971873138 Gflops = 0.221945971873138 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141493000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 29 resid = 2.067108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107921(s) Flops=193259520 => 1790.7499003901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257733.569124447 Mflops = 257.733569124447 Gflops = 0.257733569124447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 49 resid = 4.88711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181414(s) Flops=324495360 => 1788.70076179347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257481.493091122 Mflops = 257.481493091122 Gflops = 0.257481493091122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007195393 Relative Rsd = 3.15613502850843e-07
BICGSTAB_SOLVER_TIME: 0.391195 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041875 s
InvBiCGStab: k = 57 resid = 1.859355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210054(s) Flops=376989696 => 1794.72752720729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258377.108945205 Mflops = 258.377108945205 Gflops = 0.258377108945205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 80 resid = 9.248803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293398(s) Flops=527910912 => 1799.29962712766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259041.120354683 Mflops = 259.041120354683 Gflops = 0.259041120354683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001085833 Relative Rsd = 4.7628184414708e-07
BICGSTAB_SOLVER_TIME: 0.605647 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 59 resid = 2.155717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216776(s) Flops=390113280 => 1799.6147174964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259077.483879459 Mflops = 259.077483879459 Gflops = 0.259077483879459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 82 resid = 7.570281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300465(s) Flops=541034496 => 1800.65730118317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259244.90799452 Mflops = 259.24490799452 Gflops = 0.25924490799452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001084471 Relative Rsd = 4.75684553532491e-07
BICGSTAB_SOLVER_TIME: 0.618407 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 66 resid = 1.193844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241599(s) Flops=436045824 => 1804.83290079843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.013529918 Mflops = 259.854013529918 Gflops = 0.259854013529918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 78 resid = 9.919473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296295(s) Flops=514787328 => 1737.4148331899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250135.453702231 Mflops = 250.135453702231 Gflops = 0.250135453702231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001120033 Relative Rsd = 4.91282994271931e-07
BICGSTAB_SOLVER_TIME: 0.640391 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 51 resid = 2.203352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18712(s) Flops=337618944 => 1804.2910645575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.043476554 Mflops = 259.752043476554 Gflops = 0.259752043476554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056368 s
InvBiCGStab: k = 72 resid = 9.875401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26347(s) Flops=475416576 => 1804.44291949748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.422746156 Mflops = 259.779422746156 Gflops = 0.259779422746156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001028194 Relative Rsd = 4.50999707404329e-07
BICGSTAB_SOLVER_TIME: 0.552546 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102086
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847446(s) Flops=1284931584 => 1516.24007193379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218351.292707328 Mflops = 218.351292707328 Gflops = 0.218351292707328 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142237000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.543937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02113
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.763226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690019(s) Flops=1243146240 => 1801.61160779631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.839710528 Mflops = 259.353839710528 Gflops = 0.259353839710528 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 9.029652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840817(s) Flops=1512179712 => 1798.46472181224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258967.308116924 Mflops = 258.967308116924 Gflops = 0.258967308116924 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002063098 Relative Rsd = 9.07896596045288e-07
BICGSTAB_SOLVER_TIME: 1.534081 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299272999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.050412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.687598(s) Flops=1243146240 => 1807.95499696043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260261.184081659 Mflops = 260.261184081659 Gflops = 0.260261184081659 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 7.701254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.797588(s) Flops=1433438208 => 1797.21636734755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258783.902867172 Mflops = 258.783902867172 Gflops = 0.258783902867172 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.00199191 Relative Rsd = 8.74713479854748e-07
BICGSTAB_SOLVER_TIME: 1.48849 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290480999999998
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.823129(s) Flops=1284931584 => 1561.03306286135 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224763.194264059 Mflops = 224.763194264059 Gflops = 0.224763194264059 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142077000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 25 resid = 2.021017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09261(s) Flops=167012352 => 1803.39436345967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259535.315986592 Mflops = 259.535315986592 Gflops = 0.259535315986592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 53 resid = 8.12852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19469(s) Flops=350742528 => 1801.54362319585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259336.762612368 Mflops = 259.336762612368 Gflops = 0.259336762612368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007187104 Relative Rsd = 3.15249904678561e-07
BICGSTAB_SOLVER_TIME: 0.388655 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 93 resid = 2.201484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377085(s) Flops=613214208 => 1626.19623692271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234135.275399872 Mflops = 234.135275399872 Gflops = 0.234135275399872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061097 s
InvBiCGStab: k = 104 resid = 1.104062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.473919(s) Flops=685393920 => 1446.22587404177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208232.314068148 Mflops = 208.232314068148 Gflops = 0.208232314068148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001300706 Relative Rsd = 5.7053228101179e-07
BICGSTAB_SOLVER_TIME: 0.957807 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155262999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043174 s
InvBiCGStab: k = 53 resid = 2.189867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241269(s) Flops=350742528 => 1453.74054685849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209298.627490989 Mflops = 209.298627490989 Gflops = 0.209298627490989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069078 s
InvBiCGStab: k = 72 resid = 1.14783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316616(s) Flops=475416576 => 1501.55575207823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216183.141893713 Mflops = 216.183141893713 Gflops = 0.216183141893713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00102761 Relative Rsd = 4.5074336826735e-07
BICGSTAB_SOLVER_TIME: 0.674049 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 59 resid = 2.077518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216929(s) Flops=390113280 => 1798.34544943276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258897.115482592 Mflops = 258.897115482592 Gflops = 0.258897115482592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 73 resid = 8.741394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282724(s) Flops=481978368 => 1704.76637285834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245435.591531059 Mflops = 245.435591531059 Gflops = 0.245435591531059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001133478 Relative Rsd = 4.9718078590179e-07
BICGSTAB_SOLVER_TIME: 0.603755 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065264 s
InvBiCGStab: k = 65 resid = 1.116589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267439(s) Flops=429484032 => 1605.91399160182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231205.111209968 Mflops = 231.205111209968 Gflops = 0.231205111209968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056952 s
InvBiCGStab: k = 82 resid = 5.354835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30319(s) Flops=541034496 => 1784.47341930802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256911.441935919 Mflops = 256.911441935919 Gflops = 0.256911441935919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001082417 Relative Rsd = 4.7478333253079e-07
BICGSTAB_SOLVER_TIME: 0.696817 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119225
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.809802(s) Flops=1285226496 => 1587.08733245905 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228518.147782623 Mflops = 228.518147782623 Gflops = 0.228518147782623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142433000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041658 s
InvBiCGStab: k = 30 resid = 1.615178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110947(s) Flops=199821312 => 1801.0519617475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259241.499507127 Mflops = 259.241499507127 Gflops = 0.259241499507127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 46 resid = 1.033904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169297(s) Flops=304809984 => 1800.445276644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259170.737500597 Mflops = 259.170737500597 Gflops = 0.259170737500597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000728344 Relative Rsd = 3.19475543011792e-07
BICGSTAB_SOLVER_TIME: 0.382211 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 73 resid = 1.984469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267086(s) Flops=481978368 => 1804.58117610058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.425007888 Mflops = 259.806425007888 Gflops = 0.259806425007888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 104 resid = 1.150833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379204(s) Flops=685393920 => 1807.45435174734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.634653103 Mflops = 260.228634653103 Gflops = 0.260228634653103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001277576 Relative Rsd = 5.60386817116906e-07
BICGSTAB_SOLVER_TIME: 0.747767 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 55 resid = 1.740487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201792(s) Flops=363866112 => 1803.17411988582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259576.730296057 Mflops = 259.576730296057 Gflops = 0.259576730296057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 81 resid = 1.118523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363102(s) Flops=534472704 => 1471.96298560735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211924.619254087 Mflops = 211.924619254087 Gflops = 0.211924619254087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001038777 Relative Rsd = 4.55641743644431e-07
BICGSTAB_SOLVER_TIME: 0.666795 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043779 s
InvBiCGStab: k = 61 resid = 1.705593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289365(s) Flops=403236864 => 1393.52328028614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200630.186475767 Mflops = 200.630186475767 Gflops = 0.200630186475767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061064 s
InvBiCGStab: k = 79 resid = 9.228591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358398(s) Flops=521349120 => 1454.66526040882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209432.020791141 Mflops = 209.432020791141 Gflops = 0.209432020791141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00110324 Relative Rsd = 4.83917380233218e-07
BICGSTAB_SOLVER_TIME: 0.756637 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046995 s
InvBiCGStab: k = 57 resid = 2.224676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239871(s) Flops=376989696 => 1571.63515389522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226266.601740495 Mflops = 226.266601740495 Gflops = 0.226266601740495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076093 s
InvBiCGStab: k = 76 resid = 1.027679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336415(s) Flops=501663744 => 1491.20504139233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214691.383278709 Mflops = 214.691383278709 Gflops = 0.214691383278709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001103004 Relative Rsd = 4.83813567989099e-07
BICGSTAB_SOLVER_TIME: 0.703226 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109056
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.816712(s) Flops=1291419648 => 1581.24240613582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227672.810871129 Mflops = 227.672810871129 Gflops = 0.227672810871129 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143024000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 31 resid = 1.802844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114895(s) Flops=206383104 => 1796.27576482876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258552.506610993 Mflops = 258.552506610993 Gflops = 0.258552506610993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 55 resid = 9.993976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203906(s) Flops=363866112 => 1784.47967200573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256882.153254749 Mflops = 256.882153254749 Gflops = 0.256882153254749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007692699 Relative Rsd = 3.37426993199833e-07
BICGSTAB_SOLVER_TIME: 0.419707 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0758050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041613 s
InvBiCGStab: k = 56 resid = 1.875746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212781(s) Flops=370427904 => 1740.88806801359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250641.042901632 Mflops = 250.641042901632 Gflops = 0.250641042901632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060396 s
InvBiCGStab: k = 82 resid = 9.724329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317487(s) Flops=541034496 => 1704.11543149798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245333.760209489 Mflops = 245.333760209489 Gflops = 0.245333760209489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001074238 Relative Rsd = 4.7119606545671e-07
BICGSTAB_SOLVER_TIME: 0.636084 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 64 resid = 2.221456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235975(s) Flops=422922240 => 1792.23324504714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258028.319494388 Mflops = 258.028319494388 Gflops = 0.258028319494388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 71 resid = 1.139839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261622(s) Flops=468854784 => 1792.10763620796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.755439247 Mflops = 258.000755439247 Gflops = 0.258000755439247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001080586 Relative Rsd = 4.73980459970887e-07
BICGSTAB_SOLVER_TIME: 0.59986 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 68 resid = 1.957818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293518(s) Flops=449169408 => 1530.29595459222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220335.932600437 Mflops = 220.335932600437 Gflops = 0.220335932600437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068628 s
InvBiCGStab: k = 76 resid = 1.026744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357886(s) Flops=501663744 => 1401.74173898951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201809.415459408 Mflops = 201.809415459408 Gflops = 0.201809415459408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001104732 Relative Rsd = 4.84571504604671e-07
BICGSTAB_SOLVER_TIME: 0.766314 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046792 s
InvBiCGStab: k = 57 resid = 2.148817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261366(s) Flops=376989696 => 1442.38231445559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207664.711510942 Mflops = 207.664711510942 Gflops = 0.207664711510942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05935 s
InvBiCGStab: k = 78 resid = 5.676841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363983(s) Flops=514787328 => 1414.31695436325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203624.392566882 Mflops = 203.624392566882 Gflops = 0.203624392566882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001064644 Relative Rsd = 4.66987712142974e-07
BICGSTAB_SOLVER_TIME: 0.735372 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110472
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850699(s) Flops=1291640832 => 1518.32884721858 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218627.815455551 Mflops = 218.627815455551 Gflops = 0.218627815455551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142835000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042702 s
InvBiCGStab: k = 27 resid = 1.931057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100027(s) Flops=180135936 => 1800.87312425645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.329958456 Mflops = 259.206329958456 Gflops = 0.259206329958456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057063 s
InvBiCGStab: k = 54 resid = 8.969345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200555(s) Flops=357304320 => 1781.57772182194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256464.276265104 Mflops = 256.464276265104 Gflops = 0.256464276265104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007594237 Relative Rsd = 3.33108112782115e-07
BICGSTAB_SOLVER_TIME: 0.404131 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042193 s
InvBiCGStab: k = 56 resid = 2.254649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20694(s) Flops=370427904 => 1790.02563061757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257680.78190025 Mflops = 257.68078190025 Gflops = 0.25768078190025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 82 resid = 6.612784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303737(s) Flops=541034496 => 1781.25976091158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256440.763806333 Mflops = 256.440763806333 Gflops = 0.256440763806333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001109471 Relative Rsd = 4.86650404792853e-07
BICGSTAB_SOLVER_TIME: 0.613502 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 53 resid = 1.974826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194247(s) Flops=350742528 => 1805.65222628921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259942.800839022 Mflops = 259.942800839022 Gflops = 0.259942800839022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 72 resid = 9.022485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263526(s) Flops=475416576 => 1804.05947041279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.103704595 Mflops = 259.722103704595 Gflops = 0.259722103704595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001011813 Relative Rsd = 4.43814143524377e-07
BICGSTAB_SOLVER_TIME: 0.558748 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 67 resid = 2.116805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244794(s) Flops=442607616 => 1808.08196279321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260300.482239352 Mflops = 260.300482239352 Gflops = 0.260300482239352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056611 s
InvBiCGStab: k = 77 resid = 1.103045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281865(s) Flops=508225536 => 1803.08139002714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259585.2779718 Mflops = 259.5852779718 Gflops = 0.2595852779718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001107274 Relative Rsd = 4.8568678410482e-07
BICGSTAB_SOLVER_TIME: 0.628642 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117455
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044917 s
InvBiCGStab: k = 57 resid = 1.451963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275099(s) Flops=376989696 => 1370.37828563535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197306.009118988 Mflops = 197.306009118988 Gflops = 0.197306009118988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061964 s
InvBiCGStab: k = 78 resid = 8.27152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370641(s) Flops=514787328 => 1388.91090839923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199967.180653635 Mflops = 199.967180653635 Gflops = 0.199967180653635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00108283 Relative Rsd = 4.74964710342453e-07
BICGSTAB_SOLVER_TIME: 0.757088 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110371
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96026(s) Flops=1291714560 => 1345.17168266928 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193693.111770906 Mflops = 193.693111770906 Gflops = 0.193693111770906 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142797000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.829126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691807(s) Flops=1223460864 => 1768.50026669288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254600.872843859 Mflops = 254.600872843859 Gflops = 0.254600872843859 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.151463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838705(s) Flops=1499056128 => 1787.34612050721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257366.412894465 Mflops = 257.366412894465 Gflops = 0.257366412894465 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.001997074 Relative Rsd = 8.78850685433474e-07
BICGSTAB_SOLVER_TIME: 1.533982 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295294999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.919659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707818(s) Flops=1275955200 => 1802.66000582071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.931305407 Mflops = 259.591931305408 Gflops = 0.259591931305408 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.136809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762057(s) Flops=1374382080 => 1803.51611493628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.376671217 Mflops = 259.694376671217 Gflops = 0.259694376671217 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.001928152 Relative Rsd = 8.46723086079622e-07
BICGSTAB_SOLVER_TIME: 1.473307 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.128639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287623999999998
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952302(s) Flops=1291714560 => 1356.4127346157 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195329.586289927 Mflops = 195.329586289927 Gflops = 0.195329586289927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142616
CLOV_LINOP: Time spent in clov deriv (total) = 1.452941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042772 s
InvBiCGStab: k = 30 resid = 1.522119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114741(s) Flops=199821312 => 1741.49878421837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250644.258979737 Mflops = 250.644258979737 Gflops = 0.250644258979737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056846 s
InvBiCGStab: k = 57 resid = 5.824947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211639(s) Flops=376989696 => 1781.28651146528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256416.745584791 Mflops = 256.416745584791 Gflops = 0.256416745584791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007392775 Relative Rsd = 3.24271306138722e-07
BICGSTAB_SOLVER_TIME: 0.42991 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 79 resid = 1.400385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292821(s) Flops=521349120 => 1780.43623920416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256345.746293668 Mflops = 256.345746293668 Gflops = 0.256345746293668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057037 s
InvBiCGStab: k = 95 resid = 1.109848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347997(s) Flops=626337792 => 1799.83675721342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.103561051 Mflops = 259.130103561051 Gflops = 0.259130103561051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001264078 Relative Rsd = 5.54466097942724e-07
BICGSTAB_SOLVER_TIME: 0.743097 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041562 s
InvBiCGStab: k = 58 resid = 2.048155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213486(s) Flops=383551488 => 1796.61189960934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258652.309513515 Mflops = 258.652309513515 Gflops = 0.258652309513515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055945 s
InvBiCGStab: k = 66 resid = 8.627841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243374(s) Flops=436045824 => 1791.66970999367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257939.636945394 Mflops = 257.939636945394 Gflops = 0.257939636945394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001014767 Relative Rsd = 4.45109932755447e-07
BICGSTAB_SOLVER_TIME: 0.558197 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040825 s
InvBiCGStab: k = 66 resid = 1.770044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242449(s) Flops=436045824 => 1798.50535164096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258919.849257479 Mflops = 258.919849257479 Gflops = 0.258919849257479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 82 resid = 1.061798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299918(s) Flops=541034496 => 1803.94139731527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.62826685 Mflops = 259.71862826685 Gflops = 0.25971862826685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001145297 Relative Rsd = 5.02364708779665e-07
BICGSTAB_SOLVER_TIME: 0.643274 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04197 s
InvBiCGStab: k = 60 resid = 1.329661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219958(s) Flops=396675072 => 1803.41279698852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.315867927 Mflops = 259.646315867927 Gflops = 0.259646315867927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 84 resid = 1.151195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30677(s) Flops=554158080 => 1806.42852951723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.766116733 Mflops = 260.076766116733 Gflops = 0.260076766116733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001081875 Relative Rsd = 4.74545989043006e-07
BICGSTAB_SOLVER_TIME: 0.629355 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117162
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893685(s) Flops=1297760256 => 1452.14505782239 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209083.263132904 Mflops = 209.083263132904 Gflops = 0.209083263132904 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143709000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.573154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 30 resid = 2.075851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11222(s) Flops=199821312 => 1780.62120834076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256274.987162931 Mflops = 256.274987162931 Gflops = 0.256274987162931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057306 s
InvBiCGStab: k = 57 resid = 1.038284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210445(s) Flops=376989696 => 1791.39298153912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257883.813509976 Mflops = 257.883813509976 Gflops = 0.257883813509976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007796098 Relative Rsd = 3.41962408699295e-07
BICGSTAB_SOLVER_TIME: 0.424902 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 75 resid = 2.138258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275237(s) Flops=495101952 => 1798.82047835138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.534648216 Mflops = 258.979534648216 Gflops = 0.258979534648216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056624 s
InvBiCGStab: k = 101 resid = 1.097342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370679(s) Flops=665708544 => 1795.91653155426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258574.951215061 Mflops = 258.574951215061 Gflops = 0.258574951215061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001271531 Relative Rsd = 5.57735034702078e-07
BICGSTAB_SOLVER_TIME: 0.747442 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041614 s
InvBiCGStab: k = 53 resid = 1.818665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194118(s) Flops=350742528 => 1806.85216208698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.320006525 Mflops = 260.111320006525 Gflops = 0.260111320006525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056046 s
InvBiCGStab: k = 73 resid = 8.891744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267298(s) Flops=481978368 => 1803.14992255834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.03070422 Mflops = 259.59703070422 Gflops = 0.25959703070422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001039232 Relative Rsd = 4.5584099370668e-07
BICGSTAB_SOLVER_TIME: 0.56289 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 64 resid = 2.044597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234203(s) Flops=422922240 => 1805.79343560928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259978.567038864 Mflops = 259.978567038864 Gflops = 0.259978567038864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056595 s
InvBiCGStab: k = 91 resid = 9.315573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331872(s) Flops=600090624 => 1808.19901648828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260336.320827915 Mflops = 260.336320827915 Gflops = 0.260336320827915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00113334 Relative Rsd = 4.97120173440516e-07
BICGSTAB_SOLVER_TIME: 0.66741 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125287000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 68 resid = 9.567506e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249224(s) Flops=449169408 => 1802.27188392771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.249831602 Mflops = 259.465249831602 Gflops = 0.259465249831602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 79 resid = 9.220952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289007(s) Flops=521349120 => 1803.93249990485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259695.460958104 Mflops = 259.695460958104 Gflops = 0.259695460958104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00108717 Relative Rsd = 4.76868411411318e-07
BICGSTAB_SOLVER_TIME: 0.639425 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119323
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849284(s) Flops=1297907712 => 1528.23756481931 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220081.622592464 Mflops = 220.081622592464 Gflops = 0.220081622592464 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144049000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.543041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 24 resid = 2.247693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101286(s) Flops=160450560 => 1584.13364137196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228012.863292798 Mflops = 228.012863292798 Gflops = 0.228012863292798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067452 s
InvBiCGStab: k = 60 resid = 9.800613e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221327(s) Flops=396675072 => 1792.25793509152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258002.847169194 Mflops = 258.002847169194 Gflops = 0.258002847169194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007836965 Relative Rsd = 3.43754969901301e-07
BICGSTAB_SOLVER_TIME: 0.435341 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041473 s
InvBiCGStab: k = 60 resid = 2.135965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220703(s) Flops=396675072 => 1797.32523798952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258740.480129642 Mflops = 258.740480129642 Gflops = 0.258740480129642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056648 s
InvBiCGStab: k = 84 resid = 1.128216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31022(s) Flops=554158080 => 1786.33898523628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257185.253504604 Mflops = 257.185253504604 Gflops = 0.257185253504604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001094824 Relative Rsd = 4.80225790279287e-07
BICGSTAB_SOLVER_TIME: 0.632875 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 58 resid = 1.984923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212801(s) Flops=383551488 => 1802.39513912059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259489.002725577 Mflops = 259.489002725577 Gflops = 0.259489002725577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056769 s
InvBiCGStab: k = 77 resid = 1.036579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281682(s) Flops=508225536 => 1804.2527957058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.352194125 Mflops = 259.759352194125 Gflops = 0.259759352194125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001023044 Relative Rsd = 4.48740705993811e-07
BICGSTAB_SOLVER_TIME: 0.596268 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001839
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11062
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 60 resid = 2.074404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219992(s) Flops=396675072 => 1803.13407760282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.681455154 Mflops = 259.597681455154 Gflops = 0.259597681455153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056137 s
InvBiCGStab: k = 86 resid = 1.014128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314973(s) Flops=567281664 => 1801.04854701832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.521075737 Mflops = 259.299521075737 Gflops = 0.259299521075737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001113569 Relative Rsd = 4.88447842566089e-07
BICGSTAB_SOLVER_TIME: 0.635869 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 54 resid = 1.954785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19861(s) Flops=357304320 => 1799.02482251649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.370610053 Mflops = 258.988370610053 Gflops = 0.258988370610053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 76 resid = 1.133316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289491(s) Flops=501663744 => 1732.91654662839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249485.575247963 Mflops = 249.485575247963 Gflops = 0.249485575247963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001073598 Relative Rsd = 4.70915368995361e-07
BICGSTAB_SOLVER_TIME: 0.589681 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107039
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.827488(s) Flops=1310294016 => 1583.459839901 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228163.627497353 Mflops = 228.163627497353 Gflops = 0.228163627497353 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144836000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.480265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050664 s
InvBiCGStab: k = 25 resid = 2.16963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109635(s) Flops=167012352 => 1523.34885757286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219257.839244678 Mflops = 219.257839244678 Gflops = 0.219257839244678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070582 s
InvBiCGStab: k = 58 resid = 1.125952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258641(s) Flops=383551488 => 1482.94929264888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213497.629916082 Mflops = 213.497629916082 Gflops = 0.213497629916082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007116959 Relative Rsd = 3.1217314567658e-07
BICGSTAB_SOLVER_TIME: 0.49336 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061209 s
InvBiCGStab: k = 64 resid = 1.591431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262393(s) Flops=422922240 => 1611.78933889242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232051.984842091 Mflops = 232.051984842091 Gflops = 0.232051984842091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 92 resid = 1.058486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338234(s) Flops=606652416 => 1793.58791842334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258224.305797706 Mflops = 258.224305797706 Gflops = 0.258224305797706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001108523 Relative Rsd = 4.86234594117073e-07
BICGSTAB_SOLVER_TIME: 0.722263 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125679
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 51 resid = 1.401516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188268(s) Flops=337618944 => 1793.28905602652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258150.638985738 Mflops = 258.150638985738 Gflops = 0.258150638985738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 74 resid = 8.744278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274308(s) Flops=488540160 => 1780.99129445733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256407.603162214 Mflops = 256.407603162214 Gflops = 0.256407603162214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00103957 Relative Rsd = 4.55989639767984e-07
BICGSTAB_SOLVER_TIME: 0.56434 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 62 resid = 1.486392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226974(s) Flops=409798656 => 1805.48721880039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259935.268625406 Mflops = 259.935268625406 Gflops = 0.259935268625406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056133 s
InvBiCGStab: k = 83 resid = 5.561753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314252(s) Flops=547596288 => 1742.53875233889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250884.232377279 Mflops = 250.884232377279 Gflops = 0.250884232377279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001114013 Relative Rsd = 4.88642701161052e-07
BICGSTAB_SOLVER_TIME: 0.642872 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 58 resid = 2.222481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215161(s) Flops=383551488 => 1782.62551298795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256640.265529852 Mflops = 256.640265529852 Gflops = 0.256640265529852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057071 s
InvBiCGStab: k = 74 resid = 1.096486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272994(s) Flops=488540160 => 1789.56372667531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257618.517423051 Mflops = 257.618517423051 Gflops = 0.257618517423051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001055731 Relative Rsd = 4.63078233922612e-07
BICGSTAB_SOLVER_TIME: 0.590564 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001838
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108408
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.826177(s) Flops=1316560896 => 1593.55791313484 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229442.901695551 Mflops = 229.442901695551 Gflops = 0.229442901695551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145927000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.190885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91109(s) Flops=1367820288 => 1501.30095599776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216178.887051033 Mflops = 216.178887051033 Gflops = 0.216178887051033 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.136902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.030159(s) Flops=1715595264 => 1665.36938860894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239801.635350191 Mflops = 239.801635350191 Gflops = 0.239801635350191 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002143344 Relative Rsd = 9.4324269427327e-07
BICGSTAB_SOLVER_TIME: 1.944812 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.124344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334334999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.860382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735846(s) Flops=1308764160 => 1778.58432335027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256032.559233669 Mflops = 256.032559233669 Gflops = 0.256032559233669 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.093936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870541(s) Flops=1558112256 => 1789.82064716079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257722.070174757 Mflops = 257.722070174757 Gflops = 0.257722070174757 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002015034 Relative Rsd = 8.84870926570031e-07
BICGSTAB_SOLVER_TIME: 1.609762 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311616999999999
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.8259(s) Flops=1316560896 => 1594.09237922267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229532.568358021 Mflops = 229.532568358021 Gflops = 0.229532568358021 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145668000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044924 s
InvBiCGStab: k = 26 resid = 1.971383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114309(s) Flops=173574144 => 1518.46437288402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218556.406903012 Mflops = 218.556406903012 Gflops = 0.218556406903012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06866 s
InvBiCGStab: k = 46 resid = 8.498616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214147(s) Flops=304809984 => 1423.36798554264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204902.776101231 Mflops = 204.902776101231 Gflops = 0.204902776101231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007629108 Relative Rsd = 3.34637671050851e-07
BICGSTAB_SOLVER_TIME: 0.446008 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656390000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043823 s
InvBiCGStab: k = 90 resid = 1.512734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388345(s) Flops=593528832 => 1528.35450952117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220049.64947677 Mflops = 220.04964947677 Gflops = 0.22004964947677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059748 s
InvBiCGStab: k = 112 resid = 1.024555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.534805(s) Flops=737888256 => 1379.73327848468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198660.042153534 Mflops = 198.660042153534 Gflops = 0.198660042153534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001325102 Relative Rsd = 5.81233214454892e-07
BICGSTAB_SOLVER_TIME: 1.03059 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158419999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041747 s
InvBiCGStab: k = 59 resid = 2.189437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218565(s) Flops=390113280 => 1784.88449660284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256967.652378515 Mflops = 256.967652378515 Gflops = 0.256967652378515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056715 s
InvBiCGStab: k = 78 resid = 1.016384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287693(s) Flops=514787328 => 1789.36341169232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257607.877707326 Mflops = 257.607877707326 Gflops = 0.257607877707326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001033938 Relative Rsd = 4.53519184101246e-07
BICGSTAB_SOLVER_TIME: 0.608619 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042128 s
InvBiCGStab: k = 68 resid = 1.527493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250584(s) Flops=449169408 => 1792.4903744852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258070.138430479 Mflops = 258.070138430479 Gflops = 0.258070138430479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 91 resid = 7.973698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334668(s) Flops=600090624 => 1793.09233030944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258153.576239995 Mflops = 258.153576239995 Gflops = 0.258153576239995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001109895 Relative Rsd = 4.86836276198949e-07
BICGSTAB_SOLVER_TIME: 0.687698 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 68 resid = 1.924601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249403(s) Flops=449169408 => 1800.9783683436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259293.905661108 Mflops = 259.293905661108 Gflops = 0.259293905661108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 89 resid = 7.215834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325497(s) Flops=586967040 => 1803.29477691039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259626.833765076 Mflops = 259.626833765076 Gflops = 0.259626833765076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001122615 Relative Rsd = 4.92415737514082e-07
BICGSTAB_SOLVER_TIME: 0.676174 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126297
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.824392(s) Flops=1316929536 => 1597.45550175159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230013.097044522 Mflops = 230.013097044522 Gflops = 0.230013097044522 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051053 s
InvBiCGStab: k = 28 resid = 2.213597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136376(s) Flops=186697728 => 1368.9925500088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197036.711217163 Mflops = 197.036711217163 Gflops = 0.197036711217163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078335 s
InvBiCGStab: k = 59 resid = 9.581307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26509(s) Flops=390113280 => 1471.62578746841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211853.082355692 Mflops = 211.853082355692 Gflops = 0.211853082355692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007506536 Relative Rsd = 3.29261238502377e-07
BICGSTAB_SOLVER_TIME: 0.534688 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050245 s
InvBiCGStab: k = 77 resid = 2.127577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343741(s) Flops=508225536 => 1478.51299670391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212871.832724683 Mflops = 212.871832724683 Gflops = 0.212871832724683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060336 s
InvBiCGStab: k = 104 resid = 1.012031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454594(s) Flops=685393920 => 1507.70560104181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217083.073827029 Mflops = 217.083073827028 Gflops = 0.217083073827028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001241893 Relative Rsd = 5.44734759625707e-07
BICGSTAB_SOLVER_TIME: 0.912825 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 54 resid = 2.22059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227124(s) Flops=357304320 => 1573.1684894595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226490.529439919 Mflops = 226.490529439919 Gflops = 0.226490529439919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 76 resid = 1.117277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279121(s) Flops=501663744 => 1797.29846195736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258745.136007489 Mflops = 258.745136007489 Gflops = 0.258745136007489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001042719 Relative Rsd = 4.57370909420428e-07
BICGSTAB_SOLVER_TIME: 0.608004 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040876 s
InvBiCGStab: k = 68 resid = 2.194466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249933(s) Flops=449169408 => 1797.15927068454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258739.32436825 Mflops = 258.73932436825 Gflops = 0.25873932436825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056063 s
InvBiCGStab: k = 84 resid = 8.321163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309669(s) Flops=554158080 => 1789.51745250574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257631.73314204 Mflops = 257.63173314204 Gflops = 0.25763173314204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001132318 Relative Rsd = 4.96671835268669e-07
BICGSTAB_SOLVER_TIME: 0.660387 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041648 s
InvBiCGStab: k = 54 resid = 2.152622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198325(s) Flops=357304320 => 1801.61008445733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.391967399 Mflops = 259.351391967399 Gflops = 0.259351391967399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05623 s
InvBiCGStab: k = 79 resid = 1.108055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289451(s) Flops=521349120 => 1801.16537859603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259306.647551185 Mflops = 259.306647551185 Gflops = 0.259306647551185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001094782 Relative Rsd = 4.80207458456543e-07
BICGSTAB_SOLVER_TIME: 0.589547 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109146
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.82779(s) Flops=1323048960 => 1598.29058094444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230130.226952363 Mflops = 230.130226952363 Gflops = 0.230130226952363 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 27 resid = 2.153515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100316(s) Flops=180135936 => 1795.68499541449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258479.689777213 Mflops = 258.479689777213 Gflops = 0.258479689777213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 50 resid = 1.023795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185181(s) Flops=331057152 => 1787.74902392794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257338.188340568 Mflops = 257.338188340568 Gflops = 0.257338188340568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007234281 Relative Rsd = 3.17319255978572e-07
BICGSTAB_SOLVER_TIME: 0.38747 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042949 s
InvBiCGStab: k = 58 resid = 2.157485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265978(s) Flops=383551488 => 1442.04215386235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207615.838779258 Mflops = 207.615838779258 Gflops = 0.207615838779258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083359 s
InvBiCGStab: k = 78 resid = 1.032584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376712(s) Flops=514787328 => 1366.52755420587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196747.198757706 Mflops = 196.747198757706 Gflops = 0.196747198757706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001094095 Relative Rsd = 4.79905825930222e-07
BICGSTAB_SOLVER_TIME: 0.773003 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04731 s
InvBiCGStab: k = 61 resid = 1.870701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256452(s) Flops=403236864 => 1572.36778812409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226378.16157661 Mflops = 226.37816157661 Gflops = 0.22637816157661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057711 s
InvBiCGStab: k = 75 resid = 1.054413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342271(s) Flops=495101952 => 1446.52030700819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208260.709155662 Mflops = 208.260709155662 Gflops = 0.208260709155662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001043361 Relative Rsd = 4.57652422898947e-07
BICGSTAB_SOLVER_TIME: 0.707578 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06746 s
InvBiCGStab: k = 72 resid = 2.027429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362714(s) Flops=475416576 => 1310.72022585288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188722.719629324 Mflops = 188.722719629324 Gflops = 0.188722719629324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080202 s
InvBiCGStab: k = 87 resid = 1.126126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32343(s) Flops=573843456 => 1774.24313143493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255450.971929007 Mflops = 255.450971929007 Gflops = 0.255450971929007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001126954 Relative Rsd = 4.94318825820069e-07
BICGSTAB_SOLVER_TIME: 0.837705 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041713 s
InvBiCGStab: k = 62 resid = 1.688603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229045(s) Flops=409798656 => 1789.16219956777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257574.913386509 Mflops = 257.574913386509 Gflops = 0.257574913386509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 84 resid = 1.064971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308252(s) Flops=554158080 => 1797.74366427468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.272828653 Mflops = 258.833272828653 Gflops = 0.258833272828653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001089405 Relative Rsd = 4.77848627760609e-07
BICGSTAB_SOLVER_TIME: 0.639155 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11858
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850992(s) Flops=1329168384 => 1561.90467595465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224898.687514673 Mflops = 224.898687514673 Gflops = 0.224898687514673 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147398000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 26 resid = 2.259524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097865(s) Flops=173574144 => 1773.60797016298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255266.37815377 Mflops = 255.26637815377 Gflops = 0.25526637815377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057404 s
InvBiCGStab: k = 60 resid = 1.136693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228347(s) Flops=396675072 => 1737.15911310418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250094.93351365 Mflops = 250.09493351365 Gflops = 0.25009493351365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007904841 Relative Rsd = 3.46732231531089e-07
BICGSTAB_SOLVER_TIME: 0.429139 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042888 s
InvBiCGStab: k = 63 resid = 1.552966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23134(s) Flops=416360448 => 1799.77715915968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259101.107711754 Mflops = 259.101107711754 Gflops = 0.259101107711754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05595 s
InvBiCGStab: k = 85 resid = 9.504823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330468(s) Flops=560719872 => 1696.74483459821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244282.751265564 Mflops = 244.282751265564 Gflops = 0.244282751265564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00116068 Relative Rsd = 5.09112249329536e-07
BICGSTAB_SOLVER_TIME: 0.664639 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046002 s
InvBiCGStab: k = 56 resid = 2.256837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242645(s) Flops=370427904 => 1526.62492118115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219788.918846132 Mflops = 219.788918846132 Gflops = 0.219788918846132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067649 s
InvBiCGStab: k = 77 resid = 8.694208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33479(s) Flops=508225536 => 1518.04276113385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218552.955424223 Mflops = 218.552955424223 Gflops = 0.218552955424223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001059898 Relative Rsd = 4.64906105585418e-07
BICGSTAB_SOLVER_TIME: 0.695095 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045357 s
InvBiCGStab: k = 69 resid = 2.179902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315877(s) Flops=455731200 => 1442.74891809154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207743.550414599 Mflops = 207.743550414599 Gflops = 0.207743550414599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059566 s
InvBiCGStab: k = 80 resid = 1.146821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385656(s) Flops=527910912 => 1368.86477067646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197080.96447299 Mflops = 197.08096447299 Gflops = 0.19708096447299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001117152 Relative Rsd = 4.90019324028344e-07
BICGSTAB_SOLVER_TIME: 0.810344 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044754 s
InvBiCGStab: k = 54 resid = 2.219337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210673(s) Flops=357304320 => 1696.01382236926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244176.965125702 Mflops = 244.176965125702 Gflops = 0.244176965125702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058433 s
InvBiCGStab: k = 78 resid = 1.03898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290864(s) Flops=514787328 => 1769.85576764398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254804.448618922 Mflops = 254.804448618922 Gflops = 0.254804448618922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001063778 Relative Rsd = 4.66607952349805e-07
BICGSTAB_SOLVER_TIME: 0.608639 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10841
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.851425(s) Flops=1335287808 => 1568.29762809408 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225837.15775342 Mflops = 225.83715775342 Gflops = 0.22583715775342 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147920000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 2.132161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880124(s) Flops=1544988672 => 1755.42159059405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252729.257738372 Mflops = 252.729257738372 Gflops = 0.252729257738372 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.051542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.001411(s) Flops=1623730176 => 1621.44232088523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233477.527967984 Mflops = 233.477527967984 Gflops = 0.233477527967984 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002128307 Relative Rsd = 9.36665109638597e-07
BICGSTAB_SOLVER_TIME: 1.885644 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.127979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345704999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.098679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757425(s) Flops=1131595776 => 1494.00373106248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215069.147185442 Mflops = 215.069147185442 Gflops = 0.215069147185442 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.143999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937875(s) Flops=1440000000 => 1535.38584566174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221087.06561225 Mflops = 221.08706561225 Gflops = 0.22108706561225 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001969733 Relative Rsd = 8.64963295450599e-07
BICGSTAB_SOLVER_TIME: 1.698675 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278905999999997
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855855(s) Flops=1335287808 => 1560.17994636942 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224638.899537685 Mflops = 224.638899537685 Gflops = 0.224638899537685 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147780000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 28 resid = 2.017823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103802(s) Flops=186697728 => 1798.59470915782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258867.283272096 Mflops = 258.867283272096 Gflops = 0.258867283272096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 54 resid = 1.052128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198284(s) Flops=357304320 => 1801.98261080067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259408.335752249 Mflops = 259.408335752249 Gflops = 0.259408335752249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007443309 Relative Rsd = 3.26487924783563e-07
BICGSTAB_SOLVER_TIME: 0.403626 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040845 s
InvBiCGStab: k = 84 resid = 2.132878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307824(s) Flops=554158080 => 1800.24325588648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259190.443442258 Mflops = 259.190443442258 Gflops = 0.259190443442258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 96 resid = 7.536859e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351398(s) Flops=632899584 => 1801.0904558364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.53650851 Mflops = 259.32153650851 Gflops = 0.25932153650851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001290544 Relative Rsd = 5.66074941715603e-07
BICGSTAB_SOLVER_TIME: 0.76047 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 59 resid = 8.99934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21607(s) Flops=390113280 => 1805.4948859166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259938.739784506 Mflops = 259.938739784506 Gflops = 0.259938739784505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 78 resid = 1.132068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328285(s) Flops=514787328 => 1568.11102548091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225764.428126203 Mflops = 225.764428126203 Gflops = 0.225764428126203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001067468 Relative Rsd = 4.68226616553607e-07
BICGSTAB_SOLVER_TIME: 0.64621 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051355 s
InvBiCGStab: k = 70 resid = 2.244465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288824(s) Flops=462292992 => 1600.60449270144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230445.934267864 Mflops = 230.445934267864 Gflops = 0.230445934267864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068677 s
InvBiCGStab: k = 82 resid = 1.088724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377747(s) Flops=541034496 => 1432.26682409126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206214.146105953 Mflops = 206.214146105953 Gflops = 0.206214146105953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001138265 Relative Rsd = 4.99280213646359e-07
BICGSTAB_SOLVER_TIME: 0.790623 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056323 s
InvBiCGStab: k = 57 resid = 1.910123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261713(s) Flops=376989696 => 1440.46988877129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207387.971359546 Mflops = 207.387971359546 Gflops = 0.207387971359546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 87 resid = 6.603674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346287(s) Flops=573843456 => 1657.13254034948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238584.225709721 Mflops = 238.584225709721 Gflops = 0.238584225709721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.0010662 Relative Rsd = 4.67670329988219e-07
BICGSTAB_SOLVER_TIME: 0.724383 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117016
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840966(s) Flops=1335287808 => 1587.80237013149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228623.282680065 Mflops = 228.623282680065 Gflops = 0.228623282680065 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147703000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 26 resid = 2.220361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096358(s) Flops=173574144 => 1801.3464787563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259241.102186049 Mflops = 259.241102186049 Gflops = 0.259241102186049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 58 resid = 8.393342e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212319(s) Flops=383551488 => 1806.48688059006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.602559136 Mflops = 260.060602559136 Gflops = 0.260060602559136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007644239 Relative Rsd = 3.35301369842261e-07
BICGSTAB_SOLVER_TIME: 0.40957 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041303 s
InvBiCGStab: k = 78 resid = 1.414233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285006(s) Flops=514787328 => 1806.23330035157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260040.500494458 Mflops = 260.040500494458 Gflops = 0.260040500494458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055978 s
InvBiCGStab: k = 94 resid = 1.120871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342908(s) Flops=619776000 => 1807.41190056808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.006068979 Mflops = 260.220006068979 Gflops = 0.260220006068979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001251216 Relative Rsd = 5.48824236941258e-07
BICGSTAB_SOLVER_TIME: 0.729085 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 57 resid = 1.999062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209363(s) Flops=376989696 => 1800.65100328138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.924238584 Mflops = 259.236924238584 Gflops = 0.259236924238584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 78 resid = 8.212783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285651(s) Flops=514787328 => 1802.1548252938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259462.45682108 Mflops = 259.46245682108 Gflops = 0.25946245682108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001067238 Relative Rsd = 4.68125510678862e-07
BICGSTAB_SOLVER_TIME: 0.596479 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110594
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049934 s
InvBiCGStab: k = 71 resid = 2.197685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330183(s) Flops=468854784 => 1419.98462670701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204450.571494009 Mflops = 204.450571494009 Gflops = 0.204450571494009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065744 s
InvBiCGStab: k = 96 resid = 9.635216e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431245(s) Flops=632899584 => 1467.61025403193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211301.190210107 Mflops = 211.301190210107 Gflops = 0.211301190210107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001159867 Relative Rsd = 5.08755672398555e-07
BICGSTAB_SOLVER_TIME: 0.881583 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044608 s
InvBiCGStab: k = 53 resid = 1.902876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227881(s) Flops=350742528 => 1539.14774816681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221589.041550074 Mflops = 221.589041550074 Gflops = 0.221589041550074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068555 s
InvBiCGStab: k = 79 resid = 1.140135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3659(s) Flops=521349120 => 1424.84044820989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205137.507429545 Mflops = 205.137507429545 Gflops = 0.205137507429545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001085655 Relative Rsd = 4.76203665816659e-07
BICGSTAB_SOLVER_TIME: 0.710764 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10842
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881267(s) Flops=1341407232 => 1522.13487172446 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219225.065931958 Mflops = 219.225065931958 Gflops = 0.219225065931958 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148522000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04062 s
InvBiCGStab: k = 28 resid = 2.198224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104603(s) Flops=186697728 => 1784.82192671338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256891.328118436 Mflops = 256.891328118436 Gflops = 0.256891328118436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 47 resid = 9.32621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172529(s) Flops=311371776 => 1804.75036660503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259793.799408225 Mflops = 259.793799408225 Gflops = 0.259793799408225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007487035 Relative Rsd = 3.28405872589324e-07
BICGSTAB_SOLVER_TIME: 0.377598 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042018 s
InvBiCGStab: k = 61 resid = 1.865261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223038(s) Flops=403236864 => 1807.92898071181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260279.405566907 Mflops = 260.279405566907 Gflops = 0.260279405566907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 87 resid = 1.105669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317319(s) Flops=573843456 => 1808.41190095771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260366.658179774 Mflops = 260.366658179774 Gflops = 0.260366658179774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001133363 Relative Rsd = 4.97129977646552e-07
BICGSTAB_SOLVER_TIME: 0.642534 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044229 s
InvBiCGStab: k = 54 resid = 2.114301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210341(s) Flops=357304320 => 1698.69079257016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244549.426811805 Mflops = 244.549426811805 Gflops = 0.244549426811805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059952 s
InvBiCGStab: k = 67 resid = 1.126654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247266(s) Flops=442607616 => 1790.00596928005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257697.213994296 Mflops = 257.697213994296 Gflops = 0.257697213994296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001037791 Relative Rsd = 4.55208928798807e-07
BICGSTAB_SOLVER_TIME: 0.565636 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041705 s
InvBiCGStab: k = 71 resid = 1.842438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261371(s) Flops=468854784 => 1793.82863439326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.68538393 Mflops = 258.25768538393 Gflops = 0.25825768538393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 91 resid = 9.436581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346603(s) Flops=600090624 => 1731.34861498602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249253.588979084 Mflops = 249.253588979084 Gflops = 0.249253588979084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001161844 Relative Rsd = 5.09622680806276e-07
BICGSTAB_SOLVER_TIME: 0.713898 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051834 s
InvBiCGStab: k = 61 resid = 2.05982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270535(s) Flops=403236864 => 1490.51643595099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214588.730276172 Mflops = 214.588730276172 Gflops = 0.214588730276172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06801 s
InvBiCGStab: k = 77 resid = 8.722042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33642(s) Flops=508225536 => 1510.68764044944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217503.789493902 Mflops = 217.503789493902 Gflops = 0.217503789493902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001065608 Relative Rsd = 4.67410518528269e-07
BICGSTAB_SOLVER_TIME: 0.730713 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112589
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980534(s) Flops=1341333504 => 1367.96225730061 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196972.962352344 Mflops = 196.972962352344 Gflops = 0.196972962352344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148555000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 31 resid = 1.168623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11483(s) Flops=206383104 => 1797.29255421057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258657.723410013 Mflops = 258.657723410013 Gflops = 0.258657723410013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055888 s
InvBiCGStab: k = 53 resid = 9.16053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195492(s) Flops=350742528 => 1794.15284512921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258266.945071803 Mflops = 258.266945071803 Gflops = 0.258266945071803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007904785 Relative Rsd = 3.46729754947793e-07
BICGSTAB_SOLVER_TIME: 0.41136 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042634 s
InvBiCGStab: k = 62 resid = 1.986425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228757(s) Flops=409798656 => 1791.41471517811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257905.649160628 Mflops = 257.905649160628 Gflops = 0.257905649160628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056927 s
InvBiCGStab: k = 80 resid = 1.140679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294488(s) Flops=527910912 => 1792.63980875282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258081.701617005 Mflops = 258.081701617005 Gflops = 0.258081701617005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001099167 Relative Rsd = 4.8213061474676e-07
BICGSTAB_SOLVER_TIME: 0.626758 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04161 s
InvBiCGStab: k = 52 resid = 1.989126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191938(s) Flops=344180736 => 1793.18704998489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258126.55239099 Mflops = 258.12655239099 Gflops = 0.25812655239099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057369 s
InvBiCGStab: k = 75 resid = 8.197156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274478(s) Flops=495101952 => 1803.79466478188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.424812879 Mflops = 259.700424812879 Gflops = 0.259700424812879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001060249 Relative Rsd = 4.65060113321897e-07
BICGSTAB_SOLVER_TIME: 0.569327 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 63 resid = 1.62031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230153(s) Flops=416360448 => 1809.05939961678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260438.025888753 Mflops = 260.438025888753 Gflops = 0.260438025888753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 82 resid = 1.098453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301(s) Flops=541034496 => 1797.45679734219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.683475229 Mflops = 258.786683475229 Gflops = 0.258786683475229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001117065 Relative Rsd = 4.89981485920674e-07
BICGSTAB_SOLVER_TIME: 0.63275 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117867
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 54 resid = 2.007588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222448(s) Flops=357304320 => 1606.23750269726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231233.095136581 Mflops = 231.233095136581 Gflops = 0.231233095136581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063153 s
InvBiCGStab: k = 69 resid = 8.885106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302869(s) Flops=455731200 => 1504.7139192192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216636.135356579 Mflops = 216.636135356579 Gflops = 0.216636135356579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001040567 Relative Rsd = 4.56426897144467e-07
BICGSTAB_SOLVER_TIME: 0.633758 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101916
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991033(s) Flops=1335214080 => 1347.29527674659 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193993.408249256 Mflops = 193.993408249256 Gflops = 0.193993408249256 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147737000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.898344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841962(s) Flops=1512179712 => 1796.01895572484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258515.435753791 Mflops = 258.515435753791 Gflops = 0.258515435753791 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.092948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880456(s) Flops=1590921216 => 1806.92870058243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260184.170184826 Mflops = 260.184170184826 Gflops = 0.260184170184826 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.002187098 Relative Rsd = 9.62576433370227e-07
BICGSTAB_SOLVER_TIME: 1.725793 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337013999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.135829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.629513(s) Flops=1138157568 => 1807.9969246068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260267.168094851 Mflops = 260.267168094851 Gflops = 0.260267168094851 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 5.474412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769323(s) Flops=1380943872 => 1795.01181168378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258466.577748148 Mflops = 258.466577748148 Gflops = 0.258466577748148 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.002356192 Relative Rsd = 1.03462725276837e-06
BICGSTAB_SOLVER_TIME: 1.402235 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001919
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273255999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994571(s) Flops=1335214080 => 1342.50252621482 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193306.624959959 Mflops = 193.306624959959 Gflops = 0.193306624959959 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147851000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.503032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 31 resid = 1.467278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115313(s) Flops=206383104 => 1789.76441511365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257622.267857006 Mflops = 257.622267857006 Gflops = 0.257622267857006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056881 s
InvBiCGStab: k = 61 resid = 7.69305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224402(s) Flops=403236864 => 1796.93970641973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258673.280088527 Mflops = 258.673280088527 Gflops = 0.258673280088527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007650483 Relative Rsd = 3.35575223784814e-07
BICGSTAB_SOLVER_TIME: 0.441315 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0798660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 98 resid = 2.134622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359545(s) Flops=646023168 => 1796.77972993645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.067928027 Mflops = 258.703067928027 Gflops = 0.258703067928027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056985 s
InvBiCGStab: k = 112 resid = 9.449188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411267(s) Flops=737888256 => 1794.18299061194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258320.380852948 Mflops = 258.320380852948 Gflops = 0.258320380852948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001339035 Relative Rsd = 5.8734440075675e-07
BICGSTAB_SOLVER_TIME: 0.873127 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164486999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040763 s
InvBiCGStab: k = 59 resid = 2.045029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216883(s) Flops=390113280 => 1798.72687117017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.585690269 Mflops = 258.971585690269 Gflops = 0.258971585690269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056804 s
InvBiCGStab: k = 76 resid = 7.935664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279916(s) Flops=501663744 => 1792.19388673745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258007.506905984 Mflops = 258.007506905984 Gflops = 0.258007506905984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00103445 Relative Rsd = 4.53743557441462e-07
BICGSTAB_SOLVER_TIME: 0.598323 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041701 s
InvBiCGStab: k = 61 resid = 2.278687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224361(s) Flops=403236864 => 1797.26808135104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258749.861186364 Mflops = 258.749861186364 Gflops = 0.258749861186364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055824 s
InvBiCGStab: k = 93 resid = 6.289251e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33959(s) Flops=613214208 => 1805.74872051592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259978.245520512 Mflops = 259.978245520512 Gflops = 0.259978245520512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001099145 Relative Rsd = 4.82120963731443e-07
BICGSTAB_SOLVER_TIME: 0.665271 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 55 resid = 1.916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201904(s) Flops=363866112 => 1802.17386480704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259433.085473555 Mflops = 259.433085473555 Gflops = 0.259433085473555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055951 s
InvBiCGStab: k = 80 resid = 1.120134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292865(s) Flops=527910912 => 1802.5742645929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259504.975875291 Mflops = 259.504975875291 Gflops = 0.259504975875291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001105554 Relative Rsd = 4.84932268748646e-07
BICGSTAB_SOLVER_TIME: 0.59576 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110529
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992697(s) Flops=1329020928 => 1338.79817104313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192777.857259934 Mflops = 192.777857259934 Gflops = 0.192777857259934 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146803000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 31 resid = 2.139109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114875(s) Flops=206383104 => 1796.58850054407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258580.408181841 Mflops = 258.580408181841 Gflops = 0.258580408181841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056875 s
InvBiCGStab: k = 52 resid = 1.005738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19192(s) Flops=344180736 => 1793.35523134639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258175.257205313 Mflops = 258.175257205313 Gflops = 0.258175257205313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007475576 Relative Rsd = 3.27903253839268e-07
BICGSTAB_SOLVER_TIME: 0.408467 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 79 resid = 2.204058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28986(s) Flops=521349120 => 1798.62388739391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258950.043491707 Mflops = 258.950043491707 Gflops = 0.258950043491707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 110 resid = 1.068478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40174(s) Flops=724764672 => 1804.06400159307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259740.470432223 Mflops = 259.740470432223 Gflops = 0.259740470432223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001341745 Relative Rsd = 5.88533364992887e-07
BICGSTAB_SOLVER_TIME: 0.793246 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 59 resid = 2.0719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216629(s) Flops=390113280 => 1800.83589916401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.948024528 Mflops = 259.262948024528 Gflops = 0.259262948024528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 71 resid = 1.128274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260164(s) Flops=468854784 => 1802.15088943897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259448.806001611 Mflops = 259.448806001611 Gflops = 0.259448806001611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045995 Relative Rsd = 4.58807531986117e-07
BICGSTAB_SOLVER_TIME: 0.5784 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 71 resid = 1.917093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261943(s) Flops=468854784 => 1789.91148455962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257696.377101338 Mflops = 257.696377101338 Gflops = 0.257696377101338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060371 s
InvBiCGStab: k = 82 resid = 9.612726e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320303(s) Flops=541034496 => 1689.13340181016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243182.269839785 Mflops = 243.182269839785 Gflops = 0.243182269839785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001128405 Relative Rsd = 4.94955180068082e-07
BICGSTAB_SOLVER_TIME: 0.687275 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041674 s
InvBiCGStab: k = 62 resid = 2.249734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228153(s) Flops=409798656 => 1796.15721029309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258582.854686454 Mflops = 258.582854686454 Gflops = 0.258582854686454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056881 s
InvBiCGStab: k = 84 resid = 6.66948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310565(s) Flops=554158080 => 1784.35457955661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256894.452996487 Mflops = 256.894452996487 Gflops = 0.256894452996487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001136247 Relative Rsd = 4.98395179797333e-07
BICGSTAB_SOLVER_TIME: 0.641186 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118556
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943277(s) Flops=1329094656 => 1409.01840710629 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202893.870640377 Mflops = 202.893870640377 Gflops = 0.202893870640377 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147037000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.532365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 29 resid = 1.244575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107444(s) Flops=193259520 => 1798.69997393991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258881.716048228 Mflops = 258.881716048228 Gflops = 0.258881716048228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 51 resid = 1.117081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188396(s) Flops=337618944 => 1792.0706596743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257967.717116379 Mflops = 257.967717116379 Gflops = 0.257967717116379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.00080254 Relative Rsd = 3.52020349629881e-07
BICGSTAB_SOLVER_TIME: 0.397628 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 53 resid = 2.088299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1958(s) Flops=350742528 => 1791.33058222676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257879.120366366 Mflops = 257.879120366366 Gflops = 0.257879120366366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056066 s
InvBiCGStab: k = 77 resid = 1.132654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28187(s) Flops=508225536 => 1803.04940575443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259576.838064998 Mflops = 259.576838064998 Gflops = 0.259576838064998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001057183 Relative Rsd = 4.63715047742783e-07
BICGSTAB_SOLVER_TIME: 0.578867 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 57 resid = 2.224407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223482(s) Flops=376989696 => 1686.89064891132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242862.166544995 Mflops = 242.862166544995 Gflops = 0.242862166544995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058384 s
InvBiCGStab: k = 70 resid = 9.408375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267028(s) Flops=462292992 => 1731.25287235796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249236.94444743 Mflops = 249.23694444743 Gflops = 0.24923694444743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001051823 Relative Rsd = 4.61364080837107e-07
BICGSTAB_SOLVER_TIME: 0.593702 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 65 resid = 2.058158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239692(s) Flops=429484032 => 1791.8162975819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257961.532765061 Mflops = 257.961532765061 Gflops = 0.257961532765061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057328 s
InvBiCGStab: k = 88 resid = 9.731871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323196(s) Flops=580405248 => 1795.83054245721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258545.167379908 Mflops = 258.545167379908 Gflops = 0.258545167379908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001117943 Relative Rsd = 4.903664541983e-07
BICGSTAB_SOLVER_TIME: 0.665518 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 55 resid = 2.203717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202077(s) Flops=363866112 => 1800.63100699238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259226.00323056 Mflops = 259.22600323056 Gflops = 0.25922600323056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055828 s
InvBiCGStab: k = 75 resid = 1.144168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274019(s) Flops=495101952 => 1806.81614048661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.912453535 Mflops = 260.122912453535 Gflops = 0.260122912453535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001112205 Relative Rsd = 4.87849581743611e-07
BICGSTAB_SOLVER_TIME: 0.576371 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10722
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831352(s) Flops=1329315840 => 1598.9807446184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230224.424964361 Mflops = 230.224424964361 Gflops = 0.230224424964361 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147169000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.518629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048102 s
InvBiCGStab: k = 30 resid = 1.435102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.153425(s) Flops=199821312 => 1302.40385856282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187483.011652355 Mflops = 187.483011652355 Gflops = 0.187483011652355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 52 resid = 9.15498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209193(s) Flops=344180736 => 1645.27845578007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236847.535392697 Mflops = 236.847535392697 Gflops = 0.236847535392697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007323468 Relative Rsd = 3.21231312909376e-07
BICGSTAB_SOLVER_TIME: 0.470871 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044971 s
InvBiCGStab: k = 62 resid = 1.477109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243825(s) Flops=409798656 => 1680.70811442633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241952.086091128 Mflops = 241.952086091128 Gflops = 0.241952086091128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059253 s
InvBiCGStab: k = 90 resid = 6.888058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34219(s) Flops=593528832 => 1734.5008094918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249727.841200776 Mflops = 249.727841200776 Gflops = 0.249727841200776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001147895 Relative Rsd = 5.03504549858477e-07
BICGSTAB_SOLVER_TIME: 0.694103 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 71 resid = 1.676912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265538(s) Flops=468854784 => 1765.6786749919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254217.679379516 Mflops = 254.217679379516 Gflops = 0.254217679379516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056143 s
InvBiCGStab: k = 79 resid = 8.780847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292521(s) Flops=521349120 => 1782.26219656025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256599.545015554 Mflops = 256.599545015554 Gflops = 0.256599545015554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001136798 Relative Rsd = 4.98636812625258e-07
BICGSTAB_SOLVER_TIME: 0.659439 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041811 s
InvBiCGStab: k = 64 resid = 2.18803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238404(s) Flops=422922240 => 1773.97291991745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255399.934706285 Mflops = 255.399934706285 Gflops = 0.255399934706285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056841 s
InvBiCGStab: k = 82 resid = 1.091981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302217(s) Flops=541034496 => 1790.21860451265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257749.24482269 Mflops = 257.74924482269 Gflops = 0.25774924482269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001146735 Relative Rsd = 5.0299549709821e-07
BICGSTAB_SOLVER_TIME: 0.643252 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04217 s
InvBiCGStab: k = 63 resid = 2.093017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23107(s) Flops=416360448 => 1801.88015752802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259408.085773772 Mflops = 259.408085773772 Gflops = 0.259408085773772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056192 s
InvBiCGStab: k = 91 resid = 4.299784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332256(s) Flops=600090624 => 1806.10921698931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.802818364 Mflops = 260.029802818364 Gflops = 0.260029802818364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001095551 Relative Rsd = 4.80544478039025e-07
BICGSTAB_SOLVER_TIME: 0.66556 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124319
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.83535(s) Flops=1335803904 => 1599.09487520201 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230246.049999732 Mflops = 230.246049999732 Gflops = 0.230246049999732 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147612000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021366
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.385923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907212(s) Flops=1485932544 => 1637.91103292284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235850.237892728 Mflops = 235.850237892728 Gflops = 0.235850237892728 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 7.725171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918121(s) Flops=1597483008 => 1739.94822904606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250542.289027047 Mflops = 250.542289027047 Gflops = 0.250542289027047 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002135465 Relative Rsd = 9.39886901330625e-07
BICGSTAB_SOLVER_TIME: 1.828747 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.117354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334462999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.259189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716404(s) Flops=1282516992 => 1790.21472800264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257744.876467418 Mflops = 257.744876467418 Gflops = 0.257744876467418 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 9.580102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76486(s) Flops=1380943872 => 1805.48580393798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.56733767 Mflops = 259.98156733767 Gflops = 0.25998156733767 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002609393 Relative Rsd = 1.14575238548575e-06
BICGSTAB_SOLVER_TIME: 1.48468 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.11495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289250999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.835896(s) Flops=1335803904 => 1598.05036033191 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230094.758967116 Mflops = 230.094758967116 Gflops = 0.230094758967116 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148002000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04772 s
InvBiCGStab: k = 25 resid = 2.036773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112497(s) Flops=167012352 => 1484.59382916878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213699.736697929 Mflops = 213.699736697929 Gflops = 0.213699736697929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067105 s
InvBiCGStab: k = 43 resid = 1.103485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190954(s) Flops=285124608 => 1493.15860364276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214947.284648913 Mflops = 214.947284648913 Gflops = 0.214947284648913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007666791 Relative Rsd = 3.36290573380419e-07
BICGSTAB_SOLVER_TIME: 0.422364 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0628610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048117 s
InvBiCGStab: k = 80 resid = 2.118554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358538(s) Flops=527910912 => 1472.39877502524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212001.431801825 Mflops = 212.001431801825 Gflops = 0.212001431801825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057647 s
InvBiCGStab: k = 110 resid = 8.549096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476618(s) Flops=724764672 => 1520.6405800872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218945.258620318 Mflops = 218.945258620318 Gflops = 0.218945258620318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001306029 Relative Rsd = 5.72866958637647e-07
BICGSTAB_SOLVER_TIME: 0.944783 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041567 s
InvBiCGStab: k = 56 resid = 2.158771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246071(s) Flops=370427904 => 1505.37001109436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216733.756825233 Mflops = 216.733756825233 Gflops = 0.216733756825233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08572 s
InvBiCGStab: k = 71 resid = 1.135494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33417(s) Flops=468854784 => 1403.04271478589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201993.6265747 Mflops = 201.9936265747 Gflops = 0.2019936265747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001038916 Relative Rsd = 4.55702713550716e-07
BICGSTAB_SOLVER_TIME: 0.716152 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040768 s
InvBiCGStab: k = 66 resid = 2.173346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276355(s) Flops=436045824 => 1577.84669718297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227166.637661404 Mflops = 227.166637661404 Gflops = 0.227166637661404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064498 s
InvBiCGStab: k = 85 resid = 1.052062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357369(s) Flops=560719872 => 1569.02213678299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225910.048219679 Mflops = 225.910048219679 Gflops = 0.225910048219679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001145589 Relative Rsd = 5.024929804753e-07
BICGSTAB_SOLVER_TIME: 0.742873 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 71 resid = 1.333666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260866(s) Flops=468854784 => 1797.30123511688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258755.410883555 Mflops = 258.755410883555 Gflops = 0.258755410883555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056099 s
InvBiCGStab: k = 87 resid = 1.010263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318157(s) Flops=573843456 => 1803.64868916918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259682.265728949 Mflops = 259.682265728949 Gflops = 0.259682265728949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001176538 Relative Rsd = 5.16068180321241e-07
BICGSTAB_SOLVER_TIME: 0.680158 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126999
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877729(s) Flops=1348190208 => 1535.99825002934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221162.799516074 Mflops = 221.162799516074 Gflops = 0.221162799516074 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149236000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 27 resid = 1.832046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100781(s) Flops=180135936 => 1787.39976781338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257236.817433259 Mflops = 257.236817433259 Gflops = 0.257236817433259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057268 s
InvBiCGStab: k = 59 resid = 1.135515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217859(s) Flops=390113280 => 1790.66864348042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257770.306069614 Mflops = 257.770306069614 Gflops = 0.257770306069614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008071015 Relative Rsd = 3.54021173614788e-07
BICGSTAB_SOLVER_TIME: 0.420954 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041621 s
InvBiCGStab: k = 75 resid = 1.494834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276846(s) Flops=495101952 => 1788.36592184825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257475.252688258 Mflops = 257.475252688258 Gflops = 0.257475252688258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056865 s
InvBiCGStab: k = 115 resid = 1.04617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419727(s) Flops=757573632 => 1804.91994081868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.709040695 Mflops = 259.873709040695 Gflops = 0.259873709040695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001308756 Relative Rsd = 5.74063224964738e-07
BICGSTAB_SOLVER_TIME: 0.79898 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150161999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 62 resid = 2.064545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227075(s) Flops=409798656 => 1804.68416162061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.563921344 Mflops = 259.825563921344 Gflops = 0.259825563921344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056457 s
InvBiCGStab: k = 79 resid = 1.068018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288913(s) Flops=521349120 => 1804.51942280202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259790.731681804 Mflops = 259.790731681805 Gflops = 0.259790731681804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001042435 Relative Rsd = 4.57246007920618e-07
BICGSTAB_SOLVER_TIME: 0.617604 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040522 s
InvBiCGStab: k = 69 resid = 2.047674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253035(s) Flops=455731200 => 1801.05993242042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.146361193 Mflops = 259.302146361193 Gflops = 0.259302146361193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055891 s
InvBiCGStab: k = 92 resid = 1.027464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336748(s) Flops=606652416 => 1801.50265480419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259359.078335411 Mflops = 259.359078335411 Gflops = 0.259359078335411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00118501 Relative Rsd = 5.19784229726688e-07
BICGSTAB_SOLVER_TIME: 0.690002 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 69 resid = 1.830999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252668(s) Flops=455731200 => 1803.67597004765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259679.743705466 Mflops = 259.679743705466 Gflops = 0.259679743705466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 88 resid = 7.471509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32218(s) Flops=580405248 => 1801.49372400521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259361.495428652 Mflops = 259.361495428652 Gflops = 0.259361495428652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001135626 Relative Rsd = 4.98122959889119e-07
BICGSTAB_SOLVER_TIME: 0.676 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126375
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849456(s) Flops=1360723968 => 1601.87692829293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230648.588546382 Mflops = 230.648588546382 Gflops = 0.230648588546382 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150787000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.563562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064268 s
InvBiCGStab: k = 27 resid = 2.094817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103853(s) Flops=180135936 => 1734.52799630247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249670.343333742 Mflops = 249.670343333742 Gflops = 0.249670343333742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075182 s
InvBiCGStab: k = 58 resid = 1.10845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213396(s) Flops=383551488 => 1797.36962267334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.269052653 Mflops = 258.751269052653 Gflops = 0.258751269052653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007405551 Relative Rsd = 3.24831703321744e-07
BICGSTAB_SOLVER_TIME: 0.460511 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 63 resid = 2.254883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232275(s) Flops=416360448 => 1792.53233451727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258068.347843979 Mflops = 258.068347843979 Gflops = 0.258068347843979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056376 s
InvBiCGStab: k = 82 resid = 1.090279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302023(s) Flops=541034496 => 1791.36852491367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257913.112979946 Mflops = 257.913112979946 Gflops = 0.257913112979946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001125095 Relative Rsd = 4.93503544811902e-07
BICGSTAB_SOLVER_TIME: 0.635673 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040915 s
InvBiCGStab: k = 53 resid = 2.252994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195123(s) Flops=350742528 => 1797.54579419136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258781.276936242 Mflops = 258.781276936242 Gflops = 0.258781276936242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056779 s
InvBiCGStab: k = 72 resid = 1.137858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264006(s) Flops=475416576 => 1800.77943683098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259255.41919667 Mflops = 259.25541919667 Gflops = 0.25925541919667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001054984 Relative Rsd = 4.62750405783289e-07
BICGSTAB_SOLVER_TIME: 0.560742 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040845 s
InvBiCGStab: k = 66 resid = 2.263166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241392(s) Flops=436045824 => 1806.38059256313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260061.025695708 Mflops = 260.061025695708 Gflops = 0.260061025695708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 81 resid = 9.545197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295955(s) Flops=534472704 => 1805.92557652346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259988.270143947 Mflops = 259.988270143947 Gflops = 0.259988270143947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001109742 Relative Rsd = 4.86769178663891e-07
BICGSTAB_SOLVER_TIME: 0.638107 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 52 resid = 2.233886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191193(s) Flops=344180736 => 1800.17435784783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259148.968300555 Mflops = 259.148968300555 Gflops = 0.259148968300555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 77 resid = 7.928514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281614(s) Flops=508225536 => 1804.68846009076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.129897065 Mflops = 259.817129897065 Gflops = 0.259817129897065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001078191 Relative Rsd = 4.7292987801786e-07
BICGSTAB_SOLVER_TIME: 0.573757 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106151
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882206(s) Flops=1367064576 => 1549.5979125057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223146.25513404 Mflops = 223.14625513404 Gflops = 0.22314625513404 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151370000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 31 resid = 2.153521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114522(s) Flops=206383104 => 1802.12626394928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259398.954154056 Mflops = 259.398954154056 Gflops = 0.259398954154056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 46 resid = 1.012256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168759(s) Flops=304809984 => 1806.18505679697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.947730649 Mflops = 260.004947730649 Gflops = 0.260004947730649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000731404 Relative Rsd = 3.20817749030812e-07
BICGSTAB_SOLVER_TIME: 0.384953 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042394 s
InvBiCGStab: k = 65 resid = 2.058167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281884(s) Flops=429484032 => 1523.61975848221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219363.50272434 Mflops = 219.36350272434 Gflops = 0.21936350272434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078227 s
InvBiCGStab: k = 78 resid = 7.767399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348625(s) Flops=514787328 => 1476.62195195411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212588.991269787 Mflops = 212.588991269787 Gflops = 0.212588991269787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001090633 Relative Rsd = 4.78387297393276e-07
BICGSTAB_SOLVER_TIME: 0.755237 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044267 s
InvBiCGStab: k = 48 resid = 2.27319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203312(s) Flops=317933568 => 1563.77177933423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225149.630499791 Mflops = 225.149630499791 Gflops = 0.225149630499791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060932 s
InvBiCGStab: k = 80 resid = 5.962315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35047(s) Flops=527910912 => 1506.29415356521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216864.225210587 Mflops = 216.864225210587 Gflops = 0.216864225210587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001040051 Relative Rsd = 4.56200481261327e-07
BICGSTAB_SOLVER_TIME: 0.662824 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041464 s
InvBiCGStab: k = 70 resid = 2.242377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276647(s) Flops=462292992 => 1671.05731130285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240579.616422949 Mflops = 240.579616422949 Gflops = 0.240579616422949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 80 resid = 7.972261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295235(s) Flops=527910912 => 1788.10409334937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257429.737669483 Mflops = 257.429737669483 Gflops = 0.257429737669483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001145868 Relative Rsd = 5.02615430923602e-07
BICGSTAB_SOLVER_TIME: 0.673308 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 53 resid = 1.981462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195283(s) Flops=350742528 => 1796.07302222928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258557.970887973 Mflops = 258.557970887973 Gflops = 0.258557970887973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056425 s
InvBiCGStab: k = 74 resid = 1.084494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28756(s) Flops=488540160 => 1698.91556544721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244607.1109006 Mflops = 244.6071109006 Gflops = 0.2446071109006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001055071 Relative Rsd = 4.62788805590262e-07
BICGSTAB_SOLVER_TIME: 0.584654 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104659
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866312(s) Flops=1379524608 => 1592.41082658442 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229296.223626406 Mflops = 229.296223626406 Gflops = 0.229296223626406 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152928000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021396
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 2.033112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864359(s) Flops=1551550464 => 1795.03014835271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258396.42673802 Mflops = 258.39642673802 Gflops = 0.25839642673802 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 1.126853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.002421(s) Flops=1800898560 => 1796.54911459357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258694.342965237 Mflops = 258.694342965237 Gflops = 0.258694342965237 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.002247424 Relative Rsd = 9.89181391653441e-07
BICGSTAB_SOLVER_TIME: 1.870172 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363788000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.829174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880723(s) Flops=1387505664 => 1575.41663383379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226824.805989795 Mflops = 226.824805989795 Gflops = 0.226824805989795 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.120333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.02251(s) Flops=1466247168 => 1433.96853624903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206481.104611067 Mflops = 206.481104611067 Gflops = 0.206481104611067 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002022134 Relative Rsd = 8.87840609759071e-07
BICGSTAB_SOLVER_TIME: 1.906857 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.138522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309517999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91011(s) Flops=1379524608 => 1515.77788179451 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218286.243054634 Mflops = 218.286243054634 Gflops = 0.218286243054634 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 27 resid = 2.222712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100472(s) Flops=180135936 => 1792.8968866948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258025.775560932 Mflops = 258.025775560932 Gflops = 0.258025775560932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055745 s
InvBiCGStab: k = 48 resid = 1.015572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17612(s) Flops=317933568 => 1805.20990233931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259867.976776186 Mflops = 259.867976776186 Gflops = 0.259867976776186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007152991 Relative Rsd = 3.13753614327701e-07
BICGSTAB_SOLVER_TIME: 0.377025 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041067 s
InvBiCGStab: k = 87 resid = 1.706286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31772(s) Flops=573843456 => 1806.1294724915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260039.550190268 Mflops = 260.039550190268 Gflops = 0.260039550190268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 109 resid = 1.057977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397365(s) Flops=718202880 => 1807.41353667283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260226.560201008 Mflops = 260.226560201008 Gflops = 0.260226560201008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001313978 Relative Rsd = 5.76353681536287e-07
BICGSTAB_SOLVER_TIME: 0.816465 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154493999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041157 s
InvBiCGStab: k = 58 resid = 1.997376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225855(s) Flops=383551488 => 1698.22004383343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244503.721716808 Mflops = 244.503721716808 Gflops = 0.244503721716808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05787 s
InvBiCGStab: k = 85 resid = 1.146968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327424(s) Flops=560719872 => 1712.5191555903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246544.768389534 Mflops = 246.544768389534 Gflops = 0.246544768389534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001103416 Relative Rsd = 4.83994333037884e-07
BICGSTAB_SOLVER_TIME: 0.656308 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041638 s
InvBiCGStab: k = 66 resid = 2.20412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242941(s) Flops=436045824 => 1794.86304905306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258404.732912209 Mflops = 258.404732912209 Gflops = 0.258404732912209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 88 resid = 9.918331e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336812(s) Flops=580405248 => 1723.23209386839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248105.213994457 Mflops = 248.105213994457 Gflops = 0.248105213994457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001115538 Relative Rsd = 4.89311378650839e-07
BICGSTAB_SOLVER_TIME: 0.682022 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124546
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 64 resid = 1.972638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235415(s) Flops=422922240 => 1796.49656988722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.886810356 Mflops = 258.639886810356 Gflops = 0.258639886810356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055986 s
InvBiCGStab: k = 92 resid = 1.134982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336298(s) Flops=606652416 => 1803.91324361132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.631278877 Mflops = 259.715631278877 Gflops = 0.259715631278877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001134464 Relative Rsd = 4.97613090111683e-07
BICGSTAB_SOLVER_TIME: 0.672861 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125571
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972164(s) Flops=1385791488 => 1425.47089585708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205255.022671295 Mflops = 205.255022671295 Gflops = 0.205255022671295 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153609000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 32 resid = 1.775214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118574(s) Flops=212944896 => 1795.88186280298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258516.404262002 Mflops = 258.516404262002 Gflops = 0.258516404262002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056144 s
InvBiCGStab: k = 51 resid = 1.033068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188619(s) Flops=337618944 => 1789.9519348528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257670.809913088 Mflops = 257.670809913088 Gflops = 0.257670809913088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007528224 Relative Rsd = 3.30212578401078e-07
BICGSTAB_SOLVER_TIME: 0.408377 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044608 s
InvBiCGStab: k = 78 resid = 1.584934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308111(s) Flops=514787328 => 1670.78529490995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240547.730459937 Mflops = 240.547730459937 Gflops = 0.240547730459937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056423 s
InvBiCGStab: k = 113 resid = 1.066715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420975(s) Flops=744450048 => 1768.39491181187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254609.63035606 Mflops = 254.60963035606 Gflops = 0.25460963035606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001296711 Relative Rsd = 5.6878003450075e-07
BICGSTAB_SOLVER_TIME: 0.83398 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150869999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 65 resid = 1.725239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239393(s) Flops=429484032 => 1794.05426223824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258295.979932131 Mflops = 258.295979932131 Gflops = 0.258295979932131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056915 s
InvBiCGStab: k = 74 resid = 1.016929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271846(s) Flops=488540160 => 1797.12101704642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.672101012 Mflops = 258.728672101012 Gflops = 0.258728672101012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001059826 Relative Rsd = 4.64874190852228e-07
BICGSTAB_SOLVER_TIME: 0.613394 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 59 resid = 1.976615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216196(s) Flops=390113280 => 1804.44263538641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.306067306 Mflops = 259.759306067306 Gflops = 0.259759306067306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 89 resid = 8.180568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325482(s) Flops=586967040 => 1803.37788264789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.882175041 Mflops = 259.63988217504 Gflops = 0.25963988217504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001172984 Relative Rsd = 5.14509056243678e-07
BICGSTAB_SOLVER_TIME: 0.643452 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041542 s
InvBiCGStab: k = 71 resid = 1.435867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259792(s) Flops=468854784 => 1804.73141590195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259832.344228499 Mflops = 259.832344228499 Gflops = 0.259832344228499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 86 resid = 1.145846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317045(s) Flops=567281664 => 1789.27806462805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257605.727204627 Mflops = 257.605727204627 Gflops = 0.257605727204627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001171753 Relative Rsd = 5.13969365339549e-07
BICGSTAB_SOLVER_TIME: 0.678553 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126235
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879476(s) Flops=1392058368 => 1582.82701062906 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227902.799385133 Mflops = 227.902799385133 Gflops = 0.227902799385133 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154052000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046289 s
InvBiCGStab: k = 26 resid = 2.074363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109453(s) Flops=173574144 => 1585.83267703946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228220.523580845 Mflops = 228.220523580845 Gflops = 0.228220523580845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063661 s
InvBiCGStab: k = 57 resid = 1.071552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260137(s) Flops=376989696 => 1449.19675401808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208623.878294502 Mflops = 208.623878294502 Gflops = 0.208623878294502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008082298 Relative Rsd = 3.54516081765305e-07
BICGSTAB_SOLVER_TIME: 0.483563 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060235 s
InvBiCGStab: k = 53 resid = 2.052622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258548(s) Flops=350742528 => 1356.58573262992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195304.019529922 Mflops = 195.304019529922 Gflops = 0.195304019529922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063382 s
InvBiCGStab: k = 82 resid = 8.691457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384443(s) Flops=541034496 => 1407.32045062597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202622.653410882 Mflops = 202.622653410882 Gflops = 0.202622653410882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00107339 Relative Rsd = 4.70824067326652e-07
BICGSTAB_SOLVER_TIME: 0.770854 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059392 s
InvBiCGStab: k = 65 resid = 1.373972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299377(s) Flops=429484032 => 1434.59261065479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206542.840112866 Mflops = 206.542840112866 Gflops = 0.206542840112866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059587 s
InvBiCGStab: k = 71 resid = 1.141134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267574(s) Flops=468854784 => 1752.24343172356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252267.907258469 Mflops = 252.267907258469 Gflops = 0.252267907258469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001070616 Relative Rsd = 4.69607273443174e-07
BICGSTAB_SOLVER_TIME: 0.689833 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041158 s
InvBiCGStab: k = 55 resid = 2.206308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211244(s) Flops=363866112 => 1722.49205657912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247984.350358954 Mflops = 247.984350358954 Gflops = 0.247984350358954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056351 s
InvBiCGStab: k = 89 resid = 1.037987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332857(s) Flops=586967040 => 1763.42104867856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253885.753936878 Mflops = 253.885753936878 Gflops = 0.253885753936878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001119648 Relative Rsd = 4.91114127035678e-07
BICGSTAB_SOLVER_TIME: 0.645568 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045964 s
InvBiCGStab: k = 59 resid = 2.215678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225309(s) Flops=390113280 => 1731.4589297365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249274.552680484 Mflops = 249.274552680484 Gflops = 0.249274552680484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059001 s
InvBiCGStab: k = 75 resid = 1.042621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276146(s) Flops=495101952 => 1792.89923446293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258132.270548171 Mflops = 258.132270548171 Gflops = 0.258132270548171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001046347 Relative Rsd = 4.58961897167608e-07
BICGSTAB_SOLVER_TIME: 0.610238 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109873
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886188(s) Flops=1398325248 => 1577.91038470392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227222.877329799 Mflops = 227.222877329799 Gflops = 0.227222877329799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156417000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 27 resid = 2.235688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101958(s) Flops=180135936 => 1766.76608015065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254279.659823245 Mflops = 254.279659823245 Gflops = 0.254279659823245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058704 s
InvBiCGStab: k = 47 resid = 1.011155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194572(s) Flops=311371776 => 1600.29077153958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230377.375116474 Mflops = 230.377375116474 Gflops = 0.230377375116474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007615207 Relative Rsd = 3.34027920924425e-07
BICGSTAB_SOLVER_TIME: 0.401424 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 56 resid = 2.254297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205394(s) Flops=370427904 => 1803.49914797901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259643.208397266 Mflops = 259.643208397266 Gflops = 0.259643208397266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 81 resid = 9.238562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305393(s) Flops=534472704 => 1750.11445579958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251966.97825911 Mflops = 251.96697825911 Gflops = 0.25196697825911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001101655 Relative Rsd = 4.83221843303977e-07
BICGSTAB_SOLVER_TIME: 0.612473 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040675 s
InvBiCGStab: k = 69 resid = 1.135125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25814(s) Flops=455731200 => 1765.4420082126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254170.144726814 Mflops = 254.170144726814 Gflops = 0.254170144726814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 72 resid = 8.903085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299377(s) Flops=475416576 => 1588.01970759277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228622.034154152 Mflops = 228.622034154152 Gflops = 0.228622034154152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001064023 Relative Rsd = 4.66715339044041e-07
BICGSTAB_SOLVER_TIME: 0.659583 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046639 s
InvBiCGStab: k = 68 resid = 1.550223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299606(s) Flops=449169408 => 1499.20030974013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215841.514938866 Mflops = 215.841514938866 Gflops = 0.215841514938866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071765 s
InvBiCGStab: k = 80 resid = 1.127586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358967(s) Flops=527910912 => 1470.63911724476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211744.775957763 Mflops = 211.744775957763 Gflops = 0.211744775957763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001137035 Relative Rsd = 4.98740726996523e-07
BICGSTAB_SOLVER_TIME: 0.781397 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051134 s
InvBiCGStab: k = 64 resid = 1.939966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271794(s) Flops=422922240 => 1556.03964767434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224017.915342454 Mflops = 224.017915342454 Gflops = 0.224017915342454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068704 s
InvBiCGStab: k = 80 resid = 9.290298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387445(s) Flops=527910912 => 1362.54413400612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196177.536633457 Mflops = 196.177536633457 Gflops = 0.196177536633457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001086013 Relative Rsd = 4.76360686303952e-07
BICGSTAB_SOLVER_TIME: 0.783003 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117033
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901285(s) Flops=1410785280 => 1565.30429331455 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225386.732012189 Mflops = 225.386732012189 Gflops = 0.225386732012189 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156341000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.657139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819698(s) Flops=1466247168 => 1788.76509153371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257498.020866291 Mflops = 257.498020866291 Gflops = 0.257498020866291 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 1.11341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978436(s) Flops=1761527808 => 1800.3505676406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259238.108155103 Mflops = 259.238108155103 Gflops = 0.259238108155103 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.002270712 Relative Rsd = 9.99435716063344e-07
BICGSTAB_SOLVER_TIME: 1.801528 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.115849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350524999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.153138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810808(s) Flops=1440000000 => 1776.00615682134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255716.288748811 Mflops = 255.716288748811 Gflops = 0.255716288748811 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 5.228217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856336(s) Flops=1544988672 => 1804.18512359635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259790.5775989 Mflops = 259.7905775989 Gflops = 0.2597905775989 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002006573 Relative Rsd = 8.80969463722461e-07
BICGSTAB_SOLVER_TIME: 1.67061 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.117169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324015
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 352 resid = 1.409176e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.604764(s) Flops=2312718336 => 1441.15791231608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207500.801028129 Mflops = 207.500801028129 Gflops = 0.207500801028129 Tflops
InvBiCGStab: k = 349 resid = 5.372788e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.338447(s) Flops=2293032960 => 1713.20415376926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246694.828111092 Mflops = 246.694828111092 Gflops = 0.246694828111092 Tflops
BICGSTAB_SOLVER: 701 iterations. Rsd = 0.002248724 Relative Rsd = 9.89758153927412e-07
BICGSTAB_SOLVER_TIME: 2.948394 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.500964999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 302 resid = 1.658494e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.108289(s) Flops=1984628736 => 1790.71409713531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257832.660927522 Mflops = 257.832660927522 Gflops = 0.257832660927522 Tflops
InvBiCGStab: k = 328 resid = 1.101673e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.205843(s) Flops=2155235328 => 1787.3266486599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257368.044480569 Mflops = 257.368044480569 Gflops = 0.257368044480569 Tflops
BICGSTAB_SOLVER: 630 iterations. Rsd = 0.002058044 Relative Rsd = 9.03567354372209e-07
BICGSTAB_SOLVER_TIME: 2.318883 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.450378999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 239 resid = 2.075798e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873006(s) Flops=1571235840 => 1799.79958900626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.350899111 Mflops = 259.117350899111 Gflops = 0.259117350899111 Tflops
InvBiCGStab: k = 243 resid = 1.019644e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889954(s) Flops=1597483008 => 1795.0175042755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258469.828408719 Mflops = 258.469828408719 Gflops = 0.258469828408719 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.001828135 Relative Rsd = 8.01880088296465e-07
BICGSTAB_SOLVER_TIME: 1.767607 sec
2Flav::invert,  n_count = 482
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343446000000002
MInvCG2: 338 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.399186(s) Flops=2181113856 => 1558.84482549139 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224474.939513264 Mflops = 224.474939513264 Gflops = 0.224474939513264 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.242371000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.146657941556441
AccProb = 0.863589324920742
AcceptP = 1
After HMC trajectory call: time= 462.848517 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 6.85411570375551e-05 resid_rel = 0.009890279

Look for highest ev
Evalue[1]: eigen_norm = 0.0722823223651723 resid_rel = -0.008486165

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316822000000004
EIGBNDSMDAGM: total time = 1.795412 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 2.00196 secs
After saving state: time= 1.499922 secs
Doing Update: 2736 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 286 resid = 1.989625e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.051745(s) Flops=1879640064 => 1787.16329908866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257356.714328743 Mflops = 257.356714328743 Gflops = 0.257356714328743 Tflops
InvBiCGStab: k = 315 resid = 9.915595e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.188236(s) Flops=2069932032 => 1742.02097226477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250843.547744207 Mflops = 250.843547744207 Gflops = 0.250843547744207 Tflops
BICGSTAB_SOLVER: 601 iterations. Rsd = 0.002127756 Relative Rsd = 9.35551857872585e-07
BICGSTAB_SOLVER_TIME: 2.244956 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.432139999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 233 resid = 8.871776e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857679(s) Flops=1531865088 => 1786.05875624797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257191.717513457 Mflops = 257.191717513457 Gflops = 0.257191717513457 Tflops
InvBiCGStab: k = 249 resid = 5.743114e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913579(s) Flops=1636853760 => 1791.69372325765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257993.186594935 Mflops = 257.993186594935 Gflops = 0.257993186594935 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.001957279 Relative Rsd = 8.60400974842731e-07
BICGSTAB_SOLVER_TIME: 1.776144 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346976999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
MInvCG2: 352 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.416984(s) Flops=2265311232 => 1598.685117122 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230267.84758752 Mflops = 230.26784758752 Gflops = 0.23026784758752 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252146000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 338 resid = 2.176885e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.306038(s) Flops=2220853248 => 1700.4507127664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244866.863483262 Mflops = 244.866863483262 Gflops = 0.244866863483262 Tflops
InvBiCGStab: k = 327 resid = 1.110654e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.508383(s) Flops=2148673536 => 1424.48803520061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205119.802603677 Mflops = 205.119802603677 Gflops = 0.205119802603677 Tflops
BICGSTAB_SOLVER: 665 iterations. Rsd = 0.002523026 Relative Rsd = 1.10934792212032e-06
BICGSTAB_SOLVER_TIME: 2.8195 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.47551
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 261 resid = 2.18408e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988855(s) Flops=1715595264 => 1734.93107078389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249744.737302121 Mflops = 249.744737302121 Gflops = 0.249744737302121 Tflops
InvBiCGStab: k = 283 resid = 1.096914e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.042402(s) Flops=1859954688 => 1784.29692959146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256927.858116446 Mflops = 256.927858116446 Gflops = 0.256927858116446 Tflops
BICGSTAB_SOLVER: 544 iterations. Rsd = 0.002184576 Relative Rsd = 9.60318313494127e-07
BICGSTAB_SOLVER_TIME: 2.037963 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.389204999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 221 resid = 1.765852e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81233(s) Flops=1453123584 => 1788.83407482181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257490.118444003 Mflops = 257.490118444003 Gflops = 0.257490118444003 Tflops
InvBiCGStab: k = 255 resid = 1.089591e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.934667(s) Flops=1676224512 => 1793.39220492432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258236.733381682 Mflops = 258.236733381682 Gflops = 0.258236733381682 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.001802147 Relative Rsd = 7.90313925549503e-07
BICGSTAB_SOLVER_TIME: 1.751672 sec
2Flav::invert,  n_count = 476
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339678000000003
MInvCG2: 334 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.357295(s) Flops=2156046336 => 1588.48764343787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228749.437210956 Mflops = 228.749437210956 Gflops = 0.228749437210956 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.240149000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.231545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77838(s) Flops=1374382080 => 1765.69552146766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254236.075230649 Mflops = 254.236075230649 Gflops = 0.254236075230649 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 8.733761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921571(s) Flops=1656539136 => 1797.51656247864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258826.743014718 Mflops = 258.826743014718 Gflops = 0.258826743014718 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002515903 Relative Rsd = 1.10621601971795e-06
BICGSTAB_SOLVER_TIME: 1.703376 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.11483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329289999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.13441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791702(s) Flops=1144719360 => 1445.89676418652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208178.225709793 Mflops = 208.178225709793 Gflops = 0.208178225709793 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.082802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.034514(s) Flops=1558112256 => 1506.12969568319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216872.904747614 Mflops = 216.872904747614 Gflops = 0.216872904747614 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002284736 Relative Rsd = 1.00434789246082e-06
BICGSTAB_SOLVER_TIME: 1.829613 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.127359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001868
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294857999999999
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.870166(s) Flops=1391910912 => 1599.59239041746 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230323.180138653 Mflops = 230.323180138653 Gflops = 0.230323180138653 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154449000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 170 resid = 1.597988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.624357(s) Flops=1118472192 => 1791.39849797472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257825.261837559 Mflops = 257.825261837559 Gflops = 0.257825261837559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 185 resid = 1.050126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674742(s) Flops=1216899072 => 1803.50277883991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.256314036 Mflops = 259.674256314036 Gflops = 0.259674256314036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 355 iterations. Rsd = 0.00181805 Relative Rsd = 7.97287737034884e-07
BICGSTAB_SOLVER_TIME: 1.302873 sec
2Flav::invert,  n_count = 355
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254976999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000115 s
InvBiCGStab: k = 120 resid = 1.439814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43993(s) Flops=790382592 => 1796.60989702907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258576.425171911 Mflops = 258.576425171911 Gflops = 0.258576425171911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 144 resid = 1.001294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.525456(s) Flops=947865600 => 1803.89147711702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259710.500895897 Mflops = 259.710500895897 Gflops = 0.259710500895897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 264 iterations. Rsd = 0.001589259 Relative Rsd = 6.96953938768684e-07
BICGSTAB_SOLVER_TIME: 0.9694 sec
2Flav::invert,  n_count = 264
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190331999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005285 s
InvBiCGStab: k = 103 resid = 1.625662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375699(s) Flops=678832128 => 1806.85103766579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260142.080652981 Mflops = 260.142080652981 Gflops = 0.260142080652981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007108 s
InvBiCGStab: k = 128 resid = 1.052804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.466884(s) Flops=842876928 => 1805.32408049965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259932.9848691 Mflops = 259.9329848691 Gflops = 0.2599329848691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 231 iterations. Rsd = 0.001432713 Relative Rsd = 6.28302227343924e-07
BICGSTAB_SOLVER_TIME: 0.858757 sec
2Flav::invert,  n_count = 231
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168579999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007504 s
InvBiCGStab: k = 83 resid = 2.252954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30411(s) Flops=547596288 => 1800.65202722699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.784936691 Mflops = 259.258784936691 Gflops = 0.259258784936691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010985 s
InvBiCGStab: k = 119 resid = 1.007892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.502623(s) Flops=783820800 => 1559.4606693287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224533.947704421 Mflops = 224.533947704421 Gflops = 0.224533947704421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001339832 Relative Rsd = 5.87569960884438e-07
BICGSTAB_SOLVER_TIME: 0.830331 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148946
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010594 s
InvBiCGStab: k = 79 resid = 2.065604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350124(s) Flops=521349120 => 1489.04136820098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214390.362750661 Mflops = 214.390362750661 Gflops = 0.214390362750661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.016126 s
InvBiCGStab: k = 100 resid = 8.546305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447664(s) Flops=659146752 => 1472.41402480432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211996.801925293 Mflops = 211.996801925293 Gflops = 0.211996801925293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001258539 Relative Rsd = 5.51919744676141e-07
BICGSTAB_SOLVER_TIME: 0.828943 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133284
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.097232(s) Flops=1423097856 => 1296.98901964215 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186756.309592856 Mflops = 186.756309592856 Gflops = 0.186756309592856 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157745000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01301 s
InvBiCGStab: k = 26 resid = 2.267925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096385(s) Flops=173574144 => 1800.84187373554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259190.808451121 Mflops = 259.190808451121 Gflops = 0.259190808451121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019359 s
InvBiCGStab: k = 61 resid = 9.082423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222982(s) Flops=403236864 => 1808.38302643263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260337.112593298 Mflops = 260.337112593298 Gflops = 0.260337112593298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007724821 Relative Rsd = 3.38764405307167e-07
BICGSTAB_SOLVER_TIME: 0.355603 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0688310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016831 s
InvBiCGStab: k = 88 resid = 1.993072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322135(s) Flops=580405248 => 1801.74538004253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259405.031913776 Mflops = 259.405031913776 Gflops = 0.259405031913776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023974 s
InvBiCGStab: k = 117 resid = 8.812693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427126(s) Flops=770697216 => 1804.37907315406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.179928149 Mflops = 259.788179928149 Gflops = 0.259788179928149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001324385 Relative Rsd = 5.80795918976965e-07
BICGSTAB_SOLVER_TIME: 0.793939 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154476999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020343 s
InvBiCGStab: k = 54 resid = 1.618823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212154(s) Flops=357304320 => 1684.17432619701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242481.5682172 Mflops = 242.4815682172 Gflops = 0.2424815682172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029487 s
InvBiCGStab: k = 81 resid = 8.4994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298326(s) Flops=534472704 => 1791.57265541723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257932.623135204 Mflops = 257.932623135204 Gflops = 0.257932623135204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001194802 Relative Rsd = 5.23968493821002e-07
BICGSTAB_SOLVER_TIME: 0.564238 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105159
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023465 s
InvBiCGStab: k = 77 resid = 2.219717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283306(s) Flops=508225536 => 1793.91024545897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258286.380151961 Mflops = 258.286380151961 Gflops = 0.258286380151961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033885 s
InvBiCGStab: k = 98 resid = 1.096536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360015(s) Flops=646023168 => 1794.43403191534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258352.473587924 Mflops = 258.352473587924 Gflops = 0.258352473587924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001263627 Relative Rsd = 5.54151211193085e-07
BICGSTAB_SOLVER_TIME: 0.7045 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135122
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027515 s
InvBiCGStab: k = 67 resid = 1.951108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25779(s) Flops=442607616 => 1716.93089724194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247185.065619694 Mflops = 247.185065619694 Gflops = 0.247185065619694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038919 s
InvBiCGStab: k = 87 resid = 9.874551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3186(s) Flops=573843456 => 1801.14079096045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259308.09254407 Mflops = 259.30809254407 Gflops = 0.25930809254407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001136773 Relative Rsd = 4.98520616656828e-07
BICGSTAB_SOLVER_TIME: 0.646735 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121108
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890427(s) Flops=1429585920 => 1605.50603249901 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231172.101237437 Mflops = 231.172101237437 Gflops = 0.231172101237437 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158756000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.519308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031624 s
InvBiCGStab: k = 24 resid = 1.977168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109481(s) Flops=160450560 => 1465.55621523369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210714.088541096 Mflops = 210.714088541096 Gflops = 0.210714088541096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.09481 s
InvBiCGStab: k = 57 resid = 8.084371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246384(s) Flops=376989696 => 1530.09000584454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220278.982871075 Mflops = 220.278982871075 Gflops = 0.220278982871075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007906503 Relative Rsd = 3.4673188282363e-07
BICGSTAB_SOLVER_TIME: 0.486312 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036321 s
InvBiCGStab: k = 60 resid = 2.047616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222461(s) Flops=396675072 => 1783.1218595619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256699.896920679 Mflops = 256.699896920679 Gflops = 0.256699896920679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050864 s
InvBiCGStab: k = 82 resid = 8.738768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303861(s) Flops=541034496 => 1780.53286206522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256340.403695878 Mflops = 256.340403695878 Gflops = 0.256340403695878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001102295 Relative Rsd = 4.834004131429e-07
BICGSTAB_SOLVER_TIME: 0.617427 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114835
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041626 s
InvBiCGStab: k = 51 resid = 2.02447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189627(s) Flops=337618944 => 1780.43708965495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256316.511410022 Mflops = 256.316511410022 Gflops = 0.256316511410022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056999 s
InvBiCGStab: k = 73 resid = 5.889803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268281(s) Flops=481978368 => 1796.54305746587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258642.120011176 Mflops = 258.642120011176 Gflops = 0.258642120011176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00103748 Relative Rsd = 4.54976668691149e-07
BICGSTAB_SOLVER_TIME: 0.56035 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041266 s
InvBiCGStab: k = 58 resid = 2.273475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212542(s) Flops=383551488 => 1804.59150661987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.115029477 Mflops = 259.797115029477 Gflops = 0.259797115029477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 90 resid = 8.035449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329016(s) Flops=593528832 => 1803.95127288642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259723.225939793 Mflops = 259.723225939793 Gflops = 0.259723225939793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001107218 Relative Rsd = 4.85559588905354e-07
BICGSTAB_SOLVER_TIME: 0.642926 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 50 resid = 2.185072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183864(s) Flops=331057152 => 1800.55449680198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.050234177 Mflops = 259.206050234177 Gflops = 0.259206050234177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056529 s
InvBiCGStab: k = 83 resid = 7.659492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30517(s) Flops=547596288 => 1794.39750958482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258340.191605033 Mflops = 258.340191605033 Gflops = 0.258340191605033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001070768 Relative Rsd = 4.69574704241149e-07
BICGSTAB_SOLVER_TIME: 0.590293 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10933
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889748(s) Flops=1429659648 => 1606.8141181548 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231364.737230269 Mflops = 231.364737230269 Gflops = 0.231364737230269 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158588000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043324 s
InvBiCGStab: k = 23 resid = 2.187426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09093(s) Flops=153888768 => 1692.38719894424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243569.564794357 Mflops = 243.569564794357 Gflops = 0.243569564794357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 49 resid = 5.000855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180171(s) Flops=324495360 => 1801.04101103951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.088098176 Mflops = 259.253088098176 Gflops = 0.259253088098176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007458437 Relative Rsd = 3.27082403171676e-07
BICGSTAB_SOLVER_TIME: 0.374212 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041434 s
InvBiCGStab: k = 55 resid = 2.042047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22275(s) Flops=363866112 => 1633.5178989899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235176.757578787 Mflops = 235.176757578787 Gflops = 0.235176757578787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067302 s
InvBiCGStab: k = 84 resid = 8.094001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362258(s) Flops=554158080 => 1529.73317359451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220248.137869564 Mflops = 220.248137869564 Gflops = 0.220248137869564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001124158 Relative Rsd = 4.92988382879445e-07
BICGSTAB_SOLVER_TIME: 0.697937 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048184 s
InvBiCGStab: k = 50 resid = 2.27389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212041(s) Flops=331057152 => 1561.28839233922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224762.437005899 Mflops = 224.762437005899 Gflops = 0.224762437005899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063156 s
InvBiCGStab: k = 73 resid = 8.642419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31385(s) Flops=481978368 => 1535.69656842441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221095.249798739 Mflops = 221.095249798739 Gflops = 0.221095249798739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001035731 Relative Rsd = 4.54209549427758e-07
BICGSTAB_SOLVER_TIME: 0.641363 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042658 s
InvBiCGStab: k = 64 resid = 1.860125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283608(s) Flops=422922240 => 1491.22112211221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214696.213913435 Mflops = 214.696213913435 Gflops = 0.214696213913435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056133 s
InvBiCGStab: k = 89 resid = 1.108641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327696(s) Flops=586967040 => 1791.19378936575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257883.693533495 Mflops = 257.883693533495 Gflops = 0.257883693533494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001150996 Relative Rsd = 5.04757889501656e-07
BICGSTAB_SOLVER_TIME: 0.713919 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 55 resid = 2.023965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202226(s) Flops=363866112 => 1799.30430310643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.899458496 Mflops = 259.037899458496 Gflops = 0.259037899458496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056535 s
InvBiCGStab: k = 80 resid = 1.038171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292652(s) Flops=527910912 => 1803.88622664462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259703.888379013 Mflops = 259.703888379013 Gflops = 0.259703888379013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001084158 Relative Rsd = 4.75446898565246e-07
BICGSTAB_SOLVER_TIME: 0.596101 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110633
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887985(s) Flops=1423687680 => 1603.278974307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231014.02474309 Mflops = 231.01402474309 Gflops = 0.23101402474309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157826000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.037377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809666(s) Flops=1413752832 => 1746.09386092537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251412.076546929 Mflops = 251.412076546929 Gflops = 0.251412076546929 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 8.478869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909001(s) Flops=1610606592 => 1771.84248642191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255133.70902973 Mflops = 255.13370902973 Gflops = 0.25513370902973 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002131897 Relative Rsd = 9.37372656369834e-07
BICGSTAB_SOLVER_TIME: 1.722067 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328274999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.238482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.675233(s) Flops=1197213696 => 1773.03789358636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255282.642936911 Mflops = 255.282642936911 Gflops = 0.255282642936911 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 7.309026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.979998(s) Flops=1453123584 => 1482.78219343305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213511.78037598 Mflops = 213.51178037598 Gflops = 0.21351178037598 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.001965935 Relative Rsd = 8.64179746016594e-07
BICGSTAB_SOLVER_TIME: 1.658697 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.140023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287747999999999
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9981(s) Flops=1423687680 => 1426.39783588819 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205378.841229326 Mflops = 205.378841229326 Gflops = 0.205378841229326 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157831000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 33 resid = 1.399926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122914(s) Flops=219506688 => 1785.85586670355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257062.002036223 Mflops = 257.062002036223 Gflops = 0.257062002036223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056951 s
InvBiCGStab: k = 58 resid = 9.61945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214274(s) Flops=383551488 => 1790.0047975956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257679.100334355 Mflops = 257.679100334355 Gflops = 0.257679100334355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007373282 Relative Rsd = 3.23348019016282e-07
BICGSTAB_SOLVER_TIME: 0.439079 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0793690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04199 s
InvBiCGStab: k = 83 resid = 1.794978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305167(s) Flops=547596288 => 1794.41514973768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258346.362953588 Mflops = 258.346362953588 Gflops = 0.258346362953588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 100 resid = 1.070801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366241(s) Flops=659146752 => 1799.76232043927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259116.362077576 Mflops = 259.116362077576 Gflops = 0.259116362077576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001287888 Relative Rsd = 5.64790664248465e-07
BICGSTAB_SOLVER_TIME: 0.773567 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 62 resid = 1.649488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227083(s) Flops=409798656 => 1804.62058366324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.350497863 Mflops = 259.800350497863 Gflops = 0.259800350497863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 73 resid = 9.316109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26783(s) Flops=481978368 => 1799.5682634507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259086.023021579 Mflops = 259.086023021579 Gflops = 0.259086023021579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001045145 Relative Rsd = 4.58337831405374e-07
BICGSTAB_SOLVER_TIME: 0.595583 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110682
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040932 s
InvBiCGStab: k = 64 resid = 2.154416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236289(s) Flops=422922240 => 1789.85158005663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257683.002536748 Mflops = 257.683002536748 Gflops = 0.257683002536748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 85 resid = 1.092337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311763(s) Flops=560719872 => 1798.54527958738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258943.246691218 Mflops = 258.943246691218 Gflops = 0.258943246691218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001178223 Relative Rsd = 5.16698269821096e-07
BICGSTAB_SOLVER_TIME: 0.649413 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040732 s
InvBiCGStab: k = 59 resid = 1.933772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219255(s) Flops=390113280 => 1779.26742833687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256167.694552807 Mflops = 256.167694552807 Gflops = 0.256167694552807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 90 resid = 1.148119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328573(s) Flops=593528832 => 1806.38345816607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260072.045730809 Mflops = 260.072045730809 Gflops = 0.260072045730809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001145813 Relative Rsd = 5.02484968117024e-07
BICGSTAB_SOLVER_TIME: 0.648661 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122505
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898092(s) Flops=1423761408 => 1585.31799414759 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228266.220340212 Mflops = 228.266220340212 Gflops = 0.228266220340212 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158108000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.569896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 27 resid = 2.12701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099829(s) Flops=180135936 => 1804.44496088311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259703.118339129 Mflops = 259.703118339129 Gflops = 0.259703118339129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084061 s
InvBiCGStab: k = 56 resid = 9.726039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222994(s) Flops=370427904 => 1661.15637192032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239130.953359182 Mflops = 239.130953359182 Gflops = 0.239130953359182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007611358 Relative Rsd = 3.33788621444023e-07
BICGSTAB_SOLVER_TIME: 0.452146 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040799 s
InvBiCGStab: k = 91 resid = 2.068952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33454(s) Flops=600090624 => 1793.77839421295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.53965196 Mflops = 258.25753965196 Gflops = 0.25825753965196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055992 s
InvBiCGStab: k = 103 resid = 8.998485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378253(s) Flops=678832128 => 1794.65100871639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258391.590386481 Mflops = 258.391590386481 Gflops = 0.258391590386481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001301363 Relative Rsd = 5.70699922900076e-07
BICGSTAB_SOLVER_TIME: 0.813404 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152968999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 58 resid = 1.947232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21288(s) Flops=383551488 => 1801.72626832018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259382.617586652 Mflops = 259.382617586652 Gflops = 0.259382617586652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056074 s
InvBiCGStab: k = 73 resid = 1.133873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267457(s) Flops=481978368 => 1802.07797141223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.578540148 Mflops = 259.441578540148 Gflops = 0.259441578540148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001032057 Relative Rsd = 4.52598374342346e-07
BICGSTAB_SOLVER_TIME: 0.581107 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 63 resid = 2.120306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230883(s) Flops=416360448 => 1803.33956159613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.99802647 Mflops = 259.62899802647 Gflops = 0.25962899802647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 79 resid = 1.06603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289421(s) Flops=521349120 => 1801.35207880562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.771844591 Mflops = 259.331771844591 Gflops = 0.259331771844591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001137001 Relative Rsd = 4.98620731183349e-07
BICGSTAB_SOLVER_TIME: 0.621401 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042023 s
InvBiCGStab: k = 57 resid = 2.273574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209401(s) Flops=376989696 => 1800.32423913926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259191.050964388 Mflops = 259.191050964388 Gflops = 0.259191050964388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 84 resid = 1.023415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307087(s) Flops=554158080 => 1804.56378811216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259809.260735716 Mflops = 259.809260735716 Gflops = 0.259809260735716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001142345 Relative Rsd = 5.00964105421932e-07
BICGSTAB_SOLVER_TIME: 0.618732 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114992
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921384(s) Flops=1430102016 => 1552.12377901071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223552.943651588 Mflops = 223.552943651588 Gflops = 0.223552943651588 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158457000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 25 resid = 2.14076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09269(s) Flops=167012352 => 1801.83786816269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.105740114 Mflops = 259.324105740114 Gflops = 0.259324105740114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056765 s
InvBiCGStab: k = 53 resid = 1.019619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194896(s) Flops=350742528 => 1799.63943846975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259074.230194608 Mflops = 259.074230194608 Gflops = 0.259074230194608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.00073155 Relative Rsd = 3.20814039176083e-07
BICGSTAB_SOLVER_TIME: 0.388954 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046476 s
InvBiCGStab: k = 52 resid = 2.183408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22973(s) Flops=344180736 => 1498.19673529796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215694.838811257 Mflops = 215.694838811257 Gflops = 0.215694838811257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072775 s
InvBiCGStab: k = 91 resid = 1.151605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388786(s) Flops=600090624 => 1543.49854161415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222227.017712391 Mflops = 222.227017712391 Gflops = 0.222227017712391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001102339 Relative Rsd = 4.83419966362511e-07
BICGSTAB_SOLVER_TIME: 0.742058 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051819 s
InvBiCGStab: k = 51 resid = 1.951357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229509(s) Flops=337618944 => 1471.04882161484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211786.173191686 Mflops = 211.786173191686 Gflops = 0.211786173191686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073197 s
InvBiCGStab: k = 91 resid = 7.428464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427045(s) Flops=600090624 => 1405.21636829842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202333.156639241 Mflops = 202.333156639241 Gflops = 0.202333156639241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001050046 Relative Rsd = 4.60487409242797e-07
BICGSTAB_SOLVER_TIME: 0.786161 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 66 resid = 2.265793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242991(s) Flops=436045824 => 1794.4937219897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258340.678594765 Mflops = 258.340678594765 Gflops = 0.258340678594765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056098 s
InvBiCGStab: k = 93 resid = 9.782464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342258(s) Flops=613214208 => 1791.67238749715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257955.723006699 Mflops = 257.955723006699 Gflops = 0.257955723006699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00111673 Relative Rsd = 4.89731061545611e-07
BICGSTAB_SOLVER_TIME: 0.686659 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04322 s
InvBiCGStab: k = 58 resid = 1.8425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226279(s) Flops=383551488 => 1695.03793104972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244022.981532973 Mflops = 244.022981532973 Gflops = 0.244022981532973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056598 s
InvBiCGStab: k = 89 resid = 1.001876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330845(s) Flops=586967040 => 1774.14511327056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255420.367175461 Mflops = 255.420367175461 Gflops = 0.255420367175461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001112776 Relative Rsd = 4.8799690028254e-07
BICGSTAB_SOLVER_TIME: 0.660821 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119121
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909329(s) Flops=1454800896 => 1599.86198174698 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230360.36574134 Mflops = 230.36036574134 Gflops = 0.23036036574134 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161560000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 28 resid = 2.0078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103595(s) Flops=186697728 => 1802.1885998359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.233328063 Mflops = 259.406233328063 Gflops = 0.259406233328063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055867 s
InvBiCGStab: k = 49 resid = 1.121451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180995(s) Flops=324495360 => 1792.84157020912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258083.839399253 Mflops = 258.083839399253 Gflops = 0.258083839399253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007589709 Relative Rsd = 3.32839218184228e-07
BICGSTAB_SOLVER_TIME: 0.385145 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692060000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04394 s
InvBiCGStab: k = 55 resid = 1.952998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202328(s) Flops=363866112 => 1798.39721640109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258899.860857899 Mflops = 258.899860857899 Gflops = 0.258899860857899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 83 resid = 7.30108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303383(s) Flops=547596288 => 1804.96694936763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259862.491676698 Mflops = 259.862491676698 Gflops = 0.259862491676698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001100951 Relative Rsd = 4.8281116180934e-07
BICGSTAB_SOLVER_TIME: 0.610003 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113111
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 58 resid = 2.037917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2126(s) Flops=383551488 => 1804.09919096896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259702.501512197 Mflops = 259.702501512197 Gflops = 0.259702501512197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 80 resid = 9.436019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293439(s) Flops=527910912 => 1799.04822467361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.424890454 Mflops = 259.005424890454 Gflops = 0.259005424890454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001032752 Relative Rsd = 4.52903261620463e-07
BICGSTAB_SOLVER_TIME: 0.607101 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041422 s
InvBiCGStab: k = 62 resid = 1.636613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279414(s) Flops=409798656 => 1466.63608838498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211162.601754235 Mflops = 211.162601754235 Gflops = 0.211162601754235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071761 s
InvBiCGStab: k = 86 resid = 9.661642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392903(s) Flops=567281664 => 1443.82115687587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207884.413454109 Mflops = 207.884413454109 Gflops = 0.207884413454109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001104141 Relative Rsd = 4.8421031464659e-07
BICGSTAB_SOLVER_TIME: 0.789685 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049721 s
InvBiCGStab: k = 56 resid = 1.99938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240718(s) Flops=370427904 => 1538.84588605754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221541.118659264 Mflops = 221.541118659264 Gflops = 0.221541118659264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064645 s
InvBiCGStab: k = 80 resid = 9.940426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341948(s) Flops=527910912 => 1543.8338928726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222279.380168806 Mflops = 222.279380168806 Gflops = 0.222279380168806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001054206 Relative Rsd = 4.62311576579431e-07
BICGSTAB_SOLVER_TIME: 0.700819 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111339
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941671(s) Flops=1485692928 => 1577.7197428826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227173.884720391 Mflops = 227.173884720391 Gflops = 0.227173884720391 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164915000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021341
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.008886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753111(s) Flops=1361258496 => 1807.5137609197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260196.321299192 Mflops = 260.196321299192 Gflops = 0.260196321299192 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 4.526709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.017787(s) Flops=1781213184 => 1750.08443220438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252000.430087216 Mflops = 252.000430087216 Gflops = 0.252000430087216 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002093552 Relative Rsd = 9.20503809473684e-07
BICGSTAB_SOLVER_TIME: 1.774406 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341331999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.174612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.662316(s) Flops=1164404736 => 1758.08033627453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253122.122471424 Mflops = 253.122122471424 Gflops = 0.253122122471424 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 9.323143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82207(s) Flops=1479370752 => 1799.56786161762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259123.697131075 Mflops = 259.123697131075 Gflops = 0.259123697131075 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.002001472 Relative Rsd = 8.79784381793824e-07
BICGSTAB_SOLVER_TIME: 1.487847 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286980999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018542(s) Flops=1485692928 => 1458.64670087242 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210032.692373162 Mflops = 210.032692373162 Gflops = 0.210032692373162 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165161000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.509009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 24 resid = 2.165812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.08926(s) Flops=160450560 => 1797.56397042348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258713.027196568 Mflops = 258.713027196568 Gflops = 0.258713027196568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 45 resid = 8.907785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165692(s) Flops=298248192 => 1800.01564348309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.718764733 Mflops = 259.084718764733 Gflops = 0.259084718764733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007046026 Relative Rsd = 3.0899651740232e-07
BICGSTAB_SOLVER_TIME: 0.355871 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043907 s
InvBiCGStab: k = 84 resid = 1.429032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325495(s) Flops=554158080 => 1702.50873285304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245122.756763792 Mflops = 245.122756763792 Gflops = 0.245122756763792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056367 s
InvBiCGStab: k = 109 resid = 6.605884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402764(s) Flops=718202880 => 1783.18538896227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256738.519579965 Mflops = 256.738519579965 Gflops = 0.256738519579965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001276131 Relative Rsd = 5.59634536395042e-07
BICGSTAB_SOLVER_TIME: 0.832309 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152123999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041971 s
InvBiCGStab: k = 54 resid = 2.033246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199412(s) Flops=357304320 => 1791.78946101539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.783254048 Mflops = 257.948783254048 Gflops = 0.257948783254048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 69 resid = 1.04529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253611(s) Flops=455731200 => 1796.96937435679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258698.547046545 Mflops = 258.698547046545 Gflops = 0.258698547046545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009868873 Relative Rsd = 4.327896865563e-07
BICGSTAB_SOLVER_TIME: 0.555414 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04071 s
InvBiCGStab: k = 59 resid = 2.227926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216609(s) Flops=390113280 => 1801.00217442489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259285.800522106 Mflops = 259.285800522106 Gflops = 0.259285800522106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 85 resid = 1.092956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310453(s) Flops=560719872 => 1806.13449378811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260027.505659429 Mflops = 260.027505659429 Gflops = 0.260027505659429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001161406 Relative Rsd = 5.09323183384945e-07
BICGSTAB_SOLVER_TIME: 0.627897 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117303000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 64 resid = 1.340576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234065(s) Flops=422922240 => 1806.85809497362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260121.990059838 Mflops = 260.121990059838 Gflops = 0.260121990059838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 84 resid = 1.14424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306795(s) Flops=554158080 => 1806.28132792255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260053.452455988 Mflops = 260.053452455988 Gflops = 0.260053452455988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001108448 Relative Rsd = 4.86099165871599e-07
BICGSTAB_SOLVER_TIME: 0.641717 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119971
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942253(s) Flops=1504641024 => 1596.85458576412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229930.021328652 Mflops = 229.930021328652 Gflops = 0.229930021328652 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167103000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047292 s
InvBiCGStab: k = 33 resid = 1.359981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154003(s) Flops=219506688 => 1425.34033752589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205162.453356232 Mflops = 205.162453356232 Gflops = 0.205162453356232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085956 s
InvBiCGStab: k = 49 resid = 9.301039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213385(s) Flops=324495360 => 1520.70370457155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218913.716304196 Mflops = 218.913716304196 Gflops = 0.218913716304196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007637814 Relative Rsd = 3.34948796158556e-07
BICGSTAB_SOLVER_TIME: 0.505097 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045629 s
InvBiCGStab: k = 71 resid = 1.787102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312794(s) Flops=468854784 => 1498.92512004706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215815.664018932 Mflops = 215.815664018932 Gflops = 0.215815664018932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065622 s
InvBiCGStab: k = 115 resid = 9.49801e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.53446(s) Flops=757573632 => 1417.4561838117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204088.214724789 Mflops = 204.088214724789 Gflops = 0.204088214724789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001335402 Relative Rsd = 5.85627197910319e-07
BICGSTAB_SOLVER_TIME: 0.962363 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 55 resid = 1.730048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203098(s) Flops=363866112 => 1791.57900127032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257920.087799654 Mflops = 257.920087799654 Gflops = 0.257920087799654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056064 s
InvBiCGStab: k = 75 resid = 9.982717e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275926(s) Flops=495101952 => 1794.32874031443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258322.401121871 Mflops = 258.322401121871 Gflops = 0.258322401121871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001029902 Relative Rsd = 4.51653233990744e-07
BICGSTAB_SOLVER_TIME: 0.58021 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 63 resid = 1.461957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231551(s) Flops=416360448 => 1798.13711882048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258876.295148769 Mflops = 258.876295148769 Gflops = 0.258876295148769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056883 s
InvBiCGStab: k = 91 resid = 1.122612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335268(s) Flops=600090624 => 1789.88338881134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257686.977561174 Mflops = 257.686977561174 Gflops = 0.257686977561174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001179502 Relative Rsd = 5.17259033696318e-07
BICGSTAB_SOLVER_TIME: 0.668578 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041143 s
InvBiCGStab: k = 57 resid = 1.617645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208739(s) Flops=376989696 => 1806.03383172287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260012.25629725 Mflops = 260.01225629725 Gflops = 0.26001225629725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 89 resid = 7.269334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325163(s) Flops=586967040 => 1805.14708007984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.523752023 Mflops = 259.878523752023 Gflops = 0.259878523752023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00107899 Relative Rsd = 4.73180256674119e-07
BICGSTAB_SOLVER_TIME: 0.634852 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118668
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943209(s) Flops=1517248512 => 1608.6026660051 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231629.923143095 Mflops = 231.629923143095 Gflops = 0.231629923143095 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170104000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04154 s
InvBiCGStab: k = 31 resid = 1.571694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115791(s) Flops=206383104 => 1782.37603958857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256536.973577209 Mflops = 256.536973577209 Gflops = 0.256536973577209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05768 s
InvBiCGStab: k = 51 resid = 8.649332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187412(s) Flops=337618944 => 1801.47986254882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.544768411 Mflops = 259.313544768411 Gflops = 0.259313544768411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007644726 Relative Rsd = 3.3525194764172e-07
BICGSTAB_SOLVER_TIME: 0.406246 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04145 s
InvBiCGStab: k = 55 resid = 2.253725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208072(s) Flops=363866112 => 1748.75097081779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251797.25778175 Mflops = 251.79725778175 Gflops = 0.25179725778175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057612 s
InvBiCGStab: k = 84 resid = 3.883066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317574(s) Flops=554158080 => 1744.97307714108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251225.329560421 Mflops = 251.225329560421 Gflops = 0.251225329560421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001039085 Relative Rsd = 4.55680584597156e-07
BICGSTAB_SOLVER_TIME: 0.628477 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041696 s
InvBiCGStab: k = 51 resid = 2.186853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211088(s) Flops=337618944 => 1599.42272417191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230264.966505113 Mflops = 230.264966505114 Gflops = 0.230264966505113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061808 s
InvBiCGStab: k = 78 resid = 6.900774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351149(s) Flops=514787328 => 1466.00824151571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211065.044586853 Mflops = 211.065044586853 Gflops = 0.211065044586853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001057734 Relative Rsd = 4.63858782515565e-07
BICGSTAB_SOLVER_TIME: 0.670358 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047228 s
InvBiCGStab: k = 65 resid = 1.921393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285163(s) Flops=429484032 => 1506.10013220509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216804.746689806 Mflops = 216.804746689806 Gflops = 0.216804746689806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065909 s
InvBiCGStab: k = 86 resid = 1.09408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389945(s) Flops=567281664 => 1454.77352960033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209459.714687456 Mflops = 209.459714687456 Gflops = 0.209459714687456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00112308 Relative Rsd = 4.92515736124455e-07
BICGSTAB_SOLVER_TIME: 0.792953 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.071517 s
InvBiCGStab: k = 62 resid = 1.747108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263547(s) Flops=409798656 => 1554.9357647782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223868.879617406 Mflops = 223.868879617406 Gflops = 0.223868879617406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058904 s
InvBiCGStab: k = 85 resid = 1.110574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320772(s) Flops=560719872 => 1748.03247166212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251667.330042218 Mflops = 251.667330042218 Gflops = 0.251667330042218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001082077 Relative Rsd = 4.74534074631434e-07
BICGSTAB_SOLVER_TIME: 0.718527 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001838
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119226
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972101(s) Flops=1523589120 => 1567.31565958681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225686.611853535 Mflops = 225.686611853535 Gflops = 0.225686611853535 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169154000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041981 s
InvBiCGStab: k = 24 resid = 2.219413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.091391(s) Flops=160450560 => 1755.64946220087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252654.390478516 Mflops = 252.654390478516 Gflops = 0.252654390478516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 52 resid = 9.748215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191317(s) Flops=344180736 => 1799.00759472499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258973.497732359 Mflops = 258.973497732359 Gflops = 0.258973497732359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007345059 Relative Rsd = 3.22110346162401e-07
BICGSTAB_SOLVER_TIME: 0.385242 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041992 s
InvBiCGStab: k = 58 resid = 2.22565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224314(s) Flops=383551488 => 1709.88653405494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246162.869523544 Mflops = 246.162869523544 Gflops = 0.246162869523544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057421 s
InvBiCGStab: k = 77 resid = 1.149364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288647(s) Flops=508225536 => 1760.71650147065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253488.094051428 Mflops = 253.488094051428 Gflops = 0.253488094051428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001069627 Relative Rsd = 4.69074488978091e-07
BICGSTAB_SOLVER_TIME: 0.616147 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044763 s
InvBiCGStab: k = 60 resid = 1.9411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224576(s) Flops=396675072 => 1766.32886862354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254288.789497596 Mflops = 254.288789497596 Gflops = 0.254288789497596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 86 resid = 1.082585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331832(s) Flops=567281664 => 1709.54478169676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246142.73803599 Mflops = 246.14273803599 Gflops = 0.24614273803599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001054979 Relative Rsd = 4.62650618175876e-07
BICGSTAB_SOLVER_TIME: 0.661386 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042659 s
InvBiCGStab: k = 63 resid = 2.182953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252335(s) Flops=416360448 => 1650.03050706402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237557.432458555 Mflops = 237.557432458555 Gflops = 0.237557432458555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055876 s
InvBiCGStab: k = 89 resid = 1.005156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325063(s) Flops=586967040 => 1805.70240230355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259974.66512955 Mflops = 259.97466512955 Gflops = 0.25997466512955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00109407 Relative Rsd = 4.79793431231735e-07
BICGSTAB_SOLVER_TIME: 0.679862 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043809 s
InvBiCGStab: k = 55 resid = 1.95107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206736(s) Flops=363866112 => 1760.05200835849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253383.475351151 Mflops = 253.383475351151 Gflops = 0.253383475351151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057415 s
InvBiCGStab: k = 85 resid = 8.419233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375113(s) Flops=560719872 => 1494.80255816247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215213.953231644 Mflops = 215.213953231644 Gflops = 0.215213953231644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001117375 Relative Rsd = 4.90013894017273e-07
BICGSTAB_SOLVER_TIME: 0.687619 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114203
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.157052(s) Flops=1529782272 => 1322.13787452941 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190353.475702557 Mflops = 190.353475702557 Gflops = 0.190353475702557 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169956000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.060647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707942(s) Flops=1275955200 => 1802.3442598405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.09260743 Mflops = 259.54409260743 Gflops = 0.25954409260743 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 7.505621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.923132(s) Flops=1669662720 => 1808.69336129611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260442.915807454 Mflops = 260.442915807454 Gflops = 0.260442915807454 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002096095 Relative Rsd = 9.21598569562444e-07
BICGSTAB_SOLVER_TIME: 1.634499 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319756999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.17784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.651951(s) Flops=1177528320 => 1806.1607697511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.775369779 Mflops = 259.986775369779 Gflops = 0.259986775369779 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.365931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865762(s) Flops=1551550464 => 1792.12123424221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258052.823125119 Mflops = 258.052823125119 Gflops = 0.258052823125119 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002094923 Relative Rsd = 9.2084328547546e-07
BICGSTAB_SOLVER_TIME: 1.521159 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.117479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001871
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296635999999998
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951877(s) Flops=1529782272 => 1607.12179409735 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231407.482889616 Mflops = 231.407482889616 Gflops = 0.231407482889616 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169780000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055952 s
InvBiCGStab: k = 21 resid = 2.204446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092678(s) Flops=140765184 => 1518.86298797989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218595.997167376 Mflops = 218.595997167376 Gflops = 0.218595997167376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063644 s
InvBiCGStab: k = 55 resid = 1.074246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235275(s) Flops=363866112 => 1546.55663372649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222631.248233374 Mflops = 222.631248233374 Gflops = 0.222631248233374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007071793 Relative Rsd = 3.10126519916357e-07
BICGSTAB_SOLVER_TIME: 0.452443 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048618 s
InvBiCGStab: k = 93 resid = 2.152534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382348(s) Flops=613214208 => 1603.81173172084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230917.719077961 Mflops = 230.917719077961 Gflops = 0.230917719077961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 113 resid = 1.112791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470077(s) Flops=744450048 => 1583.67681890414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228027.535424988 Mflops = 228.027535424988 Gflops = 0.228027535424988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001384392 Relative Rsd = 6.07111285195017e-07
BICGSTAB_SOLVER_TIME: 0.961483 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161651999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 63 resid = 2.000229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232778(s) Flops=416360448 => 1788.65892824923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257510.851101215 Mflops = 257.510851101215 Gflops = 0.257510851101215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056992 s
InvBiCGStab: k = 80 resid = 7.928079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294732(s) Flops=527910912 => 1791.15573470136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257863.06208005 Mflops = 257.86306208005 Gflops = 0.25786306208005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001032422 Relative Rsd = 4.52758578005898e-07
BICGSTAB_SOLVER_TIME: 0.629846 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041637 s
InvBiCGStab: k = 60 resid = 2.029116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222204(s) Flops=396675072 => 1785.18420910515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256986.733461632 Mflops = 256.986733461632 Gflops = 0.256986733461632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056833 s
InvBiCGStab: k = 93 resid = 1.123364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340667(s) Flops=613214208 => 1800.03994516639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259163.900362562 Mflops = 259.163900362562 Gflops = 0.259163900362562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001163925 Relative Rsd = 5.10427659502622e-07
BICGSTAB_SOLVER_TIME: 0.665201 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 71 resid = 1.476775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259532(s) Flops=468854784 => 1806.53940169228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260086.758298709 Mflops = 260.086758298709 Gflops = 0.260086758298709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057195 s
InvBiCGStab: k = 85 resid = 6.131427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310443(s) Flops=560719872 => 1806.19267305109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260034.484195034 Mflops = 260.034484195034 Gflops = 0.260034484195034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.0011474 Relative Rsd = 5.03180919787366e-07
BICGSTAB_SOLVER_TIME: 0.67247 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125559
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949913(s) Flops=1529634816 => 1610.28938018534 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231908.765384771 Mflops = 231.908765384771 Gflops = 0.231908765384771 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170198000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 26 resid = 2.168369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09659(s) Flops=173574144 => 1797.01981571591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258653.447036966 Mflops = 258.653447036966 Gflops = 0.258653447036966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05624 s
InvBiCGStab: k = 60 resid = 1.14175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235931(s) Flops=396675072 => 1681.31814810262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242033.173100076 Mflops = 242.033173100076 Gflops = 0.242033173100076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007820281 Relative Rsd = 3.42950734310104e-07
BICGSTAB_SOLVER_TIME: 0.433874 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 80 resid = 2.221078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294914(s) Flops=527910912 => 1790.05036044406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257690.062164158 Mflops = 257.690062164158 Gflops = 0.257690062164158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 111 resid = 6.254894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455029(s) Flops=731326464 => 1607.20847242703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231404.727751657 Mflops = 231.404727751657 Gflops = 0.231404727751657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001301126 Relative Rsd = 5.70595775202929e-07
BICGSTAB_SOLVER_TIME: 0.851615 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150746999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050394 s
InvBiCGStab: k = 59 resid = 2.155124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256817(s) Flops=390113280 => 1519.0321512984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218690.501281191 Mflops = 218.690501281191 Gflops = 0.218690501281191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069787 s
InvBiCGStab: k = 78 resid = 1.131932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354956(s) Flops=514787328 => 1450.28490291754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208804.897385183 Mflops = 208.804897385183 Gflops = 0.208804897385183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001085693 Relative Rsd = 4.76120029637243e-07
BICGSTAB_SOLVER_TIME: 0.735953 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041716 s
InvBiCGStab: k = 63 resid = 1.781406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288145(s) Flops=416360448 => 1444.96849849902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208036.095741343 Mflops = 208.036095741343 Gflops = 0.208036095741343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056035 s
InvBiCGStab: k = 85 resid = 9.389485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310374(s) Flops=560719872 => 1806.59421214406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260100.693608084 Mflops = 260.100693608084 Gflops = 0.260100693608084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001179761 Relative Rsd = 5.1737267721291e-07
BICGSTAB_SOLVER_TIME: 0.700119 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120513
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042777 s
InvBiCGStab: k = 66 resid = 2.227913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346656(s) Flops=436045824 => 1257.86319579064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181105.72128017 Mflops = 181.10572128017 Gflops = 0.18110572128017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078768 s
InvBiCGStab: k = 81 resid = 8.968511e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298533(s) Flops=534472704 => 1790.33039563465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257752.523547323 Mflops = 257.752523547323 Gflops = 0.257752523547323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001096559 Relative Rsd = 4.8088509309844e-07
BICGSTAB_SOLVER_TIME: 0.770641 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119451
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949475(s) Flops=1523146752 => 1604.1989014982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230984.167931753 Mflops = 230.984167931753 Gflops = 0.230984167931753 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169384000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 24 resid = 1.568791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089174(s) Flops=160450560 => 1799.29755309844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258959.43741678 Mflops = 258.95943741678 Gflops = 0.25895943741678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056806 s
InvBiCGStab: k = 44 resid = 1.090737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162624(s) Flops=291686400 => 1793.62455726092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258173.807106074 Mflops = 258.173807106074 Gflops = 0.258173807106074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007142403 Relative Rsd = 3.13223050479524e-07
BICGSTAB_SOLVER_TIME: 0.353884 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0628000000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 59 resid = 1.143053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216326(s) Flops=390113280 => 1803.35826484103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259605.961025713 Mflops = 259.605961025713 Gflops = 0.259605961025713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05593 s
InvBiCGStab: k = 81 resid = 1.071699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295491(s) Flops=534472704 => 1808.76136329025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260403.583634803 Mflops = 260.403583634803 Gflops = 0.260403583634803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001089077 Relative Rsd = 4.7760382800482e-07
BICGSTAB_SOLVER_TIME: 0.612807 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 55 resid = 1.94528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201629(s) Flops=363866112 => 1804.6318337144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.065235098 Mflops = 259.806065235098 Gflops = 0.259806065235098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055906 s
InvBiCGStab: k = 70 resid = 1.041505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256214(s) Flops=462292992 => 1804.32369815857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.219719147 Mflops = 259.759219719147 Gflops = 0.259759219719147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00100884 Relative Rsd = 4.42416711679275e-07
BICGSTAB_SOLVER_TIME: 0.558724 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047271 s
InvBiCGStab: k = 73 resid = 1.000134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341934(s) Flops=481978368 => 1409.56549509554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202938.49977391 Mflops = 202.93849977391 Gflops = 0.20293849977391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063005 s
InvBiCGStab: k = 86 resid = 1.082113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38848(s) Flops=567281664 => 1460.25963756178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210240.677300157 Mflops = 210.240677300157 Gflops = 0.210240677300157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001144952 Relative Rsd = 5.02107279556491e-07
BICGSTAB_SOLVER_TIME: 0.845169 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043879 s
InvBiCGStab: k = 52 resid = 2.051776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213788(s) Flops=344180736 => 1609.91606638352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231762.605702306 Mflops = 231.762605702306 Gflops = 0.231762605702306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065414 s
InvBiCGStab: k = 73 resid = 1.086081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335196(s) Flops=481978368 => 1437.90011813983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207013.905439652 Mflops = 207.013905439652 Gflops = 0.207013905439652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001042633 Relative Rsd = 4.57236265296881e-07
BICGSTAB_SOLVER_TIME: 0.663006 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103553
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984234(s) Flops=1541873664 => 1566.57224196685 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225588.868332796 Mflops = 225.588868332796 Gflops = 0.225588868332796 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 24 resid = 2.020478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088776(s) Flops=160450560 => 1807.36415247364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260094.926880621 Mflops = 260.094926880621 Gflops = 0.260094926880621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056685 s
InvBiCGStab: k = 47 resid = 1.042307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174793(s) Flops=311371776 => 1781.3744028651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256429.575674201 Mflops = 256.429575674201 Gflops = 0.256429575674201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007367746 Relative Rsd = 3.23105262986904e-07
BICGSTAB_SOLVER_TIME: 0.365499 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650070000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 60 resid = 1.976705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220109(s) Flops=396675072 => 1802.17561299175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259457.517960538 Mflops = 259.457517960538 Gflops = 0.259457517960538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 97 resid = 1.099055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356744(s) Flops=639461376 => 1792.49370977508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258070.344850877 Mflops = 258.070344850877 Gflops = 0.258070344850877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001144852 Relative Rsd = 5.02063578365924e-07
BICGSTAB_SOLVER_TIME: 0.677779 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040872 s
InvBiCGStab: k = 50 resid = 2.252405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183764(s) Flops=331057152 => 1801.53431575281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259339.9311508 Mflops = 259.3399311508 Gflops = 0.2593399311508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 72 resid = 9.273116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263449(s) Flops=475416576 => 1804.58675493169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.507024467 Mflops = 259.805507024467 Gflops = 0.259805507024467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001033597 Relative Rsd = 4.53273955948394e-07
BICGSTAB_SOLVER_TIME: 0.548084 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 65 resid = 2.248622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25624(s) Flops=429484032 => 1676.10065563534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241321.910074888 Mflops = 241.321910074888 Gflops = 0.241321910074888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076128 s
InvBiCGStab: k = 89 resid = 8.826731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387194(s) Flops=586967040 => 1515.95076369985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218262.567207232 Mflops = 218.262567207232 Gflops = 0.218262567207232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001130354 Relative Rsd = 4.95705667771901e-07
BICGSTAB_SOLVER_TIME: 0.764785 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124523
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048694 s
InvBiCGStab: k = 57 resid = 1.975277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279964(s) Flops=376989696 => 1346.56490120158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193923.156501031 Mflops = 193.923156501031 Gflops = 0.193923156501031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062917 s
InvBiCGStab: k = 77 resid = 1.074789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329108(s) Flops=508225536 => 1544.25154052773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222326.369508869 Mflops = 222.326369508869 Gflops = 0.222326369508869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001044088 Relative Rsd = 4.5787432310028e-07
BICGSTAB_SOLVER_TIME: 0.724777 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109806
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019284(s) Flops=1567014912 => 1537.36830167058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221609.168230626 Mflops = 221.609168230626 Gflops = 0.221609168230626 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174335000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.366275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822888(s) Flops=1485932544 => 1805.75308425934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.096854504 Mflops = 259.984096854504 Gflops = 0.259984096854504 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.007453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881545(s) Flops=1590921216 => 1804.69654526995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259861.657704395 Mflops = 259.861657704395 Gflops = 0.259861657704395 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002176351 Relative Rsd = 9.56864641210839e-07
BICGSTAB_SOLVER_TIME: 1.707935 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334045999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.103601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705577(s) Flops=1184090112 => 1678.18694770379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241623.381702149 Mflops = 241.623381702149 Gflops = 0.241623381702149 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 7.733528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910357(s) Flops=1348134912 => 1480.88597330498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213240.22443956 Mflops = 213.24022443956 Gflops = 0.21324022443956 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002100379 Relative Rsd = 9.23224309594664e-07
BICGSTAB_SOLVER_TIME: 1.619601 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.121454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274885999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.11428(s) Flops=1567014912 => 1406.30264565459 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202502.917743917 Mflops = 202.502917743917 Gflops = 0.202502917743917 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174331000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040746 s
InvBiCGStab: k = 31 resid = 2.230485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114534(s) Flops=206383104 => 1801.93745088795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.75496027 Mflops = 259.36375496027 Gflops = 0.25936375496027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055886 s
InvBiCGStab: k = 48 resid = 1.135303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176048(s) Flops=317933568 => 1805.94819594656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.603151632 Mflops = 259.963603151632 Gflops = 0.259963603151632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007300231 Relative Rsd = 3.2014445627318e-07
BICGSTAB_SOLVER_TIME: 0.391005 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 74 resid = 1.536279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271274(s) Flops=488540160 => 1800.91037106394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.108328791 Mflops = 259.288108328791 Gflops = 0.259288108328791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056124 s
InvBiCGStab: k = 106 resid = 8.656722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406582(s) Flops=698517504 => 1718.02368034001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247354.488391349 Mflops = 247.354488391349 Gflops = 0.247354488391349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001275101 Relative Rsd = 5.5918287233786e-07
BICGSTAB_SOLVER_TIME: 0.779406 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142891
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041479 s
InvBiCGStab: k = 52 resid = 1.988406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192544(s) Flops=344180736 => 1787.54329400033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257357.912177267 Mflops = 257.357912177267 Gflops = 0.257357912177267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 81 resid = 7.122911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298782(s) Flops=534472704 => 1788.83836375685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257536.972733186 Mflops = 257.536972733186 Gflops = 0.257536972733186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001021386 Relative Rsd = 4.47918620097782e-07
BICGSTAB_SOLVER_TIME: 0.593015 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042103 s
InvBiCGStab: k = 73 resid = 2.033793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267893(s) Flops=481978368 => 1799.14506164775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259026.395269882 Mflops = 259.026395269882 Gflops = 0.259026395269882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055869 s
InvBiCGStab: k = 92 resid = 8.406739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336379(s) Flops=606652416 => 1803.47886164118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259651.372261277 Mflops = 259.651372261277 Gflops = 0.259651372261277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001131863 Relative Rsd = 4.96367260912743e-07
BICGSTAB_SOLVER_TIME: 0.706129 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044149 s
InvBiCGStab: k = 53 resid = 1.948762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229748(s) Flops=350742528 => 1526.64017967512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219771.970603928 Mflops = 219.771970603928 Gflops = 0.219771970603928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065512 s
InvBiCGStab: k = 81 resid = 1.080102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342148(s) Flops=534472704 => 1562.10968352877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224897.837537957 Mflops = 224.897837537957 Gflops = 0.224897837537957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001044501 Relative Rsd = 4.58055815778396e-07
BICGSTAB_SOLVER_TIME: 0.685542 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109788
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.17537(s) Flops=1579991040 => 1344.24992980934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193694.970196632 Mflops = 193.694970196632 Gflops = 0.193694970196632 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175826000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.388651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044959 s
InvBiCGStab: k = 26 resid = 2.276211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099088(s) Flops=173574144 => 1751.71709995156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252127.160827471 Mflops = 252.127160827471 Gflops = 0.252127160827471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056914 s
InvBiCGStab: k = 48 resid = 9.156988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178525(s) Flops=317933568 => 1780.89101246324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256369.573243747 Mflops = 256.369573243747 Gflops = 0.256369573243747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007042141 Relative Rsd = 3.08826154233018e-07
BICGSTAB_SOLVER_TIME: 0.383329 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041683 s
InvBiCGStab: k = 73 resid = 2.204325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26922(s) Flops=481978368 => 1790.27697793626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257746.052236448 Mflops = 257.746052236448 Gflops = 0.257746052236448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057372 s
InvBiCGStab: k = 110 resid = 1.115386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404394(s) Flops=724764672 => 1792.22409828039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258038.175624623 Mflops = 258.038175624623 Gflops = 0.258038175624623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001288994 Relative Rsd = 5.6527541051533e-07
BICGSTAB_SOLVER_TIME: 0.776547 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042144 s
InvBiCGStab: k = 55 resid = 2.215897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2013(s) Flops=363866112 => 1807.58128166915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.596072794 Mflops = 260.211596072794 Gflops = 0.260211596072794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055887 s
InvBiCGStab: k = 86 resid = 9.127845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314659(s) Flops=567281664 => 1802.84582357409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259564.308520456 Mflops = 259.564308520456 Gflops = 0.259564308520456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001090164 Relative Rsd = 4.78080558983228e-07
BICGSTAB_SOLVER_TIME: 0.617739 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04074 s
InvBiCGStab: k = 80 resid = 2.107313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293111(s) Flops=527910912 => 1801.06141359417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259310.335881628 Mflops = 259.310335881628 Gflops = 0.259310335881628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 103 resid = 7.859823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377178(s) Flops=678832128 => 1799.76596726214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259127.826425834 Mflops = 259.127826425834 Gflops = 0.259127826425834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001162093 Relative Rsd = 5.09624650125949e-07
BICGSTAB_SOLVER_TIME: 0.771223 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045082 s
InvBiCGStab: k = 55 resid = 2.169868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238119(s) Flops=363866112 => 1528.08516750028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220003.543780374 Mflops = 220.003543780374 Gflops = 0.220003543780374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064787 s
InvBiCGStab: k = 84 resid = 8.909925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36092(s) Flops=554158080 => 1535.40418929403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221059.140210062 Mflops = 221.059140210062 Gflops = 0.221059140210062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001116846 Relative Rsd = 4.89781756968781e-07
BICGSTAB_SOLVER_TIME: 0.71277 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113485
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.1505(s) Flops=1592377344 => 1384.07417992177 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199296.015380911 Mflops = 199.296015380911 Gflops = 0.199296015380911 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177060000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044451 s
InvBiCGStab: k = 23 resid = 2.062154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.087875(s) Flops=153888768 => 1751.22353342816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252028.287122393 Mflops = 252.028287122393 Gflops = 0.252028287122394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057112 s
InvBiCGStab: k = 55 resid = 7.818724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20623(s) Flops=363866112 => 1764.37042137419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254011.699614479 Mflops = 254.011699614479 Gflops = 0.254011699614479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007458401 Relative Rsd = 3.27080846061498e-07
BICGSTAB_SOLVER_TIME: 0.399504 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041987 s
InvBiCGStab: k = 52 resid = 2.224871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194591(s) Flops=344180736 => 1768.73923254416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254631.168618559 Mflops = 254.631168618559 Gflops = 0.254631168618559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 80 resid = 1.018895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292706(s) Flops=527910912 => 1803.55343587081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259652.507219517 Mflops = 259.652507219517 Gflops = 0.259652507219517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001116453 Relative Rsd = 4.89609658004526e-07
BICGSTAB_SOLVER_TIME: 0.589357 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 62 resid = 2.21027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227301(s) Flops=409798656 => 1802.88980690802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.295979871 Mflops = 259.569295979871 Gflops = 0.259569295979871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 94 resid = 8.52766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343577(s) Flops=619776000 => 1803.89257720977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.176616193 Mflops = 259.713176616193 Gflops = 0.259713176616193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001089877 Relative Rsd = 4.77954918060347e-07
BICGSTAB_SOLVER_TIME: 0.671944 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 70 resid = 1.726946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256483(s) Flops=462292992 => 1802.43131903479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.658448344 Mflops = 259.495658448344 Gflops = 0.259495658448344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056026 s
InvBiCGStab: k = 88 resid = 9.272116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322199(s) Flops=580405248 => 1801.38749033982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.921816699 Mflops = 259.352921816699 Gflops = 0.259352921816699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001117107 Relative Rsd = 4.89896115224471e-07
BICGSTAB_SOLVER_TIME: 0.679602 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 67 resid = 2.264635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257439(s) Flops=442607616 => 1719.27181196322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247531.051663682 Mflops = 247.531051663682 Gflops = 0.247531051663682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074094 s
InvBiCGStab: k = 80 resid = 1.066419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351308(s) Flops=527910912 => 1502.70108281053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216352.543979832 Mflops = 216.352543979832 Gflops = 0.216352543979832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001076359 Relative Rsd = 4.72026820928224e-07
BICGSTAB_SOLVER_TIME: 0.727943 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119166
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.161029(s) Flops=1598423040 => 1376.72964241203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198246.149601506 Mflops = 198.246149601506 Gflops = 0.198246149601506 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177644000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041574 s
InvBiCGStab: k = 27 resid = 2.188078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100704(s) Flops=180135936 => 1788.7664442326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257432.965465627 Mflops = 257.432965465627 Gflops = 0.257432965465627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056632 s
InvBiCGStab: k = 48 resid = 1.043531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177574(s) Flops=317933568 => 1790.42859878135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257725.57554252 Mflops = 257.72557554252 Gflops = 0.25772557554252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000779977 Relative Rsd = 3.42051235155193e-07
BICGSTAB_SOLVER_TIME: 0.380365 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 60 resid = 1.55648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219887(s) Flops=396675072 => 1803.99510657747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259693.804450244 Mflops = 259.693804450244 Gflops = 0.259693804450244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059682 s
InvBiCGStab: k = 83 resid = 1.105496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30372(s) Flops=547596288 => 1802.96420387199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.881686036 Mflops = 259.569881686036 Gflops = 0.259569881686036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001152202 Relative Rsd = 5.05286745381429e-07
BICGSTAB_SOLVER_TIME: 0.628188 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040671 s
InvBiCGStab: k = 53 resid = 2.280245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194124(s) Flops=350742528 => 1806.79631575694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260095.087907293 Mflops = 260.095087907293 Gflops = 0.260095087907293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056647 s
InvBiCGStab: k = 85 resid = 1.081298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311534(s) Flops=560719872 => 1799.8673403224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259132.889748096 Mflops = 259.132889748096 Gflops = 0.259132889748096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00104991 Relative Rsd = 4.60427830633694e-07
BICGSTAB_SOLVER_TIME: 0.606814 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040932 s
InvBiCGStab: k = 63 resid = 2.149435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231107(s) Flops=416360448 => 1801.59167831351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259371.691691831 Mflops = 259.371691691831 Gflops = 0.259371691691831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056259 s
InvBiCGStab: k = 83 resid = 1.12902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304994(s) Flops=547596288 => 1795.43298556693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258488.850341921 Mflops = 258.488850341921 Gflops = 0.258488850341921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001132841 Relative Rsd = 4.96796257529959e-07
BICGSTAB_SOLVER_TIME: 0.637231 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 52 resid = 1.723613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191086(s) Flops=344180736 => 1801.18237861486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.166770093 Mflops = 259.303166770093 Gflops = 0.259303166770093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055925 s
InvBiCGStab: k = 84 resid = 1.049584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307473(s) Flops=554158080 => 1802.29834814764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259472.32980674 Mflops = 259.47232980674 Gflops = 0.25947232980674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001050247 Relative Rsd = 4.60575373204651e-07
BICGSTAB_SOLVER_TIME: 0.59948 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111356
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.195814(s) Flops=1597759488 => 1336.12709668895 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192421.725205492 Mflops = 192.421725205492 Gflops = 0.192421725205492 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177584000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.462754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021468
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.536404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766543(s) Flops=1380943872 => 1801.52173067917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.126397278 Mflops = 259.351126397278 Gflops = 0.259351126397278 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.469013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861173(s) Flops=1551550464 => 1801.67105099672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259426.974761538 Mflops = 259.426974761538 Gflops = 0.259426974761538 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002036123 Relative Rsd = 8.95190142293938e-07
BICGSTAB_SOLVER_TIME: 1.631073 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318356999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.232847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.622441(s) Flops=1125033984 => 1807.45481740438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260186.477629723 Mflops = 260.186477629723 Gflops = 0.260186477629723 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 7.540707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768589(s) Flops=1387505664 => 1805.26349453349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.818296822 Mflops = 259.943818296822 Gflops = 0.259943818296822 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001939062 Relative Rsd = 8.52301204022099e-07
BICGSTAB_SOLVER_TIME: 1.394511 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273140999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.206726(s) Flops=1597759488 => 1324.04496795461 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190652.564853682 Mflops = 190.652564853682 Gflops = 0.190652564853682 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177828000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.463512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 26 resid = 1.986711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09727(s) Flops=173574144 => 1784.45711935849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256843.241025674 Mflops = 256.843241025674 Gflops = 0.256843241025674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 46 resid = 1.004558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17001(s) Flops=304809984 => 1792.89444150344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258089.467949563 Mflops = 258.089467949563 Gflops = 0.258089467949563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007303071 Relative Rsd = 3.20268974034621e-07
BICGSTAB_SOLVER_TIME: 0.368068 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 90 resid = 1.547237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330538(s) Flops=593528832 => 1795.64477306694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258518.012659269 Mflops = 258.518012659269 Gflops = 0.258518012659269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 106 resid = 1.12882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387859(s) Flops=698517504 => 1800.95731696312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.525380439 Mflops = 259.296525380439 Gflops = 0.259296525380439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001353487 Relative Rsd = 5.93558351364762e-07
BICGSTAB_SOLVER_TIME: 0.819565 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154541999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 52 resid = 1.665596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19027(s) Flops=344180736 => 1808.90700583381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260396.750737886 Mflops = 260.396750737886 Gflops = 0.260396750737886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055782 s
InvBiCGStab: k = 84 resid = 1.032038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307101(s) Flops=554158080 => 1804.48152236561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.917097077 Mflops = 259.786917097077 Gflops = 0.259786917097077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001015311 Relative Rsd = 4.45254583268132e-07
BICGSTAB_SOLVER_TIME: 0.598235 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 72 resid = 1.580383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264225(s) Flops=475416576 => 1799.28688049957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.109354391 Mflops = 259.052109354391 Gflops = 0.259052109354391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 87 resid = 9.500431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335037(s) Flops=573843456 => 1712.77636798324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246592.768710887 Mflops = 246.592768710887 Gflops = 0.246592768710887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001136302 Relative Rsd = 4.98314210215866e-07
BICGSTAB_SOLVER_TIME: 0.700443 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127886
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042 s
InvBiCGStab: k = 63 resid = 1.675775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233014(s) Flops=416360448 => 1786.847348228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257233.028108708 Mflops = 257.233028108708 Gflops = 0.257233028108708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05743 s
InvBiCGStab: k = 85 resid = 7.996668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31204(s) Flops=560719872 => 1796.94869888476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258706.992995458 Mflops = 258.706992995458 Gflops = 0.258706992995458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001119494 Relative Rsd = 4.90942850633583e-07
BICGSTAB_SOLVER_TIME: 0.648385 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119923
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.080473(s) Flops=1492770816 => 1381.59011469977 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198935.453202546 Mflops = 198.935453202546 Gflops = 0.198935453202546 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165589000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.48687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 27 resid = 2.238258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100507(s) Flops=180135936 => 1792.27253823117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257991.807136579 Mflops = 257.991807136579 Gflops = 0.257991807136579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 50 resid = 8.528548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184096(s) Flops=331057152 => 1798.28541630454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258871.962052952 Mflops = 258.871962052952 Gflops = 0.258871962052952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007416004 Relative Rsd = 3.25221528877078e-07
BICGSTAB_SOLVER_TIME: 0.38569 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 78 resid = 2.235402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286261(s) Flops=514787328 => 1798.31457306444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258911.133591588 Mflops = 258.911133591588 Gflops = 0.258911133591588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 106 resid = 1.102423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388559(s) Flops=698517504 => 1797.71284155045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258826.819680965 Mflops = 258.826819680965 Gflops = 0.258826819680965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001297334 Relative Rsd = 5.68932883638494e-07
BICGSTAB_SOLVER_TIME: 0.776219 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 52 resid = 1.881629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195573(s) Flops=344180736 => 1759.85813992729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253358.604666578 Mflops = 253.358604666578 Gflops = 0.253358604666578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060305 s
InvBiCGStab: k = 83 resid = 9.392518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321898(s) Flops=547596288 => 1701.14846317778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244904.460937587 Mflops = 244.904460937587 Gflops = 0.244904460937587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001072004 Relative Rsd = 4.70116629635859e-07
BICGSTAB_SOLVER_TIME: 0.62295 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001846
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 70 resid = 1.890934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258623(s) Flops=462292992 => 1787.51693391539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257338.031081787 Mflops = 257.338031081787 Gflops = 0.257338031081787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 92 resid = 5.101085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338645(s) Flops=606652416 => 1791.41111193137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257918.513283541 Mflops = 257.918513283541 Gflops = 0.257918513283541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001151546 Relative Rsd = 5.04999011841666e-07
BICGSTAB_SOLVER_TIME: 0.699041 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 51 resid = 2.045151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187241(s) Flops=337618944 => 1803.12508478378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259578.924275606 Mflops = 259.578924275606 Gflops = 0.259578924275606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 92 resid = 1.072817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336444(s) Flops=606652416 => 1803.13043478261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.725098439 Mflops = 259.600725098439 Gflops = 0.259600725098439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001113654 Relative Rsd = 4.88381787286847e-07
BICGSTAB_SOLVER_TIME: 0.62534 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116306
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094389(s) Flops=1578885120 => 1442.70923775732 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207732.569692634 Mflops = 207.732569692634 Gflops = 0.207732569692634 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176076000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.526347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 28 resid = 2.230221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104479(s) Flops=186697728 => 1786.9402272227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257171.791095066 Mflops = 257.171791095066 Gflops = 0.257171791095066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056799 s
InvBiCGStab: k = 45 resid = 1.112053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166759(s) Flops=298248192 => 1788.49832392854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257463.77533676 Mflops = 257.46377533676 Gflops = 0.25746377533676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007275536 Relative Rsd = 3.19061447854841e-07
BICGSTAB_SOLVER_TIME: 0.372931 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044172 s
InvBiCGStab: k = 55 resid = 2.178288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217075(s) Flops=363866112 => 1676.22301969365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241309.200541659 Mflops = 241.309200541659 Gflops = 0.241309200541659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060479 s
InvBiCGStab: k = 100 resid = 1.12847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377982(s) Flops=659146752 => 1743.85751702462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251068.921511723 Mflops = 251.068921511723 Gflops = 0.251068921511723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001133455 Relative Rsd = 4.9706556101155e-07
BICGSTAB_SOLVER_TIME: 0.703534 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124902000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041266 s
InvBiCGStab: k = 55 resid = 2.073509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202598(s) Flops=363866112 => 1796.00051333182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258541.347412302 Mflops = 258.541347412302 Gflops = 0.258541347412302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05673 s
InvBiCGStab: k = 76 resid = 1.093588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278695(s) Flops=501663744 => 1800.0457274081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.272399556 Mflops = 259.154272399556 Gflops = 0.259154272399556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001042738 Relative Rsd = 4.57282468074292e-07
BICGSTAB_SOLVER_TIME: 0.583199 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040669 s
InvBiCGStab: k = 64 resid = 2.236542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234975(s) Flops=422922240 => 1799.86058091286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259133.016084575 Mflops = 259.133016084575 Gflops = 0.259133016084575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 84 resid = 1.149046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307851(s) Flops=554158080 => 1800.0853659725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.641693281 Mflops = 259.151641693281 Gflops = 0.259151641693281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001111621 Relative Rsd = 4.87490252367599e-07
BICGSTAB_SOLVER_TIME: 0.64364 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 49 resid = 2.080211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180475(s) Flops=324495360 => 1798.00725862308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258847.787387643 Mflops = 258.847787387643 Gflops = 0.258847787387643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 74 resid = 1.123035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270352(s) Flops=488540160 => 1807.05213943304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260159.895296292 Mflops = 260.159895296292 Gflops = 0.260159895296292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001057984 Relative Rsd = 4.63968494967118e-07
BICGSTAB_SOLVER_TIME: 0.552148 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101975
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007291(s) Flops=1629609984 => 1617.8144984915 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232961.106344668 Mflops = 232.961106344668 Gflops = 0.232961106344668 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181351000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.5268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050558 s
InvBiCGStab: k = 31 resid = 1.436509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154046(s) Flops=206383104 => 1339.7498409566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192839.713569771 Mflops = 192.839713569771 Gflops = 0.192839713569771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059816 s
InvBiCGStab: k = 44 resid = 1.033976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163013(s) Flops=291686400 => 1789.34440811469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257564.769876855 Mflops = 257.564769876855 Gflops = 0.257564769876855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007242041 Relative Rsd = 3.17592582429133e-07
BICGSTAB_SOLVER_TIME: 0.431216 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677040000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 58 resid = 1.684444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298375(s) Flops=383551488 => 1285.46791118559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185073.746744577 Mflops = 185.073746744577 Gflops = 0.185073746744577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.091436 s
InvBiCGStab: k = 80 resid = 1.096349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346256(s) Flops=527910912 => 1524.6260339171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219508.341004712 Mflops = 219.508341004712 Gflops = 0.219508341004712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001089233 Relative Rsd = 4.77672289799856e-07
BICGSTAB_SOLVER_TIME: 0.781553 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040802 s
InvBiCGStab: k = 52 resid = 1.935172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191951(s) Flops=344180736 => 1793.06560528468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258129.352931353 Mflops = 258.129352931353 Gflops = 0.258129352931353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 76 resid = 1.138179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279348(s) Flops=501663744 => 1795.83796554835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.669412168 Mflops = 258.540669412168 Gflops = 0.258540669412168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001087335 Relative Rsd = 4.76840078225748e-07
BICGSTAB_SOLVER_TIME: 0.571901 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 63 resid = 1.949658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233024(s) Flops=416360448 => 1786.77066739907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257238.477374977 Mflops = 257.238477374977 Gflops = 0.257238477374977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 85 resid = 6.858069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312821(s) Flops=560719872 => 1792.4623730504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258067.547161851 Mflops = 258.067547161851 Gflops = 0.258067547161851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001076379 Relative Rsd = 4.7203519358623e-07
BICGSTAB_SOLVER_TIME: 0.647435 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 60 resid = 1.721375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220275(s) Flops=396675072 => 1800.81748723187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259272.590308761 Mflops = 259.272590308761 Gflops = 0.259272590308761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 77 resid = 1.069498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28401(s) Flops=508225536 => 1789.46352593219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257620.474203075 Mflops = 257.620474203075 Gflops = 0.257620474203075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001058592 Relative Rsd = 4.64235092650695e-07
BICGSTAB_SOLVER_TIME: 0.606056 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112202
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017339(s) Flops=1642512384 => 1614.51825202809 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232493.152614039 Mflops = 232.493152614039 Gflops = 0.232493152614039 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183267000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.430012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 2.103284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.955764(s) Flops=1479370752 => 1547.84104862707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222889.402309603 Mflops = 222.889402309603 Gflops = 0.222889402309603 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 1.040683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.063383(s) Flops=1709033472 => 1607.16644144208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231422.05340345 Mflops = 231.42205340345 Gflops = 0.23142205340345 Tflops
BICGSTAB_SOLVER: 485 iterations. Rsd = 0.003359314 Relative Rsd = 1.47691227231865e-06
BICGSTAB_SOLVER_TIME: 2.022552 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.114853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346128999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.24284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690586(s) Flops=1236584448 => 1790.63063543136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257804.784102633 Mflops = 257.804784102633 Gflops = 0.257804784102633 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 8.881024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722987(s) Flops=1302202368 => 1801.14216161563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259350.74024262 Mflops = 259.35074024262 Gflops = 0.25935074024262 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.00190999 Relative Rsd = 8.39521447987393e-07
BICGSTAB_SOLVER_TIME: 1.416956 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275831999999998
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045403(s) Flops=1642512384 => 1571.17626790817 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226231.922886305 Mflops = 226.231922886305 Gflops = 0.226231922886305 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182928000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021581
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041024 s
InvBiCGStab: k = 31 resid = 2.090794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114299(s) Flops=206383104 => 1805.64225408796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.995851958 Mflops = 259.879995851958 Gflops = 0.259879995851958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 49 resid = 1.097995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218743(s) Flops=324495360 => 1483.45483055458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213559.561650458 Mflops = 213.559561650458 Gflops = 0.213559561650458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007249204 Relative Rsd = 3.17906684736335e-07
BICGSTAB_SOLVER_TIME: 0.434427 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041112 s
InvBiCGStab: k = 72 resid = 2.263625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32307(s) Flops=475416576 => 1471.55903055065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211851.326683625 Mflops = 211.851326683625 Gflops = 0.211851326683625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063632 s
InvBiCGStab: k = 97 resid = 1.030872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41771(s) Flops=639461376 => 1530.87399391923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220413.747851112 Mflops = 220.413747851112 Gflops = 0.220413747851112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001301578 Relative Rsd = 5.70794166355434e-07
BICGSTAB_SOLVER_TIME: 0.849515 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13525
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042638 s
InvBiCGStab: k = 54 resid = 2.165189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251249(s) Flops=357304320 => 1422.11240641754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204739.237796361 Mflops = 204.739237796361 Gflops = 0.204739237796361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068015 s
InvBiCGStab: k = 79 resid = 5.626268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378028(s) Flops=521349120 => 1379.12831853725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198561.321177614 Mflops = 198.561321177614 Gflops = 0.198561321177614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00106659 Relative Rsd = 4.67742419510473e-07
BICGSTAB_SOLVER_TIME: 0.743774 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 53 resid = 1.830056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195722(s) Flops=350742528 => 1792.04447123982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257987.023946468 Mflops = 257.987023946468 Gflops = 0.257987023946468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 87 resid = 1.133811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320138(s) Flops=573843456 => 1792.48778964072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258073.635826335 Mflops = 258.073635826335 Gflops = 0.258073635826335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001106278 Relative Rsd = 4.8514733760415e-07
BICGSTAB_SOLVER_TIME: 0.617178 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 56 resid = 1.534729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217657(s) Flops=370427904 => 1701.8883105069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245004.831727769 Mflops = 245.004831727769 Gflops = 0.245004831727769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058797 s
InvBiCGStab: k = 86 resid = 1.144259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331329(s) Flops=567281664 => 1712.14009036335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246502.129012827 Mflops = 246.502129012827 Gflops = 0.246502129012827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00109636 Relative Rsd = 4.80797741770098e-07
BICGSTAB_SOLVER_TIME: 0.652862 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115667
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037568(s) Flops=1642807296 => 1583.32494448557 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227984.830275667 Mflops = 227.984830275667 Gflops = 0.227984830275667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 26 resid = 2.148077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099522(s) Flops=173574144 => 1744.07813347802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251028.614524868 Mflops = 251.028614524868 Gflops = 0.251028614524868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058385 s
InvBiCGStab: k = 53 resid = 4.909903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197759(s) Flops=350742528 => 1773.58566740325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255329.010297748 Mflops = 255.329010297748 Gflops = 0.255329010297748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007744628 Relative Rsd = 3.3963304304888e-07
BICGSTAB_SOLVER_TIME: 0.400652 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056652 s
InvBiCGStab: k = 71 resid = 2.157916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335101(s) Flops=468854784 => 1399.14468772102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201453.289517796 Mflops = 201.453289517796 Gflops = 0.201453289517796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062416 s
InvBiCGStab: k = 103 resid = 1.136744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.477299(s) Flops=678832128 => 1422.23664411616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204779.456944457 Mflops = 204.779456944457 Gflops = 0.204779456944457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001275454 Relative Rsd = 5.5933761335259e-07
BICGSTAB_SOLVER_TIME: 0.935705 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04938 s
InvBiCGStab: k = 63 resid = 1.176266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282318(s) Flops=416360448 => 1474.79242556266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212328.891109888 Mflops = 212.328891109888 Gflops = 0.212328891109888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064205 s
InvBiCGStab: k = 71 resid = 1.092091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342011(s) Flops=468854784 => 1370.87632853914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197366.413297604 Mflops = 197.366413297604 Gflops = 0.197366413297604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001035379 Relative Rsd = 4.5405542104654e-07
BICGSTAB_SOLVER_TIME: 0.741779 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 65 resid = 2.103797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250145(s) Flops=429484032 => 1716.94030262448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247196.807652052 Mflops = 247.196807652052 Gflops = 0.247196807652052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057154 s
InvBiCGStab: k = 85 resid = 1.127999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31575(s) Flops=560719872 => 1775.83490736342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255664.621375902 Mflops = 255.664621375902 Gflops = 0.255664621375902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001158617 Relative Rsd = 5.08100111629782e-07
BICGSTAB_SOLVER_TIME: 0.668084 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 56 resid = 1.701189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212013(s) Flops=370427904 => 1747.19429468948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251526.921805112 Mflops = 251.526921805112 Gflops = 0.251526921805112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059545 s
InvBiCGStab: k = 86 resid = 1.094595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331527(s) Flops=567281664 => 1711.11753793809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246347.326616149 Mflops = 246.347326616149 Gflops = 0.246347326616149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001148585 Relative Rsd = 5.0370058616445e-07
BICGSTAB_SOLVER_TIME: 0.648262 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11547
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047043(s) Flops=1643102208 => 1569.27863325575 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225991.483154384 Mflops = 225.991483154384 Gflops = 0.225991483154384 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182883000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043028 s
InvBiCGStab: k = 26 resid = 2.278522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096628(s) Flops=173574144 => 1796.31311835079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258505.137485854 Mflops = 258.505137485854 Gflops = 0.258505137485854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 51 resid = 9.022161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189171(s) Flops=337618944 => 1784.72886436082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256929.604794084 Mflops = 256.929604794084 Gflops = 0.256929604794084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007422463 Relative Rsd = 3.25504795297478e-07
BICGSTAB_SOLVER_TIME: 0.388739 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 62 resid = 1.347472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284121(s) Flops=409798656 => 1442.33849662644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207652.978237157 Mflops = 207.652978237157 Gflops = 0.207652978237157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059092 s
InvBiCGStab: k = 83 resid = 1.130083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380712(s) Flops=547596288 => 1438.34785349556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207084.902791338 Mflops = 207.084902791338 Gflops = 0.207084902791338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001111682 Relative Rsd = 4.87517106136569e-07
BICGSTAB_SOLVER_TIME: 0.769574 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052587 s
InvBiCGStab: k = 51 resid = 1.374469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23702(s) Flops=337618944 => 1424.43230107164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205076.167986812 Mflops = 205.076167986812 Gflops = 0.205076167986812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067796 s
InvBiCGStab: k = 70 resid = 1.14296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299499(s) Flops=462292992 => 1543.5543758076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222239.567214831 Mflops = 222.239567214831 Gflops = 0.222239567214831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001002793 Relative Rsd = 4.39765182783841e-07
BICGSTAB_SOLVER_TIME: 0.660768 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041645 s
InvBiCGStab: k = 65 resid = 2.196758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238766(s) Flops=429484032 => 1798.76545236759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258970.088236824 Mflops = 258.970088236824 Gflops = 0.258970088236824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081114 s
InvBiCGStab: k = 81 resid = 1.135494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316561(s) Flops=534472704 => 1688.37192199924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243094.52082812 Mflops = 243.09452082812 Gflops = 0.24309452082812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001113897 Relative Rsd = 4.88488589729215e-07
BICGSTAB_SOLVER_TIME: 0.681929 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 61 resid = 1.286331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224031(s) Flops=403236864 => 1799.91547598323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259123.402284919 Mflops = 259.123402284919 Gflops = 0.259123402284919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056839 s
InvBiCGStab: k = 84 resid = 1.12641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308901(s) Flops=554158080 => 1793.96661066167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258281.337795152 Mflops = 258.281337795152 Gflops = 0.258281337795152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001033554 Relative Rsd = 4.5325491325671e-07
BICGSTAB_SOLVER_TIME: 0.634703 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118263
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017477(s) Flops=1643028480 => 1614.80650668271 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232525.930480368 Mflops = 232.525930480368 Gflops = 0.232525930480368 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182910000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.390849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040844 s
InvBiCGStab: k = 25 resid = 1.788234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093(s) Flops=167012352 => 1795.83174193548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258423.187591816 Mflops = 258.423187591816 Gflops = 0.258423187591816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 45 resid = 1.108829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165058(s) Flops=298248192 => 1806.92963685492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260101.404087779 Mflops = 260.101404087779 Gflops = 0.260101404087779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007176198 Relative Rsd = 3.14705087525753e-07
BICGSTAB_SOLVER_TIME: 0.358707 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 55 resid = 2.070234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202572(s) Flops=363866112 => 1796.23102896748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258593.183824058 Mflops = 258.593183824058 Gflops = 0.258593183824058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 83 resid = 1.117897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303508(s) Flops=547596288 => 1804.22357236053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259757.420115726 Mflops = 259.757420115726 Gflops = 0.259757420115726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001073965 Relative Rsd = 4.70976716034792e-07
BICGSTAB_SOLVER_TIME: 0.607129 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054723 s
InvBiCGStab: k = 51 resid = 1.98601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240214(s) Flops=337618944 => 1405.49236930404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202356.872033955 Mflops = 202.356872033955 Gflops = 0.202356872033955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061639 s
InvBiCGStab: k = 74 resid = 8.023176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320652(s) Flops=488540160 => 1523.58369821489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219350.120001945 Mflops = 219.350120001945 Gflops = 0.219350120001945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001037467 Relative Rsd = 4.54970950778365e-07
BICGSTAB_SOLVER_TIME: 0.683621 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048388 s
InvBiCGStab: k = 73 resid = 1.937976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307928(s) Flops=481978368 => 1565.23072926139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225359.198871369 Mflops = 225.359198871369 Gflops = 0.225359198871369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070119 s
InvBiCGStab: k = 89 resid = 1.0195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39783(s) Flops=586967040 => 1475.42176306463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212471.439251044 Mflops = 212.471439251044 Gflops = 0.212471439251044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001195899 Relative Rsd = 5.24449717445169e-07
BICGSTAB_SOLVER_TIME: 0.832434 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04153 s
InvBiCGStab: k = 52 resid = 1.903445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191437(s) Flops=344180736 => 1797.8799082727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.415582489 Mflops = 258.846415582489 Gflops = 0.258846415582489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056464 s
InvBiCGStab: k = 81 resid = 1.021043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296611(s) Flops=534472704 => 1801.93149950609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259419.998558255 Mflops = 259.419998558255 Gflops = 0.259419998558255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001012863 Relative Rsd = 4.44180943037257e-07
BICGSTAB_SOLVER_TIME: 0.589862 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109188
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034311(s) Flops=1642733568 => 1588.23948309551 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228836.502648802 Mflops = 228.836502648802 Gflops = 0.228836502648802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021445
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.556414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77124(s) Flops=1394067456 => 1807.56632954722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260062.669004473 Mflops = 260.062669004473 Gflops = 0.260062669004473 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 265 resid = 1.130208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.051677(s) Flops=1741842432 => 1656.25228278264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238490.801155824 Mflops = 238.490801155824 Gflops = 0.238490801155824 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.002128952 Relative Rsd = 9.35963220231746e-07
BICGSTAB_SOLVER_TIME: 1.82628 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.125196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340407999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 160 resid = 1.898856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691724(s) Flops=1052854272 => 1522.07278047314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219129.312194706 Mflops = 219.129312194706 Gflops = 0.219129312194706 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 9.779516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878679(s) Flops=1374382080 => 1564.14581434176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225228.778806886 Mflops = 225.228778806886 Gflops = 0.225228778806886 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.001907787 Relative Rsd = 8.38559745964011e-07
BICGSTAB_SOLVER_TIME: 1.573943 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263789999999997
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021168(s) Flops=1642733568 => 1608.68100841389 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231637.446142733 Mflops = 231.637446142733 Gflops = 0.231637446142733 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182934000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.383152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 29 resid = 2.178389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10695(s) Flops=193259520 => 1807.00813464236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260099.800739257 Mflops = 260.099800739257 Gflops = 0.260099800739257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 49 resid = 9.65772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179979(s) Flops=324495360 => 1802.96234560699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259542.498158886 Mflops = 259.542498158886 Gflops = 0.259542498158886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000732128 Relative Rsd = 3.21067541818328e-07
BICGSTAB_SOLVER_TIME: 0.388817 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 79 resid = 1.417138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290812(s) Flops=521349120 => 1792.73592561517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258102.694237852 Mflops = 258.102694237852 Gflops = 0.258102694237852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056774 s
InvBiCGStab: k = 110 resid = 7.214232e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40241(s) Flops=724764672 => 1801.06029174225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259317.257445742 Mflops = 259.317257445742 Gflops = 0.259317257445742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001300558 Relative Rsd = 5.70346688627255e-07
BICGSTAB_SOLVER_TIME: 0.794911 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149490999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041404 s
InvBiCGStab: k = 60 resid = 2.100589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235021(s) Flops=396675072 => 1687.82820258615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242984.352515993 Mflops = 242.984352515993 Gflops = 0.242984352515993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07098 s
InvBiCGStab: k = 75 resid = 9.471852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335098(s) Flops=495101952 => 1477.48405541066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212724.958247708 Mflops = 212.724958247708 Gflops = 0.212724958247708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00101907 Relative Rsd = 4.46903231103399e-07
BICGSTAB_SOLVER_TIME: 0.686326 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055981 s
InvBiCGStab: k = 60 resid = 2.179817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284068(s) Flops=396675072 => 1396.40885985046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201038.643875704 Mflops = 201.038643875704 Gflops = 0.201038643875704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061367 s
InvBiCGStab: k = 80 resid = 7.489356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356459(s) Flops=527910912 => 1480.98634625581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213227.650872281 Mflops = 213.227650872281 Gflops = 0.213227650872281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00112771 Relative Rsd = 4.94546054638087e-07
BICGSTAB_SOLVER_TIME: 0.761917 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052642 s
InvBiCGStab: k = 57 resid = 1.927856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258923(s) Flops=376989696 => 1455.99153416267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209621.744899214 Mflops = 209.621744899214 Gflops = 0.209621744899214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 78 resid = 1.085834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287057(s) Flops=514787328 => 1793.32790351742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258190.52356135 Mflops = 258.19052356135 Gflops = 0.25819052356135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001083085 Relative Rsd = 4.7497639602755e-07
BICGSTAB_SOLVER_TIME: 0.65938 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110716
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018506(s) Flops=1642291200 => 1612.45117849085 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232170.703311742 Mflops = 232.170703311742 Gflops = 0.232170703311742 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182803000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.398751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 31 resid = 1.252695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114646(s) Flops=206383104 => 1800.17710168693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259109.17217653 Mflops = 259.10917217653 Gflops = 0.25910917217653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 48 resid = 9.888746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17607(s) Flops=317933568 => 1805.72254217073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.810194808 Mflops = 259.929810194808 Gflops = 0.259929810194808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007760565 Relative Rsd = 3.40331930254803e-07
BICGSTAB_SOLVER_TIME: 0.391403 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042053 s
InvBiCGStab: k = 69 resid = 1.745647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263834(s) Flops=455731200 => 1727.34067633436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248672.847370903 Mflops = 248.672847370903 Gflops = 0.248672847370903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057284 s
InvBiCGStab: k = 101 resid = 1.014866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373308(s) Flops=665708544 => 1783.26889324633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256750.963629211 Mflops = 256.750963629211 Gflops = 0.256750963629211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.00127247 Relative Rsd = 5.58029232380794e-07
BICGSTAB_SOLVER_TIME: 0.740356 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 50 resid = 2.267982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184884(s) Flops=331057152 => 1790.62088660998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257795.937929561 Mflops = 257.795937929561 Gflops = 0.257795937929561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057269 s
InvBiCGStab: k = 87 resid = 1.068055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372281(s) Flops=573843456 => 1541.42557906528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221923.426974384 Mflops = 221.923426974384 Gflops = 0.221923426974384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00107093 Relative Rsd = 4.69645769728614e-07
BICGSTAB_SOLVER_TIME: 0.659446 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048423 s
InvBiCGStab: k = 76 resid = 1.345532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3446(s) Flops=501663744 => 1455.78567614626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209602.784096358 Mflops = 209.602784096358 Gflops = 0.209602784096358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059699 s
InvBiCGStab: k = 89 resid = 7.668295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386483(s) Flops=586967040 => 1518.73960821045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218658.38157197 Mflops = 218.65838157197 Gflops = 0.21865838157197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001174565 Relative Rsd = 5.15094037915494e-07
BICGSTAB_SOLVER_TIME: 0.843239 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 68 resid = 7.722767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360624(s) Flops=449169408 => 1245.53387461733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179332.997950657 Mflops = 179.332997950657 Gflops = 0.179332997950657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 80 resid = 1.143347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293723(s) Flops=527910912 => 1797.30872965345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258753.727554408 Mflops = 258.753727554408 Gflops = 0.258753727554408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001085209 Relative Rsd = 4.75907752125118e-07
BICGSTAB_SOLVER_TIME: 0.755654 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119772
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011081(s) Flops=1629536256 => 1611.67726027885 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232062.807070789 Mflops = 232.062807070789 Gflops = 0.232062807070789 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181705000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04165 s
InvBiCGStab: k = 27 resid = 2.234495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099963(s) Flops=180135936 => 1802.02610966057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.363810246 Mflops = 259.348363810246 Gflops = 0.259348363810246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 57 resid = 1.073832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210719(s) Flops=376989696 => 1789.06361552589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257543.832808554 Mflops = 257.543832808554 Gflops = 0.257543832808554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007720386 Relative Rsd = 3.38569919693305e-07
BICGSTAB_SOLVER_TIME: 0.412629 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 54 resid = 2.253301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198024(s) Flops=357304320 => 1804.34856381045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259745.114927487 Mflops = 259.745114927487 Gflops = 0.259745114927487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 77 resid = 1.028622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281596(s) Flops=508225536 => 1804.80381823605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.698165826 Mflops = 259.829698165826 Gflops = 0.259829698165826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001095937 Relative Rsd = 4.80612573290907e-07
BICGSTAB_SOLVER_TIME: 0.580981 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 56 resid = 1.9226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205271(s) Flops=370427904 => 1804.57981887359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.403127396 Mflops = 259.799403127396 Gflops = 0.259799403127396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 73 resid = 9.843876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275852(s) Flops=481978368 => 1747.23535809057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251547.127595956 Mflops = 251.547127595956 Gflops = 0.251547127595956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001030407 Relative Rsd = 4.51874956269522e-07
BICGSTAB_SOLVER_TIME: 0.583535 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054981 s
InvBiCGStab: k = 59 resid = 2.127648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253722(s) Flops=390113280 => 1537.56189845579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221375.455484147 Mflops = 221.375455484147 Gflops = 0.221375455484147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059169 s
InvBiCGStab: k = 79 resid = 1.049469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379235(s) Flops=521349120 => 1374.73893496117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197922.908999289 Mflops = 197.922908999289 Gflops = 0.197922908999289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001115401 Relative Rsd = 4.89148293916726e-07
BICGSTAB_SOLVER_TIME: 0.751077 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043255 s
InvBiCGStab: k = 60 resid = 1.62492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270907(s) Flops=396675072 => 1464.24814419709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210806.74056566 Mflops = 210.80674056566 Gflops = 0.21080674056566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060577 s
InvBiCGStab: k = 86 resid = 6.652108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410588(s) Flops=567281664 => 1381.63235165178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198925.013919974 Mflops = 198.925013919974 Gflops = 0.198925013919974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001067785 Relative Rsd = 4.68266782744488e-07
BICGSTAB_SOLVER_TIME: 0.793916 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118376
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023629(s) Flops=1610366976 => 1573.19397555169 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226522.17234278 Mflops = 226.52217234278 Gflops = 0.22652217234278 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179013000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04127 s
InvBiCGStab: k = 31 resid = 2.039754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114486(s) Flops=206383104 => 1802.69294062156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259485.255939691 Mflops = 259.485255939691 Gflops = 0.259485255939691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056032 s
InvBiCGStab: k = 46 resid = 1.084713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168978(s) Flops=304809984 => 1803.84419273515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259668.330617001 Mflops = 259.668330617001 Gflops = 0.259668330617001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007323308 Relative Rsd = 3.21156450256847e-07
BICGSTAB_SOLVER_TIME: 0.384569 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041562 s
InvBiCGStab: k = 51 resid = 2.209006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18738(s) Flops=337618944 => 1801.78751200768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259397.327412298 Mflops = 259.397327412298 Gflops = 0.259397327412298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05647 s
InvBiCGStab: k = 84 resid = 9.513168e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307359(s) Flops=554158080 => 1802.96682381189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259575.031747424 Mflops = 259.575031747424 Gflops = 0.259575031747424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001088217 Relative Rsd = 4.7722695628897e-07
BICGSTAB_SOLVER_TIME: 0.59664 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110702
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 57 resid = 2.239772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20955(s) Flops=376989696 => 1799.04412312097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.33066243 Mflops = 258.97133066243 Gflops = 0.25897133066243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055809 s
InvBiCGStab: k = 65 resid = 1.007291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237997(s) Flops=429484032 => 1804.57750307777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.696321836 Mflops = 259.794696321836 Gflops = 0.259794696321836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001025228 Relative Rsd = 4.4960371962705e-07
BICGSTAB_SOLVER_TIME: 0.54828 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042691 s
InvBiCGStab: k = 61 resid = 1.85142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262011(s) Flops=403236864 => 1539.00738518612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221567.247120802 Mflops = 221.567247120802 Gflops = 0.221567247120802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067317 s
InvBiCGStab: k = 87 resid = 7.899026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400774(s) Flops=573843456 => 1431.83803340536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206148.997884564 Mflops = 206.148997884564 Gflops = 0.206148997884564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001086919 Relative Rsd = 4.76657462386193e-07
BICGSTAB_SOLVER_TIME: 0.776763 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052826 s
InvBiCGStab: k = 60 resid = 2.224705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260928(s) Flops=396675072 => 1520.2472406181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218878.64689944 Mflops = 218.87864689944 Gflops = 0.21887864689944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071019 s
InvBiCGStab: k = 80 resid = 1.100516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362629(s) Flops=527910912 => 1455.78790444228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209594.187461682 Mflops = 209.594187461682 Gflops = 0.209594187461682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001044889 Relative Rsd = 4.58225974736527e-07
BICGSTAB_SOLVER_TIME: 0.751353 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113912
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008669(s) Flops=1573134336 => 1559.61404187102 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224577.212315453 Mflops = 224.577212315453 Gflops = 0.224577212315453 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175008000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.131275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671385(s) Flops=1210337280 => 1802.74697826136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.144702482 Mflops = 259.529144702482 Gflops = 0.259529144702482 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.062694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91817(s) Flops=1656539136 => 1804.17475630874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.292980826 Mflops = 259.787292980826 Gflops = 0.259787292980826 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002267053 Relative Rsd = 9.96656815668166e-07
BICGSTAB_SOLVER_TIME: 1.592938 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311117999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.748365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659219(s) Flops=1111910400 => 1686.70866586066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242800.416544133 Mflops = 242.800416544133 Gflops = 0.242800416544133 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 4.738432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881328(s) Flops=1321887744 => 1499.88170578945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215973.190804375 Mflops = 215.973190804375 Gflops = 0.215973190804375 Tflops
BICGSTAB_SOLVER: 370 iterations. Rsd = 0.00189976 Relative Rsd = 8.35047223207699e-07
BICGSTAB_SOLVER_TIME: 1.547081 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.131321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264340999999997
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.135339(s) Flops=1573134336 => 1385.60759033205 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199516.533044504 Mflops = 199.516533044504 Gflops = 0.199516533044504 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174970000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 29 resid = 1.694284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107086(s) Flops=193259520 => 1804.71322114936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.729007596 Mflops = 259.782729007596 Gflops = 0.259782729007596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 43 resid = 1.134328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157649(s) Flops=285124608 => 1808.60397465255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260325.457656246 Mflops = 260.325457656246 Gflops = 0.260325457656246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007362346 Relative Rsd = 3.22868429081482e-07
BICGSTAB_SOLVER_TIME: 0.366297 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040709 s
InvBiCGStab: k = 72 resid = 2.12371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263904(s) Flops=475416576 => 1801.47544561659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.313080556 Mflops = 259.357313080556 Gflops = 0.259357313080556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05799 s
InvBiCGStab: k = 106 resid = 8.522019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386962(s) Flops=698517504 => 1805.13203880484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.830757482 Mflops = 259.894830757482 Gflops = 0.259894830757482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001276033 Relative Rsd = 5.59591805207537e-07
BICGSTAB_SOLVER_TIME: 0.753455 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044668 s
InvBiCGStab: k = 55 resid = 1.897903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21579(s) Flops=363866112 => 1686.20469901293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242746.098982612 Mflops = 242.746098982612 Gflops = 0.242746098982612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060467 s
InvBiCGStab: k = 82 resid = 1.111534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30022(s) Flops=541034496 => 1802.12676037572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.180743129 Mflops = 259.452180743129 Gflops = 0.259452180743129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001007798 Relative Rsd = 4.41960095501198e-07
BICGSTAB_SOLVER_TIME: 0.625067 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 67 resid = 2.197585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25054(s) Flops=442607616 => 1766.61457651473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254348.274480178 Mflops = 254.348274480178 Gflops = 0.254348274480178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056654 s
InvBiCGStab: k = 89 resid = 9.978387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334767(s) Flops=586967040 => 1753.35991898843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252436.783020019 Mflops = 252.436783020019 Gflops = 0.252436783020019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001167185 Relative Rsd = 5.11857546121089e-07
BICGSTAB_SOLVER_TIME: 0.687198 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125867000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 64 resid = 2.264184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282552(s) Flops=422922240 => 1496.79435997622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215490.742973466 Mflops = 215.490742973466 Gflops = 0.215490742973466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074425 s
InvBiCGStab: k = 81 resid = 1.086509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34773(s) Flops=534472704 => 1537.03362954016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221293.099085634 Mflops = 221.293099085634 Gflops = 0.221293099085634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001160372 Relative Rsd = 5.08869834585602e-07
BICGSTAB_SOLVER_TIME: 0.750398 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117612
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.144546(s) Flops=1542389760 => 1347.59962465467 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194050.334070832 Mflops = 194.050334070832 Gflops = 0.194050334070832 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.492929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 29 resid = 1.905031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107276(s) Flops=193259520 => 1801.51683507961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259260.932675751 Mflops = 259.260932675751 Gflops = 0.259260932675751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062568 s
InvBiCGStab: k = 49 resid = 9.711761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230954(s) Flops=324495360 => 1405.0216060341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202275.464335645 Mflops = 202.275464335645 Gflops = 0.202275464335645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007609631 Relative Rsd = 3.33712859099628e-07
BICGSTAB_SOLVER_TIME: 0.449896 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699670000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 74 resid = 1.315177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270909(s) Flops=488540160 => 1803.33676622039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.700231583 Mflops = 259.633700231583 Gflops = 0.259633700231583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056066 s
InvBiCGStab: k = 101 resid = 1.073574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371442(s) Flops=665708544 => 1792.22743793109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258031.168776038 Mflops = 258.031168776038 Gflops = 0.258031168776038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001263554 Relative Rsd = 5.54119098986465e-07
BICGSTAB_SOLVER_TIME: 0.743046 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040529 s
InvBiCGStab: k = 63 resid = 1.005719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233817(s) Flops=416360448 => 1780.71076097974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256354.708657789 Mflops = 256.354708657789 Gflops = 0.256354708657789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060708 s
InvBiCGStab: k = 76 resid = 1.086719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289216(s) Flops=501663744 => 1734.56428413366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249727.931666685 Mflops = 249.727931666685 Gflops = 0.249727931666685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001073461 Relative Rsd = 4.70755606389527e-07
BICGSTAB_SOLVER_TIME: 0.628104 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113394
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0472 s
InvBiCGStab: k = 64 resid = 2.086554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250507(s) Flops=422922240 => 1688.26515825905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243073.257236178 Mflops = 243.073257236178 Gflops = 0.243073257236178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05685 s
InvBiCGStab: k = 83 resid = 1.068607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305632(s) Flops=547596288 => 1791.68505915611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257944.133427931 Mflops = 257.944133427931 Gflops = 0.257944133427931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001122177 Relative Rsd = 4.92119515400165e-07
BICGSTAB_SOLVER_TIME: 0.664063 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04104 s
InvBiCGStab: k = 56 resid = 1.538548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206594(s) Flops=370427904 => 1793.02353408134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258121.786434331 Mflops = 258.121786434331 Gflops = 0.258121786434331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055855 s
InvBiCGStab: k = 79 resid = 1.031086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290839(s) Flops=521349120 => 1792.56949721323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258064.488505985 Mflops = 258.064488505985 Gflops = 0.258064488505985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001059083 Relative Rsd = 4.64450484383176e-07
BICGSTAB_SOLVER_TIME: 0.598207 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110581
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945833(s) Flops=1523884032 => 1611.15549150854 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231982.659501246 Mflops = 231.982659501246 Gflops = 0.231982659501246 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169106000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043277 s
InvBiCGStab: k = 29 resid = 1.705794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107326(s) Flops=193259520 => 1800.67756182099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259211.612814421 Mflops = 259.211612814421 Gflops = 0.259211612814421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05651 s
InvBiCGStab: k = 48 resid = 9.361449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176526(s) Flops=317933568 => 1801.05801978179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.007916281 Mflops = 259.265007916281 Gflops = 0.259265007916281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007439593 Relative Rsd = 3.26256011615938e-07
BICGSTAB_SOLVER_TIME: 0.387454 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0703180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040872 s
InvBiCGStab: k = 50 resid = 1.654229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190775(s) Flops=331057152 => 1735.32775258813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249835.040850096 Mflops = 249.835040850096 Gflops = 0.249835040850096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060154 s
InvBiCGStab: k = 76 resid = 1.082438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301886(s) Flops=501663744 => 1661.76551413447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239239.701448824 Mflops = 239.239701448824 Gflops = 0.239239701448824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001068972 Relative Rsd = 4.68787061755085e-07
BICGSTAB_SOLVER_TIME: 0.597533 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042098 s
InvBiCGStab: k = 53 resid = 1.933922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196084(s) Flops=350742528 => 1788.73609269497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257514.832137952 Mflops = 257.514832137952 Gflops = 0.257514832137952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 78 resid = 7.204375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28828(s) Flops=514787328 => 1785.71988344665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257090.136352237 Mflops = 257.090136352237 Gflops = 0.257090136352237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001004063 Relative Rsd = 4.40321913488439e-07
BICGSTAB_SOLVER_TIME: 0.58725 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10783
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 75 resid = 1.80405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275909(s) Flops=495101952 => 1794.4392970146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258341.564198924 Mflops = 258.341564198924 Gflops = 0.258341564198924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 76 resid = 1.144369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292751(s) Flops=501663744 => 1713.61923272679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246707.282347565 Mflops = 246.707282347565 Gflops = 0.246707282347566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001080602 Relative Rsd = 4.73887337853273e-07
BICGSTAB_SOLVER_TIME: 0.670154 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 55 resid = 1.990321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243304(s) Flops=363866112 => 1495.52046822083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215305.281517738 Mflops = 215.305281517738 Gflops = 0.215305281517738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065476 s
InvBiCGStab: k = 78 resid = 8.735547e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331094(s) Flops=514787328 => 1554.80717862601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223853.395496976 Mflops = 223.853395496976 Gflops = 0.223853395496976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001061426 Relative Rsd = 4.65478126047811e-07
BICGSTAB_SOLVER_TIME: 0.685056 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109232
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.039455(s) Flops=1517322240 => 1459.72864626174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210201.826388175 Mflops = 210.201826388175 Gflops = 0.210201826388175 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042426 s
InvBiCGStab: k = 27 resid = 2.07024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10669(s) Flops=180135936 => 1688.40506139282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243048.271353512 Mflops = 243.048271353512 Gflops = 0.243048271353512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060761 s
InvBiCGStab: k = 49 resid = 9.310203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184516(s) Flops=324495360 => 1758.62992911184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253138.207452823 Mflops = 253.138207452823 Gflops = 0.253138207452823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007509151 Relative Rsd = 3.2930644150728e-07
BICGSTAB_SOLVER_TIME: 0.398296 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041718 s
InvBiCGStab: k = 59 resid = 2.22573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217614(s) Flops=390113280 => 1792.68466183242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258070.668605611 Mflops = 258.070668605611 Gflops = 0.258070668605611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056662 s
InvBiCGStab: k = 94 resid = 6.603751e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346255(s) Flops=619776000 => 1789.94093948102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257705.087425181 Mflops = 257.705087425181 Gflops = 0.257705087425181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001112717 Relative Rsd = 4.87970965463839e-07
BICGSTAB_SOLVER_TIME: 0.666041 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040932 s
InvBiCGStab: k = 52 resid = 2.256168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19164(s) Flops=344180736 => 1795.97545397621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258546.366937364 Mflops = 258.546366937364 Gflops = 0.258546366937364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 70 resid = 1.072106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255684(s) Flops=462292992 => 1808.06382878866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260292.969653547 Mflops = 260.292969653547 Gflops = 0.260292969653547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001007645 Relative Rsd = 4.41892756867602e-07
BICGSTAB_SOLVER_TIME: 0.548524 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040644 s
InvBiCGStab: k = 58 resid = 1.788159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213004(s) Flops=383551488 => 1800.67739572966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.616595422 Mflops = 259.236616595422 Gflops = 0.259236616595422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 72 resid = 1.123851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264213(s) Flops=475416576 => 1799.36860033382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259040.626004076 Mflops = 259.040626004076 Gflops = 0.259040626004076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001077443 Relative Rsd = 4.72501918217265e-07
BICGSTAB_SOLVER_TIME: 0.578072 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040695 s
InvBiCGStab: k = 45 resid = 2.207407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174749(s) Flops=298248192 => 1706.72331172138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245687.998670219 Mflops = 245.687998670219 Gflops = 0.245687998670219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 94 resid = 7.41096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343616(s) Flops=619776000 => 1803.68783758614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.779170993 Mflops = 259.681779170993 Gflops = 0.259681779170993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00104952 Relative Rsd = 4.60256599566916e-07
BICGSTAB_SOLVER_TIME: 0.619513 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113408
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935915(s) Flops=1504714752 => 1607.74723345603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231496.684749946 Mflops = 231.496684749946 Gflops = 0.231496684749946 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167060000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.575879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.866018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735739(s) Flops=1256269824 => 1707.49385855582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245796.484722859 Mflops = 245.796484722859 Gflops = 0.245796484722859 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.091008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85074(s) Flops=1531865088 => 1800.6266168277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259276.755398403 Mflops = 259.276755398403 Gflops = 0.259276755398403 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.001965518 Relative Rsd = 8.64077348296433e-07
BICGSTAB_SOLVER_TIME: 1.589961 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302728999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 2.241103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.615786(s) Flops=1111910400 => 1805.67664740673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.924718444 Mflops = 259.922924718444 Gflops = 0.259922924718444 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.138818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.720451(s) Flops=1302202368 => 1807.48221322477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260262.951083374 Mflops = 260.262951083374 Gflops = 0.260262951083374 Tflops
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.00195712 Relative Rsd = 8.60271369300958e-07
BICGSTAB_SOLVER_TIME: 1.339567 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262236999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935197(s) Flops=1504714752 => 1608.98158569799 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231701.426377927 Mflops = 231.701426377927 Gflops = 0.231701426377927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167022000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041571 s
InvBiCGStab: k = 25 resid = 1.911631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09327(s) Flops=167012352 => 1790.63312962367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257691.520974346 Mflops = 257.691520974346 Gflops = 0.257691520974346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 45 resid = 1.017533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165555(s) Flops=298248192 => 1801.50519162816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.69536778 Mflops = 259.33769536778 Gflops = 0.25933769536778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007107297 Relative Rsd = 3.11683502462297e-07
BICGSTAB_SOLVER_TIME: 0.360809 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 86 resid = 1.723073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326258(s) Flops=567281664 => 1738.75173635589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250342.076273813 Mflops = 250.342076273813 Gflops = 0.250342076273813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068713 s
InvBiCGStab: k = 110 resid = 1.087173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.48081(s) Flops=724764672 => 1507.38269170774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217030.297759203 Mflops = 217.030297759203 Gflops = 0.217030297759203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001304149 Relative Rsd = 5.71921565177043e-07
BICGSTAB_SOLVER_TIME: 0.920514 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154319999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057928 s
InvBiCGStab: k = 61 resid = 2.109985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258915(s) Flops=403236864 => 1557.41020798331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224212.123240347 Mflops = 224.212123240347 Gflops = 0.224212123240347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0633 s
InvBiCGStab: k = 68 resid = 8.899673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294694(s) Flops=449169408 => 1524.18918607098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219454.441575032 Mflops = 219.454441575032 Gflops = 0.219454441575032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001045184 Relative Rsd = 4.58355138302106e-07
BICGSTAB_SOLVER_TIME: 0.678906 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044563 s
InvBiCGStab: k = 64 resid = 2.213218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283179(s) Flops=422922240 => 1493.48023688197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215018.00061768 Mflops = 215.01800061768 Gflops = 0.21501800061768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.097201 s
InvBiCGStab: k = 82 resid = 8.971687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300717(s) Flops=541034496 => 1799.14835543052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.577094272 Mflops = 259.018577094272 Gflops = 0.259018577094272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001139938 Relative Rsd = 4.99908486826887e-07
BICGSTAB_SOLVER_TIME: 0.729581 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042574 s
InvBiCGStab: k = 56 resid = 2.216094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206686(s) Flops=370427904 => 1792.22542407323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258012.661365096 Mflops = 258.012661365096 Gflops = 0.258012661365096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 90 resid = 8.179134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32979(s) Flops=593528832 => 1799.71749295006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259110.612145653 Mflops = 259.110612145653 Gflops = 0.259110612145653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001068482 Relative Rsd = 4.68572384761702e-07
BICGSTAB_SOLVER_TIME: 0.639171 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118666
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951898(s) Flops=1485619200 => 1560.69158670362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224750.233755832 Mflops = 224.750233755832 Gflops = 0.224750233755832 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165055000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 26 resid = 2.169368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096129(s) Flops=173574144 => 1805.63767437506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.392611267 Mflops = 259.876392611267 Gflops = 0.259876392611267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 52 resid = 9.441043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191118(s) Flops=344180736 => 1800.88079615735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259241.539117296 Mflops = 259.241539117296 Gflops = 0.259241539117296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000745576 Relative Rsd = 3.2696500727482e-07
BICGSTAB_SOLVER_TIME: 0.388286 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699350000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 84 resid = 1.792273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3078(s) Flops=554158080 => 1800.38362573099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.199629485 Mflops = 259.209199629486 Gflops = 0.259209199629486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 104 resid = 9.395416e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395085(s) Flops=685393920 => 1734.80116936862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249776.667147807 Mflops = 249.776667147807 Gflops = 0.249776667147807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001261104 Relative Rsd = 5.53044744016491e-07
BICGSTAB_SOLVER_TIME: 0.804398 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041528 s
InvBiCGStab: k = 59 resid = 1.320074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21646(s) Flops=390113280 => 1802.24189226647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259460.511102666 Mflops = 259.460511102666 Gflops = 0.259460511102666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 69 resid = 1.084767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25289(s) Flops=455731200 => 1802.09260943493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.879046432 Mflops = 259.445879046432 Gflops = 0.259445879046432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001026637 Relative Rsd = 4.5022171368291e-07
BICGSTAB_SOLVER_TIME: 0.570649 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040675 s
InvBiCGStab: k = 62 resid = 2.241904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226736(s) Flops=409798656 => 1807.38240067744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260202.012003201 Mflops = 260.202012003201 Gflops = 0.260202012003201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 97 resid = 3.684361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371229(s) Flops=639461376 => 1722.55232215156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248006.856455611 Mflops = 248.006856455611 Gflops = 0.248006856455611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001179656 Relative Rsd = 5.17326372329914e-07
BICGSTAB_SOLVER_TIME: 0.699155 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053564 s
InvBiCGStab: k = 54 resid = 2.228637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255(s) Flops=357304320 => 1401.19341176471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201737.184719299 Mflops = 201.737184719299 Gflops = 0.201737184719299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066562 s
InvBiCGStab: k = 77 resid = 9.977617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344302(s) Flops=508225536 => 1476.10393201317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212508.367927348 Mflops = 212.508367927348 Gflops = 0.212508367927348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001082489 Relative Rsd = 4.74714699412073e-07
BICGSTAB_SOLVER_TIME: 0.723618 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107837
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064767(s) Flops=1448386560 => 1360.28498253609 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195968.210930377 Mflops = 195.968210930377 Gflops = 0.195968210930377 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160498000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041668 s
InvBiCGStab: k = 25 resid = 2.134828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092326(s) Flops=167012352 => 1808.94170656153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260305.46093957 Mflops = 260.30546093957 Gflops = 0.26030546093957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056293 s
InvBiCGStab: k = 57 resid = 5.105563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20859(s) Flops=376989696 => 1807.32391773335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.393321892 Mflops = 260.178393321892 Gflops = 0.260178393321892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007430039 Relative Rsd = 3.25837021346095e-07
BICGSTAB_SOLVER_TIME: 0.402809 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 51 resid = 1.603915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187812(s) Flops=337618944 => 1797.64308989841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258779.416558999 Mflops = 258.779416558999 Gflops = 0.258779416558999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 74 resid = 1.112626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271569(s) Flops=488540160 => 1798.95407796913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258989.054083086 Mflops = 258.989054083086 Gflops = 0.258989054083086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00103636 Relative Rsd = 4.54485489772402e-07
BICGSTAB_SOLVER_TIME: 0.560599 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04067 s
InvBiCGStab: k = 55 resid = 1.868487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202003(s) Flops=363866112 => 1801.29063429751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259307.859081777 Mflops = 259.307859081777 Gflops = 0.259307859081777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 71 resid = 9.361621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259801(s) Flops=468854784 => 1804.66889657854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.326882405 Mflops = 259.806326882405 Gflops = 0.259806326882405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001004352 Relative Rsd = 4.40448473361589e-07
BICGSTAB_SOLVER_TIME: 0.562418 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043211 s
InvBiCGStab: k = 59 resid = 2.231343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231285(s) Flops=390113280 => 1686.7210584344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242834.985688467 Mflops = 242.834985688467 Gflops = 0.242834985688467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060273 s
InvBiCGStab: k = 94 resid = 1.14122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357191(s) Flops=619776000 => 1735.13890327584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249805.272436238 Mflops = 249.805272436238 Gflops = 0.249805272436238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001121993 Relative Rsd = 4.92038851987669e-07
BICGSTAB_SOLVER_TIME: 0.69578 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123576000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044497 s
InvBiCGStab: k = 54 resid = 2.062238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204758(s) Flops=357304320 => 1745.00786294064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251213.756329716 Mflops = 251.213756329716 Gflops = 0.251213756329716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056729 s
InvBiCGStab: k = 81 resid = 1.137886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297878(s) Flops=534472704 => 1794.26712949597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258319.074549716 Mflops = 258.319074549716 Gflops = 0.258319074549716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001064902 Relative Rsd = 4.67002154016052e-07
BICGSTAB_SOLVER_TIME: 0.60773 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110772
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887666(s) Flops=1423613952 => 1603.77208544655 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230925.613154263 Mflops = 230.925613154263 Gflops = 0.230925613154263 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158542000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.49848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046267 s
InvBiCGStab: k = 26 resid = 1.489185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147111(s) Flops=173574144 => 1179.8855558048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169831.688219833 Mflops = 169.831688219833 Gflops = 0.169831688219833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061904 s
InvBiCGStab: k = 49 resid = 9.967519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201836(s) Flops=324495360 => 1607.7179492261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231430.364755761 Mflops = 231.430364755761 Gflops = 0.231430364755761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007402163 Relative Rsd = 3.24614587750841e-07
BICGSTAB_SOLVER_TIME: 0.461015 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041018 s
InvBiCGStab: k = 57 resid = 2.265641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210088(s) Flops=376989696 => 1794.43707398804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258343.833191261 Mflops = 258.343833191261 Gflops = 0.258343833191261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056919 s
InvBiCGStab: k = 92 resid = 8.969286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338301(s) Flops=606652416 => 1793.23270105616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258177.620780145 Mflops = 258.177620780145 Gflops = 0.258177620780145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001097489 Relative Rsd = 4.81293158070641e-07
BICGSTAB_SOLVER_TIME: 0.650121 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045134 s
InvBiCGStab: k = 60 resid = 2.20613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237715(s) Flops=396675072 => 1668.70021664598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240228.27405477 Mflops = 240.22827405477 Gflops = 0.24022827405477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061051 s
InvBiCGStab: k = 67 resid = 1.060343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250009(s) Flops=442607616 => 1770.36673079769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254865.760915065 Mflops = 254.865760915065 Gflops = 0.254865760915065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001000889 Relative Rsd = 4.38930163306133e-07
BICGSTAB_SOLVER_TIME: 0.597788 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041967 s
InvBiCGStab: k = 66 resid = 1.712771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243405(s) Flops=436045824 => 1791.44152338695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257906.536128045 Mflops = 257.906536128045 Gflops = 0.257906536128045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 91 resid = 7.739108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334917(s) Flops=600090624 => 1791.75922392712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257958.749957877 Mflops = 257.958749957877 Gflops = 0.257958749957877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001135463 Relative Rsd = 4.97946272738742e-07
BICGSTAB_SOLVER_TIME: 0.681074 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 53 resid = 2.093949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194669(s) Flops=350742528 => 1801.73796546959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259389.797401164 Mflops = 259.389797401164 Gflops = 0.259389797401164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058177 s
InvBiCGStab: k = 77 resid = 1.120171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28186(s) Flops=508225536 => 1803.11337543461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259590.629921494 Mflops = 259.590629921494 Gflops = 0.259590629921494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001060869 Relative Rsd = 4.65233736329067e-07
BICGSTAB_SOLVER_TIME: 0.579828 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107106
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881418(s) Flops=1411153920 => 1601.00420005037 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230523.638432317 Mflops = 230.523638432317 Gflops = 0.230523638432317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156542000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.77525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814557(s) Flops=1328449536 => 1630.88591221977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234806.35109541 Mflops = 234.80635109541 Gflops = 0.23480635109541 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.088788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.218367(s) Flops=1735280640 => 1424.26759753014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205087.646550608 Mflops = 205.087646550608 Gflops = 0.205087646550608 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.00208713 Relative Rsd = 9.17536203219839e-07
BICGSTAB_SOLVER_TIME: 2.036639 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.148676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.124786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332487999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.99282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.74627(s) Flops=1216899072 => 1630.64182132472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234813.255697368 Mflops = 234.813255697368 Gflops = 0.234813255697368 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.10512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708426(s) Flops=1256269824 => 1773.32540589984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255350.042548663 Mflops = 255.350042548663 Gflops = 0.255350042548664 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.00204219 Relative Rsd = 8.97673582491558e-07
BICGSTAB_SOLVER_TIME: 1.45837 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268569999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901542(s) Flops=1411153920 => 1565.2669759146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225378.084954173 Mflops = 225.378084954173 Gflops = 0.225378084954173 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156510000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041413 s
InvBiCGStab: k = 31 resid = 2.155015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114335(s) Flops=206383104 => 1805.07372195741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.39330383 Mflops = 259.81439330383 Gflops = 0.25981439330383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056012 s
InvBiCGStab: k = 52 resid = 8.686002e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190018(s) Flops=344180736 => 1811.30596048795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260726.169902089 Mflops = 260.726169902089 Gflops = 0.260726169902089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000715335 Relative Rsd = 3.13703125415855e-07
BICGSTAB_SOLVER_TIME: 0.40566 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 78 resid = 2.012236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29758(s) Flops=514787328 => 1729.91238658512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249065.471407409 Mflops = 249.065471407409 Gflops = 0.249065471407409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065614 s
InvBiCGStab: k = 107 resid = 4.87784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420685(s) Flops=705079296 => 1676.02670882014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241309.489946537 Mflops = 241.309489946537 Gflops = 0.241309489946537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001271455 Relative Rsd = 5.57584205186665e-07
BICGSTAB_SOLVER_TIME: 0.829399 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146521
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 49 resid = 2.135767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179532(s) Flops=324495360 => 1807.45137357129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260208.168979839 Mflops = 260.208168979839 Gflops = 0.260208168979839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057048 s
InvBiCGStab: k = 78 resid = 1.143593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289075(s) Flops=514787328 => 1780.80888350774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256381.78695576 Mflops = 256.38178695576 Gflops = 0.25638178695576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001038226 Relative Rsd = 4.55303968145269e-07
BICGSTAB_SOLVER_TIME: 0.570379 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 66 resid = 1.682612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25732(s) Flops=436045824 => 1694.56639204104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243959.3394313 Mflops = 243.9593394313 Gflops = 0.2439593394313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073155 s
InvBiCGStab: k = 95 resid = 9.864822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402402(s) Flops=626337792 => 1556.49771124398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224107.259794711 Mflops = 224.107259794711 Gflops = 0.224107259794711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001150997 Relative Rsd = 5.04758502135168e-07
BICGSTAB_SOLVER_TIME: 0.777977 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050534 s
InvBiCGStab: k = 52 resid = 1.823675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237594(s) Flops=344180736 => 1448.60870223996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208533.51589887 Mflops = 208.53351589887 Gflops = 0.20853351589887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059788 s
InvBiCGStab: k = 85 resid = 1.041915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386952(s) Flops=560719872 => 1449.06828753954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208632.315168107 Mflops = 208.632315168107 Gflops = 0.208632315168107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001101089 Relative Rsd = 4.82871557263127e-07
BICGSTAB_SOLVER_TIME: 0.739752 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112012
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959887(s) Flops=1404592128 => 1463.28904131424 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210697.540453473 Mflops = 210.697540453473 Gflops = 0.210697540453473 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155550000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 23 resid = 2.13603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085462(s) Flops=153888768 => 1800.66892888067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.892800183 Mflops = 259.141892800183 Gflops = 0.259141892800183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 51 resid = 9.391013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187768(s) Flops=337618944 => 1798.06433471092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258828.870153124 Mflops = 258.828870153124 Gflops = 0.258828870153124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007488654 Relative Rsd = 3.28407529459484e-07
BICGSTAB_SOLVER_TIME: 0.374316 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041177 s
InvBiCGStab: k = 70 resid = 2.024144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256876(s) Flops=462292992 => 1799.67374141609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259099.46908321 Mflops = 259.09946908321 Gflops = 0.25909946908321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 98 resid = 1.003661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358967(s) Flops=646023168 => 1799.67286129366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.862658849 Mflops = 259.117862658849 Gflops = 0.259117862658849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001284544 Relative Rsd = 5.63324223830412e-07
BICGSTAB_SOLVER_TIME: 0.717138 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041737 s
InvBiCGStab: k = 53 resid = 2.167226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194774(s) Flops=350742528 => 1800.76667316993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.4528294 Mflops = 259.2534528294 Gflops = 0.2592534528294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058276 s
InvBiCGStab: k = 87 resid = 9.656529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319707(s) Flops=573843456 => 1794.90425921234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258418.753993934 Mflops = 258.418753993934 Gflops = 0.258418753993934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001079189 Relative Rsd = 4.73267505896875e-07
BICGSTAB_SOLVER_TIME: 0.618309 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 64 resid = 2.091329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235245(s) Flops=422922240 => 1797.79480966652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258826.172448241 Mflops = 258.826172448241 Gflops = 0.258826172448241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056553 s
InvBiCGStab: k = 92 resid = 1.145077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349911(s) Flops=606652416 => 1733.7334807994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249615.52270813 Mflops = 249.61552270813 Gflops = 0.24961552270813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001151785 Relative Rsd = 5.05103925330703e-07
BICGSTAB_SOLVER_TIME: 0.686669 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125753000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040676 s
InvBiCGStab: k = 57 resid = 1.793641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208601(s) Flops=376989696 => 1807.2286134774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260170.747259162 Mflops = 260.170747259162 Gflops = 0.260170747259162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 79 resid = 1.125555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289813(s) Flops=521349120 => 1798.91557659594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.034204376 Mflops = 258.988034204376 Gflops = 0.258988034204376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001094164 Relative Rsd = 4.7983483504663e-07
BICGSTAB_SOLVER_TIME: 0.599301 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111364
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924732(s) Flops=1404739584 => 1519.07751002453 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218724.221819281 Mflops = 218.724221819281 Gflops = 0.218724221819281 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155794000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.552511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041743 s
InvBiCGStab: k = 32 resid = 1.861209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122545(s) Flops=212944896 => 1737.687347505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250159.075058914 Mflops = 250.159075058914 Gflops = 0.250159075058914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059913 s
InvBiCGStab: k = 49 resid = 9.909247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190422(s) Flops=324495360 => 1704.08545231118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245302.863352621 Mflops = 245.302863352621 Gflops = 0.24530286335262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007420477 Relative Rsd = 3.254176992331e-07
BICGSTAB_SOLVER_TIME: 0.418769 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041846 s
InvBiCGStab: k = 55 resid = 2.086156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205064(s) Flops=363866112 => 1774.4026840401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255451.173520105 Mflops = 255.451173520105 Gflops = 0.255451173520105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 84 resid = 7.096499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310769(s) Flops=554158080 => 1783.18326474005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256716.618707462 Mflops = 256.716618707462 Gflops = 0.256716618707462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001042337 Relative Rsd = 4.57106795414547e-07
BICGSTAB_SOLVER_TIME: 0.617802 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113958
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041545 s
InvBiCGStab: k = 55 resid = 2.200959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201898(s) Flops=363866112 => 1802.22742176743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.789882697 Mflops = 259.455789882697 Gflops = 0.259455789882697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 75 resid = 1.042154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27467(s) Flops=495101952 => 1802.53377507555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.516253501 Mflops = 259.495516253501 Gflops = 0.259495516253501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001027502 Relative Rsd = 4.50600678563262e-07
BICGSTAB_SOLVER_TIME: 0.578374 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 61 resid = 1.952928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224031(s) Flops=403236864 => 1799.91547598323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259095.99807267 Mflops = 259.09599807267 Gflops = 0.25909599807267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 83 resid = 1.018793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303955(s) Flops=547596288 => 1801.57025875541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259381.736916864 Mflops = 259.381736916864 Gflops = 0.259381736916864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001081857 Relative Rsd = 4.74437584853196e-07
BICGSTAB_SOLVER_TIME: 0.629709 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 58 resid = 2.225557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213183(s) Flops=383551488 => 1799.16544940263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259011.347777825 Mflops = 259.011347777825 Gflops = 0.259011347777825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05786 s
InvBiCGStab: k = 79 resid = 8.880855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289029(s) Flops=521349120 => 1803.79519010203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259689.228872819 Mflops = 259.689228872819 Gflops = 0.259689228872819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001073148 Relative Rsd = 4.70618427535492e-07
BICGSTAB_SOLVER_TIME: 0.604715 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112019
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884228(s) Flops=1417420800 => 1603.00375016398 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230804.670406516 Mflops = 230.804670406516 Gflops = 0.230804670406516 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157274000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 28 resid = 2.171118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104151(s) Flops=186697728 => 1792.56779099577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258020.104632207 Mflops = 258.020104632207 Gflops = 0.258020104632207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 50 resid = 1.129746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19587(s) Flops=331057152 => 1690.18814519835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243305.066446998 Mflops = 243.305066446998 Gflops = 0.243305066446998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007706109 Relative Rsd = 3.37943833769798e-07
BICGSTAB_SOLVER_TIME: 0.402337 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049735 s
InvBiCGStab: k = 58 resid = 1.624891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250645(s) Flops=383551488 => 1530.25788665244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220315.847487522 Mflops = 220.315847487522 Gflops = 0.220315847487522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069128 s
InvBiCGStab: k = 82 resid = 8.322242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397016(s) Flops=541034496 => 1362.75237270034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196204.129695673 Mflops = 196.204129695673 Gflops = 0.196204129695673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001120936 Relative Rsd = 4.9157524157699e-07
BICGSTAB_SOLVER_TIME: 0.771094 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045885 s
InvBiCGStab: k = 51 resid = 2.176226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219949(s) Flops=337618944 => 1534.98740162492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221070.014499127 Mflops = 221.070014499127 Gflops = 0.221070014499127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069804 s
InvBiCGStab: k = 81 resid = 8.297233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353812(s) Flops=534472704 => 1510.61214430262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217492.081546838 Mflops = 217.492081546838 Gflops = 0.217492081546838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001040327 Relative Rsd = 4.56225011578708e-07
BICGSTAB_SOLVER_TIME: 0.693516 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 61 resid = 1.529493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225024(s) Flops=403236864 => 1791.97269624573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257975.075509392 Mflops = 257.975075509392 Gflops = 0.257975075509392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 84 resid = 8.032426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308083(s) Flops=554158080 => 1798.72982280749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258964.845129382 Mflops = 258.964845129382 Gflops = 0.258964845129382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001080419 Relative Rsd = 4.73806980757534e-07
BICGSTAB_SOLVER_TIME: 0.634451 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 58 resid = 1.381083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213202(s) Flops=383551488 => 1799.0051125224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.726910054 Mflops = 258.988726910054 Gflops = 0.258988726910054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056046 s
InvBiCGStab: k = 90 resid = 1.012018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331584(s) Flops=593528832 => 1789.98031268095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257705.708303666 Mflops = 257.705708303666 Gflops = 0.257705708303666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001106182 Relative Rsd = 4.85105116944572e-07
BICGSTAB_SOLVER_TIME: 0.646183 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119953
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913262(s) Flops=1436000256 => 1572.38586079351 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226404.108516702 Mflops = 226.404108516702 Gflops = 0.226404108516702 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159205000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.755862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796692(s) Flops=1420314624 => 1782.76501333012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256648.6882853 Mflops = 256.6486882853 Gflops = 0.2566486882853 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.139567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808134(s) Flops=1459685376 => 1806.24175693635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260086.574308633 Mflops = 260.086574308633 Gflops = 0.260086574308633 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.00205482 Relative Rsd = 9.03326260182308e-07
BICGSTAB_SOLVER_TIME: 1.608219 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312648999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.16335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747417(s) Flops=1216899072 => 1628.13940812157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234393.049386366 Mflops = 234.393049386366 Gflops = 0.234393049386366 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.072504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.946184(s) Flops=1420314624 => 1501.09769769939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216148.561144357 Mflops = 216.148561144357 Gflops = 0.216148561144357 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.00200801 Relative Rsd = 8.8264686137946e-07
BICGSTAB_SOLVER_TIME: 1.697056 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.147083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0.129695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287263999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099679(s) Flops=1436000256 => 1305.83584482381 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188030.804605548 Mflops = 188.030804605548 Gflops = 0.188030804605548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159186000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 28 resid = 2.249097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103323(s) Flops=186697728 => 1806.93289974159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260102.363599088 Mflops = 260.102363599088 Gflops = 0.260102363599088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056001 s
InvBiCGStab: k = 54 resid = 9.937075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198783(s) Flops=357304320 => 1797.45913885996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258765.187219659 Mflops = 258.765187219659 Gflops = 0.258765187219659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007581403 Relative Rsd = 3.3247495650818e-07
BICGSTAB_SOLVER_TIME: 0.402993 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 90 resid = 1.382451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329408(s) Flops=593528832 => 1801.80454633767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.665962009 Mflops = 259.423665962008 Gflops = 0.259423665962008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056734 s
InvBiCGStab: k = 107 resid = 1.002838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389759(s) Flops=705079296 => 1809.01350834747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260458.847650765 Mflops = 260.458847650765 Gflops = 0.260458847650765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001326762 Relative Rsd = 5.8183857016266e-07
BICGSTAB_SOLVER_TIME: 0.820795 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155150999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041198 s
InvBiCGStab: k = 51 resid = 1.910791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187043(s) Flops=337618944 => 1805.03383713905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.691381332 Mflops = 259.859691381332 Gflops = 0.259859691381332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 84 resid = 8.746733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307397(s) Flops=554158080 => 1802.74394349977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259540.634329417 Mflops = 259.540634329417 Gflops = 0.259540634329417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001046786 Relative Rsd = 4.59057828941087e-07
BICGSTAB_SOLVER_TIME: 0.595831 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 72 resid = 2.159152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268986(s) Flops=475416576 => 1767.4398518882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254451.493420099 Mflops = 254.451493420099 Gflops = 0.254451493420099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059022 s
InvBiCGStab: k = 92 resid = 9.729785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355146(s) Flops=606652416 => 1708.1775269889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245938.019435631 Mflops = 245.938019435631 Gflops = 0.245938019435631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001118255 Relative Rsd = 4.90399648919056e-07
BICGSTAB_SOLVER_TIME: 0.728109 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041754 s
InvBiCGStab: k = 62 resid = 1.930866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227955(s) Flops=409798656 => 1797.71733894848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258821.638711772 Mflops = 258.821638711772 Gflops = 0.258821638711772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056909 s
InvBiCGStab: k = 76 resid = 8.499121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27894(s) Flops=501663744 => 1798.46470208647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258924.666469007 Mflops = 258.924666469007 Gflops = 0.258924666469007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001119915 Relative Rsd = 4.91127763848811e-07
BICGSTAB_SOLVER_TIME: 0.609417 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112772
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910157(s) Flops=1460846592 => 1605.04901022571 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231109.755630684 Mflops = 231.109755630684 Gflops = 0.231109755630684 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162095000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.533315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047398 s
InvBiCGStab: k = 29 resid = 2.04061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128555(s) Flops=193259520 => 1503.32169110497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216401.580155843 Mflops = 216.401580155843 Gflops = 0.216401580155843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059983 s
InvBiCGStab: k = 48 resid = 1.103331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177127(s) Flops=317933568 => 1794.94694767032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258372.785324935 Mflops = 258.372785324935 Gflops = 0.258372785324935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.00073177 Relative Rsd = 3.20910528954321e-07
BICGSTAB_SOLVER_TIME: 0.416858 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 76 resid = 2.151016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280103(s) Flops=501663744 => 1790.99739738596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257842.621249018 Mflops = 257.842621249018 Gflops = 0.257842621249018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 92 resid = 8.506451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338356(s) Flops=606652416 => 1792.94120984998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258135.031283395 Mflops = 258.135031283395 Gflops = 0.258135031283395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001221718 Relative Rsd = 5.35772410025505e-07
BICGSTAB_SOLVER_TIME: 0.719722 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043725 s
InvBiCGStab: k = 49 resid = 1.818903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193238(s) Flops=324495360 => 1679.25232097207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241732.98549806 Mflops = 241.73298549806 Gflops = 0.24173298549806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05593 s
InvBiCGStab: k = 66 resid = 1.04152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243424(s) Flops=436045824 => 1791.30169580649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257886.498909477 Mflops = 257.886498909477 Gflops = 0.257886498909477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001002584 Relative Rsd = 4.39673287756947e-07
BICGSTAB_SOLVER_TIME: 0.540158 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962550000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041735 s
InvBiCGStab: k = 69 resid = 2.194525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255288(s) Flops=455731200 => 1785.1649901288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257012.176686208 Mflops = 257.012176686208 Gflops = 0.257012176686208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 90 resid = 1.109629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331327(s) Flops=593528832 => 1791.36874447298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257910.545669086 Mflops = 257.910545669086 Gflops = 0.257910545669086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001163968 Relative Rsd = 5.10446753247099e-07
BICGSTAB_SOLVER_TIME: 0.688647 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041745 s
InvBiCGStab: k = 54 resid = 1.943889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197861(s) Flops=357304320 => 1805.83500538257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.369753436 Mflops = 259.968369753436 Gflops = 0.259968369753436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056566 s
InvBiCGStab: k = 83 resid = 1.046928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30304(s) Flops=547596288 => 1807.00992608237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260154.224363451 Mflops = 260.154224363451 Gflops = 0.260154224363451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001092544 Relative Rsd = 4.7912428227757e-07
BICGSTAB_SOLVER_TIME: 0.60297 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112406
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919701(s) Flops=1479720960 => 1608.9152452808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231669.916677134 Mflops = 231.669916677134 Gflops = 0.231669916677134 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164611000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040942 s
InvBiCGStab: k = 28 resid = 1.620606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104031(s) Flops=186697728 => 1794.63552210399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258282.189853122 Mflops = 258.282189853122 Gflops = 0.258282189853122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 58 resid = 5.390795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212442(s) Flops=383551488 => 1805.44095800265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.711765658 Mflops = 259.910711765658 Gflops = 0.259910711765658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007478698 Relative Rsd = 3.27970925976154e-07
BICGSTAB_SOLVER_TIME: 0.41737 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047439 s
InvBiCGStab: k = 49 resid = 2.277224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227797(s) Flops=324495360 => 1424.4935622506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205082.884046515 Mflops = 205.082884046515 Gflops = 0.205082884046515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072674 s
InvBiCGStab: k = 80 resid = 1.064823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360381(s) Flops=527910912 => 1464.86888043487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210904.639743999 Mflops = 210.904639743999 Gflops = 0.210904639743999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001025122 Relative Rsd = 4.49557057374505e-07
BICGSTAB_SOLVER_TIME: 0.712488 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059142 s
InvBiCGStab: k = 48 resid = 2.124148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215837(s) Flops=317933568 => 1473.02625592461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212069.513034943 Mflops = 212.069513034943 Gflops = 0.212069513034944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066943 s
InvBiCGStab: k = 76 resid = 9.512024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321893(s) Flops=501663744 => 1558.47981782766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224383.075806156 Mflops = 224.383075806156 Gflops = 0.224383075806156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001008272 Relative Rsd = 4.42167778261978e-07
BICGSTAB_SOLVER_TIME: 0.671707 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04168 s
InvBiCGStab: k = 68 resid = 1.87754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250109(s) Flops=449169408 => 1795.89462194483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258543.29952315 Mflops = 258.54329952315 Gflops = 0.25854329952315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 77 resid = 8.369287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283719(s) Flops=508225536 => 1791.29891195161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257886.295393458 Mflops = 257.886295393458 Gflops = 0.257886295393458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001083129 Relative Rsd = 4.74995693983197e-07
BICGSTAB_SOLVER_TIME: 0.635694 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 51 resid = 1.963176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189015(s) Flops=337618944 => 1786.20185699548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257149.012419788 Mflops = 257.149012419788 Gflops = 0.257149012419788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 85 resid = 8.496597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311839(s) Flops=560719872 => 1798.10694621263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258873.947967184 Mflops = 258.873947967184 Gflops = 0.258873947967184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001018002 Relative Rsd = 4.4643492383579e-07
BICGSTAB_SOLVER_TIME: 0.601543 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111426
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927084(s) Flops=1492475904 => 1609.86049160594 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231797.621035242 Mflops = 231.797621035242 Gflops = 0.231797621035242 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165938000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041833 s
InvBiCGStab: k = 25 resid = 2.082305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093571(s) Flops=167012352 => 1784.87300552522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256896.413771994 Mflops = 256.896413771994 Gflops = 0.256896413771994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056851 s
InvBiCGStab: k = 50 resid = 7.759097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184565(s) Flops=331057152 => 1793.71577493024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258210.382510315 Mflops = 258.210382510315 Gflops = 0.258210382510315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007090922 Relative Rsd = 3.10965393879915e-07
BICGSTAB_SOLVER_TIME: 0.380674 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041117 s
InvBiCGStab: k = 55 resid = 2.018691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203744(s) Flops=363866112 => 1785.89853934349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257088.598382244 Mflops = 257.088598382244 Gflops = 0.257088598382244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056796 s
InvBiCGStab: k = 79 resid = 8.935387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300366(s) Flops=521349120 => 1735.71283034698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249883.840651782 Mflops = 249.883840651782 Gflops = 0.249883840651782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001087132 Relative Rsd = 4.76751144260832e-07
BICGSTAB_SOLVER_TIME: 0.605797 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 47 resid = 2.214787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172635(s) Flops=311371776 => 1803.6422278217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.120383894 Mflops = 259.648120383894 Gflops = 0.259648120383894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 75 resid = 8.316127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273877(s) Flops=495101952 => 1807.75294018848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.114051412 Mflops = 260.265114051412 Gflops = 0.260265114051412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00102359 Relative Rsd = 4.48885406833497e-07
BICGSTAB_SOLVER_TIME: 0.547871 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 59 resid = 2.274032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216776(s) Flops=390113280 => 1799.6147174964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259093.581883396 Mflops = 259.093581883396 Gflops = 0.259093581883396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055869 s
InvBiCGStab: k = 78 resid = 8.316215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304551(s) Flops=514787328 => 1690.31567126688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243357.41825948 Mflops = 243.35741825948 Gflops = 0.24335741825948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001082149 Relative Rsd = 4.74565982626884e-07
BICGSTAB_SOLVER_TIME: 0.622696 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049504 s
InvBiCGStab: k = 48 resid = 2.089181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224493(s) Flops=317933568 => 1416.22931672702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203884.15721736 Mflops = 203.88415721736 Gflops = 0.20388415721736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075047 s
InvBiCGStab: k = 84 resid = 8.785187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360143(s) Flops=554158080 => 1538.7167874983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221527.700265055 Mflops = 221.527700265055 Gflops = 0.221527700265055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001066564 Relative Rsd = 4.67730983684904e-07
BICGSTAB_SOLVER_TIME: 0.713286 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10846
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072403(s) Flops=1504862208 => 1403.26184093107 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202055.937860377 Mflops = 202.055937860377 Gflops = 0.202055937860377 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167051000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.853198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.712146(s) Flops=1262831616 => 1773.27628885088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255281.061482148 Mflops = 255.281061482148 Gflops = 0.255281061482148 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.146153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.797533(s) Flops=1440000000 => 1805.56792007353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.704714929 Mflops = 259.984704714929 Gflops = 0.259984704714929 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002095687 Relative Rsd = 9.21291456456354e-07
BICGSTAB_SOLVER_TIME: 1.51311 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293539999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.821251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690259(s) Flops=1249708032 => 1810.49147059292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260682.189410308 Mflops = 260.682189410308 Gflops = 0.260682189410308 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.04911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803746(s) Flops=1433438208 => 1783.44677049715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256804.63291915 Mflops = 256.80463291915 Gflops = 0.25680463291915 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.002029626 Relative Rsd = 8.92148778195572e-07
BICGSTAB_SOLVER_TIME: 1.497382 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291461999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 265 resid = 1.236662e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971262(s) Flops=1741842432 => 1793.38060379177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.320030573 Mflops = 258.257320030573 Gflops = 0.258257320030573 Tflops
InvBiCGStab: k = 326 resid = 8.113915e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.425512(s) Flops=2142111744 => 1502.69639540039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216383.522636001 Mflops = 216.383522636001 Gflops = 0.216383522636001 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.002119523 Relative Rsd = 9.31770091924241e-07
BICGSTAB_SOLVER_TIME: 2.401705 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.422413999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 284 resid = 2.163312e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.197437(s) Flops=1866516480 => 1558.75965082088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224438.927810133 Mflops = 224.438927810133 Gflops = 0.224438927810133 Tflops
InvBiCGStab: k = 274 resid = 1.00357e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.010296(s) Flops=1800898560 => 1782.54547182212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256679.610598085 Mflops = 256.679610598085 Gflops = 0.256679610598085 Tflops
BICGSTAB_SOLVER: 558 iterations. Rsd = 0.001959576 Relative Rsd = 8.61357023856171e-07
BICGSTAB_SOLVER_TIME: 2.212545 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.399592999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 230 resid = 2.000428e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841938(s) Flops=1512179712 => 1796.07015243403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258590.554977152 Mflops = 258.590554977152 Gflops = 0.258590554977152 Tflops
InvBiCGStab: k = 259 resid = 6.755301e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.945137(s) Flops=1702471680 => 1801.29619303868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259373.839357555 Mflops = 259.373839357555 Gflops = 0.259373839357555 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.001925043 Relative Rsd = 8.44208725133322e-07
BICGSTAB_SOLVER_TIME: 1.791788 sec
2Flav::invert,  n_count = 489
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348718000000003
MInvCG2: 348 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.39476(s) Flops=2245183488 => 1609.72747139293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231809.830227299 Mflops = 231.809830227299 Gflops = 0.231809830227299 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251654000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0227191399528692
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 468.310928 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.059571 secs
Doing Update: 2737 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 284 resid = 1.424763e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.081428(s) Flops=1866516480 => 1725.97387898223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248520.161892243 Mflops = 248.520161892243 Gflops = 0.248520161892243 Tflops
InvBiCGStab: k = 299 resid = 1.059349e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.103173(s) Flops=1964943360 => 1781.174267318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256479.756038924 Mflops = 256.479756038924 Gflops = 0.256479756038924 Tflops
BICGSTAB_SOLVER: 583 iterations. Rsd = 0.00197501 Relative Rsd = 8.69450396263731e-07
BICGSTAB_SOLVER_TIME: 2.189541 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419031999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
InvBiCGStab: k = 223 resid = 1.446622e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976758(s) Flops=1466247168 => 1501.13658449688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216180.201307476 Mflops = 216.180201307476 Gflops = 0.216180201307476 Tflops
InvBiCGStab: k = 260 resid = 9.310774e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.134046(s) Flops=1709033472 => 1507.02305902935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217017.257526496 Mflops = 217.017257526496 Gflops = 0.217017257526496 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.001863535 Relative Rsd = 8.19275601462607e-07
BICGSTAB_SOLVER_TIME: 2.116798 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.347005999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00035
MInvCG2: 366 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.493353(s) Flops=2353563648 => 1576.02633001039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226951.938154561 Mflops = 226.951938154561 Gflops = 0.226951938154561 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261977000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 309 resid = 1.542373e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.170416(s) Flops=2030561280 => 1734.90560621181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249839.318541166 Mflops = 249.839318541166 Gflops = 0.249839318541166 Tflops
InvBiCGStab: k = 309 resid = 1.106486e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.13945(s) Flops=2030561280 => 1782.05386809426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256606.894358751 Mflops = 256.606894358751 Gflops = 0.256606894358751 Tflops
BICGSTAB_SOLVER: 618 iterations. Rsd = 0.002025414 Relative Rsd = 8.91639792622199e-07
BICGSTAB_SOLVER_TIME: 2.31462 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.441958999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 262 resid = 1.610772e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95987(s) Flops=1722157056 => 1794.15655870066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258346.102462771 Mflops = 258.346102462771 Gflops = 0.258346102462771 Tflops
InvBiCGStab: k = 267 resid = 1.110589e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989466(s) Flops=1754966016 => 1773.64964132168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255393.660840325 Mflops = 255.393660840325 Gflops = 0.255393660840325 Tflops
BICGSTAB_SOLVER: 529 iterations. Rsd = 0.002028161 Relative Rsd = 8.91650799556686e-07
BICGSTAB_SOLVER_TIME: 1.954102 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378628999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 215 resid = 1.740222e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786943(s) Flops=1413752832 => 1796.5123674777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258670.860656534 Mflops = 258.670860656534 Gflops = 0.258670860656534 Tflops
InvBiCGStab: k = 236 resid = 1.072886e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889867(s) Flops=1551550464 => 1743.57568490572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251064.822017796 Mflops = 251.064822017796 Gflops = 0.251064822017796 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002057309 Relative Rsd = 9.0192356093503e-07
BICGSTAB_SOLVER_TIME: 1.682308 sec
2Flav::invert,  n_count = 451
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321713000000001
MInvCG2: 348 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.705974(s) Flops=2244741120 => 1315.81203465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189525.995141259 Mflops = 189.525995141259 Gflops = 0.189525995141259 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249606000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.375607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850219(s) Flops=1525303296 => 1794.01224390422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258300.873600918 Mflops = 258.300873600918 Gflops = 0.258300873600918 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.115945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874151(s) Flops=1571235840 => 1797.44213528326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258821.191499315 Mflops = 258.821191499315 Gflops = 0.258821191499315 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002075615 Relative Rsd = 9.13739502985786e-07
BICGSTAB_SOLVER_TIME: 1.727782 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336180999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 6.974416e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705993(s) Flops=1269393408 => 1798.02548750483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.474737627 Mflops = 258.852474737627 Gflops = 0.258852474737627 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.131877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716734(s) Flops=1289078784 => 1798.54560269221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.269250815 Mflops = 258.976269250815 Gflops = 0.258976269250815 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.002051687 Relative Rsd = 9.01993718069939e-07
BICGSTAB_SOLVER_TIME: 1.426248 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.11537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277721999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936474(s) Flops=1485914112 => 1586.71154992023 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228480.029859791 Mflops = 228.480029859791 Gflops = 0.228480029859791 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165004000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 148 resid = 1.665458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.543149(s) Flops=974112768 => 1793.45403931518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258317.448165422 Mflops = 258.317448165422 Gflops = 0.258317448165422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.8e-05 s
InvBiCGStab: k = 171 resid = 1.087549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721259(s) Flops=1125033984 => 1559.81968197277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224590.159147104 Mflops = 224.590159147104 Gflops = 0.224590159147104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 319 iterations. Rsd = 0.00204943 Relative Rsd = 8.98469415304997e-07
BICGSTAB_SOLVER_TIME: 1.268605 sec
2Flav::invert,  n_count = 319
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.229878999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000107 s
InvBiCGStab: k = 123 resid = 1.546374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.560697(s) Flops=810067968 => 1444.75174291997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208238.442069151 Mflops = 208.238442069151 Gflops = 0.208238442069151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 152 resid = 1.129634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659361(s) Flops=1000359936 => 1517.16576503615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218435.23123416 Mflops = 218.43523123416 Gflops = 0.21843523123416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 275 iterations. Rsd = 0.001617525 Relative Rsd = 7.09122420082391e-07
BICGSTAB_SOLVER_TIME: 1.224002 sec
2Flav::invert,  n_count = 275
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198021999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005053 s
InvBiCGStab: k = 90 resid = 2.24926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32972(s) Flops=593528832 => 1800.09957539731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259166.113481934 Mflops = 259.166113481934 Gflops = 0.259166113481934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007194 s
InvBiCGStab: k = 131 resid = 6.405143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.48127(s) Flops=862562304 => 1792.26277141729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258047.81125844 Mflops = 258.04781125844 Gflops = 0.25804781125844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 221 iterations. Rsd = 0.001420782 Relative Rsd = 6.22870290792231e-07
BICGSTAB_SOLVER_TIME: 0.827108 sec
2Flav::invert,  n_count = 221
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161637999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007488 s
InvBiCGStab: k = 82 resid = 2.017487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318977(s) Flops=541034496 => 1696.15519614267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244216.079637997 Mflops = 244.216079637997 Gflops = 0.244216079637997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.012141 s
InvBiCGStab: k = 109 resid = 1.003399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408929(s) Flops=718202880 => 1756.3021453602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252861.300249628 Mflops = 252.861300249628 Gflops = 0.252861300249628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001323987 Relative Rsd = 5.80435489082818e-07
BICGSTAB_SOLVER_TIME: 0.751536 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141009
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010246 s
InvBiCGStab: k = 74 resid = 1.218672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272529(s) Flops=488540160 => 1792.61715266999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258092.655695361 Mflops = 258.092655695361 Gflops = 0.258092655695361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014958 s
InvBiCGStab: k = 102 resid = 1.138328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374321(s) Flops=672270336 => 1795.97280409061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258572.233209033 Mflops = 258.572233209033 Gflops = 0.258572233209033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001242656 Relative Rsd = 5.44780111645945e-07
BICGSTAB_SOLVER_TIME: 0.676063 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131598
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927626(s) Flops=1492328448 => 1608.76091010817 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231635.943153023 Mflops = 231.635943153023 Gflops = 0.231635943153023 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165597000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013401 s
InvBiCGStab: k = 27 resid = 2.062232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100041(s) Flops=180135936 => 1800.62110534681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259135.695749633 Mflops = 259.135695749633 Gflops = 0.259135695749633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019261 s
InvBiCGStab: k = 43 resid = 1.131287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158326(s) Flops=285124608 => 1800.87040662936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.661933995 Mflops = 259.242661933995 Gflops = 0.259242661933995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.000744883 Relative Rsd = 3.2655642323076e-07
BICGSTAB_SOLVER_TIME: 0.294813 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0568900000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016731 s
InvBiCGStab: k = 88 resid = 1.772657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322374(s) Flops=580405248 => 1800.40961119693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259217.981178074 Mflops = 259.217981178074 Gflops = 0.259217981178074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023845 s
InvBiCGStab: k = 108 resid = 9.383284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396037(s) Flops=711641088 => 1796.90556185407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258713.96707152 Mflops = 258.71396707152 Gflops = 0.25871396707152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001335405 Relative Rsd = 5.85440989096955e-07
BICGSTAB_SOLVER_TIME: 0.762819 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147805
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.025986 s
InvBiCGStab: k = 63 resid = 1.866503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296684(s) Flops=416360448 => 1403.38018902266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202052.142273994 Mflops = 202.052142273994 Gflops = 0.202052142273994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.030791 s
InvBiCGStab: k = 87 resid = 1.033497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403244(s) Flops=573843456 => 1423.0675620716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204890.921565502 Mflops = 204.890921565502 Gflops = 0.204890921565502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00110274 Relative Rsd = 4.83440650457384e-07
BICGSTAB_SOLVER_TIME: 0.760527 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115916
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.025517 s
InvBiCGStab: k = 67 resid = 1.721911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284392(s) Flops=442607616 => 1556.32934822358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224069.525853464 Mflops = 224.069525853464 Gflops = 0.224069525853464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034314 s
InvBiCGStab: k = 90 resid = 9.677659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41646(s) Flops=593528832 => 1425.17608413773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205196.92229648 Mflops = 205.19692229648 Gflops = 0.20519692229648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001195015 Relative Rsd = 5.23894064817583e-07
BICGSTAB_SOLVER_TIME: 0.764531 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121986
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027885 s
InvBiCGStab: k = 61 resid = 2.279352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224504(s) Flops=403236864 => 1796.12329401703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.230744201 Mflops = 258.602230744201 Gflops = 0.258602230744201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039362 s
InvBiCGStab: k = 88 resid = 1.120735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323712(s) Flops=580405248 => 1792.96797153025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258141.274886299 Mflops = 258.141274886299 Gflops = 0.258141274886299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001112247 Relative Rsd = 4.87608795752963e-07
BICGSTAB_SOLVER_TIME: 0.619361 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117541
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93441(s) Flops=1498816512 => 1604.02447747777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230982.714552201 Mflops = 230.982714552201 Gflops = 0.230982714552201 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166915000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03173 s
InvBiCGStab: k = 30 resid = 2.217808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110911(s) Flops=199821312 => 1801.63655543634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259310.013391574 Mflops = 259.310013391574 Gflops = 0.259310013391574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044357 s
InvBiCGStab: k = 47 resid = 9.838772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172842(s) Flops=311371776 => 1801.4821397577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.094174389 Mflops = 259.287094174389 Gflops = 0.259287094174389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007484933 Relative Rsd = 3.28139165019747e-07
BICGSTAB_SOLVER_TIME: 0.363712 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.038993 s
InvBiCGStab: k = 53 resid = 1.876367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20701(s) Flops=350742528 => 1694.32649630453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243919.510446499 Mflops = 243.919510446499 Gflops = 0.243919510446499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.052351 s
InvBiCGStab: k = 85 resid = 1.080136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312572(s) Flops=560719872 => 1793.89027807993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.557603333 Mflops = 258.259557603333 Gflops = 0.258259557603333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088244 Relative Rsd = 4.770858492883e-07
BICGSTAB_SOLVER_TIME: 0.614836 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041708 s
InvBiCGStab: k = 54 resid = 1.900541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210509(s) Flops=357304320 => 1697.3351258141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244340.401069073 Mflops = 244.340401069073 Gflops = 0.244340401069073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056865 s
InvBiCGStab: k = 74 resid = 9.99927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272667(s) Flops=488540160 => 1791.70988788522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257945.403570279 Mflops = 257.945403570279 Gflops = 0.257945403570279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0010162 Relative Rsd = 4.45501494819377e-07
BICGSTAB_SOLVER_TIME: 0.585704 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 57 resid = 1.916808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208451(s) Flops=376989696 => 1808.5290835736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260324.510860289 Mflops = 260.324510860289 Gflops = 0.260324510860289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056645 s
InvBiCGStab: k = 84 resid = 1.080602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306964(s) Flops=554158080 => 1805.28687403083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259906.533182391 Mflops = 259.906533182391 Gflops = 0.259906533182391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001160381 Relative Rsd = 5.08710777719633e-07
BICGSTAB_SOLVER_TIME: 0.61718 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 61 resid = 1.877016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22489(s) Flops=403236864 => 1793.04043754725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258142.335295692 Mflops = 258.142335295692 Gflops = 0.258142335295692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074416 s
InvBiCGStab: k = 83 resid = 1.106408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346615(s) Flops=547596288 => 1579.84013386611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227446.275147638 Mflops = 227.446275147638 Gflops = 0.227446275147638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001055108 Relative Rsd = 4.62559094834924e-07
BICGSTAB_SOLVER_TIME: 0.691182 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117524
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.110127(s) Flops=1505304576 => 1355.97510555099 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195243.465638347 Mflops = 195.243465638347 Gflops = 0.195243465638347 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166821000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043218 s
InvBiCGStab: k = 26 resid = 2.187252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100891(s) Flops=173574144 => 1720.41256405428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246756.575669415 Mflops = 246.756575669415 Gflops = 0.246756575669415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056874 s
InvBiCGStab: k = 57 resid = 1.103581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211544(s) Flops=376989696 => 1782.08645010022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256560.179759041 Mflops = 256.560179759041 Gflops = 0.256560179759041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007308465 Relative Rsd = 3.20402807671511e-07
BICGSTAB_SOLVER_TIME: 0.416203 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04175 s
InvBiCGStab: k = 57 resid = 1.651273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209987(s) Flops=376989696 => 1795.30016620076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258480.261243592 Mflops = 258.480261243592 Gflops = 0.258480261243592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057119 s
InvBiCGStab: k = 90 resid = 1.071659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331326(s) Flops=593528832 => 1791.37415113815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257912.82105555 Mflops = 257.91282105555 Gflops = 0.25791282105555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001127807 Relative Rsd = 4.94430223007972e-07
BICGSTAB_SOLVER_TIME: 0.643792 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 48 resid = 2.106936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175975(s) Flops=317933568 => 1806.69736042051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260095.179306116 Mflops = 260.095179306116 Gflops = 0.260095179306116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056503 s
InvBiCGStab: k = 81 resid = 9.644133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29886(s) Flops=534472704 => 1788.37149166834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257477.416653229 Mflops = 257.477416653229 Gflops = 0.257477416653229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001049019 Relative Rsd = 4.59889481217669e-07
BICGSTAB_SOLVER_TIME: 0.576005 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 61 resid = 2.134836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222956(s) Flops=403236864 => 1808.59391090619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260369.125699796 Mflops = 260.369125699796 Gflops = 0.260369125699796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055754 s
InvBiCGStab: k = 87 resid = 9.281428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319451(s) Flops=573843456 => 1796.34265035952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258626.761812191 Mflops = 258.626761812191 Gflops = 0.258626761812191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001135664 Relative Rsd = 4.97874518606879e-07
BICGSTAB_SOLVER_TIME: 0.642808 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 52 resid = 1.986135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191016(s) Flops=344180736 => 1801.8424425179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.048304973 Mflops = 259.407048304973 Gflops = 0.259407048304973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 84 resid = 8.557311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3071(s) Flops=554158080 => 1804.48739824162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.476100056 Mflops = 259.798476100056 Gflops = 0.259798476100056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001041857 Relative Rsd = 4.56749720000772e-07
BICGSTAB_SOLVER_TIME: 0.599576 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11139
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941467(s) Flops=1517764608 => 1612.12725246875 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232150.814326435 Mflops = 232.150814326435 Gflops = 0.232150814326435 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168355000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.507642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.252802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844554(s) Flops=1289078784 => 1526.34264238876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219727.77138989 Mflops = 219.72777138989 Gflops = 0.21972777138989 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.041101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838163(s) Flops=1453123584 => 1733.70046637707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249637.222423338 Mflops = 249.637222423338 Gflops = 0.249637222423337 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002114211 Relative Rsd = 9.30698786030734e-07
BICGSTAB_SOLVER_TIME: 1.686036 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297436999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.082115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.666127(s) Flops=1151281152 => 1728.32080369059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248802.044548046 Mflops = 248.802044548046 Gflops = 0.248802044548046 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.018725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744182(s) Flops=1321887744 => 1776.29631461121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255780.840605751 Mflops = 255.780840605751 Gflops = 0.255780840605751 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.002755571 Relative Rsd = 1.21138149236914e-06
BICGSTAB_SOLVER_TIME: 1.413635 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268307999999997
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964086(s) Flops=1517764608 => 1574.30416788544 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226710.493918041 Mflops = 226.710493918041 Gflops = 0.226710493918041 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168283000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041616 s
InvBiCGStab: k = 38 resid = 1.310004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141083(s) Flops=252315648 => 1788.41992302404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257456.699503402 Mflops = 257.456699503402 Gflops = 0.257456699503402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056484 s
InvBiCGStab: k = 53 resid = 1.022725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198398(s) Flops=350742528 => 1767.87330517445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254499.408883779 Mflops = 254.499408883779 Gflops = 0.254499408883779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007452936 Relative Rsd = 3.26736403203637e-07
BICGSTAB_SOLVER_TIME: 0.441244 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0791810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043951 s
InvBiCGStab: k = 82 resid = 2.088324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309336(s) Flops=541034496 => 1749.01885328575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251816.921312168 Mflops = 251.816921312168 Gflops = 0.251816921312168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060017 s
InvBiCGStab: k = 107 resid = 1.151161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393712(s) Flops=705079296 => 1790.85040842037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257849.376378995 Mflops = 257.849376378995 Gflops = 0.257849376378995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001317918 Relative Rsd = 5.77774755804506e-07
BICGSTAB_SOLVER_TIME: 0.810697 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149032999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05428 s
InvBiCGStab: k = 60 resid = 1.995454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269348(s) Flops=396675072 => 1472.72328734574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212033.886239939 Mflops = 212.033886239939 Gflops = 0.212033886239939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076792 s
InvBiCGStab: k = 85 resid = 1.0746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374759(s) Flops=560719872 => 1496.21455922339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215409.536177417 Mflops = 215.409536177417 Gflops = 0.215409536177417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001074607 Relative Rsd = 4.71107135577073e-07
BICGSTAB_SOLVER_TIME: 0.78804 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052651 s
InvBiCGStab: k = 66 resid = 2.1536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277384(s) Flops=436045824 => 1571.99342427826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226319.698887622 Mflops = 226.319698887622 Gflops = 0.226319698887622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069304 s
InvBiCGStab: k = 92 resid = 7.868468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392674(s) Flops=606652416 => 1544.92636640063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222435.60965532 Mflops = 222.43560965532 Gflops = 0.22243560965532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001138123 Relative Rsd = 4.98952765278358e-07
BICGSTAB_SOLVER_TIME: 0.795734 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 59 resid = 2.280655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253955(s) Flops=390113280 => 1536.15120789116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221171.608988838 Mflops = 221.171608988838 Gflops = 0.221171608988838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.094961 s
InvBiCGStab: k = 78 resid = 9.081847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376116(s) Flops=514787328 => 1368.69297769837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197061.553245694 Mflops = 197.061553245694 Gflops = 0.197061553245694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001057616 Relative Rsd = 4.63658521625145e-07
BICGSTAB_SOLVER_TIME: 0.769766 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112106
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95352(s) Flops=1530224640 => 1604.8165114523 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231167.148048776 Mflops = 231.167148048776 Gflops = 0.231167148048776 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169742000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 27 resid = 1.966996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100808(s) Flops=180135936 => 1786.92103801286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257177.16724064 Mflops = 257.17716724064 Gflops = 0.25717716724064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056948 s
InvBiCGStab: k = 45 resid = 1.008315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166988(s) Flops=298248192 => 1786.04565597528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257096.957838198 Mflops = 257.096957838198 Gflops = 0.257096957838198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007458468 Relative Rsd = 3.26978928322342e-07
BICGSTAB_SOLVER_TIME: 0.369531 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 66 resid = 2.263717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241842(s) Flops=436045824 => 1803.01942590617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259582.732696522 Mflops = 259.582732696522 Gflops = 0.259582732696522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 100 resid = 8.632798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365775(s) Flops=659146752 => 1802.0552306746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.438145112 Mflops = 259.453438145112 Gflops = 0.259453438145112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001254364 Relative Rsd = 5.49912590299672e-07
BICGSTAB_SOLVER_TIME: 0.708881 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 58 resid = 2.12633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212439(s) Flops=383551488 => 1805.46645389971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259931.99032967 Mflops = 259.93199032967 Gflops = 0.25993199032967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 83 resid = 8.590271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303693(s) Flops=547596288 => 1803.12449743656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.924255803 Mflops = 259.598924255803 Gflops = 0.259598924255803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001083631 Relative Rsd = 4.75063581758093e-07
BICGSTAB_SOLVER_TIME: 0.61702 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04202 s
InvBiCGStab: k = 61 resid = 2.042369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267474(s) Flops=403236864 => 1507.57405953476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217035.53371175 Mflops = 217.03553371175 Gflops = 0.21703553371175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059412 s
InvBiCGStab: k = 83 resid = 7.871858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37037(s) Flops=547596288 => 1478.51145611146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212861.66509103 Mflops = 212.86166509103 Gflops = 0.21286166509103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001118069 Relative Rsd = 4.9016107661603e-07
BICGSTAB_SOLVER_TIME: 0.743749 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053467 s
InvBiCGStab: k = 65 resid = 2.084538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29072(s) Flops=429484032 => 1477.31161254816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212704.048548945 Mflops = 212.704048548945 Gflops = 0.212704048548945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067213 s
InvBiCGStab: k = 84 resid = 9.282437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396047(s) Flops=554158080 => 1399.22302151007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201459.311409035 Mflops = 201.459311409035 Gflops = 0.201459311409035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001163649 Relative Rsd = 5.1014347240235e-07
BICGSTAB_SOLVER_TIME: 0.811912 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120824
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985242(s) Flops=1542905856 => 1566.01713690647 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225494.005637856 Mflops = 225.494005637856 Gflops = 0.225494005637856 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171347000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 27 resid = 2.135986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100017(s) Flops=180135936 => 1801.05318095924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259221.152833257 Mflops = 259.221152833257 Gflops = 0.259221152833257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 51 resid = 8.315191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187063(s) Flops=337618944 => 1804.84085040869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259807.249544877 Mflops = 259.807249544877 Gflops = 0.259807249544877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007143889 Relative Rsd = 3.1318781298113e-07
BICGSTAB_SOLVER_TIME: 0.388433 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04108 s
InvBiCGStab: k = 49 resid = 2.26686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18016(s) Flops=324495360 => 1801.15097690941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.873424907 Mflops = 259.266873424907 Gflops = 0.259266873424907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056168 s
InvBiCGStab: k = 78 resid = 8.968325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285053(s) Flops=514787328 => 1805.93548568161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.347385287 Mflops = 259.994347385287 Gflops = 0.259994347385287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001057897 Relative Rsd = 4.63781621496003e-07
BICGSTAB_SOLVER_TIME: 0.566287 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041623 s
InvBiCGStab: k = 61 resid = 2.097515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22503(s) Flops=403236864 => 1791.92491667778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257969.854368833 Mflops = 257.969854368833 Gflops = 0.257969854368833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 81 resid = 9.025683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296682(s) Flops=534472704 => 1801.5002730196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.254274053 Mflops = 259.364254274053 Gflops = 0.259364254274053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001087816 Relative Rsd = 4.76897933150449e-07
BICGSTAB_SOLVER_TIME: 0.623737 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 58 resid = 2.151008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226126(s) Flops=383551488 => 1696.18481731424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244198.680482779 Mflops = 244.198680482779 Gflops = 0.244198680482779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061827 s
InvBiCGStab: k = 82 resid = 9.870859e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345422(s) Flops=541034496 => 1566.30005037317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225497.117414435 Mflops = 225.497117414435 Gflops = 0.225497117414435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001112758 Relative Rsd = 4.8783264153803e-07
BICGSTAB_SOLVER_TIME: 0.679502 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053044 s
InvBiCGStab: k = 69 resid = 1.359908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298528(s) Flops=455731200 => 1526.59449029907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219794.404279906 Mflops = 219.794404279906 Gflops = 0.219794404279906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071118 s
InvBiCGStab: k = 86 resid = 6.746886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399159(s) Flops=567281664 => 1421.19221663548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204619.967615466 Mflops = 204.619967615466 Gflops = 0.204619967615466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001097072 Relative Rsd = 4.80955941828569e-07
BICGSTAB_SOLVER_TIME: 0.827373 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1251
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036703(s) Flops=1555587072 => 1500.51371704336 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216055.333144191 Mflops = 216.055333144191 Gflops = 0.216055333144191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172710000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 26 resid = 1.568523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096399(s) Flops=173574144 => 1800.58033797031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259140.795779842 Mflops = 259.140795779842 Gflops = 0.259140795779842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055855 s
InvBiCGStab: k = 52 resid = 8.41209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191094(s) Flops=344180736 => 1801.10697353135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259279.041556256 Mflops = 259.279041556256 Gflops = 0.259279041556256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007362285 Relative Rsd = 3.22762298417594e-07
BICGSTAB_SOLVER_TIME: 0.388144 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041549 s
InvBiCGStab: k = 55 resid = 2.114038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202026(s) Flops=363866112 => 1801.08556324433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259295.30283517 Mflops = 259.29530283517 Gflops = 0.25929530283517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055904 s
InvBiCGStab: k = 77 resid = 1.030781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281961(s) Flops=508225536 => 1802.46749018481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259494.194187896 Mflops = 259.494194187896 Gflops = 0.259494194187896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001121727 Relative Rsd = 4.91764845414466e-07
BICGSTAB_SOLVER_TIME: 0.585201 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 68 resid = 1.975043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248898(s) Flops=449169408 => 1804.63245184774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.772171425 Mflops = 259.818772171425 Gflops = 0.259818772171425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 76 resid = 9.734296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278484(s) Flops=501663744 => 1801.40957469729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259340.746526163 Mflops = 259.340746526163 Gflops = 0.259340746526163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001092888 Relative Rsd = 4.79121794581936e-07
BICGSTAB_SOLVER_TIME: 0.629113 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 58 resid = 2.232744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226618(s) Flops=383551488 => 1692.50230784845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243666.750195418 Mflops = 243.666750195418 Gflops = 0.243666750195418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057504 s
InvBiCGStab: k = 90 resid = 1.043849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362788(s) Flops=593528832 => 1636.02112528529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235533.214601816 Mflops = 235.533214601816 Gflops = 0.235533214601816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001143024 Relative Rsd = 5.01101245901696e-07
BICGSTAB_SOLVER_TIME: 0.691908 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043894 s
InvBiCGStab: k = 63 resid = 1.671163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282474(s) Flops=416360448 => 1473.9779519531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212207.698599874 Mflops = 212.207698599874 Gflops = 0.212207698599874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067417 s
InvBiCGStab: k = 81 resid = 1.054577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373549(s) Flops=534472704 => 1430.79677364951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206001.379181452 Mflops = 206.001379181452 Gflops = 0.206001379181452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001110376 Relative Rsd = 4.8678843616583e-07
BICGSTAB_SOLVER_TIME: 0.771266 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117013
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.089434(s) Flops=1567973376 => 1439.25504069085 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207239.038896879 Mflops = 207.239038896879 Gflops = 0.207239038896879 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174160000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021356
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.762811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690564(s) Flops=1243146240 => 1800.18975793699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259205.540903187 Mflops = 259.205540903187 Gflops = 0.259205540903187 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.01324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82685(s) Flops=1440000000 => 1741.54925318982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250769.625860241 Mflops = 250.769625860241 Gflops = 0.250769625860241 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.002098654 Relative Rsd = 9.23817811915901e-07
BICGSTAB_SOLVER_TIME: 1.520857 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.117805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293088999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.263761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.71633(s) Flops=1282516992 => 1790.39966495889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257727.94260595 Mflops = 257.72794260595 Gflops = 0.25772794260595 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 9.062151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893356(s) Flops=1426876416 => 1597.20919319958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229992.649485 Mflops = 229.992649485 Gflops = 0.229992649485 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.002299946 Relative Rsd = 1.01103429007517e-06
BICGSTAB_SOLVER_TIME: 1.613514 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.124425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294417999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.176584(s) Flops=1567973376 => 1332.64890224582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191888.15588176 Mflops = 191.88815588176 Gflops = 0.19188815588176 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173997000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.37813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040793 s
InvBiCGStab: k = 24 resid = 2.045392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089444(s) Flops=160450560 => 1793.86610616699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258180.47345307 Mflops = 258.18047345307 Gflops = 0.25818047345307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060783 s
InvBiCGStab: k = 44 resid = 1.144977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172251(s) Flops=291686400 => 1693.38000940488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243745.761121874 Mflops = 243.745761121874 Gflops = 0.243745761121874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007311284 Relative Rsd = 3.20526417906675e-07
BICGSTAB_SOLVER_TIME: 0.367359 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0629100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04186 s
InvBiCGStab: k = 80 resid = 1.210124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296725(s) Flops=527910912 => 1779.12515628949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256135.756067942 Mflops = 256.135756067942 Gflops = 0.256135756067942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 96 resid = 1.047639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352657(s) Flops=632899584 => 1794.66048880357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258384.99235209 Mflops = 258.38499235209 Gflops = 0.25838499235209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001264042 Relative Rsd = 5.54155555002664e-07
BICGSTAB_SOLVER_TIME: 0.751679 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041657 s
InvBiCGStab: k = 67 resid = 1.878382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246161(s) Flops=442607616 => 1798.04118442808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258869.811394103 Mflops = 258.869811394103 Gflops = 0.258869811394103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 83 resid = 8.62003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304295(s) Flops=547596288 => 1799.55729801673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.223431336 Mflops = 259.080223431336 Gflops = 0.259080223431336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001069033 Relative Rsd = 4.68663562311405e-07
BICGSTAB_SOLVER_TIME: 0.652408 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 74 resid = 2.213897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270514(s) Flops=488540160 => 1805.9699682826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.983594664 Mflops = 260.017983594664 Gflops = 0.260017983594664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 85 resid = 1.085745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310235(s) Flops=560719872 => 1807.4036520702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260224.034728527 Mflops = 260.224034728527 Gflops = 0.260224034728527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001149085 Relative Rsd = 5.03758406629859e-07
BICGSTAB_SOLVER_TIME: 0.682127 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 66 resid = 1.534559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27149(s) Flops=436045824 => 1606.12112416664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231233.98223124 Mflops = 231.23398223124 Gflops = 0.23123398223124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064985 s
InvBiCGStab: k = 79 resid = 1.074182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369354(s) Flops=521349120 => 1411.51610649946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203224.96330658 Mflops = 203.22496330658 Gflops = 0.20322496330658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00111521 Relative Rsd = 4.88907774987236e-07
BICGSTAB_SOLVER_TIME: 0.751274 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117732
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.15837(s) Flops=1568415744 => 1353.98512047101 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194961.956792956 Mflops = 194.961956792956 Gflops = 0.194961956792956 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174199000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043411 s
InvBiCGStab: k = 23 resid = 2.104407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086545(s) Flops=153888768 => 1778.13585995725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255870.294920722 Mflops = 255.870294920722 Gflops = 0.255870294920722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056442 s
InvBiCGStab: k = 56 resid = 7.970323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205683(s) Flops=370427904 => 1800.96509677513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259257.551274258 Mflops = 259.257551274258 Gflops = 0.259257551274258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007367277 Relative Rsd = 3.22981142632452e-07
BICGSTAB_SOLVER_TIME: 0.395955 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04161 s
InvBiCGStab: k = 70 resid = 1.913513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25638(s) Flops=462292992 => 1803.15544114205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.128451239 Mflops = 259.612128451239 Gflops = 0.259612128451239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056899 s
InvBiCGStab: k = 110 resid = 9.047283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401723(s) Flops=724764672 => 1804.14034546192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259750.535341249 Mflops = 259.750535341249 Gflops = 0.259750535341249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.00126953 Relative Rsd = 5.56561310273179e-07
BICGSTAB_SOLVER_TIME: 0.76049 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 54 resid = 2.171814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198615(s) Flops=357304320 => 1798.97953326788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.29753439 Mflops = 258.98629753439 Gflops = 0.25898629753439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 86 resid = 9.959598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315354(s) Flops=567281664 => 1798.8725812896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258981.499499241 Mflops = 258.981499499241 Gflops = 0.258981499499241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001017684 Relative Rsd = 4.46152464493004e-07
BICGSTAB_SOLVER_TIME: 0.615128 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 69 resid = 2.020627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252174(s) Flops=455731200 => 1807.20930785886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260188.751053517 Mflops = 260.188751053517 Gflops = 0.260188751053517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056763 s
InvBiCGStab: k = 100 resid = 4.193707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365194(s) Flops=659146752 => 1804.92218382558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.154893592 Mflops = 259.863154893592 Gflops = 0.259863154893592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001158076 Relative Rsd = 5.07699899136683e-07
BICGSTAB_SOLVER_TIME: 0.719174 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041877 s
InvBiCGStab: k = 71 resid = 1.961557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285108(s) Flops=468854784 => 1644.48133338945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236765.456830796 Mflops = 236.765456830796 Gflops = 0.236765456830796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066008 s
InvBiCGStab: k = 80 resid = 8.679249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361572(s) Flops=527910912 => 1460.04367594836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210217.804862421 Mflops = 210.217804862421 Gflops = 0.210217804862421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00115026 Relative Rsd = 5.04273466288522e-07
BICGSTAB_SOLVER_TIME: 0.758541 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122518
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.158416(s) Flops=1574535168 => 1359.21393350921 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195723.195337834 Mflops = 195.723195337834 Gflops = 0.195723195337834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174647000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041405 s
InvBiCGStab: k = 33 resid = 1.067578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122172(s) Flops=219506688 => 1796.7020921324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.842882917 Mflops = 258.607842882917 Gflops = 0.258607842882917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 53 resid = 1.139858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19474(s) Flops=350742528 => 1801.08107219883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259274.561766608 Mflops = 259.274561766608 Gflops = 0.259274561766608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007479039 Relative Rsd = 3.27880793089309e-07
BICGSTAB_SOLVER_TIME: 0.418249 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 61 resid = 2.00824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22346(s) Flops=403236864 => 1804.51474089322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.823921648 Mflops = 259.791823921648 Gflops = 0.259791823921648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056485 s
InvBiCGStab: k = 84 resid = 9.705748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307299(s) Flops=554158080 => 1803.31885232298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259627.386989279 Mflops = 259.627386989279 Gflops = 0.259627386989279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001104257 Relative Rsd = 4.84106012404469e-07
BICGSTAB_SOLVER_TIME: 0.632154 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 55 resid = 2.127505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202617(s) Flops=363866112 => 1795.83209701062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258536.386364505 Mflops = 258.536386364505 Gflops = 0.258536386364505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055894 s
InvBiCGStab: k = 79 resid = 9.159093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288811(s) Flops=521349120 => 1805.15672879496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259884.441787109 Mflops = 259.884441787109 Gflops = 0.259884441787109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001040774 Relative Rsd = 4.56274979122365e-07
BICGSTAB_SOLVER_TIME: 0.59215 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 65 resid = 2.072622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238054(s) Flops=429484032 => 1804.14541238543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259689.369473172 Mflops = 259.689369473172 Gflops = 0.259689369473172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 90 resid = 1.067813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334687(s) Flops=593528832 => 1773.38478040677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255319.925630719 Mflops = 255.319925630719 Gflops = 0.255319925630719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001162502 Relative Rsd = 5.09640610450625e-07
BICGSTAB_SOLVER_TIME: 0.674793 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041517 s
InvBiCGStab: k = 64 resid = 1.992385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235961(s) Flops=422922240 => 1792.33958154102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258045.599652879 Mflops = 258.045599652879 Gflops = 0.258045599652879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057111 s
InvBiCGStab: k = 90 resid = 1.025394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391553(s) Flops=593528832 => 1515.83267654698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218247.201485608 Mflops = 218.247201485608 Gflops = 0.218247201485608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001112383 Relative Rsd = 4.87668151121872e-07
BICGSTAB_SOLVER_TIME: 0.730073 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124724
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.147412(s) Flops=1574682624 => 1372.37768473748 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197595.314565965 Mflops = 197.595314565965 Gflops = 0.197595314565965 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175021000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 29 resid = 2.019782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108133(s) Flops=193259520 => 1787.23904820915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257236.491411838 Mflops = 257.236491411838 Gflops = 0.257236491411838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 48 resid = 1.048624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177357(s) Flops=317933568 => 1792.61922562966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258059.143230476 Mflops = 258.059143230476 Gflops = 0.258059143230476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0006798205 Relative Rsd = 2.98033029729728e-07
BICGSTAB_SOLVER_TIME: 0.386698 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041869 s
InvBiCGStab: k = 72 resid = 9.529674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264104(s) Flops=475416576 => 1800.11122890982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259160.601886109 Mflops = 259.160601886109 Gflops = 0.259160601886109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056104 s
InvBiCGStab: k = 89 resid = 1.114483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325362(s) Flops=586967040 => 1804.0430044074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.284701392 Mflops = 259.729284701392 Gflops = 0.259729284701392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001147987 Relative Rsd = 5.03277235161184e-07
BICGSTAB_SOLVER_TIME: 0.691199 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040791 s
InvBiCGStab: k = 64 resid = 1.828112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249506(s) Flops=422922240 => 1695.03835579104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244040.612514753 Mflops = 244.040612514753 Gflops = 0.244040612514753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057952 s
InvBiCGStab: k = 86 resid = 1.057137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3403(s) Flops=567281664 => 1667.00459594475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240012.564422223 Mflops = 240.012564422223 Gflops = 0.240012564422223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001083058 Relative Rsd = 4.74812278373307e-07
BICGSTAB_SOLVER_TIME: 0.692522 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040555 s
InvBiCGStab: k = 66 resid = 1.949664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244542(s) Flops=436045824 => 1783.112201585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256710.06323889 Mflops = 256.71006323889 Gflops = 0.25671006323889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 92 resid = 5.660157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341852(s) Flops=606652416 => 1774.60543159028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255494.182000208 Mflops = 255.494182000208 Gflops = 0.255494182000208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001126397 Relative Rsd = 4.93812018722857e-07
BICGSTAB_SOLVER_TIME: 0.686993 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041695 s
InvBiCGStab: k = 59 resid = 2.174975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219812(s) Flops=390113280 => 1774.75879387841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255505.290884762 Mflops = 255.505290884762 Gflops = 0.255505290884762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0573 s
InvBiCGStab: k = 93 resid = 9.815273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375447(s) Flops=613214208 => 1633.29100512189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235159.35144059 Mflops = 235.15935144059 Gflops = 0.23515935144059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001090015 Relative Rsd = 4.77862011326443e-07
BICGSTAB_SOLVER_TIME: 0.698288 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122831
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.190573(s) Flops=1580802048 => 1327.7657464095 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191192.102737397 Mflops = 191.192102737397 Gflops = 0.191192102737397 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175633000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.14561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.660547(s) Flops=1190651904 => 1802.52412621661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.598797696 Mflops = 259.491598797696 Gflops = 0.259491598797696 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.13012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816028(s) Flops=1472808960 => 1804.85101001436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259884.904084334 Mflops = 259.884904084334 Gflops = 0.259884904084334 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002139142 Relative Rsd = 9.41609410910674e-07
BICGSTAB_SOLVER_TIME: 1.479968 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289098999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.986285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.670389(s) Flops=1184090112 => 1766.27318169003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254299.10764344 Mflops = 254.29910764344 Gflops = 0.25429910764344 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 8.001269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80178(s) Flops=1426876416 => 1779.63583027763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256251.419608498 Mflops = 256.251419608498 Gflops = 0.256251419608498 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002147316 Relative Rsd = 9.43897238655479e-07
BICGSTAB_SOLVER_TIME: 1.475599 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.116319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283385999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.153651(s) Flops=1580802048 => 1370.26019827487 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197331.694057088 Mflops = 197.331694057088 Gflops = 0.197331694057088 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175930000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.532378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 28 resid = 2.270367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104587(s) Flops=186697728 => 1785.09497356268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256930.487672599 Mflops = 256.930487672599 Gflops = 0.256930487672599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057072 s
InvBiCGStab: k = 48 resid = 7.648908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176661(s) Flops=317933568 => 1799.68169545061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259057.513808617 Mflops = 259.057513808617 Gflops = 0.259057513808617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007179184 Relative Rsd = 3.14735135487208e-07
BICGSTAB_SOLVER_TIME: 0.383082 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 85 resid = 1.391109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312553(s) Flops=560719872 => 1793.99932811395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258286.544549752 Mflops = 258.286544549752 Gflops = 0.258286544549752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 107 resid = 9.933103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393538(s) Flops=705079296 => 1791.64222006515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257957.537688776 Mflops = 257.957537688776 Gflops = 0.257957537688776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001336785 Relative Rsd = 5.86045974946518e-07
BICGSTAB_SOLVER_TIME: 0.807791 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153007999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042751 s
InvBiCGStab: k = 62 resid = 1.139214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240516(s) Flops=409798656 => 1703.83116299955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245281.207308973 Mflops = 245.281207308973 Gflops = 0.245281207308973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 85 resid = 9.266892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317376(s) Flops=560719872 => 1766.73684210526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254367.655261695 Mflops = 254.367655261695 Gflops = 0.254367655261695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001100769 Relative Rsd = 4.82576654721999e-07
BICGSTAB_SOLVER_TIME: 0.661405 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 71 resid = 1.990615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261061(s) Flops=468854784 => 1795.95873761305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258565.812612811 Mflops = 258.565812612811 Gflops = 0.258565812612811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05646 s
InvBiCGStab: k = 102 resid = 4.380351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378461(s) Flops=672270336 => 1776.32658583051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255752.673766995 Mflops = 255.752673766995 Gflops = 0.255752673766995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001180051 Relative Rsd = 5.17333944087778e-07
BICGSTAB_SOLVER_TIME: 0.74128 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137624
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 69 resid = 1.154707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252693(s) Flops=455731200 => 1803.49752466432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.624381318 Mflops = 259.678624381318 Gflops = 0.259678624381318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056062 s
InvBiCGStab: k = 96 resid = 1.071907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352966(s) Flops=632899584 => 1793.08937404736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258162.240082735 Mflops = 258.162240082735 Gflops = 0.258162240082735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001173623 Relative Rsd = 5.14516069639329e-07
BICGSTAB_SOLVER_TIME: 0.706915 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132342
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.11508(s) Flops=1593040896 => 1428.63372672813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205769.356650432 Mflops = 205.769356650432 Gflops = 0.205769356650432 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176973000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.514779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050742 s
InvBiCGStab: k = 28 resid = 1.629626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150872(s) Flops=186697728 => 1237.45776552309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178107.642288663 Mflops = 178.107642288663 Gflops = 0.178107642288663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060392 s
InvBiCGStab: k = 49 resid = 8.789158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191489(s) Flops=324495360 => 1694.59008089237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243942.581383944 Mflops = 243.942581383944 Gflops = 0.243942581383944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007015617 Relative Rsd = 3.07564389382247e-07
BICGSTAB_SOLVER_TIME: 0.457684 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 70 resid = 2.169813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259668(s) Flops=462292992 => 1780.32330514349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256324.623933544 Mflops = 256.324623933544 Gflops = 0.256324623933544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057207 s
InvBiCGStab: k = 100 resid = 1.015194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367708(s) Flops=659146752 => 1792.5820270432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258090.030100845 Mflops = 258.090030100845 Gflops = 0.258090030100845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001263622 Relative Rsd = 5.53971262451392e-07
BICGSTAB_SOLVER_TIME: 0.729447 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135574
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0417 s
InvBiCGStab: k = 66 resid = 2.11757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242922(s) Flops=436045824 => 1795.00343320078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258406.955965623 Mflops = 258.406955965623 Gflops = 0.258406955965623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 81 resid = 1.055952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297969(s) Flops=534472704 => 1793.71915870443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258237.727560416 Mflops = 258.237727560416 Gflops = 0.258237727560416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001129994 Relative Rsd = 4.95388840285881e-07
BICGSTAB_SOLVER_TIME: 0.642974 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 60 resid = 2.13862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220085(s) Flops=396675072 => 1802.37213803758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259469.966692181 Mflops = 259.469966692181 Gflops = 0.259469966692181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056152 s
InvBiCGStab: k = 84 resid = 8.849273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306891(s) Flops=554158080 => 1805.71629666559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.649639151 Mflops = 259.969649639151 Gflops = 0.259969649639151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001138205 Relative Rsd = 4.98988541816282e-07
BICGSTAB_SOLVER_TIME: 0.628098 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04167 s
InvBiCGStab: k = 60 resid = 2.255356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220161(s) Flops=396675072 => 1801.74995571423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259388.249633704 Mflops = 259.388249633704 Gflops = 0.259388249633704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 92 resid = 1.122796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336538(s) Flops=606652416 => 1802.62679400246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.833776918 Mflops = 259.528833776918 Gflops = 0.259528833776918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001183243 Relative Rsd = 5.18733311981245e-07
BICGSTAB_SOLVER_TIME: 0.658491 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123022000000001
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994594(s) Flops=1605574656 => 1614.30157028898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232455.074644171 Mflops = 232.455074644171 Gflops = 0.232455074644171 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178637000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.537553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04573 s
InvBiCGStab: k = 32 resid = 2.008388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167729(s) Flops=212944896 => 1269.57709161803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182773.092193923 Mflops = 182.773092193923 Gflops = 0.182773092193923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063173 s
InvBiCGStab: k = 44 resid = 1.08986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180439(s) Flops=291686400 => 1616.53744478744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232692.831601855 Mflops = 232.692831601855 Gflops = 0.232692831601855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007193953 Relative Rsd = 3.15382634683547e-07
BICGSTAB_SOLVER_TIME: 0.460929 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041256 s
InvBiCGStab: k = 51 resid = 1.937825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187956(s) Flops=337618944 => 1796.26584945413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258600.48367971 Mflops = 258.60048367971 Gflops = 0.25860048367971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056318 s
InvBiCGStab: k = 89 resid = 1.038277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32651(s) Flops=586967040 => 1797.70003981501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258827.491390788 Mflops = 258.827491390788 Gflops = 0.258827491390788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001115664 Relative Rsd = 4.89106868103412e-07
BICGSTAB_SOLVER_TIME: 0.61594 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 60 resid = 1.733974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221396(s) Flops=396675072 => 1791.69936222877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257941.204208059 Mflops = 257.941204208059 Gflops = 0.257941204208059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 79 resid = 1.103212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289973(s) Flops=521349120 => 1797.92297903598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.875283058 Mflops = 258.839875283058 Gflops = 0.258839875283058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001051378 Relative Rsd = 4.60923683449451e-07
BICGSTAB_SOLVER_TIME: 0.613136 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 68 resid = 2.007929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249123(s) Flops=449169408 => 1803.00256499801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259579.033597575 Mflops = 259.579033597575 Gflops = 0.259579033597575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056089 s
InvBiCGStab: k = 82 resid = 1.011769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300378(s) Flops=541034496 => 1801.17883466832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.448835874 Mflops = 259.309448835874 Gflops = 0.259309448835874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001112812 Relative Rsd = 4.87856118296154e-07
BICGSTAB_SOLVER_TIME: 0.650424 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041428 s
InvBiCGStab: k = 61 resid = 1.636435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223851(s) Flops=403236864 => 1801.36279936208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259340.303688333 Mflops = 259.340303688333 Gflops = 0.259340303688333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05603 s
InvBiCGStab: k = 81 resid = 7.264937e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297332(s) Flops=534472704 => 1797.56199803587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.971941795 Mflops = 258.787971941795 Gflops = 0.258787971941795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001088583 Relative Rsd = 4.77234365301648e-07
BICGSTAB_SOLVER_TIME: 0.622508 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115744
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009704(s) Flops=1611841536 => 1596.35055026027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229984.492379404 Mflops = 229.984492379404 Gflops = 0.229984492379404 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179490000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.488678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046105 s
InvBiCGStab: k = 26 resid = 2.27136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121296(s) Flops=173574144 => 1430.99643846458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205990.392255283 Mflops = 205.990392255283 Gflops = 0.205990392255283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071764 s
InvBiCGStab: k = 53 resid = 1.126208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245121(s) Flops=350742528 => 1430.89546795256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205992.269645899 Mflops = 205.992269645899 Gflops = 0.205992269645899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007325523 Relative Rsd = 3.21150618972398e-07
BICGSTAB_SOLVER_TIME: 0.489158 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 61 resid = 1.852149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225012(s) Flops=403236864 => 1792.06826302597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258012.0592266 Mflops = 258.0120592266 Gflops = 0.2580120592266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 87 resid = 1.141299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319285(s) Flops=573843456 => 1797.27658988051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258758.674102825 Mflops = 258.758674102825 Gflops = 0.258758674102825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001127258 Relative Rsd = 4.94189586237203e-07
BICGSTAB_SOLVER_TIME: 0.645686 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 57 resid = 2.052836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210925(s) Flops=376989696 => 1787.31632570819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257302.010598429 Mflops = 257.302010598429 Gflops = 0.257302010598429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 84 resid = 8.187521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309702(s) Flops=554158080 => 1789.32677218746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257608.769135977 Mflops = 257.608769135977 Gflops = 0.257608769135977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00108938 Relative Rsd = 4.77583811742677e-07
BICGSTAB_SOLVER_TIME: 0.622093 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 65 resid = 2.217403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237634(s) Flops=429484032 => 1807.33410202244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260194.611817205 Mflops = 260.194611817205 Gflops = 0.260194611817205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 86 resid = 1.084713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314356(s) Flops=567281664 => 1804.58354222601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.482287221 Mflops = 259.817482287221 Gflops = 0.259817482287221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001159859 Relative Rsd = 5.08481879327926e-07
BICGSTAB_SOLVER_TIME: 0.652963 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 48 resid = 2.257355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177816(s) Flops=317933568 => 1787.99190174113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257398.747869855 Mflops = 257.398747869855 Gflops = 0.257398747869855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055811 s
InvBiCGStab: k = 84 resid = 1.102661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307(s) Flops=554158080 => 1805.07517915309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259872.365240824 Mflops = 259.872365240824 Gflops = 0.259872365240824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001039161 Relative Rsd = 4.5556761419281e-07
BICGSTAB_SOLVER_TIME: 0.585734 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108835
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025833(s) Flops=1618329600 => 1577.57607719775 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227143.408449561 Mflops = 227.143408449561 Gflops = 0.227143408449561 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180645000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 2.00186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978689(s) Flops=1512179712 => 1545.10749788748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222438.455333889 Mflops = 222.438455333889 Gflops = 0.222438455333889 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.06036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810478(s) Flops=1459685376 => 1801.01788820918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.634782991 Mflops = 259.332634782991 Gflops = 0.259332634782991 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002064752 Relative Rsd = 9.08851042715645e-07
BICGSTAB_SOLVER_TIME: 1.792677 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0.115777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322461999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.852275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67789(s) Flops=1223460864 => 1804.80736402661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259811.284794722 Mflops = 259.811284794722 Gflops = 0.259811284794722 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 9.367882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729972(s) Flops=1256269824 => 1720.98357745229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247811.231517192 Mflops = 247.811231517192 Gflops = 0.247811231517192 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.00209241 Relative Rsd = 9.19733919938941e-07
BICGSTAB_SOLVER_TIME: 1.411247 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.117662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269136999999998
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006541(s) Flops=1618329600 => 1607.81289584826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231532.43041942 Mflops = 231.53243041942 Gflops = 0.23153243041942 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180062000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.395806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046834 s
InvBiCGStab: k = 27 resid = 2.032269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111728(s) Flops=180135936 => 1612.27208935987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232058.673236172 Mflops = 232.058673236172 Gflops = 0.232058673236172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069417 s
InvBiCGStab: k = 44 resid = 9.270275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185689(s) Flops=291686400 => 1570.83295187114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226122.432402796 Mflops = 226.122432402796 Gflops = 0.226122432402796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007577593 Relative Rsd = 3.322013842034e-07
BICGSTAB_SOLVER_TIME: 0.417477 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0651510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0602 s
InvBiCGStab: k = 77 resid = 1.301703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336672(s) Flops=508225536 => 1509.55688622754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217334.890723479 Mflops = 217.334890723479 Gflops = 0.217334890723479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062189 s
InvBiCGStab: k = 100 resid = 1.145881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440855(s) Flops=659146752 => 1495.15544113144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215257.67577157 Mflops = 215.25767577157 Gflops = 0.21525767577157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001278695 Relative Rsd = 5.6057945949892e-07
BICGSTAB_SOLVER_TIME: 0.905994 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140682
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041634 s
InvBiCGStab: k = 65 resid = 1.830765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238534(s) Flops=429484032 => 1800.51494545851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259223.913384507 Mflops = 259.223913384507 Gflops = 0.259223913384507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056819 s
InvBiCGStab: k = 87 resid = 5.610303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332445(s) Flops=573843456 => 1726.13050579795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248508.83664407 Mflops = 248.50883664407 Gflops = 0.24850883664407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001095709 Relative Rsd = 4.80358509370751e-07
BICGSTAB_SOLVER_TIME: 0.673362 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 66 resid = 1.276778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246275(s) Flops=436045824 => 1770.56471018171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254904.391247992 Mflops = 254.904391247992 Gflops = 0.254904391247992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058651 s
InvBiCGStab: k = 99 resid = 1.073494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364372(s) Flops=652584960 => 1790.98547638128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257857.285789137 Mflops = 257.857285789137 Gflops = 0.257857285789137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001179045 Relative Rsd = 5.16892836217205e-07
BICGSTAB_SOLVER_TIME: 0.714339 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041922 s
InvBiCGStab: k = 60 resid = 1.930623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221151(s) Flops=396675072 => 1793.68427906724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258231.787894705 Mflops = 258.231787894705 Gflops = 0.258231787894705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 87 resid = 9.573737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319409(s) Flops=573843456 => 1796.57885657574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258644.604732647 Mflops = 258.644604732647 Gflops = 0.258644604732647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001104515 Relative Rsd = 4.84219058098478e-07
BICGSTAB_SOLVER_TIME: 0.642565 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119835
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002086(s) Flops=1618477056 => 1615.10794083542 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232558.368485716 Mflops = 232.558368485716 Gflops = 0.232558368485716 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180148000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.414062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049965 s
InvBiCGStab: k = 27 resid = 2.208697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12004(s) Flops=180135936 => 1500.63258913695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215976.358619556 Mflops = 215.976358619556 Gflops = 0.215976358619556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073722 s
InvBiCGStab: k = 45 resid = 9.077472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20023(s) Flops=298248192 => 1489.52800279678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214419.436908885 Mflops = 214.419436908885 Gflops = 0.214419436908885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007411912 Relative Rsd = 3.24937930422066e-07
BICGSTAB_SOLVER_TIME: 0.447718 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046565 s
InvBiCGStab: k = 78 resid = 2.180212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348421(s) Flops=514787328 => 1477.48651200703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212715.644500931 Mflops = 212.715644500931 Gflops = 0.212715644500931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078925 s
InvBiCGStab: k = 107 resid = 1.057014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.48539(s) Flops=705079296 => 1452.60367127465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209143.423916814 Mflops = 209.143423916814 Gflops = 0.209143423916814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001278233 Relative Rsd = 5.60376997978318e-07
BICGSTAB_SOLVER_TIME: 0.964351 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148127999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041365 s
InvBiCGStab: k = 65 resid = 1.710189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240677(s) Flops=429484032 => 1784.48307067148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256910.811020827 Mflops = 256.910811020827 Gflops = 0.256910811020827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05664 s
InvBiCGStab: k = 96 resid = 1.141885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354104(s) Flops=632899584 => 1787.32684183178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257324.746917131 Mflops = 257.324746917131 Gflops = 0.257324746917131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001118376 Relative Rsd = 4.90295710720226e-07
BICGSTAB_SOLVER_TIME: 0.696589 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 64 resid = 2.194258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234991(s) Flops=422922240 => 1799.73803252039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.269973746 Mflops = 259.105269973746 Gflops = 0.259105269973746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 89 resid = 1.116065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328211(s) Flops=586967040 => 1788.38320470673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257480.678356386 Mflops = 257.480678356386 Gflops = 0.257480678356386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001177989 Relative Rsd = 5.16429884754291e-07
BICGSTAB_SOLVER_TIME: 0.664399 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123474
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040866 s
InvBiCGStab: k = 63 resid = 2.1463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231466(s) Flops=416360448 => 1798.79743893272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258968.466348777 Mflops = 258.968466348777 Gflops = 0.258968466348777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 91 resid = 9.661475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334097(s) Flops=600090624 => 1796.15687659572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258601.454645807 Mflops = 258.601454645807 Gflops = 0.258601454645807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001168673 Relative Rsd = 5.12345949569372e-07
BICGSTAB_SOLVER_TIME: 0.666449 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124210000000001
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000222(s) Flops=1612652544 => 1612.29461459556 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232150.451183826 Mflops = 232.150451183826 Gflops = 0.232150451183826 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179774000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.069506 s
InvBiCGStab: k = 33 resid = 2.188672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15478(s) Flops=219506688 => 1418.18508851273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204118.048027985 Mflops = 204.118048027985 Gflops = 0.204118048027985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060761 s
InvBiCGStab: k = 60 resid = 1.13109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282307(s) Flops=396675072 => 1405.11950465274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202305.747358303 Mflops = 202.305747358303 Gflops = 0.202305747358303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007377854 Relative Rsd = 3.23444834123611e-07
BICGSTAB_SOLVER_TIME: 0.576562 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0806570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060694 s
InvBiCGStab: k = 67 resid = 2.226631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302269(s) Flops=442607616 => 1464.2838531242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210822.52968588 Mflops = 210.82252968588 Gflops = 0.21082252968588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061568 s
InvBiCGStab: k = 80 resid = 1.010672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373359(s) Flops=527910912 => 1413.94987666027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203576.33963491 Mflops = 203.57633963491 Gflops = 0.20357633963491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001123565 Relative Rsd = 4.92570506509556e-07
BICGSTAB_SOLVER_TIME: 0.808097 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043823 s
InvBiCGStab: k = 62 resid = 2.265924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238694(s) Flops=409798656 => 1716.83685387986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247173.148679166 Mflops = 247.173148679166 Gflops = 0.247173148679166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057672 s
InvBiCGStab: k = 87 resid = 7.299195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325057(s) Flops=573843456 => 1765.36255487499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254164.674520991 Mflops = 254.164674520991 Gflops = 0.254164674520991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001123662 Relative Rsd = 4.9261286674704e-07
BICGSTAB_SOLVER_TIME: 0.669105 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043179 s
InvBiCGStab: k = 53 resid = 2.280151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205731(s) Flops=350742528 => 1704.85988013474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245440.139116812 Mflops = 245.440139116812 Gflops = 0.245440139116812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 86 resid = 1.110848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32154(s) Flops=567281664 => 1764.26467624557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254008.903870567 Mflops = 254.008903870567 Gflops = 0.254008903870567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001132186 Relative Rsd = 4.96350009385326e-07
BICGSTAB_SOLVER_TIME: 0.630603 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042216 s
InvBiCGStab: k = 67 resid = 2.275391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257985(s) Flops=442607616 => 1715.63314146171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247000.934345061 Mflops = 247.000934345061 Gflops = 0.247000934345061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 81 resid = 8.538073e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296418(s) Flops=534472704 => 1803.10475072364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.151135555 Mflops = 259.591151135555 Gflops = 0.259591151135555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001133809 Relative Rsd = 4.97061457229337e-07
BICGSTAB_SOLVER_TIME: 0.656352 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119979
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018762(s) Flops=1612578816 => 1582.88080631197 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227916.724269496 Mflops = 227.916724269496 Gflops = 0.227916724269496 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179378000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053621 s
InvBiCGStab: k = 23 resid = 2.226055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099271(s) Flops=153888768 => 1550.18855456276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223093.640361842 Mflops = 223.093640361842 Gflops = 0.223093640361842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060078 s
InvBiCGStab: k = 47 resid = 9.818046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218331(s) Flops=311371776 => 1426.14551300548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205281.133968515 Mflops = 205.281133968515 Gflops = 0.205281133968515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007666565 Relative Rsd = 3.36101919974584e-07
BICGSTAB_SOLVER_TIME: 0.436054 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049908 s
InvBiCGStab: k = 54 resid = 2.23313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248646(s) Flops=357304320 => 1437.00007239208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206879.914923672 Mflops = 206.879914923672 Gflops = 0.206879914923672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063416 s
InvBiCGStab: k = 89 resid = 9.615546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383275(s) Flops=586967040 => 1531.45141217142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220492.980096978 Mflops = 220.492980096978 Gflops = 0.220492980096978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001157011 Relative Rsd = 5.07233119941466e-07
BICGSTAB_SOLVER_TIME: 0.749317 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053701 s
InvBiCGStab: k = 63 resid = 1.31168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282351(s) Flops=416360448 => 1474.6200580129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212302.633213543 Mflops = 212.302633213543 Gflops = 0.212302633213543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 79 resid = 9.884421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290519(s) Flops=521349120 => 1794.54397130652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258356.867540726 Mflops = 258.356867540726 Gflops = 0.258356867540726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001106236 Relative Rsd = 4.84973529653572e-07
BICGSTAB_SOLVER_TIME: 0.686927 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115867
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 76 resid = 1.469809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280071(s) Flops=501663744 => 1791.20203091359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257892.941294595 Mflops = 257.892941294595 Gflops = 0.257892941294595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056126 s
InvBiCGStab: k = 89 resid = 7.28896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328747(s) Flops=586967040 => 1785.46736548166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257047.490809405 Mflops = 257.047490809405 Gflops = 0.257047490809405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001193791 Relative Rsd = 5.23357671930886e-07
BICGSTAB_SOLVER_TIME: 0.70977 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 61 resid = 1.431993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223061(s) Flops=403236864 => 1807.74256369334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260258.284846618 Mflops = 260.258284846618 Gflops = 0.260258284846618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056912 s
InvBiCGStab: k = 80 resid = 9.764368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292522(s) Flops=527910912 => 1804.68789356014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.856316815 Mflops = 259.815856316815 Gflops = 0.259815856316815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001112018 Relative Rsd = 4.87508151911615e-07
BICGSTAB_SOLVER_TIME: 0.617788 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115035
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998417(s) Flops=1612652544 => 1615.20942051267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232571.584698906 Mflops = 232.571584698906 Gflops = 0.232571584698906 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179303000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021412
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.524885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914198(s) Flops=1341573120 => 1467.48638697525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211365.633965733 Mflops = 211.365633965733 Gflops = 0.211365633965733 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.136285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.119838(s) Flops=1656539136 => 1479.26676537142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213004.341015889 Mflops = 213.004341015889 Gflops = 0.213004341015889 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.002205305 Relative Rsd = 9.70708847826221e-07
BICGSTAB_SOLVER_TIME: 2.037451 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325380999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.483091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701424(s) Flops=1262831616 => 1800.38267296243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.975036572 Mflops = 259.220975036572 Gflops = 0.259220975036572 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 9.768993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700008(s) Flops=1256269824 => 1794.65066684952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258414.824535592 Mflops = 258.414824535592 Gflops = 0.258414824535592 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.002034186 Relative Rsd = 8.94115232350432e-07
BICGSTAB_SOLVER_TIME: 1.404868 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273650999999997
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000944(s) Flops=1612652544 => 1611.13163573587 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232032.918344361 Mflops = 232.032918344361 Gflops = 0.232032918344361 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179323000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.406743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041665 s
InvBiCGStab: k = 31 resid = 1.627165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115628(s) Flops=206383104 => 1784.88864288927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256859.194396581 Mflops = 256.859194396581 Gflops = 0.256859194396581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 50 resid = 1.079594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183384(s) Flops=331057152 => 1805.26737338045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.715765137 Mflops = 259.874715765137 Gflops = 0.259874715765137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007337232 Relative Rsd = 3.21663943392417e-07
BICGSTAB_SOLVER_TIME: 0.400749 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044567 s
InvBiCGStab: k = 83 resid = 2.128991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354145(s) Flops=547596288 => 1546.24881898657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222625.059084854 Mflops = 222.625059084854 Gflops = 0.222625059084854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071976 s
InvBiCGStab: k = 114 resid = 9.177158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.517155(s) Flops=751011840 => 1452.19874118978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209089.737956558 Mflops = 209.089737956558 Gflops = 0.209089737956558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001344098 Relative Rsd = 5.89251828341177e-07
BICGSTAB_SOLVER_TIME: 0.992347 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154784999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060632 s
InvBiCGStab: k = 47 resid = 1.994976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211046(s) Flops=311371776 => 1475.37397534187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212406.570610579 Mflops = 212.406570610579 Gflops = 0.212406570610579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065856 s
InvBiCGStab: k = 81 resid = 8.129148e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372597(s) Flops=534472704 => 1434.45251572074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206523.167226696 Mflops = 206.523167226696 Gflops = 0.206523167226696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001075575 Relative Rsd = 4.71531758680528e-07
BICGSTAB_SOLVER_TIME: 0.714198 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 72 resid = 1.454781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264554(s) Flops=475416576 => 1797.04928294412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258720.019408166 Mflops = 258.720019408166 Gflops = 0.258720019408166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056165 s
InvBiCGStab: k = 82 resid = 9.886505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300738(s) Flops=541034496 => 1799.02272409872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258999.717096748 Mflops = 258.999717096748 Gflops = 0.258999717096748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001162704 Relative Rsd = 5.09728801402882e-07
BICGSTAB_SOLVER_TIME: 0.666375 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 66 resid = 1.932276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2433(s) Flops=436045824 => 1792.214648582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258032.37817229 Mflops = 258.03237817229 Gflops = 0.25803237817229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 88 resid = 8.194351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323373(s) Flops=580405248 => 1794.84758467776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258406.260873597 Mflops = 258.406260873597 Gflops = 0.258406260873597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001127851 Relative Rsd = 4.94449514778778e-07
BICGSTAB_SOLVER_TIME: 0.66823 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124353
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011217(s) Flops=1612873728 => 1594.98280586659 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229851.383329753 Mflops = 229.851383329753 Gflops = 0.229851383329753 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179477000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 27 resid = 2.085035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100303(s) Flops=180135936 => 1795.91772928028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258484.054410786 Mflops = 258.484054410786 Gflops = 0.258484054410786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 47 resid = 1.048109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172079(s) Flops=311371776 => 1809.46992950912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260484.786889509 Mflops = 260.484786889509 Gflops = 0.260484786889509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007271817 Relative Rsd = 3.1879615531474e-07
BICGSTAB_SOLVER_TIME: 0.373673 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048023 s
InvBiCGStab: k = 77 resid = 2.090602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34005(s) Flops=508225536 => 1494.56119982356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215176.842261129 Mflops = 215.176842261129 Gflops = 0.215176842261129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073917 s
InvBiCGStab: k = 101 resid = 1.140899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465802(s) Flops=665708544 => 1429.16634965071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205759.349109293 Mflops = 205.759349109293 Gflops = 0.205759349109293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001278315 Relative Rsd = 5.60412774516242e-07
BICGSTAB_SOLVER_TIME: 0.932067 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06371 s
InvBiCGStab: k = 53 resid = 2.077533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230704(s) Flops=350742528 => 1520.31403009917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218869.780933035 Mflops = 218.869780933035 Gflops = 0.218869780933035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06825 s
InvBiCGStab: k = 76 resid = 1.11796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3329(s) Flops=501663744 => 1506.95026734755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216966.956742519 Mflops = 216.966956742519 Gflops = 0.216966956742519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001048294 Relative Rsd = 4.59571779436538e-07
BICGSTAB_SOLVER_TIME: 0.709272 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044971 s
InvBiCGStab: k = 79 resid = 1.418325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328018(s) Flops=521349120 => 1589.39180166942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228842.536720176 Mflops = 228.842536720176 Gflops = 0.228842536720176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060134 s
InvBiCGStab: k = 83 resid = 9.399983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312477(s) Flops=547596288 => 1752.43710097063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252300.686257576 Mflops = 252.300686257576 Gflops = 0.252300686257576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001214059 Relative Rsd = 5.32242859334264e-07
BICGSTAB_SOLVER_TIME: 0.74939 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042102 s
InvBiCGStab: k = 55 resid = 2.060015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203682(s) Flops=363866112 => 1786.44215983739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257183.003246108 Mflops = 257.183003246108 Gflops = 0.257183003246108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057013 s
InvBiCGStab: k = 90 resid = 1.026194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332061(s) Flops=593528832 => 1787.40903629152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257345.939616176 Mflops = 257.345939616176 Gflops = 0.257345939616176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001147837 Relative Rsd = 5.03211091946991e-07
BICGSTAB_SOLVER_TIME: 0.638599 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117913
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000006(s) Flops=1612800000 => 1612.79032325806 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232245.172327868 Mflops = 232.245172327868 Gflops = 0.232245172327868 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179645000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.374833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 28 resid = 2.124554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104555(s) Flops=186697728 => 1785.64131796662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257010.843280587 Mflops = 257.010843280587 Gflops = 0.257010843280587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056344 s
InvBiCGStab: k = 45 resid = 1.122531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16594(s) Flops=298248192 => 1797.32549114138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258720.090066602 Mflops = 258.720090066602 Gflops = 0.258720090066602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007672893 Relative Rsd = 3.36379328493675e-07
BICGSTAB_SOLVER_TIME: 0.371765 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 65 resid = 1.580324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237666(s) Flops=429484032 => 1807.09075761783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.591984312 Mflops = 260.163591984312 Gflops = 0.260163591984312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059745 s
InvBiCGStab: k = 81 resid = 1.149002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344454(s) Flops=534472704 => 1551.65190126984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223393.808896518 Mflops = 223.393808896518 Gflops = 0.223393808896518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001129368 Relative Rsd = 4.95114570507279e-07
BICGSTAB_SOLVER_TIME: 0.687787 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046873 s
InvBiCGStab: k = 71 resid = 1.396747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303394(s) Flops=468854784 => 1545.36603888014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222493.613023738 Mflops = 222.493613023738 Gflops = 0.222493613023738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084018 s
InvBiCGStab: k = 86 resid = 9.4671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367696(s) Flops=567281664 => 1542.80074844437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222127.329975616 Mflops = 222.127329975616 Gflops = 0.222127329975616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001153358 Relative Rsd = 5.05631902964565e-07
BICGSTAB_SOLVER_TIME: 0.8066 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050412 s
InvBiCGStab: k = 68 resid = 1.774799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290745(s) Flops=449169408 => 1544.89125522365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222421.245586849 Mflops = 222.421245586849 Gflops = 0.222421245586849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 75 resid = 9.371485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274756(s) Flops=495101952 => 1801.96957300296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.187124572 Mflops = 259.413187124572 Gflops = 0.259413187124572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001084677 Relative Rsd = 4.75521837869382e-07
BICGSTAB_SOLVER_TIME: 0.67587 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066181 s
InvBiCGStab: k = 69 resid = 2.051469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316213(s) Flops=455731200 => 1441.21588928981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207493.675724493 Mflops = 207.493675724493 Gflops = 0.207493675724493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083959 s
InvBiCGStab: k = 78 resid = 1.088928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298483(s) Flops=514787328 => 1724.67888623473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248303.321002041 Mflops = 248.303321002041 Gflops = 0.248303321002041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001126737 Relative Rsd = 4.93961045100512e-07
BICGSTAB_SOLVER_TIME: 0.768801 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119143
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.086397(s) Flops=1619140608 => 1490.37654559061 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214637.365611723 Mflops = 214.637365611723 Gflops = 0.214637365611723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179773000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042531 s
InvBiCGStab: k = 26 resid = 2.183681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101667(s) Flops=173574144 => 1707.28106465225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245732.557482059 Mflops = 245.732557482059 Gflops = 0.245732557482059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060249 s
InvBiCGStab: k = 48 resid = 1.117461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184856(s) Flops=317933568 => 1719.89855887826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247562.161725127 Mflops = 247.562161725127 Gflops = 0.247562161725127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007506714 Relative Rsd = 3.29094056638215e-07
BICGSTAB_SOLVER_TIME: 0.393155 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042335 s
InvBiCGStab: k = 68 resid = 1.7598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251211(s) Flops=449169408 => 1788.01648017006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257416.876040029 Mflops = 257.416876040029 Gflops = 0.257416876040029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057306 s
InvBiCGStab: k = 74 resid = 9.953517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273224(s) Flops=488540160 => 1788.05727168916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257414.965232041 Mflops = 257.414965232041 Gflops = 0.257414965232041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001160046 Relative Rsd = 5.08563486580622e-07
BICGSTAB_SOLVER_TIME: 0.627945 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 62 resid = 2.163017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227651(s) Flops=409798656 => 1800.11797005065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259167.624095537 Mflops = 259.167624095537 Gflops = 0.259167624095537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057177 s
InvBiCGStab: k = 78 resid = 9.097541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285939(s) Flops=514787328 => 1800.33968084102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259192.153479105 Mflops = 259.192153479105 Gflops = 0.259192153479105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001101575 Relative Rsd = 4.82930082004623e-07
BICGSTAB_SOLVER_TIME: 0.615844 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 67 resid = 2.227811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245546(s) Flops=442607616 => 1802.54459856809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.886670941 Mflops = 259.479886670941 Gflops = 0.259479886670941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055804 s
InvBiCGStab: k = 90 resid = 7.420882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328812(s) Flops=593528832 => 1805.07047188059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259887.308218227 Mflops = 259.887308218227 Gflops = 0.259887308218227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00113852 Relative Rsd = 4.99126799507058e-07
BICGSTAB_SOLVER_TIME: 0.67494 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 61 resid = 2.022449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224081(s) Flops=403236864 => 1799.51385436516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.558715369 Mflops = 259.063558715369 Gflops = 0.259063558715369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 92 resid = 1.12521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336356(s) Flops=606652416 => 1803.60218340092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259671.589493757 Mflops = 259.671589493757 Gflops = 0.259671589493757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001167201 Relative Rsd = 5.11700338720969e-07
BICGSTAB_SOLVER_TIME: 0.662451 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124148000000001
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006978(s) Flops=1625112576 => 1613.85112286465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232372.950215775 Mflops = 232.372950215775 Gflops = 0.232372950215775 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180953000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.110368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927049(s) Flops=1289078784 => 1390.51849902217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200231.418842987 Mflops = 200.231418842987 Gflops = 0.200231418842987 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 269 resid = 9.470481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.238495(s) Flops=1768089600 => 1427.61141546797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205570.664344494 Mflops = 205.570664344494 Gflops = 0.205570664344494 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002225993 Relative Rsd = 9.79818207972067e-07
BICGSTAB_SOLVER_TIME: 2.16887 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332107999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.061902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750201(s) Flops=1348134912 => 1797.03161152811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258745.783454 Mflops = 258.745783454 Gflops = 0.258745783454 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.049479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798334(s) Flops=1433438208 => 1795.53696573114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258543.530051643 Mflops = 258.543530051643 Gflops = 0.258543530051643 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002044146 Relative Rsd = 8.98477664325004e-07
BICGSTAB_SOLVER_TIME: 1.551845 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301837999999998
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.033103(s) Flops=1625112576 => 1573.04022541799 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226501.775544591 Mflops = 226.501775544591 Gflops = 0.226501775544591 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180542000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.379939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 25 resid = 2.117883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093271(s) Flops=167012352 => 1790.61393144707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257710.351694056 Mflops = 257.710351694056 Gflops = 0.257710351694056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 47 resid = 1.060115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193559(s) Flops=311371776 => 1608.66596748278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231573.241181118 Mflops = 231.573241181118 Gflops = 0.231573241181118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007301408 Relative Rsd = 3.200934503468e-07
BICGSTAB_SOLVER_TIME: 0.388366 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657040000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 81 resid = 2.159984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296472(s) Flops=534472704 => 1802.77632963653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.084762374 Mflops = 259.550084762374 Gflops = 0.259550084762374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 102 resid = 1.120515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373258(s) Flops=672270336 => 1801.08754802308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.286229889 Mflops = 259.314286229889 Gflops = 0.259314286229889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001283613 Relative Rsd = 5.62735493514002e-07
BICGSTAB_SOLVER_TIME: 0.771295 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145036
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04157 s
InvBiCGStab: k = 61 resid = 2.232237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224749(s) Flops=403236864 => 1794.1653311027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258292.592736481 Mflops = 258.292592736481 Gflops = 0.258292592736481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 77 resid = 8.828698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349864(s) Flops=508225536 => 1452.63741339492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209141.405211171 Mflops = 209.141405211171 Gflops = 0.209141405211171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001097979 Relative Rsd = 4.81353464587321e-07
BICGSTAB_SOLVER_TIME: 0.678085 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052648 s
InvBiCGStab: k = 65 resid = 1.808824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296247(s) Flops=429484032 => 1449.74981012466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208727.980729216 Mflops = 208.727980729216 Gflops = 0.208727980729216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064853 s
InvBiCGStab: k = 96 resid = 1.069064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436247(s) Flops=632899584 => 1450.78266211573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208883.093705289 Mflops = 208.883093705289 Gflops = 0.208883093705289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001143378 Relative Rsd = 5.01256549760328e-07
BICGSTAB_SOLVER_TIME: 0.85405 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044839 s
InvBiCGStab: k = 61 resid = 2.150449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286722(s) Flops=403236864 => 1406.36876137862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202475.510582654 Mflops = 202.475510582654 Gflops = 0.202475510582654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.105851 s
InvBiCGStab: k = 84 resid = 5.052038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310235(s) Flops=554158080 => 1786.25261495318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257169.712803637 Mflops = 257.169712803637 Gflops = 0.257169712803637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00108713 Relative Rsd = 4.76597379610034e-07
BICGSTAB_SOLVER_TIME: 0.751481 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117833
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014665(s) Flops=1631084544 => 1607.51040392642 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231460.999522819 Mflops = 231.460999522819 Gflops = 0.231460999522819 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181539000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041963 s
InvBiCGStab: k = 29 resid = 1.971032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107429(s) Flops=193259520 => 1798.95112120563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258936.364403009 Mflops = 258.936364403009 Gflops = 0.258936364403009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055949 s
InvBiCGStab: k = 46 resid = 1.006899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169099(s) Flops=304809984 => 1802.55343910963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.253288409 Mflops = 259.465253288409 Gflops = 0.259465253288409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0006984885 Relative Rsd = 3.06217078648097e-07
BICGSTAB_SOLVER_TIME: 0.37827 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 71 resid = 1.636264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260385(s) Flops=468854784 => 1800.62132611326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259252.003053269 Mflops = 259.252003053269 Gflops = 0.259252003053269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 104 resid = 1.096006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380522(s) Flops=685393920 => 1801.19393885242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.50333021 Mflops = 259.32950333021 Gflops = 0.25932950333021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00128483 Relative Rsd = 5.63268875251288e-07
BICGSTAB_SOLVER_TIME: 0.742047 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04141 s
InvBiCGStab: k = 59 resid = 1.97181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2315(s) Flops=390113280 => 1685.15455723542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242619.927474906 Mflops = 242.619927474906 Gflops = 0.242619927474906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057272 s
InvBiCGStab: k = 77 resid = 1.11145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306336(s) Flops=508225536 => 1659.04606706362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238855.655957609 Mflops = 238.855655957609 Gflops = 0.238855655957609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001095627 Relative Rsd = 4.80322375577812e-07
BICGSTAB_SOLVER_TIME: 0.640573 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111474
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040628 s
InvBiCGStab: k = 70 resid = 1.627803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257808(s) Flops=462292992 => 1793.16775274623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258159.092818939 Mflops = 258.159092818939 Gflops = 0.258159092818939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 116 resid = 1.111431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43099(s) Flops=764135424 => 1772.97715492239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255272.703849632 Mflops = 255.272703849632 Gflops = 0.255272703849632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001190654 Relative Rsd = 5.21982240123419e-07
BICGSTAB_SOLVER_TIME: 0.789189 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147002999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040741 s
InvBiCGStab: k = 67 resid = 2.078406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250177(s) Flops=442607616 => 1769.17788605667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254698.530571759 Mflops = 254.698530571759 Gflops = 0.254698530571759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058736 s
InvBiCGStab: k = 86 resid = 1.128248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374367(s) Flops=567281664 => 1515.3089455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218169.651584052 Mflops = 218.169651584052 Gflops = 0.218169651584052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001160437 Relative Rsd = 5.08735020024217e-07
BICGSTAB_SOLVER_TIME: 0.733312 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123681
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.242382(s) Flops=1631084544 => 1312.86878270934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189042.053034852 Mflops = 189.042053034852 Gflops = 0.189042053034852 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181391000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.418558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041348 s
InvBiCGStab: k = 28 resid = 1.667563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10422(s) Flops=186697728 => 1791.38100172712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257838.70525009 Mflops = 257.83870525009 Gflops = 0.25783870525009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 49 resid = 9.6869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181062(s) Flops=324495360 => 1792.17814892136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257973.217041026 Mflops = 257.973217041026 Gflops = 0.257973217041026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007562277 Relative Rsd = 3.31529923402846e-07
BICGSTAB_SOLVER_TIME: 0.387257 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041346 s
InvBiCGStab: k = 57 resid = 1.766235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208956(s) Flops=376989696 => 1804.15827255499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259743.777630408 Mflops = 259.743777630408 Gflops = 0.259743777630408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 80 resid = 1.071686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292314(s) Flops=527910912 => 1805.97204376116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.28379772 Mflops = 260.00428379772 Gflops = 0.26000428379772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001123709 Relative Rsd = 4.92633638574337e-07
BICGSTAB_SOLVER_TIME: 0.602361 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 54 resid = 1.026434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198151(s) Flops=357304320 => 1803.19211106681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.11316428 Mflops = 259.59111316428 Gflops = 0.25959111316428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 80 resid = 7.10516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294994(s) Flops=527910912 => 1789.56491318467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257637.279584564 Mflops = 257.637279584564 Gflops = 0.257637279584564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001037053 Relative Rsd = 4.54643446505626e-07
BICGSTAB_SOLVER_TIME: 0.594337 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 66 resid = 1.780145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24169(s) Flops=436045824 => 1804.15335346932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.743309258 Mflops = 259.746743309258 Gflops = 0.259746743309258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 88 resid = 7.331036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321256(s) Flops=580405248 => 1806.67519984063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260118.332070319 Mflops = 260.118332070319 Gflops = 0.260118332070319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001121985 Relative Rsd = 4.91877737999183e-07
BICGSTAB_SOLVER_TIME: 0.664269 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 56 resid = 2.17363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205616(s) Flops=370427904 => 1801.55194148315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.206905788 Mflops = 259.351206905788 Gflops = 0.259351206905788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056007 s
InvBiCGStab: k = 80 resid = 1.147465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30054(s) Flops=527910912 => 1756.5412657217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252884.666451835 Mflops = 252.884666451835 Gflops = 0.252884666451835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00109786 Relative Rsd = 4.81301560537295e-07
BICGSTAB_SOLVER_TIME: 0.607756 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111551
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008786(s) Flops=1630789632 => 1616.58630472667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232823.717072608 Mflops = 232.823717072608 Gflops = 0.232823717072608 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181747000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.47027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052635 s
InvBiCGStab: k = 31 resid = 1.978582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128044(s) Flops=206383104 => 1611.81393895848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231995.002101046 Mflops = 231.995002101047 Gflops = 0.231995002101047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068776 s
InvBiCGStab: k = 51 resid = 9.32975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206928(s) Flops=337618944 => 1631.57689631176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234871.87691062 Mflops = 234.87187691062 Gflops = 0.23487187691062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007318887 Relative Rsd = 3.20859711317387e-07
BICGSTAB_SOLVER_TIME: 0.460212 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041456 s
InvBiCGStab: k = 57 resid = 2.154079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21217(s) Flops=376989696 => 1776.82846773813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255795.810113453 Mflops = 255.795810113453 Gflops = 0.255795810113453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057002 s
InvBiCGStab: k = 85 resid = 8.722466e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312344(s) Flops=560719872 => 1795.19975411726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258443.661897545 Mflops = 258.443661897545 Gflops = 0.258443661897545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00115177 Relative Rsd = 5.04935561904042e-07
BICGSTAB_SOLVER_TIME: 0.626841 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040645 s
InvBiCGStab: k = 48 resid = 2.155334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177362(s) Flops=317933568 => 1792.56869002379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258057.163109993 Mflops = 258.057163109993 Gflops = 0.258057163109993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 77 resid = 1.087405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283094(s) Flops=508225536 => 1795.25364719846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258462.297444777 Mflops = 258.462297444777 Gflops = 0.258462297444777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00104883 Relative Rsd = 4.59806649090637e-07
BICGSTAB_SOLVER_TIME: 0.5613 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040918 s
InvBiCGStab: k = 66 resid = 1.627375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241883(s) Flops=436045824 => 1802.7138079154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259531.20937134 Mflops = 259.53120937134 Gflops = 0.25953120937134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 87 resid = 4.438264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32099(s) Flops=573843456 => 1787.73001028069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257387.627440131 Mflops = 257.387627440131 Gflops = 0.257387627440131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001122821 Relative Rsd = 4.92244128535205e-07
BICGSTAB_SOLVER_TIME: 0.663599 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 53 resid = 2.15785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194238(s) Flops=350742528 => 1805.73589102029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259967.339400555 Mflops = 259.967339400555 Gflops = 0.259967339400555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 87 resid = 7.058015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320013(s) Flops=573843456 => 1793.18795173946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258168.55962641 Mflops = 258.16855962641 Gflops = 0.25816855962641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001064461 Relative Rsd = 4.66659259604806e-07
BICGSTAB_SOLVER_TIME: 0.615106 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114424
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009044(s) Flops=1630347264 => 1615.73456063363 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232651.027019219 Mflops = 232.651027019219 Gflops = 0.232651027019219 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181342000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.9214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.706229(s) Flops=1249708032 => 1769.55071513631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254777.304211287 Mflops = 254.777304211287 Gflops = 0.254777304211287 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 8.15494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000948(s) Flops=1505617920 => 1504.19194603516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216595.647310533 Mflops = 216.595647310533 Gflops = 0.216595647310533 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.003311204 Relative Rsd = 1.45750812081942e-06
BICGSTAB_SOLVER_TIME: 1.711056 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.128637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299243999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 158 resid = 2.079578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.69689(s) Flops=1039730688 => 1491.95811103618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214821.756165846 Mflops = 214.821756165846 Gflops = 0.214821756165846 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 8.273334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760137(s) Flops=1361258496 => 1790.80678351402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257864.449698665 Mflops = 257.864449698665 Gflops = 0.257864449698665 Tflops
BICGSTAB_SOLVER: 365 iterations. Rsd = 0.001943658 Relative Rsd = 8.54303923954772e-07
BICGSTAB_SOLVER_TIME: 1.460335 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.117171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260711999999997
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.010976(s) Flops=1630347264 => 1612.64685215079 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232205.518719088 Mflops = 232.205518719088 Gflops = 0.232205518719088 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181669000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 30 resid = 2.191496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110934(s) Flops=199821312 => 1801.26302125588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259247.598623981 Mflops = 259.247598623981 Gflops = 0.259247598623981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055779 s
InvBiCGStab: k = 50 resid = 9.989935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18428(s) Flops=331057152 => 1796.48986325157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258604.513643035 Mflops = 258.604513643035 Gflops = 0.258604513643035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007288085 Relative Rsd = 3.19509338397395e-07
BICGSTAB_SOLVER_TIME: 0.395639 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043911 s
InvBiCGStab: k = 81 resid = 1.903343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296361(s) Flops=534472704 => 1803.45154726837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259654.572562277 Mflops = 259.654572562277 Gflops = 0.259654572562277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 115 resid = 6.137887e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41959(s) Flops=757573632 => 1805.50926380514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.200843887 Mflops = 259.947200843887 Gflops = 0.259947200843887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001294838 Relative Rsd = 5.67656477198893e-07
BICGSTAB_SOLVER_TIME: 0.820002 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154168999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 56 resid = 1.8951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205806(s) Flops=370427904 => 1799.88874959914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259113.501367649 Mflops = 259.113501367649 Gflops = 0.259113501367649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056742 s
InvBiCGStab: k = 83 resid = 1.114648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304456(s) Flops=547596288 => 1798.60567044171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258947.2460848 Mflops = 258.9472460848 Gflops = 0.2589472460848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001043817 Relative Rsd = 4.57608765202378e-07
BICGSTAB_SOLVER_TIME: 0.612005 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113685
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041346 s
InvBiCGStab: k = 60 resid = 1.764005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220467(s) Flops=396675072 => 1799.24919375689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259038.113686674 Mflops = 259.038113686674 Gflops = 0.259038113686674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055921 s
InvBiCGStab: k = 87 resid = 9.06058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317617(s) Flops=573843456 => 1806.71518212186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260112.651290523 Mflops = 260.112651290523 Gflops = 0.260112651290523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001131692 Relative Rsd = 4.96133308700558e-07
BICGSTAB_SOLVER_TIME: 0.639187 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048721 s
InvBiCGStab: k = 63 resid = 1.737187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288896(s) Flops=416360448 => 1441.21222862206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207523.484177724 Mflops = 207.523484177724 Gflops = 0.207523484177724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061281 s
InvBiCGStab: k = 91 resid = 1.093927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396809(s) Flops=600090624 => 1512.29086033835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217723.672402633 Mflops = 217.723672402633 Gflops = 0.217723672402633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001100935 Relative Rsd = 4.82649585781475e-07
BICGSTAB_SOLVER_TIME: 0.800292 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124446
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.172416(s) Flops=1610956800 => 1374.04880179049 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197850.279537096 Mflops = 197.850279537096 Gflops = 0.197850279537096 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179070000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04267 s
InvBiCGStab: k = 28 resid = 2.075837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10363(s) Flops=186697728 => 1801.57992859211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.69949686 Mflops = 259.32069949686 Gflops = 0.25932069949686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 52 resid = 1.04614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190736(s) Flops=344180736 => 1804.48754299136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.42651755 Mflops = 259.75142651755 Gflops = 0.25975142651755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007570554 Relative Rsd = 3.31892766906934e-07
BICGSTAB_SOLVER_TIME: 0.397098 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 76 resid = 1.032966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277557(s) Flops=501663744 => 1807.42602060117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260215.882268767 Mflops = 260.215882268767 Gflops = 0.260215882268767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056963 s
InvBiCGStab: k = 102 resid = 1.115222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371979(s) Flops=672270336 => 1807.28034647117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260206.82622998 Mflops = 260.20682622998 Gflops = 0.26020682622998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001259896 Relative Rsd = 5.5233804563244e-07
BICGSTAB_SOLVER_TIME: 0.75149 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041809 s
InvBiCGStab: k = 49 resid = 2.168619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180045(s) Flops=324495360 => 1802.30142464384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259463.303311365 Mflops = 259.463303311365 Gflops = 0.259463303311365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056097 s
InvBiCGStab: k = 81 resid = 1.132931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295997(s) Flops=534472704 => 1805.66932772967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259971.535908262 Mflops = 259.971535908262 Gflops = 0.259971535908262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001063556 Relative Rsd = 4.66262604465376e-07
BICGSTAB_SOLVER_TIME: 0.577705 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040767 s
InvBiCGStab: k = 67 resid = 2.022256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246351(s) Flops=442607616 => 1796.6544320908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258664.995369659 Mflops = 258.664995369659 Gflops = 0.258664995369659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056764 s
InvBiCGStab: k = 86 resid = 9.088485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315281(s) Flops=567281664 => 1799.28909131854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259047.064249102 Mflops = 259.047064249102 Gflops = 0.259047064249102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001141354 Relative Rsd = 5.00369179339681e-07
BICGSTAB_SOLVER_TIME: 0.662988 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 50 resid = 2.113776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183355(s) Flops=331057152 => 1805.55290011181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.061772741 Mflops = 259.924061772741 Gflops = 0.259924061772741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 91 resid = 7.489051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333339(s) Flops=600090624 => 1800.24126789845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259185.077192965 Mflops = 259.185077192965 Gflops = 0.259185077192965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00106937 Relative Rsd = 4.68811312778293e-07
BICGSTAB_SOLVER_TIME: 0.617941 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11509
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973836(s) Flops=1542389760 => 1583.82906362057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228055.938617893 Mflops = 228.055938617893 Gflops = 0.228055938617893 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172075000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042571 s
InvBiCGStab: k = 30 resid = 1.958334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144659(s) Flops=199821312 => 1381.32651269537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198806.413136441 Mflops = 198.806413136441 Gflops = 0.198806413136441 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 43 resid = 1.114205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15892(s) Flops=285124608 => 1794.13923986912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258266.149779918 Mflops = 258.266149779918 Gflops = 0.258266149779918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007114948 Relative Rsd = 3.11919047313833e-07
BICGSTAB_SOLVER_TIME: 0.406254 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 54 resid = 1.117989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198717(s) Flops=357304320 => 1798.05613007443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258845.727102531 Mflops = 258.845727102531 Gflops = 0.258845727102531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 70 resid = 1.119368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258686(s) Flops=462292992 => 1787.08160472542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257282.059095498 Mflops = 257.282059095498 Gflops = 0.257282059095498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001090516 Relative Rsd = 4.78081825233485e-07
BICGSTAB_SOLVER_TIME: 0.559827 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 53 resid = 2.17217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196965(s) Flops=350742528 => 1780.73529814942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256341.668055549 Mflops = 256.341668055549 Gflops = 0.256341668055549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057095 s
InvBiCGStab: k = 78 resid = 1.017403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286394(s) Flops=514787328 => 1797.47944440177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258781.18733102 Mflops = 258.78118733102 Gflops = 0.25878118733102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001038185 Relative Rsd = 4.55139928903512e-07
BICGSTAB_SOLVER_TIME: 0.58572 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108036
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 59 resid = 2.250159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216171(s) Flops=390113280 => 1804.65131770682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259816.872798917 Mflops = 259.816872798917 Gflops = 0.259816872798917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057528 s
InvBiCGStab: k = 90 resid = 1.122779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329014(s) Flops=593528832 => 1803.96223868893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.301227461 Mflops = 259.717301227461 Gflops = 0.259717301227461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001107459 Relative Rsd = 4.85509463212393e-07
BICGSTAB_SOLVER_TIME: 0.647484 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12077
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 59 resid = 2.203212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216099(s) Flops=390113280 => 1805.25259256174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259901.049569887 Mflops = 259.901049569887 Gflops = 0.259901049569887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 96 resid = 1.123081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351828(s) Flops=632899584 => 1798.88918448787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.000026865 Mflops = 258.995000026865 Gflops = 0.258995000026865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001102177 Relative Rsd = 4.83194042424223e-07
BICGSTAB_SOLVER_TIME: 0.669384 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125186000000001
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945815(s) Flops=1523957760 => 1611.26410555976 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232001.270019025 Mflops = 232.001270019025 Gflops = 0.232001270019025 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169448000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040739 s
InvBiCGStab: k = 35 resid = 1.635563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129293(s) Flops=232630272 => 1799.24877603583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258993.683778032 Mflops = 258.993683778032 Gflops = 0.258993683778032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 46 resid = 9.353204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169449(s) Flops=304809984 => 1798.83023210524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258930.022049937 Mflops = 258.930022049937 Gflops = 0.258930022049937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007150248 Relative Rsd = 3.13466599483849e-07
BICGSTAB_SOLVER_TIME: 0.399634 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051446 s
InvBiCGStab: k = 57 resid = 2.209812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248753(s) Flops=376989696 => 1515.51818872536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218190.147381283 Mflops = 218.190147381283 Gflops = 0.218190147381283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068381 s
InvBiCGStab: k = 77 resid = 9.942659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363725(s) Flops=508225536 => 1397.27963708846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201167.136743154 Mflops = 201.167136743154 Gflops = 0.201167136743154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001106205 Relative Rsd = 4.84959749817282e-07
BICGSTAB_SOLVER_TIME: 0.736283 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066031 s
InvBiCGStab: k = 52 resid = 2.170254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234841(s) Flops=344180736 => 1465.59048888397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210998.253855491 Mflops = 210.998253855491 Gflops = 0.210998253855491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071831 s
InvBiCGStab: k = 86 resid = 1.121144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376594(s) Flops=567281664 => 1506.34812025683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216905.335009445 Mflops = 216.905335009445 Gflops = 0.216905335009445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001040344 Relative Rsd = 4.56086399510914e-07
BICGSTAB_SOLVER_TIME: 0.753575 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041256 s
InvBiCGStab: k = 65 resid = 1.949701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239596(s) Flops=429484032 => 1792.53423262492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258058.182226496 Mflops = 258.058182226496 Gflops = 0.258058182226496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 90 resid = 1.092576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330291(s) Flops=593528832 => 1796.98760184201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258713.41895122 Mflops = 258.71341895122 Gflops = 0.25871341895122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001106572 Relative Rsd = 4.85120820792584e-07
BICGSTAB_SOLVER_TIME: 0.671317 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043481 s
InvBiCGStab: k = 67 resid = 2.002588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246409(s) Flops=442607616 => 1796.2315337508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.468636106 Mflops = 258.594468636106 Gflops = 0.258594468636106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057032 s
InvBiCGStab: k = 70 resid = 1.127805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257571(s) Flops=462292992 => 1794.81770851532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258389.101059915 Mflops = 258.389101059915 Gflops = 0.258389101059915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001046995 Relative Rsd = 4.59002263906315e-07
BICGSTAB_SOLVER_TIME: 0.608398 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112119
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954295(s) Flops=1536270336 => 1609.8484598578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231837.812535766 Mflops = 231.837812535766 Gflops = 0.231837812535766 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170706000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021377
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.204207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707368(s) Flops=1243146240 => 1757.42504608634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253021.170826647 Mflops = 253.021170826647 Gflops = 0.253021170826647 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.055626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994795(s) Flops=1794336768 => 1803.7251574445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.362081752 Mflops = 259.724362081752 Gflops = 0.259724362081752 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002485699 Relative Rsd = 1.09416985671709e-06
BICGSTAB_SOLVER_TIME: 1.705541 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329787999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.188171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757924(s) Flops=1256269824 => 1657.51424153345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238689.577029331 Mflops = 238.689577029331 Gflops = 0.238689577029331 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 6.149028e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869332(s) Flops=1249708032 => 1437.54978765305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206998.400640824 Mflops = 206.998400640824 Gflops = 0.206998400640824 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001873422 Relative Rsd = 8.23444560151281e-07
BICGSTAB_SOLVER_TIME: 1.63117 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.130138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272212999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012399(s) Flops=1536270336 => 1517.45540641585 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218514.99058669 Mflops = 218.51499058669 Gflops = 0.21851499058669 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170914000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 21 resid = 2.241283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.07849(s) Flops=140765184 => 1793.41551790037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258075.106399504 Mflops = 258.075106399504 Gflops = 0.258075106399504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 58 resid = 8.89348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212451(s) Flops=383551488 => 1805.3644746318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259898.413431455 Mflops = 259.898413431455 Gflops = 0.259898413431455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007139705 Relative Rsd = 3.13004362530965e-07
BICGSTAB_SOLVER_TIME: 0.391954 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04162 s
InvBiCGStab: k = 78 resid = 2.104367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285221(s) Flops=514787328 => 1804.87175909207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.126538529 Mflops = 259.854126538529 Gflops = 0.259854126538529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055843 s
InvBiCGStab: k = 94 resid = 1.151048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343263(s) Flops=619776000 => 1805.54268884208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.42508011 Mflops = 259.94742508011 Gflops = 0.25994742508011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001234982 Relative Rsd = 5.41415483915366e-07
BICGSTAB_SOLVER_TIME: 0.729825 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 63 resid = 2.076381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230767(s) Flops=416360448 => 1804.24604904514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259754.306499025 Mflops = 259.754306499025 Gflops = 0.259754306499025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 73 resid = 1.093562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267477(s) Flops=481978368 => 1801.94322502496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.389470202 Mflops = 259.415389470202 Gflops = 0.259415389470202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001016726 Relative Rsd = 4.45732128449727e-07
BICGSTAB_SOLVER_TIME: 0.599572 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041041 s
InvBiCGStab: k = 67 resid = 2.267728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245478(s) Flops=442607616 => 1803.04392246963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259574.196690154 Mflops = 259.574196690154 Gflops = 0.259574196690154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055924 s
InvBiCGStab: k = 84 resid = 1.148036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314343(s) Flops=554158080 => 1762.90892432788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253804.721356566 Mflops = 253.804721356566 Gflops = 0.253804721356566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001112324 Relative Rsd = 4.87642428760797e-07
BICGSTAB_SOLVER_TIME: 0.661797 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 60 resid = 2.164732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219771(s) Flops=396675072 => 1804.94729513903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259858.405917726 Mflops = 259.858405917726 Gflops = 0.259858405917726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 77 resid = 1.114766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281989(s) Flops=508225536 => 1802.28851480022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.469769329 Mflops = 259.465469769329 Gflops = 0.259465469769329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00112381 Relative Rsd = 4.92677683014034e-07
BICGSTAB_SOLVER_TIME: 0.603504 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112227
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003039(s) Flops=1542463488 => 1537.79014375313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221434.888042706 Mflops = 221.434888042706 Gflops = 0.221434888042706 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171243000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.525029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049759 s
InvBiCGStab: k = 33 resid = 1.958726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130822(s) Flops=219506688 => 1677.90347189311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241513.935395015 Mflops = 241.513935395015 Gflops = 0.241513935395015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 47 resid = 1.030085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173761(s) Flops=311371776 => 1791.95432807132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257950.857833929 Mflops = 257.950857833929 Gflops = 0.257950857833929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000736407 Relative Rsd = 3.22840537265863e-07
BICGSTAB_SOLVER_TIME: 0.414485 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 72 resid = 1.97431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264127(s) Flops=475416576 => 1799.95447644504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259148.788675805 Mflops = 259.148788675805 Gflops = 0.259148788675805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 100 resid = 7.830986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367232(s) Flops=659146752 => 1794.9055420007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258415.337181952 Mflops = 258.415337181952 Gflops = 0.258415337181952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001262638 Relative Rsd = 5.53540004611945e-07
BICGSTAB_SOLVER_TIME: 0.732772 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 48 resid = 2.145988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177931(s) Flops=317933568 => 1786.83629047215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257235.765218454 Mflops = 257.235765218454 Gflops = 0.257235765218454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055877 s
InvBiCGStab: k = 75 resid = 6.680024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274839(s) Flops=495101952 => 1801.4253872267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259342.472675346 Mflops = 259.342472675346 Gflops = 0.259342472675346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001039794 Relative Rsd = 4.55845252375839e-07
BICGSTAB_SOLVER_TIME: 0.553501 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 69 resid = 1.222435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253081(s) Flops=455731200 => 1800.73257178532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.125848065 Mflops = 259.258125848065 Gflops = 0.259258125848065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 85 resid = 1.081052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31151(s) Flops=560719872 => 1800.0060094379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.253730173 Mflops = 259.147253730173 Gflops = 0.259147253730173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001128081 Relative Rsd = 4.94550209656556e-07
BICGSTAB_SOLVER_TIME: 0.6662 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040672 s
InvBiCGStab: k = 58 resid = 2.193381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213138(s) Flops=383551488 => 1799.54530867325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259040.924615174 Mflops = 259.040924615174 Gflops = 0.259040924615174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056546 s
InvBiCGStab: k = 86 resid = 1.136129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315624(s) Flops=567281664 => 1797.33373887917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258767.225694961 Mflops = 258.767225694961 Gflops = 0.258767225694961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001117081 Relative Rsd = 4.89728032501508e-07
BICGSTAB_SOLVER_TIME: 0.629927 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117388
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957873(s) Flops=1542389760 => 1610.22365177847 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231863.66913078 Mflops = 231.86366913078 Gflops = 0.23186366913078 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171636000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040571 s
InvBiCGStab: k = 36 resid = 2.180423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132518(s) Flops=239192064 => 1804.97791998068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259809.779991621 Mflops = 259.809779991621 Gflops = 0.259809779991621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 49 resid = 9.439431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196379(s) Flops=324495360 => 1652.39338218445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237867.202053233 Mflops = 237.867202053233 Gflops = 0.237867202053233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007239453 Relative Rsd = 3.17377317022959e-07
BICGSTAB_SOLVER_TIME: 0.43 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045499 s
InvBiCGStab: k = 49 resid = 2.101086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211164(s) Flops=324495360 => 1536.69830084674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221226.883861709 Mflops = 221.226883861709 Gflops = 0.221226883861709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067283 s
InvBiCGStab: k = 77 resid = 1.097676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346498(s) Flops=508225536 => 1466.74882971907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211166.941142501 Mflops = 211.166941142501 Gflops = 0.211166941142501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001081433 Relative Rsd = 4.74099962909974e-07
BICGSTAB_SOLVER_TIME: 0.67448 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053328 s
InvBiCGStab: k = 55 resid = 2.037433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249172(s) Flops=363866112 => 1460.3009647954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210240.272356077 Mflops = 210.240272356077 Gflops = 0.210240272356077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064026 s
InvBiCGStab: k = 85 resid = 1.13872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35876(s) Flops=560719872 => 1562.93865536849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225026.495033188 Mflops = 225.026495033188 Gflops = 0.225026495033188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001046358 Relative Rsd = 4.58723094630365e-07
BICGSTAB_SOLVER_TIME: 0.729143 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 69 resid = 2.134294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328645(s) Flops=455731200 => 1386.69750034231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199651.297720039 Mflops = 199.651297720039 Gflops = 0.199651297720039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.100515 s
InvBiCGStab: k = 91 resid = 1.001011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397896(s) Flops=600090624 => 1508.1594788588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217095.291679561 Mflops = 217.095291679561 Gflops = 0.217095291679561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001111055 Relative Rsd = 4.87086284775418e-07
BICGSTAB_SOLVER_TIME: 0.871969 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 58 resid = 2.070687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215341(s) Flops=383551488 => 1781.13544564203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256433.837164642 Mflops = 256.433837164642 Gflops = 0.256433837164642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057156 s
InvBiCGStab: k = 88 resid = 9.871893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325205(s) Flops=580405248 => 1784.73654464107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256945.663421191 Mflops = 256.945663421191 Gflops = 0.256945663421191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001035839 Relative Rsd = 4.54111187569816e-07
BICGSTAB_SOLVER_TIME: 0.642991 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118637
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957709(s) Flops=1542316032 => 1610.42240597092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231898.545319437 Mflops = 231.898545319437 Gflops = 0.231898545319437 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171525000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 37 resid = 6.337686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137059(s) Flops=245753856 => 1793.05157632844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258094.902938577 Mflops = 258.094902938577 Gflops = 0.258094902938577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 48 resid = 1.143477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176956(s) Flops=317933568 => 1796.68148014196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258630.552998343 Mflops = 258.630552998343 Gflops = 0.258630552998343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007392645 Relative Rsd = 3.24093251975703e-07
BICGSTAB_SOLVER_TIME: 0.415424 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 56 resid = 1.774306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205057(s) Flops=370427904 => 1806.46310050376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260070.680964026 Mflops = 260.070680964026 Gflops = 0.260070680964026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 90 resid = 7.577144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329115(s) Flops=593528832 => 1803.40863224101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259640.627130347 Mflops = 259.640627130347 Gflops = 0.259640627130347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001142354 Relative Rsd = 5.00807582279427e-07
BICGSTAB_SOLVER_TIME: 0.63531 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 55 resid = 2.247579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201848(s) Flops=363866112 => 1802.6738535928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259513.242088619 Mflops = 259.513242088619 Gflops = 0.259513242088619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056006 s
InvBiCGStab: k = 74 resid = 8.62659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272047(s) Flops=488540160 => 1795.79322690565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258535.469172769 Mflops = 258.535469172769 Gflops = 0.258535469172769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001012314 Relative Rsd = 4.43798102908207e-07
BICGSTAB_SOLVER_TIME: 0.574957 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 64 resid = 2.08142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234502(s) Flops=422922240 => 1803.49097235844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.522667666 Mflops = 259.648522667666 Gflops = 0.259648522667666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 84 resid = 1.140411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306774(s) Flops=554158080 => 1806.40497564983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.030329082 Mflops = 260.076030329082 Gflops = 0.260076030329082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001120945 Relative Rsd = 4.91421982672998e-07
BICGSTAB_SOLVER_TIME: 0.642687 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048101 s
InvBiCGStab: k = 56 resid = 1.338693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241834(s) Flops=370427904 => 1531.74451896756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220512.727004812 Mflops = 220.512727004812 Gflops = 0.220512727004812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063746 s
InvBiCGStab: k = 69 resid = 1.021898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312741(s) Flops=455731200 => 1457.21603499381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209785.599611867 Mflops = 209.785599611867 Gflops = 0.209785599611867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001005623 Relative Rsd = 4.40864630944214e-07
BICGSTAB_SOLVER_TIME: 0.67352 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103556
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108954(s) Flops=1548214272 => 1396.10323962942 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201023.974452471 Mflops = 201.023974452471 Gflops = 0.201023974452471 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172126000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.255432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736015(s) Flops=1328449536 => 1804.92182360414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259847.190417579 Mflops = 259.847190417579 Gflops = 0.259847190417579 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 8.427061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891209(s) Flops=1610606592 => 1807.21535801366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260225.206867509 Mflops = 260.225206867509 Gflops = 0.260225206867509 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002371848 Relative Rsd = 1.0440858853493e-06
BICGSTAB_SOLVER_TIME: 1.630558 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319029999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.605366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700092(s) Flops=1262831616 => 1803.80809379339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.897898194 Mflops = 259.674897898194 Gflops = 0.259674897898194 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 6.429067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839213(s) Flops=1485932544 => 1770.62622242506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254956.922555098 Mflops = 254.956922555098 Gflops = 0.254956922555098 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.001946767 Relative Rsd = 8.55698602806085e-07
BICGSTAB_SOLVER_TIME: 1.542669 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.114808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298414999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961691(s) Flops=1548214272 => 1609.88745033488 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231826.37424612 Mflops = 231.82637424612 Gflops = 0.23182637424612 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172315000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.479485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048523 s
InvBiCGStab: k = 26 resid = 2.254955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118053(s) Flops=173574144 => 1470.30692993825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211617.267250523 Mflops = 211.617267250523 Gflops = 0.211617267250523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081754 s
InvBiCGStab: k = 56 resid = 9.183115e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231905(s) Flops=370427904 => 1597.32607748863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229944.645079055 Mflops = 229.944645079055 Gflops = 0.229944645079055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007462534 Relative Rsd = 3.2715719857479e-07
BICGSTAB_SOLVER_TIME: 0.48422 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0730360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 79 resid = 2.189301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291565(s) Flops=521349120 => 1788.10597979867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257443.29048736 Mflops = 257.44329048736 Gflops = 0.25744329048736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05604 s
InvBiCGStab: k = 106 resid = 1.133309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391266(s) Flops=698517504 => 1785.27524497401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257051.244113346 Mflops = 257.051244113346 Gflops = 0.257051244113346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001322703 Relative Rsd = 5.79872659325017e-07
BICGSTAB_SOLVER_TIME: 0.784215 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042033 s
InvBiCGStab: k = 50 resid = 2.208425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185171(s) Flops=331057152 => 1787.84556977064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257361.323082079 Mflops = 257.361323082079 Gflops = 0.257361323082079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 78 resid = 9.847373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285592(s) Flops=514787328 => 1802.52712961147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.715147537 Mflops = 259.501715147537 Gflops = 0.259501715147537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001065165 Relative Rsd = 4.66967876901272e-07
BICGSTAB_SOLVER_TIME: 0.57286 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 62 resid = 2.247898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226776(s) Flops=409798656 => 1807.06360461424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260165.52569703 Mflops = 260.16552569703 Gflops = 0.26016552569703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 86 resid = 9.436346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314229(s) Flops=567281664 => 1805.31288964418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259907.243513086 Mflops = 259.907243513086 Gflops = 0.259907243513086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001123506 Relative Rsd = 4.92544784148481e-07
BICGSTAB_SOLVER_TIME: 0.642105 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 55 resid = 2.175494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204034(s) Flops=363866112 => 1783.36018506719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256748.936249839 Mflops = 256.748936249839 Gflops = 0.256748936249839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 79 resid = 1.11349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289222(s) Flops=521349120 => 1802.59150410411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259512.946860905 Mflops = 259.512946860905 Gflops = 0.259512946860905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001052798 Relative Rsd = 4.61546378940468e-07
BICGSTAB_SOLVER_TIME: 0.594623 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111761
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964115(s) Flops=1554186240 => 1612.034083071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232112.806895854 Mflops = 232.112806895854 Gflops = 0.232112806895854 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172969000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 29 resid = 1.71874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107284(s) Flops=193259520 => 1801.38249878826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259284.383463481 Mflops = 259.284383463481 Gflops = 0.259284383463481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056903 s
InvBiCGStab: k = 57 resid = 1.01932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208786(s) Flops=376989696 => 1805.62727385936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.029941958 Mflops = 259.924029941957 Gflops = 0.259924029941958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007676091 Relative Rsd = 3.36519525568818e-07
BICGSTAB_SOLVER_TIME: 0.417797 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756430000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055706 s
InvBiCGStab: k = 71 resid = 1.937776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304602(s) Flops=468854784 => 1539.23737861209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221605.52503586 Mflops = 221.60552503586 Gflops = 0.22160552503586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066887 s
InvBiCGStab: k = 96 resid = 1.131351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435051(s) Flops=632899584 => 1454.77101305364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209454.852441864 Mflops = 209.454852441864 Gflops = 0.209454852441864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001261889 Relative Rsd = 5.53211738289658e-07
BICGSTAB_SOLVER_TIME: 0.866446 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048099 s
InvBiCGStab: k = 51 resid = 2.220831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217756(s) Flops=337618944 => 1550.44611399915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223220.809403189 Mflops = 223.220809403189 Gflops = 0.223220809403189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062711 s
InvBiCGStab: k = 89 resid = 1.117871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417692(s) Flops=586967040 => 1405.26282523965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202329.543183597 Mflops = 202.329543183597 Gflops = 0.202329543183597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001039055 Relative Rsd = 4.55521477259454e-07
BICGSTAB_SOLVER_TIME: 0.750134 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 74 resid = 1.434953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271873(s) Flops=488540160 => 1796.9425430256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258720.947699353 Mflops = 258.720947699353 Gflops = 0.258720947699353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 95 resid = 1.1099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34803(s) Flops=626337792 => 1799.66609775019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259098.802133665 Mflops = 259.098802133665 Gflops = 0.259098802133665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001158576 Relative Rsd = 5.07919151642986e-07
BICGSTAB_SOLVER_TIME: 0.720863 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 54 resid = 1.736762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199138(s) Flops=357304320 => 1794.2548383533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258288.344966932 Mflops = 258.288344966932 Gflops = 0.258288344966932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055945 s
InvBiCGStab: k = 77 resid = 1.143385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283852(s) Flops=508225536 => 1790.45959161817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257756.947508345 Mflops = 257.756947508345 Gflops = 0.257756947508345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001053987 Relative Rsd = 4.62067562970815e-07
BICGSTAB_SOLVER_TIME: 0.583716 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107953
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958756(s) Flops=1548140544 => 1614.73883240366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232494.327020341 Mflops = 232.494327020341 Gflops = 0.232494327020341 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172010000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 27 resid = 2.208994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100221(s) Flops=180135936 => 1797.3871344329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258654.201857279 Mflops = 258.654201857279 Gflops = 0.258654201857279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056022 s
InvBiCGStab: k = 55 resid = 1.060682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202311(s) Flops=363866112 => 1798.54833400062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258922.73852618 Mflops = 258.92273852618 Gflops = 0.25892273852618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000704813 Relative Rsd = 3.08989734818943e-07
BICGSTAB_SOLVER_TIME: 0.403263 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040755 s
InvBiCGStab: k = 60 resid = 2.083631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233777(s) Flops=396675072 => 1696.80966048841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244279.854912045 Mflops = 244.279854912045 Gflops = 0.244279854912045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05591 s
InvBiCGStab: k = 81 resid = 1.102152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296522(s) Flops=534472704 => 1802.47234269295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.949400557 Mflops = 259.495949400557 Gflops = 0.259495949400557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00103336 Relative Rsd = 4.53024826105855e-07
BICGSTAB_SOLVER_TIME: 0.630966 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 54 resid = 2.133467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197687(s) Flops=357304320 => 1807.4244639253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260219.121150534 Mflops = 260.219121150534 Gflops = 0.260219121150534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 82 resid = 1.090823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300451(s) Flops=541034496 => 1800.74120572073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.68742533 Mflops = 259.26968742533 Gflops = 0.25926968742533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001078647 Relative Rsd = 4.72878559050371e-07
BICGSTAB_SOLVER_TIME: 0.599337 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 58 resid = 1.93948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221828(s) Flops=383551488 => 1729.04902897741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248923.010041094 Mflops = 248.923010041094 Gflops = 0.248923010041094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069001 s
InvBiCGStab: k = 95 resid = 1.125499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441152(s) Flops=626337792 => 1419.77774553895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204418.175412122 Mflops = 204.418175412122 Gflops = 0.204418175412122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001090885 Relative Rsd = 4.78243508645954e-07
BICGSTAB_SOLVER_TIME: 0.776784 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050936 s
InvBiCGStab: k = 53 resid = 2.278139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252278(s) Flops=350742528 => 1390.30168306392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200158.653908214 Mflops = 200.158653908214 Gflops = 0.200158653908214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06761 s
InvBiCGStab: k = 81 resid = 6.859687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352522(s) Flops=534472704 => 1516.13999693636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218275.532896772 Mflops = 218.275532896772 Gflops = 0.218275532896772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001058667 Relative Rsd = 4.6411932955797e-07
BICGSTAB_SOLVER_TIME: 0.728712 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10999
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027965(s) Flops=1542021120 => 1500.07161722432 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215992.241532288 Mflops = 215.992241532288 Gflops = 0.215992241532288 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171407000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 25 resid = 1.705786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092535(s) Flops=167012352 => 1804.85602204571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.222493076 Mflops = 259.756222493076 Gflops = 0.259756222493076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 46 resid = 7.955591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169282(s) Flops=304809984 => 1800.60481327016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259204.408711818 Mflops = 259.204408711818 Gflops = 0.259204408711818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007291497 Relative Rsd = 3.19658926175788e-07
BICGSTAB_SOLVER_TIME: 0.36271 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 52 resid = 2.223173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191366(s) Flops=344180736 => 1798.54695191413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258925.251727124 Mflops = 258.925251727124 Gflops = 0.258925251727124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055935 s
InvBiCGStab: k = 81 resid = 1.109545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296592(s) Flops=534472704 => 1802.04693316071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.056784931 Mflops = 259.431056784931 Gflops = 0.259431056784931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.0010823 Relative Rsd = 4.74479878100133e-07
BICGSTAB_SOLVER_TIME: 0.58893 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040794 s
InvBiCGStab: k = 48 resid = 2.114973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176634(s) Flops=317933568 => 1799.9567920106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259118.677145649 Mflops = 259.118677145649 Gflops = 0.259118677145649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 77 resid = 9.177795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281615(s) Flops=508225536 => 1804.6820517373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.697109953 Mflops = 259.797697109953 Gflops = 0.259797697109953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009880645 Relative Rsd = 4.33167061283313e-07
BICGSTAB_SOLVER_TIME: 0.559409 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04118 s
InvBiCGStab: k = 63 resid = 1.987734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230603(s) Flops=416360448 => 1805.52919086048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259934.48191588 Mflops = 259.93448191588 Gflops = 0.25993448191588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059121 s
InvBiCGStab: k = 83 resid = 1.116568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306574(s) Flops=547596288 => 1786.17980650675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257150.518949392 Mflops = 257.150518949392 Gflops = 0.257150518949392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001105143 Relative Rsd = 4.84494450678556e-07
BICGSTAB_SOLVER_TIME: 0.642241 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040542 s
InvBiCGStab: k = 52 resid = 2.210844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191035(s) Flops=344180736 => 1801.66323448583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.066102571 Mflops = 259.358066102571 Gflops = 0.259358066102571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 81 resid = 7.565451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295983(s) Flops=534472704 => 1805.75473591389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259958.632489356 Mflops = 259.958632489356 Gflops = 0.259958632489356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001061756 Relative Rsd = 4.65473377100972e-07
BICGSTAB_SOLVER_TIME: 0.587426 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109271
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007286(s) Flops=1535680512 => 1524.57247693307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219529.158033648 Mflops = 219.529158033648 Gflops = 0.219529158033648 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170616000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.552725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.564414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658003(s) Flops=1184090112 => 1799.52084109039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259096.196993811 Mflops = 259.096196993811 Gflops = 0.259096196993811 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 8.068043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865875(s) Flops=1558112256 => 1799.46557644002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259110.950509091 Mflops = 259.110950509091 Gflops = 0.259110950509091 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002175617 Relative Rsd = 9.57737060173938e-07
BICGSTAB_SOLVER_TIME: 1.5272 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297746999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.066978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667004(s) Flops=1203775488 => 1804.75002848559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.202389024 Mflops = 259.830202389024 Gflops = 0.259830202389024 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.108309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.780725(s) Flops=1407191040 => 1802.41575458708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.131130253 Mflops = 259.533131130253 Gflops = 0.259533131130253 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.001902102 Relative Rsd = 8.36084445064329e-07
BICGSTAB_SOLVER_TIME: 1.451137 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283635999999997
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952608(s) Flops=1535680512 => 1612.08021767611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232142.679122842 Mflops = 232.142679122842 Gflops = 0.232142679122842 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 30 resid = 1.698201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110946(s) Flops=199821312 => 1801.06819533827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.456271834 Mflops = 259.239456271834 Gflops = 0.259239456271834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056376 s
InvBiCGStab: k = 50 resid = 9.978504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186791(s) Flops=331057152 => 1772.33995213902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255127.985522864 Mflops = 255.127985522864 Gflops = 0.255127985522864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0006950259 Relative Rsd = 3.04699076571459e-07
BICGSTAB_SOLVER_TIME: 0.402568 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043024 s
InvBiCGStab: k = 73 resid = 1.560871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342518(s) Flops=481978368 => 1407.16215790119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202606.387824764 Mflops = 202.606387824764 Gflops = 0.202606387824764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072147 s
InvBiCGStab: k = 93 resid = 7.740131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401385(s) Flops=613214208 => 1527.74570051198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219972.104808278 Mflops = 219.972104808278 Gflops = 0.219972104808278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001236472 Relative Rsd = 5.42068648155513e-07
BICGSTAB_SOLVER_TIME: 0.863465 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044214 s
InvBiCGStab: k = 49 resid = 1.982255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217388(s) Flops=324495360 => 1492.70134506044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214917.804143832 Mflops = 214.917804143832 Gflops = 0.214917804143832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080412 s
InvBiCGStab: k = 95 resid = 4.266028e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430333(s) Flops=626337792 => 1455.4723713961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209558.373977603 Mflops = 209.558373977603 Gflops = 0.209558373977603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001057623 Relative Rsd = 4.63661430701695e-07
BICGSTAB_SOLVER_TIME: 0.779626 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 59 resid = 1.198927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217495(s) Flops=390113280 => 1793.66550955194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258232.656911328 Mflops = 258.232656911328 Gflops = 0.258232656911328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 88 resid = 1.086264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323592(s) Flops=580405248 => 1793.63287102277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258233.102443825 Mflops = 258.233102443825 Gflops = 0.258233102443825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001143744 Relative Rsd = 5.01417110371322e-07
BICGSTAB_SOLVER_TIME: 0.642465 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04169 s
InvBiCGStab: k = 58 resid = 2.190744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216354(s) Flops=383551488 => 1772.79591780138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255221.500104198 Mflops = 255.221500104198 Gflops = 0.255221500104198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056853 s
InvBiCGStab: k = 82 resid = 8.548975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312684(s) Flops=541034496 => 1730.29159151092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249123.707738583 Mflops = 249.123707738583 Gflops = 0.249123707738583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001081103 Relative Rsd = 4.73955223592498e-07
BICGSTAB_SOLVER_TIME: 0.63259 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114382
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030297(s) Flops=1517322240 => 1472.70373494245 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212049.837016337 Mflops = 212.049837016337 Gflops = 0.212049837016337 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168539000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041687 s
InvBiCGStab: k = 26 resid = 1.836665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097217(s) Flops=173574144 => 1785.42995566619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256972.742677135 Mflops = 256.972742677135 Gflops = 0.256972742677135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056841 s
InvBiCGStab: k = 46 resid = 7.97191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169577(s) Flops=304809984 => 1797.47244024838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258742.14192601 Mflops = 258.74214192601 Gflops = 0.25874214192601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007482225 Relative Rsd = 3.28020428763714e-07
BICGSTAB_SOLVER_TIME: 0.369192 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0658180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 71 resid = 1.73969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259861(s) Flops=468854784 => 1804.25221175936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.638382511 Mflops = 259.758638382511 Gflops = 0.259758638382511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 98 resid = 1.108677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357881(s) Flops=646023168 => 1805.13401940869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.173636266 Mflops = 259.894173636266 Gflops = 0.259894173636266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001215425 Relative Rsd = 5.32841618739281e-07
BICGSTAB_SOLVER_TIME: 0.718888 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 49 resid = 2.270178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180295(s) Flops=324495360 => 1799.80232396905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259090.422385565 Mflops = 259.090422385565 Gflops = 0.259090422385565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056144 s
InvBiCGStab: k = 72 resid = 1.108046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263674(s) Flops=475416576 => 1803.04685331129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259575.441025988 Mflops = 259.575441025988 Gflops = 0.259575441025988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001046187 Relative Rsd = 4.58648122113661e-07
BICGSTAB_SOLVER_TIME: 0.545578 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050733 s
InvBiCGStab: k = 65 resid = 1.970504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28094(s) Flops=429484032 => 1528.73934647968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220093.941656759 Mflops = 220.093941656759 Gflops = 0.220093941656759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063095 s
InvBiCGStab: k = 84 resid = 1.042966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393916(s) Flops=554158080 => 1406.79251414007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202549.634317529 Mflops = 202.549634317529 Gflops = 0.202549634317529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001137933 Relative Rsd = 4.98869269677727e-07
BICGSTAB_SOLVER_TIME: 0.793062 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048008 s
InvBiCGStab: k = 52 resid = 1.960469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262297(s) Flops=344180736 => 1312.17946068769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188916.710096233 Mflops = 188.916710096233 Gflops = 0.188916710096233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065629 s
InvBiCGStab: k = 87 resid = 6.876706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376766(s) Flops=573843456 => 1523.07654087683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219296.122869079 Mflops = 219.296122869079 Gflops = 0.219296122869079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001057781 Relative Rsd = 4.63730585065299e-07
BICGSTAB_SOLVER_TIME: 0.756512 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113485
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939498(s) Flops=1505083392 => 1602.00808516889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230687.192640676 Mflops = 230.687192640676 Gflops = 0.230687192640676 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168777000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 33 resid = 1.558369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121855(s) Flops=219506688 => 1801.37612736449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.866293606 Mflops = 259.262866293606 Gflops = 0.259262866293606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 50 resid = 9.539451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18378(s) Flops=331057152 => 1801.37747306562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259304.792745516 Mflops = 259.304792745516 Gflops = 0.259304792745516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007124435 Relative Rsd = 3.12334943187639e-07
BICGSTAB_SOLVER_TIME: 0.406731 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043067 s
InvBiCGStab: k = 55 resid = 1.832528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201735(s) Flops=363866112 => 1803.68360472898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.975099533 Mflops = 259.676975099533 Gflops = 0.259676975099533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05578 s
InvBiCGStab: k = 78 resid = 1.072419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284641(s) Flops=514787328 => 1808.54946406175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260369.804288937 Mflops = 260.369804288937 Gflops = 0.260369804288937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001057665 Relative Rsd = 4.6367990588961e-07
BICGSTAB_SOLVER_TIME: 0.589069 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 47 resid = 2.192837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17285(s) Flops=311371776 => 1801.39876193231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.261644023 Mflops = 259.324261644023 Gflops = 0.259324261644023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 69 resid = 9.565259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254329(s) Flops=455731200 => 1791.89632326632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257953.923858373 Mflops = 257.953923858373 Gflops = 0.257953923858373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.000997159 Relative Rsd = 4.37154129322755e-07
BICGSTAB_SOLVER_TIME: 0.528324 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0972070000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 51 resid = 2.182102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186854(s) Flops=337618944 => 1806.85960161409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260131.95156329 Mflops = 260.13195156329 Gflops = 0.26013195156329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 83 resid = 9.142947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326213(s) Flops=547596288 => 1678.64643039977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241676.693887701 Mflops = 241.676693887701 Gflops = 0.241676693887701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001052434 Relative Rsd = 4.61386634912365e-07
BICGSTAB_SOLVER_TIME: 0.614846 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 51 resid = 1.856482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187411(s) Flops=337618944 => 1801.48947500414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.426722755 Mflops = 259.335426722755 Gflops = 0.259335426722755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055968 s
InvBiCGStab: k = 74 resid = 1.122982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270803(s) Flops=488540160 => 1804.04264354531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.142584673 Mflops = 259.724142584673 Gflops = 0.259724142584673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001039613 Relative Rsd = 4.55765788653233e-07
BICGSTAB_SOLVER_TIME: 0.559041 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103555
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.04566(s) Flops=1498742784 => 1433.29837997054 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206377.458986713 Mflops = 206.377458986713 Gflops = 0.206377458986713 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166276000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.521425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040814 s
InvBiCGStab: k = 33 resid = 2.152889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122145(s) Flops=219506688 => 1797.09925089034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258659.013921681 Mflops = 258.659013921681 Gflops = 0.258659013921681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 46 resid = 9.67054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169672(s) Flops=304809984 => 1796.46602857278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258588.510366934 Mflops = 258.588510366934 Gflops = 0.258588510366934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007417761 Relative Rsd = 3.25194337449922e-07
BICGSTAB_SOLVER_TIME: 0.393073 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 62 resid = 9.166049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228278(s) Flops=409798656 => 1795.17367420426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258437.475343944 Mflops = 258.437475343944 Gflops = 0.258437475343944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 89 resid = 1.096375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327466(s) Flops=586967040 => 1792.45185759743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258070.615071641 Mflops = 258.070615071641 Gflops = 0.258070615071641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001084356 Relative Rsd = 4.75381334575655e-07
BICGSTAB_SOLVER_TIME: 0.656866 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042068 s
InvBiCGStab: k = 52 resid = 2.121445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191567(s) Flops=344180736 => 1796.6598422484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258645.002842041 Mflops = 258.645002842041 Gflops = 0.258645002842042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057865 s
InvBiCGStab: k = 63 resid = 1.012684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231434(s) Flops=416360448 => 1799.04615570746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259006.534442019 Mflops = 259.006534442019 Gflops = 0.259006534442019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009932134 Relative Rsd = 4.35424351576911e-07
BICGSTAB_SOLVER_TIME: 0.526735 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965270000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 71 resid = 2.012725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261027(s) Flops=468854784 => 1796.19266972382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258600.943378938 Mflops = 258.600943378938 Gflops = 0.258600943378938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 85 resid = 1.143075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311245(s) Flops=560719872 => 1801.53856929429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.980255828 Mflops = 259.369980255828 Gflops = 0.259369980255828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001058378 Relative Rsd = 4.63992504027671e-07
BICGSTAB_SOLVER_TIME: 0.673283 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 49 resid = 2.008877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180957(s) Flops=324495360 => 1793.21805732854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258153.318777592 Mflops = 258.153318777592 Gflops = 0.258153318777592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 90 resid = 8.502831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32894(s) Flops=593528832 => 1804.3680671247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259772.964085189 Mflops = 259.772964085189 Gflops = 0.259772964085189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001043918 Relative Rsd = 4.57653320006382e-07
BICGSTAB_SOLVER_TIME: 0.611026 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113607
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945836(s) Flops=1492697088 => 1578.1774937727 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227256.94483422 Mflops = 227.25694483422 Gflops = 0.22725694483422 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165660000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021471
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.663363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817285(s) Flops=1230022656 => 1505.0106829319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216681.646797597 Mflops = 216.681646797597 Gflops = 0.216681646797597 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.14173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.073308(s) Flops=1577797632 => 1470.03249020784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211676.24750051 Mflops = 211.67624750051 Gflops = 0.21167624750051 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002117144 Relative Rsd = 9.3201192214791e-07
BICGSTAB_SOLVER_TIME: 1.894079 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.144869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304739999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.13494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683447(s) Flops=1230022656 => 1799.73378477044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259095.079607923 Mflops = 259.095079607923 Gflops = 0.259095079607923 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.066138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836289(s) Flops=1505617920 => 1800.35600133447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.826233031 Mflops = 259.236826233031 Gflops = 0.259236826233031 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.001992938 Relative Rsd = 8.7602609840192e-07
BICGSTAB_SOLVER_TIME: 1.523142 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296800999999997
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929036(s) Flops=1492697088 => 1606.71608850464 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231348.385027501 Mflops = 231.348385027501 Gflops = 0.231348385027501 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165644000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 32 resid = 1.506086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118211(s) Flops=212944896 => 1801.39662129582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.563351389 Mflops = 259.288563351389 Gflops = 0.259288563351389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 56 resid = 6.914029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205479(s) Flops=370427904 => 1802.75309885682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259520.981982555 Mflops = 259.520981982555 Gflops = 0.259520981982555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007137394 Relative Rsd = 3.12903080734233e-07
BICGSTAB_SOLVER_TIME: 0.424691 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042094 s
InvBiCGStab: k = 76 resid = 2.089055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315807(s) Flops=501663744 => 1588.51369349001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228708.660371977 Mflops = 228.708660371977 Gflops = 0.228708660371977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070437 s
InvBiCGStab: k = 97 resid = 1.000305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424401(s) Flops=639461376 => 1506.73861748676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216939.591589977 Mflops = 216.939591589977 Gflops = 0.216939591589977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001240395 Relative Rsd = 5.43788677943093e-07
BICGSTAB_SOLVER_TIME: 0.856678 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048702 s
InvBiCGStab: k = 53 resid = 1.159172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228102(s) Flops=350742528 => 1537.65652208223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221363.348294904 Mflops = 221.363348294904 Gflops = 0.221363348294904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065194 s
InvBiCGStab: k = 67 resid = 9.581729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273999(s) Flops=442607616 => 1615.36215825605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232574.850375783 Mflops = 232.574850375783 Gflops = 0.232574850375783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009972958 Relative Rsd = 4.37214097128832e-07
BICGSTAB_SOLVER_TIME: 0.620449 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998460000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04798 s
InvBiCGStab: k = 65 resid = 2.158335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284775(s) Flops=429484032 => 1508.15216223334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217130.371661561 Mflops = 217.130371661561 Gflops = 0.217130371661561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 84 resid = 1.125433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308706(s) Flops=554158080 => 1795.09980369672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258437.560986249 Mflops = 258.437560986249 Gflops = 0.258437560986249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00111 Relative Rsd = 4.86623588494657e-07
BICGSTAB_SOLVER_TIME: 0.701548 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 53 resid = 1.438016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195701(s) Flops=350742528 => 1792.23676935734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258008.119326801 Mflops = 258.008119326801 Gflops = 0.258008119326801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 84 resid = 8.411752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308283(s) Flops=554158080 => 1797.56288864452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258792.666232591 Mflops = 258.792666232591 Gflops = 0.258792666232591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001081197 Relative Rsd = 4.73996154809923e-07
BICGSTAB_SOLVER_TIME: 0.605174 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112154
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924276(s) Flops=1486209024 => 1607.97102164289 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231539.535582734 Mflops = 231.539535582734 Gflops = 0.231539535582734 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165249000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043477 s
InvBiCGStab: k = 28 resid = 2.167612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107465(s) Flops=186697728 => 1737.28868003536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250044.313979587 Mflops = 250.044313979587 Gflops = 0.250044313979587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056627 s
InvBiCGStab: k = 49 resid = 1.085358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186652(s) Flops=324495360 => 1738.50459678975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250249.154261659 Mflops = 250.249154261659 Gflops = 0.250249154261659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000733528 Relative Rsd = 3.21578380816342e-07
BICGSTAB_SOLVER_TIME: 0.398439 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 91 resid = 1.803341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333102(s) Flops=600090624 => 1801.52212835708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259385.394377626 Mflops = 259.385394377626 Gflops = 0.259385394377626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 96 resid = 1.12738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393576(s) Flops=632899584 => 1608.07463869748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231528.195458561 Mflops = 231.528195458561 Gflops = 0.231528195458561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001288903 Relative Rsd = 5.65054435815891e-07
BICGSTAB_SOLVER_TIME: 0.827648 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147549
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046947 s
InvBiCGStab: k = 48 resid = 1.801263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201261(s) Flops=317933568 => 1579.70778243177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227420.276815491 Mflops = 227.420276815491 Gflops = 0.227420276815491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06318 s
InvBiCGStab: k = 99 resid = 1.1361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443809(s) Flops=652584960 => 1470.41849083727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211707.490549523 Mflops = 211.707490549523 Gflops = 0.211707490549523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001038623 Relative Rsd = 4.55331723810097e-07
BICGSTAB_SOLVER_TIME: 0.759288 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052827 s
InvBiCGStab: k = 61 resid = 1.875104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268177(s) Flops=403236864 => 1503.62210032926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216470.276490235 Mflops = 216.470276490235 Gflops = 0.216470276490235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080559 s
InvBiCGStab: k = 85 resid = 1.149849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340851(s) Flops=560719872 => 1645.05860918701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236824.369979047 Mflops = 236.824369979047 Gflops = 0.236824369979047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001128878 Relative Rsd = 4.94899451951863e-07
BICGSTAB_SOLVER_TIME: 0.746302 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 62 resid = 1.904015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228571(s) Flops=409798656 => 1792.8724816359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258117.260513842 Mflops = 258.117260513842 Gflops = 0.258117260513842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 86 resid = 1.106506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316598(s) Flops=567281664 => 1791.80431967353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257970.01068999 Mflops = 257.97001068999 Gflops = 0.25797001068999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.0010992 Relative Rsd = 4.81889040891127e-07
BICGSTAB_SOLVER_TIME: 0.646585 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120094
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921232(s) Flops=1479647232 => 1606.16134914983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231319.869576404 Mflops = 231.319869576404 Gflops = 0.231319869576404 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164308000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 25 resid = 2.186241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092756(s) Flops=167012352 => 1800.55578075812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259121.866122299 Mflops = 259.121866122299 Gflops = 0.259121866122299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055981 s
InvBiCGStab: k = 45 resid = 1.139709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165848(s) Flops=298248192 => 1798.32251217983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258856.491213303 Mflops = 258.856491213303 Gflops = 0.258856491213303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007336859 Relative Rsd = 3.21647586216377e-07
BICGSTAB_SOLVER_TIME: 0.359268 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041683 s
InvBiCGStab: k = 49 resid = 1.782484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186252(s) Flops=324495360 => 1742.23825784421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250811.405967958 Mflops = 250.811405967958 Gflops = 0.250811405967958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 86 resid = 1.123072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322987(s) Flops=567281664 => 1756.36067086291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252864.331021807 Mflops = 252.864331021807 Gflops = 0.252864331021807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001079508 Relative Rsd = 4.73255718273272e-07
BICGSTAB_SOLVER_TIME: 0.611088 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051298 s
InvBiCGStab: k = 47 resid = 2.091416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210387(s) Flops=311371776 => 1479.99532290493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213057.088393005 Mflops = 213.057088393005 Gflops = 0.213057088393005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066662 s
InvBiCGStab: k = 80 resid = 1.123148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358051(s) Flops=527910912 => 1474.40144560412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212277.693224574 Mflops = 212.277693224574 Gflops = 0.212277693224574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009739237 Relative Rsd = 4.26967768118584e-07
BICGSTAB_SOLVER_TIME: 0.690739 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052008 s
InvBiCGStab: k = 56 resid = 1.87763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254962(s) Flops=370427904 => 1452.8749539147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209178.151379482 Mflops = 209.178151379482 Gflops = 0.209178151379482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066541 s
InvBiCGStab: k = 78 resid = 1.051548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346105(s) Flops=514787328 => 1487.37327689574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214131.483515609 Mflops = 214.131483515609 Gflops = 0.214131483515609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001078216 Relative Rsd = 4.72689315965321e-07
BICGSTAB_SOLVER_TIME: 0.723471 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 55 resid = 1.728645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250893(s) Flops=363866112 => 1450.28403343258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208803.970196976 Mflops = 208.803970196976 Gflops = 0.208803970196976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 80 resid = 1.00712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294332(s) Flops=527910912 => 1793.58993245723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258209.54664369 Mflops = 258.20954664369 Gflops = 0.25820954664369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001017088 Relative Rsd = 4.4589110693137e-07
BICGSTAB_SOLVER_TIME: 0.64608 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11087
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909413(s) Flops=1454800896 => 1599.71420685651 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230369.573920854 Mflops = 230.369573920854 Gflops = 0.230369573920854 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161626000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 26 resid = 2.238153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096255(s) Flops=173574144 => 1803.27405329593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259522.237870254 Mflops = 259.522237870254 Gflops = 0.259522237870254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056089 s
InvBiCGStab: k = 46 resid = 9.555671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168636(s) Flops=304809984 => 1807.50245499182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260183.870796926 Mflops = 260.183870796926 Gflops = 0.260183870796926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007243467 Relative Rsd = 3.17553290636026e-07
BICGSTAB_SOLVER_TIME: 0.36565 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041175 s
InvBiCGStab: k = 52 resid = 2.0274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190998(s) Flops=344180736 => 1802.01225143719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.385774865 Mflops = 259.411385774865 Gflops = 0.259411385774865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 87 resid = 1.097673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320856(s) Flops=573843456 => 1788.47662502805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257497.73200354 Mflops = 257.49773200354 Gflops = 0.25749773200354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001102138 Relative Rsd = 4.83176843147076e-07
BICGSTAB_SOLVER_TIME: 0.612876 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04279 s
InvBiCGStab: k = 58 resid = 1.172969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229232(s) Flops=383551488 => 1673.20220562574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240878.485418096 Mflops = 240.878485418096 Gflops = 0.240878485418096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057716 s
InvBiCGStab: k = 62 resid = 1.032688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244168(s) Flops=409798656 => 1678.34710527178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241578.895607492 Mflops = 241.578895607492 Gflops = 0.241578895607492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009846821 Relative Rsd = 4.31684248825645e-07
BICGSTAB_SOLVER_TIME: 0.578256 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043074 s
InvBiCGStab: k = 58 resid = 1.986787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254415(s) Flops=383551488 => 1507.58205294499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217052.36380253 Mflops = 217.05236380253 Gflops = 0.21705236380253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073816 s
InvBiCGStab: k = 91 resid = 1.004502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388699(s) Flops=600090624 => 1543.84401297662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222255.85039003 Mflops = 222.25585039003 Gflops = 0.22225585039003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001110739 Relative Rsd = 4.86947618793195e-07
BICGSTAB_SOLVER_TIME: 0.765954 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044901 s
InvBiCGStab: k = 45 resid = 2.177917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19963(s) Flops=298248192 => 1494.00486900766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215079.831516131 Mflops = 215.079831516131 Gflops = 0.215079831516131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071673 s
InvBiCGStab: k = 79 resid = 9.235284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355802(s) Flops=521349120 => 1465.27877864655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210960.711301142 Mflops = 210.960711301142 Gflops = 0.210960711301142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009865009 Relative Rsd = 4.3248159098253e-07
BICGSTAB_SOLVER_TIME: 0.675905 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102798
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901455(s) Flops=1442193408 => 1599.85069471022 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230379.242486059 Mflops = 230.379242486059 Gflops = 0.230379242486059 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159743000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021405
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.723226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738437(s) Flops=1335011328 => 1807.88791460883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260236.703700997 Mflops = 260.236703700997 Gflops = 0.260236703700997 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.110422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.94311(s) Flops=1663100928 => 1763.4220059166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253920.602696934 Mflops = 253.920602696934 Gflops = 0.253920602696934 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.00213216 Relative Rsd = 9.38630434686828e-07
BICGSTAB_SOLVER_TIME: 1.684989 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325163999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 1.362506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.719587(s) Flops=1131595776 => 1572.56283951767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226383.682597804 Mflops = 226.383682597804 Gflops = 0.226383682597804 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.050166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.956217(s) Flops=1380943872 => 1444.17414875494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207951.051030297 Mflops = 207.951051030297 Gflops = 0.207951051030297 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.00192798 Relative Rsd = 8.47495327596988e-07
BICGSTAB_SOLVER_TIME: 1.679541 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.125862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272883999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 321 resid = 2.244678e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.208629(s) Flops=2109302784 => 1745.20285712158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251300.969670191 Mflops = 251.300969670191 Gflops = 0.251300969670191 Tflops
InvBiCGStab: k = 335 resid = 1.103204e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.230018(s) Flops=2201167872 => 1789.54118720214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257685.472507767 Mflops = 257.685472507767 Gflops = 0.257685472507767 Tflops
BICGSTAB_SOLVER: 656 iterations. Rsd = 0.00199165 Relative Rsd = 8.7677468293209e-07
BICGSTAB_SOLVER_TIME: 2.443425 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.468650999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 258 resid = 1.232816e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980268(s) Flops=1695909888 => 1730.04717893474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249141.412821665 Mflops = 249.141412821665 Gflops = 0.249141412821665 Tflops
InvBiCGStab: k = 306 resid = 6.201262e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.198065(s) Flops=2010875904 => 1678.43639869289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241688.27391389 Mflops = 241.68827391389 Gflops = 0.24168827391389 Tflops
BICGSTAB_SOLVER: 564 iterations. Rsd = 0.001914675 Relative Rsd = 8.41646814217065e-07
BICGSTAB_SOLVER_TIME: 2.182871 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.403481999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0007
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 230 resid = 2.045382e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839569(s) Flops=1512179712 => 1801.1380982385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259399.530803029 Mflops = 259.399530803029 Gflops = 0.259399530803029 Tflops
InvBiCGStab: k = 240 resid = 1.11649e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.061242(s) Flops=1577797632 => 1486.74631422428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214083.642437647 Mflops = 214.083642437647 Gflops = 0.214083642437647 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.001745641 Relative Rsd = 7.65288318290508e-07
BICGSTAB_SOLVER_TIME: 1.906069 sec
2Flav::invert,  n_count = 470
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335673000000002
MInvCG2: 346 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.584165(s) Flops=2231322624 => 1408.51655225308 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202830.629243011 Mflops = 202.830629243011 Gflops = 0.202830629243011 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248806000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0593366259722643
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 470.697496 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.042681 secs
Doing Update: 2738 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 239 resid = 2.084656e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907806(s) Flops=1571235840 => 1730.80574483976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249096.559238715 Mflops = 249.096559238715 Gflops = 0.249096559238715 Tflops
InvBiCGStab: k = 267 resid = 9.357967e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.986067(s) Flops=1754966016 => 1779.76346029225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256276.625286162 Mflops = 256.276625286162 Gflops = 0.256276625286162 Tflops
BICGSTAB_SOLVER: 506 iterations. Rsd = 0.001920285 Relative Rsd = 8.45100917391181e-07
BICGSTAB_SOLVER_TIME: 1.899981 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363977999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 205 resid = 2.148282e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752148(s) Flops=1348134912 => 1792.37984013785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258083.617732779 Mflops = 258.083617732779 Gflops = 0.258083617732779 Tflops
InvBiCGStab: k = 238 resid = 1.046039e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873045(s) Flops=1564674048 => 1792.20320602031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258063.424370002 Mflops = 258.063424370002 Gflops = 0.258063424370002 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.001903982 Relative Rsd = 8.37494187979609e-07
BICGSTAB_SOLVER_TIME: 1.63038 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318820999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
MInvCG2: 368 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.513163(s) Flops=2364475392 => 1562.60455218638 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225026.763789341 Mflops = 225.026763789341 Gflops = 0.225026763789341 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263993000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 278 resid = 2.200915e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.254465(s) Flops=1827145728 => 1456.5139146967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209739.365173173 Mflops = 209.739365173173 Gflops = 0.209739365173173 Tflops
InvBiCGStab: k = 324 resid = 1.013393e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.316209(s) Flops=2128988160 => 1617.51527303035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232915.203289573 Mflops = 232.915203289573 Gflops = 0.232915203289573 Tflops
BICGSTAB_SOLVER: 602 iterations. Rsd = 0.002220928 Relative Rsd = 9.77411514238151e-07
BICGSTAB_SOLVER_TIME: 2.575315 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429706999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 256 resid = 2.011173e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.944616(s) Flops=1682786304 => 1781.45013846897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256555.069996024 Mflops = 256.555069996024 Gflops = 0.256555069996024 Tflops
InvBiCGStab: k = 288 resid = 1.148928e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.060119(s) Flops=1892763648 => 1785.4256437249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257094.088005872 Mflops = 257.094088005872 Gflops = 0.257094088005872 Tflops
BICGSTAB_SOLVER: 544 iterations. Rsd = 0.001936843 Relative Rsd = 8.51948947569826e-07
BICGSTAB_SOLVER_TIME: 2.00931 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.389430999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 243 resid = 2.069994e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.888167(s) Flops=1597483008 => 1798.62909565431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258918.192985367 Mflops = 258.918192985367 Gflops = 0.258918192985367 Tflops
InvBiCGStab: k = 263 resid = 1.126016e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.961703(s) Flops=1728718848 => 1797.56000345221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.011043076 Mflops = 258.839011043076 Gflops = 0.258839011043076 Tflops
BICGSTAB_SOLVER: 506 iterations. Rsd = 0.001895787 Relative Rsd = 8.30707961250965e-07
BICGSTAB_SOLVER_TIME: 1.854751 sec
2Flav::invert,  n_count = 506
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361680000000004
MInvCG2: 343 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.581365(s) Flops=2212448256 => 1399.0750117778 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201473.283141338 Mflops = 201.473283141338 Gflops = 0.201473283141338 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.246120000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.673274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885675(s) Flops=1295640576 => 1462.88489118469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210587.226578226 Mflops = 210.587226578226 Gflops = 0.210587226578226 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.078271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914712(s) Flops=1643415552 => 1796.64807283604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258705.895479087 Mflops = 258.705895479087 Gflops = 0.258705895479087 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002196624 Relative Rsd = 9.66715416272371e-07
BICGSTAB_SOLVER_TIME: 1.80376 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0.115864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318680999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.262832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.610286(s) Flops=1098786816 => 1800.44571889245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.043218026 Mflops = 259.178043218026 Gflops = 0.259178043218026 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 8.859847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.761943(s) Flops=1374382080 => 1803.78595249251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.185804138 Mflops = 259.732185804138 Gflops = 0.259732185804138 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.00198444 Relative Rsd = 8.72885025949086e-07
BICGSTAB_SOLVER_TIME: 1.375631 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268747999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901315(s) Flops=1448091648 => 1606.6432357167 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231344.822465246 Mflops = 231.344822465246 Gflops = 0.231344822465246 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160837000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 151 resid = 2.248922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669872(s) Flops=993798144 => 1483.56423913822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213513.241585652 Mflops = 213.513241585652 Gflops = 0.213513241585652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 171 resid = 1.118732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757793(s) Flops=1125033984 => 1484.61912949843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213762.799378864 Mflops = 213.762799378864 Gflops = 0.213762799378864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 322 iterations. Rsd = 0.001891397 Relative Rsd = 8.2878431388242e-07
BICGSTAB_SOLVER_TIME: 1.431397 sec
2Flav::invert,  n_count = 322
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.231206999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000208 s
InvBiCGStab: k = 115 resid = 2.059277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465237(s) Flops=757573632 => 1628.36066778868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234411.605447807 Mflops = 234.411605447807 Gflops = 0.234411605447807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.4e-05 s
InvBiCGStab: k = 133 resid = 1.049664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.487303(s) Flops=875685888 => 1797.00491891082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258709.881658467 Mflops = 258.709881658467 Gflops = 0.258709881658467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 248 iterations. Rsd = 0.001538746 Relative Rsd = 6.74257583035897e-07
BICGSTAB_SOLVER_TIME: 0.956532 sec
2Flav::invert,  n_count = 248
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178811999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004809 s
InvBiCGStab: k = 101 resid = 1.898577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372385(s) Flops=665708544 => 1787.68893483894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257394.408029413 Mflops = 257.394408029413 Gflops = 0.257394408029413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.00705 s
InvBiCGStab: k = 115 resid = 1.134605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421918(s) Flops=757573632 => 1795.54707786821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.796364161 Mflops = 258.512796364161 Gflops = 0.258512796364161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001395817 Relative Rsd = 6.1162809333208e-07
BICGSTAB_SOLVER_TIME: 0.81004 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159611999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007983 s
InvBiCGStab: k = 80 resid = 1.887553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292987(s) Flops=527910912 => 1801.82367135743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259419.314943641 Mflops = 259.419314943641 Gflops = 0.259419314943641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010988 s
InvBiCGStab: k = 104 resid = 8.094247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380082(s) Flops=685393920 => 1803.27908188233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259626.018385844 Mflops = 259.626018385844 Gflops = 0.259626018385844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001322992 Relative Rsd = 5.79716920873886e-07
BICGSTAB_SOLVER_TIME: 0.695938 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136268
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011618 s
InvBiCGStab: k = 78 resid = 2.097012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297707(s) Flops=514787328 => 1729.17441645645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248949.763816534 Mflops = 248.949763816534 Gflops = 0.248949763816534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014987 s
InvBiCGStab: k = 93 resid = 9.922713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343103(s) Flops=613214208 => 1787.25982576661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257318.078157163 Mflops = 257.318078157163 Gflops = 0.257318078157163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001199814 Relative Rsd = 5.2574216094578e-07
BICGSTAB_SOLVER_TIME: 0.671328 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12773
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905173(s) Flops=1448239104 => 1599.95835492221 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230372.605251207 Mflops = 230.372605251207 Gflops = 0.230372605251207 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.498786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.018666 s
InvBiCGStab: k = 37 resid = 1.230167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166679(s) Flops=245753856 => 1474.41402936183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212243.003457681 Mflops = 212.243003457681 Gflops = 0.212243003457681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.020796 s
InvBiCGStab: k = 49 resid = 7.088931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212944(s) Flops=324495360 => 1523.853031783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219376.887508278 Mflops = 219.376887508278 Gflops = 0.219376887508278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007447787 Relative Rsd = 3.26351826221857e-07
BICGSTAB_SOLVER_TIME: 0.422962 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0681170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016669 s
InvBiCGStab: k = 87 resid = 1.919861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338877(s) Flops=573843456 => 1693.36796536797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243797.934448393 Mflops = 243.797934448393 Gflops = 0.243797934448393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023854 s
InvBiCGStab: k = 99 resid = 1.057356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363734(s) Flops=652584960 => 1794.12691692281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258309.614896901 Mflops = 258.309614896901 Gflops = 0.258309614896901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001277924 Relative Rsd = 5.59968800858379e-07
BICGSTAB_SOLVER_TIME: 0.746968 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140734
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020203 s
InvBiCGStab: k = 66 resid = 2.169988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242329(s) Flops=436045824 => 1799.39596168845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.422663549 Mflops = 259.050422663549 Gflops = 0.259050422663549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029045 s
InvBiCGStab: k = 94 resid = 1.13726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359107(s) Flops=619776000 => 1725.88114406013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248482.067026985 Mflops = 248.482067026985 Gflops = 0.248482067026985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001078607 Relative Rsd = 4.72630670294202e-07
BICGSTAB_SOLVER_TIME: 0.654633 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123181
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.0259 s
InvBiCGStab: k = 66 resid = 1.39881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242553(s) Flops=436045824 => 1797.73420242174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258816.571337808 Mflops = 258.816571337808 Gflops = 0.258816571337808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034147 s
InvBiCGStab: k = 86 resid = 8.226961e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316728(s) Flops=567281664 => 1791.06887929075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257865.386089212 Mflops = 257.865386089212 Gflops = 0.257865386089212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001177147 Relative Rsd = 5.15809896704467e-07
BICGSTAB_SOLVER_TIME: 0.623152 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11865
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028011 s
InvBiCGStab: k = 56 resid = 2.056691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206711(s) Flops=370427904 => 1792.00866910808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257988.189161156 Mflops = 257.988189161156 Gflops = 0.257988189161156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039249 s
InvBiCGStab: k = 85 resid = 1.051391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310834(s) Flops=560719872 => 1803.92065218091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.667824573 Mflops = 259.714667824573 Gflops = 0.259714667824573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00106348 Relative Rsd = 4.66002172211039e-07
BICGSTAB_SOLVER_TIME: 0.588692 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111728
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900554(s) Flops=1448312832 => 1608.24651492304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231567.109325243 Mflops = 231.567109325243 Gflops = 0.231567109325243 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160711000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.045134 s
InvBiCGStab: k = 26 resid = 1.635148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117594(s) Flops=173574144 => 1476.04592071024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212456.163278066 Mflops = 212.456163278066 Gflops = 0.212456163278066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.046626 s
InvBiCGStab: k = 44 resid = 1.148322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204615(s) Flops=291686400 => 1425.53771717616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205204.708632738 Mflops = 205.204708632738 Gflops = 0.205204708632738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007376505 Relative Rsd = 3.23228335051786e-07
BICGSTAB_SOLVER_TIME: 0.417807 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.041861 s
InvBiCGStab: k = 56 resid = 2.207388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234649(s) Flops=370427904 => 1578.64684699274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227281.142222587 Mflops = 227.281142222587 Gflops = 0.227281142222587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.066975 s
InvBiCGStab: k = 83 resid = 1.141383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371819(s) Flops=547596288 => 1472.74961204242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212034.227993651 Mflops = 212.034227993651 Gflops = 0.212034227993651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001031827 Relative Rsd = 4.52132526750196e-07
BICGSTAB_SOLVER_TIME: 0.719194 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112491
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04168 s
InvBiCGStab: k = 53 resid = 2.203861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24508(s) Flops=350742528 => 1431.13484576465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206037.150617052 Mflops = 206.037150617052 Gflops = 0.206037150617052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062428 s
InvBiCGStab: k = 67 resid = 1.105668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375219(s) Flops=442607616 => 1179.59809071502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  169861.996639598 Mflops = 169.861996639598 Gflops = 0.169861996639598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001028885 Relative Rsd = 4.50843463663398e-07
BICGSTAB_SOLVER_TIME: 0.728296 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999930000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041872 s
InvBiCGStab: k = 57 resid = 1.827761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210668(s) Flops=376989696 => 1789.49672470427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257628.276840575 Mflops = 257.628276840575 Gflops = 0.257628276840575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 77 resid = 8.622048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282808(s) Flops=508225536 => 1797.06916353144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258718.668159413 Mflops = 258.718668159413 Gflops = 0.258718668159413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001100976 Relative Rsd = 4.82432497878889e-07
BICGSTAB_SOLVER_TIME: 0.595582 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 54 resid = 1.381437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198846(s) Flops=357304320 => 1796.88965329954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258683.522707546 Mflops = 258.683522707546 Gflops = 0.258683522707546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 75 resid = 1.121621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27493(s) Flops=495101952 => 1800.82912741425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.138983146 Mflops = 259.258138983146 Gflops = 0.259258138983146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001008889 Relative Rsd = 4.42081354473453e-07
BICGSTAB_SOLVER_TIME: 0.575127 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106462
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903014(s) Flops=1448460288 => 1604.02860642249 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230999.692548863 Mflops = 230.999692548863 Gflops = 0.230999692548863 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160644000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041956 s
InvBiCGStab: k = 27 resid = 1.815447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099811(s) Flops=180135936 => 1804.77037601066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.193534275 Mflops = 259.732193534275 Gflops = 0.259732193534275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 54 resid = 7.077344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199535(s) Flops=357304320 => 1790.68494249129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257784.66022701 Mflops = 257.78466022701 Gflops = 0.25778466022701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000739963 Relative Rsd = 3.24241654944452e-07
BICGSTAB_SOLVER_TIME: 0.401857 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042106 s
InvBiCGStab: k = 54 resid = 2.265727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23094(s) Flops=357304320 => 1547.17381137958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222738.120395599 Mflops = 222.738120395599 Gflops = 0.222738120395599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082134 s
InvBiCGStab: k = 89 resid = 1.087308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409445(s) Flops=586967040 => 1433.56748769676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206407.676311155 Mflops = 206.407676311155 Gflops = 0.206407676311155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001074116 Relative Rsd = 4.70663050927999e-07
BICGSTAB_SOLVER_TIME: 0.769643 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054869 s
InvBiCGStab: k = 49 resid = 2.194156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221605(s) Flops=324495360 => 1464.29620270301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210816.400378025 Mflops = 210.816400378025 Gflops = 0.210816400378025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069394 s
InvBiCGStab: k = 76 resid = 5.491654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321094(s) Flops=501663744 => 1562.35788896709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224935.344463437 Mflops = 224.935344463437 Gflops = 0.224935344463437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001014819 Relative Rsd = 4.44679732251537e-07
BICGSTAB_SOLVER_TIME: 0.670943 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05021 s
InvBiCGStab: k = 58 resid = 2.258971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25318(s) Flops=383551488 => 1514.93596650604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218092.759534519 Mflops = 218.092759534519 Gflops = 0.218092759534519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057716 s
InvBiCGStab: k = 82 resid = 1.017199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303416(s) Flops=541034496 => 1783.14425079758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256714.192976339 Mflops = 256.714192976339 Gflops = 0.256714192976339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001097396 Relative Rsd = 4.80863840222295e-07
BICGSTAB_SOLVER_TIME: 0.66836 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043461 s
InvBiCGStab: k = 51 resid = 2.042672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188827(s) Flops=337618944 => 1787.98023587728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257404.904985915 Mflops = 257.404904985915 Gflops = 0.257404904985915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 64 resid = 1.083741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242159(s) Flops=422922240 => 1746.46509111782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251416.725506934 Mflops = 251.416725506934 Gflops = 0.251416725506934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0010031 Relative Rsd = 4.39544598706007e-07
BICGSTAB_SOLVER_TIME: 0.534315 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964330000000002
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925553(s) Flops=1448534016 => 1565.04707564018 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225344.888626046 Mflops = 225.344888626046 Gflops = 0.225344888626046 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160591000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.21589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688243(s) Flops=1223460864 => 1777.65827476633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255884.28716845 Mflops = 255.88428716845 Gflops = 0.25588428716845 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 5.23615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.08508(s) Flops=1617168384 => 1490.36788439562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214603.936678045 Mflops = 214.603936678045 Gflops = 0.214603936678045 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002113787 Relative Rsd = 9.30233488784969e-07
BICGSTAB_SOLVER_TIME: 1.778904 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.121381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308504999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.769367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798349(s) Flops=1144719360 => 1433.85832511846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206416.5806108 Mflops = 206.4165806108 Gflops = 0.2064165806108 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 7.3935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759802(s) Flops=1295640576 => 1705.23449003819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245537.476195845 Mflops = 245.537476195845 Gflops = 0.245537476195845 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.002005593 Relative Rsd = 8.82177049714721e-07
BICGSTAB_SOLVER_TIME: 1.561658 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.115257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001857
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265005999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927047(s) Flops=1448534016 => 1562.52489463857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225036.679671834 Mflops = 225.036679671834 Gflops = 0.225036679671834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160591000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040712 s
InvBiCGStab: k = 28 resid = 1.823305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103985(s) Flops=186697728 => 1795.42941770448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258435.244777944 Mflops = 258.435244777944 Gflops = 0.258435244777944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056131 s
InvBiCGStab: k = 52 resid = 9.105877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200398(s) Flops=344180736 => 1717.48588309265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247246.091410814 Mflops = 247.246091410814 Gflops = 0.247246091410814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007029672 Relative Rsd = 3.08030577125715e-07
BICGSTAB_SOLVER_TIME: 0.405009 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041647 s
InvBiCGStab: k = 90 resid = 1.080823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332891(s) Flops=593528832 => 1782.95247393291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256692.619785924 Mflops = 256.692619785924 Gflops = 0.256692619785924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058247 s
InvBiCGStab: k = 112 resid = 4.797313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421019(s) Flops=737888256 => 1752.62459888984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252337.885748644 Mflops = 252.337885748644 Gflops = 0.252337885748644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001288469 Relative Rsd = 5.64589533447547e-07
BICGSTAB_SOLVER_TIME: 0.857791 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158736999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04667 s
InvBiCGStab: k = 51 resid = 2.277638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222176(s) Flops=337618944 => 1519.60132507562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218774.10880438 Mflops = 218.77410880438 Gflops = 0.21877410880438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.085413 s
InvBiCGStab: k = 62 resid = 1.13599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273765(s) Flops=409798656 => 1496.89936989754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215507.288829713 Mflops = 215.507288829713 Gflops = 0.215507288829713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001001763 Relative Rsd = 4.38958934546945e-07
BICGSTAB_SOLVER_TIME: 0.631802 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0947480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051551 s
InvBiCGStab: k = 56 resid = 1.958061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266232(s) Flops=370427904 => 1391.372577301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200323.62063361 Mflops = 200.32362063361 Gflops = 0.20032362063361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067693 s
InvBiCGStab: k = 77 resid = 1.126776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356415(s) Flops=508225536 => 1425.93756155044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205300.835982352 Mflops = 205.300835982352 Gflops = 0.205300835982352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001060811 Relative Rsd = 4.64832986380038e-07
BICGSTAB_SOLVER_TIME: 0.745817 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042635 s
InvBiCGStab: k = 49 resid = 1.972388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229111(s) Flops=324495360 => 1416.32379065169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203907.937054919 Mflops = 203.907937054919 Gflops = 0.203907937054919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 78 resid = 9.5566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293198(s) Flops=514787328 => 1755.76684697713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252780.595131843 Mflops = 252.780595131843 Gflops = 0.252780595131843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001063408 Relative Rsd = 4.65970800078139e-07
BICGSTAB_SOLVER_TIME: 0.625172 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104923
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910999(s) Flops=1448607744 => 1590.13099245993 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228961.530086197 Mflops = 228.961530086197 Gflops = 0.228961530086197 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160593000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040565 s
InvBiCGStab: k = 29 resid = 1.892015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107357(s) Flops=193259520 => 1800.15760500014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259078.404744667 Mflops = 259.078404744666 Gflops = 0.259078404744666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 44 resid = 9.552044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163558(s) Flops=291686400 => 1783.38204184448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256702.970268533 Mflops = 256.702970268533 Gflops = 0.256702970268533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007063246 Relative Rsd = 3.09501751618126e-07
BICGSTAB_SOLVER_TIME: 0.371838 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040583 s
InvBiCGStab: k = 79 resid = 2.197292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288819(s) Flops=521349120 => 1805.10672774298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259895.856395251 Mflops = 259.895856395251 Gflops = 0.259895856395251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 104 resid = 1.019338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381083(s) Flops=685393920 => 1798.54236478667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258947.188085195 Mflops = 258.947188085195 Gflops = 0.258947188085195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001227335 Relative Rsd = 5.37801404786107e-07
BICGSTAB_SOLVER_TIME: 0.770544 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 53 resid = 2.05395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194056(s) Flops=350742528 => 1807.42944304737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260196.010606862 Mflops = 260.196010606862 Gflops = 0.260196010606862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055808 s
InvBiCGStab: k = 75 resid = 1.05259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318733(s) Flops=495101952 => 1553.3438708888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223637.099555312 Mflops = 223.637099555312 Gflops = 0.223637099555312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001057102 Relative Rsd = 4.6320770584943e-07
BICGSTAB_SOLVER_TIME: 0.613693 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042062 s
InvBiCGStab: k = 63 resid = 1.434838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273491(s) Flops=416360448 => 1522.39177157566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219142.848077562 Mflops = 219.142848077562 Gflops = 0.219142848077562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061604 s
InvBiCGStab: k = 84 resid = 9.247873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360223(s) Flops=554158080 => 1538.3750621143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221487.469172726 Mflops = 221.487469172726 Gflops = 0.221487469172726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001105076 Relative Rsd = 4.84229279402682e-07
BICGSTAB_SOLVER_TIME: 0.741241 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044213 s
InvBiCGStab: k = 53 resid = 1.214526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234693(s) Flops=350742528 => 1494.47375081489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215155.638703758 Mflops = 215.155638703758 Gflops = 0.215155638703758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093938 s
InvBiCGStab: k = 75 resid = 1.054521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317102(s) Flops=495101952 => 1561.33342583774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224790.292452572 Mflops = 224.790292452572 Gflops = 0.224790292452572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001044162 Relative Rsd = 4.57537409627067e-07
BICGSTAB_SOLVER_TIME: 0.693703 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105738
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908438(s) Flops=1448755200 => 1594.77608818654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229622.473258042 Mflops = 229.622473258042 Gflops = 0.229622473258042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160558000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041555 s
InvBiCGStab: k = 35 resid = 7.518305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128748(s) Flops=232630272 => 1806.86513188554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260079.510050346 Mflops = 260.079510050346 Gflops = 0.260079510050346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0556 s
InvBiCGStab: k = 59 resid = 1.147916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216417(s) Flops=390113280 => 1802.59998059302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259496.400495663 Mflops = 259.496400495663 Gflops = 0.259496400495663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007442475 Relative Rsd = 3.2611903479342e-07
BICGSTAB_SOLVER_TIME: 0.446215 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0814290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 49 resid = 2.115949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179929(s) Flops=324495360 => 1803.46336610552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.838324839 Mflops = 259.637838324839 Gflops = 0.259637838324839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 68 resid = 1.093306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249205(s) Flops=449169408 => 1802.4092935535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.591383525 Mflops = 259.473591383525 Gflops = 0.259473591383525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.00106737 Relative Rsd = 4.67706775776865e-07
BICGSTAB_SOLVER_TIME: 0.530268 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979690000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 53 resid = 1.913353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194424(s) Flops=350742528 => 1804.00839402543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259705.374304516 Mflops = 259.705374304516 Gflops = 0.259705374304516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 73 resid = 7.982802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27447(s) Flops=481978368 => 1756.0329653514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252811.038424286 Mflops = 252.811038424286 Gflops = 0.252811038424286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009702403 Relative Rsd = 4.25146013983312e-07
BICGSTAB_SOLVER_TIME: 0.570451 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048865 s
InvBiCGStab: k = 62 resid = 1.827839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27831(s) Flops=409798656 => 1472.45393985124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211994.319601954 Mflops = 211.994319601954 Gflops = 0.211994319601954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065688 s
InvBiCGStab: k = 78 resid = 8.694424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351753(s) Flops=514787328 => 1463.4909382436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210696.402574142 Mflops = 210.696402574142 Gflops = 0.210696402574142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001078149 Relative Rsd = 4.72430092690036e-07
BICGSTAB_SOLVER_TIME: 0.748985 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063333 s
InvBiCGStab: k = 55 resid = 1.596832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252497(s) Flops=363866112 => 1441.0710305469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207475.449212983 Mflops = 207.475449212983 Gflops = 0.207475449212983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062663 s
InvBiCGStab: k = 65 resid = 9.51713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301433(s) Flops=429484032 => 1424.80760898774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205131.407850851 Mflops = 205.131407850851 Gflops = 0.205131407850851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009892959 Relative Rsd = 4.33495898448113e-07
BICGSTAB_SOLVER_TIME: 0.683836 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997560000000002
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928307(s) Flops=1448681472 => 1560.56290860674 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224771.221235956 Mflops = 224.771221235956 Gflops = 0.224771221235956 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160671000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 29 resid = 2.207499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107171(s) Flops=193259520 => 1803.28185796531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.669550898 Mflops = 259.530669550898 Gflops = 0.259530669550898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 52 resid = 9.948194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190458(s) Flops=344180736 => 1807.12144409791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260136.480716378 Mflops = 260.136480716379 Gflops = 0.260136480716379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007156042 Relative Rsd = 3.1356793712314e-07
BICGSTAB_SOLVER_TIME: 0.398388 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04213 s
InvBiCGStab: k = 68 resid = 2.118423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249181(s) Flops=449169408 => 1802.5828935593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.043948955 Mflops = 259.523043948955 Gflops = 0.259523043948955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059094 s
InvBiCGStab: k = 84 resid = 1.125233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331649(s) Flops=554158080 => 1670.91738554918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240561.193236443 Mflops = 240.561193236443 Gflops = 0.240561193236443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001083353 Relative Rsd = 4.74710464164872e-07
BICGSTAB_SOLVER_TIME: 0.68627 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 51 resid = 1.708056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187753(s) Flops=337618944 => 1798.20798602419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.886840448 Mflops = 258.887886840448 Gflops = 0.258887886840448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056769 s
InvBiCGStab: k = 75 resid = 9.720222e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276735(s) Flops=495101952 => 1789.08324570437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257574.093927623 Mflops = 257.574093927623 Gflops = 0.257574093927623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001021313 Relative Rsd = 4.47525312234554e-07
BICGSTAB_SOLVER_TIME: 0.566509 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041939 s
InvBiCGStab: k = 58 resid = 2.077532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213051(s) Flops=383551488 => 1800.28015827196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.549650917 Mflops = 259.172549650917 Gflops = 0.259172549650917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057677 s
InvBiCGStab: k = 82 resid = 1.036305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324037(s) Flops=541034496 => 1669.6688834917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240376.297450349 Mflops = 240.376297450349 Gflops = 0.240376297450349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001035875 Relative Rsd = 4.53906149008401e-07
BICGSTAB_SOLVER_TIME: 0.640805 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046434 s
InvBiCGStab: k = 54 resid = 1.545605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238851(s) Flops=357304320 => 1495.92976374392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215321.303860038 Mflops = 215.321303860038 Gflops = 0.215321303860038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068864 s
InvBiCGStab: k = 65 resid = 1.021979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279826(s) Flops=429484032 => 1534.8253271676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220968.832799227 Mflops = 220.968832799227 Gflops = 0.220968832799227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001045492 Relative Rsd = 4.58120472194621e-07
BICGSTAB_SOLVER_TIME: 0.638078 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990780000000002
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062067(s) Flops=1454653440 => 1369.64376070436 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197227.527007241 Mflops = 197.227527007241 Gflops = 0.197227527007241 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161195000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.037616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.712147(s) Flops=1275955200 => 1791.70199411077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257962.228890764 Mflops = 257.962228890764 Gflops = 0.257962228890764 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 8.674275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908269(s) Flops=1630291968 => 1794.94397364657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258458.160632447 Mflops = 258.458160632447 Gflops = 0.258458160632447 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002164484 Relative Rsd = 9.52526611153143e-07
BICGSTAB_SOLVER_TIME: 1.623739 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315699999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.269902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.670839(s) Flops=1210337280 => 1804.21424514675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.50380082 Mflops = 259.78650380082 Gflops = 0.25978650380082 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.12739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818364(s) Flops=1348134912 => 1647.35363725677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237207.625434686 Mflops = 237.207625434686 Gflops = 0.237207625434686 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.002696703 Relative Rsd = 1.18616134020846e-06
BICGSTAB_SOLVER_TIME: 1.493129 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.12986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277666999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.09475(s) Flops=1454653440 => 1328.75399862982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191337.978332633 Mflops = 191.337978332633 Gflops = 0.191337978332633 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161151000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041814 s
InvBiCGStab: k = 28 resid = 1.941552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104451(s) Flops=186697728 => 1787.41924921734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257219.071346815 Mflops = 257.219071346815 Gflops = 0.257219071346815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 52 resid = 1.018014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192333(s) Flops=344180736 => 1789.50432843038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257606.465774832 Mflops = 257.606465774832 Gflops = 0.257606465774832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000752061 Relative Rsd = 3.2954283124216e-07
BICGSTAB_SOLVER_TIME: 0.39887 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040733 s
InvBiCGStab: k = 71 resid = 1.88533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259942(s) Flops=468854784 => 1803.68999238292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.983853597 Mflops = 259.655983853597 Gflops = 0.259655983853597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055876 s
InvBiCGStab: k = 105 resid = 7.42514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384035(s) Flops=691955712 => 1801.8037730936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.558014828 Mflops = 259.421558014828 Gflops = 0.259421558014828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001234383 Relative Rsd = 5.40889595930216e-07
BICGSTAB_SOLVER_TIME: 0.744425 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139903
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 51 resid = 1.73333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187207(s) Flops=337618944 => 1803.45256320544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.561059898 Mflops = 259.615561059898 Gflops = 0.259615561059898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056026 s
InvBiCGStab: k = 69 resid = 5.830842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252678(s) Flops=455731200 => 1803.60458765702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.157455559 Mflops = 259.637157455559 Gflops = 0.259637157455559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001014722 Relative Rsd = 4.44637239590228e-07
BICGSTAB_SOLVER_TIME: 0.541172 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100015
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 59 resid = 1.80041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216191(s) Flops=390113280 => 1804.48436798942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259781.795699309 Mflops = 259.781795699309 Gflops = 0.259781795699309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 88 resid = 9.413818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321978(s) Flops=580405248 => 1802.62393082757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.771186212 Mflops = 259.524771186212 Gflops = 0.259524771186212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001104588 Relative Rsd = 4.84015234736588e-07
BICGSTAB_SOLVER_TIME: 0.640034 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 54 resid = 1.756246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198043(s) Flops=357304320 => 1804.17545684523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259748.037915138 Mflops = 259.748037915138 Gflops = 0.259748037915138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 78 resid = 8.168259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299292(s) Flops=514787328 => 1720.01700012028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247622.579434862 Mflops = 247.622579434862 Gflops = 0.247622579434862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00102549 Relative Rsd = 4.49355761413166e-07
BICGSTAB_SOLVER_TIME: 0.59823 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108482
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.116905(s) Flops=1448165376 => 1296.58778141382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  186716.424714496 Mflops = 186.716424714496 Gflops = 0.186716424714496 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160330000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 29 resid = 2.14726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107593(s) Flops=193259520 => 1796.20904705696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258524.035942996 Mflops = 258.524035942996 Gflops = 0.258524035942996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056623 s
InvBiCGStab: k = 61 resid = 6.723731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224976(s) Flops=403236864 => 1792.35502453595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258030.690505726 Mflops = 258.030690505726 Gflops = 0.258030690505726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.000818419 Relative Rsd = 3.58620003350132e-07
BICGSTAB_SOLVER_TIME: 0.434303 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041529 s
InvBiCGStab: k = 74 resid = 1.374298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271007(s) Flops=488540160 => 1802.68465390193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.038022883 Mflops = 259.545038022883 Gflops = 0.259545038022883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 98 resid = 9.990215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358945(s) Flops=646023168 => 1799.78316455167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259131.546489378 Mflops = 259.131546489378 Gflops = 0.259131546489378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001235532 Relative Rsd = 5.41393029392962e-07
BICGSTAB_SOLVER_TIME: 0.731495 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 60 resid = 2.081911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21966(s) Flops=396675072 => 1805.85938268233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.15402739 Mflops = 259.98115402739 Gflops = 0.25998115402739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 70 resid = 1.068703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25625(s) Flops=462292992 => 1804.07021268293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259730.448246986 Mflops = 259.730448246986 Gflops = 0.259730448246986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001025276 Relative Rsd = 4.49262053107252e-07
BICGSTAB_SOLVER_TIME: 0.577504 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04128 s
InvBiCGStab: k = 66 resid = 2.170136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241764(s) Flops=436045824 => 1803.60113168214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.618001584 Mflops = 259.670618001584 Gflops = 0.259670618001584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 80 resid = 7.974786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293118(s) Flops=527910912 => 1801.01840214521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259279.079887627 Mflops = 259.279079887626 Gflops = 0.259279079887626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001061298 Relative Rsd = 4.65046265872159e-07
BICGSTAB_SOLVER_TIME: 0.636509 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118698
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040889 s
InvBiCGStab: k = 56 resid = 1.856944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205483(s) Flops=370427904 => 1802.7180058691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.828433632 Mflops = 259.532828433632 Gflops = 0.259532828433632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 83 resid = 6.703785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324175(s) Flops=547596288 => 1689.19962366006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243214.42303414 Mflops = 243.21442303414 Gflops = 0.24321442303414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001103184 Relative Rsd = 4.83400187896955e-07
BICGSTAB_SOLVER_TIME: 0.630727 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113431
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.09645(s) Flops=1435631616 => 1309.34526517397 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188610.258426613 Mflops = 188.610258426613 Gflops = 0.188610258426613 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159088000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04104 s
InvBiCGStab: k = 28 resid = 1.873227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104346(s) Flops=186697728 => 1789.21787131275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257533.876895627 Mflops = 257.533876895627 Gflops = 0.257533876895627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 44 resid = 1.024982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16244(s) Flops=291686400 => 1795.65624230485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258464.258018694 Mflops = 258.464258018694 Gflops = 0.258464258018694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007051019 Relative Rsd = 3.08966002307913e-07
BICGSTAB_SOLVER_TIME: 0.367942 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 48 resid = 2.030699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177294(s) Flops=317933568 => 1793.25621848455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258157.122467512 Mflops = 258.157122467512 Gflops = 0.258157122467512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 82 resid = 1.126861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299825(s) Flops=541034496 => 1804.50094555157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.442292451 Mflops = 259.80044229245 Gflops = 0.25980044229245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001048898 Relative Rsd = 4.59612765488692e-07
BICGSTAB_SOLVER_TIME: 0.578156 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041613 s
InvBiCGStab: k = 59 resid = 1.711249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216315(s) Flops=390113280 => 1803.44996879551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259644.473944568 Mflops = 259.644473944568 Gflops = 0.259644473944568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 70 resid = 1.130116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255767(s) Flops=462292992 => 1807.47708656707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.930388229 Mflops = 260.200930388229 Gflops = 0.260200930388229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001029988 Relative Rsd = 4.5132649248686e-07
BICGSTAB_SOLVER_TIME: 0.573958 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 52 resid = 2.184217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191503(s) Flops=344180736 => 1797.26028312872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258735.853521187 Mflops = 258.735853521187 Gflops = 0.258735853521187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058591 s
InvBiCGStab: k = 82 resid = 9.204745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322494(s) Flops=541034496 => 1677.65755641965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241544.572996555 Mflops = 241.544572996555 Gflops = 0.241544572996555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001048037 Relative Rsd = 4.59235483708321e-07
BICGSTAB_SOLVER_TIME: 0.617989 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041325 s
InvBiCGStab: k = 50 resid = 2.124878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184784(s) Flops=331057152 => 1791.5899212053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257916.688527109 Mflops = 257.916688527109 Gflops = 0.257916688527109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056905 s
InvBiCGStab: k = 80 resid = 8.470873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295568(s) Flops=527910912 => 1786.08953607968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257144.493978464 Mflops = 257.144493978464 Gflops = 0.257144493978464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001022211 Relative Rsd = 4.47918917726351e-07
BICGSTAB_SOLVER_TIME: 0.582439 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107051
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957704(s) Flops=1417125888 => 1479.71177733412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213054.510140286 Mflops = 213.054510140286 Gflops = 0.213054510140286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159101000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.568756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043919 s
InvBiCGStab: k = 28 resid = 2.218834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145813(s) Flops=186697728 => 1280.39151515983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184355.393194983 Mflops = 184.355393194983 Gflops = 0.184355393194983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 50 resid = 5.729176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18386(s) Flops=331057152 => 1800.59366909605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.084382533 Mflops = 259.209084382533 Gflops = 0.259209084382533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007458696 Relative Rsd = 3.26829830402895e-07
BICGSTAB_SOLVER_TIME: 0.433577 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 52 resid = 2.030356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191404(s) Flops=344180736 => 1798.18988108921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.489098438 Mflops = 258.858489098438 Gflops = 0.258858489098438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 80 resid = 9.63344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294115(s) Flops=527910912 => 1794.9132550193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258407.721749614 Mflops = 258.407721749614 Gflops = 0.258407721749614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001084031 Relative Rsd = 4.75007453689657e-07
BICGSTAB_SOLVER_TIME: 0.587157 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 50 resid = 1.949086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191641(s) Flops=331057152 => 1727.48603900001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248680.104785032 Mflops = 248.680104785032 Gflops = 0.248680104785032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059742 s
InvBiCGStab: k = 71 resid = 1.119573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275437(s) Flops=468854784 => 1702.22150255775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245062.577383581 Mflops = 245.062577383581 Gflops = 0.245062577383581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001025736 Relative Rsd = 4.49463497908589e-07
BICGSTAB_SOLVER_TIME: 0.571507 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100606
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 58 resid = 2.276904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21352(s) Flops=383551488 => 1796.32581491195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.035976585 Mflops = 258.605035976585 Gflops = 0.258605035976585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057027 s
InvBiCGStab: k = 90 resid = 1.119083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331483(s) Flops=593528832 => 1790.52570418392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257793.727389087 Mflops = 257.793727389087 Gflops = 0.257793727389087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001105421 Relative Rsd = 4.84380426768182e-07
BICGSTAB_SOLVER_TIME: 0.647489 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 63 resid = 1.85622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230703(s) Flops=416360448 => 1804.74657026567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259821.212557045 Mflops = 259.821212557045 Gflops = 0.259821212557045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 81 resid = 9.106408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296156(s) Flops=534472704 => 1804.69990140331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.719228268 Mflops = 259.824719228268 Gflops = 0.259824719228268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001034776 Relative Rsd = 4.53424752556082e-07
BICGSTAB_SOLVER_TIME: 0.628124 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117054
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.88694(s) Flops=1423466496 => 1604.91859201299 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231095.143377878 Mflops = 231.095143377878 Gflops = 0.231095143377878 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158052000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.513527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.07495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817887(s) Flops=1321887744 => 1616.22295500479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232680.166411444 Mflops = 232.680166411444 Gflops = 0.232680166411444 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 9.184012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.102696(s) Flops=1558112256 => 1413.00254648607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203464.545290114 Mflops = 203.464545290114 Gflops = 0.203464545290114 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002943384 Relative Rsd = 1.29529134954193e-06
BICGSTAB_SOLVER_TIME: 1.923936 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.116708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312991999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 1.94697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.646234(s) Flops=1125033984 => 1740.90806735641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250723.320712416 Mflops = 250.723320712416 Gflops = 0.250723320712416 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 6.623898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.725251(s) Flops=1302202368 => 1795.51957598128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258539.992704913 Mflops = 258.539992704913 Gflops = 0.258539992704913 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.002000783 Relative Rsd = 8.80048124596879e-07
BICGSTAB_SOLVER_TIME: 1.374958 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263614999999997
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912532(s) Flops=1423466496 => 1559.90857964433 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224618.536972996 Mflops = 224.618536972996 Gflops = 0.224618536972996 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157681000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040661 s
InvBiCGStab: k = 31 resid = 1.622953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114256(s) Flops=206383104 => 1806.32180366895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.230619625 Mflops = 259.977230619625 Gflops = 0.259977230619625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 43 resid = 1.119541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15816(s) Flops=285124608 => 1802.76054628225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.515339446 Mflops = 259.502515339446 Gflops = 0.259502515339446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007311878 Relative Rsd = 3.20396451682889e-07
BICGSTAB_SOLVER_TIME: 0.373051 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 85 resid = 1.542475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310612(s) Flops=560719872 => 1805.20994681468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259907.331095113 Mflops = 259.907331095113 Gflops = 0.259907331095113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056098 s
InvBiCGStab: k = 109 resid = 9.614299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398682(s) Flops=718202880 => 1801.44295453519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259365.702566572 Mflops = 259.365702566572 Gflops = 0.259365702566572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001287532 Relative Rsd = 5.64178890081947e-07
BICGSTAB_SOLVER_TIME: 0.810632 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152947999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 46 resid = 2.245981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169508(s) Flops=304809984 => 1798.20412015952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.085221448 Mflops = 258.863085221448 Gflops = 0.258863085221448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057904 s
InvBiCGStab: k = 70 resid = 1.151885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276725(s) Flops=462292992 => 1670.58629325142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240510.950516374 Mflops = 240.510950516374 Gflops = 0.240510950516374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001025079 Relative Rsd = 4.49175741483079e-07
BICGSTAB_SOLVER_TIME: 0.549389 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 59 resid = 1.865625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217496(s) Flops=390113280 => 1793.6572626623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258221.026114689 Mflops = 258.221026114689 Gflops = 0.258221026114689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056573 s
InvBiCGStab: k = 83 resid = 7.543812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304838(s) Flops=547596288 => 1796.35179341158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258616.845204306 Mflops = 258.616845204306 Gflops = 0.258616845204306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001136928 Relative Rsd = 4.9818605267327e-07
BICGSTAB_SOLVER_TIME: 0.623882 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 63 resid = 1.824404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230333(s) Flops=416360448 => 1807.64566084756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260246.647694072 Mflops = 260.246647694072 Gflops = 0.260246647694072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056094 s
InvBiCGStab: k = 89 resid = 7.652096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32471(s) Flops=586967040 => 1807.66542453266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260256.972117615 Mflops = 260.256972117615 Gflops = 0.260256972117615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001055547 Relative Rsd = 4.62526088874132e-07
BICGSTAB_SOLVER_TIME: 0.656669 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122967
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916932(s) Flops=1436000256 => 1566.09242124825 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225499.028179382 Mflops = 225.499028179382 Gflops = 0.225499028179382 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159292000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.509982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051754 s
InvBiCGStab: k = 33 resid = 1.719559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133228(s) Flops=219506688 => 1647.60176539466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237188.487393863 Mflops = 237.188487393863 Gflops = 0.237188487393863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 52 resid = 9.202806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19228(s) Flops=344180736 => 1789.99758685251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257666.8072791 Mflops = 257.6668072791 Gflops = 0.2576668072791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007683735 Relative Rsd = 3.36690754924109e-07
BICGSTAB_SOLVER_TIME: 0.437393 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044385 s
InvBiCGStab: k = 78 resid = 2.07924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304878(s) Flops=514787328 => 1688.50270600043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243087.59685517 Mflops = 243.08759685517 Gflops = 0.24308759685517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057249 s
InvBiCGStab: k = 101 resid = 7.84782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374593(s) Flops=665708544 => 1777.15158585451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255861.574636334 Mflops = 255.861574636334 Gflops = 0.255861574636334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001258974 Relative Rsd = 5.51665132901558e-07
BICGSTAB_SOLVER_TIME: 0.785025 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 62 resid = 1.137742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228371(s) Flops=409798656 => 1794.44262187406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258327.256245065 Mflops = 258.327256245065 Gflops = 0.258327256245065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057241 s
InvBiCGStab: k = 68 resid = 9.115686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250912(s) Flops=449169408 => 1790.14717510522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257717.640093412 Mflops = 257.717640093412 Gflops = 0.257717640093412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00102254 Relative Rsd = 4.480629744797e-07
BICGSTAB_SOLVER_TIME: 0.581832 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 59 resid = 1.869803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216569(s) Flops=390113280 => 1801.33481707908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.635684312 Mflops = 259.320635684312 Gflops = 0.259320635684313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 88 resid = 8.867068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322265(s) Flops=580405248 => 1801.01856546631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259291.693379072 Mflops = 259.291693379072 Gflops = 0.259291693379072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001111003 Relative Rsd = 4.8682612683282e-07
BICGSTAB_SOLVER_TIME: 0.640333 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 61 resid = 1.893434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22391(s) Flops=403236864 => 1800.88814255728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259256.644068759 Mflops = 259.256644068759 Gflops = 0.259256644068759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 76 resid = 7.249759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277898(s) Flops=501663744 => 1805.20818429784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.912958113 Mflops = 259.879912958113 Gflops = 0.259879912958113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001088928 Relative Rsd = 4.77153205556814e-07
BICGSTAB_SOLVER_TIME: 0.602766 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112103
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902641(s) Flops=1448607744 => 1604.85480273996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231079.00259559 Mflops = 231.07900259559 Gflops = 0.23107900259559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160882000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044707 s
InvBiCGStab: k = 33 resid = 1.821256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128471(s) Flops=219506688 => 1708.6088533599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245921.101079838 Mflops = 245.921101079838 Gflops = 0.245921101079838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 52 resid = 9.203965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21223(s) Flops=344180736 => 1621.73460867926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233474.976765003 Mflops = 233.474976765003 Gflops = 0.233474976765003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007772027 Relative Rsd = 3.40559576555644e-07
BICGSTAB_SOLVER_TIME: 0.446143 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042932 s
InvBiCGStab: k = 53 resid = 2.007129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25304(s) Flops=350742528 => 1386.11495415745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199566.366686489 Mflops = 199.566366686489 Gflops = 0.199566366686489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076886 s
InvBiCGStab: k = 89 resid = 5.900815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404523(s) Flops=586967040 => 1451.0103010212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208914.084313438 Mflops = 208.914084313438 Gflops = 0.208914084313438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001044183 Relative Rsd = 4.57546591714745e-07
BICGSTAB_SOLVER_TIME: 0.782048 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05307 s
InvBiCGStab: k = 55 resid = 2.170736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241463(s) Flops=363866112 => 1506.92284946348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216940.862759415 Mflops = 216.940862759415 Gflops = 0.216940862759414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075853 s
InvBiCGStab: k = 75 resid = 5.550893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3272(s) Flops=495101952 => 1513.14777506112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217846.960962145 Mflops = 217.846960962145 Gflops = 0.217846960962145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001029177 Relative Rsd = 4.50971145693721e-07
BICGSTAB_SOLVER_TIME: 0.701417 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 75 resid = 8.562104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275196(s) Flops=495101952 => 1799.08847512318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259030.952868201 Mflops = 259.030952868201 Gflops = 0.259030952868201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 89 resid = 1.050713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327202(s) Flops=586967040 => 1793.89808130757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258278.665726863 Mflops = 258.278665726863 Gflops = 0.258278665726863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001128313 Relative Rsd = 4.94411347440435e-07
BICGSTAB_SOLVER_TIME: 0.703775 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041745 s
InvBiCGStab: k = 62 resid = 1.82971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228686(s) Flops=409798656 => 1791.97089458909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257978.121327331 Mflops = 257.978121327331 Gflops = 0.257978121327331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05624 s
InvBiCGStab: k = 69 resid = 1.105875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252672(s) Flops=455731200 => 1803.64741641337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.539339704 Mflops = 259.663539339704 Gflops = 0.259663539339703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001055597 Relative Rsd = 4.62548278919354e-07
BICGSTAB_SOLVER_TIME: 0.583238 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107756
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903407(s) Flops=1454579712 => 1610.10453981428 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231845.583162286 Mflops = 231.845583162286 Gflops = 0.231845583162286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161530000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 24 resid = 2.094583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089813(s) Flops=160450560 => 1786.49594156748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257080.274733823 Mflops = 257.080274733823 Gflops = 0.257080274733823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 50 resid = 1.102302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184144(s) Flops=331057152 => 1797.81666521852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.314985003 Mflops = 258.791314985003 Gflops = 0.258791314985003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007665306 Relative Rsd = 3.35883215818626e-07
BICGSTAB_SOLVER_TIME: 0.375627 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041565 s
InvBiCGStab: k = 71 resid = 9.489405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26034(s) Flops=468854784 => 1800.93256510717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259292.41009437 Mflops = 259.29241009437 Gflops = 0.25929241009437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 83 resid = 6.546091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303167(s) Flops=547596288 => 1806.25294969439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260041.895288926 Mflops = 260.041895288926 Gflops = 0.260041895288926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001116066 Relative Rsd = 4.89044825285419e-07
BICGSTAB_SOLVER_TIME: 0.665467 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041221 s
InvBiCGStab: k = 49 resid = 2.068206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179886(s) Flops=324495360 => 1803.89446649545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.612587658 Mflops = 259.697612587658 Gflops = 0.259697612587658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055804 s
InvBiCGStab: k = 76 resid = 1.119809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278403(s) Flops=501663744 => 1801.93368605942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.062880079 Mflops = 259.415062880079 Gflops = 0.259415062880079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001044333 Relative Rsd = 4.57612345664839e-07
BICGSTAB_SOLVER_TIME: 0.559117 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 63 resid = 1.357102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276374(s) Flops=416360448 => 1506.51091636695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216805.775591927 Mflops = 216.805775591927 Gflops = 0.216805775591927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068244 s
InvBiCGStab: k = 81 resid = 8.862139e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363563(s) Flops=534472704 => 1470.09652797452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211651.180234026 Mflops = 211.651180234026 Gflops = 0.211651180234026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001096291 Relative Rsd = 4.80379689143673e-07
BICGSTAB_SOLVER_TIME: 0.753918 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04683 s
InvBiCGStab: k = 50 resid = 2.157909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234931(s) Flops=331057152 => 1409.16759388927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202867.734927743 Mflops = 202.867734927743 Gflops = 0.202867734927743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05913 s
InvBiCGStab: k = 82 resid = 4.66561e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370148(s) Flops=541034496 => 1461.67072630407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210439.642737439 Mflops = 210.439642737439 Gflops = 0.210439642737439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001019587 Relative Rsd = 4.46769218325867e-07
BICGSTAB_SOLVER_TIME: 0.71494 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108387
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957889(s) Flops=1448607744 => 1512.29186680294 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217751.446726941 Mflops = 217.751446726941 Gflops = 0.217751446726941 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160902000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02148
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.943807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.731134(s) Flops=1321887744 => 1807.99654235749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260260.464518731 Mflops = 260.260464518731 Gflops = 0.260260464518731 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.082824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832162(s) Flops=1499056128 => 1801.39940059748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259388.077957815 Mflops = 259.388077957815 Gflops = 0.259388077957815 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002943404 Relative Rsd = 1.29532767915739e-06
BICGSTAB_SOLVER_TIME: 1.566695 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306226999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.193326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671205(s) Flops=1210337280 => 1803.23042885557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.704519682 Mflops = 259.665704519682 Gflops = 0.259665704519682 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 9.985936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779978(s) Flops=1387505664 => 1778.90358958842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256146.561134277 Mflops = 256.146561134277 Gflops = 0.256146561134277 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001978166 Relative Rsd = 8.70093533262758e-07
BICGSTAB_SOLVER_TIME: 1.454612 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.121411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282121999999997
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944912(s) Flops=1448607744 => 1533.06100885585 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220749.214483832 Mflops = 220.749214483832 Gflops = 0.220749214483832 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160733000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.538657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041583 s
InvBiCGStab: k = 25 resid = 1.917716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115098(s) Flops=167012352 => 1451.04477923161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208852.185361929 Mflops = 208.852185361929 Gflops = 0.208852185361929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072754 s
InvBiCGStab: k = 47 resid = 9.747006e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173311(s) Flops=311371776 => 1796.60711668619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258612.122427681 Mflops = 258.612122427681 Gflops = 0.258612122427681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007031591 Relative Rsd = 3.08114669745366e-07
BICGSTAB_SOLVER_TIME: 0.406588 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656250000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 82 resid = 2.222706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300885(s) Flops=541034496 => 1798.14379580238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258878.239299 Mflops = 258.878239299 Gflops = 0.258878239299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 96 resid = 1.088615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352548(s) Flops=632899584 => 1795.21535790871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258456.308463499 Mflops = 258.456308463499 Gflops = 0.258456308463499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001259411 Relative Rsd = 5.51856528418046e-07
BICGSTAB_SOLVER_TIME: 0.75482 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 47 resid = 1.723239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172691(s) Flops=311371776 => 1803.05734520039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259554.649610014 Mflops = 259.554649610014 Gflops = 0.259554649610014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 75 resid = 9.170012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274288(s) Flops=495101952 => 1805.04415796535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.104498966 Mflops = 259.845104498966 Gflops = 0.259845104498966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00103453 Relative Rsd = 4.53316812014267e-07
BICGSTAB_SOLVER_TIME: 0.548371 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 64 resid = 2.221874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236066(s) Flops=422922240 => 1791.54236527073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257928.433802203 Mflops = 257.928433802203 Gflops = 0.257928433802203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 76 resid = 1.089498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297201(s) Flops=501663744 => 1687.96115760041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243016.777905393 Mflops = 243.016777905393 Gflops = 0.243016777905393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001125771 Relative Rsd = 4.93297509193493e-07
BICGSTAB_SOLVER_TIME: 0.634957 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 62 resid = 1.550842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22847(s) Flops=409798656 => 1793.66505886987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258239.118767705 Mflops = 258.239118767705 Gflops = 0.258239118767705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057583 s
InvBiCGStab: k = 79 resid = 7.076998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29015(s) Flops=521349120 => 1796.82619334827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258671.218055702 Mflops = 258.671218055702 Gflops = 0.258671218055702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001081589 Relative Rsd = 4.73937485417177e-07
BICGSTAB_SOLVER_TIME: 0.621357 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114923
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910575(s) Flops=1461215232 => 1604.71705460835 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231063.664615196 Mflops = 231.063664615196 Gflops = 0.231063664615196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162357000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04166 s
InvBiCGStab: k = 29 resid = 1.570401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107099(s) Flops=193259520 => 1804.49415960933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.959222207 Mflops = 259.732959222207 Gflops = 0.259732959222207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056005 s
InvBiCGStab: k = 49 resid = 8.840693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180245(s) Flops=324495360 => 1800.30158950318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259155.004980797 Mflops = 259.155004980797 Gflops = 0.259155004980797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007479751 Relative Rsd = 3.27752451673942e-07
BICGSTAB_SOLVER_TIME: 0.388823 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053924 s
InvBiCGStab: k = 78 resid = 2.019001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338373(s) Flops=514787328 => 1521.36053408517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219048.660536368 Mflops = 219.048660536368 Gflops = 0.219048660536368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062558 s
InvBiCGStab: k = 105 resid = 5.951189e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486722(s) Flops=691955712 => 1421.66516409778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204690.765790175 Mflops = 204.690765790175 Gflops = 0.204690765790175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001320774 Relative Rsd = 5.78744894869971e-07
BICGSTAB_SOLVER_TIME: 0.945582 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048451 s
InvBiCGStab: k = 49 resid = 2.202413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232034(s) Flops=324495360 => 1398.48194661127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201336.328180403 Mflops = 201.336328180403 Gflops = 0.201336328180403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058839 s
InvBiCGStab: k = 72 resid = 1.083295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363765(s) Flops=475416576 => 1306.93325636056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188167.733061362 Mflops = 188.167733061362 Gflops = 0.188167733061362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001001462 Relative Rsd = 4.38826712484381e-07
BICGSTAB_SOLVER_TIME: 0.707017 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042501 s
InvBiCGStab: k = 62 resid = 2.115183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229393(s) Flops=409798656 => 1786.44795612769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257189.270597323 Mflops = 257.189270597323 Gflops = 0.257189270597323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057589 s
InvBiCGStab: k = 79 resid = 1.043764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291657(s) Flops=521349120 => 1787.54194139006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257346.82347374 Mflops = 257.34682347374 Gflops = 0.25734682347374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001089839 Relative Rsd = 4.77552575359209e-07
BICGSTAB_SOLVER_TIME: 0.625142 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 58 resid = 2.138223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213658(s) Flops=383551488 => 1795.16558237932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258442.699962773 Mflops = 258.442699962773 Gflops = 0.258442699962773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 79 resid = 6.433077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290163(s) Flops=521349120 => 1796.74569121494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258672.66008192 Mflops = 258.67266008192 Gflops = 0.25867266008192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001087236 Relative Rsd = 4.76412109058001e-07
BICGSTAB_SOLVER_TIME: 0.604786 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112094
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920359(s) Flops=1480163328 => 1608.24561719938 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231562.570624061 Mflops = 231.562570624061 Gflops = 0.231562570624061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164480000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 25 resid = 2.25375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09291(s) Flops=167012352 => 1797.57132709073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258696.51318575 Mflops = 258.69651318575 Gflops = 0.25869651318575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0559 s
InvBiCGStab: k = 55 resid = 8.496989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201951(s) Flops=363866112 => 1801.75444538527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.177321855 Mflops = 259.363177321855 Gflops = 0.259363177321855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007558052 Relative Rsd = 3.31183491769628e-07
BICGSTAB_SOLVER_TIME: 0.395435 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041192 s
InvBiCGStab: k = 49 resid = 2.249295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192811(s) Flops=324495360 => 1682.97119977595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242303.362784119 Mflops = 242.303362784119 Gflops = 0.242303362784119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06065 s
InvBiCGStab: k = 72 resid = 6.505832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282715(s) Flops=475416576 => 1681.61072458129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242106.925936672 Mflops = 242.106925936672 Gflops = 0.242106925936672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001043985 Relative Rsd = 4.57459820986187e-07
BICGSTAB_SOLVER_TIME: 0.581272 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 70 resid = 1.542247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258923(s) Flops=462292992 => 1785.44583524832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257047.461717537 Mflops = 257.047461717537 Gflops = 0.257047461717537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056917 s
InvBiCGStab: k = 72 resid = 1.023359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26594(s) Flops=475416576 => 1787.68359780402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257366.349720948 Mflops = 257.366349720948 Gflops = 0.257366349720948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00105184 Relative Rsd = 4.60901675540694e-07
BICGSTAB_SOLVER_TIME: 0.62694 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041547 s
InvBiCGStab: k = 65 resid = 1.766383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264095(s) Flops=429484032 => 1626.24825157614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234139.335430074 Mflops = 234.139335430074 Gflops = 0.234139335430074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068684 s
InvBiCGStab: k = 88 resid = 7.114029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386647(s) Flops=580405248 => 1501.12440546545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215946.551902216 Mflops = 215.946551902216 Gflops = 0.215946551902216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001105251 Relative Rsd = 4.8430605185799e-07
BICGSTAB_SOLVER_TIME: 0.765231 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043412 s
InvBiCGStab: k = 58 resid = 2.03265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256927(s) Flops=383551488 => 1492.84227815683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214921.903411258 Mflops = 214.921903411258 Gflops = 0.214921903411258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063162 s
InvBiCGStab: k = 88 resid = 1.106979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396949(s) Flops=580405248 => 1462.16578955987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210518.823134658 Mflops = 210.518823134658 Gflops = 0.210518823134658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001055039 Relative Rsd = 4.62303780329128e-07
BICGSTAB_SOLVER_TIME: 0.764564 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118406
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963747(s) Flops=1492844544 => 1549.00045758897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223043.728135956 Mflops = 223.043728135956 Gflops = 0.223043728135956 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165842000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044601 s
InvBiCGStab: k = 30 resid = 1.940109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113932(s) Flops=199821312 => 1753.86469121932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252409.374585744 Mflops = 252.409374585744 Gflops = 0.252409374585744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056658 s
InvBiCGStab: k = 54 resid = 1.112368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206098(s) Flops=357304320 => 1733.66223835263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249575.52938457 Mflops = 249.57552938457 Gflops = 0.24957552938457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0006966606 Relative Rsd = 3.05267125815818e-07
BICGSTAB_SOLVER_TIME: 0.425591 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 59 resid = 2.244827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21771(s) Flops=390113280 => 1791.8941711451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257985.895869096 Mflops = 257.985895869096 Gflops = 0.257985895869096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057655 s
InvBiCGStab: k = 88 resid = 9.158058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334034(s) Flops=580405248 => 1737.56338576313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250163.344974777 Mflops = 250.163344974777 Gflops = 0.250163344974777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001167332 Relative Rsd = 5.11509057847682e-07
BICGSTAB_SOLVER_TIME: 0.654181 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040782 s
InvBiCGStab: k = 49 resid = 1.770584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185796(s) Flops=324495360 => 1746.51424142608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251423.802275024 Mflops = 251.423802275024 Gflops = 0.251423802275024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 71 resid = 1.119798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266821(s) Flops=468854784 => 1757.18846717462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252978.397042696 Mflops = 252.978397042696 Gflops = 0.252978397042696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001000895 Relative Rsd = 4.38578592070682e-07
BICGSTAB_SOLVER_TIME: 0.553851 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042807 s
InvBiCGStab: k = 69 resid = 1.45078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254243(s) Flops=455731200 => 1792.50244844499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258074.667475268 Mflops = 258.074667475268 Gflops = 0.258074667475268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 85 resid = 1.006962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332365(s) Flops=560719872 => 1687.06052683044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242889.341441159 Mflops = 242.889341441159 Gflops = 0.242889341441159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001141074 Relative Rsd = 5.00003085801553e-07
BICGSTAB_SOLVER_TIME: 0.689257 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042466 s
InvBiCGStab: k = 60 resid = 2.19176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223866(s) Flops=396675072 => 1771.93085149152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255087.74411235 Mflops = 255.08774411235 Gflops = 0.25508774411235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056898 s
InvBiCGStab: k = 78 resid = 1.005933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293456(s) Flops=514787328 => 1754.22321574614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252548.534913667 Mflops = 252.548534913667 Gflops = 0.252548534913667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001067742 Relative Rsd = 4.67869910867944e-07
BICGSTAB_SOLVER_TIME: 0.621816 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112765
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.043262(s) Flops=1511571456 => 1448.88959436843 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208628.897839074 Mflops = 208.628897839074 Gflops = 0.208628897839074 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167830000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.568075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.148934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768021(s) Flops=1348134912 => 1755.33600253118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252692.803322019 Mflops = 252.692803322019 Gflops = 0.252692803322019 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 1.150124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973219(s) Flops=1722157056 => 1769.54730230298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254803.648022178 Mflops = 254.803648022178 Gflops = 0.254803648022178 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002362455 Relative Rsd = 1.03968722328444e-06
BICGSTAB_SOLVER_TIME: 1.744702 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333102999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.159715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685376(s) Flops=1216899072 => 1775.52040339901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255589.946282453 Mflops = 255.589946282453 Gflops = 0.255589946282453 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.14862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843924(s) Flops=1492494336 => 1768.51746839763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254662.997268601 Mflops = 254.662997268601 Gflops = 0.254662997268601 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.001974222 Relative Rsd = 8.68349669403244e-07
BICGSTAB_SOLVER_TIME: 1.532821 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.118457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294194999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962889(s) Flops=1511571456 => 1569.82939466543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226033.086561875 Mflops = 226.033086561875 Gflops = 0.226033086561875 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167985000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043601 s
InvBiCGStab: k = 31 resid = 2.006254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140168(s) Flops=206383104 => 1472.39815079048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211952.605377968 Mflops = 211.952605377968 Gflops = 0.211952605377968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06529 s
InvBiCGStab: k = 50 resid = 8.014263e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242997(s) Flops=331057152 => 1362.39193076458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196136.490913495 Mflops = 196.136490913495 Gflops = 0.196136490913495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007293848 Relative Rsd = 3.19606435061392e-07
BICGSTAB_SOLVER_TIME: 0.498367 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04807 s
InvBiCGStab: k = 78 resid = 1.988098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350902(s) Flops=514787328 => 1467.04016506033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211217.697444027 Mflops = 211.217697444027 Gflops = 0.211217697444027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067571 s
InvBiCGStab: k = 100 resid = 1.124735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.494104(s) Flops=659146752 => 1334.0243187669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192074.061605199 Mflops = 192.074061605199 Gflops = 0.192074061605199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001305539 Relative Rsd = 5.72069109035266e-07
BICGSTAB_SOLVER_TIME: 0.9703 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042319 s
InvBiCGStab: k = 58 resid = 2.099397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2176(s) Flops=383551488 => 1762.64470588235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253762.819898095 Mflops = 253.762819898095 Gflops = 0.253762819898095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057415 s
InvBiCGStab: k = 78 resid = 8.33015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30273(s) Flops=514787328 => 1700.48336141116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244807.825440158 Mflops = 244.807825440158 Gflops = 0.244807825440158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001055952 Relative Rsd = 4.62703762270702e-07
BICGSTAB_SOLVER_TIME: 0.624893 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041857 s
InvBiCGStab: k = 74 resid = 9.859677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274238(s) Flops=488540160 => 1781.44589735923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256477.518248313 Mflops = 256.477518248313 Gflops = 0.256477518248313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060488 s
InvBiCGStab: k = 89 resid = 9.198545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332363(s) Flops=586967040 => 1766.04206846129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254262.170248581 Mflops = 254.262170248581 Gflops = 0.254262170248581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001158893 Relative Rsd = 5.07810870012163e-07
BICGSTAB_SOLVER_TIME: 0.713007 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042151 s
InvBiCGStab: k = 64 resid = 2.010249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243772(s) Flops=422922240 => 1734.90901334033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249795.459484572 Mflops = 249.795459484572 Gflops = 0.249795459484572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059571 s
InvBiCGStab: k = 82 resid = 1.102828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306378(s) Flops=541034496 => 1765.90517595911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254233.970620426 Mflops = 254.233970620426 Gflops = 0.254233970620426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001102737 Relative Rsd = 4.83204303359824e-07
BICGSTAB_SOLVER_TIME: 0.655684 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118454
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961277(s) Flops=1524326400 => 1585.73064787777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228334.124774119 Mflops = 228.334124774119 Gflops = 0.228334124774119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169386000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 23 resid = 2.152054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085428(s) Flops=153888768 => 1801.38558786346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259254.952328233 Mflops = 259.254952328233 Gflops = 0.259254952328233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057068 s
InvBiCGStab: k = 47 resid = 8.20147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172535(s) Flops=311371776 => 1804.68760541339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.456270157 Mflops = 259.769456270157 Gflops = 0.259769456270157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0008046192 Relative Rsd = 3.52573114003974e-07
BICGSTAB_SOLVER_TIME: 0.360094 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04072 s
InvBiCGStab: k = 77 resid = 2.230036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282085(s) Flops=508225536 => 1801.67515465197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259397.044696985 Mflops = 259.397044696985 Gflops = 0.259397044696985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 114 resid = 8.837789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416723(s) Flops=751011840 => 1802.18476062036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259472.762623364 Mflops = 259.472762623364 Gflops = 0.259472762623364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001280462 Relative Rsd = 5.61080904710982e-07
BICGSTAB_SOLVER_TIME: 0.799811 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048255 s
InvBiCGStab: k = 68 resid = 1.96645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288183(s) Flops=449169408 => 1558.62562330186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224403.431535864 Mflops = 224.403431535864 Gflops = 0.224403431535864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061091 s
InvBiCGStab: k = 81 resid = 1.083049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387646(s) Flops=534472704 => 1378.76491438065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198514.696883132 Mflops = 198.514696883132 Gflops = 0.198514696883132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001054213 Relative Rsd = 4.6194154697023e-07
BICGSTAB_SOLVER_TIME: 0.789561 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052442 s
InvBiCGStab: k = 68 resid = 1.537584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310157(s) Flops=449169408 => 1448.20013090145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208489.596466443 Mflops = 208.489596466443 Gflops = 0.208489596466443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064809 s
InvBiCGStab: k = 83 resid = 9.138961e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369622(s) Flops=547596288 => 1481.50350357933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213300.196848239 Mflops = 213.300196848239 Gflops = 0.213300196848239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001126674 Relative Rsd = 4.93693053126023e-07
BICGSTAB_SOLVER_TIME: 0.808972 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 68 resid = 1.832794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250292(s) Flops=449169408 => 1794.58156073706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258350.996223374 Mflops = 258.350996223374 Gflops = 0.258350996223374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056667 s
InvBiCGStab: k = 83 resid = 6.876604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305072(s) Flops=547596288 => 1794.97393402213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258424.097506311 Mflops = 258.424097506311 Gflops = 0.258424097506311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001158279 Relative Rsd = 5.07541885854796e-07
BICGSTAB_SOLVER_TIME: 0.656997 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122008
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96538(s) Flops=1543127040 => 1598.46593051441 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230154.41720933 Mflops = 230.15441720933 Gflops = 0.23015441720933 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171543000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 29 resid = 2.048353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107802(s) Flops=193259520 => 1792.72666555351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258036.567040944 Mflops = 258.036567040944 Gflops = 0.258036567040944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 50 resid = 1.032811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183514(s) Flops=331057152 => 1803.98853493466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259675.563563542 Mflops = 259.675563563542 Gflops = 0.259675563563542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007209828 Relative Rsd = 3.15924800489493e-07
BICGSTAB_SOLVER_TIME: 0.392537 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042052 s
InvBiCGStab: k = 49 resid = 1.895806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179943(s) Flops=324495360 => 1803.32305229989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259586.583969114 Mflops = 259.586583969114 Gflops = 0.259586583969114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055991 s
InvBiCGStab: k = 85 resid = 1.042781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311288(s) Flops=560719872 => 1801.28971242065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259336.461195461 Mflops = 259.336461195461 Gflops = 0.259336461195461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001120792 Relative Rsd = 4.91115794149598e-07
BICGSTAB_SOLVER_TIME: 0.593054 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041551 s
InvBiCGStab: k = 67 resid = 1.958148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254358(s) Flops=442607616 => 1740.09709150096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250525.370780258 Mflops = 250.525370780258 Gflops = 0.250525370780258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 77 resid = 1.049092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282293(s) Flops=508225536 => 1800.34763880082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259194.536000971 Mflops = 259.194536000971 Gflops = 0.259194536000971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001057769 Relative Rsd = 4.6349974724919e-07
BICGSTAB_SOLVER_TIME: 0.638526 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 56 resid = 2.059185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217864(s) Flops=370427904 => 1700.27128851026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244773.43390775 Mflops = 244.77343390775 Gflops = 0.24477343390775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058826 s
InvBiCGStab: k = 87 resid = 1.123574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331194(s) Flops=573843456 => 1732.65051903114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249446.745458671 Mflops = 249.446745458671 Gflops = 0.249446745458671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001084719 Relative Rsd = 4.75308932235085e-07
BICGSTAB_SOLVER_TIME: 0.652805 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 64 resid = 1.80155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238363(s) Flops=422922240 => 1774.27805489946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255430.969865772 Mflops = 255.430969865772 Gflops = 0.255430969865772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068428 s
InvBiCGStab: k = 77 resid = 1.15105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344578(s) Flops=508225536 => 1474.921602656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212347.156604089 Mflops = 212.347156604089 Gflops = 0.212347156604089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.0010941 Relative Rsd = 4.79419446818945e-07
BICGSTAB_SOLVER_TIME: 0.696551 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11485
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.17451(s) Flops=1574092800 => 1340.21234387106 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192971.187020737 Mflops = 192.971187020737 Gflops = 0.192971187020737 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174686000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 35 resid = 1.767296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129703(s) Flops=232630272 => 1793.56122834476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258174.439818915 Mflops = 258.174439818915 Gflops = 0.258174439818915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056767 s
InvBiCGStab: k = 54 resid = 6.029766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200078(s) Flops=357304320 => 1785.8251282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257085.997134316 Mflops = 257.085997134316 Gflops = 0.257085997134316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007148266 Relative Rsd = 3.13227205152888e-07
BICGSTAB_SOLVER_TIME: 0.431612 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 53 resid = 1.603152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194632(s) Flops=350742528 => 1802.08048008549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259426.788452032 Mflops = 259.426788452032 Gflops = 0.259426788452032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 92 resid = 1.044295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336596(s) Flops=606652416 => 1802.31617725701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259483.533245544 Mflops = 259.483533245544 Gflops = 0.259483533245544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001154569 Relative Rsd = 5.05916299254599e-07
BICGSTAB_SOLVER_TIME: 0.632967 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043342 s
InvBiCGStab: k = 65 resid = 1.817757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246901(s) Flops=429484032 => 1739.49895707186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250426.007337898 Mflops = 250.426007337898 Gflops = 0.250426007337898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056628 s
InvBiCGStab: k = 83 resid = 1.012133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306168(s) Flops=547596288 => 1788.54840479737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257505.722622173 Mflops = 257.505722622173 Gflops = 0.257505722622173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001073585 Relative Rsd = 4.70430080958969e-07
BICGSTAB_SOLVER_TIME: 0.656874 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041488 s
InvBiCGStab: k = 70 resid = 1.20657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257397(s) Flops=462292992 => 1796.03100269234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258575.982194721 Mflops = 258.575982194721 Gflops = 0.258575982194721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056708 s
InvBiCGStab: k = 81 resid = 6.668233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298319(s) Flops=534472704 => 1791.61469433727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257950.747187469 Mflops = 257.950747187468 Gflops = 0.257950747187469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001117638 Relative Rsd = 4.8973348186127e-07
BICGSTAB_SOLVER_TIME: 0.657751 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041187 s
InvBiCGStab: k = 66 resid = 7.926826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24125(s) Flops=436045824 => 1807.44383005181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260213.008297489 Mflops = 260.213008297489 Gflops = 0.260213008297489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 82 resid = 3.943128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307766(s) Flops=541034496 => 1757.94108511012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253091.051676457 Mflops = 253.091051676457 Gflops = 0.253091051676457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001147217 Relative Rsd = 5.02694865815963e-07
BICGSTAB_SOLVER_TIME: 0.650386 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119976
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989879(s) Flops=1598939136 => 1615.28746038657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232584.18340884 Mflops = 232.58418340884 Gflops = 0.23258418340884 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177927000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.501467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02139
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.004252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.168085(s) Flops=1656539136 => 1418.16660260169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204160.512741241 Mflops = 204.160512741241 Gflops = 0.204160512741241 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 7.367781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848488(s) Flops=1518741504 => 1789.93869565627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257736.049613282 Mflops = 257.736049613282 Gflops = 0.257736049613282 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002540864 Relative Rsd = 1.11821836547319e-06
BICGSTAB_SOLVER_TIME: 2.020045 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001857
CLOV_LINOP: Time spent in clov deriv (total) = 0.114399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344677
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 9.517838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682651(s) Flops=1230022656 => 1801.83235064477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259428.823706692 Mflops = 259.428823706692 Gflops = 0.259428823706692 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.101597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903264(s) Flops=1630291968 => 1804.88978637475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259897.051868386 Mflops = 259.897051868386 Gflops = 0.259897051868386 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.001973464 Relative Rsd = 8.68013926069748e-07
BICGSTAB_SOLVER_TIME: 1.589228 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0.116108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310385999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991673(s) Flops=1598939136 => 1612.36530186866 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232377.303221513 Mflops = 232.377303221513 Gflops = 0.232377303221513 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041459 s
InvBiCGStab: k = 28 resid = 2.183736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104044(s) Flops=186697728 => 1794.4112875322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258275.296917903 Mflops = 258.275296917903 Gflops = 0.258275296917903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057078 s
InvBiCGStab: k = 53 resid = 1.018307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196726(s) Flops=350742528 => 1782.89869158118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256662.565600157 Mflops = 256.662565600157 Gflops = 0.256662565600157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007546394 Relative Rsd = 3.30672636119342e-07
BICGSTAB_SOLVER_TIME: 0.403225 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 68 resid = 2.011331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250577(s) Flops=449169408 => 1792.54044864453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258078.340380415 Mflops = 258.078340380415 Gflops = 0.258078340380415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056928 s
InvBiCGStab: k = 96 resid = 1.083262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371547(s) Flops=632899584 => 1703.4172904101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245254.194356415 Mflops = 245.254194356415 Gflops = 0.245254194356415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.0012262 Relative Rsd = 5.37303939680351e-07
BICGSTAB_SOLVER_TIME: 0.724606 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131581
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047809 s
InvBiCGStab: k = 59 resid = 2.212407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252715(s) Flops=390113280 => 1543.68866114002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222249.021137472 Mflops = 222.249021137472 Gflops = 0.222249021137472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064917 s
InvBiCGStab: k = 71 resid = 1.09218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306874(s) Flops=468854784 => 1527.84134204918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219966.99164496 Mflops = 219.96699164496 Gflops = 0.21996699164496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001015976 Relative Rsd = 4.45186736526159e-07
BICGSTAB_SOLVER_TIME: 0.676398 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041747 s
InvBiCGStab: k = 73 resid = 1.276617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316535(s) Flops=481978368 => 1522.67006176252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219239.629328618 Mflops = 219.239629328618 Gflops = 0.219239629328618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06693 s
InvBiCGStab: k = 86 resid = 8.540792e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406928(s) Flops=567281664 => 1394.0590571305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200707.344553788 Mflops = 200.707344553788 Gflops = 0.200707344553788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001121258 Relative Rsd = 4.91319789530844e-07
BICGSTAB_SOLVER_TIME: 0.836001 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040906 s
InvBiCGStab: k = 65 resid = 1.247767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239745(s) Flops=429484032 => 1791.42018394544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257902.494979685 Mflops = 257.902494979685 Gflops = 0.257902494979685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056227 s
InvBiCGStab: k = 84 resid = 1.061902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308489(s) Flops=554158080 => 1796.36252832354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258615.215822219 Mflops = 258.615215822219 Gflops = 0.258615215822219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001170409 Relative Rsd = 5.12857192365208e-07
BICGSTAB_SOLVER_TIME: 0.649179 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120565
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034864(s) Flops=1623785472 => 1569.0810309374 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225924.842661414 Mflops = 225.924842661414 Gflops = 0.225924842661414 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180712000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.398034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 35 resid = 1.630568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129839(s) Flops=232630272 => 1791.6825607098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257869.691768415 Mflops = 257.869691768415 Gflops = 0.257869691768415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 50 resid = 9.505241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184161(s) Flops=331057152 => 1797.65070780458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258761.580329383 Mflops = 258.761580329383 Gflops = 0.258761580329383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007921397 Relative Rsd = 3.47104747193129e-07
BICGSTAB_SOLVER_TIME: 0.415261 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 71 resid = 1.580321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260678(s) Flops=468854784 => 1798.59744205495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258952.426064297 Mflops = 258.952426064298 Gflops = 0.258952426064298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 112 resid = 6.259001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408956(s) Flops=737888256 => 1804.32187325776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.662570977 Mflops = 259.776662570978 Gflops = 0.259776662570978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001289892 Relative Rsd = 5.6521284416609e-07
BICGSTAB_SOLVER_TIME: 0.770904 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 67 resid = 1.655817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245769(s) Flops=442607616 => 1800.90904874089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259274.888089523 Mflops = 259.274888089523 Gflops = 0.259274888089523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 73 resid = 1.075847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267608(s) Flops=481978368 => 1801.06113419629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.269998439 Mflops = 259.288269998439 Gflops = 0.259288269998439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001017134 Relative Rsd = 4.45694148893566e-07
BICGSTAB_SOLVER_TIME: 0.614344 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044961 s
InvBiCGStab: k = 68 resid = 1.981556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249477(s) Flops=449169408 => 1800.4441611852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259217.894979088 Mflops = 259.217894979088 Gflops = 0.259217894979088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 80 resid = 7.772846e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293068(s) Flops=527910912 => 1801.32567185773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259334.914870567 Mflops = 259.334914870567 Gflops = 0.259334914870567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001159683 Relative Rsd = 5.08157391798812e-07
BICGSTAB_SOLVER_TIME: 0.647852 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120131000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049494 s
InvBiCGStab: k = 62 resid = 1.507572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287153(s) Flops=409798656 => 1427.10908818644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205457.71043166 Mflops = 205.45771043166 Gflops = 0.20545771043166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060164 s
InvBiCGStab: k = 82 resid = 1.06781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360445(s) Flops=541034496 => 1501.0181747562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216102.463395133 Mflops = 216.102463395133 Gflops = 0.216102463395133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001149936 Relative Rsd = 5.03886190680587e-07
BICGSTAB_SOLVER_TIME: 0.761395 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11696
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.160699(s) Flops=1642586112 => 1415.16974857392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203768.887543989 Mflops = 203.768887543989 Gflops = 0.203768887543989 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182840000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.382392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 26 resid = 1.47799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096408(s) Flops=173574144 => 1800.41224794623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259118.613509581 Mflops = 259.118613509581 Gflops = 0.259118613509581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056039 s
InvBiCGStab: k = 43 resid = 8.268563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158276(s) Flops=285124608 => 1801.43930854962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259304.878037547 Mflops = 259.304878037547 Gflops = 0.259304878037547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0006957899 Relative Rsd = 3.04885584566998e-07
BICGSTAB_SOLVER_TIME: 0.355445 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 58 resid = 1.967481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211948(s) Flops=383551488 => 1809.64900824731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260532.247130636 Mflops = 260.532247130636 Gflops = 0.260532247130636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056472 s
InvBiCGStab: k = 76 resid = 1.082165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277771(s) Flops=501663744 => 1806.03354561851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.365945774 Mflops = 260.010365945774 Gflops = 0.260010365945774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00110968 Relative Rsd = 4.86246584065543e-07
BICGSTAB_SOLVER_TIME: 0.591217 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 70 resid = 1.584703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25622(s) Flops=462292992 => 1804.28144563266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.884339835 Mflops = 259.768884339835 Gflops = 0.259768884339835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 75 resid = 8.298193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277154(s) Flops=495101952 => 1786.37851880182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257185.761759531 Mflops = 257.185761759531 Gflops = 0.257185761759531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001130427 Relative Rsd = 4.95337820087147e-07
BICGSTAB_SOLVER_TIME: 0.634486 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041482 s
InvBiCGStab: k = 75 resid = 2.129542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276787(s) Flops=495101952 => 1788.74713046494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257523.071540234 Mflops = 257.523071540234 Gflops = 0.257523071540234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056684 s
InvBiCGStab: k = 90 resid = 6.429809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331485(s) Flops=593528832 => 1790.51490112675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257791.081548418 Mflops = 257.791081548418 Gflops = 0.257791081548418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001182759 Relative Rsd = 5.18268910796239e-07
BICGSTAB_SOLVER_TIME: 0.710292 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0416 s
InvBiCGStab: k = 60 resid = 1.441169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231736(s) Flops=396675072 => 1711.75420305865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246435.637947964 Mflops = 246.435637947964 Gflops = 0.246435637947964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 87 resid = 1.064071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317994(s) Flops=573843456 => 1804.57321836261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259808.74479026 Mflops = 259.80874479026 Gflops = 0.25980874479026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001118989 Relative Rsd = 4.90325675504904e-07
BICGSTAB_SOLVER_TIME: 0.65188 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119342
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019092(s) Flops=1649000448 => 1618.10753886793 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232989.970469251 Mflops = 232.989970469251 Gflops = 0.232989970469251 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183750000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.554042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 29 resid = 2.148604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111476(s) Flops=193259520 => 1733.64239836377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249109.912449321 Mflops = 249.109912449321 Gflops = 0.249109912449321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061514 s
InvBiCGStab: k = 51 resid = 1.131064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208883(s) Flops=337618944 => 1616.30646821426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232676.717711323 Mflops = 232.676717711323 Gflops = 0.232676717711323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000766623 Relative Rsd = 3.35923693521807e-07
BICGSTAB_SOLVER_TIME: 0.426799 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 65 resid = 2.084376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256047(s) Flops=429484032 => 1677.3640464446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241482.440909609 Mflops = 241.482440909609 Gflops = 0.241482440909609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058836 s
InvBiCGStab: k = 94 resid = 9.709549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358414(s) Flops=619776000 => 1729.21816670108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248962.661149898 Mflops = 248.962661149898 Gflops = 0.248962661149898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001193228 Relative Rsd = 5.22856332811775e-07
BICGSTAB_SOLVER_TIME: 0.718037 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04252 s
InvBiCGStab: k = 58 resid = 1.573242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214938(s) Flops=383551488 => 1784.47500209363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256892.605909018 Mflops = 256.892605909018 Gflops = 0.256892605909018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056938 s
InvBiCGStab: k = 79 resid = 8.718332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291032(s) Flops=521349120 => 1791.38074163666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257903.078537178 Mflops = 257.903078537178 Gflops = 0.257903078537178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001069942 Relative Rsd = 4.68833877039342e-07
BICGSTAB_SOLVER_TIME: 0.609346 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 69 resid = 1.721057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253791(s) Flops=455731200 => 1795.69488279726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258529.143920147 Mflops = 258.529143920147 Gflops = 0.258529143920147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 78 resid = 9.624608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285963(s) Flops=514787328 => 1800.18858383777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.68446633 Mflops = 259.16268446633 Gflops = 0.25916268446633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001118919 Relative Rsd = 4.90294762476388e-07
BICGSTAB_SOLVER_TIME: 0.641332 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119389000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 66 resid = 1.683544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241789(s) Flops=436045824 => 1803.41464665473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259644.698570549 Mflops = 259.644698570549 Gflops = 0.259644698570549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 81 resid = 7.515214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296533(s) Flops=534472704 => 1802.40547932271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.933332406 Mflops = 259.491933332406 Gflops = 0.259491933332406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001146662 Relative Rsd = 5.02451387457701e-07
BICGSTAB_SOLVER_TIME: 0.639803 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119182
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.022975(s) Flops=1655341056 => 1618.16374398201 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233010.871204068 Mflops = 233.010871204068 Gflops = 0.233010871204068 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184412000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.965455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911328(s) Flops=1341573120 => 1472.10786895607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211925.938600584 Mflops = 211.925938600584 Gflops = 0.211925938600584 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 6.883558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.095907(s) Flops=1630291968 => 1487.61890196887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214207.066505708 Mflops = 214.207066505708 Gflops = 0.214207066505708 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002301535 Relative Rsd = 1.01287433178571e-06
BICGSTAB_SOLVER_TIME: 2.010659 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.130372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322216999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.198513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.70298(s) Flops=1190651904 => 1693.72087968363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243873.485740795 Mflops = 243.873485740795 Gflops = 0.243873485740795 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.1003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805356(s) Flops=1446561792 => 1796.17683608243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258640.652841976 Mflops = 258.640652841976 Gflops = 0.258640652841976 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001960315 Relative Rsd = 8.62226900348715e-07
BICGSTAB_SOLVER_TIME: 1.511703 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286885999999998
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023297(s) Flops=1655341056 => 1617.65455776769 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232924.046727901 Mflops = 232.924046727901 Gflops = 0.232924046727901 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184481000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 26 resid = 2.175926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096261(s) Flops=173574144 => 1803.1616542525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.851909236 Mflops = 259.527851909236 Gflops = 0.259527851909236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 52 resid = 8.562512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190597(s) Flops=344180736 => 1805.80353310913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.870546663 Mflops = 259.949870546663 Gflops = 0.259949870546663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007766316 Relative Rsd = 3.40309313654819e-07
BICGSTAB_SOLVER_TIME: 0.38826 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700060000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04163 s
InvBiCGStab: k = 79 resid = 2.201393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310119(s) Flops=521349120 => 1681.12601936676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242040.884575984 Mflops = 242.040884575984 Gflops = 0.242040884575984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059156 s
InvBiCGStab: k = 118 resid = 1.008661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438571(s) Flops=777259008 => 1772.25354161584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255165.294406407 Mflops = 255.165294406407 Gflops = 0.255165294406407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001373275 Relative Rsd = 6.01750105431264e-07
BICGSTAB_SOLVER_TIME: 0.85329 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155096999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 72 resid = 1.970179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265229(s) Flops=475416576 => 1792.47584540152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258067.804298479 Mflops = 258.067804298479 Gflops = 0.258067804298479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056375 s
InvBiCGStab: k = 83 resid = 1.095775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304407(s) Flops=547596288 => 1798.89518966384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.114318109 Mflops = 258.986114318109 Gflops = 0.258986114318109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001124053 Relative Rsd = 4.92544629015494e-07
BICGSTAB_SOLVER_TIME: 0.670978 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042363 s
InvBiCGStab: k = 70 resid = 2.105142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305384(s) Flops=462292992 => 1513.80881775077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217944.380720485 Mflops = 217.944380720485 Gflops = 0.217944380720485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070494 s
InvBiCGStab: k = 93 resid = 8.156313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431558(s) Flops=613214208 => 1420.93115641467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204602.298108565 Mflops = 204.602298108565 Gflops = 0.204602298108565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001157647 Relative Rsd = 5.07264994899705e-07
BICGSTAB_SOLVER_TIME: 0.853912 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053973 s
InvBiCGStab: k = 68 resid = 2.189093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305696(s) Flops=449169408 => 1469.33361247776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211548.569378007 Mflops = 211.548569378007 Gflops = 0.211548569378007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071977 s
InvBiCGStab: k = 98 resid = 5.731828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434539(s) Flops=646023168 => 1486.68627672085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214048.332554223 Mflops = 214.048332554223 Gflops = 0.214048332554223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001121128 Relative Rsd = 4.91262809575642e-07
BICGSTAB_SOLVER_TIME: 0.870086 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132802
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027495(s) Flops=1655562240 => 1611.26062900549 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232003.584640739 Mflops = 232.003584640739 Gflops = 0.232003584640739 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184276000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.420481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05226 s
InvBiCGStab: k = 24 resid = 1.980247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120563(s) Flops=160450560 => 1330.84412298964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191532.445231785 Mflops = 191.532445231785 Gflops = 0.191532445231785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073527 s
InvBiCGStab: k = 61 resid = 8.047966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299455(s) Flops=403236864 => 1346.56914728423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193862.515116952 Mflops = 193.862515116952 Gflops = 0.193862515116952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007692298 Relative Rsd = 3.37065970734751e-07
BICGSTAB_SOLVER_TIME: 0.55059 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040605 s
InvBiCGStab: k = 74 resid = 2.058609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270048(s) Flops=488540160 => 1809.08638464273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260460.288374186 Mflops = 260.460288374185 Gflops = 0.260460288374186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 107 resid = 8.61642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391126(s) Flops=705079296 => 1802.69093846996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.606362548 Mflops = 259.545606362548 Gflops = 0.259545606362548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001257056 Relative Rsd = 5.50824818844224e-07
BICGSTAB_SOLVER_TIME: 0.762216 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04084 s
InvBiCGStab: k = 62 resid = 2.126167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228716(s) Flops=409798656 => 1791.73584707672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257938.740469724 Mflops = 257.938740469724 Gflops = 0.257938740469724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 96 resid = 7.260271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35199(s) Flops=632899584 => 1798.06126310407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258873.139934474 Mflops = 258.873139934474 Gflops = 0.258873139934474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001129274 Relative Rsd = 4.94832550206865e-07
BICGSTAB_SOLVER_TIME: 0.681931 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040675 s
InvBiCGStab: k = 68 resid = 1.583953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250621(s) Flops=449169408 => 1792.22574325376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258026.377240357 Mflops = 258.026377240357 Gflops = 0.258026377240357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056622 s
InvBiCGStab: k = 93 resid = 1.100569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340615(s) Flops=613214208 => 1800.31474832289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.386725156 Mflops = 259.198386725156 Gflops = 0.259198386725156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001186971 Relative Rsd = 5.2011425536153e-07
BICGSTAB_SOLVER_TIME: 0.692432 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040933 s
InvBiCGStab: k = 70 resid = 1.35662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255905(s) Flops=462292992 => 1806.50238174322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.899124247 Mflops = 260.098899124247 Gflops = 0.260098899124247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 89 resid = 1.021073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360936(s) Flops=586967040 => 1626.23578695392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234128.63664372 Mflops = 234.12863664372 Gflops = 0.23412863664372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00118798 Relative Rsd = 5.20556576929619e-07
BICGSTAB_SOLVER_TIME: 0.71861 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128042
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.230449(s) Flops=1649516544 => 1340.58099441749 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193125.451553485 Mflops = 193.125451553485 Gflops = 0.193125451553485 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183477000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.422199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 27 resid = 2.17277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100302(s) Flops=180135936 => 1795.93563438416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258460.284096125 Mflops = 258.460284096125 Gflops = 0.258460284096125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058744 s
InvBiCGStab: k = 46 resid = 1.130215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169794(s) Flops=304809984 => 1795.17523587406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257900.584256178 Mflops = 257.900584256178 Gflops = 0.257900584256178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007470654 Relative Rsd = 3.2735382153972e-07
BICGSTAB_SOLVER_TIME: 0.373586 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 62 resid = 1.287483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227103(s) Flops=409798656 => 1804.46165836647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.581275896 Mflops = 259.779581275896 Gflops = 0.259779581275896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055914 s
InvBiCGStab: k = 97 resid = 7.77078e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354971(s) Flops=639461376 => 1801.44681114795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.35901247 Mflops = 259.36435901247 Gflops = 0.25936435901247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001128236 Relative Rsd = 4.94377373716026e-07
BICGSTAB_SOLVER_TIME: 0.682968 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040744 s
InvBiCGStab: k = 64 resid = 1.651188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234153(s) Flops=422922240 => 1806.17903678364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.929426045 Mflops = 260.029929426045 Gflops = 0.260029929426045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055821 s
InvBiCGStab: k = 81 resid = 8.395685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29832(s) Flops=534472704 => 1791.60868865648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257938.566167404 Mflops = 257.938566167404 Gflops = 0.257938566167404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001098663 Relative Rsd = 4.81419050457226e-07
BICGSTAB_SOLVER_TIME: 0.632897 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 72 resid = 2.025912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263119(s) Flops=475416576 => 1806.85004123609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260136.801107264 Mflops = 260.136801107264 Gflops = 0.260136801107264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056573 s
InvBiCGStab: k = 92 resid = 9.815088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33838(s) Flops=606652416 => 1792.81404338318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258112.012745519 Mflops = 258.112012745519 Gflops = 0.258112012745519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00118109 Relative Rsd = 5.17537659535881e-07
BICGSTAB_SOLVER_TIME: 0.703301 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131546
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041761 s
InvBiCGStab: k = 65 resid = 2.132082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250571(s) Flops=429484032 => 1714.02130334316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246775.016236592 Mflops = 246.775016236592 Gflops = 0.246775016236592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059765 s
InvBiCGStab: k = 81 resid = 8.07593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31008(s) Flops=534472704 => 1723.66068111455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248151.624176023 Mflops = 248.151624176023 Gflops = 0.248151624176023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001104235 Relative Rsd = 4.83860465547615e-07
BICGSTAB_SOLVER_TIME: 0.666 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118323
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.022354(s) Flops=1643470848 => 1607.53598851279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231475.402114655 Mflops = 231.475402114655 Gflops = 0.231475402114655 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183161000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047094 s
InvBiCGStab: k = 29 resid = 1.354148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139464(s) Flops=193259520 => 1385.73051109964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199488.833273837 Mflops = 199.488833273837 Gflops = 0.199488833273837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072053 s
InvBiCGStab: k = 47 resid = 1.020212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201593(s) Flops=311371776 => 1544.55648757645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222347.05455656 Mflops = 222.34705455656 Gflops = 0.22234705455656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007402927 Relative Rsd = 3.24386119790587e-07
BICGSTAB_SOLVER_TIME: 0.464053 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 66 resid = 1.980109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289983(s) Flops=436045824 => 1503.69443726012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216491.912525444 Mflops = 216.491912525444 Gflops = 0.216491912525444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 89 resid = 7.669022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328628(s) Flops=586967040 => 1786.11390386699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257158.537362431 Mflops = 257.158537362431 Gflops = 0.257158537362431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001168328 Relative Rsd = 5.11945360047182e-07
BICGSTAB_SOLVER_TIME: 0.720004 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 69 resid = 1.630831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253648(s) Flops=455731200 => 1796.70724783953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258677.564831212 Mflops = 258.677564831212 Gflops = 0.258677564831212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056632 s
InvBiCGStab: k = 86 resid = 6.16314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315234(s) Flops=567281664 => 1799.55735739165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259086.935118912 Mflops = 259.086935118912 Gflops = 0.259086935118912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001110562 Relative Rsd = 4.86632945910394e-07
BICGSTAB_SOLVER_TIME: 0.670714 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124905
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044878 s
InvBiCGStab: k = 78 resid = 2.225752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297785(s) Flops=514787328 => 1728.72148697886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248879.242063864 Mflops = 248.879242063864 Gflops = 0.248879242063864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056335 s
InvBiCGStab: k = 100 resid = 8.073104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36881(s) Flops=659146752 => 1787.22581274911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257313.941717963 Mflops = 257.313941717963 Gflops = 0.257313941717963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.0012026 Relative Rsd = 5.26962766467778e-07
BICGSTAB_SOLVER_TIME: 0.771679 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 64 resid = 1.055707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235376(s) Flops=422922240 => 1796.79423560601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258677.413917419 Mflops = 258.677413917419 Gflops = 0.258677413917419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056928 s
InvBiCGStab: k = 85 resid = 1.077643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311652(s) Flops=560719872 => 1799.18586115282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259028.999414093 Mflops = 259.028999414093 Gflops = 0.259028999414093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00116006 Relative Rsd = 5.08322414319025e-07
BICGSTAB_SOLVER_TIME: 0.64915 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120696
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019064(s) Flops=1643323392 => 1612.58114505075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232192.050537918 Mflops = 232.192050537918 Gflops = 0.232192050537918 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182976000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.392985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.034615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85304(s) Flops=1472808960 => 1726.54149864016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248583.962912036 Mflops = 248.583962912036 Gflops = 0.248583962912036 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 8.607624e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.210095(s) Flops=1761527808 => 1455.69381577479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209614.490290874 Mflops = 209.614490290874 Gflops = 0.209614490290874 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002174171 Relative Rsd = 9.56789290542149e-07
BICGSTAB_SOLVER_TIME: 2.066486 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.133078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351155999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.182317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769499(s) Flops=1210337280 => 1572.88999725796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226475.395202467 Mflops = 226.475395202467 Gflops = 0.226475395202467 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.118392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774954(s) Flops=1394067456 => 1798.90349104592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259029.556679807 Mflops = 259.029556679807 Gflops = 0.259029556679807 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.001982485 Relative Rsd = 8.71976131192775e-07
BICGSTAB_SOLVER_TIME: 1.547899 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282645999999998
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023543(s) Flops=1643323392 => 1605.52452803644 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231176.94105935 Mflops = 231.17694105935 Gflops = 0.23117694105935 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182836000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.381539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043492 s
InvBiCGStab: k = 28 resid = 2.075813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10852(s) Flops=186697728 => 1720.3992628087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247568.455960174 Mflops = 247.568455960174 Gflops = 0.247568455960174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060497 s
InvBiCGStab: k = 58 resid = 8.711909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220731(s) Flops=383551488 => 1737.64214360466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250139.883503476 Mflops = 250.139883503476 Gflops = 0.250139883503476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007249886 Relative Rsd = 3.17680084078142e-07
BICGSTAB_SOLVER_TIME: 0.437077 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 88 resid = 1.518227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324334(s) Flops=580405248 => 1789.5294603711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257661.695392345 Mflops = 257.661695392345 Gflops = 0.257661695392345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062059 s
InvBiCGStab: k = 124 resid = 9.799904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458094(s) Flops=816629760 => 1782.66853527879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256671.491397745 Mflops = 256.671491397745 Gflops = 0.256671491397745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001381693 Relative Rsd = 6.05438856121114e-07
BICGSTAB_SOLVER_TIME: 0.889936 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165573999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 63 resid = 1.685458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230572(s) Flops=416360448 => 1805.77194108565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.801199182 Mflops = 259.959801199182 Gflops = 0.259959801199182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055977 s
InvBiCGStab: k = 86 resid = 9.502907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313515(s) Flops=567281664 => 1809.42431462609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.905783864 Mflops = 260.500905783864 Gflops = 0.260500905783864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001065482 Relative Rsd = 4.66879520688674e-07
BICGSTAB_SOLVER_TIME: 0.644583 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044291 s
InvBiCGStab: k = 72 resid = 1.454267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29927(s) Flops=475416576 => 1588.587482875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228677.698764753 Mflops = 228.677698764753 Gflops = 0.228677698764753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063874 s
InvBiCGStab: k = 89 resid = 1.01394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409137(s) Flops=586967040 => 1434.64668314037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206561.946986563 Mflops = 206.561946986563 Gflops = 0.206561946986563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001231674 Relative Rsd = 5.39702709074635e-07
BICGSTAB_SOLVER_TIME: 0.820406 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053998 s
InvBiCGStab: k = 65 resid = 1.846874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286587(s) Flops=429484032 => 1498.61658763307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215768.226382307 Mflops = 215.768226382307 Gflops = 0.215768226382307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068349 s
InvBiCGStab: k = 89 resid = 1.02092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401749(s) Flops=586967040 => 1461.0292496061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210350.353995919 Mflops = 210.350353995919 Gflops = 0.210350353995919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001172657 Relative Rsd = 5.13842022280273e-07
BICGSTAB_SOLVER_TIME: 0.820943 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124281
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017809(s) Flops=1637130240 => 1608.48473534818 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231902.493910194 Mflops = 231.902493910194 Gflops = 0.231902493910194 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182017000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 36 resid = 1.467921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132778(s) Flops=239192064 => 1801.44349214478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259301.797133806 Mflops = 259.301797133806 Gflops = 0.259301797133806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05641 s
InvBiCGStab: k = 46 resid = 1.081623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16919(s) Flops=304809984 => 1801.58392339973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.179079719 Mflops = 259.327179079719 Gflops = 0.259327179079719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007612049 Relative Rsd = 3.33549562729459e-07
BICGSTAB_SOLVER_TIME: 0.403111 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 72 resid = 1.942604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264817(s) Flops=475416576 => 1795.26456383087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258466.957869534 Mflops = 258.466957869534 Gflops = 0.258466957869534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 105 resid = 1.03067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384483(s) Flops=691955712 => 1799.7043094233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.555369592 Mflops = 259.117555369592 Gflops = 0.259117555369592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001369494 Relative Rsd = 6.00093503779355e-07
BICGSTAB_SOLVER_TIME: 0.750946 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 61 resid = 2.172239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223532(s) Flops=403236864 => 1803.93350392785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.568015344 Mflops = 259.713568015344 Gflops = 0.259713568015344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055967 s
InvBiCGStab: k = 82 resid = 6.926314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301394(s) Flops=541034496 => 1795.10705588034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258437.727190798 Mflops = 258.437727190798 Gflops = 0.258437727190798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001117933 Relative Rsd = 4.89862847274334e-07
BICGSTAB_SOLVER_TIME: 0.62605 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041525 s
InvBiCGStab: k = 77 resid = 3.495866e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292101(s) Flops=508225536 => 1739.8965974098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250498.330695068 Mflops = 250.498330695068 Gflops = 0.250498330695068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056377 s
InvBiCGStab: k = 93 resid = 1.1125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339898(s) Flops=613214208 => 1804.11243373012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.477156402 Mflops = 259.746477156402 Gflops = 0.259746477156402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.00120786 Relative Rsd = 5.29267521486559e-07
BICGSTAB_SOLVER_TIME: 0.733928 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041195 s
InvBiCGStab: k = 62 resid = 2.23136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227202(s) Flops=409798656 => 1803.67539018142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.75486715 Mflops = 259.66575486715 Gflops = 0.25966575486715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 99 resid = 1.034707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36102(s) Flops=652584960 => 1807.61442579358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260245.196174626 Mflops = 260.245196174626 Gflops = 0.260245196174626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001196301 Relative Rsd = 5.24202579900167e-07
BICGSTAB_SOLVER_TIME: 0.689659 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129348
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.25843(s) Flops=1636835328 => 1300.69636610697 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187287.819805819 Mflops = 187.287819805819 Gflops = 0.187287819805819 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181623000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 33 resid = 1.672616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121801(s) Flops=219506688 => 1802.17476046995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.55810732 Mflops = 259.41455810732 Gflops = 0.25941455810732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 47 resid = 9.350643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172879(s) Flops=311371776 => 1801.09658200244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259260.856894436 Mflops = 259.260856894436 Gflops = 0.259260856894436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007457337 Relative Rsd = 3.26770299867782e-07
BICGSTAB_SOLVER_TIME: 0.396289 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 60 resid = 1.671515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220809(s) Flops=396675072 => 1796.46242680326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258627.479217661 Mflops = 258.627479217661 Gflops = 0.258627479217661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 74 resid = 1.036917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273506(s) Flops=488540160 => 1786.21368452612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257146.992418764 Mflops = 257.146992418764 Gflops = 0.257146992418764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00110607 Relative Rsd = 4.84664612381817e-07
BICGSTAB_SOLVER_TIME: 0.59576 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041391 s
InvBiCGStab: k = 62 resid = 1.744614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226573(s) Flops=409798656 => 1808.6826585692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260400.691689669 Mflops = 260.400691689669 Gflops = 0.260400691689669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 86 resid = 1.13943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31431(s) Flops=567281664 => 1804.84764722726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259844.703783604 Mflops = 259.844703783604 Gflops = 0.259844703783604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001148745 Relative Rsd = 5.03364291019289e-07
BICGSTAB_SOLVER_TIME: 0.642672 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119927
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 68 resid = 1.675061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248595(s) Flops=449169408 => 1806.83202799734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260129.769973002 Mflops = 260.129769973002 Gflops = 0.260129769973002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 80 resid = 1.102502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309942(s) Flops=527910912 => 1703.25709971543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245222.172111967 Mflops = 245.222172111967 Gflops = 0.245222172111967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001127487 Relative Rsd = 4.94049522174323e-07
BICGSTAB_SOLVER_TIME: 0.659799 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041635 s
InvBiCGStab: k = 61 resid = 1.3916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242445(s) Flops=403236864 => 1663.20965167358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239439.929713755 Mflops = 239.439929713755 Gflops = 0.239439929713755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058923 s
InvBiCGStab: k = 96 resid = 9.149764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353953(s) Flops=632899584 => 1788.08933389461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257440.714209107 Mflops = 257.440714209107 Gflops = 0.257440714209107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001135215 Relative Rsd = 4.97435621051985e-07
BICGSTAB_SOLVER_TIME: 0.700775 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126419
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.039434(s) Flops=1636614144 => 1574.52435075243 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226736.857861757 Mflops = 226.736857861757 Gflops = 0.226736857861757 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182027000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047504 s
InvBiCGStab: k = 29 resid = 2.08478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156722(s) Flops=193259520 => 1233.1358711604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176834.965200552 Mflops = 176.834965200552 Gflops = 0.176834965200552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072104 s
InvBiCGStab: k = 50 resid = 1.11868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222086(s) Flops=331057152 => 1490.67096530173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214584.387461629 Mflops = 214.584387461629 Gflops = 0.214584387461629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0006968159 Relative Rsd = 3.05335175287832e-07
BICGSTAB_SOLVER_TIME: 0.503652 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047264 s
InvBiCGStab: k = 67 resid = 2.266225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303138(s) Flops=442607616 => 1460.08621815807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210221.136513336 Mflops = 210.221136513336 Gflops = 0.210221136513336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058539 s
InvBiCGStab: k = 87 resid = 9.29379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352784(s) Flops=573843456 => 1626.61417751372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234188.845614263 Mflops = 234.188845614263 Gflops = 0.234188845614263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001162966 Relative Rsd = 5.09595561787181e-07
BICGSTAB_SOLVER_TIME: 0.765678 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124269000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041674 s
InvBiCGStab: k = 59 resid = 1.762869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219346(s) Flops=390113280 => 1778.52926426741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256049.531529545 Mflops = 256.049531529545 Gflops = 0.256049531529545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 86 resid = 1.065646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323873(s) Flops=567281664 => 1751.55589999784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252166.557974034 Mflops = 252.166557974034 Gflops = 0.252166557974034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001134787 Relative Rsd = 4.97248051405362e-07
BICGSTAB_SOLVER_TIME: 0.644983 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 84 resid = 1.109337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31532(s) Flops=554158080 => 1757.44665736395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253037.059906987 Mflops = 253.037059906987 Gflops = 0.253037059906987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057205 s
InvBiCGStab: k = 97 resid = 1.136285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366741(s) Flops=639461376 => 1743.63208913102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251039.563754356 Mflops = 251.039563754356 Gflops = 0.251039563754356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.00114079 Relative Rsd = 4.9987856649032e-07
BICGSTAB_SOLVER_TIME: 0.784566 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 64 resid = 1.903363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235189(s) Flops=422922240 => 1798.22287606988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258886.319899904 Mflops = 258.886319899904 Gflops = 0.258886319899904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 81 resid = 8.495415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304102(s) Flops=534472704 => 1757.54419240913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253040.766346603 Mflops = 253.040766346603 Gflops = 0.253040766346603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001138304 Relative Rsd = 4.98789315833716e-07
BICGSTAB_SOLVER_TIME: 0.640409 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117709
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.035776(s) Flops=1636614144 => 1580.08502224419 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227522.363511574 Mflops = 227.522363511574 Gflops = 0.227522363511574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182200000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021434
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 2.189292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.859003(s) Flops=1518741504 => 1768.02817219497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254536.570288789 Mflops = 254.536570288789 Gflops = 0.254536570288789 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.150516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985631(s) Flops=1472808960 => 1494.28027324628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215164.116313287 Mflops = 215.164116313287 Gflops = 0.215164116313287 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002135215 Relative Rsd = 9.39597196377439e-07
BICGSTAB_SOLVER_TIME: 1.848102 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0.133292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324849999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.919749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898341(s) Flops=1367820288 => 1522.60699222233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219262.521594803 Mflops = 219.262521594803 Gflops = 0.219262521594803 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.123844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903942(s) Flops=1315325952 => 1455.09994225293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209524.426342477 Mflops = 209.524426342477 Gflops = 0.209524426342477 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001965939 Relative Rsd = 8.64679531929616e-07
BICGSTAB_SOLVER_TIME: 1.805687 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.118216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291647999999999
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.041326(s) Flops=1636614144 => 1571.6635750956 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226298.390622308 Mflops = 226.298390622308 Gflops = 0.226298390622308 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181945000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041515 s
InvBiCGStab: k = 31 resid = 2.164548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114382(s) Flops=206383104 => 1804.33201028134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.040176031 Mflops = 259.691040176031 Gflops = 0.259691040176031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057083 s
InvBiCGStab: k = 72 resid = 5.596453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270888(s) Flops=475416576 => 1755.03003455303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252656.976503102 Mflops = 252.656976503102 Gflops = 0.252656976503102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0007606526 Relative Rsd = 3.33307538201746e-07
BICGSTAB_SOLVER_TIME: 0.487708 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0877630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043321 s
InvBiCGStab: k = 84 resid = 2.221329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312704(s) Flops=554158080 => 1772.14899713467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255145.140389383 Mflops = 255.145140389383 Gflops = 0.255145140389383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05592 s
InvBiCGStab: k = 113 resid = 1.023843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419225(s) Flops=744450048 => 1775.77684536943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255667.384349194 Mflops = 255.667384349193 Gflops = 0.255667384349194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001312642 Relative Rsd = 5.75181581700123e-07
BICGSTAB_SOLVER_TIME: 0.834883 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155147999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 70 resid = 1.639924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263365(s) Flops=462292992 => 1755.3319233763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252713.789014436 Mflops = 252.713789014436 Gflops = 0.252713789014436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067212 s
InvBiCGStab: k = 80 resid = 1.150414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354001(s) Flops=527910912 => 1491.26955008602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214706.016009368 Mflops = 214.706016009368 Gflops = 0.214706016009368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001102974 Relative Rsd = 4.8330821398538e-07
BICGSTAB_SOLVER_TIME: 0.729987 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044736 s
InvBiCGStab: k = 75 resid = 2.256564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324679(s) Flops=495101952 => 1524.89675032879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219544.405839403 Mflops = 219.544405839403 Gflops = 0.219544405839403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063354 s
InvBiCGStab: k = 87 resid = 1.141878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382164(s) Flops=573843456 => 1501.56334976607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216183.68224959 Mflops = 216.18368224959 Gflops = 0.21618368224959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001180588 Relative Rsd = 5.173175444896e-07
BICGSTAB_SOLVER_TIME: 0.818811 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063933 s
InvBiCGStab: k = 69 resid = 1.932547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284423(s) Flops=455731200 => 1602.30079845863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230681.013181171 Mflops = 230.681013181171 Gflops = 0.230681013181171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05679 s
InvBiCGStab: k = 88 resid = 1.04088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323704(s) Flops=580405248 => 1793.01228282629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258143.373319527 Mflops = 258.143373319527 Gflops = 0.258143373319527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001177056 Relative Rsd = 5.15769750576675e-07
BICGSTAB_SOLVER_TIME: 0.732687 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126256
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017435(s) Flops=1636466688 => 1608.42381872061 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231609.399848645 Mflops = 231.609399848645 Gflops = 0.231609399848645 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182094000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.381305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041878 s
InvBiCGStab: k = 24 resid = 2.043861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089379(s) Flops=160450560 => 1795.17067767596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.123179211 Mflops = 258.371123179211 Gflops = 0.258371123179211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056874 s
InvBiCGStab: k = 47 resid = 1.036681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173612(s) Flops=311371776 => 1793.4922470797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258180.442362207 Mflops = 258.180442362207 Gflops = 0.258180442362206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007298416 Relative Rsd = 3.19806604572773e-07
BICGSTAB_SOLVER_TIME: 0.365619 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 88 resid = 2.258134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322484(s) Flops=580405248 => 1799.79548752806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259122.048994139 Mflops = 259.122048994139 Gflops = 0.259122048994139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055917 s
InvBiCGStab: k = 122 resid = 1.091344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445275(s) Flops=803506176 => 1804.51670540677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259821.141122939 Mflops = 259.821141122939 Gflops = 0.259821141122939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001339494 Relative Rsd = 5.86947916943522e-07
BICGSTAB_SOLVER_TIME: 0.868881 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164405999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045085 s
InvBiCGStab: k = 66 resid = 1.860437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263644(s) Flops=436045824 => 1653.91901200103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238119.711632976 Mflops = 238.119711632976 Gflops = 0.238119711632976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065833 s
InvBiCGStab: k = 85 resid = 9.265004e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372479(s) Flops=560719872 => 1505.37311365204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216740.342716913 Mflops = 216.740342716913 Gflops = 0.216740342716913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001164288 Relative Rsd = 5.10174900508066e-07
BICGSTAB_SOLVER_TIME: 0.751295 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122044
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043399 s
InvBiCGStab: k = 62 resid = 2.164697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291189(s) Flops=409798656 => 1407.32876585311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202614.617738274 Mflops = 202.614617738274 Gflops = 0.202614617738274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060644 s
InvBiCGStab: k = 87 resid = 8.074529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381852(s) Flops=573843456 => 1502.79023286509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216371.576861956 Mflops = 216.371576861956 Gflops = 0.216371576861956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001185287 Relative Rsd = 5.19376678662994e-07
BICGSTAB_SOLVER_TIME: 0.780896 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048827 s
InvBiCGStab: k = 69 resid = 2.170176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293803(s) Flops=455731200 => 1551.14549545103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223330.666069818 Mflops = 223.330666069818 Gflops = 0.223330666069818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056917 s
InvBiCGStab: k = 91 resid = 6.59408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333429(s) Flops=600090624 => 1799.75534221678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259113.88430941 Mflops = 259.11388430941 Gflops = 0.25911388430941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.00117074 Relative Rsd = 5.13002218338922e-07
BICGSTAB_SOLVER_TIME: 0.736907 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128393
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037247(s) Flops=1630273536 => 1571.73126169562 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226314.612086954 Mflops = 226.314612086954 Gflops = 0.226314612086954 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181587000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.399313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042592 s
InvBiCGStab: k = 28 resid = 2.261199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104078(s) Flops=186697728 => 1793.82509271892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258169.957457374 Mflops = 258.169957457374 Gflops = 0.258169957457374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 49 resid = 1.144812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179499(s) Flops=324495360 => 1807.78366453295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.607733397 Mflops = 260.228607733397 Gflops = 0.260228607733397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000742225 Relative Rsd = 3.25232835803495e-07
BICGSTAB_SOLVER_TIME: 0.386153 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041022 s
InvBiCGStab: k = 60 resid = 2.078357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219821(s) Flops=396675072 => 1804.53674580682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.906035886 Mflops = 259.787906035886 Gflops = 0.259787906035886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 79 resid = 1.065907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289616(s) Flops=521349120 => 1800.13921882769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.950062356 Mflops = 259.157950062356 Gflops = 0.259157950062356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001114343 Relative Rsd = 4.88289751608696e-07
BICGSTAB_SOLVER_TIME: 0.611019 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 62 resid = 1.965632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227025(s) Flops=409798656 => 1805.08162537166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259867.223829754 Mflops = 259.867223829754 Gflops = 0.259867223829754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055781 s
InvBiCGStab: k = 84 resid = 9.797873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358029(s) Flops=554158080 => 1547.80221713884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222843.196358201 Mflops = 222.843196358201 Gflops = 0.222843196358201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001132749 Relative Rsd = 4.9635494034388e-07
BICGSTAB_SOLVER_TIME: 0.685757 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044942 s
InvBiCGStab: k = 74 resid = 1.702737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339631(s) Flops=488540160 => 1438.44395829592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207101.30795104 Mflops = 207.10130795104 Gflops = 0.20710130795104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071539 s
InvBiCGStab: k = 84 resid = 1.09762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361505(s) Flops=554158080 => 1532.91954468126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220690.165313016 Mflops = 220.690165313016 Gflops = 0.220690165313016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001166193 Relative Rsd = 5.11009807335989e-07
BICGSTAB_SOLVER_TIME: 0.821808 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127028
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049225 s
InvBiCGStab: k = 60 resid = 1.62513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257106(s) Flops=396675072 => 1542.84642132039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222132.468768294 Mflops = 222.132468768294 Gflops = 0.222132468768294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.10846 s
InvBiCGStab: k = 93 resid = 1.073887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342533(s) Flops=613214208 => 1790.2339570202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257741.723335939 Mflops = 257.741723335939 Gflops = 0.257741723335939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001122207 Relative Rsd = 4.91735891137453e-07
BICGSTAB_SOLVER_TIME: 0.761191 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123684
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009859(s) Flops=1623859200 => 1608.00587012642 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231536.012762349 Mflops = 231.536012762349 Gflops = 0.231536012762349 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180608000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 26 resid = 2.111972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096071(s) Flops=173574144 => 1806.72777425029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259982.283430879 Mflops = 259.982283430879 Gflops = 0.259982283430879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055853 s
InvBiCGStab: k = 58 resid = 1.137706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212558(s) Flops=383551488 => 1804.45566857046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.055243966 Mflops = 259.755055243966 Gflops = 0.259755055243966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007630762 Relative Rsd = 3.34369548664905e-07
BICGSTAB_SOLVER_TIME: 0.409422 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040766 s
InvBiCGStab: k = 75 resid = 2.089081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274278(s) Flops=495101952 => 1805.10996871787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259890.432449342 Mflops = 259.890432449342 Gflops = 0.259890432449342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 78 resid = 1.086294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285592(s) Flops=514787328 => 1802.52712961147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.99535684 Mflops = 259.50899535684 Gflops = 0.25950899535684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001147578 Relative Rsd = 5.02852899747221e-07
BICGSTAB_SOLVER_TIME: 0.660971 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123888000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 65 resid = 2.223835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23793(s) Flops=429484032 => 1805.08566385071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.937634274 Mflops = 259.863937634274 Gflops = 0.259863937634274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055916 s
InvBiCGStab: k = 92 resid = 1.094348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408278(s) Flops=606652416 => 1485.88073812451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213925.255389742 Mflops = 213.925255389742 Gflops = 0.213925255389742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001128629 Relative Rsd = 4.94549945952775e-07
BICGSTAB_SOLVER_TIME: 0.752735 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050083 s
InvBiCGStab: k = 65 resid = 2.154227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279524(s) Flops=429484032 => 1536.4835649175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221210.195414713 Mflops = 221.210195414713 Gflops = 0.221210195414713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064679 s
InvBiCGStab: k = 88 resid = 1.138092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415791(s) Flops=580405248 => 1395.90623173662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200978.028192694 Mflops = 200.978028192694 Gflops = 0.200978028192694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001203766 Relative Rsd = 5.27473902681854e-07
BICGSTAB_SOLVER_TIME: 0.814164 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060759 s
InvBiCGStab: k = 62 resid = 2.050979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287831(s) Flops=409798656 => 1423.74746292095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204982.82482476 Mflops = 204.98282482476 Gflops = 0.20498282482476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059669 s
InvBiCGStab: k = 86 resid = 1.068172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340568(s) Flops=567281664 => 1665.69279556506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239821.81506188 Mflops = 239.82181506188 Gflops = 0.23982181506188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001154008 Relative Rsd = 5.05670525374417e-07
BICGSTAB_SOLVER_TIME: 0.752734 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119847
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00214(s) Flops=1611546624 => 1608.10527870357 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231551.72109749 Mflops = 231.55172109749 Gflops = 0.23155172109749 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179332000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864956(s) Flops=1492494336 => 1725.51474988323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248459.787039481 Mflops = 248.459787039481 Gflops = 0.248459787039481 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.100042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.886885(s) Flops=1584359424 => 1786.43163882578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257236.304547016 Mflops = 257.236304547016 Gflops = 0.257236304547016 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002152918 Relative Rsd = 9.47342465168035e-07
BICGSTAB_SOLVER_TIME: 1.755273 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.119502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001856
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333753999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.131556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989839(s) Flops=1459685376 => 1474.66949271548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212299.635461261 Mflops = 212.299635461261 Gflops = 0.212299635461261 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.052727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894388(s) Flops=1354696704 => 1514.6633273255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218101.819103419 Mflops = 218.101819103419 Gflops = 0.218101819103419 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002024956 Relative Rsd = 8.90600157940051e-07
BICGSTAB_SOLVER_TIME: 1.887659 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305179999999999
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001786(s) Flops=1611546624 => 1608.67353306994 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231635.032275174 Mflops = 231.635032275174 Gflops = 0.231635032275174 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179508000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 29 resid = 1.454307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107688(s) Flops=193259520 => 1794.62447069311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258276.259630514 Mflops = 258.276259630514 Gflops = 0.258276259630514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056732 s
InvBiCGStab: k = 53 resid = 1.095062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196219(s) Flops=350742528 => 1787.50543015712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257323.008492141 Mflops = 257.323008492141 Gflops = 0.257323008492141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007254891 Relative Rsd = 3.17899357433053e-07
BICGSTAB_SOLVER_TIME: 0.405569 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04143 s
InvBiCGStab: k = 78 resid = 1.976626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286595(s) Flops=514787328 => 1796.21880353809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258597.998382999 Mflops = 258.597998382999 Gflops = 0.258597998382999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056022 s
InvBiCGStab: k = 99 resid = 1.020384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362353(s) Flops=652584960 => 1800.96469464859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.447328793 Mflops = 259.289447328793 Gflops = 0.259289447328793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001312695 Relative Rsd = 5.75204945012104e-07
BICGSTAB_SOLVER_TIME: 0.750289 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140682
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 72 resid = 1.908472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263199(s) Flops=475416576 => 1806.30084460807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.92132977 Mflops = 260.06392132977 Gflops = 0.26006392132977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 86 resid = 7.098698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326252(s) Flops=567281664 => 1738.78371320329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250333.067434456 Mflops = 250.333067434456 Gflops = 0.250333067434456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001124171 Relative Rsd = 4.92596201741285e-07
BICGSTAB_SOLVER_TIME: 0.693782 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050093 s
InvBiCGStab: k = 79 resid = 1.75634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363561(s) Flops=521349120 => 1434.00727800837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206465.68748791 Mflops = 206.46568748791 Gflops = 0.20646568748791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069741 s
InvBiCGStab: k = 95 resid = 1.142929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425053(s) Flops=626337792 => 1473.55222054661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212162.746283281 Mflops = 212.162746283281 Gflops = 0.212162746283281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00123212 Relative Rsd = 5.3989793046099e-07
BICGSTAB_SOLVER_TIME: 0.914016 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056001 s
InvBiCGStab: k = 69 resid = 2.271826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298596(s) Flops=455731200 => 1526.24683518868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219738.88549627 Mflops = 219.73888549627 Gflops = 0.21973888549627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 94 resid = 1.083943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38774(s) Flops=619776000 => 1598.43193892815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230139.444158569 Mflops = 230.139444158569 Gflops = 0.230139444158569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001175485 Relative Rsd = 5.1508119602402e-07
BICGSTAB_SOLVER_TIME: 0.802491 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130675
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01742(s) Flops=1592967168 => 1565.69279943386 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225439.674864712 Mflops = 225.439674864712 Gflops = 0.225439674864712 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177008000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040713 s
InvBiCGStab: k = 29 resid = 2.250428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107394(s) Flops=193259520 => 1799.53740432426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259015.425427337 Mflops = 259.015425427337 Gflops = 0.259015425427337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 57 resid = 9.809014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208975(s) Flops=376989696 => 1803.99423854528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.435720805 Mflops = 259.691435720805 Gflops = 0.259691435720805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007315355 Relative Rsd = 3.20548848832545e-07
BICGSTAB_SOLVER_TIME: 0.417496 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0758060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040814 s
InvBiCGStab: k = 70 resid = 2.183429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256022(s) Flops=462292992 => 1805.67682464788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259965.888920822 Mflops = 259.965888920822 Gflops = 0.259965888920822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 108 resid = 8.294179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394307(s) Flops=711641088 => 1804.78938492089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259847.815942145 Mflops = 259.847815942145 Gflops = 0.259847815942145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001310964 Relative Rsd = 5.74446606593096e-07
BICGSTAB_SOLVER_TIME: 0.751392 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 72 resid = 2.148501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263955(s) Flops=475416576 => 1801.1273739842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259308.371655531 Mflops = 259.308371655531 Gflops = 0.259308371655531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 87 resid = 1.15147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362872(s) Flops=573843456 => 1581.39359333319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227679.558692749 Mflops = 227.679558692749 Gflops = 0.227679558692749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001144856 Relative Rsd = 5.01660248581043e-07
BICGSTAB_SOLVER_TIME: 0.728765 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127905
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041992 s
InvBiCGStab: k = 77 resid = 1.523576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352926(s) Flops=508225536 => 1440.03427347376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207333.399731921 Mflops = 207.333399731921 Gflops = 0.207333399731921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063024 s
InvBiCGStab: k = 93 resid = 1.146795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422602(s) Flops=613214208 => 1451.04426387002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208912.247551691 Mflops = 208.912247551691 Gflops = 0.208912247551691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001182703 Relative Rsd = 5.18244221182705e-07
BICGSTAB_SOLVER_TIME: 0.886381 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047068 s
InvBiCGStab: k = 69 resid = 1.91931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337299(s) Flops=455731200 => 1351.11933329183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194541.001467096 Mflops = 194.541001467096 Gflops = 0.194541001467096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056714 s
InvBiCGStab: k = 94 resid = 1.050619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34867(s) Flops=619776000 => 1777.54323572432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255921.370920941 Mflops = 255.921370920941 Gflops = 0.255921370920941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001184789 Relative Rsd = 5.19158195987855e-07
BICGSTAB_SOLVER_TIME: 0.793604 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130559
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986754(s) Flops=1580580864 => 1601.7982840708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230639.634065072 Mflops = 230.639634065072 Gflops = 0.230639634065072 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 33 resid = 2.219198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122033(s) Flops=219506688 => 1798.74860078831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258928.944935754 Mflops = 258.928944935754 Gflops = 0.258928944935754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 50 resid = 7.345292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183205(s) Flops=331057152 => 1807.0312054802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.373358978 Mflops = 260.122373358978 Gflops = 0.260122373358978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007524749 Relative Rsd = 3.297242029796e-07
BICGSTAB_SOLVER_TIME: 0.406275 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 52 resid = 2.000574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191828(s) Flops=344180736 => 1794.21531788894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258290.767741484 Mflops = 258.290767741484 Gflops = 0.258290767741484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 97 resid = 9.108736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354784(s) Flops=639461376 => 1802.39632001443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.225883602 Mflops = 259.503225883602 Gflops = 0.259503225883602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001126019 Relative Rsd = 4.9340595985129e-07
BICGSTAB_SOLVER_TIME: 0.648523 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 67 resid = 1.524479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244845(s) Flops=442607616 => 1807.70534828157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260258.386250837 Mflops = 260.258386250837 Gflops = 0.260258386250837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056464 s
InvBiCGStab: k = 84 resid = 9.259156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363038(s) Flops=554158080 => 1526.4464876955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219774.288174353 Mflops = 219.774288174353 Gflops = 0.219774288174353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001129149 Relative Rsd = 4.94777559703993e-07
BICGSTAB_SOLVER_TIME: 0.709463 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043045 s
InvBiCGStab: k = 67 resid = 1.59979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29727(s) Flops=442607616 => 1488.90778080533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214359.354872789 Mflops = 214.359354872789 Gflops = 0.214359354872789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06398 s
InvBiCGStab: k = 78 resid = 1.025006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344604(s) Flops=514787328 => 1493.8518647491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215065.556765747 Mflops = 215.065556765747 Gflops = 0.215065556765747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001131335 Relative Rsd = 4.95735353472007e-07
BICGSTAB_SOLVER_TIME: 0.753186 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 64 resid = 2.19188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298316(s) Flops=422922240 => 1417.6988160206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204102.124341435 Mflops = 204.102124341435 Gflops = 0.204102124341435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058374 s
InvBiCGStab: k = 94 resid = 1.092163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371632(s) Flops=619776000 => 1667.71429801524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240138.800597502 Mflops = 240.138800597502 Gflops = 0.240138800597502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001121265 Relative Rsd = 4.91322850226737e-07
BICGSTAB_SOLVER_TIME: 0.773724 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127047
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976283(s) Flops=1568268288 => 1606.36648185004 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231299.422580744 Mflops = 231.299422580744 Gflops = 0.231299422580744 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174178000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 27 resid = 2.13831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100052(s) Flops=180135936 => 1800.42313996722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259113.153684874 Mflops = 259.113153684874 Gflops = 0.259113153684874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056022 s
InvBiCGStab: k = 51 resid = 8.734766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187541(s) Flops=337618944 => 1800.24071536357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.825491957 Mflops = 259.157825491957 Gflops = 0.259157825491957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007639279 Relative Rsd = 3.34742724011619e-07
BICGSTAB_SOLVER_TIME: 0.388314 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 72 resid = 1.432472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279353(s) Flops=475416576 => 1701.84882925904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245014.325584469 Mflops = 245.014325584469 Gflops = 0.245014325584469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059659 s
InvBiCGStab: k = 93 resid = 1.041027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361583(s) Flops=613214208 => 1695.91548275223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244163.515532553 Mflops = 244.163515532553 Gflops = 0.244163515532553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001243892 Relative Rsd = 5.45056376306902e-07
BICGSTAB_SOLVER_TIME: 0.745468 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 66 resid = 1.130955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242608(s) Flops=436045824 => 1797.326650399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258752.630089668 Mflops = 258.752630089668 Gflops = 0.258752630089668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 77 resid = 1.044742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302107(s) Flops=508225536 => 1682.26997719351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242197.901036969 Mflops = 242.197901036969 Gflops = 0.242197901036969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001063286 Relative Rsd = 4.65917390934812e-07
BICGSTAB_SOLVER_TIME: 0.646146 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05274 s
InvBiCGStab: k = 72 resid = 1.909234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320983(s) Flops=475416576 => 1481.1269631102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213243.100335387 Mflops = 213.243100335387 Gflops = 0.213243100335387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068536 s
InvBiCGStab: k = 91 resid = 8.855781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414009(s) Flops=600090624 => 1449.46275080977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208687.859204489 Mflops = 208.687859204489 Gflops = 0.208687859204489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00119121 Relative Rsd = 5.21971995745185e-07
BICGSTAB_SOLVER_TIME: 0.86151 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050793 s
InvBiCGStab: k = 62 resid = 1.852814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274307(s) Flops=409798656 => 1493.94166390212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215088.40499739 Mflops = 215.08840499739 Gflops = 0.21508840499739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.096225 s
InvBiCGStab: k = 75 resid = 1.147972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305366(s) Flops=495101952 => 1621.33948114721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233430.528592126 Mflops = 233.430528592126 Gflops = 0.233430528592126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001086228 Relative Rsd = 4.75970093559501e-07
BICGSTAB_SOLVER_TIME: 0.730567 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112105
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975443(s) Flops=1568047104 => 1607.52304747689 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231469.150707918 Mflops = 231.469150707918 Gflops = 0.231469150707918 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174403000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 2.250457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.780055(s) Flops=1407191040 => 1803.96387434219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.341450086 Mflops = 259.701341450086 Gflops = 0.259701341450086 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 8.942084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917189(s) Flops=1617168384 => 1763.17900018426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253886.499894756 Mflops = 253.886499894756 Gflops = 0.253886499894756 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002227538 Relative Rsd = 9.8013347548313e-07
BICGSTAB_SOLVER_TIME: 1.700629 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328710999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.008134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918164(s) Flops=1315325952 => 1432.56101524346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206256.99798117 Mflops = 206.25699798117 Gflops = 0.20625699798117 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.140436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.082038(s) Flops=1604044800 => 1482.42926773367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213462.137162485 Mflops = 213.462137162485 Gflops = 0.213462137162485 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.00212461 Relative Rsd = 9.34375276173364e-07
BICGSTAB_SOLVER_TIME: 2.003595 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.115507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316775999999999
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998981(s) Flops=1568047104 => 1569.64657385876 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226170.279889238 Mflops = 226.170279889238 Gflops = 0.226170279889238 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176024000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.380043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044297 s
InvBiCGStab: k = 25 resid = 2.225284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10118(s) Flops=167012352 => 1650.64589839889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237598.99745826 Mflops = 237.59899745826 Gflops = 0.23759899745826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059176 s
InvBiCGStab: k = 50 resid = 1.080909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187194(s) Flops=331057152 => 1768.52437578128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254584.333054534 Mflops = 254.584333054534 Gflops = 0.254584333054534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0006971741 Relative Rsd = 3.05492137975528e-07
BICGSTAB_SOLVER_TIME: 0.395642 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 83 resid = 2.198367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306642(s) Flops=547596288 => 1785.78370868961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257106.802967662 Mflops = 257.106802967662 Gflops = 0.257106802967662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 110 resid = 9.24619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40464(s) Flops=724764672 => 1791.13451957295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257880.326040344 Mflops = 257.880326040344 Gflops = 0.257880326040344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001370515 Relative Rsd = 6.00540875495667e-07
BICGSTAB_SOLVER_TIME: 0.812967 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040709 s
InvBiCGStab: k = 61 resid = 2.127921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224414(s) Flops=403236864 => 1796.84361938204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258689.133595495 Mflops = 258.689133595495 Gflops = 0.258689133595495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055857 s
InvBiCGStab: k = 85 resid = 7.447977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310994(s) Flops=560719872 => 1802.99257220397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.769566246 Mflops = 259.569769566246 Gflops = 0.259569769566246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001102309 Relative Rsd = 4.83016529666809e-07
BICGSTAB_SOLVER_TIME: 0.635871 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 71 resid = 2.156449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283624(s) Flops=468854784 => 1653.08571912109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237995.424075332 Mflops = 237.995424075332 Gflops = 0.237995424075332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07406 s
InvBiCGStab: k = 88 resid = 7.741139e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384131(s) Flops=580405248 => 1510.95654347085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217538.065170764 Mflops = 217.538065170764 Gflops = 0.217538065170764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001196687 Relative Rsd = 5.24371683348237e-07
BICGSTAB_SOLVER_TIME: 0.787321 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046548 s
InvBiCGStab: k = 66 resid = 7.01393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283006(s) Flops=436045824 => 1540.76529826223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221827.876539299 Mflops = 221.827876539299 Gflops = 0.221827876539299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082172 s
InvBiCGStab: k = 84 resid = 1.032188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372013(s) Flops=554158080 => 1489.62020144457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214464.487356486 Mflops = 214.464487356486 Gflops = 0.214464487356486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001105927 Relative Rsd = 4.84602174185606e-07
BICGSTAB_SOLVER_TIME: 0.789068 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121302
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.139104(s) Flops=1561632768 => 1370.93080877602 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197402.720527847 Mflops = 197.402720527847 Gflops = 0.197402720527847 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173628000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 31 resid = 1.870887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114347(s) Flops=206383104 => 1804.88429079906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.691268547 Mflops = 259.787691268547 Gflops = 0.259787691268547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 50 resid = 1.115413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183645(s) Flops=331057152 => 1802.70169076207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.933411627 Mflops = 259.499933411627 Gflops = 0.259499933411627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007696435 Relative Rsd = 3.37247214943196e-07
BICGSTAB_SOLVER_TIME: 0.399552 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 72 resid = 1.873742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263169(s) Flops=475416576 => 1806.50675421497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.641649978 Mflops = 260.080641649978 Gflops = 0.260080641649978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 110 resid = 1.080608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402723(s) Flops=724764672 => 1799.66049120611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259111.631124235 Mflops = 259.111631124235 Gflops = 0.259111631124235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001287665 Relative Rsd = 5.64237043303908e-07
BICGSTAB_SOLVER_TIME: 0.76729 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 63 resid = 1.776357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230294(s) Flops=416360448 => 1807.95178337256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260286.24555692 Mflops = 260.28624555692 Gflops = 0.26028624555692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05585 s
InvBiCGStab: k = 81 resid = 1.037108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296659(s) Flops=534472704 => 1801.63994350416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259375.987587634 Mflops = 259.375987587634 Gflops = 0.259375987587634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001136979 Relative Rsd = 4.98208395753287e-07
BICGSTAB_SOLVER_TIME: 0.627522 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 71 resid = 1.064217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260499(s) Flops=468854784 => 1799.83333525273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.955610163 Mflops = 259.117955610163 Gflops = 0.259117955610163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056551 s
InvBiCGStab: k = 91 resid = 1.019337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332309(s) Flops=600090624 => 1805.82116042599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.493271777 Mflops = 259.994493271777 Gflops = 0.259994493271777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001157642 Relative Rsd = 5.07262903424179e-07
BICGSTAB_SOLVER_TIME: 0.694236 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04332 s
InvBiCGStab: k = 66 resid = 2.234112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293208(s) Flops=436045824 => 1487.15527543587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214122.634996835 Mflops = 214.122634996836 Gflops = 0.214122634996836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065992 s
InvBiCGStab: k = 98 resid = 7.382202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437622(s) Flops=646023168 => 1476.21273153543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212545.307037192 Mflops = 212.545307037192 Gflops = 0.212545307037192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00118 Relative Rsd = 5.17059629849044e-07
BICGSTAB_SOLVER_TIME: 0.844403 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131263
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.178397(s) Flops=1561264128 => 1324.90504303728 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  190798.473327863 Mflops = 190.798473327863 Gflops = 0.190798473327863 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173198000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041483 s
InvBiCGStab: k = 32 resid = 2.146747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117805(s) Flops=212944896 => 1807.60490641314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260162.066093073 Mflops = 260.162066093073 Gflops = 0.260162066093073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 57 resid = 1.066828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208951(s) Flops=376989696 => 1804.20144435777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.494754521 Mflops = 259.720494754521 Gflops = 0.259720494754521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007845631 Relative Rsd = 3.43784810358347e-07
BICGSTAB_SOLVER_TIME: 0.428125 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 65 resid = 1.780834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237763(s) Flops=429484032 => 1806.35352010195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.274070728 Mflops = 260.058274070728 Gflops = 0.260058274070728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 88 resid = 1.016519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3213(s) Flops=580405248 => 1806.42778711485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.466669719 Mflops = 260.076466669719 Gflops = 0.260076466669719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001138444 Relative Rsd = 4.98850733797962e-07
BICGSTAB_SOLVER_TIME: 0.661293 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123755000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 61 resid = 2.035855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223112(s) Flops=403236864 => 1807.32934131737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260192.944635151 Mflops = 260.192944635151 Gflops = 0.260192944635151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 86 resid = 1.124521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313897(s) Flops=567281664 => 1807.22231814895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260190.348793846 Mflops = 260.190348793847 Gflops = 0.260190348793847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001146944 Relative Rsd = 5.02574988560166e-07
BICGSTAB_SOLVER_TIME: 0.637666 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 66 resid = 2.194013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24239(s) Flops=436045824 => 1798.94312471637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258996.551238036 Mflops = 258.996551238036 Gflops = 0.258996551238036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056922 s
InvBiCGStab: k = 88 resid = 9.790796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348193(s) Flops=580405248 => 1666.90670978452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239994.450572722 Mflops = 239.994450572722 Gflops = 0.239994450572722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001149379 Relative Rsd = 5.03642151194745e-07
BICGSTAB_SOLVER_TIME: 0.692485 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041747 s
InvBiCGStab: k = 61 resid = 2.269891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272799(s) Flops=403236864 => 1478.14641549273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212826.564561846 Mflops = 212.826564561846 Gflops = 0.212826564561846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0646 s
InvBiCGStab: k = 87 resid = 8.963104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406842(s) Flops=573843456 => 1410.48233958146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203075.802374631 Mflops = 203.075802374631 Gflops = 0.203075802374631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001140402 Relative Rsd = 4.99708340787089e-07
BICGSTAB_SOLVER_TIME: 0.790066 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119993
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.129636(s) Flops=1542537216 => 1365.51704796943 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196624.140731344 Mflops = 196.624140731344 Gflops = 0.196624140731344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171556000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 24 resid = 2.278551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089053(s) Flops=160450560 => 1801.7423332173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259317.614616289 Mflops = 259.317614616289 Gflops = 0.259317614616289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 57 resid = 1.100898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209452(s) Flops=376989696 => 1799.88587361305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259111.333606628 Mflops = 259.111333606628 Gflops = 0.259111333606628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007406869 Relative Rsd = 3.2455884506213e-07
BICGSTAB_SOLVER_TIME: 0.399444 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040867 s
InvBiCGStab: k = 68 resid = 2.213804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249841(s) Flops=449169408 => 1797.82104618537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258838.415925351 Mflops = 258.838415925351 Gflops = 0.258838415925351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 96 resid = 9.098886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350671(s) Flops=632899584 => 1804.8244194701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259849.60771863 Mflops = 259.84960771863 Gflops = 0.25984960771863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001156385 Relative Rsd = 5.06711927151899e-07
BICGSTAB_SOLVER_TIME: 0.701664 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043522 s
InvBiCGStab: k = 64 resid = 1.872044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249193(s) Flops=422922240 => 1697.1674164202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244326.083135574 Mflops = 244.326083135574 Gflops = 0.244326083135574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057289 s
InvBiCGStab: k = 92 resid = 7.808815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340819(s) Flops=606652416 => 1779.98414407647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256268.440015149 Mflops = 256.268440015149 Gflops = 0.256268440015149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001143529 Relative Rsd = 5.01078767373033e-07
BICGSTAB_SOLVER_TIME: 0.694633 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125683
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04108 s
InvBiCGStab: k = 71 resid = 1.846979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261904(s) Flops=468854784 => 1790.17801942697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257735.829282676 Mflops = 257.735829282676 Gflops = 0.257735829282676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056662 s
InvBiCGStab: k = 93 resid = 9.698314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342734(s) Flops=613214208 => 1789.18405527319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257600.659575962 Mflops = 257.600659575962 Gflops = 0.257600659575962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001152996 Relative Rsd = 5.05226979527971e-07
BICGSTAB_SOLVER_TIME: 0.70621 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 69 resid = 9.581244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279348(s) Flops=455731200 => 1631.4102839469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234874.612672092 Mflops = 234.874612672092 Gflops = 0.234874612672092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084775 s
InvBiCGStab: k = 87 resid = 1.032097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399709(s) Flops=573843456 => 1435.65307761396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206694.279521922 Mflops = 206.694279521922 Gflops = 0.206694279521922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00114625 Relative Rsd = 5.02271214492819e-07
BICGSTAB_SOLVER_TIME: 0.809513 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125625
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.10325(s) Flops=1523810304 => 1381.20127260367 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198884.464256602 Mflops = 198.884464256602 Gflops = 0.198884464256602 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169128000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021497
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.477237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848532(s) Flops=1479370752 => 1743.44721471907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251011.098602499 Mflops = 251.011098602499 Gflops = 0.251011098602499 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.123754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853639(s) Flops=1531865088 => 1794.51160033691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258396.490394956 Mflops = 258.396490394956 Gflops = 0.258396490394956 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002205655 Relative Rsd = 9.7048178197435e-07
BICGSTAB_SOLVER_TIME: 1.705677 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326669999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.122949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.677344(s) Flops=1223460864 => 1806.26220059527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260133.456856381 Mflops = 260.133456856381 Gflops = 0.260133456856381 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.121596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729916(s) Flops=1315325952 => 1802.02372875783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.202823181 Mflops = 259.475202823181 Gflops = 0.259475202823181 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.002020359 Relative Rsd = 8.88487306942122e-07
BICGSTAB_SOLVER_TIME: 1.410611 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275745999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 310 resid = 2.152484e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.368582(s) Flops=2037123072 => 1488.49179077322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214325.733732786 Mflops = 214.325733732785 Gflops = 0.214325733732785 Tflops
InvBiCGStab: k = 309 resid = 9.255154e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.252714(s) Flops=2030561280 => 1620.92966151891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233406.154494499 Mflops = 233.406154494499 Gflops = 0.233406154494499 Tflops
BICGSTAB_SOLVER: 619 iterations. Rsd = 0.002190001 Relative Rsd = 9.63593804405078e-07
BICGSTAB_SOLVER_TIME: 2.62611 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.442292
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 253 resid = 2.103381e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.935216(s) Flops=1663100928 => 1778.30675266463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256034.578765329 Mflops = 256.034578765329 Gflops = 0.256034578765329 Tflops
InvBiCGStab: k = 304 resid = 9.716343e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.115096(s) Flops=1997752320 => 1791.55186638639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257974.831789228 Mflops = 257.974831789228 Gflops = 0.257974831789228 Tflops
BICGSTAB_SOLVER: 557 iterations. Rsd = 0.002128953 Relative Rsd = 9.36243299003427e-07
BICGSTAB_SOLVER_TIME: 2.055015 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.398796999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 253 resid = 1.569586e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924777(s) Flops=1663100928 => 1798.38050470546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258856.634707813 Mflops = 258.856634707813 Gflops = 0.258856634707813 Tflops
InvBiCGStab: k = 267 resid = 9.303091e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972592(s) Flops=1754966016 => 1804.42160330334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.627792158 Mflops = 259.827627792158 Gflops = 0.259827627792158 Tflops
BICGSTAB_SOLVER: 520 iterations. Rsd = 0.007129038 Relative Rsd = 3.12384682293352e-06
BICGSTAB_SOLVER_TIME: 1.902274 sec
2Flav::invert,  n_count = 520
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.370372000000002
MInvCG2: 352 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.610508(s) Flops=2269440000 => 1409.14543734027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202940.927732839 Mflops = 202.940927732839 Gflops = 0.202940927732839 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254007000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.309826600349027
AccProb = 0.733574146697579
AcceptP = 0
After HMC trajectory call: time= 474.645908 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.077942 secs
Doing Update: 2739 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 260 resid = 2.024804e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.121915(s) Flops=1709033472 => 1523.31814085737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219325.324539926 Mflops = 219.325324539926 Gflops = 0.219325324539926 Tflops
InvBiCGStab: k = 318 resid = 8.224159e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.1732(s) Flops=2089617408 => 1781.12632799182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256475.171375078 Mflops = 256.475171375078 Gflops = 0.256475171375078 Tflops
BICGSTAB_SOLVER: 578 iterations. Rsd = 0.001923413 Relative Rsd = 8.45833904394864e-07
BICGSTAB_SOLVER_TIME: 2.300376 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.415165999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 228 resid = 1.882102e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83452(s) Flops=1499056128 => 1796.30940900158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258692.062425378 Mflops = 258.692062425378 Gflops = 0.258692062425378 Tflops
InvBiCGStab: k = 237 resid = 6.369748e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866243(s) Flops=1558112256 => 1798.70112197155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259000.646796404 Mflops = 259.000646796404 Gflops = 0.259000646796404 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002003278 Relative Rsd = 8.80620997117701e-07
BICGSTAB_SOLVER_TIME: 1.705724 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334519999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 369 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.464808(s) Flops=2370742272 => 1618.46622355967 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233075.353891747 Mflops = 233.075353891747 Gflops = 0.233075353891747 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264450000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 316 resid = 2.003756e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.405946(s) Flops=2076493824 => 1476.93711138266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212663.477240167 Mflops = 212.663477240167 Gflops = 0.212663477240167 Tflops
InvBiCGStab: k = 340 resid = 1.085325e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.504986(s) Flops=2233976832 => 1484.38379626123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213745.542271122 Mflops = 213.745542271122 Gflops = 0.213745542271122 Tflops
BICGSTAB_SOLVER: 656 iterations. Rsd = 0.002061717 Relative Rsd = 9.06653993942628e-07
BICGSTAB_SOLVER_TIME: 2.915711 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.468942
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 273 resid = 1.446008e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.025682(s) Flops=1794336768 => 1749.40845993203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251925.502548801 Mflops = 251.925502548801 Gflops = 0.251925502548801 Tflops
InvBiCGStab: k = 291 resid = 9.5256e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.094848(s) Flops=1912449024 => 1746.77126322558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251526.376601685 Mflops = 251.526376601685 Gflops = 0.251526376601685 Tflops
BICGSTAB_SOLVER: 564 iterations. Rsd = 0.002477688 Relative Rsd = 1.08916704296226e-06
BICGSTAB_SOLVER_TIME: 2.125164 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.403809999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 225 resid = 2.119106e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838599(s) Flops=1479370752 => 1764.0979204602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253978.952482175 Mflops = 253.978952482175 Gflops = 0.253978952482175 Tflops
InvBiCGStab: k = 259 resid = 1.151158e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96998(s) Flops=1702471680 => 1755.1616321986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252734.028927613 Mflops = 252.734028927613 Gflops = 0.252734028927613 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.001765064 Relative Rsd = 7.73739674283952e-07
BICGSTAB_SOLVER_TIME: 1.813199 sec
2Flav::invert,  n_count = 484
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344978000000002
MInvCG2: 344 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.441243(s) Flops=2218641408 => 1539.39440330326 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221676.585104842 Mflops = 221.676585104843 Gflops = 0.221676585104843 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247116000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.140207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.955894(s) Flops=1354696704 => 1417.20389917711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204029.65605782 Mflops = 204.02965605782 Gflops = 0.20402965605782 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 9.853542e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.03068(s) Flops=1590921216 => 1543.56465246245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222265.005979438 Mflops = 222.265005979438 Gflops = 0.222265005979438 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002058989 Relative Rsd = 9.05453996877802e-07
BICGSTAB_SOLVER_TIME: 1.990137 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319319999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.454591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636451(s) Flops=1118472192 => 1757.35789872276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253047.344547063 Mflops = 253.047344547063 Gflops = 0.253047344547063 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 6.240737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722079(s) Flops=1275955200 => 1767.05762111902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254445.522989774 Mflops = 254.445522989774 Gflops = 0.254445522989774 Tflops
BICGSTAB_SOLVER: 364 iterations. Rsd = 0.002489481 Relative Rsd = 1.09435096908374e-06
BICGSTAB_SOLVER_TIME: 1.362025 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001895
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260231999999997
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916701(s) Flops=1441898496 => 1572.92126440355 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226509.849343324 Mflops = 226.509849343324 Gflops = 0.226509849343324 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159911000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.7e-05 s
InvBiCGStab: k = 145 resid = 2.257417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.628599(s) Flops=954427392 => 1518.34061460486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218680.693754488 Mflops = 218.680693754488 Gflops = 0.218680693754488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.9e-05 s
InvBiCGStab: k = 204 resid = 1.081923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911047(s) Flops=1341573120 => 1472.56192051563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212036.280527604 Mflops = 212.036280527604 Gflops = 0.212036280527604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 349 iterations. Rsd = 0.001788244 Relative Rsd = 7.83901009474283e-07
BICGSTAB_SOLVER_TIME: 1.543908 sec
2Flav::invert,  n_count = 349
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250669999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000129 s
InvBiCGStab: k = 123 resid = 1.241649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.558723(s) Flops=810067968 => 1449.85613264534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208653.109612778 Mflops = 208.653109612778 Gflops = 0.208653109612778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 137 resid = 1.139733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.512382(s) Flops=901933056 => 1760.27467007038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253421.684971467 Mflops = 253.421684971467 Gflops = 0.253421684971467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 260 iterations. Rsd = 0.001505217 Relative Rsd = 6.5983245201015e-07
BICGSTAB_SOLVER_TIME: 1.075148 sec
2Flav::invert,  n_count = 260
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187375999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005019 s
InvBiCGStab: k = 98 resid = 2.059445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381372(s) Flops=646023168 => 1693.94493565338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243903.403999926 Mflops = 243.903403999926 Gflops = 0.243903403999926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007466 s
InvBiCGStab: k = 114 resid = 9.69617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424654(s) Flops=751011840 => 1768.52647096224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254632.101045736 Mflops = 254.632101045736 Gflops = 0.254632101045736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001402866 Relative Rsd = 6.14965265194462e-07
BICGSTAB_SOLVER_TIME: 0.822315 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155411999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007271 s
InvBiCGStab: k = 86 resid = 1.610138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3164(s) Flops=567281664 => 1792.92561314791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258130.434640291 Mflops = 258.130434640291 Gflops = 0.258130434640291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011177 s
InvBiCGStab: k = 112 resid = 1.007512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425049(s) Flops=737888256 => 1736.00750972241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249942.208271902 Mflops = 249.942208271902 Gflops = 0.249942208271902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001333863 Relative Rsd = 5.84716875468373e-07
BICGSTAB_SOLVER_TIME: 0.763815 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146036999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010213 s
InvBiCGStab: k = 67 resid = 2.245419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248356(s) Flops=442607616 => 1782.14988162154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256579.663706932 Mflops = 256.579663706932 Gflops = 0.256579663706932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015587 s
InvBiCGStab: k = 96 resid = 8.774855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352983(s) Flops=632899584 => 1793.00301714247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258146.320278196 Mflops = 258.146320278196 Gflops = 0.258146320278196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.0012012 Relative Rsd = 5.26562220599655e-07
BICGSTAB_SOLVER_TIME: 0.630929 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122093000000001
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901107(s) Flops=1448165376 => 1607.09591202821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231414.065337907 Mflops = 231.414065337907 Gflops = 0.231414065337907 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160891000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.499992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01604 s
InvBiCGStab: k = 28 resid = 1.917281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129522(s) Flops=186697728 => 1441.43642006763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207477.640835809 Mflops = 207.477640835809 Gflops = 0.207477640835809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.020199 s
InvBiCGStab: k = 47 resid = 1.120003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201642(s) Flops=311371776 => 1544.18115273604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222282.976354658 Mflops = 222.282976354658 Gflops = 0.222282976354658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007022453 Relative Rsd = 3.07838761073224e-07
BICGSTAB_SOLVER_TIME: 0.374769 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0604560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016482 s
InvBiCGStab: k = 77 resid = 1.982243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32433(s) Flops=508225536 => 1567.00131347701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225614.325447842 Mflops = 225.614325447842 Gflops = 0.225614325447842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.02887 s
InvBiCGStab: k = 109 resid = 1.122859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399397(s) Flops=718202880 => 1798.21801365559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258905.089358802 Mflops = 258.905089358802 Gflops = 0.258905089358802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001305732 Relative Rsd = 5.72385445370383e-07
BICGSTAB_SOLVER_TIME: 0.772903 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140452
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.01995 s
InvBiCGStab: k = 53 resid = 2.111021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195038(s) Flops=350742528 => 1798.32918713276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258903.078791182 Mflops = 258.903078791182 Gflops = 0.258903078791182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028758 s
InvBiCGStab: k = 84 resid = 8.983024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308159(s) Flops=554158080 => 1798.2862093919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258900.897192897 Mflops = 258.900897192897 Gflops = 0.258900897192897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.0010863 Relative Rsd = 4.76194370866395e-07
BICGSTAB_SOLVER_TIME: 0.555744 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106771
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023965 s
InvBiCGStab: k = 61 resid = 2.002546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225025(s) Flops=403236864 => 1791.96473280747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257979.540676506 Mflops = 257.979540676506 Gflops = 0.257979540676506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033837 s
InvBiCGStab: k = 86 resid = 1.055918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315765(s) Flops=567281664 => 1796.53116716546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258654.724613589 Mflops = 258.654724613589 Gflops = 0.258654724613589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001168526 Relative Rsd = 5.12239308428564e-07
BICGSTAB_SOLVER_TIME: 0.6025 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114983
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027972 s
InvBiCGStab: k = 63 resid = 2.148387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2315(s) Flops=416360448 => 1798.53325269978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258930.92216511 Mflops = 258.93092216511 Gflops = 0.25893092216511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039179 s
InvBiCGStab: k = 93 resid = 9.443544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339941(s) Flops=613214208 => 1803.8842269688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.512673039 Mflops = 259.716512673039 Gflops = 0.259716512673039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001163657 Relative Rsd = 5.10104885055578e-07
BICGSTAB_SOLVER_TIME: 0.642477 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122774
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908784(s) Flops=1460772864 => 1607.39280621138 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231443.23526755 Mflops = 231.44323526755 Gflops = 0.23144323526755 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162177000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.036341 s
InvBiCGStab: k = 27 resid = 1.848527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115323(s) Flops=180135936 => 1562.01222652897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224892.092200468 Mflops = 224.892092200468 Gflops = 0.224892092200468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.054514 s
InvBiCGStab: k = 47 resid = 1.068655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20255(s) Flops=311371776 => 1537.25882991854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221297.980706622 Mflops = 221.297980706622 Gflops = 0.221297980706622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007527924 Relative Rsd = 3.29996780393461e-07
BICGSTAB_SOLVER_TIME: 0.413415 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.04639 s
InvBiCGStab: k = 55 resid = 1.353052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230729(s) Flops=363866112 => 1577.02808056204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227059.64411037 Mflops = 227.05964411037 Gflops = 0.22705964411037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.060426 s
InvBiCGStab: k = 80 resid = 9.285355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381008(s) Flops=527910912 => 1385.56385167766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199480.709699043 Mflops = 199.480709699043 Gflops = 0.199480709699043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001065229 Relative Rsd = 4.66957535707745e-07
BICGSTAB_SOLVER_TIME: 0.72243 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 62 resid = 2.03619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263847(s) Flops=409798656 => 1553.16776768354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223618.578880336 Mflops = 223.618578880336 Gflops = 0.223618578880336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056597 s
InvBiCGStab: k = 71 resid = 9.721446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26222(s) Flops=468854784 => 1788.02068492106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257409.466993425 Mflops = 257.409466993425 Gflops = 0.257409466993425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001056459 Relative Rsd = 4.63113277185639e-07
BICGSTAB_SOLVER_TIME: 0.628076 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 69 resid = 1.379668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253248(s) Flops=455731200 => 1799.54510993177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259076.972598495 Mflops = 259.076972598495 Gflops = 0.259076972598495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 85 resid = 1.070269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311302(s) Flops=560719872 => 1801.20870408799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.087269493 Mflops = 259.321087269493 Gflops = 0.259321087269493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001137148 Relative Rsd = 4.98484334039134e-07
BICGSTAB_SOLVER_TIME: 0.66571 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 59 resid = 1.838923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216825(s) Flops=390113280 => 1799.20802490488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259026.539318299 Mflops = 259.026539318299 Gflops = 0.259026539318299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 71 resid = 1.139109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25994(s) Flops=468854784 => 1803.70387012387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259685.591814855 Mflops = 259.685591814855 Gflops = 0.259685591814855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001075336 Relative Rsd = 4.71388307746305e-07
BICGSTAB_SOLVER_TIME: 0.578302 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107252
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917402(s) Flops=1473454080 => 1606.11605381283 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231293.782200623 Mflops = 231.293782200623 Gflops = 0.231293782200623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163614000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044828 s
InvBiCGStab: k = 28 resid = 2.130216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110285(s) Flops=186697728 => 1692.86601079023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243653.925034241 Mflops = 243.653925034241 Gflops = 0.243653925034241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058451 s
InvBiCGStab: k = 50 resid = 9.66702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210488(s) Flops=331057152 => 1572.80772300559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226405.254417029 Mflops = 226.405254417029 Gflops = 0.226405254417029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007053807 Relative Rsd = 3.09213212351279e-07
BICGSTAB_SOLVER_TIME: 0.428235 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046294 s
InvBiCGStab: k = 64 resid = 1.435999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274979(s) Flops=422922240 => 1538.01650307842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221441.062850064 Mflops = 221.441062850064 Gflops = 0.221441062850064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070462 s
InvBiCGStab: k = 81 resid = 9.681672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36617(s) Flops=534472704 => 1459.62996422427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210152.411242251 Mflops = 210.152411242251 Gflops = 0.210152411242251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001151818 Relative Rsd = 5.04915110534616e-07
BICGSTAB_SOLVER_TIME: 0.762342 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046302 s
InvBiCGStab: k = 50 resid = 2.025363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240573(s) Flops=331057152 => 1376.11931513511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198118.665569051 Mflops = 198.118665569051 Gflops = 0.198118665569051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 80 resid = 1.132205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332702(s) Flops=527910912 => 1586.73801780572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228442.849592878 Mflops = 228.442849592878 Gflops = 0.228442849592878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001019565 Relative Rsd = 4.46940344306418e-07
BICGSTAB_SOLVER_TIME: 0.680443 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 57 resid = 2.107919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272974(s) Flops=376989696 => 1381.04616556888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198880.505909646 Mflops = 198.880505909646 Gflops = 0.198880505909646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.089231 s
InvBiCGStab: k = 85 resid = 6.028325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420283(s) Flops=560719872 => 1334.14835241968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192197.058492992 Mflops = 192.197058492992 Gflops = 0.192197058492992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001102263 Relative Rsd = 4.83192064498769e-07
BICGSTAB_SOLVER_TIME: 0.827732 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 49 resid = 1.933525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179741(s) Flops=324495360 => 1805.34969762046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259887.277909338 Mflops = 259.887277909338 Gflops = 0.259887277909338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 74 resid = 9.047456e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304924(s) Flops=488540160 => 1602.17024570057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230663.876033032 Mflops = 230.663876033032 Gflops = 0.230663876033032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001004633 Relative Rsd = 4.40394337016526e-07
BICGSTAB_SOLVER_TIME: 0.586416 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102078
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923875(s) Flops=1486061568 => 1608.50934163171 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231605.65404244 Mflops = 231.60565404244 Gflops = 0.23160565404244 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.232667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818535(s) Flops=1472808960 => 1799.32313218128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259041.555104215 Mflops = 259.041555104215 Gflops = 0.259041555104215 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.069635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768726(s) Flops=1387505664 => 1804.94176598684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.892563162 Mflops = 259.885892563162 Gflops = 0.259885892563162 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002056688 Relative Rsd = 9.0448251770586e-07
BICGSTAB_SOLVER_TIME: 1.590629 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.116186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310600999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.767684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.696463(s) Flops=1256269824 => 1803.78544732455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.677280633 Mflops = 259.762677280633 Gflops = 0.259762677280633 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 6.626606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779718(s) Flops=1407191040 => 1804.74356113364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.806152795 Mflops = 259.869806152795 Gflops = 0.259869806152795 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002034817 Relative Rsd = 8.94487524040739e-07
BICGSTAB_SOLVER_TIME: 1.479591 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289321999999997
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95533(s) Flops=1486061568 => 1555.54789235133 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223977.263683221 Mflops = 223.977263683221 Gflops = 0.223977263683221 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165011000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046525 s
InvBiCGStab: k = 28 resid = 1.934459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127753(s) Flops=186697728 => 1461.39603766643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210350.275853199 Mflops = 210.350275853199 Gflops = 0.210350275853199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069051 s
InvBiCGStab: k = 55 resid = 8.134155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242969(s) Flops=363866112 => 1497.58245702127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215584.310727896 Mflops = 215.584310727896 Gflops = 0.215584310727896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007075545 Relative Rsd = 3.10166111823654e-07
BICGSTAB_SOLVER_TIME: 0.490331 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049515 s
InvBiCGStab: k = 78 resid = 2.191903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344602(s) Flops=514787328 => 1493.86053476184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215087.760426175 Mflops = 215.087760426175 Gflops = 0.215087760426175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074043 s
InvBiCGStab: k = 112 resid = 1.045912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.492202(s) Flops=737888256 => 1499.15737034795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215851.955900236 Mflops = 215.851955900236 Gflops = 0.215851955900236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001311635 Relative Rsd = 5.74973086053004e-07
BICGSTAB_SOLVER_TIME: 0.974926 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150091999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041791 s
InvBiCGStab: k = 52 resid = 1.789291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192388(s) Flops=344180736 => 1788.99274383018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257544.145325808 Mflops = 257.544145325808 Gflops = 0.257544145325808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056043 s
InvBiCGStab: k = 69 resid = 1.018518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253617(s) Flops=455731200 => 1796.92686215829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258694.885771393 Mflops = 258.694885771393 Gflops = 0.258694885771393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001022354 Relative Rsd = 4.48162668481667e-07
BICGSTAB_SOLVER_TIME: 0.547671 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 73 resid = 1.442267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269068(s) Flops=481978368 => 1791.28832860095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257894.567350273 Mflops = 257.894567350273 Gflops = 0.257894567350273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056093 s
InvBiCGStab: k = 88 resid = 6.945124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323561(s) Flops=580405248 => 1793.80471688492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.306900238 Mflops = 258.259306900238 Gflops = 0.258259306900238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001093411 Relative Rsd = 4.79311573087367e-07
BICGSTAB_SOLVER_TIME: 0.693923 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 52 resid = 2.093878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200246(s) Flops=344180736 => 1718.78956883034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247454.620414526 Mflops = 247.454620414526 Gflops = 0.247454620414526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057998 s
InvBiCGStab: k = 79 resid = 1.066861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30502(s) Flops=521349120 => 1709.22929643958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246081.184025521 Mflops = 246.081184025521 Gflops = 0.246081184025521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001049506 Relative Rsd = 4.60065019518807e-07
BICGSTAB_SOLVER_TIME: 0.608343 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107877
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933266(s) Flops=1492623360 => 1599.35469630309 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230323.15458958 Mflops = 230.32315458958 Gflops = 0.23032315458958 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165935000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045578 s
InvBiCGStab: k = 24 resid = 2.187961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101189(s) Flops=160450560 => 1585.65219539673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228204.131905745 Mflops = 228.204131905745 Gflops = 0.228204131905745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 49 resid = 1.076512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179874(s) Flops=324495360 => 1804.01481036726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.704947045 Mflops = 259.698704947045 Gflops = 0.259698704947045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007249708 Relative Rsd = 3.17800789856305e-07
BICGSTAB_SOLVER_TIME: 0.386371 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 69 resid = 2.151069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253617(s) Flops=455731200 => 1796.92686215829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258699.793505874 Mflops = 258.699793505874 Gflops = 0.258699793505874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057427 s
InvBiCGStab: k = 93 resid = 1.056811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339864(s) Flops=613214208 => 1804.29291716687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.947624482 Mflops = 259.769947624482 Gflops = 0.259769947624482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.0012483 Relative Rsd = 5.47209353952354e-07
BICGSTAB_SOLVER_TIME: 0.696063 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 54 resid = 1.682304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203407(s) Flops=357304320 => 1756.59795385606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252868.082848135 Mflops = 252.868082848135 Gflops = 0.252868082848135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058507 s
InvBiCGStab: k = 76 resid = 4.968981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323663(s) Flops=501663744 => 1549.95703555859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223155.681756197 Mflops = 223.155681756197 Gflops = 0.223155681756197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0009950777 Relative Rsd = 4.36205815013867e-07
BICGSTAB_SOLVER_TIME: 0.630474 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045486 s
InvBiCGStab: k = 64 resid = 2.206797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313069(s) Flops=422922240 => 1350.89146482085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194496.337449127 Mflops = 194.496337449127 Gflops = 0.194496337449127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069755 s
InvBiCGStab: k = 78 resid = 8.120063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33013(s) Flops=514787328 => 1559.3473116651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224496.003026751 Mflops = 224.496003026751 Gflops = 0.224496003026751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001088369 Relative Rsd = 4.77101366840288e-07
BICGSTAB_SOLVER_TIME: 0.762576 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057254 s
InvBiCGStab: k = 55 resid = 1.892382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244005(s) Flops=363866112 => 1491.22399950821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214627.445876111 Mflops = 214.627445876111 Gflops = 0.214627445876111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073549 s
InvBiCGStab: k = 79 resid = 1.008771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292481(s) Flops=521349120 => 1782.50594055682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256632.456676813 Mflops = 256.632456676813 Gflops = 0.256632456676813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001072205 Relative Rsd = 4.70015489499881e-07
BICGSTAB_SOLVER_TIME: 0.671178 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109997
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938863(s) Flops=1505009664 => 1603.01307432501 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230834.043370671 Mflops = 230.834043370671 Gflops = 0.230834043370671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167101000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 32 resid = 1.490311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117899(s) Flops=212944896 => 1806.16371640133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.566487804 Mflops = 259.968566487804 Gflops = 0.259968566487804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 60 resid = 1.147117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220258(s) Flops=396675072 => 1800.9564783118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259257.856330774 Mflops = 259.257856330774 Gflops = 0.259257856330774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007668018 Relative Rsd = 3.36137974451884e-07
BICGSTAB_SOLVER_TIME: 0.439085 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0801390000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 47 resid = 2.279637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172208(s) Flops=311371776 => 1808.11446622689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260286.203213606 Mflops = 260.286203213606 Gflops = 0.260286203213606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 68 resid = 9.63075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249653(s) Flops=449169408 => 1799.1748867428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259030.754356574 Mflops = 259.030754356574 Gflops = 0.259030754356574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001028485 Relative Rsd = 4.50850587512834e-07
BICGSTAB_SOLVER_TIME: 0.523242 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001875
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964580000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 53 resid = 1.811163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20928(s) Flops=350742528 => 1675.94862385321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241298.841492253 Mflops = 241.298841492253 Gflops = 0.241298841492253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058422 s
InvBiCGStab: k = 83 resid = 6.509778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314477(s) Flops=547596288 => 1741.29201181644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250702.790377164 Mflops = 250.702790377164 Gflops = 0.250702790377164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.0010441 Relative Rsd = 4.57695643720017e-07
BICGSTAB_SOLVER_TIME: 0.627345 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041546 s
InvBiCGStab: k = 70 resid = 1.762145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258281(s) Flops=462292992 => 1789.88385518099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257699.769352969 Mflops = 257.699769352969 Gflops = 0.257699769352969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056982 s
InvBiCGStab: k = 79 resid = 9.821141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289828(s) Flops=521349120 => 1798.82247401907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.557558175 Mflops = 258.986557558175 Gflops = 0.258986557558175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001063563 Relative Rsd = 4.66227264375588e-07
BICGSTAB_SOLVER_TIME: 0.650509 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 58 resid = 1.913883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212096(s) Flops=383551488 => 1808.38624019312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260355.064968677 Mflops = 260.355064968677 Gflops = 0.260355064968677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 77 resid = 1.111866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281987(s) Flops=508225536 => 1802.30129757755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259476.055386816 Mflops = 259.476055386816 Gflops = 0.259476055386816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001082649 Relative Rsd = 4.74593693675311e-07
BICGSTAB_SOLVER_TIME: 0.595467 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11084
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.134906(s) Flops=1511350272 => 1331.69643300855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191751.771855757 Mflops = 191.751771855757 Gflops = 0.191751771855757 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167415000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.462329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 33 resid = 1.376294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122968(s) Flops=219506688 => 1785.07162839113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256959.125245713 Mflops = 256.959125245713 Gflops = 0.256959125245713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05593 s
InvBiCGStab: k = 48 resid = 1.10803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177266(s) Flops=317933568 => 1793.53947175431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258171.174704119 Mflops = 258.171174704119 Gflops = 0.258171174704119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000754348 Relative Rsd = 3.3067869867969e-07
BICGSTAB_SOLVER_TIME: 0.401053 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042129 s
InvBiCGStab: k = 51 resid = 2.277089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198158(s) Flops=337618944 => 1703.78659453567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245261.106112565 Mflops = 245.261106112565 Gflops = 0.245261106112565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057216 s
InvBiCGStab: k = 84 resid = 1.071763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309323(s) Flops=554158080 => 1791.51915635113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257932.70514605 Mflops = 257.93270514605 Gflops = 0.25793270514605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001074526 Relative Rsd = 4.7103291923777e-07
BICGSTAB_SOLVER_TIME: 0.610679 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110685
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 49 resid = 1.872298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180334(s) Flops=324495360 => 1799.41308904588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259034.048569174 Mflops = 259.034048569174 Gflops = 0.259034048569174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 79 resid = 1.133819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292128(s) Flops=521349120 => 1784.65987512323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256928.064373489 Mflops = 256.928064373489 Gflops = 0.256928064373489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00103047 Relative Rsd = 4.51720636146093e-07
BICGSTAB_SOLVER_TIME: 0.573615 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 58 resid = 1.532072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213085(s) Flops=383551488 => 1799.99290424009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259135.630694761 Mflops = 259.135630694761 Gflops = 0.259135630694761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 86 resid = 1.087808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315032(s) Flops=567281664 => 1800.71124203256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.991456927 Mflops = 259.248991456927 Gflops = 0.259248991456927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001104474 Relative Rsd = 4.84161370835804e-07
BICGSTAB_SOLVER_TIME: 0.629289 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 52 resid = 2.217778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190808(s) Flops=344180736 => 1803.80663284558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259684.501538073 Mflops = 259.684501538073 Gflops = 0.259684501538073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 80 resid = 7.761398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292914(s) Flops=527910912 => 1802.27272168623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.292834764 Mflops = 259.461292834764 Gflops = 0.259461292834764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001026665 Relative Rsd = 4.50052443303545e-07
BICGSTAB_SOLVER_TIME: 0.585074 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108612
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946412(s) Flops=1511202816 => 1596.77055658635 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229981.721606814 Mflops = 229.981721606814 Gflops = 0.229981721606814 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167863000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.249718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921434(s) Flops=1315325952 => 1427.47711935961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205611.491880376 Mflops = 205.611491880376 Gflops = 0.205611491880376 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.113185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890002(s) Flops=1472808960 => 1654.83780935324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238290.417740056 Mflops = 238.290417740056 Gflops = 0.238290417740056 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.001971555 Relative Rsd = 8.67085598171213e-07
BICGSTAB_SOLVER_TIME: 1.814964 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.118929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303896999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.998987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680143(s) Flops=1216899072 => 1789.18120454081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257611.375407665 Mflops = 257.611375407665 Gflops = 0.257611375407665 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.887601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861691(s) Flops=1551550464 => 1800.58798803748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259273.366050938 Mflops = 259.273366050938 Gflops = 0.259273366050938 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002004033 Relative Rsd = 8.8095872303963e-07
BICGSTAB_SOLVER_TIME: 1.545336 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300999999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938325(s) Flops=1511202816 => 1610.53240188634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231945.373659214 Mflops = 231.945373659214 Gflops = 0.231945373659214 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167745000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 26 resid = 2.027711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096194(s) Flops=173574144 => 1804.41757282159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.773767645 Mflops = 259.683773767645 Gflops = 0.259683773767645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 52 resid = 1.132599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19086(s) Flops=344180736 => 1803.31518390443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.014706484 Mflops = 259.596014706484 Gflops = 0.259596014706484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007221891 Relative Rsd = 3.16581425550886e-07
BICGSTAB_SOLVER_TIME: 0.38851 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04475 s
InvBiCGStab: k = 74 resid = 2.190215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283103(s) Flops=488540160 => 1725.66225013511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248471.587913176 Mflops = 248.471587913176 Gflops = 0.248471587913176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059042 s
InvBiCGStab: k = 100 resid = 8.598668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36737(s) Flops=659146752 => 1794.23129814628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258327.81445023 Mflops = 258.32781445023 Gflops = 0.25832781445023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001231068 Relative Rsd = 5.39655306856446e-07
BICGSTAB_SOLVER_TIME: 0.758041 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042584 s
InvBiCGStab: k = 61 resid = 2.252887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26993(s) Flops=403236864 => 1493.85716296818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215055.153330061 Mflops = 215.055153330061 Gflops = 0.215055153330061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068636 s
InvBiCGStab: k = 76 resid = 1.05002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337433(s) Flops=501663744 => 1486.70623205199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214040.898579975 Mflops = 214.040898579975 Gflops = 0.214040898579975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001025037 Relative Rsd = 4.49338706416645e-07
BICGSTAB_SOLVER_TIME: 0.725244 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043433 s
InvBiCGStab: k = 59 resid = 1.945396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255259(s) Flops=390113280 => 1528.30372288538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219958.394068273 Mflops = 219.958394068273 Gflops = 0.219958394068273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061786 s
InvBiCGStab: k = 85 resid = 1.040155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390851(s) Flops=560719872 => 1434.61286270216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206552.826720317 Mflops = 206.552826720317 Gflops = 0.206552826720317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001140648 Relative Rsd = 5.00018516223523e-07
BICGSTAB_SOLVER_TIME: 0.755399 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043756 s
InvBiCGStab: k = 55 resid = 1.741282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202252(s) Flops=363866112 => 1799.07299804205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258997.032344719 Mflops = 258.997032344719 Gflops = 0.258997032344719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056672 s
InvBiCGStab: k = 86 resid = 9.425393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315636(s) Flops=567281664 => 1797.2654069878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.668834565 Mflops = 258.754668834565 Gflops = 0.258754668834565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001093678 Relative Rsd = 4.79428538977884e-07
BICGSTAB_SOLVER_TIME: 0.622122 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115127
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942617(s) Flops=1511276544 => 1603.27741171653 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230922.95082227 Mflops = 230.92295082227 Gflops = 0.23092295082227 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168012000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042098 s
InvBiCGStab: k = 26 resid = 1.696906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097165(s) Flops=173574144 => 1786.38546801832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257128.749172047 Mflops = 257.128749172047 Gflops = 0.257128749172047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057835 s
InvBiCGStab: k = 48 resid = 7.374106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177805(s) Flops=317933568 => 1788.10251680211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257403.477886131 Mflops = 257.403477886131 Gflops = 0.257403477886131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007184292 Relative Rsd = 3.1493321182969e-07
BICGSTAB_SOLVER_TIME: 0.37885 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 72 resid = 2.103238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264291(s) Flops=475416576 => 1798.83755405973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.195796633 Mflops = 258.965195796633 Gflops = 0.258965195796633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056926 s
InvBiCGStab: k = 100 resid = 5.914218e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365206(s) Flops=659146752 => 1804.86287738975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.532624638 Mflops = 259.857532624638 Gflops = 0.259857532624638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00123123 Relative Rsd = 5.39726241667886e-07
BICGSTAB_SOLVER_TIME: 0.731735 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 52 resid = 2.246265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19129(s) Flops=344180736 => 1799.26151915939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259020.370143856 Mflops = 259.020370143856 Gflops = 0.259020370143856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062794 s
InvBiCGStab: k = 80 resid = 9.282016e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292858(s) Flops=527910912 => 1802.61735038824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259516.111160111 Mflops = 259.516111160111 Gflops = 0.259516111160111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001050797 Relative Rsd = 4.60631069107646e-07
BICGSTAB_SOLVER_TIME: 0.591823 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 62 resid = 1.762266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226793(s) Flops=409798656 => 1806.92815033974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.832559297 Mflops = 260.125832559297 Gflops = 0.260125832559297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 94 resid = 5.768975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343274(s) Flops=619776000 => 1805.48483135921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.055854402 Mflops = 259.943055854402 Gflops = 0.259943055854402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001138845 Relative Rsd = 4.99228282011194e-07
BICGSTAB_SOLVER_TIME: 0.671428 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125886
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041519 s
InvBiCGStab: k = 65 resid = 1.862041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265729(s) Flops=429484032 => 1616.24825291933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232689.203395015 Mflops = 232.689203395015 Gflops = 0.232689203395015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0584 s
InvBiCGStab: k = 89 resid = 9.590942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40961(s) Flops=586967040 => 1432.99001489221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206318.965765054 Mflops = 206.318965765054 Gflops = 0.206318965765054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001121925 Relative Rsd = 4.91811154411036e-07
BICGSTAB_SOLVER_TIME: 0.779348 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124338
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.163365(s) Flops=1511129088 => 1298.92947441259 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187034.328116604 Mflops = 187.034328116604 Gflops = 0.187034328116604 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167642000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 26 resid = 2.207879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096679(s) Flops=173574144 => 1795.36552922558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258386.979011363 Mflops = 258.386979011363 Gflops = 0.258386979011363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 48 resid = 8.473523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176301(s) Flops=317933568 => 1803.35657767114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.502935525 Mflops = 259.596502935524 Gflops = 0.259596502935524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007294865 Relative Rsd = 3.19780330385609e-07
BICGSTAB_SOLVER_TIME: 0.374121 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041787 s
InvBiCGStab: k = 50 resid = 1.952678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184398(s) Flops=331057152 => 1795.34025314808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258466.709620987 Mflops = 258.466709620987 Gflops = 0.258466709620987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056007 s
InvBiCGStab: k = 77 resid = 9.451586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281101(s) Flops=508225536 => 1807.98195666326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260276.280208899 Mflops = 260.276280208899 Gflops = 0.260276280208899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001043537 Relative Rsd = 4.57448749750417e-07
BICGSTAB_SOLVER_TIME: 0.567094 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104943
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041475 s
InvBiCGStab: k = 52 resid = 2.06244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191311(s) Flops=344180736 => 1799.06401618307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259007.52978077 Mflops = 259.00752978077 Gflops = 0.25900752978077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 80 resid = 1.105857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292542(s) Flops=527910912 => 1804.5645138134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.1213204 Mflops = 259.7991213204 Gflops = 0.2597991213204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001005186 Relative Rsd = 4.4063684221362e-07
BICGSTAB_SOLVER_TIME: 0.585728 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 54 resid = 2.179749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198237(s) Flops=357304320 => 1802.40984276396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259480.53435732 Mflops = 259.48053435732 Gflops = 0.25948053435732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 85 resid = 1.12784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310648(s) Flops=560719872 => 1805.00074682599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.606612818 Mflops = 259.864606612818 Gflops = 0.259864606612818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001098703 Relative Rsd = 4.81631294518149e-07
BICGSTAB_SOLVER_TIME: 0.610385 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 62 resid = 2.085511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228014(s) Flops=409798656 => 1797.25216872648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.975479282 Mflops = 258.748975479282 Gflops = 0.258748975479282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 77 resid = 1.085578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283301(s) Flops=508225536 => 1793.94190631166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258264.245088508 Mflops = 258.264245088508 Gflops = 0.258264245088508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001045328 Relative Rsd = 4.58233676609949e-07
BICGSTAB_SOLVER_TIME: 0.612792 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113751
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961323(s) Flops=1517174784 => 1578.21542187173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227243.051191732 Mflops = 227.243051191732 Gflops = 0.227243051191732 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168843000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051659 s
InvBiCGStab: k = 27 resid = 1.822498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11646(s) Flops=180135936 => 1546.76228748068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222646.267184121 Mflops = 222.646267184121 Gflops = 0.222646267184121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059809 s
InvBiCGStab: k = 48 resid = 8.716772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221166(s) Flops=317933568 => 1437.53365345487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206945.188882106 Mflops = 206.945188882106 Gflops = 0.206945188882106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0006784203 Relative Rsd = 2.97394758314143e-07
BICGSTAB_SOLVER_TIME: 0.452915 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052327 s
InvBiCGStab: k = 55 resid = 2.280209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20877(s) Flops=363866112 => 1742.90421037505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250932.517978776 Mflops = 250.932517978776 Gflops = 0.250932517978776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056719 s
InvBiCGStab: k = 81 resid = 1.112627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297468(s) Flops=534472704 => 1796.74016700956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258671.21748474 Mflops = 258.67121748474 Gflops = 0.25867121748474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001093023 Relative Rsd = 4.79141482636628e-07
BICGSTAB_SOLVER_TIME: 0.619173 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 53 resid = 1.313049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195303(s) Flops=350742528 => 1795.8890954056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258552.088128602 Mflops = 258.552088128602 Gflops = 0.258552088128602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 82 resid = 7.285108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301049(s) Flops=541034496 => 1797.16423572242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258750.095850627 Mflops = 258.750095850627 Gflops = 0.258750095850627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001043073 Relative Rsd = 4.5724543731245e-07
BICGSTAB_SOLVER_TIME: 0.597797 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042891 s
InvBiCGStab: k = 66 resid = 2.16205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242594(s) Flops=436045824 => 1797.43037338104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258782.241419844 Mflops = 258.782241419844 Gflops = 0.258782241419844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 80 resid = 6.65266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291535(s) Flops=527910912 => 1810.79771554016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260698.963239724 Mflops = 260.698963239724 Gflops = 0.260698963239724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001092342 Relative Rsd = 4.78843097138436e-07
BICGSTAB_SOLVER_TIME: 0.6373 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044765 s
InvBiCGStab: k = 50 resid = 2.055347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18986(s) Flops=331057152 => 1743.69088802275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251062.875437231 Mflops = 251.062875437231 Gflops = 0.251062875437231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058072 s
InvBiCGStab: k = 86 resid = 1.048757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316489(s) Flops=567281664 => 1792.42142380936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258061.794761505 Mflops = 258.061794761505 Gflops = 0.258061794761505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00104985 Relative Rsd = 4.60216125976845e-07
BICGSTAB_SOLVER_TIME: 0.613052 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111567
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945304(s) Flops=1517248512 => 1605.03765137987 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231106.441151246 Mflops = 231.106441151246 Gflops = 0.231106441151246 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168918000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.038667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798131(s) Flops=1440000000 => 1804.21509752158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.559546494 Mflops = 259.729559546494 Gflops = 0.259729559546494 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 263 resid = 8.190683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.150519(s) Flops=1728718848 => 1502.55567096241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216359.239482705 Mflops = 216.359239482705 Gflops = 0.216359239482705 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002348079 Relative Rsd = 1.0327069898571e-06
BICGSTAB_SOLVER_TIME: 1.952286 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.134233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344137999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.978073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757613(s) Flops=1144719360 => 1510.9552766386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217508.555036743 Mflops = 217.508555036743 Gflops = 0.217508555036743 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 9.533927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840744(s) Flops=1499056128 => 1783.01138991179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256740.617266106 Mflops = 256.740617266106 Gflops = 0.256740617266106 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001993434 Relative Rsd = 8.76298729327619e-07
BICGSTAB_SOLVER_TIME: 1.601725 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286896999999997
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943491(s) Flops=1517248512 => 1608.12187079686 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231543.24791155 Mflops = 231.54324791155 Gflops = 0.23154324791155 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168591000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 30 resid = 2.125005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111732(s) Flops=199821312 => 1788.39823864247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257408.605416522 Mflops = 257.408605416522 Gflops = 0.257408605416522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056099 s
InvBiCGStab: k = 50 resid = 7.763193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183859(s) Flops=331057152 => 1800.60346243589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.718901719 Mflops = 259.210718901719 Gflops = 0.259210718901719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007255069 Relative Rsd = 3.18035793314347e-07
BICGSTAB_SOLVER_TIME: 0.396675 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040761 s
InvBiCGStab: k = 86 resid = 2.252198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314218(s) Flops=567281664 => 1805.37608921195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.323514124 Mflops = 259.933323514124 Gflops = 0.259933323514124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 108 resid = 8.263575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425227(s) Flops=711641088 => 1673.55574316777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240962.076389377 Mflops = 240.962076389377 Gflops = 0.240962076389377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001321613 Relative Rsd = 5.79347161274652e-07
BICGSTAB_SOLVER_TIME: 0.840833 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152817999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 61 resid = 1.279104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2279(s) Flops=403236864 => 1769.35877139096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254722.441172044 Mflops = 254.722441172044 Gflops = 0.254722441172044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05758 s
InvBiCGStab: k = 65 resid = 1.023489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239541(s) Flops=429484032 => 1792.94580885944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258114.089476913 Mflops = 258.114089476913 Gflops = 0.258114089476913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001027134 Relative Rsd = 4.50258256321196e-07
BICGSTAB_SOLVER_TIME: 0.570076 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041519 s
InvBiCGStab: k = 63 resid = 1.850172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23238(s) Flops=416360448 => 1791.72238574748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257960.613972488 Mflops = 257.960613972488 Gflops = 0.257960613972488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 86 resid = 9.301356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324429(s) Flops=567281664 => 1748.55411815836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251750.693051471 Mflops = 251.750693051471 Gflops = 0.251750693051471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001144121 Relative Rsd = 5.01541114089786e-07
BICGSTAB_SOLVER_TIME: 0.658878 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049778 s
InvBiCGStab: k = 51 resid = 2.063723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229881(s) Flops=337618944 => 1468.668328396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211441.534729353 Mflops = 211.441534729353 Gflops = 0.211441534729353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070329 s
InvBiCGStab: k = 88 resid = 1.05391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370835(s) Flops=580405248 => 1565.13071312039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225331.084300049 Mflops = 225.331084300049 Gflops = 0.225331084300049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001049724 Relative Rsd = 4.60160704965893e-07
BICGSTAB_SOLVER_TIME: 0.72502 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113358
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.077541(s) Flops=1523220480 => 1413.607909119 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203581.263415263 Mflops = 203.581263415263 Gflops = 0.203581263415263 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168962000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043775 s
InvBiCGStab: k = 28 resid = 1.657967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10948(s) Flops=186697728 => 1705.31355498721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245439.405958627 Mflops = 245.439405958627 Gflops = 0.245439405958627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061075 s
InvBiCGStab: k = 53 resid = 6.243968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202343(s) Flops=350742528 => 1733.4057911566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249531.431798672 Mflops = 249.531431798672 Gflops = 0.249531431798672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007341329 Relative Rsd = 3.21817154602569e-07
BICGSTAB_SOLVER_TIME: 0.422981 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041966 s
InvBiCGStab: k = 78 resid = 1.212214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286952(s) Flops=514787328 => 1793.9841088405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258298.456158509 Mflops = 258.298456158509 Gflops = 0.258298456158509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056694 s
InvBiCGStab: k = 110 resid = 9.554979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403958(s) Flops=724764672 => 1794.15848182237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258318.770280444 Mflops = 258.318770280444 Gflops = 0.258318770280444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001298967 Relative Rsd = 5.69419655800879e-07
BICGSTAB_SOLVER_TIME: 0.79323 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041199 s
InvBiCGStab: k = 54 resid = 1.692488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198777(s) Flops=357304320 => 1797.5133944068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258789.228858514 Mflops = 258.789228858514 Gflops = 0.258789228858514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 79 resid = 7.304596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289025(s) Flops=521349120 => 1803.82015396592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259705.280533574 Mflops = 259.705280533574 Gflops = 0.259705280533574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001015548 Relative Rsd = 4.451792727899e-07
BICGSTAB_SOLVER_TIME: 0.58917 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 71 resid = 1.364615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259528(s) Flops=468854784 => 1806.56724515274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260105.030730736 Mflops = 260.105030730736 Gflops = 0.260105030730736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 96 resid = 1.112261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350855(s) Flops=632899584 => 1803.87790967779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.500154279 Mflops = 259.717500154279 Gflops = 0.259717500154279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001148846 Relative Rsd = 5.036122574871e-07
BICGSTAB_SOLVER_TIME: 0.711362 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 49 resid = 1.672475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179988(s) Flops=324495360 => 1802.87219147943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.562967967 Mflops = 259.538562967967 Gflops = 0.259538562967967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056497 s
InvBiCGStab: k = 84 resid = 1.061189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307479(s) Flops=554158080 => 1802.26317894881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.081752832 Mflops = 259.471081752832 Gflops = 0.259471081752832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001118231 Relative Rsd = 4.90191748388442e-07
BICGSTAB_SOLVER_TIME: 0.588687 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109164
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952899(s) Flops=1522925568 => 1598.20250414787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230134.6685261 Mflops = 230.1346685261 Gflops = 0.2301346685261 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169089000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.573364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 29 resid = 2.230527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107654(s) Flops=193259520 => 1795.19126089137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258391.082787626 Mflops = 258.391082787626 Gflops = 0.258391082787626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056678 s
InvBiCGStab: k = 45 resid = 1.084556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217109(s) Flops=298248192 => 1373.7256032684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197759.475236741 Mflops = 197.759475236741 Gflops = 0.197759475236741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007066834 Relative Rsd = 3.09784263099485e-07
BICGSTAB_SOLVER_TIME: 0.429295 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.151921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 52 resid = 1.599298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190809(s) Flops=344180736 => 1803.79717937833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.258206034 Mflops = 259.673258206034 Gflops = 0.259673258206034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056795 s
InvBiCGStab: k = 83 resid = 1.037517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305527(s) Flops=547596288 => 1792.30080483885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258037.351877099 Mflops = 258.037351877099 Gflops = 0.258037351877099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00104686 Relative Rsd = 4.5890536293237e-07
BICGSTAB_SOLVER_TIME: 0.597811 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041003 s
InvBiCGStab: k = 51 resid = 1.852477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188254(s) Flops=337618944 => 1793.42241864715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.615598748 Mflops = 258.191615598748 Gflops = 0.258191615598748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056496 s
InvBiCGStab: k = 75 resid = 9.942579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275707(s) Flops=495101952 => 1795.75401422525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258538.169119277 Mflops = 258.538169119277 Gflops = 0.258538169119277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001047891 Relative Rsd = 4.59357202371567e-07
BICGSTAB_SOLVER_TIME: 0.565183 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 63 resid = 1.093725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230685(s) Flops=416360448 => 1804.88739189804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.838801979 Mflops = 259.854838801979 Gflops = 0.259854838801979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 83 resid = 1.116625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30301(s) Flops=547596288 => 1807.18883205175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260185.967421841 Mflops = 260.185967421841 Gflops = 0.260185967421841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001083615 Relative Rsd = 4.75017363318886e-07
BICGSTAB_SOLVER_TIME: 0.634604 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 59 resid = 2.248211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217096(s) Flops=390113280 => 1796.96208129123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.768044891 Mflops = 258.703768044891 Gflops = 0.258703768044891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 83 resid = 7.034157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303182(s) Flops=547596288 => 1806.16358490939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260035.713855507 Mflops = 260.035713855507 Gflops = 0.260035713855507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001080838 Relative Rsd = 4.73800091335244e-07
BICGSTAB_SOLVER_TIME: 0.621713 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115688
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962925(s) Flops=1510318080 => 1568.46907079991 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225856.488963344 Mflops = 225.856488963344 Gflops = 0.225856488963344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167401000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 28 resid = 2.109281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105651(s) Flops=186697728 => 1767.11747167561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254345.633100236 Mflops = 254.345633100236 Gflops = 0.254345633100236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059236 s
InvBiCGStab: k = 49 resid = 1.150649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186753(s) Flops=324495360 => 1737.56437647588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250136.877803989 Mflops = 250.136877803989 Gflops = 0.250136877803989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007492455 Relative Rsd = 3.28441930152501e-07
BICGSTAB_SOLVER_TIME: 0.397494 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 56 resid = 2.059948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205396(s) Flops=370427904 => 1803.48158678845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.440502367 Mflops = 259.633440502367 Gflops = 0.259633440502367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 95 resid = 1.086058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40605(s) Flops=626337792 => 1542.51395640931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222092.143601297 Mflops = 222.092143601297 Gflops = 0.222092143601297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001141568 Relative Rsd = 5.00421875036197e-07
BICGSTAB_SOLVER_TIME: 0.713072 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048446 s
InvBiCGStab: k = 59 resid = 1.877328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283055(s) Flops=390113280 => 1378.22430269736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198437.080306786 Mflops = 198.437080306786 Gflops = 0.198437080306786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069996 s
InvBiCGStab: k = 89 resid = 6.293581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406922(s) Flops=586967040 => 1442.45590063943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207681.375847207 Mflops = 207.681375847207 Gflops = 0.207681375847207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001049484 Relative Rsd = 4.60055527522456e-07
BICGSTAB_SOLVER_TIME: 0.812088 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054134 s
InvBiCGStab: k = 59 resid = 2.164477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295654(s) Flops=390113280 => 1319.49265019245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189977.932402 Mflops = 189.977932402 Gflops = 0.189977932402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056619 s
InvBiCGStab: k = 87 resid = 9.454104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325407(s) Flops=573843456 => 1763.46377305958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253900.388390425 Mflops = 253.900388390425 Gflops = 0.253900388390425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001113053 Relative Rsd = 4.87921732357905e-07
BICGSTAB_SOLVER_TIME: 0.735452 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044489 s
InvBiCGStab: k = 69 resid = 2.250837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26761(s) Flops=455731200 => 1702.96775157879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245183.964264824 Mflops = 245.183964264824 Gflops = 0.245183964264824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057719 s
InvBiCGStab: k = 76 resid = 1.109288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2798(s) Flops=501663744 => 1792.93689778413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258133.786805511 Mflops = 258.133786805511 Gflops = 0.258133786805511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001078188 Relative Rsd = 4.72638495523745e-07
BICGSTAB_SOLVER_TIME: 0.653286 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117861
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936271(s) Flops=1479426048 => 1580.12589090125 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227537.151347051 Mflops = 227.537151347051 Gflops = 0.227537151347051 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163991000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 2.265615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82406(s) Flops=1446561792 => 1755.40833434459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252738.66172749 Mflops = 252.73866172749 Gflops = 0.25273866172749 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.116964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.98409(s) Flops=1715595264 => 1743.33167088376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251040.1822421 Mflops = 251.0401822421 Gflops = 0.2510401822421 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.002135632 Relative Rsd = 9.39275716389284e-07
BICGSTAB_SOLVER_TIME: 1.811521 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.342724999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 9.855808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729727(s) Flops=1210337280 => 1658.61655112117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238786.606274714 Mflops = 238.786606274714 Gflops = 0.238786606274714 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.137701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.062469(s) Flops=1518741504 => 1429.44547464444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205837.016316182 Mflops = 205.837016316182 Gflops = 0.205837016316182 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.001975297 Relative Rsd = 8.6832976631605e-07
BICGSTAB_SOLVER_TIME: 1.797431 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.126368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295814999999999
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009023(s) Flops=1479426048 => 1466.19655647096 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211139.301678988 Mflops = 211.139301678988 Gflops = 0.211139301678988 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164052000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041976 s
InvBiCGStab: k = 30 resid = 2.179566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114271(s) Flops=199821312 => 1748.6616201836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251706.744498142 Mflops = 251.706744498142 Gflops = 0.251706744498142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06087 s
InvBiCGStab: k = 51 resid = 1.009071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194931(s) Flops=337618944 => 1731.99205872847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249322.165602901 Mflops = 249.322165602901 Gflops = 0.249322165602901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007758997 Relative Rsd = 3.40126194918644e-07
BICGSTAB_SOLVER_TIME: 0.415709 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 84 resid = 1.929408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318828(s) Flops=554158080 => 1738.10982724227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250256.50539788 Mflops = 250.25650539788 Gflops = 0.25025650539788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 103 resid = 1.12919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38188(s) Flops=678832128 => 1777.60586571698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255936.968739566 Mflops = 255.936968739566 Gflops = 0.255936968739566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001289986 Relative Rsd = 5.65482773765995e-07
BICGSTAB_SOLVER_TIME: 0.80153 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 70 resid = 9.104621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264552(s) Flops=462292992 => 1747.45604644834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251595.141191956 Mflops = 251.595141191956 Gflops = 0.251595141191956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059727 s
InvBiCGStab: k = 85 resid = 8.261713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323866(s) Flops=560719872 => 1731.33293399122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249267.922080039 Mflops = 249.267922080039 Gflops = 0.249267922080039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001055806 Relative Rsd = 4.62826986327959e-07
BICGSTAB_SOLVER_TIME: 0.692928 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 59 resid = 1.461284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225466(s) Flops=390113280 => 1730.25325326213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249098.089953724 Mflops = 249.098089953724 Gflops = 0.249098089953724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057432 s
InvBiCGStab: k = 90 resid = 8.53957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344887(s) Flops=593528832 => 1720.93709533847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247768.120854151 Mflops = 247.768120854151 Gflops = 0.247768120854151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001134463 Relative Rsd = 4.9730717339491e-07
BICGSTAB_SOLVER_TIME: 0.673178 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042127 s
InvBiCGStab: k = 65 resid = 1.092032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252336(s) Flops=429484032 => 1702.03233783527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245045.834485723 Mflops = 245.045834485723 Gflops = 0.245045834485723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058014 s
InvBiCGStab: k = 87 resid = 6.68443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31832(s) Flops=573843456 => 1802.72510681076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.042734951 Mflops = 259.538042734951 Gflops = 0.259538042734951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001105139 Relative Rsd = 4.84452509756136e-07
BICGSTAB_SOLVER_TIME: 0.674399 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122778
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026286(s) Flops=1448681472 => 1411.57676515123 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203262.285789274 Mflops = 203.262285789274 Gflops = 0.203262285789274 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160449000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.508039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 29 resid = 2.200285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107433(s) Flops=193259520 => 1798.88414174416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258931.696821702 Mflops = 258.931696821702 Gflops = 0.258931696821702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 49 resid = 1.005532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180625(s) Flops=324495360 => 1796.51410380623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258610.763814542 Mflops = 258.610763814542 Gflops = 0.258610763814542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007472037 Relative Rsd = 3.27546875722404e-07
BICGSTAB_SOLVER_TIME: 0.389333 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 75 resid = 1.777157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275555(s) Flops=495101952 => 1796.74457730762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258684.33260046 Mflops = 258.68433260046 Gflops = 0.25868433260046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 102 resid = 1.026642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37509(s) Flops=672270336 => 1792.29074622091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258053.376075466 Mflops = 258.053376075466 Gflops = 0.258053376075466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001275198 Relative Rsd = 5.59000250580729e-07
BICGSTAB_SOLVER_TIME: 0.752167 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041087 s
InvBiCGStab: k = 51 resid = 2.092876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186907(s) Flops=337618944 => 1806.34724221137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.919603726 Mflops = 260.033919603726 Gflops = 0.260033919603726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 89 resid = 1.081966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32565(s) Flops=586967040 => 1802.44753569784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.982371275 Mflops = 259.505982371275 Gflops = 0.259505982371275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001053499 Relative Rsd = 4.61815680458683e-07
BICGSTAB_SOLVER_TIME: 0.613748 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001958
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 61 resid = 1.742744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22351(s) Flops=403236864 => 1804.11106438191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.051358771 Mflops = 259.734051358771 Gflops = 0.259734051358771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 91 resid = 1.137183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332895(s) Flops=600090624 => 1802.64234668589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.965469721 Mflops = 259.534965469721 Gflops = 0.259534965469721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001138431 Relative Rsd = 4.99046862403519e-07
BICGSTAB_SOLVER_TIME: 0.657067 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 63 resid = 2.20121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2316(s) Flops=416360448 => 1797.75668393782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258821.15574717 Mflops = 258.82115574717 Gflops = 0.25882115574717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056842 s
InvBiCGStab: k = 99 resid = 8.296596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3629(s) Flops=652584960 => 1798.2500964453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258915.234370766 Mflops = 258.915234370766 Gflops = 0.258915234370766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00113491 Relative Rsd = 4.97503035126064e-07
BICGSTAB_SOLVER_TIME: 0.696223 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129883
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930393(s) Flops=1473159168 => 1583.37301333952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227998.716332399 Mflops = 227.998716332399 Gflops = 0.227998716332399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163284000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041614 s
InvBiCGStab: k = 26 resid = 1.508137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121805(s) Flops=173574144 => 1425.01657567423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205777.063561281 Mflops = 205.777063561281 Gflops = 0.205777063561281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068326 s
InvBiCGStab: k = 59 resid = 1.006199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287024(s) Flops=390113280 => 1359.16606276827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195678.747757061 Mflops = 195.678747757061 Gflops = 0.195678747757061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0008247708 Relative Rsd = 3.61549477585862e-07
BICGSTAB_SOLVER_TIME: 0.522926 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749480000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047851 s
InvBiCGStab: k = 61 resid = 1.707976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279577(s) Flops=403236864 => 1442.31057633496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207660.691264978 Mflops = 207.660691264978 Gflops = 0.207660691264978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059792 s
InvBiCGStab: k = 74 resid = 9.667363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317576(s) Flops=488540160 => 1538.34093256417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221473.439667993 Mflops = 221.473439667993 Gflops = 0.221473439667993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00109203 Relative Rsd = 4.78706330739402e-07
BICGSTAB_SOLVER_TIME: 0.708736 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040788 s
InvBiCGStab: k = 66 resid = 2.234019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243128(s) Flops=436045824 => 1793.48254417426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.578059416 Mflops = 258.211578059416 Gflops = 0.258211578059416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 72 resid = 1.141077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265349(s) Flops=475416576 => 1791.66522579697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257944.072796857 Mflops = 257.944072796857 Gflops = 0.257944072796857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001048809 Relative Rsd = 4.59759897765141e-07
BICGSTAB_SOLVER_TIME: 0.609569 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04177 s
InvBiCGStab: k = 57 resid = 2.085931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219874(s) Flops=376989696 => 1714.57150913705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246840.637208416 Mflops = 246.840637208416 Gflops = 0.246840637208416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056817 s
InvBiCGStab: k = 100 resid = 6.925007e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368898(s) Flops=659146752 => 1786.79947302506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257262.255040838 Mflops = 257.262255040838 Gflops = 0.257262255040838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001115886 Relative Rsd = 4.89163754977194e-07
BICGSTAB_SOLVER_TIME: 0.69106 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 56 resid = 2.095958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206341(s) Flops=370427904 => 1795.22200629056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258448.290141962 Mflops = 258.448290141962 Gflops = 0.258448290141962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057346 s
InvBiCGStab: k = 81 resid = 1.047668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297425(s) Flops=534472704 => 1796.99992939396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258716.384657392 Mflops = 258.716384657392 Gflops = 0.258716384657392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001082154 Relative Rsd = 4.74376806661917e-07
BICGSTAB_SOLVER_TIME: 0.606169 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112048
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941073(s) Flops=1516511232 => 1611.47034502106 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232047.186940089 Mflops = 232.047186940089 Gflops = 0.232047186940089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168339000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049125 s
InvBiCGStab: k = 26 resid = 1.959085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097142(s) Flops=173574144 => 1786.80842478022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257186.627288056 Mflops = 257.186627288056 Gflops = 0.257186627288056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 53 resid = 1.078211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194532(s) Flops=350742528 => 1803.00684720252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259553.431917152 Mflops = 259.553431917152 Gflops = 0.259553431917152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007955983 Relative Rsd = 3.48761334469902e-07
BICGSTAB_SOLVER_TIME: 0.400985 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 57 resid = 2.259421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208829(s) Flops=376989696 => 1805.25547696919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259900.982320296 Mflops = 259.900982320296 Gflops = 0.259900982320296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056823 s
InvBiCGStab: k = 85 resid = 9.525576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310518(s) Flops=560719872 => 1805.75641991769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259978.556378496 Mflops = 259.978556378496 Gflops = 0.259978556378496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001089515 Relative Rsd = 4.77603575098831e-07
BICGSTAB_SOLVER_TIME: 0.621034 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042361 s
InvBiCGStab: k = 57 resid = 2.160236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220294(s) Flops=376989696 => 1711.30260470099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246364.971361655 Mflops = 246.364971361655 Gflops = 0.246364971361655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06421 s
InvBiCGStab: k = 84 resid = 1.13866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37626(s) Flops=554158080 => 1472.80625099665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212047.429319315 Mflops = 212.047429319315 Gflops = 0.212047429319315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001045327 Relative Rsd = 4.58233115255326e-07
BICGSTAB_SOLVER_TIME: 0.707701 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115009
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042335 s
InvBiCGStab: k = 75 resid = 1.21343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324079(s) Flops=495101952 => 1527.71994482827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219958.617573308 Mflops = 219.958617573308 Gflops = 0.219958617573308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06817 s
InvBiCGStab: k = 84 resid = 9.089865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383489(s) Flops=554158080 => 1445.04296081504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208055.013577961 Mflops = 208.055013577961 Gflops = 0.208055013577961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001157799 Relative Rsd = 5.07536840752519e-07
BICGSTAB_SOLVER_TIME: 0.822204 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.066471 s
InvBiCGStab: k = 61 resid = 2.091185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2517(s) Flops=403236864 => 1602.05349225268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230649.706499003 Mflops = 230.649706499003 Gflops = 0.230649706499003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 79 resid = 1.051347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293283(s) Flops=521349120 => 1777.63157087182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255929.727143175 Mflops = 255.929727143174 Gflops = 0.255929727143174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001106324 Relative Rsd = 4.84972324136943e-07
BICGSTAB_SOLVER_TIME: 0.671826 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114202
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957704(s) Flops=1535459328 => 1603.27129050312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230903.417414814 Mflops = 230.903417414814 Gflops = 0.230903417414814 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170501000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.672602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816806(s) Flops=1440000000 => 1762.96452278754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253813.962042317 Mflops = 253.813962042317 Gflops = 0.253813962042317 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 284 resid = 8.17955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.041995(s) Flops=1866516480 => 1791.29120581193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257940.848649616 Mflops = 257.940848649616 Gflops = 0.257940848649616 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.002188995 Relative Rsd = 9.62723623017819e-07
BICGSTAB_SOLVER_TIME: 1.862506 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.115813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.358844999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.872229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.703096(s) Flops=1269393408 => 1805.43397772139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.85160635 Mflops = 259.91985160635 Gflops = 0.25991985160635 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.049589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865242(s) Flops=1531865088 => 1770.44698246271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254940.121756057 Mflops = 254.940121756057 Gflops = 0.254940121756057 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002019767 Relative Rsd = 8.87878725076426e-07
BICGSTAB_SOLVER_TIME: 1.571695 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.124165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303831999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.09398(s) Flops=1535459328 => 1403.55338123183 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202109.153114885 Mflops = 202.109153114885 Gflops = 0.202109153114885 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170467000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 27 resid = 2.141148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100996(s) Flops=180135936 => 1783.59475622797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256714.737577024 Mflops = 256.714737577024 Gflops = 0.256714737577024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057137 s
InvBiCGStab: k = 58 resid = 1.120201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2142(s) Flops=383551488 => 1790.62319327731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257775.787380796 Mflops = 257.775787380796 Gflops = 0.257775787380796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007765749 Relative Rsd = 3.4042215638551e-07
BICGSTAB_SOLVER_TIME: 0.417335 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040942 s
InvBiCGStab: k = 77 resid = 2.262513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281084(s) Flops=508225536 => 1808.09130366723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260321.703089742 Mflops = 260.321703089742 Gflops = 0.260321703089742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 97 resid = 1.069415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354299(s) Flops=639461376 => 1804.86362084002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259862.552860484 Mflops = 259.862552860484 Gflops = 0.259862552860484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001276286 Relative Rsd = 5.59477350977957e-07
BICGSTAB_SOLVER_TIME: 0.736051 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041298 s
InvBiCGStab: k = 52 resid = 2.254952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191127(s) Flops=344180736 => 1800.79599428652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.226227279 Mflops = 259.242226227279 Gflops = 0.259242226227279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05692 s
InvBiCGStab: k = 73 resid = 1.106102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266702(s) Flops=481978368 => 1807.17942872569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260179.525819691 Mflops = 260.179525819691 Gflops = 0.260179525819691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001021279 Relative Rsd = 4.47691334727383e-07
BICGSTAB_SOLVER_TIME: 0.559674 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 66 resid = 1.947203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241457(s) Flops=436045824 => 1805.89431658639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.060352955 Mflops = 260.002060352955 Gflops = 0.260002060352955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056741 s
InvBiCGStab: k = 89 resid = 1.123464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325491(s) Flops=586967040 => 1803.32801828622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.8833643 Mflops = 259.6358833643 Gflops = 0.2596358833643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001160796 Relative Rsd = 5.08850512634585e-07
BICGSTAB_SOLVER_TIME: 0.668293 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040525 s
InvBiCGStab: k = 73 resid = 9.775835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26701(s) Flops=481978368 => 1805.09482041871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259891.787054141 Mflops = 259.891787054141 Gflops = 0.259891787054141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05684 s
InvBiCGStab: k = 100 resid = 9.580959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377109(s) Flops=659146752 => 1747.89451325744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251663.576995277 Mflops = 251.663576995277 Gflops = 0.251663576995277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001146984 Relative Rsd = 5.02796200962117e-07
BICGSTAB_SOLVER_TIME: 0.745565 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137857
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981552(s) Flops=1541947392 => 1570.92786933346 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226262.143277485 Mflops = 226.262143277485 Gflops = 0.226262143277485 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171029000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.627737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056402 s
InvBiCGStab: k = 26 resid = 2.189631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113853(s) Flops=173574144 => 1524.54607256726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219450.133780768 Mflops = 219.450133780768 Gflops = 0.219450133780768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056752 s
InvBiCGStab: k = 53 resid = 1.083362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245791(s) Flops=350742528 => 1426.99499981692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205461.158171402 Mflops = 205.461158171402 Gflops = 0.205461158171402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007668767 Relative Rsd = 3.36170813697323e-07
BICGSTAB_SOLVER_TIME: 0.482008 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040859 s
InvBiCGStab: k = 90 resid = 2.261864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32982(s) Flops=593528832 => 1799.55379297799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259100.007841606 Mflops = 259.100007841606 Gflops = 0.259100007841606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 103 resid = 1.031069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377206(s) Flops=678832128 => 1799.63237064098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.250795963 Mflops = 259.105250795963 Gflops = 0.259105250795963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001301167 Relative Rsd = 5.70384114075262e-07
BICGSTAB_SOLVER_TIME: 0.808017 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151900999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 55 resid = 2.003929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202867(s) Flops=363866112 => 1793.61903118792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.042618879 Mflops = 258.234042618879 Gflops = 0.258234042618879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056722 s
InvBiCGStab: k = 74 resid = 1.052177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272261(s) Flops=488540160 => 1794.38171460474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258334.846551266 Mflops = 258.334846551266 Gflops = 0.258334846551266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001047712 Relative Rsd = 4.59278918917791e-07
BICGSTAB_SOLVER_TIME: 0.57672 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 72 resid = 1.603358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263692(s) Flops=475416576 => 1802.92377470686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.460670968 Mflops = 259.569460670968 Gflops = 0.259569460670968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055981 s
InvBiCGStab: k = 101 resid = 7.900646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369173(s) Flops=665708544 => 1803.24277235876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.281235497 Mflops = 259.620281235497 Gflops = 0.259620281235497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001137084 Relative Rsd = 4.98456368372466e-07
BICGSTAB_SOLVER_TIME: 0.733484 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042632 s
InvBiCGStab: k = 57 resid = 2.231937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221253(s) Flops=376989696 => 1703.88512698133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245305.778312316 Mflops = 245.305778312316 Gflops = 0.245305778312316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 86 resid = 1.029914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319763(s) Flops=567281664 => 1774.06911994196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255421.959152399 Mflops = 255.421959152399 Gflops = 0.255421959152399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001099813 Relative Rsd = 4.82117835879489e-07
BICGSTAB_SOLVER_TIME: 0.643845 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116302000000001
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960397(s) Flops=1542168576 => 1605.76155069206 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231229.790479816 Mflops = 231.229790479816 Gflops = 0.231229790479816 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171224000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041551 s
InvBiCGStab: k = 28 resid = 1.864396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103413(s) Flops=186697728 => 1805.36033187317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.521677875 Mflops = 259.866521677875 Gflops = 0.259866521677875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 46 resid = 1.123808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168796(s) Flops=304809984 => 1805.78914192279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.224834862 Mflops = 259.936224834862 Gflops = 0.259936224834862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007778187 Relative Rsd = 3.40967384821062e-07
BICGSTAB_SOLVER_TIME: 0.374228 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045793 s
InvBiCGStab: k = 67 resid = 2.226817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282293(s) Flops=442607616 => 1567.901492421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225726.495181092 Mflops = 225.726495181092 Gflops = 0.225726495181092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076754 s
InvBiCGStab: k = 79 resid = 9.750524e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345715(s) Flops=521349120 => 1508.03152886048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217121.139203196 Mflops = 217.121139203196 Gflops = 0.217121139203196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001045614 Relative Rsd = 4.58359317981002e-07
BICGSTAB_SOLVER_TIME: 0.754561 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043815 s
InvBiCGStab: k = 66 resid = 2.027822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283152(s) Flops=436045824 => 1539.97084251568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221734.316185369 Mflops = 221.734316185369 Gflops = 0.221734316185369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0627 s
InvBiCGStab: k = 94 resid = 9.64265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445001(s) Flops=619776000 => 1392.75192640017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200515.128151113 Mflops = 200.515128151113 Gflops = 0.200515128151113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001078514 Relative Rsd = 4.72781232694678e-07
BICGSTAB_SOLVER_TIME: 0.839419 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044526 s
InvBiCGStab: k = 70 resid = 1.983925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259152(s) Flops=462292992 => 1783.86812372662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256829.969956844 Mflops = 256.829969956844 Gflops = 0.256829969956844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056673 s
InvBiCGStab: k = 96 resid = 7.000978e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353759(s) Flops=632899584 => 1789.06991482902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257571.8800707 Mflops = 257.5718800707 Gflops = 0.2575718800707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001096691 Relative Rsd = 4.80749610534525e-07
BICGSTAB_SOLVER_TIME: 0.717832 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041719 s
InvBiCGStab: k = 60 resid = 1.748233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221118(s) Flops=396675072 => 1793.95197134562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258282.815205957 Mflops = 258.282815205957 Gflops = 0.258282815205957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056948 s
InvBiCGStab: k = 90 resid = 9.486149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330222(s) Flops=593528832 => 1797.36308301688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258773.548920825 Mflops = 258.773548920825 Gflops = 0.258773548920825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001074925 Relative Rsd = 4.71208061880116e-07
BICGSTAB_SOLVER_TIME: 0.65363 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121421
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9577(s) Flops=1542389760 => 1610.51452438133 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231909.367979702 Mflops = 231.909367979702 Gflops = 0.231909367979702 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171083000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 27 resid = 2.197196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100183(s) Flops=180135936 => 1798.06889392412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.227705571 Mflops = 258.793227705571 Gflops = 0.258793227705571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055932 s
InvBiCGStab: k = 50 resid = 6.706395e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183948(s) Flops=331057152 => 1799.73227216387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259077.460231375 Mflops = 259.077460231375 Gflops = 0.259077460231375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007432901 Relative Rsd = 3.25831324962579e-07
BICGSTAB_SOLVER_TIME: 0.384744 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 59 resid = 1.559649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231825(s) Flops=390113280 => 1682.79210611453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242270.935352657 Mflops = 242.270935352657 Gflops = 0.242270935352657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056568 s
InvBiCGStab: k = 85 resid = 1.145372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333808(s) Flops=560719872 => 1679.7676268993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241853.154884106 Mflops = 241.853154884106 Gflops = 0.241853154884106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001137859 Relative Rsd = 4.98795783790367e-07
BICGSTAB_SOLVER_TIME: 0.666902 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 59 resid = 1.699572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218854(s) Flops=390113280 => 1782.5275297687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256628.803267597 Mflops = 256.628803267597 Gflops = 0.256628803267597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056729 s
InvBiCGStab: k = 77 resid = 1.077074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282592(s) Flops=508225536 => 1798.4427584645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.251524097 Mflops = 258.923251524097 Gflops = 0.258923251524097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001072093 Relative Rsd = 4.69966498550973e-07
BICGSTAB_SOLVER_TIME: 0.603346 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041384 s
InvBiCGStab: k = 55 resid = 2.265798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23696(s) Flops=363866112 => 1535.55921674544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221073.445853831 Mflops = 221.073445853831 Gflops = 0.221073445853831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065853 s
InvBiCGStab: k = 82 resid = 5.849423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364018(s) Flops=541034496 => 1486.28500788423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213978.61599276 Mflops = 213.97861599276 Gflops = 0.21397861599276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001105289 Relative Rsd = 4.84518341343731e-07
BICGSTAB_SOLVER_TIME: 0.716602 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050384 s
InvBiCGStab: k = 70 resid = 1.111614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294108(s) Flops=462292992 => 1571.84772940552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226265.067162296 Mflops = 226.265067162296 Gflops = 0.226265067162296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078036 s
InvBiCGStab: k = 84 resid = 9.967365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376772(s) Flops=554158080 => 1470.80483687748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211655.73191244 Mflops = 211.65573191244 Gflops = 0.21165573191244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001085324 Relative Rsd = 4.75766567611506e-07
BICGSTAB_SOLVER_TIME: 0.804884 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124094
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981623(s) Flops=1542389760 => 1571.26489497495 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226258.04254289 Mflops = 226.25804254289 Gflops = 0.22625804254289 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171042000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.964369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829646(s) Flops=1492494336 => 1798.95321136967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.431493588 Mflops = 259.052431493588 Gflops = 0.259052431493588 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 9.144019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.957882(s) Flops=1689348096 => 1763.62860561113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253958.214618309 Mflops = 253.958214618309 Gflops = 0.253958214618309 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.002120936 Relative Rsd = 9.3276606792733e-07
BICGSTAB_SOLVER_TIME: 1.790849 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.117183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344932999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.022352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.703824(s) Flops=1249708032 => 1775.59735388393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255689.333273813 Mflops = 255.689333273813 Gflops = 0.255689333273813 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.104632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.87517(s) Flops=1577797632 => 1802.84702629203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259607.34120766 Mflops = 259.607341207659 Gflops = 0.259607341207659 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002050416 Relative Rsd = 9.01350325100151e-07
BICGSTAB_SOLVER_TIME: 1.582246 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306484999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064164(s) Flops=1542389760 => 1449.39103371285 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208713.142619017 Mflops = 208.713142619017 Gflops = 0.208713142619017 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171121000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.517603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 22 resid = 2.063723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.082151(s) Flops=147326976 => 1793.36801743132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258121.714073984 Mflops = 258.121714073984 Gflops = 0.258121714073984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056318 s
InvBiCGStab: k = 50 resid = 1.057609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183987(s) Flops=331057152 => 1799.35078021817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259029.695770806 Mflops = 259.029695770806 Gflops = 0.259029695770806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007190597 Relative Rsd = 3.15209602433111e-07
BICGSTAB_SOLVER_TIME: 0.367122 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042092 s
InvBiCGStab: k = 80 resid = 1.293014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298155(s) Flops=527910912 => 1770.5921819188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254908.687875029 Mflops = 254.908687875029 Gflops = 0.254908687875029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057643 s
InvBiCGStab: k = 115 resid = 1.135889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422514(s) Flops=757573632 => 1793.01427171644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.767834005 Mflops = 258.160767834005 Gflops = 0.258160767834005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001335344 Relative Rsd = 5.85366005541401e-07
BICGSTAB_SOLVER_TIME: 0.824061 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153369999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 59 resid = 2.071823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217282(s) Flops=390113280 => 1795.42382710027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258479.807971806 Mflops = 258.479807971806 Gflops = 0.258479807971806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 85 resid = 1.113779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310518(s) Flops=560719872 => 1805.75641991769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.789198839 Mflops = 259.97778919884 Gflops = 0.25997778919884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001087067 Relative Rsd = 4.76530775382228e-07
BICGSTAB_SOLVER_TIME: 0.628813 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041432 s
InvBiCGStab: k = 58 resid = 2.244533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2119(s) Flops=383551488 => 1810.05893345918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260592.539655669 Mflops = 260.592539655669 Gflops = 0.260592539655669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 93 resid = 9.01397e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338616(s) Flops=613214208 => 1810.94280246651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260725.709982425 Mflops = 260.725709982425 Gflops = 0.260725709982425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001133191 Relative Rsd = 4.96749493093176e-07
BICGSTAB_SOLVER_TIME: 0.651759 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 70 resid = 2.23374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256568(s) Flops=462292992 => 1801.83418041221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259428.254441535 Mflops = 259.428254441535 Gflops = 0.259428254441535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057059 s
InvBiCGStab: k = 85 resid = 1.117336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310743(s) Flops=560719872 => 1804.44892403047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259781.608926162 Mflops = 259.781608926162 Gflops = 0.259781608926162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001147905 Relative Rsd = 5.03199610807029e-07
BICGSTAB_SOLVER_TIME: 0.668873 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125012000000001
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963345(s) Flops=1542389760 => 1601.07724646933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230556.14238671 Mflops = 230.55614238671 Gflops = 0.23055614238671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171322000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042607 s
InvBiCGStab: k = 30 resid = 2.254387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151965(s) Flops=199821312 => 1314.91667160201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189274.541673632 Mflops = 189.274541673632 Gflops = 0.189274541673632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066628 s
InvBiCGStab: k = 55 resid = 7.845324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266396(s) Flops=363866112 => 1365.88429255695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196640.629827445 Mflops = 196.640629827445 Gflops = 0.196640629827445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000771959 Relative Rsd = 3.38398728131142e-07
BICGSTAB_SOLVER_TIME: 0.534916 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04527 s
InvBiCGStab: k = 73 resid = 1.932958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337574(s) Flops=481978368 => 1427.77100132119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205568.22119213 Mflops = 205.56822119213 Gflops = 0.20556822119213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069207 s
InvBiCGStab: k = 127 resid = 1.058508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.524738(s) Flops=836315136 => 1593.77658183703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229476.292147568 Mflops = 229.476292147568 Gflops = 0.229476292147568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001318142 Relative Rsd = 5.77825328891966e-07
BICGSTAB_SOLVER_TIME: 0.980399 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156910999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040791 s
InvBiCGStab: k = 64 resid = 2.178552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266195(s) Flops=422922240 => 1588.76853434512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228739.519466797 Mflops = 228.739519466797 Gflops = 0.228739519466797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.089863 s
InvBiCGStab: k = 86 resid = 1.055951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419633(s) Flops=567281664 => 1351.85188962736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194643.025912422 Mflops = 194.643025912422 Gflops = 0.194643025912422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001092374 Relative Rsd = 4.78856977907293e-07
BICGSTAB_SOLVER_TIME: 0.820159 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 61 resid = 2.15927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225278(s) Flops=403236864 => 1789.95225454771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257710.790100378 Mflops = 257.710790100378 Gflops = 0.257710790100378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 95 resid = 1.038288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348869(s) Flops=626337792 => 1795.33805525856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258487.270345774 Mflops = 258.487270345774 Gflops = 0.258487270345774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001172723 Relative Rsd = 5.14079071656766e-07
BICGSTAB_SOLVER_TIME: 0.675152 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 61 resid = 2.086297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22609(s) Flops=403236864 => 1783.52365871998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256756.358762518 Mflops = 256.756358762518 Gflops = 0.256756358762518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056647 s
InvBiCGStab: k = 92 resid = 9.042643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336037(s) Flops=606652416 => 1805.314343361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.690055545 Mflops = 259.923690055545 Gflops = 0.259923690055545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001145804 Relative Rsd = 5.02278938193232e-07
BICGSTAB_SOLVER_TIME: 0.6632 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123489
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983814(s) Flops=1542610944 => 1567.99043721679 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225793.91269821 Mflops = 225.79391269821 Gflops = 0.22579391269821 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171080000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 30 resid = 1.472253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110997(s) Flops=199821312 => 1800.24065515284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.227056451 Mflops = 259.129227056451 Gflops = 0.259129227056451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 52 resid = 1.016154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190666(s) Flops=344180736 => 1805.15003199312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.840048711 Mflops = 259.859840048711 Gflops = 0.259859840048711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.00072554 Relative Rsd = 3.18050311986185e-07
BICGSTAB_SOLVER_TIME: 0.402559 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052181 s
InvBiCGStab: k = 59 resid = 1.613866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264341(s) Flops=390113280 => 1475.79558222145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212441.701980468 Mflops = 212.441701980468 Gflops = 0.212441701980468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066715 s
InvBiCGStab: k = 86 resid = 1.138687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360559(s) Flops=567281664 => 1573.3393536148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226521.400641842 Mflops = 226.521400641842 Gflops = 0.226521400641842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001151262 Relative Rsd = 5.04671176434846e-07
BICGSTAB_SOLVER_TIME: 0.747983 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042902 s
InvBiCGStab: k = 57 resid = 2.111103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250548(s) Flops=376989696 => 1504.66056803487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216624.565548571 Mflops = 216.624565548571 Gflops = 0.216624565548571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070131 s
InvBiCGStab: k = 77 resid = 8.488852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374774(s) Flops=508225536 => 1356.0853634457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195286.665260878 Mflops = 195.286665260878 Gflops = 0.195286665260878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001027735 Relative Rsd = 4.50521480607099e-07
BICGSTAB_SOLVER_TIME: 0.742005 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041346 s
InvBiCGStab: k = 70 resid = 1.102004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256668(s) Flops=462292992 => 1801.13217074197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.943279429 Mflops = 259.309943279429 Gflops = 0.259309943279429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056771 s
InvBiCGStab: k = 90 resid = 1.100671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330326(s) Flops=593528832 => 1796.79720034148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258693.575703361 Mflops = 258.693575703361 Gflops = 0.258693575703361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001130066 Relative Rsd = 4.9537968574882e-07
BICGSTAB_SOLVER_TIME: 0.68878 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045625 s
InvBiCGStab: k = 62 resid = 2.207579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24339(s) Flops=409798656 => 1683.7119684457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242409.8639194 Mflops = 242.4098639194 Gflops = 0.2424098639194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061237 s
InvBiCGStab: k = 88 resid = 9.115262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327783(s) Flops=580405248 => 1770.69966410705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254929.480433548 Mflops = 254.929480433548 Gflops = 0.254929480433548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001095974 Relative Rsd = 4.804352519457e-07
BICGSTAB_SOLVER_TIME: 0.681602 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12117
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965165(s) Flops=1548730368 => 1604.62756937933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231077.356486291 Mflops = 231.077356486291 Gflops = 0.231077356486291 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172026000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 31 resid = 1.904028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114411(s) Flops=206383104 => 1803.87466240134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.781807398 Mflops = 259.646781807398 Gflops = 0.259646781807398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056173 s
InvBiCGStab: k = 51 resid = 8.172846e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186889(s) Flops=337618944 => 1806.52121847728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.096505741 Mflops = 260.060096505741 Gflops = 0.260060096505741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008136896 Relative Rsd = 3.56691897421061e-07
BICGSTAB_SOLVER_TIME: 0.401887 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044805 s
InvBiCGStab: k = 63 resid = 1.985192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279382(s) Flops=416360448 => 1490.29088488163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214562.043038843 Mflops = 214.562043038842 Gflops = 0.214562043038842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059304 s
InvBiCGStab: k = 86 resid = 1.0717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389609(s) Flops=567281664 => 1456.028130767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209636.439341299 Mflops = 209.636439341299 Gflops = 0.209636439341299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001139541 Relative Rsd = 4.99533199635906e-07
BICGSTAB_SOLVER_TIME: 0.776891 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047008 s
InvBiCGStab: k = 52 resid = 2.133299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21517(s) Flops=344180736 => 1599.57585165218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230283.716439483 Mflops = 230.283716439483 Gflops = 0.230283716439483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071652 s
InvBiCGStab: k = 74 resid = 9.264472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313704(s) Flops=488540160 => 1557.32843699793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224203.494462813 Mflops = 224.203494462813 Gflops = 0.224203494462813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009874081 Relative Rsd = 4.32843760112833e-07
BICGSTAB_SOLVER_TIME: 0.652592 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045665 s
InvBiCGStab: k = 67 resid = 2.209458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280876(s) Flops=442607616 => 1575.81144704425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226888.385264178 Mflops = 226.888385264178 Gflops = 0.226888385264178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05708 s
InvBiCGStab: k = 101 resid = 8.776462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373439(s) Flops=665708544 => 1782.64333398493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.930586629 Mflops = 256.658930586629 Gflops = 0.256658930586629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001146196 Relative Rsd = 5.02450661675601e-07
BICGSTAB_SOLVER_TIME: 0.760659 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041377 s
InvBiCGStab: k = 52 resid = 2.095324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192745(s) Flops=344180736 => 1785.67919271576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257057.432129466 Mflops = 257.057432129466 Gflops = 0.257057432129466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057081 s
InvBiCGStab: k = 82 resid = 9.753149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302461(s) Flops=541034496 => 1788.77440727895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257538.924519232 Mflops = 257.538924519232 Gflops = 0.257538924519232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001031574 Relative Rsd = 4.52204676927749e-07
BICGSTAB_SOLVER_TIME: 0.59734 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110039
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967936(s) Flops=1555070976 => 1606.58450145464 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231350.246422417 Mflops = 231.350246422417 Gflops = 0.231350246422417 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172712000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 2.10064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894896(s) Flops=1531865088 => 1711.78001466092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246460.096763687 Mflops = 246.460096763687 Gflops = 0.246460096763687 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.121912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.188481(s) Flops=1715595264 => 1443.51930237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207863.345949367 Mflops = 207.863345949367 Gflops = 0.207863345949367 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.002076248 Relative Rsd = 9.13089838194676e-07
BICGSTAB_SOLVER_TIME: 2.086722 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.127914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351966999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.948837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.929713(s) Flops=1525303296 => 1640.61736901603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236127.417862224 Mflops = 236.127417862224 Gflops = 0.236127417862224 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.135492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834761(s) Flops=1499056128 => 1795.79080479323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258588.433312602 Mflops = 258.588433312602 Gflops = 0.258588433312602 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002652557 Relative Rsd = 1.16603326472888e-06
BICGSTAB_SOLVER_TIME: 1.767828 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327684999999998
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964797(s) Flops=1555070976 => 1611.8115790161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232115.305170605 Mflops = 232.115305170605 Gflops = 0.232115305170605 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172561000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042703 s
InvBiCGStab: k = 33 resid = 2.124756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133449(s) Flops=219506688 => 1644.87323247083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236789.526114998 Mflops = 236.789526114998 Gflops = 0.236789526114998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057193 s
InvBiCGStab: k = 51 resid = 1.096169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190986(s) Flops=337618944 => 1767.7680248814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254481.516615524 Mflops = 254.481516615524 Gflops = 0.254481516615524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007557298 Relative Rsd = 3.3128442583392e-07
BICGSTAB_SOLVER_TIME: 0.427966 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 80 resid = 2.122045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298644(s) Flops=527910912 => 1767.69301241612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254494.699642712 Mflops = 254.494699642712 Gflops = 0.254494699642712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071835 s
InvBiCGStab: k = 110 resid = 1.066399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479603(s) Flops=724764672 => 1511.17626870558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217578.464316958 Mflops = 217.578464316958 Gflops = 0.217578464316958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001365136 Relative Rsd = 5.98425767746487e-07
BICGSTAB_SOLVER_TIME: 0.895462 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149740999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053098 s
InvBiCGStab: k = 53 resid = 1.823916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23461(s) Flops=350742528 => 1495.0024636631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215241.75848314 Mflops = 215.24175848314 Gflops = 0.21524175848314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069395 s
InvBiCGStab: k = 82 resid = 1.129107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400722(s) Flops=541034496 => 1350.14922065671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194402.918093424 Mflops = 194.402918093424 Gflops = 0.194402918093424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001092657 Relative Rsd = 4.78981241407908e-07
BICGSTAB_SOLVER_TIME: 0.762243 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060412 s
InvBiCGStab: k = 68 resid = 1.693534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272929(s) Flops=449169408 => 1645.73719905177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236936.330044472 Mflops = 236.936330044472 Gflops = 0.236936330044472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056406 s
InvBiCGStab: k = 98 resid = 1.143574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403699(s) Flops=646023168 => 1600.25952008799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230406.075518679 Mflops = 230.406075518679 Gflops = 0.230406075518679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001178431 Relative Rsd = 5.16581029211037e-07
BICGSTAB_SOLVER_TIME: 0.797088 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040872 s
InvBiCGStab: k = 65 resid = 1.858229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239728(s) Flops=429484032 => 1791.54722018287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257939.768559817 Mflops = 257.939768559817 Gflops = 0.257939768559817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 96 resid = 1.111825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352186(s) Flops=632899584 => 1797.06059866093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258737.182154349 Mflops = 258.737182154349 Gflops = 0.258737182154349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001158174 Relative Rsd = 5.07701317657029e-07
BICGSTAB_SOLVER_TIME: 0.693074 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129268
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97212(s) Flops=1567236096 => 1612.18377978027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232154.502601576 Mflops = 232.154502601576 Gflops = 0.232154502601576 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173980000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 31 resid = 2.057771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114869(s) Flops=206383104 => 1796.68234249449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258612.863293144 Mflops = 258.612863293144 Gflops = 0.258612863293143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056291 s
InvBiCGStab: k = 49 resid = 1.06611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180333(s) Flops=324495360 => 1799.42306732545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.61202006 Mflops = 259.04361202006 Gflops = 0.25904361202006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007503628 Relative Rsd = 3.28931712060983e-07
BICGSTAB_SOLVER_TIME: 0.395996 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0717480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 75 resid = 2.030632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275077(s) Flops=495101952 => 1799.86677184934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259133.530098183 Mflops = 259.133530098183 Gflops = 0.259133530098183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056545 s
InvBiCGStab: k = 119 resid = 8.783327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.485577(s) Flops=783820800 => 1614.20495616555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232411.312026426 Mflops = 232.411312026426 Gflops = 0.232411312026426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001334027 Relative Rsd = 5.84788728860105e-07
BICGSTAB_SOLVER_TIME: 0.864871 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152761999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045456 s
InvBiCGStab: k = 62 resid = 1.805216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272799(s) Flops=409798656 => 1502.19999340174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216276.162599535 Mflops = 216.276162599535 Gflops = 0.216276162599535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.089189 s
InvBiCGStab: k = 80 resid = 9.788599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352176(s) Flops=527910912 => 1498.99741038572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215830.028175356 Mflops = 215.830028175356 Gflops = 0.215830028175356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001060106 Relative Rsd = 4.647120661839e-07
BICGSTAB_SOLVER_TIME: 0.763572 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044878 s
InvBiCGStab: k = 74 resid = 1.971007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381998(s) Flops=488540160 => 1278.90763825989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  184137.216694952 Mflops = 184.137216694952 Gflops = 0.184137216694952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 91 resid = 1.151351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332696(s) Flops=600090624 => 1803.72058575997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.187953066 Mflops = 259.694187953066 Gflops = 0.259694187953066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001163736 Relative Rsd = 5.10139638009959e-07
BICGSTAB_SOLVER_TIME: 0.819567 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 64 resid = 2.092591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235294(s) Flops=422922240 => 1797.42041871021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258775.253822569 Mflops = 258.775253822569 Gflops = 0.258775253822569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 87 resid = 9.16682e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339801(s) Flops=573843456 => 1688.7632938102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243149.788497565 Mflops = 243.149788497565 Gflops = 0.243149788497565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001108795 Relative Rsd = 4.8605517720452e-07
BICGSTAB_SOLVER_TIME: 0.676677 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12206
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979777(s) Flops=1573502976 => 1605.9807241852 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231261.045743255 Mflops = 231.261045743255 Gflops = 0.231261045743255 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174692000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041709 s
InvBiCGStab: k = 32 resid = 1.78928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118248(s) Flops=212944896 => 1800.83296123402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.096663951 Mflops = 259.220096663951 Gflops = 0.259220096663951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 50 resid = 1.008964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183443(s) Flops=331057152 => 1804.68675283331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.406014068 Mflops = 259.791406014068 Gflops = 0.259791406014068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007452298 Relative Rsd = 3.26681624119559e-07
BICGSTAB_SOLVER_TIME: 0.403366 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 61 resid = 1.867816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223794(s) Flops=403236864 => 1801.82160379635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259388.767805522 Mflops = 259.388767805522 Gflops = 0.259388767805522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 94 resid = 9.953785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377748(s) Flops=619776000 => 1640.71285618984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236203.618955972 Mflops = 236.203618955972 Gflops = 0.236203618955972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001114434 Relative Rsd = 4.88527178834824e-07
BICGSTAB_SOLVER_TIME: 0.702996 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055343 s
InvBiCGStab: k = 61 resid = 1.971763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288282(s) Flops=403236864 => 1398.75838241722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201394.316569102 Mflops = 201.394316569102 Gflops = 0.201394316569102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061791 s
InvBiCGStab: k = 91 resid = 8.999193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399391(s) Flops=600090624 => 1502.51413777476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216323.470880712 Mflops = 216.323470880712 Gflops = 0.216323470880712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001062387 Relative Rsd = 4.65711940831765e-07
BICGSTAB_SOLVER_TIME: 0.808545 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045126 s
InvBiCGStab: k = 65 resid = 1.304591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300439(s) Flops=429484032 => 1429.52157343088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205830.810565147 Mflops = 205.830810565147 Gflops = 0.205830810565147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078561 s
InvBiCGStab: k = 91 resid = 4.875827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350233(s) Flops=600090624 => 1713.40400247835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246700.743725657 Mflops = 246.700743725657 Gflops = 0.246700743725657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001126689 Relative Rsd = 4.93899597737183e-07
BICGSTAB_SOLVER_TIME: 0.778118 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125502
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 55 resid = 2.19408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204051(s) Flops=363866112 => 1783.21160886249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256709.809918554 Mflops = 256.709809918554 Gflops = 0.256709809918554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056645 s
InvBiCGStab: k = 90 resid = 1.076654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341177(s) Flops=593528832 => 1739.65077364535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250467.550128292 Mflops = 250.467550128292 Gflops = 0.250467550128292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001138569 Relative Rsd = 4.99107029412647e-07
BICGSTAB_SOLVER_TIME: 0.646845 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117935
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997092(s) Flops=1573429248 => 1578.01812470665 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227230.603622102 Mflops = 227.230603622102 Gflops = 0.227230603622102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174899000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 26 resid = 1.932485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096286(s) Flops=173574144 => 1802.69347568702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259466.298196071 Mflops = 259.466298196071 Gflops = 0.259466298196071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056802 s
InvBiCGStab: k = 46 resid = 1.115611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181269(s) Flops=304809984 => 1681.53398540291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242062.005159898 Mflops = 242.062005159898 Gflops = 0.242062005159898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007399892 Relative Rsd = 3.24384331357574e-07
BICGSTAB_SOLVER_TIME: 0.379088 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040727 s
InvBiCGStab: k = 63 resid = 2.061762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232571(s) Flops=416360448 => 1790.25092552382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257751.987218806 Mflops = 257.751987218806 Gflops = 0.257751987218806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058484 s
InvBiCGStab: k = 78 resid = 9.694467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334869(s) Flops=514787328 => 1537.27973625507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221311.955398842 Mflops = 221.311955398842 Gflops = 0.221311955398842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001129988 Relative Rsd = 4.95345494149061e-07
BICGSTAB_SOLVER_TIME: 0.67157 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043191 s
InvBiCGStab: k = 48 resid = 2.248375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226975(s) Flops=317933568 => 1400.74267210045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201670.072278433 Mflops = 201.670072278433 Gflops = 0.201670072278433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076017 s
InvBiCGStab: k = 85 resid = 9.882385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389844(s) Flops=560719872 => 1438.31858897405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207076.401333169 Mflops = 207.076401333169 Gflops = 0.207076401333169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001021195 Relative Rsd = 4.47654591515703e-07
BICGSTAB_SOLVER_TIME: 0.74333 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042666 s
InvBiCGStab: k = 63 resid = 2.225749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268676(s) Flops=416360448 => 1549.67487978085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223073.814043357 Mflops = 223.073814043357 Gflops = 0.223073814043357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063741 s
InvBiCGStab: k = 97 resid = 5.364367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455826(s) Flops=639461376 => 1402.86288188914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201990.590847101 Mflops = 201.990590847101 Gflops = 0.201990590847101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001137762 Relative Rsd = 4.98753631161411e-07
BICGSTAB_SOLVER_TIME: 0.835875 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 60 resid = 2.095766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230074(s) Flops=396675072 => 1724.11950937524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248222.067670073 Mflops = 248.222067670073 Gflops = 0.248222067670073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056746 s
InvBiCGStab: k = 83 resid = 8.206679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310491(s) Flops=547596288 => 1763.64625061596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253917.088737054 Mflops = 253.917088737054 Gflops = 0.253917088737054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001076714 Relative Rsd = 4.71992019127117e-07
BICGSTAB_SOLVER_TIME: 0.642172 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116505
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981519(s) Flops=1548140544 => 1577.29044878398 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227121.667926722 Mflops = 227.121667926722 Gflops = 0.227121667926722 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171939000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.062047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850901(s) Flops=1505617920 => 1769.43959403033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254739.202132837 Mflops = 254.739202132837 Gflops = 0.254739202132837 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.060549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.052007(s) Flops=1623730176 => 1543.45947888179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222254.293201486 Mflops = 222.254293201486 Gflops = 0.222254293201486 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002040405 Relative Rsd = 8.97322342069933e-07
BICGSTAB_SOLVER_TIME: 1.90689 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.13348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340503999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.464795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951513(s) Flops=1289078784 => 1354.7673904613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195083.372781836 Mflops = 195.083372781836 Gflops = 0.195083372781836 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 8.823524e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84656(s) Flops=1466247168 => 1732.0061992062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249407.294833772 Mflops = 249.407294833772 Gflops = 0.249407294833772 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002097901 Relative Rsd = 9.22201297147691e-07
BICGSTAB_SOLVER_TIME: 1.801459 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.117107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298797999999997
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968233(s) Flops=1548140544 => 1598.93387645329 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230374.055744053 Mflops = 230.374055744053 Gflops = 0.230374055744053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171810000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 25 resid = 2.093316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093109(s) Flops=167012352 => 1793.72941391273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.904532755 Mflops = 258.158904532755 Gflops = 0.258158904532755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 52 resid = 9.526833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191011(s) Flops=344180736 => 1801.88960845187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259401.881495245 Mflops = 259.401881495245 Gflops = 0.259401881495245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0008285118 Relative Rsd = 3.63189398568311e-07
BICGSTAB_SOLVER_TIME: 0.385053 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041389 s
InvBiCGStab: k = 77 resid = 1.550153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282368(s) Flops=508225536 => 1799.86944696283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.366583261 Mflops = 259.138366583261 Gflops = 0.259138366583261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057777 s
InvBiCGStab: k = 98 resid = 1.019441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358178(s) Flops=646023168 => 1803.63720831542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259685.367572699 Mflops = 259.685367572699 Gflops = 0.259685367572699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001269169 Relative Rsd = 5.56357648177301e-07
BICGSTAB_SOLVER_TIME: 0.743336 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049447 s
InvBiCGStab: k = 63 resid = 1.868601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279677(s) Flops=416360448 => 1488.71894363855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214356.000141544 Mflops = 214.356000141544 Gflops = 0.214356000141544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079114 s
InvBiCGStab: k = 81 resid = 1.150657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354441(s) Flops=534472704 => 1507.93137362777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217104.575100932 Mflops = 217.104575100932 Gflops = 0.217104575100932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001053174 Relative Rsd = 4.61673351545658e-07
BICGSTAB_SOLVER_TIME: 0.766755 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054785 s
InvBiCGStab: k = 68 resid = 2.036126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313227(s) Flops=449169408 => 1434.00603396259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206465.110687493 Mflops = 206.465110687493 Gflops = 0.206465110687493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062518 s
InvBiCGStab: k = 100 resid = 1.058286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443905(s) Flops=659146752 => 1484.88246809565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213801.251270925 Mflops = 213.801251270925 Gflops = 0.213801251270925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001200248 Relative Rsd = 5.26144981018124e-07
BICGSTAB_SOLVER_TIME: 0.878143 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041393 s
InvBiCGStab: k = 61 resid = 2.077962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225899(s) Flops=403236864 => 1785.03164688644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256989.500833049 Mflops = 256.989500833049 Gflops = 0.256989500833049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056877 s
InvBiCGStab: k = 95 resid = 9.555479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353452(s) Flops=626337792 => 1772.05898396388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255136.847557218 Mflops = 255.136847557218 Gflops = 0.255136847557218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001112664 Relative Rsd = 4.87751335713736e-07
BICGSTAB_SOLVER_TIME: 0.681291 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125781
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955381(s) Flops=1535901696 => 1607.63265754709 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231522.817330626 Mflops = 231.522817330626 Gflops = 0.231522817330626 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041867 s
InvBiCGStab: k = 23 resid = 1.909425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085445(s) Flops=153888768 => 1801.02718707941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259188.010110128 Mflops = 259.188010110128 Gflops = 0.259188010110128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056885 s
InvBiCGStab: k = 44 resid = 1.103668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161975(s) Flops=291686400 => 1800.8112363019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.730890159 Mflops = 259.215730890159 Gflops = 0.259215730890159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007502231 Relative Rsd = 3.28870473374848e-07
BICGSTAB_SOLVER_TIME: 0.349918 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 67 resid = 1.79087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246492(s) Flops=442607616 => 1795.62669782386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258515.329477762 Mflops = 258.515329477762 Gflops = 0.258515329477762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 104 resid = 1.125098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380004(s) Flops=685393920 => 1803.649224745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259689.411396072 Mflops = 259.689411396072 Gflops = 0.259689411396072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001274189 Relative Rsd = 5.58557954170121e-07
BICGSTAB_SOLVER_TIME: 0.727596 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043994 s
InvBiCGStab: k = 53 resid = 2.096594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221016(s) Flops=350742528 => 1586.95536974699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228468.408694368 Mflops = 228.468408694368 Gflops = 0.228468408694368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070682 s
InvBiCGStab: k = 89 resid = 1.001774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39292(s) Flops=586967040 => 1493.85890257559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215091.38657738 Mflops = 215.09138657738 Gflops = 0.21509138657738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001035563 Relative Rsd = 4.53953245545849e-07
BICGSTAB_SOLVER_TIME: 0.733194 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11555
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045007 s
InvBiCGStab: k = 61 resid = 1.408792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266048(s) Flops=403236864 => 1515.6545585759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218211.822997014 Mflops = 218.211822997014 Gflops = 0.218211822997014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066827 s
InvBiCGStab: k = 85 resid = 1.062267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364684(s) Flops=560719872 => 1537.54996654638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221372.257602962 Mflops = 221.372257602962 Gflops = 0.221372257602963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001130382 Relative Rsd = 4.955182382762e-07
BICGSTAB_SOLVER_TIME: 0.746233 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041433 s
InvBiCGStab: k = 64 resid = 2.143235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275043(s) Flops=422922240 => 1537.65862065204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221388.179514697 Mflops = 221.388179514697 Gflops = 0.221388179514697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060185 s
InvBiCGStab: k = 82 resid = 1.151091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321239(s) Flops=541034496 => 1684.21174265889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242477.008566338 Mflops = 242.477008566338 Gflops = 0.242477008566338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001126522 Relative Rsd = 4.93826366475013e-07
BICGSTAB_SOLVER_TIME: 0.701562 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118559
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990595(s) Flops=1592156160 => 1607.27255841186 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231449.687389238 Mflops = 231.449687389238 Gflops = 0.231449687389238 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176792000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 33 resid = 1.629148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122288(s) Flops=219506688 => 1794.99777574251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258349.240190427 Mflops = 258.349240190427 Gflops = 0.258349240190427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057663 s
InvBiCGStab: k = 54 resid = 6.31752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213708(s) Flops=357304320 => 1671.92767701724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240675.006679131 Mflops = 240.675006679131 Gflops = 0.240675006679131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007626607 Relative Rsd = 3.34322681182017e-07
BICGSTAB_SOLVER_TIME: 0.438405 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 56 resid = 1.855196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207053(s) Flops=370427904 => 1789.04871699517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257555.896178686 Mflops = 257.555896178686 Gflops = 0.257555896178686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 83 resid = 8.130084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304336(s) Flops=547596288 => 1799.31486252037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.608811124 Mflops = 259.052608811124 Gflops = 0.259052608811124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001060606 Relative Rsd = 4.64931198615786e-07
BICGSTAB_SOLVER_TIME: 0.613103 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 67 resid = 1.928057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246247(s) Flops=442607616 => 1797.41323143023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258789.416377334 Mflops = 258.789416377334 Gflops = 0.258789416377334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 78 resid = 8.797425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288966(s) Flops=514787328 => 1781.48061709682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256488.471520962 Mflops = 256.488471520962 Gflops = 0.256488471520962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001031846 Relative Rsd = 4.52323888236758e-07
BICGSTAB_SOLVER_TIME: 0.637266 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051635 s
InvBiCGStab: k = 82 resid = 2.148257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358465(s) Flops=541034496 => 1509.30912641402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217301.604701322 Mflops = 217.301604701322 Gflops = 0.217301604701322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06273 s
InvBiCGStab: k = 92 resid = 7.067553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423405(s) Flops=606652416 => 1432.79464342651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206287.989180186 Mflops = 206.287989180186 Gflops = 0.206287989180186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001178619 Relative Rsd = 5.16663854534035e-07
BICGSTAB_SOLVER_TIME: 0.90496 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049555 s
InvBiCGStab: k = 56 resid = 2.172894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241444(s) Flops=370427904 => 1534.21871738374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220883.767119868 Mflops = 220.883767119868 Gflops = 0.220883767119868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068161 s
InvBiCGStab: k = 89 resid = 7.869945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373024(s) Flops=586967040 => 1573.53693059964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226557.516359207 Mflops = 226.557516359207 Gflops = 0.226557516359207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001072062 Relative Rsd = 4.69953026040023e-07
BICGSTAB_SOLVER_TIME: 0.735913 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117993
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992755(s) Flops=1599086592 => 1610.7565230092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231952.415308866 Mflops = 231.952415308866 Gflops = 0.231952415308866 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177822000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.417798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 26 resid = 1.560315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096854(s) Flops=173574144 => 1792.12158506618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257887.981397631 Mflops = 257.887981397631 Gflops = 0.257887981397631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056612 s
InvBiCGStab: k = 48 resid = 9.137912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177322(s) Flops=317933568 => 1792.97305466891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258087.622140724 Mflops = 258.087622140724 Gflops = 0.258087622140724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007345363 Relative Rsd = 3.21993981308783e-07
BICGSTAB_SOLVER_TIME: 0.375473 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 63 resid = 1.488881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230369(s) Flops=416360448 => 1807.3631782054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.674780111 Mflops = 260.195674780111 Gflops = 0.260195674780111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056774 s
InvBiCGStab: k = 84 resid = 8.466587e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306973(s) Flops=554158080 => 1805.23394565646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.511776622 Mflops = 259.923511776622 Gflops = 0.259923511776622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001135209 Relative Rsd = 4.97634290043346e-07
BICGSTAB_SOLVER_TIME: 0.638485 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 52 resid = 1.952951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190686(s) Flops=344180736 => 1804.96069978918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259841.570963624 Mflops = 259.841570963624 Gflops = 0.259841570963624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 86 resid = 1.024046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31523(s) Flops=567281664 => 1799.58019224059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259095.820168017 Mflops = 259.095820168017 Gflops = 0.259095820168017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001097658 Relative Rsd = 4.81173229145862e-07
BICGSTAB_SOLVER_TIME: 0.606795 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112758
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 69 resid = 2.072682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255746(s) Flops=455731200 => 1781.96804642106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256562.727657034 Mflops = 256.562727657034 Gflops = 0.256562727657034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066522 s
InvBiCGStab: k = 104 resid = 7.207471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.49625(s) Flops=685393920 => 1381.14643828715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198857.623928406 Mflops = 198.857623928406 Gflops = 0.198857623928406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001154956 Relative Rsd = 5.06290684521916e-07
BICGSTAB_SOLVER_TIME: 0.865566 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046219 s
InvBiCGStab: k = 58 resid = 2.261169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273889(s) Flops=383551488 => 1400.39026028793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201592.418612648 Mflops = 201.592418612648 Gflops = 0.201592418612648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06357 s
InvBiCGStab: k = 95 resid = 8.569289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421856(s) Flops=626337792 => 1484.71941136312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213769.880831586 Mflops = 213.769880831586 Gflops = 0.213769880831586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001097662 Relative Rsd = 4.81175117338684e-07
BICGSTAB_SOLVER_TIME: 0.809668 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123486
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.19144(s) Flops=1599381504 => 1342.39366145169 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193302.305502952 Mflops = 193.302305502952 Gflops = 0.193302305502952 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177763000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.212695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808941(s) Flops=1459685376 => 1804.43984913609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.914454025 Mflops = 259.824914454025 Gflops = 0.259824914454026 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.052746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812504(s) Flops=1466247168 => 1804.60301487747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259856.38218879 Mflops = 259.85638218879 Gflops = 0.25985638218879 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002010954 Relative Rsd = 8.84369383152147e-07
BICGSTAB_SOLVER_TIME: 1.624856 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.116987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317073999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.158488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744959(s) Flops=1341573120 => 1800.86839678425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.203315215 Mflops = 259.324203315215 Gflops = 0.259324203315215 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.023556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759603(s) Flops=1262831616 => 1662.48897911146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239392.462273326 Mflops = 239.392462273326 Gflops = 0.239392462273326 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.00221074 Relative Rsd = 9.71783311875856e-07
BICGSTAB_SOLVER_TIME: 1.508146 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.137004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282360999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.188495(s) Flops=1599381504 => 1345.72001060164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193781.826921003 Mflops = 193.781826921003 Gflops = 0.193781826921003 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177363000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 26 resid = 1.80868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097026(s) Flops=173574144 => 1788.94465401027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257442.437320938 Mflops = 257.442437320938 Gflops = 0.257442437320938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 48 resid = 9.422384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176465(s) Flops=317933568 => 1801.68060521917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.834618222 Mflops = 259.353834618222 Gflops = 0.259353834618222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007317103 Relative Rsd = 3.20755173720516e-07
BICGSTAB_SOLVER_TIME: 0.374773 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04164 s
InvBiCGStab: k = 90 resid = 1.712661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327824(s) Flops=593528832 => 1810.51061545219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260690.732634545 Mflops = 260.690732634545 Gflops = 0.260690732634545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 125 resid = 6.339318e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455109(s) Flops=823191552 => 1808.77889033177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260430.533357075 Mflops = 260.430533357075 Gflops = 0.260430533357075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.00136008 Relative Rsd = 5.96209539695272e-07
BICGSTAB_SOLVER_TIME: 0.884707 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167706999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040536 s
InvBiCGStab: k = 55 resid = 2.181303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201892(s) Flops=363866112 => 1802.28098191112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259469.342906416 Mflops = 259.469342906416 Gflops = 0.259469342906416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056523 s
InvBiCGStab: k = 69 resid = 1.040123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268354(s) Flops=455731200 => 1698.24634624414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244495.630243384 Mflops = 244.495630243384 Gflops = 0.244495630243384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001046401 Relative Rsd = 4.58704295912894e-07
BICGSTAB_SOLVER_TIME: 0.570944 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 62 resid = 1.909368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229381(s) Flops=409798656 => 1786.5414136306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257201.134187745 Mflops = 257.201134187745 Gflops = 0.257201134187745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0566 s
InvBiCGStab: k = 88 resid = 1.074857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323354(s) Flops=580405248 => 1794.95304836186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258428.194655772 Mflops = 258.428194655772 Gflops = 0.258428194655772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001125665 Relative Rsd = 4.93450769200054e-07
BICGSTAB_SOLVER_TIME: 0.654351 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041806 s
InvBiCGStab: k = 56 resid = 2.242806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208002(s) Flops=370427904 => 1780.88626070903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256390.586636441 Mflops = 256.390586636441 Gflops = 0.256390586636441 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056996 s
InvBiCGStab: k = 99 resid = 1.135655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406019(s) Flops=652584960 => 1607.27690083469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231410.138418488 Mflops = 231.410138418488 Gflops = 0.231410138418488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001143095 Relative Rsd = 5.01091060778934e-07
BICGSTAB_SOLVER_TIME: 0.716642 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124922000000001
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.190842(s) Flops=1605574656 => 1348.2684151214 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194211.782718964 Mflops = 194.211782718964 Gflops = 0.194211782718964 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178268000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 32 resid = 1.440182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118863(s) Flops=212944896 => 1791.51540849549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257805.24872525 Mflops = 257.80524872525 Gflops = 0.25780524872525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 53 resid = 9.998761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195371(s) Flops=350742528 => 1795.26402587897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258438.826012671 Mflops = 258.438826012671 Gflops = 0.258438826012671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007510036 Relative Rsd = 3.29212644533626e-07
BICGSTAB_SOLVER_TIME: 0.415162 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044353 s
InvBiCGStab: k = 73 resid = 2.155673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285735(s) Flops=481978368 => 1686.80199485537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242851.838720527 Mflops = 242.851838720527 Gflops = 0.242851838720527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057905 s
InvBiCGStab: k = 104 resid = 8.859782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382488(s) Flops=685393920 => 1791.93574700383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.191630785 Mflops = 258.000191630785 Gflops = 0.258000191630785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001295253 Relative Rsd = 5.67791931523419e-07
BICGSTAB_SOLVER_TIME: 0.774089 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 56 resid = 2.178043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206586(s) Flops=370427904 => 1793.09296854579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258147.281860314 Mflops = 258.147281860314 Gflops = 0.258147281860314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 67 resid = 9.208172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246816(s) Flops=442607616 => 1793.26954492415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258170.502417996 Mflops = 258.170502417996 Gflops = 0.258170502417995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001059621 Relative Rsd = 4.64499261749582e-07
BICGSTAB_SOLVER_TIME: 0.555615 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 61 resid = 2.171522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22336(s) Flops=403236864 => 1805.32263610315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.378860018 Mflops = 259.910378860018 Gflops = 0.259910378860018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 97 resid = 7.283023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353828(s) Flops=639461376 => 1807.26617452548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260202.690772142 Mflops = 260.202690772142 Gflops = 0.260202690772142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001174096 Relative Rsd = 5.14681098973708e-07
BICGSTAB_SOLVER_TIME: 0.678014 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 64 resid = 1.673219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234525(s) Flops=422922240 => 1803.3141029741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.648161067 Mflops = 259.623648161067 Gflops = 0.259623648161067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056197 s
InvBiCGStab: k = 90 resid = 9.152969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355232(s) Flops=593528832 => 1670.82028646068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240565.610683836 Mflops = 240.565610683836 Gflops = 0.240565610683836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001099026 Relative Rsd = 4.81773062076551e-07
BICGSTAB_SOLVER_TIME: 0.690725 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124705
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.187085(s) Flops=1605869568 => 1352.78397755847 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194798.919188472 Mflops = 194.798919188472 Gflops = 0.194798919188472 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178108000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.463425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041625 s
InvBiCGStab: k = 28 resid = 2.21823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104509(s) Flops=186697728 => 1786.42727420605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257131.291958949 Mflops = 257.131291958949 Gflops = 0.257131291958949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057116 s
InvBiCGStab: k = 50 resid = 1.108035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185689(s) Flops=331057152 => 1782.85817684408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256652.727231753 Mflops = 256.652727231753 Gflops = 0.256652727231753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007748996 Relative Rsd = 3.39687776958158e-07
BICGSTAB_SOLVER_TIME: 0.392697 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 60 resid = 1.029163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220468(s) Flops=396675072 => 1799.24103271223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259034.597752493 Mflops = 259.034597752493 Gflops = 0.259034597752493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 85 resid = 9.698771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311283(s) Flops=560719872 => 1801.31864573395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259344.212669559 Mflops = 259.344212669559 Gflops = 0.259344212669559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001078544 Relative Rsd = 4.72794245915481e-07
BICGSTAB_SOLVER_TIME: 0.633375 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 55 resid = 2.159084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20135(s) Flops=363866112 => 1807.13241619071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260171.784410559 Mflops = 260.171784410559 Gflops = 0.260171784410559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 86 resid = 9.380985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314513(s) Flops=567281664 => 1803.68272217683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259679.677581497 Mflops = 259.679677581497 Gflops = 0.259679677581497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001069814 Relative Rsd = 4.68967542483401e-07
BICGSTAB_SOLVER_TIME: 0.616624 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 61 resid = 1.942007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223796(s) Flops=403236864 => 1801.80550143881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.288367635 Mflops = 259.409288367635 Gflops = 0.259409288367635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 94 resid = 1.073925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343034(s) Flops=619776000 => 1806.74801914679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260124.262920385 Mflops = 260.124262920385 Gflops = 0.260124262920385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001138524 Relative Rsd = 4.99087330968607e-07
BICGSTAB_SOLVER_TIME: 0.667755 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124698
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041905 s
InvBiCGStab: k = 54 resid = 2.276344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198278(s) Flops=357304320 => 1802.03713977345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.18023007 Mflops = 259.43118023007 Gflops = 0.259431180230071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 84 resid = 8.355917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307394(s) Flops=554158080 => 1802.76153731042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259550.524165806 Mflops = 259.550524165806 Gflops = 0.259550524165806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001126087 Relative Rsd = 4.93635556935465e-07
BICGSTAB_SOLVER_TIME: 0.607751 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112787
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.204334(s) Flops=1605869568 => 1333.40881184123 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192046.417517705 Mflops = 192.046417517705 Gflops = 0.192046417517705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178063000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043278 s
InvBiCGStab: k = 23 resid = 1.71196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090353(s) Flops=153888768 => 1703.19489114916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245137.297192304 Mflops = 245.137297192304 Gflops = 0.245137297192304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056984 s
InvBiCGStab: k = 54 resid = 1.028862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198785(s) Flops=357304320 => 1797.44105440551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258764.699368864 Mflops = 258.764699368864 Gflops = 0.258764699368864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007630056 Relative Rsd = 3.34473864188412e-07
BICGSTAB_SOLVER_TIME: 0.39293 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 63 resid = 1.852644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231249(s) Flops=416360448 => 1800.48539885578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259219.174457526 Mflops = 259.219174457526 Gflops = 0.259219174457526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05662 s
InvBiCGStab: k = 93 resid = 1.016322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339915(s) Flops=613214208 => 1804.02220555139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259731.796453155 Mflops = 259.731796453155 Gflops = 0.259731796453155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001104466 Relative Rsd = 4.84157492385682e-07
BICGSTAB_SOLVER_TIME: 0.672941 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125545
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040576 s
InvBiCGStab: k = 53 resid = 2.215365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194399(s) Flops=350742528 => 1804.24039218309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.48333763 Mflops = 259.74248333763 Gflops = 0.25974248333763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056442 s
InvBiCGStab: k = 86 resid = 1.120454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314556(s) Flops=567281664 => 1803.43615763171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259649.349935065 Mflops = 259.649349935065 Gflops = 0.259649349935065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001122289 Relative Rsd = 4.91970426027224e-07
BICGSTAB_SOLVER_TIME: 0.609702 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041575 s
InvBiCGStab: k = 62 resid = 1.877299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226922(s) Flops=409798656 => 1805.90095275028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259996.491659694 Mflops = 259.996491659694 Gflops = 0.259996491659694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 87 resid = 1.043616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318293(s) Flops=573843456 => 1802.87802747783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.71129279 Mflops = 259.56871129279 Gflops = 0.25956871129279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001129132 Relative Rsd = 4.94970305132009e-07
BICGSTAB_SOLVER_TIME: 0.646891 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040671 s
InvBiCGStab: k = 64 resid = 1.403066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234865(s) Flops=422922240 => 1800.70355310498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259249.754066379 Mflops = 259.249754066379 Gflops = 0.259249754066379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 89 resid = 7.49552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326957(s) Flops=586967040 => 1795.24231015088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258473.844887491 Mflops = 258.473844887491 Gflops = 0.258473844887491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001084773 Relative Rsd = 4.75525032026943e-07
BICGSTAB_SOLVER_TIME: 0.662621 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123717000000001
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.118543(s) Flops=1611841536 => 1441.01883968699 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207504.775514118 Mflops = 207.504775514118 Gflops = 0.207504775514118 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179237000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.530482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.706491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771267(s) Flops=1387505664 => 1798.99524289254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258977.687635926 Mflops = 258.977687635926 Gflops = 0.258977687635926 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.119526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900137(s) Flops=1623730176 => 1803.87005089225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259750.870697258 Mflops = 259.750870697258 Gflops = 0.259750870697258 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002087413 Relative Rsd = 9.17993553772044e-07
BICGSTAB_SOLVER_TIME: 1.674777 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326424999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.112759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756085(s) Flops=1361258496 => 1800.40404980921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259270.853324488 Mflops = 259.270853324488 Gflops = 0.259270853324488 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 8.58265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79872(s) Flops=1440000000 => 1802.88461538462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259610.482039429 Mflops = 259.610482039429 Gflops = 0.259610482039429 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002088036 Relative Rsd = 9.17825664070847e-07
BICGSTAB_SOLVER_TIME: 1.558032 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303776999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.090276(s) Flops=1611841536 => 1478.3793608224 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212888.122360491 Mflops = 212.888122360491 Gflops = 0.212888122360491 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178841000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.560535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 25 resid = 2.140956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093392(s) Flops=167012352 => 1788.29398663697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257387.119591244 Mflops = 257.387119591244 Gflops = 0.257387119591244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056687 s
InvBiCGStab: k = 55 resid = 8.495103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202474(s) Flops=363866112 => 1797.10042770924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.896552396 Mflops = 258.727896552396 Gflops = 0.258727896552396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007746501 Relative Rsd = 3.3957838935505e-07
BICGSTAB_SOLVER_TIME: 0.397305 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 95 resid = 1.953089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3484(s) Flops=626337792 => 1797.7548564868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.351384657 Mflops = 258.839351384657 Gflops = 0.258839351384657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056909 s
InvBiCGStab: k = 125 resid = 1.112801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458788(s) Flops=823191552 => 1794.27437509264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258344.44955879 Mflops = 258.34444955879 Gflops = 0.25834444955879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 220 iterations. Rsd = 0.001301348 Relative Rsd = 5.70463520238283e-07
BICGSTAB_SOLVER_TIME: 0.908838 sec
2Flav::invert,  n_count = 220
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171167999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040626 s
InvBiCGStab: k = 61 resid = 2.188501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222948(s) Flops=403236864 => 1808.65880833199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260394.869893009 Mflops = 260.394869893009 Gflops = 0.260394869893009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 80 resid = 1.061076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293956(s) Flops=527910912 => 1795.88411871164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258556.432231233 Mflops = 258.556432231233 Gflops = 0.258556432231233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001066451 Relative Rsd = 4.674934762759e-07
BICGSTAB_SOLVER_TIME: 0.617253 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040925 s
InvBiCGStab: k = 66 resid = 2.16893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242534(s) Flops=436045824 => 1797.87503607742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258845.630593927 Mflops = 258.845630593927 Gflops = 0.258845630593927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056486 s
InvBiCGStab: k = 101 resid = 1.034993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370482(s) Flops=665708544 => 1796.87149173239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258701.744863008 Mflops = 258.701744863008 Gflops = 0.258701744863008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001171614 Relative Rsd = 5.1359304061781e-07
BICGSTAB_SOLVER_TIME: 0.714011 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045374 s
InvBiCGStab: k = 62 resid = 1.856404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237484(s) Flops=409798656 => 1725.58427515117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248425.701102512 Mflops = 248.425701102512 Gflops = 0.248425701102512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059411 s
InvBiCGStab: k = 89 resid = 1.133384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32803(s) Flops=586967040 => 1789.36999664665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257625.936831658 Mflops = 257.625936831658 Gflops = 0.257625936831658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00113707 Relative Rsd = 4.98450040374898e-07
BICGSTAB_SOLVER_TIME: 0.673977 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122074
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076846(s) Flops=1611620352 => 1496.61172721076 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215552.969331224 Mflops = 215.552969331224 Gflops = 0.215552969331224 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179125000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.539971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 22 resid = 2.162315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.081566(s) Flops=147326976 => 1806.2302429934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.976275584 Mflops = 259.945976275584 Gflops = 0.259945976275584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056928 s
InvBiCGStab: k = 54 resid = 7.810311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199113(s) Flops=357304320 => 1794.48011932923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258328.059586411 Mflops = 258.328059586411 Gflops = 0.258328059586411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007733685 Relative Rsd = 3.39016600958122e-07
BICGSTAB_SOLVER_TIME: 0.382277 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 78 resid = 2.12934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285421(s) Flops=514787328 => 1803.60705063748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.79684222 Mflops = 259.68179684222 Gflops = 0.25968179684222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 120 resid = 9.79435e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442427(s) Flops=790382592 => 1786.47006624822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257218.433825118 Mflops = 257.218433825118 Gflops = 0.257218433825118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001288433 Relative Rsd = 5.64802105769607e-07
BICGSTAB_SOLVER_TIME: 0.828969 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157193999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040884 s
InvBiCGStab: k = 61 resid = 2.23749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225913(s) Flops=403236864 => 1784.92102712106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256982.115997478 Mflops = 256.982115997478 Gflops = 0.256982115997478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060955 s
InvBiCGStab: k = 95 resid = 1.047713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367073(s) Flops=626337792 => 1706.30308412768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245657.930354831 Mflops = 245.657930354831 Gflops = 0.245657930354831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001088688 Relative Rsd = 4.77241246205868e-07
BICGSTAB_SOLVER_TIME: 0.698601 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04153 s
InvBiCGStab: k = 59 resid = 2.222086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217648(s) Flops=390113280 => 1792.40461662868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258046.753712739 Mflops = 258.046753712739 Gflops = 0.258046753712739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056822 s
InvBiCGStab: k = 91 resid = 9.164904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336329(s) Flops=600090624 => 1784.23693466814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256883.506540003 Mflops = 256.883506540003 Gflops = 0.256883506540003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001161423 Relative Rsd = 5.09125372270853e-07
BICGSTAB_SOLVER_TIME: 0.655906 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 68 resid = 1.454645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24924(s) Flops=449169408 => 1802.1561868079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.502789597 Mflops = 259.465502789597 Gflops = 0.259465502789597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056478 s
InvBiCGStab: k = 90 resid = 7.948346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330288(s) Flops=593528832 => 1797.00392384828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258725.596033501 Mflops = 258.725596033501 Gflops = 0.258725596033501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001142727 Relative Rsd = 5.00930105098877e-07
BICGSTAB_SOLVER_TIME: 0.680791 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127105
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.080592(s) Flops=1605132288 => 1485.41937012304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213901.524867806 Mflops = 213.901524867806 Gflops = 0.213901524867806 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178178000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.53447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 28 resid = 2.216671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103827(s) Flops=186697728 => 1798.16163425699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.00849025 Mflops = 258.82200849025 Gflops = 0.25882200849025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056962 s
InvBiCGStab: k = 47 resid = 1.137078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173533(s) Flops=311371776 => 1794.30872514162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258298.714884203 Mflops = 258.298714884203 Gflops = 0.258298714884203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000762323 Relative Rsd = 3.34174636658286e-07
BICGSTAB_SOLVER_TIME: 0.379446 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043792 s
InvBiCGStab: k = 57 resid = 1.861874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224601(s) Flops=376989696 => 1678.48627566217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241633.738313709 Mflops = 241.633738313709 Gflops = 0.241633738313709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 83 resid = 8.766775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30779(s) Flops=547596288 => 1779.12306442704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256144.251456303 Mflops = 256.144251456303 Gflops = 0.256144251456303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001109118 Relative Rsd = 4.86197097859637e-07
BICGSTAB_SOLVER_TIME: 0.636257 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042168 s
InvBiCGStab: k = 67 resid = 2.134176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246709(s) Flops=442607616 => 1794.04730269265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258275.854866059 Mflops = 258.275854866059 Gflops = 0.258275854866059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056732 s
InvBiCGStab: k = 94 resid = 5.503846e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345384(s) Flops=619776000 => 1794.4548676256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258356.344129129 Mflops = 258.356344129129 Gflops = 0.258356344129129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001099524 Relative Rsd = 4.81991122831429e-07
BICGSTAB_SOLVER_TIME: 0.694679 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 77 resid = 2.248844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281685(s) Flops=508225536 => 1804.23358006284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.320741091 Mflops = 259.764320741091 Gflops = 0.259764320741091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 92 resid = 3.738982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335378(s) Flops=606652416 => 1808.86169039114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260427.23836513 Mflops = 260.42723836513 Gflops = 0.26042723836513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001143395 Relative Rsd = 5.01222621889647e-07
BICGSTAB_SOLVER_TIME: 0.717954 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134669
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 54 resid = 2.242116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198285(s) Flops=357304320 => 1801.97352295938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.197190544 Mflops = 259.421197190544 Gflops = 0.259421197190544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 91 resid = 1.1209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333039(s) Flops=600090624 => 1801.86291695567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259427.364211998 Mflops = 259.427364211998 Gflops = 0.259427364211998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001117473 Relative Rsd = 4.89859630580638e-07
BICGSTAB_SOLVER_TIME: 0.632166 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117968
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014053(s) Flops=1598717952 => 1576.56251892159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227060.905602746 Mflops = 227.060905602746 Gflops = 0.227060905602746 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177736000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.529076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041567 s
InvBiCGStab: k = 31 resid = 1.52661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136485(s) Flops=206383104 => 1512.13030003297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217651.934679564 Mflops = 217.651934679564 Gflops = 0.217651934679564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056998 s
InvBiCGStab: k = 48 resid = 1.125321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177652(s) Flops=317933568 => 1789.64249206313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257615.379707744 Mflops = 257.615379707744 Gflops = 0.257615379707744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000723461 Relative Rsd = 3.17138978272024e-07
BICGSTAB_SOLVER_TIME: 0.41639 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041658 s
InvBiCGStab: k = 59 resid = 1.326563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218207(s) Flops=390113280 => 1787.81285659947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257408.506905955 Mflops = 257.408506905955 Gflops = 0.257408506905955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056979 s
InvBiCGStab: k = 101 resid = 1.021875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370313(s) Flops=665708544 => 1797.69153121819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258834.680958517 Mflops = 258.834680958517 Gflops = 0.258834680958517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001176446 Relative Rsd = 5.15711031610017e-07
BICGSTAB_SOLVER_TIME: 0.690814 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 55 resid = 2.199793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202713(s) Flops=363866112 => 1794.98163413299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258415.909012181 Mflops = 258.415909012181 Gflops = 0.258415909012181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 84 resid = 1.08033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308561(s) Flops=554158080 => 1795.94336290069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258568.643875725 Mflops = 258.568643875725 Gflops = 0.258568643875725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001037083 Relative Rsd = 4.54619471418756e-07
BICGSTAB_SOLVER_TIME: 0.611794 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 70 resid = 1.955551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255707(s) Flops=462292992 => 1807.90119941965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260276.792514259 Mflops = 260.276792514259 Gflops = 0.260276792514259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056498 s
InvBiCGStab: k = 103 resid = 1.052799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375598(s) Flops=678832128 => 1807.33690807725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.299011157 Mflops = 260.217299011157 Gflops = 0.260217299011157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.00117295 Relative Rsd = 5.14178533489496e-07
BICGSTAB_SOLVER_TIME: 0.732768 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 49 resid = 2.237457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18007(s) Flops=324495360 => 1802.05120231021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259416.298303148 Mflops = 259.416298303148 Gflops = 0.259416298303148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 90 resid = 8.974995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329877(s) Flops=593528832 => 1799.24284506043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.492227765 Mflops = 259.051492227765 Gflops = 0.259051492227765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001042725 Relative Rsd = 4.57092646790544e-07
BICGSTAB_SOLVER_TIME: 0.610931 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113609
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982513(s) Flops=1586257920 => 1614.49051564712 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232491.763414274 Mflops = 232.491763414274 Gflops = 0.232491763414274 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.547354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021148
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.157946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769973(s) Flops=1321887744 => 1716.79752926401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247178.56471217 Mflops = 247.17856471217 Gflops = 0.24717856471217 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 9.819147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932944(s) Flops=1676224512 => 1796.70431665781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258721.390873424 Mflops = 258.721390873424 Gflops = 0.258721390873424 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.002072085 Relative Rsd = 9.11232111235744e-07
BICGSTAB_SOLVER_TIME: 1.706293 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.117517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325105999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.134843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793825(s) Flops=1433438208 => 1805.73578307561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.804202511 Mflops = 259.943804202511 Gflops = 0.259943804202511 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 7.75198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751194(s) Flops=1354696704 => 1803.39127309324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.499117554 Mflops = 259.681499117554 Gflops = 0.259681499117554 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002728241 Relative Rsd = 1.19919599665787e-06
BICGSTAB_SOLVER_TIME: 1.548341 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302690999999998
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005488(s) Flops=1586257920 => 1577.60005092055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227169.565629844 Mflops = 227.169565629844 Gflops = 0.227169565629844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176008000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.510641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048798 s
InvBiCGStab: k = 27 resid = 1.237874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118942(s) Flops=180135936 => 1514.48551394797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217985.828374276 Mflops = 217.985828374276 Gflops = 0.217985828374276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073947 s
InvBiCGStab: k = 51 resid = 9.251408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222849(s) Flops=337618944 => 1515.0121562134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218096.403946594 Mflops = 218.096403946594 Gflops = 0.218096403946594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007368745 Relative Rsd = 3.23018963817962e-07
BICGSTAB_SOLVER_TIME: 0.468185 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041545 s
InvBiCGStab: k = 91 resid = 2.079658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377243(s) Flops=600090624 => 1590.726995597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229040.397614949 Mflops = 229.040397614949 Gflops = 0.229040397614949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 120 resid = 9.835229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440334(s) Flops=790382592 => 1794.96153374484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258439.095167963 Mflops = 258.439095167963 Gflops = 0.258439095167963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 211 iterations. Rsd = 0.00138519 Relative Rsd = 6.07216989399031e-07
BICGSTAB_SOLVER_TIME: 0.919574 sec
2Flav::invert,  n_count = 211
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164734999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041764 s
InvBiCGStab: k = 56 resid = 2.083509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206181(s) Flops=370427904 => 1796.61512942512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258650.900018467 Mflops = 258.650900018467 Gflops = 0.258650900018467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 84 resid = 5.96737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310369(s) Flops=554158080 => 1785.48141083678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257057.27126578 Mflops = 257.05727126578 Gflops = 0.25705727126578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001082503 Relative Rsd = 4.74530005441731e-07
BICGSTAB_SOLVER_TIME: 0.618567 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040849 s
InvBiCGStab: k = 68 resid = 2.109412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248528(s) Flops=449169408 => 1807.31912701989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260202.921591474 Mflops = 260.202921591474 Gflops = 0.260202921591474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 108 resid = 8.617765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421927(s) Flops=711641088 => 1686.64505471326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242843.781314657 Mflops = 242.843781314657 Gflops = 0.242843781314657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001213581 Relative Rsd = 5.3198960122282e-07
BICGSTAB_SOLVER_TIME: 0.7713 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041958 s
InvBiCGStab: k = 56 resid = 1.928638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207152(s) Flops=370427904 => 1788.19371282923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257453.220714415 Mflops = 257.453220714415 Gflops = 0.257453220714415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 98 resid = 7.219762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359558(s) Flops=646023168 => 1796.71476646327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258680.357737552 Mflops = 258.680357737552 Gflops = 0.258680357737552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001146728 Relative Rsd = 5.02683776940821e-07
BICGSTAB_SOLVER_TIME: 0.668772 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124291
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978585(s) Flops=1579769856 => 1614.34096782599 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232468.831669859 Mflops = 232.468831669859 Gflops = 0.232468831669859 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175394000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047443 s
InvBiCGStab: k = 30 resid = 2.269019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126002(s) Flops=199821312 => 1585.85825621816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228296.790981822 Mflops = 228.296790981822 Gflops = 0.228296790981822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070989 s
InvBiCGStab: k = 55 resid = 7.479302e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236804(s) Flops=363866112 => 1536.5708011689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221206.612870373 Mflops = 221.206612870373 Gflops = 0.221206612870373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007619774 Relative Rsd = 3.3402314745846e-07
BICGSTAB_SOLVER_TIME: 0.484969 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0751990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055991 s
InvBiCGStab: k = 91 resid = 1.789533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353077(s) Flops=600090624 => 1699.60270422599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244699.959981672 Mflops = 244.699959981672 Gflops = 0.244699959981672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056486 s
InvBiCGStab: k = 106 resid = 1.132242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.460187(s) Flops=698517504 => 1517.89925399892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218517.609869461 Mflops = 218.517609869461 Gflops = 0.218517609869461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001279795 Relative Rsd = 5.61015717805899e-07
BICGSTAB_SOLVER_TIME: 0.930377 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154713999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054688 s
InvBiCGStab: k = 68 resid = 1.212506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292852(s) Flops=449169408 => 1533.77613265404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220827.684530229 Mflops = 220.827684530229 Gflops = 0.220827684530229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058294 s
InvBiCGStab: k = 77 resid = 1.088215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317578(s) Flops=508225536 => 1600.31720081366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230642.661027325 Mflops = 230.642661027325 Gflops = 0.230642661027325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001120399 Relative Rsd = 4.91142172797252e-07
BICGSTAB_SOLVER_TIME: 0.727868 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117766000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043612 s
InvBiCGStab: k = 78 resid = 2.061396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288745(s) Flops=514787328 => 1782.84412890267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256684.248290258 Mflops = 256.684248290258 Gflops = 0.256684248290258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057725 s
InvBiCGStab: k = 93 resid = 1.142266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344368(s) Flops=613214208 => 1780.69451284672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256382.795241675 Mflops = 256.382795241675 Gflops = 0.256382795241675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00114725 Relative Rsd = 5.02912605498011e-07
BICGSTAB_SOLVER_TIME: 0.738376 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042423 s
InvBiCGStab: k = 71 resid = 2.162124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269851(s) Flops=468854784 => 1737.45801942553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250146.028863767 Mflops = 250.146028863767 Gflops = 0.250146028863767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05769 s
InvBiCGStab: k = 94 resid = 9.706646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347844(s) Flops=619776000 => 1781.76423914168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256534.584228 Mflops = 256.534584228 Gflops = 0.256534584228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001146034 Relative Rsd = 5.02379420670731e-07
BICGSTAB_SOLVER_TIME: 0.721433 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132112
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031273(s) Flops=1592377344 => 1544.0890472261 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222355.429436337 Mflops = 222.355429436337 Gflops = 0.222355429436337 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176865000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041604 s
InvBiCGStab: k = 27 resid = 1.8905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105147(s) Flops=180135936 => 1713.18188821364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246572.506000801 Mflops = 246.572506000801 Gflops = 0.246572506000801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 46 resid = 1.107214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169859(s) Flops=304809984 => 1794.48827556974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258324.399147521 Mflops = 258.324399147521 Gflops = 0.258324399147521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007546434 Relative Rsd = 3.30808192984746e-07
BICGSTAB_SOLVER_TIME: 0.376485 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044289 s
InvBiCGStab: k = 58 resid = 1.989755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214143(s) Flops=383551488 => 1791.09981647777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257863.584199706 Mflops = 257.863584199705 Gflops = 0.257863584199706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058916 s
InvBiCGStab: k = 83 resid = 1.049872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303789(s) Flops=547596288 => 1802.5546942121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.048338457 Mflops = 259.515048338457 Gflops = 0.259515048338457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001160816 Relative Rsd = 5.08859647405267e-07
BICGSTAB_SOLVER_TIME: 0.624814 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04323 s
InvBiCGStab: k = 66 resid = 2.187567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251847(s) Flops=436045824 => 1731.39177357681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249283.768951776 Mflops = 249.283768951776 Gflops = 0.249283768951776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057952 s
InvBiCGStab: k = 111 resid = 6.446773e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410559(s) Flops=731326464 => 1781.29444001958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256470.401898175 Mflops = 256.470401898175 Gflops = 0.256470401898175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001173156 Relative Rsd = 5.1426870745483e-07
BICGSTAB_SOLVER_TIME: 0.767329 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044405 s
InvBiCGStab: k = 70 resid = 2.08463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269729(s) Flops=462292992 => 1713.91653103671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246764.762311565 Mflops = 246.764762311565 Gflops = 0.246764762311565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05623 s
InvBiCGStab: k = 92 resid = 9.979611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341763(s) Flops=606652416 => 1775.06756436478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255570.189462834 Mflops = 255.570189462834 Gflops = 0.255570189462834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00118148 Relative Rsd = 5.17917665600404e-07
BICGSTAB_SOLVER_TIME: 0.715723 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043397 s
InvBiCGStab: k = 83 resid = 1.560147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315131(s) Flops=547596288 => 1737.67826078678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250174.613730985 Mflops = 250.174613730985 Gflops = 0.250174613730985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05651 s
InvBiCGStab: k = 92 resid = 1.058709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337316(s) Flops=606652416 => 1798.46913873045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258941.413497588 Mflops = 258.941413497588 Gflops = 0.258941413497588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001127503 Relative Rsd = 4.94256057922725e-07
BICGSTAB_SOLVER_TIME: 0.756051 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139302
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.217741(s) Flops=1604837376 => 1317.88071190836 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189771.96768014 Mflops = 189.77196768014 Gflops = 0.18977196768014 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178127000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.516051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 30 resid = 1.938033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111811(s) Flops=199821312 => 1787.13464685943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257232.136210891 Mflops = 257.232136210891 Gflops = 0.257232136210891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 49 resid = 1.136606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183743(s) Flops=324495360 => 1766.02842013029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254229.015618955 Mflops = 254.229015618955 Gflops = 0.254229015618955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0008009967 Relative Rsd = 3.51127801431101e-07
BICGSTAB_SOLVER_TIME: 0.396653 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 58 resid = 2.25702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225527(s) Flops=383551488 => 1700.68988635507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244846.410188787 Mflops = 244.846410188787 Gflops = 0.244846410188787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057611 s
InvBiCGStab: k = 95 resid = 1.139652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349896(s) Flops=626337792 => 1790.06845462652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257736.976092222 Mflops = 257.736976092222 Gflops = 0.257736976092222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001230981 Relative Rsd = 5.3961744093552e-07
BICGSTAB_SOLVER_TIME: 0.678001 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 60 resid = 2.233389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221324(s) Flops=396675072 => 1792.28222876868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258026.900911681 Mflops = 258.026900911681 Gflops = 0.258026900911681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 93 resid = 1.095954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339801(s) Flops=613214208 => 1804.6274378239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.862318041 Mflops = 259.825862318041 Gflops = 0.259825862318041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001109016 Relative Rsd = 4.86152189489805e-07
BICGSTAB_SOLVER_TIME: 0.662339 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123557000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040792 s
InvBiCGStab: k = 58 resid = 2.224221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212781(s) Flops=383551488 => 1802.56455228615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.219130236 Mflops = 259.502219130236 Gflops = 0.259502219130236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 101 resid = 1.027521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368419(s) Flops=665708544 => 1806.93325805672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.69735807 Mflops = 260.15669735807 Gflops = 0.26015669735807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001193619 Relative Rsd = 5.2323930742551e-07
BICGSTAB_SOLVER_TIME: 0.682109 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 55 resid = 2.161938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202822(s) Flops=363866112 => 1794.01698040646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258278.240754176 Mflops = 258.278240754176 Gflops = 0.258278240754176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056682 s
InvBiCGStab: k = 90 resid = 1.093037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329535(s) Flops=593528832 => 1801.11014611498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.908115877 Mflops = 259.320908115877 Gflops = 0.259320908115877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001118349 Relative Rsd = 4.90243290949272e-07
BICGSTAB_SOLVER_TIME: 0.633425 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117882
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007378(s) Flops=1611251712 => 1599.45096279649 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230318.091949528 Mflops = 230.318091949528 Gflops = 0.230318091949528 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178899000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 2.204919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.086137(s) Flops=1597483008 => 1470.79328666642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211760.071054189 Mflops = 211.760071054189 Gflops = 0.211760071054189 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 6.871034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980739(s) Flops=1748404224 => 1782.74161015316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256710.540212428 Mflops = 256.710540212428 Gflops = 0.256710540212428 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.002128602 Relative Rsd = 9.36058163151392e-07
BICGSTAB_SOLVER_TIME: 2.070388 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362508999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.243946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774591(s) Flops=1394067456 => 1799.74651913074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259075.211044631 Mflops = 259.075211044631 Gflops = 0.259075211044631 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 8.535013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843723(s) Flops=1518741504 => 1800.0475321877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259201.666846106 Mflops = 259.201666846106 Gflops = 0.259201666846106 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002164389 Relative Rsd = 9.51325272799912e-07
BICGSTAB_SOLVER_TIME: 1.62167 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.115611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315636999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 334 resid = 2.083729e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.253625(s) Flops=2194606080 => 1750.60810050853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252087.895867178 Mflops = 252.087895867178 Gflops = 0.252087895867178 Tflops
InvBiCGStab: k = 395 resid = 1.077826e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.466343(s) Flops=2594875392 => 1769.62374560386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254823.836566159 Mflops = 254.823836566159 Gflops = 0.254823836566159 Tflops
BICGSTAB_SOLVER: 729 iterations. Rsd = 0.002151269 Relative Rsd = 9.4602634006468e-07
BICGSTAB_SOLVER_TIME: 2.724651 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.520532999999996
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 296 resid = 1.792642e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.097055(s) Flops=1945257984 => 1773.16359161573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255324.258078669 Mflops = 255.324258078669 Gflops = 0.255324258078669 Tflops
InvBiCGStab: k = 334 resid = 6.07919e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.519245(s) Flops=2194606080 => 1444.53730635941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208010.412470527 Mflops = 208.010412470527 Gflops = 0.208010412470527 Tflops
BICGSTAB_SOLVER: 630 iterations. Rsd = 0.002171563 Relative Rsd = 9.54478181603156e-07
BICGSTAB_SOLVER_TIME: 2.62169 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.449791999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 225 resid = 2.010303e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952492(s) Flops=1479370752 => 1553.15819135489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223594.162589796 Mflops = 223.594162589796 Gflops = 0.223594162589796 Tflops
InvBiCGStab: k = 258 resid = 1.14923e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.975175(s) Flops=1695909888 => 1739.08261388981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250425.146502923 Mflops = 250.425146502923 Gflops = 0.250425146502923 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.001814086 Relative Rsd = 7.95229247828911e-07
BICGSTAB_SOLVER_TIME: 1.932509 sec
2Flav::invert,  n_count = 483
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344442000000003
MInvCG2: 380 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.515887(s) Flops=2444544000 => 1612.61624382292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232217.448704928 Mflops = 232.217448704928 Gflops = 0.232217448704928 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272508000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.189478892896659
AccProb = 0.827390180523196
AcceptP = 1
After HMC trajectory call: time= 477.75348 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.065172 secs
Doing Update: 2740 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 291 resid = 1.732048e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.062772(s) Flops=1912449024 => 1799.49135280192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.015787098 Mflops = 259.150015787098 Gflops = 0.259150015787098 Tflops
InvBiCGStab: k = 318 resid = 6.079448e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.161812(s) Flops=2089617408 => 1798.58480373761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258991.971604233 Mflops = 258.991971604233 Gflops = 0.258991971604233 Tflops
BICGSTAB_SOLVER: 609 iterations. Rsd = 0.001981199 Relative Rsd = 8.71747749863734e-07
BICGSTAB_SOLVER_TIME: 2.22936 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.437160999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000382
InvBiCGStab: k = 250 resid = 2.245413e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.923299(s) Flops=1643415552 => 1779.93862443261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256298.371257152 Mflops = 256.298371257152 Gflops = 0.256298371257152 Tflops
InvBiCGStab: k = 260 resid = 1.064777e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96752(s) Flops=1709033472 => 1766.40635025633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254357.959389161 Mflops = 254.357959389161 Gflops = 0.254357959389161 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.001822473 Relative Rsd = 8.00158911574666e-07
BICGSTAB_SOLVER_TIME: 1.895726 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.366490999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00035
MInvCG2: 398 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.836825(s) Flops=2554251264 => 1390.57954023927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200249.748286966 Mflops = 200.249748286966 Gflops = 0.200249748286966 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284173000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 402 resid = 2.134566e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.514566(s) Flops=2640807936 => 1743.60703726348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251067.383456588 Mflops = 251.067383456588 Gflops = 0.251067383456588 Tflops
InvBiCGStab: k = 375 resid = 1.137451e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.375593(s) Flops=2463639552 => 1790.96546144099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257895.636192173 Mflops = 257.895636192173 Gflops = 0.257895636192173 Tflops
BICGSTAB_SOLVER: 777 iterations. Rsd = 0.002098618 Relative Rsd = 9.23413330371614e-07
BICGSTAB_SOLVER_TIME: 2.894728 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.554516999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0007
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 311 resid = 2.063821e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.16109(s) Flops=2043684864 => 1760.14336873111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253452.107652232 Mflops = 253.452107652232 Gflops = 0.253452107652232 Tflops
InvBiCGStab: k = 310 resid = 1.117889e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.151568(s) Flops=2037123072 => 1768.99937476554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254731.971301056 Mflops = 254.731971301056 Gflops = 0.254731971301056 Tflops
BICGSTAB_SOLVER: 621 iterations. Rsd = 0.001986328 Relative Rsd = 8.72099663645053e-07
BICGSTAB_SOLVER_TIME: 2.317217 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.443211999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 233 resid = 2.088707e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863957(s) Flops=1531865088 => 1773.08024357694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255284.119575741 Mflops = 255.284119575741 Gflops = 0.255284119575741 Tflops
InvBiCGStab: k = 272 resid = 9.90601e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993231(s) Flops=1787774976 => 1799.95889777907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259188.679151291 Mflops = 259.188679151291 Gflops = 0.259188679151291 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.00239533 Relative Rsd = 1.04947692023834e-06
BICGSTAB_SOLVER_TIME: 1.862486 sec
2Flav::invert,  n_count = 505
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.360151000000004
MInvCG2: 382 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.740654(s) Flops=2457667584 => 1411.9219465787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203336.389244679 Mflops = 203.336389244679 Gflops = 0.203336389244679 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273606000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 2.110134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994335(s) Flops=1604044800 => 1613.18348443935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232250.63484672 Mflops = 232.25063484672 Gflops = 0.23225063484672 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 8.586247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909287(s) Flops=1623730176 => 1785.71801422433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257138.03869907 Mflops = 257.13803869907 Gflops = 0.25713803869907 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.002036693 Relative Rsd = 8.96165684194635e-07
BICGSTAB_SOLVER_TIME: 1.906972 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0.117308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351313999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.943668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748397(s) Flops=1348134912 => 1801.36332989042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259356.68964115 Mflops = 259.35668964115 Gflops = 0.25935668964115 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 9.944526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883039(s) Flops=1590921216 => 1801.64320715167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.017316857 Mflops = 259.431017316857 Gflops = 0.259431017316857 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002047199 Relative Rsd = 8.98825155549159e-07
BICGSTAB_SOLVER_TIME: 1.634701 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318677999999999
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004046(s) Flops=1623638016 => 1617.09524862407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232866.61475439 Mflops = 232.86661475439 Gflops = 0.23286661475439 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180590000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.8e-05 s
InvBiCGStab: k = 180 resid = 2.121311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684004(s) Flops=1184090112 => 1731.1157712528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249237.329091239 Mflops = 249.237329091239 Gflops = 0.249237329091239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3.5e-05 s
InvBiCGStab: k = 201 resid = 9.257889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914379(s) Flops=1321887744 => 1445.66721676679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208172.884370138 Mflops = 208.172884370138 Gflops = 0.208172884370138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.002413059 Relative Rsd = 1.05724456062114e-06
BICGSTAB_SOLVER_TIME: 1.60206 sec
2Flav::invert,  n_count = 381
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273149999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000111 s
InvBiCGStab: k = 138 resid = 1.731843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.651518(s) Flops=908494848 => 1394.42785617588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200817.186326889 Mflops = 200.817186326889 Gflops = 0.200817186326889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000107 s
InvBiCGStab: k = 158 resid = 1.082909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.61947(s) Flops=1039730688 => 1678.41975882609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241683.729369419 Mflops = 241.683729369419 Gflops = 0.241683729369419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 296 iterations. Rsd = 0.001631694 Relative Rsd = 7.14901558723135e-07
BICGSTAB_SOLVER_TIME: 1.274878 sec
2Flav::invert,  n_count = 296
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.212625999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005086 s
InvBiCGStab: k = 108 resid = 1.47572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395172(s) Flops=711641088 => 1800.83884485743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.449202795 Mflops = 259.289449202795 Gflops = 0.259289449202795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007192 s
InvBiCGStab: k = 134 resid = 1.096803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.491086(s) Flops=882247680 => 1796.52378605784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.912542525 Mflops = 258.665912542525 Gflops = 0.258665912542525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 242 iterations. Rsd = 0.001491927 Relative Rsd = 6.53665019692417e-07
BICGSTAB_SOLVER_TIME: 0.902203 sec
2Flav::invert,  n_count = 242
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176247999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007371 s
InvBiCGStab: k = 98 resid = 2.195502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359176(s) Flops=646023168 => 1798.62565427534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258961.588806727 Mflops = 258.961588806727 Gflops = 0.258961588806727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011312 s
InvBiCGStab: k = 111 resid = 9.591748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407942(s) Flops=731326464 => 1792.72167121797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258108.290256859 Mflops = 258.108290256859 Gflops = 0.258108290256859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001343423 Relative Rsd = 5.8860005253449e-07
BICGSTAB_SOLVER_TIME: 0.789571 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154150999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010405 s
InvBiCGStab: k = 83 resid = 1.89779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319766(s) Flops=547596288 => 1712.49065879424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246562.414576943 Mflops = 246.562414576943 Gflops = 0.246562414576943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.016439 s
InvBiCGStab: k = 106 resid = 1.120594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398591(s) Flops=698517504 => 1752.46682438891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252319.738004686 Mflops = 252.319738004686 Gflops = 0.252319738004686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001313708 Relative Rsd = 5.75580877226127e-07
BICGSTAB_SOLVER_TIME: 0.749059 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140519
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006898(s) Flops=1617960960 => 1606.8767243554 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231391.028923236 Mflops = 231.391028923236 Gflops = 0.231391028923236 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179785000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013655 s
InvBiCGStab: k = 30 resid = 2.263592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11071(s) Flops=199821312 => 1804.90752416223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.902272236 Mflops = 259.785902272236 Gflops = 0.259785902272236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019665 s
InvBiCGStab: k = 62 resid = 1.010561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226602(s) Flops=409798656 => 1808.45118754468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260344.885199256 Mflops = 260.344885199256 Gflops = 0.260344885199256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007823661 Relative Rsd = 3.42781675422941e-07
BICGSTAB_SOLVER_TIME: 0.374322 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0723590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.01662 s
InvBiCGStab: k = 94 resid = 1.746941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413997(s) Flops=619776000 => 1497.05432648063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215561.435578502 Mflops = 215.561435578502 Gflops = 0.215561435578502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.028052 s
InvBiCGStab: k = 129 resid = 7.373466e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.597928(s) Flops=849438720 => 1420.63713356792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204554.133613322 Mflops = 204.554133613322 Gflops = 0.204554133613322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 223 iterations. Rsd = 0.001378694 Relative Rsd = 6.04053418332241e-07
BICGSTAB_SOLVER_TIME: 1.060552 sec
2Flav::invert,  n_count = 223
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166965999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.02137 s
InvBiCGStab: k = 68 resid = 2.267712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315769(s) Flops=449169408 => 1422.46201495397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204815.940923314 Mflops = 204.815940923314 Gflops = 0.204815940923314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028756 s
InvBiCGStab: k = 93 resid = 1.063056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.460605(s) Flops=613214208 => 1331.32338554727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191688.632074667 Mflops = 191.688632074667 Gflops = 0.191688632074667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00117029 Relative Rsd = 5.12744446043021e-07
BICGSTAB_SOLVER_TIME: 0.830368 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123528
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023717 s
InvBiCGStab: k = 82 resid = 2.05705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302941(s) Flops=541034496 => 1785.9401533632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257138.523895555 Mflops = 257.138523895555 Gflops = 0.257138523895555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033881 s
InvBiCGStab: k = 112 resid = 8.37661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41345(s) Flops=737888256 => 1784.70977385415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256961.612019424 Mflops = 256.961612019424 Gflops = 0.256961612019424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001236791 Relative Rsd = 5.41880926835673e-07
BICGSTAB_SOLVER_TIME: 0.777666 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148613
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028211 s
InvBiCGStab: k = 66 resid = 2.172688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242766(s) Flops=436045824 => 1796.15689182175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258599.197756768 Mflops = 258.599197756768 Gflops = 0.258599197756768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038787 s
InvBiCGStab: k = 97 resid = 1.035925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354158(s) Flops=639461376 => 1805.58218648174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.432487177 Mflops = 259.968432487177 Gflops = 0.259968432487177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001207846 Relative Rsd = 5.29199204470856e-07
BICGSTAB_SOLVER_TIME: 0.667666 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127299
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001773(s) Flops=1618034688 => 1615.17098983502 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232582.897461474 Mflops = 232.582897461474 Gflops = 0.232582897461474 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179752000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031753 s
InvBiCGStab: k = 25 resid = 2.241189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093864(s) Flops=167012352 => 1779.30145742777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256088.49090447 Mflops = 256.08849090447 Gflops = 0.25608849090447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044506 s
InvBiCGStab: k = 54 resid = 1.146396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201605(s) Flops=357304320 => 1772.29890131693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255142.016768362 Mflops = 255.142016768362 Gflops = 0.255142016768362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000784644 Relative Rsd = 3.43779727187275e-07
BICGSTAB_SOLVER_TIME: 0.376047 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036063 s
InvBiCGStab: k = 54 resid = 2.128146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21071(s) Flops=357304320 => 1695.71600778321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244127.460622012 Mflops = 244.127460622012 Gflops = 0.244127460622012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.053609 s
InvBiCGStab: k = 93 resid = 9.047596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358996(s) Flops=613214208 => 1708.13660319335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245927.799657764 Mflops = 245.927799657764 Gflops = 0.245927799657764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.0011577 Relative Rsd = 5.07228345153408e-07
BICGSTAB_SOLVER_TIME: 0.663097 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041804 s
InvBiCGStab: k = 69 resid = 2.060991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254759(s) Flops=455731200 => 1788.87183573495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257552.03709692 Mflops = 257.55203709692 Gflops = 0.25755203709692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 79 resid = 1.119532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306003(s) Flops=521349120 => 1703.73859079813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245274.982574915 Mflops = 245.274982574915 Gflops = 0.245274982574915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001117086 Relative Rsd = 4.89434027073767e-07
BICGSTAB_SOLVER_TIME: 0.662633 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068574 s
InvBiCGStab: k = 68 resid = 1.995687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316821(s) Flops=449169408 => 1417.73874837842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204127.611185856 Mflops = 204.127611185856 Gflops = 0.204127611185856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069852 s
InvBiCGStab: k = 87 resid = 1.018265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384577(s) Flops=573843456 => 1492.14190136176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214838.271480938 Mflops = 214.838271480938 Gflops = 0.214838271480938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001117289 Relative Rsd = 4.89522929806627e-07
BICGSTAB_SOLVER_TIME: 0.84391 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124948
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050213 s
InvBiCGStab: k = 65 resid = 1.753212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284785(s) Flops=429484032 => 1508.09920466317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217127.888866535 Mflops = 217.127888866535 Gflops = 0.217127888866535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.112534 s
InvBiCGStab: k = 87 resid = 9.263939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355004(s) Flops=573843456 => 1616.44222600309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232742.171934097 Mflops = 232.742171934097 Gflops = 0.232742171934097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001150641 Relative Rsd = 5.04135468552631e-07
BICGSTAB_SOLVER_TIME: 0.806205 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122519
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011524(s) Flops=1630273536 => 1611.70030172294 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232085.104842877 Mflops = 232.085104842877 Gflops = 0.232085104842877 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180925000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 27 resid = 1.868277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100761(s) Flops=180135936 => 1787.75454789055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257289.211331139 Mflops = 257.289211331139 Gflops = 0.257289211331139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056212 s
InvBiCGStab: k = 50 resid = 1.099456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183267(s) Flops=331057152 => 1806.41987919265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.271144446 Mflops = 260.031271144446 Gflops = 0.260031271144446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007369732 Relative Rsd = 3.22893501612951e-07
BICGSTAB_SOLVER_TIME: 0.384905 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 61 resid = 2.167852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223385(s) Flops=403236864 => 1805.12059448933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259888.437973033 Mflops = 259.888437973033 Gflops = 0.259888437973033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056566 s
InvBiCGStab: k = 92 resid = 8.610128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336069(s) Flops=606652416 => 1805.1424439624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259896.479860147 Mflops = 259.896479860147 Gflops = 0.259896479860147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001156756 Relative Rsd = 5.06814842884163e-07
BICGSTAB_SOLVER_TIME: 0.660912 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123391000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044593 s
InvBiCGStab: k = 69 resid = 1.413712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263364(s) Flops=455731200 => 1730.42329247733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249134.549173694 Mflops = 249.134549173694 Gflops = 0.249134549173694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057249 s
InvBiCGStab: k = 89 resid = 9.252093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32826(s) Flops=586967040 => 1788.11624931457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257439.375547551 Mflops = 257.439375547551 Gflops = 0.257439375547551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001105595 Relative Rsd = 4.84399418896832e-07
BICGSTAB_SOLVER_TIME: 0.69729 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041807 s
InvBiCGStab: k = 70 resid = 1.657014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257773(s) Flops=462292992 => 1793.41122615635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258210.988702358 Mflops = 258.210988702358 Gflops = 0.258210988702358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 98 resid = 5.800334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358464(s) Flops=646023168 => 1802.19817889663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259476.022132647 Mflops = 259.476022132647 Gflops = 0.259476022132647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00117328 Relative Rsd = 5.14054779495212e-07
BICGSTAB_SOLVER_TIME: 0.718119 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 67 resid = 2.073148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245342(s) Flops=442607616 => 1804.04340064074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.962826434 Mflops = 259.734962826434 Gflops = 0.259734962826434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 92 resid = 9.973072e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353331(s) Flops=606652416 => 1716.95213836318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247192.699671672 Mflops = 247.192699671672 Gflops = 0.247192699671672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001134602 Relative Rsd = 4.97108378243489e-07
BICGSTAB_SOLVER_TIME: 0.700548 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127767
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.179382(s) Flops=1648705536 => 1397.94022293031 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201306.225817752 Mflops = 201.306225817752 Gflops = 0.201306225817752 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183205000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.455837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.204816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837667(s) Flops=1492494336 => 1781.72750747015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256536.621219386 Mflops = 256.536621219386 Gflops = 0.256536621219386 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 1.029381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.919028(s) Flops=1649977344 => 1795.35046157462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258526.225421113 Mflops = 258.526225421113 Gflops = 0.258526225421113 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002081093 Relative Rsd = 9.15766510412343e-07
BICGSTAB_SOLVER_TIME: 1.76001 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340666999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.511671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678896(s) Flops=1223460864 => 1802.13296881997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259519.41264334 Mflops = 259.51941264334 Gflops = 0.25951941264334 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.125661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854805(s) Flops=1544988672 => 1807.41651253795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260263.340971908 Mflops = 260.263340971908 Gflops = 0.260263340971908 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002047084 Relative Rsd = 8.98757851464488e-07
BICGSTAB_SOLVER_TIME: 1.537085 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300128999999998
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019871(s) Flops=1648705536 => 1616.58242660101 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232786.779011185 Mflops = 232.786779011185 Gflops = 0.232786779011185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183301000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.466565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04443 s
InvBiCGStab: k = 25 resid = 2.253454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119465(s) Flops=167012352 => 1398.002360524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201241.333406054 Mflops = 201.241333406054 Gflops = 0.201241333406054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065636 s
InvBiCGStab: k = 52 resid = 1.133048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226792(s) Flops=344180736 => 1517.60527708208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218460.835845184 Mflops = 218.460835845184 Gflops = 0.218460835845184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007755368 Relative Rsd = 3.39789534850504e-07
BICGSTAB_SOLVER_TIME: 0.464381 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063927 s
InvBiCGStab: k = 81 resid = 1.857378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297882(s) Flops=534472704 => 1794.24303583298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258329.443050058 Mflops = 258.329443050058 Gflops = 0.258329443050058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093165 s
InvBiCGStab: k = 129 resid = 7.537343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.612152(s) Flops=849438720 => 1387.62712528914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199804.647411669 Mflops = 199.804647411669 Gflops = 0.199804647411669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001363517 Relative Rsd = 5.97404126383565e-07
BICGSTAB_SOLVER_TIME: 1.070824 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164080999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041881 s
InvBiCGStab: k = 63 resid = 2.251337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232059(s) Flops=416360448 => 1794.20081961915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258315.120437716 Mflops = 258.315120437716 Gflops = 0.258315120437716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056684 s
InvBiCGStab: k = 85 resid = 1.04287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311668(s) Flops=560719872 => 1799.09349692622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259020.557012432 Mflops = 259.020557012432 Gflops = 0.259020557012432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001035491 Relative Rsd = 4.53684570308226e-07
BICGSTAB_SOLVER_TIME: 0.645975 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 69 resid = 2.277937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25386(s) Flops=455731200 => 1795.20680690144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258466.586908356 Mflops = 258.466586908356 Gflops = 0.258466586908356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 95 resid = 1.051003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347569(s) Flops=626337792 => 1802.05309449347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259447.923805278 Mflops = 259.447923805278 Gflops = 0.259447923805278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001190735 Relative Rsd = 5.21702301727766e-07
BICGSTAB_SOLVER_TIME: 0.702376 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040767 s
InvBiCGStab: k = 62 resid = 1.811989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226472(s) Flops=409798656 => 1809.48927902787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260519.252566816 Mflops = 260.519252566816 Gflops = 0.260519252566816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 92 resid = 1.12804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335837(s) Flops=606652416 => 1806.38945679005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260073.40253866 Mflops = 260.07340253866 Gflops = 0.26007340253866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001164473 Relative Rsd = 5.10195901034372e-07
BICGSTAB_SOLVER_TIME: 0.66313 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124106
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047668(s) Flops=1654972416 => 1579.67258329929 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227472.841544345 Mflops = 227.472841544345 Gflops = 0.227472841544345 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184009000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.397056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 29 resid = 2.080648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107089(s) Flops=193259520 => 1804.66266376565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.537250933 Mflops = 259.747537250933 Gflops = 0.259747537250933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 50 resid = 1.11664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183778(s) Flops=331057152 => 1801.39707690801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.759701545 Mflops = 259.332759701545 Gflops = 0.259332759701545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007606866 Relative Rsd = 3.33283135045321e-07
BICGSTAB_SOLVER_TIME: 0.391631 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 83 resid = 1.829122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303618(s) Flops=547596288 => 1803.56990692251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259669.676766369 Mflops = 259.669676766369 Gflops = 0.259669676766369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056516 s
InvBiCGStab: k = 121 resid = 3.125282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.515084(s) Flops=796944384 => 1547.21246243331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222773.01414926 Mflops = 222.77301414926 Gflops = 0.22277301414926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001335749 Relative Rsd = 5.85237713433598e-07
BICGSTAB_SOLVER_TIME: 0.921328 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159936999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049898 s
InvBiCGStab: k = 55 resid = 1.983962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253892(s) Flops=363866112 => 1433.15312022435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206332.845469885 Mflops = 206.332845469885 Gflops = 0.206332845469885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068109 s
InvBiCGStab: k = 76 resid = 1.135971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343146(s) Flops=501663744 => 1461.95422356665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210482.671067767 Mflops = 210.482671067767 Gflops = 0.210482671067767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001028218 Relative Rsd = 4.5049779242736e-07
BICGSTAB_SOLVER_TIME: 0.718936 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107594
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050488 s
InvBiCGStab: k = 70 resid = 2.236204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315378(s) Flops=462292992 => 1465.83779464642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211051.46723196 Mflops = 211.05146723196 Gflops = 0.21105146723196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065983 s
InvBiCGStab: k = 99 resid = 8.065804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407477(s) Flops=652584960 => 1601.52587753419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230580.700815095 Mflops = 230.580700815095 Gflops = 0.230580700815095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00122544 Relative Rsd = 5.36907678376254e-07
BICGSTAB_SOLVER_TIME: 0.842942 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041437 s
InvBiCGStab: k = 66 resid = 2.280273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244872(s) Flops=436045824 => 1780.70920317554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256377.759291012 Mflops = 256.377759291012 Gflops = 0.256377759291012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056932 s
InvBiCGStab: k = 102 resid = 5.645011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376564(s) Flops=672270336 => 1785.27510861368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257034.266955329 Mflops = 257.034266955329 Gflops = 0.257034266955329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001152992 Relative Rsd = 5.05165577326491e-07
BICGSTAB_SOLVER_TIME: 0.723507 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134042
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025769(s) Flops=1661165568 => 1619.43436387725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233195.452592392 Mflops = 233.195452592392 Gflops = 0.233195452592392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184780000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.375928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 24 resid = 1.844749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088811(s) Flops=160450560 => 1806.65187870872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260001.936903832 Mflops = 260.001936903832 Gflops = 0.260001936903832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 53 resid = 1.118464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193843(s) Flops=350742528 => 1809.41549604577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260492.288982884 Mflops = 260.492288982884 Gflops = 0.260492288982884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007749762 Relative Rsd = 3.39543891958104e-07
BICGSTAB_SOLVER_TIME: 0.384183 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040729 s
InvBiCGStab: k = 61 resid = 1.6906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223808(s) Flops=403236864 => 1801.70889333715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259395.921384455 Mflops = 259.395921384455 Gflops = 0.259395921384455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 89 resid = 1.029132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335726(s) Flops=586967040 => 1748.35145326844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251723.776526711 Mflops = 251.723776526711 Gflops = 0.251723776526711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001100609 Relative Rsd = 4.82214900740978e-07
BICGSTAB_SOLVER_TIME: 0.660179 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041102 s
InvBiCGStab: k = 57 resid = 2.232842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219421(s) Flops=376989696 => 1718.11128378779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247363.620060562 Mflops = 247.363620060562 Gflops = 0.247363620060562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060007 s
InvBiCGStab: k = 92 resid = 8.192775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353556(s) Flops=606652416 => 1715.85948477752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247048.556148373 Mflops = 247.048556148373 Gflops = 0.247048556148373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001136697 Relative Rsd = 4.98026478754951e-07
BICGSTAB_SOLVER_TIME: 0.679311 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 74 resid = 1.673297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272281(s) Flops=488540160 => 1794.2499109376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258324.833669249 Mflops = 258.324833669249 Gflops = 0.258324833669249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057427 s
InvBiCGStab: k = 94 resid = 1.070347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410402(s) Flops=619776000 => 1510.16807910293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217439.680956283 Mflops = 217.439680956283 Gflops = 0.217439680956283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00121172 Relative Rsd = 5.30896313266292e-07
BICGSTAB_SOLVER_TIME: 0.785361 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044404 s
InvBiCGStab: k = 69 resid = 2.035762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308407(s) Flops=455731200 => 1477.6940860616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212756.742124789 Mflops = 212.756742124789 Gflops = 0.212756742124789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065644 s
InvBiCGStab: k = 84 resid = 9.81492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3739(s) Flops=554158080 => 1482.10238031559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213392.427287712 Mflops = 213.392427287712 Gflops = 0.213392427287712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001139863 Relative Rsd = 4.99413320583097e-07
BICGSTAB_SOLVER_TIME: 0.796271 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123185
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104881(s) Flops=1667358720 => 1509.08443533738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217312.297406605 Mflops = 217.312297406605 Gflops = 0.217312297406605 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 25 resid = 2.26379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092937(s) Flops=167012352 => 1797.04909777591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258644.424544104 Mflops = 258.644424544104 Gflops = 0.258644424544104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 49 resid = 1.09989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183876(s) Flops=324495360 => 1764.75102786661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254042.931365237 Mflops = 254.042931365237 Gflops = 0.254042931365237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007884466 Relative Rsd = 3.45445748079282e-07
BICGSTAB_SOLVER_TIME: 0.378298 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 67 resid = 1.746681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249761(s) Flops=442607616 => 1772.12461513207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255137.599543779 Mflops = 255.137599543779 Gflops = 0.25513759954378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056909 s
InvBiCGStab: k = 86 resid = 1.063838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317188(s) Flops=567281664 => 1788.47139236037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257495.941445215 Mflops = 257.495941445215 Gflops = 0.257495941445215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001149114 Relative Rsd = 5.03466479313279e-07
BICGSTAB_SOLVER_TIME: 0.668651 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 62 resid = 2.280658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230991(s) Flops=409798656 => 1774.08927620557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255408.234068274 Mflops = 255.408234068274 Gflops = 0.255408234068274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057833 s
InvBiCGStab: k = 92 resid = 8.626514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335812(s) Flops=606652416 => 1806.52393601182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260094.029720355 Mflops = 260.094029720355 Gflops = 0.260094029720355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001150596 Relative Rsd = 5.04115984419554e-07
BICGSTAB_SOLVER_TIME: 0.669192 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 66 resid = 2.231549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241919(s) Flops=436045824 => 1802.44554582319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.795168928 Mflops = 259.490795168928 Gflops = 0.259490795168928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 86 resid = 8.615347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32692(s) Flops=567281664 => 1735.23083323137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249821.340464699 Mflops = 249.821340464699 Gflops = 0.249821340464699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001159872 Relative Rsd = 5.08180211361458e-07
BICGSTAB_SOLVER_TIME: 0.669699 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040882 s
InvBiCGStab: k = 60 resid = 1.786627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2205(s) Flops=396675072 => 1798.97991836735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.703842325 Mflops = 258.988703842325 Gflops = 0.258988703842325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056205 s
InvBiCGStab: k = 99 resid = 7.937496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361422(s) Flops=652584960 => 1805.6038647343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259966.866216568 Mflops = 259.966866216568 Gflops = 0.259966866216568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001165968 Relative Rsd = 5.10850863738131e-07
BICGSTAB_SOLVER_TIME: 0.682667 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127661
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.125421(s) Flops=1667358720 => 1481.54221398037 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213345.330613355 Mflops = 213.345330613355 Gflops = 0.213345330613355 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185670000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.530891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.172258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774853(s) Flops=1387505664 => 1790.66953860926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257767.407557039 Mflops = 257.767407557039 Gflops = 0.257767407557039 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.113941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881079(s) Flops=1584359424 => 1798.20359354837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258934.335707238 Mflops = 258.934335707238 Gflops = 0.258934335707238 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002087611 Relative Rsd = 9.18703414355485e-07
BICGSTAB_SOLVER_TIME: 1.659291 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.114074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322188999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.152644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705918(s) Flops=1269393408 => 1798.21651806584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258911.238798258 Mflops = 258.911238798258 Gflops = 0.258911238798258 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 9.377246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798131(s) Flops=1440000000 => 1804.21509752158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.847224994 Mflops = 259.801847224994 Gflops = 0.259801847224994 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.002137619 Relative Rsd = 9.38508033869332e-07
BICGSTAB_SOLVER_TIME: 1.507398 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.115227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293872999999998
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057119(s) Flops=1667358720 => 1577.26681669708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227124.377593194 Mflops = 227.124377593194 Gflops = 0.227124377593194 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185351000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.393368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 26 resid = 1.585325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114359(s) Flops=173574144 => 1517.80047044833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218480.361787733 Mflops = 218.480361787733 Gflops = 0.218480361787733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06955 s
InvBiCGStab: k = 53 resid = 1.038906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254674(s) Flops=350742528 => 1377.22157738913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198267.438698647 Mflops = 198.267438698647 Gflops = 0.198267438698647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007741624 Relative Rsd = 3.39187362926153e-07
BICGSTAB_SOLVER_TIME: 0.484586 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04578 s
InvBiCGStab: k = 80 resid = 2.220951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352376(s) Flops=527910912 => 1498.1466161146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215709.850835966 Mflops = 215.709850835966 Gflops = 0.215709850835966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076912 s
InvBiCGStab: k = 122 resid = 5.185321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.559153(s) Flops=803506176 => 1437.00592860988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206906.389567688 Mflops = 206.906389567688 Gflops = 0.206906389567688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001355971 Relative Rsd = 5.94097638397121e-07
BICGSTAB_SOLVER_TIME: 1.037821 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158298999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048803 s
InvBiCGStab: k = 74 resid = 1.57341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272027(s) Flops=488540160 => 1795.9252574193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258575.967589538 Mflops = 258.575967589538 Gflops = 0.258575967589538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057051 s
InvBiCGStab: k = 80 resid = 1.005511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294039(s) Flops=527910912 => 1795.37718465918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258463.659379414 Mflops = 258.463659379414 Gflops = 0.258463659379414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001137406 Relative Rsd = 4.98337102761328e-07
BICGSTAB_SOLVER_TIME: 0.675592 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 71 resid = 1.681317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26118(s) Flops=468854784 => 1795.14045485872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258453.984156056 Mflops = 258.453984156056 Gflops = 0.258453984156056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 96 resid = 1.109559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353299(s) Flops=632899584 => 1791.39930766858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257916.619146313 Mflops = 257.916619146313 Gflops = 0.257916619146313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001169275 Relative Rsd = 5.12299677350801e-07
BICGSTAB_SOLVER_TIME: 0.715229 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 75 resid = 1.287746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290804(s) Flops=495101952 => 1702.52799823936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245127.288301983 Mflops = 245.127288301983 Gflops = 0.245127288301983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057864 s
InvBiCGStab: k = 88 resid = 1.103704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337866(s) Flops=580405248 => 1717.85633357603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247322.607825607 Mflops = 247.322607825607 Gflops = 0.247322607825607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00119931 Relative Rsd = 5.25459169020666e-07
BICGSTAB_SOLVER_TIME: 0.731456 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130435
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05064(s) Flops=1673330688 => 1592.67749942892 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229340.556094647 Mflops = 229.340556094647 Gflops = 0.229340556094647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187756000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.418741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04258 s
InvBiCGStab: k = 36 resid = 1.433043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136141(s) Flops=239192064 => 1756.94363931512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252921.973333628 Mflops = 252.921973333629 Gflops = 0.252921973333628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057187 s
InvBiCGStab: k = 55 resid = 1.050071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207326(s) Flops=363866112 => 1755.04332307574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252652.088971703 Mflops = 252.652088971703 Gflops = 0.252652088971703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007464406 Relative Rsd = 3.27041479723734e-07
BICGSTAB_SOLVER_TIME: 0.446881 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0791990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041266 s
InvBiCGStab: k = 82 resid = 6.835294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302136(s) Flops=541034496 => 1790.69854634999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257820.934751143 Mflops = 257.820934751143 Gflops = 0.257820934751143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057152 s
InvBiCGStab: k = 116 resid = 1.097225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438315(s) Flops=764135424 => 1743.34764724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251007.502536104 Mflops = 251.007502536104 Gflops = 0.251007502536104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.00133444 Relative Rsd = 5.84664206647439e-07
BICGSTAB_SOLVER_TIME: 0.84256 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155637999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046193 s
InvBiCGStab: k = 66 resid = 2.094407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299877(s) Flops=436045824 => 1454.08225372403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209287.183102218 Mflops = 209.287183102218 Gflops = 0.209287183102218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073325 s
InvBiCGStab: k = 86 resid = 1.118425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371555(s) Flops=567281664 => 1526.77709625762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219813.010794035 Mflops = 219.813010794035 Gflops = 0.219813010794035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001139854 Relative Rsd = 4.99409597175467e-07
BICGSTAB_SOLVER_TIME: 0.795746 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047706 s
InvBiCGStab: k = 73 resid = 1.951026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333687(s) Flops=481978368 => 1444.40259284899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207959.601263006 Mflops = 207.959601263006 Gflops = 0.207959601263006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086195 s
InvBiCGStab: k = 115 resid = 7.715472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.500392(s) Flops=757573632 => 1513.96031910982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217980.672938078 Mflops = 217.980672938078 Gflops = 0.217980672938078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001227701 Relative Rsd = 5.37898461844873e-07
BICGSTAB_SOLVER_TIME: 0.971719 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042086 s
InvBiCGStab: k = 73 resid = 1.854188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276111(s) Flops=481978368 => 1745.59640144724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251329.851437103 Mflops = 251.329851437103 Gflops = 0.251329851437103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 97 resid = 1.012781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360088(s) Flops=639461376 => 1775.84750394348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255678.515925904 Mflops = 255.678515925904 Gflops = 0.255678515925904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001165663 Relative Rsd = 5.10717535141634e-07
BICGSTAB_SOLVER_TIME: 0.738472 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135537
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055412(s) Flops=1667211264 => 1579.67813896374 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227471.140828042 Mflops = 227.471140828042 Gflops = 0.227471140828042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185453000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.393008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040848 s
InvBiCGStab: k = 26 resid = 2.200935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096571(s) Flops=173574144 => 1797.37337295876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258683.479340894 Mflops = 258.683479340894 Gflops = 0.258683479340894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056874 s
InvBiCGStab: k = 49 resid = 1.098323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179807(s) Flops=324495360 => 1804.68702553293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.465899913 Mflops = 259.782465899913 Gflops = 0.259782465899913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007558762 Relative Rsd = 3.31175558812885e-07
BICGSTAB_SOLVER_TIME: 0.377781 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040766 s
InvBiCGStab: k = 54 resid = 1.779734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204417(s) Flops=357304320 => 1747.91881301457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251642.647789362 Mflops = 251.642647789362 Gflops = 0.251642647789362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057714 s
InvBiCGStab: k = 99 resid = 1.139782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375718(s) Flops=652584960 => 1736.90097360254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250068.208674487 Mflops = 250.068208674487 Gflops = 0.250068208674487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001144362 Relative Rsd = 5.01384431375621e-07
BICGSTAB_SOLVER_TIME: 0.682682 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 68 resid = 1.723469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25642(s) Flops=449169408 => 1751.69412682318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252181.169870363 Mflops = 252.181169870363 Gflops = 0.252181169870363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 88 resid = 9.505789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322087(s) Flops=580405248 => 1802.01389065687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.930827225 Mflops = 259.444930827225 Gflops = 0.259444930827225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001108674 Relative Rsd = 4.85748363576089e-07
BICGSTAB_SOLVER_TIME: 0.679792 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 76 resid = 2.045336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278183(s) Flops=501663744 => 1803.35873867203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.000803606 Mflops = 259.639000803606 Gflops = 0.259639000803606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 94 resid = 9.397939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373872(s) Flops=619776000 => 1657.72242906663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238673.474209626 Mflops = 238.673474209626 Gflops = 0.238673474209626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001195148 Relative Rsd = 5.23635617382568e-07
BICGSTAB_SOLVER_TIME: 0.753132 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043488 s
InvBiCGStab: k = 72 resid = 1.662189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336568(s) Flops=475416576 => 1412.54241639134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203371.632338626 Mflops = 203.371632338626 Gflops = 0.203371632338626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073911 s
InvBiCGStab: k = 91 resid = 1.070788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414051(s) Flops=600090624 => 1449.31572197628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208673.997063928 Mflops = 208.673997063928 Gflops = 0.208673997063928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001164878 Relative Rsd = 5.10373349461004e-07
BICGSTAB_SOLVER_TIME: 0.8725 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130431
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.149358(s) Flops=1667137536 => 1450.49456827203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208867.906436705 Mflops = 208.867906436705 Gflops = 0.208867906436705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185393000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.4003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04163 s
InvBiCGStab: k = 27 resid = 1.688745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100629(s) Flops=180135936 => 1790.0996333065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257624.207603954 Mflops = 257.624207603954 Gflops = 0.257624207603954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 58 resid = 9.185127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213562(s) Flops=383551488 => 1795.97254193162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.628596637 Mflops = 258.558628596637 Gflops = 0.258558628596637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007879981 Relative Rsd = 3.45249274569829e-07
BICGSTAB_SOLVER_TIME: 0.415967 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041664 s
InvBiCGStab: k = 75 resid = 1.908214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276453(s) Flops=495101952 => 1790.90822671485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257849.201694665 Mflops = 257.849201694665 Gflops = 0.257849201694665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056631 s
InvBiCGStab: k = 93 resid = 1.107109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339373(s) Flops=613214208 => 1806.90334234014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260146.033667424 Mflops = 260.146033667424 Gflops = 0.260146033667424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001167848 Relative Rsd = 5.11674450902496e-07
BICGSTAB_SOLVER_TIME: 0.717774 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 65 resid = 2.234241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237569(s) Flops=429484032 => 1807.82859716545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260278.366507882 Mflops = 260.278366507882 Gflops = 0.260278366507882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 94 resid = 1.064111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34309(s) Flops=619776000 => 1806.45311725786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.639147764 Mflops = 260.087639147764 Gflops = 0.260087639147764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001116859 Relative Rsd = 4.89334566185025e-07
BICGSTAB_SOLVER_TIME: 0.681658 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 71 resid = 2.133824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260639(s) Flops=468854784 => 1798.86657023699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258987.779234506 Mflops = 258.987779234506 Gflops = 0.258987779234506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 91 resid = 7.773627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344768(s) Flops=600090624 => 1740.56357898645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250604.705532926 Mflops = 250.604705532926 Gflops = 0.250604705532926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001225196 Relative Rsd = 5.36800821677837e-07
BICGSTAB_SOLVER_TIME: 0.706484 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0416 s
InvBiCGStab: k = 56 resid = 2.008902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205267(s) Flops=370427904 => 1804.61498438619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.648587435 Mflops = 259.799648587435 Gflops = 0.259799648587435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056534 s
InvBiCGStab: k = 84 resid = 9.06754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30718(s) Flops=554158080 => 1804.01744905267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259735.354602188 Mflops = 259.735354602188 Gflops = 0.259735354602188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001122376 Relative Rsd = 4.91751720809367e-07
BICGSTAB_SOLVER_TIME: 0.614306 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114214
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.135602(s) Flops=1654677504 => 1457.09280540189 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209817.63799559 Mflops = 209.81763799559 Gflops = 0.20981763799559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183971000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.534198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.181714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826684(s) Flops=1485932544 => 1797.46135645543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258758.436234877 Mflops = 258.758436234877 Gflops = 0.258758436234877 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 280 resid = 1.006587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.020996(s) Flops=1840269312 => 1802.42558442932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.793162493 Mflops = 259.544793162493 Gflops = 0.259544793162493 Tflops
BICGSTAB_SOLVER: 506 iterations. Rsd = 0.002181534 Relative Rsd = 9.60092888724781e-07
BICGSTAB_SOLVER_TIME: 1.850942 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.114982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.3606
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.560449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.720568(s) Flops=1302202368 => 1807.18872889165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260176.49357963 Mflops = 260.17649357963 Gflops = 0.26017649357963 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 8.721066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820486(s) Flops=1479370752 => 1803.04204093671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.869871275 Mflops = 259.633869871275 Gflops = 0.259633869871275 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002049795 Relative Rsd = 8.99966157559499e-07
BICGSTAB_SOLVER_TIME: 1.544415 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.121956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301600999999998
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.039334(s) Flops=1654677504 => 1592.05558944478 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229258.154109508 Mflops = 229.258154109508 Gflops = 0.229258154109509 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184002000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.408004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050217 s
InvBiCGStab: k = 32 resid = 1.132305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128417(s) Flops=212944896 => 1658.22979823544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238671.641624351 Mflops = 238.671641624351 Gflops = 0.238671641624351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068667 s
InvBiCGStab: k = 59 resid = 3.74586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266961(s) Flops=390113280 => 1461.31187701574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210383.033168028 Mflops = 210.383033168028 Gflops = 0.210383033168028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007578253 Relative Rsd = 3.32029494299712e-07
BICGSTAB_SOLVER_TIME: 0.517962 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0791260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045601 s
InvBiCGStab: k = 96 resid = 1.497761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4076(s) Flops=632899584 => 1552.74677134446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223572.21587103 Mflops = 223.57221587103 Gflops = 0.22357221587103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066417 s
InvBiCGStab: k = 120 resid = 7.521949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.520688(s) Flops=790382592 => 1517.95814768153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218549.780798152 Mflops = 218.549780798152 Gflops = 0.218549780798152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001422938 Relative Rsd = 6.23438345547989e-07
BICGSTAB_SOLVER_TIME: 1.043975 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168526999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 66 resid = 1.929154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242438(s) Flops=436045824 => 1798.58695419035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258949.561967187 Mflops = 258.949561967187 Gflops = 0.258949561967187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056662 s
InvBiCGStab: k = 87 resid = 9.147056e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319265(s) Flops=573843456 => 1797.38917826884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258775.84305848 Mflops = 258.77584305848 Gflops = 0.25877584305848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00114167 Relative Rsd = 5.00205080263065e-07
BICGSTAB_SOLVER_TIME: 0.662775 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041976 s
InvBiCGStab: k = 73 resid = 1.951069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27863(s) Flops=481978368 => 1729.81505221979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249053.069939632 Mflops = 249.053069939632 Gflops = 0.249053069939632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057622 s
InvBiCGStab: k = 94 resid = 9.320112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345812(s) Flops=619776000 => 1792.23393057499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258051.433218207 Mflops = 258.051433218207 Gflops = 0.258051433218207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001211898 Relative Rsd = 5.30974555832102e-07
BICGSTAB_SOLVER_TIME: 0.727645 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041778 s
InvBiCGStab: k = 71 resid = 1.479435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261616(s) Flops=468854784 => 1792.1487370803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258024.583955048 Mflops = 258.024583955048 Gflops = 0.258024583955048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056804 s
InvBiCGStab: k = 99 resid = 9.495562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361914(s) Flops=652584960 => 1803.14925645319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259610.717433597 Mflops = 259.610717433597 Gflops = 0.259610717433597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001236059 Relative Rsd = 5.41560407746005e-07
BICGSTAB_SOLVER_TIME: 0.72571 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135457
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017221(s) Flops=1642512384 => 1614.70553989743 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232557.44159827 Mflops = 232.55744159827 Gflops = 0.23255744159827 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182574000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.397267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 32 resid = 1.338147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118039(s) Flops=212944896 => 1804.02151831174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.186555709 Mflops = 259.683186555709 Gflops = 0.259683186555709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 55 resid = 9.405265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2015(s) Flops=363866112 => 1805.78715632754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259979.277934916 Mflops = 259.979277934916 Gflops = 0.259979277934916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007749958 Relative Rsd = 3.39552511901795e-07
BICGSTAB_SOLVER_TIME: 0.420715 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 81 resid = 1.910605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296447(s) Flops=534472704 => 1802.9283615621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259571.573822033 Mflops = 259.571573822033 Gflops = 0.259571573822033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 112 resid = 1.063935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.482203(s) Flops=737888256 => 1530.24401756107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220327.222177735 Mflops = 220.327222177735 Gflops = 0.220327222177735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001331968 Relative Rsd = 5.83581103071834e-07
BICGSTAB_SOLVER_TIME: 0.879918 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042744 s
InvBiCGStab: k = 66 resid = 2.03617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313951(s) Flops=436045824 => 1388.89770696701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199966.464073674 Mflops = 199.966464073674 Gflops = 0.199966464073674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064774 s
InvBiCGStab: k = 86 resid = 9.243266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395078(s) Flops=567281664 => 1435.87257199844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206722.893578254 Mflops = 206.722893578254 Gflops = 0.206722893578254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001168149 Relative Rsd = 5.11806351342643e-07
BICGSTAB_SOLVER_TIME: 0.820224 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050925 s
InvBiCGStab: k = 76 resid = 2.181449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332818(s) Flops=501663744 => 1507.32155111803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217017.203994019 Mflops = 217.017203994019 Gflops = 0.217017203994019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081175 s
InvBiCGStab: k = 103 resid = 8.235067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389342(s) Flops=678832128 => 1743.5368596247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251033.291036397 Mflops = 251.033291036397 Gflops = 0.251033291036397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001230412 Relative Rsd = 5.39086075862032e-07
BICGSTAB_SOLVER_TIME: 0.857833 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 70 resid = 1.940597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257515(s) Flops=462292992 => 1795.20801506708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258456.600261563 Mflops = 258.456600261563 Gflops = 0.258456600261563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 88 resid = 9.96007e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32306(s) Flops=580405248 => 1796.58654119978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.805325076 Mflops = 258.667805325076 Gflops = 0.258667805325076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001209823 Relative Rsd = 5.30065279286668e-07
BICGSTAB_SOLVER_TIME: 0.681654 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126885
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034762(s) Flops=1673478144 => 1617.25898709075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232890.4994647 Mflops = 232.8904994647 Gflops = 0.2328904994647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186091000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041653 s
InvBiCGStab: k = 38 resid = 2.035233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140747(s) Flops=252315648 => 1792.68935039468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258058.508033639 Mflops = 258.058508033639 Gflops = 0.258058508033639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056894 s
InvBiCGStab: k = 58 resid = 8.284118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213489(s) Flops=383551488 => 1796.58665317651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258632.139843627 Mflops = 258.632139843627 Gflops = 0.258632139843627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007704998 Relative Rsd = 3.37582650746078e-07
BICGSTAB_SOLVER_TIME: 0.456456 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0826930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 56 resid = 2.257735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206271(s) Flops=370427904 => 1795.83123172913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258530.154071091 Mflops = 258.530154071091 Gflops = 0.258530154071091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 82 resid = 1.113736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313204(s) Flops=541034496 => 1727.41885799671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248704.548457816 Mflops = 248.704548457816 Gflops = 0.248704548457816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001144054 Relative Rsd = 5.01249470600436e-07
BICGSTAB_SOLVER_TIME: 0.620961 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 65 resid = 2.275017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238347(s) Flops=429484032 => 1801.92757618095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259416.106971753 Mflops = 259.416106971753 Gflops = 0.259416106971753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 84 resid = 1.138336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306948(s) Flops=554158080 => 1805.38097658235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259927.268724726 Mflops = 259.927268724726 Gflops = 0.259927268724726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001160995 Relative Rsd = 5.08672211224434e-07
BICGSTAB_SOLVER_TIME: 0.646237 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12056
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040752 s
InvBiCGStab: k = 65 resid = 1.957835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238362(s) Flops=429484032 => 1801.81418179072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.570680078 Mflops = 259.409570680078 Gflops = 0.259409570680078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 91 resid = 1.136916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377174(s) Flops=600090624 => 1591.01800230133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229066.947888659 Mflops = 229.066947888659 Gflops = 0.229066947888659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001175471 Relative Rsd = 5.15014602574361e-07
BICGSTAB_SOLVER_TIME: 0.716607 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044343 s
InvBiCGStab: k = 70 resid = 2.031596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314884(s) Flops=462292992 => 1468.13744744096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211380.572854118 Mflops = 211.380572854118 Gflops = 0.211380572854118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087567 s
InvBiCGStab: k = 81 resid = 1.128154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448015(s) Flops=534472704 => 1192.97948506188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171770.482823709 Mflops = 171.770482823709 Gflops = 0.171770482823709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001147716 Relative Rsd = 5.0285431029447e-07
BICGSTAB_SOLVER_TIME: 0.899386 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121709
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.270613(s) Flops=1710858240 => 1346.48255605759 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193892.050106114 Mflops = 193.892050106114 Gflops = 0.193892050106114 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190252000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.41153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 32 resid = 2.144611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117826(s) Flops=212944896 => 1807.28273895405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260147.703682926 Mflops = 260.147703682926 Gflops = 0.260147703682926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 49 resid = 1.014033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179969(s) Flops=324495360 => 1803.06252743528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.492375142 Mflops = 259.563492375142 Gflops = 0.259563492375142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007244411 Relative Rsd = 3.17402750498572e-07
BICGSTAB_SOLVER_TIME: 0.399111 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040666 s
InvBiCGStab: k = 62 resid = 1.548693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227334(s) Flops=409798656 => 1802.62809786482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.537393077 Mflops = 259.524537393077 Gflops = 0.259524537393077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056068 s
InvBiCGStab: k = 89 resid = 1.099919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325571(s) Flops=586967040 => 1802.88490068219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.309292991 Mflops = 259.568309292991 Gflops = 0.259568309292991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001181778 Relative Rsd = 5.17778034108276e-07
BICGSTAB_SOLVER_TIME: 0.653263 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122302000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040623 s
InvBiCGStab: k = 58 resid = 2.242359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213074(s) Flops=383551488 => 1800.08582933629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.975257545 Mflops = 259.147975257545 Gflops = 0.259147975257545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 84 resid = 7.583785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307533(s) Flops=554158080 => 1801.9467179132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259434.691089555 Mflops = 259.434691089555 Gflops = 0.259434691089555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001149868 Relative Rsd = 5.03796893486237e-07
BICGSTAB_SOLVER_TIME: 0.621325 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 72 resid = 2.141951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264024(s) Flops=475416576 => 1800.65666757567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.564575053 Mflops = 259.253564575053 Gflops = 0.259253564575053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 101 resid = 1.127055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369501(s) Flops=665708544 => 1801.64206321498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259395.35516156 Mflops = 259.39535516156 Gflops = 0.25939535516156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001222669 Relative Rsd = 5.35693847488934e-07
BICGSTAB_SOLVER_TIME: 0.734342 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04983 s
InvBiCGStab: k = 70 resid = 1.248844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325569(s) Flops=462292992 => 1419.9539636759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204440.752425381 Mflops = 204.440752425381 Gflops = 0.204440752425381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063272 s
InvBiCGStab: k = 93 resid = 1.064834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43676(s) Flops=613214208 => 1404.00725341148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202157.532843306 Mflops = 202.157532843306 Gflops = 0.202157532843306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001182185 Relative Rsd = 5.17956298624251e-07
BICGSTAB_SOLVER_TIME: 0.882431 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13048
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.19245(s) Flops=1717567488 => 1440.36855884943 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207419.823897805 Mflops = 207.419823897805 Gflops = 0.207419823897805 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190976000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 2.194905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.823087(s) Flops=1485932544 => 1805.31650238675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.937496446 Mflops = 259.902937496446 Gflops = 0.259902937496446 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.079827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846484(s) Flops=1525303296 => 1801.92808842223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.70316329 Mflops = 259.47070316329 Gflops = 0.25947070316329 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002141019 Relative Rsd = 9.42305224085463e-07
BICGSTAB_SOLVER_TIME: 1.672849 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326463999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.019061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77612(s) Flops=1367820288 => 1762.38247693656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253716.920911705 Mflops = 253.716920911705 Gflops = 0.253716920911705 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.012972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85708(s) Flops=1426876416 => 1664.81123815746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239734.947231775 Mflops = 239.734947231775 Gflops = 0.239734947231775 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002055891 Relative Rsd = 9.02677342700439e-07
BICGSTAB_SOLVER_TIME: 1.636639 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.135282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.12952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302888999999998
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.235752(s) Flops=1717567488 => 1389.89658766484 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200158.416964064 Mflops = 200.158416964064 Gflops = 0.200158416964064 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190983000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041709 s
InvBiCGStab: k = 30 resid = 1.778306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111585(s) Flops=199821312 => 1790.75424116145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257764.050765558 Mflops = 257.764050765558 Gflops = 0.257764050765558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056523 s
InvBiCGStab: k = 53 resid = 7.348222e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194604(s) Flops=350742528 => 1802.33976691127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259460.411641916 Mflops = 259.460411641916 Gflops = 0.259460411641916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007407937 Relative Rsd = 3.24567351862098e-07
BICGSTAB_SOLVER_TIME: 0.408038 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04088 s
InvBiCGStab: k = 95 resid = 1.61052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360338(s) Flops=626337792 => 1738.19522781389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250274.698907401 Mflops = 250.274698907401 Gflops = 0.250274698907401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058181 s
InvBiCGStab: k = 115 resid = 1.139785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447338(s) Flops=757573632 => 1693.515042317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243834.70295382 Mflops = 243.83470295382 Gflops = 0.24383470295382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001372413 Relative Rsd = 6.01301514060303e-07
BICGSTAB_SOLVER_TIME: 0.910399 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164219999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 66 resid = 2.258768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242158(s) Flops=436045824 => 1800.66660610015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259246.856839509 Mflops = 259.246856839509 Gflops = 0.259246856839509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057111 s
InvBiCGStab: k = 97 resid = 9.635668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361446(s) Flops=639461376 => 1769.17541209475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254674.511144827 Mflops = 254.674511144827 Gflops = 0.254674511144827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001125013 Relative Rsd = 4.92907048291874e-07
BICGSTAB_SOLVER_TIME: 0.705319 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042158 s
InvBiCGStab: k = 79 resid = 1.877096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295396(s) Flops=521349120 => 1764.91597719671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254107.506015078 Mflops = 254.107506015078 Gflops = 0.254107506015078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 97 resid = 1.111932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360563(s) Flops=639461376 => 1773.50803049675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255338.161864183 Mflops = 255.338161864183 Gflops = 0.255338161864183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001222353 Relative Rsd = 5.35555112300535e-07
BICGSTAB_SOLVER_TIME: 0.758183 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042077 s
InvBiCGStab: k = 67 resid = 2.073489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284137(s) Flops=442607616 => 1557.72608284032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224267.259435147 Mflops = 224.267259435147 Gflops = 0.224267259435147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074079 s
InvBiCGStab: k = 88 resid = 1.078226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39351(s) Flops=580405248 => 1474.94408782496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212361.124437705 Mflops = 212.361124437705 Gflops = 0.212361124437705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001177729 Relative Rsd = 5.16003804869877e-07
BICGSTAB_SOLVER_TIME: 0.797707 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124816
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.247463(s) Flops=1705328640 => 1367.03745121098 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196917.71986316 Mflops = 196.91771986316 Gflops = 0.19691771986316 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189662000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 29 resid = 1.624387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107439(s) Flops=193259520 => 1798.78368190322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258899.946176087 Mflops = 258.899946176087 Gflops = 0.258899946176087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 53 resid = 8.483958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194291(s) Flops=350742528 => 1805.24331029229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259875.461604036 Mflops = 259.875461604036 Gflops = 0.259875461604036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007415344 Relative Rsd = 3.24891900392899e-07
BICGSTAB_SOLVER_TIME: 0.403232 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040572 s
InvBiCGStab: k = 88 resid = 1.397795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32149(s) Flops=580405248 => 1805.36019160783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259940.03671956 Mflops = 259.94003671956 Gflops = 0.25994003671956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05611 s
InvBiCGStab: k = 119 resid = 8.754214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453456(s) Flops=783820800 => 1728.54874563353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248880.954451299 Mflops = 248.880954451299 Gflops = 0.248880954451299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001328386 Relative Rsd = 5.82011763264243e-07
BICGSTAB_SOLVER_TIME: 0.875265 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162231999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041948 s
InvBiCGStab: k = 68 resid = 1.915587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250118(s) Flops=449169408 => 1795.83000023989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258545.150857387 Mflops = 258.545150857387 Gflops = 0.258545150857387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 82 resid = 9.477736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301291(s) Flops=541034496 => 1795.72073510327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258528.964808136 Mflops = 258.528964808136 Gflops = 0.258528964808136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001175045 Relative Rsd = 5.14827769120279e-07
BICGSTAB_SOLVER_TIME: 0.653826 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040825 s
InvBiCGStab: k = 69 resid = 1.726188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25313(s) Flops=455731200 => 1800.38399241496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.650565068 Mflops = 259.210650565068 Gflops = 0.259210650565068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 99 resid = 1.040365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362731(s) Flops=652584960 => 1799.0879191467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.060379745 Mflops = 259.031060379745 Gflops = 0.259031060379745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001238388 Relative Rsd = 5.42580468419822e-07
BICGSTAB_SOLVER_TIME: 0.71629 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043734 s
InvBiCGStab: k = 68 resid = 1.895741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29017(s) Flops=449169408 => 1547.95260709239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222864.133414065 Mflops = 222.864133414065 Gflops = 0.222864133414065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06364 s
InvBiCGStab: k = 94 resid = 1.098222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419771(s) Flops=619776000 => 1476.46216627637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212585.866929968 Mflops = 212.585866929968 Gflops = 0.212585866929968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001215102 Relative Rsd = 5.32378178497375e-07
BICGSTAB_SOLVER_TIME: 0.821317 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129783
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.219909(s) Flops=1711521792 => 1402.99136410995 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202032.509284053 Mflops = 202.032509284053 Gflops = 0.202032509284053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190246000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041719 s
InvBiCGStab: k = 31 resid = 1.99023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115379(s) Flops=206383104 => 1788.74062004351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257478.631275693 Mflops = 257.478631275693 Gflops = 0.257478631275693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057244 s
InvBiCGStab: k = 49 resid = 7.693454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18109(s) Flops=324495360 => 1791.90104367994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257976.629189936 Mflops = 257.976629189936 Gflops = 0.257976629189936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007262259 Relative Rsd = 3.18184717106418e-07
BICGSTAB_SOLVER_TIME: 0.399075 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 65 resid = 2.051849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238984(s) Flops=429484032 => 1797.12462759013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.682484523 Mflops = 258.722682484523 Gflops = 0.258722682484523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056368 s
InvBiCGStab: k = 90 resid = 1.072368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329333(s) Flops=593528832 => 1802.21487673571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259477.682135815 Mflops = 259.477682135815 Gflops = 0.259477682135815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001083175 Relative Rsd = 4.74576508507955e-07
BICGSTAB_SOLVER_TIME: 0.669372 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124964000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 67 resid = 1.548241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246021(s) Flops=442607616 => 1799.06437255356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259012.695195783 Mflops = 259.012695195783 Gflops = 0.259012695195783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 96 resid = 9.065453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353093(s) Flops=632899584 => 1792.44443815086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258067.943526372 Mflops = 258.067943526372 Gflops = 0.258067943526372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001218887 Relative Rsd = 5.34036625060162e-07
BICGSTAB_SOLVER_TIME: 0.700602 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 79 resid = 1.430398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289034(s) Flops=521349120 => 1803.76398624383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259690.463997475 Mflops = 259.690463997475 Gflops = 0.259690463997475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 93 resid = 1.143008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346104(s) Flops=613214208 => 1771.7628458498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255091.552141335 Mflops = 255.091552141335 Gflops = 0.255091552141335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001163215 Relative Rsd = 5.09644836705159e-07
BICGSTAB_SOLVER_TIME: 0.736825 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044593 s
InvBiCGStab: k = 70 resid = 1.973171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326756(s) Flops=462292992 => 1414.79572525065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203698.769627001 Mflops = 203.698769627001 Gflops = 0.203698769627001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069856 s
InvBiCGStab: k = 97 resid = 1.051554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455281(s) Flops=639461376 => 1404.54219701679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202228.727155317 Mflops = 202.228727155317 Gflops = 0.202228727155317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001220844 Relative Rsd = 5.34893824904363e-07
BICGSTAB_SOLVER_TIME: 0.900253 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133339
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.194359(s) Flops=1724276736 => 1443.68379691533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207955.354645097 Mflops = 207.955354645097 Gflops = 0.207955354645097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191700000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.392448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040708 s
InvBiCGStab: k = 29 resid = 2.277422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107316(s) Flops=193259520 => 1800.84535390808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.046469819 Mflops = 259.206046469819 Gflops = 0.259206046469819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 63 resid = 1.105917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230831(s) Flops=416360448 => 1803.74580537276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259669.681510243 Mflops = 259.669681510243 Gflops = 0.259669681510243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007544871 Relative Rsd = 3.3056690917937e-07
BICGSTAB_SOLVER_TIME: 0.438999 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0798770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 78 resid = 1.537777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284839(s) Flops=514787328 => 1807.29228792406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260212.424983687 Mflops = 260.212424983687 Gflops = 0.260212424983687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 93 resid = 1.143267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340317(s) Flops=613214208 => 1801.89120143866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.699753292 Mflops = 259.424699753292 Gflops = 0.259424699753292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001198072 Relative Rsd = 5.24916622623976e-07
BICGSTAB_SOLVER_TIME: 0.726353 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 65 resid = 2.204791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238137(s) Flops=429484032 => 1803.51659758878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.530948148 Mflops = 259.664530948148 Gflops = 0.259664530948148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 97 resid = 5.708696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35526(s) Flops=639461376 => 1799.98135450093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.727100545 Mflops = 259.147727100545 Gflops = 0.259147727100545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001220378 Relative Rsd = 5.34689955585235e-07
BICGSTAB_SOLVER_TIME: 0.69436 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 66 resid = 2.182032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24209(s) Flops=436045824 => 1801.17239043331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.381793857 Mflops = 259.314381793857 Gflops = 0.259314381793857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 94 resid = 1.112877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383658(s) Flops=619776000 => 1615.43875013684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232606.723938268 Mflops = 232.606723938268 Gflops = 0.232606723938268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001190048 Relative Rsd = 5.21401317776758e-07
BICGSTAB_SOLVER_TIME: 0.728615 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128459
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053142 s
InvBiCGStab: k = 66 resid = 2.266665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325544(s) Flops=436045824 => 1339.43744624383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192852.910903974 Mflops = 192.852910903975 Gflops = 0.192852910903974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069083 s
InvBiCGStab: k = 99 resid = 4.976121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447786(s) Flops=652584960 => 1457.35900631105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209823.440664363 Mflops = 209.823440664363 Gflops = 0.209823440664363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001180865 Relative Rsd = 5.17377691279695e-07
BICGSTAB_SOLVER_TIME: 0.899209 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131697
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.160217(s) Flops=1724719104 => 1486.54872666062 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214062.752761648 Mflops = 214.062752761648 Gflops = 0.214062752761648 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192099000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.656307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793328(s) Flops=1433438208 => 1806.86703103886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260115.459498092 Mflops = 260.115459498092 Gflops = 0.260115459498092 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 1.100214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.005592(s) Flops=1814022144 => 1803.93454204091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259761.022043905 Mflops = 259.761022043905 Gflops = 0.259761022043905 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.002155171 Relative Rsd = 9.4855692305634e-07
BICGSTAB_SOLVER_TIME: 1.802288 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.121335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.3521
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.972389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763545(s) Flops=1308764160 => 1714.06290395458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246723.86338233 Mflops = 246.72386338233 Gflops = 0.24672386338233 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.076241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932626(s) Flops=1348134912 => 1445.52576488324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208153.061315374 Mflops = 208.153061315374 Gflops = 0.208153061315374 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001986762 Relative Rsd = 8.72356928947438e-07
BICGSTAB_SOLVER_TIME: 1.699666 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.143736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287924999999998
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.174407(s) Flops=1724719104 => 1468.58721380237 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211479.940554651 Mflops = 211.479940554651 Gflops = 0.211479940554651 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191752000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.387461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040687 s
InvBiCGStab: k = 31 resid = 2.060769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114714(s) Flops=206383104 => 1799.10999529264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258967.08542823 Mflops = 258.96708542823 Gflops = 0.25896708542823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055809 s
InvBiCGStab: k = 44 resid = 1.127921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161043(s) Flops=291686400 => 1811.23302472011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260726.555356147 Mflops = 260.726555356147 Gflops = 0.260726555356147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007215441 Relative Rsd = 3.16133476541477e-07
BICGSTAB_SOLVER_TIME: 0.375936 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 84 resid = 2.152083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324914(s) Flops=554158080 => 1705.55310020498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245571.16221604 Mflops = 245.57116221604 Gflops = 0.24557116221604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060773 s
InvBiCGStab: k = 125 resid = 9.891949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464188(s) Flops=823191552 => 1773.40119089679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255328.754321109 Mflops = 255.328754321109 Gflops = 0.255328754321109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001326755 Relative Rsd = 5.81297175032822e-07
BICGSTAB_SOLVER_TIME: 0.895197 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163308999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042499 s
InvBiCGStab: k = 67 resid = 1.891118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245739(s) Flops=442607616 => 1801.12890505781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259316.930066169 Mflops = 259.316930066169 Gflops = 0.259316930066169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057092 s
InvBiCGStab: k = 106 resid = 4.942103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387891(s) Flops=698517504 => 1800.80874266224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.321318943 Mflops = 259.278321318943 Gflops = 0.259278321318943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001155012 Relative Rsd = 5.06050728230707e-07
BICGSTAB_SOLVER_TIME: 0.736909 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040776 s
InvBiCGStab: k = 71 resid = 2.213535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260815(s) Flops=468854784 => 1797.65268101911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258815.464002151 Mflops = 258.815464002151 Gflops = 0.258815464002151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064808 s
InvBiCGStab: k = 88 resid = 1.037511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383706(s) Flops=580405248 => 1512.630107426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217774.218169328 Mflops = 217.774218169328 Gflops = 0.217774218169328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00120728 Relative Rsd = 5.28950960293674e-07
BICGSTAB_SOLVER_TIME: 0.754241 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055465 s
InvBiCGStab: k = 68 resid = 1.557676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326219(s) Flops=449169408 => 1376.89530039636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198250.032739805 Mflops = 198.250032739805 Gflops = 0.198250032739805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059198 s
InvBiCGStab: k = 94 resid = 9.112399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421793(s) Flops=619776000 => 1469.38427143172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211562.988924404 Mflops = 211.562988924404 Gflops = 0.211562988924404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001196834 Relative Rsd = 5.24374586283126e-07
BICGSTAB_SOLVER_TIME: 0.869349 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129736
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.127217(s) Flops=1718747136 => 1524.77041776339 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219564.752948072 Mflops = 219.564752948072 Gflops = 0.219564752948072 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191054000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041811 s
InvBiCGStab: k = 38 resid = 2.253626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140719(s) Flops=252315648 => 1793.04605632502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258134.810856634 Mflops = 258.134810856634 Gflops = 0.258134810856634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056901 s
InvBiCGStab: k = 47 resid = 1.118915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173899(s) Flops=311371776 => 1790.53229748302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257759.657110902 Mflops = 257.759657110902 Gflops = 0.257759657110902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007728515 Relative Rsd = 3.38613014547858e-07
BICGSTAB_SOLVER_TIME: 0.417018 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041951 s
InvBiCGStab: k = 84 resid = 2.15717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308789(s) Flops=554158080 => 1794.61729530521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258367.843112854 Mflops = 258.367843112854 Gflops = 0.258367843112854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 129 resid = 9.829149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.5141(s) Flops=849438720 => 1652.28305777086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237905.998377047 Mflops = 237.905998377047 Gflops = 0.237905998377047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001396413 Relative Rsd = 6.11816774245991e-07
BICGSTAB_SOLVER_TIME: 0.925174 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166349999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 64 resid = 1.908243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234173(s) Flops=422922240 => 1806.02477655409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.857001248 Mflops = 260.014857001248 Gflops = 0.260014857001248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 88 resid = 1.130792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32201(s) Flops=580405248 => 1802.44479363995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.215348554 Mflops = 259.499215348554 Gflops = 0.259499215348554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001125952 Relative Rsd = 4.93318408326592e-07
BICGSTAB_SOLVER_TIME: 0.657095 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 70 resid = 1.774071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297698(s) Flops=462292992 => 1552.89250179712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223584.585501348 Mflops = 223.584585501348 Gflops = 0.223584585501348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060246 s
InvBiCGStab: k = 96 resid = 9.257052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436172(s) Flops=632899584 => 1451.03212494154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208920.894728857 Mflops = 208.920894728857 Gflops = 0.208920894728857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001237651 Relative Rsd = 5.42257654078875e-07
BICGSTAB_SOLVER_TIME: 0.839943 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051407 s
InvBiCGStab: k = 61 resid = 1.796266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270919(s) Flops=403236864 => 1488.40378120398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214287.158788844 Mflops = 214.287158788844 Gflops = 0.214287158788844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076211 s
InvBiCGStab: k = 91 resid = 1.118166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386444(s) Flops=600090624 => 1552.8527393361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223570.30533012 Mflops = 223.57030533012 Gflops = 0.22357030533012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001144595 Relative Rsd = 5.01486646565897e-07
BICGSTAB_SOLVER_TIME: 0.788681 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.142181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122622
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108147(s) Flops=1712775168 => 1545.62090408583 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222563.78528221 Mflops = 222.56378528221 Gflops = 0.22256378528221 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190793000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.381502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 25 resid = 1.642783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092497(s) Flops=167012352 => 1805.59750045947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.634871374 Mflops = 259.885634871374 Gflops = 0.259885634871374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 68 resid = 4.587142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248912(s) Flops=449169408 => 1804.53095069744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.574080789 Mflops = 259.794574080789 Gflops = 0.259794574080789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007418325 Relative Rsd = 3.25022500190655e-07
BICGSTAB_SOLVER_TIME: 0.442513 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0805680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 62 resid = 2.016394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227313(s) Flops=409798656 => 1802.79463119135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.631673277 Mflops = 259.544631673277 Gflops = 0.259544631673277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055917 s
InvBiCGStab: k = 96 resid = 9.738492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351055(s) Flops=632899584 => 1802.85022005099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259572.629560374 Mflops = 259.572629560374 Gflops = 0.259572629560374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001186913 Relative Rsd = 5.20027482372524e-07
BICGSTAB_SOLVER_TIME: 0.679424 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041545 s
InvBiCGStab: k = 66 resid = 1.61086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242923(s) Flops=436045824 => 1794.99604401395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.792945047 Mflops = 258.427792945047 Gflops = 0.258427792945047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 91 resid = 1.144199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332667(s) Flops=600090624 => 1803.87782376972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259708.865606845 Mflops = 259.708865606845 Gflops = 0.259708865606845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001163314 Relative Rsd = 5.09688191451533e-07
BICGSTAB_SOLVER_TIME: 0.677018 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 67 resid = 1.737488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269141(s) Flops=442607616 => 1644.51947492207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236767.283084525 Mflops = 236.767283084525 Gflops = 0.236767283084525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067671 s
InvBiCGStab: k = 86 resid = 1.137512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389069(s) Flops=567281664 => 1458.04899388026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209933.672495104 Mflops = 209.933672495104 Gflops = 0.209933672495104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001196444 Relative Rsd = 5.24203615565658e-07
BICGSTAB_SOLVER_TIME: 0.770884 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05655 s
InvBiCGStab: k = 71 resid = 2.266589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309338(s) Flops=468854784 => 1515.67147909407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218214.201239901 Mflops = 218.214201239901 Gflops = 0.218214201239901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067794 s
InvBiCGStab: k = 98 resid = 1.063079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426985(s) Flops=646023168 => 1512.98796913241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217840.361687932 Mflops = 217.840361687932 Gflops = 0.217840361687932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00118909 Relative Rsd = 5.20981490815101e-07
BICGSTAB_SOLVER_TIME: 0.864273 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134718
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092829(s) Flops=1712627712 => 1567.15068139663 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225707.973517363 Mflops = 225.707973517363 Gflops = 0.225707973517363 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190416000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.404366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 28 resid = 2.114629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103105(s) Flops=186697728 => 1810.7533873236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260603.031681242 Mflops = 260.603031681242 Gflops = 0.260603031681242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 60 resid = 9.083444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219465(s) Flops=396675072 => 1807.46393274554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260199.479233877 Mflops = 260.199479233877 Gflops = 0.260199479233877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0008077403 Relative Rsd = 3.53898980019019e-07
BICGSTAB_SOLVER_TIME: 0.423922 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041385 s
InvBiCGStab: k = 66 resid = 1.607705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241771(s) Flops=436045824 => 1803.54891198696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.819387942 Mflops = 259.670819387942 Gflops = 0.259670819387942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057118 s
InvBiCGStab: k = 98 resid = 1.001546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358036(s) Flops=646023168 => 1804.35254555408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259790.572353273 Mflops = 259.790572353273 Gflops = 0.259790572353273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001207453 Relative Rsd = 5.29027162636125e-07
BICGSTAB_SOLVER_TIME: 0.702015 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 72 resid = 1.859851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273011(s) Flops=475416576 => 1741.38249374567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250727.599271206 Mflops = 250.727599271206 Gflops = 0.250727599271206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05965 s
InvBiCGStab: k = 94 resid = 1.142502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360718(s) Flops=619776000 => 1718.17319900864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247374.141236654 Mflops = 247.374141236654 Gflops = 0.247374141236654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001199946 Relative Rsd = 5.25737710514726e-07
BICGSTAB_SOLVER_TIME: 0.737749 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132574
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043767 s
InvBiCGStab: k = 69 resid = 2.11096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275239(s) Flops=455731200 => 1655.76535302047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238406.848265439 Mflops = 238.406848265439 Gflops = 0.238406848265439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070938 s
InvBiCGStab: k = 96 resid = 1.116891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434087(s) Flops=632899584 => 1458.00170012002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209919.545612688 Mflops = 209.919545612688 Gflops = 0.209919545612688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001208526 Relative Rsd = 5.29497281103577e-07
BICGSTAB_SOLVER_TIME: 0.828108 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049001 s
InvBiCGStab: k = 79 resid = 1.953257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382114(s) Flops=521349120 => 1364.381100928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196442.728426321 Mflops = 196.442728426321 Gflops = 0.196442728426321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067971 s
InvBiCGStab: k = 98 resid = 7.744603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449171(s) Flops=646023168 => 1438.25662832195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207084.173816726 Mflops = 207.084173816726 Gflops = 0.207084173816726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001203895 Relative Rsd = 5.27467972939743e-07
BICGSTAB_SOLVER_TIME: 0.952003 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140491
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.25054(s) Flops=1706360832 => 1364.49920194476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196558.778989787 Mflops = 196.558778989787 Gflops = 0.196558778989787 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189576000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 2.26013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837889(s) Flops=1485932544 => 1773.42409794137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255341.913874573 Mflops = 255.341913874573 Gflops = 0.255341913874573 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 6.55097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92155(s) Flops=1610606592 => 1747.71481959742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251666.048750421 Mflops = 251.666048750421 Gflops = 0.251666048750421 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002114191 Relative Rsd = 9.30537940112284e-07
BICGSTAB_SOLVER_TIME: 1.762725 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335512999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.953584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754111(s) Flops=1308764160 => 1735.50599314955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249821.532504416 Mflops = 249.821532504416 Gflops = 0.249821532504416 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.077623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994046(s) Flops=1499056128 => 1508.03496820067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217151.736436064 Mflops = 217.151736436064 Gflops = 0.217151736436064 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002017483 Relative Rsd = 8.85873377897299e-07
BICGSTAB_SOLVER_TIME: 1.751739 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.143354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.124078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304855999999999
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.230767(s) Flops=1706360832 => 1386.4206888875 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199857.500247148 Mflops = 199.857500247148 Gflops = 0.199857500247148 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189535000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041077 s
InvBiCGStab: k = 43 resid = 1.725877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158053(s) Flops=285124608 => 1803.9809937173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259693.334564756 Mflops = 259.693334564756 Gflops = 0.259693334564756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056681 s
InvBiCGStab: k = 68 resid = 9.924711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248493(s) Flops=449169408 => 1807.57368618029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260240.167293597 Mflops = 260.240167293597 Gflops = 0.260240167293597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0008257582 Relative Rsd = 3.61793241764028e-07
BICGSTAB_SOLVER_TIME: 0.507933 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 71 resid = 2.096102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260216(s) Flops=468854784 => 1801.79075844683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259412.350622482 Mflops = 259.412350622482 Gflops = 0.259412350622482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056824 s
InvBiCGStab: k = 123 resid = 9.867574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449709(s) Flops=810067968 => 1801.31589094281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.513626799 Mflops = 259.351513626799 Gflops = 0.259351513626799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001320764 Relative Rsd = 5.78672478687306e-07
BICGSTAB_SOLVER_TIME: 0.811938 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152812999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 67 resid = 2.185913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24544(s) Flops=442607616 => 1803.32307692308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.225457462 Mflops = 259.635225457462 Gflops = 0.259635225457462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056074 s
InvBiCGStab: k = 96 resid = 1.095178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350556(s) Flops=632899584 => 1805.41649265738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259935.562619373 Mflops = 259.935562619373 Gflops = 0.259935562619373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001162805 Relative Rsd = 5.09464940010496e-07
BICGSTAB_SOLVER_TIME: 0.696692 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040682 s
InvBiCGStab: k = 77 resid = 1.53704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282869(s) Flops=508225536 => 1796.68163001248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.117592958 Mflops = 258.687117592958 Gflops = 0.258687117592958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056878 s
InvBiCGStab: k = 87 resid = 9.156793e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345132(s) Flops=573843456 => 1662.67821007614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239388.886303033 Mflops = 239.388886303033 Gflops = 0.239388886303033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00122164 Relative Rsd = 5.35242601087551e-07
BICGSTAB_SOLVER_TIME: 0.729545 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047479 s
InvBiCGStab: k = 68 resid = 2.080581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315157(s) Flops=449169408 => 1425.22427869284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205214.629305965 Mflops = 205.214629305965 Gflops = 0.205214629305965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068204 s
InvBiCGStab: k = 102 resid = 1.09892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443676(s) Flops=672270336 => 1515.22808535959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218163.423235979 Mflops = 218.163423235979 Gflops = 0.218163423235979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001198102 Relative Rsd = 5.24930088098144e-07
BICGSTAB_SOLVER_TIME: 0.878439 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135443
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.131645(s) Flops=1699946496 => 1502.19061278051 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216311.693058441 Mflops = 216.311693058441 Gflops = 0.216311693058441 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188898000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041428 s
InvBiCGStab: k = 37 resid = 2.106068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136317(s) Flops=245753856 => 1802.81150553489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259507.636956724 Mflops = 259.507636956724 Gflops = 0.259507636956724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 46 resid = 9.771176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169235(s) Flops=304809984 => 1801.1048778326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259273.03250373 Mflops = 259.27303250373 Gflops = 0.25927303250373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000700347 Relative Rsd = 3.06846277801037e-07
BICGSTAB_SOLVER_TIME: 0.407063 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 81 resid = 2.041936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296043(s) Flops=534472704 => 1805.38875771425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259938.024203738 Mflops = 259.938024203738 Gflops = 0.259938024203738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056478 s
InvBiCGStab: k = 126 resid = 8.879125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.473613(s) Flops=829753344 => 1751.9648827207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252251.152979065 Mflops = 252.251152979065 Gflops = 0.252251152979065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001356259 Relative Rsd = 5.94223877217447e-07
BICGSTAB_SOLVER_TIME: 0.871015 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162242999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 67 resid = 2.175048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246945(s) Flops=442607616 => 1792.33277045496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258055.004786948 Mflops = 258.055004786948 Gflops = 0.258055004786948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057242 s
InvBiCGStab: k = 101 resid = 8.97527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370616(s) Flops=665708544 => 1796.22181449263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.158048089 Mflops = 258.608158048089 Gflops = 0.258608158048089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001207229 Relative Rsd = 5.28928976886982e-07
BICGSTAB_SOLVER_TIME: 0.720117 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041474 s
InvBiCGStab: k = 72 resid = 1.990173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27637(s) Flops=475416576 => 1720.21773709158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247671.170554668 Mflops = 247.671170554668 Gflops = 0.247671170554668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06822 s
InvBiCGStab: k = 92 resid = 8.753985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409026(s) Flops=606652416 => 1483.16345660178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213545.967559157 Mflops = 213.545967559157 Gflops = 0.213545967559157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001192158 Relative Rsd = 5.22325640969464e-07
BICGSTAB_SOLVER_TIME: 0.798766 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043518 s
InvBiCGStab: k = 68 resid = 1.808725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314847(s) Flops=449169408 => 1426.62756195867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205396.776178497 Mflops = 205.396776178497 Gflops = 0.205396776178497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07632 s
InvBiCGStab: k = 97 resid = 7.53265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426671(s) Flops=639461376 => 1498.72237860084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215786.668292304 Mflops = 215.786668292304 Gflops = 0.215786668292304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001181676 Relative Rsd = 5.17733353216718e-07
BICGSTAB_SOLVER_TIME: 0.865081 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13177
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.096655(s) Flops=1693679616 => 1544.40513744067 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222414.650321628 Mflops = 222.414650321628 Gflops = 0.222414650321628 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188209000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04165 s
InvBiCGStab: k = 28 resid = 2.07107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104989(s) Flops=186697728 => 1778.25989389365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255941.526217942 Mflops = 255.941526217942 Gflops = 0.255941526217942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05779 s
InvBiCGStab: k = 70 resid = 1.093135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257556(s) Flops=462292992 => 1794.92223827051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258408.33218614 Mflops = 258.40833218614 Gflops = 0.25840833218614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007820653 Relative Rsd = 3.42649902496754e-07
BICGSTAB_SOLVER_TIME: 0.465725 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0842160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 66 resid = 2.137427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243167(s) Flops=436045824 => 1793.19489897889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258164.482523209 Mflops = 258.164482523209 Gflops = 0.258164482523209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 97 resid = 1.022732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355292(s) Flops=639461376 => 1799.81923600869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259127.809083678 Mflops = 259.127809083678 Gflops = 0.259127809083678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001173253 Relative Rsd = 5.14042640166227e-07
BICGSTAB_SOLVER_TIME: 0.700719 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 68 resid = 2.08355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249019(s) Flops=449169408 => 1803.75556885218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.852822771 Mflops = 259.691852822771 Gflops = 0.259691852822771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055848 s
InvBiCGStab: k = 99 resid = 1.094158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361872(s) Flops=652584960 => 1803.3585356148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.762635205 Mflops = 259.639762635205 Gflops = 0.259639762635205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001151266 Relative Rsd = 5.0440962356647e-07
BICGSTAB_SOLVER_TIME: 0.71136 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 75 resid = 1.712888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349334(s) Flops=495101952 => 1417.27387543154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204037.045812294 Mflops = 204.037045812294 Gflops = 0.204037045812294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063564 s
InvBiCGStab: k = 103 resid = 7.393711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43615(s) Flops=678832128 => 1556.41895678092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224106.218187528 Mflops = 224.106218187528 Gflops = 0.224106218187528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001202192 Relative Rsd = 5.26721812251845e-07
BICGSTAB_SOLVER_TIME: 0.895016 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048226 s
InvBiCGStab: k = 77 resid = 2.101138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343823(s) Flops=508225536 => 1478.16037903223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212813.370992682 Mflops = 212.813370992682 Gflops = 0.212813370992682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059372 s
InvBiCGStab: k = 100 resid = 1.144922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442388(s) Flops=659146752 => 1489.97430310045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214524.830154 Mflops = 214.524830154 Gflops = 0.214524830154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001186103 Relative Rsd = 5.19672891552764e-07
BICGSTAB_SOLVER_TIME: 0.904199 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140438
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.07146(s) Flops=1687486464 => 1574.94116812573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226790.850923064 Mflops = 226.790850923064 Gflops = 0.226790850923064 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187637000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 25 resid = 2.051701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093612(s) Flops=167012352 => 1784.09127034996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256806.99381581 Mflops = 256.80699381581 Gflops = 0.25680699381581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056674 s
InvBiCGStab: k = 54 resid = 1.060908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198242(s) Flops=357304320 => 1802.36438292592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.577213008 Mflops = 259.465577213008 Gflops = 0.259465577213008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0008010787 Relative Rsd = 3.50980338493083e-07
BICGSTAB_SOLVER_TIME: 0.393591 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040844 s
InvBiCGStab: k = 71 resid = 2.23453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259654(s) Flops=468854784 => 1805.69058824436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259971.261098749 Mflops = 259.971261098749 Gflops = 0.259971261098749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056609 s
InvBiCGStab: k = 96 resid = 7.351364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351307(s) Flops=632899584 => 1801.55699715633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.974447854 Mflops = 259.380974447854 Gflops = 0.259380974447854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001231913 Relative Rsd = 5.39743537839406e-07
BICGSTAB_SOLVER_TIME: 0.712097 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040935 s
InvBiCGStab: k = 73 resid = 2.200437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266264(s) Flops=481978368 => 1810.15220983685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260613.99885315 Mflops = 260.61399885315 Gflops = 0.26061399885315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056818 s
InvBiCGStab: k = 96 resid = 9.514267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351233(s) Flops=632899584 => 1801.93656063069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259443.92695449 Mflops = 259.44392695449 Gflops = 0.25944392695449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00118588 Relative Rsd = 5.19575266865046e-07
BICGSTAB_SOLVER_TIME: 0.718875 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047575 s
InvBiCGStab: k = 69 resid = 2.199931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306833(s) Flops=455731200 => 1485.27440008083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213844.802136032 Mflops = 213.844802136032 Gflops = 0.213844802136032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06048 s
InvBiCGStab: k = 90 resid = 1.072103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408551(s) Flops=593528832 => 1452.76558373373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209169.498652384 Mflops = 209.169498652384 Gflops = 0.209169498652384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001202895 Relative Rsd = 5.2703009000136e-07
BICGSTAB_SOLVER_TIME: 0.827599 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12775
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045894 s
InvBiCGStab: k = 71 resid = 1.877778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32353(s) Flops=468854784 => 1449.18487930022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208661.984210711 Mflops = 208.661984210711 Gflops = 0.208661984210711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058382 s
InvBiCGStab: k = 100 resid = 8.025304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44174(s) Flops=659146752 => 1492.15998551184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214840.799745049 Mflops = 214.840799745049 Gflops = 0.214840799745049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001254789 Relative Rsd = 5.49766594139783e-07
BICGSTAB_SOLVER_TIME: 0.87315 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136187
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055367(s) Flops=1693900800 => 1605.03483622285 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231124.096426984 Mflops = 231.124096426984 Gflops = 0.231124096426984 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189653000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.121782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825062(s) Flops=1492494336 => 1808.94809844593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260427.091960085 Mflops = 260.427091960085 Gflops = 0.260427091960085 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 8.265613e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972276(s) Flops=1754966016 => 1805.00805943991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259917.338133343 Mflops = 259.917338133343 Gflops = 0.259917338133343 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.002165817 Relative Rsd = 9.53264653009551e-07
BICGSTAB_SOLVER_TIME: 1.800635 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.122068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352153999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.081639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.877759(s) Flops=1302202368 => 1483.55342183902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213527.965961013 Mflops = 213.527965961013 Gflops = 0.213527965961013 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.097979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965056(s) Flops=1420314624 => 1471.74321904636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211928.639947168 Mflops = 211.928639947168 Gflops = 0.211928639947168 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002182429 Relative Rsd = 9.58314239948047e-07
BICGSTAB_SOLVER_TIME: 1.849419 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.152092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.118178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295109999999998
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049558(s) Flops=1693900800 => 1613.91823986859 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232413.533600107 Mflops = 232.413533600107 Gflops = 0.232413533600107 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188367000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.381797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 37 resid = 1.840818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136404(s) Flops=245753856 => 1801.66165215096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259372.039302041 Mflops = 259.372039302041 Gflops = 0.259372039302041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 55 resid = 9.963618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202181(s) Flops=363866112 => 1799.70477938085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259087.586485866 Mflops = 259.087586485866 Gflops = 0.259087586485866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.000747125 Relative Rsd = 3.27341316049102e-07
BICGSTAB_SOLVER_TIME: 0.439593 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0798510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044754 s
InvBiCGStab: k = 83 resid = 2.032508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321653(s) Flops=547596288 => 1702.44421161935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245102.171511357 Mflops = 245.102171511357 Gflops = 0.245102171511357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 129 resid = 7.627282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474179(s) Flops=849438720 => 1791.38831538301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257926.204362298 Mflops = 257.926204362298 Gflops = 0.257926204362298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001402518 Relative Rsd = 6.14491507069382e-07
BICGSTAB_SOLVER_TIME: 0.90073 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165628999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041814 s
InvBiCGStab: k = 76 resid = 1.767775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279953(s) Flops=501663744 => 1791.95702135716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257989.807861197 Mflops = 257.989807861197 Gflops = 0.257989807861197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057067 s
InvBiCGStab: k = 93 resid = 1.127613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347428(s) Flops=613214208 => 1765.01090297846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254121.092471911 Mflops = 254.121092471911 Gflops = 0.254121092471911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001172173 Relative Rsd = 5.13569512369321e-07
BICGSTAB_SOLVER_TIME: 0.73026 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052993 s
InvBiCGStab: k = 76 resid = 1.059277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334386(s) Flops=501663744 => 1500.25343166281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216008.218922346 Mflops = 216.008218922346 Gflops = 0.216008218922346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066734 s
InvBiCGStab: k = 100 resid = 1.024104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438637(s) Flops=659146752 => 1502.71580372837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216363.511300031 Mflops = 216.363511300031 Gflops = 0.216363511300031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001199987 Relative Rsd = 5.25756072524956e-07
BICGSTAB_SOLVER_TIME: 0.896388 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04927 s
InvBiCGStab: k = 80 resid = 2.07861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359856(s) Flops=527910912 => 1467.00600240096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211222.259469368 Mflops = 211.222259469368 Gflops = 0.211222259469368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081615 s
InvBiCGStab: k = 101 resid = 1.094227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396873(s) Flops=665708544 => 1677.38431185795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241510.230900983 Mflops = 241.510230900983 Gflops = 0.241510230900983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001240649 Relative Rsd = 5.43571149877273e-07
BICGSTAB_SOLVER_TIME: 0.891357 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143232
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057008(s) Flops=1706213376 => 1614.19154443486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232493.014680824 Mflops = 232.493014680824 Gflops = 0.232493014680824 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189842000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.398489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041839 s
InvBiCGStab: k = 37 resid = 2.238237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137981(s) Flops=245753856 => 1781.07026329712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256372.45612419 Mflops = 256.37245612419 Gflops = 0.25637245612419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057118 s
InvBiCGStab: k = 68 resid = 7.673182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248954(s) Flops=449169408 => 1804.22651574186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259748.270302575 Mflops = 259.748270302575 Gflops = 0.259748270302575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 105 iterations. Rsd = 0.0007429555 Relative Rsd = 3.25514525556422e-07
BICGSTAB_SOLVER_TIME: 0.489572 sec
2Flav::invert,  n_count = 105
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0891770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040894 s
InvBiCGStab: k = 95 resid = 1.37515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346524(s) Flops=626337792 => 1807.48748138657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260245.283062579 Mflops = 260.245283062579 Gflops = 0.260245283062579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 111 resid = 1.058552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406417(s) Flops=731326464 => 1799.4485073213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259079.782439105 Mflops = 259.079782439105 Gflops = 0.259079782439105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001379247 Relative Rsd = 6.04295949884018e-07
BICGSTAB_SOLVER_TIME: 0.853835 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161434999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040678 s
InvBiCGStab: k = 68 resid = 2.079655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254853(s) Flops=449169408 => 1762.46466786736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253760.539452604 Mflops = 253.760539452604 Gflops = 0.253760539452604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071829 s
InvBiCGStab: k = 106 resid = 9.491965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.500551(s) Flops=698517504 => 1395.49717011853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200928.173936712 Mflops = 200.928173936712 Gflops = 0.200928173936712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00120754 Relative Rsd = 5.29065212801767e-07
BICGSTAB_SOLVER_TIME: 0.871609 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050077 s
InvBiCGStab: k = 78 resid = 2.122429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346756(s) Flops=514787328 => 1484.58088108064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213744.455963387 Mflops = 213.744455963387 Gflops = 0.213744455963387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058896 s
InvBiCGStab: k = 96 resid = 1.00627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421661(s) Flops=632899584 => 1500.96780114832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216102.747993664 Mflops = 216.102747993664 Gflops = 0.216102747993664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001252292 Relative Rsd = 5.48672626374792e-07
BICGSTAB_SOLVER_TIME: 0.881184 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058862 s
InvBiCGStab: k = 65 resid = 2.127746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238354(s) Flops=429484032 => 1801.87465702275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259420.14972218 Mflops = 259.42014972218 Gflops = 0.25942014972218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056535 s
InvBiCGStab: k = 105 resid = 1.051442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403515(s) Flops=691955712 => 1714.82029664325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246902.97634616 Mflops = 246.90297634616 Gflops = 0.24690297634616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001249861 Relative Rsd = 5.47607170731241e-07
BICGSTAB_SOLVER_TIME: 0.760829 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135591
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066808(s) Flops=1712553984 => 1605.30665686797 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231167.523434671 Mflops = 231.167523434671 Gflops = 0.231167523434671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190427000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040632 s
InvBiCGStab: k = 29 resid = 2.169835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106899(s) Flops=193259520 => 1807.87023264951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260227.573075746 Mflops = 260.227573075746 Gflops = 0.260227573075746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056715 s
InvBiCGStab: k = 53 resid = 8.161373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195514(s) Flops=350742528 => 1793.95096003355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258254.179339111 Mflops = 258.254179339111 Gflops = 0.258254179339111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007533538 Relative Rsd = 3.30070369819421e-07
BICGSTAB_SOLVER_TIME: 0.403434 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 75 resid = 2.171719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274091(s) Flops=495101952 => 1806.34151431459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.053706949 Mflops = 260.076053706949 Gflops = 0.260076053706949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 97 resid = 1.151318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354445(s) Flops=639461376 => 1804.12017661414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.370289939 Mflops = 259.755370289939 Gflops = 0.259755370289939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001182973 Relative Rsd = 5.18301249388641e-07
BICGSTAB_SOLVER_TIME: 0.729814 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044078 s
InvBiCGStab: k = 71 resid = 1.781048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330081(s) Flops=468854784 => 1420.42342334154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204510.661079558 Mflops = 204.510661079558 Gflops = 0.204510661079558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063589 s
InvBiCGStab: k = 98 resid = 5.194963e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449505(s) Flops=646023168 => 1437.18794674142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206929.626852042 Mflops = 206.929626852042 Gflops = 0.206929626852041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001150514 Relative Rsd = 5.04079923471687e-07
BICGSTAB_SOLVER_TIME: 0.891298 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134702
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046991 s
InvBiCGStab: k = 69 resid = 2.281422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315957(s) Flops=455731200 => 1442.38361549198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207678.149270049 Mflops = 207.678149270049 Gflops = 0.207678149270049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068289 s
InvBiCGStab: k = 101 resid = 1.109688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442884(s) Flops=665708544 => 1503.12168423334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216426.154431515 Mflops = 216.426154431515 Gflops = 0.216426154431515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001205664 Relative Rsd = 5.28243359827257e-07
BICGSTAB_SOLVER_TIME: 0.877901 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135549
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041714 s
InvBiCGStab: k = 73 resid = 1.946471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271042(s) Flops=481978368 => 1778.24236834144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256031.051579274 Mflops = 256.031051579274 Gflops = 0.256031051579274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057806 s
InvBiCGStab: k = 96 resid = 1.053352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361085(s) Flops=632899584 => 1752.77174072587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252364.505758396 Mflops = 252.364505758396 Gflops = 0.252364505758396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001198323 Relative Rsd = 5.25026794685352e-07
BICGSTAB_SOLVER_TIME: 0.73527 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134918
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067809(s) Flops=1718820864 => 1609.6707032812 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231807.506007821 Mflops = 231.807506007821 Gflops = 0.231807506007821 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191116000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.376868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 28 resid = 2.106175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103366(s) Flops=186697728 => 1806.18122013041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259976.218105836 Mflops = 259.976218105836 Gflops = 0.259976218105836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 47 resid = 1.041785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172786(s) Flops=311371776 => 1802.06600071765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259399.285660257 Mflops = 259.399285660257 Gflops = 0.259399285660257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000784849 Relative Rsd = 3.43869548020646e-07
BICGSTAB_SOLVER_TIME: 0.377298 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 74 resid = 1.345535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270706(s) Flops=488540160 => 1804.68907227767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.542386848 Mflops = 259.827542386848 Gflops = 0.259827542386848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 111 resid = 1.10409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405901(s) Flops=731326464 => 1801.73604893804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259412.168688501 Mflops = 259.412168688501 Gflops = 0.259412168688501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001222481 Relative Rsd = 5.35611218442902e-07
BICGSTAB_SOLVER_TIME: 0.77791 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048402 s
InvBiCGStab: k = 71 resid = 2.054165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334188(s) Flops=468854784 => 1402.96714424216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201988.489840242 Mflops = 201.988489840242 Gflops = 0.201988489840242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067234 s
InvBiCGStab: k = 92 resid = 1.065764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418881(s) Flops=606652416 => 1448.26911700459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208517.079138465 Mflops = 208.517079138465 Gflops = 0.208517079138465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001194421 Relative Rsd = 5.23316985499507e-07
BICGSTAB_SOLVER_TIME: 0.873372 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047056 s
InvBiCGStab: k = 72 resid = 1.355113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326969(s) Flops=475416576 => 1454.01116313779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209352.947887653 Mflops = 209.352947887653 Gflops = 0.209352947887653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062236 s
InvBiCGStab: k = 96 resid = 1.088372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41883(s) Flops=632899584 => 1511.11330133945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217568.768592037 Mflops = 217.568768592037 Gflops = 0.217568768592037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001230169 Relative Rsd = 5.38979525197119e-07
BICGSTAB_SOLVER_TIME: 0.858762 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 68 resid = 2.281802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250456(s) Flops=449169408 => 1793.40645861948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.848423469 Mflops = 258.191848423469 Gflops = 0.258191848423469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058206 s
InvBiCGStab: k = 99 resid = 1.079035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363888(s) Flops=652584960 => 1793.36762960032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258202.512604837 Mflops = 258.202512604837 Gflops = 0.258202512604837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001226855 Relative Rsd = 5.37527702254994e-07
BICGSTAB_SOLVER_TIME: 0.716987 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13336
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068843(s) Flops=1725087744 => 1613.97674307639 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232432.847534346 Mflops = 232.432847534346 Gflops = 0.232432847534346 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191863000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.395934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.6497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836906(s) Flops=1512179712 => 1806.86924457466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260120.371279454 Mflops = 260.120371279454 Gflops = 0.260120371279454 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 275 resid = 9.389136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.138705(s) Flops=1807460352 => 1587.29464786753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228566.556975394 Mflops = 228.566556975394 Gflops = 0.228566556975394 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.002258395 Relative Rsd = 9.9401493789116e-07
BICGSTAB_SOLVER_TIME: 1.978935 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.126493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359799
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.910084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847461(s) Flops=1256269824 => 1482.39249239788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213447.297006043 Mflops = 213.447297006043 Gflops = 0.213447297006043 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.133766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816824(s) Flops=1321887744 => 1618.32627836596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233035.465454495 Mflops = 233.035465454495 Gflops = 0.233035465454495 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.002004783 Relative Rsd = 8.80319966602452e-07
BICGSTAB_SOLVER_TIME: 1.667623 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.153225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279718999999998
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.164207(s) Flops=1725087744 => 1481.7706335729 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213377.50373663 Mflops = 213.37750373663 Gflops = 0.21337750373663 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191830000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044234 s
InvBiCGStab: k = 30 resid = 1.94539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116956(s) Flops=199821312 => 1708.5169807449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245923.238552113 Mflops = 245.923238552113 Gflops = 0.245923238552113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056592 s
InvBiCGStab: k = 50 resid = 1.04936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191207(s) Flops=331057152 => 1731.40707191682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249251.890880001 Mflops = 249.251890880001 Gflops = 0.249251890880001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000755041 Relative Rsd = 3.308095937479e-07
BICGSTAB_SOLVER_TIME: 0.412644 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 87 resid = 1.830978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321537(s) Flops=573843456 => 1784.68871700613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256958.414299722 Mflops = 256.958414299722 Gflops = 0.256958414299722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05711 s
InvBiCGStab: k = 113 resid = 1.071829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417222(s) Flops=744450048 => 1784.30199749774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256903.504933885 Mflops = 256.903504933885 Gflops = 0.256903504933885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001338065 Relative Rsd = 5.86252571537851e-07
BICGSTAB_SOLVER_TIME: 0.840627 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157176999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041302 s
InvBiCGStab: k = 65 resid = 2.273089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240979(s) Flops=429484032 => 1782.24671859374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256604.106361736 Mflops = 256.604106361736 Gflops = 0.256604106361736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056857 s
InvBiCGStab: k = 96 resid = 1.002565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350904(s) Flops=632899584 => 1803.62601737227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.371297754 Mflops = 259.688371297754 Gflops = 0.259688371297754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001198753 Relative Rsd = 5.25215005290201e-07
BICGSTAB_SOLVER_TIME: 0.6937 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041492 s
InvBiCGStab: k = 72 resid = 2.27384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263561(s) Flops=475416576 => 1803.81989748104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.051995391 Mflops = 259.700051995391 Gflops = 0.259700051995391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056006 s
InvBiCGStab: k = 107 resid = 8.797958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391743(s) Flops=705079296 => 1799.85167826866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259140.706139099 Mflops = 259.140706139099 Gflops = 0.259140706139099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001279258 Relative Rsd = 5.60487100795366e-07
BICGSTAB_SOLVER_TIME: 0.756396 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040657 s
InvBiCGStab: k = 66 resid = 2.235276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241654(s) Flops=436045824 => 1804.4221241941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.582106255 Mflops = 259.794582106255 Gflops = 0.259794582106255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 108 resid = 7.535655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395618(s) Flops=711641088 => 1798.80866896855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.183490675 Mflops = 258.995183490675 Gflops = 0.258995183490675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001266782 Relative Rsd = 5.55021138394796e-07
BICGSTAB_SOLVER_TIME: 0.737775 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138255
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068181(s) Flops=1725087744 => 1614.97699734408 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232561.760900847 Mflops = 232.561760900847 Gflops = 0.232561760900847 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191853000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.423382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 34 resid = 2.253324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126337(s) Flops=226068480 => 1789.40832851817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257576.51288454 Mflops = 257.57651288454 Gflops = 0.25757651288454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064044 s
InvBiCGStab: k = 53 resid = 7.389226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225662(s) Flops=350742528 => 1554.28263509142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223740.940951837 Mflops = 223.740940951837 Gflops = 0.223740940951837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007498038 Relative Rsd = 3.28515005541838e-07
BICGSTAB_SOLVER_TIME: 0.461239 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050366 s
InvBiCGStab: k = 91 resid = 2.027725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403517(s) Flops=600090624 => 1487.15078670787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214131.693438317 Mflops = 214.131693438317 Gflops = 0.214131693438317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062625 s
InvBiCGStab: k = 127 resid = 7.705085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.532987(s) Flops=836315136 => 1569.10982068981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225928.997633538 Mflops = 225.928997633538 Gflops = 0.225928997633538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 218 iterations. Rsd = 0.001364229 Relative Rsd = 5.97715770501623e-07
BICGSTAB_SOLVER_TIME: 1.053246 sec
2Flav::invert,  n_count = 218
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169833999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046816 s
InvBiCGStab: k = 64 resid = 1.881655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26452(s) Flops=422922240 => 1598.82897323454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230186.447972182 Mflops = 230.186447972182 Gflops = 0.230186447972182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056681 s
InvBiCGStab: k = 96 resid = 1.14821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353624(s) Flops=632899584 => 1789.75291269823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257682.71720433 Mflops = 257.68271720433 Gflops = 0.25768271720433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001246957 Relative Rsd = 5.4633498945586e-07
BICGSTAB_SOLVER_TIME: 0.725331 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 62 resid = 2.167701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227907(s) Flops=409798656 => 1798.09596019429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258855.754089385 Mflops = 258.855754089385 Gflops = 0.258855754089385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056109 s
InvBiCGStab: k = 98 resid = 3.993264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359813(s) Flops=646023168 => 1795.44143207722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258496.125795908 Mflops = 258.496125795908 Gflops = 0.258496125795908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001186779 Relative Rsd = 5.19969029973295e-07
BICGSTAB_SOLVER_TIME: 0.688762 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 71 resid = 2.243496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259542(s) Flops=468854784 => 1806.46979679589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260083.543727102 Mflops = 260.083543727102 Gflops = 0.260083543727102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060831 s
InvBiCGStab: k = 97 resid = 1.131001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377692(s) Flops=639461376 => 1693.07630556115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243759.621312964 Mflops = 243.759621312964 Gflops = 0.243759621312964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001237373 Relative Rsd = 5.42136056766691e-07
BICGSTAB_SOLVER_TIME: 0.743055 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133897
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.074855(s) Flops=1725161472 => 1605.01786008345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231121.065258385 Mflops = 231.121065258385 Gflops = 0.231121065258385 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191772000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.392129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 38 resid = 1.613503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139638(s) Flops=252315648 => 1806.92682507627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.62112237 Mflops = 260.11162112237 Gflops = 0.26011162112237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 68 resid = 1.043196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250614(s) Flops=449169408 => 1792.27580262874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258037.450216765 Mflops = 258.037450216765 Gflops = 0.258037450216765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0007375171 Relative Rsd = 3.23131774198468e-07
BICGSTAB_SOLVER_TIME: 0.491325 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0898440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041577 s
InvBiCGStab: k = 70 resid = 8.835175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258956(s) Flops=462292992 => 1785.21830735723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257020.700344635 Mflops = 257.020700344635 Gflops = 0.257020700344635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 104 resid = 1.035941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382453(s) Flops=685393920 => 1792.09973513085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258025.672626033 Mflops = 258.025672626033 Gflops = 0.258025672626033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001189517 Relative Rsd = 5.21168681308271e-07
BICGSTAB_SOLVER_TIME: 0.743194 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049342 s
InvBiCGStab: k = 66 resid = 1.77349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284678(s) Flops=436045824 => 1531.71591763326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220521.609459147 Mflops = 220.521609459147 Gflops = 0.220521609459147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065485 s
InvBiCGStab: k = 91 resid = 9.79996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401821(s) Flops=600090624 => 1493.427730258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215017.648146463 Mflops = 215.017648146463 Gflops = 0.215017648146463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001190432 Relative Rsd = 5.21569432181524e-07
BICGSTAB_SOLVER_TIME: 0.805522 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05314 s
InvBiCGStab: k = 75 resid = 1.88051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339709(s) Flops=495101952 => 1457.42960004003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209836.545597826 Mflops = 209.836545597826 Gflops = 0.209836545597826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063747 s
InvBiCGStab: k = 110 resid = 5.504751e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.522852(s) Flops=724764672 => 1386.17557549746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199579.573393486 Mflops = 199.579573393486 Gflops = 0.199579573393486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001249053 Relative Rsd = 5.47253498011993e-07
BICGSTAB_SOLVER_TIME: 0.986014 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042077 s
InvBiCGStab: k = 66 resid = 2.240326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243818(s) Flops=436045824 => 1788.40702491202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257469.188927561 Mflops = 257.469188927561 Gflops = 0.257469188927561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056628 s
InvBiCGStab: k = 81 resid = 1.043618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299067(s) Flops=534472704 => 1787.13366570033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257294.995254484 Mflops = 257.294995254484 Gflops = 0.257294995254484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001132035 Relative Rsd = 4.95983807128117e-07
BICGSTAB_SOLVER_TIME: 0.645219 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11908
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067656(s) Flops=1725087744 => 1615.77113227482 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232666.223134573 Mflops = 232.666223134573 Gflops = 0.232666223134573 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192036000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 28 resid = 1.97191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103169(s) Flops=186697728 => 1809.63010206554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260468.408725622 Mflops = 260.468408725622 Gflops = 0.260468408725622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056868 s
InvBiCGStab: k = 58 resid = 8.845536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212617(s) Flops=383551488 => 1803.95494245521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.117269093 Mflops = 259.698117269093 Gflops = 0.259698117269093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008117093 Relative Rsd = 3.55637964398895e-07
BICGSTAB_SOLVER_TIME: 0.417377 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 70 resid = 1.72533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262526(s) Flops=462292992 => 1760.94174291308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253525.635301625 Mflops = 253.525635301625 Gflops = 0.253525635301625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060077 s
InvBiCGStab: k = 102 resid = 6.878414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391341(s) Flops=672270336 => 1717.86328547226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247334.87483867 Mflops = 247.33487483867 Gflops = 0.24733487483867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00121759 Relative Rsd = 5.33468524865903e-07
BICGSTAB_SOLVER_TIME: 0.75878 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 66 resid = 2.124082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244112(s) Flops=436045824 => 1786.25312971095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257172.414056305 Mflops = 257.172414056305 Gflops = 0.257172414056305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057172 s
InvBiCGStab: k = 107 resid = 6.965788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393331(s) Flops=705079296 => 1792.58511533543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258096.48570094 Mflops = 258.09648570094 Gflops = 0.25809648570094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001154059 Relative Rsd = 5.05633196520328e-07
BICGSTAB_SOLVER_TIME: 0.739555 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040887 s
InvBiCGStab: k = 70 resid = 2.034163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256443(s) Flops=462292992 => 1802.71246241855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259539.302224135 Mflops = 259.539302224135 Gflops = 0.259539302224135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 106 resid = 7.106986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424252(s) Flops=698517504 => 1646.46838199938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237062.095766761 Mflops = 237.062095766761 Gflops = 0.237062095766761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001248095 Relative Rsd = 5.46833671050335e-07
BICGSTAB_SOLVER_TIME: 0.784925 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046182 s
InvBiCGStab: k = 75 resid = 1.398275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351604(s) Flops=495101952 => 1408.1237756112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202743.114873021 Mflops = 202.743114873021 Gflops = 0.202743114873021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076674 s
InvBiCGStab: k = 98 resid = 1.104029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450637(s) Flops=646023168 => 1433.57773107845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206410.554569076 Mflops = 206.410554569076 Gflops = 0.206410554569076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001189433 Relative Rsd = 5.2113180427106e-07
BICGSTAB_SOLVER_TIME: 0.930178 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137583
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.156372(s) Flops=1725087744 => 1491.8103724407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214823.737960237 Mflops = 214.823737960237 Gflops = 0.214823737960237 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191755000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.431504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.233734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820885(s) Flops=1472808960 => 1794.1720947514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258374.685642734 Mflops = 258.374685642734 Gflops = 0.258374685642734 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.140433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890816(s) Flops=1604044800 => 1800.64659817516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.624326368 Mflops = 259.287624326368 Gflops = 0.259287624326368 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002438443 Relative Rsd = 1.07325810058083e-06
BICGSTAB_SOLVER_TIME: 1.715039 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333444999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.620999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741644(s) Flops=1335011328 => 1800.07028709192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259119.607874995 Mflops = 259.119607874995 Gflops = 0.259119607874995 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.142834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873306(s) Flops=1544988672 => 1769.12636807717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254749.874064379 Mflops = 254.749874064379 Gflops = 0.254749874064379 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002044042 Relative Rsd = 8.97566688714645e-07
BICGSTAB_SOLVER_TIME: 1.618302 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312170999999999
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.179006(s) Flops=1725087744 => 1463.17130192722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210702.171771801 Mflops = 210.702171771801 Gflops = 0.210702171771801 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191858000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.519531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 29 resid = 1.821258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107486(s) Flops=193259520 => 1797.99713451054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.555299415 Mflops = 258.791555299415 Gflops = 0.258791555299415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056976 s
InvBiCGStab: k = 56 resid = 1.14732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208281(s) Flops=370427904 => 1778.50069857548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256034.518774567 Mflops = 256.034518774568 Gflops = 0.256034518774568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007655066 Relative Rsd = 3.35394944741226e-07
BICGSTAB_SOLVER_TIME: 0.417377 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 98 resid = 2.041091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359499(s) Flops=646023168 => 1797.00963841346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258729.709846043 Mflops = 258.729709846043 Gflops = 0.258729709846042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056799 s
InvBiCGStab: k = 116 resid = 1.14151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425065(s) Flops=764135424 => 1797.69076258925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258831.048782785 Mflops = 258.831048782785 Gflops = 0.258831048782785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001417378 Relative Rsd = 6.21002267851994e-07
BICGSTAB_SOLVER_TIME: 0.886493 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167076999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 78 resid = 2.281624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285888(s) Flops=514787328 => 1800.66084620551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259259.712647745 Mflops = 259.259712647745 Gflops = 0.259259712647745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 97 resid = 1.113627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357175(s) Flops=639461376 => 1790.33072303493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257763.191282642 Mflops = 257.763191282642 Gflops = 0.257763191282642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001254454 Relative Rsd = 5.49619596046781e-07
BICGSTAB_SOLVER_TIME: 0.743943 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 71 resid = 2.118965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260387(s) Flops=468854784 => 1800.60749576592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259245.145153434 Mflops = 259.245145153434 Gflops = 0.259245145153434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 91 resid = 1.085558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334648(s) Flops=600090624 => 1793.19949319882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258181.439682281 Mflops = 258.181439682282 Gflops = 0.258181439682282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001204741 Relative Rsd = 5.27838681524038e-07
BICGSTAB_SOLVER_TIME: 0.696193 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041916 s
InvBiCGStab: k = 74 resid = 1.714491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286927(s) Flops=488540160 => 1702.66360433142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245156.615188549 Mflops = 245.156615188549 Gflops = 0.245156615188549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059387 s
InvBiCGStab: k = 101 resid = 1.025286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383216(s) Flops=665708544 => 1737.16270719385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250111.69440932 Mflops = 250.11169440932 Gflops = 0.25011169440932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001221736 Relative Rsd = 5.35285037733414e-07
BICGSTAB_SOLVER_TIME: 0.775594 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13901
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.097405(s) Flops=1725161472 => 1572.03718955172 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226515.563310993 Mflops = 226.515563310993 Gflops = 0.226515563310993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191818000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.445415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048735 s
InvBiCGStab: k = 35 resid = 1.611976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155439(s) Flops=232630272 => 1496.60170227549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215452.448933768 Mflops = 215.452448933768 Gflops = 0.215452448933768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064093 s
InvBiCGStab: k = 53 resid = 1.124581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245499(s) Flops=350742528 => 1428.69228795229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205691.693850958 Mflops = 205.691693850958 Gflops = 0.205691693850958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007477752 Relative Rsd = 3.27626207738367e-07
BICGSTAB_SOLVER_TIME: 0.518382 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053338 s
InvBiCGStab: k = 88 resid = 1.993448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378679(s) Flops=580405248 => 1532.71041700226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220683.075828459 Mflops = 220.683075828459 Gflops = 0.220683075828459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07189 s
InvBiCGStab: k = 95 resid = 1.135243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418649(s) Flops=626337792 => 1496.09288927001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215405.41490716 Mflops = 215.40541490716 Gflops = 0.21540541490716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001269103 Relative Rsd = 5.56037781694488e-07
BICGSTAB_SOLVER_TIME: 0.926288 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043166 s
InvBiCGStab: k = 76 resid = 1.166182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294085(s) Flops=501663744 => 1705.84607851472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245593.010558187 Mflops = 245.593010558187 Gflops = 0.245593010558187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058215 s
InvBiCGStab: k = 97 resid = 1.126227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356117(s) Flops=639461376 => 1795.64967693202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258526.431754869 Mflops = 258.526431754869 Gflops = 0.258526431754869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001211004 Relative Rsd = 5.30582832947212e-07
BICGSTAB_SOLVER_TIME: 0.755474 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041711 s
InvBiCGStab: k = 82 resid = 1.982087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305544(s) Flops=541034496 => 1770.72531615741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254944.695925844 Mflops = 254.944695925844 Gflops = 0.254944695925844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056406 s
InvBiCGStab: k = 107 resid = 7.802398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402081(s) Flops=705079296 => 1753.57526468547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252483.410556816 Mflops = 252.483410556816 Gflops = 0.252483410556816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001268366 Relative Rsd = 5.55715069364709e-07
BICGSTAB_SOLVER_TIME: 0.809562 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041687 s
InvBiCGStab: k = 74 resid = 1.853221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273246(s) Flops=488540160 => 1787.9133088865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257404.938070421 Mflops = 257.404938070421 Gflops = 0.257404938070421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 108 resid = 7.080706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408296(s) Flops=711641088 => 1742.9538570057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250953.245047889 Mflops = 250.953245047889 Gflops = 0.250953245047889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001266077 Relative Rsd = 5.54712146567105e-07
BICGSTAB_SOLVER_TIME: 0.783504 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144006
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.09705(s) Flops=1719042048 => 1566.96782097443 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225641.329482723 Mflops = 225.641329482723 Gflops = 0.225641329482723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190892000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.397864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040797 s
InvBiCGStab: k = 43 resid = 1.612671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157432(s) Flops=285124608 => 1811.09690533056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260703.72094866 Mflops = 260.70372094866 Gflops = 0.26070372094866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05623 s
InvBiCGStab: k = 47 resid = 1.115861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172841(s) Flops=311371776 => 1801.49256252857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.292696323 Mflops = 259.325292696323 Gflops = 0.259325292696323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007276954 Relative Rsd = 3.1882853509008e-07
BICGSTAB_SOLVER_TIME: 0.430978 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 58 resid = 2.03498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231368(s) Flops=383551488 => 1657.75512603299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238655.515725181 Mflops = 238.655515725181 Gflops = 0.238655515725181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067569 s
InvBiCGStab: k = 105 resid = 5.828497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465743(s) Flops=691955712 => 1485.70287046719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213917.115947313 Mflops = 213.917115947313 Gflops = 0.213917115947313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001201613 Relative Rsd = 5.26468365505098e-07
BICGSTAB_SOLVER_TIME: 0.809414 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048413 s
InvBiCGStab: k = 66 resid = 1.853151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299092(s) Flops=436045824 => 1457.89865325719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209905.166850165 Mflops = 209.905166850165 Gflops = 0.209905166850165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065975 s
InvBiCGStab: k = 95 resid = 8.558262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430469(s) Flops=626337792 => 1455.01253748818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209494.373059143 Mflops = 209.494373059143 Gflops = 0.209494373059143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001181702 Relative Rsd = 5.17744727461943e-07
BICGSTAB_SOLVER_TIME: 0.847587 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129044
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 70 resid = 2.149289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257368(s) Flops=462292992 => 1796.23337788692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258611.356395116 Mflops = 258.611356395116 Gflops = 0.258611356395116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 94 resid = 1.03689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345579(s) Flops=619776000 => 1793.44230986258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258213.325984281 Mflops = 258.213325984281 Gflops = 0.258213325984281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001205756 Relative Rsd = 5.28283246193921e-07
BICGSTAB_SOLVER_TIME: 0.704346 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040844 s
InvBiCGStab: k = 68 resid = 2.204263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249988(s) Flops=449169408 => 1796.76387666608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258688.711344694 Mflops = 258.688711344694 Gflops = 0.258688711344694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 85 resid = 1.140901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313218(s) Flops=560719872 => 1790.19044882478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257743.01756496 Mflops = 257.74301756496 Gflops = 0.25774301756496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001154831 Relative Rsd = 5.05971567564386e-07
BICGSTAB_SOLVER_TIME: 0.663973 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12338
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066118(s) Flops=1719189504 => 1612.56962550112 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232220.298635466 Mflops = 232.220298635466 Gflops = 0.232220298635466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191103000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040778 s
InvBiCGStab: k = 24 resid = 1.933454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088706(s) Flops=160450560 => 1808.79038621965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260333.733007755 Mflops = 260.333733007755 Gflops = 0.260333733007755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 47 resid = 1.120834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172026(s) Flops=311371776 => 1810.0274144606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260563.175895774 Mflops = 260.563175895774 Gflops = 0.260563175895774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007838421 Relative Rsd = 3.43428375222097e-07
BICGSTAB_SOLVER_TIME: 0.36154 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 70 resid = 1.765933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267705(s) Flops=462292992 => 1726.87470163053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248619.14928991 Mflops = 248.61914928991 Gflops = 0.24861914928991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 91 resid = 9.31691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332958(s) Flops=600090624 => 1802.30126322239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259486.158859535 Mflops = 259.486158859535 Gflops = 0.259486158859535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001223098 Relative Rsd = 5.35881650049112e-07
BICGSTAB_SOLVER_TIME: 0.701407 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 63 resid = 2.006409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230487(s) Flops=416360448 => 1806.43788152911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260070.386793336 Mflops = 260.070386793336 Gflops = 0.260070386793336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 91 resid = 1.149039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332068(s) Flops=600090624 => 1807.13174410061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260176.892247097 Mflops = 260.176892247097 Gflops = 0.260176892247097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001177002 Relative Rsd = 5.15685377009151e-07
BICGSTAB_SOLVER_TIME: 0.663474 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043035 s
InvBiCGStab: k = 71 resid = 1.951488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308801(s) Flops=468854784 => 1518.30720755438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218588.024965954 Mflops = 218.588024965954 Gflops = 0.218588024965954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067212 s
InvBiCGStab: k = 100 resid = 9.369486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464965(s) Flops=659146752 => 1417.6265998516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204117.71348567 Mflops = 204.11771348567 Gflops = 0.20411771348567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001181874 Relative Rsd = 5.17820062709467e-07
BICGSTAB_SOLVER_TIME: 0.888282 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13627
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044763 s
InvBiCGStab: k = 65 resid = 2.236414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296162(s) Flops=429484032 => 1450.16589569222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208785.71790823 Mflops = 208.78571790823 Gflops = 0.20878571790823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071099 s
InvBiCGStab: k = 94 resid = 1.120729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426235(s) Flops=619776000 => 1454.07111100684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209358.368947702 Mflops = 209.358368947702 Gflops = 0.209358368947702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001184503 Relative Rsd = 5.18971564773176e-07
BICGSTAB_SOLVER_TIME: 0.84189 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127487
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.06187(s) Flops=1712922624 => 1613.11895429761 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232290.147362353 Mflops = 232.290147362353 Gflops = 0.232290147362353 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190352000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.382265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 2.153692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.888096(s) Flops=1604044800 => 1806.16149605448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.812282942 Mflops = 260.063812282942 Gflops = 0.260063812282942 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.072085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917471(s) Flops=1617168384 => 1762.63705773806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253818.084109128 Mflops = 253.818084109128 Gflops = 0.253818084109128 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.002651704 Relative Rsd = 1.16712853951796e-06
BICGSTAB_SOLVER_TIME: 1.809135 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349109999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.227095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707093(s) Flops=1256269824 => 1776.66844955331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255806.812893694 Mflops = 255.806812893694 Gflops = 0.255806812893694 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 1.148567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.970076(s) Flops=1748404224 => 1802.33736738152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.040194822 Mflops = 259.532040194822 Gflops = 0.259532040194822 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002162412 Relative Rsd = 9.49559949811337e-07
BICGSTAB_SOLVER_TIME: 1.68055 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325687999999999
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.254147(s) Flops=1712922624 => 1365.80689823442 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196677.598297026 Mflops = 196.677598297026 Gflops = 0.196677598297026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190367000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.44149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 24 resid = 1.964084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089096(s) Flops=160450560 => 1800.87276645416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.316267232 Mflops = 259.187316267232 Gflops = 0.259187316267232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058318 s
InvBiCGStab: k = 54 resid = 1.116864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209944(s) Flops=357304320 => 1701.90298365278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245012.549637249 Mflops = 245.012549637249 Gflops = 0.245012549637249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007862047 Relative Rsd = 3.44463508045978e-07
BICGSTAB_SOLVER_TIME: 0.402675 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041747 s
InvBiCGStab: k = 89 resid = 2.126036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32821(s) Flops=586967040 => 1788.38865360592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257482.165350554 Mflops = 257.482165350554 Gflops = 0.257482165350554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056704 s
InvBiCGStab: k = 110 resid = 1.131097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404373(s) Flops=724764672 => 1792.31717251152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258057.669637743 Mflops = 258.057669637743 Gflops = 0.258057669637743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001322632 Relative Rsd = 5.79490965293274e-07
BICGSTAB_SOLVER_TIME: 0.834662 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156394999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 68 resid = 2.088678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248886(s) Flops=449169408 => 1804.71946192233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.59773882 Mflops = 259.81559773882 Gflops = 0.25981559773882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 102 resid = 9.802744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372772(s) Flops=672270336 => 1803.43570869057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259649.075527965 Mflops = 259.649075527965 Gflops = 0.259649075527965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001233512 Relative Rsd = 5.40444252551987e-07
BICGSTAB_SOLVER_TIME: 0.722532 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040632 s
InvBiCGStab: k = 84 resid = 2.208288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30688(s) Flops=554158080 => 1805.78102189781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.730653819 Mflops = 259.994730653819 Gflops = 0.259994730653819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056836 s
InvBiCGStab: k = 97 resid = 1.127708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35441(s) Flops=639461376 => 1804.29834372619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.725932955 Mflops = 259.775725932955 Gflops = 0.259775725932955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001216582 Relative Rsd = 5.33026612486387e-07
BICGSTAB_SOLVER_TIME: 0.762526 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040385 s
InvBiCGStab: k = 71 resid = 1.833199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259513(s) Flops=468854784 => 1806.67166577397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260107.111441651 Mflops = 260.10711144165 Gflops = 0.26010711144165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 102 resid = 7.70345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38779(s) Flops=672270336 => 1733.5937904536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249605.085980769 Mflops = 249.605085980769 Gflops = 0.249605085980769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001214025 Relative Rsd = 5.31906529862404e-07
BICGSTAB_SOLVER_TIME: 0.747621 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137587
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058193(s) Flops=1712701440 => 1618.51518579314 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233064.432493547 Mflops = 233.064432493547 Gflops = 0.233064432493547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190449000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.536135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060009 s
InvBiCGStab: k = 34 resid = 1.84921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154585(s) Flops=226068480 => 1462.42183911764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210528.065858508 Mflops = 210.528065858508 Gflops = 0.210528065858508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076037 s
InvBiCGStab: k = 61 resid = 8.755216e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256625(s) Flops=403236864 => 1571.30779931807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226224.087317864 Mflops = 226.224087317864 Gflops = 0.226224087317864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007525713 Relative Rsd = 3.29727561289558e-07
BICGSTAB_SOLVER_TIME: 0.550931 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0819710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041533 s
InvBiCGStab: k = 85 resid = 1.909944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312928(s) Flops=560719872 => 1791.84947336128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257989.098656821 Mflops = 257.989098656821 Gflops = 0.257989098656821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058315 s
InvBiCGStab: k = 122 resid = 8.689825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44685(s) Flops=803506176 => 1798.15637462236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258902.703599202 Mflops = 258.902703599202 Gflops = 0.258902703599202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001366143 Relative Rsd = 5.98554455318843e-07
BICGSTAB_SOLVER_TIME: 0.863303 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162043999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 79 resid = 4.754608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289928(s) Flops=521349120 => 1798.20203636765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258899.774409187 Mflops = 258.899774409187 Gflops = 0.258899774409187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055998 s
InvBiCGStab: k = 93 resid = 9.106944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33906(s) Flops=613214208 => 1808.57136789949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260387.708276241 Mflops = 260.387708276241 Gflops = 0.260387708276241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001204248 Relative Rsd = 5.27622876898261e-07
BICGSTAB_SOLVER_TIME: 0.729888 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 73 resid = 2.09364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26731(s) Flops=481978368 => 1803.06897609517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259593.018704889 Mflops = 259.593018704889 Gflops = 0.259593018704889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 89 resid = 1.082685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325142(s) Flops=586967040 => 1805.26366941213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259909.151362322 Mflops = 259.909151362322 Gflops = 0.259909151362322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001235141 Relative Rsd = 5.41158126705233e-07
BICGSTAB_SOLVER_TIME: 0.694101 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 73 resid = 1.731912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26725(s) Flops=481978368 => 1803.47378110384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259654.047721948 Mflops = 259.654047721948 Gflops = 0.259654047721948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056457 s
InvBiCGStab: k = 106 resid = 1.129861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393963(s) Flops=698517504 => 1773.05357102063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255288.97020329 Mflops = 255.28897020329 Gflops = 0.25528897020329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001296444 Relative Rsd = 5.6801720817362e-07
BICGSTAB_SOLVER_TIME: 0.76255 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142051
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.073399(s) Flops=1706582016 => 1589.88597529903 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228941.980856892 Mflops = 228.941980856892 Gflops = 0.228941980856892 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189668000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.398393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046059 s
InvBiCGStab: k = 40 resid = 1.435855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171909(s) Flops=265439232 => 1544.06826867703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222283.936220462 Mflops = 222.283936220462 Gflops = 0.222283936220462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065399 s
InvBiCGStab: k = 73 resid = 1.051402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315408(s) Flops=481978368 => 1528.11078983412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220009.337320204 Mflops = 220.009337320204 Gflops = 0.220009337320204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0007954976 Relative Rsd = 3.4853502878639e-07
BICGSTAB_SOLVER_TIME: 0.602517 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047492 s
InvBiCGStab: k = 53 resid = 2.215686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247651(s) Flops=350742528 => 1416.27745496687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203906.170537286 Mflops = 203.906170537286 Gflops = 0.203906170537286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075231 s
InvBiCGStab: k = 103 resid = 7.035729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446416(s) Flops=678832128 => 1520.62678757034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218940.061365561 Mflops = 218.940061365561 Gflops = 0.218940061365561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001228789 Relative Rsd = 5.38374956010321e-07
BICGSTAB_SOLVER_TIME: 0.820418 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 65 resid = 1.850598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272537(s) Flops=429484032 => 1575.8742189134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226884.268992072 Mflops = 226.884268992072 Gflops = 0.226884268992072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056486 s
InvBiCGStab: k = 82 resid = 1.109879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302212(s) Flops=541034496 => 1790.24822310166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257741.191605143 Mflops = 257.741191605143 Gflops = 0.257741191605143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001184307 Relative Rsd = 5.18885977403274e-07
BICGSTAB_SOLVER_TIME: 0.676008 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118986
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043784 s
InvBiCGStab: k = 76 resid = 1.83214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296102(s) Flops=501663744 => 1694.22612478133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243920.851896819 Mflops = 243.920851896819 Gflops = 0.243920851896819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 97 resid = 1.016782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359394(s) Flops=639461376 => 1779.27671580494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256185.111603432 Mflops = 256.185111603432 Gflops = 0.256185111603432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.00121813 Relative Rsd = 5.33705139769941e-07
BICGSTAB_SOLVER_TIME: 0.759321 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13765
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 68 resid = 2.181846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249704(s) Flops=449169408 => 1798.80741998526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.269751071 Mflops = 258.978269751071 Gflops = 0.258978269751071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057516 s
InvBiCGStab: k = 86 resid = 1.034202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315366(s) Flops=567281664 => 1798.80413234147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.272351744 Mflops = 258.978272351744 Gflops = 0.258978272351744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001171997 Relative Rsd = 5.13492595948694e-07
BICGSTAB_SOLVER_TIME: 0.667284 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12409
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051019(s) Flops=1700093952 => 1617.56728660471 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232948.774757338 Mflops = 232.948774757338 Gflops = 0.232948774757338 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188909000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.393283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040746 s
InvBiCGStab: k = 39 resid = 1.642654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143787(s) Flops=258877440 => 1800.42312587369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.077399889 Mflops = 259.178077399889 Gflops = 0.259178077399889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 54 resid = 1.056327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198388(s) Flops=357304320 => 1801.03796600601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259283.956331593 Mflops = 259.283956331593 Gflops = 0.259283956331593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007947301 Relative Rsd = 3.48198774474067e-07
BICGSTAB_SOLVER_TIME: 0.44312 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0805750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04065 s
InvBiCGStab: k = 71 resid = 1.78306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260179(s) Flops=468854784 => 1802.04699072562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259458.596384768 Mflops = 259.458596384768 Gflops = 0.259458596384768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 101 resid = 1.013255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381669(s) Flops=665708544 => 1744.20386250914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251122.803673675 Mflops = 251.122803673675 Gflops = 0.251122803673675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001245614 Relative Rsd = 5.45746844067101e-07
BICGSTAB_SOLVER_TIME: 0.742512 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049149 s
InvBiCGStab: k = 67 resid = 1.539874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290822(s) Flops=442607616 => 1521.91930459181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219144.221234178 Mflops = 219.144221234178 Gflops = 0.219144221234178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070365 s
InvBiCGStab: k = 82 resid = 1.127789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361713(s) Flops=541034496 => 1495.75629297261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215354.858409237 Mflops = 215.354858409237 Gflops = 0.215354858409237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001134593 Relative Rsd = 4.97104399807939e-07
BICGSTAB_SOLVER_TIME: 0.776278 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045566 s
InvBiCGStab: k = 73 resid = 1.889971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317724(s) Flops=481978368 => 1516.97186237111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218405.959502421 Mflops = 218.405959502421 Gflops = 0.218405959502421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064205 s
InvBiCGStab: k = 98 resid = 1.149496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445325(s) Flops=646023168 => 1450.67797226745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208870.043324201 Mflops = 208.870043324201 Gflops = 0.208870043324201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001204718 Relative Rsd = 5.27828786440748e-07
BICGSTAB_SOLVER_TIME: 0.876464 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.077088 s
InvBiCGStab: k = 57 resid = 1.973101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301269(s) Flops=376989696 => 1251.33915537277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180161.156525861 Mflops = 180.161156525861 Gflops = 0.180161156525861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076354 s
InvBiCGStab: k = 83 resid = 1.116201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329436(s) Flops=547596288 => 1662.22358212217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239317.517193358 Mflops = 239.317517193358 Gflops = 0.239317517193358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001070823 Relative Rsd = 4.69164663031978e-07
BICGSTAB_SOLVER_TIME: 0.787857 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11416
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047369(s) Flops=1687707648 => 1611.37827069543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232047.198438033 Mflops = 232.047198438033 Gflops = 0.232047198438033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187649000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.749292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802811(s) Flops=1440000000 => 1793.69739577559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258238.779976015 Mflops = 258.238779976015 Gflops = 0.258238779976015 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.000004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924856(s) Flops=1669662720 => 1805.321823073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259962.136027857 Mflops = 259.962136027857 Gflops = 0.259962136027857 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.003082542 Relative Rsd = 1.35675648096339e-06
BICGSTAB_SOLVER_TIME: 1.73098 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.120159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337441999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.059614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713031(s) Flops=1289078784 => 1807.88603020065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260266.046466254 Mflops = 260.266046466254 Gflops = 0.260266046466254 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 1.024467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.006417(s) Flops=1748404224 => 1737.25625063965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250161.582428872 Mflops = 250.161582428872 Gflops = 0.250161582428872 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002535084 Relative Rsd = 1.11322089824475e-06
BICGSTAB_SOLVER_TIME: 1.723678 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.12144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329344999999999
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.248079(s) Flops=1687707648 => 1352.24424735934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194725.263057249 Mflops = 194.725263057249 Gflops = 0.194725263057249 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187332000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 33 resid = 1.379803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124052(s) Flops=219506688 => 1769.47318866282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254704.00337511 Mflops = 254.70400337511 Gflops = 0.25470400337511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058599 s
InvBiCGStab: k = 56 resid = 8.347192e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205452(s) Flops=370427904 => 1802.99001226564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259567.743081867 Mflops = 259.567743081867 Gflops = 0.259567743081867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007336381 Relative Rsd = 3.21432242637793e-07
BICGSTAB_SOLVER_TIME: 0.433149 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0776300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 89 resid = 1.31887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325123(s) Flops=586967040 => 1805.36916797643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259931.875600968 Mflops = 259.931875600968 Gflops = 0.259931875600968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 120 resid = 1.025259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438203(s) Flops=790382592 => 1803.69050873682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.261724366 Mflops = 259.698261724366 Gflops = 0.259698261724366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001381841 Relative Rsd = 6.05432558317208e-07
BICGSTAB_SOLVER_TIME: 0.86458 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163473999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040767 s
InvBiCGStab: k = 74 resid = 2.189759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270783(s) Flops=488540160 => 1804.17588991923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259749.228870399 Mflops = 259.749228870399 Gflops = 0.259749228870399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 89 resid = 7.991089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324561(s) Flops=586967040 => 1808.49529056171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260366.376173424 Mflops = 260.366376173424 Gflops = 0.260366376173424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001210705 Relative Rsd = 5.30451697590825e-07
BICGSTAB_SOLVER_TIME: 0.696296 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 71 resid = 1.858924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259986(s) Flops=468854784 => 1803.38473610117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259636.505406384 Mflops = 259.636505406384 Gflops = 0.259636505406384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 89 resid = 1.114193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325835(s) Flops=586967040 => 1801.42415639818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.357476195 Mflops = 259.353357476195 Gflops = 0.259353357476195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001184919 Relative Rsd = 5.19154062752621e-07
BICGSTAB_SOLVER_TIME: 0.686631 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040706 s
InvBiCGStab: k = 67 resid = 1.661937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25737(s) Flops=442607616 => 1719.73274274391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247584.451048949 Mflops = 247.584451048949 Gflops = 0.247584451048949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 88 resid = 1.072938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321792(s) Flops=580405248 => 1803.66587112172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259680.889942204 Mflops = 259.680889942204 Gflops = 0.259680889942204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001179216 Relative Rsd = 5.16655452210678e-07
BICGSTAB_SOLVER_TIME: 0.680252 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124766
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038312(s) Flops=1681661952 => 1619.61140004161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233226.080451952 Mflops = 233.226080451952 Gflops = 0.233226080451952 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186897000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.503267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060842 s
InvBiCGStab: k = 28 resid = 1.214846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127884(s) Flops=186697728 => 1459.89903349911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210150.976587145 Mflops = 210.150976587145 Gflops = 0.210150976587145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058198 s
InvBiCGStab: k = 56 resid = 6.861646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230433(s) Flops=370427904 => 1607.52975485282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231418.985860649 Mflops = 231.418985860649 Gflops = 0.231418985860649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007882127 Relative Rsd = 3.45343277861086e-07
BICGSTAB_SOLVER_TIME: 0.480991 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041818 s
InvBiCGStab: k = 94 resid = 1.638452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345197(s) Flops=619776000 => 1795.42695909872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258504.912769144 Mflops = 258.504912769144 Gflops = 0.258504912769144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 114 resid = 1.123379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418687(s) Flops=751011840 => 1793.73097325687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258261.49223771 Mflops = 258.26149223771 Gflops = 0.25826149223771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001383281 Relative Rsd = 6.06063293368582e-07
BICGSTAB_SOLVER_TIME: 0.865859 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162862999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 70 resid = 2.182803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256553(s) Flops=462292992 => 1801.93952906417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.737050812 Mflops = 259.424737050812 Gflops = 0.259424737050812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056964 s
InvBiCGStab: k = 96 resid = 8.727881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351126(s) Flops=632899584 => 1802.48567181012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259518.600083631 Mflops = 259.518600083631 Gflops = 0.259518600083631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001229463 Relative Rsd = 5.38670482363844e-07
BICGSTAB_SOLVER_TIME: 0.709196 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040866 s
InvBiCGStab: k = 77 resid = 1.914734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281895(s) Flops=508225536 => 1802.8895014101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259571.748738715 Mflops = 259.571748738715 Gflops = 0.259571748738715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 98 resid = 1.01473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358054(s) Flops=646023168 => 1804.26183759991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.715963094 Mflops = 259.769715963094 Gflops = 0.259769715963094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001201355 Relative Rsd = 5.26355388136604e-07
BICGSTAB_SOLVER_TIME: 0.741061 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 70 resid = 2.225599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256633(s) Flops=462292992 => 1801.37781189481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259354.804167069 Mflops = 259.354804167069 Gflops = 0.259354804167069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059638 s
InvBiCGStab: k = 108 resid = 8.934036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405802(s) Flops=711641088 => 1753.66579760573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252490.9748745 Mflops = 252.4909748745 Gflops = 0.2524909748745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001234762 Relative Rsd = 5.4099210352941e-07
BICGSTAB_SOLVER_TIME: 0.766975 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142069
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051226(s) Flops=1669201920 => 1587.86209625713 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228653.086427398 Mflops = 228.653086427398 Gflops = 0.228653086427398 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185472000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054067 s
InvBiCGStab: k = 29 resid = 2.254496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119461(s) Flops=193259520 => 1617.76244966977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232882.076708002 Mflops = 232.882076708002 Gflops = 0.232882076708002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065962 s
InvBiCGStab: k = 56 resid = 7.46948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254334(s) Flops=370427904 => 1456.46238410908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209673.528120034 Mflops = 209.673528120034 Gflops = 0.209673528120034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007450195 Relative Rsd = 3.26418854560211e-07
BICGSTAB_SOLVER_TIME: 0.498151 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046207 s
InvBiCGStab: k = 62 resid = 1.617027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294882(s) Flops=409798656 => 1389.70386798787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200084.255606415 Mflops = 200.084255606415 Gflops = 0.200084255606415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06091 s
InvBiCGStab: k = 88 resid = 1.06373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404023(s) Flops=580405248 => 1436.56486883172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206844.522016582 Mflops = 206.844522016582 Gflops = 0.206844522016582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001134054 Relative Rsd = 4.96868498982078e-07
BICGSTAB_SOLVER_TIME: 0.809631 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 68 resid = 1.787028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27917(s) Flops=449169408 => 1608.94583228857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231654.443370478 Mflops = 231.654443370478 Gflops = 0.231654443370478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 95 resid = 1.123448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349302(s) Flops=626337792 => 1793.11252726867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258169.021488115 Mflops = 258.169021488115 Gflops = 0.258169021488115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00120593 Relative Rsd = 5.28359754569876e-07
BICGSTAB_SOLVER_TIME: 0.72944 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044774 s
InvBiCGStab: k = 63 resid = 2.165216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24768(s) Flops=416360448 => 1681.04186046512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242033.966595722 Mflops = 242.033966595722 Gflops = 0.242033966595722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060872 s
InvBiCGStab: k = 90 resid = 8.978525e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336846(s) Flops=593528832 => 1762.01834666287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253684.398743962 Mflops = 253.684398743962 Gflops = 0.253684398743962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001151076 Relative Rsd = 5.04326178431095e-07
BICGSTAB_SOLVER_TIME: 0.693835 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123459
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041139 s
InvBiCGStab: k = 68 resid = 1.765743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250614(s) Flops=449169408 => 1792.27580262874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258046.736766577 Mflops = 258.046736766577 Gflops = 0.258046736766577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056931 s
InvBiCGStab: k = 94 resid = 8.220164e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345073(s) Flops=619776000 => 1796.07213546119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258591.251341773 Mflops = 258.591251341773 Gflops = 0.258591251341773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001162366 Relative Rsd = 5.09272750970097e-07
BICGSTAB_SOLVER_TIME: 0.697379 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129848
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021163(s) Flops=1650475008 => 1616.26988835279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232737.18201047 Mflops = 232.73718201047 Gflops = 0.23273718201047 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183394000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.37507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 28 resid = 2.273806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103599(s) Flops=186697728 => 1802.11901659282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.928755937 Mflops = 259.358928755937 Gflops = 0.259358928755937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056423 s
InvBiCGStab: k = 54 resid = 1.097545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197657(s) Flops=357304320 => 1807.69879134055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260230.628520543 Mflops = 260.230628520543 Gflops = 0.260230628520543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000771007 Relative Rsd = 3.37804882075436e-07
BICGSTAB_SOLVER_TIME: 0.402631 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04071 s
InvBiCGStab: k = 60 resid = 2.236278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22029(s) Flops=396675072 => 1800.69486585864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.339336058 Mflops = 259.242339336058 Gflops = 0.259242339336058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 92 resid = 6.146211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337182(s) Flops=606652416 => 1799.18387102514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.758742826 Mflops = 259.031758742826 Gflops = 0.259031758742826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001150208 Relative Rsd = 5.0394582979143e-07
BICGSTAB_SOLVER_TIME: 0.657949 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041859 s
InvBiCGStab: k = 70 resid = 2.271148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318917(s) Flops=462292992 => 1449.57149352339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208718.058160785 Mflops = 208.718058160785 Gflops = 0.208718058160785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063898 s
InvBiCGStab: k = 88 resid = 6.469339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386562(s) Flops=580405248 => 1501.45448336877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216186.469948866 Mflops = 216.186469948866 Gflops = 0.216186469948866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001066057 Relative Rsd = 4.67076392413075e-07
BICGSTAB_SOLVER_TIME: 0.815199 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045911 s
InvBiCGStab: k = 77 resid = 2.015515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355265(s) Flops=508225536 => 1430.55335031596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205972.964738692 Mflops = 205.972964738692 Gflops = 0.205972964738692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072403 s
InvBiCGStab: k = 86 resid = 9.843383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386012(s) Flops=567281664 => 1469.59592966022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211583.700098248 Mflops = 211.583700098248 Gflops = 0.211583700098248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001264013 Relative Rsd = 5.53807664546564e-07
BICGSTAB_SOLVER_TIME: 0.865554 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 50 resid = 1.791178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21747(s) Flops=331057152 => 1522.31182232032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219132.783905188 Mflops = 219.132783905188 Gflops = 0.219132783905188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061114 s
InvBiCGStab: k = 72 resid = 9.554818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26394(s) Flops=475416576 => 1801.22973403046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259330.029360432 Mflops = 259.330029360432 Gflops = 0.259330029360432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001045217 Relative Rsd = 4.57945729809839e-07
BICGSTAB_SOLVER_TIME: 0.587413 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1013
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021443(s) Flops=1637793792 => 1603.41183208461 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230888.990106831 Mflops = 230.888990106831 Gflops = 0.230888990106831 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181791000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 1.976576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971066(s) Flops=1709033472 => 1759.95604006319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253375.091010135 Mflops = 253.375091010135 Gflops = 0.253375091010135 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 285 resid = 7.170294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.059779(s) Flops=1873078272 => 1767.42346470349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254504.70960687 Mflops = 254.50470960687 Gflops = 0.25450470960687 Tflops
BICGSTAB_SOLVER: 545 iterations. Rsd = 0.002412286 Relative Rsd = 1.06174222335482e-06
BICGSTAB_SOLVER_TIME: 2.034257 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.388065
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.177207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.702292(s) Flops=1269393408 => 1807.50087997585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260264.915924592 Mflops = 260.264915924592 Gflops = 0.260264915924592 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 9.523745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.024745(s) Flops=1715595264 => 1674.16797739926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241076.293985663 Mflops = 241.076293985663 Gflops = 0.241076293985663 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002101458 Relative Rsd = 9.22809762018438e-07
BICGSTAB_SOLVER_TIME: 1.731659 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.137591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.128699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323531999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 359 resid = 1.687753e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.560086(s) Flops=2358650880 => 1511.8723454989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217699.478106355 Mflops = 217.699478106355 Gflops = 0.217699478106355 Tflops
InvBiCGStab: k = 344 resid = 9.399355e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.290317(s) Flops=2260224000 => 1751.68117602109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252239.958000855 Mflops = 252.239958000855 Gflops = 0.252239958000855 Tflops
BICGSTAB_SOLVER: 703 iterations. Rsd = 0.002301081 Relative Rsd = 1.0127966046305e-06
BICGSTAB_SOLVER_TIME: 2.855122 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.502407999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 1.911609e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.049438(s) Flops=1879640064 => 1791.09205498562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257903.975470945 Mflops = 257.903975470945 Gflops = 0.257903975470945 Tflops
InvBiCGStab: k = 313 resid = 9.34256e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.146592(s) Flops=2056808448 => 1793.84510619296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258310.605442506 Mflops = 258.310605442506 Gflops = 0.258310605442506 Tflops
BICGSTAB_SOLVER: 599 iterations. Rsd = 0.002139777 Relative Rsd = 9.39636528511623e-07
BICGSTAB_SOLVER_TIME: 2.200809 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428018999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 252 resid = 1.87473e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9212(s) Flops=1656539136 => 1798.24048632219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258884.56536238 Mflops = 258.88456536238 Gflops = 0.25888456536238 Tflops
InvBiCGStab: k = 279 resid = 6.695419e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.035274(s) Flops=1833707520 => 1771.22918183978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255054.085173299 Mflops = 255.054085173299 Gflops = 0.255054085173299 Tflops
BICGSTAB_SOLVER: 531 iterations. Rsd = 0.001829248 Relative Rsd = 8.01456759580759e-07
BICGSTAB_SOLVER_TIME: 1.961089 sec
2Flav::invert,  n_count = 531
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.377779000000003
MInvCG2: 358 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.494393(s) Flops=2308589568 => 1544.83430262321 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222456.856036155 Mflops = 222.456856036155 Gflops = 0.222456856036155 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.256749000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0396192750085902
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 499.111358 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 3.22922179298107e-05 resid_rel = 0.009943309

Look for highest ev
Evalue[1]: eigen_norm = 0.0773551334218996 resid_rel = -0.009095578

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419242000000004
EIGBNDSMDAGM: total time = 2.367158 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 2.431227 secs
After saving state: time= 1.36882 secs
Doing Update: 2741 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 306 resid = 8.423577e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.119329(s) Flops=2010875904 => 1796.50121099337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258679.789562124 Mflops = 258.679789562124 Gflops = 0.258679789562124 Tflops
InvBiCGStab: k = 312 resid = 9.856966e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.178542(s) Flops=2050246656 => 1739.6466617227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250504.95971572 Mflops = 250.50495971572 Gflops = 0.25050495971572 Tflops
BICGSTAB_SOLVER: 618 iterations. Rsd = 0.002100321 Relative Rsd = 9.23707626576789e-07
BICGSTAB_SOLVER_TIME: 2.302879 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.443478999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 230 resid = 1.975084e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.845244(s) Flops=1512179712 => 1789.04518931811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257646.894331595 Mflops = 257.646894331595 Gflops = 0.257646894331595 Tflops
InvBiCGStab: k = 275 resid = 1.139578e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018182(s) Flops=1807460352 => 1775.18395728858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255621.742440325 Mflops = 255.621742440325 Gflops = 0.255621742440325 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.001855149 Relative Rsd = 8.15050147170647e-07
BICGSTAB_SOLVER_TIME: 1.868246 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362893999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 372 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.546952(s) Flops=2391607296 => 1546.01260801887 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222632.313148788 Mflops = 222.632313148788 Gflops = 0.222632313148788 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266244000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 340 resid = 2.106614e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.577506(s) Flops=2233976832 => 1416.14474493282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203908.930481995 Mflops = 203.908930481995 Gflops = 0.203908930481995 Tflops
InvBiCGStab: k = 397 resid = 1.138353e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.487841(s) Flops=2607998976 => 1752.87478702361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252411.326809026 Mflops = 252.411326809026 Gflops = 0.252411326809026 Tflops
BICGSTAB_SOLVER: 737 iterations. Rsd = 0.002315642 Relative Rsd = 1.01840446917299e-06
BICGSTAB_SOLVER_TIME: 3.07023 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.527479999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 298 resid = 2.193025e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093129(s) Flops=1958381568 => 1791.53747453411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257968.040962266 Mflops = 257.968040962266 Gflops = 0.257968040962266 Tflops
InvBiCGStab: k = 323 resid = 4.669253e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.186476(s) Flops=2122426368 => 1788.84896786787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257584.742669757 Mflops = 257.584742669757 Gflops = 0.257584742669757 Tflops
BICGSTAB_SOLVER: 621 iterations. Rsd = 0.001968753 Relative Rsd = 8.64961113416909e-07
BICGSTAB_SOLVER_TIME: 2.284502 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.444266999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 244 resid = 2.093882e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892419(s) Flops=1604044800 => 1797.41220211582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258736.021649129 Mflops = 258.736021649129 Gflops = 0.258736021649129 Tflops
InvBiCGStab: k = 255 resid = 9.12495e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943963(s) Flops=1676224512 => 1775.73115895432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255697.623355968 Mflops = 255.697623355968 Gflops = 0.255697623355968 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.001858991 Relative Rsd = 8.14801803880966e-07
BICGSTAB_SOLVER_TIME: 1.841229 sec
2Flav::invert,  n_count = 499
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356120000000004
MInvCG2: 353 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.452114(s) Flops=2277107712 => 1568.13288212909 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225813.108078872 Mflops = 225.813108078872 Gflops = 0.225813108078872 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253979000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.998825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.037933(s) Flops=1505617920 => 1450.59259123662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208800.375697161 Mflops = 208.800375697161 Gflops = 0.208800375697161 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 1.118699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.162906(s) Flops=1761527808 => 1514.76371091043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218118.871707401 Mflops = 218.118871707401 Gflops = 0.218118871707401 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.002200467 Relative Rsd = 9.67751221433993e-07
BICGSTAB_SOLVER_TIME: 2.204228 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0.117289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354058
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.043829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745235(s) Flops=1315325952 => 1764.98145148846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254136.2281167 Mflops = 254.1362281167 Gflops = 0.2541362281167 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.075215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828908(s) Flops=1459685376 => 1760.9739271427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253567.195689317 Mflops = 253.567195689317 Gflops = 0.253567195689317 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.001996574 Relative Rsd = 8.77184299092278e-07
BICGSTAB_SOLVER_TIME: 1.577625 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.1162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301320999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009592(s) Flops=1599381504 => 1584.18599196507 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228115.124921552 Mflops = 228.115124921552 Gflops = 0.228115124921552 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177908000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 179 resid = 1.777352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667513(s) Flops=1177528320 => 1764.05301469784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254050.942179215 Mflops = 254.050942179215 Gflops = 0.254050942179215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.7e-05 s
InvBiCGStab: k = 202 resid = 1.057724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741646(s) Flops=1328449536 => 1791.21782629449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257908.145847013 Mflops = 257.908145847013 Gflops = 0.257908145847013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001897742 Relative Rsd = 8.31786257738204e-07
BICGSTAB_SOLVER_TIME: 1.41285 sec
2Flav::invert,  n_count = 381
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273769999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000105 s
InvBiCGStab: k = 139 resid = 2.09945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.600509(s) Flops=915056640 => 1523.80170821753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219265.170231697 Mflops = 219.265170231697 Gflops = 0.219265170231697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8e-05 s
InvBiCGStab: k = 155 resid = 9.646594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672682(s) Flops=1020045312 => 1516.38562054582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218322.953788273 Mflops = 218.322953788273 Gflops = 0.218322953788273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 294 iterations. Rsd = 0.00162088 Relative Rsd = 7.10436635332525e-07
BICGSTAB_SOLVER_TIME: 1.27723 sec
2Flav::invert,  n_count = 294
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.211563999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005628 s
InvBiCGStab: k = 106 resid = 2.192074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.47821(s) Flops=698517504 => 1460.6919637816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210314.443167398 Mflops = 210.314443167398 Gflops = 0.210314443167398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.00934 s
InvBiCGStab: k = 140 resid = 1.118343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.555904(s) Flops=921618432 => 1657.87335942897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238708.354419892 Mflops = 238.708354419892 Gflops = 0.238708354419892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 246 iterations. Rsd = 0.001526244 Relative Rsd = 6.68957786912051e-07
BICGSTAB_SOLVER_TIME: 1.053035 sec
2Flav::invert,  n_count = 246
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179318999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007383 s
InvBiCGStab: k = 106 resid = 1.984052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388991(s) Flops=698517504 => 1795.71636361767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258550.296845845 Mflops = 258.550296845845 Gflops = 0.258550296845845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011023 s
InvBiCGStab: k = 121 resid = 1.096222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443568(s) Flops=796944384 => 1796.66789308516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258679.240791256 Mflops = 258.679240791256 Gflops = 0.258679240791256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 227 iterations. Rsd = 0.001403428 Relative Rsd = 6.15127165052186e-07
BICGSTAB_SOLVER_TIME: 0.854856 sec
2Flav::invert,  n_count = 227
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167052999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010243 s
InvBiCGStab: k = 86 resid = 1.932191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315888(s) Flops=567281664 => 1795.8316365294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258564.337169594 Mflops = 258.564337169594 Gflops = 0.258564337169594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015202 s
InvBiCGStab: k = 123 resid = 9.0444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448318(s) Flops=810067968 => 1806.90484879037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260158.899995076 Mflops = 260.158899995076 Gflops = 0.260158899995076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001343929 Relative Rsd = 5.89048386846616e-07
BICGSTAB_SOLVER_TIME: 0.793405 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155497999999999
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98082(s) Flops=1568415744 => 1599.08621765462 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230250.429652189 Mflops = 230.250429652189 Gflops = 0.230250429652189 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174196000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013673 s
InvBiCGStab: k = 29 resid = 2.057977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106929(s) Flops=193259520 => 1807.3630165811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260143.328964299 Mflops = 260.143328964299 Gflops = 0.260143328964299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019392 s
InvBiCGStab: k = 57 resid = 4.995408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208892(s) Flops=376989696 => 1804.7110277081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.929650787 Mflops = 259.798929650787 Gflops = 0.259798929650787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008118146 Relative Rsd = 3.55820925338026e-07
BICGSTAB_SOLVER_TIME: 0.35258 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0681840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016501 s
InvBiCGStab: k = 93 resid = 2.232888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339381(s) Flops=613214208 => 1806.86074942321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260147.625023346 Mflops = 260.147625023346 Gflops = 0.260147625023346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024189 s
InvBiCGStab: k = 121 resid = 1.141116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443211(s) Flops=796944384 => 1798.11508288377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258891.382602435 Mflops = 258.891382602435 Gflops = 0.258891382602435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001384516 Relative Rsd = 6.06837610238067e-07
BICGSTAB_SOLVER_TIME: 0.82698 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161031999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.026721 s
InvBiCGStab: k = 70 resid = 1.021233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312808(s) Flops=462292992 => 1477.88097491113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212783.838780812 Mflops = 212.783838780812 Gflops = 0.212783838780812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.039361 s
InvBiCGStab: k = 109 resid = 8.436307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.484022(s) Flops=718202880 => 1483.82280144291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213641.609365135 Mflops = 213.641609365135 Gflops = 0.213641609365135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001209101 Relative Rsd = 5.2995272920259e-07
BICGSTAB_SOLVER_TIME: 0.867196 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136731
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.02918 s
InvBiCGStab: k = 80 resid = 1.924959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361958(s) Flops=527910912 => 1458.4866531476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209989.839564285 Mflops = 209.989839564285 Gflops = 0.209989839564285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.043252 s
InvBiCGStab: k = 102 resid = 1.131104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439708(s) Flops=672270336 => 1528.90176207847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220125.524264028 Mflops = 220.125524264028 Gflops = 0.220125524264028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001276999 Relative Rsd = 5.59712567751629e-07
BICGSTAB_SOLVER_TIME: 0.877967 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140145
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027869 s
InvBiCGStab: k = 67 resid = 1.949132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247697(s) Flops=442607616 => 1786.89130671748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257253.113186142 Mflops = 257.253113186142 Gflops = 0.257253113186142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039061 s
InvBiCGStab: k = 98 resid = 9.593487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359357(s) Flops=646023168 => 1797.71972717938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258836.617295195 Mflops = 258.836617295195 Gflops = 0.258836617295195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001214867 Relative Rsd = 5.32480058634439e-07
BICGSTAB_SOLVER_TIME: 0.677827 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128925
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983638(s) Flops=1580802048 => 1607.0973752539 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231406.301068427 Mflops = 231.406301068427 Gflops = 0.231406301068427 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175690000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031872 s
InvBiCGStab: k = 36 resid = 1.659326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132486(s) Flops=239192064 => 1805.4138852407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259881.956969363 Mflops = 259.881956969363 Gflops = 0.259881956969363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044275 s
InvBiCGStab: k = 49 resid = 1.087306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180481(s) Flops=324495360 => 1797.94748477679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258800.456988582 Mflops = 258.800456988582 Gflops = 0.258800456988582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.00074754 Relative Rsd = 3.27649144246083e-07
BICGSTAB_SOLVER_TIME: 0.393102 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036589 s
InvBiCGStab: k = 64 resid = 1.484288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233869(s) Flops=422922240 => 1808.37237940899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260370.754401431 Mflops = 260.370754401431 Gflops = 0.260370754401431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.049983 s
InvBiCGStab: k = 85 resid = 1.146597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318171(s) Flops=560719872 => 1762.32237381785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253736.713090635 Mflops = 253.736713090635 Gflops = 0.253736713090635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001170173 Relative Rsd = 5.12890461907636e-07
BICGSTAB_SOLVER_TIME: 0.642532 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119669
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 73 resid = 8.222664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284844(s) Flops=481978368 => 1692.07835868054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243614.721295565 Mflops = 243.614721295565 Gflops = 0.243614721295565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057192 s
InvBiCGStab: k = 83 resid = 9.783591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304679(s) Flops=547596288 => 1797.28923883825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.748735756 Mflops = 258.754748735756 Gflops = 0.258754748735756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001172884 Relative Rsd = 5.14078583807468e-07
BICGSTAB_SOLVER_TIME: 0.691708 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 67 resid = 1.95611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246658(s) Flops=442607616 => 1794.4182471276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258341.641029433 Mflops = 258.341641029433 Gflops = 0.258341641029433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 89 resid = 1.080609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325196(s) Flops=586967040 => 1804.96389869494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.170903459 Mflops = 259.859170903459 Gflops = 0.259859170903459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001126487 Relative Rsd = 4.93742947557477e-07
BICGSTAB_SOLVER_TIME: 0.673111 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041215 s
InvBiCGStab: k = 72 resid = 2.246863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305991(s) Flops=475416576 => 1553.69463807759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223689.171262138 Mflops = 223.689171262138 Gflops = 0.223689171262138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064307 s
InvBiCGStab: k = 90 resid = 1.022159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386001(s) Flops=593528832 => 1537.6354776283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221383.177314377 Mflops = 221.383177314377 Gflops = 0.221383177314377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001192008 Relative Rsd = 5.22460698343566e-07
BICGSTAB_SOLVER_TIME: 0.803237 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12997
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.153637(s) Flops=1593040896 => 1380.88575175727 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198839.536581352 Mflops = 198.839536581352 Gflops = 0.198839536581352 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176825000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.496862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044648 s
InvBiCGStab: k = 29 resid = 2.200665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108498(s) Flops=193259520 => 1781.22656638832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256357.402784519 Mflops = 256.357402784519 Gflops = 0.256357402784519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056708 s
InvBiCGStab: k = 56 resid = 1.050528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208317(s) Flops=370427904 => 1778.19334955861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255986.701436927 Mflops = 255.986701436927 Gflops = 0.255986701436927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007837932 Relative Rsd = 3.43539030916967e-07
BICGSTAB_SOLVER_TIME: 0.422024 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041866 s
InvBiCGStab: k = 67 resid = 1.868499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247028(s) Flops=442607616 => 1791.73055685995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257954.066445202 Mflops = 257.954066445202 Gflops = 0.257954066445202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 100 resid = 1.082129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36685(s) Flops=659146752 => 1796.77457271364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258690.711451825 Mflops = 258.690711451825 Gflops = 0.258690711451825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001190081 Relative Rsd = 5.21616435300636e-07
BICGSTAB_SOLVER_TIME: 0.716313 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 69 resid = 2.07479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252827(s) Flops=455731200 => 1802.54165892092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.989433524 Mflops = 259.508989433524 Gflops = 0.259508989433524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 88 resid = 9.239295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321866(s) Flops=580405248 => 1803.25119148963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259618.951948616 Mflops = 259.618951948616 Gflops = 0.259618951948616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001128347 Relative Rsd = 4.94558075208317e-07
BICGSTAB_SOLVER_TIME: 0.676582 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 73 resid = 2.136823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267863(s) Flops=481978368 => 1799.34656148852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.623164678 Mflops = 259.044623164678 Gflops = 0.259044623164678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057171 s
InvBiCGStab: k = 83 resid = 1.01136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302597(s) Flops=547596288 => 1809.65537662303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260531.98872218 Mflops = 260.53198872218 Gflops = 0.26053198872218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001154848 Relative Rsd = 5.06173656989095e-07
BICGSTAB_SOLVER_TIME: 0.672424 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125933000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 71 resid = 2.188268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260303(s) Flops=468854784 => 1801.18855333976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259330.899990714 Mflops = 259.330899990714 Gflops = 0.259330899990714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 90 resid = 7.953121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344537(s) Flops=593528832 => 1722.68531971893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248021.874246951 Mflops = 248.021874246951 Gflops = 0.248021874246951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00112459 Relative Rsd = 4.92911542866222e-07
BICGSTAB_SOLVER_TIME: 0.706298 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12952
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.173117(s) Flops=1599381504 => 1363.36060597536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196334.320746264 Mflops = 196.334320746264 Gflops = 0.196334320746264 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179143000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.490638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.00983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783827(s) Flops=1413752832 => 1803.6541634825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259650.964354802 Mflops = 259.650964354802 Gflops = 0.259650964354802 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 7.977503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948973(s) Flops=1709033472 => 1800.92950168235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.139531852 Mflops = 259.321139531852 Gflops = 0.259321139531852 Tflops
BICGSTAB_SOLVER: 475 iterations. Rsd = 0.002185586 Relative Rsd = 9.61223688670557e-07
BICGSTAB_SOLVER_TIME: 1.736229 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339029999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.711958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713972(s) Flops=1289078784 => 1805.50327463822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259972.633802434 Mflops = 259.972633802434 Gflops = 0.259972633802434 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.145689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783444(s) Flops=1413752832 => 1804.53591067134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.733266182 Mflops = 259.836733266182 Gflops = 0.259836733266182 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001997801 Relative Rsd = 8.77734307128004e-07
BICGSTAB_SOLVER_TIME: 1.500856 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293452999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.213816(s) Flops=1599381504 => 1317.64740619666 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189730.330513989 Mflops = 189.730330513989 Gflops = 0.189730330513989 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177792000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.466097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040793 s
InvBiCGStab: k = 26 resid = 2.078482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096721(s) Flops=173574144 => 1794.58591205633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258279.066298213 Mflops = 258.279066298213 Gflops = 0.258279066298213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 50 resid = 9.14544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185115(s) Flops=331057152 => 1788.3864192529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257436.525975959 Mflops = 257.43652597596 Gflops = 0.25743652597596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000726342 Relative Rsd = 3.18358015681833e-07
BICGSTAB_SOLVER_TIME: 0.382612 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 89 resid = 1.092384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326329(s) Flops=586967040 => 1798.69714306727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.153210434 Mflops = 258.978153210434 Gflops = 0.258978153210434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055963 s
InvBiCGStab: k = 112 resid = 1.041567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407598(s) Flops=737888256 => 1810.33335786731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260649.190971509 Mflops = 260.649190971509 Gflops = 0.260649190971509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001346183 Relative Rsd = 5.90036081740971e-07
BICGSTAB_SOLVER_TIME: 0.834922 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158194999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 56 resid = 1.898014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206546(s) Flops=370427904 => 1793.44022154871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258177.364209273 Mflops = 258.177364209273 Gflops = 0.258177364209274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 84 resid = 1.120349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307374(s) Flops=554158080 => 1802.87883815807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259572.135140449 Mflops = 259.572135140449 Gflops = 0.259572135140449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00112441 Relative Rsd = 4.92832300722763e-07
BICGSTAB_SOLVER_TIME: 0.615306 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114794
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040818 s
InvBiCGStab: k = 69 resid = 1.668867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252092(s) Flops=455731200 => 1807.79715342018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260266.745286198 Mflops = 260.266745286198 Gflops = 0.260266745286198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055952 s
InvBiCGStab: k = 103 resid = 5.436922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405308(s) Flops=678832128 => 1674.85499422661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241142.008603663 Mflops = 241.142008603663 Gflops = 0.241142008603663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001213317 Relative Rsd = 5.31800811104674e-07
BICGSTAB_SOLVER_TIME: 0.758054 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04108 s
InvBiCGStab: k = 55 resid = 1.934438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203249(s) Flops=363866112 => 1790.24798153988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257727.781396204 Mflops = 257.727781396204 Gflops = 0.257727781396204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056614 s
InvBiCGStab: k = 98 resid = 5.730882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361953(s) Flops=646023168 => 1784.82611830818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256970.815665995 Mflops = 256.970815665995 Gflops = 0.256970815665996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001188872 Relative Rsd = 5.21086232394853e-07
BICGSTAB_SOLVER_TIME: 0.666686 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123627
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.191573(s) Flops=1599455232 => 1342.30570179083 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193281.528582468 Mflops = 193.281528582468 Gflops = 0.193281528582468 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177441000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 32 resid = 2.137061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119304(s) Flops=212944896 => 1784.89318044659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256903.911090857 Mflops = 256.903911090857 Gflops = 0.256903911090857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057226 s
InvBiCGStab: k = 61 resid = 7.495187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224378(s) Flops=403236864 => 1797.1319113282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258712.817723626 Mflops = 258.712817723626 Gflops = 0.258712817723626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.000778504 Relative Rsd = 3.41220777262853e-07
BICGSTAB_SOLVER_TIME: 0.445976 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0807280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 82 resid = 2.158238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29993(s) Flops=541034496 => 1803.86922281866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.379380088 Mflops = 259.704379380088 Gflops = 0.259704379380088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056645 s
InvBiCGStab: k = 106 resid = 1.142987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38871(s) Flops=698517504 => 1797.01449409586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.530091946 Mflops = 258.727530091946 Gflops = 0.258727530091946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001290667 Relative Rsd = 5.65703335027365e-07
BICGSTAB_SOLVER_TIME: 0.790353 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148884
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043367 s
InvBiCGStab: k = 55 resid = 2.212639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202567(s) Flops=363866112 => 1796.27536568148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258591.25233095 Mflops = 258.59125233095 Gflops = 0.25859125233095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057038 s
InvBiCGStab: k = 90 resid = 8.707738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331004(s) Flops=593528832 => 1793.11679617165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258163.533461657 Mflops = 258.163533461657 Gflops = 0.258163533461657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001117365 Relative Rsd = 4.89744561463736e-07
BICGSTAB_SOLVER_TIME: 0.637849 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041549 s
InvBiCGStab: k = 80 resid = 1.98471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294008(s) Flops=527910912 => 1795.56648798672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258508.94107442 Mflops = 258.50894107442 Gflops = 0.25850894107442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057161 s
InvBiCGStab: k = 97 resid = 1.015028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354025(s) Flops=639461376 => 1806.26050702634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260048.176806932 Mflops = 260.048176806932 Gflops = 0.260048176806932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001219735 Relative Rsd = 5.34613932710066e-07
BICGSTAB_SOLVER_TIME: 0.750595 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 67 resid = 2.169085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246677(s) Flops=442607616 => 1794.28003421478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258317.442529526 Mflops = 258.317442529526 Gflops = 0.258317442529526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 97 resid = 1.112887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355447(s) Flops=639461376 => 1799.03438768649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259010.535740599 Mflops = 259.010535740599 Gflops = 0.259010535740599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001150396 Relative Rsd = 5.04222249046764e-07
BICGSTAB_SOLVER_TIME: 0.70363 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131686
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.339689(s) Flops=1605353472 => 1198.30309273272 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  172545.665559684 Mflops = 172.545665559684 Gflops = 0.172545665559684 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178187000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.497004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 23 resid = 1.99107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.087278(s) Flops=153888768 => 1763.20227319599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253743.736513764 Mflops = 253.743736513764 Gflops = 0.253743736513764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 53 resid = 1.065409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197498(s) Flops=350742528 => 1775.9295182736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255624.733160198 Mflops = 255.624733160198 Gflops = 0.255624733160198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007521035 Relative Rsd = 3.29649332284452e-07
BICGSTAB_SOLVER_TIME: 0.386588 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041077 s
InvBiCGStab: k = 65 resid = 1.678141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239885(s) Flops=429484032 => 1790.37468787127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257756.917102027 Mflops = 257.756917102027 Gflops = 0.257756917102027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056887 s
InvBiCGStab: k = 98 resid = 1.033668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360908(s) Flops=646023168 => 1789.99403726157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257711.690896323 Mflops = 257.711690896323 Gflops = 0.257711690896323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001112098 Relative Rsd = 4.87436181186801e-07
BICGSTAB_SOLVER_TIME: 0.702528 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040501 s
InvBiCGStab: k = 70 resid = 8.650712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256469(s) Flops=462292992 => 1802.52970924361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.99232492 Mflops = 259.50299232492 Gflops = 0.25950299232492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055806 s
InvBiCGStab: k = 86 resid = 8.810845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314115(s) Flops=567281664 => 1805.9680817535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260011.474353793 Mflops = 260.011474353793 Gflops = 0.260011474353793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001171034 Relative Rsd = 5.13268048425083e-07
BICGSTAB_SOLVER_TIME: 0.670812 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 73 resid = 1.275182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266725(s) Flops=481978368 => 1807.0235935889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.063388278 Mflops = 260.161063388278 Gflops = 0.260161063388278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056732 s
InvBiCGStab: k = 90 resid = 9.794232e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329049(s) Flops=593528832 => 1803.77035639069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.022222704 Mflops = 259.704022222704 Gflops = 0.259704022222704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001156153 Relative Rsd = 5.06745598512618e-07
BICGSTAB_SOLVER_TIME: 0.697647 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131158
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 63 resid = 1.958172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230886(s) Flops=416360448 => 1803.3161300382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.442051495 Mflops = 259.619442051495 Gflops = 0.259619442051495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 89 resid = 1.097514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32545(s) Flops=586967040 => 1803.55520049163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.861215536 Mflops = 259.663861215536 Gflops = 0.259663861215536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001100058 Relative Rsd = 4.82158950378631e-07
BICGSTAB_SOLVER_TIME: 0.657557 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123146
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.177939(s) Flops=1604911104 => 1362.47386664335 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196181.271996139 Mflops = 196.181271996139 Gflops = 0.196181271996139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178378000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042747 s
InvBiCGStab: k = 27 resid = 2.065552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101691(s) Flops=180135936 => 1771.40490308877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254947.481880848 Mflops = 254.947481880848 Gflops = 0.254947481880848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057586 s
InvBiCGStab: k = 55 resid = 7.755355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205136(s) Flops=363866112 => 1773.77989236409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255348.900583823 Mflops = 255.348900583823 Gflops = 0.255348900583823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007400243 Relative Rsd = 3.24354982519984e-07
BICGSTAB_SOLVER_TIME: 0.411054 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041481 s
InvBiCGStab: k = 60 resid = 2.245149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223414(s) Flops=396675072 => 1775.51573312326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255618.893677617 Mflops = 255.618893677617 Gflops = 0.255618893677617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056136 s
InvBiCGStab: k = 97 resid = 1.128282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354173(s) Flops=639461376 => 1805.50571613308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.287066485 Mflops = 259.943287066485 Gflops = 0.259943287066485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001225339 Relative Rsd = 5.37069877880035e-07
BICGSTAB_SOLVER_TIME: 0.679119 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040513 s
InvBiCGStab: k = 54 resid = 2.245957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198123(s) Flops=357304320 => 1803.4469496222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.087022981 Mflops = 259.623087022982 Gflops = 0.259623087022982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056635 s
InvBiCGStab: k = 79 resid = 1.064592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289152(s) Flops=521349120 => 1803.02788844622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259585.206098667 Mflops = 259.585206098667 Gflops = 0.259585206098667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001092751 Relative Rsd = 4.78956251332602e-07
BICGSTAB_SOLVER_TIME: 0.588245 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040884 s
InvBiCGStab: k = 84 resid = 1.540227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308383(s) Flops=554158080 => 1796.97998916931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258724.172132429 Mflops = 258.724172132429 Gflops = 0.258724172132429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 87 resid = 1.05802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318558(s) Flops=573843456 => 1801.37826078767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259334.595773737 Mflops = 259.334595773737 Gflops = 0.259334595773737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001173124 Relative Rsd = 5.14184052906328e-07
BICGSTAB_SOLVER_TIME: 0.728255 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 70 resid = 1.003679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257031(s) Flops=462292992 => 1798.5884659827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258950.395759202 Mflops = 258.950395759202 Gflops = 0.258950395759202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057548 s
InvBiCGStab: k = 84 resid = 1.098372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307737(s) Flops=554158080 => 1800.75220074284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259257.423992496 Mflops = 259.257423992496 Gflops = 0.259257423992496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001151694 Relative Rsd = 5.04790924957162e-07
BICGSTAB_SOLVER_TIME: 0.667448 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124142
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.152075(s) Flops=1585078272 => 1375.84642666493 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198106.578108169 Mflops = 198.106578108169 Gflops = 0.198106578108169 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176273000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.529344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 2.232103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831294(s) Flops=1485932544 => 1787.49340666479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257404.369850104 Mflops = 257.404369850104 Gflops = 0.257404369850104 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 309 resid = 8.979009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.126533(s) Flops=2030561280 => 1802.48717081524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259549.258339588 Mflops = 259.549258339588 Gflops = 0.259549258339588 Tflops
BICGSTAB_SOLVER: 535 iterations. Rsd = 0.002282147 Relative Rsd = 1.00370301874932e-06
BICGSTAB_SOLVER_TIME: 1.961196 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.381728
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.877931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.660109(s) Flops=1190651904 => 1803.72014924808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.844328612 Mflops = 259.691844328612 Gflops = 0.259691844328612 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.149697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810072(s) Flops=1453123584 => 1793.82028264154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258295.493237416 Mflops = 258.295493237416 Gflops = 0.258295493237416 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001983204 Relative Rsd = 8.71363102043157e-07
BICGSTAB_SOLVER_TIME: 1.473607 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.11472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287424999999998
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.183736(s) Flops=1585078272 => 1339.04711185602 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192810.24796863 Mflops = 192.81024796863 Gflops = 0.19281024796863 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177542000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.511499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041557 s
InvBiCGStab: k = 28 resid = 2.128646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103922(s) Flops=186697728 => 1796.51784992591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258576.272286703 Mflops = 258.576272286703 Gflops = 0.258576272286703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 60 resid = 5.014394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222745(s) Flops=396675072 => 1780.84837819031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256374.706584239 Mflops = 256.374706584239 Gflops = 0.256374706584239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007595001 Relative Rsd = 3.32891320738377e-07
BICGSTAB_SOLVER_TIME: 0.428433 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 76 resid = 2.121987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278699(s) Flops=501663744 => 1800.01989242875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.036403286 Mflops = 259.158036403286 Gflops = 0.259158036403286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 96 resid = 1.112236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351763(s) Flops=632899584 => 1799.22158953614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259045.825581486 Mflops = 259.045825581486 Gflops = 0.259045825581486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001273805 Relative Rsd = 5.58312589200386e-07
BICGSTAB_SOLVER_TIME: 0.731462 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 60 resid = 2.087176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219833(s) Flops=396675072 => 1804.43824175624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.824556946 Mflops = 259.779824556946 Gflops = 0.259779824556946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055806 s
InvBiCGStab: k = 89 resid = 1.046163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326026(s) Flops=586967040 => 1800.36880494194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.280967822 Mflops = 259.202280967822 Gflops = 0.259202280967822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001100214 Relative Rsd = 4.82227120052591e-07
BICGSTAB_SOLVER_TIME: 0.646339 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 69 resid = 1.648074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252361(s) Flops=455731200 => 1805.87016218829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259997.303454848 Mflops = 259.997303454848 Gflops = 0.259997303454848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055833 s
InvBiCGStab: k = 82 resid = 8.86378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299405(s) Flops=541034496 => 1807.0322673302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260153.175228703 Mflops = 260.153175228703 Gflops = 0.260153175228703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001146778 Relative Rsd = 5.02636283623075e-07
BICGSTAB_SOLVER_TIME: 0.65266 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043483 s
InvBiCGStab: k = 62 resid = 1.989265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240555(s) Flops=409798656 => 1703.55492922616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245258.624141249 Mflops = 245.258624141249 Gflops = 0.245258624141249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 91 resid = 1.137884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338893(s) Flops=600090624 => 1770.73773727991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254935.785804158 Mflops = 254.935785804158 Gflops = 0.254935785804158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001133331 Relative Rsd = 4.96742464236954e-07
BICGSTAB_SOLVER_TIME: 0.683271 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12346
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006878(s) Flops=1442414592 => 1432.56143445383 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206275.063709257 Mflops = 206.275063709257 Gflops = 0.206275063709257 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160054000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.515221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 26 resid = 2.147304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096702(s) Flops=173574144 => 1794.93851213005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258343.228018694 Mflops = 258.343228018694 Gflops = 0.258343228018694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 52 resid = 1.122327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191729(s) Flops=344180736 => 1795.14176780769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258419.39494861 Mflops = 258.41939494861 Gflops = 0.25841939494861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007613999 Relative Rsd = 3.33724001059759e-07
BICGSTAB_SOLVER_TIME: 0.389188 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 78 resid = 1.923494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287428(s) Flops=514787328 => 1791.01315111958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257859.405235772 Mflops = 257.859405235772 Gflops = 0.257859405235772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 114 resid = 1.127899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418821(s) Flops=751011840 => 1793.15707665088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258179.105152862 Mflops = 258.179105152862 Gflops = 0.258179105152862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001283115 Relative Rsd = 5.62393432025505e-07
BICGSTAB_SOLVER_TIME: 0.807274 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151947999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041143 s
InvBiCGStab: k = 57 resid = 1.456226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211882(s) Flops=376989696 => 1779.24361673007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256154.831210262 Mflops = 256.154831210262 Gflops = 0.256154831210262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 93 resid = 8.439509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359705(s) Flops=613214208 => 1704.76976411226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245440.769278409 Mflops = 245.440769278409 Gflops = 0.245440769278409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001130493 Relative Rsd = 4.95498877939221e-07
BICGSTAB_SOLVER_TIME: 0.673236 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041991 s
InvBiCGStab: k = 65 resid = 2.154135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240039(s) Flops=429484032 => 1789.22605076675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257599.111802844 Mflops = 257.599111802844 Gflops = 0.257599111802844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056929 s
InvBiCGStab: k = 83 resid = 1.029959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304428(s) Flops=547596288 => 1798.77109858489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.240600954 Mflops = 258.965240600954 Gflops = 0.258965240600954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001185129 Relative Rsd = 5.19445976152981e-07
BICGSTAB_SOLVER_TIME: 0.647397 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 57 resid = 2.270418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210731(s) Flops=376989696 => 1788.96173795028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257534.694720514 Mflops = 257.534694720514 Gflops = 0.257534694720514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 96 resid = 1.062347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350776(s) Flops=632899584 => 1804.28416995461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.674266972 Mflops = 259.771674266972 Gflops = 0.259771674266972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001168298 Relative Rsd = 5.12068752005343e-07
BICGSTAB_SOLVER_TIME: 0.663202 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123583
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056869(s) Flops=1560600576 => 1476.62631414111 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212621.355834558 Mflops = 212.621355834558 Gflops = 0.212621355834558 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.578808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.067545 s
InvBiCGStab: k = 27 resid = 1.48406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138639(s) Flops=180135936 => 1299.31646939173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187082.993376595 Mflops = 187.082993376595 Gflops = 0.187082993376595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069009 s
InvBiCGStab: k = 58 resid = 7.209545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213398(s) Flops=383551488 => 1797.35277743934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258758.702492074 Mflops = 258.758702492074 Gflops = 0.258758702492074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007274533 Relative Rsd = 3.18845076776738e-07
BICGSTAB_SOLVER_TIME: 0.49241 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044306 s
InvBiCGStab: k = 56 resid = 2.165588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218684(s) Flops=370427904 => 1693.8957765543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243845.446998305 Mflops = 243.845446998305 Gflops = 0.243845446998305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061469 s
InvBiCGStab: k = 84 resid = 1.049789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31456(s) Flops=554158080 => 1761.69277721261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253627.537947308 Mflops = 253.627537947308 Gflops = 0.253627537947308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001087337 Relative Rsd = 4.76583171095651e-07
BICGSTAB_SOLVER_TIME: 0.643241 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041536 s
InvBiCGStab: k = 62 resid = 6.995986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228983(s) Flops=409798656 => 1789.64663752331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257646.426440286 Mflops = 257.646426440286 Gflops = 0.257646426440286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 81 resid = 9.675182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297931(s) Flops=534472704 => 1793.9479409662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258271.229203159 Mflops = 258.271229203159 Gflops = 0.258271229203159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001064744 Relative Rsd = 4.66680505448752e-07
BICGSTAB_SOLVER_TIME: 0.629219 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040891 s
InvBiCGStab: k = 65 resid = 1.744614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238334(s) Flops=429484032 => 1802.02586286472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.749852584 Mflops = 259.425749852584 Gflops = 0.259425749852584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055998 s
InvBiCGStab: k = 96 resid = 9.2865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354198(s) Flops=632899584 => 1786.85250622533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257263.075526563 Mflops = 257.263075526563 Gflops = 0.257263075526563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001147634 Relative Rsd = 5.03011676056705e-07
BICGSTAB_SOLVER_TIME: 0.693249 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 58 resid = 2.216309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21375(s) Flops=383551488 => 1794.39292631579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258327.320465447 Mflops = 258.327320465447 Gflops = 0.258327320465447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056623 s
InvBiCGStab: k = 97 resid = 1.140301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354627(s) Flops=639461376 => 1803.19427454762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.745707688 Mflops = 259.615745707688 Gflops = 0.259615745707688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001061108 Relative Rsd = 4.6508714137033e-07
BICGSTAB_SOLVER_TIME: 0.670075 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12507
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976662(s) Flops=1573429248 => 1611.0274055917 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231970.194035154 Mflops = 231.970194035154 Gflops = 0.231970194035154 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175464000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052492 s
InvBiCGStab: k = 28 resid = 1.948073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138754(s) Flops=186697728 => 1345.53042074463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193664.012997197 Mflops = 193.664012997197 Gflops = 0.193664012997197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062014 s
InvBiCGStab: k = 53 resid = 8.611884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24356(s) Flops=350742528 => 1440.06621776975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207318.936329643 Mflops = 207.318936329643 Gflops = 0.207318936329643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007565778 Relative Rsd = 3.31610460528348e-07
BICGSTAB_SOLVER_TIME: 0.504248 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042598 s
InvBiCGStab: k = 58 resid = 1.979958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213694(s) Flops=383551488 => 1794.86315947102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258391.985574145 Mflops = 258.391985574145 Gflops = 0.258391985574145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056566 s
InvBiCGStab: k = 89 resid = 9.706572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327535(s) Flops=586967040 => 1792.0742516067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258013.490081853 Mflops = 258.013490081853 Gflops = 0.258013490081853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001134139 Relative Rsd = 4.97096630185279e-07
BICGSTAB_SOLVER_TIME: 0.644313 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 64 resid = 1.788598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235459(s) Flops=422922240 => 1796.16086027716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258591.634037919 Mflops = 258.591634037919 Gflops = 0.258591634037919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056109 s
InvBiCGStab: k = 88 resid = 5.883227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322596(s) Flops=580405248 => 1799.17062827809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259026.210246583 Mflops = 259.026210246583 Gflops = 0.259026210246583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001079526 Relative Rsd = 4.73159634962121e-07
BICGSTAB_SOLVER_TIME: 0.659105 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 68 resid = 1.788217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248754(s) Flops=449169408 => 1805.67712679997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.529391465 Mflops = 259.960529391465 Gflops = 0.259960529391465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055695 s
InvBiCGStab: k = 100 resid = 9.895842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368529(s) Flops=659146752 => 1788.58855612448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257514.132523474 Mflops = 257.514132523474 Gflops = 0.257514132523474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001142004 Relative Rsd = 5.00544148165187e-07
BICGSTAB_SOLVER_TIME: 0.718249 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 58 resid = 2.052874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212405(s) Flops=383551488 => 1805.75545773405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259967.250092748 Mflops = 259.967250092748 Gflops = 0.259967250092748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055765 s
InvBiCGStab: k = 73 resid = 1.144877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267038(s) Flops=481978368 => 1804.90554902299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.565337813 Mflops = 259.830565337813 Gflops = 0.259830565337813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001101782 Relative Rsd = 4.8291437853955e-07
BICGSTAB_SOLVER_TIME: 0.580357 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108075
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979906(s) Flops=1579917312 => 1612.31517308803 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232206.849386773 Mflops = 232.206849386773 Gflops = 0.232206849386773 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175618000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.504371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.541866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.919379(s) Flops=1440000000 => 1566.27462667735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225498.310377721 Mflops = 225.498310377721 Gflops = 0.225498310377721 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 281 resid = 1.031216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.028888(s) Flops=1846831104 => 1794.97778572595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258465.085082331 Mflops = 258.465085082331 Gflops = 0.258465085082331 Tflops
BICGSTAB_SOLVER: 500 iterations. Rsd = 0.002405146 Relative Rsd = 1.05778687908219e-06
BICGSTAB_SOLVER_TIME: 1.951659 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357159
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.721636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717223(s) Flops=1295640576 => 1806.46824767192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.900210636 Mflops = 260.064900210636 Gflops = 0.260064900210636 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 9.464116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721404(s) Flops=1302202368 => 1805.09446579171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259917.63755081 Mflops = 259.91763755081 Gflops = 0.25991763755081 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001909224 Relative Rsd = 8.38911534558181e-07
BICGSTAB_SOLVER_TIME: 1.442015 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282187999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002867(s) Flops=1579917312 => 1575.40063836979 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226842.296820573 Mflops = 226.842296820573 Gflops = 0.226842296820573 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175660000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043477 s
InvBiCGStab: k = 30 resid = 1.84269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128593(s) Flops=199821312 => 1553.90504926396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223670.889994286 Mflops = 223.670889994286 Gflops = 0.223670889994286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06704 s
InvBiCGStab: k = 52 resid = 9.446998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23233(s) Flops=344180736 => 1481.43044806956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213258.856041964 Mflops = 213.258856041963 Gflops = 0.213258856041963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007887559 Relative Rsd = 3.45714209896091e-07
BICGSTAB_SOLVER_TIME: 0.476251 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068269 s
InvBiCGStab: k = 81 resid = 2.278021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346095(s) Flops=534472704 => 1544.29478611364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222335.809151516 Mflops = 222.335809151516 Gflops = 0.222335809151516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056851 s
InvBiCGStab: k = 122 resid = 7.833558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446411(s) Flops=803506176 => 1799.92467927538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259145.067553714 Mflops = 259.145067553714 Gflops = 0.259145067553714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001355831 Relative Rsd = 5.9426494868597e-07
BICGSTAB_SOLVER_TIME: 0.921454 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159493999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 60 resid = 2.051178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220161(s) Flops=396675072 => 1801.74995571423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259389.861095981 Mflops = 259.389861095981 Gflops = 0.259389861095981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 74 resid = 1.108835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27242(s) Flops=488540160 => 1793.33441010205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258180.448312955 Mflops = 258.180448312955 Gflops = 0.258180448312955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001076417 Relative Rsd = 4.71796853785367e-07
BICGSTAB_SOLVER_TIME: 0.593773 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040731 s
InvBiCGStab: k = 72 resid = 2.113812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263027(s) Flops=475416576 => 1807.4820303619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.490860365 Mflops = 260.222490860365 Gflops = 0.260222490860365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 105 resid = 7.222893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409838(s) Flops=691955712 => 1688.36396820207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243093.650303755 Mflops = 243.093650303755 Gflops = 0.243093650303755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001173663 Relative Rsd = 5.14420350630963e-07
BICGSTAB_SOLVER_TIME: 0.773784 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 67 resid = 2.251896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247023(s) Flops=442607616 => 1791.76682333224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257954.943676332 Mflops = 257.954943676332 Gflops = 0.257954943676332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 89 resid = 4.838472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364925(s) Flops=586967040 => 1608.45938206481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231581.476611232 Mflops = 231.581476611232 Gflops = 0.231581476611232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001127936 Relative Rsd = 4.94377905209249e-07
BICGSTAB_SOLVER_TIME: 0.714183 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125449
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980236(s) Flops=1579991040 => 1611.84759588507 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232088.232202996 Mflops = 232.088232202996 Gflops = 0.232088232202996 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175808000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047137 s
InvBiCGStab: k = 29 resid = 2.051524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120136(s) Flops=193259520 => 1608.67283745089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231548.411877549 Mflops = 231.548411877549 Gflops = 0.231548411877549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065111 s
InvBiCGStab: k = 49 resid = 1.079324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220477(s) Flops=324495360 => 1471.78780553074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211889.918863556 Mflops = 211.889918863556 Gflops = 0.211889918863556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007548287 Relative Rsd = 3.30843806822315e-07
BICGSTAB_SOLVER_TIME: 0.45675 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068101 s
InvBiCGStab: k = 82 resid = 2.210553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333714(s) Flops=541034496 => 1621.25201819522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233428.333028054 Mflops = 233.428333028054 Gflops = 0.233428333028054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 112 resid = 8.394183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410064(s) Flops=737888256 => 1799.44656443872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259082.545927007 Mflops = 259.082545927007 Gflops = 0.259082545927007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.00130557 Relative Rsd = 5.72235530753997e-07
BICGSTAB_SOLVER_TIME: 0.872424 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153061999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04216 s
InvBiCGStab: k = 60 resid = 7.19458e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232581(s) Flops=396675072 => 1705.53515549421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245541.710335476 Mflops = 245.541710335476 Gflops = 0.245541710335476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05959 s
InvBiCGStab: k = 69 resid = 9.233871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273335(s) Flops=455731200 => 1667.29910183474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240025.4302273 Mflops = 240.0254302273 Gflops = 0.2400254302273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001053223 Relative Rsd = 4.61631153206381e-07
BICGSTAB_SOLVER_TIME: 0.612084 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042114 s
InvBiCGStab: k = 61 resid = 1.860573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231652(s) Flops=403236864 => 1740.70098250825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250615.188041855 Mflops = 250.615188041855 Gflops = 0.250615188041855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060589 s
InvBiCGStab: k = 84 resid = 9.118075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310847(s) Flops=554158080 => 1782.73581536898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256659.009929775 Mflops = 256.659009929775 Gflops = 0.256659009929775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001205996 Relative Rsd = 5.28591938008833e-07
BICGSTAB_SOLVER_TIME: 0.648984 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041818 s
InvBiCGStab: k = 58 resid = 2.175793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218052(s) Flops=383551488 => 1758.99091959716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253241.769127001 Mflops = 253.241769127001 Gflops = 0.253241769127001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057874 s
InvBiCGStab: k = 88 resid = 9.809307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334977(s) Flops=580405248 => 1732.67193867042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249467.792332124 Mflops = 249.467792332124 Gflops = 0.249467792332124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001119543 Relative Rsd = 4.90699447151237e-07
BICGSTAB_SOLVER_TIME: 0.656669 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118698
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990754(s) Flops=1573797888 => 1588.48502049954 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228755.24941019 Mflops = 228.75524941019 Gflops = 0.22875524941019 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175044000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.491041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051297 s
InvBiCGStab: k = 24 resid = 2.271539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109962(s) Flops=160450560 => 1459.14552299885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209999.706646133 Mflops = 209.999706646133 Gflops = 0.209999706646133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07314 s
InvBiCGStab: k = 47 resid = 1.055039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236086(s) Flops=311371776 => 1318.89131926501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189879.309546688 Mflops = 189.879309546688 Gflops = 0.189879309546688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007517358 Relative Rsd = 3.29488169174269e-07
BICGSTAB_SOLVER_TIME: 0.474462 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043903 s
InvBiCGStab: k = 56 resid = 2.19395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261236(s) Flops=370427904 => 1417.98184017517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204159.584499118 Mflops = 204.159584499118 Gflops = 0.204159584499118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078936 s
InvBiCGStab: k = 83 resid = 8.790697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30955(s) Flops=547596288 => 1769.00755289937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254682.220717733 Mflops = 254.682220717733 Gflops = 0.254682220717733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001087019 Relative Rsd = 4.76444076386657e-07
BICGSTAB_SOLVER_TIME: 0.698033 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113606
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044876 s
InvBiCGStab: k = 54 resid = 1.566884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210639(s) Flops=357304320 => 1696.2875820717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244201.052826046 Mflops = 244.201052826046 Gflops = 0.244201052826046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061137 s
InvBiCGStab: k = 91 resid = 5.061349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334503(s) Flops=600090624 => 1793.97680738289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258281.23317605 Mflops = 258.28123317605 Gflops = 0.25828123317605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001073918 Relative Rsd = 4.7070185288477e-07
BICGSTAB_SOLVER_TIME: 0.655113 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040793 s
InvBiCGStab: k = 60 resid = 1.961914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221014(s) Flops=396675072 => 1794.79613056186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258388.753430458 Mflops = 258.388753430458 Gflops = 0.258388753430458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057821 s
InvBiCGStab: k = 87 resid = 1.01094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331565(s) Flops=573843456 => 1730.71179406753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249191.017663933 Mflops = 249.191017663933 Gflops = 0.249191017663933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001119087 Relative Rsd = 4.904994283474e-07
BICGSTAB_SOLVER_TIME: 0.655507 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042909 s
InvBiCGStab: k = 58 resid = 1.349573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212567(s) Flops=383551488 => 1804.37926865412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.102083551 Mflops = 259.774102083551 Gflops = 0.259774102083551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 79 resid = 6.65898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294787(s) Flops=521349120 => 1768.56211434018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254614.985056398 Mflops = 254.614985056398 Gflops = 0.254614985056398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001059615 Relative Rsd = 4.6443253901461e-07
BICGSTAB_SOLVER_TIME: 0.610316 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112149
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967872(s) Flops=1561264128 => 1613.08946637572 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232273.897375212 Mflops = 232.273897375212 Gflops = 0.232273897375212 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173435000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042543 s
InvBiCGStab: k = 31 resid = 1.716514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151587(s) Flops=206383104 => 1361.48287122247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195939.188613333 Mflops = 195.939188613333 Gflops = 0.195939188613333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05945 s
InvBiCGStab: k = 56 resid = 8.504003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271256(s) Flops=370427904 => 1365.60261892824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196603.813261253 Mflops = 196.603813261253 Gflops = 0.196603813261253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0008075457 Relative Rsd = 3.53949856581063e-07
BICGSTAB_SOLVER_TIME: 0.528958 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0766650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046972 s
InvBiCGStab: k = 55 resid = 2.231054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232821(s) Flops=363866112 => 1562.85778344737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224995.175276841 Mflops = 224.995175276841 Gflops = 0.224995175276841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058758 s
InvBiCGStab: k = 92 resid = 1.151679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434997(s) Flops=606652416 => 1394.61287319223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200790.160272577 Mflops = 200.790160272577 Gflops = 0.200790160272577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001151721 Relative Rsd = 5.04803017930762e-07
BICGSTAB_SOLVER_TIME: 0.777432 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 58 resid = 2.047793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214598(s) Flops=383551488 => 1787.302248856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257296.38878884 Mflops = 257.29638878884 Gflops = 0.25729638878884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05612 s
InvBiCGStab: k = 70 resid = 1.08026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258041(s) Flops=462292992 => 1791.54859886607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257925.593542603 Mflops = 257.925593542603 Gflops = 0.257925593542603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001067401 Relative Rsd = 4.67845257804667e-07
BICGSTAB_SOLVER_TIME: 0.573927 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 69 resid = 1.072637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25588(s) Flops=455731200 => 1781.03486009067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256414.315749267 Mflops = 256.414315749267 Gflops = 0.256414315749267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 91 resid = 8.538332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334486(s) Flops=600090624 => 1794.06798490819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258294.416327131 Mflops = 258.294416327131 Gflops = 0.258294416327131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001136601 Relative Rsd = 4.98175711221897e-07
BICGSTAB_SOLVER_TIME: 0.691905 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 56 resid = 1.907479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205884(s) Flops=370427904 => 1799.20685434517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259001.422888616 Mflops = 259.001422888616 Gflops = 0.259001422888616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 94 resid = 8.557018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343752(s) Flops=619776000 => 1802.9742372408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259575.352953692 Mflops = 259.575352953692 Gflops = 0.259575352953692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001138296 Relative Rsd = 4.98918587182372e-07
BICGSTAB_SOLVER_TIME: 0.651391 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121633
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955912(s) Flops=1536638976 => 1607.51091732293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231458.197944087 Mflops = 231.458197944087 Gflops = 0.231458197944087 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170883000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 2.166569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093135(s) Flops=1630291968 => 1491.39124444831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214715.563378652 Mflops = 214.715563378652 Gflops = 0.214715563378652 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 1.142848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.117242(s) Flops=1774651392 => 1588.42165976574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228723.146872158 Mflops = 228.723146872158 Gflops = 0.228723146872158 Tflops
BICGSTAB_SOLVER: 518 iterations. Rsd = 0.002168117 Relative Rsd = 9.53516793730442e-07
BICGSTAB_SOLVER_TIME: 2.213838 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.11606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.370087
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.149731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688121(s) Flops=1236584448 => 1797.04506620202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258690.268554633 Mflops = 258.690268554633 Gflops = 0.258690268554633 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.337124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827878(s) Flops=1492494336 => 1802.79502052235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.837188818 Mflops = 259.587837188818 Gflops = 0.259587837188818 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.0019135 Relative Rsd = 8.40849632190771e-07
BICGSTAB_SOLVER_TIME: 1.519352 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296423999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954439(s) Flops=1536638976 => 1609.99181299172 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231832.299034519 Mflops = 231.832299034519 Gflops = 0.231832299034519 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170809000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049629 s
InvBiCGStab: k = 28 resid = 1.289705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126275(s) Flops=186697728 => 1478.50111265096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212808.755676182 Mflops = 212.808755676182 Gflops = 0.212808755676182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062015 s
InvBiCGStab: k = 59 resid = 8.881069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275102(s) Flops=390113280 => 1418.06777122667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204158.020624935 Mflops = 204.158020624935 Gflops = 0.204158020624935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007589719 Relative Rsd = 3.32659793870416e-07
BICGSTAB_SOLVER_TIME: 0.517913 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043131 s
InvBiCGStab: k = 74 resid = 2.252003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323744(s) Flops=488540160 => 1509.03232183454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217258.963488854 Mflops = 217.258963488854 Gflops = 0.217258963488854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066586 s
InvBiCGStab: k = 99 resid = 1.150483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44853(s) Flops=652584960 => 1454.94160925691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209477.394770766 Mflops = 209.477394770766 Gflops = 0.209477394770766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.0012466 Relative Rsd = 5.46388815181043e-07
BICGSTAB_SOLVER_TIME: 0.88584 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041307 s
InvBiCGStab: k = 52 resid = 2.230588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191868(s) Flops=344180736 => 1793.84126587029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.68796118 Mflops = 258.23468796118 Gflops = 0.25823468796118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056147 s
InvBiCGStab: k = 72 resid = 8.504252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264564(s) Flops=475416576 => 1796.98135800789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258708.192067004 Mflops = 258.708192067004 Gflops = 0.258708192067004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001038455 Relative Rsd = 4.55158044667209e-07
BICGSTAB_SOLVER_TIME: 0.557755 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 64 resid = 1.547705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235454(s) Flops=422922240 => 1796.19900277761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258593.46409363 Mflops = 258.59346409363 Gflops = 0.25859346409363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 99 resid = 8.450696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363328(s) Flops=652584960 => 1796.13175973225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258597.233957871 Mflops = 258.597233957871 Gflops = 0.258597233957871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001179389 Relative Rsd = 5.16929770215835e-07
BICGSTAB_SOLVER_TIME: 0.700345 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 72 resid = 1.196125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263675(s) Flops=475416576 => 1803.04001517019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.913994251 Mflops = 259.591913994251 Gflops = 0.259591913994251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 86 resid = 1.129275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314289(s) Flops=567281664 => 1804.96824260474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259841.742272528 Mflops = 259.841742272529 Gflops = 0.259841742272528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001138727 Relative Rsd = 4.99107635567121e-07
BICGSTAB_SOLVER_TIME: 0.679655 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127085
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961601(s) Flops=1524473856 => 1585.34969909557 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228327.511496668 Mflops = 228.327511496668 Gflops = 0.228327511496668 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169130000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043485 s
InvBiCGStab: k = 28 resid = 1.596468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124093(s) Flops=186697728 => 1504.49846486103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216557.178562605 Mflops = 216.557178562605 Gflops = 0.216557178562605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063059 s
InvBiCGStab: k = 53 resid = 9.301667e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235428(s) Flops=350742528 => 1489.80804322341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214473.276747644 Mflops = 214.473276747644 Gflops = 0.214473276747644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0006991228 Relative Rsd = 3.06427761461448e-07
BICGSTAB_SOLVER_TIME: 0.470148 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061058 s
InvBiCGStab: k = 73 resid = 1.971975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326594(s) Flops=481978368 => 1475.77226770853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212484.238381335 Mflops = 212.484238381335 Gflops = 0.212484238381335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068108 s
InvBiCGStab: k = 98 resid = 1.091027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423202(s) Flops=646023168 => 1526.51255901437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219782.205487263 Mflops = 219.782205487263 Gflops = 0.219782205487263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001236036 Relative Rsd = 5.41758379872219e-07
BICGSTAB_SOLVER_TIME: 0.882833 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058458 s
InvBiCGStab: k = 55 resid = 2.243926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20616(s) Flops=363866112 => 1764.96949941793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254119.772809037 Mflops = 254.119772809037 Gflops = 0.254119772809037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 83 resid = 1.072837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304563(s) Flops=547596288 => 1797.97377882409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258854.419567302 Mflops = 258.854419567302 Gflops = 0.258854419567302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001085024 Relative Rsd = 4.75569249245896e-07
BICGSTAB_SOLVER_TIME: 0.629669 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112901
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040751 s
InvBiCGStab: k = 62 resid = 2.06398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228125(s) Flops=409798656 => 1796.37767013699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258623.912301776 Mflops = 258.623912301776 Gflops = 0.258623912301776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05604 s
InvBiCGStab: k = 99 resid = 8.690939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363467(s) Flops=652584960 => 1795.44486844748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258508.00087915 Mflops = 258.50800087915 Gflops = 0.25850800087915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001155432 Relative Rsd = 5.06429395316858e-07
BICGSTAB_SOLVER_TIME: 0.692309 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 59 resid = 1.829833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217196(s) Flops=390113280 => 1796.13473544633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.041719862 Mflops = 258.594041719862 Gflops = 0.258594041719862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060527 s
InvBiCGStab: k = 96 resid = 1.1103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375458(s) Flops=632899584 => 1685.67345482051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242691.411791433 Mflops = 242.691411791433 Gflops = 0.242691411791433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001167818 Relative Rsd = 5.11858426110083e-07
BICGSTAB_SOLVER_TIME: 0.69785 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12635
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962634(s) Flops=1542979584 => 1602.87251852729 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230795.789402973 Mflops = 230.795789402973 Gflops = 0.230795789402973 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171984000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048038 s
InvBiCGStab: k = 24 resid = 2.178746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103495(s) Flops=160450560 => 1550.32185129716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223142.946662377 Mflops = 223.142946662377 Gflops = 0.223142946662377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082918 s
InvBiCGStab: k = 47 resid = 1.097711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210373(s) Flops=311371776 => 1480.09381432028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213075.693104822 Mflops = 213.075693104822 Gflops = 0.213075693104822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007421119 Relative Rsd = 3.25270017522333e-07
BICGSTAB_SOLVER_TIME: 0.449316 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0647840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056032 s
InvBiCGStab: k = 55 resid = 2.081904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236013(s) Flops=363866112 => 1541.72063403287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221962.831477903 Mflops = 221.962831477903 Gflops = 0.221962831477903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060073 s
InvBiCGStab: k = 91 resid = 9.171781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39955(s) Flops=600090624 => 1501.91621574271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216242.180705157 Mflops = 216.242180705157 Gflops = 0.216242180705157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00111092 Relative Rsd = 4.86919908162e-07
BICGSTAB_SOLVER_TIME: 0.759056 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042616 s
InvBiCGStab: k = 55 resid = 1.905528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257123(s) Flops=363866112 => 1415.14416057684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203739.280328813 Mflops = 203.739280328813 Gflops = 0.203739280328813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 96 resid = 1.127482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452509(s) Flops=632899584 => 1398.64529545269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201372.458283834 Mflops = 201.372458283834 Gflops = 0.201372458283834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001082311 Relative Rsd = 4.74380464018397e-07
BICGSTAB_SOLVER_TIME: 0.818541 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053281 s
InvBiCGStab: k = 55 resid = 2.274498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214117(s) Flops=363866112 => 1699.37983438961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244651.780778269 Mflops = 244.651780778269 Gflops = 0.244651780778269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 89 resid = 1.068873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327257(s) Flops=586967040 => 1793.59659228068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258216.918221129 Mflops = 258.216918221129 Gflops = 0.258216918221129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001119755 Relative Rsd = 4.90792159948831e-07
BICGSTAB_SOLVER_TIME: 0.654969 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042028 s
InvBiCGStab: k = 54 resid = 2.147123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240693(s) Flops=357304320 => 1484.48155949695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213525.423077204 Mflops = 213.525423077204 Gflops = 0.213525423077204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083582 s
InvBiCGStab: k = 88 resid = 1.078094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33489(s) Flops=580405248 => 1733.1220639613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249520.841801424 Mflops = 249.520841801424 Gflops = 0.249520841801424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001076333 Relative Rsd = 4.71760268713339e-07
BICGSTAB_SOLVER_TIME: 0.705622 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115952
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973128(s) Flops=1567678464 => 1610.96840703381 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231962.655751125 Mflops = 231.962655751125 Gflops = 0.231962655751125 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174329000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040882 s
InvBiCGStab: k = 28 resid = 1.818538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10444(s) Flops=186697728 => 1787.60750670241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257291.381273931 Mflops = 257.291381273931 Gflops = 0.257291381273931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056425 s
InvBiCGStab: k = 50 resid = 8.739225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184449(s) Flops=331057152 => 1794.84384301352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258374.439102261 Mflops = 258.374439102261 Gflops = 0.258374439102261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007372277 Relative Rsd = 3.23129255044022e-07
BICGSTAB_SOLVER_TIME: 0.390008 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 64 resid = 1.486399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234112(s) Flops=422922240 => 1806.49535265172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260068.895445696 Mflops = 260.068895445696 Gflops = 0.260068895445696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05578 s
InvBiCGStab: k = 87 resid = 1.120081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326065(s) Flops=573843456 => 1759.90509867664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253387.867449617 Mflops = 253.387867449617 Gflops = 0.253387867449616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00113513 Relative Rsd = 4.97531262881984e-07
BICGSTAB_SOLVER_TIME: 0.66093 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 61 resid = 1.046523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224554(s) Flops=403236864 => 1795.72336275462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.910828407 Mflops = 258.527910828407 Gflops = 0.258527910828407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056804 s
InvBiCGStab: k = 82 resid = 1.024512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301653(s) Flops=541034496 => 1793.56577259301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258220.029788439 Mflops = 258.220029788439 Gflops = 0.258220029788439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001040059 Relative Rsd = 4.55861376093762e-07
BICGSTAB_SOLVER_TIME: 0.628077 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 57 resid = 1.856897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210136(s) Flops=376989696 => 1794.02718239616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.059494196 Mflops = 258.257059494196 Gflops = 0.258257059494196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 88 resid = 1.003579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321297(s) Flops=580405248 => 1806.44465401171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.192874576 Mflops = 260.080192874576 Gflops = 0.260080192874576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001133246 Relative Rsd = 4.96705164812055e-07
BICGSTAB_SOLVER_TIME: 0.633004 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040725 s
InvBiCGStab: k = 55 resid = 2.069009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201931(s) Flops=363866112 => 1801.93289787106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.143043614 Mflops = 259.411143043614 Gflops = 0.259411143043614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 76 resid = 1.141311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278561(s) Flops=501663744 => 1800.91162797377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.995763763 Mflops = 259.262995763763 Gflops = 0.259262995763763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001102839 Relative Rsd = 4.83377687401499e-07
BICGSTAB_SOLVER_TIME: 0.581236 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107724
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993795(s) Flops=1580359680 => 1590.2270387756 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228970.490471682 Mflops = 228.970490471682 Gflops = 0.228970490471682 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175555000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021423
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.07209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.981749(s) Flops=1466247168 => 1493.50513013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215032.800409731 Mflops = 215.032800409731 Gflops = 0.215032800409731 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 9.020211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.981463(s) Flops=1754966016 => 1788.11225283072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257476.57592659 Mflops = 257.47657592659 Gflops = 0.25747657592659 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.002108668 Relative Rsd = 9.27324799328899e-07
BICGSTAB_SOLVER_TIME: 1.966706 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350299999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.261697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736578(s) Flops=1321887744 => 1794.63375772831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258330.801174832 Mflops = 258.330801174832 Gflops = 0.258330801174832 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 9.700406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855038(s) Flops=1538426880 => 1799.24971755641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.638741091 Mflops = 259.080638741091 Gflops = 0.259080638741091 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002007812 Relative Rsd = 8.82344495080139e-07
BICGSTAB_SOLVER_TIME: 1.594948 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310753999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979593(s) Flops=1580359680 => 1613.28192422772 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232289.822921721 Mflops = 232.289822921721 Gflops = 0.232289822921721 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176099000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 25 resid = 2.227654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093589(s) Flops=167012352 => 1784.52972037312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256806.899680045 Mflops = 256.806899680045 Gflops = 0.256806899680045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 53 resid = 1.114783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194973(s) Flops=350742528 => 1798.92871320644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258966.678322093 Mflops = 258.966678322093 Gflops = 0.258966678322093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007563073 Relative Rsd = 3.31491877951787e-07
BICGSTAB_SOLVER_TIME: 0.390327 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041474 s
InvBiCGStab: k = 90 resid = 1.545067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328167(s) Flops=593528832 => 1808.61827057565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260410.199119062 Mflops = 260.410199119062 Gflops = 0.260410199119062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055874 s
InvBiCGStab: k = 110 resid = 9.193076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.47928(s) Flops=724764672 => 1512.19469203806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217727.939655841 Mflops = 217.727939655841 Gflops = 0.217727939655841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001310452 Relative Rsd = 5.74375068627387e-07
BICGSTAB_SOLVER_TIME: 0.909722 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157492999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051017 s
InvBiCGStab: k = 58 resid = 2.122981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270174(s) Flops=383551488 => 1419.64618357059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204393.352023097 Mflops = 204.393352023097 Gflops = 0.204393352023097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06085 s
InvBiCGStab: k = 78 resid = 9.382816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336859(s) Flops=514787328 => 1528.19823130746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220024.853798608 Mflops = 220.024853798608 Gflops = 0.220024853798608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001078951 Relative Rsd = 4.72907723524738e-07
BICGSTAB_SOLVER_TIME: 0.722751 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047813 s
InvBiCGStab: k = 72 resid = 2.055897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315907(s) Flops=475416576 => 1504.92574080346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216674.388765142 Mflops = 216.674388765142 Gflops = 0.216674388765142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065825 s
InvBiCGStab: k = 88 resid = 1.087552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33318(s) Flops=580405248 => 1742.01707185305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250801.572888969 Mflops = 250.801572888969 Gflops = 0.250801572888969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001127532 Relative Rsd = 4.94201051848509e-07
BICGSTAB_SOLVER_TIME: 0.766597 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128884
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 58 resid = 2.036721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213179(s) Flops=383551488 => 1799.19920817717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.079640901 Mflops = 259.018079640901 Gflops = 0.259018079640901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 85 resid = 9.32178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31151(s) Flops=560719872 => 1800.0060094379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259142.049725134 Mflops = 259.142049725134 Gflops = 0.259142049725134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001075499 Relative Rsd = 4.71394520043466e-07
BICGSTAB_SOLVER_TIME: 0.626345 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116399
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018883(s) Flops=1592745984 => 1563.22755802187 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225147.36327587 Mflops = 225.14736327587 Gflops = 0.22514736327587 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176911000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.405637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041979 s
InvBiCGStab: k = 32 resid = 1.39276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11885(s) Flops=212944896 => 1791.71136726967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257886.374110886 Mflops = 257.886374110886 Gflops = 0.257886374110886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 50 resid = 9.562234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183699(s) Flops=331057152 => 1802.17177012395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.451621428 Mflops = 259.425451621428 Gflops = 0.259425451621428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007418231 Relative Rsd = 3.25143423988578e-07
BICGSTAB_SOLVER_TIME: 0.404922 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 79 resid = 1.980565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288572(s) Flops=521349120 => 1806.65178880834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260104.052217797 Mflops = 260.104052217798 Gflops = 0.260104052217798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 106 resid = 1.026564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397979(s) Flops=698517504 => 1755.16171456283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252699.598394682 Mflops = 252.699598394682 Gflops = 0.252699598394682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001289634 Relative Rsd = 5.65250486332454e-07
BICGSTAB_SOLVER_TIME: 0.787631 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 61 resid = 2.156544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224182(s) Flops=403236864 => 1798.7031251394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258956.240424301 Mflops = 258.956240424301 Gflops = 0.258956240424301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 90 resid = 1.048304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329096(s) Flops=593528832 => 1803.512750079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.937485974 Mflops = 259.655937485974 Gflops = 0.259655937485974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001076271 Relative Rsd = 4.71733021253837e-07
BICGSTAB_SOLVER_TIME: 0.654739 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040824 s
InvBiCGStab: k = 74 resid = 1.728729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270731(s) Flops=488540160 => 1804.52242262615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259808.02481268 Mflops = 259.80802481268 Gflops = 0.25980802481268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 87 resid = 1.148247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383752(s) Flops=573843456 => 1495.34974671142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215285.690348808 Mflops = 215.285690348808 Gflops = 0.215285690348808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001121573 Relative Rsd = 4.91588867500645e-07
BICGSTAB_SOLVER_TIME: 0.762051 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051476 s
InvBiCGStab: k = 60 resid = 2.210114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267392(s) Flops=396675072 => 1483.49640976544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213564.319313068 Mflops = 213.564319313068 Gflops = 0.213564319313068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072348 s
InvBiCGStab: k = 77 resid = 1.124648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340413(s) Flops=508225536 => 1492.96747186506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214947.794495235 Mflops = 214.947794495235 Gflops = 0.214947794495235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001137657 Relative Rsd = 4.9863886700823e-07
BICGSTAB_SOLVER_TIME: 0.735474 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111993
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091596(s) Flops=1592819712 => 1459.16594784151 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210149.89796206 Mflops = 210.14989796206 Gflops = 0.21014989796206 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177161000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040702 s
InvBiCGStab: k = 27 resid = 2.251903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100756(s) Flops=180135936 => 1787.84326491723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257303.389949602 Mflops = 257.303389949602 Gflops = 0.257303389949602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056126 s
InvBiCGStab: k = 53 resid = 7.725077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194821(s) Flops=350742528 => 1800.33224344398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259166.797760186 Mflops = 259.166797760186 Gflops = 0.259166797760186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007429877 Relative Rsd = 3.25653880140002e-07
BICGSTAB_SOLVER_TIME: 0.3962 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041087 s
InvBiCGStab: k = 47 resid = 2.219625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172728(s) Flops=311371776 => 1802.67111296373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259522.130688457 Mflops = 259.522130688457 Gflops = 0.259522130688457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 82 resid = 7.764867e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300338(s) Flops=541034496 => 1801.41872157369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259350.127707851 Mflops = 259.350127707851 Gflops = 0.259350127707851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001122214 Relative Rsd = 4.91870169456143e-07
BICGSTAB_SOLVER_TIME: 0.574157 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04164 s
InvBiCGStab: k = 54 resid = 2.111622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198032(s) Flops=357304320 => 1804.27567261857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.479761719 Mflops = 259.756479761719 Gflops = 0.259756479761719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056486 s
InvBiCGStab: k = 86 resid = 1.117814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314744(s) Flops=567281664 => 1802.35894568284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259492.808760858 Mflops = 259.492808760858 Gflops = 0.259492808760858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001116771 Relative Rsd = 4.89484281892722e-07
BICGSTAB_SOLVER_TIME: 0.614698 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 56 resid = 2.042352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204842(s) Flops=370427904 => 1808.3591450972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260337.364580309 Mflops = 260.337364580309 Gflops = 0.260337364580309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055981 s
InvBiCGStab: k = 85 resid = 9.539486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31023(s) Flops=560719872 => 1807.43278212939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.112830191 Mflops = 260.222112830191 Gflops = 0.260222112830191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00114409 Relative Rsd = 5.0145831573905e-07
BICGSTAB_SOLVER_TIME: 0.615977 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041858 s
InvBiCGStab: k = 59 resid = 1.582002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216273(s) Flops=390113280 => 1803.80019697327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259684.807573626 Mflops = 259.684807573626 Gflops = 0.259684807573626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 87 resid = 1.034144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317774(s) Flops=573843456 => 1805.82255313525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259989.846818149 Mflops = 259.989846818149 Gflops = 0.259989846818149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001084629 Relative Rsd = 4.75396222775536e-07
BICGSTAB_SOLVER_TIME: 0.636401 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118626
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038702(s) Flops=1586700288 => 1527.57989105634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220030.536878786 Mflops = 220.030536878786 Gflops = 0.220030536878786 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176475000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.550179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 25 resid = 2.231707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093629(s) Flops=167012352 => 1783.76733704301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256702.489201097 Mflops = 256.702489201097 Gflops = 0.256702489201097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 54 resid = 4.562651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19842(s) Flops=357304320 => 1800.74750529181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259229.316527268 Mflops = 259.229316527268 Gflops = 0.259229316527268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000749234 Relative Rsd = 3.2839163751752e-07
BICGSTAB_SOLVER_TIME: 0.392993 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 62 resid = 1.646766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229062(s) Flops=409798656 => 1789.02941561673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257566.286387982 Mflops = 257.566286387982 Gflops = 0.257566286387982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 90 resid = 1.115595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329661(s) Flops=593528832 => 1800.42174233531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.212465837 Mflops = 259.215212465837 Gflops = 0.259215212465837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001126244 Relative Rsd = 4.936363048789e-07
BICGSTAB_SOLVER_TIME: 0.65984 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 62 resid = 2.267018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226863(s) Flops=409798656 => 1806.37061133812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.499723949 Mflops = 260.058499723949 Gflops = 0.260058499723949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 89 resid = 1.061394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325173(s) Flops=586967040 => 1805.09156664299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259884.699687071 Mflops = 259.884699687071 Gflops = 0.259884699687071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001063918 Relative Rsd = 4.66318685719669e-07
BICGSTAB_SOLVER_TIME: 0.6538 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041298 s
InvBiCGStab: k = 67 resid = 2.256134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245317(s) Flops=442607616 => 1804.22724882499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.118986619 Mflops = 259.758118986619 Gflops = 0.259758118986618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 90 resid = 8.03822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352628(s) Flops=593528832 => 1683.15854668376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242330.987552078 Mflops = 242.330987552078 Gflops = 0.242330987552078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001128712 Relative Rsd = 4.94718243327002e-07
BICGSTAB_SOLVER_TIME: 0.699533 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 49 resid = 2.216062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18097(s) Flops=324495360 => 1793.08924131071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258116.470458934 Mflops = 258.116470458934 Gflops = 0.258116470458934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056984 s
InvBiCGStab: k = 89 resid = 1.145028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326506(s) Flops=586967040 => 1797.72206330052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258827.617959162 Mflops = 258.827617959162 Gflops = 0.258827617959162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001110325 Relative Rsd = 4.86659016288526e-07
BICGSTAB_SOLVER_TIME: 0.609305 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112576
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993717(s) Flops=1580507136 => 1590.50024906487 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229010.774626126 Mflops = 229.010774626126 Gflops = 0.229010774626126 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175670000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.37521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.790021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.104612(s) Flops=1584359424 => 1434.31306558321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206552.390824864 Mflops = 206.552390824864 Gflops = 0.206552390824864 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 1.048549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.130787(s) Flops=1695909888 => 1499.76068702594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215954.223832812 Mflops = 215.954223832812 Gflops = 0.215954223832812 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.002160036 Relative Rsd = 9.49855969704017e-07
BICGSTAB_SOLVER_TIME: 2.238851 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356379999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.603543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.653547(s) Flops=1164404736 => 1781.66946830144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256492.647564137 Mflops = 256.492647564137 Gflops = 0.256492647564137 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.149337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826596(s) Flops=1485932544 => 1797.65271547406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258847.690567623 Mflops = 258.847690567623 Gflops = 0.258847690567623 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002014929 Relative Rsd = 8.85516257698833e-07
BICGSTAB_SOLVER_TIME: 1.483499 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287700999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979494(s) Flops=1580507136 => 1613.59552585314 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232340.533189248 Mflops = 232.340533189248 Gflops = 0.232340533189248 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175593000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041504 s
InvBiCGStab: k = 27 resid = 2.259637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101672(s) Flops=180135936 => 1771.73593516406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254997.641539396 Mflops = 254.997641539396 Gflops = 0.254997641539396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065176 s
InvBiCGStab: k = 51 resid = 8.520114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18765(s) Flops=337618944 => 1799.19501199041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.133081799 Mflops = 258.985133081799 Gflops = 0.258985133081799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000763575 Relative Rsd = 3.34677330478505e-07
BICGSTAB_SOLVER_TIME: 0.399827 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044073 s
InvBiCGStab: k = 85 resid = 1.623297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330589(s) Flops=560719872 => 1696.12380327234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244198.209996821 Mflops = 244.198209996821 Gflops = 0.244198209996821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055796 s
InvBiCGStab: k = 114 resid = 9.518074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423832(s) Flops=751011840 => 1771.95643556881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255114.68477283 Mflops = 255.11468477283 Gflops = 0.25511468477283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001269108 Relative Rsd = 5.56253926277018e-07
BICGSTAB_SOLVER_TIME: 0.858148 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156654999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 57 resid = 2.217137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22171(s) Flops=376989696 => 1700.37299174597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244800.276633738 Mflops = 244.800276633738 Gflops = 0.244800276633738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064049 s
InvBiCGStab: k = 80 resid = 1.094102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351572(s) Flops=527910912 => 1501.57268496922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216183.918662135 Mflops = 216.183918662135 Gflops = 0.216183918662135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00107747 Relative Rsd = 4.72258733941574e-07
BICGSTAB_SOLVER_TIME: 0.683062 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057239 s
InvBiCGStab: k = 64 resid = 1.82e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26951(s) Flops=422922240 => 1569.22652220697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225918.492855814 Mflops = 225.918492855814 Gflops = 0.225918492855814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062072 s
InvBiCGStab: k = 105 resid = 9.656432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467681(s) Flops=691955712 => 1479.54634034737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213025.202062313 Mflops = 213.025202062313 Gflops = 0.213025202062313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001193429 Relative Rsd = 5.23083869172969e-07
BICGSTAB_SOLVER_TIME: 0.860335 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 53 resid = 2.102368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242944(s) Flops=350742528 => 1443.71759747102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207849.592225551 Mflops = 207.849592225551 Gflops = 0.207849592225551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 96 resid = 1.131914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352455(s) Flops=632899584 => 1795.68904966591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258524.761095304 Mflops = 258.524761095304 Gflops = 0.258524761095304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001145743 Relative Rsd = 5.02182771600498e-07
BICGSTAB_SOLVER_TIME: 0.696374 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120699
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980657(s) Flops=1574240256 => 1605.29140769912 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231150.176052144 Mflops = 231.150176052144 Gflops = 0.231150176052144 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174891000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042031 s
InvBiCGStab: k = 26 resid = 1.82295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096805(s) Flops=173574144 => 1793.02870719488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258024.993906232 Mflops = 258.024993906232 Gflops = 0.258024993906232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056514 s
InvBiCGStab: k = 62 resid = 4.923421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228642(s) Flops=409798656 => 1792.3157425145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258017.114735163 Mflops = 258.017114735163 Gflops = 0.258017114735163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007714571 Relative Rsd = 3.38132094037532e-07
BICGSTAB_SOLVER_TIME: 0.427844 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 83 resid = 1.563545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303476(s) Flops=547596288 => 1804.41381855567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259796.959787357 Mflops = 259.796959787357 Gflops = 0.259796959787357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 104 resid = 9.806323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379582(s) Flops=685393920 => 1805.65443039976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.30211615 Mflops = 259.96930211615 Gflops = 0.25996930211615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001263101 Relative Rsd = 5.53621076721104e-07
BICGSTAB_SOLVER_TIME: 0.784296 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040891 s
InvBiCGStab: k = 61 resid = 2.078787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234558(s) Flops=403236864 => 1719.13498580308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247493.609406672 Mflops = 247.493609406672 Gflops = 0.247493609406672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 86 resid = 1.141771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314197(s) Flops=567281664 => 1805.49675522045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.81008455 Mflops = 259.93681008455 Gflops = 0.25993681008455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001108954 Relative Rsd = 4.86058143473734e-07
BICGSTAB_SOLVER_TIME: 0.649766 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040609 s
InvBiCGStab: k = 71 resid = 1.313214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25987(s) Flops=468854784 => 1804.18972563205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259735.53633993 Mflops = 259.73553633993 Gflops = 0.259735536339931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 85 resid = 1.143289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31106(s) Flops=560719872 => 1802.61001735999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259516.578536126 Mflops = 259.516578536126 Gflops = 0.259516578536126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001136967 Relative Rsd = 4.98336134466607e-07
BICGSTAB_SOLVER_TIME: 0.671676 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 63 resid = 2.022894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244548(s) Flops=416360448 => 1702.57147063153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245113.842162691 Mflops = 245.113842162691 Gflops = 0.245113842162691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061316 s
InvBiCGStab: k = 89 resid = 1.001215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393824(s) Flops=586967040 => 1490.42983667831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214584.478098024 Mflops = 214.584478098024 Gflops = 0.214584478098024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001128121 Relative Rsd = 4.9445918836091e-07
BICGSTAB_SOLVER_TIME: 0.744734 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122733
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.18094(s) Flops=1568047104 => 1327.79574237472 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191204.444079407 Mflops = 191.204444079407 Gflops = 0.191204444079407 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174423000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 23 resid = 1.958421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085526(s) Flops=153888768 => 1799.32146949466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258962.757702279 Mflops = 258.962757702279 Gflops = 0.258962757702279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055873 s
InvBiCGStab: k = 62 resid = 7.859752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227335(s) Flops=409798656 => 1802.62016847384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.897230047 Mflops = 259.510897230047 Gflops = 0.259510897230047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007835036 Relative Rsd = 3.43412105719379e-07
BICGSTAB_SOLVER_TIME: 0.41363 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 64 resid = 2.24108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233923(s) Flops=422922240 => 1807.95492533868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260299.724038194 Mflops = 260.299724038194 Gflops = 0.260299724038194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056069 s
InvBiCGStab: k = 80 resid = 1.124428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291586(s) Flops=527910912 => 1810.48099703004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260657.688919449 Mflops = 260.657688919449 Gflops = 0.260657688919449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001087485 Relative Rsd = 4.76648279257309e-07
BICGSTAB_SOLVER_TIME: 0.626705 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 64 resid = 1.203822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234683(s) Flops=422922240 => 1802.10002428808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.485027745 Mflops = 259.445485027745 Gflops = 0.259445485027745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 77 resid = 7.722517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281734(s) Flops=508225536 => 1803.91978248987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.344928095 Mflops = 259.717344928095 Gflops = 0.259717344928095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001001586 Relative Rsd = 4.38998362224569e-07
BICGSTAB_SOLVER_TIME: 0.618032 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 63 resid = 1.729623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23053(s) Flops=416360448 => 1806.1009326335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260023.696579366 Mflops = 260.023696579366 Gflops = 0.260023696579366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 91 resid = 6.117413e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33288(s) Flops=600090624 => 1802.72357606345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.399422981 Mflops = 259.543399422981 Gflops = 0.259543399422981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001122332 Relative Rsd = 4.91921500812434e-07
BICGSTAB_SOLVER_TIME: 0.665038 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042045 s
InvBiCGStab: k = 58 resid = 1.79148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212413(s) Flops=383551488 => 1805.68744850833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259950.536619475 Mflops = 259.950536619475 Gflops = 0.259950536619475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055827 s
InvBiCGStab: k = 85 resid = 1.143405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333556(s) Flops=560719872 => 1681.03668349542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242035.561263414 Mflops = 242.035561263414 Gflops = 0.242035561263414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001065947 Relative Rsd = 4.67208106069077e-07
BICGSTAB_SOLVER_TIME: 0.647983 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11634
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980447(s) Flops=1568047104 => 1599.31858019862 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230281.355188598 Mflops = 230.281355188598 Gflops = 0.230281355188598 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174609000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.491463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044773 s
InvBiCGStab: k = 35 resid = 2.072448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169252(s) Flops=232630272 => 1374.46099307541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197847.254334858 Mflops = 197.847254334858 Gflops = 0.197847254334858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066284 s
InvBiCGStab: k = 60 resid = 6.498224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315591(s) Flops=396675072 => 1256.92770706389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180965.152071046 Mflops = 180.965152071046 Gflops = 0.180965152071046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0008556346 Relative Rsd = 3.75027373800031e-07
BICGSTAB_SOLVER_TIME: 0.599714 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0820950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 60 resid = 2.063902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220578(s) Flops=396675072 => 1798.34376955091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258896.149844689 Mflops = 258.896149844689 Gflops = 0.258896149844689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055826 s
InvBiCGStab: k = 81 resid = 1.053298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297174(s) Flops=534472704 => 1798.51771689313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258930.19468823 Mflops = 258.93019468823 Gflops = 0.25893019468823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001128514 Relative Rsd = 4.94631143301964e-07
BICGSTAB_SOLVER_TIME: 0.618483 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 51 resid = 2.187702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187688(s) Flops=337618944 => 1798.83074037765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258941.21282224 Mflops = 258.94121282224 Gflops = 0.25894121282224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 76 resid = 8.746045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279323(s) Flops=501663744 => 1795.99869684917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258559.710338412 Mflops = 258.559710338413 Gflops = 0.258559710338413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00100508 Relative Rsd = 4.40529832729253e-07
BICGSTAB_SOLVER_TIME: 0.568003 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 66 resid = 1.402588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246196(s) Flops=436045824 => 1771.13285349884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254997.838511553 Mflops = 254.997838511553 Gflops = 0.254997838511553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059966 s
InvBiCGStab: k = 93 resid = 9.167945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356469(s) Flops=613214208 => 1720.24554168806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247678.981792199 Mflops = 247.678981792199 Gflops = 0.247678981792199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001138354 Relative Rsd = 4.98944252860517e-07
BICGSTAB_SOLVER_TIME: 0.707828 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127796
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042709 s
InvBiCGStab: k = 60 resid = 1.388498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220675(s) Flops=396675072 => 1797.55328877308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258776.475490715 Mflops = 258.776475490715 Gflops = 0.258776475490715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056485 s
InvBiCGStab: k = 79 resid = 8.518045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289881(s) Flops=521349120 => 1798.49358874849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258930.308178491 Mflops = 258.930308178491 Gflops = 0.258930308178491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001040724 Relative Rsd = 4.56152627964247e-07
BICGSTAB_SOLVER_TIME: 0.613706 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113353
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972714(s) Flops=1568120832 => 1612.10883363455 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232121.050132426 Mflops = 232.121050132426 Gflops = 0.232121050132426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174598000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.229993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.131501(s) Flops=1794336768 => 1585.8021937232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228300.061930774 Mflops = 228.300061930774 Gflops = 0.228300061930774 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 8.020943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.128609(s) Flops=1649977344 => 1461.95657131921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210515.237291863 Mflops = 210.515237291863 Gflops = 0.210515237291863 Tflops
BICGSTAB_SOLVER: 524 iterations. Rsd = 0.002185063 Relative Rsd = 9.60793387046149e-07
BICGSTAB_SOLVER_TIME: 2.263534 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.129265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.373801
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.485367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724933(s) Flops=1275955200 => 1760.10086449368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253388.36212634 Mflops = 253.38836212634 Gflops = 0.25338836212634 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.558205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853985(s) Flops=1492494336 => 1747.68214429996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251654.965347123 Mflops = 251.654965347123 Gflops = 0.251654965347123 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002036625 Relative Rsd = 8.95078055175661e-07
BICGSTAB_SOLVER_TIME: 1.582409 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300539999999999
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995558(s) Flops=1568120832 => 1575.11750395256 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226797.900146026 Mflops = 226.797900146026 Gflops = 0.226797900146026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174433000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042751 s
InvBiCGStab: k = 27 resid = 2.141578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105692(s) Flops=180135936 => 1704.34787874201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245314.991933307 Mflops = 245.314991933307 Gflops = 0.245314991933307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05824 s
InvBiCGStab: k = 47 resid = 1.146059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18008(s) Flops=311371776 => 1729.07472234562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248910.277472068 Mflops = 248.910277472068 Gflops = 0.248910277472068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007905674 Relative Rsd = 3.46508213112036e-07
BICGSTAB_SOLVER_TIME: 0.390661 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041284 s
InvBiCGStab: k = 86 resid = 1.826126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33076(s) Flops=567281664 => 1715.08545168702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246935.018206362 Mflops = 246.935018206362 Gflops = 0.246935018206362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057851 s
InvBiCGStab: k = 119 resid = 8.425692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447482(s) Flops=783820800 => 1751.62531677252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252199.126182456 Mflops = 252.199126182456 Gflops = 0.252199126182456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001344891 Relative Rsd = 5.89469906065621e-07
BICGSTAB_SOLVER_TIME: 0.881199 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160826999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044251 s
InvBiCGStab: k = 50 resid = 2.121184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193931(s) Flops=331057152 => 1707.08732487328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245744.808463697 Mflops = 245.744808463697 Gflops = 0.245744808463697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 78 resid = 4.090224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285323(s) Flops=514787328 => 1804.22653624138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259749.459942638 Mflops = 259.749459942638 Gflops = 0.259749459942638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001079825 Relative Rsd = 4.73290922814742e-07
BICGSTAB_SOLVER_TIME: 0.583663 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042485 s
InvBiCGStab: k = 68 resid = 1.696554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327784(s) Flops=449169408 => 1370.32133356113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197299.22338031 Mflops = 197.29922338031 Gflops = 0.19729922338031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073413 s
InvBiCGStab: k = 86 resid = 9.378075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415782(s) Flops=567281664 => 1364.37282999264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196438.10859304 Mflops = 196.43810859304 Gflops = 0.19643810859304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001177724 Relative Rsd = 5.16199956707856e-07
BICGSTAB_SOLVER_TIME: 0.863702 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046255 s
InvBiCGStab: k = 59 resid = 2.040548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265086(s) Flops=390113280 => 1471.64799348136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211883.902253746 Mflops = 211.883902253746 Gflops = 0.211883902253746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074612 s
InvBiCGStab: k = 90 resid = 1.003051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400104(s) Flops=593528832 => 1483.4363865395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213589.845814065 Mflops = 213.589845814065 Gflops = 0.213589845814065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001087624 Relative Rsd = 4.76709101301741e-07
BICGSTAB_SOLVER_TIME: 0.789881 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120611
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.115999(s) Flops=1574313984 => 1410.67687695061 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203631.864180687 Mflops = 203.631864180687 Gflops = 0.203631864180687 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174724000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040755 s
InvBiCGStab: k = 28 resid = 2.250351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103634(s) Flops=186697728 => 1801.51039234228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.096934194 Mflops = 259.267096934194 Gflops = 0.259267096934194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 59 resid = 1.146053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21616(s) Flops=390113280 => 1804.74315321984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259803.538452334 Mflops = 259.803538452334 Gflops = 0.259803538452334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007937092 Relative Rsd = 3.47885281346207e-07
BICGSTAB_SOLVER_TIME: 0.421067 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 84 resid = 1.877411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306271(s) Flops=554158080 => 1809.37170022627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260514.207295258 Mflops = 260.514207295258 Gflops = 0.260514207295258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055978 s
InvBiCGStab: k = 97 resid = 1.089417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354159(s) Flops=639461376 => 1805.57708825697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259966.633367348 Mflops = 259.966633367348 Gflops = 0.259966633367348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001297004 Relative Rsd = 5.68480841039625e-07
BICGSTAB_SOLVER_TIME: 0.761175 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 53 resid = 1.677872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195624(s) Flops=350742528 => 1792.94221567906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258140.930552268 Mflops = 258.140930552268 Gflops = 0.258140930552268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 80 resid = 8.286036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293826(s) Flops=527910912 => 1796.67868738641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258670.548420458 Mflops = 258.670548420458 Gflops = 0.258670548420458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001038084 Relative Rsd = 4.54995478363887e-07
BICGSTAB_SOLVER_TIME: 0.5915 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 67 resid = 2.117402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246517(s) Flops=442607616 => 1795.4445981413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258505.732764367 Mflops = 258.505732764367 Gflops = 0.258505732764367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 93 resid = 7.22521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357889(s) Flops=613214208 => 1713.42010511639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246684.638374121 Mflops = 246.684638374121 Gflops = 0.246684638374121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001135785 Relative Rsd = 4.97818177610038e-07
BICGSTAB_SOLVER_TIME: 0.706065 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 58 resid = 2.245011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21338(s) Flops=383551488 => 1797.50439591339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.257212598 Mflops = 258.793257212598 Gflops = 0.258793257212598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 92 resid = 1.064055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336033(s) Flops=606652416 => 1805.33583308782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259918.426998464 Mflops = 259.918426998464 Gflops = 0.259918426998464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001126772 Relative Rsd = 4.93867653158644e-07
BICGSTAB_SOLVER_TIME: 0.650583 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121296
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.086667(s) Flops=1574387712 => 1448.82260342865 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208612.073458437 Mflops = 208.612073458437 Gflops = 0.208612073458437 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174986000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.523051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041867 s
InvBiCGStab: k = 23 resid = 2.053676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093228(s) Flops=153888768 => 1650.67112884541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237578.074281363 Mflops = 237.578074281363 Gflops = 0.237578074281363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058246 s
InvBiCGStab: k = 54 resid = 8.402104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214318(s) Flops=357304320 => 1667.16897320804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240000.725294624 Mflops = 240.000725294624 Gflops = 0.240000725294624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007534403 Relative Rsd = 3.30235280226764e-07
BICGSTAB_SOLVER_TIME: 0.41155 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 58 resid = 2.091391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214745(s) Flops=383551488 => 1786.07878181099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257137.553177975 Mflops = 257.137553177975 Gflops = 0.257137553177975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057069 s
InvBiCGStab: k = 83 resid = 1.030874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305887(s) Flops=547596288 => 1790.19143670702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257732.957564913 Mflops = 257.732957564913 Gflops = 0.257732957564912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00107863 Relative Rsd = 4.72766893958771e-07
BICGSTAB_SOLVER_TIME: 0.623035 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 53 resid = 2.235028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194235(s) Flops=350742528 => 1805.76378098695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.366865003 Mflops = 259.959366865003 Gflops = 0.259959366865003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05595 s
InvBiCGStab: k = 86 resid = 1.096329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314436(s) Flops=567281664 => 1804.12441323513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.878686824 Mflops = 259.736878686824 Gflops = 0.259736878686824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001089189 Relative Rsd = 4.77394880057753e-07
BICGSTAB_SOLVER_TIME: 0.609728 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 59 resid = 1.961423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215799(s) Flops=390113280 => 1807.7622231799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260257.350558043 Mflops = 260.257350558043 Gflops = 0.260257350558043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 86 resid = 1.119174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314614(s) Flops=567281664 => 1803.10368896489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259595.235075656 Mflops = 259.595235075656 Gflops = 0.259595235075656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001084842 Relative Rsd = 4.75489854026821e-07
BICGSTAB_SOLVER_TIME: 0.631908 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040686 s
InvBiCGStab: k = 60 resid = 2.104963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220031(s) Flops=396675072 => 1802.814476142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259542.841106109 Mflops = 259.542841106109 Gflops = 0.259542841106109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 91 resid = 8.669855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332076(s) Flops=600090624 => 1807.0882087233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.357246158 Mflops = 260.174357246158 Gflops = 0.260174357246158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001115719 Relative Rsd = 4.89023014038976e-07
BICGSTAB_SOLVER_TIME: 0.652656 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121947
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99637(s) Flops=1574535168 => 1580.27155374008 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227541.565309926 Mflops = 227.541565309926 Gflops = 0.227541565309926 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175240000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.404881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05504 s
InvBiCGStab: k = 24 resid = 1.898938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105794(s) Flops=160450560 => 1516.63194510086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218245.606241674 Mflops = 218.245606241674 Gflops = 0.218245606241674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077972 s
InvBiCGStab: k = 52 resid = 1.142106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231474(s) Flops=344180736 => 1486.90883641359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214047.368987254 Mflops = 214.047368987254 Gflops = 0.214047368987254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007562602 Relative Rsd = 3.31471263768943e-07
BICGSTAB_SOLVER_TIME: 0.474743 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058739 s
InvBiCGStab: k = 57 resid = 2.196445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26094(s) Flops=376989696 => 1444.73708898597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208000.336714415 Mflops = 208.000336714415 Gflops = 0.208000336714415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069546 s
InvBiCGStab: k = 103 resid = 9.571405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434479(s) Flops=678832128 => 1562.40492175686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224954.984421746 Mflops = 224.954984421746 Gflops = 0.224954984421746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001163297 Relative Rsd = 5.09876709195946e-07
BICGSTAB_SOLVER_TIME: 0.827494 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041774 s
InvBiCGStab: k = 56 resid = 1.322775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233191(s) Flops=370427904 => 1588.51715546483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228689.304970155 Mflops = 228.689304970155 Gflops = 0.228689304970155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055914 s
InvBiCGStab: k = 69 resid = 1.143381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254092(s) Flops=455731200 => 1793.5676841459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258207.19293495 Mflops = 258.20719293495 Gflops = 0.25820719293495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001068639 Relative Rsd = 4.68387706759664e-07
BICGSTAB_SOLVER_TIME: 0.588901 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 70 resid = 2.175763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2561(s) Flops=462292992 => 1805.1268723155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.369249516 Mflops = 259.889369249516 Gflops = 0.259889369249516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 93 resid = 1.049056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340932(s) Flops=613214208 => 1798.64080813769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258956.303244831 Mflops = 258.956303244831 Gflops = 0.258956303244831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00113521 Relative Rsd = 4.97566062071835e-07
BICGSTAB_SOLVER_TIME: 0.698196 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 53 resid = 1.556368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194541(s) Flops=350742528 => 1802.92343516277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.530367757 Mflops = 259.543530367757 Gflops = 0.259543530367757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056826 s
InvBiCGStab: k = 85 resid = 1.029395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310515(s) Flops=560719872 => 1805.77386599681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259980.166588301 Mflops = 259.980166588301 Gflops = 0.259980166588301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001053413 Relative Rsd = 4.6171412018981e-07
BICGSTAB_SOLVER_TIME: 0.606436 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112823
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004729(s) Flops=1580580864 => 1573.14147795077 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226514.020843036 Mflops = 226.514020843036 Gflops = 0.226514020843036 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175803000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.111208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744161(s) Flops=1341573120 => 1802.79955547254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.929306529 Mflops = 259.528929306529 Gflops = 0.259528929306529 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 8.16679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84517(s) Flops=1525303296 => 1804.72957629826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.731623475 Mflops = 259.866731623475 Gflops = 0.259866731623475 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.00212277 Relative Rsd = 9.33354637360694e-07
BICGSTAB_SOLVER_TIME: 1.592774 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.128167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311991999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.272089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851037(s) Flops=1243146240 => 1460.74288191935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210270.933616443 Mflops = 210.270933616443 Gflops = 0.210270933616443 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 8.207117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865855(s) Flops=1289078784 => 1488.79290874338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214377.217482898 Mflops = 214.377217482898 Gflops = 0.214377217482898 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.00192796 Relative Rsd = 8.47338288296713e-07
BICGSTAB_SOLVER_TIME: 1.720704 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.125998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274725999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987217(s) Flops=1580580864 => 1601.04704841995 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230560.482264872 Mflops = 230.560482264872 Gflops = 0.230560482264872 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175590000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 27 resid = 1.556036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100191(s) Flops=180135936 => 1797.92532263377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258769.026374533 Mflops = 258.769026374533 Gflops = 0.258769026374533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057069 s
InvBiCGStab: k = 51 resid = 1.14733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188225(s) Flops=337618944 => 1793.69873289946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258210.629468189 Mflops = 258.210629468189 Gflops = 0.258210629468189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007248487 Relative Rsd = 3.17703489863921e-07
BICGSTAB_SOLVER_TIME: 0.390329 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 81 resid = 2.048869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296367(s) Flops=534472704 => 1803.41503608701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259648.264335346 Mflops = 259.648264335346 Gflops = 0.259648264335346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 104 resid = 1.127616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37978(s) Flops=685393920 => 1804.71304439412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.202914483 Mflops = 259.830202914483 Gflops = 0.259830202914483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001274908 Relative Rsd = 5.58796053018334e-07
BICGSTAB_SOLVER_TIME: 0.777188 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04118 s
InvBiCGStab: k = 64 resid = 2.163302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234208(s) Flops=422922240 => 1805.75488454707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.96031783 Mflops = 259.98696031783 Gflops = 0.25998696031783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 74 resid = 1.126085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271344(s) Flops=488540160 => 1800.44578100124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.013568248 Mflops = 259.210013568248 Gflops = 0.259210013568248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001023032 Relative Rsd = 4.48398174475598e-07
BICGSTAB_SOLVER_TIME: 0.606719 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040659 s
InvBiCGStab: k = 59 resid = 2.096391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227645(s) Flops=390113280 => 1713.69140547783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246715.620353836 Mflops = 246.715620353836 Gflops = 0.246715620353836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058203 s
InvBiCGStab: k = 89 resid = 9.865154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33974(s) Flops=586967040 => 1727.69482545476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248734.563622623 Mflops = 248.734563622623 Gflops = 0.248734563622623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001170691 Relative Rsd = 5.13117524070155e-07
BICGSTAB_SOLVER_TIME: 0.67016 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 65 resid = 2.242091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239675(s) Flops=429484032 => 1791.9433900073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257990.818926993 Mflops = 257.990818926993 Gflops = 0.257990818926992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05708 s
InvBiCGStab: k = 83 resid = 1.118508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304468(s) Flops=547596288 => 1798.53478198037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258929.850455139 Mflops = 258.929850455139 Gflops = 0.258929850455139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001119249 Relative Rsd = 4.90570506458049e-07
BICGSTAB_SOLVER_TIME: 0.646337 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119828
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.174276(s) Flops=1574387712 => 1340.73055397539 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193050.713262522 Mflops = 193.050713262522 Gflops = 0.193050713262522 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175524000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.456506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 23 resid = 2.253128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085869(s) Flops=153888768 => 1792.13415784509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257906.549933347 Mflops = 257.906549933347 Gflops = 0.257906549933347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056411 s
InvBiCGStab: k = 55 resid = 1.033219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202483(s) Flops=363866112 => 1797.02054987332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258691.810560144 Mflops = 258.691810560144 Gflops = 0.258691810560144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007332056 Relative Rsd = 3.21366334209184e-07
BICGSTAB_SOLVER_TIME: 0.389601 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 76 resid = 1.959397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278891(s) Flops=501663744 => 1798.78068492709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.586640268 Mflops = 258.971586640268 Gflops = 0.258971586640268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 104 resid = 9.807731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38169(s) Flops=685393920 => 1795.68215043622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258542.150818116 Mflops = 258.542150818117 Gflops = 0.258542150818116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001285843 Relative Rsd = 5.63588850529661e-07
BICGSTAB_SOLVER_TIME: 0.761696 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043056 s
InvBiCGStab: k = 63 resid = 1.140981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232074(s) Flops=416360448 => 1794.0848522454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258284.881722343 Mflops = 258.284881722343 Gflops = 0.258284881722343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056994 s
InvBiCGStab: k = 78 resid = 9.845384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286879(s) Flops=514787328 => 1794.44061084987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258335.656211374 Mflops = 258.335656211374 Gflops = 0.258335656211374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001058219 Relative Rsd = 4.6382079783114e-07
BICGSTAB_SOLVER_TIME: 0.622874 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 62 resid = 1.422867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22776(s) Flops=409798656 => 1799.2564805058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259046.743704735 Mflops = 259.046743704735 Gflops = 0.259046743704736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056774 s
InvBiCGStab: k = 86 resid = 8.88462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313819(s) Flops=567281664 => 1807.67150491207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260250.590666724 Mflops = 260.250590666724 Gflops = 0.260250590666724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001179941 Relative Rsd = 5.17171833788642e-07
BICGSTAB_SOLVER_TIME: 0.643607 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041772 s
InvBiCGStab: k = 58 resid = 2.105199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214072(s) Flops=383551488 => 1791.69386000972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257945.417597512 Mflops = 257.945417597512 Gflops = 0.257945417597512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056022 s
InvBiCGStab: k = 90 resid = 1.072669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329086(s) Flops=593528832 => 1803.56755377014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.26234654 Mflops = 259.66126234654 Gflops = 0.25966126234654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001167718 Relative Rsd = 5.11814391358116e-07
BICGSTAB_SOLVER_TIME: 0.644781 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120052
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993076(s) Flops=1574387712 => 1585.36477772094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228269.217977622 Mflops = 228.269217977622 Gflops = 0.228269217977622 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174729000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046447 s
InvBiCGStab: k = 24 resid = 2.198807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103459(s) Flops=160450560 => 1550.8613073778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223204.7866173 Mflops = 223.2047866173 Gflops = 0.2232047866173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064413 s
InvBiCGStab: k = 54 resid = 1.027972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236286(s) Flops=357304320 => 1512.16881237145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217689.155867979 Mflops = 217.689155867979 Gflops = 0.217689155867979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0008155974 Relative Rsd = 3.57478912838658e-07
BICGSTAB_SOLVER_TIME: 0.456509 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053807 s
InvBiCGStab: k = 48 resid = 2.143016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195657(s) Flops=317933568 => 1624.95370980849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233934.574095896 Mflops = 233.934574095896 Gflops = 0.233934574095896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078884 s
InvBiCGStab: k = 82 resid = 1.081608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369781(s) Flops=541034496 => 1463.12140429065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210656.219412928 Mflops = 210.656219412928 Gflops = 0.210656219412928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001046583 Relative Rsd = 4.58720726534939e-07
BICGSTAB_SOLVER_TIME: 0.702064 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 51 resid = 2.101699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188936(s) Flops=337618944 => 1786.94872337723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257242.470171312 Mflops = 257.242470171312 Gflops = 0.257242470171312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 82 resid = 7.589114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300803(s) Flops=541034496 => 1798.63397638986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258947.014510681 Mflops = 258.947014510681 Gflops = 0.258947014510681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001018923 Relative Rsd = 4.46597188837784e-07
BICGSTAB_SOLVER_TIME: 0.590546 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 65 resid = 2.258425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23838(s) Flops=429484032 => 1801.67812735968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259379.90874017 Mflops = 259.37990874017 Gflops = 0.25937990874017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056622 s
InvBiCGStab: k = 91 resid = 5.026646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335226(s) Flops=600090624 => 1790.10764081545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257728.041832019 Mflops = 257.728041832019 Gflops = 0.257728041832019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001102898 Relative Rsd = 4.8340371025608e-07
BICGSTAB_SOLVER_TIME: 0.674828 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 59 resid = 2.240822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216288(s) Flops=390113280 => 1803.67509986684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.592345585 Mflops = 259.659592345585 Gflops = 0.259659592345585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056051 s
InvBiCGStab: k = 81 resid = 1.097161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297528(s) Flops=534472704 => 1796.37783334678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258624.020094298 Mflops = 258.624020094298 Gflops = 0.258624020094298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001105545 Relative Rsd = 4.84564023419154e-07
BICGSTAB_SOLVER_TIME: 0.614553 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114214
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973302(s) Flops=1568194560 => 1611.21066226105 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231998.920266622 Mflops = 231.998920266622 Gflops = 0.231998920266622 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174184000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0417 s
InvBiCGStab: k = 25 resid = 1.968524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093401(s) Flops=167012352 => 1788.12166893288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257360.934291638 Mflops = 257.360934291638 Gflops = 0.257360934291638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059372 s
InvBiCGStab: k = 54 resid = 1.074892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199616(s) Flops=357304320 => 1789.95831997435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257671.071296088 Mflops = 257.671071296088 Gflops = 0.257671071296088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0008148205 Relative Rsd = 3.57138396132687e-07
BICGSTAB_SOLVER_TIME: 0.397972 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 60 resid = 2.092066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220367(s) Flops=396675072 => 1800.0656722649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259153.016812547 Mflops = 259.153016812547 Gflops = 0.259153016812547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 89 resid = 5.443887e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326494(s) Flops=586967040 => 1797.78813699486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258834.11840456 Mflops = 258.83411840456 Gflops = 0.25883411840456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001132815 Relative Rsd = 4.96516524628947e-07
BICGSTAB_SOLVER_TIME: 0.648297 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120783000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043716 s
InvBiCGStab: k = 52 resid = 2.201393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243759(s) Flops=344180736 => 1411.97139797915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203272.364600499 Mflops = 203.272364600499 Gflops = 0.203272364600499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067036 s
InvBiCGStab: k = 83 resid = 6.799837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389813(s) Flops=547596288 => 1404.7666137353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202256.54383336 Mflops = 202.25654383336 Gflops = 0.202256543833361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001053921 Relative Rsd = 4.61936998285514e-07
BICGSTAB_SOLVER_TIME: 0.749441 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047719 s
InvBiCGStab: k = 59 resid = 2.092082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267195(s) Flops=390113280 => 1460.03211137933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210215.224912333 Mflops = 210.215224912333 Gflops = 0.210215224912333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061859 s
InvBiCGStab: k = 88 resid = 1.135077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395944(s) Flops=580405248 => 1465.8771139353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211053.940876088 Mflops = 211.053940876088 Gflops = 0.211053940876088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001139846 Relative Rsd = 4.99598038812957e-07
BICGSTAB_SOLVER_TIME: 0.779867 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 55 resid = 1.871301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203106(s) Flops=363866112 => 1791.50843401967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257908.326974198 Mflops = 257.908326974198 Gflops = 0.257908326974198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 78 resid = 9.816133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291314(s) Flops=514787328 => 1767.12182730662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254407.231720495 Mflops = 254.407231720495 Gflops = 0.254407231720495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001081539 Relative Rsd = 4.74041860757616e-07
BICGSTAB_SOLVER_TIME: 0.595746 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109186
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991015(s) Flops=1562001408 => 1576.16323466345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226946.655358442 Mflops = 226.946655358442 Gflops = 0.226946655358442 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173748000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 1.879074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.630266(s) Flops=1138157568 => 1805.836849838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260008.469308899 Mflops = 260.008469308899 Gflops = 0.260008469308899 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 7.218115e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913405(s) Flops=1623730176 => 1777.66727355335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255978.659736367 Mflops = 255.978659736367 Gflops = 0.255978659736367 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002060101 Relative Rsd = 9.05766323428092e-07
BICGSTAB_SOLVER_TIME: 1.547851 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300232999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.711965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.686915(s) Flops=1230022656 => 1790.64754154444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257791.699320477 Mflops = 257.791699320477 Gflops = 0.257791699320477 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.104438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757235(s) Flops=1354696704 => 1789.00434343368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257600.773738973 Mflops = 257.600773738973 Gflops = 0.257600773738973 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001924259 Relative Rsd = 8.45716137540107e-07
BICGSTAB_SOLVER_TIME: 1.44754 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.122154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280515999999997
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.14878(s) Flops=1562001408 => 1359.70456310173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195789.216060336 Mflops = 195.789216060336 Gflops = 0.195789216060336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173301000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 24 resid = 1.865691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089744(s) Flops=160450560 => 1787.86949545373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257323.084596908 Mflops = 257.323084596908 Gflops = 0.257323084596908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 50 resid = 9.495199e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184107(s) Flops=331057152 => 1798.17797259203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.312289397 Mflops = 258.852312289397 Gflops = 0.258852312289397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007480893 Relative Rsd = 3.27889932188763e-07
BICGSTAB_SOLVER_TIME: 0.375356 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042127 s
InvBiCGStab: k = 79 resid = 2.183815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288918(s) Flops=521349120 => 1804.488193882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259793.116489503 Mflops = 259.793116489503 Gflops = 0.259793116489503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055895 s
InvBiCGStab: k = 106 resid = 1.051862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387173(s) Flops=698517504 => 1804.14828513352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259749.976295661 Mflops = 259.749976295661 Gflops = 0.259749976295661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001306266 Relative Rsd = 5.72540457379439e-07
BICGSTAB_SOLVER_TIME: 0.777979 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040785 s
InvBiCGStab: k = 50 resid = 2.281518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184424(s) Flops=331057152 => 1795.08714700907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.386448337 Mflops = 258.405386448337 Gflops = 0.258405386448337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 79 resid = 1.056675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289217(s) Flops=521349120 => 1802.6226674089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.253988168 Mflops = 259.530253988168 Gflops = 0.259530253988168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001050973 Relative Rsd = 4.60644938042973e-07
BICGSTAB_SOLVER_TIME: 0.574826 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 70 resid = 2.266752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25686(s) Flops=462292992 => 1799.78584442887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259126.076637133 Mflops = 259.126076637133 Gflops = 0.259126076637133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055845 s
InvBiCGStab: k = 89 resid = 9.425991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326636(s) Flops=586967040 => 1797.00657612755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.467423286 Mflops = 258.728467423286 Gflops = 0.258728467423286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00114927 Relative Rsd = 5.03728733263419e-07
BICGSTAB_SOLVER_TIME: 0.684297 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 55 resid = 2.011537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202412(s) Flops=363866112 => 1797.65089026342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.009454971 Mflops = 258.791009454971 Gflops = 0.258791009454971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 84 resid = 1.099702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309622(s) Flops=554158080 => 1789.78909767394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257675.859056758 Mflops = 257.675859056758 Gflops = 0.257675859056758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001123249 Relative Rsd = 4.92323630453515e-07
BICGSTAB_SOLVER_TIME: 0.613174 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113313
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966622(s) Flops=1555808256 => 1609.53118799282 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231768.735609126 Mflops = 231.768735609126 Gflops = 0.231768735609126 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172586000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.470023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048085 s
InvBiCGStab: k = 25 resid = 2.222739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11202(s) Flops=167012352 => 1490.91547937868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214606.537194594 Mflops = 214.606537194594 Gflops = 0.214606537194594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064776 s
InvBiCGStab: k = 49 resid = 1.101887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216587(s) Flops=324495360 => 1498.22177693029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215705.083960566 Mflops = 215.705083960566 Gflops = 0.215705083960566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007593304 Relative Rsd = 3.32816925989399e-07
BICGSTAB_SOLVER_TIME: 0.446557 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070668 s
InvBiCGStab: k = 89 resid = 1.064904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39273(s) Flops=586967040 => 1494.58162096097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215189.910123288 Mflops = 215.189910123288 Gflops = 0.215189910123288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056479 s
InvBiCGStab: k = 107 resid = 6.636779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39317(s) Flops=705079296 => 1793.3191647379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258202.793312073 Mflops = 258.202793312073 Gflops = 0.258202793312073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001308518 Relative Rsd = 5.73527795097358e-07
BICGSTAB_SOLVER_TIME: 0.916826 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154225999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 54 resid = 2.02506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198614(s) Flops=357304320 => 1798.98859093518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.41931341 Mflops = 258.98541931341 Gflops = 0.25898541931341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05711 s
InvBiCGStab: k = 77 resid = 8.452191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283371(s) Flops=508225536 => 1793.49875604773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258210.015431183 Mflops = 258.210015431183 Gflops = 0.258210015431183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001071174 Relative Rsd = 4.69499086751086e-07
BICGSTAB_SOLVER_TIME: 0.584222 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 65 resid = 1.3127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237762(s) Flops=429484032 => 1806.36111741994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260067.295981811 Mflops = 260.067295981811 Gflops = 0.260067295981811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 87 resid = 1.109929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31946(s) Flops=573843456 => 1796.29204282226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258611.765311708 Mflops = 258.611765311708 Gflops = 0.258611765311708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001158161 Relative Rsd = 5.07625630224295e-07
BICGSTAB_SOLVER_TIME: 0.658373 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 57 resid = 1.256633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208852(s) Flops=376989696 => 1805.05667171011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259851.479131074 Mflops = 259.851479131074 Gflops = 0.259851479131074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055774 s
InvBiCGStab: k = 92 resid = 9.393374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33656(s) Flops=606652416 => 1802.50896125505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259512.712844703 Mflops = 259.512712844703 Gflops = 0.259512712844703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001113259 Relative Rsd = 4.87944902481254e-07
BICGSTAB_SOLVER_TIME: 0.645906 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120725
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962577(s) Flops=1549615104 => 1609.86092956719 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231810.46809271 Mflops = 231.81046809271 Gflops = 0.23181046809271 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172091000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 32 resid = 1.145383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118231(s) Flops=212944896 => 1801.09189637236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.28109191 Mflops = 259.25128109191 Gflops = 0.25925128109191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05698 s
InvBiCGStab: k = 49 resid = 9.862408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181822(s) Flops=324495360 => 1784.68700157297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256867.419418472 Mflops = 256.867419418472 Gflops = 0.256867419418472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007425441 Relative Rsd = 3.2545944859612e-07
BICGSTAB_SOLVER_TIME: 0.402202 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 57 resid = 1.77647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209422(s) Flops=376989696 => 1800.14370982991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259152.685356479 Mflops = 259.152685356479 Gflops = 0.259152685356479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05662 s
InvBiCGStab: k = 81 resid = 1.100579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332376(s) Flops=534472704 => 1608.03639251932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231520.07620791 Mflops = 231.52007620791 Gflops = 0.23152007620791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001062632 Relative Rsd = 4.65754908228956e-07
BICGSTAB_SOLVER_TIME: 0.645292 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063203 s
InvBiCGStab: k = 55 resid = 1.775242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242865(s) Flops=363866112 => 1498.22375393737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215701.243933456 Mflops = 215.701243933456 Gflops = 0.215701243933456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069514 s
InvBiCGStab: k = 76 resid = 8.609625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336239(s) Flops=501663744 => 1491.98559358076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214807.696366653 Mflops = 214.807696366653 Gflops = 0.214807696366653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001048174 Relative Rsd = 4.5941778186127e-07
BICGSTAB_SOLVER_TIME: 0.716044 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050032 s
InvBiCGStab: k = 57 resid = 2.004437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233976(s) Flops=376989696 => 1611.23233152118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231944.086104993 Mflops = 231.944086104993 Gflops = 0.231944086104993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08329 s
InvBiCGStab: k = 84 resid = 1.139576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358637(s) Flops=554158080 => 1545.17821641381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222477.080293616 Mflops = 222.477080293616 Gflops = 0.222477080293616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001110348 Relative Rsd = 4.86669221329538e-07
BICGSTAB_SOLVER_TIME: 0.729786 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04183 s
InvBiCGStab: k = 52 resid = 2.142315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191727(s) Flops=344180736 => 1795.16049382716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258433.150402911 Mflops = 258.433150402911 Gflops = 0.258433150402911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 86 resid = 1.005881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316726(s) Flops=567281664 => 1791.08018918561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257862.113196524 Mflops = 257.862113196524 Gflops = 0.257862113196524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001039289 Relative Rsd = 4.55523487185852e-07
BICGSTAB_SOLVER_TIME: 0.610473 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11274
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961978(s) Flops=1543348224 => 1604.34877304886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231023.92294591 Mflops = 231.02392294591 Gflops = 0.23102392294591 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171589000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 20 resid = 2.153258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.074372(s) Flops=134203392 => 1804.48814069811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259636.808129799 Mflops = 259.636808129799 Gflops = 0.259636808129799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 49 resid = 9.388123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179806(s) Flops=324495360 => 1804.69706238946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.221984626 Mflops = 259.791221984626 Gflops = 0.259791221984626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0006963708 Relative Rsd = 3.05221525613819e-07
BICGSTAB_SOLVER_TIME: 0.355272 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 58 resid = 2.201964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213403(s) Flops=383551488 => 1797.31066573572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.962476353 Mflops = 258.748962476353 Gflops = 0.258748962476353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 89 resid = 1.115827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324661(s) Flops=586967040 => 1807.93824943557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260296.973977699 Mflops = 260.296973977699 Gflops = 0.260296973977699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001146154 Relative Rsd = 5.02362941599566e-07
BICGSTAB_SOLVER_TIME: 0.639097 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047453 s
InvBiCGStab: k = 53 resid = 2.252918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194452(s) Flops=350742528 => 1803.7486269105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259668.535600147 Mflops = 259.668535600147 Gflops = 0.259668535600147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 93 resid = 6.953669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34067(s) Flops=613214208 => 1800.02409369771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259152.200690919 Mflops = 259.152200690919 Gflops = 0.259152200690919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001057538 Relative Rsd = 4.63522249356331e-07
BICGSTAB_SOLVER_TIME: 0.642671 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040792 s
InvBiCGStab: k = 60 resid = 1.634969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221874(s) Flops=396675072 => 1787.83936829011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257386.757753377 Mflops = 257.386757753377 Gflops = 0.257386757753377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055887 s
InvBiCGStab: k = 84 resid = 9.840616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307168(s) Flops=554158080 => 1804.08792582561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259738.777429331 Mflops = 259.738777429331 Gflops = 0.259738777429331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.0011384 Relative Rsd = 4.98964305766106e-07
BICGSTAB_SOLVER_TIME: 0.62956 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117085
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043894 s
InvBiCGStab: k = 56 resid = 2.03332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236113(s) Flops=370427904 => 1568.85857195495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225861.700725721 Mflops = 225.861700725721 Gflops = 0.225861700725721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073373 s
InvBiCGStab: k = 90 resid = 1.055341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401809(s) Flops=593528832 => 1477.14170663176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212681.999171672 Mflops = 212.681999171672 Gflops = 0.212681999171672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001091841 Relative Rsd = 4.7855743832985e-07
BICGSTAB_SOLVER_TIME: 0.759217 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118571
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.107199(s) Flops=1537302528 => 1388.46090720819 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199922.809475188 Mflops = 199.922809475188 Gflops = 0.199922809475188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170770000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021409
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.890401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804166(s) Flops=1453123584 => 1806.99455585041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260188.986941589 Mflops = 260.188986941589 Gflops = 0.260188986941589 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 8.944724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.87597(s) Flops=1577797632 => 1801.20053426487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259361.20010596 Mflops = 259.36120010596 Gflops = 0.25936120010596 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002090778 Relative Rsd = 9.19235935944172e-07
BICGSTAB_SOLVER_TIME: 1.683596 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328846999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.232639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692204(s) Flops=1249708032 => 1805.40423343407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.137530652 Mflops = 259.885137530652 Gflops = 0.259885137530652 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.121449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770216(s) Flops=1361258496 => 1767.37239423746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254483.769109455 Mflops = 254.483769109455 Gflops = 0.254483769109455 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.001999265 Relative Rsd = 8.78681338767422e-07
BICGSTAB_SOLVER_TIME: 1.46581 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283773999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957595(s) Flops=1537302528 => 1605.37860786658 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231157.722762646 Mflops = 231.157722762646 Gflops = 0.231157722762646 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170637000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.498553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04742 s
InvBiCGStab: k = 28 resid = 1.694503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122879(s) Flops=186697728 => 1519.36236460258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218695.498191363 Mflops = 218.695498191363 Gflops = 0.218695498191363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079595 s
InvBiCGStab: k = 54 resid = 8.366335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251403(s) Flops=357304320 => 1421.24127397048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204612.391900673 Mflops = 204.612391900673 Gflops = 0.204612391900673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007820522 Relative Rsd = 3.4277597448789e-07
BICGSTAB_SOLVER_TIME: 0.505146 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.070026 s
InvBiCGStab: k = 91 resid = 9.906011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.478041(s) Flops=600090624 => 1255.31204227252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180765.996197658 Mflops = 180.765996197658 Gflops = 0.180765996197658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060223 s
InvBiCGStab: k = 94 resid = 1.080173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34512(s) Flops=619776000 => 1795.82753824757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258549.877191397 Mflops = 258.549877191397 Gflops = 0.258549877191397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001283445 Relative Rsd = 5.62537986431441e-07
BICGSTAB_SOLVER_TIME: 0.957341 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 53 resid = 1.897992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194931(s) Flops=350742528 => 1799.31631192576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259046.02107692 Mflops = 259.04602107692 Gflops = 0.25904602107692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056909 s
InvBiCGStab: k = 70 resid = 9.33364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257243(s) Flops=462292992 => 1797.10620697162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258716.266490214 Mflops = 258.716266490214 Gflops = 0.258716266490214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001060005 Relative Rsd = 4.64603728577587e-07
BICGSTAB_SOLVER_TIME: 0.554453 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 58 resid = 1.944476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212824(s) Flops=383551488 => 1802.20035334361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259447.304822448 Mflops = 259.447304822448 Gflops = 0.259447304822448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055772 s
InvBiCGStab: k = 87 resid = 9.553473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317555(s) Flops=573843456 => 1807.06792839036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260168.061451726 Mflops = 260.168061451726 Gflops = 0.260168061451726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001118115 Relative Rsd = 4.90073163784325e-07
BICGSTAB_SOLVER_TIME: 0.630856 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040894 s
InvBiCGStab: k = 64 resid = 1.911178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233981(s) Flops=422922240 => 1807.50676336968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260225.103342209 Mflops = 260.225103342209 Gflops = 0.260225103342209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 102 resid = 7.818745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372497(s) Flops=672270336 => 1804.76711490294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.754836599 Mflops = 259.840754836599 Gflops = 0.259840754836599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001153111 Relative Rsd = 5.05412156828773e-07
BICGSTAB_SOLVER_TIME: 0.707899 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132872
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954462(s) Flops=1537081344 => 1610.41649012742 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231880.507168469 Mflops = 231.880507168469 Gflops = 0.231880507168469 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170701000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04539 s
InvBiCGStab: k = 23 resid = 2.002594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096153(s) Flops=153888768 => 1600.45727122399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230357.108300439 Mflops = 230.357108300439 Gflops = 0.230357108300439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068004 s
InvBiCGStab: k = 52 resid = 1.122179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245413(s) Flops=344180736 => 1402.45519186025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201919.511584573 Mflops = 201.919511584573 Gflops = 0.201919511584573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007218206 Relative Rsd = 3.16376247742491e-07
BICGSTAB_SOLVER_TIME: 0.459025 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045464 s
InvBiCGStab: k = 85 resid = 2.047759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369496(s) Flops=560719872 => 1517.52623032455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218493.878120715 Mflops = 218.493878120715 Gflops = 0.218493878120715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067065 s
InvBiCGStab: k = 106 resid = 1.033712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467429(s) Flops=698517504 => 1494.38204304825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215161.381971865 Mflops = 215.161381971865 Gflops = 0.215161381971865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001314268 Relative Rsd = 5.76047929975293e-07
BICGSTAB_SOLVER_TIME: 0.953357 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150721999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040782 s
InvBiCGStab: k = 55 resid = 2.263446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203142(s) Flops=363866112 => 1791.19095017279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257862.457394877 Mflops = 257.862457394877 Gflops = 0.257862457394877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 79 resid = 6.78142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290591(s) Flops=521349120 => 1794.09933549215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258303.773441307 Mflops = 258.303773441307 Gflops = 0.258303773441307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001076878 Relative Rsd = 4.71999066673022e-07
BICGSTAB_SOLVER_TIME: 0.594759 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 65 resid = 1.919904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239108(s) Flops=429484032 => 1796.19264934674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258596.847699448 Mflops = 258.596847699448 Gflops = 0.258596847699448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 89 resid = 1.033672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325402(s) Flops=586967040 => 1803.82124264756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.336278021 Mflops = 259.697336278021 Gflops = 0.259697336278021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001170387 Relative Rsd = 5.12984450335357e-07
BICGSTAB_SOLVER_TIME: 0.665442 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124406000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041112 s
InvBiCGStab: k = 55 resid = 1.977778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201821(s) Flops=363866112 => 1802.91501875424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259536.01411635 Mflops = 259.53601411635 Gflops = 0.25953601411635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 87 resid = 9.567855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317286(s) Flops=573843456 => 1808.59998865377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260388.035606092 Mflops = 260.388035606092 Gflops = 0.260388035606092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001106017 Relative Rsd = 4.84770675499649e-07
BICGSTAB_SOLVER_TIME: 0.62094 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11555
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955229(s) Flops=1537155072 => 1609.20059169058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231703.41679412 Mflops = 231.70341679412 Gflops = 0.23170341679412 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170901000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053299 s
InvBiCGStab: k = 28 resid = 1.722947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129699(s) Flops=186697728 => 1439.46929428908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207194.275243957 Mflops = 207.194275243957 Gflops = 0.207194275243957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069611 s
InvBiCGStab: k = 56 resid = 7.861723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247362(s) Flops=370427904 => 1497.51337715575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215584.810613101 Mflops = 215.584810613101 Gflops = 0.215584810613101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007637687 Relative Rsd = 3.34762236419726e-07
BICGSTAB_SOLVER_TIME: 0.50403 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056846 s
InvBiCGStab: k = 50 resid = 2.21111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234046(s) Flops=331057152 => 1414.49609051212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203634.550957605 Mflops = 203.634550957605 Gflops = 0.203634550957605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064066 s
InvBiCGStab: k = 86 resid = 1.127347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394327(s) Flops=567281664 => 1438.60720670915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207176.685336863 Mflops = 207.176685336863 Gflops = 0.207176685336863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001115859 Relative Rsd = 4.89084754537099e-07
BICGSTAB_SOLVER_TIME: 0.757493 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041443 s
InvBiCGStab: k = 53 resid = 1.844916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196842(s) Flops=350742528 => 1781.84802023958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256497.893023407 Mflops = 256.497893023407 Gflops = 0.256497893023407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 73 resid = 1.074075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269887(s) Flops=481978368 => 1785.85247900047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257107.589543035 Mflops = 257.107589543035 Gflops = 0.257107589543035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001064503 Relative Rsd = 4.66575036349892e-07
BICGSTAB_SOLVER_TIME: 0.568551 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 57 resid = 1.434349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209843(s) Flops=376989696 => 1796.5321502266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258634.348027003 Mflops = 258.634348027004 Gflops = 0.258634348027004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057588 s
InvBiCGStab: k = 91 resid = 1.144161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33444(s) Flops=600090624 => 1794.31474703983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258337.498032142 Mflops = 258.337498032142 Gflops = 0.258337498032142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001180429 Relative Rsd = 5.17385833498665e-07
BICGSTAB_SOLVER_TIME: 0.646789 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 57 resid = 2.077504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208865(s) Flops=376989696 => 1804.94432288799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259861.188157995 Mflops = 259.861188157995 Gflops = 0.259861188157995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056893 s
InvBiCGStab: k = 83 resid = 1.086271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303344(s) Flops=547596288 => 1805.19900838652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.348644667 Mflops = 259.893348644667 Gflops = 0.259893348644667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001061655 Relative Rsd = 4.65326704708089e-07
BICGSTAB_SOLVER_TIME: 0.613748 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114354
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961771(s) Flops=1549320192 => 1610.9034187972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231950.190966901 Mflops = 231.950190966901 Gflops = 0.231950190966901 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048033 s
InvBiCGStab: k = 26 resid = 2.074297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122027(s) Flops=173574144 => 1422.42408647267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204748.961369524 Mflops = 204.748961369524 Gflops = 0.204748961369524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07065 s
InvBiCGStab: k = 54 resid = 8.771856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230199(s) Flops=357304320 => 1552.15409276322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223449.65684932 Mflops = 223.44965684932 Gflops = 0.22344965684932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007923029 Relative Rsd = 3.47268871356474e-07
BICGSTAB_SOLVER_TIME: 0.475307 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047017 s
InvBiCGStab: k = 58 resid = 2.228237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256922(s) Flops=383551488 => 1492.87133059839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214926.073514641 Mflops = 214.926073514641 Gflops = 0.214926073514641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067381 s
InvBiCGStab: k = 82 resid = 1.122365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362491(s) Flops=541034496 => 1492.54601079751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214886.549595363 Mflops = 214.886549595363 Gflops = 0.214886549595363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00108927 Relative Rsd = 4.77430699751705e-07
BICGSTAB_SOLVER_TIME: 0.73799 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05018 s
InvBiCGStab: k = 63 resid = 1.988771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301272(s) Flops=416360448 => 1382.00844419661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198975.354156231 Mflops = 198.975354156231 Gflops = 0.198975354156231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055975 s
InvBiCGStab: k = 72 resid = 1.125952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264092(s) Flops=475416576 => 1800.19302364328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259155.3288277 Mflops = 259.1553288277 Gflops = 0.2591553288277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001044717 Relative Rsd = 4.57902588397e-07
BICGSTAB_SOLVER_TIME: 0.675398 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 60 resid = 2.191594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221764(s) Flops=396675072 => 1788.72617737775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257519.064625696 Mflops = 257.519064625696 Gflops = 0.257519064625696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055968 s
InvBiCGStab: k = 82 resid = 9.40536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301085(s) Flops=541034496 => 1796.94935317269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258708.728046886 Mflops = 258.708728046886 Gflops = 0.258708728046886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00113795 Relative Rsd = 4.98767144373752e-07
BICGSTAB_SOLVER_TIME: 0.62368 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 60 resid = 1.558683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2212(s) Flops=396675072 => 1793.28694394213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258180.04321752 Mflops = 258.18004321752 Gflops = 0.25818004321752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 77 resid = 1.12506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281834(s) Flops=508225536 => 1803.2797178481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259611.362098709 Mflops = 259.611362098709 Gflops = 0.259611362098709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001089373 Relative Rsd = 4.77475448856543e-07
BICGSTAB_SOLVER_TIME: 0.604989 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112134
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967972(s) Flops=1561559040 => 1613.22749005137 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232297.569975121 Mflops = 232.297569975121 Gflops = 0.232297569975121 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173677000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.070693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.957709(s) Flops=1453123584 => 1517.29135259249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218450.079357619 Mflops = 218.450079357619 Gflops = 0.218450079357619 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 9.862476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093321(s) Flops=1643415552 => 1503.14093665081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216444.117648617 Mflops = 216.444117648617 Gflops = 0.216444117648617 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002151708 Relative Rsd = 9.46002383563471e-07
BICGSTAB_SOLVER_TIME: 2.063924 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.138909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335949999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.188589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738669(s) Flops=1328449536 => 1798.43683165261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258910.202278687 Mflops = 258.910202278687 Gflops = 0.258910202278687 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.092065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779994(s) Flops=1400629248 => 1795.69233609489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258568.397781567 Mflops = 258.568397781567 Gflops = 0.258568397781567 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002038282 Relative Rsd = 8.95820719784754e-07
BICGSTAB_SOLVER_TIME: 1.521987 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296118999999998
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967691(s) Flops=1561559040 => 1613.69594219642 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232362.781550058 Mflops = 232.362781550058 Gflops = 0.232362781550058 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173587000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041591 s
InvBiCGStab: k = 24 resid = 2.201863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089636(s) Flops=160450560 => 1790.02365121157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257621.87785214 Mflops = 257.62187785214 Gflops = 0.25762187785214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057104 s
InvBiCGStab: k = 49 resid = 1.007881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180314(s) Flops=324495360 => 1799.61267566578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259027.268137029 Mflops = 259.027268137029 Gflops = 0.259027268137029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007463718 Relative Rsd = 3.27137131825904e-07
BICGSTAB_SOLVER_TIME: 0.372515 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049838 s
InvBiCGStab: k = 94 resid = 1.357311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398973(s) Flops=619776000 => 1553.42842748757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223671.222732731 Mflops = 223.671222732731 Gflops = 0.223671222732731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065164 s
InvBiCGStab: k = 120 resid = 1.137695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.502301(s) Flops=790382592 => 1573.52382734655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226562.444946486 Mflops = 226.562444946486 Gflops = 0.226562444946486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001335864 Relative Rsd = 5.85513615766055e-07
BICGSTAB_SOLVER_TIME: 1.0201 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167211999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043821 s
InvBiCGStab: k = 69 resid = 2.255459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307668(s) Flops=455731200 => 1481.24341823004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213259.643964338 Mflops = 213.259643964338 Gflops = 0.213259643964338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077435 s
InvBiCGStab: k = 91 resid = 6.799993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410676(s) Flops=600090624 => 1461.22642667212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210381.695675971 Mflops = 210.381695675971 Gflops = 0.210381695675971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001071227 Relative Rsd = 4.69522048093363e-07
BICGSTAB_SOLVER_TIME: 0.843372 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041567 s
InvBiCGStab: k = 62 resid = 2.152391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228298(s) Flops=409798656 => 1795.01640837852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258419.100337541 Mflops = 258.419100337541 Gflops = 0.258419100337541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 91 resid = 1.15228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332952(s) Flops=600090624 => 1802.33374180062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259492.030054298 Mflops = 259.492030054298 Gflops = 0.259492030054298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00116011 Relative Rsd = 5.08479843182212e-07
BICGSTAB_SOLVER_TIME: 0.663063 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 77 resid = 1.593502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282963(s) Flops=508225536 => 1796.08477433445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258584.651460049 Mflops = 258.584651460049 Gflops = 0.258584651460049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 85 resid = 1.091003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311185(s) Flops=560719872 => 1801.8859263782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.587106517 Mflops = 259.424587106517 Gflops = 0.259424587106517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001128866 Relative Rsd = 4.94785443522066e-07
BICGSTAB_SOLVER_TIME: 0.695792 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129968
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978621(s) Flops=1580064768 => 1614.58293660161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232481.304395503 Mflops = 232.481304395503 Gflops = 0.232481304395503 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 33 resid = 1.840214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122192(s) Flops=219506688 => 1796.40801361791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258563.873937648 Mflops = 258.563873937648 Gflops = 0.258563873937648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058422 s
InvBiCGStab: k = 54 resid = 9.27314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19771(s) Flops=357304320 => 1807.21420262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260154.275494716 Mflops = 260.154275494716 Gflops = 0.260154275494716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007522786 Relative Rsd = 3.29726099705466e-07
BICGSTAB_SOLVER_TIME: 0.423742 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048602 s
InvBiCGStab: k = 81 resid = 2.129235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354391(s) Flops=534472704 => 1508.14412329884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217132.541891662 Mflops = 217.132541891662 Gflops = 0.217132541891662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076555 s
InvBiCGStab: k = 102 resid = 6.53448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457857(s) Flops=672270336 => 1468.29760383701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211408.597164768 Mflops = 211.408597164768 Gflops = 0.211408597164768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001315588 Relative Rsd = 5.76626555800678e-07
BICGSTAB_SOLVER_TIME: 0.94202 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050627 s
InvBiCGStab: k = 58 resid = 1.434439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258614(s) Flops=383551488 => 1483.10411655982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213530.468342918 Mflops = 213.530468342918 Gflops = 0.213530468342918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060661 s
InvBiCGStab: k = 82 resid = 1.02551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374578(s) Flops=541034496 => 1444.38406953959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207957.359269403 Mflops = 207.957359269403 Gflops = 0.207957359269403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00105365 Relative Rsd = 4.61818211608133e-07
BICGSTAB_SOLVER_TIME: 0.748479 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 63 resid = 1.68298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231644(s) Flops=416360448 => 1797.41520609211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258772.632353172 Mflops = 258.772632353172 Gflops = 0.258772632353172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056859 s
InvBiCGStab: k = 91 resid = 1.109846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333451(s) Flops=600090624 => 1799.6366002801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259101.156698308 Mflops = 259.101156698308 Gflops = 0.259101156698308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001136531 Relative Rsd = 4.98145249174476e-07
BICGSTAB_SOLVER_TIME: 0.667004 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 64 resid = 1.822126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235664(s) Flops=422922240 => 1794.59841129744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258345.25167251 Mflops = 258.34525167251 Gflops = 0.25834525167251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 83 resid = 9.595566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304183(s) Flops=547596288 => 1800.21989394542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259175.584212545 Mflops = 259.175584212545 Gflops = 0.259175584212545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001134662 Relative Rsd = 4.9732603950723e-07
BICGSTAB_SOLVER_TIME: 0.640672 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119123
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988498(s) Flops=1598570496 => 1617.17119913242 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232854.251275355 Mflops = 232.854251275355 Gflops = 0.232854251275355 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177716000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042363 s
InvBiCGStab: k = 26 resid = 2.17783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096286(s) Flops=173574144 => 1802.69347568702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259467.664023599 Mflops = 259.467664023599 Gflops = 0.259467664023599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056633 s
InvBiCGStab: k = 45 resid = 1.053355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164835(s) Flops=298248192 => 1809.37417417417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260441.53005126 Mflops = 260.44153005126 Gflops = 0.26044153005126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007321332 Relative Rsd = 3.2089631553277e-07
BICGSTAB_SOLVER_TIME: 0.363965 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047431 s
InvBiCGStab: k = 61 resid = 1.381397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261387(s) Flops=403236864 => 1542.68140343628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222107.495054924 Mflops = 222.107495054924 Gflops = 0.222107495054924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065236 s
InvBiCGStab: k = 86 resid = 7.704471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385204(s) Flops=567281664 => 1472.67853916366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212030.623175896 Mflops = 212.030623175896 Gflops = 0.212030623175896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001111257 Relative Rsd = 4.8706752408024e-07
BICGSTAB_SOLVER_TIME: 0.763418 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05083 s
InvBiCGStab: k = 55 resid = 2.078281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254178(s) Flops=363866112 => 1431.5405424545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206094.213493116 Mflops = 206.094213493116 Gflops = 0.206094213493116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064905 s
InvBiCGStab: k = 85 resid = 9.153746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381841(s) Flops=560719872 => 1468.46428749139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211422.029353193 Mflops = 211.422029353193 Gflops = 0.211422029353193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001081928 Relative Rsd = 4.74212540068544e-07
BICGSTAB_SOLVER_TIME: 0.755619 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045756 s
InvBiCGStab: k = 63 resid = 1.5721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260553(s) Flops=416360448 => 1597.98754188207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230089.202421993 Mflops = 230.089202421993 Gflops = 0.230089202421993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056046 s
InvBiCGStab: k = 81 resid = 8.11749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29643(s) Flops=534472704 => 1803.03175791924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.209241138 Mflops = 259.573209241138 Gflops = 0.259573209241138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001098907 Relative Rsd = 4.81654260075378e-07
BICGSTAB_SOLVER_TIME: 0.662628 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 54 resid = 2.121326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20033(s) Flops=357304320 => 1783.578695153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256771.47661336 Mflops = 256.77147661336 Gflops = 0.25677147661336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056985 s
InvBiCGStab: k = 83 resid = 8.782838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306037(s) Flops=547596288 => 1789.31399798064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257608.524233541 Mflops = 257.60852423354 Gflops = 0.25760852423354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001160522 Relative Rsd = 5.08660574458536e-07
BICGSTAB_SOLVER_TIME: 0.608848 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112317
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997024(s) Flops=1610735616 => 1615.54347337677 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232658.183459365 Mflops = 232.658183459365 Gflops = 0.232658183459365 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179276000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 25 resid = 2.190334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092795(s) Flops=167012352 => 1799.7990408966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.414553521 Mflops = 258.986414553521 Gflops = 0.258986414553521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 54 resid = 9.446792e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198591(s) Flops=357304320 => 1799.19694245963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.794434048 Mflops = 258.995794434048 Gflops = 0.258995794434048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007346484 Relative Rsd = 3.21998715088101e-07
BICGSTAB_SOLVER_TIME: 0.393038 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 65 resid = 1.975673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237932(s) Flops=429484032 => 1805.07049072844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.786913864 Mflops = 259.864786913864 Gflops = 0.259864786913864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 84 resid = 9.436611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37149(s) Flops=554158080 => 1491.71735443754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214769.331273905 Mflops = 214.769331273905 Gflops = 0.214769331273905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001145515 Relative Rsd = 5.0208286424899e-07
BICGSTAB_SOLVER_TIME: 0.710099 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04868 s
InvBiCGStab: k = 50 resid = 2.197947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240207(s) Flops=331057152 => 1378.21608862356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198416.435138886 Mflops = 198.416435138886 Gflops = 0.198416435138886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07018 s
InvBiCGStab: k = 90 resid = 1.058368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392031(s) Flops=593528832 => 1513.98443490438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217952.395918702 Mflops = 217.952395918702 Gflops = 0.217952395918702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001041973 Relative Rsd = 4.56700281490161e-07
BICGSTAB_SOLVER_TIME: 0.757777 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041819 s
InvBiCGStab: k = 54 resid = 2.145086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249849(s) Flops=357304320 => 1430.08104895357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205891.526655124 Mflops = 205.891526655124 Gflops = 0.205891526655124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 85 resid = 1.101357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353613(s) Flops=560719872 => 1585.6879469929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228299.874369279 Mflops = 228.299874369279 Gflops = 0.228299874369279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001116994 Relative Rsd = 4.89582046185618e-07
BICGSTAB_SOLVER_TIME: 0.705177 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062587 s
InvBiCGStab: k = 59 resid = 2.143007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218552(s) Flops=390113280 => 1784.99066583696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256971.986994895 Mflops = 256.971986994895 Gflops = 0.256971986994895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056644 s
InvBiCGStab: k = 81 resid = 1.150776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297493(s) Flops=534472704 => 1796.5891768882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258648.362154221 Mflops = 258.648362154221 Gflops = 0.258648362154221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001047656 Relative Rsd = 4.59190974824776e-07
BICGSTAB_SOLVER_TIME: 0.639193 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114255
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005309(s) Flops=1623048192 => 1614.47693395762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232463.351894349 Mflops = 232.463351894349 Gflops = 0.232463351894349 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180468000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.39382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021363
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.01221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.790709(s) Flops=1426876416 => 1804.55314913578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259848.869537064 Mflops = 259.848869537064 Gflops = 0.259848869537064 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.138672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.950154(s) Flops=1663100928 => 1750.34881503419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252039.952311003 Mflops = 252.039952311003 Gflops = 0.252039952311003 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002571217 Relative Rsd = 1.13041914343755e-06
BICGSTAB_SOLVER_TIME: 1.744445 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.128207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335623999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.056983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824893(s) Flops=1223460864 => 1483.17522878725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213532.605538875 Mflops = 213.532605538875 Gflops = 0.213532605538875 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.071828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916754(s) Flops=1361258496 => 1484.8678009586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213811.543576794 Mflops = 213.811543576794 Gflops = 0.213811543576794 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.002785098 Relative Rsd = 1.22403160018744e-06
BICGSTAB_SOLVER_TIME: 1.745056 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280930999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 312 resid = 1.68351e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.146539(s) Flops=2050246656 => 1788.20489839421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257493.191220917 Mflops = 257.493191220917 Gflops = 0.257493191220917 Tflops
InvBiCGStab: k = 348 resid = 7.783486e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.274563(s) Flops=2286471168 => 1793.92557919852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258318.29826037 Mflops = 258.31829826037 Gflops = 0.25831829826037 Tflops
BICGSTAB_SOLVER: 660 iterations. Rsd = 0.002568617 Relative Rsd = 1.12927616380162e-06
BICGSTAB_SOLVER_TIME: 2.425933 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.471558999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 276 resid = 2.190836e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.013275(s) Flops=1814022144 => 1790.2564891071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257807.76092751 Mflops = 257.80776092751 Gflops = 0.25780776092751 Tflops
InvBiCGStab: k = 283 resid = 9.920528e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.041021(s) Flops=1859954688 => 1786.66394626045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257269.868854 Mflops = 257.269868854 Gflops = 0.257269868854 Tflops
BICGSTAB_SOLVER: 559 iterations. Rsd = 0.00278027 Relative Rsd = 1.22190963504769e-06
BICGSTAB_SOLVER_TIME: 2.058834 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.399932999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 224 resid = 1.607261e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980034(s) Flops=1472808960 => 1502.81414726428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216361.978922728 Mflops = 216.361978922728 Gflops = 0.216361978922728 Tflops
InvBiCGStab: k = 246 resid = 9.968373e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.091883(s) Flops=1617168384 => 1481.08211594099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213267.600931265 Mflops = 213.267600931265 Gflops = 0.213267600931265 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.001880352 Relative Rsd = 8.24164265681891e-07
BICGSTAB_SOLVER_TIME: 2.077156 sec
2Flav::invert,  n_count = 470
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335112000000002
MInvCG2: 360 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.574697(s) Flops=2320459776 => 1473.59128518058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212200.939810298 Mflops = 212.200939810298 Gflops = 0.212200939810298 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258502000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.108511295598873
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 479.959694 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.068531 secs
Doing Update: 2742 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 290 resid = 1.540563e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.156557(s) Flops=1905887232 => 1647.89736433224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237243.101998504 Mflops = 237.243101998504 Gflops = 0.237243101998504 Tflops
InvBiCGStab: k = 309 resid = 1.000871e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.130525(s) Flops=2030561280 => 1796.1224033082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258632.070098302 Mflops = 258.632070098302 Gflops = 0.258632070098302 Tflops
BICGSTAB_SOLVER: 599 iterations. Rsd = 0.001996132 Relative Rsd = 8.77497074791791e-07
BICGSTAB_SOLVER_TIME: 2.292394 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.430316999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00037
InvBiCGStab: k = 229 resid = 1.177631e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838354(s) Flops=1505617920 => 1795.9214365292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258643.323420738 Mflops = 258.643323420738 Gflops = 0.258643323420738 Tflops
InvBiCGStab: k = 252 resid = 5.029792e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928296(s) Flops=1656539136 => 1784.49453191654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256956.219247117 Mflops = 256.956219247117 Gflops = 0.256956219247117 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.00214189 Relative Rsd = 9.40997505212932e-07
BICGSTAB_SOLVER_TIME: 1.772057 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346639999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 376 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.803731(s) Flops=2417264640 => 1340.14697313513 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192983.578892535 Mflops = 192.983578892535 Gflops = 0.192983578892535 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269073000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 326 resid = 1.67625e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.19873(s) Flops=2142111744 => 1786.98434509856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257329.078710628 Mflops = 257.329078710628 Gflops = 0.257329078710628 Tflops
InvBiCGStab: k = 341 resid = 9.769022e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.250035(s) Flops=2240538624 => 1792.38071254005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258094.74590353 Mflops = 258.09474590353 Gflops = 0.25809474590353 Tflops
BICGSTAB_SOLVER: 667 iterations. Rsd = 0.002126713 Relative Rsd = 9.34900093955222e-07
BICGSTAB_SOLVER_TIME: 2.453408 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.477122999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 281 resid = 2.106984e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.029624(s) Flops=1846831104 => 1793.69469243141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258312.584959816 Mflops = 258.312584959816 Gflops = 0.258312584959816 Tflops
InvBiCGStab: k = 340 resid = 9.208441e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.247052(s) Flops=2233976832 => 1791.40631826099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257955.594645476 Mflops = 257.955594645476 Gflops = 0.257955594645476 Tflops
BICGSTAB_SOLVER: 621 iterations. Rsd = 0.002382993 Relative Rsd = 1.04692145221509e-06
BICGSTAB_SOLVER_TIME: 2.281361 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.444232999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 228 resid = 2.227376e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878346(s) Flops=1499056128 => 1706.68065659774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245670.11803393 Mflops = 245.67011803393 Gflops = 0.24567011803393 Tflops
InvBiCGStab: k = 244 resid = 1.117717e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.08287(s) Flops=1604044800 => 1481.29027491758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213298.501937374 Mflops = 213.298501937374 Gflops = 0.213298501937374 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.002007019 Relative Rsd = 8.79451425240251e-07
BICGSTAB_SOLVER_TIME: 1.966355 sec
2Flav::invert,  n_count = 472
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336151000000002
MInvCG2: 360 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.616921(s) Flops=2320975872 => 1435.42935740212 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206707.63124334 Mflops = 206.707631243341 Gflops = 0.20670763124334 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258284000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.071226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796755(s) Flops=1433438208 => 1799.0953404748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259022.738828484 Mflops = 259.022738828484 Gflops = 0.259022738828484 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.116467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837403(s) Flops=1512179712 => 1805.79686483091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260024.533960618 Mflops = 260.024533960618 Gflops = 0.260024533960618 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002111607 Relative Rsd = 9.28259595370216e-07
BICGSTAB_SOLVER_TIME: 1.637524 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.1149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320099999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.194143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.654685(s) Flops=1177528320 => 1798.61814460389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258901.410262047 Mflops = 258.901410262047 Gflops = 0.258901410262047 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.085574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766863(s) Flops=1380943872 => 1800.76998368679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259295.208876941 Mflops = 259.295208876941 Gflops = 0.259295208876941 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.002290119 Relative Rsd = 1.0061191545349e-06
BICGSTAB_SOLVER_TIME: 1.424977 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001872
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277757999999997
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.121966(s) Flops=1629978624 => 1452.78789553338 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209171.871112159 Mflops = 209.171871112159 Gflops = 0.209171871112159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181651000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.47934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02116
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 155 resid = 2.178772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.567412(s) Flops=1020045312 => 1797.71543781238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258697.01359113 Mflops = 258.69701359113 Gflops = 0.25869701359113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 180 resid = 8.998472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657961(s) Flops=1184090112 => 1799.6357109312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.379738099 Mflops = 259.117379738099 Gflops = 0.259117379738099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 335 iterations. Rsd = 0.002005409 Relative Rsd = 8.78745830239814e-07
BICGSTAB_SOLVER_TIME: 1.229209 sec
2Flav::invert,  n_count = 335
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.240791999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000129 s
InvBiCGStab: k = 127 resid = 2.153032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464191(s) Flops=836315136 => 1801.66167805925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259216.416700042 Mflops = 259.216416700042 Gflops = 0.259216416700042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 151 resid = 1.14852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.550664(s) Flops=993798144 => 1804.72691877443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.599705444 Mflops = 259.824599705444 Gflops = 0.259824599705444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 278 iterations. Rsd = 0.001622038 Relative Rsd = 7.10757546043462e-07
BICGSTAB_SOLVER_TIME: 1.018753 sec
2Flav::invert,  n_count = 278
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199993999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004908 s
InvBiCGStab: k = 104 resid = 2.229988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380276(s) Flops=685393920 => 1802.35912863289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259507.612471359 Mflops = 259.507612471359 Gflops = 0.259507612471359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007044 s
InvBiCGStab: k = 124 resid = 9.056831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45461(s) Flops=816629760 => 1796.33039308418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258628.328301482 Mflops = 258.628328301482 Gflops = 0.258628328301482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 228 iterations. Rsd = 0.001475666 Relative Rsd = 6.46618950301386e-07
BICGSTAB_SOLVER_TIME: 0.850674 sec
2Flav::invert,  n_count = 228
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166949999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007763 s
InvBiCGStab: k = 83 resid = 2.028831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302641(s) Flops=547596288 => 1809.39227665782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260506.478191835 Mflops = 260.506478191835 Gflops = 0.260506478191835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011055 s
InvBiCGStab: k = 124 resid = 8.663885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454439(s) Flops=816629760 => 1797.00633088269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.030316632 Mflops = 258.728030316632 Gflops = 0.258728030316632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001369096 Relative Rsd = 5.99921334623248e-07
BICGSTAB_SOLVER_TIME: 0.779691 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152400999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01017 s
InvBiCGStab: k = 88 resid = 1.899382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365831(s) Flops=580405248 => 1586.53927086551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228423.306779002 Mflops = 228.423306779002 Gflops = 0.228423306779002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.018749 s
InvBiCGStab: k = 102 resid = 7.937055e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43862(s) Flops=672270336 => 1532.69421367015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220677.744807056 Mflops = 220.677744807056 Gflops = 0.220677744807056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001299007 Relative Rsd = 5.69209281791187e-07
BICGSTAB_SOLVER_TIME: 0.837944 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141515
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.199244(s) Flops=1630052352 => 1359.23327696449 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195731.989723863 Mflops = 195.731989723863 Gflops = 0.195731989723863 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181526000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.405839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013168 s
InvBiCGStab: k = 27 resid = 2.014054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099893(s) Flops=180135936 => 1803.28887910064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.268604774 Mflops = 259.537268604774 Gflops = 0.259537268604774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019257 s
InvBiCGStab: k = 49 resid = 1.118879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180016(s) Flops=324495360 => 1802.59176962048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259482.534480524 Mflops = 259.482534480524 Gflops = 0.259482534480524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000782233 Relative Rsd = 3.42765038106097e-07
BICGSTAB_SOLVER_TIME: 0.316193 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0610590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016331 s
InvBiCGStab: k = 94 resid = 1.436271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342684(s) Flops=619776000 => 1808.59333963652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260397.025115658 Mflops = 260.397025115658 Gflops = 0.260397025115658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023933 s
InvBiCGStab: k = 114 resid = 1.119094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4167(s) Flops=751011840 => 1802.28423326134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259491.578831288 Mflops = 259.491578831288 Gflops = 0.259491578831288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001401447 Relative Rsd = 6.14096999362362e-07
BICGSTAB_SOLVER_TIME: 0.80347 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156511999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020062 s
InvBiCGStab: k = 58 resid = 2.203618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211826(s) Flops=383551488 => 1810.6912654726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260672.543203232 Mflops = 260.672543203232 Gflops = 0.260672543203232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028909 s
InvBiCGStab: k = 86 resid = 7.66162e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313985(s) Flops=567281664 => 1806.71581126487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260116.588341912 Mflops = 260.116588341912 Gflops = 0.260116588341912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001140577 Relative Rsd = 4.99787242513812e-07
BICGSTAB_SOLVER_TIME: 0.578585 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111929
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023906 s
InvBiCGStab: k = 81 resid = 2.158047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298453(s) Flops=534472704 => 1790.81029173773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257826.841173468 Mflops = 257.826841173468 Gflops = 0.257826841173468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033986 s
InvBiCGStab: k = 106 resid = 9.79392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388571(s) Flops=698517504 => 1797.65732388675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258821.907796322 Mflops = 258.821907796322 Gflops = 0.258821907796322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.00127642 Relative Rsd = 5.5931161831882e-07
BICGSTAB_SOLVER_TIME: 0.748667 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143399
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027543 s
InvBiCGStab: k = 56 resid = 1.918124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219838(s) Flops=370427904 => 1685.0039756548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242590.631774542 Mflops = 242.590631774542 Gflops = 0.242590631774542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.046865 s
InvBiCGStab: k = 100 resid = 8.119713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427391(s) Flops=659146752 => 1542.25697780253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222053.207449449 Mflops = 222.053207449449 Gflops = 0.222053207449449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001194628 Relative Rsd = 5.23471707893575e-07
BICGSTAB_SOLVER_TIME: 0.725731 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122763
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.203554(s) Flops=1630199808 => 1354.48829715991 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195038.332710052 Mflops = 195.038332710052 Gflops = 0.195038332710052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181320000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.400348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031952 s
InvBiCGStab: k = 24 resid = 1.944315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089346(s) Flops=160450560 => 1795.83372506883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258479.075650681 Mflops = 258.479075650681 Gflops = 0.258479075650681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044904 s
InvBiCGStab: k = 47 resid = 8.225422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172515(s) Flops=311371776 => 1804.89682636292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259821.566270412 Mflops = 259.821566270412 Gflops = 0.259821566270412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007265673 Relative Rsd = 3.18373013772202e-07
BICGSTAB_SOLVER_TIME: 0.342521 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036435 s
InvBiCGStab: k = 69 resid = 2.122948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25289(s) Flops=455731200 => 1802.09260943493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.206500233 Mflops = 259.441206500233 Gflops = 0.259441206500233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050308 s
InvBiCGStab: k = 84 resid = 9.26812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307817(s) Flops=554158080 => 1800.28419483005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259171.59657836 Mflops = 259.17159657836 Gflops = 0.25917159657836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001088875 Relative Rsd = 4.77131888870517e-07
BICGSTAB_SOLVER_TIME: 0.651375 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040619 s
InvBiCGStab: k = 59 resid = 2.182249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216168(s) Flops=390113280 => 1804.67636282891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.106611923 Mflops = 259.798106611923 Gflops = 0.259798106611923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055971 s
InvBiCGStab: k = 86 resid = 1.077767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313737(s) Flops=567281664 => 1808.14396771818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260333.74317159 Mflops = 260.33374317159 Gflops = 0.26033374317159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001053282 Relative Rsd = 4.61535239867943e-07
BICGSTAB_SOLVER_TIME: 0.630366 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040573 s
InvBiCGStab: k = 72 resid = 1.794855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263027(s) Flops=475416576 => 1807.4820303619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260229.971057392 Mflops = 260.229971057393 Gflops = 0.260229971057392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 86 resid = 1.091897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314282(s) Flops=567281664 => 1805.00844464525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.491127258 Mflops = 259.869491127258 Gflops = 0.259869491127258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001130623 Relative Rsd = 4.95425377873676e-07
BICGSTAB_SOLVER_TIME: 0.678148 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040646 s
InvBiCGStab: k = 59 resid = 1.023001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217333(s) Flops=390113280 => 1795.00250767256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258403.705405979 Mflops = 258.403705405979 Gflops = 0.258403705405979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 95 resid = 4.765042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377839(s) Flops=626337792 => 1657.68433645018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238653.909438102 Mflops = 238.653909438102 Gflops = 0.238653909438102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00107752 Relative Rsd = 4.72156097406331e-07
BICGSTAB_SOLVER_TIME: 0.697341 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124444
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.179258(s) Flops=1624080384 => 1377.2053138499 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198295.456870168 Mflops = 198.295456870168 Gflops = 0.198295456870168 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180831000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040656 s
InvBiCGStab: k = 25 resid = 1.842739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092902(s) Flops=167012352 => 1797.72611999742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258720.632135883 Mflops = 258.720632135883 Gflops = 0.258720632135883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 48 resid = 1.05841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176198(s) Flops=317933568 => 1804.41076516192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259754.651953032 Mflops = 259.754651953032 Gflops = 0.259754651953032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007441076 Relative Rsd = 3.26058933806784e-07
BICGSTAB_SOLVER_TIME: 0.369396 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045591 s
InvBiCGStab: k = 62 resid = 1.769638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278609(s) Flops=409798656 => 1470.87371908302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211765.1091323 Mflops = 211.7651091323 Gflops = 0.2117651091323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055741 s
InvBiCGStab: k = 105 resid = 1.111619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38341(s) Flops=691955712 => 1804.74090920946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.465968659 Mflops = 259.840465968659 Gflops = 0.259840465968659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001135781 Relative Rsd = 4.97685301941733e-07
BICGSTAB_SOLVER_TIME: 0.767287 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133584
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040715 s
InvBiCGStab: k = 54 resid = 1.905184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198541(s) Flops=357304320 => 1799.65004709355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259081.451730595 Mflops = 259.081451730595 Gflops = 0.259081451730595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 88 resid = 6.159528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32277(s) Flops=580405248 => 1798.20072497444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258888.652094579 Mflops = 258.888652094579 Gflops = 0.258888652094579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001089346 Relative Rsd = 4.7733823153801e-07
BICGSTAB_SOLVER_TIME: 0.621868 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 60 resid = 2.225589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221593(s) Flops=396675072 => 1790.10651058472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257711.163113259 Mflops = 257.711163113259 Gflops = 0.257711163113259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056631 s
InvBiCGStab: k = 101 resid = 2.090693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370043(s) Flops=665708544 => 1799.00320773532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259003.340487801 Mflops = 259.003340487801 Gflops = 0.259003340487801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001143381 Relative Rsd = 5.01015708303324e-07
BICGSTAB_SOLVER_TIME: 0.692976 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041305 s
InvBiCGStab: k = 55 resid = 2.240892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20259(s) Flops=363866112 => 1796.07143491781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258567.511013514 Mflops = 258.567511013514 Gflops = 0.258567511013514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 90 resid = 7.212643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328906(s) Flops=593528832 => 1804.55459006525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259796.280082681 Mflops = 259.796280082681 Gflops = 0.259796280082681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001090765 Relative Rsd = 4.77960167212195e-07
BICGSTAB_SOLVER_TIME: 0.633133 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117955
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004561(s) Flops=1623932928 => 1616.55979875787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232843.218472516 Mflops = 232.843218472516 Gflops = 0.232843218472516 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180665000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.960546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819877(s) Flops=1440000000 => 1756.36101512788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252867.757313142 Mflops = 252.867757313142 Gflops = 0.252867757313142 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.016805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841894(s) Flops=1518741504 => 1803.95810398934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259754.77157588 Mflops = 259.75477157588 Gflops = 0.25975477157588 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.00206225 Relative Rsd = 9.06597017989414e-07
BICGSTAB_SOLVER_TIME: 1.66518 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320900999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.253192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.653823(s) Flops=1177528320 => 1800.98944209671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.43551441 Mflops = 259.36943551441 Gflops = 0.25936943551441 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.132496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764673(s) Flops=1380943872 => 1805.92733364458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260036.910759458 Mflops = 260.036910759458 Gflops = 0.260036910759458 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.003193733 Relative Rsd = 1.40312808127779e-06
BICGSTAB_SOLVER_TIME: 1.421948 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277785999999997
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005748(s) Flops=1623932928 => 1614.65190882806 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232484.182777188 Mflops = 232.484182777188 Gflops = 0.232484182777188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180739000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 26 resid = 2.183495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096018(s) Flops=173574144 => 1807.72505155283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260191.651917835 Mflops = 260.191651917835 Gflops = 0.260191651917835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 53 resid = 9.462467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195277(s) Flops=350742528 => 1796.12820762302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258556.794244691 Mflops = 258.556794244691 Gflops = 0.258556794244691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007558871 Relative Rsd = 3.31220561201175e-07
BICGSTAB_SOLVER_TIME: 0.392871 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 87 resid = 2.165804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318239(s) Flops=573843456 => 1803.18394665644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259605.736127177 Mflops = 259.605736127177 Gflops = 0.259605736127177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 102 resid = 1.121251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37279(s) Flops=672270336 => 1803.34863059631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259640.322265139 Mflops = 259.640322265139 Gflops = 0.259640322265139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001312368 Relative Rsd = 5.75063955287077e-07
BICGSTAB_SOLVER_TIME: 0.792516 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149151999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04233 s
InvBiCGStab: k = 63 resid = 1.985445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234817(s) Flops=416360448 => 1773.12736301034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255268.602458574 Mflops = 255.268602458574 Gflops = 0.255268602458574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05855 s
InvBiCGStab: k = 92 resid = 6.042111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344199(s) Flops=606652416 => 1762.50487653944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253745.304438962 Mflops = 253.745304438962 Gflops = 0.253745304438962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001101312 Relative Rsd = 4.82581477787281e-07
BICGSTAB_SOLVER_TIME: 0.683759 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125011000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042063 s
InvBiCGStab: k = 62 resid = 2.049089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231943(s) Flops=409798656 => 1766.80760359226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254351.939486614 Mflops = 254.351939486614 Gflops = 0.254351939486614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 101 resid = 3.896635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375879(s) Flops=665708544 => 1771.07139265562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254986.525929498 Mflops = 254.986525929498 Gflops = 0.254986525929498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001191564 Relative Rsd = 5.22129026719016e-07
BICGSTAB_SOLVER_TIME: 0.710168 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040484 s
InvBiCGStab: k = 60 resid = 2.165266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21981(s) Flops=396675072 => 1804.62705063464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.973721481 Mflops = 259.789973721481 Gflops = 0.259789973721481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055956 s
InvBiCGStab: k = 92 resid = 1.089458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336129(s) Flops=606652416 => 1804.82022080808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259849.644617495 Mflops = 259.849644617495 Gflops = 0.259849644617495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001151965 Relative Rsd = 5.04777011206896e-07
BICGSTAB_SOLVER_TIME: 0.656156 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122952000000001
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000743(s) Flops=1617592320 => 1616.39134123346 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232763.394874313 Mflops = 232.763394874313 Gflops = 0.232763394874313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179819000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.408168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 25 resid = 2.279618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092631(s) Flops=167012352 => 1802.98552320497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259458.55029126 Mflops = 259.45855029126 Gflops = 0.25945855029126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055835 s
InvBiCGStab: k = 51 resid = 9.778529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186923(s) Flops=337618944 => 1806.19262477063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.336351703 Mflops = 260.010336351703 Gflops = 0.260010336351703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000729573 Relative Rsd = 3.19690061525151e-07
BICGSTAB_SOLVER_TIME: 0.379906 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 78 resid = 1.949298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285983(s) Flops=514787328 => 1800.06268904096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259151.390667797 Mflops = 259.151390667797 Gflops = 0.259151390667797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056019 s
InvBiCGStab: k = 108 resid = 1.118302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394685(s) Flops=711641088 => 1803.0608915971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259594.773284172 Mflops = 259.594773284172 Gflops = 0.259594773284172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001237315 Relative Rsd = 5.4217645390176e-07
BICGSTAB_SOLVER_TIME: 0.78124 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04153 s
InvBiCGStab: k = 60 resid = 1.730704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219879(s) Flops=396675072 => 1804.06074249928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.614452816 Mflops = 259.729614452816 Gflops = 0.259729614452816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056404 s
InvBiCGStab: k = 94 resid = 9.278117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346976(s) Flops=619776000 => 1786.2215254081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257180.420573099 Mflops = 257.180420573099 Gflops = 0.257180420573099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001051427 Relative Rsd = 4.60722367085124e-07
BICGSTAB_SOLVER_TIME: 0.668631 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124439000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042347 s
InvBiCGStab: k = 61 resid = 2.219543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230652(s) Flops=403236864 => 1748.24785390979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251692.311654279 Mflops = 251.692311654279 Gflops = 0.251692311654279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 97 resid = 1.114653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359652(s) Flops=639461376 => 1778.00033365587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255990.537931916 Mflops = 255.990537931916 Gflops = 0.255990537931916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00116906 Relative Rsd = 5.1226804071956e-07
BICGSTAB_SOLVER_TIME: 0.692536 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041087 s
InvBiCGStab: k = 72 resid = 1.463068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264717(s) Flops=475416576 => 1795.94274640465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258560.067865085 Mflops = 258.560067865085 Gflops = 0.258560067865085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 88 resid = 9.501535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322717(s) Flops=580405248 => 1798.49604452198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258917.429924599 Mflops = 258.917429924599 Gflops = 0.258917429924599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.00117132 Relative Rsd = 5.13258026417469e-07
BICGSTAB_SOLVER_TIME: 0.68861 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128569
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990513(s) Flops=1599012864 => 1614.327993676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232454.126229395 Mflops = 232.454126229395 Gflops = 0.232454126229395 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178074000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 24 resid = 1.956503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089135(s) Flops=160450560 => 1800.084815168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258975.503683021 Mflops = 258.975503683021 Gflops = 0.258975503683021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0561 s
InvBiCGStab: k = 52 resid = 1.006295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190972(s) Flops=344180736 => 1802.25758749974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259435.526247878 Mflops = 259.435526247878 Gflops = 0.259435526247878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007823838 Relative Rsd = 3.42831098366766e-07
BICGSTAB_SOLVER_TIME: 0.38098 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 52 resid = 2.11617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191(s) Flops=344180736 => 1801.99338219895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259432.914227574 Mflops = 259.432914227574 Gflops = 0.259432914227574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 92 resid = 1.135453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3359(s) Flops=606652416 => 1806.05065793391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.808353064 Mflops = 260.014808353064 Gflops = 0.260014808353064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001115314 Relative Rsd = 4.88716971155742e-07
BICGSTAB_SOLVER_TIME: 0.628198 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 70 resid = 2.217993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256873(s) Flops=462292992 => 1799.69475966723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259108.538471412 Mflops = 259.108538471412 Gflops = 0.259108538471412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061071 s
InvBiCGStab: k = 85 resid = 8.764141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323834(s) Flops=560719872 => 1731.50401749044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249276.451416891 Mflops = 249.276451416891 Gflops = 0.249276451416891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001091712 Relative Rsd = 4.7837484200677e-07
BICGSTAB_SOLVER_TIME: 0.686644 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125174000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04142 s
InvBiCGStab: k = 65 resid = 2.235724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238445(s) Flops=429484032 => 1801.18699071065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259312.072834649 Mflops = 259.312072834649 Gflops = 0.259312072834649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056717 s
InvBiCGStab: k = 85 resid = 7.489953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311724(s) Flops=560719872 => 1798.77029680102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.312550309 Mflops = 258.965312550309 Gflops = 0.258965312550309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001122822 Relative Rsd = 4.92006823148815e-07
BICGSTAB_SOLVER_TIME: 0.652179 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041343 s
InvBiCGStab: k = 61 resid = 1.997903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223536(s) Flops=403236864 => 1803.90122396393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259703.646337673 Mflops = 259.703646337673 Gflops = 0.259703646337673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 84 resid = 7.584952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307005(s) Flops=554158080 => 1805.04578101334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.561900399 Mflops = 259.869561900399 Gflops = 0.259869561900399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001106102 Relative Rsd = 4.84680510687655e-07
BICGSTAB_SOLVER_TIME: 0.631729 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117903
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976096(s) Flops=1574387712 => 1612.94351375275 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232264.164513485 Mflops = 232.264164513485 Gflops = 0.232264164513485 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175051000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040908 s
InvBiCGStab: k = 30 resid = 1.48741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111523(s) Flops=199821312 => 1791.74979152282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257898.561072801 Mflops = 257.898561072801 Gflops = 0.257898561072801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055937 s
InvBiCGStab: k = 52 resid = 9.981727e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190686(s) Flops=344180736 => 1804.96069978918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.352867848 Mflops = 259.827352867848 Gflops = 0.259827352867848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007635679 Relative Rsd = 3.34586216705717e-07
BICGSTAB_SOLVER_TIME: 0.402884 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041753 s
InvBiCGStab: k = 65 resid = 1.967628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255864(s) Flops=429484032 => 1678.56373698527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241656.660747127 Mflops = 241.656660747127 Gflops = 0.241656660747127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060842 s
InvBiCGStab: k = 83 resid = 7.433089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313276(s) Flops=547596288 => 1747.96756853382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251655.50588338 Mflops = 251.65550588338 Gflops = 0.25165550588338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001107109 Relative Rsd = 4.85121813633634e-07
BICGSTAB_SOLVER_TIME: 0.675603 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120019
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041359 s
InvBiCGStab: k = 58 resid = 2.274427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213081(s) Flops=383551488 => 1800.02669407408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.154198352 Mflops = 259.157154198352 Gflops = 0.259157154198352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 80 resid = 1.077531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293485(s) Flops=527910912 => 1798.76624699729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258967.601007081 Mflops = 258.967601007081 Gflops = 0.258967601007081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001076541 Relative Rsd = 4.71727445382858e-07
BICGSTAB_SOLVER_TIME: 0.608177 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040739 s
InvBiCGStab: k = 63 resid = 2.217304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231066(s) Flops=416360448 => 1801.91135000389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259412.403712661 Mflops = 259.412403712661 Gflops = 0.259412403712661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055869 s
InvBiCGStab: k = 94 resid = 9.176911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343774(s) Flops=619776000 => 1802.8588549454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259561.407699463 Mflops = 259.561407699463 Gflops = 0.259561407699463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001149683 Relative Rsd = 5.03777384281755e-07
BICGSTAB_SOLVER_TIME: 0.675318 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040577 s
InvBiCGStab: k = 58 resid = 1.859144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212526(s) Flops=383551488 => 1804.72736512238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259803.675156729 Mflops = 259.803675156729 Gflops = 0.259803675156729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 90 resid = 9.697565e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328754(s) Flops=593528832 => 1805.38892910809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.045554295 Mflops = 259.928045554295 Gflops = 0.259928045554295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001101498 Relative Rsd = 4.82662892595024e-07
BICGSTAB_SOLVER_TIME: 0.641607 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120213
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970728(s) Flops=1562075136 => 1609.1790244023 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231704.801176743 Mflops = 231.704801176743 Gflops = 0.231704801176743 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173727000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.553721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801087(s) Flops=1426876416 => 1781.17534799591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256408.78560814 Mflops = 256.40878560814 Gflops = 0.25640878560814 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 1.152165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980827(s) Flops=1761527808 => 1795.96178327065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.023829197 Mflops = 258.607023829197 Gflops = 0.258607023829197 Tflops
BICGSTAB_SOLVER: 485 iterations. Rsd = 0.002097432 Relative Rsd = 9.22111992122055e-07
BICGSTAB_SOLVER_TIME: 1.785286 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346253999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 2.028657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.600486(s) Flops=1079101440 => 1797.0467920984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258695.547152332 Mflops = 258.695547152332 Gflops = 0.258695547152332 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 9.210367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890364(s) Flops=1597483008 => 1794.19092416135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258353.059213769 Mflops = 258.353059213769 Gflops = 0.258353059213769 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.003395989 Relative Rsd = 1.49199304522032e-06
BICGSTAB_SOLVER_TIME: 1.494254 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290759999999997
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969709(s) Flops=1562075136 => 1610.86999914407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231956.189492931 Mflops = 231.956189492931 Gflops = 0.231956189492931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173788000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 24 resid = 2.155286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089344(s) Flops=160450560 => 1795.87392550143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258445.422265709 Mflops = 258.445422265709 Gflops = 0.258445422265709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057119 s
InvBiCGStab: k = 54 resid = 1.110668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198327(s) Flops=357304320 => 1801.59191638052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259368.56062435 Mflops = 259.36856062435 Gflops = 0.25936856062435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007595666 Relative Rsd = 3.32832865161651e-07
BICGSTAB_SOLVER_TIME: 0.389938 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041621 s
InvBiCGStab: k = 76 resid = 2.258538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278779(s) Flops=501663744 => 1799.50334853056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259075.762619175 Mflops = 259.075762619175 Gflops = 0.259075762619175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 116 resid = 8.185709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423687(s) Flops=764135424 => 1803.53757372778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.263293022 Mflops = 259.660263293022 Gflops = 0.259660263293022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001292758 Relative Rsd = 5.66470867186397e-07
BICGSTAB_SOLVER_TIME: 0.804064 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151313999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040891 s
InvBiCGStab: k = 61 resid = 2.125301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223927(s) Flops=403236864 => 1800.75142345497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.274470635 Mflops = 259.251274470635 Gflops = 0.259251274470635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055981 s
InvBiCGStab: k = 88 resid = 1.114401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32138(s) Flops=580405248 => 1805.97811936026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.104331429 Mflops = 260.010104331429 Gflops = 0.260010104331429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001106392 Relative Rsd = 4.84807734077699e-07
BICGSTAB_SOLVER_TIME: 0.645973 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041813 s
InvBiCGStab: k = 70 resid = 2.245917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256655(s) Flops=462292992 => 1801.22340106368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.423288817 Mflops = 259.320423288817 Gflops = 0.259320423288817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 84 resid = 7.258947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306584(s) Flops=554158080 => 1807.52446311614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.462812225 Mflops = 260.228462812225 Gflops = 0.260228462812225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001166501 Relative Rsd = 5.1114659765351e-07
BICGSTAB_SOLVER_TIME: 0.665416 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040522 s
InvBiCGStab: k = 62 resid = 1.791507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227519(s) Flops=409798656 => 1801.16234688092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259300.27912121 Mflops = 259.30027912121 Gflops = 0.25930027912121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056121 s
InvBiCGStab: k = 84 resid = 8.167738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306838(s) Flops=554158080 => 1806.02819728978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260024.417829547 Mflops = 260.024417829547 Gflops = 0.260024417829547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001156081 Relative Rsd = 5.06580838911527e-07
BICGSTAB_SOLVER_TIME: 0.634916 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118669
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995591(s) Flops=1562222592 => 1569.14093437968 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225937.701471789 Mflops = 225.937701471789 Gflops = 0.225937701471789 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173479000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 24 resid = 2.007047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089009(s) Flops=160450560 => 1802.63299216933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.794055359 Mflops = 259.411794055359 Gflops = 0.259411794055359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 58 resid = 7.181071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212568(s) Flops=383551488 => 1804.37078017387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.141053765 Mflops = 259.756141053765 Gflops = 0.259756141053765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008222105 Relative Rsd = 3.60282663375946e-07
BICGSTAB_SOLVER_TIME: 0.402527 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 73 resid = 1.940619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266639(s) Flops=481978368 => 1807.60641916599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260252.391938663 Mflops = 260.252391938663 Gflops = 0.260252391938663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056051 s
InvBiCGStab: k = 99 resid = 9.901543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362166(s) Flops=652584960 => 1801.89460081841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.318355694 Mflops = 259.421318355694 Gflops = 0.259421318355694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001237769 Relative Rsd = 5.42375348848746e-07
BICGSTAB_SOLVER_TIME: 0.729951 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 56 resid = 2.101034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20494(s) Flops=370427904 => 1807.49440811945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.929110028 Mflops = 260.222929110028 Gflops = 0.260222929110028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 96 resid = 8.731281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350233(s) Flops=632899584 => 1807.08152572716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260175.84370462 Mflops = 260.17584370462 Gflops = 0.26017584370462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001116169 Relative Rsd = 4.8909170372321e-07
BICGSTAB_SOLVER_TIME: 0.655752 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 67 resid = 2.150651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24517(s) Flops=442607616 => 1805.30903454746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259920.24680387 Mflops = 259.92024680387 Gflops = 0.25992024680387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055992 s
InvBiCGStab: k = 103 resid = 1.134624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376054(s) Flops=678832128 => 1805.1453461471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259897.466322618 Mflops = 259.897466322618 Gflops = 0.259897466322618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001188943 Relative Rsd = 5.20980547407286e-07
BICGSTAB_SOLVER_TIME: 0.721696 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 65 resid = 2.271382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237637(s) Flops=429484032 => 1807.31128570046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260183.92395555 Mflops = 260.18392395555 Gflops = 0.26018392395555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 85 resid = 1.086335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32829(s) Flops=560719872 => 1708.00168144019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245908.505527458 Mflops = 245.908505527458 Gflops = 0.245908505527458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.0011698 Relative Rsd = 5.12592271620571e-07
BICGSTAB_SOLVER_TIME: 0.6672 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12176
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980768(s) Flops=1568342016 => 1599.09582694378 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230249.410569521 Mflops = 230.249410569521 Gflops = 0.230249410569521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174450000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 26 resid = 1.909107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09619(s) Flops=173574144 => 1804.49260837925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259711.188042565 Mflops = 259.711188042565 Gflops = 0.259711188042565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 54 resid = 1.081934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197432(s) Flops=357304320 => 1809.75890433162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260515.610285777 Mflops = 260.515610285777 Gflops = 0.260515610285777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007822326 Relative Rsd = 3.4276483405896e-07
BICGSTAB_SOLVER_TIME: 0.394894 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040792 s
InvBiCGStab: k = 55 resid = 2.123186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201746(s) Flops=363866112 => 1803.58526067431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259632.672199188 Mflops = 259.632672199188 Gflops = 0.259632672199188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 104 resid = 9.732046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379848(s) Flops=685393920 => 1804.38996651292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.955277958 Mflops = 259.779955277958 Gflops = 0.259779955277958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001165789 Relative Rsd = 5.10834813627869e-07
BICGSTAB_SOLVER_TIME: 0.682304 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 59 resid = 2.267108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215755(s) Flops=390113280 => 1808.13088920303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260307.398285376 Mflops = 260.307398285376 Gflops = 0.260307398285376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 83 resid = 1.026051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305509(s) Flops=547596288 => 1792.40640373933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258066.938212193 Mflops = 258.066938212193 Gflops = 0.258066938212193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001063191 Relative Rsd = 4.65877311935771e-07
BICGSTAB_SOLVER_TIME: 0.622489 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041405 s
InvBiCGStab: k = 60 resid = 2.067145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219861(s) Flops=396675072 => 1804.20844078759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259744.041327328 Mflops = 259.744041327328 Gflops = 0.259744041327328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 90 resid = 8.627603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344563(s) Flops=593528832 => 1722.55532950433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248005.131414399 Mflops = 248.005131414399 Gflops = 0.248005131414399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00114018 Relative Rsd = 4.99612986258644e-07
BICGSTAB_SOLVER_TIME: 0.66564 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041602 s
InvBiCGStab: k = 58 resid = 2.160594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215476(s) Flops=383551488 => 1780.01952885704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256263.364479704 Mflops = 256.263364479704 Gflops = 0.256263364479704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 102 resid = 3.824646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377608(s) Flops=672270336 => 1780.33923010106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256319.523324636 Mflops = 256.319523324636 Gflops = 0.256319523324636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001166247 Relative Rsd = 5.11035391963736e-07
BICGSTAB_SOLVER_TIME: 0.695573 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12866
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981606(s) Flops=1574461440 => 1603.96476794152 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230953.083291299 Mflops = 230.953083291299 Gflops = 0.230953083291299 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174901000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.387962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 25 resid = 2.166425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092409(s) Flops=167012352 => 1807.31694964776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260100.730947282 Mflops = 260.100730947282 Gflops = 0.260100730947282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 56 resid = 1.045774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204879(s) Flops=370427904 => 1808.03256556309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260266.495453425 Mflops = 260.266495453425 Gflops = 0.260266495453425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007339314 Relative Rsd = 3.21599866211664e-07
BICGSTAB_SOLVER_TIME: 0.398073 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 68 resid = 2.254028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249154(s) Flops=449169408 => 1802.77823354231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259536.755295248 Mflops = 259.536755295248 Gflops = 0.259536755295248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056722 s
InvBiCGStab: k = 94 resid = 6.966551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343103(s) Flops=619776000 => 1806.38467165837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.155065225 Mflops = 260.066155065225 Gflops = 0.260066155065225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001178285 Relative Rsd = 5.16310265519273e-07
BICGSTAB_SOLVER_TIME: 0.694307 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 56 resid = 1.937557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205678(s) Flops=370427904 => 1801.00887795486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.343626143 Mflops = 259.290343626143 Gflops = 0.259290343626143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 90 resid = 7.319773e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350888(s) Flops=593528832 => 1691.50507284376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243539.029413235 Mflops = 243.539029413235 Gflops = 0.243539029413235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00113324 Relative Rsd = 4.96571969749386e-07
BICGSTAB_SOLVER_TIME: 0.657374 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 69 resid = 1.562775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254571(s) Flops=455731200 => 1790.19291278268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257721.91885473 Mflops = 257.72191885473 Gflops = 0.25772191885473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 101 resid = 6.344015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370455(s) Flops=665708544 => 1797.00245373932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258724.422387387 Mflops = 258.724422387387 Gflops = 0.258724422387387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001156886 Relative Rsd = 5.06933483376393e-07
BICGSTAB_SOLVER_TIME: 0.726514 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 55 resid = 2.250227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201554(s) Flops=363866112 => 1805.3033529476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259880.929577759 Mflops = 259.880929577759 Gflops = 0.259880929577759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 80 resid = 1.064755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294517(s) Flops=527910912 => 1792.46329413922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258061.946516841 Mflops = 258.061946516841 Gflops = 0.258061946516841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001055692 Relative Rsd = 4.6259138785009e-07
BICGSTAB_SOLVER_TIME: 0.597538 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110832
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98064(s) Flops=1580507136 => 1611.70983847283 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232082.832782565 Mflops = 232.082832782565 Gflops = 0.232082832782565 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175659000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.228092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816424(s) Flops=1459685376 => 1787.90111020744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257461.399767643 Mflops = 257.461399767643 Gflops = 0.257461399767643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 6.726984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985877(s) Flops=1715595264 => 1740.17170904687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250578.772614927 Mflops = 250.578772614927 Gflops = 0.250578772614927 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002176692 Relative Rsd = 9.5700010435176e-07
BICGSTAB_SOLVER_TIME: 1.805752 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344780999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.053482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.626494(s) Flops=1125033984 => 1795.76178542811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258533.139332372 Mflops = 258.533139332372 Gflops = 0.258533139332372 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.025854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.711748(s) Flops=1282516992 => 1801.92567032152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.74277074 Mflops = 259.46174277074 Gflops = 0.25946174277074 Tflops
BICGSTAB_SOLVER: 366 iterations. Rsd = 0.002050209 Relative Rsd = 9.00714446319714e-07
BICGSTAB_SOLVER_TIME: 1.341673 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261777999999997
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981441(s) Flops=1580507136 => 1610.39444653321 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231877.679551685 Mflops = 231.877679551685 Gflops = 0.231877679551685 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175630000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040644 s
InvBiCGStab: k = 23 resid = 2.266137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085972(s) Flops=153888768 => 1789.98706555623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257588.625203128 Mflops = 257.588625203128 Gflops = 0.257588625203128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05647 s
InvBiCGStab: k = 47 resid = 1.117664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178971(s) Flops=311371776 => 1739.78899374759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250438.280529446 Mflops = 250.438280529446 Gflops = 0.250438280529446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0008146422 Relative Rsd = 3.56966336266822e-07
BICGSTAB_SOLVER_TIME: 0.366068 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041742 s
InvBiCGStab: k = 87 resid = 1.520963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338017(s) Flops=573843456 => 1697.67631805501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244427.797538924 Mflops = 244.427797538924 Gflops = 0.244427797538924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058859 s
InvBiCGStab: k = 111 resid = 8.465195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414784(s) Flops=731326464 => 1763.1501311526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253850.085832459 Mflops = 253.850085832459 Gflops = 0.253850085832459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001348329 Relative Rsd = 5.90821444445548e-07
BICGSTAB_SOLVER_TIME: 0.857183 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155594999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 65 resid = 1.544996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241583(s) Flops=429484032 => 1777.79078825911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255945.774152363 Mflops = 255.945774152363 Gflops = 0.255945774152363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 95 resid = 8.516985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351285(s) Flops=626337792 => 1782.99042657671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256701.260446799 Mflops = 256.701260446799 Gflops = 0.256701260446799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001089077 Relative Rsd = 4.77220445328062e-07
BICGSTAB_SOLVER_TIME: 0.694145 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041937 s
InvBiCGStab: k = 84 resid = 1.850208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318868(s) Flops=554158080 => 1737.89179221496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250215.270526825 Mflops = 250.215270526825 Gflops = 0.250215270526825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 101 resid = 5.903577e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370061(s) Flops=665708544 => 1798.91570308679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259002.635769795 Mflops = 259.002635769795 Gflops = 0.259002635769795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001233651 Relative Rsd = 5.40570909002703e-07
BICGSTAB_SOLVER_TIME: 0.790843 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 72 resid = 2.01543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271531(s) Flops=475416576 => 1750.87402911638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252079.41643034 Mflops = 252.07941643034 Gflops = 0.25207941643034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058105 s
InvBiCGStab: k = 86 resid = 8.187046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327556(s) Flops=567281664 => 1731.86161755547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249339.128236081 Mflops = 249.339128236081 Gflops = 0.249339128236081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001136264 Relative Rsd = 4.97897051858362e-07
BICGSTAB_SOLVER_TIME: 0.70264 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127235
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001266(s) Flops=1580433408 => 1578.43510915181 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227308.639040748 Mflops = 227.308639040748 Gflops = 0.227308639040748 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175898000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042087 s
InvBiCGStab: k = 27 resid = 2.055288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100693(s) Flops=180135936 => 1788.96185434936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257465.668197773 Mflops = 257.465668197773 Gflops = 0.257465668197773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058181 s
InvBiCGStab: k = 49 resid = 9.712381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18407(s) Flops=324495360 => 1762.89107404792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253769.344945969 Mflops = 253.769344945969 Gflops = 0.253769344945969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007616305 Relative Rsd = 3.33737253085505e-07
BICGSTAB_SOLVER_TIME: 0.388899 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041594 s
InvBiCGStab: k = 78 resid = 1.964891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293614(s) Flops=514787328 => 1753.2792305544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252432.511871279 Mflops = 252.432511871279 Gflops = 0.252432511871279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 100 resid = 1.083069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374961(s) Flops=659146752 => 1757.90749437942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253099.960319927 Mflops = 253.099960319927 Gflops = 0.253099960319927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00130007 Relative Rsd = 5.6967471331114e-07
BICGSTAB_SOLVER_TIME: 0.770369 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 57 resid = 2.126131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209352(s) Flops=376989696 => 1800.7456150407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.984455515 Mflops = 259.236984455515 Gflops = 0.259236984455515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057329 s
InvBiCGStab: k = 82 resid = 7.784647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308342(s) Flops=541034496 => 1754.65715342055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252619.038229541 Mflops = 252.619038229541 Gflops = 0.252619038229541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001091511 Relative Rsd = 4.78286897690637e-07
BICGSTAB_SOLVER_TIME: 0.619577 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043146 s
InvBiCGStab: k = 65 resid = 2.019562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240824(s) Flops=429484032 => 1783.39381456998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256755.616418907 Mflops = 256.755616418907 Gflops = 0.256755616418907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 95 resid = 9.859912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355862(s) Flops=626337792 => 1760.05808993374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253406.860898535 Mflops = 253.406860898535 Gflops = 0.253406860898535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001222094 Relative Rsd = 5.35506663104541e-07
BICGSTAB_SOLVER_TIME: 0.700194 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 68 resid = 2.220696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250341(s) Flops=449169408 => 1794.23030186825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258309.553958732 Mflops = 258.309553958732 Gflops = 0.258309553958732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058343 s
InvBiCGStab: k = 97 resid = 7.805298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36996(s) Flops=639461376 => 1728.4608498216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248852.337543323 Mflops = 248.852337543323 Gflops = 0.248852337543323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001131973 Relative Rsd = 4.96016859512634e-07
BICGSTAB_SOLVER_TIME: 0.723672 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13213
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992543(s) Flops=1574240256 => 1586.06756180841 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228366.488648193 Mflops = 228.366488648193 Gflops = 0.228366488648193 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175079000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040521 s
InvBiCGStab: k = 26 resid = 1.94239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096306(s) Flops=173574144 => 1802.31910784375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259360.361039472 Mflops = 259.360361039472 Gflops = 0.259360361039472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 64 resid = 1.051569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240174(s) Flops=422922240 => 1760.89934797272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253499.442032308 Mflops = 253.499442032308 Gflops = 0.253499442032308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007864661 Relative Rsd = 3.44619928606812e-07
BICGSTAB_SOLVER_TIME: 0.437356 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042228 s
InvBiCGStab: k = 57 resid = 2.186669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221814(s) Flops=376989696 => 1699.57575265763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244668.911820584 Mflops = 244.668911820584 Gflops = 0.244668911820584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057362 s
InvBiCGStab: k = 87 resid = 8.10496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318642(s) Flops=573843456 => 1800.90338373472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259274.881005899 Mflops = 259.274881005899 Gflops = 0.259274881005899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001146888 Relative Rsd = 5.02552234258223e-07
BICGSTAB_SOLVER_TIME: 0.643874 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043205 s
InvBiCGStab: k = 58 resid = 2.279852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21614(s) Flops=383551488 => 1774.55116128435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255485.065185432 Mflops = 255.485065185432 Gflops = 0.255485065185432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 88 resid = 1.123455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327669(s) Flops=580405248 => 1771.31571189218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255019.393026429 Mflops = 255.019393026429 Gflops = 0.255019393026429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001114365 Relative Rsd = 4.8830137814905e-07
BICGSTAB_SOLVER_TIME: 0.647364 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042011 s
InvBiCGStab: k = 66 resid = 1.965149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251872(s) Flops=436045824 => 1731.21992122983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249231.453451271 Mflops = 249.231453451271 Gflops = 0.249231453451271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057603 s
InvBiCGStab: k = 90 resid = 1.060545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328915(s) Flops=593528832 => 1804.50521259292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259784.731192421 Mflops = 259.784731192421 Gflops = 0.259784731192421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001141925 Relative Rsd = 5.00377550881731e-07
BICGSTAB_SOLVER_TIME: 0.684196 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041466 s
InvBiCGStab: k = 62 resid = 2.201963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231267(s) Flops=409798656 => 1771.97203232627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255106.145339476 Mflops = 255.106145339476 Gflops = 0.255106145339476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 84 resid = 1.037893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312654(s) Flops=554158080 => 1772.43240131263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255179.685897506 Mflops = 255.179685897506 Gflops = 0.255179685897506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001120824 Relative Rsd = 4.91131664977365e-07
BICGSTAB_SOLVER_TIME: 0.645807 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118816
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992775(s) Flops=1567825920 => 1579.23589937297 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227390.662980976 Mflops = 227.390662980976 Gflops = 0.227390662980976 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174315000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 28 resid = 1.955967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104818(s) Flops=186697728 => 1781.16094563911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256368.027117876 Mflops = 256.368027117876 Gflops = 0.256368027117876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 54 resid = 8.723106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20512(s) Flops=357304320 => 1741.92823712949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250747.64712523 Mflops = 250.74764712523 Gflops = 0.25074764712523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007641281 Relative Rsd = 3.34831659905876e-07
BICGSTAB_SOLVER_TIME: 0.411147 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0730900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043255 s
InvBiCGStab: k = 68 resid = 2.131209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26632(s) Flops=449169408 => 1686.57783118053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242814.663833527 Mflops = 242.814663833527 Gflops = 0.242814663833527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058112 s
InvBiCGStab: k = 84 resid = 1.067364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3071(s) Flops=554158080 => 1804.48739824162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.404557848 Mflops = 259.787404557848 Gflops = 0.259787404557848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001124486 Relative Rsd = 4.9273624065252e-07
BICGSTAB_SOLVER_TIME: 0.678706 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 56 resid = 2.157467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207026(s) Flops=370427904 => 1789.28204186914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257581.132991275 Mflops = 257.581132991275 Gflops = 0.257581132991275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057779 s
InvBiCGStab: k = 94 resid = 1.096737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356984(s) Flops=619776000 => 1736.1450373126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249957.27242878 Mflops = 249.95727242878 Gflops = 0.249957272428779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001094086 Relative Rsd = 4.7941502330043e-07
BICGSTAB_SOLVER_TIME: 0.667201 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040687 s
InvBiCGStab: k = 79 resid = 1.881555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29329(s) Flops=521349120 => 1777.5891438508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255930.872244208 Mflops = 255.930872244208 Gflops = 0.255930872244208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057742 s
InvBiCGStab: k = 93 resid = 1.124751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343187(s) Flops=613214208 => 1786.82236798014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257248.221951023 Mflops = 257.248221951023 Gflops = 0.257248221951023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001154228 Relative Rsd = 5.05768884340825e-07
BICGSTAB_SOLVER_TIME: 0.739205 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001859
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 68 resid = 1.928042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250741(s) Flops=449169408 => 1791.36801719703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257896.946546102 Mflops = 257.896946546102 Gflops = 0.257896946546102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 93 resid = 3.642093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342007(s) Flops=613214208 => 1792.9873014295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258144.291679122 Mflops = 258.144291679122 Gflops = 0.258144291679122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001131797 Relative Rsd = 4.9593993374191e-07
BICGSTAB_SOLVER_TIME: 0.693792 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129519
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9696(s) Flops=1555365888 => 1604.13148514851 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230983.876782115 Mflops = 230.983876782115 Gflops = 0.230983876782115 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173000000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.471102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742724(s) Flops=1341573120 => 1806.28755769303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260078.971083293 Mflops = 260.078971083293 Gflops = 0.260078971083293 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.149341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822955(s) Flops=1479370752 => 1797.63261903749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258845.508943528 Mflops = 258.845508943528 Gflops = 0.258845508943528 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002066728 Relative Rsd = 9.08683432123668e-07
BICGSTAB_SOLVER_TIME: 1.569113 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.11625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001857
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306467999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.106093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698051(s) Flops=1256269824 => 1799.68200604254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.630399634 Mflops = 259.050630399634 Gflops = 0.259050630399634 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 9.92472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772199(s) Flops=1394067456 => 1805.32149873284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.406617613 Mflops = 259.951406617613 Gflops = 0.259951406617613 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002025427 Relative Rsd = 8.89785855983685e-07
BICGSTAB_SOLVER_TIME: 1.473627 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.114111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288198999999997
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966505(s) Flops=1555365888 => 1609.26833073807 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231747.373835081 Mflops = 231.747373835081 Gflops = 0.231747373835081 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173064000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041309 s
InvBiCGStab: k = 27 resid = 2.040959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09965(s) Flops=180135936 => 1807.68626191671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260165.205329205 Mflops = 260.165205329205 Gflops = 0.260165205329205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056594 s
InvBiCGStab: k = 62 resid = 9.305043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244458(s) Flops=409798656 => 1676.35608570797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241325.302937833 Mflops = 241.325302937833 Gflops = 0.241325302937832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007893993 Relative Rsd = 3.45905221524034e-07
BICGSTAB_SOLVER_TIME: 0.446379 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0780190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042098 s
InvBiCGStab: k = 74 resid = 1.965495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272786(s) Flops=488540160 => 1790.92827344512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257863.796295113 Mflops = 257.863796295113 Gflops = 0.257863796295113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056309 s
InvBiCGStab: k = 103 resid = 9.511811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379801(s) Flops=678832128 => 1787.33633666051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257333.163630241 Mflops = 257.333163630241 Gflops = 0.257333163630241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001260131 Relative Rsd = 5.52173947436002e-07
BICGSTAB_SOLVER_TIME: 0.754871 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041566 s
InvBiCGStab: k = 57 resid = 2.22078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209577(s) Flops=376989696 => 1798.81235059191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258969.117206642 Mflops = 258.969117206641 Gflops = 0.258969117206642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 86 resid = 7.979759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315928(s) Flops=567281664 => 1795.60426426274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258514.025588243 Mflops = 258.514025588243 Gflops = 0.258514025588243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001146827 Relative Rsd = 5.02525810153955e-07
BICGSTAB_SOLVER_TIME: 0.627695 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040585 s
InvBiCGStab: k = 66 resid = 2.272031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242284(s) Flops=436045824 => 1799.73016790213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.043952011 Mflops = 259.105043952011 Gflops = 0.259105043952011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055916 s
InvBiCGStab: k = 100 resid = 6.394854e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366018(s) Flops=659146752 => 1800.85884300772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259274.747050307 Mflops = 259.274747050307 Gflops = 0.259274747050307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001198355 Relative Rsd = 5.25104850167938e-07
BICGSTAB_SOLVER_TIME: 0.708618 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040751 s
InvBiCGStab: k = 69 resid = 2.201258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252741(s) Flops=455731200 => 1803.15500848695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259611.807286842 Mflops = 259.611807286843 Gflops = 0.259611807286843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056098 s
InvBiCGStab: k = 90 resid = 6.821332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328013(s) Flops=593528832 => 1809.46740525528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260513.965912843 Mflops = 260.513965912843 Gflops = 0.260513965912843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001220309 Relative Rsd = 5.34724805486576e-07
BICGSTAB_SOLVER_TIME: 0.681499 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127965
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96122(s) Flops=1549320192 => 1611.82683672832 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232084.085837379 Mflops = 232.084085837379 Gflops = 0.232084085837379 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172230000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041525 s
InvBiCGStab: k = 26 resid = 1.986776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096507(s) Flops=173574144 => 1798.56532686748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.101978075 Mflops = 258.833101978075 Gflops = 0.258833101978075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056411 s
InvBiCGStab: k = 48 resid = 1.080973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176903(s) Flops=317933568 => 1797.21976450371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258704.508626316 Mflops = 258.704508626317 Gflops = 0.258704508626316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0008140879 Relative Rsd = 3.5672346916177e-07
BICGSTAB_SOLVER_TIME: 0.375107 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 74 resid = 2.224755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272289(s) Flops=488540160 => 1794.19719489219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258308.181848411 Mflops = 258.308181848411 Gflops = 0.258308181848411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 100 resid = 1.1446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365076(s) Flops=659146752 => 1805.50557144266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259950.228111287 Mflops = 259.950228111287 Gflops = 0.259950228111287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001256605 Relative Rsd = 5.50629106560262e-07
BICGSTAB_SOLVER_TIME: 0.73869 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 65 resid = 2.195812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237745(s) Flops=429484032 => 1806.49028160424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.013106424 Mflops = 260.060013106424 Gflops = 0.260060013106424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 92 resid = 9.872333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336144(s) Flops=606652416 => 1804.739682993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.709063854 Mflops = 259.830709063854 Gflops = 0.259830709063854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001142893 Relative Rsd = 5.00802070950676e-07
BICGSTAB_SOLVER_TIME: 0.674817 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126681
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 70 resid = 2.099092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25747(s) Flops=462292992 => 1795.52177729444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258498.201342794 Mflops = 258.498201342794 Gflops = 0.258498201342794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 97 resid = 1.030067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354488(s) Flops=639461376 => 1803.9013337546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.425745775 Mflops = 259.724425745775 Gflops = 0.259724425745775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001199105 Relative Rsd = 5.25433110999908e-07
BICGSTAB_SOLVER_TIME: 0.712819 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040617 s
InvBiCGStab: k = 84 resid = 1.475704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307117(s) Flops=554158080 => 1804.38751355347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.310570527 Mflops = 259.787310570527 Gflops = 0.259787310570527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 90 resid = 1.073924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32841(s) Flops=593528832 => 1807.28002192381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260201.643158775 Mflops = 260.201643158775 Gflops = 0.260201643158775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001255826 Relative Rsd = 5.50287837723296e-07
BICGSTAB_SOLVER_TIME: 0.736447 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138608
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993918(s) Flops=1555587072 => 1565.10604697772 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225351.261111938 Mflops = 225.351261111938 Gflops = 0.225351261111938 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172702000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.404048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041842 s
InvBiCGStab: k = 26 resid = 2.112421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09615(s) Flops=173574144 => 1805.24330733229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259819.400200852 Mflops = 259.819400200852 Gflops = 0.259819400200852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 52 resid = 1.073139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190735(s) Flops=344180736 => 1804.49700369623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.245040869 Mflops = 259.759245040869 Gflops = 0.259759245040869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007623403 Relative Rsd = 3.34048271934382e-07
BICGSTAB_SOLVER_TIME: 0.389026 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 57 resid = 2.279481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209105(s) Flops=376989696 => 1802.87270031802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.875481525 Mflops = 259.546875481525 Gflops = 0.259546875481524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055916 s
InvBiCGStab: k = 94 resid = 6.521107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343396(s) Flops=619776000 => 1804.84338780883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259844.275084721 Mflops = 259.844275084721 Gflops = 0.259844275084721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001140979 Relative Rsd = 4.99963335193216e-07
BICGSTAB_SOLVER_TIME: 0.653144 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042044 s
InvBiCGStab: k = 67 resid = 1.881875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244549(s) Flops=442607616 => 1809.89337924097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260576.02422681 Mflops = 260.57602422681 Gflops = 0.26057602422681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 94 resid = 1.110255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342852(s) Flops=619776000 => 1807.70711560673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260261.54763189 Mflops = 260.26154763189 Gflops = 0.26026154763189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001110306 Relative Rsd = 4.86522648242295e-07
BICGSTAB_SOLVER_TIME: 0.689536 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040768 s
InvBiCGStab: k = 61 resid = 2.235095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223706(s) Flops=403236864 => 1802.53039256882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.34466581 Mflops = 259.50534466581 Gflops = 0.25950534466581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056714 s
InvBiCGStab: k = 88 resid = 1.141907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323006(s) Flops=580405248 => 1796.88689374191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258698.23552573 Mflops = 258.69823552573 Gflops = 0.25869823552573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001183013 Relative Rsd = 5.18382109138615e-07
BICGSTAB_SOLVER_TIME: 0.64812 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 64 resid = 1.678165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245376(s) Flops=422922240 => 1723.56807511737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248149.144322365 Mflops = 248.149144322365 Gflops = 0.248149144322365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057914 s
InvBiCGStab: k = 84 resid = 1.037311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321854(s) Flops=554158080 => 1721.76850373151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247883.164702627 Mflops = 247.883164702627 Gflops = 0.247883164702627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001134348 Relative Rsd = 4.97057448900569e-07
BICGSTAB_SOLVER_TIME: 0.670235 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11989
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978286(s) Flops=1568047104 => 1602.85141972797 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230795.551870436 Mflops = 230.795551870436 Gflops = 0.230795551870436 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174300000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 26 resid = 2.172738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096319(s) Flops=173574144 => 1802.0758521164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259370.770963538 Mflops = 259.370770963538 Gflops = 0.259370770963538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 52 resid = 1.070927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190936(s) Flops=344180736 => 1802.59739389115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259477.358798122 Mflops = 259.477358798122 Gflops = 0.259477358798122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007434197 Relative Rsd = 3.25757505173356e-07
BICGSTAB_SOLVER_TIME: 0.388219 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 58 resid = 1.829574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212645(s) Flops=383551488 => 1803.71740694585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.626907419 Mflops = 259.666626907419 Gflops = 0.259666626907419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056043 s
InvBiCGStab: k = 87 resid = 9.235369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317661(s) Flops=573843456 => 1806.46492959476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260081.041148398 Mflops = 260.081041148398 Gflops = 0.260081041148398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001152996 Relative Rsd = 5.05229077639363e-07
BICGSTAB_SOLVER_TIME: 0.631324 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041057 s
InvBiCGStab: k = 52 resid = 2.222308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19042(s) Flops=344180736 => 1807.48207121101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260194.949030394 Mflops = 260.194949030394 Gflops = 0.260194949030394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 84 resid = 7.908494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307375(s) Flops=554158080 => 1802.87297275315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.916738745 Mflops = 259.566916738745 Gflops = 0.259566916738745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001064817 Relative Rsd = 4.66589742515304e-07
BICGSTAB_SOLVER_TIME: 0.598835 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 79 resid = 2.272324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302396(s) Flops=521349120 => 1724.06090027646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248228.845194497 Mflops = 248.228845194497 Gflops = 0.248228845194497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058454 s
InvBiCGStab: k = 94 resid = 9.967962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355551(s) Flops=619776000 => 1743.14233401115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250969.227947996 Mflops = 250.969227947996 Gflops = 0.250969227947996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001159877 Relative Rsd = 5.08244129150411e-07
BICGSTAB_SOLVER_TIME: 0.761391 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 53 resid = 2.030238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195239(s) Flops=350742528 => 1796.47779388339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258618.577558992 Mflops = 258.618577558992 Gflops = 0.258618577558992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 88 resid = 1.068123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322677(s) Flops=580405248 => 1798.71899143726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258959.636147169 Mflops = 258.959636147169 Gflops = 0.258959636147169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001076116 Relative Rsd = 4.71540997311242e-07
BICGSTAB_SOLVER_TIME: 0.619733 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114985
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980856(s) Flops=1580433408 => 1611.27974748587 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232019.939281782 Mflops = 232.019939281782 Gflops = 0.232019939281782 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175703000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021386
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.24275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796499(s) Flops=1440000000 => 1807.91187434008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260259.44332453 Mflops = 260.25944332453 Gflops = 0.26025944332453 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 265 resid = 6.206718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994657(s) Flops=1741842432 => 1751.19908873109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252161.216561379 Mflops = 252.161216561379 Gflops = 0.252161216561379 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.002202885 Relative Rsd = 9.68554545166071e-07
BICGSTAB_SOLVER_TIME: 1.794479 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345460999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.237575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729217(s) Flops=1308764160 => 1794.75267307262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258408.172863624 Mflops = 258.408172863624 Gflops = 0.258408172863624 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.113245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789674(s) Flops=1426876416 => 1806.91831819206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260181.01544068 Mflops = 260.18101544068 Gflops = 0.26018101544068 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002032442 Relative Rsd = 8.92811932305899e-07
BICGSTAB_SOLVER_TIME: 1.52233 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296853999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982086(s) Flops=1580433408 => 1609.26172249681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231722.175922321 Mflops = 231.722175922321 Gflops = 0.231722175922321 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177485000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 35 resid = 1.627697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129091(s) Flops=232630272 => 1802.06421826463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259375.605247336 Mflops = 259.375605247336 Gflops = 0.259375605247336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056597 s
InvBiCGStab: k = 48 resid = 9.850414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176045(s) Flops=317933568 => 1805.97897128575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259980.958986577 Mflops = 259.980958986577 Gflops = 0.259980958986577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007357718 Relative Rsd = 3.22406311509662e-07
BICGSTAB_SOLVER_TIME: 0.406695 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 84 resid = 1.780565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324582(s) Flops=554158080 => 1707.29763203135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245805.920734546 Mflops = 245.805920734546 Gflops = 0.245805920734546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 118 resid = 7.363064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434695(s) Flops=777259008 => 1788.05601168635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257439.93802608 Mflops = 257.43993802608 Gflops = 0.25743993802608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.00136513 Relative Rsd = 5.98183618191071e-07
BICGSTAB_SOLVER_TIME: 0.860879 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158300999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 56 resid = 1.954496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20625(s) Flops=370427904 => 1796.01408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258544.991098916 Mflops = 258.544991098916 Gflops = 0.258544991098916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 92 resid = 8.291364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335226(s) Flops=606652416 => 1809.68187431762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260548.38196487 Mflops = 260.54838196487 Gflops = 0.26054838196487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001116888 Relative Rsd = 4.89406956550183e-07
BICGSTAB_SOLVER_TIME: 0.643842 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04128 s
InvBiCGStab: k = 75 resid = 2.211685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274931(s) Flops=495101952 => 1800.82257730121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259273.132558828 Mflops = 259.273132558828 Gflops = 0.259273132558828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0566 s
InvBiCGStab: k = 94 resid = 6.06109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343238(s) Flops=619776000 => 1805.67419691293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259972.181577607 Mflops = 259.972181577607 Gflops = 0.259972181577607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001181477 Relative Rsd = 5.17708957632993e-07
BICGSTAB_SOLVER_TIME: 0.719896 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040698 s
InvBiCGStab: k = 57 resid = 1.629187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208998(s) Flops=376989696 => 1803.79571096374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.765179823 Mflops = 259.681765179823 Gflops = 0.259681765179823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 98 resid = 9.246909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357895(s) Flops=646023168 => 1805.06340686514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259887.543159797 Mflops = 259.887543159797 Gflops = 0.259887543159797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001168442 Relative Rsd = 5.1199732118028e-07
BICGSTAB_SOLVER_TIME: 0.667458 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12505
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984071(s) Flops=1586847744 => 1612.53379481765 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232182.175368037 Mflops = 232.182175368037 Gflops = 0.232182175368037 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176213000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.405034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 26 resid = 2.225913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096978(s) Flops=173574144 => 1789.83010579719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257601.061697034 Mflops = 257.601061697034 Gflops = 0.257601061697034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 59 resid = 6.813204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219321(s) Flops=390113280 => 1778.73199556814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256066.244382843 Mflops = 256.066244382843 Gflops = 0.256066244382843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007707244 Relative Rsd = 3.37722115133773e-07
BICGSTAB_SOLVER_TIME: 0.417597 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 79 resid = 1.974923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289577(s) Flops=521349120 => 1800.38166014566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259208.362814262 Mflops = 259.208362814262 Gflops = 0.259208362814262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 117 resid = 1.12483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426616(s) Flops=770697216 => 1806.53612616498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260102.98658828 Mflops = 260.10298658828 Gflops = 0.26010298658828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001317176 Relative Rsd = 5.77170690966881e-07
BICGSTAB_SOLVER_TIME: 0.817714 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154224999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 51 resid = 2.180216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186729(s) Flops=337618944 => 1808.06914833797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260294.359901961 Mflops = 260.294359901961 Gflops = 0.260294359901961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 93 resid = 6.764115e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339507(s) Flops=613214208 => 1806.19017575484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260044.21590774 Mflops = 260.04421590774 Gflops = 0.26004421590774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127838 Relative Rsd = 4.94205124981437e-07
BICGSTAB_SOLVER_TIME: 0.627021 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040558 s
InvBiCGStab: k = 71 resid = 2.208403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259969(s) Flops=468854784 => 1803.50266377914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259640.409154429 Mflops = 259.640409154429 Gflops = 0.259640409154429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 97 resid = 9.225366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353917(s) Flops=639461376 => 1806.81169878813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260139.176951659 Mflops = 260.139176951659 Gflops = 0.260139176951659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00116513 Relative Rsd = 5.10545678834457e-07
BICGSTAB_SOLVER_TIME: 0.714585 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 60 resid = 2.119768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219382(s) Flops=396675072 => 1808.1477605273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260301.278996757 Mflops = 260.301278996757 Gflops = 0.260301278996757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055823 s
InvBiCGStab: k = 90 resid = 1.060389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329221(s) Flops=593528832 => 1802.82798484908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259559.170225234 Mflops = 259.559170225234 Gflops = 0.259559170225234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001145598 Relative Rsd = 5.01987176723532e-07
BICGSTAB_SOLVER_TIME: 0.649171 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121652
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.010272(s) Flops=1592967168 => 1576.77058059612 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227033.669419163 Mflops = 227.033669419163 Gflops = 0.227033669419163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177081000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042256 s
InvBiCGStab: k = 24 resid = 2.208183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090106(s) Flops=160450560 => 1780.68674672053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256293.385180034 Mflops = 256.293385180034 Gflops = 0.256293385180034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05584 s
InvBiCGStab: k = 52 resid = 1.14277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192424(s) Flops=344180736 => 1788.65804681329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257492.008583658 Mflops = 257.492008583657 Gflops = 0.257492008583658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007558088 Relative Rsd = 3.31186255776233e-07
BICGSTAB_SOLVER_TIME: 0.385029 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 66 resid = 2.03153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241468(s) Flops=436045824 => 1805.81204962976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259987.220421604 Mflops = 259.987220421604 Gflops = 0.259987220421604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056531 s
InvBiCGStab: k = 92 resid = 8.314197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336658(s) Flops=606652416 => 1801.98425702048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259433.855723052 Mflops = 259.433855723052 Gflops = 0.259433855723052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001114016 Relative Rsd = 4.88148495831503e-07
BICGSTAB_SOLVER_TIME: 0.679846 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 63 resid = 2.049302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23069(s) Flops=416360448 => 1804.84827257358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259833.254451258 Mflops = 259.833254451258 Gflops = 0.259833254451258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 91 resid = 8.373554e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332966(s) Flops=600090624 => 1802.25796027222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.903499026 Mflops = 259.473903499026 Gflops = 0.259473903499026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001115804 Relative Rsd = 4.88931985826566e-07
BICGSTAB_SOLVER_TIME: 0.664346 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124217000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 64 resid = 1.813473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234273(s) Flops=422922240 => 1805.25387048443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.497382753 Mflops = 259.902497382753 Gflops = 0.259902497382753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056237 s
InvBiCGStab: k = 88 resid = 9.93792e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321671(s) Flops=580405248 => 1804.34433940268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.689317095 Mflops = 259.769689317095 Gflops = 0.259769689317095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001131956 Relative Rsd = 4.96009207744989e-07
BICGSTAB_SOLVER_TIME: 0.657173 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 63 resid = 1.706272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230211(s) Flops=416360448 => 1808.60362015716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260369.867330988 Mflops = 260.369867330988 Gflops = 0.260369867330988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056134 s
InvBiCGStab: k = 93 resid = 6.76174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340793(s) Flops=613214208 => 1799.37442377044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259057.49771294 Mflops = 259.05749771294 Gflops = 0.25905749771294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001112964 Relative Rsd = 4.87687349301432e-07
BICGSTAB_SOLVER_TIME: 0.672289 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125795000000001
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985143(s) Flops=1586774016 => 1610.70424902781 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232077.713136673 Mflops = 232.077713136673 Gflops = 0.232077713136673 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176140000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041225 s
InvBiCGStab: k = 24 resid = 1.841728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089653(s) Flops=160450560 => 1789.68422696396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257559.396307166 Mflops = 257.559396307166 Gflops = 0.257559396307166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057236 s
InvBiCGStab: k = 58 resid = 5.287452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214497(s) Flops=383551488 => 1788.1438341795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257412.332431634 Mflops = 257.412332431634 Gflops = 0.257412332431634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007638147 Relative Rsd = 3.34694336182541e-07
BICGSTAB_SOLVER_TIME: 0.406484 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 67 resid = 2.164665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248283(s) Flops=442607616 => 1782.67386812629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256653.150536346 Mflops = 256.653150536346 Gflops = 0.256653150536346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 91 resid = 8.282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334297(s) Flops=600090624 => 1795.08228910221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258440.530756315 Mflops = 258.440530756315 Gflops = 0.258440530756315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001168909 Relative Rsd = 5.12201623376402e-07
BICGSTAB_SOLVER_TIME: 0.684327 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 76 resid = 1.315464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278627(s) Flops=501663744 => 1800.48503554932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.13667529 Mflops = 259.21513667529 Gflops = 0.25921513667529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 82 resid = 8.457918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300696(s) Flops=541034496 => 1799.27400431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.014271515 Mflops = 259.043014271515 Gflops = 0.259043014271515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001141282 Relative Rsd = 5.00095761785258e-07
BICGSTAB_SOLVER_TIME: 0.680501 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127701
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 66 resid = 2.054425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243082(s) Flops=436045824 => 1793.82193663044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258267.336618189 Mflops = 258.267336618189 Gflops = 0.258267336618189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 91 resid = 1.014449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333204(s) Flops=600090624 => 1800.97064861166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.786352359 Mflops = 259.290786352359 Gflops = 0.259290786352359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001219738 Relative Rsd = 5.344745416728e-07
BICGSTAB_SOLVER_TIME: 0.677 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 65 resid = 1.511003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237608(s) Flops=429484032 => 1807.53186761388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260229.387750849 Mflops = 260.229387750849 Gflops = 0.260229387750849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 97 resid = 8.780244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354577(s) Flops=639461376 => 1803.44854855222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.493189547 Mflops = 259.647493189547 Gflops = 0.259647493189547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001142609 Relative Rsd = 5.00677500173415e-07
BICGSTAB_SOLVER_TIME: 0.694113 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130358
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005332(s) Flops=1574387712 => 1566.03759951936 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225521.633721875 Mflops = 225.521633721875 Gflops = 0.225521633721875 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021413
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 2.242097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851753(s) Flops=1538426880 => 1806.18897732089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260061.624052728 Mflops = 260.061624052728 Gflops = 0.260061624052728 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.106604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870256(s) Flops=1571235840 => 1805.48693717711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259976.001654628 Mflops = 259.976001654628 Gflops = 0.259976001654628 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.002093174 Relative Rsd = 9.20321662471285e-07
BICGSTAB_SOLVER_TIME: 1.725437 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337516999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.022492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672462(s) Flops=1216899072 => 1809.61760218421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260496.069070387 Mflops = 260.496069070387 Gflops = 0.260496069070387 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.051206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810628(s) Flops=1440000000 => 1776.40051910371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255786.568227676 Mflops = 255.786568227676 Gflops = 0.255786568227676 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001998767 Relative Rsd = 8.77976964206355e-07
BICGSTAB_SOLVER_TIME: 1.486549 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.121991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288570999999997
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981281(s) Flops=1574387712 => 1604.42086619429 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231166.952248481 Mflops = 231.166952248481 Gflops = 0.231166952248481 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175005000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 23 resid = 2.264289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085134(s) Flops=153888768 => 1807.60645570512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260114.513480755 Mflops = 260.114513480755 Gflops = 0.260114513480755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055881 s
InvBiCGStab: k = 53 resid = 9.499207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194643(s) Flops=350742528 => 1801.97863781384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259393.590507209 Mflops = 259.393590507209 Gflops = 0.259393590507209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007883472 Relative Rsd = 3.45444202523423e-07
BICGSTAB_SOLVER_TIME: 0.380438 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041187 s
InvBiCGStab: k = 71 resid = 2.062905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260154(s) Flops=468854784 => 1802.2201619041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259459.925871709 Mflops = 259.459925871709 Gflops = 0.259459925871709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 111 resid = 9.576205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408257(s) Flops=731326464 => 1791.3384559236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257920.899580123 Mflops = 257.920899580123 Gflops = 0.257920899580123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001258034 Relative Rsd = 5.51255378236113e-07
BICGSTAB_SOLVER_TIME: 0.770027 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 60 resid = 2.143749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220836(s) Flops=396675072 => 1796.2427865022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258603.102199809 Mflops = 258.603102199809 Gflops = 0.258603102199809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 93 resid = 1.063866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340769(s) Flops=613214208 => 1799.50115180665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259085.510169928 Mflops = 259.085510169928 Gflops = 0.259085510169928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001126773 Relative Rsd = 4.93738367155092e-07
BICGSTAB_SOLVER_TIME: 0.663597 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123505000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041351 s
InvBiCGStab: k = 60 resid = 2.249264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220055(s) Flops=396675072 => 1802.61785462725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259517.660703832 Mflops = 259.517660703832 Gflops = 0.259517660703832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059971 s
InvBiCGStab: k = 100 resid = 3.31611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389572(s) Flops=659146752 => 1691.97671290544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243601.80458777 Mflops = 243.60180458777 Gflops = 0.24360180458777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001175151 Relative Rsd = 5.14936824238781e-07
BICGSTAB_SOLVER_TIME: 0.714804 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04186 s
InvBiCGStab: k = 72 resid = 1.980414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265146(s) Flops=475416576 => 1793.03695322577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258141.563532397 Mflops = 258.141563532397 Gflops = 0.258141563532397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057137 s
InvBiCGStab: k = 88 resid = 1.0178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323223(s) Flops=580405248 => 1795.68053016029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258519.598646694 Mflops = 258.519598646694 Gflops = 0.258519598646694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001177393 Relative Rsd = 5.15919209180829e-07
BICGSTAB_SOLVER_TIME: 0.691294 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128638
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973245(s) Flops=1568047104 => 1611.15351632939 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231985.668463838 Mflops = 231.985668463838 Gflops = 0.231985668463838 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174417000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 27 resid = 2.144825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099904(s) Flops=180135936 => 1803.09032671365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.546914366 Mflops = 259.523546914366 Gflops = 0.259523546914366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 54 resid = 8.085313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198495(s) Flops=357304320 => 1800.06710496486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259123.205272597 Mflops = 259.123205272597 Gflops = 0.259123205272597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007195513 Relative Rsd = 3.15298661061905e-07
BICGSTAB_SOLVER_TIME: 0.399789 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 74 resid = 2.246065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270176(s) Flops=488540160 => 1808.22930238067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260319.212832598 Mflops = 260.319212832598 Gflops = 0.260319212832598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057113 s
InvBiCGStab: k = 111 resid = 1.116647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408705(s) Flops=731326464 => 1789.3748889786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257639.717858162 Mflops = 257.639717858162 Gflops = 0.257639717858162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001258234 Relative Rsd = 5.51342812434403e-07
BICGSTAB_SOLVER_TIME: 0.780787 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 61 resid = 1.603432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234887(s) Flops=403236864 => 1716.72703895916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247156.206339163 Mflops = 247.156206339163 Gflops = 0.247156206339163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060588 s
InvBiCGStab: k = 90 resid = 9.462137e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342159(s) Flops=593528832 => 1734.65795726548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249741.498037786 Mflops = 249.741498037786 Gflops = 0.249741498037786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001066792 Relative Rsd = 4.6745536148309e-07
BICGSTAB_SOLVER_TIME: 0.682481 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 78 resid = 1.888064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286455(s) Flops=514787328 => 1797.0966748704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.655992534 Mflops = 258.722655992534 Gflops = 0.258722655992534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057307 s
InvBiCGStab: k = 94 resid = 8.176286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344566(s) Flops=619776000 => 1798.71490512703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258969.893242012 Mflops = 258.969893242012 Gflops = 0.258969893242012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001201241 Relative Rsd = 5.26369381288949e-07
BICGSTAB_SOLVER_TIME: 0.733279 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040604 s
InvBiCGStab: k = 71 resid = 1.614591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259671(s) Flops=468854784 => 1805.5723742736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.165428573 Mflops = 259.951165428574 Gflops = 0.259951165428573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056783 s
InvBiCGStab: k = 94 resid = 1.055227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344117(s) Flops=619776000 => 1801.06184815048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.191744122 Mflops = 259.299191744122 Gflops = 0.259299191744122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001186624 Relative Rsd = 5.1996413760511e-07
BICGSTAB_SOLVER_TIME: 0.705154 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132138
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965735(s) Flops=1555660800 => 1610.85680854479 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231999.593816285 Mflops = 231.999593816285 Gflops = 0.231999593816285 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172804000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 25 resid = 1.999278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093041(s) Flops=167012352 => 1795.04038004751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258351.31741393 Mflops = 258.35131741393 Gflops = 0.25835131741393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 51 resid = 8.947403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186829(s) Flops=337618944 => 1807.10138147718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260118.787241923 Mflops = 260.118787241923 Gflops = 0.260118787241923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007125793 Relative Rsd = 3.12243616311965e-07
BICGSTAB_SOLVER_TIME: 0.380847 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044243 s
InvBiCGStab: k = 52 resid = 2.275955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202992(s) Flops=344180736 => 1695.53842515961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244071.889581088 Mflops = 244.071889581088 Gflops = 0.244071889581088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06071 s
InvBiCGStab: k = 94 resid = 9.158295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350734(s) Flops=619776000 => 1767.08274646883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254411.5173821 Mflops = 254.4115173821 Gflops = 0.2544115173821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001109988 Relative Rsd = 4.86383335059372e-07
BICGSTAB_SOLVER_TIME: 0.662537 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 60 resid = 1.866689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221768(s) Flops=396675072 => 1788.69391436095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257509.720808247 Mflops = 257.509720808247 Gflops = 0.257509720808247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056904 s
InvBiCGStab: k = 89 resid = 9.905825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328366(s) Flops=586967040 => 1787.53902657401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257356.249235383 Mflops = 257.356249235383 Gflops = 0.257356249235383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00108043 Relative Rsd = 4.73431443025614e-07
BICGSTAB_SOLVER_TIME: 0.652228 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120673000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 76 resid = 1.792731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279605(s) Flops=501663744 => 1794.18731424688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258311.80900152 Mflops = 258.31180900152 Gflops = 0.25831180900152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056136 s
InvBiCGStab: k = 101 resid = 5.194421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370979(s) Flops=665708544 => 1794.46422573785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258357.66341417 Mflops = 258.35766341417 Gflops = 0.25835766341417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001179519 Relative Rsd = 5.16850837397499e-07
BICGSTAB_SOLVER_TIME: 0.751889 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140688
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 57 resid = 2.026523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208639(s) Flops=376989696 => 1806.89945791535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.093441402 Mflops = 260.122093441402 Gflops = 0.260122093441402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055829 s
InvBiCGStab: k = 95 resid = 9.089058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346954(s) Flops=626337792 => 1805.24735843945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259904.831460893 Mflops = 259.904831460893 Gflops = 0.259904831460893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001125076 Relative Rsd = 4.92994564328215e-07
BICGSTAB_SOLVER_TIME: 0.656173 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122803
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963299(s) Flops=1549246464 => 1608.27164151525 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231813.58733234 Mflops = 231.81358733234 Gflops = 0.23181358733234 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171995000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041464 s
InvBiCGStab: k = 25 resid = 2.026109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093903(s) Flops=167012352 => 1778.56247404236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255991.591063914 Mflops = 255.991591063914 Gflops = 0.255991591063914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057093 s
InvBiCGStab: k = 51 resid = 1.055427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188502(s) Flops=337618944 => 1791.06292771429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257831.564212399 Mflops = 257.831564212399 Gflops = 0.257831564212399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007805851 Relative Rsd = 3.42042940793439e-07
BICGSTAB_SOLVER_TIME: 0.384727 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041432 s
InvBiCGStab: k = 63 resid = 2.229022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23148(s) Flops=416360448 => 1798.68864696734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258951.114162824 Mflops = 258.951114162824 Gflops = 0.258951114162824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056717 s
InvBiCGStab: k = 94 resid = 1.116692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345614(s) Flops=619776000 => 1793.26068967114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258175.18985329 Mflops = 258.17518985329 Gflops = 0.25817518985329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001118969 Relative Rsd = 4.90318843206329e-07
BICGSTAB_SOLVER_TIME: 0.679207 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040595 s
InvBiCGStab: k = 63 resid = 1.693415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230226(s) Flops=416360448 => 1808.48578353444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260366.318281994 Mflops = 260.366318281994 Gflops = 0.260366318281994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 88 resid = 9.900455e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321175(s) Flops=580405248 => 1807.13084144158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260175.637827382 Mflops = 260.175637827382 Gflops = 0.260175637827382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001094805 Relative Rsd = 4.79730327139188e-07
BICGSTAB_SOLVER_TIME: 0.65199 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 74 resid = 2.049702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270937(s) Flops=488540160 => 1803.15040027756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.117316426 Mflops = 259.608117316426 Gflops = 0.259608117316426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056973 s
InvBiCGStab: k = 101 resid = 1.092081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369327(s) Flops=665708544 => 1802.4908658181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259516.290128722 Mflops = 259.516290128722 Gflops = 0.259516290128722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001196753 Relative Rsd = 5.24402723968833e-07
BICGSTAB_SOLVER_TIME: 0.741989 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 55 resid = 1.95291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201794(s) Flops=363866112 => 1803.15624845139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259582.016639072 Mflops = 259.582016639072 Gflops = 0.259582016639072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055951 s
InvBiCGStab: k = 98 resid = 9.188439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357705(s) Flops=646023168 => 1806.02219147063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260022.01066365 Mflops = 260.02201066365 Gflops = 0.26002201066365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001152476 Relative Rsd = 5.05001105975326e-07
BICGSTAB_SOLVER_TIME: 0.660404 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123654
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957808(s) Flops=1542905856 => 1610.87175717889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231949.746866106 Mflops = 231.949746866106 Gflops = 0.231949746866106 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171790000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.219893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807068(s) Flops=1459685376 => 1808.6274960722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260372.168471555 Mflops = 260.372168471555 Gflops = 0.260372168471555 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 8.655724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80847(s) Flops=1459685376 => 1805.49108315707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259975.350111701 Mflops = 259.975350111701 Gflops = 0.259975350111701 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002041994 Relative Rsd = 8.97823432532208e-07
BICGSTAB_SOLVER_TIME: 1.618903 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316808999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.116454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.711944(s) Flops=1151281152 => 1617.09509736721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232784.732812388 Mflops = 232.784732812388 Gflops = 0.232784732812388 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 7.649409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816272(s) Flops=1472808960 => 1804.31150400847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259808.061041984 Mflops = 259.808061041984 Gflops = 0.259808061041984 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.00194552 Relative Rsd = 8.54567291357494e-07
BICGSTAB_SOLVER_TIME: 1.531671 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285061999999997
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992121(s) Flops=1542905856 => 1555.15895339379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223947.551175093 Mflops = 223.947551175093 Gflops = 0.223947551175093 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171449000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 29 resid = 2.202978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106772(s) Flops=193259520 => 1810.02060465291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260518.954033527 Mflops = 260.518954033527 Gflops = 0.260518954033527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056597 s
InvBiCGStab: k = 53 resid = 1.053663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195641(s) Flops=350742528 => 1792.78642002443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258066.536566069 Mflops = 258.066536566069 Gflops = 0.258066536566069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007595766 Relative Rsd = 3.32837252175101e-07
BICGSTAB_SOLVER_TIME: 0.403807 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 74 resid = 2.03763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271119(s) Flops=488540160 => 1801.93995994379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.886433945 Mflops = 259.407886433945 Gflops = 0.259407886433945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058282 s
InvBiCGStab: k = 109 resid = 1.023504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400426(s) Flops=718202880 => 1793.59701917458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.941641596 Mflops = 258.234941641596 Gflops = 0.258234941641596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001299602 Relative Rsd = 5.69470054032529e-07
BICGSTAB_SOLVER_TIME: 0.774732 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047804 s
InvBiCGStab: k = 60 resid = 1.496684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268586(s) Flops=396675072 => 1476.90152130044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212633.394136253 Mflops = 212.633394136253 Gflops = 0.212633394136253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 92 resid = 1.138376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336489(s) Flops=606652416 => 1802.88929504382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.827800801 Mflops = 259.557827800801 Gflops = 0.259557827800801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001083703 Relative Rsd = 4.74865690352992e-07
BICGSTAB_SOLVER_TIME: 0.712656 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122857000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 64 resid = 1.748459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23448(s) Flops=422922240 => 1803.66018423746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259673.025035836 Mflops = 259.673025035836 Gflops = 0.259673025035836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 104 resid = 2.676181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379163(s) Flops=685393920 => 1807.64979705298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260261.639844521 Mflops = 260.261639844521 Gflops = 0.260261639844521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001181872 Relative Rsd = 5.17881836569986e-07
BICGSTAB_SOLVER_TIME: 0.714937 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04094 s
InvBiCGStab: k = 60 resid = 2.035052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232989(s) Flops=396675072 => 1702.54849799776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245114.542412384 Mflops = 245.114542412384 Gflops = 0.245114542412384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057899 s
InvBiCGStab: k = 101 resid = 1.061994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396275(s) Flops=665708544 => 1679.91557378083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241880.269935623 Mflops = 241.880269935623 Gflops = 0.241880269935623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001227636 Relative Rsd = 5.37935436178631e-07
BICGSTAB_SOLVER_TIME: 0.734974 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129409
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.40441(s) Flops=1530298368 => 1089.63790346124 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  156927.827338784 Mflops = 156.927827338784 Gflops = 0.156927827338784 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169690000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.717918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057448 s
InvBiCGStab: k = 30 resid = 2.209673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167359(s) Flops=199821312 => 1193.96812839465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171858.140186145 Mflops = 171.858140186146 Gflops = 0.171858140186146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.090126 s
InvBiCGStab: k = 49 resid = 1.063398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300176(s) Flops=324495360 => 1081.01700335803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  155635.206547536 Mflops = 155.635206547536 Gflops = 0.155635206547536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007457705 Relative Rsd = 3.26787611639617e-07
BICGSTAB_SOLVER_TIME: 0.619538 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.06183 s
InvBiCGStab: k = 74 resid = 2.131433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420157(s) Flops=488540160 => 1162.75620779851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  167417.607191716 Mflops = 167.417607191716 Gflops = 0.167417607191716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081117 s
InvBiCGStab: k = 104 resid = 6.166739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.605107(s) Flops=685393920 => 1132.6821867868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  163089.612526413 Mflops = 163.089612526413 Gflops = 0.163089612526413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00125292 Relative Rsd = 5.49014226504679e-07
BICGSTAB_SOLVER_TIME: 1.175002 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055608 s
InvBiCGStab: k = 61 resid = 2.177158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33611(s) Flops=403236864 => 1199.7169498081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172730.47616056 Mflops = 172.73047616056 Gflops = 0.17273047616056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076644 s
InvBiCGStab: k = 87 resid = 1.023432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.482492(s) Flops=573843456 => 1189.33258168011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  171249.096354865 Mflops = 171.249096354865 Gflops = 0.171249096354865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001091737 Relative Rsd = 4.783861156111e-07
BICGSTAB_SOLVER_TIME: 0.954961 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064482 s
InvBiCGStab: k = 87 resid = 1.332079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467888(s) Flops=573843456 => 1226.45474130561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176588.205982497 Mflops = 176.588205982497 Gflops = 0.176588205982497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087034 s
InvBiCGStab: k = 109 resid = 1.048556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.596407(s) Flops=718202880 => 1204.21604709536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  173389.524098544 Mflops = 173.389524098544 Gflops = 0.173389524098544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001203321 Relative Rsd = 5.27280757827252e-07
BICGSTAB_SOLVER_TIME: 1.220961 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154331999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056785 s
InvBiCGStab: k = 64 resid = 1.756706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388586(s) Flops=422922240 => 1088.36200995404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  156696.089878802 Mflops = 156.696089878802 Gflops = 0.156696089878802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080776 s
InvBiCGStab: k = 97 resid = 1.14073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.569533(s) Flops=639461376 => 1122.78195644502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  161662.768387777 Mflops = 161.662768387777 Gflops = 0.161662768387777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001182213 Relative Rsd = 5.18031403121553e-07
BICGSTAB_SOLVER_TIME: 1.100864 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.143493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129181
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.441292(s) Flops=1523884032 => 1057.30416320912 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  152323.796233647 Mflops = 152.323796233647 Gflops = 0.152323796233647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169055000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.651842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056301 s
InvBiCGStab: k = 25 resid = 2.016948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139461(s) Flops=167012352 => 1197.55596188182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172410.836360214 Mflops = 172.410836360214 Gflops = 0.172410836360214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081621 s
InvBiCGStab: k = 55 resid = 1.125897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310458(s) Flops=363866112 => 1172.03007170052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  168732.94555938 Mflops = 168.73294555938 Gflops = 0.16873294555938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007611538 Relative Rsd = 3.33528385334689e-07
BICGSTAB_SOLVER_TIME: 0.594151 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057699 s
InvBiCGStab: k = 62 resid = 2.268187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351974(s) Flops=409798656 => 1164.28672572406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  167626.312730432 Mflops = 167.626312730432 Gflops = 0.167626312730432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080456 s
InvBiCGStab: k = 98 resid = 6.100945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.545292(s) Flops=646023168 => 1184.72885719945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  170581.162743492 Mflops = 170.581162743492 Gflops = 0.170581162743492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001110094 Relative Rsd = 4.86429959830222e-07
BICGSTAB_SOLVER_TIME: 1.046003 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058842 s
InvBiCGStab: k = 57 resid = 1.615342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336429(s) Flops=376989696 => 1120.56242476124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  161336.388683285 Mflops = 161.336388683285 Gflops = 0.161336388683285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083104 s
InvBiCGStab: k = 88 resid = 5.275274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.498571(s) Flops=580405248 => 1164.13760126441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  167613.687127739 Mflops = 167.613687127739 Gflops = 0.167613687127739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001017203 Relative Rsd = 4.45725973748408e-07
BICGSTAB_SOLVER_TIME: 0.982636 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.145034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.064485 s
InvBiCGStab: k = 64 resid = 2.23562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377505(s) Flops=422922240 => 1120.30897604005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  161386.7922691 Mflops = 161.3867922691 Gflops = 0.1613867922691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.09889 s
InvBiCGStab: k = 103 resid = 9.434851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.620242(s) Flops=678832128 => 1094.46333527881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  157586.657252327 Mflops = 157.586657252327 Gflops = 0.157586657252327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001127947 Relative Rsd = 4.94252769987973e-07
BICGSTAB_SOLVER_TIME: 1.166114 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063896 s
InvBiCGStab: k = 63 resid = 2.107618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382986(s) Flops=416360448 => 1087.14273628801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  156470.992889056 Mflops = 156.470992889056 Gflops = 0.156470992889056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.090801 s
InvBiCGStab: k = 92 resid = 1.000685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.529893(s) Flops=606652416 => 1144.85833177642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  164839.714376629 Mflops = 164.839714376629 Gflops = 0.164839714376629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001069199 Relative Rsd = 4.6851013214706e-07
BICGSTAB_SOLVER_TIME: 1.074142 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124811
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.376805(s) Flops=1517469696 => 1102.16747905477 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  158706.477828596 Mflops = 158.706477828596 Gflops = 0.158706477828596 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.68879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062519 s
InvBiCGStab: k = 30 resid = 1.23331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178345(s) Flops=199821312 => 1120.42003981048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  161238.798201545 Mflops = 161.238798201545 Gflops = 0.161238798201545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08572 s
InvBiCGStab: k = 50 resid = 1.130198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283667(s) Flops=331057152 => 1167.06261919786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  168011.403270174 Mflops = 168.011403270174 Gflops = 0.168011403270174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007378999 Relative Rsd = 3.23338781420773e-07
BICGSTAB_SOLVER_TIME: 0.614166 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.147555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059899 s
InvBiCGStab: k = 69 resid = 9.216518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405007(s) Flops=455731200 => 1125.24277358169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  162030.00136198 Mflops = 162.03000136198 Gflops = 0.16203000136198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.095163 s
InvBiCGStab: k = 102 resid = 7.04074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.574197(s) Flops=672270336 => 1170.80085057916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  168565.450713125 Mflops = 168.565450713125 Gflops = 0.168565450713125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001120717 Relative Rsd = 4.91084530088672e-07
BICGSTAB_SOLVER_TIME: 1.139264 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062347 s
InvBiCGStab: k = 60 resid = 2.152352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357404(s) Flops=396675072 => 1109.87865832503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  159801.76453646 Mflops = 159.80176453646 Gflops = 0.15980176453646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.088953 s
InvBiCGStab: k = 84 resid = 9.843701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476847(s) Flops=554158080 => 1162.12973972784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  167329.138839498 Mflops = 167.329138839498 Gflops = 0.167329138839498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001099855 Relative Rsd = 4.81943065306767e-07
BICGSTAB_SOLVER_TIME: 0.990706 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.144137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063883 s
InvBiCGStab: k = 66 resid = 1.697883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38256(s) Flops=436045824 => 1139.81028858218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  164107.271606147 Mflops = 164.107271606147 Gflops = 0.164107271606147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.106537 s
InvBiCGStab: k = 96 resid = 1.023564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.553995(s) Flops=632899584 => 1142.42833238567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  164492.215243544 Mflops = 164.492215243544 Gflops = 0.164492215243544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001200224 Relative Rsd = 5.25923691329521e-07
BICGSTAB_SOLVER_TIME: 1.114153 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062305 s
InvBiCGStab: k = 56 resid = 2.278952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317461(s) Flops=370427904 => 1166.84538888241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  167995.932616758 Mflops = 167.995932616758 Gflops = 0.167995932616758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08191 s
InvBiCGStab: k = 91 resid = 1.073235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.519574(s) Flops=600090624 => 1154.96661495764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  166294.406519332 Mflops = 166.294406519332 Gflops = 0.166294406519332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001063521 Relative Rsd = 4.66021879332477e-07
BICGSTAB_SOLVER_TIME: 0.985243 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119182
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.308825(s) Flops=1505083392 => 1149.95006360667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  165650.026271365 Mflops = 165.650026271365 Gflops = 0.165650026271365 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166975000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.534817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.253132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.221827(s) Flops=1472808960 => 1205.41530020207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  173559.636355731 Mflops = 173.559636355731 Gflops = 0.173559636355731 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.088151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.256122(s) Flops=1571235840 => 1250.86244807431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  180117.934059803 Mflops = 180.117934059803 Gflops = 0.180117934059803 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002086364 Relative Rsd = 9.17347799730998e-07
BICGSTAB_SOLVER_TIME: 2.481378 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330325999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.275756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717719(s) Flops=1295640576 => 1805.21983673276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259888.602007177 Mflops = 259.888602007177 Gflops = 0.259888602007177 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.105965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82458(s) Flops=1485932544 => 1802.04776249727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259480.642811417 Mflops = 259.480642811416 Gflops = 0.259480642811416 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.001978286 Relative Rsd = 8.68975919118331e-07
BICGSTAB_SOLVER_TIME: 1.545605 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302044999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934124(s) Flops=1505083392 => 1611.22441132012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232009.010828696 Mflops = 232.009010828696 Gflops = 0.232009010828696 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167305000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041254 s
InvBiCGStab: k = 35 resid = 2.125998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128996(s) Flops=232630272 => 1803.39136097243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.38864152 Mflops = 259.58738864152 Gflops = 0.25958738864152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056084 s
InvBiCGStab: k = 55 resid = 8.498334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201611(s) Flops=363866112 => 1804.79295276547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259802.692712099 Mflops = 259.802692712099 Gflops = 0.259802692712099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0008158895 Relative Rsd = 3.57512902029704e-07
BICGSTAB_SOLVER_TIME: 0.431759 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0787060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041041 s
InvBiCGStab: k = 79 resid = 1.582767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289625(s) Flops=521349120 => 1800.08328010358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.123902478 Mflops = 259.158123902478 Gflops = 0.259158123902478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055771 s
InvBiCGStab: k = 100 resid = 1.109687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366108(s) Flops=659146752 => 1800.41613949982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259224.826235919 Mflops = 259.224826235919 Gflops = 0.259224826235919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001325103 Relative Rsd = 5.80643981336296e-07
BICGSTAB_SOLVER_TIME: 0.756568 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142042
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04187 s
InvBiCGStab: k = 54 resid = 2.141579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198303(s) Flops=357304320 => 1801.8099574893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.208276339 Mflops = 259.374208276339 Gflops = 0.259374208276339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056134 s
InvBiCGStab: k = 81 resid = 9.341551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296513(s) Flops=534472704 => 1802.52705277678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.242375843 Mflops = 259.506242375843 Gflops = 0.259506242375843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001068315 Relative Rsd = 4.68122595621734e-07
BICGSTAB_SOLVER_TIME: 0.596702 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 62 resid = 1.967332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227356(s) Flops=409798656 => 1802.45366737627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259500.356967826 Mflops = 259.500356967825 Gflops = 0.259500356967825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 97 resid = 1.074744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354292(s) Flops=639461376 => 1804.89928081921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.815254213 Mflops = 259.869815254213 Gflops = 0.259869815254213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001136153 Relative Rsd = 4.97848437627924e-07
BICGSTAB_SOLVER_TIME: 0.682403 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 66 resid = 2.224245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241184(s) Flops=436045824 => 1807.93843704392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260285.480411137 Mflops = 260.285480411137 Gflops = 0.260285480411137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056648 s
InvBiCGStab: k = 93 resid = 1.054707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33965(s) Flops=613214208 => 1805.42973060503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.911953912 Mflops = 259.933911953912 Gflops = 0.259933911953912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001147782 Relative Rsd = 5.02944004761646e-07
BICGSTAB_SOLVER_TIME: 0.682543 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128145
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946311(s) Flops=1498816512 => 1583.85193873896 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228055.219065051 Mflops = 228.055219065051 Gflops = 0.228055219065051 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166401000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 25 resid = 2.082218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094603(s) Flops=167012352 => 1765.40228111159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254104.801029652 Mflops = 254.104801029652 Gflops = 0.254104801029652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056006 s
InvBiCGStab: k = 59 resid = 1.108974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216076(s) Flops=390113280 => 1805.44475092097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259895.020976836 Mflops = 259.895020976836 Gflops = 0.259895020976836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007993261 Relative Rsd = 3.50254996371291e-07
BICGSTAB_SOLVER_TIME: 0.411333 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0744170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 67 resid = 2.207384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245083(s) Flops=442607616 => 1805.94988636503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259997.72214956 Mflops = 259.99772214956 Gflops = 0.25999772214956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 101 resid = 1.140982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369676(s) Flops=665708544 => 1800.78918837036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259263.732310287 Mflops = 259.263732310287 Gflops = 0.259263732310287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001246389 Relative Rsd = 5.46152618440804e-07
BICGSTAB_SOLVER_TIME: 0.716086 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04127 s
InvBiCGStab: k = 68 resid = 1.298345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248525(s) Flops=449169408 => 1807.34094356705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.456060663 Mflops = 260.211456060663 Gflops = 0.260211456060663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056096 s
InvBiCGStab: k = 91 resid = 1.026615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332724(s) Flops=600090624 => 1803.56879575865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259668.148545935 Mflops = 259.668148545935 Gflops = 0.259668148545935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001097733 Relative Rsd = 4.81013426549685e-07
BICGSTAB_SOLVER_TIME: 0.682437 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 62 resid = 1.937396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227078(s) Flops=409798656 => 1804.66031936163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259816.324762073 Mflops = 259.816324762073 Gflops = 0.259816324762073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055963 s
InvBiCGStab: k = 90 resid = 9.470086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339503(s) Flops=593528832 => 1748.22853406303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251703.334664886 Mflops = 251.703334664886 Gflops = 0.251703334664886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001170289 Relative Rsd = 5.12806368079278e-07
BICGSTAB_SOLVER_TIME: 0.667742 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040818 s
InvBiCGStab: k = 72 resid = 2.077598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264849(s) Flops=475416576 => 1795.04765356864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258438.045434803 Mflops = 258.438045434803 Gflops = 0.258438045434803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056835 s
InvBiCGStab: k = 90 resid = 1.093675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331(s) Flops=593528832 => 1793.1384652568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258169.344179345 Mflops = 258.169344179345 Gflops = 0.258169344179345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001148785 Relative Rsd = 5.0338382836588e-07
BICGSTAB_SOLVER_TIME: 0.697332 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12997
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93061(s) Flops=1492697088 => 1603.99854718948 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230954.578793736 Mflops = 230.954578793736 Gflops = 0.230954578793736 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165729000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 26 resid = 2.203394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09583(s) Flops=173574144 => 1811.27145987687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260680.278692615 Mflops = 260.680278692615 Gflops = 0.260680278692615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 70 resid = 8.424538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255558(s) Flops=462292992 => 1808.95527434085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260418.744935309 Mflops = 260.418744935309 Gflops = 0.260418744935309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.000776424 Relative Rsd = 3.40219575575422e-07
BICGSTAB_SOLVER_TIME: 0.453317 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0829800000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 57 resid = 2.10935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210964(s) Flops=376989696 => 1786.98591228835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257258.23334611 Mflops = 257.25823334611 Gflops = 0.25725823334611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 88 resid = 9.111294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321269(s) Flops=580405248 => 1806.60209357268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260101.911524569 Mflops = 260.101911524569 Gflops = 0.260101911524569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001108453 Relative Rsd = 4.85710744683377e-07
BICGSTAB_SOLVER_TIME: 0.633518 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117701
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 71 resid = 1.986493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261557(s) Flops=468854784 => 1792.55299609645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258078.892564791 Mflops = 258.078892564791 Gflops = 0.258078892564791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 86 resid = 9.630413e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333837(s) Flops=567281664 => 1699.27738387297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244659.009831272 Mflops = 244.659009831272 Gflops = 0.244659009831272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001120447 Relative Rsd = 4.9096623376088e-07
BICGSTAB_SOLVER_TIME: 0.697 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04207 s
InvBiCGStab: k = 63 resid = 1.870332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232551(s) Flops=416360448 => 1790.40489183018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257753.564803691 Mflops = 257.753564803691 Gflops = 0.257753564803691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 88 resid = 8.380831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323734(s) Flops=580405248 => 1792.84612675839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258121.914165434 Mflops = 258.121914165434 Gflops = 0.258121914165434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001107723 Relative Rsd = 4.85390747760464e-07
BICGSTAB_SOLVER_TIME: 0.658689 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 73 resid = 2.182622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267829(s) Flops=481978368 => 1799.57498254483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259077.802423507 Mflops = 259.077802423507 Gflops = 0.259077802423507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056633 s
InvBiCGStab: k = 89 resid = 1.047505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32478(s) Flops=586967040 => 1807.27581747645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260201.205979392 Mflops = 260.201205979392 Gflops = 0.260201205979392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001127964 Relative Rsd = 4.94260166696697e-07
BICGSTAB_SOLVER_TIME: 0.6945 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130262
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92131(s) Flops=1480384512 => 1606.82562004103 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231361.549251429 Mflops = 231.361549251429 Gflops = 0.231361549251429 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164535000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042026 s
InvBiCGStab: k = 26 resid = 2.195405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095969(s) Flops=173574144 => 1808.64804259709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260297.667690883 Mflops = 260.297667690883 Gflops = 0.260297667690883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 62 resid = 9.619807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226585(s) Flops=409798656 => 1808.58687026944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260352.439121614 Mflops = 260.352439121614 Gflops = 0.260352439121614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007520193 Relative Rsd = 3.29525745679593e-07
BICGSTAB_SOLVER_TIME: 0.425041 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042147 s
InvBiCGStab: k = 63 resid = 2.207845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238164(s) Flops=416360448 => 1748.20899884113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251683.7318144 Mflops = 251.6837318144 Gflops = 0.2516837318144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059366 s
InvBiCGStab: k = 101 resid = 6.83516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386027(s) Flops=665708544 => 1724.51290712826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248286.050792221 Mflops = 248.286050792221 Gflops = 0.248286050792221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00112903 Relative Rsd = 4.947273836291e-07
BICGSTAB_SOLVER_TIME: 0.729545 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 72 resid = 2.196652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264517(s) Flops=475416576 => 1797.30064986371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258765.044034191 Mflops = 258.765044034191 Gflops = 0.258765044034191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 88 resid = 7.861238e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324087(s) Flops=580405248 => 1790.8933341973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257835.624033511 Mflops = 257.835624033511 Gflops = 0.257835624033511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001085002 Relative Rsd = 4.7543487984221e-07
BICGSTAB_SOLVER_TIME: 0.689998 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040627 s
InvBiCGStab: k = 67 resid = 2.271065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245382(s) Flops=442607616 => 1803.74932146612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.136982263 Mflops = 259.674136982263 Gflops = 0.259674136982263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05594 s
InvBiCGStab: k = 91 resid = 8.929935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333154(s) Flops=600090624 => 1801.24093962552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.169021821 Mflops = 259.331169021821 Gflops = 0.259331169021821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001153044 Relative Rsd = 5.05249788423788e-07
BICGSTAB_SOLVER_TIME: 0.678981 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 77 resid = 2.002077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282264(s) Flops=508225536 => 1800.53260777145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259214.592903014 Mflops = 259.214592903014 Gflops = 0.259214592903014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055772 s
InvBiCGStab: k = 89 resid = 7.948711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32488(s) Flops=586967040 => 1806.71952721005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260127.39976025 Mflops = 260.12739976025 Gflops = 0.26012739976025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00115822 Relative Rsd = 5.07518180448039e-07
BICGSTAB_SOLVER_TIME: 0.70822 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132921
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921887(s) Flops=1480163328 => 1605.57999841629 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231262.102184923 Mflops = 231.262102184923 Gflops = 0.231262102184923 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164265000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 7.852134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803776(s) Flops=1440000000 => 1791.54391273191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257967.33746462 Mflops = 257.96733746462 Gflops = 0.25796733746462 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 263 resid = 8.869367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958033(s) Flops=1728718848 => 1804.44603473993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.282626808 Mflops = 259.829282626808 Gflops = 0.259829282626808 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002064216 Relative Rsd = 9.07626210206383e-07
BICGSTAB_SOLVER_TIME: 1.765081 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343917999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.760414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747653(s) Flops=1348134912 => 1803.15589183752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.070846403 Mflops = 259.635070846403 Gflops = 0.259635070846403 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 5.204951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783184(s) Flops=1413752832 => 1805.13497722119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259921.904792327 Mflops = 259.921904792327 Gflops = 0.259921904792327 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001975896 Relative Rsd = 8.67962865093311e-07
BICGSTAB_SOLVER_TIME: 1.534345 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299657999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92218(s) Flops=1480163328 => 1605.06986488538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231173.739107901 Mflops = 231.173739107901 Gflops = 0.231173739107901 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164212000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042158 s
InvBiCGStab: k = 25 resid = 2.161762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093067(s) Flops=167012352 => 1794.5389020813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258267.583999537 Mflops = 258.267583999537 Gflops = 0.258267583999537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056541 s
InvBiCGStab: k = 49 resid = 1.147408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179726(s) Flops=324495360 => 1805.50037278969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259895.218247132 Mflops = 259.895218247132 Gflops = 0.259895218247132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007330453 Relative Rsd = 3.21211564509573e-07
BICGSTAB_SOLVER_TIME: 0.375281 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 91 resid = 2.067649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331667(s) Flops=600090624 => 1809.31664591292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260494.281688792 Mflops = 260.494281688792 Gflops = 0.260494281688792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 108 resid = 4.988112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394201(s) Flops=711641088 => 1805.2746898156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.475971449 Mflops = 259.924475971449 Gflops = 0.259924475971449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001315002 Relative Rsd = 5.76217892859726e-07
BICGSTAB_SOLVER_TIME: 0.827546 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156327999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040899 s
InvBiCGStab: k = 56 resid = 1.99346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205921(s) Flops=370427904 => 1798.88357185523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258977.443525794 Mflops = 258.977443525794 Gflops = 0.258977443525794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056176 s
InvBiCGStab: k = 78 resid = 8.843888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286912(s) Flops=514787328 => 1794.23421815748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258319.214626838 Mflops = 258.319214626838 Gflops = 0.258319214626838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001047532 Relative Rsd = 4.59015971888506e-07
BICGSTAB_SOLVER_TIME: 0.593841 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041095 s
InvBiCGStab: k = 75 resid = 1.348311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274707(s) Flops=495101952 => 1802.2909936769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.303263266 Mflops = 259.479303263266 Gflops = 0.259479303263266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055891 s
InvBiCGStab: k = 89 resid = 8.375389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325004(s) Flops=586967040 => 1806.0302027052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.48584816 Mflops = 260.01448584816 Gflops = 0.26001448584816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001167721 Relative Rsd = 5.11681303176542e-07
BICGSTAB_SOLVER_TIME: 0.700524 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041465 s
InvBiCGStab: k = 64 resid = 1.867013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234024(s) Flops=422922240 => 1807.17464875397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.219569969 Mflops = 260.174219569969 Gflops = 0.260174219569969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056352 s
InvBiCGStab: k = 99 resid = 6.471806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36151(s) Flops=652584960 => 1805.1643384692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259898.297720084 Mflops = 259.898297720084 Gflops = 0.259898297720084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001204901 Relative Rsd = 5.2797319178734e-07
BICGSTAB_SOLVER_TIME: 0.697309 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130974
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952696(s) Flops=1474043904 => 1547.23427410213 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222785.938137311 Mflops = 222.785938137311 Gflops = 0.222785938137311 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163353000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 33 resid = 1.304503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121487(s) Flops=219506688 => 1806.83273107411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260096.402987728 Mflops = 260.096402987728 Gflops = 0.260096402987728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 55 resid = 1.072576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201617(s) Flops=363866112 => 1804.73924321858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259784.104631846 Mflops = 259.784104631846 Gflops = 0.259784104631846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007720042 Relative Rsd = 3.38282913184474e-07
BICGSTAB_SOLVER_TIME: 0.424379 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041742 s
InvBiCGStab: k = 67 resid = 2.234606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246486(s) Flops=442607616 => 1795.67040724422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258531.473858232 Mflops = 258.531473858232 Gflops = 0.258531473858232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055886 s
InvBiCGStab: k = 106 resid = 6.651799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386921(s) Flops=698517504 => 1805.32331923054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.326908588 Mflops = 259.928326908588 Gflops = 0.259928326908588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001292313 Relative Rsd = 5.6627574711145e-07
BICGSTAB_SOLVER_TIME: 0.734874 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 60 resid = 2.016948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221083(s) Flops=396675072 => 1794.23597472442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258299.677504439 Mflops = 258.299677504439 Gflops = 0.258299677504439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056633 s
InvBiCGStab: k = 99 resid = 9.281552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361287(s) Flops=652584960 => 1806.27855416885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260053.621070471 Mflops = 260.053621070471 Gflops = 0.260053621070471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001103578 Relative Rsd = 4.83574728239385e-07
BICGSTAB_SOLVER_TIME: 0.683976 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 80 resid = 1.968671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292533(s) Flops=527910912 => 1804.62003261171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.151703109 Mflops = 259.789151703109 Gflops = 0.259789151703109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 96 resid = 1.151266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350916(s) Flops=632899584 => 1803.56434018398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259667.93154463 Mflops = 259.66793154463 Gflops = 0.25966793154463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001191934 Relative Rsd = 5.22291040145952e-07
BICGSTAB_SOLVER_TIME: 0.744337 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 60 resid = 2.238845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21939(s) Flops=396675072 => 1808.08182688363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260297.901762684 Mflops = 260.297901762684 Gflops = 0.260297901762684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056012 s
InvBiCGStab: k = 92 resid = 1.137622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335152(s) Flops=606652416 => 1810.08144364348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260598.951490255 Mflops = 260.598951490255 Gflops = 0.260598951490255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001130926 Relative Rsd = 4.95557957501072e-07
BICGSTAB_SOLVER_TIME: 0.655497 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122868
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923515(s) Flops=1480163328 => 1602.74963373632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230777.608325998 Mflops = 230.777608325998 Gflops = 0.230777608325998 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164368000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 34 resid = 2.083222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125501(s) Flops=226068480 => 1801.32811690744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.897711577 Mflops = 259.296897711577 Gflops = 0.259296897711577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 58 resid = 8.744338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212321(s) Flops=383551488 => 1806.46986402664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260059.386634958 Mflops = 260.059386634958 Gflops = 0.260059386634958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007773807 Relative Rsd = 3.40638815924691e-07
BICGSTAB_SOLVER_TIME: 0.439011 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0802260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 61 resid = 2.277205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223987(s) Flops=403236864 => 1800.26905132887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259182.381656024 Mflops = 259.182381656024 Gflops = 0.259182381656024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 83 resid = 8.757335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303869(s) Flops=547596288 => 1802.0801332153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259438.784271824 Mflops = 259.438784271824 Gflops = 0.259438784271824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001102351 Relative Rsd = 4.83036706950374e-07
BICGSTAB_SOLVER_TIME: 0.628673 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 53 resid = 2.071072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193698(s) Flops=350742528 => 1810.77000278784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260658.812606574 Mflops = 260.658812606574 Gflops = 0.260658812606574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056002 s
InvBiCGStab: k = 84 resid = 1.070748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30717(s) Flops=554158080 => 1804.07617931439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259728.890990879 Mflops = 259.728890990879 Gflops = 0.259728890990879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001027365 Relative Rsd = 4.50178945435304e-07
BICGSTAB_SOLVER_TIME: 0.601829 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 68 resid = 2.252959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248315(s) Flops=449169408 => 1808.86941183577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260419.914901356 Mflops = 260.419914901356 Gflops = 0.260419914901356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056423 s
InvBiCGStab: k = 93 resid = 1.036877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339668(s) Flops=613214208 => 1805.33405560724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.592556186 Mflops = 259.919592556186 Gflops = 0.259919592556186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001147509 Relative Rsd = 5.02824433139247e-07
BICGSTAB_SOLVER_TIME: 0.689393 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 61 resid = 1.943223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223352(s) Flops=403236864 => 1805.38729897203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.08784909 Mflops = 259.92308784909 Gflops = 0.25992308784909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 83 resid = 8.702347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304017(s) Flops=547596288 => 1801.20285378778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.342852571 Mflops = 259.325342852571 Gflops = 0.259325342852571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001075063 Relative Rsd = 4.71079391675112e-07
BICGSTAB_SOLVER_TIME: 0.628568 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117334
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938426(s) Flops=1480163328 => 1577.28294825591 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227110.92818082 Mflops = 227.11092818082 Gflops = 0.22711092818082 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164243000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 26 resid = 1.619117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096184(s) Flops=173574144 => 1804.60517341762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259696.609066539 Mflops = 259.696609066539 Gflops = 0.259696609066539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 53 resid = 6.781226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196213(s) Flops=350742528 => 1787.56009031002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257323.0996512 Mflops = 257.3230996512 Gflops = 0.2573230996512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000757117 Relative Rsd = 3.31759500702304e-07
BICGSTAB_SOLVER_TIME: 0.393445 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040727 s
InvBiCGStab: k = 72 resid = 2.094883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263453(s) Flops=475416576 => 1804.55935593825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259803.268159052 Mflops = 259.803268159052 Gflops = 0.259803268159052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 90 resid = 9.275295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329342(s) Flops=593528832 => 1802.16562722034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259466.878218096 Mflops = 259.466878218096 Gflops = 0.259466878218096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001112713 Relative Rsd = 4.87577520929834e-07
BICGSTAB_SOLVER_TIME: 0.693609 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 55 resid = 1.541431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200671(s) Flops=363866112 => 1813.24711592607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261043.517840968 Mflops = 261.043517840968 Gflops = 0.261043517840968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056464 s
InvBiCGStab: k = 87 resid = 9.863468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317769(s) Flops=573843456 => 1805.85096721203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.875008729 Mflops = 259.990875008729 Gflops = 0.259990875008729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001082726 Relative Rsd = 4.74437548447362e-07
BICGSTAB_SOLVER_TIME: 0.62032 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041805 s
InvBiCGStab: k = 65 resid = 2.231642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237286(s) Flops=429484032 => 1809.98471043382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260586.93054723 Mflops = 260.58693054723 Gflops = 0.26058693054723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055914 s
InvBiCGStab: k = 92 resid = 9.041676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336085(s) Flops=606652416 => 1805.05650653852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.580481025 Mflops = 259.877580481025 Gflops = 0.259877580481025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00114475 Relative Rsd = 5.01615555874907e-07
BICGSTAB_SOLVER_TIME: 0.674877 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00184
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043936 s
InvBiCGStab: k = 55 resid = 2.040474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214124(s) Flops=363866112 => 1699.32427938951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244644.990762603 Mflops = 244.644990762603 Gflops = 0.244644990762603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 89 resid = 1.089903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327882(s) Flops=586967040 => 1790.1776858748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257731.371316635 Mflops = 257.731371316635 Gflops = 0.257731371316635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001058294 Relative Rsd = 4.63731756288115e-07
BICGSTAB_SOLVER_TIME: 0.646228 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117214
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923936(s) Flops=1480163328 => 1602.01932601392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230678.24966024 Mflops = 230.67824966024 Gflops = 0.23067824966024 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164347000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 2.226692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77948(s) Flops=1407191040 => 1805.29460666085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.284408745 Mflops = 259.929284408745 Gflops = 0.259929284408745 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.115719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928344(s) Flops=1676224512 => 1805.60709392208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.974282033 Mflops = 259.994974282033 Gflops = 0.259994974282033 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002085294 Relative Rsd = 9.16921531753379e-07
BICGSTAB_SOLVER_TIME: 1.711231 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0.115099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334832999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.547509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67397(s) Flops=1157842944 => 1717.9443358013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247321.954220437 Mflops = 247.321954220437 Gflops = 0.247321954220437 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.078215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885054(s) Flops=1584359424 => 1790.12740917503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257765.315851373 Mflops = 257.765315851373 Gflops = 0.257765315851373 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001986251 Relative Rsd = 8.72562784013771e-07
BICGSTAB_SOLVER_TIME: 1.562446 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297496999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919892(s) Flops=1480163328 => 1609.06207250416 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231686.944325844 Mflops = 231.686944325844 Gflops = 0.231686944325844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164485000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0406 s
InvBiCGStab: k = 30 resid = 2.033292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114233(s) Flops=199821312 => 1749.24331848065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251763.699255294 Mflops = 251.763699255294 Gflops = 0.251763699255294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 64 resid = 9.901901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234531(s) Flops=422922240 => 1803.26796883994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.70742133 Mflops = 259.60070742133 Gflops = 0.25960070742133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007770102 Relative Rsd = 3.40476445415264e-07
BICGSTAB_SOLVER_TIME: 0.449355 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0815100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 84 resid = 2.211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306856(s) Flops=554158080 => 1805.92225669369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.425410578 Mflops = 260.002425410578 Gflops = 0.260002425410578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 110 resid = 6.257015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401911(s) Flops=724764672 => 1803.29643129947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.122582098 Mflops = 259.633122582098 Gflops = 0.259633122582098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001303294 Relative Rsd = 5.71087841759817e-07
BICGSTAB_SOLVER_TIME: 0.810437 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152781999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 56 resid = 1.499237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220105(s) Flops=370427904 => 1682.95996910565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242292.24284722 Mflops = 242.29224284722 Gflops = 0.24229224284722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057505 s
InvBiCGStab: k = 86 resid = 1.145769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322081(s) Flops=567281664 => 1761.30123788736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253582.43527089 Mflops = 253.58243527089 Gflops = 0.25358243527089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001144935 Relative Rsd = 5.01696766635512e-07
BICGSTAB_SOLVER_TIME: 0.645009 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042199 s
InvBiCGStab: k = 69 resid = 1.968179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255213(s) Flops=455731200 => 1785.68960045139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257091.697758493 Mflops = 257.091697758493 Gflops = 0.257091697758493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056727 s
InvBiCGStab: k = 90 resid = 1.039119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331305(s) Flops=593528832 => 1791.48769864626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257922.117621831 Mflops = 257.922117621831 Gflops = 0.257922117621831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001196792 Relative Rsd = 5.24419710893005e-07
BICGSTAB_SOLVER_TIME: 0.689288 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 62 resid = 1.422418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226674(s) Flops=409798656 => 1807.87675692845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260289.38977185 Mflops = 260.28938977185 Gflops = 0.26028938977185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 94 resid = 8.736844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344591(s) Flops=619776000 => 1798.58440876285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258934.517220311 Mflops = 258.934517220311 Gflops = 0.258934517220311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001102086 Relative Rsd = 4.82920604129307e-07
BICGSTAB_SOLVER_TIME: 0.67257 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125845000000001
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919326(s) Flops=1474191360 => 1603.55669262046 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230934.842959603 Mflops = 230.934842959603 Gflops = 0.230934842959603 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163823000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 29 resid = 2.128358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106956(s) Flops=193259520 => 1806.90676539886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260015.488041696 Mflops = 260.015488041696 Gflops = 0.260015488041696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055666 s
InvBiCGStab: k = 56 resid = 8.004805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204752(s) Flops=370427904 => 1809.15402047355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260433.365382281 Mflops = 260.433365382281 Gflops = 0.260433365382281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007848337 Relative Rsd = 3.43904615861466e-07
BICGSTAB_SOLVER_TIME: 0.412655 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0751460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043411 s
InvBiCGStab: k = 75 resid = 2.087849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287735(s) Flops=495101952 => 1720.68727127392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247743.827043504 Mflops = 247.743827043504 Gflops = 0.247743827043504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056894 s
InvBiCGStab: k = 93 resid = 9.488868e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342857(s) Flops=613214208 => 1788.54218522591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257497.611855688 Mflops = 257.497611855688 Gflops = 0.257497611855688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001244042 Relative Rsd = 5.45124118845749e-07
BICGSTAB_SOLVER_TIME: 0.73482 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 59 resid = 1.522003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218796(s) Flops=390113280 => 1783.00005484561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256692.182944414 Mflops = 256.692182944414 Gflops = 0.256692182944414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05695 s
InvBiCGStab: k = 79 resid = 7.64786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290871(s) Flops=521349120 => 1792.37228874656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258044.179588085 Mflops = 258.044179588085 Gflops = 0.258044179588085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.0010604 Relative Rsd = 4.64654457442533e-07
BICGSTAB_SOLVER_TIME: 0.611646 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040636 s
InvBiCGStab: k = 64 resid = 2.134897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234498(s) Flops=422922240 => 1803.52173579306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.15476474 Mflops = 259.63515476474 Gflops = 0.25963515476474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056411 s
InvBiCGStab: k = 92 resid = 1.005988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336037(s) Flops=606652416 => 1805.314343361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.640643828 Mflops = 259.919640643828 Gflops = 0.259919640643828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001165391 Relative Rsd = 5.10660047254857e-07
BICGSTAB_SOLVER_TIME: 0.671425 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 63 resid = 1.81873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231012(s) Flops=416360448 => 1802.33255415303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259485.793956773 Mflops = 259.485793956773 Gflops = 0.259485793956773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 92 resid = 1.102234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357726(s) Flops=606652416 => 1695.85776823602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244163.646763619 Mflops = 244.163646763619 Gflops = 0.244163646763619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001096293 Relative Rsd = 4.80382104707188e-07
BICGSTAB_SOLVER_TIME: 0.690464 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125424
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98797(s) Flops=1468145664 => 1486.02251485369 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213979.930147974 Mflops = 213.979930147974 Gflops = 0.213979930147974 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162489000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 27 resid = 1.959555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100184(s) Flops=180135936 => 1798.05094625888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258780.247230462 Mflops = 258.780247230462 Gflops = 0.258780247230462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056377 s
InvBiCGStab: k = 51 resid = 1.026621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188479(s) Flops=337618944 => 1791.2814902456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257895.742245968 Mflops = 257.895742245968 Gflops = 0.257895742245968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007889788 Relative Rsd = 3.4572094145325e-07
BICGSTAB_SOLVER_TIME: 0.389996 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04209 s
InvBiCGStab: k = 52 resid = 2.143717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191353(s) Flops=344180736 => 1798.66914028001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258940.930806569 Mflops = 258.940930806569 Gflops = 0.258940930806569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 87 resid = 9.092356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320144(s) Flops=573843456 => 1792.45419561197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258058.591499662 Mflops = 258.058591499662 Gflops = 0.258058591499662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001106952 Relative Rsd = 4.85052896713045e-07
BICGSTAB_SOLVER_TIME: 0.613876 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 58 resid = 1.476023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212575(s) Flops=383551488 => 1804.31136304834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259745.638683381 Mflops = 259.745638683381 Gflops = 0.259745638683381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 75 resid = 1.051947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274848(s) Flops=495101952 => 1801.36639888229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259339.84560836 Mflops = 259.33984560836 Gflops = 0.25933984560836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001060283 Relative Rsd = 4.6460329262288e-07
BICGSTAB_SOLVER_TIME: 0.588663 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04276 s
InvBiCGStab: k = 54 resid = 2.139694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198318(s) Flops=357304320 => 1801.6736756119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259356.866452978 Mflops = 259.356866452978 Gflops = 0.259356866452978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 92 resid = 1.048609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336279(s) Flops=606652416 => 1804.01516597825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.045629068 Mflops = 259.732045629068 Gflops = 0.259732045629068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001131693 Relative Rsd = 4.95893972124255e-07
BICGSTAB_SOLVER_TIME: 0.637707 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 62 resid = 1.872105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2276(s) Flops=409798656 => 1800.52133567663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.444137264 Mflops = 259.207444137264 Gflops = 0.259207444137264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055866 s
InvBiCGStab: k = 104 resid = 7.395127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379817(s) Flops=685393920 => 1804.53723766972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.857651756 Mflops = 259.806857651756 Gflops = 0.259806857651756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00116884 Relative Rsd = 5.12171424400096e-07
BICGSTAB_SOLVER_TIME: 0.708333 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132923
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914895(s) Flops=1468145664 => 1604.71492794255 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231071.524673278 Mflops = 231.071524673278 Gflops = 0.231071524673278 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162913000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 30 resid = 2.254194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111298(s) Flops=199821312 => 1795.37199230894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258436.172351176 Mflops = 258.436172351176 Gflops = 0.258436172351176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 48 resid = 1.042618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176772(s) Flops=317933568 => 1798.55162582309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258903.628684021 Mflops = 258.903628684021 Gflops = 0.258903628684021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007422935 Relative Rsd = 3.25264017172038e-07
BICGSTAB_SOLVER_TIME: 0.389971 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 60 resid = 1.688315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219686(s) Flops=396675072 => 1805.64565789354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.348806191 Mflops = 259.956348806191 Gflops = 0.259956348806191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 85 resid = 1.148555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312727(s) Flops=560719872 => 1793.00115436147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258149.012214202 Mflops = 258.149012214202 Gflops = 0.258149012214202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001143564 Relative Rsd = 5.0109574579289e-07
BICGSTAB_SOLVER_TIME: 0.633402 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 52 resid = 2.208004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19108(s) Flops=344180736 => 1801.23893657107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259304.250430783 Mflops = 259.304250430783 Gflops = 0.259304250430783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 77 resid = 1.05707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281318(s) Flops=508225536 => 1806.5873353287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260084.887124748 Mflops = 260.084887124748 Gflops = 0.260084887124748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001043253 Relative Rsd = 4.57140880721208e-07
BICGSTAB_SOLVER_TIME: 0.573669 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 62 resid = 1.782276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227457(s) Flops=409798656 => 1801.65330589958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259371.558132199 Mflops = 259.371558132199 Gflops = 0.259371558132199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 97 resid = 8.482485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355923(s) Flops=639461376 => 1796.62841682049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258672.672774347 Mflops = 258.672672774347 Gflops = 0.258672672774347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001176885 Relative Rsd = 5.15696848813066e-07
BICGSTAB_SOLVER_TIME: 0.684948 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041852 s
InvBiCGStab: k = 59 resid = 1.91998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216919(s) Flops=390113280 => 1798.42835344069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258896.610245565 Mflops = 258.896610245565 Gflops = 0.258896610245565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055883 s
InvBiCGStab: k = 99 resid = 9.226313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361768(s) Flops=652584960 => 1803.87695981955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259710.442840843 Mflops = 259.710442840843 Gflops = 0.259710442840843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001109046 Relative Rsd = 4.8597034365368e-07
BICGSTAB_SOLVER_TIME: 0.680293 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127165
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942363(s) Flops=1468145664 => 1557.9406916443 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224328.879895084 Mflops = 224.328879895084 Gflops = 0.224328879895084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162846000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.103294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767028(s) Flops=1387505664 => 1808.937436443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260428.063009192 Mflops = 260.428063009192 Gflops = 0.260428063009192 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 8.553002e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907933(s) Flops=1636853760 => 1802.83540745848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.043837993 Mflops = 259.596043837993 Gflops = 0.259596043837993 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002082022 Relative Rsd = 9.15512360470531e-07
BICGSTAB_SOLVER_TIME: 1.678373 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328301999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.869689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.69661(s) Flops=1256269824 => 1803.4048090036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259651.881252835 Mflops = 259.651881252835 Gflops = 0.259651881252835 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 7.331902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804233(s) Flops=1453123584 => 1806.84401659718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260172.690342214 Mflops = 260.172690342214 Gflops = 0.260172690342214 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.001901222 Relative Rsd = 8.35255758515055e-07
BICGSTAB_SOLVER_TIME: 1.504355 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.123343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294694999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936366(s) Flops=1468145664 => 1567.91859593364 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225791.091946645 Mflops = 225.791091946645 Gflops = 0.225791091946645 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163225000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 31 resid = 2.035541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114225(s) Flops=206383104 => 1806.81202889035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260034.493142846 Mflops = 260.034493142846 Gflops = 0.260034493142846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 50 resid = 1.088354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19424(s) Flops=331057152 => 1704.37166392092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245346.24248361 Mflops = 245.34624248361 Gflops = 0.24534624248361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007394513 Relative Rsd = 3.24018615470139e-07
BICGSTAB_SOLVER_TIME: 0.409852 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042189 s
InvBiCGStab: k = 77 resid = 1.417004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287716(s) Flops=508225536 => 1766.41388035424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254308.386745904 Mflops = 254.308386745904 Gflops = 0.254308386745904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056857 s
InvBiCGStab: k = 110 resid = 7.802923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416065(s) Flops=724764672 => 1741.95058945117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250806.265514881 Mflops = 250.806265514881 Gflops = 0.250806265514881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001338275 Relative Rsd = 5.86415760682699e-07
BICGSTAB_SOLVER_TIME: 0.806701 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 52 resid = 1.97354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200291(s) Flops=344180736 => 1718.40340304856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247382.090431647 Mflops = 247.382090431647 Gflops = 0.247382090431647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057105 s
InvBiCGStab: k = 82 resid = 1.132045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303377(s) Flops=541034496 => 1783.37347920244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256749.625224589 Mflops = 256.749625224589 Gflops = 0.256749625224589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001026 Relative Rsd = 4.49580577205465e-07
BICGSTAB_SOLVER_TIME: 0.605943 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 62 resid = 1.603959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231422(s) Flops=409798656 => 1770.78521488882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254926.044076809 Mflops = 254.926044076809 Gflops = 0.254926044076809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058179 s
InvBiCGStab: k = 104 resid = 8.300888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397074(s) Flops=685393920 => 1726.11130419015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248517.998753257 Mflops = 248.517998753257 Gflops = 0.248517998753257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001151056 Relative Rsd = 5.0437891524222e-07
BICGSTAB_SOLVER_TIME: 0.731361 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 60 resid = 2.089658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229266(s) Flops=396675072 => 1730.19580748999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249090.048143138 Mflops = 249.090048143138 Gflops = 0.249090048143138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056587 s
InvBiCGStab: k = 93 resid = 1.048337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345742(s) Flops=613214208 => 1773.61792319128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255353.107646174 Mflops = 255.353107646174 Gflops = 0.255353107646174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001109029 Relative Rsd = 4.85963099980309e-07
BICGSTAB_SOLVER_TIME: 0.676378 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123536
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936678(s) Flops=1468219392 => 1567.47504692114 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225940.244393189 Mflops = 225.940244393189 Gflops = 0.225940244393189 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163215000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040659 s
InvBiCGStab: k = 25 resid = 1.995333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092367(s) Flops=167012352 => 1808.13875085258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260236.41235239 Mflops = 260.23641235239 Gflops = 0.26023641235239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061316 s
InvBiCGStab: k = 52 resid = 7.580852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198568(s) Flops=344180736 => 1733.31420974175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249511.34720747 Mflops = 249.51134720747 Gflops = 0.24951134720747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007923922 Relative Rsd = 3.47216683486601e-07
BICGSTAB_SOLVER_TIME: 0.396866 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040702 s
InvBiCGStab: k = 73 resid = 2.261454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273021(s) Flops=481978368 => 1765.3527311086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254159.54776867 Mflops = 254.15954776867 Gflops = 0.25415954776867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 111 resid = 9.176172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421823(s) Flops=731326464 => 1733.72827939681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249630.32812889 Mflops = 249.63032812889 Gflops = 0.24963032812889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001280602 Relative Rsd = 5.61144471728718e-07
BICGSTAB_SOLVER_TIME: 0.795664 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145687999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041602 s
InvBiCGStab: k = 53 resid = 1.938684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194817(s) Flops=350742528 => 1800.36920802599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259191.033290619 Mflops = 259.191033290619 Gflops = 0.259191033290619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 80 resid = 1.062654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302402(s) Flops=527910912 => 1745.72559705293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251331.33503032 Mflops = 251.33133503032 Gflops = 0.25133133503032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001083477 Relative Rsd = 4.74766370408959e-07
BICGSTAB_SOLVER_TIME: 0.599016 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 63 resid = 2.061468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236839(s) Flops=416360448 => 1757.98938519416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253081.177310259 Mflops = 253.081177310259 Gflops = 0.253081177310259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057463 s
InvBiCGStab: k = 101 resid = 6.257131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385364(s) Flops=665708544 => 1727.47984762458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248724.387531575 Mflops = 248.724387531575 Gflops = 0.248724387531575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001142934 Relative Rsd = 5.00819670016259e-07
BICGSTAB_SOLVER_TIME: 0.724615 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 57 resid = 1.872223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209005(s) Flops=376989696 => 1803.73529819861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259680.03120702 Mflops = 259.68003120702 Gflops = 0.25968003120702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060463 s
InvBiCGStab: k = 98 resid = 8.426925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36856(s) Flops=646023168 => 1752.83038853918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252349.715034781 Mflops = 252.349715034781 Gflops = 0.252349715034781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001131791 Relative Rsd = 4.95937128093773e-07
BICGSTAB_SOLVER_TIME: 0.683184 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12537
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938256(s) Flops=1468293120 => 1564.91737862588 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225333.044476102 Mflops = 225.333044476102 Gflops = 0.225333044476102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162925000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040894 s
InvBiCGStab: k = 35 resid = 1.112226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129121(s) Flops=232630272 => 1801.64552628929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.883910899 Mflops = 259.322883910899 Gflops = 0.259322883910899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05664 s
InvBiCGStab: k = 48 resid = 8.714604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182217(s) Flops=317933568 => 1744.80738899225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251130.652162255 Mflops = 251.130652162255 Gflops = 0.251130652162255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.00078606 Relative Rsd = 3.44441973997282e-07
BICGSTAB_SOLVER_TIME: 0.412841 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042661 s
InvBiCGStab: k = 66 resid = 2.23906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243685(s) Flops=436045824 => 1789.38311344564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257617.626957367 Mflops = 257.617626957367 Gflops = 0.257617626957367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 74 resid = 9.444477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277038(s) Flops=488540160 => 1763.44097199662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253880.120979471 Mflops = 253.880120979471 Gflops = 0.253880120979471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001061667 Relative Rsd = 4.652095166675e-07
BICGSTAB_SOLVER_TIME: 0.623496 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044685 s
InvBiCGStab: k = 52 resid = 2.184572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199266(s) Flops=344180736 => 1727.24266056427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248646.87871315 Mflops = 248.64687871315 Gflops = 0.24864687871315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 89 resid = 1.137711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325299(s) Flops=586967040 => 1804.39238977064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259767.112024362 Mflops = 259.767112024362 Gflops = 0.259767112024362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001039713 Relative Rsd = 4.55589714384215e-07
BICGSTAB_SOLVER_TIME: 0.629394 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 69 resid = 2.171627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256306(s) Flops=455731200 => 1778.07464515072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255987.727394101 Mflops = 255.987727394101 Gflops = 0.255987727394101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056955 s
InvBiCGStab: k = 80 resid = 1.134963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299432(s) Flops=527910912 => 1763.04106441529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253823.785233563 Mflops = 253.823785233563 Gflops = 0.253823785233563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001092588 Relative Rsd = 4.78758909730764e-07
BICGSTAB_SOLVER_TIME: 0.657921 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043115 s
InvBiCGStab: k = 56 resid = 2.146501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214985(s) Flops=370427904 => 1723.0406958625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248071.784830891 Mflops = 248.071784830891 Gflops = 0.248071784830891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056174 s
InvBiCGStab: k = 88 resid = 1.077217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321964(s) Flops=580405248 => 1802.70231454448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.909558962 Mflops = 259.529909558962 Gflops = 0.259529909558962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001078741 Relative Rsd = 4.72691415070775e-07
BICGSTAB_SOLVER_TIME: 0.640143 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117073
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933148(s) Flops=1474412544 => 1580.04147680754 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227526.319242064 Mflops = 227.526319242063 Gflops = 0.227526319242063 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163437000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042552 s
InvBiCGStab: k = 31 resid = 2.001236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122654(s) Flops=206383104 => 1682.64470787744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242202.748794112 Mflops = 242.202748794112 Gflops = 0.242202748794112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057536 s
InvBiCGStab: k = 49 resid = 1.092918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185991(s) Flops=324495360 => 1744.68312982886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251138.904779017 Mflops = 251.138904779017 Gflops = 0.251138904779017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007292777 Relative Rsd = 3.19560670134274e-07
BICGSTAB_SOLVER_TIME: 0.412524 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041414 s
InvBiCGStab: k = 59 resid = 1.635252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228642(s) Flops=390113280 => 1706.21880494397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245634.279423492 Mflops = 245.634279423492 Gflops = 0.245634279423492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057102 s
InvBiCGStab: k = 98 resid = 1.085914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367824(s) Flops=646023168 => 1756.33772673888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252867.70376663 Mflops = 252.86770376663 Gflops = 0.25286770376663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001166453 Relative Rsd = 5.11125682821947e-07
BICGSTAB_SOLVER_TIME: 0.698877 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 53 resid = 2.270104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209859(s) Flops=350742528 => 1671.32468943433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240610.474851849 Mflops = 240.610474851849 Gflops = 0.240610474851849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056818 s
InvBiCGStab: k = 87 resid = 5.847974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317934(s) Flops=573843456 => 1804.91377455698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259847.835635183 Mflops = 259.847835635183 Gflops = 0.259847835635183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001073694 Relative Rsd = 4.70479493091744e-07
BICGSTAB_SOLVER_TIME: 0.629633 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 64 resid = 2.166786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237037(s) Flops=422922240 => 1784.20347878179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256877.482904785 Mflops = 256.877482904785 Gflops = 0.256877482904785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 81 resid = 1.055222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306807(s) Flops=534472704 => 1742.04859732666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250803.804442873 Mflops = 250.803804442873 Gflops = 0.250803804442873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001127177 Relative Rsd = 4.93915122987692e-07
BICGSTAB_SOLVER_TIME: 0.645466 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 52 resid = 2.093101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190024(s) Flops=344180736 => 1811.2487685766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260759.405979384 Mflops = 260.759405979384 Gflops = 0.260759405979384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057709 s
InvBiCGStab: k = 86 resid = 1.132598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31887(s) Flops=567281664 => 1779.03742591025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256133.779870632 Mflops = 256.133779870632 Gflops = 0.256133779870632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001063459 Relative Rsd = 4.65994996122151e-07
BICGSTAB_SOLVER_TIME: 0.611176 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112743
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922423(s) Flops=1480458240 => 1604.96674519174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231093.972134681 Mflops = 231.093972134681 Gflops = 0.231093972134681 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164533000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02139
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.426833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810582(s) Flops=1466247168 => 1808.88197369298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.38206367 Mflops = 260.50038206367 Gflops = 0.26050038206367 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 1.150621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972261(s) Flops=1754966016 => 1805.03590702497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259913.619775962 Mflops = 259.913619775962 Gflops = 0.259913619775962 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.002188021 Relative Rsd = 9.62158695004162e-07
BICGSTAB_SOLVER_TIME: 1.786177 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349611999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.371265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721949(s) Flops=1295640576 => 1794.64280163834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258366.961503859 Mflops = 258.366961503859 Gflops = 0.258366961503859 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 5.004371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80882(s) Flops=1453123584 => 1796.59699809599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258696.654209054 Mflops = 258.696654209054 Gflops = 0.258696654209054 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002076748 Relative Rsd = 9.12423570546037e-07
BICGSTAB_SOLVER_TIME: 1.534124 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.114991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298601999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 338 resid = 1.391004e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.239244(s) Flops=2220853248 => 1792.10328877929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258037.028262666 Mflops = 258.037028262666 Gflops = 0.258037028262666 Tflops
InvBiCGStab: k = 366 resid = 1.077539e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.34195(s) Flops=2404583424 => 1791.85768769328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258019.904261622 Mflops = 258.019904261622 Gflops = 0.258019904261622 Tflops
BICGSTAB_SOLVER: 704 iterations. Rsd = 0.002152006 Relative Rsd = 9.46321815920207e-07
BICGSTAB_SOLVER_TIME: 2.585953 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.503557999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 276 resid = 2.079773e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.011726(s) Flops=1814022144 => 1792.9974558329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258184.048991582 Mflops = 258.184048991582 Gflops = 0.258184048991582 Tflops
InvBiCGStab: k = 315 resid = 4.149012e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.191049(s) Flops=2069932032 => 1737.9066956943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250251.270158259 Mflops = 250.251270158259 Gflops = 0.250251270158259 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.00212474 Relative Rsd = 9.33508638898524e-07
BICGSTAB_SOLVER_TIME: 2.207374 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.42296
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 253 resid = 1.200863e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927639(s) Flops=1663100928 => 1792.8320478117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258113.394693193 Mflops = 258.113394693193 Gflops = 0.258113394693193 Tflops
InvBiCGStab: k = 263 resid = 6.602053e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962273(s) Flops=1728718848 => 1796.49522328903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258685.73890199 Mflops = 258.68573890199 Gflops = 0.25868573890199 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.002090309 Relative Rsd = 9.15948214411927e-07
BICGSTAB_SOLVER_TIME: 1.894985 sec
2Flav::invert,  n_count = 516
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.370147000000005
MInvCG2: 340 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.362449(s) Flops=2195195904 => 1611.21326669842 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232015.766507026 Mflops = 232.015766507026 Gflops = 0.232015766507026 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.244711000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0630577266238106
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 474.96618 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.05464 secs
Doing Update: 2743 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 284 resid = 2.22295e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.039428(s) Flops=1866516480 => 1795.71502788072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258598.918937939 Mflops = 258.598918937939 Gflops = 0.258598918937939 Tflops
InvBiCGStab: k = 295 resid = 1.107648e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.113216(s) Flops=1938696192 => 1741.5274232494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250774.001208462 Mflops = 250.774001208462 Gflops = 0.250774001208462 Tflops
BICGSTAB_SOLVER: 579 iterations. Rsd = 0.002065562 Relative Rsd = 9.08771016504915e-07
BICGSTAB_SOLVER_TIME: 2.157667 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.416223999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 224 resid = 1.663385e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.888288(s) Flops=1472808960 => 1658.03090889441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238750.968604194 Mflops = 238.750968604194 Gflops = 0.238750968604194 Tflops
InvBiCGStab: k = 263 resid = 1.050634e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965114(s) Flops=1728718848 => 1791.20689162109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257921.617922005 Mflops = 257.921617922005 Gflops = 0.257921617922005 Tflops
BICGSTAB_SOLVER: 487 iterations. Rsd = 0.001805646 Relative Rsd = 7.94406684294025e-07
BICGSTAB_SOLVER_TIME: 1.858303 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350315999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 354 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.413929(s) Flops=2279172096 => 1611.94239314704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232211.911648253 Mflops = 232.211911648253 Gflops = 0.232211911648253 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253709000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 316 resid = 8.37984e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.155883(s) Flops=2076493824 => 1796.45675557128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258701.843074019 Mflops = 258.701843074019 Gflops = 0.258701843074019 Tflops
InvBiCGStab: k = 368 resid = 1.102265e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.379961(s) Flops=2417707008 => 1752.01111335755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252282.836031472 Mflops = 252.282836031472 Gflops = 0.252282836031472 Tflops
BICGSTAB_SOLVER: 684 iterations. Rsd = 0.002179767 Relative Rsd = 9.59016921307031e-07
BICGSTAB_SOLVER_TIME: 2.540631 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.488920999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 266 resid = 1.251306e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978028(s) Flops=1748404224 => 1787.68319925401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257407.469812004 Mflops = 257.407469812004 Gflops = 0.257407469812004 Tflops
InvBiCGStab: k = 322 resid = 1.136774e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.179041(s) Flops=2115864576 => 1794.56403636515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258409.533575959 Mflops = 258.409533575959 Gflops = 0.258409533575959 Tflops
BICGSTAB_SOLVER: 588 iterations. Rsd = 0.001905533 Relative Rsd = 8.38352521037957e-07
BICGSTAB_SOLVER_TIME: 2.161668 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.420402999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 241 resid = 1.984487e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880348(s) Flops=1584359424 => 1799.69673810811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259143.886812559 Mflops = 259.143886812559 Gflops = 0.259143886812559 Tflops
InvBiCGStab: k = 260 resid = 1.081346e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952417(s) Flops=1709033472 => 1794.41722690796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258386.494913185 Mflops = 258.386494913185 Gflops = 0.258386494913185 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.001820125 Relative Rsd = 7.97934443074612e-07
BICGSTAB_SOLVER_TIME: 1.837673 sec
2Flav::invert,  n_count = 501
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357745000000004
MInvCG2: 338 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.366673(s) Flops=2182588416 => 1597.00851337518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229972.625304836 Mflops = 229.972625304836 Gflops = 0.229972625304836 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.242636000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.984239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730768(s) Flops=1308764160 => 1790.94344579949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257914.280960877 Mflops = 257.914280960877 Gflops = 0.257914280960877 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 9.51303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874477(s) Flops=1571235840 => 1796.77205918509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258723.192125273 Mflops = 258.723192125273 Gflops = 0.258723192125273 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002166279 Relative Rsd = 9.53082855393706e-07
BICGSTAB_SOLVER_TIME: 1.608582 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312649999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.166288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.648825(s) Flops=1170966528 => 1804.74939775748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.179790463 Mflops = 259.910179790463 Gflops = 0.259910179790463 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.069373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708906(s) Flops=1275955200 => 1799.89335680612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259166.163525024 Mflops = 259.166163525024 Gflops = 0.259166163525024 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.001869404 Relative Rsd = 8.22457456593282e-07
BICGSTAB_SOLVER_TIME: 1.361105 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.11601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265793999999997
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900124(s) Flops=1442856960 => 1602.95354862219 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230815.814792227 Mflops = 230.815814792227 Gflops = 0.230815814792227 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160166000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.7e-05 s
InvBiCGStab: k = 157 resid = 1.931929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.575432(s) Flops=1033168896 => 1795.46652949436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258515.157963159 Mflops = 258.515157963159 Gflops = 0.258515157963159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 182 resid = 9.809844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663384(s) Flops=1197213696 => 1804.70692087841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259847.725487608 Mflops = 259.847725487608 Gflops = 0.259847725487608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 339 iterations. Rsd = 0.00181448 Relative Rsd = 7.95459608669527e-07
BICGSTAB_SOLVER_TIME: 1.242569 sec
2Flav::invert,  n_count = 339
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.243832999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000123 s
InvBiCGStab: k = 123 resid = 1.48709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448998(s) Flops=810067968 => 1804.16832146246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.177705724 Mflops = 259.529177705724 Gflops = 0.259529177705724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 9e-05 s
InvBiCGStab: k = 169 resid = 9.595065e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.615933(s) Flops=1111910400 => 1805.24570042521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259906.027906102 Mflops = 259.906027906102 Gflops = 0.259906027906102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 292 iterations. Rsd = 0.001625266 Relative Rsd = 7.12508816233767e-07
BICGSTAB_SOLVER_TIME: 1.068957 sec
2Flav::invert,  n_count = 292
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.210176999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004754 s
InvBiCGStab: k = 95 resid = 2.12329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346645(s) Flops=626337792 => 1806.85655930419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260153.067094208 Mflops = 260.153067094208 Gflops = 0.260153067094208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.00709 s
InvBiCGStab: k = 140 resid = 9.180797e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.511609(s) Flops=921618432 => 1801.41168744099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.611880004 Mflops = 259.369611880004 Gflops = 0.259369611880004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 235 iterations. Rsd = 0.001508405 Relative Rsd = 6.61277723025614e-07
BICGSTAB_SOLVER_TIME: 0.873885 sec
2Flav::invert,  n_count = 235
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171450999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007398 s
InvBiCGStab: k = 81 resid = 1.697269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295748(s) Flops=534472704 => 1807.18958031838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260191.836315719 Mflops = 260.191836315719 Gflops = 0.260191836315719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011072 s
InvBiCGStab: k = 115 resid = 3.958648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419238(s) Flops=757573632 => 1807.02520286806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260167.10330217 Mflops = 260.16710330217 Gflops = 0.26016710330217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001312606 Relative Rsd = 5.75440440358831e-07
BICGSTAB_SOLVER_TIME: 0.73732 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144797
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010176 s
InvBiCGStab: k = 69 resid = 2.079272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262726(s) Flops=455731200 => 1734.6254272512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249742.236047527 Mflops = 249.742236047527 Gflops = 0.249742236047527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.016087 s
InvBiCGStab: k = 113 resid = 9.721696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428622(s) Flops=744450048 => 1736.84516427062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250070.791121118 Mflops = 250.070791121118 Gflops = 0.250070791121118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001285053 Relative Rsd = 5.63361204983308e-07
BICGSTAB_SOLVER_TIME: 0.721511 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135457
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910076(s) Flops=1455243264 => 1599.03487620814 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230246.230837497 Mflops = 230.246230837497 Gflops = 0.230246230837497 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161367000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013939 s
InvBiCGStab: k = 27 resid = 1.791374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100747(s) Flops=180135936 => 1788.00297775616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257337.711378059 Mflops = 257.337711378059 Gflops = 0.257337711378059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019273 s
InvBiCGStab: k = 55 resid = 5.73284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201802(s) Flops=363866112 => 1803.08476625603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.263433655 Mflops = 259.546263433655 Gflops = 0.259546263433655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007559949 Relative Rsd = 3.31424636236841e-07
BICGSTAB_SOLVER_TIME: 0.339544 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0652410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016476 s
InvBiCGStab: k = 88 resid = 2.188192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320584(s) Flops=580405248 => 1810.46230629102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260659.944409789 Mflops = 260.659944409789 Gflops = 0.260659944409789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024117 s
InvBiCGStab: k = 118 resid = 6.920284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429947(s) Flops=777259008 => 1807.80191046803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260279.009613451 Mflops = 260.279009613451 Gflops = 0.260279009613451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001360401 Relative Rsd = 5.96393344233209e-07
BICGSTAB_SOLVER_TIME: 0.795009 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155210999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019832 s
InvBiCGStab: k = 59 resid = 2.015617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216151(s) Flops=390113280 => 1804.81829831923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.653288632 Mflops = 259.826653288632 Gflops = 0.259826653288632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028532 s
InvBiCGStab: k = 94 resid = 8.886629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34274(s) Flops=619776000 => 1808.29783509366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260342.866815074 Mflops = 260.342866815074 Gflops = 0.260342866815074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001114068 Relative Rsd = 4.88402129108882e-07
BICGSTAB_SOLVER_TIME: 0.611123 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11821
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.025717 s
InvBiCGStab: k = 62 resid = 2.160149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241561(s) Flops=409798656 => 1696.46033921039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244227.239616339 Mflops = 244.227239616339 Gflops = 0.244227239616339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.035647 s
InvBiCGStab: k = 105 resid = 7.967035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393712(s) Flops=691955712 => 1757.5174543829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253046.614957241 Mflops = 253.046614957241 Gflops = 0.253046614957241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001204186 Relative Rsd = 5.27909707386193e-07
BICGSTAB_SOLVER_TIME: 0.70048 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129606
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027653 s
InvBiCGStab: k = 54 resid = 2.227909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199024(s) Flops=357304320 => 1795.28257898545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258469.393740245 Mflops = 258.469393740245 Gflops = 0.258469393740245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038881 s
InvBiCGStab: k = 99 resid = 1.019223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36363(s) Flops=652584960 => 1794.64004620081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258374.762661364 Mflops = 258.374762661364 Gflops = 0.258374762661364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001152944 Relative Rsd = 5.0544532335548e-07
BICGSTAB_SOLVER_TIME: 0.633064 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120243
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912768(s) Flops=1467555840 => 1607.80816154817 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231509.245576359 Mflops = 231.509245576359 Gflops = 0.231509245576359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162852000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03214 s
InvBiCGStab: k = 27 resid = 1.923832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100437(s) Flops=180135936 => 1793.52167030079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258147.748123995 Mflops = 258.147748123995 Gflops = 0.258147748123995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044521 s
InvBiCGStab: k = 46 resid = 1.115022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169499(s) Flops=304809984 => 1798.29960058761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258862.470481976 Mflops = 258.862470481976 Gflops = 0.258862470481976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007617605 Relative Rsd = 3.33952216277447e-07
BICGSTAB_SOLVER_TIME: 0.350478 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641670000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036361 s
InvBiCGStab: k = 55 resid = 1.887607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202575(s) Flops=363866112 => 1796.20442798963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258587.94599366 Mflops = 258.58794599366 Gflops = 0.25858794599366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050082 s
InvBiCGStab: k = 79 resid = 1.139005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289085(s) Flops=521349120 => 1803.44576854558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.372592036 Mflops = 259.641372592036 Gflops = 0.259641372592036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001114016 Relative Rsd = 4.88379418119229e-07
BICGSTAB_SOLVER_TIME: 0.581932 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040898 s
InvBiCGStab: k = 55 resid = 1.945889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214185(s) Flops=363866112 => 1698.84031094614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244579.478037603 Mflops = 244.579478037603 Gflops = 0.244579478037603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059014 s
InvBiCGStab: k = 84 resid = 1.116898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319668(s) Flops=554158080 => 1733.54255039604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249582.430926593 Mflops = 249.582430926593 Gflops = 0.249582430926593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001098515 Relative Rsd = 4.81583779655675e-07
BICGSTAB_SOLVER_TIME: 0.637636 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041063 s
InvBiCGStab: k = 63 resid = 1.61233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23133(s) Flops=416360448 => 1799.85496044612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259120.105375362 Mflops = 259.120105375362 Gflops = 0.259120105375362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 90 resid = 1.058062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329881(s) Flops=593528832 => 1799.22102818895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.626972075 Mflops = 259.037626972075 Gflops = 0.259037626972075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001148361 Relative Rsd = 5.03435885612525e-07
BICGSTAB_SOLVER_TIME: 0.662745 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 55 resid = 2.130199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202069(s) Flops=363866112 => 1800.7022947607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.904839427 Mflops = 259.236904839427 Gflops = 0.259236904839427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056152 s
InvBiCGStab: k = 92 resid = 1.147218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33757(s) Flops=606652416 => 1797.11590484936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258731.61883876 Mflops = 258.73161883876 Gflops = 0.25873161883876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001075211 Relative Rsd = 4.71367355791032e-07
BICGSTAB_SOLVER_TIME: 0.640545 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119202
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927343(s) Flops=1492254720 => 1609.1723558597 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231704.199302139 Mflops = 231.704199302139 Gflops = 0.231704199302139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165843000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 29 resid = 2.161523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10712(s) Flops=193259520 => 1804.14040328603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259686.2349956 Mflops = 259.6862349956 Gflops = 0.2596862349956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 48 resid = 8.60277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176537(s) Flops=317933568 => 1800.94579606541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259240.142554535 Mflops = 259.240142554535 Gflops = 0.259240142554535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007524049 Relative Rsd = 3.29850790171841e-07
BICGSTAB_SOLVER_TIME: 0.385164 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 56 resid = 2.184014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219799(s) Flops=370427904 => 1685.30295406258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242617.450392076 Mflops = 242.617450392076 Gflops = 0.242617450392076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059279 s
InvBiCGStab: k = 105 resid = 9.755917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405476(s) Flops=691955712 => 1706.52692637789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245696.598621555 Mflops = 245.696598621555 Gflops = 0.245696598621555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001186657 Relative Rsd = 5.20225022990598e-07
BICGSTAB_SOLVER_TIME: 0.729867 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129686
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040649 s
InvBiCGStab: k = 52 resid = 2.199313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193341(s) Flops=344180736 => 1780.17459307648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256285.730625008 Mflops = 256.285730625008 Gflops = 0.256285730625008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056028 s
InvBiCGStab: k = 92 resid = 9.714134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339949(s) Flops=606652416 => 1784.53949268861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256929.793719328 Mflops = 256.929793719328 Gflops = 0.256929793719328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001034172 Relative Rsd = 4.5337596496743e-07
BICGSTAB_SOLVER_TIME: 0.633887 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 60 resid = 1.921863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226159(s) Flops=396675072 => 1753.9654490867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252519.763929903 Mflops = 252.519763929903 Gflops = 0.252519763929903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 91 resid = 1.056372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335956(s) Flops=600090624 => 1786.21790948815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257168.546393548 Mflops = 257.168546393548 Gflops = 0.257168546393548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001154151 Relative Rsd = 5.05974514932365e-07
BICGSTAB_SOLVER_TIME: 0.664511 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040699 s
InvBiCGStab: k = 55 resid = 2.008902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201982(s) Flops=363866112 => 1801.47791387351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.359750148 Mflops = 259.332359750148 Gflops = 0.259332359750148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056133 s
InvBiCGStab: k = 90 resid = 1.128736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328651(s) Flops=593528832 => 1805.95474226459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.586769531 Mflops = 260.006586769531 Gflops = 0.260006586769531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001125577 Relative Rsd = 4.93447490291186e-07
BICGSTAB_SOLVER_TIME: 0.631322 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117937
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937842(s) Flops=1510981632 => 1611.12600203446 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231977.907226198 Mflops = 231.977907226198 Gflops = 0.231977907226198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168253000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.177175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763984(s) Flops=1380943872 => 1807.55601164422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260213.666043556 Mflops = 260.213666043556 Gflops = 0.260213666043556 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 279 resid = 5.130321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.034035(s) Flops=1833707520 => 1773.35150164163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255352.048959907 Mflops = 255.352048959907 Gflops = 0.255352048959907 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002268181 Relative Rsd = 9.97959510078988e-07
BICGSTAB_SOLVER_TIME: 1.801908 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.117535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349133999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.075381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.6354(s) Flops=1138157568 => 1791.24577903683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257879.607104801 Mflops = 257.879607104801 Gflops = 0.257879607104801 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 9.09198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740785(s) Flops=1335011328 => 1802.15761388257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259495.918192309 Mflops = 259.495918192309 Gflops = 0.259495918192309 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001905508 Relative Rsd = 8.38348856002399e-07
BICGSTAB_SOLVER_TIME: 1.379573 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269011999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938633(s) Flops=1510981632 => 1609.76828217205 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231783.969339395 Mflops = 231.783969339395 Gflops = 0.231783969339395 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167801000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042205 s
InvBiCGStab: k = 24 resid = 2.155763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088941(s) Flops=160450560 => 1804.01119843492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.136391426 Mflops = 259.639136391426 Gflops = 0.259639136391426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 51 resid = 9.728885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187158(s) Flops=337618944 => 1803.9247267015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.070426649 Mflops = 259.674070426649 Gflops = 0.259674070426649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007623322 Relative Rsd = 3.34202879256506e-07
BICGSTAB_SOLVER_TIME: 0.378564 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 77 resid = 1.888629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290973(s) Flops=508225536 => 1746.64156468126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251476.191377502 Mflops = 251.476191377502 Gflops = 0.251476191377502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05799 s
InvBiCGStab: k = 106 resid = 1.056353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407808(s) Flops=698517504 => 1712.85875706215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246613.735271459 Mflops = 246.613735271459 Gflops = 0.246613735271459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001307477 Relative Rsd = 5.73191950311301e-07
BICGSTAB_SOLVER_TIME: 0.801533 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041519 s
InvBiCGStab: k = 63 resid = 1.922671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23262(s) Flops=416360448 => 1789.87381996389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257683.181443623 Mflops = 257.683181443623 Gflops = 0.257683181443623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057315 s
InvBiCGStab: k = 88 resid = 1.096457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32376(s) Flops=580405248 => 1792.70214974055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258097.97337382 Mflops = 258.09797337382 Gflops = 0.25809797337382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001055597 Relative Rsd = 4.62768719928674e-07
BICGSTAB_SOLVER_TIME: 0.65911 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 61 resid = 2.264018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223588(s) Flops=403236864 => 1803.48168953611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259636.657391611 Mflops = 259.636657391611 Gflops = 0.259636657391611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 93 resid = 8.823699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339895(s) Flops=613214208 => 1804.12835728681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259750.361198001 Mflops = 259.750361198001 Gflops = 0.259750361198001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001162782 Relative Rsd = 5.09758369952315e-07
BICGSTAB_SOLVER_TIME: 0.664943 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 60 resid = 1.976319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219669(s) Flops=396675072 => 1805.78539529929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.923841654 Mflops = 259.956923841654 Gflops = 0.259956923841654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 102 resid = 5.891781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372425(s) Flops=672270336 => 1805.11602604551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259892.303079825 Mflops = 259.892303079825 Gflops = 0.259892303079825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001202291 Relative Rsd = 5.2707858723675e-07
BICGSTAB_SOLVER_TIME: 0.693309 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129946
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946607(s) Flops=1523589120 => 1609.52657227339 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231751.206972782 Mflops = 231.751206972782 Gflops = 0.231751206972782 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169293000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042431 s
InvBiCGStab: k = 28 resid = 2.146141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113331(s) Flops=186697728 => 1647.36681049316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237129.193804022 Mflops = 237.129193804022 Gflops = 0.237129193804022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056377 s
InvBiCGStab: k = 51 resid = 1.106896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190666(s) Flops=337618944 => 1770.73491865356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254904.397360417 Mflops = 254.904397360417 Gflops = 0.254904397360417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007414668 Relative Rsd = 3.25055581609279e-07
BICGSTAB_SOLVER_TIME: 0.406616 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042202 s
InvBiCGStab: k = 77 resid = 1.735418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282327(s) Flops=508225536 => 1800.13082701973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.251457534 Mflops = 259.162251457534 Gflops = 0.259162251457534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056969 s
InvBiCGStab: k = 102 resid = 1.151239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374021(s) Flops=672270336 => 1797.41334310106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258782.519650761 Mflops = 258.782519650761 Gflops = 0.258782519650761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001309094 Relative Rsd = 5.73900737332208e-07
BICGSTAB_SOLVER_TIME: 0.759408 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 58 resid = 1.998287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212983(s) Flops=383551488 => 1800.8549414742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259252.122817752 Mflops = 259.252122817752 Gflops = 0.259252122817752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056089 s
InvBiCGStab: k = 80 resid = 9.99734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293592(s) Flops=527910912 => 1798.11068421483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258866.897716959 Mflops = 258.866897716959 Gflops = 0.258866897716959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001065295 Relative Rsd = 4.67020370299547e-07
BICGSTAB_SOLVER_TIME: 0.607242 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 60 resid = 1.87952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219865(s) Flops=396675072 => 1804.1756168558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.850051147 Mflops = 259.751850051147 Gflops = 0.259751850051147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056103 s
InvBiCGStab: k = 97 resid = 9.143766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354392(s) Flops=639461376 => 1804.38998622994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.477907533 Mflops = 259.789477907533 Gflops = 0.259789477907533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001163203 Relative Rsd = 5.09942813809858e-07
BICGSTAB_SOLVER_TIME: 0.675549 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126542
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 59 resid = 2.165959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215729(s) Flops=390113280 => 1808.34880799522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260350.401408748 Mflops = 260.350401408748 Gflops = 0.260350401408748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055915 s
InvBiCGStab: k = 95 resid = 1.110768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346633(s) Flops=626337792 => 1806.91911041361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260152.942039169 Mflops = 260.152942039169 Gflops = 0.260152942039168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001163188 Relative Rsd = 5.09936230174655e-07
BICGSTAB_SOLVER_TIME: 0.663143 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124613
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.953886(s) Flops=1536196608 => 1610.46142620816 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231887.328600833 Mflops = 231.887328600833 Gflops = 0.231887328600833 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170717000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041701 s
InvBiCGStab: k = 29 resid = 1.837248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107567(s) Flops=193259520 => 1796.64320841894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258599.557719361 Mflops = 258.599557719361 Gflops = 0.258599557719361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057178 s
InvBiCGStab: k = 47 resid = 1.147329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173848(s) Flops=311371776 => 1791.05756753026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257800.711653826 Mflops = 257.800711653826 Gflops = 0.257800711653826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000765988 Relative Rsd = 3.35805535105011e-07
BICGSTAB_SOLVER_TIME: 0.384115 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 63 resid = 1.320863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230892(s) Flops=416360448 => 1803.26926874903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259614.843873849 Mflops = 259.614843873849 Gflops = 0.259614843873849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055699 s
InvBiCGStab: k = 75 resid = 1.142545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274816(s) Flops=495101952 => 1801.57615277131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259363.92346289 Mflops = 259.36392346289 Gflops = 0.25936392346289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001098787 Relative Rsd = 4.81703203736099e-07
BICGSTAB_SOLVER_TIME: 0.606419 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 53 resid = 2.206527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193905(s) Flops=350742528 => 1808.83694592713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260406.519616092 Mflops = 260.406519616092 Gflops = 0.260406519616092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 86 resid = 1.143901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314936(s) Flops=567281664 => 1801.26014174308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.276867869 Mflops = 259.332276867869 Gflops = 0.259332276867869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001081682 Relative Rsd = 4.74204494276e-07
BICGSTAB_SOLVER_TIME: 0.610406 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 74 resid = 2.17762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270675(s) Flops=488540160 => 1804.8957605985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259844.477193431 Mflops = 259.844477193431 Gflops = 0.259844477193431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 101 resid = 1.011065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36913(s) Flops=665708544 => 1803.45283233549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.622769872 Mflops = 259.655622769872 Gflops = 0.259655622769872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00119186 Relative Rsd = 5.22505665675165e-07
BICGSTAB_SOLVER_TIME: 0.741247 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0411 s
InvBiCGStab: k = 52 resid = 1.951039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190958(s) Flops=344180736 => 1802.38971920527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259458.850700872 Mflops = 259.458850700872 Gflops = 0.259458850700872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 90 resid = 9.918909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329149(s) Flops=593528832 => 1803.22234611073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.706127508 Mflops = 259.612706127508 Gflops = 0.259612706127508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001070202 Relative Rsd = 4.69171534825125e-07
BICGSTAB_SOLVER_TIME: 0.621303 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115415
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978616(s) Flops=1542537216 => 1576.24360934217 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226957.611606253 Mflops = 226.957611606253 Gflops = 0.226957611606253 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171797000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021555
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 28 resid = 1.982788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103768(s) Flops=186697728 => 1799.18402590394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258946.551075542 Mflops = 258.946551075542 Gflops = 0.258946551075542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 54 resid = 9.619457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198032(s) Flops=357304320 => 1804.27567261857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.42066958 Mflops = 259.71342066958 Gflops = 0.25971342066958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000754309 Relative Rsd = 3.30685533872442e-07
BICGSTAB_SOLVER_TIME: 0.402745 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 56 resid = 2.199532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204927(s) Flops=370427904 => 1807.60907054707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260236.197905365 Mflops = 260.236197905365 Gflops = 0.260236197905365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055886 s
InvBiCGStab: k = 98 resid = 9.809278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358172(s) Flops=646023168 => 1803.66742235574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259677.38356591 Mflops = 259.67738356591 Gflops = 0.25967738356591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001110433 Relative Rsd = 4.86808787317932e-07
BICGSTAB_SOLVER_TIME: 0.663766 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124673000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041295 s
InvBiCGStab: k = 57 resid = 2.001048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208973(s) Flops=376989696 => 1804.01150387849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.791068971 Mflops = 259.714791068971 Gflops = 0.259714791068971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 89 resid = 9.238163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325241(s) Flops=586967040 => 1804.7141658032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259822.226310479 Mflops = 259.822226310479 Gflops = 0.259822226310479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001073518 Relative Rsd = 4.70625293342588e-07
BICGSTAB_SOLVER_TIME: 0.635648 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 77 resid = 1.382481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280785(s) Flops=508225536 => 1810.01668892569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260596.256189038 Mflops = 260.596256189038 Gflops = 0.260596256189038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 102 resid = 2.876971e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375575(s) Flops=672270336 => 1789.97626572589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257720.237456993 Mflops = 257.720237456993 Gflops = 0.257720237456993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001188279 Relative Rsd = 5.20935800412845e-07
BICGSTAB_SOLVER_TIME: 0.757694 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 57 resid = 2.197353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209506(s) Flops=376989696 => 1799.4219545025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.85721349 Mflops = 259.06785721349 Gflops = 0.25906785721349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 89 resid = 9.016418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335632(s) Flops=586967040 => 1748.84111169376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251792.499789351 Mflops = 251.792499789351 Gflops = 0.251792499789351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001089371 Relative Rsd = 4.77575111356125e-07
BICGSTAB_SOLVER_TIME: 0.646222 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118355
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966944(s) Flops=1548877824 => 1601.82784525267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230679.972767216 Mflops = 230.679972767216 Gflops = 0.230679972767215 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172391000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021407
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.037014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735849(s) Flops=1328449536 => 1805.32899548685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259890.339855072 Mflops = 259.890339855072 Gflops = 0.259890339855072 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.121599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907914(s) Flops=1636853760 => 1802.8731355613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.02744375 Mflops = 259.60102744375 Gflops = 0.25960102744375 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002184489 Relative Rsd = 9.6117676741191e-07
BICGSTAB_SOLVER_TIME: 1.647118 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323866999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.060448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.69889(s) Flops=1262831616 => 1806.91040936342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260133.890388126 Mflops = 260.133890388126 Gflops = 0.260133890388126 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.050075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811067(s) Flops=1394067456 => 1718.80677675211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247494.240835621 Mflops = 247.494240835621 Gflops = 0.247494240835621 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001979964 Relative Rsd = 8.71111992595577e-07
BICGSTAB_SOLVER_TIME: 1.513301 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288570999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964331(s) Flops=1548877824 => 1606.16823891382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231276.086881185 Mflops = 231.276086881185 Gflops = 0.231276086881185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172310000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040944 s
InvBiCGStab: k = 26 resid = 1.704731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096148(s) Flops=173574144 => 1805.28085867621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.466490237 Mflops = 259.830466490237 Gflops = 0.259830466490237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 45 resid = 9.968776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165656(s) Flops=298248192 => 1800.40681895011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.569354463 Mflops = 259.168569354463 Gflops = 0.259168569354463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007335816 Relative Rsd = 3.2159873932237e-07
BICGSTAB_SOLVER_TIME: 0.362533 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040794 s
InvBiCGStab: k = 77 resid = 2.049961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281664(s) Flops=508225536 => 1804.36809815951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.739881629 Mflops = 259.779739881629 Gflops = 0.25977973988163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055881 s
InvBiCGStab: k = 100 resid = 1.005226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365168(s) Flops=659146752 => 1805.05069447487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.465637335 Mflops = 259.876465637335 Gflops = 0.259876465637335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001254442 Relative Rsd = 5.49941510858928e-07
BICGSTAB_SOLVER_TIME: 0.747374 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 52 resid = 2.003847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190768(s) Flops=344180736 => 1804.1848528055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.518456609 Mflops = 259.716518456609 Gflops = 0.259716518456609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057476 s
InvBiCGStab: k = 71 resid = 1.037283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260549(s) Flops=468854784 => 1799.487942767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.871569845 Mflops = 259.063871569845 Gflops = 0.259063871569845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001028019 Relative Rsd = 4.50678511827812e-07
BICGSTAB_SOLVER_TIME: 0.55343 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04275 s
InvBiCGStab: k = 64 resid = 1.682251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246476(s) Flops=422922240 => 1715.8759473539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247029.530554496 Mflops = 247.029530554496 Gflops = 0.247029530554496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056761 s
InvBiCGStab: k = 97 resid = 1.129318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358082(s) Flops=639461376 => 1785.79592383867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257104.153440075 Mflops = 257.104153440075 Gflops = 0.257104153440075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001180151 Relative Rsd = 5.17372879941679e-07
BICGSTAB_SOLVER_TIME: 0.707977 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 65 resid = 2.180479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238844(s) Flops=429484032 => 1798.17802414965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258901.653616254 Mflops = 258.901653616254 Gflops = 0.258901653616254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056851 s
InvBiCGStab: k = 103 resid = 8.936445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378181(s) Flops=678832128 => 1794.99268339763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258436.729550069 Mflops = 258.436729550069 Gflops = 0.258436729550069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00119113 Relative Rsd = 5.22185874526475e-07
BICGSTAB_SOLVER_TIME: 0.718993 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134172
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961262(s) Flops=1548877824 => 1611.29621684827 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232210.748872911 Mflops = 232.210748872911 Gflops = 0.23221074887291 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172186000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041349 s
InvBiCGStab: k = 25 resid = 2.188505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09249(s) Flops=167012352 => 1805.73415504379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259898.878040202 Mflops = 259.898878040202 Gflops = 0.259898878040202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056498 s
InvBiCGStab: k = 53 resid = 8.608386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194367(s) Flops=350742528 => 1804.53743691059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.184167666 Mflops = 259.774184167666 Gflops = 0.259774184167666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007761938 Relative Rsd = 3.4027972765652e-07
BICGSTAB_SOLVER_TIME: 0.388563 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 75 resid = 2.015833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273893(s) Flops=495101952 => 1807.64733673369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260249.002614897 Mflops = 260.249002614897 Gflops = 0.260249002614897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 107 resid = 1.044828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392359(s) Flops=705079296 => 1797.02592778552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258735.37774301 Mflops = 258.73537774301 Gflops = 0.25873537774301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.00126744 Relative Rsd = 5.5563972368088e-07
BICGSTAB_SOLVER_TIME: 0.767654 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 54 resid = 2.084903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204432(s) Flops=357304320 => 1747.79056116459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251627.648866229 Mflops = 251.627648866229 Gflops = 0.251627648866229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 75 resid = 1.124492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276371(s) Flops=495101952 => 1791.43959387924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257905.303199744 Mflops = 257.905303199744 Gflops = 0.257905303199744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001078063 Relative Rsd = 4.72617889228048e-07
BICGSTAB_SOLVER_TIME: 0.581883 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10642
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041858 s
InvBiCGStab: k = 64 resid = 2.162225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234813(s) Flops=422922240 => 1801.10232397695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.481593776 Mflops = 259.303481593776 Gflops = 0.259303481593776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056926 s
InvBiCGStab: k = 96 resid = 9.371837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351162(s) Flops=632899584 => 1802.30088677021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259476.879484684 Mflops = 259.476879484684 Gflops = 0.259476879484684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001175486 Relative Rsd = 5.15327461866801e-07
BICGSTAB_SOLVER_TIME: 0.688619 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 63 resid = 2.263073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231109(s) Flops=416360448 => 1801.57608747388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259365.208870757 Mflops = 259.365208870757 Gflops = 0.259365208870757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 97 resid = 8.467481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354627(s) Flops=639461376 => 1803.19427454762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259611.806441937 Mflops = 259.611806441937 Gflops = 0.259611806441937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001110714 Relative Rsd = 4.86931937021377e-07
BICGSTAB_SOLVER_TIME: 0.687677 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128491
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960253(s) Flops=1549025280 => 1613.14286963956 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232275.046429791 Mflops = 232.275046429791 Gflops = 0.232275046429791 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172475000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040958 s
InvBiCGStab: k = 26 resid = 2.159971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095903(s) Flops=173574144 => 1809.89274579523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260485.316910546 Mflops = 260.485316910546 Gflops = 0.260485316910546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 50 resid = 7.577531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185703(s) Flops=331057152 => 1782.72376859825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256632.962336551 Mflops = 256.632962336551 Gflops = 0.256632962336551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007399935 Relative Rsd = 3.24409696374322e-07
BICGSTAB_SOLVER_TIME: 0.38284 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0438 s
InvBiCGStab: k = 60 resid = 2.032718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220765(s) Flops=396675072 => 1796.82047425996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258674.026239438 Mflops = 258.674026239438 Gflops = 0.258674026239438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058349 s
InvBiCGStab: k = 90 resid = 1.080081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345651(s) Flops=593528832 => 1717.13327026394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247225.448457223 Mflops = 247.225448457223 Gflops = 0.247225448457223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001138767 Relative Rsd = 4.99230269652139e-07
BICGSTAB_SOLVER_TIME: 0.672616 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042988 s
InvBiCGStab: k = 56 resid = 1.81977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212509(s) Flops=370427904 => 1743.11631036803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250951.934471857 Mflops = 250.951934471857 Gflops = 0.250951934471857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056793 s
InvBiCGStab: k = 103 resid = 8.932778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378771(s) Flops=678832128 => 1792.19667820398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258030.896819336 Mflops = 258.030896819336 Gflops = 0.258030896819336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001050018 Relative Rsd = 4.60322924968786e-07
BICGSTAB_SOLVER_TIME: 0.694964 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042396 s
InvBiCGStab: k = 66 resid = 1.656398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251208(s) Flops=436045824 => 1735.79593006592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249897.144766632 Mflops = 249.897144766632 Gflops = 0.249897144766632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05895 s
InvBiCGStab: k = 93 resid = 1.115457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345961(s) Flops=613214208 => 1772.49518876405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255188.032393016 Mflops = 255.188032393016 Gflops = 0.255188032393016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001116482 Relative Rsd = 4.89460614334516e-07
BICGSTAB_SOLVER_TIME: 0.702341 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042497 s
InvBiCGStab: k = 55 resid = 1.860652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212332(s) Flops=363866112 => 1713.66591940923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246700.141972898 Mflops = 246.700141972898 Gflops = 0.246700141972898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05566 s
InvBiCGStab: k = 93 resid = 1.118826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348043(s) Flops=613214208 => 1761.89208804659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253663.55337192 Mflops = 253.66355337192 Gflops = 0.25366355337192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001106953 Relative Rsd = 4.85283119172556e-07
BICGSTAB_SOLVER_TIME: 0.662323 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119775
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983276(s) Flops=1548877824 => 1575.221833951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226821.226543359 Mflops = 226.821226543359 Gflops = 0.226821226543359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171814000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042159 s
InvBiCGStab: k = 25 resid = 2.24618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093551(s) Flops=167012352 => 1785.25458840632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256911.298489703 Mflops = 256.911298489703 Gflops = 0.256911298489703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058335 s
InvBiCGStab: k = 52 resid = 9.829256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193118(s) Flops=344180736 => 1782.23022193685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256557.18929408 Mflops = 256.55718929408 Gflops = 0.25655718929408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007408868 Relative Rsd = 3.24801320597027e-07
BICGSTAB_SOLVER_TIME: 0.390962 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04215 s
InvBiCGStab: k = 61 resid = 2.012408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232461(s) Flops=403236864 => 1734.64307561268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249724.154775452 Mflops = 249.724154775452 Gflops = 0.249724154775452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057741 s
InvBiCGStab: k = 104 resid = 7.754915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389086(s) Flops=685393920 => 1761.54865505312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253621.469757385 Mflops = 253.621469757385 Gflops = 0.253621469757385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001205556 Relative Rsd = 5.28510247195742e-07
BICGSTAB_SOLVER_TIME: 0.725286 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045383 s
InvBiCGStab: k = 52 resid = 2.008182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195428(s) Flops=344180736 => 1761.16388644411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253545.55953731 Mflops = 253.54555953731 Gflops = 0.25354555953731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 82 resid = 1.107559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302963(s) Flops=541034496 => 1785.81046530434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257112.700702254 Mflops = 257.112700702254 Gflops = 0.257112700702254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001009078 Relative Rsd = 4.42375118830945e-07
BICGSTAB_SOLVER_TIME: 0.604123 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041718 s
InvBiCGStab: k = 72 resid = 2.017362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273406(s) Flops=475416576 => 1738.86665252409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250335.871348955 Mflops = 250.335871348955 Gflops = 0.250335871348955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060185 s
InvBiCGStab: k = 97 resid = 8.26906e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361677(s) Flops=639461376 => 1768.04545492249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254557.723672898 Mflops = 254.557723672898 Gflops = 0.254557723672898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001116316 Relative Rsd = 4.89387581916104e-07
BICGSTAB_SOLVER_TIME: 0.740848 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043947 s
InvBiCGStab: k = 57 resid = 1.653881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214408(s) Flops=376989696 => 1758.28185515466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253132.892613362 Mflops = 253.132892613362 Gflops = 0.253132892613362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 97 resid = 5.543269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359404(s) Flops=639461376 => 1779.22720949127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256161.613165672 Mflops = 256.161613165672 Gflops = 0.256161613165672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001066707 Relative Rsd = 4.67639283044545e-07
BICGSTAB_SOLVER_TIME: 0.677976 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124233
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986439(s) Flops=1548730368 => 1570.02142859315 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226065.761301722 Mflops = 226.065761301722 Gflops = 0.226065761301722 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172169000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.060336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814662(s) Flops=1440000000 => 1767.60423341214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254465.132851975 Mflops = 254.465132851975 Gflops = 0.254465132851975 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 9.853829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893731(s) Flops=1571235840 => 1758.06348890214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253148.815156055 Mflops = 253.148815156055 Gflops = 0.253148815156055 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002252357 Relative Rsd = 9.91056148400989e-07
BICGSTAB_SOLVER_TIME: 1.711723 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001856
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326904999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.890577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727713(s) Flops=1249708032 => 1717.30892810765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247253.299349252 Mflops = 247.253299349252 Gflops = 0.247253299349252 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 5.993576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850113(s) Flops=1525303296 => 1794.23593804588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258359.04905907 Mflops = 258.35904905907 Gflops = 0.25835904905907 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.001992285 Relative Rsd = 8.76530739729223e-07
BICGSTAB_SOLVER_TIME: 1.581192 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.1158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001858
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301137999999999
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971019(s) Flops=1548730368 => 1594.95372181183 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229653.674718101 Mflops = 229.653674718101 Gflops = 0.229653674718101 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172051000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 25 resid = 1.628689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092783(s) Flops=167012352 => 1800.03181617322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259038.44699723 Mflops = 259.03844699723 Gflops = 0.25903844699723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055844 s
InvBiCGStab: k = 54 resid = 6.78742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198579(s) Flops=357304320 => 1799.30566676235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259015.695782984 Mflops = 259.015695782984 Gflops = 0.259015695782984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007435154 Relative Rsd = 3.25953686419216e-07
BICGSTAB_SOLVER_TIME: 0.391826 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 90 resid = 1.251614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328622(s) Flops=593528832 => 1806.11411287132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260041.284599211 Mflops = 260.041284599211 Gflops = 0.260041284599211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 130 resid = 4.262627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474531(s) Flops=856000512 => 1803.88744254854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.938536514 Mflops = 259.722938536514 Gflops = 0.259722938536514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 220 iterations. Rsd = 0.001353122 Relative Rsd = 5.93202322597106e-07
BICGSTAB_SOLVER_TIME: 0.904395 sec
2Flav::invert,  n_count = 220
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171659999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041649 s
InvBiCGStab: k = 56 resid = 1.724765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206411(s) Flops=370427904 => 1794.61319406427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258361.194451055 Mflops = 258.361194451055 Gflops = 0.258361194451055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 84 resid = 7.694841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308061(s) Flops=554158080 => 1798.8582780683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258982.407122878 Mflops = 258.982407122878 Gflops = 0.258982407122878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001090081 Relative Rsd = 4.77886430540135e-07
BICGSTAB_SOLVER_TIME: 0.616165 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 78 resid = 1.946176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28485(s) Flops=514787328 => 1807.22249605055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260189.832747496 Mflops = 260.189832747496 Gflops = 0.260189832747496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 96 resid = 8.71436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35042(s) Flops=632899584 => 1806.11718509218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260037.365540549 Mflops = 260.037365540549 Gflops = 0.260037365540549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001200348 Relative Rsd = 5.26226899606789e-07
BICGSTAB_SOLVER_TIME: 0.73675 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 61 resid = 1.336781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224711(s) Flops=403236864 => 1794.46873539791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258331.423622464 Mflops = 258.331423622464 Gflops = 0.258331423622464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 107 resid = 7.822518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392169(s) Flops=705079296 => 1797.89655990147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258859.476094207 Mflops = 258.859476094207 Gflops = 0.258859476094207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001138054 Relative Rsd = 4.98917470426107e-07
BICGSTAB_SOLVER_TIME: 0.718784 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134259
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958109(s) Flops=1542316032 => 1609.75007227779 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231782.130544812 Mflops = 231.782130544812 Gflops = 0.231782130544812 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171623000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 32 resid = 2.027419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118498(s) Flops=212944896 => 1797.03367145437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258669.479900013 Mflops = 258.669479900013 Gflops = 0.258669479900013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055838 s
InvBiCGStab: k = 53 resid = 1.14099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194441(s) Flops=350742528 => 1803.85066935471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.67720054 Mflops = 259.67067720054 Gflops = 0.25967067720054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007743429 Relative Rsd = 3.39468307376753e-07
BICGSTAB_SOLVER_TIME: 0.413508 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041219 s
InvBiCGStab: k = 79 resid = 1.341455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288629(s) Flops=521349120 => 1806.29500154177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.838607554 Mflops = 260.057838607554 Gflops = 0.260057838607554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 112 resid = 1.015986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408748(s) Flops=737888256 => 1805.24004031824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.256384256 Mflops = 259.919256384256 Gflops = 0.259919256384256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001276177 Relative Rsd = 5.59469919326909e-07
BICGSTAB_SOLVER_TIME: 0.798574 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150941999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044038 s
InvBiCGStab: k = 55 resid = 1.875296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213151(s) Flops=363866112 => 1707.08142115214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245748.355275385 Mflops = 245.748355275385 Gflops = 0.245748355275385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060822 s
InvBiCGStab: k = 79 resid = 1.034565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294712(s) Flops=521349120 => 1769.01218817015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254665.199682852 Mflops = 254.665199682852 Gflops = 0.254665199682852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001056733 Relative Rsd = 4.63266932694953e-07
BICGSTAB_SOLVER_TIME: 0.616673 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109975
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 77 resid = 2.216918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282504(s) Flops=508225536 => 1799.00297340923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259002.877654733 Mflops = 259.002877654733 Gflops = 0.259002877654733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 105 resid = 1.019528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385124(s) Flops=691955712 => 1796.70888337263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258685.203945168 Mflops = 258.685203945168 Gflops = 0.258685203945168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001219418 Relative Rsd = 5.3458694248796e-07
BICGSTAB_SOLVER_TIME: 0.769715 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04141 s
InvBiCGStab: k = 57 resid = 1.968105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208925(s) Flops=376989696 => 1804.42597104224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.58681869 Mflops = 259.77058681869 Gflops = 0.25977058681869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 93 resid = 1.087598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339858(s) Flops=613214208 => 1804.32477093374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259784.022095953 Mflops = 259.784022095953 Gflops = 0.259784022095953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001105887 Relative Rsd = 4.8481583418095e-07
BICGSTAB_SOLVER_TIME: 0.650191 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121496
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949068(s) Flops=1529782272 => 1611.87846603194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232105.782643812 Mflops = 232.105782643812 Gflops = 0.232105782643812 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170200000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 26 resid = 2.178994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096338(s) Flops=173574144 => 1801.72044260832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259319.810873684 Mflops = 259.319810873684 Gflops = 0.259319810873684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 53 resid = 8.35107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194303(s) Flops=350742528 => 1805.13181988955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.324622015 Mflops = 259.866324622015 Gflops = 0.259866324622015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007810693 Relative Rsd = 3.42417137998476e-07
BICGSTAB_SOLVER_TIME: 0.392107 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042592 s
InvBiCGStab: k = 58 resid = 1.576218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22296(s) Flops=383551488 => 1720.27039827772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247641.774884023 Mflops = 247.641774884023 Gflops = 0.247641774884023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056751 s
InvBiCGStab: k = 92 resid = 9.417985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338635(s) Flops=606652416 => 1791.46401287522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257933.368462225 Mflops = 257.933368462225 Gflops = 0.257933368462225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001032703 Relative Rsd = 4.52732350831438e-07
BICGSTAB_SOLVER_TIME: 0.66474 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 56 resid = 1.641582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206495(s) Flops=370427904 => 1793.88316424126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258246.605224189 Mflops = 258.246605224189 Gflops = 0.258246605224189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056715 s
InvBiCGStab: k = 85 resid = 1.084338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311625(s) Flops=560719872 => 1799.34174729242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259053.498001176 Mflops = 259.053498001176 Gflops = 0.259053498001176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001055198 Relative Rsd = 4.62594074970037e-07
BICGSTAB_SOLVER_TIME: 0.620369 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041351 s
InvBiCGStab: k = 58 resid = 1.887256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212978(s) Flops=383551488 => 1800.89721943111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259264.461547665 Mflops = 259.264461547665 Gflops = 0.259264461547665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 98 resid = 8.795872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357619(s) Flops=646023168 => 1806.45650259075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260090.03392828 Mflops = 260.09003392828 Gflops = 0.26009003392828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001080415 Relative Rsd = 4.73649070230167e-07
BICGSTAB_SOLVER_TIME: 0.672231 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125783
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 58 resid = 2.12996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212837(s) Flops=383551488 => 1802.09027565696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259436.446622329 Mflops = 259.436446622329 Gflops = 0.259436446622329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 95 resid = 4.839924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347047(s) Flops=626337792 => 1804.76359686152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.021167968 Mflops = 259.840021167968 Gflops = 0.259840021167968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001110694 Relative Rsd = 4.86922852625516e-07
BICGSTAB_SOLVER_TIME: 0.661199 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123576
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938881(s) Flops=1510907904 => 1609.26454364291 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231715.166286309 Mflops = 231.715166286309 Gflops = 0.231715166286309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168053000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04172 s
InvBiCGStab: k = 29 resid = 1.898485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108287(s) Flops=193259520 => 1784.69733208972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256895.409990322 Mflops = 256.895409990322 Gflops = 0.256895409990322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05666 s
InvBiCGStab: k = 51 resid = 7.56203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187836(s) Flops=337618944 => 1797.4134031815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.834516655 Mflops = 258.728834516655 Gflops = 0.258728834516655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000778837 Relative Rsd = 3.41438498488151e-07
BICGSTAB_SOLVER_TIME: 0.398384 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041681 s
InvBiCGStab: k = 60 resid = 1.897571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220652(s) Flops=396675072 => 1797.74065950003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.468608869 Mflops = 258.833468608869 Gflops = 0.258833468608869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057184 s
InvBiCGStab: k = 91 resid = 9.281019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332847(s) Flops=600090624 => 1802.90230646513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259571.845065978 Mflops = 259.571845065978 Gflops = 0.259571845065978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001115739 Relative Rsd = 4.89134749909942e-07
BICGSTAB_SOLVER_TIME: 0.656241 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122254000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040663 s
InvBiCGStab: k = 57 resid = 1.625776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209468(s) Flops=376989696 => 1799.74839116237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259100.495321179 Mflops = 259.100495321179 Gflops = 0.259100495321179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 91 resid = 7.851943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332066(s) Flops=600090624 => 1807.14262827269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260171.044427461 Mflops = 260.171044427461 Gflops = 0.260171044427461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001081203 Relative Rsd = 4.73994532452555e-07
BICGSTAB_SOLVER_TIME: 0.642039 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041178 s
InvBiCGStab: k = 64 resid = 1.547398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235035(s) Flops=422922240 => 1799.40111047291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.271694702 Mflops = 259.063271694702 Gflops = 0.259063271694702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 96 resid = 1.106636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350843(s) Flops=632899584 => 1803.93960831483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.166112913 Mflops = 259.717166112913 Gflops = 0.259717166112913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001172269 Relative Rsd = 5.13917339071031e-07
BICGSTAB_SOLVER_TIME: 0.687184 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 55 resid = 2.102756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20232(s) Flops=363866112 => 1798.46832740214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258912.014388239 Mflops = 258.912014388239 Gflops = 0.258912014388239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 91 resid = 9.323495e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333882(s) Flops=600090624 => 1797.31349398889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258764.155730101 Mflops = 258.764155730101 Gflops = 0.258764155730101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001063522 Relative Rsd = 4.66243042022226e-07
BICGSTAB_SOLVER_TIME: 0.637128 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118585
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926993(s) Flops=1492328448 => 1609.85945740691 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231823.599827605 Mflops = 231.823599827605 Gflops = 0.231823599827605 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166069000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021151
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.811008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765552(s) Flops=1380943872 => 1803.8537839363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.817167179 Mflops = 259.670817167179 Gflops = 0.259670817167179 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.014134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892111(s) Flops=1604044800 => 1798.03275601355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258903.633032588 Mflops = 258.903633032588 Gflops = 0.258903633032588 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002239811 Relative Rsd = 9.85535219529215e-07
BICGSTAB_SOLVER_TIME: 1.661005 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324103999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.299186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.65228(s) Flops=1177528320 => 1805.24977003741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.294752075 Mflops = 259.868294752075 Gflops = 0.259868294752075 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 9.592316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79943(s) Flops=1440000000 => 1801.28341443278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.24744735 Mflops = 259.36924744735 Gflops = 0.25936924744735 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001953454 Relative Rsd = 8.59444497140666e-07
BICGSTAB_SOLVER_TIME: 1.45514 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.116326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284249999999998
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950312(s) Flops=1492328448 => 1570.35631245317 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226111.496254655 Mflops = 226.111496254655 Gflops = 0.226111496254655 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165750000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 30 resid = 2.250625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110954(s) Flops=199821312 => 1800.93833480541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.220938283 Mflops = 259.220220938283 Gflops = 0.259220220938283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 59 resid = 5.457661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216289(s) Flops=390113280 => 1803.66676067669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259649.032829986 Mflops = 259.649032829986 Gflops = 0.259649032829986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007677845 Relative Rsd = 3.36593121604625e-07
BICGSTAB_SOLVER_TIME: 0.428546 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041465 s
InvBiCGStab: k = 78 resid = 2.252173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285389(s) Flops=514787328 => 1803.80928487083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.439979446 Mflops = 259.704439979446 Gflops = 0.259704439979446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 121 resid = 6.457019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442841(s) Flops=796944384 => 1799.61743379678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.558608575 Mflops = 259.105558608575 Gflops = 0.259105558608575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001330079 Relative Rsd = 5.83100423363433e-07
BICGSTAB_SOLVER_TIME: 0.829642 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156643999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040737 s
InvBiCGStab: k = 55 resid = 1.557037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20163(s) Flops=363866112 => 1804.62288349948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.203744424 Mflops = 259.799203744424 Gflops = 0.259799203744424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 73 resid = 8.543662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26688(s) Flops=481978368 => 1805.97410071942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259996.033967572 Mflops = 259.996033967572 Gflops = 0.259996033967572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001019392 Relative Rsd = 4.46896749281067e-07
BICGSTAB_SOLVER_TIME: 0.569077 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105627
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 67 resid = 2.168247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247452(s) Flops=442607616 => 1788.66049173173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257517.2163507 Mflops = 257.5172163507 Gflops = 0.2575172163507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055693 s
InvBiCGStab: k = 102 resid = 1.03092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372428(s) Flops=672270336 => 1805.10148538778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.781515153 Mflops = 259.885781515153 Gflops = 0.259885781515153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001160395 Relative Rsd = 5.08711622990996e-07
BICGSTAB_SOLVER_TIME: 0.720522 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044595 s
InvBiCGStab: k = 60 resid = 1.302986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233101(s) Flops=396675072 => 1701.73046018679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245001.50222144 Mflops = 245.00150222144 Gflops = 0.24500150222144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060954 s
InvBiCGStab: k = 94 resid = 1.009231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347794(s) Flops=619776000 => 1782.0203913811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256562.705125925 Mflops = 256.562705125925 Gflops = 0.256562705125925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001108837 Relative Rsd = 4.86109033656955e-07
BICGSTAB_SOLVER_TIME: 0.69037 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124054
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93554(s) Flops=1498447872 => 1601.69300297155 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230679.260422778 Mflops = 230.679260422778 Gflops = 0.230679260422778 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166537000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 27 resid = 2.074737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099716(s) Flops=180135936 => 1806.48979100646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259999.850972261 Mflops = 259.999850972261 Gflops = 0.259999850972261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 48 resid = 1.06946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176916(s) Flops=317933568 => 1797.08770263854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258694.296229324 Mflops = 258.694296229324 Gflops = 0.258694296229324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007444269 Relative Rsd = 3.26353272247283e-07
BICGSTAB_SOLVER_TIME: 0.377711 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040607 s
InvBiCGStab: k = 78 resid = 1.051996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285896(s) Flops=514787328 => 1800.6104597476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259246.666435044 Mflops = 259.246666435044 Gflops = 0.259246666435044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 116 resid = 1.14898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422964(s) Flops=764135424 => 1806.62047833858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260120.933579174 Mflops = 260.120933579174 Gflops = 0.260120933579174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001357576 Relative Rsd = 5.95154855276099e-07
BICGSTAB_SOLVER_TIME: 0.809696 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153006999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041177 s
InvBiCGStab: k = 53 resid = 1.809231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194548(s) Flops=350742528 => 1802.85856446738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.758563436 Mflops = 259.529758563436 Gflops = 0.259529758563436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 69 resid = 9.620907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251937(s) Flops=455731200 => 1808.90937019969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260419.436332179 Mflops = 260.419436332179 Gflops = 0.260419436332179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00102865 Relative Rsd = 4.5095553486565e-07
BICGSTAB_SOLVER_TIME: 0.547595 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042935 s
InvBiCGStab: k = 63 resid = 2.203331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241743(s) Flops=416360448 => 1722.32680160336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247964.45659294 Mflops = 247.96445659294 Gflops = 0.24796445659294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056947 s
InvBiCGStab: k = 92 resid = 1.043844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339247(s) Flops=606652416 => 1788.23222018176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257464.684226628 Mflops = 257.464684226628 Gflops = 0.257464684226628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001171995 Relative Rsd = 5.13797200487562e-07
BICGSTAB_SOLVER_TIME: 0.684748 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 54 resid = 2.263544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198654(s) Flops=357304320 => 1798.62635537165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258942.823394171 Mflops = 258.942823394172 Gflops = 0.258942823394172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 88 resid = 1.088963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323346(s) Flops=580405248 => 1794.99745783155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258428.755077767 Mflops = 258.428755077767 Gflops = 0.258428755077767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001108463 Relative Rsd = 4.85944800028406e-07
BICGSTAB_SOLVER_TIME: 0.623397 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115549
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945446(s) Flops=1517174784 => 1604.71860264891 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231066.291673269 Mflops = 231.066291673269 Gflops = 0.231066291673269 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170349000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 29 resid = 1.521469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110063(s) Flops=193259520 => 1755.89907598375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252743.293323867 Mflops = 252.743293323867 Gflops = 0.252743293323867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 49 resid = 1.035977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180619(s) Flops=324495360 => 1796.5737823817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.537471795 Mflops = 258.608537471796 Gflops = 0.258608537471796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000747526 Relative Rsd = 3.27711899787862e-07
BICGSTAB_SOLVER_TIME: 0.392156 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 55 resid = 2.036014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202342(s) Flops=363866112 => 1798.27278567969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258894.415158987 Mflops = 258.894415158987 Gflops = 0.258894415158987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 80 resid = 9.130007e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293824(s) Flops=527910912 => 1796.69091701154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.727187147 Mflops = 258.663727187147 Gflops = 0.258663727187147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001098371 Relative Rsd = 4.81520903387691e-07
BICGSTAB_SOLVER_TIME: 0.596905 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042718 s
InvBiCGStab: k = 56 resid = 2.118691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217139(s) Flops=370427904 => 1705.94828197606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245593.497224548 Mflops = 245.593497224548 Gflops = 0.245593497224548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055941 s
InvBiCGStab: k = 92 resid = 1.078066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339855(s) Flops=606652416 => 1785.03307587059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257000.467243275 Mflops = 257.000467243275 Gflops = 0.257000467243275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001050609 Relative Rsd = 4.60582085430491e-07
BICGSTAB_SOLVER_TIME: 0.659575 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119832
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041907 s
InvBiCGStab: k = 63 resid = 1.697082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231181(s) Flops=416360448 => 1801.01499690719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.952393846 Mflops = 259.290952393846 Gflops = 0.259290952393846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056611 s
InvBiCGStab: k = 95 resid = 9.353797e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347661(s) Flops=626337792 => 1801.57622511585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259379.062388143 Mflops = 259.379062388143 Gflops = 0.259379062388143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00116422 Relative Rsd = 5.10388714746038e-07
BICGSTAB_SOLVER_TIME: 0.681244 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040729 s
InvBiCGStab: k = 53 resid = 2.273385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194549(s) Flops=350742528 => 1802.84929760626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259552.412899751 Mflops = 259.552412899751 Gflops = 0.259552412899751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055969 s
InvBiCGStab: k = 82 resid = 1.043266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29934(s) Flops=541034496 => 1807.42465423933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260212.737193502 Mflops = 260.212737193502 Gflops = 0.260212737193502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001098151 Relative Rsd = 4.81424088225057e-07
BICGSTAB_SOLVER_TIME: 0.594473 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110615
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.953637(s) Flops=1535901696 => 1610.57267702491 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231913.56978621 Mflops = 231.91356978621 Gflops = 0.23191356978621 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170963000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 26 resid = 2.163842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096617(s) Flops=173574144 => 1796.51763147272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.155257152 Mflops = 258.558155257152 Gflops = 0.258558155257152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056372 s
InvBiCGStab: k = 53 resid = 7.519657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194914(s) Flops=350742528 => 1799.47324461044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.005067263 Mflops = 259.035005067263 Gflops = 0.259035005067263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007948705 Relative Rsd = 3.48467498749883e-07
BICGSTAB_SOLVER_TIME: 0.392931 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043475 s
InvBiCGStab: k = 63 resid = 2.280973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239949(s) Flops=416360448 => 1735.2039308353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249817.324299474 Mflops = 249.817324299474 Gflops = 0.249817324299474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 91 resid = 5.811658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332785(s) Flops=600090624 => 1803.23819883709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.979713857 Mflops = 259.619979713857 Gflops = 0.259619979713857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001110536 Relative Rsd = 4.86853698937921e-07
BICGSTAB_SOLVER_TIME: 0.676756 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 56 resid = 1.993805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208328(s) Flops=370427904 => 1778.09945854614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255981.079487929 Mflops = 255.981079487929 Gflops = 0.255981079487929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 85 resid = 9.050736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323444(s) Flops=560719872 => 1733.59181805815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249584.053425176 Mflops = 249.584053425176 Gflops = 0.249584053425176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00102735 Relative Rsd = 4.50385616615184e-07
BICGSTAB_SOLVER_TIME: 0.633347 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 60 resid = 2.204046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223216(s) Flops=396675072 => 1777.09067450362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255818.684399099 Mflops = 255.818684399099 Gflops = 0.255818684399099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058133 s
InvBiCGStab: k = 96 resid = 5.808199e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355683(s) Flops=632899584 => 1779.39227907997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256187.05136961 Mflops = 256.18705136961 Gflops = 0.25618705136961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001150493 Relative Rsd = 5.04370659739464e-07
BICGSTAB_SOLVER_TIME: 0.681571 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040975 s
InvBiCGStab: k = 58 resid = 1.853077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212202(s) Flops=383551488 => 1807.4829077954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.760215122 Mflops = 260.195760215122 Gflops = 0.260195760215122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 93 resid = 1.092488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340309(s) Flops=613214208 => 1801.93356038189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259432.766219822 Mflops = 259.432766219822 Gflops = 0.259432766219822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001052414 Relative Rsd = 4.61373193409399e-07
BICGSTAB_SOLVER_TIME: 0.653761 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122064
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95475(s) Flops=1536122880 => 1608.92681853888 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231669.934071968 Mflops = 231.669934071968 Gflops = 0.231669934071968 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.176753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742772(s) Flops=1341573120 => 1806.17083034902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260061.300381315 Mflops = 260.061300381315 Gflops = 0.260061300381315 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 9.630822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91995(s) Flops=1623730176 => 1765.02002934942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254151.536194367 Mflops = 254.151536194367 Gflops = 0.254151536194367 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002231437 Relative Rsd = 9.81827698556149e-07
BICGSTAB_SOLVER_TIME: 1.666141 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321879999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 1.188268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.609725(s) Flops=1092225024 => 1791.34039772028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.410905058 Mflops = 257.855410905058 Gflops = 0.257855410905058 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 7.694039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791912(s) Flops=1426876416 => 1801.81183767893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.243639805 Mflops = 259.446243639805 Gflops = 0.259446243639805 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001924247 Relative Rsd = 8.46588036284884e-07
BICGSTAB_SOLVER_TIME: 1.405073 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001857
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273750999999997
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955422(s) Flops=1536122880 => 1607.79517323235 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231511.816694082 Mflops = 231.511816694082 Gflops = 0.231511816694082 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170701000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 31 resid = 2.080843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114578(s) Flops=206383104 => 1801.24547469846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259240.578712212 Mflops = 259.240578712212 Gflops = 0.259240578712212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 52 resid = 9.64522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191354(s) Flops=344180736 => 1798.65974058551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258924.829140008 Mflops = 258.924829140008 Gflops = 0.258924829140008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000735771 Relative Rsd = 3.22558572091825e-07
BICGSTAB_SOLVER_TIME: 0.407079 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042144 s
InvBiCGStab: k = 89 resid = 1.471211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341259(s) Flops=586967040 => 1720.00457130801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247644.329075192 Mflops = 247.644329075192 Gflops = 0.247644329075192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05703 s
InvBiCGStab: k = 123 resid = 1.004516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450405(s) Flops=810067968 => 1798.53236087521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258952.363435679 Mflops = 258.952363435679 Gflops = 0.258952363435679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001367515 Relative Rsd = 5.99512303133604e-07
BICGSTAB_SOLVER_TIME: 0.894661 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165817999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 55 resid = 2.148419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203689(s) Flops=363866112 => 1786.38076675716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257156.093543153 Mflops = 257.156093543153 Gflops = 0.257156093543153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 73 resid = 1.084219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268219(s) Flops=481978368 => 1796.9583362849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258706.801171708 Mflops = 258.706801171708 Gflops = 0.258706801171708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001047993 Relative Rsd = 4.59435410114698e-07
BICGSTAB_SOLVER_TIME: 0.57365 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040694 s
InvBiCGStab: k = 58 resid = 2.128988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212478(s) Flops=383551488 => 1805.1350633948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.314092073 Mflops = 259.857314092073 Gflops = 0.259857314092073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 99 resid = 6.201511e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361326(s) Flops=652584960 => 1806.08359210242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.689632326 Mflops = 260.029689632326 Gflops = 0.260029689632326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00119406 Relative Rsd = 5.23470346858141e-07
BICGSTAB_SOLVER_TIME: 0.674696 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 57 resid = 1.161922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209076(s) Flops=376989696 => 1803.12276875395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259582.410000721 Mflops = 259.582410000721 Gflops = 0.259582410000721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056831 s
InvBiCGStab: k = 83 resid = 1.032163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303109(s) Flops=547596288 => 1806.59857674962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260095.980361166 Mflops = 260.095980361166 Gflops = 0.260095980361166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001120057 Relative Rsd = 4.91027723656519e-07
BICGSTAB_SOLVER_TIME: 0.613964 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114196
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956521(s) Flops=1542389760 => 1612.49963147699 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232190.719705521 Mflops = 232.190719705521 Gflops = 0.232190719705521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171256000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041613 s
InvBiCGStab: k = 26 resid = 1.64794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096437(s) Flops=173574144 => 1799.87083795639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258992.700385444 Mflops = 258.992700385444 Gflops = 0.258992700385444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056839 s
InvBiCGStab: k = 50 resid = 1.129748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184964(s) Flops=331057152 => 1789.84641335611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257633.649871658 Mflops = 257.633649871658 Gflops = 0.257633649871658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007557208 Relative Rsd = 3.31304446617441e-07
BICGSTAB_SOLVER_TIME: 0.383744 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041937 s
InvBiCGStab: k = 81 resid = 1.865943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297425(s) Flops=534472704 => 1796.99992939396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.170549622 Mflops = 258.722170549622 Gflops = 0.258722170549622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 107 resid = 1.023087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391462(s) Flops=705079296 => 1801.14365123562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.316179652 Mflops = 259.320316179652 Gflops = 0.259320316179652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001314212 Relative Rsd = 5.7614448103808e-07
BICGSTAB_SOLVER_TIME: 0.791252 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 55 resid = 2.119816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202098(s) Flops=363866112 => 1800.44390345278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259188.549335908 Mflops = 259.188549335908 Gflops = 0.259188549335908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055883 s
InvBiCGStab: k = 85 resid = 9.48054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311018(s) Flops=560719872 => 1802.85344256603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.427236965 Mflops = 259.557427236965 Gflops = 0.259557427236965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001086059 Relative Rsd = 4.76123241168138e-07
BICGSTAB_SOLVER_TIME: 0.613939 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 58 resid = 1.867107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211833(s) Flops=383551488 => 1810.63143136339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260676.985939644 Mflops = 260.676985939644 Gflops = 0.260676985939644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 101 resid = 9.703076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370306(s) Flops=665708544 => 1797.72551349425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258828.628918361 Mflops = 258.828628918361 Gflops = 0.258828628918361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001207465 Relative Rsd = 5.29347083369547e-07
BICGSTAB_SOLVER_TIME: 0.682831 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 58 resid = 1.777391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212582(s) Flops=383551488 => 1804.25194983583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.99721721 Mflops = 259.72999721721 Gflops = 0.25972999721721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 87 resid = 1.0434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317828(s) Flops=573843456 => 1805.51573807216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259943.285570789 Mflops = 259.943285570789 Gflops = 0.259943285570789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001143626 Relative Rsd = 5.01360356337882e-07
BICGSTAB_SOLVER_TIME: 0.631542 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001837
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117784
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957332(s) Flops=1542610944 => 1611.3646509257 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232006.177805338 Mflops = 232.006177805338 Gflops = 0.232006177805338 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171974000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041602 s
InvBiCGStab: k = 30 resid = 2.029331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111408(s) Flops=199821312 => 1793.59931064196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.465193659 Mflops = 258.158465193659 Gflops = 0.258158465193659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 54 resid = 1.146237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198283(s) Flops=357304320 => 1801.99169873363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259405.38393324 Mflops = 259.40538393324 Gflops = 0.25940538393324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007609747 Relative Rsd = 3.33607723737763e-07
BICGSTAB_SOLVER_TIME: 0.411156 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041762 s
InvBiCGStab: k = 55 resid = 2.176214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201414(s) Flops=363866112 => 1806.55819357145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.598361394 Mflops = 260.087598361394 Gflops = 0.260087598361394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056197 s
InvBiCGStab: k = 86 resid = 9.929745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314788(s) Flops=567281664 => 1802.1070180566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.566146034 Mflops = 259.455566146034 Gflops = 0.259455566146034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001060211 Relative Rsd = 4.64791682193557e-07
BICGSTAB_SOLVER_TIME: 0.617926 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 50 resid = 2.027763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183338(s) Flops=331057152 => 1805.7203198464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.372389038 Mflops = 259.960372389038 Gflops = 0.259960372389038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056203 s
InvBiCGStab: k = 84 resid = 8.10147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306865(s) Flops=554158080 => 1805.86929105633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259989.624704238 Mflops = 259.989624704238 Gflops = 0.259989624704238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00108943 Relative Rsd = 4.77601088645414e-07
BICGSTAB_SOLVER_TIME: 0.591014 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 59 resid = 2.121378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216465(s) Flops=390113280 => 1802.20026332202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259460.511033627 Mflops = 259.460511033627 Gflops = 0.259460511033627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 85 resid = 6.437822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311023(s) Flops=560719872 => 1802.8244599274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259542.699160483 Mflops = 259.542699160483 Gflops = 0.259542699160483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001072485 Relative Rsd = 4.70172451519683e-07
BICGSTAB_SOLVER_TIME: 0.62834 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 56 resid = 1.897085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205784(s) Flops=370427904 => 1800.08117249154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.71107799 Mflops = 259.14171107799 Gflops = 0.25914171107799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 88 resid = 1.010422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322318(s) Flops=580405248 => 1800.72241699191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259250.914412547 Mflops = 259.250914412547 Gflops = 0.259250914412547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001091635 Relative Rsd = 4.78567862301595e-07
BICGSTAB_SOLVER_TIME: 0.629193 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117113
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987066(s) Flops=1548730368 => 1569.02412604628 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225920.028530076 Mflops = 225.920028530076 Gflops = 0.225920028530076 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172237000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 24 resid = 2.181931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089114(s) Flops=160450560 => 1800.50901092982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.615089323 Mflops = 259.117615089323 Gflops = 0.259117615089323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 52 resid = 1.088858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193463(s) Flops=344180736 => 1779.05199443821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256095.293776959 Mflops = 256.095293776959 Gflops = 0.256095293776959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007203668 Relative Rsd = 3.15805421041499e-07
BICGSTAB_SOLVER_TIME: 0.383265 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 61 resid = 2.01103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222759(s) Flops=403236864 => 1810.19336592461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260610.258782518 Mflops = 260.610258782518 Gflops = 0.260610258782518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 99 resid = 8.547031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361091(s) Flops=652584960 => 1807.2590011936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.459217182 Mflops = 260.200459217182 Gflops = 0.260200459217182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001164476 Relative Rsd = 5.10500840688213e-07
BICGSTAB_SOLVER_TIME: 0.684883 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128698
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 53 resid = 1.909114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194346(s) Flops=350742528 => 1804.7324256738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259803.303423362 Mflops = 259.803303423362 Gflops = 0.259803303423362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055998 s
InvBiCGStab: k = 83 resid = 1.077409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303019(s) Flops=547596288 => 1807.13515654134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260177.537590731 Mflops = 260.177537590731 Gflops = 0.260177537590731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00108013 Relative Rsd = 4.73523725981654e-07
BICGSTAB_SOLVER_TIME: 0.598347 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041749 s
InvBiCGStab: k = 64 resid = 2.17031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234723(s) Flops=422922240 => 1801.79292186961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259393.524643066 Mflops = 259.393524643066 Gflops = 0.259393524643066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 93 resid = 1.090486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339891(s) Flops=613214208 => 1804.14958913299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259748.281211547 Mflops = 259.748281211547 Gflops = 0.259748281211547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001141914 Relative Rsd = 5.00609770888826e-07
BICGSTAB_SOLVER_TIME: 0.676502 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 46 resid = 1.966958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169292(s) Flops=304809984 => 1800.49845237814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259201.793723629 Mflops = 259.201793723629 Gflops = 0.259201793723629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 81 resid = 1.013663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311053(s) Flops=534472704 => 1718.26892523139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247373.979073667 Mflops = 247.373979073667 Gflops = 0.247373979073667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001102668 Relative Rsd = 4.83404435486884e-07
BICGSTAB_SOLVER_TIME: 0.581188 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104966
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963421(s) Flops=1542610944 => 1601.18052647804 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230553.013475993 Mflops = 230.553013475993 Gflops = 0.230553013475993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171334000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.252011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782874(s) Flops=1413752832 => 1805.84976892833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.729878585 Mflops = 259.961729878586 Gflops = 0.259961729878586 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.068325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.87205(s) Flops=1571235840 => 1801.77265065077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.977134017 Mflops = 259.441977134017 Gflops = 0.259441977134017 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002216358 Relative Rsd = 9.75167257634463e-07
BICGSTAB_SOLVER_TIME: 1.658316 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324518999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 2.272806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.594051(s) Flops=1072539648 => 1805.46728816213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259946.671805604 Mflops = 259.946671805604 Gflops = 0.259946671805604 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.079242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773509(s) Flops=1335011328 => 1725.9157010455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248517.447720555 Mflops = 248.517447720555 Gflops = 0.248517447720555 Tflops
BICGSTAB_SOLVER: 366 iterations. Rsd = 0.001885589 Relative Rsd = 8.29574737622962e-07
BICGSTAB_SOLVER_TIME: 1.371007 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261227999999997
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961677(s) Flops=1542610944 => 1604.08426529906 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230972.522892 Mflops = 230.972522892 Gflops = 0.230972522892 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 27 resid = 2.081988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100054(s) Flops=180135936 => 1800.38715093849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.104782145 Mflops = 259.138104782145 Gflops = 0.259138104782145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056163 s
InvBiCGStab: k = 66 resid = 7.509123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241518(s) Flops=436045824 => 1805.43820336372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259901.503555998 Mflops = 259.901503555998 Gflops = 0.259901503555998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007984221 Relative Rsd = 3.50024502957388e-07
BICGSTAB_SOLVER_TIME: 0.442955 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0807130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 79 resid = 2.160621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288499(s) Flops=521349120 => 1807.1089327866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260175.175860435 Mflops = 260.175175860435 Gflops = 0.260175175860435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 91 resid = 1.050644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332567(s) Flops=600090624 => 1804.42023411824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.539018523 Mflops = 259.782539018523 Gflops = 0.259782539018523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001249062 Relative Rsd = 5.47583038378358e-07
BICGSTAB_SOLVER_TIME: 0.722361 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 52 resid = 1.967451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191041(s) Flops=344180736 => 1801.60664988144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259362.034115592 Mflops = 259.362034115592 Gflops = 0.259362034115592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05647 s
InvBiCGStab: k = 78 resid = 9.612402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28508(s) Flops=514787328 => 1805.76444506805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259976.326877371 Mflops = 259.976326877371 Gflops = 0.259976326877371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0009867037 Relative Rsd = 4.32566267917697e-07
BICGSTAB_SOLVER_TIME: 0.577717 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04238 s
InvBiCGStab: k = 63 resid = 2.158897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243537(s) Flops=416360448 => 1709.63938949728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246120.810706597 Mflops = 246.120810706597 Gflops = 0.246120810706597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058198 s
InvBiCGStab: k = 92 resid = 1.147511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337679(s) Flops=606652416 => 1796.53581063673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.001260287 Mflops = 258.655001260287 Gflops = 0.258655001260287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001167161 Relative Rsd = 5.11677831347498e-07
BICGSTAB_SOLVER_TIME: 0.685652 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 53 resid = 1.684098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195638(s) Flops=350742528 => 1792.8139114078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258081.188460696 Mflops = 258.081188460696 Gflops = 0.258081188460696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 84 resid = 1.142938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308766(s) Flops=554158080 => 1794.75097646762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258391.448113582 Mflops = 258.391448113582 Gflops = 0.258391448113582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001102536 Relative Rsd = 4.83346407632422e-07
BICGSTAB_SOLVER_TIME: 0.605912 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112057
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95803(s) Flops=1542537216 => 1610.11368746281 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231840.550833607 Mflops = 231.840550833607 Gflops = 0.231840550833607 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171495000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040576 s
InvBiCGStab: k = 28 resid = 1.759372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103473(s) Flops=186697728 => 1804.31347307993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259684.694259146 Mflops = 259.684694259146 Gflops = 0.259684694259146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 55 resid = 9.86166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202697(s) Flops=363866112 => 1795.12332200279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258419.56443164 Mflops = 258.41956443164 Gflops = 0.25841956443164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007183418 Relative Rsd = 3.14917702043684e-07
BICGSTAB_SOLVER_TIME: 0.406933 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 76 resid = 1.883748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277648(s) Flops=501663744 => 1806.83363107244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260129.689532556 Mflops = 260.129689532556 Gflops = 0.260129689532556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 96 resid = 8.645043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350372(s) Flops=632899584 => 1806.36461817725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.830680715 Mflops = 260.065830680715 Gflops = 0.260065830680715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00126609 Relative Rsd = 5.55048064123466e-07
BICGSTAB_SOLVER_TIME: 0.729293 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045264 s
InvBiCGStab: k = 54 resid = 1.61981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204776(s) Flops=357304320 => 1744.8544751338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251173.210023834 Mflops = 251.173210023834 Gflops = 0.251173210023834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058343 s
InvBiCGStab: k = 90 resid = 8.948851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330653(s) Flops=593528832 => 1795.0202538613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258411.999429098 Mflops = 258.411999429098 Gflops = 0.258411999429098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001097506 Relative Rsd = 4.81141706414381e-07
BICGSTAB_SOLVER_TIME: 0.642858 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 68 resid = 2.280355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249868(s) Flops=449169408 => 1797.62677893928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258802.922348911 Mflops = 258.802922348911 Gflops = 0.258802922348911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 96 resid = 8.536617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352322(s) Flops=632899584 => 1796.36691435675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258627.653330321 Mflops = 258.627653330321 Gflops = 0.258627653330321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001188382 Relative Rsd = 5.20980967212492e-07
BICGSTAB_SOLVER_TIME: 0.703945 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 58 resid = 2.259995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21231(s) Flops=383551488 => 1806.56345909284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260078.563277727 Mflops = 260.078563277727 Gflops = 0.260078563277727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 92 resid = 9.093933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336528(s) Flops=606652416 => 1802.68035943517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259538.943172815 Mflops = 259.538943172815 Gflops = 0.259538943172815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001127355 Relative Rsd = 4.94227268293233e-07
BICGSTAB_SOLVER_TIME: 0.649871 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121633
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956326(s) Flops=1542537216 => 1612.98261889774 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232318.015499787 Mflops = 232.318015499787 Gflops = 0.232318015499787 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171208000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 25 resid = 2.007471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092779(s) Flops=167012352 => 1800.10942131301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259061.350689429 Mflops = 259.061350689429 Gflops = 0.259061350689429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 48 resid = 1.062524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176173(s) Flops=317933568 => 1804.66682181719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.714014151 Mflops = 259.771714014151 Gflops = 0.259771714014151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007226455 Relative Rsd = 3.16804423888614e-07
BICGSTAB_SOLVER_TIME: 0.369958 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042847 s
InvBiCGStab: k = 61 resid = 1.610354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233058(s) Flops=403236864 => 1730.1996241279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249078.283600645 Mflops = 249.078283600645 Gflops = 0.249078283600645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058544 s
InvBiCGStab: k = 81 resid = 1.070195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311311(s) Flops=534472704 => 1716.84490429185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247172.172487231 Mflops = 247.172172487231 Gflops = 0.247172172487231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001100428 Relative Rsd = 4.82422453123026e-07
BICGSTAB_SOLVER_TIME: 0.649677 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115795
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 52 resid = 1.951141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201503(s) Flops=344180736 => 1708.06755234413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245886.249554419 Mflops = 245.886249554419 Gflops = 0.245886249554419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056627 s
InvBiCGStab: k = 82 resid = 1.068308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30418(s) Flops=541034496 => 1778.66557959103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256077.30853843 Mflops = 256.07730853843 Gflops = 0.25607730853843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001061514 Relative Rsd = 4.65362774270455e-07
BICGSTAB_SOLVER_TIME: 0.607153 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110009
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04221 s
InvBiCGStab: k = 64 resid = 1.532429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238814(s) Flops=422922240 => 1770.92733256844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254951.802085483 Mflops = 254.951802085483 Gflops = 0.254951802085483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05785 s
InvBiCGStab: k = 96 resid = 4.06117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366941(s) Flops=632899584 => 1724.79931106091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248327.680733185 Mflops = 248.327680733185 Gflops = 0.248327680733185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001123285 Relative Rsd = 4.9244269486581e-07
BICGSTAB_SOLVER_TIME: 0.709529 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040917 s
InvBiCGStab: k = 53 resid = 2.121233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194613(s) Flops=350742528 => 1802.2564165806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.851039661 Mflops = 259.452851039661 Gflops = 0.259452851039661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061397 s
InvBiCGStab: k = 84 resid = 9.066267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316735(s) Flops=554158080 => 1749.59533995296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251891.781301724 Mflops = 251.891781301724 Gflops = 0.251891781301724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001103034 Relative Rsd = 4.83564994528342e-07
BICGSTAB_SOLVER_TIME: 0.61746 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112166
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976052(s) Flops=1542389760 => 1580.23318429756 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227530.785444217 Mflops = 227.530785444217 Gflops = 0.227530785444217 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171370000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041392 s
InvBiCGStab: k = 27 resid = 1.802402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107438(s) Flops=180135936 => 1676.65012379233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241345.720232027 Mflops = 241.345720232027 Gflops = 0.241345720232027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056867 s
InvBiCGStab: k = 50 resid = 1.149867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185299(s) Flops=331057152 => 1786.61056994371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257186.563153046 Mflops = 257.186563153046 Gflops = 0.257186563153046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007520097 Relative Rsd = 3.29677523183363e-07
BICGSTAB_SOLVER_TIME: 0.39477 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040551 s
InvBiCGStab: k = 55 resid = 2.061994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207517(s) Flops=363866112 => 1753.42796975669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252429.486588708 Mflops = 252.429486588708 Gflops = 0.252429486588708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 90 resid = 6.128639e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339237(s) Flops=593528832 => 1749.5993420529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251898.026082951 Mflops = 251.898026082951 Gflops = 0.251898026082951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001138089 Relative Rsd = 4.9893283224158e-07
BICGSTAB_SOLVER_TIME: 0.648242 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 57 resid = 1.854286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209562(s) Flops=376989696 => 1798.94110573482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258983.359231349 Mflops = 258.983359231349 Gflops = 0.258983359231349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 83 resid = 1.052855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312688(s) Flops=547596288 => 1751.25456685258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252127.692483546 Mflops = 252.127692483546 Gflops = 0.252127692483546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001076257 Relative Rsd = 4.71825862602368e-07
BICGSTAB_SOLVER_TIME: 0.623294 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 57 resid = 1.984175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214841(s) Flops=376989696 => 1754.73813657542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252609.147769933 Mflops = 252.609147769933 Gflops = 0.252609147769933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055899 s
InvBiCGStab: k = 90 resid = 1.051367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3371(s) Flops=593528832 => 1760.69069118956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253512.062514856 Mflops = 253.512062514856 Gflops = 0.253512062514856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.0011647 Relative Rsd = 5.10599135892869e-07
BICGSTAB_SOLVER_TIME: 0.652779 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 53 resid = 1.607199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194364(s) Flops=350742528 => 1804.56528986849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259772.291428489 Mflops = 259.772291428489 Gflops = 0.259772291428489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055815 s
InvBiCGStab: k = 88 resid = 9.525051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336414(s) Flops=580405248 => 1725.27079134638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248394.108011393 Mflops = 248.394108011393 Gflops = 0.248394108011393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001086358 Relative Rsd = 4.76254046261354e-07
BICGSTAB_SOLVER_TIME: 0.63139 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114984
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984841(s) Flops=1542242304 => 1565.9810101326 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225483.047841359 Mflops = 225.483047841359 Gflops = 0.225483047841359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171556000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.230932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772336(s) Flops=1394067456 => 1805.0012636987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259881.891027456 Mflops = 259.881891027455 Gflops = 0.259881891027455 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.055271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900415(s) Flops=1623730176 => 1803.31311228711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.024844072 Mflops = 259.664024844072 Gflops = 0.259664024844072 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002152251 Relative Rsd = 9.46928964536154e-07
BICGSTAB_SOLVER_TIME: 1.676224 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0.114992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.32763
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.032162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694218(s) Flops=1249708032 => 1800.16656439332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259123.257580844 Mflops = 259.123257580844 Gflops = 0.259123257580844 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.116513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77319(s) Flops=1394067456 => 1803.00761261786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259617.433753517 Mflops = 259.617433753517 Gflops = 0.259617433753517 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.002103976 Relative Rsd = 9.25634019278133e-07
BICGSTAB_SOLVER_TIME: 1.470744 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.11599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288797999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958209(s) Flops=1542242304 => 1609.50513301378 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231749.612396986 Mflops = 231.749612396986 Gflops = 0.231749612396986 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 23 resid = 2.2682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085238(s) Flops=153888768 => 1805.40097139773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259807.28469102 Mflops = 259.80728469102 Gflops = 0.25980728469102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 53 resid = 1.103467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194273(s) Flops=350742528 => 1805.41057172124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259897.182778099 Mflops = 259.897182778099 Gflops = 0.259897182778099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007784395 Relative Rsd = 3.41264210781037e-07
BICGSTAB_SOLVER_TIME: 0.380615 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04077 s
InvBiCGStab: k = 82 resid = 1.938147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29946(s) Flops=541034496 => 1806.70038068523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260123.962332491 Mflops = 260.123962332491 Gflops = 0.260123962332491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 115 resid = 1.018123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418997(s) Flops=757573632 => 1808.0645732547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260317.463375997 Mflops = 260.317463375997 Gflops = 0.260317463375997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001332895 Relative Rsd = 5.84335033589726e-07
BICGSTAB_SOLVER_TIME: 0.819665 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155433999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040794 s
InvBiCGStab: k = 53 resid = 1.44477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194333(s) Flops=350742528 => 1804.85315412205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.384612134 Mflops = 259.829384612134 Gflops = 0.259829384612134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056833 s
InvBiCGStab: k = 84 resid = 1.127013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307642(s) Flops=554158080 => 1801.30827390278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.772352798 Mflops = 259.331772352798 Gflops = 0.259331772352798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001059703 Relative Rsd = 4.64568757243433e-07
BICGSTAB_SOLVER_TIME: 0.603468 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040651 s
InvBiCGStab: k = 63 resid = 2.118286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230945(s) Flops=416360448 => 1802.85543311178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259553.178108708 Mflops = 259.553178108708 Gflops = 0.259553178108708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 83 resid = 1.042459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30445(s) Flops=547596288 => 1798.64111676794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258946.785481976 Mflops = 258.946785481976 Gflops = 0.258946785481976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001132311 Relative Rsd = 4.96399969982033e-07
BICGSTAB_SOLVER_TIME: 0.635982 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04074 s
InvBiCGStab: k = 66 resid = 1.958376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242049(s) Flops=436045824 => 1801.47748596359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.308274418 Mflops = 259.364308274418 Gflops = 0.259364308274418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 86 resid = 1.102236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314064(s) Flops=567281664 => 1806.2613480055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260044.57708754 Mflops = 260.04457708754 Gflops = 0.26004457708754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001168512 Relative Rsd = 5.12270358515754e-07
BICGSTAB_SOLVER_TIME: 0.65696 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122846
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966875(s) Flops=1542242304 => 1595.07930601164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229671.699374411 Mflops = 229.671699374411 Gflops = 0.229671699374411 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171469000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 25 resid = 2.217247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092994(s) Flops=167012352 => 1795.9476095232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258490.214532304 Mflops = 258.490214532304 Gflops = 0.258490214532304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 48 resid = 9.525641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175915(s) Flops=317933568 => 1807.31357758008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.02002485 Mflops = 260.17402002485 Gflops = 0.26017402002485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007727004 Relative Rsd = 3.38748215896951e-07
BICGSTAB_SOLVER_TIME: 0.370168 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662460000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 73 resid = 2.215585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267078(s) Flops=481978368 => 1804.63523015748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.008589073 Mflops = 259.817008589073 Gflops = 0.259817008589073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 98 resid = 7.941611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357006(s) Flops=646023168 => 1809.55829313793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260533.545446 Mflops = 260.533545446 Gflops = 0.260533545446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001297981 Relative Rsd = 5.69028694174313e-07
BICGSTAB_SOLVER_TIME: 0.725091 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041635 s
InvBiCGStab: k = 54 resid = 1.763446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198468(s) Flops=357304320 => 1800.31198984219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259173.901803067 Mflops = 259.173901803067 Gflops = 0.259173901803067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055872 s
InvBiCGStab: k = 83 resid = 9.419902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303872(s) Flops=547596288 => 1802.06234203875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.869913338 Mflops = 259.446869913338 Gflops = 0.259446869913338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00107481 Relative Rsd = 4.71191690113759e-07
BICGSTAB_SOLVER_TIME: 0.603702 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041473 s
InvBiCGStab: k = 58 resid = 1.995598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212153(s) Flops=383551488 => 1807.90037378684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260273.501780724 Mflops = 260.273501780724 Gflops = 0.260273501780724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 105 resid = 1.078628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392044(s) Flops=691955712 => 1764.99503116997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254123.336442921 Mflops = 254.123336442921 Gflops = 0.254123336442921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001190072 Relative Rsd = 5.21721906870436e-07
BICGSTAB_SOLVER_TIME: 0.705946 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0416 s
InvBiCGStab: k = 61 resid = 1.971976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225578(s) Flops=403236864 => 1787.5717667503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257378.292473358 Mflops = 257.378292473358 Gflops = 0.257378292473358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 85 resid = 9.700515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311999(s) Flops=560719872 => 1797.18483713089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.007655734 Mflops = 258.751007655734 Gflops = 0.258751007655734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001137243 Relative Rsd = 4.98562158268881e-07
BICGSTAB_SOLVER_TIME: 0.639684 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118428
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957643(s) Flops=1542242304 => 1610.45640598845 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231924.560661244 Mflops = 231.924560661244 Gflops = 0.231924560661244 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171403000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 29 resid = 1.160025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106663(s) Flops=193259520 => 1811.87028304098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260800.413165612 Mflops = 260.800413165612 Gflops = 0.260800413165612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 54 resid = 1.056639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198021(s) Flops=357304320 => 1804.37589952581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.416666615 Mflops = 259.756416666615 Gflops = 0.259756416666615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007387314 Relative Rsd = 3.23856390319659e-07
BICGSTAB_SOLVER_TIME: 0.406309 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040716 s
InvBiCGStab: k = 52 resid = 1.928066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190937(s) Flops=344180736 => 1802.58795309448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.569203404 Mflops = 259.508569203404 Gflops = 0.259508569203404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 98 resid = 3.887606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358641(s) Flops=646023168 => 1801.30874049537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259341.064126889 Mflops = 259.341064126889 Gflops = 0.259341064126889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001106547 Relative Rsd = 4.85104901698693e-07
BICGSTAB_SOLVER_TIME: 0.650408 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121492000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040776 s
InvBiCGStab: k = 61 resid = 1.340048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223638(s) Flops=403236864 => 1803.07847503555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.750815565 Mflops = 259.580750815565 Gflops = 0.259580750815565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 72 resid = 1.137392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275785(s) Flops=475416576 => 1723.86669325743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248178.366859903 Mflops = 248.178366859903 Gflops = 0.248178366859903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001064448 Relative Rsd = 4.6664918596753e-07
BICGSTAB_SOLVER_TIME: 0.600512 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 59 resid = 2.206245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217911(s) Flops=390113280 => 1790.24133705963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257715.875540443 Mflops = 257.715875540443 Gflops = 0.257715875540443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 86 resid = 9.636244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315385(s) Flops=567281664 => 1798.69576549297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.129860565 Mflops = 258.958129860565 Gflops = 0.258958129860565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001152797 Relative Rsd = 5.05380916009542e-07
BICGSTAB_SOLVER_TIME: 0.63477 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041814 s
InvBiCGStab: k = 63 resid = 1.869239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232413(s) Flops=416360448 => 1791.4679815673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257908.860997431 Mflops = 257.908860997431 Gflops = 0.257908860997431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05592 s
InvBiCGStab: k = 79 resid = 6.356946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289233(s) Flops=521349120 => 1802.52294862619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.73312231 Mflops = 259.50573312231 Gflops = 0.25950573312231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00109455 Relative Rsd = 4.79845393746536e-07
BICGSTAB_SOLVER_TIME: 0.623219 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115716
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957481(s) Flops=1542168576 => 1610.65188343163 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231920.664258079 Mflops = 231.920664258079 Gflops = 0.231920664258079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171543000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 25 resid = 1.83539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093076(s) Flops=167012352 => 1794.3653788302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258264.868253812 Mflops = 258.264868253812 Gflops = 0.258264868253812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055846 s
InvBiCGStab: k = 46 resid = 1.068285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169454(s) Flops=304809984 => 1798.77715486209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258937.034127458 Mflops = 258.937034127458 Gflops = 0.258937034127458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006987127 Relative Rsd = 3.06312354956293e-07
BICGSTAB_SOLVER_TIME: 0.363392 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040599 s
InvBiCGStab: k = 60 resid = 2.127273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219545(s) Flops=396675072 => 1806.80531098408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260114.743975162 Mflops = 260.114743975162 Gflops = 0.260114743975162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056615 s
InvBiCGStab: k = 89 resid = 5.219106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340144(s) Flops=586967040 => 1725.64278658451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248450.658164485 Mflops = 248.450658164485 Gflops = 0.248450658164485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00114291 Relative Rsd = 5.01046485357281e-07
BICGSTAB_SOLVER_TIME: 0.660995 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040932 s
InvBiCGStab: k = 51 resid = 1.98924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188511(s) Flops=337618944 => 1790.97741776342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257823.037563421 Mflops = 257.823037563421 Gflops = 0.257823037563421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 86 resid = 1.141302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315211(s) Flops=567281664 => 1799.68866568743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259094.416331244 Mflops = 259.094416331244 Gflops = 0.259094416331244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001014248 Relative Rsd = 4.44641777670198e-07
BICGSTAB_SOLVER_TIME: 0.605113 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041942 s
InvBiCGStab: k = 59 resid = 2.120179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217363(s) Flops=390113280 => 1794.75476507041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258377.822387194 Mflops = 258.377822387194 Gflops = 0.258377822387194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 78 resid = 1.126028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28538(s) Flops=514787328 => 1803.86617142056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259699.473834926 Mflops = 259.699473834926 Gflops = 0.259699473834926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001122094 Relative Rsd = 4.91920852463105e-07
BICGSTAB_SOLVER_TIME: 0.604759 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040761 s
InvBiCGStab: k = 70 resid = 1.707264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256944(s) Flops=462292992 => 1799.19745936858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.276776003 Mflops = 259.031276776003 Gflops = 0.259031276776003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056276 s
InvBiCGStab: k = 81 resid = 1.099888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296099(s) Flops=534472704 => 1805.0473118788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.698416278 Mflops = 259.870698416278 Gflops = 0.259870698416278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001061994 Relative Rsd = 4.65573195417286e-07
BICGSTAB_SOLVER_TIME: 0.65398 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122055
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955929(s) Flops=1542094848 => 1613.18973271027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232275.482207491 Mflops = 232.275482207491 Gflops = 0.232275482207491 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171500000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.19521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763101(s) Flops=1335011328 => 1749.45561334607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251823.551578259 Mflops = 251.823551578259 Gflops = 0.251823551578259 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 9.487405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889445(s) Flops=1590921216 => 1788.66733299979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257555.628407786 Mflops = 257.555628407786 Gflops = 0.257555628407786 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002171529 Relative Rsd = 9.55383846569176e-07
BICGSTAB_SOLVER_TIME: 1.655939 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317649999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 1.657393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.608737(s) Flops=1098786816 => 1805.02715622674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259934.833663367 Mflops = 259.934833663367 Gflops = 0.259934833663367 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 9.824533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795962(s) Flops=1433438208 => 1800.88774087205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.330429051 Mflops = 259.313330429051 Gflops = 0.259313330429051 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002289397 Relative Rsd = 1.00717319374949e-06
BICGSTAB_SOLVER_TIME: 1.408085 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.114256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275330999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956612(s) Flops=1542094848 => 1612.03795060066 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232116.670704144 Mflops = 232.116670704144 Gflops = 0.232116670704144 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171316000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041199 s
InvBiCGStab: k = 27 resid = 1.538866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100742(s) Flops=180135936 => 1788.09171944174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257346.857055785 Mflops = 257.346857055785 Gflops = 0.257346857055785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 47 resid = 1.123101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174158(s) Flops=311371776 => 1787.86949781233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257367.979169886 Mflops = 257.367979169886 Gflops = 0.257367979169886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007775238 Relative Rsd = 3.40862787659425e-07
BICGSTAB_SOLVER_TIME: 0.376416 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 80 resid = 1.013366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293881(s) Flops=527910912 => 1796.34243792555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258625.36154744 Mflops = 258.62536154744 Gflops = 0.25862536154744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055965 s
InvBiCGStab: k = 107 resid = 1.110981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391067(s) Flops=705079296 => 1802.96290916902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259582.079783305 Mflops = 259.582079783305 Gflops = 0.259582079783305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001307655 Relative Rsd = 5.73269933215099e-07
BICGSTAB_SOLVER_TIME: 0.785928 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 49 resid = 1.969187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181465(s) Flops=324495360 => 1788.1980547213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257434.326595631 Mflops = 257.434326595631 Gflops = 0.257434326595631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055857 s
InvBiCGStab: k = 72 resid = 9.259371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263477(s) Flops=475416576 => 1804.39497944792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259772.618467797 Mflops = 259.772618467797 Gflops = 0.259772618467797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001041869 Relative Rsd = 4.56750307670577e-07
BICGSTAB_SOLVER_TIME: 0.545851 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040731 s
InvBiCGStab: k = 59 resid = 2.258388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216014(s) Flops=390113280 => 1805.96294684604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259988.289140719 Mflops = 259.988289140719 Gflops = 0.259988289140719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055769 s
InvBiCGStab: k = 86 resid = 9.577665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313472(s) Flops=567281664 => 1809.67251939567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260538.293744962 Mflops = 260.538293744962 Gflops = 0.260538293744962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001153133 Relative Rsd = 5.05528205708731e-07
BICGSTAB_SOLVER_TIME: 0.629765 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117973
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040619 s
InvBiCGStab: k = 65 resid = 2.112689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238256(s) Flops=429484032 => 1802.6158082063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.40740017 Mflops = 259.51540740017 Gflops = 0.25951540740017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055834 s
InvBiCGStab: k = 75 resid = 1.125543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275342(s) Flops=495101952 => 1798.13450908325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258876.413482009 Mflops = 258.876413482009 Gflops = 0.258876413482009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001100897 Relative Rsd = 4.82628076892268e-07
BICGSTAB_SOLVER_TIME: 0.613945 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114345
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952701(s) Flops=1535827968 => 1612.07762771321 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232137.683348541 Mflops = 232.137683348541 Gflops = 0.232137683348541 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170800000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 25 resid = 1.897329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092834(s) Flops=167012352 => 1799.04293685503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258926.833418402 Mflops = 258.926833418402 Gflops = 0.258926833418402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 56 resid = 9.529149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207948(s) Flops=370427904 => 1781.34872179583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256440.002085349 Mflops = 256.440002085349 Gflops = 0.256440002085349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007732813 Relative Rsd = 3.39002910714624e-07
BICGSTAB_SOLVER_TIME: 0.402446 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 70 resid = 2.241399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256032(s) Flops=462292992 => 1805.6062992126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.008037194 Mflops = 259.952008037194 Gflops = 0.259952008037194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 112 resid = 6.951044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415125(s) Flops=737888256 => 1777.50859620596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255920.37405329 Mflops = 255.92037405329 Gflops = 0.25592037405329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001329277 Relative Rsd = 5.8274888786516e-07
BICGSTAB_SOLVER_TIME: 0.772756 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 49 resid = 2.135443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180377(s) Flops=324495360 => 1798.98412768812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.336927079 Mflops = 258.960336927079 Gflops = 0.258960336927079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05636 s
InvBiCGStab: k = 72 resid = 1.119526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263532(s) Flops=475416576 => 1804.01839624789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259719.715636594 Mflops = 259.719715636594 Gflops = 0.259719715636594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001050414 Relative Rsd = 4.60496447136923e-07
BICGSTAB_SOLVER_TIME: 0.544978 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 65 resid = 2.217851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237201(s) Flops=429484032 => 1810.63331098941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260676.118829376 Mflops = 260.676118829376 Gflops = 0.260676118829376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 87 resid = 8.658487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318173(s) Flops=573843456 => 1803.55798889284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.805899036 Mflops = 259.660805899036 Gflops = 0.259660805899036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.0011553 Relative Rsd = 5.06477984399621e-07
BICGSTAB_SOLVER_TIME: 0.656778 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040649 s
InvBiCGStab: k = 57 resid = 1.797017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20884(s) Flops=376989696 => 1805.16039072975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.464450044 Mflops = 259.889464450044 Gflops = 0.259889464450044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055933 s
InvBiCGStab: k = 79 resid = 1.124447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288663(s) Flops=521349120 => 1806.08224815789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260011.46575476 Mflops = 260.01146575476 Gflops = 0.26001146575476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001083039 Relative Rsd = 4.74799318061186e-07
BICGSTAB_SOLVER_TIME: 0.597926 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111421
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978737(s) Flops=1535680512 => 1569.04307490163 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225933.688611279 Mflops = 225.933688611279 Gflops = 0.225933688611279 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170785000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040932 s
InvBiCGStab: k = 26 resid = 1.654228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097515(s) Flops=173574144 => 1779.9737886479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256168.897347061 Mflops = 256.168897347061 Gflops = 0.256168897347061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 54 resid = 1.104711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198191(s) Flops=357304320 => 1802.82818089621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.162666329 Mflops = 259.543162666329 Gflops = 0.259543162666329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007177244 Relative Rsd = 3.14647032979356e-07
BICGSTAB_SOLVER_TIME: 0.396963 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04061 s
InvBiCGStab: k = 55 resid = 2.1079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2013(s) Flops=363866112 => 1807.58128166915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260234.04370052 Mflops = 260.23404370052 Gflops = 0.26023404370052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055889 s
InvBiCGStab: k = 86 resid = 5.671787e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313862(s) Flops=567281664 => 1807.42384869784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260221.378630364 Mflops = 260.221378630364 Gflops = 0.260221378630364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001069191 Relative Rsd = 4.68728338793331e-07
BICGSTAB_SOLVER_TIME: 0.615408 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 53 resid = 1.350369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194531(s) Flops=350742528 => 1803.01611568336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.17664564 Mflops = 259.56317664564 Gflops = 0.25956317664564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055754 s
InvBiCGStab: k = 74 resid = 1.117974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27056(s) Flops=488540160 => 1805.66292134831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.14860403 Mflops = 259.95214860403 Gflops = 0.25995214860403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001032059 Relative Rsd = 4.52449662805171e-07
BICGSTAB_SOLVER_TIME: 0.565622 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040696 s
InvBiCGStab: k = 65 resid = 2.237975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237617(s) Flops=429484032 => 1807.46340539608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260205.574313541 Mflops = 260.205574313541 Gflops = 0.260205574313541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056667 s
InvBiCGStab: k = 84 resid = 1.119087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307493(s) Flops=554158080 => 1802.18112282231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.943848575 Mflops = 259.465943848575 Gflops = 0.259465943848575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001168577 Relative Rsd = 5.12298887601633e-07
BICGSTAB_SOLVER_TIME: 0.646382 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120691
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 51 resid = 2.218678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202162(s) Flops=337618944 => 1670.04157062158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240418.06796029 Mflops = 240.41806796029 Gflops = 0.24041806796029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058089 s
InvBiCGStab: k = 79 resid = 1.08943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308588(s) Flops=521349120 => 1689.46660271948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243227.683349152 Mflops = 243.227683349152 Gflops = 0.243227683349152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001033632 Relative Rsd = 4.5313956653131e-07
BICGSTAB_SOLVER_TIME: 0.615182 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107056
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960034(s) Flops=1529413632 => 1593.08277831827 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229381.407629464 Mflops = 229.381407629464 Gflops = 0.229381407629464 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169908000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 26 resid = 1.664252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096618(s) Flops=173574144 => 1796.49903744644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258523.928910163 Mflops = 258.523928910163 Gflops = 0.258523928910163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 56 resid = 9.268814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205432(s) Flops=370427904 => 1803.16554382959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.383263365 Mflops = 259.573383263365 Gflops = 0.259573383263365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007752129 Relative Rsd = 3.39849724413097e-07
BICGSTAB_SOLVER_TIME: 0.403371 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 62 resid = 1.633311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226574(s) Flops=409798656 => 1808.67467582335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260390.350197269 Mflops = 260.390350197269 Gflops = 0.260390350197269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 87 resid = 1.147583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318279(s) Flops=573843456 => 1802.95732988981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.749696461 Mflops = 259.580749696461 Gflops = 0.259580749696461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001089131 Relative Rsd = 4.77470130444402e-07
BICGSTAB_SOLVER_TIME: 0.646497 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120901000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 54 resid = 1.722774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198321(s) Flops=357304320 => 1801.64642171026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259367.598071001 Mflops = 259.367598071001 Gflops = 0.259367598071001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 77 resid = 9.816324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282098(s) Flops=508225536 => 1801.59212755851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259381.466703689 Mflops = 259.381466703689 Gflops = 0.259381466703689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001053898 Relative Rsd = 4.62024003611776e-07
BICGSTAB_SOLVER_TIME: 0.581305 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04059 s
InvBiCGStab: k = 70 resid = 1.983499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256109(s) Flops=462292992 => 1805.06343783311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259871.635993554 Mflops = 259.871635993554 Gflops = 0.259871635993554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056595 s
InvBiCGStab: k = 88 resid = 9.868999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322844(s) Flops=580405248 => 1797.78855422433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258836.309410141 Mflops = 258.836309410141 Gflops = 0.258836309410141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001118966 Relative Rsd = 4.90549670083302e-07
BICGSTAB_SOLVER_TIME: 0.680008 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040746 s
InvBiCGStab: k = 55 resid = 1.761851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201607(s) Flops=363866112 => 1804.82876090612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.223485594 Mflops = 259.818223485594 Gflops = 0.259818223485594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056768 s
InvBiCGStab: k = 81 resid = 9.099752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295714(s) Flops=534472704 => 1807.39736366895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.965499885 Mflops = 260.211965499885 Gflops = 0.260211965499885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00111715 Relative Rsd = 4.89753152295622e-07
BICGSTAB_SOLVER_TIME: 0.598644 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111382
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965902(s) Flops=1523073024 => 1576.84011835569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227051.978260672 Mflops = 227.051978260672 Gflops = 0.227051978260672 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169329000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021456
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.800368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764284(s) Flops=1380943872 => 1806.84650208561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260095.944646163 Mflops = 260.095944646163 Gflops = 0.260095944646163 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 9.59348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.944552(s) Flops=1505617920 => 1594.00215128442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229526.098735263 Mflops = 229.526098735263 Gflops = 0.229526098735263 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002140116 Relative Rsd = 9.4153804330577e-07
BICGSTAB_SOLVER_TIME: 1.712716 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.132552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313147999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.266663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.648581(s) Flops=1170966528 => 1805.4283551322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259946.531561262 Mflops = 259.946531561262 Gflops = 0.259946531561262 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.072264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738328(s) Flops=1302202368 => 1763.7179790012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253960.44792517 Mflops = 253.96044792517 Gflops = 0.25396044792517 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.00210283 Relative Rsd = 9.25055157956662e-07
BICGSTAB_SOLVER_TIME: 1.390266 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.120575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268671999999998
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950842(s) Flops=1523073024 => 1601.81504813628 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230718.612160079 Mflops = 230.718612160079 Gflops = 0.230718612160079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040666 s
InvBiCGStab: k = 25 resid = 1.689586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092996(s) Flops=167012352 => 1795.9089853327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258504.473430336 Mflops = 258.504473430336 Gflops = 0.258504473430336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 47 resid = 9.642642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172815(s) Flops=311371776 => 1801.76359690999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259360.898352737 Mflops = 259.360898352737 Gflops = 0.259360898352737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.00069449 Relative Rsd = 3.04461179637864e-07
BICGSTAB_SOLVER_TIME: 0.366644 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 90 resid = 2.101361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328522(s) Flops=593528832 => 1806.66388247971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260121.763528901 Mflops = 260.121763528901 Gflops = 0.260121763528901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056355 s
InvBiCGStab: k = 100 resid = 1.118255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367468(s) Flops=659146752 => 1793.75279480118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258252.856837908 Mflops = 258.252856837908 Gflops = 0.258252856837908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001328305 Relative Rsd = 5.82322890942385e-07
BICGSTAB_SOLVER_TIME: 0.797559 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150118999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041392 s
InvBiCGStab: k = 57 resid = 1.954555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208712(s) Flops=376989696 => 1806.26746904826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260035.505124321 Mflops = 260.035505124321 Gflops = 0.260035505124321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 79 resid = 7.895599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289467(s) Flops=521349120 => 1801.06582097441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259295.315643518 Mflops = 259.295315643518 Gflops = 0.259295315643518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.0010533 Relative Rsd = 4.61761934101958e-07
BICGSTAB_SOLVER_TIME: 0.599424 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 69 resid = 1.341264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251857(s) Flops=455731200 => 1809.48395319566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260510.983512123 Mflops = 260.510983512123 Gflops = 0.260510983512123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059421 s
InvBiCGStab: k = 90 resid = 1.023358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352549(s) Flops=593528832 => 1683.53571276617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242382.258124574 Mflops = 242.382258124574 Gflops = 0.242382258124574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00115091 Relative Rsd = 5.04553470447189e-07
BICGSTAB_SOLVER_TIME: 0.709152 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 56 resid = 2.221156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207116(s) Flops=370427904 => 1788.50452886305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257498.306666909 Mflops = 257.498306666909 Gflops = 0.257498306666909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 91 resid = 8.964915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334447(s) Flops=600090624 => 1794.27719190186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258327.672756739 Mflops = 258.327672756739 Gflops = 0.258327672756739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00117416 Relative Rsd = 5.14746060531679e-07
BICGSTAB_SOLVER_TIME: 0.6432 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119145
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941232(s) Flops=1516953600 => 1611.66811158142 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232107.140588285 Mflops = 232.107140588285 Gflops = 0.232107140588285 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168698000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041549 s
InvBiCGStab: k = 34 resid = 1.938897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125611(s) Flops=226068480 => 1799.75065877988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.890120846 Mflops = 259.067890120846 Gflops = 0.259067890120846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 48 resid = 1.035848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176084(s) Flops=317933568 => 1805.57897367166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259904.161262648 Mflops = 259.904161262648 Gflops = 0.259904161262648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007704985 Relative Rsd = 3.37782947800759e-07
BICGSTAB_SOLVER_TIME: 0.403427 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040665 s
InvBiCGStab: k = 81 resid = 1.928806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295651(s) Flops=534472704 => 1807.78250031287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.483315065 Mflops = 260.265483315065 Gflops = 0.260265483315065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055796 s
InvBiCGStab: k = 101 resid = 9.230845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368154(s) Flops=665708544 => 1808.23390211705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260332.69146933 Mflops = 260.33269146933 Gflops = 0.26033269146933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001307454 Relative Rsd = 5.73181845196803e-07
BICGSTAB_SOLVER_TIME: 0.764104 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 68 resid = 2.046452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250967(s) Flops=449169408 => 1789.75486020074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257690.62342906 Mflops = 257.69062342906 Gflops = 0.25769062342906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061273 s
InvBiCGStab: k = 81 resid = 9.000194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316362(s) Flops=534472704 => 1689.43395224458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243221.730954376 Mflops = 243.221730954376 Gflops = 0.243221730954376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001105859 Relative Rsd = 4.84803330377657e-07
BICGSTAB_SOLVER_TIME: 0.673334 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001838
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 74 resid = 2.112512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271773(s) Flops=488540160 => 1797.60373547041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.121596609 Mflops = 258.801121596609 Gflops = 0.258801121596609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05762 s
InvBiCGStab: k = 93 resid = 1.147447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341482(s) Flops=613214208 => 1795.7438693694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258541.884798376 Mflops = 258.541884798376 Gflops = 0.258541884798376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001178723 Relative Rsd = 5.16746566986569e-07
BICGSTAB_SOLVER_TIME: 0.715906 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041844 s
InvBiCGStab: k = 72 resid = 2.106898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263672(s) Flops=475416576 => 1803.06052974908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259577.874257565 Mflops = 259.577874257565 Gflops = 0.259577874257565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 89 resid = 1.104956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32593(s) Flops=586967040 => 1800.89908876139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.197058706 Mflops = 259.280197058706 Gflops = 0.259280197058706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001184676 Relative Rsd = 5.19356238323482e-07
BICGSTAB_SOLVER_TIME: 0.691945 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129613
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943527(s) Flops=1516584960 => 1607.3572457386 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231461.240986078 Mflops = 231.461240986078 Gflops = 0.231461240986078 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 26 resid = 2.223031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096145(s) Flops=173574144 => 1805.33718862135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.777567661 Mflops = 259.800777567661 Gflops = 0.259800777567661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 57 resid = 1.095182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208637(s) Flops=376989696 => 1806.91677890307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260113.221685528 Mflops = 260.113221685528 Gflops = 0.260113221685528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007398481 Relative Rsd = 3.24345952495497e-07
BICGSTAB_SOLVER_TIME: 0.405421 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04141 s
InvBiCGStab: k = 53 resid = 2.084238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196035(s) Flops=350742528 => 1789.18319687811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257576.20959312 Mflops = 257.57620959312 Gflops = 0.25757620959312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060223 s
InvBiCGStab: k = 85 resid = 5.922388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331529(s) Flops=560719872 => 1691.31470248455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243501.208851534 Mflops = 243.501208851534 Gflops = 0.243501208851534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001084043 Relative Rsd = 4.75239451937072e-07
BICGSTAB_SOLVER_TIME: 0.633068 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 54 resid = 1.767089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201517(s) Flops=357304320 => 1773.07284248972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255254.08106563 Mflops = 255.25408106563 Gflops = 0.25525408106563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 79 resid = 1.105664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289439(s) Flops=521349120 => 1801.24005403557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.710600111 Mflops = 259.311710600111 Gflops = 0.259311710600111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001041217 Relative Rsd = 4.56464506452469e-07
BICGSTAB_SOLVER_TIME: 0.592709 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041299 s
InvBiCGStab: k = 62 resid = 2.210529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230062(s) Flops=409798656 => 1781.25312307117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256444.963749362 Mflops = 256.444963749362 Gflops = 0.256444963749362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 84 resid = 1.03984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307202(s) Flops=554158080 => 1803.88825593583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259705.205272195 Mflops = 259.705205272195 Gflops = 0.259705205272195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001124066 Relative Rsd = 4.9278509493229e-07
BICGSTAB_SOLVER_TIME: 0.638543 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041497 s
InvBiCGStab: k = 54 resid = 2.171425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199573(s) Flops=357304320 => 1790.34398440671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257749.479071333 Mflops = 257.749479071333 Gflops = 0.257749479071333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 86 resid = 8.421528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31429(s) Flops=567281664 => 1804.96249960228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259858.376932885 Mflops = 259.858376932885 Gflops = 0.259858376932885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001076765 Relative Rsd = 4.72048787552491e-07
BICGSTAB_SOLVER_TIME: 0.615399 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114207
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934614(s) Flops=1504346112 => 1609.59081717158 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231761.523888075 Mflops = 231.761523888075 Gflops = 0.231761523888075 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167152000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 26 resid = 1.987027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096475(s) Flops=173574144 => 1799.16189686447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258951.296121142 Mflops = 258.951296121142 Gflops = 0.258951296121142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059266 s
InvBiCGStab: k = 51 resid = 1.10925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199624(s) Flops=337618944 => 1691.27431571354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243467.376498108 Mflops = 243.467376498108 Gflops = 0.243467376498108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007206145 Relative Rsd = 3.1591402550438e-07
BICGSTAB_SOLVER_TIME: 0.399976 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043081 s
InvBiCGStab: k = 54 resid = 2.196127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199061(s) Flops=357304320 => 1794.94888501515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258394.566408238 Mflops = 258.394566408238 Gflops = 0.258394566408238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057096 s
InvBiCGStab: k = 88 resid = 1.151684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322591(s) Flops=580405248 => 1799.19851452768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259036.122616608 Mflops = 259.036122616608 Gflops = 0.259036122616608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00112493 Relative Rsd = 4.93164087761873e-07
BICGSTAB_SOLVER_TIME: 0.625596 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041627 s
InvBiCGStab: k = 52 resid = 2.204979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191831(s) Flops=344180736 => 1794.18725857656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258289.893317926 Mflops = 258.289893317926 Gflops = 0.258289893317926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056255 s
InvBiCGStab: k = 72 resid = 1.075784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263969(s) Flops=475416576 => 1801.03184843675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259292.398469973 Mflops = 259.292398469973 Gflops = 0.259292398469973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001051729 Relative Rsd = 4.61072897986659e-07
BICGSTAB_SOLVER_TIME: 0.557543 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040797 s
InvBiCGStab: k = 58 resid = 2.253073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213147(s) Flops=383551488 => 1799.46932398767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.024173159 Mflops = 259.051024173159 Gflops = 0.259051024173159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055905 s
InvBiCGStab: k = 82 resid = 1.054321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299622(s) Flops=541034496 => 1805.72353164988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259972.622657257 Mflops = 259.972622657257 Gflops = 0.259972622657257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001154102 Relative Rsd = 5.0595287569728e-07
BICGSTAB_SOLVER_TIME: 0.613313 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041348 s
InvBiCGStab: k = 53 resid = 2.143757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194531(s) Flops=350742528 => 1803.01611568336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.832177758 Mflops = 259.558832177758 Gflops = 0.259558832177758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 78 resid = 1.062957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28512(s) Flops=514787328 => 1805.51111111111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259932.544239536 Mflops = 259.932544239536 Gflops = 0.259932544239536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00106722 Relative Rsd = 4.67864300467873e-07
BICGSTAB_SOLVER_TIME: 0.580974 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108006
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931241(s) Flops=1497931776 => 1608.53288890846 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231722.736677086 Mflops = 231.722736677086 Gflops = 0.231722736677086 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166810000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.498357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754749(s) Flops=1348134912 => 1786.20297873863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257126.416541267 Mflops = 257.126416541267 Gflops = 0.257126416541267 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 9.055434e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900503(s) Flops=1623730176 => 1803.13688682881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.72429341 Mflops = 259.64172429341 Gflops = 0.25964172429341 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002105609 Relative Rsd = 9.26350191734248e-07
BICGSTAB_SOLVER_TIME: 1.65876 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322776999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.981178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.648383(s) Flops=1170966528 => 1805.97968793136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260011.782630884 Mflops = 260.011782630884 Gflops = 0.260011782630884 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.009348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801821(s) Flops=1446561792 => 1804.09566723745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.704259837 Mflops = 259.776704259837 Gflops = 0.259776704259837 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001907481 Relative Rsd = 8.3909088593611e-07
BICGSTAB_SOLVER_TIME: 1.453568 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284306999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930741(s) Flops=1497931776 => 1609.39700303307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231830.540849456 Mflops = 231.830540849456 Gflops = 0.231830540849456 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166706000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 22 resid = 2.235379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.082036(s) Flops=147326976 => 1795.88200302306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258457.646636398 Mflops = 258.457646636398 Gflops = 0.258457646636398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056718 s
InvBiCGStab: k = 53 resid = 1.092997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195781(s) Flops=350742528 => 1791.50442586359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257894.510156694 Mflops = 257.894510156694 Gflops = 0.257894510156694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007544457 Relative Rsd = 3.30745450056381e-07
BICGSTAB_SOLVER_TIME: 0.379652 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 67 resid = 1.807007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245754(s) Flops=442607616 => 1801.0189701897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.154524482 Mflops = 259.280154524482 Gflops = 0.259280154524482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 96 resid = 7.584589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350316(s) Flops=632899584 => 1806.65337580927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.019710004 Mflops = 260.111019710004 Gflops = 0.260111019710004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001241439 Relative Rsd = 5.44240950384113e-07
BICGSTAB_SOLVER_TIME: 0.697351 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 52 resid = 2.171663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190867(s) Flops=344180736 => 1803.24904776625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.79474707 Mflops = 259.59279474707 Gflops = 0.25959279474707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05633 s
InvBiCGStab: k = 67 resid = 1.116029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24577(s) Flops=442607616 => 1800.90172112137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.175101834 Mflops = 259.269175101834 Gflops = 0.259269175101834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001029877 Relative Rsd = 4.51493402550942e-07
BICGSTAB_SOLVER_TIME: 0.537652 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992040000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 69 resid = 1.821468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252374(s) Flops=455731200 => 1805.77714027594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259975.087315679 Mflops = 259.975087315679 Gflops = 0.259975087315679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 92 resid = 8.144651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335577(s) Flops=606652416 => 1807.78902010567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260273.316384546 Mflops = 260.273316384546 Gflops = 0.260273316384546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001178616 Relative Rsd = 5.16699920144899e-07
BICGSTAB_SOLVER_TIME: 0.688857 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 59 resid = 1.592763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216959(s) Flops=390113280 => 1798.0967832632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.420895346 Mflops = 258.852420895346 Gflops = 0.258852420895346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 77 resid = 1.085494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282665(s) Flops=508225536 => 1797.97829940035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258847.361752331 Mflops = 258.847361752331 Gflops = 0.258847361752331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001126122 Relative Rsd = 4.93686593631692e-07
BICGSTAB_SOLVER_TIME: 0.600717 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111193
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941761(s) Flops=1491591168 => 1583.83195736498 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228051.015438015 Mflops = 228.051015438015 Gflops = 0.228051015438015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165957000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 24 resid = 2.097821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089317(s) Flops=160450560 => 1796.41680755063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258547.36668506 Mflops = 258.54736668506 Gflops = 0.25854736668506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056231 s
InvBiCGStab: k = 47 resid = 1.061099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172671(s) Flops=311371776 => 1803.26618830029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259565.38742081 Mflops = 259.56538742081 Gflops = 0.25956538742081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007349232 Relative Rsd = 3.2218687740049e-07
BICGSTAB_SOLVER_TIME: 0.363227 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041658 s
InvBiCGStab: k = 70 resid = 1.915478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256072(s) Flops=462292992 => 1805.32425255397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259911.18508692 Mflops = 259.91118508692 Gflops = 0.25991118508692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056817 s
InvBiCGStab: k = 101 resid = 8.914662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369231(s) Flops=665708544 => 1802.9595131503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.292399405 Mflops = 259.587292399405 Gflops = 0.259587292399405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.0012321 Relative Rsd = 5.40146950006584e-07
BICGSTAB_SOLVER_TIME: 0.727712 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 61 resid = 1.892658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223774(s) Flops=403236864 => 1801.98264320252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.889890796 Mflops = 259.414889890796 Gflops = 0.259414889890796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 75 resid = 1.090397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274383(s) Flops=495101952 => 1804.41919506675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259778.9857091 Mflops = 259.7789857091 Gflops = 0.2597789857091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001029398 Relative Rsd = 4.51283083475974e-07
BICGSTAB_SOLVER_TIME: 0.599473 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042014 s
InvBiCGStab: k = 75 resid = 2.185672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273825(s) Flops=495101952 => 1808.09623664749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260317.822842552 Mflops = 260.317822842552 Gflops = 0.260317822842552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 89 resid = 8.187058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325281(s) Flops=586967040 => 1804.49223901796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.848394694 Mflops = 259.799848394694 Gflops = 0.259799848394694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001150408 Relative Rsd = 5.04333301437382e-07
BICGSTAB_SOLVER_TIME: 0.70107 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131669
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 49 resid = 2.188592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18009(s) Flops=324495360 => 1801.85107446277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259385.237729165 Mflops = 259.385237729165 Gflops = 0.259385237729165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057529 s
InvBiCGStab: k = 82 resid = 7.07537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299684(s) Flops=541034496 => 1805.34995528623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259909.900961985 Mflops = 259.909900961985 Gflops = 0.259909900961985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001089228 Relative Rsd = 4.77512286124073e-07
BICGSTAB_SOLVER_TIME: 0.582062 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107658
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954031(s) Flops=1478688768 => 1549.93786155796 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223173.435514949 Mflops = 223.173435514949 Gflops = 0.223173435514949 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164363000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 23 resid = 2.034942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085277(s) Flops=153888768 => 1804.57530166399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.055695361 Mflops = 259.701055695361 Gflops = 0.259701055695361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 54 resid = 1.135869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204608(s) Flops=357304320 => 1746.28714419769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251412.828409245 Mflops = 251.412828409245 Gflops = 0.251412828409245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007771557 Relative Rsd = 3.40701412043058e-07
BICGSTAB_SOLVER_TIME: 0.391665 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 57 resid = 2.098632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215105(s) Flops=376989696 => 1752.58453313498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252305.567808522 Mflops = 252.305567808522 Gflops = 0.252305567808522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 85 resid = 1.007381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323698(s) Flops=560719872 => 1732.23149973123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249391.530058668 Mflops = 249.391530058668 Gflops = 0.249391530058668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001098294 Relative Rsd = 4.81486811385246e-07
BICGSTAB_SOLVER_TIME: 0.640536 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115802
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042469 s
InvBiCGStab: k = 54 resid = 2.078671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198523(s) Flops=357304320 => 1799.81322063438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259114.731942401 Mflops = 259.114731942401 Gflops = 0.259114731942401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 79 resid = 1.14441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299994(s) Flops=521349120 => 1737.86515730315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250198.209935075 Mflops = 250.198209935075 Gflops = 0.250198209935075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001031701 Relative Rsd = 4.52292778350802e-07
BICGSTAB_SOLVER_TIME: 0.601206 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040589 s
InvBiCGStab: k = 58 resid = 2.16018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21651(s) Flops=383551488 => 1771.51858112789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255040.465021279 Mflops = 255.040465021278 Gflops = 0.255040465021278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057655 s
InvBiCGStab: k = 83 resid = 1.019709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311436(s) Flops=547596288 => 1758.29476361114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253147.521556228 Mflops = 253.147521556228 Gflops = 0.253147521556228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001125307 Relative Rsd = 4.93329444180921e-07
BICGSTAB_SOLVER_TIME: 0.630261 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041067 s
InvBiCGStab: k = 55 resid = 1.705634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202117(s) Flops=363866112 => 1800.27465280011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259167.226991865 Mflops = 259.167226991865 Gflops = 0.259167226991865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 80 resid = 1.065135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301246(s) Flops=527910912 => 1752.42463634372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252292.669049158 Mflops = 252.292669049158 Gflops = 0.252292669049158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001032541 Relative Rsd = 4.52661206742502e-07
BICGSTAB_SOLVER_TIME: 0.604501 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11079
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936335(s) Flops=1466007552 => 1565.68701586505 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225457.431908442 Mflops = 225.457431908442 Gflops = 0.225457431908442 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162728000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 27 resid = 2.053717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100328(s) Flops=180135936 => 1795.47021768599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258419.479494372 Mflops = 258.419479494372 Gflops = 0.258419479494372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056015 s
InvBiCGStab: k = 52 resid = 1.114619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191002(s) Flops=344180736 => 1801.97451335588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259388.569477984 Mflops = 259.388569477984 Gflops = 0.259388569477984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007683816 Relative Rsd = 3.36854884898852e-07
BICGSTAB_SOLVER_TIME: 0.39291 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041601 s
InvBiCGStab: k = 63 resid = 1.127863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233211(s) Flops=416360448 => 1785.33794718088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256970.657479673 Mflops = 256.970657479673 Gflops = 0.256970657479673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 88 resid = 1.038159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33434(s) Flops=580405248 => 1735.97310522223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249934.09094983 Mflops = 249.93409094983 Gflops = 0.24993409094983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001096949 Relative Rsd = 4.80897397408831e-07
BICGSTAB_SOLVER_TIME: 0.669392 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042168 s
InvBiCGStab: k = 58 resid = 1.991725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217979(s) Flops=383551488 => 1759.57999623817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253305.301003822 Mflops = 253.305301003822 Gflops = 0.253305301003822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05579 s
InvBiCGStab: k = 77 resid = 9.926209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281641(s) Flops=508225536 => 1804.51545052034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.837004782 Mflops = 259.791837004782 Gflops = 0.259791837004782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001008233 Relative Rsd = 4.42004444858246e-07
BICGSTAB_SOLVER_TIME: 0.601404 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041805 s
InvBiCGStab: k = 58 resid = 2.020721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213991(s) Flops=383551488 => 1792.37205303027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258046.633097665 Mflops = 258.046633097665 Gflops = 0.258046633097665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 90 resid = 8.893394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328194(s) Flops=593528832 => 1808.46947841825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260367.129335704 Mflops = 260.367129335704 Gflops = 0.260367129335704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001117334 Relative Rsd = 4.89833840103806e-07
BICGSTAB_SOLVER_TIME: 0.644116 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 56 resid = 2.132372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207519(s) Flops=370427904 => 1785.03126942593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256985.190322213 Mflops = 256.985190322213 Gflops = 0.256985190322213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 80 resid = 9.957466e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291959(s) Flops=527910912 => 1808.16796879014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260327.09083716 Mflops = 260.32709083716 Gflops = 0.26032709083716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001066665 Relative Rsd = 4.67621114252823e-07
BICGSTAB_SOLVER_TIME: 0.601009 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112888
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895046(s) Flops=1440940032 => 1609.90611879166 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231804.093397603 Mflops = 231.804093397603 Gflops = 0.231804093397603 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159924000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.688574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844958(s) Flops=1505617920 => 1781.8849220908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256503.117642377 Mflops = 256.503117642377 Gflops = 0.256503117642377 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.040187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871672(s) Flops=1564674048 => 1795.02616580549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258472.296081806 Mflops = 258.472296081806 Gflops = 0.258472296081806 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002112072 Relative Rsd = 9.29196525598489e-07
BICGSTAB_SOLVER_TIME: 1.719983 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333401
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.48754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717122(s) Flops=1295640576 => 1806.72267201397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.516097047 Mflops = 260.149516097047 Gflops = 0.260149516097047 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.090268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.662855(s) Flops=1197213696 => 1806.14719056204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260067.191222092 Mflops = 260.067191222093 Gflops = 0.260067191222092 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.001857906 Relative Rsd = 8.17264320238463e-07
BICGSTAB_SOLVER_TIME: 1.383374 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270838999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895589(s) Flops=1440940032 => 1608.93002482165 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231676.565159922 Mflops = 231.676565159922 Gflops = 0.231676565159922 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160098000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041538 s
InvBiCGStab: k = 24 resid = 1.81392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09044(s) Flops=160450560 => 1774.11057054401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255317.478695524 Mflops = 255.317478695524 Gflops = 0.255317478695524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056881 s
InvBiCGStab: k = 45 resid = 1.116969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166528(s) Flops=298248192 => 1790.97924673328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257790.918844095 Mflops = 257.790918844095 Gflops = 0.257790918844095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007628595 Relative Rsd = 3.34434020991651e-07
BICGSTAB_SOLVER_TIME: 0.359346 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0638990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041302 s
InvBiCGStab: k = 72 resid = 2.196654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265088(s) Flops=475416576 => 1793.42926122646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258195.198054676 Mflops = 258.195198054676 Gflops = 0.258195198054676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 94 resid = 1.047524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344128(s) Flops=619776000 => 1801.00427747815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259293.107482558 Mflops = 259.293107482558 Gflops = 0.259293107482558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001271626 Relative Rsd = 5.57474873716722e-07
BICGSTAB_SOLVER_TIME: 0.710779 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133056
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 52 resid = 1.436496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190916(s) Flops=344180736 => 1802.78623059356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.979228368 Mflops = 259.545979228368 Gflops = 0.259545979228368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 72 resid = 8.913281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263363(s) Flops=475416576 => 1805.17603459863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.899540969 Mflops = 259.877899540969 Gflops = 0.259877899540969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001058618 Relative Rsd = 4.64093255466807e-07
BICGSTAB_SOLVER_TIME: 0.555706 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 57 resid = 1.946967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20842(s) Flops=376989696 => 1808.79808079839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260397.938437145 Mflops = 260.397938437145 Gflops = 0.260397938437145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056632 s
InvBiCGStab: k = 90 resid = 6.545057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32942(s) Flops=593528832 => 1801.73891081294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259400.296603493 Mflops = 259.400296603493 Gflops = 0.259400296603493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001178463 Relative Rsd = 5.16632552714917e-07
BICGSTAB_SOLVER_TIME: 0.639518 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 56 resid = 1.825981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205691(s) Flops=370427904 => 1800.89505131484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.920932827 Mflops = 259.267920932827 Gflops = 0.259267920932827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 82 resid = 5.070266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301113(s) Flops=541034496 => 1796.78225782347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258686.083632688 Mflops = 258.686083632688 Gflops = 0.258686083632688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001080412 Relative Rsd = 4.73647488116281e-07
BICGSTAB_SOLVER_TIME: 0.607798 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112705
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893357(s) Flops=1434820608 => 1606.09992197968 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231263.906758977 Mflops = 231.263906758977 Gflops = 0.231263906758977 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159309000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 27 resid = 2.091158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100731(s) Flops=180135936 => 1788.28698216041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257375.636099848 Mflops = 257.375636099848 Gflops = 0.257375636099848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 51 resid = 9.856178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18696(s) Flops=337618944 => 1805.8351732991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.946900371 Mflops = 259.954946900371 Gflops = 0.259954946900371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007743992 Relative Rsd = 3.39492983249781e-07
BICGSTAB_SOLVER_TIME: 0.388959 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041799 s
InvBiCGStab: k = 69 resid = 1.590252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252115(s) Flops=455731200 => 1807.63223132301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260240.261808755 Mflops = 260.240261808755 Gflops = 0.260240261808755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 101 resid = 8.767947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368564(s) Flops=665708544 => 1806.22237657503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.018011246 Mflops = 260.058018011246 Gflops = 0.260058018011246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001284376 Relative Rsd = 5.63064328967998e-07
BICGSTAB_SOLVER_TIME: 0.722944 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042154 s
InvBiCGStab: k = 60 resid = 2.111048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22202(s) Flops=396675072 => 1786.66368795604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257217.493191705 Mflops = 257.217493191705 Gflops = 0.257217493191705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056682 s
InvBiCGStab: k = 73 resid = 5.986808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267413(s) Flops=481978368 => 1802.37448441175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.927302591 Mflops = 259.490927302591 Gflops = 0.259490927302591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001047167 Relative Rsd = 4.5907325914261e-07
BICGSTAB_SOLVER_TIME: 0.592053 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 64 resid = 1.29085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234394(s) Flops=422922240 => 1804.32195363363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259760.416526413 Mflops = 259.760416526413 Gflops = 0.259760416526413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 92 resid = 7.084736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336828(s) Flops=606652416 => 1801.07478000641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.004675275 Mflops = 259.298004675275 Gflops = 0.259298004675275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001147789 Relative Rsd = 5.03185197115499e-07
BICGSTAB_SOLVER_TIME: 0.672734 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 59 resid = 1.162884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216856(s) Flops=390113280 => 1798.95082451027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258983.168088864 Mflops = 258.983168088864 Gflops = 0.258983168088864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 95 resid = 5.545114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347853(s) Flops=626337792 => 1800.58183198075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259240.129389052 Mflops = 259.240129389052 Gflops = 0.259240129389052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001112959 Relative Rsd = 4.87916164966236e-07
BICGSTAB_SOLVER_TIME: 0.665363 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124119
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933175(s) Flops=1459814400 => 1564.35223832614 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225245.679208854 Mflops = 225.245679208854 Gflops = 0.225245679208854 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162237000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041465 s
InvBiCGStab: k = 31 resid = 1.780457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114448(s) Flops=206383104 => 1803.29148608975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.788163647 Mflops = 259.546788163647 Gflops = 0.259546788163647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05864 s
InvBiCGStab: k = 54 resid = 6.685052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198368(s) Flops=357304320 => 1801.21955154057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259291.079498836 Mflops = 259.291079498836 Gflops = 0.259291079498836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000796139 Relative Rsd = 3.49023611780795e-07
BICGSTAB_SOLVER_TIME: 0.416713 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04491 s
InvBiCGStab: k = 50 resid = 2.019603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183256(s) Flops=331057152 => 1806.52831012354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.350557754 Mflops = 260.066350557754 Gflops = 0.260066350557754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 83 resid = 1.131715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30339(s) Flops=547596288 => 1804.92530406408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259851.407010279 Mflops = 259.851407010279 Gflops = 0.259851407010279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001087195 Relative Rsd = 4.76621147718827e-07
BICGSTAB_SOLVER_TIME: 0.591692 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109691
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 53 resid = 2.139001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194216(s) Flops=350742528 => 1805.94043745109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.953257924 Mflops = 259.990953257924 Gflops = 0.259990953257924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 67 resid = 1.079253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245573(s) Flops=442607616 => 1802.3464143045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.450374219 Mflops = 259.471450374219 Gflops = 0.259471450374219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001037821 Relative Rsd = 4.54976043501379e-07
BICGSTAB_SOLVER_TIME: 0.541132 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040655 s
InvBiCGStab: k = 59 resid = 1.603111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216702(s) Flops=390113280 => 1800.22925492151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.82922738 Mflops = 259.16882922738 Gflops = 0.25916882922738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 84 resid = 9.275604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306884(s) Flops=554158080 => 1805.75748491287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.489478235 Mflops = 259.984489478235 Gflops = 0.259984489478235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001078801 Relative Rsd = 4.72941150820101e-07
BICGSTAB_SOLVER_TIME: 0.624141 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116521
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041325 s
InvBiCGStab: k = 55 resid = 2.261268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201537(s) Flops=363866112 => 1805.45563345688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.747078778 Mflops = 259.925747078778 Gflops = 0.259925747078778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057788 s
InvBiCGStab: k = 78 resid = 1.059465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305055(s) Flops=514787328 => 1687.52299749226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242946.960702983 Mflops = 242.946960702983 Gflops = 0.242946960702983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001076944 Relative Rsd = 4.72127127707812e-07
BICGSTAB_SOLVER_TIME: 0.609927 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109132
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922404(s) Flops=1472864256 => 1596.76698713362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230019.674270034 Mflops = 230.019674270034 Gflops = 0.230019674270034 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163615000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042019 s
InvBiCGStab: k = 25 resid = 2.08291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093055(s) Flops=167012352 => 1794.77031862877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258304.800898418 Mflops = 258.304800898418 Gflops = 0.258304800898418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055717 s
InvBiCGStab: k = 51 resid = 8.935588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187514(s) Flops=337618944 => 1800.49993067184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259183.289122342 Mflops = 259.183289122342 Gflops = 0.259183289122342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007669943 Relative Rsd = 3.36246715217499e-07
BICGSTAB_SOLVER_TIME: 0.38214 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040954 s
InvBiCGStab: k = 55 resid = 1.931692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201624(s) Flops=363866112 => 1804.6765861207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259804.741183631 Mflops = 259.804741183631 Gflops = 0.259804741183631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 76 resid = 1.00276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279003(s) Flops=501663744 => 1798.05860152041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258857.670845405 Mflops = 258.857670845405 Gflops = 0.258857670845405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001078431 Relative Rsd = 4.72778907592893e-07
BICGSTAB_SOLVER_TIME: 0.581756 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 56 resid = 1.822347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206487(s) Flops=370427904 => 1793.95266530096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258249.662435807 Mflops = 258.249662435807 Gflops = 0.258249662435807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 66 resid = 1.116765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242345(s) Flops=436045824 => 1799.27716272256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259031.290531294 Mflops = 259.031290531294 Gflops = 0.259031290531294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001020316 Relative Rsd = 4.47301668364007e-07
BICGSTAB_SOLVER_TIME: 0.550138 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101402
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 61 resid = 1.686455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222899(s) Flops=403236864 => 1809.05640671335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260448.808302414 Mflops = 260.448808302414 Gflops = 0.260448808302414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056126 s
InvBiCGStab: k = 89 resid = 4.865716e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341014(s) Flops=586967040 => 1721.24030098471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247816.454605316 Mflops = 247.816454605316 Gflops = 0.247816454605316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001115576 Relative Rsd = 4.8906314649762e-07
BICGSTAB_SOLVER_TIME: 0.665165 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 58 resid = 1.947834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214698(s) Flops=383551488 => 1786.46977615069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257183.967558661 Mflops = 257.183967558661 Gflops = 0.257183967558661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056516 s
InvBiCGStab: k = 75 resid = 1.068082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275706(s) Flops=495101952 => 1795.76052751844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.986462179 Mflops = 258.527986462179 Gflops = 0.258527986462179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.0010848 Relative Rsd = 4.755713386016e-07
BICGSTAB_SOLVER_TIME: 0.59215 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109186
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923659(s) Flops=1479573504 => 1601.86118903188 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230696.000805789 Mflops = 230.696000805789 Gflops = 0.230696000805789 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164415000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.230908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.711292(s) Flops=1275955200 => 1793.85568795938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258323.012180046 Mflops = 258.323012180046 Gflops = 0.258323012180046 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.09331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839091(s) Flops=1512179712 => 1802.16414191071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259498.318878645 Mflops = 259.498318878645 Gflops = 0.259498318878645 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.00207505 Relative Rsd = 9.12925483986305e-07
BICGSTAB_SOLVER_TIME: 1.553854 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.118363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001851
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302770999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.56129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.686672(s) Flops=1210337280 => 1762.61341659482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253745.047717683 Mflops = 253.745047717683 Gflops = 0.253745047717683 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 8.933386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749666(s) Flops=1341573120 => 1789.56111121486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257681.480248253 Mflops = 257.681480248253 Gflops = 0.257681480248253 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001926427 Relative Rsd = 8.47408248630753e-07
BICGSTAB_SOLVER_TIME: 1.439673 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277149999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 307 resid = 1.884071e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.123976(s) Flops=2017437696 => 1794.91172053496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258437.749333742 Mflops = 258.437749333742 Gflops = 0.258437749333742 Tflops
InvBiCGStab: k = 331 resid = 1.042015e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.215422(s) Flops=2174920704 => 1789.43667631489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257670.248256418 Mflops = 257.670248256418 Gflops = 0.257670248256418 Tflops
BICGSTAB_SOLVER: 638 iterations. Rsd = 0.002122454 Relative Rsd = 9.33780969655691e-07
BICGSTAB_SOLVER_TIME: 2.344121 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.456358999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 252 resid = 1.816248e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.930613(s) Flops=1656539136 => 1780.05157460727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256311.762322936 Mflops = 256.311762322936 Gflops = 0.256311762322936 Tflops
InvBiCGStab: k = 269 resid = 9.291538e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.016821(s) Flops=1768089600 => 1738.8405628916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250386.289866762 Mflops = 250.386289866762 Gflops = 0.250386289866762 Tflops
BICGSTAB_SOLVER: 521 iterations. Rsd = 0.001876676 Relative Rsd = 8.25523317469894e-07
BICGSTAB_SOLVER_TIME: 1.952165 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374424999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 242 resid = 1.932318e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894608(s) Flops=1590921216 => 1778.34449949028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255978.968646816 Mflops = 255.978968646816 Gflops = 0.255978968646816 Tflops
InvBiCGStab: k = 255 resid = 1.092452e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.935223(s) Flops=1676224512 => 1792.32601422335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258083.901917518 Mflops = 258.083901917518 Gflops = 0.258083901917518 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.001943296 Relative Rsd = 8.51931938966252e-07
BICGSTAB_SOLVER_TIME: 1.834694 sec
2Flav::invert,  n_count = 497
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354027000000002
MInvCG2: 323 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.298198(s) Flops=2088069120 => 1608.43655590287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231671.563775307 Mflops = 231.671563775307 Gflops = 0.231671563775307 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.232034000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0723254999863912
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 453.479563 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.495125 secs
Doing Update: 2744 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 268 resid = 1.985585e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978619(s) Flops=1761527808 => 1800.01390530942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259179.301100858 Mflops = 259.179301100858 Gflops = 0.259179301100858 Tflops
InvBiCGStab: k = 325 resid = 9.906485e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.219168(s) Flops=2135549952 => 1751.64534502218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252229.134096769 Mflops = 252.229134096769 Gflops = 0.252229134096769 Tflops
BICGSTAB_SOLVER: 593 iterations. Rsd = 0.001980019 Relative Rsd = 8.70494202643217e-07
BICGSTAB_SOLVER_TIME: 2.202776 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.426591999999996
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 240 resid = 2.166981e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882667(s) Flops=1577797632 => 1787.53440652024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257425.393261177 Mflops = 257.425393261177 Gflops = 0.257425393261177 Tflops
InvBiCGStab: k = 256 resid = 9.461698e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936327(s) Flops=1682786304 => 1797.22074019013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258790.445032849 Mflops = 258.790445032849 Gflops = 0.258790445032849 Tflops
BICGSTAB_SOLVER: 496 iterations. Rsd = 0.001791229 Relative Rsd = 7.86835060168255e-07
BICGSTAB_SOLVER_TIME: 1.823869 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356811999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000359
MInvCG2: 337 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.349733(s) Flops=2172340224 => 1609.459221935 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231765.896162039 Mflops = 231.765896162039 Gflops = 0.231765896162039 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241271000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 291 resid = 2.158955e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.065105(s) Flops=1912449024 => 1795.5497570662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258580.333528235 Mflops = 258.580333528235 Gflops = 0.258580333528236 Tflops
InvBiCGStab: k = 355 resid = 8.546729e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.315489(s) Flops=2332403712 => 1773.03171064144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255311.466320019 Mflops = 255.311466320019 Gflops = 0.255311466320019 Tflops
BICGSTAB_SOLVER: 646 iterations. Rsd = 0.002076584 Relative Rsd = 9.12948339406472e-07
BICGSTAB_SOLVER_TIME: 2.385546 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.461834999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 278 resid = 1.571988e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.044829(s) Flops=1827145728 => 1748.75097073301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251782.110132053 Mflops = 251.782110132053 Gflops = 0.251782110132053 Tflops
InvBiCGStab: k = 271 resid = 1.122266e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.010977(s) Flops=1781213184 => 1761.87310294893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253701.314889789 Mflops = 253.701314889789 Gflops = 0.253701314889789 Tflops
BICGSTAB_SOLVER: 549 iterations. Rsd = 0.001872864 Relative Rsd = 8.22694939992878e-07
BICGSTAB_SOLVER_TIME: 2.060634 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393052999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 244 resid = 1.789366e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898581(s) Flops=1604044800 => 1785.08648636016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256898.902203135 Mflops = 256.898902203135 Gflops = 0.256898902203135 Tflops
InvBiCGStab: k = 245 resid = 1.126997e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894284(s) Flops=1610606592 => 1801.00123898001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.414557682 Mflops = 259.333414557682 Gflops = 0.259333414557682 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.001758197 Relative Rsd = 7.71004162188375e-07
BICGSTAB_SOLVER_TIME: 1.797881 sec
2Flav::invert,  n_count = 489
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348595000000002
MInvCG2: 323 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.300106(s) Flops=2087995392 => 1606.01934919153 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231267.090210488 Mflops = 231.267090210488 Gflops = 0.231267090210488 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.232364000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.07225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77149(s) Flops=1394067456 => 1806.98059080481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.398882237 Mflops = 260.125398882237 Gflops = 0.260125398882237 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.150232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921651(s) Flops=1663100928 => 1804.48014270044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.003490326 Mflops = 259.831003490326 Gflops = 0.259831003490326 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002138551 Relative Rsd = 9.40191245826931e-07
BICGSTAB_SOLVER_TIME: 1.696532 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332186999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.122883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697766(s) Flops=1223460864 => 1753.39707581052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252436.779498822 Mflops = 252.436779498822 Gflops = 0.252436779498822 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 7.622225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693696(s) Flops=1243146240 => 1792.06199833933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258041.624891138 Mflops = 258.041624891138 Gflops = 0.258041624891138 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.001899042 Relative Rsd = 8.34194162761329e-07
BICGSTAB_SOLVER_TIME: 1.394924 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.117482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268046999999997
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916474(s) Flops=1473380352 => 1607.66192166935 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231481.360108697 Mflops = 231.481360108697 Gflops = 0.231481360108697 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163529000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.3e-05 s
InvBiCGStab: k = 150 resid = 2.103535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.546055(s) Flops=987236352 => 1807.94306800597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260095.294792951 Mflops = 260.095294792951 Gflops = 0.260095294792951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 161 resid = 1.144181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.587755(s) Flops=1059416064 => 1802.47903293039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259520.801639199 Mflops = 259.520801639199 Gflops = 0.259520801639199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 311 iterations. Rsd = 0.001726785 Relative Rsd = 7.57229331622191e-07
BICGSTAB_SOLVER_TIME: 1.137594 sec
2Flav::invert,  n_count = 311
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.224375999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000113 s
InvBiCGStab: k = 121 resid = 1.173742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448979(s) Flops=796944384 => 1775.01483142864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255448.077946372 Mflops = 255.448077946372 Gflops = 0.255448077946372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 155 resid = 8.225983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.590597(s) Flops=1020045312 => 1727.1427250731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248658.792086774 Mflops = 248.658792086774 Gflops = 0.248658792086774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 276 iterations. Rsd = 0.001574564 Relative Rsd = 6.9047719126642e-07
BICGSTAB_SOLVER_TIME: 1.043573 sec
2Flav::invert,  n_count = 276
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198708999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004852 s
InvBiCGStab: k = 97 resid = 2.263581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354296(s) Flops=639461376 => 1804.8789035157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.213079235 Mflops = 259.864213079235 Gflops = 0.259864213079235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007156 s
InvBiCGStab: k = 118 resid = 8.043418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433033(s) Flops=777259008 => 1794.91865054164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258423.337000154 Mflops = 258.423337000154 Gflops = 0.258423337000154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001425761 Relative Rsd = 6.25224095208296e-07
BICGSTAB_SOLVER_TIME: 0.803144 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157250999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008055 s
InvBiCGStab: k = 77 resid = 1.870842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281887(s) Flops=508225536 => 1802.94066771437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259578.327737329 Mflops = 259.578327737329 Gflops = 0.259578327737329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011023 s
InvBiCGStab: k = 114 resid = 9.944038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416366(s) Flops=751011840 => 1803.72998755902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.220295928 Mflops = 259.704220295928 Gflops = 0.259704220295928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001375704 Relative Rsd = 6.03273132758768e-07
BICGSTAB_SOLVER_TIME: 0.721301 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141016
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010472 s
InvBiCGStab: k = 78 resid = 2.226049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286005(s) Flops=514787328 => 1799.92422510096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.852321977 Mflops = 259.138852321977 Gflops = 0.259138852321977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014988 s
InvBiCGStab: k = 89 resid = 8.284029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325743(s) Flops=586967040 => 1801.93293485969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259433.498919122 Mflops = 259.433498919122 Gflops = 0.259433498919122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001243725 Relative Rsd = 5.45397893291714e-07
BICGSTAB_SOLVER_TIME: 0.64109 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125487
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908791(s) Flops=1461141504 => 1607.78606302219 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231506.743742156 Mflops = 231.506743742156 Gflops = 0.231506743742156 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162066000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014868 s
InvBiCGStab: k = 25 resid = 1.715751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092897(s) Flops=167012352 => 1797.82287910266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258683.934340063 Mflops = 258.683934340063 Gflops = 0.258683934340063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019652 s
InvBiCGStab: k = 46 resid = 1.145137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170519(s) Flops=304809984 => 1787.5426433418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257299.311756163 Mflops = 257.299311756163 Gflops = 0.257299311756163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007572813 Relative Rsd = 3.32082751312393e-07
BICGSTAB_SOLVER_TIME: 0.30198 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0575220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016893 s
InvBiCGStab: k = 78 resid = 2.027861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287003(s) Flops=514787328 => 1793.66532057156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258242.235699682 Mflops = 258.242235699682 Gflops = 0.258242235699682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024014 s
InvBiCGStab: k = 113 resid = 9.130247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414129(s) Flops=744450048 => 1797.62839115348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.539040333 Mflops = 258.822539040333 Gflops = 0.258822539040333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001325695 Relative Rsd = 5.81343509381451e-07
BICGSTAB_SOLVER_TIME: 0.745894 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144175
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020193 s
InvBiCGStab: k = 58 resid = 1.606414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212172(s) Flops=383551488 => 1807.73847633052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260246.972344031 Mflops = 260.246972344031 Gflops = 0.260246972344031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028538 s
InvBiCGStab: k = 86 resid = 1.075215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314729(s) Flops=567281664 => 1802.44484620102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.168679507 Mflops = 259.499168679507 Gflops = 0.259499168679507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001145458 Relative Rsd = 5.02305934229277e-07
BICGSTAB_SOLVER_TIME: 0.579488 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111969
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023476 s
InvBiCGStab: k = 70 resid = 1.863231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256392(s) Flops=462292992 => 1803.07104745858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.937556836 Mflops = 259.587937556836 Gflops = 0.259587937556836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.03373 s
InvBiCGStab: k = 82 resid = 1.121618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299737(s) Flops=541034496 => 1805.03073027354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259867.005701682 Mflops = 259.867005701682 Gflops = 0.259867005701682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001188609 Relative Rsd = 5.21228279937142e-07
BICGSTAB_SOLVER_TIME: 0.617283 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118586
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.02754 s
InvBiCGStab: k = 60 resid = 2.073033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219629(s) Flops=396675072 => 1806.11427452659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.056000803 Mflops = 260.033056000803 Gflops = 0.260033056000803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039003 s
InvBiCGStab: k = 94 resid = 1.037563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343356(s) Flops=619776000 => 1805.0536469437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.880287306 Mflops = 259.868880287306 Gflops = 0.259868880287306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001168908 Relative Rsd = 5.12589171867469e-07
BICGSTAB_SOLVER_TIME: 0.633415 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121230000000001
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906459(s) Flops=1454653440 => 1604.76473839412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231064.414888382 Mflops = 231.064414888382 Gflops = 0.231064414888382 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032287 s
InvBiCGStab: k = 28 resid = 1.970376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104258(s) Flops=186697728 => 1790.72807842084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257744.566306342 Mflops = 257.744566306342 Gflops = 0.257744566306342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044953 s
InvBiCGStab: k = 52 resid = 1.004741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191645(s) Flops=344180736 => 1795.92859714576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258538.518194945 Mflops = 258.538518194945 Gflops = 0.258538518194945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007293079 Relative Rsd = 3.19815873340748e-07
BICGSTAB_SOLVER_TIME: 0.376953 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036497 s
InvBiCGStab: k = 67 resid = 1.732506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245855(s) Flops=442607616 => 1800.27909133432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259189.095494654 Mflops = 259.189095494654 Gflops = 0.259189095494654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.049847 s
InvBiCGStab: k = 92 resid = 1.114512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336199(s) Flops=606652416 => 1804.44443915657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.873705668 Mflops = 259.797873705668 Gflops = 0.259797873705668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001105207 Relative Rsd = 4.84655152183235e-07
BICGSTAB_SOLVER_TIME: 0.672269 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 73 resid = 1.957785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266439(s) Flops=481978368 => 1808.96328240235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260408.01044572 Mflops = 260.40801044572 Gflops = 0.26040801044572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056896 s
InvBiCGStab: k = 81 resid = 7.029818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297042(s) Flops=534472704 => 1799.31694507847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259046.450433677 Mflops = 259.046450433677 Gflops = 0.259046450433677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001136913 Relative Rsd = 4.9855857873722e-07
BICGSTAB_SOLVER_TIME: 0.665426 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041665 s
InvBiCGStab: k = 67 resid = 2.005171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246534(s) Flops=442607616 => 1795.3207914527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258475.126856164 Mflops = 258.475126856164 Gflops = 0.258475126856164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05624 s
InvBiCGStab: k = 85 resid = 1.142978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310816(s) Flops=560719872 => 1804.02512097189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259723.984988808 Mflops = 259.723984988808 Gflops = 0.259723984988808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001121219 Relative Rsd = 4.91676830049858e-07
BICGSTAB_SOLVER_TIME: 0.659108 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041428 s
InvBiCGStab: k = 57 resid = 2.276278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211327(s) Flops=376989696 => 1783.91637604282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256807.83022681 Mflops = 256.80783022681 Gflops = 0.25680783022681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 77 resid = 9.437454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281225(s) Flops=508225536 => 1807.18476664592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260173.669135439 Mflops = 260.173669135439 Gflops = 0.260173669135439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.0010763 Relative Rsd = 4.7197877333182e-07
BICGSTAB_SOLVER_TIME: 0.594333 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111805
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910296(s) Flops=1442414592 => 1584.55556434391 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228160.936712663 Mflops = 228.160936712663 Gflops = 0.228160936712663 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160169000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021584
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 31 resid = 1.844126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114364(s) Flops=206383104 => 1804.61599804134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.355009391 Mflops = 259.729355009391 Gflops = 0.259729355009391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 51 resid = 9.29781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186946(s) Flops=337618944 => 1805.97040856718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.243321327 Mflops = 259.969243321327 Gflops = 0.259969243321327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007598301 Relative Rsd = 3.33200449032482e-07
BICGSTAB_SOLVER_TIME: 0.402593 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 50 resid = 1.977343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183618(s) Flops=331057152 => 1802.96676796393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.213597487 Mflops = 259.557213597487 Gflops = 0.259557213597487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 83 resid = 1.122799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30348(s) Flops=547596288 => 1804.39003558719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.926644294 Mflops = 259.782926644294 Gflops = 0.259782926644294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001135211 Relative Rsd = 4.9781222171394e-07
BICGSTAB_SOLVER_TIME: 0.588001 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 55 resid = 1.958944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201184(s) Flops=363866112 => 1808.62350882774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260368.565490039 Mflops = 260.368565490039 Gflops = 0.260368565490039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05606 s
InvBiCGStab: k = 83 resid = 7.925955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303515(s) Flops=547596288 => 1804.18196135282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.095897583 Mflops = 259.752095897583 Gflops = 0.259752095897583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001071984 Relative Rsd = 4.70086028256913e-07
BICGSTAB_SOLVER_TIME: 0.605605 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112938
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 58 resid = 2.095336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212421(s) Flops=383551488 => 1805.61944440521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.971108129 Mflops = 259.937971108129 Gflops = 0.259937971108129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 94 resid = 7.352069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343485(s) Flops=619776000 => 1804.37573693174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259777.454238089 Mflops = 259.777454238089 Gflops = 0.259777454238089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001186654 Relative Rsd = 5.20371041419021e-07
BICGSTAB_SOLVER_TIME: 0.657055 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040924 s
InvBiCGStab: k = 56 resid = 1.868309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205325(s) Flops=370427904 => 1804.10521855595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.527909303 Mflops = 259.721527909303 Gflops = 0.259721527909303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 93 resid = 1.040787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339668(s) Flops=613214208 => 1805.33405560724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.511417946 Mflops = 259.925511417946 Gflops = 0.259925511417946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001096612 Relative Rsd = 4.80886151316495e-07
BICGSTAB_SOLVER_TIME: 0.646009 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12092
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915769(s) Flops=1430028288 => 1561.56005280808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224851.189830429 Mflops = 224.851189830429 Gflops = 0.224851189830429 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158369000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.732943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771765(s) Flops=1394067456 => 1806.33671648753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.867917523 Mflops = 260.111867917523 Gflops = 0.260111867917523 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 9.051972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856029(s) Flops=1544988672 => 1804.83216339633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.049074101 Mflops = 259.883049074101 Gflops = 0.259883049074101 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002025918 Relative Rsd = 8.9071287213219e-07
BICGSTAB_SOLVER_TIME: 1.631248 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319146999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.094614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.645663(s) Flops=1164404736 => 1803.42490742074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259588.222063634 Mflops = 259.588222063634 Gflops = 0.259588222063634 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.014532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763532(s) Flops=1348134912 => 1765.65607204413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254240.880014973 Mflops = 254.240880014973 Gflops = 0.254240880014973 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001926021 Relative Rsd = 8.46018781386847e-07
BICGSTAB_SOLVER_TIME: 1.412824 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.12174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272738999999997
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89625(s) Flops=1430028288 => 1595.56852217573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229778.876366328 Mflops = 229.778876366328 Gflops = 0.229778876366328 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158892000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 27 resid = 2.243077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099763(s) Flops=180135936 => 1805.63872377535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.086719173 Mflops = 259.889086719173 Gflops = 0.259889086719173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 56 resid = 1.093531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205519(s) Flops=370427904 => 1802.40223045071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.000295695 Mflops = 259.475000295695 Gflops = 0.259475000295695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.00075838 Relative Rsd = 3.32564565100746e-07
BICGSTAB_SOLVER_TIME: 0.406178 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 82 resid = 2.278059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300338(s) Flops=541034496 => 1801.41872157369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.68945634 Mflops = 259.35868945634 Gflops = 0.25935868945634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 103 resid = 8.123426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376288(s) Flops=678832128 => 1804.02279105366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.597579124 Mflops = 259.734597579124 Gflops = 0.259734597579124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001292129 Relative Rsd = 5.66623888840585e-07
BICGSTAB_SOLVER_TIME: 0.777867 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 56 resid = 2.108382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205207(s) Flops=370427904 => 1805.14263158664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.290905666 Mflops = 259.889290905666 Gflops = 0.259889290905666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 70 resid = 1.091081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25631(s) Flops=462292992 => 1803.64789512699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.300811073 Mflops = 259.664300811073 Gflops = 0.259664300811073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001024255 Relative Rsd = 4.49156074047167e-07
BICGSTAB_SOLVER_TIME: 0.56329 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 73 resid = 2.24707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267307(s) Flops=481978368 => 1803.08921202961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.203927971 Mflops = 259.598203927971 Gflops = 0.259598203927971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 85 resid = 9.456022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331261(s) Flops=560719872 => 1692.68302637497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243698.001081014 Mflops = 243.698001081014 Gflops = 0.243698001081014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001151744 Relative Rsd = 5.05062605426274e-07
BICGSTAB_SOLVER_TIME: 0.700161 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 63 resid = 1.701781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232648(s) Flops=416360448 => 1789.65840239332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257662.340675409 Mflops = 257.662340675409 Gflops = 0.257662340675409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 85 resid = 9.386789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311883(s) Flops=560719872 => 1797.85327190004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258837.43373636 Mflops = 258.83743373636 Gflops = 0.25883743373636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001132864 Relative Rsd = 4.96783096458652e-07
BICGSTAB_SOLVER_TIME: 0.646337 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120068
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889477(s) Flops=1423835136 => 1600.75542818982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230498.351635192 Mflops = 230.498351635192 Gflops = 0.230498351635192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157942000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 27 resid = 1.874714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10002(s) Flops=180135936 => 1800.99916016797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259218.346479339 Mflops = 259.218346479339 Gflops = 0.259218346479339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055763 s
InvBiCGStab: k = 45 resid = 1.054057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165456(s) Flops=298248192 => 1802.58311575283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.203152195 Mflops = 259.473203152195 Gflops = 0.259473203152195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007338257 Relative Rsd = 3.21797012204013e-07
BICGSTAB_SOLVER_TIME: 0.365887 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043583 s
InvBiCGStab: k = 75 resid = 2.15643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274348(s) Flops=495101952 => 1804.64939420007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.657195499 Mflops = 259.815657195499 Gflops = 0.259815657195499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 105 resid = 1.019883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383441(s) Flops=691955712 => 1804.59500157782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.878702618 Mflops = 259.818878702618 Gflops = 0.259818878702618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001293532 Relative Rsd = 5.67239097355466e-07
BICGSTAB_SOLVER_TIME: 0.761789 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142933
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 53 resid = 1.326952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193802(s) Flops=350742528 => 1809.79828897535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260536.538836685 Mflops = 260.536538836685 Gflops = 0.260536538836685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 67 resid = 1.07203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259637(s) Flops=442607616 => 1704.71703185601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245420.398153171 Mflops = 245.420398153171 Gflops = 0.245420398153171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001042285 Relative Rsd = 4.57062353452736e-07
BICGSTAB_SOLVER_TIME: 0.554723 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043357 s
InvBiCGStab: k = 74 resid = 1.874211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273416(s) Flops=488540160 => 1786.80165023261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257245.998252432 Mflops = 257.245998252432 Gflops = 0.257245998252432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057406 s
InvBiCGStab: k = 85 resid = 1.077802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312715(s) Flops=560719872 => 1793.06995826871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258148.513586459 Mflops = 258.148513586459 Gflops = 0.258148513586459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001180286 Relative Rsd = 5.17578481782396e-07
BICGSTAB_SOLVER_TIME: 0.690776 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 56 resid = 1.664946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206375(s) Flops=370427904 => 1794.92624591157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258400.323296529 Mflops = 258.400323296529 Gflops = 0.258400323296529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 79 resid = 1.096154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28906(s) Flops=521349120 => 1803.60174358265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259654.312581638 Mflops = 259.654312581638 Gflops = 0.259654312581638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001103566 Relative Rsd = 4.83935596626249e-07
BICGSTAB_SOLVER_TIME: 0.59664 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110658
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884625(s) Flops=1417641984 => 1602.53438914794 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230741.28865684 Mflops = 230.74128865684 Gflops = 0.23074128865684 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157051000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041978 s
InvBiCGStab: k = 29 resid = 1.474704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107203(s) Flops=193259520 => 1802.74357993713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.620556031 Mflops = 259.471620556031 Gflops = 0.259471620556031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05595 s
InvBiCGStab: k = 46 resid = 9.306228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169119(s) Flops=304809984 => 1802.34026927785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259450.863947579 Mflops = 259.450863947579 Gflops = 0.259450863947579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007430729 Relative Rsd = 3.2585209957954e-07
BICGSTAB_SOLVER_TIME: 0.37813 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 53 resid = 1.779552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194799(s) Flops=350742528 => 1800.53556743104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.088017519 Mflops = 259.207088017519 Gflops = 0.259207088017519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056124 s
InvBiCGStab: k = 74 resid = 1.085289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271098(s) Flops=488540160 => 1802.07954319102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259427.171607223 Mflops = 259.427171607223 Gflops = 0.259427171607223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001062114 Relative Rsd = 4.65757719076421e-07
BICGSTAB_SOLVER_TIME: 0.566886 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104884
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044069 s
InvBiCGStab: k = 55 resid = 2.253613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20994(s) Flops=363866112 => 1733.19096884824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249503.183517327 Mflops = 249.503183517327 Gflops = 0.249503183517327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057366 s
InvBiCGStab: k = 66 resid = 9.878654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26042(s) Flops=436045824 => 1674.39453190999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241060.21736384 Mflops = 241.06021736384 Gflops = 0.24106021736384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009983095 Relative Rsd = 4.37778366626341e-07
BICGSTAB_SOLVER_TIME: 0.575704 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 64 resid = 1.892409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243736(s) Flops=422922240 => 1735.16526077395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249810.700954684 Mflops = 249.810700954684 Gflops = 0.249810700954684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057534 s
InvBiCGStab: k = 98 resid = 6.465036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363347(s) Flops=646023168 => 1777.97853842195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255983.815706888 Mflops = 255.983815706888 Gflops = 0.255983815706888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001136317 Relative Rsd = 4.98297609031132e-07
BICGSTAB_SOLVER_TIME: 0.710114 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041856 s
InvBiCGStab: k = 50 resid = 2.151223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186897(s) Flops=331057152 => 1771.33475657715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255009.243602208 Mflops = 255.009243602208 Gflops = 0.255009243602208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059922 s
InvBiCGStab: k = 72 resid = 9.990266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272752(s) Flops=475416576 => 1743.03607672904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250932.616158363 Mflops = 250.932616158363 Gflops = 0.250932616158363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001032094 Relative Rsd = 4.52593757740098e-07
BICGSTAB_SOLVER_TIME: 0.565356 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101484
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895534(s) Flops=1411596288 => 1576.26208273499 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226963.543460832 Mflops = 226.963543460832 Gflops = 0.226963543460832 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156684000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042624 s
InvBiCGStab: k = 28 resid = 1.686341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106572(s) Flops=186697728 => 1751.84596329242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252121.049743224 Mflops = 252.121049743224 Gflops = 0.252121049743224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 49 resid = 1.139339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188755(s) Flops=324495360 => 1719.13517522715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247469.727565319 Mflops = 247.469727565319 Gflops = 0.247469727565319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007153121 Relative Rsd = 3.13678465185393e-07
BICGSTAB_SOLVER_TIME: 0.398324 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042627 s
InvBiCGStab: k = 67 resid = 2.158476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248891(s) Flops=442607616 => 1778.31908747203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256004.97680667 Mflops = 256.00497680667 Gflops = 0.25600497680667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05591 s
InvBiCGStab: k = 67 resid = 1.151549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25638(s) Flops=442607616 => 1726.37341446291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248526.90032939 Mflops = 248.52690032939 Gflops = 0.24852690032939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001079021 Relative Rsd = 4.73172025661652e-07
BICGSTAB_SOLVER_TIME: 0.607673 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 56 resid = 1.756041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205719(s) Flops=370427904 => 1800.64993510565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259223.183672006 Mflops = 259.223183672006 Gflops = 0.259223183672006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057504 s
InvBiCGStab: k = 67 resid = 1.066818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253873(s) Flops=442607616 => 1743.42137998133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250990.023752683 Mflops = 250.990023752683 Gflops = 0.250990023752683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001058536 Relative Rsd = 4.64188939915997e-07
BICGSTAB_SOLVER_TIME: 0.562111 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 63 resid = 2.152008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238151(s) Flops=416360448 => 1748.3044287028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251691.809986589 Mflops = 251.691809986589 Gflops = 0.251691809986589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056597 s
InvBiCGStab: k = 77 resid = 7.828517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283994(s) Flops=508225536 => 1789.56434290865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257644.117737487 Mflops = 257.644117737487 Gflops = 0.257644117737487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001093735 Relative Rsd = 4.79624287232949e-07
BICGSTAB_SOLVER_TIME: 0.62391 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041751 s
InvBiCGStab: k = 53 resid = 1.855596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20245(s) Flops=350742528 => 1732.48964188689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249417.593230707 Mflops = 249.417593230707 Gflops = 0.249417593230707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058413 s
InvBiCGStab: k = 85 resid = 5.930577e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322895(s) Flops=560719872 => 1736.53934560771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250012.810665413 Mflops = 250.012810665413 Gflops = 0.250012810665412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00110815 Relative Rsd = 4.85945604497495e-07
BICGSTAB_SOLVER_TIME: 0.629343 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112739
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886312(s) Flops=1411448832 => 1592.49658359584 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229308.475349223 Mflops = 229.308475349223 Gflops = 0.229308475349223 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156371000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 2.067414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.823441(s) Flops=1485932544 => 1804.54039087196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259813.698985867 Mflops = 259.813698985867 Gflops = 0.259813698985867 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 1.135904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976995(s) Flops=1761527808 => 1803.00596011239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259621.339411617 Mflops = 259.621339411617 Gflops = 0.259621339411617 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.002067969 Relative Rsd = 9.09238004484481e-07
BICGSTAB_SOLVER_TIME: 1.803769 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352537999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.449491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674209(s) Flops=1216899072 => 1804.92854886244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259821.202673237 Mflops = 259.821202673237 Gflops = 0.259821202673237 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 9.25842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769249(s) Flops=1387505664 => 1803.71461516362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.295278943 Mflops = 259.718295278943 Gflops = 0.259718295278943 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.001887146 Relative Rsd = 8.2892593196007e-07
BICGSTAB_SOLVER_TIME: 1.446901 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282847999999997
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882737(s) Flops=1411448832 => 1598.94604168626 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230229.578348139 Mflops = 230.229578348139 Gflops = 0.230229578348139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156404000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 25 resid = 2.068308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092202(s) Flops=167012352 => 1811.37450380686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260694.319896561 Mflops = 260.694319896561 Gflops = 0.260694319896561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 64 resid = 3.824504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234157(s) Flops=422922240 => 1806.1481826296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260013.423164824 Mflops = 260.013423164824 Gflops = 0.260013423164824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007579769 Relative Rsd = 3.32387803049234e-07
BICGSTAB_SOLVER_TIME: 0.427602 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0780230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 79 resid = 2.139313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288935(s) Flops=521349120 => 1804.38202363853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.884410379 Mflops = 259.782884410379 Gflops = 0.259782884410379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 109 resid = 1.048826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397966(s) Flops=718202880 => 1804.68401823271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.458145005 Mflops = 259.829458145005 Gflops = 0.259829458145005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001278659 Relative Rsd = 5.60717356173451e-07
BICGSTAB_SOLVER_TIME: 0.788278 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148508999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 63 resid = 5.46361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230417(s) Flops=416360448 => 1806.98667199035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260151.40103183 Mflops = 260.15140103183 Gflops = 0.26015140103183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 81 resid = 9.076405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295787(s) Flops=534472704 => 1806.95129941478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260147.654722514 Mflops = 260.147654722514 Gflops = 0.260147654722514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001056635 Relative Rsd = 4.6335513353698e-07
BICGSTAB_SOLVER_TIME: 0.627065 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 66 resid = 1.904965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242097(s) Flops=436045824 => 1801.12031128019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259305.517258123 Mflops = 259.305517258123 Gflops = 0.259305517258123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 79 resid = 9.942996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288734(s) Flops=521349120 => 1805.63813059771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259953.826370968 Mflops = 259.953826370968 Gflops = 0.259953826370968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001151532 Relative Rsd = 5.04969540525218e-07
BICGSTAB_SOLVER_TIME: 0.632021 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 57 resid = 2.104913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223081(s) Flops=376989696 => 1689.92292485689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243302.344386811 Mflops = 243.302344386811 Gflops = 0.243302344386811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05792 s
InvBiCGStab: k = 81 resid = 7.658497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307194(s) Flops=534472704 => 1739.85398152308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250482.020984835 Mflops = 250.482020984835 Gflops = 0.250482020984835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001104978 Relative Rsd = 4.84554480770793e-07
BICGSTAB_SOLVER_TIME: 0.633115 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113086
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881108(s) Flops=1405329408 => 1594.95704045361 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229718.859711102 Mflops = 229.718859711102 Gflops = 0.229718859711102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041018 s
InvBiCGStab: k = 26 resid = 2.039928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096104(s) Flops=173574144 => 1806.10738366769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.38953507 Mflops = 259.93738953507 Gflops = 0.25993738953507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 55 resid = 1.020104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202128(s) Flops=363866112 => 1800.17668012349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.56375536 Mflops = 259.14756375536 Gflops = 0.25914756375536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000774182 Relative Rsd = 3.39494071448523e-07
BICGSTAB_SOLVER_TIME: 0.399733 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040677 s
InvBiCGStab: k = 80 resid = 2.007454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294405(s) Flops=527910912 => 1793.14519794161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258172.259291333 Mflops = 258.172259291333 Gflops = 0.258172259291333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 102 resid = 9.945683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372887(s) Flops=672270336 => 1802.87952114179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259576.301333312 Mflops = 259.576301333312 Gflops = 0.259576301333312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001270351 Relative Rsd = 5.5707409247144e-07
BICGSTAB_SOLVER_TIME: 0.768202 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041619 s
InvBiCGStab: k = 54 resid = 1.595914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197959(s) Flops=357304320 => 1804.94102314116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.779410079 Mflops = 259.854779410079 Gflops = 0.259854779410079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05595 s
InvBiCGStab: k = 68 resid = 1.133842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249088(s) Flops=449169408 => 1803.25590955807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259595.87093598 Mflops = 259.59587093598 Gflops = 0.25959587093598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001074955 Relative Rsd = 4.71388936871698e-07
BICGSTAB_SOLVER_TIME: 0.548567 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04142 s
InvBiCGStab: k = 58 resid = 2.1651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228774(s) Flops=383551488 => 1676.55191586456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241353.671171216 Mflops = 241.353671171216 Gflops = 0.241353671171216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05941 s
InvBiCGStab: k = 89 resid = 1.141191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334982(s) Flops=586967040 => 1752.23456782753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252274.703926679 Mflops = 252.274703926679 Gflops = 0.252274703926679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001144134 Relative Rsd = 5.01725235792901e-07
BICGSTAB_SOLVER_TIME: 0.668481 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 61 resid = 2.076396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224817(s) Flops=403236864 => 1793.62265309118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258221.895892867 Mflops = 258.221895892867 Gflops = 0.258221895892867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057412 s
InvBiCGStab: k = 82 resid = 9.801784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301903(s) Flops=541034496 => 1792.08055567517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258008.448350988 Mflops = 258.008448350988 Gflops = 0.258008448350988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001136772 Relative Rsd = 4.98496756688301e-07
BICGSTAB_SOLVER_TIME: 0.629298 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116416
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871305(s) Flops=1398915072 => 1605.54004854787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231178.452403315 Mflops = 231.178452403315 Gflops = 0.231178452403315 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155089000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 24 resid = 2.219885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088921(s) Flops=160450560 => 1804.41695437523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259693.404852155 Mflops = 259.693404852155 Gflops = 0.259693404852155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 50 resid = 1.095137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183716(s) Flops=331057152 => 1802.00500772932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259395.014058136 Mflops = 259.395014058136 Gflops = 0.259395014058136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007610982 Relative Rsd = 3.33756566695485e-07
BICGSTAB_SOLVER_TIME: 0.373586 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 56 resid = 1.729788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20617(s) Flops=370427904 => 1796.71098607945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.606147417 Mflops = 258.667606147417 Gflops = 0.258667606147417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055846 s
InvBiCGStab: k = 83 resid = 9.818907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303836(s) Flops=547596288 => 1802.27585934517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259468.556418401 Mflops = 259.468556418401 Gflops = 0.259468556418401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001092737 Relative Rsd = 4.79186529950143e-07
BICGSTAB_SOLVER_TIME: 0.610891 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041763 s
InvBiCGStab: k = 63 resid = 2.046995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242068(s) Flops=416360448 => 1720.01440917428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247621.849333309 Mflops = 247.621849333309 Gflops = 0.247621849333309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058076 s
InvBiCGStab: k = 80 resid = 9.086621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30467(s) Flops=527910912 => 1732.73020645288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249453.482330461 Mflops = 249.453482330461 Gflops = 0.249453482330461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001069692 Relative Rsd = 4.69081202997733e-07
BICGSTAB_SOLVER_TIME: 0.650518 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 57 resid = 2.22188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211461(s) Flops=376989696 => 1782.7859321577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256652.751465777 Mflops = 256.652751465777 Gflops = 0.256652751465777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 80 resid = 1.117866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294331(s) Flops=527910912 => 1793.59602624256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258222.66031306 Mflops = 258.22266031306 Gflops = 0.25822266031306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001103375 Relative Rsd = 4.83851465547291e-07
BICGSTAB_SOLVER_TIME: 0.607715 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040668 s
InvBiCGStab: k = 65 resid = 2.228802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237582(s) Flops=429484032 => 1807.72967649064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260254.011763542 Mflops = 260.254011763542 Gflops = 0.260254011763542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 83 resid = 9.28673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304272(s) Flops=547596288 => 1799.69332702319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259100.427836671 Mflops = 259.100427836671 Gflops = 0.259100427836671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001106302 Relative Rsd = 4.85135383408816e-07
BICGSTAB_SOLVER_TIME: 0.642822 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12037
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.869499(s) Flops=1392574464 => 1601.58259411454 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230626.687846324 Mflops = 230.626687846324 Gflops = 0.230626687846324 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154707000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 26 resid = 1.895507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096556(s) Flops=173574144 => 1797.65259538506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258740.904587169 Mflops = 258.740904587169 Gflops = 0.258740904587169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 56 resid = 9.650391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205972(s) Flops=370427904 => 1798.43815664265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258904.083762069 Mflops = 258.904083762069 Gflops = 0.258904083762069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007527618 Relative Rsd = 3.30100872218154e-07
BICGSTAB_SOLVER_TIME: 0.403232 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 59 resid = 2.181311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227079(s) Flops=390113280 => 1717.96282351076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247343.349601588 Mflops = 247.343349601588 Gflops = 0.247343349601588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058032 s
InvBiCGStab: k = 90 resid = 8.511557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343226(s) Flops=593528832 => 1729.26535868495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248971.15205596 Mflops = 248.97115205596 Gflops = 0.24897115205596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001161677 Relative Rsd = 5.09418073425945e-07
BICGSTAB_SOLVER_TIME: 0.673327 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041608 s
InvBiCGStab: k = 54 resid = 1.39653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198391(s) Flops=357304320 => 1801.01073133358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259292.141134759 Mflops = 259.292141134759 Gflops = 0.259292141134759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 79 resid = 8.534412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290162(s) Flops=521349120 => 1796.75188343064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258678.026339757 Mflops = 258.678026339757 Gflops = 0.258678026339757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00101448 Relative Rsd = 4.44869422002857e-07
BICGSTAB_SOLVER_TIME: 0.590396 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10933
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041145 s
InvBiCGStab: k = 73 resid = 8.200755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267866(s) Flops=481978368 => 1799.32640947339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.995993415 Mflops = 259.052995993415 Gflops = 0.259052995993415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 89 resid = 1.074913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325704(s) Flops=586967040 => 1802.14869943261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259457.882354209 Mflops = 259.457882354209 Gflops = 0.259457882354209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001160398 Relative Rsd = 5.08857284650245e-07
BICGSTAB_SOLVER_TIME: 0.694557 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 61 resid = 2.097464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223588(s) Flops=403236864 => 1803.48168953611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.832243389 Mflops = 259.645832243389 Gflops = 0.259645832243389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055977 s
InvBiCGStab: k = 81 resid = 9.629368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29625(s) Flops=534472704 => 1804.12727088608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.382814029 Mflops = 259.736382814029 Gflops = 0.259736382814029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001054909 Relative Rsd = 4.6259851538089e-07
BICGSTAB_SOLVER_TIME: 0.620895 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115764
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866075(s) Flops=1386307584 => 1600.67844470744 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230474.930453695 Mflops = 230.474930453695 Gflops = 0.230474930453695 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153690000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 9.669249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737947(s) Flops=1321887744 => 1791.30444869347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257957.641209655 Mflops = 257.957641209655 Gflops = 0.257957641209655 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.099188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863897(s) Flops=1551550464 => 1795.99010530191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258610.339114549 Mflops = 258.610339114549 Gflops = 0.258610339114549 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002016477 Relative Rsd = 8.86616473706198e-07
BICGSTAB_SOLVER_TIME: 1.605245 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312208999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.237937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700647(s) Flops=1262831616 => 1802.37925231964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.897133877 Mflops = 259.597897133877 Gflops = 0.259597897133877 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.046245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.666792(s) Flops=1203775488 => 1805.32383111975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.975899111 Mflops = 259.952975899111 Gflops = 0.259952975899111 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.001900677 Relative Rsd = 8.34857449348253e-07
BICGSTAB_SOLVER_TIME: 1.370818 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267823999999997
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865613(s) Flops=1386307584 => 1601.53276810769 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230602.181668196 Mflops = 230.602181668196 Gflops = 0.230602181668196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 30 resid = 2.189745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111295(s) Flops=199821312 => 1795.42038725909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258420.601945676 Mflops = 258.420601945676 Gflops = 0.258420601945676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 54 resid = 5.048791e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199241(s) Flops=357304320 => 1793.32727701628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258165.135838909 Mflops = 258.165135838909 Gflops = 0.258165135838909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007530047 Relative Rsd = 3.30207388902769e-07
BICGSTAB_SOLVER_TIME: 0.412246 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041681 s
InvBiCGStab: k = 79 resid = 1.716182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289045(s) Flops=521349120 => 1803.69534155581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.880694944 Mflops = 259.694880694944 Gflops = 0.259694880694944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 114 resid = 9.689247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41619(s) Flops=751011840 => 1804.49275571254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259809.098367188 Mflops = 259.809098367188 Gflops = 0.259809098367188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001305713 Relative Rsd = 5.72580859314765e-07
BICGSTAB_SOLVER_TIME: 0.806915 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152104999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040826 s
InvBiCGStab: k = 49 resid = 2.072973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18108(s) Flops=324495360 => 1792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257983.799973974 Mflops = 257.983799973974 Gflops = 0.257983799973974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 80 resid = 9.605526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292507(s) Flops=527910912 => 1804.78043944247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.610371946 Mflops = 259.827610371946 Gflops = 0.259827610371946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00107135 Relative Rsd = 4.69808007713221e-07
BICGSTAB_SOLVER_TIME: 0.574644 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 71 resid = 1.867892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26194(s) Flops=468854784 => 1789.93198442391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257686.063456004 Mflops = 257.686063456004 Gflops = 0.257686063456004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 87 resid = 8.688369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318341(s) Flops=573843456 => 1802.60618644787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259513.573104331 Mflops = 259.513573104331 Gflops = 0.259513573104331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001155764 Relative Rsd = 5.06825427202668e-07
BICGSTAB_SOLVER_TIME: 0.68126 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040599 s
InvBiCGStab: k = 56 resid = 2.090062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205362(s) Flops=370427904 => 1803.7801735472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.862235621 Mflops = 259.676862235622 Gflops = 0.259676862235622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056425 s
InvBiCGStab: k = 86 resid = 1.048184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314274(s) Flops=567281664 => 1805.05439202734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.614778041 Mflops = 259.877614778041 Gflops = 0.259877614778041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001096316 Relative Rsd = 4.80756023816335e-07
BICGSTAB_SOLVER_TIME: 0.620504 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116019
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866192(s) Flops=1373626368 => 1585.82204407337 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228343.489572033 Mflops = 228.343489572033 Gflops = 0.228343489572033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152346000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 27 resid = 2.241244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09964(s) Flops=180135936 => 1807.86768366118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260197.445985547 Mflops = 260.197445985547 Gflops = 0.260197445985547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 55 resid = 9.219292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201482(s) Flops=363866112 => 1805.94848175023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.217713857 Mflops = 259.977217713857 Gflops = 0.259977217713857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007728625 Relative Rsd = 3.38915440553833e-07
BICGSTAB_SOLVER_TIME: 0.401985 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04128 s
InvBiCGStab: k = 82 resid = 1.815371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300367(s) Flops=541034496 => 1801.24479719809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.472885012 Mflops = 259.327472885012 Gflops = 0.259327472885012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056103 s
InvBiCGStab: k = 97 resid = 9.206889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354502(s) Flops=639461376 => 1803.83009404742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.70382715 Mflops = 259.70470382715 Gflops = 0.25970470382715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001261646 Relative Rsd = 5.53256491612486e-07
BICGSTAB_SOLVER_TIME: 0.756105 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040754 s
InvBiCGStab: k = 58 resid = 1.225436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211961(s) Flops=383551488 => 1809.53801878647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260505.61385461 Mflops = 260.50561385461 Gflops = 0.26050561385461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 80 resid = 7.897936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292338(s) Flops=527910912 => 1805.82377932393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259975.626304759 Mflops = 259.975626304759 Gflops = 0.259975626304759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001055619 Relative Rsd = 4.62909565541139e-07
BICGSTAB_SOLVER_TIME: 0.605065 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040571 s
InvBiCGStab: k = 69 resid = 1.660382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253314(s) Flops=455731200 => 1799.0762452924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259017.735346505 Mflops = 259.017735346505 Gflops = 0.259017735346505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 97 resid = 8.951558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354564(s) Flops=639461376 => 1803.51467154026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.107851229 Mflops = 259.657107851229 Gflops = 0.259657107851229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001189615 Relative Rsd = 5.21669712849611e-07
BICGSTAB_SOLVER_TIME: 0.708235 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 66 resid = 1.932898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242098(s) Flops=436045824 => 1801.11287164702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.674790204 Mflops = 259.311674790204 Gflops = 0.259311674790204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 78 resid = 1.122987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287031(s) Flops=514787328 => 1793.49034773247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258205.4310874 Mflops = 258.2054310874 Gflops = 0.2582054310874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001108186 Relative Rsd = 4.85961328024387e-07
BICGSTAB_SOLVER_TIME: 0.629644 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117319
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865665(s) Flops=1367506944 => 1579.71841763269 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227452.580766301 Mflops = 227.452580766301 Gflops = 0.227452580766301 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151394000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041923 s
InvBiCGStab: k = 27 resid = 1.524592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099793(s) Flops=180135936 => 1805.09590853066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.815834662 Mflops = 259.798815834662 Gflops = 0.259798815834662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056551 s
InvBiCGStab: k = 45 resid = 1.059276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16569(s) Flops=298248192 => 1800.03737099402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259104.30041838 Mflops = 259.10430041838 Gflops = 0.25910430041838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007430791 Relative Rsd = 3.25854805251376e-07
BICGSTAB_SOLVER_TIME: 0.367797 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040612 s
InvBiCGStab: k = 48 resid = 2.132704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177673(s) Flops=317933568 => 1789.43096587551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257581.943061671 Mflops = 257.581943061671 Gflops = 0.257581943061671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055837 s
InvBiCGStab: k = 72 resid = 9.975628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264089(s) Flops=475416576 => 1800.2134734881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.720106975 Mflops = 259.157720106975 Gflops = 0.259157720106975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001017564 Relative Rsd = 4.46221849517271e-07
BICGSTAB_SOLVER_TIME: 0.542098 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998130000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 52 resid = 2.14174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1908(s) Flops=344180736 => 1803.88226415094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.47496132 Mflops = 259.69147496132 Gflops = 0.25969147496132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 75 resid = 1.058949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274845(s) Flops=495101952 => 1801.38606123451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.422023684 Mflops = 259.351422023684 Gflops = 0.259351422023684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001017742 Relative Rsd = 4.46300109798851e-07
BICGSTAB_SOLVER_TIME: 0.566641 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040894 s
InvBiCGStab: k = 61 resid = 1.731033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223611(s) Flops=403236864 => 1803.29618847016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.932759127 Mflops = 259.612932759127 Gflops = 0.259612932759127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057084 s
InvBiCGStab: k = 78 resid = 1.131027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285325(s) Flops=514787328 => 1804.21388942434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259750.398260274 Mflops = 259.750398260274 Gflops = 0.259750398260274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00107963 Relative Rsd = 4.73439070366767e-07
BICGSTAB_SOLVER_TIME: 0.610818 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043696 s
InvBiCGStab: k = 62 resid = 1.723819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242334(s) Flops=409798656 => 1691.04894897125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243455.933706322 Mflops = 243.455933706322 Gflops = 0.243455933706322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058637 s
InvBiCGStab: k = 73 resid = 1.042961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280375(s) Flops=481978368 => 1719.04901649576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247482.171905753 Mflops = 247.482171905753 Gflops = 0.247482171905753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001086323 Relative Rsd = 4.76373907501606e-07
BICGSTAB_SOLVER_TIME: 0.628875 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11077
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885799(s) Flops=1398693888 => 1579.01949313558 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227373.181679441 Mflops = 227.373181679441 Gflops = 0.227373181679441 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154957000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 26 resid = 1.73589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09636(s) Flops=173574144 => 1801.30909090909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.632913876 Mflops = 259.262632913876 Gflops = 0.259262632913876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 54 resid = 9.561071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197832(s) Flops=357304320 => 1806.09972097537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259988.986000334 Mflops = 259.988986000334 Gflops = 0.259988986000334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007438769 Relative Rsd = 3.26204653724737e-07
BICGSTAB_SOLVER_TIME: 0.394863 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04145 s
InvBiCGStab: k = 56 resid = 2.093014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206469(s) Flops=370427904 => 1794.1090623774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258292.413077885 Mflops = 258.292413077885 Gflops = 0.258292413077885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 74 resid = 1.125565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271124(s) Flops=488540160 => 1801.90672902436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.566010697 Mflops = 259.413566010697 Gflops = 0.259413566010697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001137462 Relative Rsd = 4.98799485631396e-07
BICGSTAB_SOLVER_TIME: 0.57938 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040545 s
InvBiCGStab: k = 60 resid = 1.669633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219471(s) Flops=396675072 => 1807.41451945815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260205.348050695 Mflops = 260.205348050695 Gflops = 0.260205348050695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 79 resid = 7.671311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288985(s) Flops=521349120 => 1804.06983061405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.054459992 Mflops = 259.732054459992 Gflops = 0.259732054459992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001072745 Relative Rsd = 4.7041984690091e-07
BICGSTAB_SOLVER_TIME: 0.608884 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 61 resid = 2.080589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22352(s) Flops=403236864 => 1804.03035075161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259727.105041744 Mflops = 259.727105041744 Gflops = 0.259727105041744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05623 s
InvBiCGStab: k = 74 resid = 1.096823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272461(s) Flops=488540160 => 1793.0645486877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258138.507989613 Mflops = 258.138507989613 Gflops = 0.258138507989613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001090083 Relative Rsd = 4.78022886859265e-07
BICGSTAB_SOLVER_TIME: 0.596887 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 58 resid = 1.918897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212745(s) Flops=383551488 => 1802.86957625326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259548.178162487 Mflops = 259.548178162487 Gflops = 0.259548178162487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055951 s
InvBiCGStab: k = 74 resid = 1.145917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270689(s) Flops=488540160 => 1804.80241162367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259819.77897314 Mflops = 259.81977897314 Gflops = 0.25981977897314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00107568 Relative Rsd = 4.71706929887978e-07
BICGSTAB_SOLVER_TIME: 0.583922 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108486
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895234(s) Flops=1411301376 => 1576.46087615082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226986.372389641 Mflops = 226.986372389641 Gflops = 0.226986372389641 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156522000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021394
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.080672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685392(s) Flops=1236584448 => 1804.20029413824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.597687913 Mflops = 259.815597687913 Gflops = 0.259815597687913 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.063951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811029(s) Flops=1466247168 => 1807.88500534506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260321.620934494 Mflops = 260.321620934494 Gflops = 0.260321620934494 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002047108 Relative Rsd = 9.00090919006028e-07
BICGSTAB_SOLVER_TIME: 1.499873 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.11645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001892
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293638999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.976185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.651948(s) Flops=1177528320 => 1806.16908096965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.295751952 Mflops = 260.057295751952 Gflops = 0.260057295751952 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 7.113302e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794868(s) Flops=1426876416 => 1795.11115807908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258479.483289306 Mflops = 258.479483289306 Gflops = 0.258479483289306 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.001973841 Relative Rsd = 8.66992687192439e-07
BICGSTAB_SOLVER_TIME: 1.450266 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.117093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282802999999997
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.894775(s) Flops=1411301376 => 1577.26956609203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227104.381756263 Mflops = 227.104381756263 Gflops = 0.227104381756263 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156373000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 32 resid = 1.576439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117626(s) Flops=212944896 => 1810.35566966487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260559.907726955 Mflops = 260.559907726955 Gflops = 0.260559907726955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055809 s
InvBiCGStab: k = 45 resid = 1.142644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165206(s) Flops=298248192 => 1805.31089669867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.405616638 Mflops = 259.852405616638 Gflops = 0.259852405616638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007418079 Relative Rsd = 3.25297360277661e-07
BICGSTAB_SOLVER_TIME: 0.383239 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0694340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 76 resid = 2.070237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277787(s) Flops=501663744 => 1805.92952153988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259999.532625993 Mflops = 259.999532625993 Gflops = 0.259999532625993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055951 s
InvBiCGStab: k = 93 resid = 9.4234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340744(s) Flops=613214208 => 1799.63317916089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259097.731558513 Mflops = 259.097731558513 Gflops = 0.259097731558513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001244926 Relative Rsd = 5.45924478291381e-07
BICGSTAB_SOLVER_TIME: 0.719548 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 55 resid = 1.748674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201251(s) Flops=363866112 => 1808.02138622914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260272.561903651 Mflops = 260.272561903651 Gflops = 0.260272561903651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 73 resid = 7.420425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26694(s) Flops=481978368 => 1805.56817262306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.305596167 Mflops = 259.949305596167 Gflops = 0.259949305596167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001017321 Relative Rsd = 4.46115460458686e-07
BICGSTAB_SOLVER_TIME: 0.569318 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105895
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 63 resid = 2.140217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230652(s) Flops=416360448 => 1805.14562197596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.030449707 Mflops = 259.878030449707 Gflops = 0.259878030449707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 84 resid = 1.033176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307732(s) Flops=554158080 => 1800.78145919176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.12247317 Mflops = 259.26712247317 Gflops = 0.25926712247317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001128907 Relative Rsd = 4.95048148207204e-07
BICGSTAB_SOLVER_TIME: 0.639497 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042231 s
InvBiCGStab: k = 63 resid = 1.928445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245018(s) Flops=416360448 => 1699.30555306141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244648.154566007 Mflops = 244.648154566007 Gflops = 0.244648154566007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 81 resid = 1.145068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299445(s) Flops=534472704 => 1784.87770375194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256955.612178029 Mflops = 256.955612178029 Gflops = 0.256955612178029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001145137 Relative Rsd = 5.02165239293835e-07
BICGSTAB_SOLVER_TIME: 0.646653 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11713
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888465(s) Flops=1417568256 => 1595.52515405784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229749.43859374 Mflops = 229.74943859374 Gflops = 0.22974943859374 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157353000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040561 s
InvBiCGStab: k = 26 resid = 2.122286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096224(s) Flops=173574144 => 1803.85500498836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.820788977 Mflops = 259.622820788977 Gflops = 0.259622820788977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 54 resid = 1.114279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20109(s) Flops=357304320 => 1776.83783380576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255773.899163239 Mflops = 255.773899163239 Gflops = 0.255773899163239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007944259 Relative Rsd = 3.48371406265743e-07
BICGSTAB_SOLVER_TIME: 0.397533 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 75 resid = 2.193417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273819(s) Flops=495101952 => 1808.13585616776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260327.169777109 Mflops = 260.327169777109 Gflops = 0.260327169777109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056896 s
InvBiCGStab: k = 99 resid = 1.041035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362222(s) Flops=652584960 => 1801.6160255313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259384.461065341 Mflops = 259.384461065341 Gflops = 0.259384461065341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001251861 Relative Rsd = 5.48965857636042e-07
BICGSTAB_SOLVER_TIME: 0.737626 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04084 s
InvBiCGStab: k = 54 resid = 1.636238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197862(s) Flops=357304320 => 1805.82587864269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.953840546 Mflops = 259.949953840546 Gflops = 0.259949953840546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056405 s
InvBiCGStab: k = 73 resid = 8.71978e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266952(s) Flops=481978368 => 1805.48700890048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259931.626199051 Mflops = 259.931626199051 Gflops = 0.259931626199051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001054137 Relative Rsd = 4.62259642746107e-07
BICGSTAB_SOLVER_TIME: 0.56589 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105008
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044749 s
InvBiCGStab: k = 58 resid = 2.156005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226222(s) Flops=383551488 => 1695.46502108548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244091.530045682 Mflops = 244.091530045682 Gflops = 0.244091530045682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060847 s
InvBiCGStab: k = 92 resid = 1.059948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343498(s) Flops=606652416 => 1766.10174149486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254266.26963216 Mflops = 254.26626963216 Gflops = 0.25426626963216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001182773 Relative Rsd = 5.1866937803619e-07
BICGSTAB_SOLVER_TIME: 0.679231 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 63 resid = 1.551063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230988(s) Flops=416360448 => 1802.51981921139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.969602787 Mflops = 259.506969602787 Gflops = 0.259506969602787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056882 s
InvBiCGStab: k = 88 resid = 1.083292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323585(s) Flops=580405248 => 1793.67167204908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258235.756127205 Mflops = 258.235756127205 Gflops = 0.258235756127205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001158864 Relative Rsd = 5.08184695472289e-07
BICGSTAB_SOLVER_TIME: 0.656616 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122378
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.8865(s) Flops=1423835136 => 1606.13100507614 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231262.444736171 Mflops = 231.262444736171 Gflops = 0.231262444736171 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157785000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 27 resid = 1.770287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099679(s) Flops=180135936 => 1807.16034470651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.41131645 Mflops = 260.08041131645 Gflops = 0.26008041131645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056684 s
InvBiCGStab: k = 51 resid = 1.126597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1867(s) Flops=337618944 => 1808.34999464381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260319.912142628 Mflops = 260.319912142628 Gflops = 0.260319912142628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007287718 Relative Rsd = 3.19580786193538e-07
BICGSTAB_SOLVER_TIME: 0.388289 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041501 s
InvBiCGStab: k = 54 resid = 2.253993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197614(s) Flops=357304320 => 1808.09213922091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260298.923212879 Mflops = 260.298923212879 Gflops = 0.260298923212879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055894 s
InvBiCGStab: k = 85 resid = 8.540518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313467(s) Flops=560719872 => 1788.76842538449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257528.020471592 Mflops = 257.528020471592 Gflops = 0.257528020471592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001081924 Relative Rsd = 4.74444967684599e-07
BICGSTAB_SOLVER_TIME: 0.612347 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113553
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040691 s
InvBiCGStab: k = 55 resid = 2.249767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211459(s) Flops=363866112 => 1720.74072042334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247721.573352495 Mflops = 247.721573352496 Gflops = 0.247721573352496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058336 s
InvBiCGStab: k = 80 resid = 8.750119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306834(s) Flops=527910912 => 1720.50982616007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247698.184354837 Mflops = 247.698184354837 Gflops = 0.247698184354837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.0009989684 Relative Rsd = 4.38067311958199e-07
BICGSTAB_SOLVER_TIME: 0.621175 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041809 s
InvBiCGStab: k = 57 resid = 2.105401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21087(s) Flops=376989696 => 1787.78250106701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257368.661915949 Mflops = 257.368661915949 Gflops = 0.257368661915949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 92 resid = 1.031245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337759(s) Flops=606652416 => 1796.11029165766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258570.977505841 Mflops = 258.570977505841 Gflops = 0.258570977505841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001133349 Relative Rsd = 4.96995772474999e-07
BICGSTAB_SOLVER_TIME: 0.650895 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041697 s
InvBiCGStab: k = 62 resid = 1.763737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227007(s) Flops=409798656 => 1805.22475518376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259882.713675733 Mflops = 259.882713675733 Gflops = 0.259882713675733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 88 resid = 3.347946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321743(s) Flops=580405248 => 1803.94056125541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.079764329 Mflops = 259.724079764329 Gflops = 0.259724079764329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001094191 Relative Rsd = 4.79824506948771e-07
BICGSTAB_SOLVER_TIME: 0.650696 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121453
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895857(s) Flops=1436368896 => 1603.346176901 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230856.932406488 Mflops = 230.856932406488 Gflops = 0.230856932406488 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159247000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041466 s
InvBiCGStab: k = 30 resid = 1.577552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11044(s) Flops=199821312 => 1809.32010141253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260421.737118885 Mflops = 260.421737118884 Gflops = 0.260421737118884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 52 resid = 9.721999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190312(s) Flops=344180736 => 1808.50779772164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260348.980001976 Mflops = 260.348980001976 Gflops = 0.260348980001976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007455365 Relative Rsd = 3.26932428398053e-07
BICGSTAB_SOLVER_TIME: 0.402695 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 57 resid = 1.802762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20928(s) Flops=376989696 => 1801.36513761468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259347.698953492 Mflops = 259.347698953492 Gflops = 0.259347698953492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 77 resid = 9.807253e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299593(s) Flops=508225536 => 1696.38655108764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244223.47807473 Mflops = 244.22347807473 Gflops = 0.24422347807473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001136758 Relative Rsd = 4.9849057958845e-07
BICGSTAB_SOLVER_TIME: 0.610272 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109952
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04189 s
InvBiCGStab: k = 55 resid = 2.020018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202182(s) Flops=363866112 => 1799.69587797133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259087.764329414 Mflops = 259.087764329414 Gflops = 0.259087764329413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056856 s
InvBiCGStab: k = 79 resid = 8.081077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290774(s) Flops=521349120 => 1792.97021054152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258125.79818107 Mflops = 258.12579818107 Gflops = 0.25812579818107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001041903 Relative Rsd = 4.56895163353472e-07
BICGSTAB_SOLVER_TIME: 0.595491 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001841
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 70 resid = 2.011045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257633(s) Flops=462292992 => 1794.3857813246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258333.68735945 Mflops = 258.33368735945 Gflops = 0.25833368735945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 74 resid = 1.108756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270758(s) Flops=488540160 => 1804.34247556859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.334205841 Mflops = 259.765334205841 Gflops = 0.259765334205841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001121245 Relative Rsd = 4.91688010090084e-07
BICGSTAB_SOLVER_TIME: 0.629702 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04076 s
InvBiCGStab: k = 58 resid = 1.451937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212269(s) Flops=383551488 => 1806.91239889009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260133.404852077 Mflops = 260.133404852077 Gflops = 0.260133404852077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055838 s
InvBiCGStab: k = 81 resid = 1.088182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295891(s) Flops=534472704 => 1806.31619075944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.7968684 Mflops = 260.0467968684 Gflops = 0.2600467968684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00101759 Relative Rsd = 4.46233386910381e-07
BICGSTAB_SOLVER_TIME: 0.608572 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113868
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899046(s) Flops=1442562048 => 1604.54754039282 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231063.930831601 Mflops = 231.063930831601 Gflops = 0.231063930831601 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160172000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.803824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828103(s) Flops=1433438208 => 1730.99023672176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249210.654936586 Mflops = 249.210654936586 Gflops = 0.249210654936586 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.019517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928826(s) Flops=1663100928 => 1790.54088494508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257831.179063621 Mflops = 257.831179063621 Gflops = 0.257831179063621 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002251212 Relative Rsd = 9.89822817507173e-07
BICGSTAB_SOLVER_TIME: 1.760345 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336049999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.100874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745818(s) Flops=1348134912 => 1807.59235094889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260219.838104215 Mflops = 260.219838104215 Gflops = 0.260219838104215 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 4.622036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830655(s) Flops=1499056128 => 1804.66755512216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.094538587 Mflops = 259.857094538587 Gflops = 0.259857094538587 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002180754 Relative Rsd = 9.57879321056343e-07
BICGSTAB_SOLVER_TIME: 1.579863 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.115341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309099999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899441(s) Flops=1442562048 => 1603.84288463612 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230935.72207928 Mflops = 230.93572207928 Gflops = 0.23093572207928 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160176000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 30 resid = 1.177925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111204(s) Flops=199821312 => 1796.88960828747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258614.265521796 Mflops = 258.614265521796 Gflops = 0.258614265521796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056944 s
InvBiCGStab: k = 46 resid = 1.089479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170938(s) Flops=304809984 => 1783.16105254537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256687.533527889 Mflops = 256.687533527889 Gflops = 0.256687533527889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007552065 Relative Rsd = 3.31172930869924e-07
BICGSTAB_SOLVER_TIME: 0.38436 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001841
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041794 s
InvBiCGStab: k = 80 resid = 2.237927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293719(s) Flops=527910912 => 1797.33320622772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258760.443388902 Mflops = 258.760443388902 Gflops = 0.258760443388902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056717 s
InvBiCGStab: k = 108 resid = 1.126273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395591(s) Flops=711641088 => 1798.93144181743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259000.988470757 Mflops = 259.000988470757 Gflops = 0.259000988470757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.00129731 Relative Rsd = 5.68895989526983e-07
BICGSTAB_SOLVER_TIME: 0.791662 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148475999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040753 s
InvBiCGStab: k = 54 resid = 2.190604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198748(s) Flops=357304320 => 1797.77567573007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258814.405436379 Mflops = 258.814405436379 Gflops = 0.258814405436379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055892 s
InvBiCGStab: k = 96 resid = 5.694545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351222(s) Flops=632899584 => 1801.99299588295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259435.879906713 Mflops = 259.435879906714 Gflops = 0.259435879906714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001059738 Relative Rsd = 4.64715831218136e-07
BICGSTAB_SOLVER_TIME: 0.650363 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121472000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 67 resid = 1.866942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245354(s) Flops=442607616 => 1803.95516682019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.144768954 Mflops = 259.721144768954 Gflops = 0.259721144768954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 92 resid = 1.121033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336214(s) Flops=606652416 => 1804.36393487481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.591663825 Mflops = 259.783591663825 Gflops = 0.259783591663825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001119564 Relative Rsd = 4.90950740040138e-07
BICGSTAB_SOLVER_TIME: 0.682269 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 63 resid = 1.328688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230183(s) Flops=416360448 => 1808.82362294348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260407.84571285 Mflops = 260.40784571285 Gflops = 0.26040784571285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 73 resid = 1.071309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266965(s) Flops=481978368 => 1805.39908976832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259914.375098372 Mflops = 259.914375098372 Gflops = 0.259914375098372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001101121 Relative Rsd = 4.82863129571183e-07
BICGSTAB_SOLVER_TIME: 0.598598 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111565
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900636(s) Flops=1442562048 => 1601.714841512 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230619.350132427 Mflops = 230.619350132427 Gflops = 0.230619350132427 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160005000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 32 resid = 2.240238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119297(s) Flops=212944896 => 1784.99791277232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256919.127942664 Mflops = 256.919127942664 Gflops = 0.256919127942664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056953 s
InvBiCGStab: k = 56 resid = 1.12794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205103(s) Flops=370427904 => 1806.05795137077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259996.269454225 Mflops = 259.996269454225 Gflops = 0.259996269454225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.000850507 Relative Rsd = 3.72964074384468e-07
BICGSTAB_SOLVER_TIME: 0.42644 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 75 resid = 2.187019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275041(s) Flops=495101952 => 1800.10235564879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.705129972 Mflops = 259.162705129972 Gflops = 0.259162705129972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 103 resid = 9.561378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376175(s) Flops=678832128 => 1804.56470525686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.529403536 Mflops = 259.814529403536 Gflops = 0.259814529403536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001263269 Relative Rsd = 5.5396828750685e-07
BICGSTAB_SOLVER_TIME: 0.752606 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 56 resid = 2.107877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205033(s) Flops=370427904 => 1806.67455482776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260093.11931696 Mflops = 260.09311931696 Gflops = 0.26009311931696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058277 s
InvBiCGStab: k = 68 resid = 1.064119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249186(s) Flops=449169408 => 1802.54672413378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.882479829 Mflops = 259.503882479829 Gflops = 0.259503882479829 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001010627 Relative Rsd = 4.43179704416431e-07
BICGSTAB_SOLVER_TIME: 0.55742 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 69 resid = 2.178388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25217(s) Flops=455731200 => 1807.23797438236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260194.19562429 Mflops = 260.19419562429 Gflops = 0.26019419562429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 87 resid = 1.050071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317873(s) Flops=573843456 => 1805.26013848298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259901.29373434 Mflops = 259.90129373434 Gflops = 0.25990129373434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001110618 Relative Rsd = 4.87027975332487e-07
BICGSTAB_SOLVER_TIME: 0.671862 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 57 resid = 2.047963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208589(s) Flops=376989696 => 1807.33258225506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260180.385028615 Mflops = 260.180385028615 Gflops = 0.260180385028615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055933 s
InvBiCGStab: k = 88 resid = 8.395881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321407(s) Flops=580405248 => 1805.82640701665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259991.535012144 Mflops = 259.991535012144 Gflops = 0.259991535012144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001108875 Relative Rsd = 4.86263699614599e-07
BICGSTAB_SOLVER_TIME: 0.631257 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117940000000001
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939452(s) Flops=1442488320 => 1535.45718142066 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221080.45626185 Mflops = 221.08045626185 Gflops = 0.22108045626185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160045000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042689 s
InvBiCGStab: k = 36 resid = 1.86619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137129(s) Flops=239192064 => 1744.28504546814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251041.830134342 Mflops = 251.041830134342 Gflops = 0.251041830134342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057937 s
InvBiCGStab: k = 56 resid = 7.387706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209112(s) Flops=370427904 => 1771.43303110295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255006.184940295 Mflops = 255.006184940295 Gflops = 0.255006184940295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.000771597 Relative Rsd = 3.38360497050306e-07
BICGSTAB_SOLVER_TIME: 0.450778 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0802560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 51 resid = 1.582705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198825(s) Flops=337618944 => 1698.07088645794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244466.741518085 Mflops = 244.466741518085 Gflops = 0.244466741518085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 82 resid = 9.871702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305603(s) Flops=541034496 => 1770.38345827757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254877.920043929 Mflops = 254.877920043929 Gflops = 0.254877920043929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001063575 Relative Rsd = 4.66398605948532e-07
BICGSTAB_SOLVER_TIME: 0.605988 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042509 s
InvBiCGStab: k = 59 resid = 1.634696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224231(s) Flops=390113280 => 1739.78299164701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250448.713152378 Mflops = 250.448713152378 Gflops = 0.250448713152378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057183 s
InvBiCGStab: k = 74 resid = 9.072265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272048(s) Flops=488540160 => 1795.78662588955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258524.767645202 Mflops = 258.524767645202 Gflops = 0.258524767645202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001072325 Relative Rsd = 4.70235503863217e-07
BICGSTAB_SOLVER_TIME: 0.599753 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 60 resid = 2.218258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223858(s) Flops=396675072 => 1771.99417487872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255107.261508263 Mflops = 255.107261508263 Gflops = 0.255107261508263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058875 s
InvBiCGStab: k = 85 resid = 1.097122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314394(s) Flops=560719872 => 1783.4941888204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256772.460609395 Mflops = 256.772460609395 Gflops = 0.256772460609395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001104743 Relative Rsd = 4.84451716291459e-07
BICGSTAB_SOLVER_TIME: 0.642802 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045122 s
InvBiCGStab: k = 56 resid = 2.14229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216309(s) Flops=370427904 => 1712.49418193418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246527.75703113 Mflops = 246.52775703113 Gflops = 0.24652775703113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058641 s
InvBiCGStab: k = 77 resid = 1.019158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28531(s) Flops=508225536 => 1781.30992955031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256456.07740811 Mflops = 256.45607740811 Gflops = 0.25645607740811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001046545 Relative Rsd = 4.5893039012824e-07
BICGSTAB_SOLVER_TIME: 0.609205 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109297
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925037(s) Flops=1442414592 => 1559.30475429631 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224522.648416558 Mflops = 224.522648416558 Gflops = 0.224522648416558 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160530000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 27 resid = 2.219566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0996(s) Flops=180135936 => 1808.59373493976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260285.800136244 Mflops = 260.285800136244 Gflops = 0.260285800136244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 44 resid = 1.037655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16907(s) Flops=291686400 => 1725.24043295676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248353.066316647 Mflops = 248.353066316647 Gflops = 0.248353066316647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006912179 Relative Rsd = 3.03112663516841e-07
BICGSTAB_SOLVER_TIME: 0.370072 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041175 s
InvBiCGStab: k = 56 resid = 2.234746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206(s) Flops=370427904 => 1798.19370873786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258874.407743899 Mflops = 258.874407743899 Gflops = 0.258874407743899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056667 s
InvBiCGStab: k = 86 resid = 9.633843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313937(s) Flops=567281664 => 1806.99205254557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.501224344 Mflops = 260.156501224344 Gflops = 0.260156501224344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001101609 Relative Rsd = 4.83077388150301e-07
BICGSTAB_SOLVER_TIME: 0.62169 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041028 s
InvBiCGStab: k = 52 resid = 2.086285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194008(s) Flops=344180736 => 1774.0543482743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255408.287229408 Mflops = 255.408287229408 Gflops = 0.255408287229408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055811 s
InvBiCGStab: k = 85 resid = 8.543537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310381(s) Flops=560719872 => 1806.55346815688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260088.353132492 Mflops = 260.088353132492 Gflops = 0.260088353132492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.0010529 Relative Rsd = 4.61717181068311e-07
BICGSTAB_SOLVER_TIME: 0.60503 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 61 resid = 1.812364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223296(s) Flops=403236864 => 1805.84006878762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.824664744 Mflops = 259.984824664744 Gflops = 0.259984824664744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 92 resid = 9.711109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336427(s) Flops=606652416 => 1803.22154880554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.331423453 Mflops = 259.613331423453 Gflops = 0.259613331423453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00110533 Relative Rsd = 4.84709112468708e-07
BICGSTAB_SOLVER_TIME: 0.66138 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 54 resid = 2.269807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198189(s) Flops=357304320 => 1802.84637391581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259535.343805459 Mflops = 259.535343805459 Gflops = 0.259535343805459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055958 s
InvBiCGStab: k = 78 resid = 1.128305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287606(s) Flops=514787328 => 1789.90468905377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257690.25150386 Mflops = 257.69025150386 Gflops = 0.25769025150386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001040863 Relative Rsd = 4.5643877267029e-07
BICGSTAB_SOLVER_TIME: 0.586896 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108453
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895242(s) Flops=1436073984 => 1604.11819820786 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230972.36098426 Mflops = 230.97236098426 Gflops = 0.23097236098426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159509000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.178603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701183(s) Flops=1262831616 => 1801.00147322454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.62081984 Mflops = 259.33362081984 Gflops = 0.25933362081984 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.112576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809651(s) Flops=1459685376 => 1802.85749786019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.486615123 Mflops = 259.601486615123 Gflops = 0.259601486615123 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002065824 Relative Rsd = 9.08309166802097e-07
BICGSTAB_SOLVER_TIME: 1.514317 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.116232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295473999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.090877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708193(s) Flops=1275955200 => 1801.70546729493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.343393174 Mflops = 259.374343393174 Gflops = 0.259374343393174 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 5.212549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782789(s) Flops=1413752832 => 1806.04585910124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.998919372 Mflops = 260.056998919372 Gflops = 0.260056998919372 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.001963946 Relative Rsd = 8.62657611299621e-07
BICGSTAB_SOLVER_TIME: 1.494345 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292076999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907523(s) Flops=1436073984 => 1582.41056590301 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227860.87823595 Mflops = 227.86087823595 Gflops = 0.22786087823595 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041192 s
InvBiCGStab: k = 25 resid = 2.262472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092528(s) Flops=167012352 => 1804.99256441293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.465331305 Mflops = 259.789465331305 Gflops = 0.259789465331305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 53 resid = 1.137788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194353(s) Flops=350742528 => 1804.66742473746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.087056998 Mflops = 259.785087056998 Gflops = 0.259785087056998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007765136 Relative Rsd = 3.4051650909984e-07
BICGSTAB_SOLVER_TIME: 0.388235 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 77 resid = 1.257803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282489(s) Flops=508225536 => 1799.0984994106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.390501184 Mflops = 259.035390501184 Gflops = 0.259035390501184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 103 resid = 1.062873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377617(s) Flops=678832128 => 1797.67364287095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258825.507430483 Mflops = 258.825507430483 Gflops = 0.258825507430483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001251905 Relative Rsd = 5.48985001540538e-07
BICGSTAB_SOLVER_TIME: 0.761386 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 52 resid = 2.156371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19032(s) Flops=344180736 => 1808.43177805801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260342.227721265 Mflops = 260.342227721265 Gflops = 0.260342227721265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 69 resid = 8.470566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253479(s) Flops=455731200 => 1797.90515190608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258831.544272461 Mflops = 258.831544272461 Gflops = 0.258831544272461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001043868 Relative Rsd = 4.57756792207024e-07
BICGSTAB_SOLVER_TIME: 0.545002 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100805
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 68 resid = 1.895989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249624(s) Flops=449169408 => 1799.38390539371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259049.831260105 Mflops = 259.049831260105 Gflops = 0.259049831260105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05604 s
InvBiCGStab: k = 88 resid = 9.593534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322002(s) Flops=580405248 => 1802.48957459892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.923657873 Mflops = 259.515923657873 Gflops = 0.259515923657873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001191715 Relative Rsd = 5.2259030492901e-07
BICGSTAB_SOLVER_TIME: 0.67281 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 57 resid = 2.180644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20853(s) Flops=376989696 => 1807.8439361243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260269.470162969 Mflops = 260.269470162969 Gflops = 0.260269470162969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 83 resid = 9.861943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303605(s) Flops=547596288 => 1803.64713361111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.219648465 Mflops = 259.674219648465 Gflops = 0.259674219648465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001107867 Relative Rsd = 4.85821449895537e-07
BICGSTAB_SOLVER_TIME: 0.613043 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114214
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898241(s) Flops=1423466496 => 1584.72670029535 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228187.236817281 Mflops = 228.187236817281 Gflops = 0.228187236817281 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158013000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042223 s
InvBiCGStab: k = 32 resid = 1.938144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118226(s) Flops=212944896 => 1801.16806793768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259250.367862685 Mflops = 259.250367862685 Gflops = 0.259250367862685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 62 resid = 7.106183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227202(s) Flops=409798656 => 1803.67539018142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259653.686717636 Mflops = 259.653686717636 Gflops = 0.259653686717636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007987669 Relative Rsd = 3.50274999553197e-07
BICGSTAB_SOLVER_TIME: 0.448173 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0815210000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 73 resid = 2.144367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267096(s) Flops=481978368 => 1804.51361308294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259807.134091663 Mflops = 259.807134091663 Gflops = 0.259807134091663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 93 resid = 7.967955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33978(s) Flops=613214208 => 1804.73897227618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.304110062 Mflops = 259.837304110062 Gflops = 0.259837304110062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001228589 Relative Rsd = 5.3876067607778e-07
BICGSTAB_SOLVER_TIME: 0.708063 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132702
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 59 resid = 2.14684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215685(s) Flops=390113280 => 1808.71771333194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260395.614925433 Mflops = 260.395614925433 Gflops = 0.260395614925433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056687 s
InvBiCGStab: k = 70 resid = 1.13175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257301(s) Flops=462292992 => 1796.70110881808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.747807872 Mflops = 258.667747807872 Gflops = 0.258667747807872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001063387 Relative Rsd = 4.66316006381933e-07
BICGSTAB_SOLVER_TIME: 0.574375 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041903 s
InvBiCGStab: k = 65 resid = 1.714667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23857(s) Flops=429484032 => 1800.24324936077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.754886424 Mflops = 259.178754886424 Gflops = 0.259178754886424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 87 resid = 1.087708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324734(s) Flops=573843456 => 1767.11849082634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254417.168167754 Mflops = 254.417168167754 Gflops = 0.254417168167754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001156945 Relative Rsd = 5.07343180481061e-07
BICGSTAB_SOLVER_TIME: 0.665867 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043242 s
InvBiCGStab: k = 58 resid = 2.121522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213197(s) Flops=383551488 => 1799.0473036675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258975.082245322 Mflops = 258.975082245322 Gflops = 0.258975082245322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 82 resid = 9.481068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301619(s) Flops=541034496 => 1793.76795228417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258249.773610867 Mflops = 258.249773610867 Gflops = 0.258249773610867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00107966 Relative Rsd = 4.73452088221824e-07
BICGSTAB_SOLVER_TIME: 0.618504 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114302
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880748(s) Flops=1410785280 => 1601.80355788489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230637.761208403 Mflops = 230.637761208403 Gflops = 0.230637761208403 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156527000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 35 resid = 1.994007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129368(s) Flops=232630272 => 1798.20567682889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258844.341157575 Mflops = 258.844341157575 Gflops = 0.258844341157575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056212 s
InvBiCGStab: k = 52 resid = 4.040643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190683(s) Flops=344180736 => 1804.98909708784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.947399688 Mflops = 259.830947399688 Gflops = 0.259830947399688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007398974 Relative Rsd = 3.24459571966509e-07
BICGSTAB_SOLVER_TIME: 0.421096 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0766860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 48 resid = 2.185498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176612(s) Flops=317933568 => 1800.18100695309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259144.201773232 Mflops = 259.144201773232 Gflops = 0.259144201773232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 80 resid = 1.113741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293359(s) Flops=527910912 => 1799.53883126136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259086.906397308 Mflops = 259.086906397308 Gflops = 0.259086906397308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001046243 Relative Rsd = 4.58798016409952e-07
BICGSTAB_SOLVER_TIME: 0.571244 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 52 resid = 2.069825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190421(s) Flops=344180736 => 1807.47257917982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260191.562550657 Mflops = 260.191562550657 Gflops = 0.260191562550657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055635 s
InvBiCGStab: k = 74 resid = 1.02256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270731(s) Flops=488540160 => 1804.52242262615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.922062049 Mflops = 259.771922062049 Gflops = 0.259771922062049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001002002 Relative Rsd = 4.3939758359381e-07
BICGSTAB_SOLVER_TIME: 0.561904 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043379 s
InvBiCGStab: k = 65 resid = 1.481938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248688(s) Flops=429484032 => 1726.9994209612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248636.14981461 Mflops = 248.63614981461 Gflops = 0.24863614981461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056609 s
InvBiCGStab: k = 85 resid = 1.026916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314297(s) Flops=560719872 => 1784.04462021591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256862.215152193 Mflops = 256.862215152193 Gflops = 0.256862215152193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001165015 Relative Rsd = 5.10881892939319e-07
BICGSTAB_SOLVER_TIME: 0.666802 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0411 s
InvBiCGStab: k = 56 resid = 2.051394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20566(s) Flops=370427904 => 1801.16650782845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.470926717 Mflops = 259.280470926717 Gflops = 0.259280470926717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 81 resid = 9.714676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297348(s) Flops=534472704 => 1797.46527301344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258781.899114776 Mflops = 258.781899114776 Gflops = 0.258781899114776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001013765 Relative Rsd = 4.44555717221184e-07
BICGSTAB_SOLVER_TIME: 0.604551 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11224
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.870851(s) Flops=1391910912 => 1598.33417197661 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230183.428634706 Mflops = 230.183428634706 Gflops = 0.230183428634706 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154483000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 23 resid = 2.050809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085081(s) Flops=153888768 => 1808.7324784617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260277.772906552 Mflops = 260.277772906552 Gflops = 0.260277772906552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 52 resid = 9.242052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191186(s) Flops=344180736 => 1800.24026863892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.161795353 Mflops = 259.162161795353 Gflops = 0.259162161795353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007494306 Relative Rsd = 3.28640064679087e-07
BICGSTAB_SOLVER_TIME: 0.378095 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041145 s
InvBiCGStab: k = 52 resid = 2.181569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191236(s) Flops=344180736 => 1799.76958313288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.247695083 Mflops = 259.130247695083 Gflops = 0.259130247695083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 83 resid = 1.145932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303843(s) Flops=547596288 => 1802.23433812857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259467.382455622 Mflops = 259.467382455622 Gflops = 0.259467382455622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001144989 Relative Rsd = 5.02100098968137e-07
BICGSTAB_SOLVER_TIME: 0.596559 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041632 s
InvBiCGStab: k = 52 resid = 2.180683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204399(s) Flops=344180736 => 1683.86702478975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242396.614458923 Mflops = 242.396614458923 Gflops = 0.242396614458923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 72 resid = 1.049383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265377(s) Flops=475416576 => 1791.47618670797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257904.393787497 Mflops = 257.904393787497 Gflops = 0.257904393787497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001043637 Relative Rsd = 4.57655252937577e-07
BICGSTAB_SOLVER_TIME: 0.571493 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 61 resid = 2.102099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22537(s) Flops=403236864 => 1789.22156453831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257596.33583579 Mflops = 257.59633583579 Gflops = 0.25759633583579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056484 s
InvBiCGStab: k = 82 resid = 1.036035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301545(s) Flops=541034496 => 1794.20814803761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258303.756963006 Mflops = 258.303756963006 Gflops = 0.258303756963006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001095689 Relative Rsd = 4.80481066297362e-07
BICGSTAB_SOLVER_TIME: 0.628553 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116455
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041198 s
InvBiCGStab: k = 52 resid = 2.138705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190379(s) Flops=344180736 => 1807.87133034631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260263.371673156 Mflops = 260.263371673156 Gflops = 0.260263371673156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 79 resid = 6.951187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288227(s) Flops=521349120 => 1808.81430261565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260415.457050784 Mflops = 260.415457050784 Gflops = 0.260415457050784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001062087 Relative Rsd = 4.65746283784135e-07
BICGSTAB_SOLVER_TIME: 0.579984 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107778
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861755(s) Flops=1379450880 => 1600.74601249775 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230602.829242368 Mflops = 230.602829242368 Gflops = 0.230602829242368 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152963000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.975808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747609(s) Flops=1308764160 => 1750.59979213733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252029.056948037 Mflops = 252.029056948037 Gflops = 0.252029056948037 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 7.003941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863599(s) Flops=1531865088 => 1773.8152637972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255415.105144533 Mflops = 255.415105144533 Gflops = 0.255415105144533 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002050188 Relative Rsd = 9.01442738233608e-07
BICGSTAB_SOLVER_TIME: 1.614549 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308567999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.187207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.646291(s) Flops=1164404736 => 1801.67252213012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259368.546665422 Mflops = 259.368546665422 Gflops = 0.259368546665422 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.02204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721276(s) Flops=1302202368 => 1805.41480376444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259964.724133364 Mflops = 259.964724133364 Gflops = 0.259964724133364 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.001986742 Relative Rsd = 8.72677362641407e-07
BICGSTAB_SOLVER_TIME: 1.370936 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267975999999997
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861844(s) Flops=1379450880 => 1600.58070834165 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230466.760659253 Mflops = 230.466760659253 Gflops = 0.230466760659253 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152975000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021482
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040766 s
InvBiCGStab: k = 28 resid = 1.214137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103638(s) Flops=186697728 => 1801.44086146008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.10582075 Mflops = 259.29010582075 Gflops = 0.25929010582075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060131 s
InvBiCGStab: k = 46 resid = 9.434614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17946(s) Flops=304809984 => 1698.48425275827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244482.444136826 Mflops = 244.482444136826 Gflops = 0.244482444136826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007498906 Relative Rsd = 3.28841790382062e-07
BICGSTAB_SOLVER_TIME: 0.387814 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 81 resid = 1.842674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298744(s) Flops=534472704 => 1789.0659025788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257586.522022855 Mflops = 257.586522022855 Gflops = 0.257586522022855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056643 s
InvBiCGStab: k = 99 resid = 9.761249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371486(s) Flops=652584960 => 1756.68789671751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252922.055590859 Mflops = 252.922055590859 Gflops = 0.252922055590859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001288934 Relative Rsd = 5.65223116586018e-07
BICGSTAB_SOLVER_TIME: 0.77194 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 61 resid = 2.035853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223518(s) Flops=403236864 => 1804.0464928999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.11662156 Mflops = 259.71411662156 Gflops = 0.25971411662156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 88 resid = 1.005336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321343(s) Flops=580405248 => 1806.1860628674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260034.170934962 Mflops = 260.034170934962 Gflops = 0.260034170934962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001078256 Relative Rsd = 4.72836318152412e-07
BICGSTAB_SOLVER_TIME: 0.64665 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041878 s
InvBiCGStab: k = 64 resid = 2.229246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234365(s) Flops=422922240 => 1804.5452179293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259792.097203826 Mflops = 259.792097203826 Gflops = 0.259792097203826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055904 s
InvBiCGStab: k = 95 resid = 1.046605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347747(s) Flops=626337792 => 1801.13068408929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259318.422986763 Mflops = 259.318422986763 Gflops = 0.259318422986763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00114052 Relative Rsd = 5.00140528903937e-07
BICGSTAB_SOLVER_TIME: 0.683775 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 54 resid = 2.250132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197266(s) Flops=357304320 => 1811.28182251376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260768.171899307 Mflops = 260.768171899306 Gflops = 0.260768171899306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055902 s
InvBiCGStab: k = 79 resid = 9.921563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289241(s) Flops=521349120 => 1802.47309337196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.342272358 Mflops = 259.479342272358 Gflops = 0.259479342272358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001095623 Relative Rsd = 4.80452222814588e-07
BICGSTAB_SOLVER_TIME: 0.587072 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109326
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849519(s) Flops=1361018880 => 1602.10528546154 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230683.668361911 Mflops = 230.683668361911 Gflops = 0.230683668361911 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150759000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 28 resid = 1.917722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103987(s) Flops=186697728 => 1795.3948858992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258426.136293559 Mflops = 258.426136293559 Gflops = 0.258426136293559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056503 s
InvBiCGStab: k = 60 resid = 8.907418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221096(s) Flops=396675072 => 1794.13047725875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258285.078063936 Mflops = 258.285078063936 Gflops = 0.258285078063936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007599885 Relative Rsd = 3.33269928643199e-07
BICGSTAB_SOLVER_TIME: 0.42676 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 78 resid = 2.211512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28619(s) Flops=514787328 => 1798.76071141549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.182090905 Mflops = 258.972182090905 Gflops = 0.258972182090905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 105 resid = 9.270442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383685(s) Flops=691955712 => 1803.44739043747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.277526972 Mflops = 259.647277526972 Gflops = 0.259647277526972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001284185 Relative Rsd = 5.63140208726452e-07
BICGSTAB_SOLVER_TIME: 0.771094 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 54 resid = 1.850714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197824(s) Flops=357304320 => 1806.17275962472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260022.609262494 Mflops = 260.022609262494 Gflops = 0.260022609262494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056361 s
InvBiCGStab: k = 73 resid = 1.10193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267031(s) Flops=481978368 => 1804.95286315072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.710416976 Mflops = 259.850710416976 Gflops = 0.259850710416976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001072493 Relative Rsd = 4.70309169607718e-07
BICGSTAB_SOLVER_TIME: 0.56607 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 60 resid = 2.156233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219837(s) Flops=396675072 => 1804.40540946247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259781.752428033 Mflops = 259.781752428033 Gflops = 0.259781752428033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055993 s
InvBiCGStab: k = 81 resid = 6.987865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296305(s) Flops=534472704 => 1803.79238959856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259689.556461373 Mflops = 259.689556461373 Gflops = 0.259689556461373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001118796 Relative Rsd = 4.90614164673894e-07
BICGSTAB_SOLVER_TIME: 0.616772 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 53 resid = 2.261841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194569(s) Flops=350742528 => 1802.66398038742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259514.432250101 Mflops = 259.514432250101 Gflops = 0.259514432250101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 89 resid = 1.053783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32508(s) Flops=586967040 => 1805.60797342193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.391685437 Mflops = 259.956391685437 Gflops = 0.259956391685437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001092627 Relative Rsd = 4.79138440462049e-07
BICGSTAB_SOLVER_TIME: 0.620251 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115804
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850335(s) Flops=1348558848 => 1585.9147841733 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228396.724623086 Mflops = 228.396724623086 Gflops = 0.228396724623086 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149498000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 25 resid = 2.144255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094136(s) Flops=167012352 => 1774.16027874564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255314.259543242 Mflops = 255.314259543242 Gflops = 0.255314259543242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055813 s
InvBiCGStab: k = 54 resid = 7.199225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201872(s) Flops=357304320 => 1769.95482285805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254743.756321643 Mflops = 254.743756321643 Gflops = 0.254743756321643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007960711 Relative Rsd = 3.49092876213178e-07
BICGSTAB_SOLVER_TIME: 0.396583 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 60 resid = 1.03318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22039(s) Flops=396675072 => 1799.87781659785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259113.047564251 Mflops = 259.113047564251 Gflops = 0.259113047564251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 83 resid = 9.209809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304996(s) Flops=547596288 => 1795.42121208147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.557436501 Mflops = 258.492557436501 Gflops = 0.258492557436501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001088404 Relative Rsd = 4.77286586767146e-07
BICGSTAB_SOLVER_TIME: 0.627175 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 56 resid = 2.14846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205056(s) Flops=370427904 => 1806.47191011236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260062.765076985 Mflops = 260.062765076985 Gflops = 0.260062765076985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05597 s
InvBiCGStab: k = 80 resid = 1.05432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29201(s) Flops=527910912 => 1807.85216944625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260273.841487373 Mflops = 260.273841487373 Gflops = 0.260273841487373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001065157 Relative Rsd = 4.67092227896227e-07
BICGSTAB_SOLVER_TIME: 0.598121 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 61 resid = 2.046771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223652(s) Flops=403236864 => 1802.96560728274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259571.886585529 Mflops = 259.571886585529 Gflops = 0.259571886585529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056124 s
InvBiCGStab: k = 82 resid = 1.046197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299032(s) Flops=541034496 => 1809.28628374221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260477.018514254 Mflops = 260.477018514254 Gflops = 0.260477018514254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001094833 Relative Rsd = 4.80105998920478e-07
BICGSTAB_SOLVER_TIME: 0.623908 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 53 resid = 1.792413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195082(s) Flops=350742528 => 1797.92358085318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258833.117564676 Mflops = 258.833117564676 Gflops = 0.258833117564676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 83 resid = 1.077732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30339(s) Flops=547596288 => 1804.92530406408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.668687636 Mflops = 259.857668687636 Gflops = 0.259857668687636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001058249 Relative Rsd = 4.6406299854962e-07
BICGSTAB_SOLVER_TIME: 0.599325 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111457
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839162(s) Flops=1342144512 => 1599.38666431511 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230287.196947758 Mflops = 230.287196947758 Gflops = 0.230287196947758 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148647000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041675 s
InvBiCGStab: k = 33 resid = 9.863836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122483(s) Flops=219506688 => 1792.14003576006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257971.457078173 Mflops = 257.971457078173 Gflops = 0.257971457078173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056706 s
InvBiCGStab: k = 48 resid = 1.114641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177069(s) Flops=317933568 => 1795.53489317724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258471.702196229 Mflops = 258.471702196229 Gflops = 0.258471702196229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007098073 Relative Rsd = 3.11264495404079e-07
BICGSTAB_SOLVER_TIME: 0.401857 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 57 resid = 1.388182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21041(s) Flops=376989696 => 1791.69096525831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257928.07634199 Mflops = 257.92807634199 Gflops = 0.25792807634199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056276 s
InvBiCGStab: k = 77 resid = 1.048796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281601(s) Flops=508225536 => 1804.77177282751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.610001651 Mflops = 259.837610001651 Gflops = 0.259837610001651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001089792 Relative Rsd = 4.77895107678056e-07
BICGSTAB_SOLVER_TIME: 0.593502 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 52 resid = 2.059666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190199(s) Flops=344180736 => 1809.5822585818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260493.495152115 Mflops = 260.493495152115 Gflops = 0.260493495152115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055804 s
InvBiCGStab: k = 73 resid = 1.023964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266414(s) Flops=481978368 => 1809.13303354929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260453.193217627 Mflops = 260.453193217627 Gflops = 0.260453193217627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001009464 Relative Rsd = 4.42669659750249e-07
BICGSTAB_SOLVER_TIME: 0.557303 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040685 s
InvBiCGStab: k = 62 resid = 1.806158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228206(s) Flops=409798656 => 1795.74005942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258524.206699511 Mflops = 258.524206699511 Gflops = 0.258524206699511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05861 s
InvBiCGStab: k = 88 resid = 8.927889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396263(s) Flops=580405248 => 1464.69705221027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210877.682763906 Mflops = 210.877682763906 Gflops = 0.210877682763906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001147186 Relative Rsd = 5.03063777595254e-07
BICGSTAB_SOLVER_TIME: 0.728059 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048335 s
InvBiCGStab: k = 58 resid = 1.437006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241615(s) Flops=383551488 => 1587.44899116363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228544.13139742 Mflops = 228.54413139742 Gflops = 0.22854413139742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056278 s
InvBiCGStab: k = 80 resid = 1.124624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29264(s) Flops=527910912 => 1803.96019682887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.266038523 Mflops = 259.720266038523 Gflops = 0.259720266038523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001027692 Relative Rsd = 4.50663082209084e-07
BICGSTAB_SOLVER_TIME: 0.642732 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11313
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.837001(s) Flops=1336025088 => 1596.2048886441 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229913.531878196 Mflops = 229.913531878196 Gflops = 0.229913531878196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148118000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021411
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.037146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768596(s) Flops=1387505664 => 1805.24705306819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259898.46846089 Mflops = 259.89846846089 Gflops = 0.25989846846089 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.097889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943911(s) Flops=1702471680 => 1803.63580888452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259712.965292092 Mflops = 259.712965292092 Gflops = 0.259712965292092 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002160633 Relative Rsd = 9.50032414932952e-07
BICGSTAB_SOLVER_TIME: 1.715861 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335545999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.036327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746309(s) Flops=1348134912 => 1806.4031279269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260026.136828461 Mflops = 260.026136828461 Gflops = 0.260026136828461 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 4.968392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851569(s) Flops=1538426880 => 1806.57924372541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260135.153820033 Mflops = 260.135153820033 Gflops = 0.260135153820033 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002332746 Relative Rsd = 1.02467359615569e-06
BICGSTAB_SOLVER_TIME: 1.601327 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313453999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.862264(s) Flops=1336025088 => 1549.43855710084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223103.212849335 Mflops = 223.103212849335 Gflops = 0.223103212849335 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147973000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04055 s
InvBiCGStab: k = 43 resid = 2.218537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158021(s) Flops=285124608 => 1804.34630840205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.662710522 Mflops = 259.741662710522 Gflops = 0.259741662710522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055953 s
InvBiCGStab: k = 55 resid = 7.323204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201989(s) Flops=363866112 => 1801.41548302135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259310.906888562 Mflops = 259.310906888562 Gflops = 0.259310906888562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007680812 Relative Rsd = 3.36818723557824e-07
BICGSTAB_SOLVER_TIME: 0.460368 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0843640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 86 resid = 1.334908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313913(s) Flops=567281664 => 1807.13020486568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260194.060945602 Mflops = 260.194060945602 Gflops = 0.260194060945602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 99 resid = 1.139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362055(s) Flops=652584960 => 1802.44703152836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259507.749170251 Mflops = 259.507749170251 Gflops = 0.259507749170251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001283244 Relative Rsd = 5.62727619296756e-07
BICGSTAB_SOLVER_TIME: 0.777471 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 57 resid = 1.943092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209092(s) Flops=376989696 => 1802.9847913837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.860389527 Mflops = 259.568860389527 Gflops = 0.259568860389527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 76 resid = 1.040641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277868(s) Flops=501663744 => 1805.40308347849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259913.190915903 Mflops = 259.913190915903 Gflops = 0.259913190915903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001092602 Relative Rsd = 4.79127464623472e-07
BICGSTAB_SOLVER_TIME: 0.588114 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 60 resid = 1.987233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219805(s) Flops=396675072 => 1804.66810127158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.075508214 Mflops = 259.815075508214 Gflops = 0.259815075508214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 98 resid = 9.165427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358265(s) Flops=646023168 => 1803.19921845561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259611.351993746 Mflops = 259.611351993746 Gflops = 0.259611351993746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001145672 Relative Rsd = 5.02399560684865e-07
BICGSTAB_SOLVER_TIME: 0.679191 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 56 resid = 1.943495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209879(s) Flops=370427904 => 1764.95935276993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254092.638752694 Mflops = 254.092638752694 Gflops = 0.254092638752694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05971 s
InvBiCGStab: k = 92 resid = 5.064262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353909(s) Flops=606652416 => 1714.14803240381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246796.502729843 Mflops = 246.796502729843 Gflops = 0.246796502729843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001083297 Relative Rsd = 4.75047056243598e-07
BICGSTAB_SOLVER_TIME: 0.668636 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119793
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840788(s) Flops=1335951360 => 1588.9277201863 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228785.994313859 Mflops = 228.785994313859 Gflops = 0.228785994313859 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147900000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 26 resid = 1.936842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096374(s) Flops=173574144 => 1801.04741942848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259201.242657542 Mflops = 259.201242657542 Gflops = 0.259201242657542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055971 s
InvBiCGStab: k = 51 resid = 1.080295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187544(s) Flops=337618944 => 1800.21191826985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259139.177100988 Mflops = 259.139177100988 Gflops = 0.259139177100988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000730701 Relative Rsd = 3.20426793621021e-07
BICGSTAB_SOLVER_TIME: 0.384466 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 89 resid = 1.669166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325273(s) Flops=586967040 => 1804.53662000842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259811.655236281 Mflops = 259.811655236281 Gflops = 0.259811655236281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055837 s
InvBiCGStab: k = 101 resid = 1.007466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371273(s) Flops=665708544 => 1793.04324311221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258152.307263757 Mflops = 258.152307263757 Gflops = 0.258152307263757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001295571 Relative Rsd = 5.68133551623926e-07
BICGSTAB_SOLVER_TIME: 0.79724 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151440999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040685 s
InvBiCGStab: k = 51 resid = 2.220316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187255(s) Flops=337618944 => 1802.99027529305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259570.127525681 Mflops = 259.570127525681 Gflops = 0.259570127525681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056257 s
InvBiCGStab: k = 76 resid = 1.097101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277985(s) Flops=501663744 => 1804.64321456194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259812.954242712 Mflops = 259.812954242712 Gflops = 0.259812954242712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001025467 Relative Rsd = 4.49687661987209e-07
BICGSTAB_SOLVER_TIME: 0.566019 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040955 s
InvBiCGStab: k = 65 resid = 1.819865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238199(s) Flops=429484032 => 1803.04716644486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259581.140572356 Mflops = 259.581140572356 Gflops = 0.259581140572356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056002 s
InvBiCGStab: k = 97 resid = 1.083808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381686(s) Flops=639461376 => 1675.35978788847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241207.357863702 Mflops = 241.207357863702 Gflops = 0.241207357863702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001133194 Relative Rsd = 4.96928028578289e-07
BICGSTAB_SOLVER_TIME: 0.720637 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129776
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 56 resid = 1.939539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207151(s) Flops=370427904 => 1788.20234514919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257436.825605793 Mflops = 257.436825605793 Gflops = 0.257436825605793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 80 resid = 7.759157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293827(s) Flops=527910912 => 1796.67257263628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.751672178 Mflops = 258.663751672178 Gflops = 0.258663751672178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001109488 Relative Rsd = 4.86532480033721e-07
BICGSTAB_SOLVER_TIME: 0.602665 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111482
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840394(s) Flops=1341923328 => 1596.77880613141 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229912.103962198 Mflops = 229.912103962198 Gflops = 0.229912103962198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148676000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 28 resid = 2.031602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102879(s) Flops=186697728 => 1814.73116962645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261179.809437264 Mflops = 261.179809437264 Gflops = 0.261179809437264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056472 s
InvBiCGStab: k = 52 resid = 1.13399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190456(s) Flops=344180736 => 1807.14042088461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260144.341230873 Mflops = 260.144341230873 Gflops = 0.260144341230873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007414992 Relative Rsd = 3.25162025635478e-07
BICGSTAB_SOLVER_TIME: 0.394717 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 51 resid = 2.181632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187071(s) Flops=337618944 => 1804.76366727072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259803.70145011 Mflops = 259.80370145011 Gflops = 0.25980370145011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056041 s
InvBiCGStab: k = 75 resid = 1.021781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27462(s) Flops=495101952 => 1802.86196198383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259554.935022234 Mflops = 259.554935022234 Gflops = 0.259554935022234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00106188 Relative Rsd = 4.65655363000383e-07
BICGSTAB_SOLVER_TIME: 0.562529 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040608 s
InvBiCGStab: k = 62 resid = 1.569323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226887(s) Flops=409798656 => 1806.17953430562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260028.48264127 Mflops = 260.02848264127 Gflops = 0.26002848264127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 78 resid = 1.073232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288568(s) Flops=514787328 => 1783.93767846747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256832.864043764 Mflops = 256.832864043764 Gflops = 0.256832864043764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001040961 Relative Rsd = 4.56481910268421e-07
BICGSTAB_SOLVER_TIME: 0.616491 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 59 resid = 1.9647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220368(s) Flops=390113280 => 1770.28098453496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254853.538093533 Mflops = 254.853538093533 Gflops = 0.254853538093533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 78 resid = 9.181387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287614(s) Flops=514787328 => 1789.8549027516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257677.070447206 Mflops = 257.677070447206 Gflops = 0.257677070447206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001108286 Relative Rsd = 4.8600528242911e-07
BICGSTAB_SOLVER_TIME: 0.610258 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041644 s
InvBiCGStab: k = 55 resid = 2.144557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202153(s) Flops=363866112 => 1799.95405460221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259124.548379149 Mflops = 259.124548379149 Gflops = 0.259124548379149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056789 s
InvBiCGStab: k = 69 resid = 1.042914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253363(s) Flops=455731200 => 1798.7283068167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258948.754184655 Mflops = 258.948754184655 Gflops = 0.258948754184655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00107029 Relative Rsd = 4.69343193712061e-07
BICGSTAB_SOLVER_TIME: 0.557741 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102765
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839257(s) Flops=1342070784 => 1599.11777202931 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230256.027273735 Mflops = 230.256027273735 Gflops = 0.230256027273735 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148686000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 30 resid = 2.19786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11095(s) Flops=199821312 => 1801.00326273096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.578349228 Mflops = 259.202578349228 Gflops = 0.259202578349228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055787 s
InvBiCGStab: k = 57 resid = 1.041421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20887(s) Flops=376989696 => 1804.9011155264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.851984384 Mflops = 259.824851984384 Gflops = 0.259824851984384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007863978 Relative Rsd = 3.44850918804565e-07
BICGSTAB_SOLVER_TIME: 0.420549 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 63 resid = 1.826804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230358(s) Flops=416360448 => 1807.44948297867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260216.566709864 Mflops = 260.216566709864 Gflops = 0.260216566709864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055853 s
InvBiCGStab: k = 83 resid = 9.996575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302581(s) Flops=547596288 => 1809.75106830898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260547.806762137 Mflops = 260.547806762137 Gflops = 0.260547806762137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001126125 Relative Rsd = 4.93828145461489e-07
BICGSTAB_SOLVER_TIME: 0.633252 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043995 s
InvBiCGStab: k = 55 resid = 2.022254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214012(s) Flops=363866112 => 1700.21359549932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244771.68118232 Mflops = 244.77168118232 Gflops = 0.24477168118232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058434 s
InvBiCGStab: k = 73 resid = 9.482852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270387(s) Flops=481978368 => 1782.55007822122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256627.753450461 Mflops = 256.627753450461 Gflops = 0.256627753450461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001028569 Relative Rsd = 4.51047696013009e-07
BICGSTAB_SOLVER_TIME: 0.590719 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105702
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 68 resid = 2.185972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249459(s) Flops=449169408 => 1800.57407429678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.989720045 Mflops = 259.225989720045 Gflops = 0.259225989720045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 86 resid = 1.128058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315717(s) Flops=567281664 => 1796.80430258744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258699.145592718 Mflops = 258.699145592718 Gflops = 0.258699145592718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001131088 Relative Rsd = 4.96004424524583e-07
BICGSTAB_SOLVER_TIME: 0.667097 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 56 resid = 2.160905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20479(s) Flops=370427904 => 1808.81832120709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260387.704058731 Mflops = 260.387704058731 Gflops = 0.260387704058731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 72 resid = 8.945281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262974(s) Flops=475416576 => 1807.84631180269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260261.711309627 Mflops = 260.261711309627 Gflops = 0.260261711309627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001041558 Relative Rsd = 4.56743696781101e-07
BICGSTAB_SOLVER_TIME: 0.569282 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105835
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839344(s) Flops=1342070784 => 1598.95201967251 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230224.283005033 Mflops = 230.224283005033 Gflops = 0.230224283005033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148964000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.995417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78483(s) Flops=1387505664 => 1767.90599747716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254521.835847399 Mflops = 254.521835847399 Gflops = 0.254521835847399 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 8.514702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909254(s) Flops=1590921216 => 1749.69944152019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251943.46361364 Mflops = 251.94346361364 Gflops = 0.25194346361364 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002042055 Relative Rsd = 8.97922091797175e-07
BICGSTAB_SOLVER_TIME: 1.697566 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323545999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.346353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.653943(s) Flops=1177528320 => 1800.65895651456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259220.98965774 Mflops = 259.22098965774 Gflops = 0.25922098965774 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.109663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693371(s) Flops=1249708032 => 1802.3655907155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.691451278 Mflops = 259.525691451278 Gflops = 0.259525691451278 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.001934213 Relative Rsd = 8.49632566238112e-07
BICGSTAB_SOLVER_TIME: 1.35062 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.115681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263779999999997
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840546(s) Flops=1342070784 => 1596.66548172259 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229897.263367759 Mflops = 229.897263367759 Gflops = 0.229897263367759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148580000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 31 resid = 2.075023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114394(s) Flops=206383104 => 1804.14273475882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.127344488 Mflops = 259.664127344488 Gflops = 0.259664127344488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 50 resid = 9.443288e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184949(s) Flops=331057152 => 1789.9915760561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257682.138613218 Mflops = 257.682138613218 Gflops = 0.257682138613218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007157972 Relative Rsd = 3.13891192252152e-07
BICGSTAB_SOLVER_TIME: 0.401409 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0723010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041742 s
InvBiCGStab: k = 89 resid = 1.655993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328656(s) Flops=586967040 => 1785.96173506645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257126.414370508 Mflops = 257.126414370508 Gflops = 0.257126414370508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057048 s
InvBiCGStab: k = 112 resid = 9.764652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411005(s) Flops=737888256 => 1795.32671378694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258491.7221925 Mflops = 258.4917221925 Gflops = 0.2584917221925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001335803 Relative Rsd = 5.85776063503225e-07
BICGSTAB_SOLVER_TIME: 0.842385 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157646999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041582 s
InvBiCGStab: k = 57 resid = 2.123219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212077(s) Flops=376989696 => 1777.6076425072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255913.975610772 Mflops = 255.913975610772 Gflops = 0.255913975610772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 78 resid = 8.062165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285456(s) Flops=514787328 => 1803.38590886161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259634.665892839 Mflops = 259.634665892838 Gflops = 0.259634665892838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001044104 Relative Rsd = 4.57860067190477e-07
BICGSTAB_SOLVER_TIME: 0.599531 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04128 s
InvBiCGStab: k = 73 resid = 1.552271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268656(s) Flops=481978368 => 1794.03537609434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258282.883594952 Mflops = 258.282883594952 Gflops = 0.258282883594952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 80 resid = 1.141748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293026(s) Flops=527910912 => 1801.58385945274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259375.138375068 Mflops = 259.375138375068 Gflops = 0.259375138375068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001135776 Relative Rsd = 4.98060173564971e-07
BICGSTAB_SOLVER_TIME: 0.662992 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040626 s
InvBiCGStab: k = 55 resid = 2.192495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201872(s) Flops=363866112 => 1802.4595387176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.062740191 Mflops = 259.475062740191 Gflops = 0.259475062740191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 79 resid = 8.61178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289395(s) Flops=521349120 => 1801.5139169647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.815180288 Mflops = 259.357815180288 Gflops = 0.259357815180288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001066714 Relative Rsd = 4.67775078206993e-07
BICGSTAB_SOLVER_TIME: 0.592241 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110596
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843215(s) Flops=1341997056 => 1591.52417355004 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229177.333258864 Mflops = 229.177333258864 Gflops = 0.229177333258864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148485000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040506 s
InvBiCGStab: k = 34 resid = 1.067304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133906(s) Flops=226068480 => 1688.26251250877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243000.037897521 Mflops = 243.000037897521 Gflops = 0.243000037897521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058133 s
InvBiCGStab: k = 53 resid = 1.082008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20117(s) Flops=350742528 => 1743.51308843267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250981.143011751 Mflops = 250.981143011751 Gflops = 0.250981143011751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007808987 Relative Rsd = 3.42439476018644e-07
BICGSTAB_SOLVER_TIME: 0.437508 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044309 s
InvBiCGStab: k = 80 resid = 2.129276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298231(s) Flops=527910912 => 1770.14097126053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254845.426515244 Mflops = 254.845426515244 Gflops = 0.254845426515244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057691 s
InvBiCGStab: k = 101 resid = 1.145946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373043(s) Flops=665708544 => 1784.53568087325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256922.464592127 Mflops = 256.922464592127 Gflops = 0.256922464592127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001274563 Relative Rsd = 5.58921096377204e-07
BICGSTAB_SOLVER_TIME: 0.777102 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043453 s
InvBiCGStab: k = 52 resid = 2.209752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197413(s) Flops=344180736 => 1743.45527396879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250993.891778069 Mflops = 250.993891778069 Gflops = 0.250993891778069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056985 s
InvBiCGStab: k = 77 resid = 5.430845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288122(s) Flops=508225536 => 1763.92478186324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253948.735092655 Mflops = 253.948735092655 Gflops = 0.253948735092655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001057667 Relative Rsd = 4.63807644388851e-07
BICGSTAB_SOLVER_TIME: 0.589946 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 66 resid = 1.779034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252888(s) Flops=436045824 => 1724.26459143969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248248.91789577 Mflops = 248.24891789577 Gflops = 0.24824891789577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 85 resid = 1.071034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315797(s) Flops=560719872 => 1775.57061023379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255619.492452787 Mflops = 255.619492452787 Gflops = 0.255619492452787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001101368 Relative Rsd = 4.82971764847896e-07
BICGSTAB_SOLVER_TIME: 0.669831 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042722 s
InvBiCGStab: k = 58 resid = 1.800149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220634(s) Flops=383551488 => 1738.40608428438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250274.066517854 Mflops = 250.274066517854 Gflops = 0.250274066517854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056629 s
InvBiCGStab: k = 84 resid = 8.911464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306973(s) Flops=554158080 => 1805.23394565646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259903.388135951 Mflops = 259.903388135951 Gflops = 0.259903388135951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001103531 Relative Rsd = 4.83919924149769e-07
BICGSTAB_SOLVER_TIME: 0.630904 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115921
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.851708(s) Flops=1341997056 => 1575.65392834164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226887.288854876 Mflops = 226.887288854876 Gflops = 0.226887288854876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148735000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042944 s
InvBiCGStab: k = 27 resid = 1.754986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108678(s) Flops=180135936 => 1657.51979241429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238567.588760865 Mflops = 238.567588760865 Gflops = 0.238567588760865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060252 s
InvBiCGStab: k = 51 resid = 1.004642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186945(s) Flops=337618944 => 1805.98006900425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259972.235839545 Mflops = 259.972235839545 Gflops = 0.259972235839545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000752416 Relative Rsd = 3.29949252494546e-07
BICGSTAB_SOLVER_TIME: 0.402679 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04191 s
InvBiCGStab: k = 53 resid = 2.244955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198629(s) Flops=350742528 => 1765.81731771292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254221.566135141 Mflops = 254.221566135141 Gflops = 0.254221566135141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 92 resid = 9.192918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340423(s) Flops=606652416 => 1782.05472603202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256569.733500308 Mflops = 256.569733500308 Gflops = 0.256569733500308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001104729 Relative Rsd = 4.84445641292432e-07
BICGSTAB_SOLVER_TIME: 0.641087 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040675 s
InvBiCGStab: k = 51 resid = 2.258949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19098(s) Flops=337618944 => 1767.82356267672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254489.277975729 Mflops = 254.489277975729 Gflops = 0.254489277975729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 73 resid = 1.025978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271014(s) Flops=481978368 => 1778.42608868915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256029.621836711 Mflops = 256.029621836711 Gflops = 0.256029621836711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001055833 Relative Rsd = 4.63003702500847e-07
BICGSTAB_SOLVER_TIME: 0.563015 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 63 resid = 1.87997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230894(s) Flops=416360448 => 1803.25364886052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.843156497 Mflops = 259.615843156497 Gflops = 0.259615843156497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055924 s
InvBiCGStab: k = 82 resid = 9.782136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301002(s) Flops=541034496 => 1797.44485418702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.122335161 Mflops = 258.786122335161 Gflops = 0.258786122335161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00113674 Relative Rsd = 4.98482666774592e-07
BICGSTAB_SOLVER_TIME: 0.633006 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117744
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 57 resid = 1.992044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20909(s) Flops=376989696 => 1803.00203740016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259552.752757725 Mflops = 259.552752757725 Gflops = 0.259552752757725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05571 s
InvBiCGStab: k = 68 resid = 1.128247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249441(s) Flops=449169408 => 1800.70400615777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259240.946827798 Mflops = 259.240946827798 Gflops = 0.259240946827798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001041178 Relative Rsd = 4.56577170337192e-07
BICGSTAB_SOLVER_TIME: 0.558908 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103603
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.841608(s) Flops=1341923328 => 1594.47548977671 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229582.636278377 Mflops = 229.582636278377 Gflops = 0.229582636278377 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150261000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041475 s
InvBiCGStab: k = 28 resid = 2.002105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103472(s) Flops=186697728 => 1804.33091077779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259699.849963777 Mflops = 259.699849963777 Gflops = 0.259699849963777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 55 resid = 7.500636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201206(s) Flops=363866112 => 1808.42575271115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260318.457687758 Mflops = 260.318457687758 Gflops = 0.260318457687758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007594501 Relative Rsd = 3.33033820487749e-07
BICGSTAB_SOLVER_TIME: 0.406209 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 70 resid = 2.061995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257037(s) Flops=462292992 => 1798.54648163494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258936.854008933 Mflops = 258.936854008933 Gflops = 0.258936854008933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 87 resid = 1.103173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385258(s) Flops=573843456 => 1489.50432177917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214470.824101615 Mflops = 214.470824101615 Gflops = 0.214470824101614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001153948 Relative Rsd = 5.06029040775639e-07
BICGSTAB_SOLVER_TIME: 0.744425 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 56 resid = 2.213371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205932(s) Flops=370427904 => 1798.7874832469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258962.312549404 Mflops = 258.962312549404 Gflops = 0.258962312549404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056291 s
InvBiCGStab: k = 74 resid = 1.12382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272132(s) Flops=488540160 => 1795.2323137301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258439.509885969 Mflops = 258.439509885969 Gflops = 0.258439509885969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001040705 Relative Rsd = 4.56369446210809e-07
BICGSTAB_SOLVER_TIME: 0.579568 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 62 resid = 1.759079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226641(s) Flops=409798656 => 1808.13999232266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260314.259674053 Mflops = 260.314259674053 Gflops = 0.260314259674053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 96 resid = 1.028125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350078(s) Flops=632899584 => 1807.88162638041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260307.276954889 Mflops = 260.307276954889 Gflops = 0.260307276954889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001115873 Relative Rsd = 4.89332288828849e-07
BICGSTAB_SOLVER_TIME: 0.677836 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04068 s
InvBiCGStab: k = 49 resid = 2.091569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180175(s) Flops=324495360 => 1801.00102677952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259254.107035338 Mflops = 259.254107035338 Gflops = 0.259254107035338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 83 resid = 9.668616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303569(s) Flops=547596288 => 1803.86102665292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259689.428906808 Mflops = 259.689428906808 Gflops = 0.259689428906808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001039345 Relative Rsd = 4.55773126348365e-07
BICGSTAB_SOLVER_TIME: 0.584816 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108507
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.835878(s) Flops=1335803904 => 1598.08477313675 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230113.362416575 Mflops = 230.113362416575 Gflops = 0.230113362416575 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.167737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745002(s) Flops=1335011328 => 1791.95670347194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257992.151816017 Mflops = 257.992151816017 Gflops = 0.257992151816017 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 8.887048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810651(s) Flops=1459685376 => 1800.6335352698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259277.853597527 Mflops = 259.277853597527 Gflops = 0.259277853597527 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.001975707 Relative Rsd = 8.68777479766871e-07
BICGSTAB_SOLVER_TIME: 1.559108 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.116358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303274999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.383617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700465(s) Flops=1262831616 => 1802.84755983525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259617.830321215 Mflops = 259.617830321215 Gflops = 0.259617830321215 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 9.661245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678149(s) Flops=1223460864 => 1804.11806844808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.990175369 Mflops = 259.776990175369 Gflops = 0.259776990175369 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001897319 Relative Rsd = 8.33461946517759e-07
BICGSTAB_SOLVER_TIME: 1.382048 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269773999999997
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836807(s) Flops=1335803904 => 1596.3106235966 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229847.870642353 Mflops = 229.847870642353 Gflops = 0.229847870642353 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147980000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 27 resid = 1.924676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100791(s) Flops=180135936 => 1787.22243057416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257178.619441848 Mflops = 257.178619441848 Gflops = 0.257178619441848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 54 resid = 9.827713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199196(s) Flops=357304320 => 1793.73240426515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258215.0713493 Mflops = 258.2150713493 Gflops = 0.2582150713493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007522458 Relative Rsd = 3.29874591267012e-07
BICGSTAB_SOLVER_TIME: 0.401752 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 74 resid = 2.190191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270867(s) Flops=488540160 => 1803.61638737831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.0449744 Mflops = 259.6780449744 Gflops = 0.2596780449744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 107 resid = 1.150035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390729(s) Flops=705079296 => 1804.52256167318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.004448347 Mflops = 259.805004448347 Gflops = 0.259805004448347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001307541 Relative Rsd = 5.73382452883817e-07
BICGSTAB_SOLVER_TIME: 0.762432 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040635 s
InvBiCGStab: k = 57 resid = 2.072436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209145(s) Flops=376989696 => 1802.52789213225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.926210468 Mflops = 259.501926210468 Gflops = 0.259501926210468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 82 resid = 9.783107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299416(s) Flops=541034496 => 1806.96588024688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.224053526 Mflops = 260.149224053526 Gflops = 0.260149224053526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001038538 Relative Rsd = 4.55419398043692e-07
BICGSTAB_SOLVER_TIME: 0.609214 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040705 s
InvBiCGStab: k = 61 resid = 2.236882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223994(s) Flops=403236864 => 1800.21279141406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259179.834904173 Mflops = 259.179834904173 Gflops = 0.259179834904173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 94 resid = 1.094712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343764(s) Flops=619776000 => 1802.91129961252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.778686798 Mflops = 259.560778686798 Gflops = 0.259560778686798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001136852 Relative Rsd = 4.9853187937175e-07
BICGSTAB_SOLVER_TIME: 0.668318 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 62 resid = 2.041919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226983(s) Flops=409798656 => 1805.41563024544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259913.499957228 Mflops = 259.913499957228 Gflops = 0.259913499957228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056209 s
InvBiCGStab: k = 81 resid = 1.082661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295846(s) Flops=534472704 => 1806.59094258499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.372546481 Mflops = 260.092372546481 Gflops = 0.260092372546481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001103002 Relative Rsd = 4.8368820632975e-07
BICGSTAB_SOLVER_TIME: 0.623603 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116598
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846905(s) Flops=1335582720 => 1577.01598172168 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227063.295053487 Mflops = 227.063295053487 Gflops = 0.227063295053487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148222000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 30 resid = 2.025315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11018(s) Flops=199821312 => 1813.58968959884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261040.117076425 Mflops = 261.040117076425 Gflops = 0.261040117076425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056154 s
InvBiCGStab: k = 52 resid = 8.469794e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19095(s) Flops=344180736 => 1802.46523173606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259459.709054433 Mflops = 259.459709054433 Gflops = 0.259459709054433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007302057 Relative Rsd = 3.20209599643214e-07
BICGSTAB_SOLVER_TIME: 0.402327 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 71 resid = 2.068109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260346(s) Flops=468854784 => 1800.89106035814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259276.249827352 Mflops = 259.276249827352 Gflops = 0.259276249827352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 101 resid = 1.137669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368864(s) Flops=665708544 => 1804.75336167259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259839.248926989 Mflops = 259.839248926989 Gflops = 0.259839248926989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00128154 Relative Rsd = 5.61980751769357e-07
BICGSTAB_SOLVER_TIME: 0.730349 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040609 s
InvBiCGStab: k = 71 resid = 2.244599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259969(s) Flops=468854784 => 1803.50266377914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259652.211235703 Mflops = 259.652211235703 Gflops = 0.259652211235703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05759 s
InvBiCGStab: k = 76 resid = 9.628131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278282(s) Flops=501663744 => 1802.71718616368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259520.366538224 Mflops = 259.520366538224 Gflops = 0.259520366538224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001057375 Relative Rsd = 4.63679712056406e-07
BICGSTAB_SOLVER_TIME: 0.640228 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 61 resid = 2.158641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223421(s) Flops=403236864 => 1804.82973399994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.021444145 Mflops = 259.827021444145 Gflops = 0.259827021444145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 96 resid = 1.085513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35056(s) Flops=632899584 => 1805.39589228663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.303534085 Mflops = 259.924303534085 Gflops = 0.259924303534085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001186342 Relative Rsd = 5.20234277365303e-07
BICGSTAB_SOLVER_TIME: 0.67549 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 63 resid = 2.148174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230903(s) Flops=416360448 => 1803.18336271075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259577.954876402 Mflops = 259.577954876402 Gflops = 0.259577954876402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 81 resid = 1.001271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297619(s) Flops=534472704 => 1795.82857277257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258536.877997082 Mflops = 258.536877997082 Gflops = 0.258536877997082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001111895 Relative Rsd = 4.87587947301595e-07
BICGSTAB_SOLVER_TIME: 0.630106 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117182
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842574(s) Flops=1335582720 => 1585.12216137692 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228237.384611423 Mflops = 228.237384611423 Gflops = 0.228237384611423 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148141000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040824 s
InvBiCGStab: k = 29 resid = 2.114669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106896(s) Flops=193259520 => 1807.92096991468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260207.583924298 Mflops = 260.207583924298 Gflops = 0.260207583924298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055477 s
InvBiCGStab: k = 70 resid = 9.45957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255526(s) Flops=462292992 => 1809.18181320101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260415.533420738 Mflops = 260.415533420738 Gflops = 0.260415533420738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.0007941805 Relative Rsd = 3.4826379199727e-07
BICGSTAB_SOLVER_TIME: 0.462473 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0851520000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040755 s
InvBiCGStab: k = 51 resid = 1.672936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188603(s) Flops=337618944 => 1790.10378413917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257705.477975507 Mflops = 257.705477975507 Gflops = 0.257705477975507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055891 s
InvBiCGStab: k = 86 resid = 1.085201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314155(s) Flops=567281664 => 1805.73813563368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259979.460309589 Mflops = 259.979460309589 Gflops = 0.259979460309589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001115182 Relative Rsd = 4.89029100432046e-07
BICGSTAB_SOLVER_TIME: 0.603306 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 55 resid = 2.083309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201893(s) Flops=363866112 => 1802.27205499943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.443762686 Mflops = 259.465443762686 Gflops = 0.259465443762686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056134 s
InvBiCGStab: k = 72 resid = 1.119446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263144(s) Flops=475416576 => 1806.67838141854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.279281713 Mflops = 260.092279281713 Gflops = 0.260092279281713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001025083 Relative Rsd = 4.49519144577233e-07
BICGSTAB_SOLVER_TIME: 0.566098 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 63 resid = 2.100128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230477(s) Flops=416360448 => 1806.51625975694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.038744301 Mflops = 260.080038744301 Gflops = 0.260080038744301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 90 resid = 1.017184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328697(s) Flops=593528832 => 1805.70200519019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259970.272809087 Mflops = 259.970272809087 Gflops = 0.259970272809087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001150554 Relative Rsd = 5.04540563913274e-07
BICGSTAB_SOLVER_TIME: 0.660094 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044273 s
InvBiCGStab: k = 59 resid = 2.265846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217713(s) Flops=390113280 => 1791.86947954417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257960.779473888 Mflops = 257.960779473888 Gflops = 0.257960779473888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057115 s
InvBiCGStab: k = 77 resid = 1.003206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284922(s) Flops=508225536 => 1783.73567502685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256814.115535922 Mflops = 256.814115535922 Gflops = 0.256814115535922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001064892 Relative Rsd = 4.66976190309776e-07
BICGSTAB_SOLVER_TIME: 0.607883 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111556
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.837265(s) Flops=1335803904 => 1595.43741109446 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229744.802180144 Mflops = 229.744802180144 Gflops = 0.229744802180144 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148246000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04076 s
InvBiCGStab: k = 25 resid = 2.137878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092271(s) Flops=167012352 => 1810.01996293527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260531.247750904 Mflops = 260.531247750904 Gflops = 0.260531247750904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055702 s
InvBiCGStab: k = 68 resid = 9.481022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250006(s) Flops=449169408 => 1796.63451277169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258659.623094509 Mflops = 258.659623094509 Gflops = 0.258659623094509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0008014544 Relative Rsd = 3.5145352383917e-07
BICGSTAB_SOLVER_TIME: 0.442547 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0806900000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040629 s
InvBiCGStab: k = 51 resid = 2.227858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187375(s) Flops=337618944 => 1801.83559172782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259390.051999265 Mflops = 259.390051999265 Gflops = 0.259390051999265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056072 s
InvBiCGStab: k = 83 resid = 6.631605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302922(s) Flops=547596288 => 1807.71382732188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260257.469853472 Mflops = 260.257469853473 Gflops = 0.260257469853473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001112866 Relative Rsd = 4.88013554586348e-07
BICGSTAB_SOLVER_TIME: 0.590938 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 55 resid = 2.216196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201214(s) Flops=363866112 => 1808.35385211765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260328.957299004 Mflops = 260.328957299004 Gflops = 0.260328957299004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055853 s
InvBiCGStab: k = 74 resid = 1.017205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272184(s) Flops=488540160 => 1794.88933956441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258410.536213847 Mflops = 258.410536213847 Gflops = 0.258410536213847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001020083 Relative Rsd = 4.47326580432715e-07
BICGSTAB_SOLVER_TIME: 0.57437 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042409 s
InvBiCGStab: k = 62 resid = 2.210638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237976(s) Flops=409798656 => 1722.01674118399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247903.820701471 Mflops = 247.903820701471 Gflops = 0.247903820701471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056352 s
InvBiCGStab: k = 85 resid = 1.106141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313983(s) Flops=560719872 => 1785.82876142976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257113.211714639 Mflops = 257.113211714639 Gflops = 0.257113211714639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001130573 Relative Rsd = 4.95778526451532e-07
BICGSTAB_SOLVER_TIME: 0.654607 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041112 s
InvBiCGStab: k = 54 resid = 2.209741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198021(s) Flops=357304320 => 1804.37589952581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259753.265123107 Mflops = 259.753265123107 Gflops = 0.259753265123107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 72 resid = 1.058356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264141(s) Flops=475416576 => 1799.85907526662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259102.609076139 Mflops = 259.102609076139 Gflops = 0.259102609076139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00105134 Relative Rsd = 4.61033360799717e-07
BICGSTAB_SOLVER_TIME: 0.563776 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104201
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839851(s) Flops=1341923328 => 1597.81119269966 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230067.458660743 Mflops = 230.067458660743 Gflops = 0.230067458660743 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.092931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.792232(s) Flops=1426876416 => 1801.08404608751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.293275484 Mflops = 259.311293275484 Gflops = 0.259311293275484 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 1.130722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.942037(s) Flops=1649977344 => 1751.49951010417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252206.763603332 Mflops = 252.206763603332 Gflops = 0.252206763603331 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002062784 Relative Rsd = 9.07080567176162e-07
BICGSTAB_SOLVER_TIME: 1.73769 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335822999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.095063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683705(s) Flops=1223460864 => 1789.45724252419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257591.985097969 Mflops = 257.591985097969 Gflops = 0.257591985097969 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.127778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85055(s) Flops=1531865088 => 1801.02884956793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259334.950368631 Mflops = 259.334950368631 Gflops = 0.259334950368631 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002019359 Relative Rsd = 8.87121178236055e-07
BICGSTAB_SOLVER_TIME: 1.537727 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.118289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299365999999998
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838742(s) Flops=1341923328 => 1599.92384785786 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230368.04766011 Mflops = 230.36804766011 Gflops = 0.23036804766011 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148686000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 32 resid = 1.949767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118229(s) Flops=212944896 => 1801.12236422536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259260.460411295 Mflops = 259.260460411295 Gflops = 0.259260460411295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 53 resid = 1.141359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194184(s) Flops=350742528 => 1806.23804226919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260021.701540646 Mflops = 260.021701540646 Gflops = 0.260021701540646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007625645 Relative Rsd = 3.34399572159693e-07
BICGSTAB_SOLVER_TIME: 0.41362 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043828 s
InvBiCGStab: k = 85 resid = 1.726072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33408(s) Flops=560719872 => 1678.4 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241656.80316427 Mflops = 241.65680316427 Gflops = 0.24165680316427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056837 s
InvBiCGStab: k = 104 resid = 7.990614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381709(s) Flops=685393920 => 1795.59276831303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258515.406264271 Mflops = 258.515406264271 Gflops = 0.258515406264271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001288345 Relative Rsd = 5.64964648350117e-07
BICGSTAB_SOLVER_TIME: 0.820267 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149206999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 54 resid = 1.858604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198737(s) Flops=357304320 => 1797.8751817729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258819.115885573 Mflops = 258.819115885573 Gflops = 0.258819115885573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056656 s
InvBiCGStab: k = 81 resid = 7.582574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297218(s) Flops=534472704 => 1798.25146525446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258891.937640436 Mflops = 258.891937640436 Gflops = 0.258891937640436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001062514 Relative Rsd = 4.65933536695311e-07
BICGSTAB_SOLVER_TIME: 0.597599 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 61 resid = 1.984392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224307(s) Flops=403236864 => 1797.70075833567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258813.621402601 Mflops = 258.813621402601 Gflops = 0.258813621402601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055786 s
InvBiCGStab: k = 84 resid = 1.138639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308678(s) Flops=554158080 => 1795.26263614511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258472.707281936 Mflops = 258.472707281936 Gflops = 0.258472707281936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001145803 Relative Rsd = 5.024571966e-07
BICGSTAB_SOLVER_TIME: 0.633563 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040471 s
InvBiCGStab: k = 56 resid = 2.12211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204836(s) Flops=370427904 => 1808.4121150579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260352.736154729 Mflops = 260.352736154729 Gflops = 0.260352736154729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056229 s
InvBiCGStab: k = 73 resid = 8.968671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266877(s) Flops=481978368 => 1805.99440191549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259998.523084585 Mflops = 259.998523084585 Gflops = 0.259998523084585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001071095 Relative Rsd = 4.69696105210141e-07
BICGSTAB_SOLVER_TIME: 0.572328 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106555
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843298(s) Flops=1348190208 => 1598.71149700343 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230191.358028418 Mflops = 230.191358028418 Gflops = 0.230191358028418 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149347000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043171 s
InvBiCGStab: k = 28 resid = 2.242334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111876(s) Flops=186697728 => 1668.79159068969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240194.421900919 Mflops = 240.194421900919 Gflops = 0.240194421900919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 52 resid = 1.028606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206852(s) Flops=344180736 => 1663.89851681395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239525.588798629 Mflops = 239.525588798629 Gflops = 0.239525588798629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007813674 Relative Rsd = 3.42644979452106e-07
BICGSTAB_SOLVER_TIME: 0.422049 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 75 resid = 1.621432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274586(s) Flops=495101952 => 1803.08519735165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259594.050625232 Mflops = 259.594050625232 Gflops = 0.259594050625232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058449 s
InvBiCGStab: k = 108 resid = 7.247446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401259(s) Flops=711641088 => 1773.52056402473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255343.509365884 Mflops = 255.343509365884 Gflops = 0.255343509365884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001297738 Relative Rsd = 5.69083701891866e-07
BICGSTAB_SOLVER_TIME: 0.779357 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040777 s
InvBiCGStab: k = 57 resid = 1.980076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213094(s) Flops=376989696 => 1769.12393591561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254689.795920476 Mflops = 254.689795920476 Gflops = 0.254689795920476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 90 resid = 9.718594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33412(s) Flops=593528832 => 1776.39420567461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255754.907323619 Mflops = 255.754907323619 Gflops = 0.255754907323619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001064887 Relative Rsd = 4.66973944091648e-07
BICGSTAB_SOLVER_TIME: 0.647953 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 65 resid = 1.458691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238194(s) Flops=429484032 => 1803.08501473589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.539150391 Mflops = 259.589539150391 Gflops = 0.259589539150391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 87 resid = 1.060083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318493(s) Flops=573843456 => 1801.74589708408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259396.083365101 Mflops = 259.396083365101 Gflops = 0.259396083365101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001150734 Relative Rsd = 5.04619641001445e-07
BICGSTAB_SOLVER_TIME: 0.657679 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 57 resid = 2.20627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208048(s) Flops=376989696 => 1812.03230023841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260877.173901056 Mflops = 260.877173901056 Gflops = 0.260877173901056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055918 s
InvBiCGStab: k = 91 resid = 1.106776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333107(s) Flops=600090624 => 1801.49508716418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259370.088343518 Mflops = 259.370088343518 Gflops = 0.259370088343518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001115251 Relative Rsd = 4.89059424376767e-07
BICGSTAB_SOLVER_TIME: 0.642483 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120293
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846489(s) Flops=1354457088 => 1600.0882326882 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230396.110414004 Mflops = 230.396110414004 Gflops = 0.230396110414004 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150173000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04072 s
InvBiCGStab: k = 26 resid = 2.272806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096584(s) Flops=173574144 => 1797.13145034374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258642.843550774 Mflops = 258.642843550774 Gflops = 0.258642843550774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056051 s
InvBiCGStab: k = 65 resid = 1.109286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237873(s) Flops=429484032 => 1805.51820509263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.57356602 Mflops = 259.92357356602 Gflops = 0.25992357356602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.000736988 Relative Rsd = 3.2318377112049e-07
BICGSTAB_SOLVER_TIME: 0.435122 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0797350000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 55 resid = 2.170279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222899(s) Flops=363866112 => 1632.42595076694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235032.951773079 Mflops = 235.032951773079 Gflops = 0.235032951773079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059598 s
InvBiCGStab: k = 83 resid = 8.973811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312908(s) Flops=547596288 => 1750.02329119102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251950.882417303 Mflops = 251.950882417303 Gflops = 0.251950882417303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001067634 Relative Rsd = 4.68178631713766e-07
BICGSTAB_SOLVER_TIME: 0.640238 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041394 s
InvBiCGStab: k = 55 resid = 2.240024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202586(s) Flops=363866112 => 1796.1068978113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258575.486165404 Mflops = 258.575486165404 Gflops = 0.258575486165404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056594 s
InvBiCGStab: k = 84 resid = 1.133393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309754(s) Flops=554158080 => 1789.02638868263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257574.579057147 Mflops = 257.574579057147 Gflops = 0.257574579057147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001028605 Relative Rsd = 4.51063674791962e-07
BICGSTAB_SOLVER_TIME: 0.614095 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 62 resid = 1.714777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226637(s) Flops=409798656 => 1808.17190485225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260334.645277028 Mflops = 260.334645277028 Gflops = 0.260334645277028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056804 s
InvBiCGStab: k = 84 resid = 1.103636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307309(s) Flops=554158080 => 1803.26017135847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.911311065 Mflops = 259.620911311065 Gflops = 0.259620911311065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001136853 Relative Rsd = 4.98532594077517e-07
BICGSTAB_SOLVER_TIME: 0.63542 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 57 resid = 1.289544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20817(s) Flops=376989696 => 1810.97034154777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260717.256020274 Mflops = 260.717256020274 Gflops = 0.260717256020274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 77 resid = 1.090096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280914(s) Flops=508225536 => 1809.18550161259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260463.236413375 Mflops = 260.463236413375 Gflops = 0.260463236413375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001045464 Relative Rsd = 4.58456744405806e-07
BICGSTAB_SOLVER_TIME: 0.590073 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109946
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.853613(s) Flops=1360797696 => 1594.16233820244 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229538.107781451 Mflops = 229.538107781451 Gflops = 0.229538107781451 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150970000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04243 s
InvBiCGStab: k = 28 resid = 2.2576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109189(s) Flops=186697728 => 1709.8583923289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246097.47848476 Mflops = 246.09747848476 Gflops = 0.24609747848476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060833 s
InvBiCGStab: k = 62 resid = 6.836933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235456(s) Flops=409798656 => 1740.44686055993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250541.387806451 Mflops = 250.541387806451 Gflops = 0.250541387806451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007318106 Relative Rsd = 3.20913380622895e-07
BICGSTAB_SOLVER_TIME: 0.451781 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0783960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041568 s
InvBiCGStab: k = 58 resid = 2.280266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213583(s) Flops=383551488 => 1795.79595754344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.04510731 Mflops = 258.51204510731 Gflops = 0.25851204510731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056479 s
InvBiCGStab: k = 97 resid = 1.129988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356374(s) Flops=639461376 => 1794.35473968359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258350.709683692 Mflops = 258.350709683692 Gflops = 0.258350709683692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001168132 Relative Rsd = 5.12248971921974e-07
BICGSTAB_SOLVER_TIME: 0.671874 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040614 s
InvBiCGStab: k = 52 resid = 1.822608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190772(s) Flops=344180736 => 1804.14702367224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.374617936 Mflops = 259.720374617936 Gflops = 0.259720374617936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 83 resid = 1.08737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303581(s) Flops=547596288 => 1803.78972333578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259685.253760306 Mflops = 259.685253760306 Gflops = 0.259685253760306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001049585 Relative Rsd = 4.60263775838982e-07
BICGSTAB_SOLVER_TIME: 0.595585 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 60 resid = 2.248803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219513(s) Flops=396675072 => 1807.06870208143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260154.759753078 Mflops = 260.154759753078 Gflops = 0.260154759753078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055736 s
InvBiCGStab: k = 94 resid = 5.690201e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343512(s) Flops=619776000 => 1804.23391322574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259763.450478024 Mflops = 259.763450478024 Gflops = 0.259763450478024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001125417 Relative Rsd = 4.93517452654124e-07
BICGSTAB_SOLVER_TIME: 0.663799 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 57 resid = 2.125494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208693(s) Flops=376989696 => 1806.43191673894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260059.796199635 Mflops = 260.059796199635 Gflops = 0.260059796199635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 85 resid = 1.147053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312074(s) Flops=560719872 => 1796.75292398598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258682.622993982 Mflops = 258.682622993982 Gflops = 0.258682622993982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001077914 Relative Rsd = 4.72686587294048e-07
BICGSTAB_SOLVER_TIME: 0.621568 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115927
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85712(s) Flops=1373184000 => 1602.09072241926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230692.314153702 Mflops = 230.692314153702 Gflops = 0.230692314153702 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152418000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.164909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768768(s) Flops=1380943872 => 1796.30769230769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258587.355720838 Mflops = 258.587355720838 Gflops = 0.258587355720838 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 7.89915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.896015(s) Flops=1617168384 => 1804.84521352879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259884.910503655 Mflops = 259.884910503655 Gflops = 0.259884910503655 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.002592407 Relative Rsd = 1.13997233122185e-06
BICGSTAB_SOLVER_TIME: 1.668175 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.114754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001872
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325727999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.187835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682083(s) Flops=1230022656 => 1803.33281433491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259581.337362677 Mflops = 259.581337362678 Gflops = 0.259581337362678 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 7.257754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.655217(s) Flops=1184090112 => 1807.17245126424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260213.351043193 Mflops = 260.213351043193 Gflops = 0.260213351043193 Tflops
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.001970456 Relative Rsd = 8.65696835297537e-07
BICGSTAB_SOLVER_TIME: 1.340649 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262138999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 333 resid = 1.674649e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.235184(s) Flops=2188044288 => 1771.43185792562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255064.580517509 Mflops = 255.064580517509 Gflops = 0.255064580517509 Tflops
InvBiCGStab: k = 348 resid = 8.463756e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.302053(s) Flops=2286471168 => 1756.05076598264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252866.167897732 Mflops = 252.866167897732 Gflops = 0.252866167897732 Tflops
BICGSTAB_SOLVER: 681 iterations. Rsd = 0.002577626 Relative Rsd = 1.13347249522425e-06
BICGSTAB_SOLVER_TIME: 2.541882 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.487656999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 268 resid = 1.532113e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.982607(s) Flops=1761527808 => 1792.70838493925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258155.46283384 Mflops = 258.15546283384 Gflops = 0.25815546283384 Tflops
InvBiCGStab: k = 291 resid = 9.697235e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.0666(s) Flops=1912449024 => 1793.03302456404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258187.212439705 Mflops = 258.187212439705 Gflops = 0.258187212439705 Tflops
BICGSTAB_SOLVER: 559 iterations. Rsd = 0.001997413 Relative Rsd = 8.77539929166704e-07
BICGSTAB_SOLVER_TIME: 2.053816 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.400032999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 245 resid = 2.212307e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894548(s) Flops=1610606592 => 1800.46972549265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259171.853515507 Mflops = 259.171853515507 Gflops = 0.259171853515507 Tflops
InvBiCGStab: k = 263 resid = 9.115631e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960093(s) Flops=1728718848 => 1800.57436935797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259276.016004942 Mflops = 259.276016004942 Gflops = 0.259276016004942 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.001793741 Relative Rsd = 7.86590720825639e-07
BICGSTAB_SOLVER_TIME: 1.85945 sec
2Flav::invert,  n_count = 508
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362909000000004
MInvCG2: 315 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.298624(s) Flops=2036680704 => 1568.33748952738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225848.351833857 Mflops = 225.848351833857 Gflops = 0.225848351833857 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.227518000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0593596378889742
AccProb = 0.94236779704198
AcceptP = 1
After HMC trajectory call: time= 445.805415 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.062843 secs
Doing Update: 2745 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 280 resid = 2.240726e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.031293(s) Flops=1840269312 => 1784.4291699837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256965.828641902 Mflops = 256.965828641902 Gflops = 0.256965828641902 Tflops
InvBiCGStab: k = 296 resid = 1.119007e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.084199(s) Flops=1945257984 => 1794.18905938854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258353.026104905 Mflops = 258.353026104905 Gflops = 0.258353026104905 Tflops
BICGSTAB_SOLVER: 576 iterations. Rsd = 0.001963314 Relative Rsd = 8.6408106476743e-07
BICGSTAB_SOLVER_TIME: 2.120468 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.414280999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 226 resid = 2.021055e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828281(s) Flops=1485932544 => 1793.99568986854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258312.68449716 Mflops = 258.31268449716 Gflops = 0.25831268449716 Tflops
InvBiCGStab: k = 255 resid = 1.017271e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932617(s) Flops=1676224512 => 1797.33428835202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.655474942 Mflops = 258.801655474942 Gflops = 0.258801655474942 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.001948813 Relative Rsd = 8.56306167201039e-07
BICGSTAB_SOLVER_TIME: 1.765845 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346297999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
MInvCG2: 332 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.33249(s) Flops=2139973632 => 1605.99601648042 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231266.569776509 Mflops = 231.266569776509 Gflops = 0.231266569776509 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238206000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 300 resid = 2.201634e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.131281(s) Flops=1971505152 => 1742.71922890953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250895.429101519 Mflops = 250.895429101519 Gflops = 0.250895429101519 Tflops
InvBiCGStab: k = 371 resid = 7.725314e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.364407(s) Flops=2437392384 => 1786.41152090249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257236.755908061 Mflops = 257.236755908061 Gflops = 0.257236755908061 Tflops
BICGSTAB_SOLVER: 671 iterations. Rsd = 0.002094928 Relative Rsd = 9.22006394377112e-07
BICGSTAB_SOLVER_TIME: 2.500426 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.479881999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 288 resid = 1.866445e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.055441(s) Flops=1892763648 => 1793.33913312066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258215.744546828 Mflops = 258.215744546828 Gflops = 0.258215744546828 Tflops
InvBiCGStab: k = 311 resid = 1.040538e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.142754(s) Flops=2043684864 => 1788.38565780562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257518.473820621 Mflops = 257.518473820621 Gflops = 0.257518473820621 Tflops
BICGSTAB_SOLVER: 599 iterations. Rsd = 0.002049449 Relative Rsd = 9.00525679741703e-07
BICGSTAB_SOLVER_TIME: 2.203025 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429058999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 235 resid = 2.243364e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861329(s) Flops=1544988672 => 1793.72652261795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258271.038799927 Mflops = 258.271038799927 Gflops = 0.258271038799927 Tflops
InvBiCGStab: k = 256 resid = 1.138491e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971158(s) Flops=1682786304 => 1732.76264418354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249507.599374645 Mflops = 249.507599374645 Gflops = 0.249507599374645 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.001851366 Relative Rsd = 8.12020993139275e-07
BICGSTAB_SOLVER_TIME: 1.838079 sec
2Flav::invert,  n_count = 491
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350503000000004
MInvCG2: 316 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.281922(s) Flops=2043242496 => 1593.88987473497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229523.884647689 Mflops = 229.523884647689 Gflops = 0.229523884647689 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.227332000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.267032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757318(s) Flops=1367820288 => 1806.13730031506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.91595488 Mflops = 260.01791595488 Gflops = 0.26001791595488 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 275 resid = 6.212625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.002261(s) Flops=1807460352 => 1803.38290325574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.671220689 Mflops = 259.674671220689 Gflops = 0.259674671220689 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002117797 Relative Rsd = 9.32071084169893e-07
BICGSTAB_SOLVER_TIME: 1.763012 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344581999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.155527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.712428(s) Flops=1289078784 => 1809.41622732402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260475.739797279 Mflops = 260.475739797279 Gflops = 0.260475739797279 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.082321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820659(s) Flops=1479370752 => 1802.66194850724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.616713701 Mflops = 259.569616713701 Gflops = 0.259569616713701 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.00202706 Relative Rsd = 8.90687776769404e-07
BICGSTAB_SOLVER_TIME: 1.536569 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300732999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878177(s) Flops=1373331456 => 1563.84357139848 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225166.867331856 Mflops = 225.166867331856 Gflops = 0.225166867331856 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152229000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 162 resid = 2.055639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.591533(s) Flops=1065977856 => 1802.05982760049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259343.882847889 Mflops = 259.343882847889 Gflops = 0.259343882847889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.3e-05 s
InvBiCGStab: k = 196 resid = 9.998943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.715156(s) Flops=1289078784 => 1802.51411440301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.708683896 Mflops = 259.534708683896 Gflops = 0.259534708683896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 358 iterations. Rsd = 0.001843288 Relative Rsd = 8.08477904866504e-07
BICGSTAB_SOLVER_TIME: 1.310465 sec
2Flav::invert,  n_count = 358
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257253999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000125 s
InvBiCGStab: k = 131 resid = 2.173478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.480321(s) Flops=862562304 => 1795.80385617119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258251.098135376 Mflops = 258.251098135376 Gflops = 0.258251098135376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.6e-05 s
InvBiCGStab: k = 160 resid = 8.343138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.584877(s) Flops=1052854272 => 1800.12938104935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259169.481812355 Mflops = 259.169481812355 Gflops = 0.259169481812355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 291 iterations. Rsd = 0.00161296 Relative Rsd = 7.07454343124256e-07
BICGSTAB_SOLVER_TIME: 1.069174 sec
2Flav::invert,  n_count = 291
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.209322999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004952 s
InvBiCGStab: k = 96 resid = 2.112947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351768(s) Flops=632899584 => 1799.19601555571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259039.271643643 Mflops = 259.039271643643 Gflops = 0.259039271643643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007142 s
InvBiCGStab: k = 137 resid = 6.398208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.518343(s) Flops=901933056 => 1740.03132288851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250534.597311619 Mflops = 250.534597311619 Gflops = 0.250534597311619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 233 iterations. Rsd = 0.00146505 Relative Rsd = 6.42580340683273e-07
BICGSTAB_SOLVER_TIME: 0.886284 sec
2Flav::invert,  n_count = 233
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169562999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007753 s
InvBiCGStab: k = 78 resid = 1.86006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287185(s) Flops=514787328 => 1792.52860699549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258071.805779427 Mflops = 258.071805779427 Gflops = 0.258071805779427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010896 s
InvBiCGStab: k = 110 resid = 9.975327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40323(s) Flops=724764672 => 1797.39769362399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258780.188215504 Mflops = 258.780188215504 Gflops = 0.258780188215504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.00133116 Relative Rsd = 5.83855350323811e-07
BICGSTAB_SOLVER_TIME: 0.71292 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139143
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010556 s
InvBiCGStab: k = 80 resid = 1.70181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293142(s) Flops=527910912 => 1800.87094991506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259284.342889697 Mflops = 259.284342889697 Gflops = 0.259284342889697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014953 s
InvBiCGStab: k = 112 resid = 1.006766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408943(s) Flops=737888256 => 1804.37923133542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.060981682 Mflops = 259.789060981682 Gflops = 0.259789060981682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001310335 Relative Rsd = 5.74721239141516e-07
BICGSTAB_SOLVER_TIME: 0.731443 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142955
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.860603(s) Flops=1379524608 => 1602.97443536683 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230809.699766799 Mflops = 230.809699766799 Gflops = 0.230809699766799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152835000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01328 s
InvBiCGStab: k = 25 resid = 1.658907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092855(s) Flops=167012352 => 1798.63606698616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.103183605 Mflops = 258.791103183605 Gflops = 0.258791103183605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019448 s
InvBiCGStab: k = 55 resid = 9.427478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202129(s) Flops=363866112 => 1800.16777404529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.034460983 Mflops = 259.157034460983 Gflops = 0.259157034460983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007385428 Relative Rsd = 3.23929564309815e-07
BICGSTAB_SOLVER_TIME: 0.3315 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0638720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016545 s
InvBiCGStab: k = 86 resid = 2.09197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313644(s) Flops=567281664 => 1808.68010865822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260402.703779615 Mflops = 260.402703779615 Gflops = 0.260402703779615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024059 s
InvBiCGStab: k = 107 resid = 1.147574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415037(s) Flops=705079296 => 1698.83479304255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244592.254750314 Mflops = 244.592254750314 Gflops = 0.244592254750314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001399821 Relative Rsd = 6.13970528371807e-07
BICGSTAB_SOLVER_TIME: 0.773414 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145879
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021408 s
InvBiCGStab: k = 54 resid = 1.890177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209329(s) Flops=357304320 => 1706.9031046821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245743.224677625 Mflops = 245.743224677625 Gflops = 0.245743224677625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.030133 s
InvBiCGStab: k = 93 resid = 6.046576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342334(s) Flops=613214208 => 1791.27462653432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257906.065875439 Mflops = 257.906065875439 Gflops = 0.257906065875439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001102847 Relative Rsd = 4.83715594820407e-07
BICGSTAB_SOLVER_TIME: 0.607061 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113965
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024511 s
InvBiCGStab: k = 73 resid = 1.973416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271187(s) Flops=481978368 => 1777.29156633614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255893.493195496 Mflops = 255.893493195496 Gflops = 0.255893493195496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033307 s
InvBiCGStab: k = 106 resid = 7.119621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393049(s) Flops=698517504 => 1777.17664718648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255874.323093835 Mflops = 255.874323093835 Gflops = 0.255874323093835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001278096 Relative Rsd = 5.60581258409058e-07
BICGSTAB_SOLVER_TIME: 0.726035 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137872
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028472 s
InvBiCGStab: k = 63 resid = 2.065118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235926(s) Flops=416360448 => 1764.79255359731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254074.389553357 Mflops = 254.074389553357 Gflops = 0.254074389553357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.041673 s
InvBiCGStab: k = 101 resid = 1.041833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369722(s) Flops=665708544 => 1800.56513813081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.596796597 Mflops = 259.239596796597 Gflops = 0.259239596796597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00119533 Relative Rsd = 5.24279436689154e-07
BICGSTAB_SOLVER_TIME: 0.679748 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12819
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886574(s) Flops=1385791488 => 1563.08609095236 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225057.753414089 Mflops = 225.057753414089 Gflops = 0.225057753414089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153564000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032907 s
InvBiCGStab: k = 32 resid = 1.89422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127991(s) Flops=212944896 => 1663.74898235032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239464.206643133 Mflops = 239.464206643133 Gflops = 0.239464206643133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.046051 s
InvBiCGStab: k = 53 resid = 1.042065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195101(s) Flops=350742528 => 1797.74848924403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258764.934469119 Mflops = 258.764934469119 Gflops = 0.258764934469119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007520791 Relative Rsd = 3.29866675305704e-07
BICGSTAB_SOLVER_TIME: 0.406036 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 61 resid = 2.257694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225869(s) Flops=403236864 => 1785.26873541743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257013.862300343 Mflops = 257.013862300343 Gflops = 0.257013862300343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051845 s
InvBiCGStab: k = 76 resid = 1.109138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289005(s) Flops=501663744 => 1735.83067420979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249887.23326154 Mflops = 249.88723326154 Gflops = 0.24988723326154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00111635 Relative Rsd = 4.89638357815075e-07
BICGSTAB_SOLVER_TIME: 0.611656 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043971 s
InvBiCGStab: k = 62 resid = 1.701345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241151(s) Flops=409798656 => 1699.34462639591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244642.355420274 Mflops = 244.642355420274 Gflops = 0.244642355420274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056201 s
InvBiCGStab: k = 76 resid = 1.12859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278827(s) Flops=501663744 => 1799.19356446829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.78199737 Mflops = 259.01878199737 Gflops = 0.25901878199737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.0010317 Relative Rsd = 4.52510275042714e-07
BICGSTAB_SOLVER_TIME: 0.623987 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041918 s
InvBiCGStab: k = 71 resid = 1.987453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266656(s) Flops=468854784 => 1758.27577103084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253136.421069494 Mflops = 253.136421069494 Gflops = 0.253136421069494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05764 s
InvBiCGStab: k = 92 resid = 1.109048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3439(s) Flops=606652416 => 1764.03726664728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253972.768586988 Mflops = 253.972768586988 Gflops = 0.253972768586988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001132113 Relative Rsd = 4.96551898801454e-07
BICGSTAB_SOLVER_TIME: 0.714004 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 61 resid = 2.168807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225871(s) Flops=403236864 => 1785.25292755599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257024.172041486 Mflops = 257.024172041486 Gflops = 0.257024172041486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057704 s
InvBiCGStab: k = 83 resid = 1.11961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304598(s) Flops=547596288 => 1797.76718166239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258824.705557434 Mflops = 258.824705557434 Gflops = 0.258824705557434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001083451 Relative Rsd = 4.75208506609573e-07
BICGSTAB_SOLVER_TIME: 0.632969 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117222
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872227(s) Flops=1398251520 => 1603.08213343545 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230819.315828893 Mflops = 230.819315828893 Gflops = 0.230819315828893 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155197000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 27 resid = 1.846042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099828(s) Flops=180135936 => 1804.46303642265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259728.995436926 Mflops = 259.728995436926 Gflops = 0.259728995436926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 45 resid = 1.139253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165377(s) Flops=298248192 => 1803.44420324471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259604.003361527 Mflops = 259.604003361527 Gflops = 0.259604003361527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007595786 Relative Rsd = 3.33156018410993e-07
BICGSTAB_SOLVER_TIME: 0.366134 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 65 resid = 1.704417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237554(s) Flops=429484032 => 1807.94274985898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260285.578050844 Mflops = 260.285578050844 Gflops = 0.260285578050844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 89 resid = 1.131337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324847(s) Flops=586967040 => 1806.90306513528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260147.270792215 Mflops = 260.147270792215 Gflops = 0.260147270792215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001123106 Relative Rsd = 4.9260155196025e-07
BICGSTAB_SOLVER_TIME: 0.663953 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040443 s
InvBiCGStab: k = 61 resid = 2.182793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222942(s) Flops=403236864 => 1808.70748445784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260387.069139643 Mflops = 260.387069139643 Gflops = 0.260387069139643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056368 s
InvBiCGStab: k = 72 resid = 1.073362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265808(s) Flops=475416576 => 1788.57135977849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257487.570382722 Mflops = 257.487570382722 Gflops = 0.257487570382722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001082856 Relative Rsd = 4.74947383199471e-07
BICGSTAB_SOLVER_TIME: 0.589579 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 62 resid = 2.203318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228288(s) Flops=409798656 => 1795.09503784693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258436.044837697 Mflops = 258.436044837697 Gflops = 0.258436044837697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05669 s
InvBiCGStab: k = 92 resid = 1.038613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339296(s) Flops=606652416 => 1787.97396963124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257410.583272976 Mflops = 257.410583272976 Gflops = 0.257410583272976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001126238 Relative Rsd = 4.93975079479165e-07
BICGSTAB_SOLVER_TIME: 0.66979 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 59 resid = 2.235808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217741(s) Flops=390113280 => 1791.63905741225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257929.524024847 Mflops = 257.929524024847 Gflops = 0.257929524024847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055428 s
InvBiCGStab: k = 69 resid = 9.080917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252978(s) Flops=455731200 => 1801.46574010388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259339.392001305 Mflops = 259.339392001305 Gflops = 0.259339392001305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00103493 Relative Rsd = 4.53926897625791e-07
BICGSTAB_SOLVER_TIME: 0.571651 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10559
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876777(s) Flops=1404370944 => 1601.74245446676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230630.559712432 Mflops = 230.630559712432 Gflops = 0.230630559712432 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156052000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 2.108461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899399(s) Flops=1623730176 => 1805.35021275318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.389094591 Mflops = 259.977389094591 Gflops = 0.259977389094591 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 8.641508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849713(s) Flops=1472808960 => 1733.30166773958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249583.633971092 Mflops = 249.583633971092 Gflops = 0.249583633971092 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002091954 Relative Rsd = 9.2067768736767e-07
BICGSTAB_SOLVER_TIME: 1.752489 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335835
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.186786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734011(s) Flops=1321887744 => 1800.90999181211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259268.075114678 Mflops = 259.268075114678 Gflops = 0.259268075114678 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.025954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762031(s) Flops=1374382080 => 1803.57764972816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259703.542152961 Mflops = 259.703542152961 Gflops = 0.259703542152961 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.001968015 Relative Rsd = 8.64737969785623e-07
BICGSTAB_SOLVER_TIME: 1.499323 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.11554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292680999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876241(s) Flops=1404370944 => 1602.72224650524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230770.062119731 Mflops = 230.770062119731 Gflops = 0.230770062119731 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155683000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 37 resid = 6.758322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137082(s) Flops=245753856 => 1792.75073313783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258043.828540196 Mflops = 258.043828540196 Gflops = 0.258043828540196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056278 s
InvBiCGStab: k = 50 resid = 9.951241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191652(s) Flops=331057152 => 1727.38688873583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248656.414577313 Mflops = 248.656414577313 Gflops = 0.248656414577313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007399542 Relative Rsd = 3.24548647373127e-07
BICGSTAB_SOLVER_TIME: 0.430361 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 84 resid = 1.934453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309539(s) Flops=554158080 => 1790.26901295152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257754.783822839 Mflops = 257.754783822839 Gflops = 0.257754783822839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057319 s
InvBiCGStab: k = 117 resid = 7.34664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428206(s) Flops=770697216 => 1799.82815747561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259127.452413619 Mflops = 259.127452413619 Gflops = 0.259127452413619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001294936 Relative Rsd = 5.6796721116514e-07
BICGSTAB_SOLVER_TIME: 0.839762 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158080999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 54 resid = 1.924392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199086(s) Flops=357304320 => 1794.72348633254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258381.166672234 Mflops = 258.381166672234 Gflops = 0.258381166672234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 79 resid = 9.43807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289313(s) Flops=521349120 => 1802.02452015637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.650323364 Mflops = 259.431650323364 Gflops = 0.259431650323364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001042562 Relative Rsd = 4.57274373113247e-07
BICGSTAB_SOLVER_TIME: 0.589746 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 63 resid = 1.883106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231169(s) Flops=416360448 => 1801.10848772976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259294.690334185 Mflops = 259.294690334185 Gflops = 0.259294690334185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056086 s
InvBiCGStab: k = 91 resid = 1.056781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33269(s) Flops=600090624 => 1803.75311551294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.125864183 Mflops = 259.691125864183 Gflops = 0.259691125864183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001111957 Relative Rsd = 4.87711334448389e-07
BICGSTAB_SOLVER_TIME: 0.665047 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041779 s
InvBiCGStab: k = 61 resid = 1.865661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223187(s) Flops=403236864 => 1806.72200441782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260116.34845703 Mflops = 260.11634845703 Gflops = 0.26011634845703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 88 resid = 1.138585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32151(s) Flops=580405248 => 1805.24788653541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.990985674 Mflops = 259.905990985674 Gflops = 0.259905990985674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001084886 Relative Rsd = 4.75838082606161e-07
BICGSTAB_SOLVER_TIME: 0.646744 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120902
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879773(s) Flops=1410637824 => 1603.41113446309 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230898.367352157 Mflops = 230.898367352157 Gflops = 0.230898367352157 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156733000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 27 resid = 1.938366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100345(s) Flops=180135936 => 1795.16603717176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258420.874284942 Mflops = 258.420874284942 Gflops = 0.258420874284942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 51 resid = 8.870057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188371(s) Flops=337618944 => 1792.30849759252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258007.37096061 Mflops = 258.00737096061 Gflops = 0.25800737096061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007628903 Relative Rsd = 3.34608562057623e-07
BICGSTAB_SOLVER_TIME: 0.390492 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041041 s
InvBiCGStab: k = 77 resid = 2.067172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280808(s) Flops=508225536 => 1809.86843679667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260561.270063959 Mflops = 260.561270063959 Gflops = 0.260561270063959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056257 s
InvBiCGStab: k = 109 resid = 9.156926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398171(s) Flops=718202880 => 1803.75486913914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.896812574 Mflops = 259.700896812574 Gflops = 0.259700896812574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001271454 Relative Rsd = 5.57667695072373e-07
BICGSTAB_SOLVER_TIME: 0.780027 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 61 resid = 2.101667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223477(s) Flops=403236864 => 1804.37747061219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.215050652 Mflops = 259.766215050652 Gflops = 0.259766215050652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 76 resid = 1.111316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278188(s) Flops=501663744 => 1803.32632608164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.727375204 Mflops = 259.620727375204 Gflops = 0.259620727375204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001084985 Relative Rsd = 4.75881126609821e-07
BICGSTAB_SOLVER_TIME: 0.603549 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041077 s
InvBiCGStab: k = 65 resid = 1.859417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238336(s) Flops=429484032 => 1802.01074113856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.085979327 Mflops = 259.440085979327 Gflops = 0.259440085979327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 99 resid = 7.318869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361468(s) Flops=652584960 => 1805.37408567287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.145630717 Mflops = 259.925145630717 Gflops = 0.259925145630717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001116906 Relative Rsd = 4.89882171714808e-07
BICGSTAB_SOLVER_TIME: 0.700734 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 60 resid = 1.780473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221003(s) Flops=396675072 => 1794.88546309326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258412.229486083 Mflops = 258.412229486083 Gflops = 0.258412229486083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 81 resid = 8.89814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296907(s) Flops=534472704 => 1800.13507259849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259163.52577465 Mflops = 259.16352577465 Gflops = 0.25916352577465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001093858 Relative Rsd = 4.79772907054587e-07
BICGSTAB_SOLVER_TIME: 0.619149 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114902
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892178(s) Flops=1410859008 => 1581.36493838673 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227695.194880431 Mflops = 227.695194880431 Gflops = 0.227695194880431 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156653000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041157 s
InvBiCGStab: k = 34 resid = 1.773872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126473(s) Flops=226068480 => 1787.48412704688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257273.204159182 Mflops = 257.273204159182 Gflops = 0.257273204159182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 59 resid = 1.105764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216662(s) Flops=390113280 => 1800.56161209626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.398760158 Mflops = 259.206398760158 Gflops = 0.259206398760158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007826648 Relative Rsd = 3.43281775613542e-07
BICGSTAB_SOLVER_TIME: 0.444309 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0806210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041684 s
InvBiCGStab: k = 55 resid = 1.743056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201606(s) Flops=363866112 => 1804.8377131633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.875400098 Mflops = 259.826875400098 Gflops = 0.259826875400098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 79 resid = 1.010498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288673(s) Flops=521349120 => 1806.01968317092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.145640889 Mflops = 260.009145640889 Gflops = 0.260009145640889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001078794 Relative Rsd = 4.73166137567599e-07
BICGSTAB_SOLVER_TIME: 0.591951 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 52 resid = 1.814452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190927(s) Flops=344180736 => 1802.68236551143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.297300938 Mflops = 259.515297300938 Gflops = 0.259515297300938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0565 s
InvBiCGStab: k = 82 resid = 1.029212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29908(s) Flops=541034496 => 1808.99590744951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260439.721794636 Mflops = 260.439721794636 Gflops = 0.260439721794636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001065032 Relative Rsd = 4.67129816015233e-07
BICGSTAB_SOLVER_TIME: 0.590997 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 61 resid = 2.11277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224781(s) Flops=403236864 => 1793.90991231465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258261.774254048 Mflops = 258.261774254048 Gflops = 0.258261774254048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 87 resid = 8.869514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317845(s) Flops=573843456 => 1805.41916972109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.595975951 Mflops = 259.928595975951 Gflops = 0.259928595975951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001126344 Relative Rsd = 4.94021850899512e-07
BICGSTAB_SOLVER_TIME: 0.643325 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 60 resid = 1.754258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218816(s) Flops=396675072 => 1812.82480257385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260975.91542073 Mflops = 260.97591542073 Gflops = 0.26097591542073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 85 resid = 1.057138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312255(s) Flops=560719872 => 1795.71142815968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.801864371 Mflops = 258.527801864371 Gflops = 0.258527801864371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001123955 Relative Rsd = 4.92973731963424e-07
BICGSTAB_SOLVER_TIME: 0.632626 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117697
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897623(s) Flops=1417199616 => 1578.83612162344 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227338.697395115 Mflops = 227.338697395115 Gflops = 0.227338697395115 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157129000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 31 resid = 1.653304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114903(s) Flops=206383104 => 1796.15070102608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.38572514 Mflops = 258.54038572514 Gflops = 0.25854038572514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 54 resid = 7.986481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198223(s) Flops=357304320 => 1802.53714251121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.741929892 Mflops = 259.484741929892 Gflops = 0.259484741929892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007307508 Relative Rsd = 3.20511982752342e-07
BICGSTAB_SOLVER_TIME: 0.413742 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 55 resid = 1.844614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20191(s) Flops=363866112 => 1802.12031102967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259439.508206604 Mflops = 259.439508206604 Gflops = 0.259439508206604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05624 s
InvBiCGStab: k = 88 resid = 1.128185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322252(s) Flops=580405248 => 1801.09122053548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259308.430613075 Mflops = 259.308430613075 Gflops = 0.259308430613075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001160075 Relative Rsd = 5.08816427274814e-07
BICGSTAB_SOLVER_TIME: 0.625222 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 58 resid = 1.85891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212855(s) Flops=383551488 => 1801.93788259613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259426.173299283 Mflops = 259.426173299283 Gflops = 0.259426173299283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 83 resid = 8.185821e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30466(s) Flops=547596288 => 1797.4013260684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258779.604682972 Mflops = 258.779604682972 Gflops = 0.258779604682972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001068927 Relative Rsd = 4.68838249370452e-07
BICGSTAB_SOLVER_TIME: 0.618862 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 63 resid = 1.868245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231403(s) Flops=416360448 => 1799.28716568065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259040.354182394 Mflops = 259.040354182394 Gflops = 0.259040354182394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055826 s
InvBiCGStab: k = 96 resid = 1.115767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350331(s) Flops=632899584 => 1806.57602096303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260094.832956459 Mflops = 260.094832956459 Gflops = 0.260094832956459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001123523 Relative Rsd = 4.92784552801432e-07
BICGSTAB_SOLVER_TIME: 0.682148 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127867
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044569 s
InvBiCGStab: k = 55 resid = 2.105926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210355(s) Flops=363866112 => 1729.7716336669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249027.635501308 Mflops = 249.027635501308 Gflops = 0.249027635501308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057217 s
InvBiCGStab: k = 85 resid = 1.063044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312925(s) Flops=560719872 => 1791.86665175362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257976.860478602 Mflops = 257.976860478602 Gflops = 0.257976860478602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001074574 Relative Rsd = 4.71315143289227e-07
BICGSTAB_SOLVER_TIME: 0.628927 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114171
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885803(s) Flops=1417347072 => 1600.07030005543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230385.064963427 Mflops = 230.385064963427 Gflops = 0.230385064963427 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157061000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021346
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.997054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808539(s) Flops=1459685376 => 1805.33700415193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.489649932 Mflops = 259.947489649932 Gflops = 0.259947489649932 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 7.419195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906863(s) Flops=1636853760 => 1804.96255774025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.268012664 Mflops = 259.905268012664 Gflops = 0.259905268012664 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.00206597 Relative Rsd = 9.09256265582769e-07
BICGSTAB_SOLVER_TIME: 1.718817 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.113977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336229
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.112079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734764(s) Flops=1289078784 => 1754.41200712065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252628.646921045 Mflops = 252.628646921045 Gflops = 0.252628646921045 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.087794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774847(s) Flops=1387505664 => 1790.68340459471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257843.507399077 Mflops = 257.843507399077 Gflops = 0.257843507399077 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.00190664 Relative Rsd = 8.37762052588444e-07
BICGSTAB_SOLVER_TIME: 1.512989 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292269999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885725(s) Flops=1417347072 => 1600.21120776765 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230442.638807894 Mflops = 230.442638807894 Gflops = 0.230442638807894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157344000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040889 s
InvBiCGStab: k = 29 resid = 1.86753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107108(s) Flops=193259520 => 1804.34253277066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.472297996 Mflops = 259.700472297996 Gflops = 0.259700472297996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 54 resid = 1.015717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197841(s) Flops=357304320 => 1806.0175595554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.076797388 Mflops = 259.994076797388 Gflops = 0.259994076797388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007769336 Relative Rsd = 3.40768016011917e-07
BICGSTAB_SOLVER_TIME: 0.405841 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 82 resid = 1.9176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299863(s) Flops=541034496 => 1804.27227100376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.635211631 Mflops = 259.751635211631 Gflops = 0.259751635211631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05578 s
InvBiCGStab: k = 96 resid = 1.01655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355703(s) Flops=632899584 => 1779.29222975347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256180.965324382 Mflops = 256.180965324382 Gflops = 0.256180965324382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001251976 Relative Rsd = 5.49124609207233e-07
BICGSTAB_SOLVER_TIME: 0.756725 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141574
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 63 resid = 2.192253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232883(s) Flops=416360448 => 1787.85247527729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257406.321930478 Mflops = 257.406321930478 Gflops = 0.257406321930478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056647 s
InvBiCGStab: k = 81 resid = 1.036172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297999(s) Flops=534472704 => 1793.53858234424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.766239301 Mflops = 258.211766239301 Gflops = 0.258211766239301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001024252 Relative Rsd = 4.49243577270311e-07
BICGSTAB_SOLVER_TIME: 0.632765 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041771 s
InvBiCGStab: k = 69 resid = 2.004583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254805(s) Flops=455731200 => 1788.5488903279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257505.837074306 Mflops = 257.505837074306 Gflops = 0.257505837074306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 101 resid = 1.045736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368799(s) Flops=665708544 => 1805.07144542149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.213183557 Mflops = 259.885213183557 Gflops = 0.259885213183557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001165954 Relative Rsd = 5.11395033714693e-07
BICGSTAB_SOLVER_TIME: 0.725583 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 60 resid = 2.156359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219607(s) Flops=396675072 => 1806.29520916911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260045.313332515 Mflops = 260.045313332515 Gflops = 0.260045313332515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 89 resid = 1.099581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325563(s) Flops=586967040 => 1802.92920264281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259567.180075272 Mflops = 259.567180075272 Gflops = 0.259567180075272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001114742 Relative Rsd = 4.88932854851177e-07
BICGSTAB_SOLVER_TIME: 0.647012 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120877
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883213(s) Flops=1417347072 => 1604.76246613218 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231064.429788589 Mflops = 231.064429788589 Gflops = 0.231064429788589 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157125000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041775 s
InvBiCGStab: k = 25 resid = 2.228154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095219(s) Flops=167012352 => 1753.98136926454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252432.203857689 Mflops = 252.432203857689 Gflops = 0.252432203857689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05719 s
InvBiCGStab: k = 56 resid = 1.0691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226369(s) Flops=370427904 => 1636.38971767336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235566.054293582 Mflops = 235.566054293582 Gflops = 0.235566054293582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007740365 Relative Rsd = 3.39497349875412e-07
BICGSTAB_SOLVER_TIME: 0.424387 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044266 s
InvBiCGStab: k = 76 resid = 2.24302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289437(s) Flops=501663744 => 1733.2398553053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249533.057184819 Mflops = 249.533057184819 Gflops = 0.249533057184819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058077 s
InvBiCGStab: k = 105 resid = 1.094268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402207(s) Flops=691955712 => 1720.39698960983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247692.865019505 Mflops = 247.692865019505 Gflops = 0.247692865019505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001219851 Relative Rsd = 5.35034259283265e-07
BICGSTAB_SOLVER_TIME: 0.797983 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042863 s
InvBiCGStab: k = 58 resid = 2.094538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228928(s) Flops=383551488 => 1675.42409840649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241201.439303295 Mflops = 241.201439303295 Gflops = 0.241201439303295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057326 s
InvBiCGStab: k = 89 resid = 9.0175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342746(s) Flops=586967040 => 1712.54234914485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246566.881828302 Mflops = 246.566881828302 Gflops = 0.246566881828302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001039267 Relative Rsd = 4.55829309830243e-07
BICGSTAB_SOLVER_TIME: 0.676013 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 65 resid = 2.261708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245904(s) Flops=429484032 => 1746.55162990435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251441.508563012 Mflops = 251.441508563012 Gflops = 0.251441508563012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057074 s
InvBiCGStab: k = 101 resid = 8.829058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383965(s) Flops=665708544 => 1733.77402627844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249622.673954664 Mflops = 249.622673954664 Gflops = 0.249622673954664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001156805 Relative Rsd = 5.0738193351584e-07
BICGSTAB_SOLVER_TIME: 0.732359 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041743 s
InvBiCGStab: k = 63 resid = 2.122849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239665(s) Flops=416360448 => 1737.26012559197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250098.788015824 Mflops = 250.098788015824 Gflops = 0.250098788015824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057815 s
InvBiCGStab: k = 86 resid = 9.903378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326513(s) Flops=567281664 => 1737.39380667845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250137.55130867 Mflops = 250.13755130867 Gflops = 0.25013755130867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001085746 Relative Rsd = 4.76215062296576e-07
BICGSTAB_SOLVER_TIME: 0.669669 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120635
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914174(s) Flops=1417420800 => 1550.49345091853 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223250.696049723 Mflops = 223.250696049723 Gflops = 0.223250696049723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157046000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041982 s
InvBiCGStab: k = 30 resid = 2.105663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115257(s) Flops=199821312 => 1733.70217860954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249497.541842733 Mflops = 249.497541842733 Gflops = 0.249497541842733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057363 s
InvBiCGStab: k = 49 resid = 9.764432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186137(s) Flops=324495360 => 1743.31465533451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250956.276189998 Mflops = 250.956276189998 Gflops = 0.250956276189998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007657933 Relative Rsd = 3.35881806749506e-07
BICGSTAB_SOLVER_TIME: 0.404678 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 50 resid = 2.213516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189111(s) Flops=331057152 => 1750.59701445183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252016.700908272 Mflops = 252.016700908272 Gflops = 0.252016700908272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057766 s
InvBiCGStab: k = 87 resid = 5.50728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317293(s) Flops=573843456 => 1808.56008799438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260380.434489657 Mflops = 260.380434489657 Gflops = 0.260380434489657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001107009 Relative Rsd = 4.85541109908e-07
BICGSTAB_SOLVER_TIME: 0.60883 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 57 resid = 2.240233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208616(s) Flops=376989696 => 1807.09866932546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260159.802958333 Mflops = 260.159802958333 Gflops = 0.260159802958333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 80 resid = 1.071919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293328(s) Flops=527910912 => 1799.72901325479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.874116604 Mflops = 259.105874116604 Gflops = 0.259105874116604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001032942 Relative Rsd = 4.53054886363039e-07
BICGSTAB_SOLVER_TIME: 0.603008 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112111
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040761 s
InvBiCGStab: k = 68 resid = 2.105852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248237(s) Flops=449169408 => 1809.43778727587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260506.001902783 Mflops = 260.506001902783 Gflops = 0.260506001902783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055896 s
InvBiCGStab: k = 89 resid = 7.273862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324708(s) Flops=586967040 => 1807.67655863114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260247.951563914 Mflops = 260.247951563914 Gflops = 0.260247951563914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001126754 Relative Rsd = 4.9420158386853e-07
BICGSTAB_SOLVER_TIME: 0.673463 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 60 resid = 1.241277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219833(s) Flops=396675072 => 1804.43824175624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.719382513 Mflops = 259.789719382513 Gflops = 0.259789719382513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 81 resid = 9.900372e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297055(s) Flops=534472704 => 1799.23820167982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.429011022 Mflops = 259.037429011022 Gflops = 0.259037429011022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001107023 Relative Rsd = 4.8554728822881e-07
BICGSTAB_SOLVER_TIME: 0.618109 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114964
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884208(s) Flops=1417347072 => 1602.95662559036 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230832.947633649 Mflops = 230.832947633649 Gflops = 0.230832947633649 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156979000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041112 s
InvBiCGStab: k = 27 resid = 2.198233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123271(s) Flops=180135936 => 1461.30019225933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210353.851698898 Mflops = 210.353851698898 Gflops = 0.210353851698898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066228 s
InvBiCGStab: k = 51 resid = 9.966667e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201114(s) Flops=337618944 => 1678.7441152779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241781.009239455 Mflops = 241.781009239455 Gflops = 0.241781009239455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007863232 Relative Rsd = 3.44886377436801e-07
BICGSTAB_SOLVER_TIME: 0.435566 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047281 s
InvBiCGStab: k = 62 resid = 2.256294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271056(s) Flops=409798656 => 1511.85974853905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217670.736153574 Mflops = 217.670736153574 Gflops = 0.217670736153574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056173 s
InvBiCGStab: k = 72 resid = 1.13576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31345(s) Flops=475416576 => 1516.72220768863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218367.756282783 Mflops = 218.367756282783 Gflops = 0.218367756282783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001112906 Relative Rsd = 4.88127834967786e-07
BICGSTAB_SOLVER_TIME: 0.691862 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 61 resid = 1.547217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267803(s) Flops=403236864 => 1505.72198220334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216775.976913596 Mflops = 216.775976913596 Gflops = 0.216775976913596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057918 s
InvBiCGStab: k = 85 resid = 1.099296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352904(s) Flops=560719872 => 1588.87366535942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228756.029829502 Mflops = 228.756029829502 Gflops = 0.228756029829502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001092365 Relative Rsd = 4.79118158230235e-07
BICGSTAB_SOLVER_TIME: 0.723699 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044211 s
InvBiCGStab: k = 61 resid = 2.194343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222988(s) Flops=403236864 => 1808.33436776867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260342.608276531 Mflops = 260.342608276531 Gflops = 0.260342608276531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 94 resid = 1.07094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345182(s) Flops=619776000 => 1795.50497998157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258498.860493936 Mflops = 258.498860493936 Gflops = 0.258498860493936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001155467 Relative Rsd = 5.06795299401906e-07
BICGSTAB_SOLVER_TIME: 0.672556 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125225000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045586 s
InvBiCGStab: k = 61 resid = 2.005028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234375(s) Flops=403236864 => 1720.4772864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247693.649666499 Mflops = 247.693649666499 Gflops = 0.247693649666499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 90 resid = 4.304231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336845(s) Flops=593528832 => 1762.02357760988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253687.598765948 Mflops = 253.687598765948 Gflops = 0.253687598765948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001075803 Relative Rsd = 4.71854137954271e-07
BICGSTAB_SOLVER_TIME: 0.677249 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1222
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884212(s) Flops=1417273344 => 1602.86599141382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230798.955783403 Mflops = 230.798955783403 Gflops = 0.230798955783403 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157268000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021377
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.646637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883681(s) Flops=1538426880 => 1740.93013202728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250626.314188046 Mflops = 250.626314188046 Gflops = 0.250626314188046 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 284 resid = 1.070254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.074107(s) Flops=1866516480 => 1737.73793486124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250227.011672019 Mflops = 250.227011672019 Gflops = 0.250227011672019 Tflops
BICGSTAB_SOLVER: 518 iterations. Rsd = 0.002191159 Relative Rsd = 9.64395791355314e-07
BICGSTAB_SOLVER_TIME: 1.961187 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.12104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.369106
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.840761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811644(s) Flops=1407191040 => 1733.75401037893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249579.032530726 Mflops = 249.579032530726 Gflops = 0.249579032530726 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 6.449482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821191(s) Flops=1433438208 => 1745.56005606491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251348.243432781 Mflops = 251.348243432781 Gflops = 0.251348243432781 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.00194665 Relative Rsd = 8.55327580796124e-07
BICGSTAB_SOLVER_TIME: 1.636274 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.1189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308416999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936398(s) Flops=1417273344 => 1513.53734629933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217936.614824096 Mflops = 217.936614824096 Gflops = 0.217936614824096 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156990000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042769 s
InvBiCGStab: k = 27 resid = 1.972513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101514(s) Flops=180135936 => 1774.49352798629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255400.591552206 Mflops = 255.400591552205 Gflops = 0.255400591552206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060875 s
InvBiCGStab: k = 51 resid = 1.082796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190778(s) Flops=337618944 => 1769.6953736804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254726.696298306 Mflops = 254.726696298306 Gflops = 0.254726696298306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007543284 Relative Rsd = 3.30853240805953e-07
BICGSTAB_SOLVER_TIME: 0.400747 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 90 resid = 1.785183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346091(s) Flops=593528832 => 1714.95020673753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246916.573024883 Mflops = 246.916573024883 Gflops = 0.246916573024883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058002 s
InvBiCGStab: k = 117 resid = 1.112639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440407(s) Flops=770697216 => 1749.96586339454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251952.920500301 Mflops = 251.952920500301 Gflops = 0.251952920500301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.0013086 Relative Rsd = 5.73960386592842e-07
BICGSTAB_SOLVER_TIME: 0.889298 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162283999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041528 s
InvBiCGStab: k = 54 resid = 2.204116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205452(s) Flops=357304320 => 1739.11336954617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250371.122838008 Mflops = 250.371122838008 Gflops = 0.250371122838008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059186 s
InvBiCGStab: k = 88 resid = 4.319273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332017(s) Flops=580405248 => 1748.11906619239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251676.573652663 Mflops = 251.676573652663 Gflops = 0.251676573652663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001070567 Relative Rsd = 4.69557385488534e-07
BICGSTAB_SOLVER_TIME: 0.642314 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045992 s
InvBiCGStab: k = 64 resid = 1.913143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263984(s) Flops=422922240 => 1602.07527728953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230649.424366548 Mflops = 230.649424366548 Gflops = 0.230649424366548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058638 s
InvBiCGStab: k = 90 resid = 9.72123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341447(s) Flops=593528832 => 1738.27514079784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250264.741910958 Mflops = 250.264741910958 Gflops = 0.250264741910958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001148761 Relative Rsd = 5.03853754909817e-07
BICGSTAB_SOLVER_TIME: 0.713914 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 64 resid = 1.726462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247276(s) Flops=422922240 => 1710.32465746777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246239.242523086 Mflops = 246.239242523086 Gflops = 0.246239242523086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057766 s
InvBiCGStab: k = 79 resid = 9.843366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30274(s) Flops=521349120 => 1722.10186959107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247931.120622004 Mflops = 247.931120622004 Gflops = 0.247931120622004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001127227 Relative Rsd = 4.94408736327424e-07
BICGSTAB_SOLVER_TIME: 0.652455 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117876
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906266(s) Flops=1411080192 => 1557.02651539394 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224192.861086099 Mflops = 224.192861086099 Gflops = 0.224192861086099 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156324000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 26 resid = 2.273961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098817(s) Flops=173574144 => 1756.52108442879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252808.933992383 Mflops = 252.808933992383 Gflops = 0.252808933992383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060485 s
InvBiCGStab: k = 55 resid = 1.016218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20632(s) Flops=363866112 => 1763.60077549438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253874.326033151 Mflops = 253.874326033151 Gflops = 0.253874326033151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007719117 Relative Rsd = 3.38565393582652e-07
BICGSTAB_SOLVER_TIME: 0.410368 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 81 resid = 2.194518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322928(s) Flops=534472704 => 1655.08318882228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238295.503413449 Mflops = 238.295503413449 Gflops = 0.238295503413449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057783 s
InvBiCGStab: k = 105 resid = 1.005846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40021(s) Flops=691955712 => 1728.98156467854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248933.28210959 Mflops = 248.93328210959 Gflops = 0.24893328210959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001283158 Relative Rsd = 5.62801113757937e-07
BICGSTAB_SOLVER_TIME: 0.826444 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 55 resid = 2.120539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210821(s) Flops=363866112 => 1725.9481360965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248471.758365947 Mflops = 248.471758365947 Gflops = 0.248471758365947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05757 s
InvBiCGStab: k = 79 resid = 1.046795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298329(s) Flops=521349120 => 1747.56433333669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251607.656903342 Mflops = 251.607656903342 Gflops = 0.251607656903342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001044678 Relative Rsd = 4.58202550928817e-07
BICGSTAB_SOLVER_TIME: 0.611878 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 72 resid = 1.886144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273916(s) Flops=475416576 => 1735.62908336862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249874.828568903 Mflops = 249.874828568903 Gflops = 0.249874828568903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05806 s
InvBiCGStab: k = 86 resid = 1.079097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322997(s) Flops=567281664 => 1756.30629386651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252851.123095577 Mflops = 252.851123095577 Gflops = 0.252851123095577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001152984 Relative Rsd = 5.05705923579748e-07
BICGSTAB_SOLVER_TIME: 0.7004 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042831 s
InvBiCGStab: k = 66 resid = 1.878934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249366(s) Flops=436045824 => 1748.61779071726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251739.99128751 Mflops = 251.73999128751 Gflops = 0.25173999128751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 93 resid = 9.885069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353348(s) Flops=613214208 => 1735.43987230719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249865.755338731 Mflops = 249.865755338731 Gflops = 0.249865755338731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00116293 Relative Rsd = 5.10068379737129e-07
BICGSTAB_SOLVER_TIME: 0.705695 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127861
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902491(s) Flops=1404813312 => 1556.59536992613 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224133.766549557 Mflops = 224.133766549557 Gflops = 0.224133766549557 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155564000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043405 s
InvBiCGStab: k = 33 resid = 1.738546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126698(s) Flops=219506688 => 1732.51896636095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249402.306688667 Mflops = 249.402306688667 Gflops = 0.249402306688667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057928 s
InvBiCGStab: k = 56 resid = 1.134924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211185(s) Flops=370427904 => 1754.04457702962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252509.731950402 Mflops = 252.509731950402 Gflops = 0.252509731950402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007714679 Relative Rsd = 3.38370750946886e-07
BICGSTAB_SOLVER_TIME: 0.443088 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043381 s
InvBiCGStab: k = 60 resid = 1.57047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226514(s) Flops=396675072 => 1751.21657822475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252132.22508157 Mflops = 252.13222508157 Gflops = 0.25213222508157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056943 s
InvBiCGStab: k = 89 resid = 1.140941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337735(s) Flops=586967040 => 1737.95147082772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250219.242337142 Mflops = 250.219242337142 Gflops = 0.250219242337142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001113542 Relative Rsd = 4.88406625311774e-07
BICGSTAB_SOLVER_TIME: 0.668423 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041757 s
InvBiCGStab: k = 64 resid = 2.193796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242526(s) Flops=422922240 => 1743.82227060191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251062.026079749 Mflops = 251.062026079749 Gflops = 0.251062026079749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058282 s
InvBiCGStab: k = 85 resid = 1.022468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321727(s) Flops=560719872 => 1742.84369045806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250916.273951774 Mflops = 250.916273951774 Gflops = 0.250916273951774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001050799 Relative Rsd = 4.6088705685101e-07
BICGSTAB_SOLVER_TIME: 0.668231 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042765 s
InvBiCGStab: k = 61 resid = 1.347801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229042(s) Flops=403236864 => 1760.53677491464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253465.383897663 Mflops = 253.465383897663 Gflops = 0.253465383897663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059315 s
InvBiCGStab: k = 90 resid = 1.124023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337405(s) Flops=593528832 => 1759.09910048754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253261.0688494 Mflops = 253.2610688494 Gflops = 0.2532610688494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001134168 Relative Rsd = 4.97453371974185e-07
BICGSTAB_SOLVER_TIME: 0.672277 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 64 resid = 2.202044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243793(s) Flops=422922240 => 1734.75957061934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249754.938141176 Mflops = 249.754938141176 Gflops = 0.249754938141176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058812 s
InvBiCGStab: k = 82 resid = 1.134171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310416(s) Flops=541034496 => 1742.93366321324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250940.837365841 Mflops = 250.940837365841 Gflops = 0.250940837365841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001110339 Relative Rsd = 4.87001746644286e-07
BICGSTAB_SOLVER_TIME: 0.658058 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118547
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904141(s) Flops=1398472704 => 1546.74182898464 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222711.666676184 Mflops = 222.711666676184 Gflops = 0.222711666676184 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154970000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 33 resid = 1.842268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126781(s) Flops=219506688 => 1731.38473430561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249217.402854587 Mflops = 249.217402854587 Gflops = 0.249217402854587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057607 s
InvBiCGStab: k = 56 resid = 1.089665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214727(s) Flops=370427904 => 1725.11097346864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248341.42345767 Mflops = 248.34142345767 Gflops = 0.24834142345767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007826607 Relative Rsd = 3.43279962965701e-07
BICGSTAB_SOLVER_TIME: 0.443912 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042082 s
InvBiCGStab: k = 63 resid = 1.258716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236998(s) Flops=416360448 => 1756.80996464105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252928.215424673 Mflops = 252.928215424673 Gflops = 0.252928215424673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057692 s
InvBiCGStab: k = 89 resid = 1.112943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371884(s) Flops=586967040 => 1578.36056404685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227242.976116798 Mflops = 227.242976116798 Gflops = 0.227242976116798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001170027 Relative Rsd = 5.13181385396821e-07
BICGSTAB_SOLVER_TIME: 0.712493 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045097 s
InvBiCGStab: k = 56 resid = 2.21379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212165(s) Flops=370427904 => 1745.94256357081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251348.983788338 Mflops = 251.348983788338 Gflops = 0.251348983788338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058511 s
InvBiCGStab: k = 78 resid = 1.098732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296387(s) Flops=514787328 => 1736.87553097808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250048.68891416 Mflops = 250.04868891416 Gflops = 0.25004868891416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001038897 Relative Rsd = 4.55667039553101e-07
BICGSTAB_SOLVER_TIME: 0.616057 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041706 s
InvBiCGStab: k = 80 resid = 1.612374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303288(s) Flops=527910912 => 1740.62578143547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250613.341340863 Mflops = 250.613341340863 Gflops = 0.250613341340863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058186 s
InvBiCGStab: k = 101 resid = 9.01828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383631(s) Flops=665708544 => 1735.28349898731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249842.856486045 Mflops = 249.842856486045 Gflops = 0.249842856486045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001182213 Relative Rsd = 5.18526194562991e-07
BICGSTAB_SOLVER_TIME: 0.790671 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143842
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 64 resid = 1.580538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242938(s) Flops=422922240 => 1740.86491203517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250634.468006391 Mflops = 250.634468006391 Gflops = 0.250634468006391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059573 s
InvBiCGStab: k = 84 resid = 8.147733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321338(s) Flops=554158080 => 1724.53329515961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248286.118234695 Mflops = 248.286118234695 Gflops = 0.248286118234695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001106995 Relative Rsd = 4.85535084768698e-07
BICGSTAB_SOLVER_TIME: 0.669236 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119822
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898601(s) Flops=1392279552 => 1549.38571401545 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223093.048766423 Mflops = 223.093048766423 Gflops = 0.223093048766423 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154278000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 2.205872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.955625(s) Flops=1656539136 => 1733.46148960105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249540.959305612 Mflops = 249.540959305612 Gflops = 0.249540959305612 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 8.52329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989909(s) Flops=1722157056 => 1739.71249478487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250511.019661234 Mflops = 250.511019661234 Gflops = 0.250511019661234 Tflops
BICGSTAB_SOLVER: 514 iterations. Rsd = 0.002179471 Relative Rsd = 9.59317204105044e-07
BICGSTAB_SOLVER_TIME: 1.94897 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.118566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00185
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.366547
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 2.025336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.62645(s) Flops=1092225024 => 1743.5150834065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250975.883844125 Mflops = 250.975883844125 Gflops = 0.250975883844126 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 6.334297e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740581(s) Flops=1282516992 => 1731.77139570148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249355.837521122 Mflops = 249.355837521122 Gflops = 0.249355837521122 Tflops
BICGSTAB_SOLVER: 361 iterations. Rsd = 0.002108528 Relative Rsd = 9.26442632756519e-07
BICGSTAB_SOLVER_TIME: 1.371752 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.12365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257999999999998
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902446(s) Flops=1392279552 => 1542.78433501838 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222165.774596369 Mflops = 222.165774596369 Gflops = 0.222165774596369 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154316000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 30 resid = 2.244066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114279(s) Flops=199821312 => 1748.53920667839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251674.194943807 Mflops = 251.674194943807 Gflops = 0.251674194943807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057626 s
InvBiCGStab: k = 54 resid = 9.775907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207862(s) Flops=357304320 => 1718.94968777362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247460.235979354 Mflops = 247.460235979354 Gflops = 0.247460235979354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007848166 Relative Rsd = 3.44225552412645e-07
BICGSTAB_SOLVER_TIME: 0.425341 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042179 s
InvBiCGStab: k = 76 resid = 2.176307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286572(s) Flops=501663744 => 1750.5678991667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252039.122024958 Mflops = 252.039122024958 Gflops = 0.252039122024958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057535 s
InvBiCGStab: k = 103 resid = 9.639289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393338(s) Flops=678832128 => 1725.82391734335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248480.07410978 Mflops = 248.48007410978 Gflops = 0.24848007410978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001289708 Relative Rsd = 5.65674288237095e-07
BICGSTAB_SOLVER_TIME: 0.783467 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04248 s
InvBiCGStab: k = 62 resid = 1.461911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24796(s) Flops=409798656 => 1652.68049685433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237933.575522437 Mflops = 237.933575522437 Gflops = 0.237933575522437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075628 s
InvBiCGStab: k = 79 resid = 1.131574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296438(s) Flops=521349120 => 1758.71217590187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253194.011698826 Mflops = 253.194011698826 Gflops = 0.253194011698826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00103253 Relative Rsd = 4.5287413218397e-07
BICGSTAB_SOLVER_TIME: 0.666379 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043008 s
InvBiCGStab: k = 70 resid = 2.12766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26445(s) Flops=462292992 => 1748.13005104935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251679.751493664 Mflops = 251.679751493664 Gflops = 0.251679751493664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057687 s
InvBiCGStab: k = 99 resid = 1.074732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377678(s) Flops=652584960 => 1727.8871419569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248771.300954224 Mflops = 248.771300954224 Gflops = 0.248771300954224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001171351 Relative Rsd = 5.1376194331095e-07
BICGSTAB_SOLVER_TIME: 0.74673 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 59 resid = 2.229559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223431(s) Flops=390113280 => 1746.01232595298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251357.869461362 Mflops = 251.357869461362 Gflops = 0.251357869461362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058308 s
InvBiCGStab: k = 90 resid = 9.978552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3435(s) Flops=593528832 => 1727.88597379913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248750.159834195 Mflops = 248.750159834195 Gflops = 0.248750159834195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001129438 Relative Rsd = 4.95378579513084e-07
BICGSTAB_SOLVER_TIME: 0.670702 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120487
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.894507(s) Flops=1386160128 => 1549.63586422465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223154.10543205 Mflops = 223.15410543205 Gflops = 0.22315410543205 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153640000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045839 s
InvBiCGStab: k = 29 resid = 1.970919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109562(s) Flops=193259520 => 1763.92836932513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253877.982146568 Mflops = 253.877982146568 Gflops = 0.253877982146568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060574 s
InvBiCGStab: k = 61 resid = 8.425321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231947(s) Flops=403236864 => 1738.48708541175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250278.312771437 Mflops = 250.278312771437 Gflops = 0.250278312771437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007248439 Relative Rsd = 3.17921172852351e-07
BICGSTAB_SOLVER_TIME: 0.451807 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042782 s
InvBiCGStab: k = 77 resid = 1.978014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29097(s) Flops=508225536 => 1746.65957315187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251465.402332652 Mflops = 251.465402332652 Gflops = 0.251465402332652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057041 s
InvBiCGStab: k = 107 resid = 9.939722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404163(s) Flops=705079296 => 1744.54191996793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251184.541797435 Mflops = 251.184541797435 Gflops = 0.251184541797435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001252051 Relative Rsd = 5.49157390049878e-07
BICGSTAB_SOLVER_TIME: 0.798806 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 58 resid = 2.055252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219126(s) Flops=383551488 => 1750.36959557515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251997.893497547 Mflops = 251.997893497547 Gflops = 0.251997893497547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061788 s
InvBiCGStab: k = 97 resid = 7.923235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36678(s) Flops=639461376 => 1743.44668738753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251008.085655192 Mflops = 251.008085655192 Gflops = 0.251008085655192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001099639 Relative Rsd = 4.82308826914324e-07
BICGSTAB_SOLVER_TIME: 0.692939 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041689 s
InvBiCGStab: k = 72 resid = 1.340515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27196(s) Flops=475416576 => 1748.11213413737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251686.270770833 Mflops = 251.686270770833 Gflops = 0.251686270770833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 105 resid = 1.025005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397222(s) Flops=691955712 => 1741.98738237056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250792.23213284 Mflops = 250.79223213284 Gflops = 0.25079223213284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001173253 Relative Rsd = 5.14596374043816e-07
BICGSTAB_SOLVER_TIME: 0.771338 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 62 resid = 2.25739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236747(s) Flops=409798656 => 1730.95606702514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249205.181594846 Mflops = 249.205181594846 Gflops = 0.249205181594846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 91 resid = 9.464541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346799(s) Flops=600090624 => 1730.37011064046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249124.024027587 Mflops = 249.124024027587 Gflops = 0.249124024027587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001157751 Relative Rsd = 5.0779690222016e-07
BICGSTAB_SOLVER_TIME: 0.684349 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123609
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923627(s) Flops=1386086400 => 1500.69930827055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216129.356937819 Mflops = 216.129356937819 Gflops = 0.216129356937819 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155355000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042978 s
InvBiCGStab: k = 31 resid = 2.193942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119555(s) Flops=206383104 => 1726.2607502823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248482.564931482 Mflops = 248.482564931482 Gflops = 0.248482564931482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058336 s
InvBiCGStab: k = 52 resid = 6.066066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196519(s) Flops=344180736 => 1751.3865631313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252110.629842456 Mflops = 252.110629842456 Gflops = 0.252110629842456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007697655 Relative Rsd = 3.37624067687672e-07
BICGSTAB_SOLVER_TIME: 0.421209 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041013 s
InvBiCGStab: k = 57 resid = 1.862541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216991(s) Flops=376989696 => 1737.35176113295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250094.789273239 Mflops = 250.094789273239 Gflops = 0.250094789273239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05936 s
InvBiCGStab: k = 87 resid = 1.007224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332344(s) Flops=573843456 => 1726.65508027827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248594.744809764 Mflops = 248.594744809764 Gflops = 0.248594744809764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001118471 Relative Rsd = 4.9056862911125e-07
BICGSTAB_SOLVER_TIME: 0.653597 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043513 s
InvBiCGStab: k = 59 resid = 1.39523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225915(s) Flops=390113280 => 1726.81442135316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248605.101088315 Mflops = 248.605101088315 Gflops = 0.248605101088315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059362 s
InvBiCGStab: k = 79 resid = 9.941882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30094(s) Flops=521349120 => 1732.40220641988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249424.97183432 Mflops = 249.42497183432 Gflops = 0.24942497183432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001096942 Relative Rsd = 4.81125601888457e-07
BICGSTAB_SOLVER_TIME: 0.633534 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041837 s
InvBiCGStab: k = 77 resid = 2.268936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295204(s) Flops=508225536 => 1721.60789149199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247870.434078138 Mflops = 247.870434078138 Gflops = 0.247870434078138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064721 s
InvBiCGStab: k = 92 resid = 8.13618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366743(s) Flops=606652416 => 1654.16222259184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238161.108977614 Mflops = 238.161108977614 Gflops = 0.238161108977614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00118417 Relative Rsd = 5.19384521611056e-07
BICGSTAB_SOLVER_TIME: 0.772471 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043119 s
InvBiCGStab: k = 58 resid = 2.200271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220896(s) Flops=383551488 => 1736.34419817471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249977.351477914 Mflops = 249.977351477914 Gflops = 0.249977351477914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061618 s
InvBiCGStab: k = 83 resid = 9.461471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3132(s) Flops=547596288 => 1748.39172413793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251716.520051152 Mflops = 251.716520051152 Gflops = 0.251716520051152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001054413 Relative Rsd = 4.62472128032039e-07
BICGSTAB_SOLVER_TIME: 0.642688 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114922
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895842(s) Flops=1386012672 => 1547.16196829352 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222776.157643076 Mflops = 222.776157643076 Gflops = 0.222776157643076 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153428000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 28 resid = 2.107623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111963(s) Flops=186697728 => 1667.4948688406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240015.801191351 Mflops = 240.015801191351 Gflops = 0.24001580119135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055948 s
InvBiCGStab: k = 50 resid = 1.051682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189179(s) Flops=331057152 => 1749.96776597825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251896.372800677 Mflops = 251.896372800677 Gflops = 0.251896372800677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007597295 Relative Rsd = 3.33222192822313e-07
BICGSTAB_SOLVER_TIME: 0.402253 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045829 s
InvBiCGStab: k = 56 resid = 1.891632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212192(s) Flops=370427904 => 1745.72040416227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251311.329154261 Mflops = 251.311329154261 Gflops = 0.251311329154261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057423 s
InvBiCGStab: k = 86 resid = 1.113366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327859(s) Flops=567281664 => 1730.26106954514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249110.528382254 Mflops = 249.110528382254 Gflops = 0.249110528382254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001108752 Relative Rsd = 4.86305689873362e-07
BICGSTAB_SOLVER_TIME: 0.647041 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 58 resid = 1.884386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252325(s) Flops=383551488 => 1520.0693074408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218839.671378544 Mflops = 218.839671378544 Gflops = 0.218839671378544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 73 resid = 9.763628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279482(s) Flops=481978368 => 1724.54171646117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248278.52856076 Mflops = 248.27852856076 Gflops = 0.24827852856076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001119118 Relative Rsd = 4.90852372323987e-07
BICGSTAB_SOLVER_TIME: 0.632574 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042713 s
InvBiCGStab: k = 72 resid = 2.194354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274045(s) Flops=475416576 => 1734.81207830831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249760.610729605 Mflops = 249.760610729605 Gflops = 0.249760610729605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058779 s
InvBiCGStab: k = 89 resid = 1.011275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335181(s) Flops=586967040 => 1751.19425027075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252125.8941736 Mflops = 252.1258941736 Gflops = 0.2521258941736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001143786 Relative Rsd = 5.01671888574844e-07
BICGSTAB_SOLVER_TIME: 0.714494 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044523 s
InvBiCGStab: k = 61 resid = 1.947835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231327(s) Flops=403236864 => 1743.14655876746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250954.40987445 Mflops = 250.95440987445 Gflops = 0.25095440987445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057456 s
InvBiCGStab: k = 77 resid = 1.069539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293721(s) Flops=508225536 => 1730.30030539185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249102.811586001 Mflops = 249.102811586001 Gflops = 0.249102811586001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001060267 Relative Rsd = 4.65039960705877e-07
BICGSTAB_SOLVER_TIME: 0.630867 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112767
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886256(s) Flops=1386160128 => 1564.06289830478 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225203.133763408 Mflops = 225.203133763408 Gflops = 0.225203133763408 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153428000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.351576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801708(s) Flops=1387505664 => 1730.68706312024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249228.2538548 Mflops = 249.2282538548 Gflops = 0.2492282538548 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.095715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.956665(s) Flops=1663100928 => 1738.43605441821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250324.436140731 Mflops = 250.324436140731 Gflops = 0.250324436140731 Tflops
BICGSTAB_SOLVER: 464 iterations. Rsd = 0.002090438 Relative Rsd = 9.2018933957803e-07
BICGSTAB_SOLVER_TIME: 1.761918 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.117345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330896999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.081687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788942(s) Flops=1374382080 => 1742.05718544582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250739.400762621 Mflops = 250.739400762621 Gflops = 0.250739400762621 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.000348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798366(s) Flops=1387505664 => 1737.93180571317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250249.578817021 Mflops = 250.249578817021 Gflops = 0.250249578817021 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001911789 Relative Rsd = 8.39982922267387e-07
BICGSTAB_SOLVER_TIME: 1.590678 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.121082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299882999999998
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890568(s) Flops=1386160128 => 1556.4899345137 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224130.060084336 Mflops = 224.130060084336 Gflops = 0.224130060084336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153713000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042954 s
InvBiCGStab: k = 28 resid = 2.167751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106114(s) Flops=186697728 => 1759.4071281829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253235.139283921 Mflops = 253.235139283921 Gflops = 0.253235139283921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06021 s
InvBiCGStab: k = 55 resid = 9.457373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205696(s) Flops=363866112 => 1768.95084007467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254644.774079363 Mflops = 254.644774079363 Gflops = 0.254644774079363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007643012 Relative Rsd = 3.3522736428817e-07
BICGSTAB_SOLVER_TIME: 0.418783 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042473 s
InvBiCGStab: k = 81 resid = 1.660567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307431(s) Flops=534472704 => 1738.5127199274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250304.286052716 Mflops = 250.304286052716 Gflops = 0.250304286052716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059204 s
InvBiCGStab: k = 105 resid = 1.038765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398713(s) Flops=691955712 => 1735.47316490809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249872.009396255 Mflops = 249.872009396255 Gflops = 0.249872009396255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001297082 Relative Rsd = 5.68908613650874e-07
BICGSTAB_SOLVER_TIME: 0.811577 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042218 s
InvBiCGStab: k = 58 resid = 2.128451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219995(s) Flops=383551488 => 1743.4554785336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250985.563808617 Mflops = 250.985563808617 Gflops = 0.250985563808617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057189 s
InvBiCGStab: k = 87 resid = 6.613723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328521(s) Flops=573843456 => 1746.74817134978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251489.287638424 Mflops = 251.489287638424 Gflops = 0.251489287638424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001057685 Relative Rsd = 4.63907387698551e-07
BICGSTAB_SOLVER_TIME: 0.651746 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041791 s
InvBiCGStab: k = 66 resid = 1.92691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249545(s) Flops=436045824 => 1747.36349756557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251576.309554202 Mflops = 251.576309554202 Gflops = 0.251576309554202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057774 s
InvBiCGStab: k = 84 resid = 1.036605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317248(s) Flops=554158080 => 1746.76618922736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251475.359484134 Mflops = 251.475359484134 Gflops = 0.251475359484134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001123983 Relative Rsd = 4.92986088605044e-07
BICGSTAB_SOLVER_TIME: 0.670247 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042242 s
InvBiCGStab: k = 59 resid = 1.642712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226775(s) Flops=390113280 => 1720.26581413295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247657.64398841 Mflops = 247.65764398841 Gflops = 0.24765764398841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057668 s
InvBiCGStab: k = 96 resid = 1.006103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364592(s) Flops=632899584 => 1735.91187958046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249928.352812356 Mflops = 249.928352812356 Gflops = 0.249928352812356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001121113 Relative Rsd = 4.91727345095888e-07
BICGSTAB_SOLVER_TIME: 0.695136 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125077
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921458(s) Flops=1386086400 => 1504.23177182248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216589.017339393 Mflops = 216.589017339393 Gflops = 0.216589017339393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153711000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 30 resid = 1.548778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1145(s) Flops=199821312 => 1745.16429694323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251181.207035351 Mflops = 251.181207035351 Gflops = 0.251181207035351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058417 s
InvBiCGStab: k = 52 resid = 8.808556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196257(s) Flops=344180736 => 1753.72463657347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252456.16519926 Mflops = 252.45616519926 Gflops = 0.25245616519926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007287235 Relative Rsd = 3.19622789630478e-07
BICGSTAB_SOLVER_TIME: 0.414064 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044644 s
InvBiCGStab: k = 79 resid = 1.388447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295161(s) Flops=521349120 => 1766.3211603159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254305.947412101 Mflops = 254.305947412101 Gflops = 0.254305947412101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057567 s
InvBiCGStab: k = 105 resid = 6.884732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397067(s) Flops=691955712 => 1742.66738862711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250910.367095669 Mflops = 250.910367095669 Gflops = 0.250910367095669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001264742 Relative Rsd = 5.54723750736664e-07
BICGSTAB_SOLVER_TIME: 0.798219 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043118 s
InvBiCGStab: k = 58 resid = 2.212149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217685(s) Flops=383551488 => 1761.95644164733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253648.813176103 Mflops = 253.648813176103 Gflops = 0.253648813176103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060358 s
InvBiCGStab: k = 76 resid = 1.087481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28802(s) Flops=501663744 => 1741.76704395528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250747.666888818 Mflops = 250.747666888818 Gflops = 0.250747666888818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001055543 Relative Rsd = 4.62967772330407e-07
BICGSTAB_SOLVER_TIME: 0.613095 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109884
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 67 resid = 2.148024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254509(s) Flops=442607616 => 1739.06469319356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250368.464494541 Mflops = 250.368464494541 Gflops = 0.250368464494541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057191 s
InvBiCGStab: k = 97 resid = 8.237145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403961(s) Flops=639461376 => 1582.97800035152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227909.460506496 Mflops = 227.909460506496 Gflops = 0.227909460506496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001189124 Relative Rsd = 5.21557248116071e-07
BICGSTAB_SOLVER_TIME: 0.760586 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042077 s
InvBiCGStab: k = 60 resid = 1.776097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226572(s) Flops=396675072 => 1750.76828557809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252043.069315036 Mflops = 252.043069315036 Gflops = 0.252043069315036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060537 s
InvBiCGStab: k = 88 resid = 1.044939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331907(s) Flops=580405248 => 1748.69842455869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251763.737160345 Mflops = 251.763737160345 Gflops = 0.251763737160345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001150899 Relative Rsd = 5.04791838462884e-07
BICGSTAB_SOLVER_TIME: 0.665207 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119834
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892075(s) Flops=1386086400 => 1553.77787742062 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223726.152477062 Mflops = 223.726152477062 Gflops = 0.223726152477062 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153751000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 27 resid = 2.250034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103467(s) Flops=180135936 => 1740.99892719418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250573.558200907 Mflops = 250.573558200907 Gflops = 0.250573558200907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057969 s
InvBiCGStab: k = 51 resid = 1.036293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197114(s) Flops=337618944 => 1712.81057662064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246554.151845734 Mflops = 246.554151845734 Gflops = 0.246554151845734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0008067171 Relative Rsd = 3.53831258396601e-07
BICGSTAB_SOLVER_TIME: 0.403747 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04364 s
InvBiCGStab: k = 54 resid = 1.860737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203154(s) Flops=357304320 => 1758.78555184737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253200.595177095 Mflops = 253.200595177095 Gflops = 0.253200595177095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057782 s
InvBiCGStab: k = 89 resid = 1.051414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339907(s) Flops=586967040 => 1726.84599022674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248621.504564819 Mflops = 248.621504564819 Gflops = 0.248621504564819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001099368 Relative Rsd = 4.82189753822349e-07
BICGSTAB_SOLVER_TIME: 0.648496 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042002 s
InvBiCGStab: k = 58 resid = 1.764699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220118(s) Flops=383551488 => 1742.48125096539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250846.099242162 Mflops = 250.846099242162 Gflops = 0.250846099242162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057524 s
InvBiCGStab: k = 90 resid = 6.691967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363744(s) Flops=593528832 => 1631.72129849565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234926.608531857 Mflops = 234.926608531857 Gflops = 0.234926608531857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001071516 Relative Rsd = 4.69973886007931e-07
BICGSTAB_SOLVER_TIME: 0.689158 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 62 resid = 2.220071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236337(s) Flops=409798656 => 1733.95894845073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249645.246866959 Mflops = 249.645246866959 Gflops = 0.249645246866959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058319 s
InvBiCGStab: k = 80 resid = 1.114253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305301(s) Flops=527910912 => 1729.1489775664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248945.66300296 Mflops = 248.94566300296 Gflops = 0.24894566300296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001129361 Relative Rsd = 4.95344726399886e-07
BICGSTAB_SOLVER_TIME: 0.645166 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 65 resid = 1.892282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250672(s) Flops=429484032 => 1713.33069509159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246666.045874671 Mflops = 246.666045874671 Gflops = 0.246666045874671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061234 s
InvBiCGStab: k = 80 resid = 1.106489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304406(s) Flops=527910912 => 1734.23293890396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249661.061157382 Mflops = 249.661061157382 Gflops = 0.249661061157382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00109802 Relative Rsd = 4.81598575323688e-07
BICGSTAB_SOLVER_TIME: 0.661402 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117911
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891593(s) Flops=1380040704 => 1547.8370781287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222869.934178359 Mflops = 222.869934178359 Gflops = 0.222869934178359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153177000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04225 s
InvBiCGStab: k = 26 resid = 1.872441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102099(s) Flops=173574144 => 1700.05723856257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244675.040666815 Mflops = 244.675040666815 Gflops = 0.244675040666815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 46 resid = 1.144367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174262(s) Flops=304809984 => 1749.14774305356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251791.905514363 Mflops = 251.791905514363 Gflops = 0.251791905514363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007447712 Relative Rsd = 3.26661377787631e-07
BICGSTAB_SOLVER_TIME: 0.378634 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655930000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057776 s
InvBiCGStab: k = 64 resid = 1.766932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241394(s) Flops=422922240 => 1751.99980115496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252234.623139102 Mflops = 252.234623139102 Gflops = 0.252234623139102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06103 s
InvBiCGStab: k = 99 resid = 8.023223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38042(s) Flops=652584960 => 1715.43283739025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246976.608230207 Mflops = 246.976608230207 Gflops = 0.246976608230207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001143578 Relative Rsd = 5.01580592396264e-07
BICGSTAB_SOLVER_TIME: 0.744464 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043562 s
InvBiCGStab: k = 57 resid = 2.259349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216868(s) Flops=376989696 => 1738.33712673147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250259.426134861 Mflops = 250.259426134861 Gflops = 0.250259426134861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057726 s
InvBiCGStab: k = 75 resid = 9.847315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289984(s) Flops=495101952 => 1707.34230854116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245808.075274211 Mflops = 245.808075274211 Gflops = 0.245808075274211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001036832 Relative Rsd = 4.5476097093514e-07
BICGSTAB_SOLVER_TIME: 0.612044 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040796 s
InvBiCGStab: k = 66 resid = 2.082422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249604(s) Flops=436045824 => 1746.95046553741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251516.739977781 Mflops = 251.516739977781 Gflops = 0.251516739977781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05758 s
InvBiCGStab: k = 93 resid = 1.075281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352397(s) Flops=613214208 => 1740.12323600939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250529.526300116 Mflops = 250.529526300116 Gflops = 0.250529526300116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001126573 Relative Rsd = 4.94122184787046e-07
BICGSTAB_SOLVER_TIME: 0.704299 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 64 resid = 1.939968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242213(s) Flops=422922240 => 1746.07572673638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251373.579814705 Mflops = 251.373579814705 Gflops = 0.251373579814705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055724 s
InvBiCGStab: k = 75 resid = 1.122462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285418(s) Flops=495101952 => 1734.65566992972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249735.389995743 Mflops = 249.735389995743 Gflops = 0.249735389995743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001049685 Relative Rsd = 4.60398612083502e-07
BICGSTAB_SOLVER_TIME: 0.628246 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113605
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888451(s) Flops=1379819520 => 1553.06203718607 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223719.05786547 Mflops = 223.71905786547 Gflops = 0.22371905786547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152729000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.802485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78673(s) Flops=1367820288 => 1738.61463017808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250329.821455086 Mflops = 250.329821455086 Gflops = 0.250329821455086 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 278 resid = 1.091992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046708(s) Flops=1827145728 => 1745.61169686293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251356.796090828 Mflops = 251.356796090828 Gflops = 0.251356796090828 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.002258299 Relative Rsd = 9.94146628742219e-07
BICGSTAB_SOLVER_TIME: 1.836829 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346712999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 1.655079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.650231(s) Flops=1131595776 => 1740.29810328945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250566.710475109 Mflops = 250.566710475109 Gflops = 0.250566710475109 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 9.185729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796905(s) Flops=1387505664 => 1741.11803038003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250707.368028829 Mflops = 250.707368028829 Gflops = 0.250707368028829 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001928161 Relative Rsd = 8.47151896601554e-07
BICGSTAB_SOLVER_TIME: 1.450567 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274025999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919338(s) Flops=1379819520 => 1500.88380987189 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216115.29907127 Mflops = 216.11529907127 Gflops = 0.21611529907127 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152837000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043744 s
InvBiCGStab: k = 26 resid = 2.257222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101463(s) Flops=173574144 => 1710.71369858963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246217.631134993 Mflops = 246.217631134993 Gflops = 0.246217631134993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057222 s
InvBiCGStab: k = 52 resid = 1.048057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197259(s) Flops=344180736 => 1744.81638860584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251161.885611579 Mflops = 251.161885611579 Gflops = 0.251161885611579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007686413 Relative Rsd = 3.37130976414432e-07
BICGSTAB_SOLVER_TIME: 0.40358 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042897 s
InvBiCGStab: k = 84 resid = 1.852263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319796(s) Flops=554158080 => 1732.84869104054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249483.490376795 Mflops = 249.483490376795 Gflops = 0.249483490376795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058033 s
InvBiCGStab: k = 115 resid = 6.121374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43513(s) Flops=757573632 => 1741.02827201066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250670.9699066 Mflops = 250.6709699066 Gflops = 0.2506709699066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.00128015 Relative Rsd = 5.61482016734753e-07
BICGSTAB_SOLVER_TIME: 0.860328 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156516999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043945 s
InvBiCGStab: k = 52 resid = 2.180931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200731(s) Flops=344180736 => 1714.63668292391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246850.337332744 Mflops = 246.850337332744 Gflops = 0.246850337332744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058175 s
InvBiCGStab: k = 88 resid = 1.117527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337106(s) Flops=580405248 => 1721.72921276987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247901.762478538 Mflops = 247.901762478538 Gflops = 0.247901762478538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001037741 Relative Rsd = 4.55159753460148e-07
BICGSTAB_SOLVER_TIME: 0.64388 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042444 s
InvBiCGStab: k = 65 resid = 2.05375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259475(s) Flops=429484032 => 1655.20390018306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238300.763364884 Mflops = 238.300763364884 Gflops = 0.238300763364884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074923 s
InvBiCGStab: k = 84 resid = 1.143325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319077(s) Flops=554158080 => 1736.75344822723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250043.921633569 Mflops = 250.043921633569 Gflops = 0.250043921633569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001136382 Relative Rsd = 4.98424593793415e-07
BICGSTAB_SOLVER_TIME: 0.700586 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043407 s
InvBiCGStab: k = 61 resid = 2.226092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23285(s) Flops=403236864 => 1731.74517500537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249315.212001489 Mflops = 249.315212001489 Gflops = 0.249315212001489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058367 s
InvBiCGStab: k = 84 resid = 1.104267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316238(s) Flops=554158080 => 1752.34500597651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252289.586775594 Mflops = 252.289586775594 Gflops = 0.252289586775594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001148527 Relative Rsd = 5.03751429662683e-07
BICGSTAB_SOLVER_TIME: 0.654755 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117931
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895008(s) Flops=1379819520 => 1541.68400729379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222053.226572935 Mflops = 222.053226572935 Gflops = 0.222053226572935 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152737000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 29 resid = 2.150392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114432(s) Flops=193259520 => 1688.85906040268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243085.729829198 Mflops = 243.085729829198 Gflops = 0.243085729829198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055977 s
InvBiCGStab: k = 50 resid = 1.14496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190147(s) Flops=331057152 => 1741.05903327426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250634.055387419 Mflops = 250.634055387419 Gflops = 0.250634055387419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0008299663 Relative Rsd = 3.64028525832988e-07
BICGSTAB_SOLVER_TIME: 0.405259 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043116 s
InvBiCGStab: k = 80 resid = 2.209378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303442(s) Flops=527910912 => 1739.74239558136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250476.135308192 Mflops = 250.476135308192 Gflops = 0.250476135308192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061309 s
InvBiCGStab: k = 124 resid = 9.762107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474563(s) Flops=816629760 => 1720.80368676024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247756.031836308 Mflops = 247.756031836308 Gflops = 0.247756031836308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001366379 Relative Rsd = 5.99302735224366e-07
BICGSTAB_SOLVER_TIME: 0.887285 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160161999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042548 s
InvBiCGStab: k = 57 resid = 2.263603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214745(s) Flops=376989696 => 1755.52257794128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252728.725134919 Mflops = 252.728725134919 Gflops = 0.252728725134919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058347 s
InvBiCGStab: k = 84 resid = 1.084216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319556(s) Flops=554158080 => 1734.15013330997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249667.518756073 Mflops = 249.667518756073 Gflops = 0.249667518756073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001037461 Relative Rsd = 4.55037055072492e-07
BICGSTAB_SOLVER_TIME: 0.638973 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114905
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043079 s
InvBiCGStab: k = 73 resid = 1.605206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276525(s) Flops=481978368 => 1742.98297803092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250947.079126355 Mflops = 250.947079126355 Gflops = 0.250947079126355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057676 s
InvBiCGStab: k = 88 resid = 8.711913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33347(s) Flops=580405248 => 1740.50213812337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250588.008628232 Mflops = 250.588008628232 Gflops = 0.250588008628232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001128576 Relative Rsd = 4.95000782854629e-07
BICGSTAB_SOLVER_TIME: 0.714705 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129525
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042181 s
InvBiCGStab: k = 61 resid = 1.657541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235628(s) Flops=403236864 => 1711.32829714635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246366.551034562 Mflops = 246.366551034562 Gflops = 0.246366551034562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057826 s
InvBiCGStab: k = 81 resid = 1.128554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310774(s) Flops=534472704 => 1719.81151576387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247600.888854746 Mflops = 247.600888854746 Gflops = 0.247600888854746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001103757 Relative Rsd = 4.84114990071446e-07
BICGSTAB_SOLVER_TIME: 0.650366 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115504
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886503(s) Flops=1373700096 => 1549.57185254872 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223123.604439609 Mflops = 223.123604439609 Gflops = 0.223123604439609 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152092000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 28 resid = 1.738593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109846(s) Flops=186697728 => 1699.63155690694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244647.046311044 Mflops = 244.647046311044 Gflops = 0.244647046311044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057072 s
InvBiCGStab: k = 55 resid = 1.03581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212189(s) Flops=363866112 => 1714.82080597957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246855.967258877 Mflops = 246.855967258877 Gflops = 0.246855967258877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008050431 Relative Rsd = 3.53097059430263e-07
BICGSTAB_SOLVER_TIME: 0.42391 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044267 s
InvBiCGStab: k = 56 resid = 1.555269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212685(s) Flops=370427904 => 1741.67385570209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250748.849673915 Mflops = 250.748849673915 Gflops = 0.250748849673915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058176 s
InvBiCGStab: k = 75 resid = 1.120085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284906(s) Flops=495101952 => 1737.77299179378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250186.116677367 Mflops = 250.186116677367 Gflops = 0.250186116677367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001054328 Relative Rsd = 4.62434853865169e-07
BICGSTAB_SOLVER_TIME: 0.603813 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10797
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042132 s
InvBiCGStab: k = 61 resid = 1.940846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231481(s) Flops=403236864 => 1741.9868758127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250784.161456509 Mflops = 250.784161456509 Gflops = 0.250784161456509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05911 s
InvBiCGStab: k = 82 resid = 1.114358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311342(s) Flops=541034496 => 1737.74979283232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250181.746786907 Mflops = 250.181746786907 Gflops = 0.250181746786907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001029562 Relative Rsd = 4.51572293610651e-07
BICGSTAB_SOLVER_TIME: 0.64774 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04422 s
InvBiCGStab: k = 66 resid = 2.020226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251489(s) Flops=436045824 => 1733.85644700166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249617.725628437 Mflops = 249.617725628437 Gflops = 0.249617725628437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058398 s
InvBiCGStab: k = 87 resid = 1.088893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329893(s) Flops=573843456 => 1739.48357800863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250438.515276787 Mflops = 250.438515276787 Gflops = 0.250438515276787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001126898 Relative Rsd = 4.94264745710199e-07
BICGSTAB_SOLVER_TIME: 0.687927 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042821 s
InvBiCGStab: k = 64 resid = 1.90327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245117(s) Flops=422922240 => 1725.38926308661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248409.731668073 Mflops = 248.409731668073 Gflops = 0.248409731668073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 81 resid = 1.063407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311607(s) Flops=534472704 => 1715.21404846489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246920.279279249 Mflops = 246.920279279249 Gflops = 0.246920279279249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001068003 Relative Rsd = 4.68433135343126e-07
BICGSTAB_SOLVER_TIME: 0.660345 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117989
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883135(s) Flops=1373626368 => 1555.39794935089 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223961.597301649 Mflops = 223.961597301649 Gflops = 0.223961597301649 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152527000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044572 s
InvBiCGStab: k = 32 resid = 2.044367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120405(s) Flops=212944896 => 1768.57186993896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254519.597783769 Mflops = 254.519597783769 Gflops = 0.254519597783769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060579 s
InvBiCGStab: k = 55 resid = 1.066579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208347(s) Flops=363866112 => 1746.44277095423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251407.691232723 Mflops = 251.407691232723 Gflops = 0.251407691232723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007842944 Relative Rsd = 3.43996546058655e-07
BICGSTAB_SOLVER_TIME: 0.437694 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 65 resid = 2.059666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249356(s) Flops=429484032 => 1722.37296074688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247966.97142169 Mflops = 247.96697142169 Gflops = 0.24796697142169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055617 s
InvBiCGStab: k = 92 resid = 1.021975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351349(s) Flops=606652416 => 1726.63766226743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248596.402203362 Mflops = 248.596402203362 Gflops = 0.248596402203362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001134485 Relative Rsd = 4.97592409722661e-07
BICGSTAB_SOLVER_TIME: 0.701668 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041447 s
InvBiCGStab: k = 63 resid = 2.047452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243874(s) Flops=416360448 => 1707.27690528716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245798.10299991 Mflops = 245.79810299991 Gflops = 0.24579810299991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059409 s
InvBiCGStab: k = 86 resid = 1.109704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327099(s) Flops=567281664 => 1734.28125429916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249688.298884705 Mflops = 249.688298884705 Gflops = 0.249688298884705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001088518 Relative Rsd = 4.77430863923077e-07
BICGSTAB_SOLVER_TIME: 0.675721 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042359 s
InvBiCGStab: k = 65 resid = 2.14754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247182(s) Flops=429484032 => 1737.52147000995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250150.614876775 Mflops = 250.150614876775 Gflops = 0.250150614876775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059129 s
InvBiCGStab: k = 85 resid = 1.146996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320222(s) Flops=560719872 => 1751.03481959391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252099.886533361 Mflops = 252.099886533361 Gflops = 0.252099886533361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001104634 Relative Rsd = 4.8449952671624e-07
BICGSTAB_SOLVER_TIME: 0.672651 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121574000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043051 s
InvBiCGStab: k = 61 resid = 2.006594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23189(s) Flops=403236864 => 1738.91441631808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250351.764678816 Mflops = 250.351764678816 Gflops = 0.250351764678816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057847 s
InvBiCGStab: k = 74 resid = 9.649895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283429(s) Flops=488540160 => 1723.67739363297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248153.261030175 Mflops = 248.153261030175 Gflops = 0.248153261030175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001079197 Relative Rsd = 4.7334255160395e-07
BICGSTAB_SOLVER_TIME: 0.62007 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110827
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913335(s) Flops=1373405184 => 1503.72555962489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216518.918185314 Mflops = 216.518918185314 Gflops = 0.216518918185314 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151956000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.245918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753956(s) Flops=1302202368 => 1727.15963265761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248660.956473231 Mflops = 248.660956473231 Gflops = 0.248660956473231 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 9.65919e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.01705(s) Flops=1774651392 => 1744.90083280075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251255.985721479 Mflops = 251.255985721479 Gflops = 0.251255985721479 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002117941 Relative Rsd = 9.32413809361104e-07
BICGSTAB_SOLVER_TIME: 1.774468 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.118602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335812999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.110165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690123(s) Flops=1203775488 => 1744.29121765251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251130.747899989 Mflops = 251.130747899989 Gflops = 0.251130747899989 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 8.874542e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811131(s) Flops=1413752832 => 1742.94020571276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250971.047658773 Mflops = 250.971047658773 Gflops = 0.250971047658773 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001979769 Relative Rsd = 8.6978232177227e-07
BICGSTAB_SOLVER_TIME: 1.504814 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.121968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284074999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885672(s) Flops=1373405184 => 1550.69278920413 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223282.767427672 Mflops = 223.282767427672 Gflops = 0.223282767427672 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152096000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04266 s
InvBiCGStab: k = 28 resid = 1.53439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109497(s) Flops=186697728 => 1705.04879585742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245443.233839991 Mflops = 245.443233839991 Gflops = 0.245443233839991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057262 s
InvBiCGStab: k = 56 resid = 1.141982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210933(s) Flops=370427904 => 1756.14012032257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252813.263544463 Mflops = 252.813263544463 Gflops = 0.252813263544463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0008047227 Relative Rsd = 3.52956515396961e-07
BICGSTAB_SOLVER_TIME: 0.424146 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042087 s
InvBiCGStab: k = 86 resid = 2.062204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325282(s) Flops=567281664 => 1743.96881475151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251085.951094126 Mflops = 251.085951094126 Gflops = 0.251085951094126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05707 s
InvBiCGStab: k = 113 resid = 1.124937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426074(s) Flops=744450048 => 1747.2318141919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251560.978822864 Mflops = 251.560978822864 Gflops = 0.251560978822864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001311365 Relative Rsd = 5.75173175649692e-07
BICGSTAB_SOLVER_TIME: 0.854396 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156592999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043602 s
InvBiCGStab: k = 55 resid = 1.88212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208898(s) Flops=363866112 => 1741.83626458846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250759.967825142 Mflops = 250.759967825142 Gflops = 0.250759967825142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058794 s
InvBiCGStab: k = 75 resid = 1.084438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284307(s) Flops=495101952 => 1741.43426647954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250719.250826562 Mflops = 250.719250826562 Gflops = 0.250719250826562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001018237 Relative Rsd = 4.46605230042434e-07
BICGSTAB_SOLVER_TIME: 0.599536 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0418 s
InvBiCGStab: k = 70 resid = 1.911998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264356(s) Flops=462292992 => 1748.75165307389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251758.719216519 Mflops = 251.758719216519 Gflops = 0.251758719216519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056074 s
InvBiCGStab: k = 107 resid = 1.134733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425526(s) Flops=705079296 => 1656.95937733534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238559.765691285 Mflops = 238.559765691285 Gflops = 0.238559765691285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001194021 Relative Rsd = 5.23705057095835e-07
BICGSTAB_SOLVER_TIME: 0.792646 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 60 resid = 2.151931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227498(s) Flops=396675072 => 1743.64201883093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251031.071803097 Mflops = 251.031071803096 Gflops = 0.251031071803096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057197 s
InvBiCGStab: k = 96 resid = 1.043538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363397(s) Flops=632899584 => 1741.6202775477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250750.122144788 Mflops = 250.750122144788 Gflops = 0.250750122144788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001143917 Relative Rsd = 5.01729178458719e-07
BICGSTAB_SOLVER_TIME: 0.692912 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125503
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900151(s) Flops=1373405184 => 1525.74977309363 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219681.835446614 Mflops = 219.681835446614 Gflops = 0.219681835446614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152050000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043729 s
InvBiCGStab: k = 30 resid = 2.175599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116541(s) Flops=199821312 => 1714.60097304811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246809.123573239 Mflops = 246.809123573239 Gflops = 0.246809123573239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059296 s
InvBiCGStab: k = 61 resid = 9.683486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230359(s) Flops=403236864 => 1750.47149883443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252004.537429404 Mflops = 252.004537429404 Gflops = 0.252004537429404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007968546 Relative Rsd = 3.49505514740561e-07
BICGSTAB_SOLVER_TIME: 0.453906 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0790860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 78 resid = 2.236008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293215(s) Flops=514787328 => 1755.66505124226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252766.403069593 Mflops = 252.766403069593 Gflops = 0.252766403069593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057315 s
InvBiCGStab: k = 123 resid = 9.723436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467629(s) Flops=810067968 => 1732.28770670767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249419.179593739 Mflops = 249.419179593739 Gflops = 0.249419179593739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001318789 Relative Rsd = 5.7842940601907e-07
BICGSTAB_SOLVER_TIME: 0.862843 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157979999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044677 s
InvBiCGStab: k = 55 resid = 2.027497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206971(s) Flops=363866112 => 1758.05360171232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253111.65926204 Mflops = 253.11165926204 Gflops = 0.25311165926204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05702 s
InvBiCGStab: k = 72 resid = 1.106618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286878(s) Flops=475416576 => 1657.208206973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238583.589393555 Mflops = 238.583589393555 Gflops = 0.238583589393555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001053604 Relative Rsd = 4.62117461781244e-07
BICGSTAB_SOLVER_TIME: 0.599378 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104805
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040597 s
InvBiCGStab: k = 71 resid = 1.865831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273319(s) Flops=468854784 => 1715.41233503708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246979.24011258 Mflops = 246.97924011258 Gflops = 0.24697924011258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058871 s
InvBiCGStab: k = 96 resid = 1.042188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365054(s) Flops=632899584 => 1733.71496819649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249613.392678912 Mflops = 249.613392678912 Gflops = 0.249613392678912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001205845 Relative Rsd = 5.2889132340155e-07
BICGSTAB_SOLVER_TIME: 0.741733 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 60 resid = 1.960474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231159(s) Flops=396675072 => 1716.02694249413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247053.85551098 Mflops = 247.05385551098 Gflops = 0.24705385551098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057445 s
InvBiCGStab: k = 87 resid = 9.965993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3313(s) Flops=573843456 => 1732.09615454271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249372.486415494 Mflops = 249.372486415494 Gflops = 0.249372486415494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001137447 Relative Rsd = 4.98891695270851e-07
BICGSTAB_SOLVER_TIME: 0.664663 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119355
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883572(s) Flops=1373626368 => 1554.62867542204 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223867.257975616 Mflops = 223.867257975616 Gflops = 0.223867257975616 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152322000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043068 s
InvBiCGStab: k = 29 resid = 2.110222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114278(s) Flops=193259520 => 1691.13495160923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243604.344272548 Mflops = 243.604344272548 Gflops = 0.243604344272548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060571 s
InvBiCGStab: k = 56 resid = 1.039077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213145(s) Flops=370427904 => 1737.91505313284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250175.02289554 Mflops = 250.17502289554 Gflops = 0.25017502289554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007495046 Relative Rsd = 3.28737497821798e-07
BICGSTAB_SOLVER_TIME: 0.434929 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042538 s
InvBiCGStab: k = 53 resid = 1.918059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199016(s) Flops=350742528 => 1762.38356715038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253717.658242254 Mflops = 253.717658242254 Gflops = 0.253717658242254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057135 s
InvBiCGStab: k = 82 resid = 1.102895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341242(s) Flops=541034496 => 1585.4862414357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228288.909422183 Mflops = 228.288909422183 Gflops = 0.228288909422183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00109492 Relative Rsd = 4.80238936261469e-07
BICGSTAB_SOLVER_TIME: 0.645667 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043945 s
InvBiCGStab: k = 61 resid = 2.067269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228239(s) Flops=403236864 => 1766.73076906225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254348.102604677 Mflops = 254.348102604677 Gflops = 0.254348102604677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057322 s
InvBiCGStab: k = 78 resid = 1.133966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298259(s) Flops=514787328 => 1725.9741633949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248479.527137471 Mflops = 248.479527137471 Gflops = 0.248479527137471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001062496 Relative Rsd = 4.66017667208932e-07
BICGSTAB_SOLVER_TIME: 0.632931 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042144 s
InvBiCGStab: k = 71 resid = 2.181192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26721(s) Flops=468854784 => 1754.63038059953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252615.789908733 Mflops = 252.615789908733 Gflops = 0.252615789908733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057993 s
InvBiCGStab: k = 92 resid = 1.051414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350234(s) Flops=606652416 => 1732.13456146462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249385.059276553 Mflops = 249.385059276553 Gflops = 0.249385059276553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001140597 Relative Rsd = 5.00273137167663e-07
BICGSTAB_SOLVER_TIME: 0.721505 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040616 s
InvBiCGStab: k = 56 resid = 2.216592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217082(s) Flops=370427904 => 1706.39621894031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245654.282407299 Mflops = 245.654282407299 Gflops = 0.245654282407299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059704 s
InvBiCGStab: k = 84 resid = 9.864546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317891(s) Flops=554158080 => 1743.23299495739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250967.130233966 Mflops = 250.967130233966 Gflops = 0.250967130233966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001071716 Relative Rsd = 4.7006135264882e-07
BICGSTAB_SOLVER_TIME: 0.639185 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114179
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883272(s) Flops=1379819520 => 1562.16830149716 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224907.236124486 Mflops = 224.907236124486 Gflops = 0.224907236124486 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153075000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040766 s
InvBiCGStab: k = 34 resid = 1.854727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133457(s) Flops=226068480 => 1693.9424683606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243826.93900885 Mflops = 243.826939008851 Gflops = 0.24382693900885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 54 resid = 1.005182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206731(s) Flops=357304320 => 1728.35385113989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248797.657911929 Mflops = 248.797657911929 Gflops = 0.248797657911929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007650601 Relative Rsd = 3.35560227704371e-07
BICGSTAB_SOLVER_TIME: 0.440764 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 63 resid = 1.509822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239257(s) Flops=416360448 => 1740.22263925402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250534.533220567 Mflops = 250.534533220567 Gflops = 0.250534533220567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062211 s
InvBiCGStab: k = 87 resid = 1.131986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32912(s) Flops=573843456 => 1743.56908118619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251027.220456338 Mflops = 251.027220456338 Gflops = 0.251027220456338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001142522 Relative Rsd = 5.0111752469853e-07
BICGSTAB_SOLVER_TIME: 0.675301 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041548 s
InvBiCGStab: k = 57 resid = 2.249771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217678(s) Flops=376989696 => 1731.86861327282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249335.372477854 Mflops = 249.335372477854 Gflops = 0.249335372477854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058785 s
InvBiCGStab: k = 76 resid = 9.53343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288064(s) Flops=501663744 => 1741.50099977783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250718.809271005 Mflops = 250.718809271005 Gflops = 0.250718809271005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001051543 Relative Rsd = 4.61213282401878e-07
BICGSTAB_SOLVER_TIME: 0.610459 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 67 resid = 2.059676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255939(s) Flops=442607616 => 1729.3480712201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248974.447665697 Mflops = 248.974447665697 Gflops = 0.248974447665697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 84 resid = 1.077917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317392(s) Flops=554158080 => 1745.97368553713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251358.713735502 Mflops = 251.358713735502 Gflops = 0.251358713735502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00115109 Relative Rsd = 5.04875373445076e-07
BICGSTAB_SOLVER_TIME: 0.676008 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122209000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 54 resid = 1.823307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206198(s) Flops=357304320 => 1732.82146286579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249456.744674817 Mflops = 249.456744674817 Gflops = 0.249456744674817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055971 s
InvBiCGStab: k = 76 resid = 1.020171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289057(s) Flops=501663744 => 1735.51840640427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249859.455423325 Mflops = 249.859455423325 Gflops = 0.249859455423325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001056743 Relative Rsd = 4.6349420611182e-07
BICGSTAB_SOLVER_TIME: 0.596204 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107012
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892596(s) Flops=1386012672 => 1552.78835217724 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223584.614890315 Mflops = 223.584614890315 Gflops = 0.223584614890315 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153467000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02148
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.099085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844772(s) Flops=1459685376 => 1727.9045422907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248804.931344312 Mflops = 248.804931344312 Gflops = 0.248804931344312 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 6.953034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964855(s) Flops=1682786304 => 1744.08206829005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251137.673943173 Mflops = 251.137673943173 Gflops = 0.251137673943173 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002097602 Relative Rsd = 9.23519113075985e-07
BICGSTAB_SOLVER_TIME: 1.813875 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.117377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001917
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341200999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.811132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728488(s) Flops=1269393408 => 1742.50421146265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250942.759722397 Mflops = 250.942759722397 Gflops = 0.250942759722397 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 9.962502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867195(s) Flops=1512179712 => 1743.75972186187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251086.916972199 Mflops = 251.086916972199 Gflops = 0.251086916972199 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002053414 Relative Rsd = 9.02087480720526e-07
BICGSTAB_SOLVER_TIME: 1.599288 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.119242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302026999999998
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.90209(s) Flops=1386012672 => 1536.44611069849 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221220.740289115 Mflops = 221.220740289115 Gflops = 0.221220740289115 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153321000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042312 s
InvBiCGStab: k = 25 resid = 1.787268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094914(s) Flops=167012352 => 1759.61767494785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253259.239384901 Mflops = 253.259239384901 Gflops = 0.253259239384901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05843 s
InvBiCGStab: k = 56 resid = 7.425062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212842(s) Flops=370427904 => 1740.38913372361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250544.058603187 Mflops = 250.544058603187 Gflops = 0.250544058603187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007377688 Relative Rsd = 3.23590088558533e-07
BICGSTAB_SOLVER_TIME: 0.413267 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04859 s
InvBiCGStab: k = 82 resid = 1.753933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315746(s) Flops=541034496 => 1713.51179745745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246702.97038002 Mflops = 246.70297038002 Gflops = 0.24670297038002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 105 resid = 1.010639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401234(s) Flops=691955712 => 1724.56898468226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248296.592423184 Mflops = 248.296592423184 Gflops = 0.248296592423184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001294125 Relative Rsd = 5.67611472643792e-07
BICGSTAB_SOLVER_TIME: 0.825874 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043955 s
InvBiCGStab: k = 51 resid = 2.137696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194363(s) Flops=337618944 => 1737.0535750117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250081.853414832 Mflops = 250.081853414832 Gflops = 0.250081853414832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058392 s
InvBiCGStab: k = 81 resid = 4.464304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309351(s) Flops=534472704 => 1727.72256756888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248736.446961769 Mflops = 248.736446961769 Gflops = 0.248736446961769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001021509 Relative Rsd = 4.48040540769449e-07
BICGSTAB_SOLVER_TIME: 0.609928 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042748 s
InvBiCGStab: k = 83 resid = 8.156244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311846(s) Flops=547596288 => 1755.98304291221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252818.624124642 Mflops = 252.818624124642 Gflops = 0.252818624124642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057895 s
InvBiCGStab: k = 94 resid = 1.031558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354195(s) Flops=619776000 => 1749.81577944353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251936.336965572 Mflops = 251.936336965572 Gflops = 0.251936336965572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001177544 Relative Rsd = 5.1647810674473e-07
BICGSTAB_SOLVER_TIME: 0.770556 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 53 resid = 2.200606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201082(s) Flops=350742528 => 1744.27610626511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251102.013702439 Mflops = 251.102013702439 Gflops = 0.251102013702439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057769 s
InvBiCGStab: k = 79 resid = 9.079066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313882(s) Flops=521349120 => 1660.97170274179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239120.884472388 Mflops = 239.120884472388 Gflops = 0.239120884472388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001100602 Relative Rsd = 4.82730944089003e-07
BICGSTAB_SOLVER_TIME: 0.617802 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108389
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932245(s) Flops=1392205824 => 1493.39049713326 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215061.602538911 Mflops = 215.061602538911 Gflops = 0.215061602538911 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154412000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04238 s
InvBiCGStab: k = 26 resid = 2.007459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097703(s) Flops=173574144 => 1776.54876513515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255657.046239694 Mflops = 255.657046239694 Gflops = 0.255657046239694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058182 s
InvBiCGStab: k = 48 resid = 9.803711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18225(s) Flops=317933568 => 1744.49145679012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251107.414144267 Mflops = 251.107414144267 Gflops = 0.251107414144267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007329244 Relative Rsd = 3.21465333395675e-07
BICGSTAB_SOLVER_TIME: 0.384375 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043758 s
InvBiCGStab: k = 80 resid = 1.529438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301595(s) Flops=527910912 => 1750.39676387208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252012.980731873 Mflops = 252.012980731873 Gflops = 0.252012980731873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059411 s
InvBiCGStab: k = 119 resid = 8.892379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44792(s) Flops=783820800 => 1749.91248437221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251954.386178078 Mflops = 251.954386178078 Gflops = 0.251954386178078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001278631 Relative Rsd = 5.60815523994812e-07
BICGSTAB_SOLVER_TIME: 0.856652 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156506999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042905 s
InvBiCGStab: k = 61 resid = 1.760308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23027(s) Flops=403236864 => 1751.1480609719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252113.117483076 Mflops = 252.113117483076 Gflops = 0.252113117483076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056785 s
InvBiCGStab: k = 78 resid = 1.054357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296249(s) Flops=514787328 => 1737.68460990586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250171.371331723 Mflops = 250.171371331723 Gflops = 0.250171371331723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001113719 Relative Rsd = 4.88484135154663e-07
BICGSTAB_SOLVER_TIME: 0.630014 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 73 resid = 1.945601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27662(s) Flops=481978368 => 1742.38438290796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250849.060790386 Mflops = 250.849060790386 Gflops = 0.250849060790386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060959 s
InvBiCGStab: k = 88 resid = 1.0768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354644(s) Flops=580405248 => 1636.58555621976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235623.681183748 Mflops = 235.623681183748 Gflops = 0.235623681183748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001190893 Relative Rsd = 5.22333418815514e-07
BICGSTAB_SOLVER_TIME: 0.737085 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041646 s
InvBiCGStab: k = 64 resid = 2.220865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244657(s) Flops=422922240 => 1728.63331112537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248854.53905843 Mflops = 248.85453905843 Gflops = 0.24885453905843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057133 s
InvBiCGStab: k = 95 resid = 1.100195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394418(s) Flops=626337792 => 1588.00509104554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228634.261274209 Mflops = 228.634261274209 Gflops = 0.228634261274209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001106842 Relative Rsd = 4.85468042328834e-07
BICGSTAB_SOLVER_TIME: 0.74163 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127882
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899811(s) Flops=1392279552 => 1547.30221346483 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222837.532191272 Mflops = 222.837532191272 Gflops = 0.222837532191272 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154240000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042732 s
InvBiCGStab: k = 28 resid = 2.182413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109627(s) Flops=186697728 => 1703.02688206373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245118.997565362 Mflops = 245.118997565362 Gflops = 0.245118997565362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057097 s
InvBiCGStab: k = 49 resid = 1.143153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188803(s) Flops=324495360 => 1718.69811390709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247408.180649357 Mflops = 247.408180649357 Gflops = 0.247408180649357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007889136 Relative Rsd = 3.46022524679306e-07
BICGSTAB_SOLVER_TIME: 0.402139 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001835
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042665 s
InvBiCGStab: k = 54 resid = 2.146021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2022(s) Flops=357304320 => 1767.08367952522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254383.499544061 Mflops = 254.383499544061 Gflops = 0.254383499544061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058126 s
InvBiCGStab: k = 73 resid = 1.08429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280975(s) Flops=481978368 => 1715.37812260877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246956.831171549 Mflops = 246.956831171549 Gflops = 0.246956831171549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001073685 Relative Rsd = 4.70924989989152e-07
BICGSTAB_SOLVER_TIME: 0.587779 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 61 resid = 1.710551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230636(s) Flops=403236864 => 1748.36913578106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251718.596462606 Mflops = 251.718596462606 Gflops = 0.251718596462606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059368 s
InvBiCGStab: k = 76 resid = 1.079364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308462(s) Flops=501663744 => 1626.33888128846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234152.303336194 Mflops = 234.152303336194 Gflops = 0.234152303336194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001124026 Relative Rsd = 4.93005134172499e-07
BICGSTAB_SOLVER_TIME: 0.644007 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043915 s
InvBiCGStab: k = 66 resid = 2.032131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249275(s) Flops=436045824 => 1749.25613880253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251833.145416073 Mflops = 251.833145416073 Gflops = 0.251833145416072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057275 s
InvBiCGStab: k = 87 resid = 8.452242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329463(s) Flops=573843456 => 1741.75387221023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250752.674405866 Mflops = 250.752674405866 Gflops = 0.250752674405866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001150534 Relative Rsd = 5.04631406363835e-07
BICGSTAB_SOLVER_TIME: 0.683968 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 62 resid = 1.968863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249872(s) Flops=409798656 => 1640.03432157265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236116.448165902 Mflops = 236.116448165902 Gflops = 0.236116448165902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 86 resid = 9.617789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318598(s) Flops=567281664 => 1780.55626212343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256354.550685376 Mflops = 256.354550685376 Gflops = 0.256354550685375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001117303 Relative Rsd = 4.90056390149549e-07
BICGSTAB_SOLVER_TIME: 0.670157 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120085
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872401(s) Flops=1398030336 => 1602.50886461616 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230741.85307376 Mflops = 230.74185307376 Gflops = 0.23074185307376 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155023000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045554 s
InvBiCGStab: k = 27 resid = 2.238056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11385(s) Flops=180135936 => 1582.22166007905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227728.489368499 Mflops = 227.728489368499 Gflops = 0.227728489368499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057805 s
InvBiCGStab: k = 58 resid = 8.054312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216195(s) Flops=383551488 => 1774.09971553459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255398.338943115 Mflops = 255.398338943115 Gflops = 0.255398338943115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007747225 Relative Rsd = 3.3979824941701e-07
BICGSTAB_SOLVER_TIME: 0.43725 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041794 s
InvBiCGStab: k = 64 resid = 1.855724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237462(s) Flops=422922240 => 1781.01018268186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256397.090525596 Mflops = 256.397090525596 Gflops = 0.256397090525596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056921 s
InvBiCGStab: k = 95 resid = 6.388009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374319(s) Flops=626337792 => 1673.27277536005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240915.268877282 Mflops = 240.915268877282 Gflops = 0.240915268877282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001138386 Relative Rsd = 4.99303396103008e-07
BICGSTAB_SOLVER_TIME: 0.714218 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127961
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041195 s
InvBiCGStab: k = 64 resid = 1.549264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237135(s) Flops=422922240 => 1783.46612688975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256761.510346977 Mflops = 256.761510346977 Gflops = 0.256761510346977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 95 resid = 1.018565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350128(s) Flops=626337792 => 1788.88232874834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257562.800389674 Mflops = 257.562800389674 Gflops = 0.257562800389674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001127522 Relative Rsd = 4.94538123640915e-07
BICGSTAB_SOLVER_TIME: 0.688523 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 67 resid = 1.29108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244709(s) Flops=442607616 => 1808.71000249276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260399.334937074 Mflops = 260.399334937074 Gflops = 0.260399334937074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 86 resid = 1.044868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333652(s) Flops=567281664 => 1700.21958207953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244786.596952534 Mflops = 244.786596952534 Gflops = 0.244786596952534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001138044 Relative Rsd = 4.99153380346481e-07
BICGSTAB_SOLVER_TIME: 0.680076 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045124 s
InvBiCGStab: k = 59 resid = 1.987962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253335(s) Flops=390113280 => 1539.91071111374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221692.831842448 Mflops = 221.692831842448 Gflops = 0.221692831842448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062053 s
InvBiCGStab: k = 90 resid = 1.027639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342419(s) Flops=593528832 => 1733.34082512945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249572.188180149 Mflops = 249.572188180149 Gflops = 0.249572188180149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001118429 Relative Rsd = 4.9054988990681e-07
BICGSTAB_SOLVER_TIME: 0.706851 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120402
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881636(s) Flops=1404592128 => 1593.16557853808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229391.965677643 Mflops = 229.391965677643 Gflops = 0.229391965677643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155759000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.109894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791232(s) Flops=1295640576 => 1637.49769473429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235726.562221166 Mflops = 235.726562221166 Gflops = 0.235726562221166 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 9.738255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.011068(s) Flops=1787774976 => 1768.20448871886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254611.637469943 Mflops = 254.611637469943 Gflops = 0.254611637469943 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002179067 Relative Rsd = 9.59433238488929e-07
BICGSTAB_SOLVER_TIME: 1.805709 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.11444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334868
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.07887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.637592(s) Flops=1151281152 => 1805.67063576707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.985497016 Mflops = 259.960985497016 Gflops = 0.259960985497016 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.023524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908641(s) Flops=1617168384 => 1779.76602860756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256273.187389384 Mflops = 256.273187389384 Gflops = 0.256273187389384 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002017083 Relative Rsd = 8.86077639013978e-07
BICGSTAB_SOLVER_TIME: 1.550077 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.12103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300725999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929565(s) Flops=1404592128 => 1511.02088396185 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217572.109058879 Mflops = 217.572109058879 Gflops = 0.217572109058879 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155648000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04158 s
InvBiCGStab: k = 27 resid = 2.261343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100641(s) Flops=180135936 => 1789.88618952514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257609.995231724 Mflops = 257.609995231724 Gflops = 0.257609995231724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05678 s
InvBiCGStab: k = 56 resid = 1.137419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205879(s) Flops=370427904 => 1799.25055008039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.926805412 Mflops = 258.986926805412 Gflops = 0.258986926805412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007742758 Relative Rsd = 3.39602304738428e-07
BICGSTAB_SOLVER_TIME: 0.408795 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041816 s
InvBiCGStab: k = 92 resid = 1.391246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366629(s) Flops=606652416 => 1654.67656950214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238232.602014338 Mflops = 238.232602014338 Gflops = 0.238232602014338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061041 s
InvBiCGStab: k = 124 resid = 1.034301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.522608(s) Flops=816629760 => 1562.60478216943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224988.98589991 Mflops = 224.98898589991 Gflops = 0.22498898589991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001367061 Relative Rsd = 5.99601745527369e-07
BICGSTAB_SOLVER_TIME: 0.996091 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168450999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 66 resid = 2.277599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245393(s) Flops=436045824 => 1776.92853504379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255829.318480615 Mflops = 255.829318480615 Gflops = 0.255829318480615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 73 resid = 9.752073e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271494(s) Flops=481978368 => 1775.28184048266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255577.081751821 Mflops = 255.577081751821 Gflops = 0.255577081751821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001053023 Relative Rsd = 4.61862720933962e-07
BICGSTAB_SOLVER_TIME: 0.618924 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113455
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041291 s
InvBiCGStab: k = 70 resid = 1.87038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255999(s) Flops=462292992 => 1805.83905405881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259989.868120656 Mflops = 259.989868120656 Gflops = 0.259989868120656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056878 s
InvBiCGStab: k = 111 resid = 9.307499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404287(s) Flops=731326464 => 1808.92896383015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260447.80693829 Mflops = 260.44780693829 Gflops = 0.26044780693829 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.0011997 Relative Rsd = 5.26195941592312e-07
BICGSTAB_SOLVER_TIME: 0.762322 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143678
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041787 s
InvBiCGStab: k = 66 resid = 1.583143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242752(s) Flops=436045824 => 1796.26047983127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258595.263110043 Mflops = 258.595263110043 Gflops = 0.258595263110043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056315 s
InvBiCGStab: k = 86 resid = 1.049127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314321(s) Flops=567281664 => 1804.78448465104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.187039637 Mflops = 259.831187039637 Gflops = 0.259831187039637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001187069 Relative Rsd = 5.20655826003843e-07
BICGSTAB_SOLVER_TIME: 0.659025 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122771
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992553(s) Flops=1411227648 => 1421.81591108989 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204729.632584214 Mflops = 204.729632584214 Gflops = 0.204729632584214 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156154000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 33 resid = 1.378453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123709(s) Flops=219506688 => 1774.37929334163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255401.427867484 Mflops = 255.401427867484 Gflops = 0.255401427867484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 57 resid = 1.090623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209176(s) Flops=376989696 => 1802.26075649214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259429.232307249 Mflops = 259.429232307249 Gflops = 0.259429232307249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007693217 Relative Rsd = 3.37429399521655e-07
BICGSTAB_SOLVER_TIME: 0.434381 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04094 s
InvBiCGStab: k = 78 resid = 2.271624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285(s) Flops=514787328 => 1806.27132631579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.636984021 Mflops = 260.063636984021 Gflops = 0.260063636984021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 108 resid = 1.002902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416095(s) Flops=711641088 => 1710.28512238792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246241.789835093 Mflops = 246.241789835093 Gflops = 0.246241789835093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001291501 Relative Rsd = 5.66460415734539e-07
BICGSTAB_SOLVER_TIME: 0.803314 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044752 s
InvBiCGStab: k = 60 resid = 2.192717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261576(s) Flops=396675072 => 1516.48114505918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218322.835533601 Mflops = 218.322835533601 Gflops = 0.218322835533601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06203 s
InvBiCGStab: k = 76 resid = 1.014087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289573(s) Flops=501663744 => 1732.42582699354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249423.721497759 Mflops = 249.423721497759 Gflops = 0.249423721497759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001089194 Relative Rsd = 4.77727423321957e-07
BICGSTAB_SOLVER_TIME: 0.661804 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111572
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 67 resid = 1.910373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250697(s) Flops=442607616 => 1765.50822706295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254185.136621931 Mflops = 254.185136621931 Gflops = 0.254185136621931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 105 resid = 1.132782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384535(s) Flops=691955712 => 1799.46093853615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259078.81102405 Mflops = 259.07881102405 Gflops = 0.25907881102405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001207383 Relative Rsd = 5.2956578157989e-07
BICGSTAB_SOLVER_TIME: 0.736835 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040646 s
InvBiCGStab: k = 67 resid = 1.285655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261152(s) Flops=442607616 => 1694.82759465752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244000.892065606 Mflops = 244.000892065606 Gflops = 0.244000892065606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058778 s
InvBiCGStab: k = 104 resid = 1.13882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399249(s) Flops=685393920 => 1716.70791911814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247168.309654611 Mflops = 247.168309654611 Gflops = 0.247168309654611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001157658 Relative Rsd = 5.07756206999618e-07
BICGSTAB_SOLVER_TIME: 0.763793 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136407
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946746(s) Flops=1417641984 => 1497.38365306006 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215605.337488459 Mflops = 215.605337488459 Gflops = 0.215605337488459 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157081000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042005 s
InvBiCGStab: k = 28 resid = 2.140687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107985(s) Flops=186697728 => 1728.92279483262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248837.711476952 Mflops = 248.837711476952 Gflops = 0.248837711476952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 65 resid = 1.033515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247747(s) Flops=429484032 => 1733.55896135977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249569.328008479 Mflops = 249.569328008479 Gflops = 0.249569328008479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007913259 Relative Rsd = 3.47080600413394e-07
BICGSTAB_SOLVER_TIME: 0.458061 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0805470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041707 s
InvBiCGStab: k = 53 resid = 1.508326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194648(s) Flops=350742528 => 1801.93234967737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259397.170763079 Mflops = 259.397170763079 Gflops = 0.259397170763079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055879 s
InvBiCGStab: k = 82 resid = 1.145914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310433(s) Flops=541034496 => 1742.83821629788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250919.21809622 Mflops = 250.91921809622 Gflops = 0.25091921809622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001092259 Relative Rsd = 4.79071846354412e-07
BICGSTAB_SOLVER_TIME: 0.606509 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041687 s
InvBiCGStab: k = 54 resid = 1.961281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218788(s) Flops=357304320 => 1633.10748304295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235110.904312764 Mflops = 235.110904312764 Gflops = 0.235110904312764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068547 s
InvBiCGStab: k = 73 resid = 1.11376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304606(s) Flops=481978368 => 1582.30096583784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227809.691446756 Mflops = 227.809691446756 Gflops = 0.227809691446756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001036254 Relative Rsd = 4.54507557660925e-07
BICGSTAB_SOLVER_TIME: 0.637436 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045467 s
InvBiCGStab: k = 69 resid = 1.650725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259698(s) Flops=455731200 => 1754.85063419818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252637.420774976 Mflops = 252.637420774976 Gflops = 0.252637420774976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055802 s
InvBiCGStab: k = 94 resid = 1.090468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35934(s) Flops=619776000 => 1724.7620637836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248327.459939372 Mflops = 248.327459939372 Gflops = 0.248327459939372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001168698 Relative Rsd = 5.12598427639072e-07
BICGSTAB_SOLVER_TIME: 0.724195 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040924 s
InvBiCGStab: k = 70 resid = 1.094137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260548(s) Flops=462292992 => 1774.31026912507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255452.446605548 Mflops = 255.452446605548 Gflops = 0.255452446605548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057022 s
InvBiCGStab: k = 88 resid = 1.150438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32997(s) Flops=580405248 => 1758.96368760796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253242.99064246 Mflops = 253.24299064246 Gflops = 0.25324299064246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001095692 Relative Rsd = 4.80577314211947e-07
BICGSTAB_SOLVER_TIME: 0.692233 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127022
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902307(s) Flops=1423687680 => 1577.83069398774 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227185.06639205 Mflops = 227.18506639205 Gflops = 0.22718506639205 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157997000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041896 s
InvBiCGStab: k = 26 resid = 2.26317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097985(s) Flops=173574144 => 1771.43587283768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254953.199165255 Mflops = 254.953199165255 Gflops = 0.254953199165255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057215 s
InvBiCGStab: k = 51 resid = 9.538134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194413(s) Flops=337618944 => 1736.60683184766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249986.526765408 Mflops = 249.986526765408 Gflops = 0.249986526765408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007871754 Relative Rsd = 3.45260140315554e-07
BICGSTAB_SOLVER_TIME: 0.395363 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042601 s
InvBiCGStab: k = 62 resid = 2.003016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235078(s) Flops=409798656 => 1743.24545895405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250972.423460467 Mflops = 250.972423460467 Gflops = 0.250972423460467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058499 s
InvBiCGStab: k = 88 resid = 1.008233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322322(s) Flops=580405248 => 1800.70007011622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.842448859 Mflops = 259.248842448859 Gflops = 0.259248842448859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001170555 Relative Rsd = 5.13412944775939e-07
BICGSTAB_SOLVER_TIME: 0.662409 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041546 s
InvBiCGStab: k = 61 resid = 1.945863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2277(s) Flops=403236864 => 1770.91288537549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254959.870836745 Mflops = 254.959870836745 Gflops = 0.254959870836745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 82 resid = 1.095424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307688(s) Flops=541034496 => 1758.38672941421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253159.636722893 Mflops = 253.159636722893 Gflops = 0.253159636722893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001127306 Relative Rsd = 4.94443559590171e-07
BICGSTAB_SOLVER_TIME: 0.63717 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048192 s
InvBiCGStab: k = 63 resid = 2.015334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271824(s) Flops=416360448 => 1531.72805933251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220534.342980712 Mflops = 220.534342980712 Gflops = 0.220534342980712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062946 s
InvBiCGStab: k = 91 resid = 1.048223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384958(s) Flops=600090624 => 1558.84700149107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224435.226315355 Mflops = 224.435226315355 Gflops = 0.224435226315355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001163779 Relative Rsd = 5.10440968224323e-07
BICGSTAB_SOLVER_TIME: 0.772372 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 58 resid = 2.023283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222071(s) Flops=383551488 => 1727.15702635644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248659.67200893 Mflops = 248.65967200893 Gflops = 0.24865967200893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 84 resid = 1.101714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317555(s) Flops=554158080 => 1745.0774826408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251228.806369425 Mflops = 251.228806369425 Gflops = 0.251228806369425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001116476 Relative Rsd = 4.89693656339349e-07
BICGSTAB_SOLVER_TIME: 0.641386 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001886
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115512
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907456(s) Flops=1430249472 => 1576.10889343395 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227018.604915654 Mflops = 227.018604915654 Gflops = 0.227018604915654 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158721000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.06833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872158(s) Flops=1505617920 => 1726.31325975339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248597.057374617 Mflops = 248.597057374617 Gflops = 0.248597057374617 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 7.355702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.032698(s) Flops=1814022144 => 1756.58531729509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252936.306353137 Mflops = 252.936306353137 Gflops = 0.252936306353137 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.002175361 Relative Rsd = 9.57831748281924e-07
BICGSTAB_SOLVER_TIME: 1.908222 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.11821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.360262
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.747309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814472(s) Flops=1394067456 => 1711.62109440226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246438.719496758 Mflops = 246.438719496758 Gflops = 0.246438719496758 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.113416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899572(s) Flops=1426876416 => 1586.17255316973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228398.053544978 Mflops = 228.398053544978 Gflops = 0.228398053544978 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.001973367 Relative Rsd = 8.66838575340331e-07
BICGSTAB_SOLVER_TIME: 1.717439 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.117331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305860999999999
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899909(s) Flops=1430249472 => 1589.3267785965 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228881.189618498 Mflops = 228.881189618498 Gflops = 0.228881189618498 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158666000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04607 s
InvBiCGStab: k = 31 resid = 1.609963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131754(s) Flops=206383104 => 1566.42761510087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225468.307337497 Mflops = 225.468307337497 Gflops = 0.225468307337497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060315 s
InvBiCGStab: k = 55 resid = 1.009744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223784(s) Flops=363866112 => 1625.97018553605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234077.840429867 Mflops = 234.077840429867 Gflops = 0.234077840429867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007686039 Relative Rsd = 3.3711458599311e-07
BICGSTAB_SOLVER_TIME: 0.465728 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043284 s
InvBiCGStab: k = 78 resid = 2.198637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292283(s) Flops=514787328 => 1761.2633235597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253583.136034511 Mflops = 253.583136034511 Gflops = 0.253583136034511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059121 s
InvBiCGStab: k = 98 resid = 1.106973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365962(s) Flops=646023168 => 1765.27390275493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254161.051599647 Mflops = 254.161051599647 Gflops = 0.254161051599647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001284933 Relative Rsd = 5.63579939603514e-07
BICGSTAB_SOLVER_TIME: 0.764677 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 59 resid = 2.029176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216628(s) Flops=390113280 => 1800.84421219787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259261.061677805 Mflops = 259.261061677805 Gflops = 0.259261061677805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05599 s
InvBiCGStab: k = 91 resid = 6.513466e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33313(s) Flops=600090624 => 1801.37070813196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259350.205626652 Mflops = 259.350205626652 Gflops = 0.259350205626652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001071951 Relative Rsd = 4.70164494863995e-07
BICGSTAB_SOLVER_TIME: 0.650767 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 68 resid = 1.857248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249406(s) Flops=449169408 => 1800.95670513139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.862441825 Mflops = 259.280862441825 Gflops = 0.259280862441825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 102 resid = 9.223563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375384(s) Flops=672270336 => 1790.88702768365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257850.854164462 Mflops = 257.850854164462 Gflops = 0.257850854164462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001204944 Relative Rsd = 5.28496319353731e-07
BICGSTAB_SOLVER_TIME: 0.725613 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136028
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 64 resid = 1.973229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248446(s) Flops=422922240 => 1702.27027201082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245085.117599347 Mflops = 245.085117599347 Gflops = 0.245085117599347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063162 s
InvBiCGStab: k = 99 resid = 1.133233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407593(s) Flops=652584960 => 1601.07008707215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230512.112723386 Mflops = 230.512112723386 Gflops = 0.230512112723386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001142581 Relative Rsd = 5.01143259191821e-07
BICGSTAB_SOLVER_TIME: 0.766195 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130479
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912086(s) Flops=1436516352 => 1574.97906118502 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226774.233334026 Mflops = 226.774233334026 Gflops = 0.226774233334026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159085000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 30 resid = 2.023588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110927(s) Flops=199821312 => 1801.37668917396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259279.426810512 Mflops = 259.279426810513 Gflops = 0.259279426810513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 53 resid = 1.029797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194515(s) Flops=350742528 => 1803.16442433745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.70756795 Mflops = 259.56970756795 Gflops = 0.25956970756795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007872457 Relative Rsd = 3.45291006389353e-07
BICGSTAB_SOLVER_TIME: 0.407152 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043806 s
InvBiCGStab: k = 75 resid = 1.698712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303613(s) Flops=495101952 => 1630.70076709495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234778.385443029 Mflops = 234.778385443029 Gflops = 0.234778385443029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063249 s
InvBiCGStab: k = 119 resid = 1.139322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.490439(s) Flops=783820800 => 1598.20242680537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230112.821695598 Mflops = 230.112821695598 Gflops = 0.230112821695598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001310779 Relative Rsd = 5.74915983898288e-07
BICGSTAB_SOLVER_TIME: 0.90522 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152728999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041876 s
InvBiCGStab: k = 65 resid = 1.268154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243892(s) Flops=429484032 => 1760.95990028373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253524.865072509 Mflops = 253.524865072509 Gflops = 0.253524865072509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057619 s
InvBiCGStab: k = 79 resid = 9.034003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291608(s) Flops=521349120 => 1787.84230885298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257396.092841241 Mflops = 257.396092841241 Gflops = 0.257396092841241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001087297 Relative Rsd = 4.768951881907e-07
BICGSTAB_SOLVER_TIME: 0.638855 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041372 s
InvBiCGStab: k = 70 resid = 1.367553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257643(s) Flops=462292992 => 1794.3161351172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258334.425598004 Mflops = 258.334425598004 Gflops = 0.258334425598004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 102 resid = 1.111044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372642(s) Flops=672270336 => 1804.06485581335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.287042103 Mflops = 259.736287042103 Gflops = 0.259736287042103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001191688 Relative Rsd = 5.22681855684997e-07
BICGSTAB_SOLVER_TIME: 0.732208 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 66 resid = 1.932309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241978(s) Flops=436045824 => 1802.00606666722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.733261203 Mflops = 259.430733261203 Gflops = 0.259430733261203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 90 resid = 1.044678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329315(s) Flops=593528832 => 1802.31338384222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259485.543619244 Mflops = 259.485543619244 Gflops = 0.259485543619244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001158108 Relative Rsd = 5.0795335160001e-07
BICGSTAB_SOLVER_TIME: 0.67261 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125771
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96507(s) Flops=1442709504 => 1494.92731511704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215250.052833625 Mflops = 215.250052833625 Gflops = 0.215250052833625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159970000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04215 s
InvBiCGStab: k = 27 resid = 1.801876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10543(s) Flops=180135936 => 1708.58328748933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245914.186644959 Mflops = 245.914186644959 Gflops = 0.245914186644959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06052 s
InvBiCGStab: k = 52 resid = 1.140742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195462(s) Flops=344180736 => 1760.85753752648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253461.809551735 Mflops = 253.461809551735 Gflops = 0.253461809551735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007807339 Relative Rsd = 3.4243488611805e-07
BICGSTAB_SOLVER_TIME: 0.40741 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 65 resid = 2.122247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239068(s) Flops=429484032 => 1796.49318185621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258630.281530391 Mflops = 258.630281530391 Gflops = 0.258630281530391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063001 s
InvBiCGStab: k = 101 resid = 7.742894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41853(s) Flops=665708544 => 1590.58739875278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229008.217531151 Mflops = 229.008217531151 Gflops = 0.229008217531151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001168286 Relative Rsd = 5.12417520278495e-07
BICGSTAB_SOLVER_TIME: 0.765987 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043939 s
InvBiCGStab: k = 64 resid = 1.332132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24231(s) Flops=422922240 => 1745.37674879287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251276.863808235 Mflops = 251.276863808235 Gflops = 0.251276863808235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 79 resid = 1.080616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297635(s) Flops=521349120 => 1751.63915534127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252189.97760011 Mflops = 252.18997760011 Gflops = 0.25218997760011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001120494 Relative Rsd = 4.91455754282761e-07
BICGSTAB_SOLVER_TIME: 0.643867 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042087 s
InvBiCGStab: k = 62 resid = 2.108964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227532(s) Flops=409798656 => 1801.05943779337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259297.715441848 Mflops = 259.297715441848 Gflops = 0.259297715441848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 93 resid = 1.051303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341896(s) Flops=613214208 => 1793.56941292089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.144033556 Mflops = 258.225144033556 Gflops = 0.258225144033556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001138381 Relative Rsd = 4.99301200501398e-07
BICGSTAB_SOLVER_TIME: 0.671816 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 67 resid = 2.279122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246043(s) Flops=442607616 => 1798.90350873628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258986.339485864 Mflops = 258.986339485864 Gflops = 0.258986339485864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 89 resid = 1.139998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325635(s) Flops=586967040 => 1802.53056336082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259514.47570267 Mflops = 259.51447570267 Gflops = 0.25951447570267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001144153 Relative Rsd = 5.01832882339422e-07
BICGSTAB_SOLVER_TIME: 0.672329 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125622
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968616(s) Flops=1448976384 => 1495.92447781164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215403.383385349 Mflops = 215.403383385349 Gflops = 0.215403383385349 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160581000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 26 resid = 2.211837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09693(s) Flops=173574144 => 1790.71643454039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257747.128028625 Mflops = 257.747128028625 Gflops = 0.257747128028625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05693 s
InvBiCGStab: k = 53 resid = 1.119069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194039(s) Flops=350742528 => 1807.58779420632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260187.335505671 Mflops = 260.187335505671 Gflops = 0.260187335505671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007572293 Relative Rsd = 3.32125617469294e-07
BICGSTAB_SOLVER_TIME: 0.393194 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 70 resid = 1.020108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256554(s) Flops=462292992 => 1801.93250543745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.290818367 Mflops = 259.423290818367 Gflops = 0.259423290818367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056803 s
InvBiCGStab: k = 98 resid = 9.339527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357802(s) Flops=646023168 => 1805.53257947133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.166935105 Mflops = 259.956166935105 Gflops = 0.259956166935105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001170603 Relative Rsd = 5.13433879581989e-07
BICGSTAB_SOLVER_TIME: 0.716028 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045847 s
InvBiCGStab: k = 59 resid = 2.16813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242098(s) Flops=390113280 => 1611.38580244364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231991.536645167 Mflops = 231.991536645167 Gflops = 0.231991536645167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056988 s
InvBiCGStab: k = 87 resid = 8.91719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372401(s) Flops=573843456 => 1540.92888042728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221855.763629553 Mflops = 221.855763629553 Gflops = 0.221855763629553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001092725 Relative Rsd = 4.7927629260667e-07
BICGSTAB_SOLVER_TIME: 0.721376 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042293 s
InvBiCGStab: k = 70 resid = 2.255674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26298(s) Flops=462292992 => 1757.90171115674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253093.208308594 Mflops = 253.093208308594 Gflops = 0.253093208308594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056799 s
InvBiCGStab: k = 96 resid = 1.121973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355375(s) Flops=632899584 => 1780.93446078087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256413.244885956 Mflops = 256.413244885956 Gflops = 0.256413244885956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001214048 Relative Rsd = 5.32489097472564e-07
BICGSTAB_SOLVER_TIME: 0.721204 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132759
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 71 resid = 1.213912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259949(s) Flops=468854784 => 1803.64142197123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259677.566682896 Mflops = 259.677566682896 Gflops = 0.259677566682896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 86 resid = 1.12305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315499(s) Flops=567281664 => 1798.04583849711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.033572952 Mflops = 258.860033572952 Gflops = 0.258860033572952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001112926 Relative Rsd = 4.88136413132217e-07
BICGSTAB_SOLVER_TIME: 0.676235 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126292
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930972(s) Flops=1449050112 => 1556.49161521507 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224121.936560255 Mflops = 224.121936560255 Gflops = 0.224121936560255 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160647000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 2.261517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86175(s) Flops=1551550464 => 1800.46471018277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259206.888354775 Mflops = 259.206888354775 Gflops = 0.259206888354775 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 9.466402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.975392(s) Flops=1761527808 => 1805.96909550212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260047.683837084 Mflops = 260.047683837084 Gflops = 0.260047683837084 Tflops
BICGSTAB_SOLVER: 504 iterations. Rsd = 0.00233133 Relative Rsd = 1.02650809407317e-06
BICGSTAB_SOLVER_TIME: 1.840543 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.121583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359395999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.993629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803166(s) Flops=1335011328 => 1662.1860586728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239305.243349316 Mflops = 239.305243349316 Gflops = 0.239305243349316 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.02861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827613(s) Flops=1420314624 => 1716.15794338658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247113.116749945 Mflops = 247.113116749945 Gflops = 0.247113116749945 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.001957526 Relative Rsd = 8.59853573336703e-07
BICGSTAB_SOLVER_TIME: 1.634245 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001853
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299065999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903935(s) Flops=1449050112 => 1603.04680314403 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230816.223182412 Mflops = 230.816223182412 Gflops = 0.230816223182412 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160746000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042643 s
InvBiCGStab: k = 29 resid = 1.799613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11273(s) Flops=193259520 => 1714.35749135102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246761.983338101 Mflops = 246.761983338101 Gflops = 0.246761983338101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 50 resid = 1.03887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188648(s) Flops=331057152 => 1754.89351596624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252597.510432311 Mflops = 252.597510432311 Gflops = 0.252597510432311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0008249702 Relative Rsd = 3.61837187774789e-07
BICGSTAB_SOLVER_TIME: 0.404617 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706900000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 83 resid = 1.969277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303003(s) Flops=547596288 => 1807.23058187543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260198.428269017 Mflops = 260.198428269017 Gflops = 0.260198428269017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055742 s
InvBiCGStab: k = 120 resid = 9.470833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437865(s) Flops=790382592 => 1805.0828268987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.174975981 Mflops = 259.894174975981 Gflops = 0.259894174975981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001341618 Relative Rsd = 5.88442166329449e-07
BICGSTAB_SOLVER_TIME: 0.841279 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159468999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040739 s
InvBiCGStab: k = 63 resid = 1.50314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233162(s) Flops=416360448 => 1785.7131436512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257090.256894884 Mflops = 257.090256894884 Gflops = 0.257090256894884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 78 resid = 9.947454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305327(s) Flops=514787328 => 1686.01967071369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242743.746557734 Mflops = 242.743746557734 Gflops = 0.242743746557734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001046564 Relative Rsd = 4.59029680009818e-07
BICGSTAB_SOLVER_TIME: 0.639439 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041473 s
InvBiCGStab: k = 68 resid = 1.983492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282664(s) Flops=449169408 => 1589.05770809159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228778.007735281 Mflops = 228.778007735281 Gflops = 0.228778007735281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059889 s
InvBiCGStab: k = 95 resid = 1.017238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396799(s) Flops=626337792 => 1578.47623607922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227264.737769293 Mflops = 227.264737769293 Gflops = 0.227264737769293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001188901 Relative Rsd = 5.21459467253665e-07
BICGSTAB_SOLVER_TIME: 0.785045 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 67 resid = 1.85678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250553(s) Flops=442607616 => 1766.52291531133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254324.712625714 Mflops = 254.324712625714 Gflops = 0.254324712625714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057158 s
InvBiCGStab: k = 92 resid = 1.02039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341239(s) Flops=606652416 => 1777.79332374084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255956.37466068 Mflops = 255.95637466068 Gflops = 0.25595637466068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001196921 Relative Rsd = 5.24977025275154e-07
BICGSTAB_SOLVER_TIME: 0.693868 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12763
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904308(s) Flops=1449123840 => 1602.46712403296 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230737.178537418 Mflops = 230.737178537418 Gflops = 0.230737178537418 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160551000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045383 s
InvBiCGStab: k = 26 resid = 1.992544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11655(s) Flops=173574144 => 1489.26764478764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214334.764748346 Mflops = 214.334764748346 Gflops = 0.214334764748346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061422 s
InvBiCGStab: k = 59 resid = 1.139281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224099(s) Flops=390113280 => 1740.80776799539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250599.190578736 Mflops = 250.599190578736 Gflops = 0.250599190578736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0008457361 Relative Rsd = 3.70945258100777e-07
BICGSTAB_SOLVER_TIME: 0.451282 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 77 resid = 1.688268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306883(s) Flops=508225536 => 1656.08891988152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238441.770393953 Mflops = 238.441770393953 Gflops = 0.238441770393953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058882 s
InvBiCGStab: k = 102 resid = 9.927531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37586(s) Flops=672270336 => 1788.61899643484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257518.199879008 Mflops = 257.518199879008 Gflops = 0.257518199879008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001305103 Relative Rsd = 5.7242668227739e-07
BICGSTAB_SOLVER_TIME: 0.786865 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 57 resid = 2.243083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209908(s) Flops=376989696 => 1795.97583703337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258556.332375637 Mflops = 258.556332375637 Gflops = 0.258556332375637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056478 s
InvBiCGStab: k = 76 resid = 9.812974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279964(s) Flops=501663744 => 1791.88661399323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257967.850574852 Mflops = 257.967850574852 Gflops = 0.257967850574852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001063736 Relative Rsd = 4.66561410500714e-07
BICGSTAB_SOLVER_TIME: 0.591386 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 74 resid = 1.222558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271153(s) Flops=488540160 => 1801.71401385933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259391.785660845 Mflops = 259.391785660845 Gflops = 0.259391785660845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 92 resid = 9.804934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33606(s) Flops=606652416 => 1805.1907873594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259903.046950408 Mflops = 259.903046950408 Gflops = 0.259903046950408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001196441 Relative Rsd = 5.24766809186107e-07
BICGSTAB_SOLVER_TIME: 0.708577 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132986
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043068 s
InvBiCGStab: k = 61 resid = 2.24599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245184(s) Flops=403236864 => 1644.62960062647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236775.265719959 Mflops = 236.775265719959 Gflops = 0.236775265719959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066151 s
InvBiCGStab: k = 85 resid = 9.705817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354789(s) Flops=560719872 => 1580.43195251262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227538.425768958 Mflops = 227.538425768958 Gflops = 0.227538425768958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001194948 Relative Rsd = 5.24111651877735e-07
BICGSTAB_SOLVER_TIME: 0.713022 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118321
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912234(s) Flops=1449050112 => 1588.46317063385 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228720.227331072 Mflops = 228.720227331072 Gflops = 0.228720227331072 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160982000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041653 s
InvBiCGStab: k = 29 resid = 1.77349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115377(s) Flops=193259520 => 1675.02639174185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241080.49196077 Mflops = 241.08049196077 Gflops = 0.24108049196077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063719 s
InvBiCGStab: k = 60 resid = 1.100558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248392(s) Flops=396675072 => 1596.97201198106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229896.347809457 Mflops = 229.896347809457 Gflops = 0.229896347809457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007535527 Relative Rsd = 3.30513024677383e-07
BICGSTAB_SOLVER_TIME: 0.473533 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047653 s
InvBiCGStab: k = 63 resid = 2.096231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257671(s) Flops=416360448 => 1615.86072161788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232632.27018744 Mflops = 232.63227018744 Gflops = 0.23263227018744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056461 s
InvBiCGStab: k = 72 resid = 1.006875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271316(s) Flops=475416576 => 1752.26148107742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252271.05320825 Mflops = 252.27105320825 Gflops = 0.25227105320825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001060734 Relative Rsd = 4.6524450907914e-07
BICGSTAB_SOLVER_TIME: 0.636956 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041492 s
InvBiCGStab: k = 53 resid = 2.055692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197148(s) Flops=350742528 => 1779.08235437336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256117.436591604 Mflops = 256.117436591604 Gflops = 0.256117436591604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056731 s
InvBiCGStab: k = 95 resid = 1.056118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346849(s) Flops=626337792 => 1805.79385265634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.513105134 Mflops = 259.981513105134 Gflops = 0.259981513105134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001082381 Relative Rsd = 4.74739056349019e-07
BICGSTAB_SOLVER_TIME: 0.646013 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 69 resid = 2.131699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251996(s) Flops=455731200 => 1808.48584898173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260372.144468468 Mflops = 260.372144468468 Gflops = 0.260372144468468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 85 resid = 9.627422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310721(s) Flops=560719872 => 1804.57668454981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259808.90279804 Mflops = 259.80890279804 Gflops = 0.25980890279804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001128828 Relative Rsd = 4.95111073540163e-07
BICGSTAB_SOLVER_TIME: 0.663718 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 60 resid = 2.178179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220439(s) Flops=396675072 => 1799.47773306901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259086.187936818 Mflops = 259.086187936818 Gflops = 0.259086187936818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 86 resid = 6.221746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327183(s) Flops=567281664 => 1733.83600003668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249620.016998184 Mflops = 249.620016998184 Gflops = 0.249620016998184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001124515 Relative Rsd = 4.93219486162254e-07
BICGSTAB_SOLVER_TIME: 0.650024 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118398
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966093(s) Flops=1449050112 => 1499.90747474622 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215972.083905829 Mflops = 215.972083905829 Gflops = 0.215972083905829 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160602000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 27 resid = 1.8069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108114(s) Flops=180135936 => 1666.1666019202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239834.173792627 Mflops = 239.834173792627 Gflops = 0.239834173792627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 47 resid = 1.083849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174443(s) Flops=311371776 => 1784.94852759927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256944.989151035 Mflops = 256.944989151035 Gflops = 0.256944989151035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007013291 Relative Rsd = 3.07607410879369e-07
BICGSTAB_SOLVER_TIME: 0.383829 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671280000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 62 resid = 1.874547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240591(s) Flops=409798656 => 1703.30002369166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245230.609878247 Mflops = 245.230609878247 Gflops = 0.245230609878247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063554 s
InvBiCGStab: k = 90 resid = 9.809604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37239(s) Flops=593528832 => 1593.83665511963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229466.203649778 Mflops = 229.466203649778 Gflops = 0.229466203649778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001144775 Relative Rsd = 5.0210569860461e-07
BICGSTAB_SOLVER_TIME: 0.721924 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043793 s
InvBiCGStab: k = 61 resid = 1.921842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231058(s) Flops=403236864 => 1745.17594716478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251248.007436029 Mflops = 251.248007436029 Gflops = 0.251248007436029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056282 s
InvBiCGStab: k = 87 resid = 8.421077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326394(s) Flops=573843456 => 1758.13114211658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253126.351222494 Mflops = 253.126351222494 Gflops = 0.253126351222494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001152847 Relative Rsd = 5.05645927489237e-07
BICGSTAB_SOLVER_TIME: 0.661415 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 66 resid = 1.818051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242415(s) Flops=436045824 => 1798.75760163356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.515979434 Mflops = 258.960515979434 Gflops = 0.258960515979434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055385 s
InvBiCGStab: k = 83 resid = 1.107449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303032(s) Flops=547596288 => 1807.05763087727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260165.746325041 Mflops = 260.165746325041 Gflops = 0.260165746325041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001146113 Relative Rsd = 5.02692485900052e-07
BICGSTAB_SOLVER_TIME: 0.645591 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 61 resid = 7.910491e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224123(s) Flops=403236864 => 1799.1766306894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259032.299168288 Mflops = 259.032299168288 Gflops = 0.259032299168288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056425 s
InvBiCGStab: k = 87 resid = 1.08983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318167(s) Flops=573843456 => 1803.59200042745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.605067024 Mflops = 259.663605067024 Gflops = 0.259663605067024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001177597 Relative Rsd = 5.16501339273396e-07
BICGSTAB_SOLVER_TIME: 0.643306 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119866
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957971(s) Flops=1448976384 => 1512.54723159678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217812.652411186 Mflops = 217.812652411186 Gflops = 0.217812652411186 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160595000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021534
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.539132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815875(s) Flops=1466247168 => 1797.14682763904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258761.668895847 Mflops = 258.761668895847 Gflops = 0.258761668895848 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 285 resid = 1.148321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.109609(s) Flops=1873078272 => 1688.05252300585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243070.382595955 Mflops = 243.070382595955 Gflops = 0.243070382595955 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.002176312 Relative Rsd = 9.58238033887536e-07
BICGSTAB_SOLVER_TIME: 1.929381 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0.123105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362074999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.787138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739973(s) Flops=1308764160 => 1768.66474857866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254648.932224873 Mflops = 254.648932224873 Gflops = 0.254648932224873 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.099672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774545(s) Flops=1394067456 => 1799.85340554777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259165.694471554 Mflops = 259.165694471554 Gflops = 0.259165694471554 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.00198454 Relative Rsd = 8.71706053619843e-07
BICGSTAB_SOLVER_TIME: 1.517856 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293331999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 347 resid = 1.201916e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.352245(s) Flops=2279909376 => 1686.01797455343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242772.797760455 Mflops = 242.772797760455 Gflops = 0.242772797760455 Tflops
InvBiCGStab: k = 386 resid = 9.090045e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.504601(s) Flops=2535819264 => 1685.37656428515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242689.887002379 Mflops = 242.689887002379 Gflops = 0.242689887002379 Tflops
BICGSTAB_SOLVER: 733 iterations. Rsd = 0.002191065 Relative Rsd = 9.64733971812106e-07
BICGSTAB_SOLVER_TIME: 2.861475 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.523639999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 288 resid = 1.369995e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.053375(s) Flops=1892763648 => 1796.85643574226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258753.436798051 Mflops = 258.753436798051 Gflops = 0.258753436798051 Tflops
InvBiCGStab: k = 343 resid = 1.096236e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.28952(s) Flops=2253662208 => 1747.67526521496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251655.424915181 Mflops = 251.655424915181 Gflops = 0.251655424915181 Tflops
BICGSTAB_SOLVER: 631 iterations. Rsd = 0.002025478 Relative Rsd = 8.89687963978387e-07
BICGSTAB_SOLVER_TIME: 2.347841 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.451168
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 219 resid = 2.041544e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875476(s) Flops=1440000000 => 1644.81950390416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236798.276979804 Mflops = 236.798276979804 Gflops = 0.236798276979804 Tflops
InvBiCGStab: k = 251 resid = 9.659583e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951793(s) Flops=1649977344 => 1733.54641607997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249621.586620424 Mflops = 249.621586620424 Gflops = 0.249621586620424 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.001845194 Relative Rsd = 8.09313765293443e-07
BICGSTAB_SOLVER_TIME: 1.832435 sec
2Flav::invert,  n_count = 470
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334779000000001
MInvCG2: 334 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.347918(s) Flops=2156857344 => 1600.1398779451 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230433.930485672 Mflops = 230.433930485672 Gflops = 0.230433930485672 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.240017000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.236513461942877
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 465.015597 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 5.02017035630665e-05 resid_rel = 0.009734996

Look for highest ev
Evalue[1]: eigen_norm = 0.0806098924078112 resid_rel = -0.009435495

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267790000000004
EIGBNDSMDAGM: total time = 1.42632 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.500364 secs
After saving state: time= 1.293927 secs
Doing Update: 2746 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 283 resid = 2.119357e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.033062(s) Flops=1859954688 => 1800.42890746151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.162397756 Mflops = 259.287162397756 Gflops = 0.259287162397756 Tflops
InvBiCGStab: k = 303 resid = 1.065526e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.18301(s) Flops=1991190528 => 1683.15612547654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242365.893091882 Mflops = 242.365893091882 Gflops = 0.242365893091882 Tflops
BICGSTAB_SOLVER: 586 iterations. Rsd = 0.002784452 Relative Rsd = 1.22584573109237e-06
BICGSTAB_SOLVER_TIME: 2.221203 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.421554999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 249 resid = 2.235768e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96974(s) Flops=1636853760 => 1687.93053808237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243025.440993664 Mflops = 243.025440993664 Gflops = 0.243025440993664 Tflops
InvBiCGStab: k = 267 resid = 1.013585e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.021896(s) Flops=1754966016 => 1717.36264355668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247290.337675763 Mflops = 247.290337675763 Gflops = 0.247290337675763 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.001854325 Relative Rsd = 8.14855089749805e-07
BICGSTAB_SOLVER_TIME: 1.996826 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.371113999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00036
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
MInvCG2: 348 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.389341(s) Flops=2240243712 => 1612.45058772468 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232196.373454323 Mflops = 232.196373454323 Gflops = 0.232196373454323 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249499000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 304 resid = 1.506665e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.221745(s) Flops=1997752320 => 1635.16308231259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235440.735933719 Mflops = 235.440735933719 Gflops = 0.235440735933719 Tflops
InvBiCGStab: k = 323 resid = 1.110404e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.235088(s) Flops=2122426368 => 1718.4414130815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247447.226790668 Mflops = 247.447226790668 Gflops = 0.247447226790668 Tflops
BICGSTAB_SOLVER: 627 iterations. Rsd = 0.002528892 Relative Rsd = 1.1133362893181e-06
BICGSTAB_SOLVER_TIME: 2.461518 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.447909999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 2.268458e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.997809(s) Flops=1774651392 => 1778.54819108667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256141.091561692 Mflops = 256.141091561692 Gflops = 0.256141091561692 Tflops
InvBiCGStab: k = 309 resid = 1.090186e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.191129(s) Flops=2030561280 => 1704.73666580194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245475.311950751 Mflops = 245.475311950751 Gflops = 0.245475311950751 Tflops
BICGSTAB_SOLVER: 579 iterations. Rsd = 0.002006329 Relative Rsd = 8.81650718454674e-07
BICGSTAB_SOLVER_TIME: 2.193733 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413970999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 243 resid = 1.847538e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.956021(s) Flops=1597483008 => 1670.97062512225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240605.259210848 Mflops = 240.605259210848 Gflops = 0.240605259210848 Tflops
InvBiCGStab: k = 266 resid = 8.790722e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.979683(s) Flops=1748404224 => 1784.66322677846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256979.810047506 Mflops = 256.979810047506 Gflops = 0.256979810047506 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.001826172 Relative Rsd = 8.01313939358799e-07
BICGSTAB_SOLVER_TIME: 1.940962 sec
2Flav::invert,  n_count = 509
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363788000000004
MInvCG2: 328 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.318129(s) Flops=2118961152 => 1607.55218343576 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231533.203061813 Mflops = 231.533203061813 Gflops = 0.231533203061813 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.235678000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.636588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862968(s) Flops=1387505664 => 1607.82979670162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231465.21410633 Mflops = 231.46521410633 Gflops = 0.23146521410633 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.013609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853887(s) Flops=1505617920 => 1763.25195254173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253895.633856632 Mflops = 253.895633856632 Gflops = 0.253895633856632 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.00250124 Relative Rsd = 1.10116242972241e-06
BICGSTAB_SOLVER_TIME: 1.720427 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001893
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314519999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.12789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.665276(s) Flops=1197213696 => 1799.57445631587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259070.846880761 Mflops = 259.070846880761 Gflops = 0.259070846880761 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.13454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817128(s) Flops=1472808960 => 1802.42135871002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.243509874 Mflops = 259.537243509874 Gflops = 0.259537243509874 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.002015232 Relative Rsd = 8.85563201874151e-07
BICGSTAB_SOLVER_TIME: 1.485753 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289791999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973712(s) Flops=1436590080 => 1475.3747309266 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212436.584905621 Mflops = 212.436584905621 Gflops = 0.212436584905621 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159127000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021436
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.9e-05 s
InvBiCGStab: k = 165 resid = 1.894256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.606072(s) Flops=1085663232 => 1791.31065615966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257991.453835605 Mflops = 257.991453835605 Gflops = 0.257991453835605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 198 resid = 9.929856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.755062(s) Flops=1302202368 => 1724.62972312207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248322.772614932 Mflops = 248.322772614932 Gflops = 0.248322772614932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 363 iterations. Rsd = 0.001867297 Relative Rsd = 8.19359458068393e-07
BICGSTAB_SOLVER_TIME: 1.365302 sec
2Flav::invert,  n_count = 363
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260853999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000166 s
InvBiCGStab: k = 130 resid = 2.206955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.535594(s) Flops=856000512 => 1598.22647751842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230110.562307882 Mflops = 230.110562307882 Gflops = 0.230110562307882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 169 resid = 8.712353e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.624356(s) Flops=1111910400 => 1780.89167077757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256403.768944744 Mflops = 256.403768944744 Gflops = 0.256403768944744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 299 iterations. Rsd = 0.001627208 Relative Rsd = 7.14009893215421e-07
BICGSTAB_SOLVER_TIME: 1.163955 sec
2Flav::invert,  n_count = 299
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.215285999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004916 s
InvBiCGStab: k = 99 resid = 1.513584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360896(s) Flops=652584960 => 1808.23550274871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260348.179579808 Mflops = 260.348179579808 Gflops = 0.260348179579808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007082 s
InvBiCGStab: k = 126 resid = 1.023995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459816(s) Flops=829753344 => 1804.53343076361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.575767477 Mflops = 259.814575767477 Gflops = 0.259814575767477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 225 iterations. Rsd = 0.001416154 Relative Rsd = 6.21400327772778e-07
BICGSTAB_SOLVER_TIME: 0.836536 sec
2Flav::invert,  n_count = 225
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164216999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007673 s
InvBiCGStab: k = 80 resid = 1.804374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291909(s) Flops=527910912 => 1808.47768311357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260376.856518066 Mflops = 260.376856518066 Gflops = 0.260376856518066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010997 s
InvBiCGStab: k = 125 resid = 8.968742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45796(s) Flops=823191552 => 1797.51845576033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258803.67598245 Mflops = 258.80367598245 Gflops = 0.25880367598245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001350228 Relative Rsd = 5.92472471885789e-07
BICGSTAB_SOLVER_TIME: 0.772429 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152928999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011636 s
InvBiCGStab: k = 77 resid = 1.873118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33007(s) Flops=508225536 => 1539.75076801891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221691.022706132 Mflops = 221.691022706132 Gflops = 0.221691022706132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.017336 s
InvBiCGStab: k = 107 resid = 1.011536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456587(s) Flops=705079296 => 1544.23865769284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222332.047059839 Mflops = 222.332047059839 Gflops = 0.222332047059839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001288352 Relative Rsd = 5.65321619136266e-07
BICGSTAB_SOLVER_TIME: 0.820062 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136981
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91245(s) Flops=1436663808 => 1574.51236560907 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226711.714166318 Mflops = 226.711714166318 Gflops = 0.226711714166318 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159159000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013209 s
InvBiCGStab: k = 29 resid = 1.855337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106799(s) Flops=193259520 => 1809.56301088962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260451.853348006 Mflops = 260.451853348006 Gflops = 0.260451853348006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019355 s
InvBiCGStab: k = 51 resid = 1.046049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202119(s) Flops=337618944 => 1670.39686521307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240455.128005369 Mflops = 240.455128005369 Gflops = 0.240455128005369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007208351 Relative Rsd = 3.16298410827566e-07
BICGSTAB_SOLVER_TIME: 0.345635 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0638820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016692 s
InvBiCGStab: k = 86 resid = 2.155378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365135(s) Flops=567281664 => 1553.62171251729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223688.760033462 Mflops = 223.688760033462 Gflops = 0.223688760033462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.026253 s
InvBiCGStab: k = 113 resid = 1.006905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425189(s) Flops=744450048 => 1750.8685502212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252089.798538147 Mflops = 252.089798538147 Gflops = 0.252089798538147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001382446 Relative Rsd = 6.06609676856126e-07
BICGSTAB_SOLVER_TIME: 0.837102 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150032999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020251 s
InvBiCGStab: k = 59 resid = 1.651017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219662(s) Flops=390113280 => 1775.97071864956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255669.746202997 Mflops = 255.669746202997 Gflops = 0.255669746202997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029249 s
InvBiCGStab: k = 82 resid = 1.140786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299234(s) Flops=541034496 => 1808.06491240969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260306.476853924 Mflops = 260.306476853924 Gflops = 0.260306476853924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001097186 Relative Rsd = 4.81438969380652e-07
BICGSTAB_SOLVER_TIME: 0.572248 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109755
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024997 s
InvBiCGStab: k = 70 resid = 1.964942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275183(s) Flops=462292992 => 1679.9474967567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241859.626098309 Mflops = 241.859626098309 Gflops = 0.241859626098309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.03368 s
InvBiCGStab: k = 99 resid = 1.010897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364215(s) Flops=652584960 => 1791.75750586879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257969.703178901 Mflops = 257.969703178902 Gflops = 0.257969703178901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001235606 Relative Rsd = 5.42177005069643e-07
BICGSTAB_SOLVER_TIME: 0.70197 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130648
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027827 s
InvBiCGStab: k = 57 resid = 2.243724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209938(s) Flops=376989696 => 1795.71919328564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258525.378590262 Mflops = 258.525378590262 Gflops = 0.258525378590262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039245 s
InvBiCGStab: k = 91 resid = 9.80188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333363(s) Flops=600090624 => 1800.11166206208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.202360498 Mflops = 259.168202360498 Gflops = 0.259168202360498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001171814 Relative Rsd = 5.14185336163432e-07
BICGSTAB_SOLVER_TIME: 0.614304 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116577
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958816(s) Flops=1430470656 => 1491.91362680639 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214830.699386683 Mflops = 214.830699386683 Gflops = 0.214830699386683 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158363000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032475 s
InvBiCGStab: k = 31 resid = 1.815324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114422(s) Flops=206383104 => 1803.70124626383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259625.091986172 Mflops = 259.625091986172 Gflops = 0.259625091986172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04418 s
InvBiCGStab: k = 51 resid = 8.545364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187246(s) Flops=337618944 => 1803.07693622294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.733176912 Mflops = 259.558733176912 Gflops = 0.259558733176912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007512929 Relative Rsd = 3.2966309679805e-07
BICGSTAB_SOLVER_TIME: 0.382086 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036139 s
InvBiCGStab: k = 65 resid = 1.798531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237547(s) Flops=429484032 => 1807.99602604958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260307.283326702 Mflops = 260.307283326702 Gflops = 0.260307283326702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050522 s
InvBiCGStab: k = 86 resid = 1.058734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3557(s) Flops=567281664 => 1594.83177958954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229617.115920863 Mflops = 229.617115920863 Gflops = 0.229617115920863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00110477 Relative Rsd = 4.8476708932236e-07
BICGSTAB_SOLVER_TIME: 0.68388 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047704 s
InvBiCGStab: k = 55 resid = 1.271348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240642(s) Flops=363866112 => 1512.06402872317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217702.654287577 Mflops = 217.702654287577 Gflops = 0.217702654287577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 75 resid = 1.110075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28932(s) Flops=495101952 => 1711.26072169224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246368.754248726 Mflops = 246.368754248726 Gflops = 0.246368754248726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001043824 Relative Rsd = 4.58023925135809e-07
BICGSTAB_SOLVER_TIME: 0.63821 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041377 s
InvBiCGStab: k = 64 resid = 1.802127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239376(s) Flops=422922240 => 1766.7696009625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254338.137959015 Mflops = 254.338137959015 Gflops = 0.254338137959015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059766 s
InvBiCGStab: k = 86 resid = 1.135359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324121(s) Flops=567281664 => 1750.21570339472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251979.951373765 Mflops = 251.979951373765 Gflops = 0.251979951373765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001123942 Relative Rsd = 4.93179337480519e-07
BICGSTAB_SOLVER_TIME: 0.668614 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 50 resid = 2.201111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189198(s) Flops=331057152 => 1749.79202739987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251888.109774265 Mflops = 251.888109774265 Gflops = 0.251888109774265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056841 s
InvBiCGStab: k = 76 resid = 8.889135e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286697(s) Flops=501663744 => 1749.80465090322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251913.907808811 Mflops = 251.913907808811 Gflops = 0.251913907808811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001057114 Relative Rsd = 4.63855797392455e-07
BICGSTAB_SOLVER_TIME: 0.578188 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104189
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937332(s) Flops=1430544384 => 1526.18750240043 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219755.717688127 Mflops = 219.755717688127 Gflops = 0.219755717688127 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158685000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042313 s
InvBiCGStab: k = 29 resid = 1.277609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112418(s) Flops=193259520 => 1719.11544414596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247439.147513656 Mflops = 247.439147513656 Gflops = 0.247439147513656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 53 resid = 6.871088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200628(s) Flops=350742528 => 1748.22321909205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251673.129336393 Mflops = 251.673129336393 Gflops = 0.251673129336393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007748478 Relative Rsd = 3.39998877932403e-07
BICGSTAB_SOLVER_TIME: 0.41594 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042695 s
InvBiCGStab: k = 55 resid = 2.03079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203981(s) Flops=363866112 => 1783.82355219359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256794.147928462 Mflops = 256.794147928462 Gflops = 0.256794147928462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056201 s
InvBiCGStab: k = 88 resid = 5.797929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335405(s) Flops=580405248 => 1730.46092932425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249144.157218312 Mflops = 249.144157218312 Gflops = 0.249144157218312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001130388 Relative Rsd = 4.96007820555364e-07
BICGSTAB_SOLVER_TIME: 0.642111 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041456 s
InvBiCGStab: k = 58 resid = 1.671462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212598(s) Flops=383551488 => 1804.11616289899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.165751796 Mflops = 259.729165751796 Gflops = 0.259729165751796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062102 s
InvBiCGStab: k = 69 resid = 1.022242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293435(s) Flops=455731200 => 1553.09080375552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223597.202219274 Mflops = 223.597202219274 Gflops = 0.223597202219274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001060701 Relative Rsd = 4.6542944153115e-07
BICGSTAB_SOLVER_TIME: 0.613795 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046747 s
InvBiCGStab: k = 65 resid = 2.116594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274069(s) Flops=429484032 => 1567.06534485841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225604.687069125 Mflops = 225.604687069125 Gflops = 0.225604687069125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 91 resid = 8.740878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345931(s) Flops=600090624 => 1734.71190497527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249752.07769166 Mflops = 249.75207769166 Gflops = 0.24975207769166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001128084 Relative Rsd = 4.94997053283652e-07
BICGSTAB_SOLVER_TIME: 0.726804 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 63 resid = 2.103232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233508(s) Flops=416360448 => 1783.06716686366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256736.040969963 Mflops = 256.736040969963 Gflops = 0.256736040969963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058254 s
InvBiCGStab: k = 81 resid = 1.105137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303201(s) Flops=534472704 => 1762.76695657336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253786.465014882 Mflops = 253.786465014882 Gflops = 0.253786465014882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001077965 Relative Rsd = 4.73005062288688e-07
BICGSTAB_SOLVER_TIME: 0.64064 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117027
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909246(s) Flops=1430618112 => 1573.41149919824 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226560.966905368 Mflops = 226.560966905368 Gflops = 0.226560966905368 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158834000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.247343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885015(s) Flops=1544988672 => 1745.72032338435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251357.705286495 Mflops = 251.357705286495 Gflops = 0.251357705286495 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 8.789784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840405(s) Flops=1485932544 => 1768.11483034965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254596.520861774 Mflops = 254.596520861774 Gflops = 0.254596520861774 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.0023927 Relative Rsd = 1.05337223221311e-06
BICGSTAB_SOLVER_TIME: 1.728788 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329056999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.998059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892954(s) Flops=1440000000 => 1612.62506243323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232186.730619642 Mflops = 232.186730619642 Gflops = 0.232186730619642 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 9.330828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.982657(s) Flops=1649977344 => 1679.09793956589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241781.271196391 Mflops = 241.781271196391 Gflops = 0.241781271196391 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002104835 Relative Rsd = 9.2495481426882e-07
BICGSTAB_SOLVER_TIME: 1.879018 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335148999999999
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91435(s) Flops=1430618112 => 1564.62854705529 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225290.863261265 Mflops = 225.290863261265 Gflops = 0.225290863261265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158757000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049251 s
InvBiCGStab: k = 30 resid = 2.02741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128756(s) Flops=199821312 => 1551.93786697319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223384.403040267 Mflops = 223.384403040267 Gflops = 0.223384403040267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063397 s
InvBiCGStab: k = 57 resid = 9.165265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214371(s) Flops=376989696 => 1758.58533103825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253166.266097038 Mflops = 253.166266097038 Gflops = 0.253166266097038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007233969 Relative Rsd = 3.17422504383823e-07
BICGSTAB_SOLVER_TIME: 0.459542 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04172 s
InvBiCGStab: k = 76 resid = 2.165161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288796(s) Flops=501663744 => 1737.0868848599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250093.555809654 Mflops = 250.093555809654 Gflops = 0.250093555809654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056545 s
InvBiCGStab: k = 113 resid = 1.005912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412939(s) Flops=744450048 => 1802.80876352197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.746995189 Mflops = 259.566746995189 Gflops = 0.259566746995189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001290992 Relative Rsd = 5.66480116682895e-07
BICGSTAB_SOLVER_TIME: 0.803844 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149547999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040561 s
InvBiCGStab: k = 58 resid = 1.892302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212181(s) Flops=383551488 => 1807.66179818174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260247.857933566 Mflops = 260.247857933566 Gflops = 0.260247857933566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 78 resid = 1.116891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285141(s) Flops=514787328 => 1805.37813923638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259920.101031173 Mflops = 259.920101031173 Gflops = 0.259920101031173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00109784 Relative Rsd = 4.81726103500746e-07
BICGSTAB_SOLVER_TIME: 0.597863 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 64 resid = 2.04648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234579(s) Flops=422922240 => 1802.89898072718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.779225679 Mflops = 259.558779225679 Gflops = 0.259558779225679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 90 resid = 1.067803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335398(s) Flops=593528832 => 1769.62543604911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254775.03657249 Mflops = 254.77503657249 Gflops = 0.25477503657249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001121552 Relative Rsd = 4.92130615992257e-07
BICGSTAB_SOLVER_TIME: 0.671437 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124218000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045777 s
InvBiCGStab: k = 57 resid = 1.954112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235197(s) Flops=376989696 => 1602.86779168102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230772.965028696 Mflops = 230.772965028696 Gflops = 0.230772965028696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064954 s
InvBiCGStab: k = 73 resid = 9.272812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298927(s) Flops=481978368 => 1612.36143941497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232132.742514921 Mflops = 232.132742514921 Gflops = 0.232132742514921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001103049 Relative Rsd = 4.84011631841117e-07
BICGSTAB_SOLVER_TIME: 0.648622 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106883
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898766(s) Flops=1430618112 => 1591.75815729567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229188.673203687 Mflops = 229.188673203687 Gflops = 0.229188673203687 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158559000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 30 resid = 2.244479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122583(s) Flops=199821312 => 1630.08991458848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234617.513445227 Mflops = 234.617513445227 Gflops = 0.234617513445227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062741 s
InvBiCGStab: k = 53 resid = 9.727609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221878(s) Flops=350742528 => 1580.79001974058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227570.628196428 Mflops = 227.570628196428 Gflops = 0.227570628196428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000765376 Relative Rsd = 3.35842712431771e-07
BICGSTAB_SOLVER_TIME: 0.453018 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049385 s
InvBiCGStab: k = 81 resid = 1.849065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322378(s) Flops=534472704 => 1657.9068795017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238696.376289377 Mflops = 238.696376289377 Gflops = 0.238696376289377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056119 s
InvBiCGStab: k = 104 resid = 1.116368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391378(s) Flops=685393920 => 1751.2326191048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252133.368195307 Mflops = 252.133368195307 Gflops = 0.252133368195308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001290505 Relative Rsd = 5.6626633687635e-07
BICGSTAB_SOLVER_TIME: 0.823287 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146471999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041077 s
InvBiCGStab: k = 61 resid = 2.180497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223412(s) Flops=403236864 => 1804.90244033445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.493749608 Mflops = 259.837493749608 Gflops = 0.259837493749608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 73 resid = 9.817689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267588(s) Flops=481978368 => 1801.19574868828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.064505593 Mflops = 259.325064505593 Gflops = 0.259325064505593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001082113 Relative Rsd = 4.74824923552245e-07
BICGSTAB_SOLVER_TIME: 0.591989 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040632 s
InvBiCGStab: k = 64 resid = 2.201043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233504(s) Flops=422922240 => 1811.19912292723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260750.790832873 Mflops = 260.750790832873 Gflops = 0.260750790832873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 87 resid = 9.727505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31793(s) Flops=573843456 => 1804.93648287359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259846.808501841 Mflops = 259.846808501841 Gflops = 0.259846808501841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001110321 Relative Rsd = 4.87202697727637e-07
BICGSTAB_SOLVER_TIME: 0.652246 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 57 resid = 2.14438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20854(s) Flops=376989696 => 1807.75724561235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260254.89568354 Mflops = 260.25489568354 Gflops = 0.26025489568354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 80 resid = 8.613599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321094(s) Flops=527910912 => 1644.10083028646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236695.182401844 Mflops = 236.695182401844 Gflops = 0.236695182401844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001152791 Relative Rsd = 5.05838013724297e-07
BICGSTAB_SOLVER_TIME: 0.631456 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113426
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970821(s) Flops=1430691840 => 1473.69271987318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212203.705497785 Mflops = 212.203705497785 Gflops = 0.212203705497785 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158425000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040617 s
InvBiCGStab: k = 26 resid = 1.911957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096048(s) Flops=173574144 => 1807.1604197901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260107.036957925 Mflops = 260.107036957925 Gflops = 0.260107036957925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056015 s
InvBiCGStab: k = 51 resid = 6.771542e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186969(s) Flops=337618944 => 1805.7482470356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259932.246015848 Mflops = 259.932246015848 Gflops = 0.259932246015848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007870789 Relative Rsd = 3.45365798265709e-07
BICGSTAB_SOLVER_TIME: 0.383459 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 55 resid = 2.239984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214707(s) Flops=363866112 => 1694.71005602985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243974.638384596 Mflops = 243.974638384596 Gflops = 0.243974638384596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061855 s
InvBiCGStab: k = 82 resid = 1.103907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339207(s) Flops=541034496 => 1594.99802775297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229643.205116234 Mflops = 229.643205116234 Gflops = 0.229643205116234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001099255 Relative Rsd = 4.82347112128744e-07
BICGSTAB_SOLVER_TIME: 0.660875 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043591 s
InvBiCGStab: k = 63 resid = 1.991684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236746(s) Flops=416360448 => 1758.67996924974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253208.768427599 Mflops = 253.208768427599 Gflops = 0.253208768427599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055663 s
InvBiCGStab: k = 76 resid = 9.863165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284174(s) Flops=501663744 => 1765.34005222153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254132.823012816 Mflops = 254.132823012816 Gflops = 0.254132823012816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001092683 Relative Rsd = 4.79463051412437e-07
BICGSTAB_SOLVER_TIME: 0.624085 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 69 resid = 9.215238e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253092(s) Flops=455731200 => 1800.65430752454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259244.932561883 Mflops = 259.244932561883 Gflops = 0.259244932561883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 86 resid = 9.75602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314272(s) Flops=567281664 => 1805.06587923837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259872.487872942 Mflops = 259.872487872942 Gflops = 0.259872487872942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00110069 Relative Rsd = 4.82976600433657e-07
BICGSTAB_SOLVER_TIME: 0.668822 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125149000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040797 s
InvBiCGStab: k = 54 resid = 1.877148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197523(s) Flops=357304320 => 1808.92513783205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260427.408934121 Mflops = 260.427408934121 Gflops = 0.260427408934121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 80 resid = 1.084917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308948(s) Flops=527910912 => 1708.73710786281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246008.337586318 Mflops = 246.008337586318 Gflops = 0.246008337586318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001080764 Relative Rsd = 4.742332872991e-07
BICGSTAB_SOLVER_TIME: 0.607551 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109968
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963313(s) Flops=1436811264 => 1491.53106415049 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214771.335749049 Mflops = 214.771335749049 Gflops = 0.214771335749049 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158980000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 28 resid = 1.784932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103301(s) Flops=186697728 => 1807.31772199688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260135.815588517 Mflops = 260.135815588518 Gflops = 0.260135815588518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055847 s
InvBiCGStab: k = 50 resid = 1.098257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183224(s) Flops=331057152 => 1806.84381958695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.798434291 Mflops = 260.098798434291 Gflops = 0.260098798434291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007339389 Relative Rsd = 3.22048270305381e-07
BICGSTAB_SOLVER_TIME: 0.387141 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 54 resid = 2.218523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197896(s) Flops=357304320 => 1805.51562436836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.948274962 Mflops = 259.912948274962 Gflops = 0.259912948274962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055731 s
InvBiCGStab: k = 89 resid = 1.047773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325201(s) Flops=586967040 => 1804.93614718282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.810677403 Mflops = 259.866810677403 Gflops = 0.259866810677403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001135676 Relative Rsd = 4.98328391415996e-07
BICGSTAB_SOLVER_TIME: 0.624082 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 59 resid = 2.138167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248352(s) Flops=390113280 => 1570.80788558175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226132.32661001 Mflops = 226.13232661001 Gflops = 0.22613232661001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060465 s
InvBiCGStab: k = 80 resid = 1.121885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3346(s) Flops=527910912 => 1577.7373341303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227155.013019771 Mflops = 227.155013019771 Gflops = 0.227155013019771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001090599 Relative Rsd = 4.78548932024592e-07
BICGSTAB_SOLVER_TIME: 0.688956 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 66 resid = 2.213654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245598(s) Flops=436045824 => 1775.44533750275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255619.981188639 Mflops = 255.619981188639 Gflops = 0.255619981188639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064533 s
InvBiCGStab: k = 93 resid = 8.599366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36294(s) Flops=613214208 => 1689.57460737312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243246.025066279 Mflops = 243.246025066279 Gflops = 0.243246025066279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001160519 Relative Rsd = 5.09229169336561e-07
BICGSTAB_SOLVER_TIME: 0.717982 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127903
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04197 s
InvBiCGStab: k = 49 resid = 2.185856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181392(s) Flops=324495360 => 1788.91770309606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257490.54843434 Mflops = 257.49054843434 Gflops = 0.25749054843434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05822 s
InvBiCGStab: k = 73 resid = 1.097159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267716(s) Flops=481978368 => 1800.33456349266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259193.832259335 Mflops = 259.193832259335 Gflops = 0.259193832259335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001042432 Relative Rsd = 4.57413184068412e-07
BICGSTAB_SOLVER_TIME: 0.553165 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101275
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895796(s) Flops=1436811264 => 1603.94918485905 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230953.636240102 Mflops = 230.953636240102 Gflops = 0.230953636240102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159654000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.323717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804266(s) Flops=1453123584 => 1806.76987961694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260114.078569128 Mflops = 260.114078569128 Gflops = 0.260114078569128 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 9.032367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.895734(s) Flops=1590921216 => 1776.10899664409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255747.231920475 Mflops = 255.747231920475 Gflops = 0.255747231920475 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002227795 Relative Rsd = 9.8077824215708e-07
BICGSTAB_SOLVER_TIME: 1.703605 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.122363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330369999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.18558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899457(s) Flops=1413752832 => 1571.78479015673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226267.423858279 Mflops = 226.267423858279 Gflops = 0.226267423858279 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 7.20346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80768(s) Flops=1420314624 => 1758.51156893819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253211.077109984 Mflops = 253.211077109984 Gflops = 0.253211077109984 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002462708 Relative Rsd = 1.08223598338385e-06
BICGSTAB_SOLVER_TIME: 1.710574 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.115709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307649999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.894855(s) Flops=1436811264 => 1605.63584491342 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231179.532658752 Mflops = 231.179532658752 Gflops = 0.231179532658752 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159733000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048844 s
InvBiCGStab: k = 28 resid = 2.215092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117825(s) Flops=186697728 => 1584.53408020369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228073.287154495 Mflops = 228.073287154495 Gflops = 0.228073287154495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057315 s
InvBiCGStab: k = 49 resid = 8.3143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180833(s) Flops=324495360 => 1794.44769483446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258299.886006853 Mflops = 258.299886006853 Gflops = 0.258299886006853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007218572 Relative Rsd = 3.16746888679792e-07
BICGSTAB_SOLVER_TIME: 0.408674 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001904
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045371 s
InvBiCGStab: k = 77 resid = 2.260348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302661(s) Flops=508225536 => 1679.19069850427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241756.499687904 Mflops = 241.756499687904 Gflops = 0.241756499687904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05751 s
InvBiCGStab: k = 103 resid = 8.335712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379138(s) Flops=678832128 => 1790.46185821521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257787.085970822 Mflops = 257.787085970822 Gflops = 0.257787085970822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001266755 Relative Rsd = 5.55844967195792e-07
BICGSTAB_SOLVER_TIME: 0.788528 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041113 s
InvBiCGStab: k = 56 resid = 2.040499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205749(s) Flops=370427904 => 1800.38738462884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259189.148917198 Mflops = 259.189148917198 Gflops = 0.259189148917198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056971 s
InvBiCGStab: k = 73 resid = 8.285177e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267673(s) Flops=481978368 => 1800.62377602522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259231.312672934 Mflops = 259.231312672934 Gflops = 0.259231312672934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001056034 Relative Rsd = 4.63381906050681e-07
BICGSTAB_SOLVER_TIME: 0.575403 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040754 s
InvBiCGStab: k = 68 resid = 2.016517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248391(s) Flops=449169408 => 1808.31595347658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260346.328265745 Mflops = 260.346328265745 Gflops = 0.260346328265745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 90 resid = 1.079565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328664(s) Flops=593528832 => 1805.88330939805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259992.053412036 Mflops = 259.992053412036 Gflops = 0.259992053412036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00114806 Relative Rsd = 5.03762127516796e-07
BICGSTAB_SOLVER_TIME: 0.678209 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 57 resid = 2.204707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236564(s) Flops=376989696 => 1593.60551901388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229425.443719802 Mflops = 229.425443719802 Gflops = 0.229425443719802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063704 s
InvBiCGStab: k = 80 resid = 1.075826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332446(s) Flops=527910912 => 1587.95988521444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228620.811988954 Mflops = 228.620811988954 Gflops = 0.228620811988954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001114436 Relative Rsd = 4.89008358086482e-07
BICGSTAB_SOLVER_TIME: 0.677894 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112076
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907125(s) Flops=1443004416 => 1590.74484332369 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229052.89468999 Mflops = 229.05289468999 Gflops = 0.22905289468999 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160373000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 30 resid = 1.901663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112855(s) Flops=199821312 => 1770.60220637101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254842.175957134 Mflops = 254.842175957134 Gflops = 0.254842175957134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065354 s
InvBiCGStab: k = 44 resid = 1.113266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184895(s) Flops=291686400 => 1577.57862570648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227108.18442309 Mflops = 227.10818442309 Gflops = 0.22710818442309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007519355 Relative Rsd = 3.29945097137843e-07
BICGSTAB_SOLVER_TIME: 0.408569 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046459 s
InvBiCGStab: k = 78 resid = 2.114821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327722(s) Flops=514787328 => 1570.80491392095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226158.551693888 Mflops = 226.158551693888 Gflops = 0.226158551693888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056847 s
InvBiCGStab: k = 98 resid = 8.817087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362294(s) Flops=646023168 => 1783.14619618321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256727.730404465 Mflops = 256.727730404465 Gflops = 0.256727730404465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001283091 Relative Rsd = 5.63013103719922e-07
BICGSTAB_SOLVER_TIME: 0.797207 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 62 resid = 1.946275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228764(s) Flops=409798656 => 1791.35989928485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257900.584829409 Mflops = 257.900584829409 Gflops = 0.257900584829409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 80 resid = 1.099842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293222(s) Flops=527910912 => 1800.37961680911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259196.0413417 Mflops = 259.1960413417 Gflops = 0.2591960413417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001047786 Relative Rsd = 4.5976276972716e-07
BICGSTAB_SOLVER_TIME: 0.623774 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115482
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 69 resid = 2.162562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252705(s) Flops=455731200 => 1803.41188342138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.344513871 Mflops = 259.641344513871 Gflops = 0.259641344513871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055948 s
InvBiCGStab: k = 91 resid = 1.09847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332837(s) Flops=600090624 => 1802.95647419007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.025487594 Mflops = 259.573025487594 Gflops = 0.259573025487594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001146764 Relative Rsd = 5.03193580504407e-07
BICGSTAB_SOLVER_TIME: 0.686507 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 60 resid = 2.233888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219528(s) Flops=396675072 => 1806.94522794359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260132.800652046 Mflops = 260.132800652046 Gflops = 0.260132800652046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055657 s
InvBiCGStab: k = 83 resid = 9.442372e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320167(s) Flops=547596288 => 1710.3458132787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246232.565255509 Mflops = 246.232565255509 Gflops = 0.246232565255509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001099507 Relative Rsd = 4.82457705505368e-07
BICGSTAB_SOLVER_TIME: 0.640241 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116275
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961377(s) Flops=1443004416 => 1500.97663663682 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216120.247398015 Mflops = 216.120247398015 Gflops = 0.216120247398015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159763000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 32 resid = 2.17802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118097(s) Flops=212944896 => 1803.13552418774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.324312702 Mflops = 259.525324312702 Gflops = 0.259525324312702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 51 resid = 7.376713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186783(s) Flops=337618944 => 1807.54642553123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260204.561252886 Mflops = 260.204561252886 Gflops = 0.260204561252886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007837366 Relative Rsd = 3.43899248359851e-07
BICGSTAB_SOLVER_TIME: 0.406298 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04076 s
InvBiCGStab: k = 61 resid = 1.246478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240694(s) Flops=403236864 => 1675.30916433314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241189.921481124 Mflops = 241.189921481124 Gflops = 0.241189921481124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064605 s
InvBiCGStab: k = 70 resid = 1.148518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285801(s) Flops=462292992 => 1617.53455026399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232876.14292737 Mflops = 232.87614292737 Gflops = 0.23287614292737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001064225 Relative Rsd = 4.66975858755415e-07
BICGSTAB_SOLVER_TIME: 0.635658 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045971 s
InvBiCGStab: k = 51 resid = 1.935022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197436(s) Flops=337618944 => 1710.01713973136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246191.15329582 Mflops = 246.19115329582 Gflops = 0.24619115329582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056519 s
InvBiCGStab: k = 72 resid = 1.080167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273383(s) Flops=475416576 => 1739.01294520874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250353.207809639 Mflops = 250.353207809639 Gflops = 0.250353207809639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001023354 Relative Rsd = 4.49041903987875e-07
BICGSTAB_SOLVER_TIME: 0.577149 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041664 s
InvBiCGStab: k = 65 resid = 1.754767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239931(s) Flops=429484032 => 1790.03143403729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257702.804966277 Mflops = 257.702804966277 Gflops = 0.257702804966277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056063 s
InvBiCGStab: k = 85 resid = 1.103228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311187(s) Flops=560719872 => 1801.87434565069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.478922356 Mflops = 259.421478922356 Gflops = 0.259421478922356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00114965 Relative Rsd = 5.04460117308107e-07
BICGSTAB_SOLVER_TIME: 0.652751 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121646
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 57 resid = 2.089537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208171(s) Flops=376989696 => 1810.96164211153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260704.848508643 Mflops = 260.704848508643 Gflops = 0.260704848508643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 90 resid = 1.028827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328488(s) Flops=593528832 => 1806.85088039746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260134.392527627 Mflops = 260.134392527627 Gflops = 0.260134392527627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001086768 Relative Rsd = 4.76867657287954e-07
BICGSTAB_SOLVER_TIME: 0.637694 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119251
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976383(s) Flops=1449197568 => 1484.25112686313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213711.228881551 Mflops = 213.711228881551 Gflops = 0.213711228881551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160747000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 30 resid = 1.638354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110722(s) Flops=199821312 => 1804.71190910569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259753.070085238 Mflops = 259.753070085238 Gflops = 0.259753070085238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055674 s
InvBiCGStab: k = 47 resid = 8.279666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172132(s) Flops=311371776 => 1808.91278786048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260381.734740144 Mflops = 260.381734740144 Gflops = 0.260381734740144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007449654 Relative Rsd = 3.2688664113849e-07
BICGSTAB_SOLVER_TIME: 0.383766 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0695040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 55 resid = 2.129153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203965(s) Flops=363866112 => 1783.96348393107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256828.569928994 Mflops = 256.828569928994 Gflops = 0.256828569928994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 75 resid = 1.081751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274917(s) Flops=495101952 => 1800.91428322003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259268.005770863 Mflops = 259.268005770863 Gflops = 0.259268005770863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001081448 Relative Rsd = 4.74533294181739e-07
BICGSTAB_SOLVER_TIME: 0.579778 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 58 resid = 2.175924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213691(s) Flops=383551488 => 1794.88835748815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.025585573 Mflops = 258.371025585573 Gflops = 0.258371025585573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063192 s
InvBiCGStab: k = 68 resid = 1.128136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283228(s) Flops=449169408 => 1585.89337212422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228318.928746603 Mflops = 228.318928746603 Gflops = 0.228318928746603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001049355 Relative Rsd = 4.60451309276127e-07
BICGSTAB_SOLVER_TIME: 0.604747 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046653 s
InvBiCGStab: k = 63 resid = 2.059121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262877(s) Flops=416360448 => 1583.86031490012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228030.019694709 Mflops = 228.030019694709 Gflops = 0.228030019694709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057089 s
InvBiCGStab: k = 87 resid = 1.142567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321346(s) Flops=573843456 => 1785.74949120263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257099.855870097 Mflops = 257.099855870097 Gflops = 0.257099855870097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001128639 Relative Rsd = 4.95240409794616e-07
BICGSTAB_SOLVER_TIME: 0.691818 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044397 s
InvBiCGStab: k = 56 resid = 2.084784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218916(s) Flops=370427904 => 1692.10064134188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243574.841375652 Mflops = 243.574841375652 Gflops = 0.243574841375652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060847 s
InvBiCGStab: k = 84 resid = 7.215359e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327201(s) Flops=554158080 => 1693.6319876773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243828.772664412 Mflops = 243.828772664412 Gflops = 0.243828772664412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001031607 Relative Rsd = 4.52663441183775e-07
BICGSTAB_SOLVER_TIME: 0.655271 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11424
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919726(s) Flops=1455464448 => 1582.49788306517 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227856.364345383 Mflops = 227.856364345383 Gflops = 0.227856364345383 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161440000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021431
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.515289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838716(s) Flops=1512179712 => 1802.9699111499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.000730676 Mflops = 259.633000730676 Gflops = 0.259633000730676 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.088042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907814(s) Flops=1636853760 => 1803.07173055273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259632.265682305 Mflops = 259.632265682305 Gflops = 0.259632265682305 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.002153469 Relative Rsd = 9.48063802025916e-07
BICGSTAB_SOLVER_TIME: 1.749943 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.115102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341663999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.201192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833216(s) Flops=1367820288 => 1641.6154850603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236328.675827124 Mflops = 236.328675827124 Gflops = 0.236328675827124 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.126081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871148(s) Flops=1472808960 => 1690.65297745044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243442.833272155 Mflops = 243.442833272155 Gflops = 0.243442833272155 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002082066 Relative Rsd = 9.14966214870275e-07
BICGSTAB_SOLVER_TIME: 1.707827 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308413999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925509(s) Flops=1455464448 => 1572.60971854407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226436.829155548 Mflops = 226.436829155548 Gflops = 0.226436829155548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047095 s
InvBiCGStab: k = 26 resid = 2.175995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113053(s) Flops=173574144 => 1535.33425915279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220952.374227087 Mflops = 220.952374227087 Gflops = 0.220952374227087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065219 s
InvBiCGStab: k = 47 resid = 1.149459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18714(s) Flops=311371776 => 1663.84405258096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239510.273942123 Mflops = 239.510273942123 Gflops = 0.239510273942123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007891816 Relative Rsd = 3.46288448412859e-07
BICGSTAB_SOLVER_TIME: 0.416328 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0661090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04272 s
InvBiCGStab: k = 87 resid = 1.350439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323752(s) Flops=573843456 => 1772.47848970817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255194.337636197 Mflops = 255.194337636197 Gflops = 0.255194337636197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 109 resid = 1.094366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400473(s) Flops=718202880 => 1793.38652043958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258220.488878817 Mflops = 258.220488878817 Gflops = 0.258220488878817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.00131798 Relative Rsd = 5.78322445235298e-07
BICGSTAB_SOLVER_TIME: 0.827115 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154345999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 55 resid = 2.07441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201539(s) Flops=363866112 => 1805.43771676946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.897690801 Mflops = 259.915897690801 Gflops = 0.259915897690801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 88 resid = 1.064798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320696(s) Flops=580405248 => 1809.83001970714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260563.63619414 Mflops = 260.56363619414 Gflops = 0.26056363619414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001074954 Relative Rsd = 4.71683765161781e-07
BICGSTAB_SOLVER_TIME: 0.622786 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041346 s
InvBiCGStab: k = 61 resid = 2.008955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223655(s) Flops=403236864 => 1802.94142317409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.60877355 Mflops = 259.56660877355 Gflops = 0.25956660877355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 94 resid = 6.731957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352132(s) Flops=619776000 => 1760.06724750946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253402.363597476 Mflops = 253.402363597476 Gflops = 0.253402363597476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001119727 Relative Rsd = 4.91329899512544e-07
BICGSTAB_SOLVER_TIME: 0.677503 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124973
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043857 s
InvBiCGStab: k = 59 resid = 2.122688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24349(s) Flops=390113280 => 1602.17372376689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230657.454827652 Mflops = 230.657454827652 Gflops = 0.230657454827652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060422 s
InvBiCGStab: k = 83 resid = 1.15083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35413(s) Flops=547596288 => 1546.3143139525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222622.772011793 Mflops = 222.622772011793 Gflops = 0.222622772011793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00105045 Relative Rsd = 4.60931483752e-07
BICGSTAB_SOLVER_TIME: 0.706287 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115454
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924273(s) Flops=1461731328 => 1581.49305237738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227716.57649935 Mflops = 227.71657649935 Gflops = 0.22771657649935 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162189000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 29 resid = 1.54984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107208(s) Flops=193259520 => 1802.65950302216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.562109766 Mflops = 259.470562109766 Gflops = 0.259470562109766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 50 resid = 1.119005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204422(s) Flops=331057152 => 1619.47907759439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233129.323509496 Mflops = 233.129323509496 Gflops = 0.233129323509496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007336625 Relative Rsd = 3.21927000709028e-07
BICGSTAB_SOLVER_TIME: 0.412933 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044088 s
InvBiCGStab: k = 68 resid = 2.264437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290265(s) Flops=449169408 => 1547.44598211979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222794.003731419 Mflops = 222.794003731419 Gflops = 0.222794003731419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060603 s
InvBiCGStab: k = 125 resid = 1.116515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.466589(s) Flops=823191552 => 1764.27552299776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254027.425240003 Mflops = 254.027425240003 Gflops = 0.254027425240003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.00128171 Relative Rsd = 5.62407062232501e-07
BICGSTAB_SOLVER_TIME: 0.865406 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152282999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05214 s
InvBiCGStab: k = 56 resid = 2.195032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242172(s) Flops=370427904 => 1529.60665972945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220227.640713928 Mflops = 220.227640713928 Gflops = 0.220227640713928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059657 s
InvBiCGStab: k = 70 resid = 1.007487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276491(s) Flops=462292992 => 1672.00014467017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240707.13495002 Mflops = 240.70713495002 Gflops = 0.24070713495002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001064021 Relative Rsd = 4.66886464571077e-07
BICGSTAB_SOLVER_TIME: 0.634583 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040686 s
InvBiCGStab: k = 62 resid = 1.572774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228552(s) Flops=409798656 => 1793.02152682978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258136.306340698 Mflops = 258.136306340698 Gflops = 0.258136306340698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057153 s
InvBiCGStab: k = 91 resid = 7.220856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334632(s) Flops=600090624 => 1793.28523273327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258178.402205663 Mflops = 258.178402205663 Gflops = 0.258178402205663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001121725 Relative Rsd = 4.92206677672531e-07
BICGSTAB_SOLVER_TIME: 0.66483 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 61 resid = 1.999907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224673(s) Flops=403236864 => 1794.77224232551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258399.058175773 Mflops = 258.399058175773 Gflops = 0.258399058175773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 93 resid = 7.679765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339707(s) Flops=613214208 => 1805.1267945612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259887.511233884 Mflops = 259.887511233884 Gflops = 0.259887511233884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001139482 Relative Rsd = 4.99998325861821e-07
BICGSTAB_SOLVER_TIME: 0.665829 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124279
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016187(s) Flops=1467998208 => 1444.61423734017 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208011.397924993 Mflops = 208.011397924993 Gflops = 0.208011397924993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 29 resid = 2.08946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106979(s) Flops=193259520 => 1806.51828863609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.555270883 Mflops = 259.990555270883 Gflops = 0.259990555270883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 49 resid = 9.740594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179446(s) Flops=324495360 => 1808.31759972359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260308.300564315 Mflops = 260.308300564315 Gflops = 0.260308300564315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007621321 Relative Rsd = 3.34419276063959e-07
BICGSTAB_SOLVER_TIME: 0.387815 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 54 resid = 1.729674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198248(s) Flops=357304320 => 1802.30983414713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259459.507476016 Mflops = 259.459507476016 Gflops = 0.259459507476016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056126 s
InvBiCGStab: k = 78 resid = 1.044547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306742(s) Flops=514787328 => 1678.24206662276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241628.220886091 Mflops = 241.628220886091 Gflops = 0.241628220886091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001082711 Relative Rsd = 4.75087435959852e-07
BICGSTAB_SOLVER_TIME: 0.606731 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044074 s
InvBiCGStab: k = 65 resid = 2.09962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26524(s) Flops=429484032 => 1619.22798974514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233125.067685173 Mflops = 233.125067685173 Gflops = 0.233125067685173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065794 s
InvBiCGStab: k = 89 resid = 9.99009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371899(s) Flops=586967040 => 1578.29690319146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227233.184412935 Mflops = 227.233184412935 Gflops = 0.227233184412935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001080427 Relative Rsd = 4.74085250529837e-07
BICGSTAB_SOLVER_TIME: 0.750913 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047116 s
InvBiCGStab: k = 61 resid = 2.086691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226711(s) Flops=403236864 => 1778.63828398269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256062.945408138 Mflops = 256.062945408138 Gflops = 0.256062945408138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 85 resid = 5.27655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314184(s) Flops=560719872 => 1784.68627301199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256928.079251603 Mflops = 256.928079251603 Gflops = 0.256928079251603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001158925 Relative Rsd = 5.08529647073518e-07
BICGSTAB_SOLVER_TIME: 0.648289 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 55 resid = 1.874576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201317(s) Flops=363866112 => 1807.42864238986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260203.797868825 Mflops = 260.203797868824 Gflops = 0.260203797868824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 76 resid = 9.426642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278327(s) Flops=501663744 => 1802.42572226194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259493.571704025 Mflops = 259.493571704025 Gflops = 0.259493571704025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001041577 Relative Rsd = 4.57037983906148e-07
BICGSTAB_SOLVER_TIME: 0.580927 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107745
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917285(s) Flops=1474265088 => 1607.20505404536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231428.860654943 Mflops = 231.428860654943 Gflops = 0.231428860654943 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 26 resid = 2.272666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100857(s) Flops=173574144 => 1720.99253398376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247650.498105057 Mflops = 247.650498105057 Gflops = 0.247650498105057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06 s
InvBiCGStab: k = 49 resid = 1.0848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191952(s) Flops=324495360 => 1690.50262565641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243348.10790075 Mflops = 243.34810790075 Gflops = 0.24334810790075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007266353 Relative Rsd = 3.18843488796864e-07
BICGSTAB_SOLVER_TIME: 0.398143 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 52 resid = 1.972493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192084(s) Flops=344180736 => 1791.82407696633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257947.801158332 Mflops = 257.947801158332 Gflops = 0.257947801158332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 93 resid = 1.140935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341308(s) Flops=613214208 => 1796.65934581082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258675.640631702 Mflops = 258.675640631702 Gflops = 0.258675640631702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00111434 Relative Rsd = 4.88966061866693e-07
BICGSTAB_SOLVER_TIME: 0.634886 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041692 s
InvBiCGStab: k = 65 resid = 1.35758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239248(s) Flops=429484032 => 1795.14157694108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258446.562520264 Mflops = 258.446562520264 Gflops = 0.258446562520264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055919 s
InvBiCGStab: k = 87 resid = 9.406855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317625(s) Flops=573843456 => 1806.66967650531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260110.786279855 Mflops = 260.110786279855 Gflops = 0.260110786279855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001082044 Relative Rsd = 4.74794784941525e-07
BICGSTAB_SOLVER_TIME: 0.658983 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041947 s
InvBiCGStab: k = 73 resid = 2.030378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305461(s) Flops=481978368 => 1577.87202948985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227178.80320669 Mflops = 227.17880320669 Gflops = 0.22717880320669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065685 s
InvBiCGStab: k = 92 resid = 1.0095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362614(s) Flops=606652416 => 1672.99777725074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240878.225992202 Mflops = 240.878225992202 Gflops = 0.240878225992202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001160494 Relative Rsd = 5.0921844203444e-07
BICGSTAB_SOLVER_TIME: 0.779582 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041795 s
InvBiCGStab: k = 60 resid = 1.50142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223753(s) Flops=396675072 => 1772.82571406864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255229.568181271 Mflops = 255.229568181271 Gflops = 0.255229568181271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057156 s
InvBiCGStab: k = 68 resid = 1.110421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251776(s) Flops=449169408 => 1784.00406710727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256835.684674606 Mflops = 256.835684674606 Gflops = 0.256835684674606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001099831 Relative Rsd = 4.82599612387706e-07
BICGSTAB_SOLVER_TIME: 0.578265 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106202
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924828(s) Flops=1486651392 => 1607.48960022837 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231462.632574614 Mflops = 231.462632574614 Gflops = 0.231462632574614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165031000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 2.271287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939858(s) Flops=1676224512 => 1783.48698633198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256756.733110938 Mflops = 256.756733110938 Gflops = 0.256756733110938 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 9.635075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916749(s) Flops=1656539136 => 1806.97130403197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260189.560619801 Mflops = 260.189560619801 Gflops = 0.260189560619801 Tflops
BICGSTAB_SOLVER: 507 iterations. Rsd = 0.002172111 Relative Rsd = 9.5629340794988e-07
BICGSTAB_SOLVER_TIME: 1.859979 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362260000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.20181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76459(s) Flops=1321887744 => 1728.88442694778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248903.174661071 Mflops = 248.903174661071 Gflops = 0.248903174661071 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 6.935015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864456(s) Flops=1400629248 => 1620.24353813265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233303.541295453 Mflops = 233.303541295453 Gflops = 0.233303541295453 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002006708 Relative Rsd = 8.8184859748194e-07
BICGSTAB_SOLVER_TIME: 1.632412 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.117207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001842
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295148999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943366(s) Flops=1486651392 => 1575.900967387 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226940.252507559 Mflops = 226.940252507559 Gflops = 0.226940252507559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164945000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04686 s
InvBiCGStab: k = 30 resid = 1.681808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119971(s) Flops=199821312 => 1665.58011519451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239711.650288891 Mflops = 239.711650288891 Gflops = 0.239711650288891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064237 s
InvBiCGStab: k = 46 resid = 1.067145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18695(s) Flops=304809984 => 1630.43585985558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234699.03533291 Mflops = 234.69903533291 Gflops = 0.23469903533291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007509242 Relative Rsd = 3.29501344406789e-07
BICGSTAB_SOLVER_TIME: 0.422342 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044227 s
InvBiCGStab: k = 76 resid = 2.209048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281358(s) Flops=501663744 => 1783.00863668351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256697.520984525 Mflops = 256.697520984525 Gflops = 0.256697520984525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05919 s
InvBiCGStab: k = 112 resid = 9.795469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415763(s) Flops=737888256 => 1774.78095934463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255532.17059754 Mflops = 255.53217059754 Gflops = 0.25553217059754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001295316 Relative Rsd = 5.68377521016066e-07
BICGSTAB_SOLVER_TIME: 0.804385 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149047
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041011 s
InvBiCGStab: k = 60 resid = 1.547434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219679(s) Flops=396675072 => 1805.70319420609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259974.52294515 Mflops = 259.974522945149 Gflops = 0.259974522945149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056272 s
InvBiCGStab: k = 71 resid = 1.104655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259253(s) Flops=468854784 => 1808.48354310268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260347.813039473 Mflops = 260.347813039473 Gflops = 0.260347813039473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001032802 Relative Rsd = 4.53187546515951e-07
BICGSTAB_SOLVER_TIME: 0.580085 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 66 resid = 2.174765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242007(s) Flops=436045824 => 1801.79013003756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259401.148151776 Mflops = 259.401148151776 Gflops = 0.259401148151776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 85 resid = 1.133564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310529(s) Flops=560719872 => 1805.69245384489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.668751177 Mflops = 259.968668751177 Gflops = 0.259968668751177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001149167 Relative Rsd = 5.0424822755003e-07
BICGSTAB_SOLVER_TIME: 0.654066 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 60 resid = 2.162258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226099(s) Flops=396675072 => 1754.43089973861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252577.547410183 Mflops = 252.577547410183 Gflops = 0.252577547410183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063494 s
InvBiCGStab: k = 82 resid = 1.071279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340521(s) Flops=541034496 => 1588.84326076806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228748.449742548 Mflops = 228.748449742548 Gflops = 0.228748449742548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001130665 Relative Rsd = 4.96129498810846e-07
BICGSTAB_SOLVER_TIME: 0.675645 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115367
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959344(s) Flops=1492992000 => 1556.26344668857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224094.487700623 Mflops = 224.094487700623 Gflops = 0.224094487700623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165743000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041464 s
InvBiCGStab: k = 32 resid = 1.530886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118101(s) Flops=212944896 => 1803.07445322224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.097367755 Mflops = 259.563097367755 Gflops = 0.259563097367755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 54 resid = 1.111043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197721(s) Flops=357304320 => 1807.11366015749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260132.737470477 Mflops = 260.132737470477 Gflops = 0.260132737470477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007729642 Relative Rsd = 3.39172339304014e-07
BICGSTAB_SOLVER_TIME: 0.417344 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043833 s
InvBiCGStab: k = 88 resid = 1.728691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360251(s) Flops=580405248 => 1611.11349586816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231963.789088235 Mflops = 231.963789088235 Gflops = 0.231963789088235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064126 s
InvBiCGStab: k = 110 resid = 1.107904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436059(s) Flops=724764672 => 1662.07937916658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239298.893656443 Mflops = 239.298893656443 Gflops = 0.239298893656443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001289718 Relative Rsd = 5.65920968830459e-07
BICGSTAB_SOLVER_TIME: 0.908153 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155583999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041178 s
InvBiCGStab: k = 67 resid = 1.740115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249341(s) Flops=442607616 => 1775.10965304543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255561.724134214 Mflops = 255.561724134214 Gflops = 0.255561724134214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057038 s
InvBiCGStab: k = 77 resid = 9.696213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282613(s) Flops=508225536 => 1798.30912236875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258898.0051293 Mflops = 258.8980051293 Gflops = 0.2588980051293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001105626 Relative Rsd = 4.85142544896579e-07
BICGSTAB_SOLVER_TIME: 0.634051 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041623 s
InvBiCGStab: k = 68 resid = 2.264596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249797(s) Flops=449169408 => 1798.1377198285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258888.742217196 Mflops = 258.888742217196 Gflops = 0.258888742217196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060708 s
InvBiCGStab: k = 84 resid = 1.140172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328718(s) Flops=554158080 => 1685.81604901466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242700.896004014 Mflops = 242.700896004014 Gflops = 0.242700896004014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001160851 Relative Rsd = 5.09374805233445e-07
BICGSTAB_SOLVER_TIME: 0.684653 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041838 s
InvBiCGStab: k = 59 resid = 2.260791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217206(s) Flops=390113280 => 1796.05204276125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258561.831206639 Mflops = 258.561831206638 Gflops = 0.258561831206639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056946 s
InvBiCGStab: k = 80 resid = 1.072645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293835(s) Flops=527910912 => 1796.62365613354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.262700119 Mflops = 258.663262700119 Gflops = 0.258663262700119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001110768 Relative Rsd = 4.87398803026879e-07
BICGSTAB_SOLVER_TIME: 0.613808 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113434
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018625(s) Flops=1505452032 => 1477.92566646214 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212808.30935132 Mflops = 212.80830935132 Gflops = 0.21280830935132 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166769000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048964 s
InvBiCGStab: k = 27 resid = 2.024266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123725(s) Flops=180135936 => 1455.93805617296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209553.893516841 Mflops = 209.553893516841 Gflops = 0.209553893516841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058272 s
InvBiCGStab: k = 45 resid = 1.053931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16485(s) Flops=298248192 => 1809.20953594177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260418.751944349 Mflops = 260.418751944349 Gflops = 0.260418751944349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007347442 Relative Rsd = 3.22401632745471e-07
BICGSTAB_SOLVER_TIME: 0.399706 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 51 resid = 2.258108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187143(s) Flops=337618944 => 1804.06931597762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.769368636 Mflops = 259.718769368636 Gflops = 0.259718769368636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 86 resid = 5.466472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35424(s) Flops=567281664 => 1601.40487804878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230562.690140874 Mflops = 230.562690140874 Gflops = 0.230562690140874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001100827 Relative Rsd = 4.83036928737487e-07
BICGSTAB_SOLVER_TIME: 0.642973 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047442 s
InvBiCGStab: k = 60 resid = 2.035165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256935(s) Flops=396675072 => 1543.87324420573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222277.477831284 Mflops = 222.277477831284 Gflops = 0.222277477831284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060944 s
InvBiCGStab: k = 76 resid = 1.024247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297503(s) Flops=501663744 => 1686.24768153598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242759.143549555 Mflops = 242.759143549555 Gflops = 0.242759143549555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001066813 Relative Rsd = 4.681117778852e-07
BICGSTAB_SOLVER_TIME: 0.667029 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046334 s
InvBiCGStab: k = 65 resid = 2.088481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250661(s) Flops=429484032 => 1713.40588284576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246673.315437856 Mflops = 246.673315437856 Gflops = 0.246673315437856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056854 s
InvBiCGStab: k = 83 resid = 1.099208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311635(s) Flops=547596288 => 1757.17197362299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252984.174933426 Mflops = 252.984174933426 Gflops = 0.252984174933426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001102421 Relative Rsd = 4.83736348835747e-07
BICGSTAB_SOLVER_TIME: 0.669286 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041526 s
InvBiCGStab: k = 53 resid = 2.168355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195906(s) Flops=350742528 => 1790.36133655937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257727.854700013 Mflops = 257.727854700013 Gflops = 0.257727854700013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 86 resid = 9.762305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318546(s) Flops=567281664 => 1780.84692320732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256394.01587738 Mflops = 256.39401587738 Gflops = 0.25639401587738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001066205 Relative Rsd = 4.6784477022718e-07
BICGSTAB_SOLVER_TIME: 0.615989 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113508
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003645(s) Flops=1511792640 => 1506.30216859547 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216881.463120373 Mflops = 216.881463120373 Gflops = 0.216881463120373 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168310000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040593 s
InvBiCGStab: k = 29 resid = 2.190346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107045(s) Flops=193259520 => 1805.40445606988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.672589177 Mflops = 259.863672589177 Gflops = 0.259863672589177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 53 resid = 8.889283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201557(s) Flops=350742528 => 1740.16545195652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250504.360953758 Mflops = 250.504360953758 Gflops = 0.250504360953758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007423998 Relative Rsd = 3.25760861863328e-07
BICGSTAB_SOLVER_TIME: 0.409319 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042872 s
InvBiCGStab: k = 58 resid = 2.127569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22766(s) Flops=383551488 => 1684.75572344725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242559.979309481 Mflops = 242.559979309481 Gflops = 0.242559979309481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05747 s
InvBiCGStab: k = 106 resid = 1.129392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386366(s) Flops=698517504 => 1807.91659721611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260300.619981954 Mflops = 260.300619981954 Gflops = 0.260300619981954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001108847 Relative Rsd = 4.86555994656941e-07
BICGSTAB_SOLVER_TIME: 0.718172 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 51 resid = 2.16579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213563(s) Flops=337618944 => 1580.88687647205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227591.658117582 Mflops = 227.591658117582 Gflops = 0.227591658117582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063631 s
InvBiCGStab: k = 91 resid = 9.182074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381753(s) Flops=600090624 => 1571.93427163637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226320.292629668 Mflops = 226.320292629668 Gflops = 0.226320292629668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001077694 Relative Rsd = 4.7288604031754e-07
BICGSTAB_SOLVER_TIME: 0.704454 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044522 s
InvBiCGStab: k = 66 resid = 2.171816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249213(s) Flops=436045824 => 1749.69132428886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251891.628102034 Mflops = 251.891628102034 Gflops = 0.251891628102034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058966 s
InvBiCGStab: k = 87 resid = 1.096645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331001(s) Flops=573843456 => 1733.66079256558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249595.569068854 Mflops = 249.595569068854 Gflops = 0.249595569068854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001141179 Relative Rsd = 5.00743004958552e-07
BICGSTAB_SOLVER_TIME: 0.688932 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123632000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043214 s
InvBiCGStab: k = 55 resid = 2.166202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201548(s) Flops=363866112 => 1805.35709607637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.584325347 Mflops = 259.885584325347 Gflops = 0.259885584325347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055784 s
InvBiCGStab: k = 92 resid = 9.984649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343932(s) Flops=606652416 => 1763.87313771327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253948.307442367 Mflops = 253.948307442367 Gflops = 0.253948307442367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00114539 Relative Rsd = 5.02590603960449e-07
BICGSTAB_SOLVER_TIME: 0.648297 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119211
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96262(s) Flops=1518206976 => 1577.1612640502 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227093.391195594 Mflops = 227.093391195594 Gflops = 0.227093391195594 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168448000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.77607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937419(s) Flops=1636853760 => 1746.1282094773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251394.118336942 Mflops = 251.394118336942 Gflops = 0.251394118336942 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 1.126436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962674(s) Flops=1709033472 => 1775.29825465318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255631.961810398 Mflops = 255.631961810398 Gflops = 0.255631961810398 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.002200413 Relative Rsd = 9.68781652912107e-07
BICGSTAB_SOLVER_TIME: 1.903554 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.119663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001857
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363255
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.553023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810203(s) Flops=1289078784 => 1591.05654261957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229076.452180906 Mflops = 229.076452180906 Gflops = 0.229076452180906 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 8.674049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79941(s) Flops=1387505664 => 1735.66213082148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249925.231739079 Mflops = 249.925231739079 Gflops = 0.249925231739079 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001940659 Relative Rsd = 8.52806388980746e-07
BICGSTAB_SOLVER_TIME: 1.612992 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290816999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962317(s) Flops=1518206976 => 1577.65785702632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227378.03982584 Mflops = 227.37803982584 Gflops = 0.22737803982584 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168674000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042147 s
InvBiCGStab: k = 26 resid = 2.265473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098392(s) Flops=173574144 => 1764.10830148793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253892.092623167 Mflops = 253.892092623167 Gflops = 0.253892092623167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057485 s
InvBiCGStab: k = 55 resid = 9.434829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212839(s) Flops=363866112 => 1709.58382627244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246106.975036465 Mflops = 246.106975036465 Gflops = 0.246106975036465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007768014 Relative Rsd = 3.40856091536618e-07
BICGSTAB_SOLVER_TIME: 0.414791 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043586 s
InvBiCGStab: k = 80 resid = 2.111579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306533(s) Flops=527910912 => 1722.1992803385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247956.166962495 Mflops = 247.956166962495 Gflops = 0.247956166962495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056192 s
InvBiCGStab: k = 111 resid = 7.809411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40485(s) Flops=731326464 => 1806.41339755465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260085.639632698 Mflops = 260.085639632698 Gflops = 0.260085639632698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001317526 Relative Rsd = 5.78123070663029e-07
BICGSTAB_SOLVER_TIME: 0.814989 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153023999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043107 s
InvBiCGStab: k = 54 resid = 2.122733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200327(s) Flops=357304320 => 1783.60540516256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256771.948873986 Mflops = 256.771948873986 Gflops = 0.256771948873986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058903 s
InvBiCGStab: k = 80 resid = 9.058476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30194(s) Flops=527910912 => 1748.39674107439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251718.416197178 Mflops = 251.718416197178 Gflops = 0.251718416197178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001124813 Relative Rsd = 4.9356163809514e-07
BICGSTAB_SOLVER_TIME: 0.608066 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040788 s
InvBiCGStab: k = 69 resid = 2.263715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259701(s) Flops=455731200 => 1754.83036260931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252640.203165692 Mflops = 252.640203165692 Gflops = 0.252640203165692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056909 s
InvBiCGStab: k = 89 resid = 1.120858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366243(s) Flops=586967040 => 1602.67101350743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230737.510789305 Mflops = 230.737510789305 Gflops = 0.230737510789305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001182832 Relative Rsd = 5.19019875817212e-07
BICGSTAB_SOLVER_TIME: 0.72814 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04641 s
InvBiCGStab: k = 62 resid = 1.73582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257077(s) Flops=409798656 => 1594.06969896179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229498.951825959 Mflops = 229.498951825959 Gflops = 0.229498951825959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056874 s
InvBiCGStab: k = 88 resid = 9.079953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328954(s) Flops=580405248 => 1764.3963836889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254018.365809165 Mflops = 254.018365809165 Gflops = 0.254018365809165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001155205 Relative Rsd = 5.06897411432289e-07
BICGSTAB_SOLVER_TIME: 0.693194 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121247
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949669(s) Flops=1524473856 => 1605.2686314916 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231141.361929534 Mflops = 231.141361929534 Gflops = 0.231141361929534 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169438000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043211 s
InvBiCGStab: k = 29 resid = 1.97407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118876(s) Flops=193259520 => 1625.72361115785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233999.286005791 Mflops = 233.999286005791 Gflops = 0.233999286005791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060576 s
InvBiCGStab: k = 51 resid = 8.539458e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224014(s) Flops=337618944 => 1507.13323274438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216965.556138001 Mflops = 216.965556138001 Gflops = 0.216965556138001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007683424 Relative Rsd = 3.37144342838123e-07
BICGSTAB_SOLVER_TIME: 0.451115 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 75 resid = 1.619933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282601(s) Flops=495101952 => 1751.94692163156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252240.315250454 Mflops = 252.240315250454 Gflops = 0.252240315250454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057 s
InvBiCGStab: k = 111 resid = 1.103768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412657(s) Flops=731326464 => 1772.23811543243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255161.748896775 Mflops = 255.161748896775 Gflops = 0.255161748896775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001258494 Relative Rsd = 5.52220109644473e-07
BICGSTAB_SOLVER_TIME: 0.797606 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041508 s
InvBiCGStab: k = 68 resid = 1.873038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250486(s) Flops=449169408 => 1793.19166739858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258159.501413858 Mflops = 258.159501413858 Gflops = 0.258159501413858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 93 resid = 9.825807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340965(s) Flops=613214208 => 1798.46672825657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258928.097272681 Mflops = 258.928097272681 Gflops = 0.258928097272681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001097421 Relative Rsd = 4.81542002563401e-07
BICGSTAB_SOLVER_TIME: 0.693636 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 79 resid = 1.456506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289282(s) Flops=521349120 => 1802.21762847325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.213893033 Mflops = 259.473213893033 Gflops = 0.259473213893033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 90 resid = 7.744678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32908(s) Flops=593528832 => 1803.60043758357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259671.781131452 Mflops = 259.671781131452 Gflops = 0.259671781131452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001178867 Relative Rsd = 5.17280111742822e-07
BICGSTAB_SOLVER_TIME: 0.719933 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044781 s
InvBiCGStab: k = 70 resid = 2.177896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293078(s) Flops=462292992 => 1577.37186687503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227097.053198172 Mflops = 227.097053198172 Gflops = 0.227097053198172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060551 s
InvBiCGStab: k = 104 resid = 5.080055e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435703(s) Flops=685393920 => 1573.07597147598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226490.721444015 Mflops = 226.490721444015 Gflops = 0.226490721444015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001163969 Relative Rsd = 5.107432003249e-07
BICGSTAB_SOLVER_TIME: 0.838357 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138401
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960031(s) Flops=1530814464 => 1594.54690942272 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229624.403854925 Mflops = 229.624403854925 Gflops = 0.229624403854925 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170209000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 30 resid = 1.970767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128104(s) Flops=199821312 => 1559.8366327359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224555.050534283 Mflops = 224.555050534283 Gflops = 0.224555050534283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062019 s
InvBiCGStab: k = 60 resid = 5.29073e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250871(s) Flops=396675072 => 1581.19141710281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227632.201014315 Mflops = 227.632201014315 Gflops = 0.227632201014315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007764865 Relative Rsd = 3.40717913668827e-07
BICGSTAB_SOLVER_TIME: 0.486227 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0783620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047189 s
InvBiCGStab: k = 51 resid = 2.06693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199952(s) Flops=337618944 => 1688.4999599904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243088.16368258 Mflops = 243.08816368258 Gflops = 0.24308816368258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 93 resid = 7.5409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346165(s) Flops=613214208 => 1771.45063192408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255042.41857746 Mflops = 255.04241857746 Gflops = 0.25504241857746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001103869 Relative Rsd = 4.84371558368458e-07
BICGSTAB_SOLVER_TIME: 0.653486 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041645 s
InvBiCGStab: k = 66 resid = 1.78524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242637(s) Flops=436045824 => 1797.11183372693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258722.214769951 Mflops = 258.722214769951 Gflops = 0.258722214769951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 94 resid = 1.055648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344113(s) Flops=619776000 => 1801.08278385298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259308.771360118 Mflops = 259.308771360118 Gflops = 0.259308771360118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.00111136 Relative Rsd = 4.87658403738197e-07
BICGSTAB_SOLVER_TIME: 0.68858 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 64 resid = 1.902625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234846(s) Flops=422922240 => 1800.84923737258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.63516988 Mflops = 259.26763516988 Gflops = 0.25926763516988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 86 resid = 8.948953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314443(s) Flops=567281664 => 1804.0842505637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259743.566030277 Mflops = 259.743566030277 Gflops = 0.259743566030277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001135269 Relative Rsd = 4.98149807376884e-07
BICGSTAB_SOLVER_TIME: 0.650577 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121627
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 59 resid = 2.018322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216365(s) Flops=390113280 => 1803.0332077739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.986079305 Mflops = 259.580986079305 Gflops = 0.259580986079305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055815 s
InvBiCGStab: k = 91 resid = 1.053759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36475(s) Flops=600090624 => 1645.21075805346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236871.028597053 Mflops = 236.871028597053 Gflops = 0.236871028597053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001135282 Relative Rsd = 4.98155477522291e-07
BICGSTAB_SOLVER_TIME: 0.682613 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121284
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028578(s) Flops=1536933888 => 1494.23173351948 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215172.835085101 Mflops = 215.172835085101 Gflops = 0.215172835085101 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170680000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 29 resid = 1.857493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107274(s) Flops=193259520 => 1801.55042228313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259305.606704128 Mflops = 259.305606704128 Gflops = 0.259305606704128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056019 s
InvBiCGStab: k = 51 resid = 1.094626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186754(s) Flops=337618944 => 1807.8271094595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260239.333765836 Mflops = 260.239333765836 Gflops = 0.260239333765836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007794866 Relative Rsd = 3.42034357968584e-07
BICGSTAB_SOLVER_TIME: 0.395243 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044975 s
InvBiCGStab: k = 63 resid = 2.142285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26132(s) Flops=416360448 => 1593.2972906781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229384.702819536 Mflops = 229.384702819536 Gflops = 0.229384702819536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062063 s
InvBiCGStab: k = 96 resid = 9.103794e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404977(s) Flops=632899584 => 1562.80377404149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225009.951572143 Mflops = 225.009951572143 Gflops = 0.225009951572143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001183109 Relative Rsd = 5.19141605155085e-07
BICGSTAB_SOLVER_TIME: 0.777449 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 62 resid = 2.003955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231227(s) Flops=409798656 => 1772.27856608441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255144.405572452 Mflops = 255.144405572452 Gflops = 0.255144405572452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056825 s
InvBiCGStab: k = 83 resid = 1.082062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307085(s) Flops=547596288 => 1783.2075418858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256729.112471823 Mflops = 256.729112471823 Gflops = 0.256729112471823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00108012 Relative Rsd = 4.73950546264637e-07
BICGSTAB_SOLVER_TIME: 0.640018 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 70 resid = 2.050172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2565(s) Flops=462292992 => 1802.31185964912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259487.313562414 Mflops = 259.487313562414 Gflops = 0.259487313562414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 97 resid = 7.946987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354386(s) Flops=639461376 => 1804.42053579995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259790.063239081 Mflops = 259.790063239081 Gflops = 0.259790063239081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001145937 Relative Rsd = 5.02830640115994e-07
BICGSTAB_SOLVER_TIME: 0.711828 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 59 resid = 2.192306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216231(s) Flops=390113280 => 1804.15056120538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.019537037 Mflops = 259.736019537037 Gflops = 0.259736019537037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058778 s
InvBiCGStab: k = 78 resid = 1.102674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305696(s) Flops=514787328 => 1683.98450748456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242433.888043214 Mflops = 242.433888043214 Gflops = 0.242433888043214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001093703 Relative Rsd = 4.79910635322819e-07
BICGSTAB_SOLVER_TIME: 0.62591 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112164
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062137(s) Flops=1543274496 => 1452.99005307225 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209213.863171548 Mflops = 209.213863171548 Gflops = 0.209213863171548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171386000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 2.213455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920758(s) Flops=1663100928 => 1806.23022335945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260039.135693459 Mflops = 260.039135693459 Gflops = 0.260039135693459 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 9.294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.012197(s) Flops=1617168384 => 1597.68146319343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230054.536150783 Mflops = 230.054536150783 Gflops = 0.230054536150783 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.003001741 Relative Rsd = 1.32163914545921e-06
BICGSTAB_SOLVER_TIME: 1.936432 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001895
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355567
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.389014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861782(s) Flops=1485932544 => 1724.2557212845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248224.404971916 Mflops = 248.224404971916 Gflops = 0.248224404971916 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 4.956341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887847(s) Flops=1590921216 => 1791.88668317852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258019.799551157 Mflops = 258.019799551157 Gflops = 0.258019799551157 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002020865 Relative Rsd = 8.88028879996902e-07
BICGSTAB_SOLVER_TIME: 1.753035 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.114912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334148999999999
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.0133(s) Flops=1543274496 => 1523.01835191947 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219302.340505299 Mflops = 219.302340505299 Gflops = 0.219302340505299 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 33 resid = 1.459061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12164(s) Flops=219506688 => 1804.56007892141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.628187079 Mflops = 259.758628187079 Gflops = 0.259758628187079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055853 s
InvBiCGStab: k = 53 resid = 1.06944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194149(s) Flops=350742528 => 1806.56365986948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260069.604437807 Mflops = 260.069604437807 Gflops = 0.260069604437807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007688875 Relative Rsd = 3.37383536134216e-07
BICGSTAB_SOLVER_TIME: 0.41648 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 88 resid = 2.275321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321729(s) Flops=580405248 => 1804.01905951904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259740.536779923 Mflops = 259.740536779923 Gflops = 0.259740536779923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056912 s
InvBiCGStab: k = 106 resid = 1.148852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410934(s) Flops=698517504 => 1699.82893603352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244746.650491366 Mflops = 244.746650491366 Gflops = 0.244746650491366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001293733 Relative Rsd = 5.67682800497783e-07
BICGSTAB_SOLVER_TIME: 0.835051 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046672 s
InvBiCGStab: k = 53 resid = 2.144828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220945(s) Flops=350742528 => 1587.46533300143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228527.569279134 Mflops = 228.527569279134 Gflops = 0.228527569279134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063486 s
InvBiCGStab: k = 91 resid = 1.143398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392273(s) Flops=600090624 => 1529.77804743125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220250.47483706 Mflops = 220.25047483706 Gflops = 0.22025047483706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001110057 Relative Rsd = 4.87086638535171e-07
BICGSTAB_SOLVER_TIME: 0.727381 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040663 s
InvBiCGStab: k = 76 resid = 1.932581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28263(s) Flops=501663744 => 1774.98405689417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255549.355611229 Mflops = 255.549355611229 Gflops = 0.255549355611229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056768 s
InvBiCGStab: k = 101 resid = 1.005515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3738(s) Flops=665708544 => 1780.92173354735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256413.90595499 Mflops = 256.41390595499 Gflops = 0.25641390595499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.00119504 Relative Rsd = 5.24376784001872e-07
BICGSTAB_SOLVER_TIME: 0.757772 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 64 resid = 1.264634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23503(s) Flops=422922240 => 1799.43939071608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259068.131379249 Mflops = 259.068131379249 Gflops = 0.259068131379249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056889 s
InvBiCGStab: k = 90 resid = 1.07089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328473(s) Flops=593528832 => 1806.93339178563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.387242892 Mflops = 260.149387242892 Gflops = 0.260149387242892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001158801 Relative Rsd = 5.08475295409441e-07
BICGSTAB_SOLVER_TIME: 0.665548 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124276
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978923(s) Flops=1555587072 => 1589.08011355336 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228810.277295485 Mflops = 228.810277295485 Gflops = 0.228810277295485 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 32 resid = 1.903535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119023(s) Flops=212944896 => 1789.10711375112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257519.129950875 Mflops = 257.519129950875 Gflops = 0.257519129950875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05673 s
InvBiCGStab: k = 53 resid = 1.021867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196141(s) Flops=350742528 => 1788.21627298729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257425.071115226 Mflops = 257.425071115226 Gflops = 0.257425071115226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007879918 Relative Rsd = 3.45766386376326e-07
BICGSTAB_SOLVER_TIME: 0.417122 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 79 resid = 2.260006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292159(s) Flops=521349120 => 1784.47051092042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256914.234510845 Mflops = 256.914234510845 Gflops = 0.256914234510845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057029 s
InvBiCGStab: k = 106 resid = 9.356216e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387001(s) Flops=698517504 => 1804.95012674386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.322431262 Mflops = 259.854322431262 Gflops = 0.259854322431262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001293458 Relative Rsd = 5.67562194972513e-07
BICGSTAB_SOLVER_TIME: 0.781276 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 59 resid = 1.587378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216183(s) Flops=390113280 => 1804.55114416952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.455932975 Mflops = 259.783455932975 Gflops = 0.259783455932975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056669 s
InvBiCGStab: k = 83 resid = 1.029131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346614(s) Flops=547596288 => 1579.84469178971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227458.439632843 Mflops = 227.458439632843 Gflops = 0.227458439632843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001027189 Relative Rsd = 4.50724711196244e-07
BICGSTAB_SOLVER_TIME: 0.665387 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047583 s
InvBiCGStab: k = 67 resid = 1.539733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273922(s) Flops=442607616 => 1615.81623965947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232637.174113239 Mflops = 232.637174113239 Gflops = 0.232637174113239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 92 resid = 9.248922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343649(s) Flops=606652416 => 1765.32571315499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254163.209857383 Mflops = 254.163209857383 Gflops = 0.254163209857382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001188613 Relative Rsd = 5.21556576274378e-07
BICGSTAB_SOLVER_TIME: 0.725428 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04144 s
InvBiCGStab: k = 69 resid = 2.178359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255337(s) Flops=455731200 => 1784.82241116642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256976.253373898 Mflops = 256.976253373898 Gflops = 0.256976253373898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 101 resid = 7.319783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368732(s) Flops=665708544 => 1805.39943373507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.264102166 Mflops = 259.933264102166 Gflops = 0.259933264102166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001195995 Relative Rsd = 5.24796017185222e-07
BICGSTAB_SOLVER_TIME: 0.725963 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135675
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973555(s) Flops=1561780224 => 1604.20338244886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230989.593718723 Mflops = 230.989593718723 Gflops = 0.230989593718723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173703000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.456306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041464 s
InvBiCGStab: k = 24 resid = 2.213552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.091198(s) Flops=160450560 => 1759.36489835303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253214.250805245 Mflops = 253.214250805245 Gflops = 0.253214250805245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056919 s
InvBiCGStab: k = 52 resid = 1.115821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192928(s) Flops=344180736 => 1783.98540388124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256802.137454422 Mflops = 256.802137454422 Gflops = 0.256802137454422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007390181 Relative Rsd = 3.242770205681e-07
BICGSTAB_SOLVER_TIME: 0.386345 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 66 resid = 9.750775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241333(s) Flops=436045824 => 1806.82220831797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260118.252057083 Mflops = 260.118252057083 Gflops = 0.260118252057083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055816 s
InvBiCGStab: k = 95 resid = 8.552364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347593(s) Flops=626337792 => 1801.92866944961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.84949522 Mflops = 259.44084949522 Gflops = 0.25944084949522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001148703 Relative Rsd = 5.04044562056913e-07
BICGSTAB_SOLVER_TIME: 0.689476 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 62 resid = 1.854987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226987(s) Flops=409798656 => 1805.38381493213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259909.660269729 Mflops = 259.909660269729 Gflops = 0.259909660269729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 80 resid = 1.133879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292233(s) Flops=527910912 => 1806.47261602899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260075.18602408 Mflops = 260.07518602408 Gflops = 0.26007518602408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001089443 Relative Rsd = 4.78041326304725e-07
BICGSTAB_SOLVER_TIME: 0.621074 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115688
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045157 s
InvBiCGStab: k = 62 resid = 2.123871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259198(s) Flops=409798656 => 1581.02553260442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227624.487078139 Mflops = 227.624487078139 Gflops = 0.227624487078139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060463 s
InvBiCGStab: k = 87 resid = 7.996851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36368(s) Flops=573843456 => 1577.88015838099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227173.563578043 Mflops = 227.173563578043 Gflops = 0.227173563578043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001181548 Relative Rsd = 5.1845653920871e-07
BICGSTAB_SOLVER_TIME: 0.732656 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120687
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 67 resid = 1.806973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249521(s) Flops=442607616 => 1773.82912059506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255367.755968667 Mflops = 255.367755968667 Gflops = 0.255367755968667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057422 s
InvBiCGStab: k = 86 resid = 9.9953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323242(s) Flops=567281664 => 1754.97510843269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252664.430161547 Mflops = 252.664430161547 Gflops = 0.252664430161547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001114599 Relative Rsd = 4.89079924516344e-07
BICGSTAB_SOLVER_TIME: 0.675808 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123517
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980161(s) Flops=1568047104 => 1599.7852434447 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230419.943867717 Mflops = 230.419943867717 Gflops = 0.230419943867717 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174296000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047894 s
InvBiCGStab: k = 32 resid = 1.733525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130383(s) Flops=212944896 => 1633.2259266929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235090.336014554 Mflops = 235.090336014554 Gflops = 0.235090336014554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057023 s
InvBiCGStab: k = 49 resid = 9.473769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180749(s) Flops=324495360 => 1795.28163364666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258455.624062669 Mflops = 258.455624062669 Gflops = 0.258455624062669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007482668 Relative Rsd = 3.28335261125089e-07
BICGSTAB_SOLVER_TIME: 0.419796 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 63 resid = 1.902633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235441(s) Flops=416360448 => 1768.42796284419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254597.163203041 Mflops = 254.597163203041 Gflops = 0.254597163203041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056754 s
InvBiCGStab: k = 90 resid = 1.012526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330078(s) Flops=593528832 => 1798.14720157054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258881.503884706 Mflops = 258.881503884706 Gflops = 0.258881503884706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001172841 Relative Rsd = 5.14636240429233e-07
BICGSTAB_SOLVER_TIME: 0.667175 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040691 s
InvBiCGStab: k = 62 resid = 1.853483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226879(s) Flops=409798656 => 1806.24322215807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260036.917338961 Mflops = 260.036917338961 Gflops = 0.260036917338961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056643 s
InvBiCGStab: k = 82 resid = 1.115082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29953(s) Flops=541034496 => 1806.27815577738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.023441253 Mflops = 260.043023441253 Gflops = 0.260043023441253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001112782 Relative Rsd = 4.88282630556831e-07
BICGSTAB_SOLVER_TIME: 0.627497 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 62 resid = 1.667169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227646(s) Flops=409798656 => 1800.15750770934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259161.877401896 Mflops = 259.161877401896 Gflops = 0.259161877401896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055658 s
InvBiCGStab: k = 88 resid = 8.680128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338529(s) Flops=580405248 => 1714.49195785295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246844.874281365 Mflops = 246.844874281365 Gflops = 0.246844874281365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001145051 Relative Rsd = 5.02441749872929e-07
BICGSTAB_SOLVER_TIME: 0.667078 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052229 s
InvBiCGStab: k = 70 resid = 1.518231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290191(s) Flops=462292992 => 1593.06454025108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229352.116811723 Mflops = 229.352116811723 Gflops = 0.229352116811723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063217 s
InvBiCGStab: k = 81 resid = 1.149934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334642(s) Flops=534472704 => 1597.14771009019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229948.804986543 Mflops = 229.948804986543 Gflops = 0.229948804986543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001117997 Relative Rsd = 4.90570866263928e-07
BICGSTAB_SOLVER_TIME: 0.744139 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121846
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997526(s) Flops=1568120832 => 1572.00998470215 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226351.259663566 Mflops = 226.351259663566 Gflops = 0.226351259663566 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174128000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 269 resid = 2.164858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.060352(s) Flops=1768089600 => 1667.45533558667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240035.580814593 Mflops = 240.035580814593 Gflops = 0.240035580814593 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 282 resid = 8.859769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.032787(s) Flops=1853392896 => 1794.55482689073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258404.505712642 Mflops = 258.404505712642 Gflops = 0.258404505712642 Tflops
BICGSTAB_SOLVER: 551 iterations. Rsd = 0.002434574 Relative Rsd = 1.07196576763072e-06
BICGSTAB_SOLVER_TIME: 2.096586 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.392886
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.648877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749001(s) Flops=1354696704 => 1808.67142233455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260368.85671067 Mflops = 260.36885671067 Gflops = 0.26036885671067 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 9.125945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921521(s) Flops=1518741504 => 1648.08127432799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237311.113593436 Mflops = 237.311113593436 Gflops = 0.237311113593436 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002025396 Relative Rsd = 8.89991403400537e-07
BICGSTAB_SOLVER_TIME: 1.674303 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.124722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312069999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987773(s) Flops=1568120832 => 1587.53158063644 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228586.273916126 Mflops = 228.586273916126 Gflops = 0.228586273916126 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174033000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041433 s
InvBiCGStab: k = 26 resid = 2.103183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095828(s) Flops=173574144 => 1811.30926242852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260680.071199611 Mflops = 260.680071199611 Gflops = 0.260680071199611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 48 resid = 1.076178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176261(s) Flops=317933568 => 1803.76582454428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.741652461 Mflops = 259.645741652461 Gflops = 0.259645741652461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000749649 Relative Rsd = 3.28941762354029e-07
BICGSTAB_SOLVER_TIME: 0.373714 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041681 s
InvBiCGStab: k = 85 resid = 2.192064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35246(s) Flops=560719872 => 1590.8751971855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229053.959073532 Mflops = 229.053959073532 Gflops = 0.229053959073532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068051 s
InvBiCGStab: k = 122 resid = 8.937133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468715(s) Flops=803506176 => 1714.27450796326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246828.577227629 Mflops = 246.828577227629 Gflops = 0.246828577227629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001326848 Relative Rsd = 5.82213595291162e-07
BICGSTAB_SOLVER_TIME: 0.934735 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162264999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 65 resid = 2.247004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28305(s) Flops=429484032 => 1517.34333863275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218441.880787669 Mflops = 218.441880787669 Gflops = 0.218441880787669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057021 s
InvBiCGStab: k = 86 resid = 8.80129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340298(s) Flops=567281664 => 1667.01439326708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240010.297088006 Mflops = 240.010297088006 Gflops = 0.240010297088006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001076122 Relative Rsd = 4.7219632587358e-07
BICGSTAB_SOLVER_TIME: 0.72569 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 74 resid = 1.398582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272688(s) Flops=488540160 => 1791.57190635452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257949.508623781 Mflops = 257.949508623781 Gflops = 0.257949508623781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 85 resid = 1.054407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31255(s) Flops=560719872 => 1794.01654775236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258293.946314616 Mflops = 258.293946314616 Gflops = 0.258293946314616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001177946 Relative Rsd = 5.16876305441569e-07
BICGSTAB_SOLVER_TIME: 0.686625 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 69 resid = 1.89137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253011(s) Flops=455731200 => 1801.2307765275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.728466326 Mflops = 259.321728466326 Gflops = 0.259321728466326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055842 s
InvBiCGStab: k = 90 resid = 1.039609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329809(s) Flops=593528832 => 1799.61381284319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259094.48786776 Mflops = 259.09448786776 Gflops = 0.25909448786776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001174687 Relative Rsd = 5.15446049574553e-07
BICGSTAB_SOLVER_TIME: 0.683785 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12779
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079219(s) Flops=1574092800 => 1458.54807967614 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210027.913510131 Mflops = 210.027913510131 Gflops = 0.210027913510131 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174874000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040817 s
InvBiCGStab: k = 32 resid = 1.913371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117825(s) Flops=212944896 => 1807.29807765754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260135.50448979 Mflops = 260.13550448979 Gflops = 0.26013550448979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 51 resid = 9.046452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187316(s) Flops=337618944 => 1802.40312626791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.681231539 Mflops = 259.461681231539 Gflops = 0.259461681231539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007599142 Relative Rsd = 3.33446079890865e-07
BICGSTAB_SOLVER_TIME: 0.406082 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041416 s
InvBiCGStab: k = 79 resid = 2.024802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300813(s) Flops=521349120 => 1733.13360792253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249522.944596931 Mflops = 249.522944596931 Gflops = 0.249522944596931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05819 s
InvBiCGStab: k = 111 resid = 1.112645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459328(s) Flops=731326464 => 1592.1660861084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229241.97159938 Mflops = 229.24197159938 Gflops = 0.22924197159938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001271057 Relative Rsd = 5.57732665874664e-07
BICGSTAB_SOLVER_TIME: 0.863918 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149894999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045992 s
InvBiCGStab: k = 60 resid = 1.93649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253105(s) Flops=396675072 => 1567.23522648703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225638.809172485 Mflops = 225.638809172485 Gflops = 0.225638809172485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058154 s
InvBiCGStab: k = 84 resid = 1.103004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312479(s) Flops=554158080 => 1773.42503016203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255328.921776665 Mflops = 255.328921776665 Gflops = 0.255328921776665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001135313 Relative Rsd = 4.98169014355919e-07
BICGSTAB_SOLVER_TIME: 0.674468 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 75 resid = 2.088258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278009(s) Flops=495101952 => 1780.88461884327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256397.775100642 Mflops = 256.397775100642 Gflops = 0.256397775100642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055948 s
InvBiCGStab: k = 84 resid = 9.716661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30772(s) Flops=554158080 => 1800.8516833485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.314941683 Mflops = 259.265314941683 Gflops = 0.259265314941683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001147525 Relative Rsd = 5.03527710424266e-07
BICGSTAB_SOLVER_TIME: 0.686772 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 68 resid = 1.998804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249106(s) Flops=449169408 => 1803.12560917842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.600440314 Mflops = 259.591600440314 Gflops = 0.259591600440314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 93 resid = 1.094342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339579(s) Flops=613214208 => 1805.80721422703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259991.460314504 Mflops = 259.991460314504 Gflops = 0.259991460314504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001138962 Relative Rsd = 4.99770089738608e-07
BICGSTAB_SOLVER_TIME: 0.689954 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129386
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.033514(s) Flops=1580285952 => 1529.0416501373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220163.210193834 Mflops = 220.163210193834 Gflops = 0.220163210193834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175646000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042123 s
InvBiCGStab: k = 28 resid = 2.150115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104172(s) Flops=186697728 => 1792.2064278309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257959.724540894 Mflops = 257.959724540894 Gflops = 0.257959724540894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 62 resid = 1.074866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228513(s) Flops=409798656 => 1793.32753935225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258168.986272418 Mflops = 258.168986272418 Gflops = 0.258168986272418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007519263 Relative Rsd = 3.2994106162895e-07
BICGSTAB_SOLVER_TIME: 0.435097 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04139 s
InvBiCGStab: k = 61 resid = 2.096059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224123(s) Flops=403236864 => 1799.1766306894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259023.071188519 Mflops = 259.023071188519 Gflops = 0.259023071188519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 86 resid = 4.795504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315289(s) Flops=567281664 => 1799.2434369737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259041.861652327 Mflops = 259.041861652327 Gflops = 0.259041861652327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001120682 Relative Rsd = 4.91748775119156e-07
BICGSTAB_SOLVER_TIME: 0.641329 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042178 s
InvBiCGStab: k = 53 resid = 2.21828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227371(s) Flops=350742528 => 1542.6001029155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222085.94348794 Mflops = 222.08594348794 Gflops = 0.22208594348794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06034 s
InvBiCGStab: k = 81 resid = 5.947994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333818(s) Flops=534472704 => 1601.09012695541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230507.855767392 Mflops = 230.507855767392 Gflops = 0.230507855767392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001070658 Relative Rsd = 4.69798927096808e-07
BICGSTAB_SOLVER_TIME: 0.668387 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 70 resid = 1.754716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260771(s) Flops=462292992 => 1772.79295627198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255233.288378433 Mflops = 255.233288378433 Gflops = 0.255233288378433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055953 s
InvBiCGStab: k = 91 resid = 9.262631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340338(s) Flops=600090624 => 1763.21957583344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253853.831038171 Mflops = 253.853831038171 Gflops = 0.253853831038171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001188472 Relative Rsd = 5.21495073075553e-07
BICGSTAB_SOLVER_TIME: 0.702066 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 59 resid = 2.254843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217853(s) Flops=390113280 => 1790.71796119402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257802.409891323 Mflops = 257.802409891323 Gflops = 0.257802409891323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056021 s
InvBiCGStab: k = 91 resid = 1.028882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331695(s) Flops=600090624 => 1809.16391263058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260473.997186024 Mflops = 260.473997186023 Gflops = 0.260473997186023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001113028 Relative Rsd = 4.88390516566729e-07
BICGSTAB_SOLVER_TIME: 0.650713 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1214
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982836(s) Flops=1586405376 => 1614.10995934215 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232415.560378742 Mflops = 232.415560378742 Gflops = 0.232415560378742 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176257000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.440586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041508 s
InvBiCGStab: k = 26 resid = 2.213898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098372(s) Flops=173574144 => 1764.4669621437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253975.686714093 Mflops = 253.975686714093 Gflops = 0.253975686714093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057128 s
InvBiCGStab: k = 48 resid = 9.033941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176764(s) Flops=317933568 => 1798.63302482406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258882.705824501 Mflops = 258.882705824501 Gflops = 0.258882705824501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007110506 Relative Rsd = 3.12005038024573e-07
BICGSTAB_SOLVER_TIME: 0.377618 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040726 s
InvBiCGStab: k = 63 resid = 1.952521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230365(s) Flops=416360448 => 1807.39456080568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260203.210737111 Mflops = 260.203210737111 Gflops = 0.260203210737111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 93 resid = 5.77964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340068(s) Flops=613214208 => 1803.21055788842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.290753847 Mflops = 259.600290753847 Gflops = 0.259600290753847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001139105 Relative Rsd = 4.99833074326773e-07
BICGSTAB_SOLVER_TIME: 0.671202 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125644000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040693 s
InvBiCGStab: k = 62 resid = 1.536171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227756(s) Flops=409798656 => 1799.28808022621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259040.821089163 Mflops = 259.040821089163 Gflops = 0.259040821089163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 93 resid = 8.921057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338628(s) Flops=613214208 => 1810.87862787484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260712.334927741 Mflops = 260.712334927741 Gflops = 0.260712334927741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001079297 Relative Rsd = 4.73589342677521e-07
BICGSTAB_SOLVER_TIME: 0.667004 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045308 s
InvBiCGStab: k = 75 resid = 2.101732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303407(s) Flops=495101952 => 1631.80794114836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234937.771480862 Mflops = 234.937771480862 Gflops = 0.234937771480862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065788 s
InvBiCGStab: k = 98 resid = 9.213798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400311(s) Flops=646023168 => 1613.80318802131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232352.357723519 Mflops = 232.352357723519 Gflops = 0.232352357723519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001177509 Relative Rsd = 5.16684491063175e-07
BICGSTAB_SOLVER_TIME: 0.818654 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138052
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 60 resid = 2.216671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222573(s) Flops=396675072 => 1782.22458249653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256579.562540832 Mflops = 256.579562540832 Gflops = 0.256579562540832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056812 s
InvBiCGStab: k = 83 resid = 1.050878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305985(s) Flops=547596288 => 1789.61807931761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257654.287650643 Mflops = 257.654287650643 Gflops = 0.257654287650643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001073855 Relative Rsd = 4.71201343060702e-07
BICGSTAB_SOLVER_TIME: 0.630448 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116351
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013505(s) Flops=1586479104 => 1565.33919812926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225394.860203842 Mflops = 225.394860203842 Gflops = 0.225394860203842 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176302000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.633102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908407(s) Flops=1623730176 => 1787.44789064813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257345.202710022 Mflops = 257.345202710022 Gflops = 0.257345202710022 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.023396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855199(s) Flops=1544988672 => 1806.58381499511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260135.124783767 Mflops = 260.135124783767 Gflops = 0.260135124783767 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002220895 Relative Rsd = 9.77929510979306e-07
BICGSTAB_SOLVER_TIME: 1.76703 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001878
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343797999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.130964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741606(s) Flops=1289078784 => 1738.22593668336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250320.64744911 Mflops = 250.32064744911 Gflops = 0.25032064744911 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 9.726261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92881(s) Flops=1485932544 => 1599.82401567597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230363.164973636 Mflops = 230.363164973636 Gflops = 0.230363164973636 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002012341 Relative Rsd = 8.84233884773566e-07
BICGSTAB_SOLVER_TIME: 1.673808 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.118873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301225999999998
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992957(s) Flops=1586479104 => 1597.73192998287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230138.002278286 Mflops = 230.138002278286 Gflops = 0.230138002278286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176283000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043542 s
InvBiCGStab: k = 27 resid = 1.518131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109852(s) Flops=180135936 => 1639.80570221753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236008.980064914 Mflops = 236.008980064914 Gflops = 0.236008980064914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059629 s
InvBiCGStab: k = 54 resid = 9.949631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226057(s) Flops=357304320 => 1580.59392100223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227550.03577053 Mflops = 227.55003577053 Gflops = 0.22755003577053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007252348 Relative Rsd = 3.18228967632529e-07
BICGSTAB_SOLVER_TIME: 0.443495 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 75 resid = 1.979337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279114(s) Flops=495101952 => 1773.83417528322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255380.266853689 Mflops = 255.380266853689 Gflops = 0.255380266853689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 103 resid = 1.142017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380713(s) Flops=678832128 => 1783.05476303672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256713.986872843 Mflops = 256.713986872843 Gflops = 0.256713986872843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001291656 Relative Rsd = 5.66771541723837e-07
BICGSTAB_SOLVER_TIME: 0.761089 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 57 resid = 1.929292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208796(s) Flops=376989696 => 1805.54079580069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259927.417690368 Mflops = 259.927417690368 Gflops = 0.259927417690368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055846 s
InvBiCGStab: k = 78 resid = 1.053195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28579(s) Flops=514787328 => 1801.27830924805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.17144798 Mflops = 259.32517144798 Gflops = 0.25932517144798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001051561 Relative Rsd = 4.6141886084501e-07
BICGSTAB_SOLVER_TIME: 0.595417 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043228 s
InvBiCGStab: k = 75 resid = 1.248182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287503(s) Flops=495101952 => 1722.07577660059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247936.230222271 Mflops = 247.936230222271 Gflops = 0.247936230222271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057539 s
InvBiCGStab: k = 81 resid = 1.129618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297294(s) Flops=534472704 => 1797.79176169045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258814.448208206 Mflops = 258.814448208206 Gflops = 0.258814448208206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001170044 Relative Rsd = 5.13408781654685e-07
BICGSTAB_SOLVER_TIME: 0.689351 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042043 s
InvBiCGStab: k = 57 resid = 1.562934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233146(s) Flops=376989696 => 1616.96832028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232772.191800232 Mflops = 232.772191800232 Gflops = 0.232772191800232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063 s
InvBiCGStab: k = 85 resid = 1.069758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349353(s) Flops=560719872 => 1605.02377824149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231076.090026009 Mflops = 231.076090026009 Gflops = 0.231076090026009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001127953 Relative Rsd = 4.94939279099375e-07
BICGSTAB_SOLVER_TIME: 0.692196 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115563
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003307(s) Flops=1592524800 => 1587.27567932846 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228546.370798284 Mflops = 228.546370798284 Gflops = 0.228546370798284 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177624000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 26 resid = 2.136517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096048(s) Flops=173574144 => 1807.1604197901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260070.745227435 Mflops = 260.070745227435 Gflops = 0.260070745227435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055963 s
InvBiCGStab: k = 57 resid = 7.108068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209513(s) Flops=376989696 => 1799.36183434918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259020.130322545 Mflops = 259.020130322545 Gflops = 0.259020130322545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007355227 Relative Rsd = 3.22743220694424e-07
BICGSTAB_SOLVER_TIME: 0.40671 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 75 resid = 2.112109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315538(s) Flops=495101952 => 1569.0723526168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225910.293280026 Mflops = 225.910293280026 Gflops = 0.225910293280026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067102 s
InvBiCGStab: k = 105 resid = 9.825981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419269(s) Flops=691955712 => 1650.38605763841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237614.952666902 Mflops = 237.614952666902 Gflops = 0.237614952666902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001272759 Relative Rsd = 5.58479337184645e-07
BICGSTAB_SOLVER_TIME: 0.847143 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043329 s
InvBiCGStab: k = 65 resid = 2.118887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244512(s) Flops=429484032 => 1756.49469964664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252883.733257336 Mflops = 252.883733257336 Gflops = 0.252883733257336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057527 s
InvBiCGStab: k = 76 resid = 1.108469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281184(s) Flops=501663744 => 1784.11198361215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256864.128568369 Mflops = 256.864128568369 Gflops = 0.256864128568369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.0010702 Relative Rsd = 4.69597917888025e-07
BICGSTAB_SOLVER_TIME: 0.630656 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 75 resid = 1.946153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2752(s) Flops=495101952 => 1799.0623255814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259024.874985501 Mflops = 259.024874985501 Gflops = 0.259024874985501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 88 resid = 9.151536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322187(s) Flops=580405248 => 1801.45458382865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259361.601606349 Mflops = 259.361601606349 Gflops = 0.259361601606349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001142866 Relative Rsd = 5.01483239887261e-07
BICGSTAB_SOLVER_TIME: 0.698692 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040675 s
InvBiCGStab: k = 66 resid = 1.590455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24137(s) Flops=436045824 => 1806.54523760202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260074.692203625 Mflops = 260.074692203625 Gflops = 0.260074692203625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056099 s
InvBiCGStab: k = 87 resid = 9.958175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317958(s) Flops=573843456 => 1804.77753665578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259841.077498673 Mflops = 259.841077498673 Gflops = 0.259841077498673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001162581 Relative Rsd = 5.10133838482061e-07
BICGSTAB_SOLVER_TIME: 0.660035 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123625
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057016(s) Flops=1592524800 => 1506.62317315916 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216937.509161762 Mflops = 216.937509161762 Gflops = 0.216937509161762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040975 s
InvBiCGStab: k = 26 resid = 2.204454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103143(s) Flops=173574144 => 1682.84948081789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242249.73701566 Mflops = 242.24973701566 Gflops = 0.24224973701566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059696 s
InvBiCGStab: k = 53 resid = 1.124708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206663(s) Flops=350742528 => 1697.17137562118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244334.631661308 Mflops = 244.334631661308 Gflops = 0.244334631661308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007702487 Relative Rsd = 3.37980816991571e-07
BICGSTAB_SOLVER_TIME: 0.414573 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045175 s
InvBiCGStab: k = 54 resid = 1.721935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218363(s) Flops=357304320 => 1636.28600083347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235568.577809607 Mflops = 235.568577809607 Gflops = 0.235568577809607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066337 s
InvBiCGStab: k = 75 resid = 9.03224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313622(s) Flops=495101952 => 1578.65823188424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227285.632905707 Mflops = 227.285632905707 Gflops = 0.227285632905707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001100884 Relative Rsd = 4.83061652614755e-07
BICGSTAB_SOLVER_TIME: 0.647346 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044921 s
InvBiCGStab: k = 67 resid = 1.598832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259922(s) Flops=442607616 => 1702.84783896707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245163.478328663 Mflops = 245.163478328663 Gflops = 0.245163478328663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05575 s
InvBiCGStab: k = 77 resid = 1.122843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2958(s) Flops=508225536 => 1718.13906693712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247354.413720052 Mflops = 247.354413720052 Gflops = 0.247354413720052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00109679 Relative Rsd = 4.81265136003908e-07
BICGSTAB_SOLVER_TIME: 0.660358 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043244 s
InvBiCGStab: k = 58 resid = 2.245699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22299(s) Flops=383551488 => 1720.0389613884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247628.759631604 Mflops = 247.628759631604 Gflops = 0.247628759631604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058644 s
InvBiCGStab: k = 85 resid = 1.033591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310987(s) Flops=560719872 => 1803.03315572677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259579.673221672 Mflops = 259.579673221672 Gflops = 0.259579673221672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001138909 Relative Rsd = 4.99747000497853e-07
BICGSTAB_SOLVER_TIME: 0.639797 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040615 s
InvBiCGStab: k = 70 resid = 1.736433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257692(s) Flops=462292992 => 1793.97494683576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258285.604445351 Mflops = 258.285604445351 Gflops = 0.258285604445351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06076 s
InvBiCGStab: k = 80 resid = 1.119073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304405(s) Flops=527910912 => 1734.23863602766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249668.650525298 Mflops = 249.668650525298 Gflops = 0.249668650525298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00109771 Relative Rsd = 4.81668840140379e-07
BICGSTAB_SOLVER_TIME: 0.667264 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121371
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.083082(s) Flops=1592524800 => 1470.36401675958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211719.921429825 Mflops = 211.719921429825 Gflops = 0.211719921429825 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176834000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041747 s
InvBiCGStab: k = 32 resid = 1.981995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118511(s) Flops=212944896 => 1796.83654681844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258640.328695639 Mflops = 258.640328695639 Gflops = 0.258640328695639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058615 s
InvBiCGStab: k = 51 resid = 1.126088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192802(s) Flops=337618944 => 1751.11743654111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252105.928775183 Mflops = 252.105928775183 Gflops = 0.252105928775183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007706722 Relative Rsd = 3.38166654730212e-07
BICGSTAB_SOLVER_TIME: 0.415522 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042178 s
InvBiCGStab: k = 58 resid = 2.266888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219838(s) Flops=383551488 => 1744.70058861525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251169.738031495 Mflops = 251.169738031495 Gflops = 0.251169738031495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055882 s
InvBiCGStab: k = 84 resid = 1.144004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30685(s) Flops=554158080 => 1805.95756884471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260012.415026624 Mflops = 260.012415026624 Gflops = 0.260012415026624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001152775 Relative Rsd = 5.05831424095852e-07
BICGSTAB_SOLVER_TIME: 0.628502 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045123 s
InvBiCGStab: k = 67 resid = 1.678906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27495(s) Flops=442607616 => 1609.77492635025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231755.604841584 Mflops = 231.755604841584 Gflops = 0.231755604841584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06066 s
InvBiCGStab: k = 83 resid = 7.643387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362445(s) Flops=547596288 => 1510.83968050325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217520.529138162 Mflops = 217.520529138162 Gflops = 0.217520529138162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001119742 Relative Rsd = 4.91336386976208e-07
BICGSTAB_SOLVER_TIME: 0.747373 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044652 s
InvBiCGStab: k = 61 resid = 2.187182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233511(s) Flops=403236864 => 1726.84312088082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248594.806356977 Mflops = 248.594806356977 Gflops = 0.248594806356977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 91 resid = 8.616974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35175(s) Flops=600090624 => 1706.01456716418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245619.342219606 Mflops = 245.619342219606 Gflops = 0.245619342219606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001153565 Relative Rsd = 5.06178018119128e-07
BICGSTAB_SOLVER_TIME: 0.690486 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 63 resid = 2.133961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230219(s) Flops=416360448 => 1808.54077204749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260365.085494671 Mflops = 260.365085494671 Gflops = 0.260365085494671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058558 s
InvBiCGStab: k = 86 resid = 3.988637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325383(s) Flops=567281664 => 1743.42748084565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251007.845197491 Mflops = 251.007845197491 Gflops = 0.251007845197491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00116603 Relative Rsd = 5.11647307564099e-07
BICGSTAB_SOLVER_TIME: 0.659679 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120483
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012143(s) Flops=1592672256 => 1573.56446272908 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226578.791011667 Mflops = 226.578791011667 Gflops = 0.226578791011667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177086000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.215698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836254(s) Flops=1459685376 => 1745.50480595609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251335.443683325 Mflops = 251.335443683325 Gflops = 0.251335443683325 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 275 resid = 1.007616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.025035(s) Flops=1807460352 => 1763.31574238928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253904.957884811 Mflops = 253.904957884811 Gflops = 0.253904957884811 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.002241087 Relative Rsd = 9.86859757655934e-07
BICGSTAB_SOLVER_TIME: 1.865495 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.12395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354521
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.018297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784833(s) Flops=1275955200 => 1625.76650064409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234093.675857393 Mflops = 234.093675857393 Gflops = 0.234093675857393 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.060812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852559(s) Flops=1492494336 => 1750.60533757781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252074.859367198 Mflops = 252.074859367198 Gflops = 0.252074859367198 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002009475 Relative Rsd = 8.82951922609554e-07
BICGSTAB_SOLVER_TIME: 1.640814 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.119104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300260999999998
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003371(s) Flops=1592672256 => 1587.32139557551 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228549.533550503 Mflops = 228.549533550503 Gflops = 0.228549533550503 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177204000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041616 s
InvBiCGStab: k = 31 resid = 2.127224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133665(s) Flops=206383104 => 1544.03249915834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222269.522583586 Mflops = 222.269522583586 Gflops = 0.222269522583586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057414 s
InvBiCGStab: k = 49 resid = 9.741516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183857(s) Flops=324495360 => 1764.93339932665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254053.329024161 Mflops = 254.053329024161 Gflops = 0.254053329024161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.00077778 Relative Rsd = 3.41285490115786e-07
BICGSTAB_SOLVER_TIME: 0.420742 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 75 resid = 2.174962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279632(s) Flops=495101952 => 1770.54826343194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254902.762222208 Mflops = 254.902762222208 Gflops = 0.254902762222208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 102 resid = 1.059391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371346(s) Flops=672270336 => 1810.36105411126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260651.17392568 Mflops = 260.65117392568 Gflops = 0.26065117392568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001272906 Relative Rsd = 5.58544007491715e-07
BICGSTAB_SOLVER_TIME: 0.752238 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041029 s
InvBiCGStab: k = 63 resid = 2.113701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231283(s) Flops=416360448 => 1800.22071661125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259176.07231765 Mflops = 259.17607231765 Gflops = 0.25917607231765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055832 s
InvBiCGStab: k = 76 resid = 7.993047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277578(s) Flops=501663744 => 1807.28928085079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260190.349091436 Mflops = 260.190349091436 Gflops = 0.260190349091436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00107659 Relative Rsd = 4.72401728167993e-07
BICGSTAB_SOLVER_TIME: 0.609586 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 68 resid = 2.006723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284518(s) Flops=449169408 => 1578.70295728214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227290.858466532 Mflops = 227.290858466532 Gflops = 0.227290858466532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059995 s
InvBiCGStab: k = 97 resid = 1.083777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408537(s) Flops=639461376 => 1565.24715264468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225354.345492354 Mflops = 225.354345492354 Gflops = 0.225354345492354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001204168 Relative Rsd = 5.28382154284124e-07
BICGSTAB_SOLVER_TIME: 0.798545 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132044
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042101 s
InvBiCGStab: k = 65 resid = 1.951254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241789(s) Flops=429484032 => 1776.27614159453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255728.186516824 Mflops = 255.728186516824 Gflops = 0.255728186516824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05698 s
InvBiCGStab: k = 95 resid = 8.821845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352472(s) Flops=626337792 => 1776.98595065707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255837.940555614 Mflops = 255.837940555614 Gflops = 0.255837940555614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001136651 Relative Rsd = 4.98756053193869e-07
BICGSTAB_SOLVER_TIME: 0.697383 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128399
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98582(s) Flops=1592524800 => 1615.43162037695 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232596.442361272 Mflops = 232.596442361272 Gflops = 0.232596442361272 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177226000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045269 s
InvBiCGStab: k = 31 resid = 1.40143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11874(s) Flops=206383104 => 1738.10934815563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250150.051318567 Mflops = 250.150051318567 Gflops = 0.250150051318567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056691 s
InvBiCGStab: k = 57 resid = 1.107996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214877(s) Flops=376989696 => 1754.44415177055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252547.271938367 Mflops = 252.547271938367 Gflops = 0.252547271938367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007910458 Relative Rsd = 3.47106481823139e-07
BICGSTAB_SOLVER_TIME: 0.439498 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 76 resid = 2.045005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281588(s) Flops=501663744 => 1781.55228205747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256497.952174943 Mflops = 256.497952174943 Gflops = 0.256497952174943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057037 s
InvBiCGStab: k = 107 resid = 1.133444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390494(s) Flops=705079296 => 1805.60852663549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259966.453891208 Mflops = 259.966453891208 Gflops = 0.259966453891208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001287092 Relative Rsd = 5.6476880550032e-07
BICGSTAB_SOLVER_TIME: 0.774051 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 59 resid = 2.238496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21659(s) Flops=390113280 => 1801.16016436585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.575620585 Mflops = 259.314575620585 Gflops = 0.259314575620585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 81 resid = 1.101097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296817(s) Flops=534472704 => 1800.68090439564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.861788019 Mflops = 259.242861788019 Gflops = 0.259242861788019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001094197 Relative Rsd = 4.80127480072828e-07
BICGSTAB_SOLVER_TIME: 0.614199 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 73 resid = 2.064512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267394(s) Flops=481978368 => 1802.50255428319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.743428901 Mflops = 259.510743428901 Gflops = 0.259510743428901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057366 s
InvBiCGStab: k = 88 resid = 6.669265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352459(s) Flops=580405248 => 1646.73124533634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237086.174528579 Mflops = 237.086174528579 Gflops = 0.237086174528579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001184569 Relative Rsd = 5.1978243375081e-07
BICGSTAB_SOLVER_TIME: 0.723211 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046859 s
InvBiCGStab: k = 71 resid = 1.419412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303322(s) Flops=468854784 => 1545.7328647444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222548.923780803 Mflops = 222.548923780803 Gflops = 0.222548923780803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061424 s
InvBiCGStab: k = 89 resid = 8.683997e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328602(s) Flops=586967040 => 1786.2552266876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257179.261579772 Mflops = 257.179261579772 Gflops = 0.257179261579772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001149123 Relative Rsd = 5.04228560829476e-07
BICGSTAB_SOLVER_TIME: 0.744022 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12857
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.010677(s) Flops=1586184192 => 1569.42741548487 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225997.751079924 Mflops = 225.997751079924 Gflops = 0.225997751079924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176755000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040909 s
InvBiCGStab: k = 26 resid = 1.966634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110038(s) Flops=173574144 => 1577.40184299969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227013.100850026 Mflops = 227.013100850026 Gflops = 0.227013100850026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058917 s
InvBiCGStab: k = 54 resid = 1.125739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235832(s) Flops=357304320 => 1515.07988737746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218118.059629432 Mflops = 218.118059629432 Gflops = 0.218118059629432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007668386 Relative Rsd = 3.36484460510535e-07
BICGSTAB_SOLVER_TIME: 0.450044 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001866
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 62 resid = 1.47871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231262(s) Flops=409798656 => 1772.01034324705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255115.427830249 Mflops = 255.115427830249 Gflops = 0.255115427830249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056629 s
InvBiCGStab: k = 82 resid = 1.069268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304226(s) Flops=541034496 => 1778.39663934049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256032.157280583 Mflops = 256.032157280583 Gflops = 0.256032157280583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001119174 Relative Rsd = 4.9108746248462e-07
BICGSTAB_SOLVER_TIME: 0.637162 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 60 resid = 2.094674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220298(s) Flops=396675072 => 1800.62947462074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259232.763794626 Mflops = 259.232763794626 Gflops = 0.259232763794626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055956 s
InvBiCGStab: k = 75 resid = 1.081221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274136(s) Flops=495101952 => 1806.04499956226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259999.137037492 Mflops = 259.999137037492 Gflops = 0.259999137037492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001087075 Relative Rsd = 4.77002616965109e-07
BICGSTAB_SOLVER_TIME: 0.595405 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043698 s
InvBiCGStab: k = 68 resid = 1.553256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249436(s) Flops=449169408 => 1800.74010166937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259245.680331112 Mflops = 259.245680331112 Gflops = 0.259245680331112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 88 resid = 1.138951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321419(s) Flops=580405248 => 1805.75898748985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.206788055 Mflops = 259.981206788055 Gflops = 0.259981206788055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00115454 Relative Rsd = 5.06605475567436e-07
BICGSTAB_SOLVER_TIME: 0.674456 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042595 s
InvBiCGStab: k = 67 resid = 1.785541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271929(s) Flops=442607616 => 1627.65874915879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234348.818812404 Mflops = 234.348818812404 Gflops = 0.234348818812404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066371 s
InvBiCGStab: k = 75 resid = 9.557692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308436(s) Flops=495101952 => 1605.20157180096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231103.554893332 Mflops = 231.103554893332 Gflops = 0.231103554893332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001053166 Relative Rsd = 4.6212313377042e-07
BICGSTAB_SOLVER_TIME: 0.693624 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115665
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002263(s) Flops=1579696128 => 1576.12934728709 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226943.393613967 Mflops = 226.943393613967 Gflops = 0.226943393613967 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 28 resid = 1.954811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103623(s) Flops=186697728 => 1801.70162994702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259310.268840652 Mflops = 259.310268840652 Gflops = 0.259310268840652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 52 resid = 1.046167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190638(s) Flops=344180736 => 1805.41516381834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.329903536 Mflops = 259.902329903536 Gflops = 0.259902329903536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007317886 Relative Rsd = 3.21104727460291e-07
BICGSTAB_SOLVER_TIME: 0.395068 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043829 s
InvBiCGStab: k = 68 resid = 2.04736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277126(s) Flops=449169408 => 1620.81294429249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233348.021771348 Mflops = 233.348021771348 Gflops = 0.233348021771348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063483 s
InvBiCGStab: k = 87 resid = 1.12082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358372(s) Flops=573843456 => 1601.2508120054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230541.91639826 Mflops = 230.54191639826 Gflops = 0.23054191639826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00113219 Relative Rsd = 4.96798575968822e-07
BICGSTAB_SOLVER_TIME: 0.746698 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044191 s
InvBiCGStab: k = 59 resid = 2.206194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218201(s) Flops=390113280 => 1787.86201713099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257393.12533426 Mflops = 257.39312533426 Gflops = 0.25739312533426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 82 resid = 1.041995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316425(s) Flops=541034496 => 1709.83486134155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246170.741048254 Mflops = 246.170741048254 Gflops = 0.246170741048254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001032383 Relative Rsd = 4.53003752072952e-07
BICGSTAB_SOLVER_TIME: 0.639711 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041469 s
InvBiCGStab: k = 62 resid = 2.054324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228825(s) Flops=409798656 => 1790.88235988201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257844.068793171 Mflops = 257.844068793171 Gflops = 0.257844068793171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 84 resid = 4.852388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308646(s) Flops=554158080 => 1795.44876654808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258480.4866515 Mflops = 258.4804866515 Gflops = 0.2584804866515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001144471 Relative Rsd = 5.02187563895062e-07
BICGSTAB_SOLVER_TIME: 0.63928 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 56 resid = 2.153736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205821(s) Flops=370427904 => 1799.75757575758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.566285727 Mflops = 259.088566285727 Gflops = 0.259088566285727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 89 resid = 5.995982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32492(s) Flops=586967040 => 1806.49710698018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260083.931924098 Mflops = 260.083931924098 Gflops = 0.260083931924098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00106895 Relative Rsd = 4.69049293008145e-07
BICGSTAB_SOLVER_TIME: 0.632391 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117702
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068538(s) Flops=1566720000 => 1466.22768680197 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211128.684740813 Mflops = 211.128684740813 Gflops = 0.211128684740813 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.226149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80283(s) Flops=1426876416 => 1777.30829191734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255862.284057781 Mflops = 255.862284057781 Gflops = 0.255862284057781 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 9.483749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.072729(s) Flops=1689348096 => 1574.81348597829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226763.663220699 Mflops = 226.763663220699 Gflops = 0.226763663220699 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002183047 Relative Rsd = 9.61335598936808e-07
BICGSTAB_SOLVER_TIME: 1.879015 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.11725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339676
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.713175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757659(s) Flops=1354696704 => 1788.0031834902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257387.392388307 Mflops = 257.387392388307 Gflops = 0.257387392388307 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 4.497022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815623(s) Flops=1466247168 => 1797.70208539975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258856.140939808 Mflops = 258.856140939808 Gflops = 0.258856140939808 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.00235841 Relative Rsd = 1.03624797918608e-06
BICGSTAB_SOLVER_TIME: 1.576663 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306390999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012391(s) Flops=1566720000 => 1547.54437761695 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222890.138898275 Mflops = 222.890138898275 Gflops = 0.222890138898275 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174088000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045184 s
InvBiCGStab: k = 29 resid = 2.263506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109226(s) Flops=193259520 => 1769.35454928314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254633.469080829 Mflops = 254.633469080829 Gflops = 0.254633469080829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056799 s
InvBiCGStab: k = 51 resid = 9.146349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187535(s) Flops=337618944 => 1800.29831231503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259165.22216333 Mflops = 259.16522216333 Gflops = 0.25916522216333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007258987 Relative Rsd = 3.18520290508689e-07
BICGSTAB_SOLVER_TIME: 0.402613 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713900000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 74 resid = 2.11371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271865(s) Flops=488540160 => 1796.99542052121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258731.004650381 Mflops = 258.731004650381 Gflops = 0.258731004650381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056801 s
InvBiCGStab: k = 105 resid = 9.520626e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38465(s) Flops=691955712 => 1798.92294813467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258996.892361517 Mflops = 258.996892361517 Gflops = 0.258996892361517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001270546 Relative Rsd = 5.57508465260344e-07
BICGSTAB_SOLVER_TIME: 0.758564 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040899 s
InvBiCGStab: k = 54 resid = 1.926396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212343(s) Flops=357304320 => 1682.67529421737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242236.352308992 Mflops = 242.236352308992 Gflops = 0.242236352308992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062739 s
InvBiCGStab: k = 82 resid = 7.852362e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337495(s) Flops=541034496 => 1603.08892279886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230805.766889612 Mflops = 230.805766889612 Gflops = 0.230805766889612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001053058 Relative Rsd = 4.62075882558699e-07
BICGSTAB_SOLVER_TIME: 0.657968 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043926 s
InvBiCGStab: k = 71 resid = 1.59474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265771(s) Flops=468854784 => 1764.13071403577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253987.311986407 Mflops = 253.987311986407 Gflops = 0.253987311986407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 84 resid = 1.051613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315694(s) Flops=554158080 => 1755.36462523836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252719.199319408 Mflops = 252.719199319408 Gflops = 0.252719199319408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001145631 Relative Rsd = 5.02696446674705e-07
BICGSTAB_SOLVER_TIME: 0.685493 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125202000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042175 s
InvBiCGStab: k = 59 resid = 2.160774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216188(s) Flops=390113280 => 1804.50940847781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.472612965 Mflops = 259.783472612965 Gflops = 0.259783472612965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 89 resid = 5.631039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324942(s) Flops=586967040 => 1806.37479919493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.753809126 Mflops = 260.063753809126 Gflops = 0.260063753809126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001121115 Relative Rsd = 4.91939005943428e-07
BICGSTAB_SOLVER_TIME: 0.643064 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119932
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941722(s) Flops=1517027328 => 1610.90781355857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231952.433575404 Mflops = 231.952433575404 Gflops = 0.231952433575404 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168730000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.457315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 31 resid = 1.93597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115876(s) Flops=206383104 => 1781.06859056233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256392.532333554 Mflops = 256.392532333554 Gflops = 0.256392532333554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057173 s
InvBiCGStab: k = 52 resid = 6.34857e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19247(s) Flops=344180736 => 1788.23056060685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257411.090245207 Mflops = 257.411090245207 Gflops = 0.257411090245207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007724527 Relative Rsd = 3.3894793436013e-07
BICGSTAB_SOLVER_TIME: 0.411083 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040765 s
InvBiCGStab: k = 75 resid = 2.211588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274655(s) Flops=495101952 => 1802.63221860152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259522.384801697 Mflops = 259.522384801697 Gflops = 0.259522384801697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055817 s
InvBiCGStab: k = 122 resid = 1.026375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445157(s) Flops=803506176 => 1804.9950377058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.401587478 Mflops = 259.876401587478 Gflops = 0.259876401587478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001306692 Relative Rsd = 5.73369036857544e-07
BICGSTAB_SOLVER_TIME: 0.820227 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155011999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 70 resid = 2.151963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256039(s) Flops=462292992 => 1805.55693468573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.997154569 Mflops = 259.947997154569 Gflops = 0.259947997154569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 78 resid = 1.051608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284912(s) Flops=514787328 => 1806.82922446229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260124.976422594 Mflops = 260.124976422594 Gflops = 0.260124976422594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001097869 Relative Rsd = 4.81738874098509e-07
BICGSTAB_SOLVER_TIME: 0.642839 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045027 s
InvBiCGStab: k = 60 resid = 2.253508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239574(s) Flops=396675072 => 1655.75175937289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238386.924618871 Mflops = 238.386924618871 Gflops = 0.238386924618871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06033 s
InvBiCGStab: k = 83 resid = 1.015038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357845(s) Flops=547596288 => 1530.26111305174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220316.884460983 Mflops = 220.316884460983 Gflops = 0.220316884460983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001175297 Relative Rsd = 5.15713823468438e-07
BICGSTAB_SOLVER_TIME: 0.707131 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043241 s
InvBiCGStab: k = 68 resid = 1.920169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251681(s) Flops=449169408 => 1784.67746075389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256940.886030618 Mflops = 256.940886030618 Gflops = 0.256940886030618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057357 s
InvBiCGStab: k = 83 resid = 9.473708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308484(s) Flops=547596288 => 1775.12055082273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255556.803678609 Mflops = 255.556803678609 Gflops = 0.255556803678609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001110883 Relative Rsd = 4.87449119182064e-07
BICGSTAB_SOLVER_TIME: 0.66465 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122106
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921087(s) Flops=1455464448 => 1580.15958101678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227522.319740399 Mflops = 227.522319740399 Gflops = 0.227522319740399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161318000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043745 s
InvBiCGStab: k = 27 resid = 2.125309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102858(s) Flops=180135936 => 1751.30700577495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252080.34222309 Mflops = 252.08034222309 Gflops = 0.25208034222309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 53 resid = 1.085691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196718(s) Flops=350742528 => 1782.97119734849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256665.074478985 Mflops = 256.665074478985 Gflops = 0.256665074478985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007418969 Relative Rsd = 3.25540211475187e-07
BICGSTAB_SOLVER_TIME: 0.403396 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0717630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04174 s
InvBiCGStab: k = 53 resid = 1.660858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197145(s) Flops=350742528 => 1779.10942707144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256130.912337697 Mflops = 256.130912337698 Gflops = 0.256130912337698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056845 s
InvBiCGStab: k = 75 resid = 9.84045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273789(s) Flops=495101952 => 1808.33397981657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260335.00556233 Mflops = 260.33500556233 Gflops = 0.26033500556233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001094564 Relative Rsd = 4.80288747181373e-07
BICGSTAB_SOLVER_TIME: 0.573358 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040884 s
InvBiCGStab: k = 66 resid = 1.882589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240869(s) Flops=436045824 => 1810.30279529537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260616.144076624 Mflops = 260.616144076624 Gflops = 0.260616144076624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 76 resid = 9.528583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279903(s) Flops=501663744 => 1792.2771245753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258027.269167254 Mflops = 258.027269167254 Gflops = 0.258027269167254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001101245 Relative Rsd = 4.83220059109402e-07
BICGSTAB_SOLVER_TIME: 0.62172 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115701
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 65 resid = 2.237554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237658(s) Flops=429484032 => 1807.15158757542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260162.436834027 Mflops = 260.162436834027 Gflops = 0.260162436834027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 89 resid = 9.421489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325575(s) Flops=586967040 => 1802.86275051831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259564.95480369 Mflops = 259.56495480369 Gflops = 0.25956495480369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00113133 Relative Rsd = 4.96421077098961e-07
BICGSTAB_SOLVER_TIME: 0.664388 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124298000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044409 s
InvBiCGStab: k = 57 resid = 2.007562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235448(s) Flops=376989696 => 1601.15904998131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230523.510850533 Mflops = 230.523510850533 Gflops = 0.230523510850533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063455 s
InvBiCGStab: k = 83 resid = 7.467912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3485(s) Flops=547596288 => 1571.29494404591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226225.350828616 Mflops = 226.225350828616 Gflops = 0.226225350828616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001100793 Relative Rsd = 4.83021910514518e-07
BICGSTAB_SOLVER_TIME: 0.695718 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113947
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910325(s) Flops=1436884992 => 1578.43077142779 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227272.803035909 Mflops = 227.272803035909 Gflops = 0.227272803035909 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159507000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 31 resid = 1.398194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120502(s) Flops=206383104 => 1712.69442830824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246514.602505001 Mflops = 246.514602505001 Gflops = 0.246514602505001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064296 s
InvBiCGStab: k = 54 resid = 9.740971e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22372(s) Flops=357304320 => 1597.10495261935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229915.949755932 Mflops = 229.915949755932 Gflops = 0.229915949755932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007793933 Relative Rsd = 3.41993415432157e-07
BICGSTAB_SOLVER_TIME: 0.453876 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047491 s
InvBiCGStab: k = 66 resid = 1.38546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272539(s) Flops=436045824 => 1599.93917934681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230347.15128063 Mflops = 230.34715128063 Gflops = 0.23034715128063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 88 resid = 1.059423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326744(s) Flops=580405248 => 1776.33024018804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255743.913041758 Mflops = 255.743913041758 Gflops = 0.255743913041758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001125358 Relative Rsd = 4.93800652602864e-07
BICGSTAB_SOLVER_TIME: 0.70717 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 65 resid = 2.232656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241018(s) Flops=429484032 => 1781.95832676398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256549.361119535 Mflops = 256.549361119535 Gflops = 0.256549361119535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055742 s
InvBiCGStab: k = 85 resid = 4.761281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322762(s) Flops=560719872 => 1737.25491848483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250124.852255324 Mflops = 250.124852255324 Gflops = 0.250124852255324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001061531 Relative Rsd = 4.6579376114412e-07
BICGSTAB_SOLVER_TIME: 0.66483 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043776 s
InvBiCGStab: k = 67 resid = 1.973091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256648(s) Flops=442607616 => 1724.57068046507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248274.956174549 Mflops = 248.274956174549 Gflops = 0.248274956174549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 81 resid = 1.129207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296589(s) Flops=534472704 => 1802.0651608792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259442.565336718 Mflops = 259.442565336718 Gflops = 0.259442565336718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001145716 Relative Rsd = 5.02733890067345e-07
BICGSTAB_SOLVER_TIME: 0.656943 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 64 resid = 1.683668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239664(s) Flops=422922240 => 1764.64650510715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254057.242531667 Mflops = 254.057242531667 Gflops = 0.254057242531667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057806 s
InvBiCGStab: k = 78 resid = 1.142061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31386(s) Flops=514787328 => 1640.18138023322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236137.627849376 Mflops = 236.137627849376 Gflops = 0.236137627849376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001137958 Relative Rsd = 4.99329606280582e-07
BICGSTAB_SOLVER_TIME: 0.656549 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115792
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954657(s) Flops=1442930688 => 1511.46504765586 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217638.694593543 Mflops = 217.638694593543 Gflops = 0.217638694593543 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160132000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.131183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77968(s) Flops=1361258496 => 1745.91947465627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251375.441631487 Mflops = 251.375441631487 Gflops = 0.251375441631487 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.069345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927043(s) Flops=1505617920 => 1624.10796478696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233863.455096211 Mflops = 233.863455096211 Gflops = 0.233863455096211 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002075996 Relative Rsd = 9.1420983095546e-07
BICGSTAB_SOLVER_TIME: 1.710131 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.117376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311259999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.632766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849314(s) Flops=1420314624 => 1672.30803212946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240778.758582863 Mflops = 240.778758582863 Gflops = 0.240778758582863 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 9.86855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830735(s) Flops=1472808960 => 1772.89864999067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255282.565712005 Mflops = 255.282565712005 Gflops = 0.255282565712005 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.002835334 Relative Rsd = 1.24575957513367e-06
BICGSTAB_SOLVER_TIME: 1.683481 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313865999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901881(s) Flops=1442930688 => 1599.912502869 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230366.721410777 Mflops = 230.366721410777 Gflops = 0.230366721410777 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160046000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 26 resid = 2.252596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096651(s) Flops=173574144 => 1795.885650433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258448.504152185 Mflops = 258.448504152185 Gflops = 0.258448504152185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056821 s
InvBiCGStab: k = 58 resid = 1.015202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213607(s) Flops=383551488 => 1795.594189329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258484.369645307 Mflops = 258.484369645307 Gflops = 0.258484369645307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007588289 Relative Rsd = 3.32969864300299e-07
BICGSTAB_SOLVER_TIME: 0.41241 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04084 s
InvBiCGStab: k = 78 resid = 2.249874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284792(s) Flops=514787328 => 1807.59055029636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260240.134712372 Mflops = 260.240134712372 Gflops = 0.260240134712372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 98 resid = 1.04454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357664(s) Flops=646023168 => 1806.22922072112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260045.265037049 Mflops = 260.045265037049 Gflops = 0.260045265037049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001283841 Relative Rsd = 5.63342176483068e-07
BICGSTAB_SOLVER_TIME: 0.743399 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04069 s
InvBiCGStab: k = 59 resid = 1.551501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217086(s) Flops=390113280 => 1797.04485779829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258723.551644698 Mflops = 258.723551644698 Gflops = 0.258723551644698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061284 s
InvBiCGStab: k = 94 resid = 8.189214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383054(s) Flops=619776000 => 1617.98597586763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232936.535372637 Mflops = 232.936535372637 Gflops = 0.232936535372637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001072856 Relative Rsd = 4.70763413722228e-07
BICGSTAB_SOLVER_TIME: 0.707218 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04476 s
InvBiCGStab: k = 68 resid = 1.21869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291341(s) Flops=449169408 => 1541.73085147645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221976.6127286 Mflops = 221.9766127286 Gflops = 0.2219766127286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060655 s
InvBiCGStab: k = 88 resid = 1.014157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331947(s) Flops=580405248 => 1748.48770436244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251718.036772117 Mflops = 251.718036772117 Gflops = 0.251718036772117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001157035 Relative Rsd = 5.0770047770199e-07
BICGSTAB_SOLVER_TIME: 0.732657 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 68 resid = 2.223283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252265(s) Flops=449169408 => 1780.54588627039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256347.523411082 Mflops = 256.347523411082 Gflops = 0.256347523411082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 82 resid = 7.035958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299344(s) Flops=541034496 => 1807.40050243198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260207.38989987 Mflops = 260.20738989987 Gflops = 0.26020738989987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001161631 Relative Rsd = 5.09717057253482e-07
BICGSTAB_SOLVER_TIME: 0.652742 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121307
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912111(s) Flops=1461362688 => 1602.17636669221 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230693.682981571 Mflops = 230.693682981571 Gflops = 0.230693682981571 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162367000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 24 resid = 1.930562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090533(s) Flops=160450560 => 1772.28811593563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255019.508386585 Mflops = 255.019508386585 Gflops = 0.255019508386585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058949 s
InvBiCGStab: k = 53 resid = 1.078465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196258(s) Flops=350742528 => 1787.15022062795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257268.62214202 Mflops = 257.26862214202 Gflops = 0.25726862214202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007601992 Relative Rsd = 3.33571129584156e-07
BICGSTAB_SOLVER_TIME: 0.390896 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040958 s
InvBiCGStab: k = 80 resid = 2.073894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304738(s) Flops=527910912 => 1732.34356069804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249412.480899056 Mflops = 249.412480899056 Gflops = 0.249412480899056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059043 s
InvBiCGStab: k = 105 resid = 8.567483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398853(s) Flops=691955712 => 1734.86400252725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249776.475502339 Mflops = 249.776475502339 Gflops = 0.249776475502339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001272744 Relative Rsd = 5.58472849720982e-07
BICGSTAB_SOLVER_TIME: 0.807459 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042084 s
InvBiCGStab: k = 61 resid = 2.170549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224888(s) Flops=403236864 => 1793.05638362207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258139.394571557 Mflops = 258.139394571557 Gflops = 0.258139394571557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 79 resid = 6.160209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290285(s) Flops=521349120 => 1795.9905610004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258567.347226228 Mflops = 258.567347226228 Gflops = 0.258567347226228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001034182 Relative Rsd = 4.53793077179461e-07
BICGSTAB_SOLVER_TIME: 0.617552 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 70 resid = 8.89712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270565(s) Flops=462292992 => 1708.62081939645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245980.751125493 Mflops = 245.980751125493 Gflops = 0.245980751125493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06447 s
InvBiCGStab: k = 83 resid = 7.995562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33625(s) Flops=547596288 => 1628.5391464684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234456.988584233 Mflops = 234.456988584233 Gflops = 0.234456988584233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001154797 Relative Rsd = 5.06718418734049e-07
BICGSTAB_SOLVER_TIME: 0.717066 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044403 s
InvBiCGStab: k = 78 resid = 1.560115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289588(s) Flops=514787328 => 1777.65421219111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255923.32076778 Mflops = 255.92332076778 Gflops = 0.25592332076778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058289 s
InvBiCGStab: k = 84 resid = 1.112013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314797(s) Flops=554158080 => 1760.36645838429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253442.317355472 Mflops = 253.442317355472 Gflops = 0.253442317355472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001165506 Relative Rsd = 5.11417590051546e-07
BICGSTAB_SOLVER_TIME: 0.711158 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129829
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938214(s) Flops=1510391808 => 1609.85852694588 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231835.802577591 Mflops = 231.835802577591 Gflops = 0.231835802577591 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045866 s
InvBiCGStab: k = 43 resid = 1.427674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188915(s) Flops=285124608 => 1509.27458380753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217280.820450313 Mflops = 217.280820450313 Gflops = 0.217280820450313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065477 s
InvBiCGStab: k = 50 resid = 1.002793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201601(s) Flops=331057152 => 1642.14042589074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236410.85927321 Mflops = 236.41085927321 Gflops = 0.23641085927321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007887568 Relative Rsd = 3.46102048767917e-07
BICGSTAB_SOLVER_TIME: 0.505775 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0805800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041256 s
InvBiCGStab: k = 63 resid = 2.12804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235881(s) Flops=416360448 => 1765.12923041703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254123.859555313 Mflops = 254.123859555313 Gflops = 0.254123859555313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057244 s
InvBiCGStab: k = 81 resid = 9.787703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301753(s) Flops=534472704 => 1771.22581714183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255018.722130394 Mflops = 255.018722130394 Gflops = 0.255018722130394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114557 Relative Rsd = 4.89061381608392e-07
BICGSTAB_SOLVER_TIME: 0.640181 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041724 s
InvBiCGStab: k = 55 resid = 1.693164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20282(s) Flops=363866112 => 1794.03467113697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258280.592494381 Mflops = 258.280592494381 Gflops = 0.258280592494381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055991 s
InvBiCGStab: k = 75 resid = 1.117711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274975(s) Flops=495101952 => 1800.53441949268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259221.382571314 Mflops = 259.221382571314 Gflops = 0.259221382571314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001002921 Relative Rsd = 4.40076229205077e-07
BICGSTAB_SOLVER_TIME: 0.579374 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106967
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044328 s
InvBiCGStab: k = 68 resid = 1.880893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248583(s) Flops=449169408 => 1806.91925031076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.2494517 Mflops = 260.1492494517 Gflops = 0.2601492494517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 91 resid = 1.004234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332187(s) Flops=600090624 => 1806.48437175446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260083.641252564 Mflops = 260.083641252564 Gflops = 0.260083641252564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001110093 Relative Rsd = 4.87102729488352e-07
BICGSTAB_SOLVER_TIME: 0.685178 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 58 resid = 2.154122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246201(s) Flops=383551488 => 1557.87948871044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224286.484303925 Mflops = 224.286484303925 Gflops = 0.224286484303925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060489 s
InvBiCGStab: k = 72 resid = 1.113246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299403(s) Flops=475416576 => 1587.88180479154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228597.690292148 Mflops = 228.597690292148 Gflops = 0.228597690292148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001057325 Relative Rsd = 4.63948154355474e-07
BICGSTAB_SOLVER_TIME: 0.651856 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106916
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967301(s) Flops=1535311872 => 1587.21212114947 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228655.661951471 Mflops = 228.655661951471 Gflops = 0.228655661951471 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170923000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 27 resid = 2.266044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10048(s) Flops=180135936 => 1792.75414012739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258029.073372886 Mflops = 258.029073372886 Gflops = 0.258029073372886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056706 s
InvBiCGStab: k = 51 resid = 1.047754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195226(s) Flops=337618944 => 1729.3748988352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248957.98839628 Mflops = 248.95798839628 Gflops = 0.24895798839628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007057675 Relative Rsd = 3.09686842495125e-07
BICGSTAB_SOLVER_TIME: 0.397801 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046092 s
InvBiCGStab: k = 61 resid = 1.983985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255249(s) Flops=403236864 => 1579.77842812313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227444.92667818 Mflops = 227.44492667818 Gflops = 0.22744492667818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067151 s
InvBiCGStab: k = 90 resid = 9.768805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355039(s) Flops=593528832 => 1671.72854813133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240681.697972638 Mflops = 240.681697972638 Gflops = 0.240681697972638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00114729 Relative Rsd = 5.03424319664781e-07
BICGSTAB_SOLVER_TIME: 0.727329 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 54 resid = 2.140847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201151(s) Flops=357304320 => 1776.29899925926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255714.064922662 Mflops = 255.714064922662 Gflops = 0.255714064922662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056954 s
InvBiCGStab: k = 80 resid = 1.116747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294988(s) Flops=527910912 => 1789.60131259577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257631.319219043 Mflops = 257.631319219043 Gflops = 0.257631319219043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001053408 Relative Rsd = 4.62229589473369e-07
BICGSTAB_SOLVER_TIME: 0.598129 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 72 resid = 1.637996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2637(s) Flops=475416576 => 1802.86907849829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.787892676 Mflops = 259.557787892676 Gflops = 0.259557787892676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 78 resid = 1.006974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284971(s) Flops=514787328 => 1806.45514104944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260067.692063734 Mflops = 260.067692063734 Gflops = 0.260067692063734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001153064 Relative Rsd = 5.05958057343265e-07
BICGSTAB_SOLVER_TIME: 0.649791 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 57 resid = 2.024413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208686(s) Flops=376989696 => 1806.4925102786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260079.315712936 Mflops = 260.079315712936 Gflops = 0.260079315712936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 86 resid = 8.120205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314254(s) Flops=567281664 => 1805.16927071732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.697859625 Mflops = 259.899697859625 Gflops = 0.259899697859625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001015124 Relative Rsd = 4.45430889764531e-07
BICGSTAB_SOLVER_TIME: 0.624151 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116484
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065714(s) Flops=1541873664 => 1446.79873211762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208385.576286033 Mflops = 208.385576286033 Gflops = 0.208385576286033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171104000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021529
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.145805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760846(s) Flops=1374382080 => 1806.38668009032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.840712824 Mflops = 260.056840712824 Gflops = 0.260056840712824 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 303 resid = 3.96246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.223594(s) Flops=1991190528 => 1627.32943116753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234327.426696153 Mflops = 234.327426696153 Gflops = 0.234327426696153 Tflops
BICGSTAB_SOLVER: 512 iterations. Rsd = 0.002313884 Relative Rsd = 1.01897897737854e-06
BICGSTAB_SOLVER_TIME: 1.987827 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.36544
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.517063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.626058(s) Flops=1118472192 => 1786.5312670711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257241.95587599 Mflops = 257.24195587599 Gflops = 0.25724195587599 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.054058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772042(s) Flops=1367820288 => 1771.69155045969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255110.693962951 Mflops = 255.110693962951 Gflops = 0.255110693962951 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.00232174 Relative Rsd = 1.02006455510843e-06
BICGSTAB_SOLVER_TIME: 1.401717 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.121894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270252999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 325 resid = 2.112515e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.275227(s) Flops=2135549952 => 1674.64298669962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241159.288962417 Mflops = 241.159288962417 Gflops = 0.241159288962417 Tflops
InvBiCGStab: k = 359 resid = 6.127867e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.36502(s) Flops=2358650880 => 1727.92404506894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248814.254885322 Mflops = 248.814254885322 Gflops = 0.248814254885322 Tflops
BICGSTAB_SOLVER: 684 iterations. Rsd = 0.002246885 Relative Rsd = 9.8947417271088e-07
BICGSTAB_SOLVER_TIME: 2.644992 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.489023
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 236 resid = 1.975049e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863987(s) Flops=1551550464 => 1795.80302018433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258570.843109436 Mflops = 258.570843109436 Gflops = 0.258570843109436 Tflops
InvBiCGStab: k = 307 resid = 1.104255e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.130554(s) Flops=2017437696 => 1784.46823061968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256954.472835855 Mflops = 256.954472835855 Gflops = 0.256954472835855 Tflops
BICGSTAB_SOLVER: 543 iterations. Rsd = 0.002362754 Relative Rsd = 1.03808422113659e-06
BICGSTAB_SOLVER_TIME: 1.999685 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.388322999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 265 resid = 1.913597e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.089198(s) Flops=1741842432 => 1599.19723686602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230292.369952533 Mflops = 230.292369952533 Gflops = 0.230292369952533 Tflops
InvBiCGStab: k = 251 resid = 8.410975e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947428(s) Flops=1649977344 => 1741.53322891027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250768.33198855 Mflops = 250.76833198855 Gflops = 0.25076833198855 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.00209035 Relative Rsd = 9.17233779062241e-07
BICGSTAB_SOLVER_TIME: 2.041639 sec
2Flav::invert,  n_count = 516
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367236000000002
MInvCG2: 347 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.391695(s) Flops=2238547968 => 1608.50471403576 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231626.066977405 Mflops = 231.626066977405 Gflops = 0.231626066977405 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249528000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.17203526800995
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 469.817758 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.075937 secs
Doing Update: 2747 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 303 resid = 1.497607e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.225318(s) Flops=1991190528 => 1625.03980844156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233989.360788051 Mflops = 233.989360788051 Gflops = 0.233989360788051 Tflops
InvBiCGStab: k = 329 resid = 9.841795e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.213724(s) Flops=2161797120 => 1781.12743918716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256476.560669054 Mflops = 256.476560669054 Gflops = 0.256476560669054 Tflops
BICGSTAB_SOLVER: 632 iterations. Rsd = 0.002028478 Relative Rsd = 8.92868026820909e-07
BICGSTAB_SOLVER_TIME: 2.444228 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.454178999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 255 resid = 1.390085e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939075(s) Flops=1676224512 => 1784.97405638527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257077.032917058 Mflops = 257.077032917058 Gflops = 0.257077032917058 Tflops
InvBiCGStab: k = 254 resid = 1.093311e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.979479(s) Flops=1669662720 => 1704.64371364777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245458.31398455 Mflops = 245.45831398455 Gflops = 0.24545831398455 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.002815461 Relative Rsd = 1.23825330041164e-06
BICGSTAB_SOLVER_TIME: 1.924047 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.366274999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 365 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.536071(s) Flops=2347591680 => 1528.30935549203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220114.358565635 Mflops = 220.114358565635 Gflops = 0.220114358565635 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262488000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 310 resid = 1.994028e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.134384(s) Flops=2037123072 => 1795.79672491855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258590.930614657 Mflops = 258.590930614657 Gflops = 0.258590930614657 Tflops
InvBiCGStab: k = 351 resid = 1.083851e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.341963(s) Flops=2306156544 => 1718.49487951605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247455.41933301 Mflops = 247.45541933301 Gflops = 0.24745541933301 Tflops
BICGSTAB_SOLVER: 661 iterations. Rsd = 0.00217694 Relative Rsd = 9.58216188999686e-07
BICGSTAB_SOLVER_TIME: 2.481016 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.473008999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 287 resid = 1.703416e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.145232(s) Flops=1886201856 => 1647.00414937759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237169.501963687 Mflops = 237.169501963687 Gflops = 0.237169501963687 Tflops
InvBiCGStab: k = 309 resid = 1.00497e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.187295(s) Flops=2030561280 => 1710.24158275744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246267.427443038 Mflops = 246.267427443038 Gflops = 0.246267427443038 Tflops
BICGSTAB_SOLVER: 596 iterations. Rsd = 0.00226487 Relative Rsd = 9.96100642227618e-07
BICGSTAB_SOLVER_TIME: 2.337433 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.426315999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 236 resid = 1.979842e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875107(s) Flops=1551550464 => 1772.98371970513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255198.429857371 Mflops = 255.198429857371 Gflops = 0.255198429857371 Tflops
InvBiCGStab: k = 269 resid = 7.484951e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.119997(s) Flops=1768089600 => 1578.65565711337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227319.506793564 Mflops = 227.319506793564 Gflops = 0.227319506793564 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.00191976 Relative Rsd = 8.41532173223286e-07
BICGSTAB_SOLVER_TIME: 2.000016 sec
2Flav::invert,  n_count = 505
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359842000000001
MInvCG2: 346 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.427951(s) Flops=2232354816 => 1563.32732425692 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225120.133189385 Mflops = 225.120133189385 Gflops = 0.225120133189385 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248407000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.090549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812305(s) Flops=1420314624 => 1748.49917703326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251778.642461007 Mflops = 251.778642461007 Gflops = 0.251778642461007 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 8.918876e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.098171(s) Flops=1814022144 => 1651.85762872995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237858.788107867 Mflops = 237.858788107867 Gflops = 0.237858788107867 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002135355 Relative Rsd = 9.39911578975945e-07
BICGSTAB_SOLVER_TIME: 1.914323 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.122569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351098999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.740689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806875(s) Flops=1400629248 => 1735.86893632843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249883.164899082 Mflops = 249.883164899082 Gflops = 0.249883164899082 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.042903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771232(s) Flops=1361258496 => 1765.04410605369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254152.361818269 Mflops = 254.152361818269 Gflops = 0.254152361818269 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002243995 Relative Rsd = 9.86919761336938e-07
BICGSTAB_SOLVER_TIME: 1.581506 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.118463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299844999999999
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970702(s) Flops=1523367936 => 1569.34665427701 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225962.273142802 Mflops = 225.962273142802 Gflops = 0.225962273142802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169215000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 181 resid = 1.932055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669569(s) Flops=1190651904 => 1778.23630424945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255900.792679117 Mflops = 255.900792679117 Gflops = 0.255900792679117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 195 resid = 9.390522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738588(s) Flops=1282516992 => 1736.44439389755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250024.684442707 Mflops = 250.024684442707 Gflops = 0.250024684442707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001904485 Relative Rsd = 8.3483624540367e-07
BICGSTAB_SOLVER_TIME: 1.411986 sec
2Flav::invert,  n_count = 376
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270413999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000136 s
InvBiCGStab: k = 137 resid = 1.676041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.51998(s) Flops=901933056 => 1734.55335974461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249520.002816274 Mflops = 249.520002816274 Gflops = 0.249520002816274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000181 s
InvBiCGStab: k = 147 resid = 1.02715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.620904(s) Flops=967550976 => 1558.29399713965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224313.381452444 Mflops = 224.313381452444 Gflops = 0.224313381452444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 284 iterations. Rsd = 0.001630118 Relative Rsd = 7.14566638721715e-07
BICGSTAB_SOLVER_TIME: 1.146429 sec
2Flav::invert,  n_count = 284
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204083999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005365 s
InvBiCGStab: k = 113 resid = 2.221809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425663(s) Flops=744450048 => 1748.91885834569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251811.639380853 Mflops = 251.811639380853 Gflops = 0.251811639380853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.00713 s
InvBiCGStab: k = 137 resid = 1.033233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.520404(s) Flops=901933056 => 1733.14012959163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249539.788370175 Mflops = 249.539788370175 Gflops = 0.249539788370175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 250 iterations. Rsd = 0.001501014 Relative Rsd = 6.5797358943249e-07
BICGSTAB_SOLVER_TIME: 0.963094 sec
2Flav::invert,  n_count = 250
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182372999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007716 s
InvBiCGStab: k = 97 resid = 1.690446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377112(s) Flops=639461376 => 1695.68026474893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244153.908884578 Mflops = 244.153908884578 Gflops = 0.244153908884578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.013176 s
InvBiCGStab: k = 120 resid = 1.035567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438952(s) Flops=790382592 => 1800.61280504474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259256.875117836 Mflops = 259.256875117836 Gflops = 0.259256875117836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.00136589 Relative Rsd = 5.98741626168217e-07
BICGSTAB_SOLVER_TIME: 0.84071 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159650999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010498 s
InvBiCGStab: k = 72 resid = 2.236348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268665(s) Flops=475416576 => 1769.5515828262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254768.764906616 Mflops = 254.768764906616 Gflops = 0.254768764906616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015174 s
InvBiCGStab: k = 100 resid = 1.053261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37553(s) Flops=659146752 => 1755.24392724949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252708.842345638 Mflops = 252.708842345638 Gflops = 0.252708842345638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001297625 Relative Rsd = 5.68817417424205e-07
BICGSTAB_SOLVER_TIME: 0.673633 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128743
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008819(s) Flops=1517101056 => 1503.8387024828 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216534.849380359 Mflops = 216.534849380359 Gflops = 0.216534849380359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168900000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013219 s
InvBiCGStab: k = 27 resid = 2.202119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09957(s) Flops=180135936 => 1809.13865622175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260360.18460957 Mflops = 260.36018460957 Gflops = 0.26036018460957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.01934 s
InvBiCGStab: k = 56 resid = 1.11455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204341(s) Flops=370427904 => 1812.79285116545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260971.546846975 Mflops = 260.971546846975 Gflops = 0.260971546846975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008013993 Relative Rsd = 3.51295599464851e-07
BICGSTAB_SOLVER_TIME: 0.340263 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0661150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016413 s
InvBiCGStab: k = 91 resid = 1.382921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335682(s) Flops=600090624 => 1787.67590755536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257387.663681631 Mflops = 257.387663681631 Gflops = 0.257387663681631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.027184 s
InvBiCGStab: k = 128 resid = 1.063743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.532942(s) Flops=842876928 => 1581.55470576536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227719.074369224 Mflops = 227.719074369224 Gflops = 0.227719074369224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 219 iterations. Rsd = 0.001344301 Relative Rsd = 5.89277982183094e-07
BICGSTAB_SOLVER_TIME: 0.916555 sec
2Flav::invert,  n_count = 219
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164287999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021122 s
InvBiCGStab: k = 64 resid = 2.102265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235843(s) Flops=422922240 => 1793.23634790941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258169.757670519 Mflops = 258.169757670519 Gflops = 0.258169757670519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028773 s
InvBiCGStab: k = 85 resid = 9.359406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320009(s) Flops=560719872 => 1752.20031936602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252271.785516068 Mflops = 252.271785516068 Gflops = 0.252271785516068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001156377 Relative Rsd = 5.06901071582784e-07
BICGSTAB_SOLVER_TIME: 0.609661 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115547
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023996 s
InvBiCGStab: k = 70 resid = 1.831608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256666(s) Flops=462292992 => 1801.14620557456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.847794438 Mflops = 259.303847794438 Gflops = 0.259303847794438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033708 s
InvBiCGStab: k = 101 resid = 1.042907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369257(s) Flops=665708544 => 1802.83256376995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259564.878217747 Mflops = 259.564878217747 Gflops = 0.259564878217747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001256965 Relative Rsd = 5.50994082618064e-07
BICGSTAB_SOLVER_TIME: 0.687486 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132138
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027574 s
InvBiCGStab: k = 67 resid = 1.714852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245326(s) Flops=442607616 => 1804.16105916209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259763.456616492 Mflops = 259.763456616492 Gflops = 0.259763456616492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039278 s
InvBiCGStab: k = 90 resid = 1.13641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32963(s) Flops=593528832 => 1800.59106270667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259227.349574305 Mflops = 259.227349574305 Gflops = 0.259227349574305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001170303 Relative Rsd = 5.13005499327277e-07
BICGSTAB_SOLVER_TIME: 0.645674 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123318000000001
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021882(s) Flops=1516732416 => 1484.253970615 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213714.443673861 Mflops = 213.714443673861 Gflops = 0.213714443673861 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032385 s
InvBiCGStab: k = 27 resid = 2.254317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099669(s) Flops=180135936 => 1807.34166089757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260132.103471013 Mflops = 260.132103471013 Gflops = 0.260132103471013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044604 s
InvBiCGStab: k = 48 resid = 7.056827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176286(s) Flops=317933568 => 1803.51002348456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.51249137 Mflops = 259.62351249137 Gflops = 0.25962351249137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007073577 Relative Rsd = 3.10072213459717e-07
BICGSTAB_SOLVER_TIME: 0.356744 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036663 s
InvBiCGStab: k = 65 resid = 2.234042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238208(s) Flops=429484032 => 1802.97904352499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.550452599 Mflops = 259.563550452599 Gflops = 0.259563550452599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050166 s
InvBiCGStab: k = 100 resid = 8.674402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364919(s) Flops=659146752 => 1806.2823585508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.35154306 Mflops = 260.06035154306 Gflops = 0.26006035154306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001135502 Relative Rsd = 4.97750298528606e-07
BICGSTAB_SOLVER_TIME: 0.69379 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046822 s
InvBiCGStab: k = 63 resid = 1.577329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269798(s) Flops=416360448 => 1543.23029822312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222166.326223151 Mflops = 222.166326223151 Gflops = 0.222166326223151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057502 s
InvBiCGStab: k = 77 resid = 8.431965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330855(s) Flops=508225536 => 1536.09749285941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221147.457991409 Mflops = 221.147457991409 Gflops = 0.221147457991409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001078011 Relative Rsd = 4.72549006871358e-07
BICGSTAB_SOLVER_TIME: 0.709354 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041414 s
InvBiCGStab: k = 65 resid = 2.19029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243085(s) Flops=429484032 => 1766.80598144682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254364.355187473 Mflops = 254.364355187473 Gflops = 0.254364355187473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057518 s
InvBiCGStab: k = 87 resid = 1.103606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323022(s) Flops=573843456 => 1776.48412801605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255750.116897494 Mflops = 255.750116897494 Gflops = 0.255750116897494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001166821 Relative Rsd = 5.11479417906643e-07
BICGSTAB_SOLVER_TIME: 0.668891 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 62 resid = 2.09661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226983(s) Flops=409798656 => 1805.41563024544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.359990052 Mflops = 259.924359990052 Gflops = 0.259924359990052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 80 resid = 1.133729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292262(s) Flops=527910912 => 1806.29336691051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260055.347150794 Mflops = 260.055347150794 Gflops = 0.260055347150794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001066728 Relative Rsd = 4.67603390593167e-07
BICGSTAB_SOLVER_TIME: 0.620444 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115888
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934656(s) Flops=1503977472 => 1609.12407559573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231897.89689898 Mflops = 231.89789689898 Gflops = 0.23189789689898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167049000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 32 resid = 1.896288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119344(s) Flops=212944896 => 1784.29494570318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256833.964001544 Mflops = 256.833964001544 Gflops = 0.256833964001544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 55 resid = 9.355858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206835(s) Flops=363866112 => 1759.20957284792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253255.289214814 Mflops = 253.255289214814 Gflops = 0.253255289214814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007496914 Relative Rsd = 3.28629297194351e-07
BICGSTAB_SOLVER_TIME: 0.427856 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041003 s
InvBiCGStab: k = 62 resid = 2.064242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229092(s) Flops=409798656 => 1788.79513907077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257537.388829079 Mflops = 257.537388829079 Gflops = 0.257537388829079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056988 s
InvBiCGStab: k = 87 resid = 9.219744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319898(s) Flops=573843456 => 1793.83258413619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258254.37761862 Mflops = 258.25437761862 Gflops = 0.25825437761862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001129941 Relative Rsd = 4.95312599702916e-07
BICGSTAB_SOLVER_TIME: 0.650837 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120835
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04151 s
InvBiCGStab: k = 59 resid = 1.53688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217604(s) Flops=390113280 => 1792.76704472344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258101.620305375 Mflops = 258.101620305375 Gflops = 0.258101620305375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 75 resid = 9.713609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273813(s) Flops=495101952 => 1808.17547742437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260316.344374679 Mflops = 260.316344374679 Gflops = 0.260316344374679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001095162 Relative Rsd = 4.80067349945109e-07
BICGSTAB_SOLVER_TIME: 0.593069 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042956 s
InvBiCGStab: k = 65 resid = 1.964563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259952(s) Flops=429484032 => 1652.16667692497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237866.497464452 Mflops = 237.866497464452 Gflops = 0.237866497464452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064282 s
InvBiCGStab: k = 98 resid = 7.350393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403639(s) Flops=646023168 => 1600.49739494945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230434.069049505 Mflops = 230.434069049505 Gflops = 0.230434069049505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001160106 Relative Rsd = 5.08535797957256e-07
BICGSTAB_SOLVER_TIME: 0.774725 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130523
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042219 s
InvBiCGStab: k = 54 resid = 2.135227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200325(s) Flops=357304320 => 1783.62321228004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256774.600078825 Mflops = 256.774600078825 Gflops = 0.256774600078825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057041 s
InvBiCGStab: k = 90 resid = 3.607998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332208(s) Flops=593528832 => 1786.61811876896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257222.111043749 Mflops = 257.222111043749 Gflops = 0.257222111043749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001124514 Relative Rsd = 4.92933994750662e-07
BICGSTAB_SOLVER_TIME: 0.635566 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117246
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924385(s) Flops=1485103104 => 1606.5850311288 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231324.860427048 Mflops = 231.324860427048 Gflops = 0.231324860427048 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166568000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.151623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856208(s) Flops=1512179712 => 1766.1359295872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254247.338011176 Mflops = 254.247338011176 Gflops = 0.254247338011176 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 8.144734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.946927(s) Flops=1709033472 => 1804.82072218872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.162206914 Mflops = 259.883162206914 Gflops = 0.259883162206914 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.002379903 Relative Rsd = 1.04754010691756e-06
BICGSTAB_SOLVER_TIME: 1.806548 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349457999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.851127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773443(s) Flops=1341573120 => 1734.54685089916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249779.127158847 Mflops = 249.779127158847 Gflops = 0.249779127158847 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.092368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899474(s) Flops=1466247168 => 1630.11623237581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234726.190361395 Mflops = 234.726190361395 Gflops = 0.234726190361395 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002219982 Relative Rsd = 9.76396049207726e-07
BICGSTAB_SOLVER_TIME: 1.676294 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.117263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304816999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947403(s) Flops=1485103104 => 1567.551616366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225850.812776586 Mflops = 225.850812776586 Gflops = 0.225850812776586 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164737000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044113 s
InvBiCGStab: k = 40 resid = 1.684485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162355(s) Flops=265439232 => 1634.93105848295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235349.730846841 Mflops = 235.349730846841 Gflops = 0.235349730846841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060187 s
InvBiCGStab: k = 47 resid = 1.126774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204154(s) Flops=311371776 => 1525.18087326234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219553.051370084 Mflops = 219.553051370084 Gflops = 0.219553051370084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007175333 Relative Rsd = 3.14532729253556e-07
BICGSTAB_SOLVER_TIME: 0.475004 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04119 s
InvBiCGStab: k = 78 resid = 2.222424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292281(s) Flops=514787328 => 1761.27537540928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253580.401138639 Mflops = 253.580401138639 Gflops = 0.253580401138639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057232 s
InvBiCGStab: k = 113 resid = 9.799718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417819(s) Flops=744450048 => 1781.75250048466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256535.601898882 Mflops = 256.535601898882 Gflops = 0.256535601898882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001310673 Relative Rsd = 5.74537071588641e-07
BICGSTAB_SOLVER_TIME: 0.812269 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150723999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 56 resid = 2.256697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204977(s) Flops=370427904 => 1807.1681408158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260171.225983568 Mflops = 260.171225983568 Gflops = 0.260171225983568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 85 resid = 8.784634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310971(s) Flops=560719872 => 1803.12592492548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259593.681053357 Mflops = 259.593681053357 Gflops = 0.259593681053357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001078056 Relative Rsd = 4.72568857922106e-07
BICGSTAB_SOLVER_TIME: 0.617611 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 70 resid = 1.866388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255994(s) Flops=462292992 => 1805.8743251795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259980.610116895 Mflops = 259.980610116895 Gflops = 0.259980610116895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055734 s
InvBiCGStab: k = 80 resid = 9.892398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29222(s) Flops=527910912 => 1806.55298063103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260078.158155323 Mflops = 260.078158155323 Gflops = 0.260078158155323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001130712 Relative Rsd = 4.95650577875425e-07
BICGSTAB_SOLVER_TIME: 0.648802 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 61 resid = 2.089839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258388(s) Flops=403236864 => 1560.58665263093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224679.364552733 Mflops = 224.679364552733 Gflops = 0.224679364552733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062942 s
InvBiCGStab: k = 87 resid = 9.313526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369168(s) Flops=573843456 => 1554.42361201404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223800.33598875 Mflops = 223.80033598875 Gflops = 0.22380033598875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001139341 Relative Rsd = 4.99433402270968e-07
BICGSTAB_SOLVER_TIME: 0.735954 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120041
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921621(s) Flops=1454284800 => 1577.96404378806 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227211.991210219 Mflops = 227.211991210219 Gflops = 0.227211991210219 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161298000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 39 resid = 7.250206e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143311(s) Flops=258877440 => 1806.40313723301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.4395582 Mflops = 260.0094395582 Gflops = 0.2600094395582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055883 s
InvBiCGStab: k = 54 resid = 8.176759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208379(s) Flops=357304320 => 1714.68487707495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246828.120182698 Mflops = 246.828120182698 Gflops = 0.246828120182698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007821597 Relative Rsd = 3.42861862693613e-07
BICGSTAB_SOLVER_TIME: 0.453309 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0808710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04579 s
InvBiCGStab: k = 74 resid = 2.177766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306513(s) Flops=488540160 => 1593.86440379364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229469.278662764 Mflops = 229.469278662764 Gflops = 0.229469278662764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064673 s
InvBiCGStab: k = 110 resid = 9.999768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417565(s) Flops=724764672 => 1735.69305856573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249904.963883976 Mflops = 249.904963883976 Gflops = 0.249904963883976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001278541 Relative Rsd = 5.60452062164542e-07
BICGSTAB_SOLVER_TIME: 0.838355 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145742999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041393 s
InvBiCGStab: k = 62 resid = 1.623644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230115(s) Flops=409798656 => 1780.84286552376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256366.342752331 Mflops = 256.366342752331 Gflops = 0.256366342752331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056669 s
InvBiCGStab: k = 78 resid = 1.051728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285092(s) Flops=514787328 => 1805.68843741669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.327576856 Mflops = 259.961327576856 Gflops = 0.259961327576856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001069071 Relative Rsd = 4.6863044007224e-07
BICGSTAB_SOLVER_TIME: 0.617293 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044275 s
InvBiCGStab: k = 64 resid = 2.018248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250955(s) Flops=422922240 => 1685.25130003387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242620.536592099 Mflops = 242.620536592099 Gflops = 0.242620536592099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 88 resid = 9.405821e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323337(s) Flops=580405248 => 1795.04742111172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258430.758376162 Mflops = 258.430758376162 Gflops = 0.258430758376162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001164648 Relative Rsd = 5.105268736566e-07
BICGSTAB_SOLVER_TIME: 0.678791 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122901
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 61 resid = 2.085503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225214(s) Flops=403236864 => 1790.46091273189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257756.636882872 Mflops = 257.756636882872 Gflops = 0.257756636882872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056469 s
InvBiCGStab: k = 89 resid = 7.967172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32643(s) Flops=586967040 => 1798.1406120761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258893.066676114 Mflops = 258.893066676114 Gflops = 0.258893066676114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001129126 Relative Rsd = 4.94955586975321e-07
BICGSTAB_SOLVER_TIME: 0.653096 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121439
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956326(s) Flops=1423392768 => 1488.39701942643 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214306.263581157 Mflops = 214.306263581157 Gflops = 0.214306263581157 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157583000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 29 resid = 1.748539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107153(s) Flops=193259520 => 1803.58478064077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259605.048703878 Mflops = 259.605048703878 Gflops = 0.259605048703878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055892 s
InvBiCGStab: k = 52 resid = 8.241473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191109(s) Flops=344180736 => 1800.96560601542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.631250254 Mflops = 259.242631250254 Gflops = 0.259242631250254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007592253 Relative Rsd = 3.32808530233114e-07
BICGSTAB_SOLVER_TIME: 0.398764 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0723150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 66 resid = 2.223183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241162(s) Flops=436045824 => 1808.10336620197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260306.851612953 Mflops = 260.306851612953 Gflops = 0.260306851612953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055642 s
InvBiCGStab: k = 88 resid = 9.467743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361614(s) Flops=580405248 => 1605.0408667806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231083.247248327 Mflops = 231.083247248327 Gflops = 0.231083247248327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001096133 Relative Rsd = 4.8049315243211e-07
BICGSTAB_SOLVER_TIME: 0.704018 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046169 s
InvBiCGStab: k = 61 resid = 2.252938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261764(s) Flops=403236864 => 1540.45958955395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221780.24699722 Mflops = 221.78024699722 Gflops = 0.22178024699722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05842 s
InvBiCGStab: k = 86 resid = 1.008865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317829(s) Flops=567281664 => 1784.86438934144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256966.380956784 Mflops = 256.966380956784 Gflops = 0.256966380956784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001080644 Relative Rsd = 4.73703276580547e-07
BICGSTAB_SOLVER_TIME: 0.687911 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042725 s
InvBiCGStab: k = 64 resid = 1.851624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238549(s) Flops=422922240 => 1772.89462542287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255233.180133247 Mflops = 255.233180133247 Gflops = 0.255233180133247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 82 resid = 9.67001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298867(s) Flops=541034496 => 1810.28516363466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260628.389151529 Mflops = 260.628389151529 Gflops = 0.260628389151529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00113451 Relative Rsd = 4.97315718713254e-07
BICGSTAB_SOLVER_TIME: 0.640013 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 58 resid = 2.21393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212711(s) Flops=383551488 => 1803.15774924663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.559549057 Mflops = 259.600559549057 Gflops = 0.259600559549057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 84 resid = 6.93047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306572(s) Flops=554158080 => 1807.59521417481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260242.047327105 Mflops = 260.242047327105 Gflops = 0.260242047327105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001103897 Relative Rsd = 4.83896204283519e-07
BICGSTAB_SOLVER_TIME: 0.620024 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115797
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911746(s) Flops=1411080192 => 1547.66809177117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222848.785670499 Mflops = 222.848785670499 Gflops = 0.222848785670499 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156492000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 28 resid = 2.07657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10375(s) Flops=186697728 => 1799.49617349398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258984.921680377 Mflops = 258.984921680377 Gflops = 0.258984921680377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056658 s
InvBiCGStab: k = 52 resid = 1.039317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205618(s) Flops=344180736 => 1673.88427083232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240980.850071196 Mflops = 240.980850071196 Gflops = 0.240980850071196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007417806 Relative Rsd = 3.25161589092818e-07
BICGSTAB_SOLVER_TIME: 0.411133 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 56 resid = 2.045538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207163(s) Flops=370427904 => 1788.09876280996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257425.428531343 Mflops = 257.425428531343 Gflops = 0.257425428531343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056599 s
InvBiCGStab: k = 88 resid = 6.508901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322591(s) Flops=580405248 => 1799.19851452768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259041.9488915 Mflops = 259.0419488915 Gflops = 0.2590419488915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001108245 Relative Rsd = 4.85802109279267e-07
BICGSTAB_SOLVER_TIME: 0.631625 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047354 s
InvBiCGStab: k = 63 resid = 1.554664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230703(s) Flops=416360448 => 1804.74657026567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.123954132 Mflops = 259.827123954132 Gflops = 0.259827123954132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059731 s
InvBiCGStab: k = 78 resid = 7.646303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324223(s) Flops=514787328 => 1587.75696973996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228595.552297347 Mflops = 228.595552297347 Gflops = 0.228595552297347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001082187 Relative Rsd = 4.74379743235351e-07
BICGSTAB_SOLVER_TIME: 0.666441 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046461 s
InvBiCGStab: k = 77 resid = 1.651946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310805(s) Flops=508225536 => 1635.19099113592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235432.826451802 Mflops = 235.432826451802 Gflops = 0.235432826451802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056119 s
InvBiCGStab: k = 85 resid = 9.104345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316775(s) Flops=560719872 => 1770.08877594507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254839.140700416 Mflops = 254.839140700416 Gflops = 0.254839140700416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001154591 Relative Rsd = 5.06118256368187e-07
BICGSTAB_SOLVER_TIME: 0.734105 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 56 resid = 2.017038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206726(s) Flops=370427904 => 1791.87864129331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257972.887235594 Mflops = 257.972887235594 Gflops = 0.257972887235594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 77 resid = 6.531287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281323(s) Flops=508225536 => 1806.55522655453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260089.765395573 Mflops = 260.089765395573 Gflops = 0.260089765395573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001074034 Relative Rsd = 4.70805584512069e-07
BICGSTAB_SOLVER_TIME: 0.589514 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10951
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904332(s) Flops=1454284800 => 1608.13152691711 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231556.558673353 Mflops = 231.556558673353 Gflops = 0.231556558673353 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161322000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021176
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 2.161872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861289(s) Flops=1512179712 => 1755.71696840433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252778.728325503 Mflops = 252.778728325503 Gflops = 0.252778728325503 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.102715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830185(s) Flops=1479370752 => 1781.9772123081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256593.289077221 Mflops = 256.593289077221 Gflops = 0.256593289077221 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002181558 Relative Rsd = 9.60221504879169e-07
BICGSTAB_SOLVER_TIME: 1.694838 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324510999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.42602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788943(s) Flops=1328449536 => 1683.83461923105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242400.993129722 Mflops = 242.400993129722 Gflops = 0.242400993129722 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 9.686328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801137(s) Flops=1328449536 => 1658.20519586538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238768.055853338 Mflops = 238.768055853338 Gflops = 0.238768055853338 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001958737 Relative Rsd = 8.61523899960087e-07
BICGSTAB_SOLVER_TIME: 1.593399 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288510999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911064(s) Flops=1454284800 => 1596.24878164432 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229836.31255667 Mflops = 229.83631255667 Gflops = 0.22983631255667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161340000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045673 s
InvBiCGStab: k = 25 resid = 1.538972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104848(s) Flops=167012352 => 1592.89974057684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229279.994064727 Mflops = 229.279994064727 Gflops = 0.229279994064727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060119 s
InvBiCGStab: k = 51 resid = 8.882571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223637(s) Flops=337618944 => 1509.67390905798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217329.937023475 Mflops = 217.329937023475 Gflops = 0.217329937023475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007495481 Relative Rsd = 3.28566503574953e-07
BICGSTAB_SOLVER_TIME: 0.438764 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0687180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044086 s
InvBiCGStab: k = 69 resid = 2.111834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258427(s) Flops=455731200 => 1763.48136998069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253904.944421786 Mflops = 253.904944421786 Gflops = 0.253904944421786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058636 s
InvBiCGStab: k = 103 resid = 8.875576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383444(s) Flops=678832128 => 1770.35532698386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254885.471826897 Mflops = 254.885471826897 Gflops = 0.254885471826897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001250252 Relative Rsd = 5.48051483288253e-07
BICGSTAB_SOLVER_TIME: 0.748475 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 59 resid = 1.878457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220704(s) Flops=390113280 => 1767.58590691605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254481.24453206 Mflops = 254.48124453206 Gflops = 0.25448124453206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05737 s
InvBiCGStab: k = 83 resid = 8.726389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304828(s) Flops=547596288 => 1796.41072342436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258635.129570441 Mflops = 258.635129570441 Gflops = 0.258635129570441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001069886 Relative Rsd = 4.68987401768857e-07
BICGSTAB_SOLVER_TIME: 0.628113 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 66 resid = 1.744469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241292(s) Flops=436045824 => 1807.12922102681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260172.096641338 Mflops = 260.172096641338 Gflops = 0.260172096641338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 86 resid = 1.043646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314189(s) Flops=567281664 => 1805.54272746659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.736541947 Mflops = 259.945736541947 Gflops = 0.259945736541947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001159597 Relative Rsd = 5.08312486394083e-07
BICGSTAB_SOLVER_TIME: 0.656767 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040945 s
InvBiCGStab: k = 54 resid = 2.071594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198507(s) Flops=357304320 => 1799.95828862458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259114.686762354 Mflops = 259.114686762354 Gflops = 0.259114686762354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 85 resid = 1.123702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310853(s) Flops=560719872 => 1803.81039269365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259703.988165674 Mflops = 259.703988165674 Gflops = 0.259703988165674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00109427 Relative Rsd = 4.79676248523684e-07
BICGSTAB_SOLVER_TIME: 0.610467 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113644
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.033373(s) Flops=1528897536 => 1479.52146611146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213033.68281427 Mflops = 213.03368281427 Gflops = 0.21303368281427 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169936000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041719 s
InvBiCGStab: k = 26 resid = 2.016249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096404(s) Flops=173574144 => 1800.48695074893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259098.040298468 Mflops = 259.098040298468 Gflops = 0.259098040298468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 60 resid = 9.364775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22153(s) Flops=396675072 => 1790.61559156773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257767.283916765 Mflops = 257.767283916765 Gflops = 0.257767283916765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007711189 Relative Rsd = 3.38022110180917e-07
BICGSTAB_SOLVER_TIME: 0.420016 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0758350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 86 resid = 2.055056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319588(s) Flops=567281664 => 1775.04056472709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255564.775066307 Mflops = 255.564775066307 Gflops = 0.255564775066307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062753 s
InvBiCGStab: k = 103 resid = 1.069647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421854(s) Flops=678832128 => 1609.1636632579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231690.115720173 Mflops = 231.690115720173 Gflops = 0.231690115720173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001245674 Relative Rsd = 5.46044690047443e-07
BICGSTAB_SOLVER_TIME: 0.849994 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044853 s
InvBiCGStab: k = 64 resid = 2.25361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237092(s) Flops=422922240 => 1783.78958379026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256799.629796674 Mflops = 256.799629796674 Gflops = 0.256799629796674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056405 s
InvBiCGStab: k = 68 resid = 9.473401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255414(s) Flops=449169408 => 1758.59353050342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253176.823947342 Mflops = 253.176823947342 Gflops = 0.253176823947342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0009947004 Relative Rsd = 4.36029656490835e-07
BICGSTAB_SOLVER_TIME: 0.597824 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 63 resid = 2.11531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231592(s) Flops=416360448 => 1797.8187847594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.537088641 Mflops = 258.822537088641 Gflops = 0.258822537088641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 91 resid = 7.864394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332317(s) Flops=600090624 => 1805.77768817123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259983.737688924 Mflops = 259.983737688924 Gflops = 0.259983737688924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001182399 Relative Rsd = 5.18307720085233e-07
BICGSTAB_SOLVER_TIME: 0.665683 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040672 s
InvBiCGStab: k = 56 resid = 1.881724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205493(s) Flops=370427904 => 1802.63027937691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259517.737699168 Mflops = 259.517737699168 Gflops = 0.259517737699168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 89 resid = 1.011499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324774(s) Flops=586967040 => 1807.30920578618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260203.297509025 Mflops = 260.203297509025 Gflops = 0.260203297509025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001131905 Relative Rsd = 4.96173849531909e-07
BICGSTAB_SOLVER_TIME: 0.630952 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117944
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.040808(s) Flops=1548509184 => 1487.79523600895 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214222.249082772 Mflops = 214.222249082772 Gflops = 0.214222249082772 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172143000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047541 s
InvBiCGStab: k = 30 resid = 1.70311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137548(s) Flops=199821312 => 1452.73876755751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209110.272486072 Mflops = 209.110272486072 Gflops = 0.209110272486072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066634 s
InvBiCGStab: k = 57 resid = 1.120536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257444(s) Flops=376989696 => 1464.3561162816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210825.720935648 Mflops = 210.825720935648 Gflops = 0.210825720935648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007449985 Relative Rsd = 3.26572136377478e-07
BICGSTAB_SOLVER_TIME: 0.513745 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 56 resid = 2.267746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204829(s) Flops=370427904 => 1808.47391726757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260360.34338846 Mflops = 260.36034338846 Gflops = 0.26036034338846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 77 resid = 1.064798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281448(s) Flops=508225536 => 1805.75287797391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.139473729 Mflops = 259.969139473729 Gflops = 0.259969139473729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00108133 Relative Rsd = 4.74003951107562e-07
BICGSTAB_SOLVER_TIME: 0.587031 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046673 s
InvBiCGStab: k = 65 resid = 1.690343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267546(s) Flops=429484032 => 1605.27173644906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231111.465071722 Mflops = 231.111465071722 Gflops = 0.231111465071722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061839 s
InvBiCGStab: k = 82 resid = 8.298419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346235(s) Flops=541034496 => 1562.6221959074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224974.454039862 Mflops = 224.974454039862 Gflops = 0.224974454039862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001100355 Relative Rsd = 4.82343688815874e-07
BICGSTAB_SOLVER_TIME: 0.726383 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 62 resid = 2.255433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23328(s) Flops=409798656 => 1756.68148148148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252909.454564215 Mflops = 252.909454564215 Gflops = 0.252909454564215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056163 s
InvBiCGStab: k = 88 resid = 7.247484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327095(s) Flops=580405248 => 1774.42409086045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255463.130993763 Mflops = 255.463130993763 Gflops = 0.255463130993763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001120149 Relative Rsd = 4.9102028201516e-07
BICGSTAB_SOLVER_TIME: 0.661576 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041029 s
InvBiCGStab: k = 69 resid = 1.842749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252083(s) Flops=455731200 => 1807.86169634604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260282.451472448 Mflops = 260.282451472448 Gflops = 0.260282451472448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055906 s
InvBiCGStab: k = 81 resid = 1.020772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317483(s) Flops=534472704 => 1683.46873375897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242389.515595728 Mflops = 242.389515595728 Gflops = 0.242389515595728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001111234 Relative Rsd = 4.87112482752567e-07
BICGSTAB_SOLVER_TIME: 0.67072 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121492
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972488(s) Flops=1555365888 => 1599.36769194067 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230347.380935017 Mflops = 230.347380935017 Gflops = 0.230347380935017 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173004000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041659 s
InvBiCGStab: k = 27 resid = 1.763781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100894(s) Flops=180135936 => 1785.39790274942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256917.688904719 Mflops = 256.917688904719 Gflops = 0.256917688904719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 58 resid = 1.021237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212563(s) Flops=383551488 => 1804.41322337378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259748.599467698 Mflops = 259.748599467698 Gflops = 0.259748599467698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007666702 Relative Rsd = 3.3607201235754e-07
BICGSTAB_SOLVER_TIME: 0.415422 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 70 resid = 2.12962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255701(s) Flops=462292992 => 1807.94362165185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260285.810185763 Mflops = 260.285810185763 Gflops = 0.260285810185763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056576 s
InvBiCGStab: k = 94 resid = 1.107805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342925(s) Flops=619776000 => 1807.32230079463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.807904254 Mflops = 260.211807904254 Gflops = 0.260211807904254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001157836 Relative Rsd = 5.07540591808947e-07
BICGSTAB_SOLVER_TIME: 0.70015 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 67 resid = 2.127597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245762(s) Flops=442607616 => 1800.9603437472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.584988598 Mflops = 259.296584988598 Gflops = 0.259296584988598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055922 s
InvBiCGStab: k = 79 resid = 1.031263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288696(s) Flops=521349120 => 1805.87580014964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259982.72101273 Mflops = 259.98272101273 Gflops = 0.25998272101273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001084046 Relative Rsd = 4.75194503842669e-07
BICGSTAB_SOLVER_TIME: 0.635888 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04164 s
InvBiCGStab: k = 77 resid = 2.040045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322177(s) Flops=508225536 => 1577.47305363201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227134.994317194 Mflops = 227.134994317194 Gflops = 0.227134994317194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068395 s
InvBiCGStab: k = 89 resid = 9.408602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356361(s) Flops=586967040 => 1647.11357303409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237141.973510387 Mflops = 237.141973510387 Gflops = 0.237141973510387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001141074 Relative Rsd = 5.0019289632826e-07
BICGSTAB_SOLVER_TIME: 0.792478 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042053 s
InvBiCGStab: k = 70 resid = 2.21783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260728(s) Flops=462292992 => 1773.08533030591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255275.245232491 Mflops = 255.275245232491 Gflops = 0.255275245232491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057942 s
InvBiCGStab: k = 86 resid = 1.099427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316995(s) Flops=567281664 => 1789.56028959447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257639.935589355 Mflops = 257.639935589355 Gflops = 0.257639935589355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001106533 Relative Rsd = 4.85051749767179e-07
BICGSTAB_SOLVER_TIME: 0.681589 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125888
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96564(s) Flops=1555513344 => 1610.86258232882 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231948.800796947 Mflops = 231.948800796947 Gflops = 0.231948800796947 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172859000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.868536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812592(s) Flops=1453123584 => 1788.25730994152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257417.970000165 Mflops = 257.417970000165 Gflops = 0.257417970000165 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 9.621773e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861129(s) Flops=1518741504 => 1763.66317241668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253959.032403747 Mflops = 253.959032403747 Gflops = 0.253959032403747 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002155003 Relative Rsd = 9.48502239874353e-07
BICGSTAB_SOLVER_TIME: 1.677338 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322804999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.771985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754411(s) Flops=1302202368 => 1726.11794896946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248524.089435531 Mflops = 248.524089435531 Gflops = 0.248524089435531 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.07272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890944(s) Flops=1446561792 => 1623.6281876302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233791.410535861 Mflops = 233.791410535861 Gflops = 0.233791410535861 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.001980479 Relative Rsd = 8.71105553275196e-07
BICGSTAB_SOLVER_TIME: 1.648965 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298070999999998
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969912(s) Flops=1555513344 => 1603.76750055675 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230924.967910105 Mflops = 230.924967910105 Gflops = 0.230924967910105 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173016000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046499 s
InvBiCGStab: k = 39 resid = 2.265805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161142(s) Flops=258877440 => 1606.51748147597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231275.048891863 Mflops = 231.275048891863 Gflops = 0.231275048891863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061044 s
InvBiCGStab: k = 53 resid = 9.345522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219563(s) Flops=350742528 => 1597.45734937125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229968.614725977 Mflops = 229.968614725977 Gflops = 0.229968614725977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007835602 Relative Rsd = 3.43475765368424e-07
BICGSTAB_SOLVER_TIME: 0.492941 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042406 s
InvBiCGStab: k = 96 resid = 1.084974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382971(s) Flops=632899584 => 1652.60446352335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237951.656609845 Mflops = 237.951656609845 Gflops = 0.237951656609845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058355 s
InvBiCGStab: k = 116 resid = 8.652236e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43303(s) Flops=764135424 => 1764.62467727409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254073.312476586 Mflops = 254.073312476586 Gflops = 0.254073312476586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001344158 Relative Rsd = 5.89215469234079e-07
BICGSTAB_SOLVER_TIME: 0.920602 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165518999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041502 s
InvBiCGStab: k = 63 resid = 1.702941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232966(s) Flops=416360448 => 1787.21550784235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257291.694568186 Mflops = 257.291694568186 Gflops = 0.257291694568186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 82 resid = 1.039635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301731(s) Flops=541034496 => 1793.1021207632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258155.11524285 Mflops = 258.15511524285 Gflops = 0.25815511524285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001079035 Relative Rsd = 4.72998181546643e-07
BICGSTAB_SOLVER_TIME: 0.636741 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 78 resid = 2.174165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285156(s) Flops=514787328 => 1805.28317131675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.77329411 Mflops = 259.90577329411 Gflops = 0.25990577329411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 84 resid = 9.725796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307054(s) Flops=554158080 => 1804.7577299107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259846.849471368 Mflops = 259.846849471368 Gflops = 0.259846849471368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001176696 Relative Rsd = 5.15807763465423e-07
BICGSTAB_SOLVER_TIME: 0.693554 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045612 s
InvBiCGStab: k = 65 resid = 1.768071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269719(s) Flops=429484032 => 1592.33881187458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229254.231290314 Mflops = 229.254231290314 Gflops = 0.229254231290314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060854 s
InvBiCGStab: k = 88 resid = 1.139368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374281(s) Flops=580405248 => 1550.72057625153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223261.48971979 Mflops = 223.26148971979 Gflops = 0.22326148971979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001140362 Relative Rsd = 4.99880790861996e-07
BICGSTAB_SOLVER_TIME: 0.754814 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123623
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97921(s) Flops=1555808256 => 1588.84024468704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228779.108586596 Mflops = 228.779108586596 Gflops = 0.228779108586596 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173071000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042564 s
InvBiCGStab: k = 33 resid = 2.269388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121582(s) Flops=219506688 => 1805.42093401984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.874397375 Mflops = 259.866874397375 Gflops = 0.259866874397375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065055 s
InvBiCGStab: k = 64 resid = 1.063982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266522(s) Flops=422922240 => 1586.81924944282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228443.300543854 Mflops = 228.443300543854 Gflops = 0.228443300543854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0008095368 Relative Rsd = 3.54862690397572e-07
BICGSTAB_SOLVER_TIME: 0.499715 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0836160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045694 s
InvBiCGStab: k = 72 resid = 1.774157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297704(s) Flops=475416576 => 1596.94386370354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229902.458917465 Mflops = 229.902458917465 Gflops = 0.229902458917465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057166 s
InvBiCGStab: k = 111 resid = 9.693221e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413926(s) Flops=731326464 => 1766.80484917594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254378.488750951 Mflops = 254.378488750951 Gflops = 0.254378488750951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001313366 Relative Rsd = 5.75717724313864e-07
BICGSTAB_SOLVER_TIME: 0.818341 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04128 s
InvBiCGStab: k = 64 resid = 2.078677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235051(s) Flops=422922240 => 1799.27862463891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.759766312 Mflops = 259.037759766312 Gflops = 0.259037759766312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056093 s
InvBiCGStab: k = 78 resid = 1.117766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285584(s) Flops=514787328 => 1802.57762339627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259531.116139073 Mflops = 259.531116139073 Gflops = 0.259531116139073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001096993 Relative Rsd = 4.80870016210455e-07
BICGSTAB_SOLVER_TIME: 0.622075 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115775
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 74 resid = 1.828411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271456(s) Flops=488540160 => 1799.70293528233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259109.390921843 Mflops = 259.109390921843 Gflops = 0.259109390921843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 91 resid = 9.186861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333769(s) Flops=600090624 => 1797.92198796173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258849.09113195 Mflops = 258.84909113195 Gflops = 0.25884909113195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001188136 Relative Rsd = 5.20822781874764e-07
BICGSTAB_SOLVER_TIME: 0.706528 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 63 resid = 1.771079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230916(s) Flops=416360448 => 1803.08184794471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.991685759 Mflops = 259.587991685759 Gflops = 0.259587991685759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05633 s
InvBiCGStab: k = 84 resid = 1.14361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341296(s) Flops=554158080 => 1623.68759083025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233771.85667392 Mflops = 233.77185667392 Gflops = 0.23377185667392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00114076 Relative Rsd = 5.00055367840428e-07
BICGSTAB_SOLVER_TIME: 0.673269 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119316
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024738(s) Flops=1555955712 => 1518.39368892341 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218630.602616522 Mflops = 218.630602616522 Gflops = 0.218630602616522 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 29 resid = 2.181588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107168(s) Flops=193259520 => 1803.33233801135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259536.51900577 Mflops = 259.53651900577 Gflops = 0.25953651900577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 57 resid = 1.129612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208609(s) Flops=376989696 => 1807.15930760418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260153.92418762 Mflops = 260.15392418762 Gflops = 0.26015392418762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008145208 Relative Rsd = 3.57047454176903e-07
BICGSTAB_SOLVER_TIME: 0.417162 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0759810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045563 s
InvBiCGStab: k = 59 resid = 2.240296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244923(s) Flops=390113280 => 1592.79969623106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229322.745728079 Mflops = 229.322745728079 Gflops = 0.22932274572808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06403 s
InvBiCGStab: k = 83 resid = 5.697075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349603(s) Flops=547596288 => 1566.33749710386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225516.614884303 Mflops = 225.516614884303 Gflops = 0.225516614884303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001080621 Relative Rsd = 4.73693121415768e-07
BICGSTAB_SOLVER_TIME: 0.708277 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 56 resid = 2.072065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212382(s) Flops=370427904 => 1744.15865751335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251103.23687617 Mflops = 251.10323687617 Gflops = 0.25110323687617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 81 resid = 1.036783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301027(s) Flops=534472704 => 1775.49756001953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255617.939856143 Mflops = 255.617939856143 Gflops = 0.255617939856143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001068659 Relative Rsd = 4.68449433190481e-07
BICGSTAB_SOLVER_TIME: 0.615115 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 75 resid = 1.860418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274023(s) Flops=495101952 => 1806.78976582258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260119.531439102 Mflops = 260.119531439102 Gflops = 0.260119531439102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 85 resid = 1.060411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310449(s) Flops=560719872 => 1806.15776504353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.000430357 Mflops = 260.030000430357 Gflops = 0.260030000430357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001144998 Relative Rsd = 5.01913048561221e-07
BICGSTAB_SOLVER_TIME: 0.68569 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041386 s
InvBiCGStab: k = 61 resid = 1.745468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222483(s) Flops=403236864 => 1812.43899084424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260944.063812205 Mflops = 260.944063812205 Gflops = 0.260944063812205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 83 resid = 1.000914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30338(s) Flops=547596288 => 1804.98479794317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.807604927 Mflops = 259.868807604927 Gflops = 0.259868807604927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001141668 Relative Rsd = 5.00453511536926e-07
BICGSTAB_SOLVER_TIME: 0.627151 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117256
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.096182(s) Flops=1556029440 => 1419.49917075814 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204411.955585259 Mflops = 204.411955585259 Gflops = 0.204411955585259 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172489000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 30 resid = 2.229888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11048(s) Flops=199821312 => 1808.66502534395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260319.789926614 Mflops = 260.319789926614 Gflops = 0.260319789926614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055736 s
InvBiCGStab: k = 68 resid = 9.71394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25723(s) Flops=449169408 => 1746.17815962368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251385.969052659 Mflops = 251.385969052659 Gflops = 0.251385969052659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008146965 Relative Rsd = 3.57124485439382e-07
BICGSTAB_SOLVER_TIME: 0.468649 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0842190000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043389 s
InvBiCGStab: k = 59 resid = 2.078846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219429(s) Flops=390113280 => 1777.85652762397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255948.029071074 Mflops = 255.948029071074 Gflops = 0.255948029071074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05815 s
InvBiCGStab: k = 91 resid = 1.08636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356347(s) Flops=600090624 => 1684.00638703286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242445.217137558 Mflops = 242.445217137558 Gflops = 0.242445217137558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001137763 Relative Rsd = 4.98741779415464e-07
BICGSTAB_SOLVER_TIME: 0.681798 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04601 s
InvBiCGStab: k = 57 resid = 1.654338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240827(s) Flops=376989696 => 1565.39630523156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225370.751695153 Mflops = 225.370751695153 Gflops = 0.225370751695153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067333 s
InvBiCGStab: k = 87 resid = 6.42374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345071(s) Flops=573843456 => 1662.97213037317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239416.210791895 Mflops = 239.416210791895 Gflops = 0.239416210791895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001095265 Relative Rsd = 4.80112614423294e-07
BICGSTAB_SOLVER_TIME: 0.703025 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 74 resid = 2.255237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286168(s) Flops=488540160 => 1707.17955886053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245784.57832755 Mflops = 245.78457832755 Gflops = 0.24578457832755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060042 s
InvBiCGStab: k = 89 resid = 9.133544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335209(s) Flops=586967040 => 1751.04797305562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252107.485425553 Mflops = 252.107485425553 Gflops = 0.252107485425553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001154304 Relative Rsd = 5.05992516036456e-07
BICGSTAB_SOLVER_TIME: 0.726929 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043057 s
InvBiCGStab: k = 57 resid = 2.243999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215577(s) Flops=376989696 => 1748.74729678955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251744.079148247 Mflops = 251.744079148247 Gflops = 0.251744079148247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 86 resid = 1.000979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316894(s) Flops=567281664 => 1790.13065567666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257733.421581153 Mflops = 257.733421581153 Gflops = 0.257733421581153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001086114 Relative Rsd = 4.76101018149846e-07
BICGSTAB_SOLVER_TIME: 0.635401 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116606
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.029383(s) Flops=1562001408 => 1517.41519725894 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218491.434566102 Mflops = 218.491434566102 Gflops = 0.218491434566102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173660000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021341
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.993714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847857(s) Flops=1466247168 => 1729.35668161022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248963.476148325 Mflops = 248.963476148325 Gflops = 0.248963476148325 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 8.406735e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879079(s) Flops=1564674048 => 1779.90151965864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256292.274102746 Mflops = 256.292274102746 Gflops = 0.256292274102746 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002222457 Relative Rsd = 9.78151998878239e-07
BICGSTAB_SOLVER_TIME: 1.731026 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.122483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328895999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.788803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.790271(s) Flops=1302202368 => 1647.79217255853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237223.145407926 Mflops = 237.223145407926 Gflops = 0.237223145407926 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.041834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81833(s) Flops=1459685376 => 1783.73684943727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256844.788879113 Mflops = 256.844788879113 Gflops = 0.256844788879113 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.00201276 Relative Rsd = 8.85319124598456e-07
BICGSTAB_SOLVER_TIME: 1.612221 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.116462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299623999999998
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969463(s) Flops=1562001408 => 1611.20270500267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231994.828198596 Mflops = 231.994828198596 Gflops = 0.231994828198596 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173562000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043971 s
InvBiCGStab: k = 27 resid = 2.233495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102389(s) Flops=180135936 => 1759.32899041889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253199.105350149 Mflops = 253.199105350149 Gflops = 0.253199105350149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056803 s
InvBiCGStab: k = 52 resid = 1.119743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193505(s) Flops=344180736 => 1778.66585359551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256049.721344739 Mflops = 256.049721344739 Gflops = 0.256049721344739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007564054 Relative Rsd = 3.3157240683395e-07
BICGSTAB_SOLVER_TIME: 0.400487 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 84 resid = 1.942314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307565(s) Flops=554158080 => 1801.75923788467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.155780346 Mflops = 259.409155780346 Gflops = 0.259409155780346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055975 s
InvBiCGStab: k = 115 resid = 1.145919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418726(s) Flops=757573632 => 1809.23475494715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260486.785281529 Mflops = 260.486785281529 Gflops = 0.260486785281529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001284698 Relative Rsd = 5.63150937539665e-07
BICGSTAB_SOLVER_TIME: 0.827123 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156511999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 56 resid = 2.050321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206815(s) Flops=370427904 => 1791.10753088509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257845.07843015 Mflops = 257.84507843015 Gflops = 0.25784507843015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 84 resid = 1.084269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308035(s) Flops=554158080 => 1799.01011248722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259003.380847501 Mflops = 259.003380847501 Gflops = 0.259003380847501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001100543 Relative Rsd = 4.82426205908573e-07
BICGSTAB_SOLVER_TIME: 0.616556 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 75 resid = 1.80537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309877(s) Flops=495101952 => 1597.73701178209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230025.446515097 Mflops = 230.025446515097 Gflops = 0.230025446515097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060039 s
InvBiCGStab: k = 104 resid = 1.134536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441214(s) Flops=685393920 => 1553.42740710857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223660.998087432 Mflops = 223.660998087432 Gflops = 0.223660998087432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001242523 Relative Rsd = 5.44663230420693e-07
BICGSTAB_SOLVER_TIME: 0.856711 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 62 resid = 2.266686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233032(s) Flops=409798656 => 1758.55099728793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253173.317777526 Mflops = 253.173317777526 Gflops = 0.253173317777526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 98 resid = 1.016185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363117(s) Flops=646023168 => 1779.10471831393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256139.267626201 Mflops = 256.139267626201 Gflops = 0.256139267626201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001135155 Relative Rsd = 4.9759822621182e-07
BICGSTAB_SOLVER_TIME: 0.697711 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128769
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966551(s) Flops=1556029440 => 1609.87825784671 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231803.053495808 Mflops = 231.803053495808 Gflops = 0.231803053495808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172838000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043891 s
InvBiCGStab: k = 33 resid = 1.120077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124453(s) Flops=219506688 => 1763.77176926229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253886.022172377 Mflops = 253.886022172377 Gflops = 0.253886022172377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056779 s
InvBiCGStab: k = 47 resid = 9.999839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17651(s) Flops=311371776 => 1764.04609370574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253931.195444066 Mflops = 253.931195444066 Gflops = 0.253931195444066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.00076765 Relative Rsd = 3.36501489075013e-07
BICGSTAB_SOLVER_TIME: 0.405787 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042012 s
InvBiCGStab: k = 76 resid = 2.034955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282168(s) Flops=501663744 => 1777.89027813218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255966.546730114 Mflops = 255.966546730114 Gflops = 0.255966546730114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056575 s
InvBiCGStab: k = 112 resid = 1.112192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410939(s) Flops=737888256 => 1795.6150572226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258521.530102612 Mflops = 258.521530102612 Gflops = 0.258521530102612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001312472 Relative Rsd = 5.75325602272862e-07
BICGSTAB_SOLVER_TIME: 0.795537 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148447999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 64 resid = 2.080939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23461(s) Flops=422922240 => 1802.6607561485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.24583172 Mflops = 259.52324583172 Gflops = 0.25952324583172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 87 resid = 1.013823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318105(s) Flops=573843456 => 1803.94352808035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.740311721 Mflops = 259.715740311721 Gflops = 0.259715740311721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001103234 Relative Rsd = 4.8360583801422e-07
BICGSTAB_SOLVER_TIME: 0.65375 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041673 s
InvBiCGStab: k = 74 resid = 2.04111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270182(s) Flops=488540160 => 1808.18914657527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260326.46431833 Mflops = 260.32646431833 Gflops = 0.26032646431833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 92 resid = 7.306122e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371027(s) Flops=606652416 => 1635.06272050282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235408.949491433 Mflops = 235.408949491433 Gflops = 0.235408949491433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001171289 Relative Rsd = 5.1343793584152e-07
BICGSTAB_SOLVER_TIME: 0.743298 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132686
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045256 s
InvBiCGStab: k = 65 resid = 1.751119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282982(s) Flops=429484032 => 1517.70795315603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218516.86980246 Mflops = 218.51686980246 Gflops = 0.21851686980246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067392 s
InvBiCGStab: k = 88 resid = 1.139336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355492(s) Flops=580405248 => 1632.68160183633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235053.10297978 Mflops = 235.05310297978 Gflops = 0.23505310297978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001160313 Relative Rsd = 5.08626633099498e-07
BICGSTAB_SOLVER_TIME: 0.754983 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123405
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971539(s) Flops=1556250624 => 1601.84060958953 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230642.488376498 Mflops = 230.642488376498 Gflops = 0.230642488376498 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172783000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044734 s
InvBiCGStab: k = 27 resid = 2.251047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110145(s) Flops=180135936 => 1635.44360615552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235386.801808272 Mflops = 235.386801808272 Gflops = 0.235386801808272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06059 s
InvBiCGStab: k = 55 resid = 1.014468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243007(s) Flops=363866112 => 1497.34827391804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215553.448130308 Mflops = 215.553448130308 Gflops = 0.215553448130308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000758089 Relative Rsd = 3.32310391333682e-07
BICGSTAB_SOLVER_TIME: 0.462594 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 60 resid = 1.970269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225254(s) Flops=396675072 => 1761.01233274437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253528.522914397 Mflops = 253.528522914397 Gflops = 0.253528522914397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056655 s
InvBiCGStab: k = 90 resid = 8.068654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334323(s) Flops=593528832 => 1775.31558403101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255589.566785636 Mflops = 255.589566785636 Gflops = 0.255589566785636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001106918 Relative Rsd = 4.85220764368922e-07
BICGSTAB_SOLVER_TIME: 0.661341 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121363
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 68 resid = 1.849179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250448(s) Flops=449169408 => 1793.46374496902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258204.975553952 Mflops = 258.204975553952 Gflops = 0.258204975553952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 79 resid = 1.103347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288315(s) Flops=521349120 => 1808.26221320431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260332.352905667 Mflops = 260.332352905667 Gflops = 0.260332352905667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001129799 Relative Rsd = 4.95250341908796e-07
BICGSTAB_SOLVER_TIME: 0.639846 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119491
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040758 s
InvBiCGStab: k = 68 resid = 2.234943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250507(s) Flops=449169408 => 1793.04134415406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258126.089666359 Mflops = 258.126089666359 Gflops = 0.258126089666359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 88 resid = 1.02802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320828(s) Flops=580405248 => 1809.08539154937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260457.33744169 Mflops = 260.45733744169 Gflops = 0.26045733744169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001145361 Relative Rsd = 5.02071959029165e-07
BICGSTAB_SOLVER_TIME: 0.672081 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040898 s
InvBiCGStab: k = 64 resid = 1.690099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264908(s) Flops=422922240 => 1596.48723330364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229843.633992618 Mflops = 229.843633992618 Gflops = 0.229843633992618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060413 s
InvBiCGStab: k = 82 resid = 1.069532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340965(s) Flops=541034496 => 1586.77429061634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228451.244478888 Mflops = 228.451244478888 Gflops = 0.228451244478888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001130584 Relative Rsd = 4.95594596891695e-07
BICGSTAB_SOLVER_TIME: 0.711862 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118429
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986479(s) Flops=1555955712 => 1577.28214386723 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227112.903747141 Mflops = 227.112903747141 Gflops = 0.227112903747141 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172725000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 30 resid = 2.122397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110957(s) Flops=199821312 => 1800.88964193336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259225.79990057 Mflops = 259.22579990057 Gflops = 0.25922579990057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055641 s
InvBiCGStab: k = 53 resid = 1.106446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214966(s) Flops=350742528 => 1631.61861875832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234865.137939863 Mflops = 234.865137939863 Gflops = 0.234865137939863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007936397 Relative Rsd = 3.47894155089274e-07
BICGSTAB_SOLVER_TIME: 0.427046 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04384 s
InvBiCGStab: k = 73 resid = 1.652142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313523(s) Flops=481978368 => 1537.29827795728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221329.262325558 Mflops = 221.329262325558 Gflops = 0.221329262325558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061261 s
InvBiCGStab: k = 100 resid = 1.051582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372031(s) Flops=659146752 => 1771.752224949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255082.187263229 Mflops = 255.082187263229 Gflops = 0.255082187263229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001152243 Relative Rsd = 5.05088757402133e-07
BICGSTAB_SOLVER_TIME: 0.794573 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 61 resid = 1.642385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226982(s) Flops=403236864 => 1776.51471922884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255769.830435855 Mflops = 255.769830435855 Gflops = 0.255769830435855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 82 resid = 1.140249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29976(s) Flops=541034496 => 1804.89223378703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.36178259 Mflops = 259.84536178259 Gflops = 0.25984536178259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001091131 Relative Rsd = 4.78300351273621e-07
BICGSTAB_SOLVER_TIME: 0.627907 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 69 resid = 2.279889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254435(s) Flops=455731200 => 1791.14980250359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257885.106874946 Mflops = 257.885106874946 Gflops = 0.257885106874946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060798 s
InvBiCGStab: k = 89 resid = 1.059505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344636(s) Flops=586967040 => 1703.15068652143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245202.279597587 Mflops = 245.202279597587 Gflops = 0.245202279597587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001186433 Relative Rsd = 5.20076096593149e-07
BICGSTAB_SOLVER_TIME: 0.704894 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 65 resid = 2.244994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238768(s) Flops=429484032 => 1798.75038531126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.210327851 Mflops = 258.971210327851 Gflops = 0.258971210327851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057084 s
InvBiCGStab: k = 90 resid = 9.895128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346232(s) Flops=593528832 => 1714.25180803623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246801.244457628 Mflops = 246.801244457628 Gflops = 0.246801244457628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001158603 Relative Rsd = 5.0787668183524e-07
BICGSTAB_SOLVER_TIME: 0.687315 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125142
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025929(s) Flops=1555955712 => 1516.63098713459 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218380.226568015 Mflops = 218.380226568015 Gflops = 0.218380226568015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172604000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.166323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.819404(s) Flops=1413752832 => 1725.34284919283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248422.901152056 Mflops = 248.422901152056 Gflops = 0.248422901152056 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.032641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.996288(s) Flops=1610606592 => 1616.60743881287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232780.68120177 Mflops = 232.78068120177 Gflops = 0.23278068120177 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002158621 Relative Rsd = 9.5000725114044e-07
BICGSTAB_SOLVER_TIME: 1.819235 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328153999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 9.074515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73443(s) Flops=1315325952 => 1790.94801682938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257824.031750646 Mflops = 257.824031750646 Gflops = 0.257824031750646 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.074195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850189(s) Flops=1531865088 => 1801.79358707299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.970235671 Mflops = 259.444970235671 Gflops = 0.259444970235671 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002071202 Relative Rsd = 9.11018034093899e-07
BICGSTAB_SOLVER_TIME: 1.588009 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.11618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309070999999999
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048011(s) Flops=1555955712 => 1484.67498146489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213774.004830715 Mflops = 213.774004830715 Gflops = 0.213774004830715 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172643000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041901 s
InvBiCGStab: k = 30 resid = 1.466005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110676(s) Flops=199821312 => 1805.46199718096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.359585706 Mflops = 259.894359585706 Gflops = 0.259894359585706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 57 resid = 9.586217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215487(s) Flops=376989696 => 1749.47767614752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251846.196742341 Mflops = 251.846196742341 Gflops = 0.251846196742341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007675957 Relative Rsd = 3.36477683123409e-07
BICGSTAB_SOLVER_TIME: 0.428577 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 80 resid = 2.09531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29483(s) Flops=527910912 => 1790.56036359936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257796.116853415 Mflops = 257.796116853415 Gflops = 0.257796116853415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 108 resid = 7.60745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395598(s) Flops=711641088 => 1798.89961021037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259006.325438776 Mflops = 259.006325438776 Gflops = 0.259006325438776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001304435 Relative Rsd = 5.71802831745219e-07
BICGSTAB_SOLVER_TIME: 0.792715 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148510999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 62 resid = 2.242769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259011(s) Flops=409798656 => 1582.16699676848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227772.175782183 Mflops = 227.772175782183 Gflops = 0.227772175782183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062753 s
InvBiCGStab: k = 72 resid = 1.123479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298904(s) Flops=475416576 => 1590.53266600648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228978.233529338 Mflops = 228.978233529338 Gflops = 0.228978233529338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001024822 Relative Rsd = 4.49233718128129e-07
BICGSTAB_SOLVER_TIME: 0.666143 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001846
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04409 s
InvBiCGStab: k = 66 resid = 2.053242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245932(s) Flops=436045824 => 1773.03410698892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255257.915860046 Mflops = 255.257915860046 Gflops = 0.255257915860046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056908 s
InvBiCGStab: k = 88 resid = 9.790315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323978(s) Flops=580405248 => 1791.49586700331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257925.431845952 Mflops = 257.925431845952 Gflops = 0.257925431845952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001191539 Relative Rsd = 5.22314417384717e-07
BICGSTAB_SOLVER_TIME: 0.674832 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040565 s
InvBiCGStab: k = 71 resid = 1.789573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259679(s) Flops=468854784 => 1805.51674952538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.389709249 Mflops = 259.945389709249 Gflops = 0.259945389709249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055963 s
InvBiCGStab: k = 93 resid = 8.57299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341562(s) Flops=613214208 => 1795.32327366627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258482.8009365 Mflops = 258.4828009365 Gflops = 0.2584828009365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001161741 Relative Rsd = 5.09252170837472e-07
BICGSTAB_SOLVER_TIME: 0.70156 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131735
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98187(s) Flops=1555881984 => 1584.61098108711 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228170.11587233 Mflops = 228.17011587233 Gflops = 0.22817011587233 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173102000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041586 s
InvBiCGStab: k = 35 resid = 1.980993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129649(s) Flops=232630272 => 1794.30826307955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.603028469 Mflops = 258.191603028469 Gflops = 0.258191603028469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 53 resid = 1.129907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195584(s) Flops=350742528 => 1793.30890052356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258151.760778206 Mflops = 258.151760778206 Gflops = 0.258151760778206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0008208141 Relative Rsd = 3.59806137859164e-07
BICGSTAB_SOLVER_TIME: 0.427321 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040694 s
InvBiCGStab: k = 83 resid = 1.96888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303268(s) Flops=547596288 => 1805.65139744385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259976.766912051 Mflops = 259.976766912051 Gflops = 0.259976766912051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057715 s
InvBiCGStab: k = 133 resid = 1.144203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.485189(s) Flops=875685888 => 1804.83458610974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259861.352365598 Mflops = 259.861352365597 Gflops = 0.259861352365597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001395474 Relative Rsd = 6.11709924683514e-07
BICGSTAB_SOLVER_TIME: 0.890715 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168942999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040623 s
InvBiCGStab: k = 63 resid = 1.983067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243034(s) Flops=416360448 => 1713.1777775949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246644.595329034 Mflops = 246.644595329034 Gflops = 0.246644595329034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062424 s
InvBiCGStab: k = 88 resid = 1.043477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362733(s) Flops=580405248 => 1600.08945422666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230365.448905975 Mflops = 230.365448905975 Gflops = 0.230365448905975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001110635 Relative Rsd = 4.86850081459642e-07
BICGSTAB_SOLVER_TIME: 0.712717 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122015
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043134 s
InvBiCGStab: k = 70 resid = 2.263794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261459(s) Flops=462292992 => 1768.12805066951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254542.054799311 Mflops = 254.542054799311 Gflops = 0.254542054799311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 89 resid = 1.1125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333636(s) Flops=586967040 => 1759.30367226558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253299.190366138 Mflops = 253.299190366138 Gflops = 0.253299190366138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001221041 Relative Rsd = 5.35246585967033e-07
BICGSTAB_SOLVER_TIME: 0.698481 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 70 resid = 1.596051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256125(s) Flops=462292992 => 1804.95067642753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259862.020151624 Mflops = 259.862020151624 Gflops = 0.259862020151624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056392 s
InvBiCGStab: k = 88 resid = 1.026096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321516(s) Flops=580405248 => 1805.21419773822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.017119266 Mflops = 259.902017119266 Gflops = 0.259902017119266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001167759 Relative Rsd = 5.11890370378817e-07
BICGSTAB_SOLVER_TIME: 0.678943 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127096
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988059(s) Flops=1549836288 => 1568.56654106688 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225855.390458935 Mflops = 225.855390458935 Gflops = 0.225855390458935 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172088000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 31 resid = 2.144477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116879(s) Flops=206383104 => 1765.78430684725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254159.335878833 Mflops = 254.159335878833 Gflops = 0.254159335878833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 51 resid = 9.663619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1893(s) Flops=337618944 => 1783.51264659271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256745.461316669 Mflops = 256.745461316669 Gflops = 0.256745461316669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008078734 Relative Rsd = 3.5413353425717e-07
BICGSTAB_SOLVER_TIME: 0.407655 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041377 s
InvBiCGStab: k = 69 resid = 2.211414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252929(s) Flops=455731200 => 1801.81473852346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.863249654 Mflops = 259.409863249654 Gflops = 0.259409863249654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 88 resid = 1.056562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321052(s) Flops=580405248 => 1807.8231812915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260275.368720546 Mflops = 260.275368720546 Gflops = 0.260275368720546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001157596 Relative Rsd = 5.07435570054602e-07
BICGSTAB_SOLVER_TIME: 0.675595 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 57 resid = 2.231545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209424(s) Flops=376989696 => 1800.12651845061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259079.96389909 Mflops = 259.07996389909 Gflops = 0.25907996389909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055884 s
InvBiCGStab: k = 84 resid = 1.049349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307105(s) Flops=554158080 => 1804.45801924423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.213864686 Mflops = 259.785213864686 Gflops = 0.259785213864686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00104754 Relative Rsd = 4.59192158483574e-07
BICGSTAB_SOLVER_TIME: 0.617253 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046336 s
InvBiCGStab: k = 71 resid = 2.214223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295794(s) Flops=468854784 => 1585.07198928984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228212.990392118 Mflops = 228.212990392118 Gflops = 0.228212990392118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064544 s
InvBiCGStab: k = 87 resid = 5.419175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366596(s) Flops=573843456 => 1565.3292889175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225368.500019851 Mflops = 225.368500019851 Gflops = 0.225368500019851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001161617 Relative Rsd = 5.09198231092894e-07
BICGSTAB_SOLVER_TIME: 0.777333 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042208 s
InvBiCGStab: k = 54 resid = 1.572857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216263(s) Flops=357304320 => 1652.1749906364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237853.143474169 Mflops = 237.853143474169 Gflops = 0.237853143474169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0571 s
InvBiCGStab: k = 93 resid = 8.912095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359639(s) Flops=613214208 => 1705.08261895957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245489.978900665 Mflops = 245.489978900665 Gflops = 0.245489978900665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001105676 Relative Rsd = 4.84676110732325e-07
BICGSTAB_SOLVER_TIME: 0.679091 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119256
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977784(s) Flops=1549762560 => 1584.97435016323 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228214.827289753 Mflops = 228.214827289753 Gflops = 0.228214827289753 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172142000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045829 s
InvBiCGStab: k = 27 resid = 2.079157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110404(s) Flops=180135936 => 1631.60697076193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234801.100539751 Mflops = 234.801100539751 Gflops = 0.234801100539751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056644 s
InvBiCGStab: k = 54 resid = 9.402308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199875(s) Flops=357304320 => 1787.63887429644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257344.990611763 Mflops = 257.344990611763 Gflops = 0.257344990611763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007729812 Relative Rsd = 3.38838452748577e-07
BICGSTAB_SOLVER_TIME: 0.416764 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041843 s
InvBiCGStab: k = 65 resid = 1.711602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242261(s) Flops=429484032 => 1772.81540157103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255235.608170733 Mflops = 255.235608170733 Gflops = 0.255235608170733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056923 s
InvBiCGStab: k = 98 resid = 7.581446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358142(s) Flops=646023168 => 1803.81850774274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259705.570799957 Mflops = 259.705570799957 Gflops = 0.259705570799957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001170369 Relative Rsd = 5.13034331830292e-07
BICGSTAB_SOLVER_TIME: 0.702927 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 59 resid = 2.070447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216031(s) Flops=390113280 => 1805.82083126959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259978.579889645 Mflops = 259.978579889645 Gflops = 0.259978579889645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 91 resid = 1.126664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335922(s) Flops=600090624 => 1786.39869969814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257195.160810052 Mflops = 257.195160810052 Gflops = 0.257195160810052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001154259 Relative Rsd = 5.05972613954729e-07
BICGSTAB_SOLVER_TIME: 0.653444 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040907 s
InvBiCGStab: k = 72 resid = 2.141344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263272(s) Flops=475416576 => 1805.79999392264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259983.96525809 Mflops = 259.98396525809 Gflops = 0.25998396525809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056352 s
InvBiCGStab: k = 92 resid = 7.488488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346804(s) Flops=606652416 => 1749.26591388796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251842.077365147 Mflops = 251.842077365147 Gflops = 0.251842077365147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001160096 Relative Rsd = 5.08531460324059e-07
BICGSTAB_SOLVER_TIME: 0.711511 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045968 s
InvBiCGStab: k = 66 resid = 1.932862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276215(s) Flops=436045824 => 1578.64643122206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227268.376779454 Mflops = 227.268376779454 Gflops = 0.227268376779454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06532 s
InvBiCGStab: k = 94 resid = 8.175147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364191(s) Flops=619776000 => 1701.78834732325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245016.506565048 Mflops = 245.016506565048 Gflops = 0.245016506565048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001114188 Relative Rsd = 4.88407597963209e-07
BICGSTAB_SOLVER_TIME: 0.755626 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128481
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976959(s) Flops=1549688832 => 1586.23732623375 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228395.318067993 Mflops = 228.395318067993 Gflops = 0.228395318067993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172692000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021355
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.74159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907457(s) Flops=1518741504 => 1673.62365820088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240966.63492983 Mflops = 240.96663492983 Gflops = 0.24096663492983 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.143156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910682(s) Flops=1617168384 => 1775.77725704472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255702.945861744 Mflops = 255.702945861744 Gflops = 0.255702945861744 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.002142405 Relative Rsd = 9.42828313044961e-07
BICGSTAB_SOLVER_TIME: 1.821492 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340486999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.959849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672307(s) Flops=1177528320 => 1751.47413309693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252192.424659401 Mflops = 252.192424659401 Gflops = 0.252192424659401 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 8.502483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.925535(s) Flops=1597483008 => 1726.01037021831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248531.184930679 Mflops = 248.531184930679 Gflops = 0.248531184930679 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002076661 Relative Rsd = 9.13389646189603e-07
BICGSTAB_SOLVER_TIME: 1.60163 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.120905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301680999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009917(s) Flops=1549688832 => 1534.47147834921 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220949.414023347 Mflops = 220.949414023347 Gflops = 0.220949414023347 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171839000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 30 resid = 1.885621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110422(s) Flops=199821312 => 1809.61504048106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260461.745865596 Mflops = 260.461745865596 Gflops = 0.260461745865596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056542 s
InvBiCGStab: k = 52 resid = 8.933481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190927(s) Flops=344180736 => 1802.68236551143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.936790332 Mflops = 259.505936790332 Gflops = 0.259505936790332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007979364 Relative Rsd = 3.49777631969845e-07
BICGSTAB_SOLVER_TIME: 0.402715 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729170000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040756 s
InvBiCGStab: k = 75 resid = 2.127669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275289(s) Flops=495101952 => 1798.48069483343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258935.163767844 Mflops = 258.935163767844 Gflops = 0.258935163767844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 113 resid = 8.551866e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457879(s) Flops=744450048 => 1625.86632713009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234088.353369879 Mflops = 234.088353369879 Gflops = 0.234088353369879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001271195 Relative Rsd = 5.57231854310128e-07
BICGSTAB_SOLVER_TIME: 0.834388 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148299999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046084 s
InvBiCGStab: k = 72 resid = 1.92842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291721(s) Flops=475416576 => 1629.69610004079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234639.395809381 Mflops = 234.639395809381 Gflops = 0.234639395809381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061563 s
InvBiCGStab: k = 85 resid = 1.058397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327201(s) Flops=560719872 => 1713.68630291472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246716.585340931 Mflops = 246.716585340931 Gflops = 0.246716585340931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001110822 Relative Rsd = 4.86932088242553e-07
BICGSTAB_SOLVER_TIME: 0.730446 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041642 s
InvBiCGStab: k = 72 resid = 1.600229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264203(s) Flops=475416576 => 1799.43670586632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259068.40711431 Mflops = 259.06840711431 Gflops = 0.25906840711431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056783 s
InvBiCGStab: k = 90 resid = 9.865997e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330437(s) Flops=593528832 => 1796.1936223849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.370080928 Mflops = 258.607370080928 Gflops = 0.258607370080928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001217466 Relative Rsd = 5.33679475639454e-07
BICGSTAB_SOLVER_TIME: 0.696896 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130052
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 73 resid = 2.240558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267475(s) Flops=481978368 => 1801.95669875689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.57087613 Mflops = 259.42557087613 Gflops = 0.25942557087613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056666 s
InvBiCGStab: k = 86 resid = 9.97012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315907(s) Flops=567281664 => 1795.72362752329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258541.179267929 Mflops = 258.541179267929 Gflops = 0.258541179267929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001095348 Relative Rsd = 4.80148795387254e-07
BICGSTAB_SOLVER_TIME: 0.685723 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127898
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05582(s) Flops=1549541376 => 1467.61888958345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211318.021534942 Mflops = 211.318021534942 Gflops = 0.211318021534942 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172023000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040654 s
InvBiCGStab: k = 29 resid = 1.830359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107042(s) Flops=193259520 => 1805.45505502513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259849.01335189 Mflops = 259.84901335189 Gflops = 0.25984901335189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056008 s
InvBiCGStab: k = 58 resid = 7.196647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21311(s) Flops=383551488 => 1799.78174651588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259090.628028814 Mflops = 259.090628028814 Gflops = 0.259090628028814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0008487476 Relative Rsd = 3.72050842610747e-07
BICGSTAB_SOLVER_TIME: 0.420554 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0766000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04403 s
InvBiCGStab: k = 83 resid = 2.226515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319726(s) Flops=547596288 => 1712.70490357368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246584.549502713 Mflops = 246.584549502713 Gflops = 0.246584549502713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057063 s
InvBiCGStab: k = 114 resid = 8.789754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459216(s) Flops=751011840 => 1635.42176230793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235466.589164143 Mflops = 235.466589164143 Gflops = 0.235466589164143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001301991 Relative Rsd = 5.70731538407537e-07
BICGSTAB_SOLVER_TIME: 0.884137 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155148999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044865 s
InvBiCGStab: k = 68 resid = 1.931294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284095(s) Flops=449169408 => 1581.05354898889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227611.667164393 Mflops = 227.611667164393 Gflops = 0.227611667164393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 86 resid = 9.29223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323332(s) Flops=567281664 => 1754.4866081922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252597.998649459 Mflops = 252.597998649459 Gflops = 0.252597998649459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001121335 Relative Rsd = 4.91540185627045e-07
BICGSTAB_SOLVER_TIME: 0.712898 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 74 resid = 1.953978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271671(s) Flops=488540160 => 1798.27865322394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258903.205407782 Mflops = 258.903205407782 Gflops = 0.258903205407782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 96 resid = 7.873421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350224(s) Flops=632899584 => 1807.12796381744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260175.864338326 Mflops = 260.175864338326 Gflops = 0.260175864338326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001226757 Relative Rsd = 5.37752207025488e-07
BICGSTAB_SOLVER_TIME: 0.72294 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 74 resid = 2.268213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271316(s) Flops=488540160 => 1800.63158825871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.527678825 Mflops = 259.248527678825 Gflops = 0.259248527678825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055883 s
InvBiCGStab: k = 100 resid = 1.063994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365075(s) Flops=659146752 => 1805.51051701705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.713887683 Mflops = 259.949713887683 Gflops = 0.259949713887683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001177626 Relative Rsd = 5.16215705109848e-07
BICGSTAB_SOLVER_TIME: 0.73728 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138968
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058191(s) Flops=1549320192 => 1464.12149791484 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210826.002853953 Mflops = 210.826002853953 Gflops = 0.210826002853953 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172100000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042523 s
InvBiCGStab: k = 28 resid = 2.019587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103841(s) Flops=186697728 => 1797.9192033975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258783.496205221 Mflops = 258.783496205221 Gflops = 0.258783496205221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057032 s
InvBiCGStab: k = 56 resid = 1.037756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20675(s) Flops=370427904 => 1791.67063603386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257933.922738329 Mflops = 257.933922738329 Gflops = 0.257933922738329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007761889 Relative Rsd = 3.40244560338082e-07
BICGSTAB_SOLVER_TIME: 0.414009 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 57 resid = 2.1669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20934(s) Flops=376989696 => 1800.84883920894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259251.514027968 Mflops = 259.251514027968 Gflops = 0.259251514027968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055709 s
InvBiCGStab: k = 89 resid = 8.904535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336487(s) Flops=586967040 => 1744.39737642167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251144.718480346 Mflops = 251.144718480346 Gflops = 0.251144718480346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001139284 Relative Rsd = 4.99408192967447e-07
BICGSTAB_SOLVER_TIME: 0.647426 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04166 s
InvBiCGStab: k = 70 resid = 1.770459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298406(s) Flops=462292992 => 1549.20809903286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223040.393359557 Mflops = 223.040393359557 Gflops = 0.223040393359557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061404 s
InvBiCGStab: k = 80 resid = 1.144761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30336(s) Flops=527910912 => 1740.21265822785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250535.289767114 Mflops = 250.535289767114 Gflops = 0.250535289767114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001059782 Relative Rsd = 4.64558423119908e-07
BICGSTAB_SOLVER_TIME: 0.708637 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 70 resid = 2.195241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260649(s) Flops=462292992 => 1773.62273402162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255356.15232298 Mflops = 255.35615232298 Gflops = 0.25535615232298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056723 s
InvBiCGStab: k = 91 resid = 1.135827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333147(s) Flops=600090624 => 1801.27878684184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259331.012300324 Mflops = 259.331012300324 Gflops = 0.259331012300324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001222112 Relative Rsd = 5.35716275095791e-07
BICGSTAB_SOLVER_TIME: 0.695656 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040765 s
InvBiCGStab: k = 72 resid = 2.164815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263231(s) Flops=475416576 => 1806.08125942613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.835554653 Mflops = 260.029835554653 Gflops = 0.260029835554653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056924 s
InvBiCGStab: k = 90 resid = 9.724768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32974(s) Flops=593528832 => 1799.9903924304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.527912752 Mflops = 259.150527912752 Gflops = 0.259150527912752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001156233 Relative Rsd = 5.06837997293003e-07
BICGSTAB_SOLVER_TIME: 0.694513 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129988
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008496(s) Flops=1549246464 => 1536.19495169044 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221194.43221458 Mflops = 221.19443221458 Gflops = 0.22119443221458 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172243000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 27 resid = 2.128467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099716(s) Flops=180135936 => 1806.48979100646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.54781813 Mflops = 260.00254781813 Gflops = 0.26000254781813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 50 resid = 1.033818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183855(s) Flops=331057152 => 1800.64263686057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.682434193 Mflops = 259.197682434193 Gflops = 0.259197682434193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000788776 Relative Rsd = 3.4576215734201e-07
BICGSTAB_SOLVER_TIME: 0.384633 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 61 resid = 2.187752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22365(s) Flops=403236864 => 1802.98173038229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259567.438608878 Mflops = 259.567438608878 Gflops = 0.259567438608878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 98 resid = 8.914666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357804(s) Flops=646023168 => 1805.52248717175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.132826281 Mflops = 259.955132826281 Gflops = 0.259955132826281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001168995 Relative Rsd = 5.12432166280602e-07
BICGSTAB_SOLVER_TIME: 0.682823 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048817 s
InvBiCGStab: k = 73 resid = 1.954279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304838(s) Flops=481978368 => 1581.09673990775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227638.886887613 Mflops = 227.638886887613 Gflops = 0.227638886887613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063191 s
InvBiCGStab: k = 81 resid = 9.471613e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330012(s) Flops=534472704 => 1619.55536162321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233173.343073012 Mflops = 233.173343073012 Gflops = 0.233173343073012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001074809 Relative Rsd = 4.71145654954707e-07
BICGSTAB_SOLVER_TIME: 0.751113 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042214 s
InvBiCGStab: k = 74 resid = 1.586068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277956(s) Flops=488540160 => 1757.61688900402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253054.795105734 Mflops = 253.054795105734 Gflops = 0.253054795105734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057131 s
InvBiCGStab: k = 94 resid = 6.70832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346544(s) Flops=619776000 => 1788.44822013943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257481.386554797 Mflops = 257.481386554797 Gflops = 0.257481386554797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001179664 Relative Rsd = 5.17108798269605e-07
BICGSTAB_SOLVER_TIME: 0.727719 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040889 s
InvBiCGStab: k = 66 resid = 2.252582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2419(s) Flops=436045824 => 1802.58711864407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259516.892333726 Mflops = 259.516892333726 Gflops = 0.259516892333726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 80 resid = 1.140803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302752(s) Flops=527910912 => 1743.70743050418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251038.101543437 Mflops = 251.038101543437 Gflops = 0.251038101543437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001068799 Relative Rsd = 4.68510823457962e-07
BICGSTAB_SOLVER_TIME: 0.645714 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118724
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982214(s) Flops=1543053312 => 1570.9950295964 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226207.476592037 Mflops = 226.207476592037 Gflops = 0.226207476592037 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171679000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.712569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.761543(s) Flops=1374382080 => 1804.73338997273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.16451088 Mflops = 259.85716451088 Gflops = 0.25985716451088 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 286 resid = 8.422085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.05522(s) Flops=1879640064 => 1781.27789844772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256493.261498599 Mflops = 256.493261498599 Gflops = 0.256493261498599 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.002167403 Relative Rsd = 9.53786219684929e-07
BICGSTAB_SOLVER_TIME: 1.820575 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.121574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353607999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.880058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825359(s) Flops=1354696704 => 1641.3423782863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236289.017870438 Mflops = 236.289017870438 Gflops = 0.236289017870438 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 7.856748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789085(s) Flops=1400629248 => 1775.00427457118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255586.111939877 Mflops = 255.586111939877 Gflops = 0.255586111939877 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.00204147 Relative Rsd = 8.97857138194544e-07
BICGSTAB_SOLVER_TIME: 1.617913 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299145999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958426(s) Flops=1543053312 => 1609.98690770075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231862.599576969 Mflops = 231.862599576969 Gflops = 0.231862599576969 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171388000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 26 resid = 1.90058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097886(s) Flops=173574144 => 1773.22746868807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255208.385385786 Mflops = 255.208385385786 Gflops = 0.255208385385786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 66 resid = 1.022891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243115(s) Flops=436045824 => 1793.57844641425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258215.434606946 Mflops = 258.215434606946 Gflops = 0.258215434606946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007695831 Relative Rsd = 3.37348883993266e-07
BICGSTAB_SOLVER_TIME: 0.442548 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0800920000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04077 s
InvBiCGStab: k = 83 resid = 2.204087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302444(s) Flops=547596288 => 1810.57084286678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260665.857093905 Mflops = 260.665857093905 Gflops = 0.260665857093905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056104 s
InvBiCGStab: k = 118 resid = 1.104991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430212(s) Flops=777259008 => 1806.68834900003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260118.384037209 Mflops = 260.118384037209 Gflops = 0.260118384037209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.00130981 Relative Rsd = 5.74158727911912e-07
BICGSTAB_SOLVER_TIME: 0.833351 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157725999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041516 s
InvBiCGStab: k = 59 resid = 2.260588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229639(s) Flops=390113280 => 1698.81109045066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244584.337454398 Mflops = 244.584337454398 Gflops = 0.244584337454398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0573 s
InvBiCGStab: k = 82 resid = 1.116886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313718(s) Flops=541034496 => 1724.58863055355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248288.374160488 Mflops = 248.288374160488 Gflops = 0.248288374160488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001071006 Relative Rsd = 4.69478523908706e-07
BICGSTAB_SOLVER_TIME: 0.646136 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042545 s
InvBiCGStab: k = 75 resid = 2.097076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314385(s) Flops=495101952 => 1574.82689059593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226738.215402113 Mflops = 226.738215402113 Gflops = 0.226738215402113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063702 s
InvBiCGStab: k = 96 resid = 1.067648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375395(s) Flops=632899584 => 1685.95634997802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242742.630199124 Mflops = 242.742630199124 Gflops = 0.242742630199124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001172172 Relative Rsd = 5.13824903753664e-07
BICGSTAB_SOLVER_TIME: 0.79994 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041681 s
InvBiCGStab: k = 63 resid = 1.85294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234866(s) Flops=416360448 => 1772.75743615508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255228.992180054 Mflops = 255.228992180054 Gflops = 0.255228992180054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057026 s
InvBiCGStab: k = 96 resid = 1.036654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351221(s) Flops=632899584 => 1801.99812653571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259437.121054791 Mflops = 259.437121054791 Gflops = 0.259437121054791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001101871 Relative Rsd = 4.83008010097727e-07
BICGSTAB_SOLVER_TIME: 0.688666 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12814
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957205(s) Flops=1542832128 => 1611.80951624783 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232083.832320119 Mflops = 232.083832320119 Gflops = 0.232083832320119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171279000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 33 resid = 1.35352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123799(s) Flops=219506688 => 1773.0893464406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255222.130912034 Mflops = 255.222130912034 Gflops = 0.255222130912034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057161 s
InvBiCGStab: k = 50 resid = 5.762223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186856(s) Flops=331057152 => 1771.72342338485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255016.233490432 Mflops = 255.016233490432 Gflops = 0.255016233490432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007215397 Relative Rsd = 3.16288934873031e-07
BICGSTAB_SOLVER_TIME: 0.412452 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04209 s
InvBiCGStab: k = 71 resid = 2.22827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274717(s) Flops=468854784 => 1706.68281904651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245710.860015557 Mflops = 245.710860015557 Gflops = 0.245710860015557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060141 s
InvBiCGStab: k = 108 resid = 9.421998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412373(s) Flops=711641088 => 1725.72182950872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248467.912952136 Mflops = 248.467912952136 Gflops = 0.248467912952136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.00128266 Relative Rsd = 5.62257436132078e-07
BICGSTAB_SOLVER_TIME: 0.793937 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041605 s
InvBiCGStab: k = 52 resid = 1.847898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203338(s) Flops=344180736 => 1692.65329648172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243680.074364168 Mflops = 243.680074364168 Gflops = 0.243680074364168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 87 resid = 7.783282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321665(s) Flops=573843456 => 1783.97853667636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256841.562999245 Mflops = 256.841562999245 Gflops = 0.256841562999245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001075255 Relative Rsd = 4.71341103603463e-07
BICGSTAB_SOLVER_TIME: 0.626871 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113679
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0454 s
InvBiCGStab: k = 77 resid = 1.83201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333993(s) Flops=508225536 => 1521.66523250487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219091.522892424 Mflops = 219.091522892424 Gflops = 0.219091522892424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064741 s
InvBiCGStab: k = 97 resid = 1.031072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412188(s) Flops=639461376 => 1551.3828059041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223364.261950703 Mflops = 223.364261950703 Gflops = 0.223364261950703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001230343 Relative Rsd = 5.39324267358009e-07
BICGSTAB_SOLVER_TIME: 0.860776 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045584 s
InvBiCGStab: k = 59 resid = 1.602529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227278(s) Flops=390113280 => 1716.45861016024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247119.125764086 Mflops = 247.119125764086 Gflops = 0.247119125764086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057491 s
InvBiCGStab: k = 93 resid = 8.33691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350655(s) Flops=613214208 => 1748.76790007272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251777.925774555 Mflops = 251.777925774555 Gflops = 0.251777925774555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001121843 Relative Rsd = 4.91763037911409e-07
BICGSTAB_SOLVER_TIME: 0.6849 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123004
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978281(s) Flops=1542389760 => 1576.63264440381 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227020.895538749 Mflops = 227.020895538749 Gflops = 0.227020895538749 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171571000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 26 resid = 1.92513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104402(s) Flops=173574144 => 1662.55573648014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239310.226288972 Mflops = 239.310226288972 Gflops = 0.239310226288972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 58 resid = 7.489318e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216363(s) Flops=383551488 => 1772.72217523329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255206.349561236 Mflops = 255.206349561236 Gflops = 0.255206349561236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007601597 Relative Rsd = 3.3321813038435e-07
BICGSTAB_SOLVER_TIME: 0.422398 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041764 s
InvBiCGStab: k = 56 resid = 2.249535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216154(s) Flops=370427904 => 1713.72217955717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246737.470107281 Mflops = 246.737470107281 Gflops = 0.246737470107281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057856 s
InvBiCGStab: k = 88 resid = 9.584687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32705(s) Flops=580405248 => 1774.66824033022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255504.202199649 Mflops = 255.504202199649 Gflops = 0.255504202199649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001109606 Relative Rsd = 4.86398712452269e-07
BICGSTAB_SOLVER_TIME: 0.646752 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046352 s
InvBiCGStab: k = 58 resid = 1.59987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215822(s) Flops=383551488 => 1777.16584963535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255839.547393895 Mflops = 255.839547393895 Gflops = 0.255839547393895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0566 s
InvBiCGStab: k = 81 resid = 1.07453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305432(s) Flops=534472704 => 1749.89098719191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251932.938785342 Mflops = 251.932938785342 Gflops = 0.251932938785342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001072325 Relative Rsd = 4.70056602836408e-07
BICGSTAB_SOLVER_TIME: 0.628135 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043939 s
InvBiCGStab: k = 64 resid = 2.169384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24859(s) Flops=422922240 => 1701.28420290438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244922.314382355 Mflops = 244.922314382355 Gflops = 0.244922314382355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062929 s
InvBiCGStab: k = 81 resid = 1.13344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341587(s) Flops=534472704 => 1564.67518962958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225271.258577034 Mflops = 225.271258577034 Gflops = 0.225271258577034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001127049 Relative Rsd = 4.94045092251798e-07
BICGSTAB_SOLVER_TIME: 0.700878 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046803 s
InvBiCGStab: k = 61 resid = 1.742966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249012(s) Flops=403236864 => 1619.34711580165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233125.905345533 Mflops = 233.125905345533 Gflops = 0.233125905345533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059147 s
InvBiCGStab: k = 102 resid = 8.436745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392408(s) Flops=672270336 => 1713.19222849687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246610.205127402 Mflops = 246.610205127402 Gflops = 0.246610205127402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001091744 Relative Rsd = 4.78569182469872e-07
BICGSTAB_SOLVER_TIME: 0.751249 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13083
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955903(s) Flops=1535827968 => 1606.67763151701 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231349.294244009 Mflops = 231.349294244009 Gflops = 0.231349294244009 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170549000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047397 s
InvBiCGStab: k = 26 resid = 1.957021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110304(s) Flops=173574144 => 1573.59791122715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226487.592586943 Mflops = 226.487592586943 Gflops = 0.226487592586943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060963 s
InvBiCGStab: k = 50 resid = 1.125866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186969(s) Flops=331057152 => 1770.65263225454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254893.10090454 Mflops = 254.89310090454 Gflops = 0.25489310090454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0006992226 Relative Rsd = 3.06506143146572e-07
BICGSTAB_SOLVER_TIME: 0.409454 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040915 s
InvBiCGStab: k = 58 resid = 1.916637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216553(s) Flops=383551488 => 1771.16681828467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254980.833648634 Mflops = 254.980833648634 Gflops = 0.254980833648634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056778 s
InvBiCGStab: k = 90 resid = 1.144601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331496(s) Flops=593528832 => 1790.45548664237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257776.276447609 Mflops = 257.776276447609 Gflops = 0.257776276447609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001148894 Relative Rsd = 5.03620749235359e-07
BICGSTAB_SOLVER_TIME: 0.649581 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 73 resid = 2.115464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267112(s) Flops=481978368 => 1804.40552277696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259793.140928941 Mflops = 259.793140928941 Gflops = 0.259793140928941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 81 resid = 1.126161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296093(s) Flops=534472704 => 1805.08388918347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.907185061 Mflops = 259.877907185061 Gflops = 0.259877907185061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001118956 Relative Rsd = 4.90497316544548e-07
BICGSTAB_SOLVER_TIME: 0.664711 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124403000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040802 s
InvBiCGStab: k = 68 resid = 1.653908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249284(s) Flops=449169408 => 1801.83809630783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.03644659 Mflops = 259.40603644659 Gflops = 0.25940603644659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 87 resid = 1.051995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318915(s) Flops=573843456 => 1799.36176097079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.271148625 Mflops = 259.052271148625 Gflops = 0.259052271148625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001166358 Relative Rsd = 5.11276365642049e-07
BICGSTAB_SOLVER_TIME: 0.669136 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124802
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045177 s
InvBiCGStab: k = 64 resid = 2.133705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266423(s) Flops=422922240 => 1587.40889487769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228546.086362896 Mflops = 228.546086362896 Gflops = 0.228546086362896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06311 s
InvBiCGStab: k = 91 resid = 9.435478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366467(s) Flops=600090624 => 1637.50248726352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235756.013903438 Mflops = 235.756013903438 Gflops = 0.235756013903438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001095189 Relative Rsd = 4.80079189132188e-07
BICGSTAB_SOLVER_TIME: 0.745019 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125141
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.953291(s) Flops=1529044992 => 1603.96457325203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230948.677623085 Mflops = 230.948677623085 Gflops = 0.230948677623085 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169876000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021352
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.665741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862904(s) Flops=1426876416 => 1653.57492374586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238065.256510679 Mflops = 238.065256510679 Gflops = 0.238065256510679 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 7.839765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.027756(s) Flops=1781213184 => 1733.10901030984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249557.225982449 Mflops = 249.557225982449 Gflops = 0.249557225982449 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.002105902 Relative Rsd = 9.26685881695625e-07
BICGSTAB_SOLVER_TIME: 1.894018 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.347876999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 2.147996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77988(s) Flops=1400629248 => 1795.95482381905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258562.768751332 Mflops = 258.562768751332 Gflops = 0.258562768751332 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 7.992389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.823721(s) Flops=1413752832 => 1716.30058235738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247134.83085472 Mflops = 247.13483085472 Gflops = 0.24713483085472 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.00198986 Relative Rsd = 8.75100285699654e-07
BICGSTAB_SOLVER_TIME: 1.607246 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.121557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305557999999997
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968272(s) Flops=1529044992 => 1579.14820628914 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227385.689850485 Mflops = 227.385689850485 Gflops = 0.227385689850485 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169875000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04067 s
InvBiCGStab: k = 31 resid = 1.998353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114255(s) Flops=206383104 => 1806.33761323356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260005.281610172 Mflops = 260.005281610172 Gflops = 0.260005281610172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 51 resid = 1.115323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20171(s) Flops=337618944 => 1673.78386792921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240955.310674349 Mflops = 240.955310674349 Gflops = 0.240955310674349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007426344 Relative Rsd = 3.25535850291244e-07
BICGSTAB_SOLVER_TIME: 0.417286 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042107 s
InvBiCGStab: k = 83 resid = 1.506482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354926(s) Flops=547596288 => 1542.84636234032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222139.212723255 Mflops = 222.139212723255 Gflops = 0.222139212723255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061101 s
InvBiCGStab: k = 92 resid = 1.087402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343101(s) Flops=606652416 => 1768.14528666486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254564.998405221 Mflops = 254.564998405221 Gflops = 0.254564998405221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001270411 Relative Rsd = 5.56888058606038e-07
BICGSTAB_SOLVER_TIME: 0.805235 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 58 resid = 1.836482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215814(s) Flops=383551488 => 1777.23172732075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255865.835839789 Mflops = 255.865835839789 Gflops = 0.255865835839789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 91 resid = 1.048612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332044(s) Flops=600090624 => 1807.26236281939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260202.08714192 Mflops = 260.20208714192 Gflops = 0.26020208714192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001079246 Relative Rsd = 4.73090496587269e-07
BICGSTAB_SOLVER_TIME: 0.649743 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 68 resid = 2.031357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248809(s) Flops=449169408 => 1805.27797627899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259906.021436015 Mflops = 259.906021436015 Gflops = 0.259906021436015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055933 s
InvBiCGStab: k = 96 resid = 1.096059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350478(s) Flops=632899584 => 1805.81829387294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.763165899 Mflops = 259.986763165899 Gflops = 0.259986763165899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001202446 Relative Rsd = 5.27095458756319e-07
BICGSTAB_SOLVER_TIME: 0.700256 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040753 s
InvBiCGStab: k = 67 resid = 1.486624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245366(s) Flops=442607616 => 1803.86694163005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.448851827 Mflops = 259.701448851827 Gflops = 0.259701448851827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 85 resid = 1.048746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327392(s) Flops=560719872 => 1712.68654090509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246587.596880929 Mflops = 246.587596880929 Gflops = 0.246587596880929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00113146 Relative Rsd = 4.95978605007069e-07
BICGSTAB_SOLVER_TIME: 0.674004 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122855
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991031(s) Flops=1516142592 => 1529.86394169304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220281.727558643 Mflops = 220.281727558643 Gflops = 0.220281727558643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168597000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 28 resid = 1.909545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104001(s) Flops=186697728 => 1795.15320045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258363.272110347 Mflops = 258.363272110347 Gflops = 0.258363272110347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056983 s
InvBiCGStab: k = 53 resid = 1.08126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195208(s) Flops=350742528 => 1796.76308348019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258660.859294082 Mflops = 258.660859294082 Gflops = 0.258660859294082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007150236 Relative Rsd = 3.1343257789737e-07
BICGSTAB_SOLVER_TIME: 0.401337 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040599 s
InvBiCGStab: k = 80 resid = 2.015641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335809(s) Flops=527910912 => 1572.05706815481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226340.350021268 Mflops = 226.340350021268 Gflops = 0.226340350021268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061596 s
InvBiCGStab: k = 100 resid = 1.149213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411227(s) Flops=659146752 => 1602.87809895751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230784.717800129 Mflops = 230.784717800129 Gflops = 0.230784717800129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001274268 Relative Rsd = 5.58579072150112e-07
BICGSTAB_SOLVER_TIME: 0.853555 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 66 resid = 1.984863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245781(s) Flops=436045824 => 1774.12340254129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255420.538950538 Mflops = 255.420538950538 Gflops = 0.255420538950538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056414 s
InvBiCGStab: k = 78 resid = 1.113552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286915(s) Flops=514787328 => 1794.21545753969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258310.794515669 Mflops = 258.310794515669 Gflops = 0.25831079451567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001051081 Relative Rsd = 4.60744163641432e-07
BICGSTAB_SOLVER_TIME: 0.634152 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 70 resid = 1.350123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255826(s) Flops=462292992 => 1807.06023625433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260159.796189476 Mflops = 260.159796189476 Gflops = 0.260159796189476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055967 s
InvBiCGStab: k = 91 resid = 1.035205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332572(s) Flops=600090624 => 1804.39310585377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.045457711 Mflops = 259.782045457711 Gflops = 0.259782045457711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001203332 Relative Rsd = 5.2748380450489e-07
BICGSTAB_SOLVER_TIME: 0.689559 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 62 resid = 2.129817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22688(s) Flops=409798656 => 1806.23526093089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260040.243519699 Mflops = 260.040243519699 Gflops = 0.260040243519699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 95 resid = 7.800211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346688(s) Flops=626337792 => 1806.63245338748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260109.833086155 Mflops = 260.109833086155 Gflops = 0.260109833086155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001128737 Relative Rsd = 4.94785143506171e-07
BICGSTAB_SOLVER_TIME: 0.674948 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126578
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02366(s) Flops=1503682560 => 1468.92772991032 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211514.31519997 Mflops = 211.51431519997 Gflops = 0.21151431519997 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166668000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040888 s
InvBiCGStab: k = 26 resid = 2.266973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096338(s) Flops=173574144 => 1801.72044260832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.042714883 Mflops = 259.289042714883 Gflops = 0.259289042714883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05604 s
InvBiCGStab: k = 57 resid = 1.068875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209078(s) Flops=376989696 => 1803.10552042778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.655672595 Mflops = 259.560655672595 Gflops = 0.259560655672595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007579793 Relative Rsd = 3.32262345667154e-07
BICGSTAB_SOLVER_TIME: 0.40632 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 54 resid = 2.276484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197683(s) Flops=357304320 => 1807.46103610326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260187.25630613 Mflops = 260.18725630613 Gflops = 0.26018725630613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 82 resid = 1.124435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342011(s) Flops=541034496 => 1581.9213300157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227758.699219614 Mflops = 227.758699219614 Gflops = 0.227758699219614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001079649 Relative Rsd = 4.73267063773873e-07
BICGSTAB_SOLVER_TIME: 0.641843 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044874 s
InvBiCGStab: k = 56 resid = 2.171986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228741(s) Flops=370427904 => 1619.42067228875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233142.911016194 Mflops = 233.142911016194 Gflops = 0.233142911016194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 86 resid = 8.775817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321459(s) Flops=567281664 => 1764.70922885967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254063.661153128 Mflops = 254.063661153128 Gflops = 0.254063661153128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001077751 Relative Rsd = 4.72435156757683e-07
BICGSTAB_SOLVER_TIME: 0.655318 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041675 s
InvBiCGStab: k = 58 resid = 1.610922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213096(s) Flops=383551488 => 1799.89998873747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.336956498 Mflops = 259.130336956498 Gflops = 0.259130336956498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056999 s
InvBiCGStab: k = 94 resid = 9.556586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343099(s) Flops=619776000 => 1806.40573129039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260070.596881803 Mflops = 260.070596881803 Gflops = 0.260070596881803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001163054 Relative Rsd = 5.09827749247214e-07
BICGSTAB_SOLVER_TIME: 0.658726 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040888 s
InvBiCGStab: k = 65 resid = 1.796377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250558(s) Flops=429484032 => 1714.11023395781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246790.30716935 Mflops = 246.79030716935 Gflops = 0.24679030716935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058588 s
InvBiCGStab: k = 85 resid = 9.131875e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32387(s) Flops=560719872 => 1731.31155093093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249263.240904499 Mflops = 249.263240904499 Gflops = 0.249263240904499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001068833 Relative Rsd = 4.68525826565726e-07
BICGSTAB_SOLVER_TIME: 0.677846 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121375
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005488(s) Flops=1510096896 => 1501.8547173114 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216243.180566861 Mflops = 216.243180566861 Gflops = 0.216243180566861 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167645000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04067 s
InvBiCGStab: k = 24 resid = 2.219966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089254(s) Flops=160450560 => 1797.68480964439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258713.168200654 Mflops = 258.713168200654 Gflops = 0.258713168200654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055917 s
InvBiCGStab: k = 57 resid = 7.67429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209037(s) Flops=376989696 => 1803.45917708348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259627.257866886 Mflops = 259.627257866886 Gflops = 0.259627257866886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007690632 Relative Rsd = 3.37120979642002e-07
BICGSTAB_SOLVER_TIME: 0.398855 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 61 resid = 1.715795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223426(s) Flops=403236864 => 1804.78934412289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259823.396275316 Mflops = 259.823396275316 Gflops = 0.259823396275316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 92 resid = 8.924612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335815(s) Flops=606652416 => 1806.507797448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260082.134857397 Mflops = 260.082134857397 Gflops = 0.260082134857397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00113189 Relative Rsd = 4.96167266535646e-07
BICGSTAB_SOLVER_TIME: 0.660653 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046032 s
InvBiCGStab: k = 60 resid = 1.899467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244646(s) Flops=396675072 => 1621.42471979922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233432.011645386 Mflops = 233.432011645386 Gflops = 0.233432011645386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067727 s
InvBiCGStab: k = 87 resid = 8.573177e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371368(s) Flops=573843456 => 1545.2151396997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222472.103648747 Mflops = 222.472103648747 Gflops = 0.222472103648747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00106025 Relative Rsd = 4.64763516623654e-07
BICGSTAB_SOLVER_TIME: 0.734194 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042426 s
InvBiCGStab: k = 64 resid = 1.908347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248854(s) Flops=422922240 => 1699.47937344789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244679.002789979 Mflops = 244.679002789979 Gflops = 0.244679002789979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057432 s
InvBiCGStab: k = 88 resid = 1.128486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32573(s) Flops=580405248 => 1781.85996991373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256536.309896283 Mflops = 256.536309896283 Gflops = 0.256536309896283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001095477 Relative Rsd = 4.80205541835665e-07
BICGSTAB_SOLVER_TIME: 0.678301 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 60 resid = 2.044139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220465(s) Flops=396675072 => 1799.26551606831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259029.132403926 Mflops = 259.029132403926 Gflops = 0.259029132403926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056801 s
InvBiCGStab: k = 76 resid = 1.10667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278961(s) Flops=501663744 => 1798.32931485046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258903.355373179 Mflops = 258.903355373179 Gflops = 0.258903355373179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001093523 Relative Rsd = 4.79348986856721e-07
BICGSTAB_SOLVER_TIME: 0.600881 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111405
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957535(s) Flops=1516584960 => 1583.84284647559 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228053.279605732 Mflops = 228.053279605732 Gflops = 0.228053279605732 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168560000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.115044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786378(s) Flops=1420314624 => 1806.1474558037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260011.821493442 Mflops = 260.011821493442 Gflops = 0.260011821493442 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.084887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876791(s) Flops=1525303296 => 1739.6429662257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250496.210929952 Mflops = 250.496210929952 Gflops = 0.250496210929952 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002041472 Relative Rsd = 8.98293305076478e-07
BICGSTAB_SOLVER_TIME: 1.667216 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0.123191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319793999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.181669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744396(s) Flops=1230022656 => 1652.37676720455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237913.03058546 Mflops = 237.91303058546 Gflops = 0.23791303058546 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.083482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84488(s) Flops=1499056128 => 1774.28288987785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255487.366113081 Mflops = 255.487366113081 Gflops = 0.255487366113081 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.001970964 Relative Rsd = 8.66730662658712e-07
BICGSTAB_SOLVER_TIME: 1.59269 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296209999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941087(s) Flops=1516584960 => 1611.52471556827 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232039.525743027 Mflops = 232.039525743027 Gflops = 0.232039525743027 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168644000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 25 resid = 1.944109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093434(s) Flops=167012352 => 1787.49012136909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257255.729599346 Mflops = 257.255729599346 Gflops = 0.257255729599346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057302 s
InvBiCGStab: k = 59 resid = 1.039733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228544(s) Flops=390113280 => 1706.95043405209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245730.093939194 Mflops = 245.730093939194 Gflops = 0.245730093939194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007535141 Relative Rsd = 3.30305001444789e-07
BICGSTAB_SOLVER_TIME: 0.424437 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0745060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041975 s
InvBiCGStab: k = 84 resid = 1.649167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308623(s) Flops=554158080 => 1795.5825716165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.317916342 Mflops = 258.512317916342 Gflops = 0.258512317916342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 112 resid = 7.498477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412326(s) Flops=737888256 => 1789.57488977169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257658.235826722 Mflops = 257.658235826722 Gflops = 0.257658235826722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001327267 Relative Rsd = 5.81811282459875e-07
BICGSTAB_SOLVER_TIME: 0.82325 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154061999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 66 resid = 1.969167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242067(s) Flops=436045824 => 1801.34352885771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259339.558367263 Mflops = 259.339558367263 Gflops = 0.259339558367263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 91 resid = 8.692062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332515(s) Flops=600090624 => 1804.70241643234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.185409087 Mflops = 259.825185409087 Gflops = 0.259825185409087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00109526 Relative Rsd = 4.80110420091206e-07
BICGSTAB_SOLVER_TIME: 0.676028 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126504000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046096 s
InvBiCGStab: k = 71 resid = 1.749293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296823(s) Flops=468854784 => 1579.5770004346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227412.113352503 Mflops = 227.412113352503 Gflops = 0.227412113352503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066516 s
InvBiCGStab: k = 93 resid = 1.107798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390628(s) Flops=613214208 => 1569.81631629069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226016.262282073 Mflops = 226.016262282073 Gflops = 0.226016262282073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001161143 Relative Rsd = 5.08990279854336e-07
BICGSTAB_SOLVER_TIME: 0.803904 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042351 s
InvBiCGStab: k = 63 resid = 1.585637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234898(s) Flops=416360448 => 1772.51593457586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255183.012866343 Mflops = 255.183012866343 Gflops = 0.255183012866343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057811 s
InvBiCGStab: k = 82 resid = 1.041829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302857(s) Flops=541034496 => 1786.43549926203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257191.300614347 Mflops = 257.191300614347 Gflops = 0.257191300614347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00110672 Relative Rsd = 4.85133807581068e-07
BICGSTAB_SOLVER_TIME: 0.64178 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117856
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943623(s) Flops=1522925568 => 1613.91314963709 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232410.35053705 Mflops = 232.41035053705 Gflops = 0.23241035053705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169530000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041267 s
InvBiCGStab: k = 27 resid = 2.250534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105764(s) Flops=180135936 => 1703.18762527892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245096.608706302 Mflops = 245.096608706302 Gflops = 0.245096608706302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060543 s
InvBiCGStab: k = 54 resid = 1.134999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203924(s) Flops=357304320 => 1752.14452443067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252233.627117785 Mflops = 252.233627117785 Gflops = 0.252233627117785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007826076 Relative Rsd = 3.43058204384498e-07
BICGSTAB_SOLVER_TIME: 0.41542 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 84 resid = 1.728037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314571(s) Flops=554158080 => 1761.63117388443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253635.565728398 Mflops = 253.635565728398 Gflops = 0.253635565728398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 108 resid = 1.128125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399071(s) Flops=711641088 => 1783.24430489813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256755.171702435 Mflops = 256.755171702435 Gflops = 0.256755171702435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001293077 Relative Rsd = 5.66823790175922e-07
BICGSTAB_SOLVER_TIME: 0.815169 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151435999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 60 resid = 2.006454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219441(s) Flops=396675072 => 1807.66161291646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.742227273 Mflops = 260.222742227273 Gflops = 0.260222742227273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 74 resid = 1.048401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270201(s) Flops=488540160 => 1808.06199829016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260300.691217564 Mflops = 260.300691217564 Gflops = 0.260300691217564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001056274 Relative Rsd = 4.63020655605132e-07
BICGSTAB_SOLVER_TIME: 0.591127 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04149 s
InvBiCGStab: k = 72 resid = 1.18901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272478(s) Flops=475416576 => 1744.78884900799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251201.565212402 Mflops = 251.201565212402 Gflops = 0.251201565212402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063414 s
InvBiCGStab: k = 88 resid = 7.713123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362619(s) Flops=580405248 => 1600.59248963788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230441.813829723 Mflops = 230.441813829723 Gflops = 0.230441813829723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001149617 Relative Rsd = 5.03938008830479e-07
BICGSTAB_SOLVER_TIME: 0.744238 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044298 s
InvBiCGStab: k = 59 resid = 2.051839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220889(s) Flops=390113280 => 1766.10551000729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254256.884399227 Mflops = 254.256884399227 Gflops = 0.254256884399227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060423 s
InvBiCGStab: k = 94 resid = 1.018213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347813(s) Flops=619776000 => 1781.92304485456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256552.487416765 Mflops = 256.552487416765 Gflops = 0.256552487416765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001191082 Relative Rsd = 5.22114273885913e-07
BICGSTAB_SOLVER_TIME: 0.67743 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123593
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945197(s) Flops=1523294208 => 1611.61557643539 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232056.899725568 Mflops = 232.056899725568 Gflops = 0.232056899725568 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169176000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044725 s
InvBiCGStab: k = 36 resid = 1.911676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148452(s) Flops=239192064 => 1611.24177511923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231954.342140237 Mflops = 231.954342140237 Gflops = 0.231954342140237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056942 s
InvBiCGStab: k = 57 resid = 1.083955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212359(s) Flops=376989696 => 1775.24708630197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255562.279213556 Mflops = 255.562279213557 Gflops = 0.255562279213557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007739012 Relative Rsd = 3.39241725058443e-07
BICGSTAB_SOLVER_TIME: 0.46635 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0809310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041807 s
InvBiCGStab: k = 62 resid = 1.563939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231129(s) Flops=409798656 => 1773.0300221954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255266.999583442 Mflops = 255.266999583442 Gflops = 0.255266999583442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057464 s
InvBiCGStab: k = 92 resid = 1.022796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337322(s) Flops=606652416 => 1798.43714907418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258934.596337591 Mflops = 258.934596337591 Gflops = 0.258934596337591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001145497 Relative Rsd = 5.02131767336304e-07
BICGSTAB_SOLVER_TIME: 0.671573 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 56 resid = 1.796986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205543(s) Flops=370427904 => 1802.19177495707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259451.879638485 Mflops = 259.451879638485 Gflops = 0.259451879638485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 87 resid = 1.139943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317798(s) Flops=573843456 => 1805.68617801245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259957.993952536 Mflops = 259.957993952536 Gflops = 0.259957993952536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001081568 Relative Rsd = 4.74108360490161e-07
BICGSTAB_SOLVER_TIME: 0.625013 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 57 resid = 2.234961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209059(s) Flops=376989696 => 1803.26939285082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259611.703283695 Mflops = 259.611703283695 Gflops = 0.259611703283695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 96 resid = 1.025191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350854(s) Flops=632899584 => 1803.88305106968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.503711701 Mflops = 259.714503711701 Gflops = 0.259714503711701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001158484 Relative Rsd = 5.07824528174919e-07
BICGSTAB_SOLVER_TIME: 0.660801 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04427 s
InvBiCGStab: k = 62 resid = 2.051425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260524(s) Flops=409798656 => 1572.97852021311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226464.797901152 Mflops = 226.464797901152 Gflops = 0.226464797901152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066208 s
InvBiCGStab: k = 91 resid = 9.694725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355938(s) Flops=600090624 => 1685.94143923942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242730.966101097 Mflops = 242.730966101097 Gflops = 0.242730966101097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001117447 Relative Rsd = 4.89835955059465e-07
BICGSTAB_SOLVER_TIME: 0.730751 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123484
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954182(s) Flops=1523589120 => 1596.74896403412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229956.966022044 Mflops = 229.956966022044 Gflops = 0.229956966022044 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169430000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046091 s
InvBiCGStab: k = 25 resid = 2.038329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107176(s) Flops=167012352 => 1558.29991789207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224267.954127202 Mflops = 224.267954127202 Gflops = 0.224267954127202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061501 s
InvBiCGStab: k = 61 resid = 7.718277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251274(s) Flops=403236864 => 1604.76955037131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231033.67255329 Mflops = 231.03367255329 Gflops = 0.23103367255329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007563215 Relative Rsd = 3.31535639013733e-07
BICGSTAB_SOLVER_TIME: 0.470217 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042403 s
InvBiCGStab: k = 64 resid = 1.237964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237149(s) Flops=422922240 => 1783.36084065292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256751.098959872 Mflops = 256.751098959872 Gflops = 0.256751098959872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05797 s
InvBiCGStab: k = 91 resid = 1.015464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357475(s) Flops=600090624 => 1678.6925631163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241694.256471105 Mflops = 241.694256471105 Gflops = 0.241694256471105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001175757 Relative Rsd = 5.1539635171444e-07
BICGSTAB_SOLVER_TIME: 0.698868 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 67 resid = 2.160836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249309(s) Flops=442607616 => 1775.33749684127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255574.107011871 Mflops = 255.574107011871 Gflops = 0.255574107011871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056201 s
InvBiCGStab: k = 92 resid = 1.048672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336582(s) Flops=606652416 => 1802.39114391144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259494.688273192 Mflops = 259.494688273192 Gflops = 0.259494688273192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001069501 Relative Rsd = 4.68818642322007e-07
BICGSTAB_SOLVER_TIME: 0.687138 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040755 s
InvBiCGStab: k = 69 resid = 1.253524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252186(s) Flops=455731200 => 1807.12331374462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260164.611327305 Mflops = 260.164611327305 Gflops = 0.260164611327305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056619 s
InvBiCGStab: k = 89 resid = 1.11965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325513(s) Flops=586967040 => 1803.20613923253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259610.048914195 Mflops = 259.610048914195 Gflops = 0.259610048914195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00120241 Relative Rsd = 5.27079690183873e-07
BICGSTAB_SOLVER_TIME: 0.678923 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 66 resid = 1.786248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241721(s) Flops=436045824 => 1803.9219761626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.784076068 Mflops = 259.706784076068 Gflops = 0.259706784076068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055895 s
InvBiCGStab: k = 89 resid = 8.193608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339524(s) Flops=586967040 => 1728.79395860086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248894.995203709 Mflops = 248.894995203709 Gflops = 0.248894995203709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001128276 Relative Rsd = 4.94582958768216e-07
BICGSTAB_SOLVER_TIME: 0.682799 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12517
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00977(s) Flops=1523884032 => 1509.13973677174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217305.741844635 Mflops = 217.305741844635 Gflops = 0.217305741844635 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169296000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.217761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76573(s) Flops=1295640576 => 1692.03319185614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243611.002112831 Mflops = 243.611002112831 Gflops = 0.243611002112831 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.064786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.002611(s) Flops=1669662720 => 1665.31458362216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239794.74167749 Mflops = 239.79474167749 Gflops = 0.23979474167749 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002178191 Relative Rsd = 9.58427962254284e-07
BICGSTAB_SOLVER_TIME: 1.771757 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.11598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322073999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.54546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.651529(s) Flops=1177528320 => 1807.33063301864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260164.145137561 Mflops = 260.164145137561 Gflops = 0.260164145137561 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 7.131762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861317(s) Flops=1492494336 => 1732.80492083635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249510.951222936 Mflops = 249.510951222936 Gflops = 0.249510951222936 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.001968888 Relative Rsd = 8.65770949669007e-07
BICGSTAB_SOLVER_TIME: 1.516266 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289875999999997
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052429(s) Flops=1523884032 => 1447.96849193627 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208492.32307895 Mflops = 208.49232307895 Gflops = 0.20849232307895 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169527000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 34 resid = 2.251094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125259(s) Flops=226068480 => 1804.80827724954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.622125112 Mflops = 259.779622125112 Gflops = 0.259779622125112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055901 s
InvBiCGStab: k = 56 resid = 9.786452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205338(s) Flops=370427904 => 1803.99100020454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259696.352786223 Mflops = 259.696352786223 Gflops = 0.259696352786223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007832359 Relative Rsd = 3.43333644092502e-07
BICGSTAB_SOLVER_TIME: 0.431372 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 88 resid = 1.651425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321711(s) Flops=580405248 => 1804.11999589694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.930834904 Mflops = 259.747930834904 Gflops = 0.259747930834904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 111 resid = 6.734909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452255(s) Flops=731326464 => 1617.06661949564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232824.259475163 Mflops = 232.824259475163 Gflops = 0.232824259475163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001257818 Relative Rsd = 5.51368139692575e-07
BICGSTAB_SOLVER_TIME: 0.875867 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156243999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043962 s
InvBiCGStab: k = 59 resid = 1.837583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252959(s) Flops=390113280 => 1542.19964500176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222024.598428198 Mflops = 222.024598428198 Gflops = 0.222024598428198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 86 resid = 8.946577e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337028(s) Flops=567281664 => 1683.18853032982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242338.782039384 Mflops = 242.338782039384 Gflops = 0.242338782039384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00104918 Relative Rsd = 4.59910776726856e-07
BICGSTAB_SOLVER_TIME: 0.694782 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117795
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042697 s
InvBiCGStab: k = 71 resid = 2.061328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261391(s) Flops=468854784 => 1793.69138187619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258242.87483704 Mflops = 258.24287483704 Gflops = 0.25824287483704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058316 s
InvBiCGStab: k = 93 resid = 9.913566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341585(s) Flops=613214208 => 1795.20238886368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258447.264899488 Mflops = 258.447264899488 Gflops = 0.258447264899488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001184829 Relative Rsd = 5.1937288970546e-07
BICGSTAB_SOLVER_TIME: 0.707864 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 60 resid = 2.243944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220802(s) Flops=396675072 => 1796.51937935345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258629.317056417 Mflops = 258.629317056417 Gflops = 0.258629317056417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 93 resid = 9.080727e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341289(s) Flops=613214208 => 1796.75936816012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.281290032 Mflops = 258.687281290032 Gflops = 0.258687281290032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001123639 Relative Rsd = 4.92550241790182e-07
BICGSTAB_SOLVER_TIME: 0.663822 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123609000000001
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.039928(s) Flops=1530077184 => 1471.32992284081 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211872.376022939 Mflops = 211.872376022939 Gflops = 0.211872376022939 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169948000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040488 s
InvBiCGStab: k = 30 resid = 1.720672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111171(s) Flops=199821312 => 1797.42299700461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258686.162152108 Mflops = 258.686162152108 Gflops = 0.258686162152108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 51 resid = 8.468689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186966(s) Flops=337618944 => 1805.77722152691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.164351552 Mflops = 259.936164351552 Gflops = 0.259936164351552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000789072 Relative Rsd = 3.45891878090087e-07
BICGSTAB_SOLVER_TIME: 0.398792 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040933 s
InvBiCGStab: k = 71 resid = 2.269198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259993(s) Flops=468854784 => 1803.33618212798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.915340986 Mflops = 259.631915340986 Gflops = 0.259631915340986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060776 s
InvBiCGStab: k = 101 resid = 9.847348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395608(s) Flops=665708544 => 1682.74793229662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242272.251369407 Mflops = 242.272251369407 Gflops = 0.242272251369407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001279135 Relative Rsd = 5.60712371187336e-07
BICGSTAB_SOLVER_TIME: 0.761754 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043924 s
InvBiCGStab: k = 60 resid = 2.120179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254315(s) Flops=396675072 => 1559.77851090183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224538.12316957 Mflops = 224.53812316957 Gflops = 0.22453812316957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065551 s
InvBiCGStab: k = 80 resid = 8.723927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309788(s) Flops=527910912 => 1704.10381293013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245346.350694695 Mflops = 245.346350694695 Gflops = 0.245346350694695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001071151 Relative Rsd = 4.69541802322402e-07
BICGSTAB_SOLVER_TIME: 0.677481 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041547 s
InvBiCGStab: k = 65 resid = 2.01375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24177(s) Flops=429484032 => 1776.41573396203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255738.9080352 Mflops = 255.7389080352 Gflops = 0.2557389080352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056645 s
InvBiCGStab: k = 103 resid = 9.192191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377259(s) Flops=678832128 => 1799.3795456172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259061.098322161 Mflops = 259.061098322161 Gflops = 0.259061098322161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001189309 Relative Rsd = 5.21336714862131e-07
BICGSTAB_SOLVER_TIME: 0.720992 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042171 s
InvBiCGStab: k = 69 resid = 1.744301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252784(s) Flops=455731200 => 1802.84828153681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259556.738065614 Mflops = 259.556738065614 Gflops = 0.259556738065614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056976 s
InvBiCGStab: k = 87 resid = 1.030278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317807(s) Flops=573843456 => 1805.63504265167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.022174502 Mflops = 259.947022174502 Gflops = 0.259947022174502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001125415 Relative Rsd = 4.93328974526476e-07
BICGSTAB_SOLVER_TIME: 0.673588 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125915
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987917(s) Flops=1530150912 => 1548.8658581642 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223021.638427473 Mflops = 223.021638427473 Gflops = 0.223021638427473 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169796000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042755 s
InvBiCGStab: k = 30 resid = 2.13123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119004(s) Flops=199821312 => 1679.11424826056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241653.990041863 Mflops = 241.653990041863 Gflops = 0.241653990041863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 52 resid = 9.282287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192945(s) Flops=344180736 => 1783.82822047734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256783.999897551 Mflops = 256.783999897551 Gflops = 0.256783999897551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007931617 Relative Rsd = 3.47684621890374e-07
BICGSTAB_SOLVER_TIME: 0.414736 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041481 s
InvBiCGStab: k = 54 resid = 2.189698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199034(s) Flops=357304320 => 1795.19237919149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258448.214661528 Mflops = 258.448214661528 Gflops = 0.258448214661528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056751 s
InvBiCGStab: k = 96 resid = 8.17779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352502(s) Flops=632899584 => 1795.44962581773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258499.432713993 Mflops = 258.499432713993 Gflops = 0.258499432713994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001066704 Relative Rsd = 4.67592674087621e-07
BICGSTAB_SOLVER_TIME: 0.653639 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 61 resid = 1.543053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257369(s) Flops=403236864 => 1566.76547680568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225568.982460753 Mflops = 225.568982460753 Gflops = 0.225568982460753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059539 s
InvBiCGStab: k = 77 resid = 8.197169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323631(s) Flops=508225536 => 1570.38582830446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226088.976272458 Mflops = 226.088976272458 Gflops = 0.226088976272458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001043909 Relative Rsd = 4.57600604317156e-07
BICGSTAB_SOLVER_TIME: 0.685869 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041609 s
InvBiCGStab: k = 65 resid = 1.713627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245573(s) Flops=429484032 => 1748.90575103941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251786.022554114 Mflops = 251.786022554114 Gflops = 0.251786022554114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057108 s
InvBiCGStab: k = 88 resid = 9.053543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326417(s) Flops=580405248 => 1778.10974305873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255996.978487245 Mflops = 255.996978487245 Gflops = 0.255996978487245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001141175 Relative Rsd = 5.00237140186868e-07
BICGSTAB_SOLVER_TIME: 0.674591 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040643 s
InvBiCGStab: k = 60 resid = 2.267533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219688(s) Flops=396675072 => 1805.62921962055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.028790599 Mflops = 259.949028790599 Gflops = 0.259949028790599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055614 s
InvBiCGStab: k = 81 resid = 1.059605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296208(s) Flops=534472704 => 1804.38308215848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259778.457869595 Mflops = 259.778457869595 Gflops = 0.259778457869595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001083583 Relative Rsd = 4.74991400547096e-07
BICGSTAB_SOLVER_TIME: 0.616015 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115118
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954168(s) Flops=1536344064 => 1610.14000050306 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231850.270762616 Mflops = 231.850270762616 Gflops = 0.231850270762616 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170849000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 25 resid = 2.172394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092998(s) Flops=167012352 => 1795.8703628035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258435.259539239 Mflops = 258.435259539239 Gflops = 0.258435259539239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 47 resid = 1.112256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173773(s) Flops=311371776 => 1791.83058357743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257921.191735775 Mflops = 257.921191735775 Gflops = 0.257921191735775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007643664 Relative Rsd = 3.35062109287339e-07
BICGSTAB_SOLVER_TIME: 0.368362 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 69 resid = 1.348803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254911(s) Flops=455731200 => 1787.80515552487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257391.506668002 Mflops = 257.391506668002 Gflops = 0.257391506668002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057274 s
InvBiCGStab: k = 88 resid = 8.430518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322498(s) Flops=580405248 => 1799.71735638671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.664691857 Mflops = 259.105664691857 Gflops = 0.259105664691857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001139568 Relative Rsd = 4.99532861648625e-07
BICGSTAB_SOLVER_TIME: 0.679939 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040684 s
InvBiCGStab: k = 60 resid = 2.226314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220063(s) Flops=396675072 => 1802.55232365277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259507.336181405 Mflops = 259.507336181405 Gflops = 0.259507336181405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 85 resid = 9.099299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320687(s) Flops=560719872 => 1748.49579808349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251740.274372299 Mflops = 251.740274372299 Gflops = 0.251740274372299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001105942 Relative Rsd = 4.84792869611791e-07
BICGSTAB_SOLVER_TIME: 0.641748 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 61 resid = 2.026638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261381(s) Flops=403236864 => 1542.71681568285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222102.120705639 Mflops = 222.102120705639 Gflops = 0.222102120705639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062705 s
InvBiCGStab: k = 87 resid = 1.01558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332058(s) Flops=573843456 => 1728.14224021105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248803.925354654 Mflops = 248.803925354654 Gflops = 0.248803925354654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001142255 Relative Rsd = 5.00710707670014e-07
BICGSTAB_SOLVER_TIME: 0.701416 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040848 s
InvBiCGStab: k = 66 resid = 1.555848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245553(s) Flops=436045824 => 1775.77070530598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255659.176916737 Mflops = 255.659176916737 Gflops = 0.255659176916737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 80 resid = 8.147325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292695(s) Flops=527910912 => 1803.62121662481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.758145573 Mflops = 259.661758145573 Gflops = 0.259661758145573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001084603 Relative Rsd = 4.75438789138124e-07
BICGSTAB_SOLVER_TIME: 0.639514 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118649
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979371(s) Flops=1536565248 => 1568.93071981915 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225907.110756526 Mflops = 225.907110756526 Gflops = 0.225907110756527 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170840000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021149
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.946292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748089(s) Flops=1341573120 => 1793.33357394642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258189.510659079 Mflops = 258.189510659079 Gflops = 0.258189510659079 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 1.028229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973948(s) Flops=1754966016 => 1801.90935861052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.810282597 Mflops = 259.465810282597 Gflops = 0.259465810282597 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002217913 Relative Rsd = 9.75905722478253e-07
BICGSTAB_SOLVER_TIME: 1.725403 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.115829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336024999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.985906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721063(s) Flops=1216899072 => 1687.64597822936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242951.943985718 Mflops = 242.951943985718 Gflops = 0.242951943985718 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 9.293223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.926376(s) Flops=1512179712 => 1632.36063110443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235047.973932703 Mflops = 235.047973932703 Gflops = 0.235047973932703 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.00196891 Relative Rsd = 8.65736660289742e-07
BICGSTAB_SOLVER_TIME: 1.650988 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.121536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295917999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990343(s) Flops=1536565248 => 1551.54855237024 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223400.147178356 Mflops = 223.400147178356 Gflops = 0.223400147178356 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170486000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047876 s
InvBiCGStab: k = 37 resid = 1.473639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155352(s) Flops=245753856 => 1581.916267573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227726.059721965 Mflops = 227.726059721965 Gflops = 0.227726059721965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056704 s
InvBiCGStab: k = 54 resid = 1.047327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206538(s) Flops=357304320 => 1729.96891613166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249046.625668413 Mflops = 249.046625668413 Gflops = 0.249046625668413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007806681 Relative Rsd = 3.42208028277901e-07
BICGSTAB_SOLVER_TIME: 0.470472 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0793860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04246 s
InvBiCGStab: k = 86 resid = 2.232542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332608(s) Flops=567281664 => 1705.55628247066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245562.241600253 Mflops = 245.562241600253 Gflops = 0.245562241600253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055914 s
InvBiCGStab: k = 115 resid = 1.08677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429894(s) Flops=757573632 => 1762.2335552485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253717.695909861 Mflops = 253.717695909861 Gflops = 0.253717695909861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.00135581 Relative Rsd = 5.94322853715026e-07
BICGSTAB_SOLVER_TIME: 0.864694 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157522999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041799 s
InvBiCGStab: k = 66 resid = 2.150004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242519(s) Flops=436045824 => 1797.98623612995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258849.802496591 Mflops = 258.849802496591 Gflops = 0.258849802496591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058071 s
InvBiCGStab: k = 79 resid = 1.088148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295657(s) Flops=521349120 => 1763.35794518648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253857.162299539 Mflops = 253.857162299539 Gflops = 0.253857162299539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001078792 Relative Rsd = 4.72891577831957e-07
BICGSTAB_SOLVER_TIME: 0.641876 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117817000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042313 s
InvBiCGStab: k = 64 resid = 2.20249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237689(s) Flops=422922240 => 1779.30926546874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256152.767802881 Mflops = 256.152767802881 Gflops = 0.256152767802881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056442 s
InvBiCGStab: k = 110 resid = 7.411279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458112(s) Flops=724764672 => 1582.06873428332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227785.729952986 Mflops = 227.785729952986 Gflops = 0.227785729952986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001185864 Relative Rsd = 5.19826861292752e-07
BICGSTAB_SOLVER_TIME: 0.79866 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046463 s
InvBiCGStab: k = 60 resid = 2.235561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252288(s) Flops=396675072 => 1572.31050228311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226374.192226939 Mflops = 226.374192226939 Gflops = 0.226374192226939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058425 s
InvBiCGStab: k = 95 resid = 1.056279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375878(s) Flops=626337792 => 1666.33267177116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239909.345031066 Mflops = 239.909345031066 Gflops = 0.239909345031066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001177979 Relative Rsd = 5.16370431037532e-07
BICGSTAB_SOLVER_TIME: 0.736944 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124898
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970384(s) Flops=1542832128 => 1589.91917426503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228923.659409666 Mflops = 228.923659409666 Gflops = 0.228923659409666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171355000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048046 s
InvBiCGStab: k = 27 resid = 2.186491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116637(s) Flops=180135936 => 1544.4150312508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222288.921185665 Mflops = 222.288921185665 Gflops = 0.222288921185665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060921 s
InvBiCGStab: k = 55 resid = 1.054647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206178(s) Flops=363866112 => 1764.81541192562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254051.65834202 Mflops = 254.05165834202 Gflops = 0.25405165834202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007738659 Relative Rsd = 3.39226262671871e-07
BICGSTAB_SOLVER_TIME: 0.435629 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 77 resid = 2.272458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285662(s) Flops=508225536 => 1779.11495403659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256153.316575238 Mflops = 256.153316575238 Gflops = 0.256153316575238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056414 s
InvBiCGStab: k = 109 resid = 9.935779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398435(s) Flops=718202880 => 1802.55971488449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259526.500086176 Mflops = 259.526500086176 Gflops = 0.259526500086176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001282577 Relative Rsd = 5.62221102075182e-07
BICGSTAB_SOLVER_TIME: 0.785818 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146853999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042113 s
InvBiCGStab: k = 70 resid = 2.092389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255973(s) Flops=462292992 => 1806.02247893332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260012.920960313 Mflops = 260.012920960313 Gflops = 0.260012920960313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 87 resid = 1.107676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31815(s) Flops=573843456 => 1803.68837340877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259682.458360884 Mflops = 259.682458360884 Gflops = 0.259682458360884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001106272 Relative Rsd = 4.84937491405674e-07
BICGSTAB_SOLVER_TIME: 0.67649 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040736 s
InvBiCGStab: k = 64 resid = 2.045854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234195(s) Flops=422922240 => 1805.85512073272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259989.866151441 Mflops = 259.989866151441 Gflops = 0.259989866151441 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055872 s
InvBiCGStab: k = 93 resid = 9.661234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350084(s) Flops=613214208 => 1751.62020543641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252185.656033741 Mflops = 252.185656033741 Gflops = 0.252185656033741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001171977 Relative Rsd = 5.13739579957132e-07
BICGSTAB_SOLVER_TIME: 0.685143 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042513 s
InvBiCGStab: k = 66 resid = 2.093231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283955(s) Flops=436045824 => 1535.61593914529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221082.737370779 Mflops = 221.082737370779 Gflops = 0.221082737370779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061255 s
InvBiCGStab: k = 87 resid = 1.045966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330847(s) Flops=573843456 => 1734.46776304455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249719.590712653 Mflops = 249.719590712653 Gflops = 0.249719590712653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001124499 Relative Rsd = 4.92927207630484e-07
BICGSTAB_SOLVER_TIME: 0.722587 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123452
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970398(s) Flops=1548951552 => 1596.20233347554 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229951.8324645 Mflops = 229.9518324645 Gflops = 0.2299518324645 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172418000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044631 s
InvBiCGStab: k = 28 resid = 1.937709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118594(s) Flops=186697728 => 1574.25947349782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226605.695060451 Mflops = 226.605695060451 Gflops = 0.226605695060451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058708 s
InvBiCGStab: k = 55 resid = 1.141434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240107(s) Flops=363866112 => 1515.43316937865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218152.511882729 Mflops = 218.152511882729 Gflops = 0.218152511882729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007405622 Relative Rsd = 3.24627473353341e-07
BICGSTAB_SOLVER_TIME: 0.466222 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 53 resid = 2.209029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199658(s) Flops=350742528 => 1756.71662542948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252890.748546696 Mflops = 252.890748546696 Gflops = 0.252890748546696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 86 resid = 9.050037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319437(s) Flops=567281664 => 1775.87963823853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255682.222778421 Mflops = 255.682222778421 Gflops = 0.255682222778421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001129802 Relative Rsd = 4.95251617683266e-07
BICGSTAB_SOLVER_TIME: 0.620305 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041578 s
InvBiCGStab: k = 62 resid = 1.409518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227076(s) Flops=409798656 => 1804.67621413095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259802.463348972 Mflops = 259.802463348972 Gflops = 0.259802463348972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 74 resid = 7.773874e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271281(s) Flops=488540160 => 1800.86390126843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.926397068 Mflops = 259.266926397068 Gflops = 0.259266926397068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001088995 Relative Rsd = 4.77364034874832e-07
BICGSTAB_SOLVER_TIME: 0.599825 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041802 s
InvBiCGStab: k = 75 resid = 1.84704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279463(s) Flops=495101952 => 1771.61896923743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255062.41433913 Mflops = 255.06241433913 Gflops = 0.25506241433913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059879 s
InvBiCGStab: k = 91 resid = 7.119338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350221(s) Flops=600090624 => 1713.46271068839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246686.086247372 Mflops = 246.686086247372 Gflops = 0.246686086247372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001162709 Relative Rsd = 5.09676799611961e-07
BICGSTAB_SOLVER_TIME: 0.735372 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132842
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 55 resid = 2.252387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221107(s) Flops=363866112 => 1645.6562297892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236898.196112011 Mflops = 236.898196112011 Gflops = 0.236898196112011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065346 s
InvBiCGStab: k = 82 resid = 8.61938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341198(s) Flops=541034496 => 1585.69070158676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228301.999830531 Mflops = 228.301999830531 Gflops = 0.228301999830531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001079498 Relative Rsd = 4.7320113174928e-07
BICGSTAB_SOLVER_TIME: 0.673379 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111975
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974637(s) Flops=1548951552 => 1589.25995216681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228859.998653948 Mflops = 228.859998653948 Gflops = 0.228859998653948 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172350000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 28 resid = 1.765838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103706(s) Flops=186697728 => 1800.25965710759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259099.198606818 Mflops = 259.099198606818 Gflops = 0.259099198606818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056264 s
InvBiCGStab: k = 57 resid = 1.042088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238126(s) Flops=376989696 => 1583.15217993835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227913.004642721 Mflops = 227.913004642721 Gflops = 0.227913004642721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0008141232 Relative Rsd = 3.56873157868855e-07
BICGSTAB_SOLVER_TIME: 0.443274 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046061 s
InvBiCGStab: k = 58 resid = 2.051706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246905(s) Flops=383551488 => 1553.43750835342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223640.68648772 Mflops = 223.64068648772 Gflops = 0.22364068648772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060455 s
InvBiCGStab: k = 99 resid = 9.580808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370931(s) Flops=652584960 => 1759.31631489414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253299.628706085 Mflops = 253.299628706085 Gflops = 0.253299628706085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00115827 Relative Rsd = 5.07731039421781e-07
BICGSTAB_SOLVER_TIME: 0.7282 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043739 s
InvBiCGStab: k = 59 resid = 2.19476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231035(s) Flops=390113280 => 1688.54623758305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243081.473272132 Mflops = 243.081473272132 Gflops = 0.243081473272132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056706 s
InvBiCGStab: k = 79 resid = 1.017557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291235(s) Flops=521349120 => 1790.13209263996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257737.415188813 Mflops = 257.737415188813 Gflops = 0.257737415188813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001084819 Relative Rsd = 4.75533349541817e-07
BICGSTAB_SOLVER_TIME: 0.626641 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 72 resid = 2.096626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274859(s) Flops=475416576 => 1729.6744003289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249027.070498299 Mflops = 249.027070498299 Gflops = 0.249027070498299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 86 resid = 1.080249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314965(s) Flops=567281664 => 1801.09429301668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259308.157950702 Mflops = 259.308157950702 Gflops = 0.259308157950702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00116829 Relative Rsd = 5.12123326796981e-07
BICGSTAB_SOLVER_TIME: 0.691696 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 57 resid = 1.269304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209297(s) Flops=376989696 => 1801.21882301227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.939599928 Mflops = 259.298939599928 Gflops = 0.259298939599928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 70 resid = 1.091137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266169(s) Flops=462292992 => 1736.84009783258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250037.768544241 Mflops = 250.037768544241 Gflops = 0.250037768544241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001027075 Relative Rsd = 4.50221269629621e-07
BICGSTAB_SOLVER_TIME: 0.577188 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105047
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019505(s) Flops=1549172736 => 1519.53422101902 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218796.203828878 Mflops = 218.796203828878 Gflops = 0.218796203828878 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171806000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.648079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784916(s) Flops=1289078784 => 1642.31431643641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236441.628670623 Mflops = 236.441628670623 Gflops = 0.236441628670623 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 8.50332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000727(s) Flops=1643415552 => 1642.22165685547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236470.476493178 Mflops = 236.470476493178 Gflops = 0.236470476493178 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002276009 Relative Rsd = 1.00150567330912e-06
BICGSTAB_SOLVER_TIME: 1.789083 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318564999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.535562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.666301(s) Flops=1203775488 => 1806.65418181873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260094.456634445 Mflops = 260.094456634445 Gflops = 0.260094456634445 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.098405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750563(s) Flops=1354696704 => 1804.90738818727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259892.224269914 Mflops = 259.892224269914 Gflops = 0.259892224269914 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.001919379 Relative Rsd = 8.43926598205823e-07
BICGSTAB_SOLVER_TIME: 1.420155 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277814999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 2.058151e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.161299(s) Flops=1879640064 => 1618.56684970882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233090.292880288 Mflops = 233.090292880288 Gflops = 0.233090292880288 Tflops
InvBiCGStab: k = 354 resid = 1.017452e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.339047(s) Flops=2325841920 => 1736.93822546931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250112.124728786 Mflops = 250.112124728786 Gflops = 0.250112124728786 Tflops
BICGSTAB_SOLVER: 640 iterations. Rsd = 0.002336227 Relative Rsd = 1.02800308934975e-06
BICGSTAB_SOLVER_TIME: 2.50481 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.457842
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 282 resid = 2.27287e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.037237(s) Flops=1853392896 => 1786.85574849335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257288.491441956 Mflops = 257.288491441956 Gflops = 0.257288491441956 Tflops
InvBiCGStab: k = 295 resid = 8.496421e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.165481(s) Flops=1938696192 => 1663.43011340382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239526.373587747 Mflops = 239.526373587747 Gflops = 0.239526373587747 Tflops
BICGSTAB_SOLVER: 577 iterations. Rsd = 0.001928863 Relative Rsd = 8.48096595043763e-07
BICGSTAB_SOLVER_TIME: 2.207621 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.412794999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 238 resid = 9.352972e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90107(s) Flops=1564674048 => 1736.46225931393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250003.975018151 Mflops = 250.003975018151 Gflops = 0.250003975018151 Tflops
InvBiCGStab: k = 241 resid = 8.065469e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883263(s) Flops=1584359424 => 1793.75726595589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258290.216348043 Mflops = 258.290216348043 Gflops = 0.258290216348043 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.001828174 Relative Rsd = 8.01384928498818e-07
BICGSTAB_SOLVER_TIME: 1.789697 sec
2Flav::invert,  n_count = 479
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341848000000003
MInvCG2: 341 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.390055(s) Flops=2201462784 => 1583.72351022082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228082.399932488 Mflops = 228.082399932488 Gflops = 0.228082399932488 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.245082000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0635411802645649
AccProb = 0.938435473483872
AcceptP = 1
After HMC trajectory call: time= 472.98325 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.067655 secs
Doing Update: 2748 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 245 resid = 1.854838e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.982317(s) Flops=1610606592 => 1639.59963229792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236097.247358488 Mflops = 236.097247358488 Gflops = 0.236097247358488 Tflops
InvBiCGStab: k = 282 resid = 1.081178e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.039966(s) Flops=1853392896 => 1782.16681699209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256622.096413076 Mflops = 256.622096413076 Gflops = 0.256622096413076 Tflops
BICGSTAB_SOLVER: 527 iterations. Rsd = 0.002030085 Relative Rsd = 8.92990401233801e-07
BICGSTAB_SOLVER_TIME: 2.027418 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378811999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 227 resid = 1.544428e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827285(s) Flops=1492494336 => 1804.08726859547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259761.99652651 Mflops = 259.76199652651 Gflops = 0.25976199652651 Tflops
InvBiCGStab: k = 260 resid = 4.320926e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.997278(s) Flops=1709033472 => 1713.69815838713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246763.566937309 Mflops = 246.763566937309 Gflops = 0.246763566937309 Tflops
BICGSTAB_SOLVER: 487 iterations. Rsd = 0.001761893 Relative Rsd = 7.74083711792396e-07
BICGSTAB_SOLVER_TIME: 1.829823 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350551999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
MInvCG2: 356 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.478857(s) Flops=2291705856 => 1549.64669065366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223389.948957557 Mflops = 223.389948957557 Gflops = 0.223389948957557 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254967000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 345 resid = 1.895587e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.29869(s) Flops=2266785792 => 1745.44024517013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251311.173846954 Mflops = 251.311173846954 Gflops = 0.251311173846954 Tflops
InvBiCGStab: k = 329 resid = 1.140439e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.301825(s) Flops=2161797120 => 1660.58964914639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239116.475605668 Mflops = 239.116475605668 Gflops = 0.239116475605668 Tflops
BICGSTAB_SOLVER: 674 iterations. Rsd = 0.002174495 Relative Rsd = 9.56512992365827e-07
BICGSTAB_SOLVER_TIME: 2.606566 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.481628999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 2.019648e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.003122(s) Flops=1774651392 => 1769.12817384127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254730.389015087 Mflops = 254.730389015087 Gflops = 0.254730389015087 Tflops
InvBiCGStab: k = 303 resid = 5.906222e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.111711(s) Flops=1991190528 => 1791.10445790318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257909.8798101 Mflops = 257.9098798101 Gflops = 0.2579098798101 Tflops
BICGSTAB_SOLVER: 573 iterations. Rsd = 0.001975255 Relative Rsd = 8.67823726820946e-07
BICGSTAB_SOLVER_TIME: 2.119914 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.410144999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 229 resid = 2.208477e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841788(s) Flops=1505617920 => 1788.59513321644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257475.722788306 Mflops = 257.475722788306 Gflops = 0.257475722788306 Tflops
InvBiCGStab: k = 272 resid = 9.641146e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.128998(s) Flops=1787774976 => 1583.50588397854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228020.087057344 Mflops = 228.020087057344 Gflops = 0.228020087057344 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.001870343 Relative Rsd = 8.19856102680031e-07
BICGSTAB_SOLVER_TIME: 1.975925 sec
2Flav::invert,  n_count = 501
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357589000000003
MInvCG2: 341 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.379534(s) Flops=2201389056 => 1595.74831501072 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229789.716920524 Mflops = 229.789716920524 Gflops = 0.229789716920524 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.244915000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.442797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862111(s) Flops=1558112256 => 1807.3220919348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260201.27228157 Mflops = 260.20127228157 Gflops = 0.26020127228157 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.083414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.0199(s) Flops=1630291968 => 1598.48217276204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230170.764815713 Mflops = 230.170764815713 Gflops = 0.230170764815713 Tflops
BICGSTAB_SOLVER: 485 iterations. Rsd = 0.002214339 Relative Rsd = 9.74039432584752e-07
BICGSTAB_SOLVER_TIME: 1.88531 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.115675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345755
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.704256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66623(s) Flops=1197213696 => 1796.99757741321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258723.261470008 Mflops = 258.723261470008 Gflops = 0.258723261470008 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.140287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.72119(s) Flops=1302202368 => 1805.63009470459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259992.137636487 Mflops = 259.992137636487 Gflops = 0.259992137636487 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001900991 Relative Rsd = 8.35196057366817e-07
BICGSTAB_SOLVER_TIME: 1.390766 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271275999999997
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017997(s) Flops=1549320192 => 1521.93001747549 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219136.837509835 Mflops = 219.136837509835 Gflops = 0.219136837509835 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171988000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.3e-05 s
InvBiCGStab: k = 170 resid = 1.482978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.621774(s) Flops=1118472192 => 1798.84040181802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258942.922583765 Mflops = 258.942922583765 Gflops = 0.258942922583765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3.1e-05 s
InvBiCGStab: k = 189 resid = 8.794912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.689426(s) Flops=1243146240 => 1803.16123847955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259626.425439517 Mflops = 259.626425439517 Gflops = 0.259626425439517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 359 iterations. Rsd = 0.001841831 Relative Rsd = 8.07357656960244e-07
BICGSTAB_SOLVER_TIME: 1.314915 sec
2Flav::invert,  n_count = 359
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257657999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000125 s
InvBiCGStab: k = 135 resid = 2.19765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.551009(s) Flops=888809472 => 1613.05799360809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232092.619140779 Mflops = 232.092619140779 Gflops = 0.232092619140779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 9.3e-05 s
InvBiCGStab: k = 144 resid = 6.767668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.577251(s) Flops=947865600 => 1642.03370804035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236401.176588141 Mflops = 236.401176588141 Gflops = 0.236401176588141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 279 iterations. Rsd = 0.001572837 Relative Rsd = 6.8944561471582e-07
BICGSTAB_SOLVER_TIME: 1.132193 sec
2Flav::invert,  n_count = 279
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200808999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005087 s
InvBiCGStab: k = 98 resid = 2.243342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382705(s) Flops=646023168 => 1688.04475509857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243044.944781627 Mflops = 243.044944781627 Gflops = 0.243044944781627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007609 s
InvBiCGStab: k = 128 resid = 1.087687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481817(s) Flops=842876928 => 1749.37149996783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251874.191681415 Mflops = 251.874191681415 Gflops = 0.251874191681415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 226 iterations. Rsd = 0.001477599 Relative Rsd = 6.47698500471715e-07
BICGSTAB_SOLVER_TIME: 0.88096 sec
2Flav::invert,  n_count = 226
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164888999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007607 s
InvBiCGStab: k = 92 resid = 1.997596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342195(s) Flops=606652416 => 1772.82665147065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255252.849498129 Mflops = 255.252849498129 Gflops = 0.255252849498129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010952 s
InvBiCGStab: k = 121 resid = 1.135201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452945(s) Flops=796944384 => 1759.47274834693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253328.685065059 Mflops = 253.328685065059 Gflops = 0.253328685065059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001418941 Relative Rsd = 6.21986115969272e-07
BICGSTAB_SOLVER_TIME: 0.817571 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157381999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010141 s
InvBiCGStab: k = 82 resid = 1.392681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308185(s) Flops=541034496 => 1755.55103590376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252756.764407775 Mflops = 252.756764407775 Gflops = 0.252756764407775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.017244 s
InvBiCGStab: k = 91 resid = 8.392698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383139(s) Flops=600090624 => 1566.24782128679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225499.010554713 Mflops = 225.499010554713 Gflops = 0.225499010554713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001217095 Relative Rsd = 5.33507726369622e-07
BICGSTAB_SOLVER_TIME: 0.722557 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129175
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988899(s) Flops=1549393920 => 1566.78682049431 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225599.918255697 Mflops = 225.599918255697 Gflops = 0.225599918255697 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173406000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013306 s
InvBiCGStab: k = 30 resid = 1.924963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110426(s) Flops=199821312 => 1809.5494901563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260458.242062521 Mflops = 260.458242062521 Gflops = 0.260458242062521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019502 s
InvBiCGStab: k = 48 resid = 1.126314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175985(s) Flops=317933568 => 1806.5946984118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260059.279621896 Mflops = 260.059279621896 Gflops = 0.260059279621896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007534131 Relative Rsd = 3.30255058964335e-07
BICGSTAB_SOLVER_TIME: 0.323059 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0626370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.019333 s
InvBiCGStab: k = 95 resid = 1.31844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396299(s) Flops=626337792 => 1580.46775793025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227557.638045606 Mflops = 227.557638045606 Gflops = 0.227557638045606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.028989 s
InvBiCGStab: k = 114 resid = 1.114902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448921(s) Flops=751011840 => 1672.92650599994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240866.057162706 Mflops = 240.866057162706 Gflops = 0.240866057162706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001362858 Relative Rsd = 5.97402160116657e-07
BICGSTAB_SOLVER_TIME: 0.897378 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157203999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020561 s
InvBiCGStab: k = 73 resid = 1.036984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271175(s) Flops=481978368 => 1777.37021480594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255888.651340336 Mflops = 255.888651340336 Gflops = 0.255888651340336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028764 s
InvBiCGStab: k = 97 resid = 1.088937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361194(s) Flops=639461376 => 1770.4097410256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254887.145170631 Mflops = 254.887145170631 Gflops = 0.254887145170631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001159913 Relative Rsd = 5.08442148412495e-07
BICGSTAB_SOLVER_TIME: 0.685616 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130335
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023931 s
InvBiCGStab: k = 67 resid = 2.15737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246888(s) Flops=442607616 => 1792.746573345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258104.316882341 Mflops = 258.104316882341 Gflops = 0.258104316882341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033966 s
InvBiCGStab: k = 104 resid = 8.998614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380922(s) Flops=685393920 => 1799.30253437712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259058.802521488 Mflops = 259.058802521488 Gflops = 0.259058802521488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001204128 Relative Rsd = 5.2782384049689e-07
BICGSTAB_SOLVER_TIME: 0.68959 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132219
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027991 s
InvBiCGStab: k = 64 resid = 2.193472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234381(s) Flops=422922240 => 1804.42203079601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.798553936 Mflops = 259.794798553936 Gflops = 0.259794798553936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038718 s
InvBiCGStab: k = 107 resid = 4.945451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403876(s) Flops=705079296 => 1745.78161613961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251346.124044192 Mflops = 251.346124044192 Gflops = 0.251346124044192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001230291 Relative Rsd = 5.39292039483472e-07
BICGSTAB_SOLVER_TIME: 0.709186 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133398
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016477(s) Flops=1549541376 => 1524.42345080115 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219496.435846022 Mflops = 219.496435846022 Gflops = 0.219496435846022 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171908000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03179 s
InvBiCGStab: k = 38 resid = 2.174345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139479(s) Flops=252315648 => 1808.98664315058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260386.137119555 Mflops = 260.386137119555 Gflops = 0.260386137119555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044489 s
InvBiCGStab: k = 51 resid = 9.756992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187213(s) Flops=337618944 => 1803.39476425248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.176979615 Mflops = 259.608176979615 Gflops = 0.259608176979615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007901795 Relative Rsd = 3.46371436869508e-07
BICGSTAB_SOLVER_TIME: 0.406808 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037182 s
InvBiCGStab: k = 57 resid = 1.797396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237958(s) Flops=376989696 => 1584.26989636827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228081.123107921 Mflops = 228.081123107921 Gflops = 0.228081123107921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.059601 s
InvBiCGStab: k = 87 resid = 8.751711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368229(s) Flops=573843456 => 1558.38745997735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224375.406436148 Mflops = 224.375406436148 Gflops = 0.224375406436148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127628 Relative Rsd = 4.94290480471912e-07
BICGSTAB_SOLVER_TIME: 0.707169 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042129 s
InvBiCGStab: k = 54 resid = 2.267599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206012(s) Flops=357304320 => 1734.38595809953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249637.683191947 Mflops = 249.637683191947 Gflops = 0.249637683191947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058086 s
InvBiCGStab: k = 86 resid = 9.47619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320403(s) Flops=567281664 => 1770.52544451831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254902.753468102 Mflops = 254.902753468102 Gflops = 0.254902753468102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001123201 Relative Rsd = 4.92349601565046e-07
BICGSTAB_SOLVER_TIME: 0.630606 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040673 s
InvBiCGStab: k = 67 resid = 2.252497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244852(s) Flops=442607616 => 1807.65366833842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260261.316565117 Mflops = 260.261316565117 Gflops = 0.260261316565117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 89 resid = 1.124283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325139(s) Flops=586967040 => 1805.28032626046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259911.49907171 Mflops = 259.91149907171 Gflops = 0.25991149907171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001149693 Relative Rsd = 5.03962419861247e-07
BICGSTAB_SOLVER_TIME: 0.670686 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125678000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041527 s
InvBiCGStab: k = 66 resid = 2.043598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241482(s) Flops=436045824 => 1805.70735707009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.384297068 Mflops = 259.959384297068 Gflops = 0.259959384297068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 94 resid = 1.119336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3436(s) Flops=619776000 => 1803.77182770664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.698918907 Mflops = 259.692698918907 Gflops = 0.259692698918907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001157838 Relative Rsd = 5.0753284302149e-07
BICGSTAB_SOLVER_TIME: 0.686498 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128424
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068409(s) Flops=1549467648 => 1450.25701580574 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208821.948400661 Mflops = 208.821948400661 Gflops = 0.208821948400661 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 26 resid = 2.261654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099234(s) Flops=173574144 => 1749.13985126066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251741.193615748 Mflops = 251.741193615748 Gflops = 0.251741193615748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056859 s
InvBiCGStab: k = 47 resid = 1.036843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173055(s) Flops=311371776 => 1799.26483487908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259011.953120743 Mflops = 259.011953120743 Gflops = 0.259011953120743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007773394 Relative Rsd = 3.40743020717862e-07
BICGSTAB_SOLVER_TIME: 0.374055 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041651 s
InvBiCGStab: k = 64 resid = 1.071528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235465(s) Flops=422922240 => 1796.11509141486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258580.204622136 Mflops = 258.580204622136 Gflops = 0.258580204622136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 88 resid = 1.112082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32251(s) Flops=580405248 => 1799.6503922359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259098.150998853 Mflops = 259.098150998853 Gflops = 0.259098150998853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001202789 Relative Rsd = 5.27237045351756e-07
BICGSTAB_SOLVER_TIME: 0.659776 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040648 s
InvBiCGStab: k = 61 resid = 2.115466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259876(s) Flops=403236864 => 1551.65103356986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223404.502843341 Mflops = 223.404502843341 Gflops = 0.223404502843341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060636 s
InvBiCGStab: k = 82 resid = 1.112999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333828(s) Flops=541034496 => 1620.69837161652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233342.664837733 Mflops = 233.342664837733 Gflops = 0.233342664837733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001109881 Relative Rsd = 4.86511094482665e-07
BICGSTAB_SOLVER_TIME: 0.699133 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 60 resid = 2.264279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230259(s) Flops=396675072 => 1722.73427748752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248025.107001772 Mflops = 248.025107001772 Gflops = 0.248025107001772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 89 resid = 9.856341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329837(s) Flops=586967040 => 1779.56699824459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256208.755846336 Mflops = 256.208755846336 Gflops = 0.256208755846336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001142004 Relative Rsd = 5.00592187791913e-07
BICGSTAB_SOLVER_TIME: 0.661572 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 55 resid = 1.702611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203035(s) Flops=363866112 => 1792.13491269978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257996.16277748 Mflops = 257.99616277748 Gflops = 0.25799616277748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 82 resid = 8.757977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299591(s) Flops=541034496 => 1805.91037781509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.12957947 Mflops = 259.984129579471 Gflops = 0.25998412957947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001097049 Relative Rsd = 4.80886301468275e-07
BICGSTAB_SOLVER_TIME: 0.603644 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112082
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051363(s) Flops=1549615104 => 1473.91063219839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212225.003237341 Mflops = 212.225003237341 Gflops = 0.212225003237341 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172159000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 1.229687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936187(s) Flops=1689348096 => 1804.49856278714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259780.871608417 Mflops = 259.780871608417 Gflops = 0.259780871608417 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.118136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843565(s) Flops=1518741504 => 1800.38468167835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259241.936247681 Mflops = 259.241936247681 Gflops = 0.259241936247681 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.002139801 Relative Rsd = 9.41245211640857e-07
BICGSTAB_SOLVER_TIME: 1.783675 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.119757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348410999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.043878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676853(s) Flops=1125033984 => 1662.15409254299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239272.06944784 Mflops = 239.27206944784 Gflops = 0.23927206944784 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.123348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795834(s) Flops=1413752832 => 1776.44186099111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255796.326988679 Mflops = 255.796326988679 Gflops = 0.255796326988679 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001957511 Relative Rsd = 8.5998956673899e-07
BICGSTAB_SOLVER_TIME: 1.476174 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275646999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9872(s) Flops=1549615104 => 1569.70735818477 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226019.524593376 Mflops = 226.019524593376 Gflops = 0.226019524593376 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172141000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 30 resid = 2.255303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116777(s) Flops=199821312 => 1711.13585723216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246269.488741372 Mflops = 246.269488741372 Gflops = 0.246269488741372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057102 s
InvBiCGStab: k = 51 resid = 1.054475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190463(s) Flops=337618944 => 1772.62221008805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255173.705738825 Mflops = 255.173705738825 Gflops = 0.255173705738825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007619492 Relative Rsd = 3.33996815692697e-07
BICGSTAB_SOLVER_TIME: 0.409053 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040699 s
InvBiCGStab: k = 84 resid = 2.211659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307023(s) Flops=554158080 => 1804.9399556385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.307957205 Mflops = 259.864307957205 Gflops = 0.259864307957205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 111 resid = 9.883109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404569(s) Flops=731326464 => 1807.66807145382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260264.50905499 Mflops = 260.26450905499 Gflops = 0.26026450905499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.00130202 Relative Rsd = 5.70734287980724e-07
BICGSTAB_SOLVER_TIME: 0.812384 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153976999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041807 s
InvBiCGStab: k = 54 resid = 1.770301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197667(s) Flops=357304320 => 1807.60733961663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260223.014647031 Mflops = 260.223014647031 Gflops = 0.260223014647031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 83 resid = 9.075171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30398(s) Flops=547596288 => 1801.42209355879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.968014633 Mflops = 259.352968014633 Gflops = 0.259352968014633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001094308 Relative Rsd = 4.79684848742207e-07
BICGSTAB_SOLVER_TIME: 0.6034 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041372 s
InvBiCGStab: k = 75 resid = 2.275783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299629(s) Flops=495101952 => 1652.383287332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237900.720985839 Mflops = 237.900720985839 Gflops = 0.237900720985839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061453 s
InvBiCGStab: k = 96 resid = 1.077079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400834(s) Flops=632899584 => 1578.95683499903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227336.117194149 Mflops = 227.336117194149 Gflops = 0.227336117194149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001184586 Relative Rsd = 5.192574682716e-07
BICGSTAB_SOLVER_TIME: 0.807843 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 58 resid = 1.920885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225345(s) Flops=383551488 => 1702.06344937762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245043.83084388 Mflops = 245.04383084388 Gflops = 0.24504383084388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059607 s
InvBiCGStab: k = 92 resid = 1.123265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35541(s) Flops=606652416 => 1706.90868574323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245749.176564975 Mflops = 245.749176564975 Gflops = 0.245749176564975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001110737 Relative Rsd = 4.86886114703692e-07
BICGSTAB_SOLVER_TIME: 0.685037 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12147
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970036(s) Flops=1549688832 => 1597.55806176266 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230050.576413982 Mflops = 230.050576413982 Gflops = 0.230050576413982 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172025000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041309 s
InvBiCGStab: k = 26 resid = 1.795044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096622(s) Flops=173574144 => 1796.42466519012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258539.583728395 Mflops = 258.539583728395 Gflops = 0.258539583728395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 57 resid = 1.090056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217819(s) Flops=376989696 => 1730.74752891162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249163.411147196 Mflops = 249.163411147196 Gflops = 0.249163411147196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008204841 Relative Rsd = 3.59655312407222e-07
BICGSTAB_SOLVER_TIME: 0.416137 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 86 resid = 2.033688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316556(s) Flops=567281664 => 1792.04205259101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258017.224407798 Mflops = 258.017224407798 Gflops = 0.258017224407798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056442 s
InvBiCGStab: k = 109 resid = 7.224858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398135(s) Flops=718202880 => 1803.91796752358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.181959373 Mflops = 259.706181959373 Gflops = 0.259706181959373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.00132948 Relative Rsd = 5.82771217456263e-07
BICGSTAB_SOLVER_TIME: 0.815888 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153628999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 56 resid = 1.957216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205344(s) Flops=370427904 => 1803.93828892006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.699288931 Mflops = 259.709699288931 Gflops = 0.259709699288931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056602 s
InvBiCGStab: k = 96 resid = 9.874237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350368(s) Flops=632899584 => 1806.38524066125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.315108944 Mflops = 260.066315108944 Gflops = 0.260066315108944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001155915 Relative Rsd = 5.06689621612828e-07
BICGSTAB_SOLVER_TIME: 0.656935 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123106
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043435 s
InvBiCGStab: k = 75 resid = 1.738534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2968(s) Flops=495101952 => 1668.13326145553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240169.572355298 Mflops = 240.169572355298 Gflops = 0.240169572355298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062831 s
InvBiCGStab: k = 98 resid = 7.297165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410639(s) Flops=646023168 => 1573.21435129152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226512.727426752 Mflops = 226.512727426752 Gflops = 0.226512727426752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001216535 Relative Rsd = 5.33262169517862e-07
BICGSTAB_SOLVER_TIME: 0.818041 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045438 s
InvBiCGStab: k = 60 resid = 2.22718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223994(s) Flops=396675072 => 1770.91829245426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254945.903710328 Mflops = 254.945903710328 Gflops = 0.254945903710328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060197 s
InvBiCGStab: k = 100 resid = 7.093051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371046(s) Flops=659146752 => 1776.45562005789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255765.134613537 Mflops = 255.765134613537 Gflops = 0.255765134613537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001187719 Relative Rsd = 5.20630892442063e-07
BICGSTAB_SOLVER_TIME: 0.704665 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128564
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964191(s) Flops=1549762560 => 1607.31904778203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231435.958978153 Mflops = 231.435958978153 Gflops = 0.231435958978153 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173838000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044275 s
InvBiCGStab: k = 34 resid = 2.213047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13661(s) Flops=226068480 => 1654.84576531733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238218.46060466 Mflops = 238.21846060466 Gflops = 0.23821846060466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056925 s
InvBiCGStab: k = 54 resid = 9.729955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202375(s) Flops=357304320 => 1765.5556269302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254148.866921418 Mflops = 254.148866921418 Gflops = 0.254148866921418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007619894 Relative Rsd = 3.34014421077954e-07
BICGSTAB_SOLVER_TIME: 0.444012 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 53 resid = 2.21465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196995(s) Flops=350742528 => 1780.46411330237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256355.763326212 Mflops = 256.355763326212 Gflops = 0.256355763326212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 74 resid = 1.1372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272246(s) Flops=488540160 => 1794.48058006362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258348.24682764 Mflops = 258.34824682764 Gflops = 0.25834824682764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001072546 Relative Rsd = 4.70145383498169e-07
BICGSTAB_SOLVER_TIME: 0.570205 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042309 s
InvBiCGStab: k = 57 resid = 1.785761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218618(s) Flops=376989696 => 1724.42203295246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248241.325251774 Mflops = 248.241325251774 Gflops = 0.248241325251774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058519 s
InvBiCGStab: k = 84 resid = 1.141329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30847(s) Flops=554158080 => 1796.47317405258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258637.678474789 Mflops = 258.637678474789 Gflops = 0.258637678474789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001111209 Relative Rsd = 4.87093347948705e-07
BICGSTAB_SOLVER_TIME: 0.631813 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 66 resid = 2.07616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243057(s) Flops=436045824 => 1794.00644293314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258274.971833073 Mflops = 258.274971833073 Gflops = 0.258274971833073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056614 s
InvBiCGStab: k = 72 resid = 1.090517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265263(s) Flops=475416576 => 1792.24609538458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258020.996094627 Mflops = 258.020996094627 Gflops = 0.258020996094627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001085529 Relative Rsd = 4.75836362555106e-07
BICGSTAB_SOLVER_TIME: 0.610222 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043309 s
InvBiCGStab: k = 74 resid = 1.938493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306405(s) Flops=488540160 => 1594.42620061683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229558.133761568 Mflops = 229.558133761568 Gflops = 0.229558133761568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067154 s
InvBiCGStab: k = 90 resid = 1.051239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351615(s) Flops=593528832 => 1688.00771298153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243028.040415412 Mflops = 243.028040415412 Gflops = 0.243028040415412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00113456 Relative Rsd = 4.97329016876982e-07
BICGSTAB_SOLVER_TIME: 0.772382 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131296
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971584(s) Flops=1556029440 => 1601.53876556222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230651.565854319 Mflops = 230.651565854319 Gflops = 0.230651565854319 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172442000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045753 s
InvBiCGStab: k = 30 resid = 2.218051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127123(s) Flops=199821312 => 1571.87379152474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226257.47341986 Mflops = 226.25747341986 Gflops = 0.22625747341986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060491 s
InvBiCGStab: k = 56 resid = 1.043462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236479(s) Flops=370427904 => 1566.43043991221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225522.684341663 Mflops = 225.522684341663 Gflops = 0.225522684341663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007834521 Relative Rsd = 3.43422509323892e-07
BICGSTAB_SOLVER_TIME: 0.474301 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 62 resid = 2.033821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235056(s) Flops=409798656 => 1743.40861752093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250993.172396978 Mflops = 250.993172396978 Gflops = 0.250993172396978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057034 s
InvBiCGStab: k = 94 resid = 8.845141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349802(s) Flops=619776000 => 1771.79089885135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255099.587779505 Mflops = 255.099587779505 Gflops = 0.255099587779505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001137395 Relative Rsd = 4.98571548835316e-07
BICGSTAB_SOLVER_TIME: 0.686776 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 71 resid = 2.197556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261308(s) Flops=468854784 => 1794.26111714911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258324.158198475 Mflops = 258.324158198475 Gflops = 0.258324158198475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 87 resid = 5.936508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318173(s) Flops=573843456 => 1803.55798889284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.043548211 Mflops = 259.655043548211 Gflops = 0.259655043548211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001178194 Relative Rsd = 5.16455762570814e-07
BICGSTAB_SOLVER_TIME: 0.680982 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 64 resid = 2.057247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233792(s) Flops=422922240 => 1808.96797153025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260439.719945851 Mflops = 260.439719945851 Gflops = 0.260439719945851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057731 s
InvBiCGStab: k = 90 resid = 1.025532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329371(s) Flops=593528832 => 1802.0069526461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259437.282771666 Mflops = 259.437282771666 Gflops = 0.259437282771666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001177303 Relative Rsd = 5.16065382289026e-07
BICGSTAB_SOLVER_TIME: 0.666063 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040704 s
InvBiCGStab: k = 62 resid = 2.14404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262091(s) Flops=409798656 => 1563.57393424421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225107.604533981 Mflops = 225.107604533981 Gflops = 0.225107604533981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060962 s
InvBiCGStab: k = 89 resid = 1.122711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383065(s) Flops=586967040 => 1532.29096889562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220610.270098241 Mflops = 220.610270098241 Gflops = 0.220610270098241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001184268 Relative Rsd = 5.19118258152813e-07
BICGSTAB_SOLVER_TIME: 0.751471 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121866
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983393(s) Flops=1562443776 => 1588.82946695777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228843.844843944 Mflops = 228.843844843944 Gflops = 0.228843844843944 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173600000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.257518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893639(s) Flops=1433438208 => 1604.04616181702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230967.472200213 Mflops = 230.967472200213 Gflops = 0.230967472200213 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 6.476347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884327(s) Flops=1538426880 => 1739.65838428545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250497.460524529 Mflops = 250.497460524529 Gflops = 0.250497460524529 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002124859 Relative Rsd = 9.34679344382739e-07
BICGSTAB_SOLVER_TIME: 1.78142 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.11479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322442999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.073775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737967(s) Flops=1302202368 => 1764.58075767616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254062.844124939 Mflops = 254.062844124939 Gflops = 0.254062844124939 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.104459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769556(s) Flops=1354696704 => 1760.36143438554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253467.181530294 Mflops = 253.467181530294 Gflops = 0.253467181530294 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.00195709 Relative Rsd = 8.59775119618534e-07
BICGSTAB_SOLVER_TIME: 1.512154 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.122506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288398999999999
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049547(s) Flops=1562443776 => 1488.68395221939 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214363.245925428 Mflops = 214.363245925428 Gflops = 0.214363245925428 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173516000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 30 resid = 2.230978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115002(s) Flops=199821312 => 1737.54640788856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250090.897675362 Mflops = 250.090897675362 Gflops = 0.250090897675362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 63 resid = 7.26237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230694(s) Flops=416360448 => 1804.81697833494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.719180432 Mflops = 259.798719180432 Gflops = 0.259798719180432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007521491 Relative Rsd = 3.29700999629758e-07
BICGSTAB_SOLVER_TIME: 0.447271 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0806930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046666 s
InvBiCGStab: k = 85 resid = 1.934102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359845(s) Flops=560719872 => 1558.22610290542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224345.069455236 Mflops = 224.345069455236 Gflops = 0.224345069455236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064109 s
InvBiCGStab: k = 107 resid = 8.212326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.473736(s) Flops=705079296 => 1488.33801104413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214291.114304965 Mflops = 214.291114304965 Gflops = 0.214291114304965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001340412 Relative Rsd = 5.87563148172737e-07
BICGSTAB_SOLVER_TIME: 0.950402 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151347999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 72 resid = 2.029799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268662(s) Flops=475416576 => 1769.57134243027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254770.674309586 Mflops = 254.770674309586 Gflops = 0.254770674309586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056504 s
InvBiCGStab: k = 96 resid = 1.122396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360196(s) Flops=632899584 => 1757.09775788737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252978.035049657 Mflops = 252.978035049657 Gflops = 0.252978035049657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001102876 Relative Rsd = 4.83440256022906e-07
BICGSTAB_SOLVER_TIME: 0.730255 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 70 resid = 1.90701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262592(s) Flops=462292992 => 1760.49914696563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253454.501388756 Mflops = 253.454501388756 Gflops = 0.253454501388756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056084 s
InvBiCGStab: k = 93 resid = 1.032689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344989(s) Flops=613214208 => 1777.48916052396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255915.877943638 Mflops = 255.915877943638 Gflops = 0.255915877943638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00119974 Relative Rsd = 5.25900515945179e-07
BICGSTAB_SOLVER_TIME: 0.70838 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 73 resid = 1.837633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266673(s) Flops=481978368 => 1807.37595482107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260212.671380673 Mflops = 260.212671380673 Gflops = 0.260212671380673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056164 s
InvBiCGStab: k = 94 resid = 1.106479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355209(s) Flops=619776000 => 1744.82065488206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251206.825829809 Mflops = 251.206825829809 Gflops = 0.251206825829809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001178354 Relative Rsd = 5.16525826901127e-07
BICGSTAB_SOLVER_TIME: 0.723458 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133735
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026384(s) Flops=1562591232 => 1522.4236075387 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219225.103090893 Mflops = 219.225103090893 Gflops = 0.219225103090893 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173659000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 37 resid = 1.959613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136255(s) Flops=245753856 => 1803.63183736377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.189700923 Mflops = 259.613189700923 Gflops = 0.259613189700923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 52 resid = 1.137602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190856(s) Flops=344180736 => 1803.35297816155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.81723928 Mflops = 259.59681723928 Gflops = 0.25959681723928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007894712 Relative Rsd = 3.46060944212706e-07
BICGSTAB_SOLVER_TIME: 0.429063 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 79 resid = 2.252609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328131(s) Flops=521349120 => 1588.84445541567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228760.321880812 Mflops = 228.760321880812 Gflops = 0.228760321880812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061034 s
InvBiCGStab: k = 110 resid = 1.103755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45806(s) Flops=724764672 => 1582.24833427935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227810.866779908 Mflops = 227.810866779908 Gflops = 0.227810866779908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001336759 Relative Rsd = 5.85962129746486e-07
BICGSTAB_SOLVER_TIME: 0.89264 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149081999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041564 s
InvBiCGStab: k = 60 resid = 2.116488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223902(s) Flops=396675072 => 1771.64595224697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255061.886331517 Mflops = 255.061886331517 Gflops = 0.255061886331517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0571 s
InvBiCGStab: k = 78 resid = 1.115659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288883(s) Flops=514787328 => 1781.99246061554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256570.623816332 Mflops = 256.570623816332 Gflops = 0.256570623816332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001119083 Relative Rsd = 4.90544615820324e-07
BICGSTAB_SOLVER_TIME: 0.615325 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112722
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041692 s
InvBiCGStab: k = 75 resid = 2.15865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273658(s) Flops=495101952 => 1809.19962873367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260461.598877664 Mflops = 260.461598877664 Gflops = 0.260461598877664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055921 s
InvBiCGStab: k = 94 resid = 7.216707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343877(s) Flops=619776000 => 1802.31885238036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259483.719447452 Mflops = 259.483719447452 Gflops = 0.259483719447452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001189226 Relative Rsd = 5.21291477114971e-07
BICGSTAB_SOLVER_TIME: 0.718957 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 70 resid = 1.072909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257798(s) Flops=462292992 => 1793.23730983173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258169.389722389 Mflops = 258.169389722389 Gflops = 0.258169389722389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056039 s
InvBiCGStab: k = 86 resid = 8.205068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313871(s) Flops=567281664 => 1807.37202226392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260213.941396432 Mflops = 260.213941396432 Gflops = 0.260213941396432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00112881 Relative Rsd = 4.94808333948982e-07
BICGSTAB_SOLVER_TIME: 0.672845 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125568
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.059713(s) Flops=1568784384 => 1480.3860894412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213244.54750759 Mflops = 213.24454750759 Gflops = 0.21324454750759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173974000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 37 resid = 1.648966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137141(s) Flops=245753856 => 1791.97946638861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257966.549852266 Mflops = 257.966549852266 Gflops = 0.257966549852266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056999 s
InvBiCGStab: k = 53 resid = 1.089973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196006(s) Flops=350742528 => 1789.44791485975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257584.337929832 Mflops = 257.584337929832 Gflops = 0.257584337929832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.000797538 Relative Rsd = 3.4959697308407e-07
BICGSTAB_SOLVER_TIME: 0.435071 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0783540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 67 resid = 2.123841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275278(s) Flops=442607616 => 1607.85684290063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231492.74308334 Mflops = 231.49274308334 Gflops = 0.23149274308334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061769 s
InvBiCGStab: k = 86 resid = 1.127063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351289(s) Flops=567281664 => 1614.85746493628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232493.289548702 Mflops = 232.493289548702 Gflops = 0.232493289548702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001129155 Relative Rsd = 4.94959842322398e-07
BICGSTAB_SOLVER_TIME: 0.733605 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041586 s
InvBiCGStab: k = 50 resid = 2.217617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19026(s) Flops=331057152 => 1740.02497634816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250503.717157889 Mflops = 250.503717157889 Gflops = 0.250503717157889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 79 resid = 9.245658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293896(s) Flops=521349120 => 1773.92383700357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255394.745477355 Mflops = 255.394745477355 Gflops = 0.255394745477355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001057633 Relative Rsd = 4.63608172256541e-07
BICGSTAB_SOLVER_TIME: 0.585947 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040876 s
InvBiCGStab: k = 81 resid = 1.709748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295725(s) Flops=534472704 => 1807.33013441542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260209.533926287 Mflops = 260.209533926287 Gflops = 0.260209533926287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056074 s
InvBiCGStab: k = 87 resid = 9.290118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318051(s) Flops=573843456 => 1804.2498089929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.571710842 Mflops = 259.762571710842 Gflops = 0.259762571710842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001216465 Relative Rsd = 5.33231500426443e-07
BICGSTAB_SOLVER_TIME: 0.714607 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134549
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041195 s
InvBiCGStab: k = 63 resid = 1.52537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231199(s) Flops=416360448 => 1800.87477887015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259259.426006464 Mflops = 259.259426006464 Gflops = 0.259259426006464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056758 s
InvBiCGStab: k = 86 resid = 9.632641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314087(s) Flops=567281664 => 1806.12907888579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260032.309859642 Mflops = 260.032309859642 Gflops = 0.260032309859642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001157607 Relative Rsd = 5.07431650328839e-07
BICGSTAB_SOLVER_TIME: 0.647052 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120741
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.075797(s) Flops=1574977536 => 1464.00997214158 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210797.618376331 Mflops = 210.797618376331 Gflops = 0.210797618376331 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174853000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 30 resid = 2.038261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110535(s) Flops=199821312 => 1807.76506988737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260210.879298828 Mflops = 260.210879298828 Gflops = 0.260210879298828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055802 s
InvBiCGStab: k = 60 resid = 1.091092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24068(s) Flops=396675072 => 1648.14306132624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237284.018492837 Mflops = 237.284018492837 Gflops = 0.237284018492837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007953515 Relative Rsd = 3.48638525704653e-07
BICGSTAB_SOLVER_TIME: 0.453187 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0783520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 70 resid = 2.244864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256(s) Flops=462292992 => 1805.832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259991.750854435 Mflops = 259.991750854435 Gflops = 0.259991750854435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 99 resid = 8.108026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418997(s) Flops=652584960 => 1557.49315627558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224241.952836234 Mflops = 224.241952836234 Gflops = 0.224241952836234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001212078 Relative Rsd = 5.31308686175754e-07
BICGSTAB_SOLVER_TIME: 0.777066 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134895
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046033 s
InvBiCGStab: k = 64 resid = 2.12716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252543(s) Flops=422922240 => 1674.65437569048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241100.626500833 Mflops = 241.100626500833 Gflops = 0.241100626500833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058265 s
InvBiCGStab: k = 94 resid = 5.643586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351178(s) Flops=619776000 => 1764.84859529925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254088.203840183 Mflops = 254.088203840183 Gflops = 0.254088203840183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001178303 Relative Rsd = 5.16503424686264e-07
BICGSTAB_SOLVER_TIME: 0.712006 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040695 s
InvBiCGStab: k = 81 resid = 1.898337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295679(s) Flops=534472704 => 1807.61130820924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260245.333649039 Mflops = 260.245333649039 Gflops = 0.260245333649039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055692 s
InvBiCGStab: k = 88 resid = 1.05738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321111(s) Flops=580405248 => 1807.49101712492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.520109407 Mflops = 260.222520109407 Gflops = 0.260222520109407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001123829 Relative Rsd = 4.92624959996488e-07
BICGSTAB_SOLVER_TIME: 0.717077 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041284 s
InvBiCGStab: k = 60 resid = 2.142513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220079(s) Flops=396675072 => 1802.42127599635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259496.218320635 Mflops = 259.496218320635 Gflops = 0.259496218320635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055824 s
InvBiCGStab: k = 96 resid = 4.484229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360685(s) Flops=632899584 => 1754.71556621429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252644.996416973 Mflops = 252.644996416973 Gflops = 0.252644996416973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001118554 Relative Rsd = 4.90312735035952e-07
BICGSTAB_SOLVER_TIME: 0.681887 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125717
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.083935(s) Flops=1575051264 => 1453.08645260094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209246.502099434 Mflops = 209.246502099434 Gflops = 0.209246502099434 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174559000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 2.227709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863534(s) Flops=1558112256 => 1804.34384285969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.088991485 Mflops = 259.825088991485 Gflops = 0.259825088991485 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 8.449061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.04503(s) Flops=1682786304 => 1610.27559400209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231870.556132694 Mflops = 231.870556132694 Gflops = 0.231870556132694 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.002163298 Relative Rsd = 9.51599422041666e-07
BICGSTAB_SOLVER_TIME: 1.911932 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351819
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.1513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.69209(s) Flops=1190651904 => 1720.37148925718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247649.101917417 Mflops = 247.649101917417 Gflops = 0.247649101917417 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.138617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840083(s) Flops=1505617920 => 1792.22519679603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258069.81943247 Mflops = 258.06981943247 Gflops = 0.25806981943247 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002011963 Relative Rsd = 8.83853808726625e-07
BICGSTAB_SOLVER_TIME: 1.535561 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.117653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292588999999998
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047053(s) Flops=1575051264 => 1504.27080959608 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216599.952915135 Mflops = 216.599952915135 Gflops = 0.216599952915135 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174906000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 30 resid = 1.777412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110618(s) Flops=199821312 => 1806.40864958687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.662351317 Mflops = 260.009662351317 Gflops = 0.260009662351317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 54 resid = 1.071189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197731(s) Flops=357304320 => 1807.02226762622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260112.581986361 Mflops = 260.112581986361 Gflops = 0.260112581986361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007583183 Relative Rsd = 3.32405212320301e-07
BICGSTAB_SOLVER_TIME: 0.409884 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 86 resid = 1.945991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313864(s) Flops=567281664 => 1807.41233145566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260223.905754621 Mflops = 260.223905754622 Gflops = 0.260223905754622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055845 s
InvBiCGStab: k = 118 resid = 9.679387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442571(s) Flops=777259008 => 1756.23574070601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252858.62346103 Mflops = 252.85862346103 Gflops = 0.25285862346103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001369634 Relative Rsd = 6.00372673395502e-07
BICGSTAB_SOLVER_TIME: 0.858444 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160143999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04571 s
InvBiCGStab: k = 64 resid = 2.132051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273989(s) Flops=422922240 => 1543.57379310848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222231.148262614 Mflops = 222.231148262614 Gflops = 0.222231148262614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061863 s
InvBiCGStab: k = 86 resid = 1.136753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326591(s) Flops=567281664 => 1736.97886347144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250070.990549105 Mflops = 250.070990549105 Gflops = 0.250070990549105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00115067 Relative Rsd = 5.04390562418659e-07
BICGSTAB_SOLVER_TIME: 0.712003 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042004 s
InvBiCGStab: k = 78 resid = 1.324887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289857(s) Flops=514787328 => 1776.00447117027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255700.897281884 Mflops = 255.700897281884 Gflops = 0.255700897281884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056703 s
InvBiCGStab: k = 93 resid = 1.138611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340006(s) Flops=613214208 => 1803.5393728346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.617547989 Mflops = 259.674617547989 Gflops = 0.259674617547989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001222572 Relative Rsd = 5.35908794738078e-07
BICGSTAB_SOLVER_TIME: 0.732424 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 69 resid = 2.086677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252506(s) Flops=455731200 => 1804.83315247955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.441294792 Mflops = 259.840441294792 Gflops = 0.259840441294792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055703 s
InvBiCGStab: k = 91 resid = 1.118586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332621(s) Flops=600090624 => 1804.12729202305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259753.95500959 Mflops = 259.75395500959 Gflops = 0.25975395500959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001166514 Relative Rsd = 5.11335759327332e-07
BICGSTAB_SOLVER_TIME: 0.685354 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12862
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030814(s) Flops=1575051264 => 1527.96844435563 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220018.03504289 Mflops = 220.01803504289 Gflops = 0.22001803504289 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175186000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04405 s
InvBiCGStab: k = 27 resid = 2.126916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106808(s) Flops=180135936 => 1686.53973485132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242740.623542355 Mflops = 242.740623542355 Gflops = 0.242740623542355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058298 s
InvBiCGStab: k = 65 resid = 9.251749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249442(s) Flops=429484032 => 1721.77913903833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247862.223359183 Mflops = 247.862223359183 Gflops = 0.247862223359183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.000768523 Relative Rsd = 3.36878409018467e-07
BICGSTAB_SOLVER_TIME: 0.462481 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001843
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0797220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041966 s
InvBiCGStab: k = 93 resid = 1.949157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34123(s) Flops=613214208 => 1797.07003487384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258749.217633661 Mflops = 258.749217633661 Gflops = 0.258749217633661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056623 s
InvBiCGStab: k = 121 resid = 1.087085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447041(s) Flops=796944384 => 1782.70982751023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256670.550761141 Mflops = 256.670550761141 Gflops = 0.256670550761141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001316441 Relative Rsd = 5.77055846010478e-07
BICGSTAB_SOLVER_TIME: 0.891202 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167575999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043386 s
InvBiCGStab: k = 67 resid = 2.251417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276274(s) Flops=442607616 => 1602.06033141012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230643.305202583 Mflops = 230.643305202582 Gflops = 0.230643305202582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063297 s
InvBiCGStab: k = 82 resid = 1.089379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327576(s) Flops=541034496 => 1651.63044911715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237789.707968926 Mflops = 237.789707968926 Gflops = 0.237789707968926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001151762 Relative Rsd = 5.04869326837448e-07
BICGSTAB_SOLVER_TIME: 0.714314 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 66 resid = 1.957587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246136(s) Flops=436045824 => 1771.56459843339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255057.138784136 Mflops = 255.057138784136 Gflops = 0.255057138784136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 112 resid = 5.170755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409294(s) Flops=737888256 => 1802.8318421477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.915218572 Mflops = 259.558915218572 Gflops = 0.259558915218572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001232705 Relative Rsd = 5.40350352772884e-07
BICGSTAB_SOLVER_TIME: 0.756928 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 66 resid = 1.676219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241469(s) Flops=436045824 => 1805.80457118719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259980.253556286 Mflops = 259.980253556286 Gflops = 0.259980253556286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 104 resid = 9.422108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37999(s) Flops=685393920 => 1803.71567672833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259687.783809084 Mflops = 259.687783809084 Gflops = 0.259687783809084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001198927 Relative Rsd = 5.25544070681351e-07
BICGSTAB_SOLVER_TIME: 0.722544 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135742
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.035231(s) Flops=1575124992 => 1521.52030995981 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219085.479532471 Mflops = 219.085479532471 Gflops = 0.219085479532471 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174882000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 33 resid = 2.124329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121682(s) Flops=219506688 => 1803.93721339228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.115366525 Mflops = 259.660115366525 Gflops = 0.259660115366525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055996 s
InvBiCGStab: k = 61 resid = 1.141519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223066(s) Flops=403236864 => 1807.70204334143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260240.424008294 Mflops = 260.240424008294 Gflops = 0.260240424008294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007415365 Relative Rsd = 3.25048993453502e-07
BICGSTAB_SOLVER_TIME: 0.445486 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0815890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040582 s
InvBiCGStab: k = 52 resid = 1.96298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190777(s) Flops=344180736 => 1804.09973948642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259731.263162293 Mflops = 259.731263162293 Gflops = 0.259731263162294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 92 resid = 1.125981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335739(s) Flops=606652416 => 1806.91672995988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260152.541404853 Mflops = 260.152541404853 Gflops = 0.260152541404853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001135446 Relative Rsd = 4.97717253894478e-07
BICGSTAB_SOLVER_TIME: 0.627108 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046521 s
InvBiCGStab: k = 68 resid = 2.081893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278968(s) Flops=449169408 => 1610.11086576238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231809.206407571 Mflops = 231.809206407571 Gflops = 0.231809206407571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063739 s
InvBiCGStab: k = 87 resid = 1.116283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359599(s) Flops=573843456 => 1595.78712955264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229754.856323816 Mflops = 229.754856323816 Gflops = 0.229754856323816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001145495 Relative Rsd = 5.02122121285806e-07
BICGSTAB_SOLVER_TIME: 0.7527 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 73 resid = 1.157193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271004(s) Flops=481978368 => 1778.49171229945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256050.585627848 Mflops = 256.050585627848 Gflops = 0.256050585627848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056749 s
InvBiCGStab: k = 97 resid = 8.601133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355175(s) Flops=639461376 => 1800.41212360104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259213.727085337 Mflops = 259.213727085337 Gflops = 0.259213727085337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001199919 Relative Rsd = 5.25978745091843e-07
BICGSTAB_SOLVER_TIME: 0.727737 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 68 resid = 1.803478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248983(s) Flops=449169408 => 1804.01637059558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.289109019 Mflops = 259.722289109019 Gflops = 0.259722289109019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056186 s
InvBiCGStab: k = 86 resid = 1.142853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318722(s) Flops=567281664 => 1779.86352997283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256246.269587255 Mflops = 256.246269587255 Gflops = 0.256246269587255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001160514 Relative Rsd = 5.08705820950534e-07
BICGSTAB_SOLVER_TIME: 0.669072 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124057
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028174(s) Flops=1581170688 => 1537.8434856357 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221436.791821076 Mflops = 221.436791821076 Gflops = 0.221436791821076 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175602000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04096 s
InvBiCGStab: k = 28 resid = 1.924814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103679(s) Flops=186697728 => 1800.72847924845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259164.243134985 Mflops = 259.164243134985 Gflops = 0.259164243134985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055862 s
InvBiCGStab: k = 55 resid = 1.062432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201678(s) Flops=363866112 => 1804.19337756225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.723674539 Mflops = 259.722723674539 Gflops = 0.259722723674539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008171062 Relative Rsd = 3.58174597446895e-07
BICGSTAB_SOLVER_TIME: 0.405986 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 68 resid = 1.582511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248572(s) Flops=449169408 => 1806.99921149607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260143.291146565 Mflops = 260.143291146565 Gflops = 0.260143291146565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056122 s
InvBiCGStab: k = 101 resid = 8.282198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368656(s) Flops=665708544 => 1805.77162449546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259987.698232478 Mflops = 259.987698232478 Gflops = 0.259987698232478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001251934 Relative Rsd = 5.48779454023272e-07
BICGSTAB_SOLVER_TIME: 0.718079 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043703 s
InvBiCGStab: k = 75 resid = 1.884641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315151(s) Flops=495101952 => 1570.99914644091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226187.413499038 Mflops = 226.187413499038 Gflops = 0.226187413499038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061892 s
InvBiCGStab: k = 81 resid = 1.089697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347162(s) Flops=534472704 => 1539.54840679567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221653.784691246 Mflops = 221.653784691246 Gflops = 0.221653784691246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001118741 Relative Rsd = 4.90394638349974e-07
BICGSTAB_SOLVER_TIME: 0.772316 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 82 resid = 1.91037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321915(s) Flops=541034496 => 1680.67501048413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241973.239459544 Mflops = 241.973239459544 Gflops = 0.241973239459544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05851 s
InvBiCGStab: k = 90 resid = 8.166338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35407(s) Flops=593528832 => 1676.30364617166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241331.479623274 Mflops = 241.331479623274 Gflops = 0.241331479623274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001270643 Relative Rsd = 5.56980195566339e-07
BICGSTAB_SOLVER_TIME: 0.779531 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 57 resid = 2.121704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209157(s) Flops=376989696 => 1802.42447539408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259489.254982323 Mflops = 259.489254982323 Gflops = 0.259489254982323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056892 s
InvBiCGStab: k = 88 resid = 1.094284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323833(s) Flops=580405248 => 1792.29803015752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258040.317658118 Mflops = 258.040317658118 Gflops = 0.258040317658118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001113824 Relative Rsd = 4.88239484043993e-07
BICGSTAB_SOLVER_TIME: 0.634492 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117796
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007343(s) Flops=1575051264 => 1563.5699697124 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225137.748071429 Mflops = 225.137748071429 Gflops = 0.225137748071429 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176478000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.402671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.927663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794768(s) Flops=1433438208 => 1803.59325991988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.896942853 Mflops = 259.683896942853 Gflops = 0.259683896942853 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.038411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840985(s) Flops=1518741504 => 1805.90795793028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260039.0454442 Mflops = 260.0390454442 Gflops = 0.2600390454442 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002083254 Relative Rsd = 9.16410621768987e-07
BICGSTAB_SOLVER_TIME: 1.639119 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.119789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320570999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.048715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78365(s) Flops=1295640576 => 1653.34087411472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238049.112343945 Mflops = 238.049112343945 Gflops = 0.238049112343945 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.129242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798477(s) Flops=1374382080 => 1721.2544381366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247851.05536336 Mflops = 247.85105536336 Gflops = 0.24785105536336 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.00197007 Relative Rsd = 8.65438943224933e-07
BICGSTAB_SOLVER_TIME: 1.585512 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001874
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290145999999997
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981707(s) Flops=1575051264 => 1604.40056350826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231013.613841559 Mflops = 231.013613841559 Gflops = 0.231013613841559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175091000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04602 s
InvBiCGStab: k = 33 resid = 1.630926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122708(s) Flops=219506688 => 1788.85392965414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257480.36043654 Mflops = 257.48036043654 Gflops = 0.25748036043654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056519 s
InvBiCGStab: k = 56 resid = 1.069884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207913(s) Flops=370427904 => 1781.64859340205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256472.890387388 Mflops = 256.472890387388 Gflops = 0.256472890387388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007330811 Relative Rsd = 3.21342626101012e-07
BICGSTAB_SOLVER_TIME: 0.437071 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777000000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 82 resid = 2.183079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299216(s) Flops=541034496 => 1808.17368055184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260334.256586288 Mflops = 260.334256586288 Gflops = 0.260334256586288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 106 resid = 9.669864e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387591(s) Flops=698517504 => 1802.20258984342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.424939608 Mflops = 259.475424939608 Gflops = 0.259475424939608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001310785 Relative Rsd = 5.74576497465255e-07
BICGSTAB_SOLVER_TIME: 0.788013 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 55 resid = 1.725406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201822(s) Flops=363866112 => 1802.90608556054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.879311664 Mflops = 259.557879311663 Gflops = 0.259557879311664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056435 s
InvBiCGStab: k = 84 resid = 9.178484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306942(s) Flops=554158080 => 1805.41626756847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.338813071 Mflops = 259.928338813071 Gflops = 0.259928338813071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001106869 Relative Rsd = 4.85190843678689e-07
BICGSTAB_SOLVER_TIME: 0.610446 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043349 s
InvBiCGStab: k = 80 resid = 1.465451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340229(s) Flops=527910912 => 1551.63408175082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223395.268786305 Mflops = 223.395268786305 Gflops = 0.223395268786305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063923 s
InvBiCGStab: k = 102 resid = 7.952535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436768(s) Flops=672270336 => 1539.1932009671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221615.730846989 Mflops = 221.615730846989 Gflops = 0.221615730846989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001234733 Relative Rsd = 5.41239348183215e-07
BICGSTAB_SOLVER_TIME: 0.888451 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044008 s
InvBiCGStab: k = 71 resid = 1.429557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266478(s) Flops=468854784 => 1759.45025105262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253302.060426001 Mflops = 253.302060426001 Gflops = 0.253302060426001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057543 s
InvBiCGStab: k = 101 resid = 3.044339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371866(s) Flops=665708544 => 1790.18394798126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257745.363840009 Mflops = 257.745363840009 Gflops = 0.257745363840009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001148111 Relative Rsd = 5.03268920772424e-07
BICGSTAB_SOLVER_TIME: 0.743838 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137313
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977609(s) Flops=1575051264 => 1611.12598595144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231980.144693359 Mflops = 231.980144693359 Gflops = 0.231980144693359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174899000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 28 resid = 2.163094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105747(s) Flops=186697728 => 1765.513234418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254125.598127208 Mflops = 254.125598127208 Gflops = 0.254125598127208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059994 s
InvBiCGStab: k = 51 resid = 8.284218e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190412(s) Flops=337618944 => 1773.09698968552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255255.830254602 Mflops = 255.255830254602 Gflops = 0.255255830254602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007444703 Relative Rsd = 3.26335028573957e-07
BICGSTAB_SOLVER_TIME: 0.400914 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 76 resid = 1.49786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277361(s) Flops=501663744 => 1808.70325676645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260403.144414415 Mflops = 260.403144414415 Gflops = 0.260403144414415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 110 resid = 9.482622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42381(s) Flops=724764672 => 1710.11696750903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246230.72695017 Mflops = 246.23072695017 Gflops = 0.24623072695017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001292007 Relative Rsd = 5.66345239921076e-07
BICGSTAB_SOLVER_TIME: 0.802982 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 70 resid = 1.786875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258787(s) Flops=462292992 => 1786.38413830679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257185.739889302 Mflops = 257.185739889302 Gflops = 0.257185739889302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056924 s
InvBiCGStab: k = 84 resid = 1.081758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310856(s) Flops=554158080 => 1782.68420104486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256649.482659594 Mflops = 256.649482659594 Gflops = 0.256649482659593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001145594 Relative Rsd = 5.02165598932876e-07
BICGSTAB_SOLVER_TIME: 0.671572 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041523 s
InvBiCGStab: k = 76 resid = 1.559708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296496(s) Flops=501663744 => 1691.97474502186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243596.169599634 Mflops = 243.596169599634 Gflops = 0.243596169599634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064678 s
InvBiCGStab: k = 93 resid = 8.793924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385717(s) Flops=613214208 => 1589.80342582774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228895.399683115 Mflops = 228.895399683115 Gflops = 0.228895399683115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001190998 Relative Rsd = 5.22068512481087e-07
BICGSTAB_SOLVER_TIME: 0.793106 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040898 s
InvBiCGStab: k = 75 resid = 1.354332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279794(s) Flops=495101952 => 1769.52312058157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254774.096995387 Mflops = 254.774096995387 Gflops = 0.254774096995387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058097 s
InvBiCGStab: k = 100 resid = 1.093514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410679(s) Flops=659146752 => 1605.016940238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231084.934612777 Mflops = 231.084934612776 Gflops = 0.231084934612776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001225628 Relative Rsd = 5.37248283890582e-07
BICGSTAB_SOLVER_TIME: 0.79327 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13922
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980192(s) Flops=1574977536 => 1606.80513205576 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231372.216190048 Mflops = 231.372216190048 Gflops = 0.231372216190048 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175137000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045902 s
InvBiCGStab: k = 29 resid = 2.032609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127856(s) Flops=193259520 => 1511.54048304342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217562.439037775 Mflops = 217.562439037775 Gflops = 0.217562439037775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065836 s
InvBiCGStab: k = 54 resid = 1.086765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229226(s) Flops=357304320 => 1558.74255101952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224382.575933961 Mflops = 224.382575933961 Gflops = 0.224382575933961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007631514 Relative Rsd = 3.34523803558059e-07
BICGSTAB_SOLVER_TIME: 0.472908 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042876 s
InvBiCGStab: k = 60 resid = 1.254669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224104(s) Flops=396675072 => 1770.04904865598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254852.133822876 Mflops = 254.852133822876 Gflops = 0.254852133822876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057561 s
InvBiCGStab: k = 91 resid = 1.114945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337626(s) Flops=600090624 => 1777.38273711148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255894.62820146 Mflops = 255.89462820146 Gflops = 0.25589462820146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001154052 Relative Rsd = 5.05873088947614e-07
BICGSTAB_SOLVER_TIME: 0.665935 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122248000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 73 resid = 1.040166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267338(s) Flops=481978368 => 1802.88012927455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.927073589 Mflops = 259.569927073589 Gflops = 0.259569927073589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055851 s
InvBiCGStab: k = 85 resid = 1.147289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310096(s) Flops=560719872 => 1808.21381765647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260321.408310721 Mflops = 260.321408310721 Gflops = 0.260321408310721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00115218 Relative Rsd = 5.05052575934428e-07
BICGSTAB_SOLVER_TIME: 0.678504 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041867 s
InvBiCGStab: k = 63 resid = 1.558655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230372(s) Flops=416360448 => 1807.33964197038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260199.344622503 Mflops = 260.199344622503 Gflops = 0.260199344622503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 90 resid = 1.140425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32801(s) Flops=593528832 => 1809.48395475748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260511.754428535 Mflops = 260.511754428535 Gflops = 0.260511754428535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001201178 Relative Rsd = 5.26530533586873e-07
BICGSTAB_SOLVER_TIME: 0.660218 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044828 s
InvBiCGStab: k = 72 resid = 2.205239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295889(s) Flops=475416576 => 1606.73960843424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231326.739098173 Mflops = 231.326739098173 Gflops = 0.231326739098173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062909 s
InvBiCGStab: k = 86 resid = 8.487171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358255(s) Flops=567281664 => 1583.45777169893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227982.463733092 Mflops = 227.982463733092 Gflops = 0.227982463733092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001167046 Relative Rsd = 5.11568915864259e-07
BICGSTAB_SOLVER_TIME: 0.766368 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127014
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979654(s) Flops=1568931840 => 1601.5162904454 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230601.221261659 Mflops = 230.601221261659 Gflops = 0.230601221261659 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174217000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045747 s
InvBiCGStab: k = 30 resid = 2.221904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128509(s) Flops=199821312 => 1554.92076041367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223811.218219403 Mflops = 223.811218219403 Gflops = 0.223811218219403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061106 s
InvBiCGStab: k = 55 resid = 1.116054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227121(s) Flops=363866112 => 1602.08044170288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230624.125250851 Mflops = 230.624125250851 Gflops = 0.230624125250851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0008017251 Relative Rsd = 3.514323727697e-07
BICGSTAB_SOLVER_TIME: 0.466877 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044194 s
InvBiCGStab: k = 59 resid = 2.138592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219449(s) Flops=390113280 => 1777.69449849396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255930.594854844 Mflops = 255.930594854844 Gflops = 0.255930594854844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06048 s
InvBiCGStab: k = 91 resid = 1.146703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336484(s) Flops=600090624 => 1783.41503310707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256765.603614154 Mflops = 256.765603614154 Gflops = 0.256765603614154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001168413 Relative Rsd = 5.12168213384431e-07
BICGSTAB_SOLVER_TIME: 0.664565 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 77 resid = 2.028531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281128(s) Flops=508225536 => 1807.80831507356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260280.387831935 Mflops = 260.280387831935 Gflops = 0.260280387831935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 86 resid = 9.61863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313858(s) Flops=567281664 => 1807.44688362253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.659118408 Mflops = 260.220659118408 Gflops = 0.260220659118408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001187276 Relative Rsd = 5.20436773933315e-07
BICGSTAB_SOLVER_TIME: 0.696547 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 74 resid = 2.122193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270815(s) Flops=488540160 => 1803.96270516773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.490815942 Mflops = 259.734490815942 Gflops = 0.259734490815942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 92 resid = 1.057442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336159(s) Flops=606652416 => 1804.6591523654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259816.766874486 Mflops = 259.816766874486 Gflops = 0.259816766874486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001157703 Relative Rsd = 5.07473597072843e-07
BICGSTAB_SOLVER_TIME: 0.707843 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 74 resid = 2.020683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301399(s) Flops=488540160 => 1620.9083639959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233362.644318841 Mflops = 233.362644318841 Gflops = 0.233362644318841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06123 s
InvBiCGStab: k = 81 resid = 1.029555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338362(s) Flops=534472704 => 1579.58844078236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227422.881643407 Mflops = 227.422881643407 Gflops = 0.227422881643407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001153622 Relative Rsd = 5.05684532720005e-07
BICGSTAB_SOLVER_TIME: 0.746544 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124722
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014492(s) Flops=1568858112 => 1546.44700204634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222757.905345244 Mflops = 222.757905345244 Gflops = 0.222757905345244 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174468000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.929266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884252(s) Flops=1413752832 => 1598.81213952584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230234.976028409 Mflops = 230.234976028409 Gflops = 0.230234976028409 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.083528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943125(s) Flops=1682786304 => 1784.26645884692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256924.042797189 Mflops = 256.924042797189 Gflops = 0.256924042797189 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002157375 Relative Rsd = 9.49034280901476e-07
BICGSTAB_SOLVER_TIME: 1.830859 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335965999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.429786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740683(s) Flops=1335011328 => 1802.40579033136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259468.144586941 Mflops = 259.468144586941 Gflops = 0.259468144586941 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.120004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758186(s) Flops=1308764160 => 1726.17822012013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248559.20944942 Mflops = 248.55920944942 Gflops = 0.24855920944942 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001952909 Relative Rsd = 8.57896766464919e-07
BICGSTAB_SOLVER_TIME: 1.502272 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.120994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287298999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.042209(s) Flops=1568858112 => 1505.32005768517 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216893.359702179 Mflops = 216.893359702179 Gflops = 0.216893359702179 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174114000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 24 resid = 2.175485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088664(s) Flops=160450560 => 1809.64720743481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260447.792268543 Mflops = 260.447792268543 Gflops = 0.260447792268543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 56 resid = 9.339532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207154(s) Flops=370427904 => 1788.17644843933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257428.784704673 Mflops = 257.428784704673 Gflops = 0.257428784704673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0008364038 Relative Rsd = 3.6663362785222e-07
BICGSTAB_SOLVER_TIME: 0.397113 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 80 resid = 2.279845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318792(s) Flops=527910912 => 1655.97289768878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238420.220484534 Mflops = 238.420220484534 Gflops = 0.238420220484534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063674 s
InvBiCGStab: k = 119 resid = 1.103512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.488433(s) Flops=783820800 => 1604.76626272181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231058.851742739 Mflops = 231.058851742739 Gflops = 0.231058851742739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001365648 Relative Rsd = 5.98625351666259e-07
BICGSTAB_SOLVER_TIME: 0.916463 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156469999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043468 s
InvBiCGStab: k = 62 resid = 2.221804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231324(s) Flops=409798656 => 1771.53540488665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255019.717444851 Mflops = 255.019717444851 Gflops = 0.255019717444851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 99 resid = 1.061528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37607(s) Flops=652584960 => 1735.27524131146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249834.834033718 Mflops = 249.834834033718 Gflops = 0.249834834033718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001178994 Relative Rsd = 5.16806594523402e-07
BICGSTAB_SOLVER_TIME: 0.711731 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 78 resid = 2.027282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293983(s) Flops=514787328 => 1751.07855896429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252102.51433453 Mflops = 252.10251433453 Gflops = 0.25210251433453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056767 s
InvBiCGStab: k = 102 resid = 1.136005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374928(s) Flops=672270336 => 1793.06516451159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258162.690202898 Mflops = 258.162690202898 Gflops = 0.258162690202898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001204096 Relative Rsd = 5.27809552068276e-07
BICGSTAB_SOLVER_TIME: 0.771016 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143099
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 65 resid = 2.237178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238763(s) Flops=429484032 => 1798.78805342536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.833130054 Mflops = 258.979833130054 Gflops = 0.258979833130054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 84 resid = 1.121674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306881(s) Flops=554158080 => 1805.77513759405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.348425671 Mflops = 259.981348425671 Gflops = 0.259981348425671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00115523 Relative Rsd = 5.06389513581822e-07
BICGSTAB_SOLVER_TIME: 0.646717 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120846
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.041077(s) Flops=1562517504 => 1500.86641429981 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216109.299399366 Mflops = 216.109299399366 Gflops = 0.216109299399366 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173482000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040799 s
InvBiCGStab: k = 28 resid = 1.901749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103394(s) Flops=186697728 => 1805.69209045012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.787943215 Mflops = 259.929787943215 Gflops = 0.259929787943215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 53 resid = 1.002067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194679(s) Flops=350742528 => 1801.64541630068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259369.548449411 Mflops = 259.369548449411 Gflops = 0.259369548449411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007667138 Relative Rsd = 3.36085324685211e-07
BICGSTAB_SOLVER_TIME: 0.398907 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040759 s
InvBiCGStab: k = 83 resid = 2.259439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319283(s) Flops=547596288 => 1715.0812539346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246938.164594963 Mflops = 246.938164594963 Gflops = 0.246938164594963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066244 s
InvBiCGStab: k = 132 resid = 5.506695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.550991(s) Flops=869124096 => 1577.38347087339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227113.204376242 Mflops = 227.113204376242 Gflops = 0.227113204376242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001394511 Relative Rsd = 6.11277346963549e-07
BICGSTAB_SOLVER_TIME: 0.981295 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167707999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041733 s
InvBiCGStab: k = 62 resid = 2.182535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23126(s) Flops=409798656 => 1772.02566807922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255113.658608552 Mflops = 255.113658608552 Gflops = 0.255113658608552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057517 s
InvBiCGStab: k = 87 resid = 1.102732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323462(s) Flops=573843456 => 1774.06760608665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255415.933819094 Mflops = 255.415933819094 Gflops = 0.255415933819094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001114283 Relative Rsd = 4.8844054264664e-07
BICGSTAB_SOLVER_TIME: 0.657875 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040639 s
InvBiCGStab: k = 76 resid = 2.260506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278464(s) Flops=501663744 => 1801.53895656171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259361.172543388 Mflops = 259.361172543388 Gflops = 0.259361172543388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 99 resid = 9.398469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361196(s) Flops=652584960 => 1806.73362938681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.196785142 Mflops = 260.125196785142 Gflops = 0.260125196785142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001261169 Relative Rsd = 5.52827365849749e-07
BICGSTAB_SOLVER_TIME: 0.740302 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041468 s
InvBiCGStab: k = 64 resid = 2.172833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23524(s) Flops=422922240 => 1797.83302159497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258805.213026106 Mflops = 258.805213026106 Gflops = 0.258805213026106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 91 resid = 8.313438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331716(s) Flops=600090624 => 1809.04937958977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260453.497844424 Mflops = 260.453497844424 Gflops = 0.260453497844424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001221198 Relative Rsd = 5.35306486441876e-07
BICGSTAB_SOLVER_TIME: 0.668721 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124807
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057823(s) Flops=1556250624 => 1471.18244167503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212009.687428838 Mflops = 212.009687428838 Gflops = 0.212009687428838 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172712000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042651 s
InvBiCGStab: k = 26 resid = 2.063778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102327(s) Flops=173574144 => 1696.26925444897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244143.521828515 Mflops = 244.143521828515 Gflops = 0.244143521828515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06217 s
InvBiCGStab: k = 61 resid = 8.934815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23154(s) Flops=403236864 => 1741.54299041202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250704.314209637 Mflops = 250.704314209637 Gflops = 0.250704314209637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007984637 Relative Rsd = 3.50002764456721e-07
BICGSTAB_SOLVER_TIME: 0.442685 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041999 s
InvBiCGStab: k = 65 resid = 1.833537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266697(s) Flops=429484032 => 1610.38193905443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231853.584377039 Mflops = 231.853584377039 Gflops = 0.231853584377039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062768 s
InvBiCGStab: k = 94 resid = 1.055548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388813(s) Flops=619776000 => 1594.0207760543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229504.788939735 Mflops = 229.504788939735 Gflops = 0.229504788939735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001162154 Relative Rsd = 5.09424579939943e-07
BICGSTAB_SOLVER_TIME: 0.764652 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042553 s
InvBiCGStab: k = 70 resid = 2.110858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275712(s) Flops=462292992 => 1676.72423398329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241398.079874855 Mflops = 241.398079874855 Gflops = 0.241398079874855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059984 s
InvBiCGStab: k = 84 resid = 9.162332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316174(s) Flops=554158080 => 1752.69971597918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252334.650011751 Mflops = 252.334650011751 Gflops = 0.252334650011751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001130188 Relative Rsd = 4.95412377268658e-07
BICGSTAB_SOLVER_TIME: 0.698302 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04612 s
InvBiCGStab: k = 74 resid = 2.141438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276697(s) Flops=488540160 => 1765.61422783767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254199.018241419 Mflops = 254.199018241419 Gflops = 0.254199018241419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 78 resid = 9.251042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29302(s) Flops=514787328 => 1756.83341751416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252925.532643106 Mflops = 252.925532643106 Gflops = 0.252925532643106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001183108 Relative Rsd = 5.18609794214547e-07
BICGSTAB_SOLVER_TIME: 0.676148 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 64 resid = 1.802931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24292(s) Flops=422922240 => 1740.99390745925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250642.440744755 Mflops = 250.642440744755 Gflops = 0.250642440744755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056509 s
InvBiCGStab: k = 90 resid = 1.004297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334704(s) Flops=593528832 => 1773.29470816005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255317.187306403 Mflops = 255.317187306403 Gflops = 0.255317187306403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001149636 Relative Rsd = 5.03937466141274e-07
BICGSTAB_SOLVER_TIME: 0.679823 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124367
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079033(s) Flops=1549910016 => 1436.38796589168 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206825.349021167 Mflops = 206.825349021167 Gflops = 0.206825349021167 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171793000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 25 resid = 2.041008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092768(s) Flops=167012352 => 1800.32286995516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.522970946 Mflops = 259.105522970946 Gflops = 0.259105522970946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055968 s
InvBiCGStab: k = 49 resid = 1.118484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182002(s) Flops=324495360 => 1782.92194591268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256669.308153405 Mflops = 256.669308153405 Gflops = 0.256669308153405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007762586 Relative Rsd = 3.4026928276414e-07
BICGSTAB_SOLVER_TIME: 0.375818 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041908 s
InvBiCGStab: k = 74 resid = 2.21725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274005(s) Flops=488540160 => 1782.96074889144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256701.763138137 Mflops = 256.701763138137 Gflops = 0.256701763138137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060984 s
InvBiCGStab: k = 92 resid = 6.80302e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392861(s) Flops=606652416 => 1544.19098867029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222322.725746897 Mflops = 222.322725746897 Gflops = 0.222322725746897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001166772 Relative Rsd = 5.11449097184306e-07
BICGSTAB_SOLVER_TIME: 0.774131 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132681
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045387 s
InvBiCGStab: k = 67 resid = 2.03436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267719(s) Flops=442607616 => 1653.25440480504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238017.279105546 Mflops = 238.017279105546 Gflops = 0.238017279105546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057282 s
InvBiCGStab: k = 87 resid = 9.835604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324302(s) Flops=573843456 => 1769.4724546873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254759.42563782 Mflops = 254.75942563782 Gflops = 0.25475942563782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001171162 Relative Rsd = 5.1337318718755e-07
BICGSTAB_SOLVER_TIME: 0.698619 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 70 resid = 2.128227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255756(s) Flops=462292992 => 1807.55482569324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260239.293833174 Mflops = 260.239293833174 Gflops = 0.260239293833174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 94 resid = 7.613369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343789(s) Flops=619776000 => 1802.7801936653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259553.036065506 Mflops = 259.553036065506 Gflops = 0.259553036065506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001199653 Relative Rsd = 5.25861988218022e-07
BICGSTAB_SOLVER_TIME: 0.700757 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 72 resid = 9.234534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263188(s) Flops=475416576 => 1806.37633934678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260067.447742362 Mflops = 260.067447742362 Gflops = 0.260067447742362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 95 resid = 1.041155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346477(s) Flops=626337792 => 1807.73266912378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260268.568920083 Mflops = 260.268568920083 Gflops = 0.260268568920083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001194026 Relative Rsd = 5.23395499258553e-07
BICGSTAB_SOLVER_TIME: 0.711128 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133429
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064596(s) Flops=1549541376 => 1455.52056930516 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209615.050909494 Mflops = 209.615050909494 Gflops = 0.209615050909494 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171837000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 2.140296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824873(s) Flops=1479370752 => 1793.45275212063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.522867879 Mflops = 258.191522867879 Gflops = 0.258191522867879 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.096446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97986(s) Flops=1577797632 => 1610.22761619007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231861.691402643 Mflops = 231.861691402643 Gflops = 0.231861691402643 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002471374 Relative Rsd = 1.0871870324837e-06
BICGSTAB_SOLVER_TIME: 1.808653 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.115942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331451999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.370069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.726939(s) Flops=1302202368 => 1791.35026185141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257954.164341995 Mflops = 257.954164341995 Gflops = 0.257954164341995 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.084698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779043(s) Flops=1407191040 => 1806.30727700525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260096.119746493 Mflops = 260.096119746493 Gflops = 0.260096119746493 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.001977432 Relative Rsd = 8.68675161197139e-07
BICGSTAB_SOLVER_TIME: 1.509408 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.114999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294009999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002829(s) Flops=1549541376 => 1545.17008981591 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222493.307371134 Mflops = 222.493307371134 Gflops = 0.222493307371134 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172441000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 26 resid = 2.154426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096472(s) Flops=173574144 => 1799.2178455925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258873.631610498 Mflops = 258.873631610498 Gflops = 0.258873631610498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055979 s
InvBiCGStab: k = 64 resid = 1.112049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234546(s) Flops=422922240 => 1803.15264383106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.839601243 Mflops = 259.591839601242 Gflops = 0.259591839601242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007769692 Relative Rsd = 3.40580744992884e-07
BICGSTAB_SOLVER_TIME: 0.43204 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0786300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 71 resid = 1.769035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260083(s) Flops=468854784 => 1802.71214958302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.665638701 Mflops = 259.529665638701 Gflops = 0.259529665638701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056192 s
InvBiCGStab: k = 110 resid = 1.067299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401199(s) Flops=724764672 => 1806.4967061234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.932604879 Mflops = 260.098932604879 Gflops = 0.260098932604879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001319685 Relative Rsd = 5.78477748778026e-07
BICGSTAB_SOLVER_TIME: 0.762353 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045804 s
InvBiCGStab: k = 73 resid = 2.024555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308693(s) Flops=481978368 => 1561.35178964214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224802.761965242 Mflops = 224.802761965242 Gflops = 0.224802761965242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060351 s
InvBiCGStab: k = 83 resid = 1.136013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3597(s) Flops=547596288 => 1522.369441201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219183.132192945 Mflops = 219.183132192945 Gflops = 0.219183132192945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001117669 Relative Rsd = 4.89924702138865e-07
BICGSTAB_SOLVER_TIME: 0.77872 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 67 resid = 2.183058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24926(s) Flops=442607616 => 1775.68649602824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255648.535611276 Mflops = 255.648535611276 Gflops = 0.255648535611276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056863 s
InvBiCGStab: k = 101 resid = 8.833945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370572(s) Flops=665708544 => 1796.43508953726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258643.437777985 Mflops = 258.643437777985 Gflops = 0.258643437777985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001208819 Relative Rsd = 5.29879843314307e-07
BICGSTAB_SOLVER_TIME: 0.721675 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 71 resid = 1.894497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258878(s) Flops=468854784 => 1811.10323781859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260748.554121965 Mflops = 260.748554121965 Gflops = 0.260748554121965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 97 resid = 1.016095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359474(s) Flops=639461376 => 1778.88074241809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256122.826285261 Mflops = 256.122826285261 Gflops = 0.256122826285261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001170399 Relative Rsd = 5.13038633837563e-07
BICGSTAB_SOLVER_TIME: 0.719744 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134313
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997146(s) Flops=1537081344 => 1541.48073000343 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222047.620336712 Mflops = 222.047620336712 Gflops = 0.222047620336712 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172112000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040704 s
InvBiCGStab: k = 34 resid = 1.624168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125287(s) Flops=226068480 => 1804.40492628924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.179620779 Mflops = 259.718179620779 Gflops = 0.259718179620779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 58 resid = 6.198812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212469(s) Flops=383551488 => 1805.21152732869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259871.222196576 Mflops = 259.871222196576 Gflops = 0.259871222196576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0008286066 Relative Rsd = 3.63215759182486e-07
BICGSTAB_SOLVER_TIME: 0.438466 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 78 resid = 2.083442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286813(s) Flops=514787328 => 1794.85353871686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258416.794474661 Mflops = 258.416794474661 Gflops = 0.258416794474661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 112 resid = 7.098429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412523(s) Flops=737888256 => 1788.72027983894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257538.006597394 Mflops = 257.538006597394 Gflops = 0.257538006597394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001314882 Relative Rsd = 5.76372348821685e-07
BICGSTAB_SOLVER_TIME: 0.800461 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150275999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045782 s
InvBiCGStab: k = 71 resid = 1.941646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296684(s) Flops=468854784 => 1580.31705113859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227522.62467476 Mflops = 227.52262467476 Gflops = 0.22752262467476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05974 s
InvBiCGStab: k = 91 resid = 6.480026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379678(s) Flops=600090624 => 1580.52513972366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227559.230619627 Mflops = 227.559230619627 Gflops = 0.227559230619627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001109154 Relative Rsd = 4.86192207374052e-07
BICGSTAB_SOLVER_TIME: 0.786149 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129743
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042129 s
InvBiCGStab: k = 69 resid = 2.225329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27239(s) Flops=455731200 => 1673.08344652887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240889.901243126 Mflops = 240.889901243126 Gflops = 0.240889901243126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059978 s
InvBiCGStab: k = 87 resid = 6.631759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328161(s) Flops=573843456 => 1748.66439339227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251752.011092987 Mflops = 251.752011092987 Gflops = 0.251752011092987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001185492 Relative Rsd = 5.19654737617184e-07
BICGSTAB_SOLVER_TIME: 0.706521 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 73 resid = 1.512844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268146(s) Flops=481978368 => 1797.44753977311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258773.444075826 Mflops = 258.773444075826 Gflops = 0.258773444075826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05713 s
InvBiCGStab: k = 98 resid = 1.126379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358667(s) Flops=646023168 => 1801.17816247383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259319.582079125 Mflops = 259.319582079125 Gflops = 0.259319582079125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001220199 Relative Rsd = 5.34868597134945e-07
BICGSTAB_SOLVER_TIME: 0.729266 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136401
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988422(s) Flops=1530593280 => 1548.5220685092 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222966.721025592 Mflops = 222.966721025592 Gflops = 0.222966721025592 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169950000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 31 resid = 2.109647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11453(s) Flops=206383104 => 1802.00038417882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259371.441849654 Mflops = 259.371441849654 Gflops = 0.259371441849654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 64 resid = 8.044412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233889(s) Flops=422922240 => 1808.21774431461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260313.948674093 Mflops = 260.313948674093 Gflops = 0.260313948674093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007851959 Relative Rsd = 3.44186889224663e-07
BICGSTAB_SOLVER_TIME: 0.449312 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0820950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040614 s
InvBiCGStab: k = 69 resid = 2.277283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252751(s) Flops=455731200 => 1803.08366732476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.720597934 Mflops = 259.598720597934 Gflops = 0.259598720597934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055818 s
InvBiCGStab: k = 88 resid = 1.054812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322942(s) Flops=580405248 => 1797.24299719454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.302745104 Mflops = 258.748302745104 Gflops = 0.258748302745104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001195151 Relative Rsd = 5.23888807256467e-07
BICGSTAB_SOLVER_TIME: 0.676263 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043546 s
InvBiCGStab: k = 63 resid = 2.231311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260678(s) Flops=416360448 => 1597.22127682428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229939.564176858 Mflops = 229.939564176858 Gflops = 0.229939564176858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063838 s
InvBiCGStab: k = 84 resid = 1.140293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355286(s) Flops=554158080 => 1559.752087051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224549.354393688 Mflops = 224.549354393688 Gflops = 0.224549354393688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001082996 Relative Rsd = 4.74726151651762e-07
BICGSTAB_SOLVER_TIME: 0.728305 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042021 s
InvBiCGStab: k = 74 resid = 2.124811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278412(s) Flops=488540160 => 1754.73815783802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252619.271354565 Mflops = 252.619271354565 Gflops = 0.252619271354565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 89 resid = 1.015897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330176(s) Flops=586967040 => 1777.73987206823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255942.158568289 Mflops = 255.942158568289 Gflops = 0.255942158568289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00118732 Relative Rsd = 5.20456114342047e-07
BICGSTAB_SOLVER_TIME: 0.711093 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 66 resid = 1.746139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240816(s) Flops=436045824 => 1810.70121586606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260687.661202823 Mflops = 260.687661202823 Gflops = 0.260687661202823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 114 resid = 2.964798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416426(s) Flops=751011840 => 1803.47010032995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259661.96115212 Mflops = 259.66196115212 Gflops = 0.25966196115212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.00117727 Relative Rsd = 5.16050685619594e-07
BICGSTAB_SOLVER_TIME: 0.758604 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142707
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952716(s) Flops=1524252672 => 1599.9024599146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230369.381041458 Mflops = 230.369381041458 Gflops = 0.230369381041458 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169372000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043786 s
InvBiCGStab: k = 26 resid = 2.076505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101624(s) Flops=173574144 => 1708.00346374872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245856.535558571 Mflops = 245.856535558571 Gflops = 0.245856535558571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058186 s
InvBiCGStab: k = 57 resid = 4.536914e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221034(s) Flops=376989696 => 1705.57333260946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245531.235550676 Mflops = 245.531235550676 Gflops = 0.245531235550676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007963178 Relative Rsd = 3.49062101067918e-07
BICGSTAB_SOLVER_TIME: 0.428426 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041903 s
InvBiCGStab: k = 71 resid = 2.029615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260752(s) Flops=468854784 => 1798.08700987912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258875.916591679 Mflops = 258.875916591679 Gflops = 0.258875916591679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057019 s
InvBiCGStab: k = 90 resid = 9.463466e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329739(s) Flops=593528832 => 1799.99585126418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.544273071 Mflops = 259.150544273071 Gflops = 0.259150544273071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001238033 Relative Rsd = 5.42686000550327e-07
BICGSTAB_SOLVER_TIME: 0.693281 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042568 s
InvBiCGStab: k = 56 resid = 2.007834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204959(s) Flops=370427904 => 1807.326850736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260185.872798466 Mflops = 260.185872798466 Gflops = 0.260185872798466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 91 resid = 9.23911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377601(s) Flops=600090624 => 1589.21884211112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228805.79145376 Mflops = 228.80579145376 Gflops = 0.22880579145376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001125116 Relative Rsd = 4.93189199836452e-07
BICGSTAB_SOLVER_TIME: 0.685304 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043784 s
InvBiCGStab: k = 82 resid = 2.01697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316511(s) Flops=541034496 => 1709.37027781025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246096.626881978 Mflops = 246.096626881978 Gflops = 0.246096626881978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 106 resid = 9.081934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395114(s) Flops=698517504 => 1767.88851825043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254535.987850528 Mflops = 254.535987850528 Gflops = 0.254535987850528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001253716 Relative Rsd = 5.49560469737359e-07
BICGSTAB_SOLVER_TIME: 0.815628 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148681
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04479 s
InvBiCGStab: k = 69 resid = 1.100752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252129(s) Flops=455731200 => 1807.53185869138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.209005209 Mflops = 260.217209005209 Gflops = 0.26021720900521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 90 resid = 1.135735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328509(s) Flops=593528832 => 1806.73537711296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260119.300584677 Mflops = 260.119300584677 Gflops = 0.260119300584677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001167406 Relative Rsd = 5.11726700940244e-07
BICGSTAB_SOLVER_TIME: 0.68565 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128099
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939514(s) Flops=1511792640 => 1609.12199286014 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231695.25458872 Mflops = 231.69525458872 Gflops = 0.23169525458872 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167933000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.600994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724391(s) Flops=1308764160 => 1806.70958087552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.207263251 Mflops = 259.919207263251 Gflops = 0.259919207263251 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.14475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.888582(s) Flops=1604044800 => 1805.1736361979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.113666108 Mflops = 259.933113666108 Gflops = 0.259933113666108 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002150165 Relative Rsd = 9.45898935230032e-07
BICGSTAB_SOLVER_TIME: 1.616302 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316439999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.71135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858271(s) Flops=1361258496 => 1586.04740926817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228410.089429349 Mflops = 228.410089429349 Gflops = 0.228410089429349 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.15016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813561(s) Flops=1440000000 => 1769.99634938253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254863.928322945 Mflops = 254.863928322945 Gflops = 0.254863928322945 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002007983 Relative Rsd = 8.82096141550205e-07
BICGSTAB_SOLVER_TIME: 1.675179 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303962999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965637(s) Flops=1511792640 => 1565.59104508216 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225421.027103264 Mflops = 225.421027103264 Gflops = 0.225421027103264 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167816000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040734 s
InvBiCGStab: k = 32 resid = 2.089158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119353(s) Flops=212944896 => 1784.16039814667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256794.950290479 Mflops = 256.794950290479 Gflops = 0.256794950290479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058926 s
InvBiCGStab: k = 53 resid = 1.085538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197994(s) Flops=350742528 => 1771.48059032092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255011.669189223 Mflops = 255.011669189223 Gflops = 0.255011669189223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000724911 Relative Rsd = 3.1776130801395e-07
BICGSTAB_SOLVER_TIME: 0.420824 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 97 resid = 1.883396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353638(s) Flops=639461376 => 1808.23716908251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260345.094443305 Mflops = 260.345094443305 Gflops = 0.260345094443305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 122 resid = 9.554097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444071(s) Flops=803506176 => 1809.4092521241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260516.24984916 Mflops = 260.51624984916 Gflops = 0.26051624984916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 219 iterations. Rsd = 0.00132969 Relative Rsd = 5.82863173700418e-07
BICGSTAB_SOLVER_TIME: 0.899193 sec
2Flav::invert,  n_count = 219
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170771999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041139 s
InvBiCGStab: k = 74 resid = 2.130366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270528(s) Flops=488540160 => 1805.87650816182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259993.332375397 Mflops = 259.993332375397 Gflops = 0.259993332375397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055873 s
InvBiCGStab: k = 90 resid = 1.034904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328087(s) Flops=593528832 => 1809.05928000805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260459.897536595 Mflops = 260.459897536595 Gflops = 0.260459897536595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001158767 Relative Rsd = 5.07939961176798e-07
BICGSTAB_SOLVER_TIME: 0.699505 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044866 s
InvBiCGStab: k = 75 resid = 1.487213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314883(s) Flops=495101952 => 1572.33623917455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226381.824646875 Mflops = 226.381824646875 Gflops = 0.226381824646875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062402 s
InvBiCGStab: k = 94 resid = 1.091396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389765(s) Flops=619776000 => 1590.1273844496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228943.895474078 Mflops = 228.943895474078 Gflops = 0.228943895474078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001214999 Relative Rsd = 5.32588827319405e-07
BICGSTAB_SOLVER_TIME: 0.816569 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043859 s
InvBiCGStab: k = 68 resid = 2.013547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253954(s) Flops=449169408 => 1768.70381250148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254632.151491015 Mflops = 254.632151491015 Gflops = 0.254632151491015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057391 s
InvBiCGStab: k = 94 resid = 1.099764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347945(s) Flops=619776000 => 1781.24703616951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256450.355234306 Mflops = 256.450355234306 Gflops = 0.256450355234306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001184639 Relative Rsd = 5.19280942118609e-07
BICGSTAB_SOLVER_TIME: 0.707048 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130082
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935287(s) Flops=1505378304 => 1609.53622150206 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231753.744709233 Mflops = 231.753744709233 Gflops = 0.231753744709233 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167249000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042408 s
InvBiCGStab: k = 26 resid = 2.242349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097442(s) Flops=173574144 => 1781.30728022824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256354.363491585 Mflops = 256.354363491585 Gflops = 0.256354363491585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057627 s
InvBiCGStab: k = 55 resid = 1.02887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20482(s) Flops=363866112 => 1776.51651205937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255743.252448629 Mflops = 255.743252448629 Gflops = 0.255743252448629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007991808 Relative Rsd = 3.50317109886239e-07
BICGSTAB_SOLVER_TIME: 0.406235 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 76 resid = 2.226968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278577(s) Flops=501663744 => 1800.80819306691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.698539406 Mflops = 259.262698539406 Gflops = 0.259262698539406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 120 resid = 9.757308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437528(s) Flops=790382592 => 1806.47316743157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260094.651907033 Mflops = 260.094651907033 Gflops = 0.260094651907033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001337899 Relative Rsd = 5.86461663416869e-07
BICGSTAB_SOLVER_TIME: 0.817437 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154467999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 71 resid = 2.157544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27529(s) Flops=468854784 => 1703.13045878891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245208.97756896 Mflops = 245.20897756896 Gflops = 0.24520897756896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058506 s
InvBiCGStab: k = 91 resid = 1.056452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354705(s) Flops=600090624 => 1691.80198756713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243580.081452481 Mflops = 243.580081452481 Gflops = 0.243580081452481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001135046 Relative Rsd = 4.97542016523542e-07
BICGSTAB_SOLVER_TIME: 0.733334 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 72 resid = 1.710321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287778(s) Flops=475416576 => 1652.02543627379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237847.61753458 Mflops = 237.84761753458 Gflops = 0.23784761753458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067573 s
InvBiCGStab: k = 95 resid = 1.137301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393(s) Flops=626337792 => 1593.73483969466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229458.76700862 Mflops = 229.45876700862 Gflops = 0.22945876700862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001196783 Relative Rsd = 5.24603994138723e-07
BICGSTAB_SOLVER_TIME: 0.793534 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 67 resid = 1.414291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258463(s) Flops=442607616 => 1712.46025930211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246549.920736842 Mflops = 246.549920736842 Gflops = 0.246549920736842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056818 s
InvBiCGStab: k = 97 resid = 9.038071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366175(s) Flops=639461376 => 1746.32723697686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251433.041880526 Mflops = 251.433041880526 Gflops = 0.251433041880526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001172583 Relative Rsd = 5.13996315765448e-07
BICGSTAB_SOLVER_TIME: 0.726763 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131086
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930558(s) Flops=1492992000 => 1604.40509887616 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231013.026085408 Mflops = 231.013026085408 Gflops = 0.231013026085408 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167513000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042119 s
InvBiCGStab: k = 34 resid = 2.275677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126593(s) Flops=226068480 => 1785.78973560939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257054.0278136 Mflops = 257.0540278136 Gflops = 0.2570540278136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 51 resid = 1.043741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191022(s) Flops=337618944 => 1767.43487137607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254422.106038301 Mflops = 254.422106038301 Gflops = 0.254422106038301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007988935 Relative Rsd = 3.50191142078972e-07
BICGSTAB_SOLVER_TIME: 0.420302 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 52 resid = 1.960849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19447(s) Flops=344180736 => 1769.83974906155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254789.904965078 Mflops = 254.789904965078 Gflops = 0.254789904965078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 90 resid = 1.130195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329732(s) Flops=593528832 => 1800.03406402776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.780183747 Mflops = 259.157780183747 Gflops = 0.259157780183747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001130878 Relative Rsd = 4.9571493474457e-07
BICGSTAB_SOLVER_TIME: 0.625507 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040889 s
InvBiCGStab: k = 71 resid = 2.191722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26026(s) Flops=468854784 => 1801.48614462461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259362.350662967 Mflops = 259.362350662967 Gflops = 0.259362350662967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056899 s
InvBiCGStab: k = 82 resid = 1.145879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299109(s) Flops=541034496 => 1808.8205169353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260403.330276105 Mflops = 260.403330276105 Gflops = 0.260403330276105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001161589 Relative Rsd = 5.09177186004504e-07
BICGSTAB_SOLVER_TIME: 0.661026 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043916 s
InvBiCGStab: k = 73 resid = 2.176131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276787(s) Flops=481978368 => 1741.33311174296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250704.660723029 Mflops = 250.704660723029 Gflops = 0.250704660723029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056748 s
InvBiCGStab: k = 89 resid = 1.126446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356871(s) Flops=586967040 => 1644.75970308599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236804.021899537 Mflops = 236.804021899537 Gflops = 0.236804021899537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001198452 Relative Rsd = 5.2533571477409e-07
BICGSTAB_SOLVER_TIME: 0.739558 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045379 s
InvBiCGStab: k = 76 resid = 1.801078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324555(s) Flops=501663744 => 1545.69716689005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222540.5609109 Mflops = 222.5405609109 Gflops = 0.2225405609109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057432 s
InvBiCGStab: k = 81 resid = 1.046575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305671(s) Flops=534472704 => 1748.5227712148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251728.99733995 Mflops = 251.72899733995 Gflops = 0.25172899733995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001153514 Relative Rsd = 5.05637227815271e-07
BICGSTAB_SOLVER_TIME: 0.736956 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12634
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930592(s) Flops=1486651392 => 1597.53295966439 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230223.964326927 Mflops = 230.223964326927 Gflops = 0.230223964326927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165155000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045675 s
InvBiCGStab: k = 34 resid = 2.032683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134751(s) Flops=226068480 => 1677.67571298172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241492.249073176 Mflops = 241.492249073176 Gflops = 0.241492249073176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064652 s
InvBiCGStab: k = 52 resid = 9.40649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227203(s) Flops=344180736 => 1514.85999744722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218070.813873255 Mflops = 218.070813873255 Gflops = 0.218070813873255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007783918 Relative Rsd = 3.41204332841701e-07
BICGSTAB_SOLVER_TIME: 0.476326 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040657 s
InvBiCGStab: k = 68 resid = 2.162541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25622(s) Flops=449169408 => 1753.0614628054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252393.136725858 Mflops = 252.393136725858 Gflops = 0.252393136725858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056832 s
InvBiCGStab: k = 96 resid = 1.092817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374227(s) Flops=632899584 => 1691.21838883886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243500.722767173 Mflops = 243.500722767173 Gflops = 0.243500722767173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001188968 Relative Rsd = 5.21178649559019e-07
BICGSTAB_SOLVER_TIME: 0.732014 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04083 s
InvBiCGStab: k = 71 resid = 1.794105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260968(s) Flops=468854784 => 1796.59875540296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258658.495367443 Mflops = 258.658495367443 Gflops = 0.258658495367443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056996 s
InvBiCGStab: k = 83 resid = 9.655378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304283(s) Flops=547596288 => 1799.62826710661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.170346184 Mflops = 259.080170346184 Gflops = 0.259080170346184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001110851 Relative Rsd = 4.8693627729415e-07
BICGSTAB_SOLVER_TIME: 0.666949 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 76 resid = 1.333451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278549(s) Flops=501663744 => 1800.98921195194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.064697972 Mflops = 259.289064697972 Gflops = 0.259289064697972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056164 s
InvBiCGStab: k = 87 resid = 9.845022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317797(s) Flops=573843456 => 1805.69185989799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259971.227116032 Mflops = 259.971227116032 Gflops = 0.259971227116032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001206987 Relative Rsd = 5.29076833626175e-07
BICGSTAB_SOLVER_TIME: 0.697557 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046356 s
InvBiCGStab: k = 64 resid = 1.927467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268294(s) Flops=422922240 => 1576.33879251865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226952.217907559 Mflops = 226.952217907559 Gflops = 0.226952217907559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062317 s
InvBiCGStab: k = 91 resid = 1.149637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395341(s) Flops=600090624 => 1517.90637449695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218544.816389094 Mflops = 218.544816389094 Gflops = 0.218544816389094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001114882 Relative Rsd = 4.8870309252243e-07
BICGSTAB_SOLVER_TIME: 0.776623 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124817
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931213(s) Flops=1480163328 => 1589.50028403813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228888.745592601 Mflops = 228.888745592601 Gflops = 0.228888745592601 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164453000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 2.262082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.982917(s) Flops=1604044800 => 1631.92293957679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234960.086354948 Mflops = 234.960086354948 Gflops = 0.234960086354948 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 1.014871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995711(s) Flops=1781213184 => 1788.88571483091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257590.037527717 Mflops = 257.590037527717 Gflops = 0.257590037527717 Tflops
BICGSTAB_SOLVER: 515 iterations. Rsd = 0.002265927 Relative Rsd = 9.96847499723159e-07
BICGSTAB_SOLVER_TIME: 1.982132 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367058
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.008739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746367(s) Flops=1348134912 => 1806.26275277444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260075.944781988 Mflops = 260.075944781988 Gflops = 0.260075944781988 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.090469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.877865(s) Flops=1499056128 => 1707.61578146982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245882.850785715 Mflops = 245.882850785715 Gflops = 0.245882850785715 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.001996184 Relative Rsd = 8.76917304222529e-07
BICGSTAB_SOLVER_TIME: 1.628031 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.120449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309086999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978495(s) Flops=1480163328 => 1512.69380834854 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217845.418796735 Mflops = 217.845418796735 Gflops = 0.217845418796735 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164305000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041307 s
InvBiCGStab: k = 33 resid = 2.020106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12186(s) Flops=219506688 => 1801.30221565731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259280.559019317 Mflops = 259.280559019317 Gflops = 0.259280559019317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 58 resid = 1.121003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2134(s) Flops=383551488 => 1797.33593252109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258745.570171571 Mflops = 258.745570171571 Gflops = 0.258745570171571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007823688 Relative Rsd = 3.4294762319287e-07
BICGSTAB_SOLVER_TIME: 0.4371 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0791620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041624 s
InvBiCGStab: k = 74 resid = 2.209035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311233(s) Flops=488540160 => 1569.69267397737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225993.61487326 Mflops = 225.99361487326 Gflops = 0.22599361487326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060969 s
InvBiCGStab: k = 119 resid = 1.060198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.497495(s) Flops=783820800 => 1575.53503050282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226850.774646423 Mflops = 226.850774646423 Gflops = 0.226850774646423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001340405 Relative Rsd = 5.8756018842681e-07
BICGSTAB_SOLVER_TIME: 0.915693 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152011999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 55 resid = 2.038261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204053(s) Flops=363866112 => 1783.19413093657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256717.443661847 Mflops = 256.717443661847 Gflops = 0.256717443661847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057048 s
InvBiCGStab: k = 82 resid = 1.079122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302805(s) Flops=541034496 => 1786.74227968495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257227.543214118 Mflops = 257.227543214118 Gflops = 0.257227543214118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001078202 Relative Rsd = 4.72624783073494e-07
BICGSTAB_SOLVER_TIME: 0.609077 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041345 s
InvBiCGStab: k = 69 resid = 2.160438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252271(s) Flops=455731200 => 1806.51442298163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.924451093 Mflops = 260.066924451093 Gflops = 0.260066924451093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 99 resid = 1.150316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361432(s) Flops=652584960 => 1805.55390778902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.360009362 Mflops = 259.947360009362 Gflops = 0.259947360009362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001219534 Relative Rsd = 5.34576755980495e-07
BICGSTAB_SOLVER_TIME: 0.71548 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041722 s
InvBiCGStab: k = 64 resid = 2.279147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234209(s) Flops=422922240 => 1805.74717453215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259970.436360579 Mflops = 259.970436360579 Gflops = 0.259970436360579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056436 s
InvBiCGStab: k = 83 resid = 1.102378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302609(s) Flops=547596288 => 1809.58361449924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260524.731937328 Mflops = 260.524731937328 Gflops = 0.260524731937328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00113728 Relative Rsd = 4.98521386244859e-07
BICGSTAB_SOLVER_TIME: 0.638862 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119177
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015241(s) Flops=1467629568 => 1445.59722075842 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208147.679513067 Mflops = 208.147679513067 Gflops = 0.208147679513067 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162869000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 32 resid = 1.351792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118014(s) Flops=212944896 => 1804.40368091921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.805592158 Mflops = 259.718805592158 Gflops = 0.259718805592158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056375 s
InvBiCGStab: k = 59 resid = 9.892323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216311(s) Flops=390113280 => 1803.48331800047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.607820058 Mflops = 259.624607820058 Gflops = 0.259624607820058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.000766796 Relative Rsd = 3.36121377452412e-07
BICGSTAB_SOLVER_TIME: 0.435628 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0793470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040715 s
InvBiCGStab: k = 85 resid = 1.874056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318881(s) Flops=560719872 => 1758.39849975383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253165.200359312 Mflops = 253.165200359312 Gflops = 0.253165200359312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063626 s
InvBiCGStab: k = 118 resid = 1.108637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.493779(s) Flops=777259008 => 1574.10300559562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226643.927249403 Mflops = 226.643927249403 Gflops = 0.226643927249403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001343734 Relative Rsd = 5.8901934316896e-07
BICGSTAB_SOLVER_TIME: 0.921928 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159300999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 62 resid = 1.856624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234472(s) Flops=409798656 => 1747.75092974854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251620.710985114 Mflops = 251.620710985114 Gflops = 0.251620710985114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 77 resid = 9.657227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285796(s) Flops=508225536 => 1778.28078769472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256012.950685487 Mflops = 256.012950685487 Gflops = 0.256012950685487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001102543 Relative Rsd = 4.83294616111243e-07
BICGSTAB_SOLVER_TIME: 0.622035 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041663 s
InvBiCGStab: k = 84 resid = 1.779056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307475(s) Flops=554158080 => 1802.28662492886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259480.831567644 Mflops = 259.480831567644 Gflops = 0.259480831567644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 94 resid = 1.051161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342975(s) Flops=619776000 => 1807.05882352941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.80413436 Mflops = 260.16380413436 Gflops = 0.26016380413436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001226147 Relative Rsd = 5.37475827116267e-07
BICGSTAB_SOLVER_TIME: 0.752278 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04346 s
InvBiCGStab: k = 59 resid = 1.421607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225289(s) Flops=390113280 => 1731.61263976492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249281.996247429 Mflops = 249.281996247429 Gflops = 0.249281996247429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059612 s
InvBiCGStab: k = 84 resid = 9.541583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309579(s) Flops=554158080 => 1790.03769635537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257708.671599936 Mflops = 257.708671599936 Gflops = 0.257708671599936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001140526 Relative Rsd = 4.99944003433838e-07
BICGSTAB_SOLVER_TIME: 0.641894 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116391
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012578(s) Flops=1461067776 => 1442.9187440375 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207765.853640645 Mflops = 207.765853640645 Gflops = 0.207765853640645 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162035000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 29 resid = 2.140861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106815(s) Flops=193259520 => 1809.29195337733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260418.05393987 Mflops = 260.41805393987 Gflops = 0.26041805393987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 57 resid = 9.975531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208606(s) Flops=376989696 => 1807.1852966837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260155.924119087 Mflops = 260.155924119087 Gflops = 0.260155924119087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000752822 Relative Rsd = 3.29995928105391e-07
BICGSTAB_SOLVER_TIME: 0.416833 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0758570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040601 s
InvBiCGStab: k = 65 resid = 2.218215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237632(s) Flops=429484032 => 1807.34931322381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.032086935 Mflops = 260.200032086935 Gflops = 0.260200032086935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056052 s
InvBiCGStab: k = 87 resid = 1.122422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331232(s) Flops=573843456 => 1732.45174379287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249419.744654145 Mflops = 249.419744654145 Gflops = 0.249419744654145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001110734 Relative Rsd = 4.86885094101649e-07
BICGSTAB_SOLVER_TIME: 0.669746 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042488 s
InvBiCGStab: k = 57 resid = 2.16666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246314(s) Flops=376989696 => 1530.5248422745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220346.711230909 Mflops = 220.346711230909 Gflops = 0.220346711230909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061992 s
InvBiCGStab: k = 83 resid = 1.14016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31836(s) Flops=547596288 => 1720.05367508481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247643.293411229 Mflops = 247.643293411229 Gflops = 0.247643293411229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001110607 Relative Rsd = 4.86829216139746e-07
BICGSTAB_SOLVER_TIME: 0.673219 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041542 s
InvBiCGStab: k = 76 resid = 2.229685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284443(s) Flops=501663744 => 1763.67055613954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253936.588626834 Mflops = 253.936588626834 Gflops = 0.253936588626834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057894 s
InvBiCGStab: k = 76 resid = 1.151373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28086(s) Flops=501663744 => 1786.17013458663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257142.795852179 Mflops = 257.142795852179 Gflops = 0.257142795852179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001095554 Relative Rsd = 4.80231074956097e-07
BICGSTAB_SOLVER_TIME: 0.668511 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123023000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041379 s
InvBiCGStab: k = 64 resid = 2.203537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23567(s) Flops=422922240 => 1794.55272202656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258381.8264173 Mflops = 258.3818264173 Gflops = 0.2583818264173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056736 s
InvBiCGStab: k = 88 resid = 1.127787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322091(s) Flops=580405248 => 1801.99151171563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.838629527 Mflops = 259.431838629527 Gflops = 0.259431838629527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00115529 Relative Rsd = 5.06415794084453e-07
BICGSTAB_SOLVER_TIME: 0.659733 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122969
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933912(s) Flops=1448607744 => 1551.11803253411 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223344.116162551 Mflops = 223.344116162551 Gflops = 0.223344116162551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162183000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 25 resid = 2.250979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092686(s) Flops=167012352 => 1801.91562911335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.309770158 Mflops = 259.311309770158 Gflops = 0.259311309770158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058381 s
InvBiCGStab: k = 61 resid = 1.141004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224571(s) Flops=403236864 => 1795.58742669356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258495.605743159 Mflops = 258.495605743159 Gflops = 0.258495605743159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007599774 Relative Rsd = 3.33132467821726e-07
BICGSTAB_SOLVER_TIME: 0.420554 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 70 resid = 1.488489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256529(s) Flops=462292992 => 1802.10811253309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.640287381 Mflops = 259.452640287381 Gflops = 0.259452640287381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 92 resid = 1.12762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348314(s) Flops=606652416 => 1741.68255080186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250760.761581225 Mflops = 250.760761581225 Gflops = 0.250760761581225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00115836 Relative Rsd = 5.0776140684922e-07
BICGSTAB_SOLVER_TIME: 0.706538 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 56 resid = 2.264345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220815(s) Flops=370427904 => 1677.54864479315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241491.885967876 Mflops = 241.491885967876 Gflops = 0.241491885967876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062896 s
InvBiCGStab: k = 92 resid = 1.051631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389969(s) Flops=606652416 => 1555.64266903267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223973.653097342 Mflops = 223.973653097342 Gflops = 0.223973653097342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001119224 Relative Rsd = 4.90606311213877e-07
BICGSTAB_SOLVER_TIME: 0.719634 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041758 s
InvBiCGStab: k = 71 resid = 2.046442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268683(s) Flops=468854784 => 1745.01097575954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251228.478362181 Mflops = 251.228478362181 Gflops = 0.251228478362181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056815 s
InvBiCGStab: k = 93 resid = 8.245244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345224(s) Flops=613214208 => 1776.27919264014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255741.011215598 Mflops = 255.741011215598 Gflops = 0.255741011215598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001172889 Relative Rsd = 5.14130218753606e-07
BICGSTAB_SOLVER_TIME: 0.716373 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 77 resid = 1.709855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28062(s) Flops=508225536 => 1811.08094932649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260756.236342364 Mflops = 260.756236342364 Gflops = 0.260756236342364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056154 s
InvBiCGStab: k = 91 resid = 1.099364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332098(s) Flops=600090624 => 1806.96849725081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260155.792395278 Mflops = 260.155792395278 Gflops = 0.260155792395278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001124133 Relative Rsd = 4.92758556804033e-07
BICGSTAB_SOLVER_TIME: 0.713801 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134336
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89898(s) Flops=1442267136 => 1604.33728892745 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231005.115544473 Mflops = 231.005115544473 Gflops = 0.231005115544473 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159927000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.885366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775068(s) Flops=1361258496 => 1756.30847357909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252882.891200304 Mflops = 252.882891200304 Gflops = 0.252882891200304 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 322 resid = 6.56686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.188556(s) Flops=2115864576 => 1780.19763141156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256340.374158498 Mflops = 256.340374158498 Gflops = 0.256340374158498 Tflops
BICGSTAB_SOLVER: 529 iterations. Rsd = 0.002539198 Relative Rsd = 1.11708444510856e-06
BICGSTAB_SOLVER_TIME: 1.967403 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.122402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.377204
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.099249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788385(s) Flops=1335011328 => 1693.34947772979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243773.793312713 Mflops = 243.773793312713 Gflops = 0.243773793312713 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.10969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8217(s) Flops=1472808960 => 1792.39255202629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258090.545980059 Mflops = 258.090545980059 Gflops = 0.258090545980059 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.001999409 Relative Rsd = 8.78341568333682e-07
BICGSTAB_SOLVER_TIME: 1.613475 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305045999999999
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899599(s) Flops=1442267136 => 1603.23336953465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230835.481424254 Mflops = 230.835481424254 Gflops = 0.230835481424254 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159990000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042033 s
InvBiCGStab: k = 38 resid = 1.358618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143187(s) Flops=252315648 => 1762.14075300132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253650.789052987 Mflops = 253.650789052987 Gflops = 0.253650789052987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059104 s
InvBiCGStab: k = 60 resid = 1.142226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226661(s) Flops=396675072 => 1750.0808343738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251940.379009129 Mflops = 251.940379009129 Gflops = 0.251940379009129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008263519 Relative Rsd = 3.62227408163183e-07
BICGSTAB_SOLVER_TIME: 0.474884 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0843620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 83 resid = 1.747977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310529(s) Flops=547596288 => 1763.43043000815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253887.95806977 Mflops = 253.88795806977 Gflops = 0.25388795806977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056633 s
InvBiCGStab: k = 124 resid = 9.299428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467071(s) Flops=816629760 => 1748.40604533358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251734.906375159 Mflops = 251.734906375159 Gflops = 0.251734906375159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001314466 Relative Rsd = 5.76189865176237e-07
BICGSTAB_SOLVER_TIME: 0.878918 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162272999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 67 resid = 2.076697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253029(s) Flops=442607616 => 1749.23671199744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251827.455066548 Mflops = 251.827455066548 Gflops = 0.251827455066548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059452 s
InvBiCGStab: k = 82 resid = 1.059474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305717(s) Flops=541034496 => 1769.72329311095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254796.532060591 Mflops = 254.796532060591 Gflops = 0.254796532060591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001073687 Relative Rsd = 4.70645631589982e-07
BICGSTAB_SOLVER_TIME: 0.663523 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046923 s
InvBiCGStab: k = 69 resid = 1.724988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30156(s) Flops=455731200 => 1511.24552327895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217578.4399028 Mflops = 217.5784399028 Gflops = 0.2175784399028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064319 s
InvBiCGStab: k = 84 resid = 1.053833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321004(s) Flops=554158080 => 1726.32764700751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248543.069148267 Mflops = 248.543069148267 Gflops = 0.248543069148267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001200167 Relative Rsd = 5.26087643329927e-07
BICGSTAB_SOLVER_TIME: 0.737692 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041526 s
InvBiCGStab: k = 75 resid = 1.730657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282397(s) Flops=495101952 => 1753.21250579857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252422.830454007 Mflops = 252.422830454007 Gflops = 0.252422830454007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056895 s
InvBiCGStab: k = 97 resid = 1.003266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361468(s) Flops=639461376 => 1769.06773490323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254700.496247103 Mflops = 254.700496247103 Gflops = 0.254700496247103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001180029 Relative Rsd = 5.172599969814e-07
BICGSTAB_SOLVER_TIME: 0.74609 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137152
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911971(s) Flops=1429880832 => 1567.90164599532 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225756.145786758 Mflops = 225.756145786758 Gflops = 0.225756145786758 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158651000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044365 s
InvBiCGStab: k = 35 resid = 2.240298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131888(s) Flops=232630272 => 1763.84714303045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253931.361656709 Mflops = 253.931361656709 Gflops = 0.253931361656709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057267 s
InvBiCGStab: k = 56 resid = 1.101202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224307(s) Flops=370427904 => 1651.43265256992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237756.189649063 Mflops = 237.756189649063 Gflops = 0.237756189649063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007816541 Relative Rsd = 3.42634349395498e-07
BICGSTAB_SOLVER_TIME: 0.461785 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0791610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 91 resid = 2.169293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337077(s) Flops=600090624 => 1780.27757456012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256329.014331054 Mflops = 256.329014331054 Gflops = 0.256329014331054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056742 s
InvBiCGStab: k = 131 resid = 1.024549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.477594(s) Flops=862562304 => 1806.05766404101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260042.186911541 Mflops = 260.042186911541 Gflops = 0.260042186911541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 222 iterations. Rsd = 0.001365374 Relative Rsd = 5.98505277835796e-07
BICGSTAB_SOLVER_TIME: 0.916351 sec
2Flav::invert,  n_count = 222
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173074999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040802 s
InvBiCGStab: k = 63 resid = 2.247401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230993(s) Flops=416360448 => 1802.48080244856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.557797971 Mflops = 259.505557797971 Gflops = 0.259505557797971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056115 s
InvBiCGStab: k = 82 resid = 9.465591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299157(s) Flops=541034496 => 1808.53029011522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260371.843471355 Mflops = 260.371843471355 Gflops = 0.260371843471355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001105591 Relative Rsd = 4.84630431096388e-07
BICGSTAB_SOLVER_TIME: 0.630874 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046524 s
InvBiCGStab: k = 72 resid = 1.383531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298937(s) Flops=475416576 => 1590.35708527215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228978.547303364 Mflops = 228.978547303364 Gflops = 0.228978547303364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06471 s
InvBiCGStab: k = 94 resid = 1.133923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388804(s) Flops=619776000 => 1594.05767430376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229507.190659902 Mflops = 229.507190659902 Gflops = 0.229507190659902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001180065 Relative Rsd = 5.17275765282978e-07
BICGSTAB_SOLVER_TIME: 0.802827 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 69 resid = 1.829487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256889(s) Flops=455731200 => 1774.03937109024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255409.485719341 Mflops = 255.409485719341 Gflops = 0.255409485719341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 91 resid = 1.089862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33548(s) Flops=600090624 => 1788.75230714201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257532.295355008 Mflops = 257.532295355008 Gflops = 0.257532295355008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001171032 Relative Rsd = 5.13316135533297e-07
BICGSTAB_SOLVER_TIME: 0.693902 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128512
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886441(s) Flops=1423540224 => 1605.90521422182 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231236.54248364 Mflops = 231.23654248364 Gflops = 0.23123654248364 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157853000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 37 resid = 1.189725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143012(s) Flops=245753856 => 1718.41423097362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247373.259200776 Mflops = 247.373259200776 Gflops = 0.247373259200776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056947 s
InvBiCGStab: k = 51 resid = 9.541575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190961(s) Flops=337618944 => 1767.99945538618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254512.814647992 Mflops = 254.512814647992 Gflops = 0.254512814647992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0008055035 Relative Rsd = 3.53088631281577e-07
BICGSTAB_SOLVER_TIME: 0.436323 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 63 resid = 1.799884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230146(s) Flops=416360448 => 1809.11442301843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260456.332156307 Mflops = 260.456332156307 Gflops = 0.260456332156307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 81 resid = 1.042761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296031(s) Flops=534472704 => 1805.46194148586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259932.330140433 Mflops = 259.932330140432 Gflops = 0.259932330140432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001163058 Relative Rsd = 5.09821083833995e-07
BICGSTAB_SOLVER_TIME: 0.62775 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 65 resid = 1.910895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237282(s) Flops=429484032 => 1810.01522239361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260573.054029099 Mflops = 260.573054029099 Gflops = 0.260573054029099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 83 resid = 1.038945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302704(s) Flops=547596288 => 1809.01569850415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260449.283111208 Mflops = 260.449283111208 Gflops = 0.260449283111208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001049957 Relative Rsd = 4.60243553498448e-07
BICGSTAB_SOLVER_TIME: 0.641352 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040758 s
InvBiCGStab: k = 72 resid = 2.1832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263102(s) Flops=475416576 => 1806.96678854589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260146.967764068 Mflops = 260.146967764068 Gflops = 0.260146967764068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06109 s
InvBiCGStab: k = 86 resid = 9.856745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362427(s) Flops=567281664 => 1565.23014013857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225352.201683277 Mflops = 225.352201683277 Gflops = 0.225352201683277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001157929 Relative Rsd = 5.07572646501202e-07
BICGSTAB_SOLVER_TIME: 0.731879 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045026 s
InvBiCGStab: k = 69 resid = 1.382725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273558(s) Flops=455731200 => 1665.93994692168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239842.52219124 Mflops = 239.84252219124 Gflops = 0.23984252219124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 86 resid = 1.021035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321157(s) Flops=567281664 => 1766.36867326572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254304.206554728 Mflops = 254.304206554728 Gflops = 0.254304206554728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001099152 Relative Rsd = 4.81807854083806e-07
BICGSTAB_SOLVER_TIME: 0.699667 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124892
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908807(s) Flops=1417273344 => 1559.48770641071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224559.783138912 Mflops = 224.559783138912 Gflops = 0.224559783138912 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156940000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045631 s
InvBiCGStab: k = 33 resid = 2.184986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143614(s) Flops=219506688 => 1528.44909270684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220026.152380041 Mflops = 220.026152380041 Gflops = 0.220026152380041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06129 s
InvBiCGStab: k = 54 resid = 1.090466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205751(s) Flops=357304320 => 1736.58606762543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249985.614401903 Mflops = 249.985614401903 Gflops = 0.249985614401903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007853017 Relative Rsd = 3.44233275587558e-07
BICGSTAB_SOLVER_TIME: 0.460463 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042129 s
InvBiCGStab: k = 75 resid = 1.732787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279064(s) Flops=495101952 => 1774.15199380787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255425.70558239 Mflops = 255.42570558239 Gflops = 0.25542570558239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056917 s
InvBiCGStab: k = 94 resid = 1.039926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344366(s) Flops=619776000 => 1799.75955814453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259127.841523267 Mflops = 259.127841523267 Gflops = 0.259127841523267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001184955 Relative Rsd = 5.19419590906272e-07
BICGSTAB_SOLVER_TIME: 0.726326 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 57 resid = 1.739984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209166(s) Flops=376989696 => 1802.34692062764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259467.05109334 Mflops = 259.46705109334 Gflops = 0.25946705109334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 81 resid = 8.77429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295477(s) Flops=534472704 => 1808.8470642385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260420.3799337 Mflops = 260.4203799337 Gflops = 0.2604203799337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001041613 Relative Rsd = 4.56586226074167e-07
BICGSTAB_SOLVER_TIME: 0.606406 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112858
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 75 resid = 1.863244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275886(s) Flops=495101952 => 1794.58889541332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258373.311580594 Mflops = 258.373311580594 Gflops = 0.258373311580594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057006 s
InvBiCGStab: k = 94 resid = 9.626203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34311(s) Flops=619776000 => 1806.34781848387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.402742199 Mflops = 260.063402742199 Gflops = 0.260063402742199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001215264 Relative Rsd = 5.32704971832e-07
BICGSTAB_SOLVER_TIME: 0.720591 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044981 s
InvBiCGStab: k = 56 resid = 2.03891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240272(s) Flops=370427904 => 1541.702337351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221945.748982222 Mflops = 221.945748982222 Gflops = 0.221945748982222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066073 s
InvBiCGStab: k = 81 resid = 1.026686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326348(s) Flops=534472704 => 1637.7385612904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235779.389557065 Mflops = 235.779389557065 Gflops = 0.235779389557065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001065006 Relative Rsd = 4.66840265839235e-07
BICGSTAB_SOLVER_TIME: 0.681562 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111981
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888346(s) Flops=1410932736 => 1588.26936351377 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228680.455873235 Mflops = 228.680455873235 Gflops = 0.228680455873235 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.253598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884257(s) Flops=1453123584 => 1643.32720464752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236616.16330767 Mflops = 236.61616330767 Gflops = 0.23661616330767 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 304 resid = 1.090686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.121916(s) Flops=1997752320 => 1780.66122597414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256404.965483221 Mflops = 256.404965483221 Gflops = 0.256404965483221 Tflops
BICGSTAB_SOLVER: 525 iterations. Rsd = 0.00220369 Relative Rsd = 9.69497688626327e-07
BICGSTAB_SOLVER_TIME: 2.009494 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.117391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374294
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.70462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824403(s) Flops=1459685376 => 1770.59687555722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254848.985931612 Mflops = 254.848985931612 Gflops = 0.254848985931612 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 9.799788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752368(s) Flops=1282516992 => 1704.64053760926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245454.793496313 Mflops = 245.454793496313 Gflops = 0.245454793496313 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001947564 Relative Rsd = 8.5558574783757e-07
BICGSTAB_SOLVER_TIME: 1.58047 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.121009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297839999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908271(s) Flops=1410932736 => 1553.42704545229 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223900.766508167 Mflops = 223.900766508167 Gflops = 0.223900766508167 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156373000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041748 s
InvBiCGStab: k = 32 resid = 2.034992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11835(s) Flops=212944896 => 1799.28091254753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258990.864211419 Mflops = 258.990864211419 Gflops = 0.258990864211419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055828 s
InvBiCGStab: k = 55 resid = 1.134702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201268(s) Flops=363866112 => 1807.86867261562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260236.331107854 Mflops = 260.236331107854 Gflops = 0.260236331107854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007904005 Relative Rsd = 3.46468317518525e-07
BICGSTAB_SOLVER_TIME: 0.421011 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043807 s
InvBiCGStab: k = 80 resid = 1.937847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335918(s) Flops=527910912 => 1571.54696086545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226256.030695544 Mflops = 226.256030695544 Gflops = 0.226256030695544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062819 s
InvBiCGStab: k = 110 resid = 1.054534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441424(s) Flops=724764672 => 1641.87871977962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236393.829913868 Mflops = 236.393829913868 Gflops = 0.236393829913868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001284234 Relative Rsd = 5.6293775587714e-07
BICGSTAB_SOLVER_TIME: 0.88808 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149980999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041664 s
InvBiCGStab: k = 61 resid = 2.000606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227704(s) Flops=403236864 => 1770.88177634121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254953.255153741 Mflops = 254.953255153741 Gflops = 0.254953255153741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05693 s
InvBiCGStab: k = 82 resid = 1.147474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300607(s) Flops=541034496 => 1799.8067110879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259121.380711874 Mflops = 259.121380711874 Gflops = 0.259121380711874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00108024 Relative Rsd = 4.73518065012409e-07
BICGSTAB_SOLVER_TIME: 0.630758 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116502
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041744 s
InvBiCGStab: k = 73 resid = 1.86182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26709(s) Flops=481978368 => 1804.55415028642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259807.870353723 Mflops = 259.807870353723 Gflops = 0.259807870353723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056815 s
InvBiCGStab: k = 93 resid = 8.89712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339576(s) Flops=613214208 => 1805.82316771503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.678867291 Mflops = 259.990678867291 Gflops = 0.259990678867291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001189455 Relative Rsd = 5.21391955386192e-07
BICGSTAB_SOLVER_TIME: 0.709184 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132883
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040693 s
InvBiCGStab: k = 55 resid = 2.066075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201232(s) Flops=363866112 => 1808.19209668442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260301.53778841 Mflops = 260.30153778841 Gflops = 0.26030153778841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 91 resid = 4.100452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340258(s) Flops=600090624 => 1763.6341364494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253912.892991752 Mflops = 253.912892991752 Gflops = 0.253912892991752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001067551 Relative Rsd = 4.67955987993616e-07
BICGSTAB_SOLVER_TIME: 0.642592 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118465
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935075(s) Flops=1404665856 => 1502.19592652996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216303.151965883 Mflops = 216.303151965883 Gflops = 0.216303151965883 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155773000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042184 s
InvBiCGStab: k = 31 resid = 1.749449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12359(s) Flops=206383104 => 1669.90131887693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240383.411684501 Mflops = 240.383411684501 Gflops = 0.240383411684501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061396 s
InvBiCGStab: k = 55 resid = 1.009314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202749(s) Flops=363866112 => 1794.66291818949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258344.876255944 Mflops = 258.344876255944 Gflops = 0.258344876255944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007977983 Relative Rsd = 3.49711101907628e-07
BICGSTAB_SOLVER_TIME: 0.433752 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 72 resid = 2.015792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291087(s) Flops=475416576 => 1633.24564820827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235147.935844323 Mflops = 235.147935844323 Gflops = 0.235147935844323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064306 s
InvBiCGStab: k = 116 resid = 1.030166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474155(s) Flops=764135424 => 1611.57305944259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232032.360584386 Mflops = 232.032360584386 Gflops = 0.232032360584386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001312387 Relative Rsd = 5.7527862064135e-07
BICGSTAB_SOLVER_TIME: 0.875068 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148437999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 56 resid = 1.842406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208482(s) Flops=370427904 => 1776.78602469278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255792.084031069 Mflops = 255.792084031069 Gflops = 0.255792084031069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 85 resid = 1.134864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314116(s) Flops=560719872 => 1785.0726228527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256994.522365456 Mflops = 256.994522365456 Gflops = 0.256994522365456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.0010753 Relative Rsd = 4.71352704685989e-07
BICGSTAB_SOLVER_TIME: 0.623848 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 78 resid = 2.152076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284531(s) Flops=514787328 => 1809.24865128931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260485.122348754 Mflops = 260.485122348754 Gflops = 0.260485122348754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 90 resid = 7.581637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329116(s) Flops=593528832 => 1803.40315268781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259634.86500618 Mflops = 259.63486500618 Gflops = 0.25963486500618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001110877 Relative Rsd = 4.8694745288653e-07
BICGSTAB_SOLVER_TIME: 0.714906 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 62 resid = 1.954274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227291(s) Flops=409798656 => 1802.96912768213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259561.858951652 Mflops = 259.561858951652 Gflops = 0.259561858951652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 82 resid = 1.035833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298541(s) Flops=541034496 => 1812.26195396947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260912.403958376 Mflops = 260.912403958376 Gflops = 0.260912403958376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001085395 Relative Rsd = 4.75777524847276e-07
BICGSTAB_SOLVER_TIME: 0.626371 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116995
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966454(s) Flops=1398546432 => 1447.09053095129 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208362.302305674 Mflops = 208.362302305674 Gflops = 0.208362302305674 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154819000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 27 resid = 2.065601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10119(s) Flops=180135936 => 1780.17527423658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256199.465123164 Mflops = 256.199465123164 Gflops = 0.256199465123164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 56 resid = 5.92614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205654(s) Flops=370427904 => 1801.2190572515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.461974832 Mflops = 259.296461974832 Gflops = 0.259296461974832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007590081 Relative Rsd = 3.32707591190854e-07
BICGSTAB_SOLVER_TIME: 0.40798 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 60 resid = 1.018233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219347(s) Flops=396675072 => 1808.43627676695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260356.242595756 Mflops = 260.356242595756 Gflops = 0.260356242595756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 82 resid = 4.858555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335277(s) Flops=541034496 => 1613.69403806405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232329.479282442 Mflops = 232.329479282442 Gflops = 0.232329479282442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001124112 Relative Rsd = 4.92749320355536e-07
BICGSTAB_SOLVER_TIME: 0.656131 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044804 s
InvBiCGStab: k = 61 resid = 2.132949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260385(s) Flops=403236864 => 1548.61786969295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222957.928388796 Mflops = 222.957928388796 Gflops = 0.222957928388796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 89 resid = 9.705309e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333827(s) Flops=586967040 => 1758.29708202153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253147.827251986 Mflops = 253.147827251986 Gflops = 0.253147827251986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001120788 Relative Rsd = 4.9129190063686e-07
BICGSTAB_SOLVER_TIME: 0.69925 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 57 resid = 2.157459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208844(s) Flops=376989696 => 1805.12581639884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.759932199 Mflops = 259.8707599322 Gflops = 0.2598707599322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05636 s
InvBiCGStab: k = 82 resid = 9.100366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298798(s) Flops=541034496 => 1810.70320417138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260686.400156116 Mflops = 260.686400156116 Gflops = 0.260686400156116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001135906 Relative Rsd = 4.97919180008862e-07
BICGSTAB_SOLVER_TIME: 0.609326 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113698
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 58 resid = 1.922503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212028(s) Flops=383551488 => 1808.96621200973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260421.875477911 Mflops = 260.421875477911 Gflops = 0.260421875477911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 93 resid = 5.19229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338938(s) Flops=613214208 => 1809.22235925154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260472.54938901 Mflops = 260.47254938901 Gflops = 0.26047254938901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001076734 Relative Rsd = 4.71981395545026e-07
BICGSTAB_SOLVER_TIME: 0.652733 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122079
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948897(s) Flops=1392132096 => 1467.10559312549 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211264.961119675 Mflops = 211.264961119675 Gflops = 0.211264961119675 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154225000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041438 s
InvBiCGStab: k = 27 resid = 2.264452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101059(s) Flops=180135936 => 1782.48286644435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256561.545176502 Mflops = 256.561545176502 Gflops = 0.256561545176502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056414 s
InvBiCGStab: k = 51 resid = 9.299387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186983(s) Flops=337618944 => 1805.61304503618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259904.792065521 Mflops = 259.904792065521 Gflops = 0.259904792065521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007873606 Relative Rsd = 3.45135768459919e-07
BICGSTAB_SOLVER_TIME: 0.389744 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040761 s
InvBiCGStab: k = 69 resid = 1.507753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252523(s) Flops=455731200 => 1804.71165002792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.289378453 Mflops = 259.831289378453 Gflops = 0.259831289378453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05596 s
InvBiCGStab: k = 90 resid = 9.890624e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328882(s) Flops=593528832 => 1804.68627653687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.656771071 Mflops = 259.818656771071 Gflops = 0.259818656771071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001204783 Relative Rsd = 5.28110935851837e-07
BICGSTAB_SOLVER_TIME: 0.68205 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046114 s
InvBiCGStab: k = 68 resid = 2.204645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288145(s) Flops=449169408 => 1558.83117180586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224439.142292917 Mflops = 224.439142292917 Gflops = 0.224439142292917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059746 s
InvBiCGStab: k = 84 resid = 9.212151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359979(s) Flops=554158080 => 1539.41779937163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221638.349101783 Mflops = 221.638349101783 Gflops = 0.221638349101783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001071799 Relative Rsd = 4.69818025392591e-07
BICGSTAB_SOLVER_TIME: 0.758072 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041683 s
InvBiCGStab: k = 62 resid = 1.967384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230257(s) Flops=409798656 => 1779.74461579887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256236.470596261 Mflops = 256.236470596261 Gflops = 0.256236470596261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057049 s
InvBiCGStab: k = 88 resid = 1.051695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324897(s) Flops=580405248 => 1786.42846194332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257190.357724569 Mflops = 257.190357724569 Gflops = 0.257190357724569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001148246 Relative Rsd = 5.03327962600663e-07
BICGSTAB_SOLVER_TIME: 0.657706 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043583 s
InvBiCGStab: k = 63 resid = 1.636629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238417(s) Flops=416360448 => 1746.35385899495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251395.609715661 Mflops = 251.395609715661 Gflops = 0.251395609715661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 80 resid = 9.903997e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294762(s) Flops=527910912 => 1790.97343619598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257843.80808025 Mflops = 257.84380808025 Gflops = 0.25784380808025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105332 Relative Rsd = 4.84517093239414e-07
BICGSTAB_SOLVER_TIME: 0.637235 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116519
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866631(s) Flops=1379672064 => 1591.99482132534 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229458.159343478 Mflops = 229.458159343478 Gflops = 0.229458159343478 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153210000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021414
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.422628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.823167(s) Flops=1472808960 => 1789.19825503209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257626.796067009 Mflops = 257.626796067009 Gflops = 0.257626796067009 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 9.742389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918392(s) Flops=1656539136 => 1803.73863883832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.821976908 Mflops = 259.726821976908 Gflops = 0.259726821976908 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002132417 Relative Rsd = 9.3814597081295e-07
BICGSTAB_SOLVER_TIME: 1.745021 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.121814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001904
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339454
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.07338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891846(s) Flops=1459685376 => 1636.70115244112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235639.212683812 Mflops = 235.639212683812 Gflops = 0.235639212683812 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 6.196449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806949(s) Flops=1413752832 => 1751.97296483421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252269.59392968 Mflops = 252.26959392968 Gflops = 0.25226959392968 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002051695 Relative Rsd = 9.01350180730958e-07
BICGSTAB_SOLVER_TIME: 1.702209 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312217999999999
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861892(s) Flops=1379672064 => 1600.74819582964 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230487.538914873 Mflops = 230.487538914874 Gflops = 0.230487538914874 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152932000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045012 s
InvBiCGStab: k = 29 resid = 1.446473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109375(s) Flops=193259520 => 1766.94418285714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254315.85729905 Mflops = 254.31585729905 Gflops = 0.25431585729905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058266 s
InvBiCGStab: k = 50 resid = 1.054008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186722(s) Flops=331057152 => 1772.99489080023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255213.898291724 Mflops = 255.213898291724 Gflops = 0.255213898291724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007802137 Relative Rsd = 3.42002953941045e-07
BICGSTAB_SOLVER_TIME: 0.403213 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 92 resid = 1.344901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336032(s) Flops=606652416 => 1805.34120559947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259921.552555494 Mflops = 259.921552555494 Gflops = 0.259921552555494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056556 s
InvBiCGStab: k = 105 resid = 1.039433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382821(s) Flops=691955712 => 1807.51764401639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260242.276748186 Mflops = 260.242276748186 Gflops = 0.260242276748186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.00131975 Relative Rsd = 5.78505968424539e-07
BICGSTAB_SOLVER_TIME: 0.820073 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155201999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041509 s
InvBiCGStab: k = 61 resid = 1.562897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223457(s) Flops=403236864 => 1804.53896722859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.839256796 Mflops = 259.770839256796 Gflops = 0.259770839256796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 79 resid = 9.527644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28826(s) Flops=521349120 => 1808.6072295844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260387.105874913 Mflops = 260.387105874913 Gflops = 0.260387105874913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001048779 Relative Rsd = 4.5972712886424e-07
BICGSTAB_SOLVER_TIME: 0.613313 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040925 s
InvBiCGStab: k = 62 resid = 2.239665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252798(s) Flops=409798656 => 1621.05181211877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233391.262165392 Mflops = 233.391262165392 Gflops = 0.233391262165392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068537 s
InvBiCGStab: k = 95 resid = 7.845881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389958(s) Flops=626337792 => 1606.16731032573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231248.908857827 Mflops = 231.248908857827 Gflops = 0.231248908857827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001182106 Relative Rsd = 5.18170527094857e-07
BICGSTAB_SOLVER_TIME: 0.756299 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 61 resid = 2.280906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227702(s) Flops=403236864 => 1770.89733072173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254954.040345827 Mflops = 254.954040345827 Gflops = 0.254954040345827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 86 resid = 1.062828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318959(s) Flops=567281664 => 1778.54101624347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256064.530861748 Mflops = 256.064530861748 Gflops = 0.256064530861749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001165424 Relative Rsd = 5.10858066540689e-07
BICGSTAB_SOLVER_TIME: 0.648207 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119161
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857865(s) Flops=1373626368 => 1601.21507230159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230554.050716976 Mflops = 230.554050716976 Gflops = 0.230554050716976 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152356000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044474 s
InvBiCGStab: k = 26 resid = 1.669619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107145(s) Flops=173574144 => 1619.99294414112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233140.072884946 Mflops = 233.140072884946 Gflops = 0.233140072884946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 56 resid = 9.497406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208215(s) Flops=370427904 => 1779.06444780635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256109.0706717 Mflops = 256.1090706717 Gflops = 0.2561090706717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007678366 Relative Rsd = 3.36577535535929e-07
BICGSTAB_SOLVER_TIME: 0.41981 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 86 resid = 2.168642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317949(s) Flops=567281664 => 1784.19074757272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256885.488670947 Mflops = 256.885488670947 Gflops = 0.256885488670947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 118 resid = 1.0451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430791(s) Flops=777259008 => 1804.26008899907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.369887545 Mflops = 259.774369887545 Gflops = 0.259774369887545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001339936 Relative Rsd = 5.87354486084864e-07
BICGSTAB_SOLVER_TIME: 0.850432 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160286999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042096 s
InvBiCGStab: k = 57 resid = 2.088412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208884(s) Flops=376989696 => 1804.78014591831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259820.983185465 Mflops = 259.820983185465 Gflops = 0.259820983185465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 75 resid = 8.287896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273717(s) Flops=495101952 => 1808.80965376648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260409.631061121 Mflops = 260.409631061121 Gflops = 0.260409631061121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0010548 Relative Rsd = 4.62366456779842e-07
BICGSTAB_SOLVER_TIME: 0.58483 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 68 resid = 1.984874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247939(s) Flops=449169408 => 1811.61256599405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260798.761675723 Mflops = 260.798761675723 Gflops = 0.260798761675723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 99 resid = 1.109529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399044(s) Flops=652584960 => 1635.37093653833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235458.597490052 Mflops = 235.458597490052 Gflops = 0.235458597490052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001201392 Relative Rsd = 5.26624275884604e-07
BICGSTAB_SOLVER_TIME: 0.748827 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133758
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046551 s
InvBiCGStab: k = 68 resid = 1.571554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283859(s) Flops=449169408 => 1582.3680348342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227816.816842516 Mflops = 227.816816842516 Gflops = 0.227816816842516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056599 s
InvBiCGStab: k = 91 resid = 9.50518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339787(s) Flops=600090624 => 1766.07881996663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254260.309075533 Mflops = 254.260309075533 Gflops = 0.254260309075533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001129844 Relative Rsd = 4.95261787437082e-07
BICGSTAB_SOLVER_TIME: 0.730676 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1278
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867885(s) Flops=1386160128 => 1597.17027947251 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229968.453594802 Mflops = 229.968453594802 Gflops = 0.229968453594802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153584000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044201 s
InvBiCGStab: k = 29 resid = 2.051439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1221(s) Flops=193259520 => 1582.79705159705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227839.660767923 Mflops = 227.839660767923 Gflops = 0.227839660767923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060854 s
InvBiCGStab: k = 56 resid = 1.08062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24212(s) Flops=370427904 => 1529.93517264167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220245.605878263 Mflops = 220.245605878263 Gflops = 0.220245605878263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007887596 Relative Rsd = 3.45748997197991e-07
BICGSTAB_SOLVER_TIME: 0.473372 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049281 s
InvBiCGStab: k = 48 resid = 2.264283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220025(s) Flops=317933568 => 1444.98837859334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208044.477452243 Mflops = 208.044477452243 Gflops = 0.208044477452243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068155 s
InvBiCGStab: k = 83 resid = 1.137206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360328(s) Flops=547596288 => 1519.71616971204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218793.689271478 Mflops = 218.793689271478 Gflops = 0.218793689271478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00113041 Relative Rsd = 4.95509742703646e-07
BICGSTAB_SOLVER_TIME: 0.701586 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10792
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041718 s
InvBiCGStab: k = 56 resid = 2.072571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205343(s) Flops=370427904 => 1803.94707392022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.919766401 Mflops = 259.718919766401 Gflops = 0.259718919766401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056006 s
InvBiCGStab: k = 86 resid = 1.040264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314052(s) Flops=567281664 => 1806.33036567193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.958333978 Mflops = 260.065958333978 Gflops = 0.260065958333978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001069067 Relative Rsd = 4.68620297863984e-07
BICGSTAB_SOLVER_TIME: 0.620969 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115525
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 68 resid = 1.524475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248291(s) Flops=449169408 => 1809.04425855146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260450.216262198 Mflops = 260.450216262198 Gflops = 0.260450216262198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 93 resid = 1.077048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33973(s) Flops=613214208 => 1805.00458599476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.659186686 Mflops = 259.866659186686 Gflops = 0.259866659186686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001131361 Relative Rsd = 4.95926862758983e-07
BICGSTAB_SOLVER_TIME: 0.689362 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 59 resid = 1.574494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249841(s) Flops=390113280 => 1561.44619978306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224808.430218893 Mflops = 224.808430218893 Gflops = 0.224808430218893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060984 s
InvBiCGStab: k = 81 resid = 9.8556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334098(s) Flops=534472704 => 1599.74828942406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230323.898438295 Mflops = 230.323898438295 Gflops = 0.230323898438295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001067939 Relative Rsd = 4.68125969264026e-07
BICGSTAB_SOLVER_TIME: 0.689968 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114111
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89017(s) Flops=1404813312 => 1578.14048103171 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227237.812986922 Mflops = 227.237812986922 Gflops = 0.227237812986922 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155485000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 36 resid = 1.417737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132267(s) Flops=239192064 => 1808.40318446778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260309.496747363 Mflops = 260.309496747363 Gflops = 0.260309496747363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056614 s
InvBiCGStab: k = 53 resid = 1.136141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211402(s) Flops=350742528 => 1659.1258739274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238808.795426714 Mflops = 238.808795426714 Gflops = 0.238808795426714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0008096677 Relative Rsd = 3.54914003552125e-07
BICGSTAB_SOLVER_TIME: 0.445531 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042972 s
InvBiCGStab: k = 64 resid = 1.544165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271136(s) Flops=422922240 => 1559.81588575475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224575.806793399 Mflops = 224.575806793399 Gflops = 0.224575806793399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061037 s
InvBiCGStab: k = 95 resid = 7.478438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359887(s) Flops=626337792 => 1740.37348389911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250569.130285135 Mflops = 250.569130285135 Gflops = 0.250569130285135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001098392 Relative Rsd = 4.81475086787395e-07
BICGSTAB_SOLVER_TIME: 0.738851 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 55 resid = 2.064269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24273(s) Flops=363866112 => 1499.05702632555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215812.366412933 Mflops = 215.812366412933 Gflops = 0.215812366412933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056626 s
InvBiCGStab: k = 82 resid = 9.399211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303584(s) Flops=541034496 => 1782.157478655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256569.797912163 Mflops = 256.569797912163 Gflops = 0.256569797912163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001044521 Relative Rsd = 4.57861009057088e-07
BICGSTAB_SOLVER_TIME: 0.64778 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 63 resid = 1.539181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230621(s) Flops=416360448 => 1805.38826906483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259915.169073495 Mflops = 259.915169073495 Gflops = 0.259915169073495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 88 resid = 1.116295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321596(s) Flops=580405248 => 1804.7651338947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.936395638 Mflops = 259.830936395638 Gflops = 0.259830936395638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001135591 Relative Rsd = 4.97780990492119e-07
BICGSTAB_SOLVER_TIME: 0.653298 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041533 s
InvBiCGStab: k = 53 resid = 2.075799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193937(s) Flops=350742528 => 1808.53848414691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260366.060891497 Mflops = 260.366060891497 Gflops = 0.260366060891497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 82 resid = 1.097857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300099(s) Flops=541034496 => 1802.85337838513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259556.40979244 Mflops = 259.55640979244 Gflops = 0.25955640979244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001071158 Relative Rsd = 4.69537155710113e-07
BICGSTAB_SOLVER_TIME: 0.595427 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110736
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955747(s) Flops=1411375104 => 1476.72459761841 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212653.763801157 Mflops = 212.653763801157 Gflops = 0.212653763801157 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.663288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815301(s) Flops=1472808960 => 1806.46038702271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260175.891179131 Mflops = 260.175891179131 Gflops = 0.260175891179131 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.130394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911277(s) Flops=1492494336 => 1637.80533910106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235832.65021259 Mflops = 235.83265021259 Gflops = 0.23583265021259 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002125948 Relative Rsd = 9.3529769392793e-07
BICGSTAB_SOLVER_TIME: 1.730063 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.119157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321591999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.170801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717038(s) Flops=1275955200 => 1779.4805854083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256160.920088171 Mflops = 256.160920088171 Gflops = 0.256160920088171 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.088458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837187(s) Flops=1512179712 => 1806.26277283331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.800961102 Mflops = 260.087800961102 Gflops = 0.260087800961102 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002043801 Relative Rsd = 8.97897305755821e-07
BICGSTAB_SOLVER_TIME: 1.557651 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.114167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302401999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 343 resid = 5.961555e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.324694(s) Flops=2253662208 => 1701.27003519303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244976.378721783 Mflops = 244.976378721783 Gflops = 0.244976378721783 Tflops
InvBiCGStab: k = 342 resid = 1.146747e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.303884(s) Flops=2247100416 => 1723.38982302107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248160.218895554 Mflops = 248.160218895554 Gflops = 0.248160218895554 Tflops
BICGSTAB_SOLVER: 685 iterations. Rsd = 0.002158075 Relative Rsd = 9.49431931810483e-07
BICGSTAB_SOLVER_TIME: 2.633261 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.489471999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 2.046167e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9883(s) Flops=1774651392 => 1795.66062126885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258562.418653184 Mflops = 258.562418653184 Gflops = 0.258562418653184 Tflops
InvBiCGStab: k = 314 resid = 8.33776e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.185736(s) Flops=2063370240 => 1740.15990068616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250575.440025908 Mflops = 250.575440025908 Gflops = 0.250575440025908 Tflops
BICGSTAB_SOLVER: 584 iterations. Rsd = 0.002014323 Relative Rsd = 8.84946724182315e-07
BICGSTAB_SOLVER_TIME: 2.179224 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.417805999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 239 resid = 1.23776e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952968(s) Flops=1571235840 => 1648.78132319238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237376.662303022 Mflops = 237.376662303022 Gflops = 0.237376662303022 Tflops
InvBiCGStab: k = 278 resid = 7.717573e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.021454(s) Flops=1827145728 => 1788.76946783702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257572.487470775 Mflops = 257.572487470775 Gflops = 0.257572487470775 Tflops
BICGSTAB_SOLVER: 517 iterations. Rsd = 0.001977697 Relative Rsd = 8.66914276870234e-07
BICGSTAB_SOLVER_TIME: 1.979507 sec
2Flav::invert,  n_count = 517
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368219000000003
MInvCG2: 320 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.287864(s) Flops=2069047296 => 1606.57281824789 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231350.632567691 Mflops = 231.350632567691 Gflops = 0.231350632567691 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.230074000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0853531996572201
AccProb = 0.918187923462912
AcceptP = 1
After HMC trajectory call: time= 475.436631 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.056921 secs
Doing Update: 2749 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 287 resid = 2.020427e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.16161(s) Flops=1886201856 => 1623.78238479352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233820.698607098 Mflops = 233.820698607098 Gflops = 0.233820698607098 Tflops
InvBiCGStab: k = 294 resid = 9.666774e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.085749(s) Flops=1932134400 => 1779.54057521582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256244.045280016 Mflops = 256.244045280016 Gflops = 0.256244045280016 Tflops
BICGSTAB_SOLVER: 581 iterations. Rsd = 0.003666457 Relative Rsd = 1.61366647196221e-06
BICGSTAB_SOLVER_TIME: 2.252306 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.417286999999993
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 221 resid = 1.853601e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809138(s) Flops=1453123584 => 1795.89091601185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258582.08905989 Mflops = 258.58208905989 Gflops = 0.25858208905989 Tflops
InvBiCGStab: k = 288 resid = 1.034835e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.076224(s) Flops=1892763648 => 1758.70789724072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253244.381081118 Mflops = 253.244381081118 Gflops = 0.253244381081118 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.0018769 Relative Rsd = 8.253975671549e-07
BICGSTAB_SOLVER_TIME: 1.89081 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367690999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00036
MInvCG2: 333 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.407028(s) Flops=2146977792 => 1525.89556995312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219734.368499159 Mflops = 219.734368499159 Gflops = 0.219734368499159 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238456000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 317 resid = 1.538604e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.161101(s) Flops=2083055616 => 1794.0348135089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258329.191604852 Mflops = 258.329191604852 Gflops = 0.258329191604852 Tflops
InvBiCGStab: k = 374 resid = 1.043744e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.448357(s) Flops=2457077760 => 1696.45864935233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244283.294331363 Mflops = 244.283294331363 Gflops = 0.244283294331363 Tflops
BICGSTAB_SOLVER: 691 iterations. Rsd = 0.004117119 Relative Rsd = 1.81200987890003e-06
BICGSTAB_SOLVER_TIME: 2.614651 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.493860999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 261 resid = 1.802005e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995483(s) Flops=1715595264 => 1723.379770423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248175.92602831 Mflops = 248.17592602831 Gflops = 0.248175926028311 Tflops
InvBiCGStab: k = 312 resid = 1.015687e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.144643(s) Flops=2050246656 => 1791.16690182004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257919.887641985 Mflops = 257.919887641985 Gflops = 0.257919887641985 Tflops
BICGSTAB_SOLVER: 573 iterations. Rsd = 0.002002074 Relative Rsd = 8.80445184111617e-07
BICGSTAB_SOLVER_TIME: 2.144791 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.409690999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 238 resid = 2.120691e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869119(s) Flops=1564674048 => 1800.29897862088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259247.873311063 Mflops = 259.247873311063 Gflops = 0.259247873311063 Tflops
InvBiCGStab: k = 260 resid = 1.03042e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.059153(s) Flops=1709033472 => 1613.58507411111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232347.728713028 Mflops = 232.347728713028 Gflops = 0.232347728713028 Tflops
BICGSTAB_SOLVER: 498 iterations. Rsd = 0.001784655 Relative Rsd = 7.82265542315434e-07
BICGSTAB_SOLVER_TIME: 1.932944 sec
2Flav::invert,  n_count = 498
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354592000000001
MInvCG2: 318 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.290108(s) Flops=2056439808 => 1594.00593438689 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229543.472462212 Mflops = 229.543472462212 Gflops = 0.229543472462212 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.228668000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.330176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796475(s) Flops=1440000000 => 1807.96635173734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260310.646567805 Mflops = 260.310646567805 Gflops = 0.260310646567805 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 9.00843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985171(s) Flops=1643415552 => 1668.1525867083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240204.185838528 Mflops = 240.204185838528 Gflops = 0.240204185838528 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.004078388 Relative Rsd = 1.79496398904178e-06
BICGSTAB_SOLVER_TIME: 1.785468 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.123275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334347999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.142016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.696723(s) Flops=1236584448 => 1774.85808276747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255512.711111267 Mflops = 255.512711111267 Gflops = 0.255512711111267 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.117643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805851(s) Flops=1453123584 => 1803.21620746267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259649.229841654 Mflops = 259.649229841654 Gflops = 0.259649229841654 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002021789 Relative Rsd = 8.89115152381144e-07
BICGSTAB_SOLVER_TIME: 1.505964 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291995999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876302(s) Flops=1404887040 => 1603.19962752567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230825.23738437 Mflops = 230.82523738437 Gflops = 0.23082523738437 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155914000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 195 resid = 1.996479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.711528(s) Flops=1282516992 => 1802.48281445003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259468.654965168 Mflops = 259.468654965168 Gflops = 0.259468654965168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 175 resid = 1.081613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636019(s) Flops=1151281152 => 1810.13641416373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260628.901528499 Mflops = 260.628901528499 Gflops = 0.260628901528499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 370 iterations. Rsd = 0.001797516 Relative Rsd = 7.87902624415218e-07
BICGSTAB_SOLVER_TIME: 1.351375 sec
2Flav::invert,  n_count = 370
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266017999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000111 s
InvBiCGStab: k = 143 resid = 1.599677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.522507(s) Flops=941303808 => 1801.51425339756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259298.371450584 Mflops = 259.298371450584 Gflops = 0.259298371450584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 160 resid = 9.519735e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66428(s) Flops=1052854272 => 1584.95554886494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228196.248060881 Mflops = 228.196248060881 Gflops = 0.228196248060881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 303 iterations. Rsd = 0.001687932 Relative Rsd = 7.39868837096618e-07
BICGSTAB_SOLVER_TIME: 1.190987 sec
2Flav::invert,  n_count = 303
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.217724999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004843 s
InvBiCGStab: k = 103 resid = 1.777605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385622(s) Flops=678832128 => 1760.35632821779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253458.767195176 Mflops = 253.458767195176 Gflops = 0.253458767195176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007235 s
InvBiCGStab: k = 131 resid = 9.441142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481928(s) Flops=862562304 => 1789.81570691058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257698.218372271 Mflops = 257.698218372271 Gflops = 0.257698218372271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 234 iterations. Rsd = 0.001444358 Relative Rsd = 6.33103410428178e-07
BICGSTAB_SOLVER_TIME: 0.883484 sec
2Flav::invert,  n_count = 234
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170990999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007359 s
InvBiCGStab: k = 86 resid = 1.995514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314202(s) Flops=567281664 => 1805.46802375542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259941.646569768 Mflops = 259.941646569768 Gflops = 0.259941646569768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.012153 s
InvBiCGStab: k = 117 resid = 7.793763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42708(s) Flops=770697216 => 1804.57341949986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.083741281 Mflops = 259.815083741281 Gflops = 0.259815083741281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001350337 Relative Rsd = 5.91891273181339e-07
BICGSTAB_SOLVER_TIME: 0.764723 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1496
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010262 s
InvBiCGStab: k = 73 resid = 1.643847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266458(s) Flops=481978368 => 1808.83429283414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260421.961006599 Mflops = 260.421961006599 Gflops = 0.260421961006599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015183 s
InvBiCGStab: k = 93 resid = 1.151029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339422(s) Flops=613214208 => 1806.6424922368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260107.633839815 Mflops = 260.107633839815 Gflops = 0.260107633839815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001275643 Relative Rsd = 5.59151088099037e-07
BICGSTAB_SOLVER_TIME: 0.635162 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124642000000001
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951932(s) Flops=1417568256 => 1489.14865347525 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214434.499675232 Mflops = 214.434499675232 Gflops = 0.214434499675232 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157181000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013173 s
InvBiCGStab: k = 29 resid = 1.866944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107404(s) Flops=193259520 => 1799.36985587129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258991.83916116 Mflops = 258.99183916116 Gflops = 0.25899183916116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019388 s
InvBiCGStab: k = 59 resid = 1.05301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216473(s) Flops=390113280 => 1802.13366101084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259427.069402658 Mflops = 259.427069402658 Gflops = 0.259427069402658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.000771346 Relative Rsd = 3.38103045199484e-07
BICGSTAB_SOLVER_TIME: 0.360238 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016838 s
InvBiCGStab: k = 90 resid = 1.818605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330014(s) Flops=593528832 => 1798.49591835498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258946.233968605 Mflops = 258.946233968605 Gflops = 0.258946233968605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.026855 s
InvBiCGStab: k = 123 resid = 6.415387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.512132(s) Flops=810067968 => 1581.75620347879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227743.500141281 Mflops = 227.743500141281 Gflops = 0.227743500141281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.00137078 Relative Rsd = 6.00852330369199e-07
BICGSTAB_SOLVER_TIME: 0.890237 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159864999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.022048 s
InvBiCGStab: k = 67 resid = 2.009317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24828(s) Flops=442607616 => 1782.69540840986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256654.011821057 Mflops = 256.654011821057 Gflops = 0.256654011821057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.02868 s
InvBiCGStab: k = 93 resid = 1.138056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345559(s) Flops=613214208 => 1774.55718994441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255493.516712383 Mflops = 255.493516712383 Gflops = 0.255493516712383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001141258 Relative Rsd = 5.00245952966276e-07
BICGSTAB_SOLVER_TIME: 0.648433 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123504000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023364 s
InvBiCGStab: k = 62 resid = 1.770513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226803(s) Flops=409798656 => 1806.8484808402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.848432313 Mflops = 260.125848432313 Gflops = 0.260125848432313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033529 s
InvBiCGStab: k = 105 resid = 9.797956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384291(s) Flops=691955712 => 1800.60348017518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259243.567472249 Mflops = 259.243567472249 Gflops = 0.259243567472249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001230181 Relative Rsd = 5.39223668641781e-07
BICGSTAB_SOLVER_TIME: 0.671867 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001873
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12924
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027733 s
InvBiCGStab: k = 62 resid = 1.107082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226775(s) Flops=409798656 => 1807.07157314519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260165.724788565 Mflops = 260.165724788565 Gflops = 0.260165724788565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039432 s
InvBiCGStab: k = 98 resid = 1.104926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357765(s) Flops=646023168 => 1805.71930736657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.891927447 Mflops = 259.981891927447 Gflops = 0.259981891927447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001138336 Relative Rsd = 4.98965247919292e-07
BICGSTAB_SOLVER_TIME: 0.655666 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125654000000001
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980569(s) Flops=1424056320 => 1452.27548494802 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209106.772864699 Mflops = 209.106772864699 Gflops = 0.209106772864699 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157788000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021396
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03198 s
InvBiCGStab: k = 22 resid = 2.219953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.081559(s) Flops=147326976 => 1806.38526710725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259953.010521147 Mflops = 259.953010521147 Gflops = 0.259953010521147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.0446 s
InvBiCGStab: k = 55 resid = 8.267705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201794(s) Flops=363866112 => 1803.15624845139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259577.301320215 Mflops = 259.577301320215 Gflops = 0.259577301320215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0008237129 Relative Rsd = 3.61056971019365e-07
BICGSTAB_SOLVER_TIME: 0.363746 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036387 s
InvBiCGStab: k = 59 resid = 1.425822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216369(s) Flops=390113280 => 1802.99987521318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.066818508 Mflops = 259.569066818508 Gflops = 0.259569066818508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050059 s
InvBiCGStab: k = 90 resid = 9.539602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331507(s) Flops=593528832 => 1790.39607610096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257771.978861326 Mflops = 257.771978861326 Gflops = 0.257771978861326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00109732 Relative Rsd = 4.80986645357779e-07
BICGSTAB_SOLVER_TIME: 0.638943 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046454 s
InvBiCGStab: k = 60 resid = 1.866474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248582(s) Flops=396675072 => 1595.75138988342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229738.897031462 Mflops = 229.738897031462 Gflops = 0.229738897031462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064456 s
InvBiCGStab: k = 80 resid = 4.703273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312779(s) Flops=527910912 => 1687.80804337887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243000.986366539 Mflops = 243.000986366539 Gflops = 0.243000986366539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001031579 Relative Rsd = 4.52170424603432e-07
BICGSTAB_SOLVER_TIME: 0.676083 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04956 s
InvBiCGStab: k = 66 resid = 2.185719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274979(s) Flops=436045824 => 1585.74227122798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228289.228507411 Mflops = 228.289228507411 Gflops = 0.228289228507411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056606 s
InvBiCGStab: k = 85 resid = 9.904156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312155(s) Flops=560719872 => 1796.28669090676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258613.15860204 Mflops = 258.61315860204 Gflops = 0.25861315860204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001086334 Relative Rsd = 4.76171525043669e-07
BICGSTAB_SOLVER_TIME: 0.697158 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041422 s
InvBiCGStab: k = 56 resid = 1.771363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205879(s) Flops=370427904 => 1799.25055008039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259029.608129195 Mflops = 259.029608129195 Gflops = 0.259029608129195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056132 s
InvBiCGStab: k = 80 resid = 8.87478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294741(s) Flops=527910912 => 1791.10104125317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257875.715363202 Mflops = 257.875715363202 Gflops = 0.257875715363202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001049287 Relative Rsd = 4.59932472846795e-07
BICGSTAB_SOLVER_TIME: 0.601937 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111467
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909185(s) Flops=1436516352 => 1580.00445673873 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227507.197384408 Mflops = 227.507197384408 Gflops = 0.227507197384408 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159182000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040665 s
InvBiCGStab: k = 28 resid = 1.511175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103264(s) Flops=186697728 => 1807.96529284165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260227.564825802 Mflops = 260.227564825802 Gflops = 0.260227564825802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 49 resid = 8.744853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179423(s) Flops=324495360 => 1808.5494055946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260364.191928469 Mflops = 260.364191928469 Gflops = 0.260364191928469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007493038 Relative Rsd = 3.28441320189481e-07
BICGSTAB_SOLVER_TIME: 0.383242 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041057 s
InvBiCGStab: k = 64 resid = 2.271966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234429(s) Flops=422922240 => 1804.05257028781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.659065312 Mflops = 259.724659065312 Gflops = 0.259724659065312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056665 s
InvBiCGStab: k = 92 resid = 1.115899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335271(s) Flops=606652416 => 1809.43897921383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260506.916456468 Mflops = 260.506916456468 Gflops = 0.260506916456468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001155026 Relative Rsd = 5.06281207887862e-07
BICGSTAB_SOLVER_TIME: 0.671233 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125668
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 55 resid = 1.284462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202108(s) Flops=363866112 => 1800.35482019514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259185.344649274 Mflops = 259.185344649274 Gflops = 0.259185344649274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 83 resid = 6.436488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343372(s) Flops=547596288 => 1594.76104050418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229609.118607178 Mflops = 229.609118607178 Gflops = 0.229609118607178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001068703 Relative Rsd = 4.68443155393462e-07
BICGSTAB_SOLVER_TIME: 0.647132 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049404 s
InvBiCGStab: k = 60 resid = 2.255224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255815(s) Flops=396675072 => 1550.63257432129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223243.584739206 Mflops = 223.243584739206 Gflops = 0.223243584739206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 86 resid = 8.975766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322218(s) Flops=567281664 => 1760.5523713759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253474.822379781 Mflops = 253.474822379781 Gflops = 0.253474822379781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001155181 Relative Rsd = 5.06348871243202e-07
BICGSTAB_SOLVER_TIME: 0.688046 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041764 s
InvBiCGStab: k = 66 resid = 1.412044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243308(s) Flops=436045824 => 1792.15572032157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258020.721724917 Mflops = 258.020721724917 Gflops = 0.258020721724917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 79 resid = 1.031227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288512(s) Flops=521349120 => 1807.02750665484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260157.438251645 Mflops = 260.157438251645 Gflops = 0.260157438251645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001081869 Relative Rsd = 4.7421403335878e-07
BICGSTAB_SOLVER_TIME: 0.633595 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11795
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905684(s) Flops=1449123840 => 1600.03250581881 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230382.036407985 Mflops = 230.382036407985 Gflops = 0.230382036407985 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160581000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 2.22207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832008(s) Flops=1499056128 => 1801.73282949202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259387.380735436 Mflops = 259.387380735436 Gflops = 0.259387380735436 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.064695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867472(s) Flops=1564674048 => 1803.71706291385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259725.759262721 Mflops = 259.725759262721 Gflops = 0.259725759262721 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.003318065 Relative Rsd = 1.46029504948511e-06
BICGSTAB_SOLVER_TIME: 1.702965 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332565999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.030509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826814(s) Flops=1348134912 => 1630.51776094744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234756.438866924 Mflops = 234.756438866924 Gflops = 0.234756438866924 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 6.072341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931551(s) Flops=1604044800 => 1721.90765722972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247943.525694031 Mflops = 247.943525694031 Gflops = 0.247943525694031 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002133696 Relative Rsd = 9.38257290522888e-07
BICGSTAB_SOLVER_TIME: 1.761831 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320261999999999
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903547(s) Flops=1449123840 => 1603.81677986867 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231138.168531163 Mflops = 231.138168531163 Gflops = 0.231138168531163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160932000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042421 s
InvBiCGStab: k = 25 resid = 1.540538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093065(s) Flops=167012352 => 1794.57746736152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258284.399450804 Mflops = 258.284399450804 Gflops = 0.258284399450804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 46 resid = 1.048488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17369(s) Flops=304809984 => 1754.90807760953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252621.083193702 Mflops = 252.621083193702 Gflops = 0.252621083193702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007153329 Relative Rsd = 3.13550891535788e-07
BICGSTAB_SOLVER_TIME: 0.369284 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041721 s
InvBiCGStab: k = 84 resid = 1.824027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309646(s) Flops=554158080 => 1789.65037494429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257671.733530107 Mflops = 257.671733530107 Gflops = 0.257671733530107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055943 s
InvBiCGStab: k = 109 resid = 1.132587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397689(s) Flops=718202880 => 1805.94102426771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.664291821 Mflops = 260.009664291821 Gflops = 0.260009664291821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001330849 Relative Rsd = 5.83349259337404e-07
BICGSTAB_SOLVER_TIME: 0.808825 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152108999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 64 resid = 1.547251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233642(s) Flops=422922240 => 1810.12934318316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260605.295284085 Mflops = 260.605295284085 Gflops = 0.260605295284085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 78 resid = 1.039895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287334(s) Flops=514787328 => 1791.59907285598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257943.074425046 Mflops = 257.943074425046 Gflops = 0.257943074425046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001078937 Relative Rsd = 4.72928939889051e-07
BICGSTAB_SOLVER_TIME: 0.62186 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 64 resid = 2.010494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234033(s) Flops=422922240 => 1807.10515183756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260164.015861596 Mflops = 260.164015861596 Gflops = 0.260164015861596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056001 s
InvBiCGStab: k = 90 resid = 1.090025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362862(s) Flops=593528832 => 1635.68748449824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235500.102468159 Mflops = 235.500102468159 Gflops = 0.235500102468159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001203464 Relative Rsd = 5.27512601238283e-07
BICGSTAB_SOLVER_TIME: 0.698365 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0476 s
InvBiCGStab: k = 57 resid = 2.044074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237694(s) Flops=376989696 => 1586.02950011359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228340.329247371 Mflops = 228.340329247371 Gflops = 0.228340329247371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057174 s
InvBiCGStab: k = 97 resid = 9.802334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363393(s) Flops=639461376 => 1759.69646085643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253349.095484922 Mflops = 253.349095484922 Gflops = 0.253349095484922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001115688 Relative Rsd = 4.89037870248734e-07
BICGSTAB_SOLVER_TIME: 0.709709 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124495
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907999(s) Flops=1455390720 => 1602.85498111782 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230798.431481385 Mflops = 230.798431481385 Gflops = 0.230798431481385 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043663 s
InvBiCGStab: k = 34 resid = 2.10575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146003(s) Flops=226068480 => 1548.382430498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222893.103676022 Mflops = 222.893103676022 Gflops = 0.222893103676022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068041 s
InvBiCGStab: k = 51 resid = 1.126209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211029(s) Flops=337618944 => 1599.86989465903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230316.72096321 Mflops = 230.31672096321 Gflops = 0.23031672096321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007593358 Relative Rsd = 3.3283862183578e-07
BICGSTAB_SOLVER_TIME: 0.472671 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 86 resid = 1.607593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318593(s) Flops=567281664 => 1780.58420618155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256360.249240206 Mflops = 256.360249240206 Gflops = 0.256360249240206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056854 s
InvBiCGStab: k = 106 resid = 9.101212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389895(s) Flops=698517504 => 1791.55286423268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257950.542212209 Mflops = 257.950542212209 Gflops = 0.257950542212209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001284199 Relative Rsd = 5.62901097390528e-07
BICGSTAB_SOLVER_TIME: 0.810092 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151827999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041792 s
InvBiCGStab: k = 57 resid = 2.189217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210654(s) Flops=376989696 => 1789.61565410578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257617.579319415 Mflops = 257.617579319415 Gflops = 0.257617579319415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057159 s
InvBiCGStab: k = 81 resid = 1.112602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298319(s) Flops=534472704 => 1791.61469433727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257946.51470535 Mflops = 257.94651470535 Gflops = 0.25794651470535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001089712 Relative Rsd = 4.77652107438213e-07
BICGSTAB_SOLVER_TIME: 0.611731 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040755 s
InvBiCGStab: k = 63 resid = 2.132152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230845(s) Flops=416360448 => 1803.63641404406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.99750506 Mflops = 259.65999750506 Gflops = 0.25965999750506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057249 s
InvBiCGStab: k = 104 resid = 1.023439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380382(s) Flops=685393920 => 1801.85687019891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.086545588 Mflops = 259.424086545588 Gflops = 0.259424086545588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001223454 Relative Rsd = 5.36274750613842e-07
BICGSTAB_SOLVER_TIME: 0.713204 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044113 s
InvBiCGStab: k = 54 resid = 2.114602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226283(s) Flops=357304320 => 1579.01530384518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227334.167073868 Mflops = 227.334167073868 Gflops = 0.227334167073868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062483 s
InvBiCGStab: k = 95 resid = 7.849516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384132(s) Flops=626337792 => 1630.52750616975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234764.414292953 Mflops = 234.764414292953 Gflops = 0.234764414292953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001152656 Relative Rsd = 5.05242172260853e-07
BICGSTAB_SOLVER_TIME: 0.720834 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120747
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923039(s) Flops=1473970176 => 1596.86662860399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229936.156124057 Mflops = 229.936156124057 Gflops = 0.229936156124057 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163598000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04607 s
InvBiCGStab: k = 33 resid = 1.65977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140935(s) Flops=219506688 => 1557.50301912229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224215.815484624 Mflops = 224.215815484624 Gflops = 0.224215815484624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060944 s
InvBiCGStab: k = 51 resid = 1.143176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212168(s) Flops=337618944 => 1591.28117340975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229065.780391588 Mflops = 229.065780391588 Gflops = 0.229065780391588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.000723427 Relative Rsd = 3.17098803754261e-07
BICGSTAB_SOLVER_TIME: 0.46443 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046312 s
InvBiCGStab: k = 57 resid = 1.141655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2118(s) Flops=376989696 => 1779.93246458924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256261.432864335 Mflops = 256.261432864335 Gflops = 0.256261432864335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063443 s
InvBiCGStab: k = 69 resid = 1.013157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25596(s) Flops=455731200 => 1780.47819971871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256330.359740058 Mflops = 256.330359740058 Gflops = 0.256330359740058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001033453 Relative Rsd = 4.52991876107391e-07
BICGSTAB_SOLVER_TIME: 0.581547 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 58 resid = 1.888445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211829(s) Flops=383551488 => 1810.66562179871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260667.408711199 Mflops = 260.667408711199 Gflops = 0.260667408711199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057573 s
InvBiCGStab: k = 81 resid = 1.081966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296692(s) Flops=534472704 => 1801.43955347633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.927237745 Mflops = 259.351927237745 Gflops = 0.259351927237745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001043855 Relative Rsd = 4.57551549395236e-07
BICGSTAB_SOLVER_TIME: 0.610882 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 57 resid = 2.051691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208482(s) Flops=376989696 => 1808.2601663453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260324.958346183 Mflops = 260.324958346183 Gflops = 0.260324958346183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 81 resid = 1.104544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296465(s) Flops=534472704 => 1802.8188959911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259540.937151346 Mflops = 259.540937151346 Gflops = 0.259540937151346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001112388 Relative Rsd = 4.87591680841746e-07
BICGSTAB_SOLVER_TIME: 0.606489 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041063 s
InvBiCGStab: k = 59 resid = 1.94106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216572(s) Flops=390113280 => 1801.30986461777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.472672632 Mflops = 259.329472672632 Gflops = 0.259329472672632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056351 s
InvBiCGStab: k = 81 resid = 8.204314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330719(s) Flops=534472704 => 1616.0931304219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232676.263177658 Mflops = 232.676263177658 Gflops = 0.232676263177658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001068514 Relative Rsd = 4.68360132558517e-07
BICGSTAB_SOLVER_TIME: 0.648844 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114372
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969741(s) Flops=1480310784 => 1526.50118330565 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219787.388959901 Mflops = 219.787388959901 Gflops = 0.219787388959901 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164308000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041906 s
InvBiCGStab: k = 34 resid = 1.917758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126034(s) Flops=226068480 => 1793.71026865766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258190.869727252 Mflops = 258.190869727252 Gflops = 0.258190869727252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 50 resid = 1.112355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183643(s) Flops=331057152 => 1802.72132343732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259509.694001338 Mflops = 259.509694001338 Gflops = 0.259509694001338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007726828 Relative Rsd = 3.38689001692213e-07
BICGSTAB_SOLVER_TIME: 0.412121 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04674 s
InvBiCGStab: k = 59 resid = 1.636443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247439(s) Flops=390113280 => 1576.60384983774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226982.750172973 Mflops = 226.982750172973 Gflops = 0.226982750172973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060225 s
InvBiCGStab: k = 92 resid = 8.886552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388503(s) Flops=606652416 => 1561.51282229481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224821.353080375 Mflops = 224.821353080375 Gflops = 0.224821353080375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001102898 Relative Rsd = 4.83431915333534e-07
BICGSTAB_SOLVER_TIME: 0.74743 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 54 resid = 1.895749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200996(s) Flops=357304320 => 1777.66880932954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255919.549473736 Mflops = 255.919549473736 Gflops = 0.255919549473736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056933 s
InvBiCGStab: k = 84 resid = 8.871496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310211(s) Flops=554158080 => 1786.39081141546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257196.035244989 Mflops = 257.196035244989 Gflops = 0.257196035244989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001058402 Relative Rsd = 4.63927978671119e-07
BICGSTAB_SOLVER_TIME: 0.613244 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 59 resid = 2.273484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215882(s) Flops=390113280 => 1807.0671941153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260151.138313814 Mflops = 260.151138313814 Gflops = 0.260151138313814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 98 resid = 4.547261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359754(s) Flops=646023168 => 1795.7358861889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258542.253984559 Mflops = 258.542253984559 Gflops = 0.258542253984559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001182282 Relative Rsd = 5.18228280584304e-07
BICGSTAB_SOLVER_TIME: 0.676749 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 51 resid = 1.881385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187431(s) Flops=337618944 => 1801.2972453863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259316.118928034 Mflops = 259.316118928034 Gflops = 0.259316118928034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 78 resid = 9.699181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285311(s) Flops=514787328 => 1804.30242086705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.005818949 Mflops = 259.768005818949 Gflops = 0.259768005818949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001068369 Relative Rsd = 4.68296602485065e-07
BICGSTAB_SOLVER_TIME: 0.573844 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106387
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025401(s) Flops=1492623360 => 1455.6484341248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209596.616299416 Mflops = 209.596616299416 Gflops = 0.209596616299416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165358000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.800362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932983(s) Flops=1643415552 => 1761.46355507014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253582.884606926 Mflops = 253.582884606926 Gflops = 0.253582884606926 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 7.395047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.052634(s) Flops=1722157056 => 1636.04544029549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235580.082286495 Mflops = 235.580082286495 Gflops = 0.235580082286495 Tflops
BICGSTAB_SOLVER: 512 iterations. Rsd = 0.003043047 Relative Rsd = 1.33923473036677e-06
BICGSTAB_SOLVER_TIME: 1.989034 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.36549
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.018919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721379(s) Flops=1302202368 => 1805.1570228687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.552116643 Mflops = 259.912552116643 Gflops = 0.259912552116643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 8.643107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874945(s) Flops=1571235840 => 1795.81098240461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258584.863246645 Mflops = 258.584863246645 Gflops = 0.258584863246645 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002121803 Relative Rsd = 9.3296640493328e-07
BICGSTAB_SOLVER_TIME: 1.599719 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313643999999998
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013506(s) Flops=1492623360 => 1472.73263305792 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212055.913758018 Mflops = 212.055913758018 Gflops = 0.212055913758018 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165420000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 29 resid = 2.242008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107139(s) Flops=193259520 => 1803.82045753647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259640.336612002 Mflops = 259.640336612002 Gflops = 0.259640336612002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 54 resid = 1.118117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198911(s) Flops=357304320 => 1796.30246693245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258585.113579202 Mflops = 258.585113579202 Gflops = 0.258585113579202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007632278 Relative Rsd = 3.34544595663607e-07
BICGSTAB_SOLVER_TIME: 0.407756 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 82 resid = 1.81751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301596(s) Flops=541034496 => 1793.9047467473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258272.371426086 Mflops = 258.272371426086 Gflops = 0.258272371426086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 112 resid = 1.074854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435066(s) Flops=737888256 => 1696.03751154997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244187.875824678 Mflops = 244.187875824678 Gflops = 0.244187875824678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001281762 Relative Rsd = 5.61832975705793e-07
BICGSTAB_SOLVER_TIME: 0.838485 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152732999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045586 s
InvBiCGStab: k = 56 resid = 1.585726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235749(s) Flops=370427904 => 1571.28091317461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226204.402101518 Mflops = 226.204402101518 Gflops = 0.226204402101518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062876 s
InvBiCGStab: k = 80 resid = 1.060145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303084(s) Flops=527910912 => 1741.79736310726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250764.31705978 Mflops = 250.76431705978 Gflops = 0.25076431705978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001049098 Relative Rsd = 4.59849909265394e-07
BICGSTAB_SOLVER_TIME: 0.651107 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041461 s
InvBiCGStab: k = 66 resid = 1.612928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245159(s) Flops=436045824 => 1778.62458241386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256061.614512737 Mflops = 256.061614512737 Gflops = 0.256061614512737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 88 resid = 9.750175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321249(s) Flops=580405248 => 1806.71456720488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260121.542259577 Mflops = 260.121542259577 Gflops = 0.260121542259577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001125674 Relative Rsd = 4.93415168851826e-07
BICGSTAB_SOLVER_TIME: 0.668115 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040598 s
InvBiCGStab: k = 56 resid = 1.93551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2051(s) Flops=370427904 => 1806.08436860068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260008.326650386 Mflops = 260.008326650386 Gflops = 0.260008326650386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 96 resid = 1.054015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350715(s) Flops=632899584 => 1804.59798982079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.204733347 Mflops = 259.814204733347 Gflops = 0.259814204733347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001109575 Relative Rsd = 4.86358687135065e-07
BICGSTAB_SOLVER_TIME: 0.656499 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123165
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977802(s) Flops=1499037696 => 1533.06875625127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220738.791428644 Mflops = 220.738791428644 Gflops = 0.220738791428644 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 33 resid = 1.654353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121506(s) Flops=219506688 => 1806.5501950521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.920757108 Mflops = 260.033920757108 Gflops = 0.260033920757108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055831 s
InvBiCGStab: k = 64 resid = 5.393823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233702(s) Flops=422922240 => 1809.6646156216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260528.912718086 Mflops = 260.528912718086 Gflops = 0.260528912718086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.000766679 Relative Rsd = 3.36057376834333e-07
BICGSTAB_SOLVER_TIME: 0.455575 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0835730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041492 s
InvBiCGStab: k = 80 resid = 1.67128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2925(s) Flops=527910912 => 1804.82363076923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259851.448579786 Mflops = 259.851448579786 Gflops = 0.259851448579786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 99 resid = 8.406578e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360788(s) Flops=652584960 => 1808.77678858499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260424.167551169 Mflops = 260.424167551169 Gflops = 0.260424167551169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001297792 Relative Rsd = 5.68859452857743e-07
BICGSTAB_SOLVER_TIME: 0.754754 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045636 s
InvBiCGStab: k = 62 resid = 2.022683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260343(s) Flops=409798656 => 1574.0721125592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226616.520678083 Mflops = 226.616520678083 Gflops = 0.226616520678083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059441 s
InvBiCGStab: k = 102 resid = 8.568294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424841(s) Flops=672270336 => 1582.40456076509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227839.844297288 Mflops = 227.839844297288 Gflops = 0.227839844297288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001076057 Relative Rsd = 4.7166670704013e-07
BICGSTAB_SOLVER_TIME: 0.794696 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041936 s
InvBiCGStab: k = 67 resid = 1.506526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249519(s) Flops=442607616 => 1773.84333858343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255366.23546548 Mflops = 255.36623546548 Gflops = 0.25536623546548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 94 resid = 1.134222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346922(s) Flops=619776000 => 1786.49955897868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257205.59394289 Mflops = 257.20559394289 Gflops = 0.25720559394289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001156972 Relative Rsd = 5.07134194801775e-07
BICGSTAB_SOLVER_TIME: 0.698913 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 61 resid = 1.881413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222454(s) Flops=403236864 => 1812.67526769579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260976.682428687 Mflops = 260.976682428687 Gflops = 0.260976682428687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056328 s
InvBiCGStab: k = 97 resid = 1.087977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353406(s) Flops=639461376 => 1809.42422030186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.729283225 Mflops = 260.500729283225 Gflops = 0.260500729283225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001116847 Relative Rsd = 4.89546212892692e-07
BICGSTAB_SOLVER_TIME: 0.677076 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127317
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961591(s) Flops=1505230848 => 1565.35455094734 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225400.755296898 Mflops = 225.400755296898 Gflops = 0.225400755296898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167350000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 26 resid = 2.09516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096557(s) Flops=173574144 => 1797.63397785764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258698.130821181 Mflops = 258.698130821181 Gflops = 0.258698130821181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 58 resid = 1.126815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212607(s) Flops=383551488 => 1804.0397917284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.017525131 Mflops = 259.701017525131 Gflops = 0.259701017525131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0008233229 Relative Rsd = 3.60886001130931e-07
BICGSTAB_SOLVER_TIME: 0.409909 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 55 resid = 1.7956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201528(s) Flops=363866112 => 1805.53626295105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259932.006235165 Mflops = 259.932006235165 Gflops = 0.259932006235165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056164 s
InvBiCGStab: k = 92 resid = 9.224765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336158(s) Flops=606652416 => 1804.66452085031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.474864202 Mflops = 259.835474864202 Gflops = 0.259835474864202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001125981 Relative Rsd = 4.93549526027247e-07
BICGSTAB_SOLVER_TIME: 0.638729 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119459
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 59 resid = 2.220379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216242(s) Flops=390113280 => 1804.05878598977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259707.676617444 Mflops = 259.707676617444 Gflops = 0.259707676617444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064021 s
InvBiCGStab: k = 78 resid = 1.126789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32824(s) Flops=514787328 => 1568.32600536193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225798.549437166 Mflops = 225.798549437166 Gflops = 0.225798549437166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001057086 Relative Rsd = 4.63350901080221e-07
BICGSTAB_SOLVER_TIME: 0.653819 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043999 s
InvBiCGStab: k = 65 resid = 1.648502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261992(s) Flops=429484032 => 1639.30208555986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236015.79667455 Mflops = 236.01579667455 Gflops = 0.23601579667455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05774 s
InvBiCGStab: k = 98 resid = 1.000334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36561(s) Flops=646023168 => 1766.97346352671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254405.11044551 Mflops = 254.40511044551 Gflops = 0.25440511044551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001146932 Relative Rsd = 5.02733117070789e-07
BICGSTAB_SOLVER_TIME: 0.733216 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040625 s
InvBiCGStab: k = 60 resid = 2.201965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22023(s) Flops=396675072 => 1801.18545157336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259306.968282734 Mflops = 259.306968282734 Gflops = 0.259306968282734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 76 resid = 1.147047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277829(s) Flops=501663744 => 1805.65651533857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.084625121 Mflops = 259.955084625121 Gflops = 0.259955084625121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001109028 Relative Rsd = 4.86118803701091e-07
BICGSTAB_SOLVER_TIME: 0.598862 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111575
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939092(s) Flops=1511202816 => 1609.21700536263 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231710.780645001 Mflops = 231.710780645001 Gflops = 0.231710780645001 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168093000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041325 s
InvBiCGStab: k = 29 resid = 2.234865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108649(s) Flops=193259520 => 1778.75102393947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256017.191552507 Mflops = 256.017191552507 Gflops = 0.256017191552507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057053 s
InvBiCGStab: k = 50 resid = 1.124251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184643(s) Flops=331057152 => 1792.95804335935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258102.010332959 Mflops = 258.102010332959 Gflops = 0.258102010332958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007474825 Relative Rsd = 3.27643009961274e-07
BICGSTAB_SOLVER_TIME: 0.395435 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0709680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 71 resid = 9.079013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259438(s) Flops=468854784 => 1807.19394999961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260190.408485966 Mflops = 260.190408485966 Gflops = 0.260190408485966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056398 s
InvBiCGStab: k = 93 resid = 1.149414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33925(s) Flops=613214208 => 1807.55846131172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260236.937933837 Mflops = 260.236937933837 Gflops = 0.260236937933837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001162512 Relative Rsd = 5.09562472396438e-07
BICGSTAB_SOLVER_TIME: 0.699793 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04067 s
InvBiCGStab: k = 66 resid = 2.199213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241212(s) Flops=436045824 => 1807.72857071787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260242.831058363 Mflops = 260.242831058363 Gflops = 0.260242831058363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 91 resid = 1.050935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33203(s) Flops=600090624 => 1807.33856579225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260210.733180826 Mflops = 260.210733180826 Gflops = 0.260210733180826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001124363 Relative Rsd = 4.92840642669501e-07
BICGSTAB_SOLVER_TIME: 0.67385 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045289 s
InvBiCGStab: k = 66 resid = 2.093956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272275(s) Flops=436045824 => 1601.49049306767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230580.239125006 Mflops = 230.580239125006 Gflops = 0.230580239125006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064458 s
InvBiCGStab: k = 114 resid = 8.526615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464407(s) Flops=751011840 => 1617.14151595476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232837.001329259 Mflops = 232.837001329259 Gflops = 0.232837001329259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.00116727 Relative Rsd = 5.11647738622632e-07
BICGSTAB_SOLVER_TIME: 0.850264 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 59 resid = 2.210426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220666(s) Flops=390113280 => 1767.89029574107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254524.810941548 Mflops = 254.524810941548 Gflops = 0.254524810941548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073875 s
InvBiCGStab: k = 76 resid = 1.022194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27739(s) Flops=501663744 => 1808.51416417319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260368.470050005 Mflops = 260.368470050005 Gflops = 0.260368470050005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001061404 Relative Rsd = 4.65243791100059e-07
BICGSTAB_SOLVER_TIME: 0.617079 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110767
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935844(s) Flops=1504788480 => 1607.94799133189 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231550.479516573 Mflops = 231.550479516573 Gflops = 0.231550479516573 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167212000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 2.088457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949774(s) Flops=1604044800 => 1688.86998380667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243181.686122623 Mflops = 243.181686122623 Gflops = 0.243181686122623 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 8.25936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.986621(s) Flops=1781213184 => 1805.36719165718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.714008212 Mflops = 259.961714008212 Gflops = 0.259961714008212 Tflops
BICGSTAB_SOLVER: 515 iterations. Rsd = 0.002312784 Relative Rsd = 1.01783425859075e-06
BICGSTAB_SOLVER_TIME: 1.939715 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367258999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.054744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.703537(s) Flops=1269393408 => 1804.30227265943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259745.989688009 Mflops = 259.745989688009 Gflops = 0.259745989688009 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.147711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813018(s) Flops=1466247168 => 1803.46212260983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259687.869756739 Mflops = 259.687869756739 Gflops = 0.259687869756739 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002097585 Relative Rsd = 9.22261494939966e-07
BICGSTAB_SOLVER_TIME: 1.520003 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.116511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297085999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939602(s) Flops=1504788480 => 1601.51689758004 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230601.228268198 Mflops = 230.601228268198 Gflops = 0.230601228268198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167054000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048153 s
InvBiCGStab: k = 31 resid = 2.224105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128278(s) Flops=206383104 => 1608.87372737336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231595.908714497 Mflops = 231.595908714497 Gflops = 0.231595908714497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058503 s
InvBiCGStab: k = 55 resid = 9.44347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228853(s) Flops=363866112 => 1589.95561342871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228894.188127304 Mflops = 228.894188127304 Gflops = 0.228894188127304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007751756 Relative Rsd = 3.397816934415e-07
BICGSTAB_SOLVER_TIME: 0.46853 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0759890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04508 s
InvBiCGStab: k = 87 resid = 2.257684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328099(s) Flops=573843456 => 1748.99483387636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251811.600067251 Mflops = 251.811600067251 Gflops = 0.251811600067251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057686 s
InvBiCGStab: k = 115 resid = 1.12079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425467(s) Flops=757573632 => 1780.5696611018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256369.032797235 Mflops = 256.369032797235 Gflops = 0.256369032797235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001347825 Relative Rsd = 5.9079023832602e-07
BICGSTAB_SOLVER_TIME: 0.860128 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158420999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 51 resid = 2.059794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186924(s) Flops=337618944 => 1806.18296205945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260023.826714357 Mflops = 260.023826714357 Gflops = 0.260023826714357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 84 resid = 1.058605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306534(s) Flops=554158080 => 1807.81929573881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260272.038508079 Mflops = 260.272038508079 Gflops = 0.260272038508079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001108083 Relative Rsd = 4.85704454948939e-07
BICGSTAB_SOLVER_TIME: 0.594487 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 64 resid = 2.073441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234372(s) Flops=422922240 => 1804.49132148891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259792.543630265 Mflops = 259.792543630265 Gflops = 0.259792543630265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 88 resid = 1.026462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321125(s) Flops=580405248 => 1807.41221642663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260214.49143705 Mflops = 260.21449143705 Gflops = 0.26021449143705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001151491 Relative Rsd = 5.04731380264665e-07
BICGSTAB_SOLVER_TIME: 0.656506 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 69 resid = 1.730719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275428(s) Flops=455731200 => 1654.62915898166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238210.640667488 Mflops = 238.210640667488 Gflops = 0.238210640667488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062085 s
InvBiCGStab: k = 88 resid = 1.135647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359978(s) Flops=580405248 => 1612.3353316036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232126.604196712 Mflops = 232.126604196712 Gflops = 0.232126604196712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001137943 Relative Rsd = 4.98793129897e-07
BICGSTAB_SOLVER_TIME: 0.742567 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126375
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943585(s) Flops=1492254720 => 1581.47355034258 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227707.379614605 Mflops = 227.707379614605 Gflops = 0.227707379614605 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167099000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 35 resid = 1.443443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129025(s) Flops=232630272 => 1802.98602596396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.053494858 Mflops = 259.524053494858 Gflops = 0.259524053494858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055764 s
InvBiCGStab: k = 56 resid = 9.818133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205942(s) Flops=370427904 => 1798.70013887405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258936.751904111 Mflops = 258.936751904111 Gflops = 0.258936751904111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007611717 Relative Rsd = 3.33643387127676e-07
BICGSTAB_SOLVER_TIME: 0.436056 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0793010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040725 s
InvBiCGStab: k = 81 resid = 1.979118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337161(s) Flops=534472704 => 1585.21508715421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228238.611101079 Mflops = 228.238611101079 Gflops = 0.228238611101079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067042 s
InvBiCGStab: k = 112 resid = 9.653005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440777(s) Flops=737888256 => 1674.06252141105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241032.88410177 Mflops = 241.03288410177 Gflops = 0.24103288410177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001293285 Relative Rsd = 5.66883999256504e-07
BICGSTAB_SOLVER_TIME: 0.889446 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152151999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041806 s
InvBiCGStab: k = 56 resid = 1.916906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21329(s) Flops=370427904 => 1736.73357400722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250009.806304685 Mflops = 250.009806304685 Gflops = 0.250009806304685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057704 s
InvBiCGStab: k = 79 resid = 8.166305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294017(s) Flops=521349120 => 1773.19379491662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255279.599562229 Mflops = 255.279599562229 Gflops = 0.255279599562229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001081327 Relative Rsd = 4.73976497220692e-07
BICGSTAB_SOLVER_TIME: 0.610638 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040522 s
InvBiCGStab: k = 70 resid = 2.022183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259241(s) Flops=462292992 => 1783.25570415174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256730.997990941 Mflops = 256.730997990941 Gflops = 0.256730997990941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058851 s
InvBiCGStab: k = 98 resid = 1.094303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358037(s) Flops=646023168 => 1804.34750598402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.597164896 Mflops = 259.782597164896 Gflops = 0.259782597164896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001199532 Relative Rsd = 5.25789226803993e-07
BICGSTAB_SOLVER_TIME: 0.720526 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 54 resid = 2.249313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197834(s) Flops=357304320 => 1806.08146223602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.120408533 Mflops = 260.006120408533 Gflops = 0.260006120408533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 92 resid = 1.147636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336076(s) Flops=606652416 => 1805.1048453326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.633858624 Mflops = 259.885633858624 Gflops = 0.259885633858624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001127476 Relative Rsd = 4.94204829804973e-07
BICGSTAB_SOLVER_TIME: 0.635745 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118961
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987693(s) Flops=1473748992 => 1492.11241954737 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214950.807897547 Mflops = 214.950807897547 Gflops = 0.214950807897547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163516000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 25 resid = 1.78689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092483(s) Flops=167012352 => 1805.87083031476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259918.11124849 Mflops = 259.91811124849 Gflops = 0.25991811124849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 52 resid = 9.504105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190379(s) Flops=344180736 => 1807.87133034631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260243.431890939 Mflops = 260.243431890939 Gflops = 0.260243431890939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007734473 Relative Rsd = 3.39024103694108e-07
BICGSTAB_SOLVER_TIME: 0.384125 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040613 s
InvBiCGStab: k = 58 resid = 2.251595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212659(s) Flops=383551488 => 1803.59866264771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.594588353 Mflops = 259.642594588353 Gflops = 0.259642594588353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056802 s
InvBiCGStab: k = 95 resid = 1.120456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391174(s) Flops=626337792 => 1601.17439298113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230538.744698709 Mflops = 230.538744698709 Gflops = 0.230538744698709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001105587 Relative Rsd = 4.84610257868595e-07
BICGSTAB_SOLVER_TIME: 0.705376 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045647 s
InvBiCGStab: k = 54 resid = 2.221865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244597(s) Flops=357304320 => 1460.78782650646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210314.838174955 Mflops = 210.314838174955 Gflops = 0.210314838174955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056926 s
InvBiCGStab: k = 97 resid = 1.120678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373114(s) Flops=639461376 => 1713.84985822028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246752.963649956 Mflops = 246.752963649956 Gflops = 0.246752963649956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001047956 Relative Rsd = 4.59349322903496e-07
BICGSTAB_SOLVER_TIME: 0.724221 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041774 s
InvBiCGStab: k = 64 resid = 2.231825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240661(s) Flops=422922240 => 1757.33600375632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253011.185383562 Mflops = 253.011185383562 Gflops = 0.253011185383562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058325 s
InvBiCGStab: k = 103 resid = 6.824914e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375938(s) Flops=678832128 => 1805.70234453554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.858608486 Mflops = 259.977858608486 Gflops = 0.259977858608486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001142017 Relative Rsd = 5.00578962813141e-07
BICGSTAB_SOLVER_TIME: 0.720564 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 54 resid = 1.445988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19887(s) Flops=357304320 => 1796.6728013275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258651.915335863 Mflops = 258.651915335863 Gflops = 0.258651915335863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05689 s
InvBiCGStab: k = 86 resid = 9.049925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314605(s) Flops=567281664 => 1803.15527089525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.238756576 Mflops = 259.600238756576 Gflops = 0.259600238756576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001061814 Relative Rsd = 4.65423359235382e-07
BICGSTAB_SOLVER_TIME: 0.615603 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114252
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965307(s) Flops=1467629568 => 1520.3759715821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218925.778153146 Mflops = 218.925778153146 Gflops = 0.218925778153146 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162495000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 35 resid = 1.434806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128732(s) Flops=232630272 => 1807.08970574527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260093.519235453 Mflops = 260.093519235453 Gflops = 0.260093519235453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 53 resid = 1.01276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194376(s) Flops=350742528 => 1804.45388319546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.5954927 Mflops = 259.7715954927 Gflops = 0.2597715954927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007714346 Relative Rsd = 3.38141903152041e-07
BICGSTAB_SOLVER_TIME: 0.423724 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040752 s
InvBiCGStab: k = 64 resid = 1.719954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233763(s) Flops=422922240 => 1809.19238716136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260469.825496201 Mflops = 260.469825496201 Gflops = 0.260469825496201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056104 s
InvBiCGStab: k = 109 resid = 6.257462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406017(s) Flops=718202880 => 1768.89854365704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254673.484284599 Mflops = 254.673484284599 Gflops = 0.254673484284599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001147422 Relative Rsd = 5.02947843616239e-07
BICGSTAB_SOLVER_TIME: 0.740987 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044199 s
InvBiCGStab: k = 56 resid = 1.958567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234666(s) Flops=370427904 => 1578.53248446729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227255.34761475 Mflops = 227.25534761475 Gflops = 0.22725534761475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0605 s
InvBiCGStab: k = 96 resid = 7.347392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402366(s) Flops=632899584 => 1572.94499038189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226461.843490683 Mflops = 226.461843490683 Gflops = 0.226461843490683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001088539 Relative Rsd = 4.7713794758271e-07
BICGSTAB_SOLVER_TIME: 0.746735 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041601 s
InvBiCGStab: k = 65 resid = 1.973156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246269(s) Flops=429484032 => 1743.96303229395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251082.6308514 Mflops = 251.0826308514 Gflops = 0.2510826308514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056418 s
InvBiCGStab: k = 91 resid = 4.805803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337916(s) Flops=600090624 => 1775.85738467548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255667.086409244 Mflops = 255.667086409244 Gflops = 0.255667086409244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001146363 Relative Rsd = 5.02483742396926e-07
BICGSTAB_SOLVER_TIME: 0.686104 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125581
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 57 resid = 1.855532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209557(s) Flops=376989696 => 1798.98402821189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259004.536435517 Mflops = 259.004536435517 Gflops = 0.259004536435517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055629 s
InvBiCGStab: k = 82 resid = 8.89699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299655(s) Flops=541034496 => 1805.52467337438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.223802887 Mflops = 259.933223802887 Gflops = 0.259933223802887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001103213 Relative Rsd = 4.83569895509127e-07
BICGSTAB_SOLVER_TIME: 0.610004 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113814
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920573(s) Flops=1480015872 => 1607.71157963573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231496.69635808 Mflops = 231.49669635808 Gflops = 0.23149669635808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164315000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.214443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829955(s) Flops=1466247168 => 1766.65863570916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254228.613022709 Mflops = 254.228613022709 Gflops = 0.254228613022709 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.110299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.996027(s) Flops=1787774976 => 1794.90613808662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258455.920611517 Mflops = 258.455920611517 Gflops = 0.258455920611517 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.002891604 Relative Rsd = 1.27257953750021e-06
BICGSTAB_SOLVER_TIME: 1.829399 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353196999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.043665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81925(s) Flops=1308764160 => 1597.51499542264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230017.125742716 Mflops = 230.017125742716 Gflops = 0.230017125742716 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.101395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882551(s) Flops=1571235840 => 1780.33432628823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256354.004801389 Mflops = 256.354004801389 Gflops = 0.256354004801389 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002295748 Relative Rsd = 1.00934245118334e-06
BICGSTAB_SOLVER_TIME: 1.705227 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312281999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921351(s) Flops=1480015872 => 1606.35400840722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231306.206731106 Mflops = 231.306206731106 Gflops = 0.231306206731106 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164278000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 35 resid = 1.591542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130378(s) Flops=232630272 => 1784.27550660387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256839.88436695 Mflops = 256.83988436695 Gflops = 0.25683988436695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058425 s
InvBiCGStab: k = 56 resid = 7.400257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212646(s) Flops=370427904 => 1741.99328461387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250770.134059533 Mflops = 250.770134059533 Gflops = 0.250770134059533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007902019 Relative Rsd = 3.46368129156974e-07
BICGSTAB_SOLVER_TIME: 0.446863 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0794160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 79 resid = 1.794894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289277(s) Flops=521349120 => 1802.2487788521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259477.623218209 Mflops = 259.477623218209 Gflops = 0.259477623218209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055901 s
InvBiCGStab: k = 117 resid = 8.254011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426101(s) Flops=770697216 => 1808.71956648776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260422.01154193 Mflops = 260.42201154193 Gflops = 0.26042201154193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001305524 Relative Rsd = 5.72248744005273e-07
BICGSTAB_SOLVER_TIME: 0.816155 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154327999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 61 resid = 1.219861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223844(s) Flops=403236864 => 1801.41913118064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.300463647 Mflops = 259.335300463647 Gflops = 0.259335300463647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 76 resid = 1.085051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27734(s) Flops=501663744 => 1808.84021057186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260408.959272091 Mflops = 260.408959272091 Gflops = 0.260408959272091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001049137 Relative Rsd = 4.59866748561971e-07
BICGSTAB_SOLVER_TIME: 0.602203 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040883 s
InvBiCGStab: k = 56 resid = 2.066998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205545(s) Flops=370427904 => 1802.17423921769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259448.900332332 Mflops = 259.448900332332 Gflops = 0.259448900332332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059042 s
InvBiCGStab: k = 101 resid = 1.128443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420722(s) Flops=665708544 => 1582.30029330532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227822.681759027 Mflops = 227.822681759027 Gflops = 0.227822681759027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001185749 Relative Rsd = 5.1974774644549e-07
BICGSTAB_SOLVER_TIME: 0.730011 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04473 s
InvBiCGStab: k = 58 resid = 2.150115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224024(s) Flops=383551488 => 1712.09998928686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246482.450294917 Mflops = 246.482450294917 Gflops = 0.246482450294917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 85 resid = 1.059235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316452(s) Flops=560719872 => 1771.89549125934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255109.116225565 Mflops = 255.109116225565 Gflops = 0.255109116225565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001126137 Relative Rsd = 4.93618005833329e-07
BICGSTAB_SOLVER_TIME: 0.645625 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116634
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951818(s) Flops=1492623360 => 1568.18148007287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225804.696805008 Mflops = 225.804696805008 Gflops = 0.225804696805008 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165613000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 26 resid = 2.085935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1058(s) Flops=173574144 => 1640.58737240076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236141.617574347 Mflops = 236.141617574347 Gflops = 0.236141617574347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065647 s
InvBiCGStab: k = 61 resid = 4.977871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259416(s) Flops=403236864 => 1554.4024424091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223767.419437873 Mflops = 223.767419437873 Gflops = 0.223767419437873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007693032 Relative Rsd = 3.37207628361012e-07
BICGSTAB_SOLVER_TIME: 0.476584 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04224 s
InvBiCGStab: k = 78 resid = 1.479524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29267(s) Flops=514787328 => 1758.9343902689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253238.061301649 Mflops = 253.238061301649 Gflops = 0.253238061301649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057519 s
InvBiCGStab: k = 104 resid = 9.605609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383773(s) Flops=685393920 => 1785.93574847631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257130.853089485 Mflops = 257.130853089485 Gflops = 0.257130853089485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.00126849 Relative Rsd = 5.56015457991772e-07
BICGSTAB_SOLVER_TIME: 0.780061 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 57 resid = 1.729189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20888(s) Flops=376989696 => 1804.81470700881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.78683413 Mflops = 259.83178683413 Gflops = 0.25983178683413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056005 s
InvBiCGStab: k = 73 resid = 1.138631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267376(s) Flops=481978368 => 1802.62390042487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.954160743 Mflops = 259.502954160743 Gflops = 0.259502954160743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001083444 Relative Rsd = 4.74904495546633e-07
BICGSTAB_SOLVER_TIME: 0.577186 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 65 resid = 1.534414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237882(s) Flops=429484032 => 1805.44989532625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.215599018 Mflops = 259.922215599018 Gflops = 0.259922215599018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055965 s
InvBiCGStab: k = 100 resid = 1.121515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364504(s) Flops=659146752 => 1808.33887145271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260354.975051735 Mflops = 260.354975051735 Gflops = 0.260354975051735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00120346 Relative Rsd = 5.27510968336797e-07
BICGSTAB_SOLVER_TIME: 0.703187 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045144 s
InvBiCGStab: k = 69 resid = 1.027232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288055(s) Flops=455731200 => 1582.09786325528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227772.441582992 Mflops = 227.772441582992 Gflops = 0.227772441582992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064498 s
InvBiCGStab: k = 82 resid = 1.079778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348422(s) Flops=541034496 => 1552.81381772678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223567.497020773 Mflops = 223.567497020773 Gflops = 0.223567497020773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001153236 Relative Rsd = 5.05496343582832e-07
BICGSTAB_SOLVER_TIME: 0.750283 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121985
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951521(s) Flops=1505230848 => 1581.92078577351 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227780.994955585 Mflops = 227.780994955585 Gflops = 0.227780994955585 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168887000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043835 s
InvBiCGStab: k = 24 resid = 2.117791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089116(s) Flops=160450560 => 1800.46860272005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259121.651151555 Mflops = 259.121651151555 Gflops = 0.259121651151555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 61 resid = 1.092295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252719(s) Flops=403236864 => 1595.59377806971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229709.294389847 Mflops = 229.709294389847 Gflops = 0.229709294389847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000769955 Relative Rsd = 3.37493360607032e-07
BICGSTAB_SOLVER_TIME: 0.446232 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044511 s
InvBiCGStab: k = 53 resid = 2.272744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228786(s) Flops=350742528 => 1533.05940048779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220705.038019184 Mflops = 220.705038019184 Gflops = 0.220705038019184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062455 s
InvBiCGStab: k = 94 resid = 1.049604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354783(s) Flops=619776000 => 1746.91572031354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251508.746007439 Mflops = 251.508746007439 Gflops = 0.251508746007438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001118895 Relative Rsd = 4.90443747400279e-07
BICGSTAB_SOLVER_TIME: 0.694412 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 59 resid = 2.170111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218979(s) Flops=390113280 => 1781.51000780897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256473.585195392 Mflops = 256.473585195392 Gflops = 0.256473585195392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056853 s
InvBiCGStab: k = 72 resid = 1.151717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263969(s) Flops=475416576 => 1801.03184843675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.031173058 Mflops = 259.287031173058 Gflops = 0.259287031173058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001049454 Relative Rsd = 4.60005800329165e-07
BICGSTAB_SOLVER_TIME: 0.585141 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 64 resid = 1.514509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23419(s) Flops=422922240 => 1805.89367607498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.834924516 Mflops = 259.981834924516 Gflops = 0.259981834924516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 97 resid = 1.003413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369822(s) Flops=639461376 => 1729.10582929085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248950.055135984 Mflops = 248.950055135984 Gflops = 0.248950055135984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001156121 Relative Rsd = 5.06761178868496e-07
BICGSTAB_SOLVER_TIME: 0.705301 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04258 s
InvBiCGStab: k = 67 resid = 2.122293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247523(s) Flops=442607616 => 1788.1474287238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257424.921978125 Mflops = 257.424921978125 Gflops = 0.257424921978125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057304 s
InvBiCGStab: k = 98 resid = 9.924443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371877(s) Flops=646023168 => 1737.1958147452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250106.344576158 Mflops = 250.106344576158 Gflops = 0.250106344576158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001100956 Relative Rsd = 4.82580357208421e-07
BICGSTAB_SOLVER_TIME: 0.723645 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132312
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006528(s) Flops=1511571456 => 1501.76791505055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216318.776523102 Mflops = 216.318776523102 Gflops = 0.216318776523102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167830000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 33 resid = 2.125954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122082(s) Flops=219506688 => 1798.02663783359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258821.920534855 Mflops = 258.821920534855 Gflops = 0.258821920534855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05603 s
InvBiCGStab: k = 56 resid = 1.095541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204947(s) Flops=370427904 => 1807.43267283737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260186.542755801 Mflops = 260.186542755801 Gflops = 0.260186542755801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.000852607 Relative Rsd = 3.73722061116242e-07
BICGSTAB_SOLVER_TIME: 0.427742 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 56 resid = 1.938369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218745(s) Flops=370427904 => 1693.42341082082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243801.594077398 Mflops = 243.801594077398 Gflops = 0.243801594077398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062059 s
InvBiCGStab: k = 106 resid = 1.062348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438607(s) Flops=698517504 => 1592.58175086125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229300.673278685 Mflops = 229.300673278685 Gflops = 0.229300673278685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001182352 Relative Rsd = 5.18258744402658e-07
BICGSTAB_SOLVER_TIME: 0.764534 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 63 resid = 1.485407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237052(s) Flops=416360448 => 1756.40976663348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252881.246712564 Mflops = 252.881246712564 Gflops = 0.252881246712564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060646 s
InvBiCGStab: k = 92 resid = 1.089011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359862(s) Flops=606652416 => 1685.79182019774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242718.07364479 Mflops = 242.71807364479 Gflops = 0.24271807364479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001106074 Relative Rsd = 4.84824065906959e-07
BICGSTAB_SOLVER_TIME: 0.702793 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041682 s
InvBiCGStab: k = 70 resid = 1.514284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257587(s) Flops=462292992 => 1794.70622352836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258393.607309309 Mflops = 258.393607309309 Gflops = 0.258393607309309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 88 resid = 9.987639e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323046(s) Flops=580405248 => 1796.6644007355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.86644022 Mflops = 258.66786644022 Gflops = 0.25866786644022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001143933 Relative Rsd = 5.01418733430649e-07
BICGSTAB_SOLVER_TIME: 0.682705 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127111
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041306 s
InvBiCGStab: k = 60 resid = 1.907352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219498(s) Flops=396675072 => 1807.19219309515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260171.735438017 Mflops = 260.171735438017 Gflops = 0.260171735438017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055734 s
InvBiCGStab: k = 86 resid = 8.28999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314339(s) Flops=567281664 => 1804.68113724355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.096356311 Mflops = 259.818096356311 Gflops = 0.259818096356311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001073443 Relative Rsd = 4.70520614309424e-07
BICGSTAB_SOLVER_TIME: 0.634752 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118745
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037779(s) Flops=1518059520 => 1462.79652989702 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210623.454832248 Mflops = 210.623454832248 Gflops = 0.210623454832248 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168320000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.240077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813778(s) Flops=1440000000 => 1769.5243665963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254776.404948655 Mflops = 254.776404948655 Gflops = 0.254776404948655 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.121643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.059409(s) Flops=1715595264 => 1619.38898385798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233180.552969603 Mflops = 233.180552969603 Gflops = 0.233180552969603 Tflops
BICGSTAB_SOLVER: 480 iterations. Rsd = 0.00220931 Relative Rsd = 9.72328686232884e-07
BICGSTAB_SOLVER_TIME: 1.877048 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.120289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.342777999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.117539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777701(s) Flops=1380943872 => 1775.67454844471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255676.405905747 Mflops = 255.676405905747 Gflops = 0.255676405905747 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 9.208095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868631(s) Flops=1564674048 => 1801.31039302074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259375.699081452 Mflops = 259.375699081452 Gflops = 0.259375699081452 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.00206742 Relative Rsd = 9.08917356675605e-07
BICGSTAB_SOLVER_TIME: 1.649712 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0.116172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319990999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966359(s) Flops=1518059520 => 1570.90638158283 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226224.295914663 Mflops = 226.224295914663 Gflops = 0.226224295914663 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168607000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044638 s
InvBiCGStab: k = 32 resid = 1.675943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125345(s) Flops=212944896 => 1698.87028601061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244527.87168747 Mflops = 244.52787168747 Gflops = 0.24452787168747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 55 resid = 9.06111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205708(s) Flops=363866112 => 1768.84764812258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254624.948800769 Mflops = 254.624948800769 Gflops = 0.254624948800769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007930184 Relative Rsd = 3.4760270473697e-07
BICGSTAB_SOLVER_TIME: 0.436017 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 84 resid = 2.07459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308938(s) Flops=554158080 => 1793.75175601577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258251.2928703 Mflops = 258.2512928703 Gflops = 0.2582512928703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0569 s
InvBiCGStab: k = 123 resid = 9.87596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451138(s) Flops=810067968 => 1795.61014146447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258530.93367931 Mflops = 258.53093367931 Gflops = 0.25853093367931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.00138725 Relative Rsd = 6.08071234755677e-07
BICGSTAB_SOLVER_TIME: 0.861873 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162532999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 55 resid = 1.764196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218774(s) Flops=363866112 => 1663.20546317204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239434.757807861 Mflops = 239.434757807861 Gflops = 0.239434757807861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06448 s
InvBiCGStab: k = 91 resid = 1.129532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367659(s) Flops=600090624 => 1632.19348363565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234994.95958082 Mflops = 234.99495958082 Gflops = 0.23499495958082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001133777 Relative Rsd = 4.96966729584558e-07
BICGSTAB_SOLVER_TIME: 0.696585 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118669
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043748 s
InvBiCGStab: k = 63 resid = 2.088579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233328(s) Flops=416360448 => 1784.44270726188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256910.263131756 Mflops = 256.910263131756 Gflops = 0.256910263131756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057611 s
InvBiCGStab: k = 111 resid = 5.215986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415237(s) Flops=731326464 => 1761.22663442805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253582.754626495 Mflops = 253.582754626495 Gflops = 0.253582754626495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001171365 Relative Rsd = 5.13442654553291e-07
BICGSTAB_SOLVER_TIME: 0.753791 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 70 resid = 1.213627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255705(s) Flops=462292992 => 1807.91533994251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260290.559531257 Mflops = 260.290559531257 Gflops = 0.260290559531257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055853 s
InvBiCGStab: k = 102 resid = 1.070529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372876(s) Flops=672270336 => 1802.93270685161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259590.019521633 Mflops = 259.590019521633 Gflops = 0.259590019521633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001180166 Relative Rsd = 5.17300741511907e-07
BICGSTAB_SOLVER_TIME: 0.729874 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137292
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943471(s) Flops=1518206976 => 1609.17185159904 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231728.661013361 Mflops = 231.728661013361 Gflops = 0.231728661013361 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168575000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042508 s
InvBiCGStab: k = 33 resid = 2.028335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124273(s) Flops=219506688 => 1766.3264586837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254251.925806431 Mflops = 254.251925806431 Gflops = 0.254251925806431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 67 resid = 5.181471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251109(s) Flops=442607616 => 1762.61151930038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253743.240573418 Mflops = 253.743240573418 Gflops = 0.253743240573418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.000849119 Relative Rsd = 3.72193206071509e-07
BICGSTAB_SOLVER_TIME: 0.478447 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0858700000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04248 s
InvBiCGStab: k = 91 resid = 2.068456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3448(s) Flops=600090624 => 1740.40204176334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250578.488899078 Mflops = 250.578488899078 Gflops = 0.250578488899078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057421 s
InvBiCGStab: k = 106 resid = 1.081325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38761(s) Flops=698517504 => 1802.11424885839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.885268513 Mflops = 259.461885268513 Gflops = 0.259461885268513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001297219 Relative Rsd = 5.68608190141536e-07
BICGSTAB_SOLVER_TIME: 0.836342 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154777999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 64 resid = 2.093619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241906(s) Flops=422922240 => 1748.2916504758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251705.679108638 Mflops = 251.705679108637 Gflops = 0.251705679108638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 88 resid = 1.02385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375665(s) Flops=580405248 => 1545.00751467398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222440.822324647 Mflops = 222.440822324647 Gflops = 0.222440822324647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00113947 Relative Rsd = 4.99462160252846e-07
BICGSTAB_SOLVER_TIME: 0.719493 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122739
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045615 s
InvBiCGStab: k = 67 resid = 2.190442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280648(s) Flops=442607616 => 1577.09164505003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227062.951756383 Mflops = 227.062951756383 Gflops = 0.227062951756383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061994 s
InvBiCGStab: k = 108 resid = 8.828278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408435(s) Flops=711641088 => 1742.36068897132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250858.037720816 Mflops = 250.858037720816 Gflops = 0.250858037720816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001216774 Relative Rsd = 5.33347111333396e-07
BICGSTAB_SOLVER_TIME: 0.800664 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04264 s
InvBiCGStab: k = 70 resid = 1.33099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263708(s) Flops=462292992 => 1753.04879639601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252393.020024706 Mflops = 252.393020024706 Gflops = 0.252393020024706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060608 s
InvBiCGStab: k = 90 resid = 7.552312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340807(s) Flops=593528832 => 1741.53944021103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250732.499841214 Mflops = 250.732499841214 Gflops = 0.250732499841214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001183626 Relative Rsd = 5.18817247739149e-07
BICGSTAB_SOLVER_TIME: 0.711681 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12889
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964985(s) Flops=1518280704 => 1573.37233635756 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226542.205524521 Mflops = 226.542205524521 Gflops = 0.226542205524521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042496 s
InvBiCGStab: k = 27 resid = 2.218308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102587(s) Flops=180135936 => 1755.93336387651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252698.314759886 Mflops = 252.698314759886 Gflops = 0.252698314759886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057696 s
InvBiCGStab: k = 57 resid = 1.092714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21713(s) Flops=376989696 => 1736.23956155299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249941.8121122 Mflops = 249.9418121122 Gflops = 0.2499418121122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007587084 Relative Rsd = 3.32563631019851e-07
BICGSTAB_SOLVER_TIME: 0.424013 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 51 resid = 2.271821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186848(s) Flops=337618944 => 1806.91762288063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.740191392 Mflops = 260.122740191392 Gflops = 0.260122740191392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05612 s
InvBiCGStab: k = 84 resid = 1.140685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316225(s) Flops=554158080 => 1752.41704482568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252300.654419687 Mflops = 252.300654419687 Gflops = 0.252300654419687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001070287 Relative Rsd = 4.69137597778688e-07
BICGSTAB_SOLVER_TIME: 0.604243 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 54 resid = 2.246886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199815(s) Flops=357304320 => 1788.1756624878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257415.955726993 Mflops = 257.415955726993 Gflops = 0.257415955726993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05803 s
InvBiCGStab: k = 85 resid = 8.582261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315981(s) Flops=560719872 => 1774.53667150873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255487.900715697 Mflops = 255.487900715697 Gflops = 0.255487900715697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001091327 Relative Rsd = 4.78359919204358e-07
BICGSTAB_SOLVER_TIME: 0.61885 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048526 s
InvBiCGStab: k = 61 resid = 1.984323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257004(s) Flops=403236864 => 1568.99061493206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225902.175187179 Mflops = 225.902175187179 Gflops = 0.225902175187179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059061 s
InvBiCGStab: k = 102 resid = 8.727719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442306(s) Flops=672270336 => 1519.92135761215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218833.719651742 Mflops = 218.833719651742 Gflops = 0.218833719651742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001139489 Relative Rsd = 4.99470528872963e-07
BICGSTAB_SOLVER_TIME: 0.810831 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 63 resid = 1.087308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242203(s) Flops=416360448 => 1719.05570120932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247481.57115551 Mflops = 247.48157115551 Gflops = 0.24748157115551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057046 s
InvBiCGStab: k = 93 resid = 8.755829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359107(s) Flops=613214208 => 1707.6086180442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245856.631233862 Mflops = 245.856631233862 Gflops = 0.245856631233862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00115258 Relative Rsd = 5.05208901893069e-07
BICGSTAB_SOLVER_TIME: 0.703302 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1258
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956766(s) Flops=1518206976 => 1586.81117012937 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228490.420898837 Mflops = 228.490420898837 Gflops = 0.228490420898837 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170189000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044491 s
InvBiCGStab: k = 25 resid = 2.228812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104467(s) Flops=167012352 => 1598.70918088966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230094.542202413 Mflops = 230.094542202413 Gflops = 0.230094542202413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059233 s
InvBiCGStab: k = 55 resid = 9.575763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206038(s) Flops=363866112 => 1766.01457983479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254214.651202622 Mflops = 254.214651202622 Gflops = 0.254214651202622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007861839 Relative Rsd = 3.44606917333557e-07
BICGSTAB_SOLVER_TIME: 0.418061 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043667 s
InvBiCGStab: k = 59 resid = 1.807814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223026(s) Flops=390113280 => 1749.18296521482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251832.232871267 Mflops = 251.832232871267 Gflops = 0.251832232871267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056808 s
InvBiCGStab: k = 100 resid = 7.473953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372666(s) Flops=659146752 => 1768.73326785916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254658.765108978 Mflops = 254.658765108978 Gflops = 0.254658765108978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001172972 Relative Rsd = 5.14147353600978e-07
BICGSTAB_SOLVER_TIME: 0.699986 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 57 resid = 2.011628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208863(s) Flops=376989696 => 1804.96160641186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.822680331 Mflops = 259.850822680331 Gflops = 0.259850822680331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05741 s
InvBiCGStab: k = 77 resid = 9.829107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290119(s) Flops=508225536 => 1751.78301317735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252200.690193374 Mflops = 252.200690193374 Gflops = 0.252200690193374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001026469 Relative Rsd = 4.49930645074096e-07
BICGSTAB_SOLVER_TIME: 0.601118 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042398 s
InvBiCGStab: k = 71 resid = 2.125181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266157(s) Flops=468854784 => 1761.57224495317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253621.186920389 Mflops = 253.621186920389 Gflops = 0.253621186920389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 93 resid = 9.545314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363738(s) Flops=613214208 => 1685.8678719298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242716.215741188 Mflops = 242.716215741188 Gflops = 0.242716215741188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00119079 Relative Rsd = 5.21957368325501e-07
BICGSTAB_SOLVER_TIME: 0.732946 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04218 s
InvBiCGStab: k = 59 resid = 2.009769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249681(s) Flops=390113280 => 1562.4468021195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224932.519007961 Mflops = 224.932519007961 Gflops = 0.224932519007961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067918 s
InvBiCGStab: k = 86 resid = 1.084481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340802(s) Flops=567281664 => 1664.54910475878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239651.570534986 Mflops = 239.651570534986 Gflops = 0.239651570534986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001080165 Relative Rsd = 4.73467185041477e-07
BICGSTAB_SOLVER_TIME: 0.704608 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118061
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957218(s) Flops=1512087552 => 1579.66894897505 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227451.044045301 Mflops = 227.451044045301 Gflops = 0.227451044045301 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168130000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021172
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.206794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836448(s) Flops=1354696704 => 1619.58269252841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233217.483623899 Mflops = 233.217483623899 Gflops = 0.233217483623899 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 5.755903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.957962(s) Flops=1682786304 => 1756.63158246361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252945.169045146 Mflops = 252.945169045146 Gflops = 0.252945169045146 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002368039 Relative Rsd = 1.04222306168102e-06
BICGSTAB_SOLVER_TIME: 1.797792 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.11879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329806999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.689869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751171(s) Flops=1321887744 => 1759.76940536842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253318.978755412 Mflops = 253.318978755412 Gflops = 0.253318978755412 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 9.754015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885589(s) Flops=1485932544 => 1677.90311758615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241608.452796278 Mflops = 241.608452796278 Gflops = 0.241608452796278 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002074781 Relative Rsd = 9.12120421650226e-07
BICGSTAB_SOLVER_TIME: 1.640647 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.123122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304803999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988016(s) Flops=1512087552 => 1530.42820359184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220368.105577534 Mflops = 220.368105577534 Gflops = 0.220368105577534 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167767000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 25 resid = 2.129401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092507(s) Flops=167012352 => 1805.40231550045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.965699221 Mflops = 259.826965699221 Gflops = 0.259826965699221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 47 resid = 1.044553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172153(s) Flops=311371776 => 1808.69212851359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260353.123502087 Mflops = 260.353123502087 Gflops = 0.260353123502087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007154814 Relative Rsd = 3.13615977968469e-07
BICGSTAB_SOLVER_TIME: 0.365362 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043863 s
InvBiCGStab: k = 78 resid = 1.808719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324088(s) Flops=514787328 => 1588.41835550838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228701.051416021 Mflops = 228.701051416021 Gflops = 0.228701051416021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064309 s
InvBiCGStab: k = 125 resid = 4.732282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.52065(s) Flops=823191552 => 1581.08432152118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227649.962483322 Mflops = 227.649962483322 Gflops = 0.227649962483322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001350323 Relative Rsd = 5.91885149800765e-07
BICGSTAB_SOLVER_TIME: 0.956812 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158874999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041614 s
InvBiCGStab: k = 58 resid = 2.179689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215944(s) Flops=383551488 => 1776.16181973104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255697.062697852 Mflops = 255.697062697852 Gflops = 0.255697062697852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057247 s
InvBiCGStab: k = 86 resid = 1.112836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319945(s) Flops=567281664 => 1773.05994467799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255275.796043494 Mflops = 255.275796043494 Gflops = 0.255275796043494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001103954 Relative Rsd = 4.83894587764047e-07
BICGSTAB_SOLVER_TIME: 0.638588 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 70 resid = 1.389837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256019(s) Flops=462292992 => 1805.6979833528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.124817667 Mflops = 259.969124817667 Gflops = 0.259969124817667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 98 resid = 9.752653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358016(s) Flops=646023168 => 1804.45334286736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259795.993558392 Mflops = 259.795993558392 Gflops = 0.259795993558392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.0011685 Relative Rsd = 5.1218710639483e-07
BICGSTAB_SOLVER_TIME: 0.714805 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 62 resid = 7.917754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226523(s) Flops=409798656 => 1809.08188572463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260451.05338551 Mflops = 260.45105338551 Gflops = 0.26045105338551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 104 resid = 4.051288e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380154(s) Flops=685393920 => 1802.93754636279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259576.257388349 Mflops = 259.576257388349 Gflops = 0.259576257388349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001130227 Relative Rsd = 4.95410778580787e-07
BICGSTAB_SOLVER_TIME: 0.70766 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133206
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027003(s) Flops=1512013824 => 1472.25842962484 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211994.584042204 Mflops = 211.994584042204 Gflops = 0.211994584042204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167662000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042019 s
InvBiCGStab: k = 29 resid = 2.235089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106933(s) Flops=193259520 => 1807.29540927497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260123.420497533 Mflops = 260.123420497533 Gflops = 0.260123420497533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 56 resid = 1.124172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204939(s) Flops=370427904 => 1807.50322778973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260198.643911708 Mflops = 260.198643911708 Gflops = 0.260198643911708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0008097717 Relative Rsd = 3.54946143375865e-07
BICGSTAB_SOLVER_TIME: 0.414299 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0751200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041523 s
InvBiCGStab: k = 88 resid = 2.15218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321923(s) Flops=580405248 => 1802.93190607692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.711235152 Mflops = 259.587711235152 Gflops = 0.259587711235152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057586 s
InvBiCGStab: k = 105 resid = 1.030067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437143(s) Flops=691955712 => 1582.90470624029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227908.542224042 Mflops = 227.908542224042 Gflops = 0.227908542224042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001266099 Relative Rsd = 5.54967390378416e-07
BICGSTAB_SOLVER_TIME: 0.862017 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152087999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044638 s
InvBiCGStab: k = 62 resid = 1.732287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23814(s) Flops=409798656 => 1720.83083900227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247752.658332077 Mflops = 247.752658332077 Gflops = 0.247752658332077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 93 resid = 9.748283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348385(s) Flops=613214208 => 1760.16248690386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253417.182716891 Mflops = 253.417182716891 Gflops = 0.253417182716891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001123621 Relative Rsd = 4.92515389104696e-07
BICGSTAB_SOLVER_TIME: 0.691303 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 62 resid = 2.252787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242841(s) Flops=409798656 => 1687.518400929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242938.249151483 Mflops = 242.938249151483 Gflops = 0.242938249151483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057508 s
InvBiCGStab: k = 88 resid = 8.877474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332115(s) Flops=580405248 => 1747.60323381961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251612.403081012 Mflops = 251.612403081012 Gflops = 0.251612403081012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00116696 Relative Rsd = 5.11512105742925e-07
BICGSTAB_SOLVER_TIME: 0.677806 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041902 s
InvBiCGStab: k = 65 resid = 1.954147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239703(s) Flops=429484032 => 1791.73407091275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.584466297 Mflops = 257.948584466297 Gflops = 0.257948584466297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056715 s
InvBiCGStab: k = 93 resid = 1.128675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341152(s) Flops=613214208 => 1797.48091173436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258779.470284771 Mflops = 258.779470284771 Gflops = 0.258779470284771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001171562 Relative Rsd = 5.13529147303894e-07
BICGSTAB_SOLVER_TIME: 0.683261 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127156
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014989(s) Flops=1505599488 => 1483.36532514145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213590.392974184 Mflops = 213.590392974184 Gflops = 0.213590392974184 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167049000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 33 resid = 2.246291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121894(s) Flops=219506688 => 1800.7997768553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259204.665491486 Mflops = 259.204665491486 Gflops = 0.259204665491486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 54 resid = 1.034406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197906(s) Flops=357304320 => 1805.42439339889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259903.193081089 Mflops = 259.90319308109 Gflops = 0.25990319308109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007850617 Relative Rsd = 3.44115056788976e-07
BICGSTAB_SOLVER_TIME: 0.420619 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04069 s
InvBiCGStab: k = 50 resid = 2.145598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183027(s) Flops=331057152 => 1808.78860495992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260397.051221323 Mflops = 260.397051221323 Gflops = 0.260397051221323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056 s
InvBiCGStab: k = 93 resid = 1.088812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339555(s) Flops=613214208 => 1805.9348500243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260007.712162218 Mflops = 260.007712162218 Gflops = 0.260007712162218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00108073 Relative Rsd = 4.73715130926539e-07
BICGSTAB_SOLVER_TIME: 0.623175 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045755 s
InvBiCGStab: k = 64 resid = 8.939928e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271525(s) Flops=422922240 => 1557.58121719915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224244.27102899 Mflops = 224.24427102899 Gflops = 0.22424427102899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057507 s
InvBiCGStab: k = 87 resid = 7.508539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367903(s) Flops=573843456 => 1559.76835198408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224564.191110437 Mflops = 224.564191110437 Gflops = 0.224564191110437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001092221 Relative Rsd = 4.78751560420216e-07
BICGSTAB_SOLVER_TIME: 0.747143 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041884 s
InvBiCGStab: k = 66 resid = 1.574386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248835(s) Flops=436045824 => 1752.34924347459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252282.867061178 Mflops = 252.282867061178 Gflops = 0.252282867061178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 96 resid = 9.124835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356958(s) Flops=632899584 => 1773.0365589229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255271.26784659 Mflops = 255.27126784659 Gflops = 0.25527126784659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001163661 Relative Rsd = 5.10066120448623e-07
BICGSTAB_SOLVER_TIME: 0.708436 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040606 s
InvBiCGStab: k = 58 resid = 1.83868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212923(s) Flops=383551488 => 1801.36240800665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259338.47614623 Mflops = 259.33847614623 Gflops = 0.25933847614623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055777 s
InvBiCGStab: k = 95 resid = 6.030768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346514(s) Flops=626337792 => 1807.53964341989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260238.989027864 Mflops = 260.238989027864 Gflops = 0.260238989027864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001094513 Relative Rsd = 4.79756560256871e-07
BICGSTAB_SOLVER_TIME: 0.659611 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123831000000001
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936963(s) Flops=1505525760 => 1606.81452736127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231387.55271736 Mflops = 231.38755271736 Gflops = 0.23138755271736 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167389000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 32 resid = 2.20949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118986(s) Flops=212944896 => 1789.66345620493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257606.219560451 Mflops = 257.606219560451 Gflops = 0.257606219560451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055733 s
InvBiCGStab: k = 54 resid = 1.039824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207644(s) Flops=357304320 => 1720.75436805301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247713.364443835 Mflops = 247.713364443835 Gflops = 0.247713364443835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007336954 Relative Rsd = 3.21599718102684e-07
BICGSTAB_SOLVER_TIME: 0.427596 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 62 resid = 1.945917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229742(s) Flops=409798656 => 1783.73417137485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256813.403417782 Mflops = 256.813403417782 Gflops = 0.256813403417782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056504 s
InvBiCGStab: k = 105 resid = 4.843994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384728(s) Flops=691955712 => 1798.55823334928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258950.126991238 Mflops = 258.950126991238 Gflops = 0.258950126991238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001130392 Relative Rsd = 4.95483034471557e-07
BICGSTAB_SOLVER_TIME: 0.716028 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 60 resid = 1.766924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220582(s) Flops=396675072 => 1798.31115866208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258903.630531756 Mflops = 258.903630531756 Gflops = 0.258903630531756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 82 resid = 9.901124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315643(s) Flops=541034496 => 1714.07094724103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246786.825244243 Mflops = 246.786825244243 Gflops = 0.246786825244243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001096541 Relative Rsd = 4.8064536894714e-07
BICGSTAB_SOLVER_TIME: 0.638914 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042183 s
InvBiCGStab: k = 71 resid = 2.04234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301214(s) Flops=468854784 => 1556.55043922261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224099.765894324 Mflops = 224.099765894324 Gflops = 0.224099765894324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063491 s
InvBiCGStab: k = 103 resid = 9.569441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391668(s) Flops=678832128 => 1733.18251171911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249530.521676352 Mflops = 249.530521676352 Gflops = 0.249530521676352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001198589 Relative Rsd = 5.25375847587099e-07
BICGSTAB_SOLVER_TIME: 0.803029 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041908 s
InvBiCGStab: k = 58 resid = 2.09808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215954(s) Flops=383551488 => 1776.07957250155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255689.54970169 Mflops = 255.68954970169 Gflops = 0.25568954970169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056861 s
InvBiCGStab: k = 85 resid = 9.045661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310431(s) Flops=560719872 => 1806.26249311441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260055.695250794 Mflops = 260.055695250794 Gflops = 0.260055695250794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001079369 Relative Rsd = 4.7311825440512e-07
BICGSTAB_SOLVER_TIME: 0.628999 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116484
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932924(s) Flops=1499185152 => 1606.97457885101 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231385.281427457 Mflops = 231.385281427457 Gflops = 0.231385281427457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166443000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021402
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.169926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.726413(s) Flops=1295640576 => 1783.61424699173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256770.992868426 Mflops = 256.770992868426 Gflops = 0.256770992868426 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 1.043742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978829(s) Flops=1761527808 => 1799.62772659985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259133.854321766 Mflops = 259.133854321766 Gflops = 0.259133854321766 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.01259949 Relative Rsd = 5.54541498272693e-06
BICGSTAB_SOLVER_TIME: 1.708627 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.115306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332059999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.252089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77454(s) Flops=1321887744 => 1706.6745991169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245699.916560758 Mflops = 245.699916560758 Gflops = 0.245699916560758 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.128469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972132(s) Flops=1604044800 => 1650.027774006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237594.101053761 Mflops = 237.594101053761 Gflops = 0.237594101053761 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002119735 Relative Rsd = 9.31845877156923e-07
BICGSTAB_SOLVER_TIME: 1.750102 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317694999999999
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958209(s) Flops=1499185152 => 1564.57010109486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225292.00969516 Mflops = 225.29200969516 Gflops = 0.22529200969516 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166264000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 31 resid = 2.232619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133241(s) Flops=206383104 => 1548.9459250531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222961.152525557 Mflops = 222.961152525557 Gflops = 0.222961152525557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064047 s
InvBiCGStab: k = 56 resid = 7.951102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239728(s) Flops=370427904 => 1545.20082760462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222442.652500792 Mflops = 222.442652500792 Gflops = 0.222442652500792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007684784 Relative Rsd = 3.36846119280394e-07
BICGSTAB_SOLVER_TIME: 0.48244 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041468 s
InvBiCGStab: k = 91 resid = 2.277742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3397(s) Flops=600090624 => 1766.53112746541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254338.575214495 Mflops = 254.338575214495 Gflops = 0.254338575214495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073747 s
InvBiCGStab: k = 114 resid = 1.135479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446444(s) Flops=751011840 => 1682.20838447823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242202.932294346 Mflops = 242.202932294346 Gflops = 0.242202932294346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001339393 Relative Rsd = 5.87094114783578e-07
BICGSTAB_SOLVER_TIME: 0.905186 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160649999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 59 resid = 2.208144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215634(s) Flops=390113280 => 1809.1454965358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260450.487143039 Mflops = 260.450487143039 Gflops = 0.260450487143039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055833 s
InvBiCGStab: k = 79 resid = 1.041692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288528(s) Flops=521349120 => 1806.92729995009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260138.044232124 Mflops = 260.138044232124 Gflops = 0.260138044232124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001061347 Relative Rsd = 4.65218736267878e-07
BICGSTAB_SOLVER_TIME: 0.604875 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 72 resid = 2.201562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262802(s) Flops=475416576 => 1809.02952032329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260445.062984565 Mflops = 260.445062984565 Gflops = 0.260445062984565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 101 resid = 9.341617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36877(s) Flops=665708544 => 1805.21339588361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.129531669 Mflops = 259.910129531669 Gflops = 0.259910129531669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001211692 Relative Rsd = 5.31119425480692e-07
BICGSTAB_SOLVER_TIME: 0.732961 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042043 s
InvBiCGStab: k = 58 resid = 2.0265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235101(s) Flops=383551488 => 1631.43282248906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234851.226067589 Mflops = 234.851226067589 Gflops = 0.234851226067589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066449 s
InvBiCGStab: k = 100 resid = 1.143178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41456(s) Flops=659146752 => 1589.99120030876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228928.234376284 Mflops = 228.928234376284 Gflops = 0.228928234376284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001154632 Relative Rsd = 5.06108171358485e-07
BICGSTAB_SOLVER_TIME: 0.76238 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127227
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949967(s) Flops=1498890240 => 1577.83400897084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227239.840539325 Mflops = 227.239840539325 Gflops = 0.227239840539325 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166285000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 27 resid = 2.210398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099903(s) Flops=180135936 => 1803.10837512387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.243229025 Mflops = 259.501243229025 Gflops = 0.259501243229025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 55 resid = 8.973157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203588(s) Flops=363866112 => 1787.26699019589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257284.408447484 Mflops = 257.284408447484 Gflops = 0.257284408447484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008017896 Relative Rsd = 3.5144734577241e-07
BICGSTAB_SOLVER_TIME: 0.404806 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041889 s
InvBiCGStab: k = 80 resid = 2.182933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335403(s) Flops=527910912 => 1573.96001824671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226610.239524422 Mflops = 226.610239524422 Gflops = 0.226610239524422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06617 s
InvBiCGStab: k = 118 resid = 1.064463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452753(s) Flops=777259008 => 1716.73960857244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247174.922961688 Mflops = 247.174922961688 Gflops = 0.247174922961688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001299451 Relative Rsd = 5.69586451216353e-07
BICGSTAB_SOLVER_TIME: 0.900074 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155460999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 66 resid = 2.219002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245062(s) Flops=436045824 => 1779.32859439652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256152.94438592 Mflops = 256.15294438592 Gflops = 0.25615294438592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057138 s
InvBiCGStab: k = 88 resid = 7.734488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337403(s) Flops=580405248 => 1720.21365548024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247682.198463092 Mflops = 247.682198463092 Gflops = 0.247682198463092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001096478 Relative Rsd = 4.80617558593701e-07
BICGSTAB_SOLVER_TIME: 0.685005 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 74 resid = 1.100005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272547(s) Flops=488540160 => 1792.49876168147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258048.989070705 Mflops = 258.048989070705 Gflops = 0.258048989070705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056631 s
InvBiCGStab: k = 97 resid = 1.075118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355718(s) Flops=639461376 => 1797.66381234573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.01705912 Mflops = 258.81201705912 Gflops = 0.25881201705912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001185812 Relative Rsd = 5.19775199601729e-07
BICGSTAB_SOLVER_TIME: 0.730194 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041428 s
InvBiCGStab: k = 63 resid = 1.738418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230915(s) Flops=416360448 => 1803.08965636706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259584.331172383 Mflops = 259.584331172383 Gflops = 0.259584331172383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056352 s
InvBiCGStab: k = 94 resid = 1.019675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361901(s) Flops=619776000 => 1712.55674894515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246564.104916887 Mflops = 246.564104916887 Gflops = 0.246564104916887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001145567 Relative Rsd = 5.02134913816912e-07
BICGSTAB_SOLVER_TIME: 0.694889 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126596
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978069(s) Flops=1478909952 => 1512.07118516178 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217722.71944196 Mflops = 217.72271944196 Gflops = 0.21772271944196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164082000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041411 s
InvBiCGStab: k = 33 resid = 2.056647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121766(s) Flops=219506688 => 1802.69277138117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259481.846629973 Mflops = 259.481846629973 Gflops = 0.259481846629973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 53 resid = 1.116756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19437(s) Flops=350742528 => 1804.50958481247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.715435364 Mflops = 259.766715435364 Gflops = 0.259766715435364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008225205 Relative Rsd = 3.60534314973316e-07
BICGSTAB_SOLVER_TIME: 0.417631 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0759280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 53 resid = 1.988714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215481(s) Flops=350742528 => 1627.71904715497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234320.067578883 Mflops = 234.320067578883 Gflops = 0.234320067578883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066035 s
InvBiCGStab: k = 92 resid = 9.578644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381779(s) Flops=606652416 => 1589.01462888215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228766.953057508 Mflops = 228.766953057508 Gflops = 0.228766953057508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001134021 Relative Rsd = 4.97074041829112e-07
BICGSTAB_SOLVER_TIME: 0.709345 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043656 s
InvBiCGStab: k = 55 resid = 2.228752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203498(s) Flops=363866112 => 1788.05743545391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257395.903383022 Mflops = 257.395903383022 Gflops = 0.257395903383022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057136 s
InvBiCGStab: k = 84 resid = 8.864592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315951(s) Flops=554158080 => 1753.93678133635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252516.556428593 Mflops = 252.516556428593 Gflops = 0.252516556428593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001022075 Relative Rsd = 4.48004841883675e-07
BICGSTAB_SOLVER_TIME: 0.624024 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113901
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04146 s
InvBiCGStab: k = 68 resid = 2.15825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24895(s) Flops=449169408 => 1804.25550512151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.361948138 Mflops = 259.756361948138 Gflops = 0.259756361948138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056714 s
InvBiCGStab: k = 89 resid = 1.015477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324563(s) Flops=586967040 => 1808.48414637528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260368.988325157 Mflops = 260.368988325157 Gflops = 0.260368988325157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001159963 Relative Rsd = 5.08445210582599e-07
BICGSTAB_SOLVER_TIME: 0.675528 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040642 s
InvBiCGStab: k = 56 resid = 1.687143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204878(s) Flops=370427904 => 1808.04139048605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260287.38865067 Mflops = 260.28738865067 Gflops = 0.26028738865067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 89 resid = 8.752388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325653(s) Flops=586967040 => 1802.43093108309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.88715605 Mflops = 259.50888715605 Gflops = 0.25950888715605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00104876 Relative Rsd = 4.59701468314653e-07
BICGSTAB_SOLVER_TIME: 0.630829 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11789
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974407(s) Flops=1465933824 => 1504.43687699288 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216626.826580089 Mflops = 216.626826580089 Gflops = 0.216626826580089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162464000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044347 s
InvBiCGStab: k = 23 resid = 2.14556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.08815(s) Flops=153888768 => 1745.76027226319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251215.204240482 Mflops = 251.215204240482 Gflops = 0.251215204240482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056628 s
InvBiCGStab: k = 47 resid = 1.076837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186974(s) Flops=311371776 => 1665.32125322237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239724.008899253 Mflops = 239.724008899253 Gflops = 0.239724008899253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007514195 Relative Rsd = 3.29368680663278e-07
BICGSTAB_SOLVER_TIME: 0.379957 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 58 resid = 2.051933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216637(s) Flops=383551488 => 1770.48005650004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254889.694985214 Mflops = 254.889694985214 Gflops = 0.254889694985214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057149 s
InvBiCGStab: k = 94 resid = 1.032492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34781(s) Flops=619776000 => 1781.93841465168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256555.995711123 Mflops = 256.555995711123 Gflops = 0.256555995711123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001133069 Relative Rsd = 4.9665652933033e-07
BICGSTAB_SOLVER_TIME: 0.666636 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044217 s
InvBiCGStab: k = 60 resid = 2.104086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253781(s) Flops=396675072 => 1563.06056008921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225033.299630398 Mflops = 225.033299630398 Gflops = 0.225033299630398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058655 s
InvBiCGStab: k = 91 resid = 9.945513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38514(s) Flops=600090624 => 1558.11035986914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224333.2105655 Mflops = 224.3332105655 Gflops = 0.2243332105655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001083858 Relative Rsd = 4.75086206865157e-07
BICGSTAB_SOLVER_TIME: 0.746043 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04156 s
InvBiCGStab: k = 68 resid = 1.602341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259626(s) Flops=449169408 => 1730.06327563495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249077.03280215 Mflops = 249.07703280215 Gflops = 0.24907703280215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056318 s
InvBiCGStab: k = 89 resid = 1.057385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334285(s) Flops=586967040 => 1755.88805958987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252803.870978964 Mflops = 252.803870978964 Gflops = 0.252803870978964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001156787 Relative Rsd = 5.07052855896489e-07
BICGSTAB_SOLVER_TIME: 0.695833 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04083 s
InvBiCGStab: k = 60 resid = 1.529539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219542(s) Flops=396675072 => 1806.83000063769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260137.243081109 Mflops = 260.137243081109 Gflops = 0.260137243081109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 92 resid = 9.001371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335739(s) Flops=606652416 => 1806.91672995988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.044395326 Mflops = 260.149044395326 Gflops = 0.260149044395326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001115605 Relative Rsd = 4.89001589218835e-07
BICGSTAB_SOLVER_TIME: 0.656052 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123079
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923791(s) Flops=1486061568 => 1608.65560283657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231638.042296745 Mflops = 231.638042296745 Gflops = 0.231638042296745 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 2.229796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839327(s) Flops=1512179712 => 1801.65741361829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.394871952 Mflops = 259.445394871952 Gflops = 0.259445394871952 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 280 resid = 1.121148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.044148(s) Flops=1840269312 => 1762.46021828323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253786.377190831 Mflops = 253.786377190831 Gflops = 0.253786377190831 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.002273825 Relative Rsd = 1.00079166484559e-06
BICGSTAB_SOLVER_TIME: 1.886843 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.119029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001973
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364067999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.102517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.82734(s) Flops=1354696704 => 1637.41231416346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235750.638516911 Mflops = 235.750638516911 Gflops = 0.235750638516911 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.122246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940117(s) Flops=1663100928 => 1769.03611784491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254729.749348978 Mflops = 254.729749348978 Gflops = 0.254729749348978 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002188723 Relative Rsd = 9.6214352735467e-07
BICGSTAB_SOLVER_TIME: 1.770802 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327873999999997
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92696(s) Flops=1486061568 => 1603.15608872012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230832.379752715 Mflops = 230.832379752715 Gflops = 0.230832379752715 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164922000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 32 resid = 2.239445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121937(s) Flops=212944896 => 1746.35177181659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251375.388116391 Mflops = 251.375388116391 Gflops = 0.251375388116391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 58 resid = 1.118149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230699(s) Flops=383551488 => 1662.56242116351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239333.840271362 Mflops = 239.333840271362 Gflops = 0.239333840271362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007800305 Relative Rsd = 3.41909721275367e-07
BICGSTAB_SOLVER_TIME: 0.454324 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042025 s
InvBiCGStab: k = 81 resid = 2.004739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29966(s) Flops=534472704 => 1783.59709003537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256790.760137731 Mflops = 256.790760137731 Gflops = 0.256790760137731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056907 s
InvBiCGStab: k = 124 resid = 6.544602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455023(s) Flops=816629760 => 1794.69996022179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258400.240736776 Mflops = 258.400240736776 Gflops = 0.258400240736776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001328227 Relative Rsd = 5.82199900803725e-07
BICGSTAB_SOLVER_TIME: 0.857594 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160506999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044102 s
InvBiCGStab: k = 47 resid = 2.170397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172261(s) Flops=311371776 => 1807.55815884036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.075428799 Mflops = 260.222075428799 Gflops = 0.260222075428799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 80 resid = 1.078613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292671(s) Flops=527910912 => 1803.76911959162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.615437951 Mflops = 259.688615437951 Gflops = 0.259688615437951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001065713 Relative Rsd = 4.67132547838009e-07
BICGSTAB_SOLVER_TIME: 0.569124 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 66 resid = 2.167186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268181(s) Flops=436045824 => 1625.93854150741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234091.166438535 Mflops = 234.091166438535 Gflops = 0.234091166438535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059886 s
InvBiCGStab: k = 97 resid = 9.062312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397934(s) Flops=639461376 => 1606.95335407379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231371.646155605 Mflops = 231.371646155605 Gflops = 0.231371646155605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001206657 Relative Rsd = 5.28912150896568e-07
BICGSTAB_SOLVER_TIME: 0.771358 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041496 s
InvBiCGStab: k = 59 resid = 2.191263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219378(s) Flops=390113280 => 1778.26983562618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256005.612076506 Mflops = 256.005612076506 Gflops = 0.256005612076506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058743 s
InvBiCGStab: k = 93 resid = 1.06337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346605(s) Flops=613214208 => 1769.20185225256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254715.222196735 Mflops = 254.715222196735 Gflops = 0.254715222196735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001139506 Relative Rsd = 4.99478081042337e-07
BICGSTAB_SOLVER_TIME: 0.670113 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122874
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925605(s) Flops=1486430208 => 1605.90123000632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231302.863868509 Mflops = 231.302863868509 Gflops = 0.231302863868509 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164972000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045412 s
InvBiCGStab: k = 30 resid = 1.436883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134171(s) Flops=199821312 => 1489.30329206759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214370.256737058 Mflops = 214.370256737058 Gflops = 0.214370256737058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061709 s
InvBiCGStab: k = 58 resid = 1.033751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219714(s) Flops=383551488 => 1745.68524536443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251302.98001208 Mflops = 251.30298001208 Gflops = 0.25130298001208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007576226 Relative Rsd = 3.32087716778848e-07
BICGSTAB_SOLVER_TIME: 0.46494 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041626 s
InvBiCGStab: k = 73 resid = 1.986586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271205(s) Flops=481978368 => 1777.17360668129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255877.507436134 Mflops = 255.877507436134 Gflops = 0.255877507436134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056846 s
InvBiCGStab: k = 119 resid = 1.083939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435147(s) Flops=783820800 => 1801.27818875001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259345.683751881 Mflops = 259.345683751881 Gflops = 0.259345683751881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001293182 Relative Rsd = 5.66838584183916e-07
BICGSTAB_SOLVER_TIME: 0.808609 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151515999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 57 resid = 2.173565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209323(s) Flops=376989696 => 1800.99509370685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.165343476 Mflops = 259.287165343476 Gflops = 0.259287165343477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 88 resid = 1.142688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32197(s) Flops=580405248 => 1802.66872068826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259526.79703285 Mflops = 259.52679703285 Gflops = 0.25952679703285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001100638 Relative Rsd = 4.82441305441227e-07
BICGSTAB_SOLVER_TIME: 0.632635 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 59 resid = 1.726035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216377(s) Flops=390113280 => 1802.9332137889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259565.268830758 Mflops = 259.565268830758 Gflops = 0.259565268830758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 91 resid = 1.111024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334662(s) Flops=600090624 => 1793.12447783136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258162.097401132 Mflops = 258.162097401132 Gflops = 0.258162097401132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001151323 Relative Rsd = 5.04657899697781e-07
BICGSTAB_SOLVER_TIME: 0.652438 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040744 s
InvBiCGStab: k = 66 resid = 1.67897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274608(s) Flops=436045824 => 1587.88463555323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228608.005176262 Mflops = 228.608005176262 Gflops = 0.228608005176262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063249 s
InvBiCGStab: k = 91 resid = 7.704414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367709(s) Flops=600090624 => 1631.97154271448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234970.868795382 Mflops = 234.970868795382 Gflops = 0.234970868795382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001169897 Relative Rsd = 5.12799291367683e-07
BICGSTAB_SOLVER_TIME: 0.750154 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126328
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954509(s) Flops=1480458240 => 1551.01548544854 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223339.07301464 Mflops = 223.33907301464 Gflops = 0.22333907301464 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164281000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041486 s
InvBiCGStab: k = 30 resid = 2.030485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126974(s) Flops=199821312 => 1573.7183360373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226496.410295575 Mflops = 226.496410295575 Gflops = 0.226496410295575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064986 s
InvBiCGStab: k = 56 resid = 7.393526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23283(s) Flops=370427904 => 1590.98013142636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229053.795321777 Mflops = 229.053795321777 Gflops = 0.229053795321777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007620948 Relative Rsd = 3.34047989499081e-07
BICGSTAB_SOLVER_TIME: 0.470145 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0758200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044118 s
InvBiCGStab: k = 51 resid = 2.280901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200345(s) Flops=337618944 => 1685.18777109486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242622.837520521 Mflops = 242.622837520521 Gflops = 0.242622837520521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 84 resid = 9.860074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313328(s) Flops=554158080 => 1768.61972118674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254628.665473749 Mflops = 254.628665473749 Gflops = 0.254628665473749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001145535 Relative Rsd = 5.02120625928907e-07
BICGSTAB_SOLVER_TIME: 0.618064 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 60 resid = 2.249413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220865(s) Flops=396675072 => 1796.00693636384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258571.682353692 Mflops = 258.571682353692 Gflops = 0.258571682353692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056685 s
InvBiCGStab: k = 91 resid = 1.132614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333239(s) Flops=600090624 => 1800.78149316257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.470579519 Mflops = 259.26547057952 Gflops = 0.259265470579519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001109344 Relative Rsd = 4.86257447242914e-07
BICGSTAB_SOLVER_TIME: 0.655739 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 63 resid = 1.903885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233708(s) Flops=416360448 => 1781.54127372619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256488.51030701 Mflops = 256.48851030701 Gflops = 0.25648851030701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057741 s
InvBiCGStab: k = 83 resid = 1.143397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303289(s) Flops=547596288 => 1805.52637253577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259939.350344386 Mflops = 259.939350344386 Gflops = 0.259939350344386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001144498 Relative Rsd = 5.01666118005826e-07
BICGSTAB_SOLVER_TIME: 0.639907 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041602 s
InvBiCGStab: k = 60 resid = 2.145694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220492(s) Flops=396675072 => 1799.04518984816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259014.369419416 Mflops = 259.014369419416 Gflops = 0.259014369419416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 83 resid = 1.079485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335383(s) Flops=547596288 => 1632.74908984653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235076.62242323 Mflops = 235.07662242323 Gflops = 0.23507662242323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001111321 Relative Rsd = 4.87123854565917e-07
BICGSTAB_SOLVER_TIME: 0.658002 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116371
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983299(s) Flops=1480605696 => 1505.75328155525 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216809.01121101 Mflops = 216.80901121101 Gflops = 0.21680901121101 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164462000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 26 resid = 1.565719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096232(s) Flops=173574144 => 1803.7050461385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.12095337 Mflops = 259.60812095337 Gflops = 0.25960812095337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055793 s
InvBiCGStab: k = 50 resid = 1.116624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182914(s) Flops=331057152 => 1809.90603234307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260533.787262993 Mflops = 260.533787262993 Gflops = 0.260533787262993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007558989 Relative Rsd = 3.31332168158313e-07
BICGSTAB_SOLVER_TIME: 0.379822 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041936 s
InvBiCGStab: k = 59 resid = 1.630998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245295(s) Flops=390113280 => 1590.3841496973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228956.539952077 Mflops = 228.956539952077 Gflops = 0.228956539952077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060978 s
InvBiCGStab: k = 96 resid = 8.185533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398878(s) Flops=632899584 => 1586.69965252533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228447.670070277 Mflops = 228.447670070277 Gflops = 0.228447670070277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001135335 Relative Rsd = 4.97649843715723e-07
BICGSTAB_SOLVER_TIME: 0.751727 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124895
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043696 s
InvBiCGStab: k = 62 resid = 1.856378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230988(s) Flops=409798656 => 1774.11231752299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255408.184158766 Mflops = 255.408184158766 Gflops = 0.255408184158766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059814 s
InvBiCGStab: k = 77 resid = 8.544969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285654(s) Flops=508225536 => 1779.16477976853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256142.502306822 Mflops = 256.142502306822 Gflops = 0.256142502306822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001096263 Relative Rsd = 4.80523564701895e-07
BICGSTAB_SOLVER_TIME: 0.624058 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 61 resid = 1.960299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223821(s) Flops=403236864 => 1801.60424625035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.284442657 Mflops = 259.374284442657 Gflops = 0.259374284442657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 98 resid = 1.033272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366594(s) Flops=646023168 => 1762.23060933894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253726.957546158 Mflops = 253.726957546158 Gflops = 0.253726957546158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001148201 Relative Rsd = 5.03289222083222e-07
BICGSTAB_SOLVER_TIME: 0.691764 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 62 resid = 2.037086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229541(s) Flops=409798656 => 1785.29611703356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257020.310272018 Mflops = 257.020310272018 Gflops = 0.257020310272018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057281 s
InvBiCGStab: k = 80 resid = 1.148283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295625(s) Flops=527910912 => 1785.74515687104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257104.838470334 Mflops = 257.104838470334 Gflops = 0.257104838470334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001082053 Relative Rsd = 4.74294810954181e-07
BICGSTAB_SOLVER_TIME: 0.627674 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116003
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021952(s) Flops=1480679424 => 1448.87374749499 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208761.321243804 Mflops = 208.761321243804 Gflops = 0.208761321243804 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163832000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.911852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818653(s) Flops=1472808960 => 1799.06377915918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.91005534 Mflops = 259.03791005534 Gflops = 0.25903791005534 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 1.115753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.102116(s) Flops=1814022144 => 1645.94484065198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237005.767700612 Mflops = 237.005767700612 Gflops = 0.237005767700612 Tflops
BICGSTAB_SOLVER: 500 iterations. Rsd = 0.002168368 Relative Rsd = 9.54376063816887e-07
BICGSTAB_SOLVER_TIME: 1.924533 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.123749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357069999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.0636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727123(s) Flops=1275955200 => 1754.79966938193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252628.707736357 Mflops = 252.628707736357 Gflops = 0.252628707736357 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.05587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931298(s) Flops=1669662720 => 1792.83400157629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258155.807035909 Mflops = 258.155807035909 Gflops = 0.258155807035909 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002217613 Relative Rsd = 9.74817851719495e-07
BICGSTAB_SOLVER_TIME: 1.661833 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319831999999997
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948518(s) Flops=1480679424 => 1561.04515043468 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224767.12602319 Mflops = 224.76712602319 Gflops = 0.22476712602319 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164299000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 24 resid = 1.738635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089229(s) Flops=160450560 => 1798.18848132334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258789.878585082 Mflops = 258.789878585082 Gflops = 0.258789878585082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 52 resid = 1.136123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191079(s) Flops=344180736 => 1801.24836324243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.536683088 Mflops = 259.288536683088 Gflops = 0.259288536683088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007517758 Relative Rsd = 3.29524877896079e-07
BICGSTAB_SOLVER_TIME: 0.381192 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 94 resid = 1.939439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34726(s) Flops=619776000 => 1784.76069803605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256967.287505055 Mflops = 256.967287505055 Gflops = 0.256967287505055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060465 s
InvBiCGStab: k = 108 resid = 9.738471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414747(s) Flops=711641088 => 1715.84384697177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247036.24611695 Mflops = 247.03624611695 Gflops = 0.24703624611695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001326723 Relative Rsd = 5.81540667856797e-07
BICGSTAB_SOLVER_TIME: 0.867258 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158459999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042298 s
InvBiCGStab: k = 55 resid = 1.854256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211105(s) Flops=363866112 => 1723.62621444305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248142.708966934 Mflops = 248.142708966934 Gflops = 0.248142708966934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064827 s
InvBiCGStab: k = 71 resid = 9.794176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296714(s) Flops=468854784 => 1580.15726928962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227478.833241762 Mflops = 227.478833241762 Gflops = 0.227478833241762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001050365 Relative Rsd = 4.60405044742569e-07
BICGSTAB_SOLVER_TIME: 0.619377 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047608 s
InvBiCGStab: k = 68 resid = 2.229304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263207(s) Flops=449169408 => 1706.52531277664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245695.33137566 Mflops = 245.69533137566 Gflops = 0.24569533137566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 106 resid = 8.811795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395307(s) Flops=698517504 => 1767.02538533342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254408.849027435 Mflops = 254.408849027435 Gflops = 0.254408849027435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001190864 Relative Rsd = 5.2198977121437e-07
BICGSTAB_SOLVER_TIME: 0.766858 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041637 s
InvBiCGStab: k = 59 resid = 2.27507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216785(s) Flops=390113280 => 1799.54000507415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259076.363681051 Mflops = 259.076363681051 Gflops = 0.259076363681051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 90 resid = 8.85998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329071(s) Flops=593528832 => 1803.64976555211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.911813182 Mflops = 259.691911813182 Gflops = 0.259691911813182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001120606 Relative Rsd = 4.9119370843604e-07
BICGSTAB_SOLVER_TIME: 0.64795 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120693
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922864(s) Flops=1480679424 => 1604.43946670365 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231022.490568652 Mflops = 231.022490568652 Gflops = 0.231022490568652 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164441000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043519 s
InvBiCGStab: k = 28 resid = 1.770584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112338(s) Flops=186697728 => 1661.92853709341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239224.190447661 Mflops = 239.224190447661 Gflops = 0.239224190447661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059396 s
InvBiCGStab: k = 52 resid = 1.117494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198166(s) Flops=344180736 => 1736.83041490468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250027.684745024 Mflops = 250.027684745024 Gflops = 0.250027684745025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007843369 Relative Rsd = 3.43797329879459e-07
BICGSTAB_SOLVER_TIME: 0.417256 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 83 resid = 2.019646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303849(s) Flops=547596288 => 1802.19875003702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259475.967857566 Mflops = 259.475967857566 Gflops = 0.259475967857566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056663 s
InvBiCGStab: k = 120 resid = 9.452628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.525746(s) Flops=790382592 => 1503.35445633443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216464.248151001 Mflops = 216.464248151001 Gflops = 0.216464248151001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001295986 Relative Rsd = 5.68067597693224e-07
BICGSTAB_SOLVER_TIME: 0.932405 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159170999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048386 s
InvBiCGStab: k = 55 resid = 2.245482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248663(s) Flops=363866112 => 1463.29012358091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210639.034703767 Mflops = 210.639034703767 Gflops = 0.210639034703767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 77 resid = 1.023737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283365(s) Flops=508225536 => 1793.53673177704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258211.66037393 Mflops = 258.21166037393 Gflops = 0.25821166037393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001054397 Relative Rsd = 4.62172609573332e-07
BICGSTAB_SOLVER_TIME: 0.641441 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041551 s
InvBiCGStab: k = 69 resid = 2.217054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287566(s) Flops=455731200 => 1584.78818775516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228178.316497648 Mflops = 228.178316497648 Gflops = 0.228178316497648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064284 s
InvBiCGStab: k = 102 resid = 1.046818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402567(s) Flops=672270336 => 1669.95887889469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240439.238168142 Mflops = 240.439238168142 Gflops = 0.240439238168142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001162246 Relative Rsd = 5.09445515827481e-07
BICGSTAB_SOLVER_TIME: 0.800034 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042001 s
InvBiCGStab: k = 61 resid = 1.945254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226744(s) Flops=403236864 => 1778.37942349081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256020.905640496 Mflops = 256.020905640496 Gflops = 0.256020905640496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 96 resid = 1.147964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351935(s) Flops=632899584 => 1798.34226206544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258929.312206502 Mflops = 258.929312206502 Gflops = 0.258929312206502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001119451 Relative Rsd = 4.90687355890768e-07
BICGSTAB_SOLVER_TIME: 0.681199 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126476
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922583(s) Flops=1480531968 => 1604.76831678017 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231083.458910097 Mflops = 231.083458910097 Gflops = 0.231083458910097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164717000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041545 s
InvBiCGStab: k = 38 resid = 1.457742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149933(s) Flops=252315648 => 1682.85599567807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242259.563493687 Mflops = 242.259563493687 Gflops = 0.242259563493687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05683 s
InvBiCGStab: k = 51 resid = 1.134083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190201(s) Flops=337618944 => 1775.06397968465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255522.636496711 Mflops = 255.522636496711 Gflops = 0.255522636496711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007810956 Relative Rsd = 3.42376578015938e-07
BICGSTAB_SOLVER_TIME: 0.442373 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041944 s
InvBiCGStab: k = 54 resid = 1.753145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205592(s) Flops=357304320 => 1737.9291022997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250194.968658447 Mflops = 250.194968658447 Gflops = 0.250194968658447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057389 s
InvBiCGStab: k = 84 resid = 9.673422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315478(s) Flops=554158080 => 1756.56648007151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252898.393688008 Mflops = 252.898393688008 Gflops = 0.252898393688008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001168053 Relative Rsd = 5.11991260272815e-07
BICGSTAB_SOLVER_TIME: 0.62435 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 59 resid = 2.238073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228475(s) Flops=390113280 => 1707.46593719225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245823.921061909 Mflops = 245.823921061909 Gflops = 0.245823921061909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 81 resid = 9.492485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29977(s) Flops=534472704 => 1782.94260266204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256691.929122461 Mflops = 256.691929122461 Gflops = 0.256691929122461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001095614 Relative Rsd = 4.80238929561562e-07
BICGSTAB_SOLVER_TIME: 0.629991 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042844 s
InvBiCGStab: k = 69 resid = 1.962857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260558(s) Flops=455731200 => 1749.05855893889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251820.129592141 Mflops = 251.820129592141 Gflops = 0.251820129592141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061869 s
InvBiCGStab: k = 98 resid = 9.441708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409864(s) Flops=646023168 => 1576.18909687116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226937.885527616 Mflops = 226.937885527616 Gflops = 0.226937885527616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001166056 Relative Rsd = 5.1111561685078e-07
BICGSTAB_SOLVER_TIME: 0.779255 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045074 s
InvBiCGStab: k = 57 resid = 1.603481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223405(s) Flops=376989696 => 1687.47206195027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242937.761882499 Mflops = 242.937761882499 Gflops = 0.242937761882499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 88 resid = 1.131757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334546(s) Flops=580405248 => 1734.90416265626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249777.705726367 Mflops = 249.777705726367 Gflops = 0.249777705726367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00109521 Relative Rsd = 4.80062065919326e-07
BICGSTAB_SOLVER_TIME: 0.663316 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118054
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938062(s) Flops=1480753152 => 1578.52375642548 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227308.791694917 Mflops = 227.308791694917 Gflops = 0.227308791694917 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164262000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041755 s
InvBiCGStab: k = 33 resid = 1.794543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139048(s) Flops=219506688 => 1578.63966400092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227230.906521464 Mflops = 227.230906521464 Gflops = 0.227230906521464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064882 s
InvBiCGStab: k = 55 resid = 1.059582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234561(s) Flops=363866112 => 1551.26432782943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223337.451302531 Mflops = 223.337451302531 Gflops = 0.223337451302531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007516045 Relative Rsd = 3.29449789941794e-07
BICGSTAB_SOLVER_TIME: 0.484473 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042739 s
InvBiCGStab: k = 68 resid = 1.120479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261812(s) Flops=449169408 => 1715.61810764976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247001.089306785 Mflops = 247.001089306785 Gflops = 0.247001089306785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060175 s
InvBiCGStab: k = 89 resid = 1.020146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337013(s) Flops=586967040 => 1741.6747721898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250756.74609978 Mflops = 250.75674609978 Gflops = 0.25075674609978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001155494 Relative Rsd = 5.06486239080738e-07
BICGSTAB_SOLVER_TIME: 0.705538 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042169 s
InvBiCGStab: k = 58 resid = 1.980856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214021(s) Flops=383551488 => 1792.12081057466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258004.861881256 Mflops = 258.004861881256 Gflops = 0.258004861881256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058742 s
InvBiCGStab: k = 90 resid = 9.59733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331941(s) Flops=593528832 => 1788.05520258118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257431.704662852 Mflops = 257.431704662852 Gflops = 0.257431704662852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001098352 Relative Rsd = 4.81439265238517e-07
BICGSTAB_SOLVER_TIME: 0.65068 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04408 s
InvBiCGStab: k = 64 resid = 1.81541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244451(s) Flops=422922240 => 1730.09003849442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249076.726862083 Mflops = 249.076726862083 Gflops = 0.249076726862083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058442 s
InvBiCGStab: k = 105 resid = 9.44927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387822(s) Flops=691955712 => 1784.20953942788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256880.925739739 Mflops = 256.880925739739 Gflops = 0.256880925739739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001176448 Relative Rsd = 5.15670697603194e-07
BICGSTAB_SOLVER_TIME: 0.738644 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046637 s
InvBiCGStab: k = 63 resid = 1.459435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267082(s) Flops=416360448 => 1558.92365640515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224440.036739615 Mflops = 224.440036739614 Gflops = 0.224440036739614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058459 s
InvBiCGStab: k = 94 resid = 1.107767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399292(s) Flops=619776000 => 1552.18737164782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223483.650072532 Mflops = 223.483650072532 Gflops = 0.223483650072532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001126108 Relative Rsd = 4.93605248790468e-07
BICGSTAB_SOLVER_TIME: 0.775907 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126356
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954049(s) Flops=1486798848 => 1558.40931440628 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224385.89931701 Mflops = 224.38589931701 Gflops = 0.22438589931701 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165172000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.260829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913707(s) Flops=1453123584 => 1590.36056854112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228938.108758496 Mflops = 228.938108758496 Gflops = 0.228938108758496 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 295 resid = 1.088118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.109337(s) Flops=1938696192 => 1747.61699285249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251648.343413562 Mflops = 251.648343413562 Gflops = 0.251648343413562 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.00237493 Relative Rsd = 1.04529594528163e-06
BICGSTAB_SOLVER_TIME: 2.026452 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.118335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368135
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.565894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815331(s) Flops=1440000000 => 1766.15386879684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254253.417499059 Mflops = 254.253417499059 Gflops = 0.254253417499059 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 5.631356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933135(s) Flops=1551550464 => 1662.7288270186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239422.851864272 Mflops = 239.422851864272 Gflops = 0.239422851864272 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002163755 Relative Rsd = 9.51139386764737e-07
BICGSTAB_SOLVER_TIME: 1.752486 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.126359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324796999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955002(s) Flops=1486798848 => 1556.85417203315 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224171.837693026 Mflops = 224.171837693026 Gflops = 0.224171837693026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 34 resid = 2.039229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125236(s) Flops=226068480 => 1805.1397361781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.949823836 Mflops = 259.854949823836 Gflops = 0.259854949823836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 56 resid = 1.077612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205924(s) Flops=370427904 => 1798.85736485305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.69812965 Mflops = 258.95869812965 Gflops = 0.25895869812965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007483138 Relative Rsd = 3.28007376619493e-07
BICGSTAB_SOLVER_TIME: 0.432241 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043713 s
InvBiCGStab: k = 82 resid = 2.072828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33574(s) Flops=541034496 => 1611.46868410079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232015.608427289 Mflops = 232.015608427289 Gflops = 0.232015608427289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064416 s
InvBiCGStab: k = 100 resid = 1.14155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398737(s) Flops=659146752 => 1653.08650062573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238004.990490349 Mflops = 238.004990490349 Gflops = 0.238004990490349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001263002 Relative Rsd = 5.53610041017918e-07
BICGSTAB_SOLVER_TIME: 0.846403 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144240999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 68 resid = 1.531039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252819(s) Flops=449169408 => 1776.64419208999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255780.789258474 Mflops = 255.780789258474 Gflops = 0.255780789258474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 92 resid = 1.029625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338929(s) Flops=606652416 => 1789.91002835402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257690.206004867 Mflops = 257.690206004867 Gflops = 0.257690206004867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001086022 Relative Rsd = 4.76034616459676e-07
BICGSTAB_SOLVER_TIME: 0.693085 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128776
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 69 resid = 2.145621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252647(s) Flops=455731200 => 1803.82589146121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259705.784917662 Mflops = 259.705784917662 Gflops = 0.259705784917662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 96 resid = 1.063707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351704(s) Flops=632899584 => 1799.52341741919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259081.157554105 Mflops = 259.081157554105 Gflops = 0.259081157554105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001201079 Relative Rsd = 5.26467442230699e-07
BICGSTAB_SOLVER_TIME: 0.705315 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040667 s
InvBiCGStab: k = 65 resid = 1.757747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238497(s) Flops=429484032 => 1800.79427414181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.460662862 Mflops = 259.248460662862 Gflops = 0.259248460662862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056168 s
InvBiCGStab: k = 110 resid = 4.595939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403643(s) Flops=724764672 => 1795.55862977929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258523.121763438 Mflops = 258.523121763438 Gflops = 0.258523121763438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001175442 Relative Rsd = 5.15229814201889e-07
BICGSTAB_SOLVER_TIME: 0.743406 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139167
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993714(s) Flops=1486798848 => 1496.20398625762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215427.124792483 Mflops = 215.427124792483 Gflops = 0.215427124792483 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164814000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 31 resid = 2.119139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114405(s) Flops=206383104 => 1803.96926707749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.297569336 Mflops = 259.631297569336 Gflops = 0.259631297569336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055844 s
InvBiCGStab: k = 57 resid = 1.105474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208409(s) Flops=376989696 => 1808.8935506624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260390.878153659 Mflops = 260.390878153659 Gflops = 0.260390878153659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0008211021 Relative Rsd = 3.59912562218317e-07
BICGSTAB_SOLVER_TIME: 0.423642 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040559 s
InvBiCGStab: k = 73 resid = 1.833282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288678(s) Flops=481978368 => 1669.60547045497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240372.898366718 Mflops = 240.372898366718 Gflops = 0.240372898366718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06286 s
InvBiCGStab: k = 104 resid = 1.064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426484(s) Flops=685393920 => 1607.08003113833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231378.443387045 Mflops = 231.378443387045 Gflops = 0.231378443387045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001262672 Relative Rsd = 5.53465172039179e-07
BICGSTAB_SOLVER_TIME: 0.823638 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042485 s
InvBiCGStab: k = 70 resid = 2.079644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258241(s) Flops=462292992 => 1790.16109757939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257726.762212589 Mflops = 257.726762212589 Gflops = 0.257726762212589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062885 s
InvBiCGStab: k = 79 resid = 1.151937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293188(s) Flops=521349120 => 1778.20756647612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256010.468171057 Mflops = 256.010468171057 Gflops = 0.256010468171057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001088203 Relative Rsd = 4.76990629251741e-07
BICGSTAB_SOLVER_TIME: 0.66066 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040876 s
InvBiCGStab: k = 69 resid = 2.113398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268733(s) Flops=455731200 => 1695.85127245258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244170.612004155 Mflops = 244.170612004155 Gflops = 0.244170612004155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057816 s
InvBiCGStab: k = 114 resid = 5.580497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427867(s) Flops=751011840 => 1755.24599934092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252713.353528072 Mflops = 252.713353528072 Gflops = 0.252713353528072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001244379 Relative Rsd = 5.45446860318808e-07
BICGSTAB_SOLVER_TIME: 0.79903 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144924999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041717 s
InvBiCGStab: k = 64 resid = 2.181215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234627(s) Flops=422922240 => 1802.53014358961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259494.440990785 Mflops = 259.494440990785 Gflops = 0.259494440990785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056989 s
InvBiCGStab: k = 95 resid = 1.114409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347916(s) Flops=626337792 => 1800.25578587935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259187.034085789 Mflops = 259.187034085789 Gflops = 0.259187034085789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001141041 Relative Rsd = 5.00150836454698e-07
BICGSTAB_SOLVER_TIME: 0.685025 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12793
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028688(s) Flops=1486798848 => 1445.33507535813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208107.961985417 Mflops = 208.107961985417 Gflops = 0.208107961985417 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164894000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040764 s
InvBiCGStab: k = 33 resid = 1.981315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122069(s) Flops=219506688 => 1798.21812253725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258843.262367486 Mflops = 258.843262367486 Gflops = 0.258843262367486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 55 resid = 1.137091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201819(s) Flops=363866112 => 1802.93288540722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259531.952373658 Mflops = 259.531952373658 Gflops = 0.259531952373658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007775256 Relative Rsd = 3.40811748110335e-07
BICGSTAB_SOLVER_TIME: 0.424878 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041389 s
InvBiCGStab: k = 55 resid = 1.699502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202407(s) Flops=363866112 => 1797.69529709941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258810.05040591 Mflops = 258.81005040591 Gflops = 0.25881005040591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 89 resid = 1.143935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334303(s) Flops=586967040 => 1755.79351666004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252774.291854174 Mflops = 252.774291854174 Gflops = 0.252774291854174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001138718 Relative Rsd = 4.99132620321639e-07
BICGSTAB_SOLVER_TIME: 0.638658 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048112 s
InvBiCGStab: k = 67 resid = 2.268172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282079(s) Flops=442607616 => 1569.09098514955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225905.666486209 Mflops = 225.905666486209 Gflops = 0.225905666486209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067431 s
InvBiCGStab: k = 79 resid = 9.473611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314311(s) Flops=521349120 => 1658.70465876155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238809.461368272 Mflops = 238.809461368272 Gflops = 0.238809461368272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001070038 Relative Rsd = 4.69028346463619e-07
BICGSTAB_SOLVER_TIME: 0.71574 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 64 resid = 2.133609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239564(s) Flops=422922240 => 1765.38311265466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254175.034979542 Mflops = 254.175034979542 Gflops = 0.254175034979542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056972 s
InvBiCGStab: k = 93 resid = 1.084214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342929(s) Flops=613214208 => 1788.16667006873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257450.63819222 Mflops = 257.45063819222 Gflops = 0.25745063819222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001171084 Relative Rsd = 5.13319727688274e-07
BICGSTAB_SOLVER_TIME: 0.684842 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 70 resid = 1.47382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256022(s) Flops=462292992 => 1805.67682464788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.223971291 Mflops = 259.963223971291 Gflops = 0.259963223971291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 86 resid = 9.748502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314959(s) Flops=567281664 => 1801.12860404053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259315.943621221 Mflops = 259.315943621221 Gflops = 0.259315943621221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001069013 Relative Rsd = 4.68578941357683e-07
BICGSTAB_SOLVER_TIME: 0.671918 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125722000000001
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94254(s) Flops=1486872576 => 1577.51668470304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227159.611440482 Mflops = 227.159611440482 Gflops = 0.227159611440482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165077000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 31 resid = 1.462703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114536(s) Flops=206383104 => 1801.9059858909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259376.42483916 Mflops = 259.37642483916 Gflops = 0.25937642483916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060739 s
InvBiCGStab: k = 53 resid = 1.115458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206456(s) Flops=350742528 => 1698.87301894835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244552.495024006 Mflops = 244.552495024006 Gflops = 0.244552495024006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007878891 Relative Rsd = 3.45354377988917e-07
BICGSTAB_SOLVER_TIME: 0.426781 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 64 resid = 2.22481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236861(s) Flops=422922240 => 1785.52923444552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257042.340846896 Mflops = 257.042340846896 Gflops = 0.257042340846896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 95 resid = 6.859464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348474(s) Flops=626337792 => 1797.37309526679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258777.247089661 Mflops = 258.777247089661 Gflops = 0.258777247089661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001187382 Relative Rsd = 5.20463671690896e-07
BICGSTAB_SOLVER_TIME: 0.687241 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 74 resid = 2.030833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271283(s) Flops=488540160 => 1800.85062462447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.056347561 Mflops = 259.269056347561 Gflops = 0.259269056347561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055922 s
InvBiCGStab: k = 87 resid = 1.118163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357969(s) Flops=573843456 => 1603.05349345893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230796.81005245 Mflops = 230.79681005245 Gflops = 0.23079681005245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001082588 Relative Rsd = 4.74529387458324e-07
BICGSTAB_SOLVER_TIME: 0.730546 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045518 s
InvBiCGStab: k = 76 resid = 2.228385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313819(s) Flops=501663744 => 1598.5767082299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230150.54383303 Mflops = 230.15054383303 Gflops = 0.23015054383303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05675 s
InvBiCGStab: k = 88 resid = 9.98885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324839(s) Flops=580405248 => 1786.74742872623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257238.089029511 Mflops = 257.238089029511 Gflops = 0.257238089029511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001174727 Relative Rsd = 5.14916450201032e-07
BICGSTAB_SOLVER_TIME: 0.744737 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 55 resid = 2.214636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204452(s) Flops=363866112 => 1779.71412360848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256228.756314792 Mflops = 256.228756314791 Gflops = 0.256228756314791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 95 resid = 9.278958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346046(s) Flops=626337792 => 1809.98419863255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260590.533465816 Mflops = 260.590533465816 Gflops = 0.260590533465816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001084502 Relative Rsd = 4.75368341625089e-07
BICGSTAB_SOLVER_TIME: 0.651162 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121542
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928849(s) Flops=1492918272 => 1607.27768668535 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231432.826844161 Mflops = 231.432826844161 Gflops = 0.231432826844161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165940000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.65444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91316(s) Flops=1643415552 => 1799.70164264751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259121.747265193 Mflops = 259.121747265193 Gflops = 0.259121747265193 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 279 resid = 1.016197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.017944(s) Flops=1833707520 => 1801.38349457338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259386.675391285 Mflops = 259.386675391285 Gflops = 0.259386675391285 Tflops
BICGSTAB_SOLVER: 529 iterations. Rsd = 0.00225777 Relative Rsd = 9.93725608578077e-07
BICGSTAB_SOLVER_TIME: 1.934557 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.377476999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.168547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856498(s) Flops=1374382080 => 1604.65299393577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231016.743509044 Mflops = 231.016743509044 Gflops = 0.231016743509044 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 5.98293e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936657(s) Flops=1630291968 => 1740.54319564152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250627.682483813 Mflops = 250.627682483812 Gflops = 0.250627682483813 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002149098 Relative Rsd = 9.44711794133465e-07
BICGSTAB_SOLVER_TIME: 1.796512 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.114841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325832999999998
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954471(s) Flops=1492918272 => 1564.13162055212 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225215.751161186 Mflops = 225.215751161186 Gflops = 0.225215751161186 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165543000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044848 s
InvBiCGStab: k = 32 resid = 1.862345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124727(s) Flops=212944896 => 1707.28788474027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245756.260849478 Mflops = 245.756260849478 Gflops = 0.245756260849478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 54 resid = 8.658846e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200645(s) Flops=357304320 => 1780.77858905031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256360.318551698 Mflops = 256.360318551698 Gflops = 0.256360318551698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008082052 Relative Rsd = 3.54259482786785e-07
BICGSTAB_SOLVER_TIME: 0.430206 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041799 s
InvBiCGStab: k = 91 resid = 6.925578e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336531(s) Flops=600090624 => 1783.16596093673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256736.726068753 Mflops = 256.736726068753 Gflops = 0.256736726068753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 117 resid = 8.759872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425958(s) Flops=770697216 => 1809.32677869649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.369923103 Mflops = 260.500369923103 Gflops = 0.260500369923103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001379594 Relative Rsd = 6.04715469116788e-07
BICGSTAB_SOLVER_TIME: 0.864237 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162576999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045334 s
InvBiCGStab: k = 67 resid = 1.958792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244668(s) Flops=442607616 => 1809.01309529648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260442.163747129 Mflops = 260.442163747129 Gflops = 0.260442163747129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 89 resid = 8.656324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324811(s) Flops=586967040 => 1807.1033308601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260168.207113171 Mflops = 260.168207113171 Gflops = 0.260168207113171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001120787 Relative Rsd = 4.91273210327154e-07
BICGSTAB_SOLVER_TIME: 0.675124 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 65 resid = 2.243155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238431(s) Flops=429484032 => 1801.29275136203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259336.485745456 Mflops = 259.336485745456 Gflops = 0.259336485745456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055895 s
InvBiCGStab: k = 95 resid = 1.069236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393589(s) Flops=626337792 => 1591.34983955344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229104.179867442 Mflops = 229.104179867442 Gflops = 0.229104179867442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001178699 Relative Rsd = 5.16657684495328e-07
BICGSTAB_SOLVER_TIME: 0.733024 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048516 s
InvBiCGStab: k = 72 resid = 1.643339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297282(s) Flops=475416576 => 1599.21076957233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230245.872442962 Mflops = 230.245872442962 Gflops = 0.230245872442962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056723 s
InvBiCGStab: k = 88 resid = 9.151798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331743(s) Flops=580405248 => 1749.56290863711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251899.815223787 Mflops = 251.899815223787 Gflops = 0.251899815223787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001120878 Relative Rsd = 4.91313012300883e-07
BICGSTAB_SOLVER_TIME: 0.738058 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128666
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932698(s) Flops=1493213184 => 1600.96106563968 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230521.957869362 Mflops = 230.521957869362 Gflops = 0.230521957869362 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165784000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 38 resid = 1.966587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154225(s) Flops=252315648 => 1636.02300534933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235503.009520597 Mflops = 235.503009520597 Gflops = 0.235503009520597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060935 s
InvBiCGStab: k = 49 resid = 8.396163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214633(s) Flops=324495360 => 1511.86145653278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217644.116901283 Mflops = 217.644116901283 Gflops = 0.217644116901283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007530386 Relative Rsd = 3.30078405985853e-07
BICGSTAB_SOLVER_TIME: 0.474941 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 81 resid = 1.43984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299637(s) Flops=534472704 => 1783.73399813775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256808.468186473 Mflops = 256.808468186473 Gflops = 0.256808468186473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 120 resid = 1.046418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.482071(s) Flops=790382592 => 1639.55639729417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236065.974648153 Mflops = 236.065974648153 Gflops = 0.236065974648153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001286575 Relative Rsd = 5.63942633397938e-07
BICGSTAB_SOLVER_TIME: 0.883626 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157661999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042483 s
InvBiCGStab: k = 59 resid = 1.965302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231429(s) Flops=390113280 => 1685.67154505269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242678.402945061 Mflops = 242.678402945061 Gflops = 0.242678402945061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06139 s
InvBiCGStab: k = 95 resid = 9.545441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349041(s) Flops=626337792 => 1794.45335075249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258367.504919388 Mflops = 258.367504919388 Gflops = 0.258367504919388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001189223 Relative Rsd = 5.21270325025135e-07
BICGSTAB_SOLVER_TIME: 0.688176 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041675 s
InvBiCGStab: k = 80 resid = 2.103648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294127(s) Flops=527910912 => 1794.84002488721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.031732619 Mflops = 258.405031732619 Gflops = 0.258405031732619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 97 resid = 1.047193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355191(s) Flops=639461376 => 1800.33102190089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.812570802 Mflops = 259.202812570802 Gflops = 0.259202812570802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001196947 Relative Rsd = 5.24656044200663e-07
BICGSTAB_SOLVER_TIME: 0.751256 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040639 s
InvBiCGStab: k = 74 resid = 1.260691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274007(s) Flops=488540160 => 1782.94773491188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256693.222495374 Mflops = 256.693222495374 Gflops = 0.256693222495374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065038 s
InvBiCGStab: k = 98 resid = 8.755926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403937(s) Flops=646023168 => 1599.31664591261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230263.878844568 Mflops = 230.263878844568 Gflops = 0.230263878844568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001142726 Relative Rsd = 5.00889673349084e-07
BICGSTAB_SOLVER_TIME: 0.787993 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137038
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954473(s) Flops=1499258880 => 1570.77138902829 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226197.296676065 Mflops = 226.197296676065 Gflops = 0.226197296676065 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166483000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04183 s
InvBiCGStab: k = 26 resid = 1.878083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096362(s) Flops=173574144 => 1801.27170461385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259240.000362871 Mflops = 259.240000362871 Gflops = 0.259240000362871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 58 resid = 7.962457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2276(s) Flops=383551488 => 1685.19985940246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242606.970526939 Mflops = 242.606970526939 Gflops = 0.242606970526939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007783205 Relative Rsd = 3.41160193979063e-07
BICGSTAB_SOLVER_TIME: 0.426162 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041957 s
InvBiCGStab: k = 51 resid = 1.92788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209629(s) Flops=337618944 => 1610.55457021691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231861.852104137 Mflops = 231.861852104137 Gflops = 0.231861852104137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066155 s
InvBiCGStab: k = 86 resid = 1.031327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360154(s) Flops=567281664 => 1575.10860354182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226781.290971272 Mflops = 226.781290971272 Gflops = 0.226781290971272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001073714 Relative Rsd = 4.70639765089753e-07
BICGSTAB_SOLVER_TIME: 0.681744 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043536 s
InvBiCGStab: k = 63 resid = 1.688541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236089(s) Flops=416360448 => 1763.57410976369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253903.685182447 Mflops = 253.903685182447 Gflops = 0.253903685182447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056778 s
InvBiCGStab: k = 100 resid = 1.117936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368163(s) Flops=659146752 => 1790.36663651698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257765.025905064 Mflops = 257.765025905064 Gflops = 0.257765025905064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001200765 Relative Rsd = 5.26329564111449e-07
BICGSTAB_SOLVER_TIME: 0.708443 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 60 resid = 1.941156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22024(s) Flops=396675072 => 1801.10366872503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259286.370286592 Mflops = 259.286370286592 Gflops = 0.259286370286592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055818 s
InvBiCGStab: k = 91 resid = 1.114822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333058(s) Flops=600090624 => 1801.76012586396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.823762737 Mflops = 259.406823762737 Gflops = 0.259406823762737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.0011682 Relative Rsd = 5.1205560679701e-07
BICGSTAB_SOLVER_TIME: 0.653931 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 72 resid = 1.275964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26403(s) Flops=475416576 => 1800.61574821043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.874991187 Mflops = 259.239874991187 Gflops = 0.259239874991187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 84 resid = 1.101569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306518(s) Flops=554158080 => 1807.9136624929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260291.712169762 Mflops = 260.291712169762 Gflops = 0.260291712169762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001143501 Relative Rsd = 5.01229367886408e-07
BICGSTAB_SOLVER_TIME: 0.671454 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125717
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019584(s) Flops=1505599488 => 1476.68018329044 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212637.600459989 Mflops = 212.637600459989 Gflops = 0.212637600459989 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166836000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041969 s
InvBiCGStab: k = 27 resid = 1.749538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100115(s) Flops=180135936 => 1799.29017629726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258980.82185145 Mflops = 258.98082185145 Gflops = 0.25898082185145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056887 s
InvBiCGStab: k = 54 resid = 1.050739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203969(s) Flops=357304320 => 1751.7579632199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252179.405874668 Mflops = 252.179405874668 Gflops = 0.252179405874668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0008262997 Relative Rsd = 3.6219084250301e-07
BICGSTAB_SOLVER_TIME: 0.406952 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043691 s
InvBiCGStab: k = 55 resid = 2.222326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209444(s) Flops=363866112 => 1737.29546800099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250114.512203757 Mflops = 250.114512203757 Gflops = 0.250114512203757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 103 resid = 9.460035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421888(s) Flops=678832128 => 1609.03398058252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231666.028123842 Mflops = 231.666028123842 Gflops = 0.231666028123842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001154216 Relative Rsd = 5.05926000786418e-07
BICGSTAB_SOLVER_TIME: 0.735797 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126958
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048332 s
InvBiCGStab: k = 66 resid = 1.878335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277419(s) Flops=436045824 => 1571.79509694722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226299.554392392 Mflops = 226.299554392392 Gflops = 0.226299554392392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 83 resid = 9.225413e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311154(s) Flops=547596288 => 1759.88831253977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253372.576723657 Mflops = 253.372576723657 Gflops = 0.253372576723657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001087001 Relative Rsd = 4.76463559268862e-07
BICGSTAB_SOLVER_TIME: 0.697338 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041667 s
InvBiCGStab: k = 59 resid = 2.115143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218908(s) Flops=390113280 => 1782.08781771338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256558.717619687 Mflops = 256.558717619687 Gflops = 0.256558717619687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 93 resid = 7.764879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340923(s) Flops=613214208 => 1798.68829031775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258966.334205243 Mflops = 258.966334205243 Gflops = 0.258966334205243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001184601 Relative Rsd = 5.19244761759534e-07
BICGSTAB_SOLVER_TIME: 0.661528 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041709 s
InvBiCGStab: k = 67 resid = 1.836907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245531(s) Flops=442607616 => 1802.65471977062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.562905445 Mflops = 259.532562905446 Gflops = 0.259532562905446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 88 resid = 8.275687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323037(s) Flops=580405248 => 1796.71445685788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258674.326650748 Mflops = 258.674326650748 Gflops = 0.258674326650748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001113895 Relative Rsd = 4.8825218949296e-07
BICGSTAB_SOLVER_TIME: 0.670273 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125318
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9912(s) Flops=1511792640 => 1525.21452784504 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219609.927027227 Mflops = 219.609927027227 Gflops = 0.219609927027227 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167584000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.312442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871676(s) Flops=1558112256 => 1787.49014083214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257368.383945596 Mflops = 257.368383945596 Gflops = 0.257368383945596 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 294 resid = 4.9853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.131879(s) Flops=1932134400 => 1707.01497244847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245799.41715133 Mflops = 245.79941715133 Gflops = 0.24579941715133 Tflops
BICGSTAB_SOLVER: 531 iterations. Rsd = 0.002376331 Relative Rsd = 1.04589656578549e-06
BICGSTAB_SOLVER_TIME: 2.00762 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.123332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378567999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.317813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754707(s) Flops=1335011328 => 1768.91340347976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254642.868772657 Mflops = 254.642868772657 Gflops = 0.254642868772657 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.090716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9265(s) Flops=1669662720 => 1802.11842417701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259496.08851816 Mflops = 259.49608851816 Gflops = 0.25949608851816 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002169494 Relative Rsd = 9.53720773910009e-07
BICGSTAB_SOLVER_TIME: 1.684547 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326501999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 352 resid = 1.444545e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.364204(s) Flops=2312718336 => 1695.28775461734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244125.539572165 Mflops = 244.125539572165 Gflops = 0.244125539572165 Tflops
InvBiCGStab: k = 316 resid = 7.968421e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.236959(s) Flops=2076493824 => 1678.70869123391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241726.883417199 Mflops = 241.726883417199 Gflops = 0.241726883417199 Tflops
BICGSTAB_SOLVER: 668 iterations. Rsd = 0.002286071 Relative Rsd = 1.00617022790365e-06
BICGSTAB_SOLVER_TIME: 2.605825 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.477617
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00071
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 260 resid = 1.689352e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952647(s) Flops=1709033472 => 1793.98399617067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258323.516580534 Mflops = 258.323516580534 Gflops = 0.258323516580534 Tflops
InvBiCGStab: k = 314 resid = 8.884394e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.150634(s) Flops=2063370240 => 1793.24636678562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258218.311695146 Mflops = 258.218311695146 Gflops = 0.258218311695146 Tflops
BICGSTAB_SOLVER: 574 iterations. Rsd = 0.002196263 Relative Rsd = 9.65488568986882e-07
BICGSTAB_SOLVER_TIME: 2.107893 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.410878999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 267 resid = 2.039943e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.090852(s) Flops=1754966016 => 1608.80304202587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231598.269671021 Mflops = 231.598269671021 Gflops = 0.231598269671021 Tflops
InvBiCGStab: k = 255 resid = 1.035475e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947695(s) Flops=1676224512 => 1768.73837257768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254688.173075971 Mflops = 254.688173075971 Gflops = 0.254688173075971 Tflops
BICGSTAB_SOLVER: 522 iterations. Rsd = 0.001896774 Relative Rsd = 8.31410519095471e-07
BICGSTAB_SOLVER_TIME: 2.043363 sec
2Flav::invert,  n_count = 522
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.372065000000004
MInvCG2: 342 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.40058(s) Flops=2207361024 => 1576.03351754273 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226964.215204639 Mflops = 226.964215204639 Gflops = 0.226964215204639 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.245942000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.213556036159162
AccProb = 0.807706898090121
AcceptP = 1
After HMC trajectory call: time= 474.037066 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.049148 secs
Doing Update: 2750 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 287 resid = 1.811162e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.137745(s) Flops=1886201856 => 1657.84236010705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238738.781116049 Mflops = 238.738781116049 Gflops = 0.238738781116049 Tflops
InvBiCGStab: k = 309 resid = 1.021001e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.174915(s) Flops=2030561280 => 1728.26228280344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248862.01402602 Mflops = 248.86201402602 Gflops = 0.24886201402602 Tflops
BICGSTAB_SOLVER: 596 iterations. Rsd = 0.002088421 Relative Rsd = 9.18955988977807e-07
BICGSTAB_SOLVER_TIME: 2.317433 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428364999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 264 resid = 1.828264e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965197(s) Flops=1735280640 => 1797.85125730809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.407280404 Mflops = 258.863407280404 Gflops = 0.258863407280404 Tflops
InvBiCGStab: k = 261 resid = 8.984366e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953635(s) Flops=1715595264 => 1799.00618580484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259047.317267506 Mflops = 259.047317267506 Gflops = 0.259047317267506 Tflops
BICGSTAB_SOLVER: 525 iterations. Rsd = 0.001843217 Relative Rsd = 8.10332400279963e-07
BICGSTAB_SOLVER_TIME: 1.924035 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.377528999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000358
MInvCG2: 356 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.544044(s) Flops=2291853312 => 1484.31865413162 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213743.336969258 Mflops = 213.743336969258 Gflops = 0.213743336969258 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254379000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 340 resid = 1.870089e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.25097(s) Flops=2233976832 => 1785.795688146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257163.481270504 Mflops = 257.163481270504 Gflops = 0.257163481270504 Tflops
InvBiCGStab: k = 313 resid = 7.544051e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.153235(s) Flops=2056808448 => 1783.51198844988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256816.535648138 Mflops = 256.816535648138 Gflops = 0.256816535648138 Tflops
BICGSTAB_SOLVER: 653 iterations. Rsd = 0.00217053 Relative Rsd = 9.55085895245087e-07
BICGSTAB_SOLVER_TIME: 2.409388 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.466988999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 280 resid = 1.638874e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.125654(s) Flops=1840269312 => 1634.84455436573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235406.976236341 Mflops = 235.406976236341 Gflops = 0.235406976236341 Tflops
InvBiCGStab: k = 284 resid = 9.863818e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.053033(s) Flops=1866516480 => 1772.51470751629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255233.057292697 Mflops = 255.233057292697 Gflops = 0.255233057292697 Tflops
BICGSTAB_SOLVER: 564 iterations. Rsd = 0.001985154 Relative Rsd = 8.72732211408339e-07
BICGSTAB_SOLVER_TIME: 2.183735 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.403142999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 242 resid = 1.845336e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91063(s) Flops=1590921216 => 1747.05557251573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251479.8653496 Mflops = 251.4798653496 Gflops = 0.2514798653496 Tflops
InvBiCGStab: k = 274 resid = 1.032728e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.050094(s) Flops=1800898560 => 1714.9879534594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246947.847714654 Mflops = 246.947847714654 Gflops = 0.246947847714654 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.001913355 Relative Rsd = 8.39095102088625e-07
BICGSTAB_SOLVER_TIME: 1.965956 sec
2Flav::invert,  n_count = 516
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368150000000004
MInvCG2: 341 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.43858(s) Flops=2201757696 => 1530.5076505999 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220392.267628325 Mflops = 220.392267628325 Gflops = 0.220392267628325 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.244911000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 2.219281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914136(s) Flops=1649977344 => 1804.95828191866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.893634587 Mflops = 259.853893634587 Gflops = 0.259853893634587 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 4.319431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917029(s) Flops=1656539136 => 1806.41957451727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260108.55247882 Mflops = 260.10855247882 Gflops = 0.26010855247882 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.002195376 Relative Rsd = 9.66018866176271e-07
BICGSTAB_SOLVER_TIME: 1.834629 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.120863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359052
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.110918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778903(s) Flops=1275955200 => 1638.14390238579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235890.15704137 Mflops = 235.89015704137 Gflops = 0.23589015704137 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 8.523708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847635(s) Flops=1453123584 => 1714.32702047461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246850.746341406 Mflops = 246.850746341406 Gflops = 0.246850746341406 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.001983773 Relative Rsd = 8.72125016587724e-07
BICGSTAB_SOLVER_TIME: 1.630004 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001879
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295855999999998
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95498(s) Flops=1530740736 => 1602.9034492869 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230800.32155385 Mflops = 230.80032155385 Gflops = 0.23080032155385 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170046000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.3e-05 s
InvBiCGStab: k = 167 resid = 2.128572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.623903(s) Flops=1098786816 => 1761.15007621377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253517.63984646 Mflops = 253.51763984646 Gflops = 0.25351763984646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.7e-05 s
InvBiCGStab: k = 200 resid = 9.490182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729907(s) Flops=1315325952 => 1802.04594831944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259472.119739278 Mflops = 259.472119739278 Gflops = 0.259472119739278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.001865369 Relative Rsd = 8.18050890367564e-07
BICGSTAB_SOLVER_TIME: 1.357619 sec
2Flav::invert,  n_count = 367
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263353999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000117 s
InvBiCGStab: k = 131 resid = 1.638813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.477565(s) Flops=862562304 => 1806.16733638353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259867.453162208 Mflops = 259.867453162208 Gflops = 0.259867453162208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8e-05 s
InvBiCGStab: k = 189 resid = 2.989788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717795(s) Flops=1243146240 => 1731.89593128957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249352.307222172 Mflops = 249.352307222172 Gflops = 0.249352307222172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 320 iterations. Rsd = 0.001635859 Relative Rsd = 7.1740029643079e-07
BICGSTAB_SOLVER_TIME: 1.199305 sec
2Flav::invert,  n_count = 320
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.230065999999996
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005789 s
InvBiCGStab: k = 116 resid = 2.130702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.482234(s) Flops=764135424 => 1584.57392883953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228144.553215014 Mflops = 228.144553215014 Gflops = 0.228144553215014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.009338 s
InvBiCGStab: k = 144 resid = 6.077403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.552149(s) Flops=947865600 => 1716.68444568405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247174.133913664 Mflops = 247.174133913664 Gflops = 0.247174133913664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 260 iterations. Rsd = 0.001534537 Relative Rsd = 6.7296570827298e-07
BICGSTAB_SOLVER_TIME: 1.053362 sec
2Flav::invert,  n_count = 260
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189426999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007487 s
InvBiCGStab: k = 87 resid = 2.061318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322487(s) Flops=573843456 => 1779.43128250131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256199.044406072 Mflops = 256.199044406072 Gflops = 0.256199044406072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011366 s
InvBiCGStab: k = 136 resid = 1.130298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.496541(s) Flops=895371264 => 1803.21718448225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259629.774188117 Mflops = 259.629774188117 Gflops = 0.259629774188117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 223 iterations. Rsd = 0.001405118 Relative Rsd = 6.16209454098381e-07
BICGSTAB_SOLVER_TIME: 0.841668 sec
2Flav::invert,  n_count = 223
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164004999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010644 s
InvBiCGStab: k = 79 resid = 2.161003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288898(s) Flops=521349120 => 1804.61311604788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.818467916 Mflops = 259.815818467916 Gflops = 0.259815818467916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014933 s
InvBiCGStab: k = 109 resid = 1.057893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39694(s) Flops=718202880 => 1809.34871769033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260509.80469403 Mflops = 260.50980469403 Gflops = 0.26050980469403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001286724 Relative Rsd = 5.6428801974187e-07
BICGSTAB_SOLVER_TIME: 0.71526 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13993
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032778(s) Flops=1536860160 => 1488.08375081576 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214275.373630591 Mflops = 214.275373630591 Gflops = 0.214275373630591 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170540000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013304 s
InvBiCGStab: k = 31 resid = 2.075083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115318(s) Flops=206383104 => 1789.68681385387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257615.537060259 Mflops = 257.615537060259 Gflops = 0.257615537060259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019247 s
InvBiCGStab: k = 56 resid = 9.970512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205662(s) Flops=370427904 => 1801.14899203548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259291.55158426 Mflops = 259.29155158426 Gflops = 0.25929155158426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007726678 Relative Rsd = 3.38850716600064e-07
BICGSTAB_SOLVER_TIME: 0.357308 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017138 s
InvBiCGStab: k = 92 resid = 2.236269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337503(s) Flops=606652416 => 1797.47266246522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258794.465051317 Mflops = 258.794465051317 Gflops = 0.258794465051317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023822 s
InvBiCGStab: k = 138 resid = 7.046254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.503889(s) Flops=908494848 => 1802.96622470425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.236708768 Mflops = 259.592236708768 Gflops = 0.259592236708768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 230 iterations. Rsd = 0.001447796 Relative Rsd = 6.3492582931903e-07
BICGSTAB_SOLVER_TIME: 0.886352 sec
2Flav::invert,  n_count = 230
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172270999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020406 s
InvBiCGStab: k = 68 resid = 1.82649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279439(s) Flops=449169408 => 1607.39699183006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231411.44211796 Mflops = 231.41144211796 Gflops = 0.23141144211796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.032249 s
InvBiCGStab: k = 95 resid = 1.141624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387853(s) Flops=626337792 => 1614.88448458565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232504.862629815 Mflops = 232.504862629815 Gflops = 0.232504862629815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001186951 Relative Rsd = 5.20533209261993e-07
BICGSTAB_SOLVER_TIME: 0.723684 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125161
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023429 s
InvBiCGStab: k = 77 resid = 1.850738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285997(s) Flops=508225536 => 1777.03100382172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255848.201396825 Mflops = 255.848201396825 Gflops = 0.255848201396825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034126 s
InvBiCGStab: k = 116 resid = 1.007615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425988(s) Flops=764135424 => 1793.79565621567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258267.722162222 Mflops = 258.267722162222 Gflops = 0.258267722162222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001283476 Relative Rsd = 5.62863881677588e-07
BICGSTAB_SOLVER_TIME: 0.773385 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148093
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027355 s
InvBiCGStab: k = 72 resid = 2.079721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263688(s) Flops=475416576 => 1802.9511240557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259581.756542144 Mflops = 259.581756542144 Gflops = 0.259581756542144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038967 s
InvBiCGStab: k = 96 resid = 1.141419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352319(s) Flops=632899584 => 1796.38221043997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258631.526873714 Mflops = 258.631526873714 Gflops = 0.258631526873714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001214009 Relative Rsd = 5.32399171519622e-07
BICGSTAB_SOLVER_TIME: 0.68614 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131043
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006044(s) Flops=1543053312 => 1533.78312678173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220847.356584335 Mflops = 220.847356584335 Gflops = 0.220847356584335 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171627000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031617 s
InvBiCGStab: k = 35 resid = 1.607301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128821(s) Flops=232630272 => 1805.84122153997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.000206153 Mflops = 259.936000206153 Gflops = 0.259936000206153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04417 s
InvBiCGStab: k = 50 resid = 9.979003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18267(s) Flops=331057152 => 1812.32359993431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260883.493466637 Mflops = 260.883493466637 Gflops = 0.260883493466637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0008205777 Relative Rsd = 3.59861437209093e-07
BICGSTAB_SOLVER_TIME: 0.39119 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036296 s
InvBiCGStab: k = 58 resid = 2.260219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211998(s) Flops=383551488 => 1809.22220020944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260457.199926292 Mflops = 260.457199926292 Gflops = 0.260457199926292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050137 s
InvBiCGStab: k = 99 resid = 6.675212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361449(s) Flops=652584960 => 1805.46898732601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259944.45877386 Mflops = 259.94445877386 Gflops = 0.25994445877386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.0011069 Relative Rsd = 4.85427018982997e-07
BICGSTAB_SOLVER_TIME: 0.663791 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 66 resid = 1.334596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249717(s) Flops=436045824 => 1746.15994906234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251389.147893465 Mflops = 251.389147893465 Gflops = 0.251389147893465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063868 s
InvBiCGStab: k = 90 resid = 1.12282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372462(s) Flops=593528832 => 1593.52855324839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229423.150697919 Mflops = 229.423150697919 Gflops = 0.229423150697919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001157719 Relative Rsd = 5.07713669274855e-07
BICGSTAB_SOLVER_TIME: 0.731002 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043228 s
InvBiCGStab: k = 63 resid = 1.256612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240613(s) Flops=416360448 => 1730.41543058771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249117.27025109 Mflops = 249.11727025109 Gflops = 0.24911727025109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 96 resid = 1.044872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360194(s) Flops=632899584 => 1757.10751428397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252987.427448791 Mflops = 252.987427448791 Gflops = 0.252987427448791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00122667 Relative Rsd = 5.37951650730778e-07
BICGSTAB_SOLVER_TIME: 0.703806 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 66 resid = 1.905711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241596(s) Flops=436045824 => 1804.85531217404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.735134562 Mflops = 259.850735134562 Gflops = 0.259850735134562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 89 resid = 9.958903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336724(s) Flops=586967040 => 1743.16959884059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250961.658133782 Mflops = 250.961658133782 Gflops = 0.250961658133782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001168241 Relative Rsd = 5.12327835760309e-07
BICGSTAB_SOLVER_TIME: 0.67923 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125018
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986884(s) Flops=1543200768 => 1563.71039352143 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225150.196164636 Mflops = 225.150196164636 Gflops = 0.225150196164636 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171500000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044805 s
InvBiCGStab: k = 33 resid = 2.140969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130347(s) Flops=219506688 => 1684.01795208175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242372.014948656 Mflops = 242.372014948656 Gflops = 0.242372014948656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057553 s
InvBiCGStab: k = 57 resid = 9.50856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209949(s) Flops=376989696 => 1795.62510895503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258508.135071639 Mflops = 258.508135071639 Gflops = 0.258508135071639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007870811 Relative Rsd = 3.45171627934344e-07
BICGSTAB_SOLVER_TIME: 0.446614 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043455 s
InvBiCGStab: k = 64 resid = 1.333472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244482(s) Flops=422922240 => 1729.87066532505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249039.571323607 Mflops = 249.039571323607 Gflops = 0.249039571323607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060025 s
InvBiCGStab: k = 112 resid = 3.405744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412736(s) Flops=737888256 => 1787.79717785703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257400.931570953 Mflops = 257.400931570953 Gflops = 0.257400931570953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001239258 Relative Rsd = 5.43472323596207e-07
BICGSTAB_SOLVER_TIME: 0.764679 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041694 s
InvBiCGStab: k = 67 resid = 2.235827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249087(s) Flops=442607616 => 1776.91977501837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255809.565147248 Mflops = 255.809565147248 Gflops = 0.255809565147248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058223 s
InvBiCGStab: k = 97 resid = 1.126184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360539(s) Flops=639461376 => 1773.62608760772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255348.492903934 Mflops = 255.348492903934 Gflops = 0.255348492903934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001126141 Relative Rsd = 4.93864992342034e-07
BICGSTAB_SOLVER_TIME: 0.713756 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044954 s
InvBiCGStab: k = 67 resid = 2.230232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28644(s) Flops=442607616 => 1545.20184331797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222460.768250851 Mflops = 222.460768250851 Gflops = 0.222460768250851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067239 s
InvBiCGStab: k = 101 resid = 9.916448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40806(s) Flops=665708544 => 1631.3986766652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234891.169102588 Mflops = 234.891169102588 Gflops = 0.234891169102588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001196933 Relative Rsd = 5.24910487394041e-07
BICGSTAB_SOLVER_TIME: 0.81068 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042404 s
InvBiCGStab: k = 69 resid = 2.279511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256539(s) Flops=455731200 => 1776.4597195748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255761.050615357 Mflops = 255.761050615357 Gflops = 0.255761050615357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059473 s
InvBiCGStab: k = 101 resid = 8.018321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379329(s) Flops=665708544 => 1754.96348552312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252662.91746033 Mflops = 252.66291746033 Gflops = 0.25266291746033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001161196 Relative Rsd = 5.09238280675237e-07
BICGSTAB_SOLVER_TIME: 0.742093 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135639
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975417(s) Flops=1549172736 => 1588.2158461458 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228703.154781135 Mflops = 228.703154781135 Gflops = 0.228703154781135 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172042000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 2.263045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892548(s) Flops=1558112256 => 1745.69015447909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251341.388793973 Mflops = 251.341388793973 Gflops = 0.251341388793973 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 1.121773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.992919(s) Flops=1754966016 => 1767.48155287591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254507.811618548 Mflops = 254.507811618548 Gflops = 0.254507811618548 Tflops
BICGSTAB_SOLVER: 504 iterations. Rsd = 0.002189533 Relative Rsd = 9.63424790525182e-07
BICGSTAB_SOLVER_TIME: 1.888914 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359260999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.037156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847697(s) Flops=1335011328 => 1574.86852967511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226760.454280387 Mflops = 226.760454280387 Gflops = 0.226760454280387 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 9.762891e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825403(s) Flops=1400629248 => 1696.90351016413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244342.474039655 Mflops = 244.342474039655 Gflops = 0.244342474039655 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002241608 Relative Rsd = 9.85479751967757e-07
BICGSTAB_SOLVER_TIME: 1.676812 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296960999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979424(s) Flops=1549172736 => 1581.7181690463 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227788.093686412 Mflops = 227.788093686412 Gflops = 0.227788093686412 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172165000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048676 s
InvBiCGStab: k = 32 resid = 1.866519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135593(s) Flops=212944896 => 1570.47116001563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226067.438235561 Mflops = 226.067438235561 Gflops = 0.226067438235561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059625 s
InvBiCGStab: k = 60 resid = 7.597085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226389(s) Flops=396675072 => 1752.1835071492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252252.337138852 Mflops = 252.252337138852 Gflops = 0.252252337138852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0008208165 Relative Rsd = 3.59966147987721e-07
BICGSTAB_SOLVER_TIME: 0.474242 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0798400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042516 s
InvBiCGStab: k = 85 resid = 1.239791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334707(s) Flops=560719872 => 1675.25588649177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241197.623836103 Mflops = 241.197623836103 Gflops = 0.241197623836103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 112 resid = 1.066237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416298(s) Flops=737888256 => 1772.5001225084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255198.430362486 Mflops = 255.198430362486 Gflops = 0.255198430362486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001376599 Relative Rsd = 6.0370256589492e-07
BICGSTAB_SOLVER_TIME: 0.853716 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155056999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043583 s
InvBiCGStab: k = 58 resid = 2.042902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213398(s) Flops=383551488 => 1797.35277743934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258757.279730957 Mflops = 258.757279730957 Gflops = 0.258757279730957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 94 resid = 1.150814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354446(s) Flops=619776000 => 1748.57665201469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251744.61038578 Mflops = 251.74461038578 Gflops = 0.25174461038578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001133477 Relative Rsd = 4.97082334398782e-07
BICGSTAB_SOLVER_TIME: 0.672705 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043016 s
InvBiCGStab: k = 73 resid = 1.760729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27025(s) Flops=481978368 => 1783.45372062905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256764.242502485 Mflops = 256.764242502485 Gflops = 0.256764242502485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055952 s
InvBiCGStab: k = 102 resid = 6.639012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415432(s) Flops=672270336 => 1618.24398698223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232990.745836064 Mflops = 232.990745836064 Gflops = 0.232990745836064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001242163 Relative Rsd = 5.44745955870437e-07
BICGSTAB_SOLVER_TIME: 0.788794 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050748 s
InvBiCGStab: k = 75 resid = 1.941602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326071(s) Flops=495101952 => 1518.38695253488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218608.393920903 Mflops = 218.608393920903 Gflops = 0.218608393920903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058851 s
InvBiCGStab: k = 102 resid = 1.062054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391056(s) Flops=672270336 => 1719.11525714987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247510.221763936 Mflops = 247.510221763936 Gflops = 0.247510221763936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001237311 Relative Rsd = 5.42618300239358e-07
BICGSTAB_SOLVER_TIME: 0.830569 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140468
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976802(s) Flops=1549467648 => 1586.26584302653 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228437.838775017 Mflops = 228.437838775017 Gflops = 0.228437838775017 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172048000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045421 s
InvBiCGStab: k = 30 resid = 1.736208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119077(s) Flops=199821312 => 1678.08486945422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241540.714889662 Mflops = 241.540714889662 Gflops = 0.241540714889662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0666 s
InvBiCGStab: k = 57 resid = 1.011723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244912(s) Flops=376989696 => 1539.2863395832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221607.642729092 Mflops = 221.607642729092 Gflops = 0.221607642729092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007616399 Relative Rsd = 3.34014467283292e-07
BICGSTAB_SOLVER_TIME: 0.480605 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0761880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 73 resid = 1.431466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275993(s) Flops=481978368 => 1746.34272608363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251422.837837213 Mflops = 251.422837837213 Gflops = 0.251422837837213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058936 s
InvBiCGStab: k = 113 resid = 1.091328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416861(s) Flops=744450048 => 1785.84719606775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257124.704904445 Mflops = 257.124704904445 Gflops = 0.257124704904445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.00126595 Relative Rsd = 5.55177773572994e-07
BICGSTAB_SOLVER_TIME: 0.796395 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 58 resid = 2.254215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213711(s) Flops=383551488 => 1794.72038407008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258387.721111625 Mflops = 258.387721111625 Gflops = 0.258387721111625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05865 s
InvBiCGStab: k = 88 resid = 6.930398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322703(s) Flops=580405248 => 1798.57406965538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258946.180473326 Mflops = 258.946180473326 Gflops = 0.258946180473326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001081526 Relative Rsd = 4.74299494902882e-07
BICGSTAB_SOLVER_TIME: 0.640234 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040713 s
InvBiCGStab: k = 73 resid = 1.759968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267095(s) Flops=481978368 => 1804.52036915704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.684933152 Mflops = 259.799684933152 Gflops = 0.259799684933152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056805 s
InvBiCGStab: k = 103 resid = 1.05584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375674(s) Flops=678832128 => 1806.97127828915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.509258837 Mflops = 260.156509258837 Gflops = 0.260156509258837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001241859 Relative Rsd = 5.44612910385744e-07
BICGSTAB_SOLVER_TIME: 0.74423 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140077
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046672 s
InvBiCGStab: k = 63 resid = 1.459167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254102(s) Flops=416360448 => 1638.55635925731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235892.728032267 Mflops = 235.892728032267 Gflops = 0.235892728032267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061655 s
InvBiCGStab: k = 89 resid = 1.096668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377602(s) Flops=586967040 => 1554.45956324384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223808.446283331 Mflops = 223.808446283331 Gflops = 0.223808446283331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001121704 Relative Rsd = 4.91919138311489e-07
BICGSTAB_SOLVER_TIME: 0.744363 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122858
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980055(s) Flops=1555513344 => 1587.16943844988 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228528.904766777 Mflops = 228.528904766777 Gflops = 0.228528904766777 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173216000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 27 resid = 2.051565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103922(s) Flops=180135936 => 1733.37633994727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249477.493608473 Mflops = 249.477493608473 Gflops = 0.249477493608473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065089 s
InvBiCGStab: k = 61 resid = 1.144948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251829(s) Flops=403236864 => 1601.23283656767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230527.22584578 Mflops = 230.52722584578 Gflops = 0.23052722584578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007992747 Relative Rsd = 3.50519050664583e-07
BICGSTAB_SOLVER_TIME: 0.466221 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048274 s
InvBiCGStab: k = 63 resid = 1.925127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258315(s) Flops=416360448 => 1611.83225132106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232055.277692159 Mflops = 232.055277692159 Gflops = 0.232055277692159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056888 s
InvBiCGStab: k = 98 resid = 7.443491e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364491(s) Flops=646023168 => 1772.39813328724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255177.515929243 Mflops = 255.177515929243 Gflops = 0.255177515929243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001112279 Relative Rsd = 4.87785998133318e-07
BICGSTAB_SOLVER_TIME: 0.731872 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04094 s
InvBiCGStab: k = 62 resid = 1.666651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22895(s) Flops=409798656 => 1789.90459052195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257686.179131412 Mflops = 257.686179131412 Gflops = 0.257686179131412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 96 resid = 6.851407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350103(s) Flops=632899584 => 1807.75252996975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260272.363865388 Mflops = 260.272363865388 Gflops = 0.260272363865388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001126742 Relative Rsd = 4.94128734849296e-07
BICGSTAB_SOLVER_TIME: 0.680309 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043203 s
InvBiCGStab: k = 76 resid = 1.855872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287266(s) Flops=501663744 => 1746.33873831223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251426.566984237 Mflops = 251.426566984237 Gflops = 0.251426566984237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056676 s
InvBiCGStab: k = 100 resid = 1.099834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367331(s) Flops=659146752 => 1794.42179396784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258352.341160973 Mflops = 258.352341160973 Gflops = 0.258352341160973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00123204 Relative Rsd = 5.40306800866766e-07
BICGSTAB_SOLVER_TIME: 0.758387 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 53 resid = 2.000145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195677(s) Flops=350742528 => 1792.45658917502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258048.214719169 Mflops = 258.048214719169 Gflops = 0.258048214719169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056782 s
InvBiCGStab: k = 83 resid = 7.709161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342435(s) Flops=547596288 => 1599.12476236366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230232.901760072 Mflops = 230.232901760072 Gflops = 0.230232901760072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001088367 Relative Rsd = 4.77299655266658e-07
BICGSTAB_SOLVER_TIME: 0.640004 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111304
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011798(s) Flops=1555660800 => 1537.5211257583 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221437.851857175 Mflops = 221.437851857175 Gflops = 0.221437851857175 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172800000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041684 s
InvBiCGStab: k = 30 resid = 1.66136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110702(s) Flops=199821312 => 1805.03795776047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259778.850771734 Mflops = 259.778850771734 Gflops = 0.259778850771734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056563 s
InvBiCGStab: k = 53 resid = 1.145049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193783(s) Flops=350742528 => 1809.97573574565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260562.207485779 Mflops = 260.562207485779 Gflops = 0.260562207485779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007872799 Relative Rsd = 3.45258776300565e-07
BICGSTAB_SOLVER_TIME: 0.406624 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045962 s
InvBiCGStab: k = 68 resid = 2.27773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280592(s) Flops=449169408 => 1600.79192564293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230471.51414911 Mflops = 230.47151414911 Gflops = 0.23047151414911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064518 s
InvBiCGStab: k = 96 resid = 9.20467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411607(s) Flops=632899584 => 1537.63075943801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221388.02559029 Mflops = 221.388025590289 Gflops = 0.22138802559029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001161864 Relative Rsd = 5.09531430012577e-07
BICGSTAB_SOLVER_TIME: 0.807039 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041876 s
InvBiCGStab: k = 69 resid = 2.023315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262414(s) Flops=455731200 => 1736.68782915546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250033.474401877 Mflops = 250.033474401877 Gflops = 0.250033474401877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057453 s
InvBiCGStab: k = 109 resid = 1.008582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404856(s) Flops=718202880 => 1773.97118975636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255418.799890269 Mflops = 255.418799890269 Gflops = 0.255418799890269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001163457 Relative Rsd = 5.10229740119881e-07
BICGSTAB_SOLVER_TIME: 0.770504 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 81 resid = 1.44655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296125(s) Flops=534472704 => 1804.88882735331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259860.035281916 Mflops = 259.860035281917 Gflops = 0.259860035281917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 84 resid = 1.115534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307289(s) Flops=554158080 => 1803.37753710676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.528483831 Mflops = 259.631528483831 Gflops = 0.259631528483831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001165221 Relative Rsd = 5.11003354175736e-07
BICGSTAB_SOLVER_TIME: 0.704963 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 65 resid = 2.165042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237494(s) Flops=429484032 => 1808.3995048296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260352.752298162 Mflops = 260.352752298162 Gflops = 0.260352752298162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056992 s
InvBiCGStab: k = 99 resid = 9.340226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361075(s) Flops=652584960 => 1807.3390846777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260209.285301127 Mflops = 260.209285301127 Gflops = 0.260209285301127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001184273 Relative Rsd = 5.19358825039276e-07
BICGSTAB_SOLVER_TIME: 0.700524 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131589
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051403(s) Flops=1555734528 => 1479.67480404754 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213079.22610848 Mflops = 213.07922610848 Gflops = 0.21307922610848 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.729629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.997113(s) Flops=1735280640 => 1740.30490024701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250558.190858868 Mflops = 250.558190858868 Gflops = 0.250558190858868 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.007184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.001241(s) Flops=1643415552 => 1641.37860115597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236348.140339699 Mflops = 236.348140339699 Gflops = 0.236348140339699 Tflops
BICGSTAB_SOLVER: 514 iterations. Rsd = 0.002179031 Relative Rsd = 9.58793605325164e-07
BICGSTAB_SOLVER_TIME: 2.002012 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.118787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.366359
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.158615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759219(s) Flops=1361258496 => 1792.9721147653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258155.797021559 Mflops = 258.155797021559 Gflops = 0.258155797021559 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.45562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829233(s) Flops=1492494336 => 1799.84918111074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.28249294 Mflops = 259.15828249294 Gflops = 0.25915828249294 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.00202726 Relative Rsd = 8.9125879110879e-07
BICGSTAB_SOLVER_TIME: 1.591841 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309750999999998
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03968(s) Flops=1555734528 => 1496.35900277008 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215463.216243075 Mflops = 215.463216243075 Gflops = 0.215463216243075 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172981000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041215 s
InvBiCGStab: k = 26 resid = 2.082802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096507(s) Flops=173574144 => 1798.56532686748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258877.800730867 Mflops = 258.877800730867 Gflops = 0.258877800730867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055925 s
InvBiCGStab: k = 58 resid = 1.14954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212403(s) Flops=383551488 => 1805.77246084095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259948.455091142 Mflops = 259.948455091142 Gflops = 0.259948455091142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007518957 Relative Rsd = 3.29741159653768e-07
BICGSTAB_SOLVER_TIME: 0.409846 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 79 resid = 1.959288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288807(s) Flops=521349120 => 1805.18173035972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259906.622270302 Mflops = 259.906622270302 Gflops = 0.259906622270302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 119 resid = 4.299319e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435427(s) Flops=783820800 => 1800.11988232241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.477367386 Mflops = 259.172477367386 Gflops = 0.259172477367386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001304534 Relative Rsd = 5.72098647392577e-07
BICGSTAB_SOLVER_TIME: 0.824898 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155783999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045984 s
InvBiCGStab: k = 66 resid = 2.224811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266425(s) Flops=436045824 => 1636.6550586469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235634.137840015 Mflops = 235.634137840015 Gflops = 0.235634137840015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061061 s
InvBiCGStab: k = 94 resid = 1.044171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39855(s) Flops=619776000 => 1555.07715468574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223894.290871769 Mflops = 223.894290871769 Gflops = 0.223894290871769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001125115 Relative Rsd = 4.93415312898758e-07
BICGSTAB_SOLVER_TIME: 0.776025 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042329 s
InvBiCGStab: k = 83 resid = 2.256272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308204(s) Flops=547596288 => 1776.73322864077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255809.768020717 Mflops = 255.809768020717 Gflops = 0.255809768020717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056757 s
InvBiCGStab: k = 98 resid = 1.113638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361906(s) Flops=646023168 => 1785.05791006504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257001.036458563 Mflops = 257.001036458563 Gflops = 0.257001036458563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001194247 Relative Rsd = 5.23732784692236e-07
BICGSTAB_SOLVER_TIME: 0.772974 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 65 resid = 2.106607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237949(s) Flops=429484032 => 1804.94152948741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.97774936 Mflops = 259.85797774936 Gflops = 0.25985797774936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058172 s
InvBiCGStab: k = 99 resid = 1.136479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386053(s) Flops=652584960 => 1690.40250949999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243375.355613629 Mflops = 243.375355613629 Gflops = 0.243375355613629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001221635 Relative Rsd = 5.35743892119851e-07
BICGSTAB_SOLVER_TIME: 0.727495 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131245
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998789(s) Flops=1555808256 => 1557.69462418989 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224290.553767347 Mflops = 224.290553767347 Gflops = 0.224290553767347 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173074000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 29 resid = 2.263526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10721(s) Flops=193259520 => 1802.62587445201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.658911081 Mflops = 259.444658911081 Gflops = 0.259444658911081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058066 s
InvBiCGStab: k = 54 resid = 1.099881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197953(s) Flops=357304320 => 1804.99573130996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259832.325817327 Mflops = 259.832325817327 Gflops = 0.259832325817327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007879019 Relative Rsd = 3.45531580808416e-07
BICGSTAB_SOLVER_TIME: 0.408305 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 77 resid = 2.076737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281659(s) Flops=508225536 => 1804.40012923429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.720072443 Mflops = 259.786720072443 Gflops = 0.259786720072443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05606 s
InvBiCGStab: k = 132 resid = 6.810857e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.482794(s) Flops=869124096 => 1800.19655588098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259180.619032457 Mflops = 259.180619032457 Gflops = 0.259180619032457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001350794 Relative Rsd = 5.92386092720849e-07
BICGSTAB_SOLVER_TIME: 0.865195 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163710999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040702 s
InvBiCGStab: k = 71 resid = 9.397934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280071(s) Flops=468854784 => 1674.0568784344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241022.464656942 Mflops = 241.022464656942 Gflops = 0.241022464656942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062734 s
InvBiCGStab: k = 96 resid = 1.039196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393857(s) Flops=632899584 => 1606.92734672737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231360.23269377 Mflops = 231.36023269377 Gflops = 0.23136023269377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001148155 Relative Rsd = 5.03519315920879e-07
BICGSTAB_SOLVER_TIME: 0.781654 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044812 s
InvBiCGStab: k = 82 resid = 2.197522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309229(s) Flops=541034496 => 1749.62405207791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251908.266023192 Mflops = 251.908266023192 Gflops = 0.251908266023192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058298 s
InvBiCGStab: k = 88 resid = 8.182823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328273(s) Flops=580405248 => 1768.05661141794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254557.567285536 Mflops = 254.557567285536 Gflops = 0.254557567285536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001190978 Relative Rsd = 5.2229894645831e-07
BICGSTAB_SOLVER_TIME: 0.744755 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 61 resid = 2.066613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224279(s) Flops=403236864 => 1797.92519139108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258851.062729065 Mflops = 258.851062729065 Gflops = 0.258851062729065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056129 s
InvBiCGStab: k = 95 resid = 6.33366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347339(s) Flops=626337792 => 1803.24637313979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.375354509 Mflops = 259.628375354509 Gflops = 0.259628375354509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001176269 Relative Rsd = 5.15848384698712e-07
BICGSTAB_SOLVER_TIME: 0.672731 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125627
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966065(s) Flops=1555808256 => 1610.45918856392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231886.910765701 Mflops = 231.886910765701 Gflops = 0.231886910765701 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173073000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 32 resid = 2.238523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119501(s) Flops=212944896 => 1781.95074518205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256498.566117395 Mflops = 256.498566117395 Gflops = 0.256498566117395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 58 resid = 8.926718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212426(s) Flops=383551488 => 1805.57694444183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.180474168 Mflops = 259.919180474168 Gflops = 0.259919180474168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007782795 Relative Rsd = 3.41311700692219e-07
BICGSTAB_SOLVER_TIME: 0.433177 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 66 resid = 1.789248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241732(s) Flops=436045824 => 1803.83988880248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259703.494432418 Mflops = 259.703494432418 Gflops = 0.259703494432418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056105 s
InvBiCGStab: k = 104 resid = 1.036148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408348(s) Flops=685393920 => 1678.45543507009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241667.630213463 Mflops = 241.667630213463 Gflops = 0.241667630213463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001178537 Relative Rsd = 5.16843315783019e-07
BICGSTAB_SOLVER_TIME: 0.751815 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040888 s
InvBiCGStab: k = 57 resid = 2.272568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211218(s) Flops=376989696 => 1784.83697412152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256958.366453629 Mflops = 256.958366453629 Gflops = 0.256958366453629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05723 s
InvBiCGStab: k = 92 resid = 1.125824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345462(s) Flops=606652416 => 1756.06120499505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252816.48884392 Mflops = 252.81648884392 Gflops = 0.25281648884392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001112159 Relative Rsd = 4.87733413003144e-07
BICGSTAB_SOLVER_TIME: 0.659067 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045901 s
InvBiCGStab: k = 72 resid = 1.742424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301512(s) Flops=475416576 => 1576.77497413038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227011.760226773 Mflops = 227.011760226773 Gflops = 0.227011760226773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066024 s
InvBiCGStab: k = 102 resid = 6.249233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393227(s) Flops=672270336 => 1709.6240492133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246145.94926006 Mflops = 246.14594926006 Gflops = 0.24614594926006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001243939 Relative Rsd = 5.45524981599882e-07
BICGSTAB_SOLVER_TIME: 0.810459 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 62 resid = 1.878649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260111(s) Flops=409798656 => 1575.47606983173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226814.575626379 Mflops = 226.814575626379 Gflops = 0.226814575626379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061301 s
InvBiCGStab: k = 107 resid = 9.339724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39631(s) Flops=705079296 => 1779.11053468245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256149.707710466 Mflops = 256.149707710466 Gflops = 0.256149707710466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001174395 Relative Rsd = 5.15026576115785e-07
BICGSTAB_SOLVER_TIME: 0.762861 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134875
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97111(s) Flops=1561853952 => 1608.31826672571 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231574.75247783 Mflops = 231.57475247783 Gflops = 0.23157475247783 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173488000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045641 s
InvBiCGStab: k = 28 resid = 1.929288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11388(s) Flops=186697728 => 1639.42507903056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235968.859274094 Mflops = 235.968859274094 Gflops = 0.235968859274094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058406 s
InvBiCGStab: k = 52 resid = 1.090385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193397(s) Flops=344180736 => 1779.65912604642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256160.849701968 Mflops = 256.160849701968 Gflops = 0.256160849701968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007558087 Relative Rsd = 3.31457221770804e-07
BICGSTAB_SOLVER_TIME: 0.41521 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041551 s
InvBiCGStab: k = 65 resid = 2.230065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242169(s) Flops=429484032 => 1773.4888941194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255315.431795119 Mflops = 255.315431795119 Gflops = 0.255315431795119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057178 s
InvBiCGStab: k = 103 resid = 9.812512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376839(s) Flops=678832128 => 1801.38501588211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259347.133105531 Mflops = 259.347133105531 Gflops = 0.259347133105531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001191141 Relative Rsd = 5.2237067666015e-07
BICGSTAB_SOLVER_TIME: 0.721511 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 64 resid = 2.066092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234098(s) Flops=422922240 => 1806.60338832455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.205119162 Mflops = 260.087205119162 Gflops = 0.260087205119162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055857 s
InvBiCGStab: k = 78 resid = 1.052832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284821(s) Flops=514787328 => 1807.40650443612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260218.54626184 Mflops = 260.21854626184 Gflops = 0.26021854626184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001127428 Relative Rsd = 4.94429542215303e-07
BICGSTAB_SOLVER_TIME: 0.619571 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 89 resid = 1.928818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325727(s) Flops=586967040 => 1802.02144740841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.179203896 Mflops = 259.440179203896 Gflops = 0.259440179203896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 102 resid = 1.105955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395851(s) Flops=672270336 => 1698.29136720635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244512.957875651 Mflops = 244.512957875651 Gflops = 0.244512957875651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001244977 Relative Rsd = 5.45980430091421e-07
BICGSTAB_SOLVER_TIME: 0.822935 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150941999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043656 s
InvBiCGStab: k = 66 resid = 2.204553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283528(s) Flops=436045824 => 1537.92861375243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221416.383007519 Mflops = 221.416383007519 Gflops = 0.221416383007519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061337 s
InvBiCGStab: k = 80 resid = 1.008939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30173(s) Flops=527910912 => 1749.61360156431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251891.556095572 Mflops = 251.891556095572 Gflops = 0.251891556095572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001096268 Relative Rsd = 4.80764402702848e-07
BICGSTAB_SOLVER_TIME: 0.694178 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118426
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981262(s) Flops=1561927680 => 1591.75396581137 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229193.000039964 Mflops = 229.193000039964 Gflops = 0.229193000039964 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173663000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021344
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 2.262156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.99966(s) Flops=1676224512 => 1676.79462217154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241445.999032118 Mflops = 241.445999032118 Gflops = 0.241445999032118 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 282 resid = 1.126362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.034042(s) Flops=1853392896 => 1792.37680481064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258092.428601487 Mflops = 258.092428601487 Gflops = 0.258092428601487 Tflops
BICGSTAB_SOLVER: 537 iterations. Rsd = 0.002222809 Relative Rsd = 9.78046354139264e-07
BICGSTAB_SOLVER_TIME: 2.037067 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.383129
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.194672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805273(s) Flops=1453123584 => 1804.51050016578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259839.180246207 Mflops = 259.839180246207 Gflops = 0.259839180246207 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.131524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.950613(s) Flops=1564674048 => 1645.9632342499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237006.927099059 Mflops = 237.006927099059 Gflops = 0.237006927099059 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002091837 Relative Rsd = 9.19653179910737e-07
BICGSTAB_SOLVER_TIME: 1.759618 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.118775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327955999999999
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982851(s) Flops=1561927680 => 1589.18053702952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228822.751399408 Mflops = 228.822751399408 Gflops = 0.228822751399408 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173816000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041664 s
InvBiCGStab: k = 29 resid = 2.137123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107922(s) Flops=193259520 => 1790.73330738867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257717.756837262 Mflops = 257.717756837262 Gflops = 0.257717756837262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056581 s
InvBiCGStab: k = 54 resid = 1.08363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227995(s) Flops=357304320 => 1567.15857803899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225612.115378364 Mflops = 225.612115378364 Gflops = 0.225612115378364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007856181 Relative Rsd = 3.44530012765932e-07
BICGSTAB_SOLVER_TIME: 0.438279 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044415 s
InvBiCGStab: k = 85 resid = 2.212049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360314(s) Flops=560719872 => 1556.19784965336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224058.517971321 Mflops = 224.058517971321 Gflops = 0.224058517971321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 117 resid = 1.003681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431331(s) Flops=770697216 => 1786.78837366199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257266.535419207 Mflops = 257.266535419207 Gflops = 0.257266535419207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001362303 Relative Rsd = 5.97433090986514e-07
BICGSTAB_SOLVER_TIME: 0.896654 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158748999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 76 resid = 2.172832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279103(s) Flops=501663744 => 1797.41437390497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258786.570151778 Mflops = 258.786570151778 Gflops = 0.258786570151778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 94 resid = 1.014216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34308(s) Flops=619776000 => 1806.50577124869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260091.718478909 Mflops = 260.091718478909 Gflops = 0.260091718478909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001126672 Relative Rsd = 4.94098102734632e-07
BICGSTAB_SOLVER_TIME: 0.723958 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135737
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 67 resid = 2.06206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244847(s) Flops=442607616 => 1807.690582282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260263.869829329 Mflops = 260.263869829329 Gflops = 0.260263869829329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 96 resid = 8.61809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350665(s) Flops=632899584 => 1804.85530064306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259846.114323929 Mflops = 259.846114323929 Gflops = 0.259846114323929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001200082 Relative Rsd = 5.26291587337219e-07
BICGSTAB_SOLVER_TIME: 0.696578 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 60 resid = 2.101444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219433(s) Flops=396675072 => 1807.72751591602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260247.046684577 Mflops = 260.247046684577 Gflops = 0.260247046684577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 84 resid = 8.871344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341903(s) Flops=554158080 => 1620.80496515093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233356.423575018 Mflops = 233.356423575018 Gflops = 0.233356423575018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00116292 Relative Rsd = 5.09994332318683e-07
BICGSTAB_SOLVER_TIME: 0.662781 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117043
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030794(s) Flops=1562075136 => 1515.40961239588 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218203.83555368 Mflops = 218.20383555368 Gflops = 0.21820383555368 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173472000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041005 s
InvBiCGStab: k = 31 resid = 1.627521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114305(s) Flops=206383104 => 1805.54747386379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259888.849378471 Mflops = 259.888849378471 Gflops = 0.259888849378471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 50 resid = 8.925459e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183091(s) Flops=331057152 => 1808.15633755892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260259.225630801 Mflops = 260.259225630801 Gflops = 0.260259225630801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000761437 Relative Rsd = 3.33925480990191e-07
BICGSTAB_SOLVER_TIME: 0.398828 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046607 s
InvBiCGStab: k = 79 resid = 1.604669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328624(s) Flops=521349120 => 1586.46087930279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228421.091251772 Mflops = 228.421091251772 Gflops = 0.228421091251772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056962 s
InvBiCGStab: k = 115 resid = 5.999239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483384(s) Flops=757573632 => 1567.22943250087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225654.160409925 Mflops = 225.654160409925 Gflops = 0.225654160409925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001297701 Relative Rsd = 5.69101958668463e-07
BICGSTAB_SOLVER_TIME: 0.919376 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153050999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043433 s
InvBiCGStab: k = 68 resid = 2.195612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253798(s) Flops=449169408 => 1769.79096761992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254796.879124511 Mflops = 254.796879124511 Gflops = 0.254796879124511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057265 s
InvBiCGStab: k = 94 resid = 9.493767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346455(s) Flops=619776000 => 1788.9076503442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257557.42610923 Mflops = 257.55742610923 Gflops = 0.25755742610923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001125694 Relative Rsd = 4.93668895754656e-07
BICGSTAB_SOLVER_TIME: 0.704748 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040844 s
InvBiCGStab: k = 83 resid = 2.163877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303422(s) Flops=547596288 => 1804.73495000363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259822.182875989 Mflops = 259.822182875989 Gflops = 0.259822182875989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 93 resid = 8.650892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354055(s) Flops=613214208 => 1731.97443335075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249361.615324995 Mflops = 249.361615324995 Gflops = 0.249361615324995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001162533 Relative Rsd = 5.09824885671064e-07
BICGSTAB_SOLVER_TIME: 0.758935 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04342 s
InvBiCGStab: k = 66 resid = 2.233237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243453(s) Flops=436045824 => 1791.08831684144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257857.992715774 Mflops = 257.857992715774 Gflops = 0.257857992715774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056823 s
InvBiCGStab: k = 101 resid = 1.144586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37018(s) Flops=665708544 => 1798.33741423091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258913.264872112 Mflops = 258.913264872112 Gflops = 0.258913264872112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001200564 Relative Rsd = 5.26503153142503e-07
BICGSTAB_SOLVER_TIME: 0.717796 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133553
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.039215(s) Flops=1562075136 => 1503.12989708578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216442.460159732 Mflops = 216.442460159732 Gflops = 0.216442460159732 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173267000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042407 s
InvBiCGStab: k = 30 resid = 2.231369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11034(s) Flops=199821312 => 1810.95986949429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260644.905508114 Mflops = 260.644905508114 Gflops = 0.260644905508114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056111 s
InvBiCGStab: k = 53 resid = 1.148925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194414(s) Flops=350742528 => 1804.10118612857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259707.804089668 Mflops = 259.707804089668 Gflops = 0.259707804089668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007802169 Relative Rsd = 3.42161333445966e-07
BICGSTAB_SOLVER_TIME: 0.407096 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 60 resid = 2.077025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219838(s) Flops=396675072 => 1804.39720157571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259773.654741206 Mflops = 259.773654741206 Gflops = 0.259773654741206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057273 s
InvBiCGStab: k = 102 resid = 5.785934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427224(s) Flops=672270336 => 1573.57811358912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226560.152402909 Mflops = 226.560152402909 Gflops = 0.226560152402909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00118625 Relative Rsd = 5.20225764937809e-07
BICGSTAB_SOLVER_TIME: 0.749091 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129917
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044902 s
InvBiCGStab: k = 63 resid = 2.25407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243151(s) Flops=416360448 => 1712.35342647162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246535.224930714 Mflops = 246.535224930714 Gflops = 0.246535224930714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061213 s
InvBiCGStab: k = 106 resid = 5.708566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415199(s) Flops=698517504 => 1682.36798258185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242222.542600831 Mflops = 242.222542600831 Gflops = 0.242222542600831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001127488 Relative Rsd = 4.94455732673341e-07
BICGSTAB_SOLVER_TIME: 0.768416 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 74 resid = 2.222092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27168(s) Flops=488540160 => 1798.21908127208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258897.343007345 Mflops = 258.897343007345 Gflops = 0.258897343007345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 105 resid = 1.108797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385956(s) Flops=691955712 => 1792.83574293443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258128.023915777 Mflops = 258.128023915777 Gflops = 0.258128023915777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001149959 Relative Rsd = 5.04310390282092e-07
BICGSTAB_SOLVER_TIME: 0.759445 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 73 resid = 1.456238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266724(s) Flops=481978368 => 1807.03036847078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260157.196708136 Mflops = 260.157196708136 Gflops = 0.260157196708136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 100 resid = 6.786995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365494(s) Flops=659146752 => 1803.44069122886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259649.71728444 Mflops = 259.64971728444 Gflops = 0.25964971728444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001156307 Relative Rsd = 5.07094492130434e-07
BICGSTAB_SOLVER_TIME: 0.733471 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137784
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.073978(s) Flops=1561927680 => 1454.33861773705 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209414.804356515 Mflops = 209.414804356515 Gflops = 0.209414804356515 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174654000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 28 resid = 2.016893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103444(s) Flops=186697728 => 1804.81930319787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.662665066 Mflops = 259.771662665066 Gflops = 0.259771662665066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 47 resid = 1.14947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172421(s) Flops=311371776 => 1805.88081498193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259950.243567363 Mflops = 259.950243567363 Gflops = 0.259950243567363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007341445 Relative Rsd = 3.21956441666715e-07
BICGSTAB_SOLVER_TIME: 0.376698 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04327 s
InvBiCGStab: k = 61 resid = 2.240431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237468(s) Flops=403236864 => 1698.06821971803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244454.139555281 Mflops = 244.454139555281 Gflops = 0.244454139555281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060663 s
InvBiCGStab: k = 102 resid = 1.067224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391272(s) Flops=672270336 => 1718.16622707477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247383.92881771 Mflops = 247.38392881771 Gflops = 0.24738392881771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001188625 Relative Rsd = 5.21267409996979e-07
BICGSTAB_SOLVER_TIME: 0.736892 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130485
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046469 s
InvBiCGStab: k = 59 resid = 2.272774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245509(s) Flops=390113280 => 1588.9978778782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228771.212917781 Mflops = 228.771212917781 Gflops = 0.228771212917781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067233 s
InvBiCGStab: k = 101 resid = 7.210099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393273(s) Flops=665708544 => 1692.73899810056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243719.43178276 Mflops = 243.71943178276 Gflops = 0.24371943178276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.00107582 Relative Rsd = 4.71797004295357e-07
BICGSTAB_SOLVER_TIME: 0.75634 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 82 resid = 2.162054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304042(s) Flops=541034496 => 1779.47288861407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256210.12552211 Mflops = 256.21012552211 Gflops = 0.25621012552211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056532 s
InvBiCGStab: k = 108 resid = 1.131258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394334(s) Flops=711641088 => 1804.66581121587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.288550294 Mflops = 259.828288550294 Gflops = 0.259828288550294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001195299 Relative Rsd = 5.2419405328556e-07
BICGSTAB_SOLVER_TIME: 0.800037 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150231999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041195 s
InvBiCGStab: k = 60 resid = 2.277793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219364(s) Flops=396675072 => 1808.29612880874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260337.850144837 Mflops = 260.337850144837 Gflops = 0.260337850144837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055943 s
InvBiCGStab: k = 93 resid = 9.883213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339162(s) Flops=613214208 => 1808.02745590603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260308.293848104 Mflops = 260.308293848104 Gflops = 0.260308293848104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001079599 Relative Rsd = 4.7345440591281e-07
BICGSTAB_SOLVER_TIME: 0.659481 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123552
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019882(s) Flops=1561706496 => 1531.26194598983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220506.897720191 Mflops = 220.506897720191 Gflops = 0.220506897720191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173607000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 1.727517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989436(s) Flops=1774651392 => 1793.5989715353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258291.580974601 Mflops = 258.291580974601 Gflops = 0.258291580974601 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.025142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.969254(s) Flops=1643415552 => 1695.54683498856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244147.407355768 Mflops = 244.147407355768 Gflops = 0.244147407355768 Tflops
BICGSTAB_SOLVER: 520 iterations. Rsd = 0.002161537 Relative Rsd = 9.51080580322186e-07
BICGSTAB_SOLVER_TIME: 1.962201 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.123477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.371298
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.887689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771562(s) Flops=1374382080 => 1781.29830136787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256456.108469662 Mflops = 256.456108469662 Gflops = 0.256456108469662 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.123945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.930929(s) Flops=1676224512 => 1800.5932912177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259276.084409879 Mflops = 259.276084409879 Gflops = 0.259276084409879 Tflops
BICGSTAB_SOLVER: 464 iterations. Rsd = 0.002241903 Relative Rsd = 9.85624579210781e-07
BICGSTAB_SOLVER_TIME: 1.705899 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.115202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001852
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331443999999999
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980518(s) Flops=1561706496 => 1592.73618230364 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229336.202447875 Mflops = 229.336202447875 Gflops = 0.229336202447875 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 31 resid = 1.924184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114181(s) Flops=206383104 => 1807.50828947023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260181.913580607 Mflops = 260.181913580607 Gflops = 0.260181913580607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 57 resid = 8.09644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209073(s) Flops=376989696 => 1803.14864186193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259565.835294917 Mflops = 259.565835294917 Gflops = 0.259565835294917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007365958 Relative Rsd = 3.2303147573087e-07
BICGSTAB_SOLVER_TIME: 0.424501 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 80 resid = 2.26349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292008(s) Flops=527910912 => 1807.86455165612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260275.797035393 Mflops = 260.275797035393 Gflops = 0.260275797035393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 135 resid = 5.176976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.492056(s) Flops=888809472 => 1806.31771993432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.662602871 Mflops = 260.080662602871 Gflops = 0.260080662602871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001373749 Relative Rsd = 6.0245262245603e-07
BICGSTAB_SOLVER_TIME: 0.884996 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168306999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 60 resid = 2.279653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221583(s) Flops=396675072 => 1790.18729776201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257737.084380709 Mflops = 257.737084380709 Gflops = 0.257737084380709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063407 s
InvBiCGStab: k = 87 resid = 1.13524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361085(s) Flops=573843456 => 1589.21986789814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228809.746420858 Mflops = 228.809746420858 Gflops = 0.228809746420858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001079589 Relative Rsd = 4.73449862149135e-07
BICGSTAB_SOLVER_TIME: 0.690705 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04487 s
InvBiCGStab: k = 80 resid = 2.256598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304899(s) Flops=527910912 => 1731.42880757234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249284.840088156 Mflops = 249.284840088156 Gflops = 0.249284840088156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 108 resid = 1.081043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405881(s) Flops=711641088 => 1753.32446702359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252428.921779936 Mflops = 252.428921779936 Gflops = 0.252428921779936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001291959 Relative Rsd = 5.66583896735983e-07
BICGSTAB_SOLVER_TIME: 0.815855 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 66 resid = 1.811615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241725(s) Flops=436045824 => 1803.89212534905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259707.418114848 Mflops = 259.707418114848 Gflops = 0.259707418114848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 105 resid = 7.020133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405979(s) Flops=691955712 => 1704.41257306412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245396.565886979 Mflops = 245.396565886979 Gflops = 0.245396565886979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001193933 Relative Rsd = 5.23594889122721e-07
BICGSTAB_SOLVER_TIME: 0.74958 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136332
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969482(s) Flops=1555144704 => 1604.09858460497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230993.012331031 Mflops = 230.993012331031 Gflops = 0.230993012331031 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172746000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 31 resid = 2.215753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115807(s) Flops=206383104 => 1782.12978490074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256520.950591098 Mflops = 256.520950591098 Gflops = 0.256520950591098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 57 resid = 9.704848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208567(s) Flops=376989696 => 1807.52322275336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260198.753200626 Mflops = 260.198753200626 Gflops = 0.260198753200626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007574792 Relative Rsd = 3.3218981431977e-07
BICGSTAB_SOLVER_TIME: 0.426072 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 83 resid = 2.214183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303249(s) Flops=547596288 => 1805.7645301386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.171925078 Mflops = 259.986171925078 Gflops = 0.259986171925078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056119 s
InvBiCGStab: k = 118 resid = 1.150052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430061(s) Flops=777259008 => 1807.32270073315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260210.363034412 Mflops = 260.210363034412 Gflops = 0.260210363034412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001290455 Relative Rsd = 5.65924285200205e-07
BICGSTAB_SOLVER_TIME: 0.834658 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158188999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041378 s
InvBiCGStab: k = 71 resid = 1.935093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259378(s) Flops=468854784 => 1807.61199484922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260243.814494087 Mflops = 260.243814494087 Gflops = 0.260243814494087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 81 resid = 1.021613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312031(s) Flops=534472704 => 1712.88334812887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246606.492995899 Mflops = 246.606492995899 Gflops = 0.246606492995899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001064237 Relative Rsd = 4.6671733177405e-07
BICGSTAB_SOLVER_TIME: 0.673289 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042121 s
InvBiCGStab: k = 77 resid = 2.117274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333172(s) Flops=508225536 => 1525.41490881587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219616.342660133 Mflops = 219.616342660133 Gflops = 0.219616342660133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063516 s
InvBiCGStab: k = 102 resid = 9.667473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392157(s) Flops=672270336 => 1714.28875679894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246809.753746705 Mflops = 246.809753746705 Gflops = 0.246809753746705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001186597 Relative Rsd = 5.20378006547692e-07
BICGSTAB_SOLVER_TIME: 0.834883 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001796
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041917 s
InvBiCGStab: k = 63 resid = 2.061095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234953(s) Flops=416360448 => 1772.10100743553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255141.189658055 Mflops = 255.141189658055 Gflops = 0.255141189658055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 92 resid = 1.028205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338544(s) Flops=606652416 => 1791.94555508294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257997.409495482 Mflops = 257.997409495482 Gflops = 0.257997409495482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001168624 Relative Rsd = 5.12495750802195e-07
BICGSTAB_SOLVER_TIME: 0.676062 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124967
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964605(s) Flops=1554702336 => 1611.75023558866 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232072.90558519 Mflops = 232.07290558519 Gflops = 0.23207290558519 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173159000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044043 s
InvBiCGStab: k = 26 resid = 2.018436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09742(s) Flops=173574144 => 1781.7095462944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256466.649072521 Mflops = 256.466649072521 Gflops = 0.256466649072521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056896 s
InvBiCGStab: k = 50 resid = 1.119987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18697(s) Flops=331057152 => 1770.6431620046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254885.330410324 Mflops = 254.885330410324 Gflops = 0.254885330410324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007454939 Relative Rsd = 3.26933700817994e-07
BICGSTAB_SOLVER_TIME: 0.389142 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 66 resid = 2.091301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241414(s) Flops=436045824 => 1806.21597753237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260040.839146271 Mflops = 260.040839146271 Gflops = 0.260040839146271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056941 s
InvBiCGStab: k = 106 resid = 9.664043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386259(s) Flops=698517504 => 1808.41741939994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260367.76927406 Mflops = 260.36776927406 Gflops = 0.26036776927406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001144004 Relative Rsd = 5.01699002506934e-07
BICGSTAB_SOLVER_TIME: 0.729573 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043855 s
InvBiCGStab: k = 57 resid = 2.176637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222757(s) Flops=376989696 => 1692.38091732246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243641.290691975 Mflops = 243.641290691975 Gflops = 0.243641290691975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057052 s
InvBiCGStab: k = 72 resid = 1.105536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272793(s) Flops=475416576 => 1742.77410344107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250909.18342113 Mflops = 250.90918342113 Gflops = 0.25090918342113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001068455 Relative Rsd = 4.68567307285694e-07
BICGSTAB_SOLVER_TIME: 0.600319 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041965 s
InvBiCGStab: k = 66 resid = 1.83374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262364(s) Flops=436045824 => 1661.98801664863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239268.01038583 Mflops = 239.26801038583 Gflops = 0.23926801038583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070463 s
InvBiCGStab: k = 91 resid = 8.061658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382019(s) Flops=600090624 => 1570.83973310228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226169.588894974 Mflops = 226.169588894974 Gflops = 0.226169588894974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001162777 Relative Rsd = 5.09931689644194e-07
BICGSTAB_SOLVER_TIME: 0.761473 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04367 s
InvBiCGStab: k = 59 resid = 1.431989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224262(s) Flops=390113280 => 1739.54249939803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250415.995767177 Mflops = 250.415995767177 Gflops = 0.250415995767177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058651 s
InvBiCGStab: k = 87 resid = 1.02576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338312(s) Flops=573843456 => 1696.19598477145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244218.323955861 Mflops = 244.218323955861 Gflops = 0.244218323955861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001108334 Relative Rsd = 4.86056049457634e-07
BICGSTAB_SOLVER_TIME: 0.669622 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118422
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974892(s) Flops=1548361728 => 1588.23923880799 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228690.627965118 Mflops = 228.690627965118 Gflops = 0.228690627965118 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172120000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045442 s
InvBiCGStab: k = 34 resid = 1.799106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154272(s) Flops=226068480 => 1465.38892345986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210961.77198154 Mflops = 210.96177198154 Gflops = 0.21096177198154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063447 s
InvBiCGStab: k = 56 resid = 4.910025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21944(s) Flops=370427904 => 1688.06008020416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243015.751440233 Mflops = 243.015751440233 Gflops = 0.243015751440233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007926753 Relative Rsd = 3.4762492847107e-07
BICGSTAB_SOLVER_TIME: 0.486786 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04141 s
InvBiCGStab: k = 68 resid = 2.052062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255573(s) Flops=449169408 => 1757.49945416769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253033.18232494 Mflops = 253.03318232494 Gflops = 0.25303318232494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062973 s
InvBiCGStab: k = 94 resid = 1.023258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349658(s) Flops=619776000 => 1772.52057724977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255197.661919845 Mflops = 255.197661919845 Gflops = 0.255197661919845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001183963 Relative Rsd = 5.19222818450166e-07
BICGSTAB_SOLVER_TIME: 0.713449 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042329 s
InvBiCGStab: k = 59 resid = 2.253376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221984(s) Flops=390113280 => 1757.39368603143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253001.095787928 Mflops = 253.001095787928 Gflops = 0.253001095787928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05701 s
InvBiCGStab: k = 87 resid = 1.125779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330944(s) Flops=573843456 => 1733.95938889963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249640.507868112 Mflops = 249.640507868112 Gflops = 0.249640507868112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001119507 Relative Rsd = 4.9095601357291e-07
BICGSTAB_SOLVER_TIME: 0.656092 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 64 resid = 2.191842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239777(s) Flops=422922240 => 1763.8148779908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253949.317140264 Mflops = 253.949317140264 Gflops = 0.253949317140264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058858 s
InvBiCGStab: k = 98 resid = 9.989284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362244(s) Flops=646023168 => 1783.39232119787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256765.886351851 Mflops = 256.765886351851 Gflops = 0.256765886351851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00117063 Relative Rsd = 5.13375454081838e-07
BICGSTAB_SOLVER_TIME: 0.705985 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043449 s
InvBiCGStab: k = 67 resid = 2.121056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280416(s) Flops=442607616 => 1578.39643957549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227249.113359948 Mflops = 227.249113359948 Gflops = 0.227249113359948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066028 s
InvBiCGStab: k = 98 resid = 1.001894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40227(s) Flops=646023168 => 1605.94418674025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231217.133317936 Mflops = 231.217133317936 Gflops = 0.231217133317936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001181151 Relative Rsd = 5.17989671620817e-07
BICGSTAB_SOLVER_TIME: 0.796128 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131882
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980164(s) Flops=1542168576 => 1573.37810407238 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226590.029837631 Mflops = 226.590029837631 Gflops = 0.226590029837631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171575000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 2.225571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.036445(s) Flops=1695909888 => 1636.27581588989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235558.336240858 Mflops = 235.558336240858 Gflops = 0.235558336240858 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 303 resid = 9.984942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.148005(s) Flops=1991190528 => 1734.47896829718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249755.497172034 Mflops = 249.755497172034 Gflops = 0.249755497172034 Tflops
BICGSTAB_SOLVER: 561 iterations. Rsd = 0.002283548 Relative Rsd = 1.00475751070918e-06
BICGSTAB_SOLVER_TIME: 2.187902 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.400422000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.108192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762919(s) Flops=1341573120 => 1758.47386157639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253190.726426229 Mflops = 253.190726426229 Gflops = 0.253190726426229 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 8.404324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973524(s) Flops=1564674048 => 1607.22698978145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231429.290685029 Mflops = 231.429290685029 Gflops = 0.231429290685029 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002177141 Relative Rsd = 9.57136883645627e-07
BICGSTAB_SOLVER_TIME: 1.740594 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.121846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315429999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006781(s) Flops=1542168576 => 1531.78156520634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220558.686498589 Mflops = 220.558686498589 Gflops = 0.220558686498589 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171604000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042648 s
InvBiCGStab: k = 32 resid = 2.066044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130058(s) Flops=212944896 => 1637.30717064694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235674.859709548 Mflops = 235.674859709548 Gflops = 0.235674859709548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064391 s
InvBiCGStab: k = 57 resid = 8.498279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236065(s) Flops=376989696 => 1596.97412153432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229901.701201708 Mflops = 229.901701201708 Gflops = 0.229901701201708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0008024507 Relative Rsd = 3.51911892918382e-07
BICGSTAB_SOLVER_TIME: 0.477605 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046715 s
InvBiCGStab: k = 87 resid = 1.982446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344832(s) Flops=573843456 => 1664.12472160356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239594.143318003 Mflops = 239.594143318003 Gflops = 0.239594143318003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 117 resid = 1.036285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438173(s) Flops=770697216 => 1758.88796434285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253241.136432532 Mflops = 253.241136432532 Gflops = 0.253241136432532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001416791 Relative Rsd = 6.21328693101131e-07
BICGSTAB_SOLVER_TIME: 0.890079 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159969999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040756 s
InvBiCGStab: k = 77 resid = 2.090226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281851(s) Flops=508225536 => 1803.17095202784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.797331043 Mflops = 259.600797331043 Gflops = 0.259600797331043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056264 s
InvBiCGStab: k = 99 resid = 9.373666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361933(s) Flops=652584960 => 1803.05459850304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.61815989 Mflops = 259.59161815989 Gflops = 0.25959161815989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001111834 Relative Rsd = 4.87590667348807e-07
BICGSTAB_SOLVER_TIME: 0.74459 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041372 s
InvBiCGStab: k = 58 resid = 1.882132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212345(s) Flops=383551488 => 1806.2656902682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260035.485443661 Mflops = 260.035485443661 Gflops = 0.260035485443661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056976 s
InvBiCGStab: k = 96 resid = 1.034809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349388(s) Flops=632899584 => 1811.4519788888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260807.567858484 Mflops = 260.807567858484 Gflops = 0.260807567858484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001205282 Relative Rsd = 5.28571995113426e-07
BICGSTAB_SOLVER_TIME: 0.663932 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041389 s
InvBiCGStab: k = 70 resid = 2.251597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271588(s) Flops=462292992 => 1702.18489771271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245066.036632301 Mflops = 245.066036632301 Gflops = 0.245066036632301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065904 s
InvBiCGStab: k = 99 resid = 8.764252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406785(s) Flops=652584960 => 1604.25030421476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230983.956203825 Mflops = 230.983956203825 Gflops = 0.230983956203825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001221252 Relative Rsd = 5.3557592602444e-07
BICGSTAB_SOLVER_TIME: 0.789895 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134785
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972644(s) Flops=1548214272 => 1591.75841520639 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229215.366844826 Mflops = 229.215366844826 Gflops = 0.229215366844826 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172064000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 39 resid = 1.625756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143415(s) Flops=258877440 => 1805.0931910888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259834.226003415 Mflops = 259.834226003415 Gflops = 0.259834226003415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 61 resid = 8.953278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239535(s) Flops=403236864 => 1683.4152169829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242330.885871772 Mflops = 242.330885871772 Gflops = 0.242330885871772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.000815216 Relative Rsd = 3.57510090560675e-07
BICGSTAB_SOLVER_TIME: 0.483938 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0856550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 86 resid = 1.522123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366247(s) Flops=567281664 => 1548.90460263156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223011.994855239 Mflops = 223.011994855239 Gflops = 0.223011994855239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060521 s
InvBiCGStab: k = 111 resid = 1.111993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415959(s) Flops=731326464 => 1758.16958882967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253133.661478151 Mflops = 253.133661478151 Gflops = 0.253133661478151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001336282 Relative Rsd = 5.86021556149934e-07
BICGSTAB_SOLVER_TIME: 0.888075 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155002999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041291 s
InvBiCGStab: k = 65 resid = 2.179107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241145(s) Flops=429484032 => 1781.01985112692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256411.012961076 Mflops = 256.411012961076 Gflops = 0.256411012961076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055874 s
InvBiCGStab: k = 86 resid = 9.576154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314596(s) Flops=567281664 => 1803.20685577693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259607.885053103 Mflops = 259.607885053103 Gflops = 0.259607885053103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001129905 Relative Rsd = 4.95515859108359e-07
BICGSTAB_SOLVER_TIME: 0.656685 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122062
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 67 resid = 1.935372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24503(s) Flops=442607616 => 1806.34051340652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.493883361 Mflops = 260.065493883361 Gflops = 0.260065493883361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 99 resid = 8.374647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361177(s) Flops=652584960 => 1806.82867402963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260140.393820925 Mflops = 260.140393820925 Gflops = 0.260140393820925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00122461 Relative Rsd = 5.37048258615794e-07
BICGSTAB_SOLVER_TIME: 0.707612 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042255 s
InvBiCGStab: k = 73 resid = 1.955013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280914(s) Flops=481978368 => 1715.75061406694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247026.019424896 Mflops = 247.026019424896 Gflops = 0.247026019424896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 100 resid = 1.139097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405312(s) Flops=659146752 => 1626.27001421127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234146.29082008 Mflops = 234.14629082008 Gflops = 0.23414629082008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001229159 Relative Rsd = 5.39043277190376e-07
BICGSTAB_SOLVER_TIME: 0.788977 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137622
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004909(s) Flops=1542316032 => 1534.78178820172 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221111.083911644 Mflops = 221.111083911644 Gflops = 0.221111083911644 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171115000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 33 resid = 2.054681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121358(s) Flops=219506688 => 1808.75334135368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260326.323080048 Mflops = 260.326323080048 Gflops = 0.260326323080048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055952 s
InvBiCGStab: k = 54 resid = 1.026279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197556(s) Flops=357304320 => 1808.62297272672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260353.10005727 Mflops = 260.35310005727 Gflops = 0.26035310005727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007700148 Relative Rsd = 3.37687232304816e-07
BICGSTAB_SOLVER_TIME: 0.419994 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045871 s
InvBiCGStab: k = 66 resid = 1.952121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274476(s) Flops=436045824 => 1588.64827525904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228719.861949074 Mflops = 228.719861949074 Gflops = 0.228719861949075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064076 s
InvBiCGStab: k = 106 resid = 8.453836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445736(s) Flops=698517504 => 1567.11036129009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225633.846714539 Mflops = 225.633846714539 Gflops = 0.225633846714539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001146544 Relative Rsd = 5.02812633035566e-07
BICGSTAB_SOLVER_TIME: 0.83421 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042656 s
InvBiCGStab: k = 61 resid = 2.140555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230271(s) Flops=403236864 => 1751.14045624503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252126.307021247 Mflops = 252.126307021247 Gflops = 0.252126307021247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060535 s
InvBiCGStab: k = 86 resid = 1.114665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33959(s) Flops=567281664 => 1670.48989664007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240507.092499598 Mflops = 240.507092499598 Gflops = 0.240507092499598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001089127 Relative Rsd = 4.77632881620685e-07
BICGSTAB_SOLVER_TIME: 0.676996 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042028 s
InvBiCGStab: k = 76 resid = 2.021849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27965(s) Flops=501663744 => 1793.89860182371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258278.016356042 Mflops = 258.278016356042 Gflops = 0.258278016356042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 103 resid = 5.366757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377256(s) Flops=678832128 => 1799.3938545709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259065.48000801 Mflops = 259.06548000801 Gflops = 0.25906548000801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001175719 Relative Rsd = 5.15607565223924e-07
BICGSTAB_SOLVER_TIME: 0.759269 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040585 s
InvBiCGStab: k = 73 resid = 1.485852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266483(s) Flops=481978368 => 1808.66459774169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260391.903309303 Mflops = 260.391903309303 Gflops = 0.260391903309303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 94 resid = 8.790533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342308(s) Flops=619776000 => 1810.57994554612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260675.055148649 Mflops = 260.675055148649 Gflops = 0.260675055148649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001121811 Relative Rsd = 4.91966107553975e-07
BICGSTAB_SOLVER_TIME: 0.709329 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133831
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030926(s) Flops=1542242304 => 1495.9776977203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215417.283597781 Mflops = 215.417283597781 Gflops = 0.215417283597781 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171223000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041486 s
InvBiCGStab: k = 29 resid = 2.147971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107318(s) Flops=193259520 => 1800.81179298906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.955038423 Mflops = 259.172955038423 Gflops = 0.259172955038423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 55 resid = 1.131529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20155(s) Flops=363866112 => 1805.33918134458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259887.526813212 Mflops = 259.887526813212 Gflops = 0.259887526813212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007569672 Relative Rsd = 3.31965255392516e-07
BICGSTAB_SOLVER_TIME: 0.410617 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043453 s
InvBiCGStab: k = 63 resid = 2.142604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246353(s) Flops=416360448 => 1690.09692595584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243315.739784023 Mflops = 243.315739784023 Gflops = 0.243315739784023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063268 s
InvBiCGStab: k = 101 resid = 9.752998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419591(s) Flops=665708544 => 1586.56535531029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228428.470938457 Mflops = 228.428470938457 Gflops = 0.228428470938457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00114879 Relative Rsd = 5.03797710789655e-07
BICGSTAB_SOLVER_TIME: 0.776419 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04438 s
InvBiCGStab: k = 55 resid = 1.949811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212838(s) Flops=363866112 => 1709.59185859668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246117.579843589 Mflops = 246.117579843589 Gflops = 0.246117579843589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057691 s
InvBiCGStab: k = 89 resid = 1.031452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333935(s) Flops=586967040 => 1757.72842020154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253059.067113685 Mflops = 253.059067113685 Gflops = 0.253059067113685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00110732 Relative Rsd = 4.85611117992131e-07
BICGSTAB_SOLVER_TIME: 0.652695 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 83 resid = 2.275113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304345(s) Flops=547596288 => 1799.26165371536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259056.320437121 Mflops = 259.056320437121 Gflops = 0.259056320437121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 99 resid = 8.833069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361344(s) Flops=652584960 => 1805.99362380446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260023.413926356 Mflops = 260.023413926356 Gflops = 0.260023413926356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001130688 Relative Rsd = 4.95859347220798e-07
BICGSTAB_SOLVER_TIME: 0.767553 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 58 resid = 2.059844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212493(s) Flops=383551488 => 1805.00763789866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.194553393 Mflops = 259.852194553393 Gflops = 0.259852194553393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 78 resid = 7.739237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285043(s) Flops=514787328 => 1805.99884227994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259974.794431598 Mflops = 259.974794431598 Gflops = 0.259974794431598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001081496 Relative Rsd = 4.74286425200625e-07
BICGSTAB_SOLVER_TIME: 0.598111 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111393
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028376(s) Flops=1536270336 => 1493.87999719947 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215103.906558694 Mflops = 215.103906558694 Gflops = 0.215103906558694 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170622000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 2.147419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881241(s) Flops=1584359424 => 1797.87302678836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.492180897 Mflops = 258.822492180897 Gflops = 0.258822492180897 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 299 resid = 9.505511e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.187702(s) Flops=1964943360 => 1654.40772180227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238227.498083777 Mflops = 238.227498083777 Gflops = 0.238227498083777 Tflops
BICGSTAB_SOLVER: 540 iterations. Rsd = 0.002231469 Relative Rsd = 9.81852949266533e-07
BICGSTAB_SOLVER_TIME: 2.07295 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.118244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.385299999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.230212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.696094(s) Flops=1236584448 => 1776.46186865567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255775.133588878 Mflops = 255.775133588878 Gflops = 0.255775133588878 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 8.611161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847237(s) Flops=1525303296 => 1800.32658630348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259232.379937975 Mflops = 259.232379937975 Gflops = 0.259232379937975 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002008107 Relative Rsd = 8.82812389213838e-07
BICGSTAB_SOLVER_TIME: 1.546778 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301813999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985639(s) Flops=1536270336 => 1558.65416851403 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224436.327586075 Mflops = 224.436327586075 Gflops = 0.224436327586075 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170833000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.428057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 25 resid = 1.920492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092755(s) Flops=167012352 => 1800.57519271198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.640924718 Mflops = 259.129640924718 Gflops = 0.259129640924718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 56 resid = 5.917432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205579(s) Flops=370427904 => 1801.87618385146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259391.468386535 Mflops = 259.391468386535 Gflops = 0.259391468386535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.00073293 Relative Rsd = 3.21423825772984e-07
BICGSTAB_SOLVER_TIME: 0.399171 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040827 s
InvBiCGStab: k = 92 resid = 1.047556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33499(s) Flops=606652416 => 1810.95679274008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260726.334102225 Mflops = 260.726334102225 Gflops = 0.260726334102225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 113 resid = 1.117849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411228(s) Flops=744450048 => 1810.30972599142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260645.739401316 Mflops = 260.645739401316 Gflops = 0.260645739401316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001302768 Relative Rsd = 5.7132431858738e-07
BICGSTAB_SOLVER_TIME: 0.847596 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160873999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040882 s
InvBiCGStab: k = 54 resid = 2.209129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197769(s) Flops=357304320 => 1806.67506029762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260093.451952805 Mflops = 260.093451952805 Gflops = 0.260093451952805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 74 resid = 1.023407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307482(s) Flops=488540160 => 1588.84149316058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228747.655387643 Mflops = 228.747655387643 Gflops = 0.228747655387643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001085854 Relative Rsd = 4.76197205459879e-07
BICGSTAB_SOLVER_TIME: 0.606278 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046256 s
InvBiCGStab: k = 80 resid = 1.783381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329563(s) Flops=527910912 => 1601.85127578035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230632.341617041 Mflops = 230.632341617041 Gflops = 0.230632341617041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056858 s
InvBiCGStab: k = 99 resid = 9.249085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370065(s) Flops=652584960 => 1763.43334279113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253892.960509258 Mflops = 253.892960509258 Gflops = 0.253892960509258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001238258 Relative Rsd = 5.43033824874783e-07
BICGSTAB_SOLVER_TIME: 0.806576 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 61 resid = 1.803613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240295(s) Flops=403236864 => 1678.09094654487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241592.25716526 Mflops = 241.59225716526 Gflops = 0.24159225716526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057897 s
InvBiCGStab: k = 92 resid = 7.435976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347469(s) Flops=606652416 => 1745.91809916856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251364.410725423 Mflops = 251.364410725423 Gflops = 0.251364410725423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001077802 Relative Rsd = 4.72666139495441e-07
BICGSTAB_SOLVER_TIME: 0.690787 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123459
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956758(s) Flops=1536049152 => 1605.47301616501 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231172.534451013 Mflops = 231.172534451013 Gflops = 0.231172534451013 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170532000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 34 resid = 1.814658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126834(s) Flops=226068480 => 1782.39651828374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256567.945504567 Mflops = 256.567945504567 Gflops = 0.256567945504567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057144 s
InvBiCGStab: k = 52 resid = 9.061349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192978(s) Flops=344180736 => 1783.52317880795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256740.334654701 Mflops = 256.740334654701 Gflops = 0.256740334654701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008184725 Relative Rsd = 3.58938185273101e-07
BICGSTAB_SOLVER_TIME: 0.421699 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041538 s
InvBiCGStab: k = 93 resid = 2.092854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353729(s) Flops=613214208 => 1733.57063740886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249592.604957785 Mflops = 249.592604957785 Gflops = 0.249592604957785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068617 s
InvBiCGStab: k = 111 resid = 8.008401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.496164(s) Flops=731326464 => 1473.96115800421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212215.557181398 Mflops = 212.215557181398 Gflops = 0.212215557181398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001320397 Relative Rsd = 5.7905555800758e-07
BICGSTAB_SOLVER_TIME: 0.96483 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159899999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040732 s
InvBiCGStab: k = 59 resid = 1.583007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216421(s) Flops=390113280 => 1802.56666404831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259509.411902914 Mflops = 259.509411902914 Gflops = 0.259509411902914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 79 resid = 9.954155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301146(s) Flops=521349120 => 1731.21715048515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249238.467729033 Mflops = 249.238467729033 Gflops = 0.249238467729033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001063752 Relative Rsd = 4.6650443857713e-07
BICGSTAB_SOLVER_TIME: 0.618456 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04171 s
InvBiCGStab: k = 76 resid = 2.212457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318784(s) Flops=501663744 => 1573.67918088737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226575.365423321 Mflops = 226.575365423321 Gflops = 0.226575365423321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067235 s
InvBiCGStab: k = 93 resid = 9.622235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367772(s) Flops=613214208 => 1667.37600469856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240060.487103091 Mflops = 240.060487103091 Gflops = 0.240060487103091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001170365 Relative Rsd = 5.13259562581357e-07
BICGSTAB_SOLVER_TIME: 0.799388 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135044
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 60 resid = 2.124572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223578(s) Flops=396675072 => 1774.21334836165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255432.930631163 Mflops = 255.432930631163 Gflops = 0.255432930631163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056647 s
InvBiCGStab: k = 81 resid = 1.120114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299222(s) Flops=534472704 => 1786.2079125198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257166.425088311 Mflops = 257.166425088311 Gflops = 0.257166425088311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00110381 Relative Rsd = 4.84072058444332e-07
BICGSTAB_SOLVER_TIME: 0.624436 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114922
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94941(s) Flops=1529856000 => 1611.37548582804 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232013.687039075 Mflops = 232.013687039075 Gflops = 0.232013687039075 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170070000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 27 resid = 1.710256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100191(s) Flops=180135936 => 1797.92532263377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258768.86331016 Mflops = 258.76886331016 Gflops = 0.25876886331016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 63 resid = 6.362355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237759(s) Flops=416360448 => 1751.18690775113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252097.238410392 Mflops = 252.097238410392 Gflops = 0.252097238410392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007530514 Relative Rsd = 3.30247993517656e-07
BICGSTAB_SOLVER_TIME: 0.439557 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0786280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042183 s
InvBiCGStab: k = 55 resid = 1.960971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207245(s) Flops=363866112 => 1755.72926729234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252773.525456589 Mflops = 252.773525456589 Gflops = 0.252773525456589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058832 s
InvBiCGStab: k = 83 resid = 1.002699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323886(s) Flops=547596288 => 1690.70687834608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243411.923065509 Mflops = 243.411923065509 Gflops = 0.243411923065509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001071749 Relative Rsd = 4.70011815706228e-07
BICGSTAB_SOLVER_TIME: 0.636084 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041447 s
InvBiCGStab: k = 62 resid = 2.180679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2281(s) Flops=409798656 => 1796.57455501973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.464099666 Mflops = 258.655464099666 Gflops = 0.258655464099666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056861 s
InvBiCGStab: k = 94 resid = 9.098357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345514(s) Flops=619776000 => 1793.77970212495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258253.663593296 Mflops = 258.253663593296 Gflops = 0.258253663593296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001112831 Relative Rsd = 4.8802788973212e-07
BICGSTAB_SOLVER_TIME: 0.675785 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 65 resid = 1.978122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238372(s) Flops=429484032 => 1801.73859345896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259392.351428806 Mflops = 259.392351428806 Gflops = 0.259392351428806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 77 resid = 1.06186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299401(s) Flops=508225536 => 1697.47441057311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244384.399003065 Mflops = 244.384399003065 Gflops = 0.244384399003065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001118334 Relative Rsd = 4.90441189832446e-07
BICGSTAB_SOLVER_TIME: 0.639413 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042582 s
InvBiCGStab: k = 48 resid = 2.069694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209913(s) Flops=317933568 => 1514.5968472653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218038.888276339 Mflops = 218.038888276339 Gflops = 0.218038888276339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063698 s
InvBiCGStab: k = 106 resid = 9.64169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406448(s) Flops=698517504 => 1718.59008778491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247438.657428398 Mflops = 247.438657428398 Gflops = 0.247438657428398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001103884 Relative Rsd = 4.84104528485877e-07
BICGSTAB_SOLVER_TIME: 0.726522 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124076
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987062(s) Flops=1523662848 => 1543.63438973438 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222271.313792484 Mflops = 222.271313792484 Gflops = 0.222271313792484 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169067000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043777 s
InvBiCGStab: k = 25 resid = 2.047292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101346(s) Flops=167012352 => 1647.9422177491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237166.650508931 Mflops = 237.166650508931 Gflops = 0.237166650508931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 52 resid = 7.174255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214556(s) Flops=344180736 => 1604.15339585003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230929.085778851 Mflops = 230.929085778851 Gflops = 0.230929085778851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007616537 Relative Rsd = 3.34020517125938e-07
BICGSTAB_SOLVER_TIME: 0.420361 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045317 s
InvBiCGStab: k = 59 resid = 2.254154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24913(s) Flops=390113280 => 1565.90246056276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225432.004987987 Mflops = 225.432004987987 Gflops = 0.225432004987987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068605 s
InvBiCGStab: k = 106 resid = 3.648807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41028(s) Flops=698517504 => 1702.5385200351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245129.940069258 Mflops = 245.129940069258 Gflops = 0.245129940069258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001208464 Relative Rsd = 5.2996764531107e-07
BICGSTAB_SOLVER_TIME: 0.777191 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041905 s
InvBiCGStab: k = 64 resid = 1.87638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241634(s) Flops=422922240 => 1750.25964889047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251971.412010637 Mflops = 251.971412010637 Gflops = 0.251971412010637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056722 s
InvBiCGStab: k = 85 resid = 1.12597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315874(s) Flops=560719872 => 1775.13778278681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255569.081957812 Mflops = 255.569081957812 Gflops = 0.255569081957812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001058209 Relative Rsd = 4.64073576064396e-07
BICGSTAB_SOLVER_TIME: 0.659931 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12043
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040708 s
InvBiCGStab: k = 69 resid = 1.882037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252083(s) Flops=455731200 => 1807.86169634604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260271.712763024 Mflops = 260.271712763024 Gflops = 0.260271712763024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 87 resid = 8.602891e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31808(s) Flops=573843456 => 1804.08531187123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.073769342 Mflops = 259.742073769342 Gflops = 0.259742073769341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001120482 Relative Rsd = 4.91383535786579e-07
BICGSTAB_SOLVER_TIME: 0.670892 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 63 resid = 2.121162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231122(s) Flops=416360448 => 1801.47475359334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.193104512 Mflops = 259.348193104512 Gflops = 0.259348193104512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05601 s
InvBiCGStab: k = 87 resid = 1.06823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317439(s) Flops=573843456 => 1807.72827535369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260271.773696116 Mflops = 260.271773696116 Gflops = 0.260271773696116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001114427 Relative Rsd = 4.88727935659255e-07
BICGSTAB_SOLVER_TIME: 0.650024 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121375
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009555(s) Flops=1511276544 => 1496.97296729747 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215545.82300216 Mflops = 215.54582300216 Gflops = 0.21554582300216 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167651000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.710919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973486(s) Flops=1656539136 => 1701.65686614908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245024.83636729 Mflops = 245.02483636729 Gflops = 0.24502483636729 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 281 resid = 1.150909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.114004(s) Flops=1846831104 => 1657.831663082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238718.664116182 Mflops = 238.718664116182 Gflops = 0.238718664116182 Tflops
BICGSTAB_SOLVER: 533 iterations. Rsd = 0.002186516 Relative Rsd = 9.62099089145263e-07
BICGSTAB_SOLVER_TIME: 2.090988 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.379931000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.130322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834219(s) Flops=1505617920 => 1804.82333775663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.83713876 Mflops = 259.82883713876 Gflops = 0.25982883713876 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.109387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873971(s) Flops=1577797632 => 1805.32035044641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259953.644203306 Mflops = 259.953644203306 Gflops = 0.259953644203306 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002108634 Relative Rsd = 9.26992930865682e-07
BICGSTAB_SOLVER_TIME: 1.711665 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334676999999999
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.041218(s) Flops=1511276544 => 1451.45065106443 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209021.886670764 Mflops = 209.021886670764 Gflops = 0.209021886670764 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167645000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 25 resid = 2.187715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092646(s) Flops=167012352 => 1802.69360792695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259438.394385793 Mflops = 259.438394385793 Gflops = 0.259438394385793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057176 s
InvBiCGStab: k = 50 resid = 9.61905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183996(s) Flops=331057152 => 1799.26276658188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259013.472026137 Mflops = 259.013472026137 Gflops = 0.259013472026137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007411072 Relative Rsd = 3.25009901910008e-07
BICGSTAB_SOLVER_TIME: 0.378994 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04176 s
InvBiCGStab: k = 88 resid = 2.260671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321996(s) Flops=580405248 => 1802.52316177841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259517.512961526 Mflops = 259.517512961526 Gflops = 0.259517512961526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055837 s
InvBiCGStab: k = 116 resid = 9.501093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446703(s) Flops=764135424 => 1710.61180247278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246291.411629452 Mflops = 246.291411629452 Gflops = 0.246291411629452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001368382 Relative Rsd = 6.00098850765202e-07
BICGSTAB_SOLVER_TIME: 0.870553 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159935999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043566 s
InvBiCGStab: k = 64 resid = 2.128356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279634(s) Flops=422922240 => 1512.41351194776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217746.070220232 Mflops = 217.746070220232 Gflops = 0.217746070220232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061056 s
InvBiCGStab: k = 75 resid = 1.066638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282004(s) Flops=495101952 => 1755.65577793223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252753.39209905 Mflops = 252.75339209905 Gflops = 0.25275339209905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001070229 Relative Rsd = 4.6934495456998e-07
BICGSTAB_SOLVER_TIME: 0.670049 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04146 s
InvBiCGStab: k = 68 resid = 2.19505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252661(s) Flops=449169408 => 1777.75520559168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255938.827394016 Mflops = 255.938827394016 Gflops = 0.255938827394016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 98 resid = 1.056897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361453(s) Flops=646023168 => 1787.29507847493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257327.054131921 Mflops = 257.327054131921 Gflops = 0.257327054131921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001141928 Relative Rsd = 5.00788411845004e-07
BICGSTAB_SOLVER_TIME: 0.716029 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 70 resid = 1.518304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256048(s) Flops=462292992 => 1805.49346997438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259938.798398004 Mflops = 259.938798398004 Gflops = 0.259938798398004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055876 s
InvBiCGStab: k = 95 resid = 1.067632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34663(s) Flops=626337792 => 1806.93474886767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260144.724524728 Mflops = 260.144724524728 Gflops = 0.260144724524728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001152354 Relative Rsd = 5.0536086760099e-07
BICGSTAB_SOLVER_TIME: 0.70361 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132157
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988587(s) Flops=1498816512 => 1516.11998943947 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218316.135251766 Mflops = 218.316135251766 Gflops = 0.218316135251766 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166264000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 28 resid = 2.167492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103465(s) Flops=186697728 => 1804.4529841009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.853308318 Mflops = 259.701853308318 Gflops = 0.259701853308318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 56 resid = 1.073474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205123(s) Flops=370427904 => 1805.8818562521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.501123153 Mflops = 259.969501123153 Gflops = 0.259969501123153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0008170278 Relative Rsd = 3.58304611034788e-07
BICGSTAB_SOLVER_TIME: 0.409342 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0744640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040758 s
InvBiCGStab: k = 81 resid = 2.149215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297029(s) Flops=534472704 => 1799.39569536981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259066.826640188 Mflops = 259.066826640188 Gflops = 0.259066826640188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 118 resid = 1.016386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429993(s) Flops=777259008 => 1807.60851455721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260256.843414763 Mflops = 260.256843414763 Gflops = 0.260256843414763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001317767 Relative Rsd = 5.77901901515787e-07
BICGSTAB_SOLVER_TIME: 0.828181 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156415999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046526 s
InvBiCGStab: k = 60 resid = 2.121713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25239(s) Flops=396675072 => 1571.67507428979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226277.616648742 Mflops = 226.277616648742 Gflops = 0.226277616648742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060126 s
InvBiCGStab: k = 86 resid = 8.874678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366865(s) Flops=567281664 => 1546.29540566693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222624.422893223 Mflops = 222.624422893223 Gflops = 0.222624422893223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001083289 Relative Rsd = 4.75072445262919e-07
BICGSTAB_SOLVER_TIME: 0.731305 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040818 s
InvBiCGStab: k = 66 resid = 1.878909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249176(s) Flops=436045824 => 1749.95113494076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251939.410937037 Mflops = 251.939410937037 Gflops = 0.251939410937037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056406 s
InvBiCGStab: k = 92 resid = 1.101326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340584(s) Flops=606652416 => 1781.21231766613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256449.521137522 Mflops = 256.449521137522 Gflops = 0.256449521137522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001207323 Relative Rsd = 5.29467167610975e-07
BICGSTAB_SOLVER_TIME: 0.690868 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 73 resid = 1.400718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275584(s) Flops=481978368 => 1748.93450998607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251807.070104995 Mflops = 251.807070104995 Gflops = 0.251807070104995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058898 s
InvBiCGStab: k = 93 resid = 9.190543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358984(s) Flops=613214208 => 1708.19370222628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245941.517831112 Mflops = 245.941517831112 Gflops = 0.245941517831112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001226708 Relative Rsd = 5.37968600500892e-07
BICGSTAB_SOLVER_TIME: 0.738704 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132722
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929457(s) Flops=1486282752 => 1599.08715734025 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230245.946340541 Mflops = 230.245946340541 Gflops = 0.230245946340541 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165405000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 32 resid = 2.163379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118607(s) Flops=212944896 => 1795.38219498006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.911210363 Mflops = 258.427911210363 Gflops = 0.258427911210363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055811 s
InvBiCGStab: k = 54 resid = 8.903431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19802(s) Flops=357304320 => 1804.38501161499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259743.457659231 Mflops = 259.743457659231 Gflops = 0.259743457659231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000779034 Relative Rsd = 3.41642604110883e-07
BICGSTAB_SOLVER_TIME: 0.417178 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040706 s
InvBiCGStab: k = 53 resid = 1.689909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194336(s) Flops=350742528 => 1804.82529227729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259821.272041324 Mflops = 259.821272041324 Gflops = 0.259821272041324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 101 resid = 9.032216e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368246(s) Flops=665708544 => 1807.78214563091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260278.38269865 Mflops = 260.27838269865 Gflops = 0.26027838269865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00115655 Relative Rsd = 5.07200887675369e-07
BICGSTAB_SOLVER_TIME: 0.663105 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124281000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 56 resid = 2.220051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205902(s) Flops=370427904 => 1799.04956726987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259003.326708295 Mflops = 259.003326708295 Gflops = 0.259003326708295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 81 resid = 1.09312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296249(s) Flops=534472704 => 1804.13336078772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.59915508 Mflops = 259.73459915508 Gflops = 0.25973459915508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001059398 Relative Rsd = 4.64595138870085e-07
BICGSTAB_SOLVER_TIME: 0.6029 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 71 resid = 1.891042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29567(s) Flops=468854784 => 1585.73674704907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228312.287251611 Mflops = 228.312287251611 Gflops = 0.228312287251611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064498 s
InvBiCGStab: k = 98 resid = 1.075601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401333(s) Flops=646023168 => 1609.6936160246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231750.783398179 Mflops = 231.750783398179 Gflops = 0.231750783398179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001207153 Relative Rsd = 5.29392629465291e-07
BICGSTAB_SOLVER_TIME: 0.807237 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041582 s
InvBiCGStab: k = 59 resid = 2.096291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220456(s) Flops=390113280 => 1769.57433682912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254750.093460596 Mflops = 254.750093460596 Gflops = 0.254750093460596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057188 s
InvBiCGStab: k = 97 resid = 8.860366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357857(s) Flops=639461376 => 1786.91873010728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257267.226636214 Mflops = 257.267226636214 Gflops = 0.257267226636214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001110094 Relative Rsd = 4.8682772347956e-07
BICGSTAB_SOLVER_TIME: 0.680968 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125803
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918401(s) Flops=1473822720 => 1604.77037808103 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231070.900352267 Mflops = 231.070900352267 Gflops = 0.231070900352267 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 27 resid = 1.906262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101719(s) Flops=180135936 => 1770.91729175474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254854.7156157 Mflops = 254.8547156157 Gflops = 0.2548547156157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05791 s
InvBiCGStab: k = 51 resid = 7.971885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192204(s) Flops=337618944 => 1756.56564899794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252854.05970965 Mflops = 252.85405970965 Gflops = 0.25285405970965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007458415 Relative Rsd = 3.27086146641975e-07
BICGSTAB_SOLVER_TIME: 0.396966 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 62 resid = 1.930088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227911(s) Flops=409798656 => 1798.06440233249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258865.453378894 Mflops = 258.865453378894 Gflops = 0.258865453378894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 90 resid = 1.043723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328639(s) Flops=593528832 => 1806.02068531124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.701122177 Mflops = 260.010701122177 Gflops = 0.260010701122177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001116919 Relative Rsd = 4.89821042671061e-07
BICGSTAB_SOLVER_TIME: 0.658056 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 59 resid = 1.215011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223363(s) Flops=390113280 => 1746.54387700738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251444.507987133 Mflops = 251.444507987133 Gflops = 0.251444507987133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059067 s
InvBiCGStab: k = 77 resid = 8.276513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298375(s) Flops=508225536 => 1703.31139002933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245226.397831639 Mflops = 245.226397831639 Gflops = 0.245226397831639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001071992 Relative Rsd = 4.70118109144114e-07
BICGSTAB_SOLVER_TIME: 0.625692 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041885 s
InvBiCGStab: k = 71 resid = 1.646582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260967(s) Flops=468854784 => 1796.60563979354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258642.936933723 Mflops = 258.642936933723 Gflops = 0.258642936933723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 94 resid = 8.485553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380061(s) Flops=619776000 => 1630.72769897464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234785.072167384 Mflops = 234.785072167384 Gflops = 0.234785072167385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001145748 Relative Rsd = 5.0246388641011e-07
BICGSTAB_SOLVER_TIME: 0.743736 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048803 s
InvBiCGStab: k = 54 resid = 2.259509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2281(s) Flops=357304320 => 1566.4371766769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225506.757219316 Mflops = 225.506757219316 Gflops = 0.225506757219316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060408 s
InvBiCGStab: k = 94 resid = 6.272259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350144(s) Flops=619776000 => 1770.06031804058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254839.204748078 Mflops = 254.839204748078 Gflops = 0.254839204748078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00109439 Relative Rsd = 4.79940705139516e-07
BICGSTAB_SOLVER_TIME: 0.691389 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119827
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91204(s) Flops=1461288960 => 1602.22025349765 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230696.645901379 Mflops = 230.696645901379 Gflops = 0.230696645901379 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162296000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021357
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 1.751183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.029569(s) Flops=1689348096 => 1640.83038242216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236242.938897246 Mflops = 236.242938897246 Gflops = 0.236242938897246 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.09504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.006388(s) Flops=1794336768 => 1782.94730064349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256731.923684184 Mflops = 256.731923684184 Gflops = 0.256731923684184 Tflops
BICGSTAB_SOLVER: 530 iterations. Rsd = 0.002117412 Relative Rsd = 9.31743521745982e-07
BICGSTAB_SOLVER_TIME: 2.039468 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378166
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.085395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.68474(s) Flops=1236584448 => 1805.91822881678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.366508951 Mflops = 260.054366508951 Gflops = 0.260054366508951 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.116811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836256(s) Flops=1413752832 => 1690.57421650786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243431.815513825 Mflops = 243.431815513825 Gflops = 0.243431815513825 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002217468 Relative Rsd = 9.74839268463938e-07
BICGSTAB_SOLVER_TIME: 1.525049 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.121738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287833999999998
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926938(s) Flops=1461288960 => 1576.46893319726 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226987.63889259 Mflops = 226.98763889259 Gflops = 0.22698763889259 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162070000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042719 s
InvBiCGStab: k = 29 resid = 1.666428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116804(s) Flops=193259520 => 1654.56251498236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238179.119364099 Mflops = 238.179119364099 Gflops = 0.238179119364099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 51 resid = 1.044991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189076(s) Flops=337618944 => 1785.62558970996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257046.174728986 Mflops = 257.046174728986 Gflops = 0.257046174728986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007519606 Relative Rsd = 3.29769647520406e-07
BICGSTAB_SOLVER_TIME: 0.40912 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044474 s
InvBiCGStab: k = 83 resid = 2.099107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338209(s) Flops=547596288 => 1619.10619764702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233105.807854231 Mflops = 233.105807854231 Gflops = 0.233105807854231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063733 s
InvBiCGStab: k = 95 resid = 1.120644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386957(s) Flops=626337792 => 1618.62375406053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233046.551130753 Mflops = 233.046551130753 Gflops = 0.233046551130753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001271602 Relative Rsd = 5.57656626398703e-07
BICGSTAB_SOLVER_TIME: 0.837136 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 56 resid = 1.801338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208571(s) Flops=370427904 => 1776.02784663256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255670.545189101 Mflops = 255.670545189101 Gflops = 0.255670545189101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 82 resid = 8.95142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301842(s) Flops=541034496 => 1792.44272168883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258055.836803338 Mflops = 258.055836803338 Gflops = 0.258055836803337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001114529 Relative Rsd = 4.8877270960019e-07
BICGSTAB_SOLVER_TIME: 0.611835 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 72 resid = 1.944466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263615(s) Flops=475416576 => 1803.45039546308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.187175571 Mflops = 259.646187175571 Gflops = 0.259646187175571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055969 s
InvBiCGStab: k = 99 resid = 1.12799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361305(s) Flops=652584960 => 1806.18856644663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.164824589 Mflops = 260.046164824589 Gflops = 0.260046164824589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001160335 Relative Rsd = 5.08860944076093e-07
BICGSTAB_SOLVER_TIME: 0.72608 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 57 resid = 2.179507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20863(s) Flops=376989696 => 1806.97740497532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260144.470160961 Mflops = 260.144470160961 Gflops = 0.260144470160961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 100 resid = 1.064272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364344(s) Flops=659146752 => 1809.13299519136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260464.300210599 Mflops = 260.464300210599 Gflops = 0.260464300210599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001101621 Relative Rsd = 4.8311189481017e-07
BICGSTAB_SOLVER_TIME: 0.674057 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126386
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979826(s) Flops=1455095808 => 1485.05531390267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213835.054298692 Mflops = 213.835054298692 Gflops = 0.213835054298692 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161265000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041884 s
InvBiCGStab: k = 27 resid = 1.968062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100088(s) Flops=180135936 => 1799.77555750939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.599557207 Mflops = 259.044599557207 Gflops = 0.259044599557207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056933 s
InvBiCGStab: k = 51 resid = 9.744031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189705(s) Flops=337618944 => 1779.70503676761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256221.00565841 Mflops = 256.22100565841 Gflops = 0.25622100565841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007726238 Relative Rsd = 3.38831392841064e-07
BICGSTAB_SOLVER_TIME: 0.392517 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042023 s
InvBiCGStab: k = 79 resid = 1.96611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289625(s) Flops=521349120 => 1800.08328010358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.934308409 Mflops = 259.168934308409 Gflops = 0.259168934308409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065021 s
InvBiCGStab: k = 106 resid = 1.008019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436429(s) Flops=698517504 => 1600.52953401355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230449.1178882 Mflops = 230.4491178882 Gflops = 0.2304491178882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001278306 Relative Rsd = 5.60596543603638e-07
BICGSTAB_SOLVER_TIME: 0.837671 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04493 s
InvBiCGStab: k = 66 resid = 1.649889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248723(s) Flops=436045824 => 1753.13832657213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252400.573821235 Mflops = 252.400573821235 Gflops = 0.252400573821235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 82 resid = 1.145928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307534(s) Flops=541034496 => 1759.2672550027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253273.432574564 Mflops = 253.273432574564 Gflops = 0.253273432574564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00105066 Relative Rsd = 4.60763316593165e-07
BICGSTAB_SOLVER_TIME: 0.661582 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 70 resid = 2.227851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256442(s) Flops=462292992 => 1802.71949212687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.844631453 Mflops = 259.555844631453 Gflops = 0.259555844631453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 91 resid = 1.141082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33262(s) Flops=600090624 => 1804.13271601227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259744.401246625 Mflops = 259.744401246625 Gflops = 0.259744401246625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001172544 Relative Rsd = 5.14214876130698e-07
BICGSTAB_SOLVER_TIME: 0.690459 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 61 resid = 2.122167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225876(s) Flops=403236864 => 1785.21340912713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257017.511995817 Mflops = 257.017511995817 Gflops = 0.257017511995817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 86 resid = 6.566964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313826(s) Flops=567281664 => 1807.63118415937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260261.692292793 Mflops = 260.261692292793 Gflops = 0.260261692292793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001106628 Relative Rsd = 4.85307706896378e-07
BICGSTAB_SOLVER_TIME: 0.640702 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120856
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008701(s) Flops=1454948352 => 1442.39804659656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207689.600479864 Mflops = 207.689600479864 Gflops = 0.207689600479864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161406000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042168 s
InvBiCGStab: k = 28 resid = 2.073645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107228(s) Flops=186697728 => 1741.12851120976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250604.791840651 Mflops = 250.604791840651 Gflops = 0.250604791840651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058657 s
InvBiCGStab: k = 52 resid = 6.102705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195477(s) Flops=344180736 => 1760.72241747111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253463.681622011 Mflops = 253.463681622011 Gflops = 0.253463681622011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007595572 Relative Rsd = 3.33101119731042e-07
BICGSTAB_SOLVER_TIME: 0.407419 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 60 resid = 1.591055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232948(s) Flops=396675072 => 1702.84815495304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245159.099485751 Mflops = 245.159099485751 Gflops = 0.245159099485751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 81 resid = 1.142227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302111(s) Flops=534472704 => 1769.12692354797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254696.855547406 Mflops = 254.696855547406 Gflops = 0.254696855547406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001163416 Relative Rsd = 5.10211922439851e-07
BICGSTAB_SOLVER_TIME: 0.636043 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047505 s
InvBiCGStab: k = 56 resid = 2.015186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239618(s) Flops=370427904 => 1545.91017369313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222562.024828051 Mflops = 222.562024828051 Gflops = 0.222562024828051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065387 s
InvBiCGStab: k = 75 resid = 1.10888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312758(s) Flops=495101952 => 1583.01930566125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227902.173170831 Mflops = 227.902173170831 Gflops = 0.227902173170831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001047083 Relative Rsd = 4.59194646001191e-07
BICGSTAB_SOLVER_TIME: 0.669562 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042472 s
InvBiCGStab: k = 61 resid = 1.891123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232027(s) Flops=403236864 => 1737.88767686519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250198.779822608 Mflops = 250.198779822608 Gflops = 0.250198779822608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058156 s
InvBiCGStab: k = 93 resid = 7.570704e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350352(s) Flops=613214208 => 1750.28031237156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251991.396001097 Mflops = 251.991396001097 Gflops = 0.251991396001097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001113469 Relative Rsd = 4.88307969367203e-07
BICGSTAB_SOLVER_TIME: 0.686865 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041559 s
InvBiCGStab: k = 57 resid = 1.967793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217455(s) Flops=376989696 => 1733.64464371939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249596.03921259 Mflops = 249.59603921259 Gflops = 0.24959603921259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 96 resid = 1.008607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350918(s) Flops=632899584 => 1803.5540610627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.752425226 Mflops = 259.659752425226 Gflops = 0.259659752425226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001075435 Relative Rsd = 4.71628323450604e-07
BICGSTAB_SOLVER_TIME: 0.670638 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12378
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920546(s) Flops=1448681472 => 1573.71980541983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226608.402426143 Mflops = 226.608402426143 Gflops = 0.226608402426143 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160814000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042618 s
InvBiCGStab: k = 27 resid = 2.055367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108339(s) Flops=180135936 => 1662.70628305596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239402.777413769 Mflops = 239.402777413769 Gflops = 0.239402777413769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058044 s
InvBiCGStab: k = 46 resid = 1.113562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175696(s) Flops=304809984 => 1734.87150532738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249730.676918401 Mflops = 249.730676918401 Gflops = 0.249730676918401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007591323 Relative Rsd = 3.3291474884007e-07
BICGSTAB_SOLVER_TIME: 0.388539 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662770000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 66 resid = 6.854838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253152(s) Flops=436045824 => 1722.46643913538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247976.271658709 Mflops = 247.976271658709 Gflops = 0.247976271658709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057269 s
InvBiCGStab: k = 94 resid = 1.057976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347223(s) Flops=619776000 => 1784.95088171002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256986.289292979 Mflops = 256.986289292979 Gflops = 0.256986289292979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001165204 Relative Rsd = 5.10995900361167e-07
BICGSTAB_SOLVER_TIME: 0.703046 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 61 resid = 1.9313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231747(s) Flops=403236864 => 1739.98741731285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250513.792995534 Mflops = 250.513792995534 Gflops = 0.250513792995534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058513 s
InvBiCGStab: k = 84 resid = 1.113463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315813(s) Flops=554158080 => 1754.703194612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252616.746048713 Mflops = 252.616746048713 Gflops = 0.252616746048713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001093227 Relative Rsd = 4.79430680430351e-07
BICGSTAB_SOLVER_TIME: 0.651209 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117682
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045322 s
InvBiCGStab: k = 68 resid = 2.174575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286776(s) Flops=449169408 => 1566.2726587999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225498.196928768 Mflops = 225.498196928768 Gflops = 0.225498196928768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063818 s
InvBiCGStab: k = 105 resid = 9.214028e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427714(s) Flops=691955712 => 1617.80000654643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232924.036740516 Mflops = 232.924036740516 Gflops = 0.232924036740516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.00113042 Relative Rsd = 4.95741617793437e-07
BICGSTAB_SOLVER_TIME: 0.827607 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04415 s
InvBiCGStab: k = 56 resid = 1.415226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214829(s) Flops=370427904 => 1724.29189727644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248229.908553398 Mflops = 248.229908553398 Gflops = 0.248229908553398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059373 s
InvBiCGStab: k = 81 resid = 1.071728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302624(s) Flops=534472704 => 1766.12794755208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254277.296587927 Mflops = 254.277296587927 Gflops = 0.254277296587927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001059065 Relative Rsd = 4.6444907473666e-07
BICGSTAB_SOLVER_TIME: 0.624777 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112214
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932748(s) Flops=1448607744 => 1553.05371225669 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223616.78126523 Mflops = 223.61678126523 Gflops = 0.22361678126523 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160568000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.982536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891196(s) Flops=1590921216 => 1785.15300337973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256974.64142721 Mflops = 256.97464142721 Gflops = 0.25697464142721 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 9.794575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951528(s) Flops=1715595264 => 1802.98978485131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.313973849 Mflops = 259.619313973849 Gflops = 0.259619313973849 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.002113269 Relative Rsd = 9.2998260916668e-07
BICGSTAB_SOLVER_TIME: 1.846151 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359012999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.083179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738567(s) Flops=1275955200 => 1727.6092758003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248704.789273065 Mflops = 248.704789273065 Gflops = 0.248704789273065 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 9.760842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909488(s) Flops=1485932544 => 1633.81214925321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235256.867479482 Mflops = 235.256867479482 Gflops = 0.235256867479482 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002101978 Relative Rsd = 9.24077925191383e-07
BICGSTAB_SOLVER_TIME: 1.651476 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.118338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300045999999999
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906073(s) Flops=1448607744 => 1598.77597500422 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230245.267936325 Mflops = 230.245267936325 Gflops = 0.230245267936325 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160710000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044668 s
InvBiCGStab: k = 35 resid = 1.924232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138004(s) Flops=232630272 => 1685.67774847106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242646.020753628 Mflops = 242.646020753628 Gflops = 0.242646020753628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063607 s
InvBiCGStab: k = 61 resid = 1.11108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253652(s) Flops=403236864 => 1589.72475675335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228862.895604076 Mflops = 228.862895604076 Gflops = 0.228862895604076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0008102712 Relative Rsd = 3.55341566583281e-07
BICGSTAB_SOLVER_TIME: 0.504357 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0826880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04224 s
InvBiCGStab: k = 81 resid = 1.847035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302219(s) Flops=534472704 => 1768.49471409805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254622.663863365 Mflops = 254.622663863365 Gflops = 0.254622663863365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056723 s
InvBiCGStab: k = 115 resid = 1.05304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426867(s) Flops=757573632 => 1774.72990884749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255525.884689145 Mflops = 255.525884689145 Gflops = 0.255525884689145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001302332 Relative Rsd = 5.71133123138348e-07
BICGSTAB_SOLVER_TIME: 0.831909 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154455999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 64 resid = 1.624897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234248(s) Flops=422922240 => 1805.44653529593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.560917818 Mflops = 259.925560917818 Gflops = 0.259925560917818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055704 s
InvBiCGStab: k = 77 resid = 1.133548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281103(s) Flops=508225536 => 1807.96909317937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260289.034259643 Mflops = 260.289034259643 Gflops = 0.260289034259643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001119655 Relative Rsd = 4.91020647334852e-07
BICGSTAB_SOLVER_TIME: 0.615783 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 63 resid = 2.114557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231229(s) Flops=416360448 => 1800.64113065403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259238.952257421 Mflops = 259.238952257421 Gflops = 0.259238952257421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 91 resid = 1.115936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332643(s) Flops=600090624 => 1804.00797251107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259725.995222926 Mflops = 259.725995222926 Gflops = 0.259725995222926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001149673 Relative Rsd = 5.04185002826065e-07
BICGSTAB_SOLVER_TIME: 0.664904 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04082 s
InvBiCGStab: k = 59 resid = 2.240155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248724(s) Flops=390113280 => 1568.45853234911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225809.571183236 Mflops = 225.809571183236 Gflops = 0.225809571183236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060071 s
InvBiCGStab: k = 88 resid = 1.124449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365195(s) Flops=580405248 => 1589.30228508057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228823.862107531 Mflops = 228.823862107531 Gflops = 0.228823862107531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001090835 Relative Rsd = 4.78381938931283e-07
BICGSTAB_SOLVER_TIME: 0.719076 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119229
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918889(s) Flops=1448312832 => 1576.15645850587 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226949.943178672 Mflops = 226.949943178672 Gflops = 0.226949943178672 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160843000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04065 s
InvBiCGStab: k = 32 resid = 1.930094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118304(s) Flops=212944896 => 1799.9805247498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259085.886298055 Mflops = 259.085886298055 Gflops = 0.259085886298055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 56 resid = 1.135929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218085(s) Flops=370427904 => 1698.54829080404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244521.033645795 Mflops = 244.521033645795 Gflops = 0.244521033645795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007803099 Relative Rsd = 3.42202125211995e-07
BICGSTAB_SOLVER_TIME: 0.437621 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04335 s
InvBiCGStab: k = 79 resid = 2.190968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332898(s) Flops=521349120 => 1566.09267703621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225483.088464515 Mflops = 225.483088464515 Gflops = 0.225483088464515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062945 s
InvBiCGStab: k = 106 resid = 9.119075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400707(s) Flops=698517504 => 1743.21263167352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250989.438993494 Mflops = 250.989438993494 Gflops = 0.250989438993494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001284195 Relative Rsd = 5.63179290351585e-07
BICGSTAB_SOLVER_TIME: 0.84376 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041725 s
InvBiCGStab: k = 56 resid = 2.067033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207482(s) Flops=370427904 => 1785.34959177182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257020.781571382 Mflops = 257.020781571382 Gflops = 0.257020781571382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057133 s
InvBiCGStab: k = 73 resid = 1.035261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266978(s) Flops=481978368 => 1805.31117919829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.766324965 Mflops = 259.912766324965 Gflops = 0.259912766324965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001046314 Relative Rsd = 4.58857080097587e-07
BICGSTAB_SOLVER_TIME: 0.577204 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 67 resid = 2.032715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246819(s) Flops=442607616 => 1793.24774835001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258183.727519636 Mflops = 258.183727519636 Gflops = 0.258183727519636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059992 s
InvBiCGStab: k = 94 resid = 1.083334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364817(s) Flops=619776000 => 1698.86819967271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244590.815808801 Mflops = 244.590815808801 Gflops = 0.244590815808801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001176081 Relative Rsd = 5.15766188524362e-07
BICGSTAB_SOLVER_TIME: 0.71657 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041945 s
InvBiCGStab: k = 61 resid = 1.883079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224897(s) Flops=403236864 => 1792.98462851883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258137.569629752 Mflops = 258.137569629752 Gflops = 0.258137569629752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056769 s
InvBiCGStab: k = 94 resid = 1.097409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348401(s) Flops=619776000 => 1778.91567475409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256112.256788554 Mflops = 256.112256788554 Gflops = 0.256112256788554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001135788 Relative Rsd = 4.98095695805412e-07
BICGSTAB_SOLVER_TIME: 0.676449 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124971
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.959223(s) Flops=1435631616 => 1496.66095996447 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215499.656385694 Mflops = 215.499656385694 Gflops = 0.215499656385694 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159027000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 27 resid = 2.031413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099766(s) Flops=180135936 => 1805.58442756049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.521110024 Mflops = 259.863521110024 Gflops = 0.259863521110024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 54 resid = 1.094795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198471(s) Flops=357304320 => 1800.28477712109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.339205695 Mflops = 259.157339205695 Gflops = 0.259157339205695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007574154 Relative Rsd = 3.32161836988376e-07
BICGSTAB_SOLVER_TIME: 0.399377 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 61 resid = 2.151939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224507(s) Flops=403236864 => 1796.09929311781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258583.468700582 Mflops = 258.583468700582 Gflops = 0.258583468700582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063808 s
InvBiCGStab: k = 83 resid = 9.651659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348172(s) Flops=547596288 => 1572.77520306056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226441.266471881 Mflops = 226.441266471881 Gflops = 0.226441266471881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001104743 Relative Rsd = 4.84481201389202e-07
BICGSTAB_SOLVER_TIME: 0.681932 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047504 s
InvBiCGStab: k = 63 resid = 8.122589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258895(s) Flops=416360448 => 1608.22127889685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231537.005255586 Mflops = 231.537005255586 Gflops = 0.231537005255586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060818 s
InvBiCGStab: k = 86 resid = 1.109852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327228(s) Flops=567281664 => 1733.59756500055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249585.580223038 Mflops = 249.585580223038 Gflops = 0.249585580223038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001066697 Relative Rsd = 4.67795990638439e-07
BICGSTAB_SOLVER_TIME: 0.698363 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041475 s
InvBiCGStab: k = 65 resid = 1.795649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240666(s) Flops=429484032 => 1784.56463314303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256928.53254845 Mflops = 256.92853254845 Gflops = 0.25692853254845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 93 resid = 1.116371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342488(s) Flops=613214208 => 1790.46917848217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257770.361131632 Mflops = 257.770361131632 Gflops = 0.257770361131632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001087585 Relative Rsd = 4.76956575582415e-07
BICGSTAB_SOLVER_TIME: 0.685064 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041695 s
InvBiCGStab: k = 55 resid = 2.249024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202519(s) Flops=363866112 => 1796.70110952553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.364418486 Mflops = 258.665364418486 Gflops = 0.258665364418486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 93 resid = 1.099984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339081(s) Flops=613214208 => 1808.45935926814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260367.415615186 Mflops = 260.367415615186 Gflops = 0.260367415615186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001110441 Relative Rsd = 4.86980067196492e-07
BICGSTAB_SOLVER_TIME: 0.643672 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11989
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940523(s) Flops=1423024128 => 1513.01364028312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217858.557321844 Mflops = 217.858557321844 Gflops = 0.217858557321844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159407000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 27 resid = 2.036224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099963(s) Flops=180135936 => 1802.02610966057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.145237587 Mflops = 259.352145237587 Gflops = 0.259352145237587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 55 resid = 9.428634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201373(s) Flops=363866112 => 1806.9260129213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260116.479441467 Mflops = 260.116479441467 Gflops = 0.260116479441467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007479873 Relative Rsd = 3.28027165204472e-07
BICGSTAB_SOLVER_TIME: 0.402871 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728280000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04258 s
InvBiCGStab: k = 59 resid = 2.009082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228303(s) Flops=390113280 => 1708.7523160011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246005.551294012 Mflops = 246.005551294012 Gflops = 0.246005551294012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056755 s
InvBiCGStab: k = 100 resid = 1.037965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3678(s) Flops=659146752 => 1792.13363784666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258027.553164546 Mflops = 258.027553164546 Gflops = 0.258027553164546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001131027 Relative Rsd = 4.96007912976921e-07
BICGSTAB_SOLVER_TIME: 0.699311 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04146 s
InvBiCGStab: k = 58 resid = 2.08415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246182(s) Flops=383551488 => 1557.99972378159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224300.646755233 Mflops = 224.300646755233 Gflops = 0.224300646755233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060857 s
InvBiCGStab: k = 86 resid = 1.11851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354444(s) Flops=567281664 => 1600.48319057453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230427.309142757 Mflops = 230.427309142757 Gflops = 0.230427309142757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001066248 Relative Rsd = 4.67599281408768e-07
BICGSTAB_SOLVER_TIME: 0.707238 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 67 resid = 2.049557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253067(s) Flops=442607616 => 1748.9740503503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251814.209727831 Mflops = 251.814209727831 Gflops = 0.251814209727831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059564 s
InvBiCGStab: k = 94 resid = 1.056207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348512(s) Flops=619776000 => 1778.34909558351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256046.096878968 Mflops = 256.046096878968 Gflops = 0.256046096878968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001130134 Relative Rsd = 4.95616026123312e-07
BICGSTAB_SOLVER_TIME: 0.705993 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 58 resid = 1.781098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212776(s) Flops=383551488 => 1802.60691055382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.214045112 Mflops = 259.508214045112 Gflops = 0.259508214045112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 91 resid = 1.011426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331766(s) Flops=600090624 => 1808.77674023257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260412.704948569 Mflops = 260.412704948569 Gflops = 0.260412704948569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00110798 Relative Rsd = 4.85900642529236e-07
BICGSTAB_SOLVER_TIME: 0.645619 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120666
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892748(s) Flops=1429143552 => 1600.83646448942 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230508.414227887 Mflops = 230.508414227887 Gflops = 0.230508414227887 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.344392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937977(s) Flops=1682786304 => 1794.05924025856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258305.504508702 Mflops = 258.305504508702 Gflops = 0.258305504508702 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.134221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989945(s) Flops=1787774976 => 1805.93363873751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.253240597 Mflops = 260.046253240597 Gflops = 0.260046253240597 Tflops
BICGSTAB_SOLVER: 528 iterations. Rsd = 0.002172278 Relative Rsd = 9.56017564227279e-07
BICGSTAB_SOLVER_TIME: 1.931316 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0.116404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.377214999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.766038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850954(s) Flops=1394067456 => 1638.24067575921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235838.412244808 Mflops = 235.838412244808 Gflops = 0.235838412244808 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 9.880965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882868(s) Flops=1564674048 => 1772.26272557166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255192.799156362 Mflops = 255.192799156362 Gflops = 0.255192799156362 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.002375972 Relative Rsd = 1.04455657788953e-06
BICGSTAB_SOLVER_TIME: 1.737335 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321024999999999
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915122(s) Flops=1429143552 => 1561.69729500547 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224864.18646187 Mflops = 224.86418646187 Gflops = 0.22486418646187 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158560000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042563 s
InvBiCGStab: k = 38 resid = 2.256652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141828(s) Flops=252315648 => 1779.02563668669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256094.035983945 Mflops = 256.094035983945 Gflops = 0.256094035983945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057656 s
InvBiCGStab: k = 49 resid = 1.121487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181756(s) Flops=324495360 => 1785.33506459209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256995.645132037 Mflops = 256.995645132037 Gflops = 0.256995645132037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007923078 Relative Rsd = 3.4746375249441e-07
BICGSTAB_SOLVER_TIME: 0.427622 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041922 s
InvBiCGStab: k = 79 resid = 1.826931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288726(s) Flops=521349120 => 1805.68816109391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.325383024 Mflops = 259.977325383024 Gflops = 0.259977325383024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 100 resid = 1.044596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365257(s) Flops=659146752 => 1804.61086851176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259819.230227494 Mflops = 259.819230227494 Gflops = 0.259819230227494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001308253 Relative Rsd = 5.73729756444943e-07
BICGSTAB_SOLVER_TIME: 0.756097 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04118 s
InvBiCGStab: k = 55 resid = 1.817519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202408(s) Flops=363866112 => 1797.6864155567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258778.876205132 Mflops = 258.778876205132 Gflops = 0.258778876205132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056267 s
InvBiCGStab: k = 83 resid = 1.016487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302757(s) Flops=547596288 => 1808.69901604257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260395.976640381 Mflops = 260.395976640381 Gflops = 0.260395976640381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001077126 Relative Rsd = 4.7236987589311e-07
BICGSTAB_SOLVER_TIME: 0.606426 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041063 s
InvBiCGStab: k = 65 resid = 2.198671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238103(s) Flops=429484032 => 1803.77413136332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259680.900516057 Mflops = 259.680900516057 Gflops = 0.259680900516057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061101 s
InvBiCGStab: k = 93 resid = 7.279992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390029(s) Flops=613214208 => 1572.22721387384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226365.57759634 Mflops = 226.36557759634 Gflops = 0.22636557759634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001156549 Relative Rsd = 5.072003260866e-07
BICGSTAB_SOLVER_TIME: 0.73413 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047997 s
InvBiCGStab: k = 61 resid = 2.080893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23713(s) Flops=403236864 => 1700.48860962341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244807.800749811 Mflops = 244.807800749811 Gflops = 0.244807800749811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061563 s
InvBiCGStab: k = 92 resid = 1.078832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365249(s) Flops=606652416 => 1660.92834203516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239123.511498459 Mflops = 239.123511498459 Gflops = 0.239123511498459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001134572 Relative Rsd = 4.97562543849674e-07
BICGSTAB_SOLVER_TIME: 0.715825 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123294
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901886(s) Flops=1441824768 => 1598.67740268726 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230185.411788548 Mflops = 230.185411788548 Gflops = 0.230185411788548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160138000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042696 s
InvBiCGStab: k = 27 resid = 2.174473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109678(s) Flops=180135936 => 1642.40719196192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236400.004352993 Mflops = 236.400004352993 Gflops = 0.236400004352993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064146 s
InvBiCGStab: k = 51 resid = 9.296842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21917(s) Flops=337618944 => 1540.44323584432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221749.615798345 Mflops = 221.749615798345 Gflops = 0.221749615798345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007999245 Relative Rsd = 3.50804056964775e-07
BICGSTAB_SOLVER_TIME: 0.439859 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698810000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 78 resid = 1.962548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292214(s) Flops=514787328 => 1761.67920770394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253639.931345858 Mflops = 253.639931345858 Gflops = 0.253639931345858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057051 s
InvBiCGStab: k = 96 resid = 1.130008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354099(s) Flops=632899584 => 1787.35207950319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257327.95089257 Mflops = 257.32795089257 Gflops = 0.25732795089257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001268849 Relative Rsd = 5.56449363706246e-07
BICGSTAB_SOLVER_TIME: 0.748109 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041215 s
InvBiCGStab: k = 61 resid = 1.985301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223863(s) Flops=403236864 => 1801.26623872636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259307.811153867 Mflops = 259.307811153867 Gflops = 0.259307811153867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055847 s
InvBiCGStab: k = 78 resid = 1.111985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285148(s) Flops=514787328 => 1805.33381963051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259907.671752936 Mflops = 259.907671752936 Gflops = 0.259907671752936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001094029 Relative Rsd = 4.79782592374323e-07
BICGSTAB_SOLVER_TIME: 0.609945 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 72 resid = 1.247852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279773(s) Flops=475416576 => 1699.29398476622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244654.676936456 Mflops = 244.654676936456 Gflops = 0.244654676936456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060535 s
InvBiCGStab: k = 90 resid = 1.033143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335828(s) Flops=593528832 => 1767.35957692628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254441.771317108 Mflops = 254.441771317108 Gflops = 0.254441771317108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001182615 Relative Rsd = 5.18631771797712e-07
BICGSTAB_SOLVER_TIME: 0.720839 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046847 s
InvBiCGStab: k = 63 resid = 2.162716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260573(s) Flops=416360448 => 1597.86489006919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230042.25971593 Mflops = 230.04225971593 Gflops = 0.23004225971593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063447 s
InvBiCGStab: k = 95 resid = 1.042411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399875(s) Flops=626337792 => 1566.3339593623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225516.650313326 Mflops = 225.516650313326 Gflops = 0.225516650313326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001141522 Relative Rsd = 5.00610490312327e-07
BICGSTAB_SOLVER_TIME: 0.775139 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126871
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92(s) Flops=1460551680 => 1587.55617391304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228595.88986198 Mflops = 228.59588986198 Gflops = 0.22859588986198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162265000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041556 s
InvBiCGStab: k = 27 resid = 2.067999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100251(s) Flops=180135936 => 1796.84926833648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258623.344933317 Mflops = 258.623344933317 Gflops = 0.258623344933317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 52 resid = 1.001302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219557(s) Flops=344180736 => 1567.61449646333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225672.282623277 Mflops = 225.672282623277 Gflops = 0.225672282623277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007310103 Relative Rsd = 3.20581953154952e-07
BICGSTAB_SOLVER_TIME: 0.421981 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042591 s
InvBiCGStab: k = 62 resid = 1.636715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271189(s) Flops=409798656 => 1511.11828282121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217545.392095757 Mflops = 217.545392095757 Gflops = 0.217545392095757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061747 s
InvBiCGStab: k = 85 resid = 1.124855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320162(s) Flops=560719872 => 1751.36297249517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252144.071148829 Mflops = 252.144071148829 Gflops = 0.252144071148829 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00111555 Relative Rsd = 4.89220295848964e-07
BICGSTAB_SOLVER_TIME: 0.699543 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044444 s
InvBiCGStab: k = 65 resid = 1.591648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25544(s) Flops=429484032 => 1681.34995302224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242064.300245802 Mflops = 242.064300245802 Gflops = 0.242064300245802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 79 resid = 1.145097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289637(s) Flops=521349120 => 1800.00870054586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259148.066056983 Mflops = 259.148066056984 Gflops = 0.259148066056983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00109884 Relative Rsd = 4.81892532432421e-07
BICGSTAB_SOLVER_TIME: 0.650112 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 63 resid = 1.899884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232275(s) Flops=416360448 => 1792.53233451727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258071.356420939 Mflops = 258.071356420939 Gflops = 0.258071356420939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 88 resid = 1.018043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330188(s) Flops=580405248 => 1757.8023671363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253081.720018292 Mflops = 253.081720018292 Gflops = 0.253081720018292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001128993 Relative Rsd = 4.95115803690839e-07
BICGSTAB_SOLVER_TIME: 0.663454 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 54 resid = 2.19945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197914(s) Flops=357304320 => 1805.35141526117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259896.391204238 Mflops = 259.896391204238 Gflops = 0.259896391204238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058385 s
InvBiCGStab: k = 74 resid = 1.051179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274724(s) Flops=488540160 => 1778.29443368617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256008.27435516 Mflops = 256.00827435516 Gflops = 0.25600827435516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001080406 Relative Rsd = 4.73808053676613e-07
BICGSTAB_SOLVER_TIME: 0.576286 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105528
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99788(s) Flops=1467113472 => 1470.23036036397 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211786.576884516 Mflops = 211.786576884516 Gflops = 0.211786576884516 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162736000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041095 s
InvBiCGStab: k = 28 resid = 2.248539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103373(s) Flops=186697728 => 1806.05891286893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259958.760862057 Mflops = 259.958760862057 Gflops = 0.259958760862057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055812 s
InvBiCGStab: k = 55 resid = 1.02582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201128(s) Flops=363866112 => 1809.12708325047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260426.710444231 Mflops = 260.426710444231 Gflops = 0.260426710444231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007548475 Relative Rsd = 3.31035698346256e-07
BICGSTAB_SOLVER_TIME: 0.405187 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 69 resid = 1.657985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253349(s) Flops=455731200 => 1798.8277040762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258983.201334787 Mflops = 258.983201334787 Gflops = 0.258983201334787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056408 s
InvBiCGStab: k = 91 resid = 8.028837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332404(s) Flops=600090624 => 1805.30506251429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259913.245504204 Mflops = 259.913245504204 Gflops = 0.259913245504204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001120252 Relative Rsd = 4.91282654022283e-07
BICGSTAB_SOLVER_TIME: 0.687007 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045556 s
InvBiCGStab: k = 58 resid = 1.840728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240134(s) Flops=383551488 => 1597.2394079972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229959.488033716 Mflops = 229.959488033716 Gflops = 0.229959488033716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061971 s
InvBiCGStab: k = 76 resid = 1.068833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318125(s) Flops=501663744 => 1576.93907740668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227030.921874586 Mflops = 227.030921874586 Gflops = 0.227030921874586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001053339 Relative Rsd = 4.61937853976455e-07
BICGSTAB_SOLVER_TIME: 0.670483 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042924 s
InvBiCGStab: k = 75 resid = 2.086099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289643(s) Flops=495101952 => 1709.35238207034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246105.0260117 Mflops = 246.1050260117 Gflops = 0.2461050260117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057373 s
InvBiCGStab: k = 83 resid = 1.025372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309055(s) Flops=547596288 => 1771.84089563346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255095.736906858 Mflops = 255.095736906858 Gflops = 0.255095736906858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001154974 Relative Rsd = 5.06509827168535e-07
BICGSTAB_SOLVER_TIME: 0.702804 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 64 resid = 2.121549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236134(s) Flops=422922240 => 1791.02645108286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257873.090708558 Mflops = 257.873090708558 Gflops = 0.257873090708558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056884 s
InvBiCGStab: k = 83 resid = 1.115389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303367(s) Flops=547596288 => 1805.06214584975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259872.798331286 Mflops = 259.872798331286 Gflops = 0.259872798331286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001104234 Relative Rsd = 4.842576890592e-07
BICGSTAB_SOLVER_TIME: 0.641607 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119402
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916189(s) Flops=1473527808 => 1608.32296392993 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231581.578650603 Mflops = 231.581578650603 Gflops = 0.231581578650603 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163855000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021392
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 2.061715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874753(s) Flops=1577797632 => 1803.70645427909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.602109597 Mflops = 259.742602109597 Gflops = 0.259742602109597 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 9.91144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.021505(s) Flops=1774651392 => 1737.29095011772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250160.140189598 Mflops = 250.160140189598 Gflops = 0.250160140189598 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.002231571 Relative Rsd = 9.82157741909565e-07
BICGSTAB_SOLVER_TIME: 1.899667 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.120212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363385999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.188609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862121(s) Flops=1413752832 => 1639.85430351424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236089.151326598 Mflops = 236.089151326598 Gflops = 0.236089151326598 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.140462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796854(s) Flops=1413752832 => 1774.16795548494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255465.563010498 Mflops = 255.465563010498 Gflops = 0.255465563010498 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.003225367 Relative Rsd = 1.41799969699404e-06
BICGSTAB_SOLVER_TIME: 1.66233 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.114985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307072999999999
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917185(s) Flops=1473527808 => 1606.57643550647 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231350.77600026 Mflops = 231.35077600026 Gflops = 0.23135077600026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 26 resid = 2.236903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097829(s) Flops=173574144 => 1774.26063846099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255378.11081969 Mflops = 255.37811081969 Gflops = 0.25537811081969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061846 s
InvBiCGStab: k = 48 resid = 9.950681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193899(s) Flops=317933568 => 1639.68647594882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236046.147759347 Mflops = 236.046147759347 Gflops = 0.236046147759347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0008000026 Relative Rsd = 3.50838288352912e-07
BICGSTAB_SOLVER_TIME: 0.398672 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 90 resid = 2.145056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332989(s) Flops=593528832 => 1782.42774385941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256641.999123182 Mflops = 256.641999123182 Gflops = 0.256641999123182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 113 resid = 1.089377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414502(s) Flops=744450048 => 1796.0107502497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258583.815690298 Mflops = 258.583815690298 Gflops = 0.258583815690298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001319524 Relative Rsd = 5.78672656574273e-07
BICGSTAB_SOLVER_TIME: 0.848871 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159392999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 58 resid = 1.221732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21201(s) Flops=383551488 => 1809.11979623603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260436.312870729 Mflops = 260.436312870729 Gflops = 0.260436312870729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056611 s
InvBiCGStab: k = 82 resid = 1.131397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299393(s) Flops=541034496 => 1807.10469516655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260171.310645955 Mflops = 260.171310645955 Gflops = 0.260171310645955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001050051 Relative Rsd = 4.60495949285668e-07
BICGSTAB_SOLVER_TIME: 0.612802 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041024 s
InvBiCGStab: k = 68 resid = 1.814549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248701(s) Flops=449169408 => 1806.06192978717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.406877407 Mflops = 260.014406877408 Gflops = 0.260014406877408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064578 s
InvBiCGStab: k = 86 resid = 1.148876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360331(s) Flops=567281664 => 1574.33488653488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226659.234997855 Mflops = 226.659234997855 Gflops = 0.226659234997855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001163115 Relative Rsd = 5.10079744865073e-07
BICGSTAB_SOLVER_TIME: 0.719032 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045872 s
InvBiCGStab: k = 63 resid = 2.175446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250056(s) Flops=416360448 => 1665.06881658508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239723.180929361 Mflops = 239.723180929361 Gflops = 0.239723180929361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056048 s
InvBiCGStab: k = 82 resid = 9.669425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303795(s) Flops=541034496 => 1780.91968597245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256388.675475203 Mflops = 256.388675475203 Gflops = 0.256388675475203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00111076 Relative Rsd = 4.87119698585838e-07
BICGSTAB_SOLVER_TIME: 0.659628 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117876
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.923791(s) Flops=1479868416 => 1601.95154098708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230663.189823992 Mflops = 230.663189823992 Gflops = 0.230663189823992 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164408000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043847 s
InvBiCGStab: k = 29 resid = 1.507303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118856(s) Flops=193259520 => 1625.99717304974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234052.107873298 Mflops = 234.052107873298 Gflops = 0.234052107873298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061461 s
InvBiCGStab: k = 55 resid = 9.897931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241512(s) Flops=363866112 => 1506.61711219318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216894.658256345 Mflops = 216.894658256345 Gflops = 0.216894658256345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.000768082 Relative Rsd = 3.36839641692046e-07
BICGSTAB_SOLVER_TIME: 0.469938 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 85 resid = 1.846366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318787(s) Flops=560719872 => 1758.91699473316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253248.580092965 Mflops = 253.248580092965 Gflops = 0.253248580092965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 110 resid = 1.088618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406092(s) Flops=724764672 => 1784.73023846813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256966.566889675 Mflops = 256.966566889675 Gflops = 0.256966566889675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001315342 Relative Rsd = 5.76838405548156e-07
BICGSTAB_SOLVER_TIME: 0.826947 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153775999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 62 resid = 1.321177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226739(s) Flops=409798656 => 1807.35848707104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260201.494092255 Mflops = 260.201494092255 Gflops = 0.260201494092255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 78 resid = 1.028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2844(s) Flops=514787328 => 1810.08202531646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260592.736879674 Mflops = 260.592736879674 Gflops = 0.260592736879674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001087079 Relative Rsd = 4.76734441697572e-07
BICGSTAB_SOLVER_TIME: 0.612543 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041035 s
InvBiCGStab: k = 73 resid = 2.029749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267485(s) Flops=481978368 => 1801.88933211208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.449712497 Mflops = 259.421449712497 Gflops = 0.259421449712497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056472 s
InvBiCGStab: k = 106 resid = 6.672774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386597(s) Flops=698517504 => 1806.83632826949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260138.96425153 Mflops = 260.13896425153 Gflops = 0.26013896425153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001161964 Relative Rsd = 5.09575387097121e-07
BICGSTAB_SOLVER_TIME: 0.755522 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046758 s
InvBiCGStab: k = 62 resid = 2.256342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254964(s) Flops=409798656 => 1607.28046312421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231396.56108863 Mflops = 231.39656108863 Gflops = 0.23139656108863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057069 s
InvBiCGStab: k = 89 resid = 9.968239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376758(s) Flops=586967040 => 1557.94180880034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224302.781213154 Mflops = 224.302781213154 Gflops = 0.224302781213154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001104975 Relative Rsd = 4.84582644742267e-07
BICGSTAB_SOLVER_TIME: 0.739563 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122081
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95666(s) Flops=1480089600 => 1547.14276754542 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222842.732779787 Mflops = 222.842732779787 Gflops = 0.222842732779787 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164460000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 33 resid = 1.324873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125452(s) Flops=219506688 => 1749.72649300131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251874.938019436 Mflops = 251.874938019436 Gflops = 0.251874938019436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063758 s
InvBiCGStab: k = 64 resid = 8.848722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265187(s) Flops=422922240 => 1594.80758860728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229589.062349565 Mflops = 229.589062349565 Gflops = 0.229589062349565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0008619755 Relative Rsd = 3.78016300241177e-07
BICGSTAB_SOLVER_TIME: 0.499937 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0833610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047997 s
InvBiCGStab: k = 68 resid = 2.137551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27585(s) Flops=449169408 => 1628.31034257749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234430.278387457 Mflops = 234.430278387457 Gflops = 0.234430278387457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056946 s
InvBiCGStab: k = 75 resid = 1.146065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279629(s) Flops=495101952 => 1770.56725876072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254903.23056898 Mflops = 254.90323056898 Gflops = 0.25490323056898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001101254 Relative Rsd = 4.82951076208181e-07
BICGSTAB_SOLVER_TIME: 0.664227 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041633 s
InvBiCGStab: k = 51 resid = 2.075064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188869(s) Flops=337618944 => 1787.58263134765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257309.589700637 Mflops = 257.309589700637 Gflops = 0.257309589700637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056644 s
InvBiCGStab: k = 73 resid = 1.148043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266737(s) Flops=481978368 => 1806.94229896865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260143.809062903 Mflops = 260.143809062903 Gflops = 0.260143809062903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001045937 Relative Rsd = 4.58692075106593e-07
BICGSTAB_SOLVER_TIME: 0.557664 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 67 resid = 1.690778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245266(s) Flops=442607616 => 1804.60241533682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.589984157 Mflops = 259.800589984157 Gflops = 0.259800589984157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 101 resid = 8.692629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370126(s) Flops=665708544 => 1798.5997849381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258960.665447675 Mflops = 258.960665447675 Gflops = 0.258960665447675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001129779 Relative Rsd = 4.95460363927291e-07
BICGSTAB_SOLVER_TIME: 0.717063 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 63 resid = 2.168462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230588(s) Flops=416360448 => 1805.64664249657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.730694856 Mflops = 259.959730694856 Gflops = 0.259959730694856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 77 resid = 8.439815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293783(s) Flops=508225536 => 1729.93514260526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249060.071230817 Mflops = 249.060071230817 Gflops = 0.249060071230817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001070752 Relative Rsd = 4.69574287001769e-07
BICGSTAB_SOLVER_TIME: 0.626087 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114184
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996944(s) Flops=1486282752 => 1490.838755236 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214666.430414906 Mflops = 214.666430414906 Gflops = 0.214666430414906 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 25 resid = 2.041272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092401(s) Flops=167012352 => 1807.47342561228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260140.861925681 Mflops = 260.140861925681 Gflops = 0.260140861925681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 53 resid = 1.05616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194224(s) Flops=350742528 => 1805.86605156932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.575967731 Mflops = 259.955575967731 Gflops = 0.259955575967731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007430124 Relative Rsd = 3.25845418364247e-07
BICGSTAB_SOLVER_TIME: 0.387703 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040713 s
InvBiCGStab: k = 55 resid = 2.103389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201921(s) Flops=363866112 => 1802.02213737056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.702761726 Mflops = 259.431702761726 Gflops = 0.259431702761726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058288 s
InvBiCGStab: k = 94 resid = 1.086494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39589(s) Flops=619776000 => 1565.5257773624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225404.239001948 Mflops = 225.404239001948 Gflops = 0.225404239001948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001137451 Relative Rsd = 4.98825250669674e-07
BICGSTAB_SOLVER_TIME: 0.701167 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120667
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04525 s
InvBiCGStab: k = 60 resid = 1.986661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233342(s) Flops=396675072 => 1699.97288100728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244745.028267269 Mflops = 244.745028267269 Gflops = 0.244745028267269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056947 s
InvBiCGStab: k = 82 resid = 6.952479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305217(s) Flops=541034496 => 1772.62241618258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255207.865385397 Mflops = 255.207865385397 Gflops = 0.255207865385397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001082183 Relative Rsd = 4.74587692048352e-07
BICGSTAB_SOLVER_TIME: 0.644568 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 69 resid = 2.237832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254321(s) Flops=455731200 => 1791.95268971103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257992.163470866 Mflops = 257.992163470866 Gflops = 0.257992163470866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 95 resid = 1.118427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359565(s) Flops=626337792 => 1741.93203454174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250799.041258564 Mflops = 250.799041258564 Gflops = 0.250799041258564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00114525 Relative Rsd = 5.02245377325502e-07
BICGSTAB_SOLVER_TIME: 0.715125 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 62 resid = 1.682675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230006(s) Flops=409798656 => 1781.68680817022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256503.701809077 Mflops = 256.503701809077 Gflops = 0.256503701809077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05749 s
InvBiCGStab: k = 74 resid = 8.739933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272463(s) Flops=488540160 => 1793.0513867938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258145.737199969 Mflops = 258.145737199969 Gflops = 0.258145737199969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001073938 Relative Rsd = 4.70971877233341e-07
BICGSTAB_SOLVER_TIME: 0.605103 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111416
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989602(s) Flops=1486430208 => 1502.04850839024 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216276.163223947 Mflops = 216.276163223947 Gflops = 0.216276163223947 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165082000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.819078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825368(s) Flops=1485932544 => 1800.32730127652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259216.297631622 Mflops = 259.216297631622 Gflops = 0.259216297631622 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 278 resid = 8.472383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.084685(s) Flops=1827145728 => 1684.49432600248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242558.783185978 Mflops = 242.558783185978 Gflops = 0.242558783185978 Tflops
BICGSTAB_SOLVER: 504 iterations. Rsd = 0.002146487 Relative Rsd = 9.44737970186559e-07
BICGSTAB_SOLVER_TIME: 1.914152 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.125445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359401999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 2.218503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80253(s) Flops=1407191040 => 1753.44353482113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252448.880698826 Mflops = 252.448880698826 Gflops = 0.252448880698826 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 9.20895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746004(s) Flops=1341573120 => 1798.34574613541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258946.336189321 Mflops = 258.946336189321 Gflops = 0.258946336189321 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002312114 Relative Rsd = 1.01650848448893e-06
BICGSTAB_SOLVER_TIME: 1.55195 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298796999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 329 resid = 2.235676e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.244194(s) Flops=2161797120 => 1737.50807349979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250213.784189023 Mflops = 250.213784189023 Gflops = 0.250213784189023 Tflops
InvBiCGStab: k = 388 resid = 1.088741e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.512852(s) Flops=2548942848 => 1684.85935702898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242614.301557445 Mflops = 242.614301557445 Gflops = 0.242614301557445 Tflops
BICGSTAB_SOLVER: 717 iterations. Rsd = 0.002119738 Relative Rsd = 9.32964678856047e-07
BICGSTAB_SOLVER_TIME: 2.761739 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.514030999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 313 resid = 1.795322e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.163769(s) Flops=2056808448 => 1767.36830762806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254508.233244027 Mflops = 254.508233244027 Gflops = 0.254508233244027 Tflops
InvBiCGStab: k = 311 resid = 9.554753e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.19801(s) Flops=2043684864 => 1705.89967028656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245642.558309611 Mflops = 245.642558309611 Gflops = 0.245642558309611 Tflops
BICGSTAB_SOLVER: 624 iterations. Rsd = 0.002358663 Relative Rsd = 1.03697366450508e-06
BICGSTAB_SOLVER_TIME: 2.366683 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.446048
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 258 resid = 1.938052e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.025052(s) Flops=1695909888 => 1654.46229849803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238204.079390164 Mflops = 238.204079390164 Gflops = 0.238204079390164 Tflops
InvBiCGStab: k = 260 resid = 1.07969e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.957016(s) Flops=1709033472 => 1785.79404315079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257144.036705012 Mflops = 257.144036705012 Gflops = 0.257144036705012 Tflops
BICGSTAB_SOLVER: 518 iterations. Rsd = 0.001852073 Relative Rsd = 8.12220169448205e-07
BICGSTAB_SOLVER_TIME: 1.986952 sec
2Flav::invert,  n_count = 518
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.369123000000002
MInvCG2: 340 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.362144(s) Flops=2194753536 => 1611.24927760942 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232075.949291194 Mflops = 232.075949291194 Gflops = 0.232075949291194 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.244089000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.125469622240871
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 480.105909 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 5.93315311447468e-05 resid_rel = 0.009905459

Look for highest ev
Evalue[1]: eigen_norm = 0.077192588234386 resid_rel = -0.008309345

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325348000000003
EIGBNDSMDAGM: total time = 1.729776 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.822202 secs
After saving state: time= 1.635277 secs
Doing Update: 2751 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 288 resid = 1.98055e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.122815(s) Flops=1892763648 => 1685.73063950873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242764.312267265 Mflops = 242.764312267265 Gflops = 0.242764312267265 Tflops
InvBiCGStab: k = 319 resid = 1.070447e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.278327(s) Flops=2096179200 => 1639.78324794829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236121.327427677 Mflops = 236.121327427677 Gflops = 0.236121327427677 Tflops
BICGSTAB_SOLVER: 607 iterations. Rsd = 0.001934607 Relative Rsd = 8.50991022091565e-07
BICGSTAB_SOLVER_TIME: 2.406259 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.436199999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 245 resid = 1.759262e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912795(s) Flops=1610606592 => 1764.47788605328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254046.28658083 Mflops = 254.04628658083 Gflops = 0.25404628658083 Tflops
InvBiCGStab: k = 229 resid = 1.11439e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866551(s) Flops=1505617920 => 1737.48333335257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250187.454837674 Mflops = 250.187454837674 Gflops = 0.250187454837674 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.001832757 Relative Rsd = 8.05073546635127e-07
BICGSTAB_SOLVER_TIME: 1.784359 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341313999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
MInvCG2: 355 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.542881(s) Flops=2284701696 => 1480.80227574259 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213241.926820336 Mflops = 213.241926820336 Gflops = 0.213241926820336 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254310000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 336 resid = 2.252892e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.273044(s) Flops=2207729664 => 1734.21316466674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249724.096042562 Mflops = 249.724096042562 Gflops = 0.249724096042562 Tflops
InvBiCGStab: k = 401 resid = 1.061023e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.509109(s) Flops=2634246144 => 1745.56386848134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251354.569433652 Mflops = 251.354569433652 Gflops = 0.251354569433652 Tflops
BICGSTAB_SOLVER: 737 iterations. Rsd = 0.002163686 Relative Rsd = 9.51757571794713e-07
BICGSTAB_SOLVER_TIME: 2.787537 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.526044999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 319 resid = 1.168049e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.284501(s) Flops=2096179200 => 1631.90157111594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234958.247955229 Mflops = 234.958247955229 Gflops = 0.234958247955229 Tflops
InvBiCGStab: k = 309 resid = 1.106343e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.13953(s) Flops=2030561280 => 1781.92876010285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256591.749349176 Mflops = 256.591749349176 Gflops = 0.256591749349176 Tflops
BICGSTAB_SOLVER: 628 iterations. Rsd = 0.002048898 Relative Rsd = 9.00017622077906e-07
BICGSTAB_SOLVER_TIME: 2.428895 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.448833999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 255 resid = 2.073941e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933143(s) Flops=1676224512 => 1796.32115549278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258592.207591663 Mflops = 258.592207591663 Gflops = 0.258592207591663 Tflops
InvBiCGStab: k = 283 resid = 1.096811e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.118545(s) Flops=1859954688 => 1662.83402813476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239438.156571932 Mflops = 239.438156571932 Gflops = 0.239438156571932 Tflops
BICGSTAB_SOLVER: 538 iterations. Rsd = 0.001895612 Relative Rsd = 8.31182924769024e-07
BICGSTAB_SOLVER_TIME: 2.05691 sec
2Flav::invert,  n_count = 538
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.383762000000004
MInvCG2: 335 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.36776(s) Flops=2163124224 => 1581.50861554659 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227755.139223954 Mflops = 227.755139223954 Gflops = 0.227755139223954 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.240614000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 2.035015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828612(s) Flops=1485932544 => 1793.27905461181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258172.594646221 Mflops = 258.172594646221 Gflops = 0.258172594646221 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 7.468163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.991176(s) Flops=1715595264 => 1730.8684471779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249234.474410979 Mflops = 249.234474410979 Gflops = 0.249234474410979 Tflops
BICGSTAB_SOLVER: 487 iterations. Rsd = 0.002099289 Relative Rsd = 9.23430653758128e-07
BICGSTAB_SOLVER_TIME: 1.823417 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.118669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.347545
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.247494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789179(s) Flops=1367820288 => 1733.21931779736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249499.354185884 Mflops = 249.499354185884 Gflops = 0.249499354185885 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 8.086324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76063(s) Flops=1361258496 => 1789.64607759357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257694.351903228 Mflops = 257.694351903228 Gflops = 0.257694351903228 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.001991311 Relative Rsd = 8.74721355184014e-07
BICGSTAB_SOLVER_TIME: 1.553179 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296067999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906862(s) Flops=1454505984 => 1603.88899744393 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230946.316857661 Mflops = 230.946316857661 Gflops = 0.230946316857661 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161803000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 175 resid = 1.344956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.646193(s) Flops=1151281152 => 1781.6366813011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256396.655540004 Mflops = 256.396655540004 Gflops = 0.256396655540004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 185 resid = 9.957525e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.673094(s) Flops=1216899072 => 1807.91846606863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260313.697494242 Mflops = 260.313697494242 Gflops = 0.260313697494242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 360 iterations. Rsd = 0.001863068 Relative Rsd = 8.16913110106112e-07
BICGSTAB_SOLVER_TIME: 1.323131 sec
2Flav::invert,  n_count = 360
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258694999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000125 s
InvBiCGStab: k = 138 resid = 2.015133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50315(s) Flops=908494848 => 1805.61432574779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259781.421452229 Mflops = 259.781421452229 Gflops = 0.259781421452229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.3e-05 s
InvBiCGStab: k = 146 resid = 1.109704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.531715(s) Flops=960989184 => 1807.33886386504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.873358049 Mflops = 260.200873358049 Gflops = 0.260200873358049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 284 iterations. Rsd = 0.001625025 Relative Rsd = 7.12536437918206e-07
BICGSTAB_SOLVER_TIME: 1.03872 sec
2Flav::invert,  n_count = 284
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204587999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00494 s
InvBiCGStab: k = 104 resid = 2.274372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433192(s) Flops=685393920 => 1582.1943156845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227802.205425055 Mflops = 227.802205425055 Gflops = 0.227802205425055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.008227 s
InvBiCGStab: k = 138 resid = 1.102669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.527077(s) Flops=908494848 => 1723.64730010985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248175.312155005 Mflops = 248.175312155005 Gflops = 0.248175312155005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 242 iterations. Rsd = 0.001482964 Relative Rsd = 6.50246303647315e-07
BICGSTAB_SOLVER_TIME: 0.977241 sec
2Flav::invert,  n_count = 242
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176203999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007708 s
InvBiCGStab: k = 87 resid = 1.68038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321364(s) Flops=573843456 => 1785.6494691378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257092.662282854 Mflops = 257.092662282854 Gflops = 0.257092662282854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010875 s
InvBiCGStab: k = 107 resid = 1.026846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390196(s) Flops=705079296 => 1806.98750371608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260166.806250672 Mflops = 260.166806250672 Gflops = 0.260166806250672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001352778 Relative Rsd = 5.9316229776613e-07
BICGSTAB_SOLVER_TIME: 0.733951 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143507
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01077 s
InvBiCGStab: k = 75 resid = 2.181205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284983(s) Flops=495101952 => 1737.3034602064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250129.440828309 Mflops = 250.129440828309 Gflops = 0.250129440828309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015162 s
InvBiCGStab: k = 117 resid = 8.978713e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429574(s) Flops=770697216 => 1794.09651422107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258310.762297557 Mflops = 258.310762297558 Gflops = 0.258310762297558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001281626 Relative Rsd = 5.61963964673486e-07
BICGSTAB_SOLVER_TIME: 0.744337 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142916
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954309(s) Flops=1435926528 => 1504.67671163114 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216660.419169243 Mflops = 216.660419169243 Gflops = 0.216660419169243 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159282000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021401
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013868 s
InvBiCGStab: k = 28 resid = 1.862601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103283(s) Flops=186697728 => 1807.63269850798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260143.140143856 Mflops = 260.143140143856 Gflops = 0.260143140143856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.01946 s
InvBiCGStab: k = 59 resid = 9.042093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215538(s) Flops=390113280 => 1809.95128469226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260555.895035629 Mflops = 260.555895035629 Gflops = 0.260555895035629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007524922 Relative Rsd = 3.2995075246482e-07
BICGSTAB_SOLVER_TIME: 0.355892 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016596 s
InvBiCGStab: k = 105 resid = 1.881876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382717(s) Flops=691955712 => 1808.00882113938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260317.400126349 Mflops = 260.317400126349 Gflops = 0.260317400126349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023801 s
InvBiCGStab: k = 114 resid = 1.131764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415419(s) Flops=751011840 => 1807.84181753844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260287.459422449 Mflops = 260.287459422448 Gflops = 0.260287459422448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 219 iterations. Rsd = 0.001369385 Relative Rsd = 6.00444139508506e-07
BICGSTAB_SOLVER_TIME: 0.842388 sec
2Flav::invert,  n_count = 219
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164535999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.022386 s
InvBiCGStab: k = 70 resid = 1.231207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291263(s) Flops=462292992 => 1587.20123050302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228521.316736933 Mflops = 228.521316736933 Gflops = 0.228521316736933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.031295 s
InvBiCGStab: k = 105 resid = 1.066194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451259(s) Flops=691955712 => 1533.38927755458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220769.780530283 Mflops = 220.769780530283 Gflops = 0.220769780530283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001139222 Relative Rsd = 4.99523093103499e-07
BICGSTAB_SOLVER_TIME: 0.800313 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133648
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023993 s
InvBiCGStab: k = 80 resid = 2.09383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300151(s) Flops=527910912 => 1758.81776838991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253227.329337885 Mflops = 253.227329337885 Gflops = 0.253227329337885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034633 s
InvBiCGStab: k = 95 resid = 9.847101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354613(s) Flops=626337792 => 1766.25727765198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254291.24484549 Mflops = 254.29124484549 Gflops = 0.25429124484549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001236773 Relative Rsd = 5.42297060484424e-07
BICGSTAB_SOLVER_TIME: 0.717264 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136569
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027389 s
InvBiCGStab: k = 57 resid = 2.16274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209048(s) Flops=376989696 => 1803.36427997398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259616.126343239 Mflops = 259.616126343239 Gflops = 0.259616126343239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.03913 s
InvBiCGStab: k = 86 resid = 1.151235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31434(s) Flops=567281664 => 1804.67539606795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259810.860040984 Mflops = 259.810860040984 Gflops = 0.259810860040984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001173767 Relative Rsd = 5.14670124320751e-07
BICGSTAB_SOLVER_TIME: 0.59369 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113071
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89127(s) Flops=1429512192 => 1603.9047561345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230954.773785228 Mflops = 230.954773785228 Gflops = 0.230954773785228 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158671000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032687 s
InvBiCGStab: k = 26 resid = 2.14728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097361(s) Flops=173574144 => 1782.78924826162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256582.417238088 Mflops = 256.582417238088 Gflops = 0.256582417238088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04495 s
InvBiCGStab: k = 53 resid = 1.100571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194556(s) Flops=350742528 => 1802.78443224573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.163861868 Mflops = 259.515163861868 Gflops = 0.259515163861868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007986372 Relative Rsd = 3.50184312514791e-07
BICGSTAB_SOLVER_TIME: 0.373458 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036019 s
InvBiCGStab: k = 58 resid = 1.891381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22134(s) Flops=383551488 => 1732.86115478449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249476.793193537 Mflops = 249.476793193537 Gflops = 0.249476793193537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051916 s
InvBiCGStab: k = 81 resid = 1.125283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311501(s) Flops=534472704 => 1715.7977149351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247021.260780847 Mflops = 247.021260780847 Gflops = 0.247021260780847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001099351 Relative Rsd = 4.82040680182576e-07
BICGSTAB_SOLVER_TIME: 0.624637 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041863 s
InvBiCGStab: k = 66 resid = 2.236526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243021(s) Flops=436045824 => 1794.27219869888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258325.628206207 Mflops = 258.325628206207 Gflops = 0.258325628206207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056498 s
InvBiCGStab: k = 80 resid = 1.120361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294102(s) Flops=527910912 => 1794.99259440602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258432.72782591 Mflops = 258.43272782591 Gflops = 0.25843272782591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001056907 Relative Rsd = 4.63429600678412e-07
BICGSTAB_SOLVER_TIME: 0.639274 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042583 s
InvBiCGStab: k = 74 resid = 2.09711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303151(s) Flops=488540160 => 1611.54065135856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232021.576476822 Mflops = 232.021576476823 Gflops = 0.232021576476823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063561 s
InvBiCGStab: k = 82 resid = 1.028626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333013(s) Flops=541034496 => 1624.66479086402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233904.352984026 Mflops = 233.904352984026 Gflops = 0.233904352984026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001134487 Relative Rsd = 4.97446920341518e-07
BICGSTAB_SOLVER_TIME: 0.746107 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 55 resid = 2.221042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204696(s) Flops=363866112 => 1777.59268378473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255911.218585284 Mflops = 255.911218585284 Gflops = 0.255911218585284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 85 resid = 6.754545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313648(s) Flops=560719872 => 1787.73616283222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257392.662026359 Mflops = 257.392662026359 Gflops = 0.257392662026359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00110714 Relative Rsd = 4.85455622718818e-07
BICGSTAB_SOLVER_TIME: 0.620234 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114029
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883077(s) Flops=1416904704 => 1604.50867138426 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231072.454359563 Mflops = 231.072454359563 Gflops = 0.231072454359563 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156945000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044458 s
InvBiCGStab: k = 32 resid = 1.664173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129041(s) Flops=212944896 => 1650.21114219512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237556.141598025 Mflops = 237.556141598025 Gflops = 0.237556141598025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05709 s
InvBiCGStab: k = 54 resid = 8.542239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205217(s) Flops=357304320 => 1741.10487922541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250639.088374218 Mflops = 250.639088374218 Gflops = 0.250639088374218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007900546 Relative Rsd = 3.46421010108017e-07
BICGSTAB_SOLVER_TIME: 0.439597 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0760820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041397 s
InvBiCGStab: k = 76 resid = 1.971556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281456(s) Flops=501663744 => 1782.38781194929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256630.665853993 Mflops = 256.630665853993 Gflops = 0.256630665853993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057081 s
InvBiCGStab: k = 85 resid = 5.440952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312038(s) Flops=560719872 => 1796.9602163839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258705.041647142 Mflops = 258.705041647142 Gflops = 0.258705041647142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001130613 Relative Rsd = 4.95748177850283e-07
BICGSTAB_SOLVER_TIME: 0.695941 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 54 resid = 1.900747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19731(s) Flops=357304320 => 1810.87790786073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260702.740355922 Mflops = 260.702740355922 Gflops = 0.260702740355922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 93 resid = 9.578094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339407(s) Flops=613214208 => 1806.72233631009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.085647136 Mflops = 260.122085647136 Gflops = 0.260122085647136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001088301 Relative Rsd = 4.77195494373944e-07
BICGSTAB_SOLVER_TIME: 0.637931 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 74 resid = 2.089391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270445(s) Flops=488540160 => 1806.43073453013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260073.202011723 Mflops = 260.073202011723 Gflops = 0.260073202011723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059136 s
InvBiCGStab: k = 89 resid = 9.374291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359613(s) Flops=586967040 => 1632.21863503266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234992.298372179 Mflops = 234.992298372179 Gflops = 0.234992298372179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001128974 Relative Rsd = 4.95029712735222e-07
BICGSTAB_SOLVER_TIME: 0.734208 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130858
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048225 s
InvBiCGStab: k = 57 resid = 2.010894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244973(s) Flops=376989696 => 1538.90304645818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221564.517004453 Mflops = 221.564517004453 Gflops = 0.221564517004453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061042 s
InvBiCGStab: k = 77 resid = 1.006659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286747(s) Flops=508225536 => 1772.38309729483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255172.016258799 Mflops = 255.172016258799 Gflops = 0.255172016258799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001046703 Relative Rsd = 4.58955668637583e-07
BICGSTAB_SOLVER_TIME: 0.644858 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109836
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.88255(s) Flops=1410490368 => 1598.19881933035 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230108.004382019 Mflops = 230.108004382019 Gflops = 0.230108004382019 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156487000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.661202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874675(s) Flops=1453123584 => 1661.32973275788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239260.463138652 Mflops = 239.260463138652 Gflops = 0.239260463138652 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 8.885378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993308(s) Flops=1774651392 => 1786.60736851007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257258.847804796 Mflops = 257.258847804796 Gflops = 0.257258847804796 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.002156555 Relative Rsd = 9.4858645081198e-07
BICGSTAB_SOLVER_TIME: 1.871316 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350131
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 1.891009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.631262(s) Flops=1138157568 => 1802.98761528494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.08958507 Mflops = 259.56808958507 Gflops = 0.25956808958507 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 9.557845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858821(s) Flops=1512179712 => 1760.76238471113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253537.435602135 Mflops = 253.537435602135 Gflops = 0.253537435602135 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002020609 Relative Rsd = 8.87580474365842e-07
BICGSTAB_SOLVER_TIME: 1.494316 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.119476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287422999999997
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946381(s) Flops=1410490368 => 1490.40435934365 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214890.361150574 Mflops = 214.890361150574 Gflops = 0.214890361150574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156392000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 32 resid = 1.208307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118249(s) Flops=212944896 => 1800.81773207384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.559513112 Mflops = 259.178559513112 Gflops = 0.259178559513112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056635 s
InvBiCGStab: k = 47 resid = 1.13111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172446(s) Flops=311371776 => 1805.61901116871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259904.013525169 Mflops = 259.904013525169 Gflops = 0.259904013525169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000756813 Relative Rsd = 3.3184533093573e-07
BICGSTAB_SOLVER_TIME: 0.392003 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040777 s
InvBiCGStab: k = 83 resid = 2.048847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343496(s) Flops=547596288 => 1594.18534131402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229530.637896781 Mflops = 229.530637896781 Gflops = 0.229530637896781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061644 s
InvBiCGStab: k = 100 resid = 9.488935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42178(s) Flops=659146752 => 1562.77384418417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225006.373385304 Mflops = 225.006373385304 Gflops = 0.225006373385304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001293571 Relative Rsd = 5.67201332896258e-07
BICGSTAB_SOLVER_TIME: 0.872372 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 65 resid = 8.526434e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244364(s) Flops=429484032 => 1757.55852744267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253041.290823202 Mflops = 253.041290823202 Gflops = 0.253041290823202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056687 s
InvBiCGStab: k = 70 resid = 1.136774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260354(s) Flops=462292992 => 1775.63237745531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255632.736977492 Mflops = 255.632736977492 Gflops = 0.255632736977492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001023096 Relative Rsd = 4.48604564341856e-07
BICGSTAB_SOLVER_TIME: 0.606282 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 73 resid = 1.129326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266713(s) Flops=481978368 => 1807.1048955244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260175.915763821 Mflops = 260.175915763821 Gflops = 0.260175915763821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 86 resid = 9.556998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313596(s) Flops=567281664 => 1808.95695098152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260437.589916782 Mflops = 260.437589916782 Gflops = 0.260437589916782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001148504 Relative Rsd = 5.03593102270049e-07
BICGSTAB_SOLVER_TIME: 0.681377 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042241 s
InvBiCGStab: k = 64 resid = 1.082637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25095(s) Flops=422922240 => 1685.28487746563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242616.019377165 Mflops = 242.616019377165 Gflops = 0.242616019377165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 79 resid = 1.059872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291144(s) Flops=521349120 => 1790.69161651966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257793.258134572 Mflops = 257.793258134572 Gflops = 0.257793258134572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001096793 Relative Rsd = 4.80918955784461e-07
BICGSTAB_SOLVER_TIME: 0.644388 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116475
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968221(s) Flops=1398251520 => 1444.14500408481 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207933.306665948 Mflops = 207.933306665948 Gflops = 0.207933306665948 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154927000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040626 s
InvBiCGStab: k = 25 resid = 2.172988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092592(s) Flops=167012352 => 1803.74494556765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.290821101 Mflops = 259.598290821101 Gflops = 0.259598290821101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 45 resid = 1.096334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165136(s) Flops=298248192 => 1806.0761554113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.815129527 Mflops = 259.954815129527 Gflops = 0.259954815129527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007385944 Relative Rsd = 3.23856917674868e-07
BICGSTAB_SOLVER_TIME: 0.358254 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 75 resid = 1.777524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274447(s) Flops=495101952 => 1803.99841135083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.549841191 Mflops = 259.724549841191 Gflops = 0.259724549841191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 108 resid = 1.15103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394541(s) Flops=711641088 => 1803.71897470732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259696.656031872 Mflops = 259.696656031873 Gflops = 0.259696656031873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001261838 Relative Rsd = 5.5328740731201e-07
BICGSTAB_SOLVER_TIME: 0.769964 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041718 s
InvBiCGStab: k = 58 resid = 1.900257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239468(s) Flops=383551488 => 1601.68159420048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230582.911592814 Mflops = 230.582911592814 Gflops = 0.230582911592814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06376 s
InvBiCGStab: k = 70 resid = 1.05514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29837(s) Flops=462292992 => 1549.39501960653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223062.082452103 Mflops = 223.062082452103 Gflops = 0.223062082452103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001045393 Relative Rsd = 4.58381049681971e-07
BICGSTAB_SOLVER_TIME: 0.647509 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044655 s
InvBiCGStab: k = 71 resid = 2.117396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284871(s) Flops=468854784 => 1645.84946870689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236941.888842512 Mflops = 236.941888842512 Gflops = 0.236941888842512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057128 s
InvBiCGStab: k = 78 resid = 1.130399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288543(s) Flops=514787328 => 1784.09224275065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256843.480822087 Mflops = 256.843480822087 Gflops = 0.256843480822087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001144395 Relative Rsd = 5.01791043729586e-07
BICGSTAB_SOLVER_TIME: 0.679199 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041978 s
InvBiCGStab: k = 57 resid = 2.107769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209422(s) Flops=376989696 => 1800.14370982991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259121.588946505 Mflops = 259.121588946505 Gflops = 0.259121588946505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057016 s
InvBiCGStab: k = 78 resid = 1.133874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296366(s) Flops=514787328 => 1736.99860307863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250073.455955713 Mflops = 250.073455955713 Gflops = 0.250073455955713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001106212 Relative Rsd = 4.8504894338868e-07
BICGSTAB_SOLVER_TIME: 0.608592 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110718
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.8732(s) Flops=1385865216 => 1587.11087494274 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228511.908538081 Mflops = 228.511908538081 Gflops = 0.228511908538081 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153757000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041473 s
InvBiCGStab: k = 25 resid = 2.257345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093732(s) Flops=167012352 => 1781.80719498144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256417.162752237 Mflops = 256.417162752237 Gflops = 0.256417162752237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 54 resid = 1.109385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197952(s) Flops=357304320 => 1805.00484966052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259835.305553049 Mflops = 259.835305553049 Gflops = 0.259835305553049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007358687 Relative Rsd = 3.22661738832663e-07
BICGSTAB_SOLVER_TIME: 0.393092 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 59 resid = 1.855316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221344(s) Flops=390113280 => 1762.47506144282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253726.524647456 Mflops = 253.726524647456 Gflops = 0.253726524647456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057195 s
InvBiCGStab: k = 81 resid = 1.096635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29975(s) Flops=534472704 => 1783.0615646372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256701.096993727 Mflops = 256.701096993727 Gflops = 0.256701096993727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001084614 Relative Rsd = 4.75578628830813e-07
BICGSTAB_SOLVER_TIME: 0.623117 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041448 s
InvBiCGStab: k = 54 resid = 1.972232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198168(s) Flops=357304320 => 1803.03742279278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.185366171 Mflops = 259.566185366171 Gflops = 0.259566185366171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055895 s
InvBiCGStab: k = 76 resid = 7.841518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278267(s) Flops=501663744 => 1802.81436174609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.784118098 Mflops = 259.544784118098 Gflops = 0.259544784118098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001015684 Relative Rsd = 4.45354600793315e-07
BICGSTAB_SOLVER_TIME: 0.577712 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044765 s
InvBiCGStab: k = 64 resid = 2.132869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264487(s) Flops=422922240 => 1599.02845886565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230214.969287279 Mflops = 230.214969287279 Gflops = 0.230214969287279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056656 s
InvBiCGStab: k = 80 resid = 1.097502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342897(s) Flops=527910912 => 1539.56118601213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221658.738859691 Mflops = 221.658738859691 Gflops = 0.221658738859691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001097514 Relative Rsd = 4.81235182526046e-07
BICGSTAB_SOLVER_TIME: 0.713022 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044869 s
InvBiCGStab: k = 57 resid = 1.642866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232988(s) Flops=376989696 => 1618.06486170962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232942.032515083 Mflops = 232.942032515083 Gflops = 0.232942032515083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058097 s
InvBiCGStab: k = 74 resid = 9.133108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276887(s) Flops=488540160 => 1764.40266245797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254015.378469149 Mflops = 254.015378469149 Gflops = 0.254015378469149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001066625 Relative Rsd = 4.67691030390714e-07
BICGSTAB_SOLVER_TIME: 0.616656 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107742
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.862676(s) Flops=1373331456 => 1591.9435060208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229228.469050416 Mflops = 229.228469050416 Gflops = 0.229228469050416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153705000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046945 s
InvBiCGStab: k = 29 resid = 1.946436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129789(s) Flops=193259520 => 1489.02850010402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214352.792349877 Mflops = 214.352792349877 Gflops = 0.214352792349878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060082 s
InvBiCGStab: k = 52 resid = 7.601138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194176(s) Flops=344180736 => 1772.51944627554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255167.194091779 Mflops = 255.167194091779 Gflops = 0.255167194091779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007560974 Relative Rsd = 3.3153157989987e-07
BICGSTAB_SOLVER_TIME: 0.43475 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041488 s
InvBiCGStab: k = 59 resid = 1.751694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220914(s) Flops=390113280 => 1765.90564654119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254235.484888219 Mflops = 254.235484888219 Gflops = 0.254235484888219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056783 s
InvBiCGStab: k = 83 resid = 1.092975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305528(s) Flops=547596288 => 1792.2949385981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258036.847591648 Mflops = 258.036847591648 Gflops = 0.258036847591648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001134691 Relative Rsd = 4.97536454111452e-07
BICGSTAB_SOLVER_TIME: 0.628508 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041342 s
InvBiCGStab: k = 59 resid = 2.033786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216168(s) Flops=390113280 => 1804.67636282891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.799007337 Mflops = 259.817799007337 Gflops = 0.259817799007337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 67 resid = 9.710824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244932(s) Flops=442607616 => 1807.06325020822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260145.74009318 Mflops = 260.14574009318 Gflops = 0.26014574009318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001044919 Relative Rsd = 4.58173090401064e-07
BICGSTAB_SOLVER_TIME: 0.562907 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042645 s
InvBiCGStab: k = 58 resid = 1.900169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227856(s) Flops=383551488 => 1683.30650937434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242343.165299592 Mflops = 242.343165299592 Gflops = 0.242343165299592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061002 s
InvBiCGStab: k = 75 resid = 9.572415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281104(s) Flops=495101952 => 1761.27679435369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253566.94874501 Mflops = 253.56694874501 Gflops = 0.25356694874501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001102291 Relative Rsd = 4.83329425387546e-07
BICGSTAB_SOLVER_TIME: 0.616527 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048069 s
InvBiCGStab: k = 54 resid = 1.831143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227643(s) Flops=357304320 => 1569.58184525771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225989.755853015 Mflops = 225.989755853015 Gflops = 0.225989755853015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059141 s
InvBiCGStab: k = 82 resid = 1.033604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340668(s) Flops=541034496 => 1588.15766670189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228651.072470172 Mflops = 228.651072470172 Gflops = 0.228651072470172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001011677 Relative Rsd = 4.43597360183298e-07
BICGSTAB_SOLVER_TIME: 0.679975 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111087
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.864989(s) Flops=1367064576 => 1580.44157324544 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227569.181455246 Mflops = 227.569181455246 Gflops = 0.227569181455246 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151505000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.312995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869923(s) Flops=1400629248 => 1610.06117552933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231844.124423733 Mflops = 231.844124423733 Gflops = 0.231844124423733 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 9.938468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965555(s) Flops=1610606592 => 1668.06302282107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240195.293278139 Mflops = 240.195293278139 Gflops = 0.240195293278139 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002044097 Relative Rsd = 8.99103961619163e-07
BICGSTAB_SOLVER_TIME: 1.839725 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.118761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326852999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.016181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.646327(s) Flops=1151281152 => 1781.26730277398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256514.131240912 Mflops = 256.514131240912 Gflops = 0.256514131240912 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.043216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884498(s) Flops=1590921216 => 1798.671354825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258997.017289637 Mflops = 258.997017289637 Gflops = 0.258997017289637 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.00207889 Relative Rsd = 9.13163301260049e-07
BICGSTAB_SOLVER_TIME: 1.53422 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298023999999998
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912924(s) Flops=1367064576 => 1497.4571552506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215605.613845345 Mflops = 215.605613845345 Gflops = 0.215605613845345 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 31 resid = 1.580985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11463(s) Flops=206383104 => 1800.42836953677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259139.657548697 Mflops = 259.139657548697 Gflops = 0.259139657548697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055968 s
InvBiCGStab: k = 49 resid = 9.642745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179746(s) Flops=324495360 => 1805.2994781525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259875.785433916 Mflops = 259.875785433916 Gflops = 0.259875785433916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007554909 Relative Rsd = 3.3126563295497e-07
BICGSTAB_SOLVER_TIME: 0.395032 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 77 resid = 2.051458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288872(s) Flops=508225536 => 1759.34509402088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253292.292188755 Mflops = 253.292292188755 Gflops = 0.253292292188755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059674 s
InvBiCGStab: k = 99 resid = 1.091269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37853(s) Flops=652584960 => 1723.99799223311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248216.075507197 Mflops = 248.216075507198 Gflops = 0.248216075507198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001265936 Relative Rsd = 5.55084361304586e-07
BICGSTAB_SOLVER_TIME: 0.772 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140056
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047447 s
InvBiCGStab: k = 60 resid = 1.889266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244531(s) Flops=396675072 => 1622.18725642148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233540.719600863 Mflops = 233.540719600863 Gflops = 0.233540719600863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066683 s
InvBiCGStab: k = 69 resid = 1.011646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28397(s) Flops=455731200 => 1604.85685107582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231046.596838869 Mflops = 231.046596838869 Gflops = 0.231046596838869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001016198 Relative Rsd = 4.45579711355121e-07
BICGSTAB_SOLVER_TIME: 0.646884 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044173 s
InvBiCGStab: k = 58 resid = 2.068055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218331(s) Flops=383551488 => 1756.74314687333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252915.723608508 Mflops = 252.915723608508 Gflops = 0.252915723608508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057241 s
InvBiCGStab: k = 76 resid = 1.076776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281799(s) Flops=501663744 => 1780.21832582798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256300.127348287 Mflops = 256.300127348287 Gflops = 0.256300127348287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001098761 Relative Rsd = 4.81781930650196e-07
BICGSTAB_SOLVER_TIME: 0.605326 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040587 s
InvBiCGStab: k = 58 resid = 1.904982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212419(s) Flops=383551488 => 1805.63644495078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.067804518 Mflops = 259.956067804518 Gflops = 0.259956067804518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055744 s
InvBiCGStab: k = 76 resid = 1.04305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2781(s) Flops=501663744 => 1803.8969579288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.222705274 Mflops = 259.700222705274 Gflops = 0.259700222705274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001103095 Relative Rsd = 4.83681996510084e-07
BICGSTAB_SOLVER_TIME: 0.590642 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10985
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.851671(s) Flops=1360945152 => 1597.97052148071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230087.607951163 Mflops = 230.087607951163 Gflops = 0.230087607951163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150758000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 34 resid = 1.619831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125835(s) Flops=226068480 => 1796.54690666349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.409726399 Mflops = 258.594409726399 Gflops = 0.258594409726399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060166 s
InvBiCGStab: k = 56 resid = 1.024317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218789(s) Flops=370427904 => 1693.08285151447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243734.614328725 Mflops = 243.734614328725 Gflops = 0.243734614328725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0008166331 Relative Rsd = 3.58075101297318e-07
BICGSTAB_SOLVER_TIME: 0.450087 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 75 resid = 1.886364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276342(s) Flops=495101952 => 1791.627591897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257950.391193969 Mflops = 257.950391193969 Gflops = 0.257950391193969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056628 s
InvBiCGStab: k = 110 resid = 9.262175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404093(s) Flops=724764672 => 1793.5590866459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258239.588088736 Mflops = 258.239588088736 Gflops = 0.258239588088736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001242246 Relative Rsd = 5.44696555309553e-07
BICGSTAB_SOLVER_TIME: 0.78232 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 55 resid = 2.094147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202281(s) Flops=363866112 => 1798.81507408012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258959.129136623 Mflops = 258.959129136623 Gflops = 0.258959129136623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 68 resid = 9.683904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281848(s) Flops=449169408 => 1593.6583122818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229433.720984769 Mflops = 229.433720984769 Gflops = 0.229433720984769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001009093 Relative Rsd = 4.42464252643395e-07
BICGSTAB_SOLVER_TIME: 0.586032 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04629 s
InvBiCGStab: k = 61 resid = 2.172962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244666(s) Flops=403236864 => 1648.11156433669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237284.840568547 Mflops = 237.284840568547 Gflops = 0.237284840568547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061951 s
InvBiCGStab: k = 80 resid = 1.09264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30144(s) Flops=527910912 => 1751.29681528662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252134.644461564 Mflops = 252.134644461564 Gflops = 0.252134644461564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001105324 Relative Rsd = 4.84659568475878e-07
BICGSTAB_SOLVER_TIME: 0.658178 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041349 s
InvBiCGStab: k = 58 resid = 2.231906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215959(s) Flops=383551488 => 1776.03845174315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255690.165828643 Mflops = 255.690165828643 Gflops = 0.255690165828643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 84 resid = 1.144875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306197(s) Flops=554158080 => 1809.8089791866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260563.863840833 Mflops = 260.563863840833 Gflops = 0.260563863840833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001115213 Relative Rsd = 4.88995677723764e-07
BICGSTAB_SOLVER_TIME: 0.623214 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115742
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847428(s) Flops=1354604544 => 1598.48924510401 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230162.675444542 Mflops = 230.162675444542 Gflops = 0.230162675444542 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150084000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041483 s
InvBiCGStab: k = 32 resid = 1.979662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120906(s) Flops=212944896 => 1761.24341223761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253512.175151212 Mflops = 253.512175151212 Gflops = 0.253512175151212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057687 s
InvBiCGStab: k = 55 resid = 1.151542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205456(s) Flops=363866112 => 1771.01721049762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254956.719257936 Mflops = 254.956719257936 Gflops = 0.254956719257936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0008043291 Relative Rsd = 3.52680079113064e-07
BICGSTAB_SOLVER_TIME: 0.429425 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 62 resid = 1.471239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228241(s) Flops=409798656 => 1795.46468864052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258488.716079699 Mflops = 258.488716079699 Gflops = 0.258488716079699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 88 resid = 1.112044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32155(s) Flops=580405248 => 1805.02331830197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259872.840575911 Mflops = 259.872840575911 Gflops = 0.259872840575911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001108768 Relative Rsd = 4.86169595831739e-07
BICGSTAB_SOLVER_TIME: 0.650958 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04233 s
InvBiCGStab: k = 57 resid = 1.531055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21032(s) Flops=376989696 => 1792.45766451122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258049.634486988 Mflops = 258.049634486988 Gflops = 0.258049634486988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055843 s
InvBiCGStab: k = 74 resid = 8.473689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271085(s) Flops=488540160 => 1802.16596270542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259449.476035774 Mflops = 259.449476035774 Gflops = 0.259449476035774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001045413 Relative Rsd = 4.58389880549815e-07
BICGSTAB_SOLVER_TIME: 0.583472 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10789
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 62 resid = 1.831181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239451(s) Flops=409798656 => 1711.4092486563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246383.610108165 Mflops = 246.383610108165 Gflops = 0.246383610108165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064725 s
InvBiCGStab: k = 86 resid = 1.147087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359966(s) Flops=567281664 => 1575.93123795025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226892.484342931 Mflops = 226.892484342931 Gflops = 0.226892484342931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001132512 Relative Rsd = 4.96580933792529e-07
BICGSTAB_SOLVER_TIME: 0.709658 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04394 s
InvBiCGStab: k = 55 resid = 1.467142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204864(s) Flops=363866112 => 1776.13495782568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255698.097773034 Mflops = 255.698097773034 Gflops = 0.255698097773034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060667 s
InvBiCGStab: k = 72 resid = 1.065567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267713(s) Flops=475416576 => 1775.84419135417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255657.269209369 Mflops = 255.657269209369 Gflops = 0.255657269209369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001078266 Relative Rsd = 4.72795067822684e-07
BICGSTAB_SOLVER_TIME: 0.581056 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104797
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847172(s) Flops=1354604544 => 1598.9722795371 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230233.405624304 Mflops = 230.233405624304 Gflops = 0.230233405624304 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150285000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047529 s
InvBiCGStab: k = 26 resid = 1.954562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111728(s) Flops=173574144 => 1553.54203064585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223601.357569093 Mflops = 223.601357569093 Gflops = 0.223601357569093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061327 s
InvBiCGStab: k = 52 resid = 9.733538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205893(s) Flops=344180736 => 1671.64855531757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240648.879098397 Mflops = 240.648879098397 Gflops = 0.240648879098397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007436121 Relative Rsd = 3.2605702885954e-07
BICGSTAB_SOLVER_TIME: 0.43041 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041745 s
InvBiCGStab: k = 65 resid = 1.647521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241926(s) Flops=429484032 => 1775.27025619404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255579.991337728 Mflops = 255.579991337728 Gflops = 0.255579991337728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056884 s
InvBiCGStab: k = 80 resid = 9.99421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293374(s) Flops=527910912 => 1799.44682214511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259068.474669571 Mflops = 259.068474669571 Gflops = 0.259068474669571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001096882 Relative Rsd = 4.80958056621273e-07
BICGSTAB_SOLVER_TIME: 0.637759 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 64 resid = 1.432774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234659(s) Flops=422922240 => 1802.28433599393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.655084875 Mflops = 259.478655084875 Gflops = 0.259478655084875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 75 resid = 1.05309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274271(s) Flops=495101952 => 1805.15603910001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259887.643020328 Mflops = 259.887643020328 Gflops = 0.259887643020328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001070914 Relative Rsd = 4.69571443741239e-07
BICGSTAB_SOLVER_TIME: 0.610326 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04186 s
InvBiCGStab: k = 63 resid = 1.87011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230325(s) Flops=416360448 => 1807.70844676001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260245.462857168 Mflops = 260.245462857168 Gflops = 0.260245462857168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 76 resid = 1.047065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277682(s) Flops=501663744 => 1806.61239835495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260089.547372535 Mflops = 260.089547372535 Gflops = 0.260089547372535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001107529 Relative Rsd = 4.85626420891109e-07
BICGSTAB_SOLVER_TIME: 0.609786 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045844 s
InvBiCGStab: k = 58 resid = 1.38426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241526(s) Flops=383551488 => 1588.03395079619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228636.64448232 Mflops = 228.636644482319 Gflops = 0.228636644482319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062891 s
InvBiCGStab: k = 84 resid = 7.085454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353925(s) Flops=554158080 => 1565.7500317864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225439.102213265 Mflops = 225.439102213265 Gflops = 0.225439102213265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001055514 Relative Rsd = 4.6281889256924e-07
BICGSTAB_SOLVER_TIME: 0.70863 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115567
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876098(s) Flops=1354604544 => 1546.17924478768 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222629.235162265 Mflops = 222.629235162265 Gflops = 0.222629235162265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149850000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021341
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.599314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760681(s) Flops=1262831616 => 1660.13298084217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238979.704441836 Mflops = 238.979704441836 Gflops = 0.238979704441836 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 277 resid = 1.018976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018698(s) Flops=1820583936 => 1787.16747848725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257341.449061659 Mflops = 257.341449061659 Gflops = 0.257341449061659 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002076646 Relative Rsd = 9.13413347442712e-07
BICGSTAB_SOLVER_TIME: 1.782746 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.116126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336226999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.135894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.651713(s) Flops=1177528320 => 1806.82036417871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260150.016839327 Mflops = 260.150016839327 Gflops = 0.260150016839327 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 5.97327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900912(s) Flops=1564674048 => 1736.76679631307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250085.464444587 Mflops = 250.085464444587 Gflops = 0.250085464444587 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002128434 Relative Rsd = 9.34888532026644e-07
BICGSTAB_SOLVER_TIME: 1.556716 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.122884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297856999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882431(s) Flops=1354604544 => 1535.08267955228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221035.67165591 Mflops = 221.035671655911 Gflops = 0.221035671655911 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149991000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021461
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 25 resid = 1.834325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094275(s) Flops=167012352 => 1771.54443914081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254968.075774191 Mflops = 254.968075774191 Gflops = 0.254968075774191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055713 s
InvBiCGStab: k = 58 resid = 1.037733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212918(s) Flops=383551488 => 1801.40470979438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.656428583 Mflops = 259.329656428583 Gflops = 0.259329656428583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007742401 Relative Rsd = 3.3948673703125e-07
BICGSTAB_SOLVER_TIME: 0.407928 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0738050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047187 s
InvBiCGStab: k = 79 resid = 2.183018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323524(s) Flops=521349120 => 1611.46969003845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232012.596100524 Mflops = 232.012596100524 Gflops = 0.232012596100524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0629 s
InvBiCGStab: k = 111 resid = 1.053601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444859(s) Flops=731326464 => 1643.95114856617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236693.354145213 Mflops = 236.693354145213 Gflops = 0.236693354145213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.00128837 Relative Rsd = 5.64921182400722e-07
BICGSTAB_SOLVER_TIME: 0.882462 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150047999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041945 s
InvBiCGStab: k = 55 resid = 2.149681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204079(s) Flops=363866112 => 1782.96694907364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256682.029641486 Mflops = 256.682029641486 Gflops = 0.256682029641486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056655 s
InvBiCGStab: k = 73 resid = 1.110376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268771(s) Flops=481978368 => 1793.26775582187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258169.048192026 Mflops = 258.169048192026 Gflops = 0.258169048192026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001031916 Relative Rsd = 4.5247197400278e-07
BICGSTAB_SOLVER_TIME: 0.575282 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 59 resid = 2.15989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21652(s) Flops=390113280 => 1801.74247182708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259382.341309228 Mflops = 259.382341309228 Gflops = 0.259382341309228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055879 s
InvBiCGStab: k = 94 resid = 6.092152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359778(s) Flops=619776000 => 1722.66230842353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248014.035916583 Mflops = 248.014035916583 Gflops = 0.248014035916583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00114532 Relative Rsd = 5.02197059468499e-07
BICGSTAB_SOLVER_TIME: 0.676945 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123627
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043008 s
InvBiCGStab: k = 54 resid = 2.017342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214607(s) Flops=357304320 => 1664.92388412307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239692.67526643 Mflops = 239.69267526643 Gflops = 0.23969267526643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060459 s
InvBiCGStab: k = 85 resid = 7.169889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321494(s) Flops=560719872 => 1744.1068013711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251103.073699169 Mflops = 251.103073699169 Gflops = 0.251103073699169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001130239 Relative Rsd = 4.95584168726682e-07
BICGSTAB_SOLVER_TIME: 0.643508 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113441
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926899(s) Flops=1354678272 => 1461.51659673816 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210602.251016419 Mflops = 210.602251016419 Gflops = 0.210602251016419 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149722000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043662 s
InvBiCGStab: k = 33 resid = 1.890531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127402(s) Flops=219506688 => 1722.94538547276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248012.911646026 Mflops = 248.012911646026 Gflops = 0.248012911646026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059401 s
InvBiCGStab: k = 48 resid = 8.302291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179843(s) Flops=317933568 => 1767.83954893991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254491.037063604 Mflops = 254.491037063604 Gflops = 0.254491037063604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007322588 Relative Rsd = 3.21078869578457e-07
BICGSTAB_SOLVER_TIME: 0.41411 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043101 s
InvBiCGStab: k = 80 resid = 1.719058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335793(s) Flops=527910912 => 1572.13197416265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226347.17829182 Mflops = 226.34717829182 Gflops = 0.22634717829182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065067 s
InvBiCGStab: k = 111 resid = 5.431867e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449783(s) Flops=731326464 => 1625.95399114684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234108.415325174 Mflops = 234.108415325174 Gflops = 0.234108415325174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001301233 Relative Rsd = 5.7056124840628e-07
BICGSTAB_SOLVER_TIME: 0.89816 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151002999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045974 s
InvBiCGStab: k = 56 resid = 2.142195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215438(s) Flops=370427904 => 1719.41767004892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247551.498894251 Mflops = 247.551498894251 Gflops = 0.247551498894251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058025 s
InvBiCGStab: k = 62 resid = 1.080382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231023(s) Flops=409798656 => 1773.84353938785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255352.897301076 Mflops = 255.352897301076 Gflops = 0.255352897301076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001039951 Relative Rsd = 4.55994928772306e-07
BICGSTAB_SOLVER_TIME: 0.554376 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984480000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 71 resid = 2.137419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264611(s) Flops=468854784 => 1771.86429891426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255101.006088149 Mflops = 255.101006088149 Gflops = 0.255101006088149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057077 s
InvBiCGStab: k = 86 resid = 1.148056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318043(s) Flops=567281664 => 1783.66341658203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256811.442623633 Mflops = 256.811442623633 Gflops = 0.256811442623633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00115809 Relative Rsd = 5.07796187000006e-07
BICGSTAB_SOLVER_TIME: 0.685234 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042712 s
InvBiCGStab: k = 56 resid = 2.120037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215122(s) Flops=370427904 => 1721.94338096522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247896.131702817 Mflops = 247.896131702817 Gflops = 0.247896131702817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058635 s
InvBiCGStab: k = 90 resid = 7.319564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333028(s) Flops=593528832 => 1782.21900861189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256583.368980812 Mflops = 256.583368980812 Gflops = 0.256583368980812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001145464 Relative Rsd = 5.022601006349e-07
BICGSTAB_SOLVER_TIME: 0.653375 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118405
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96366(s) Flops=1360723968 => 1412.03740738435 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203319.18037361 Mflops = 203.31918037361 Gflops = 0.20331918037361 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 33 resid = 1.480032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121588(s) Flops=219506688 => 1805.33184195809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.230512758 Mflops = 259.857230512758 Gflops = 0.259857230512758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058209 s
InvBiCGStab: k = 48 resid = 1.083376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181314(s) Flops=317933568 => 1753.49707137893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252417.197621681 Mflops = 252.417197621681 Gflops = 0.252417197621681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000774036 Relative Rsd = 3.39397228784056e-07
BICGSTAB_SOLVER_TIME: 0.405808 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040859 s
InvBiCGStab: k = 52 resid = 1.942807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191105(s) Flops=344180736 => 1801.00330184977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259271.882989601 Mflops = 259.271882989601 Gflops = 0.259271882989601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055808 s
InvBiCGStab: k = 72 resid = 1.144859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268643(s) Flops=475416576 => 1769.69649683781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254776.047136127 Mflops = 254.776047136127 Gflops = 0.254776047136127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001074758 Relative Rsd = 4.71257016498925e-07
BICGSTAB_SOLVER_TIME: 0.560692 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044901 s
InvBiCGStab: k = 60 resid = 1.151122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264075(s) Flops=396675072 => 1502.13034933258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216265.94773603 Mflops = 216.26594773603 Gflops = 0.21626594773603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057989 s
InvBiCGStab: k = 68 resid = 1.117828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269972(s) Flops=449169408 => 1663.76293837879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239525.327476151 Mflops = 239.525327476151 Gflops = 0.239525327476151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001020861 Relative Rsd = 4.47624286965683e-07
BICGSTAB_SOLVER_TIME: 0.64082 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105601
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041042 s
InvBiCGStab: k = 66 resid = 1.690346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245617(s) Flops=436045824 => 1775.30799578205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255585.226242391 Mflops = 255.585226242391 Gflops = 0.255585226242391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056885 s
InvBiCGStab: k = 82 resid = 1.044964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300833(s) Flops=541034496 => 1798.45461103004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.790587971 Mflops = 258.923790587971 Gflops = 0.258923790587971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001150784 Relative Rsd = 5.04592521700797e-07
BICGSTAB_SOLVER_TIME: 0.648193 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041507 s
InvBiCGStab: k = 54 resid = 2.093333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199239(s) Flops=357304320 => 1793.34527878578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.983002219 Mflops = 258.158983002219 Gflops = 0.258158983002219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056119 s
InvBiCGStab: k = 75 resid = 9.905556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275104(s) Flops=495101952 => 1799.69012446202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.382280672 Mflops = 259.092382280672 Gflops = 0.259092382280672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001032052 Relative Rsd = 4.52531186758267e-07
BICGSTAB_SOLVER_TIME: 0.575806 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106465
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85878(s) Flops=1360945152 => 1584.74248585202 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228180.02891252 Mflops = 228.18002891252 Gflops = 0.22818002891252 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151123000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 27 resid = 2.091942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10021(s) Flops=180135936 => 1797.58443269135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258719.162425863 Mflops = 258.719162425863 Gflops = 0.258719162425863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 47 resid = 1.140583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172751(s) Flops=311371776 => 1802.4311060428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.562356725 Mflops = 259.484562356725 Gflops = 0.259484562356725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000733043 Relative Rsd = 3.2142271192411e-07
BICGSTAB_SOLVER_TIME: 0.374632 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 60 resid = 2.278166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219483(s) Flops=396675072 => 1807.31570098823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260179.891019042 Mflops = 260.179891019042 Gflops = 0.260179891019042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055893 s
InvBiCGStab: k = 78 resid = 1.045431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285328(s) Flops=514787328 => 1804.19491953121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.508306156 Mflops = 259.746508306156 Gflops = 0.259746508306156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001130164 Relative Rsd = 4.95551193347333e-07
BICGSTAB_SOLVER_TIME: 0.606253 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040894 s
InvBiCGStab: k = 59 resid = 1.681243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217236(s) Flops=390113280 => 1795.80401038502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258538.254873281 Mflops = 258.538254873281 Gflops = 0.258538254873281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056004 s
InvBiCGStab: k = 72 resid = 1.025018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289255(s) Flops=475416576 => 1643.58982904358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236622.530132491 Mflops = 236.622530132491 Gflops = 0.236622530132491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001012603 Relative Rsd = 4.44003273831253e-07
BICGSTAB_SOLVER_TIME: 0.607846 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047254 s
InvBiCGStab: k = 63 resid = 2.067189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275454(s) Flops=416360448 => 1511.54257335163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217621.871201709 Mflops = 217.621871201709 Gflops = 0.217621871201709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058072 s
InvBiCGStab: k = 83 resid = 9.807464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308491(s) Flops=547596288 => 1775.08027138555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255569.515343862 Mflops = 255.569515343862 Gflops = 0.255569515343862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001124368 Relative Rsd = 4.93009792090953e-07
BICGSTAB_SOLVER_TIME: 0.693141 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040954 s
InvBiCGStab: k = 57 resid = 1.924343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210357(s) Flops=376989696 => 1792.14238651435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258006.64987886 Mflops = 258.00664987886 Gflops = 0.25800664987886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 79 resid = 9.656671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288984(s) Flops=521349120 => 1804.07607341583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.88911527 Mflops = 259.72988911527 Gflops = 0.25972988911527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001059873 Relative Rsd = 4.64730239479958e-07
BICGSTAB_SOLVER_TIME: 0.600596 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111443
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878248(s) Flops=1360871424 => 1549.52977291152 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223114.964698159 Mflops = 223.114964698159 Gflops = 0.223114964698159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150605000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.733758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81329(s) Flops=1466247168 => 1802.85896543668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.476321243 Mflops = 259.569476321243 Gflops = 0.259569476321243 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 9.726834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908592(s) Flops=1636853760 => 1801.52781446458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.751157741 Mflops = 259.406751157741 Gflops = 0.259406751157741 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.002064633 Relative Rsd = 9.08134789154157e-07
BICGSTAB_SOLVER_TIME: 1.725251 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0.114952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337169999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 2.24863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.699945(s) Flops=1138157568 => 1626.0671452757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234082.354272243 Mflops = 234.082354272243 Gflops = 0.234082354272243 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.044724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910791(s) Flops=1531865088 => 1681.90626389589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242182.486494544 Mflops = 242.182486494544 Gflops = 0.242182486494544 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.002139351 Relative Rsd = 9.39639601253999e-07
BICGSTAB_SOLVER_TIME: 1.614375 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.122922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289793999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.856958(s) Flops=1360871424 => 1588.02581223351 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228671.986144497 Mflops = 228.671986144497 Gflops = 0.228671986144497 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151079000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042418 s
InvBiCGStab: k = 32 resid = 1.871813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132111(s) Flops=212944896 => 1611.86347843859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232029.087486884 Mflops = 232.029087486884 Gflops = 0.232029087486884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056694 s
InvBiCGStab: k = 51 resid = 1.010657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191636(s) Flops=337618944 => 1761.77202613288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253601.499149743 Mflops = 253.601499149743 Gflops = 0.253601499149743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007721425 Relative Rsd = 3.38566974070274e-07
BICGSTAB_SOLVER_TIME: 0.426619 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04139 s
InvBiCGStab: k = 74 resid = 2.211245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273232(s) Flops=488540160 => 1788.00491889676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257409.1239434 Mflops = 257.4091239434 Gflops = 0.2574091239434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056255 s
InvBiCGStab: k = 98 resid = 8.676773e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358196(s) Flops=646023168 => 1803.5465722677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.411050387 Mflops = 259.657411050387 Gflops = 0.259657411050387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001208829 Relative Rsd = 5.30043899555133e-07
BICGSTAB_SOLVER_TIME: 0.732939 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040769 s
InvBiCGStab: k = 57 resid = 1.778154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209057(s) Flops=376989696 => 1803.28664431232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.16845978 Mflops = 259.60616845978 Gflops = 0.25960616845978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055828 s
InvBiCGStab: k = 71 resid = 1.097055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260006(s) Flops=468854784 => 1803.2460173996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.357407181 Mflops = 259.608357407181 Gflops = 0.259608357407181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001036 Relative Rsd = 4.54262394174061e-07
BICGSTAB_SOLVER_TIME: 0.569519 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 66 resid = 1.994432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241836(s) Flops=436045824 => 1803.06415918226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259581.62927342 Mflops = 259.58162927342 Gflops = 0.25958162927342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059516 s
InvBiCGStab: k = 87 resid = 1.148886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355925(s) Flops=573843456 => 1612.25948163237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232115.892777449 Mflops = 232.115892777449 Gflops = 0.232115892777449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001106224 Relative Rsd = 4.8505435420944e-07
BICGSTAB_SOLVER_TIME: 0.702793 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046849 s
InvBiCGStab: k = 60 resid = 2.16576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250893(s) Flops=396675072 => 1581.05276751444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227595.443137454 Mflops = 227.595443137454 Gflops = 0.227595443137454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063163 s
InvBiCGStab: k = 82 resid = 9.976355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307743(s) Flops=541034496 => 1758.07246956064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253111.185187696 Mflops = 253.111185187696 Gflops = 0.253111185187696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001102778 Relative Rsd = 4.83543152807565e-07
BICGSTAB_SOLVER_TIME: 0.672559 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115623
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854259(s) Flops=1360945152 => 1593.12942796037 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229389.853185586 Mflops = 229.389853185586 Gflops = 0.229389853185586 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151045000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044317 s
InvBiCGStab: k = 29 resid = 1.640183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117681(s) Flops=193259520 => 1642.23213602876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236383.853946004 Mflops = 236.383853946004 Gflops = 0.236383853946004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062552 s
InvBiCGStab: k = 54 resid = 1.101175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22151(s) Flops=357304320 => 1613.0392307345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232204.95420275 Mflops = 232.20495420275 Gflops = 0.23220495420275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007906504 Relative Rsd = 3.46682260868862e-07
BICGSTAB_SOLVER_TIME: 0.450849 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04346 s
InvBiCGStab: k = 71 resid = 2.168284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26464(s) Flops=468854784 => 1771.67013301088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255074.287853371 Mflops = 255.074287853371 Gflops = 0.255074287853371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057027 s
InvBiCGStab: k = 101 resid = 1.102612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37231(s) Flops=665708544 => 1788.04905589428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257440.769254623 Mflops = 257.440769254623 Gflops = 0.257440769254623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001233669 Relative Rsd = 5.40935779653984e-07
BICGSTAB_SOLVER_TIME: 0.741298 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04288 s
InvBiCGStab: k = 56 resid = 1.659505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220708(s) Flops=370427904 => 1678.36192616489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241597.420184169 Mflops = 241.597420184169 Gflops = 0.241597420184169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060997 s
InvBiCGStab: k = 78 resid = 1.148523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291633(s) Flops=514787328 => 1765.18887780189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254131.228782822 Mflops = 254.131228782821 Gflops = 0.254131228782822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001050632 Relative Rsd = 4.60678147276491e-07
BICGSTAB_SOLVER_TIME: 0.620042 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109903
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041403 s
InvBiCGStab: k = 63 resid = 1.757678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231916(s) Flops=416360448 => 1795.30712844306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258480.194665706 Mflops = 258.480194665706 Gflops = 0.258480194665706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056645 s
InvBiCGStab: k = 84 resid = 4.888298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307656(s) Flops=554158080 => 1801.22630470396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259328.132070163 Mflops = 259.328132070163 Gflops = 0.259328132070163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001116386 Relative Rsd = 4.89510011968833e-07
BICGSTAB_SOLVER_TIME: 0.641471 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046131 s
InvBiCGStab: k = 53 resid = 2.226086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221966(s) Flops=350742528 => 1580.16330428985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227498.540332244 Mflops = 227.498540332244 Gflops = 0.227498540332244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061753 s
InvBiCGStab: k = 74 resid = 1.09048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296488(s) Flops=488540160 => 1647.75694125901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237197.600112323 Mflops = 237.197600112323 Gflops = 0.237197600112323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001061912 Relative Rsd = 4.65624249996845e-07
BICGSTAB_SOLVER_TIME: 0.63041 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104882
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861314(s) Flops=1360945152 => 1580.08014730981 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227515.585998045 Mflops = 227.515585998045 Gflops = 0.227515585998045 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150526000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041454 s
InvBiCGStab: k = 33 resid = 1.742144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12136(s) Flops=219506688 => 1808.72353328939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260359.350676754 Mflops = 260.359350676754 Gflops = 0.260359350676754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 50 resid = 1.118646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201638(s) Flops=331057152 => 1641.83909778911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236343.465966677 Mflops = 236.343465966677 Gflops = 0.236343465966677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007542566 Relative Rsd = 3.30724423265277e-07
BICGSTAB_SOLVER_TIME: 0.425137 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04547 s
InvBiCGStab: k = 61 resid = 1.339172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256687(s) Flops=403236864 => 1570.92826672173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226160.494082199 Mflops = 226.160494082199 Gflops = 0.226160494082199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067934 s
InvBiCGStab: k = 85 resid = 6.31084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330396(s) Flops=560719872 => 1697.11458976501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244341.905419774 Mflops = 244.341905419774 Gflops = 0.244341905419774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001096383 Relative Rsd = 4.80738969425974e-07
BICGSTAB_SOLVER_TIME: 0.704312 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041655 s
InvBiCGStab: k = 51 resid = 2.229452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190593(s) Flops=337618944 => 1771.4131368938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255018.365493859 Mflops = 255.018365493859 Gflops = 0.255018365493859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 78 resid = 1.004255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287356(s) Flops=514787328 => 1791.46190787734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257911.857285945 Mflops = 257.911857285945 Gflops = 0.257911857285945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001008309 Relative Rsd = 4.42120614479659e-07
BICGSTAB_SOLVER_TIME: 0.579945 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 61 resid = 1.65931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222781(s) Flops=403236864 => 1810.01460627253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260577.756032705 Mflops = 260.577756032705 Gflops = 0.260577756032705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056264 s
InvBiCGStab: k = 80 resid = 6.491817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292319(s) Flops=527910912 => 1805.94115332907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.008101942 Mflops = 259.994008101942 Gflops = 0.259994008101942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001091004 Relative Rsd = 4.78380566211334e-07
BICGSTAB_SOLVER_TIME: 0.616334 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 59 resid = 2.0602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216324(s) Flops=390113280 => 1803.37493759361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.61545276 Mflops = 259.63561545276 Gflops = 0.25963561545276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 87 resid = 6.378512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317523(s) Flops=573843456 => 1807.25004487864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260196.774074369 Mflops = 260.196774074369 Gflops = 0.260196774074369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00105505 Relative Rsd = 4.62615680517868e-07
BICGSTAB_SOLVER_TIME: 0.635011 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118514
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920208(s) Flops=1360945152 => 1478.95383652392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212956.86378327 Mflops = 212.95686378327 Gflops = 0.21295686378327 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150659000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042676 s
InvBiCGStab: k = 29 resid = 1.801244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115069(s) Flops=193259520 => 1679.50985930181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241767.481019399 Mflops = 241.767481019399 Gflops = 0.241767481019399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060245 s
InvBiCGStab: k = 48 resid = 9.896618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176418(s) Flops=317933568 => 1802.16059585757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.983890928 Mflops = 259.411983890928 Gflops = 0.259411983890928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007425747 Relative Rsd = 3.2560218812009e-07
BICGSTAB_SOLVER_TIME: 0.398211 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 59 resid = 1.998466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219601(s) Flops=390113280 => 1776.46404160273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255764.332340638 Mflops = 255.764332340638 Gflops = 0.255764332340638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063961 s
InvBiCGStab: k = 89 resid = 1.089927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367226(s) Flops=586967040 => 1598.38094252586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230121.110573014 Mflops = 230.121110573014 Gflops = 0.230121110573014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.0011615 Relative Rsd = 5.09291564303432e-07
BICGSTAB_SOLVER_TIME: 0.695867 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048215 s
InvBiCGStab: k = 61 resid = 1.422712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238926(s) Flops=403236864 => 1687.70608472916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242980.03568538 Mflops = 242.98003568538 Gflops = 0.24298003568538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05768 s
InvBiCGStab: k = 79 resid = 8.873665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295904(s) Flops=521349120 => 1761.88601708662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253657.134771595 Mflops = 253.657134771595 Gflops = 0.253657134771595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001069715 Relative Rsd = 4.6904577739986e-07
BICGSTAB_SOLVER_TIME: 0.644743 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 58 resid = 1.851866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212709(s) Flops=383551488 => 1803.17470346812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.679032644 Mflops = 259.592679032644 Gflops = 0.259592679032644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056159 s
InvBiCGStab: k = 94 resid = 8.560972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342715(s) Flops=619776000 => 1808.42974483171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260367.630099417 Mflops = 260.367630099417 Gflops = 0.260367630099417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001120993 Relative Rsd = 4.9153003470406e-07
BICGSTAB_SOLVER_TIME: 0.656197 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122789
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040579 s
InvBiCGStab: k = 57 resid = 2.008824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209336(s) Flops=376989696 => 1800.88324989491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.801797171 Mflops = 259.266801797171 Gflops = 0.259266801797171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 75 resid = 1.108974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274565(s) Flops=495101952 => 1803.22310563983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.480321946 Mflops = 259.587480321946 Gflops = 0.259587480321946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001057393 Relative Rsd = 4.63642664507205e-07
BICGSTAB_SOLVER_TIME: 0.584586 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108564
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911316(s) Flops=1360871424 => 1493.30355661483 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215012.406994492 Mflops = 215.012406994492 Gflops = 0.215012406994492 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150505000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.171154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746833(s) Flops=1348134912 => 1805.13570235916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.676281844 Mflops = 259.947676281844 Gflops = 0.259947676281844 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 269 resid = 1.099141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046377(s) Flops=1768089600 => 1689.72521376139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243311.270177491 Mflops = 243.311270177491 Gflops = 0.243311270177491 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.00213034 Relative Rsd = 9.37035745615633e-07
BICGSTAB_SOLVER_TIME: 1.79718 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.119206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338092999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 1.889431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636507(s) Flops=1125033984 => 1767.51235100321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254485.291303883 Mflops = 254.485291303883 Gflops = 0.254485291303883 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.061044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772617(s) Flops=1394067456 => 1804.34478661484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259812.301004132 Mflops = 259.812301004132 Gflops = 0.259812301004132 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.002042223 Relative Rsd = 8.96939620202436e-07
BICGSTAB_SOLVER_TIME: 1.412577 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273603999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872499(s) Flops=1360871424 => 1559.73980944391 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224585.90330898 Mflops = 224.58590330898 Gflops = 0.22458590330898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150632000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 30 resid = 1.847656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111014(s) Flops=199821312 => 1799.96497739024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259097.143631788 Mflops = 259.097143631788 Gflops = 0.259097143631788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05611 s
InvBiCGStab: k = 44 resid = 1.006151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161895(s) Flops=291686400 => 1801.70110256648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259362.865467159 Mflops = 259.362865467159 Gflops = 0.259362865467159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007571498 Relative Rsd = 3.31993031028833e-07
BICGSTAB_SOLVER_TIME: 0.3741 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671810000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 86 resid = 2.129726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314302(s) Flops=567281664 => 1804.89358642325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.508994811 Mflops = 259.863508994811 Gflops = 0.259863508994811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 110 resid = 1.12447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400996(s) Flops=724764672 => 1807.41122604714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260227.900849582 Mflops = 260.227900849582 Gflops = 0.260227900849582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001351143 Relative Rsd = 5.92445721333786e-07
BICGSTAB_SOLVER_TIME: 0.816517 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154376999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 57 resid = 2.136733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209198(s) Flops=376989696 => 1802.07122439029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259435.388203771 Mflops = 259.435388203771 Gflops = 0.259435388203771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 69 resid = 7.875375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273064(s) Flops=455731200 => 1668.95379837694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240276.612690086 Mflops = 240.276612690086 Gflops = 0.240276612690086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001014395 Relative Rsd = 4.44789016887462e-07
BICGSTAB_SOLVER_TIME: 0.583775 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046726 s
InvBiCGStab: k = 61 resid = 2.069929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262183(s) Flops=403236864 => 1537.9977496634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221434.426774951 Mflops = 221.434426774951 Gflops = 0.221434426774951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061648 s
InvBiCGStab: k = 79 resid = 1.008776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301395(s) Flops=521349120 => 1729.78689095705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249035.868335611 Mflops = 249.035868335611 Gflops = 0.249035868335611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00112685 Relative Rsd = 4.94098387973283e-07
BICGSTAB_SOLVER_TIME: 0.675726 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 65 resid = 1.922611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240638(s) Flops=429484032 => 1784.77228035472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256941.919923274 Mflops = 256.941919923274 Gflops = 0.256941919923274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055838 s
InvBiCGStab: k = 83 resid = 1.139789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324171(s) Flops=547596288 => 1689.22046697576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243202.629445801 Mflops = 243.202629445801 Gflops = 0.243202629445801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001115629 Relative Rsd = 4.89178063219758e-07
BICGSTAB_SOLVER_TIME: 0.66605 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119997
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852394(s) Flops=1360871424 => 1596.52862877965 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229909.689432745 Mflops = 229.909689432745 Gflops = 0.229909689432745 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150524000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041479 s
InvBiCGStab: k = 29 resid = 1.664766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109302(s) Flops=193259520 => 1768.12427951913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254462.889266375 Mflops = 254.462889266375 Gflops = 0.254462889266375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 52 resid = 1.057052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193472(s) Flops=344180736 => 1778.96923585842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256089.595785387 Mflops = 256.089595785387 Gflops = 0.256089595785386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007851773 Relative Rsd = 3.4428243424812e-07
BICGSTAB_SOLVER_TIME: 0.404934 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 72 resid = 1.991377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263733(s) Flops=475416576 => 1802.64349171321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.919712723 Mflops = 259.530919712723 Gflops = 0.259530919712723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056319 s
InvBiCGStab: k = 102 resid = 8.747006e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372346(s) Flops=672270336 => 1805.49901435761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259939.252534369 Mflops = 259.939252534369 Gflops = 0.259939252534369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001277251 Relative Rsd = 5.600457776686e-07
BICGSTAB_SOLVER_TIME: 0.737251 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041035 s
InvBiCGStab: k = 63 resid = 1.910118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23165(s) Flops=416360448 => 1797.36865098209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258752.801961809 Mflops = 258.752801961809 Gflops = 0.258752801961809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 69 resid = 1.103592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253061(s) Flops=455731200 => 1800.87488787288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.7437343 Mflops = 259.2657437343 Gflops = 0.2592657437343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001038238 Relative Rsd = 4.55243641414332e-07
BICGSTAB_SOLVER_TIME: 0.585876 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 68 resid = 2.280113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287397(s) Flops=449169408 => 1562.88829737262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225017.664548754 Mflops = 225.017664548754 Gflops = 0.225017664548754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062139 s
InvBiCGStab: k = 85 resid = 1.04798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354311(s) Flops=560719872 => 1582.56410893255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227847.575050524 Mflops = 227.847575050524 Gflops = 0.227847575050524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001144274 Relative Rsd = 5.01738211658958e-07
BICGSTAB_SOLVER_TIME: 0.749109 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123402
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042495 s
InvBiCGStab: k = 56 resid = 2.202767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226463(s) Flops=370427904 => 1635.71048692281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235498.389566115 Mflops = 235.498389566115 Gflops = 0.235498389566115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067357 s
InvBiCGStab: k = 84 resid = 1.130064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377522(s) Flops=554158080 => 1467.88287834881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211343.56315457 Mflops = 211.34356315457 Gflops = 0.21134356315457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001090458 Relative Rsd = 4.78141060824487e-07
BICGSTAB_SOLVER_TIME: 0.718595 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114048
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887525(s) Flops=1360871424 => 1533.33305991381 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220786.560222652 Mflops = 220.786560222652 Gflops = 0.220786560222652 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041078 s
InvBiCGStab: k = 26 resid = 1.993851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097657(s) Flops=173574144 => 1777.38558423871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255798.69638333 Mflops = 255.79869638333 Gflops = 0.25579869638333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 54 resid = 9.695813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203959(s) Flops=357304320 => 1751.84385097005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252190.776602328 Mflops = 252.190776602328 Gflops = 0.252190776602328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007695844 Relative Rsd = 3.37445300717638e-07
BICGSTAB_SOLVER_TIME: 0.40257 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 49 resid = 2.118052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183656(s) Flops=324495360 => 1766.86500849414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254364.081934165 Mflops = 254.364081934165 Gflops = 0.254364081934165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 82 resid = 8.831417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30153(s) Flops=541034496 => 1794.29740324346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258328.939669786 Mflops = 258.328939669786 Gflops = 0.258328939669786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001079623 Relative Rsd = 4.73390156015323e-07
BICGSTAB_SOLVER_TIME: 0.586876 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108009
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 61 resid = 1.92532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223635(s) Flops=403236864 => 1803.10266282111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.606596109 Mflops = 259.591606596109 Gflops = 0.259591606596109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056055 s
InvBiCGStab: k = 70 resid = 1.01699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255797(s) Flops=462292992 => 1807.26510475103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260175.485846765 Mflops = 260.175485846765 Gflops = 0.260175485846765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001060476 Relative Rsd = 4.64994501924055e-07
BICGSTAB_SOLVER_TIME: 0.580821 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 63 resid = 2.116448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230229(s) Flops=416360448 => 1808.46221805246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260348.817681259 Mflops = 260.348817681259 Gflops = 0.260348817681259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055929 s
InvBiCGStab: k = 83 resid = 8.355597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302634(s) Flops=547596288 => 1809.43412835306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260497.896177605 Mflops = 260.497896177605 Gflops = 0.260497896177605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001100892 Relative Rsd = 4.82716011867994e-07
BICGSTAB_SOLVER_TIME: 0.633769 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 57 resid = 2.174529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253399(s) Flops=376989696 => 1487.73158536537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214189.67631074 Mflops = 214.18967631074 Gflops = 0.21418967631074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060493 s
InvBiCGStab: k = 81 resid = 1.140932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333945(s) Flops=534472704 => 1600.48122894489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230416.527769293 Mflops = 230.416527769293 Gflops = 0.230416527769293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001053106 Relative Rsd = 4.61762965793385e-07
BICGSTAB_SOLVER_TIME: 0.693265 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112678
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865987(s) Flops=1360723968 => 1571.29837745832 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226246.62886526 Mflops = 226.24662886526 Gflops = 0.22624662886526 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150832000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 25 resid = 1.993002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092687(s) Flops=167012352 => 1801.89618824646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259344.147102356 Mflops = 259.344147102356 Gflops = 0.259344147102356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 54 resid = 1.065831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218139(s) Flops=357304320 => 1637.96625087673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235804.833650405 Mflops = 235.804833650405 Gflops = 0.235804833650405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007532585 Relative Rsd = 3.30286759329466e-07
BICGSTAB_SOLVER_TIME: 0.413115 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047243 s
InvBiCGStab: k = 60 resid = 2.119911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245544(s) Flops=396675072 => 1615.4948685368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232581.263258624 Mflops = 232.581263258624 Gflops = 0.232581263258624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064999 s
InvBiCGStab: k = 84 resid = 9.413807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322694(s) Flops=554158080 => 1717.28659349105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247228.702617365 Mflops = 247.228702617365 Gflops = 0.247228702617365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001103256 Relative Rsd = 4.83752847634753e-07
BICGSTAB_SOLVER_TIME: 0.685767 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 53 resid = 1.871267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197483(s) Flops=350742528 => 1776.0644106075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255702.966582982 Mflops = 255.702966582982 Gflops = 0.255702966582982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 81 resid = 8.660293e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295609(s) Flops=534472704 => 1808.03934927556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260307.155404393 Mflops = 260.307155404393 Gflops = 0.260307155404393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001069705 Relative Rsd = 4.69041336443199e-07
BICGSTAB_SOLVER_TIME: 0.594236 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 59 resid = 2.072583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215701(s) Flops=390113280 => 1808.58354852319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260374.250729769 Mflops = 260.374250729769 Gflops = 0.260374250729769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056834 s
InvBiCGStab: k = 85 resid = 9.110815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313727(s) Flops=560719872 => 1787.28599068617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257326.439990235 Mflops = 257.326439990235 Gflops = 0.257326439990235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001120003 Relative Rsd = 4.91095790815334e-07
BICGSTAB_SOLVER_TIME: 0.631926 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 54 resid = 2.191905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19973(s) Flops=357304320 => 1788.93666449707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257537.80588818 Mflops = 257.53780588818 Gflops = 0.25753780588818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 78 resid = 7.174256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287778(s) Flops=514787328 => 1788.83489356379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257543.419609596 Mflops = 257.543419609596 Gflops = 0.257543419609596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001068047 Relative Rsd = 4.68314295687688e-07
BICGSTAB_SOLVER_TIME: 0.58941 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108448
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921723(s) Flops=1360723968 => 1476.28297004632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212566.14143122 Mflops = 212.56614143122 Gflops = 0.21256614143122 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150682000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02157
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.604781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.72434(s) Flops=1275955200 => 1761.54181737858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253591.975989122 Mflops = 253.591975989122 Gflops = 0.253591975989122 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 9.435427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000354(s) Flops=1636853760 => 1636.27451882034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235614.176545211 Mflops = 235.614176545211 Gflops = 0.235614176545211 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002069994 Relative Rsd = 9.10488592269624e-07
BICGSTAB_SOLVER_TIME: 1.728098 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315904999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.102675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694559(s) Flops=1197213696 => 1723.70338013041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248131.622073178 Mflops = 248.131622073178 Gflops = 0.248131622073178 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.025902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849208(s) Flops=1518741504 => 1788.42109824684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257521.957037749 Mflops = 257.521957037749 Gflops = 0.257521957037749 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002063219 Relative Rsd = 9.06146158174481e-07
BICGSTAB_SOLVER_TIME: 1.547173 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001855
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294929999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908285(s) Flops=1360723968 => 1498.12445212681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215703.593450007 Mflops = 215.703593450007 Gflops = 0.215703593450007 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150506000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 23 resid = 1.973398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085506(s) Flops=153888768 => 1799.74233387131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258997.858714157 Mflops = 258.997858714157 Gflops = 0.258997858714157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056038 s
InvBiCGStab: k = 50 resid = 1.112209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183912(s) Flops=331057152 => 1800.08456218191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259118.180477964 Mflops = 259.118180477964 Gflops = 0.259118180477964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007664369 Relative Rsd = 3.36065184105495e-07
BICGSTAB_SOLVER_TIME: 0.370098 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04096 s
InvBiCGStab: k = 81 resid = 2.043161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29574(s) Flops=534472704 => 1807.23846622033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260192.013475948 Mflops = 260.192013475948 Gflops = 0.260192013475948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 100 resid = 1.147041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364912(s) Flops=659146752 => 1806.31700793616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.805411534 Mflops = 260.063805411534 Gflops = 0.260063805411534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001314472 Relative Rsd = 5.76366191308581e-07
BICGSTAB_SOLVER_TIME: 0.761834 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048031 s
InvBiCGStab: k = 52 resid = 2.229111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223355(s) Flops=344180736 => 1540.95827718206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221858.998072975 Mflops = 221.858998072975 Gflops = 0.221858998072975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06366 s
InvBiCGStab: k = 79 resid = 1.115192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340719(s) Flops=521349120 => 1530.14396027225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220313.051823503 Mflops = 220.313051823503 Gflops = 0.220313051823503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001062763 Relative Rsd = 4.65997443492846e-07
BICGSTAB_SOLVER_TIME: 0.679875 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043735 s
InvBiCGStab: k = 69 resid = 2.095162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259694(s) Flops=455731200 => 1754.87766371191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252646.464415393 Mflops = 252.646464415393 Gflops = 0.252646464415393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057331 s
InvBiCGStab: k = 84 resid = 1.037877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311398(s) Flops=554158080 => 1779.58137174934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256211.133793343 Mflops = 256.211133793343 Gflops = 0.256211133793343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001130265 Relative Rsd = 4.95595449777512e-07
BICGSTAB_SOLVER_TIME: 0.675953 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 48 resid = 2.170638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176205(s) Flops=317933568 => 1804.33908231889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.22932201 Mflops = 259.74622932201 Gflops = 0.25974622932201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 83 resid = 1.132468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303939(s) Flops=547596288 => 1801.66509727281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259377.008870399 Mflops = 259.377008870399 Gflops = 0.259377008870399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00106606 Relative Rsd = 4.67443204590812e-07
BICGSTAB_SOLVER_TIME: 0.581365 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107822
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850197(s) Flops=1360797696 => 1600.56751082396 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230455.959542117 Mflops = 230.455959542117 Gflops = 0.230455959542117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150834000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040617 s
InvBiCGStab: k = 29 resid = 1.888443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107205(s) Flops=193259520 => 1802.70994823003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.787570264 Mflops = 259.473787570264 Gflops = 0.259473787570264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05623 s
InvBiCGStab: k = 44 resid = 1.139938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162043(s) Flops=291686400 => 1800.05554081324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259095.595816832 Mflops = 259.095595816832 Gflops = 0.259095595816832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007332255 Relative Rsd = 3.21502751234974e-07
BICGSTAB_SOLVER_TIME: 0.370171 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 74 resid = 2.092809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282399(s) Flops=488540160 => 1729.96419958994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249069.882340951 Mflops = 249.06988234095 Gflops = 0.249069882340951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058647 s
InvBiCGStab: k = 113 resid = 4.9894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428206(s) Flops=744450048 => 1738.53250071227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250304.522908127 Mflops = 250.304522908127 Gflops = 0.250304522908127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.00127584 Relative Rsd = 5.59427055419246e-07
BICGSTAB_SOLVER_TIME: 0.813683 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041471 s
InvBiCGStab: k = 59 resid = 2.01788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21726(s) Flops=390113280 => 1795.60563380282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258514.104744532 Mflops = 258.514104744532 Gflops = 0.258514104744532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056628 s
InvBiCGStab: k = 64 resid = 1.117331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27099(s) Flops=422922240 => 1560.65626037861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224669.886069071 Mflops = 224.669886069071 Gflops = 0.224669886069071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001040408 Relative Rsd = 4.56195231231382e-07
BICGSTAB_SOLVER_TIME: 0.590548 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044705 s
InvBiCGStab: k = 75 resid = 1.748026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300221(s) Flops=495101952 => 1649.12498459468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237435.953696704 Mflops = 237.435953696704 Gflops = 0.237435953696704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055817 s
InvBiCGStab: k = 89 resid = 1.042377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332701(s) Flops=586967040 => 1764.24789826301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254003.159561487 Mflops = 254.003159561487 Gflops = 0.254003159561487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001134217 Relative Rsd = 4.9732829064863e-07
BICGSTAB_SOLVER_TIME: 0.737268 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 51 resid = 1.563961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187187(s) Flops=337618944 => 1803.64525314258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.421316262 Mflops = 259.665421316262 Gflops = 0.259665421316262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056137 s
InvBiCGStab: k = 78 resid = 1.086671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284516(s) Flops=514787328 => 1809.34403689072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260473.61152184 Mflops = 260.47361152184 Gflops = 0.26047361152184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001092435 Relative Rsd = 4.79007915146616e-07
BICGSTAB_SOLVER_TIME: 0.573083 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1064
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854911(s) Flops=1366917120 => 1598.8999088794 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230232.036835008 Mflops = 230.232036835008 Gflops = 0.230232036835008 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151888000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044696 s
InvBiCGStab: k = 32 resid = 1.625365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126087(s) Flops=212944896 => 1688.87273073354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243085.707665012 Mflops = 243.085707665012 Gflops = 0.243085707665012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060869 s
InvBiCGStab: k = 53 resid = 7.725278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201747(s) Flops=350742528 => 1738.52661006112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250263.600306701 Mflops = 250.263600306701 Gflops = 0.250263600306701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007699457 Relative Rsd = 3.37603745884043e-07
BICGSTAB_SOLVER_TIME: 0.437265 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041654 s
InvBiCGStab: k = 68 resid = 1.521944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249621(s) Flops=449169408 => 1799.40553078467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.088281738 Mflops = 259.067088281738 Gflops = 0.259067088281738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 74 resid = 1.096517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273278(s) Flops=488540160 => 1787.70394982399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257365.165043578 Mflops = 257.365165043578 Gflops = 0.257365165043578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00106083 Relative Rsd = 4.65149731225292e-07
BICGSTAB_SOLVER_TIME: 0.624929 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 53 resid = 1.889985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194395(s) Flops=350742528 => 1804.27751742586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259748.976852698 Mflops = 259.748976852698 Gflops = 0.259748976852698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055924 s
InvBiCGStab: k = 69 resid = 1.098517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252841(s) Flops=455731200 => 1802.44185080742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.015254123 Mflops = 259.501015254123 Gflops = 0.259501015254123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00100861 Relative Rsd = 4.42252720178968e-07
BICGSTAB_SOLVER_TIME: 0.548328 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040544 s
InvBiCGStab: k = 66 resid = 2.065549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27812(s) Flops=436045824 => 1567.83339565655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225725.410753656 Mflops = 225.725410753656 Gflops = 0.225725410753656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061289 s
InvBiCGStab: k = 86 resid = 7.263999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357558(s) Flops=567281664 => 1586.54445991979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228419.055041087 Mflops = 228.419055041087 Gflops = 0.228419055041087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001095257 Relative Rsd = 4.80245410690803e-07
BICGSTAB_SOLVER_TIME: 0.741938 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042484 s
InvBiCGStab: k = 52 resid = 1.800179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196028(s) Flops=344180736 => 1755.77333850266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252768.321193495 Mflops = 252.768321193495 Gflops = 0.252768321193495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056831 s
InvBiCGStab: k = 85 resid = 4.958231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315358(s) Flops=560719872 => 1778.04232649877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255988.274897996 Mflops = 255.988274897996 Gflops = 0.255988274897996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001089997 Relative Rsd = 4.77939022819129e-07
BICGSTAB_SOLVER_TIME: 0.614561 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11178
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85361(s) Flops=1367138304 => 1601.59593256874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230612.192114247 Mflops = 230.612192114247 Gflops = 0.230612192114247 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151495000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046539 s
InvBiCGStab: k = 30 resid = 1.439692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121964(s) Flops=199821312 => 1638.36305795153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235165.194798036 Mflops = 235.165194798036 Gflops = 0.235165194798036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 45 resid = 1.152358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170303(s) Flops=298248192 => 1751.27973083269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252104.179578891 Mflops = 252.104179578891 Gflops = 0.252104179578891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007492276 Relative Rsd = 3.28519309623676e-07
BICGSTAB_SOLVER_TIME: 0.399112 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041733 s
InvBiCGStab: k = 63 resid = 2.224766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233186(s) Flops=416360448 => 1785.5293542494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257044.171656002 Mflops = 257.044171656002 Gflops = 0.257044171656002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 87 resid = 9.295275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31785(s) Flops=573843456 => 1805.39076923077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.92382596 Mflops = 259.92292382596 Gflops = 0.25992292382596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001147407 Relative Rsd = 5.03111743404327e-07
BICGSTAB_SOLVER_TIME: 0.652785 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 62 resid = 1.638738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226573(s) Flops=409798656 => 1808.6826585692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260405.702997138 Mflops = 260.405702997138 Gflops = 0.260405702997138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 66 resid = 1.097368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243795(s) Flops=436045824 => 1788.57574601612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257484.336225801 Mflops = 257.484336225801 Gflops = 0.257484336225801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001064791 Relative Rsd = 4.66886553643761e-07
BICGSTAB_SOLVER_TIME: 0.571713 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 62 resid = 1.534431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226628(s) Flops=409798656 => 1808.24371216266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260331.350057627 Mflops = 260.331350057627 Gflops = 0.260331350057627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055819 s
InvBiCGStab: k = 87 resid = 8.583212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333239(s) Flops=573843456 => 1722.01769900882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247918.404011869 Mflops = 247.918404011869 Gflops = 0.247918404011869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001110547 Relative Rsd = 4.86949621794314e-07
BICGSTAB_SOLVER_TIME: 0.660915 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047782 s
InvBiCGStab: k = 52 resid = 2.271622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215377(s) Flops=344180736 => 1598.03849064663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230076.134093198 Mflops = 230.076134093198 Gflops = 0.230076134093198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064466 s
InvBiCGStab: k = 80 resid = 1.075628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307888(s) Flops=527910912 => 1714.61996570181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246857.202080304 Mflops = 246.857202080304 Gflops = 0.246857202080304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001053939 Relative Rsd = 4.62128400376598e-07
BICGSTAB_SOLVER_TIME: 0.639393 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108437
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.860967(s) Flops=1373257728 => 1595.01784388949 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229663.211727524 Mflops = 229.663211727524 Gflops = 0.229663211727524 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152189000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021381
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.95787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757912(s) Flops=1269393408 => 1674.85593050381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241152.982468 Mflops = 241.152982468 Gflops = 0.241152982468 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.131317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931454(s) Flops=1669662720 => 1792.53373757588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258113.175427203 Mflops = 258.113175427203 Gflops = 0.258113175427203 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002078241 Relative Rsd = 9.14098519353882e-07
BICGSTAB_SOLVER_TIME: 1.692833 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.114939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318993999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.252295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680673(s) Flops=1230022656 => 1807.06838085248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260214.026693706 Mflops = 260.214026693706 Gflops = 0.260214026693706 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.105592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.886552(s) Flops=1518741504 => 1713.08790008933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246671.806538462 Mflops = 246.671806538462 Gflops = 0.246671806538462 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002000637 Relative Rsd = 8.78665880737318e-07
BICGSTAB_SOLVER_TIME: 1.571059 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.119057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298282999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912851(s) Flops=1373257728 => 1504.36131197753 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216618.138726578 Mflops = 216.618138726578 Gflops = 0.216618138726578 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151956000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04255 s
InvBiCGStab: k = 29 resid = 1.83137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110694(s) Flops=193259520 => 1745.88975012196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251278.402257958 Mflops = 251.278402257958 Gflops = 0.251278402257958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060203 s
InvBiCGStab: k = 48 resid = 1.029705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185756(s) Flops=317933568 => 1711.56553758694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246381.13952889 Mflops = 246.38113952889 Gflops = 0.24638113952889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007588568 Relative Rsd = 3.32741510885469e-07
BICGSTAB_SOLVER_TIME: 0.403809 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043569 s
InvBiCGStab: k = 92 resid = 1.748005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391357(s) Flops=606652416 => 1550.12537401912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223190.117227453 Mflops = 223.190117227453 Gflops = 0.223190117227453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060441 s
InvBiCGStab: k = 118 resid = 1.120936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454758(s) Flops=777259008 => 1709.17060942303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246083.248643318 Mflops = 246.083248643318 Gflops = 0.246083248643318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001349423 Relative Rsd = 5.91691524383518e-07
BICGSTAB_SOLVER_TIME: 0.954218 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164291999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044555 s
InvBiCGStab: k = 56 resid = 2.259067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210629(s) Flops=370427904 => 1758.6747503905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253196.439065054 Mflops = 253.196439065054 Gflops = 0.253196439065054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 69 resid = 1.016391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256768(s) Flops=455731200 => 1774.87537387836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255528.674332552 Mflops = 255.528674332552 Gflops = 0.255528674332552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001064937 Relative Rsd = 4.66950666765219e-07
BICGSTAB_SOLVER_TIME: 0.572315 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 63 resid = 1.718886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234124(s) Flops=416360448 => 1778.37576668774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256040.126050204 Mflops = 256.040126050204 Gflops = 0.256040126050204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05654 s
InvBiCGStab: k = 82 resid = 1.126362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307087(s) Flops=541034496 => 1761.8280682673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253647.132805326 Mflops = 253.647132805326 Gflops = 0.253647132805326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001122 Relative Rsd = 4.91971578096265e-07
BICGSTAB_SOLVER_TIME: 0.643036 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117903
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 59 resid = 2.270967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223255(s) Flops=390113280 => 1747.38877068823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251556.408499099 Mflops = 251.556408499099 Gflops = 0.251556408499099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056143 s
InvBiCGStab: k = 93 resid = 9.624054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374089(s) Flops=613214208 => 1639.22010002967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236004.978863308 Mflops = 236.004978863308 Gflops = 0.236004978863308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001102939 Relative Rsd = 4.83613850795796e-07
BICGSTAB_SOLVER_TIME: 0.699539 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122773
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938213(s) Flops=1373331456 => 1463.77363775603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210759.798105296 Mflops = 210.759798105296 Gflops = 0.210759798105296 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151910000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04263 s
InvBiCGStab: k = 33 resid = 1.886104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14086(s) Flops=219506688 => 1558.33230157603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224340.293562446 Mflops = 224.340293562446 Gflops = 0.224340293562446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068993 s
InvBiCGStab: k = 56 resid = 1.040274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226897(s) Flops=370427904 => 1632.58176176856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235020.79293615 Mflops = 235.02079293615 Gflops = 0.23502079293615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0008162248 Relative Rsd = 3.5789608480293e-07
BICGSTAB_SOLVER_TIME: 0.483195 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048275 s
InvBiCGStab: k = 71 resid = 1.305045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292807(s) Flops=468854784 => 1601.24171894798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230540.659583605 Mflops = 230.540659583605 Gflops = 0.230540659583605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062267 s
InvBiCGStab: k = 97 resid = 8.32749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392945(s) Flops=639461376 => 1627.35593021924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234301.72623135 Mflops = 234.30172623135 Gflops = 0.23430172623135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001258882 Relative Rsd = 5.5199100528521e-07
BICGSTAB_SOLVER_TIME: 0.80047 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 58 resid = 2.00708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216033(s) Flops=383551488 => 1775.43008707003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255608.90266677 Mflops = 255.60890266677 Gflops = 0.25560890266677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057189 s
InvBiCGStab: k = 77 resid = 1.134793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283086(s) Flops=508225536 => 1795.30438100083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258458.830278196 Mflops = 258.458830278196 Gflops = 0.258458830278196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001064897 Relative Rsd = 4.66933005029531e-07
BICGSTAB_SOLVER_TIME: 0.60143 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04167 s
InvBiCGStab: k = 69 resid = 1.50565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252488(s) Flops=455731200 => 1804.96181996768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259846.664465714 Mflops = 259.846664465714 Gflops = 0.259846664465714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056633 s
InvBiCGStab: k = 84 resid = 9.217874e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30691(s) Flops=554158080 => 1805.60450946532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259957.704939034 Mflops = 259.957704939034 Gflops = 0.259957704939034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001147722 Relative Rsd = 5.03250076652058e-07
BICGSTAB_SOLVER_TIME: 0.661584 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 63 resid = 2.111833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230513(s) Flops=416360448 => 1806.2341299623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260039.7748208 Mflops = 260.039774820799 Gflops = 0.260039774820799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 85 resid = 6.591048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310869(s) Flops=560719872 => 1803.71755305289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259689.307241419 Mflops = 259.689307241419 Gflops = 0.259689307241419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001105873 Relative Rsd = 4.84900247908738e-07
BICGSTAB_SOLVER_TIME: 0.642515 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119888
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932311(s) Flops=1373552640 => 1473.27730767952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212133.35205717 Mflops = 212.13335205717 Gflops = 0.21213335205717 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152295000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040677 s
InvBiCGStab: k = 24 resid = 2.049607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089059(s) Flops=160450560 => 1801.62094791094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.762706245 Mflops = 259.265762706245 Gflops = 0.259265762706245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055853 s
InvBiCGStab: k = 54 resid = 1.094522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197984(s) Flops=357304320 => 1804.71310812995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.594754026 Mflops = 259.814594754026 Gflops = 0.259814594754026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007621174 Relative Rsd = 3.34171192657592e-07
BICGSTAB_SOLVER_TIME: 0.387418 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 54 resid = 1.947202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197778(s) Flops=357304320 => 1806.59284652489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260075.484907247 Mflops = 260.075484907247 Gflops = 0.260075484907247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 84 resid = 9.716011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349068(s) Flops=554158080 => 1587.53618206195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228565.900237415 Mflops = 228.565900237415 Gflops = 0.228565900237415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001104276 Relative Rsd = 4.84199852893196e-07
BICGSTAB_SOLVER_TIME: 0.64825 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044437 s
InvBiCGStab: k = 63 resid = 2.001021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256171(s) Flops=416360448 => 1625.32233547123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233989.867352294 Mflops = 233.989867352294 Gflops = 0.233989867352294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 71 resid = 1.011389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268514(s) Flops=468854784 => 1746.10926804561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251377.192859684 Mflops = 251.377192859684 Gflops = 0.251377192859684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001026938 Relative Rsd = 4.50289116189966e-07
BICGSTAB_SOLVER_TIME: 0.629218 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 67 resid = 2.129123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24582(s) Flops=442607616 => 1800.53541615816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259221.635393644 Mflops = 259.221635393644 Gflops = 0.259221635393644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056496 s
InvBiCGStab: k = 89 resid = 1.066318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32562(s) Flops=586967040 => 1802.6135986733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.985476695 Mflops = 259.525985476695 Gflops = 0.259525985476695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001192858 Relative Rsd = 5.23041327627641e-07
BICGSTAB_SOLVER_TIME: 0.672972 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041934 s
InvBiCGStab: k = 57 resid = 2.131359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208657(s) Flops=376989696 => 1806.74358396795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260104.246685156 Mflops = 260.104246685156 Gflops = 0.260104246685156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 85 resid = 1.068138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310395(s) Flops=560719872 => 1806.47198569565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260079.172748323 Mflops = 260.079172748323 Gflops = 0.260079172748323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001051565 Relative Rsd = 4.6108748097153e-07
BICGSTAB_SOLVER_TIME: 0.62096 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115587
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930287(s) Flops=1379598336 => 1482.98141971241 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213639.823378364 Mflops = 213.639823378364 Gflops = 0.213639823378364 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152645000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040921 s
InvBiCGStab: k = 28 resid = 2.03958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103852(s) Flops=186697728 => 1797.72876786196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258753.244799003 Mflops = 258.753244799003 Gflops = 0.258753244799003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 57 resid = 1.122086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209101(s) Flops=376989696 => 1802.90718839221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259539.094243519 Mflops = 259.539094243519 Gflops = 0.259539094243519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007528331 Relative Rsd = 3.30100239149684e-07
BICGSTAB_SOLVER_TIME: 0.413926 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 57 resid = 2.109557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208339(s) Flops=376989696 => 1809.50132236403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.740170685 Mflops = 260.500740170685 Gflops = 0.260500740170685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 85 resid = 6.850392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310101(s) Flops=560719872 => 1808.18466241644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260323.955290295 Mflops = 260.323955290295 Gflops = 0.260323955290295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001097623 Relative Rsd = 4.81282654821392e-07
BICGSTAB_SOLVER_TIME: 0.619489 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045987 s
InvBiCGStab: k = 50 resid = 2.035699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209446(s) Flops=331057152 => 1580.63248761017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227560.632212704 Mflops = 227.560632212704 Gflops = 0.227560632212704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061804 s
InvBiCGStab: k = 75 resid = 1.13567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306877(s) Flops=495101952 => 1613.35633494853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232274.7762127 Mflops = 232.2747762127 Gflops = 0.2322747762127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001041789 Relative Rsd = 4.5680068165623e-07
BICGSTAB_SOLVER_TIME: 0.628327 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 59 resid = 2.137736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220955(s) Flops=390113280 => 1765.5779683646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254185.324470619 Mflops = 254.185324470619 Gflops = 0.254185324470619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056984 s
InvBiCGStab: k = 88 resid = 1.079705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332941(s) Flops=580405248 => 1743.26756992981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250984.148097879 Mflops = 250.984148097879 Gflops = 0.250984148097879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001159765 Relative Rsd = 5.08530578304474e-07
BICGSTAB_SOLVER_TIME: 0.655948 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041397 s
InvBiCGStab: k = 62 resid = 2.107444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227696(s) Flops=409798656 => 1799.76220926147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259109.358043913 Mflops = 259.109358043913 Gflops = 0.259109358043913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057297 s
InvBiCGStab: k = 83 resid = 7.499203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304651(s) Flops=547596288 => 1797.45442489931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258773.961036325 Mflops = 258.773961036325 Gflops = 0.258773961036325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001086954 Relative Rsd = 4.76604745047009e-07
BICGSTAB_SOLVER_TIME: 0.634903 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117776
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863725(s) Flops=1379966976 => 1597.69252481982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230045.262332987 Mflops = 230.045262332987 Gflops = 0.230045262332987 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153045000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.978394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.695586(s) Flops=1256269824 => 1806.05967342643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259995.192280868 Mflops = 259.995192280868 Gflops = 0.259995192280868 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 9.859077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.946661(s) Flops=1709033472 => 1805.3278544273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.899726673 Mflops = 259.954899726673 Gflops = 0.259954899726673 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002069109 Relative Rsd = 9.10065596724376e-07
BICGSTAB_SOLVER_TIME: 1.645651 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0.121556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321755999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.083391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750335(s) Flops=1216899072 => 1621.80768856577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233426.728018529 Mflops = 233.426728018529 Gflops = 0.233426728018529 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.119128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918228(s) Flops=1630291968 => 1775.47620852337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255657.232100077 Mflops = 255.657232100077 Gflops = 0.255657232100077 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.00207184 Relative Rsd = 9.09963880628958e-07
BICGSTAB_SOLVER_TIME: 1.672015 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309182999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.862514(s) Flops=1379966976 => 1599.93574133289 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230364.409372308 Mflops = 230.364409372308 Gflops = 0.230364409372308 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152716000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 26 resid = 2.002626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09817(s) Flops=173574144 => 1768.09762656616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254465.833961864 Mflops = 254.465833961864 Gflops = 0.254465833961864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056942 s
InvBiCGStab: k = 59 resid = 7.7746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219086(s) Flops=390113280 => 1780.63993135116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256344.741872769 Mflops = 256.344741872769 Gflops = 0.256344741872769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007502749 Relative Rsd = 3.28978540274308e-07
BICGSTAB_SOLVER_TIME: 0.419234 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040741 s
InvBiCGStab: k = 76 resid = 1.964119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277902(s) Flops=501663744 => 1805.18220091975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.113719221 Mflops = 259.883113719222 Gflops = 0.259883113719222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056398 s
InvBiCGStab: k = 98 resid = 1.10027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37755(s) Flops=646023168 => 1711.09301549464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246352.738595535 Mflops = 246.352738595535 Gflops = 0.246352738595535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001242011 Relative Rsd = 5.44593545533198e-07
BICGSTAB_SOLVER_TIME: 0.756603 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 58 resid = 2.074598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21434(s) Flops=383551488 => 1789.45361575068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257619.956272796 Mflops = 257.619956272796 Gflops = 0.257619956272796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 73 resid = 1.048591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270108(s) Flops=481978368 => 1784.39131014261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256892.642522619 Mflops = 256.892642522619 Gflops = 0.256892642522619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001045392 Relative Rsd = 4.58380896545534e-07
BICGSTAB_SOLVER_TIME: 0.585764 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046599 s
InvBiCGStab: k = 69 resid = 2.268971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2891(s) Flops=455731200 => 1576.37910757523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226952.645540086 Mflops = 226.952645540086 Gflops = 0.226952645540086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062294 s
InvBiCGStab: k = 84 resid = 9.4264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343519(s) Flops=554158080 => 1613.18028988207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232257.822296387 Mflops = 232.257822296387 Gflops = 0.232257822296387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.0011428 Relative Rsd = 5.01092077987452e-07
BICGSTAB_SOLVER_TIME: 0.74579 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 66 resid = 1.421196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246365(s) Flops=436045824 => 1769.91790229943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254829.202935012 Mflops = 254.829202935012 Gflops = 0.254829202935012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 74 resid = 1.078984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274779(s) Flops=488540160 => 1777.93848874914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255960.504726319 Mflops = 255.960504726319 Gflops = 0.255960504726319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001092979 Relative Rsd = 4.79246501714843e-07
BICGSTAB_SOLVER_TIME: 0.622634 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114257
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866627(s) Flops=1386012672 => 1599.31859035087 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230486.179779467 Mflops = 230.486179779467 Gflops = 0.230486179779467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153419000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0464 s
InvBiCGStab: k = 23 resid = 2.072694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096823(s) Flops=153888768 => 1589.3823574977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228762.868973833 Mflops = 228.762868973833 Gflops = 0.228762868973833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058451 s
InvBiCGStab: k = 56 resid = 3.977956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224205(s) Flops=370427904 => 1652.18395664682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237829.89370506 Mflops = 237.82989370506 Gflops = 0.23782989370506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007725586 Relative Rsd = 3.38749436134487e-07
BICGSTAB_SOLVER_TIME: 0.429815 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041748 s
InvBiCGStab: k = 67 resid = 1.809797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246955(s) Flops=442607616 => 1792.2601931526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258033.885128816 Mflops = 258.033885128816 Gflops = 0.258033885128816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 94 resid = 1.092424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344557(s) Flops=619776000 => 1798.76188845387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258976.541635636 Mflops = 258.976541635636 Gflops = 0.258976541635636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00122889 Relative Rsd = 5.38840413791948e-07
BICGSTAB_SOLVER_TIME: 0.69375 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043593 s
InvBiCGStab: k = 61 resid = 1.64609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223375(s) Flops=403236864 => 1805.20140570789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259892.961539277 Mflops = 259.892961539277 Gflops = 0.259892961539277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 73 resid = 1.001153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26672(s) Flops=481978368 => 1807.0574685063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.966561366 Mflops = 260.156966561366 Gflops = 0.260156966561366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001047681 Relative Rsd = 4.59384399614592e-07
BICGSTAB_SOLVER_TIME: 0.593905 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 65 resid = 2.053755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238023(s) Flops=429484032 => 1804.38038340833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.732321321 Mflops = 259.789732321321 Gflops = 0.259789732321321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 97 resid = 1.113488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391047(s) Flops=639461376 => 1635.25452439221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235436.38001783 Mflops = 235.43638001783 Gflops = 0.23543638001783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001160992 Relative Rsd = 5.09068750788174e-07
BICGSTAB_SOLVER_TIME: 0.730917 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04721 s
InvBiCGStab: k = 76 resid = 2.222365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301434(s) Flops=501663744 => 1664.25732996278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239610.533868868 Mflops = 239.610533868868 Gflops = 0.239610533868868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 79 resid = 1.017547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295215(s) Flops=521349120 => 1765.9980692038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254254.36760561 Mflops = 254.25436760561 Gflops = 0.25425436760561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001090423 Relative Rsd = 4.78125645089869e-07
BICGSTAB_SOLVER_TIME: 0.704273 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124913
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.869709(s) Flops=1392279552 => 1600.85678313091 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230511.634811332 Mflops = 230.511634811332 Gflops = 0.230511634811332 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154149000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042634 s
InvBiCGStab: k = 32 resid = 1.980431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144962(s) Flops=212944896 => 1468.97046122432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211435.907477253 Mflops = 211.435907477253 Gflops = 0.211435907477253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067761 s
InvBiCGStab: k = 45 resid = 1.092108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184383(s) Flops=298248192 => 1617.54712744667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232843.414026487 Mflops = 232.843414026487 Gflops = 0.232843414026487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000762309 Relative Rsd = 3.34255213515808e-07
BICGSTAB_SOLVER_TIME: 0.443926 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043776 s
InvBiCGStab: k = 52 resid = 1.911363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193068(s) Flops=344180736 => 1782.69177699049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.300238511 Mflops = 256.658300238511 Gflops = 0.256658300238511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057071 s
InvBiCGStab: k = 78 resid = 5.252283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289512(s) Flops=514787328 => 1778.12086545635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255999.579976379 Mflops = 255.999579976379 Gflops = 0.255999579976379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001136812 Relative Rsd = 4.98466298554504e-07
BICGSTAB_SOLVER_TIME: 0.587219 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107099
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040727 s
InvBiCGStab: k = 57 resid = 2.208164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209071(s) Flops=376989696 => 1803.1658910131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259583.099618242 Mflops = 259.583099618242 Gflops = 0.259583099618242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 73 resid = 9.878769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266765(s) Flops=481978368 => 1806.75263996401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260107.262375659 Mflops = 260.107262375659 Gflops = 0.260107262375659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001004492 Relative Rsd = 4.4044688427307e-07
BICGSTAB_SOLVER_TIME: 0.576791 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 75 resid = 8.249278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273975(s) Flops=495101952 => 1807.10631261976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260171.495619547 Mflops = 260.171495619547 Gflops = 0.260171495619547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055753 s
InvBiCGStab: k = 82 resid = 1.115241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299583(s) Flops=541034496 => 1805.95860245742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260003.265774158 Mflops = 260.003265774158 Gflops = 0.260003265774158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001139989 Relative Rsd = 4.99859125490885e-07
BICGSTAB_SOLVER_TIME: 0.674551 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040882 s
InvBiCGStab: k = 66 resid = 2.049042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279063(s) Flops=436045824 => 1562.53542748412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224967.554175301 Mflops = 224.967554175301 Gflops = 0.224967554175301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060895 s
InvBiCGStab: k = 86 resid = 1.028033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346959(s) Flops=567281664 => 1635.01066120204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235402.598473288 Mflops = 235.402598473288 Gflops = 0.235402598473288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001059918 Relative Rsd = 4.64749789898364e-07
BICGSTAB_SOLVER_TIME: 0.732341 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122605
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905996(s) Flops=1392427008 => 1536.9019377569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221306.272125583 Mflops = 221.306272125583 Gflops = 0.221306272125583 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154405000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040777 s
InvBiCGStab: k = 27 resid = 2.094851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099841(s) Flops=180135936 => 1804.22808265142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.307473955 Mflops = 259.676307473955 Gflops = 0.259676307473955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 55 resid = 9.794443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230095(s) Flops=363866112 => 1581.37339794433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227654.400296273 Mflops = 227.654400296273 Gflops = 0.227654400296273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007561184 Relative Rsd = 3.31540793608806e-07
BICGSTAB_SOLVER_TIME: 0.431401 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045466 s
InvBiCGStab: k = 59 resid = 1.980581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246214(s) Flops=390113280 => 1584.44800051987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228112.097358124 Mflops = 228.112097358124 Gflops = 0.228112097358124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060505 s
InvBiCGStab: k = 78 resid = 7.738853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290522(s) Flops=514787328 => 1771.93922663344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255106.130089314 Mflops = 255.106130089314 Gflops = 0.255106130089314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001088672 Relative Rsd = 4.77357870042221e-07
BICGSTAB_SOLVER_TIME: 0.646465 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 51 resid = 2.175998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189527(s) Flops=337618944 => 1781.37650044585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256443.600064215 Mflops = 256.443600064215 Gflops = 0.256443600064215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055934 s
InvBiCGStab: k = 76 resid = 1.026858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277734(s) Flops=501663744 => 1806.2741472056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260051.634400152 Mflops = 260.051634400152 Gflops = 0.260051634400152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001059501 Relative Rsd = 4.6456694499306e-07
BICGSTAB_SOLVER_TIME: 0.568254 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040756 s
InvBiCGStab: k = 68 resid = 1.728041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248491(s) Flops=449169408 => 1807.58823458395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260227.704844117 Mflops = 260.227704844117 Gflops = 0.260227704844117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055991 s
InvBiCGStab: k = 81 resid = 1.014913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295713(s) Flops=534472704 => 1807.40347566729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.641693403 Mflops = 260.211641693403 Gflops = 0.260211641693403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001140512 Relative Rsd = 5.00088523872915e-07
BICGSTAB_SOLVER_TIME: 0.64474 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120894
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041228 s
InvBiCGStab: k = 58 resid = 2.064619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214631(s) Flops=383551488 => 1787.0274471069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257276.321643199 Mflops = 257.276321643199 Gflops = 0.257276321643199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055951 s
InvBiCGStab: k = 87 resid = 9.848118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331245(s) Flops=573843456 => 1732.38375220758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249423.102090341 Mflops = 249.423102090341 Gflops = 0.249423102090341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001086437 Relative Rsd = 4.76377847893443e-07
BICGSTAB_SOLVER_TIME: 0.647512 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118032
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924646(s) Flops=1392500736 => 1505.98254467115 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216841.187768022 Mflops = 216.841187768022 Gflops = 0.216841187768022 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153927000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021391
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 2.098113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918813(s) Flops=1564674048 => 1702.92981052728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245157.873073125 Mflops = 245.157873073125 Gflops = 0.245157873073125 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 1.11932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.001437(s) Flops=1695909888 => 1693.47636246714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243851.378657525 Mflops = 243.851378657525 Gflops = 0.243851378657525 Tflops
BICGSTAB_SOLVER: 496 iterations. Rsd = 0.00214473 Relative Rsd = 9.43304111122201e-07
BICGSTAB_SOLVER_TIME: 1.923783 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.116485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353564
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.601533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743085(s) Flops=1289078784 => 1734.76625688851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249767.007034239 Mflops = 249.767007034239 Gflops = 0.249767007034239 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.141306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764295(s) Flops=1361258496 => 1781.06424351854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256459.379338066 Mflops = 256.459379338066 Gflops = 0.256459379338066 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002160567 Relative Rsd = 9.48965394150652e-07
BICGSTAB_SOLVER_TIME: 1.510728 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287835999999999
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965265(s) Flops=1392500736 => 1442.6097869497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207721.277710647 Mflops = 207.721277710647 Gflops = 0.207721277710647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154067000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 29 resid = 2.225189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107189(s) Flops=193259520 => 1802.97903702805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259497.394361117 Mflops = 259.497394361117 Gflops = 0.259497394361117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055843 s
InvBiCGStab: k = 53 resid = 1.083787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194182(s) Flops=350742528 => 1806.25664582711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260000.405793998 Mflops = 260.000405793998 Gflops = 0.260000405793998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007392191 Relative Rsd = 3.24130802191732e-07
BICGSTAB_SOLVER_TIME: 0.402381 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041868 s
InvBiCGStab: k = 72 resid = 2.211753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263211(s) Flops=475416576 => 1806.21849390793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260035.974357759 Mflops = 260.035974357759 Gflops = 0.260035974357759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 107 resid = 8.240622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391044(s) Flops=705079296 => 1803.06895387731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.968746813 Mflops = 259.603968746813 Gflops = 0.259603968746813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001274119 Relative Rsd = 5.58672143832273e-07
BICGSTAB_SOLVER_TIME: 0.756616 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046573 s
InvBiCGStab: k = 56 resid = 1.299795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238224(s) Flops=370427904 => 1554.9562764457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223871.278131479 Mflops = 223.871278131479 Gflops = 0.223871278131479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061335 s
InvBiCGStab: k = 72 resid = 9.851003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301435(s) Flops=475416576 => 1577.1777530811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227061.427517951 Mflops = 227.061427517951 Gflops = 0.227061427517951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001075465 Relative Rsd = 4.71566862555651e-07
BICGSTAB_SOLVER_TIME: 0.651968 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105509
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 72 resid = 1.410265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273746(s) Flops=475416576 => 1736.70693270404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250034.832999432 Mflops = 250.034832999432 Gflops = 0.250034832999432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057968 s
InvBiCGStab: k = 92 resid = 9.076028e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340912(s) Flops=606652416 => 1779.49856854555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256196.79087351 Mflops = 256.19679087351 Gflops = 0.25619679087351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001139633 Relative Rsd = 4.99703028416508e-07
BICGSTAB_SOLVER_TIME: 0.717472 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 65 resid = 2.011542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239836(s) Flops=429484032 => 1790.74047265632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257796.156106033 Mflops = 257.796156106033 Gflops = 0.257796156106033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062834 s
InvBiCGStab: k = 85 resid = 9.049708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327237(s) Flops=560719872 => 1713.49777684064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246701.142675634 Mflops = 246.701142675634 Gflops = 0.246701142675634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001112709 Relative Rsd = 4.87897485291406e-07
BICGSTAB_SOLVER_TIME: 0.674725 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122761
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87664(s) Flops=1398546432 => 1595.34864026282 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229706.765322751 Mflops = 229.706765322751 Gflops = 0.229706765322751 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155063000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 30 resid = 1.513301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110644(s) Flops=199821312 => 1805.98416543147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259934.174175363 Mflops = 259.934174175363 Gflops = 0.259934174175363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 50 resid = 9.212268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183896(s) Flops=331057152 => 1800.24117979728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259140.130442905 Mflops = 259.140130442905 Gflops = 0.259140130442905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007637793 Relative Rsd = 3.34899892391166e-07
BICGSTAB_SOLVER_TIME: 0.395555 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 70 resid = 2.099056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255725(s) Flops=462292992 => 1807.77394466712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.274240956 Mflops = 260.265274240956 Gflops = 0.260265274240956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 108 resid = 1.125477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392787(s) Flops=711641088 => 1811.77352610957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260850.118318276 Mflops = 260.850118318276 Gflops = 0.260850118318276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00130797 Relative Rsd = 5.73515403404784e-07
BICGSTAB_SOLVER_TIME: 0.749828 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141687
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042023 s
InvBiCGStab: k = 60 resid = 1.509345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219705(s) Flops=396675072 => 1805.48950638356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.231610186 Mflops = 259.925231610186 Gflops = 0.259925231610186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 77 resid = 1.020581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323689(s) Flops=508225536 => 1570.10443975544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226046.02939827 Mflops = 226.04602939827 Gflops = 0.22604602939827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001060391 Relative Rsd = 4.64957544997355e-07
BICGSTAB_SOLVER_TIME: 0.646152 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044378 s
InvBiCGStab: k = 76 resid = 1.137991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31748(s) Flops=501663744 => 1580.14282474487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227501.154742434 Mflops = 227.501154742434 Gflops = 0.227501154742434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061602 s
InvBiCGStab: k = 88 resid = 1.065599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336906(s) Flops=580405248 => 1722.75129561361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248016.925788659 Mflops = 248.016925788659 Gflops = 0.248016925788659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001129169 Relative Rsd = 4.95115162866847e-07
BICGSTAB_SOLVER_TIME: 0.76429 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041868 s
InvBiCGStab: k = 56 resid = 1.986235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20668(s) Flops=370427904 => 1792.27745306754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258052.196144321 Mflops = 258.052196144321 Gflops = 0.258052196144321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056774 s
InvBiCGStab: k = 83 resid = 7.97549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304529(s) Flops=547596288 => 1798.17451868295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258890.1964003 Mflops = 258.8901964003 Gflops = 0.2588901964003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001105944 Relative Rsd = 4.84931436696326e-07
BICGSTAB_SOLVER_TIME: 0.613774 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113328
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87308(s) Flops=1398546432 => 1601.85370412792 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230683.224792482 Mflops = 230.683224792482 Gflops = 0.230683224792482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155066000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041488 s
InvBiCGStab: k = 26 resid = 2.176611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097966(s) Flops=173574144 => 1771.77943368107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254992.901603022 Mflops = 254.992901603022 Gflops = 0.254992901603022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 50 resid = 1.053647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183606(s) Flops=331057152 => 1803.08460507827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259562.788090827 Mflops = 259.562788090827 Gflops = 0.259562788090827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007750294 Relative Rsd = 3.39832799855233e-07
BICGSTAB_SOLVER_TIME: 0.383345 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041224 s
InvBiCGStab: k = 58 resid = 1.965737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212727(s) Flops=383551488 => 1803.02212695144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259570.676540941 Mflops = 259.570676540941 Gflops = 0.259570676540941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 83 resid = 8.660378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303273(s) Flops=547596288 => 1805.6216280381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.633341784 Mflops = 259.949633341784 Gflops = 0.259949633341784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00110211 Relative Rsd = 4.83250304895301e-07
BICGSTAB_SOLVER_TIME: 0.617526 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041051 s
InvBiCGStab: k = 53 resid = 2.089356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197859(s) Flops=350742528 => 1772.68927872879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255208.756198371 Mflops = 255.208756198371 Gflops = 0.255208756198371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06067 s
InvBiCGStab: k = 75 resid = 1.067396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294233(s) Flops=495101952 => 1682.68668708133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242243.723023402 Mflops = 242.243723023402 Gflops = 0.242243723023402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001058231 Relative Rsd = 4.64010345091488e-07
BICGSTAB_SOLVER_TIME: 0.597667 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047217 s
InvBiCGStab: k = 59 resid = 1.945601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249336(s) Flops=390113280 => 1564.60872076234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225256.759333212 Mflops = 225.256759333212 Gflops = 0.225256759333212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061037 s
InvBiCGStab: k = 94 resid = 6.979365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380953(s) Flops=619776000 => 1626.9093562723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234224.411384473 Mflops = 234.224411384473 Gflops = 0.234224411384473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00112456 Relative Rsd = 4.93094017131084e-07
BICGSTAB_SOLVER_TIME: 0.744177 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043722 s
InvBiCGStab: k = 63 resid = 1.111399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235335(s) Flops=416360448 => 1769.22450124291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254707.598305268 Mflops = 254.707598305268 Gflops = 0.254707598305268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057242 s
InvBiCGStab: k = 80 resid = 9.727944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296293(s) Flops=527910912 => 1781.71914962554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256516.51441538 Mflops = 256.51651441538 Gflops = 0.25651651441538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001022834 Relative Rsd = 4.48489609923447e-07
BICGSTAB_SOLVER_TIME: 0.63652 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116502
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872671(s) Flops=1398546432 => 1602.60445459973 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230748.188755398 Mflops = 230.748188755398 Gflops = 0.230748188755398 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155220000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044316 s
InvBiCGStab: k = 30 resid = 2.174503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113861(s) Flops=199821312 => 1754.95834394569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252578.100682315 Mflops = 252.578100682315 Gflops = 0.252578100682315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057348 s
InvBiCGStab: k = 57 resid = 6.295272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214491(s) Flops=376989696 => 1757.60146579577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253024.848675422 Mflops = 253.024848675422 Gflops = 0.253024848675422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007415639 Relative Rsd = 3.25158960227083e-07
BICGSTAB_SOLVER_TIME: 0.433927 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 57 resid = 2.07048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209637(s) Flops=376989696 => 1798.29751427467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258884.572063023 Mflops = 258.884572063023 Gflops = 0.258884572063023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 86 resid = 1.127183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334601(s) Flops=567281664 => 1695.39739570414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244100.358759897 Mflops = 244.100358759897 Gflops = 0.244100358759897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105451 Relative Rsd = 4.84715412229759e-07
BICGSTAB_SOLVER_TIME: 0.645781 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 56 resid = 2.159356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20689(s) Flops=370427904 => 1790.45823384407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257755.223221271 Mflops = 257.755223221271 Gflops = 0.257755223221271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 84 resid = 9.262372e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309257(s) Flops=554158080 => 1791.90149293306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257973.401427261 Mflops = 257.973401427261 Gflops = 0.257973401427261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001049927 Relative Rsd = 4.60369015856469e-07
BICGSTAB_SOLVER_TIME: 0.617705 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 60 resid = 2.01288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220436(s) Flops=396675072 => 1799.50222286741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259058.778924391 Mflops = 259.058778924391 Gflops = 0.259058778924391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 82 resid = 9.25342e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320964(s) Flops=541034496 => 1685.65476502038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242685.380391219 Mflops = 242.685380391219 Gflops = 0.242685380391219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001113357 Relative Rsd = 4.88181910699657e-07
BICGSTAB_SOLVER_TIME: 0.643582 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046166 s
InvBiCGStab: k = 62 resid = 1.979224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26063(s) Flops=409798656 => 1572.33877911215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226383.638685237 Mflops = 226.383638685237 Gflops = 0.226383638685237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059092 s
InvBiCGStab: k = 79 resid = 1.118857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294459(s) Flops=521349120 => 1770.53212841177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254905.173168415 Mflops = 254.905173168416 Gflops = 0.254905173168415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001065986 Relative Rsd = 4.6741084175721e-07
BICGSTAB_SOLVER_TIME: 0.664297 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114883
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874342(s) Flops=1398472704 => 1599.45731075483 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230302.045147663 Mflops = 230.302045147663 Gflops = 0.230302045147663 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155118000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.254154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808808(s) Flops=1354696704 => 1674.92990178139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241112.277226587 Mflops = 241.112277226587 Gflops = 0.241112277226587 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.057877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.970072(s) Flops=1735280640 => 1788.81633528233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257578.131034784 Mflops = 257.578131034784 Gflops = 0.257578131034784 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002106692 Relative Rsd = 9.26553516215461e-07
BICGSTAB_SOLVER_TIME: 1.782297 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.114829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335776999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.128126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.632999(s) Flops=1144719360 => 1808.40626920422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260312.072399623 Mflops = 260.312072399623 Gflops = 0.260312072399623 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 9.821058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801623(s) Flops=1348134912 => 1681.75677594081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242160.267094422 Mflops = 242.160267094422 Gflops = 0.242160267094422 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.005011504 Relative Rsd = 2.20125782311209e-06
BICGSTAB_SOLVER_TIME: 1.437899 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.120032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270657999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890898(s) Flops=1398472704 => 1569.73380117589 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226027.053466139 Mflops = 226.027053466139 Gflops = 0.226027053466139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154695000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042354 s
InvBiCGStab: k = 28 resid = 1.798041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103965(s) Flops=186697728 => 1795.77480882989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258464.973664368 Mflops = 258.464973664368 Gflops = 0.258464973664368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057498 s
InvBiCGStab: k = 54 resid = 7.814452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204868(s) Flops=357304320 => 1744.07091395435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251048.579366261 Mflops = 251.048579366261 Gflops = 0.251048579366261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007795206 Relative Rsd = 3.41802108907205e-07
BICGSTAB_SOLVER_TIME: 0.413037 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045213 s
InvBiCGStab: k = 80 resid = 2.006069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341375(s) Flops=527910912 => 1546.42522738923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222649.148230833 Mflops = 222.649148230833 Gflops = 0.222649148230833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061248 s
InvBiCGStab: k = 115 resid = 8.54281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431604(s) Flops=757573632 => 1755.2516473434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252718.441937345 Mflops = 252.718441937345 Gflops = 0.252718441937345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001286685 Relative Rsd = 5.64182350139592e-07
BICGSTAB_SOLVER_TIME: 0.883372 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153493999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 49 resid = 2.165627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18043(s) Flops=324495360 => 1798.45568918694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258901.449571067 Mflops = 258.901449571067 Gflops = 0.258901449571067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 77 resid = 9.84389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282321(s) Flops=508225536 => 1800.16908412764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259163.379486236 Mflops = 259.163379486236 Gflops = 0.259163379486236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001016436 Relative Rsd = 4.45683997268447e-07
BICGSTAB_SOLVER_TIME: 0.564713 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 71 resid = 1.806121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259438(s) Flops=468854784 => 1807.19394999961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260185.018935622 Mflops = 260.185018935622 Gflops = 0.260185018935622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05563 s
InvBiCGStab: k = 94 resid = 9.590115e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344371(s) Flops=619776000 => 1799.73342703073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259114.351716206 Mflops = 259.114351716206 Gflops = 0.259114351716206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001165596 Relative Rsd = 5.11087599477388e-07
BICGSTAB_SOLVER_TIME: 0.704057 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041838 s
InvBiCGStab: k = 55 resid = 2.256646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20143(s) Flops=363866112 => 1806.41469493124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260055.290919057 Mflops = 260.055290919057 Gflops = 0.260055290919056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055728 s
InvBiCGStab: k = 86 resid = 1.117564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350086(s) Flops=567281664 => 1620.40659723611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233295.840609464 Mflops = 233.295840609464 Gflops = 0.233295840609464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00109273 Relative Rsd = 4.79137264390067e-07
BICGSTAB_SOLVER_TIME: 0.653367 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115096
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91384(s) Flops=1398325248 => 1530.16419504508 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220363.99386074 Mflops = 220.36399386074 Gflops = 0.22036399386074 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041367 s
InvBiCGStab: k = 32 resid = 1.882007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118428(s) Flops=212944896 => 1798.0958557098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.165834242 Mflops = 258.801165834242 Gflops = 0.258801165834242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056176 s
InvBiCGStab: k = 46 resid = 1.124129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169207(s) Flops=304809984 => 1801.40292068295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259308.03890409 Mflops = 259.30803890409 Gflops = 0.25930803890409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007643814 Relative Rsd = 3.3516389960787e-07
BICGSTAB_SOLVER_TIME: 0.388889 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046528 s
InvBiCGStab: k = 68 resid = 2.169817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28378(s) Flops=449169408 => 1582.80854182818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227877.404019641 Mflops = 227.877404019641 Gflops = 0.227877404019641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05973 s
InvBiCGStab: k = 106 resid = 1.038872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438414(s) Flops=698517504 => 1593.282842245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229399.266930595 Mflops = 229.399266930595 Gflops = 0.229399266930595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001272297 Relative Rsd = 5.5787353731539e-07
BICGSTAB_SOLVER_TIME: 0.832246 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138594
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04137 s
InvBiCGStab: k = 61 resid = 1.847289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227881(s) Flops=403236864 => 1769.50629495219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254751.978589164 Mflops = 254.751978589164 Gflops = 0.254751978589164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05711 s
InvBiCGStab: k = 74 resid = 1.131914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27312(s) Flops=488540160 => 1788.7381370826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257513.241412656 Mflops = 257.513241412656 Gflops = 0.257513241412656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001086857 Relative Rsd = 4.76562224163112e-07
BICGSTAB_SOLVER_TIME: 0.603428 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041511 s
InvBiCGStab: k = 73 resid = 1.578607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269949(s) Flops=481978368 => 1785.44231688208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257051.592635167 Mflops = 257.051592635167 Gflops = 0.257051592635167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 92 resid = 7.256364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336883(s) Flops=606652416 => 1800.78073396402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259261.168133928 Mflops = 259.261168133928 Gflops = 0.259261168133928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00113536 Relative Rsd = 4.97829557251109e-07
BICGSTAB_SOLVER_TIME: 0.709008 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 58 resid = 2.175095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213024(s) Flops=383551488 => 1800.50833708878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259213.179078938 Mflops = 259.213179078938 Gflops = 0.259213179078938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056932 s
InvBiCGStab: k = 89 resid = 1.047933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325676(s) Flops=586967040 => 1802.3036391997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259488.02921252 Mflops = 259.48802921252 Gflops = 0.25948802921252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001161358 Relative Rsd = 5.09228931500861e-07
BICGSTAB_SOLVER_TIME: 0.640289 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119267
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950623(s) Flops=1391984640 => 1464.28672565255 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210844.834310625 Mflops = 210.844834310625 Gflops = 0.210844834310625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154022000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 38 resid = 2.135961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140022(s) Flops=252315648 => 1801.97146162746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259376.670585337 Mflops = 259.376670585337 Gflops = 0.259376670585337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056185 s
InvBiCGStab: k = 47 resid = 1.08764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172639(s) Flops=311371776 => 1803.600437908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259634.515697495 Mflops = 259.634515697495 Gflops = 0.259634515697495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007334876 Relative Rsd = 3.21617680130644e-07
BICGSTAB_SOLVER_TIME: 0.413612 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748700000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 48 resid = 1.768658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176152(s) Flops=317933568 => 1804.88196557519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.568692926 Mflops = 259.799568692926 Gflops = 0.259799568692926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064347 s
InvBiCGStab: k = 74 resid = 1.146501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311184(s) Flops=488540160 => 1569.93984266543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226026.384879417 Mflops = 226.026384879417 Gflops = 0.226026384879417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001067132 Relative Rsd = 4.67913384496662e-07
BICGSTAB_SOLVER_TIME: 0.597226 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043406 s
InvBiCGStab: k = 64 resid = 2.17136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254186(s) Flops=422922240 => 1663.82979393043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239541.00752455 Mflops = 239.54100752455 Gflops = 0.23954100752455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 88 resid = 9.422413e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331616(s) Flops=580405248 => 1750.23294412815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251982.2428608 Mflops = 251.9822428608 Gflops = 0.2519822428608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001081263 Relative Rsd = 4.74109182630652e-07
BICGSTAB_SOLVER_TIME: 0.6891 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042712 s
InvBiCGStab: k = 67 resid = 1.798876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245029(s) Flops=442607616 => 1806.34788535235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.798511742 Mflops = 260.056798511742 Gflops = 0.260056798511742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056237 s
InvBiCGStab: k = 82 resid = 1.049215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300617(s) Flops=541034496 => 1799.74684066437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259107.873532365 Mflops = 259.107873532365 Gflops = 0.259107873532365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001174723 Relative Rsd = 5.15089565020606e-07
BICGSTAB_SOLVER_TIME: 0.64841 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120846
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040849 s
InvBiCGStab: k = 53 resid = 2.028096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20645(s) Flops=350742528 => 1698.92239283119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244552.289882422 Mflops = 244.552289882422 Gflops = 0.244552289882422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059239 s
InvBiCGStab: k = 78 resid = 1.122858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298868(s) Flops=514787328 => 1722.45716503607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247984.266190948 Mflops = 247.984266190948 Gflops = 0.247984266190948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001052779 Relative Rsd = 4.61619732179683e-07
BICGSTAB_SOLVER_TIME: 0.60936 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107888
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934728(s) Flops=1385496576 => 1482.24571854058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213422.362137824 Mflops = 213.422362137824 Gflops = 0.213422362137824 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153443000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 26 resid = 2.059092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096803(s) Flops=173574144 => 1793.06575209446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258056.701950847 Mflops = 258.056701950847 Gflops = 0.258056701950847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056151 s
InvBiCGStab: k = 55 resid = 4.820445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201686(s) Flops=363866112 => 1804.12181311544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.43999865 Mflops = 259.71743999865 Gflops = 0.25971743999865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007361377 Relative Rsd = 3.22779704934325e-07
BICGSTAB_SOLVER_TIME: 0.399644 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040899 s
InvBiCGStab: k = 56 resid = 2.111623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204756(s) Flops=370427904 => 1809.11867784094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260449.375091374 Mflops = 260.449375091374 Gflops = 0.260449375091374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 85 resid = 1.05017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31078(s) Flops=560719872 => 1804.2340948581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.049536103 Mflops = 259.762049536103 Gflops = 0.259762049536103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001127363 Relative Rsd = 4.94323141216737e-07
BICGSTAB_SOLVER_TIME: 0.616556 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046652 s
InvBiCGStab: k = 56 resid = 2.200901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235934(s) Flops=370427904 => 1570.04884416828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226047.046804116 Mflops = 226.047046804116 Gflops = 0.226047046804116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061034 s
InvBiCGStab: k = 79 resid = 8.989574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326649(s) Flops=521349120 => 1596.05301103019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229784.589806901 Mflops = 229.784589806901 Gflops = 0.229784589806901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001033631 Relative Rsd = 4.53223771815542e-07
BICGSTAB_SOLVER_TIME: 0.674453 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043691 s
InvBiCGStab: k = 68 resid = 2.020673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259731(s) Flops=449169408 => 1729.36387262206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248981.392469169 Mflops = 248.981392469169 Gflops = 0.24898139246917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060528 s
InvBiCGStab: k = 91 resid = 1.038037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351201(s) Flops=600090624 => 1708.68142174994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246007.605054113 Mflops = 246.007605054113 Gflops = 0.246007605054113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001120287 Relative Rsd = 4.91220648056644e-07
BICGSTAB_SOLVER_TIME: 0.718939 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042019 s
InvBiCGStab: k = 62 resid = 2.278441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234124(s) Flops=409798656 => 1750.34877244537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251985.205070783 Mflops = 251.985205070783 Gflops = 0.251985205070783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 85 resid = 7.029045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323569(s) Flops=560719872 => 1732.9221031681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249500.616684943 Mflops = 249.500616684943 Gflops = 0.249500616684943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001063758 Relative Rsd = 4.66433678155248e-07
BICGSTAB_SOLVER_TIME: 0.65982 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119142
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885857(s) Flops=1372667904 => 1549.53666788206 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223110.667269614 Mflops = 223.110667269614 Gflops = 0.223110667269614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151910000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021343
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.046196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776886(s) Flops=1374382080 => 1769.09106355373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254665.3912352 Mflops = 254.6653912352 Gflops = 0.2546653912352 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.046894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924427(s) Flops=1590921216 => 1720.98090600989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247807.433906554 Mflops = 247.807433906554 Gflops = 0.247807433906554 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002135179 Relative Rsd = 9.39048215249433e-07
BICGSTAB_SOLVER_TIME: 1.705078 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.121665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321845999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 2.138914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667402(s) Flops=1105348608 => 1656.19612767118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238351.329691045 Mflops = 238.351329691045 Gflops = 0.238351329691045 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.041378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782726(s) Flops=1354696704 => 1730.74192501591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249212.954034192 Mflops = 249.212954034192 Gflops = 0.249212954034192 Tflops
BICGSTAB_SOLVER: 374 iterations. Rsd = 0.002348316 Relative Rsd = 1.03151862432284e-06
BICGSTAB_SOLVER_TIME: 1.453554 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001848
CLOV_LINOP: Time spent in clov deriv (total) = 0.115412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267005999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.873479(s) Flops=1372667904 => 1571.49502621128 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226273.408682003 Mflops = 226.273408682003 Gflops = 0.226273408682003 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152089000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 29 resid = 2.192787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109296(s) Flops=193259520 => 1768.22134387352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254498.877487501 Mflops = 254.498877487501 Gflops = 0.254498877487501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 52 resid = 1.009769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193102(s) Flops=344180736 => 1782.37789354849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256582.507967106 Mflops = 256.582507967106 Gflops = 0.256582507967106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000779208 Relative Rsd = 3.41665051796445e-07
BICGSTAB_SOLVER_TIME: 0.403929 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 83 resid = 2.003711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303885(s) Flops=547596288 => 1801.98525099956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.112311498 Mflops = 259.430112311498 Gflops = 0.259430112311498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 104 resid = 1.138354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380995(s) Flops=685393920 => 1798.95778159818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259006.402974946 Mflops = 259.006402974946 Gflops = 0.259006402974946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001322419 Relative Rsd = 5.79850606741561e-07
BICGSTAB_SOLVER_TIME: 0.7857 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040706 s
InvBiCGStab: k = 58 resid = 1.893554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212333(s) Flops=383551488 => 1806.36777137798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.72831161 Mflops = 260.05772831161 Gflops = 0.26005772831161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 74 resid = 1.085753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2716(s) Flops=488540160 => 1798.74874815906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258966.252635159 Mflops = 258.966252635159 Gflops = 0.258966252635159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001039917 Relative Rsd = 4.55980074537955e-07
BICGSTAB_SOLVER_TIME: 0.584626 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046146 s
InvBiCGStab: k = 71 resid = 2.230396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296356(s) Flops=468854784 => 1582.0661096789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227777.163400127 Mflops = 227.777163400127 Gflops = 0.227777163400127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061218 s
InvBiCGStab: k = 92 resid = 1.068023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384211(s) Flops=606652416 => 1578.95639635513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227329.782796027 Mflops = 227.329782796027 Gflops = 0.227329782796027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001137599 Relative Rsd = 4.98811570173564e-07
BICGSTAB_SOLVER_TIME: 0.791967 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041465 s
InvBiCGStab: k = 66 resid = 1.862537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245871(s) Flops=436045824 => 1773.47399245946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255321.612212683 Mflops = 255.321612212683 Gflops = 0.255321612212683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056344 s
InvBiCGStab: k = 88 resid = 1.123627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324523(s) Flops=580405248 => 1788.48725051845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257500.291964681 Mflops = 257.500291964681 Gflops = 0.257500291964681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001131078 Relative Rsd = 4.95952257674796e-07
BICGSTAB_SOLVER_TIME: 0.672093 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124139
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846193(s) Flops=1347526656 => 1592.45781517928 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229288.531964467 Mflops = 229.288531964467 Gflops = 0.229288531964467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149375000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 38 resid = 1.708766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146202(s) Flops=252315648 => 1725.80161694094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248425.375986004 Mflops = 248.425375986004 Gflops = 0.248425375986004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 49 resid = 1.104376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183298(s) Flops=324495360 => 1770.31587906033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254845.13727015 Mflops = 254.84513727015 Gflops = 0.25484513727015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007629868 Relative Rsd = 3.34552425816515e-07
BICGSTAB_SOLVER_TIME: 0.431644 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041351 s
InvBiCGStab: k = 80 resid = 1.64952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292829(s) Flops=527910912 => 1802.79587062757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.603098786 Mflops = 259.555603098786 Gflops = 0.259555603098786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 98 resid = 1.149408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357114(s) Flops=646023168 => 1809.01103849191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260455.779508421 Mflops = 260.455779508421 Gflops = 0.260455779508421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001277523 Relative Rsd = 5.60165070952713e-07
BICGSTAB_SOLVER_TIME: 0.751147 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 55 resid = 2.078349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201543(s) Flops=363866112 => 1805.40188446138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.185429865 Mflops = 259.910185429865 Gflops = 0.259910185429865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 73 resid = 1.012353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267291(s) Flops=481978368 => 1803.19714468501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.348951688 Mflops = 259.603348951688 Gflops = 0.259603348951688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001050568 Relative Rsd = 4.60650276445029e-07
BICGSTAB_SOLVER_TIME: 0.570032 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043462 s
InvBiCGStab: k = 72 resid = 1.498888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284521(s) Flops=475416576 => 1670.93668305679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240582.310700854 Mflops = 240.582310700854 Gflops = 0.240582310700854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066497 s
InvBiCGStab: k = 83 resid = 9.581622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342035(s) Flops=547596288 => 1600.99489233558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230492.536033969 Mflops = 230.492536033969 Gflops = 0.230492536033969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001138331 Relative Rsd = 4.99132493099204e-07
BICGSTAB_SOLVER_TIME: 0.740428 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049651 s
InvBiCGStab: k = 55 resid = 1.731994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215235(s) Flops=363866112 => 1690.55270750575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243392.456924975 Mflops = 243.392456924975 Gflops = 0.243392456924975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058271 s
InvBiCGStab: k = 81 resid = 1.135578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306279(s) Flops=534472704 => 1745.05174693662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251232.362374681 Mflops = 251.232362374681 Gflops = 0.251232362374681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001098623 Relative Rsd = 4.81721492803217e-07
BICGSTAB_SOLVER_TIME: 0.63333 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111261
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831567(s) Flops=1328873472 => 1598.03536215362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230105.184376524 Mflops = 230.105184376524 Gflops = 0.230105184376524 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147432000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042618 s
InvBiCGStab: k = 26 resid = 1.891551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112688(s) Flops=173574144 => 1540.30725543092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221700.671294391 Mflops = 221.700671294391 Gflops = 0.221700671294391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064231 s
InvBiCGStab: k = 45 resid = 9.33582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187384(s) Flops=298248192 => 1591.64171967724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229126.090872184 Mflops = 229.126090872184 Gflops = 0.229126090872184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007190367 Relative Rsd = 3.15281302747853e-07
BICGSTAB_SOLVER_TIME: 0.411288 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045456 s
InvBiCGStab: k = 60 resid = 1.988185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224247(s) Flops=396675072 => 1768.92030662618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254668.269814023 Mflops = 254.668269814023 Gflops = 0.254668269814023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057764 s
InvBiCGStab: k = 77 resid = 1.074117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284625(s) Flops=508225536 => 1785.59696442688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257063.305973879 Mflops = 257.063305973879 Gflops = 0.257063305973879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001093715 Relative Rsd = 4.79569058095807e-07
BICGSTAB_SOLVER_TIME: 0.615921 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044123 s
InvBiCGStab: k = 57 resid = 2.116881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221845(s) Flops=376989696 => 1699.33825869413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244632.833740349 Mflops = 244.632833740349 Gflops = 0.244632833740349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061226 s
InvBiCGStab: k = 84 resid = 7.155676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315859(s) Flops=554158080 => 1754.44764910925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252589.453565128 Mflops = 252.589453565128 Gflops = 0.252589453565128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00109941 Relative Rsd = 4.82066151876531e-07
BICGSTAB_SOLVER_TIME: 0.646919 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041403 s
InvBiCGStab: k = 60 resid = 1.843784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220949(s) Flops=396675072 => 1795.3241336236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258459.527391407 Mflops = 258.459527391407 Gflops = 0.258459527391407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056985 s
InvBiCGStab: k = 81 resid = 9.507804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298094(s) Flops=534472704 => 1792.96699698753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258133.685282951 Mflops = 258.133685282951 Gflops = 0.258133685282951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001072317 Relative Rsd = 4.70186541761593e-07
BICGSTAB_SOLVER_TIME: 0.62122 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043307 s
InvBiCGStab: k = 69 resid = 1.843938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291179(s) Flops=455731200 => 1565.12385852002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225339.566042404 Mflops = 225.339566042404 Gflops = 0.225339566042404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061773 s
InvBiCGStab: k = 77 resid = 9.105145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304884(s) Flops=508225536 => 1666.94721927028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239993.175436998 Mflops = 239.993175436998 Gflops = 0.239993175436998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001079264 Relative Rsd = 4.73232833849453e-07
BICGSTAB_SOLVER_TIME: 0.705404 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118382
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843486(s) Flops=1335066624 => 1582.79642341426 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227910.046007595 Mflops = 227.910046007595 Gflops = 0.227910046007595 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147783000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 29 resid = 1.796452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107289(s) Flops=193259520 => 1801.29854877946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259247.179672971 Mflops = 259.247179672971 Gflops = 0.259247179672971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 51 resid = 1.094993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194746(s) Flops=337618944 => 1733.63737380999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249550.39019607 Mflops = 249.55039019607 Gflops = 0.24955039019607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007592405 Relative Rsd = 3.32909756783816e-07
BICGSTAB_SOLVER_TIME: 0.404471 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045203 s
InvBiCGStab: k = 51 resid = 2.236301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218489(s) Flops=337618944 => 1545.24458439555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222448.660772719 Mflops = 222.448660772719 Gflops = 0.222448660772719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061735 s
InvBiCGStab: k = 97 resid = 5.268568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385962(s) Flops=639461376 => 1656.79879366363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238529.658313254 Mflops = 238.529658313254 Gflops = 0.238529658313254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001172351 Relative Rsd = 5.14049156070327e-07
BICGSTAB_SOLVER_TIME: 0.716518 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041962 s
InvBiCGStab: k = 56 resid = 1.90925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209036(s) Flops=370427904 => 1772.07707763256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255124.144208785 Mflops = 255.124144208785 Gflops = 0.255124144208785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056915 s
InvBiCGStab: k = 91 resid = 1.044971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334714(s) Flops=600090624 => 1792.84590426454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258124.931904507 Mflops = 258.124931904507 Gflops = 0.258124931904507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001067347 Relative Rsd = 4.68007512359694e-07
BICGSTAB_SOLVER_TIME: 0.64638 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 64 resid = 1.953054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236718(s) Flops=422922240 => 1786.60786251996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257219.993902918 Mflops = 257.219993902918 Gflops = 0.257219993902918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055888 s
InvBiCGStab: k = 89 resid = 7.306194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324865(s) Flops=586967040 => 1806.80294891724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.77434049 Mflops = 260.12277434049 Gflops = 0.26012277434049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001139027 Relative Rsd = 4.99437540880917e-07
BICGSTAB_SOLVER_TIME: 0.662105 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040746 s
InvBiCGStab: k = 53 resid = 2.182214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194317(s) Flops=350742528 => 1805.00176515693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.491762861 Mflops = 259.866491762861 Gflops = 0.259866491762861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057895 s
InvBiCGStab: k = 87 resid = 9.043629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322762(s) Flops=573843456 => 1777.9151696916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255969.006834308 Mflops = 255.969006834308 Gflops = 0.255969006834308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001056356 Relative Rsd = 4.63188104517889e-07
BICGSTAB_SOLVER_TIME: 0.620463 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114199
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906217(s) Flops=1353719808 => 1493.81418357855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215106.367226713 Mflops = 215.106367226713 Gflops = 0.215106367226713 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149757000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 2.235635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843016(s) Flops=1446561792 => 1715.93634284521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247025.580426793 Mflops = 247.025580426793 Gflops = 0.247025580426793 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.060922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.008024(s) Flops=1682786304 => 1669.39110973548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240381.880190218 Mflops = 240.381880190218 Gflops = 0.240381880190218 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.003656814 Relative Rsd = 1.60819648398132e-06
BICGSTAB_SOLVER_TIME: 1.854354 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.114955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001863
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339710999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.931527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672508(s) Flops=1210337280 => 1799.73662766837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.293356219 Mflops = 259.138293356219 Gflops = 0.259138293356219 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.099958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822827(s) Flops=1485932544 => 1805.88695315054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260036.57688178 Mflops = 260.03657688178 Gflops = 0.26003657688178 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.001992843 Relative Rsd = 8.75399356363902e-07
BICGSTAB_SOLVER_TIME: 1.498636 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292843999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 322 resid = 2.096647e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.294197(s) Flops=2115864576 => 1634.88601503481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235438.531052233 Mflops = 235.438531052233 Gflops = 0.235438531052233 Tflops
InvBiCGStab: k = 374 resid = 1.100684e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.410251(s) Flops=2457077760 => 1742.29818663486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250883.98965046 Mflops = 250.88398965046 Gflops = 0.25088398965046 Tflops
BICGSTAB_SOLVER: 696 iterations. Rsd = 0.003638914 Relative Rsd = 1.60032460393732e-06
BICGSTAB_SOLVER_TIME: 2.709189 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.497771999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 269 resid = 2.153109e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985319(s) Flops=1768089600 => 1794.43368086884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258396.416038333 Mflops = 258.396416038333 Gflops = 0.258396416038333 Tflops
InvBiCGStab: k = 332 resid = 1.095354e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.326678(s) Flops=2181482496 => 1644.31949274805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236775.761654492 Mflops = 236.775761654492 Gflops = 0.236775761654492 Tflops
BICGSTAB_SOLVER: 601 iterations. Rsd = 0.002011206 Relative Rsd = 8.83465445465367e-07
BICGSTAB_SOLVER_TIME: 2.316594 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 234 resid = 2.174387e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868607(s) Flops=1538426880 => 1771.14262261299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255066.190827717 Mflops = 255.066190827717 Gflops = 0.255066190827717 Tflops
InvBiCGStab: k = 241 resid = 9.869151e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881422(s) Flops=1584359424 => 1797.50383357801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258830.041806769 Mflops = 258.830041806769 Gflops = 0.258830041806769 Tflops
BICGSTAB_SOLVER: 475 iterations. Rsd = 0.001837394 Relative Rsd = 8.05655438105696e-07
BICGSTAB_SOLVER_TIME: 1.755176 sec
2Flav::invert,  n_count = 475
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338303000000002
MInvCG2: 313 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.314262(s) Flops=2024441856 => 1540.36398830675 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221818.162296501 Mflops = 221.818162296501 Gflops = 0.221818162296501 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.224561000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.132256984070409
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 458.974591 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.05187 secs
Doing Update: 2752 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 282 resid = 1.940774e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.096148(s) Flops=1853392896 => 1690.82358951528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243456.927162516 Mflops = 243.456927162516 Gflops = 0.243456927162516 Tflops
InvBiCGStab: k = 310 resid = 3.973927e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.136124(s) Flops=2037123072 => 1793.04642098926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258189.827996791 Mflops = 258.189827996791 Gflops = 0.258189827996791 Tflops
BICGSTAB_SOLVER: 592 iterations. Rsd = 0.001946876 Relative Rsd = 8.56936943328664e-07
BICGSTAB_SOLVER_TIME: 2.237337 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.425100999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 237 resid = 2.00659e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865972(s) Flops=1558112256 => 1799.26401315516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259086.789643597 Mflops = 259.086789643597 Gflops = 0.259086789643597 Tflops
InvBiCGStab: k = 258 resid = 8.513838e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.019215(s) Flops=1695909888 => 1663.9373321625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239598.570047315 Mflops = 239.598570047315 Gflops = 0.239598570047315 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.001864008 Relative Rsd = 8.19286777180429e-07
BICGSTAB_SOLVER_TIME: 1.89111 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356268999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 329 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.368786(s) Flops=2121467904 => 1549.89012453371 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223234.655981782 Mflops = 223.234655981782 Gflops = 0.223234655981782 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.235859000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 339 resid = 2.141099e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.243184(s) Flops=2227415040 => 1791.70182370429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257986.033157568 Mflops = 257.986033157568 Gflops = 0.257986033157568 Tflops
InvBiCGStab: k = 333 resid = 8.25891e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.338906(s) Flops=2188044288 => 1634.20306429279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235317.644796973 Mflops = 235.317644796973 Gflops = 0.235317644796973 Tflops
BICGSTAB_SOLVER: 672 iterations. Rsd = 0.00194264 Relative Rsd = 8.55072371150839e-07
BICGSTAB_SOLVER_TIME: 2.586813 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.480232999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 252 resid = 1.874256e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.979789(s) Flops=1656539136 => 1690.7100773738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243448.038020469 Mflops = 243.448038020469 Gflops = 0.243448038020469 Tflops
InvBiCGStab: k = 298 resid = 1.135715e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093001(s) Flops=1958381568 => 1791.74727927971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258002.810445016 Mflops = 258.002810445016 Gflops = 0.258002810445016 Tflops
BICGSTAB_SOLVER: 550 iterations. Rsd = 0.001935387 Relative Rsd = 8.50659655032134e-07
BICGSTAB_SOLVER_TIME: 2.077383 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393132999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 240 resid = 1.201069e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907598(s) Flops=1577797632 => 1738.43224863871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250266.526746198 Mflops = 250.266526746198 Gflops = 0.250266526746198 Tflops
InvBiCGStab: k = 258 resid = 6.864842e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.040322(s) Flops=1695909888 => 1630.17785647136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234737.113842736 Mflops = 234.737113842736 Gflops = 0.234737113842736 Tflops
BICGSTAB_SOLVER: 498 iterations. Rsd = 0.001851895 Relative Rsd = 8.12095682946523e-07
BICGSTAB_SOLVER_TIME: 1.952988 sec
2Flav::invert,  n_count = 498
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354935000000002
MInvCG2: 313 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.276298(s) Flops=2024810496 => 1586.47157325327 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228452.751857439 Mflops = 228.452751857439 Gflops = 0.228452751857439 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.224831000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.089248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701441(s) Flops=1269393408 => 1809.69377039551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260515.295322866 Mflops = 260.515295322866 Gflops = 0.260515295322866 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 8.049936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882159(s) Flops=1531865088 => 1736.49544809949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250042.288419905 Mflops = 250.042288419905 Gflops = 0.250042288419905 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002030475 Relative Rsd = 8.93734040464694e-07
BICGSTAB_SOLVER_TIME: 1.587239 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.119683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304313999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 2.241429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.638381(s) Flops=1079101440 => 1690.37211320512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243405.123321342 Mflops = 243.405123321342 Gflops = 0.243405123321342 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 8.990459e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809419(s) Flops=1394067456 => 1722.30631601186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248001.302736127 Mflops = 248.001302736127 Gflops = 0.248001302736127 Tflops
BICGSTAB_SOLVER: 376 iterations. Rsd = 0.001965478 Relative Rsd = 8.6388586103988e-07
BICGSTAB_SOLVER_TIME: 1.451251 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268248999999997
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886155(s) Flops=1398325248 => 1577.96914535268 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227221.991483209 Mflops = 227.221991483209 Gflops = 0.227221991483209 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155135000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021372
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.4e-05 s
InvBiCGStab: k = 157 resid = 2.214314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.574778(s) Flops=1033168896 => 1797.5094662635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258793.639283714 Mflops = 258.793639283714 Gflops = 0.258793639283714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 178 resid = 1.106589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.647385(s) Flops=1170966528 => 1808.76376190366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260433.609466748 Mflops = 260.433609466748 Gflops = 0.260433609466748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 335 iterations. Rsd = 0.001848003 Relative Rsd = 8.10388958335905e-07
BICGSTAB_SOLVER_TIME: 1.225852 sec
2Flav::invert,  n_count = 335
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241053999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00016 s
InvBiCGStab: k = 133 resid = 1.660039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486213(s) Flops=875685888 => 1801.03347298406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259129.709452514 Mflops = 259.129709452514 Gflops = 0.259129709452514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 142 resid = 1.109252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.536559(s) Flops=934742016 => 1742.10481233192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250808.652666071 Mflops = 250.808652666071 Gflops = 0.250808652666071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 275 iterations. Rsd = 0.001608715 Relative Rsd = 7.0545617831187e-07
BICGSTAB_SOLVER_TIME: 1.027292 sec
2Flav::invert,  n_count = 275
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197851999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005139 s
InvBiCGStab: k = 88 resid = 1.972284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372658(s) Flops=580405248 => 1557.47427399922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224243.099559479 Mflops = 224.243099559479 Gflops = 0.224243099559479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.008177 s
InvBiCGStab: k = 120 resid = 1.07504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448931(s) Flops=790382592 => 1760.58813492497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253490.984738095 Mflops = 253.490984738095 Gflops = 0.253490984738095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001377099 Relative Rsd = 6.03887583652609e-07
BICGSTAB_SOLVER_TIME: 0.838679 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152082999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007461 s
InvBiCGStab: k = 90 resid = 9.510472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329962(s) Flops=593528832 => 1798.77935034943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258985.178057874 Mflops = 258.985178057874 Gflops = 0.258985178057874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010958 s
InvBiCGStab: k = 104 resid = 1.09309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385278(s) Flops=685393920 => 1778.9594007444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256137.291761049 Mflops = 256.137291761049 Gflops = 0.256137291761049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001314659 Relative Rsd = 5.76506221724602e-07
BICGSTAB_SOLVER_TIME: 0.737515 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143242
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01051 s
InvBiCGStab: k = 76 resid = 1.606542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279381(s) Flops=501663744 => 1795.62584427717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258513.735691505 Mflops = 258.513735691505 Gflops = 0.258513735691505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015237 s
InvBiCGStab: k = 103 resid = 9.483745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377686(s) Flops=678832128 => 1797.34522328071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258776.61194846 Mflops = 258.77661194846 Gflops = 0.25877661194846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001268377 Relative Rsd = 5.56210533874721e-07
BICGSTAB_SOLVER_TIME: 0.686622 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133539
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945889(s) Flops=1398398976 => 1478.39648838289 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212910.672587738 Mflops = 212.910672587738 Gflops = 0.212910672587738 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155316000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013321 s
InvBiCGStab: k = 28 resid = 1.742341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103803(s) Flops=186697728 => 1798.57738215659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.999812866 Mflops = 258.860999812866 Gflops = 0.258860999812866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019342 s
InvBiCGStab: k = 44 resid = 1.146119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161855(s) Flops=291686400 => 1802.14636557412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259418.753462494 Mflops = 259.418753462494 Gflops = 0.259418753462494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007159631 Relative Rsd = 3.13965270391607e-07
BICGSTAB_SOLVER_TIME: 0.302109 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0581680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017087 s
InvBiCGStab: k = 94 resid = 2.214363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34265(s) Flops=619776000 => 1808.77280023347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260416.004616928 Mflops = 260.416004616928 Gflops = 0.260416004616928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023892 s
InvBiCGStab: k = 102 resid = 9.109929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371912(s) Flops=672270336 => 1807.60592828411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260244.191694596 Mflops = 260.244191694596 Gflops = 0.260244191694596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001343465 Relative Rsd = 5.89138342382209e-07
BICGSTAB_SOLVER_TIME: 0.759409 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14773
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.022853 s
InvBiCGStab: k = 57 resid = 2.174427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237589(s) Flops=376989696 => 1586.73042943907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228429.559035593 Mflops = 228.429559035593 Gflops = 0.228429559035593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.033907 s
InvBiCGStab: k = 83 resid = 8.228784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352999(s) Flops=547596288 => 1551.26866648347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223340.482099801 Mflops = 223.340482099801 Gflops = 0.223340482099801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00113338 Relative Rsd = 4.97011663557566e-07
BICGSTAB_SOLVER_TIME: 0.651362 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109283
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024132 s
InvBiCGStab: k = 67 resid = 1.577329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251041(s) Flops=442607616 => 1763.08896156405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253846.926702465 Mflops = 253.846926702465 Gflops = 0.253846926702465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034562 s
InvBiCGStab: k = 102 resid = 1.006529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377629(s) Flops=672270336 => 1780.24022519457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256313.104368146 Mflops = 256.313104368146 Gflops = 0.256313104368146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001232616 Relative Rsd = 5.4052885287553e-07
BICGSTAB_SOLVER_TIME: 0.69134 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130474
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027668 s
InvBiCGStab: k = 69 resid = 1.579546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253559(s) Flops=455731200 => 1797.33789768851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.563454419 Mflops = 258.754563454419 Gflops = 0.258754563454419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038738 s
InvBiCGStab: k = 85 resid = 8.781861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309997(s) Flops=560719872 => 1808.79128507695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260417.128168805 Mflops = 260.417128168805 Gflops = 0.260417128168805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001147594 Relative Rsd = 5.03244843191068e-07
BICGSTAB_SOLVER_TIME: 0.633867 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121135000000001
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878391(s) Flops=1398177792 => 1591.7487679177 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229194.264761239 Mflops = 229.194264761239 Gflops = 0.229194264761239 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154904000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031982 s
InvBiCGStab: k = 37 resid = 1.125995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136119(s) Flops=245753856 => 1805.43389240297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.927437762 Mflops = 259.879927437762 Gflops = 0.259879927437762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044185 s
InvBiCGStab: k = 52 resid = 9.946129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190653(s) Flops=344180736 => 1805.27311922708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.073967847 Mflops = 259.878073967846 Gflops = 0.259878073967847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0008086439 Relative Rsd = 3.5460777329577e-07
BICGSTAB_SOLVER_TIME: 0.40679 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036137 s
InvBiCGStab: k = 58 resid = 1.978919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212392(s) Flops=383551488 => 1805.86598365287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.846591173 Mflops = 259.986846591173 Gflops = 0.259986846591173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050189 s
InvBiCGStab: k = 76 resid = 9.454873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281563(s) Flops=501663744 => 1781.71046621893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256522.266157434 Mflops = 256.522266157434 Gflops = 0.256522266157434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001073159 Relative Rsd = 4.7060347975986e-07
BICGSTAB_SOLVER_TIME: 0.584408 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042106 s
InvBiCGStab: k = 56 resid = 2.0745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208625(s) Flops=370427904 => 1775.56814379868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255616.806846587 Mflops = 255.616806846587 Gflops = 0.255616806846587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055779 s
InvBiCGStab: k = 73 resid = 1.062377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303685(s) Flops=481978368 => 1587.09968552941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228493.401633067 Mflops = 228.493401633067 Gflops = 0.228493401633067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001062118 Relative Rsd = 4.65761633954361e-07
BICGSTAB_SOLVER_TIME: 0.614374 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046626 s
InvBiCGStab: k = 65 resid = 2.222464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268106(s) Flops=429484032 => 1601.91876347415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230641.33002033 Mflops = 230.64133002033 Gflops = 0.23064133002033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057031 s
InvBiCGStab: k = 81 resid = 5.970023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303362(s) Flops=534472704 => 1761.8314225249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253657.492574872 Mflops = 253.657492574872 Gflops = 0.253657492574872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001159466 Relative Rsd = 5.08450679977474e-07
BICGSTAB_SOLVER_TIME: 0.678978 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 51 resid = 2.185138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187699(s) Flops=337618944 => 1798.72532085946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258943.109171034 Mflops = 258.943109171034 Gflops = 0.258943109171034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 76 resid = 8.96646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277663(s) Flops=501663744 => 1806.73602172418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.698198783 Mflops = 260.111698198783 Gflops = 0.260111698198783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00106578 Relative Rsd = 4.67367482523145e-07
BICGSTAB_SOLVER_TIME: 0.566794 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105059
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872215(s) Flops=1398251520 => 1603.1041887608 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230827.891821065 Mflops = 230.827891821065 Gflops = 0.230827891821065 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155059000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 29 resid = 1.228122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109591(s) Flops=193259520 => 1763.46159812393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253820.400225362 Mflops = 253.820400225362 Gflops = 0.253820400225362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05682 s
InvBiCGStab: k = 54 resid = 1.049798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200181(s) Flops=357304320 => 1784.90625983485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256941.627246549 Mflops = 256.941627246549 Gflops = 0.256941627246549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007530577 Relative Rsd = 3.30232042643559e-07
BICGSTAB_SOLVER_TIME: 0.411395 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042657 s
InvBiCGStab: k = 60 resid = 1.868668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231491(s) Flops=396675072 => 1713.56584921228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246695.321455227 Mflops = 246.695321455227 Gflops = 0.246695321455227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057387 s
InvBiCGStab: k = 85 resid = 1.13557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314938(s) Flops=560719872 => 1780.41351631115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256312.325810805 Mflops = 256.312325810805 Gflops = 0.256312325810805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001105478 Relative Rsd = 4.84776104181824e-07
BICGSTAB_SOLVER_TIME: 0.6503 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117765
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 55 resid = 2.155794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202739(s) Flops=363866112 => 1794.75143904232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258376.211556793 Mflops = 258.376211556793 Gflops = 0.258376211556793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056904 s
InvBiCGStab: k = 79 resid = 1.110138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290614(s) Flops=521349120 => 1793.95734548232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258269.463158421 Mflops = 258.269463158421 Gflops = 0.258269463158421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001055704 Relative Rsd = 4.62949152731336e-07
BICGSTAB_SOLVER_TIME: 0.595345 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 69 resid = 2.070289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289776(s) Flops=455731200 => 1572.7016730164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226426.46097938 Mflops = 226.42646097938 Gflops = 0.22642646097938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061887 s
InvBiCGStab: k = 75 resid = 9.772023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31278(s) Flops=495101952 => 1582.90796086706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227898.505312776 Mflops = 227.898505312776 Gflops = 0.227898505312776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00115813 Relative Rsd = 5.07864976117172e-07
BICGSTAB_SOLVER_TIME: 0.709889 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041144 s
InvBiCGStab: k = 50 resid = 2.167439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188563(s) Flops=331057152 => 1755.68458287151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252764.951660598 Mflops = 252.764951660598 Gflops = 0.252764951660598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056787 s
InvBiCGStab: k = 79 resid = 7.330294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29409(s) Flops=521349120 => 1772.7536468428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255213.964730474 Mflops = 255.213964730474 Gflops = 0.255213964730474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001036616 Relative Rsd = 4.54578381183029e-07
BICGSTAB_SOLVER_TIME: 0.584464 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106323
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872529(s) Flops=1398251520 => 1602.5272741651 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230753.45870995 Mflops = 230.75345870995 Gflops = 0.23075345870995 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154813000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.990062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716609(s) Flops=1262831616 => 1762.23242521375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253698.884360561 Mflops = 253.698884360561 Gflops = 0.253698884360561 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.12906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833172(s) Flops=1499056128 => 1799.21568175599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259073.652843325 Mflops = 259.073652843325 Gflops = 0.259073652843325 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002058774 Relative Rsd = 9.06189690528987e-07
BICGSTAB_SOLVER_TIME: 1.553187 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300002999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.86657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667777(s) Flops=1203775488 => 1802.6609002706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259485.127691277 Mflops = 259.485127691277 Gflops = 0.259485127691277 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 7.894805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84462(s) Flops=1380943872 => 1634.98836399801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235427.978197832 Mflops = 235.427978197832 Gflops = 0.235427978197832 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001967937 Relative Rsd = 8.64985506980761e-07
BICGSTAB_SOLVER_TIME: 1.516394 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0.123987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280385999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881918(s) Flops=1398251520 => 1585.46658532879 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228286.924217661 Mflops = 228.286924217661 Gflops = 0.228286924217661 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155023000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041438 s
InvBiCGStab: k = 28 resid = 1.551113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109237(s) Flops=186697728 => 1709.10706079442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246012.778653798 Mflops = 246.012778653798 Gflops = 0.246012778653798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064997 s
InvBiCGStab: k = 48 resid = 8.44126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204467(s) Flops=317933568 => 1554.93829322091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223833.511292951 Mflops = 223.833511292951 Gflops = 0.223833511292951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007436359 Relative Rsd = 3.26100362130544e-07
BICGSTAB_SOLVER_TIME: 0.424281 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045289 s
InvBiCGStab: k = 77 resid = 2.183949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317565(s) Flops=508225536 => 1600.38271220065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230423.239941232 Mflops = 230.423239941232 Gflops = 0.230423239941232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 101 resid = 9.616975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377787(s) Flops=665708544 => 1762.12665867274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253706.080667425 Mflops = 253.706080667425 Gflops = 0.253706080667426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.0012816 Relative Rsd = 5.62009374761299e-07
BICGSTAB_SOLVER_TIME: 0.801104 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040594 s
InvBiCGStab: k = 56 resid = 1.370155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20512(s) Flops=370427904 => 1805.90826833073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259993.752673151 Mflops = 259.993752673151 Gflops = 0.259993752673151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056129 s
InvBiCGStab: k = 71 resid = 9.650798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261596(s) Flops=468854784 => 1792.2857536048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258026.590452512 Mflops = 258.026590452512 Gflops = 0.258026590452512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001045793 Relative Rsd = 4.5860260012314e-07
BICGSTAB_SOLVER_TIME: 0.567261 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 69 resid = 2.242619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252861(s) Flops=455731200 => 1802.29928696003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259481.413168977 Mflops = 259.481413168977 Gflops = 0.259481413168977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055891 s
InvBiCGStab: k = 90 resid = 1.06249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328648(s) Flops=593528832 => 1805.97122757479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.126001643 Mflops = 260.004126001643 Gflops = 0.260004126001643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001130876 Relative Rsd = 4.95913615590057e-07
BICGSTAB_SOLVER_TIME: 0.682447 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041423 s
InvBiCGStab: k = 59 resid = 1.761141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21571(s) Flops=390113280 => 1808.50808956469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260353.769966681 Mflops = 260.353769966681 Gflops = 0.260353769966681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056131 s
InvBiCGStab: k = 87 resid = 1.015605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361762(s) Flops=573843456 => 1586.24580801743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228375.140721317 Mflops = 228.375140721317 Gflops = 0.228375140721317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001096112 Relative Rsd = 4.80668774818583e-07
BICGSTAB_SOLVER_TIME: 0.679205 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118465
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89846(s) Flops=1392058368 => 1549.38268592926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223097.73126536 Mflops = 223.09773126536 Gflops = 0.22309773126536 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154226000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041102 s
InvBiCGStab: k = 33 resid = 1.411638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121264(s) Flops=219506688 => 1810.15542947618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260561.959709371 Mflops = 260.561959709371 Gflops = 0.260561959709371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 54 resid = 1.049199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197907(s) Flops=357304320 => 1805.41527080902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.577746982 Mflops = 259.894577746982 Gflops = 0.259894577746982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007443962 Relative Rsd = 3.26433799310319e-07
BICGSTAB_SOLVER_TIME: 0.420223 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045837 s
InvBiCGStab: k = 71 resid = 2.218091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292407(s) Flops=468854784 => 1603.4321476572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230848.746709028 Mflops = 230.848746709028 Gflops = 0.230848746709028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061774 s
InvBiCGStab: k = 102 resid = 9.921116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401939(s) Flops=672270336 => 1672.56806629862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240812.842907725 Mflops = 240.812842907725 Gflops = 0.240812842907725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001226807 Relative Rsd = 5.37981528616718e-07
BICGSTAB_SOLVER_TIME: 0.805836 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042315 s
InvBiCGStab: k = 56 resid = 2.225843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20862(s) Flops=370427904 => 1775.61069887834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255614.884446851 Mflops = 255.614884446851 Gflops = 0.255614884446851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057094 s
InvBiCGStab: k = 74 resid = 9.256499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271282(s) Flops=488540160 => 1800.85726292198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.759397556 Mflops = 259.262759397556 Gflops = 0.259262759397556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001045901 Relative Rsd = 4.58649975106349e-07
BICGSTAB_SOLVER_TIME: 0.583082 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042163 s
InvBiCGStab: k = 59 resid = 2.068363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216236(s) Flops=390113280 => 1804.10884404077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.968847888 Mflops = 259.734968847888 Gflops = 0.259734968847888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05697 s
InvBiCGStab: k = 81 resid = 1.116108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296715(s) Flops=534472704 => 1801.29991405895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259329.424732889 Mflops = 259.329424732889 Gflops = 0.259329424732889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001122773 Relative Rsd = 4.92360032393703e-07
BICGSTAB_SOLVER_TIME: 0.615969 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 57 resid = 2.259614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208447(s) Flops=376989696 => 1808.56378839705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260376.229128849 Mflops = 260.376229128849 Gflops = 0.260376229128849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 79 resid = 1.081458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288936(s) Flops=521349120 => 1804.37577871916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.101464138 Mflops = 259.769101464138 Gflops = 0.259769101464138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001122269 Relative Rsd = 4.92139034223107e-07
BICGSTAB_SOLVER_TIME: 0.598825 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111465
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954382(s) Flops=1392132096 => 1458.6738811084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210041.396981157 Mflops = 210.041396981157 Gflops = 0.210041396981157 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154073000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 27 resid = 2.252391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099962(s) Flops=180135936 => 1802.04413677197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259378.924889771 Mflops = 259.378924889771 Gflops = 0.259378924889771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 48 resid = 9.955487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176176(s) Flops=317933568 => 1804.63609118155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259778.971547815 Mflops = 259.778971547815 Gflops = 0.259778971547815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007127737 Relative Rsd = 3.12566636323735e-07
BICGSTAB_SOLVER_TIME: 0.376894 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040679 s
InvBiCGStab: k = 54 resid = 2.035594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198087(s) Flops=357304320 => 1803.77470505384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259682.207133765 Mflops = 259.682207133765 Gflops = 0.259682207133765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058499 s
InvBiCGStab: k = 79 resid = 1.11443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334299(s) Flops=521349120 => 1559.52940331859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224536.346832009 Mflops = 224.536346832009 Gflops = 0.224536346832009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001054298 Relative Rsd = 4.62332359038303e-07
BICGSTAB_SOLVER_TIME: 0.635758 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045656 s
InvBiCGStab: k = 59 resid = 1.355809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242373(s) Flops=390113280 => 1609.55750021661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231731.615976005 Mflops = 231.731615976005 Gflops = 0.231731615976005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 73 resid = 5.75572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273169(s) Flops=481978368 => 1764.396282155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254008.633326649 Mflops = 254.008633326649 Gflops = 0.254008633326649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001037052 Relative Rsd = 4.54769463685349e-07
BICGSTAB_SOLVER_TIME: 0.621345 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 61 resid = 1.676112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224406(s) Flops=403236864 => 1796.90767626534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258692.19090749 Mflops = 258.69219090749 Gflops = 0.25869219090749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055775 s
InvBiCGStab: k = 85 resid = 1.148355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310166(s) Flops=560719872 => 1807.80572983499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260266.335788169 Mflops = 260.266335788169 Gflops = 0.260266335788169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001109163 Relative Rsd = 4.86391805521901e-07
BICGSTAB_SOLVER_TIME: 0.635156 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 54 resid = 2.068097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201419(s) Flops=357304320 => 1773.93552743286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255400.900749596 Mflops = 255.400900749596 Gflops = 0.255400900749596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05981 s
InvBiCGStab: k = 78 resid = 9.756185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305441(s) Flops=514787328 => 1685.39039618126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242629.83309237 Mflops = 242.62983309237 Gflops = 0.24262983309237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001046054 Relative Rsd = 4.58717055632144e-07
BICGSTAB_SOLVER_TIME: 0.611382 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108575
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918063(s) Flops=1379672064 => 1502.80761124237 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216424.579072112 Mflops = 216.424579072112 Gflops = 0.216424579072112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152846000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04096 s
InvBiCGStab: k = 25 resid = 2.057119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093224(s) Flops=167012352 => 1791.51669098086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257852.093102709 Mflops = 257.852093102709 Gflops = 0.25785209310271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055795 s
InvBiCGStab: k = 51 resid = 6.834667e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186882(s) Flops=337618944 => 1806.58888496484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260047.944500911 Mflops = 260.047944500911 Gflops = 0.260047944500911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000750422 Relative Rsd = 3.29076230889949e-07
BICGSTAB_SOLVER_TIME: 0.380653 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 57 resid = 1.98423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209459(s) Flops=376989696 => 1799.82572245642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259099.344792838 Mflops = 259.099344792838 Gflops = 0.259099344792838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 90 resid = 8.725762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32886(s) Flops=593528832 => 1804.8070060208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.170571088 Mflops = 259.840170571088 Gflops = 0.259840170571088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001122975 Relative Rsd = 4.92448758385964e-07
BICGSTAB_SOLVER_TIME: 0.639483 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045582 s
InvBiCGStab: k = 57 resid = 1.85456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241427(s) Flops=376989696 => 1561.50594589669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224806.968209432 Mflops = 224.806968209432 Gflops = 0.224806968209432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060841 s
InvBiCGStab: k = 79 resid = 1.130158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317054(s) Flops=521349120 => 1644.35433711607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236752.379679567 Mflops = 236.752379679567 Gflops = 0.236752379679567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001051137 Relative Rsd = 4.60946181323775e-07
BICGSTAB_SOLVER_TIME: 0.669034 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 60 resid = 1.990702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2282(s) Flops=396675072 => 1738.27814198072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250257.052223583 Mflops = 250.257052223583 Gflops = 0.250257052223583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056919 s
InvBiCGStab: k = 84 resid = 9.059534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326496(s) Flops=554158080 => 1697.28903263746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244372.535106493 Mflops = 244.372535106493 Gflops = 0.244372535106493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001115198 Relative Rsd = 4.89038525354321e-07
BICGSTAB_SOLVER_TIME: 0.657022 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042657 s
InvBiCGStab: k = 59 resid = 2.211415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234084(s) Flops=390113280 => 1666.55251960835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239932.427695025 Mflops = 239.932427695025 Gflops = 0.239932427695025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062329 s
InvBiCGStab: k = 69 resid = 1.018648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257205(s) Flops=455731200 => 1771.8598005482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255072.104378033 Mflops = 255.072104378033 Gflops = 0.255072104378033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001032979 Relative Rsd = 4.52983763752506e-07
BICGSTAB_SOLVER_TIME: 0.600113 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105854
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875748(s) Flops=1379598336 => 1575.33712437825 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227039.538931888 Mflops = 227.039538931888 Gflops = 0.227039538931888 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153291000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.019533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718767(s) Flops=1269393408 => 1766.07079623856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254270.66978756 Mflops = 254.27066978756 Gflops = 0.25427066978756 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.129202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791761(s) Flops=1407191040 => 1777.2926931233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255917.162692507 Mflops = 255.917162692507 Gflops = 0.255917162692507 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001998584 Relative Rsd = 8.79709973546564e-07
BICGSTAB_SOLVER_TIME: 1.513866 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.117976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290903999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.820594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751604(s) Flops=1184090112 => 1575.41752305735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226782.62979463 Mflops = 226.78262979463 Gflops = 0.22678262979463 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.095843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847556(s) Flops=1420314624 => 1675.77673215693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241313.880623241 Mflops = 241.313880623241 Gflops = 0.241313880623241 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.002049717 Relative Rsd = 9.00952853891702e-07
BICGSTAB_SOLVER_TIME: 1.602703 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282727999999997
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877297(s) Flops=1379598336 => 1572.55562939347 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226443.403663317 Mflops = 226.443403663317 Gflops = 0.226443403663317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152829000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040663 s
InvBiCGStab: k = 27 resid = 2.102865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103079(s) Flops=180135936 => 1747.55222693274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251505.870128166 Mflops = 251.505870128166 Gflops = 0.251505870128166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061034 s
InvBiCGStab: k = 56 resid = 6.449756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207236(s) Flops=370427904 => 1787.46889536567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257325.296064564 Mflops = 257.325296064564 Gflops = 0.257325296064564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007324074 Relative Rsd = 3.21176452439798e-07
BICGSTAB_SOLVER_TIME: 0.415859 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041854 s
InvBiCGStab: k = 74 resid = 2.051246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271358(s) Flops=488540160 => 1800.35289175186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259211.366578637 Mflops = 259.211366578637 Gflops = 0.259211366578637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 108 resid = 8.290968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394656(s) Flops=711641088 => 1803.19338360496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.522785426 Mflops = 259.619522785426 Gflops = 0.259619522785426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001289414 Relative Rsd = 5.65435739791535e-07
BICGSTAB_SOLVER_TIME: 0.767802 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 62 resid = 1.530858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226569(s) Flops=409798656 => 1808.71459025727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260394.898406448 Mflops = 260.394898406448 Gflops = 0.260394898406448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 72 resid = 6.51176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26346(s) Flops=475416576 => 1804.51140970166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.034788965 Mflops = 259.788034788965 Gflops = 0.259788034788965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001003745 Relative Rsd = 4.40163623630288e-07
BICGSTAB_SOLVER_TIME: 0.590792 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04263 s
InvBiCGStab: k = 57 resid = 2.244965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208961(s) Flops=376989696 => 1804.11510281823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259730.435553112 Mflops = 259.730435553112 Gflops = 0.259730435553112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060046 s
InvBiCGStab: k = 84 resid = 1.13836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352295(s) Flops=554158080 => 1572.99445067344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226470.210848309 Mflops = 226.470210848309 Gflops = 0.226470210848309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00114036 Relative Rsd = 5.00072608189297e-07
BICGSTAB_SOLVER_TIME: 0.668001 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044826 s
InvBiCGStab: k = 61 resid = 1.171538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245291(s) Flops=403236864 => 1643.91218593426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236669.845823708 Mflops = 236.669845823708 Gflops = 0.236669845823708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058733 s
InvBiCGStab: k = 75 resid = 1.067042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281212(s) Flops=495101952 => 1760.60037267257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253469.018148414 Mflops = 253.469018148414 Gflops = 0.253469018148414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001140489 Relative Rsd = 5.00129019133744e-07
BICGSTAB_SOLVER_TIME: 0.633881 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111566
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863248(s) Flops=1373257728 => 1590.80325468463 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229056.993856723 Mflops = 229.056993856723 Gflops = 0.229056993856723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152249000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04317 s
InvBiCGStab: k = 27 resid = 1.987569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124691(s) Flops=180135936 => 1444.65868426751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207938.02039358 Mflops = 207.93802039358 Gflops = 0.20793802039358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064226 s
InvBiCGStab: k = 51 resid = 8.965831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207951(s) Flops=337618944 => 1623.55047102442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233727.765045195 Mflops = 233.727765045195 Gflops = 0.233727765045195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007086399 Relative Rsd = 3.10753854032495e-07
BICGSTAB_SOLVER_TIME: 0.444304 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04384 s
InvBiCGStab: k = 79 resid = 1.698811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294613(s) Flops=521349120 => 1769.6066365028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254776.129074895 Mflops = 254.776129074895 Gflops = 0.254776129074895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 106 resid = 1.052582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389505(s) Flops=698517504 => 1793.34669388069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258199.996031649 Mflops = 258.199996031649 Gflops = 0.258199996031649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001298278 Relative Rsd = 5.69322989895492e-07
BICGSTAB_SOLVER_TIME: 0.788645 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 53 resid = 1.817199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194137(s) Flops=350742528 => 1806.67532721738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.213277789 Mflops = 260.098213277789 Gflops = 0.260098213277789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056535 s
InvBiCGStab: k = 67 resid = 1.082339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244711(s) Flops=442607616 => 1808.69522007593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260387.152507388 Mflops = 260.387152507388 Gflops = 0.260387152507388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001048781 Relative Rsd = 4.59912916603779e-07
BICGSTAB_SOLVER_TIME: 0.540579 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999820000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040577 s
InvBiCGStab: k = 63 resid = 2.108578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231096(s) Flops=416360448 => 1801.67743275522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259382.678913234 Mflops = 259.382678913234 Gflops = 0.259382678913234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 78 resid = 7.389763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293186(s) Flops=514787328 => 1755.83870989747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252783.851459437 Mflops = 252.783851459437 Gflops = 0.252783851459437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001112706 Relative Rsd = 4.87945531399029e-07
BICGSTAB_SOLVER_TIME: 0.624976 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046495 s
InvBiCGStab: k = 63 resid = 2.154835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264406(s) Flops=416360448 => 1574.70120950357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226713.858031137 Mflops = 226.713858031137 Gflops = 0.226713858031137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061709 s
InvBiCGStab: k = 85 resid = 7.516912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349067(s) Flops=560719872 => 1606.3388174763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231274.09971786 Mflops = 231.27409971786 Gflops = 0.23127409971786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.0010938 Relative Rsd = 4.79654909337401e-07
BICGSTAB_SOLVER_TIME: 0.725784 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119846
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86283(s) Flops=1366990848 => 1584.31075414624 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228131.779632607 Mflops = 228.131779632607 Gflops = 0.228131779632607 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151386000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 27 resid = 2.151404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099678(s) Flops=180135936 => 1807.1784746885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260102.595532278 Mflops = 260.102595532278 Gflops = 0.260102595532278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055919 s
InvBiCGStab: k = 54 resid = 1.126106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225451(s) Flops=357304320 => 1584.84247131306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228156.490734969 Mflops = 228.156490734969 Gflops = 0.228156490734969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007984575 Relative Rsd = 3.50140817780354e-07
BICGSTAB_SOLVER_TIME: 0.426428 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045444 s
InvBiCGStab: k = 58 resid = 2.191468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237475(s) Flops=383551488 => 1615.12364669965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232527.643434958 Mflops = 232.527643434958 Gflops = 0.232527643434958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061115 s
InvBiCGStab: k = 77 resid = 8.821881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293595(s) Flops=508225536 => 1731.04288560772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249216.203370487 Mflops = 249.216203370487 Gflops = 0.249216203370487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001049844 Relative Rsd = 4.60379315145374e-07
BICGSTAB_SOLVER_TIME: 0.641457 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 59 resid = 1.639746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218763(s) Flops=390113280 => 1783.26901715555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256742.979150703 Mflops = 256.742979150703 Gflops = 0.256742979150703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 67 resid = 1.085861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255478(s) Flops=442607616 => 1732.46861177871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249414.287508104 Mflops = 249.414287508104 Gflops = 0.249414287508104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001015 Relative Rsd = 4.45099453642778e-07
BICGSTAB_SOLVER_TIME: 0.575732 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 67 resid = 1.837356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248056(s) Flops=442607616 => 1784.30522140162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256900.798496294 Mflops = 256.900798496294 Gflops = 0.256900798496294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 76 resid = 1.105053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279652(s) Flops=501663744 => 1793.88577231702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258261.915277906 Mflops = 258.261915277906 Gflops = 0.258261915277906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001102243 Relative Rsd = 4.83357458267596e-07
BICGSTAB_SOLVER_TIME: 0.629645 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041443 s
InvBiCGStab: k = 59 resid = 2.208455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218122(s) Flops=390113280 => 1788.50954970154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257494.80604093 Mflops = 257.49480604093 Gflops = 0.25749480604093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 75 resid = 1.129575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273776(s) Flops=495101952 => 1808.41984688212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260356.891486847 Mflops = 260.356891486847 Gflops = 0.260356891486847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00104784 Relative Rsd = 4.5950063172835e-07
BICGSTAB_SOLVER_TIME: 0.593594 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110553
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917523(s) Flops=1366990848 => 1489.87093293574 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214527.891578359 Mflops = 214.527891578359 Gflops = 0.214527891578359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151460000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 27 resid = 1.824548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099351(s) Flops=180135936 => 1813.12655131805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260969.995840577 Mflops = 260.969995840577 Gflops = 0.260969995840577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056723 s
InvBiCGStab: k = 65 resid = 1.031459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23797(s) Flops=429484032 => 1804.78224986343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.153195875 Mflops = 259.829153195875 Gflops = 0.259829153195875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007358218 Relative Rsd = 3.22673741847166e-07
BICGSTAB_SOLVER_TIME: 0.439086 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041306 s
InvBiCGStab: k = 60 resid = 1.845875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244947(s) Flops=396675072 => 1619.4322526914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233152.549377782 Mflops = 233.152549377782 Gflops = 0.233152549377782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064232 s
InvBiCGStab: k = 81 resid = 8.727913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339198(s) Flops=534472704 => 1575.69532839227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226853.214382397 Mflops = 226.853214382397 Gflops = 0.226853214382397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00111721 Relative Rsd = 4.89920527062195e-07
BICGSTAB_SOLVER_TIME: 0.693778 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044924 s
InvBiCGStab: k = 61 resid = 2.278595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227001(s) Flops=403236864 => 1776.36602481927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255739.493700261 Mflops = 255.739493700261 Gflops = 0.255739493700261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060688 s
InvBiCGStab: k = 71 resid = 9.951954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263882(s) Flops=468854784 => 1776.75924845196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255792.229695041 Mflops = 255.792229695041 Gflops = 0.255792229695041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001066316 Relative Rsd = 4.6760241751531e-07
BICGSTAB_SOLVER_TIME: 0.600466 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042047 s
InvBiCGStab: k = 65 resid = 1.02301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238524(s) Flops=429484032 => 1800.59043115158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259224.698097915 Mflops = 259.224698097915 Gflops = 0.259224698097915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055965 s
InvBiCGStab: k = 78 resid = 8.433597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285031(s) Flops=514787328 => 1806.07487606611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260010.755948045 Mflops = 260.010755948045 Gflops = 0.260010755948045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00110843 Relative Rsd = 4.86070646018269e-07
BICGSTAB_SOLVER_TIME: 0.625475 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 68 resid = 6.790573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248623(s) Flops=449169408 => 1806.62854200939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260101.80214352 Mflops = 260.10180214352 Gflops = 0.26010180214352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 76 resid = 1.130195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27723(s) Flops=501663744 => 1809.55792663132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260516.67634613 Mflops = 260.51667634613 Gflops = 0.26051667634613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001068563 Relative Rsd = 4.68587847796441e-07
BICGSTAB_SOLVER_TIME: 0.626775 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117182
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914995(s) Flops=1360797696 => 1487.21872359958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214150.173375317 Mflops = 214.150173375317 Gflops = 0.214150173375317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150721000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.251882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75777(s) Flops=1335011328 => 1761.76323686607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253663.197961594 Mflops = 253.663197961594 Gflops = 0.253663197961594 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.151135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.942443(s) Flops=1564674048 => 1660.23202252019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239061.420464957 Mflops = 239.061420464957 Gflops = 0.239061420464957 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.002096771 Relative Rsd = 9.22939594594464e-07
BICGSTAB_SOLVER_TIME: 1.704135 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.119999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314799999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.902688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707061(s) Flops=1249708032 => 1767.46848150301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254487.975988435 Mflops = 254.487975988435 Gflops = 0.254487975988435 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 3.820346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80466(s) Flops=1453123584 => 1805.88519871747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.83307062 Mflops = 260.03383307062 Gflops = 0.26003383307062 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002156106 Relative Rsd = 9.4772604122193e-07
BICGSTAB_SOLVER_TIME: 1.515153 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293561999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850236(s) Flops=1360797696 => 1600.49409340465 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230445.53097449 Mflops = 230.44553097449 Gflops = 0.23044553097449 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150946000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041447 s
InvBiCGStab: k = 35 resid = 1.339364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129491(s) Flops=232630272 => 1796.4976098725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258602.168840186 Mflops = 258.602168840186 Gflops = 0.258602168840186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056754 s
InvBiCGStab: k = 57 resid = 1.01148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209768(s) Flops=376989696 => 1797.17447847145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258729.441863142 Mflops = 258.729441863142 Gflops = 0.258729441863142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007686802 Relative Rsd = 3.37082832780149e-07
BICGSTAB_SOLVER_TIME: 0.441365 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 83 resid = 2.275365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303948(s) Flops=547596288 => 1801.61174937818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259382.039127702 Mflops = 259.382039127702 Gflops = 0.259382039127702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 105 resid = 1.059083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385043(s) Flops=691955712 => 1797.08685004013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258741.018357642 Mflops = 258.741018357642 Gflops = 0.258741018357642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001306332 Relative Rsd = 5.72854723422865e-07
BICGSTAB_SOLVER_TIME: 0.790073 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148523
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 55 resid = 1.909186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201464(s) Flops=363866112 => 1806.10983600048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260025.912667497 Mflops = 260.025912667497 Gflops = 0.260025912667497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 76 resid = 1.066534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303538(s) Flops=501663744 => 1652.72138579025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237939.402900619 Mflops = 237.939402900618 Gflops = 0.237939402900618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001046252 Relative Rsd = 4.58804045903037e-07
BICGSTAB_SOLVER_TIME: 0.606254 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045633 s
InvBiCGStab: k = 65 resid = 1.896703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271095(s) Flops=429484032 => 1584.25655950866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228077.604666262 Mflops = 228.077604666262 Gflops = 0.228077604666262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060832 s
InvBiCGStab: k = 90 resid = 1.13038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338983(s) Flops=593528832 => 1750.91031703655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252087.628194175 Mflops = 252.087628194175 Gflops = 0.252087628194175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001141255 Relative Rsd = 5.00464779117114e-07
BICGSTAB_SOLVER_TIME: 0.720485 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 60 resid = 2.265145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222193(s) Flops=396675072 => 1785.27258734524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257014.557161104 Mflops = 257.014557161104 Gflops = 0.257014557161104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055752 s
InvBiCGStab: k = 74 resid = 1.100299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270429(s) Flops=488540160 => 1806.5376124602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260090.228852262 Mflops = 260.090228852262 Gflops = 0.260090228852262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001090101 Relative Rsd = 4.78032979820653e-07
BICGSTAB_SOLVER_TIME: 0.593284 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110096
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861939(s) Flops=1360650240 => 1578.59226697017 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227361.387995597 Mflops = 227.361387995597 Gflops = 0.227361387995597 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150800000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042226 s
InvBiCGStab: k = 29 resid = 2.174116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114922(s) Flops=193259520 => 1681.65816814883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242022.016100566 Mflops = 242.022016100566 Gflops = 0.242022016100566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069007 s
InvBiCGStab: k = 51 resid = 9.59514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213739(s) Flops=337618944 => 1579.58512016993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227390.987590596 Mflops = 227.390987590596 Gflops = 0.227390987590596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007335857 Relative Rsd = 3.21693135850425e-07
BICGSTAB_SOLVER_TIME: 0.443805 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 84 resid = 1.82938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309015(s) Flops=554158080 => 1793.30479102956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258186.507635317 Mflops = 258.186507635317 Gflops = 0.258186507635317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 106 resid = 1.040279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386663(s) Flops=698517504 => 1806.52791707508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260098.258283334 Mflops = 260.098258283334 Gflops = 0.260098258283334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001313358 Relative Rsd = 5.75935884103466e-07
BICGSTAB_SOLVER_TIME: 0.796718 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150113999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 57 resid = 1.41759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252493(s) Flops=376989696 => 1493.06989104648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214975.440373461 Mflops = 214.975440373461 Gflops = 0.214975440373461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067286 s
InvBiCGStab: k = 80 resid = 1.040035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360485(s) Flops=527910912 => 1464.44626544794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210845.371908124 Mflops = 210.845371908124 Gflops = 0.210845371908124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00104489 Relative Rsd = 4.58207008803217e-07
BICGSTAB_SOLVER_TIME: 0.726201 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 62 resid = 2.167632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239295(s) Flops=409798656 => 1712.52494201718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246540.616062149 Mflops = 246.540616062149 Gflops = 0.246540616062149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063986 s
InvBiCGStab: k = 77 resid = 1.096484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317814(s) Flops=508225536 => 1599.12884894939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230219.154337447 Mflops = 230.219154337447 Gflops = 0.230219154337447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001100934 Relative Rsd = 4.82783291849326e-07
BICGSTAB_SOLVER_TIME: 0.667712 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045066 s
InvBiCGStab: k = 53 resid = 1.797964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202998(s) Flops=350742528 => 1727.81272721899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248737.845044713 Mflops = 248.737845044713 Gflops = 0.248737845044713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060154 s
InvBiCGStab: k = 80 resid = 1.101121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319459(s) Flops=527910912 => 1652.51538382077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237913.750414981 Mflops = 237.913750414981 Gflops = 0.237913750414981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001113882 Relative Rsd = 4.884613979996e-07
BICGSTAB_SOLVER_TIME: 0.631902 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10952
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.856992(s) Flops=1360723968 => 1587.7907471715 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228668.743119499 Mflops = 228.668743119499 Gflops = 0.228668743119499 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151042000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047875 s
InvBiCGStab: k = 25 resid = 2.188322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109179(s) Flops=167012352 => 1529.71131811063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220235.567679185 Mflops = 220.235567679185 Gflops = 0.220235567679185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061546 s
InvBiCGStab: k = 57 resid = 1.141044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232916(s) Flops=376989696 => 1618.56504490889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232999.77773967 Mflops = 232.99977773967 Gflops = 0.23299977773967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007933819 Relative Rsd = 3.47915061430201e-07
BICGSTAB_SOLVER_TIME: 0.455287 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041267 s
InvBiCGStab: k = 60 resid = 1.578405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224158(s) Flops=396675072 => 1769.62264117274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254761.431070747 Mflops = 254.761431070747 Gflops = 0.254761431070747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056627 s
InvBiCGStab: k = 76 resid = 8.183803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280438(s) Flops=501663744 => 1788.8579436453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257537.561023002 Mflops = 257.537561023002 Gflops = 0.257537561023002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001040356 Relative Rsd = 4.56218637875394e-07
BICGSTAB_SOLVER_TIME: 0.606269 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 49 resid = 2.228848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180247(s) Flops=324495360 => 1800.28161356361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.041024151 Mflops = 259.168041024151 Gflops = 0.259168041024151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 76 resid = 8.589844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277543(s) Flops=501663744 => 1807.51719193062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.438146657 Mflops = 260.217438146657 Gflops = 0.260217438146657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001041489 Relative Rsd = 4.56715258389037e-07
BICGSTAB_SOLVER_TIME: 0.558927 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041225 s
InvBiCGStab: k = 67 resid = 1.641042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246013(s) Flops=442607616 => 1799.12287562039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.952456663 Mflops = 259.018952456663 Gflops = 0.259018952456663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 87 resid = 6.204439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341625(s) Flops=573843456 => 1679.74666959385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241835.884851926 Mflops = 241.835884851926 Gflops = 0.241835884851926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001108685 Relative Rsd = 4.86182344793336e-07
BICGSTAB_SOLVER_TIME: 0.689308 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045685 s
InvBiCGStab: k = 53 resid = 2.215139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224237(s) Flops=350742528 => 1564.15992008455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225176.671469939 Mflops = 225.176671469939 Gflops = 0.225176671469939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062253 s
InvBiCGStab: k = 77 resid = 7.134183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319383(s) Flops=508225536 => 1591.27297320145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229085.990911443 Mflops = 229.085990911443 Gflops = 0.229085990911443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001046002 Relative Rsd = 4.58694593355622e-07
BICGSTAB_SOLVER_TIME: 0.655962 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107197
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86034(s) Flops=1354678272 => 1574.5847827603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226719.867610894 Mflops = 226.719867610894 Gflops = 0.226719867610894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041536 s
InvBiCGStab: k = 27 resid = 2.246553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099802(s) Flops=180135936 => 1804.93312759263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259760.116528899 Mflops = 259.760116528899 Gflops = 0.259760116528899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 44 resid = 1.105326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179817(s) Flops=291686400 => 1622.12916465073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233500.5807974 Mflops = 233.5005807974 Gflops = 0.2335005807974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007462655 Relative Rsd = 3.27253519251474e-07
BICGSTAB_SOLVER_TIME: 0.382133 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047353 s
InvBiCGStab: k = 60 resid = 1.831098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258544(s) Flops=396675072 => 1534.26523918559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220883.569248776 Mflops = 220.883569248776 Gflops = 0.220883569248776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060355 s
InvBiCGStab: k = 79 resid = 9.680323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298243(s) Flops=521349120 => 1748.06825306881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251675.71551518 Mflops = 251.67571551518 Gflops = 0.25167571551518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00110112 Relative Rsd = 4.82865074956116e-07
BICGSTAB_SOLVER_TIME: 0.668497 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041717 s
InvBiCGStab: k = 51 resid = 1.773005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190241(s) Flops=337618944 => 1774.69075541024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255476.162930261 Mflops = 255.476162930261 Gflops = 0.255476162930261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 74 resid = 1.12773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288189(s) Flops=488540160 => 1695.20752006496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244061.669627968 Mflops = 244.061669627968 Gflops = 0.244061669627968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001024171 Relative Rsd = 4.49121120051466e-07
BICGSTAB_SOLVER_TIME: 0.580676 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103808
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042414 s
InvBiCGStab: k = 54 resid = 1.848585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197897(s) Flops=357304320 => 1805.50650085651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259932.80871884 Mflops = 259.93280871884 Gflops = 0.25993280871884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 71 resid = 1.006015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261836(s) Flops=468854784 => 1790.64293680013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257781.602257233 Mflops = 257.781602257233 Gflops = 0.257781602257233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00107763 Relative Rsd = 4.72563874943287e-07
BICGSTAB_SOLVER_TIME: 0.562109 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041702 s
InvBiCGStab: k = 53 resid = 2.014848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197799(s) Flops=350742528 => 1773.22700316988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255292.864953916 Mflops = 255.292864953916 Gflops = 0.255292864953916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056213 s
InvBiCGStab: k = 76 resid = 7.864141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289981(s) Flops=501663744 => 1729.98832337291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249066.58151097 Mflops = 249.06658151097 Gflops = 0.24906658151097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001050924 Relative Rsd = 4.60852809724325e-07
BICGSTAB_SOLVER_TIME: 0.58944 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106504
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924033(s) Flops=1354678272 => 1466.04966705735 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211091.40749667 Mflops = 211.09140749667 Gflops = 0.21109140749667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149853000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021374
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.908008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789978(s) Flops=1407191040 => 1781.30408694926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256449.057603377 Mflops = 256.449057603377 Gflops = 0.256449057603377 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.092274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917686(s) Flops=1466247168 => 1597.76564968846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230065.23971726 Mflops = 230.06523971726 Gflops = 0.23006523971726 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.00205206 Relative Rsd = 9.03270790110854e-07
BICGSTAB_SOLVER_TIME: 1.710994 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0.117898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311703999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.10255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.675744(s) Flops=1210337280 => 1791.11805654212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257828.328550666 Mflops = 257.828328550666 Gflops = 0.257828328550666 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.144331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727669(s) Flops=1308764160 => 1798.57072377688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258978.237888398 Mflops = 258.978237888398 Gflops = 0.258978237888398 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001988807 Relative Rsd = 8.74193536850817e-07
BICGSTAB_SOLVER_TIME: 1.406789 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275219999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874829(s) Flops=1354678272 => 1548.50636181471 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222963.64747555 Mflops = 222.96364747555 Gflops = 0.22296364747555 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149872000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 33 resid = 1.611567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121383(s) Flops=219506688 => 1808.38081115148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260303.33646895 Mflops = 260.30333646895 Gflops = 0.26030333646895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 50 resid = 1.035813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183575(s) Flops=331057152 => 1803.38908892823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.057466447 Mflops = 259.592057466447 Gflops = 0.259592057466447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000764661 Relative Rsd = 3.3532033535794e-07
BICGSTAB_SOLVER_TIME: 0.405875 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 79 resid = 5.924126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289207(s) Flops=521349120 => 1802.6849972511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259540.597000824 Mflops = 259.540597000824 Gflops = 0.259540597000824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056733 s
InvBiCGStab: k = 92 resid = 1.145532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336036(s) Flops=606652416 => 1805.31971574474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.452892671 Mflops = 259.919452892671 Gflops = 0.259919452892671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001254606 Relative Rsd = 5.50171857135646e-07
BICGSTAB_SOLVER_TIME: 0.726612 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 52 resid = 2.13659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206589(s) Flops=344180736 => 1666.01675791063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239821.840031019 Mflops = 239.821840031019 Gflops = 0.239821840031019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063409 s
InvBiCGStab: k = 73 resid = 1.127118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303855(s) Flops=481978368 => 1586.2117391519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228382.917654555 Mflops = 228.382917654555 Gflops = 0.228382917654555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001023164 Relative Rsd = 4.4867958316593e-07
BICGSTAB_SOLVER_TIME: 0.618882 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04747 s
InvBiCGStab: k = 63 resid = 2.138711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242221(s) Flops=416360448 => 1718.92795422362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247453.879495704 Mflops = 247.453879495704 Gflops = 0.247453879495704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058904 s
InvBiCGStab: k = 81 resid = 1.100832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300719(s) Flops=534472704 => 1777.31604587672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255882.432987298 Mflops = 255.882432987298 Gflops = 0.255882432987298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127512 Relative Rsd = 4.94438354528869e-07
BICGSTAB_SOLVER_TIME: 0.653148 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04058 s
InvBiCGStab: k = 60 resid = 2.214199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219922(s) Flops=396675072 => 1803.70800556561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259663.323813698 Mflops = 259.663323813698 Gflops = 0.259663323813698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 80 resid = 9.352661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292636(s) Flops=527910912 => 1803.98485490507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.921894026 Mflops = 259.715921894026 Gflops = 0.259715921894026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001116253 Relative Rsd = 4.89500788795011e-07
BICGSTAB_SOLVER_TIME: 0.613352 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114256
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850858(s) Flops=1360723968 => 1599.23743797437 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230271.367505837 Mflops = 230.271367505837 Gflops = 0.230271367505837 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150749000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04167 s
InvBiCGStab: k = 30 resid = 2.257284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112446(s) Flops=199821312 => 1777.04242036177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255766.322993816 Mflops = 255.766322993816 Gflops = 0.255766322993816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 55 resid = 1.102394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201676(s) Flops=363866112 => 1804.21126956108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.945813979 Mflops = 259.71494581398 Gflops = 0.25971494581398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007381859 Relative Rsd = 3.23710426959269e-07
BICGSTAB_SOLVER_TIME: 0.415758 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0754350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 72 resid = 1.759452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26575(s) Flops=475416576 => 1788.9617158984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257555.608265579 Mflops = 257.555608265579 Gflops = 0.257555608265579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055936 s
InvBiCGStab: k = 100 resid = 1.072186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364896(s) Flops=659146752 => 1806.39621152328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260075.41948368 Mflops = 260.07541948368 Gflops = 0.26007541948368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001298701 Relative Rsd = 5.69508558929938e-07
BICGSTAB_SOLVER_TIME: 0.731426 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 49 resid = 2.21047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182572(s) Flops=324495360 => 1777.35556383235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255836.479214498 Mflops = 255.836479214498 Gflops = 0.255836479214498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057122 s
InvBiCGStab: k = 76 resid = 9.838122e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27794(s) Flops=501663744 => 1804.93539612866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.068727851 Mflops = 259.855068727851 Gflops = 0.259855068727851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001031099 Relative Rsd = 4.52159091900391e-07
BICGSTAB_SOLVER_TIME: 0.562408 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044886 s
InvBiCGStab: k = 62 resid = 1.752388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259226(s) Flops=409798656 => 1580.8547599392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227603.843250537 Mflops = 227.603843250537 Gflops = 0.227603843250537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064873 s
InvBiCGStab: k = 81 resid = 1.044044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324592(s) Flops=534472704 => 1646.59851136196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237071.116228245 Mflops = 237.071116228245 Gflops = 0.237071116228245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001117939 Relative Rsd = 4.90240155046972e-07
BICGSTAB_SOLVER_TIME: 0.697368 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 60 resid = 2.089494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224107(s) Flops=396675072 => 1770.02535396039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254815.003401105 Mflops = 254.815003401105 Gflops = 0.254815003401105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056617 s
InvBiCGStab: k = 86 resid = 1.133081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318038(s) Flops=567281664 => 1783.69145825342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256803.845680531 Mflops = 256.803845680531 Gflops = 0.256803845680531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001093746 Relative Rsd = 4.79631323947054e-07
BICGSTAB_SOLVER_TIME: 0.643795 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118794
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859215(s) Flops=1367064576 => 1591.06227894066 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229260.244301475 Mflops = 229.260244301475 Gflops = 0.229260244301475 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151647000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 30 resid = 1.967297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11405(s) Flops=199821312 => 1752.0500832968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252163.351757736 Mflops = 252.163351757736 Gflops = 0.252163351757736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056835 s
InvBiCGStab: k = 49 resid = 1.121617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182006(s) Flops=324495360 => 1782.88276210674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256646.037227632 Mflops = 256.646037227632 Gflops = 0.256646037227632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000738929 Relative Rsd = 3.24036283120718e-07
BICGSTAB_SOLVER_TIME: 0.398233 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04144 s
InvBiCGStab: k = 52 resid = 2.0802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190755(s) Flops=344180736 => 1804.30780844539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259755.7562389 Mflops = 259.7557562389 Gflops = 0.2597557562389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057066 s
InvBiCGStab: k = 73 resid = 1.120828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267021(s) Flops=481978368 => 1805.02045906502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.750274804 Mflops = 259.866750274804 Gflops = 0.259866750274804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00105737 Relative Rsd = 4.63679534072689e-07
BICGSTAB_SOLVER_TIME: 0.560118 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 61 resid = 2.023029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223739(s) Flops=403236864 => 1802.26453144065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259466.40128125 Mflops = 259.46640128125 Gflops = 0.25946640128125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05612 s
InvBiCGStab: k = 68 resid = 1.012335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249189(s) Flops=449169408 => 1802.52502317518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259487.875783158 Mflops = 259.487875783158 Gflops = 0.259487875783158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001034396 Relative Rsd = 4.536051520021e-07
BICGSTAB_SOLVER_TIME: 0.573856 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 55 resid = 2.105184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20121(s) Flops=363866112 => 1808.38980169972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260332.568094769 Mflops = 260.332568094769 Gflops = 0.260332568094769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 83 resid = 9.270933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325644(s) Flops=547596288 => 1681.57954084829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242092.471447719 Mflops = 242.092471447719 Gflops = 0.242092471447719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001168105 Relative Rsd = 5.12239402368507e-07
BICGSTAB_SOLVER_TIME: 0.628461 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047239 s
InvBiCGStab: k = 49 resid = 2.179289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214054(s) Flops=324495360 => 1515.95092827044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218245.416779099 Mflops = 218.245416779099 Gflops = 0.218245416779099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061419 s
InvBiCGStab: k = 71 resid = 9.908003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271289(s) Flops=468854784 => 1728.24841405291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248816.608123179 Mflops = 248.816608123179 Gflops = 0.248816608123179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001040934 Relative Rsd = 4.56471951093805e-07
BICGSTAB_SOLVER_TIME: 0.597867 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997640000000003
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.858778(s) Flops=1367212032 => 1592.0436154629 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229254.178126927 Mflops = 229.254178126927 Gflops = 0.229254178126927 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151666000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.373845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046843 s
InvBiCGStab: k = 30 resid = 2.13343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12756(s) Flops=199821312 => 1566.48880526811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225468.802283998 Mflops = 225.468802283998 Gflops = 0.225468802283998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061023 s
InvBiCGStab: k = 46 resid = 1.070466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195507(s) Flops=304809984 => 1559.07452930074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224422.91972744 Mflops = 224.42291972744 Gflops = 0.22442291972744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007310862 Relative Rsd = 3.20597053332111e-07
BICGSTAB_SOLVER_TIME: 0.435534 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041601 s
InvBiCGStab: k = 61 resid = 2.057735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232649(s) Flops=403236864 => 1733.24133780932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249521.611913379 Mflops = 249.521611913379 Gflops = 0.249521611913379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056755 s
InvBiCGStab: k = 79 resid = 9.659108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293582(s) Flops=521349120 => 1775.82113344824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255663.029657873 Mflops = 255.663029657873 Gflops = 0.255663029657873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001088277 Relative Rsd = 4.77232863320826e-07
BICGSTAB_SOLVER_TIME: 0.628509 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040736 s
InvBiCGStab: k = 67 resid = 1.242012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245466(s) Flops=442607616 => 1803.1320671702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.759408881 Mflops = 259.612759408881 Gflops = 0.259612759408881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 71 resid = 1.040458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259763(s) Flops=468854784 => 1804.93289652491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.747926541 Mflops = 259.852747926541 Gflops = 0.259852747926541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001056981 Relative Rsd = 4.6350897392301e-07
BICGSTAB_SOLVER_TIME: 0.605937 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04045 s
InvBiCGStab: k = 63 resid = 1.513877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230993(s) Flops=416360448 => 1802.48080244856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259492.571299097 Mflops = 259.492571299097 Gflops = 0.259492571299097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 76 resid = 7.041597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278473(s) Flops=501663744 => 1801.48073242289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.893077058 Mflops = 259.348893077058 Gflops = 0.259348893077058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001091516 Relative Rsd = 4.78653398108306e-07
BICGSTAB_SOLVER_TIME: 0.609804 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0411 s
InvBiCGStab: k = 59 resid = 2.138295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216365(s) Flops=390113280 => 1803.0332077739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.711118241 Mflops = 259.580711118241 Gflops = 0.259580711118241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06099 s
InvBiCGStab: k = 80 resid = 6.110005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337774(s) Flops=527910912 => 1562.91162730109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225016.472705604 Mflops = 225.016472705604 Gflops = 0.225016472705604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001063434 Relative Rsd = 4.66338557106568e-07
BICGSTAB_SOLVER_TIME: 0.660478 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113318
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886333(s) Flops=1373257728 => 1549.36996365926 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223090.981149677 Mflops = 223.090981149677 Gflops = 0.223090981149677 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152051000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.608549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866128(s) Flops=1433438208 => 1654.99580662443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238278.42512727 Mflops = 238.27842512727 Gflops = 0.23827842512727 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 9.587092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820776(s) Flops=1380943872 => 1682.48568671599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242264.574471477 Mflops = 242.264574471477 Gflops = 0.242264574471477 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002093912 Relative Rsd = 9.21691310523663e-07
BICGSTAB_SOLVER_TIME: 1.690422 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.116452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305661999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.466548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.633859(s) Flops=1144719360 => 1805.95268032796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260068.234890922 Mflops = 260.068234890922 Gflops = 0.260068234890922 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 5.401458e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798876(s) Flops=1433438208 => 1794.31877788293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258370.016207346 Mflops = 258.370016207346 Gflops = 0.258370016207346 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.002015343 Relative Rsd = 8.8585493269605e-07
BICGSTAB_SOLVER_TIME: 1.436324 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279783999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937955(s) Flops=1373257728 => 1464.09766779856 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210823.007225371 Mflops = 210.823007225371 Gflops = 0.210823007225371 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151904000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 35 resid = 2.180531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128806(s) Flops=232630272 => 1806.05151933916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259939.614240909 Mflops = 259.939614240909 Gflops = 0.259939614240909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 49 resid = 1.056249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179541(s) Flops=324495360 => 1807.36076996341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260165.832744444 Mflops = 260.165832744444 Gflops = 0.260165832744444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007110597 Relative Rsd = 3.11814992395629e-07
BICGSTAB_SOLVER_TIME: 0.40948 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0744130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 80 resid = 1.48402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295807(s) Flops=527910912 => 1784.64644852894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256945.711654731 Mflops = 256.945711654731 Gflops = 0.256945711654731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 98 resid = 1.048356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382672(s) Flops=646023168 => 1688.19032487352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243060.851414711 Mflops = 243.060851414711 Gflops = 0.243060851414711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001276881 Relative Rsd = 5.59939986486114e-07
BICGSTAB_SOLVER_TIME: 0.780301 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045271 s
InvBiCGStab: k = 54 resid = 2.252992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221431(s) Flops=357304320 => 1613.61471519345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232297.8078242 Mflops = 232.2978078242 Gflops = 0.2322978078242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065575 s
InvBiCGStab: k = 67 resid = 1.07449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255847(s) Flops=442607616 => 1729.96992733939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249051.328149513 Mflops = 249.051328149513 Gflops = 0.249051328149513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001043593 Relative Rsd = 4.57638049549049e-07
BICGSTAB_SOLVER_TIME: 0.591886 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 65 resid = 2.177006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241875(s) Flops=429484032 => 1775.64457674419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255628.079231774 Mflops = 255.628079231774 Gflops = 0.255628079231774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056157 s
InvBiCGStab: k = 75 resid = 8.537327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274561(s) Flops=495101952 => 1803.24937627704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.923358758 Mflops = 259.606923358758 Gflops = 0.259606923358758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00110058 Relative Rsd = 4.82628046888184e-07
BICGSTAB_SOLVER_TIME: 0.617496 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040516 s
InvBiCGStab: k = 65 resid = 1.822358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237762(s) Flops=429484032 => 1806.36111741994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.005248348 Mflops = 260.063005248348 Gflops = 0.260063005248348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056074 s
InvBiCGStab: k = 83 resid = 6.836597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303334(s) Flops=547596288 => 1805.25852031094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.757723942 Mflops = 259.905757723942 Gflops = 0.259905757723942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.0010966 Relative Rsd = 4.80882728002452e-07
BICGSTAB_SOLVER_TIME: 0.64154 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120135
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.894717(s) Flops=1373331456 => 1534.93390200477 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221012.713746102 Mflops = 221.012713746102 Gflops = 0.221012713746102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152348000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041529 s
InvBiCGStab: k = 32 resid = 1.839992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117586(s) Flops=212944896 => 1810.9715102138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260662.024273816 Mflops = 260.662024273816 Gflops = 0.260662024273816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 56 resid = 7.685567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204997(s) Flops=370427904 => 1806.99182914872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260129.973241332 Mflops = 260.129973241332 Gflops = 0.260129973241332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007613676 Relative Rsd = 3.33876113078855e-07
BICGSTAB_SOLVER_TIME: 0.424227 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 83 resid = 1.638087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30367(s) Flops=547596288 => 1803.26106628906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.637196837 Mflops = 259.624637196837 Gflops = 0.259624637196837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 103 resid = 1.128781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415749(s) Flops=678832128 => 1632.79317087955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235088.693645222 Mflops = 235.088693645222 Gflops = 0.235088693645222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001320744 Relative Rsd = 5.79174638074117e-07
BICGSTAB_SOLVER_TIME: 0.821349 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147009
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046544 s
InvBiCGStab: k = 56 resid = 1.811101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234251(s) Flops=370427904 => 1581.32901887292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227670.080070592 Mflops = 227.670080070592 Gflops = 0.227670080070592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058026 s
InvBiCGStab: k = 73 resid = 8.933227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302245(s) Flops=481978368 => 1594.66117884498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229600.518518347 Mflops = 229.600518518347 Gflops = 0.229600518518347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001036076 Relative Rsd = 4.54341455216354e-07
BICGSTAB_SOLVER_TIME: 0.645748 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043113 s
InvBiCGStab: k = 70 resid = 1.642044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26309(s) Flops=462292992 => 1757.1667186134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252990.258076859 Mflops = 252.990258076859 Gflops = 0.252990258076859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05737 s
InvBiCGStab: k = 81 resid = 1.067375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300623(s) Flops=534472704 => 1777.88360837328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255957.638818808 Mflops = 255.957638818808 Gflops = 0.255957638818808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001118802 Relative Rsd = 4.90618593355734e-07
BICGSTAB_SOLVER_TIME: 0.667997 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040955 s
InvBiCGStab: k = 64 resid = 1.33228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233881(s) Flops=422922240 => 1808.27959517874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260343.724195645 Mflops = 260.343724195645 Gflops = 0.260343724195645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05593 s
InvBiCGStab: k = 77 resid = 1.059105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281266(s) Flops=508225536 => 1806.92133425298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260126.307394512 Mflops = 260.126307394512 Gflops = 0.260126307394512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001079326 Relative Rsd = 4.73307937853067e-07
BICGSTAB_SOLVER_TIME: 0.61581 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115119
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.860523(s) Flops=1379450880 => 1603.03778051255 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230820.008707418 Mflops = 230.820008707418 Gflops = 0.230820008707418 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153171000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041112 s
InvBiCGStab: k = 27 resid = 2.123153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100143(s) Flops=180135936 => 1798.78709445493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258900.690863477 Mflops = 258.900690863477 Gflops = 0.258900690863477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055611 s
InvBiCGStab: k = 48 resid = 8.347351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176537(s) Flops=317933568 => 1800.94579606541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259255.464849974 Mflops = 259.255464849974 Gflops = 0.259255464849974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007122053 Relative Rsd = 3.12317381630288e-07
BICGSTAB_SOLVER_TIME: 0.377284 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 55 resid = 2.226717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201655(s) Flops=363866112 => 1804.39915697602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259781.278121194 Mflops = 259.781278121194 Gflops = 0.259781278121194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 79 resid = 9.175574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288904(s) Flops=521349120 => 1804.57563758203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.171518393 Mflops = 259.800171518393 Gflops = 0.259800171518393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001075005 Relative Rsd = 4.71412836423438e-07
BICGSTAB_SOLVER_TIME: 0.591906 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041757 s
InvBiCGStab: k = 53 resid = 1.954101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195882(s) Flops=350742528 => 1790.5806965418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257744.075877187 Mflops = 257.744075877187 Gflops = 0.257744075877187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 78 resid = 4.838018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29677(s) Flops=514787328 => 1734.63398591502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249734.378431988 Mflops = 249.734378431988 Gflops = 0.249734378431988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001044243 Relative Rsd = 4.57923065207732e-07
BICGSTAB_SOLVER_TIME: 0.595608 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107835
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043575 s
InvBiCGStab: k = 61 resid = 2.18689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250462(s) Flops=403236864 => 1609.97222732391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231771.224996851 Mflops = 231.771224996851 Gflops = 0.231771224996851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066313 s
InvBiCGStab: k = 74 resid = 1.130773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29175(s) Flops=488540160 => 1674.51640102828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241083.966664029 Mflops = 241.083966664029 Gflops = 0.241083966664029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001109809 Relative Rsd = 4.86675289661729e-07
BICGSTAB_SOLVER_TIME: 0.655931 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041769 s
InvBiCGStab: k = 68 resid = 1.569514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251623(s) Flops=449169408 => 1785.08883528135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257003.397177494 Mflops = 257.003397177494 Gflops = 0.257003397177494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 76 resid = 1.044169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277192(s) Flops=501663744 => 1809.80599728708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260550.026264587 Mflops = 260.550026264587 Gflops = 0.260550026264587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00105704 Relative Rsd = 4.63535009743524e-07
BICGSTAB_SOLVER_TIME: 0.631202 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117474
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857011(s) Flops=1373331456 => 1602.46654477014 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230737.30093674 Mflops = 230.73730093674 Gflops = 0.23073730093674 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152195000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 25 resid = 2.268555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097202(s) Flops=167012352 => 1718.19872019094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247273.758596469 Mflops = 247.273758596469 Gflops = 0.247273758596469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057413 s
InvBiCGStab: k = 56 resid = 1.117679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208602(s) Flops=370427904 => 1775.76391405643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255623.093382343 Mflops = 255.623093382343 Gflops = 0.255623093382343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007559813 Relative Rsd = 3.31514077076032e-07
BICGSTAB_SOLVER_TIME: 0.408042 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0416 s
InvBiCGStab: k = 59 resid = 2.113303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216793(s) Flops=390113280 => 1799.47359923983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259069.875280466 Mflops = 259.069875280466 Gflops = 0.259069875280466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055851 s
InvBiCGStab: k = 81 resid = 1.049776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29595(s) Flops=534472704 => 1805.95608717689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.396771008 Mflops = 260.004396771008 Gflops = 0.260004396771008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001073464 Relative Rsd = 4.7073692610265e-07
BICGSTAB_SOLVER_TIME: 0.614005 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 58 resid = 1.541476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212401(s) Flops=383551488 => 1805.78946426806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.703060652 Mflops = 259.968703060652 Gflops = 0.259968703060652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056154 s
InvBiCGStab: k = 67 resid = 1.051941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244861(s) Flops=442607616 => 1807.58722703901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.272814926 Mflops = 260.222272814926 Gflops = 0.260222272814926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001053848 Relative Rsd = 4.62135201511197e-07
BICGSTAB_SOLVER_TIME: 0.558546 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041309 s
InvBiCGStab: k = 68 resid = 1.584369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248656(s) Flops=449169408 => 1806.38877807091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260061.328439406 Mflops = 260.061328439406 Gflops = 0.260061328439406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056042 s
InvBiCGStab: k = 82 resid = 9.178348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343154(s) Flops=541034496 => 1576.65216200307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226994.055339894 Mflops = 226.994055339894 Gflops = 0.226994055339894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001144187 Relative Rsd = 5.01750489194836e-07
BICGSTAB_SOLVER_TIME: 0.693437 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042983 s
InvBiCGStab: k = 56 resid = 1.211472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234088(s) Flops=370427904 => 1582.43012884044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227816.121778665 Mflops = 227.816121778665 Gflops = 0.227816121778665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 74 resid = 8.856883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276039(s) Flops=488540160 => 1769.82295979916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254795.675219262 Mflops = 254.795675219262 Gflops = 0.254795675219262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001037005 Relative Rsd = 4.54748941332709e-07
BICGSTAB_SOLVER_TIME: 0.612931 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107149
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859819(s) Flops=1373110272 => 1596.97595889367 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229947.229167974 Mflops = 229.947229167974 Gflops = 0.229947229167974 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152352000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 2.204102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916223(s) Flops=1564674048 => 1707.74369121928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245909.503558022 Mflops = 245.909503558022 Gflops = 0.245909503558022 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.041524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814597(s) Flops=1466247168 => 1799.96632445246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259181.049572614 Mflops = 259.181049572614 Gflops = 0.259181049572614 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002105248 Relative Rsd = 9.26672574688459e-07
BICGSTAB_SOLVER_TIME: 1.734197 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328707999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.262967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.670594(s) Flops=1210337280 => 1804.87341073735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259823.605754785 Mflops = 259.823605754785 Gflops = 0.259823605754785 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 9.295329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723476(s) Flops=1243146240 => 1718.29644659947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247417.432376095 Mflops = 247.417432376095 Gflops = 0.247417432376095 Tflops
BICGSTAB_SOLVER: 373 iterations. Rsd = 0.001857283 Relative Rsd = 8.16383636459215e-07
BICGSTAB_SOLVER_TIME: 1.3979 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.117912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266753999999997
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880374(s) Flops=1373110272 => 1559.68971368986 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224574.7722578 Mflops = 224.5747722578 Gflops = 0.2245747722578 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151914000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04069 s
InvBiCGStab: k = 26 resid = 2.095531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097322(s) Flops=173574144 => 1783.50366823534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256735.131225922 Mflops = 256.735131225922 Gflops = 0.256735131225922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 51 resid = 1.074631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187856(s) Flops=337618944 => 1797.22204241547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.783504571 Mflops = 258.727783504571 Gflops = 0.258727783504571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007165762 Relative Rsd = 3.14234103001069e-07
BICGSTAB_SOLVER_TIME: 0.386396 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046456 s
InvBiCGStab: k = 76 resid = 1.152157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315234(s) Flops=501663744 => 1591.40113058871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229130.881551223 Mflops = 229.130881551223 Gflops = 0.229130881551223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066771 s
InvBiCGStab: k = 94 resid = 1.141363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386477(s) Flops=619776000 => 1603.65558623152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230886.955099537 Mflops = 230.886955099537 Gflops = 0.230886955099537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001260392 Relative Rsd = 5.52709226521909e-07
BICGSTAB_SOLVER_TIME: 0.818969 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 53 resid = 2.243975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197022(s) Flops=350742528 => 1780.22011755032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256287.794964899 Mflops = 256.287794964899 Gflops = 0.256287794964899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 73 resid = 8.319074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269295(s) Flops=481978368 => 1789.77837687295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257664.770714765 Mflops = 257.664770714765 Gflops = 0.257664770714765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001022351 Relative Rsd = 4.48322841374263e-07
BICGSTAB_SOLVER_TIME: 0.568328 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041916 s
InvBiCGStab: k = 67 resid = 2.072575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245785(s) Flops=442607616 => 1800.79181398377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.788381666 Mflops = 259.278788381666 Gflops = 0.259278788381666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 81 resid = 1.098714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296011(s) Flops=534472704 => 1805.58392762431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.139249984 Mflops = 259.945139249984 Gflops = 0.259945139249984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001138244 Relative Rsd = 4.99144609865182e-07
BICGSTAB_SOLVER_TIME: 0.643767 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 50 resid = 2.242854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183348(s) Flops=331057152 => 1805.62183388965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259930.636118241 Mflops = 259.930636118241 Gflops = 0.259930636118241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 75 resid = 9.68683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274577(s) Flops=495101952 => 1803.14429832069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.427841896 Mflops = 259.587427841896 Gflops = 0.259587427841896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001099814 Relative Rsd = 4.82292337955442e-07
BICGSTAB_SOLVER_TIME: 0.559128 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10371
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941588(s) Flops=1366769664 => 1451.55807423204 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209019.099778684 Mflops = 209.019099778684 Gflops = 0.209019099778684 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151313000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040937 s
InvBiCGStab: k = 28 resid = 2.227358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103429(s) Flops=186697728 => 1805.08105076913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.682576529 Mflops = 259.787682576529 Gflops = 0.259787682576529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 51 resid = 6.943271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187193(s) Flops=337618944 => 1803.5874418381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259627.990634681 Mflops = 259.627990634681 Gflops = 0.259627990634681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000720227 Relative Rsd = 3.15835076234835e-07
BICGSTAB_SOLVER_TIME: 0.391406 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041976 s
InvBiCGStab: k = 75 resid = 2.065189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274186(s) Flops=495101952 => 1805.71565287797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259969.832585185 Mflops = 259.969832585185 Gflops = 0.259969832585185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 97 resid = 1.08394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38638(s) Flops=639461376 => 1655.00640819918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238278.499516662 Mflops = 238.278499516662 Gflops = 0.238278499516662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00128134 Relative Rsd = 5.61895072404181e-07
BICGSTAB_SOLVER_TIME: 0.762956 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045906 s
InvBiCGStab: k = 54 resid = 1.738121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225451(s) Flops=357304320 => 1584.84247131306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228170.522222254 Mflops = 228.170522222254 Gflops = 0.228170522222254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059044 s
InvBiCGStab: k = 63 resid = 1.150221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234836(s) Flops=416360448 => 1772.98390366043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255245.184925039 Mflops = 255.245184925039 Gflops = 0.255245184925039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001003695 Relative Rsd = 4.40141927113193e-07
BICGSTAB_SOLVER_TIME: 0.56909 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977940000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041728 s
InvBiCGStab: k = 70 resid = 2.093376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26029(s) Flops=462292992 => 1776.06896922663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255704.641941296 Mflops = 255.704641941296 Gflops = 0.255704641941296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056088 s
InvBiCGStab: k = 103 resid = 1.084086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376616(s) Flops=678832128 => 1802.45164305287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.865265067 Mflops = 259.510865265067 Gflops = 0.259510865265067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001150154 Relative Rsd = 5.04367446510866e-07
BICGSTAB_SOLVER_TIME: 0.738549 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 54 resid = 2.045204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198227(s) Flops=357304320 => 1802.50076932002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.015877809 Mflops = 259.473015877809 Gflops = 0.259473015877809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05636 s
InvBiCGStab: k = 80 resid = 1.051346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292393(s) Flops=527910912 => 1805.48409845653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.124569173 Mflops = 259.928124569173 Gflops = 0.259928124569173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001068835 Relative Rsd = 4.68706999963262e-07
BICGSTAB_SOLVER_TIME: 0.591751 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109981
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.88137(s) Flops=1347895296 => 1529.31832941897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220205.68193161 Mflops = 220.20568193161 Gflops = 0.22020568193161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 25 resid = 2.12402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092301(s) Flops=167012352 => 1809.43166379563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260399.233433815 Mflops = 260.399233433815 Gflops = 0.260399233433815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 51 resid = 8.512515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186663(s) Flops=337618944 => 1808.70844248726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260368.232312636 Mflops = 260.368232312636 Gflops = 0.260368232312636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007473222 Relative Rsd = 3.2771690580599e-07
BICGSTAB_SOLVER_TIME: 0.379827 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 50 resid = 2.205472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184172(s) Flops=331057152 => 1797.54333992138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258776.211685387 Mflops = 258.776211685387 Gflops = 0.258776211685387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 79 resid = 7.22756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289985(s) Flops=521349120 => 1797.84857837474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.579523494 Mflops = 258.822579523494 Gflops = 0.258822579523494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001072119 Relative Rsd = 4.70147189242699e-07
BICGSTAB_SOLVER_TIME: 0.575682 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041095 s
InvBiCGStab: k = 52 resid = 2.263766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190833(s) Flops=344180736 => 1803.57032588703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259640.524424827 Mflops = 259.640524424827 Gflops = 0.259640524424827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058548 s
InvBiCGStab: k = 64 resid = 1.106266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272324(s) Flops=422922240 => 1553.01126599198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223573.78182016 Mflops = 223.57378182016 Gflops = 0.22357378182016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001007946 Relative Rsd = 4.42006142912604e-07
BICGSTAB_SOLVER_TIME: 0.567196 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970430000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04404 s
InvBiCGStab: k = 60 resid = 2.229655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252832(s) Flops=396675072 => 1568.92747753449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225492.777486336 Mflops = 225.492777486336 Gflops = 0.225492777486336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 74 resid = 1.030847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272821(s) Flops=488540160 => 1790.69851660979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257797.938733952 Mflops = 257.797938733952 Gflops = 0.257797938733952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001062706 Relative Rsd = 4.66019388577447e-07
BICGSTAB_SOLVER_TIME: 0.630023 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 59 resid = 2.051863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218673(s) Flops=390113280 => 1784.00296332881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256817.666933848 Mflops = 256.817666933848 Gflops = 0.256817666933848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 72 resid = 1.008535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263533(s) Flops=475416576 => 1804.01155073558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259712.168705936 Mflops = 259.712168705936 Gflops = 0.259712168705936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001047459 Relative Rsd = 4.59333185667007e-07
BICGSTAB_SOLVER_TIME: 0.583243 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107849
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.835478(s) Flops=1329315840 => 1591.08419371904 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229088.787710583 Mflops = 229.088787710583 Gflops = 0.229088787710583 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147555000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043835 s
InvBiCGStab: k = 29 resid = 2.087939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109229(s) Flops=193259520 => 1769.30595354714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254673.211653769 Mflops = 254.673211653769 Gflops = 0.254673211653769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056715 s
InvBiCGStab: k = 61 resid = 9.479618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226803(s) Flops=403236864 => 1777.91680004233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255955.449878613 Mflops = 255.955449878613 Gflops = 0.255955449878613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007335672 Relative Rsd = 3.21685044325814e-07
BICGSTAB_SOLVER_TIME: 0.440376 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041582 s
InvBiCGStab: k = 56 resid = 2.275966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205318(s) Flops=370427904 => 1804.16672673609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.849943964 Mflops = 259.726849943964 Gflops = 0.259726849943964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055884 s
InvBiCGStab: k = 81 resid = 1.012353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295966(s) Flops=534472704 => 1805.85845671462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260000.627937591 Mflops = 260.000627937591 Gflops = 0.260000627937591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001097552 Relative Rsd = 4.81300168991355e-07
BICGSTAB_SOLVER_TIME: 0.602646 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 56 resid = 2.130453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204897(s) Flops=370427904 => 1807.87373167982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260279.503716573 Mflops = 260.279503716573 Gflops = 0.260279503716573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056005 s
InvBiCGStab: k = 76 resid = 1.000043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27737(s) Flops=501663744 => 1808.64456862674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260391.098577636 Mflops = 260.391098577636 Gflops = 0.260391098577636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001022917 Relative Rsd = 4.48570947428571e-07
BICGSTAB_SOLVER_TIME: 0.583177 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 63 resid = 2.030466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23079(s) Flops=416360448 => 1804.06624203822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.021472678 Mflops = 259.741021472678 Gflops = 0.259741021472678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059428 s
InvBiCGStab: k = 73 resid = 1.111864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308543(s) Flops=481978368 => 1562.11085002739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224897.985944949 Mflops = 224.897985944949 Gflops = 0.224897985944949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001103211 Relative Rsd = 4.83781791091342e-07
BICGSTAB_SOLVER_TIME: 0.644182 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045131 s
InvBiCGStab: k = 49 resid = 2.215324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207005(s) Flops=324495360 => 1567.57257071085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225676.53097302 Mflops = 225.67653097302 Gflops = 0.22567653097302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056276 s
InvBiCGStab: k = 73 resid = 9.366132e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273022(s) Flops=481978368 => 1765.34626513614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254153.562837771 Mflops = 254.153562837771 Gflops = 0.254153562837771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00104505 Relative Rsd = 4.58276846062948e-07
BICGSTAB_SOLVER_TIME: 0.585329 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101436
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.825566(s) Flops=1316708352 => 1594.91591465734 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229697.938154501 Mflops = 229.697938154501 Gflops = 0.229697938154501 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145705000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.805418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843222(s) Flops=1446561792 => 1715.51713783559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246989.842280687 Mflops = 246.989842280687 Gflops = 0.246989842280687 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.14834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.896494(s) Flops=1617168384 => 1803.88087817654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.508541256 Mflops = 259.746508541256 Gflops = 0.259746508541256 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002183271 Relative Rsd = 9.60990865567592e-07
BICGSTAB_SOLVER_TIME: 1.743224 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.114821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332555999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.188301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.646182(s) Flops=1164404736 => 1801.97643388395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259456.020666775 Mflops = 259.456020666775 Gflops = 0.259456020666775 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.14721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821827(s) Flops=1394067456 => 1696.30281798967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244253.275854947 Mflops = 244.253275854947 Gflops = 0.244253275854947 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.001947223 Relative Rsd = 8.55925058389756e-07
BICGSTAB_SOLVER_TIME: 1.471672 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.119404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277759999999997
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895351(s) Flops=1316708352 => 1470.6057758354 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211748.154377768 Mflops = 211.748154377768 Gflops = 0.211748154377768 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145562000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 28 resid = 2.113596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103369(s) Flops=186697728 => 1806.12880070427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.063191717 Mflops = 259.951063191717 Gflops = 0.259951063191717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 49 resid = 1.078644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179472(s) Flops=324495360 => 1808.05562984755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260271.779943395 Mflops = 260.271779943395 Gflops = 0.260271779943395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007484661 Relative Rsd = 3.28218503755907e-07
BICGSTAB_SOLVER_TIME: 0.383821 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0694220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040574 s
InvBiCGStab: k = 87 resid = 2.200036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335898(s) Flops=573843456 => 1708.38604576389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245968.114379312 Mflops = 245.968114379312 Gflops = 0.245968114379312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06228 s
InvBiCGStab: k = 109 resid = 6.413674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446107(s) Flops=718202880 => 1609.93411894456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231801.285207484 Mflops = 231.801285207484 Gflops = 0.231801285207484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001327777 Relative Rsd = 5.82258759691168e-07
BICGSTAB_SOLVER_TIME: 0.88913 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154257999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040651 s
InvBiCGStab: k = 50 resid = 2.180611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192056(s) Flops=331057152 => 1723.75323863873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248148.837771584 Mflops = 248.148837771584 Gflops = 0.248148837771584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 76 resid = 1.006144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282864(s) Flops=501663744 => 1773.51569658917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255330.98490101 Mflops = 255.33098490101 Gflops = 0.25533098490101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001030074 Relative Rsd = 4.51709846369958e-07
BICGSTAB_SOLVER_TIME: 0.5754 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104542
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040739 s
InvBiCGStab: k = 69 resid = 1.574162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253841(s) Flops=455731200 => 1795.34117813907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258463.773721434 Mflops = 258.463773721434 Gflops = 0.258463773721434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 78 resid = 1.060262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285285(s) Flops=514787328 => 1804.46685945633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.813591745 Mflops = 259.786813591745 Gflops = 0.259786813591745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001136745 Relative Rsd = 4.9848707777064e-07
BICGSTAB_SOLVER_TIME: 0.639939 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 56 resid = 2.155769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205468(s) Flops=370427904 => 1802.84961161835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259564.962444844 Mflops = 259.564962444844 Gflops = 0.259564962444844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056978 s
InvBiCGStab: k = 87 resid = 8.76174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321273(s) Flops=573843456 => 1786.15525114155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257160.842196144 Mflops = 257.160842196144 Gflops = 0.257160842196144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001089347 Relative Rsd = 4.77702120697614e-07
BICGSTAB_SOLVER_TIME: 0.62886 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116486
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904604(s) Flops=1316634624 => 1455.48176218544 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209590.884820067 Mflops = 209.590884820067 Gflops = 0.209590884820067 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145828000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 30 resid = 1.888749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110641(s) Flops=199821312 => 1806.03313419076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259948.622488036 Mflops = 259.948622488036 Gflops = 0.259948622488036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 44 resid = 9.969433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161279(s) Flops=291686400 => 1808.5826425015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260324.201435174 Mflops = 260.324201435174 Gflops = 0.260324201435174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007656261 Relative Rsd = 3.3574354506786e-07
BICGSTAB_SOLVER_TIME: 0.373015 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 76 resid = 1.837127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278005(s) Flops=501663744 => 1804.51338644988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.196474428 Mflops = 259.801196474428 Gflops = 0.259801196474428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056298 s
InvBiCGStab: k = 111 resid = 8.289215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413437(s) Flops=731326464 => 1768.89456918466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254681.816897048 Mflops = 254.681816897048 Gflops = 0.254681816897048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001308536 Relative Rsd = 5.73821060768952e-07
BICGSTAB_SOLVER_TIME: 0.793002 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04154 s
InvBiCGStab: k = 56 resid = 1.862743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231948(s) Flops=370427904 => 1597.02995498991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229919.027080862 Mflops = 229.919027080862 Gflops = 0.229919027080862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061005 s
InvBiCGStab: k = 72 resid = 1.086461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286475(s) Flops=475416576 => 1659.53949210228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238932.315071702 Mflops = 238.932315071702 Gflops = 0.238932315071702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00102031 Relative Rsd = 4.47428128059903e-07
BICGSTAB_SOLVER_TIME: 0.624807 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 61 resid = 1.878764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227944(s) Flops=403236864 => 1769.01723230267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254674.719691046 Mflops = 254.674719691046 Gflops = 0.254674719691046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057012 s
InvBiCGStab: k = 84 resid = 1.125856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308278(s) Flops=554158080 => 1797.59204354511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258797.544671343 Mflops = 258.797544671343 Gflops = 0.258797544671343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001130367 Relative Rsd = 4.95690218039923e-07
BICGSTAB_SOLVER_TIME: 0.638442 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 56 resid = 2.247796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205381(s) Flops=370427904 => 1803.61330405442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259660.078099229 Mflops = 259.660078099229 Gflops = 0.259660078099229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 82 resid = 8.565534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29919(s) Flops=541034496 => 1808.33081319563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260342.998333318 Mflops = 260.342998333318 Gflops = 0.260342998333318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001082927 Relative Rsd = 4.74886678538139e-07
BICGSTAB_SOLVER_TIME: 0.605632 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112954
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.832913(s) Flops=1322754048 => 1588.10589821506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228662.259339176 Mflops = 228.662259339177 Gflops = 0.228662259339176 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146652000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040613 s
InvBiCGStab: k = 25 resid = 2.143498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092557(s) Flops=167012352 => 1804.42702334777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259707.893459537 Mflops = 259.707893459537 Gflops = 0.259707893459537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 48 resid = 1.085345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175517(s) Flops=317933568 => 1811.41181765869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260738.024648324 Mflops = 260.738024648324 Gflops = 0.260738024648324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007737594 Relative Rsd = 3.39310197225099e-07
BICGSTAB_SOLVER_TIME: 0.368488 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041554 s
InvBiCGStab: k = 57 resid = 1.396972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209042(s) Flops=376989696 => 1803.41604079563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.886724316 Mflops = 259.624886724316 Gflops = 0.259624886724316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0559 s
InvBiCGStab: k = 85 resid = 6.780155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310959(s) Flops=560719872 => 1803.19550808949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259609.968381291 Mflops = 259.609968381291 Gflops = 0.259609968381291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001084895 Relative Rsd = 4.75749689412227e-07
BICGSTAB_SOLVER_TIME: 0.621312 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041791 s
InvBiCGStab: k = 55 resid = 1.395259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201082(s) Flops=363866112 => 1809.54094349569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260484.278768632 Mflops = 260.484278768632 Gflops = 0.260484278768632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056346 s
InvBiCGStab: k = 68 resid = 7.723874e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266563(s) Flops=449169408 => 1685.04033943195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242584.280420062 Mflops = 242.584280420062 Gflops = 0.242584280420062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009954624 Relative Rsd = 4.36531728769879e-07
BICGSTAB_SOLVER_TIME: 0.569946 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047422 s
InvBiCGStab: k = 56 resid = 2.270937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246254(s) Flops=370427904 => 1504.25131774509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216573.688893396 Mflops = 216.573688893396 Gflops = 0.216573688893396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060592 s
InvBiCGStab: k = 81 resid = 1.039343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307934(s) Flops=534472704 => 1735.67291692376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249888.159500729 Mflops = 249.888159500729 Gflops = 0.249888159500729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001115089 Relative Rsd = 4.88990741966084e-07
BICGSTAB_SOLVER_TIME: 0.666028 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 57 resid = 2.262581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211413(s) Flops=376989696 => 1783.1907025585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256715.880004097 Mflops = 256.715880004097 Gflops = 0.256715880004097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 76 resid = 1.02705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277397(s) Flops=501663744 => 1808.46852705689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260360.454547604 Mflops = 260.360454547604 Gflops = 0.260360454547604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001029659 Relative Rsd = 4.51527493525105e-07
BICGSTAB_SOLVER_TIME: 0.590445 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109373
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831713(s) Flops=1329242112 => 1598.19807072873 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230112.611027421 Mflops = 230.112611027421 Gflops = 0.230112611027421 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147219000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04182 s
InvBiCGStab: k = 27 resid = 2.08627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10316(s) Flops=180135936 => 1746.18006979449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251294.654976472 Mflops = 251.294654976472 Gflops = 0.251294654976472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 49 resid = 9.719644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182832(s) Flops=324495360 => 1774.82803885534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255479.180316597 Mflops = 255.479180316597 Gflops = 0.255479180316597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007534376 Relative Rsd = 3.30398646369533e-07
BICGSTAB_SOLVER_TIME: 0.38787 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043773 s
InvBiCGStab: k = 59 resid = 1.357992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216433(s) Flops=390113280 => 1802.46672180305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.488687705 Mflops = 259.499488687705 Gflops = 0.259499488687706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 94 resid = 8.946873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344336(s) Flops=619776000 => 1799.91636076391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.536288731 Mflops = 259.141536288731 Gflops = 0.259141536288731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001115979 Relative Rsd = 4.89380819818134e-07
BICGSTAB_SOLVER_TIME: 0.664694 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123765
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 58 resid = 2.115525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212673(s) Flops=383551488 => 1803.47993398316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.01792185 Mflops = 259.64101792185 Gflops = 0.25964101792185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 75 resid = 7.536698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275374(s) Flops=495101952 => 1797.92555578958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258836.880775533 Mflops = 258.836880775533 Gflops = 0.258836880775533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001036977 Relative Rsd = 4.54736944435021e-07
BICGSTAB_SOLVER_TIME: 0.589247 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 57 resid = 2.264878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210848(s) Flops=376989696 => 1787.96903930794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257410.857817931 Mflops = 257.410857817931 Gflops = 0.257410857817931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057979 s
InvBiCGStab: k = 80 resid = 1.102762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33779(s) Flops=527910912 => 1562.83759732378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224997.866556508 Mflops = 224.997866556508 Gflops = 0.224997866556508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001117045 Relative Rsd = 4.89848239372298e-07
BICGSTAB_SOLVER_TIME: 0.651921 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042643 s
InvBiCGStab: k = 62 resid = 2.271858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252466(s) Flops=409798656 => 1623.18354154619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233681.673054389 Mflops = 233.681673054389 Gflops = 0.233681673054389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 70 resid = 1.084949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262654(s) Flops=462292992 => 1760.08357763445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253394.231017104 Mflops = 253.394231017104 Gflops = 0.253394231017104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001069672 Relative Rsd = 4.69074105032506e-07
BICGSTAB_SOLVER_TIME: 0.618031 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108502
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840096(s) Flops=1341480960 => 1596.81864929722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229934.230321534 Mflops = 229.934230321534 Gflops = 0.229934230321534 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148458000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021498
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.195826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804932(s) Flops=1394067456 => 1731.90711265051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249315.103762051 Mflops = 249.315103762051 Gflops = 0.249315103762051 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.07769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773075(s) Flops=1387505664 => 1794.78791061669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258434.383406538 Mflops = 258.434383406538 Gflops = 0.258434383406538 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002021715 Relative Rsd = 8.89857091432144e-07
BICGSTAB_SOLVER_TIME: 1.581483 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302336999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.252283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.64242(s) Flops=1157842944 => 1802.31459792659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.6406482 Mflops = 259.5036406482 Gflops = 0.2595036406482 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 6.456861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857909(s) Flops=1479370752 => 1724.39122564281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248298.243230132 Mflops = 248.298243230132 Gflops = 0.248298243230132 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001984788 Relative Rsd = 8.72448364412463e-07
BICGSTAB_SOLVER_TIME: 1.504194 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.119095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286491999999998
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867492(s) Flops=1341480960 => 1546.39000705482 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222656.248360132 Mflops = 222.656248360132 Gflops = 0.222656248360132 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148408000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 33 resid = 1.097501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121887(s) Flops=219506688 => 1800.90319722366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259218.600668383 Mflops = 259.218600668383 Gflops = 0.259218600668383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 51 resid = 7.165013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18694(s) Flops=337618944 => 1806.02837273992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259980.094386128 Mflops = 259.980094386128 Gflops = 0.259980094386128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007298117 Relative Rsd = 3.20038151051749e-07
BICGSTAB_SOLVER_TIME: 0.409673 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044971 s
InvBiCGStab: k = 74 resid = 2.221436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307219(s) Flops=488540160 => 1590.20164768455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228942.549807557 Mflops = 228.942549807557 Gflops = 0.228942549807557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062889 s
InvBiCGStab: k = 103 resid = 8.634219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404514(s) Flops=678832128 => 1678.14248208962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241616.845313216 Mflops = 241.616845313216 Gflops = 0.241616845313216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001263711 Relative Rsd = 5.54164373635484e-07
BICGSTAB_SOLVER_TIME: 0.823375 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04182 s
InvBiCGStab: k = 56 resid = 1.951868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20828(s) Flops=370427904 => 1778.50923756482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256033.733588272 Mflops = 256.033733588272 Gflops = 0.256033733588272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 78 resid = 9.728647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285708(s) Flops=514787328 => 1801.79528749632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259395.397029279 Mflops = 259.395397029279 Gflops = 0.259395397029279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001040643 Relative Rsd = 4.56344528725173e-07
BICGSTAB_SOLVER_TIME: 0.596063 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 72 resid = 2.220842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263882(s) Flops=475416576 => 1801.62563570081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259377.736977727 Mflops = 259.377736977727 Gflops = 0.259377736977727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 80 resid = 1.033557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292213(s) Flops=527910912 => 1806.59625684004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260089.521956309 Mflops = 260.089521956309 Gflops = 0.260089521956309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001112966 Relative Rsd = 4.88059476401748e-07
BICGSTAB_SOLVER_TIME: 0.657312 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 60 resid = 2.004104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219401(s) Flops=396675072 => 1807.99117597459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260269.239353331 Mflops = 260.269239353331 Gflops = 0.260269239353331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 78 resid = 9.673166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285983(s) Flops=514787328 => 1800.06268904096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.601526417 Mflops = 259.141601526417 Gflops = 0.259141601526417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00110201 Relative Rsd = 4.83254948605652e-07
BICGSTAB_SOLVER_TIME: 0.606384 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11313
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919373(s) Flops=1347747840 => 1465.94237594535 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211118.854190265 Mflops = 211.118854190265 Gflops = 0.211118854190265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149225000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 32 resid = 2.186417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118242(s) Flops=212944896 => 1800.92434160451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259231.007908983 Mflops = 259.231007908983 Gflops = 0.259231007908983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055705 s
InvBiCGStab: k = 47 resid = 1.121306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172025(s) Flops=311371776 => 1810.03793634646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260530.614540968 Mflops = 260.530614540968 Gflops = 0.260530614540968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007359319 Relative Rsd = 3.22721984691059e-07
BICGSTAB_SOLVER_TIME: 0.390661 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042003 s
InvBiCGStab: k = 75 resid = 2.274899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281497(s) Flops=495101952 => 1758.81786306781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253226.23075287 Mflops = 253.22623075287 Gflops = 0.25322623075287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063748 s
InvBiCGStab: k = 103 resid = 1.136142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426679(s) Flops=678832128 => 1590.96681111562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229057.530229309 Mflops = 229.057530229309 Gflops = 0.229057530229309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001286802 Relative Rsd = 5.6429052104333e-07
BICGSTAB_SOLVER_TIME: 0.818276 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04297 s
InvBiCGStab: k = 58 resid = 1.894302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221118(s) Flops=383551488 => 1734.60092801129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249738.627037238 Mflops = 249.738627037238 Gflops = 0.249738627037238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058161 s
InvBiCGStab: k = 68 resid = 9.392465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25268(s) Flops=449169408 => 1777.6215292069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255906.825181878 Mflops = 255.906825181878 Gflops = 0.255906825181878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001021681 Relative Rsd = 4.48029096058114e-07
BICGSTAB_SOLVER_TIME: 0.57888 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 63 resid = 2.263346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23055(s) Flops=416360448 => 1805.94425504229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.261952543 Mflops = 259.994261952543 Gflops = 0.259994261952543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 86 resid = 9.407094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314678(s) Flops=567281664 => 1802.73696921933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259541.22298754 Mflops = 259.54122298754 Gflops = 0.25954122298754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00112381 Relative Rsd = 4.92814944543895e-07
BICGSTAB_SOLVER_TIME: 0.646345 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040607 s
InvBiCGStab: k = 63 resid = 1.300717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230467(s) Flops=416360448 => 1806.59464478646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.230020612 Mflops = 260.092230020612 Gflops = 0.260092230020612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055998 s
InvBiCGStab: k = 81 resid = 1.137809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295448(s) Flops=534472704 => 1809.02461346836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260448.813163666 Mflops = 260.448813163666 Gflops = 0.260448813163666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001145874 Relative Rsd = 5.02490621206225e-07
BICGSTAB_SOLVER_TIME: 0.62638 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117389
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906453(s) Flops=1353940992 => 1493.6692713246 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215071.254452015 Mflops = 215.071254452015 Gflops = 0.215071254452015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150034000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 35 resid = 2.003828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128666(s) Flops=232630272 => 1808.01666329877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260279.931626683 Mflops = 260.279931626683 Gflops = 0.260279931626683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055858 s
InvBiCGStab: k = 51 resid = 9.786432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186375(s) Flops=337618944 => 1811.50338832998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260761.921039951 Mflops = 260.761921039951 Gflops = 0.260761921039951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007493421 Relative Rsd = 3.28602659735056e-07
BICGSTAB_SOLVER_TIME: 0.415656 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 49 resid = 2.265591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18019(s) Flops=324495360 => 1800.85110161496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259259.411024255 Mflops = 259.259411024255 Gflops = 0.259259411024255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 82 resid = 7.419755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299115(s) Flops=541034496 => 1808.78423348879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260407.917894825 Mflops = 260.407917894825 Gflops = 0.260407917894825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001102077 Relative Rsd = 4.83284711122043e-07
BICGSTAB_SOLVER_TIME: 0.580507 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046825 s
InvBiCGStab: k = 55 resid = 1.698063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231729(s) Flops=363866112 => 1570.22259622231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226049.954604639 Mflops = 226.049954604639 Gflops = 0.226049954604639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059866 s
InvBiCGStab: k = 74 resid = 1.131303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308446(s) Flops=488540160 => 1583.87581618825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228027.040820679 Mflops = 228.027040820679 Gflops = 0.228027040820679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001072396 Relative Rsd = 4.70268944991573e-07
BICGSTAB_SOLVER_TIME: 0.651127 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043743 s
InvBiCGStab: k = 68 resid = 2.103865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252196(s) Flops=449169408 => 1781.033037796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256421.277273545 Mflops = 256.421277273545 Gflops = 0.256421277273545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056751 s
InvBiCGStab: k = 78 resid = 8.054385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288078(s) Flops=514787328 => 1786.97202840897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257266.463980108 Mflops = 257.266463980108 Gflops = 0.257266463980108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001114415 Relative Rsd = 4.8869485252354e-07
BICGSTAB_SOLVER_TIME: 0.644605 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 53 resid = 1.730766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193841(s) Flops=350742528 => 1809.43416511471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260498.493501153 Mflops = 260.498493501153 Gflops = 0.260498493501153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 78 resid = 1.108012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284452(s) Flops=514787328 => 1809.75112848565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260544.434914904 Mflops = 260.544434914904 Gflops = 0.260544434914904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001077827 Relative Rsd = 4.72650405758524e-07
BICGSTAB_SOLVER_TIME: 0.579937 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107811
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84628(s) Flops=1354014720 => 1599.96067495392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230393.293875504 Mflops = 230.393293875504 Gflops = 0.230393293875504 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150265000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 24 resid = 2.079044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088628(s) Flops=160450560 => 1810.38227196823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260554.710769874 Mflops = 260.554710769874 Gflops = 0.260554710769874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056781 s
InvBiCGStab: k = 53 resid = 8.959658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193637(s) Flops=350742528 => 1811.3404359704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260752.909300304 Mflops = 260.752909300305 Gflops = 0.260752909300305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.00075548 Relative Rsd = 3.31294278595205e-07
BICGSTAB_SOLVER_TIME: 0.384025 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04179 s
InvBiCGStab: k = 54 resid = 2.253954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198147(s) Flops=357304320 => 1803.22851216521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.099628755 Mflops = 259.600099628755 Gflops = 0.259600099628755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056335 s
InvBiCGStab: k = 76 resid = 1.105595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278081(s) Flops=501663744 => 1804.02020993883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.319990108 Mflops = 259.713319990108 Gflops = 0.259713319990108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001066613 Relative Rsd = 4.67733005022907e-07
BICGSTAB_SOLVER_TIME: 0.57824 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 59 resid = 1.451643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217183(s) Flops=390113280 => 1796.24224732138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258597.579859547 Mflops = 258.597579859547 Gflops = 0.258597579859547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 82 resid = 5.914211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302133(s) Flops=541034496 => 1790.71632691563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257804.434807177 Mflops = 257.804434807177 Gflops = 0.257804434807177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001056335 Relative Rsd = 4.6322584713758e-07
BICGSTAB_SOLVER_TIME: 0.620923 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044005 s
InvBiCGStab: k = 64 resid = 1.413309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261025(s) Flops=422922240 => 1620.2365290681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233276.550144604 Mflops = 233.276550144604 Gflops = 0.233276550144604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060036 s
InvBiCGStab: k = 83 resid = 9.975057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332887(s) Flops=547596288 => 1644.99150762871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236843.050008921 Mflops = 236.843050008921 Gflops = 0.236843050008921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001090157 Relative Rsd = 4.78057535172941e-07
BICGSTAB_SOLVER_TIME: 0.701859 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 62 resid = 1.797188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230479(s) Flops=409798656 => 1778.03034549785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255975.19315621 Mflops = 255.97519315621 Gflops = 0.25597519315621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 76 resid = 1.031852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278886(s) Flops=501663744 => 1798.81293431725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.070865045 Mflops = 258.971070865045 Gflops = 0.258971070865045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001072339 Relative Rsd = 4.70243572829229e-07
BICGSTAB_SOLVER_TIME: 0.610805 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112704
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.845991(s) Flops=1354088448 => 1600.59438930201 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230461.526896731 Mflops = 230.461526896731 Gflops = 0.230461526896731 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149883000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.966111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784855(s) Flops=1407191040 => 1792.93122933535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258152.748360152 Mflops = 258.152748360152 Gflops = 0.258152748360152 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 9.120711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9839(s) Flops=1774651392 => 1803.69081410712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259719.565617527 Mflops = 259.719565617527 Gflops = 0.259719565617527 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.002070849 Relative Rsd = 9.11455394416504e-07
BICGSTAB_SOLVER_TIME: 1.772194 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345442999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.184347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.725651(s) Flops=1197213696 => 1649.84778633255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237542.134279306 Mflops = 237.542134279306 Gflops = 0.237542134279306 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 8.389317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774432(s) Flops=1295640576 => 1673.02045370026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240900.048704422 Mflops = 240.900048704422 Gflops = 0.240900048704422 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.00192031 Relative Rsd = 8.44107777172371e-07
BICGSTAB_SOLVER_TIME: 1.503524 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271000999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84866(s) Flops=1354088448 => 1595.56058727877 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229902.205399868 Mflops = 229.902205399868 Gflops = 0.229902205399868 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 23 resid = 2.106705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095846(s) Flops=153888768 => 1605.58362372973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231081.853484843 Mflops = 231.081853484843 Gflops = 0.231081853484843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0653 s
InvBiCGStab: k = 48 resid = 1.114705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201779(s) Flops=317933568 => 1575.65241179707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226827.366313458 Mflops = 226.827366313458 Gflops = 0.226827366313458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006887914 Relative Rsd = 3.02049900557555e-07
BICGSTAB_SOLVER_TIME: 0.408538 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041877 s
InvBiCGStab: k = 79 resid = 2.119584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301177(s) Flops=521349120 => 1731.03895715808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249226.027889273 Mflops = 249.226027889273 Gflops = 0.249226027889273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058241 s
InvBiCGStab: k = 107 resid = 1.029426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404065(s) Flops=705079296 => 1744.96503285362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251233.820314116 Mflops = 251.233820314116 Gflops = 0.251233820314116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001308765 Relative Rsd = 5.73921528405758e-07
BICGSTAB_SOLVER_TIME: 0.809123 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043085 s
InvBiCGStab: k = 52 resid = 1.882575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193999(s) Flops=344180736 => 1774.13665018892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255382.432213784 Mflops = 255.382432213784 Gflops = 0.255382432213784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059123 s
InvBiCGStab: k = 76 resid = 1.004524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277378(s) Flops=501663744 => 1808.59240458868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260381.230712048 Mflops = 260.381230712048 Gflops = 0.260381230712047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001050354 Relative Rsd = 4.60602814796765e-07
BICGSTAB_SOLVER_TIME: 0.577464 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041799 s
InvBiCGStab: k = 70 resid = 2.205283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261165(s) Flops=462292992 => 1770.118476825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254858.026787191 Mflops = 254.858026787191 Gflops = 0.254858026787191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 87 resid = 9.947723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318413(s) Flops=573843456 => 1802.19857857562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259464.438241718 Mflops = 259.464438241718 Gflops = 0.259464438241718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001146547 Relative Rsd = 5.02785693838714e-07
BICGSTAB_SOLVER_TIME: 0.681519 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045672 s
InvBiCGStab: k = 55 resid = 2.106837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231042(s) Flops=363866112 => 1574.89163009323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226753.439026772 Mflops = 226.753439026772 Gflops = 0.226753439026772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057729 s
InvBiCGStab: k = 81 resid = 1.04505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341476(s) Flops=534472704 => 1565.18380208272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225339.509525992 Mflops = 225.339509525992 Gflops = 0.225339509525992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001061769 Relative Rsd = 4.65608533119615e-07
BICGSTAB_SOLVER_TIME: 0.680274 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111314
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848919(s) Flops=1348042752 => 1587.95215091192 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228773.920431939 Mflops = 228.773920431939 Gflops = 0.228773920431939 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149223000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041647 s
InvBiCGStab: k = 32 resid = 2.165209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130253(s) Flops=212944896 => 1634.85598028452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235327.898118145 Mflops = 235.327898118145 Gflops = 0.235327898118145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063501 s
InvBiCGStab: k = 51 resid = 1.135744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213522(s) Flops=337618944 => 1581.1904347093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227624.432199838 Mflops = 227.624432199838 Gflops = 0.227624432199838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007518324 Relative Rsd = 3.29694734779036e-07
BICGSTAB_SOLVER_TIME: 0.452998 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044245 s
InvBiCGStab: k = 87 resid = 1.920348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342859(s) Flops=573843456 => 1673.70101411951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240981.058938871 Mflops = 240.981058938871 Gflops = 0.240981058938871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056914 s
InvBiCGStab: k = 107 resid = 5.806879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398486(s) Flops=705079296 => 1769.39540159504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254750.29603329 Mflops = 254.75029603329 Gflops = 0.25475029603329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.00128383 Relative Rsd = 5.62987249549418e-07
BICGSTAB_SOLVER_TIME: 0.846358 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152659999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046664 s
InvBiCGStab: k = 51 resid = 2.267801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188758(s) Flops=337618944 => 1788.63382744043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257485.375485842 Mflops = 257.485375485842 Gflops = 0.257485375485842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057901 s
InvBiCGStab: k = 70 resid = 9.204264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263555(s) Flops=462292992 => 1754.06648327674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252530.931319808 Mflops = 252.530931319808 Gflops = 0.252530931319808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001044359 Relative Rsd = 4.57973860583048e-07
BICGSTAB_SOLVER_TIME: 0.560785 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100756
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040793 s
InvBiCGStab: k = 65 resid = 1.719906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244394(s) Flops=429484032 => 1757.34278255604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253019.012013052 Mflops = 253.019012013052 Gflops = 0.253019012013052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056021 s
InvBiCGStab: k = 77 resid = 1.080502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281488(s) Flops=508225536 => 1805.49627692832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259920.677973491 Mflops = 259.920677973491 Gflops = 0.259920677973491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001126668 Relative Rsd = 4.94068339573803e-07
BICGSTAB_SOLVER_TIME: 0.62659 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 59 resid = 1.871109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215753(s) Flops=390113280 => 1808.14765032236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260308.051750544 Mflops = 260.308051750544 Gflops = 0.260308051750544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 78 resid = 1.042557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327756(s) Flops=514787328 => 1570.64196536448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226124.335786808 Mflops = 226.124335786808 Gflops = 0.226124335786808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00111663 Relative Rsd = 4.89666345983101e-07
BICGSTAB_SOLVER_TIME: 0.644803 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112115
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884962(s) Flops=1348042752 => 1523.27755542046 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219329.583238733 Mflops = 219.329583238733 Gflops = 0.219329583238733 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149146000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 29 resid = 2.18359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106704(s) Flops=193259520 => 1811.17408906883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260671.298042344 Mflops = 260.671298042344 Gflops = 0.260671298042344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056666 s
InvBiCGStab: k = 46 resid = 7.929113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168487(s) Flops=304809984 => 1809.10090392731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260411.02366857 Mflops = 260.41102366857 Gflops = 0.26041102366857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007289682 Relative Rsd = 3.19668263723255e-07
BICGSTAB_SOLVER_TIME: 0.376832 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046278 s
InvBiCGStab: k = 54 resid = 2.264461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233113(s) Flops=357304320 => 1532.75158399574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220664.132562492 Mflops = 220.664132562492 Gflops = 0.220664132562492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062112 s
InvBiCGStab: k = 70 resid = 9.733531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283158(s) Flops=462292992 => 1632.63263619605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235042.395257562 Mflops = 235.042395257562 Gflops = 0.235042395257562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001077419 Relative Rsd = 4.72471320153892e-07
BICGSTAB_SOLVER_TIME: 0.629121 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043702 s
InvBiCGStab: k = 50 resid = 2.211797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193838(s) Flops=331057152 => 1707.90635479111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245848.121370006 Mflops = 245.848121370006 Gflops = 0.245848121370006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057212 s
InvBiCGStab: k = 77 resid = 9.996987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288335(s) Flops=508225536 => 1762.6217281981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253763.109676442 Mflops = 253.763109676442 Gflops = 0.253763109676442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001000024 Relative Rsd = 4.38532198696646e-07
BICGSTAB_SOLVER_TIME: 0.587028 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001835
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 73 resid = 1.157204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268166(s) Flops=481978368 => 1797.31348493098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258767.052154327 Mflops = 258.767052154327 Gflops = 0.258767052154327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057271 s
InvBiCGStab: k = 83 resid = 4.735954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30401(s) Flops=547596288 => 1801.24432748923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259319.1182325 Mflops = 259.3191182325 Gflops = 0.2593191182325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001116341 Relative Rsd = 4.89539791475153e-07
BICGSTAB_SOLVER_TIME: 0.674757 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 49 resid = 2.093681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179758(s) Flops=324495360 => 1805.1789628278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.772765793 Mflops = 259.852772765793 Gflops = 0.259852772765793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055931 s
InvBiCGStab: k = 73 resid = 1.128254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266707(s) Flops=481978368 => 1807.14554923568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260159.512612425 Mflops = 260.159512612425 Gflops = 0.260159512612425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001043327 Relative Rsd = 4.57521245711136e-07
BICGSTAB_SOLVER_TIME: 0.547534 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101585
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917077(s) Flops=1354235904 => 1476.68724000275 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212626.621933647 Mflops = 212.626621933647 Gflops = 0.212626621933647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149960000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 28 resid = 2.02051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102805(s) Flops=186697728 => 1816.03743008609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261379.971548931 Mflops = 261.379971548931 Gflops = 0.261379971548931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056712 s
InvBiCGStab: k = 41 resid = 1.106612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150488(s) Flops=272001024 => 1807.45989048961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.857597198 Mflops = 260.163857597198 Gflops = 0.260163857597198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007390986 Relative Rsd = 3.24110663886382e-07
BICGSTAB_SOLVER_TIME: 0.355032 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043051 s
InvBiCGStab: k = 64 resid = 1.273867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250598(s) Flops=422922240 => 1687.65209618592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242975.7390024 Mflops = 242.9757390024 Gflops = 0.2429757390024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 74 resid = 8.703342e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274491(s) Flops=488540160 => 1779.80392799764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256232.347099007 Mflops = 256.232347099007 Gflops = 0.256232347099006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001116221 Relative Rsd = 4.89486800922813e-07
BICGSTAB_SOLVER_TIME: 0.627956 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044813 s
InvBiCGStab: k = 54 resid = 1.78269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226842(s) Flops=357304320 => 1575.12418335229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226746.302613695 Mflops = 226.746302613695 Gflops = 0.226746302613695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064252 s
InvBiCGStab: k = 84 resid = 6.164775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335367(s) Flops=554158080 => 1652.39299036578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237895.758265122 Mflops = 237.895758265122 Gflops = 0.237895758265122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001071737 Relative Rsd = 4.69979743181356e-07
BICGSTAB_SOLVER_TIME: 0.675398 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 70 resid = 1.224392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259943(s) Flops=462292992 => 1778.43985796886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256034.306166474 Mflops = 256.034306166474 Gflops = 0.256034306166474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 72 resid = 1.060551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26555(s) Flops=475416576 => 1790.30907926944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257743.19792056 Mflops = 257.74319792056 Gflops = 0.25774319792056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001111036 Relative Rsd = 4.87213108032538e-07
BICGSTAB_SOLVER_TIME: 0.626681 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041556 s
InvBiCGStab: k = 53 resid = 2.075425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194166(s) Flops=350742528 => 1806.40548808751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260067.158672158 Mflops = 260.067158672158 Gflops = 0.260067158672158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056061 s
InvBiCGStab: k = 73 resid = 9.766106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266641(s) Flops=481978368 => 1807.59286081285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260231.581482355 Mflops = 260.231581482355 Gflops = 0.260231581482355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001021125 Relative Rsd = 4.4778553350974e-07
BICGSTAB_SOLVER_TIME: 0.562276 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104414
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84566(s) Flops=1354162176 => 1601.30806234184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230568.770124546 Mflops = 230.568770124546 Gflops = 0.230568770124546 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150101000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021343
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.451439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.790728(s) Flops=1413752832 => 1787.91295110329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257389.265892592 Mflops = 257.389265892592 Gflops = 0.257389265892592 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 5.102039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875401(s) Flops=1571235840 => 1794.8755370396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258445.577207141 Mflops = 258.445577207142 Gflops = 0.258445577207142 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.00201509 Relative Rsd = 8.86895318751071e-07
BICGSTAB_SOLVER_TIME: 1.669493 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.118698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324106999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.177008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756926(s) Flops=1243146240 => 1642.36165754644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236474.751037615 Mflops = 236.474751037615 Gflops = 0.236474751037615 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.068662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842971(s) Flops=1499056128 => 1778.30094748218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256063.306171708 Mflops = 256.063306171708 Gflops = 0.256063306171708 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001962336 Relative Rsd = 8.62578918252462e-07
BICGSTAB_SOLVER_TIME: 1.603264 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297977999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.845254(s) Flops=1354162176 => 1602.07721702589 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230678.107230869 Mflops = 230.678107230869 Gflops = 0.230678107230869 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150163000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 31 resid = 1.663574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117114(s) Flops=206383104 => 1762.24109841693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253621.639353248 Mflops = 253.621639353248 Gflops = 0.253621639353248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056868 s
InvBiCGStab: k = 50 resid = 7.879017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187402(s) Flops=331057152 => 1766.56146679331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254294.906595333 Mflops = 254.294906595333 Gflops = 0.254294906595333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007659784 Relative Rsd = 3.35898024269574e-07
BICGSTAB_SOLVER_TIME: 0.406469 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041266 s
InvBiCGStab: k = 71 resid = 2.273227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261176(s) Flops=468854784 => 1795.16794805036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258442.476457272 Mflops = 258.442476457272 Gflops = 0.258442476457272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05596 s
InvBiCGStab: k = 96 resid = 1.027304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350771(s) Flops=632899584 => 1804.30988878784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259784.072199952 Mflops = 259.784072199952 Gflops = 0.259784072199952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001279688 Relative Rsd = 5.61170561885101e-07
BICGSTAB_SOLVER_TIME: 0.713119 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 54 resid = 2.221268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197383(s) Flops=357304320 => 1810.20817395622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260608.490798812 Mflops = 260.608490798812 Gflops = 0.260608490798812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 67 resid = 8.304697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244486(s) Flops=442607616 => 1810.359758841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260603.149859593 Mflops = 260.603149859593 Gflops = 0.260603149859593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001026758 Relative Rsd = 4.50255362914552e-07
BICGSTAB_SOLVER_TIME: 0.543144 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 77 resid = 8.549528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290918(s) Flops=508225536 => 1746.97177898927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251518.006176524 Mflops = 251.518006176524 Gflops = 0.251518006176524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064525 s
InvBiCGStab: k = 81 resid = 1.002641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333185(s) Flops=534472704 => 1604.13195071807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230947.202580285 Mflops = 230.947202580285 Gflops = 0.230947202580285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001079433 Relative Rsd = 4.73354444975592e-07
BICGSTAB_SOLVER_TIME: 0.733727 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052772 s
InvBiCGStab: k = 54 resid = 1.997204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210131(s) Flops=357304320 => 1700.38842436385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244802.246315681 Mflops = 244.802246315681 Gflops = 0.244802246315681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058657 s
InvBiCGStab: k = 80 resid = 7.845624e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300657(s) Flops=527910912 => 1755.85771161157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252789.974338974 Mflops = 252.789974338974 Gflops = 0.252789974338974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00107484 Relative Rsd = 4.71340548733541e-07
BICGSTAB_SOLVER_TIME: 0.626156 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110118
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848777(s) Flops=1354457088 => 1595.77496562701 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229774.275302202 Mflops = 229.774275302202 Gflops = 0.229774275302202 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150148000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047519 s
InvBiCGStab: k = 32 resid = 1.862945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15136(s) Flops=212944896 => 1406.87695560254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202518.477544064 Mflops = 202.518477544064 Gflops = 0.202518477544064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058377 s
InvBiCGStab: k = 48 resid = 1.108389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193437(s) Flops=317933568 => 1643.6026613316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236597.590162981 Mflops = 236.597590162981 Gflops = 0.236597590162981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007991385 Relative Rsd = 3.50439463956836e-07
BICGSTAB_SOLVER_TIME: 0.454656 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0716090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041812 s
InvBiCGStab: k = 70 resid = 2.185154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259738(s) Flops=462292992 => 1779.84350383848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256245.026721633 Mflops = 256.245026721633 Gflops = 0.256245026721633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056708 s
InvBiCGStab: k = 107 resid = 1.039661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392001(s) Flops=705079296 => 1798.66708503295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258969.261819381 Mflops = 258.969261819381 Gflops = 0.258969261819381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001238041 Relative Rsd = 5.42907454807287e-07
BICGSTAB_SOLVER_TIME: 0.754052 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041957 s
InvBiCGStab: k = 54 resid = 2.260147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1969(s) Flops=357304320 => 1814.64865413916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261237.439368013 Mflops = 261.237439368013 Gflops = 0.261237439368013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 77 resid = 8.453732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281692(s) Flops=508225536 => 1804.18874515428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.368242743 Mflops = 259.746368242743 Gflops = 0.259746368242743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001041066 Relative Rsd = 4.56529791455848e-07
BICGSTAB_SOLVER_TIME: 0.580396 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 67 resid = 2.25323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245128(s) Flops=442607616 => 1805.61835449235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.445717917 Mflops = 259.956445717917 Gflops = 0.259956445717917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 77 resid = 1.151148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281275(s) Flops=508225536 => 1806.86351790952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260129.081149799 Mflops = 260.129081149799 Gflops = 0.260129081149799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127248 Relative Rsd = 4.94322622754154e-07
BICGSTAB_SOLVER_TIME: 0.627746 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046484 s
InvBiCGStab: k = 62 resid = 1.876512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253345(s) Flops=409798656 => 1617.55178116797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232878.355294289 Mflops = 232.878355294289 Gflops = 0.232878355294289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063188 s
InvBiCGStab: k = 78 resid = 1.12833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320809(s) Flops=514787328 => 1604.65363502894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231023.565286256 Mflops = 231.023565286256 Gflops = 0.231023565286256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001087683 Relative Rsd = 4.76972351963803e-07
BICGSTAB_SOLVER_TIME: 0.688198 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11558
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880558(s) Flops=1360502784 => 1545.04619116515 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222464.852662713 Mflops = 222.464852662713 Gflops = 0.222464852662713 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150715000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044823 s
InvBiCGStab: k = 34 resid = 1.442654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132362(s) Flops=226068480 => 1707.95605989634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245838.825569165 Mflops = 245.838825569165 Gflops = 0.245838825569165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063544 s
InvBiCGStab: k = 55 resid = 1.133998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230721(s) Flops=363866112 => 1577.08276229732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227039.057772331 Mflops = 227.039057772331 Gflops = 0.227039057772331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007289848 Relative Rsd = 3.1967553843781e-07
BICGSTAB_SOLVER_TIME: 0.475708 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045035 s
InvBiCGStab: k = 51 resid = 1.680858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209342(s) Flops=337618944 => 1612.76257989319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232177.443756549 Mflops = 232.177443756549 Gflops = 0.232177443756549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 75 resid = 9.681711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280271(s) Flops=495101952 => 1766.51152634415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254314.407666929 Mflops = 254.314407666929 Gflops = 0.254314407666929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001134265 Relative Rsd = 4.97399546232593e-07
BICGSTAB_SOLVER_TIME: 0.595235 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 60 resid = 1.962969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219484(s) Flops=396675072 => 1807.30746660349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260184.47499951 Mflops = 260.18447499951 Gflops = 0.26018447499951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 73 resid = 1.105484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267004(s) Flops=481978368 => 1805.13538373957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.561838827 Mflops = 259.877561838827 Gflops = 0.259877561838827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001019599 Relative Rsd = 4.47116055568138e-07
BICGSTAB_SOLVER_TIME: 0.587799 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 63 resid = 1.5872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230877(s) Flops=416360448 => 1803.38642653881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.225079154 Mflops = 259.628225079154 Gflops = 0.259628225079154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055794 s
InvBiCGStab: k = 85 resid = 9.231609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316557(s) Flops=560719872 => 1771.30776447844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255015.965874235 Mflops = 255.015965874235 Gflops = 0.255015965874235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001121716 Relative Rsd = 4.9189654373793e-07
BICGSTAB_SOLVER_TIME: 0.648057 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 57 resid = 2.194688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218522(s) Flops=376989696 => 1725.1795974776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248374.438454597 Mflops = 248.374438454597 Gflops = 0.248374438454597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063243 s
InvBiCGStab: k = 70 resid = 1.130456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27176(s) Flops=462292992 => 1701.10756549897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244901.996186226 Mflops = 244.901996186226 Gflops = 0.244901996186226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001051412 Relative Rsd = 4.61066813958822e-07
BICGSTAB_SOLVER_TIME: 0.598426 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10492
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884296(s) Flops=1360502784 => 1538.51513972697 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221529.919388593 Mflops = 221.529919388593 Gflops = 0.221529919388593 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150732000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041778 s
InvBiCGStab: k = 32 resid = 1.691839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118248(s) Flops=212944896 => 1800.83296123402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.966307585 Mflops = 259.210966307585 Gflops = 0.259210966307585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 53 resid = 8.224386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194179(s) Flops=350742528 => 1806.28455188254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.593234874 Mflops = 260.031593234874 Gflops = 0.260031593234874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007653787 Relative Rsd = 3.35635062482386e-07
BICGSTAB_SOLVER_TIME: 0.414478 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041757 s
InvBiCGStab: k = 56 resid = 2.190233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205082(s) Flops=370427904 => 1806.24288821057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260026.388065605 Mflops = 260.026388065605 Gflops = 0.260026388065605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05611 s
InvBiCGStab: k = 84 resid = 7.803367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307403(s) Flops=554158080 => 1802.70875690868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.931786627 Mflops = 259.532931786627 Gflops = 0.259532931786627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001125638 Relative Rsd = 4.93616337309433e-07
BICGSTAB_SOLVER_TIME: 0.614319 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 55 resid = 1.424212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200823(s) Flops=363866112 => 1811.87469562749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260849.449383589 Mflops = 260.849449383589 Gflops = 0.260849449383589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056093 s
InvBiCGStab: k = 71 resid = 1.047623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260204(s) Flops=468854784 => 1801.87385282317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259407.879280685 Mflops = 259.407879280685 Gflops = 0.259407879280685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001034078 Relative Rsd = 4.53465528533267e-07
BICGSTAB_SOLVER_TIME: 0.561983 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041474 s
InvBiCGStab: k = 61 resid = 2.044766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227038(s) Flops=403236864 => 1776.07653344374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255706.513055115 Mflops = 255.706513055115 Gflops = 0.255706513055115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 82 resid = 1.043906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317639(s) Flops=541034496 => 1703.2999600175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245232.243874394 Mflops = 245.232243874394 Gflops = 0.245232243874394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001117393 Relative Rsd = 4.90000880751388e-07
BICGSTAB_SOLVER_TIME: 0.646578 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043584 s
InvBiCGStab: k = 55 resid = 1.855296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20188(s) Flops=363866112 => 1802.38811174955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259480.648824127 Mflops = 259.480648824127 Gflops = 0.259480648824127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057192 s
InvBiCGStab: k = 85 resid = 9.431245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312547(s) Flops=560719872 => 1794.03376772133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258292.305277142 Mflops = 258.292305277142 Gflops = 0.258292305277142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001057904 Relative Rsd = 4.63913550153542e-07
BICGSTAB_SOLVER_TIME: 0.619092 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114363
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863247(s) Flops=1360502784 => 1576.0295535345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226944.843956828 Mflops = 226.944843956828 Gflops = 0.226944843956828 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150660000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021591
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.164454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764869(s) Flops=1380943872 => 1805.46455929055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.210344556 Mflops = 259.912210344556 Gflops = 0.259912210344556 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 8.505766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874436(s) Flops=1577797632 => 1804.36033283168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259811.798102649 Mflops = 259.811798102649 Gflops = 0.259811798102649 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.002065907 Relative Rsd = 9.09242484512236e-07
BICGSTAB_SOLVER_TIME: 1.642747 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.118573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321421999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 2.141709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682302(s) Flops=1072539648 => 1571.94269986018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226280.689536766 Mflops = 226.280689536766 Gflops = 0.226280689536766 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 7.459216e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778667(s) Flops=1374382080 => 1765.04472386784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254152.529953592 Mflops = 254.152529953592 Gflops = 0.254152529953592 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.001932135 Relative Rsd = 8.49291696864775e-07
BICGSTAB_SOLVER_TIME: 1.464289 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001855
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265699999999997
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849772(s) Flops=1360502784 => 1601.02096091658 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230558.832760146 Mflops = 230.558832760146 Gflops = 0.230558832760146 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150668000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048635 s
InvBiCGStab: k = 29 resid = 1.468938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119392(s) Flops=193259520 => 1618.69740016081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232991.220332012 Mflops = 232.991220332012 Gflops = 0.232991220332012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059059 s
InvBiCGStab: k = 53 resid = 6.532748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195342(s) Flops=350742528 => 1795.53054642627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258462.245710427 Mflops = 258.462245710427 Gflops = 0.258462245710427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007494453 Relative Rsd = 3.28647941642498e-07
BICGSTAB_SOLVER_TIME: 0.426164 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041102 s
InvBiCGStab: k = 82 resid = 2.022847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305402(s) Flops=541034496 => 1771.54863425911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255058.542927438 Mflops = 255.058542927438 Gflops = 0.255058542927438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 106 resid = 1.104677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387676(s) Flops=698517504 => 1801.80744745612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.401953633 Mflops = 259.415401953633 Gflops = 0.259415401953633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001322609 Relative Rsd = 5.79992469142019e-07
BICGSTAB_SOLVER_TIME: 0.794259 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148804999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044414 s
InvBiCGStab: k = 51 resid = 1.906948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190852(s) Flops=337618944 => 1769.00920084673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254659.851696452 Mflops = 254.659851696452 Gflops = 0.254659851696452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057197 s
InvBiCGStab: k = 74 resid = 1.024884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303447(s) Flops=488540160 => 1609.9686600955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231783.795973171 Mflops = 231.783795973171 Gflops = 0.231783795973171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001047083 Relative Rsd = 4.59168547390229e-07
BICGSTAB_SOLVER_TIME: 0.599774 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040924 s
InvBiCGStab: k = 57 resid = 1.828869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222476(s) Flops=376989696 => 1694.51849188227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243945.306972446 Mflops = 243.945306972446 Gflops = 0.243945306972446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055926 s
InvBiCGStab: k = 82 resid = 9.419458e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310436(s) Flops=541034496 => 1742.82137380974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250906.574991246 Mflops = 250.906574991246 Gflops = 0.250906574991246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001160929 Relative Rsd = 5.09092437427823e-07
BICGSTAB_SOLVER_TIME: 0.634214 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04642 s
InvBiCGStab: k = 56 resid = 2.109656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236266(s) Flops=370427904 => 1567.84261806608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225708.827229541 Mflops = 225.708827229541 Gflops = 0.225708827229541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069285 s
InvBiCGStab: k = 83 resid = 1.089753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343027(s) Flops=547596288 => 1596.36497418571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229843.854427796 Mflops = 229.843854427796 Gflops = 0.229843854427796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001101795 Relative Rsd = 4.83161066499917e-07
BICGSTAB_SOLVER_TIME: 0.698825 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113604
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.873918(s) Flops=1360281600 => 1556.53230623468 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224129.624765396 Mflops = 224.129624765396 Gflops = 0.224129624765396 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150886000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043484 s
InvBiCGStab: k = 26 resid = 2.074583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108336(s) Flops=173574144 => 1602.18342933097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230632.482962073 Mflops = 230.632482962073 Gflops = 0.230632482962073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066072 s
InvBiCGStab: k = 46 resid = 1.092051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203261(s) Flops=304809984 => 1499.59895897393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215892.661664572 Mflops = 215.892661664572 Gflops = 0.215892661664572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007495259 Relative Rsd = 3.28683268677391e-07
BICGSTAB_SOLVER_TIME: 0.425386 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0658200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04578 s
InvBiCGStab: k = 81 resid = 2.187775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334058(s) Flops=534472704 => 1599.93984278179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230350.663393473 Mflops = 230.350663393473 Gflops = 0.230350663393473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058801 s
InvBiCGStab: k = 107 resid = 8.87161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40158(s) Flops=705079296 => 1755.76297624384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252790.119049905 Mflops = 252.790119049905 Gflops = 0.252790119049905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001297763 Relative Rsd = 5.69097039813935e-07
BICGSTAB_SOLVER_TIME: 0.844055 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148554999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041596 s
InvBiCGStab: k = 59 resid = 1.096461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223184(s) Flops=390113280 => 1747.94465553086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251660.125420692 Mflops = 251.660125420692 Gflops = 0.251660125420692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059674 s
InvBiCGStab: k = 70 resid = 7.471355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264947(s) Flops=462292992 => 1744.85082676913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251215.63415064 Mflops = 251.21563415064 Gflops = 0.25121563415064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001047372 Relative Rsd = 4.59295255050062e-07
BICGSTAB_SOLVER_TIME: 0.593411 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040688 s
InvBiCGStab: k = 66 resid = 1.200575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252256(s) Flops=436045824 => 1728.58454902956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248868.545804548 Mflops = 248.868545804548 Gflops = 0.248868545804548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056467 s
InvBiCGStab: k = 90 resid = 7.713568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335924(s) Flops=593528832 => 1766.85450280421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254374.667621521 Mflops = 254.374667621521 Gflops = 0.254374667621521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001125359 Relative Rsd = 4.93494326307418e-07
BICGSTAB_SOLVER_TIME: 0.689236 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042089 s
InvBiCGStab: k = 56 resid = 1.937146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20883(s) Flops=370427904 => 1773.82514006608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255372.165066879 Mflops = 255.372165066879 Gflops = 0.255372165066879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059486 s
InvBiCGStab: k = 81 resid = 9.787254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34255(s) Flops=534472704 => 1560.27646766895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224638.875058398 Mflops = 224.638875058398 Gflops = 0.224638875058398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001115511 Relative Rsd = 4.89175698392988e-07
BICGSTAB_SOLVER_TIME: 0.657155 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111939
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902552(s) Flops=1347526656 => 1493.01830365453 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214978.915069636 Mflops = 214.978915069636 Gflops = 0.214978915069636 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149109000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04158 s
InvBiCGStab: k = 30 resid = 2.263436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116753(s) Flops=199821312 => 1711.48760203164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246378.392885995 Mflops = 246.378392885995 Gflops = 0.246378392885995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056164 s
InvBiCGStab: k = 50 resid = 1.027884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186947(s) Flops=331057152 => 1770.86100338599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254919.536735714 Mflops = 254.919536735714 Gflops = 0.254919536735714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007799561 Relative Rsd = 3.42027545601991e-07
BICGSTAB_SOLVER_TIME: 0.405219 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043462 s
InvBiCGStab: k = 54 resid = 2.013954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216607(s) Flops=357304320 => 1649.5511225399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237486.277285166 Mflops = 237.486277285166 Gflops = 0.237486277285166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065614 s
InvBiCGStab: k = 83 resid = 6.754462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343347(s) Flops=547596288 => 1594.87715925871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229625.128486007 Mflops = 229.625128486007 Gflops = 0.229625128486007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001078448 Relative Rsd = 4.72922658760092e-07
BICGSTAB_SOLVER_TIME: 0.673089 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047204 s
InvBiCGStab: k = 51 resid = 1.907861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190159(s) Flops=337618944 => 1775.45603416089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255597.249564597 Mflops = 255.597249564597 Gflops = 0.255597249564597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059219 s
InvBiCGStab: k = 72 resid = 9.950061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280169(s) Flops=475416576 => 1696.8921472397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244298.825051705 Mflops = 244.298825051705 Gflops = 0.244298825051705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001015416 Relative Rsd = 4.45281959639516e-07
BICGSTAB_SOLVER_TIME: 0.580553 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042478 s
InvBiCGStab: k = 62 resid = 1.755856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233233(s) Flops=409798656 => 1757.03547954192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252951.395686346 Mflops = 252.951395686346 Gflops = 0.252951395686346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 77 resid = 1.115365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286555(s) Flops=508225536 => 1773.57064437891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255332.610600836 Mflops = 255.332610600836 Gflops = 0.255332610600836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001079 Relative Rsd = 4.73164893992126e-07
BICGSTAB_SOLVER_TIME: 0.622795 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042508 s
InvBiCGStab: k = 59 resid = 1.937038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21702(s) Flops=390113280 => 1797.59137406691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258773.574031772 Mflops = 258.773574031772 Gflops = 0.258773574031772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056721 s
InvBiCGStab: k = 71 resid = 1.142536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265662(s) Flops=468854784 => 1764.85452943966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254090.712094727 Mflops = 254.090712094727 Gflops = 0.254090712094727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001044635 Relative Rsd = 4.58095003724379e-07
BICGSTAB_SOLVER_TIME: 0.585923 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107176
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871754(s) Flops=1310072832 => 1502.80105626128 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216432.066267179 Mflops = 216.432066267179 Gflops = 0.216432066267179 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144911000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 28 resid = 2.256087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105482(s) Flops=186697728 => 1769.94869266794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254728.054242431 Mflops = 254.728054242431 Gflops = 0.254728054242431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055978 s
InvBiCGStab: k = 55 resid = 1.130939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206131(s) Flops=363866112 => 1765.21780809291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254119.211315997 Mflops = 254.119211315997 Gflops = 0.254119211315997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000747802 Relative Rsd = 3.27927310971181e-07
BICGSTAB_SOLVER_TIME: 0.412241 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 55 resid = 1.982199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205761(s) Flops=363866112 => 1768.39202764372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254582.318282178 Mflops = 254.582318282178 Gflops = 0.254582318282178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05825 s
InvBiCGStab: k = 86 resid = 9.77897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325971(s) Flops=567281664 => 1740.28261409757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250543.622190454 Mflops = 250.543622190454 Gflops = 0.250543622190454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001130479 Relative Rsd = 4.95739532947014e-07
BICGSTAB_SOLVER_TIME: 0.635286 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11538
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04127 s
InvBiCGStab: k = 53 resid = 2.076422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206949(s) Flops=350742528 => 1694.82591363089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243998.444167416 Mflops = 243.998444167416 Gflops = 0.243998444167417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06559 s
InvBiCGStab: k = 77 resid = 1.052118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322736(s) Flops=508225536 => 1574.74076644688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226717.652829138 Mflops = 226.717652829138 Gflops = 0.226717652829138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001002168 Relative Rsd = 4.39472347070334e-07
BICGSTAB_SOLVER_TIME: 0.641078 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049372 s
InvBiCGStab: k = 63 resid = 1.795007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261416(s) Flops=416360448 => 1592.71218288093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229317.65902501 Mflops = 229.31765902501 Gflops = 0.22931765902501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058322 s
InvBiCGStab: k = 75 resid = 1.14009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291155(s) Flops=495101952 => 1700.47552678127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244818.200114103 Mflops = 244.818200114103 Gflops = 0.244818200114103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001098152 Relative Rsd = 4.81563386031686e-07
BICGSTAB_SOLVER_TIME: 0.66436 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 58 resid = 9.735551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224589(s) Flops=383551488 => 1707.79284826951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245862.652404018 Mflops = 245.862652404018 Gflops = 0.245862652404018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 70 resid = 1.146831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259511(s) Flops=462292992 => 1781.40037223856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256458.180163176 Mflops = 256.458180163176 Gflops = 0.256458180163176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001037944 Relative Rsd = 4.55160664651225e-07
BICGSTAB_SOLVER_TIME: 0.585865 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105782
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.824895(s) Flops=1273061376 => 1543.30111832415 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222246.668468374 Mflops = 222.246668468374 Gflops = 0.222246668468374 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140948000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.214455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795306(s) Flops=1426876416 => 1794.12253396806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258271.055352138 Mflops = 258.271055352138 Gflops = 0.258271055352138 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 8.17867e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864861(s) Flops=1558112256 => 1801.57534678983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.547852438 Mflops = 259.414547852438 Gflops = 0.259414547852438 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002049435 Relative Rsd = 9.01984454865729e-07
BICGSTAB_SOLVER_TIME: 1.663575 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324323999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.199904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684092(s) Flops=1184090112 => 1730.89308455588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249206.372485487 Mflops = 249.206372485487 Gflops = 0.249206372485487 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.119038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817943(s) Flops=1315325952 => 1608.08999160088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231552.679709715 Mflops = 231.552679709715 Gflops = 0.231552679709715 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001926485 Relative Rsd = 8.46797555287495e-07
BICGSTAB_SOLVER_TIME: 1.505434 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271338999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 323 resid = 1.423533e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.186458(s) Flops=2122426368 => 1788.87610686598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257619.924233592 Mflops = 257.619924233592 Gflops = 0.257619924233592 Tflops
InvBiCGStab: k = 358 resid = 1.116277e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.326509(s) Flops=2352089088 => 1773.14220107063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255325.275033191 Mflops = 255.325275033191 Gflops = 0.255325275033191 Tflops
BICGSTAB_SOLVER: 681 iterations. Rsd = 0.002077745 Relative Rsd = 9.14444225842173e-07
BICGSTAB_SOLVER_TIME: 2.517985 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.487035999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 278 resid = 1.58086e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.118305(s) Flops=1827145728 => 1633.85277540564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235256.742809547 Mflops = 235.256742809547 Gflops = 0.235256742809547 Tflops
InvBiCGStab: k = 300 resid = 8.523464e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.110049(s) Flops=1971505152 => 1776.05236525595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255742.165081989 Mflops = 255.742165081989 Gflops = 0.255742165081989 Tflops
BICGSTAB_SOLVER: 578 iterations. Rsd = 0.001884845 Relative Rsd = 8.28494142642782e-07
BICGSTAB_SOLVER_TIME: 2.233282 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413554999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 221 resid = 1.964616e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808017(s) Flops=1453123584 => 1798.38243997342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258866.183009272 Mflops = 258.866183009272 Gflops = 0.258866183009272 Tflops
InvBiCGStab: k = 251 resid = 1.139444e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933577(s) Flops=1649977344 => 1767.37145837997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254492.734662116 Mflops = 254.492734662116 Gflops = 0.254492734662116 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.001907632 Relative Rsd = 8.36537702839787e-07
BICGSTAB_SOLVER_TIME: 1.746914 sec
2Flav::invert,  n_count = 472
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337073000000003
MInvCG2: 310 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.345333(s) Flops=2004903936 => 1490.26593118581 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214607.810277584 Mflops = 214.607810277584 Gflops = 0.214607810277584 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222679000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0930776352997782
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 450.607976 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.053313 secs
Doing Update: 2753 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 284 resid = 1.939928e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.040405(s) Flops=1866516480 => 1794.02874842009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258358.363341725 Mflops = 258.358363341725 Gflops = 0.258358363341725 Tflops
InvBiCGStab: k = 324 resid = 1.013245e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.186124(s) Flops=2128988160 => 1794.91196535944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258455.244754916 Mflops = 258.455244754916 Gflops = 0.258455244754916 Tflops
BICGSTAB_SOLVER: 608 iterations. Rsd = 0.001955459 Relative Rsd = 8.60006165302586e-07
BICGSTAB_SOLVER_TIME: 2.231342 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.437300999999993
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 221 resid = 2.107495e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.926135(s) Flops=1453123584 => 1569.01918618776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225931.012231464 Mflops = 225.931012231464 Gflops = 0.225931012231464 Tflops
InvBiCGStab: k = 245 resid = 1.134932e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908291(s) Flops=1610606592 => 1773.22751408965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255335.073305414 Mflops = 255.335073305414 Gflops = 0.255335073305414 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.001851088 Relative Rsd = 8.13159185427009e-07
BICGSTAB_SOLVER_TIME: 1.839307 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334896999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
MInvCG2: 333 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.35994(s) Flops=2145576960 => 1577.69972204656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227293.503440458 Mflops = 227.293503440457 Gflops = 0.227293503440458 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238573000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 1.671288e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.045718(s) Flops=1774651392 => 1697.06497545227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244385.06836243 Mflops = 244.38506836243 Gflops = 0.24438506836243 Tflops
InvBiCGStab: k = 336 resid = 8.409703e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.302902(s) Flops=2207729664 => 1694.47100702892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243997.984449332 Mflops = 243.997984449332 Gflops = 0.243997984449332 Tflops
BICGSTAB_SOLVER: 606 iterations. Rsd = 0.002051476 Relative Rsd = 9.02234123567976e-07
BICGSTAB_SOLVER_TIME: 2.35324 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.433366999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 271 resid = 2.214911e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993019(s) Flops=1781213184 => 1793.73524977871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258298.996615402 Mflops = 258.298996615402 Gflops = 0.258298996615402 Tflops
InvBiCGStab: k = 316 resid = 1.098907e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.156646(s) Flops=2076493824 => 1795.27169419165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.473237742 Mflops = 258.512473237742 Gflops = 0.258512473237742 Tflops
BICGSTAB_SOLVER: 587 iterations. Rsd = 0.00199007 Relative Rsd = 8.7421221966606e-07
BICGSTAB_SOLVER_TIME: 2.154403 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419751999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 226 resid = 2.257567e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953487(s) Flops=1485932544 => 1558.41930094485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224357.459104038 Mflops = 224.357459104038 Gflops = 0.224357459104038 Tflops
InvBiCGStab: k = 242 resid = 1.034986e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908712(s) Flops=1590921216 => 1750.74304730212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252097.055928187 Mflops = 252.097055928187 Gflops = 0.252097055928187 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.001799515 Relative Rsd = 7.888336019741e-07
BICGSTAB_SOLVER_TIME: 1.867051 sec
2Flav::invert,  n_count = 468
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334321000000002
MInvCG2: 311 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.257431(s) Flops=2011318272 => 1599.54563868713 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230463.996199444 Mflops = 230.463996199444 Gflops = 0.230463996199444 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.223642000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.177672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659358(s) Flops=1151281152 => 1746.06382572138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251391.846082403 Mflops = 251.391846082403 Gflops = 0.251391846082403 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.007767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989955(s) Flops=1610606592 => 1626.94929769535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234269.980742997 Mflops = 234.269980742997 Gflops = 0.234269980742997 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002070794 Relative Rsd = 9.10730320512766e-07
BICGSTAB_SOLVER_TIME: 1.652813 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.117278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299610999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.521648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.652812(s) Flops=1170966528 => 1793.72702707671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258277.410068786 Mflops = 258.277410068786 Gflops = 0.258277410068786 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.075294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844776(s) Flops=1466247168 => 1735.66385408676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249923.39547029 Mflops = 249.92339547029 Gflops = 0.24992339547029 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001951483 Relative Rsd = 8.57261387399475e-07
BICGSTAB_SOLVER_TIME: 1.501061 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001796
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286416999999998
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878214(s) Flops=1341849600 => 1527.93009448722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220005.128389559 Mflops = 220.005128389559 Gflops = 0.220005128389559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148337000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 152 resid = 1.618129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.556235(s) Flops=1000359936 => 1798.44838242829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258927.439185796 Mflops = 258.927439185796 Gflops = 0.258927439185796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.9e-05 s
InvBiCGStab: k = 174 resid = 1.104098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.634132(s) Flops=1144719360 => 1805.17520011606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259913.421037096 Mflops = 259.913421037096 Gflops = 0.259913421037096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 326 iterations. Rsd = 0.001795674 Relative Rsd = 7.87149505006188e-07
BICGSTAB_SOLVER_TIME: 1.194112 sec
2Flav::invert,  n_count = 326
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.234531999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000243 s
InvBiCGStab: k = 127 resid = 2.280442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467175(s) Flops=836315136 => 1790.15387381602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257645.46250013 Mflops = 257.64546250013 Gflops = 0.25764546250013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 9.3e-05 s
InvBiCGStab: k = 141 resid = 1.083794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.59373(s) Flops=928180224 => 1563.30356222525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225064.788939466 Mflops = 225.064788939466 Gflops = 0.225064788939466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 268 iterations. Rsd = 0.001578516 Relative Rsd = 6.9195676719368e-07
BICGSTAB_SOLVER_TIME: 1.065456 sec
2Flav::invert,  n_count = 268
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192791999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005017 s
InvBiCGStab: k = 92 resid = 1.822146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343431(s) Flops=606652416 => 1766.44629052124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254323.057220216 Mflops = 254.323057220216 Gflops = 0.254323057220216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007141 s
InvBiCGStab: k = 129 resid = 8.231548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479091(s) Flops=849438720 => 1773.02165976819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255282.33417412 Mflops = 255.28233417412 Gflops = 0.25528233417412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 221 iterations. Rsd = 0.001409831 Relative Rsd = 6.18012045211992e-07
BICGSTAB_SOLVER_TIME: 0.838563 sec
2Flav::invert,  n_count = 221
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161215999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007429 s
InvBiCGStab: k = 76 resid = 1.631768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277973(s) Flops=501663744 => 1804.72112039659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259843.508370248 Mflops = 259.843508370248 Gflops = 0.259843508370248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01096 s
InvBiCGStab: k = 115 resid = 8.366307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422357(s) Flops=757573632 => 1793.68077716245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258248.542818158 Mflops = 258.248542818158 Gflops = 0.258248542818158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001321467 Relative Rsd = 5.79276845347793e-07
BICGSTAB_SOLVER_TIME: 0.723925 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142538
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01055 s
InvBiCGStab: k = 72 resid = 2.266544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263102(s) Flops=475416576 => 1806.96678854589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.750648019 Mflops = 260.156750648019 Gflops = 0.260156750648019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015033 s
InvBiCGStab: k = 101 resid = 7.948955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368088(s) Flops=665708544 => 1808.55812740432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260382.450203746 Mflops = 260.382450203746 Gflops = 0.260382450203746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001218205 Relative Rsd = 5.34011017406331e-07
BICGSTAB_SOLVER_TIME: 0.660641 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129161
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935279(s) Flops=1335582720 => 1428.00460611219 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205614.608761438 Mflops = 205.614608761438 Gflops = 0.205614608761438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147614000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.01374 s
InvBiCGStab: k = 32 resid = 1.650161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128754(s) Flops=212944896 => 1653.8895568293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238053.36120147 Mflops = 238.05336120147 Gflops = 0.23805336120147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019249 s
InvBiCGStab: k = 49 resid = 1.146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180366(s) Flops=324495360 => 1799.09384252021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.027897012 Mflops = 258.972027897012 Gflops = 0.258972027897012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007395182 Relative Rsd = 3.24174402964441e-07
BICGSTAB_SOLVER_TIME: 0.345903 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0645410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016613 s
InvBiCGStab: k = 87 resid = 2.191162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319564(s) Flops=573843456 => 1795.70745140254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258545.454328342 Mflops = 258.545454328342 Gflops = 0.258545454328342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023935 s
InvBiCGStab: k = 108 resid = 1.008449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40975(s) Flops=711641088 => 1736.768976205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250055.497801327 Mflops = 250.055497801327 Gflops = 0.250055497801327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001336278 Relative Rsd = 5.85769301717167e-07
BICGSTAB_SOLVER_TIME: 0.774166 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147393
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021574 s
InvBiCGStab: k = 55 resid = 1.897217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229189(s) Flops=363866112 => 1587.62467657697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228566.351225514 Mflops = 228.566351225514 Gflops = 0.228566351225514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.033753 s
InvBiCGStab: k = 80 resid = 1.117273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323279(s) Flops=527910912 => 1632.98857024428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235108.804279438 Mflops = 235.108804279438 Gflops = 0.235108804279438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001082505 Relative Rsd = 4.74525666928093e-07
BICGSTAB_SOLVER_TIME: 0.611586 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105437
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023595 s
InvBiCGStab: k = 74 resid = 1.890965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274384(s) Flops=488540160 => 1780.49798822089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256345.542490965 Mflops = 256.345542490965 Gflops = 0.256345542490965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033944 s
InvBiCGStab: k = 96 resid = 1.087067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353367(s) Flops=632899584 => 1791.05458064845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257862.851175278 Mflops = 257.862851175278 Gflops = 0.257862851175278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001235469 Relative Rsd = 5.41578660558439e-07
BICGSTAB_SOLVER_TIME: 0.689069 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131501
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027617 s
InvBiCGStab: k = 55 resid = 2.251324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202186(s) Flops=363866112 => 1799.66027321377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259087.114858523 Mflops = 259.087114858523 Gflops = 0.259087114858523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038576 s
InvBiCGStab: k = 94 resid = 9.282054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34327(s) Flops=619776000 => 1805.50587001486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.707005605 Mflops = 259.949707005605 Gflops = 0.259949707005605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001144209 Relative Rsd = 5.01574251406977e-07
BICGSTAB_SOLVER_TIME: 0.615514 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117489
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.833418(s) Flops=1329242112 => 1594.92848966545 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229721.927144114 Mflops = 229.721927144114 Gflops = 0.229721927144114 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147076000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.557848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032603 s
InvBiCGStab: k = 27 resid = 2.189569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099861(s) Flops=180135936 => 1803.86673476132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.832170972 Mflops = 259.612832170972 Gflops = 0.259612832170972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.045322 s
InvBiCGStab: k = 61 resid = 6.999538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224065(s) Flops=403236864 => 1799.64235378127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259090.410726913 Mflops = 259.090410726913 Gflops = 0.259090410726913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007625553 Relative Rsd = 3.34272912000208e-07
BICGSTAB_SOLVER_TIME: 0.405738 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036007 s
InvBiCGStab: k = 63 resid = 1.805113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230403(s) Flops=416360448 => 1807.09647009805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260157.601388983 Mflops = 260.157601388983 Gflops = 0.260157601388983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.049803 s
InvBiCGStab: k = 77 resid = 1.06751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2804(s) Flops=508225536 => 1812.50191155492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260941.892913545 Mflops = 260.941892913545 Gflops = 0.260941892913545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001089632 Relative Rsd = 4.77649929361642e-07
BICGSTAB_SOLVER_TIME: 0.600511 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 62 resid = 2.002976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227177(s) Flops=409798656 => 1803.87387807745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259702.672600452 Mflops = 259.702672600452 Gflops = 0.259702672600452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055849 s
InvBiCGStab: k = 67 resid = 1.055829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262089(s) Flops=442607616 => 1688.76838020672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243116.651376182 Mflops = 243.116651376182 Gflops = 0.243116651376182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001010214 Relative Rsd = 4.42836158039164e-07
BICGSTAB_SOLVER_TIME: 0.590194 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041811 s
InvBiCGStab: k = 68 resid = 2.19897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286206(s) Flops=449169408 => 1569.3920043605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225954.147987216 Mflops = 225.954147987216 Gflops = 0.225954147987216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063677 s
InvBiCGStab: k = 82 resid = 6.296178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316403(s) Flops=541034496 => 1709.95374885826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246191.047352009 Mflops = 246.191047352009 Gflops = 0.246191047352009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001100796 Relative Rsd = 4.82543919947376e-07
BICGSTAB_SOLVER_TIME: 0.712211 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 61 resid = 2.110801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227138(s) Flops=403236864 => 1775.29459623665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255593.566134379 Mflops = 255.593566134379 Gflops = 0.255593566134379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056598 s
InvBiCGStab: k = 72 resid = 9.33013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265648(s) Flops=475416576 => 1789.64861771969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257652.446401762 Mflops = 257.652446401762 Gflops = 0.257652446401762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001056954 Relative Rsd = 4.63325128438004e-07
BICGSTAB_SOLVER_TIME: 0.59444 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109236
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84523(s) Flops=1316855808 => 1557.98517326645 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224324.718390077 Mflops = 224.324718390077 Gflops = 0.224324718390077 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145658000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042157 s
InvBiCGStab: k = 28 resid = 2.193897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104325(s) Flops=186697728 => 1789.5780301941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257569.619092064 Mflops = 257.569619092064 Gflops = 0.257569619092064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056546 s
InvBiCGStab: k = 51 resid = 1.091131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193929(s) Flops=337618944 => 1740.94098355584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250623.624063054 Mflops = 250.623624063054 Gflops = 0.250623624063054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007536697 Relative Rsd = 3.30377841328974e-07
BICGSTAB_SOLVER_TIME: 0.400726 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 55 resid = 1.75179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204012(s) Flops=363866112 => 1783.55249691195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256774.869234268 Mflops = 256.774869234268 Gflops = 0.256774869234268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 78 resid = 9.614084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284589(s) Flops=514787328 => 1808.87992157111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260425.093415448 Mflops = 260.425093415448 Gflops = 0.260425093415448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001104885 Relative Rsd = 4.84335999981987e-07
BICGSTAB_SOLVER_TIME: 0.589738 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 58 resid = 1.578722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212624(s) Flops=383551488 => 1803.89555271277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.364412461 Mflops = 259.700364412461 Gflops = 0.259700364412461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056377 s
InvBiCGStab: k = 67 resid = 9.106677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244496(s) Flops=442607616 => 1810.28571428571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260619.592100669 Mflops = 260.619592100669 Gflops = 0.260619592100669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001051461 Relative Rsd = 4.60917248939383e-07
BICGSTAB_SOLVER_TIME: 0.558541 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 63 resid = 1.886176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23111(s) Flops=416360448 => 1801.56829215525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259350.818585243 Mflops = 259.350818585243 Gflops = 0.259350818585243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056132 s
InvBiCGStab: k = 77 resid = 8.459413e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281316(s) Flops=508225536 => 1806.60017915796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260091.273878908 Mflops = 260.091273878908 Gflops = 0.260091273878908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001098131 Relative Rsd = 4.81375447226116e-07
BICGSTAB_SOLVER_TIME: 0.613482 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044158 s
InvBiCGStab: k = 56 resid = 1.648515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224368(s) Flops=370427904 => 1650.98366968552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237688.157941512 Mflops = 237.688157941512 Gflops = 0.237688157941512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061445 s
InvBiCGStab: k = 79 resid = 9.54659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340709(s) Flops=521349120 => 1530.1888708546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220307.372354775 Mflops = 220.307372354775 Gflops = 0.220307372354775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001072314 Relative Rsd = 4.70058505439648e-07
BICGSTAB_SOLVER_TIME: 0.674912 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110511
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.853276(s) Flops=1316560896 => 1542.94846685012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222175.652139263 Mflops = 222.175652139263 Gflops = 0.222175652139263 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146158000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.726321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75772(s) Flops=1197213696 => 1580.02124267539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227490.993142971 Mflops = 227.490993142971 Gflops = 0.227490993142971 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.048587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.929348(s) Flops=1630291968 => 1754.2319647753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252596.447154593 Mflops = 252.596447154593 Gflops = 0.252596447154593 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002078893 Relative Rsd = 9.14275172515395e-07
BICGSTAB_SOLVER_TIME: 1.690546 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306815999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.614632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.616192(s) Flops=1111910400 => 1804.48691316992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259816.457280528 Mflops = 259.816457280528 Gflops = 0.259816457280528 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 7.090696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743894(s) Flops=1341573120 => 1803.44662008297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.055304729 Mflops = 259.683055304729 Gflops = 0.259683055304729 Tflops
BICGSTAB_SOLVER: 373 iterations. Rsd = 0.001876928 Relative Rsd = 8.24544609249626e-07
BICGSTAB_SOLVER_TIME: 1.36343 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.116253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266610999999998
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917135(s) Flops=1316560896 => 1435.51483260371 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206725.12639116 Mflops = 206.72512639116 Gflops = 0.20672512639116 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145614000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 32 resid = 1.820938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118295(s) Flops=212944896 => 1800.11746903927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259085.977851681 Mflops = 259.085977851681 Gflops = 0.259085977851681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056063 s
InvBiCGStab: k = 47 resid = 1.150827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17293(s) Flops=311371776 => 1800.56540796854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259184.237837545 Mflops = 259.184237837545 Gflops = 0.259184237837545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007132589 Relative Rsd = 3.12663387641748e-07
BICGSTAB_SOLVER_TIME: 0.392124 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 83 resid = 2.261851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302698(s) Flops=547596288 => 1809.05155633668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260453.446992474 Mflops = 260.453446992474 Gflops = 0.260453446992474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056086 s
InvBiCGStab: k = 102 resid = 1.096464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381221(s) Flops=672270336 => 1763.46616791835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253901.93271882 Mflops = 253.90193271882 Gflops = 0.25390193271882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001302935 Relative Rsd = 5.71153262909954e-07
BICGSTAB_SOLVER_TIME: 0.78532 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046262 s
InvBiCGStab: k = 60 resid = 1.989116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247954(s) Flops=396675072 => 1599.79299386176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230329.635231696 Mflops = 230.329635231696 Gflops = 0.230329635231696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066291 s
InvBiCGStab: k = 72 resid = 8.937932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288694(s) Flops=475416576 => 1646.78370870195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237087.078019567 Mflops = 237.087078019567 Gflops = 0.237087078019567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001014759 Relative Rsd = 4.4482879263527e-07
BICGSTAB_SOLVER_TIME: 0.653094 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043321 s
InvBiCGStab: k = 71 resid = 2.177926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262689(s) Flops=468854784 => 1784.82838641892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256956.352719806 Mflops = 256.956352719806 Gflops = 0.256956352719806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056838 s
InvBiCGStab: k = 81 resid = 1.106969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298099(s) Flops=534472704 => 1792.93692363946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258120.284615587 Mflops = 258.120284615587 Gflops = 0.258120284615587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001135304 Relative Rsd = 4.97670530863434e-07
BICGSTAB_SOLVER_TIME: 0.664834 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 55 resid = 2.183641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202486(s) Flops=363866112 => 1796.99392550596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258712.3720194 Mflops = 258.7123720194 Gflops = 0.2587123720194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056693 s
InvBiCGStab: k = 78 resid = 1.066516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284451(s) Flops=514787328 => 1809.75749074533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260547.582854185 Mflops = 260.547582854185 Gflops = 0.260547582854185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001076342 Relative Rsd = 4.71823997961145e-07
BICGSTAB_SOLVER_TIME: 0.58826 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109313
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838743(s) Flops=1304100864 => 1554.82771719108 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223878.292003815 Mflops = 223.878292003815 Gflops = 0.223878292003815 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144983000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041351 s
InvBiCGStab: k = 26 resid = 2.26585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096894(s) Flops=173574144 => 1791.38175738436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257832.300849377 Mflops = 257.832300849377 Gflops = 0.257832300849377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056372 s
InvBiCGStab: k = 48 resid = 1.019923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175784(s) Flops=317933568 => 1808.66044691212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260358.628005748 Mflops = 260.358628005748 Gflops = 0.260358628005748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007497213 Relative Rsd = 3.28646999328408e-07
BICGSTAB_SOLVER_TIME: 0.374295 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 72 resid = 2.126744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262911(s) Flops=475416576 => 1808.27951664251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260343.584591554 Mflops = 260.343584591554 Gflops = 0.260343584591554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055458 s
InvBiCGStab: k = 96 resid = 1.081892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350764(s) Flops=632899584 => 1804.34589638617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.433023568 Mflops = 259.775433023568 Gflops = 0.259775433023568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001302403 Relative Rsd = 5.70919843936855e-07
BICGSTAB_SOLVER_TIME: 0.714338 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 58 resid = 2.094594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212297(s) Flops=383551488 => 1806.67408394843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260104.658425373 Mflops = 260.104658425373 Gflops = 0.260104658425373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 77 resid = 8.678798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281221(s) Flops=508225536 => 1807.21047147973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260184.042831107 Mflops = 260.184042831107 Gflops = 0.260184042831107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.0009836496 Relative Rsd = 4.31191592770559e-07
BICGSTAB_SOLVER_TIME: 0.594562 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041574 s
InvBiCGStab: k = 60 resid = 2.125922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244796(s) Flops=396675072 => 1620.43118351607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233284.177915591 Mflops = 233.284177915591 Gflops = 0.233284177915591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064365 s
InvBiCGStab: k = 86 resid = 9.906605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356369(s) Flops=567281664 => 1591.83785346088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229174.343332018 Mflops = 229.174343332018 Gflops = 0.229174343332018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001114581 Relative Rsd = 4.88586633988391e-07
BICGSTAB_SOLVER_TIME: 0.710974 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044851 s
InvBiCGStab: k = 51 resid = 2.228209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203268(s) Flops=337618944 => 1660.95471987721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239127.57229657 Mflops = 239.12757229657 Gflops = 0.23912757229657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058984 s
InvBiCGStab: k = 73 resid = 8.993406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273176(s) Flops=481978368 => 1764.35107037221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254009.730786549 Mflops = 254.009730786549 Gflops = 0.254009730786549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001080474 Relative Rsd = 4.73635214881394e-07
BICGSTAB_SOLVER_TIME: 0.584174 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1027
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.822723(s) Flops=1304027136 => 1585.01359023632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228218.46342501 Mflops = 228.21846342501 Gflops = 0.22821846342501 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144376000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04951 s
InvBiCGStab: k = 30 resid = 1.770862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128067(s) Flops=199821312 => 1560.28728712315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224581.876056541 Mflops = 224.581876056541 Gflops = 0.224581876056541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059927 s
InvBiCGStab: k = 52 resid = 8.452712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191923(s) Flops=344180736 => 1793.32719892874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258154.086679753 Mflops = 258.154086679753 Gflops = 0.258154086679753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007460292 Relative Rsd = 3.2702855463616e-07
BICGSTAB_SOLVER_TIME: 0.433245 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 51 resid = 1.860227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190474(s) Flops=337618944 => 1772.51983997816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255169.808772529 Mflops = 255.169808772529 Gflops = 0.255169808772529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 84 resid = 1.109435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30911(s) Flops=554158080 => 1792.75364756883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258106.680532958 Mflops = 258.106680532958 Gflops = 0.258106680532957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001075943 Relative Rsd = 4.71649316469034e-07
BICGSTAB_SOLVER_TIME: 0.601087 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041394 s
InvBiCGStab: k = 53 resid = 1.811003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194463(s) Flops=350742528 => 1803.64659601055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259662.694935384 Mflops = 259.662694935384 Gflops = 0.259662694935384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 71 resid = 1.030525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2594(s) Flops=468854784 => 1807.45868928296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.993272598 Mflops = 260.217993272598 Gflops = 0.260217993272598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001029173 Relative Rsd = 4.51147230924569e-07
BICGSTAB_SOLVER_TIME: 0.555074 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040696 s
InvBiCGStab: k = 60 resid = 1.649552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222003(s) Flops=396675072 => 1786.80050269591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257249.333016045 Mflops = 257.249333016045 Gflops = 0.257249333016045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060312 s
InvBiCGStab: k = 81 resid = 1.080295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314778(s) Flops=534472704 => 1697.93538303185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244449.817841864 Mflops = 244.449817841864 Gflops = 0.244449817841864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001056995 Relative Rsd = 4.63343244689743e-07
BICGSTAB_SOLVER_TIME: 0.641623 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04613 s
InvBiCGStab: k = 61 resid = 2.272144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254071(s) Flops=403236864 => 1587.1030696144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228509.489816124 Mflops = 228.509489816124 Gflops = 0.228509489816124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064287 s
InvBiCGStab: k = 75 resid = 8.44337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319006(s) Flops=495101952 => 1552.01454518097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223434.903652442 Mflops = 223.434903652442 Gflops = 0.223434903652442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001065176 Relative Rsd = 4.6692919086829e-07
BICGSTAB_SOLVER_TIME: 0.687825 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11111
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836745(s) Flops=1322532864 => 1580.56858899665 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227592.146372743 Mflops = 227.592146372743 Gflops = 0.227592146372743 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146943000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041597 s
InvBiCGStab: k = 27 resid = 1.844848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100789(s) Flops=180135936 => 1787.25789520682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257218.642997766 Mflops = 257.218642997766 Gflops = 0.257218642997766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056173 s
InvBiCGStab: k = 51 resid = 1.086418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187403(s) Flops=337618944 => 1801.56637833973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259338.952534576 Mflops = 259.338952534576 Gflops = 0.259338952534576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007566715 Relative Rsd = 3.31693719101348e-07
BICGSTAB_SOLVER_TIME: 0.389748 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 59 resid = 2.066814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243116(s) Flops=390113280 => 1604.63844419948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231012.097997864 Mflops = 231.012097997864 Gflops = 0.231012097997864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062959 s
InvBiCGStab: k = 83 resid = 7.45939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344474(s) Flops=547596288 => 1589.65927181732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228860.960286767 Mflops = 228.860960286767 Gflops = 0.228860960286768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001085464 Relative Rsd = 4.75823045711016e-07
BICGSTAB_SOLVER_TIME: 0.695995 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042676 s
InvBiCGStab: k = 59 resid = 1.446552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220268(s) Flops=390113280 => 1771.08467866417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254984.463284616 Mflops = 254.984463284616 Gflops = 0.254984463284616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058841 s
InvBiCGStab: k = 76 resid = 1.110473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300134(s) Flops=501663744 => 1671.46589190162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240647.997277257 Mflops = 240.647997277257 Gflops = 0.240647997277257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001037584 Relative Rsd = 4.54834066764205e-07
BICGSTAB_SOLVER_TIME: 0.626024 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 56 resid = 2.154024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206846(s) Flops=370427904 => 1790.8390976862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257825.483989207 Mflops = 257.825483989207 Gflops = 0.257825483989207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056849 s
InvBiCGStab: k = 80 resid = 9.823287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293726(s) Flops=527910912 => 1797.29037266023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258762.694307565 Mflops = 258.762694307565 Gflops = 0.258762694307565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001124961 Relative Rsd = 4.93136875076356e-07
BICGSTAB_SOLVER_TIME: 0.602132 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 53 resid = 1.996653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195087(s) Flops=350742528 => 1797.87750080733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258832.896522861 Mflops = 258.832896522861 Gflops = 0.258832896522861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057785 s
InvBiCGStab: k = 78 resid = 7.062292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286568(s) Flops=514787328 => 1796.38804053488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258626.279812112 Mflops = 258.626279812112 Gflops = 0.258626279812112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001039445 Relative Rsd = 4.55649859441065e-07
BICGSTAB_SOLVER_TIME: 0.584533 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107742
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929452(s) Flops=1335287808 => 1436.63987812173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206875.954894637 Mflops = 206.875954894637 Gflops = 0.206875954894637 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147399000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021453
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.124575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714322(s) Flops=1289078784 => 1804.61862297395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.627923309 Mflops = 259.765627923309 Gflops = 0.259765627923309 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 5.953963e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.954433(s) Flops=1577797632 => 1653.12560651193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238038.420829012 Mflops = 238.038420829012 Gflops = 0.238038420829012 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002034268 Relative Rsd = 8.94626029611805e-07
BICGSTAB_SOLVER_TIME: 1.672659 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.126174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311526999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.853061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676468(s) Flops=1190651904 => 1760.10085325544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253331.359984552 Mflops = 253.331359984552 Gflops = 0.253331359984552 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 7.087268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741519(s) Flops=1328449536 => 1791.52460827032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257962.132520669 Mflops = 257.962132520669 Gflops = 0.257962132520669 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001937208 Relative Rsd = 8.510759301718e-07
BICGSTAB_SOLVER_TIME: 1.421356 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273263999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.835427(s) Flops=1335287808 => 1598.32972599641 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230163.197326961 Mflops = 230.163197326961 Gflops = 0.230163197326961 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148335000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 25 resid = 1.989028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094923(s) Flops=167012352 => 1759.45083910117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253246.331293447 Mflops = 253.246331293447 Gflops = 0.253246331293447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058179 s
InvBiCGStab: k = 55 resid = 8.629463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23924(s) Flops=363866112 => 1520.92506269855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218957.933528216 Mflops = 218.957933528216 Gflops = 0.218957933528216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007467475 Relative Rsd = 3.27343420194538e-07
BICGSTAB_SOLVER_TIME: 0.437661 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044187 s
InvBiCGStab: k = 75 resid = 1.410222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290723(s) Flops=495101952 => 1703.00234931533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245193.407667808 Mflops = 245.193407667808 Gflops = 0.245193407667808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056651 s
InvBiCGStab: k = 98 resid = 8.153117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362472(s) Flops=646023168 => 1782.27054227637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256606.940117611 Mflops = 256.606940117611 Gflops = 0.256606940117611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001264208 Relative Rsd = 5.54176957175588e-07
BICGSTAB_SOLVER_TIME: 0.757968 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041869 s
InvBiCGStab: k = 67 resid = 9.009571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247149(s) Flops=442607616 => 1790.85335566804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257833.554456571 Mflops = 257.833554456571 Gflops = 0.257833554456571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 81 resid = 1.124575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296831(s) Flops=534472704 => 1800.59597548774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259234.463311836 Mflops = 259.234463311836 Gflops = 0.259234463311836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00109873 Relative Rsd = 4.81638107360471e-07
BICGSTAB_SOLVER_TIME: 0.646176 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 61 resid = 2.235151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223949(s) Flops=403236864 => 1800.57452366387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259232.466500087 Mflops = 259.232466500087 Gflops = 0.259232466500087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055702 s
InvBiCGStab: k = 82 resid = 9.684219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332782(s) Flops=541034496 => 1625.79254887584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234067.182432217 Mflops = 234.067182432217 Gflops = 0.234067182432217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001132553 Relative Rsd = 4.96464498814627e-07
BICGSTAB_SOLVER_TIME: 0.657212 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116594
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048358 s
InvBiCGStab: k = 62 resid = 1.666188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268024(s) Flops=409798656 => 1528.962540668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220128.046744165 Mflops = 220.128046744165 Gflops = 0.220128046744165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05999 s
InvBiCGStab: k = 83 resid = 7.418033e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30654(s) Flops=547596288 => 1786.37792131533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257186.152439019 Mflops = 257.186152439019 Gflops = 0.257186152439019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001117077 Relative Rsd = 4.89680651466592e-07
BICGSTAB_SOLVER_TIME: 0.686717 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117654
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.841324(s) Flops=1341628416 => 1594.6631927771 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229609.00722693 Mflops = 229.60900722693 Gflops = 0.22960900722693 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148649000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046067 s
InvBiCGStab: k = 25 resid = 1.987123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106142(s) Flops=167012352 => 1573.48035650355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226470.236976815 Mflops = 226.470236976815 Gflops = 0.226470236976815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060056 s
InvBiCGStab: k = 51 resid = 7.344901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208844(s) Flops=337618944 => 1616.60830093275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232719.574770577 Mflops = 232.719574770577 Gflops = 0.232719574770577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007794909 Relative Rsd = 3.41696798867397e-07
BICGSTAB_SOLVER_TIME: 0.425572 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043686 s
InvBiCGStab: k = 73 resid = 1.69534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270045(s) Flops=481978368 => 1784.80759873354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256965.000308324 Mflops = 256.965000308324 Gflops = 0.256965000308324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057292 s
InvBiCGStab: k = 98 resid = 1.046146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368338(s) Flops=646023168 => 1753.88683220303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252514.07680676 Mflops = 252.51407680676 Gflops = 0.25251407680676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00130769 Relative Rsd = 5.73237397335261e-07
BICGSTAB_SOLVER_TIME: 0.743382 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136572
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 58 resid = 1.851697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212479(s) Flops=383551488 => 1805.12656780199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.645187783 Mflops = 259.866645187783 Gflops = 0.259866645187783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 65 resid = 1.133291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267828(s) Flops=429484032 => 1603.58152246964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230867.563487933 Mflops = 230.867563487933 Gflops = 0.230867563487933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001064954 Relative Rsd = 4.6683212858433e-07
BICGSTAB_SOLVER_TIME: 0.581998 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 65 resid = 1.530603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238063(s) Flops=429484032 => 1804.07720645375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.597778075 Mflops = 259.726597778075 Gflops = 0.259726597778075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056109 s
InvBiCGStab: k = 79 resid = 1.031932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289087(s) Flops=521349120 => 1803.43329170803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.363063428 Mflops = 259.637363063428 Gflops = 0.259637363063428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001084964 Relative Rsd = 4.75603711485748e-07
BICGSTAB_SOLVER_TIME: 0.628587 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 56 resid = 2.168639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205264(s) Flops=370427904 => 1804.64135942006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.363994896 Mflops = 259.797363994896 Gflops = 0.259797363994896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 84 resid = 1.113177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348108(s) Flops=554158080 => 1591.91423351374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229198.038009461 Mflops = 229.198038009461 Gflops = 0.229198038009461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001104047 Relative Rsd = 4.83968673841111e-07
BICGSTAB_SOLVER_TIME: 0.654664 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114249
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883369(s) Flops=1347895296 => 1525.85759291983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219705.113140209 Mflops = 219.705113140209 Gflops = 0.219705113140209 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149242000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041678 s
InvBiCGStab: k = 25 resid = 2.259334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092923(s) Flops=167012352 => 1797.31984546345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258709.809490822 Mflops = 258.709809490822 Gflops = 0.258709809490822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056824 s
InvBiCGStab: k = 50 resid = 1.064777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184805(s) Flops=331057152 => 1791.38633694976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257867.889300314 Mflops = 257.867889300314 Gflops = 0.257867889300314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007588799 Relative Rsd = 3.32661790356198e-07
BICGSTAB_SOLVER_TIME: 0.380069 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045942 s
InvBiCGStab: k = 50 resid = 2.215967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20864(s) Flops=331057152 => 1586.73865030675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228430.810284699 Mflops = 228.430810284699 Gflops = 0.228430810284699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059673 s
InvBiCGStab: k = 82 resid = 8.323258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342964(s) Flops=541034496 => 1577.5256178491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227124.998515091 Mflops = 227.124998515091 Gflops = 0.227124998515091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001054244 Relative Rsd = 4.6213705954585e-07
BICGSTAB_SOLVER_TIME: 0.66224 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041503 s
InvBiCGStab: k = 52 resid = 1.774871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193108(s) Flops=344180736 => 1782.32251382646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256589.50026846 Mflops = 256.58950026846 Gflops = 0.25658950026846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061102 s
InvBiCGStab: k = 68 resid = 1.151681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252277(s) Flops=449169408 => 1780.46119146811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256320.757929038 Mflops = 256.320757929038 Gflops = 0.256320757929038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001011208 Relative Rsd = 4.43271866651389e-07
BICGSTAB_SOLVER_TIME: 0.551873 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04136 s
InvBiCGStab: k = 59 resid = 2.231106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215913(s) Flops=390113280 => 1806.8077420072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260121.708883015 Mflops = 260.121708883015 Gflops = 0.260121708883015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 82 resid = 1.047429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30004(s) Flops=541034496 => 1803.20789228103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.421794538 Mflops = 259.613421794538 Gflops = 0.259613421794538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001108292 Relative Rsd = 4.85829697695717e-07
BICGSTAB_SOLVER_TIME: 0.617428 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042243 s
InvBiCGStab: k = 55 resid = 2.196479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201962(s) Flops=363866112 => 1801.65631158337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259365.875854297 Mflops = 259.365875854297 Gflops = 0.259365875854297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055973 s
InvBiCGStab: k = 74 resid = 1.056621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270113(s) Flops=488540160 => 1808.65104604369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260384.076038937 Mflops = 260.384076038937 Gflops = 0.260384076038937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001074858 Relative Rsd = 4.7117370107129e-07
BICGSTAB_SOLVER_TIME: 0.574033 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106357
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897982(s) Flops=1347895296 => 1501.02707626656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216129.032561657 Mflops = 216.129032561657 Gflops = 0.216129032561657 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149205000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042847 s
InvBiCGStab: k = 30 resid = 1.535947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113206(s) Flops=199821312 => 1765.11237920252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254022.959819501 Mflops = 254.022959819501 Gflops = 0.254022959819501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056839 s
InvBiCGStab: k = 50 resid = 1.100506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191423(s) Flops=331057152 => 1729.45336767264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248950.004850926 Mflops = 248.950004850926 Gflops = 0.248950004850926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007260923 Relative Rsd = 3.18289019639226e-07
BICGSTAB_SOLVER_TIME: 0.4081 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 64 resid = 2.040337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236559(s) Flops=422922240 => 1787.80870734151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257386.160821232 Mflops = 257.386160821232 Gflops = 0.257386160821232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05613 s
InvBiCGStab: k = 88 resid = 8.693481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332773(s) Flops=580405248 => 1744.14765621009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251101.403298475 Mflops = 251.101403298475 Gflops = 0.251101403298475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001084318 Relative Rsd = 4.75320536609988e-07
BICGSTAB_SOLVER_TIME: 0.670485 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001932
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122796
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041854 s
InvBiCGStab: k = 57 resid = 2.185575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245632(s) Flops=376989696 => 1534.77436164669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220958.969842052 Mflops = 220.958969842052 Gflops = 0.220958969842052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061666 s
InvBiCGStab: k = 89 resid = 5.880094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38301(s) Flops=586967040 => 1532.5110049346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220652.931820512 Mflops = 220.652931820512 Gflops = 0.220652931820512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001056628 Relative Rsd = 4.63182137628511e-07
BICGSTAB_SOLVER_TIME: 0.736406 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 63 resid = 1.160938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238506(s) Flops=416360448 => 1745.70219617117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251338.115446031 Mflops = 251.338115446031 Gflops = 0.251338115446031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058083 s
InvBiCGStab: k = 86 resid = 1.020609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326137(s) Flops=567281664 => 1739.39683016646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250424.571769825 Mflops = 250.424571769825 Gflops = 0.250424571769825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001083393 Relative Rsd = 4.74914834634445e-07
BICGSTAB_SOLVER_TIME: 0.668201 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041348 s
InvBiCGStab: k = 65 resid = 1.241241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244525(s) Flops=429484032 => 1756.40131683877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252863.700559096 Mflops = 252.863700559096 Gflops = 0.252863700559096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057306 s
InvBiCGStab: k = 70 resid = 1.025843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267853(s) Flops=462292992 => 1725.92053103755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248471.635040547 Mflops = 248.471635040547 Gflops = 0.248471635040547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001038161 Relative Rsd = 4.55087081908198e-07
BICGSTAB_SOLVER_TIME: 0.614942 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110634
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857147(s) Flops=1347895296 => 1572.53691140493 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226437.727621791 Mflops = 226.437727621791 Gflops = 0.226437727621791 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149342000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.214708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.74518(s) Flops=1302202368 => 1747.50042674253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251643.1681482 Mflops = 251.6431681482 Gflops = 0.2516431681482 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 6.582587e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857426(s) Flops=1518741504 => 1771.27997518153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255050.494840616 Mflops = 255.050494840616 Gflops = 0.255050494840616 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.00200213 Relative Rsd = 8.80461591586329e-07
BICGSTAB_SOLVER_TIME: 1.605998 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.117455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306527999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.07238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.71503(s) Flops=1164404736 => 1628.46976490497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234465.105999647 Mflops = 234.465105999647 Gflops = 0.234465105999647 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.145298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75787(s) Flops=1236584448 => 1631.65773549553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234947.067034589 Mflops = 234.947067034589 Gflops = 0.234947067034589 Tflops
BICGSTAB_SOLVER: 365 iterations. Rsd = 0.00188591 Relative Rsd = 8.28581911022705e-07
BICGSTAB_SOLVER_TIME: 1.476258 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.119417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260445999999998
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.862836(s) Flops=1347895296 => 1562.16858823693 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224941.031341709 Mflops = 224.941031341709 Gflops = 0.224941031341709 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04449 s
InvBiCGStab: k = 27 resid = 1.971258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117024(s) Flops=180135936 => 1539.30762920427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221575.397773694 Mflops = 221.575397773694 Gflops = 0.221575397773694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057325 s
InvBiCGStab: k = 61 resid = 8.311101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265429(s) Flops=403236864 => 1519.18917676667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218704.985966302 Mflops = 218.704985966302 Gflops = 0.218704985966302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.000773076 Relative Rsd = 3.38884773859931e-07
BICGSTAB_SOLVER_TIME: 0.488475 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043331 s
InvBiCGStab: k = 83 resid = 2.042377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320468(s) Flops=547596288 => 1708.73936867332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246021.705322781 Mflops = 246.021705322781 Gflops = 0.246021705322781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058355 s
InvBiCGStab: k = 107 resid = 8.984063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414763(s) Flops=705079296 => 1699.95707428097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244756.604840846 Mflops = 244.756604840846 Gflops = 0.244756604840846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001299096 Relative Rsd = 5.69470492766112e-07
BICGSTAB_SOLVER_TIME: 0.840717 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044228 s
InvBiCGStab: k = 57 resid = 2.065485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216548(s) Flops=376989696 => 1740.90592385984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250631.602926585 Mflops = 250.631602926585 Gflops = 0.250631602926585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 84 resid = 4.342511e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318002(s) Flops=554158080 => 1742.62451179552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250884.14509895 Mflops = 250.88414509895 Gflops = 0.25088414509895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00107933 Relative Rsd = 4.73133981572742e-07
BICGSTAB_SOLVER_TIME: 0.639002 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041974 s
InvBiCGStab: k = 59 resid = 2.249153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233757(s) Flops=390113280 => 1668.88384091172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240259.238853721 Mflops = 240.259238853721 Gflops = 0.240259238853721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055862 s
InvBiCGStab: k = 74 resid = 1.136502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270833(s) Flops=488540160 => 1803.84281088346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.569288888 Mflops = 259.688569288888 Gflops = 0.259688569288888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001136779 Relative Rsd = 4.98317051407857e-07
BICGSTAB_SOLVER_TIME: 0.606332 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042048 s
InvBiCGStab: k = 61 resid = 1.385767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264658(s) Flops=403236864 => 1523.61486900075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219351.560820992 Mflops = 219.351560820992 Gflops = 0.219351560820992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060119 s
InvBiCGStab: k = 92 resid = 1.04377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390682(s) Flops=606652416 => 1552.80359985871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223569.641481992 Mflops = 223.569641481992 Gflops = 0.223569641481992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001102927 Relative Rsd = 4.83477799966552e-07
BICGSTAB_SOLVER_TIME: 0.762612 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123517
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857894(s) Flops=1347895296 => 1571.16764542006 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226226.490248164 Mflops = 226.226490248164 Gflops = 0.226226490248164 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 33 resid = 1.796085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121777(s) Flops=219506688 => 1802.52993586638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.516172936 Mflops = 259.444516172935 Gflops = 0.259444516172936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 53 resid = 1.036651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194213(s) Flops=350742528 => 1805.96833373667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259964.143161846 Mflops = 259.964143161846 Gflops = 0.259964143161846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007506137 Relative Rsd = 3.29038233818408e-07
BICGSTAB_SOLVER_TIME: 0.41709 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 80 resid = 1.511439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336749(s) Flops=527910912 => 1567.6688334635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225713.437680646 Mflops = 225.713437680646 Gflops = 0.225713437680646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06701 s
InvBiCGStab: k = 96 resid = 6.4547e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371478(s) Flops=632899584 => 1703.73369082422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245293.593678887 Mflops = 245.293593678887 Gflops = 0.245293593678887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001274628 Relative Rsd = 5.58744549039866e-07
BICGSTAB_SOLVER_TIME: 0.819886 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 58 resid = 2.260647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216343(s) Flops=383551488 => 1772.88605593895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255231.377603849 Mflops = 255.231377603849 Gflops = 0.255231377603849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 72 resid = 1.075695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264999(s) Flops=475416576 => 1794.03158502485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258275.49876161 Mflops = 258.27549876161 Gflops = 0.25827549876161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001054511 Relative Rsd = 4.6225417728596e-07
BICGSTAB_SOLVER_TIME: 0.583534 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040849 s
InvBiCGStab: k = 64 resid = 1.717681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234473(s) Flops=422922240 => 1803.71403103982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.315188276 Mflops = 259.678315188276 Gflops = 0.259678315188276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 86 resid = 1.006277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314185(s) Flops=567281664 => 1805.56571446759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259948.959123111 Mflops = 259.948959123111 Gflops = 0.259948959123111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001122526 Relative Rsd = 4.92069343047879e-07
BICGSTAB_SOLVER_TIME: 0.649593 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04202 s
InvBiCGStab: k = 65 resid = 1.694132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239616(s) Flops=429484032 => 1792.38461538462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258049.448556458 Mflops = 258.049448556458 Gflops = 0.258049448556458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056644 s
InvBiCGStab: k = 77 resid = 1.130307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283151(s) Flops=508225536 => 1794.89225183736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258406.559021762 Mflops = 258.406559021762 Gflops = 0.258406559021762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001077505 Relative Rsd = 4.72333855626259e-07
BICGSTAB_SOLVER_TIME: 0.625299 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115698
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931841(s) Flops=1341849600 => 1439.99845467199 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207364.660759922 Mflops = 207.364660759922 Gflops = 0.207364660759922 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148637000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021668
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041737 s
InvBiCGStab: k = 32 resid = 1.884448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117802(s) Flops=212944896 => 1807.6509397124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260207.859530104 Mflops = 260.207859530104 Gflops = 0.260207859530104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 50 resid = 9.626791e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185596(s) Flops=331057152 => 1783.75154636953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256775.098312725 Mflops = 256.775098312725 Gflops = 0.256775098312725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007635126 Relative Rsd = 3.34692571144344e-07
BICGSTAB_SOLVER_TIME: 0.405019 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041095 s
InvBiCGStab: k = 60 resid = 1.800743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219262(s) Flops=396675072 => 1809.13734253997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260460.251611339 Mflops = 260.460251611339 Gflops = 0.260460251611339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 80 resid = 1.127622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297626(s) Flops=527910912 => 1773.73922977159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255360.23706431 Mflops = 255.36023706431 Gflops = 0.25536023706431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001104731 Relative Rsd = 4.84268791239624e-07
BICGSTAB_SOLVER_TIME: 0.618558 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046553 s
InvBiCGStab: k = 59 resid = 1.073864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24365(s) Flops=390113280 => 1601.12160886518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230533.278425983 Mflops = 230.533278425983 Gflops = 0.230533278425983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06507 s
InvBiCGStab: k = 75 resid = 1.117053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3126(s) Flops=495101952 => 1583.81942418426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228011.239820137 Mflops = 228.011239820137 Gflops = 0.228011239820137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001006569 Relative Rsd = 4.41238304635864e-07
BICGSTAB_SOLVER_TIME: 0.671794 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 65 resid = 2.143057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242945(s) Flops=429484032 => 1767.82412480191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254521.516110864 Mflops = 254.521516110864 Gflops = 0.254521516110864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056986 s
InvBiCGStab: k = 87 resid = 1.145688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322382(s) Flops=573843456 => 1780.01084427791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256268.059179479 Mflops = 256.268059179479 Gflops = 0.256268059179479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001111337 Relative Rsd = 4.87164431679407e-07
BICGSTAB_SOLVER_TIME: 0.667382 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 63 resid = 8.91569e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230596(s) Flops=416360448 => 1805.58399972246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.542435026 Mflops = 259.928542435026 Gflops = 0.259928542435026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057376 s
InvBiCGStab: k = 74 resid = 5.23389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270887(s) Flops=488540160 => 1803.48322363199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259650.889282006 Mflops = 259.650889282006 Gflops = 0.259650889282006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001053082 Relative Rsd = 4.61627763229382e-07
BICGSTAB_SOLVER_TIME: 0.603608 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112251
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839159(s) Flops=1341775872 => 1598.95308517218 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230235.204379202 Mflops = 230.235204379202 Gflops = 0.230235204379202 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148671000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 28 resid = 1.442487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103562(s) Flops=186697728 => 1802.76286668855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259450.843042251 Mflops = 259.450843042251 Gflops = 0.259450843042251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 47 resid = 1.139101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172736(s) Flops=311371776 => 1802.58762504631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.656872389 Mflops = 259.465656872389 Gflops = 0.259465656872389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007819803 Relative Rsd = 3.42788060634066e-07
BICGSTAB_SOLVER_TIME: 0.377411 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040667 s
InvBiCGStab: k = 64 resid = 1.64731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23933(s) Flops=422922240 => 1767.10917979359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254422.941756599 Mflops = 254.422941756599 Gflops = 0.254422941756599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060121 s
InvBiCGStab: k = 81 resid = 1.137817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313104(s) Flops=534472704 => 1707.01333742143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245744.564383067 Mflops = 245.744564383067 Gflops = 0.245744564383067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001108545 Relative Rsd = 4.85940793695813e-07
BICGSTAB_SOLVER_TIME: 0.657057 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041684 s
InvBiCGStab: k = 66 resid = 1.236792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242654(s) Flops=436045824 => 1796.98593058429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258716.951276848 Mflops = 258.716951276848 Gflops = 0.258716951276848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056816 s
InvBiCGStab: k = 70 resid = 1.088129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257689(s) Flops=462292992 => 1793.99583218531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258267.456195976 Mflops = 258.267456195976 Gflops = 0.258267456195976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001041386 Relative Rsd = 4.56500812955805e-07
BICGSTAB_SOLVER_TIME: 0.602691 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 66 resid = 1.946545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271894(s) Flops=436045824 => 1603.7346318786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230887.903613779 Mflops = 230.887903613779 Gflops = 0.230887903613779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063753 s
InvBiCGStab: k = 76 resid = 1.149478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315332(s) Flops=501663744 => 1590.90654928773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229038.458534549 Mflops = 229.038458534549 Gflops = 0.229038458534549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001124422 Relative Rsd = 4.9290034316986e-07
BICGSTAB_SOLVER_TIME: 0.69623 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 54 resid = 2.176636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203878(s) Flops=357304320 => 1752.53985226459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252299.154648331 Mflops = 252.299154648331 Gflops = 0.252299154648331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056931 s
InvBiCGStab: k = 76 resid = 9.473709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282116(s) Flops=501663744 => 1778.21798125594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255999.869848322 Mflops = 255.999869848322 Gflops = 0.255999869848322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001025982 Relative Rsd = 4.49748554226997e-07
BICGSTAB_SOLVER_TIME: 0.587925 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107113
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.837765(s) Flops=1335582720 => 1594.22119568137 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229543.748348444 Mflops = 229.543748348444 Gflops = 0.229543748348444 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147819000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.273775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730166(s) Flops=1282516992 => 1756.47317459317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252846.28098938 Mflops = 252.84628098938 Gflops = 0.25284628098938 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.074745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.792851(s) Flops=1420314624 => 1791.40169338249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257946.261423835 Mflops = 257.946261423835 Gflops = 0.257946261423835 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001958917 Relative Rsd = 8.61435771481976e-07
BICGSTAB_SOLVER_TIME: 1.526524 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293523999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.233186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722891(s) Flops=1302202368 => 1801.38135348206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259315.57895248 Mflops = 259.31557895248 Gflops = 0.25931557895248 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 3.317829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759883(s) Flops=1269393408 => 1670.51165508374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240541.236152743 Mflops = 240.541236152743 Gflops = 0.240541236152743 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001884546 Relative Rsd = 8.28024154462846e-07
BICGSTAB_SOLVER_TIME: 1.486262 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.12313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280552999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855299(s) Flops=1335582720 => 1561.53897058222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224970.051517395 Mflops = 224.970051517395 Gflops = 0.224970051517395 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147882000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04232 s
InvBiCGStab: k = 27 resid = 2.144023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100589(s) Flops=180135936 => 1790.81148038056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257726.273251502 Mflops = 257.726273251502 Gflops = 0.257726273251502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 58 resid = 1.106878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21404(s) Flops=383551488 => 1791.96172678004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257969.981888136 Mflops = 257.969981888136 Gflops = 0.257969981888136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007257031 Relative Rsd = 3.18118420682717e-07
BICGSTAB_SOLVER_TIME: 0.417098 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044927 s
InvBiCGStab: k = 80 resid = 2.238914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320085(s) Flops=527910912 => 1649.2835090679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237453.339903091 Mflops = 237.453339903091 Gflops = 0.237453339903091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065189 s
InvBiCGStab: k = 100 resid = 7.056611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412929(s) Flops=659146752 => 1596.27139774634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229829.037041283 Mflops = 229.829037041283 Gflops = 0.229829037041283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001275 Relative Rsd = 5.58907697368899e-07
BICGSTAB_SOLVER_TIME: 0.847063 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043465 s
InvBiCGStab: k = 58 resid = 1.950945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215261(s) Flops=383551488 => 1781.79739014499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256520.498705395 Mflops = 256.520498705395 Gflops = 0.256520498705395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056879 s
InvBiCGStab: k = 64 resid = 1.061168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237017(s) Flops=422922240 => 1784.35403367691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256873.487460958 Mflops = 256.873487460958 Gflops = 0.256873487460958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009914699 Relative Rsd = 4.34619697916358e-07
BICGSTAB_SOLVER_TIME: 0.556486 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 64 resid = 2.223347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234497(s) Flops=422922240 => 1803.52942681569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.908306602 Mflops = 259.659908306602 Gflops = 0.259659908306602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 73 resid = 1.11359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266888(s) Flops=481978368 => 1805.91996642786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259991.712078664 Mflops = 259.991712078664 Gflops = 0.259991712078664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001100385 Relative Rsd = 4.82363420842031e-07
BICGSTAB_SOLVER_TIME: 0.602685 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 63 resid = 2.20923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230572(s) Flops=416360448 => 1805.77194108565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259976.020589008 Mflops = 259.976020589008 Gflops = 0.259976020589008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 73 resid = 8.988037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267605(s) Flops=481978368 => 1801.08132508735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259285.592748071 Mflops = 259.285592748071 Gflops = 0.259285592748071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001114279 Relative Rsd = 4.8845410467638e-07
BICGSTAB_SOLVER_TIME: 0.599906 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111349
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925115(s) Flops=1335435264 => 1443.53433248839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207876.415761115 Mflops = 207.876415761115 Gflops = 0.207876415761115 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147646000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 30 resid = 1.444996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111215(s) Flops=199821312 => 1796.71188238997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258603.58002629 Mflops = 258.60358002629 Gflops = 0.25860358002629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056228 s
InvBiCGStab: k = 53 resid = 1.088721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19448(s) Flops=350742528 => 1803.48893459482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.575558785 Mflops = 259.619575558785 Gflops = 0.259619575558785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007420523 Relative Rsd = 3.25285235386157e-07
BICGSTAB_SOLVER_TIME: 0.4072 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 75 resid = 1.592247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274169(s) Flops=495101952 => 1805.82761727256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.409390373 Mflops = 259.994409390373 Gflops = 0.259994409390373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 105 resid = 8.093598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384824(s) Flops=691955712 => 1798.10955657651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.906831065 Mflops = 258.887906831065 Gflops = 0.258887906831065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001295536 Relative Rsd = 5.67909943531883e-07
BICGSTAB_SOLVER_TIME: 0.76089 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043273 s
InvBiCGStab: k = 55 resid = 2.112173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229884(s) Flops=363866112 => 1582.82486819439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227880.748550353 Mflops = 227.880748550353 Gflops = 0.227880748550353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063517 s
InvBiCGStab: k = 82 resid = 9.161866e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334425(s) Flops=541034496 => 1617.80517604844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232913.959914116 Mflops = 232.913959914116 Gflops = 0.232913959914116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001052523 Relative Rsd = 4.6138265799812e-07
BICGSTAB_SOLVER_TIME: 0.674917 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04208 s
InvBiCGStab: k = 75 resid = 7.751048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277704(s) Flops=495101952 => 1782.84054964999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256667.442048621 Mflops = 256.667442048621 Gflops = 0.256667442048621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056867 s
InvBiCGStab: k = 82 resid = 9.185002e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302104(s) Flops=541034496 => 1790.88822392289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257836.198419297 Mflops = 257.836198419297 Gflops = 0.257836198419297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00114944 Relative Rsd = 5.0386736062346e-07
BICGSTAB_SOLVER_TIME: 0.682688 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 55 resid = 1.994507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202369(s) Flops=363866112 => 1798.03286076425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258841.720802703 Mflops = 258.841720802703 Gflops = 0.258841720802703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055767 s
InvBiCGStab: k = 81 resid = 9.719178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302004(s) Flops=534472704 => 1769.75372511622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254797.910905176 Mflops = 254.797910905176 Gflops = 0.254797910905176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001079692 Relative Rsd = 4.73292792207697e-07
BICGSTAB_SOLVER_TIME: 0.605528 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111354
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836997(s) Flops=1329168384 => 1588.02048752863 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228656.943552187 Mflops = 228.656943552187 Gflops = 0.228656943552187 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147268000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 31 resid = 2.119167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114822(s) Flops=206383104 => 1797.41777708105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258726.121408694 Mflops = 258.726121408694 Gflops = 0.258726121408694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 55 resid = 1.073796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20163(s) Flops=363866112 => 1804.62288349948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259801.243424039 Mflops = 259.801243424039 Gflops = 0.259801243424039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008033332 Relative Rsd = 3.52148294137734e-07
BICGSTAB_SOLVER_TIME: 0.418102 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 57 resid = 1.940297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20867(s) Flops=376989696 => 1806.6310250635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.555748069 Mflops = 260.057555748069 Gflops = 0.260057555748069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 69 resid = 1.084229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251741(s) Flops=455731200 => 1810.31774720844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260621.317053899 Mflops = 260.621317053899 Gflops = 0.260621317053899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001053594 Relative Rsd = 4.61852251655849e-07
BICGSTAB_SOLVER_TIME: 0.562043 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042567 s
InvBiCGStab: k = 61 resid = 1.4791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223653(s) Flops=403236864 => 1802.9575458411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.383047604 Mflops = 259.566383047604 Gflops = 0.259566383047604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 71 resid = 1.002131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259051(s) Flops=468854784 => 1809.89374293093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260552.407657254 Mflops = 260.552407657254 Gflops = 0.260552407657254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001058103 Relative Rsd = 4.63828811268019e-07
BICGSTAB_SOLVER_TIME: 0.585607 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108491
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044141 s
InvBiCGStab: k = 61 resid = 1.858101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245644(s) Flops=403236864 => 1641.54982006481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236333.425882095 Mflops = 236.333425882095 Gflops = 0.236333425882095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060466 s
InvBiCGStab: k = 81 resid = 1.042044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345104(s) Flops=534472704 => 1548.72938012889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222986.998611287 Mflops = 222.986998611287 Gflops = 0.222986998611287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001099286 Relative Rsd = 4.81881885767663e-07
BICGSTAB_SOLVER_TIME: 0.699651 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04503 s
InvBiCGStab: k = 58 resid = 2.185199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221305(s) Flops=383551488 => 1733.13521158582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249512.647179383 Mflops = 249.512647179383 Gflops = 0.249512647179383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057481 s
InvBiCGStab: k = 70 resid = 9.58417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26215(s) Flops=462292992 => 1763.46744993324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253883.821200784 Mflops = 253.883821200784 Gflops = 0.253883821200784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001056421 Relative Rsd = 4.6309145430643e-07
BICGSTAB_SOLVER_TIME: 0.589896 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105891
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831113(s) Flops=1322975232 => 1591.81150096317 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229218.18052844 Mflops = 229.21818052844 Gflops = 0.22921818052844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146604000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04687 s
InvBiCGStab: k = 34 resid = 1.719574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1461(s) Flops=226068480 => 1547.35441478439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222726.191629398 Mflops = 222.726191629398 Gflops = 0.222726191629398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060818 s
InvBiCGStab: k = 55 resid = 9.077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203867(s) Flops=363866112 => 1784.82104509312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256935.514082147 Mflops = 256.935514082147 Gflops = 0.256935514082147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007523375 Relative Rsd = 3.2979386012682e-07
BICGSTAB_SOLVER_TIME: 0.461414 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 57 resid = 2.129962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21205(s) Flops=376989696 => 1777.83398255129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255946.879738012 Mflops = 255.946879738012 Gflops = 0.255946879738012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 84 resid = 1.123998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309172(s) Flops=554158080 => 1792.3941365971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258050.891795776 Mflops = 258.050891795776 Gflops = 0.258050891795776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001125482 Relative Rsd = 4.93365139848256e-07
BICGSTAB_SOLVER_TIME: 0.622485 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 61 resid = 2.200103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222968(s) Flops=403236864 => 1808.49657349934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260358.213345379 Mflops = 260.358213345379 Gflops = 0.260358213345379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 77 resid = 8.142803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280917(s) Flops=508225536 => 1809.16618075802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260448.514966123 Mflops = 260.448514966123 Gflops = 0.260448514966123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001069665 Relative Rsd = 4.68897279219084e-07
BICGSTAB_SOLVER_TIME: 0.604934 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042749 s
InvBiCGStab: k = 62 resid = 1.76141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228211(s) Flops=409798656 => 1795.70071556586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258523.89989557 Mflops = 258.52389989557 Gflops = 0.25852389989557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057026 s
InvBiCGStab: k = 76 resid = 1.038208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279609(s) Flops=501663744 => 1794.16164715728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258293.131909586 Mflops = 258.293131909586 Gflops = 0.258293131909586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001100777 Relative Rsd = 4.8253524455922e-07
BICGSTAB_SOLVER_TIME: 0.611504 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047517 s
InvBiCGStab: k = 57 resid = 2.132784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233915(s) Flops=376989696 => 1611.65250625227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232019.845659039 Mflops = 232.019845659039 Gflops = 0.232019845659039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064706 s
InvBiCGStab: k = 67 resid = 9.465774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280807(s) Flops=442607616 => 1576.19865601641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226926.111624235 Mflops = 226.926111624235 Gflops = 0.226926111624235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001023349 Relative Rsd = 4.48594115221873e-07
BICGSTAB_SOLVER_TIME: 0.632566 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10277
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839356(s) Flops=1322901504 => 1576.09107935131 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226931.382175744 Mflops = 226.931382175744 Gflops = 0.226931382175744 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146693000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.246964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795025(s) Flops=1275955200 => 1604.92462501179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231059.054790518 Mflops = 231.059054790518 Gflops = 0.231059054790518 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.044999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855414(s) Flops=1407191040 => 1645.04092755087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236872.698044772 Mflops = 236.872698044772 Gflops = 0.236872698044772 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001946182 Relative Rsd = 8.55812560397665e-07
BICGSTAB_SOLVER_TIME: 1.65401 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291075999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.830005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.731754(s) Flops=1302202368 => 1779.56303347846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256219.452382361 Mflops = 256.219452382361 Gflops = 0.256219452382361 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 5.067297e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745815(s) Flops=1315325952 => 1763.60887351421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253944.161770655 Mflops = 253.944161770655 Gflops = 0.253944161770655 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001889137 Relative Rsd = 8.30077420912142e-07
BICGSTAB_SOLVER_TIME: 1.480952 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.116171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284128999999998
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920074(s) Flops=1322901504 => 1437.82076659051 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207021.743064894 Mflops = 207.021743064894 Gflops = 0.207021743064894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146280000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 33 resid = 1.98974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122802(s) Flops=219506688 => 1787.48463380075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257271.505477487 Mflops = 257.271505477487 Gflops = 0.257271505477487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 51 resid = 8.502026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188789(s) Flops=337618944 => 1788.34012574885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257441.811053388 Mflops = 257.441811053388 Gflops = 0.257441811053388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.000751949 Relative Rsd = 3.29623567360482e-07
BICGSTAB_SOLVER_TIME: 0.413139 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 87 resid = 2.263885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319428(s) Flops=573843456 => 1796.47199368872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258647.443805132 Mflops = 258.647443805132 Gflops = 0.258647443805132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 96 resid = 1.017192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35253(s) Flops=632899584 => 1795.30702067909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258485.263378972 Mflops = 258.485263378972 Gflops = 0.258485263378972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001279737 Relative Rsd = 5.6098407497656e-07
BICGSTAB_SOLVER_TIME: 0.772912 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 50 resid = 2.110041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205518(s) Flops=331057152 => 1610.84261232593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231902.558684938 Mflops = 231.902558684938 Gflops = 0.231902558684938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065318 s
InvBiCGStab: k = 76 resid = 8.040881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318784(s) Flops=501663744 => 1573.67918088737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226568.214955293 Mflops = 226.568214955293 Gflops = 0.226568214955293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001041164 Relative Rsd = 4.56403648608455e-07
BICGSTAB_SOLVER_TIME: 0.635099 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042195 s
InvBiCGStab: k = 67 resid = 2.249009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266657(s) Flops=442607616 => 1659.83872915393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238964.564059803 Mflops = 238.964564059803 Gflops = 0.238964564059803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05713 s
InvBiCGStab: k = 87 resid = 6.619501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32532(s) Flops=573843456 => 1763.93537440059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253969.297556193 Mflops = 253.969297556193 Gflops = 0.253969297556193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00115333 Relative Rsd = 5.05572278522948e-07
BICGSTAB_SOLVER_TIME: 0.695118 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 59 resid = 2.180891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218827(s) Flops=390113280 => 1782.74746717727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256644.451892842 Mflops = 256.644451892842 Gflops = 0.256644451892842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 80 resid = 8.339886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293144(s) Flops=527910912 => 1800.85866331905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259276.654116551 Mflops = 259.276654116551 Gflops = 0.259276654116551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001086866 Relative Rsd = 4.76437569382651e-07
BICGSTAB_SOLVER_TIME: 0.61372 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113425
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.828859(s) Flops=1323196416 => 1596.40712835356 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229854.993329666 Mflops = 229.854993329666 Gflops = 0.229854993329666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146530000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041937 s
InvBiCGStab: k = 34 resid = 1.84205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127204(s) Flops=226068480 => 1777.21203735732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255817.281692012 Mflops = 255.817281692012 Gflops = 0.255817281692012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056573 s
InvBiCGStab: k = 60 resid = 6.861872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219502(s) Flops=396675072 => 1807.15926050788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260155.352127058 Mflops = 260.155352127058 Gflops = 0.260155352127058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007721705 Relative Rsd = 3.38487849335934e-07
BICGSTAB_SOLVER_TIME: 0.449094 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0814350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 74 resid = 2.247493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27045(s) Flops=488540160 => 1806.39733777038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260077.061209946 Mflops = 260.077061209946 Gflops = 0.260077061209946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 106 resid = 1.061633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391503(s) Flops=698517504 => 1784.19451191945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256883.141939285 Mflops = 256.883141939285 Gflops = 0.256883141939285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001291334 Relative Rsd = 5.66067750372746e-07
BICGSTAB_SOLVER_TIME: 0.76338 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142956
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041542 s
InvBiCGStab: k = 59 resid = 2.091509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221998(s) Flops=390113280 => 1757.28285840413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252989.235155195 Mflops = 252.989235155195 Gflops = 0.252989235155195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 80 resid = 2.487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30471(s) Flops=527910912 => 1732.50274687408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249424.26167111 Mflops = 249.42426167111 Gflops = 0.24942426167111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00104149 Relative Rsd = 4.56546537354558e-07
BICGSTAB_SOLVER_TIME: 0.628836 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045805 s
InvBiCGStab: k = 64 resid = 1.787958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265774(s) Flops=422922240 => 1591.28522729838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229090.49937967 Mflops = 229.09049937967 Gflops = 0.22909049937967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065434 s
InvBiCGStab: k = 83 resid = 1.149716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324321(s) Flops=547596288 => 1688.43919450174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243099.530452587 Mflops = 243.099530452587 Gflops = 0.243099530452587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001148072 Relative Rsd = 5.03267432016606e-07
BICGSTAB_SOLVER_TIME: 0.705162 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042125 s
InvBiCGStab: k = 61 resid = 2.158591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227401(s) Flops=403236864 => 1773.24138416278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255284.119063519 Mflops = 255.284119063519 Gflops = 0.255284119063519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056959 s
InvBiCGStab: k = 85 resid = 1.082711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312787(s) Flops=560719872 => 1792.65721401465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258088.507253721 Mflops = 258.088507253721 Gflops = 0.258088507253721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001108671 Relative Rsd = 4.85995652767977e-07
BICGSTAB_SOLVER_TIME: 0.643054 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118521
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.834056(s) Flops=1335582720 => 1601.31060744123 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230566.061836059 Mflops = 230.566061836059 Gflops = 0.230566061836059 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148004000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041523 s
InvBiCGStab: k = 26 resid = 2.025009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096822(s) Flops=173574144 => 1792.71388733965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258037.072876856 Mflops = 258.037072876856 Gflops = 0.258037072876856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 54 resid = 1.05712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205081(s) Flops=357304320 => 1742.25949746685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250805.36621367 Mflops = 250.80536621367 Gflops = 0.25080536621367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007943238 Relative Rsd = 3.48198925742981e-07
BICGSTAB_SOLVER_TIME: 0.403646 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04433 s
InvBiCGStab: k = 63 resid = 1.861063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24109(s) Flops=416360448 => 1726.99177900369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248623.222873553 Mflops = 248.623222873553 Gflops = 0.248623222873553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 76 resid = 7.310554e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280298(s) Flops=501663744 => 1789.75142170119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257663.719586653 Mflops = 257.663719586653 Gflops = 0.257663719586653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001059898 Relative Rsd = 4.64615566910402e-07
BICGSTAB_SOLVER_TIME: 0.625665 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113646
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 58 resid = 2.048567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213088(s) Flops=383551488 => 1799.9675626971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259136.247047546 Mflops = 259.136247047546 Gflops = 0.259136247047546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056774 s
InvBiCGStab: k = 75 resid = 7.021536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275426(s) Flops=495101952 => 1797.58611024377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258796.851334212 Mflops = 258.796851334212 Gflops = 0.258796851334212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001019508 Relative Rsd = 4.4691032444413e-07
BICGSTAB_SOLVER_TIME: 0.590682 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041459 s
InvBiCGStab: k = 66 resid = 1.776639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241004(s) Flops=436045824 => 1809.28874209557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260482.367089086 Mflops = 260.482367089086 Gflops = 0.260482367089086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 77 resid = 7.729674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287934(s) Flops=508225536 => 1765.07649669716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254112.572106451 Mflops = 254.112572106451 Gflops = 0.254112572106451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001104938 Relative Rsd = 4.84359321466619e-07
BICGSTAB_SOLVER_TIME: 0.630883 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045448 s
InvBiCGStab: k = 56 resid = 1.432585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230772(s) Flops=370427904 => 1605.16832198014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231095.288090099 Mflops = 231.095288090099 Gflops = 0.231095288090099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063774 s
InvBiCGStab: k = 79 resid = 1.149568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323757(s) Flops=521349120 => 1610.30995468824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231846.525426677 Mflops = 231.846525426677 Gflops = 0.231846525426677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001039786 Relative Rsd = 4.55799280244133e-07
BICGSTAB_SOLVER_TIME: 0.66763 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110621
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.849656(s) Flops=1341849600 => 1579.28573446195 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227397.069615136 Mflops = 227.397069615136 Gflops = 0.227397069615136 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148662000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044053 s
InvBiCGStab: k = 27 resid = 1.960963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104478(s) Flops=180135936 => 1724.15184057888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248136.750665105 Mflops = 248.136750665105 Gflops = 0.248136750665105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058862 s
InvBiCGStab: k = 60 resid = 4.161805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256893(s) Flops=396675072 => 1544.12565542852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222297.613687934 Mflops = 222.297613687934 Gflops = 0.222297613687934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.00077612 Relative Rsd = 3.40219125105908e-07
BICGSTAB_SOLVER_TIME: 0.468504 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046796 s
InvBiCGStab: k = 64 resid = 1.572904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272151(s) Flops=422922240 => 1553.99847878567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223735.943502577 Mflops = 223.735943502577 Gflops = 0.223735943502578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05919 s
InvBiCGStab: k = 82 resid = 1.144505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304484(s) Flops=541034496 => 1776.88974133288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255823.555402947 Mflops = 255.823555402947 Gflops = 0.255823555402947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001162945 Relative Rsd = 5.09787241374521e-07
BICGSTAB_SOLVER_TIME: 0.686499 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118891
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041067 s
InvBiCGStab: k = 62 resid = 1.379179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229748(s) Flops=409798656 => 1783.68758814005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256801.645373036 Mflops = 256.801645373036 Gflops = 0.256801645373036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 72 resid = 9.666604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263695(s) Flops=475416576 => 1802.90326323973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.097762962 Mflops = 259.560097762962 Gflops = 0.259560097762962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001008149 Relative Rsd = 4.41931008864295e-07
BICGSTAB_SOLVER_TIME: 0.594853 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 71 resid = 1.648968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259227(s) Flops=468854784 => 1808.66493073638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260392.774882406 Mflops = 260.392774882406 Gflops = 0.260392774882406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055577 s
InvBiCGStab: k = 82 resid = 1.061742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300144(s) Flops=541034496 => 1802.58308012154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259514.219502639 Mflops = 259.514219502639 Gflops = 0.259514219502639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001172978 Relative Rsd = 5.14185561106361e-07
BICGSTAB_SOLVER_TIME: 0.660155 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123624
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040735 s
InvBiCGStab: k = 53 resid = 2.209374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194435(s) Flops=350742528 => 1803.90633373621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.18794331 Mflops = 259.69218794331 Gflops = 0.25969218794331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055997 s
InvBiCGStab: k = 74 resid = 9.048828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270528(s) Flops=488540160 => 1805.87650816182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259997.923254679 Mflops = 259.997923254679 Gflops = 0.259997923254679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001034518 Relative Rsd = 4.53489993980323e-07
BICGSTAB_SOLVER_TIME: 0.565577 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105055
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918197(s) Flops=1348263936 => 1468.38198774337 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211532.701550208 Mflops = 211.532701550208 Gflops = 0.211532701550208 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149272000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.162021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800043(s) Flops=1440000000 => 1799.90325520003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259115.071988377 Mflops = 259.115071988377 Gflops = 0.259115071988377 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.065245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905218(s) Flops=1433438208 => 1583.52817553341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228016.961801223 Mflops = 228.016961801223 Gflops = 0.228016961801223 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002014304 Relative Rsd = 8.85753523322549e-07
BICGSTAB_SOLVER_TIME: 1.709059 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0.116116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311786
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.154854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66301(s) Flops=1184090112 => 1785.93099953244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257073.700154529 Mflops = 257.073700154529 Gflops = 0.257073700154529 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 9.04273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737(s) Flops=1328449536 => 1802.5095468114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.417476576 Mflops = 259.546417476576 Gflops = 0.259546417476576 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001911371 Relative Rsd = 8.39887422803029e-07
BICGSTAB_SOLVER_TIME: 1.403436 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272919999999998
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846518(s) Flops=1348263936 => 1592.71738580869 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229329.980833431 Mflops = 229.329980833431 Gflops = 0.229329980833431 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149605000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 32 resid = 1.519832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118477(s) Flops=212944896 => 1797.35219494079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.376975366 Mflops = 258.687376975366 Gflops = 0.258687376975366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05627 s
InvBiCGStab: k = 56 resid = 7.340664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205528(s) Flops=370427904 => 1802.32330388074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259450.075241279 Mflops = 259.450075241279 Gflops = 0.259450075241279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007184509 Relative Rsd = 3.14939350208699e-07
BICGSTAB_SOLVER_TIME: 0.425148 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 76 resid = 1.847903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277391(s) Flops=501663744 => 1808.50764444412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260374.693798383 Mflops = 260.374693798383 Gflops = 0.260374693798383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 92 resid = 7.648836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336009(s) Flops=606652416 => 1805.46478219333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259935.291208799 Mflops = 259.935291208799 Gflops = 0.259935291208799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001236021 Relative Rsd = 5.41820856983084e-07
BICGSTAB_SOLVER_TIME: 0.714224 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 61 resid = 2.008398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223727(s) Flops=403236864 => 1802.36119914002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259489.011830865 Mflops = 259.489011830865 Gflops = 0.259489011830865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 66 resid = 1.089489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242591(s) Flops=436045824 => 1797.45260129189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258767.292422318 Mflops = 258.767292422318 Gflops = 0.258767292422318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009988096 Relative Rsd = 4.37837093193349e-07
BICGSTAB_SOLVER_TIME: 0.56733 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042115 s
InvBiCGStab: k = 68 resid = 2.212416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281851(s) Flops=449169408 => 1593.64134950736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229443.148439788 Mflops = 229.443148439788 Gflops = 0.229443148439788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068476 s
InvBiCGStab: k = 78 resid = 1.053539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312019(s) Flops=514787328 => 1649.85891243802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237521.464542631 Mflops = 237.52146454263 Gflops = 0.23752146454263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001116322 Relative Rsd = 4.89349659892582e-07
BICGSTAB_SOLVER_TIME: 0.708313 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042581 s
InvBiCGStab: k = 59 resid = 1.867102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219172(s) Flops=390113280 => 1779.94123336923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256256.674590654 Mflops = 256.256674590654 Gflops = 0.256256674590654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05724 s
InvBiCGStab: k = 79 resid = 1.142486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29181(s) Flops=521349120 => 1786.60470854323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257213.894583364 Mflops = 257.213894583364 Gflops = 0.257213894583364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001061402 Relative Rsd = 4.65275253632145e-07
BICGSTAB_SOLVER_TIME: 0.614672 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112711
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.864193(s) Flops=1354530816 => 1567.39387613646 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225697.718524211 Mflops = 225.697718524211 Gflops = 0.225697718524211 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150235000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044266 s
InvBiCGStab: k = 26 resid = 2.128005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100048(s) Flops=173574144 => 1734.90868383176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249694.784611531 Mflops = 249.694784611531 Gflops = 0.249694784611531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 55 resid = 1.093031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20377(s) Flops=363866112 => 1785.6706679099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257053.291982713 Mflops = 257.053291982713 Gflops = 0.257053291982713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.00075662 Relative Rsd = 3.31671112060447e-07
BICGSTAB_SOLVER_TIME: 0.408123 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04119 s
InvBiCGStab: k = 79 resid = 2.266513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338899(s) Flops=521349120 => 1538.36134069443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221488.314680389 Mflops = 221.488314680389 Gflops = 0.221488314680389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 96 resid = 1.106106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357788(s) Flops=632899584 => 1768.92345187653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254679.717461948 Mflops = 254.679717461948 Gflops = 0.254679717461948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001256538 Relative Rsd = 5.50814836011472e-07
BICGSTAB_SOLVER_TIME: 0.798591 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 60 resid = 2.171716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220028(s) Flops=396675072 => 1802.83905684731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259548.983321643 Mflops = 259.548983321643 Gflops = 0.259548983321643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 65 resid = 9.266145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238134(s) Flops=429484032 => 1803.539318199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259645.097690601 Mflops = 259.645097690601 Gflops = 0.259645097690601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001044063 Relative Rsd = 4.57674286783178e-07
BICGSTAB_SOLVER_TIME: 0.559058 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040636 s
InvBiCGStab: k = 67 resid = 1.919316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24428(s) Flops=442607616 => 1811.88642541346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260854.975130404 Mflops = 260.854975130404 Gflops = 0.260854975130404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056006 s
InvBiCGStab: k = 80 resid = 1.12252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294241(s) Flops=527910912 => 1794.14463653944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258300.718314046 Mflops = 258.300718314046 Gflops = 0.258300718314046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001112534 Relative Rsd = 4.87689037504387e-07
BICGSTAB_SOLVER_TIME: 0.639032 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043581 s
InvBiCGStab: k = 56 resid = 1.888077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230545(s) Flops=370427904 => 1606.74880825869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231318.420867895 Mflops = 231.318420867895 Gflops = 0.231318420867895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063627 s
InvBiCGStab: k = 83 resid = 8.285804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339293(s) Flops=547596288 => 1613.93334964176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232357.047374606 Mflops = 232.357047374606 Gflops = 0.232357047374606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001056921 Relative Rsd = 4.63310788531699e-07
BICGSTAB_SOLVER_TIME: 0.681497 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11327
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86799(s) Flops=1360723968 => 1567.67240175578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225793.162034663 Mflops = 225.793162034663 Gflops = 0.225793162034663 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150729000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040684 s
InvBiCGStab: k = 25 resid = 2.222949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092849(s) Flops=167012352 => 1798.75229673987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258890.288595433 Mflops = 258.890288595433 Gflops = 0.258890288595433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055929 s
InvBiCGStab: k = 54 resid = 1.124506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198004(s) Flops=357304320 => 1804.53081755924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.461854234 Mflops = 259.776461854234 Gflops = 0.259776461854234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007518468 Relative Rsd = 3.29578736016392e-07
BICGSTAB_SOLVER_TIME: 0.391231 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045163 s
InvBiCGStab: k = 53 resid = 1.691222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218033(s) Flops=350742528 => 1608.66716506217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231597.690582819 Mflops = 231.597690582819 Gflops = 0.231597690582819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057447 s
InvBiCGStab: k = 80 resid = 7.402045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340168(s) Flops=527910912 => 1551.91232567437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223435.754792678 Mflops = 223.435754792678 Gflops = 0.223435754792678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001078547 Relative Rsd = 4.72790895487009e-07
BICGSTAB_SOLVER_TIME: 0.665208 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041112 s
InvBiCGStab: k = 56 resid = 1.99946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212105(s) Flops=370427904 => 1746.43645364324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251408.907645076 Mflops = 251.408907645076 Gflops = 0.251408907645076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 71 resid = 1.022373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266267(s) Flops=468854784 => 1760.84450570292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253499.8512373 Mflops = 253.4998512373 Gflops = 0.2534998512373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001033072 Relative Rsd = 4.5285633342305e-07
BICGSTAB_SOLVER_TIME: 0.57956 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041567 s
InvBiCGStab: k = 63 resid = 2.247025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245488(s) Flops=416360448 => 1696.05214104152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244188.204277792 Mflops = 244.188204277792 Gflops = 0.244188204277793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059359 s
InvBiCGStab: k = 89 resid = 1.09008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335094(s) Flops=586967040 => 1751.64891045498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252181.763523833 Mflops = 252.181763523833 Gflops = 0.252181763523833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001130597 Relative Rsd = 4.95607166338007e-07
BICGSTAB_SOLVER_TIME: 0.685365 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 73 resid = 1.628287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268045(s) Flops=481978368 => 1798.12482232461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258876.835613749 Mflops = 258.876835613749 Gflops = 0.258876835613749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056669 s
InvBiCGStab: k = 70 resid = 1.127838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259851(s) Flops=462292992 => 1779.06951291317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256117.200671702 Mflops = 256.117200671702 Gflops = 0.256117200671702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001066366 Relative Rsd = 4.67450989950043e-07
BICGSTAB_SOLVER_TIME: 0.629306 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116307
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94688(s) Flops=1367064576 => 1443.75694491382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207880.669721688 Mflops = 207.880669721688 Gflops = 0.207880669721688 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151383000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 29 resid = 1.739594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107545(s) Flops=193259520 => 1797.01073969036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.222410529 Mflops = 258.665222410529 Gflops = 0.258665222410529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 56 resid = 7.981821e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204683(s) Flops=370427904 => 1809.76389832082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260521.2100326 Mflops = 260.5212100326 Gflops = 0.2605212100326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007996084 Relative Rsd = 3.50515484023333e-07
BICGSTAB_SOLVER_TIME: 0.413285 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 57 resid = 1.805026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208745(s) Flops=376989696 => 1805.98192052504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.948611683 Mflops = 260.004948611683 Gflops = 0.260004948611683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055967 s
InvBiCGStab: k = 83 resid = 1.145302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302846(s) Flops=547596288 => 1808.16747786003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260329.865119284 Mflops = 260.329865119284 Gflops = 0.260329865119284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001150267 Relative Rsd = 5.04229736689917e-07
BICGSTAB_SOLVER_TIME: 0.612228 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044318 s
InvBiCGStab: k = 54 resid = 2.163427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228595(s) Flops=357304320 => 1563.04521096262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225039.713831243 Mflops = 225.039713831243 Gflops = 0.225039713831243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061826 s
InvBiCGStab: k = 79 resid = 8.620269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346681(s) Flops=521349120 => 1503.82951474122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216508.965594147 Mflops = 216.508965594147 Gflops = 0.216508965594147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001015329 Relative Rsd = 4.45078337624e-07
BICGSTAB_SOLVER_TIME: 0.685729 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04366 s
InvBiCGStab: k = 72 resid = 2.205093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270984(s) Flops=475416576 => 1754.40828978833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252587.508569587 Mflops = 252.587508569587 Gflops = 0.252587508569588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057865 s
InvBiCGStab: k = 84 resid = 1.025233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322565(s) Flops=554158080 => 1717.97336970843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247329.433811218 Mflops = 247.329433811218 Gflops = 0.247329433811218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001113269 Relative Rsd = 4.88011506785325e-07
BICGSTAB_SOLVER_TIME: 0.698957 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125685
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 54 resid = 2.171488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200349(s) Flops=357304320 => 1783.40955033467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256748.270724133 Mflops = 256.748270724133 Gflops = 0.256748270724133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058507 s
InvBiCGStab: k = 65 resid = 1.064651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242879(s) Flops=429484032 => 1768.30451377023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254570.421668478 Mflops = 254.570421668478 Gflops = 0.254570421668478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001064441 Relative Rsd = 4.66607129840913e-07
BICGSTAB_SOLVER_TIME: 0.546612 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992010000000003
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87198(s) Flops=1373331456 => 1574.95751737425 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226774.045222432 Mflops = 226.774045222432 Gflops = 0.226774045222432 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152156000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021595
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.706843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730139(s) Flops=1269393408 => 1738.5640378065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250284.284945928 Mflops = 250.284284945928 Gflops = 0.250284284945928 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.042955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900742(s) Flops=1597483008 => 1773.51895215278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255375.150226577 Mflops = 255.375150226577 Gflops = 0.255375150226577 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002028339 Relative Rsd = 8.91908816248131e-07
BICGSTAB_SOLVER_TIME: 1.634328 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.116424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311504999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.078348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798834(s) Flops=1249708032 => 1564.41517511773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225247.166249445 Mflops = 225.247166249445 Gflops = 0.225247166249445 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 5.938627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807314(s) Flops=1374382080 => 1702.41328652792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245137.746000764 Mflops = 245.137746000764 Gflops = 0.245137746000764 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.002012296 Relative Rsd = 8.84270622082742e-07
BICGSTAB_SOLVER_TIME: 1.609667 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.118422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284783999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880449(s) Flops=1373331456 => 1559.80807065486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224623.059183614 Mflops = 224.623059183614 Gflops = 0.224623059183614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152251000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052002 s
InvBiCGStab: k = 27 resid = 1.774122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122145(s) Flops=180135936 => 1474.77126366204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212260.756810843 Mflops = 212.260756810843 Gflops = 0.212260756810843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062546 s
InvBiCGStab: k = 57 resid = 1.128552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222459(s) Flops=376989696 => 1694.64798457244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243954.297837499 Mflops = 243.954297837499 Gflops = 0.243954297837499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007569466 Relative Rsd = 3.31814306996721e-07
BICGSTAB_SOLVER_TIME: 0.462985 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042484 s
InvBiCGStab: k = 88 resid = 2.24476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333914(s) Flops=580405248 => 1738.18782081614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250269.159891963 Mflops = 250.269159891963 Gflops = 0.250269159891963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058443 s
InvBiCGStab: k = 107 resid = 5.488675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407047(s) Flops=705079296 => 1732.18153186241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249392.180185053 Mflops = 249.392180185053 Gflops = 0.249392180185053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001325801 Relative Rsd = 5.81176602258931e-07
BICGSTAB_SOLVER_TIME: 0.845742 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153687999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043562 s
InvBiCGStab: k = 60 resid = 1.746558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224858(s) Flops=396675072 => 1764.1136717395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253966.954687868 Mflops = 253.966954687868 Gflops = 0.253966954687868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 70 resid = 1.134919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260617(s) Flops=462292992 => 1773.84050925304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255369.240289044 Mflops = 255.369240289044 Gflops = 0.255369240289044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001061882 Relative Rsd = 4.65485402152306e-07
BICGSTAB_SOLVER_TIME: 0.588987 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041428 s
InvBiCGStab: k = 66 resid = 2.000992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250365(s) Flops=436045824 => 1741.64050086873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250740.878499163 Mflops = 250.740878499163 Gflops = 0.250740878499163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059859 s
InvBiCGStab: k = 91 resid = 8.316611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34303(s) Flops=600090624 => 1749.38233973705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251873.319193284 Mflops = 251.873319193283 Gflops = 0.251873319193283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001102559 Relative Rsd = 4.83316743937015e-07
BICGSTAB_SOLVER_TIME: 0.699433 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046971 s
InvBiCGStab: k = 53 resid = 1.794552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225627(s) Flops=350742528 => 1554.52374050978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223792.264939662 Mflops = 223.792264939662 Gflops = 0.223792264939662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064065 s
InvBiCGStab: k = 85 resid = 1.053536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349553(s) Flops=560719872 => 1604.1054489591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230953.849920058 Mflops = 230.953849920058 Gflops = 0.230953849920058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001095676 Relative Rsd = 4.80299545999653e-07
BICGSTAB_SOLVER_TIME: 0.690101 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112801
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885413(s) Flops=1379303424 => 1557.8079653224 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224302.263386824 Mflops = 224.302263386824 Gflops = 0.224302263386824 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152848000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 31 resid = 2.1643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122078(s) Flops=206383104 => 1690.58392175494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243332.698459064 Mflops = 243.332698459064 Gflops = 0.243332698459064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068522 s
InvBiCGStab: k = 49 resid = 9.936485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208987(s) Flops=324495360 => 1552.70595778685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223492.127093392 Mflops = 223.492127093392 Gflops = 0.223492127093392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007633445 Relative Rsd = 3.34618855860864e-07
BICGSTAB_SOLVER_TIME: 0.444653 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045718 s
InvBiCGStab: k = 90 resid = 1.739772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369114(s) Flops=593528832 => 1607.98244444806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231514.199888985 Mflops = 231.514199888985 Gflops = 0.231514199888985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057874 s
InvBiCGStab: k = 98 resid = 1.115521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383932(s) Flops=646023168 => 1682.64996926539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242260.90495297 Mflops = 242.26090495297 Gflops = 0.24226090495297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001287038 Relative Rsd = 5.6418473185758e-07
BICGSTAB_SOLVER_TIME: 0.860804 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041907 s
InvBiCGStab: k = 57 resid = 2.233728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22351(s) Flops=376989696 => 1686.67932530983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242830.352900524 Mflops = 242.830352900524 Gflops = 0.242830352900524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 78 resid = 7.251951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29335(s) Flops=514787328 => 1754.85709221067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252642.657810464 Mflops = 252.642657810464 Gflops = 0.252642657810464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00106113 Relative Rsd = 4.65155737402368e-07
BICGSTAB_SOLVER_TIME: 0.618984 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041374 s
InvBiCGStab: k = 66 resid = 2.001379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257025(s) Flops=436045824 => 1696.51132769186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244247.866621877 Mflops = 244.247866621877 Gflops = 0.244247866621877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061143 s
InvBiCGStab: k = 87 resid = 9.588565e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321301(s) Flops=573843456 => 1785.99959539497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257128.939673139 Mflops = 257.128939673139 Gflops = 0.257128939673139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001149456 Relative Rsd = 5.03874300933985e-07
BICGSTAB_SOLVER_TIME: 0.684709 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123636000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 66 resid = 1.716173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241402(s) Flops=436045824 => 1806.30576382963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.167401523 Mflops = 260.064167401523 Gflops = 0.260064167401523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 84 resid = 1.065312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350117(s) Flops=554158080 => 1582.77969935764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227886.70306508 Mflops = 227.88670306508 Gflops = 0.22788670306508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001079051 Relative Rsd = 4.73011760663129e-07
BICGSTAB_SOLVER_TIME: 0.693183 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12152
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909028(s) Flops=1379008512 => 1517.01434059237 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218457.420167608 Mflops = 218.457420167608 Gflops = 0.218457420167608 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152668000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040704 s
InvBiCGStab: k = 26 resid = 1.929845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096532(s) Flops=173574144 => 1798.09953176149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258799.359761771 Mflops = 258.799359761771 Gflops = 0.258799359761771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 50 resid = 1.059522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18375(s) Flops=331057152 => 1801.6715755102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259353.942354977 Mflops = 259.353942354977 Gflops = 0.259353942354977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007357114 Relative Rsd = 3.22505641020887e-07
BICGSTAB_SOLVER_TIME: 0.380866 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 56 resid = 1.386975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218051(s) Flops=370427904 => 1698.81314004522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244571.943895608 Mflops = 244.571943895608 Gflops = 0.244571943895608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065754 s
InvBiCGStab: k = 81 resid = 8.238936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326702(s) Flops=534472704 => 1635.96397940631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235529.064071906 Mflops = 235.529064071906 Gflops = 0.235529064071906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001048526 Relative Rsd = 4.59630637844113e-07
BICGSTAB_SOLVER_TIME: 0.655375 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044617 s
InvBiCGStab: k = 58 resid = 2.055451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221303(s) Flops=383551488 => 1733.15087459275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249522.017220228 Mflops = 249.522017220228 Gflops = 0.249522017220228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 72 resid = 1.036657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269425(s) Flops=475416576 => 1764.55999257678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254030.553690392 Mflops = 254.030553690392 Gflops = 0.254030553690392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001030453 Relative Rsd = 4.51708222348109e-07
BICGSTAB_SOLVER_TIME: 0.595689 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107071
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041183 s
InvBiCGStab: k = 63 resid = 1.470019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232026(s) Flops=416360448 => 1794.45600062062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258332.387537762 Mflops = 258.332387537762 Gflops = 0.258332387537762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 84 resid = 5.165096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307226(s) Flops=554158080 => 1803.74733909239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.6425235 Mflops = 259.6886425235 Gflops = 0.2596886425235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001104188 Relative Rsd = 4.84030626318886e-07
BICGSTAB_SOLVER_TIME: 0.640392 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041246 s
InvBiCGStab: k = 51 resid = 2.064769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187869(s) Flops=337618944 => 1797.09767976622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258698.709016137 Mflops = 258.698709016137 Gflops = 0.258698709016137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056796 s
InvBiCGStab: k = 75 resid = 1.047427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275633(s) Flops=495101952 => 1796.23612557277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258595.104694462 Mflops = 258.595104694462 Gflops = 0.258595104694462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001046746 Relative Rsd = 4.58850414258694e-07
BICGSTAB_SOLVER_TIME: 0.565373 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104134
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884076(s) Flops=1353203712 => 1530.64183622223 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220399.980685114 Mflops = 220.399980685114 Gflops = 0.220399980685114 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150182000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 28 resid = 2.014326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103587(s) Flops=186697728 => 1802.32778244374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259422.833895614 Mflops = 259.422833895614 Gflops = 0.259422833895614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056919 s
InvBiCGStab: k = 45 resid = 1.009801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165662(s) Flops=298248192 => 1800.34161123251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259153.788737655 Mflops = 259.153788737655 Gflops = 0.259153788737655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007313717 Relative Rsd = 3.20603307009149e-07
BICGSTAB_SOLVER_TIME: 0.371327 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040669 s
InvBiCGStab: k = 58 resid = 1.335505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2119(s) Flops=383551488 => 1810.05893345918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260583.71135991 Mflops = 260.58371135991 Gflops = 0.26058371135991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 83 resid = 1.057712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302977(s) Flops=547596288 => 1807.38566953927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260214.152184487 Mflops = 260.214152184487 Gflops = 0.260214152184487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001118369 Relative Rsd = 4.90247052249806e-07
BICGSTAB_SOLVER_TIME: 0.615191 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041401 s
InvBiCGStab: k = 56 resid = 1.648901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205242(s) Flops=370427904 => 1804.83479989476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259856.875989722 Mflops = 259.856875989722 Gflops = 0.259856875989722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05646 s
InvBiCGStab: k = 78 resid = 5.67425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325101(s) Flops=514787328 => 1583.46891581385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227973.768086162 Mflops = 227.973768086162 Gflops = 0.227973768086162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00105689 Relative Rsd = 4.63297112037429e-07
BICGSTAB_SOLVER_TIME: 0.632253 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045974 s
InvBiCGStab: k = 62 resid = 2.120466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263935(s) Flops=409798656 => 1552.64991759335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223526.739694143 Mflops = 223.526739694143 Gflops = 0.223526739694143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057924 s
InvBiCGStab: k = 86 resid = 5.558531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318309(s) Flops=567281664 => 1782.17286975863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256589.794881551 Mflops = 256.589794881551 Gflops = 0.256589794881551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001117611 Relative Rsd = 4.89914835915116e-07
BICGSTAB_SOLVER_TIME: 0.689942 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041962 s
InvBiCGStab: k = 54 resid = 2.174905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201203(s) Flops=357304320 => 1775.83992286397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255648.16333757 Mflops = 255.64816333757 Gflops = 0.25564816333757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05719 s
InvBiCGStab: k = 83 resid = 4.264445e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30575(s) Flops=547596288 => 1790.99358299264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257854.618599978 Mflops = 257.854618599978 Gflops = 0.257854618599978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001036103 Relative Rsd = 4.5418479050825e-07
BICGSTAB_SOLVER_TIME: 0.609885 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113718
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847448(s) Flops=1359544320 => 1604.28052222673 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231000.841057061 Mflops = 231.000841057061 Gflops = 0.231000841057061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150711000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.09757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822271(s) Flops=1472808960 => 1791.14788190268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257875.000854307 Mflops = 257.875000854307 Gflops = 0.257875000854307 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 7.643993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846155(s) Flops=1466247168 => 1732.83519922473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249513.680355922 Mflops = 249.513680355922 Gflops = 0.249513680355922 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002056191 Relative Rsd = 9.04143526569932e-07
BICGSTAB_SOLVER_TIME: 1.671822 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001949
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318824999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.931894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.71441(s) Flops=1230022656 => 1721.73213700816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247840.427698865 Mflops = 247.840427698865 Gflops = 0.247840427698865 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 6.977134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872674(s) Flops=1413752832 => 1620.02400896555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233271.177923396 Mflops = 233.271177923396 Gflops = 0.233271177923396 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001957868 Relative Rsd = 8.60386507905266e-07
BICGSTAB_SOLVER_TIME: 1.590424 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287696999999999
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.852516(s) Flops=1359544320 => 1594.74346522529 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229619.463567551 Mflops = 229.619463567551 Gflops = 0.229619463567551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150782000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046808 s
InvBiCGStab: k = 29 resid = 1.942508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127012(s) Flops=193259520 => 1521.58473215129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219014.895001235 Mflops = 219.014895001235 Gflops = 0.219014895001235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061063 s
InvBiCGStab: k = 47 resid = 1.143439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194391(s) Flops=311371776 => 1601.78082318626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230584.246118911 Mflops = 230.584246118911 Gflops = 0.230584246118911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007295116 Relative Rsd = 3.1978792258585e-07
BICGSTAB_SOLVER_TIME: 0.433491 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683700000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044803 s
InvBiCGStab: k = 83 resid = 1.809538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314923(s) Flops=547596288 => 1738.82596063165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250349.523544313 Mflops = 250.349523544313 Gflops = 0.250349523544313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 95 resid = 9.844698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357091(s) Flops=626337792 => 1754.00049847238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252536.286719516 Mflops = 252.536286719516 Gflops = 0.252536286719516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001268847 Relative Rsd = 5.56210315064334e-07
BICGSTAB_SOLVER_TIME: 0.777208 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041552 s
InvBiCGStab: k = 55 resid = 2.057917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201441(s) Flops=363866112 => 1806.31605283929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.571241289 Mflops = 260.002571241289 Gflops = 0.260002571241289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056214 s
InvBiCGStab: k = 75 resid = 1.054022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274843(s) Flops=495101952 => 1801.3991697078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259340.513918777 Mflops = 259.340513918777 Gflops = 0.259340513918777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001031345 Relative Rsd = 4.52099278227177e-07
BICGSTAB_SOLVER_TIME: 0.577884 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040712 s
InvBiCGStab: k = 67 resid = 1.654272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245149(s) Flops=442607616 => 1805.46368127139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.551303612 Mflops = 259.929551303612 Gflops = 0.259929551303612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0556 s
InvBiCGStab: k = 83 resid = 8.715086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303194(s) Flops=547596288 => 1806.09209944788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260025.769584607 Mflops = 260.025769584607 Gflops = 0.260025769584607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001111192 Relative Rsd = 4.87100948250781e-07
BICGSTAB_SOLVER_TIME: 0.648501 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042029 s
InvBiCGStab: k = 58 resid = 1.965127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212572(s) Flops=383551488 => 1804.33682705154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.250173242 Mflops = 259.770250173242 Gflops = 0.259770250173242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055956 s
InvBiCGStab: k = 81 resid = 8.989059e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330896(s) Flops=534472704 => 1615.2286639911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232550.652892037 Mflops = 232.550652892037 Gflops = 0.232550652892037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001051122 Relative Rsd = 4.60768746706826e-07
BICGSTAB_SOLVER_TIME: 0.645462 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113646
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920962(s) Flops=1391173632 => 1510.56572583885 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217511.906825559 Mflops = 217.511906825559 Gflops = 0.217511906825559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154287000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 26 resid = 2.114604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096898(s) Flops=173574144 => 1791.3078082107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257840.889779589 Mflops = 257.840889779589 Gflops = 0.257840889779589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 52 resid = 1.139288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192291(s) Flops=344180736 => 1789.8951901025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257663.132663197 Mflops = 257.663132663197 Gflops = 0.257663132663197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007578466 Relative Rsd = 3.32208807515203e-07
BICGSTAB_SOLVER_TIME: 0.390698 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 91 resid = 1.92119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367661(s) Flops=600090624 => 1632.18460483978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235009.498914164 Mflops = 235.009498914164 Gflops = 0.235009498914164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060051 s
InvBiCGStab: k = 97 resid = 1.134116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40664(s) Flops=639461376 => 1572.54912453276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226412.645879697 Mflops = 226.412645879697 Gflops = 0.226412645879697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001250555 Relative Rsd = 5.48191959981661e-07
BICGSTAB_SOLVER_TIME: 0.880412 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 57 resid = 1.440504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214067(s) Flops=376989696 => 1761.08272643612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253530.3376229 Mflops = 253.5303376229 Gflops = 0.2535303376229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056779 s
InvBiCGStab: k = 74 resid = 1.130597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274609(s) Flops=488540160 => 1779.03914292685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256135.03932633 Mflops = 256.13503932633 Gflops = 0.25613503932633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001010273 Relative Rsd = 4.42862337298718e-07
BICGSTAB_SOLVER_TIME: 0.590895 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107806
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 67 resid = 2.269869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245505(s) Flops=442607616 => 1802.84562839861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259553.635117493 Mflops = 259.553635117493 Gflops = 0.259553635117493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 87 resid = 9.38181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317573(s) Flops=573843456 => 1806.96550399436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260158.857917768 Mflops = 260.158857917768 Gflops = 0.260158857917768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001096672 Relative Rsd = 4.80735764928829e-07
BICGSTAB_SOLVER_TIME: 0.663995 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040536 s
InvBiCGStab: k = 56 resid = 2.017716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205817(s) Flops=370427904 => 1799.79255357915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.512740218 Mflops = 259.105512740218 Gflops = 0.259105512740218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 91 resid = 4.666251e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332352(s) Flops=600090624 => 1805.58752166378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.144447272 Mflops = 259.959144447272 Gflops = 0.259959144447272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001109634 Relative Rsd = 4.86418093139493e-07
BICGSTAB_SOLVER_TIME: 0.638575 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119725
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967214(s) Flops=1397735424 => 1445.11496318292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208074.368282534 Mflops = 208.074368282534 Gflops = 0.208074368282534 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155006000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 26 resid = 2.249947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096179(s) Flops=173574144 => 1804.69898834465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.418687673 Mflops = 259.724418687673 Gflops = 0.259724418687673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056517 s
InvBiCGStab: k = 50 resid = 1.021558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182977(s) Flops=331057152 => 1809.28287161774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260455.717990211 Mflops = 260.455717990211 Gflops = 0.260455717990211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000738366 Relative Rsd = 3.23669316762814e-07
BICGSTAB_SOLVER_TIME: 0.380651 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 53 resid = 2.083908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194332(s) Flops=350742528 => 1804.8624415948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.538050009 Mflops = 259.831538050009 Gflops = 0.259831538050009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 72 resid = 1.036572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264483(s) Flops=475416576 => 1797.53169768945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258782.528362156 Mflops = 258.782528362156 Gflops = 0.258782528362156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001080878 Relative Rsd = 4.73812345894868e-07
BICGSTAB_SOLVER_TIME: 0.560243 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045708 s
InvBiCGStab: k = 54 resid = 1.515526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218792(s) Flops=357304320 => 1633.07762623862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235095.297840935 Mflops = 235.095297840935 Gflops = 0.235095297840935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064285 s
InvBiCGStab: k = 80 resid = 8.326214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336205(s) Flops=527910912 => 1570.20541633825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226065.78971578 Mflops = 226.06578971578 Gflops = 0.22606578971578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001059108 Relative Rsd = 4.64269367891272e-07
BICGSTAB_SOLVER_TIME: 0.669273 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 60 resid = 2.181491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228982(s) Flops=396675072 => 1732.34172118332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249384.63910586 Mflops = 249.38463910586 Gflops = 0.24938463910586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056882 s
InvBiCGStab: k = 83 resid = 1.041341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308767(s) Flops=547596288 => 1773.49356634614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255336.431108477 Mflops = 255.336431108477 Gflops = 0.255336431108477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001109545 Relative Rsd = 4.86378951829399e-07
BICGSTAB_SOLVER_TIME: 0.639676 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041309 s
InvBiCGStab: k = 58 resid = 2.021605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21323(s) Flops=383551488 => 1798.76887867561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258954.263520202 Mflops = 258.954263520202 Gflops = 0.258954263520202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 76 resid = 1.018306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277317(s) Flops=501663744 => 1808.99023139584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260441.036082883 Mflops = 260.441036082883 Gflops = 0.260441036082883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001051362 Relative Rsd = 4.60873769935212e-07
BICGSTAB_SOLVER_TIME: 0.592028 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109885
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884482(s) Flops=1404076032 => 1587.45574471838 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228576.933588287 Mflops = 228.576933588287 Gflops = 0.228576933588287 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155524000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 28 resid = 2.164459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104521(s) Flops=186697728 => 1786.222175448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257079.093838432 Mflops = 257.079093838432 Gflops = 0.257079093838432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 53 resid = 9.644147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195303(s) Flops=350742528 => 1795.8890954056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258534.708355057 Mflops = 258.534708355057 Gflops = 0.258534708355057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0008173859 Relative Rsd = 3.58308381077333e-07
BICGSTAB_SOLVER_TIME: 0.401482 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 55 resid = 1.966149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202167(s) Flops=363866112 => 1799.82940836041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.256329239 Mflops = 259.052256329239 Gflops = 0.259052256329239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 78 resid = 1.035586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285244(s) Flops=514787328 => 1804.72622737025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.080858676 Mflops = 259.827080858676 Gflops = 0.259827080858676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001083988 Relative Rsd = 4.75175759691168e-07
BICGSTAB_SOLVER_TIME: 0.588483 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 58 resid = 1.187658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21246(s) Flops=383551488 => 1805.28799774075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.309275586 Mflops = 259.893309275586 Gflops = 0.259893309275586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05603 s
InvBiCGStab: k = 74 resid = 1.097497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270181(s) Flops=488540160 => 1808.19583908565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260318.369965341 Mflops = 260.318369965341 Gflops = 0.260318369965341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001061246 Relative Rsd = 4.6520651393893e-07
BICGSTAB_SOLVER_TIME: 0.583682 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046058 s
InvBiCGStab: k = 80 resid = 8.798834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333261(s) Flops=527910912 => 1584.07648059629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228080.236602458 Mflops = 228.080236602458 Gflops = 0.228080236602458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061969 s
InvBiCGStab: k = 89 resid = 9.781318e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378436(s) Flops=586967040 => 1551.03383399042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223322.615968736 Mflops = 223.322615968736 Gflops = 0.223322615968736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00107735 Relative Rsd = 4.72265830376774e-07
BICGSTAB_SOLVER_TIME: 0.824202 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041913 s
InvBiCGStab: k = 50 resid = 2.267486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18873(s) Flops=331057152 => 1754.13104434907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252525.163305445 Mflops = 252.525163305445 Gflops = 0.252525163305445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05723 s
InvBiCGStab: k = 81 resid = 9.477391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302072(s) Flops=534472704 => 1769.35533250351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254732.887377186 Mflops = 254.732887377186 Gflops = 0.254732887377186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001065315 Relative Rsd = 4.66990224775555e-07
BICGSTAB_SOLVER_TIME: 0.593931 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107696
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876616(s) Flops=1404444672 => 1602.12073701598 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230694.157875236 Mflops = 230.694157875236 Gflops = 0.230694157875236 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155739000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 2.1113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910318(s) Flops=1610606592 => 1769.27907830011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254771.360454192 Mflops = 254.771360454192 Gflops = 0.254771360454192 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 9.093134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821477(s) Flops=1479370752 => 1800.86691654179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259310.98402625 Mflops = 259.31098402625 Gflops = 0.25931098402625 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002109116 Relative Rsd = 9.27388356683327e-07
BICGSTAB_SOLVER_TIME: 1.735208 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.122627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001865
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335273
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.8446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684152(s) Flops=1223460864 => 1788.28807633391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257449.192932633 Mflops = 257.449192932633 Gflops = 0.257449192932633 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.123681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829002(s) Flops=1341573120 => 1618.29901496016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233023.504227913 Mflops = 233.023504227913 Gflops = 0.233023504227913 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.001959101 Relative Rsd = 8.60956034706946e-07
BICGSTAB_SOLVER_TIME: 1.517118 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.120243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278771999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888184(s) Flops=1404444672 => 1581.25419057312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227684.361107714 Mflops = 227.684361107714 Gflops = 0.227684361107714 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155718000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 27 resid = 2.273327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100349(s) Flops=180135936 => 1795.09448026388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258371.342822057 Mflops = 258.371342822057 Gflops = 0.258371342822057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055899 s
InvBiCGStab: k = 50 resid = 1.050528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196281(s) Flops=331057152 => 1686.64899812004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242794.879354104 Mflops = 242.794879354104 Gflops = 0.242794879354104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007149177 Relative Rsd = 3.13390563780176e-07
BICGSTAB_SOLVER_TIME: 0.397879 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045259 s
InvBiCGStab: k = 89 resid = 2.202587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376548(s) Flops=586967040 => 1558.81066955607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224402.131410596 Mflops = 224.402131410596 Gflops = 0.224402131410596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063348 s
InvBiCGStab: k = 102 resid = 1.081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401761(s) Flops=672270336 => 1673.30909670177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240914.830364755 Mflops = 240.914830364755 Gflops = 0.240914830364755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001288011 Relative Rsd = 5.64611050637918e-07
BICGSTAB_SOLVER_TIME: 0.890744 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150928999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04204 s
InvBiCGStab: k = 61 resid = 1.573147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226723(s) Flops=403236864 => 1778.54414417593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256057.134742086 Mflops = 256.057134742086 Gflops = 0.256057134742086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056923 s
InvBiCGStab: k = 86 resid = 9.8804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319215(s) Flops=567281664 => 1777.11468446032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255854.231019962 Mflops = 255.854231019962 Gflops = 0.255854231019962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001034723 Relative Rsd = 4.53579860795283e-07
BICGSTAB_SOLVER_TIME: 0.648636 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 64 resid = 2.015521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245212(s) Flops=422922240 => 1724.72081301078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248308.350207497 Mflops = 248.308350207497 Gflops = 0.248308350207497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056683 s
InvBiCGStab: k = 89 resid = 1.14001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328059(s) Flops=586967040 => 1789.2118186058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257593.015467833 Mflops = 257.593015467833 Gflops = 0.257593015467833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001128311 Relative Rsd = 4.94605210037653e-07
BICGSTAB_SOLVER_TIME: 0.674574 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 59 resid = 1.54953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215869(s) Flops=390113280 => 1807.17601878917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260171.026925599 Mflops = 260.171026925598 Gflops = 0.260171026925598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056096 s
InvBiCGStab: k = 84 resid = 9.184934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309845(s) Flops=554158080 => 1788.5009601575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257490.265793345 Mflops = 257.490265793345 Gflops = 0.257490265793345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001100281 Relative Rsd = 4.82318104696838e-07
BICGSTAB_SOLVER_TIME: 0.627429 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116332
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941377(s) Flops=1404444672 => 1491.90459507721 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214817.430992146 Mflops = 214.817430992146 Gflops = 0.214817430992146 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155844000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 31 resid = 2.157474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114187(s) Flops=206383104 => 1807.41331324932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.464921002 Mflops = 260.156464921002 Gflops = 0.260156464921002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 55 resid = 7.741914e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201164(s) Flops=363866112 => 1808.80332465053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260382.142258321 Mflops = 260.382142258321 Gflops = 0.260382142258321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007791368 Relative Rsd = 3.41541585966942e-07
BICGSTAB_SOLVER_TIME: 0.416478 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0758080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041711 s
InvBiCGStab: k = 82 resid = 2.008139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305786(s) Flops=541034496 => 1769.32395858542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254740.267933481 Mflops = 254.740267933481 Gflops = 0.254740267933481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065186 s
InvBiCGStab: k = 111 resid = 1.132884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456902(s) Flops=731326464 => 1600.61996664493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230459.80313125 Mflops = 230.45980313125 Gflops = 0.23045980313125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001306853 Relative Rsd = 5.72870785638116e-07
BICGSTAB_SOLVER_TIME: 0.873762 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152260999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042564 s
InvBiCGStab: k = 58 resid = 1.881395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224759(s) Flops=383551488 => 1706.50113232396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245675.445159644 Mflops = 245.675445159644 Gflops = 0.245675445159644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060233 s
InvBiCGStab: k = 80 resid = 1.051826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308364(s) Flops=527910912 => 1711.97322644667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246478.078997575 Mflops = 246.478078997575 Gflops = 0.246478078997575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001050069 Relative Rsd = 4.60307318120302e-07
BICGSTAB_SOLVER_TIME: 0.639821 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 72 resid = 1.822132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264324(s) Flops=475416576 => 1798.61297498525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258944.51703488 Mflops = 258.94451703488 Gflops = 0.25894451703488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056546 s
InvBiCGStab: k = 87 resid = 1.002848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31989(s) Flops=573843456 => 1793.87744537185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258269.282219474 Mflops = 258.269282219474 Gflops = 0.258269282219474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001141538 Relative Rsd = 5.0040348225944e-07
BICGSTAB_SOLVER_TIME: 0.685662 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 57 resid = 1.898189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209164(s) Flops=376989696 => 1802.3641544434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.303652061 Mflops = 259.473303652061 Gflops = 0.259473303652061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 80 resid = 9.492603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2925(s) Flops=527910912 => 1804.82363076923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.138989802 Mflops = 259.837138989802 Gflops = 0.259837138989802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001114853 Relative Rsd = 4.88705895059692e-07
BICGSTAB_SOLVER_TIME: 0.602307 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111963
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941751(s) Flops=1404592128 => 1491.46868758302 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214749.668109466 Mflops = 214.749668109466 Gflops = 0.214749668109466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155803000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040958 s
InvBiCGStab: k = 29 resid = 2.112332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106968(s) Flops=193259520 => 1806.7040610276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260027.197099835 Mflops = 260.027197099835 Gflops = 0.260027197099835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 50 resid = 9.029125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183294(s) Flops=331057152 => 1806.1537857213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.926761459 Mflops = 260.002926761459 Gflops = 0.260002926761459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000771456 Relative Rsd = 3.38174616791797e-07
BICGSTAB_SOLVER_TIME: 0.391307 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706670000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043951 s
InvBiCGStab: k = 51 resid = 2.195259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19705(s) Flops=337618944 => 1713.36688150216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246669.768827309 Mflops = 246.669768827309 Gflops = 0.24666976882731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06071 s
InvBiCGStab: k = 78 resid = 9.749705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291554(s) Flops=514787328 => 1765.66717657792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254199.292632038 Mflops = 254.199292632038 Gflops = 0.254199292632038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001071728 Relative Rsd = 4.69801713950223e-07
BICGSTAB_SOLVER_TIME: 0.597128 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041227 s
InvBiCGStab: k = 54 resid = 2.093393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22731(s) Flops=357304320 => 1571.88121948001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226293.909115672 Mflops = 226.293909115672 Gflops = 0.226293909115672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061439 s
InvBiCGStab: k = 79 resid = 6.195788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327851(s) Flops=521349120 => 1590.20140246636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228942.457771832 Mflops = 228.942457771832 Gflops = 0.228942457771832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001027131 Relative Rsd = 4.50252186025317e-07
BICGSTAB_SOLVER_TIME: 0.661977 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109099
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041447 s
InvBiCGStab: k = 61 resid = 2.211424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223713(s) Flops=403236864 => 1802.47399122983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259510.498718805 Mflops = 259.510498718805 Gflops = 0.259510498718805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056906 s
InvBiCGStab: k = 80 resid = 7.84398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299579(s) Flops=527910912 => 1762.17596026424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253707.595093689 Mflops = 253.707595093689 Gflops = 0.253707595093689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001088843 Relative Rsd = 4.77304240659463e-07
BICGSTAB_SOLVER_TIME: 0.625495 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040768 s
InvBiCGStab: k = 58 resid = 1.640136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212564(s) Flops=383551488 => 1804.40473457406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.396970892 Mflops = 259.765396970892 Gflops = 0.259765396970892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057615 s
InvBiCGStab: k = 76 resid = 1.092944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277902(s) Flops=501663744 => 1805.18220091975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259887.158662948 Mflops = 259.887158662948 Gflops = 0.259887158662948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001066332 Relative Rsd = 4.67435935600007e-07
BICGSTAB_SOLVER_TIME: 0.592819 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110075
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87539(s) Flops=1404665856 => 1604.61720604531 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231047.971138302 Mflops = 231.047971138302 Gflops = 0.231047971138302 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155981000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044024 s
InvBiCGStab: k = 28 resid = 2.192795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109923(s) Flops=186697728 => 1698.44098141426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244446.182648176 Mflops = 244.446182648176 Gflops = 0.244446182648176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060096 s
InvBiCGStab: k = 44 resid = 9.853472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17014(s) Flops=291686400 => 1714.39050193958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246757.536661538 Mflops = 246.757536661538 Gflops = 0.246757536661538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007513993 Relative Rsd = 3.29382595696517e-07
BICGSTAB_SOLVER_TIME: 0.388129 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042354 s
InvBiCGStab: k = 57 resid = 2.256987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209902(s) Flops=376989696 => 1796.02717458624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258555.092449522 Mflops = 258.555092449522 Gflops = 0.258555092449522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056723 s
InvBiCGStab: k = 78 resid = 9.638376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286709(s) Flops=514787328 => 1795.50459873949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258497.708396034 Mflops = 258.497708396034 Gflops = 0.258497708396034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001156942 Relative Rsd = 5.07155792019943e-07
BICGSTAB_SOLVER_TIME: 0.599609 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041826 s
InvBiCGStab: k = 52 resid = 2.110855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191282(s) Flops=344180736 => 1799.33676979538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259028.887213498 Mflops = 259.028887213498 Gflops = 0.259028887213498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 72 resid = 1.128596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264092(s) Flops=475416576 => 1800.19302364328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259173.813010119 Mflops = 259.173813010119 Gflops = 0.259173813010119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001021724 Relative Rsd = 4.47881916885938e-07
BICGSTAB_SOLVER_TIME: 0.557242 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 65 resid = 1.307054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249095(s) Flops=429484032 => 1724.17765109697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248229.748698907 Mflops = 248.229748698907 Gflops = 0.248229748698907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062631 s
InvBiCGStab: k = 81 resid = 8.910714e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329919(s) Flops=534472704 => 1620.01189382849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233243.762122397 Mflops = 233.243762122397 Gflops = 0.233243762122397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001103772 Relative Rsd = 4.8384839213591e-07
BICGSTAB_SOLVER_TIME: 0.686513 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044959 s
InvBiCGStab: k = 52 resid = 1.994559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199236(s) Flops=344180736 => 1727.50274046859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248691.378433212 Mflops = 248.691378433212 Gflops = 0.248691378433212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056681 s
InvBiCGStab: k = 68 resid = 1.134956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256489(s) Flops=449169408 => 1751.22289065028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252116.122790555 Mflops = 252.116122790555 Gflops = 0.252116122790555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001004194 Relative Rsd = 4.40197411152196e-07
BICGSTAB_SOLVER_TIME: 0.561278 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999480000000003
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877242(s) Flops=1404739584 => 1601.31364435355 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230571.94359993 Mflops = 230.57194359993 Gflops = 0.23057194359993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155601000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 2.179525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940862(s) Flops=1597483008 => 1697.89300450013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244507.632930895 Mflops = 244.507632930895 Gflops = 0.244507632930895 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 265 resid = 1.14157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971924(s) Flops=1741842432 => 1792.15909062849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258057.439864496 Mflops = 258.057439864496 Gflops = 0.258057439864496 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.002246681 Relative Rsd = 9.87834035497566e-07
BICGSTAB_SOLVER_TIME: 1.916188 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362202
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.187437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.702589(s) Flops=1269393408 => 1806.73680914446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260099.946291998 Mflops = 260.099946291998 Gflops = 0.260099946291998 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 9.02774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867451(s) Flops=1459685376 => 1682.72948673758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242303.591611967 Mflops = 242.303591611967 Gflops = 0.242303591611967 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002014388 Relative Rsd = 8.85284604438766e-07
BICGSTAB_SOLVER_TIME: 1.573696 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.122612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296235999999999
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889798(s) Flops=1404739584 => 1578.7173987804 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227312.602920556 Mflops = 227.312602920556 Gflops = 0.227312602920556 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155750000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 30 resid = 1.308609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110676(s) Flops=199821312 => 1805.46199718096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259861.190576201 Mflops = 259.861190576201 Gflops = 0.259861190576201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056702 s
InvBiCGStab: k = 53 resid = 9.775677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193929(s) Flops=350742528 => 1808.61309035781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260373.984080867 Mflops = 260.373984080867 Gflops = 0.260373984080867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007783702 Relative Rsd = 3.41205516739276e-07
BICGSTAB_SOLVER_TIME: 0.4062 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042047 s
InvBiCGStab: k = 84 resid = 2.033225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34694(s) Flops=554158080 => 1597.2735343287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229975.810688376 Mflops = 229.975810688376 Gflops = 0.229975810688376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067652 s
InvBiCGStab: k = 99 resid = 7.331449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390073(s) Flops=652584960 => 1672.98162138882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240873.936784263 Mflops = 240.873936784263 Gflops = 0.240873936784263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001264924 Relative Rsd = 5.5449075106837e-07
BICGSTAB_SOLVER_TIME: 0.850637 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 63 resid = 1.194155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235219(s) Flops=416360448 => 1770.09700746963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254849.419659849 Mflops = 254.849419659849 Gflops = 0.254849419659849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060439 s
InvBiCGStab: k = 68 resid = 1.146723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308513(s) Flops=449169408 => 1455.91728063323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209614.568727672 Mflops = 209.614568727672 Gflops = 0.209614568727672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001020982 Relative Rsd = 4.47556538798382e-07
BICGSTAB_SOLVER_TIME: 0.649538 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04943 s
InvBiCGStab: k = 63 resid = 1.936833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272469(s) Flops=416360448 => 1528.10208867798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219977.801588433 Mflops = 219.977801588433 Gflops = 0.219977801588433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 75 resid = 1.1185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274666(s) Flops=495101952 => 1802.56002563113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259512.150969564 Mflops = 259.512150969564 Gflops = 0.259512150969564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001080979 Relative Rsd = 4.7385674346955e-07
BICGSTAB_SOLVER_TIME: 0.656894 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112956
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 53 resid = 1.769303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19411(s) Flops=350742528 => 1806.92662923085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260135.843936337 Mflops = 260.135843936337 Gflops = 0.260135843936337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 89 resid = 9.841126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324523(s) Flops=586967040 => 1808.70705620249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260411.927441776 Mflops = 260.411927441776 Gflops = 0.260411927441776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001059099 Relative Rsd = 4.64265489482449e-07
BICGSTAB_SOLVER_TIME: 0.620085 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11549
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955362(s) Flops=1404739584 => 1470.37414508846 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211734.387147182 Mflops = 211.734387147182 Gflops = 0.211734387147182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155470000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 29 resid = 1.63217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107494(s) Flops=193259520 => 1797.86332260405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258772.605057755 Mflops = 258.772605057755 Gflops = 0.258772605057755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 60 resid = 8.955795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219462(s) Flops=396675072 => 1807.48864040244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260204.418005836 Mflops = 260.204418005836 Gflops = 0.260204418005836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007752127 Relative Rsd = 3.3982138407479e-07
BICGSTAB_SOLVER_TIME: 0.427976 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040737 s
InvBiCGStab: k = 81 resid = 1.166591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295534(s) Flops=534472704 => 1808.4981897176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260378.696008729 Mflops = 260.378696008729 Gflops = 0.260378696008729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056722 s
InvBiCGStab: k = 91 resid = 1.127957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377612(s) Flops=600090624 => 1589.1725474826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228801.352960523 Mflops = 228.801352960523 Gflops = 0.228801352960523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001222791 Relative Rsd = 5.3602130896892e-07
BICGSTAB_SOLVER_TIME: 0.775074 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046838 s
InvBiCGStab: k = 70 resid = 1.858703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284118(s) Flops=462292992 => 1627.11617004202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234268.024934153 Mflops = 234.268024934153 Gflops = 0.234268024934153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 70 resid = 1.036838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261126(s) Flops=462292992 => 1770.38284965879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254876.898611572 Mflops = 254.876898611572 Gflops = 0.254876898611572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001117206 Relative Rsd = 4.89737041489608e-07
BICGSTAB_SOLVER_TIME: 0.65207 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 60 resid = 2.118992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222762(s) Flops=396675072 => 1780.71247340211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256355.849617225 Mflops = 256.355849617225 Gflops = 0.256355849617225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055931 s
InvBiCGStab: k = 85 resid = 9.897788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321563(s) Flops=560719872 => 1743.73255629534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251047.734155367 Mflops = 251.047734155367 Gflops = 0.251047734155367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001128945 Relative Rsd = 4.94883128648824e-07
BICGSTAB_SOLVER_TIME: 0.645442 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117987000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 61 resid = 1.716317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225858(s) Flops=403236864 => 1785.35568365964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257034.498594162 Mflops = 257.034498594162 Gflops = 0.257034498594162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056698 s
InvBiCGStab: k = 85 resid = 1.039875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314519(s) Flops=560719872 => 1782.78537067713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256671.75483059 Mflops = 256.67175483059 Gflops = 0.25667175483059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001092753 Relative Rsd = 4.79018242200667e-07
BICGSTAB_SOLVER_TIME: 0.642 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00185
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118435
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916285(s) Flops=1404813312 => 1533.1619659822 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220753.382687686 Mflops = 220.753382687686 Gflops = 0.220753382687686 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156085000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 31 resid = 2.089772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114625(s) Flops=206383104 => 1800.50690512541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259146.09208823 Mflops = 259.14609208823 Gflops = 0.25914609208823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055986 s
InvBiCGStab: k = 56 resid = 8.262046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205284(s) Flops=370427904 => 1804.46554042205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.891653859 Mflops = 259.724891653859 Gflops = 0.259724891653859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007812128 Relative Rsd = 3.4245158315284e-07
BICGSTAB_SOLVER_TIME: 0.421018 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 48 resid = 2.146038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176322(s) Flops=317933568 => 1803.14179739341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.426138366 Mflops = 259.568426138366 Gflops = 0.259568426138366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055731 s
InvBiCGStab: k = 74 resid = 1.099275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270551(s) Flops=488540160 => 1805.72298753285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259963.375604111 Mflops = 259.963375604111 Gflops = 0.259963375604111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001068109 Relative Rsd = 4.6821518958322e-07
BICGSTAB_SOLVER_TIME: 0.547476 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041434 s
InvBiCGStab: k = 58 resid = 2.099202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212706(s) Flops=383551488 => 1803.20013539816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259601.838647712 Mflops = 259.601838647712 Gflops = 0.259601838647713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055941 s
InvBiCGStab: k = 75 resid = 1.131828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306762(s) Flops=495101952 => 1613.96115555382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232359.572689954 Mflops = 232.359572689954 Gflops = 0.232359572689954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001003806 Relative Rsd = 4.40027424576028e-07
BICGSTAB_SOLVER_TIME: 0.620872 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047683 s
InvBiCGStab: k = 54 resid = 2.278461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238369(s) Flops=357304320 => 1498.95464594809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215788.017906426 Mflops = 215.788017906426 Gflops = 0.215788017906426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060615 s
InvBiCGStab: k = 84 resid = 1.066154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313683(s) Flops=554158080 => 1766.6181463452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254340.951710759 Mflops = 254.340951710759 Gflops = 0.254340951710759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00109886 Relative Rsd = 4.81695109763828e-07
BICGSTAB_SOLVER_TIME: 0.66417 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041305 s
InvBiCGStab: k = 56 resid = 1.022637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246511(s) Flops=370427904 => 1502.68306079648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216324.18333083 Mflops = 216.32418333083 Gflops = 0.21632418333083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056741 s
InvBiCGStab: k = 70 resid = 1.095067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261381(s) Flops=462292992 => 1768.65568652656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254612.164002357 Mflops = 254.612164002357 Gflops = 0.254612164002357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001046846 Relative Rsd = 4.58894403579816e-07
BICGSTAB_SOLVER_TIME: 0.609833 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104214
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872384(s) Flops=1398620160 => 1603.21619837136 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230842.259695924 Mflops = 230.842259695924 Gflops = 0.230842259695924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155073000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047307 s
InvBiCGStab: k = 27 resid = 1.929184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115755(s) Flops=180135936 => 1556.18276532331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223966.583947827 Mflops = 223.966583947827 Gflops = 0.223966583947827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06805 s
InvBiCGStab: k = 62 resid = 1.052995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244555(s) Flops=409798656 => 1675.69117785365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241252.561662067 Mflops = 241.252561662067 Gflops = 0.241252561662067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0008233628 Relative Rsd = 3.6092842484807e-07
BICGSTAB_SOLVER_TIME: 0.479551 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0776660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043126 s
InvBiCGStab: k = 54 resid = 1.925418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201391(s) Flops=357304320 => 1774.18216305595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255417.963900262 Mflops = 255.417963900262 Gflops = 0.255417963900262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057088 s
InvBiCGStab: k = 77 resid = 1.080876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285071(s) Flops=508225536 => 1782.80335776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256665.960789255 Mflops = 256.665960789255 Gflops = 0.256665960789255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001103672 Relative Rsd = 4.83804606941568e-07
BICGSTAB_SOLVER_TIME: 0.590482 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042036 s
InvBiCGStab: k = 59 resid = 1.665555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226286(s) Flops=390113280 => 1723.98327779889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248202.512270365 Mflops = 248.202512270365 Gflops = 0.248202512270365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057915 s
InvBiCGStab: k = 74 resid = 1.135565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273554(s) Flops=488540160 => 1785.9002610088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257118.327394106 Mflops = 257.118327394106 Gflops = 0.257118327394106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001065621 Relative Rsd = 4.67124591228587e-07
BICGSTAB_SOLVER_TIME: 0.603785 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0418 s
InvBiCGStab: k = 62 resid = 1.418558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227699(s) Flops=409798656 => 1799.73849687526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259084.623320933 Mflops = 259.084623320933 Gflops = 0.259084623320933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057021 s
InvBiCGStab: k = 76 resid = 1.105425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279921(s) Flops=501663744 => 1792.16187424309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258017.406815339 Mflops = 258.017406815339 Gflops = 0.258017406815339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001130359 Relative Rsd = 4.95502959616742e-07
BICGSTAB_SOLVER_TIME: 0.61027 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040809 s
InvBiCGStab: k = 54 resid = 2.24165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226398(s) Flops=357304320 => 1578.21323509925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227216.031037746 Mflops = 227.216031037746 Gflops = 0.227216031037746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061772 s
InvBiCGStab: k = 78 resid = 9.388298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31722(s) Flops=514787328 => 1622.8085492718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233632.630723543 Mflops = 233.632630723543 Gflops = 0.233632630723543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001046305 Relative Rsd = 4.58657259292979e-07
BICGSTAB_SOLVER_TIME: 0.650504 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108459
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887226(s) Flops=1398620160 => 1576.39672417174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226990.594767762 Mflops = 226.990594767762 Gflops = 0.226990594767762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154866000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.595377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989038(s) Flops=1564674048 => 1582.01610858228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227800.43134907 Mflops = 227.80043134907 Gflops = 0.22780043134907 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 8.966419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861158(s) Flops=1446561792 => 1679.78674296703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241878.992195725 Mflops = 241.878992195725 Gflops = 0.241878992195725 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002223531 Relative Rsd = 9.77590361669869e-07
BICGSTAB_SOLVER_TIME: 1.853604 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.116299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327021999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.198721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684987(s) Flops=1203775488 => 1757.36983037634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252972.336098751 Mflops = 252.972336098751 Gflops = 0.252972336098751 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.122297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756518(s) Flops=1335011328 => 1764.67886818291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254094.915421829 Mflops = 254.094915421829 Gflops = 0.254094915421829 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001943613 Relative Rsd = 8.54207260500686e-07
BICGSTAB_SOLVER_TIME: 1.444934 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275865999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986316(s) Flops=1398620160 => 1418.02440597131 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204176.811832265 Mflops = 204.176811832265 Gflops = 0.204176811832265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155071000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 29 resid = 2.280814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107586(s) Flops=193259520 => 1796.32591601138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258554.826141859 Mflops = 258.554826141859 Gflops = 0.258554826141859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055947 s
InvBiCGStab: k = 54 resid = 1.025497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208543(s) Flops=357304320 => 1713.33643421261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246645.73074452 Mflops = 246.64573074452 Gflops = 0.24664573074452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007483905 Relative Rsd = 3.28063656022441e-07
BICGSTAB_SOLVER_TIME: 0.417375 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001839
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 87 resid = 1.442351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321545(s) Flops=573843456 => 1784.64431417064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256950.168705131 Mflops = 256.950168705131 Gflops = 0.256950168705131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05781 s
InvBiCGStab: k = 103 resid = 1.137906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413066(s) Flops=678832128 => 1643.39870141818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236610.938965022 Mflops = 236.610938965022 Gflops = 0.236610938965022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.00130961 Relative Rsd = 5.74079420303369e-07
BICGSTAB_SOLVER_TIME: 0.839255 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149960999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042615 s
InvBiCGStab: k = 57 resid = 2.21164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242917(s) Flops=376989696 => 1551.92800833206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223434.351938543 Mflops = 223.434351938543 Gflops = 0.223434351938543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06665 s
InvBiCGStab: k = 67 resid = 8.35697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265247(s) Flops=442607616 => 1668.6620998541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240227.234753551 Mflops = 240.227234753551 Gflops = 0.240227234753551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00103072 Relative Rsd = 4.51825186993134e-07
BICGSTAB_SOLVER_TIME: 0.621325 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 64 resid = 2.260195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243862(s) Flops=422922240 => 1734.26872575473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249681.292339971 Mflops = 249.681292339971 Gflops = 0.249681292339971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 95 resid = 9.840498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363617(s) Flops=626337792 => 1722.52065222473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248003.112278975 Mflops = 248.003112278975 Gflops = 0.248003112278975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001115799 Relative Rsd = 4.89120272423391e-07
BICGSTAB_SOLVER_TIME: 0.709416 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041545 s
InvBiCGStab: k = 59 resid = 2.223509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216956(s) Flops=390113280 => 1798.12164678552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258881.096237087 Mflops = 258.881096237087 Gflops = 0.258881096237087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056637 s
InvBiCGStab: k = 73 resid = 1.019566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278786(s) Flops=481978368 => 1728.8471013609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248900.340286957 Mflops = 248.900340286957 Gflops = 0.248900340286957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001081044 Relative Rsd = 4.73885474313855e-07
BICGSTAB_SOLVER_TIME: 0.597662 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108361
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906524(s) Flops=1392427008 => 1536.00677753705 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221163.976076409 Mflops = 221.163976076409 Gflops = 0.221163976076409 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154450000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042777 s
InvBiCGStab: k = 31 resid = 2.086854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114446(s) Flops=206383104 => 1803.32299949321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259543.467006616 Mflops = 259.543467006616 Gflops = 0.259543467006616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056061 s
InvBiCGStab: k = 58 resid = 9.059029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212515(s) Flops=383551488 => 1804.82077970967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.871238306 Mflops = 259.815871238306 Gflops = 0.259815871238306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007320726 Relative Rsd = 3.20910543329119e-07
BICGSTAB_SOLVER_TIME: 0.429666 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001848
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 87 resid = 2.044461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321788(s) Flops=573843456 => 1783.29663007943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256759.008161837 Mflops = 256.759008161837 Gflops = 0.256759008161837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056332 s
InvBiCGStab: k = 106 resid = 7.04447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398407(s) Flops=698517504 => 1753.27618239639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252418.462553917 Mflops = 252.418462553917 Gflops = 0.252418462553917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001297561 Relative Rsd = 5.6879743574027e-07
BICGSTAB_SOLVER_TIME: 0.821552 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152258999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041554 s
InvBiCGStab: k = 58 resid = 1.862583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219047(s) Flops=383551488 => 1751.00087195899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252077.963541973 Mflops = 252.077963541973 Gflops = 0.252077963541973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06392 s
InvBiCGStab: k = 72 resid = 1.120957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310694(s) Flops=475416576 => 1530.17623771299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220305.581452795 Mflops = 220.305581452795 Gflops = 0.220305581452795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001086541 Relative Rsd = 4.76295139921803e-07
BICGSTAB_SOLVER_TIME: 0.639633 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047631 s
InvBiCGStab: k = 60 resid = 2.266009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247494(s) Flops=396675072 => 1602.76641857984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230743.286411117 Mflops = 230.743286411117 Gflops = 0.230743286411117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057676 s
InvBiCGStab: k = 107 resid = 5.716392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417319(s) Flops=705079296 => 1689.54515849985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243252.923090894 Mflops = 243.252923090894 Gflops = 0.243252923090894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001126024 Relative Rsd = 4.93602743420348e-07
BICGSTAB_SOLVER_TIME: 0.774033 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 61 resid = 2.076058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225331(s) Flops=403236864 => 1789.53124070811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257623.209561668 Mflops = 257.623209561668 Gflops = 0.257623209561668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 78 resid = 1.140152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290327(s) Flops=514787328 => 1773.12936103084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255278.793337955 Mflops = 255.278793337955 Gflops = 0.255278793337955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001085319 Relative Rsd = 4.7575905196544e-07
BICGSTAB_SOLVER_TIME: 0.617537 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113634
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.88247(s) Flops=1392279552 => 1577.70751640282 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227191.530045408 Mflops = 227.191530045408 Gflops = 0.227191530045408 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154203000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 26 resid = 2.231668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098606(s) Flops=173574144 => 1760.2797395696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253319.72065187 Mflops = 253.31972065187 Gflops = 0.25331972065187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 52 resid = 1.033995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193622(s) Flops=344180736 => 1777.59105886728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255904.642893583 Mflops = 255.904642893583 Gflops = 0.255904642893583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007510235 Relative Rsd = 3.29217865384938e-07
BICGSTAB_SOLVER_TIME: 0.394002 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 48 resid = 2.012408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17581(s) Flops=317933568 => 1808.39296968318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260333.942762363 Mflops = 260.333942762363 Gflops = 0.260333942762363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 71 resid = 9.0759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259345(s) Flops=468854784 => 1807.84200196649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.983127462 Mflops = 260.265983127462 Gflops = 0.260265983127462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001080096 Relative Rsd = 4.7346971909439e-07
BICGSTAB_SOLVER_TIME: 0.536131 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040539 s
InvBiCGStab: k = 48 resid = 2.196269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176146(s) Flops=317933568 => 1804.94344464251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259833.870431338 Mflops = 259.833870431338 Gflops = 0.259833870431338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 70 resid = 1.048612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256837(s) Flops=462292992 => 1799.94701697964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259127.463705192 Mflops = 259.127463705192 Gflops = 0.259127463705192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009823471 Relative Rsd = 4.30620599134791e-07
BICGSTAB_SOLVER_TIME: 0.533613 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985020000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 56 resid = 1.892333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205958(s) Flops=370427904 => 1798.56040551957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258922.707812182 Mflops = 258.922707812182 Gflops = 0.258922707812182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060556 s
InvBiCGStab: k = 94 resid = 5.762288e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394906(s) Flops=619776000 => 1569.42664836695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225959.112993331 Mflops = 225.959112993331 Gflops = 0.225959112993331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001086246 Relative Rsd = 4.76165621479799e-07
BICGSTAB_SOLVER_TIME: 0.706449 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045647 s
InvBiCGStab: k = 64 resid = 1.002781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248839(s) Flops=422922240 => 1699.58181796262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244684.96273348 Mflops = 244.68496273348 Gflops = 0.24468496273348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05749 s
InvBiCGStab: k = 70 resid = 1.095042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267327(s) Flops=462292992 => 1729.31650001683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248972.266927003 Mflops = 248.972266927003 Gflops = 0.248972266927003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001016508 Relative Rsd = 4.45595186631334e-07
BICGSTAB_SOLVER_TIME: 0.623162 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10988
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.872778(s) Flops=1386160128 => 1588.21616493541 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228682.38305996 Mflops = 228.68238305996 Gflops = 0.22868238305996 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153378000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042414 s
InvBiCGStab: k = 26 resid = 2.158452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107768(s) Flops=173574144 => 1610.62786727043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231830.472471211 Mflops = 231.830472471211 Gflops = 0.231830472471211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05715 s
InvBiCGStab: k = 49 resid = 3.935467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206746(s) Flops=324495360 => 1569.53633927621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225943.207073507 Mflops = 225.943207073507 Gflops = 0.225943207073507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007244135 Relative Rsd = 3.17553142596794e-07
BICGSTAB_SOLVER_TIME: 0.418606 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041356 s
InvBiCGStab: k = 57 resid = 2.279631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211402(s) Flops=376989696 => 1783.28348833029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256735.659368765 Mflops = 256.735659368765 Gflops = 0.256735659368765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059103 s
InvBiCGStab: k = 78 resid = 1.1295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290062(s) Flops=514787328 => 1774.74928808324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255509.332117243 Mflops = 255.509332117243 Gflops = 0.255509332117243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00109134 Relative Rsd = 4.78398462264444e-07
BICGSTAB_SOLVER_TIME: 0.60588 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 58 resid = 2.163869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212498(s) Flops=383551488 => 1804.96516673098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259861.567776171 Mflops = 259.861567776171 Gflops = 0.259861567776171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055896 s
InvBiCGStab: k = 73 resid = 1.066172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268444(s) Flops=481978368 => 1795.45219114601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258480.154509097 Mflops = 258.480154509097 Gflops = 0.258480154509097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001067231 Relative Rsd = 4.67830257507557e-07
BICGSTAB_SOLVER_TIME: 0.581883 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040535 s
InvBiCGStab: k = 62 resid = 2.203508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238649(s) Flops=409798656 => 1717.16058311579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247231.548952226 Mflops = 247.231548952226 Gflops = 0.247231548952226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059522 s
InvBiCGStab: k = 91 resid = 1.049064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345154(s) Flops=600090624 => 1738.61703471494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250302.158146231 Mflops = 250.302158146231 Gflops = 0.250302158146231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001123695 Relative Rsd = 4.92581854361135e-07
BICGSTAB_SOLVER_TIME: 0.687754 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123732
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 66 resid = 1.074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242911(s) Flops=436045824 => 1795.0847182713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258431.86048688 Mflops = 258.43186048688 Gflops = 0.25843186048688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061197 s
InvBiCGStab: k = 74 resid = 8.107863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308332(s) Flops=488540160 => 1584.46142469805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228121.316450079 Mflops = 228.121316450079 Gflops = 0.228121316450079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001003878 Relative Rsd = 4.40058707005086e-07
BICGSTAB_SOLVER_TIME: 0.657883 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114095
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905924(s) Flops=1386012672 => 1529.94365090228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220351.399587494 Mflops = 220.351399587494 Gflops = 0.220351399587494 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153640000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02136
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 1.477981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.015387(s) Flops=1689348096 => 1663.74800544029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239581.447205788 Mflops = 239.581447205788 Gflops = 0.239581447205788 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 6.726463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972625(s) Flops=1597483008 => 1642.44493818275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236504.350758195 Mflops = 236.504350758195 Gflops = 0.236504350758195 Tflops
BICGSTAB_SOLVER: 500 iterations. Rsd = 0.002184076 Relative Rsd = 9.6017716008246e-07
BICGSTAB_SOLVER_TIME: 1.99138 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356440000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.103053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.652369(s) Flops=1164404736 => 1784.88667609896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256984.701288922 Mflops = 256.984701288922 Gflops = 0.256984701288922 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 9.929912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892623(s) Flops=1518741504 => 1701.43666923214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244995.261297275 Mflops = 244.995261297275 Gflops = 0.244995261297275 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.002153245 Relative Rsd = 9.46369017122819e-07
BICGSTAB_SOLVER_TIME: 1.548431 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291345999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 353 resid = 2.152251e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.422682(s) Flops=2319280128 => 1630.21682146818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234747.203536367 Mflops = 234.747203536367 Gflops = 0.234747203536367 Tflops
InvBiCGStab: k = 336 resid = 9.048673e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.235508(s) Flops=2207729664 => 1786.90033896988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257305.665553456 Mflops = 257.305665553456 Gflops = 0.257305665553456 Tflops
BICGSTAB_SOLVER: 689 iterations. Rsd = 0.002236419 Relative Rsd = 9.83188673593109e-07
BICGSTAB_SOLVER_TIME: 2.662869 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.492227999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 262 resid = 1.732509e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.992648(s) Flops=1722157056 => 1734.91212997961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249796.037738044 Mflops = 249.796037738044 Gflops = 0.249796037738044 Tflops
InvBiCGStab: k = 325 resid = 7.967274e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.313826(s) Flops=2135549952 => 1625.44351535135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234057.341492546 Mflops = 234.057341492546 Gflops = 0.234057341492546 Tflops
BICGSTAB_SOLVER: 587 iterations. Rsd = 0.002190144 Relative Rsd = 9.62586330924602e-07
BICGSTAB_SOLVER_TIME: 2.311149 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419667999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 231 resid = 2.234074e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862863(s) Flops=1518741504 => 1760.118934292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253462.158440591 Mflops = 253.462158440591 Gflops = 0.253462158440591 Tflops
InvBiCGStab: k = 261 resid = 1.012485e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953988(s) Flops=1715595264 => 1798.34050742777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258950.369633828 Mflops = 258.950369633828 Gflops = 0.258950369633828 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.001935771 Relative Rsd = 8.4856262879614e-07
BICGSTAB_SOLVER_TIME: 1.821728 sec
2Flav::invert,  n_count = 492
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350221000000002
MInvCG2: 314 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.28931(s) Flops=2031003648 => 1575.26401563627 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226840.74903318 Mflops = 226.84074903318 Gflops = 0.22684074903318 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.225929000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.121556490616058
AccProb = 0.885541027177706
AcceptP = 1
After HMC trajectory call: time= 454.08334 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.061795 secs
Doing Update: 2754 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 265 resid = 1.619214e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.080207(s) Flops=1741842432 => 1612.50800263283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232200.786527438 Mflops = 232.200786527438 Gflops = 0.232200786527438 Tflops
InvBiCGStab: k = 295 resid = 1.104528e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.090277(s) Flops=1938696192 => 1778.1684764514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256046.460714329 Mflops = 256.046460714329 Gflops = 0.256046460714329 Tflops
BICGSTAB_SOLVER: 560 iterations. Rsd = 0.001947884 Relative Rsd = 8.5771901891285e-07
BICGSTAB_SOLVER_TIME: 2.175733 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.402756999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 235 resid = 2.057143e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857901(s) Flops=1544988672 => 1800.89389335133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.435289947 Mflops = 259.325435289947 Gflops = 0.259325435289947 Tflops
InvBiCGStab: k = 267 resid = 1.000179e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.028396(s) Flops=1754966016 => 1706.50801442246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245730.647800892 Mflops = 245.730647800892 Gflops = 0.245730647800892 Tflops
BICGSTAB_SOLVER: 502 iterations. Rsd = 0.001832943 Relative Rsd = 8.05440019139732e-07
BICGSTAB_SOLVER_TIME: 1.891179 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361244999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 331 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.374093(s) Flops=2134075392 => 1553.07929812611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223645.630903468 Mflops = 223.645630903468 Gflops = 0.223645630903468 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.237041000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 319 resid = 2.018125e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.18069(s) Flops=2096179200 => 1775.3849020488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255669.098866177 Mflops = 255.669098866177 Gflops = 0.255669098866177 Tflops
InvBiCGStab: k = 327 resid = 9.600142e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.295342(s) Flops=2148673536 => 1658.76929490436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238855.612647071 Mflops = 238.855612647071 Gflops = 0.238855612647071 Tflops
BICGSTAB_SOLVER: 646 iterations. Rsd = 0.002044362 Relative Rsd = 9.00201810326093e-07
BICGSTAB_SOLVER_TIME: 2.481162 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.461840999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 268 resid = 2.222231e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.02633(s) Flops=1761527808 => 1716.3366636462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247115.398839347 Mflops = 247.115398839347 Gflops = 0.247115398839347 Tflops
InvBiCGStab: k = 298 resid = 9.952728e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.091721(s) Flops=1958381568 => 1793.84803260174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258306.321890747 Mflops = 258.306321890747 Gflops = 0.258306321890747 Tflops
BICGSTAB_SOLVER: 566 iterations. Rsd = 0.001947028 Relative Rsd = 8.555716699581e-07
BICGSTAB_SOLVER_TIME: 2.12286 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.404750999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 249 resid = 1.998264e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910432(s) Flops=1636853760 => 1797.88689325507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258844.869298299 Mflops = 258.844869298299 Gflops = 0.258844869298299 Tflops
InvBiCGStab: k = 252 resid = 1.030475e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.023632(s) Flops=1656539136 => 1618.29557497226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233027.597412315 Mflops = 233.027597412315 Gflops = 0.233027597412315 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.001904576 Relative Rsd = 8.35282944062349e-07
BICGSTAB_SOLVER_TIME: 1.939169 sec
2Flav::invert,  n_count = 501
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356982000000002
MInvCG2: 314 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.304642(s) Flops=2031003648 => 1556.75169740051 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224177.207619653 Mflops = 224.177207619653 Gflops = 0.224177207619653 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.225403000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.211023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781363(s) Flops=1400629248 => 1792.5461635629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258065.308419645 Mflops = 258.065308419645 Gflops = 0.258065308419645 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.024928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.986913(s) Flops=1715595264 => 1738.34498481629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250310.102458995 Mflops = 250.310102458995 Gflops = 0.250310102458995 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002142166 Relative Rsd = 9.43268214909746e-07
BICGSTAB_SOLVER_TIME: 1.771915 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.119521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338074999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.468328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.702508(s) Flops=1210337280 => 1722.88042271405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248012.228299014 Mflops = 248.012228299014 Gflops = 0.248012228299014 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 8.785107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.837347(s) Flops=1499056128 => 1790.24481845639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257783.452666727 Mflops = 257.783452666727 Gflops = 0.257783452666727 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.001945248 Relative Rsd = 8.54789498739293e-07
BICGSTAB_SOLVER_TIME: 1.543313 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294283999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878197(s) Flops=1380114432 => 1571.53170871684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226283.091348259 Mflops = 226.283091348259 Gflops = 0.226283091348259 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152926000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021553
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.2e-05 s
InvBiCGStab: k = 167 resid = 1.691389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.615779(s) Flops=1098786816 => 1784.38500825783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256903.360759667 Mflops = 256.903360759667 Gflops = 0.256903360759667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.3e-05 s
InvBiCGStab: k = 181 resid = 8.859505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657919(s) Flops=1190651904 => 1809.72415145329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260570.359411085 Mflops = 260.570359411085 Gflops = 0.260570359411085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 348 iterations. Rsd = 0.001871988 Relative Rsd = 8.20990783153843e-07
BICGSTAB_SOLVER_TIME: 1.277442 sec
2Flav::invert,  n_count = 348
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250526999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000132 s
InvBiCGStab: k = 129 resid = 1.845711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474186(s) Flops=849438720 => 1791.36187065835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257815.437293465 Mflops = 257.815437293465 Gflops = 0.257815437293465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.4e-05 s
InvBiCGStab: k = 159 resid = 1.045626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.57846(s) Flops=1046292480 => 1808.75510839125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260407.183874309 Mflops = 260.407183874309 Gflops = 0.260407183874309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 288 iterations. Rsd = 0.001595126 Relative Rsd = 6.99568529261349e-07
BICGSTAB_SOLVER_TIME: 1.056594 sec
2Flav::invert,  n_count = 288
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.207301999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005883 s
InvBiCGStab: k = 90 resid = 1.833484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367656(s) Flops=593528832 => 1614.35916182518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232434.791908577 Mflops = 232.434791908577 Gflops = 0.232434791908577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007866 s
InvBiCGStab: k = 132 resid = 1.124387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.526116(s) Flops=869124096 => 1651.9628675045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237853.022099088 Mflops = 237.853022099088 Gflops = 0.237853022099088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 222 iterations. Rsd = 0.001401539 Relative Rsd = 6.14667838798682e-07
BICGSTAB_SOLVER_TIME: 0.911343 sec
2Flav::invert,  n_count = 222
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162422999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007426 s
InvBiCGStab: k = 82 resid = 1.604957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324788(s) Flops=541034496 => 1665.80814562114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239832.118767008 Mflops = 239.832118767008 Gflops = 0.239832118767008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011068 s
InvBiCGStab: k = 104 resid = 1.016586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383232(s) Flops=685393920 => 1788.45691382766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257502.668999605 Mflops = 257.502668999605 Gflops = 0.257502668999605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001306684 Relative Rsd = 5.73067445515409e-07
BICGSTAB_SOLVER_TIME: 0.730308 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1374
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010152 s
InvBiCGStab: k = 64 resid = 2.227848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235264(s) Flops=422922240 => 1797.64961915125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258791.779013569 Mflops = 258.791779013569 Gflops = 0.258791779013569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015084 s
InvBiCGStab: k = 103 resid = 9.653917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377458(s) Flops=678832128 => 1798.43089297352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258938.971762099 Mflops = 258.938971762099 Gflops = 0.258938971762099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001238224 Relative Rsd = 5.43043451373338e-07
BICGSTAB_SOLVER_TIME: 0.641757 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125558000000001
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897083(s) Flops=1386160128 => 1545.18603964182 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222494.645478987 Mflops = 222.494645478987 Gflops = 0.222494645478987 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153885000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013893 s
InvBiCGStab: k = 30 resid = 2.116195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110528(s) Flops=199821312 => 1807.87955993052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.438092029 Mflops = 260.195438092029 Gflops = 0.260195438092029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019357 s
InvBiCGStab: k = 53 resid = 1.065036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194146(s) Flops=350742528 => 1806.59157541232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.666459514 Mflops = 260.064666459514 Gflops = 0.260064666459514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007131892 Relative Rsd = 3.12780734155363e-07
BICGSTAB_SOLVER_TIME: 0.34175 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016429 s
InvBiCGStab: k = 77 resid = 2.256267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282193(s) Flops=508225536 => 1800.98562331454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259297.147989274 Mflops = 259.297147989274 Gflops = 0.259297147989274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023881 s
InvBiCGStab: k = 108 resid = 1.078332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393932(s) Flops=711641088 => 1806.50743783191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260091.541778474 Mflops = 260.091541778474 Gflops = 0.260091541778474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.0013206 Relative Rsd = 5.79170404284676e-07
BICGSTAB_SOLVER_TIME: 0.720281 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14008
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.022032 s
InvBiCGStab: k = 55 resid = 2.266749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210503(s) Flops=363866112 => 1728.55546951825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248851.91027689 Mflops = 248.85191027689 Gflops = 0.24885191027689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.033672 s
InvBiCGStab: k = 75 resid = 1.111709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30932(s) Flops=495101952 => 1600.61409543515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230434.616070683 Mflops = 230.434616070683 Gflops = 0.230434616070683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001098957 Relative Rsd = 4.81965513808629e-07
BICGSTAB_SOLVER_TIME: 0.579765 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101946
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.027095 s
InvBiCGStab: k = 71 resid = 1.475324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314092(s) Flops=468854784 => 1492.73074131146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214919.294413445 Mflops = 214.919294413445 Gflops = 0.214919294413445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.038284 s
InvBiCGStab: k = 87 resid = 9.16817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33457(s) Flops=573843456 => 1715.16709806617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246943.63124103 Mflops = 246.94363124103 Gflops = 0.24694363124103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001194818 Relative Rsd = 5.24006774193359e-07
BICGSTAB_SOLVER_TIME: 0.717847 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122773
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027637 s
InvBiCGStab: k = 60 resid = 1.683735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223454(s) Flops=396675072 => 1775.19790202905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255580.038700233 Mflops = 255.580038700233 Gflops = 0.255580038700233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039224 s
InvBiCGStab: k = 80 resid = 8.790923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297537(s) Flops=527910912 => 1774.26979501709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255446.671154534 Mflops = 255.446671154534 Gflops = 0.255446671154534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00111374 Relative Rsd = 4.88448889575343e-07
BICGSTAB_SOLVER_TIME: 0.591819 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111104
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866851(s) Flops=1385938944 => 1598.82026322863 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230219.23763295 Mflops = 230.21923763295 Gflops = 0.23021923763295 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153511000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021384
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031718 s
InvBiCGStab: k = 26 resid = 1.885759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096459(s) Flops=173574144 => 1799.46033029577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259004.312563271 Mflops = 259.004312563271 Gflops = 0.259004312563271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.045638 s
InvBiCGStab: k = 48 resid = 9.074958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180756(s) Flops=317933568 => 1758.91017725553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253207.703305785 Mflops = 253.207703305785 Gflops = 0.253207703305785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007230866 Relative Rsd = 3.17121398802918e-07
BICGSTAB_SOLVER_TIME: 0.358478 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037536 s
InvBiCGStab: k = 56 resid = 2.033386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208962(s) Flops=370427904 => 1772.70462572142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255206.331630129 Mflops = 255.206331630129 Gflops = 0.255206331630129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050036 s
InvBiCGStab: k = 67 resid = 1.120811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24515(s) Flops=442607616 => 1805.45631654089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.120493373 Mflops = 259.919120493373 Gflops = 0.259919120493373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0010614 Relative Rsd = 4.65494392140891e-07
BICGSTAB_SOLVER_TIME: 0.545484 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 57 resid = 1.84988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208366(s) Flops=376989696 => 1809.26684775827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260472.148431697 Mflops = 260.472148431697 Gflops = 0.260472148431697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056351 s
InvBiCGStab: k = 72 resid = 6.311501e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263087(s) Flops=475416576 => 1807.06981340773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260148.368300813 Mflops = 260.148368300813 Gflops = 0.260148368300813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001089741 Relative Rsd = 4.77923781052102e-07
BICGSTAB_SOLVER_TIME: 0.572744 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040826 s
InvBiCGStab: k = 63 resid = 1.819612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230527(s) Flops=416360448 => 1806.12443661697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260023.719769304 Mflops = 260.023719769304 Gflops = 0.260023719769304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 86 resid = 8.546482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332827(s) Flops=567281664 => 1704.43402728745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245388.339098455 Mflops = 245.388339098455 Gflops = 0.245388339098455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001133024 Relative Rsd = 4.96906134827802e-07
BICGSTAB_SOLVER_TIME: 0.665275 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045596 s
InvBiCGStab: k = 55 resid = 1.405453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228923(s) Flops=363866112 => 1589.46943732172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228832.903884899 Mflops = 228.832903884899 Gflops = 0.228832903884899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064498 s
InvBiCGStab: k = 71 resid = 7.943365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295694(s) Flops=468854784 => 1585.60804074482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228286.784907405 Mflops = 228.286784907405 Gflops = 0.228286784907405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00101938 Relative Rsd = 4.47065687797524e-07
BICGSTAB_SOLVER_TIME: 0.638553 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104219
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874766(s) Flops=1386012672 => 1584.43820633175 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228137.164042898 Mflops = 228.137164042898 Gflops = 0.228137164042898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153673000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041172 s
InvBiCGStab: k = 31 resid = 1.930229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1145(s) Flops=206383104 => 1802.47252401747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259449.215111855 Mflops = 259.449215111855 Gflops = 0.259449215111855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063893 s
InvBiCGStab: k = 49 resid = 7.348123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207297(s) Flops=324495360 => 1565.36447705466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225349.849082069 Mflops = 225.349849082069 Gflops = 0.225349849082069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007273929 Relative Rsd = 3.19009979522829e-07
BICGSTAB_SOLVER_TIME: 0.430944 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0471 s
InvBiCGStab: k = 57 resid = 2.165227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24263(s) Flops=376989696 => 1553.7637390265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223694.203381021 Mflops = 223.694203381021 Gflops = 0.223694203381021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060231 s
InvBiCGStab: k = 84 resid = 9.345784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310147(s) Flops=554158080 => 1786.75943987851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257249.030386458 Mflops = 257.249030386458 Gflops = 0.257249030386458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001130466 Relative Rsd = 4.95784285051276e-07
BICGSTAB_SOLVER_TIME: 0.663968 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042099 s
InvBiCGStab: k = 55 resid = 2.275514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214413(s) Flops=363866112 => 1697.03381791216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244328.95074297 Mflops = 244.32895074297 Gflops = 0.24432895074297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058147 s
InvBiCGStab: k = 73 resid = 1.074488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281931(s) Flops=481978368 => 1709.5614458857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246107.81378833 Mflops = 246.10781378833 Gflops = 0.24610781378833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001029309 Relative Rsd = 4.51420392798629e-07
BICGSTAB_SOLVER_TIME: 0.600483 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041842 s
InvBiCGStab: k = 68 resid = 1.991007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251171(s) Flops=449169408 => 1788.30122904316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257469.163288739 Mflops = 257.469163288739 Gflops = 0.257469163288739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05736 s
InvBiCGStab: k = 77 resid = 1.136907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283135(s) Flops=508225536 => 1794.99368145937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258426.709545277 Mflops = 258.426709545277 Gflops = 0.258426709545277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001136871 Relative Rsd = 4.98593223710319e-07
BICGSTAB_SOLVER_TIME: 0.637406 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042296 s
InvBiCGStab: k = 54 resid = 1.818556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197803(s) Flops=357304320 => 1806.36451418836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.679197131 Mflops = 260.033679197131 Gflops = 0.260033679197131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056227 s
InvBiCGStab: k = 73 resid = 9.763338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267696(s) Flops=481978368 => 1800.46906939215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.599807039 Mflops = 259.215599807039 Gflops = 0.259215599807039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001064027 Relative Rsd = 4.66646313801929e-07
BICGSTAB_SOLVER_TIME: 0.567806 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105271
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951846(s) Flops=1392279552 => 1462.71513669228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210656.386515099 Mflops = 210.656386515099 Gflops = 0.210656386515099 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153997000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.037084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.662969(s) Flops=1197213696 => 1805.83661679505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.21665209 Mflops = 259.98121665209 Gflops = 0.25998121665209 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.103282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.992348(s) Flops=1564674048 => 1576.73925679298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227043.096634761 Mflops = 227.043096634761 Gflops = 0.227043096634761 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002052183 Relative Rsd = 9.03662881730229e-07
BICGSTAB_SOLVER_TIME: 1.659 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.1189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299730999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.985465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693514(s) Flops=1230022656 => 1773.6089768916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255369.077339179 Mflops = 255.369077339179 Gflops = 0.255369077339179 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 8.356872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776744(s) Flops=1400629248 => 1803.20575118701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.593193853 Mflops = 259.647593193853 Gflops = 0.259647593193853 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.002011514 Relative Rsd = 8.83889298630553e-07
BICGSTAB_SOLVER_TIME: 1.473694 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285676999999997
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868658(s) Flops=1392279552 => 1602.79367944577 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230805.966667168 Mflops = 230.805966667168 Gflops = 0.230805966667168 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154566000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 29 resid = 2.254342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106761(s) Flops=193259520 => 1810.20709809762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260541.192671986 Mflops = 260.541192671986 Gflops = 0.260541192671986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 50 resid = 1.051444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188949(s) Flops=331057152 => 1752.09793118778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252223.632204621 Mflops = 252.223632204621 Gflops = 0.252223632204621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007589102 Relative Rsd = 3.32832401257398e-07
BICGSTAB_SOLVER_TIME: 0.39692 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 83 resid = 2.238278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308028(s) Flops=547596288 => 1777.74841248198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255947.877949422 Mflops = 255.947877949422 Gflops = 0.255947877949422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056838 s
InvBiCGStab: k = 104 resid = 1.019201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383366(s) Flops=685393920 => 1787.83178476965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257391.333078074 Mflops = 257.391333078074 Gflops = 0.257391333078074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001338375 Relative Rsd = 5.86966017022048e-07
BICGSTAB_SOLVER_TIME: 0.792974 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147969999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 59 resid = 1.25132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216719(s) Flops=390113280 => 1800.08804027335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259154.656342716 Mflops = 259.154656342716 Gflops = 0.259154656342716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057004 s
InvBiCGStab: k = 72 resid = 1.125082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288365(s) Flops=475416576 => 1648.6625491998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237348.391026896 Mflops = 237.348391026896 Gflops = 0.237348391026896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001083998 Relative Rsd = 4.75404941625309e-07
BICGSTAB_SOLVER_TIME: 0.60725 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043487 s
InvBiCGStab: k = 63 resid = 2.270117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273394(s) Flops=416360448 => 1522.93191511152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219272.687568494 Mflops = 219.272687568494 Gflops = 0.219272687568494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061601 s
InvBiCGStab: k = 86 resid = 1.066786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325637(s) Flops=567281664 => 1742.06759059935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250803.455949724 Mflops = 250.803455949724 Gflops = 0.250803455949724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001146583 Relative Rsd = 5.02852760642273e-07
BICGSTAB_SOLVER_TIME: 0.707963 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04153 s
InvBiCGStab: k = 69 resid = 1.906163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255782(s) Flops=455731200 => 1781.71724359024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256521.916245996 Mflops = 256.521916245996 Gflops = 0.256521916245996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056693 s
InvBiCGStab: k = 78 resid = 1.148313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285411(s) Flops=514787328 => 1803.67024396397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259667.482746289 Mflops = 259.667482746289 Gflops = 0.259667482746289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001110596 Relative Rsd = 4.87070126856775e-07
BICGSTAB_SOLVER_TIME: 0.643338 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11935
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867837(s) Flops=1392279552 => 1604.30997065117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231025.909240389 Mflops = 231.025909240389 Gflops = 0.231025909240389 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154302000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 27 resid = 1.905301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102168(s) Flops=180135936 => 1763.13460183228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253776.847649933 Mflops = 253.776847649933 Gflops = 0.253776847649933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056708 s
InvBiCGStab: k = 49 resid = 1.000243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184845(s) Flops=324495360 => 1755.49979712732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252696.257146514 Mflops = 252.696257146514 Gflops = 0.252696257146514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007567843 Relative Rsd = 3.3190004519796e-07
BICGSTAB_SOLVER_TIME: 0.389134 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04179 s
InvBiCGStab: k = 79 resid = 1.855762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293227(s) Flops=521349120 => 1777.97105996378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255987.898892811 Mflops = 255.987898892811 Gflops = 0.255987898892811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057784 s
InvBiCGStab: k = 96 resid = 5.624129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349864(s) Flops=632899584 => 1808.98744655066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260459.497470346 Mflops = 260.459497470346 Gflops = 0.260459497470346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00128883 Relative Rsd = 5.65237370092052e-07
BICGSTAB_SOLVER_TIME: 0.746477 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041847 s
InvBiCGStab: k = 52 resid = 2.01426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1905(s) Flops=344180736 => 1806.72302362205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260090.975830065 Mflops = 260.090975830065 Gflops = 0.260090975830065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056012 s
InvBiCGStab: k = 71 resid = 1.062465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260206(s) Flops=468854784 => 1801.86000322821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.248875273 Mflops = 259.403248875273 Gflops = 0.259403248875273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001056374 Relative Rsd = 4.63289954521945e-07
BICGSTAB_SOLVER_TIME: 0.552375 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0407 s
InvBiCGStab: k = 63 resid = 2.09076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230554(s) Flops=416360448 => 1805.91292278599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.39311295 Mflops = 260.01439311295 Gflops = 0.26001439311295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055885 s
InvBiCGStab: k = 80 resid = 1.111545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320228(s) Flops=527910912 => 1648.54701025519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237341.826974094 Mflops = 237.341826974094 Gflops = 0.237341826974094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001145567 Relative Rsd = 5.02407094292694e-07
BICGSTAB_SOLVER_TIME: 0.651538 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044741 s
InvBiCGStab: k = 60 resid = 1.334994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263527(s) Flops=396675072 => 1505.25400433352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216720.409096061 Mflops = 216.720409096061 Gflops = 0.216720409096061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061316 s
InvBiCGStab: k = 82 resid = 1.140383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310672(s) Flops=541034496 => 1741.49745068754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250721.444634722 Mflops = 250.721444634722 Gflops = 0.250721444634722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001084945 Relative Rsd = 4.7582022975539e-07
BICGSTAB_SOLVER_TIME: 0.684136 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115662
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87349(s) Flops=1392353280 => 1594.01170019119 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229511.373358821 Mflops = 229.511373358821 Gflops = 0.229511373358821 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154277000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046502 s
InvBiCGStab: k = 28 resid = 1.971945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118194(s) Flops=186697728 => 1579.58718716686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227346.200807253 Mflops = 227.346200807253 Gflops = 0.227346200807253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059435 s
InvBiCGStab: k = 49 resid = 7.278211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19729(s) Flops=324495360 => 1644.76334330174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236763.874560276 Mflops = 236.763874560276 Gflops = 0.236763874560276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007364805 Relative Rsd = 3.22995474281411e-07
BICGSTAB_SOLVER_TIME: 0.425888 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043767 s
InvBiCGStab: k = 53 resid = 2.257123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201219(s) Flops=350742528 => 1743.08851549804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250932.659369343 Mflops = 250.932659369343 Gflops = 0.250932659369343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056598 s
InvBiCGStab: k = 72 resid = 8.308339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269831(s) Flops=475416576 => 1761.90495532389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253661.774143679 Mflops = 253.661774143679 Gflops = 0.253661774143679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001085822 Relative Rsd = 4.76204884386817e-07
BICGSTAB_SOLVER_TIME: 0.575306 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 61 resid = 1.500719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224731(s) Flops=403236864 => 1794.30903613654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258315.01519001 Mflops = 258.31501519001 Gflops = 0.25831501519001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055995 s
InvBiCGStab: k = 69 resid = 1.046978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252706(s) Flops=455731200 => 1803.40474701827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.75454618 Mflops = 259.63375454618 Gflops = 0.25963375454618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001020997 Relative Rsd = 4.47775006458848e-07
BICGSTAB_SOLVER_TIME: 0.578597 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 60 resid = 1.037929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219549(s) Flops=396675072 => 1806.77239249552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.626914252 Mflops = 260.125626914252 Gflops = 0.260125626914252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 75 resid = 1.1385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276156(s) Flops=495101952 => 1792.83431104159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258100.67316042 Mflops = 258.10067316042 Gflops = 0.25810067316042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001071364 Relative Rsd = 4.69864107556336e-07
BICGSTAB_SOLVER_TIME: 0.597088 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040764 s
InvBiCGStab: k = 62 resid = 1.646224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226459(s) Flops=409798656 => 1809.59315372761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260520.442685903 Mflops = 260.520442685903 Gflops = 0.260520442685903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 63 resid = 1.0126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230381(s) Flops=416360448 => 1807.26903694315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260179.992462797 Mflops = 260.179992462797 Gflops = 0.260179992462797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001014589 Relative Rsd = 4.44964331901548e-07
BICGSTAB_SOLVER_TIME: 0.557776 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103724
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951586(s) Flops=1392427008 => 1463.26974966004 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210693.051154438 Mflops = 210.693051154438 Gflops = 0.210693051154438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154417000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 26 resid = 1.766985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09636(s) Flops=173574144 => 1801.30909090909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259250.811847101 Mflops = 259.250811847101 Gflops = 0.259250811847101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 52 resid = 1.13004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190871(s) Flops=344180736 => 1803.21125786526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259575.639446503 Mflops = 259.575639446503 Gflops = 0.259575639446503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007525492 Relative Rsd = 3.3004268511876e-07
BICGSTAB_SOLVER_TIME: 0.38867 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 54 resid = 2.129887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19778(s) Flops=357304320 => 1806.57457781373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.734307602 Mflops = 260.056734307602 Gflops = 0.260056734307602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 74 resid = 1.021827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29851(s) Flops=488540160 => 1636.59562493719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235625.419146595 Mflops = 235.625419146595 Gflops = 0.235625419146595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001108698 Relative Rsd = 4.86237610475031e-07
BICGSTAB_SOLVER_TIME: 0.598113 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044753 s
InvBiCGStab: k = 55 resid = 2.251781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242492(s) Flops=363866112 => 1500.52831433614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216033.11690904 Mflops = 216.03311690904 Gflops = 0.21603311690904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060678 s
InvBiCGStab: k = 70 resid = 1.012295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264767(s) Flops=462292992 => 1746.03705144523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251367.170322384 Mflops = 251.367170322384 Gflops = 0.251367170322384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001062709 Relative Rsd = 4.66068361793997e-07
BICGSTAB_SOLVER_TIME: 0.61647 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040944 s
InvBiCGStab: k = 60 resid = 1.466981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222964(s) Flops=396675072 => 1779.09919090077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256126.098233334 Mflops = 256.126098233334 Gflops = 0.256126098233334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056656 s
InvBiCGStab: k = 83 resid = 5.872024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305262(s) Flops=547596288 => 1793.8567132496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258263.617440318 Mflops = 258.263617440318 Gflops = 0.258263617440318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001084131 Relative Rsd = 4.75463451607737e-07
BICGSTAB_SOLVER_TIME: 0.629657 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 62 resid = 1.574342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226649(s) Flops=409798656 => 1808.07617064271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260293.767033469 Mflops = 260.293767033469 Gflops = 0.260293767033469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055813 s
InvBiCGStab: k = 74 resid = 7.639032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277629(s) Flops=488540160 => 1759.68706439169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253336.892183053 Mflops = 253.336892183053 Gflops = 0.253336892183053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001037576 Relative Rsd = 4.55045714196791e-07
BICGSTAB_SOLVER_TIME: 0.605351 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111447
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877239(s) Flops=1392500736 => 1587.3675657375 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228574.523630394 Mflops = 228.574523630394 Gflops = 0.228574523630394 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154131000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.209618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734623(s) Flops=1321887744 => 1799.40968905139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259028.898930273 Mflops = 259.028898930273 Gflops = 0.259028898930273 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.061808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.888386(s) Flops=1597483008 => 1798.18570756405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258925.940080787 Mflops = 258.925940080787 Gflops = 0.258925940080787 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002030823 Relative Rsd = 8.94266258596249e-07
BICGSTAB_SOLVER_TIME: 1.626356 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317253999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.255161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694349(s) Flops=1164404736 => 1676.97330305077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241405.687898902 Mflops = 241.405687898902 Gflops = 0.241405687898902 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 9.585858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.829058(s) Flops=1341573120 => 1618.18970445976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233006.69167311 Mflops = 233.00669167311 Gflops = 0.23300669167311 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001966009 Relative Rsd = 8.63873384190598e-07
BICGSTAB_SOLVER_TIME: 1.526813 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271449999999998
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874797(s) Flops=1392500736 => 1591.79870987212 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229196.093746215 Mflops = 229.196093746215 Gflops = 0.229196093746215 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154652000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 27 resid = 2.150499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114158(s) Flops=180135936 => 1577.95280225652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227116.736088139 Mflops = 227.116736088139 Gflops = 0.227116736088139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061852 s
InvBiCGStab: k = 51 resid = 7.418299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218312(s) Flops=337618944 => 1546.49741654146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222621.513116853 Mflops = 222.621513116853 Gflops = 0.222621513116853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007189243 Relative Rsd = 3.15295948618149e-07
BICGSTAB_SOLVER_TIME: 0.43993 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 83 resid = 1.79863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312621(s) Flops=547596288 => 1751.6298905064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252189.85433175 Mflops = 252.18985433175 Gflops = 0.25218985433175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056624 s
InvBiCGStab: k = 93 resid = 8.924641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345484(s) Flops=613214208 => 1774.94242280395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255551.596144099 Mflops = 255.551596144099 Gflops = 0.2555515961441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001274613 Relative Rsd = 5.59002431999419e-07
BICGSTAB_SOLVER_TIME: 0.759856 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 59 resid = 7.375952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216036(s) Flops=390113280 => 1805.7790368272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259983.952442951 Mflops = 259.983952442951 Gflops = 0.259983952442951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056801 s
InvBiCGStab: k = 74 resid = 1.08253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270109(s) Flops=488540160 => 1808.6778300612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260398.680343135 Mflops = 260.398680343135 Gflops = 0.260398680343135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00100224 Relative Rsd = 4.39548431451251e-07
BICGSTAB_SOLVER_TIME: 0.587911 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042204 s
InvBiCGStab: k = 61 resid = 2.140512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238472(s) Flops=403236864 => 1690.91911838706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243442.367374734 Mflops = 243.442367374734 Gflops = 0.243442367374734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 80 resid = 1.017831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308961(s) Flops=527910912 => 1708.66521017216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245994.688282859 Mflops = 245.994688282859 Gflops = 0.245994688282859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001113541 Relative Rsd = 4.88361533048349e-07
BICGSTAB_SOLVER_TIME: 0.64997 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040533 s
InvBiCGStab: k = 57 resid = 1.667966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23827(s) Flops=376989696 => 1582.19539178243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227821.926635035 Mflops = 227.821926635035 Gflops = 0.227821926635035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07057 s
InvBiCGStab: k = 79 resid = 9.315829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330537(s) Flops=521349120 => 1577.27915482987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227081.0526522 Mflops = 227.0810526522 Gflops = 0.2270810526522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001086805 Relative Rsd = 4.76635999824535e-07
BICGSTAB_SOLVER_TIME: 0.684155 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111494
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904326(s) Flops=1392574464 => 1539.90315881662 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221726.157647234 Mflops = 221.726157647234 Gflops = 0.221726157647234 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154429000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041644 s
InvBiCGStab: k = 31 resid = 1.903687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114192(s) Flops=206383104 => 1807.3341740227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260126.420288537 Mflops = 260.126420288537 Gflops = 0.260126420288537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059835 s
InvBiCGStab: k = 49 resid = 1.088224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192545(s) Flops=324495360 => 1685.29621646888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242593.760468012 Mflops = 242.593760468012 Gflops = 0.242593760468012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007467382 Relative Rsd = 3.27494182254104e-07
BICGSTAB_SOLVER_TIME: 0.412471 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046383 s
InvBiCGStab: k = 78 resid = 1.483431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332721(s) Flops=514787328 => 1547.20419811193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222752.58158282 Mflops = 222.75258158282 Gflops = 0.22275258158282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067264 s
InvBiCGStab: k = 102 resid = 8.175861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400765(s) Flops=672270336 => 1677.46768305616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241516.170803682 Mflops = 241.516170803682 Gflops = 0.241516170803682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001271525 Relative Rsd = 5.57648022912281e-07
BICGSTAB_SOLVER_TIME: 0.852201 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041688 s
InvBiCGStab: k = 65 resid = 1.960441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251089(s) Flops=429484032 => 1710.48525423256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246267.409795234 Mflops = 246.267409795234 Gflops = 0.246267409795234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057979 s
InvBiCGStab: k = 69 resid = 9.978999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255982(s) Flops=455731200 => 1780.32517911416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256297.50463488 Mflops = 256.29750463488 Gflops = 0.25629750463488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001077483 Relative Rsd = 4.7254749992673e-07
BICGSTAB_SOLVER_TIME: 0.610745 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042678 s
InvBiCGStab: k = 69 resid = 1.801316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259251(s) Flops=455731200 => 1757.87634377495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253092.818797231 Mflops = 253.092818797231 Gflops = 0.253092818797231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058351 s
InvBiCGStab: k = 79 resid = 1.042997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304396(s) Flops=521349120 => 1712.73315023851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246561.810085537 Mflops = 246.561810085537 Gflops = 0.246561810085537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001101986 Relative Rsd = 4.8329378231025e-07
BICGSTAB_SOLVER_TIME: 0.668505 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119961
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 70 resid = 5.418811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261148(s) Flops=462292992 => 1770.2337065572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254886.929064734 Mflops = 254.886929064734 Gflops = 0.254886929064734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059666 s
InvBiCGStab: k = 72 resid = 1.094297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267794(s) Flops=475416576 => 1775.30704944846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255589.852718821 Mflops = 255.589852718821 Gflops = 0.255589852718821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001040965 Relative Rsd = 4.56532153663127e-07
BICGSTAB_SOLVER_TIME: 0.633584 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115757
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96208(s) Flops=1398693888 => 1453.8228504906 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209335.950075312 Mflops = 209.335950075312 Gflops = 0.209335950075312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154640000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 29 resid = 1.538651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107187(s) Flops=193259520 => 1803.01267877634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259501.529815581 Mflops = 259.501529815581 Gflops = 0.259501529815581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055977 s
InvBiCGStab: k = 49 resid = 8.014728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185633(s) Flops=324495360 => 1748.04781477431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251643.762868236 Mflops = 251.643762868236 Gflops = 0.251643762868236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007666519 Relative Rsd = 3.36227639552756e-07
BICGSTAB_SOLVER_TIME: 0.393464 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041471 s
InvBiCGStab: k = 52 resid = 1.873731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198212(s) Flops=344180736 => 1736.42734042338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249979.781046648 Mflops = 249.979781046648 Gflops = 0.249979781046648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057218 s
InvBiCGStab: k = 73 resid = 1.052805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306144(s) Flops=481978368 => 1574.35183443086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226657.096089324 Mflops = 226.657096089324 Gflops = 0.226657096089324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001084469 Relative Rsd = 4.75611717741221e-07
BICGSTAB_SOLVER_TIME: 0.607111 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046727 s
InvBiCGStab: k = 53 resid = 1.968383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227637(s) Flops=350742528 => 1540.79753291425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221815.587728892 Mflops = 221.815587728892 Gflops = 0.221815587728892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060452 s
InvBiCGStab: k = 71 resid = 9.189296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264488(s) Flops=468854784 => 1772.6883034391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255183.424493787 Mflops = 255.183424493787 Gflops = 0.255183424493787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001003002 Relative Rsd = 4.39882796089055e-07
BICGSTAB_SOLVER_TIME: 0.603252 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042082 s
InvBiCGStab: k = 60 resid = 1.177933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235176(s) Flops=396675072 => 1686.71578732524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242830.527184204 Mflops = 242.830527184204 Gflops = 0.242830527184204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 74 resid = 1.149709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275123(s) Flops=488540160 => 1775.71544363794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255639.768605213 Mflops = 255.639768605213 Gflops = 0.255639768605213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00108303 Relative Rsd = 4.74980208166476e-07
BICGSTAB_SOLVER_TIME: 0.612707 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042468 s
InvBiCGStab: k = 52 resid = 1.808187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192669(s) Flops=344180736 => 1786.38356974916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257174.265335822 Mflops = 257.174265335822 Gflops = 0.257174265335822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 69 resid = 9.904386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252374(s) Flops=455731200 => 1805.77714027594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.440831109 Mflops = 259.960440831109 Gflops = 0.259960440831109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001062488 Relative Rsd = 4.65971406770759e-07
BICGSTAB_SOLVER_TIME: 0.547518 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101065
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87287(s) Flops=1398841344 => 1602.57695189433 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230750.053918849 Mflops = 230.750053918849 Gflops = 0.230750053918849 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155358000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 34 resid = 1.790569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125396(s) Flops=226068480 => 1802.83645411337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259511.067076559 Mflops = 259.511067076559 Gflops = 0.259511067076559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056752 s
InvBiCGStab: k = 53 resid = 9.393727e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193772(s) Flops=350742528 => 1810.0784839915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260563.271525956 Mflops = 260.563271525956 Gflops = 0.260563271525956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007772598 Relative Rsd = 3.40879923465366e-07
BICGSTAB_SOLVER_TIME: 0.421003 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 61 resid = 1.258041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223327(s) Flops=403236864 => 1805.58940029643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.103479051 Mflops = 259.947103479051 Gflops = 0.259947103479051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055872 s
InvBiCGStab: k = 83 resid = 8.463795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303446(s) Flops=547596288 => 1804.59221080522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.311615376 Mflops = 259.814311615376 Gflops = 0.259814311615376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001146648 Relative Rsd = 5.02881249796021e-07
BICGSTAB_SOLVER_TIME: 0.627425 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117059
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041042 s
InvBiCGStab: k = 57 resid = 1.70211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208288(s) Flops=376989696 => 1809.94438469811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260575.747204148 Mflops = 260.575747204148 Gflops = 0.260575747204148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056102 s
InvBiCGStab: k = 72 resid = 1.015057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263167(s) Flops=475416576 => 1806.52048319128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.188692879 Mflops = 260.076188692879 Gflops = 0.260076188692879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001034947 Relative Rsd = 4.53892873530793e-07
BICGSTAB_SOLVER_TIME: 0.57252 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04421 s
InvBiCGStab: k = 69 resid = 1.184585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279785(s) Flops=455731200 => 1628.86216201726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234511.407637553 Mflops = 234.511407637553 Gflops = 0.234511407637553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066524 s
InvBiCGStab: k = 71 resid = 1.050318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300577(s) Flops=468854784 => 1559.84917009618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224550.894301977 Mflops = 224.550894301977 Gflops = 0.224550894301977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001106097 Relative Rsd = 4.85096870041002e-07
BICGSTAB_SOLVER_TIME: 0.69504 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 54 resid = 2.134602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201095(s) Flops=357304320 => 1776.7936547403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255765.449382189 Mflops = 255.765449382189 Gflops = 0.255765449382189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 72 resid = 1.123952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267129(s) Flops=475416576 => 1779.7265590782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256222.774624111 Mflops = 256.222774624111 Gflops = 0.256222774624111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001043892 Relative Rsd = 4.57815748312544e-07
BICGSTAB_SOLVER_TIME: 0.569534 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104278
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876514(s) Flops=1405181952 => 1603.14832621042 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230834.260356495 Mflops = 230.834260356495 Gflops = 0.230834260356495 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155797000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.449445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.761889(s) Flops=1335011328 => 1752.2386174364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252336.836729903 Mflops = 252.336836729903 Gflops = 0.252336836729903 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 9.180402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856516(s) Flops=1499056128 => 1750.17878008117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252018.372093947 Mflops = 252.018372093947 Gflops = 0.252018372093947 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002059279 Relative Rsd = 9.06789376702099e-07
BICGSTAB_SOLVER_TIME: 1.621931 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0.117351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307433999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.952169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.621766(s) Flops=1118472192 => 1798.86354673623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258955.78511837 Mflops = 258.95578511837 Gflops = 0.25895578511837 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.069843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874654(s) Flops=1466247168 => 1676.37393529327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241383.062840055 Mflops = 241.383062840055 Gflops = 0.241383062840055 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001987315 Relative Rsd = 8.73211312867663e-07
BICGSTAB_SOLVER_TIME: 1.500399 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.122616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280434999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890173(s) Flops=1405181952 => 1578.54928424025 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227291.014422101 Mflops = 227.291014422101 Gflops = 0.227291014422101 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155838000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 30 resid = 2.249001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110571(s) Flops=199821312 => 1807.17649293214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260094.043516235 Mflops = 260.094043516235 Gflops = 0.260094043516235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059024 s
InvBiCGStab: k = 54 resid = 9.520582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215931(s) Flops=357304320 => 1654.71525626242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238203.125436526 Mflops = 238.203125436526 Gflops = 0.238203125436526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007681072 Relative Rsd = 3.36865888497204e-07
BICGSTAB_SOLVER_TIME: 0.430847 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046084 s
InvBiCGStab: k = 83 resid = 2.209257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35601(s) Flops=547596288 => 1538.14861380298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221455.382097507 Mflops = 221.455382097507 Gflops = 0.221455382097507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062905 s
InvBiCGStab: k = 106 resid = 5.868774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402365(s) Flops=698517504 => 1736.029485666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249943.960567704 Mflops = 249.943960567704 Gflops = 0.249943960567704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001292285 Relative Rsd = 5.66752451879628e-07
BICGSTAB_SOLVER_TIME: 0.871409 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148952999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 54 resid = 2.012416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20103(s) Flops=357304320 => 1777.36815400686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255875.419844551 Mflops = 255.875419844551 Gflops = 0.255875419844551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056718 s
InvBiCGStab: k = 71 resid = 9.911502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26026(s) Flops=468854784 => 1801.48614462461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.366534137 Mflops = 259.352366534137 Gflops = 0.259352366534137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001043277 Relative Rsd = 4.57545918245237e-07
BICGSTAB_SOLVER_TIME: 0.563372 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040869 s
InvBiCGStab: k = 64 resid = 2.201108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233953(s) Flops=422922240 => 1807.72308968041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260258.921034262 Mflops = 260.258921034262 Gflops = 0.260258921034262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055862 s
InvBiCGStab: k = 83 resid = 1.139189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30328(s) Flops=547596288 => 1805.57995251912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259941.052233358 Mflops = 259.941052233358 Gflops = 0.259941052233358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001148688 Relative Rsd = 5.03776003235862e-07
BICGSTAB_SOLVER_TIME: 0.637823 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044117 s
InvBiCGStab: k = 66 resid = 7.745468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240612(s) Flops=436045824 => 1812.23639718717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260901.665515672 Mflops = 260.901665515672 Gflops = 0.260901665515672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 82 resid = 1.135286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299571(s) Flops=541034496 => 1806.03094425028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.067228692 Mflops = 260.004067228691 Gflops = 0.260004067228692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001088208 Relative Rsd = 4.77251375756655e-07
BICGSTAB_SOLVER_TIME: 0.644917 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120129
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956245(s) Flops=1411375104 => 1475.95553859105 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212524.977665105 Mflops = 212.524977665105 Gflops = 0.212524977665105 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156448000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041747 s
InvBiCGStab: k = 28 resid = 2.020091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104288(s) Flops=186697728 => 1790.21294875729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257652.141576642 Mflops = 257.652141576642 Gflops = 0.257652141576642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 51 resid = 9.269077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189019(s) Flops=337618944 => 1786.16405758151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257094.005420675 Mflops = 257.094005420675 Gflops = 0.257094005420675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007997685 Relative Rsd = 3.50751491822747e-07
BICGSTAB_SOLVER_TIME: 0.395113 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 81 resid = 2.212442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295589(s) Flops=534472704 => 1808.16168395982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260332.70807852 Mflops = 260.33270807852 Gflops = 0.26033270807852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 91 resid = 9.197521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373399(s) Flops=600090624 => 1607.10292207531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231381.527237082 Mflops = 231.381527237082 Gflops = 0.231381527237082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001259371 Relative Rsd = 5.52317640979058e-07
BICGSTAB_SOLVER_TIME: 0.77086 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048151 s
InvBiCGStab: k = 53 resid = 2.279934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221939(s) Flops=350742528 => 1580.35553913463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227511.763033155 Mflops = 227.511763033155 Gflops = 0.227511763033155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 70 resid = 5.954029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258737(s) Flops=462292992 => 1786.72935065337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257225.089973228 Mflops = 257.225089973228 Gflops = 0.257225089973228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001006623 Relative Rsd = 4.41470836659259e-07
BICGSTAB_SOLVER_TIME: 0.589066 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041487 s
InvBiCGStab: k = 63 resid = 2.023915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23363(s) Flops=416360448 => 1782.1360612935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256570.372660205 Mflops = 256.570372660205 Gflops = 0.256570372660205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 81 resid = 1.106691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296146(s) Flops=534472704 => 1804.76084093657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.728342687 Mflops = 259.827728342687 Gflops = 0.259827728342687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.0011234 Relative Rsd = 4.92685502439138e-07
BICGSTAB_SOLVER_TIME: 0.631499 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 60 resid = 2.173565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219819(s) Flops=396675072 => 1804.55316419418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259790.498805031 Mflops = 259.790498805031 Gflops = 0.259790498805031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05587 s
InvBiCGStab: k = 76 resid = 9.823927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277653(s) Flops=501663744 => 1806.80109345118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.01401362 Mflops = 260.12201401362 Gflops = 0.26012201401362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00105172 Relative Rsd = 4.61248691339162e-07
BICGSTAB_SOLVER_TIME: 0.598028 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111466
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929401(s) Flops=1417789440 => 1525.48731925186 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219662.653311046 Mflops = 219.662653311046 Gflops = 0.219662653311046 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157445000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040609 s
InvBiCGStab: k = 32 resid = 1.507899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118443(s) Flops=212944896 => 1797.86813910489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258767.981480369 Mflops = 258.767981480369 Gflops = 0.258767981480369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 50 resid = 1.132546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183102(s) Flops=331057152 => 1808.04771111184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260253.463489838 Mflops = 260.253463489838 Gflops = 0.260253463489838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007150832 Relative Rsd = 3.1361133594344e-07
BICGSTAB_SOLVER_TIME: 0.402277 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 49 resid = 2.138045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180337(s) Flops=324495360 => 1799.38315487116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.424613779 Mflops = 259.035424613779 Gflops = 0.259035424613779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056006 s
InvBiCGStab: k = 70 resid = 1.057015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256415(s) Flops=462292992 => 1802.90931497767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.310566412 Mflops = 259.555310566412 Gflops = 0.259555310566412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001042287 Relative Rsd = 4.57112096848471e-07
BICGSTAB_SOLVER_TIME: 0.53773 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 56 resid = 1.192962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206353(s) Flops=370427904 => 1795.11760914549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258418.588149073 Mflops = 258.418588149073 Gflops = 0.258418588149073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055958 s
InvBiCGStab: k = 66 resid = 1.121114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257603(s) Flops=436045824 => 1692.70475887315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243708.463161793 Mflops = 243.708463161793 Gflops = 0.243708463161793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001013441 Relative Rsd = 4.44461023518669e-07
BICGSTAB_SOLVER_TIME: 0.565103 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 62 resid = 1.303213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264747(s) Flops=409798656 => 1547.88781742569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222856.966394791 Mflops = 222.856966394791 Gflops = 0.222856966394791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064019 s
InvBiCGStab: k = 76 resid = 7.158105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292324(s) Flops=501663744 => 1716.12233001738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247072.400337809 Mflops = 247.072400337809 Gflops = 0.247072400337809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001076662 Relative Rsd = 4.72187454205888e-07
BICGSTAB_SOLVER_TIME: 0.666127 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112606
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042371 s
InvBiCGStab: k = 50 resid = 2.227868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186171(s) Flops=331057152 => 1778.24232560388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255981.598663371 Mflops = 255.981598663371 Gflops = 0.255981598663371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 67 resid = 1.131472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248292(s) Flops=442607616 => 1782.60925039872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256629.691343007 Mflops = 256.629691343007 Gflops = 0.256629691343007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001013889 Relative Rsd = 4.44657333189208e-07
BICGSTAB_SOLVER_TIME: 0.537118 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978150000000003
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903971(s) Flops=1430102016 => 1582.02200734316 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227812.415637758 Mflops = 227.812415637758 Gflops = 0.227812415637758 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158729000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042522 s
InvBiCGStab: k = 28 resid = 2.180678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103725(s) Flops=186697728 => 1799.92989154013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.144506331 Mflops = 259.052144506331 Gflops = 0.259052144506331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 58 resid = 1.141593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218753(s) Flops=383551488 => 1753.35418485689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252397.173116219 Mflops = 252.397173116219 Gflops = 0.252397173116219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007318928 Relative Rsd = 3.20983466089842e-07
BICGSTAB_SOLVER_TIME: 0.425274 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 58 resid = 2.051212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214772(s) Flops=383551488 => 1785.85424543237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257083.219709913 Mflops = 257.083219709913 Gflops = 0.257083219709913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 79 resid = 9.624779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289202(s) Flops=521349120 => 1802.71616378863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259531.437819442 Mflops = 259.531437819442 Gflops = 0.259531437819442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001120207 Relative Rsd = 4.91284989936526e-07
BICGSTAB_SOLVER_TIME: 0.605608 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 53 resid = 1.734109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194527(s) Flops=350742528 => 1803.05319055967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.60293626 Mflops = 259.56360293626 Gflops = 0.25956360293626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 67 resid = 1.088614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245093(s) Flops=442607616 => 1805.87620209472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259982.800728761 Mflops = 259.982800728761 Gflops = 0.259982800728761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001035514 Relative Rsd = 4.54141617539861e-07
BICGSTAB_SOLVER_TIME: 0.540714 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040653 s
InvBiCGStab: k = 63 resid = 2.129369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23067(s) Flops=416360448 => 1805.00476004682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.349586736 Mflops = 259.864349586735 Gflops = 0.259864349586735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055787 s
InvBiCGStab: k = 68 resid = 1.110174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248388(s) Flops=449169408 => 1808.33779409633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260337.836005966 Mflops = 260.337836005966 Gflops = 0.260337836005966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001082931 Relative Rsd = 4.74936963877544e-07
BICGSTAB_SOLVER_TIME: 0.579333 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108085
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045361 s
InvBiCGStab: k = 54 resid = 1.992586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223568(s) Flops=357304320 => 1598.19079653618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230077.956633004 Mflops = 230.077956633004 Gflops = 0.230077956633004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060591 s
InvBiCGStab: k = 79 resid = 1.108955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340752(s) Flops=521349120 => 1529.99577405268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220274.352056347 Mflops = 220.274352056347 Gflops = 0.220274352056347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001027327 Relative Rsd = 4.50551014106839e-07
BICGSTAB_SOLVER_TIME: 0.67434 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109264
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913222(s) Flops=1442414592 => 1579.47858461579 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227431.122448937 Mflops = 227.431122448937 Gflops = 0.227431122448937 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160063000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.186189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833032(s) Flops=1321887744 => 1586.83909381632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228418.836032293 Mflops = 228.418836032293 Gflops = 0.228418836032293 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 8.729273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959155(s) Flops=1702471680 => 1774.97034368793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255584.452704835 Mflops = 255.584452704835 Gflops = 0.255584452704835 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002044878 Relative Rsd = 9.0043884619408e-07
BICGSTAB_SOLVER_TIME: 1.795581 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.118946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328376999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.014531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659173(s) Flops=1170966528 => 1776.41761419233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255641.8706625 Mflops = 255.6418706625 Gflops = 0.2556418706625 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.143867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.712699(s) Flops=1275955200 => 1790.31428415081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257790.969365108 Mflops = 257.790969365108 Gflops = 0.257790969365108 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.001971625 Relative Rsd = 8.66307062584579e-07
BICGSTAB_SOLVER_TIME: 1.375307 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.114515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265604999999997
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983887(s) Flops=1442414592 => 1466.03684366192 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211092.812335936 Mflops = 211.092812335936 Gflops = 0.211092812335936 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159967000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 29 resid = 2.169599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106862(s) Flops=193259520 => 1808.49619134959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260291.058196371 Mflops = 260.291058196371 Gflops = 0.260291058196371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 51 resid = 1.141802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186986(s) Flops=337618944 => 1805.58407581316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.630810767 Mflops = 259.902630810767 Gflops = 0.259902630810767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000703203 Relative Rsd = 3.08401113908687e-07
BICGSTAB_SOLVER_TIME: 0.394782 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 73 resid = 2.01762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267215(s) Flops=481978368 => 1803.71000130981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.73968283 Mflops = 259.68373968283 Gflops = 0.25968373968283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056174 s
InvBiCGStab: k = 96 resid = 1.129246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3877(s) Flops=632899584 => 1632.44669589889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235037.72252059 Mflops = 235.03772252059 Gflops = 0.23503772252059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001255274 Relative Rsd = 5.50520731003868e-07
BICGSTAB_SOLVER_TIME: 0.756344 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134796
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046798 s
InvBiCGStab: k = 50 resid = 2.219801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219514(s) Flops=331057152 => 1508.1368477637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217104.871624924 Mflops = 217.104871624924 Gflops = 0.217104871624924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061675 s
InvBiCGStab: k = 65 resid = 1.085752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246506(s) Flops=429484032 => 1742.28632163112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250815.583261826 Mflops = 250.815583261826 Gflops = 0.250815583261826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009804785 Relative Rsd = 4.30004769169041e-07
BICGSTAB_SOLVER_TIME: 0.578387 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0965570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042067 s
InvBiCGStab: k = 64 resid = 2.164056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239536(s) Flops=422922240 => 1765.5894729811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254191.795610182 Mflops = 254.191795610182 Gflops = 0.254191795610182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056995 s
InvBiCGStab: k = 82 resid = 8.698585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300854(s) Flops=541034496 => 1798.32907656205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258911.469224465 Mflops = 258.911469224465 Gflops = 0.258911469224465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00112801 Relative Rsd = 4.94706955959459e-07
BICGSTAB_SOLVER_TIME: 0.643297 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 56 resid = 1.970719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205266(s) Flops=370427904 => 1804.62377597849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.903402846 Mflops = 259.799903402846 Gflops = 0.259799903402846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055763 s
InvBiCGStab: k = 88 resid = 6.389175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321624(s) Flops=580405248 => 1804.60801432729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.950979456 Mflops = 259.817950979456 Gflops = 0.259817950979456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001061231 Relative Rsd = 4.65420259074149e-07
BICGSTAB_SOLVER_TIME: 0.627597 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11727
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930508(s) Flops=1460920320 => 1570.02445975747 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226067.008582065 Mflops = 226.067008582065 Gflops = 0.226067008582065 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162288000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040733 s
InvBiCGStab: k = 32 resid = 2.111559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11848(s) Flops=212944896 => 1797.30668467252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258681.314973721 Mflops = 258.681314973721 Gflops = 0.258681314973721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057037 s
InvBiCGStab: k = 51 resid = 7.705715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201492(s) Flops=337618944 => 1675.59478291942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241197.116857235 Mflops = 241.197116857235 Gflops = 0.241197116857235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008034594 Relative Rsd = 3.52370165891604e-07
BICGSTAB_SOLVER_TIME: 0.421669 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051273 s
InvBiCGStab: k = 71 resid = 1.787332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2652(s) Flops=468854784 => 1767.92904977376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254529.429477291 Mflops = 254.529429477291 Gflops = 0.254529429477291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 99 resid = 1.07433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361678(s) Flops=652584960 => 1804.32583679405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259769.372296353 Mflops = 259.769372296353 Gflops = 0.259769372296353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001259865 Relative Rsd = 5.5253427087037e-07
BICGSTAB_SOLVER_TIME: 0.737868 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 53 resid = 2.094269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197723(s) Flops=350742528 => 1773.90858928906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255366.385385806 Mflops = 255.366385385806 Gflops = 0.255366385385806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061267 s
InvBiCGStab: k = 66 resid = 9.783112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280145(s) Flops=436045824 => 1556.50046939978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224076.339444491 Mflops = 224.076339444491 Gflops = 0.224076339444491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001008924 Relative Rsd = 4.42480006216571e-07
BICGSTAB_SOLVER_TIME: 0.584355 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993530000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046839 s
InvBiCGStab: k = 62 resid = 2.168335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263096(s) Flops=409798656 => 1557.60124061179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224261.944993574 Mflops = 224.261944993574 Gflops = 0.224261944993574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059025 s
InvBiCGStab: k = 80 resid = 8.629175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298565(s) Flops=527910912 => 1768.16074221694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254561.947175008 Mflops = 254.561947175008 Gflops = 0.254561947175008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001076397 Relative Rsd = 4.72071200078498e-07
BICGSTAB_SOLVER_TIME: 0.671418 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 66 resid = 1.997481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244485(s) Flops=436045824 => 1783.5279219584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256776.805395221 Mflops = 256.776805395221 Gflops = 0.256776805395221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 78 resid = 1.081523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285521(s) Flops=514787328 => 1802.9753608316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259575.91190615 Mflops = 259.57591190615 Gflops = 0.25957591190615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001123726 Relative Rsd = 4.92828305598695e-07
BICGSTAB_SOLVER_TIME: 0.631157 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117018
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915787(s) Flops=1473527808 => 1609.0289641587 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231683.738960643 Mflops = 231.683738960643 Gflops = 0.231683738960643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163765000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042154 s
InvBiCGStab: k = 27 resid = 2.153409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105851(s) Flops=180135936 => 1701.78775826397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244932.164169556 Mflops = 244.932164169556 Gflops = 0.244932164169556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 51 resid = 1.101169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190517(s) Flops=337618944 => 1772.11977933728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255086.661595818 Mflops = 255.086661595818 Gflops = 0.255086661595818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007375559 Relative Rsd = 3.23467128049015e-07
BICGSTAB_SOLVER_TIME: 0.399075 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 60 resid = 2.047053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220158(s) Flops=396675072 => 1801.77450739923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259394.433769068 Mflops = 259.394433769068 Gflops = 0.259394433769068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055776 s
InvBiCGStab: k = 79 resid = 7.984484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289639(s) Flops=521349120 => 1799.99627122038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259144.77367611 Mflops = 259.14477367611 Gflops = 0.25914477367611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001040142 Relative Rsd = 4.56171393160649e-07
BICGSTAB_SOLVER_TIME: 0.610717 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042133 s
InvBiCGStab: k = 53 resid = 2.273637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19507(s) Flops=350742528 => 1798.03418260112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.746418542 Mflops = 258.858746418542 Gflops = 0.258858746418542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 79 resid = 8.508376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290098(s) Flops=521349120 => 1797.14827403153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258710.359089741 Mflops = 258.710359089741 Gflops = 0.258710359089741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001026335 Relative Rsd = 4.50115763146802e-07
BICGSTAB_SOLVER_TIME: 0.587721 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041759 s
InvBiCGStab: k = 62 resid = 2.183099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228055(s) Flops=409798656 => 1796.92905658723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258684.920746853 Mflops = 258.684920746853 Gflops = 0.258684920746853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 83 resid = 1.05739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339183(s) Flops=547596288 => 1614.45676227877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232435.11775958 Mflops = 232.43511775958 Gflops = 0.23243511775958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00109195 Relative Rsd = 4.78892463335361e-07
BICGSTAB_SOLVER_TIME: 0.669912 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117688
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045314 s
InvBiCGStab: k = 56 resid = 1.678517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239302(s) Flops=370427904 => 1547.95155911777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222863.439209785 Mflops = 222.863439209785 Gflops = 0.222863439209785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059812 s
InvBiCGStab: k = 74 resid = 9.072831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272428(s) Flops=488540160 => 1793.28174783796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258161.867899683 Mflops = 258.161867899683 Gflops = 0.258161867899683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001037899 Relative Rsd = 4.55187547295557e-07
BICGSTAB_SOLVER_TIME: 0.620759 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107274
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926791(s) Flops=1485914112 => 1603.28931981428 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230858.547418478 Mflops = 230.858547418478 Gflops = 0.230858547418478 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164947000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045825 s
InvBiCGStab: k = 34 resid = 1.445489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135995(s) Flops=226068480 => 1662.32935034376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239287.049928135 Mflops = 239.287049928135 Gflops = 0.239287049928135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064219 s
InvBiCGStab: k = 54 resid = 1.068822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234253(s) Flops=357304320 => 1525.292397536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219591.973383258 Mflops = 219.591973383258 Gflops = 0.219591973383258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007410787 Relative Rsd = 3.25012103025694e-07
BICGSTAB_SOLVER_TIME: 0.484622 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042419 s
InvBiCGStab: k = 60 resid = 1.246631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223542(s) Flops=396675072 => 1774.49907399952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255460.212437486 Mflops = 255.460212437486 Gflops = 0.255460212437486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059162 s
InvBiCGStab: k = 84 resid = 1.058165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314207(s) Flops=554158080 => 1763.67197420809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253913.291192415 Mflops = 253.913291192415 Gflops = 0.253913291192415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001103257 Relative Rsd = 4.83851363041577e-07
BICGSTAB_SOLVER_TIME: 0.643263 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041731 s
InvBiCGStab: k = 52 resid = 2.246916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191951(s) Flops=344180736 => 1793.06560528468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258113.436347296 Mflops = 258.113436347296 Gflops = 0.258113436347296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057096 s
InvBiCGStab: k = 72 resid = 1.054173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264896(s) Flops=475416576 => 1794.72916163324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258368.660378034 Mflops = 258.368660378034 Gflops = 0.258368660378034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001063569 Relative Rsd = 4.66445511218254e-07
BICGSTAB_SOLVER_TIME: 0.559488 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 62 resid = 1.163567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226253(s) Flops=409798656 => 1811.24076144847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260765.724971943 Mflops = 260.765724971943 Gflops = 0.260765724971943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056165 s
InvBiCGStab: k = 84 resid = 1.12415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307601(s) Flops=554158080 => 1801.54836947864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259360.869199706 Mflops = 259.360869199706 Gflops = 0.259360869199706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001104405 Relative Rsd = 4.84354671424456e-07
BICGSTAB_SOLVER_TIME: 0.634742 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040713 s
InvBiCGStab: k = 54 resid = 2.228927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197596(s) Flops=357304320 => 1808.2568473046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260347.834494726 Mflops = 260.347834494726 Gflops = 0.260347834494726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 76 resid = 8.639356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311416(s) Flops=501663744 => 1610.91191204049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231921.294325792 Mflops = 231.921294325792 Gflops = 0.231921294325792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001040823 Relative Rsd = 4.5646996766086e-07
BICGSTAB_SOLVER_TIME: 0.609889 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107125
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986461(s) Flops=1498300416 => 1518.86432002887 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218715.325586607 Mflops = 218.715325586607 Gflops = 0.218715325586607 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166358000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.059118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841055(s) Flops=1413752832 => 1680.92792029059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241992.14267556 Mflops = 241.99214267556 Gflops = 0.24199214267556 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.855209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846441(s) Flops=1407191040 => 1662.47977118311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239383.392301778 Mflops = 239.383392301778 Gflops = 0.239383392301778 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002047213 Relative Rsd = 9.01451891147641e-07
BICGSTAB_SOLVER_TIME: 1.690885 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306087999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.653653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690637(s) Flops=1236584448 => 1790.49840654352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257793.409256214 Mflops = 257.793409256214 Gflops = 0.257793409256214 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.086325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777699(s) Flops=1400629248 => 1800.99144784807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259327.651871921 Mflops = 259.327651871921 Gflops = 0.259327651871921 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.00260297 Relative Rsd = 1.14371169670152e-06
BICGSTAB_SOLVER_TIME: 1.471662 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286227999999997
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986648(s) Flops=1498300416 => 1518.57644874362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218684.26553931 Mflops = 218.68426553931 Gflops = 0.21868426553931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166349000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 32 resid = 2.218972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118774(s) Flops=212944896 => 1792.8578308384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258080.9463346 Mflops = 258.0809463346 Gflops = 0.2580809463346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056882 s
InvBiCGStab: k = 57 resid = 6.981266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209376(s) Flops=376989696 => 1800.53920220083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259191.412213161 Mflops = 259.191412213161 Gflops = 0.259191412213161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007638328 Relative Rsd = 3.34991271547096e-07
BICGSTAB_SOLVER_TIME: 0.430583 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 76 resid = 2.015527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278024(s) Flops=501663744 => 1804.39006704457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.107246022 Mflops = 259.791107246022 Gflops = 0.259791107246022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 108 resid = 5.030129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394378(s) Flops=711641088 => 1804.46446809913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.854977862 Mflops = 259.797854977862 Gflops = 0.259797854977862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.00129672 Relative Rsd = 5.6869752587664e-07
BICGSTAB_SOLVER_TIME: 0.773843 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046365 s
InvBiCGStab: k = 50 resid = 2.253802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207744(s) Flops=331057152 => 1593.58225508318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229426.186651886 Mflops = 229.426186651886 Gflops = 0.229426186651886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061914 s
InvBiCGStab: k = 76 resid = 1.076623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318026(s) Flops=501663744 => 1577.42997113444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227099.860122703 Mflops = 227.099860122703 Gflops = 0.227099860122703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001043379 Relative Rsd = 4.57590847376596e-07
BICGSTAB_SOLVER_TIME: 0.638614 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040817 s
InvBiCGStab: k = 63 resid = 1.357709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238382(s) Flops=416360448 => 1746.6102641978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251461.149441532 Mflops = 251.461149441532 Gflops = 0.251461149441532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0561 s
InvBiCGStab: k = 82 resid = 1.079347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30411(s) Flops=541034496 => 1779.07499260136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256137.59160994 Mflops = 256.13759160994 Gflops = 0.25613759160994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001091756 Relative Rsd = 4.78807506432428e-07
BICGSTAB_SOLVER_TIME: 0.643204 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 71 resid = 2.078792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261841(s) Flops=468854784 => 1790.60874347409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257799.347192837 Mflops = 257.799347192837 Gflops = 0.257799347192837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056267 s
InvBiCGStab: k = 78 resid = 1.108459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285185(s) Flops=514787328 => 1805.09959499974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.416649083 Mflops = 259.869416649083 Gflops = 0.259869416649083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001114374 Relative Rsd = 4.88726939631456e-07
BICGSTAB_SOLVER_TIME: 0.648158 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120785000000001
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962151(s) Flops=1504346112 => 1563.52392919614 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225126.759549772 Mflops = 225.126759549772 Gflops = 0.225126759549772 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167010000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041178 s
InvBiCGStab: k = 32 resid = 1.766977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119983(s) Flops=212944896 => 1774.79222889909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255439.342642761 Mflops = 255.439342642761 Gflops = 0.255439342642761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056975 s
InvBiCGStab: k = 58 resid = 7.777855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212626(s) Flops=383551488 => 1803.87858493317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259675.876587988 Mflops = 259.675876587988 Gflops = 0.259675876587988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007881786 Relative Rsd = 3.45668551974899e-07
BICGSTAB_SOLVER_TIME: 0.434678 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785750000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 75 resid = 2.134871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27434(s) Flops=495101952 => 1804.702019392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.401536296 Mflops = 259.826401536296 Gflops = 0.259826401536296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 107 resid = 6.308505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391413(s) Flops=705079296 => 1801.36913183773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259361.492740973 Mflops = 259.361492740973 Gflops = 0.259361492740973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.00130175 Relative Rsd = 5.70903801505504e-07
BICGSTAB_SOLVER_TIME: 0.766678 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 56 resid = 2.045608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204546(s) Flops=370427904 => 1810.97603473057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260717.712363943 Mflops = 260.717712363943 Gflops = 0.260717712363943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055721 s
InvBiCGStab: k = 70 resid = 9.577843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256206(s) Flops=462292992 => 1804.38003793822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259767.744037915 Mflops = 259.767744037915 Gflops = 0.259767744037915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001047109 Relative Rsd = 4.59226676204699e-07
BICGSTAB_SOLVER_TIME: 0.561975 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044506 s
InvBiCGStab: k = 63 resid = 2.221905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25031(s) Flops=416360448 => 1663.37920178978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239478.74220104 Mflops = 239.47874220104 Gflops = 0.23947874220104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064348 s
InvBiCGStab: k = 83 resid = 1.136875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350424(s) Flops=547596288 => 1562.66776248202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224978.293807365 Mflops = 224.978293807365 Gflops = 0.224978293807365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001115816 Relative Rsd = 4.89359317155328e-07
BICGSTAB_SOLVER_TIME: 0.713658 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041225 s
InvBiCGStab: k = 66 resid = 1.447269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26103(s) Flops=436045824 => 1670.48164578784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240498.529624102 Mflops = 240.498529624102 Gflops = 0.240498529624102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058056 s
InvBiCGStab: k = 80 resid = 1.081699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306773(s) Flops=527910912 => 1720.85193938189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247750.370367117 Mflops = 247.750370367117 Gflops = 0.247750370367117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001051943 Relative Rsd = 4.61346667479022e-07
BICGSTAB_SOLVER_TIME: 0.670934 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118578
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942327(s) Flops=1510391808 => 1602.83193413751 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230795.263515793 Mflops = 230.795263515793 Gflops = 0.230795263515793 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167915000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04164 s
InvBiCGStab: k = 27 resid = 2.237337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101015(s) Flops=180135936 => 1783.259278325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256631.119374358 Mflops = 256.631119374358 Gflops = 0.256631119374358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057036 s
InvBiCGStab: k = 50 resid = 7.122495e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19216(s) Flops=331057152 => 1722.820316403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248003.410337517 Mflops = 248.003410337517 Gflops = 0.248003410337517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007468898 Relative Rsd = 3.27560656946182e-07
BICGSTAB_SOLVER_TIME: 0.395627 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041607 s
InvBiCGStab: k = 56 resid = 2.194287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208801(s) Flops=370427904 => 1774.07150348897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255398.912026529 Mflops = 255.39891202653 Gflops = 0.255398912026529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 80 resid = 5.1586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294279(s) Flops=527910912 => 1793.91296015006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258264.629442289 Mflops = 258.264629442289 Gflops = 0.258264629442289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001107111 Relative Rsd = 4.85541617385621e-07
BICGSTAB_SOLVER_TIME: 0.604827 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041728 s
InvBiCGStab: k = 68 resid = 1.037326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247998(s) Flops=449169408 => 1811.18157404495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260757.632719313 Mflops = 260.757632719313 Gflops = 0.260757632719313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 72 resid = 8.856385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263491(s) Flops=475416576 => 1804.29910699037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.533186676 Mflops = 259.747533186676 Gflops = 0.259747533186676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001029571 Relative Rsd = 4.51535217362749e-07
BICGSTAB_SOLVER_TIME: 0.613699 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041525 s
InvBiCGStab: k = 65 resid = 1.547245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245256(s) Flops=429484032 => 1751.16625892945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252118.291415015 Mflops = 252.118291415015 Gflops = 0.252118291415015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060055 s
InvBiCGStab: k = 80 resid = 9.1589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310651(s) Flops=527910912 => 1699.36974933285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244629.23998426 Mflops = 244.62923998426 Gflops = 0.24462923998426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001118179 Relative Rsd = 4.90395597358949e-07
BICGSTAB_SOLVER_TIME: 0.661754 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044489 s
InvBiCGStab: k = 55 resid = 1.80392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232122(s) Flops=363866112 => 1567.56409129682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225682.250709995 Mflops = 225.682250709995 Gflops = 0.225682250709995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064706 s
InvBiCGStab: k = 74 resid = 1.129439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307858(s) Flops=488540160 => 1586.90097382559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228474.685112297 Mflops = 228.474685112297 Gflops = 0.228474685112297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0010694 Relative Rsd = 4.6900289779752e-07
BICGSTAB_SOLVER_TIME: 0.65297 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106549
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945071(s) Flops=1504051200 => 1591.46900074174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229149.587812898 Mflops = 229.149587812898 Gflops = 0.229149587812898 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040718 s
InvBiCGStab: k = 32 resid = 1.737831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130027(s) Flops=212944896 => 1637.69752436033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235727.537984354 Mflops = 235.727537984354 Gflops = 0.235727537984354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06484 s
InvBiCGStab: k = 54 resid = 8.350844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22252(s) Flops=357304320 => 1605.71777817724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231153.969896064 Mflops = 231.153969896064 Gflops = 0.231153969896064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007291018 Relative Rsd = 3.19759453595305e-07
BICGSTAB_SOLVER_TIME: 0.462605 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0758270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047545 s
InvBiCGStab: k = 61 resid = 1.629497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249926(s) Flops=403236864 => 1613.42502980882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232291.805592451 Mflops = 232.291805592451 Gflops = 0.232291805592451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057773 s
InvBiCGStab: k = 72 resid = 1.114885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269778(s) Flops=475416576 => 1762.25109534506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253705.831944353 Mflops = 253.705831944353 Gflops = 0.253705831944353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001082188 Relative Rsd = 4.74610921340207e-07
BICGSTAB_SOLVER_TIME: 0.628847 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 62 resid = 1.881162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237222(s) Flops=409798656 => 1727.490097883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248705.542257199 Mflops = 248.705542257199 Gflops = 0.248705542257199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058992 s
InvBiCGStab: k = 78 resid = 9.694593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300353(s) Flops=514787328 => 1713.94102272992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246750.576160481 Mflops = 246.750576160481 Gflops = 0.246750576160481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001027891 Relative Rsd = 4.50798175385143e-07
BICGSTAB_SOLVER_TIME: 0.641697 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 63 resid = 2.104432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233619(s) Flops=416360448 => 1782.21997354667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256572.782090717 Mflops = 256.572782090717 Gflops = 0.256572782090717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057056 s
InvBiCGStab: k = 79 resid = 1.133523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291408(s) Flops=521349120 => 1789.06934607149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257562.133823833 Mflops = 257.562133823833 Gflops = 0.257562133823833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001110604 Relative Rsd = 4.87073394429964e-07
BICGSTAB_SOLVER_TIME: 0.627374 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041728 s
InvBiCGStab: k = 49 resid = 1.941112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180642(s) Flops=324495360 => 1796.34503603813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258574.74855939 Mflops = 258.57474855939 Gflops = 0.25857474855939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056553 s
InvBiCGStab: k = 88 resid = 1.045511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321693(s) Flops=580405248 => 1804.22094357042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259763.123787539 Mflops = 259.763123787539 Gflops = 0.259763123787539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001044543 Relative Rsd = 4.58101201464165e-07
BICGSTAB_SOLVER_TIME: 0.604531 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11215
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989093(s) Flops=1485250560 => 1501.62882560083 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216216.742758579 Mflops = 216.216742758579 Gflops = 0.216216742758579 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164737000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.739173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.859671(s) Flops=1492494336 => 1736.12269810195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249952.130187751 Mflops = 249.952130187751 Gflops = 0.249952130187751 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 8.487293e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958356(s) Flops=1538426880 => 1605.27703692574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231149.26406256 Mflops = 231.14926406256 Gflops = 0.23114926406256 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.00203431 Relative Rsd = 8.95761344488623e-07
BICGSTAB_SOLVER_TIME: 1.821457 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.118177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328469999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.274807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.731115(s) Flops=1230022656 => 1682.39286022035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242233.119889621 Mflops = 242.233119889621 Gflops = 0.242233119889621 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 8.919012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872409(s) Flops=1571235840 => 1801.0312135707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.023207919 Mflops = 259.337023207919 Gflops = 0.259337023207919 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.00211994 Relative Rsd = 9.31490012123642e-07
BICGSTAB_SOLVER_TIME: 1.60693 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304107999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922164(s) Flops=1485250560 => 1610.61433757987 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231907.18662461 Mflops = 231.90718662461 Gflops = 0.23190718662461 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165056000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042502 s
InvBiCGStab: k = 27 resid = 2.106882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105276(s) Flops=180135936 => 1711.08263991793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246264.968939488 Mflops = 246.264968939488 Gflops = 0.246264968939488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060439 s
InvBiCGStab: k = 46 resid = 1.023403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173918(s) Flops=304809984 => 1752.60745868743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252255.25042743 Mflops = 252.25525042743 Gflops = 0.25225525042743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0006779824 Relative Rsd = 2.97340199966079e-07
BICGSTAB_SOLVER_TIME: 0.385947 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042748 s
InvBiCGStab: k = 77 resid = 1.586778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295345(s) Flops=508225536 => 1720.78598249505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247725.870722536 Mflops = 247.725870722536 Gflops = 0.247725870722536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056752 s
InvBiCGStab: k = 112 resid = 9.52308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42381(s) Flops=737888256 => 1741.08269271608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250677.728210383 Mflops = 250.677728210383 Gflops = 0.250677728210383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001284515 Relative Rsd = 5.633447814894e-07
BICGSTAB_SOLVER_TIME: 0.822499 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149304999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 51 resid = 2.069659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190184(s) Flops=337618944 => 1775.22264754133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255557.260181421 Mflops = 255.557260181421 Gflops = 0.255557260181421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058275 s
InvBiCGStab: k = 78 resid = 9.384274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310519(s) Flops=514787328 => 1657.82875766056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238672.977057489 Mflops = 238.672977057489 Gflops = 0.238672977057489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0010577 Relative Rsd = 4.63871378326391e-07
BICGSTAB_SOLVER_TIME: 0.604731 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043179 s
InvBiCGStab: k = 63 resid = 2.20551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272308(s) Flops=416360448 => 1529.00556722535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220124.387370372 Mflops = 220.124387370372 Gflops = 0.220124387370372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062283 s
InvBiCGStab: k = 83 resid = 9.708766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32877(s) Flops=547596288 => 1665.59080208048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239797.184950167 Mflops = 239.797184950167 Gflops = 0.239797184950167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001154738 Relative Rsd = 5.06429323721745e-07
BICGSTAB_SOLVER_TIME: 0.710496 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043096 s
InvBiCGStab: k = 56 resid = 1.520763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212606(s) Flops=370427904 => 1742.32102574716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250830.102007943 Mflops = 250.830102007944 Gflops = 0.250830102007944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058072 s
InvBiCGStab: k = 94 resid = 7.99498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362135(s) Flops=619776000 => 1711.45014980601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246420.256332327 Mflops = 246.420256332327 Gflops = 0.246420256332327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001100563 Relative Rsd = 4.82669880054338e-07
BICGSTAB_SOLVER_TIME: 0.679814 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121417
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914297(s) Flops=1448165376 => 1583.91132859454 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228112.53909414 Mflops = 228.11253909414 Gflops = 0.22811253909414 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160561000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042653 s
InvBiCGStab: k = 29 resid = 1.840921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114726(s) Flops=193259520 => 1684.53114376863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242465.580926481 Mflops = 242.465580926481 Gflops = 0.242465580926481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 48 resid = 9.115738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187263(s) Flops=317933568 => 1697.79170471476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244406.461068038 Mflops = 244.406461068038 Gflops = 0.244406461068038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007303616 Relative Rsd = 3.20311954271439e-07
BICGSTAB_SOLVER_TIME: 0.405243 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042176 s
InvBiCGStab: k = 70 resid = 2.263301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257501(s) Flops=462292992 => 1795.30561823061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258480.601634277 Mflops = 258.480601634277 Gflops = 0.258480601634277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 98 resid = 1.08883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370525(s) Flops=646023168 => 1743.53462789285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251026.379997884 Mflops = 251.026379997884 Gflops = 0.251026379997884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001243594 Relative Rsd = 5.45398401582335e-07
BICGSTAB_SOLVER_TIME: 0.730719 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043155 s
InvBiCGStab: k = 58 resid = 2.258904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223794(s) Flops=383551488 => 1713.85956728062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246730.784595845 Mflops = 246.730784595845 Gflops = 0.246730784595845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057829 s
InvBiCGStab: k = 80 resid = 8.252605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316133(s) Flops=527910912 => 1669.90131368759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240432.932734084 Mflops = 240.432932734084 Gflops = 0.240432932734084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001037861 Relative Rsd = 4.55170698871298e-07
BICGSTAB_SOLVER_TIME: 0.644721 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 72 resid = 2.112365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27555(s) Flops=475416576 => 1725.33687534023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248400.325311259 Mflops = 248.400325311259 Gflops = 0.248400325311259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063315 s
InvBiCGStab: k = 90 resid = 1.121764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377542(s) Flops=593528832 => 1572.08689894104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226350.191138567 Mflops = 226.350191138567 Gflops = 0.226350191138567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001159914 Relative Rsd = 5.08699265971978e-07
BICGSTAB_SOLVER_TIME: 0.761697 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044903 s
InvBiCGStab: k = 55 resid = 1.951498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20844(s) Flops=363866112 => 1745.66355785838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251306.327981256 Mflops = 251.306327981256 Gflops = 0.251306327981256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057288 s
InvBiCGStab: k = 87 resid = 8.524005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333943(s) Flops=573843456 => 1718.38743737704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247398.99843385 Mflops = 247.39899843385 Gflops = 0.24739899843385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001102807 Relative Rsd = 4.83653776975261e-07
BICGSTAB_SOLVER_TIME: 0.648525 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115632
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895912(s) Flops=1435926528 => 1602.75398476636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230785.886175749 Mflops = 230.785886175749 Gflops = 0.230785886175749 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159562000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043202 s
InvBiCGStab: k = 29 resid = 1.638364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12261(s) Flops=193259520 => 1576.21335943235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226878.631665579 Mflops = 226.878631665579 Gflops = 0.226878631665579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063405 s
InvBiCGStab: k = 50 resid = 1.093575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21272(s) Flops=331057152 => 1556.30477623167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224044.964525626 Mflops = 224.044964525626 Gflops = 0.224044964525626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000746881 Relative Rsd = 3.27556802230935e-07
BICGSTAB_SOLVER_TIME: 0.446079 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043267 s
InvBiCGStab: k = 62 resid = 1.939744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23308(s) Flops=409798656 => 1758.18884503175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253108.329568936 Mflops = 253.108329568936 Gflops = 0.253108329568936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056952 s
InvBiCGStab: k = 80 resid = 9.637521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296564(s) Flops=527910912 => 1780.09101576725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256289.248488495 Mflops = 256.289248488495 Gflops = 0.256289248488495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001112254 Relative Rsd = 4.87796906612332e-07
BICGSTAB_SOLVER_TIME: 0.633861 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041279 s
InvBiCGStab: k = 52 resid = 1.932091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19065(s) Flops=344180736 => 1805.3015263572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.792775686 Mflops = 259.893792775686 Gflops = 0.259893792775686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055971 s
InvBiCGStab: k = 93 resid = 8.174184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339611(s) Flops=613214208 => 1805.63706122593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.604864238 Mflops = 259.960604864238 Gflops = 0.259960604864238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001068907 Relative Rsd = 4.68786625297026e-07
BICGSTAB_SOLVER_TIME: 0.631326 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117843000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040712 s
InvBiCGStab: k = 64 resid = 1.643842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234809(s) Flops=422922240 => 1801.13300597507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259295.74571167 Mflops = 259.29574571167 Gflops = 0.25929574571167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 85 resid = 1.067826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312994(s) Flops=560719872 => 1791.47163204406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257925.487486724 Mflops = 257.925487486724 Gflops = 0.257925487486724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001090835 Relative Rsd = 4.78403399529356e-07
BICGSTAB_SOLVER_TIME: 0.649036 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 55 resid = 1.941351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22633(s) Flops=363866112 => 1607.67954756329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231430.407761209 Mflops = 231.430407761209 Gflops = 0.231430407761209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063316 s
InvBiCGStab: k = 78 resid = 9.25284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314961(s) Flops=514787328 => 1634.44784592378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235321.991308081 Mflops = 235.321991308081 Gflops = 0.235321991308081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001057901 Relative Rsd = 4.63959755970007e-07
BICGSTAB_SOLVER_TIME: 0.649999 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109496
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928392(s) Flops=1466818560 => 1579.95605304656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227498.926774483 Mflops = 227.498926774483 Gflops = 0.227498926774483 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163127000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 34 resid = 2.274154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125369(s) Flops=226068480 => 1803.22472062472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.78081212 Mflops = 259.54578081212 Gflops = 0.25954578081212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 52 resid = 1.090635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19091(s) Flops=344180736 => 1802.84288931957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259520.534781198 Mflops = 259.520534781198 Gflops = 0.259520534781198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007503171 Relative Rsd = 3.29063766141368e-07
BICGSTAB_SOLVER_TIME: 0.418271 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0432 s
InvBiCGStab: k = 57 resid = 2.175299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22814(s) Flops=376989696 => 1652.44891733146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237897.840886835 Mflops = 237.897840886835 Gflops = 0.237897840886835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065255 s
InvBiCGStab: k = 104 resid = 4.646762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43272(s) Flops=685393920 => 1583.92013311148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228055.692034747 Mflops = 228.055692034747 Gflops = 0.228055692034747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001113339 Relative Rsd = 4.88272798013916e-07
BICGSTAB_SOLVER_TIME: 0.773459 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043967 s
InvBiCGStab: k = 50 resid = 2.157934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188535(s) Flops=331057152 => 1755.94532580158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252775.15266265 Mflops = 252.77515266265 Gflops = 0.25277515266265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057565 s
InvBiCGStab: k = 76 resid = 9.627832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283777(s) Flops=501663744 => 1767.80973792802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254520.971791235 Mflops = 254.520971791235 Gflops = 0.254520971791235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001035328 Relative Rsd = 4.54059775042624e-07
BICGSTAB_SOLVER_TIME: 0.577829 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 61 resid = 1.656901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225714(s) Flops=403236864 => 1786.49469682873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257189.354307731 Mflops = 257.189354307731 Gflops = 0.257189354307731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 85 resid = 9.071718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310976(s) Flops=560719872 => 1803.09693352542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.420686735 Mflops = 259.591420686735 Gflops = 0.259591420686735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001135305 Relative Rsd = 4.97906318558843e-07
BICGSTAB_SOLVER_TIME: 0.637824 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 50 resid = 2.012016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182761(s) Flops=331057152 => 1811.42121130876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260762.891342759 Mflops = 260.762891342759 Gflops = 0.260762891342759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 79 resid = 8.984144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289872(s) Flops=521349120 => 1798.54942871336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258941.788015247 Mflops = 258.941788015247 Gflops = 0.258941788015247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001035559 Relative Rsd = 4.54161325090661e-07
BICGSTAB_SOLVER_TIME: 0.573468 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106648
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.044935(s) Flops=1528750080 => 1463.00973744778 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210656.074718039 Mflops = 210.656074718039 Gflops = 0.210656074718039 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170173000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021369
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.154801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783558(s) Flops=1380943872 => 1762.40159886058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253688.491163115 Mflops = 253.688491163115 Gflops = 0.253688491163115 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.112245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889212(s) Flops=1466247168 => 1648.92867842539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237436.313612937 Mflops = 237.436313612937 Gflops = 0.237436313612937 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.001993882 Relative Rsd = 8.77950585034423e-07
BICGSTAB_SOLVER_TIME: 1.676467 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.121771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308990999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.926666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.668261(s) Flops=1177528320 => 1762.07846934057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253705.811731203 Mflops = 253.705811731203 Gflops = 0.253705811731203 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 9.512527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821437(s) Flops=1479370752 => 1800.95461003096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.385098317 Mflops = 259.322385098317 Gflops = 0.259322385098317 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002004601 Relative Rsd = 8.80827689579325e-07
BICGSTAB_SOLVER_TIME: 1.493115 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288417999999998
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947316(s) Flops=1528750080 => 1613.76993526975 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232363.528954369 Mflops = 232.363528954369 Gflops = 0.232363528954369 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170072000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041867 s
InvBiCGStab: k = 25 resid = 2.205408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093984(s) Flops=167012352 => 1777.02962206333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255776.528870473 Mflops = 255.776528870473 Gflops = 0.255776528870473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 53 resid = 8.604124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194929(s) Flops=350742528 => 1799.33477317382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259019.617417582 Mflops = 259.019617417582 Gflops = 0.259019617417582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007214239 Relative Rsd = 3.16392193895384e-07
BICGSTAB_SOLVER_TIME: 0.391491 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 86 resid = 2.246582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31406(s) Flops=567281664 => 1806.28435330829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.659339411 Mflops = 260.065659339411 Gflops = 0.260065659339411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055726 s
InvBiCGStab: k = 109 resid = 1.118509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39777(s) Flops=718202880 => 1805.57327098575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.184201229 Mflops = 259.960184201229 Gflops = 0.259960184201229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001311071 Relative Rsd = 5.74991535565843e-07
BICGSTAB_SOLVER_TIME: 0.812388 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153657999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 56 resid = 2.091496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204992(s) Flops=370427904 => 1807.03590384015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260138.739031598 Mflops = 260.138739031598 Gflops = 0.260138739031598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 88 resid = 7.485453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3428(s) Flops=580405248 => 1693.13082847141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243765.299324895 Mflops = 243.765299324895 Gflops = 0.243765299324895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001045474 Relative Rsd = 4.58509392833724e-07
BICGSTAB_SOLVER_TIME: 0.650074 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041827 s
InvBiCGStab: k = 61 resid = 2.254367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265629(s) Flops=403236864 => 1518.04533390556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218559.982281896 Mflops = 218.559982281896 Gflops = 0.218559982281896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062197 s
InvBiCGStab: k = 95 resid = 6.307937e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359606(s) Flops=626337792 => 1741.73343047669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250766.805288976 Mflops = 250.766805288976 Gflops = 0.250766805288976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001143616 Relative Rsd = 5.01551347507805e-07
BICGSTAB_SOLVER_TIME: 0.733169 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041832 s
InvBiCGStab: k = 55 resid = 2.017086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20476(s) Flops=363866112 => 1777.03707755421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255833.219233169 Mflops = 255.833219233169 Gflops = 0.255833219233169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056619 s
InvBiCGStab: k = 78 resid = 1.013571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286709(s) Flops=514787328 => 1795.50459873949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258494.81014644 Mflops = 258.49481014644 Gflops = 0.25849481014644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001069575 Relative Rsd = 4.6907927732083e-07
BICGSTAB_SOLVER_TIME: 0.593762 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109351
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98451(s) Flops=1547476992 => 1571.82455434683 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226324.455282816 Mflops = 226.324455282816 Gflops = 0.226324455282816 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171973000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040756 s
InvBiCGStab: k = 29 resid = 1.666465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108957(s) Flops=193259520 => 1773.72284479198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255309.11640228 Mflops = 255.30911640228 Gflops = 0.25530911640228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058542 s
InvBiCGStab: k = 53 resid = 1.085422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197005(s) Flops=350742528 => 1780.37373670719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256275.838556122 Mflops = 256.275838556122 Gflops = 0.256275838556122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007385817 Relative Rsd = 3.23917006504659e-07
BICGSTAB_SOLVER_TIME: 0.409036 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 85 resid = 1.522053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310333(s) Flops=560719872 => 1806.83289240912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260137.343781948 Mflops = 260.137343781948 Gflops = 0.260137343781948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 91 resid = 9.199759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332567(s) Flops=600090624 => 1804.42023411824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259781.313292447 Mflops = 259.781313292447 Gflops = 0.259781313292447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001282444 Relative Rsd = 5.62436651421814e-07
BICGSTAB_SOLVER_TIME: 0.743937 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 54 resid = 2.023173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197492(s) Flops=357304320 => 1809.20908188686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260443.667516143 Mflops = 260.443667516143 Gflops = 0.260443667516143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 79 resid = 9.327654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288985(s) Flops=521349120 => 1804.06983061405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.94681487 Mflops = 259.73694681487 Gflops = 0.25973694681487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001063262 Relative Rsd = 4.66310723824179e-07
BICGSTAB_SOLVER_TIME: 0.587517 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 57 resid = 2.234495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208753(s) Flops=376989696 => 1805.9127102365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259993.559914984 Mflops = 259.993559914984 Gflops = 0.259993559914984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056529 s
InvBiCGStab: k = 86 resid = 1.149326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356162(s) Flops=567281664 => 1592.76302356793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229316.230649581 Mflops = 229.316230649581 Gflops = 0.229316230649581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001092038 Relative Rsd = 4.7893085732034e-07
BICGSTAB_SOLVER_TIME: 0.666713 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048098 s
InvBiCGStab: k = 54 resid = 1.938296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223861(s) Flops=357304320 => 1596.09900786649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229785.886107386 Mflops = 229.785886107386 Gflops = 0.229785886107386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058101 s
InvBiCGStab: k = 83 resid = 1.123298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330303(s) Flops=547596288 => 1657.86047356518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238675.169636286 Mflops = 238.675169636286 Gflops = 0.238675169636286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001114442 Relative Rsd = 4.88756807292643e-07
BICGSTAB_SOLVER_TIME: 0.664536 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112254
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964407(s) Flops=1547550720 => 1604.66558206235 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231052.690819297 Mflops = 231.052690819297 Gflops = 0.231052690819297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172130000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045473 s
InvBiCGStab: k = 22 resid = 2.144327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086809(s) Flops=147326976 => 1697.13942102777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244248.470809164 Mflops = 244.248470809164 Gflops = 0.244248470809164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062619 s
InvBiCGStab: k = 50 resid = 1.020076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221104(s) Flops=331057152 => 1497.29155510529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215564.859605172 Mflops = 215.564859605172 Gflops = 0.215564859605172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007609643 Relative Rsd = 3.33733255869055e-07
BICGSTAB_SOLVER_TIME: 0.420337 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655900000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040706 s
InvBiCGStab: k = 51 resid = 2.119318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193793(s) Flops=337618944 => 1742.16274065627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250793.355900602 Mflops = 250.793355900602 Gflops = 0.250793355900602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057239 s
InvBiCGStab: k = 84 resid = 1.04229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312454(s) Flops=554158080 => 1773.56692505137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255334.1244438 Mflops = 255.3341244438 Gflops = 0.2553341244438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001063457 Relative Rsd = 4.6639654867624e-07
BICGSTAB_SOLVER_TIME: 0.608072 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040777 s
InvBiCGStab: k = 51 resid = 2.278107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187953(s) Flops=337618944 => 1796.29452043862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258599.146405716 Mflops = 258.599146405716 Gflops = 0.258599146405716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 87 resid = 9.90711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318745(s) Flops=573843456 => 1800.32143563036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259199.867301586 Mflops = 259.199867301586 Gflops = 0.259199867301586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00106327 Relative Rsd = 4.66314348788186e-07
BICGSTAB_SOLVER_TIME: 0.607167 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040679 s
InvBiCGStab: k = 58 resid = 1.945262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212974(s) Flops=383551488 => 1800.93104322593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.956802793 Mflops = 259.278956802793 Gflops = 0.259278956802793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058764 s
InvBiCGStab: k = 80 resid = 1.013553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312725(s) Flops=527910912 => 1688.09948676953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243032.703231459 Mflops = 243.032703231459 Gflops = 0.243032703231459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088111 Relative Rsd = 4.77208795193527e-07
BICGSTAB_SOLVER_TIME: 0.629354 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 69 resid = 2.046322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261072(s) Flops=455731200 => 1745.61500275786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251300.96655271 Mflops = 251.30096655271 Gflops = 0.25130096655271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063201 s
InvBiCGStab: k = 89 resid = 7.349151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371641(s) Flops=586967040 => 1579.3925858557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227386.920276851 Mflops = 227.386920276851 Gflops = 0.227386920276851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001086083 Relative Rsd = 4.76319555783443e-07
BICGSTAB_SOLVER_TIME: 0.741944 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127175
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96605(s) Flops=1522335744 => 1575.83535427773 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226969.156067123 Mflops = 226.969156067123 Gflops = 0.226969156067123 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170434000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 26 resid = 1.812027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096775(s) Flops=173574144 => 1793.58454146215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258143.709432477 Mflops = 258.143709432477 Gflops = 0.258143709432477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05596 s
InvBiCGStab: k = 53 resid = 1.149213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19418(s) Flops=350742528 => 1806.27524976826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.527643159 Mflops = 260.017527643159 Gflops = 0.260017527643159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007622131 Relative Rsd = 3.3428093176915e-07
BICGSTAB_SOLVER_TIME: 0.391863 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043219 s
InvBiCGStab: k = 59 resid = 1.83044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237542(s) Flops=390113280 => 1642.29180523865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236433.376052648 Mflops = 236.433376052648 Gflops = 0.236433376052648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060308 s
InvBiCGStab: k = 89 resid = 1.100525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379525(s) Flops=586967040 => 1546.5833344312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222672.402219754 Mflops = 222.672402219754 Gflops = 0.222672402219754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001152204 Relative Rsd = 5.05317634055605e-07
BICGSTAB_SOLVER_TIME: 0.724687 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044567 s
InvBiCGStab: k = 55 resid = 2.165607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216856(s) Flops=363866112 => 1677.91581510311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241546.517832243 Mflops = 241.546517832243 Gflops = 0.241546517832243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061321 s
InvBiCGStab: k = 94 resid = 5.071532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35327(s) Flops=619776000 => 1754.39748634189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252578.254842835 Mflops = 252.578254842835 Gflops = 0.252578254842835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00114492 Relative Rsd = 5.021233259835e-07
BICGSTAB_SOLVER_TIME: 0.679925 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041798 s
InvBiCGStab: k = 62 resid = 2.252327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228273(s) Flops=409798656 => 1795.21299496655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258454.170740262 Mflops = 258.454170740262 Gflops = 0.258454170740262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05683 s
InvBiCGStab: k = 87 resid = 9.39378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319526(s) Flops=573843456 => 1795.92100799309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258567.213339271 Mflops = 258.56721333927 Gflops = 0.258567213339271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001111237 Relative Rsd = 4.87351036039428e-07
BICGSTAB_SOLVER_TIME: 0.650314 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 61 resid = 1.55865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223321(s) Flops=403236864 => 1805.63791134734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.657226438 Mflops = 259.949657226438 Gflops = 0.259949657226438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 85 resid = 1.003613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310642(s) Flops=560719872 => 1805.03561012355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.885178099 Mflops = 259.876885178099 Gflops = 0.259876885178099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001110714 Relative Rsd = 4.87121795357837e-07
BICGSTAB_SOLVER_TIME: 0.634882 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118907
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007627(s) Flops=1454800896 => 1443.78911640915 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207906.317990252 Mflops = 207.906317990252 Gflops = 0.207906317990252 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161380000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.002359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785774(s) Flops=1361258496 => 1732.37915227534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249403.681374523 Mflops = 249.403681374523 Gflops = 0.249403681374523 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.02474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.996959(s) Flops=1610606592 => 1615.51938645421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232623.645132284 Mflops = 232.623645132284 Gflops = 0.232623645132284 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002039884 Relative Rsd = 8.98207982060417e-07
BICGSTAB_SOLVER_TIME: 1.786216 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.118124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322755999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.167354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.731599(s) Flops=1302202368 => 1779.94006006022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256234.449082782 Mflops = 256.234449082782 Gflops = 0.256234449082782 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.05592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908505(s) Flops=1636853760 => 1801.70033186389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.706737423 Mflops = 259.430706737423 Gflops = 0.259430706737423 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002119994 Relative Rsd = 9.31555586246294e-07
BICGSTAB_SOLVER_TIME: 1.643546 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.11521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318970999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93538(s) Flops=1454800896 => 1555.30468472706 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223944.351738512 Mflops = 223.944351738512 Gflops = 0.223944351738512 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161209000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040693 s
InvBiCGStab: k = 31 resid = 1.697071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114759(s) Flops=206383104 => 1798.40451729276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258856.826058254 Mflops = 258.856826058254 Gflops = 0.258856826058254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 47 resid = 1.048051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17339(s) Flops=311371776 => 1795.78854605225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258503.145840993 Mflops = 258.503145840993 Gflops = 0.258503145840993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007229841 Relative Rsd = 3.17076444143644e-07
BICGSTAB_SOLVER_TIME: 0.388961 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 79 resid = 1.952315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293376(s) Flops=521349120 => 1777.06806282723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255860.602573518 Mflops = 255.860602573518 Gflops = 0.255860602573518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058383 s
InvBiCGStab: k = 94 resid = 1.112156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35079(s) Flops=619776000 => 1766.80064996152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254366.787646263 Mflops = 254.366787646263 Gflops = 0.254366787646263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001257697 Relative Rsd = 5.51583611295486e-07
BICGSTAB_SOLVER_TIME: 0.747163 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13776
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 58 resid = 2.038897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217439(s) Flops=383551488 => 1763.94983420638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253935.105169758 Mflops = 253.935105169758 Gflops = 0.253935105169758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061073 s
InvBiCGStab: k = 85 resid = 9.940669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352856(s) Flops=560719872 => 1589.08980433945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228783.815680776 Mflops = 228.783815680776 Gflops = 0.228783815680776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001059571 Relative Rsd = 4.64692100811153e-07
BICGSTAB_SOLVER_TIME: 0.677032 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047886 s
InvBiCGStab: k = 67 resid = 1.770806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272239(s) Flops=442607616 => 1625.8053254677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234081.913775631 Mflops = 234.081913775631 Gflops = 0.234081913775631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055865 s
InvBiCGStab: k = 103 resid = 9.415597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383288(s) Flops=678832128 => 1771.075869842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254995.43798252 Mflops = 254.99543798252 Gflops = 0.25499543798252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001167437 Relative Rsd = 5.11998340609479e-07
BICGSTAB_SOLVER_TIME: 0.763104 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041642 s
InvBiCGStab: k = 64 resid = 1.826795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234675(s) Flops=422922240 => 1802.16145733461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259448.309629341 Mflops = 259.448309629341 Gflops = 0.259448309629341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 80 resid = 7.675292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293542(s) Flops=527910912 => 1798.41696247896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258915.273791856 Mflops = 258.915273791856 Gflops = 0.258915273791856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001108047 Relative Rsd = 4.85951902044255e-07
BICGSTAB_SOLVER_TIME: 0.62975 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117235
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897919(s) Flops=1442562048 => 1606.5614470793 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231305.58214028 Mflops = 231.30558214028 Gflops = 0.23130558214028 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159778000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041797 s
InvBiCGStab: k = 24 resid = 1.959037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090166(s) Flops=160450560 => 1779.50180777677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256107.405574936 Mflops = 256.107405574936 Gflops = 0.256107405574936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057894 s
InvBiCGStab: k = 57 resid = 7.945403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222548(s) Flops=376989696 => 1693.97027158186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243858.927546204 Mflops = 243.858927546204 Gflops = 0.243858927546204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007183996 Relative Rsd = 3.15065814459514e-07
BICGSTAB_SOLVER_TIME: 0.416277 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 79 resid = 1.994938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290761(s) Flops=521349120 => 1793.05037470637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.181257862 Mflops = 258.160181257862 Gflops = 0.258160181257862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056825 s
InvBiCGStab: k = 113 resid = 1.085678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41477(s) Flops=744450048 => 1794.85027364563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258422.397754429 Mflops = 258.422397754429 Gflops = 0.258422397754429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.00128524 Relative Rsd = 5.63662961428749e-07
BICGSTAB_SOLVER_TIME: 0.807667 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151602999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041027 s
InvBiCGStab: k = 52 resid = 2.064055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190657(s) Flops=344180736 => 1805.23524444421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.096853517 Mflops = 259.870096853516 Gflops = 0.259870096853516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 83 resid = 8.221123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302563(s) Flops=547596288 => 1809.85873355301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260552.547820295 Mflops = 260.552547820295 Gflops = 0.260552547820295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001051319 Relative Rsd = 4.61073059280214e-07
BICGSTAB_SOLVER_TIME: 0.594597 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045979 s
InvBiCGStab: k = 59 resid = 2.154642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246337(s) Flops=390113280 => 1583.65686031737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227992.110390478 Mflops = 227.992110390478 Gflops = 0.227992110390478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06015 s
InvBiCGStab: k = 92 resid = 1.031828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385861(s) Flops=606652416 => 1572.20453997683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226368.308356822 Mflops = 226.368308356822 Gflops = 0.226368308356822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001165643 Relative Rsd = 5.11211570252392e-07
BICGSTAB_SOLVER_TIME: 0.742358 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 63 resid = 2.242171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236459(s) Flops=416360448 => 1760.81455135986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253496.002569387 Mflops = 253.496002569387 Gflops = 0.253496002569387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 91 resid = 9.602677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338929(s) Flops=600090624 => 1770.54965494248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254912.994687472 Mflops = 254.912994687472 Gflops = 0.254912994687472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001133796 Relative Rsd = 4.97244686043756e-07
BICGSTAB_SOLVER_TIME: 0.677296 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12433
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915148(s) Flops=1473232896 => 1609.83020888425 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231822.786187977 Mflops = 231.822786187977 Gflops = 0.231822786187977 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163658000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045812 s
InvBiCGStab: k = 33 resid = 1.650245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132234(s) Flops=219506688 => 1659.98675076002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238923.246842561 Mflops = 238.923246842561 Gflops = 0.238923246842561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056824 s
InvBiCGStab: k = 57 resid = 1.062614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212126(s) Flops=376989696 => 1777.19702441002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255831.120496052 Mflops = 255.831120496052 Gflops = 0.255831120496052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007978582 Relative Rsd = 3.49913691162486e-07
BICGSTAB_SOLVER_TIME: 0.451007 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041653 s
InvBiCGStab: k = 47 resid = 2.271947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175732(s) Flops=311371776 => 1771.8558714406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255080.666804631 Mflops = 255.080666804631 Gflops = 0.255080666804631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056801 s
InvBiCGStab: k = 80 resid = 1.049494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293265(s) Flops=527910912 => 1800.11563602885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259160.333903286 Mflops = 259.160333903286 Gflops = 0.259160333903286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001028975 Relative Rsd = 4.51273607284247e-07
BICGSTAB_SOLVER_TIME: 0.57128 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 55 resid = 2.206147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201797(s) Flops=363866112 => 1803.12944196395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.26340785 Mflops = 259.55826340785 Gflops = 0.25955826340785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056276 s
InvBiCGStab: k = 73 resid = 9.230858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267695(s) Flops=481978368 => 1800.4757952147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259209.925581333 Mflops = 259.209925581333 Gflops = 0.259209925581333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001012754 Relative Rsd = 4.44159743059411e-07
BICGSTAB_SOLVER_TIME: 0.571023 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105687
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 56 resid = 1.923423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205486(s) Flops=370427904 => 1802.69168702491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259522.419891326 Mflops = 259.522419891326 Gflops = 0.259522419891326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 87 resid = 1.101683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317508(s) Flops=573843456 => 1807.33542461922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.072947144 Mflops = 260.211072947144 Gflops = 0.260211072947144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001120221 Relative Rsd = 4.91291218747919e-07
BICGSTAB_SOLVER_TIME: 0.623723 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045897 s
InvBiCGStab: k = 66 resid = 1.482411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273112(s) Flops=436045824 => 1596.58244236797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229864.252225408 Mflops = 229.864252225408 Gflops = 0.229864252225408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057331 s
InvBiCGStab: k = 78 resid = 1.022266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331726(s) Flops=514787328 => 1551.84498049595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223424.64862609 Mflops = 223.42464862609 Gflops = 0.22342464862609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001076834 Relative Rsd = 4.72262863668407e-07
BICGSTAB_SOLVER_TIME: 0.712262 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117148
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013061(s) Flops=1579032576 => 1558.6747254114 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224458.291178123 Mflops = 224.458291178123 Gflops = 0.224458291178123 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175805000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041533 s
InvBiCGStab: k = 28 resid = 1.633974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103298(s) Flops=186697728 => 1807.37021045906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260162.072906942 Mflops = 260.162072906942 Gflops = 0.260162072906942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063358 s
InvBiCGStab: k = 58 resid = 1.120138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243102(s) Flops=383551488 => 1577.7389244021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227128.498951717 Mflops = 227.128498951717 Gflops = 0.227128498951717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007452057 Relative Rsd = 3.26822057765728e-07
BICGSTAB_SOLVER_TIME: 0.455342 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046251 s
InvBiCGStab: k = 59 resid = 1.058746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250765(s) Flops=390113280 => 1555.69270033697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223979.071979341 Mflops = 223.979071979341 Gflops = 0.223979071979341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057289 s
InvBiCGStab: k = 86 resid = 9.129247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3207(s) Flops=567281664 => 1768.88576239476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254666.41167822 Mflops = 254.66641167822 Gflops = 0.25466641167822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001127718 Relative Rsd = 4.94579112158411e-07
BICGSTAB_SOLVER_TIME: 0.678917 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 60 resid = 2.119793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234709(s) Flops=396675072 => 1690.07184215348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243307.146794908 Mflops = 243.307146794908 Gflops = 0.243307146794908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066661 s
InvBiCGStab: k = 68 resid = 1.029184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302857(s) Flops=449169408 => 1483.10723542794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213523.387383834 Mflops = 213.523387383834 Gflops = 0.213523387383834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001051285 Relative Rsd = 4.61058304145029e-07
BICGSTAB_SOLVER_TIME: 0.650096 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105538
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048646 s
InvBiCGStab: k = 68 resid = 1.835847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271077(s) Flops=449169408 => 1656.98088734935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238543.686162074 Mflops = 238.543686162074 Gflops = 0.238543686162074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 91 resid = 1.113062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331576(s) Flops=600090624 => 1809.81320722851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260567.571995122 Mflops = 260.567571995122 Gflops = 0.260567571995122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001157528 Relative Rsd = 5.0765282565797e-07
BICGSTAB_SOLVER_TIME: 0.711304 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04283 s
InvBiCGStab: k = 60 resid = 2.087234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219598(s) Flops=396675072 => 1806.3692383355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260052.507127747 Mflops = 260.052507127747 Gflops = 0.260052507127747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 80 resid = 8.671258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324361(s) Flops=527910912 => 1627.54126420871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234330.256896967 Mflops = 234.330256896967 Gflops = 0.234330256896967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001062026 Relative Rsd = 4.65768664065503e-07
BICGSTAB_SOLVER_TIME: 0.647562 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11441
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052324(s) Flops=1592451072 => 1513.2706960974 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217898.44294366 Mflops = 217.89844294366 Gflops = 0.21789844294366 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177210000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02159
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.138588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75249(s) Flops=1289078784 => 1713.08427221624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246676.818571445 Mflops = 246.676818571445 Gflops = 0.246676818571445 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 281 resid = 9.104134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.115621(s) Flops=1846831104 => 1655.42877375023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238372.742651669 Mflops = 238.372742651669 Gflops = 0.238372742651669 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.002421173 Relative Rsd = 1.06610666607602e-06
BICGSTAB_SOLVER_TIME: 1.871542 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340465999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.36716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700989(s) Flops=1216899072 => 1735.97456165503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249914.67095155 Mflops = 249.91467095155 Gflops = 0.24991467095155 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 9.418508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831088(s) Flops=1472808960 => 1772.14562116166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255174.118709617 Mflops = 255.174118709617 Gflops = 0.255174118709617 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002162926 Relative Rsd = 9.50443698269637e-07
BICGSTAB_SOLVER_TIME: 1.535494 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.117269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292244999999998
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.075211(s) Flops=1592451072 => 1481.05913350961 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213256.726652781 Mflops = 213.256726652781 Gflops = 0.213256726652781 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177274000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 27 resid = 2.16271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100471(s) Flops=180135936 => 1792.9147316141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258032.869391757 Mflops = 258.032869391757 Gflops = 0.258032869391757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056394 s
InvBiCGStab: k = 51 resid = 1.027007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187166(s) Flops=337618944 => 1803.84762189714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.468135203 Mflops = 259.670468135203 Gflops = 0.259670468135203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0008023134 Relative Rsd = 3.51867597818276e-07
BICGSTAB_SOLVER_TIME: 0.388998 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 88 resid = 2.145146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320683(s) Flops=580405248 => 1809.9033874574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260586.366527753 Mflops = 260.586366527753 Gflops = 0.260586366527753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056412 s
InvBiCGStab: k = 119 resid = 7.890256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442166(s) Flops=783820800 => 1772.68446691966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255222.803606966 Mflops = 255.222803606966 Gflops = 0.255222803606966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001350478 Relative Rsd = 5.92274036501254e-07
BICGSTAB_SOLVER_TIME: 0.864499 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162337999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047231 s
InvBiCGStab: k = 59 resid = 1.778474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252191(s) Flops=390113280 => 1546.89612238343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222714.245954286 Mflops = 222.714245954286 Gflops = 0.222714245954286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068954 s
InvBiCGStab: k = 83 resid = 7.480135e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331487(s) Flops=547596288 => 1651.93895386546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237830.436860286 Mflops = 237.830436860286 Gflops = 0.237830436860286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001029016 Relative Rsd = 4.51291681048452e-07
BICGSTAB_SOLVER_TIME: 0.703753 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115737
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041545 s
InvBiCGStab: k = 78 resid = 1.851769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290694(s) Flops=514787328 => 1770.89079237962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254962.075245508 Mflops = 254.962075245508 Gflops = 0.254962075245508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057224 s
InvBiCGStab: k = 78 resid = 1.011059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288064(s) Flops=514787328 => 1787.05887580538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257261.919350661 Mflops = 257.261919350661 Gflops = 0.257261919350661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001161903 Relative Rsd = 5.09571452734478e-07
BICGSTAB_SOLVER_TIME: 0.681383 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041459 s
InvBiCGStab: k = 64 resid = 2.168317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235145(s) Flops=422922240 => 1798.55935699249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258942.129283891 Mflops = 258.942129283891 Gflops = 0.258942129283891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 94 resid = 6.616795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342925(s) Flops=619776000 => 1807.32230079463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260202.84637907 Mflops = 260.20284637907 Gflops = 0.26020284637907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00112832 Relative Rsd = 4.94843019749312e-07
BICGSTAB_SOLVER_TIME: 0.679308 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127335
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023136(s) Flops=1592819712 => 1556.80155130892 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224160.639542036 Mflops = 224.160639542036 Gflops = 0.224160639542036 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177022000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.419241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 31 resid = 1.997599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114188(s) Flops=206383104 => 1807.39748484955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260150.122911021 Mflops = 260.150122911021 Gflops = 0.260150122911021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 55 resid = 7.231869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201472(s) Flops=363866112 => 1806.03811944091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259982.637342353 Mflops = 259.982637342353 Gflops = 0.259982637342353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000748669 Relative Rsd = 3.28340943212721e-07
BICGSTAB_SOLVER_TIME: 0.416493 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0759360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042306 s
InvBiCGStab: k = 75 resid = 2.105439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287942(s) Flops=495101952 => 1719.45027818102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247564.825258752 Mflops = 247.564825258752 Gflops = 0.247564825258752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059055 s
InvBiCGStab: k = 97 resid = 1.095323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356537(s) Flops=639461376 => 1793.5344045639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258223.255950211 Mflops = 258.223255950211 Gflops = 0.258223255950211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001236623 Relative Rsd = 5.42341127360873e-07
BICGSTAB_SOLVER_TIME: 0.749745 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137099
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 52 resid = 2.186344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197873(s) Flops=344180736 => 1739.40222263775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250406.278370207 Mflops = 250.406278370207 Gflops = 0.250406278370207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064928 s
InvBiCGStab: k = 80 resid = 8.95725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331769(s) Flops=527910912 => 1591.20023872031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229093.8056125 Mflops = 229.0938056125 Gflops = 0.2290938056125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001071658 Relative Rsd = 4.69993074585668e-07
BICGSTAB_SOLVER_TIME: 0.639551 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044703 s
InvBiCGStab: k = 65 resid = 1.292494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250111(s) Flops=429484032 => 1717.17370287592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247222.27981048 Mflops = 247.22227981048 Gflops = 0.24722227981048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05714 s
InvBiCGStab: k = 92 resid = 1.023342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34307(s) Flops=606652416 => 1768.30505727694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254585.034111952 Mflops = 254.585034111952 Gflops = 0.254585034111952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001123091 Relative Rsd = 4.92549847095933e-07
BICGSTAB_SOLVER_TIME: 0.698941 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 72 resid = 1.867015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26403(s) Flops=475416576 => 1800.61574821043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259237.345864368 Mflops = 259.237345864368 Gflops = 0.259237345864368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056097 s
InvBiCGStab: k = 91 resid = 1.074801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331384(s) Flops=600090624 => 1810.8617917582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260709.502400085 Mflops = 260.709502400085 Gflops = 0.260709502400085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001127285 Relative Rsd = 4.94389184466759e-07
BICGSTAB_SOLVER_TIME: 0.696411 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130705
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984401(s) Flops=1586626560 => 1611.76853741514 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232076.477146585 Mflops = 232.076477146585 Gflops = 0.232076477146585 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176852000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.439817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042132 s
InvBiCGStab: k = 26 resid = 2.174799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098841(s) Flops=173574144 => 1756.09457613743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252756.614464736 Mflops = 252.756614464736 Gflops = 0.252756614464736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057194 s
InvBiCGStab: k = 53 resid = 1.033736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196568(s) Flops=350742528 => 1784.3317732286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256868.781634356 Mflops = 256.868781634356 Gflops = 0.256868781634356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007486347 Relative Rsd = 3.28325907270465e-07
BICGSTAB_SOLVER_TIME: 0.398587 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 54 resid = 1.402528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199505(s) Flops=357304320 => 1790.95421167389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257838.495292037 Mflops = 257.838495292037 Gflops = 0.257838495292037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056667 s
InvBiCGStab: k = 84 resid = 9.991691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306697(s) Flops=554158080 => 1806.85849551838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260126.044050691 Mflops = 260.126044050691 Gflops = 0.260126044050691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001108183 Relative Rsd = 4.86011535254968e-07
BICGSTAB_SOLVER_TIME: 0.607691 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 59 resid = 2.072491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216946(s) Flops=390113280 => 1798.20453015958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258885.010468683 Mflops = 258.885010468683 Gflops = 0.258885010468683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 83 resid = 6.718569e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302909(s) Flops=547596288 => 1807.79140930114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260267.813850046 Mflops = 260.267813850046 Gflops = 0.260267813850046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001025049 Relative Rsd = 4.49551953604082e-07
BICGSTAB_SOLVER_TIME: 0.621339 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044407 s
InvBiCGStab: k = 57 resid = 2.228832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241796(s) Flops=376989696 => 1559.12296315903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224465.479053967 Mflops = 224.465479053967 Gflops = 0.224465479053967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059309 s
InvBiCGStab: k = 87 resid = 9.823966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361513(s) Flops=573843456 => 1587.33836957454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228540.950111531 Mflops = 228.540950111531 Gflops = 0.228540950111531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00110862 Relative Rsd = 4.86203505179864e-07
BICGSTAB_SOLVER_TIME: 0.71115 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 65 resid = 2.213831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245251(s) Flops=429484032 => 1751.20196044053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252120.446879036 Mflops = 252.120446879036 Gflops = 0.252120446879036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 85 resid = 1.087571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31516(s) Flops=560719872 => 1779.15938570885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256151.06068455 Mflops = 256.15106068455 Gflops = 0.25615106068455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001103003 Relative Rsd = 4.83739857106478e-07
BICGSTAB_SOLVER_TIME: 0.661541 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121432
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980868(s) Flops=1580285952 => 1611.10970283463 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231987.742073833 Mflops = 231.987742073833 Gflops = 0.231987742073833 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175701000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045032 s
InvBiCGStab: k = 34 resid = 1.37769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137361(s) Flops=226068480 => 1645.79815231398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236879.572605263 Mflops = 236.879572605263 Gflops = 0.236879572605263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 51 resid = 1.027984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188093(s) Flops=337618944 => 1794.95751569702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258374.073691212 Mflops = 258.374073691212 Gflops = 0.258374073691212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000748214 Relative Rsd = 3.28141391496908e-07
BICGSTAB_SOLVER_TIME: 0.430616 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041392 s
InvBiCGStab: k = 56 resid = 2.047704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208458(s) Flops=370427904 => 1776.99058803212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255827.430715805 Mflops = 255.827430715805 Gflops = 0.255827430715805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05709 s
InvBiCGStab: k = 108 resid = 1.136721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396117(s) Flops=711641088 => 1796.54265785109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.12396544 Mflops = 258.65512396544 Gflops = 0.25865512396544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001171132 Relative Rsd = 5.13619005855749e-07
BICGSTAB_SOLVER_TIME: 0.706886 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 63 resid = 2.004897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230633(s) Flops=416360448 => 1805.2943334215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259892.096067964 Mflops = 259.892096067964 Gflops = 0.259892096067964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 72 resid = 1.086166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263029(s) Flops=475416576 => 1807.46828676686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260215.731673319 Mflops = 260.215731673319 Gflops = 0.260215731673319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001040887 Relative Rsd = 4.56497742032972e-07
BICGSTAB_SOLVER_TIME: 0.595014 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041838 s
InvBiCGStab: k = 59 resid = 2.183291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22283(s) Flops=390113280 => 1750.72153659741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252052.490014613 Mflops = 252.052490014613 Gflops = 0.252052490014613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 92 resid = 9.180318e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336323(s) Flops=606652416 => 1803.77915277873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.406957584 Mflops = 259.697406957584 Gflops = 0.259697406957584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001167485 Relative Rsd = 5.12019528779381e-07
BICGSTAB_SOLVER_TIME: 0.660704 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041555 s
InvBiCGStab: k = 58 resid = 2.1269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235203(s) Flops=383551488 => 1630.72532238109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234769.541158369 Mflops = 234.769541158369 Gflops = 0.234769541158369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06561 s
InvBiCGStab: k = 78 resid = 1.097633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326871(s) Flops=514787328 => 1574.89446295328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226741.751768269 Mflops = 226.741751768269 Gflops = 0.226741751768269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001047094 Relative Rsd = 4.59219987890826e-07
BICGSTAB_SOLVER_TIME: 0.673196 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111466
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013292(s) Flops=1555070976 => 1534.67211425729 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220977.33125893 Mflops = 220.97733125893 Gflops = 0.22097733125893 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 2.063482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.015511(s) Flops=1656539136 => 1631.23701860443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234843.833949215 Mflops = 234.843833949215 Gflops = 0.234843833949215 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.084698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.998758(s) Flops=1735280640 => 1737.43853866502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250179.41478839 Mflops = 250.17941478839 Gflops = 0.25017941478839 Tflops
BICGSTAB_SOLVER: 516 iterations. Rsd = 0.002489533 Relative Rsd = 1.09623580342416e-06
BICGSTAB_SOLVER_TIME: 2.017702 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368112999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 2.003388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.635926(s) Flops=1118472192 => 1758.80871673748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253262.286105937 Mflops = 253.262286105937 Gflops = 0.253262286105937 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 7.952523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90471(s) Flops=1551550464 => 1714.9699505919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246941.166721698 Mflops = 246.941166721698 Gflops = 0.246941166721698 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.002479206 Relative Rsd = 1.08945892121062e-06
BICGSTAB_SOLVER_TIME: 1.544925 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0.12118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289694999999998
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.043418(s) Flops=1555070976 => 1490.36242042978 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214603.077642336 Mflops = 214.603077642336 Gflops = 0.214603077642336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172997000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040782 s
InvBiCGStab: k = 25 resid = 1.925063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092909(s) Flops=167012352 => 1797.59067474626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258680.010753108 Mflops = 258.680010753108 Gflops = 0.258680010753108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 53 resid = 9.938176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195413(s) Flops=350742528 => 1794.87817084841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258384.049562601 Mflops = 258.384049562601 Gflops = 0.258384049562601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007745435 Relative Rsd = 3.39688637758557e-07
BICGSTAB_SOLVER_TIME: 0.389367 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041876 s
InvBiCGStab: k = 78 resid = 1.912356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297125(s) Flops=514787328 => 1732.56147412705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249458.481953061 Mflops = 249.458481953061 Gflops = 0.249458481953061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061256 s
InvBiCGStab: k = 106 resid = 9.051132e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44612(s) Flops=698517504 => 1565.76146328342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225440.1027331 Mflops = 225.4401027331 Gflops = 0.2254401027331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001270324 Relative Rsd = 5.57121279902932e-07
BICGSTAB_SOLVER_TIME: 0.850645 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057687 s
InvBiCGStab: k = 51 resid = 1.971328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196678(s) Flops=337618944 => 1716.60757176705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247132.939521659 Mflops = 247.132939521659 Gflops = 0.247132939521659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057857 s
InvBiCGStab: k = 73 resid = 8.155827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274413(s) Flops=481978368 => 1756.39772168228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252861.562512068 Mflops = 252.861562512068 Gflops = 0.252861562512068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001016618 Relative Rsd = 4.4585443926076e-07
BICGSTAB_SOLVER_TIME: 0.590667 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04163 s
InvBiCGStab: k = 68 resid = 1.643517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248936(s) Flops=449169408 => 1804.35697528682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259765.81613005 Mflops = 259.76581613005 Gflops = 0.25976581613005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056837 s
InvBiCGStab: k = 90 resid = 9.887152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329039(s) Flops=593528832 => 1803.82517573905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259712.154919587 Mflops = 259.712154919587 Gflops = 0.259712154919587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001146056 Relative Rsd = 5.02621375615776e-07
BICGSTAB_SOLVER_TIME: 0.680276 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 55 resid = 1.956683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201793(s) Flops=363866112 => 1803.16518412433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259584.017033608 Mflops = 259.584017033608 Gflops = 0.259584017033608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055878 s
InvBiCGStab: k = 90 resid = 1.138402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328866(s) Flops=593528832 => 1804.77407819598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259836.045267629 Mflops = 259.836045267629 Gflops = 0.259836045267629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001074781 Relative Rsd = 4.71362596198809e-07
BICGSTAB_SOLVER_TIME: 0.631399 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117876
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002286(s) Flops=1492992000 => 1489.58680456476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214481.560153197 Mflops = 214.481560153197 Gflops = 0.214481560153197 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165632000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 31 resid = 1.559239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115503(s) Flops=206383104 => 1786.82029038207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257196.413711932 Mflops = 257.196413711932 Gflops = 0.257196413711932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057127 s
InvBiCGStab: k = 50 resid = 8.78422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184084(s) Flops=331057152 => 1798.40264227201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258883.081266102 Mflops = 258.883081266101 Gflops = 0.258883081266101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007416384 Relative Rsd = 3.25257553933656e-07
BICGSTAB_SOLVER_TIME: 0.402101 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041139 s
InvBiCGStab: k = 77 resid = 2.122149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283443(s) Flops=508225536 => 1793.04317270139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258154.189603416 Mflops = 258.154189603416 Gflops = 0.258154189603416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 96 resid = 1.063618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35032(s) Flops=632899584 => 1806.63274720256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260107.905917706 Mflops = 260.107905917706 Gflops = 0.260107905917706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001241329 Relative Rsd = 5.4440505933266e-07
BICGSTAB_SOLVER_TIME: 0.735519 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044532 s
InvBiCGStab: k = 51 resid = 2.1441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216861(s) Flops=337618944 => 1556.84490987314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224124.32513269 Mflops = 224.12432513269 Gflops = 0.22412432513269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057706 s
InvBiCGStab: k = 81 resid = 9.248802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326214(s) Flops=534472704 => 1638.4113005573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235898.831636696 Mflops = 235.898831636696 Gflops = 0.235898831636696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001012122 Relative Rsd = 4.43882407784933e-07
BICGSTAB_SOLVER_TIME: 0.649194 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 71 resid = 1.907675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263819(s) Flops=468854784 => 1777.18353871404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255862.63072462 Mflops = 255.86263072462 Gflops = 0.255862630724621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056728 s
InvBiCGStab: k = 92 resid = 1.068271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336929(s) Flops=606652416 => 1800.53487826812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259227.942297052 Mflops = 259.227942297052 Gflops = 0.259227942297052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001159022 Relative Rsd = 5.08308127250002e-07
BICGSTAB_SOLVER_TIME: 0.7028 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040848 s
InvBiCGStab: k = 58 resid = 2.277082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211831(s) Flops=383551488 => 1810.64852641965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260671.586329177 Mflops = 260.671586329177 Gflops = 0.260671586329177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05597 s
InvBiCGStab: k = 85 resid = 7.284668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310979(s) Flops=560719872 => 1803.07953913287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259582.843290418 Mflops = 259.582843290418 Gflops = 0.259582843290418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001147116 Relative Rsd = 5.03086187902014e-07
BICGSTAB_SOLVER_TIME: 0.623462 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116516
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946615(s) Flops=1480826880 => 1564.33912414234 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225248.29330332 Mflops = 225.24829330332 Gflops = 0.22524829330332 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164351000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 25 resid = 2.24374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092088(s) Flops=167012352 => 1813.6168881939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261043.467961251 Mflops = 261.043467961251 Gflops = 0.261043467961251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 50 resid = 9.919997e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183318(s) Flops=331057152 => 1805.91732399437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259958.393949543 Mflops = 259.958393949543 Gflops = 0.259958393949543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007314463 Relative Rsd = 3.20787666977614e-07
BICGSTAB_SOLVER_TIME: 0.376485 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040683 s
InvBiCGStab: k = 53 resid = 2.072496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19483(s) Flops=350742528 => 1800.24907868398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.586598842 Mflops = 259.162586598842 Gflops = 0.259162586598842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 89 resid = 7.979477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325112(s) Flops=586967040 => 1805.43025172864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259930.737778519 Mflops = 259.930737778519 Gflops = 0.259930737778519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00104784 Relative Rsd = 4.59547357879771e-07
BICGSTAB_SOLVER_TIME: 0.620918 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 56 resid = 2.204471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204867(s) Flops=370427904 => 1808.13847032465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260300.45207173 Mflops = 260.30045207173 Gflops = 0.26030045207173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056129 s
InvBiCGStab: k = 70 resid = 1.089221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295239(s) Flops=462292992 => 1565.82630343552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225432.76066472 Mflops = 225.43276066472 Gflops = 0.22543276066472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001053513 Relative Rsd = 4.62035206417093e-07
BICGSTAB_SOLVER_TIME: 0.601317 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04305 s
InvBiCGStab: k = 57 resid = 2.051719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23179(s) Flops=376989696 => 1626.42778376979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234156.409418999 Mflops = 234.156409418999 Gflops = 0.234156409418999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 82 resid = 9.615451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305162(s) Flops=541034496 => 1772.94189971228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255252.209541405 Mflops = 255.252209541405 Gflops = 0.255252209541405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00107617 Relative Rsd = 4.71971641207874e-07
BICGSTAB_SOLVER_TIME: 0.640575 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 62 resid = 1.111169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228319(s) Flops=409798656 => 1794.85130891428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258395.754154775 Mflops = 258.395754154775 Gflops = 0.258395754154775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066017 s
InvBiCGStab: k = 72 resid = 7.635839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29876(s) Flops=475416576 => 1591.29929040032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229098.334953784 Mflops = 229.098334953784 Gflops = 0.229098334953784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001106455 Relative Rsd = 4.85253815665771e-07
BICGSTAB_SOLVER_TIME: 0.638178 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109931
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.953924(s) Flops=1493286912 => 1565.41497226194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225405.268623504 Mflops = 225.405268623504 Gflops = 0.225405268623504 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165735000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 29 resid = 1.675799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108537(s) Flops=193259520 => 1780.58652809641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256278.693813025 Mflops = 256.278693813025 Gflops = 0.256278693813025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056609 s
InvBiCGStab: k = 50 resid = 1.00943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185411(s) Flops=331057152 => 1785.53134387927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257023.510989668 Mflops = 257.023510989668 Gflops = 0.257023510989668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000735452 Relative Rsd = 3.22544447069568e-07
BICGSTAB_SOLVER_TIME: 0.395664 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 52 resid = 2.26906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190286(s) Flops=344180736 => 1808.75490577341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260385.492770768 Mflops = 260.385492770768 Gflops = 0.260385492770768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055832 s
InvBiCGStab: k = 83 resid = 9.376442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305714(s) Flops=547596288 => 1791.20448523784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257870.634359046 Mflops = 257.870634359046 Gflops = 0.257870634359046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001087924 Relative Rsd = 4.77126697417135e-07
BICGSTAB_SOLVER_TIME: 0.597249 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 68 resid = 1.87025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248865(s) Flops=449169408 => 1804.87174974384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.341568616 Mflops = 259.853341568616 Gflops = 0.259853341568616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 87 resid = 8.078408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318095(s) Flops=573843456 => 1804.00023892233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.351401626 Mflops = 259.729351401627 Gflops = 0.259729351401627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001080634 Relative Rsd = 4.73929785497644e-07
BICGSTAB_SOLVER_TIME: 0.668126 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047971 s
InvBiCGStab: k = 64 resid = 2.27525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267957(s) Flops=422922240 => 1578.32129782017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227235.535826317 Mflops = 227.235535826317 Gflops = 0.227235535826317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064491 s
InvBiCGStab: k = 83 resid = 9.102503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341912(s) Flops=547596288 => 1601.5708369405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230577.242850344 Mflops = 230.577242850344 Gflops = 0.230577242850344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001088368 Relative Rsd = 4.77321322245248e-07
BICGSTAB_SOLVER_TIME: 0.726699 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042713 s
InvBiCGStab: k = 56 resid = 2.259873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223123(s) Flops=370427904 => 1660.1959636613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238994.236509237 Mflops = 238.994236509237 Gflops = 0.238994236509237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057589 s
InvBiCGStab: k = 75 resid = 1.128983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279823(s) Flops=495101952 => 1769.33973261669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254742.753801816 Mflops = 254.742753801816 Gflops = 0.254742753801816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001046127 Relative Rsd = 4.58796122381122e-07
BICGSTAB_SOLVER_TIME: 0.60717 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108045
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939135(s) Flops=1499406336 => 1596.58231883595 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229887.412670354 Mflops = 229.887412670354 Gflops = 0.229887412670354 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.552333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.706805(s) Flops=1262831616 => 1786.67612141963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257292.222993546 Mflops = 257.292222993546 Gflops = 0.257292222993546 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 9.92403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.934781(s) Flops=1682786304 => 1800.19309763463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259219.400260912 Mflops = 259.219400260912 Gflops = 0.259219400260912 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002058289 Relative Rsd = 9.06373972225656e-07
BICGSTAB_SOLVER_TIME: 1.644944 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319874999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.861389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800569(s) Flops=1361258496 => 1700.36373629256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244757.432096292 Mflops = 244.757432096292 Gflops = 0.244757432096292 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 6.515758e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876983(s) Flops=1433438208 => 1634.5108263216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235357.970535774 Mflops = 235.357970535774 Gflops = 0.235357970535774 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002619041 Relative Rsd = 1.15093175060652e-06
BICGSTAB_SOLVER_TIME: 1.681029 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.119259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303205999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935316(s) Flops=1499406336 => 1603.10134328933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230834.739533261 Mflops = 230.834739533261 Gflops = 0.230834739533261 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166501000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047389 s
InvBiCGStab: k = 36 resid = 1.499242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150006(s) Flops=239192064 => 1594.54997800088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229534.215236807 Mflops = 229.534215236807 Gflops = 0.229534215236807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058087 s
InvBiCGStab: k = 53 resid = 1.104084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218837(s) Flops=350742528 => 1602.75697436905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230725.654686155 Mflops = 230.725654686155 Gflops = 0.230725654686155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007755159 Relative Rsd = 3.40115107115647e-07
BICGSTAB_SOLVER_TIME: 0.478494 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043562 s
InvBiCGStab: k = 89 resid = 1.036762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329352(s) Flops=586967040 => 1782.18756831597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256589.066442136 Mflops = 256.589066442136 Gflops = 0.256589066442136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056794 s
InvBiCGStab: k = 94 resid = 1.051671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36904(s) Flops=619776000 => 1679.4277043139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241797.931241039 Mflops = 241.797931241039 Gflops = 0.241797931241039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001295857 Relative Rsd = 5.68318997944943e-07
BICGSTAB_SOLVER_TIME: 0.802816 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 58 resid = 2.049245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215285(s) Flops=383551488 => 1781.59875513854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256482.321728909 Mflops = 256.482321728909 Gflops = 0.256482321728909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 71 resid = 1.146569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261297(s) Flops=468854784 => 1794.33665139669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258325.084919381 Mflops = 258.325084919381 Gflops = 0.258325084919381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001038563 Relative Rsd = 4.55478616588598e-07
BICGSTAB_SOLVER_TIME: 0.578091 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 60 resid = 2.099406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220821(s) Flops=396675072 => 1796.36480226065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.411399663 Mflops = 258.607411399663 Gflops = 0.258607411399663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056069 s
InvBiCGStab: k = 100 resid = 1.045243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36586(s) Flops=659146752 => 1801.63656043295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259401.08543093 Mflops = 259.40108543093 Gflops = 0.25940108543093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001123814 Relative Rsd = 4.92866903806998e-07
BICGSTAB_SOLVER_TIME: 0.687733 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046323 s
InvBiCGStab: k = 63 resid = 2.14076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26392(s) Flops=416360448 => 1577.60096999091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227135.160403998 Mflops = 227.135160403998 Gflops = 0.227135160403998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061614 s
InvBiCGStab: k = 101 resid = 9.803598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419464(s) Flops=665708544 => 1587.04571548452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228499.000953295 Mflops = 228.499000953295 Gflops = 0.228499000953295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001151473 Relative Rsd = 5.04997411883013e-07
BICGSTAB_SOLVER_TIME: 0.795388 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131503
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936127(s) Flops=1493286912 => 1595.17556058099 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229685.064463041 Mflops = 229.685064463041 Gflops = 0.229685064463041 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165784000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044787 s
InvBiCGStab: k = 25 resid = 2.187093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109756(s) Flops=167012352 => 1521.66944859507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219046.517586861 Mflops = 219.046517586861 Gflops = 0.219046517586861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064667 s
InvBiCGStab: k = 52 resid = 9.783831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220738(s) Flops=344180736 => 1559.22739174949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224485.438419692 Mflops = 224.485438419692 Gflops = 0.224485438419692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0008049903 Relative Rsd = 3.53041575598344e-07
BICGSTAB_SOLVER_TIME: 0.444354 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044664 s
InvBiCGStab: k = 80 resid = 1.939427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317298(s) Flops=527910912 => 1663.77005843088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239543.930027126 Mflops = 239.543930027126 Gflops = 0.239543930027126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 96 resid = 9.406556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362351(s) Flops=632899584 => 1746.64781937955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251468.258587238 Mflops = 251.468258587238 Gflops = 0.251468258587238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001264951 Relative Rsd = 5.54764746963171e-07
BICGSTAB_SOLVER_TIME: 0.785072 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040687 s
InvBiCGStab: k = 66 resid = 2.064056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241809(s) Flops=436045824 => 1803.26548639629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.409439879 Mflops = 259.620409439879 Gflops = 0.259620409439879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 74 resid = 1.058762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27177(s) Flops=488540160 => 1797.62357876145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258797.677006572 Mflops = 258.797677006572 Gflops = 0.258797677006572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001068432 Relative Rsd = 4.68578164338688e-07
BICGSTAB_SOLVER_TIME: 0.614232 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 79 resid = 2.015361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288912(s) Flops=521349120 => 1804.52566871573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259793.391242179 Mflops = 259.793391242179 Gflops = 0.259793391242179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058837 s
InvBiCGStab: k = 93 resid = 8.301405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340926(s) Flops=613214208 => 1798.67246264585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258959.166910389 Mflops = 258.959166910389 Gflops = 0.258959166910389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001127341 Relative Rsd = 4.9441358915402e-07
BICGSTAB_SOLVER_TIME: 0.733924 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 57 resid = 1.833421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215476(s) Flops=376989696 => 1749.56698657855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251871.749084569 Mflops = 251.871749084569 Gflops = 0.251871749084569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064806 s
InvBiCGStab: k = 92 resid = 1.04682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385041(s) Flops=606652416 => 1575.5527748993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226846.149139547 Mflops = 226.846149139547 Gflops = 0.226846149139547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001130487 Relative Rsd = 4.95793475100872e-07
BICGSTAB_SOLVER_TIME: 0.710929 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120653
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942158(s) Flops=1493139456 => 1584.80791544518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228185.707138276 Mflops = 228.185707138276 Gflops = 0.228185707138276 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165725000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 34 resid = 2.252305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125377(s) Flops=226068480 => 1803.10966126164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.588058839 Mflops = 259.544588058839 Gflops = 0.259544588058839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 51 resid = 9.431412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200971(s) Flops=337618944 => 1679.93861800956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241832.886866235 Mflops = 241.832886866235 Gflops = 0.241832886866234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000719158 Relative Rsd = 3.15398417671146e-07
BICGSTAB_SOLVER_TIME: 0.428706 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 50 resid = 2.075965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229422(s) Flops=331057152 => 1443.00525668855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207744.507162751 Mflops = 207.744507162751 Gflops = 0.207744507162751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060815 s
InvBiCGStab: k = 84 resid = 9.932618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321107(s) Flops=554158080 => 1725.77390091153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248457.198639528 Mflops = 248.457198639528 Gflops = 0.248457198639528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001101506 Relative Rsd = 4.83083228062838e-07
BICGSTAB_SOLVER_TIME: 0.656421 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001843
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 51 resid = 2.124106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189849(s) Flops=337618944 => 1778.35513487034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256006.754195041 Mflops = 256.006754195041 Gflops = 0.256006754195041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 78 resid = 8.823076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284996(s) Flops=514787328 => 1806.29667784811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260050.7442041 Mflops = 260.0507442041 Gflops = 0.2600507442041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001019915 Relative Rsd = 4.47300391453042e-07
BICGSTAB_SOLVER_TIME: 0.576299 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 74 resid = 1.110312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272583(s) Flops=488540160 => 1792.26202661208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258035.685473638 Mflops = 258.035685473638 Gflops = 0.258035685473638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 91 resid = 1.127434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332239(s) Flops=600090624 => 1806.20163195772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.056116341 Mflops = 260.054056116341 Gflops = 0.260054056116341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001142467 Relative Rsd = 5.0104727328746e-07
BICGSTAB_SOLVER_TIME: 0.705933 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041296 s
InvBiCGStab: k = 59 resid = 2.066132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215518(s) Flops=390113280 => 1810.11924758025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260603.203121143 Mflops = 260.603203121143 Gflops = 0.260603203121143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 76 resid = 9.830771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278201(s) Flops=501663744 => 1803.24205879921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.032195278 Mflops = 259.612032195278 Gflops = 0.259612032195278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001047071 Relative Rsd = 4.59210083059595e-07
BICGSTAB_SOLVER_TIME: 0.595367 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110775
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003753(s) Flops=1486798848 => 1481.23975519874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213280.981651864 Mflops = 213.280981651864 Gflops = 0.213280981651864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164790000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 26 resid = 1.777258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095993(s) Flops=173574144 => 1808.19584761389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260248.13008821 Mflops = 260.24813008821 Gflops = 0.26024813008821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055626 s
InvBiCGStab: k = 54 resid = 8.257477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198616(s) Flops=357304320 => 1798.97047569179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258968.201996243 Mflops = 258.968201996243 Gflops = 0.258968201996243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007878537 Relative Rsd = 3.45526055150328e-07
BICGSTAB_SOLVER_TIME: 0.395187 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 58 resid = 1.987592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233648(s) Flops=383551488 => 1641.57830582757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236341.062208876 Mflops = 236.341062208876 Gflops = 0.236341062208876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066754 s
InvBiCGStab: k = 88 resid = 1.142433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360699(s) Flops=580405248 => 1609.11244001231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231677.944482487 Mflops = 231.677944482487 Gflops = 0.231677944482487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001131989 Relative Rsd = 4.96452146377755e-07
BICGSTAB_SOLVER_TIME: 0.706302 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04187 s
InvBiCGStab: k = 53 resid = 2.018204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200758(s) Flops=350742528 => 1747.0911644866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251484.57638405 Mflops = 251.48457638405 Gflops = 0.25148457638405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 74 resid = 1.147625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274847(s) Flops=488540160 => 1777.49860831663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255893.17879936 Mflops = 255.89317879936 Gflops = 0.25589317879936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009847261 Relative Rsd = 4.31867643277999e-07
BICGSTAB_SOLVER_TIME: 0.577828 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 67 resid = 1.963513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244517(s) Flops=442607616 => 1810.13024043318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260608.965192569 Mflops = 260.608965192569 Gflops = 0.260608965192569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056192 s
InvBiCGStab: k = 88 resid = 9.562845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320868(s) Flops=580405248 => 1808.85986760911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260420.259526758 Mflops = 260.420259526758 Gflops = 0.260420259526758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001108153 Relative Rsd = 4.8599851601804e-07
BICGSTAB_SOLVER_TIME: 0.666941 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124925
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044193 s
InvBiCGStab: k = 51 resid = 2.130035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198296(s) Flops=337618944 => 1702.60087949328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245112.259261097 Mflops = 245.112259261097 Gflops = 0.245112259261097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059663 s
InvBiCGStab: k = 73 resid = 1.038913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280253(s) Flops=481978368 => 1719.79735453323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247590.167767886 Mflops = 247.590167767886 Gflops = 0.247590167767886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001057041 Relative Rsd = 4.63582657601581e-07
BICGSTAB_SOLVER_TIME: 0.586295 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102914
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026815(s) Flops=1492770816 => 1453.78750407814 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209332.960370594 Mflops = 209.332960370594 Gflops = 0.209332960370594 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.793031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707002(s) Flops=1269393408 => 1795.45943010062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258475.854637809 Mflops = 258.475854637809 Gflops = 0.258475854637809 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 9.858391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.102017(s) Flops=1814022144 => 1646.092704559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237027.346514546 Mflops = 237.027346514546 Gflops = 0.237027346514546 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002167319 Relative Rsd = 9.54436774752741e-07
BICGSTAB_SOLVER_TIME: 1.812963 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334470999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.075462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772833(s) Flops=1380943872 => 1786.85934995012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257246.086110779 Mflops = 257.246086110779 Gflops = 0.257246086110779 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.412918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782017(s) Flops=1407191040 => 1799.43791503254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.83251181 Mflops = 259.10383251181 Gflops = 0.25910383251181 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002116246 Relative Rsd = 9.29991625493927e-07
BICGSTAB_SOLVER_TIME: 1.558269 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303069999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 309 resid = 2.164831e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.231126(s) Flops=2030561280 => 1649.35293381831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237474.702160713 Mflops = 237.474702160713 Gflops = 0.237474702160713 Tflops
InvBiCGStab: k = 361 resid = 5.883267e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.369097(s) Flops=2371774464 => 1732.36407938955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249452.362465308 Mflops = 249.452362465308 Gflops = 0.249452362465308 Tflops
BICGSTAB_SOLVER: 670 iterations. Rsd = 0.002139414 Relative Rsd = 9.42147966690868e-07
BICGSTAB_SOLVER_TIME: 2.605228 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.478794999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 284 resid = 1.937042e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.042585(s) Flops=1866516480 => 1790.27751214529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257794.62965465 Mflops = 257.79462965465 Gflops = 0.25779462965465 Tflops
InvBiCGStab: k = 311 resid = 1.122823e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.198544(s) Flops=2043684864 => 1705.13962274226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245533.412172273 Mflops = 245.533412172273 Gflops = 0.245533412172273 Tflops
BICGSTAB_SOLVER: 595 iterations. Rsd = 0.002134945 Relative Rsd = 9.38208802110791e-07
BICGSTAB_SOLVER_TIME: 2.246532 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.425406
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 239 resid = 2.050555e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924193(s) Flops=1571235840 => 1700.11657738156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244735.546485698 Mflops = 244.735546485698 Gflops = 0.244735546485698 Tflops
InvBiCGStab: k = 249 resid = 6.188613e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.954265(s) Flops=1636853760 => 1715.30314954441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246993.208635989 Mflops = 246.993208635989 Gflops = 0.246993208635989 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.001813886 Relative Rsd = 7.95509379471285e-07
BICGSTAB_SOLVER_TIME: 1.883136 sec
2Flav::invert,  n_count = 488
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348518000000004
MInvCG2: 350 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.406353(s) Flops=2257569792 => 1605.26538642859 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231159.134602268 Mflops = 231.159134602268 Gflops = 0.231159134602268 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251642000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.17744952448902
AccProb = 0.837403266626792
AcceptP = 1
After HMC trajectory call: time= 459.646089 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.057672 secs
Doing Update: 2755 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 260 resid = 2.036044e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.037067(s) Flops=1709033472 => 1647.94894833217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237298.271924334 Mflops = 237.298271924334 Gflops = 0.237298271924334 Tflops
InvBiCGStab: k = 301 resid = 1.135847e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.107779(s) Flops=1978066944 => 1785.6151308158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257120.904873809 Mflops = 257.120904873809 Gflops = 0.257120904873809 Tflops
BICGSTAB_SOLVER: 561 iterations. Rsd = 0.001938232 Relative Rsd = 8.52836455283808e-07
BICGSTAB_SOLVER_TIME: 2.150114 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.403127999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000381
InvBiCGStab: k = 232 resid = 2.064376e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848882(s) Flops=1525303296 => 1796.83783611857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258770.440536739 Mflops = 258.770440536739 Gflops = 0.258770440536739 Tflops
InvBiCGStab: k = 261 resid = 1.08341e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.01736(s) Flops=1715595264 => 1686.32073602265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242823.322295799 Mflops = 242.823322295799 Gflops = 0.242823322295799 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.001837565 Relative Rsd = 8.0732914857974e-07
BICGSTAB_SOLVER_TIME: 1.871525 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354852999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
MInvCG2: 368 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.520728(s) Flops=2367203328 => 1556.62506904588 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224162.772224357 Mflops = 224.162772224357 Gflops = 0.224162772224357 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263313000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 333 resid = 2.131287e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.218258(s) Flops=2188044288 => 1796.04343907448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258600.737671956 Mflops = 258.600737671956 Gflops = 0.258600737671956 Tflops
InvBiCGStab: k = 382 resid = 6.521616e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.507039(s) Flops=2509572096 => 1665.23367742971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239786.728217702 Mflops = 239.786728217702 Gflops = 0.239786728217702 Tflops
BICGSTAB_SOLVER: 715 iterations. Rsd = 0.002130675 Relative Rsd = 9.37512773750149e-07
BICGSTAB_SOLVER_TIME: 2.730141 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.511698999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 264 resid = 2.238704e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972225(s) Flops=1735280640 => 1784.85498727147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257047.587785215 Mflops = 257.047587785215 Gflops = 0.257047587785215 Tflops
InvBiCGStab: k = 303 resid = 9.222065e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.145436(s) Flops=1991190528 => 1738.36908216609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250317.558307154 Mflops = 250.317558307154 Gflops = 0.250317558307154 Tflops
BICGSTAB_SOLVER: 567 iterations. Rsd = 0.001959339 Relative Rsd = 8.60830394200791e-07
BICGSTAB_SOLVER_TIME: 2.122278 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.405438999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 216 resid = 2.133755e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838262(s) Flops=1420314624 => 1694.35644702969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243962.957410862 Mflops = 243.962957410862 Gflops = 0.243962957410862 Tflops
InvBiCGStab: k = 264 resid = 1.08219e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.038579(s) Flops=1735280640 => 1670.82199813399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240591.337671084 Mflops = 240.591337671084 Gflops = 0.240591337671084 Tflops
BICGSTAB_SOLVER: 480 iterations. Rsd = 0.002071464 Relative Rsd = 9.0782764567129e-07
BICGSTAB_SOLVER_TIME: 1.881606 sec
2Flav::invert,  n_count = 480
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344397000000003
MInvCG2: 353 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.416289(s) Flops=2276812800 => 1607.59054119604 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231494.245688903 Mflops = 231.494245688903 Gflops = 0.231494245688903 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253516000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 2.115796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.923117(s) Flops=1604044800 => 1737.63975747386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250183.883172601 Mflops = 250.183883172601 Gflops = 0.250183883172601 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 9.847237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994538(s) Flops=1617168384 => 1626.0498683811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234144.098540985 Mflops = 234.144098540985 Gflops = 0.234144098540985 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.002130134 Relative Rsd = 9.37274891298223e-07
BICGSTAB_SOLVER_TIME: 1.921262 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.118157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349341
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 1.850892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636975(s) Flops=1138157568 => 1786.81670081243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257273.029281442 Mflops = 257.273029281442 Gflops = 0.257273029281442 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.130578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826473(s) Flops=1485932544 => 1797.92025147827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258885.367537721 Mflops = 258.885367537721 Gflops = 0.258885367537721 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001961036 Relative Rsd = 8.61575807029017e-07
BICGSTAB_SOLVER_TIME: 1.466885 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.1161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284998999999998
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036309(s) Flops=1554849792 => 1500.37275754625 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216037.400736716 Mflops = 216.037400736716 Gflops = 0.216037400736716 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173054000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 155 resid = 2.278867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.565805(s) Flops=1020045312 => 1802.82131122913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259497.55525869 Mflops = 259.49755525869 Gflops = 0.25949755525869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 186 resid = 1.08443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705888(s) Flops=1223460864 => 1733.22235822113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249554.492273592 Mflops = 249.554492273592 Gflops = 0.249554492273592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 341 iterations. Rsd = 0.002082739 Relative Rsd = 9.12768985891983e-07
BICGSTAB_SOLVER_TIME: 1.27555 sec
2Flav::invert,  n_count = 341
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.245301999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000141 s
InvBiCGStab: k = 123 resid = 1.823329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.509324(s) Flops=810067968 => 1590.4767260133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228951.150182208 Mflops = 228.951150182208 Gflops = 0.228951150182208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 159 resid = 8.089888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.617598(s) Flops=1046292480 => 1694.13191104893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243911.250712176 Mflops = 243.911250712176 Gflops = 0.243911250712176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 282 iterations. Rsd = 0.001539523 Relative Rsd = 6.74702375155439e-07
BICGSTAB_SOLVER_TIME: 1.13096 sec
2Flav::invert,  n_count = 282
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203147999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004871 s
InvBiCGStab: k = 101 resid = 2.021605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369639(s) Flops=665708544 => 1800.96944315941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.380921983 Mflops = 259.299380921983 Gflops = 0.259299380921983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007012 s
InvBiCGStab: k = 137 resid = 8.384015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.500221(s) Flops=901933056 => 1803.0691554333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.537785323 Mflops = 259.608537785323 Gflops = 0.259608537785323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 238 iterations. Rsd = 0.001464742 Relative Rsd = 6.41929185627027e-07
BICGSTAB_SOLVER_TIME: 0.885859 sec
2Flav::invert,  n_count = 238
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173963999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007483 s
InvBiCGStab: k = 79 resid = 2.003177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28798(s) Flops=521349120 => 1810.36571984166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260643.387493215 Mflops = 260.643387493215 Gflops = 0.260643387493215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01105 s
InvBiCGStab: k = 119 resid = 9.390947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433695(s) Flops=783820800 => 1807.30882302079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260216.320671167 Mflops = 260.216320671167 Gflops = 0.260216320671167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001374421 Relative Rsd = 6.0234560766369e-07
BICGSTAB_SOLVER_TIME: 0.743966 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146185
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011014 s
InvBiCGStab: k = 76 resid = 2.235006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315942(s) Flops=501663744 => 1587.83493172798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228357.067299903 Mflops = 228.357067299903 Gflops = 0.228357067299903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.016325 s
InvBiCGStab: k = 112 resid = 9.383255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448586(s) Flops=737888256 => 1644.92038538875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236836.344545461 Mflops = 236.836344545461 Gflops = 0.236836344545461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001308584 Relative Rsd = 5.73492450086262e-07
BICGSTAB_SOLVER_TIME: 0.796336 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140063
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974578(s) Flops=1536122880 => 1576.19285475354 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227024.881044882 Mflops = 227.024881044882 Gflops = 0.227024881044882 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170633000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013071 s
InvBiCGStab: k = 26 resid = 1.857158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096255(s) Flops=173574144 => 1803.27405329593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259605.896223164 Mflops = 259.605896223164 Gflops = 0.259605896223164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019232 s
InvBiCGStab: k = 52 resid = 8.828214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221025(s) Flops=344180736 => 1557.20274177129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224176.902856709 Mflops = 224.176902856709 Gflops = 0.224176902856709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007403564 Relative Rsd = 3.24464249627708e-07
BICGSTAB_SOLVER_TIME: 0.353778 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0623650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.018608 s
InvBiCGStab: k = 99 resid = 1.721707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401338(s) Flops=652584960 => 1626.02335188793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234113.326932352 Mflops = 234.113326932352 Gflops = 0.234113326932352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023773 s
InvBiCGStab: k = 111 resid = 9.19936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414049(s) Flops=731326464 => 1766.27999101556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254303.415653407 Mflops = 254.303415653407 Gflops = 0.254303415653407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001314925 Relative Rsd = 5.76271124893593e-07
BICGSTAB_SOLVER_TIME: 0.861644 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158083999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.02047 s
InvBiCGStab: k = 52 resid = 2.014467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191208(s) Flops=344180736 => 1800.03313668884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259133.480513067 Mflops = 259.133480513067 Gflops = 0.259133480513067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028663 s
InvBiCGStab: k = 92 resid = 1.000045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335977(s) Flops=606652416 => 1805.63674299134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259967.924912048 Mflops = 259.967924912048 Gflops = 0.259967924912048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114075 Relative Rsd = 4.88248157920297e-07
BICGSTAB_SOLVER_TIME: 0.580191 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111836
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024029 s
InvBiCGStab: k = 72 resid = 1.884585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262698(s) Flops=475416576 => 1809.74570038599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260548.596886113 Mflops = 260.548596886113 Gflops = 0.260548596886113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033731 s
InvBiCGStab: k = 105 resid = 1.071303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382813(s) Flops=691955712 => 1807.55541739701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260242.002990343 Mflops = 260.242002990343 Gflops = 0.260242002990343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001275596 Relative Rsd = 5.59035259599985e-07
BICGSTAB_SOLVER_TIME: 0.707123 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136563
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.02751 s
InvBiCGStab: k = 63 resid = 1.656241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230903(s) Flops=416360448 => 1803.18336271075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.193329468 Mflops = 259.598193329468 Gflops = 0.259598193329468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038974 s
InvBiCGStab: k = 97 resid = 1.103174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403806(s) Flops=639461376 => 1583.58562279907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228007.015246917 Mflops = 228.007015246917 Gflops = 0.228007015246917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001136753 Relative Rsd = 4.98186653690241e-07
BICGSTAB_SOLVER_TIME: 0.70559 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125119
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988429(s) Flops=1511350272 => 1529.04282654596 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220315.375745012 Mflops = 220.315375745012 Gflops = 0.220315375745012 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167966000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032139 s
InvBiCGStab: k = 24 resid = 1.857486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089133(s) Flops=160450560 => 1800.1252061526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259069.675396305 Mflops = 259.069675396305 Gflops = 0.259069675396305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044264 s
InvBiCGStab: k = 54 resid = 9.763484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198293(s) Flops=357304320 => 1801.90082352882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.98029206 Mflops = 259.37498029206 Gflops = 0.25937498029206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007505788 Relative Rsd = 3.28944246056372e-07
BICGSTAB_SOLVER_TIME: 0.367777 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.038946 s
InvBiCGStab: k = 62 resid = 2.009271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255458(s) Flops=409798656 => 1604.17233361257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230943.937093477 Mflops = 230.943937093477 Gflops = 0.230943937093477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 80 resid = 1.070107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32426(s) Flops=527910912 => 1628.04820822797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234385.87413046 Mflops = 234.38587413046 Gflops = 0.23438587413046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001052735 Relative Rsd = 4.61365322256542e-07
BICGSTAB_SOLVER_TIME: 0.678805 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041613 s
InvBiCGStab: k = 50 resid = 1.735376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186723(s) Flops=331057152 => 1772.98539547886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255246.266197185 Mflops = 255.246266197185 Gflops = 0.255246266197185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056257 s
InvBiCGStab: k = 78 resid = 7.587157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288168(s) Flops=514787328 => 1786.41392521029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257186.944657356 Mflops = 257.186944657356 Gflops = 0.257186944657356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001025585 Relative Rsd = 4.4946675949161e-07
BICGSTAB_SOLVER_TIME: 0.576627 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 60 resid = 1.516193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219289(s) Flops=396675072 => 1808.91459215921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260420.669683146 Mflops = 260.420669683146 Gflops = 0.260420669683146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056001 s
InvBiCGStab: k = 89 resid = 1.003873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325386(s) Flops=586967040 => 1803.90994080876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.450284302 Mflops = 259.720450284302 Gflops = 0.259720450284302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001077578 Relative Rsd = 4.7225318880692e-07
BICGSTAB_SOLVER_TIME: 0.645396 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12087
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041914 s
InvBiCGStab: k = 51 resid = 1.691156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190599(s) Flops=337618944 => 1771.35737333354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255009.410714895 Mflops = 255.009410714895 Gflops = 0.255009410714895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 91 resid = 6.760106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334636(s) Flops=600090624 => 1793.26379708101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258185.649998684 Mflops = 258.185649998684 Gflops = 0.258185649998684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001046758 Relative Rsd = 4.58745828276541e-07
BICGSTAB_SOLVER_TIME: 0.626996 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115699
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012508(s) Flops=1486798848 => 1468.43170424332 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211632.72645035 Mflops = 211.63272645035 Gflops = 0.21163272645035 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164803000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041677 s
InvBiCGStab: k = 27 resid = 2.243852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100264(s) Flops=180135936 => 1796.61629298652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.18256255 Mflops = 258.56618256255 Gflops = 0.25856618256255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 51 resid = 1.103468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186651(s) Flops=337618944 => 1808.82472636096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260388.559310583 Mflops = 260.388559310583 Gflops = 0.260388559310583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007381142 Relative Rsd = 3.23481614135921e-07
BICGSTAB_SOLVER_TIME: 0.389056 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 62 resid = 2.15932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226491(s) Flops=409798656 => 1809.33748360862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260483.930834822 Mflops = 260.483930834822 Gflops = 0.260483930834822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058785 s
InvBiCGStab: k = 94 resid = 8.774443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395184(s) Flops=619776000 => 1568.32260415401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225795.439910588 Mflops = 225.795439910588 Gflops = 0.225795439910588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001110557 Relative Rsd = 4.86706246714026e-07
BICGSTAB_SOLVER_TIME: 0.726323 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050431 s
InvBiCGStab: k = 58 resid = 1.85493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224412(s) Flops=383551488 => 1709.13983209454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246055.557390002 Mflops = 246.055557390002 Gflops = 0.246055557390002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055996 s
InvBiCGStab: k = 81 resid = 6.429261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317209(s) Flops=534472704 => 1684.92288680334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242593.748027593 Mflops = 242.593748027593 Gflops = 0.242593748027593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001055854 Relative Rsd = 4.62732338630734e-07
BICGSTAB_SOLVER_TIME: 0.652186 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041858 s
InvBiCGStab: k = 73 resid = 8.831329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278134(s) Flops=481978368 => 1732.8998540272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249496.197137522 Mflops = 249.496197137522 Gflops = 0.249496197137522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05765 s
InvBiCGStab: k = 88 resid = 1.126106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33052(s) Flops=580405248 => 1756.03669369478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252823.754919727 Mflops = 252.823754919727 Gflops = 0.252823754919727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001125678 Relative Rsd = 4.93333015983067e-07
BICGSTAB_SOLVER_TIME: 0.712038 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041394 s
InvBiCGStab: k = 47 resid = 2.145515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173925(s) Flops=311371776 => 1790.2646313066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257721.218508387 Mflops = 257.721218508387 Gflops = 0.257721218508387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057761 s
InvBiCGStab: k = 80 resid = 7.794617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294393(s) Flops=527910912 => 1793.21828983705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258165.957580811 Mflops = 258.165957580811 Gflops = 0.258165957580811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001068857 Relative Rsd = 4.68431063268643e-07
BICGSTAB_SOLVER_TIME: 0.571334 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104934
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000451(s) Flops=1480384512 => 1479.71715956104 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213064.786583972 Mflops = 213.064786583972 Gflops = 0.213064786583972 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163988000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.712943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749273(s) Flops=1308764160 => 1746.71202619072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251427.886534394 Mflops = 251.427886534394 Gflops = 0.251427886534394 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 1.116778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.072752(s) Flops=1761527808 => 1642.06434292362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236449.935078575 Mflops = 236.449935078575 Gflops = 0.236449935078575 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002153716 Relative Rsd = 9.47644390685125e-07
BICGSTAB_SOLVER_TIME: 1.825519 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.126915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333192999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.000963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688926(s) Flops=1184090112 => 1718.74789454891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247417.24365304 Mflops = 247.41724365304 Gflops = 0.24741724365304 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.105359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776236(s) Flops=1374382080 => 1770.57245476891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254950.114564735 Mflops = 254.950114564735 Gflops = 0.254950114564735 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.002020183 Relative Rsd = 8.87557209958309e-07
BICGSTAB_SOLVER_TIME: 1.468579 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279323999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926245(s) Flops=1480384512 => 1598.26451100951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230127.130360742 Mflops = 230.127130360742 Gflops = 0.230127130360742 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164120000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 35 resid = 2.196832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13102(s) Flops=232630272 => 1775.53252938483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255607.143336528 Mflops = 255.607143336528 Gflops = 0.255607143336528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 48 resid = 1.021442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177397(s) Flops=317933568 => 1792.21502054713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257993.874851798 Mflops = 257.993874851798 Gflops = 0.257993874851798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007220277 Relative Rsd = 3.16431612638317e-07
BICGSTAB_SOLVER_TIME: 0.410181 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 85 resid = 1.772738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309855(s) Flops=560719872 => 1809.62021590744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260545.545387171 Mflops = 260.545545387171 Gflops = 0.260545545387171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055967 s
InvBiCGStab: k = 106 resid = 4.805037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386672(s) Flops=698517504 => 1806.48586916043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260095.395213987 Mflops = 260.095395213987 Gflops = 0.260095395213987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001310099 Relative Rsd = 5.74156315767422e-07
BICGSTAB_SOLVER_TIME: 0.797605 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150838999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041177 s
InvBiCGStab: k = 57 resid = 1.852842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2088(s) Flops=376989696 => 1805.50620689655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259923.38158273 Mflops = 259.92338158273 Gflops = 0.25992338158273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05638 s
InvBiCGStab: k = 77 resid = 1.101437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281071(s) Flops=508225536 => 1808.17493088935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260320.050525109 Mflops = 260.320050525109 Gflops = 0.260320050525109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00105202 Relative Rsd = 4.61052062551476e-07
BICGSTAB_SOLVER_TIME: 0.591316 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1099
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045851 s
InvBiCGStab: k = 59 resid = 2.193171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24183(s) Flops=390113280 => 1613.17156680313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232240.685572533 Mflops = 232.240685572533 Gflops = 0.232240685572533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065269 s
InvBiCGStab: k = 101 resid = 6.179355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420603(s) Flops=665708544 => 1582.74796898738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227879.80251908 Mflops = 227.87980251908 Gflops = 0.22787980251908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001136511 Relative Rsd = 4.98080737216671e-07
BICGSTAB_SOLVER_TIME: 0.777701 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041877 s
InvBiCGStab: k = 64 resid = 1.710201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239602(s) Flops=422922240 => 1765.10312935618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254097.633345128 Mflops = 254.097633345128 Gflops = 0.254097633345128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057099 s
InvBiCGStab: k = 85 resid = 9.851624e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313837(s) Flops=560719872 => 1786.65954619755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257231.498654226 Mflops = 257.231498654226 Gflops = 0.257231498654226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001103099 Relative Rsd = 4.83437682706688e-07
BICGSTAB_SOLVER_TIME: 0.656198 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120727
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917889(s) Flops=1474043904 => 1605.90649196145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231233.076120552 Mflops = 231.233076120552 Gflops = 0.231233076120552 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163581000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043115 s
InvBiCGStab: k = 29 resid = 1.702706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110901(s) Flops=193259520 => 1742.63099521195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250830.25298634 Mflops = 250.83025298634 Gflops = 0.25083025298634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 46 resid = 1.112909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172396(s) Flops=304809984 => 1768.0803730945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254513.097830311 Mflops = 254.513097830311 Gflops = 0.254513097830311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007323152 Relative Rsd = 3.20940154474959e-07
BICGSTAB_SOLVER_TIME: 0.386886 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 85 resid = 2.167646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311726(s) Flops=560719872 => 1798.75875608708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258972.153313713 Mflops = 258.972153313713 Gflops = 0.258972153313713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055546 s
InvBiCGStab: k = 112 resid = 1.030217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410382(s) Flops=737888256 => 1798.05219527172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258883.199379344 Mflops = 258.883199379344 Gflops = 0.258883199379344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001347841 Relative Rsd = 5.9069704042886e-07
BICGSTAB_SOLVER_TIME: 0.822955 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155246999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04225 s
InvBiCGStab: k = 65 resid = 1.560532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251017(s) Flops=429484032 => 1710.97587812778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246295.973950724 Mflops = 246.295973950724 Gflops = 0.246295973950724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056626 s
InvBiCGStab: k = 76 resid = 1.134053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28066(s) Flops=501663744 => 1787.44297014181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257331.573034735 Mflops = 257.331573034735 Gflops = 0.257331573034735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00105215 Relative Rsd = 4.61108898269952e-07
BICGSTAB_SOLVER_TIME: 0.634344 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 70 resid = 1.96822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290699(s) Flops=462292992 => 1590.28064080028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228942.067590128 Mflops = 228.942067590128 Gflops = 0.228942067590128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060572 s
InvBiCGStab: k = 93 resid = 6.225839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389(s) Flops=613214208 => 1576.38613881748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226957.361618336 Mflops = 226.957361618336 Gflops = 0.226957361618336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001138485 Relative Rsd = 4.98945925828807e-07
BICGSTAB_SOLVER_TIME: 0.785877 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042459 s
InvBiCGStab: k = 56 resid = 2.207056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211644(s) Flops=370427904 => 1750.24051709474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251976.288586789 Mflops = 251.976288586789 Gflops = 0.251976288586789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056799 s
InvBiCGStab: k = 86 resid = 1.128958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318841(s) Flops=567281664 => 1779.19923723737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256150.478892638 Mflops = 256.150478892638 Gflops = 0.256150478892638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00109164 Relative Rsd = 4.78415782701907e-07
BICGSTAB_SOLVER_TIME: 0.633631 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115647
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916345(s) Flops=1473380352 => 1607.88824296526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231513.598565933 Mflops = 231.513598565933 Gflops = 0.231513598565933 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163602000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045284 s
InvBiCGStab: k = 33 resid = 1.177669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122208(s) Flops=219506688 => 1796.17282010998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258542.154180873 Mflops = 258.542154180873 Gflops = 0.258542154180873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058741 s
InvBiCGStab: k = 55 resid = 1.081852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217793(s) Flops=363866112 => 1670.69700128103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240485.553612752 Mflops = 240.485553612752 Gflops = 0.240485553612752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007695403 Relative Rsd = 3.37254225025687e-07
BICGSTAB_SOLVER_TIME: 0.448005 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043068 s
InvBiCGStab: k = 52 resid = 2.053073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193173(s) Flops=344180736 => 1781.72278734606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256485.991496624 Mflops = 256.485991496624 Gflops = 0.256485991496624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056676 s
InvBiCGStab: k = 76 resid = 1.014144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279731(s) Flops=501663744 => 1793.37915354394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258191.724643475 Mflops = 258.191724643475 Gflops = 0.258191724643475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001070129 Relative Rsd = 4.68988502281273e-07
BICGSTAB_SOLVER_TIME: 0.576451 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 58 resid = 1.740947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213479(s) Flops=383551488 => 1796.67081071206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.388650627 Mflops = 258.655388650627 Gflops = 0.258655388650627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 74 resid = 1.000924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270673(s) Flops=488540160 => 1804.90909695463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259852.902003486 Mflops = 259.852902003486 Gflops = 0.259852902003486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001042993 Relative Rsd = 4.5709611287535e-07
BICGSTAB_SOLVER_TIME: 0.585421 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041178 s
InvBiCGStab: k = 59 resid = 2.04902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216122(s) Flops=390113280 => 1805.06047510203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.907851168 Mflops = 259.845907851168 Gflops = 0.259845907851168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058814 s
InvBiCGStab: k = 85 resid = 9.343527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317631(s) Flops=560719872 => 1765.31847332282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254144.439618583 Mflops = 254.144439618583 Gflops = 0.254144439618583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001099953 Relative Rsd = 4.82058778789942e-07
BICGSTAB_SOLVER_TIME: 0.637986 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042718 s
InvBiCGStab: k = 54 resid = 2.263306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237765(s) Flops=357304320 => 1502.76247555359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216346.038904256 Mflops = 216.346038904256 Gflops = 0.216346038904256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060148 s
InvBiCGStab: k = 79 resid = 1.13106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304364(s) Flops=521349120 => 1712.9132223259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246612.948122289 Mflops = 246.612948122289 Gflops = 0.246612948122289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001033951 Relative Rsd = 4.53133275567273e-07
BICGSTAB_SOLVER_TIME: 0.648927 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109518
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911348(s) Flops=1460109312 => 1602.14244394019 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230692.332561242 Mflops = 230.692332561242 Gflops = 0.230692332561242 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162183000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046045 s
InvBiCGStab: k = 30 resid = 1.537178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128187(s) Flops=199821312 => 1558.82665168855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224373.212953887 Mflops = 224.373212953887 Gflops = 0.224373212953887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061075 s
InvBiCGStab: k = 53 resid = 9.275391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225899(s) Flops=350742528 => 1552.6519727843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223518.496891417 Mflops = 223.518496891417 Gflops = 0.223518496891417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007586881 Relative Rsd = 3.32498187614245e-07
BICGSTAB_SOLVER_TIME: 0.465258 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041459 s
InvBiCGStab: k = 57 resid = 2.0803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21552(s) Flops=376989696 => 1749.20979955457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251821.3632576 Mflops = 251.8213632576 Gflops = 0.2518213632576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056592 s
InvBiCGStab: k = 86 resid = 1.132725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319017(s) Flops=567281664 => 1778.21766238163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256023.394933132 Mflops = 256.023394933132 Gflops = 0.256023394933132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001098284 Relative Rsd = 4.81327669413135e-07
BICGSTAB_SOLVER_TIME: 0.63652 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 51 resid = 1.973145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18813(s) Flops=337618944 => 1794.60449689045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258352.362838588 Mflops = 258.352362838588 Gflops = 0.258352362838588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056128 s
InvBiCGStab: k = 72 resid = 8.135908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263338(s) Flops=475416576 => 1805.34740903326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.746251663 Mflops = 259.910746251663 Gflops = 0.259910746251663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001058811 Relative Rsd = 4.6402843790557e-07
BICGSTAB_SOLVER_TIME: 0.552741 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040694 s
InvBiCGStab: k = 57 resid = 1.945785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209334(s) Flops=376989696 => 1800.90045573103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259266.05366115 Mflops = 259.26605366115 Gflops = 0.25926605366115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 99 resid = 1.101045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361808(s) Flops=652584960 => 1803.67753062398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259688.542949806 Mflops = 259.688542949805 Gflops = 0.259688542949805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00111526 Relative Rsd = 4.88767485369461e-07
BICGSTAB_SOLVER_TIME: 0.671735 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125865000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 52 resid = 2.033163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190384(s) Flops=344180736 => 1807.82385074376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260256.831770315 Mflops = 260.256831770315 Gflops = 0.260256831770315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064254 s
InvBiCGStab: k = 75 resid = 1.098178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315587(s) Flops=495101952 => 1568.82872868654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225867.097545806 Mflops = 225.867097545806 Gflops = 0.225867097545806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001068926 Relative Rsd = 4.68461266810239e-07
BICGSTAB_SOLVER_TIME: 0.615187 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104882
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911429(s) Flops=1422286848 => 1560.50207750686 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224707.95650861 Mflops = 224.70795650861 Gflops = 0.22470795650861 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157649000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.034479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.886313(s) Flops=1440000000 => 1624.70820127878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233971.417926725 Mflops = 233.971417926725 Gflops = 0.233971417926725 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.217815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902401(s) Flops=1551550464 => 1719.35809468296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247576.879196861 Mflops = 247.576879196861 Gflops = 0.247576879196861 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.00226681 Relative Rsd = 9.9739007750477e-07
BICGSTAB_SOLVER_TIME: 1.792166 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324516
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.490722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685242(s) Flops=1236584448 => 1804.59523496808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259773.907764991 Mflops = 259.773907764991 Gflops = 0.259773907764991 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 9.557928e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733849(s) Flops=1321887744 => 1801.30754964577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259373.472025282 Mflops = 259.373472025282 Gflops = 0.259373472025282 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.002028889 Relative Rsd = 8.91370719916492e-07
BICGSTAB_SOLVER_TIME: 1.422476 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.114943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278027999999999
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982892(s) Flops=1422286848 => 1447.04285720099 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208362.772081732 Mflops = 208.362772081732 Gflops = 0.208362772081732 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157871000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 34 resid = 1.542654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125528(s) Flops=226068480 => 1800.94066662418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.066617819 Mflops = 259.239066617819 Gflops = 0.259239066617819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056311 s
InvBiCGStab: k = 49 resid = 1.02023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180101(s) Flops=324495360 => 1801.7410230926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259371.561219359 Mflops = 259.371561219359 Gflops = 0.259371561219359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007544244 Relative Rsd = 3.30629624085224e-07
BICGSTAB_SOLVER_TIME: 0.406559 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733930000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 71 resid = 2.168273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259966(s) Flops=468854784 => 1803.52347614688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.163010372 Mflops = 259.647163010372 Gflops = 0.259647163010372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05595 s
InvBiCGStab: k = 98 resid = 8.705206e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382572(s) Flops=646023168 => 1688.63159875788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243121.431541708 Mflops = 243.121431541708 Gflops = 0.243121431541708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001194842 Relative Rsd = 5.23644310754434e-07
BICGSTAB_SOLVER_TIME: 0.743543 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045071 s
InvBiCGStab: k = 55 resid = 1.054921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225783(s) Flops=363866112 => 1611.57444094551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232022.545696527 Mflops = 232.022545696527 Gflops = 0.232022545696527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064214 s
InvBiCGStab: k = 68 resid = 9.923016e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25575(s) Flops=449169408 => 1756.2831202346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252843.041730266 Mflops = 252.843041730266 Gflops = 0.252843041730266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0010204 Relative Rsd = 4.47194300122987e-07
BICGSTAB_SOLVER_TIME: 0.594604 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 62 resid = 1.898261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229818(s) Flops=409798656 => 1783.14429679137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256722.991657577 Mflops = 256.722991657577 Gflops = 0.256722991657577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 98 resid = 1.034431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356965(s) Flops=646023168 => 1809.7661339347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260561.477959066 Mflops = 260.561477959066 Gflops = 0.260561477959066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001126394 Relative Rsd = 4.93646887922084e-07
BICGSTAB_SOLVER_TIME: 0.687917 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042867 s
InvBiCGStab: k = 54 resid = 2.198112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209367(s) Flops=357304320 => 1706.59330266948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245685.913543161 Mflops = 245.685913543161 Gflops = 0.245685913543161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 80 resid = 1.143474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295636(s) Flops=527910912 => 1785.67871301195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257076.514664861 Mflops = 257.076514664861 Gflops = 0.257076514664861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001062766 Relative Rsd = 4.65761570182621e-07
BICGSTAB_SOLVER_TIME: 0.607988 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110042
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902234(s) Flops=1385422848 => 1535.54715073917 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221098.776967232 Mflops = 221.098776967232 Gflops = 0.221098776967232 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153399000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 34 resid = 2.187187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12571(s) Flops=226068480 => 1798.33330681728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258857.138697448 Mflops = 258.857138697448 Gflops = 0.258857138697448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055823 s
InvBiCGStab: k = 54 resid = 1.050103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197915(s) Flops=357304320 => 1805.34229340879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.025262262 Mflops = 259.879025262262 Gflops = 0.259879025262262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007862578 Relative Rsd = 3.44580726681533e-07
BICGSTAB_SOLVER_TIME: 0.42467 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 74 resid = 1.757431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271626(s) Flops=488540160 => 1798.57657219854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258943.865551245 Mflops = 258.943865551245 Gflops = 0.258943865551245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05821 s
InvBiCGStab: k = 97 resid = 1.149443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35544(s) Flops=639461376 => 1799.06981769075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259024.353557434 Mflops = 259.024353557434 Gflops = 0.259024353557434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001234905 Relative Rsd = 5.41202262125906e-07
BICGSTAB_SOLVER_TIME: 0.730304 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042267 s
InvBiCGStab: k = 52 resid = 2.22309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223104(s) Flops=344180736 => 1542.69191049914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222096.886252341 Mflops = 222.096886252341 Gflops = 0.222096886252341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060981 s
InvBiCGStab: k = 70 resid = 1.013815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284184(s) Flops=462292992 => 1626.73828223968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234209.443210254 Mflops = 234.209443210254 Gflops = 0.234209443210254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001039493 Relative Rsd = 4.55561956632462e-07
BICGSTAB_SOLVER_TIME: 0.614712 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043065 s
InvBiCGStab: k = 60 resid = 1.744503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227001(s) Flops=396675072 => 1747.45957947322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251554.95350925 Mflops = 251.55495350925 Gflops = 0.25155495350925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05806 s
InvBiCGStab: k = 93 resid = 7.592247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346996(s) Flops=613214208 => 1767.20829058548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254428.001891156 Mflops = 254.428001891156 Gflops = 0.254428001891156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001145677 Relative Rsd = 5.02097757229436e-07
BICGSTAB_SOLVER_TIME: 0.6791 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123589000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 54 resid = 1.97595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199529(s) Flops=357304320 => 1790.7387898501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257806.421324805 Mflops = 257.806421324805 Gflops = 0.257806421324805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 93 resid = 1.058651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339585(s) Flops=613214208 => 1805.77530809665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259978.532577464 Mflops = 259.978532577464 Gflops = 0.259978532577464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001102756 Relative Rsd = 4.83287430291147e-07
BICGSTAB_SOLVER_TIME: 0.641061 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119226
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865071(s) Flops=1385496576 => 1601.59868496343 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230618.284676834 Mflops = 230.618284676834 Gflops = 0.230618284676834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153609000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041333 s
InvBiCGStab: k = 40 resid = 3.645102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148279(s) Flops=265439232 => 1790.13368042676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257696.059845616 Mflops = 257.696059845616 Gflops = 0.257696059845616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 57 resid = 8.138972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20867(s) Flops=376989696 => 1806.6310250635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260077.014012198 Mflops = 260.077014012198 Gflops = 0.260077014012198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0008043196 Relative Rsd = 3.52496401476484e-07
BICGSTAB_SOLVER_TIME: 0.458473 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0835760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 57 resid = 1.338255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209006(s) Flops=376989696 => 1803.72666813393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.32069243 Mflops = 259.67432069243 Gflops = 0.25967432069243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056324 s
InvBiCGStab: k = 80 resid = 1.026868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303905(s) Flops=527910912 => 1737.09189384841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250092.645655662 Mflops = 250.092645655662 Gflops = 0.250092645655662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001105764 Relative Rsd = 4.84605723046718e-07
BICGSTAB_SOLVER_TIME: 0.614116 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 57 resid = 2.014903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210271(s) Flops=376989696 => 1792.87536559963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258098.879755783 Mflops = 258.098879755783 Gflops = 0.258098879755783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057017 s
InvBiCGStab: k = 67 resid = 9.767517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245726(s) Flops=442607616 => 1801.22419280011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259312.753898304 Mflops = 259.312753898304 Gflops = 0.259312753898304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001044722 Relative Rsd = 4.5785370137055e-07
BICGSTAB_SOLVER_TIME: 0.558468 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047149 s
InvBiCGStab: k = 59 resid = 1.553689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241152(s) Flops=390113280 => 1617.70700636943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232887.043575416 Mflops = 232.887043575416 Gflops = 0.232887043575416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062782 s
InvBiCGStab: k = 79 resid = 1.057336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327375(s) Flops=521349120 => 1592.5135395189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229283.035592386 Mflops = 229.283035592386 Gflops = 0.229283035592386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001102349 Relative Rsd = 4.8310911715284e-07
BICGSTAB_SOLVER_TIME: 0.682304 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 55 resid = 2.148311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205423(s) Flops=363866112 => 1771.30171402423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254998.32891252 Mflops = 254.99832891252 Gflops = 0.25499832891252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056802 s
InvBiCGStab: k = 89 resid = 7.987593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32823(s) Flops=586967040 => 1788.27968193035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257467.628204663 Mflops = 257.467628204663 Gflops = 0.257467628204663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001044364 Relative Rsd = 4.57696663362049e-07
BICGSTAB_SOLVER_TIME: 0.635387 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116947
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865672(s) Flops=1385644032 => 1600.65709876258 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230490.509301248 Mflops = 230.490509301248 Gflops = 0.230490509301248 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153637000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040862 s
InvBiCGStab: k = 25 resid = 1.594828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095647(s) Flops=167012352 => 1746.13267535835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251281.535931957 Mflops = 251.281535931957 Gflops = 0.251281535931957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056019 s
InvBiCGStab: k = 55 resid = 9.766758e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216355(s) Flops=363866112 => 1681.80126181507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242088.033397204 Mflops = 242.088033397204 Gflops = 0.242088033397204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000762336 Relative Rsd = 3.34096883519497e-07
BICGSTAB_SOLVER_TIME: 0.413049 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714350000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044223 s
InvBiCGStab: k = 65 resid = 2.055327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244321(s) Flops=429484032 => 1757.86785417545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253083.508623625 Mflops = 253.083508623625 Gflops = 0.253083508623625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055846 s
InvBiCGStab: k = 91 resid = 1.075851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333101(s) Flops=600090624 => 1801.52753669308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259370.196466838 Mflops = 259.370196466838 Gflops = 0.259370196466838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001121427 Relative Rsd = 4.91470039088851e-07
BICGSTAB_SOLVER_TIME: 0.681353 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125956
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042103 s
InvBiCGStab: k = 56 resid = 2.046351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209978(s) Flops=370427904 => 1764.12721332711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253970.097387822 Mflops = 253.970097387822 Gflops = 0.253970097387822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057475 s
InvBiCGStab: k = 70 resid = 1.060334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266406(s) Flops=462292992 => 1735.29497083399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249824.308920371 Mflops = 249.824308920371 Gflops = 0.249824308920371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001034211 Relative Rsd = 4.53247406179689e-07
BICGSTAB_SOLVER_TIME: 0.579891 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040664 s
InvBiCGStab: k = 60 resid = 1.887722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223934(s) Flops=396675072 => 1771.39278537426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255028.577238584 Mflops = 255.028577238584 Gflops = 0.255028577238584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05762 s
InvBiCGStab: k = 89 resid = 1.135455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365397(s) Flops=586967040 => 1606.38166159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231278.85922478 Mflops = 231.27885922478 Gflops = 0.23127885922478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001083876 Relative Rsd = 4.75013037420249e-07
BICGSTAB_SOLVER_TIME: 0.69195 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042232 s
InvBiCGStab: k = 51 resid = 2.186462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210936(s) Flops=337618944 => 1600.57526453521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230427.846250841 Mflops = 230.427846250841 Gflops = 0.230427846250841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061325 s
InvBiCGStab: k = 74 resid = 1.112186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276561(s) Flops=488540160 => 1766.48247583716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254316.438077712 Mflops = 254.316438077712 Gflops = 0.254316438077712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001056677 Relative Rsd = 4.63092944428031e-07
BICGSTAB_SOLVER_TIME: 0.594905 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103571
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866509(s) Flops=1385717760 => 1599.19603835621 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230263.727258739 Mflops = 230.263727258739 Gflops = 0.230263727258739 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153616000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 9.084278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813937(s) Flops=1394067456 => 1712.74614128612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246584.093339812 Mflops = 246.584093339812 Gflops = 0.246584093339812 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 9.553403e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92637(s) Flops=1636853760 => 1766.95462935976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254431.48752746 Mflops = 254.43148752746 Gflops = 0.25443148752746 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002110511 Relative Rsd = 9.28593102023064e-07
BICGSTAB_SOLVER_TIME: 1.743742 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328757999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 1.892242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.633396(s) Flops=1138157568 => 1796.91309701987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258683.78116864 Mflops = 258.68378116864 Gflops = 0.25868378116864 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 9.484627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810084(s) Flops=1367820288 => 1688.49191935651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243129.505679096 Mflops = 243.129505679096 Gflops = 0.243129505679096 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001932299 Relative Rsd = 8.48920804895069e-07
BICGSTAB_SOLVER_TIME: 1.44732 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.122721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272369999999998
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882329(s) Flops=1385717760 => 1570.52274151705 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226143.00391288 Mflops = 226.14300391288 Gflops = 0.22614300391288 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153462000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.375465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 29 resid = 2.255725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107804(s) Flops=193259520 => 1792.69340655263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258035.719483685 Mflops = 258.035719483685 Gflops = 0.258035719483685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056134 s
InvBiCGStab: k = 48 resid = 1.117237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176479(s) Flops=317933568 => 1801.53767870398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.677688688 Mflops = 259.325677688688 Gflops = 0.259325677688688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000760939 Relative Rsd = 3.33484649568227e-07
BICGSTAB_SOLVER_TIME: 0.385659 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046878 s
InvBiCGStab: k = 86 resid = 2.041156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371344(s) Flops=567281664 => 1527.64462062131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219966.585796644 Mflops = 219.966585796644 Gflops = 0.219966585796644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064178 s
InvBiCGStab: k = 109 resid = 6.996084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42528(s) Flops=718202880 => 1688.77652370203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243150.467884302 Mflops = 243.150467884302 Gflops = 0.243150467884302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001287208 Relative Rsd = 5.64124403300414e-07
BICGSTAB_SOLVER_TIME: 0.911469 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153581999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 50 resid = 2.266561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186246(s) Flops=331057152 => 1777.52623948971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255875.460705993 Mflops = 255.875460705993 Gflops = 0.255875460705993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056872 s
InvBiCGStab: k = 79 resid = 9.153099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28949(s) Flops=521349120 => 1800.92272617362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259272.530799235 Mflops = 259.272530799235 Gflops = 0.259272530799235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001037835 Relative Rsd = 4.54835336971297e-07
BICGSTAB_SOLVER_TIME: 0.577965 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 59 resid = 1.109079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21567(s) Flops=390113280 => 1808.84351091946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260410.879590492 Mflops = 260.410879590492 Gflops = 0.260410879590492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056151 s
InvBiCGStab: k = 84 resid = 1.060443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306703(s) Flops=554158080 => 1806.82314812702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.119532615 Mflops = 260.125119532615 Gflops = 0.260125119532615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001113431 Relative Rsd = 4.87965662971283e-07
BICGSTAB_SOLVER_TIME: 0.623456 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116545
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 58 resid = 2.001796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212799(s) Flops=383551488 => 1802.41207900413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.854352344 Mflops = 259.484854352344 Gflops = 0.259484854352344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055979 s
InvBiCGStab: k = 81 resid = 9.795685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297035(s) Flops=534472704 => 1799.35934822496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259054.194861925 Mflops = 259.054194861926 Gflops = 0.259054194861925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001105562 Relative Rsd = 4.84517051162775e-07
BICGSTAB_SOLVER_TIME: 0.610447 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113454
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930798(s) Flops=1391984640 => 1495.47446384715 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215326.673553487 Mflops = 215.326673553487 Gflops = 0.215326673553487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154340000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044162 s
InvBiCGStab: k = 32 resid = 1.743727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119823(s) Flops=212944896 => 1777.16211411832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255759.989898207 Mflops = 255.759989898207 Gflops = 0.255759989898207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 53 resid = 9.637018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1967(s) Flops=350742528 => 1783.13435688866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256694.947276567 Mflops = 256.694947276567 Gflops = 0.256694947276567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007652588 Relative Rsd = 3.35377830004039e-07
BICGSTAB_SOLVER_TIME: 0.420626 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 83 resid = 1.314502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341644(s) Flops=547596288 => 1602.82717682734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230776.083401114 Mflops = 230.776083401114 Gflops = 0.230776083401114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062204 s
InvBiCGStab: k = 93 resid = 9.116503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39374(s) Flops=613214208 => 1557.40897038655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224236.7199492 Mflops = 224.2367199492 Gflops = 0.2242367199492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001234666 Relative Rsd = 5.41097315022759e-07
BICGSTAB_SOLVER_TIME: 0.842645 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040933 s
InvBiCGStab: k = 53 resid = 2.082738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201073(s) Flops=350742528 => 1744.35417982524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251116.42298142 Mflops = 251.11642298142 Gflops = 0.25111642298142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056797 s
InvBiCGStab: k = 75 resid = 8.584083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279041(s) Flops=495101952 => 1774.29822857573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255444.165113438 Mflops = 255.444165113438 Gflops = 0.255444165113438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001033967 Relative Rsd = 4.53140367277208e-07
BICGSTAB_SOLVER_TIME: 0.581705 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 60 resid = 2.002605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219525(s) Flops=396675072 => 1806.96992142125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260132.175240989 Mflops = 260.132175240989 Gflops = 0.260132175240989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056884 s
InvBiCGStab: k = 94 resid = 1.137727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343617(s) Flops=619776000 => 1803.68258846332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259684.638873112 Mflops = 259.684638873112 Gflops = 0.259684638873112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001106071 Relative Rsd = 4.84740006360029e-07
BICGSTAB_SOLVER_TIME: 0.665077 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 57 resid = 1.970344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209499(s) Flops=376989696 => 1799.48207867341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.931827077 Mflops = 259.051931827077 Gflops = 0.259051931827077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 81 resid = 1.083391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295898(s) Flops=534472704 => 1806.27345909739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260042.165730271 Mflops = 260.042165730271 Gflops = 0.260042165730271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001052979 Relative Rsd = 4.61472463198014e-07
BICGSTAB_SOLVER_TIME: 0.606344 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112721
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964781(s) Flops=1398398976 => 1449.44705171433 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208707.208401741 Mflops = 208.707208401741 Gflops = 0.208707208401741 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155095000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041991 s
InvBiCGStab: k = 32 resid = 1.707821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118674(s) Flops=212944896 => 1794.36857272865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258274.394491851 Mflops = 258.274394491851 Gflops = 0.258274394491851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056361 s
InvBiCGStab: k = 64 resid = 1.142922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234456(s) Flops=422922240 => 1803.84481523186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259685.827944241 Mflops = 259.685827944241 Gflops = 0.259685827944241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007703519 Relative Rsd = 3.37609907441627e-07
BICGSTAB_SOLVER_TIME: 0.455311 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0827480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04076 s
InvBiCGStab: k = 53 resid = 2.067253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193526(s) Flops=350742528 => 1812.37935987929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260923.978606255 Mflops = 260.923978606255 Gflops = 0.260923978606255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 74 resid = 1.020147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283754(s) Flops=488540160 => 1721.70316541793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247871.854440872 Mflops = 247.871854440872 Gflops = 0.247871854440872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001126587 Relative Rsd = 4.9373137620736e-07
BICGSTAB_SOLVER_TIME: 0.578878 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044125 s
InvBiCGStab: k = 53 resid = 2.213081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224512(s) Flops=350742528 => 1562.24401368301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224914.393270313 Mflops = 224.914393270313 Gflops = 0.224914393270313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064744 s
InvBiCGStab: k = 76 resid = 1.088805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292491(s) Flops=501663744 => 1715.14249669221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246927.398153078 Mflops = 246.927398153078 Gflops = 0.246927398153078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001035709 Relative Rsd = 4.53903567916961e-07
BICGSTAB_SOLVER_TIME: 0.631363 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041918 s
InvBiCGStab: k = 58 resid = 1.909914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218762(s) Flops=383551488 => 1753.28205081321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252425.73936074 Mflops = 252.42573936074 Gflops = 0.25242573936074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 92 resid = 1.128703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337112(s) Flops=606652416 => 1799.5574645815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259079.585528616 Mflops = 259.079585528616 Gflops = 0.259079585528616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001109191 Relative Rsd = 4.86107583948677e-07
BICGSTAB_SOLVER_TIME: 0.658204 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121841000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040794 s
InvBiCGStab: k = 56 resid = 1.756974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207006(s) Flops=370427904 => 1789.45491435031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257621.874981375 Mflops = 257.621874981375 Gflops = 0.257621874981375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 70 resid = 9.69674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256234(s) Flops=462292992 => 1804.18286410078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.853089737 Mflops = 259.746853089737 Gflops = 0.259746853089737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001028572 Relative Rsd = 4.50775817718415e-07
BICGSTAB_SOLVER_TIME: 0.564391 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10422
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932605(s) Flops=1410637824 => 1512.57801963318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217810.767522781 Mflops = 217.810767522781 Gflops = 0.217810767522781 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156370000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 30 resid = 1.97996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110908(s) Flops=199821312 => 1801.68528870776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.351617936 Mflops = 259.333351617936 Gflops = 0.259333351617936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 53 resid = 1.100255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194444(s) Flops=350742528 => 1803.8228384522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259667.821693047 Mflops = 259.667821693047 Gflops = 0.259667821693047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000737325 Relative Rsd = 3.23135727463202e-07
BICGSTAB_SOLVER_TIME: 0.406256 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 58 resid = 1.523921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212862(s) Flops=383551488 => 1801.87862558841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259408.700117079 Mflops = 259.408700117079 Gflops = 0.259408700117079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056147 s
InvBiCGStab: k = 97 resid = 1.099434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354215(s) Flops=639461376 => 1805.29163361235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259913.061918458 Mflops = 259.913061918458 Gflops = 0.259913061918458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001148148 Relative Rsd = 5.03180646030743e-07
BICGSTAB_SOLVER_TIME: 0.667997 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041953 s
InvBiCGStab: k = 58 resid = 1.81388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223405(s) Flops=383551488 => 1716.84379490164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247171.25559008 Mflops = 247.17125559008 Gflops = 0.24717125559008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063632 s
InvBiCGStab: k = 69 resid = 1.138147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311971(s) Flops=455731200 => 1460.8127037449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210316.01381948 Mflops = 210.31601381948 Gflops = 0.21031601381948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001045134 Relative Rsd = 4.58034463444662e-07
BICGSTAB_SOLVER_TIME: 0.645787 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052295 s
InvBiCGStab: k = 61 resid = 2.075105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277138(s) Flops=403236864 => 1455.00387532565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209494.337326376 Mflops = 209.494337326376 Gflops = 0.209494337326376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070089 s
InvBiCGStab: k = 91 resid = 1.05468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337647(s) Flops=600090624 => 1777.27219255613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255881.720295936 Mflops = 255.881720295936 Gflops = 0.255881720295936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001128768 Relative Rsd = 4.94687379522266e-07
BICGSTAB_SOLVER_TIME: 0.741026 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 55 resid = 2.178778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201985(s) Flops=363866112 => 1801.45115726415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259343.867486446 Mflops = 259.343867486446 Gflops = 0.259343867486446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060395 s
InvBiCGStab: k = 71 resid = 1.022717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277173(s) Flops=468854784 => 1691.56008702146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243525.487227485 Mflops = 243.525487227485 Gflops = 0.243525487227485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009926965 Relative Rsd = 4.35053343732848e-07
BICGSTAB_SOLVER_TIME: 0.584786 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10426
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884441(s) Flops=1410859008 => 1595.19855818534 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229688.638951572 Mflops = 229.688638951572 Gflops = 0.229688638951572 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156481000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 2.094574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803207(s) Flops=1446561792 => 1800.98255119789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259272.041310916 Mflops = 259.272041310916 Gflops = 0.259272041310916 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 9.007942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.926124(s) Flops=1669662720 => 1802.85007191262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.344565088 Mflops = 259.600344565088 Gflops = 0.259600344565088 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002102196 Relative Rsd = 9.24913658983674e-07
BICGSTAB_SOLVER_TIME: 1.733067 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.116227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338334999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.762771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807164(s) Flops=1289078784 => 1597.04692478852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229911.681810706 Mflops = 229.911681810706 Gflops = 0.229911681810706 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.143559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723992(s) Flops=1249708032 => 1726.1351396148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248549.806604558 Mflops = 248.549806604558 Gflops = 0.248549806604558 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001885036 Relative Rsd = 8.28156578339061e-07
BICGSTAB_SOLVER_TIME: 1.534514 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275758999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882935(s) Flops=1410859008 => 1597.919448204 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230077.699216759 Mflops = 230.077699216759 Gflops = 0.230077699216759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156376000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041661 s
InvBiCGStab: k = 33 resid = 2.075712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123923(s) Flops=219506688 => 1771.31515537874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254978.436263941 Mflops = 254.978436263941 Gflops = 0.254978436263941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059525 s
InvBiCGStab: k = 50 resid = 9.398421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188181(s) Flops=331057152 => 1759.24855325458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253261.285025887 Mflops = 253.261285025887 Gflops = 0.253261285025887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007746238 Relative Rsd = 3.39482067845112e-07
BICGSTAB_SOLVER_TIME: 0.417412 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041356 s
InvBiCGStab: k = 82 resid = 1.657214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299099(s) Flops=541034496 => 1808.88099258105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260423.797724747 Mflops = 260.423797724747 Gflops = 0.260423797724747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056386 s
InvBiCGStab: k = 99 resid = 7.807006e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361729(s) Flops=652584960 => 1804.07144575082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.815246224 Mflops = 259.737815246224 Gflops = 0.259737815246224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001248934 Relative Rsd = 5.47350519542534e-07
BICGSTAB_SOLVER_TIME: 0.762462 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041592 s
InvBiCGStab: k = 55 resid = 2.234422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201333(s) Flops=363866112 => 1807.28500543875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.24261071 Mflops = 260.17424261071 Gflops = 0.26017424261071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056617 s
InvBiCGStab: k = 71 resid = 8.302026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268345(s) Flops=468854784 => 1747.20894371052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251534.621317211 Mflops = 251.534621317211 Gflops = 0.251534621317211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001021379 Relative Rsd = 4.4762342510333e-07
BICGSTAB_SOLVER_TIME: 0.571898 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 58 resid = 2.135673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216272(s) Flops=383551488 => 1773.46807723607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255329.228066211 Mflops = 255.329228066211 Gflops = 0.255329228066211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 78 resid = 1.047703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327662(s) Flops=514787328 => 1571.09255269149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226197.187448561 Mflops = 226.197187448561 Gflops = 0.226197187448561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001119124 Relative Rsd = 4.90460873459176e-07
BICGSTAB_SOLVER_TIME: 0.64618 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044106 s
InvBiCGStab: k = 55 resid = 2.034104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228106(s) Flops=363866112 => 1595.16238941545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229629.176845019 Mflops = 229.629176845019 Gflops = 0.229629176845019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056929 s
InvBiCGStab: k = 86 resid = 7.816127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322976(s) Flops=567281664 => 1756.42048944813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252879.46472983 Mflops = 252.87946472983 Gflops = 0.25287946472983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001057659 Relative Rsd = 4.63523497954261e-07
BICGSTAB_SOLVER_TIME: 0.656016 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114866
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884214(s) Flops=1417125888 => 1602.69560083871 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230767.151953916 Mflops = 230.767151953916 Gflops = 0.230767151953916 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157151000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043982 s
InvBiCGStab: k = 31 resid = 1.343886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140132(s) Flops=206383104 => 1472.77641081266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212005.840027335 Mflops = 212.005840027335 Gflops = 0.212005840027335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067181 s
InvBiCGStab: k = 54 resid = 1.121251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218939(s) Flops=357304320 => 1631.9811454332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234945.690360584 Mflops = 234.945690360584 Gflops = 0.234945690360584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007338532 Relative Rsd = 3.21614198545558e-07
BICGSTAB_SOLVER_TIME: 0.474089 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 74 resid = 2.009118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274648(s) Flops=488540160 => 1778.7865194722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256105.692960545 Mflops = 256.105692960545 Gflops = 0.256105692960545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056915 s
InvBiCGStab: k = 90 resid = 1.083581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344435(s) Flops=593528832 => 1723.19547084356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248092.298812027 Mflops = 248.092298812027 Gflops = 0.248092298812027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001246768 Relative Rsd = 5.46401097742603e-07
BICGSTAB_SOLVER_TIME: 0.720665 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 55 resid = 2.170909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208516(s) Flops=363866112 => 1745.02729766541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251231.143453909 Mflops = 251.231143453909 Gflops = 0.251231143453909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056801 s
InvBiCGStab: k = 70 resid = 1.113297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258184(s) Flops=462292992 => 1790.55631642549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257773.971943225 Mflops = 257.773971943225 Gflops = 0.257773971943225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001040021 Relative Rsd = 4.55793636163521e-07
BICGSTAB_SOLVER_TIME: 0.568896 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 61 resid = 1.916294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224499(s) Flops=403236864 => 1796.16329694119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258603.070385507 Mflops = 258.603070385507 Gflops = 0.258603070385507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 94 resid = 9.368324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344328(s) Flops=619776000 => 1799.95817941033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259138.416880641 Mflops = 259.138416880641 Gflops = 0.259138416880641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001144475 Relative Rsd = 5.01570827875377e-07
BICGSTAB_SOLVER_TIME: 0.670602 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125042000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046219 s
InvBiCGStab: k = 59 resid = 1.789868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246818(s) Flops=390113280 => 1580.57062288812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227558.843669576 Mflops = 227.558843669576 Gflops = 0.227558843669576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058025 s
InvBiCGStab: k = 81 resid = 1.097474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334531(s) Flops=534472704 => 1597.67765618134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230003.398925014 Mflops = 230.003398925014 Gflops = 0.230003398925014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001126552 Relative Rsd = 4.93716121378074e-07
BICGSTAB_SOLVER_TIME: 0.690227 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114182
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893088(s) Flops=1417347072 => 1587.01838116737 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228529.223476038 Mflops = 228.529223476038 Gflops = 0.228529223476038 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157071000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 34 resid = 1.456286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13792(s) Flops=226068480 => 1639.12761020882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235955.097054258 Mflops = 235.955097054258 Gflops = 0.235955097054258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063927 s
InvBiCGStab: k = 51 resid = 1.016818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217289(s) Flops=337618944 => 1553.77835049174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223685.104626877 Mflops = 223.685104626877 Gflops = 0.223685104626877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007712116 Relative Rsd = 3.37986686419137e-07
BICGSTAB_SOLVER_TIME: 0.46462 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04549 s
InvBiCGStab: k = 51 resid = 2.212148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211419(s) Flops=337618944 => 1596.91864969563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229888.620378661 Mflops = 229.888620378661 Gflops = 0.229888620378661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067058 s
InvBiCGStab: k = 75 resid = 1.049003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295072(s) Flops=495101952 => 1677.90217980696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241574.602656535 Mflops = 241.574602656535 Gflops = 0.241574602656535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001078294 Relative Rsd = 4.72566805648458e-07
BICGSTAB_SOLVER_TIME: 0.622822 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047024 s
InvBiCGStab: k = 58 resid = 2.012007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218036(s) Flops=383551488 => 1759.11999853235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253207.378697762 Mflops = 253.207378697762 Gflops = 0.253207378697762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 74 resid = 1.095509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273675(s) Flops=488540160 => 1785.11066045492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256989.12721624 Mflops = 256.98912721624 Gflops = 0.25698912721624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00101938 Relative Rsd = 4.46747318319064e-07
BICGSTAB_SOLVER_TIME: 0.598709 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04162 s
InvBiCGStab: k = 60 resid = 1.880042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227579(s) Flops=396675072 => 1743.02142113288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250936.537996063 Mflops = 250.936537996063 Gflops = 0.250936537996063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058742 s
InvBiCGStab: k = 73 resid = 1.08035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274597(s) Flops=481978368 => 1755.22080721931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252700.952079101 Mflops = 252.700952079101 Gflops = 0.252700952079101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001080972 Relative Rsd = 4.73740560172032e-07
BICGSTAB_SOLVER_TIME: 0.606339 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 59 resid = 1.889242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225944(s) Flops=390113280 => 1726.59278405269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248569.082822609 Mflops = 248.569082822609 Gflops = 0.248569082822609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058269 s
InvBiCGStab: k = 69 resid = 1.130203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271137(s) Flops=455731200 => 1680.81523362728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241978.943886724 Mflops = 241.978943886724 Gflops = 0.241978943886724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001025892 Relative Rsd = 4.49601348921897e-07
BICGSTAB_SOLVER_TIME: 0.601107 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105688
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958003(s) Flops=1423392768 => 1485.79155597634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213941.788366999 Mflops = 213.941788366999 Gflops = 0.213941788366999 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157893000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043323 s
InvBiCGStab: k = 26 resid = 2.0947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106155(s) Flops=173574144 => 1635.1009749894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235356.049644445 Mflops = 235.356049644445 Gflops = 0.235356049644445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055974 s
InvBiCGStab: k = 52 resid = 9.856328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193447(s) Flops=344180736 => 1779.19913981607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256119.031879583 Mflops = 256.119031879583 Gflops = 0.256119031879583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007612424 Relative Rsd = 3.33617606374645e-07
BICGSTAB_SOLVER_TIME: 0.402709 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046979 s
InvBiCGStab: k = 59 resid = 2.194127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258868(s) Flops=390113280 => 1506.99692507378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216958.551706981 Mflops = 216.958551706981 Gflops = 0.216958551706981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067446 s
InvBiCGStab: k = 73 resid = 1.020799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311149(s) Flops=481978368 => 1549.02753343254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223013.122944547 Mflops = 223.013122944547 Gflops = 0.223013122944547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001092382 Relative Rsd = 4.78740776891039e-07
BICGSTAB_SOLVER_TIME: 0.68852 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043034 s
InvBiCGStab: k = 62 resid = 1.875867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234901(s) Flops=409798656 => 1744.5590099659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251154.209772669 Mflops = 251.154209772669 Gflops = 0.251154209772669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057097 s
InvBiCGStab: k = 72 resid = 8.78975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273472(s) Flops=475416576 => 1738.44699274514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250261.137178134 Mflops = 250.261137178134 Gflops = 0.250261137178134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001048939 Relative Rsd = 4.59702035669431e-07
BICGSTAB_SOLVER_TIME: 0.612365 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110096
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 65 resid = 1.411631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241051(s) Flops=429484032 => 1781.71437579599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256497.114108433 Mflops = 256.497114108433 Gflops = 0.256497114108433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058874 s
InvBiCGStab: k = 73 resid = 1.093925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271055(s) Flops=481978368 => 1778.15708251093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256004.713761803 Mflops = 256.004713761803 Gflops = 0.256004713761803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070101 Relative Rsd = 4.68976155563256e-07
BICGSTAB_SOLVER_TIME: 0.61642 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04139 s
InvBiCGStab: k = 52 resid = 2.176145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190785(s) Flops=344180736 => 1804.02408994418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.752683357 Mflops = 259.715752683357 Gflops = 0.259715752683357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 65 resid = 1.075037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237982(s) Flops=429484032 => 1804.69124555639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.420907811 Mflops = 259.806420907811 Gflops = 0.259806420907811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.00104607 Relative Rsd = 4.58444660192012e-07
BICGSTAB_SOLVER_TIME: 0.530269 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976820000000003
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964232(s) Flops=1417420800 => 1469.99975109725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211678.308646618 Mflops = 211.678308646618 Gflops = 0.211678308646618 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156784000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.218937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757279(s) Flops=1367820288 => 1806.23031669966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260027.117052378 Mflops = 260.027117052378 Gflops = 0.260027117052378 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 1.076919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.060235(s) Flops=1761527808 => 1661.45034638547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239244.438698347 Mflops = 239.244438698347 Gflops = 0.239244438698347 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002099695 Relative Rsd = 9.23790449195159e-07
BICGSTAB_SOLVER_TIME: 1.822548 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.117584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339250999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.97192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66189(s) Flops=1177528320 => 1779.03929655985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256091.879564528 Mflops = 256.091879564528 Gflops = 0.256091879564529 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.089786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701428(s) Flops=1262831616 => 1800.37240600603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259245.972721953 Mflops = 259.245972721953 Gflops = 0.259245972721953 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001846072 Relative Rsd = 8.11044414406861e-07
BICGSTAB_SOLVER_TIME: 1.366757 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264551999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884177(s) Flops=1417420800 => 1603.09621263616 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230893.639746979 Mflops = 230.893639746979 Gflops = 0.230893639746979 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157034000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04059 s
InvBiCGStab: k = 37 resid = 2.180403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136453(s) Flops=245753856 => 1801.014679047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.190168061 Mflops = 259.248190168061 Gflops = 0.259248190168061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057172 s
InvBiCGStab: k = 54 resid = 1.039976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19754(s) Flops=357304320 => 1808.76946441227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260383.477310797 Mflops = 260.383477310797 Gflops = 0.260383477310797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.00076119 Relative Rsd = 3.33594647601472e-07
BICGSTAB_SOLVER_TIME: 0.435439 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0790490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04253 s
InvBiCGStab: k = 74 resid = 1.990085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281628(s) Flops=488540160 => 1734.70024287358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249753.578067045 Mflops = 249.753578067045 Gflops = 0.249753578067045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056832 s
InvBiCGStab: k = 107 resid = 1.066797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392716(s) Flops=705079296 => 1795.3923344096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258496.175298639 Mflops = 258.496175298639 Gflops = 0.258496175298639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.00133482 Relative Rsd = 5.84990203691096e-07
BICGSTAB_SOLVER_TIME: 0.777405 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 62 resid = 2.160419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23422(s) Flops=409798656 => 1749.6313551362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251886.415215947 Mflops = 251.886415215947 Gflops = 0.251886415215948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063971 s
InvBiCGStab: k = 78 resid = 1.139454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328768(s) Flops=514787328 => 1565.80728051392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225438.620334871 Mflops = 225.438620334871 Gflops = 0.225438620334871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001044429 Relative Rsd = 4.57725336318767e-07
BICGSTAB_SOLVER_TIME: 0.671735 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113933
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045243 s
InvBiCGStab: k = 68 resid = 1.735254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261015(s) Flops=449169408 => 1720.85668639733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247753.50401874 Mflops = 247.75350401874 Gflops = 0.24775350401874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 94 resid = 9.423815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352363(s) Flops=619776000 => 1758.91339329044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253243.690703229 Mflops = 253.243690703229 Gflops = 0.253243690703229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001118919 Relative Rsd = 4.90371028126827e-07
BICGSTAB_SOLVER_TIME: 0.718302 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041614 s
InvBiCGStab: k = 66 resid = 2.162527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242036(s) Flops=436045824 => 1801.57424515361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259376.904851484 Mflops = 259.376904851484 Gflops = 0.259376904851484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 72 resid = 1.014731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263221(s) Flops=475416576 => 1806.1498740602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.214224481 Mflops = 260.031214224481 Gflops = 0.260031214224481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070349 Relative Rsd = 4.69085082187086e-07
BICGSTAB_SOLVER_TIME: 0.606611 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112735
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884972(s) Flops=1417420800 => 1601.65609759405 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230827.844329371 Mflops = 230.827844329371 Gflops = 0.230827844329371 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156893000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 25 resid = 2.244981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094254(s) Flops=167012352 => 1771.93914316634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255019.313624918 Mflops = 255.019313624918 Gflops = 0.255019313624918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057256 s
InvBiCGStab: k = 51 resid = 8.558553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18853(s) Flops=337618944 => 1790.79692356654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257798.72443678 Mflops = 257.79872443678 Gflops = 0.25779872443678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007609171 Relative Rsd = 3.33475057902991e-07
BICGSTAB_SOLVER_TIME: 0.385027 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 86 resid = 1.374546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314484(s) Flops=567281664 => 1803.84904796428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.334768645 Mflops = 259.717334768645 Gflops = 0.259717334768645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 95 resid = 1.014861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346633(s) Flops=626337792 => 1806.91911041361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260158.095836442 Mflops = 260.158095836442 Gflops = 0.260158095836442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.00126088 Relative Rsd = 5.52586038176812e-07
BICGSTAB_SOLVER_TIME: 0.761912 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143624
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 55 resid = 1.991798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202416(s) Flops=363866112 => 1797.6153663742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.039254213 Mflops = 258.795039254213 Gflops = 0.258795039254213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055996 s
InvBiCGStab: k = 68 resid = 1.122086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248937(s) Flops=449169408 => 1804.34972703937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259772.452518203 Mflops = 259.772452518203 Gflops = 0.259772452518203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001036418 Relative Rsd = 4.54214480725214e-07
BICGSTAB_SOLVER_TIME: 0.551998 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044628 s
InvBiCGStab: k = 62 resid = 2.07215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253548(s) Flops=409798656 => 1616.25670878887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232692.045378591 Mflops = 232.692045378591 Gflops = 0.232692045378591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062946 s
InvBiCGStab: k = 89 resid = 1.12908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362444(s) Flops=586967040 => 1619.46960082109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233165.175755089 Mflops = 233.165175755089 Gflops = 0.233165175755089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001142257 Relative Rsd = 5.00598906477737e-07
BICGSTAB_SOLVER_TIME: 0.7273 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 63 resid = 1.855018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254629(s) Flops=416360448 => 1635.16507546273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235418.00565871 Mflops = 235.41800565871 Gflops = 0.23541800565871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058774 s
InvBiCGStab: k = 76 resid = 9.86277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299994(s) Flops=501663744 => 1672.2459249185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240759.373503588 Mflops = 240.759373503588 Gflops = 0.240759373503588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001142885 Relative Rsd = 5.00873901560849e-07
BICGSTAB_SOLVER_TIME: 0.658187 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113428
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.88859(s) Flops=1417420800 => 1595.13476406442 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229700.472940204 Mflops = 229.700472940204 Gflops = 0.229700472940204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156979000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045952 s
InvBiCGStab: k = 30 resid = 1.72083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131357(s) Flops=199821312 => 1521.20794476122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218986.970973411 Mflops = 218.986970973411 Gflops = 0.218986970973411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061407 s
InvBiCGStab: k = 47 resid = 1.078288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184562(s) Flops=311371776 => 1687.08496873679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242863.448152433 Mflops = 242.863448152433 Gflops = 0.242863448152433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007789573 Relative Rsd = 3.41381243071697e-07
BICGSTAB_SOLVER_TIME: 0.426919 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041597 s
InvBiCGStab: k = 52 resid = 2.042659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193756(s) Flops=344180736 => 1776.36169202502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255730.659170022 Mflops = 255.730659170022 Gflops = 0.255730659170022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056765 s
InvBiCGStab: k = 75 resid = 1.082463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275804(s) Flops=495101952 => 1795.12244927557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258445.612872186 Mflops = 258.445612872186 Gflops = 0.258445612872186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001053781 Relative Rsd = 4.61824089564026e-07
BICGSTAB_SOLVER_TIME: 0.571574 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 54 resid = 2.010096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198268(s) Flops=357304320 => 1802.12802872879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259451.548761836 Mflops = 259.451548761836 Gflops = 0.259451548761836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 72 resid = 1.090059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263529(s) Flops=475416576 => 1804.03893309655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.748876385 Mflops = 259.720748876385 Gflops = 0.259720748876385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001057268 Relative Rsd = 4.6335202142841e-07
BICGSTAB_SOLVER_TIME: 0.563023 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 60 resid = 1.758243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219618(s) Flops=396675072 => 1806.20473731661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.982596233 Mflops = 260.054982596233 Gflops = 0.260054982596233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056096 s
InvBiCGStab: k = 85 resid = 5.796915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311494(s) Flops=560719872 => 1800.09846738621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259165.530047276 Mflops = 259.165530047276 Gflops = 0.259165530047276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001118619 Relative Rsd = 4.90239499866296e-07
BICGSTAB_SOLVER_TIME: 0.632227 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046976 s
InvBiCGStab: k = 58 resid = 2.15175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245443(s) Flops=383551488 => 1562.69067767262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224994.991790238 Mflops = 224.994991790238 Gflops = 0.224994991790238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061986 s
InvBiCGStab: k = 75 resid = 7.020853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301091(s) Flops=495101952 => 1644.35985134062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236739.250058318 Mflops = 236.739250058318 Gflops = 0.236739250058318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00103717 Relative Rsd = 4.54543913610493e-07
BICGSTAB_SOLVER_TIME: 0.659688 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108951
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966776(s) Flops=1417494528 => 1466.20781649524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211300.498922072 Mflops = 211.300498922072 Gflops = 0.211300498922072 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156725000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 33 resid = 1.07487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127694(s) Flops=219506688 => 1719.0054975175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247447.410926105 Mflops = 247.447410926105 Gflops = 0.247447410926105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06437 s
InvBiCGStab: k = 59 resid = 1.123111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247429(s) Flops=390113280 => 1576.6675692825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226986.062274491 Mflops = 226.986062274491 Gflops = 0.226986062274491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007754933 Relative Rsd = 3.39863157970029e-07
BICGSTAB_SOLVER_TIME: 0.484458 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0797740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045198 s
InvBiCGStab: k = 63 resid = 1.781071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249495(s) Flops=416360448 => 1668.81279384356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240263.480547758 Mflops = 240.263480547758 Gflops = 0.240263480547758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 94 resid = 7.001314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352711(s) Flops=619776000 => 1757.17797290133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252990.148470353 Mflops = 252.990148470353 Gflops = 0.252990148470353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001105685 Relative Rsd = 4.84571080808975e-07
BICGSTAB_SOLVER_TIME: 0.707313 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 59 resid = 2.218335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216544(s) Flops=390113280 => 1801.54278114379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259378.740184811 Mflops = 259.378740184811 Gflops = 0.259378740184811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055882 s
InvBiCGStab: k = 76 resid = 7.782776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277996(s) Flops=501663744 => 1804.57180678859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259811.254009209 Mflops = 259.811254009209 Gflops = 0.259811254009209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001072254 Relative Rsd = 4.69919761140649e-07
BICGSTAB_SOLVER_TIME: 0.595044 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110555
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 65 resid = 1.46023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237112(s) Flops=429484032 => 1811.31293228516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260772.110441911 Mflops = 260.772110441911 Gflops = 0.260772110441911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056762 s
InvBiCGStab: k = 74 resid = 1.072799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2699(s) Flops=488540160 => 1810.07839940719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260599.157395795 Mflops = 260.599157395795 Gflops = 0.260599157395795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001097173 Relative Rsd = 4.80840586285404e-07
BICGSTAB_SOLVER_TIME: 0.608687 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044722 s
InvBiCGStab: k = 52 resid = 2.166164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198549(s) Flops=344180736 => 1733.48007796564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249556.811228827 Mflops = 249.556811228827 Gflops = 0.249556811228827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 71 resid = 1.112709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289038(s) Flops=468854784 => 1622.12160338779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233532.583767833 Mflops = 233.532583767833 Gflops = 0.233532583767833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001065441 Relative Rsd = 4.66933998199302e-07
BICGSTAB_SOLVER_TIME: 0.593385 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10212
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928264(s) Flops=1411375104 => 1520.44580421087 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218985.07266422 Mflops = 218.98507266422 Gflops = 0.21898507266422 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156093000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.120971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85161(s) Flops=1440000000 => 1690.91485539155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243493.850535884 Mflops = 243.493850535884 Gflops = 0.243493850535884 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.05066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890126(s) Flops=1499056128 => 1684.09430574997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242503.612900032 Mflops = 242.503612900032 Gflops = 0.242503612900032 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002090808 Relative Rsd = 9.19869429388301e-07
BICGSTAB_SOLVER_TIME: 1.745147 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.115902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318521999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.722119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693658(s) Flops=1216899072 => 1754.32139757633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252532.405390242 Mflops = 252.532405390242 Gflops = 0.252532405390242 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 9.993685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734132(s) Flops=1315325952 => 1791.67500122594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257996.843905265 Mflops = 257.996843905265 Gflops = 0.257996843905265 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.001848545 Relative Rsd = 8.12140750189745e-07
BICGSTAB_SOLVER_TIME: 1.431109 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274784999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948439(s) Flops=1411375104 => 1488.10319271983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214286.24010759 Mflops = 214.28624010759 Gflops = 0.21428624010759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157703000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 34 resid = 1.785305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127515(s) Flops=226068480 => 1772.87754381837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255195.066412367 Mflops = 255.195066412367 Gflops = 0.255195066412367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056115 s
InvBiCGStab: k = 53 resid = 8.945558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194896(s) Flops=350742528 => 1799.63943846975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259067.529945473 Mflops = 259.067529945473 Gflops = 0.259067529945473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007631699 Relative Rsd = 3.34462361678656e-07
BICGSTAB_SOLVER_TIME: 0.423481 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040673 s
InvBiCGStab: k = 65 resid = 2.240603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23687(s) Flops=429484032 => 1813.16347363533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261028.540995005 Mflops = 261.028540995005 Gflops = 0.261028540995005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055932 s
InvBiCGStab: k = 99 resid = 9.627222e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373679(s) Flops=652584960 => 1746.37846922091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251441.285617274 Mflops = 251.441285617274 Gflops = 0.251441285617274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001221099 Relative Rsd = 5.35151809082993e-07
BICGSTAB_SOLVER_TIME: 0.711236 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04487 s
InvBiCGStab: k = 53 resid = 1.990448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225667(s) Flops=350742528 => 1554.24819756544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223767.883620983 Mflops = 223.767883620983 Gflops = 0.223767883620983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062712 s
InvBiCGStab: k = 67 resid = 1.113421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271557(s) Flops=442607616 => 1629.88844331024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234655.485741526 Mflops = 234.655485741526 Gflops = 0.234655485741526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001026644 Relative Rsd = 4.49930781807176e-07
BICGSTAB_SOLVER_TIME: 0.608675 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0996330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041329 s
InvBiCGStab: k = 64 resid = 1.847247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239255(s) Flops=422922240 => 1767.66312093791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254479.922682499 Mflops = 254.479922682499 Gflops = 0.254479922682499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 78 resid = 1.063928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286783(s) Flops=514787328 => 1795.04129603219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258433.298605224 Mflops = 258.433298605224 Gflops = 0.258433298605224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001127467 Relative Rsd = 4.94116981557667e-07
BICGSTAB_SOLVER_TIME: 0.627718 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040983 s
InvBiCGStab: k = 56 resid = 2.102854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20582(s) Flops=370427904 => 1799.76632008551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259103.187679189 Mflops = 259.103187679189 Gflops = 0.259103187679189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056719 s
InvBiCGStab: k = 78 resid = 1.097324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285244(s) Flops=514787328 => 1804.72622737025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.402643735 Mflops = 259.828402643735 Gflops = 0.259828402643735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001091927 Relative Rsd = 4.78541494739901e-07
BICGSTAB_SOLVER_TIME: 0.592396 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109853
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888148(s) Flops=1417347072 => 1595.84559330202 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229801.290275658 Mflops = 229.801290275658 Gflops = 0.229801290275658 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157003000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 39 resid = 1.48835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143414(s) Flops=258877440 => 1805.10577767861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.243723136 Mflops = 259.853243723136 Gflops = 0.259853243723136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0566 s
InvBiCGStab: k = 53 resid = 9.390635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206868(s) Flops=350742528 => 1695.48952955508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244088.538269848 Mflops = 244.088538269848 Gflops = 0.244088538269848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007662148 Relative Rsd = 3.35796802104691e-07
BICGSTAB_SOLVER_TIME: 0.451995 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 73 resid = 1.975114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269026(s) Flops=481978368 => 1791.56798227681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257943.309188672 Mflops = 257.943309188672 Gflops = 0.257943309188672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056742 s
InvBiCGStab: k = 96 resid = 1.09925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352202(s) Flops=632899584 => 1796.97896093719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258737.472900281 Mflops = 258.737472900281 Gflops = 0.258737472900281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001231128 Relative Rsd = 5.3954708763865e-07
BICGSTAB_SOLVER_TIME: 0.722638 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 53 resid = 2.206624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195124(s) Flops=350742528 => 1797.53658186589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258773.533613757 Mflops = 258.773533613757 Gflops = 0.258773533613757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060398 s
InvBiCGStab: k = 75 resid = 1.061592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317419(s) Flops=495101952 => 1559.77415340607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224558.506871714 Mflops = 224.558506871714 Gflops = 0.224558506871714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001053754 Relative Rsd = 4.61812048962984e-07
BICGSTAB_SOLVER_TIME: 0.618158 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044925 s
InvBiCGStab: k = 65 resid = 1.584478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251128(s) Flops=429484032 => 1710.2196170877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246227.278493084 Mflops = 246.227278493084 Gflops = 0.246227278493084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056969 s
InvBiCGStab: k = 87 resid = 1.137193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325333(s) Flops=573843456 => 1763.86488920583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253936.962957248 Mflops = 253.936962957248 Gflops = 0.253936962957248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001142007 Relative Rsd = 5.00489367619956e-07
BICGSTAB_SOLVER_TIME: 0.682033 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122875000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 54 resid = 2.206054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197998(s) Flops=357304320 => 1804.58550086365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259772.536318498 Mflops = 259.772536318498 Gflops = 0.259772536318498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 85 resid = 1.097988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311275(s) Flops=560719872 => 1801.3649409686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259356.233706558 Mflops = 259.356233706558 Gflops = 0.259356233706559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001065806 Relative Rsd = 4.67093944319071e-07
BICGSTAB_SOLVER_TIME: 0.610917 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113372
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880286(s) Flops=1411227648 => 1603.14675912147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230859.638914244 Mflops = 230.859638914244 Gflops = 0.230859638914244 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156162000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041605 s
InvBiCGStab: k = 32 resid = 1.697315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119881(s) Flops=212944896 => 1776.30229978062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255685.985302927 Mflops = 255.685985302927 Gflops = 0.255685985302927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057215 s
InvBiCGStab: k = 49 resid = 1.05164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18258(s) Flops=324495360 => 1777.27768649359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255824.39866531 Mflops = 255.82439866531 Gflops = 0.25582439866531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007792352 Relative Rsd = 3.41503026608503e-07
BICGSTAB_SOLVER_TIME: 0.404886 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041323 s
InvBiCGStab: k = 56 resid = 1.86244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213615(s) Flops=370427904 => 1734.0912576364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249627.235192998 Mflops = 249.627235192998 Gflops = 0.249627235192998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057298 s
InvBiCGStab: k = 73 resid = 1.119707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269818(s) Flops=481978368 => 1786.30917136737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257178.361066651 Mflops = 257.178361066651 Gflops = 0.257178361066651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00105912 Relative Rsd = 4.64163588550313e-07
BICGSTAB_SOLVER_TIME: 0.58576 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04211 s
InvBiCGStab: k = 57 resid = 2.274145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21377(s) Flops=376989696 => 1763.52947560462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253895.483008703 Mflops = 253.895483008703 Gflops = 0.253895483008703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 76 resid = 1.077854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278171(s) Flops=501663744 => 1803.43653364298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259638.333342484 Mflops = 259.638333342484 Gflops = 0.259638333342484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001046589 Relative Rsd = 4.58672054085413e-07
BICGSTAB_SOLVER_TIME: 0.594066 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041482 s
InvBiCGStab: k = 62 resid = 1.830311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264384(s) Flops=409798656 => 1550.01307189542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223163.18932159 Mflops = 223.16318932159 Gflops = 0.22316318932159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062168 s
InvBiCGStab: k = 83 resid = 1.128863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338561(s) Flops=547596288 => 1617.42282188439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232863.462818917 Mflops = 232.863462818917 Gflops = 0.232863462818917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001135445 Relative Rsd = 4.97613551692357e-07
BICGSTAB_SOLVER_TIME: 0.710859 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117698
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043429 s
InvBiCGStab: k = 53 resid = 2.176834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200557(s) Flops=350742528 => 1748.84211471053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251780.912624038 Mflops = 251.780912624038 Gflops = 0.251780912624038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 73 resid = 1.102794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271252(s) Flops=481978368 => 1776.86567472314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255814.547619219 Mflops = 255.814547619219 Gflops = 0.255814547619219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001027062 Relative Rsd = 4.50114298934069e-07
BICGSTAB_SOLVER_TIME: 0.575596 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104168
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880815(s) Flops=1411153920 => 1602.10023671259 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230703.109054078 Mflops = 230.703109054078 Gflops = 0.230703109054078 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156524000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044176 s
InvBiCGStab: k = 35 resid = 1.99975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143903(s) Flops=232630272 => 1616.57694419157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232716.474998208 Mflops = 232.716474998208 Gflops = 0.232716474998208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 52 resid = 8.437692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197901(s) Flops=344180736 => 1739.1561235163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250366.432289458 Mflops = 250.366432289458 Gflops = 0.250366432289458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007841356 Relative Rsd = 3.43650666780311e-07
BICGSTAB_SOLVER_TIME: 0.445979 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04106 s
InvBiCGStab: k = 67 resid = 2.188225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248883(s) Flops=442607616 => 1778.37624908089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256035.071775567 Mflops = 256.035071775567 Gflops = 0.256035071775567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057309 s
InvBiCGStab: k = 84 resid = 6.320536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308966(s) Flops=554158080 => 1793.58919751688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258222.14286793 Mflops = 258.22214286793 Gflops = 0.25822214286793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001116931 Relative Rsd = 4.894994620777e-07
BICGSTAB_SOLVER_TIME: 0.65991 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122117000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 54 resid = 1.834538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199829(s) Flops=357304320 => 1788.05038307753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257409.176774484 Mflops = 257.409176774484 Gflops = 0.257409176774484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 64 resid = 1.012534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234935(s) Flops=422922240 => 1800.16702492179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259167.010037949 Mflops = 259.167010037949 Gflops = 0.259167010037949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001023722 Relative Rsd = 4.48650396537088e-07
BICGSTAB_SOLVER_TIME: 0.536366 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985880000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 58 resid = 1.960975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211964(s) Flops=383551488 => 1809.51240776736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260509.189087986 Mflops = 260.509189087986 Gflops = 0.260509189087986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 86 resid = 1.067534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313445(s) Flops=567281664 => 1809.82840370719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260567.421093396 Mflops = 260.567421093396 Gflops = 0.260567421093396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001076102 Relative Rsd = 4.71606057520428e-07
BICGSTAB_SOLVER_TIME: 0.626653 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044294 s
InvBiCGStab: k = 54 resid = 1.467895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225262(s) Flops=357304320 => 1586.17219060472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228363.577459027 Mflops = 228.363577459027 Gflops = 0.228363577459027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058247 s
InvBiCGStab: k = 74 resid = 1.12676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298958(s) Flops=488540160 => 1634.14312378327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235270.960253653 Mflops = 235.270960253653 Gflops = 0.235270960253653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001046725 Relative Rsd = 4.58731542817678e-07
BICGSTAB_SOLVER_TIME: 0.630522 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105532
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885429(s) Flops=1410859008 => 1593.41856659314 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229445.260890904 Mflops = 229.445260890904 Gflops = 0.229445260890904 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156241000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.547964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901724(s) Flops=1492494336 => 1655.1564957792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238319.326871803 Mflops = 238.319326871803 Gflops = 0.238319326871803 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 1.005353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921904(s) Flops=1649977344 => 1789.74963119804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257720.295246501 Mflops = 257.720295246501 Gflops = 0.257720295246501 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002233107 Relative Rsd = 9.82472523928461e-07
BICGSTAB_SOLVER_TIME: 1.82698 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340512
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.056672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685331(s) Flops=1236584448 => 1804.36088255164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259739.76234 Mflops = 259.73976234 Gflops = 0.25973976234 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.129839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753909(s) Flops=1302202368 => 1727.26730679697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248719.747422422 Mflops = 248.719747422422 Gflops = 0.248719747422422 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001984286 Relative Rsd = 8.71774857321717e-07
BICGSTAB_SOLVER_TIME: 1.443137 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.118753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275188999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911778(s) Flops=1410859008 => 1547.37118903944 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222832.363480697 Mflops = 222.832363480697 Gflops = 0.222832363480697 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156119000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 29 resid = 1.982662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108013(s) Flops=193259520 => 1789.22463036857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257533.10733609 Mflops = 257.53310733609 Gflops = 0.25753310733609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 51 resid = 8.766932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186984(s) Flops=337618944 => 1805.60338852522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259917.268637249 Mflops = 259.917268637249 Gflops = 0.259917268637249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007432144 Relative Rsd = 3.25716778253013e-07
BICGSTAB_SOLVER_TIME: 0.396435 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04532 s
InvBiCGStab: k = 77 resid = 1.758696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321071(s) Flops=508225536 => 1582.90700810724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227901.176407194 Mflops = 227.901176407194 Gflops = 0.227901176407194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062254 s
InvBiCGStab: k = 103 resid = 7.898748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401752(s) Flops=678832128 => 1689.67952368625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243276.459485534 Mflops = 243.276459485534 Gflops = 0.243276459485534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001275424 Relative Rsd = 5.58960005843475e-07
BICGSTAB_SOLVER_TIME: 0.834103 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041372 s
InvBiCGStab: k = 55 resid = 1.315563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204941(s) Flops=363866112 => 1775.46763214779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255616.149328218 Mflops = 255.616149328218 Gflops = 0.255616149328218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057034 s
InvBiCGStab: k = 78 resid = 9.955463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285857(s) Flops=514787328 => 1800.85612036788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259275.361043071 Mflops = 259.275361043071 Gflops = 0.259275361043071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001066778 Relative Rsd = 4.67519957110162e-07
BICGSTAB_SOLVER_TIME: 0.592889 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04088 s
InvBiCGStab: k = 65 resid = 2.207434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238052(s) Flops=429484032 => 1804.1605699595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.801193378 Mflops = 259.747801193378 Gflops = 0.259747801193378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 83 resid = 1.076317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303156(s) Flops=547596288 => 1806.31848949056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.986791966 Mflops = 260.056986791966 Gflops = 0.260056986791966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001149332 Relative Rsd = 5.03699616343436e-07
BICGSTAB_SOLVER_TIME: 0.641946 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040687 s
InvBiCGStab: k = 63 resid = 8.298264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2308(s) Flops=416360448 => 1803.9880762565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.018362633 Mflops = 259.717018362633 Gflops = 0.259717018362633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 96 resid = 9.765521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350687(s) Flops=632899584 => 1804.74207484167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259838.999168005 Mflops = 259.838999168005 Gflops = 0.259838999168005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001110599 Relative Rsd = 4.86724460674076e-07
BICGSTAB_SOLVER_TIME: 0.682537 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127713
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946449(s) Flops=1398398976 => 1477.52174285144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212772.069357099 Mflops = 212.772069357099 Gflops = 0.212772069357099 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154639000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040693 s
InvBiCGStab: k = 31 resid = 1.509617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114896(s) Flops=206383104 => 1796.26013090099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258532.982640135 Mflops = 258.532982640135 Gflops = 0.258532982640135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 51 resid = 9.988074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187171(s) Flops=337618944 => 1803.79943474149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.07716425 Mflops = 259.69407716425 Gflops = 0.25969407716425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007735976 Relative Rsd = 3.39032330988409e-07
BICGSTAB_SOLVER_TIME: 0.402606 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041954 s
InvBiCGStab: k = 80 resid = 2.190274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315891(s) Flops=527910912 => 1671.180603436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240614.630169756 Mflops = 240.614630169756 Gflops = 0.240614630169756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064621 s
InvBiCGStab: k = 95 resid = 9.204254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38252(s) Flops=626337792 => 1637.39880790547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235752.168900317 Mflops = 235.752168900317 Gflops = 0.235752168900317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001251278 Relative Rsd = 5.48377848112764e-07
BICGSTAB_SOLVER_TIME: 0.809238 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040652 s
InvBiCGStab: k = 59 resid = 1.380905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220722(s) Flops=390113280 => 1767.44175931715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254460.007333463 Mflops = 254.460007333463 Gflops = 0.254460007333463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057061 s
InvBiCGStab: k = 66 resid = 1.070951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245107(s) Flops=436045824 => 1779.00192160975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256126.583329061 Mflops = 256.126583329061 Gflops = 0.256126583329061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00100877 Relative Rsd = 4.42097452478671e-07
BICGSTAB_SOLVER_TIME: 0.567348 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 63 resid = 1.935116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229985(s) Flops=416360448 => 1810.38088570994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260642.02335843 Mflops = 260.64202335843 Gflops = 0.26064202335843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056647 s
InvBiCGStab: k = 80 resid = 1.145202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292484(s) Flops=527910912 => 1804.92236156508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.81448226 Mflops = 259.85781448226 Gflops = 0.25985781448226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001113157 Relative Rsd = 4.87845665116834e-07
BICGSTAB_SOLVER_TIME: 0.623544 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0407 s
InvBiCGStab: k = 56 resid = 2.262695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205842(s) Flops=370427904 => 1799.57396449704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.439122826 Mflops = 259.080439122826 Gflops = 0.259080439122826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059736 s
InvBiCGStab: k = 80 resid = 8.764432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314439(s) Flops=527910912 => 1678.89769398834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241715.134228653 Mflops = 241.715134228653 Gflops = 0.241715134228653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001066294 Relative Rsd = 4.67307767026552e-07
BICGSTAB_SOLVER_TIME: 0.624529 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111148
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949369(s) Flops=1391910912 => 1466.14320880501 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211120.900431137 Mflops = 211.120900431137 Gflops = 0.211120900431137 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154009000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040633 s
InvBiCGStab: k = 27 resid = 2.164745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099736(s) Flops=180135936 => 1806.12753669688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.576648352 Mflops = 259.933576648352 Gflops = 0.259933576648352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 47 resid = 1.091564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172786(s) Flops=311371776 => 1802.06600071765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.81046782 Mflops = 259.42481046782 Gflops = 0.25942481046782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007799374 Relative Rsd = 3.41810776208008e-07
BICGSTAB_SOLVER_TIME: 0.373241 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040664 s
InvBiCGStab: k = 54 resid = 1.647567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197664(s) Flops=357304320 => 1807.63477416221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260238.735691292 Mflops = 260.238735691292 Gflops = 0.260238735691292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 70 resid = 1.078509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25626(s) Flops=462292992 => 1803.99981269024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259711.378757032 Mflops = 259.711378757032 Gflops = 0.259711378757032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00101849 Relative Rsd = 4.4635727427261e-07
BICGSTAB_SOLVER_TIME: 0.554946 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046059 s
InvBiCGStab: k = 57 resid = 1.418115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238804(s) Flops=376989696 => 1578.65737592335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227289.919426197 Mflops = 227.289919426197 Gflops = 0.227289919426197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058997 s
InvBiCGStab: k = 73 resid = 1.101877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307322(s) Flops=481978368 => 1568.31716570893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225806.516453239 Mflops = 225.806516453239 Gflops = 0.225806516453239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001066894 Relative Rsd = 4.67570823547614e-07
BICGSTAB_SOLVER_TIME: 0.655601 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043181 s
InvBiCGStab: k = 64 resid = 2.278366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238772(s) Flops=422922240 => 1771.23883872481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255018.630538807 Mflops = 255.018630538807 Gflops = 0.255018630538807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057279 s
InvBiCGStab: k = 75 resid = 1.074965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28928(s) Flops=495101952 => 1711.49734513274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246408.183353912 Mflops = 246.408183353912 Gflops = 0.246408183353912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001140664 Relative Rsd = 4.99900704675811e-07
BICGSTAB_SOLVER_TIME: 0.632455 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042587 s
InvBiCGStab: k = 54 resid = 1.895381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200186(s) Flops=357304320 => 1784.86167863887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256965.589839679 Mflops = 256.965589839679 Gflops = 0.256965589839679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057583 s
InvBiCGStab: k = 73 resid = 1.146357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26909(s) Flops=481978368 => 1791.14187818202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257864.657662574 Mflops = 257.864657662574 Gflops = 0.257864657662574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001060197 Relative Rsd = 4.64635876024221e-07
BICGSTAB_SOLVER_TIME: 0.573172 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104875
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.86319(s) Flops=1379008512 => 1597.57239078303 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230048.533141312 Mflops = 230.048533141312 Gflops = 0.230048533141312 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152844000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 34 resid = 1.743172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125267(s) Flops=226068480 => 1804.69301571843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.893592982 Mflops = 259.758893592982 Gflops = 0.259758893592982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056229 s
InvBiCGStab: k = 48 resid = 1.025136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176222(s) Flops=317933568 => 1804.16501912361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.816356577 Mflops = 259.722816356577 Gflops = 0.259722816356577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007656196 Relative Rsd = 3.35535964931703e-07
BICGSTAB_SOLVER_TIME: 0.402671 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 60 resid = 1.898372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219349(s) Flops=396675072 => 1808.41978764435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260359.530798036 Mflops = 260.359530798036 Gflops = 0.260359530798036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 95 resid = 8.95701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346284(s) Flops=626337792 => 1808.74020168417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260418.423035535 Mflops = 260.418423035535 Gflops = 0.260418423035535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001123217 Relative Rsd = 4.92254412819419e-07
BICGSTAB_SOLVER_TIME: 0.666309 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041483 s
InvBiCGStab: k = 54 resid = 1.526281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19789(s) Flops=357304320 => 1805.57036737581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.014888076 Mflops = 259.952014888076 Gflops = 0.259952014888076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 75 resid = 1.074136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2855(s) Flops=495101952 => 1734.15745008757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249665.444822873 Mflops = 249.665444822873 Gflops = 0.249665444822873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001050235 Relative Rsd = 4.60270035717721e-07
BICGSTAB_SOLVER_TIME: 0.585717 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046038 s
InvBiCGStab: k = 62 resid = 1.777065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264165(s) Flops=409798656 => 1551.29807506672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223340.434566172 Mflops = 223.340434566172 Gflops = 0.223340434566172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065625 s
InvBiCGStab: k = 68 resid = 1.03792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267584(s) Flops=449169408 => 1678.61085864626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241667.882292291 Mflops = 241.667882292291 Gflops = 0.241667882292291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001082878 Relative Rsd = 4.74575545242571e-07
BICGSTAB_SOLVER_TIME: 0.647224 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042025 s
InvBiCGStab: k = 54 resid = 1.989877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201565(s) Flops=357304320 => 1772.65060898469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255197.724567755 Mflops = 255.197724567755 Gflops = 0.255197724567755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057582 s
InvBiCGStab: k = 71 resid = 8.144387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26209(s) Flops=468854784 => 1788.90756610325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257550.894214935 Mflops = 257.550894214935 Gflops = 0.257550894214935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001030223 Relative Rsd = 4.51499682326799e-07
BICGSTAB_SOLVER_TIME: 0.566974 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103376
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84681(s) Flops=1354014720 => 1598.9592942927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230268.047667638 Mflops = 230.268047667638 Gflops = 0.230268047667638 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149799000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.723355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804568(s) Flops=1440000000 => 1789.78035417765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257663.691535429 Mflops = 257.663691535429 Gflops = 0.257663691535429 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 289 resid = 8.468419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.08646(s) Flops=1899325440 => 1748.17797249784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251732.009335458 Mflops = 251.732009335458 Gflops = 0.251732009335458 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.002860771 Relative Rsd = 1.25864476466283e-06
BICGSTAB_SOLVER_TIME: 1.89437 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361969
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.225631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710388(s) Flops=1164404736 => 1639.11093092789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236017.929543859 Mflops = 236.017929543859 Gflops = 0.236017929543859 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.066702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822529(s) Flops=1387505664 => 1686.87750097565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242906.582554793 Mflops = 242.906582554793 Gflops = 0.242906582554793 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.002020048 Relative Rsd = 8.87475044140852e-07
BICGSTAB_SOLVER_TIME: 1.536394 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276587999999999
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846051(s) Flops=1354014720 => 1600.39373512944 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230506.408413396 Mflops = 230.506408413396 Gflops = 0.230506408413396 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149792000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045382 s
InvBiCGStab: k = 37 resid = 1.167223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171(s) Flops=245753856 => 1437.15705263158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206896.816572576 Mflops = 206.896816572576 Gflops = 0.206896816572576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063676 s
InvBiCGStab: k = 50 resid = 1.115043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199674(s) Flops=331057152 => 1657.98828089786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238677.928432826 Mflops = 238.677928432826 Gflops = 0.238677928432826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007596907 Relative Rsd = 3.32937567513273e-07
BICGSTAB_SOLVER_TIME: 0.483343 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0761610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042058 s
InvBiCGStab: k = 69 resid = 1.490044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267183(s) Flops=455731200 => 1705.68935897868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245584.843829162 Mflops = 245.584843829162 Gflops = 0.245584843829162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058509 s
InvBiCGStab: k = 97 resid = 1.111163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357795(s) Flops=639461376 => 1787.22837378946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257295.516710715 Mflops = 257.295516710715 Gflops = 0.257295516710715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001245727 Relative Rsd = 5.45944881409916e-07
BICGSTAB_SOLVER_TIME: 0.729285 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 53 resid = 2.200727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195304(s) Flops=350742528 => 1795.87990005325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258550.479706464 Mflops = 258.550479706464 Gflops = 0.258550479706464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056631 s
InvBiCGStab: k = 77 resid = 7.369447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283329(s) Flops=508225536 => 1793.76461992948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258260.688132943 Mflops = 258.260688132943 Gflops = 0.258260688132943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001020695 Relative Rsd = 4.47323634545192e-07
BICGSTAB_SOLVER_TIME: 0.580284 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040533 s
InvBiCGStab: k = 61 resid = 1.893384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223237(s) Flops=403236864 => 1806.3173398675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260044.665986926 Mflops = 260.044665986926 Gflops = 0.260044665986926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 77 resid = 1.072072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28136(s) Flops=508225536 => 1806.31765709411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260057.225298492 Mflops = 260.057225298492 Gflops = 0.260057225298492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001107719 Relative Rsd = 4.85462238344543e-07
BICGSTAB_SOLVER_TIME: 0.605245 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047298 s
InvBiCGStab: k = 54 resid = 1.996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224084(s) Flops=357304320 => 1594.51062994234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229566.275731711 Mflops = 229.566275731711 Gflops = 0.229566275731711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058665 s
InvBiCGStab: k = 78 resid = 1.110655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321184(s) Flops=514787328 => 1602.78011357975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230754.056719007 Mflops = 230.754056719007 Gflops = 0.230754056719007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001124303 Relative Rsd = 4.92730220638547e-07
BICGSTAB_SOLVER_TIME: 0.656522 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108246
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.856333(s) Flops=1360281600 => 1588.49606403117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228747.165664884 Mflops = 228.747165664884 Gflops = 0.228747165664884 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150498000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043687 s
InvBiCGStab: k = 36 resid = 1.797437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143155(s) Flops=239192064 => 1670.86070343334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240515.8647079 Mflops = 240.5158647079 Gflops = 0.2405158647079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065866 s
InvBiCGStab: k = 63 resid = 1.926365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282428(s) Flops=416360448 => 1474.2180237087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212254.082818406 Mflops = 212.254082818406 Gflops = 0.212254082818406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.0007949944 Relative Rsd = 3.48409586793274e-07
BICGSTAB_SOLVER_TIME: 0.539214 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0848180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044226 s
InvBiCGStab: k = 71 resid = 2.078888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29881(s) Flops=468854784 => 1569.07327064021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225912.487247111 Mflops = 225.912487247111 Gflops = 0.225912487247111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060513 s
InvBiCGStab: k = 94 resid = 9.772084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353948(s) Flops=619776000 => 1751.03687547323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252108.443380515 Mflops = 252.108443380515 Gflops = 0.252108443380515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001256268 Relative Rsd = 5.50564543708713e-07
BICGSTAB_SOLVER_TIME: 0.761232 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041915 s
InvBiCGStab: k = 57 resid = 1.980545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215267(s) Flops=376989696 => 1751.2656189755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252128.217973355 Mflops = 252.128217973355 Gflops = 0.252128217973355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058122 s
InvBiCGStab: k = 71 resid = 1.000371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266586(s) Flops=468854784 => 1758.73745808107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253206.482168198 Mflops = 253.206482168198 Gflops = 0.253206482168198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001033497 Relative Rsd = 4.5293429953311e-07
BICGSTAB_SOLVER_TIME: 0.58612 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 61 resid = 2.076377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227107(s) Flops=403236864 => 1775.53692312434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255622.7117311 Mflops = 255.6227117311 Gflops = 0.2556227117311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060148 s
InvBiCGStab: k = 87 resid = 1.064184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320183(s) Flops=573843456 => 1792.23586511464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258050.6726723 Mflops = 258.0506726723 Gflops = 0.2580506726723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001134013 Relative Rsd = 4.9698596087281e-07
BICGSTAB_SOLVER_TIME: 0.652135 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041473 s
InvBiCGStab: k = 54 resid = 2.102807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207193(s) Flops=357304320 => 1724.49995897545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248271.684249927 Mflops = 248.271684249927 Gflops = 0.248271684249927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057651 s
InvBiCGStab: k = 80 resid = 4.807088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339004(s) Flops=527910912 => 1557.24095290911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224198.965824157 Mflops = 224.198965824157 Gflops = 0.224198965824157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001048372 Relative Rsd = 4.59453366646224e-07
BICGSTAB_SOLVER_TIME: 0.649262 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10963
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910313(s) Flops=1385422848 => 1521.91921679686 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219218.890531306 Mflops = 219.218890531306 Gflops = 0.219218890531306 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153202000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041591 s
InvBiCGStab: k = 29 resid = 2.167158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112205(s) Flops=193259520 => 1722.3788601221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247960.097242621 Mflops = 247.960097242621 Gflops = 0.247960097242621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058646 s
InvBiCGStab: k = 52 resid = 1.081556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191418(s) Flops=344180736 => 1798.05836441714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258835.957812484 Mflops = 258.835957812484 Gflops = 0.258835957812484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007605443 Relative Rsd = 3.33311667967246e-07
BICGSTAB_SOLVER_TIME: 0.407496 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04531 s
InvBiCGStab: k = 59 resid = 1.33779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250669(s) Flops=390113280 => 1556.28849199542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224061.967489934 Mflops = 224.061967489934 Gflops = 0.224061967489934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063067 s
InvBiCGStab: k = 73 resid = 9.763012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301396(s) Flops=481978368 => 1599.15316726168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230233.267869945 Mflops = 230.233267869945 Gflops = 0.230233267869945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001077613 Relative Rsd = 4.7226839261671e-07
BICGSTAB_SOLVER_TIME: 0.664059 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 56 resid = 1.243663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212953(s) Flops=370427904 => 1739.4819702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250436.737997487 Mflops = 250.436737997487 Gflops = 0.250436737997487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057104 s
InvBiCGStab: k = 66 resid = 1.081356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246255(s) Flops=436045824 => 1770.70850947189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254939.033491374 Mflops = 254.939033491374 Gflops = 0.254939033491374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001023245 Relative Rsd = 4.48441216603738e-07
BICGSTAB_SOLVER_TIME: 0.561389 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041041 s
InvBiCGStab: k = 60 resid = 1.516333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21928(s) Flops=396675072 => 1808.98883619117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260429.805523608 Mflops = 260.429805523608 Gflops = 0.260429805523608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057325 s
InvBiCGStab: k = 80 resid = 8.639469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293533(s) Flops=527910912 => 1798.47210364763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258631.38345259 Mflops = 258.63138345259 Gflops = 0.25863138345259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001112187 Relative Rsd = 4.87420723735157e-07
BICGSTAB_SOLVER_TIME: 0.614833 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 58 resid = 8.353209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212479(s) Flops=383551488 => 1805.12656780199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259875.509961306 Mflops = 259.875509961306 Gflops = 0.259875509961306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 78 resid = 1.014284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285368(s) Flops=514787328 => 1803.94202573519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.379166727 Mflops = 259.714379166727 Gflops = 0.259714379166727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001067055 Relative Rsd = 4.67641179432514e-07
BICGSTAB_SOLVER_TIME: 0.598911 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111193
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96692(s) Flops=1398177792 => 1446.0118644769 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208230.637836163 Mflops = 208.230637836163 Gflops = 0.208230637836163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154600000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040508 s
InvBiCGStab: k = 27 resid = 1.688469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099578(s) Flops=180135936 => 1808.99331177569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260369.149752723 Mflops = 260.369149752723 Gflops = 0.260369149752723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 49 resid = 1.104186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179165(s) Flops=324495360 => 1811.15374096503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260729.1929286 Mflops = 260.7291929286 Gflops = 0.2607291929286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007770118 Relative Rsd = 3.40528630765311e-07
BICGSTAB_SOLVER_TIME: 0.379175 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 67 resid = 1.876419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245277(s) Flops=442607616 => 1804.52148387334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.933888734 Mflops = 259.785933888734 Gflops = 0.259785933888734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056945 s
InvBiCGStab: k = 83 resid = 9.504811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335348(s) Flops=547596288 => 1632.91949855076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235097.351470343 Mflops = 235.097351470343 Gflops = 0.235097351470343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001140403 Relative Rsd = 4.99786421004907e-07
BICGSTAB_SOLVER_TIME: 0.68338 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045257 s
InvBiCGStab: k = 52 resid = 2.213328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214585(s) Flops=344180736 => 1603.93660321085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230927.785655316 Mflops = 230.927785655316 Gflops = 0.230927785655316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061347 s
InvBiCGStab: k = 69 resid = 4.055953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259844(s) Flops=455731200 => 1753.86462646819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252489.149171345 Mflops = 252.489149171345 Gflops = 0.252489149171345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.00101083 Relative Rsd = 4.43000548576289e-07
BICGSTAB_SOLVER_TIME: 0.585826 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042267 s
InvBiCGStab: k = 64 resid = 2.245804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237051(s) Flops=422922240 => 1784.09810547097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256857.34924286 Mflops = 256.85734924286 Gflops = 0.25685734924286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056867 s
InvBiCGStab: k = 77 resid = 1.072999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280748(s) Flops=508225536 => 1810.25523245045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260623.394661327 Mflops = 260.623394661327 Gflops = 0.260623394661327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00107362 Relative Rsd = 4.70518270847511e-07
BICGSTAB_SOLVER_TIME: 0.620536 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040773 s
InvBiCGStab: k = 51 resid = 2.096082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186872(s) Flops=337618944 => 1806.68556016953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260110.417618981 Mflops = 260.110417618981 Gflops = 0.260110417618981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 75 resid = 1.057725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274454(s) Flops=495101952 => 1803.95240003789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.516975774 Mflops = 259.724516975774 Gflops = 0.259724516975774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00105788 Relative Rsd = 4.63620179899066e-07
BICGSTAB_SOLVER_TIME: 0.562016 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104111
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906957(s) Flops=1404739584 => 1548.84915602393 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223034.42892374 Mflops = 223.03442892374 Gflops = 0.22303442892374 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155464000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 2.035411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782393(s) Flops=1400629248 => 1790.18632324164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257687.001608994 Mflops = 257.687001608994 Gflops = 0.257687001608994 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 9.236758e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.00751(s) Flops=1754966016 => 1741.88446367778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250823.536306942 Mflops = 250.823536306942 Gflops = 0.250823536306942 Tflops
BICGSTAB_SOLVER: 480 iterations. Rsd = 0.002242544 Relative Rsd = 9.86672036568829e-07
BICGSTAB_SOLVER_TIME: 1.79434 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.119263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341859999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.98914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674891(s) Flops=1157842944 => 1715.59991761633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246933.364819763 Mflops = 246.933364819763 Gflops = 0.246933364819763 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 9.492102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762624(s) Flops=1367820288 => 1793.57099697885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258268.816800335 Mflops = 258.268816800335 Gflops = 0.258268816800335 Tflops
BICGSTAB_SOLVER: 384 iterations. Rsd = 0.001908215 Relative Rsd = 8.38319689296909e-07
BICGSTAB_SOLVER_TIME: 1.440932 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273811999999999
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876701(s) Flops=1404739584 => 1602.30179274348 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230903.787442116 Mflops = 230.903787442116 Gflops = 0.230903787442116 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155652000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041996 s
InvBiCGStab: k = 38 resid = 2.146468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143738(s) Flops=252315648 => 1755.38582699077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252683.218797325 Mflops = 252.683218797325 Gflops = 0.252683218797325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057273 s
InvBiCGStab: k = 51 resid = 1.133414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187127(s) Flops=337618944 => 1804.22357008876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.078692077 Mflops = 259.742078692077 Gflops = 0.259742078692077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007623143 Relative Rsd = 3.34087393893252e-07
BICGSTAB_SOLVER_TIME: 0.433789 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040678 s
InvBiCGStab: k = 76 resid = 1.852353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278707(s) Flops=501663744 => 1799.96822469475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.080354051 Mflops = 259.147080354051 Gflops = 0.259147080354051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056717 s
InvBiCGStab: k = 90 resid = 1.109761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328546(s) Flops=593528832 => 1806.53190725195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260091.177530422 Mflops = 260.091177530422 Gflops = 0.260091177530422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001283939 Relative Rsd = 5.62691418717972e-07
BICGSTAB_SOLVER_TIME: 0.708304 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132812
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 60 resid = 8.995191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219987(s) Flops=396675072 => 1803.17506034448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.491659528 Mflops = 259.600491659528 Gflops = 0.259600491659528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055693 s
InvBiCGStab: k = 71 resid = 1.105221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259743(s) Flops=468854784 => 1805.07187489172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259880.247323624 Mflops = 259.880247323624 Gflops = 0.259880247323624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001053828 Relative Rsd = 4.61844446342906e-07
BICGSTAB_SOLVER_TIME: 0.579869 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045902 s
InvBiCGStab: k = 61 resid = 2.235482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24782(s) Flops=403236864 => 1627.13608264063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234269.86223915 Mflops = 234.26986223915 Gflops = 0.23426986223915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062858 s
InvBiCGStab: k = 81 resid = 7.237597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339605(s) Flops=534472704 => 1573.80693452688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226588.522781769 Mflops = 226.588522781769 Gflops = 0.226588522781769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001104611 Relative Rsd = 4.84100374939441e-07
BICGSTAB_SOLVER_TIME: 0.699794 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040981 s
InvBiCGStab: k = 58 resid = 1.545451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216861(s) Flops=383551488 => 1768.65129276357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254624.445847387 Mflops = 254.624445847387 Gflops = 0.254624445847387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056729 s
InvBiCGStab: k = 79 resid = 1.081979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292573(s) Flops=521349120 => 1781.94542900404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256545.137296755 Mflops = 256.545137296755 Gflops = 0.256545137296755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001064903 Relative Rsd = 4.66698084050079e-07
BICGSTAB_SOLVER_TIME: 0.610779 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111979
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900671(s) Flops=1404813312 => 1559.74080657643 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224606.638544283 Mflops = 224.606638544283 Gflops = 0.224606638544283 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155464000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 27 resid = 1.637762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102709(s) Flops=180135936 => 1753.84762776388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252418.08961779 Mflops = 252.41808961779 Gflops = 0.25241808961779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060202 s
InvBiCGStab: k = 51 resid = 1.085525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191647(s) Flops=337618944 => 1761.67090536246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253615.913621219 Mflops = 253.615913621219 Gflops = 0.253615913621219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007716404 Relative Rsd = 3.38174591222681e-07
BICGSTAB_SOLVER_TIME: 0.39919 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04141 s
InvBiCGStab: k = 74 resid = 1.768094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270606(s) Flops=488540160 => 1805.35597880313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.141214476 Mflops = 259.922141214476 Gflops = 0.259922141214476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056615 s
InvBiCGStab: k = 96 resid = 1.01615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350389(s) Flops=632899584 => 1806.27697787316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260055.642529051 Mflops = 260.055642529051 Gflops = 0.260055642529051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001279241 Relative Rsd = 5.6063278205683e-07
BICGSTAB_SOLVER_TIME: 0.722628 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 54 resid = 1.371896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198145(s) Flops=357304320 => 1803.24671326554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.948338962 Mflops = 259.619948338962 Gflops = 0.259619948338962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 77 resid = 9.950279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281934(s) Flops=508225536 => 1802.64010725915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.590092187 Mflops = 259.525590092187 Gflops = 0.259525590092187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001071308 Relative Rsd = 4.69505125697152e-07
BICGSTAB_SOLVER_TIME: 0.581469 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04089 s
InvBiCGStab: k = 57 resid = 2.253121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208964(s) Flops=376989696 => 1804.0892019678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.811159222 Mflops = 259.726811159222 Gflops = 0.259726811159222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056258 s
InvBiCGStab: k = 76 resid = 1.134874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312573(s) Flops=501663744 => 1604.94906469849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231069.994212321 Mflops = 231.069994212321 Gflops = 0.231069994212321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001091914 Relative Rsd = 4.7853572953686e-07
BICGSTAB_SOLVER_TIME: 0.622685 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043758 s
InvBiCGStab: k = 56 resid = 1.173589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235671(s) Flops=370427904 => 1571.80095981262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226298.928558176 Mflops = 226.298928558176 Gflops = 0.226298928558176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0597 s
InvBiCGStab: k = 82 resid = 6.959467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321712(s) Flops=541034496 => 1681.73551499478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242129.638182882 Mflops = 242.129638182882 Gflops = 0.242129638182882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001099147 Relative Rsd = 4.81705621839052e-07
BICGSTAB_SOLVER_TIME: 0.66468 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112718
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881942(s) Flops=1404665856 => 1592.69640860737 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229346.455456716 Mflops = 229.346455456716 Gflops = 0.229346455456716 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155684000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044134 s
InvBiCGStab: k = 31 resid = 2.204049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127391(s) Flops=206383104 => 1620.07601792905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233203.408605333 Mflops = 233.203408605333 Gflops = 0.233203408605333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064559 s
InvBiCGStab: k = 55 resid = 1.02636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230427(s) Flops=363866112 => 1579.09494981057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227334.746477924 Mflops = 227.334746477924 Gflops = 0.227334746477924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007991483 Relative Rsd = 3.50230038937625e-07
BICGSTAB_SOLVER_TIME: 0.470423 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0754380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042058 s
InvBiCGStab: k = 48 resid = 2.092115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182462(s) Flops=317933568 => 1742.46455700365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250854.613827345 Mflops = 250.854613827345 Gflops = 0.250854613827345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055883 s
InvBiCGStab: k = 74 resid = 1.086008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313991(s) Flops=488540160 => 1555.90497816816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224004.282221291 Mflops = 224.004282221291 Gflops = 0.224004282221291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001085437 Relative Rsd = 4.75697055802305e-07
BICGSTAB_SOLVER_TIME: 0.597992 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 55 resid = 2.085489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203032(s) Flops=363866112 => 1792.16139327791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258013.604641522 Mflops = 258.013604641522 Gflops = 0.258013604641522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 65 resid = 7.525813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237489(s) Flops=429484032 => 1808.43757816151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260338.284279215 Mflops = 260.338284279215 Gflops = 0.260338284279215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001009794 Relative Rsd = 4.42546219964952e-07
BICGSTAB_SOLVER_TIME: 0.541704 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041302 s
InvBiCGStab: k = 62 resid = 1.793509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234438(s) Flops=409798656 => 1748.00440201674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251667.279162387 Mflops = 251.667279162387 Gflops = 0.251667279162387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060402 s
InvBiCGStab: k = 75 resid = 7.698553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291047(s) Flops=495101952 => 1701.10652918601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244902.215120225 Mflops = 244.902215120225 Gflops = 0.244902215120225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.0010856 Relative Rsd = 4.75768636155107e-07
BICGSTAB_SOLVER_TIME: 0.63088 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112062
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040902 s
InvBiCGStab: k = 52 resid = 2.230131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191967(s) Flops=344180736 => 1792.91615746456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258110.476841954 Mflops = 258.110476841954 Gflops = 0.258110476841954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056955 s
InvBiCGStab: k = 72 resid = 7.854152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265286(s) Flops=475416576 => 1792.09070964921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257999.394335535 Mflops = 257.999394335535 Gflops = 0.257999394335535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00108779 Relative Rsd = 4.76728670010193e-07
BICGSTAB_SOLVER_TIME: 0.558815 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102808
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939722(s) Flops=1404518400 => 1494.6105337536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215224.453018689 Mflops = 215.224453018689 Gflops = 0.215224453018689 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155450000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 35 resid = 1.740188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128847(s) Flops=232630272 => 1805.47682134625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.299945885 Mflops = 259.910299945885 Gflops = 0.259910299945885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 56 resid = 9.096416e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205424(s) Flops=370427904 => 1803.23576602539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.936801633 Mflops = 259.589936801633 Gflops = 0.259589936801633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0008293561 Relative Rsd = 3.63468756312137e-07
BICGSTAB_SOLVER_TIME: 0.434962 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0790920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041085 s
InvBiCGStab: k = 54 resid = 2.254605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213602(s) Flops=357304320 => 1672.75737118566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240828.862516104 Mflops = 240.828862516104 Gflops = 0.240828862516104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062095 s
InvBiCGStab: k = 82 resid = 1.017366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339994(s) Flops=541034496 => 1591.30601128255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229103.751076407 Mflops = 229.103751076407 Gflops = 0.229103751076407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001128434 Relative Rsd = 4.94540902549425e-07
BICGSTAB_SOLVER_TIME: 0.661523 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04582 s
InvBiCGStab: k = 64 resid = 1.93586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258527(s) Flops=422922240 => 1635.89195712634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235528.248654052 Mflops = 235.528248654052 Gflops = 0.235528248654052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060788 s
InvBiCGStab: k = 73 resid = 8.68988e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281094(s) Flops=481978368 => 1714.65192426733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246852.936290891 Mflops = 246.852936290891 Gflops = 0.246852936290891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001036134 Relative Rsd = 4.54089891116131e-07
BICGSTAB_SOLVER_TIME: 0.649933 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041538 s
InvBiCGStab: k = 58 resid = 1.850204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214786(s) Flops=383551488 => 1785.73784138631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257089.651596483 Mflops = 257.089651596483 Gflops = 0.257089651596483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 74 resid = 7.729812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272132(s) Flops=488540160 => 1795.2323137301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258465.370793968 Mflops = 258.465370793968 Gflops = 0.258465370793968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00111433 Relative Rsd = 4.8835968653842e-07
BICGSTAB_SOLVER_TIME: 0.588921 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 58 resid = 1.59641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212754(s) Flops=383551488 => 1802.79331058405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259542.13061783 Mflops = 259.54213061783 Gflops = 0.25954213061783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 74 resid = 9.003025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271016(s) Flops=488540160 => 1802.62478968031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.063646592 Mflops = 259.527063646592 Gflops = 0.259527063646592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001024332 Relative Rsd = 4.48917534617826e-07
BICGSTAB_SOLVER_TIME: 0.585004 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108567
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933628(s) Flops=1404297216 => 1504.1292848972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216597.435254307 Mflops = 216.597435254307 Gflops = 0.216597435254307 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155347000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021487
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 2.088009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894366(s) Flops=1558112256 => 1742.14164670839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250834.833949626 Mflops = 250.834833949626 Gflops = 0.250834833949626 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 284 resid = 1.1373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.129948(s) Flops=1866516480 => 1651.86051039517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237865.507250244 Mflops = 237.865507250244 Gflops = 0.237865507250244 Tflops
BICGSTAB_SOLVER: 521 iterations. Rsd = 0.002319521 Relative Rsd = 1.02057169570473e-06
BICGSTAB_SOLVER_TIME: 2.028706 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.371211
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.931493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.666993(s) Flops=1184090112 => 1775.26617520724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255588.281381354 Mflops = 255.588281381354 Gflops = 0.255588281381354 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.080542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736521(s) Flops=1321887744 => 1794.7726459938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258442.594606387 Mflops = 258.442594606387 Gflops = 0.258442594606387 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.00187216 Relative Rsd = 8.22458588146558e-07
BICGSTAB_SOLVER_TIME: 1.407024 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271783999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875368(s) Flops=1404297216 => 1604.23640800212 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231012.674575557 Mflops = 231.012674575557 Gflops = 0.231012674575557 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155543000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 27 resid = 2.064461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100122(s) Flops=180135936 => 1799.16437945706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258954.447182265 Mflops = 258.954447182265 Gflops = 0.258954447182265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056837 s
InvBiCGStab: k = 47 resid = 1.139867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174106(s) Flops=311371776 => 1788.40347834078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257433.560891251 Mflops = 257.433560891251 Gflops = 0.257433560891251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007731614 Relative Rsd = 3.38841160937125e-07
BICGSTAB_SOLVER_TIME: 0.375613 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671130000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041767 s
InvBiCGStab: k = 73 resid = 2.254221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268009(s) Flops=481978368 => 1798.36635336873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258918.436886053 Mflops = 258.918436886053 Gflops = 0.258918436886053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 93 resid = 6.761968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341143(s) Flops=613214208 => 1797.52833269333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258806.648202191 Mflops = 258.806648202191 Gflops = 0.258806648202191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001257375 Relative Rsd = 5.5104979013459e-07
BICGSTAB_SOLVER_TIME: 0.711286 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 55 resid = 1.272809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201758(s) Flops=363866112 => 1803.47798848125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259629.214682509 Mflops = 259.629214682509 Gflops = 0.259629214682509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 71 resid = 7.952301e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279321(s) Flops=468854784 => 1678.55185968832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241658.572741177 Mflops = 241.658572741177 Gflops = 0.241658572741177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001032121 Relative Rsd = 4.52331096032623e-07
BICGSTAB_SOLVER_TIME: 0.58317 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046283 s
InvBiCGStab: k = 61 resid = 2.231723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254962(s) Flops=403236864 => 1581.55671825605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227702.707445305 Mflops = 227.702707445305 Gflops = 0.227702707445305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06245 s
InvBiCGStab: k = 77 resid = 9.76993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291803(s) Flops=508225536 => 1741.67344407014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250744.501900324 Mflops = 250.744501900324 Gflops = 0.250744501900324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00108933 Relative Rsd = 4.7740350488298e-07
BICGSTAB_SOLVER_TIME: 0.659228 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112806
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 54 resid = 2.02973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201086(s) Flops=357304320 => 1776.87317863998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255806.034772438 Mflops = 255.806034772438 Gflops = 0.255806034772438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056561 s
InvBiCGStab: k = 76 resid = 4.551985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277328(s) Flops=501663744 => 1808.91847920152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260425.231470631 Mflops = 260.425231470631 Gflops = 0.260425231470631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00105932 Relative Rsd = 4.64251495141816e-07
BICGSTAB_SOLVER_TIME: 0.580041 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106862
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867915(s) Flops=1391837184 => 1603.65609996371 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230933.150096764 Mflops = 230.933150096764 Gflops = 0.230933150096764 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154380000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041834 s
InvBiCGStab: k = 32 resid = 1.811222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123176(s) Flops=212944896 => 1728.78560758589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248848.884810246 Mflops = 248.848884810246 Gflops = 0.248848884810246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058739 s
InvBiCGStab: k = 51 resid = 1.149667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191813(s) Flops=337618944 => 1760.1463091657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253386.651949756 Mflops = 253.386651949756 Gflops = 0.253386651949756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000770142 Relative Rsd = 3.37517893780701e-07
BICGSTAB_SOLVER_TIME: 0.419229 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0739360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 76 resid = 2.118064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279954(s) Flops=501663744 => 1791.95062045908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257991.592967035 Mflops = 257.991592967035 Gflops = 0.257991592967035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 89 resid = 5.468305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325369(s) Flops=586967040 => 1804.00419216336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259733.552401886 Mflops = 259.733552401886 Gflops = 0.259733552401886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001250299 Relative Rsd = 5.4794872313242e-07
BICGSTAB_SOLVER_TIME: 0.706706 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040561 s
InvBiCGStab: k = 54 resid = 1.53484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198667(s) Flops=357304320 => 1798.50866022037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.20461588 Mflops = 258.92320461588 Gflops = 0.25892320461588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 74 resid = 1.069417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270002(s) Flops=488540160 => 1809.39459707706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260492.054557345 Mflops = 260.492054557345 Gflops = 0.260492054557345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001030428 Relative Rsd = 4.51589476639652e-07
BICGSTAB_SOLVER_TIME: 0.568904 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040712 s
InvBiCGStab: k = 58 resid = 1.731109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239229(s) Flops=383551488 => 1603.2817425981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230818.781131805 Mflops = 230.818781131805 Gflops = 0.230818781131805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06293 s
InvBiCGStab: k = 83 resid = 1.026074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33498(s) Flops=547596288 => 1634.71337990328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235353.902483352 Mflops = 235.353902483352 Gflops = 0.235353902483352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001087367 Relative Rsd = 4.76543112103463e-07
BICGSTAB_SOLVER_TIME: 0.681639 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044661 s
InvBiCGStab: k = 58 resid = 1.290712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215724(s) Flops=383551488 => 1777.9731879624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255971.464149436 Mflops = 255.971464149436 Gflops = 0.255971464149436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061681 s
InvBiCGStab: k = 77 resid = 1.149177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286322(s) Flops=508225536 => 1775.01392138921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255563.506869728 Mflops = 255.563506869728 Gflops = 0.255563506869728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001057544 Relative Rsd = 4.63473243750761e-07
BICGSTAB_SOLVER_TIME: 0.611989 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110524
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.863962(s) Flops=1385275392 => 1603.39851984231 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230892.107707761 Mflops = 230.892107707761 Gflops = 0.230892107707761 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153322000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047095 s
InvBiCGStab: k = 31 resid = 1.535362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136587(s) Flops=206383104 => 1511.00107623712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217509.564167897 Mflops = 217.509564167897 Gflops = 0.217509564167897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060752 s
InvBiCGStab: k = 49 resid = 9.091464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195383(s) Flops=324495360 => 1660.81675478419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239087.064149569 Mflops = 239.087064149569 Gflops = 0.239087064149569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007472311 Relative Rsd = 3.27477129431147e-07
BICGSTAB_SOLVER_TIME: 0.443535 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0711450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 51 resid = 1.884064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189766(s) Flops=337618944 => 1779.13295321607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256145.371694987 Mflops = 256.145371694987 Gflops = 0.256145371694987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056761 s
InvBiCGStab: k = 76 resid = 1.089114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279719(s) Flops=501663744 => 1793.45608986161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258200.792772568 Mflops = 258.200792772568 Gflops = 0.258200792772568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001095322 Relative Rsd = 4.80029529358461e-07
BICGSTAB_SOLVER_TIME: 0.572051 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04064 s
InvBiCGStab: k = 57 resid = 1.74152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20885(s) Flops=376989696 => 1805.07395738568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.992963255 Mflops = 259.874992963255 Gflops = 0.259874992963255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055949 s
InvBiCGStab: k = 65 resid = 1.09403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238049(s) Flops=429484032 => 1804.18330679818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259743.596357058 Mflops = 259.743596357058 Gflops = 0.259743596357058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001034932 Relative Rsd = 4.53563012781568e-07
BICGSTAB_SOLVER_TIME: 0.547117 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 57 resid = 1.294288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209056(s) Flops=376989696 => 1803.29527016685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.291190283 Mflops = 259.622291190283 Gflops = 0.259622291190283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 74 resid = 1.084701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270792(s) Flops=488540160 => 1804.11592661526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.588564187 Mflops = 259.736588564187 Gflops = 0.259736588564187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001115912 Relative Rsd = 4.89052990468737e-07
BICGSTAB_SOLVER_TIME: 0.580884 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107886
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 52 resid = 2.084509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215008(s) Flops=344180736 => 1600.7810686114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230468.511127952 Mflops = 230.468511127952 Gflops = 0.230468511127952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064749 s
InvBiCGStab: k = 69 resid = 1.09331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28193(s) Flops=455731200 => 1616.46933636009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232722.842155905 Mflops = 232.722842155906 Gflops = 0.232722842155906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.00101014 Relative Rsd = 4.42698105004362e-07
BICGSTAB_SOLVER_TIME: 0.606948 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100347
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.870796(s) Flops=1373036544 => 1576.76027910096 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227062.869684538 Mflops = 227.062869684538 Gflops = 0.227062869684539 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151874000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.376106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 28 resid = 2.02608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103081(s) Flops=186697728 => 1811.17497890009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260695.00485234 Mflops = 260.69500485234 Gflops = 0.26069500485234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 51 resid = 1.123784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187041(s) Flops=337618944 => 1805.05313808202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259854.849369958 Mflops = 259.854849369958 Gflops = 0.259854849369958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007434106 Relative Rsd = 3.25802771613418e-07
BICGSTAB_SOLVER_TIME: 0.391557 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045393 s
InvBiCGStab: k = 67 resid = 1.411772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27979(s) Flops=442607616 => 1581.92793166303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227760.984709284 Mflops = 227.760984709284 Gflops = 0.227760984709284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060383 s
InvBiCGStab: k = 77 resid = 1.138345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3114(s) Flops=508225536 => 1632.06658959538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234972.865077844 Mflops = 234.972865077844 Gflops = 0.234972865077844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001106093 Relative Rsd = 4.84749955161737e-07
BICGSTAB_SOLVER_TIME: 0.700637 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040882 s
InvBiCGStab: k = 59 resid = 1.608009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219966(s) Flops=390113280 => 1773.51627069638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255333.237288373 Mflops = 255.333237288373 Gflops = 0.255333237288373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 70 resid = 7.750224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258196(s) Flops=462292992 => 1790.47309795659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257765.654205648 Mflops = 257.765654205648 Gflops = 0.257765654205648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001043215 Relative Rsd = 4.57193305015114e-07
BICGSTAB_SOLVER_TIME: 0.579212 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 59 resid = 2.192251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216118(s) Flops=390113280 => 1805.09388389676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.749967761 Mflops = 259.870749967761 Gflops = 0.259870749967761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056012 s
InvBiCGStab: k = 78 resid = 8.792924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284438(s) Flops=514787328 => 1809.84020419213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260567.559443966 Mflops = 260.567559443966 Gflops = 0.260567559443966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001098582 Relative Rsd = 4.81458177283747e-07
BICGSTAB_SOLVER_TIME: 0.601249 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112111
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 54 resid = 2.139227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197085(s) Flops=357304320 => 1812.94527741837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261007.798864522 Mflops = 261.007798864522 Gflops = 0.261007798864522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055964 s
InvBiCGStab: k = 73 resid = 1.121131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267564(s) Flops=481978368 => 1801.35731264296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259342.829643854 Mflops = 259.342829643854 Gflops = 0.259342829643854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001051898 Relative Rsd = 4.60998645139227e-07
BICGSTAB_SOLVER_TIME: 0.565292 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104778
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943364(s) Flops=1373405184 => 1455.8592271912 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209641.908316057 Mflops = 209.641908316057 Gflops = 0.209641908316057 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151809000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.10501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760075(s) Flops=1367820288 => 1799.58594612374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259070.891508259 Mflops = 259.070891508259 Gflops = 0.259070891508259 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 281 resid = 1.045231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.137092(s) Flops=1846831104 => 1624.17034329676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233876.285872666 Mflops = 233.876285872666 Gflops = 0.233876285872666 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002078931 Relative Rsd = 9.14726372576052e-07
BICGSTAB_SOLVER_TIME: 1.90068 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.117573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.3483
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.872489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694947(s) Flops=1243146240 => 1788.83604073404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257508.537157726 Mflops = 257.508537157726 Gflops = 0.257508537157726 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.143594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742465(s) Flops=1335011328 => 1798.07981251641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258916.976189016 Mflops = 258.916976189016 Gflops = 0.258916976189016 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001885031 Relative Rsd = 8.2808609236813e-07
BICGSTAB_SOLVER_TIME: 1.440795 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279689999999998
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889483(s) Flops=1373405184 => 1544.04882836434 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222333.710062845 Mflops = 222.333710062845 Gflops = 0.222333710062845 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151978000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041622 s
InvBiCGStab: k = 33 resid = 1.93145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122223(s) Flops=219506688 => 1795.9523821212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258512.314677334 Mflops = 258.512314677334 Gflops = 0.258512314677334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 50 resid = 1.060422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184357(s) Flops=331057152 => 1795.73952711316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.890271882 Mflops = 258.492890271882 Gflops = 0.258492890271882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007653415 Relative Rsd = 3.35414053846156e-07
BICGSTAB_SOLVER_TIME: 0.408096 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 87 resid = 1.424959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317351(s) Flops=573843456 => 1808.22955024563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260340.180939012 Mflops = 260.340180939012 Gflops = 0.260340180939012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056495 s
InvBiCGStab: k = 97 resid = 1.062211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356002(s) Flops=639461376 => 1796.22972904647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258615.149161292 Mflops = 258.615149161292 Gflops = 0.258615149161292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001295847 Relative Rsd = 5.67910407035566e-07
BICGSTAB_SOLVER_TIME: 0.774775 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040617 s
InvBiCGStab: k = 55 resid = 2.168507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23459(s) Flops=363866112 => 1551.07256063771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223312.088331652 Mflops = 223.312088331652 Gflops = 0.223312088331652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061214 s
InvBiCGStab: k = 68 resid = 1.098156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282446(s) Flops=449169408 => 1590.2841888361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228947.846597374 Mflops = 228.947846597374 Gflops = 0.228947846597374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001052628 Relative Rsd = 4.61318639417757e-07
BICGSTAB_SOLVER_TIME: 0.622926 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042915 s
InvBiCGStab: k = 62 resid = 1.511459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232582(s) Flops=409798656 => 1761.95344437661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253670.950997857 Mflops = 253.670950997857 Gflops = 0.253670950997857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05675 s
InvBiCGStab: k = 80 resid = 1.130646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297269(s) Flops=527910912 => 1775.86937083921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255676.128919077 Mflops = 255.676128919077 Gflops = 0.255676128919077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001098999 Relative Rsd = 4.81640776059713e-07
BICGSTAB_SOLVER_TIME: 0.633226 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115805
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 61 resid = 1.164269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223709(s) Flops=403236864 => 1802.50622013419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259514.421187585 Mflops = 259.514421187585 Gflops = 0.259514421187585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055855 s
InvBiCGStab: k = 75 resid = 1.129559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273945(s) Flops=495101952 => 1807.30421069923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.575333382 Mflops = 260.200575333382 Gflops = 0.260200575333382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001061091 Relative Rsd = 4.65027705753034e-07
BICGSTAB_SOLVER_TIME: 0.59838 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111289
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861854(s) Flops=1379745792 => 1600.90432022129 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230538.46289559 Mflops = 230.53846289559 Gflops = 0.23053846289559 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041418 s
InvBiCGStab: k = 39 resid = 1.455207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145046(s) Flops=258877440 => 1784.79544420391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256927.315371321 Mflops = 256.927315371321 Gflops = 0.256927315371321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 53 resid = 8.921434e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194341(s) Flops=350742528 => 1804.77885778091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.275866063 Mflops = 259.799275866063 Gflops = 0.259799275866063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007776286 Relative Rsd = 3.40798932054796e-07
BICGSTAB_SOLVER_TIME: 0.441018 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0798930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 76 resid = 1.806089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2774(s) Flops=501663744 => 1808.44896899784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260375.006591383 Mflops = 260.375006591383 Gflops = 0.260375006591383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 98 resid = 1.027871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358126(s) Flops=646023168 => 1803.89909696587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.769995246 Mflops = 259.709769995246 Gflops = 0.259709769995246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001321696 Relative Rsd = 5.79238520816403e-07
BICGSTAB_SOLVER_TIME: 0.736133 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040603 s
InvBiCGStab: k = 56 resid = 1.659613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205295(s) Flops=370427904 => 1804.36885457512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.392403586 Mflops = 259.771392403586 Gflops = 0.259771392403586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 69 resid = 9.765806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252474(s) Flops=455731200 => 1805.06190736472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.176532392 Mflops = 259.876176532392 Gflops = 0.259876176532392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001044506 Relative Rsd = 4.57759111225079e-07
BICGSTAB_SOLVER_TIME: 0.558255 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103425
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043681 s
InvBiCGStab: k = 58 resid = 2.07865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236665(s) Flops=383551488 => 1620.6515031796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233332.538073233 Mflops = 233.332538073233 Gflops = 0.233332538073233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062123 s
InvBiCGStab: k = 73 resid = 8.912443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301405(s) Flops=481978368 => 1599.10541630033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230216.244210432 Mflops = 230.216244210432 Gflops = 0.230216244210432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001119742 Relative Rsd = 4.90731531885133e-07
BICGSTAB_SOLVER_TIME: 0.64752 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107712
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 54 resid = 2.188567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202003(s) Flops=357304320 => 1768.80699791587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254646.359420721 Mflops = 254.646359420721 Gflops = 0.254646359420721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 76 resid = 1.11631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279348(s) Flops=501663744 => 1795.83796554835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258549.27366639 Mflops = 258.54927366639 Gflops = 0.25854927366639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047111 Relative Rsd = 4.58900519388228e-07
BICGSTAB_SOLVER_TIME: 0.58313 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106958
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866525(s) Flops=1386086400 => 1599.59193329679 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230348.756075156 Mflops = 230.348756075156 Gflops = 0.230348756075156 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 31 resid = 2.221823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121595(s) Flops=206383104 => 1697.29926395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244324.316546044 Mflops = 244.324316546044 Gflops = 0.244324316546044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05703 s
InvBiCGStab: k = 57 resid = 1.085434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21365(s) Flops=376989696 => 1764.5199906389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254027.7221482 Mflops = 254.0277221482 Gflops = 0.2540277221482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0008001553 Relative Rsd = 3.50671383087246e-07
BICGSTAB_SOLVER_TIME: 0.437246 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041456 s
InvBiCGStab: k = 57 resid = 2.032458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208892(s) Flops=376989696 => 1804.7110277081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.62387649 Mflops = 259.81762387649 Gflops = 0.25981762387649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056022 s
InvBiCGStab: k = 74 resid = 5.846429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270436(s) Flops=488540160 => 1806.49085180967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260089.894938544 Mflops = 260.089894938544 Gflops = 0.260089894938544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001102868 Relative Rsd = 4.83336409007249e-07
BICGSTAB_SOLVER_TIME: 0.580584 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041219 s
InvBiCGStab: k = 59 resid = 1.58732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216192(s) Flops=390113280 => 1804.47602131439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.990771057 Mflops = 259.791990771057 Gflops = 0.259791990771057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 66 resid = 1.146926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242245(s) Flops=436045824 => 1800.01991372371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.208652776 Mflops = 259.141208652776 Gflops = 0.259141208652776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009940228 Relative Rsd = 4.35634608850083e-07
BICGSTAB_SOLVER_TIME: 0.559579 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 62 resid = 1.302886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22661(s) Flops=409798656 => 1808.3873438948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260357.38463362 Mflops = 260.35738463362 Gflops = 0.26035738463362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 78 resid = 9.975515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312973(s) Flops=514787328 => 1644.8298351615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236812.041393027 Mflops = 236.812041393027 Gflops = 0.236812041393027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001063694 Relative Rsd = 4.6616839964324e-07
BICGSTAB_SOLVER_TIME: 0.641269 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0456 s
InvBiCGStab: k = 57 resid = 1.689818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238801(s) Flops=376989696 => 1578.6772082194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227291.545234078 Mflops = 227.291545234078 Gflops = 0.227291545234078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058746 s
InvBiCGStab: k = 74 resid = 5.801211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278151(s) Flops=488540160 => 1756.38469752041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252871.990198578 Mflops = 252.871990198578 Gflops = 0.252871990198578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001036833 Relative Rsd = 4.54396263189245e-07
BICGSTAB_SOLVER_TIME: 0.624913 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107585
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.870713(s) Flops=1392279552 => 1599.01087040161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230276.472273705 Mflops = 230.276472273705 Gflops = 0.230276472273705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154142000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044478 s
InvBiCGStab: k = 30 resid = 1.624846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124871(s) Flops=199821312 => 1600.22192502663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230347.371633912 Mflops = 230.347371633912 Gflops = 0.230347371633912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057589 s
InvBiCGStab: k = 51 resid = 7.729359e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221047(s) Flops=337618944 => 1527.36270566893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219893.502736055 Mflops = 219.893502736055 Gflops = 0.219893502736055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007566807 Relative Rsd = 3.31618458445767e-07
BICGSTAB_SOLVER_TIME: 0.452189 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042194 s
InvBiCGStab: k = 61 resid = 2.179345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230401(s) Flops=403236864 => 1750.15240385241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251966.461320916 Mflops = 251.966461320916 Gflops = 0.251966461320916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057083 s
InvBiCGStab: k = 81 resid = 8.080939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300825(s) Flops=534472704 => 1776.68978309648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255790.321211684 Mflops = 255.790321211684 Gflops = 0.255790321211684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001107219 Relative Rsd = 4.8524341572646e-07
BICGSTAB_SOLVER_TIME: 0.634244 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 54 resid = 1.996418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197781(s) Flops=357304320 => 1806.56544359671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260083.846992214 Mflops = 260.083846992214 Gflops = 0.260083846992214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 78 resid = 1.141909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284818(s) Flops=514787328 => 1807.42554192502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260223.227765493 Mflops = 260.223227765493 Gflops = 0.260223227765493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001041783 Relative Rsd = 4.56565765215063e-07
BICGSTAB_SOLVER_TIME: 0.584059 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040679 s
InvBiCGStab: k = 55 resid = 2.236173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202144(s) Flops=363866112 => 1800.03419344626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259145.409717684 Mflops = 259.145409717684 Gflops = 0.259145409717684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 73 resid = 1.133277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267503(s) Flops=481978368 => 1801.76808484391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.54445954 Mflops = 259.41354445954 Gflops = 0.25941354445954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001055514 Relative Rsd = 4.62583412722087e-07
BICGSTAB_SOLVER_TIME: 0.570514 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040889 s
InvBiCGStab: k = 52 resid = 1.990402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19072(s) Flops=344180736 => 1804.6389261745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.838266827 Mflops = 259.791838266827 Gflops = 0.259791838266827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06563 s
InvBiCGStab: k = 74 resid = 9.623518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312117(s) Flops=488540160 => 1565.24687857438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225358.100257132 Mflops = 225.358100257132 Gflops = 0.225358100257132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001020554 Relative Rsd = 4.4726210503309e-07
BICGSTAB_SOLVER_TIME: 0.613305 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104004
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911765(s) Flops=1392427008 => 1527.17751613629 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219914.269408666 Mflops = 219.914269408666 Gflops = 0.219914269408666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154358000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.327304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812986(s) Flops=1335011328 => 1642.10863163695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236425.626689555 Mflops = 236.425626689555 Gflops = 0.236425626689555 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 1.087852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.022833(s) Flops=1754966016 => 1715.78939670503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247069.544902815 Mflops = 247.069544902815 Gflops = 0.247069544902815 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002147234 Relative Rsd = 9.44786856102342e-07
BICGSTAB_SOLVER_TIME: 1.8392 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334803999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.204323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.675242(s) Flops=1216899072 => 1802.16732963886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.955959627 Mflops = 259.430955959627 Gflops = 0.259430955959627 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.054496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733531(s) Flops=1321887744 => 1802.08845161282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259494.123683558 Mflops = 259.494123683558 Gflops = 0.259494123683558 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001915815 Relative Rsd = 8.41581400337865e-07
BICGSTAB_SOLVER_TIME: 1.412131 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275420999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 285 resid = 2.078174e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.143004(s) Flops=1873078272 => 1638.73291082096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235895.918383278 Mflops = 235.895918383278 Gflops = 0.235895918383278 Tflops
InvBiCGStab: k = 394 resid = 1.067114e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.452961(s) Flops=2588313600 => 1781.40610794096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256519.324951885 Mflops = 256.519324951885 Gflops = 0.256519324951885 Tflops
BICGSTAB_SOLVER: 679 iterations. Rsd = 0.002144829 Relative Rsd = 9.43728589918902e-07
BICGSTAB_SOLVER_TIME: 2.600533 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.484639999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 242 resid = 1.809333e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887678(s) Flops=1590921216 => 1792.22783036191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258060.201794523 Mflops = 258.060201794523 Gflops = 0.258060201794523 Tflops
InvBiCGStab: k = 327 resid = 1.020238e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.308923(s) Flops=2148673536 => 1641.55839266328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236383.001420673 Mflops = 236.383001420673 Gflops = 0.236383001420673 Tflops
BICGSTAB_SOLVER: 569 iterations. Rsd = 0.001940189 Relative Rsd = 8.52288228714545e-07
BICGSTAB_SOLVER_TIME: 2.201154 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.406289
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 237 resid = 2.26575e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873891(s) Flops=1558112256 => 1782.95949494845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256692.60932399 Mflops = 256.69260932399 Gflops = 0.25669260932399 Tflops
InvBiCGStab: k = 244 resid = 1.051072e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891404(s) Flops=1604044800 => 1799.45883123701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259117.741711081 Mflops = 259.117741711081 Gflops = 0.259117741711081 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.001790706 Relative Rsd = 7.84784284451449e-07
BICGSTAB_SOLVER_TIME: 1.769978 sec
2Flav::invert,  n_count = 481
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.342450000000002
MInvCG2: 327 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.373142(s) Flops=2112399360 => 1538.36919998077 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221528.717447701 Mflops = 221.528717447701 Gflops = 0.221528717447701 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.234290000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.109531929444074
AccProb = 0.896253547027738
AcceptP = 1
After HMC trajectory call: time= 455.480138 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 5.88156865913159e-05 resid_rel = 0.009983732

Look for highest ev
Evalue[1]: eigen_norm = 0.0812050794425032 resid_rel = -0.009177359

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314495000000004
EIGBNDSMDAGM: total time = 1.554764 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.746075 secs
After saving state: time= 1.286065 secs
Doing Update: 2756 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 271 resid = 2.014231e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093185(s) Flops=1781213184 => 1629.37945910345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234634.468023527 Mflops = 234.634468023527 Gflops = 0.234634468023527 Tflops
InvBiCGStab: k = 305 resid = 1.07008e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.131981(s) Flops=2004314112 => 1770.62522427497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254966.206366467 Mflops = 254.966206366467 Gflops = 0.254966206366467 Tflops
BICGSTAB_SOLVER: 576 iterations. Rsd = 0.002392786 Relative Rsd = 1.05208458032637e-06
BICGSTAB_SOLVER_TIME: 2.230149 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413324999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 214 resid = 1.584087e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783887(s) Flops=1407191040 => 1795.14526966259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258548.146368692 Mflops = 258.548146368692 Gflops = 0.258548146368692 Tflops
InvBiCGStab: k = 265 resid = 1.040295e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.967697(s) Flops=1741842432 => 1799.98742581614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259193.169079215 Mflops = 259.193169079215 Gflops = 0.259193169079215 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.002353227 Relative Rsd = 1.03365929172136e-06
BICGSTAB_SOLVER_TIME: 1.756273 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345920999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 342 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.462595(s) Flops=2203158528 => 1506.33533411505 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216926.793229895 Mflops = 216.926793229895 Gflops = 0.216926793229895 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.244198000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 425 resid = 1.618397e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.554163(s) Flops=2791729152 => 1796.29109173233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.954262506 Mflops = 258.663954262506 Gflops = 0.258663954262506 Tflops
InvBiCGStab: k = 398 resid = 4.49649e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.562543(s) Flops=2614560768 => 1673.27284305136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240948.306007161 Mflops = 240.948306007161 Gflops = 0.240948306007161 Tflops
BICGSTAB_SOLVER: 823 iterations. Rsd = 0.002319174 Relative Rsd = 1.01971801411034e-06
BICGSTAB_SOLVER_TIME: 3.121429 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.586894999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 302 resid = 2.229354e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.124165(s) Flops=1984628736 => 1765.42476949558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254220.55862797 Mflops = 254.22055862797 Gflops = 0.25422055862797 Tflops
InvBiCGStab: k = 319 resid = 8.807767e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.167902(s) Flops=2096179200 => 1794.8245657598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258451.471826457 Mflops = 258.451471826457 Gflops = 0.258451471826457 Tflops
BICGSTAB_SOLVER: 621 iterations. Rsd = 0.002264949 Relative Rsd = 9.94883333489263e-07
BICGSTAB_SOLVER_TIME: 2.29672 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.443607999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 244 resid = 1.373896e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947689(s) Flops=1604044800 => 1692.58564782328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243668.347244981 Mflops = 243.668347244981 Gflops = 0.243668347244981 Tflops
InvBiCGStab: k = 238 resid = 1.08579e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.93177(s) Flops=1564674048 => 1679.2492224476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241807.784465298 Mflops = 241.807784465298 Gflops = 0.241807784465298 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.0017708 Relative Rsd = 7.76124944231806e-07
BICGSTAB_SOLVER_TIME: 1.884018 sec
2Flav::invert,  n_count = 482
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343556000000003
MInvCG2: 326 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.312167(s) Flops=2105911296 => 1604.91103342791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231111.727879669 Mflops = 231.111727879669 Gflops = 0.231111727879669 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.233952000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 265 resid = 1.900346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000695(s) Flops=1741842432 => 1740.63269227887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250603.96241051 Mflops = 250.60396241051 Gflops = 0.25060396241051 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 294 resid = 1.135552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.152442(s) Flops=1932134400 => 1676.55673777943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241419.938346773 Mflops = 241.419938346773 Gflops = 0.241419938346773 Tflops
BICGSTAB_SOLVER: 559 iterations. Rsd = 0.002416474 Relative Rsd = 1.06249994401185e-06
BICGSTAB_SOLVER_TIME: 2.156541 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.397714000000002
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.983909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.685045(s) Flops=1236584448 => 1805.11418665927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.597557125 Mflops = 259.853597557125 Gflops = 0.259853597557125 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 9.137473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.755184(s) Flops=1361258496 => 1802.55208796797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.056131113 Mflops = 259.560056131113 Gflops = 0.259560056131113 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.00222835 Relative Rsd = 9.78806796638305e-07
BICGSTAB_SOLVER_TIME: 1.443578 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281675999999998
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947924(s) Flops=1386160128 => 1462.31145956849 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210591.686620024 Mflops = 210.591686620024 Gflops = 0.210591686620024 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153135000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.3e-05 s
InvBiCGStab: k = 147 resid = 2.206637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.534741(s) Flops=967550976 => 1809.38244121921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260363.996785726 Mflops = 260.363996785726 Gflops = 0.260363996785727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.3e-05 s
InvBiCGStab: k = 157 resid = 1.079603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.571241(s) Flops=1033168896 => 1808.63925383507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260441.969287959 Mflops = 260.441969287959 Gflops = 0.260441969287959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 304 iterations. Rsd = 0.001741456 Relative Rsd = 7.63263694064388e-07
BICGSTAB_SOLVER_TIME: 1.109874 sec
2Flav::invert,  n_count = 304
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.218359999999997
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000106 s
InvBiCGStab: k = 108 resid = 2.008326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451695(s) Flops=711641088 => 1575.49029322884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226629.486046027 Mflops = 226.629486046027 Gflops = 0.226629486046027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000109 s
InvBiCGStab: k = 162 resid = 4.073531e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.63537(s) Flops=1065977856 => 1677.72771141225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241588.074560218 Mflops = 241.588074560218 Gflops = 0.241588074560218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 270 iterations. Rsd = 0.001578691 Relative Rsd = 6.91925350195081e-07
BICGSTAB_SOLVER_TIME: 1.090864 sec
2Flav::invert,  n_count = 270
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194304999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00547 s
InvBiCGStab: k = 103 resid = 1.613331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379644(s) Flops=678832128 => 1788.07548124032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257449.372390472 Mflops = 257.449372390472 Gflops = 0.257449372390472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007165 s
InvBiCGStab: k = 112 resid = 8.070965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408414(s) Flops=737888256 => 1806.71636133923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260129.471313084 Mflops = 260.129471313084 Gflops = 0.260129471313084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001363343 Relative Rsd = 5.97540650581324e-07
BICGSTAB_SOLVER_TIME: 0.804342 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156972999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007459 s
InvBiCGStab: k = 82 resid = 1.979815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300372(s) Flops=541034496 => 1801.2148136311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259334.648279842 Mflops = 259.334648279842 Gflops = 0.259334648279842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011108 s
InvBiCGStab: k = 103 resid = 1.013909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376719(s) Flops=678832128 => 1801.95882872911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.261943152 Mflops = 259.441261943152 Gflops = 0.259441261943152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.0012937 Relative Rsd = 5.67016662431869e-07
BICGSTAB_SOLVER_TIME: 0.699412 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136813
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010462 s
InvBiCGStab: k = 70 resid = 1.951465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255281(s) Flops=462292992 => 1810.91813335109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260728.875281066 Mflops = 260.728875281066 Gflops = 0.260728875281066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015194 s
InvBiCGStab: k = 89 resid = 1.025278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359711(s) Flops=586967040 => 1631.77395186692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234926.27205326 Mflops = 234.92627205326 Gflops = 0.23492627205326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001196499 Relative Rsd = 5.24414536608528e-07
BICGSTAB_SOLVER_TIME: 0.645366 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11899
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900603(s) Flops=1379966976 => 1532.27001908721 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220647.483506713 Mflops = 220.647483506713 Gflops = 0.220647483506713 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152691000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013603 s
InvBiCGStab: k = 25 resid = 1.706325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09265(s) Flops=167012352 => 1802.61577981651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259443.019816121 Mflops = 259.443019816121 Gflops = 0.259443019816121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019587 s
InvBiCGStab: k = 53 resid = 9.027626e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195019(s) Flops=350742528 => 1798.50439187977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258913.207936955 Mflops = 258.913207936955 Gflops = 0.258913207936954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007797224 Relative Rsd = 3.41745052038164e-07
BICGSTAB_SOLVER_TIME: 0.324475 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0624320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017428 s
InvBiCGStab: k = 80 resid = 2.234759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335062(s) Flops=527910912 => 1575.56187213113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226848.097130268 Mflops = 226.848097130268 Gflops = 0.226848097130268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.026472 s
InvBiCGStab: k = 97 resid = 6.700064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40797(s) Flops=639461376 => 1567.42254577542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225680.219695327 Mflops = 225.680219695327 Gflops = 0.225680219695327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001291413 Relative Rsd = 5.66014096795604e-07
BICGSTAB_SOLVER_TIME: 0.791076 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134256
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020512 s
InvBiCGStab: k = 55 resid = 2.034776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20649(s) Flops=363866112 => 1762.14883045184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253685.776931922 Mflops = 253.685776931922 Gflops = 0.253685776931922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029137 s
InvBiCGStab: k = 73 resid = 1.142343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270992(s) Flops=481978368 => 1778.57046702486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256060.57018132 Mflops = 256.06057018132 Gflops = 0.25606057018132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001083784 Relative Rsd = 4.75012220690359e-07
BICGSTAB_SOLVER_TIME: 0.530791 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10021
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023953 s
InvBiCGStab: k = 72 resid = 1.872311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262901(s) Flops=475416576 => 1808.34829840891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260360.382112182 Mflops = 260.360382112182 Gflops = 0.260360382112182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033754 s
InvBiCGStab: k = 96 resid = 5.499323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351294(s) Flops=632899584 => 1801.62366564758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259390.617474068 Mflops = 259.390617474068 Gflops = 0.259390617474068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001180324 Relative Rsd = 5.17325041859131e-07
BICGSTAB_SOLVER_TIME: 0.675484 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129966
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027231 s
InvBiCGStab: k = 58 resid = 2.129557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212252(s) Flops=383551488 => 1807.05712078096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260154.141241217 Mflops = 260.154141241217 Gflops = 0.260154141241217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038934 s
InvBiCGStab: k = 84 resid = 1.115176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306394(s) Flops=554158080 => 1808.64533900794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260399.938072913 Mflops = 260.399938072913 Gflops = 0.260399938072913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001109674 Relative Rsd = 4.86359800331773e-07
BICGSTAB_SOLVER_TIME: 0.588605 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112314
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95196(s) Flops=1373773824 => 1443.10036556158 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207802.603876151 Mflops = 207.802603876151 Gflops = 0.207802603876151 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152009000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03151 s
InvBiCGStab: k = 35 resid = 1.154707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128253(s) Flops=232630272 => 1813.83883417932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261086.751542094 Mflops = 261.086751542094 Gflops = 0.261086751542094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044124 s
InvBiCGStab: k = 53 resid = 1.004043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19432(s) Flops=350742528 => 1804.97389872375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.783939918 Mflops = 259.840783939918 Gflops = 0.259840783939918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007831191 Relative Rsd = 3.43233771951102e-07
BICGSTAB_SOLVER_TIME: 0.40188 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036641 s
InvBiCGStab: k = 55 resid = 2.269353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201219(s) Flops=363866112 => 1808.30891714997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260341.155480996 Mflops = 260.341155480996 Gflops = 0.260341155480996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050263 s
InvBiCGStab: k = 79 resid = 8.289709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289198(s) Flops=521349120 => 1802.74109779459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259539.531525412 Mflops = 259.539531525412 Gflops = 0.259539531525412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001099076 Relative Rsd = 4.81714700306615e-07
BICGSTAB_SOLVER_TIME: 0.58122 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044582 s
InvBiCGStab: k = 54 resid = 2.008391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227271(s) Flops=357304320 => 1572.15095634727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226350.888874308 Mflops = 226.350888874308 Gflops = 0.226350888874308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065772 s
InvBiCGStab: k = 74 resid = 9.270099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294997(s) Flops=488540160 => 1656.08518052726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238426.475690707 Mflops = 238.426475690707 Gflops = 0.238426475690707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001004533 Relative Rsd = 4.40277344616342e-07
BICGSTAB_SOLVER_TIME: 0.636377 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 68 resid = 1.77666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252503(s) Flops=449169408 => 1778.86760949375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256102.856343266 Mflops = 256.102856343267 Gflops = 0.256102856343267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 75 resid = 1.007387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275248(s) Flops=495101952 => 1798.74859036215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258970.55211859 Mflops = 258.97055211859 Gflops = 0.25897055211859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00108545 Relative Rsd = 4.75742676675334e-07
BICGSTAB_SOLVER_TIME: 0.628986 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 50 resid = 1.955793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183268(s) Flops=331057152 => 1806.41002248074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260061.562296672 Mflops = 260.061562296672 Gflops = 0.260061562296672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 74 resid = 8.318327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270694(s) Flops=488540160 => 1804.76907504415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259833.493682094 Mflops = 259.833493682094 Gflops = 0.259833493682094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001043859 Relative Rsd = 4.57513779178817e-07
BICGSTAB_SOLVER_TIME: 0.554963 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102634
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.860018(s) Flops=1373773824 => 1597.377989763 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230070.377793453 Mflops = 230.070377793453 Gflops = 0.230070377793453 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152071000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 28 resid = 1.989979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10365(s) Flops=186697728 => 1801.23230101302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.530336333 Mflops = 259.267530336333 Gflops = 0.259267530336333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 51 resid = 8.575466e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187223(s) Flops=337618944 => 1803.29844089668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.889573968 Mflops = 259.591889573968 Gflops = 0.259591889573968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007189523 Relative Rsd = 3.15110068495219e-07
BICGSTAB_SOLVER_TIME: 0.392114 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040856 s
InvBiCGStab: k = 67 resid = 1.097239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244807(s) Flops=442607616 => 1807.98594811423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260304.284088679 Mflops = 260.304284088679 Gflops = 0.260304284088679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055659 s
InvBiCGStab: k = 77 resid = 1.125281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281505(s) Flops=508225536 => 1805.38724356583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259917.703438398 Mflops = 259.917703438398 Gflops = 0.259917703438398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00108044 Relative Rsd = 4.73546614535538e-07
BICGSTAB_SOLVER_TIME: 0.62652 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040678 s
InvBiCGStab: k = 58 resid = 1.353954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212732(s) Flops=383551488 => 1802.97974916797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259571.676260549 Mflops = 259.571676260549 Gflops = 0.259571676260549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 76 resid = 1.137398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294855(s) Flops=501663744 => 1701.39134150684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244958.324156549 Mflops = 244.958324156549 Gflops = 0.244958324156549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00102661 Relative Rsd = 4.49953539324826e-07
BICGSTAB_SOLVER_TIME: 0.608505 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045964 s
InvBiCGStab: k = 66 resid = 1.628915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269727(s) Flops=436045824 => 1616.61911488283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232759.629589561 Mflops = 232.759629589561 Gflops = 0.232759629589561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066794 s
InvBiCGStab: k = 78 resid = 7.644166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297172(s) Flops=514787328 => 1732.28745642254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249400.531048817 Mflops = 249.400531048817 Gflops = 0.249400531048817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001090026 Relative Rsd = 4.77748420232848e-07
BICGSTAB_SOLVER_TIME: 0.683797 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046507 s
InvBiCGStab: k = 51 resid = 1.936967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223224(s) Flops=337618944 => 1512.46704655413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217748.859003958 Mflops = 217.748859003958 Gflops = 0.217748859003958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05732 s
InvBiCGStab: k = 67 resid = 1.105212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251245(s) Flops=442607616 => 1761.65741009771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253622.11638663 Mflops = 253.62211638663 Gflops = 0.25362211638663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001001669 Relative Rsd = 4.39022313471998e-07
BICGSTAB_SOLVER_TIME: 0.581983 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0987490000000003
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855287(s) Flops=1367728128 => 1599.14523195138 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230276.618128188 Mflops = 230.276618128188 Gflops = 0.230276618128188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151239000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.965838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741137(s) Flops=1308764160 => 1765.88695477354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254251.057555219 Mflops = 254.251057555219 Gflops = 0.254251057555219 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.115644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893189(s) Flops=1610606592 => 1803.20916625709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259656.642939079 Mflops = 259.656642939079 Gflops = 0.259656642939079 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002277419 Relative Rsd = 1.00136723080883e-06
BICGSTAB_SOLVER_TIME: 1.637683 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316481999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.354534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.637643(s) Flops=1151281152 => 1805.52621451188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260011.295657145 Mflops = 260.011295657145 Gflops = 0.260011295657145 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.149992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828867(s) Flops=1348134912 => 1626.47917217117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234206.857022086 Mflops = 234.206857022086 Gflops = 0.234206857022086 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001956772 Relative Rsd = 8.59476509331989e-07
BICGSTAB_SOLVER_TIME: 1.469914 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.119694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271115999999998
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.866109(s) Flops=1367728128 => 1579.16397127844 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227401.712618319 Mflops = 227.401712618319 Gflops = 0.227401712618319 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151132000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 25 resid = 1.958673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092642(s) Flops=167012352 => 1802.77144275814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259494.9445089 Mflops = 259.4949445089 Gflops = 0.2594949445089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056039 s
InvBiCGStab: k = 49 resid = 1.119889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20023(s) Flops=324495360 => 1620.61309494082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233311.400703459 Mflops = 233.311400703459 Gflops = 0.233311400703459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007694563 Relative Rsd = 3.37245497255891e-07
BICGSTAB_SOLVER_TIME: 0.394101 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046348 s
InvBiCGStab: k = 79 resid = 1.480529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333803(s) Flops=521349120 => 1561.84671797437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224872.463925094 Mflops = 224.872463925094 Gflops = 0.224872463925094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056623 s
InvBiCGStab: k = 105 resid = 7.094807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39049(s) Flops=691955712 => 1772.01903249763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255139.877416442 Mflops = 255.139877416442 Gflops = 0.255139877416442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001295852 Relative Rsd = 5.67959887448511e-07
BICGSTAB_SOLVER_TIME: 0.830905 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 54 resid = 2.223952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198352(s) Flops=357304320 => 1801.36484633379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259346.607582057 Mflops = 259.346607582057 Gflops = 0.259346607582057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056504 s
InvBiCGStab: k = 70 resid = 1.033902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258346(s) Flops=462292992 => 1789.43351938873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257637.504716746 Mflops = 257.637504716746 Gflops = 0.257637504716746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001021265 Relative Rsd = 4.47611090050293e-07
BICGSTAB_SOLVER_TIME: 0.558106 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041402 s
InvBiCGStab: k = 58 resid = 2.226061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212442(s) Flops=383551488 => 1805.44095800265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.871596696 Mflops = 259.924871596697 Gflops = 0.259924871596697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 82 resid = 1.03653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29996(s) Flops=541034496 => 1803.68881184158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259684.163096766 Mflops = 259.684163096766 Gflops = 0.259684163096766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001074841 Relative Rsd = 4.71092933489054e-07
BICGSTAB_SOLVER_TIME: 0.61373 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 52 resid = 2.139013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190876(s) Flops=344180736 => 1803.16402271632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.458285489 Mflops = 259.606458285489 Gflops = 0.259606458285489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056369 s
InvBiCGStab: k = 79 resid = 9.130703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294417(s) Flops=521349120 => 1770.78470332895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254937.008287418 Mflops = 254.937008287418 Gflops = 0.254937008287418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001080821 Relative Rsd = 4.73713615264709e-07
BICGSTAB_SOLVER_TIME: 0.586735 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107752
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910332(s) Flops=1367580672 => 1502.28781587377 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216369.150531233 Mflops = 216.369150531233 Gflops = 0.216369150531233 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151074000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040702 s
InvBiCGStab: k = 31 resid = 1.502061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114701(s) Flops=206383104 => 1799.31390310459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258991.659845545 Mflops = 258.991659845545 Gflops = 0.258991659845545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055957 s
InvBiCGStab: k = 52 resid = 1.070606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191234(s) Flops=344180736 => 1799.78840582742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259086.529556031 Mflops = 259.086529556031 Gflops = 0.259086529556031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007763674 Relative Rsd = 3.40274598627225e-07
BICGSTAB_SOLVER_TIME: 0.406239 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040452 s
InvBiCGStab: k = 76 resid = 2.047253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308454(s) Flops=501663744 => 1626.38106168181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234163.83599078 Mflops = 234.16383599078 Gflops = 0.23416383599078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066346 s
InvBiCGStab: k = 93 resid = 1.051085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382178(s) Flops=613214208 => 1604.52513750137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231016.560424486 Mflops = 231.016560424486 Gflops = 0.231016560424486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001265555 Relative Rsd = 5.54681007898793e-07
BICGSTAB_SOLVER_TIME: 0.801577 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 53 resid = 2.156009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199482(s) Flops=350742528 => 1758.26655036545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253129.774162699 Mflops = 253.129774162699 Gflops = 0.253129774162699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057123 s
InvBiCGStab: k = 69 resid = 1.116532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258429(s) Flops=455731200 => 1763.46772227575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253889.302624875 Mflops = 253.889302624875 Gflops = 0.253889302624875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001046588 Relative Rsd = 4.58709724822281e-07
BICGSTAB_SOLVER_TIME: 0.56004 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 61 resid = 2.255515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223984(s) Flops=403236864 => 1800.29316379741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259192.625229277 Mflops = 259.192625229277 Gflops = 0.259192625229277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 80 resid = 9.876404e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292822(s) Flops=527910912 => 1802.83896701751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.2275062 Mflops = 259.5452275062 Gflops = 0.2595452275062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001122715 Relative Rsd = 4.92075429626333e-07
BICGSTAB_SOLVER_TIME: 0.617921 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 56 resid = 2.151886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206971(s) Flops=370427904 => 1789.75752158515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257667.20204932 Mflops = 257.66720204932 Gflops = 0.25766720204932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 86 resid = 1.013592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315089(s) Flops=567281664 => 1800.38549108347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259208.351195967 Mflops = 259.208351195967 Gflops = 0.259208351195967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001083477 Relative Rsd = 4.74877722089046e-07
BICGSTAB_SOLVER_TIME: 0.623921 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115549
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921925(s) Flops=1367506944 => 1483.3169118963 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213602.568784529 Mflops = 213.602568784529 Gflops = 0.213602568784529 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151071000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 28 resid = 2.201054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103904(s) Flops=186697728 => 1796.82907299045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258619.022763974 Mflops = 258.619022763974 Gflops = 0.258619022763974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057932 s
InvBiCGStab: k = 50 resid = 1.131112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183378(s) Flops=331057152 => 1805.32644046723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.929186352 Mflops = 259.876929186352 Gflops = 0.259876929186352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0008065708 Relative Rsd = 3.53512455083068e-07
BICGSTAB_SOLVER_TIME: 0.389977 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700000000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042981 s
InvBiCGStab: k = 54 resid = 1.919929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198256(s) Flops=357304320 => 1802.23710757808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.892326084 Mflops = 259.453892326084 Gflops = 0.259453892326084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 71 resid = 1.114053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259236(s) Flops=468854784 => 1808.60213859186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260366.1362253 Mflops = 260.3661362253 Gflops = 0.2603661362253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001072123 Relative Rsd = 4.69901631006712e-07
BICGSTAB_SOLVER_TIME: 0.560192 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103545
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046365 s
InvBiCGStab: k = 58 resid = 1.724631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239655(s) Flops=383551488 => 1600.43182074232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230409.124014263 Mflops = 230.409124014263 Gflops = 0.230409124014263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062252 s
InvBiCGStab: k = 76 resid = 8.867662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321914(s) Flops=501663744 => 1558.37815068621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224365.714702996 Mflops = 224.365714702996 Gflops = 0.224365714702996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001056472 Relative Rsd = 4.63041641078524e-07
BICGSTAB_SOLVER_TIME: 0.674069 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043062 s
InvBiCGStab: k = 60 resid = 2.278603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223857(s) Flops=396675072 => 1772.00209062035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255111.621044088 Mflops = 255.111621044088 Gflops = 0.255111621044088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056779 s
InvBiCGStab: k = 84 resid = 9.859947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309667(s) Flops=554158080 => 1789.52901019482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257650.420620115 Mflops = 257.650420620115 Gflops = 0.257650420620115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001104912 Relative Rsd = 4.84272418776497e-07
BICGSTAB_SOLVER_TIME: 0.637143 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 53 resid = 2.189209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194565(s) Flops=350742528 => 1802.70104078329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259530.091876322 Mflops = 259.530091876322 Gflops = 0.259530091876322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 80 resid = 1.076366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292736(s) Flops=527910912 => 1803.3686051596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.286727266 Mflops = 259.628286727266 Gflops = 0.259628286727266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001040393 Relative Rsd = 4.55994445016719e-07
BICGSTAB_SOLVER_TIME: 0.588859 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109138
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855983(s) Flops=1367654400 => 1597.75883399554 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230075.581302914 Mflops = 230.075581302914 Gflops = 0.230075581302914 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 28 resid = 2.032481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103393(s) Flops=186697728 => 1805.70955480545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259921.288557083 Mflops = 259.921288557083 Gflops = 0.259921288557083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056592 s
InvBiCGStab: k = 49 resid = 1.094518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180394(s) Flops=324495360 => 1798.81459472045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258954.945281597 Mflops = 258.954945281597 Gflops = 0.258954945281597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007448166 Relative Rsd = 3.26446142281323e-07
BICGSTAB_SOLVER_TIME: 0.385154 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 61 resid = 2.220413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22307(s) Flops=403236864 => 1807.66962836778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260254.623461901 Mflops = 260.254623461901 Gflops = 0.260254623461901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056956 s
InvBiCGStab: k = 78 resid = 1.145472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2866(s) Flops=514787328 => 1796.18746685276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258596.068534368 Mflops = 258.596068534368 Gflops = 0.258596068534368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001121306 Relative Rsd = 4.91457838173263e-07
BICGSTAB_SOLVER_TIME: 0.611363 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113594
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040915 s
InvBiCGStab: k = 57 resid = 1.658677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209028(s) Flops=376989696 => 1803.53682760204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259652.602533475 Mflops = 259.652602533475 Gflops = 0.259652602533475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 72 resid = 1.040031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266265(s) Flops=475416576 => 1785.50157174244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257049.596873925 Mflops = 257.049596873925 Gflops = 0.257049596873925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001030335 Relative Rsd = 4.51586095185071e-07
BICGSTAB_SOLVER_TIME: 0.576544 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045695 s
InvBiCGStab: k = 58 resid = 1.710732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243464(s) Flops=383551488 => 1575.39302730588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226813.761384371 Mflops = 226.813761384371 Gflops = 0.226813761384371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063049 s
InvBiCGStab: k = 75 resid = 8.561329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294704(s) Flops=495101952 => 1679.99739399533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241868.826076667 Mflops = 241.868826076667 Gflops = 0.241868826076667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001097976 Relative Rsd = 4.81232525882334e-07
BICGSTAB_SOLVER_TIME: 0.650613 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041476 s
InvBiCGStab: k = 55 resid = 2.177522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204948(s) Flops=363866112 => 1775.40699104163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255615.110222585 Mflops = 255.615110222585 Gflops = 0.255615110222585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056785 s
InvBiCGStab: k = 90 resid = 1.064303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329918(s) Flops=593528832 => 1799.01924720688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259013.732891314 Mflops = 259.013732891314 Gflops = 0.259013732891314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001040314 Relative Rsd = 4.55960055010161e-07
BICGSTAB_SOLVER_TIME: 0.636944 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117525
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859938(s) Flops=1373921280 => 1597.6980666048 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230070.370358349 Mflops = 230.070370358349 Gflops = 0.230070370358349 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152239000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.200031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808923(s) Flops=1433438208 => 1772.03294751169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255085.21153245 Mflops = 255.08521153245 Gflops = 0.25508521153245 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.132514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911475(s) Flops=1636853760 => 1795.82957294495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258593.40802373 Mflops = 258.59340802373 Gflops = 0.25859340802373 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002123047 Relative Rsd = 9.33495262923594e-07
BICGSTAB_SOLVER_TIME: 1.72372 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332994
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.202954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772511(s) Flops=1308764160 => 1694.16896328984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243913.312774827 Mflops = 243.913312774827 Gflops = 0.243913312774827 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 9.846593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.877102(s) Flops=1453123584 => 1656.73272207793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238563.834171261 Mflops = 238.563834171261 Gflops = 0.238563834171261 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002420568 Relative Rsd = 1.06315248295326e-06
BICGSTAB_SOLVER_TIME: 1.65303 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299384999999999
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859564(s) Flops=1373921280 => 1598.39323191758 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230185.751897365 Mflops = 230.185751897365 Gflops = 0.230185751897365 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152016000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.385305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043008 s
InvBiCGStab: k = 41 resid = 6.069255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178099(s) Flops=272001024 => 1527.24621699167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219866.56473962 Mflops = 219.86656473962 Gflops = 0.21986656473962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066072 s
InvBiCGStab: k = 51 resid = 1.152314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209628(s) Flops=337618944 => 1610.56225313412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231867.849936936 Mflops = 231.867849936936 Gflops = 0.231867849936936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007130518 Relative Rsd = 3.12523955309241e-07
BICGSTAB_SOLVER_TIME: 0.500497 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0797760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041215 s
InvBiCGStab: k = 73 resid = 2.1052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271243(s) Flops=481978368 => 1776.92463215641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255835.149367452 Mflops = 255.835149367452 Gflops = 0.255835149367452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056998 s
InvBiCGStab: k = 95 resid = 1.087858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352063(s) Flops=626337792 => 1779.05031769882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256142.892169124 Mflops = 256.142892169124 Gflops = 0.256142892169124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001247211 Relative Rsd = 5.46640991736704e-07
BICGSTAB_SOLVER_TIME: 0.725128 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 58 resid = 1.972997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214016(s) Flops=383551488 => 1792.16267942584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258022.748913109 Mflops = 258.022748913109 Gflops = 0.258022748913109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 74 resid = 1.065138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272035(s) Flops=488540160 => 1795.87244288419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258547.233948869 Mflops = 258.547233948869 Gflops = 0.258547233948869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0009835382 Relative Rsd = 4.31075619746101e-07
BICGSTAB_SOLVER_TIME: 0.587324 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108394
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041706 s
InvBiCGStab: k = 59 resid = 2.197752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215796(s) Flops=390113280 => 1807.78735472391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260268.512480595 Mflops = 260.268512480595 Gflops = 0.260268512480595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056619 s
InvBiCGStab: k = 86 resid = 8.883097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315393(s) Flops=567281664 => 1798.65014125234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258959.743143425 Mflops = 258.959743143425 Gflops = 0.258959743143425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001123412 Relative Rsd = 4.92381010856705e-07
BICGSTAB_SOLVER_TIME: 0.633207 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046799 s
InvBiCGStab: k = 62 resid = 2.090616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255143(s) Flops=409798656 => 1606.15284761879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231244.583314981 Mflops = 231.244583314981 Gflops = 0.231244583314981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060219 s
InvBiCGStab: k = 76 resid = 9.15368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318962(s) Flops=501663744 => 1572.80097315668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226445.116666768 Mflops = 226.445116666768 Gflops = 0.226445116666768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001096086 Relative Rsd = 4.80404155323793e-07
BICGSTAB_SOLVER_TIME: 0.685248 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112557
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.870899(s) Flops=1379966976 => 1584.53158862279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228172.65808544 Mflops = 228.17265808544 Gflops = 0.22817265808544 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152832000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04106 s
InvBiCGStab: k = 32 resid = 2.058838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118691(s) Flops=212944896 => 1794.11156701014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258243.233666218 Mflops = 258.243233666218 Gflops = 0.258243233666218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064236 s
InvBiCGStab: k = 52 resid = 9.361088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220441(s) Flops=344180736 => 1561.32813768764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224781.500392124 Mflops = 224.781500392124 Gflops = 0.224781500392124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.00074451 Relative Rsd = 3.26311796751256e-07
BICGSTAB_SOLVER_TIME: 0.448504 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043502 s
InvBiCGStab: k = 78 resid = 1.741623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314625(s) Flops=514787328 => 1636.19333492253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235578.494500428 Mflops = 235.578494500428 Gflops = 0.235578494500428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 100 resid = 5.907218e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374894(s) Flops=659146752 => 1758.22166265664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253145.599296258 Mflops = 253.145599296258 Gflops = 0.253145599296258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001274703 Relative Rsd = 5.58690352016379e-07
BICGSTAB_SOLVER_TIME: 0.792662 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04066 s
InvBiCGStab: k = 62 resid = 1.807352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227353(s) Flops=409798656 => 1802.47745136418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259500.50756321 Mflops = 259.50050756321 Gflops = 0.25950050756321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 66 resid = 1.121414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242679(s) Flops=436045824 => 1796.8008109478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258675.354605331 Mflops = 258.675354605331 Gflops = 0.258675354605331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001025447 Relative Rsd = 4.49443710028803e-07
BICGSTAB_SOLVER_TIME: 0.570703 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 65 resid = 1.756082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239519(s) Flops=429484032 => 1793.11049227827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.084401898 Mflops = 258.158084401898 Gflops = 0.258158084401898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 90 resid = 1.101972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330432(s) Flops=593528832 => 1796.22080185938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.831969869 Mflops = 258.607831969869 Gflops = 0.258607831969869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001139422 Relative Rsd = 4.99397949835591e-07
BICGSTAB_SOLVER_TIME: 0.671008 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 55 resid = 1.829938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201617(s) Flops=363866112 => 1804.73924321858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.13275671 Mflops = 259.82613275671 Gflops = 0.25982613275671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 82 resid = 9.659132e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341467(s) Flops=541034496 => 1584.44153022108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228124.40925956 Mflops = 228.12440925956 Gflops = 0.22812440925956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001074675 Relative Rsd = 4.71020173623548e-07
BICGSTAB_SOLVER_TIME: 0.644426 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111966
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905673(s) Flops=1386160128 => 1530.53047623149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220598.536134334 Mflops = 220.598536134334 Gflops = 0.220598536134334 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153336000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041773 s
InvBiCGStab: k = 30 resid = 1.670209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11135(s) Flops=199821312 => 1794.53356084419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258322.405310172 Mflops = 258.322405310172 Gflops = 0.258322405310172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 45 resid = 9.773596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165461(s) Flops=298248192 => 1802.52864421223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259481.400847955 Mflops = 259.481400847955 Gflops = 0.259481400847955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007470236 Relative Rsd = 3.27413476019179e-07
BICGSTAB_SOLVER_TIME: 0.378301 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045683 s
InvBiCGStab: k = 59 resid = 1.590484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247058(s) Flops=390113280 => 1579.03520630783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227337.431665671 Mflops = 227.337431665671 Gflops = 0.227337431665671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059503 s
InvBiCGStab: k = 76 resid = 1.110419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310159(s) Flops=501663744 => 1617.44055145909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232866.099791753 Mflops = 232.866099791753 Gflops = 0.232866099791753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001056566 Relative Rsd = 4.63082868267394e-07
BICGSTAB_SOLVER_TIME: 0.6668 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110688
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042253 s
InvBiCGStab: k = 64 resid = 9.772409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239475(s) Flops=422922240 => 1766.03921077357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254249.004719831 Mflops = 254.249004719831 Gflops = 0.254249004719831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05773 s
InvBiCGStab: k = 73 resid = 1.091583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271291(s) Flops=481978368 => 1776.61023771522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255779.174632933 Mflops = 255.779174632933 Gflops = 0.255779174632933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001053641 Relative Rsd = 4.61800794536291e-07
BICGSTAB_SOLVER_TIME: 0.614339 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 53 resid = 2.194862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194575(s) Flops=350742528 => 1802.60839265065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259518.191817122 Mflops = 259.518191817122 Gflops = 0.259518191817122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 72 resid = 9.232647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264147(s) Flops=475416576 => 1799.81819214301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259120.030090624 Mflops = 259.120030090624 Gflops = 0.259120030090624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001115334 Relative Rsd = 4.88840574988764e-07
BICGSTAB_SOLVER_TIME: 0.559496 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 56 resid = 2.112858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204983(s) Flops=370427904 => 1807.11524370314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.823795415 Mflops = 260.163823795415 Gflops = 0.260163823795415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 77 resid = 8.611219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281316(s) Flops=508225536 => 1806.60017915796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260097.205190821 Mflops = 260.097205190821 Gflops = 0.260097205190821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001038974 Relative Rsd = 4.55372516545018e-07
BICGSTAB_SOLVER_TIME: 0.587213 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109174
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958321(s) Flops=1392353280 => 1452.90907743856 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209374.879317311 Mflops = 209.374879317311 Gflops = 0.209374879317311 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154000000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 29 resid = 1.89792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107726(s) Flops=193259520 => 1793.99142268347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258219.743297809 Mflops = 258.219743297809 Gflops = 0.258219743297809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 56 resid = 1.09069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208942(s) Flops=370427904 => 1772.87430961702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255248.396889195 Mflops = 255.248396889195 Gflops = 0.255248396889195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007707225 Relative Rsd = 3.37800482569427e-07
BICGSTAB_SOLVER_TIME: 0.417598 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 62 resid = 1.680024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23316(s) Flops=409798656 => 1757.5855892949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253035.425068297 Mflops = 253.035425068297 Gflops = 0.253035425068297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 83 resid = 9.171267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322578(s) Flops=547596288 => 1697.56241281178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244391.913646039 Mflops = 244.391913646039 Gflops = 0.244391913646039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001092886 Relative Rsd = 4.79001563498494e-07
BICGSTAB_SOLVER_TIME: 0.657274 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043879 s
InvBiCGStab: k = 58 resid = 2.216238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260809(s) Flops=383551488 => 1470.62213343865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211733.032402083 Mflops = 211.733032402083 Gflops = 0.211733032402083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061753 s
InvBiCGStab: k = 64 resid = 1.082156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244828(s) Flops=422922240 => 1727.42594801248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248697.862161966 Mflops = 248.697862161966 Gflops = 0.248697862161966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001006503 Relative Rsd = 4.41140768490172e-07
BICGSTAB_SOLVER_TIME: 0.615083 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041538 s
InvBiCGStab: k = 62 resid = 2.270593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23049(s) Flops=409798656 => 1777.94549004295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255967.883473338 Mflops = 255.967883473338 Gflops = 0.255967883473338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057174 s
InvBiCGStab: k = 78 resid = 7.715607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286595(s) Flops=514787328 => 1796.21880353809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258596.985858815 Mflops = 258.596985858815 Gflops = 0.258596985858815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001083711 Relative Rsd = 4.74980279823735e-07
BICGSTAB_SOLVER_TIME: 0.619447 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 53 resid = 2.062522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194284(s) Flops=350742528 => 1805.30835272076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.894827677 Mflops = 259.899894827677 Gflops = 0.259899894827677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056753 s
InvBiCGStab: k = 84 resid = 6.002955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307985(s) Flops=554158080 => 1799.30217380717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259048.666980131 Mflops = 259.048666980131 Gflops = 0.259048666980131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001039109 Relative Rsd = 4.55431857164642e-07
BICGSTAB_SOLVER_TIME: 0.603806 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112084
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.895605(s) Flops=1404813312 => 1568.56349841727 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225877.766242594 Mflops = 225.877766242594 Gflops = 0.225877766242594 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155402000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.807047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746938(s) Flops=1348134912 => 1804.88194736377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259807.619123756 Mflops = 259.807619123756 Gflops = 0.259807619123756 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 8.928193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.896713(s) Flops=1558112256 => 1737.58187513731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250212.970291018 Mflops = 250.212970291018 Gflops = 0.250212970291018 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002092105 Relative Rsd = 9.19885742500036e-07
BICGSTAB_SOLVER_TIME: 1.648048 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.121732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315048999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.912877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732393(s) Flops=1216899072 => 1661.53837079273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239152.433946817 Mflops = 239.152433946817 Gflops = 0.239152433946817 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 9.217715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786746(s) Flops=1407191040 => 1788.62179153119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257555.174782447 Mflops = 257.555174782447 Gflops = 0.257555174782447 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.002042055 Relative Rsd = 8.96873876172242e-07
BICGSTAB_SOLVER_TIME: 1.522398 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284455999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.875595(s) Flops=1404813312 => 1604.40992924811 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231053.433100188 Mflops = 231.053433100188 Gflops = 0.231053433100188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155493000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 29 resid = 1.406267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109186(s) Flops=193259520 => 1770.002747605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254780.803159102 Mflops = 254.780803159102 Gflops = 0.254780803159102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 56 resid = 7.174984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207192(s) Flops=370427904 => 1787.84848835862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257380.953944807 Mflops = 257.380953944807 Gflops = 0.257380953944807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007800629 Relative Rsd = 3.41894296502822e-07
BICGSTAB_SOLVER_TIME: 0.417913 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0752920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040797 s
InvBiCGStab: k = 87 resid = 1.827122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318537(s) Flops=573843456 => 1801.49701918458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259378.832030996 Mflops = 259.378832030996 Gflops = 0.259378832030996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057342 s
InvBiCGStab: k = 101 resid = 1.082547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379295(s) Flops=665708544 => 1755.12080043238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252697.713025569 Mflops = 252.697713025569 Gflops = 0.252697713025569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001297176 Relative Rsd = 5.68540231565101e-07
BICGSTAB_SOLVER_TIME: 0.800193 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 53 resid = 2.133175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196542(s) Flops=350742528 => 1784.56781756571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256921.628532435 Mflops = 256.921628532435 Gflops = 0.256921628532435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 67 resid = 1.124694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245813(s) Flops=442607616 => 1800.58668988215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259233.548068334 Mflops = 259.233548068334 Gflops = 0.259233548068334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001064266 Relative Rsd = 4.66457681047376e-07
BICGSTAB_SOLVER_TIME: 0.543684 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046242 s
InvBiCGStab: k = 70 resid = 1.277419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290178(s) Flops=462292992 => 1593.13590968302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229366.071913707 Mflops = 229.366071913707 Gflops = 0.229366071913707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063421 s
InvBiCGStab: k = 80 resid = 8.023702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335667(s) Flops=527910912 => 1572.72210851826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226439.434480572 Mflops = 226.439434480572 Gflops = 0.226439434480572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.0011459 Relative Rsd = 5.02237421445248e-07
BICGSTAB_SOLVER_TIME: 0.739437 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042307 s
InvBiCGStab: k = 58 resid = 1.61045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215855(s) Flops=383551488 => 1776.89415579903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255811.840670413 Mflops = 255.811840670413 Gflops = 0.255811840670413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057827 s
InvBiCGStab: k = 79 resid = 1.138107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292571(s) Flops=521349120 => 1781.95761028947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256545.983601506 Mflops = 256.545983601506 Gflops = 0.256545983601506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001077673 Relative Rsd = 4.72333831055035e-07
BICGSTAB_SOLVER_TIME: 0.612219 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111987
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.879901(s) Flops=1411080192 => 1603.68063225295 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230927.259164523 Mflops = 230.927259164523 Gflops = 0.230927259164523 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 32 resid = 1.471332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118347(s) Flops=212944896 => 1799.32652285229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258998.854728373 Mflops = 258.998854728373 Gflops = 0.258998854728373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 47 resid = 1.144059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19204(s) Flops=311371776 => 1621.39021037284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233408.843809451 Mflops = 233.408843809451 Gflops = 0.233408843809451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007508229 Relative Rsd = 3.29078687078529e-07
BICGSTAB_SOLVER_TIME: 0.411281 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042969 s
InvBiCGStab: k = 81 resid = 1.468386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299608(s) Flops=534472704 => 1783.90665135777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256842.141701918 Mflops = 256.842141701918 Gflops = 0.256842141701918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056884 s
InvBiCGStab: k = 104 resid = 1.04735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38142(s) Flops=685393920 => 1796.95327984899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258715.430974588 Mflops = 258.715430974588 Gflops = 0.258715430974588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001277965 Relative Rsd = 5.60120343594677e-07
BICGSTAB_SOLVER_TIME: 0.784535 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 59 resid = 9.945237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217629(s) Flops=390113280 => 1792.56110169141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258077.872650436 Mflops = 258.077872650436 Gflops = 0.258077872650436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 76 resid = 1.134802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278312(s) Flops=501663744 => 1802.52286642329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259511.490224868 Mflops = 259.511490224868 Gflops = 0.259511490224868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001027449 Relative Rsd = 4.50321369528492e-07
BICGSTAB_SOLVER_TIME: 0.597159 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110546
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 70 resid = 1.561417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256634(s) Flops=462292992 => 1801.37079264634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.699655845 Mflops = 259.357699655845 Gflops = 0.259357699655845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 90 resid = 7.569716e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371735(s) Flops=593528832 => 1596.64500786851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229881.241563266 Mflops = 229.881241563265 Gflops = 0.229881241563266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001143763 Relative Rsd = 5.01300727468427e-07
BICGSTAB_SOLVER_TIME: 0.730182 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128442
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045403 s
InvBiCGStab: k = 57 resid = 2.186838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233165(s) Flops=376989696 => 1616.83655780241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232784.210940628 Mflops = 232.784210940628 Gflops = 0.232784210940628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056702 s
InvBiCGStab: k = 87 resid = 1.135088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326002(s) Flops=573843456 => 1760.24520094969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253423.365779813 Mflops = 253.423365779813 Gflops = 0.253423365779813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001117292 Relative Rsd = 4.89698437273996e-07
BICGSTAB_SOLVER_TIME: 0.665024 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116929
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889757(s) Flops=1423392768 => 1599.75450375777 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230377.593865158 Mflops = 230.377593865158 Gflops = 0.230377593865158 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157617000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046087 s
InvBiCGStab: k = 28 resid = 1.936685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122892(s) Flops=186697728 => 1519.2016404648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218665.357276699 Mflops = 218.665357276699 Gflops = 0.218665357276699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063615 s
InvBiCGStab: k = 51 resid = 9.462853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214601(s) Flops=337618944 => 1573.24031108895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226494.303103933 Mflops = 226.494303103933 Gflops = 0.226494303103933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007796572 Relative Rsd = 3.41716453227073e-07
BICGSTAB_SOLVER_TIME: 0.450869 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 58 resid = 1.613345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216159(s) Flops=383551488 => 1774.39518132486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255449.960693628 Mflops = 255.449960693628 Gflops = 0.255449960693628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056484 s
InvBiCGStab: k = 80 resid = 1.101514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294492(s) Flops=527910912 => 1792.61545984271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258079.547677123 Mflops = 258.079547677123 Gflops = 0.258079547677123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070127 Relative Rsd = 4.69026573718202e-07
BICGSTAB_SOLVER_TIME: 0.612449 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112956
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040628 s
InvBiCGStab: k = 53 resid = 2.221276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193998(s) Flops=350742528 => 1807.9698141218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260271.470024564 Mflops = 260.271470024564 Gflops = 0.260271470024564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055887 s
InvBiCGStab: k = 70 resid = 1.10867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256035(s) Flops=462292992 => 1805.58514265628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259949.949694701 Mflops = 259.949949694701 Gflops = 0.259949949694701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001019917 Relative Rsd = 4.47020286065239e-07
BICGSTAB_SOLVER_TIME: 0.550431 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040851 s
InvBiCGStab: k = 56 resid = 2.224901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205332(s) Flops=370427904 => 1804.04371456958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.548668357 Mflops = 259.716548668357 Gflops = 0.259716548668357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 72 resid = 1.060757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264721(s) Flops=475416576 => 1795.91560926409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258560.868032783 Mflops = 258.560868032783 Gflops = 0.258560868032783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001086739 Relative Rsd = 4.76307611619847e-07
BICGSTAB_SOLVER_TIME: 0.570786 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 54 resid = 1.821123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225431(s) Flops=357304320 => 1584.98307686166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228189.650689375 Mflops = 228.189650689375 Gflops = 0.228189650689375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062789 s
InvBiCGStab: k = 74 resid = 7.436961e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307067(s) Flops=488540160 => 1590.98880700303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229048.303794813 Mflops = 229.048303794813 Gflops = 0.229048303794813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001032048 Relative Rsd = 4.52337062716983e-07
BICGSTAB_SOLVER_TIME: 0.640759 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10562
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.90276(s) Flops=1429659648 => 1583.65418051309 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228031.46799924 Mflops = 228.03146799924 Gflops = 0.22803146799924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158391000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041323 s
InvBiCGStab: k = 27 resid = 1.754178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099842(s) Flops=180135936 => 1804.21001181867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259687.753031501 Mflops = 259.687753031501 Gflops = 0.259687753031501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 50 resid = 1.013384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196327(s) Flops=331057152 => 1686.25381124349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242745.238431492 Mflops = 242.745238431492 Gflops = 0.242745238431492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007676242 Relative Rsd = 3.3644251101228e-07
BICGSTAB_SOLVER_TIME: 0.398061 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043586 s
InvBiCGStab: k = 67 resid = 1.449027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27718(s) Flops=442607616 => 1596.82378237968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229901.10725424 Mflops = 229.90110725424 Gflops = 0.22990110725424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064739 s
InvBiCGStab: k = 82 resid = 1.135579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316426(s) Flops=541034496 => 1709.82945775632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246166.106550241 Mflops = 246.166106550241 Gflops = 0.246166106550241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001134814 Relative Rsd = 4.97378276794709e-07
BICGSTAB_SOLVER_TIME: 0.705806 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120758
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 55 resid = 1.843608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204066(s) Flops=363866112 => 1783.08053276881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256694.779274632 Mflops = 256.694779274632 Gflops = 0.256694779274632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055878 s
InvBiCGStab: k = 71 resid = 1.093324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260102(s) Flops=468854784 => 1802.58046458697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259507.38002812 Mflops = 259.50738002812 Gflops = 0.25950738002812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001020061 Relative Rsd = 4.4708299425227e-07
BICGSTAB_SOLVER_TIME: 0.565067 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 62 resid = 1.874824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227737(s) Flops=409798656 => 1799.43819405718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259061.188155865 Mflops = 259.061188155865 Gflops = 0.259061188155865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055911 s
InvBiCGStab: k = 83 resid = 8.714505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302489(s) Flops=547596288 => 1810.30149195508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260636.294100118 Mflops = 260.636294100118 Gflops = 0.260636294100118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001086618 Relative Rsd = 4.76254648968799e-07
BICGSTAB_SOLVER_TIME: 0.630958 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041365 s
InvBiCGStab: k = 54 resid = 1.549416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197391(s) Flops=357304320 => 1810.1348085779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260583.532341842 Mflops = 260.583532341842 Gflops = 0.260583532341842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056109 s
InvBiCGStab: k = 80 resid = 1.044541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29201(s) Flops=527910912 => 1807.85216944625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260274.670742877 Mflops = 260.274670742877 Gflops = 0.260274670742877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001045983 Relative Rsd = 4.58444758495795e-07
BICGSTAB_SOLVER_TIME: 0.590644 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110116
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975687(s) Flops=1435852800 => 1471.63260348862 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211912.122041457 Mflops = 211.912122041457 Gflops = 0.211912122041457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159351000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.164284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872077(s) Flops=1505617920 => 1726.47360267499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248614.125438367 Mflops = 248.614125438367 Gflops = 0.248614125438367 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 9.348088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.970064(s) Flops=1610606592 => 1660.30962080852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239073.827111236 Mflops = 239.073827111236 Gflops = 0.239073827111236 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002096241 Relative Rsd = 9.2169632674319e-07
BICGSTAB_SOLVER_TIME: 1.845537 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337939
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.926444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.645486(s) Flops=1164404736 => 1803.91942815181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.565022098 Mflops = 259.742565022098 Gflops = 0.259742565022098 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 9.524618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683953(s) Flops=1203775488 => 1760.02662171231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253429.789160995 Mflops = 253.429789160995 Gflops = 0.253429789160995 Tflops
BICGSTAB_SOLVER: 360 iterations. Rsd = 0.001872732 Relative Rsd = 8.22492408412233e-07
BICGSTAB_SOLVER_TIME: 1.332918 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.120046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257214999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961197(s) Flops=1435852800 => 1493.81739643382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215100.691093346 Mflops = 215.100691093346 Gflops = 0.215100691093346 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 28 resid = 2.235623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102883(s) Flops=186697728 => 1814.66061448441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261191.121777132 Mflops = 261.191121777132 Gflops = 0.261191121777131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 51 resid = 9.485101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186875(s) Flops=337618944 => 1806.65655652174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260069.738033858 Mflops = 260.069738033858 Gflops = 0.260069738033858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007744475 Relative Rsd = 3.39433114965294e-07
BICGSTAB_SOLVER_TIME: 0.391229 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 79 resid = 1.706897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288632(s) Flops=521349120 => 1806.27622716816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.795584937 Mflops = 260.058795584937 Gflops = 0.260058795584937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056144 s
InvBiCGStab: k = 96 resid = 1.144561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350185(s) Flops=632899584 => 1807.32922312492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260210.292822596 Mflops = 260.210292822596 Gflops = 0.260210292822596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001256785 Relative Rsd = 5.50837286869166e-07
BICGSTAB_SOLVER_TIME: 0.739743 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046781 s
InvBiCGStab: k = 53 resid = 1.553554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218629(s) Flops=350742528 => 1604.28181073874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230955.003009738 Mflops = 230.955003009738 Gflops = 0.230955003009738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059957 s
InvBiCGStab: k = 67 resid = 1.073539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274544(s) Flops=442607616 => 1612.15548691649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232082.904242691 Mflops = 232.082904242691 Gflops = 0.232082904242691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001027758 Relative Rsd = 4.50456837581028e-07
BICGSTAB_SOLVER_TIME: 0.604317 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999030000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04209 s
InvBiCGStab: k = 59 resid = 2.276358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220173(s) Flops=390113280 => 1771.84886430216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255089.972710515 Mflops = 255.089972710515 Gflops = 0.255089972710515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059742 s
InvBiCGStab: k = 88 resid = 1.046713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348551(s) Flops=580405248 => 1665.19461427453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239758.426946956 Mflops = 239.758426946956 Gflops = 0.239758426946956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001142617 Relative Rsd = 5.00798245592202e-07
BICGSTAB_SOLVER_TIME: 0.674582 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 56 resid = 2.131161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206964(s) Flops=370427904 => 1789.81805531397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257670.063091435 Mflops = 257.670063091435 Gflops = 0.257670063091435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 79 resid = 5.891719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289612(s) Flops=521349120 => 1800.16408159883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259163.286762404 Mflops = 259.163286762404 Gflops = 0.259163286762404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001092887 Relative Rsd = 4.79002379878471e-07
BICGSTAB_SOLVER_TIME: 0.597907 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110555
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900633(s) Flops=1442193408 => 1601.31086469183 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230568.637863795 Mflops = 230.568637863795 Gflops = 0.230568637863795 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159858000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040745 s
InvBiCGStab: k = 25 resid = 2.113002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092654(s) Flops=167012352 => 1802.53795842597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.776976956 Mflops = 259.406776976956 Gflops = 0.259406776976956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 52 resid = 9.657946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190303(s) Flops=344180736 => 1808.59332748301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260340.594313452 Mflops = 260.340594313452 Gflops = 0.260340594313452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007388975 Relative Rsd = 3.23851865295569e-07
BICGSTAB_SOLVER_TIME: 0.383571 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 80 resid = 2.098088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29245(s) Flops=527910912 => 1805.13220037613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259881.719950012 Mflops = 259.881719950012 Gflops = 0.259881719950012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056125 s
InvBiCGStab: k = 104 resid = 7.080521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380068(s) Flops=685393920 => 1803.34550659356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.290813317 Mflops = 259.635290813318 Gflops = 0.259635290813317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001279247 Relative Rsd = 5.60681910971782e-07
BICGSTAB_SOLVER_TIME: 0.773978 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 56 resid = 1.884788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204894(s) Flops=370427904 => 1807.9002020557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260261.151520633 Mflops = 260.261151520633 Gflops = 0.260261151520633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059004 s
InvBiCGStab: k = 74 resid = 9.671481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319084(s) Flops=488540160 => 1531.07068984969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220436.231139735 Mflops = 220.436231139735 Gflops = 0.220436231139735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001048556 Relative Rsd = 4.59572128221139e-07
BICGSTAB_SOLVER_TIME: 0.628653 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042353 s
InvBiCGStab: k = 61 resid = 1.777654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251084(s) Flops=403236864 => 1605.98390976725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231216.669097406 Mflops = 231.216669097406 Gflops = 0.231216669097406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056957 s
InvBiCGStab: k = 92 resid = 6.623806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343312(s) Flops=606652416 => 1767.05858228084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254430.214185141 Mflops = 254.430214185141 Gflops = 0.254430214185141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00113936 Relative Rsd = 4.99370703153838e-07
BICGSTAB_SOLVER_TIME: 0.69758 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041377 s
InvBiCGStab: k = 52 resid = 2.185552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191959(s) Flops=344180736 => 1792.99087826046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258115.125603213 Mflops = 258.115125603213 Gflops = 0.258115125603213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 86 resid = 1.079386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314152(s) Flops=567281664 => 1805.75537956149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259972.416079118 Mflops = 259.972416079118 Gflops = 0.259972416079118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001074846 Relative Rsd = 4.71094821367752e-07
BICGSTAB_SOLVER_TIME: 0.607467 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112968
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.90397(s) Flops=1448460288 => 1602.33225438897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230716.208344319 Mflops = 230.716208344319 Gflops = 0.230716208344319 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161321000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041748 s
InvBiCGStab: k = 25 resid = 2.147122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09366(s) Flops=167012352 => 1783.17693786035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256634.788802845 Mflops = 256.634788802845 Gflops = 0.256634788802845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057253 s
InvBiCGStab: k = 45 resid = 1.024356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166409(s) Flops=298248192 => 1792.25998593826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257649.406075425 Mflops = 257.649406075425 Gflops = 0.257649406075425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007450451 Relative Rsd = 3.26546327411702e-07
BICGSTAB_SOLVER_TIME: 0.363049 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0645780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 57 resid = 9.220692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208465(s) Flops=376989696 => 1808.40762717962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260347.994307255 Mflops = 260.347994307255 Gflops = 0.260347994307255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055933 s
InvBiCGStab: k = 74 resid = 1.048974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287046(s) Flops=488540160 => 1701.95773499718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245021.563506477 Mflops = 245.021563506477 Gflops = 0.245021563506477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001066311 Relative Rsd = 4.67353964215305e-07
BICGSTAB_SOLVER_TIME: 0.596432 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041816 s
InvBiCGStab: k = 54 resid = 1.809341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198246(s) Flops=357304320 => 1802.32801670652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259465.431764655 Mflops = 259.465431764655 Gflops = 0.259465431764655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057035 s
InvBiCGStab: k = 70 resid = 1.109483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25723(s) Flops=462292992 => 1797.19702989542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.215416725 Mflops = 258.727215416725 Gflops = 0.258727215416725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009728178 Relative Rsd = 4.26376970296787e-07
BICGSTAB_SOLVER_TIME: 0.558058 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102824
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 60 resid = 2.19101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249586(s) Flops=396675072 => 1589.3322221599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228801.916686991 Mflops = 228.801916686991 Gflops = 0.228801916686991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064296 s
InvBiCGStab: k = 83 resid = 6.027307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333104(s) Flops=547596288 => 1643.91988087804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236680.883708354 Mflops = 236.680883708354 Gflops = 0.236680883708354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001086865 Relative Rsd = 4.76362870339582e-07
BICGSTAB_SOLVER_TIME: 0.692197 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 51 resid = 2.057604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193407(s) Flops=337618944 => 1745.63973382556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251298.295067471 Mflops = 251.298295067471 Gflops = 0.251298295067471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05788 s
InvBiCGStab: k = 83 resid = 1.06483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310332(s) Flops=547596288 => 1764.54986272766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254042.652503192 Mflops = 254.042652503192 Gflops = 0.254042652503192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001043504 Relative Rsd = 4.57357850603092e-07
BICGSTAB_SOLVER_TIME: 0.606433 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111396
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905393(s) Flops=1454579712 => 1606.57273913096 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231329.581339125 Mflops = 231.329581339125 Gflops = 0.231329581339125 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161534000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047246 s
InvBiCGStab: k = 26 resid = 2.154389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104286(s) Flops=173574144 => 1664.40503998619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239547.942184821 Mflops = 239.547942184821 Gflops = 0.239547942184821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06122 s
InvBiCGStab: k = 49 resid = 6.663429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196112(s) Flops=324495360 => 1654.64306110794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238199.149291558 Mflops = 238.199149291558 Gflops = 0.238199149291558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007315343 Relative Rsd = 3.2062466422029e-07
BICGSTAB_SOLVER_TIME: 0.414016 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041821 s
InvBiCGStab: k = 59 resid = 1.975751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229396(s) Flops=390113280 => 1700.61064709062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244842.075052581 Mflops = 244.842075052581 Gflops = 0.244842075052581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060642 s
InvBiCGStab: k = 95 resid = 9.506999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357078(s) Flops=626337792 => 1754.06435568699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252542.965002181 Mflops = 252.542965002181 Gflops = 0.252542965002181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001126025 Relative Rsd = 4.93526442989054e-07
BICGSTAB_SOLVER_TIME: 0.693074 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041507 s
InvBiCGStab: k = 57 resid = 1.952719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21082(s) Flops=376989696 => 1788.20650792145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257443.435790834 Mflops = 257.443435790834 Gflops = 0.257443435790835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058321 s
InvBiCGStab: k = 71 resid = 1.064055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260951(s) Flops=468854784 => 1796.71579721863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258654.930673539 Mflops = 258.654930673539 Gflops = 0.258654930673539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001056376 Relative Rsd = 4.6299985262842e-07
BICGSTAB_SOLVER_TIME: 0.575412 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043377 s
InvBiCGStab: k = 62 resid = 1.59512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239106(s) Flops=409798656 => 1713.87859777672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246743.388248196 Mflops = 246.743388248196 Gflops = 0.246743388248196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057523 s
InvBiCGStab: k = 90 resid = 1.015127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336354(s) Flops=593528832 => 1764.59572949928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254057.546165136 Mflops = 254.057546165136 Gflops = 0.254057546165136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001107646 Relative Rsd = 4.85470915607391e-07
BICGSTAB_SOLVER_TIME: 0.680215 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044218 s
InvBiCGStab: k = 58 resid = 1.812082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25347(s) Flops=383551488 => 1513.20269854421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217845.980756576 Mflops = 217.845980756576 Gflops = 0.217845980756576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057013 s
InvBiCGStab: k = 66 resid = 1.13879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272665(s) Flops=436045824 => 1599.19983862982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230235.743618993 Mflops = 230.235743618993 Gflops = 0.230235743618993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001004363 Relative Rsd = 4.40203105062128e-07
BICGSTAB_SOLVER_TIME: 0.631702 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102661
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932569(s) Flops=1454874624 => 1560.07182739293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224659.338528724 Mflops = 224.659338528724 Gflops = 0.224659338528724 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161366000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 2.21634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932664(s) Flops=1518741504 => 1628.39082885155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234460.404129332 Mflops = 234.460404129332 Gflops = 0.234460404129332 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.152231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994536(s) Flops=1656539136 => 1665.64019402013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239842.158039761 Mflops = 239.842158039761 Gflops = 0.239842158039761 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002054621 Relative Rsd = 9.03369687953045e-07
BICGSTAB_SOLVER_TIME: 1.931173 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344721
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.221818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694531(s) Flops=1203775488 => 1733.22067409518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249489.122071261 Mflops = 249.489122071261 Gflops = 0.249489122071261 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 8.849105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842377(s) Flops=1485932544 => 1763.97568309676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253999.672992654 Mflops = 253.999672992654 Gflops = 0.253999672992654 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002115686 Relative Rsd = 9.29188133385367e-07
BICGSTAB_SOLVER_TIME: 1.540276 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292199999999999
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98903(s) Flops=1454874624 => 1471.01162148772 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211815.679623666 Mflops = 211.815679623666 Gflops = 0.211815679623666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161224000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040701 s
InvBiCGStab: k = 42 resid = 2.155098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163329(s) Flops=278562816 => 1705.53187737634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245482.729174272 Mflops = 245.482729174272 Gflops = 0.245482729174272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058385 s
InvBiCGStab: k = 52 resid = 1.090417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192072(s) Flops=344180736 => 1791.936023991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257964.415727409 Mflops = 257.964415727409 Gflops = 0.257964415727409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007819643 Relative Rsd = 3.42727667388726e-07
BICGSTAB_SOLVER_TIME: 0.458418 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 91 resid = 1.553784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376353(s) Flops=600090624 => 1594.48874859507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229577.408828396 Mflops = 229.577408828396 Gflops = 0.229577408828396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064607 s
InvBiCGStab: k = 119 resid = 7.356612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.501504(s) Flops=783820800 => 1562.94027565084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225030.712404407 Mflops = 225.030712404407 Gflops = 0.225030712404407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001361769 Relative Rsd = 5.96850605405242e-07
BICGSTAB_SOLVER_TIME: 0.987295 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164412999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046094 s
InvBiCGStab: k = 63 resid = 1.021937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239656(s) Flops=416360448 => 1737.32536635845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250109.938399207 Mflops = 250.109938399207 Gflops = 0.250109938399207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05676 s
InvBiCGStab: k = 80 resid = 8.204232e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298233(s) Flops=527910912 => 1770.12910040136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254843.397482999 Mflops = 254.843397482999 Gflops = 0.254843397482999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001044328 Relative Rsd = 4.5771904771944e-07
BICGSTAB_SOLVER_TIME: 0.644577 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05064 s
InvBiCGStab: k = 65 resid = 2.209835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295904(s) Flops=429484032 => 1451.43030171948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208948.016486937 Mflops = 208.948016486937 Gflops = 0.208948016486937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058988 s
InvBiCGStab: k = 84 resid = 9.107533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315781(s) Flops=554158080 => 1754.88100930708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252647.121835149 Mflops = 252.647121835149 Gflops = 0.252647121835149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001173009 Relative Rsd = 5.14118709497031e-07
BICGSTAB_SOLVER_TIME: 0.725155 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042898 s
InvBiCGStab: k = 55 resid = 2.219456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202621(s) Flops=363866112 => 1795.7966449677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258518.182674326 Mflops = 258.518182674326 Gflops = 0.258518182674326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057018 s
InvBiCGStab: k = 82 resid = 1.145056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301795(s) Flops=541034496 => 1792.72186749283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258089.016200159 Mflops = 258.089016200159 Gflops = 0.258089016200159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001083705 Relative Rsd = 4.74977626588807e-07
BICGSTAB_SOLVER_TIME: 0.608087 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112162
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036247(s) Flops=1461141504 => 1410.03207150419 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203036.196298099 Mflops = 203.036196298099 Gflops = 0.203036196298099 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161841000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 28 resid = 2.006598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10344(s) Flops=186697728 => 1804.88909512761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259780.675323866 Mflops = 259.780675323866 Gflops = 0.259780675323866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 52 resid = 8.645368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191856(s) Flops=344180736 => 1793.95346509882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.321416867 Mflops = 258.225321416867 Gflops = 0.258225321416867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007048869 Relative Rsd = 3.08945353677346e-07
BICGSTAB_SOLVER_TIME: 0.39704 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043976 s
InvBiCGStab: k = 83 resid = 2.195382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346698(s) Flops=547596288 => 1579.46191786512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227380.553042184 Mflops = 227.380553042184 Gflops = 0.227380553042184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062268 s
InvBiCGStab: k = 100 resid = 1.038563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40232(s) Flops=659146752 => 1638.36436667329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235886.745138904 Mflops = 235.886745138904 Gflops = 0.235886745138904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001287651 Relative Rsd = 5.64365264359555e-07
BICGSTAB_SOLVER_TIME: 0.859301 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041939 s
InvBiCGStab: k = 58 resid = 2.19759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219121(s) Flops=383551488 => 1750.40953628361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251993.27864418 Mflops = 251.99327864418 Gflops = 0.25199327864418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056958 s
InvBiCGStab: k = 88 resid = 6.053363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32619(s) Flops=580405248 => 1779.34715349949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256177.957543491 Mflops = 256.177957543491 Gflops = 0.256177957543491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001072223 Relative Rsd = 4.69945307335515e-07
BICGSTAB_SOLVER_TIME: 0.648112 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04127 s
InvBiCGStab: k = 64 resid = 1.776359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233987(s) Flops=422922240 => 1807.46041446747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.354577745 Mflops = 260.220354577745 Gflops = 0.260220354577745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055796 s
InvBiCGStab: k = 84 resid = 1.148164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306199(s) Flops=554158080 => 1809.79715805734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260557.943929494 Mflops = 260.557943929494 Gflops = 0.260557943929494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001161803 Relative Rsd = 5.09207622670415e-07
BICGSTAB_SOLVER_TIME: 0.641098 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040859 s
InvBiCGStab: k = 60 resid = 2.164281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218857(s) Flops=396675072 => 1812.48519352819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260935.547365317 Mflops = 260.935547365317 Gflops = 0.260935547365317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 83 resid = 7.24929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302398(s) Flops=547596288 => 1810.84626221073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260706.045069877 Mflops = 260.706045069877 Gflops = 0.260706045069877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001117279 Relative Rsd = 4.89692977732896e-07
BICGSTAB_SOLVER_TIME: 0.622342 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116518
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003141(s) Flops=1467408384 => 1462.81368621161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210627.142884572 Mflops = 210.627142884572 Gflops = 0.210627142884572 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042587 s
InvBiCGStab: k = 30 resid = 2.158731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11149(s) Flops=199821312 => 1792.28013274733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257927.458700012 Mflops = 257.927458700012 Gflops = 0.257927458700012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056609 s
InvBiCGStab: k = 48 resid = 1.06226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177112(s) Flops=317933568 => 1795.09896562627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258407.379861785 Mflops = 258.407379861785 Gflops = 0.258407379861785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007766189 Relative Rsd = 3.40384809924204e-07
BICGSTAB_SOLVER_TIME: 0.391669 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041499 s
InvBiCGStab: k = 60 resid = 1.525265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220629(s) Flops=396675072 => 1797.92806929279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.256476558 Mflops = 258.846256476558 Gflops = 0.258846256476558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 80 resid = 9.818649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295215(s) Flops=527910912 => 1788.2252324577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257443.383879004 Mflops = 257.443383879004 Gflops = 0.257443383879004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001099281 Relative Rsd = 4.81804451080405e-07
BICGSTAB_SOLVER_TIME: 0.617984 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045735 s
InvBiCGStab: k = 57 resid = 1.703727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233172(s) Flops=376989696 => 1616.78801914467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232769.010307318 Mflops = 232.769010307318 Gflops = 0.232769010307318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061194 s
InvBiCGStab: k = 70 resid = 1.044404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285374(s) Flops=462292992 => 1619.95483821231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233222.044113143 Mflops = 233.222044113143 Gflops = 0.233222044113143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001039032 Relative Rsd = 4.55397875348073e-07
BICGSTAB_SOLVER_TIME: 0.629265 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 61 resid = 1.9718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227151(s) Flops=403236864 => 1775.1929949681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255577.956917949 Mflops = 255.577956917949 Gflops = 0.255577956917949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056706 s
InvBiCGStab: k = 93 resid = 6.210504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340829(s) Flops=613214208 => 1799.18436518019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.301049546 Mflops = 259.035301049546 Gflops = 0.259035301049546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001085315 Relative Rsd = 4.75683285031962e-07
BICGSTAB_SOLVER_TIME: 0.669503 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041566 s
InvBiCGStab: k = 56 resid = 2.137582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205427(s) Flops=370427904 => 1803.20943206102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259595.507671126 Mflops = 259.595507671126 Gflops = 0.259595507671126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 79 resid = 1.091027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28842(s) Flops=521349120 => 1807.60391096318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260227.808163697 Mflops = 260.227808163697 Gflops = 0.260227808163697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001089832 Relative Rsd = 4.77663159548935e-07
BICGSTAB_SOLVER_TIME: 0.595483 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11096
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94261(s) Flops=1473748992 => 1563.47693319613 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225120.61041198 Mflops = 225.12061041198 Gflops = 0.22512061041198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163552000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 32 resid = 2.014599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118057(s) Flops=212944896 => 1803.74646145506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259612.908645827 Mflops = 259.612908645827 Gflops = 0.259612908645827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 54 resid = 8.128204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1987(s) Flops=357304320 => 1798.20996477101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.989190833 Mflops = 258.852989190833 Gflops = 0.258852989190833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007382504 Relative Rsd = 3.23568249788969e-07
BICGSTAB_SOLVER_TIME: 0.418117 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 56 resid = 1.76822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205242(s) Flops=370427904 => 1804.83479989476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.095809339 Mflops = 259.828095809339 Gflops = 0.259828095809339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055882 s
InvBiCGStab: k = 88 resid = 7.210315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321207(s) Flops=580405248 => 1806.95080742325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260144.364262794 Mflops = 260.144364262794 Gflops = 0.260144364262794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001113552 Relative Rsd = 4.88059299350182e-07
BICGSTAB_SOLVER_TIME: 0.627158 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 57 resid = 1.694776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21585(s) Flops=376989696 => 1746.53553856845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251444.288321881 Mflops = 251.444288321881 Gflops = 0.251444288321881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064096 s
InvBiCGStab: k = 76 resid = 1.09941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314619(s) Flops=501663744 => 1594.51191441076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229554.228957147 Mflops = 229.554228957147 Gflops = 0.229554228957147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001040849 Relative Rsd = 4.56194509134984e-07
BICGSTAB_SOLVER_TIME: 0.639626 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045749 s
InvBiCGStab: k = 56 resid = 2.094491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225259(s) Flops=370427904 => 1644.4532915444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236749.723572224 Mflops = 236.749723572224 Gflops = 0.236749723572224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055963 s
InvBiCGStab: k = 93 resid = 9.820869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348012(s) Flops=613214208 => 1762.04903279197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253683.477458368 Mflops = 253.683477458368 Gflops = 0.253683477458368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001095484 Relative Rsd = 4.80140311519776e-07
BICGSTAB_SOLVER_TIME: 0.678898 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041189 s
InvBiCGStab: k = 59 resid = 2.274093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216109(s) Flops=390113280 => 1805.16905820674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.106108372 Mflops = 259.874106108372 Gflops = 0.259874106108372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056654 s
InvBiCGStab: k = 84 resid = 9.432823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307011(s) Flops=554158080 => 1805.01050450961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.913603517 Mflops = 259.870913603517 Gflops = 0.259870913603517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00106256 Relative Rsd = 4.65710081082871e-07
BICGSTAB_SOLVER_TIME: 0.624858 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116313
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947157(s) Flops=1479942144 => 1562.50985211533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224980.562158281 Mflops = 224.980562158281 Gflops = 0.224980562158281 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166190000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.03548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721672(s) Flops=1302202368 => 1804.42412619583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259744.428491963 Mflops = 259.744428491963 Gflops = 0.259744428491963 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 8.674087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902643(s) Flops=1623730176 => 1798.86198197959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259023.839871304 Mflops = 259.023839871304 Gflops = 0.259023839871304 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.00202045 Relative Rsd = 8.88306804739691e-07
BICGSTAB_SOLVER_TIME: 1.627673 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0.116545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317548999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 1.74318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.677441(s) Flops=1092225024 => 1612.2806620798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232135.832899643 Mflops = 232.135832899643 Gflops = 0.232135832899643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 5.841129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.006928(s) Flops=1669662720 => 1658.17488440087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238769.766560672 Mflops = 238.769766560672 Gflops = 0.238769766560672 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002010879 Relative Rsd = 8.83164680166968e-07
BICGSTAB_SOLVER_TIME: 1.687703 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299764999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922962(s) Flops=1479942144 => 1603.47028805086 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230893.513306979 Mflops = 230.893513306979 Gflops = 0.230893513306979 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164277000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 27 resid = 1.753231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101487(s) Flops=180135936 => 1774.96562121257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255475.058193589 Mflops = 255.475058193589 Gflops = 0.255475058193589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057682 s
InvBiCGStab: k = 51 resid = 1.053415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190636(s) Flops=337618944 => 1771.01357561006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254930.815216389 Mflops = 254.930815216389 Gflops = 0.254930815216389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000707099 Relative Rsd = 3.09914881436392e-07
BICGSTAB_SOLVER_TIME: 0.394991 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 77 resid = 1.945998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281932(s) Flops=508225536 => 1802.65289502433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259539.990179837 Mflops = 259.539990179837 Gflops = 0.259539990179837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056375 s
InvBiCGStab: k = 99 resid = 7.809954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361146(s) Flops=652584960 => 1806.98376833746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260153.381985104 Mflops = 260.153381985104 Gflops = 0.260153381985104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001232162 Relative Rsd = 5.40045151755025e-07
BICGSTAB_SOLVER_TIME: 0.744453 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 53 resid = 2.194121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195048(s) Flops=350742528 => 1798.23698781838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258876.372501224 Mflops = 258.876372501224 Gflops = 0.258876372501224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05658 s
InvBiCGStab: k = 71 resid = 1.061709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260124(s) Flops=468854784 => 1802.42801125617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259480.645135762 Mflops = 259.480645135762 Gflops = 0.259480645135762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001010266 Relative Rsd = 4.42790111163707e-07
BICGSTAB_SOLVER_TIME: 0.55637 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042511 s
InvBiCGStab: k = 62 resid = 1.393712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237938(s) Flops=409798656 => 1722.29175667611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247939.610789592 Mflops = 247.939610789592 Gflops = 0.247939610789592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 90 resid = 1.064532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372824(s) Flops=593528832 => 1591.98128875823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229206.693717268 Mflops = 229.206693717268 Gflops = 0.229206693717268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001090206 Relative Rsd = 4.77827302948185e-07
BICGSTAB_SOLVER_TIME: 0.714023 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043805 s
InvBiCGStab: k = 60 resid = 2.138367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245262(s) Flops=396675072 => 1617.35234973212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232869.509362573 Mflops = 232.869509362573 Gflops = 0.232869509362573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056427 s
InvBiCGStab: k = 83 resid = 1.034799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311609(s) Flops=547596288 => 1757.31858835913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253000.769559512 Mflops = 253.000769559512 Gflops = 0.253000769559512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001073205 Relative Rsd = 4.70375794702464e-07
BICGSTAB_SOLVER_TIME: 0.66107 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116209
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924475(s) Flops=1485987840 => 1607.38564049866 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231443.033140908 Mflops = 231.443033140908 Gflops = 0.231443033140908 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165100000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047936 s
InvBiCGStab: k = 33 resid = 1.038054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140305(s) Flops=219506688 => 1564.49654680874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225202.322194095 Mflops = 225.202322194095 Gflops = 0.225202322194095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059487 s
InvBiCGStab: k = 54 resid = 9.941114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219558(s) Flops=357304320 => 1627.38010001913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234272.904102193 Mflops = 234.272904102193 Gflops = 0.234272904102193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007829231 Relative Rsd = 3.43147898982206e-07
BICGSTAB_SOLVER_TIME: 0.471146 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 78 resid = 1.733774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290138(s) Flops=514787328 => 1774.28440259463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255447.289049796 Mflops = 255.447289049796 Gflops = 0.255447289049796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057081 s
InvBiCGStab: k = 97 resid = 1.111078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37756(s) Flops=639461376 => 1693.66822756648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243847.859145481 Mflops = 243.847859145481 Gflops = 0.243847859145481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001286923 Relative Rsd = 5.64046467978295e-07
BICGSTAB_SOLVER_TIME: 0.770164 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 63 resid = 2.253104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23241(s) Flops=416360448 => 1791.49110623467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257919.115892984 Mflops = 257.919115892984 Gflops = 0.257919115892984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056453 s
InvBiCGStab: k = 73 resid = 1.10515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267912(s) Flops=481978368 => 1799.01746842247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258997.631999181 Mflops = 258.997631999181 Gflops = 0.258997631999181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001061956 Relative Rsd = 4.65445369875128e-07
BICGSTAB_SOLVER_TIME: 0.602182 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042342 s
InvBiCGStab: k = 69 resid = 1.970892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253311(s) Flops=455731200 => 1799.09755202103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258993.599661631 Mflops = 258.993599661631 Gflops = 0.258993599661631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055871 s
InvBiCGStab: k = 93 resid = 9.06775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339026(s) Flops=613214208 => 1808.75274462726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260405.673632402 Mflops = 260.405673632402 Gflops = 0.260405673632402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001126008 Relative Rsd = 4.93518585331769e-07
BICGSTAB_SOLVER_TIME: 0.694238 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044277 s
InvBiCGStab: k = 56 resid = 1.24778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235772(s) Flops=370427904 => 1571.12763177986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226201.584289576 Mflops = 226.201584289576 Gflops = 0.226201584289576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064187 s
InvBiCGStab: k = 79 resid = 9.939546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315649(s) Flops=521349120 => 1651.67359947283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237799.223254115 Mflops = 237.799223254115 Gflops = 0.237799223254115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001091426 Relative Rsd = 4.78362031833526e-07
BICGSTAB_SOLVER_TIME: 0.663833 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110571
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930719(s) Flops=1486209024 => 1596.83967341378 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229925.127769534 Mflops = 229.925127769534 Gflops = 0.229925127769534 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165068000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048069 s
InvBiCGStab: k = 29 resid = 2.007203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125228(s) Flops=193259520 => 1543.26125147731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222167.971674409 Mflops = 222.167971674409 Gflops = 0.222167971674409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062363 s
InvBiCGStab: k = 51 resid = 8.116326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220845(s) Flops=337618944 => 1528.75973646675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220070.42304472 Mflops = 220.07042304472 Gflops = 0.22007042304472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007643705 Relative Rsd = 3.35016473774498e-07
BICGSTAB_SOLVER_TIME: 0.460732 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 54 resid = 2.056775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207474(s) Flops=357304320 => 1722.1643193846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247921.940029393 Mflops = 247.921940029393 Gflops = 0.247921940029393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057588 s
InvBiCGStab: k = 70 resid = 1.119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261897(s) Flops=462292992 => 1765.1710099772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254126.722470977 Mflops = 254.126722470977 Gflops = 0.254126722470977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001078265 Relative Rsd = 4.72593695006661e-07
BICGSTAB_SOLVER_TIME: 0.572053 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 54 resid = 1.993553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198374(s) Flops=357304320 => 1801.16507203565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259304.682429795 Mflops = 259.304682429795 Gflops = 0.259304682429795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 66 resid = 9.641761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240948(s) Flops=436045824 => 1809.70924846855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260529.24625009 Mflops = 260.52924625009 Gflops = 0.26052924625009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001029515 Relative Rsd = 4.51226785947421e-07
BICGSTAB_SOLVER_TIME: 0.540742 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998480000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 61 resid = 1.714246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223381(s) Flops=403236864 => 1805.15291810852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259891.273251301 Mflops = 259.891273251301 Gflops = 0.259891273251301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055874 s
InvBiCGStab: k = 84 resid = 1.025331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308911(s) Flops=554158080 => 1793.90853676302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258269.489667299 Mflops = 258.269489667299 Gflops = 0.258269489667299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001066507 Relative Rsd = 4.67440092302944e-07
BICGSTAB_SOLVER_TIME: 0.632896 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040763 s
InvBiCGStab: k = 60 resid = 1.372936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223788(s) Flops=396675072 => 1772.54844763794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255194.54475974 Mflops = 255.19454475974 Gflops = 0.25519454475974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 83 resid = 1.096332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352454(s) Flops=547596288 => 1553.66739489409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223696.970228064 Mflops = 223.696970228064 Gflops = 0.223696970228064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001021974 Relative Rsd = 4.47921773655525e-07
BICGSTAB_SOLVER_TIME: 0.677104 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116063
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967407(s) Flops=1486209024 => 1536.28103166506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221323.337063455 Mflops = 221.323337063455 Gflops = 0.221323337063455 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164791000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 37 resid = 1.975309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13698(s) Flops=245753856 => 1794.08567674113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.771594752 Mflops = 258.176771594752 Gflops = 0.258176771594752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 53 resid = 9.811642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196389(s) Flops=350742528 => 1785.95811374364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257092.713634181 Mflops = 257.092713634181 Gflops = 0.257092713634181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007418428 Relative Rsd = 3.25142766135179e-07
BICGSTAB_SOLVER_TIME: 0.435007 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042967 s
InvBiCGStab: k = 57 resid = 2.197521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233188(s) Flops=376989696 => 1616.67708458411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232778.720915292 Mflops = 232.778720915292 Gflops = 0.232778720915292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062626 s
InvBiCGStab: k = 81 resid = 7.885205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335789(s) Flops=534472704 => 1591.6921161801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229151.41668087 Mflops = 229.15141668087 Gflops = 0.22915141668087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001106516 Relative Rsd = 4.84975526032222e-07
BICGSTAB_SOLVER_TIME: 0.678408 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 54 resid = 2.01483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200671(s) Flops=357304320 => 1780.54786192325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256330.739421358 Mflops = 256.330739421358 Gflops = 0.256330739421358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056866 s
InvBiCGStab: k = 70 resid = 9.441197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256998(s) Flops=462292992 => 1798.81941493708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258968.227356813 Mflops = 258.968227356813 Gflops = 0.258968227356813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001039339 Relative Rsd = 4.55532782139375e-07
BICGSTAB_SOLVER_TIME: 0.559503 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 65 resid = 2.134758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237642(s) Flops=429484032 => 1807.27325977731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260196.755583907 Mflops = 260.196755583907 Gflops = 0.260196755583907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 80 resid = 1.146283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292581(s) Flops=527910912 => 1804.32397182319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.448599161 Mflops = 259.756448599161 Gflops = 0.259756448599161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001076936 Relative Rsd = 4.72010799702641e-07
BICGSTAB_SOLVER_TIME: 0.631564 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117943
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 57 resid = 1.560384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20964(s) Flops=376989696 => 1798.27178019462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258878.596392139 Mflops = 258.878596392139 Gflops = 0.258878596392139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 70 resid = 1.018689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256417(s) Flops=462292992 => 1802.89525265486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259566.133776014 Mflops = 259.566133776014 Gflops = 0.259566133776014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001028202 Relative Rsd = 4.50651493181942e-07
BICGSTAB_SOLVER_TIME: 0.567252 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104914
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023068(s) Flops=1486135296 => 1452.62611673906 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209166.292544655 Mflops = 209.166292544655 Gflops = 0.209166292544655 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164936000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.131909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822346(s) Flops=1466247168 => 1783.0051681409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256679.711747017 Mflops = 256.679711747017 Gflops = 0.256679711747017 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.148988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.987515(s) Flops=1597483008 => 1617.67973954826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232932.871555296 Mflops = 232.932871555296 Gflops = 0.232932871555296 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002079326 Relative Rsd = 9.14129804058762e-07
BICGSTAB_SOLVER_TIME: 1.813349 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332153
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.108484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762374(s) Flops=1367820288 => 1794.15915023335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258293.316350544 Mflops = 258.293316350544 Gflops = 0.258293316350544 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 8.857169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778225(s) Flops=1400629248 => 1799.77416299913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259152.880445665 Mflops = 259.152880445665 Gflops = 0.259152880445665 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.001918176 Relative Rsd = 8.42458153766311e-07
BICGSTAB_SOLVER_TIME: 1.543948 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.122216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300672999999999
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001742(s) Flops=1486135296 => 1483.55095024467 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213616.541641652 Mflops = 213.616541641652 Gflops = 0.213616541641652 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164881000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 32 resid = 9.998707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117725(s) Flops=212944896 => 1808.83326396262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260364.342552039 Mflops = 260.364342552039 Gflops = 0.260364342552039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 54 resid = 1.089454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198435(s) Flops=357304320 => 1800.61138408043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.104529614 Mflops = 259.262104529614 Gflops = 0.259262104529614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007267325 Relative Rsd = 3.18520087661736e-07
BICGSTAB_SOLVER_TIME: 0.417357 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 80 resid = 2.028055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292786(s) Flops=527910912 => 1803.06063814527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.778895823 Mflops = 259.597778895823 Gflops = 0.259597778895823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 113 resid = 1.099276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412904(s) Flops=744450048 => 1802.96157944704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259588.322649954 Mflops = 259.588322649954 Gflops = 0.259588322649954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001284946 Relative Rsd = 5.63179829608303e-07
BICGSTAB_SOLVER_TIME: 0.806654 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152502999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044376 s
InvBiCGStab: k = 60 resid = 2.281352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248608(s) Flops=396675072 => 1595.58450250998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229708.043433915 Mflops = 229.708043433915 Gflops = 0.229708043433915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063882 s
InvBiCGStab: k = 81 resid = 1.017389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333063(s) Flops=534472704 => 1604.71953954657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231033.244413083 Mflops = 231.033244413083 Gflops = 0.231033244413083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001040271 Relative Rsd = 4.55940972128184e-07
BICGSTAB_SOLVER_TIME: 0.693881 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041306 s
InvBiCGStab: k = 64 resid = 1.389148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239361(s) Flops=422922240 => 1766.88031884894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254375.209083825 Mflops = 254.375209083825 Gflops = 0.254375209083825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056681 s
InvBiCGStab: k = 91 resid = 3.422377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334189(s) Flops=600090624 => 1795.66240660225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258528.691274294 Mflops = 258.528691274294 Gflops = 0.258528691274294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001137885 Relative Rsd = 4.9872423225906e-07
BICGSTAB_SOLVER_TIME: 0.675368 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 62 resid = 1.027904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227799(s) Flops=409798656 => 1798.94844138912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.92879234 Mflops = 258.97992879234 Gflops = 0.25897992879234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 81 resid = 9.703193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296038(s) Flops=534472704 => 1805.41925023139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.277721526 Mflops = 259.922277721526 Gflops = 0.259922277721526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001107579 Relative Rsd = 4.85441321833202e-07
BICGSTAB_SOLVER_TIME: 0.625166 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116558
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97287(s) Flops=1486135296 => 1527.57850072466 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219951.669518537 Mflops = 219.951669518537 Gflops = 0.219951669518537 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165365000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 32 resid = 1.504045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117496(s) Flops=212944896 => 1812.35868455096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260878.426177784 Mflops = 260.878426177784 Gflops = 0.260878426177784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 51 resid = 1.082084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187094(s) Flops=337618944 => 1804.54180251638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.587505645 Mflops = 259.766587505645 Gflops = 0.259766587505645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007454875 Relative Rsd = 3.26740192144512e-07
BICGSTAB_SOLVER_TIME: 0.405478 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 84 resid = 2.248681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30711(s) Flops=554158080 => 1804.42864120348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.687492428 Mflops = 259.798687492428 Gflops = 0.259798687492428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 101 resid = 7.527282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368664(s) Flops=665708544 => 1805.73243929432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259983.521458334 Mflops = 259.983521458335 Gflops = 0.259983521458335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001275433 Relative Rsd = 5.59010372967606e-07
BICGSTAB_SOLVER_TIME: 0.776924 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041143 s
InvBiCGStab: k = 54 resid = 1.950853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230754(s) Flops=357304320 => 1548.42091578044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222916.535080338 Mflops = 222.916535080338 Gflops = 0.222916535080338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061933 s
InvBiCGStab: k = 71 resid = 1.117029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287749(s) Flops=468854784 => 1629.38805695241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234581.426710949 Mflops = 234.581426710949 Gflops = 0.234581426710949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0010464 Relative Rsd = 4.58627219420793e-07
BICGSTAB_SOLVER_TIME: 0.625988 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044845 s
InvBiCGStab: k = 59 resid = 2.263508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217951(s) Flops=390113280 => 1789.91277856032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257693.824107809 Mflops = 257.693824107809 Gflops = 0.257693824107809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060296 s
InvBiCGStab: k = 90 resid = 1.112132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334223(s) Flops=593528832 => 1775.8467609949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255679.008937789 Mflops = 255.679008937789 Gflops = 0.255679008937789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001119148 Relative Rsd = 4.90512061969191e-07
BICGSTAB_SOLVER_TIME: 0.661185 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 61 resid = 1.823035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233416(s) Flops=403236864 => 1727.5459437228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248731.169599359 Mflops = 248.731169599359 Gflops = 0.248731169599359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05873 s
InvBiCGStab: k = 81 resid = 1.139815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310705(s) Flops=534472704 => 1720.193443942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247643.821843585 Mflops = 247.643821843585 Gflops = 0.247643821843585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001086607 Relative Rsd = 4.76249546593939e-07
BICGSTAB_SOLVER_TIME: 0.647987 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115752
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928254(s) Flops=1485987840 => 1600.8418385485 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230506.262573566 Mflops = 230.506262573566 Gflops = 0.230506262573566 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165071000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041366 s
InvBiCGStab: k = 27 resid = 2.17789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099872(s) Flops=180135936 => 1803.66805511054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259590.585775866 Mflops = 259.590585775866 Gflops = 0.259590585775866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056064 s
InvBiCGStab: k = 52 resid = 9.251341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191107(s) Flops=344180736 => 1800.98445373534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259258.57477749 Mflops = 259.25857477749 Gflops = 0.25925857477749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000754455 Relative Rsd = 3.30670577011138e-07
BICGSTAB_SOLVER_TIME: 0.392172 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040817 s
InvBiCGStab: k = 48 resid = 2.113832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17638(s) Flops=317933568 => 1802.54886041501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.206976658 Mflops = 259.490206976658 Gflops = 0.259490206976658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055987 s
InvBiCGStab: k = 88 resid = 4.883067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322427(s) Flops=580405248 => 1800.11366293766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259167.648206051 Mflops = 259.167648206051 Gflops = 0.259167648206051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00106754 Relative Rsd = 4.67892775000534e-07
BICGSTAB_SOLVER_TIME: 0.599457 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042182 s
InvBiCGStab: k = 50 resid = 2.148519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183288(s) Flops=331057152 => 1806.21291082886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260017.974647047 Mflops = 260.017974647047 Gflops = 0.260017974647047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0559 s
InvBiCGStab: k = 72 resid = 9.407339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263167(s) Flops=475416576 => 1806.52048319128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260086.384811973 Mflops = 260.086384811973 Gflops = 0.260086384811973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001034668 Relative Rsd = 4.53485505250499e-07
BICGSTAB_SOLVER_TIME: 0.548264 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101678
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045326 s
InvBiCGStab: k = 61 resid = 1.65062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248741(s) Flops=403236864 => 1621.11137287379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233400.53690338 Mflops = 233.40053690338 Gflops = 0.23340053690338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063311 s
InvBiCGStab: k = 82 resid = 8.632339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347306(s) Flops=541034496 => 1557.80348165595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224290.985324506 Mflops = 224.290985324506 Gflops = 0.224290985324506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001100444 Relative Rsd = 4.82314382423925e-07
BICGSTAB_SOLVER_TIME: 0.708806 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116572
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041507 s
InvBiCGStab: k = 57 resid = 1.611609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214403(s) Flops=376989696 => 1758.32285928835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253135.613903068 Mflops = 253.135613903068 Gflops = 0.253135613903068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057007 s
InvBiCGStab: k = 89 resid = 1.070797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328918(s) Flops=586967040 => 1784.5391252531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256920.659820804 Mflops = 256.920659820804 Gflops = 0.256920659820804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001049948 Relative Rsd = 4.60182474301907e-07
BICGSTAB_SOLVER_TIME: 0.645756 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118478
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916951(s) Flops=1473675264 => 1607.14723469411 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231416.398948547 Mflops = 231.416398948547 Gflops = 0.231416398948547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163584000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043146 s
InvBiCGStab: k = 29 resid = 1.719297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109914(s) Flops=193259520 => 1758.27938206234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253066.654651942 Mflops = 253.066654651942 Gflops = 0.253066654651942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 55 resid = 1.076283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204908(s) Flops=363866112 => 1775.75356745466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255641.967043778 Mflops = 255.641967043778 Gflops = 0.255641967043778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007768607 Relative Rsd = 3.40490811761923e-07
BICGSTAB_SOLVER_TIME: 0.418608 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 62 resid = 1.776567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226799(s) Flops=409798656 => 1806.88034779695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260126.685022868 Mflops = 260.126685022868 Gflops = 0.260126685022868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055937 s
InvBiCGStab: k = 85 resid = 9.423907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31084(s) Flops=560719872 => 1803.88583193926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.326973142 Mflops = 259.716326973142 Gflops = 0.259716326973142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001109879 Relative Rsd = 4.86449602129311e-07
BICGSTAB_SOLVER_TIME: 0.638468 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119458000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040752 s
InvBiCGStab: k = 55 resid = 2.104851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200714(s) Flops=363866112 => 1812.85865460307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260992.120787541 Mflops = 260.992120787541 Gflops = 0.260992120787541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055735 s
InvBiCGStab: k = 73 resid = 1.079138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281883(s) Flops=481978368 => 1709.85255584764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246166.425167796 Mflops = 246.166425167796 Gflops = 0.246166425167796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0009927617 Relative Rsd = 4.35118180324027e-07
BICGSTAB_SOLVER_TIME: 0.582859 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105521
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042532 s
InvBiCGStab: k = 57 resid = 2.220922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209599(s) Flops=376989696 => 1798.62354305125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258934.324969273 Mflops = 258.934324969273 Gflops = 0.258934324969273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060383 s
InvBiCGStab: k = 82 resid = 1.143193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346707(s) Flops=541034496 => 1560.49487319264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224672.15129559 Mflops = 224.67215129559 Gflops = 0.22467215129559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001106144 Relative Rsd = 4.84812607202938e-07
BICGSTAB_SOLVER_TIME: 0.663341 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045119 s
InvBiCGStab: k = 54 resid = 2.053939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217717(s) Flops=357304320 => 1641.14111438243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236261.553817801 Mflops = 236.261553817801 Gflops = 0.236261553817801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 76 resid = 5.530052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284911(s) Flops=501663744 => 1760.77351874796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253494.592292527 Mflops = 253.494592292527 Gflops = 0.253494592292527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001034392 Relative Rsd = 4.53364425895069e-07
BICGSTAB_SOLVER_TIME: 0.607752 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10717
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914451(s) Flops=1467187200 => 1604.44594625628 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231058.637591367 Mflops = 231.058637591367 Gflops = 0.231058637591367 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.219452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801843(s) Flops=1394067456 => 1738.57906847101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250252.588630849 Mflops = 250.252588630849 Gflops = 0.250252588630849 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.116497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.027626(s) Flops=1787774976 => 1739.71364679368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250512.118822752 Mflops = 250.512118822752 Gflops = 0.250512118822752 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.002153801 Relative Rsd = 9.46792125102316e-07
BICGSTAB_SOLVER_TIME: 1.832937 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345399
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.996041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.677039(s) Flops=1216899072 => 1797.38400889757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258740.713225981 Mflops = 258.740713225981 Gflops = 0.258740713225981 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 8.864495e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781276(s) Flops=1289078784 => 1649.96593265376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237581.969666697 Mflops = 237.581969666696 Gflops = 0.237581969666697 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001915733 Relative Rsd = 8.41397933727624e-07
BICGSTAB_SOLVER_TIME: 1.462064 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0.120557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271935999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922209(s) Flops=1467187200 => 1590.94868950531 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229078.388400036 Mflops = 229.078388400036 Gflops = 0.229078388400036 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162769000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040827 s
InvBiCGStab: k = 33 resid = 1.895156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12153(s) Flops=219506688 => 1806.19343372007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259958.923472608 Mflops = 259.958923472608 Gflops = 0.259958923472608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063661 s
InvBiCGStab: k = 53 resid = 9.626316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228027(s) Flops=350742528 => 1538.16227025747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221437.573180628 Mflops = 221.437573180628 Gflops = 0.221437573180628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007487119 Relative Rsd = 3.28153447933269e-07
BICGSTAB_SOLVER_TIME: 0.458222 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046379 s
InvBiCGStab: k = 69 resid = 2.020871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27606(s) Flops=455731200 => 1650.84112149533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237673.046176806 Mflops = 237.673046176806 Gflops = 0.237673046176806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057202 s
InvBiCGStab: k = 102 resid = 8.810281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386195(s) Flops=672270336 => 1740.75359857067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250631.666272903 Mflops = 250.631666272903 Gflops = 0.250631666272903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001242531 Relative Rsd = 5.44589939090433e-07
BICGSTAB_SOLVER_TIME: 0.76972 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 53 resid = 1.783067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195877(s) Flops=350742528 => 1790.62640330411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257786.144896224 Mflops = 257.786144896224 Gflops = 0.257786144896224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056727 s
InvBiCGStab: k = 83 resid = 1.1303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303237(s) Flops=547596288 => 1805.83598967145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259989.112576647 Mflops = 259.989112576647 Gflops = 0.259989112576647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001036851 Relative Rsd = 4.54442200536772e-07
BICGSTAB_SOLVER_TIME: 0.600856 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 77 resid = 1.828455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281874(s) Flops=508225536 => 1803.02381915324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259584.095042391 Mflops = 259.584095042391 Gflops = 0.259584095042391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 84 resid = 1.137431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308467(s) Flops=554158080 => 1796.49064567685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258643.150668474 Mflops = 258.643150668473 Gflops = 0.258643150668473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001118462 Relative Rsd = 4.90211583113679e-07
BICGSTAB_SOLVER_TIME: 0.691441 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 55 resid = 2.185671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201679(s) Flops=363866112 => 1804.18443169591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259718.566426087 Mflops = 259.718566426087 Gflops = 0.259718566426087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056484 s
InvBiCGStab: k = 80 resid = 1.14867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339057(s) Flops=527910912 => 1556.99753138853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224162.480836398 Mflops = 224.162480836398 Gflops = 0.224162480836398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001062703 Relative Rsd = 4.65772738246153e-07
BICGSTAB_SOLVER_TIME: 0.64214 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110653
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944201(s) Flops=1455022080 => 1541.00883180594 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221886.66125135 Mflops = 221.88666125135 Gflops = 0.22188666125135 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161573000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041187 s
InvBiCGStab: k = 27 resid = 2.024953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100837(s) Flops=180135936 => 1786.40713230263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257108.111201534 Mflops = 257.108111201534 Gflops = 0.257108111201534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 51 resid = 5.355775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188281(s) Flops=337618944 => 1793.16523706587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258130.669535969 Mflops = 258.130669535969 Gflops = 0.258130669535969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007701156 Relative Rsd = 3.37534470256094e-07
BICGSTAB_SOLVER_TIME: 0.390519 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046763 s
InvBiCGStab: k = 78 resid = 1.323356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32315(s) Flops=514787328 => 1593.02902057868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229352.608974646 Mflops = 229.352608974646 Gflops = 0.229352608974646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065018 s
InvBiCGStab: k = 102 resid = 9.821767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403186(s) Flops=672270336 => 1667.3950385182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240061.95401919 Mflops = 240.06195401919 Gflops = 0.24006195401919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001287701 Relative Rsd = 5.64387255595203e-07
BICGSTAB_SOLVER_TIME: 0.842256 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 54 resid = 2.200088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200804(s) Flops=357304320 => 1779.36853847533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256163.416152336 Mflops = 256.163416152336 Gflops = 0.256163416152336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056622 s
InvBiCGStab: k = 73 resid = 1.015669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267316(s) Flops=481978368 => 1803.02850558889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.904621695 Mflops = 259.573904621695 Gflops = 0.259573904621695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001073276 Relative Rsd = 4.70406664070367e-07
BICGSTAB_SOLVER_TIME: 0.570088 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04177 s
InvBiCGStab: k = 64 resid = 1.215957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234408(s) Flops=422922240 => 1804.21419064196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.067311677 Mflops = 259.742067311677 Gflops = 0.259742067311677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056309 s
InvBiCGStab: k = 86 resid = 1.121822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313905(s) Flops=567281664 => 1807.17626033354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260183.494549235 Mflops = 260.183494549235 Gflops = 0.260183494549235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001128172 Relative Rsd = 4.94467269889512e-07
BICGSTAB_SOLVER_TIME: 0.650267 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121594000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040478 s
InvBiCGStab: k = 57 resid = 1.949161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211315(s) Flops=376989696 => 1784.01767976717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256818.604124797 Mflops = 256.818604124797 Gflops = 0.256818604124797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 83 resid = 5.872636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303166(s) Flops=547596288 => 1806.25890766115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260051.47164332 Mflops = 260.05147164332 Gflops = 0.26005147164332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00106538 Relative Rsd = 4.66946284463981e-07
BICGSTAB_SOLVER_TIME: 0.614897 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114114
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995209(s) Flops=1454948352 => 1461.95256674729 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210614.94571056 Mflops = 210.61494571056 Gflops = 0.21061494571056 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161106000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041015 s
InvBiCGStab: k = 25 resid = 2.06935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092624(s) Flops=167012352 => 1803.12178269131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259519.737792098 Mflops = 259.519737792098 Gflops = 0.259519737792098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 49 resid = 9.217745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179745(s) Flops=324495360 => 1805.30952182258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259884.808675924 Mflops = 259.884808675924 Gflops = 0.259884808675924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007485079 Relative Rsd = 3.28064003301971e-07
BICGSTAB_SOLVER_TIME: 0.37353 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040694 s
InvBiCGStab: k = 53 resid = 1.750628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196416(s) Flops=350742528 => 1785.71260997067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257072.249158507 Mflops = 257.072249158507 Gflops = 0.257072249158507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063335 s
InvBiCGStab: k = 74 resid = 1.016942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313284(s) Flops=488540160 => 1559.41624851572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224516.334789419 Mflops = 224.516334789419 Gflops = 0.224516334789419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001052188 Relative Rsd = 4.61164273272491e-07
BICGSTAB_SOLVER_TIME: 0.617813 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045472 s
InvBiCGStab: k = 58 resid = 2.109996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231225(s) Flops=383551488 => 1658.78035679533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238809.984379822 Mflops = 238.809984379822 Gflops = 0.238809984379822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055822 s
InvBiCGStab: k = 69 resid = 8.479295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261963(s) Flops=455731200 => 1739.67774074965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250454.385027719 Mflops = 250.454385027719 Gflops = 0.250454385027719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001036522 Relative Rsd = 4.54297854351979e-07
BICGSTAB_SOLVER_TIME: 0.598326 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 61 resid = 2.173472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224095(s) Flops=403236864 => 1799.40143242821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259050.203278736 Mflops = 259.050203278736 Gflops = 0.259050203278736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055759 s
InvBiCGStab: k = 75 resid = 1.142184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274091(s) Flops=495101952 => 1806.34151431459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.000232798 Mflops = 260.056000232798 Gflops = 0.260056000232798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001088075 Relative Rsd = 4.76892905040051e-07
BICGSTAB_SOLVER_TIME: 0.598597 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 59 resid = 1.195014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216963(s) Flops=390113280 => 1798.06363296968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258852.917914442 Mflops = 258.852917914442 Gflops = 0.258852917914442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 71 resid = 1.045388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258799(s) Flops=468854784 => 1811.65608831564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260804.169517481 Mflops = 260.804169517481 Gflops = 0.260804169517481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001066832 Relative Rsd = 4.67582601632787e-07
BICGSTAB_SOLVER_TIME: 0.577068 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107033
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981053(s) Flops=1454948352 => 1483.04765593704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213539.992307113 Mflops = 213.539992307113 Gflops = 0.213539992307113 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161357000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 36 resid = 2.016349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133057(s) Flops=239192064 => 1797.66614308154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258746.869186344 Mflops = 258.746869186344 Gflops = 0.258746869186344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056395 s
InvBiCGStab: k = 56 resid = 1.148596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205268(s) Flops=370427904 => 1804.60619287955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.844956027 Mflops = 259.774844956027 Gflops = 0.259774844956027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007646106 Relative Rsd = 3.35121684744114e-07
BICGSTAB_SOLVER_TIME: 0.439969 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 57 resid = 2.172724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208939(s) Flops=376989696 => 1804.3050651147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.516895705 Mflops = 259.756516895705 Gflops = 0.259756516895705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 74 resid = 1.114365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271541(s) Flops=488540160 => 1799.13957744871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259018.349645941 Mflops = 259.018349645941 Gflops = 0.259018349645941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001121814 Relative Rsd = 4.91680505812159e-07
BICGSTAB_SOLVER_TIME: 0.581922 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042044 s
InvBiCGStab: k = 57 resid = 2.254927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243176(s) Flops=376989696 => 1550.2750929368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223196.812903757 Mflops = 223.196812903757 Gflops = 0.223196812903757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06134 s
InvBiCGStab: k = 72 resid = 1.10321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29826(s) Flops=475416576 => 1593.96692818346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229483.032371712 Mflops = 229.483032371712 Gflops = 0.229483032371712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001042828 Relative Rsd = 4.5706170876621e-07
BICGSTAB_SOLVER_TIME: 0.648676 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 65 resid = 1.465277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2456(s) Flops=429484032 => 1748.71348534202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251773.323695726 Mflops = 251.773323695726 Gflops = 0.251773323695726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057089 s
InvBiCGStab: k = 76 resid = 1.139187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281618(s) Flops=501663744 => 1781.36249813577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256457.917733725 Mflops = 256.457917733725 Gflops = 0.256457917733725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001088723 Relative Rsd = 4.77177209367257e-07
BICGSTAB_SOLVER_TIME: 0.629378 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040526 s
InvBiCGStab: k = 52 resid = 2.158685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199763(s) Flops=344180736 => 1722.94537026376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248050.127232703 Mflops = 248.050127232703 Gflops = 0.248050127232703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059045 s
InvBiCGStab: k = 81 resid = 8.69034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312268(s) Flops=534472704 => 1711.58333226587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246424.520268151 Mflops = 246.424520268151 Gflops = 0.246424520268151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001015109 Relative Rsd = 4.4491259705802e-07
BICGSTAB_SOLVER_TIME: 0.615537 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10917
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929343(s) Flops=1454874624 => 1565.48725712681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225411.128414739 Mflops = 225.411128414739 Gflops = 0.225411128414739 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161645000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 2.18568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902866(s) Flops=1584359424 => 1754.81126102877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252637.585184309 Mflops = 252.637585184309 Gflops = 0.252637585184309 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 1.093578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960833(s) Flops=1689348096 => 1758.21198480901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253174.081191493 Mflops = 253.174081191493 Gflops = 0.253174081191493 Tflops
BICGSTAB_SOLVER: 498 iterations. Rsd = 0.002130295 Relative Rsd = 9.36361112931586e-07
BICGSTAB_SOLVER_TIME: 1.867192 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.120249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001883
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355231000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.744202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757647(s) Flops=1203775488 => 1588.83423018899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228754.237454749 Mflops = 228.754237454749 Gflops = 0.228754237454749 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 8.878774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779684(s) Flops=1341573120 => 1720.66262742342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247761.87994129 Mflops = 247.76187994129 Gflops = 0.24776187994129 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.001890181 Relative Rsd = 8.30183974344725e-07
BICGSTAB_SOLVER_TIME: 1.540787 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.117105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276286999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92708(s) Flops=1454874624 => 1569.3086076714 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225960.551661295 Mflops = 225.960551661295 Gflops = 0.225960551661295 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161611000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040954 s
InvBiCGStab: k = 28 resid = 1.756566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117093(s) Flops=186697728 => 1594.43970177551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229497.359505873 Mflops = 229.497359505874 Gflops = 0.229497359505873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066312 s
InvBiCGStab: k = 51 resid = 9.593199e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219566(s) Flops=337618944 => 1537.66495723382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221361.289493353 Mflops = 221.361289493353 Gflops = 0.221361289493353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007560705 Relative Rsd = 3.31378659082352e-07
BICGSTAB_SOLVER_TIME: 0.447766 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041729 s
InvBiCGStab: k = 88 resid = 1.639333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343199(s) Flops=580405248 => 1691.16241014688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243494.470018919 Mflops = 243.494470018919 Gflops = 0.243494470018919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057663 s
InvBiCGStab: k = 106 resid = 7.181685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388661(s) Flops=698517504 => 1797.24105068427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.212776135 Mflops = 258.754212776135 Gflops = 0.258754212776135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001333964 Relative Rsd = 5.84663787146835e-07
BICGSTAB_SOLVER_TIME: 0.835078 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153077999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041648 s
InvBiCGStab: k = 57 resid = 1.937259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212691(s) Flops=376989696 => 1772.47601449991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255178.824416601 Mflops = 255.178824416601 Gflops = 0.255178824416601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 78 resid = 1.100131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293501(s) Flops=514787328 => 1753.95425569248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252523.997851074 Mflops = 252.523997851074 Gflops = 0.252523997851074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001030871 Relative Rsd = 4.51821110571128e-07
BICGSTAB_SOLVER_TIME: 0.607765 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042938 s
InvBiCGStab: k = 60 resid = 2.266546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231866(s) Flops=396675072 => 1710.79447611983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246304.559300467 Mflops = 246.304559300467 Gflops = 0.246304559300467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058151 s
InvBiCGStab: k = 84 resid = 9.48323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308343(s) Flops=554158080 => 1797.21310358918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258746.490661063 Mflops = 258.746490661063 Gflops = 0.258746490661063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001122198 Relative Rsd = 4.91848833158795e-07
BICGSTAB_SOLVER_TIME: 0.645152 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 64 resid = 2.183893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241291(s) Flops=422922240 => 1752.74767811481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252322.821809241 Mflops = 252.322821809241 Gflops = 0.252322821809241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056227 s
InvBiCGStab: k = 81 resid = 7.081014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321018(s) Flops=534472704 => 1664.9306394034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239709.482082736 Mflops = 239.709482082736 Gflops = 0.239709482082736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001087489 Relative Rsd = 4.76636102513341e-07
BICGSTAB_SOLVER_TIME: 0.663475 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117782
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934889(s) Flops=1448607744 => 1549.4970461734 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223363.703792072 Mflops = 223.363703792072 Gflops = 0.223363703792072 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160758000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048033 s
InvBiCGStab: k = 33 resid = 8.274905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132597(s) Flops=219506688 => 1655.44234032444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238286.343818401 Mflops = 238.286343818401 Gflops = 0.238286343818401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066036 s
InvBiCGStab: k = 59 resid = 9.79386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257606(s) Flops=390113280 => 1514.37963401474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218032.657078524 Mflops = 218.032657078524 Gflops = 0.218032657078524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007729639 Relative Rsd = 3.38782842801246e-07
BICGSTAB_SOLVER_TIME: 0.508278 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0797360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044697 s
InvBiCGStab: k = 87 resid = 1.751397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346237(s) Flops=573843456 => 1657.371846452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238625.10472957 Mflops = 238.62510472957 Gflops = 0.23862510472957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05685 s
InvBiCGStab: k = 109 resid = 7.393135e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404696(s) Flops=718202880 => 1774.67254432957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255510.400391662 Mflops = 255.510400391662 Gflops = 0.255510400391662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001321459 Relative Rsd = 5.79183122214584e-07
BICGSTAB_SOLVER_TIME: 0.856345 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154381999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041613 s
InvBiCGStab: k = 51 resid = 2.273816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189337(s) Flops=337618944 => 1783.16411477947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256708.594555634 Mflops = 256.708594555634 Gflops = 0.256708594555634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055935 s
InvBiCGStab: k = 84 resid = 8.898259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32096(s) Flops=554158080 => 1726.56430707876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248577.629682922 Mflops = 248.577629682922 Gflops = 0.248577629682922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001053229 Relative Rsd = 4.61620527632483e-07
BICGSTAB_SOLVER_TIME: 0.611748 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041632 s
InvBiCGStab: k = 62 resid = 1.946809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233193(s) Flops=409798656 => 1757.33686688708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252996.25818891 Mflops = 252.99625818891 Gflops = 0.25299625818891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 90 resid = 9.533215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328953(s) Flops=593528832 => 1804.29675971947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259768.429645631 Mflops = 259.768429645631 Gflops = 0.259768429645631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001101965 Relative Rsd = 4.829810076994e-07
BICGSTAB_SOLVER_TIME: 0.663895 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046141 s
InvBiCGStab: k = 53 resid = 2.25825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218591(s) Flops=350742528 => 1604.56070012032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230998.648722151 Mflops = 230.998648722151 Gflops = 0.230998648722151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058457 s
InvBiCGStab: k = 81 resid = 1.067939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348371(s) Flops=534472704 => 1534.20549930964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220887.425222308 Mflops = 220.887425222308 Gflops = 0.220887425222308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001108475 Relative Rsd = 4.8583425572118e-07
BICGSTAB_SOLVER_TIME: 0.676023 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109822
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914097(s) Flops=1442340864 => 1577.88600553333 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227221.199235362 Mflops = 227.221199235362 Gflops = 0.227221199235362 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160015000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 25 resid = 2.184443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093174(s) Flops=167012352 => 1792.47807328225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257980.537693165 Mflops = 257.980537693165 Gflops = 0.257980537693165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 49 resid = 1.048396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199211(s) Flops=324495360 => 1628.90282163134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234463.99291601 Mflops = 234.46399291601 Gflops = 0.23446399291601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007858483 Relative Rsd = 3.44429972713309e-07
BICGSTAB_SOLVER_TIME: 0.393991 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041929 s
InvBiCGStab: k = 54 resid = 2.058524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227345(s) Flops=357304320 => 1571.6392267259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226253.026730209 Mflops = 226.253026730209 Gflops = 0.226253026730209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065586 s
InvBiCGStab: k = 69 resid = 7.946552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273322(s) Flops=455731200 => 1667.37840349478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240045.971166158 Mflops = 240.045971166158 Gflops = 0.240045971166158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001060419 Relative Rsd = 4.64771856393592e-07
BICGSTAB_SOLVER_TIME: 0.612116 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042979 s
InvBiCGStab: k = 61 resid = 1.706557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227145(s) Flops=403236864 => 1775.23988641617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255578.027194707 Mflops = 255.578027194707 Gflops = 0.255578027194708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057184 s
InvBiCGStab: k = 88 resid = 7.173819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325467(s) Flops=580405248 => 1783.29983684982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256746.212891554 Mflops = 256.746212891554 Gflops = 0.256746212891554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001029914 Relative Rsd = 4.51401491262631e-07
BICGSTAB_SOLVER_TIME: 0.656578 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120842
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 64 resid = 2.263947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234063(s) Flops=422922240 => 1806.87353404853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260133.957456191 Mflops = 260.133957456191 Gflops = 0.260133957456191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056839 s
InvBiCGStab: k = 88 resid = 9.099543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32095(s) Flops=580405248 => 1808.39771927091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260360.705601349 Mflops = 260.360705601349 Gflops = 0.260360705601348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00113813 Relative Rsd = 4.98831586226117e-07
BICGSTAB_SOLVER_TIME: 0.656798 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04283 s
InvBiCGStab: k = 50 resid = 2.173846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18373(s) Flops=331057152 => 1801.86769716432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259401.875313766 Mflops = 259.401875313766 Gflops = 0.259401875313766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 78 resid = 1.103219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284934(s) Flops=514787328 => 1806.68971761882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260108.509085764 Mflops = 260.108509085764 Gflops = 0.260108509085764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001053864 Relative Rsd = 4.61898760133606e-07
BICGSTAB_SOLVER_TIME: 0.571469 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105588
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994004(s) Flops=1436073984 => 1444.73662480231 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208093.202119118 Mflops = 208.093202119118 Gflops = 0.208093202119118 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159154000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043321 s
InvBiCGStab: k = 30 resid = 2.172966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11621(s) Flops=199821312 => 1719.48465708631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247494.247572519 Mflops = 247.494247572519 Gflops = 0.247494247572519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058392 s
InvBiCGStab: k = 44 resid = 1.019345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17339(s) Flops=291686400 => 1682.25618547782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242172.360032528 Mflops = 242.172360032528 Gflops = 0.242172360032528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000727689 Relative Rsd = 3.18939273268369e-07
BICGSTAB_SOLVER_TIME: 0.394882 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042007 s
InvBiCGStab: k = 62 resid = 2.223514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227807(s) Flops=409798656 => 1798.88526691454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258982.186163994 Mflops = 258.982186163994 Gflops = 0.258982186163994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056911 s
InvBiCGStab: k = 84 resid = 1.08719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308026(s) Flops=554158080 => 1799.06267652731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259009.236304314 Mflops = 259.009236304314 Gflops = 0.259009236304314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001130303 Relative Rsd = 4.95401259607657e-07
BICGSTAB_SOLVER_TIME: 0.638423 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041772 s
InvBiCGStab: k = 53 resid = 1.958723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212426(s) Flops=350742528 => 1651.12805400469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237718.749723175 Mflops = 237.718749723175 Gflops = 0.237718749723175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064382 s
InvBiCGStab: k = 74 resid = 7.814451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314545(s) Flops=488540160 => 1553.16460283902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223615.111654842 Mflops = 223.615111654842 Gflops = 0.223615111654842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001026319 Relative Rsd = 4.49826184048317e-07
BICGSTAB_SOLVER_TIME: 0.636987 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041382 s
InvBiCGStab: k = 53 resid = 2.228853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200027(s) Flops=350742528 => 1753.4759207507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252437.011502932 Mflops = 252.437011502932 Gflops = 0.252437011502932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 90 resid = 9.197956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334141(s) Flops=593528832 => 1776.28256334901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255739.830319158 Mflops = 255.739830319158 Gflops = 0.255739830319158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00110488 Relative Rsd = 4.84258489293129e-07
BICGSTAB_SOLVER_TIME: 0.635927 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040729 s
InvBiCGStab: k = 54 resid = 2.271506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198722(s) Flops=357304320 => 1798.01088958444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258855.059876744 Mflops = 258.855059876744 Gflops = 0.258855059876744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 69 resid = 9.331977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251701(s) Flops=455731200 => 1810.60544058228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260679.442014936 Mflops = 260.679442014936 Gflops = 0.260679442014936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001018125 Relative Rsd = 4.46234673408026e-07
BICGSTAB_SOLVER_TIME: 0.551269 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10203
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890617(s) Flops=1430028288 => 1605.66021982513 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231215.515334688 Mflops = 231.215515334688 Gflops = 0.231215515334688 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158468000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.90919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.877851(s) Flops=1577797632 => 1797.34104306995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258800.807686221 Mflops = 258.800807686221 Gflops = 0.258800807686221 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 306 resid = 1.148894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.11596(s) Flops=2010875904 => 1801.92471414746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259473.443503095 Mflops = 259.473443503095 Gflops = 0.259473443503095 Tflops
BICGSTAB_SOLVER: 546 iterations. Rsd = 0.002509319 Relative Rsd = 1.1028461104828e-06
BICGSTAB_SOLVER_TIME: 1.997153 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.119179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.389131000000002
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.231789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852177(s) Flops=1394067456 => 1635.88955815517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235527.093035675 Mflops = 235.527093035675 Gflops = 0.235527093035675 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 8.595503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811882(s) Flops=1440000000 => 1773.6567629286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255400.682070212 Mflops = 255.400682070212 Gflops = 0.255400682070212 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.001987555 Relative Rsd = 8.72963451182821e-07
BICGSTAB_SOLVER_TIME: 1.667459 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307058999999999
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915503(s) Flops=1430028288 => 1562.01376511055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224927.498109229 Mflops = 224.927498109229 Gflops = 0.224927498109229 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158634000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 29 resid = 2.209091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108266(s) Flops=193259520 => 1785.04350396246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256916.590455395 Mflops = 256.916590455395 Gflops = 0.256916590455395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05876 s
InvBiCGStab: k = 53 resid = 8.144374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196752(s) Flops=350742528 => 1782.66308855818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256626.630085454 Mflops = 256.626630085454 Gflops = 0.256626630085454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007167555 Relative Rsd = 3.14147250359114e-07
BICGSTAB_SOLVER_TIME: 0.408488 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726460000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 79 resid = 2.26196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288839(s) Flops=521349120 => 1804.98173723078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.888701675 Mflops = 259.876888701675 Gflops = 0.259876888701675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 104 resid = 1.042258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380543(s) Flops=685393920 => 1801.09454122136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.717769474 Mflops = 259.325717769474 Gflops = 0.259325717769474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001278025 Relative Rsd = 5.60146314682715e-07
BICGSTAB_SOLVER_TIME: 0.770158 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144943
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040915 s
InvBiCGStab: k = 55 resid = 2.126444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201851(s) Flops=363866112 => 1802.64706144631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259507.253083256 Mflops = 259.507253083256 Gflops = 0.259507253083256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 78 resid = 9.331286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284903(s) Flops=514787328 => 1806.88630165355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260134.808342019 Mflops = 260.134808342019 Gflops = 0.260134808342019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001017773 Relative Rsd = 4.46080530663502e-07
BICGSTAB_SOLVER_TIME: 0.58778 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040918 s
InvBiCGStab: k = 63 resid = 1.601326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230166(s) Flops=416360448 => 1808.95722217878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260430.059927883 Mflops = 260.430059927883 Gflops = 0.260430059927883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064095 s
InvBiCGStab: k = 84 resid = 1.020816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352586(s) Flops=554158080 => 1571.69621028628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226288.529301578 Mflops = 226.288529301578 Gflops = 0.226288529301578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001136974 Relative Rsd = 4.98325124497501e-07
BICGSTAB_SOLVER_TIME: 0.69212 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044927 s
InvBiCGStab: k = 66 resid = 1.911108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266924(s) Flops=436045824 => 1633.5954204193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235204.58683151 Mflops = 235.20458683151 Gflops = 0.23520458683151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058963 s
InvBiCGStab: k = 79 resid = 1.098145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308942(s) Flops=521349120 => 1687.53073392417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242955.919422394 Mflops = 242.955919422394 Gflops = 0.242955919422394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001094907 Relative Rsd = 4.79887590892954e-07
BICGSTAB_SOLVER_TIME: 0.68361 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117534
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899061(s) Flops=1430102016 => 1590.66183050983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229110.477171825 Mflops = 229.110477171825 Gflops = 0.229110477171825 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158488000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046319 s
InvBiCGStab: k = 32 resid = 2.108476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130564(s) Flops=212944896 => 1630.96179651359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234778.617093871 Mflops = 234.778617093871 Gflops = 0.234778617093871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060741 s
InvBiCGStab: k = 53 resid = 1.06151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233842(s) Flops=350742528 => 1499.91245370806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215937.707628515 Mflops = 215.937707628515 Gflops = 0.215937707628515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000796275 Relative Rsd = 3.48999914756777e-07
BICGSTAB_SOLVER_TIME: 0.475608 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 87 resid = 1.404851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325989(s) Flops=573843456 => 1760.3153971453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253448.676199235 Mflops = 253.448676199235 Gflops = 0.253448676199235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05718 s
InvBiCGStab: k = 105 resid = 1.054191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388423(s) Flops=691955712 => 1781.44886373876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256493.133717835 Mflops = 256.493133717835 Gflops = 0.256493133717835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001319069 Relative Rsd = 5.78135451584555e-07
BICGSTAB_SOLVER_TIME: 0.816482 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151463999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 50 resid = 2.17782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183829(s) Flops=331057152 => 1800.89731217599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259272.060516246 Mflops = 259.272060516246 Gflops = 0.259272060516246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056241 s
InvBiCGStab: k = 85 resid = 6.027859e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309839(s) Flops=560719872 => 1809.71366419334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260552.598405556 Mflops = 260.552598405556 Gflops = 0.260552598405556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.0011165 Relative Rsd = 4.89351730902251e-07
BICGSTAB_SOLVER_TIME: 0.594469 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043727 s
InvBiCGStab: k = 62 resid = 1.549221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242228(s) Flops=409798656 => 1691.78895916244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243554.774994883 Mflops = 243.554774994883 Gflops = 0.243554774994883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055707 s
InvBiCGStab: k = 89 resid = 1.10139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328193(s) Flops=586967040 => 1788.48128997267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257507.539850539 Mflops = 257.507539850539 Gflops = 0.257507539850539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001125158 Relative Rsd = 4.93146367085724e-07
BICGSTAB_SOLVER_TIME: 0.673535 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04594 s
InvBiCGStab: k = 55 resid = 2.219849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230481(s) Flops=363866112 => 1578.72497949939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227282.865891435 Mflops = 227.282865891435 Gflops = 0.227282865891435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059753 s
InvBiCGStab: k = 89 resid = 7.830829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376707(s) Flops=586967040 => 1558.1527287786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224330.694923042 Mflops = 224.330694923042 Gflops = 0.224330694923042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001092241 Relative Rsd = 4.78718942954992e-07
BICGSTAB_SOLVER_TIME: 0.717668 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116802
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922237(s) Flops=1430102016 => 1550.68818102071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223522.966246252 Mflops = 223.522966246252 Gflops = 0.223522966246252 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158363000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0406 s
InvBiCGStab: k = 30 resid = 2.264951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1107(s) Flops=199821312 => 1805.07056910569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.980709837 Mflops = 259.827980709837 Gflops = 0.259827980709837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 55 resid = 1.085262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224903(s) Flops=363866112 => 1617.88020613331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232917.329697666 Mflops = 232.917329697666 Gflops = 0.232917329697666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007978259 Relative Rsd = 3.49679627623768e-07
BICGSTAB_SOLVER_TIME: 0.436893 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042678 s
InvBiCGStab: k = 53 resid = 1.956075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229618(s) Flops=350742528 => 1527.50449877623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219903.18689734 Mflops = 219.90318689734 Gflops = 0.21990318689734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065254 s
InvBiCGStab: k = 94 resid = 1.045879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367763(s) Flops=619776000 => 1685.25925664083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242639.478642349 Mflops = 242.639478642349 Gflops = 0.242639478642349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001058765 Relative Rsd = 4.64046808925968e-07
BICGSTAB_SOLVER_TIME: 0.708954 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 63 resid = 1.500704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235643(s) Flops=416360448 => 1766.91201520945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254388.692188906 Mflops = 254.388692188906 Gflops = 0.254388692188906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05746 s
InvBiCGStab: k = 87 resid = 1.006233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321221(s) Flops=573843456 => 1786.44439809352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257193.047307348 Mflops = 257.193047307348 Gflops = 0.257193047307348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001080767 Relative Rsd = 4.73690093316604e-07
BICGSTAB_SOLVER_TIME: 0.659131 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 68 resid = 1.635193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249764(s) Flops=449169408 => 1798.37529828158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258917.709366321 Mflops = 258.917709366321 Gflops = 0.258917709366321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056205 s
InvBiCGStab: k = 93 resid = 8.267657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339573(s) Flops=613214208 => 1805.83912148492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259995.511088819 Mflops = 259.995511088819 Gflops = 0.259995511088819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001110122 Relative Rsd = 4.86555986645144e-07
BICGSTAB_SOLVER_TIME: 0.690653 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04105 s
InvBiCGStab: k = 60 resid = 1.624518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219384(s) Flops=396675072 => 1808.13127666557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260314.69021814 Mflops = 260.31469021814 Gflops = 0.26031469021814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056244 s
InvBiCGStab: k = 93 resid = 5.548982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338497(s) Flops=613214208 => 1811.57944678978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260825.761660772 Mflops = 260.825761660772 Gflops = 0.260825761660772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001094475 Relative Rsd = 4.79698088690649e-07
BICGSTAB_SOLVER_TIME: 0.658843 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123395
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967697(s) Flops=1436073984 => 1484.012024425 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213840.57013953 Mflops = 213.84057013953 Gflops = 0.21384057013953 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158807000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043922 s
InvBiCGStab: k = 27 resid = 1.873278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103085(s) Flops=180135936 => 1747.45051171363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251488.225436532 Mflops = 251.488225436532 Gflops = 0.251488225436532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0592 s
InvBiCGStab: k = 55 resid = 8.500552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212205(s) Flops=363866112 => 1714.69151056761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246846.34053039 Mflops = 246.84634053039 Gflops = 0.24684634053039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007675245 Relative Rsd = 3.36398809171603e-07
BICGSTAB_SOLVER_TIME: 0.422351 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 55 resid = 2.011377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203057(s) Flops=363866112 => 1791.94074570195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257983.56568935 Mflops = 257.98356568935 Gflops = 0.25798356568935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 90 resid = 9.120441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366431(s) Flops=593528832 => 1619.75605775712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233210.398678165 Mflops = 233.210398678165 Gflops = 0.233210398678165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001102018 Relative Rsd = 4.83004376576259e-07
BICGSTAB_SOLVER_TIME: 0.671244 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045711 s
InvBiCGStab: k = 61 resid = 1.891884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259608(s) Flops=403236864 => 1553.25284274753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223624.293253636 Mflops = 223.624293253636 Gflops = 0.223624293253636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05859 s
InvBiCGStab: k = 91 resid = 1.149581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339596(s) Flops=600090624 => 1767.07212099082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254415.880428845 Mflops = 254.415880428845 Gflops = 0.254415880428845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001058107 Relative Rsd = 4.63758473722623e-07
BICGSTAB_SOLVER_TIME: 0.707148 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 65 resid = 1.969383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241089(s) Flops=429484032 => 1781.43354528825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256471.43793462 Mflops = 256.47143793462 Gflops = 0.25647143793462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056203 s
InvBiCGStab: k = 96 resid = 1.048984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350322(s) Flops=632899584 => 1806.62243307586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260107.926557728 Mflops = 260.107926557728 Gflops = 0.260107926557728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001131184 Relative Rsd = 4.95787305289574e-07
BICGSTAB_SOLVER_TIME: 0.692554 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040825 s
InvBiCGStab: k = 64 resid = 2.137025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235094(s) Flops=422922240 => 1798.94952657235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258999.615144364 Mflops = 258.999615144364 Gflops = 0.258999615144364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 90 resid = 9.868605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329028(s) Flops=593528832 => 1803.88548087093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259716.040628643 Mflops = 259.716040628643 Gflops = 0.259716040628643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001079067 Relative Rsd = 4.72944942492032e-07
BICGSTAB_SOLVER_TIME: 0.664964 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124241
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9519(s) Flops=1442267136 => 1515.14564134888 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218178.733348763 Mflops = 218.178733348763 Gflops = 0.218178733348763 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161381000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 280 resid = 1.826661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.023127(s) Flops=1840269312 => 1798.67143766121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258948.317894122 Mflops = 258.948317894122 Gflops = 0.258948317894122 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 1.031611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.071444(s) Flops=1774651392 => 1656.31744822875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238504.722584422 Mflops = 238.504722584422 Gflops = 0.238504722584422 Tflops
BICGSTAB_SOLVER: 550 iterations. Rsd = 0.002191607 Relative Rsd = 9.63119150229282e-07
BICGSTAB_SOLVER_TIME: 2.098405 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.119654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001863
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.391469
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.175314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717128(s) Flops=1269393408 => 1770.1071607858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254805.284946933 Mflops = 254.805284946933 Gflops = 0.254805284946933 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.05188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820933(s) Flops=1479370752 => 1802.06028019339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259493.684026415 Mflops = 259.493684026415 Gflops = 0.259493684026415 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002250563 Relative Rsd = 9.88488881458729e-07
BICGSTAB_SOLVER_TIME: 1.541413 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297924999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933306(s) Flops=1442267136 => 1545.33147327886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222700.95813648 Mflops = 222.70095813648 Gflops = 0.22270095813648 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159782000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 31 resid = 1.667106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114897(s) Flops=206383104 => 1796.24449724536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258566.503279498 Mflops = 258.566503279498 Gflops = 0.258566503279498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 48 resid = 8.735872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176376(s) Flops=317933568 => 1802.58974010069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259487.868061472 Mflops = 259.487868061472 Gflops = 0.259487868061472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007541219 Relative Rsd = 3.30524572554516e-07
BICGSTAB_SOLVER_TIME: 0.391844 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040887 s
InvBiCGStab: k = 86 resid = 1.780067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3137(s) Flops=567281664 => 1808.35723302518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260365.533337183 Mflops = 260.365533337183 Gflops = 0.260365533337183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 107 resid = 1.145821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390521(s) Flops=705079296 => 1805.48368973756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259957.680858028 Mflops = 259.957680858028 Gflops = 0.259957680858028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001315375 Relative Rsd = 5.76516621112684e-07
BICGSTAB_SOLVER_TIME: 0.805018 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152172999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041792 s
InvBiCGStab: k = 59 resid = 1.078895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216051(s) Flops=390113280 => 1805.65366510685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259957.609890492 Mflops = 259.957609890492 Gflops = 0.259957609890492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 68 resid = 1.011519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270469(s) Flops=449169408 => 1660.70569270415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239077.399754049 Mflops = 239.077399754049 Gflops = 0.239077399754049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001047351 Relative Rsd = 4.59044083446865e-07
BICGSTAB_SOLVER_TIME: 0.588633 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045363 s
InvBiCGStab: k = 64 resid = 2.189512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272419(s) Flops=422922240 => 1552.4696882376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223524.72901171 Mflops = 223.52472901171 Gflops = 0.22352472901171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062967 s
InvBiCGStab: k = 89 resid = 1.151652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338202(s) Flops=586967040 => 1735.55165256267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249870.870814267 Mflops = 249.870870814267 Gflops = 0.249870870814267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001168168 Relative Rsd = 5.11997295101438e-07
BICGSTAB_SOLVER_TIME: 0.722674 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0419 s
InvBiCGStab: k = 66 resid = 2.031692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245726(s) Flops=436045824 => 1774.52049844135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255496.437663046 Mflops = 255.496437663046 Gflops = 0.255496437663046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056723 s
InvBiCGStab: k = 99 resid = 6.796964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363137(s) Flops=652584960 => 1797.07647526966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258745.508813891 Mflops = 258.745508813891 Gflops = 0.258745508813891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001164013 Relative Rsd = 5.10176053418866e-07
BICGSTAB_SOLVER_TIME: 0.711153 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131958
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902278(s) Flops=1448312832 => 1605.17360724743 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231157.405124078 Mflops = 231.157405124078 Gflops = 0.231157405124078 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160466000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041678 s
InvBiCGStab: k = 33 resid = 2.181225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126153(s) Flops=219506688 => 1740.00370978098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250464.270321615 Mflops = 250.464270321615 Gflops = 0.250464270321615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056893 s
InvBiCGStab: k = 50 resid = 1.126162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187307(s) Flops=331057152 => 1767.45744686531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254429.051048643 Mflops = 254.429051048643 Gflops = 0.254429051048643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007444065 Relative Rsd = 3.26266411126876e-07
BICGSTAB_SOLVER_TIME: 0.41573 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734040000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04087 s
InvBiCGStab: k = 80 resid = 1.958254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292687(s) Flops=527910912 => 1803.67051491867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259676.676770304 Mflops = 259.676676770304 Gflops = 0.259676676770304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 118 resid = 5.798748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431733(s) Flops=777259008 => 1800.32336652514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259212.36289484 Mflops = 259.21236289484 Gflops = 0.25921236289484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001277206 Relative Rsd = 5.59787668753797e-07
BICGSTAB_SOLVER_TIME: 0.825139 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155785999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 53 resid = 2.052402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19395(s) Flops=350742528 => 1808.41726218097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260342.332094543 Mflops = 260.342332094543 Gflops = 0.260342332094543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056448 s
InvBiCGStab: k = 92 resid = 7.069046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335206(s) Flops=606652416 => 1809.78984863039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260563.282485697 Mflops = 260.563282485697 Gflops = 0.260563282485697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.0010503 Relative Rsd = 4.60336514998934e-07
BICGSTAB_SOLVER_TIME: 0.630493 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 55 resid = 2.247694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221534(s) Flops=363866112 => 1642.48427780837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236455.221964439 Mflops = 236.455221964439 Gflops = 0.236455221964439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062214 s
InvBiCGStab: k = 109 resid = 1.123321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44521(s) Flops=718202880 => 1613.17778127176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232262.52401928 Mflops = 232.26252401928 Gflops = 0.23226252401928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00121692 Relative Rsd = 5.33364612350667e-07
BICGSTAB_SOLVER_TIME: 0.774024 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 63 resid = 2.280131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233523(s) Flops=416360448 => 1782.9526342159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256695.790369421 Mflops = 256.695790369421 Gflops = 0.256695790369421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 96 resid = 1.106085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375881(s) Flops=632899584 => 1683.7764718089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242426.498654576 Mflops = 242.426498654576 Gflops = 0.242426498654576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001174674 Relative Rsd = 5.14848451149525e-07
BICGSTAB_SOLVER_TIME: 0.710449 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127585
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915157(s) Flops=1460699136 => 1596.11862882544 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229842.96459839 Mflops = 229.84296459839 Gflops = 0.22984296459839 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162107000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045911 s
InvBiCGStab: k = 26 resid = 2.016836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117963(s) Flops=173574144 => 1471.42870222019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211785.718634268 Mflops = 211.785718634268 Gflops = 0.211785718634268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06159 s
InvBiCGStab: k = 48 resid = 9.440771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185399(s) Flops=317933568 => 1714.86128835646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246866.948089539 Mflops = 246.866948089539 Gflops = 0.246866948089539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000738422 Relative Rsd = 3.23643458794407e-07
BICGSTAB_SOLVER_TIME: 0.414433 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041539 s
InvBiCGStab: k = 53 resid = 1.730204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196881(s) Flops=350742528 => 1781.49505538879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256464.511592023 Mflops = 256.464511592023 Gflops = 0.256464511592023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056855 s
InvBiCGStab: k = 90 resid = 5.556452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331361(s) Flops=593528832 => 1791.18493727385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257885.951205388 Mflops = 257.885951205388 Gflops = 0.257885951205388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001112342 Relative Rsd = 4.8752900953097e-07
BICGSTAB_SOLVER_TIME: 0.630348 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040754 s
InvBiCGStab: k = 52 resid = 1.648271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191269(s) Flops=344180736 => 1799.4590655046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259062.340994296 Mflops = 259.062340994296 Gflops = 0.259062340994296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 91 resid = 1.052255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332185(s) Flops=600090624 => 1806.49524812981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260093.045954709 Mflops = 260.093045954709 Gflops = 0.260093045954709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001067594 Relative Rsd = 4.67916501043633e-07
BICGSTAB_SOLVER_TIME: 0.624029 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 76 resid = 1.858411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277719(s) Flops=501663744 => 1806.37170665313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.94524501 Mflops = 260.07694524501 Gflops = 0.26007694524501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 100 resid = 9.135411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385338(s) Flops=659146752 => 1710.56774052909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246285.798514275 Mflops = 246.285798514275 Gflops = 0.246285798514275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00112536 Relative Rsd = 4.93234944313295e-07
BICGSTAB_SOLVER_TIME: 0.763831 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044464 s
InvBiCGStab: k = 55 resid = 1.62746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223199(s) Flops=363866112 => 1630.23182003504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234706.076883478 Mflops = 234.706076883478 Gflops = 0.234706076883478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060203 s
InvBiCGStab: k = 96 resid = 7.768332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407289(s) Flops=632899584 => 1553.93242636064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223730.399877526 Mflops = 223.730399877526 Gflops = 0.223730399877526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001067864 Relative Rsd = 4.68034621021645e-07
BICGSTAB_SOLVER_TIME: 0.739143 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121789
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928622(s) Flops=1473085440 => 1586.31331155196 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228435.38517918 Mflops = 228.43538517918 Gflops = 0.22843538517918 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040702 s
InvBiCGStab: k = 39 resid = 1.256953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.153145(s) Flops=258877440 => 1690.40739168762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243339.824161062 Mflops = 243.339824161062 Gflops = 0.243339824161062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06451 s
InvBiCGStab: k = 44 resid = 1.049205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180639(s) Flops=291686400 => 1614.74764585721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232455.244168878 Mflops = 232.455244168878 Gflops = 0.232455244168878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007298011 Relative Rsd = 3.19865022651115e-07
BICGSTAB_SOLVER_TIME: 0.442953 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735770000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046225 s
InvBiCGStab: k = 60 resid = 1.640684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253716(s) Flops=396675072 => 1563.46100364187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225100.924481557 Mflops = 225.100924481557 Gflops = 0.225100924481557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057578 s
InvBiCGStab: k = 87 resid = 9.67423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323282(s) Flops=573843456 => 1775.05538817503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255564.430901251 Mflops = 255.564430901251 Gflops = 0.255564430901251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001150129 Relative Rsd = 5.04090706041942e-07
BICGSTAB_SOLVER_TIME: 0.684482 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04132 s
InvBiCGStab: k = 62 resid = 1.531124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23453(s) Flops=409798656 => 1747.3187054961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251567.74759056 Mflops = 251.56774759056 Gflops = 0.25156774759056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060533 s
InvBiCGStab: k = 88 resid = 8.886634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340336(s) Flops=580405248 => 1705.38893328946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245528.206871533 Mflops = 245.528206871533 Gflops = 0.245528206871533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001038489 Relative Rsd = 4.55160206727089e-07
BICGSTAB_SOLVER_TIME: 0.680372 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 66 resid = 1.13534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243506(s) Flops=436045824 => 1790.69847970892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257796.449911511 Mflops = 257.796449911511 Gflops = 0.257796449911511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056786 s
InvBiCGStab: k = 87 resid = 1.111502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32003(s) Flops=573843456 => 1793.0926975596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258162.493551492 Mflops = 258.162493551492 Gflops = 0.258162493551492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001129305 Relative Rsd = 4.94963628915905e-07
BICGSTAB_SOLVER_TIME: 0.665373 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 56 resid = 2.087242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20531(s) Flops=370427904 => 1804.23702693488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259763.028855524 Mflops = 259.763028855524 Gflops = 0.259763028855524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 88 resid = 1.000924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333144(s) Flops=580405248 => 1742.20531661984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250826.232184377 Mflops = 250.826232184377 Gflops = 0.250826232184377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00109258 Relative Rsd = 4.78867779229661e-07
BICGSTAB_SOLVER_TIME: 0.640071 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116926
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987468(s) Flops=1485471744 => 1504.32393150968 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216624.10718399 Mflops = 216.62410718399 Gflops = 0.21662410718399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164684000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 2.042276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.057045(s) Flops=1787774976 => 1691.29504987962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243525.635580922 Mflops = 243.525635580922 Gflops = 0.243525635580922 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 9.108491e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892238(s) Flops=1479370752 => 1658.04499696269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238758.338348823 Mflops = 238.758338348823 Gflops = 0.238758338348823 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.002182175 Relative Rsd = 9.58909198168194e-07
BICGSTAB_SOLVER_TIME: 1.952646 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354132000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.063914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723683(s) Flops=1302202368 => 1799.40991843114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259038.82510224 Mflops = 259.03882510224 Gflops = 0.25903882510224 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 8.366817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904313(s) Flops=1630291968 => 1802.79612036983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.495356866 Mflops = 259.596495356866 Gflops = 0.259596495356866 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002003858 Relative Rsd = 8.80142722736874e-07
BICGSTAB_SOLVER_TIME: 1.631289 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317888999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 418 resid = 1.763228e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.657116(s) Flops=2745796608 => 1656.97308335687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238600.833924032 Mflops = 238.600833924032 Gflops = 0.238600833924032 Tflops
InvBiCGStab: k = 352 resid = 9.406003e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.330234(s) Flops=2312718336 => 1738.58008139921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250353.39353516 Mflops = 250.35339353516 Gflops = 0.25035339353516 Tflops
BICGSTAB_SOLVER: 770 iterations. Rsd = 0.002201961 Relative Rsd = 9.67603495176671e-07
BICGSTAB_SOLVER_TIME: 2.991974 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.550974999999996
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 338 resid = 8.571482e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.271331(s) Flops=2220853248 => 1746.87256741163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251538.250734003 Mflops = 251.538250734003 Gflops = 0.251538250734003 Tflops
InvBiCGStab: k = 299 resid = 1.053923e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.193077(s) Flops=1964943360 => 1646.95435416155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237157.46524695 Mflops = 237.15746524695 Gflops = 0.23715746524695 Tflops
BICGSTAB_SOLVER: 637 iterations. Rsd = 0.001987552 Relative Rsd = 8.72980504325639e-07
BICGSTAB_SOLVER_TIME: 2.469341 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.454768999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 237 resid = 1.958824e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873419(s) Flops=1558112256 => 1783.92301518515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256869.934195991 Mflops = 256.869934195991 Gflops = 0.256869934195991 Tflops
InvBiCGStab: k = 267 resid = 1.054324e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974173(s) Flops=1754966016 => 1801.4931803694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259409.610877932 Mflops = 259.409610877932 Gflops = 0.259409610877932 Tflops
BICGSTAB_SOLVER: 504 iterations. Rsd = 0.001860831 Relative Rsd = 8.15585027616284e-07
BICGSTAB_SOLVER_TIME: 1.852134 sec
2Flav::invert,  n_count = 504
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.358629000000002
MInvCG2: 345 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.479945(s) Flops=2224982016 => 1503.42209744281 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216498.625511318 Mflops = 216.498625511318 Gflops = 0.216498625511318 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247285000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0752439354778289
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 460.997944 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.063167 secs
Doing Update: 2757 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 324 resid = 1.889365e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.201649(s) Flops=2128988160 => 1771.72215846724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255133.554931388 Mflops = 255.133554931388 Gflops = 0.255133554931388 Tflops
InvBiCGStab: k = 311 resid = 8.685423e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.136967(s) Flops=2043684864 => 1797.4882859397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258834.245457079 Mflops = 258.834245457079 Gflops = 0.258834245457079 Tflops
BICGSTAB_SOLVER: 635 iterations. Rsd = 0.002090731 Relative Rsd = 9.20537083184948e-07
BICGSTAB_SOLVER_TIME: 2.343604 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.455683999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000378
InvBiCGStab: k = 249 resid = 1.933327e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.967674(s) Flops=1636853760 => 1691.5342977077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243588.577605178 Mflops = 243.588577605178 Gflops = 0.243588577605178 Tflops
InvBiCGStab: k = 272 resid = 1.037367e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.067652(s) Flops=1787774976 => 1674.49222780457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241122.497242415 Mflops = 241.122497242415 Gflops = 0.241122497242415 Tflops
BICGSTAB_SOLVER: 521 iterations. Rsd = 0.001878592 Relative Rsd = 8.25211304692291e-07
BICGSTAB_SOLVER_TIME: 2.040217 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.373862999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 368 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.494042(s) Flops=2365949952 => 1583.58998743007 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228068.211372713 Mflops = 228.068211372713 Gflops = 0.228068211372713 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263038000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 373 resid = 2.137246e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.460239(s) Flops=2450515968 => 1678.16088188303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241652.720282655 Mflops = 241.652720282655 Gflops = 0.241652720282655 Tflops
InvBiCGStab: k = 385 resid = 9.55789e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.457905(s) Flops=2529257472 => 1734.85753324119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249818.130621092 Mflops = 249.818130621092 Gflops = 0.249818130621092 Tflops
BICGSTAB_SOLVER: 758 iterations. Rsd = 0.002328996 Relative Rsd = 1.0254438856698e-06
BICGSTAB_SOLVER_TIME: 2.922752 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.541181999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 313 resid = 1.998974e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.14438(s) Flops=2056808448 => 1797.31247312955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258800.827712856 Mflops = 258.800827712856 Gflops = 0.258800827712856 Tflops
InvBiCGStab: k = 328 resid = 8.874917e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.27252(s) Flops=2155235328 => 1693.67501335932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243883.815646323 Mflops = 243.883815646323 Gflops = 0.243883815646323 Tflops
BICGSTAB_SOLVER: 641 iterations. Rsd = 0.002118712 Relative Rsd = 9.30689133847635e-07
BICGSTAB_SOLVER_TIME: 2.421983 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.457859999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 246 resid = 1.975474e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978929(s) Flops=1617168384 => 1651.97719548609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237811.707499495 Mflops = 237.811707499495 Gflops = 0.237811707499495 Tflops
InvBiCGStab: k = 274 resid = 8.666871e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.012702(s) Flops=1800898560 => 1778.31046053034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256073.724658151 Mflops = 256.073724658151 Gflops = 0.256073724658151 Tflops
BICGSTAB_SOLVER: 520 iterations. Rsd = 0.001896 Relative Rsd = 8.31321693228389e-07
BICGSTAB_SOLVER_TIME: 1.996434 sec
2Flav::invert,  n_count = 520
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.369797000000004
MInvCG2: 351 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.418251(s) Flops=2262878208 => 1595.54141544762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229766.938185638 Mflops = 229.766938185638 Gflops = 0.229766938185638 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251657000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 2.24577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976058(s) Flops=1643415552 => 1683.727352268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242407.906463799 Mflops = 242.407906463799 Gflops = 0.242407906463799 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 281 resid = 9.584905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.033061(s) Flops=1846831104 => 1787.72705967992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257428.192146808 Mflops = 257.428192146808 Gflops = 0.257428192146808 Tflops
BICGSTAB_SOLVER: 531 iterations. Rsd = 0.002364136 Relative Rsd = 1.04091571221486e-06
BICGSTAB_SOLVER_TIME: 2.012408 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378246
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.013645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822378(s) Flops=1420314624 => 1727.08246572744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248684.703430112 Mflops = 248.684703430112 Gflops = 0.248684703430112 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 9.233729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984084(s) Flops=1577797632 => 1603.31600960894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230873.785877191 Mflops = 230.873785877191 Gflops = 0.230873785877191 Tflops
BICGSTAB_SOLVER: 456 iterations. Rsd = 0.002084935 Relative Rsd = 9.15851884310677e-07
BICGSTAB_SOLVER_TIME: 1.810465 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.123763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324819999999999
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963382(s) Flops=1497784320 => 1554.71486907582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223945.838248292 Mflops = 223.945838248292 Gflops = 0.223945838248292 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166062000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 167 resid = 2.273903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672847(s) Flops=1098786816 => 1633.04111633105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235058.002652866 Mflops = 235.058002652866 Gflops = 0.235058002652866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.7e-05 s
InvBiCGStab: k = 201 resid = 1.043572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814333(s) Flops=1321887744 => 1623.27664972438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233730.117750862 Mflops = 233.730117750862 Gflops = 0.233730117750862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 368 iterations. Rsd = 0.00189909 Relative Rsd = 8.32676440334199e-07
BICGSTAB_SOLVER_TIME: 1.491932 sec
2Flav::invert,  n_count = 368
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264031999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00014 s
InvBiCGStab: k = 118 resid = 2.053531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443206(s) Flops=777259008 => 1753.71950740739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252379.260068233 Mflops = 252.379260068233 Gflops = 0.252379260068233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.7e-05 s
InvBiCGStab: k = 158 resid = 1.093578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.582872(s) Flops=1039730688 => 1783.80620101841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256819.37805979 Mflops = 256.81937805979 Gflops = 0.25681937805979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 276 iterations. Rsd = 0.00162238 Relative Rsd = 7.11349983503599e-07
BICGSTAB_SOLVER_TIME: 1.030017 sec
2Flav::invert,  n_count = 276
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198609999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005045 s
InvBiCGStab: k = 108 resid = 2.206347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412351(s) Flops=711641088 => 1725.81390126373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248484.301350318 Mflops = 248.484301350318 Gflops = 0.248484301350318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007073 s
InvBiCGStab: k = 124 resid = 1.057682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454505(s) Flops=816629760 => 1796.74538233903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.023485293 Mflops = 258.687023485293 Gflops = 0.258687023485293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 232 iterations. Rsd = 0.001458499 Relative Rsd = 6.39494842202046e-07
BICGSTAB_SOLVER_TIME: 0.882771 sec
2Flav::invert,  n_count = 232
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169687999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.00852 s
InvBiCGStab: k = 83 resid = 2.269215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347085(s) Flops=547596288 => 1577.7008168028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227152.295370752 Mflops = 227.152295370752 Gflops = 0.227152295370752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.013061 s
InvBiCGStab: k = 108 resid = 1.098486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459606(s) Flops=711641088 => 1548.37205780603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222929.241870019 Mflops = 222.929241870019 Gflops = 0.222929241870019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001305467 Relative Rsd = 5.72396092881227e-07
BICGSTAB_SOLVER_TIME: 0.832277 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141123
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010335 s
InvBiCGStab: k = 72 resid = 1.630486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273324(s) Flops=475416576 => 1739.38833033323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250432.412867073 Mflops = 250.432412867073 Gflops = 0.250432412867073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015396 s
InvBiCGStab: k = 107 resid = 1.149087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406425(s) Flops=705079296 => 1734.8324930799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249774.809886793 Mflops = 249.774809886793 Gflops = 0.249774809886793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001289763 Relative Rsd = 5.65510520913883e-07
BICGSTAB_SOLVER_TIME: 0.709338 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134274
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947472(s) Flops=1491664896 => 1574.36303764122 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226713.746332185 Mflops = 226.713746332185 Gflops = 0.226713746332185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165736000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.015694 s
InvBiCGStab: k = 27 resid = 1.80876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108425(s) Flops=180135936 => 1661.38746599032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239139.717591511 Mflops = 239.139717591511 Gflops = 0.239139717591511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019406 s
InvBiCGStab: k = 52 resid = 1.000564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190944(s) Flops=344180736 => 1802.52187028658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259474.99076189 Mflops = 259.47499076189 Gflops = 0.25947499076189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007404335 Relative Rsd = 3.24651073750167e-07
BICGSTAB_SOLVER_TIME: 0.338327 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0632210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016691 s
InvBiCGStab: k = 79 resid = 2.190123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333823(s) Flops=521349120 => 1561.75314463054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224863.609656223 Mflops = 224.863609656223 Gflops = 0.224863609656223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023874 s
InvBiCGStab: k = 113 resid = 1.030467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424163(s) Flops=744450048 => 1755.10369362721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252696.915378671 Mflops = 252.696915378671 Gflops = 0.252696915378671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001388211 Relative Rsd = 6.08675966177884e-07
BICGSTAB_SOLVER_TIME: 0.802523 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144789
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021249 s
InvBiCGStab: k = 52 resid = 2.251957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199642(s) Flops=344180736 => 1723.98962142235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248212.406595912 Mflops = 248.212406595912 Gflops = 0.248212406595912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029183 s
InvBiCGStab: k = 94 resid = 9.995903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34292(s) Flops=619776000 => 1807.348652747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260207.36133335 Mflops = 260.20736133335 Gflops = 0.26020736133335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001115963 Relative Rsd = 4.89305906885864e-07
BICGSTAB_SOLVER_TIME: 0.596768 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113482
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.02429 s
InvBiCGStab: k = 66 resid = 2.265605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244802(s) Flops=436045824 => 1781.21838873865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256434.212036884 Mflops = 256.434212036884 Gflops = 0.256434212036884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033427 s
InvBiCGStab: k = 92 resid = 1.131836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341031(s) Flops=606652416 => 1778.8776269606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256115.138381926 Mflops = 256.115138381926 Gflops = 0.256115138381927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001225709 Relative Rsd = 5.37425384791979e-07
BICGSTAB_SOLVER_TIME: 0.647432 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122718
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028858 s
InvBiCGStab: k = 61 resid = 1.969596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254014(s) Flops=403236864 => 1587.45921090963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228548.982883064 Mflops = 228.548982883064 Gflops = 0.228548982883064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.044765 s
InvBiCGStab: k = 95 resid = 1.10425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390119(s) Flops=626337792 => 1605.50445376923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231155.460452249 Mflops = 231.155460452249 Gflops = 0.231155460452249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001150813 Relative Rsd = 5.04586255736625e-07
BICGSTAB_SOLVER_TIME: 0.722464 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122397
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951073(s) Flops=1479278592 => 1555.37860080141 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223951.480295314 Mflops = 223.951480295314 Gflops = 0.223951480295314 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164151000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03499 s
InvBiCGStab: k = 31 resid = 2.045208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117179(s) Flops=206383104 => 1761.26357111769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253492.007742655 Mflops = 253.492007742655 Gflops = 0.253492007742655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044451 s
InvBiCGStab: k = 53 resid = 9.217625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195521(s) Flops=350742528 => 1793.88673339437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258234.575022289 Mflops = 258.234575022289 Gflops = 0.258234575022289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007491373 Relative Rsd = 3.28467370978583e-07
BICGSTAB_SOLVER_TIME: 0.396038 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036541 s
InvBiCGStab: k = 57 resid = 2.146015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23881(s) Flops=376989696 => 1578.6177128261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227268.57613099 Mflops = 227.26857613099 Gflops = 0.22726857613099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.058139 s
InvBiCGStab: k = 76 resid = 1.119794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325295(s) Flops=501663744 => 1542.18092500653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222027.692585879 Mflops = 222.027692585879 Gflops = 0.222027692585879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001097797 Relative Rsd = 4.81341069901932e-07
BICGSTAB_SOLVER_TIME: 0.662656 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044774 s
InvBiCGStab: k = 56 resid = 1.883242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209128(s) Flops=370427904 => 1771.29750200834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255009.131009543 Mflops = 255.009131009543 Gflops = 0.255009131009543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058466 s
InvBiCGStab: k = 78 resid = 8.52497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293473(s) Flops=514787328 => 1754.12159892051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252541.078102537 Mflops = 252.541078102537 Gflops = 0.252541078102537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001059392 Relative Rsd = 4.64502054926195e-07
BICGSTAB_SOLVER_TIME: 0.609722 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 70 resid = 1.156503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255595(s) Flops=462292992 => 1808.69340949549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260404.822785179 Mflops = 260.404822785179 Gflops = 0.260404822785179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 97 resid = 7.794756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35391(s) Flops=639461376 => 1806.84743578876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260136.880364848 Mflops = 260.136880364848 Gflops = 0.260136880364848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001137856 Relative Rsd = 4.98905209680245e-07
BICGSTAB_SOLVER_TIME: 0.710951 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04137 s
InvBiCGStab: k = 64 resid = 2.032873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234129(s) Flops=422922240 => 1806.36418384737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260058.305792142 Mflops = 260.058305792142 Gflops = 0.260058305792142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 78 resid = 8.939184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285027(s) Flops=514787328 => 1806.10022208422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260023.581480771 Mflops = 260.023581480771 Gflops = 0.260023581480771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001038498 Relative Rsd = 4.5534065482654e-07
BICGSTAB_SOLVER_TIME: 0.620776 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116035
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01154(s) Flops=1466892288 => 1450.15747078712 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208806.69381839 Mflops = 208.80669381839 Gflops = 0.20880669381839 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162667000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 28 resid = 2.07831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103857(s) Flops=186697728 => 1797.6422195904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258712.48808135 Mflops = 258.71248808135 Gflops = 0.25871248808135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056133 s
InvBiCGStab: k = 57 resid = 8.19104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208925(s) Flops=376989696 => 1804.42597104224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.483914945 Mflops = 259.764483914945 Gflops = 0.259764483914945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007507469 Relative Rsd = 3.29173124750426e-07
BICGSTAB_SOLVER_TIME: 0.413919 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750180000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041759 s
InvBiCGStab: k = 52 resid = 1.969608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192013(s) Flops=344180736 => 1792.48663371751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258050.076959652 Mflops = 258.050076959652 Gflops = 0.258050076959652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056805 s
InvBiCGStab: k = 81 resid = 1.138047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302279(s) Flops=534472704 => 1768.14368183036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254553.414961944 Mflops = 254.553414961944 Gflops = 0.254553414961944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001120565 Relative Rsd = 4.91324016087567e-07
BICGSTAB_SOLVER_TIME: 0.597321 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045208 s
InvBiCGStab: k = 59 resid = 1.973802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247872(s) Flops=390113280 => 1573.84972889233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226585.975966586 Mflops = 226.585975966586 Gflops = 0.226585975966587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065703 s
InvBiCGStab: k = 83 resid = 4.320052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336877(s) Flops=547596288 => 1625.50808752156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234023.653969087 Mflops = 234.023653969087 Gflops = 0.234023653969087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001052333 Relative Rsd = 4.61406620363156e-07
BICGSTAB_SOLVER_TIME: 0.69955 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042166 s
InvBiCGStab: k = 64 resid = 2.156853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236996(s) Flops=422922240 => 1784.51214366487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256908.208224513 Mflops = 256.908208224513 Gflops = 0.256908208224513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057318 s
InvBiCGStab: k = 89 resid = 9.920312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328583(s) Flops=586967040 => 1786.35851520012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257184.858926002 Mflops = 257.184858926002 Gflops = 0.257184858926002 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001179797 Relative Rsd = 5.17294876942158e-07
BICGSTAB_SOLVER_TIME: 0.668969 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040676 s
InvBiCGStab: k = 51 resid = 1.923545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186756(s) Flops=337618944 => 1807.80774914862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260241.249376571 Mflops = 260.241249376571 Gflops = 0.260241249376571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 91 resid = 3.564469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332971(s) Flops=600090624 => 1802.23089698502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259467.508122405 Mflops = 259.467508122405 Gflops = 0.259467508122405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001046109 Relative Rsd = 4.58677933773262e-07
BICGSTAB_SOLVER_TIME: 0.620668 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115951
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913121(s) Flops=1466671104 => 1606.21769075511 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231277.443725222 Mflops = 231.277443725222 Gflops = 0.231277443725222 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162608000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.851632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813706(s) Flops=1466247168 => 1801.93726972641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.565629234 Mflops = 259.484565629234 Gflops = 0.259484565629234 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 280 resid = 1.101926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.023119(s) Flops=1840269312 => 1798.68550188199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258999.730258695 Mflops = 258.999730258695 Gflops = 0.258999730258695 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.002344463 Relative Rsd = 1.0322581160592e-06
BICGSTAB_SOLVER_TIME: 1.840235 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.121194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359292999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.178193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824256(s) Flops=1361258496 => 1651.49965059399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237801.553615901 Mflops = 237.801553615901 Gflops = 0.237801553615901 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.032533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854298(s) Flops=1518741504 => 1777.76549166684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255987.42272534 Mflops = 255.98742272534 Gflops = 0.25598742272534 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002051583 Relative Rsd = 9.01194574066752e-07
BICGSTAB_SOLVER_TIME: 1.681993 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312631999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936685(s) Flops=1466671104 => 1565.81038876463 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225466.009852008 Mflops = 225.466009852008 Gflops = 0.225466009852008 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162649000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 33 resid = 1.37047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126962(s) Flops=219506688 => 1728.91643168822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248852.665750187 Mflops = 248.852665750187 Gflops = 0.248852665750187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056803 s
InvBiCGStab: k = 54 resid = 1.089506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201619(s) Flops=357304320 => 1772.1758366027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255107.76387319 Mflops = 255.10776387319 Gflops = 0.25510776387319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007867248 Relative Rsd = 3.44948009124892e-07
BICGSTAB_SOLVER_TIME: 0.430136 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041434 s
InvBiCGStab: k = 87 resid = 1.853391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317674(s) Flops=573843456 => 1806.39100461479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.9084583 Mflops = 260.0769084583 Gflops = 0.2600769084583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 116 resid = 9.38176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426307(s) Flops=764135424 => 1792.45338218702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258073.736207285 Mflops = 258.073736207285 Gflops = 0.258073736207285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001301898 Relative Rsd = 5.70831352572701e-07
BICGSTAB_SOLVER_TIME: 0.845559 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159122999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 50 resid = 2.016417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183241(s) Flops=331057152 => 1806.6761914637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260065.532891558 Mflops = 260.065532891558 Gflops = 0.260065532891558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056115 s
InvBiCGStab: k = 73 resid = 1.076687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266552(s) Flops=481978368 => 1808.19640445392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260320.104966804 Mflops = 260.320104966804 Gflops = 0.260320104966804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00104107 Relative Rsd = 4.56468513311525e-07
BICGSTAB_SOLVER_TIME: 0.550775 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040671 s
InvBiCGStab: k = 65 resid = 2.241549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261798(s) Flops=429484032 => 1640.51685650769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236182.015128221 Mflops = 236.182015128221 Gflops = 0.236182015128221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061497 s
InvBiCGStab: k = 89 resid = 1.089965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364998(s) Flops=586967040 => 1608.13768842569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231531.295909775 Mflops = 231.531295909775 Gflops = 0.231531295909775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00117454 Relative Rsd = 5.14989647719726e-07
BICGSTAB_SOLVER_TIME: 0.733348 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123927
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041937 s
InvBiCGStab: k = 51 resid = 2.238262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197104(s) Flops=337618944 => 1712.89747544444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246593.648768261 Mflops = 246.593648768261 Gflops = 0.246593648768261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059643 s
InvBiCGStab: k = 88 resid = 7.44647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34404(s) Flops=580405248 => 1687.02839204744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242881.734445498 Mflops = 242.881734445498 Gflops = 0.242881734445498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001113053 Relative Rsd = 4.88030277296878e-07
BICGSTAB_SOLVER_TIME: 0.646525 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113538
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918739(s) Flops=1472937984 => 1603.21700069334 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230843.253803916 Mflops = 230.843253803916 Gflops = 0.230843253803916 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163626000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046306 s
InvBiCGStab: k = 33 resid = 2.171721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144334(s) Flops=219506688 => 1520.8245319883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218907.78594693 Mflops = 218.90778594693 Gflops = 0.21890778594693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061775 s
InvBiCGStab: k = 49 resid = 9.292461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191993(s) Flops=324495360 => 1690.14161974655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243302.633808377 Mflops = 243.302633808377 Gflops = 0.243302633808377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007467327 Relative Rsd = 3.27413040740685e-07
BICGSTAB_SOLVER_TIME: 0.448264 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041501 s
InvBiCGStab: k = 74 resid = 2.275613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275368(s) Flops=488540160 => 1774.1355567822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255425.237907071 Mflops = 255.425237907071 Gflops = 0.255425237907071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056736 s
InvBiCGStab: k = 109 resid = 1.143654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399857(s) Flops=718202880 => 1796.14932338311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258599.333349426 Mflops = 258.599333349426 Gflops = 0.258599333349426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.00129144 Relative Rsd = 5.66245854428306e-07
BICGSTAB_SOLVER_TIME: 0.777247 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040695 s
InvBiCGStab: k = 60 resid = 2.158345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219546(s) Flops=396675072 => 1806.79708124949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260109.981386871 Mflops = 260.109981386871 Gflops = 0.260109981386871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 83 resid = 4.218318e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303159(s) Flops=547596288 => 1806.30061452901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260052.204250779 Mflops = 260.052204250779 Gflops = 0.260052204250779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001079945 Relative Rsd = 4.73513591135918e-07
BICGSTAB_SOLVER_TIME: 0.62339 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043713 s
InvBiCGStab: k = 66 resid = 2.250065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258566(s) Flops=436045824 => 1686.40047028612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242784.514902027 Mflops = 242.784514902027 Gflops = 0.242784514902027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056742 s
InvBiCGStab: k = 94 resid = 1.110104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345332(s) Flops=619776000 => 1794.7250761586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258387.21931061 Mflops = 258.38721931061 Gflops = 0.25838721931061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001114908 Relative Rsd = 4.88843401195583e-07
BICGSTAB_SOLVER_TIME: 0.708249 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044695 s
InvBiCGStab: k = 54 resid = 2.224971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21752(s) Flops=357304320 => 1642.62743655756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236479.546176309 Mflops = 236.479546176309 Gflops = 0.236479546176309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065525 s
InvBiCGStab: k = 84 resid = 9.391798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354875(s) Flops=554158080 => 1561.55852060585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224820.982571673 Mflops = 224.820982571673 Gflops = 0.224820982571673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001118666 Relative Rsd = 4.9049144459279e-07
BICGSTAB_SOLVER_TIME: 0.686496 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112753
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927537(s) Flops=1473159168 => 1588.24841273178 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228689.530525511 Mflops = 228.689530525511 Gflops = 0.228689530525511 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163678000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040708 s
InvBiCGStab: k = 31 resid = 1.809934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116409(s) Flops=206383104 => 1772.91364069788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255157.884398308 Mflops = 255.157884398308 Gflops = 0.255157884398308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066528 s
InvBiCGStab: k = 48 resid = 1.01602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202213(s) Flops=317933568 => 1572.27066509077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226341.177661347 Mflops = 226.341177661347 Gflops = 0.226341177661347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007118768 Relative Rsd = 3.12130088668403e-07
BICGSTAB_SOLVER_TIME: 0.429958 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045523 s
InvBiCGStab: k = 54 resid = 2.111766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234958(s) Flops=357304320 => 1520.71570238085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218945.741974287 Mflops = 218.945741974287 Gflops = 0.218945741974287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059764 s
InvBiCGStab: k = 79 resid = 1.118524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291436(s) Flops=521349120 => 1788.89745947652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257540.198144052 Mflops = 257.540198144052 Gflops = 0.257540198144052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00108363 Relative Rsd = 4.75129170829448e-07
BICGSTAB_SOLVER_TIME: 0.635602 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043187 s
InvBiCGStab: k = 53 resid = 2.239887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198931(s) Flops=350742528 => 1763.13660515455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253832.249575776 Mflops = 253.832249575776 Gflops = 0.253832249575776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057654 s
InvBiCGStab: k = 83 resid = 1.038288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306362(s) Flops=547596288 => 1787.4158283338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257342.373853614 Mflops = 257.342373853614 Gflops = 0.257342373853614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00100499 Relative Rsd = 4.40648582996029e-07
BICGSTAB_SOLVER_TIME: 0.609965 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00184
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111549
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041691 s
InvBiCGStab: k = 68 resid = 2.160803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249617(s) Flops=449169408 => 1799.43436544787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259073.386401644 Mflops = 259.073386401644 Gflops = 0.259073386401644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05694 s
InvBiCGStab: k = 82 resid = 1.132871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299939(s) Flops=541034496 => 1803.81509573613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.670650034 Mflops = 259.694670650034 Gflops = 0.259694670650034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00114403 Relative Rsd = 5.01612509018817e-07
BICGSTAB_SOLVER_TIME: 0.652072 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 51 resid = 2.263092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187554(s) Flops=337618944 => 1800.11593461083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259164.704062121 Mflops = 259.164704062121 Gflops = 0.259164704062121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056146 s
InvBiCGStab: k = 81 resid = 8.188725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295883(s) Flops=534472704 => 1806.36502942041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.565458649 Mflops = 260.063565458649 Gflops = 0.260063565458649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001016961 Relative Rsd = 4.45897596366996e-07
BICGSTAB_SOLVER_TIME: 0.584532 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108712
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988022(s) Flops=1460920320 => 1478.63136650803 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213066.060018071 Mflops = 213.066060018071 Gflops = 0.213066060018071 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162119000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040618 s
InvBiCGStab: k = 27 resid = 2.034221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099897(s) Flops=180135936 => 1803.21667317337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259521.617058979 Mflops = 259.521617058979 Gflops = 0.259521617058979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055849 s
InvBiCGStab: k = 46 resid = 1.117529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175463(s) Flops=304809984 => 1737.17526772026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250072.298628484 Mflops = 250.072298628484 Gflops = 0.250072298628484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0006899491 Relative Rsd = 3.02515676980487e-07
BICGSTAB_SOLVER_TIME: 0.375869 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 61 resid = 2.199505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225144(s) Flops=403236864 => 1791.0175887432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257827.421113573 Mflops = 257.827421113573 Gflops = 0.257827421113573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05746 s
InvBiCGStab: k = 83 resid = 1.09111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335286(s) Flops=547596288 => 1633.22145272991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235150.497588863 Mflops = 235.150497588863 Gflops = 0.235150497588863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114674 Relative Rsd = 4.88741058859306e-07
BICGSTAB_SOLVER_TIME: 0.662903 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117052
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048445 s
InvBiCGStab: k = 55 resid = 1.917227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237851(s) Flops=363866112 => 1529.80694636558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220231.269738238 Mflops = 220.231269738238 Gflops = 0.220231269738238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060865 s
InvBiCGStab: k = 73 resid = 7.818396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274859(s) Flops=481978368 => 1753.54770264026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252455.976684221 Mflops = 252.455976684221 Gflops = 0.252455976684221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001057669 Relative Rsd = 4.63746559205872e-07
BICGSTAB_SOLVER_TIME: 0.625808 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 66 resid = 2.129772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248144(s) Flops=436045824 => 1757.22896382746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252991.424359711 Mflops = 252.991424359711 Gflops = 0.252991424359711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056604 s
InvBiCGStab: k = 89 resid = 8.006222e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326322(s) Flops=586967040 => 1798.73572728777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.000511839 Mflops = 258.965000511839 Gflops = 0.258965000511839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001099738 Relative Rsd = 4.82191863947358e-07
BICGSTAB_SOLVER_TIME: 0.676115 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124961
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041859 s
InvBiCGStab: k = 54 resid = 2.055585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197906(s) Flops=357304320 => 1805.42439339889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259900.840270863 Mflops = 259.900840270863 Gflops = 0.259900840270863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055896 s
InvBiCGStab: k = 84 resid = 8.644568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306556(s) Flops=554158080 => 1807.68955753598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260258.391881541 Mflops = 260.258391881541 Gflops = 0.260258391881541 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001052545 Relative Rsd = 4.61499621728092e-07
BICGSTAB_SOLVER_TIME: 0.606094 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112959
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927824(s) Flops=1448681472 => 1561.37529531463 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224828.160450142 Mflops = 224.828160450142 Gflops = 0.224828160450142 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161027000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.988152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850133(s) Flops=1525303296 => 1794.19372733443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258345.402601857 Mflops = 258.345402601857 Gflops = 0.258345402601857 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.07462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.009362(s) Flops=1787774976 => 1771.19306651132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255042.50167226 Mflops = 255.04250167226 Gflops = 0.25504250167226 Tflops
BICGSTAB_SOLVER: 504 iterations. Rsd = 0.002460536 Relative Rsd = 1.08338493214682e-06
BICGSTAB_SOLVER_TIME: 1.863168 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.119829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359416
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.734227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791344(s) Flops=1335011328 => 1687.01769142118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242822.859338449 Mflops = 242.822859338449 Gflops = 0.242822859338449 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.017073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878273(s) Flops=1571235840 => 1789.00619738965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257605.09694413 Mflops = 257.60509694413 Gflops = 0.25760509694413 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002085856 Relative Rsd = 9.16254524551041e-07
BICGSTAB_SOLVER_TIME: 1.672945 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.114941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315290999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918946(s) Flops=1448681472 => 1576.45984856564 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226991.745532331 Mflops = 226.991745532331 Gflops = 0.226991745532331 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160855000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 32 resid = 1.85675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120548(s) Flops=212944896 => 1766.47390251186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254307.020946614 Mflops = 254.307020946614 Gflops = 0.254307020946614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05726 s
InvBiCGStab: k = 52 resid = 9.798994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193631(s) Flops=344180736 => 1777.50843614917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255887.980626969 Mflops = 255.887980626969 Gflops = 0.255887980626969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007698972 Relative Rsd = 3.37569790245535e-07
BICGSTAB_SOLVER_TIME: 0.416337 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0746490000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 76 resid = 1.038807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27818(s) Flops=501663744 => 1803.37818678553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.100470601 Mflops = 259.641100470601 Gflops = 0.259641100470601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056865 s
InvBiCGStab: k = 112 resid = 6.95943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407948(s) Flops=737888256 => 1808.78017786581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260429.114626926 Mflops = 260.429114626926 Gflops = 0.260429114626926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001271174 Relative Rsd = 5.57359987461433e-07
BICGSTAB_SOLVER_TIME: 0.787826 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148546999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 54 resid = 1.832827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197993(s) Flops=357304320 => 1804.63107281571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259806.158150826 Mflops = 259.806158150826 Gflops = 0.259806158150826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055952 s
InvBiCGStab: k = 75 resid = 1.098083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27428(s) Flops=495101952 => 1805.09680618346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.644981132 Mflops = 259.866644981132 Gflops = 0.259866644981132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001006691 Relative Rsd = 4.41394482527215e-07
BICGSTAB_SOLVER_TIME: 0.573253 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045637 s
InvBiCGStab: k = 64 resid = 1.960811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267752(s) Flops=422922240 => 1579.52971406376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227411.793897036 Mflops = 227.411793897036 Gflops = 0.227411793897036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061724 s
InvBiCGStab: k = 97 resid = 7.339771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410669(s) Flops=639461376 => 1557.12112674684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224188.017281877 Mflops = 224.188017281877 Gflops = 0.224188017281877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001115886 Relative Rsd = 4.89272524398121e-07
BICGSTAB_SOLVER_TIME: 0.790129 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 55 resid = 2.272483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208393(s) Flops=363866112 => 1746.05726679879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251365.410997133 Mflops = 251.365410997133 Gflops = 0.251365410997133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057846 s
InvBiCGStab: k = 81 resid = 1.024119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320748(s) Flops=534472704 => 1666.33214860264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239903.778894069 Mflops = 239.903778894069 Gflops = 0.239903778894069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001112364 Relative Rsd = 4.87727895251935e-07
BICGSTAB_SOLVER_TIME: 0.632049 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111502
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908159(s) Flops=1448607744 => 1595.10365916101 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229666.724268345 Mflops = 229.666724268345 Gflops = 0.229666724268345 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161016000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048797 s
InvBiCGStab: k = 29 resid = 2.238875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120853(s) Flops=193259520 => 1599.12885902708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230186.517703044 Mflops = 230.186517703044 Gflops = 0.230186517703044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0569 s
InvBiCGStab: k = 58 resid = 1.106694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213539(s) Flops=383551488 => 1796.16598373131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258571.842987166 Mflops = 258.571842987166 Gflops = 0.258571842987166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007869216 Relative Rsd = 3.45034323783568e-07
BICGSTAB_SOLVER_TIME: 0.443979 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042144 s
InvBiCGStab: k = 77 resid = 2.036667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286771(s) Flops=508225536 => 1772.23476571899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255152.493607945 Mflops = 255.152493607945 Gflops = 0.255152493607945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 107 resid = 1.113644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39075(s) Flops=705079296 => 1804.4255815739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259789.968711726 Mflops = 259.789968711726 Gflops = 0.259789968711726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001245447 Relative Rsd = 5.46079718174135e-07
BICGSTAB_SOLVER_TIME: 0.779884 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 58 resid = 2.159175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212763(s) Flops=383551488 => 1802.71705136701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259520.788780368 Mflops = 259.520788780368 Gflops = 0.259520788780368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056125 s
InvBiCGStab: k = 66 resid = 1.130595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241756(s) Flops=436045824 => 1803.66081503665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.078032782 Mflops = 259.664078032782 Gflops = 0.259664078032782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00106277 Relative Rsd = 4.65983083797566e-07
BICGSTAB_SOLVER_TIME: 0.555377 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 78 resid = 1.574386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28663(s) Flops=514787328 => 1795.99946969961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258578.510123329 Mflops = 258.578510123329 Gflops = 0.258578510123329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056268 s
InvBiCGStab: k = 79 resid = 1.078673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289876(s) Flops=521349120 => 1798.52461052312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258933.55166001 Mflops = 258.93355166001 Gflops = 0.25893355166001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001135375 Relative Rsd = 4.97817573519942e-07
BICGSTAB_SOLVER_TIME: 0.677565 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04096 s
InvBiCGStab: k = 62 resid = 9.687077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259133(s) Flops=409798656 => 1581.42211142541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227686.142508758 Mflops = 227.686142508758 Gflops = 0.227686142508758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065997 s
InvBiCGStab: k = 80 resid = 7.432892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328325(s) Flops=527910912 => 1607.89130282494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231485.765293202 Mflops = 231.485765293202 Gflops = 0.231485765293202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001061172 Relative Rsd = 4.65282204685631e-07
BICGSTAB_SOLVER_TIME: 0.698333 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115762
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932701(s) Flops=1461141504 => 1566.57010553221 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225570.197438006 Mflops = 225.570197438005 Gflops = 0.225570197438005 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162112000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 31 resid = 2.17924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127004(s) Flops=206383104 => 1625.01262952348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233893.317196503 Mflops = 233.893317196503 Gflops = 0.233893317196503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062228 s
InvBiCGStab: k = 51 resid = 1.113269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210342(s) Flops=337618944 => 1605.0952448869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231055.49498291 Mflops = 231.05549498291 Gflops = 0.23105549498291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007567741 Relative Rsd = 3.31815802942999e-07
BICGSTAB_SOLVER_TIME: 0.44504 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048799 s
InvBiCGStab: k = 51 resid = 1.869277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210713(s) Flops=337618944 => 1602.2691718119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230573.672281729 Mflops = 230.573672281729 Gflops = 0.230573672281729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 69 resid = 1.095442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256397(s) Flops=455731200 => 1777.44357383277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255889.394625512 Mflops = 255.889394625512 Gflops = 0.255889394625512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001074378 Relative Rsd = 4.71072790220142e-07
BICGSTAB_SOLVER_TIME: 0.57584 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041183 s
InvBiCGStab: k = 52 resid = 1.368607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193409(s) Flops=344180736 => 1779.54870766097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256190.927090447 Mflops = 256.190927090447 Gflops = 0.256190927090447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05641 s
InvBiCGStab: k = 68 resid = 9.994851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248838(s) Flops=449169408 => 1805.06758614038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.65999794 Mflops = 259.86665999794 Gflops = 0.25986665999794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001010539 Relative Rsd = 4.43081982595715e-07
BICGSTAB_SOLVER_TIME: 0.543754 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041847 s
InvBiCGStab: k = 63 resid = 2.131131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230684(s) Flops=416360448 => 1804.89521596643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259843.021734804 Mflops = 259.843021734804 Gflops = 0.259843021734804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 75 resid = 1.132733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274529(s) Flops=495101952 => 1803.45956893443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.461931556 Mflops = 259.639461931556 Gflops = 0.259639461931556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001107938 Relative Rsd = 4.85787525390956e-07
BICGSTAB_SOLVER_TIME: 0.607014 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04067 s
InvBiCGStab: k = 59 resid = 1.932628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216962(s) Flops=390113280 => 1798.07192042846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.893408585 Mflops = 258.863893408585 Gflops = 0.258863893408585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059167 s
InvBiCGStab: k = 80 resid = 7.234112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312446(s) Flops=527910912 => 1689.60688246929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243248.553549179 Mflops = 243.248553549179 Gflops = 0.243248553549179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001044638 Relative Rsd = 4.58032845271577e-07
BICGSTAB_SOLVER_TIME: 0.633257 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11357
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99761(s) Flops=1479720960 => 1483.26596565792 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213575.134706477 Mflops = 213.575134706477 Gflops = 0.213575134706477 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164117000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040713 s
InvBiCGStab: k = 32 resid = 1.503209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118055(s) Flops=212944896 => 1803.77701918597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259646.874619273 Mflops = 259.646874619273 Gflops = 0.259646874619273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056209 s
InvBiCGStab: k = 48 resid = 1.025014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175891(s) Flops=317933568 => 1807.56018215827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260183.81581894 Mflops = 260.18381581894 Gflops = 0.26018381581894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007401696 Relative Rsd = 3.24535383523147e-07
BICGSTAB_SOLVER_TIME: 0.394708 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 54 resid = 1.667686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198194(s) Flops=357304320 => 1802.80089205526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.043677195 Mflops = 259.534043677195 Gflops = 0.259534043677195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055789 s
InvBiCGStab: k = 84 resid = 8.02742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342448(s) Flops=554158080 => 1618.22548240901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232980.502705932 Mflops = 232.980502705932 Gflops = 0.232980502705932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001086577 Relative Rsd = 4.76421491662306e-07
BICGSTAB_SOLVER_TIME: 0.64176 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046475 s
InvBiCGStab: k = 61 resid = 1.247147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258478(s) Flops=403236864 => 1560.04326867277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224599.568090653 Mflops = 224.599568090653 Gflops = 0.224599568090653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060417 s
InvBiCGStab: k = 81 resid = 1.078767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297614(s) Flops=534472704 => 1795.85874320428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258542.088915007 Mflops = 258.542088915007 Gflops = 0.258542088915007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001022262 Relative Rsd = 4.48221762749906e-07
BICGSTAB_SOLVER_TIME: 0.666825 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115647
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041791 s
InvBiCGStab: k = 61 resid = 1.929765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227589(s) Flops=403236864 => 1771.77659728722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255074.857313586 Mflops = 255.074857313586 Gflops = 0.255074857313586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058411 s
InvBiCGStab: k = 91 resid = 1.13903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358488(s) Flops=600090624 => 1673.94898574011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241003.928843728 Mflops = 241.003928843728 Gflops = 0.241003928843728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001129259 Relative Rsd = 4.95136000135228e-07
BICGSTAB_SOLVER_TIME: 0.690181 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040883 s
InvBiCGStab: k = 57 resid = 1.799603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210725(s) Flops=376989696 => 1789.0126752877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257556.874642115 Mflops = 257.556874642115 Gflops = 0.257556874642115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056561 s
InvBiCGStab: k = 70 resid = 9.179303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257419(s) Flops=462292992 => 1795.87750709932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258542.674733696 Mflops = 258.542674733696 Gflops = 0.258542674733696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00102622 Relative Rsd = 4.49957141676974e-07
BICGSTAB_SOLVER_TIME: 0.569449 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105007
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962033(s) Flops=1486282752 => 1544.9394688124 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222449.015514237 Mflops = 222.449015514237 Gflops = 0.222449015514237 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164960000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 2.048077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882957(s) Flops=1584359424 => 1794.37891539452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258334.638263971 Mflops = 258.334638263971 Gflops = 0.258334638263971 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 263 resid = 5.172134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.005779(s) Flops=1728718848 => 1718.78598379962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247495.777906471 Mflops = 247.495777906471 Gflops = 0.247495777906471 Tflops
BICGSTAB_SOLVER: 504 iterations. Rsd = 0.002204661 Relative Rsd = 9.70740560559077e-07
BICGSTAB_SOLVER_TIME: 1.892485 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.126344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361192999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.652297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738522(s) Flops=1275955200 => 1727.71454337176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248651.22340482 Mflops = 248.65122340482 Gflops = 0.24865122340482 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 8.124663e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850544(s) Flops=1518741504 => 1785.6119189601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257114.821676058 Mflops = 257.114821676058 Gflops = 0.257114821676058 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.001974086 Relative Rsd = 8.67164255984831e-07
BICGSTAB_SOLVER_TIME: 1.592552 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303384999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926101(s) Flops=1486282752 => 1604.88192108636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231087.813783948 Mflops = 231.087813783948 Gflops = 0.231087813783948 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165245000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041583 s
InvBiCGStab: k = 33 resid = 2.001625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123649(s) Flops=219506688 => 1775.2403011751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255516.901285687 Mflops = 255.516901285687 Gflops = 0.255516901285687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 57 resid = 3.364491e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211101(s) Flops=376989696 => 1785.82619693891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257086.680397007 Mflops = 257.086680397007 Gflops = 0.257086680397007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0008129392 Relative Rsd = 3.56441997794731e-07
BICGSTAB_SOLVER_TIME: 0.436912 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0787550000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 88 resid = 1.416132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339048(s) Flops=580405248 => 1711.86748778934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246480.142148105 Mflops = 246.480142148105 Gflops = 0.246480142148105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060498 s
InvBiCGStab: k = 96 resid = 1.050779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358687(s) Flops=632899584 => 1764.48988672575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254043.330237761 Mflops = 254.043330237761 Gflops = 0.254043330237761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001281533 Relative Rsd = 5.61901945449797e-07
BICGSTAB_SOLVER_TIME: 0.80331 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 49 resid = 2.208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182171(s) Flops=324495360 => 1781.26792958264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256441.924113511 Mflops = 256.441924113511 Gflops = 0.256441924113511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056757 s
InvBiCGStab: k = 72 resid = 9.355493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26513(s) Flops=475416576 => 1793.14515897861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258158.389525747 Mflops = 258.158389525747 Gflops = 0.258158389525747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001084878 Relative Rsd = 4.75676664045864e-07
BICGSTAB_SOLVER_TIME: 0.549029 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046237 s
InvBiCGStab: k = 63 resid = 1.962229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256632(s) Flops=416360448 => 1622.40269335079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233575.720703031 Mflops = 233.575720703031 Gflops = 0.233575720703031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05751 s
InvBiCGStab: k = 90 resid = 1.091667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382896(s) Flops=593528832 => 1550.10455058293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223178.978086919 Mflops = 223.178978086919 Gflops = 0.223178978086919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001123044 Relative Rsd = 4.92410733463803e-07
BICGSTAB_SOLVER_TIME: 0.747587 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040884 s
InvBiCGStab: k = 56 resid = 1.984856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21062(s) Flops=370427904 => 1758.74990029437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253190.36310813 Mflops = 253.19036310813 Gflops = 0.25319036310813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057032 s
InvBiCGStab: k = 75 resid = 1.080334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278773(s) Flops=495101952 => 1776.00396021135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255690.50030105 Mflops = 255.69050030105 Gflops = 0.25569050030105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001062218 Relative Rsd = 4.65740882108968e-07
BICGSTAB_SOLVER_TIME: 0.591167 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107956
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929941(s) Flops=1492475904 => 1604.91461716388 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231133.986637033 Mflops = 231.133986637033 Gflops = 0.231133986637033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165517000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046411 s
InvBiCGStab: k = 29 resid = 2.091337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118339(s) Flops=193259520 => 1633.10083742469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235041.131003555 Mflops = 235.041131003555 Gflops = 0.235041131003555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 50 resid = 9.757333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189832(s) Flops=331057152 => 1743.94808040794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251036.285664221 Mflops = 251.036285664221 Gflops = 0.251036285664221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000766176 Relative Rsd = 3.35938157352623e-07
BICGSTAB_SOLVER_TIME: 0.415046 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041983 s
InvBiCGStab: k = 76 resid = 1.75791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282597(s) Flops=501663744 => 1775.191328995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255568.580016879 Mflops = 255.568580016879 Gflops = 0.255568580016879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 93 resid = 1.010438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343597(s) Flops=613214208 => 1784.69022721386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256943.737117751 Mflops = 256.943737117751 Gflops = 0.256943737117751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001247746 Relative Rsd = 5.47087573251344e-07
BICGSTAB_SOLVER_TIME: 0.728297 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041185 s
InvBiCGStab: k = 56 resid = 2.250795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205256(s) Flops=370427904 => 1804.71169661301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259812.531251446 Mflops = 259.812531251446 Gflops = 0.259812531251446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056892 s
InvBiCGStab: k = 78 resid = 1.110888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284997(s) Flops=514787328 => 1806.29033989831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260045.828121585 Mflops = 260.045828121585 Gflops = 0.260045828121585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001056297 Relative Rsd = 4.63144806685982e-07
BICGSTAB_SOLVER_TIME: 0.592088 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042628 s
InvBiCGStab: k = 65 resid = 2.03962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240138(s) Flops=429484032 => 1788.48841915898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257498.487643679 Mflops = 257.498487643679 Gflops = 0.257498487643679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 93 resid = 1.128289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348669(s) Flops=613214208 => 1758.72878862187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253209.171898746 Mflops = 253.209171898746 Gflops = 0.253209171898746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001123256 Relative Rsd = 4.92503683785181e-07
BICGSTAB_SOLVER_TIME: 0.691686 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045555 s
InvBiCGStab: k = 60 resid = 1.760431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247783(s) Flops=396675072 => 1600.89704297712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230479.17163857 Mflops = 230.47917163857 Gflops = 0.23047917163857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066442 s
InvBiCGStab: k = 88 resid = 1.116667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34798(s) Flops=580405248 => 1667.9270302891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240143.88643289 Mflops = 240.14388643289 Gflops = 0.24014388643289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00112779 Relative Rsd = 4.94491932504728e-07
BICGSTAB_SOLVER_TIME: 0.711794 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119962
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934186(s) Flops=1492475904 => 1597.62178409867 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230070.159940405 Mflops = 230.070159940405 Gflops = 0.230070159940405 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165647000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046374 s
InvBiCGStab: k = 30 resid = 2.167289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127504(s) Flops=199821312 => 1567.17681013929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225567.438320772 Mflops = 225.567438320772 Gflops = 0.225567438320772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062535 s
InvBiCGStab: k = 42 resid = 1.116345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17484(s) Flops=278562816 => 1593.2442004118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229352.002206416 Mflops = 229.352002206416 Gflops = 0.229352002206416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007116596 Relative Rsd = 3.12034841386859e-07
BICGSTAB_SOLVER_TIME: 0.415094 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044316 s
InvBiCGStab: k = 47 resid = 2.185106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186526(s) Flops=311371776 => 1669.3210383539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240309.250727823 Mflops = 240.309250727823 Gflops = 0.240309250727823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055662 s
InvBiCGStab: k = 77 resid = 9.376921e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287849(s) Flops=508225536 => 1765.59771268964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254188.659478978 Mflops = 254.188659478978 Gflops = 0.254188659478978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001036449 Relative Rsd = 4.54442237140343e-07
BICGSTAB_SOLVER_TIME: 0.578173 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041763 s
InvBiCGStab: k = 57 resid = 2.015673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21058(s) Flops=376989696 => 1790.24454364137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257733.321448102 Mflops = 257.733321448102 Gflops = 0.257733321448102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 78 resid = 1.135064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284941(s) Flops=514787328 => 1806.64533359538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260103.958414851 Mflops = 260.103958414851 Gflops = 0.260103958414851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001058278 Relative Rsd = 4.64013670151379e-07
BICGSTAB_SOLVER_TIME: 0.597247 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 59 resid = 1.84556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217066(s) Flops=390113280 => 1797.21043369298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258733.241674845 Mflops = 258.733241674845 Gflops = 0.258733241674845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056399 s
InvBiCGStab: k = 85 resid = 1.141792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310656(s) Flops=560719872 => 1804.9542645241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.102337519 Mflops = 259.863102337519 Gflops = 0.259863102337519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001143899 Relative Rsd = 5.01555085014671e-07
BICGSTAB_SOLVER_TIME: 0.62915 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 52 resid = 1.983966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191761(s) Flops=344180736 => 1794.84220461929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258385.554928425 Mflops = 258.385554928425 Gflops = 0.258385554928425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056127 s
InvBiCGStab: k = 82 resid = 6.726588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30554(s) Flops=541034496 => 1770.7484977417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254929.952450204 Mflops = 254.929952450204 Gflops = 0.254929952450204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001097218 Relative Rsd = 4.81087281325387e-07
BICGSTAB_SOLVER_TIME: 0.598702 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11014
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027932(s) Flops=1498742784 => 1458.01744084239 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209932.268854351 Mflops = 209.932268854351 Gflops = 0.209932268854351 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166247000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 30 resid = 2.173726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111144(s) Flops=199821312 => 1797.8596415461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258763.189682833 Mflops = 258.763189682833 Gflops = 0.258763189682833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056001 s
InvBiCGStab: k = 53 resid = 1.124501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195562(s) Flops=350742528 => 1793.5106411266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.301568217 Mflops = 258.176301568217 Gflops = 0.258176301568217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000787732 Relative Rsd = 3.45389612477663e-07
BICGSTAB_SOLVER_TIME: 0.407497 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 62 resid = 1.958056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235733(s) Flops=409798656 => 1738.40173416535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250270.440683916 Mflops = 250.270440683916 Gflops = 0.250270440683916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06425 s
InvBiCGStab: k = 83 resid = 1.0349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340996(s) Flops=547596288 => 1605.87305422938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231204.732169351 Mflops = 231.204732169351 Gflops = 0.231204732169351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001099427 Relative Rsd = 4.82055781818422e-07
BICGSTAB_SOLVER_TIME: 0.685584 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044523 s
InvBiCGStab: k = 59 resid = 2.161888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228159(s) Flops=390113280 => 1709.83077590628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246169.402387518 Mflops = 246.169402387518 Gflops = 0.246169402387518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 86 resid = 1.131265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322695(s) Flops=567281664 => 1757.94996513736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253092.181145893 Mflops = 253.092181145893 Gflops = 0.253092181145893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001092865 Relative Rsd = 4.79178711601815e-07
BICGSTAB_SOLVER_TIME: 0.655978 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04143 s
InvBiCGStab: k = 66 resid = 1.675977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242273(s) Flops=436045824 => 1799.81188163766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259123.065571932 Mflops = 259.123065571932 Gflops = 0.259123065571932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 87 resid = 9.889094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31775(s) Flops=573843456 => 1805.95894885917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.605665722 Mflops = 260.006605665722 Gflops = 0.260006605665722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001142134 Relative Rsd = 5.00781060482344e-07
BICGSTAB_SOLVER_TIME: 0.661208 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 53 resid = 1.862277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19455(s) Flops=350742528 => 1802.8400308404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259537.519365456 Mflops = 259.537519365456 Gflops = 0.259537519365456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 80 resid = 1.003056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302174(s) Flops=527910912 => 1747.04280315315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251509.790858866 Mflops = 251.509790858866 Gflops = 0.251509790858866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001097265 Relative Rsd = 4.81107545618406e-07
BICGSTAB_SOLVER_TIME: 0.597953 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109165
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99665(s) Flops=1510981632 => 1516.06043445543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218294.209999877 Mflops = 218.294209999877 Gflops = 0.218294209999877 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167926000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02134
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.215992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.699727(s) Flops=1262831616 => 1804.74901783124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.05394007 Mflops = 259.81805394007 Gflops = 0.25981805394007 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 1.079747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.019832(s) Flops=1761527808 => 1727.27253900642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248716.052571903 Mflops = 248.716052571903 Gflops = 0.248716052571903 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.00229119 Relative Rsd = 1.0088671607707e-06
BICGSTAB_SOLVER_TIME: 1.723319 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.117748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328394999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.273654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752255(s) Flops=1282516992 => 1704.896600222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245441.396143576 Mflops = 245.441396143576 Gflops = 0.245441396143576 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.126177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915467(s) Flops=1558112256 => 1701.98626056428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245075.478767651 Mflops = 245.075478767651 Gflops = 0.245075478767651 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.00199319 Relative Rsd = 8.7556799509683e-07
BICGSTAB_SOLVER_TIME: 1.671065 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001882
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308180999999999
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957258(s) Flops=1510981632 => 1578.44764107482 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227369.238404865 Mflops = 227.369238404865 Gflops = 0.227369238404865 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167870000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043273 s
InvBiCGStab: k = 33 resid = 2.170292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152474(s) Flops=219506688 => 1439.63356375513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207243.267326958 Mflops = 207.243267326958 Gflops = 0.207243267326958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069339 s
InvBiCGStab: k = 51 resid = 9.87816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189512(s) Flops=337618944 => 1781.51749757271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256453.417335654 Mflops = 256.453417335654 Gflops = 0.256453417335654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007221649 Relative Rsd = 3.16641037694527e-07
BICGSTAB_SOLVER_TIME: 0.458439 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042213 s
InvBiCGStab: k = 76 resid = 2.141711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282999(s) Flops=501663744 => 1772.66967021085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255224.093369204 Mflops = 255.224093369204 Gflops = 0.255224093369204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 86 resid = 1.022462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319075(s) Flops=567281664 => 1777.89442607537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255975.521082424 Mflops = 255.975521082424 Gflops = 0.255975521082424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001239193 Relative Rsd = 5.4333770921528e-07
BICGSTAB_SOLVER_TIME: 0.704735 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04461 s
InvBiCGStab: k = 51 resid = 2.233209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194938(s) Flops=337618944 => 1731.92986488012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249346.629995401 Mflops = 249.346629995401 Gflops = 0.249346629995401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057795 s
InvBiCGStab: k = 82 resid = 5.784568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302697(s) Flops=541034496 => 1787.37977581542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257334.436599172 Mflops = 257.334436599172 Gflops = 0.257334436599172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001064574 Relative Rsd = 4.66774207922239e-07
BICGSTAB_SOLVER_TIME: 0.603946 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110894
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040637 s
InvBiCGStab: k = 72 resid = 1.830062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267488(s) Flops=475416576 => 1777.33795908601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255882.278843828 Mflops = 255.882278843828 Gflops = 0.255882278843828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057923 s
InvBiCGStab: k = 90 resid = 7.292322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381815(s) Flops=593528832 => 1554.49322839595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223810.409386291 Mflops = 223.810409386291 Gflops = 0.223810409386291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001153723 Relative Rsd = 5.05862395761204e-07
BICGSTAB_SOLVER_TIME: 0.752282 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048219 s
InvBiCGStab: k = 52 resid = 2.061803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214745(s) Flops=344180736 => 1602.74155859275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230728.252285422 Mflops = 230.728252285422 Gflops = 0.230728252285422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05757 s
InvBiCGStab: k = 78 resid = 9.533912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293949(s) Flops=514787328 => 1751.28109978262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252120.901562683 Mflops = 252.120901562683 Gflops = 0.252120901562683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001093977 Relative Rsd = 4.79665973418328e-07
BICGSTAB_SOLVER_TIME: 0.618323 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107056
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96815(s) Flops=1523367936 => 1573.48338170738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226591.470997053 Mflops = 226.591470997053 Gflops = 0.226591470997053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169084000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046341 s
InvBiCGStab: k = 34 resid = 2.245587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143512(s) Flops=226068480 => 1575.25837560622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226743.265092469 Mflops = 226.743265092469 Gflops = 0.226743265092469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066198 s
InvBiCGStab: k = 50 resid = 1.019482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219581(s) Flops=331057152 => 1507.67667512216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217036.424301999 Mflops = 217.036424301999 Gflops = 0.217036424301999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007678629 Relative Rsd = 3.36677804047802e-07
BICGSTAB_SOLVER_TIME: 0.479996 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043048 s
InvBiCGStab: k = 82 resid = 1.706849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31655(s) Flops=541034496 => 1709.15967777602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246076.632388503 Mflops = 246.076632388503 Gflops = 0.246076632388503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058425 s
InvBiCGStab: k = 92 resid = 9.722696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342242(s) Flops=606652416 => 1772.5831896728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255201.625598512 Mflops = 255.201625598512 Gflops = 0.255201625598512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001229426 Relative Rsd = 5.39055307725656e-07
BICGSTAB_SOLVER_TIME: 0.764157 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043012 s
InvBiCGStab: k = 55 resid = 1.58479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210566(s) Flops=363866112 => 1728.03829678106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248782.099667581 Mflops = 248.782099667581 Gflops = 0.248782099667581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059082 s
InvBiCGStab: k = 77 resid = 1.1141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286225(s) Flops=508225536 => 1775.61546335925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255623.475115634 Mflops = 255.623475115634 Gflops = 0.255623475115634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001035788 Relative Rsd = 4.54152564941652e-07
BICGSTAB_SOLVER_TIME: 0.60276 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044865 s
InvBiCGStab: k = 64 resid = 2.030708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238689(s) Flops=422922240 => 1771.85475660797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255086.652102172 Mflops = 255.086652102172 Gflops = 0.255086652102172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057104 s
InvBiCGStab: k = 89 resid = 5.317161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328665(s) Flops=586967040 => 1785.91282917256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257116.620983871 Mflops = 257.116620983871 Gflops = 0.257116620983871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001112897 Relative Rsd = 4.87961929971054e-07
BICGSTAB_SOLVER_TIME: 0.673103 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048532 s
InvBiCGStab: k = 54 resid = 2.08071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232134(s) Flops=357304320 => 1539.21579777198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221592.040616973 Mflops = 221.592040616973 Gflops = 0.221592040616973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066445 s
InvBiCGStab: k = 87 resid = 1.147466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376502(s) Flops=573843456 => 1524.14450919251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219439.418758732 Mflops = 219.439418758732 Gflops = 0.219439418758732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001101882 Relative Rsd = 4.83132188395692e-07
BICGSTAB_SOLVER_TIME: 0.727757 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115166
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976249(s) Flops=1529708544 => 1566.92456944898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225615.481699298 Mflops = 225.615481699298 Gflops = 0.225615481699298 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169808000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041981 s
InvBiCGStab: k = 27 resid = 2.143901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103172(s) Flops=180135936 => 1745.97697049587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251289.667466544 Mflops = 251.289667466544 Gflops = 0.251289667466544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058721 s
InvBiCGStab: k = 48 resid = 1.103416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21118(s) Flops=317933568 => 1505.50983994696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216732.523987054 Mflops = 216.732523987054 Gflops = 0.216732523987054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007813253 Relative Rsd = 3.42580532281965e-07
BICGSTAB_SOLVER_TIME: 0.419907 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042928 s
InvBiCGStab: k = 49 resid = 1.878935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222921(s) Flops=324495360 => 1455.65182284307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209571.883876098 Mflops = 209.571883876098 Gflops = 0.209571883876098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063851 s
InvBiCGStab: k = 77 resid = 9.253714e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295247(s) Flops=508225536 => 1721.35715519548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247821.495120131 Mflops = 247.821495120131 Gflops = 0.247821495120131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001065978 Relative Rsd = 4.67389691159564e-07
BICGSTAB_SOLVER_TIME: 0.628799 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043892 s
InvBiCGStab: k = 56 resid = 2.228397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219678(s) Flops=370427904 => 1686.23122934477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242756.135527233 Mflops = 242.756135527233 Gflops = 0.242756135527233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059273 s
InvBiCGStab: k = 83 resid = 1.003939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312989(s) Flops=547596288 => 1749.57039384771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251884.736919336 Mflops = 251.884736919336 Gflops = 0.251884736919336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001017022 Relative Rsd = 4.45924292148479e-07
BICGSTAB_SOLVER_TIME: 0.639627 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042123 s
InvBiCGStab: k = 65 resid = 2.150777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241151(s) Flops=429484032 => 1780.9755381483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256406.022552096 Mflops = 256.406022552096 Gflops = 0.256406022552096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 86 resid = 1.115415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319798(s) Flops=567281664 => 1773.8749585676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255381.262382971 Mflops = 255.381262382971 Gflops = 0.255381262382971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001105727 Relative Rsd = 4.84818106113855e-07
BICGSTAB_SOLVER_TIME: 0.663097 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 49 resid = 2.035688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183619(s) Flops=324495360 => 1767.22103921707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254397.18336676 Mflops = 254.39718336676 Gflops = 0.25439718336676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 87 resid = 5.510169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323977(s) Flops=573843456 => 1771.24751448405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255009.211799551 Mflops = 255.009211799551 Gflops = 0.255009211799551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001007551 Relative Rsd = 4.41771541299326e-07
BICGSTAB_SOLVER_TIME: 0.608959 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111542
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036697(s) Flops=1529782272 => 1475.63103973485 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212475.215004084 Mflops = 212.475215004084 Gflops = 0.212475215004084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169551000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040796 s
InvBiCGStab: k = 30 resid = 2.271563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110911(s) Flops=199821312 => 1801.63655543634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.214829789 Mflops = 259.337214829789 Gflops = 0.259337214829789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055724 s
InvBiCGStab: k = 48 resid = 7.124465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176349(s) Flops=317933568 => 1802.86572648555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259518.644872034 Mflops = 259.518644872034 Gflops = 0.259518644872034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007073139 Relative Rsd = 3.1012943636396e-07
BICGSTAB_SOLVER_TIME: 0.387679 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04066 s
InvBiCGStab: k = 66 resid = 2.124581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242299(s) Flops=436045824 => 1799.61875203777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259089.133271903 Mflops = 259.089133271903 Gflops = 0.259089133271903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 85 resid = 9.82321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338856(s) Flops=560719872 => 1654.74382038388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238242.48790191 Mflops = 238.24248790191 Gflops = 0.23824248790191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001098456 Relative Rsd = 4.81630078534354e-07
BICGSTAB_SOLVER_TIME: 0.682278 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044776 s
InvBiCGStab: k = 57 resid = 2.027548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248425(s) Flops=376989696 => 1517.51915467445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218471.690558687 Mflops = 218.471690558687 Gflops = 0.218471690558687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060632 s
InvBiCGStab: k = 79 resid = 1.028639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297457(s) Flops=521349120 => 1752.68734640637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252342.799865517 Mflops = 252.342799865517 Gflops = 0.252342799865517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001021495 Relative Rsd = 4.47885691955865e-07
BICGSTAB_SOLVER_TIME: 0.655133 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 54 resid = 2.093607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202992(s) Flops=357304320 => 1760.18917001655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253382.715854131 Mflops = 253.382715854131 Gflops = 0.253382715854131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056948 s
InvBiCGStab: k = 84 resid = 8.695575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310006(s) Flops=554158080 => 1787.57211150752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257351.622263299 Mflops = 257.351622263299 Gflops = 0.257351622263299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001100263 Relative Rsd = 4.82422172486652e-07
BICGSTAB_SOLVER_TIME: 0.615138 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 48 resid = 2.133118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176964(s) Flops=317933568 => 1796.60025767953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258631.557613948 Mflops = 258.631557613948 Gflops = 0.258631557613948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 81 resid = 1.037595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297191(s) Flops=534472704 => 1798.41483759602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258909.174581021 Mflops = 258.909174581021 Gflops = 0.258909174581021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001063327 Relative Rsd = 4.66227123054296e-07
BICGSTAB_SOLVER_TIME: 0.575416 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106432
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964645(s) Flops=1523736576 => 1579.58272317796 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227443.748511394 Mflops = 227.443748511394 Gflops = 0.227443748511394 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169486000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.812998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772777(s) Flops=1394067456 => 1803.97120514715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259698.519967269 Mflops = 259.698519967269 Gflops = 0.259698519967269 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 1.026796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983558(s) Flops=1709033472 => 1737.60314287515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250205.42255736 Mflops = 250.20542255736 Gflops = 0.25020542255736 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.00220975 Relative Rsd = 9.73026348787664e-07
BICGSTAB_SOLVER_TIME: 1.759882 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.122217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336600999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.686226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.734613(s) Flops=1210337280 => 1647.58489163682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237219.089331952 Mflops = 237.219089331952 Gflops = 0.237219089331952 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.062543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771094(s) Flops=1361258496 => 1765.35998983263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254198.434685964 Mflops = 254.198434685964 Gflops = 0.254198434685964 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001935347 Relative Rsd = 8.50166221549169e-07
BICGSTAB_SOLVER_TIME: 1.509128 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.114434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279501999999998
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945735(s) Flops=1523736576 => 1611.16652762137 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231984.583327991 Mflops = 231.984583327991 Gflops = 0.231984583327991 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169462000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 29 resid = 1.646466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114927(s) Flops=193259520 => 1681.58500613433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242083.23616522 Mflops = 242.08323616522 Gflops = 0.24208323616522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059213 s
InvBiCGStab: k = 54 resid = 9.336168e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212092(s) Flops=357304320 => 1684.66665409351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242498.917364504 Mflops = 242.498917364504 Gflops = 0.242498917364504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007234371 Relative Rsd = 3.1719884170991e-07
BICGSTAB_SOLVER_TIME: 0.431675 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042374 s
InvBiCGStab: k = 83 resid = 1.954003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305799(s) Flops=547596288 => 1790.70660139503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257814.789678267 Mflops = 257.814789678267 Gflops = 0.257814789678267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056986 s
InvBiCGStab: k = 111 resid = 1.066321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407652(s) Flops=731326464 => 1793.99699743899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258302.420711399 Mflops = 258.302420711399 Gflops = 0.258302420711399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001290502 Relative Rsd = 5.6583480064574e-07
BICGSTAB_SOLVER_TIME: 0.816671 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152853999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 59 resid = 1.874258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216497(s) Flops=390113280 => 1801.9338836104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.739841589 Mflops = 259.414739841589 Gflops = 0.259414739841589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 81 resid = 8.880795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295649(s) Flops=534472704 => 1807.79472956107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260274.773981977 Mflops = 260.274773981977 Gflops = 0.260274773981977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001079648 Relative Rsd = 4.73383532146972e-07
BICGSTAB_SOLVER_TIME: 0.612642 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 66 resid = 2.027856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248614(s) Flops=436045824 => 1753.90695616498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252506.268338576 Mflops = 252.506268338576 Gflops = 0.252506268338576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06544 s
InvBiCGStab: k = 89 resid = 7.252733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363079(s) Flops=586967040 => 1616.63726076143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232757.604565979 Mflops = 232.757604565979 Gflops = 0.232757604565979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001117332 Relative Rsd = 4.89906230186095e-07
BICGSTAB_SOLVER_TIME: 0.722207 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043683 s
InvBiCGStab: k = 69 resid = 2.144031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260661(s) Flops=455731200 => 1748.36741975209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251708.531896381 Mflops = 251.70853189638 Gflops = 0.25170853189638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055924 s
InvBiCGStab: k = 87 resid = 1.087294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327602(s) Flops=573843456 => 1751.6482072759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252178.914133257 Mflops = 252.178914133257 Gflops = 0.252178914133257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001159837 Relative Rsd = 5.08542999318293e-07
BICGSTAB_SOLVER_TIME: 0.691663 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125743
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943402(s) Flops=1517690880 => 1608.74248729598 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231640.581401403 Mflops = 231.640581401403 Gflops = 0.231640581401403 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168453000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044753 s
InvBiCGStab: k = 29 resid = 1.859811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127435(s) Flops=193259520 => 1516.53407619571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218288.671576616 Mflops = 218.288671576616 Gflops = 0.218288671576616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067378 s
InvBiCGStab: k = 48 resid = 9.534738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197217(s) Flops=317933568 => 1612.10021448455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232062.874137152 Mflops = 232.062874137152 Gflops = 0.232062874137152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007565084 Relative Rsd = 3.31699321540811e-07
BICGSTAB_SOLVER_TIME: 0.440676 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040851 s
InvBiCGStab: k = 76 resid = 2.033329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286029(s) Flops=501663744 => 1753.89119285107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252522.111609044 Mflops = 252.522111609044 Gflops = 0.252522111609044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057094 s
InvBiCGStab: k = 93 resid = 1.115554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342468(s) Flops=613214208 => 1790.57374119626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257792.221282138 Mflops = 257.792221282138 Gflops = 0.257792221282138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001254057 Relative Rsd = 5.49854695641346e-07
BICGSTAB_SOLVER_TIME: 0.730326 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040827 s
InvBiCGStab: k = 63 resid = 1.473845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230372(s) Flops=416360448 => 1807.33964197038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.313976108 Mflops = 260.195313976108 Gflops = 0.260195313976108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 78 resid = 1.133551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286987(s) Flops=514787328 => 1793.76532038037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258247.340058563 Mflops = 258.247340058563 Gflops = 0.258247340058563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001054379 Relative Rsd = 4.6230386404749e-07
BICGSTAB_SOLVER_TIME: 0.618253 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 60 resid = 1.400426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219388(s) Flops=396675072 => 1808.09830984375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260310.101780687 Mflops = 260.310101780687 Gflops = 0.260310101780687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056258 s
InvBiCGStab: k = 103 resid = 4.834238e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378285(s) Flops=678832128 => 1794.49919505135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258369.071692492 Mflops = 258.369071692492 Gflops = 0.258369071692492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00120529 Relative Rsd = 5.28472344501146e-07
BICGSTAB_SOLVER_TIME: 0.699111 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045869 s
InvBiCGStab: k = 71 resid = 1.787716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298288(s) Flops=468854784 => 1571.81912782278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226297.130753196 Mflops = 226.297130753196 Gflops = 0.226297130753196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058055 s
InvBiCGStab: k = 94 resid = 8.976064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402896(s) Flops=619776000 => 1538.30268853501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221480.561734835 Mflops = 221.480561734835 Gflops = 0.221480561734835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001145564 Relative Rsd = 5.02285161042492e-07
BICGSTAB_SOLVER_TIME: 0.809412 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1324
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97352(s) Flops=1505378304 => 1546.324989728 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222755.241252258 Mflops = 222.755241252258 Gflops = 0.222755241252258 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167148000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041303 s
InvBiCGStab: k = 25 resid = 2.158289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09991(s) Flops=167012352 => 1671.62798518667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240590.114112011 Mflops = 240.590114112011 Gflops = 0.240590114112011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063346 s
InvBiCGStab: k = 54 resid = 6.581358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222392(s) Flops=357304320 => 1606.64196553833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231294.908068098 Mflops = 231.294908068098 Gflops = 0.231294908068098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007854407 Relative Rsd = 3.44384973144686e-07
BICGSTAB_SOLVER_TIME: 0.430991 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046606 s
InvBiCGStab: k = 50 resid = 2.19299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210133(s) Flops=331057152 => 1575.46483417645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226808.643563678 Mflops = 226.808643563678 Gflops = 0.226808643563678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 79 resid = 1.113504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295159(s) Flops=521349120 => 1766.33312892373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254302.352205396 Mflops = 254.302352205396 Gflops = 0.254302352205396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0010993 Relative Rsd = 4.81999991208172e-07
BICGSTAB_SOLVER_TIME: 0.611777 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 58 resid = 2.123077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214235(s) Flops=383551488 => 1790.33065558849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257730.019670291 Mflops = 257.730019670291 Gflops = 0.257730019670291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 84 resid = 1.072549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306096(s) Flops=554158080 => 1810.40614709111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260640.394191177 Mflops = 260.640394191177 Gflops = 0.260640394191177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001049924 Relative Rsd = 4.60350529122464e-07
BICGSTAB_SOLVER_TIME: 0.622221 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115747
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 69 resid = 1.905111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252052(s) Flops=455731200 => 1808.08404614921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260314.923719891 Mflops = 260.314923719891 Gflops = 0.260314923719891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 95 resid = 5.681932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346634(s) Flops=626337792 => 1806.91389765574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260152.895146897 Mflops = 260.152895146897 Gflops = 0.260152895146897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001127387 Relative Rsd = 4.94315219702636e-07
BICGSTAB_SOLVER_TIME: 0.700261 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042369 s
InvBiCGStab: k = 64 resid = 1.728254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248086(s) Flops=422922240 => 1704.74045290746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245423.04962317 Mflops = 245.42304962317 Gflops = 0.24542304962317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060884 s
InvBiCGStab: k = 87 resid = 4.884188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346227(s) Flops=573843456 => 1657.41971596669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238622.855664399 Mflops = 238.622855664399 Gflops = 0.238622855664399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00111043 Relative Rsd = 4.86880163820064e-07
BICGSTAB_SOLVER_TIME: 0.70159 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122196
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990293(s) Flops=1499111424 => 1513.80593824252 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217972.043919649 Mflops = 217.97204391965 Gflops = 0.217972043919649 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166438000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 27 resid = 1.961199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100189(s) Flops=180135936 => 1797.96121330685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258762.64286216 Mflops = 258.76264286216 Gflops = 0.25876264286216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 59 resid = 1.114879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216715(s) Flops=390113280 => 1800.12126525621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.489498788 Mflops = 259.141489498788 Gflops = 0.259141489498788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007381959 Relative Rsd = 3.23669991019779e-07
BICGSTAB_SOLVER_TIME: 0.418262 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 64 resid = 8.152646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264131(s) Flops=422922240 => 1601.18365508024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230526.407778458 Mflops = 230.526407778458 Gflops = 0.230526407778458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060537 s
InvBiCGStab: k = 90 resid = 9.508344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373245(s) Flops=593528832 => 1590.1856207049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228952.915162628 Mflops = 228.952915162628 Gflops = 0.228952915162628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001177882 Relative Rsd = 5.16455006218411e-07
BICGSTAB_SOLVER_TIME: 0.742806 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 60 resid = 2.254005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223374(s) Flops=396675072 => 1775.83367804668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255667.598197907 Mflops = 255.667598197907 Gflops = 0.255667598197907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059394 s
InvBiCGStab: k = 91 resid = 6.144975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344938(s) Flops=600090624 => 1739.70575581699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250469.427108539 Mflops = 250.469427108539 Gflops = 0.250469427108539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001051049 Relative Rsd = 4.60844018253204e-07
BICGSTAB_SOLVER_TIME: 0.672933 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040595 s
InvBiCGStab: k = 67 resid = 2.130548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247257(s) Flops=442607616 => 1790.07112437666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257718.669373024 Mflops = 257.718669373024 Gflops = 0.257718669373024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056887 s
InvBiCGStab: k = 94 resid = 1.061943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344877(s) Flops=619776000 => 1797.09287659078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258732.328965596 Mflops = 258.732328965596 Gflops = 0.258732328965596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001164887 Relative Rsd = 5.1075716683104e-07
BICGSTAB_SOLVER_TIME: 0.693455 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041135 s
InvBiCGStab: k = 63 resid = 2.119991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231668(s) Flops=416360448 => 1797.22900012086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.250591357 Mflops = 258.751250591357 Gflops = 0.258751250591357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 76 resid = 8.977848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277989(s) Flops=501663744 => 1804.61724744504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.166991445 Mflops = 259.815166991445 Gflops = 0.259815166991445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001106391 Relative Rsd = 4.85109156488646e-07
BICGSTAB_SOLVER_TIME: 0.610752 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113757
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026028(s) Flops=1499185152 => 1461.15422970913 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210390.989618426 Mflops = 210.390989618426 Gflops = 0.210390989618426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166491000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021403
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.354713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.89701(s) Flops=1604044800 => 1788.21284043656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257492.326912399 Mflops = 257.492326912399 Gflops = 0.257492326912399 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 281 resid = 8.148422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.159615(s) Flops=1846831104 => 1592.62436584556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229328.468269789 Mflops = 229.328468269789 Gflops = 0.229328468269789 Tflops
BICGSTAB_SOLVER: 525 iterations. Rsd = 0.002390181 Relative Rsd = 1.05249631865956e-06
BICGSTAB_SOLVER_TIME: 2.06006 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.117442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374352999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.734226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744442(s) Flops=1328449536 => 1784.49031086371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256955.004856467 Mflops = 256.955004856467 Gflops = 0.256955004856467 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.104168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777278(s) Flops=1400629248 => 1801.96692560448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.171992131 Mflops = 259.470171992131 Gflops = 0.259470171992131 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002296678 Relative Rsd = 1.00890489011334e-06
BICGSTAB_SOLVER_TIME: 1.525187 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296557999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962712(s) Flops=1499185152 => 1557.25196320395 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224236.973619562 Mflops = 224.236973619562 Gflops = 0.224236973619562 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166427000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043445 s
InvBiCGStab: k = 27 resid = 1.99371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108408(s) Flops=180135936 => 1661.64799645783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239119.11308927 Mflops = 239.11911308927 Gflops = 0.23911911308927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056005 s
InvBiCGStab: k = 57 resid = 9.44796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210202(s) Flops=376989696 => 1793.46388711811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258182.443257994 Mflops = 258.182443257994 Gflops = 0.258182443257994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0008357955 Relative Rsd = 3.6646360947649e-07
BICGSTAB_SOLVER_TIME: 0.421893 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042033 s
InvBiCGStab: k = 72 resid = 2.021457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265022(s) Flops=475416576 => 1793.87588954879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.794559262 Mflops = 258.259794559262 Gflops = 0.258259794559262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056712 s
InvBiCGStab: k = 116 resid = 8.792067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424053(s) Flops=764135424 => 1801.98094106161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259447.398744742 Mflops = 259.447398744742 Gflops = 0.259447398744742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001267127 Relative Rsd = 5.55585662298664e-07
BICGSTAB_SOLVER_TIME: 0.791732 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148543999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040738 s
InvBiCGStab: k = 60 resid = 2.084827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231531(s) Flops=396675072 => 1713.2698083626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246643.858755507 Mflops = 246.643858755507 Gflops = 0.246643858755507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064875 s
InvBiCGStab: k = 80 resid = 1.028688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327827(s) Flops=527910912 => 1610.33384071477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231845.929733351 Mflops = 231.845929733351 Gflops = 0.231845929733351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001024011 Relative Rsd = 4.48988539096821e-07
BICGSTAB_SOLVER_TIME: 0.669095 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045565 s
InvBiCGStab: k = 70 resid = 1.53003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265992(s) Flops=462292992 => 1737.99584949923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250213.746540835 Mflops = 250.213746540835 Gflops = 0.250213746540835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 92 resid = 5.352454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341672(s) Flops=606652416 => 1775.54033107776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255630.335064758 Mflops = 255.630335064758 Gflops = 0.255630335064758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001176884 Relative Rsd = 5.1601735874148e-07
BICGSTAB_SOLVER_TIME: 0.71296 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041401 s
InvBiCGStab: k = 62 resid = 2.067375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227088(s) Flops=409798656 => 1804.58084971465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.620576341 Mflops = 259.800620576341 Gflops = 0.259800620576341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 92 resid = 5.665656e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337108(s) Flops=606652416 => 1799.57881747096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259091.954590099 Mflops = 259.091954590099 Gflops = 0.259091954590099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001121359 Relative Rsd = 4.91671980030911e-07
BICGSTAB_SOLVER_TIME: 0.665376 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124398000000001
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948776(s) Flops=1529782272 => 1612.3745457305 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232166.190633045 Mflops = 232.166190633045 Gflops = 0.232166190633045 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170147000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042608 s
InvBiCGStab: k = 33 resid = 1.687241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123791(s) Flops=219506688 => 1773.20393243451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255243.170616828 Mflops = 255.243170616828 Gflops = 0.255243170616828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062746 s
InvBiCGStab: k = 49 resid = 6.64434e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186473(s) Flops=324495360 => 1740.17342993356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250486.671945414 Mflops = 250.486671945414 Gflops = 0.250486671945414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007783721 Relative Rsd = 3.41285684792925e-07
BICGSTAB_SOLVER_TIME: 0.41944 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041095 s
InvBiCGStab: k = 84 resid = 7.592307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311808(s) Flops=554158080 => 1777.24137931034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255879.310859667 Mflops = 255.879310859667 Gflops = 0.255879310859667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056613 s
InvBiCGStab: k = 105 resid = 3.987935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38297(s) Flops=691955712 => 1806.81440321696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260142.008256282 Mflops = 260.142008256282 Gflops = 0.260142008256282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001275019 Relative Rsd = 5.59045803092479e-07
BICGSTAB_SOLVER_TIME: 0.796245 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 61 resid = 1.690139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222853(s) Flops=403236864 => 1809.42982145181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260487.851150516 Mflops = 260.487851150516 Gflops = 0.260487851150516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 78 resid = 9.228992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285096(s) Flops=514787328 => 1805.66310295479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.977440597 Mflops = 259.952977440597 Gflops = 0.259952977440597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001044561 Relative Rsd = 4.57999258609597e-07
BICGSTAB_SOLVER_TIME: 0.608925 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113572
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044389 s
InvBiCGStab: k = 70 resid = 1.086852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279957(s) Flops=462292992 => 1651.29999249885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237745.445665654 Mflops = 237.745445665654 Gflops = 0.237745445665654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065275 s
InvBiCGStab: k = 97 resid = 1.049373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40094(s) Flops=639461376 => 1594.90541228114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229626.833849277 Mflops = 229.626833849277 Gflops = 0.229626833849277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001208049 Relative Rsd = 5.29682127898711e-07
BICGSTAB_SOLVER_TIME: 0.794392 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042997 s
InvBiCGStab: k = 65 resid = 2.173152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241395(s) Flops=429484032 => 1779.17534331697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256144.502758266 Mflops = 256.144502758266 Gflops = 0.256144502758266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057098 s
InvBiCGStab: k = 91 resid = 5.506467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336192(s) Flops=600090624 => 1784.96402055968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256980.038175709 Mflops = 256.980038175709 Gflops = 0.256980038175709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001129564 Relative Rsd = 4.95269530086202e-07
BICGSTAB_SOLVER_TIME: 0.68151 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125847
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972933(s) Flops=1566720000 => 1610.30615674461 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231876.068169812 Mflops = 231.876068169812 Gflops = 0.231876068169812 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174333000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 28 resid = 2.200146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104793(s) Flops=186697728 => 1781.58586928516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256408.235494496 Mflops = 256.408235494496 Gflops = 0.256408235494496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 50 resid = 8.023923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18925(s) Flops=331057152 => 1749.31123910172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251834.090048774 Mflops = 251.834090048774 Gflops = 0.251834090048774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000756825 Relative Rsd = 3.31838108978387e-07
BICGSTAB_SOLVER_TIME: 0.396182 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 64 resid = 1.888317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236339(s) Flops=422922240 => 1789.47291813878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257622.444213899 Mflops = 257.622444213899 Gflops = 0.257622444213899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055986 s
InvBiCGStab: k = 90 resid = 4.904972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328028(s) Flops=593528832 => 1809.38466228493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.180492018 Mflops = 260.500180492018 Gflops = 0.260500180492018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001081411 Relative Rsd = 4.74156280590318e-07
BICGSTAB_SOLVER_TIME: 0.66535 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042088 s
InvBiCGStab: k = 53 resid = 2.264754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194414(s) Flops=350742528 => 1804.10118612857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.305770799 Mflops = 259.720305770799 Gflops = 0.259720305770799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056012 s
InvBiCGStab: k = 96 resid = 5.654917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350364(s) Flops=632899584 => 1806.40586361612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260088.296913455 Mflops = 260.088296913455 Gflops = 0.260088296913455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001086174 Relative Rsd = 4.76244829903773e-07
BICGSTAB_SOLVER_TIME: 0.64665 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 67 resid = 1.981702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245123(s) Flops=442607616 => 1805.65518535592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.388782974 Mflops = 259.952388782974 Gflops = 0.259952388782974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 95 resid = 4.628493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378529(s) Flops=626337792 => 1654.66263351025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238231.131493427 Mflops = 238.231131493427 Gflops = 0.238231131493427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001176863 Relative Rsd = 5.16008119857258e-07
BICGSTAB_SOLVER_TIME: 0.725076 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051097 s
InvBiCGStab: k = 64 resid = 1.54345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274295(s) Flops=422922240 => 1541.85180189212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221974.4626935 Mflops = 221.9744626935 Gflops = 0.221974462693499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060027 s
InvBiCGStab: k = 86 resid = 1.018754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31729(s) Flops=567281664 => 1787.89644804438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257399.394610129 Mflops = 257.399394610129 Gflops = 0.257399394610129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001109197 Relative Rsd = 4.86339561484145e-07
BICGSTAB_SOLVER_TIME: 0.706573 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122312
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013693(s) Flops=1585446912 => 1564.03064044045 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225235.66358135 Mflops = 225.23566358135 Gflops = 0.22523566358135 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176430000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 28 resid = 1.999108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116089(s) Flops=186697728 => 1608.22927236861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231477.756908074 Mflops = 231.477756908074 Gflops = 0.231477756908074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059605 s
InvBiCGStab: k = 48 resid = 9.476816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210514(s) Flops=317933568 => 1510.27279895874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217413.006549201 Mflops = 217.413006549201 Gflops = 0.217413006549201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007523473 Relative Rsd = 3.29874846081089e-07
BICGSTAB_SOLVER_TIME: 0.431691 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 60 resid = 1.779574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227948(s) Flops=396675072 => 1740.1998350501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250529.007372651 Mflops = 250.529007372651 Gflops = 0.250529007372651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056505 s
InvBiCGStab: k = 84 resid = 9.447181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312041(s) Flops=554158080 => 1775.91431895168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255668.094856857 Mflops = 255.668094856857 Gflops = 0.255668094856857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001134421 Relative Rsd = 4.97398965290609e-07
BICGSTAB_SOLVER_TIME: 0.641448 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041137 s
InvBiCGStab: k = 60 resid = 1.992254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220086(s) Flops=396675072 => 1802.36394863826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259470.973420338 Mflops = 259.470973420338 Gflops = 0.259470973420338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056134 s
InvBiCGStab: k = 88 resid = 1.006025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321544(s) Flops=580405248 => 1805.05699997512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.181779807 Mflops = 259.874181779807 Gflops = 0.259874181779807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001155082 Relative Rsd = 5.06458176184663e-07
BICGSTAB_SOLVER_TIME: 0.642812 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 69 resid = 2.028554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252556(s) Flops=455731200 => 1804.47583902184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.217454365 Mflops = 259.788217454365 Gflops = 0.259788217454365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055884 s
InvBiCGStab: k = 92 resid = 1.025645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336749(s) Flops=606652416 => 1801.49730511449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259367.040746052 Mflops = 259.367040746052 Gflops = 0.259367040746052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001182872 Relative Rsd = 5.18642886298148e-07
BICGSTAB_SOLVER_TIME: 0.690121 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129085
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 65 resid = 2.2128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256497(s) Flops=429484032 => 1674.42126808501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241063.347075577 Mflops = 241.063347075577 Gflops = 0.241063347075577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062675 s
InvBiCGStab: k = 93 resid = 1.015844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387535(s) Flops=613214208 => 1582.34535719354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227817.242542154 Mflops = 227.817242542154 Gflops = 0.227817242542154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001113076 Relative Rsd = 4.88040281834489e-07
BICGSTAB_SOLVER_TIME: 0.752668 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127323
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003569(s) Flops=1591713792 => 1586.05316824254 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228363.2519639 Mflops = 228.3632519639 Gflops = 0.2283632519639 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177250000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 2.095128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97223(s) Flops=1551550464 => 1595.86771031546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229752.964046411 Mflops = 229.752964046411 Gflops = 0.229752964046411 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.044328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949858(s) Flops=1682786304 => 1771.61881460176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255102.877559524 Mflops = 255.102877559524 Gflops = 0.255102877559524 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002153853 Relative Rsd = 9.48437010496832e-07
BICGSTAB_SOLVER_TIME: 1.925531 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350804999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.238093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.640892(s) Flops=1098786816 => 1714.46486459497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246792.2535489 Mflops = 246.7922535489 Gflops = 0.2467922535489 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.110395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846123(s) Flops=1505617920 => 1779.43150109381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256224.380910269 Mflops = 256.224380910269 Gflops = 0.256224380910269 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.001981769 Relative Rsd = 8.70568888795161e-07
BICGSTAB_SOLVER_TIME: 1.49045 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.11602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282961999999997
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067674(s) Flops=1591713792 => 1490.82378328966 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214662.544546103 Mflops = 214.662544546103 Gflops = 0.214662544546103 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177164000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 32 resid = 1.963791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118159(s) Flops=212944896 => 1802.18938887431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259393.205446396 Mflops = 259.393205446396 Gflops = 0.259393205446396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056251 s
InvBiCGStab: k = 50 resid = 1.125857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182857(s) Flops=331057152 => 1810.47021442986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260584.433261746 Mflops = 260.584433261746 Gflops = 0.260584433261746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007629765 Relative Rsd = 3.34535301692229e-07
BICGSTAB_SOLVER_TIME: 0.401863 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040778 s
InvBiCGStab: k = 79 resid = 2.0194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28901(s) Flops=521349120 => 1803.91377460988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259721.02849948 Mflops = 259.72102849948 Gflops = 0.25972102849948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058327 s
InvBiCGStab: k = 111 resid = 1.131894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45703(s) Flops=731326464 => 1600.17168238409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230390.152779615 Mflops = 230.390152779615 Gflops = 0.230390152779615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001308624 Relative Rsd = 5.73780547338515e-07
BICGSTAB_SOLVER_TIME: 0.849202 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149697999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045752 s
InvBiCGStab: k = 61 resid = 2.166257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246518(s) Flops=403236864 => 1635.72990207612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235494.224006406 Mflops = 235.494224006406 Gflops = 0.235494224006406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056406 s
InvBiCGStab: k = 78 resid = 6.597208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298509(s) Flops=514787328 => 1724.52866747736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248286.081492904 Mflops = 248.286081492904 Gflops = 0.248286081492904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001030116 Relative Rsd = 4.51665722735441e-07
BICGSTAB_SOLVER_TIME: 0.65103 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041913 s
InvBiCGStab: k = 64 resid = 1.929904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236326(s) Flops=422922240 => 1789.57135482342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257614.869046598 Mflops = 257.614869046598 Gflops = 0.257614869046598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 101 resid = 9.117365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370253(s) Flops=665708544 => 1797.98284956503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258872.512897031 Mflops = 258.872512897031 Gflops = 0.258872512897031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001205475 Relative Rsd = 5.28553758978135e-07
BICGSTAB_SOLVER_TIME: 0.708852 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040917 s
InvBiCGStab: k = 70 resid = 2.247503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255611(s) Flops=462292992 => 1808.5801941231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260379.578706884 Mflops = 260.379578706884 Gflops = 0.260379578706884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 89 resid = 8.89535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325253(s) Flops=586967040 => 1804.64758203614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.685719327 Mflops = 259.826685719327 Gflops = 0.259826685719327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001162037 Relative Rsd = 5.09507824675062e-07
BICGSTAB_SOLVER_TIME: 0.682073 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127945
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.06396(s) Flops=1579327488 => 1484.38614985526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213735.30737454 Mflops = 213.73530737454 Gflops = 0.21373530737454 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175662000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 30 resid = 1.985885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110654(s) Flops=199821312 => 1805.82095541056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259909.505133884 Mflops = 259.909505133884 Gflops = 0.259909505133884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055825 s
InvBiCGStab: k = 60 resid = 1.007884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223085(s) Flops=396675072 => 1778.13421789901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255996.588937142 Mflops = 255.996588937142 Gflops = 0.255996588937142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007868521 Relative Rsd = 3.45003850778701e-07
BICGSTAB_SOLVER_TIME: 0.434525 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0787380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041595 s
InvBiCGStab: k = 83 resid = 1.837108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307118(s) Flops=547596288 => 1783.01593524313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256715.344856396 Mflops = 256.715344856396 Gflops = 0.256715344856396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058107 s
InvBiCGStab: k = 115 resid = 5.941499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448056(s) Flops=757573632 => 1690.80122127591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243440.667233912 Mflops = 243.440667233912 Gflops = 0.243440667233912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001273814 Relative Rsd = 5.58517757472133e-07
BICGSTAB_SOLVER_TIME: 0.859143 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155509999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043502 s
InvBiCGStab: k = 60 resid = 2.018091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258768(s) Flops=396675072 => 1532.93711741792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220689.215844262 Mflops = 220.689215844262 Gflops = 0.220689215844262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062815 s
InvBiCGStab: k = 87 resid = 8.085625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329741(s) Flops=573843456 => 1740.28542401461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250556.70215269 Mflops = 250.55670215269 Gflops = 0.25055670215269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001101097 Relative Rsd = 4.82787746457935e-07
BICGSTAB_SOLVER_TIME: 0.698702 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041029 s
InvBiCGStab: k = 75 resid = 2.239061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278042(s) Flops=495101952 => 1780.67325080384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256370.256338771 Mflops = 256.370256338771 Gflops = 0.256370256338771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 101 resid = 1.035194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370955(s) Flops=665708544 => 1794.58032375895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258383.245335045 Mflops = 258.383245335045 Gflops = 0.258383245335045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001206933 Relative Rsd = 5.29192926426948e-07
BICGSTAB_SOLVER_TIME: 0.750748 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 63 resid = 2.035137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230532(s) Flops=416360448 => 1806.08526365103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260019.216927437 Mflops = 260.019216927437 Gflops = 0.260019216927437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056255 s
InvBiCGStab: k = 97 resid = 7.735467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353333(s) Flops=639461376 => 1809.79805452647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260564.716763959 Mflops = 260.564716763959 Gflops = 0.260564716763959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001178036 Relative Rsd = 5.16522485803727e-07
BICGSTAB_SOLVER_TIME: 0.685342 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128976
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01841(s) Flops=1554997248 => 1526.88725366012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219868.583428728 Mflops = 219.868583428728 Gflops = 0.219868583428728 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173456000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041189 s
InvBiCGStab: k = 28 resid = 2.213566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104485(s) Flops=186697728 => 1786.83761305451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257168.886853058 Mflops = 257.168886853058 Gflops = 0.257168886853058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 50 resid = 9.505957e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185329(s) Flops=331057152 => 1786.32136362901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257146.601865888 Mflops = 257.146601865888 Gflops = 0.257146601865888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007399913 Relative Rsd = 3.2445721031217e-07
BICGSTAB_SOLVER_TIME: 0.391201 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 62 resid = 2.164712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227362(s) Flops=409798656 => 1802.40610128342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259490.150399019 Mflops = 259.490150399019 Gflops = 0.259490150399019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 86 resid = 8.884398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314172(s) Flops=567281664 => 1805.64042626332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.818252716 Mflops = 259.955818252716 Gflops = 0.259955818252716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001122259 Relative Rsd = 4.92066546743843e-07
BICGSTAB_SOLVER_TIME: 0.642346 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 64 resid = 1.679258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253841(s) Flops=422922240 => 1666.09113578973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239866.103309972 Mflops = 239.866103309972 Gflops = 0.239866103309972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062927 s
InvBiCGStab: k = 91 resid = 8.79897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374009(s) Flops=600090624 => 1604.48177450275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231001.922309044 Mflops = 231.001922309044 Gflops = 0.231001922309044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001079172 Relative Rsd = 4.73174661902559e-07
BICGSTAB_SOLVER_TIME: 0.736451 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042186 s
InvBiCGStab: k = 68 resid = 1.357162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250297(s) Flops=449169408 => 1794.54571169451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258369.665281203 Mflops = 258.369665281203 Gflops = 0.258369665281203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057385 s
InvBiCGStab: k = 95 resid = 1.023752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35557(s) Flops=626337792 => 1761.50347892117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253611.551210272 Mflops = 253.611551210272 Gflops = 0.253611551210272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001149054 Relative Rsd = 5.03815242774293e-07
BICGSTAB_SOLVER_TIME: 0.709404 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 53 resid = 2.258789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193554(s) Flops=350742528 => 1812.11717660188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260869.734525565 Mflops = 260.869734525565 Gflops = 0.260869734525565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 87 resid = 1.008236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31817(s) Flops=573843456 => 1803.5749944998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.213597953 Mflops = 259.657213597953 Gflops = 0.259657213597953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001098103 Relative Rsd = 4.81475161332058e-07
BICGSTAB_SOLVER_TIME: 0.612488 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114277
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981201(s) Flops=1536712704 => 1566.15484900647 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225511.961377547 Mflops = 225.511961377547 Gflops = 0.225511961377547 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170515000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042199 s
InvBiCGStab: k = 34 resid = 1.939371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127096(s) Flops=226068480 => 1778.72222571914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256019.349147905 Mflops = 256.019349147905 Gflops = 0.256019349147905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056855 s
InvBiCGStab: k = 50 resid = 1.086977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185161(s) Flops=331057152 => 1787.94212604166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257384.201560564 Mflops = 257.384201560564 Gflops = 0.257384201560564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007284996 Relative Rsd = 3.19418521927055e-07
BICGSTAB_SOLVER_TIME: 0.415126 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 63 resid = 2.123782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231003(s) Flops=416360448 => 1802.40277398995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259471.795665324 Mflops = 259.471795665324 Gflops = 0.259471795665324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056365 s
InvBiCGStab: k = 89 resid = 1.063175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325232(s) Flops=586967040 => 1804.76410685295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.261750513 Mflops = 259.831261750513 Gflops = 0.259831261750513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001150086 Relative Rsd = 5.04267590796285e-07
BICGSTAB_SOLVER_TIME: 0.657794 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04083 s
InvBiCGStab: k = 56 resid = 2.158495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204683(s) Flops=370427904 => 1809.76389832082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260535.781313039 Mflops = 260.535781313039 Gflops = 0.26053578131304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 88 resid = 5.511129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321724(s) Flops=580405248 => 1804.04709626885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.902189698 Mflops = 259.732902189698 Gflops = 0.259732902189698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001070849 Relative Rsd = 4.6952525159108e-07
BICGSTAB_SOLVER_TIME: 0.627078 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046863 s
InvBiCGStab: k = 72 resid = 1.926491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298243(s) Flops=475416576 => 1594.0577850947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229502.211633952 Mflops = 229.502211633952 Gflops = 0.229502211633952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063317 s
InvBiCGStab: k = 113 resid = 6.341644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.472965(s) Flops=744450048 => 1574.00663474041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226625.277743564 Mflops = 226.625277743564 Gflops = 0.226625277743564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001184849 Relative Rsd = 5.19510014282531e-07
BICGSTAB_SOLVER_TIME: 0.885668 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042161 s
InvBiCGStab: k = 53 resid = 2.270966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19822(s) Flops=350742528 => 1769.46084148925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254731.199368222 Mflops = 254.731199368222 Gflops = 0.254731199368222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061534 s
InvBiCGStab: k = 92 resid = 5.64634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395695(s) Flops=606652416 => 1533.13136633013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220721.260548128 Mflops = 220.721260548128 Gflops = 0.220721260548128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001119219 Relative Rsd = 4.90733799412066e-07
BICGSTAB_SOLVER_TIME: 0.701434 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118402
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95805(s) Flops=1530593280 => 1597.61315171442 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230037.44030729 Mflops = 230.03744030729 Gflops = 0.23003744030729 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170332000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.059676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847337(s) Flops=1453123584 => 1714.92993224656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246924.807674622 Mflops = 246.924807674622 Gflops = 0.246924807674622 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 6.46818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924527(s) Flops=1656539136 => 1791.7693436752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.991071732 Mflops = 258.003991071732 Gflops = 0.258003991071732 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.002281653 Relative Rsd = 1.00471784466158e-06
BICGSTAB_SOLVER_TIME: 1.775313 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337657999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.155752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698067(s) Flops=1203775488 => 1724.44118974253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248241.367152783 Mflops = 248.241367152783 Gflops = 0.248241367152783 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.14826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881212(s) Flops=1433438208 => 1626.66669087575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234229.417492524 Mflops = 234.229417492524 Gflops = 0.234229417492524 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.002012173 Relative Rsd = 8.83918083245362e-07
BICGSTAB_SOLVER_TIME: 1.583067 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.126797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286050999999998
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985212(s) Flops=1530593280 => 1553.56743523221 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223703.012917223 Mflops = 223.703012917223 Gflops = 0.223703012917223 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169791000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042599 s
InvBiCGStab: k = 31 resid = 1.870991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115696(s) Flops=206383104 => 1783.83957958789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256728.850902753 Mflops = 256.728850902753 Gflops = 0.256728850902753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 44 resid = 1.002103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161885(s) Flops=291686400 => 1801.81239768972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259356.215027138 Mflops = 259.356215027138 Gflops = 0.259356215027138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000759619 Relative Rsd = 3.33063179921946e-07
BICGSTAB_SOLVER_TIME: 0.38042 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0680690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041878 s
InvBiCGStab: k = 75 resid = 2.227787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312669(s) Flops=495101952 => 1583.4699058749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227981.730672067 Mflops = 227.981730672067 Gflops = 0.227981730672067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068634 s
InvBiCGStab: k = 107 resid = 1.119694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422711(s) Flops=705079296 => 1667.99372621011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240162.168711013 Mflops = 240.162168711013 Gflops = 0.240162168711013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001291353 Relative Rsd = 5.66207673845993e-07
BICGSTAB_SOLVER_TIME: 0.849766 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042806 s
InvBiCGStab: k = 52 resid = 2.251622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197847(s) Flops=344180736 => 1739.63080562253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250446.760607679 Mflops = 250.446760607678 Gflops = 0.250446760607679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057409 s
InvBiCGStab: k = 79 resid = 9.022237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293096(s) Flops=521349120 => 1778.76572863499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256160.226932228 Mflops = 256.160226932228 Gflops = 0.256160226932228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001041739 Relative Rsd = 4.56761860646482e-07
BICGSTAB_SOLVER_TIME: 0.595671 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041578 s
InvBiCGStab: k = 82 resid = 7.218587e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302045(s) Flops=541034496 => 1791.23804731083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257893.880013367 Mflops = 257.893880013367 Gflops = 0.257893880013367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056925 s
InvBiCGStab: k = 95 resid = 1.009694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357747(s) Flops=626337792 => 1750.7841910624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252058.573709289 Mflops = 252.058573709289 Gflops = 0.252058573709289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001206623 Relative Rsd = 5.2905694638513e-07
BICGSTAB_SOLVER_TIME: 0.763463 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042802 s
InvBiCGStab: k = 74 resid = 1.503249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273366(s) Flops=488540160 => 1787.12846513465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257302.437380925 Mflops = 257.302437380925 Gflops = 0.257302437380925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056112 s
InvBiCGStab: k = 85 resid = 1.131289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319273(s) Flops=560719872 => 1756.23955674298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252840.784658941 Mflops = 252.840784658941 Gflops = 0.252840784658941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001111148 Relative Rsd = 4.87194694232106e-07
BICGSTAB_SOLVER_TIME: 0.695743 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127964
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045981(s) Flops=1530593280 => 1463.30887463539 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210704.60715088 Mflops = 210.70460715088 Gflops = 0.21070460715088 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169766000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04301 s
InvBiCGStab: k = 34 resid = 2.256179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127843(s) Flops=226068480 => 1768.32896599736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254540.103002708 Mflops = 254.540103002708 Gflops = 0.254540103002708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05584 s
InvBiCGStab: k = 48 resid = 1.076968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1768(s) Flops=317933568 => 1798.26678733032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258842.526128086 Mflops = 258.842526128086 Gflops = 0.258842526128086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007255655 Relative Rsd = 3.1813204558173e-07
BICGSTAB_SOLVER_TIME: 0.407335 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0730530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041912 s
InvBiCGStab: k = 75 resid = 2.006197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28785(s) Flops=495101952 => 1719.99983324648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247625.893348453 Mflops = 247.625893348453 Gflops = 0.247625893348453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064946 s
InvBiCGStab: k = 99 resid = 1.077287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405992(s) Flops=652584960 => 1607.38379081361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231428.062557637 Mflops = 231.428062557637 Gflops = 0.231428062557637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001325104 Relative Rsd = 5.81006171497522e-07
BICGSTAB_SOLVER_TIME: 0.805132 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044362 s
InvBiCGStab: k = 60 resid = 2.25403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22798(s) Flops=396675072 => 1739.95557505044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250478.808929776 Mflops = 250.478808929776 Gflops = 0.250478808929776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055848 s
InvBiCGStab: k = 78 resid = 9.509976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295543(s) Flops=514787328 => 1741.83563136329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250773.019382344 Mflops = 250.773019382344 Gflops = 0.250773019382344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001068218 Relative Rsd = 4.6837156506512e-07
BICGSTAB_SOLVER_TIME: 0.628894 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112903
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045474 s
InvBiCGStab: k = 78 resid = 1.973244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287961(s) Flops=514787328 => 1787.69808411556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257379.520579269 Mflops = 257.379520579269 Gflops = 0.257379520579269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057472 s
InvBiCGStab: k = 90 resid = 8.907406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336868(s) Flops=593528832 => 1761.90327368584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253659.385373404 Mflops = 253.659385373404 Gflops = 0.253659385373404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001143091 Relative Rsd = 5.01200689582862e-07
BICGSTAB_SOLVER_TIME: 0.732076 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042523 s
InvBiCGStab: k = 65 resid = 2.071994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241412(s) Flops=429484032 => 1779.05005550677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256110.471241831 Mflops = 256.110471241831 Gflops = 0.256110471241831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056385 s
InvBiCGStab: k = 89 resid = 9.505138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334769(s) Flops=586967040 => 1753.34944394493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252427.443113107 Mflops = 252.427443113107 Gflops = 0.252427443113107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001164076 Relative Rsd = 5.10401903658724e-07
BICGSTAB_SOLVER_TIME: 0.678999 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124679000000001
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.073504(s) Flops=1530740736 => 1425.92923361254 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205317.879379804 Mflops = 205.317879379804 Gflops = 0.205317879379804 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169860000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 26 resid = 2.271316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096348(s) Flops=173574144 => 1801.53344127538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259292.57333611 Mflops = 259.29257333611 Gflops = 0.25929257333611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 49 resid = 1.133172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179107(s) Flops=324495360 => 1811.74024465822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260799.780811108 Mflops = 260.799780811108 Gflops = 0.260799780811108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007274192 Relative Rsd = 3.18944837697301e-07
BICGSTAB_SOLVER_TIME: 0.376783 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 66 resid = 1.13059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241052(s) Flops=436045824 => 1808.92846356803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260416.430109892 Mflops = 260.416430109892 Gflops = 0.260416430109892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055913 s
InvBiCGStab: k = 78 resid = 1.079472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285171(s) Flops=514787328 => 1805.18821338776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.028691848 Mflops = 259.894028691848 Gflops = 0.259894028691848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001096567 Relative Rsd = 4.80801539480757e-07
BICGSTAB_SOLVER_TIME: 0.626872 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04514 s
InvBiCGStab: k = 65 resid = 1.756872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260753(s) Flops=429484032 => 1647.09143135458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237122.139072384 Mflops = 237.122139072384 Gflops = 0.237122139072384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058822 s
InvBiCGStab: k = 86 resid = 8.093258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363275(s) Flops=567281664 => 1561.57639254009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224833.227215325 Mflops = 224.833227215325 Gflops = 0.224833227215325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00106182 Relative Rsd = 4.6556661939772e-07
BICGSTAB_SOLVER_TIME: 0.732311 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043876 s
InvBiCGStab: k = 63 resid = 1.648337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235436(s) Flops=416360448 => 1768.46551929187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254598.3344172 Mflops = 254.5983344172 Gflops = 0.2545983344172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057295 s
InvBiCGStab: k = 95 resid = 8.974259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351324(s) Flops=626337792 => 1782.79249923148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256682.118867708 Mflops = 256.682118867708 Gflops = 0.256682118867708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001170492 Relative Rsd = 5.13214812121365e-07
BICGSTAB_SOLVER_TIME: 0.691777 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 72 resid = 1.617645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262742(s) Flops=475416576 => 1809.44263193551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260515.815823781 Mflops = 260.515815823781 Gflops = 0.260515815823781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 88 resid = 1.097731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321716(s) Flops=580405248 => 1804.09195688122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.18474435 Mflops = 259.73718474435 Gflops = 0.25973718474435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001114649 Relative Rsd = 4.88729931363391e-07
BICGSTAB_SOLVER_TIME: 0.685711 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12873
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975244(s) Flops=1543274496 => 1582.44961876207 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227943.590194173 Mflops = 227.943590194173 Gflops = 0.227943590194173 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171468000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 27 resid = 2.228941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099965(s) Flops=180135936 => 1801.99005651978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.399469416 Mflops = 259.335399469416 Gflops = 0.259335399469416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 49 resid = 1.103966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179607(s) Flops=324495360 => 1806.69662095575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260070.495678514 Mflops = 260.070495678514 Gflops = 0.260070495678514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007706364 Relative Rsd = 3.37893891324934e-07
BICGSTAB_SOLVER_TIME: 0.38018 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 58 resid = 1.831941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21251(s) Flops=383551488 => 1804.86324408263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.733798284 Mflops = 259.845733798284 Gflops = 0.259845733798284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 98 resid = 8.917647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357348(s) Flops=646023168 => 1807.82645488431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260280.86447076 Mflops = 260.28086447076 Gflops = 0.26028086447076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001187604 Relative Rsd = 5.20718011155523e-07
BICGSTAB_SOLVER_TIME: 0.670898 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125783
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04082 s
InvBiCGStab: k = 65 resid = 1.351208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237769(s) Flops=429484032 => 1806.30793753601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260050.946053485 Mflops = 260.050946053485 Gflops = 0.260050946053485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 80 resid = 1.101005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315722(s) Flops=527910912 => 1672.07515472473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240727.959428328 Mflops = 240.727959428328 Gflops = 0.240727959428328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001113078 Relative Rsd = 4.880408943572e-07
BICGSTAB_SOLVER_TIME: 0.655112 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041438 s
InvBiCGStab: k = 75 resid = 2.177431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32228(s) Flops=495101952 => 1536.24783418146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221189.756671079 Mflops = 221.189756671079 Gflops = 0.221189756671079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060683 s
InvBiCGStab: k = 99 resid = 1.031742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369553(s) Flops=652584960 => 1765.87650485857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254236.631326426 Mflops = 254.236631326426 Gflops = 0.254236631326426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001164966 Relative Rsd = 5.10791927494883e-07
BICGSTAB_SOLVER_TIME: 0.797798 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138521
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 61 resid = 2.236766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227282(s) Flops=403236864 => 1774.16981547153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255431.620642374 Mflops = 255.431620642374 Gflops = 0.255431620642374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061019 s
InvBiCGStab: k = 83 resid = 8.253373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325069(s) Flops=547596288 => 1684.55401160984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242540.119556348 Mflops = 242.540119556348 Gflops = 0.242540119556348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001128343 Relative Rsd = 4.94734287324003e-07
BICGSTAB_SOLVER_TIME: 0.658808 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117299
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977263(s) Flops=1567973376 => 1604.45384302895 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231046.417658988 Mflops = 231.046417658988 Gflops = 0.231046417658988 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174230000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.050996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834217(s) Flops=1492494336 => 1789.09604575308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257571.031168198 Mflops = 257.571031168198 Gflops = 0.257571031168198 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 265 resid = 1.061099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971068(s) Flops=1741842432 => 1793.73888543336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258288.090803449 Mflops = 258.288090803449 Gflops = 0.258288090803449 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002236707 Relative Rsd = 9.8492116047238e-07
BICGSTAB_SOLVER_TIME: 1.808659 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351404999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.109154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738438(s) Flops=1197213696 => 1621.27855825404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233419.426568115 Mflops = 233.419426568115 Gflops = 0.233419426568115 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.137393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85008(s) Flops=1400629248 => 1647.64404291361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237248.425421985 Mflops = 237.248425421985 Gflops = 0.237248425421985 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.002087107 Relative Rsd = 9.16810040290993e-07
BICGSTAB_SOLVER_TIME: 1.591884 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.116218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282229999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97376(s) Flops=1567973376 => 1610.22569832402 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231853.834500569 Mflops = 231.853834500569 Gflops = 0.231853834500569 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174126000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042311 s
InvBiCGStab: k = 31 resid = 2.012431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130469(s) Flops=206383104 => 1581.85549057631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227694.417190915 Mflops = 227.694417190915 Gflops = 0.227694417190915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063857 s
InvBiCGStab: k = 45 resid = 9.572541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196401(s) Flops=298248192 => 1518.56758366811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218602.744992611 Mflops = 218.602744992611 Gflops = 0.218602744992611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007278693 Relative Rsd = 3.19142197619105e-07
BICGSTAB_SOLVER_TIME: 0.437429 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 72 resid = 2.150702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27124(s) Flops=475416576 => 1752.75245539006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252339.901431041 Mflops = 252.339901431041 Gflops = 0.252339901431041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056964 s
InvBiCGStab: k = 117 resid = 1.117644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436886(s) Flops=770697216 => 1764.06938194403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253989.898046276 Mflops = 253.989898046276 Gflops = 0.253989898046276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001319234 Relative Rsd = 5.78432555240602e-07
BICGSTAB_SOLVER_TIME: 0.810399 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149244999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042271 s
InvBiCGStab: k = 60 resid = 1.437972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220751(s) Flops=396675072 => 1796.93442838311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258706.545082269 Mflops = 258.706545082269 Gflops = 0.258706545082269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056966 s
InvBiCGStab: k = 77 resid = 1.070492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283008(s) Flops=508225536 => 1795.79918588874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258538.253457318 Mflops = 258.538253457318 Gflops = 0.258538253457319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001018893 Relative Rsd = 4.46744868406833e-07
BICGSTAB_SOLVER_TIME: 0.606843 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04159 s
InvBiCGStab: k = 70 resid = 2.054934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257301(s) Flops=462292992 => 1796.70110881808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258663.790471337 Mflops = 258.663790471337 Gflops = 0.258663790471337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056192 s
InvBiCGStab: k = 92 resid = 1.090685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336701(s) Flops=606652416 => 1801.75412606437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259401.152697748 Mflops = 259.401152697748 Gflops = 0.259401152697748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001197785 Relative Rsd = 5.2518171936757e-07
BICGSTAB_SOLVER_TIME: 0.695613 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045994 s
InvBiCGStab: k = 58 resid = 2.151572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237214(s) Flops=383551488 => 1616.90072255432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232765.923185512 Mflops = 232.765923185512 Gflops = 0.232765923185512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062618 s
InvBiCGStab: k = 89 resid = 9.903221e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372745(s) Flops=586967040 => 1574.71472454359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226722.602741439 Mflops = 226.722602741439 Gflops = 0.226722602741439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001155911 Relative Rsd = 5.06821759457135e-07
BICGSTAB_SOLVER_TIME: 0.723216 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119552
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987505(s) Flops=1580580864 => 1600.58011250576 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230471.413127598 Mflops = 230.471413127598 Gflops = 0.230471413127598 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175886000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021363
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040945 s
InvBiCGStab: k = 26 resid = 2.104303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098494(s) Flops=173574144 => 1762.28139785165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253648.200676207 Mflops = 253.648200676207 Gflops = 0.253648200676207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066522 s
InvBiCGStab: k = 45 resid = 1.037315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191637(s) Flops=298248192 => 1556.31841450242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224039.723583991 Mflops = 224.039723583991 Gflops = 0.224039723583991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007733972 Relative Rsd = 3.39104389332329e-07
BICGSTAB_SOLVER_TIME: 0.401643 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04715 s
InvBiCGStab: k = 78 resid = 2.153501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322246(s) Flops=514787328 => 1597.49796118493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229999.008645146 Mflops = 229.999008645146 Gflops = 0.229999008645146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05698 s
InvBiCGStab: k = 105 resid = 8.430047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397511(s) Flops=691955712 => 1740.72091589918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250625.829468479 Mflops = 250.625829468479 Gflops = 0.250625829468479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001284069 Relative Rsd = 5.63013929387857e-07
BICGSTAB_SOLVER_TIME: 0.827826 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0419 s
InvBiCGStab: k = 69 resid = 2.056529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253024(s) Flops=455731200 => 1801.13823194638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259312.243007279 Mflops = 259.312243007279 Gflops = 0.259312243007279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056461 s
InvBiCGStab: k = 81 resid = 9.894262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295576(s) Flops=534472704 => 1808.24121038244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260331.711334344 Mflops = 260.331711334344 Gflops = 0.260331711334344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001044687 Relative Rsd = 4.58054436697136e-07
BICGSTAB_SOLVER_TIME: 0.650719 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 76 resid = 1.617189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278243(s) Flops=501663744 => 1802.96986447098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.890429377 Mflops = 259.591890429377 Gflops = 0.259591890429377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 88 resid = 1.028613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323197(s) Flops=580405248 => 1795.82498599925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258547.055764471 Mflops = 258.547055764471 Gflops = 0.258547055764471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001195187 Relative Rsd = 5.24042478168875e-07
BICGSTAB_SOLVER_TIME: 0.703344 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042272 s
InvBiCGStab: k = 75 resid = 9.796155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274277(s) Flops=495101952 => 1805.11655005706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259897.610421718 Mflops = 259.897610421718 Gflops = 0.259897610421718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055963 s
InvBiCGStab: k = 85 resid = 1.087691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352883(s) Flops=560719872 => 1588.96821892809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228771.558089821 Mflops = 228.771558089821 Gflops = 0.228771558089821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001140092 Relative Rsd = 4.99885705409701e-07
BICGSTAB_SOLVER_TIME: 0.729803 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128665
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031471(s) Flops=1599012864 => 1550.22571065982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223218.3142039 Mflops = 223.2183142039 Gflops = 0.2232183142039 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178217000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04186 s
InvBiCGStab: k = 27 resid = 2.02619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100624(s) Flops=180135936 => 1790.18858324058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257620.032358963 Mflops = 257.620032358963 Gflops = 0.257620032358964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056667 s
InvBiCGStab: k = 50 resid = 1.146401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184311(s) Flops=331057152 => 1796.18770447776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258563.798812668 Mflops = 258.563798812668 Gflops = 0.258563798812668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007395526 Relative Rsd = 3.24264852659171e-07
BICGSTAB_SOLVER_TIME: 0.387348 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045855 s
InvBiCGStab: k = 50 resid = 2.107382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20282(s) Flops=331057152 => 1632.27074253032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234977.900534876 Mflops = 234.977900534876 Gflops = 0.234977900534876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064068 s
InvBiCGStab: k = 84 resid = 1.10834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348594(s) Flops=554158080 => 1589.69483123634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228873.124039398 Mflops = 228.873124039398 Gflops = 0.228873124039398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001115834 Relative Rsd = 4.89249350622225e-07
BICGSTAB_SOLVER_TIME: 0.665672 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041254 s
InvBiCGStab: k = 52 resid = 2.108762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197203(s) Flops=344180736 => 1745.31186645234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251256.682589954 Mflops = 251.256682589954 Gflops = 0.251256682589954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056871 s
InvBiCGStab: k = 76 resid = 1.081468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283048(s) Flops=501663744 => 1772.36279358978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255167.855382671 Mflops = 255.167855382671 Gflops = 0.255167855382671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00104228 Relative Rsd = 4.56999009022714e-07
BICGSTAB_SOLVER_TIME: 0.582265 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 71 resid = 1.830089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259699(s) Flops=468854784 => 1805.37770264807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.567000752 Mflops = 259.922567000752 Gflops = 0.259922567000752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 89 resid = 8.758805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326145(s) Flops=586967040 => 1799.7119072805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259105.612203618 Mflops = 259.105612203618 Gflops = 0.259105612203618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001147511 Relative Rsd = 5.03138507265879e-07
BICGSTAB_SOLVER_TIME: 0.687011 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 60 resid = 1.59172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21957(s) Flops=396675072 => 1806.59959010794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260083.992048402 Mflops = 260.083992048402 Gflops = 0.260083992048402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056104 s
InvBiCGStab: k = 84 resid = 1.061022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30732(s) Flops=554158080 => 1803.19562670832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.511556797 Mflops = 259.606511556797 Gflops = 0.259606511556797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001073401 Relative Rsd = 4.70644279540316e-07
BICGSTAB_SOLVER_TIME: 0.627739 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117159
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109878(s) Flops=1599234048 => 1440.90976485704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207491.636189666 Mflops = 207.491636189666 Gflops = 0.207491636189666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177865000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.402179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 32 resid = 2.231433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11854(s) Flops=212944896 => 1796.39696305045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258549.145769642 Mflops = 258.549145769642 Gflops = 0.258549145769642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055943 s
InvBiCGStab: k = 48 resid = 9.938933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175773(s) Flops=317933568 => 1808.7736341759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260368.972121231 Mflops = 260.368972121231 Gflops = 0.260368972121231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007485821 Relative Rsd = 3.28223944244564e-07
BICGSTAB_SOLVER_TIME: 0.395071 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04104 s
InvBiCGStab: k = 71 resid = 2.139404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259489(s) Flops=468854784 => 1806.83876387824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260138.875774497 Mflops = 260.138875774497 Gflops = 0.260138875774497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 92 resid = 3.996967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346498(s) Flops=606652416 => 1750.81072906626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252067.201423643 Mflops = 252.067201423643 Gflops = 0.252067201423643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001169577 Relative Rsd = 5.1281376287641e-07
BICGSTAB_SOLVER_TIME: 0.707963 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130519
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046384 s
InvBiCGStab: k = 60 resid = 8.85574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249043(s) Flops=396675072 => 1592.79751689467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229315.754922409 Mflops = 229.315754922409 Gflops = 0.229315754922409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066483 s
InvBiCGStab: k = 74 resid = 7.962108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294985(s) Flops=488540160 => 1656.15255012967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238439.001264657 Mflops = 238.439001264657 Gflops = 0.238439001264657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001041072 Relative Rsd = 4.56469432095591e-07
BICGSTAB_SOLVER_TIME: 0.66072 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04055 s
InvBiCGStab: k = 68 resid = 2.042919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252859(s) Flops=449169408 => 1776.36314309556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255747.196627092 Mflops = 255.747196627092 Gflops = 0.255747196627092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057021 s
InvBiCGStab: k = 81 resid = 9.970747e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298373(s) Flops=534472704 => 1791.29044518103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257894.222340621 Mflops = 257.894222340621 Gflops = 0.257894222340621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001134965 Relative Rsd = 4.97637798104296e-07
BICGSTAB_SOLVER_TIME: 0.65255 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044323 s
InvBiCGStab: k = 52 resid = 2.111702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201344(s) Flops=344180736 => 1709.41640178004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246086.389202185 Mflops = 246.086389202185 Gflops = 0.246086389202185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060607 s
InvBiCGStab: k = 81 resid = 1.053157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303275(s) Flops=534472704 => 1762.33683620476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253722.554905129 Mflops = 253.722554905129 Gflops = 0.253722554905129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001053964 Relative Rsd = 4.62121893758797e-07
BICGSTAB_SOLVER_TIME: 0.613382 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109456
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014449(s) Flops=1599012864 => 1576.23780397043 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226956.687160802 Mflops = 226.956687160802 Gflops = 0.226956687160802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178030000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.425441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.172045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713873(s) Flops=1275955200 => 1787.37002239894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257362.613165769 Mflops = 257.362613165769 Gflops = 0.257362613165769 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 6.890259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878305(s) Flops=1577797632 => 1796.41198900154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258672.044950456 Mflops = 258.672044950456 Gflops = 0.258672044950456 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002010955 Relative Rsd = 8.85507791611244e-07
BICGSTAB_SOLVER_TIME: 1.595604 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.117663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309643999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 156 resid = 1.501517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661964(s) Flops=1026607104 => 1550.85035439994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223247.483050693 Mflops = 223.247483050693 Gflops = 0.223247483050693 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.043855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811064(s) Flops=1420314624 => 1751.17453616484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252154.2384131 Mflops = 252.1542384131 Gflops = 0.2521542384131 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.001981223 Relative Rsd = 8.70267191276604e-07
BICGSTAB_SOLVER_TIME: 1.476466 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.117316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265634999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992436(s) Flops=1599012864 => 1611.19998065366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231990.546397739 Mflops = 231.990546397739 Gflops = 0.231990546397739 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177989000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043698 s
InvBiCGStab: k = 30 resid = 2.187538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112616(s) Flops=199821312 => 1774.35987781488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255396.367791204 Mflops = 255.396367791204 Gflops = 0.255396367791204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 54 resid = 1.000829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20111(s) Flops=357304320 => 1776.66113072448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255743.475962492 Mflops = 255.743475962492 Gflops = 0.255743475962492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007733205 Relative Rsd = 3.39070751626789e-07
BICGSTAB_SOLVER_TIME: 0.418176 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041693 s
InvBiCGStab: k = 76 resid = 2.129115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280749(s) Flops=501663744 => 1786.87633437697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257271.303613959 Mflops = 257.271303613959 Gflops = 0.257271303613959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 98 resid = 9.468775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357876(s) Flops=646023168 => 1805.15923951313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259895.529841586 Mflops = 259.895529841586 Gflops = 0.259895529841586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001299845 Relative Rsd = 5.69931148361931e-07
BICGSTAB_SOLVER_TIME: 0.740547 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043182 s
InvBiCGStab: k = 67 resid = 2.226875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256709(s) Flops=442607616 => 1724.16088255573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248224.823349997 Mflops = 248.224823349997 Gflops = 0.248224823349997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066636 s
InvBiCGStab: k = 83 resid = 1.015832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303852(s) Flops=547596288 => 1802.18095651831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.833050143 Mflops = 259.461833050143 Gflops = 0.259461833050143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001032213 Relative Rsd = 4.52585068280927e-07
BICGSTAB_SOLVER_TIME: 0.674189 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121461000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 68 resid = 1.627673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252335(s) Flops=449169408 => 1780.05194681673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256272.419229163 Mflops = 256.272419229163 Gflops = 0.256272419229163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057472 s
InvBiCGStab: k = 87 resid = 1.128892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360556(s) Flops=573843456 => 1591.55153707052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229133.155238 Mflops = 229.133155238 Gflops = 0.229133155238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001147702 Relative Rsd = 5.03222422877271e-07
BICGSTAB_SOLVER_TIME: 0.715763 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045489 s
InvBiCGStab: k = 57 resid = 1.992489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244158(s) Flops=376989696 => 1544.03990858379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222289.858636626 Mflops = 222.289858636626 Gflops = 0.222289858636626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062059 s
InvBiCGStab: k = 82 resid = 1.105179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308712(s) Flops=541034496 => 1752.554147555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252321.515932476 Mflops = 252.321515932476 Gflops = 0.252321515932476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00109812 Relative Rsd = 4.8148240951747e-07
BICGSTAB_SOLVER_TIME: 0.664298 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113632
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992354(s) Flops=1592377344 => 1604.64647091663 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231050.501027421 Mflops = 231.050501027421 Gflops = 0.231050501027421 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178924000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043107 s
InvBiCGStab: k = 33 resid = 1.12957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134974(s) Flops=219506688 => 1626.28867781943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234106.531985529 Mflops = 234.106531985529 Gflops = 0.234106531985529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057957 s
InvBiCGStab: k = 55 resid = 5.398306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239231(s) Flops=363866112 => 1520.98228072449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218964.408902069 Mflops = 218.964408902069 Gflops = 0.218964408902069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007861025 Relative Rsd = 3.4467515577897e-07
BICGSTAB_SOLVER_TIME: 0.4795 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 71 resid = 1.979531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265408(s) Flops=468854784 => 1766.54352544008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254338.000081615 Mflops = 254.338000081615 Gflops = 0.254338000081615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057181 s
InvBiCGStab: k = 102 resid = 8.388976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380105(s) Flops=672270336 => 1768.64375896134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254638.202739871 Mflops = 254.638202739871 Gflops = 0.254638202739871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001285805 Relative Rsd = 5.63774988856137e-07
BICGSTAB_SOLVER_TIME: 0.748056 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 70 resid = 2.041344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255505(s) Flops=462292992 => 1809.33051016614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260488.540453832 Mflops = 260.488540453832 Gflops = 0.260488540453832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 73 resid = 5.609954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273314(s) Flops=481978368 => 1763.46022523544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253878.223836523 Mflops = 253.878223836523 Gflops = 0.253878223836523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001036964 Relative Rsd = 4.54667900715747e-07
BICGSTAB_SOLVER_TIME: 0.630166 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 67 resid = 2.252065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246731(s) Flops=442607616 => 1793.88733478971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258258.223450554 Mflops = 258.258223450554 Gflops = 0.258258223450554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 95 resid = 6.905989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350112(s) Flops=626337792 => 1788.96408006581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257560.277166121 Mflops = 257.560277166121 Gflops = 0.257560277166121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001200216 Relative Rsd = 5.26247662015195e-07
BICGSTAB_SOLVER_TIME: 0.698084 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001841
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041567 s
InvBiCGStab: k = 61 resid = 2.112129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259288(s) Flops=403236864 => 1555.16978803493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223898.251794146 Mflops = 223.898251794146 Gflops = 0.223898251794146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059742 s
InvBiCGStab: k = 90 resid = 1.150425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377131(s) Flops=593528832 => 1573.80017023262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226572.574700731 Mflops = 226.572574700731 Gflops = 0.226572574700731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001174857 Relative Rsd = 5.1512858828798e-07
BICGSTAB_SOLVER_TIME: 0.742878 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122005
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994105(s) Flops=1585963008 => 1595.36770059501 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229790.128218837 Mflops = 229.790128218837 Gflops = 0.229790128218837 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176361000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 25 resid = 2.135974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093083(s) Flops=167012352 => 1794.23043950023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258213.05019548 Mflops = 258.21305019548 Gflops = 0.25821305019548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055833 s
InvBiCGStab: k = 49 resid = 7.50062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195227(s) Flops=324495360 => 1662.1438632976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239274.455807412 Mflops = 239.274455807412 Gflops = 0.239274455807412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007675031 Relative Rsd = 3.36520053927968e-07
BICGSTAB_SOLVER_TIME: 0.389511 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041063 s
InvBiCGStab: k = 60 resid = 2.221972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260008(s) Flops=396675072 => 1525.62641149503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219633.759859179 Mflops = 219.633759859179 Gflops = 0.219633759859179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064693 s
InvBiCGStab: k = 87 resid = 1.083483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345967(s) Flops=573843456 => 1658.66529466683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238804.810394861 Mflops = 238.804810394861 Gflops = 0.238804810394861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001159261 Relative Rsd = 5.08290486830729e-07
BICGSTAB_SOLVER_TIME: 0.715587 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041847 s
InvBiCGStab: k = 50 resid = 2.258519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187122(s) Flops=331057152 => 1769.20486099978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254690.082571045 Mflops = 254.690082571045 Gflops = 0.254690082571045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056744 s
InvBiCGStab: k = 82 resid = 7.601816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303527(s) Flops=541034496 => 1782.49215391053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256629.274050937 Mflops = 256.629274050937 Gflops = 0.256629274050937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001012404 Relative Rsd = 4.43899598327634e-07
BICGSTAB_SOLVER_TIME: 0.593034 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04202 s
InvBiCGStab: k = 56 resid = 2.107175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205426(s) Flops=370427904 => 1803.21820996369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259603.947902138 Mflops = 259.603947902138 Gflops = 0.259603947902138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057387 s
InvBiCGStab: k = 84 resid = 1.123615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308199(s) Flops=554158080 => 1798.05281652439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.362540958 Mflops = 258.858362540958 Gflops = 0.258858362540958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001174446 Relative Rsd = 5.14948710785215e-07
BICGSTAB_SOLVER_TIME: 0.616798 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 69 resid = 1.939962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252642(s) Flops=455731200 => 1803.86159070938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.370365008 Mflops = 259.697370365008 Gflops = 0.259697370365008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 84 resid = 1.024491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307007(s) Flops=554158080 => 1805.03402202556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259862.469043408 Mflops = 259.862469043408 Gflops = 0.259862469043408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001141639 Relative Rsd = 5.00563819094215e-07
BICGSTAB_SOLVER_TIME: 0.6608 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123783000000001
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078187(s) Flops=1598423040 => 1482.5100284088 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213576.544569225 Mflops = 213.576544569225 Gflops = 0.213576544569225 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177471000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043276 s
InvBiCGStab: k = 26 resid = 1.849263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10471(s) Flops=173574144 => 1657.66539967529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238611.068751429 Mflops = 238.611068751429 Gflops = 0.238611068751429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058026 s
InvBiCGStab: k = 45 resid = 1.122611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167442(s) Flops=298248192 => 1781.20299566417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256391.915641502 Mflops = 256.391915641502 Gflops = 0.256391915641502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007571305 Relative Rsd = 3.31972072799615e-07
BICGSTAB_SOLVER_TIME: 0.377583 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042521 s
InvBiCGStab: k = 55 resid = 2.170972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203421(s) Flops=363866112 => 1788.73426047458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257471.326869808 Mflops = 257.471326869808 Gflops = 0.257471326869808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056918 s
InvBiCGStab: k = 91 resid = 9.452235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368268(s) Flops=600090624 => 1629.49434650852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234605.016976374 Mflops = 234.605016976374 Gflops = 0.234605016976374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001155033 Relative Rsd = 5.06436737889782e-07
BICGSTAB_SOLVER_TIME: 0.67532 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046742 s
InvBiCGStab: k = 53 resid = 2.196976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229081(s) Flops=350742528 => 1531.08519693907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220430.722532156 Mflops = 220.430722532156 Gflops = 0.220430722532156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060585 s
InvBiCGStab: k = 79 resid = 1.137608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292233(s) Flops=521349120 => 1784.01864265843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256850.966324994 Mflops = 256.850966324994 Gflops = 0.256850966324994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001065712 Relative Rsd = 4.67272903496021e-07
BICGSTAB_SOLVER_TIME: 0.632426 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041644 s
InvBiCGStab: k = 66 resid = 2.108183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246168(s) Flops=436045824 => 1771.33430827727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255019.33552292 Mflops = 255.01933552292 Gflops = 0.25501933552292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0565 s
InvBiCGStab: k = 90 resid = 9.151739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329399(s) Flops=593528832 => 1801.85377611954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259411.953440638 Mflops = 259.411953440638 Gflops = 0.259411953440638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001194238 Relative Rsd = 5.23626575248181e-07
BICGSTAB_SOLVER_TIME: 0.677626 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 72 resid = 1.999261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263598(s) Flops=475416576 => 1803.56670384449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259667.79876453 Mflops = 259.66779876453 Gflops = 0.25966779876453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056063 s
InvBiCGStab: k = 84 resid = 1.095848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307659(s) Flops=554158080 => 1801.2087408462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.646959332 Mflops = 259.320646959332 Gflops = 0.259320646959332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001112516 Relative Rsd = 4.877948133581e-07
BICGSTAB_SOLVER_TIME: 0.672568 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125662
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.04592(s) Flops=1617297408 => 1546.29169343736 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222649.377559788 Mflops = 222.649377559788 Gflops = 0.222649377559788 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180200000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.437272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.588499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873168(s) Flops=1571235840 => 1799.46566983673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259063.066786813 Mflops = 259.063066786813 Gflops = 0.259063066786813 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 9.625267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976139(s) Flops=1663100928 => 1703.75420713648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245327.350229476 Mflops = 245.327350229476 Gflops = 0.245327350229476 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002151359 Relative Rsd = 9.47318997904486e-07
BICGSTAB_SOLVER_TIME: 1.853329 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0.122443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350919999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.900951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716597(s) Flops=1262831616 => 1762.26193522998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253733.113575112 Mflops = 253.733113575112 Gflops = 0.253733113575112 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 9.422503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812569(s) Flops=1459685376 => 1796.38329298804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.260620605 Mflops = 258.665260620605 Gflops = 0.258665260620605 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002001822 Relative Rsd = 8.79274446445478e-07
BICGSTAB_SOLVER_TIME: 1.532547 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295695999999998
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030514(s) Flops=1617297408 => 1569.40847771112 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226033.536868728 Mflops = 226.033536868728 Gflops = 0.226033536868728 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179899000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 26 resid = 2.241589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097561(s) Flops=173574144 => 1779.13453121637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256021.992602791 Mflops = 256.021992602791 Gflops = 0.256021992602791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 50 resid = 1.018679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18317(s) Flops=331057152 => 1807.37649178359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260169.259801362 Mflops = 260.169259801362 Gflops = 0.260169259801362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007569983 Relative Rsd = 3.31914112838097e-07
BICGSTAB_SOLVER_TIME: 0.382169 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 81 resid = 1.986055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296273(s) Flops=534472704 => 1803.98721449474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.301352339 Mflops = 259.720301352339 Gflops = 0.259720301352339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056063 s
InvBiCGStab: k = 103 resid = 1.133244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375779(s) Flops=678832128 => 1806.46637518329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260089.048543691 Mflops = 260.089048543691 Gflops = 0.260089048543691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001339636 Relative Rsd = 5.8737783691043e-07
BICGSTAB_SOLVER_TIME: 0.773074 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 49 resid = 2.254556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180047(s) Flops=324495360 => 1802.28140429999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259458.921200893 Mflops = 259.458921200893 Gflops = 0.259458921200893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 80 resid = 6.286202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29236(s) Flops=527910912 => 1805.68789164044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.211223904 Mflops = 259.968211223904 Gflops = 0.259968211223904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001015606 Relative Rsd = 4.45303296206755e-07
BICGSTAB_SOLVER_TIME: 0.57328 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043606 s
InvBiCGStab: k = 65 resid = 2.191188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260032(s) Flops=429484032 => 1651.65838050701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237790.575142873 Mflops = 237.790575142873 Gflops = 0.237790575142873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064922 s
InvBiCGStab: k = 87 resid = 1.016846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362669(s) Flops=573843456 => 1582.27876107415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227800.653057843 Mflops = 227.800653057843 Gflops = 0.227800653057843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001148614 Relative Rsd = 5.03622196033245e-07
BICGSTAB_SOLVER_TIME: 0.735091 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042304 s
InvBiCGStab: k = 53 resid = 2.134578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202667(s) Flops=350742528 => 1730.63462724568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249149.74803917 Mflops = 249.14974803917 Gflops = 0.24914974803917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06104 s
InvBiCGStab: k = 86 resid = 1.121383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332333(s) Flops=567281664 => 1706.96760177292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245750.91986454 Mflops = 245.75091986454 Gflops = 0.24575091986454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001145071 Relative Rsd = 5.02068889481988e-07
BICGSTAB_SOLVER_TIME: 0.642048 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113821
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012486(s) Flops=1630052352 => 1609.95050993298 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231816.172349633 Mflops = 231.816172349633 Gflops = 0.231816172349633 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181469000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041692 s
InvBiCGStab: k = 25 resid = 2.095111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093106(s) Flops=167012352 => 1793.78721027646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258163.138345494 Mflops = 258.163138345494 Gflops = 0.258163138345494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057341 s
InvBiCGStab: k = 48 resid = 9.636209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182108(s) Flops=317933568 => 1745.85173633229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251317.681596636 Mflops = 251.317681596636 Gflops = 0.251317681596636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007362722 Relative Rsd = 3.22826521725105e-07
BICGSTAB_SOLVER_TIME: 0.378163 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04187 s
InvBiCGStab: k = 76 resid = 2.196465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278696(s) Flops=501663744 => 1800.03926859374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259100.993830417 Mflops = 259.100993830417 Gflops = 0.259100993830417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 106 resid = 1.078397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386915(s) Flops=698517504 => 1805.35131488828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.107826254 Mflops = 259.928107826254 Gflops = 0.259928107826254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001291772 Relative Rsd = 5.6639143065926e-07
BICGSTAB_SOLVER_TIME: 0.767353 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04127 s
InvBiCGStab: k = 49 resid = 2.042781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179615(s) Flops=324495360 => 1806.61615121232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.514898294 Mflops = 260.064514898294 Gflops = 0.260064514898294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056096 s
InvBiCGStab: k = 65 resid = 1.040932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237852(s) Flops=429484032 => 1805.67761465113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.561657794 Mflops = 259.936561657794 Gflops = 0.259936561657794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001051156 Relative Rsd = 4.60890825197028e-07
BICGSTAB_SOLVER_TIME: 0.518707 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956820000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040981 s
InvBiCGStab: k = 77 resid = 2.029789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293744(s) Flops=508225536 => 1730.16482379215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249095.840220146 Mflops = 249.095840220146 Gflops = 0.249095840220146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05856 s
InvBiCGStab: k = 86 resid = 6.812323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361922(s) Flops=567281664 => 1567.41415001022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225673.295328986 Mflops = 225.673295328986 Gflops = 0.225673295328986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001139622 Relative Rsd = 4.99679642561046e-07
BICGSTAB_SOLVER_TIME: 0.759422 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046175 s
InvBiCGStab: k = 66 resid = 2.19309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282394(s) Flops=436045824 => 1544.10442148204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222310.505133522 Mflops = 222.310505133522 Gflops = 0.222310505133522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057685 s
InvBiCGStab: k = 83 resid = 8.339788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307047(s) Flops=547596288 => 1783.42823085717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256766.11561334 Mflops = 256.76611561334 Gflops = 0.25676611561334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001115025 Relative Rsd = 4.8889475101618e-07
BICGSTAB_SOLVER_TIME: 0.697154 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120709
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017787(s) Flops=1642586112 => 1613.88002794298 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232388.07680759 Mflops = 232.38807680759 Gflops = 0.23238807680759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182728000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040715 s
InvBiCGStab: k = 29 resid = 1.720206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120974(s) Flops=193259520 => 1597.52938647974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229955.815230375 Mflops = 229.955815230375 Gflops = 0.229955815230375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060139 s
InvBiCGStab: k = 47 resid = 1.152115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205187(s) Flops=311371776 => 1517.50245385916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218458.446895442 Mflops = 218.458446895442 Gflops = 0.218458446895442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000734417 Relative Rsd = 3.22013091565044e-07
BICGSTAB_SOLVER_TIME: 0.43142 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0687500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 52 resid = 1.64719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192406(s) Flops=344180736 => 1788.82537966591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257514.278757978 Mflops = 257.514278757978 Gflops = 0.257514278757978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057866 s
InvBiCGStab: k = 85 resid = 1.128704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318418(s) Flops=560719872 => 1760.95532287748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253530.053410074 Mflops = 253.530053410074 Gflops = 0.253530053410074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001109499 Relative Rsd = 4.86471815346138e-07
BICGSTAB_SOLVER_TIME: 0.613628 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112027
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044141 s
InvBiCGStab: k = 48 resid = 1.941524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186502(s) Flops=317933568 => 1704.71934885417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245401.66117121 Mflops = 245.40166117121 Gflops = 0.24540166117121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059201 s
InvBiCGStab: k = 80 resid = 1.111104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305187(s) Flops=527910912 => 1729.7948864139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249027.32715523 Mflops = 249.02732715523 Gflops = 0.24902732715523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001034023 Relative Rsd = 4.53378795627121e-07
BICGSTAB_SOLVER_TIME: 0.598985 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04151 s
InvBiCGStab: k = 60 resid = 2.127876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222222(s) Flops=396675072 => 1785.03960903961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256986.315899386 Mflops = 256.986315899386 Gflops = 0.256986315899386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056871 s
InvBiCGStab: k = 82 resid = 1.135709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301388(s) Flops=541034496 => 1795.1427926792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258438.572561471 Mflops = 258.438572561472 Gflops = 0.258438572561472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001081676 Relative Rsd = 4.74272404687591e-07
BICGSTAB_SOLVER_TIME: 0.625835 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040844 s
InvBiCGStab: k = 52 resid = 2.072794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190995(s) Flops=344180736 => 1802.0405560355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259422.861238844 Mflops = 259.422861238844 Gflops = 0.259422861238844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 76 resid = 9.453693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316399(s) Flops=501663744 => 1585.54149665454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228268.535725926 Mflops = 228.268535725926 Gflops = 0.228268535725926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001062783 Relative Rsd = 4.65988698589082e-07
BICGSTAB_SOLVER_TIME: 0.608537 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105689
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.070525(s) Flops=1654898688 => 1545.87579738913 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222623.747716062 Mflops = 222.623747716062 Gflops = 0.222623747716062 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184070000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.392216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 32 resid = 2.216791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118217(s) Flops=212944896 => 1801.30519299255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259293.679190013 Mflops = 259.293679190013 Gflops = 0.259293679190013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 45 resid = 7.843624e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165105(s) Flops=298248192 => 1806.41526301445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260050.65622904 Mflops = 260.05065622904 Gflops = 0.26005065622904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007179515 Relative Rsd = 3.14793592633146e-07
BICGSTAB_SOLVER_TIME: 0.384813 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047398 s
InvBiCGStab: k = 57 resid = 1.982744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24305(s) Flops=376989696 => 1551.07877391483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223304.735280204 Mflops = 223.304735280204 Gflops = 0.223304735280204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062745 s
InvBiCGStab: k = 79 resid = 1.063566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33969(s) Flops=521349120 => 1534.77912214078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220954.630450223 Mflops = 220.954630450223 Gflops = 0.220954630450223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.0011255 Relative Rsd = 4.93487599433106e-07
BICGSTAB_SOLVER_TIME: 0.697995 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 51 resid = 1.840563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191011(s) Flops=337618944 => 1767.53665495704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254444.955067906 Mflops = 254.444955067906 Gflops = 0.254444955067906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057143 s
InvBiCGStab: k = 79 resid = 1.124465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298828(s) Flops=521349120 => 1744.6461509631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251207.883657014 Mflops = 251.207883657014 Gflops = 0.251207883657014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001074583 Relative Rsd = 4.7116237166661e-07
BICGSTAB_SOLVER_TIME: 0.592272 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04117 s
InvBiCGStab: k = 67 resid = 1.247439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248812(s) Flops=442607616 => 1778.88371943475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256107.039257615 Mflops = 256.107039257615 Gflops = 0.256107039257615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056983 s
InvBiCGStab: k = 88 resid = 9.989692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321305(s) Flops=580405248 => 1806.39967632001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.372787501 Mflops = 260.064372787501 Gflops = 0.260064372787501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00118723 Relative Rsd = 5.20553906112564e-07
BICGSTAB_SOLVER_TIME: 0.672165 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041042 s
InvBiCGStab: k = 52 resid = 1.746572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191196(s) Flops=344180736 => 1800.14611184334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.163381677 Mflops = 259.150163381677 Gflops = 0.259150163381677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055931 s
InvBiCGStab: k = 88 resid = 7.38207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321266(s) Flops=580405248 => 1806.61896372476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260104.148736752 Mflops = 260.104148736752 Gflops = 0.260104148736752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001038917 Relative Rsd = 4.55524360596248e-07
BICGSTAB_SOLVER_TIME: 0.613261 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114244
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065111(s) Flops=1667432448 => 1565.50110551858 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225415.98991402 Mflops = 225.41598991402 Gflops = 0.22541598991402 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185587000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.43199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.249238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824878(s) Flops=1426876416 => 1729.80297207587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248999.721825766 Mflops = 248.999721825766 Gflops = 0.248999721825766 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 9.517881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.923629(s) Flops=1590921216 => 1722.4678047138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248025.178265391 Mflops = 248.025178265391 Gflops = 0.248025178265391 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002204171 Relative Rsd = 9.70558044683369e-07
BICGSTAB_SOLVER_TIME: 1.752382 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.121584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328073999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.123992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.681991(s) Flops=1125033984 => 1649.63171654758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237513.793280138 Mflops = 237.513793280138 Gflops = 0.237513793280138 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 7.059968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867359(s) Flops=1485932544 => 1713.16899230884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246684.391717246 Mflops = 246.684391717246 Gflops = 0.246684391717246 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.001921886 Relative Rsd = 8.44129021117015e-07
BICGSTAB_SOLVER_TIME: 1.55284 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.115909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283505999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 313 resid = 2.040092e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.179807(s) Flops=2056808448 => 1743.34314680282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251031.001798263 Mflops = 251.031001798263 Gflops = 0.251031001798263 Tflops
InvBiCGStab: k = 288 resid = 1.058571e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.197885(s) Flops=1892763648 => 1580.08794500307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227527.015993021 Mflops = 227.527015993021 Gflops = 0.227527015993021 Tflops
BICGSTAB_SOLVER: 601 iterations. Rsd = 0.00212044 Relative Rsd = 9.33688841419518e-07
BICGSTAB_SOLVER_TIME: 2.382418 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429806999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 264 resid = 1.19805e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.007828(s) Flops=1735280640 => 1721.8023710395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247954.407006042 Mflops = 247.954407006042 Gflops = 0.247954407006042 Tflops
InvBiCGStab: k = 309 resid = 1.066066e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.156395(s) Flops=2030561280 => 1755.94090254628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252846.294506513 Mflops = 252.846294506513 Gflops = 0.252846294506513 Tflops
BICGSTAB_SOLVER: 573 iterations. Rsd = 0.001899075 Relative Rsd = 8.34109942579509e-07
BICGSTAB_SOLVER_TIME: 2.168859 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.409956999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 238 resid = 1.989363e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905444(s) Flops=1564674048 => 1728.07379363053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248863.793922999 Mflops = 248.863793922999 Gflops = 0.248863793922999 Tflops
InvBiCGStab: k = 287 resid = 8.925388e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.198533(s) Flops=1886201856 => 1573.75880013316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226614.14798129 Mflops = 226.61414798129 Gflops = 0.22661414798129 Tflops
BICGSTAB_SOLVER: 525 iterations. Rsd = 0.001876823 Relative Rsd = 8.22913236671096e-07
BICGSTAB_SOLVER_TIME: 2.109423 sec
2Flav::invert,  n_count = 525
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374730000000004
MInvCG2: 377 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.535295(s) Flops=2428323840 => 1581.66595996209 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227764.254048855 Mflops = 227.764254048855 Gflops = 0.227764254048855 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270664000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0230965921874713
AccProb = 0.977168092411043
AcceptP = 1
After HMC trajectory call: time= 469.948797 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.062184 secs
Doing Update: 2758 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 264 resid = 1.544761e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971363(s) Flops=1735280640 => 1786.43889050746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257249.902977418 Mflops = 257.249902977418 Gflops = 0.257249902977418 Tflops
InvBiCGStab: k = 292 resid = 1.100587e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.187202(s) Flops=1919010816 => 1616.41474323662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232756.769889067 Mflops = 232.756769889067 Gflops = 0.232756769889067 Tflops
BICGSTAB_SOLVER: 556 iterations. Rsd = 0.002149288 Relative Rsd = 9.46470917551527e-07
BICGSTAB_SOLVER_TIME: 2.163415 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.399856999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 218 resid = 2.080721e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807852(s) Flops=1433438208 => 1774.38219871957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255547.84910856 Mflops = 255.54784910856 Gflops = 0.25554784910856 Tflops
InvBiCGStab: k = 250 resid = 6.311262e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914939(s) Flops=1643415552 => 1796.20231731296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258640.283278074 Mflops = 258.640283278074 Gflops = 0.258640283278074 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.001819278 Relative Rsd = 7.99171337013873e-07
BICGSTAB_SOLVER_TIME: 1.727666 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336942999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 392 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.631201(s) Flops=2518345728 => 1543.85984805061 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222316.722168999 Mflops = 222.316722168999 Gflops = 0.222316722168999 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280657000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 298 resid = 1.928285e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.124352(s) Flops=1958381568 => 1741.7868852459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250817.946995637 Mflops = 250.817946995637 Gflops = 0.250817946995637 Tflops
InvBiCGStab: k = 350 resid = 1.068304e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.280379(s) Flops=2299594752 => 1796.02660774661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258620.244372748 Mflops = 258.620244372748 Gflops = 0.258620244372748 Tflops
BICGSTAB_SOLVER: 648 iterations. Rsd = 0.00225458 Relative Rsd = 9.92838163240603e-07
BICGSTAB_SOLVER_TIME: 2.409554 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.463223999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 1.998402e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.02151(s) Flops=1774651392 => 1737.28244657419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250165.813361602 Mflops = 250.165813361602 Gflops = 0.250165813361602 Tflops
InvBiCGStab: k = 331 resid = 9.467301e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.305718(s) Flops=2174920704 => 1665.68945515035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239852.645598419 Mflops = 239.852645598419 Gflops = 0.239852645598419 Tflops
BICGSTAB_SOLVER: 601 iterations. Rsd = 0.0020693 Relative Rsd = 9.09000986312269e-07
BICGSTAB_SOLVER_TIME: 2.332074 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429538999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 246 resid = 1.641351e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903796(s) Flops=1617168384 => 1789.30686128286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257628.756835925 Mflops = 257.628756835925 Gflops = 0.257628756835925 Tflops
InvBiCGStab: k = 260 resid = 9.852973e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984945(s) Flops=1709033472 => 1735.15624933372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249853.626652987 Mflops = 249.853626652987 Gflops = 0.249853626652987 Tflops
BICGSTAB_SOLVER: 506 iterations. Rsd = 0.002040205 Relative Rsd = 8.94300236589712e-07
BICGSTAB_SOLVER_TIME: 1.893649 sec
2Flav::invert,  n_count = 506
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361344000000004
MInvCG2: 378 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.61226(s) Flops=2434222080 => 1509.81980573853 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217413.914394937 Mflops = 217.413914394937 Gflops = 0.217413914394937 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271301000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.268168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746594(s) Flops=1335011328 => 1788.1356239134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257455.337778524 Mflops = 257.455337778524 Gflops = 0.257455337778524 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 9.942802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948804(s) Flops=1709033472 => 1801.25028140691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259367.81513274 Mflops = 259.36781513274 Gflops = 0.25936781513274 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002248352 Relative Rsd = 9.90095371082141e-07
BICGSTAB_SOLVER_TIME: 1.698792 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330595999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.80827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785154(s) Flops=1335011328 => 1700.3178077167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244809.640813664 Mflops = 244.809640813664 Gflops = 0.244809640813664 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.008084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807585(s) Flops=1302202368 => 1612.46477832055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232180.081945301 Mflops = 232.180081945301 Gflops = 0.232180081945301 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001992295 Relative Rsd = 8.75174472288082e-07
BICGSTAB_SOLVER_TIME: 1.596281 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.117317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286249999999999
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012578(s) Flops=1623785472 => 1603.61520001422 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230901.565542688 Mflops = 230.901565542688 Gflops = 0.230901565542688 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180802000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.3e-05 s
InvBiCGStab: k = 144 resid = 2.180047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.598421(s) Flops=947865600 => 1583.94441371543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227966.171517685 Mflops = 227.966171517685 Gflops = 0.227966171517685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3.1e-05 s
InvBiCGStab: k = 185 resid = 6.965401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.686227(s) Flops=1216899072 => 1773.31855493882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255332.929528794 Mflops = 255.332929528794 Gflops = 0.255332929528794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 329 iterations. Rsd = 0.002022527 Relative Rsd = 8.86551131058568e-07
BICGSTAB_SOLVER_TIME: 1.288482 sec
2Flav::invert,  n_count = 329
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.236309999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000135 s
InvBiCGStab: k = 123 resid = 2.232526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448735(s) Flops=810067968 => 1805.22573010797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259841.942754605 Mflops = 259.841942754605 Gflops = 0.259841942754605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8e-05 s
InvBiCGStab: k = 163 resid = 1.095444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.612443(s) Flops=1072539648 => 1751.24811288561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252139.616676608 Mflops = 252.139616676608 Gflops = 0.252139616676608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 286 iterations. Rsd = 0.001653181 Relative Rsd = 7.24652662067405e-07
BICGSTAB_SOLVER_TIME: 1.065415 sec
2Flav::invert,  n_count = 286
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206007999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005012 s
InvBiCGStab: k = 95 resid = 2.194421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3487(s) Flops=626337792 => 1796.20817895039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.995493055 Mflops = 258.608995493055 Gflops = 0.258608995493055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.00702 s
InvBiCGStab: k = 129 resid = 1.007896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483362(s) Flops=849438720 => 1757.35519134727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253021.080374413 Mflops = 253.021080374413 Gflops = 0.253021080374413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 224 iterations. Rsd = 0.001451256 Relative Rsd = 6.36141114796953e-07
BICGSTAB_SOLVER_TIME: 0.848576 sec
2Flav::invert,  n_count = 224
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163551999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.00895 s
InvBiCGStab: k = 87 resid = 2.212906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36653(s) Flops=573843456 => 1565.61115324803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225416.470251975 Mflops = 225.416470251975 Gflops = 0.225416470251975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.014449 s
InvBiCGStab: k = 111 resid = 1.044885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425858(s) Flops=731326464 => 1717.30122247322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247243.24875657 Mflops = 247.24324875657 Gflops = 0.24724324875657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001365071 Relative Rsd = 5.98363000629404e-07
BICGSTAB_SOLVER_TIME: 0.819726 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146178
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010545 s
InvBiCGStab: k = 82 resid = 1.414808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304462(s) Flops=541034496 => 1777.01813691035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255850.205663951 Mflops = 255.850205663951 Gflops = 0.255850205663951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015232 s
InvBiCGStab: k = 101 resid = 9.144281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369295(s) Flops=665708544 => 1802.64705452281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.162393907 Mflops = 259.533162393907 Gflops = 0.259533162393907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001274125 Relative Rsd = 5.5849773702206e-07
BICGSTAB_SOLVER_TIME: 0.70345 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136289
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98685(s) Flops=1593040896 => 1614.26852713178 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232435.328158945 Mflops = 232.435328158945 Gflops = 0.232435328158945 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177249000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.015092 s
InvBiCGStab: k = 23 resid = 2.189953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086746(s) Flops=153888768 => 1774.01572406797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255292.396878566 Mflops = 255.292396878566 Gflops = 0.255292396878566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019621 s
InvBiCGStab: k = 49 resid = 1.133793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184308(s) Flops=324495360 => 1760.61462334787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253427.165274604 Mflops = 253.427165274604 Gflops = 0.253427165274604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007698782 Relative Rsd = 3.37467151909899e-07
BICGSTAB_SOLVER_TIME: 0.309581 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0581530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016689 s
InvBiCGStab: k = 86 resid = 2.247485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315774(s) Flops=567281664 => 1796.47996351821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258649.975635397 Mflops = 258.649975635397 Gflops = 0.258649975635397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024012 s
InvBiCGStab: k = 119 resid = 5.995827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43514(s) Flops=783820800 => 1801.30716550995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259350.769740808 Mflops = 259.350769740809 Gflops = 0.259350769740809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001349148 Relative Rsd = 5.9138341695719e-07
BICGSTAB_SOLVER_TIME: 0.795383 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154475999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019693 s
InvBiCGStab: k = 52 resid = 2.167465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190003(s) Flops=344180736 => 1811.44895606911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260786.380541756 Mflops = 260.786380541756 Gflops = 0.260786380541756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028943 s
InvBiCGStab: k = 81 resid = 1.114248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295599(s) Flops=534472704 => 1808.10051454843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260310.261336514 Mflops = 260.310261336514 Gflops = 0.260310261336514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001118958 Relative Rsd = 4.9048215952356e-07
BICGSTAB_SOLVER_TIME: 0.538056 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103874
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.02367 s
InvBiCGStab: k = 76 resid = 1.724343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286828(s) Flops=501663744 => 1749.00548063648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251808.821433678 Mflops = 251.808821433678 Gflops = 0.251808821433678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.038106 s
InvBiCGStab: k = 104 resid = 1.016786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427291(s) Flops=685393920 => 1604.04483127424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230940.583956811 Mflops = 230.940583956811 Gflops = 0.230940583956811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001243328 Relative Rsd = 5.4499819059165e-07
BICGSTAB_SOLVER_TIME: 0.78006 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138778
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.029768 s
InvBiCGStab: k = 65 resid = 2.101099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241617(s) Flops=429484032 => 1777.54062007226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255921.716095963 Mflops = 255.921716095963 Gflops = 0.255921716095963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039353 s
InvBiCGStab: k = 98 resid = 1.080013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365344(s) Flops=646023168 => 1768.25996321275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254585.495279852 Mflops = 254.585495279852 Gflops = 0.254585495279852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001167368 Relative Rsd = 5.11702286105861e-07
BICGSTAB_SOLVER_TIME: 0.68002 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127485
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989398(s) Flops=1593114624 => 1610.18581400003 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231847.452590515 Mflops = 231.847452590515 Gflops = 0.231847452590515 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177031000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.036024 s
InvBiCGStab: k = 34 resid = 1.728675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148769(s) Flops=226068480 => 1519.59400143847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218736.483688432 Mflops = 218.736483688432 Gflops = 0.218736483688432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.048395 s
InvBiCGStab: k = 50 resid = 9.742843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19185(s) Flops=331057152 => 1725.60412822518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248409.396005484 Mflops = 248.409396005484 Gflops = 0.248409396005484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007650821 Relative Rsd = 3.3536482125306e-07
BICGSTAB_SOLVER_TIME: 0.428884 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036467 s
InvBiCGStab: k = 60 resid = 2.082233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224596(s) Flops=396675072 => 1766.17157919108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254282.532036003 Mflops = 254.282532036003 Gflops = 0.254282532036003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050518 s
InvBiCGStab: k = 91 resid = 5.666278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33445(s) Flops=600090624 => 1794.26109732396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258334.633973386 Mflops = 258.334633973386 Gflops = 0.258334633973386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001106364 Relative Rsd = 4.84961656654554e-07
BICGSTAB_SOLVER_TIME: 0.649792 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 54 resid = 2.259517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197698(s) Flops=357304320 => 1807.32389806675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260176.173911072 Mflops = 260.176173911072 Gflops = 0.260176173911072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 79 resid = 8.463435e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28849(s) Flops=521349120 => 1807.16530902284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260174.318061794 Mflops = 260.174318061794 Gflops = 0.260174318061794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001130115 Relative Rsd = 4.95372756701145e-07
BICGSTAB_SOLVER_TIME: 0.587399 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040713 s
InvBiCGStab: k = 69 resid = 1.679443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252098(s) Flops=455731200 => 1807.75412736317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260264.386912244 Mflops = 260.264386912245 Gflops = 0.260264386912245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055864 s
InvBiCGStab: k = 85 resid = 1.149709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310543(s) Flops=560719872 => 1805.61104903347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.194513117 Mflops = 259.959194513117 Gflops = 0.259959194513117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001103313 Relative Rsd = 4.83624586910013e-07
BICGSTAB_SOLVER_TIME: 0.663017 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046344 s
InvBiCGStab: k = 53 resid = 1.786488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218999(s) Flops=350742528 => 1601.57136790579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230567.99154354 Mflops = 230.56799154354 Gflops = 0.23056799154354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062729 s
InvBiCGStab: k = 84 resid = 9.892527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358501(s) Flops=554158080 => 1545.76439117325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222549.027901735 Mflops = 222.549027901735 Gflops = 0.222549027901735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001081086 Relative Rsd = 4.73881409384082e-07
BICGSTAB_SOLVER_TIME: 0.690905 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112023
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.035202(s) Flops=1636245504 => 1580.60504519891 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227725.364861623 Mflops = 227.725364861623 Gflops = 0.227725364861623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182056000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.391332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 23 resid = 2.210801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.084914(s) Flops=153888768 => 1812.28970487788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260808.916656401 Mflops = 260.808916656401 Gflops = 0.260808916656401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064557 s
InvBiCGStab: k = 51 resid = 1.137774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212838(s) Flops=337618944 => 1586.27192512615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228353.098859987 Mflops = 228.353098859987 Gflops = 0.228353098859987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007294859 Relative Rsd = 3.19761642918636e-07
BICGSTAB_SOLVER_TIME: 0.40745 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047269 s
InvBiCGStab: k = 67 resid = 2.086674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283245(s) Flops=442607616 => 1562.63170047132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224978.616136315 Mflops = 224.978616136315 Gflops = 0.224978616136315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058132 s
InvBiCGStab: k = 81 resid = 7.735172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298898(s) Flops=534472704 => 1788.14412943546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257431.83790596 Mflops = 257.43183790596 Gflops = 0.25743183790596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001105508 Relative Rsd = 4.84586489233676e-07
BICGSTAB_SOLVER_TIME: 0.691344 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041935 s
InvBiCGStab: k = 59 resid = 1.573809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218368(s) Flops=390113280 => 1786.49472450176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257204.536323384 Mflops = 257.204536323384 Gflops = 0.257204536323384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 84 resid = 8.952068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307038(s) Flops=554158080 => 1804.85177730444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.239884325 Mflops = 259.850239884325 Gflops = 0.259850239884325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001106444 Relative Rsd = 4.84996764813636e-07
BICGSTAB_SOLVER_TIME: 0.627832 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 68 resid = 2.174805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249394(s) Flops=449169408 => 1801.04336110732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259294.432611827 Mflops = 259.294432611827 Gflops = 0.259294432611827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055669 s
InvBiCGStab: k = 89 resid = 1.105093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335825(s) Flops=586967040 => 1747.83604555944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251650.678586493 Mflops = 251.650678586493 Gflops = 0.251650678586493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001127223 Relative Rsd = 4.9410508680595e-07
BICGSTAB_SOLVER_TIME: 0.686029 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 62 resid = 2.191338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228255(s) Flops=409798656 => 1795.3545639745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258476.709897648 Mflops = 258.476709897648 Gflops = 0.258476709897648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 91 resid = 9.246045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344476(s) Flops=600090624 => 1742.03899255681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250809.661669713 Mflops = 250.809661669713 Gflops = 0.250809661669713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001153755 Relative Rsd = 5.05735021706687e-07
BICGSTAB_SOLVER_TIME: 0.675162 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123323
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.102461(s) Flops=1679671296 => 1523.56527441787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219422.513696973 Mflops = 219.422513696973 Gflops = 0.219422513696973 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186864000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.118566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817453(s) Flops=1400629248 => 1713.40645639566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246671.255269477 Mflops = 246.671255269477 Gflops = 0.246671255269477 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.104256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867474(s) Flops=1400629248 => 1614.60660261864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232492.364204445 Mflops = 232.492364204445 Gflops = 0.232492364204445 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002206012 Relative Rsd = 9.7146556872157e-07
BICGSTAB_SOLVER_TIME: 1.688329 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.124135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303833999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.096237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.720172(s) Flops=1282516992 => 1780.84817515816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256409.931709825 Mflops = 256.409931709825 Gflops = 0.256409931709825 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 8.85979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.725853(s) Flops=1302202368 => 1794.03042764857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258325.802346464 Mflops = 258.325802346464 Gflops = 0.258325802346464 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001941552 Relative Rsd = 8.52931110821875e-07
BICGSTAB_SOLVER_TIME: 1.449351 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280891999999998
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.097623(s) Flops=1679671296 => 1530.28070293717 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220342.120074383 Mflops = 220.342120074383 Gflops = 0.220342120074383 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186863000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041526 s
InvBiCGStab: k = 30 resid = 2.193781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110996(s) Flops=199821312 => 1800.25687412159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259122.080322583 Mflops = 259.122080322583 Gflops = 0.259122080322583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 56 resid = 7.52386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204659(s) Flops=370427904 => 1809.97612614153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260557.239486276 Mflops = 260.557239486276 Gflops = 0.260557239486276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007485137 Relative Rsd = 3.28102280106857e-07
BICGSTAB_SOLVER_TIME: 0.41747 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040694 s
InvBiCGStab: k = 79 resid = 2.158406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304047(s) Flops=521349120 => 1714.69910901933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246875.887401534 Mflops = 246.875887401534 Gflops = 0.246875887401534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058432 s
InvBiCGStab: k = 103 resid = 1.05673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399184(s) Flops=678832128 => 1700.54944085935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244827.975511595 Mflops = 244.827975511595 Gflops = 0.244827975511595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001287949 Relative Rsd = 5.64557262397424e-07
BICGSTAB_SOLVER_TIME: 0.806192 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044971 s
InvBiCGStab: k = 71 resid = 1.200094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290811(s) Flops=468854784 => 1612.23194445877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232123.502534209 Mflops = 232.123502534209 Gflops = 0.232123502534209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066989 s
InvBiCGStab: k = 92 resid = 1.129889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391918(s) Flops=606652416 => 1547.90649064345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222866.35042524 Mflops = 222.86635042524 Gflops = 0.22286635042524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001163349 Relative Rsd = 5.09940397430578e-07
BICGSTAB_SOLVER_TIME: 0.79863 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043195 s
InvBiCGStab: k = 68 resid = 1.030362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256273(s) Flops=449169408 => 1752.69891092702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252341.769423128 Mflops = 252.341769423128 Gflops = 0.252341769423128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05735 s
InvBiCGStab: k = 87 resid = 9.281476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325869(s) Flops=573843456 => 1760.96362648794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253514.893632312 Mflops = 253.514893632312 Gflops = 0.253514893632312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001161115 Relative Rsd = 5.08961349261783e-07
BICGSTAB_SOLVER_TIME: 0.686542 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 70 resid = 1.213429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258109(s) Flops=462292992 => 1791.07660716984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257868.235024229 Mflops = 257.868235024229 Gflops = 0.257868235024229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 86 resid = 9.405118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3141(s) Flops=567281664 => 1806.05432664756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260019.072457886 Mflops = 260.019072457886 Gflops = 0.260019072457886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001139619 Relative Rsd = 4.99538839863273e-07
BICGSTAB_SOLVER_TIME: 0.67366 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125676
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.08376(s) Flops=1698471936 => 1567.20301173692 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225658.238232561 Mflops = 225.658238232561 Gflops = 0.225658238232561 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188781000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.427459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040536 s
InvBiCGStab: k = 25 resid = 2.065206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092548(s) Flops=167012352 => 1804.60249816312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259722.852140663 Mflops = 259.722852140663 Gflops = 0.259722852140663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 47 resid = 1.132994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172703(s) Flops=311371776 => 1802.93206255826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259522.516816539 Mflops = 259.522516816539 Gflops = 0.259522516816539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007731956 Relative Rsd = 3.38921308385561e-07
BICGSTAB_SOLVER_TIME: 0.365985 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040883 s
InvBiCGStab: k = 78 resid = 2.041838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284682(s) Flops=514787328 => 1808.28899614306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260348.784767138 Mflops = 260.348784767138 Gflops = 0.260348784767138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055967 s
InvBiCGStab: k = 100 resid = 7.943194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365621(s) Flops=659146752 => 1802.81425848078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259567.069656044 Mflops = 259.567069656044 Gflops = 0.259567069656044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001263998 Relative Rsd = 5.54058647099635e-07
BICGSTAB_SOLVER_TIME: 0.75101 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042443 s
InvBiCGStab: k = 68 resid = 1.845682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258373(s) Flops=449169408 => 1738.45335232397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250265.268881594 Mflops = 250.265268881594 Gflops = 0.250265268881594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063374 s
InvBiCGStab: k = 77 resid = 8.649739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323048(s) Flops=508225536 => 1573.21988063693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226489.872886099 Mflops = 226.489872886099 Gflops = 0.226489872886099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00109973 Relative Rsd = 4.82053853996239e-07
BICGSTAB_SOLVER_TIME: 0.691078 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11792
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04414 s
InvBiCGStab: k = 67 resid = 2.255785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256441(s) Flops=442607616 => 1725.96275946514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248493.989041678 Mflops = 248.493989041678 Gflops = 0.248493989041678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 93 resid = 5.679108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346247(s) Flops=613214208 => 1771.03110785075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254976.742329879 Mflops = 254.976742329879 Gflops = 0.254976742329879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001177997 Relative Rsd = 5.16361465403456e-07
BICGSTAB_SOLVER_TIME: 0.707088 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 67 resid = 1.788078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244781(s) Flops=442607616 => 1808.17798767061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260336.15205447 Mflops = 260.33615205447 Gflops = 0.26033615205447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055917 s
InvBiCGStab: k = 106 resid = 8.432672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387138(s) Flops=698517504 => 1804.31139283666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259772.691173201 Mflops = 259.772691173202 Gflops = 0.259772691173202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001207397 Relative Rsd = 5.29248200958277e-07
BICGSTAB_SOLVER_TIME: 0.732767 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137993
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051556(s) Flops=1705107456 => 1621.50894103595 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233479.121102103 Mflops = 233.479121102103 Gflops = 0.233479121102103 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190048000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.426858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041678 s
InvBiCGStab: k = 24 resid = 1.683678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097104(s) Flops=160450560 => 1652.3578843302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237807.970567036 Mflops = 237.807970567036 Gflops = 0.237807970567036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058467 s
InvBiCGStab: k = 54 resid = 1.053777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203955(s) Flops=357304320 => 1751.87820842833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252200.030622979 Mflops = 252.200030622979 Gflops = 0.252200030622979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0006925513 Relative Rsd = 3.0357180622538e-07
BICGSTAB_SOLVER_TIME: 0.404973 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041656 s
InvBiCGStab: k = 48 resid = 2.1334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17771(s) Flops=317933568 => 1789.05839851443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257568.779802397 Mflops = 257.568779802397 Gflops = 0.257568779802397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056662 s
InvBiCGStab: k = 86 resid = 7.479165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315071(s) Flops=567281664 => 1800.48834707098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259208.916715398 Mflops = 259.208916715398 Gflops = 0.259208916715398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001107751 Relative Rsd = 4.85569568717249e-07
BICGSTAB_SOLVER_TIME: 0.594919 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040888 s
InvBiCGStab: k = 62 resid = 1.641872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226864(s) Flops=409798656 => 1806.36264898794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.517990488 Mflops = 260.056517990488 Gflops = 0.260056517990488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056298 s
InvBiCGStab: k = 73 resid = 1.076952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265925(s) Flops=481978368 => 1812.45978377362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260923.18175247 Mflops = 260.92318175247 Gflops = 0.26092318175247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001050947 Relative Rsd = 4.60670280562867e-07
BICGSTAB_SOLVER_TIME: 0.593816 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046023 s
InvBiCGStab: k = 68 resid = 1.898126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2756(s) Flops=449169408 => 1629.78740203193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234647.696644647 Mflops = 234.647696644647 Gflops = 0.234647696644647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060803 s
InvBiCGStab: k = 84 resid = 1.103449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358224(s) Flops=554158080 => 1546.95966769396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222722.513093562 Mflops = 222.722513093562 Gflops = 0.222722513093562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001149673 Relative Rsd = 5.03945883384676e-07
BICGSTAB_SOLVER_TIME: 0.745 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122936
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043677 s
InvBiCGStab: k = 58 resid = 1.668425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216821(s) Flops=383551488 => 1768.97758058491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254685.011986635 Mflops = 254.685011986635 Gflops = 0.254685011986635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056899 s
InvBiCGStab: k = 78 resid = 1.00671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290444(s) Flops=514787328 => 1772.41508862294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255164.933350134 Mflops = 255.164933350134 Gflops = 0.255164933350134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001076266 Relative Rsd = 4.71768847352395e-07
BICGSTAB_SOLVER_TIME: 0.611709 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111632
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051066(s) Flops=1705328640 => 1622.4753155368 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233619.032935124 Mflops = 233.619032935124 Gflops = 0.233619032935124 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189977000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.448591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041732 s
InvBiCGStab: k = 30 resid = 1.434409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11177(s) Flops=199821312 => 1787.79021204259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257325.335257104 Mflops = 257.325335257104 Gflops = 0.257325335257104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056769 s
InvBiCGStab: k = 44 resid = 7.785312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16623(s) Flops=291686400 => 1754.71575527883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252602.329667928 Mflops = 252.602329667928 Gflops = 0.252602329667928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007370283 Relative Rsd = 3.2306775478583e-07
BICGSTAB_SOLVER_TIME: 0.380355 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041638 s
InvBiCGStab: k = 67 resid = 1.462757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246605(s) Flops=442607616 => 1794.80390097524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258395.587608015 Mflops = 258.395587608015 Gflops = 0.258395587608015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056174 s
InvBiCGStab: k = 85 resid = 8.376311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310901(s) Flops=560719872 => 1803.5319024384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259659.213867523 Mflops = 259.659213867523 Gflops = 0.259659213867523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001105424 Relative Rsd = 4.84549748136963e-07
BICGSTAB_SOLVER_TIME: 0.659156 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122959000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 54 resid = 1.925729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198641(s) Flops=357304320 => 1798.74406592798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258944.018002616 Mflops = 258.944018002616 Gflops = 0.258944018002616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056186 s
InvBiCGStab: k = 79 resid = 1.032276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288306(s) Flops=521349120 => 1808.31866142224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260334.603553261 Mflops = 260.334603553261 Gflops = 0.260334603553261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001009654 Relative Rsd = 4.42569881325893e-07
BICGSTAB_SOLVER_TIME: 0.587982 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040454 s
InvBiCGStab: k = 74 resid = 2.078464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271117(s) Flops=488540160 => 1801.95325265476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.201048654 Mflops = 259.430201048654 Gflops = 0.259430201048654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055889 s
InvBiCGStab: k = 82 resid = 1.137741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318936(s) Flops=541034496 => 1696.37324102641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244229.307030281 Mflops = 244.229307030281 Gflops = 0.244229307030281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001119013 Relative Rsd = 4.90506143295025e-07
BICGSTAB_SOLVER_TIME: 0.690821 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042696 s
InvBiCGStab: k = 51 resid = 2.243939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219846(s) Flops=337618944 => 1535.70655822712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221091.244861953 Mflops = 221.091244861953 Gflops = 0.221091244861953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064644 s
InvBiCGStab: k = 81 resid = 1.056408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313646(s) Flops=534472704 => 1704.06351109212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245340.933929706 Mflops = 245.340933929706 Gflops = 0.245340933929706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00104986 Relative Rsd = 4.60194075126028e-07
BICGSTAB_SOLVER_TIME: 0.64472 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108604
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.083904(s) Flops=1705328640 => 1573.32073689183 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226542.479330783 Mflops = 226.542479330783 Gflops = 0.226542479330783 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190116000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.408705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.893088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805292(s) Flops=1341573120 => 1665.94616611117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239812.10745215 Mflops = 239.81210745215 Gflops = 0.23981210745215 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 8.218453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943296(s) Flops=1689348096 => 1790.89924689599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257877.817874529 Mflops = 257.877817874529 Gflops = 0.257877817874529 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002282295 Relative Rsd = 1.0050664498818e-06
BICGSTAB_SOLVER_TIME: 1.751971 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328808999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.847992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732357(s) Flops=1321887744 => 1804.97727747533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.088909694 Mflops = 259.879088909694 Gflops = 0.259879088909694 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 5.492972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.731107(s) Flops=1282516992 => 1754.21243675686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252591.967461394 Mflops = 252.591967461394 Gflops = 0.252591967461395 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.001935701 Relative Rsd = 8.50415422484824e-07
BICGSTAB_SOLVER_TIME: 1.4671 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.123967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283166999999998
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109553(s) Flops=1705328640 => 1536.95104244682 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221306.72234911 Mflops = 221.30672234911 Gflops = 0.22130672234911 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189589000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041808 s
InvBiCGStab: k = 29 resid = 1.805972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106835(s) Flops=193259520 => 1808.95324565919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260352.18946002 Mflops = 260.35218946002 Gflops = 0.26035218946002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 46 resid = 1.121038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168828(s) Flops=304809984 => 1805.44686900277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.018883539 Mflops = 259.885018883539 Gflops = 0.259885018883539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007523368 Relative Rsd = 3.2977808235137e-07
BICGSTAB_SOLVER_TIME: 0.377453 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045697 s
InvBiCGStab: k = 68 resid = 2.200426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277778(s) Flops=449169408 => 1617.00857519314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232805.57811113 Mflops = 232.80557811113 Gflops = 0.23280557811113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059846 s
InvBiCGStab: k = 103 resid = 1.129946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43555(s) Flops=678832128 => 1558.5630306509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224398.908175075 Mflops = 224.398908175075 Gflops = 0.224398908175075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001272166 Relative Rsd = 5.57639118003602e-07
BICGSTAB_SOLVER_TIME: 0.822807 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042122 s
InvBiCGStab: k = 52 resid = 2.128028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194759(s) Flops=344180736 => 1767.21351003035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254410.374431111 Mflops = 254.410374431111 Gflops = 0.254410374431111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057437 s
InvBiCGStab: k = 81 resid = 9.998906e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301385(s) Flops=534472704 => 1773.38853625761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255307.474842437 Mflops = 255.307474842437 Gflops = 0.255307474842437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001094835 Relative Rsd = 4.79908071889607e-07
BICGSTAB_SOLVER_TIME: 0.59965 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 74 resid = 2.091101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274092(s) Flops=488540160 => 1782.39481633904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256613.009989365 Mflops = 256.613009989365 Gflops = 0.256613009989365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060422 s
InvBiCGStab: k = 97 resid = 7.451467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37253(s) Flops=639461376 => 1716.53659034172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247133.564857574 Mflops = 247.133564857574 Gflops = 0.247133564857574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001185973 Relative Rsd = 5.19857329726381e-07
BICGSTAB_SOLVER_TIME: 0.752188 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 54 resid = 2.040897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200349(s) Flops=357304320 => 1783.40955033467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256727.088442962 Mflops = 256.727088442962 Gflops = 0.256727088442962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 90 resid = 1.064797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331796(s) Flops=593528832 => 1788.83661044738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257546.718124568 Mflops = 257.546718124568 Gflops = 0.257546718124568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001113423 Relative Rsd = 4.88056124495891e-07
BICGSTAB_SOLVER_TIME: 0.63371 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117022
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.151266(s) Flops=1699430400 => 1476.14052703719 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212551.809159293 Mflops = 212.551809159293 Gflops = 0.212551809159293 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188945000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.388505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041266 s
InvBiCGStab: k = 30 resid = 1.708901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111363(s) Flops=199821312 => 1794.32407532125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258251.482600514 Mflops = 258.251482600514 Gflops = 0.258251482600514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 50 resid = 7.891684e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183058(s) Flops=331057152 => 1808.48229522883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260340.130127263 Mflops = 260.340130127263 Gflops = 0.260340130127263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007657489 Relative Rsd = 3.35657117089131e-07
BICGSTAB_SOLVER_TIME: 0.395884 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04084 s
InvBiCGStab: k = 78 resid = 1.808478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285043(s) Flops=514787328 => 1805.99884227994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.082010921 Mflops = 260.006082010921 Gflops = 0.260006082010921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056259 s
InvBiCGStab: k = 96 resid = 1.041119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395974(s) Flops=632899584 => 1598.33621399385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230121.752028505 Mflops = 230.121752028505 Gflops = 0.230121752028505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001258589 Relative Rsd = 5.51687621658434e-07
BICGSTAB_SOLVER_TIME: 0.782471 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046799 s
InvBiCGStab: k = 70 resid = 1.162773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292699(s) Flops=462292992 => 1579.41431983027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227394.961821472 Mflops = 227.394961821472 Gflops = 0.227394961821472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 84 resid = 7.489365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325381(s) Flops=554158080 => 1703.10522126369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245202.632792511 Mflops = 245.202632792511 Gflops = 0.245202632792511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001137008 Relative Rsd = 4.98394048524862e-07
BICGSTAB_SOLVER_TIME: 0.725457 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042146 s
InvBiCGStab: k = 66 resid = 2.034455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244441(s) Flops=436045824 => 1783.84896150809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256827.116408687 Mflops = 256.827116408687 Gflops = 0.256827116408687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056759 s
InvBiCGStab: k = 89 resid = 1.123878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326089(s) Flops=586967040 => 1800.02097586855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259161.169014117 Mflops = 259.161169014117 Gflops = 0.259161169014117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001182558 Relative Rsd = 5.18360436211139e-07
BICGSTAB_SOLVER_TIME: 0.673274 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125095000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 68 resid = 2.241778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248038(s) Flops=449169408 => 1810.88949273902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260710.715048282 Mflops = 260.710715048282 Gflops = 0.260710715048282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056515 s
InvBiCGStab: k = 87 resid = 1.082627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317201(s) Flops=573843456 => 1809.08463718589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260456.908915565 Mflops = 260.456908915565 Gflops = 0.260456908915565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001146708 Relative Rsd = 5.02646116059158e-07
BICGSTAB_SOLVER_TIME: 0.666795 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124905
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.120963(s) Flops=1693163520 => 1510.45442177842 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217489.812760908 Mflops = 217.489812760908 Gflops = 0.217489812760908 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188662000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.403098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 29 resid = 2.275286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107116(s) Flops=193259520 => 1804.20777474887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259682.466315349 Mflops = 259.682466315349 Gflops = 0.259682466315349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 48 resid = 1.080912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181584(s) Flops=317933568 => 1750.88977002379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252055.666881744 Mflops = 252.055666881744 Gflops = 0.252055666881744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007833216 Relative Rsd = 3.43359888014976e-07
BICGSTAB_SOLVER_TIME: 0.39029 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 51 resid = 1.654026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188408(s) Flops=337618944 => 1791.956519893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257971.291087583 Mflops = 257.971291087583 Gflops = 0.257971291087583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 90 resid = 5.542919e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331269(s) Flops=593528832 => 1791.68238501037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.335465188 Mflops = 257.948335465188 Gflops = 0.257948335465188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001124718 Relative Rsd = 4.93006987277945e-07
BICGSTAB_SOLVER_TIME: 0.621072 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041915 s
InvBiCGStab: k = 62 resid = 1.999407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264836(s) Flops=409798656 => 1547.36763884064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222778.07440272 Mflops = 222.77807440272 Gflops = 0.22277807440272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059711 s
InvBiCGStab: k = 81 resid = 1.148537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339782(s) Flops=534472704 => 1572.98710349577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226463.108817165 Mflops = 226.463108817165 Gflops = 0.226463108817165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001107412 Relative Rsd = 4.85421328597873e-07
BICGSTAB_SOLVER_TIME: 0.710503 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116363
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040633 s
InvBiCGStab: k = 58 resid = 2.157355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214509(s) Flops=383551488 => 1788.04380235794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257423.446658986 Mflops = 257.423446658986 Gflops = 0.257423446658986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056573 s
InvBiCGStab: k = 80 resid = 9.72048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307428(s) Flops=527910912 => 1717.18552636715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247213.428821089 Mflops = 247.213428821089 Gflops = 0.247213428821089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00114335 Relative Rsd = 5.01174328960004e-07
BICGSTAB_SOLVER_TIME: 0.624254 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 66 resid = 2.06494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245993(s) Flops=436045824 => 1772.59443967918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255194.582601817 Mflops = 255.194582601817 Gflops = 0.255194582601817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057054 s
InvBiCGStab: k = 87 resid = 7.821745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318933(s) Flops=573843456 => 1799.26020825691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259045.492394823 Mflops = 259.045492394823 Gflops = 0.259045492394823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00114948 Relative Rsd = 5.0386107268643e-07
BICGSTAB_SOLVER_TIME: 0.667003 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123414
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038679(s) Flops=1680777216 => 1618.18734758284 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232999.884186332 Mflops = 232.999884186332 Gflops = 0.232999884186332 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187557000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043188 s
InvBiCGStab: k = 27 resid = 2.182141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103943(s) Flops=180135936 => 1733.02613932636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249408.730834435 Mflops = 249.408730834435 Gflops = 0.249408730834435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057094 s
InvBiCGStab: k = 50 resid = 8.765377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18706(s) Flops=331057152 => 1769.79125414306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254762.314322971 Mflops = 254.762314322971 Gflops = 0.254762314322971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007264715 Relative Rsd = 3.18440341228101e-07
BICGSTAB_SOLVER_TIME: 0.395101 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041734 s
InvBiCGStab: k = 49 resid = 2.186717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180858(s) Flops=324495360 => 1794.1996483429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258307.858492438 Mflops = 258.307858492438 Gflops = 0.258307858492437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 88 resid = 7.917236e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321468(s) Flops=580405248 => 1805.48374332749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.236017629 Mflops = 259.936236017629 Gflops = 0.259936236017629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001150115 Relative Rsd = 5.04139437523331e-07
BICGSTAB_SOLVER_TIME: 0.604605 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 61 resid = 2.18713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223741(s) Flops=403236864 => 1802.24842116554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.72797044 Mflops = 259.46172797044 Gflops = 0.25946172797044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05587 s
InvBiCGStab: k = 89 resid = 7.296104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325137(s) Flops=586967040 => 1805.29143099678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259914.274232789 Mflops = 259.914274232789 Gflops = 0.259914274232789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001121353 Relative Rsd = 4.9153208739143e-07
BICGSTAB_SOLVER_TIME: 0.650172 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 75 resid = 1.693354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279802(s) Flops=495101952 => 1769.47252700124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254753.35446372 Mflops = 254.75335446372 Gflops = 0.25475335446372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063457 s
InvBiCGStab: k = 84 resid = 6.309106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345804(s) Flops=554158080 => 1602.52073428879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230718.066131744 Mflops = 230.718066131744 Gflops = 0.230718066131744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00116696 Relative Rsd = 5.1152337737659e-07
BICGSTAB_SOLVER_TIME: 0.733822 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044104 s
InvBiCGStab: k = 60 resid = 2.236989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230207(s) Flops=396675072 => 1723.12341501344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248078.195459208 Mflops = 248.078195459208 Gflops = 0.248078195459208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05713 s
InvBiCGStab: k = 72 resid = 1.142226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268013(s) Flops=475416576 => 1773.85640248794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255379.070236214 Mflops = 255.379070236213 Gflops = 0.255379070236213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00107156 Relative Rsd = 4.6970588580127e-07
BICGSTAB_SOLVER_TIME: 0.603342 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108395
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030046(s) Flops=1662050304 => 1613.56900953938 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232350.489406248 Mflops = 232.350489406248 Gflops = 0.232350489406248 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184739000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.25396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771834(s) Flops=1308764160 => 1695.65497244226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244103.583094828 Mflops = 244.103583094828 Gflops = 0.244103583094828 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.080785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870782(s) Flops=1525303296 => 1751.64770975973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252223.101439127 Mflops = 252.223101439127 Gflops = 0.252223101439127 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002335646 Relative Rsd = 1.0285416180805e-06
BICGSTAB_SOLVER_TIME: 1.646013 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307460999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.207834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717335(s) Flops=1269393408 => 1769.59636432071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254788.612296043 Mflops = 254.788612296043 Gflops = 0.254788612296043 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.009484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752861(s) Flops=1262831616 => 1677.37685442598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241528.480950138 Mflops = 241.528480950138 Gflops = 0.241528480950138 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.001903591 Relative Rsd = 8.36351396552289e-07
BICGSTAB_SOLVER_TIME: 1.473783 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.120396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274963999999997
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076029(s) Flops=1662050304 => 1544.61478640446 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222406.31894474 Mflops = 222.40631894474 Gflops = 0.22240631894474 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184857000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.399093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041772 s
InvBiCGStab: k = 25 resid = 2.104059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095617(s) Flops=167012352 => 1746.68052752126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251373.825805365 Mflops = 251.373825805365 Gflops = 0.251373825805365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 48 resid = 9.649518e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176078(s) Flops=317933568 => 1805.64050023285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.892095183 Mflops = 259.929892095183 Gflops = 0.259929892095183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000750191 Relative Rsd = 3.28837510275521e-07
BICGSTAB_SOLVER_TIME: 0.373339 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049447 s
InvBiCGStab: k = 77 resid = 2.004773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323445(s) Flops=508225536 => 1571.28889301118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226234.955834662 Mflops = 226.234955834662 Gflops = 0.226234955834662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066768 s
InvBiCGStab: k = 115 resid = 5.000392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468216(s) Flops=757573632 => 1618.00030755036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232961.037273913 Mflops = 232.961037273913 Gflops = 0.232961037273913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001301437 Relative Rsd = 5.70469823385936e-07
BICGSTAB_SOLVER_TIME: 0.911701 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151657999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040685 s
InvBiCGStab: k = 52 resid = 1.934553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198242(s) Flops=344180736 => 1736.16456653989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249947.826362899 Mflops = 249.947826362899 Gflops = 0.249947826362899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059592 s
InvBiCGStab: k = 76 resid = 7.963047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294709(s) Flops=501663744 => 1702.23421748233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245061.192813582 Mflops = 245.061192813582 Gflops = 0.245061192813582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001029089 Relative Rsd = 4.51088967979675e-07
BICGSTAB_SOLVER_TIME: 0.597263 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 71 resid = 1.478049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259135(s) Flops=468854784 => 1809.30705616763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260488.300681475 Mflops = 260.488300681475 Gflops = 0.260488300681475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 92 resid = 5.375654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337302(s) Flops=606652416 => 1798.5437856876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258946.471749216 Mflops = 258.946471749216 Gflops = 0.258946471749216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001200353 Relative Rsd = 5.26160673101875e-07
BICGSTAB_SOLVER_TIME: 0.69792 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041531 s
InvBiCGStab: k = 64 resid = 1.381949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243282(s) Flops=422922240 => 1738.40333440205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250263.400873582 Mflops = 250.263400873582 Gflops = 0.250263400873583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 89 resid = 8.568873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331021(s) Flops=586967040 => 1773.2018210325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255290.911431846 Mflops = 255.290911431846 Gflops = 0.255290911431846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00116684 Relative Rsd = 5.11470613079366e-07
BICGSTAB_SOLVER_TIME: 0.67595 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123617
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.110779(s) Flops=1649516544 => 1485.00875871798 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213827.775556808 Mflops = 213.827775556808 Gflops = 0.213827775556808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183352000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 30 resid = 2.055871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110517(s) Flops=199821312 => 1808.05950215804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260249.891565549 Mflops = 260.249891565549 Gflops = 0.260249891565549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 52 resid = 1.037124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191689(s) Flops=344180736 => 1795.51636244125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258461.28381443 Mflops = 258.46128381443 Gflops = 0.25846128381443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007841857 Relative Rsd = 3.43738678516225e-07
BICGSTAB_SOLVER_TIME: 0.402988 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 79 resid = 2.12e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289267(s) Flops=521349120 => 1802.31108284042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259489.126768609 Mflops = 259.489126768609 Gflops = 0.259489126768609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061699 s
InvBiCGStab: k = 99 resid = 1.057408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410577(s) Flops=652584960 => 1589.43379682739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228842.911325866 Mflops = 228.842911325866 Gflops = 0.228842911325866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001263701 Relative Rsd = 5.5392847135281e-07
BICGSTAB_SOLVER_TIME: 0.806617 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044704 s
InvBiCGStab: k = 54 resid = 1.930737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208082(s) Flops=357304320 => 1717.13228438789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247207.259943369 Mflops = 247.207259943369 Gflops = 0.247207259943369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05602 s
InvBiCGStab: k = 73 resid = 1.150992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272929(s) Flops=481978368 => 1765.94780327484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254238.878347682 Mflops = 254.238878347682 Gflops = 0.254238878347682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001042174 Relative Rsd = 4.56824967586762e-07
BICGSTAB_SOLVER_TIME: 0.585584 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 75 resid = 1.746699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275896(s) Flops=495101952 => 1794.5238495665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258349.768848377 Mflops = 258.349768848377 Gflops = 0.258349768848377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056827 s
InvBiCGStab: k = 86 resid = 1.038382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315795(s) Flops=567281664 => 1796.36049969126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258621.05363415 Mflops = 258.62105363415 Gflops = 0.25862105363415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001156562 Relative Rsd = 5.06965338153557e-07
BICGSTAB_SOLVER_TIME: 0.693869 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 53 resid = 1.900313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195542(s) Flops=350742528 => 1793.69408106698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258233.199446484 Mflops = 258.233199446484 Gflops = 0.258233199446484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057634 s
InvBiCGStab: k = 79 resid = 8.593618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289129(s) Flops=521349120 => 1803.17131799301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.404930777 Mflops = 259.597404930777 Gflops = 0.259597404930777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001116446 Relative Rsd = 4.89381151325399e-07
BICGSTAB_SOLVER_TIME: 0.587432 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108275
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.082603(s) Flops=1637203968 => 1512.28471378705 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217776.041929773 Mflops = 217.776041929773 Gflops = 0.217776041929773 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181928000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.405052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040733 s
InvBiCGStab: k = 31 resid = 1.477141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114641(s) Flops=206383104 => 1800.25561535576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259116.10621229 Mflops = 259.11610621229 Gflops = 0.25911610621229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 50 resid = 1.042932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183717(s) Flops=331057152 => 1801.9951991378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.335446795 Mflops = 259.406335446795 Gflops = 0.259406335446795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007605249 Relative Rsd = 3.33367228236504e-07
BICGSTAB_SOLVER_TIME: 0.399568 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 66 resid = 6.149995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24152(s) Flops=436045824 => 1805.42325273269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.699635651 Mflops = 259.928699635651 Gflops = 0.259928699635651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055673 s
InvBiCGStab: k = 83 resid = 8.677279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316209(s) Flops=547596288 => 1731.75427644374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249327.151928751 Mflops = 249.327151928751 Gflops = 0.249327151928751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001070322 Relative Rsd = 4.69163393302445e-07
BICGSTAB_SOLVER_TIME: 0.658445 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047161 s
InvBiCGStab: k = 59 resid = 2.077056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247637(s) Flops=390113280 => 1575.3432645364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226814.40962277 Mflops = 226.81440962277 Gflops = 0.22681440962277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060236 s
InvBiCGStab: k = 79 resid = 1.138619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330632(s) Flops=521349120 => 1576.82595756007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227022.517340015 Mflops = 227.022517340015 Gflops = 0.227022517340014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001117849 Relative Rsd = 4.89996207490232e-07
BICGSTAB_SOLVER_TIME: 0.689919 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042016 s
InvBiCGStab: k = 72 resid = 2.269832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268213(s) Flops=475416576 => 1772.53368032124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255194.435872188 Mflops = 255.194435872188 Gflops = 0.255194435872188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 86 resid = 9.808449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320886(s) Flops=567281664 => 1767.86043641667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254519.75699653 Mflops = 254.51975699653 Gflops = 0.25451975699653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001139067 Relative Rsd = 4.99296552742172e-07
BICGSTAB_SOLVER_TIME: 0.691075 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 54 resid = 2.131437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19759(s) Flops=357304320 => 1808.31175666785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260322.674678518 Mflops = 260.322674678518 Gflops = 0.260322674678518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 82 resid = 9.808462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299599(s) Flops=541034496 => 1805.86215574818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.370801291 Mflops = 259.986370801291 Gflops = 0.259986370801291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001094878 Relative Rsd = 4.79926952730974e-07
BICGSTAB_SOLVER_TIME: 0.5983 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111393
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011554(s) Flops=1631010816 => 1612.38136174638 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232161.887624788 Mflops = 232.161887624788 Gflops = 0.232161887624788 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181508000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044889 s
InvBiCGStab: k = 30 resid = 2.172391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116802(s) Flops=199821312 => 1710.76961010942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246234.569590597 Mflops = 246.234569590597 Gflops = 0.246234569590597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057715 s
InvBiCGStab: k = 49 resid = 1.017763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192357(s) Flops=324495360 => 1686.94333972769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242837.301032682 Mflops = 242.837301032682 Gflops = 0.242837301032682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007481935 Relative Rsd = 3.27961924014483e-07
BICGSTAB_SOLVER_TIME: 0.415616 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041413 s
InvBiCGStab: k = 55 resid = 2.229499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202755(s) Flops=363866112 => 1794.60980986905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258341.04602196 Mflops = 258.34104602196 Gflops = 0.25834104602196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 98 resid = 1.043198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359216(s) Flops=646023168 => 1798.42537080754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258927.321711425 Mflops = 258.927321711425 Gflops = 0.258927321711425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001105702 Relative Rsd = 4.84671657137028e-07
BICGSTAB_SOLVER_TIME: 0.664074 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123567000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 54 resid = 2.185389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19772(s) Flops=357304320 => 1807.12279991908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260173.195139748 Mflops = 260.173195139748 Gflops = 0.260173195139748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 78 resid = 1.05221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285269(s) Flops=514787328 => 1804.56806733294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.769576621 Mflops = 259.805769576621 Gflops = 0.259805769576621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001090351 Relative Rsd = 4.7794288247918e-07
BICGSTAB_SOLVER_TIME: 0.583746 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046429 s
InvBiCGStab: k = 68 resid = 1.944741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2738(s) Flops=449169408 => 1640.50185536888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236187.998039174 Mflops = 236.187998039174 Gflops = 0.236187998039174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062258 s
InvBiCGStab: k = 86 resid = 3.640357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366557(s) Flops=567281664 => 1547.59468240956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222819.593670604 Mflops = 222.819593670604 Gflops = 0.222819593670604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001126578 Relative Rsd = 4.93822384478465e-07
BICGSTAB_SOLVER_TIME: 0.75309 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042609 s
InvBiCGStab: k = 61 resid = 2.095268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228918(s) Flops=403236864 => 1761.49042015045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253603.737099471 Mflops = 253.603737099471 Gflops = 0.253603737099471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057003 s
InvBiCGStab: k = 83 resid = 8.891218e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307932(s) Flops=547596288 => 1778.30263824481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256026.380805284 Mflops = 256.026380805284 Gflops = 0.256026380805284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001126875 Relative Rsd = 4.93952662283893e-07
BICGSTAB_SOLVER_TIME: 0.64039 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117097
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008498(s) Flops=1630789632 => 1617.0479584491 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232858.393641039 Mflops = 232.858393641039 Gflops = 0.232858393641039 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181500000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.268157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661598(s) Flops=1177528320 => 1779.82448556374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256209.506417245 Mflops = 256.209506417245 Gflops = 0.256209506417245 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 6.964065e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995475(s) Flops=1794336768 => 1802.49304904694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259547.843909034 Mflops = 259.547843909034 Gflops = 0.259547843909034 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.003433006 Relative Rsd = 1.51171900298302e-06
BICGSTAB_SOLVER_TIME: 1.66049 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322174999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.26072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676935(s) Flops=1203775488 => 1778.27337632121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256068.588400937 Mflops = 256.068588400937 Gflops = 0.256068588400937 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 8.65801e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81516(s) Flops=1282516992 => 1573.33160606507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226547.133061254 Mflops = 226.547133061254 Gflops = 0.226547133061254 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.002134689 Relative Rsd = 9.37923145146648e-07
BICGSTAB_SOLVER_TIME: 1.496039 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0.116556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269629999999998
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047004(s) Flops=1630789632 => 1557.57727000088 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224274.857722897 Mflops = 224.274857722897 Gflops = 0.224274857722897 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021482
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046447 s
InvBiCGStab: k = 32 resid = 1.807265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136782(s) Flops=212944896 => 1556.81958152388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224091.378341011 Mflops = 224.091378341011 Gflops = 0.224091378341011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061877 s
InvBiCGStab: k = 55 resid = 8.397705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221397(s) Flops=363866112 => 1643.50064364016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236588.725717226 Mflops = 236.588725717226 Gflops = 0.236588725717226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007685528 Relative Rsd = 3.36886157803476e-07
BICGSTAB_SOLVER_TIME: 0.470595 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044638 s
InvBiCGStab: k = 79 resid = 1.848059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297417(s) Flops=521349120 => 1752.92306761214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252380.314064063 Mflops = 252.380314064063 Gflops = 0.252380314064063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 96 resid = 8.810198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360168(s) Flops=632899584 => 1757.23435729993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252997.991282147 Mflops = 252.997991282147 Gflops = 0.252997991282147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00124944 Relative Rsd = 5.47677484040132e-07
BICGSTAB_SOLVER_TIME: 0.762533 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041048 s
InvBiCGStab: k = 66 resid = 1.910404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242262(s) Flops=436045824 => 1799.89360279367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259128.249057439 Mflops = 259.128249057439 Gflops = 0.259128249057439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 86 resid = 9.507075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314113(s) Flops=567281664 => 1805.97958059679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260008.577840175 Mflops = 260.008577840175 Gflops = 0.260008577840175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001139922 Relative Rsd = 4.99671567075148e-07
BICGSTAB_SOLVER_TIME: 0.657632 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041805 s
InvBiCGStab: k = 68 resid = 1.676648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249427(s) Flops=449169408 => 1800.80507723703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259267.502907658 Mflops = 259.267502907658 Gflops = 0.259267502907658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 90 resid = 6.667389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328424(s) Flops=593528832 => 1807.2029815117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260194.420387078 Mflops = 260.194420387078 Gflops = 0.260194420387078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001187069 Relative Rsd = 5.203376685366e-07
BICGSTAB_SOLVER_TIME: 0.679413 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 62 resid = 2.220128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237542(s) Flops=409798656 => 1725.16294381625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248372.861856932 Mflops = 248.372861856932 Gflops = 0.248372861856932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064785 s
InvBiCGStab: k = 101 resid = 9.934954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421701(s) Flops=665708544 => 1578.62690389636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227287.682310785 Mflops = 227.287682310785 Gflops = 0.227287682310785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001130831 Relative Rsd = 4.95686586902233e-07
BICGSTAB_SOLVER_TIME: 0.769814 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130566
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.033657(s) Flops=1630642176 => 1577.54668715057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227161.534117338 Mflops = 227.161534117338 Gflops = 0.227161534117338 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181184000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.403764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 31 resid = 1.693859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114829(s) Flops=206383104 => 1797.30820611518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258717.69067987 Mflops = 258.71769067987 Gflops = 0.25871769067987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056858 s
InvBiCGStab: k = 51 resid = 1.108326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194238(s) Flops=337618944 => 1738.17143916226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250222.811192449 Mflops = 250.222811192449 Gflops = 0.250222811192449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007409736 Relative Rsd = 3.24797163311033e-07
BICGSTAB_SOLVER_TIME: 0.411187 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046185 s
InvBiCGStab: k = 71 resid = 1.584728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296773(s) Flops=468854784 => 1579.84312589083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227455.400331158 Mflops = 227.455400331158 Gflops = 0.227455400331158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068059 s
InvBiCGStab: k = 95 resid = 1.146154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372556(s) Flops=626337792 => 1681.19099410558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242046.255283887 Mflops = 242.046255283887 Gflops = 0.242046255283887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001246108 Relative Rsd = 5.46216974416496e-07
BICGSTAB_SOLVER_TIME: 0.787515 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 65 resid = 1.611678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242374(s) Flops=429484032 => 1771.98887669469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255104.3361069 Mflops = 255.1043361069 Gflops = 0.2551043361069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056864 s
InvBiCGStab: k = 84 resid = 1.150345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31509(s) Flops=554158080 => 1758.72950585547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253196.725495434 Mflops = 253.196725495434 Gflops = 0.253196725495434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001116248 Relative Rsd = 4.89294401513716e-07
BICGSTAB_SOLVER_TIME: 0.659995 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040647 s
InvBiCGStab: k = 55 resid = 2.136968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203327(s) Flops=363866112 => 1789.56120928357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257627.179022611 Mflops = 257.627179022611 Gflops = 0.257627179022611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056351 s
InvBiCGStab: k = 92 resid = 1.134589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337521(s) Flops=606652416 => 1797.37680322113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258772.771231764 Mflops = 258.772771231764 Gflops = 0.258772771231764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001201622 Relative Rsd = 5.26716943511967e-07
BICGSTAB_SOLVER_TIME: 0.641649 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119354000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 68 resid = 2.172012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25148(s) Flops=449169408 => 1786.10389693017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257149.680326842 Mflops = 257.149680326842 Gflops = 0.257149680326842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 83 resid = 1.07076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302734(s) Flops=547596288 => 1808.8364306619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260419.106278864 Mflops = 260.419106278864 Gflops = 0.260419106278864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001123153 Relative Rsd = 4.9232120450194e-07
BICGSTAB_SOLVER_TIME: 0.655737 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122106
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.086372(s) Flops=1630420992 => 1500.7943798257 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216105.269897802 Mflops = 216.105269897802 Gflops = 0.216105269897802 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181521000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 27 resid = 2.260378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099819(s) Flops=180135936 => 1804.62573257596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.259710525 Mflops = 259.741259710525 Gflops = 0.259741259710525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056493 s
InvBiCGStab: k = 47 resid = 1.0975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171904(s) Flops=311371776 => 1811.31198808637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260745.681278488 Mflops = 260.745681278488 Gflops = 0.260745681278488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007986335 Relative Rsd = 3.50071695430245e-07
BICGSTAB_SOLVER_TIME: 0.373057 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 52 resid = 1.972134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190316(s) Flops=344180736 => 1808.46978709094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260364.670701884 Mflops = 260.364670701884 Gflops = 0.260364670701884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 76 resid = 8.876839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321951(s) Flops=501663744 => 1558.19905513572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224338.768327749 Mflops = 224.338768327749 Gflops = 0.224338768327749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001101534 Relative Rsd = 4.82844501985778e-07
BICGSTAB_SOLVER_TIME: 0.613741 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105866
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04694 s
InvBiCGStab: k = 57 resid = 2.268534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244023(s) Flops=376989696 => 1544.89411244022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222427.247851763 Mflops = 222.427247851763 Gflops = 0.222427247851763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060468 s
InvBiCGStab: k = 74 resid = 1.117909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275196(s) Flops=488540160 => 1775.2444076222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255561.309665667 Mflops = 255.561309665667 Gflops = 0.255561309665667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001047888 Relative Rsd = 4.59329689796557e-07
BICGSTAB_SOLVER_TIME: 0.631456 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 61 resid = 1.986195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227497(s) Flops=403236864 => 1772.49310540359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255190.422732128 Mflops = 255.190422732128 Gflops = 0.255190422732128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056762 s
InvBiCGStab: k = 79 resid = 9.617181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291767(s) Flops=521349120 => 1786.86801454585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257251.457080237 Mflops = 257.251457080236 Gflops = 0.257251457080237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001137223 Relative Rsd = 4.98488503760995e-07
BICGSTAB_SOLVER_TIME: 0.621636 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 57 resid = 2.194363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209426(s) Flops=376989696 => 1800.10932739965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259153.639034937 Mflops = 259.153639034937 Gflops = 0.259153639034937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 72 resid = 9.401517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263604(s) Flops=475416576 => 1803.52565211454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.868114794 Mflops = 259.631868114794 Gflops = 0.259631868114794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001009498 Relative Rsd = 4.42501553091867e-07
BICGSTAB_SOLVER_TIME: 0.574489 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106483
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037057(s) Flops=1624080384 => 1566.04736673105 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225510.941727619 Mflops = 225.510941727619 Gflops = 0.225510941727619 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180814000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.41614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044621 s
InvBiCGStab: k = 33 resid = 1.804355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13199(s) Flops=219506688 => 1663.05544359421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239361.831237797 Mflops = 239.361831237797 Gflops = 0.239361831237797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058092 s
InvBiCGStab: k = 41 resid = 1.090808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.160916(s) Flops=272001024 => 1690.32926495811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243292.603196943 Mflops = 243.292603196943 Gflops = 0.243292603196943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007560216 Relative Rsd = 3.31393261786306e-07
BICGSTAB_SOLVER_TIME: 0.399538 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041674 s
InvBiCGStab: k = 52 resid = 2.269791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191981(s) Flops=344180736 => 1792.7854110563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258106.995044717 Mflops = 258.106995044717 Gflops = 0.258106995044717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 87 resid = 8.241922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319114(s) Flops=573843456 => 1798.23967610321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258890.687361427 Mflops = 258.890687361427 Gflops = 0.258890687361427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001139621 Relative Rsd = 4.99539452214885e-07
BICGSTAB_SOLVER_TIME: 0.613277 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 51 resid = 1.809197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18722(s) Flops=337618944 => 1803.32733682299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.879429275 Mflops = 259.623879429275 Gflops = 0.259623879429275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 84 resid = 7.582425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348323(s) Flops=554158080 => 1590.93163529253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229048.709816709 Mflops = 229.048709816709 Gflops = 0.229048709816709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001058494 Relative Rsd = 4.63978612204653e-07
BICGSTAB_SOLVER_TIME: 0.636809 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045425 s
InvBiCGStab: k = 71 resid = 1.31623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300789(s) Flops=468854784 => 1558.74976810987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224416.646775675 Mflops = 224.416646775675 Gflops = 0.224416646775675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 81 resid = 1.132623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30167(s) Flops=534472704 => 1771.71314350118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255079.177183441 Mflops = 255.079177183441 Gflops = 0.255079177183441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001123887 Relative Rsd = 4.92642995273983e-07
BICGSTAB_SOLVER_TIME: 0.708411 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122947000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041529 s
InvBiCGStab: k = 53 resid = 1.646967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197529(s) Flops=350742528 => 1775.65080570448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255615.542145545 Mflops = 255.615542145545 Gflops = 0.255615542145545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056154 s
InvBiCGStab: k = 78 resid = 1.099347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285126(s) Flops=514787328 => 1805.47311714821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259934.031686896 Mflops = 259.934031686896 Gflops = 0.259934031686896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001081471 Relative Rsd = 4.74050061223854e-07
BICGSTAB_SOLVER_TIME: 0.58409 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107789
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004899(s) Flops=1617887232 => 1609.99984277027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231825.349157243 Mflops = 231.825349157243 Gflops = 0.231825349157243 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180837000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.446949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021403
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.029708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694526(s) Flops=1210337280 => 1742.68102274069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250868.072658324 Mflops = 250.868072658324 Gflops = 0.250868072658324 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.003444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736515(s) Flops=1308764160 => 1776.96877863995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255872.804393092 Mflops = 255.872804393092 Gflops = 0.255872804393092 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.002819979 Relative Rsd = 1.24168807057725e-06
BICGSTAB_SOLVER_TIME: 1.434463 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273398999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 1.987354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.616764(s) Flops=1105348608 => 1792.17432924101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257995.034208258 Mflops = 257.995034208258 Gflops = 0.257995034208258 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 6.225782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800773(s) Flops=1262831616 => 1577.01572855229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227079.083412555 Mflops = 227.079083412555 Gflops = 0.227079083412555 Tflops
BICGSTAB_SOLVER: 360 iterations. Rsd = 0.003383903 Relative Rsd = 1.48681687699532e-06
BICGSTAB_SOLVER_TIME: 1.421103 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257019999999998
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011122(s) Flops=1617887232 => 1600.09101967913 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230415.8209378 Mflops = 230.4158209378 Gflops = 0.2304158209378 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179962000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.3859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04063 s
InvBiCGStab: k = 26 resid = 1.796164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111068(s) Flops=173574144 => 1562.77365217704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224952.218124215 Mflops = 224.952218124215 Gflops = 0.224952218124215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06406 s
InvBiCGStab: k = 48 resid = 9.982471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195931(s) Flops=317933568 => 1622.6812908626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233588.373375375 Mflops = 233.588373375375 Gflops = 0.233588373375375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007725017 Relative Rsd = 3.3861712272236e-07
BICGSTAB_SOLVER_TIME: 0.416028 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049911 s
InvBiCGStab: k = 82 resid = 1.136002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324089(s) Flops=541034496 => 1669.40098553175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240356.186530504 Mflops = 240.356186530504 Gflops = 0.240356186530504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 108 resid = 1.140235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402032(s) Flops=711641088 => 1770.11055836351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254848.083116055 Mflops = 254.848083116055 Gflops = 0.254848083116055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001324294 Relative Rsd = 5.80488814283719e-07
BICGSTAB_SOLVER_TIME: 0.837078 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150197999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 59 resid = 2.280627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216128(s) Flops=390113280 => 1805.01036422861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259865.248514382 Mflops = 259.865248514382 Gflops = 0.259865248514382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 79 resid = 1.078054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288559(s) Flops=521349120 => 1806.73318108255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260118.315134007 Mflops = 260.118315134007 Gflops = 0.260118315134007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.0010674 Relative Rsd = 4.67882557847595e-07
BICGSTAB_SOLVER_TIME: 0.605708 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041302 s
InvBiCGStab: k = 66 resid = 1.231356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240945(s) Flops=436045824 => 1809.73178111187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260544.328546339 Mflops = 260.544328546339 Gflops = 0.260544328546339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 78 resid = 1.084654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284701(s) Flops=514787328 => 1808.16831693601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260321.363015591 Mflops = 260.321363015591 Gflops = 0.260321363015591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114797 Relative Rsd = 4.88658372306176e-07
BICGSTAB_SOLVER_TIME: 0.627272 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 67 resid = 1.234203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244977(s) Flops=442607616 => 1806.73130946987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.869301812 Mflops = 260.111869301812 Gflops = 0.260111869301812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055737 s
InvBiCGStab: k = 80 resid = 1.13703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327562(s) Flops=527910912 => 1611.63661230546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232025.793221441 Mflops = 232.025793221441 Gflops = 0.232025793221441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001118477 Relative Rsd = 4.90271510569073e-07
BICGSTAB_SOLVER_TIME: 0.673217 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11919
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050221(s) Flops=1611841536 => 1534.76414583216 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221103.230894768 Mflops = 221.103230894768 Gflops = 0.221103230894768 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179158000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041945 s
InvBiCGStab: k = 30 resid = 1.565676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111571(s) Flops=199821312 => 1790.97894614192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257794.233868436 Mflops = 257.794233868436 Gflops = 0.257794233868436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056895 s
InvBiCGStab: k = 47 resid = 1.135678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173496(s) Flops=311371776 => 1794.69138193388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258363.603871979 Mflops = 258.363603871979 Gflops = 0.258363603871979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007600783 Relative Rsd = 3.33171479837906e-07
BICGSTAB_SOLVER_TIME: 0.387796 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046047 s
InvBiCGStab: k = 70 resid = 2.071776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291642(s) Flops=462292992 => 1585.13860143601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228222.940047038 Mflops = 228.222940047038 Gflops = 0.228222940047038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060049 s
InvBiCGStab: k = 94 resid = 1.140365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396781(s) Flops=619776000 => 1562.01027770987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224893.618439683 Mflops = 224.893618439683 Gflops = 0.224893618439683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001274902 Relative Rsd = 5.5883840863547e-07
BICGSTAB_SOLVER_TIME: 0.798716 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 57 resid = 2.227023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216818(s) Flops=376989696 => 1738.73800145744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250328.193608067 Mflops = 250.328193608067 Gflops = 0.250328193608067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056759 s
InvBiCGStab: k = 92 resid = 8.258618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34125(s) Flops=606652416 => 1777.73601758242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255949.015863994 Mflops = 255.949015863994 Gflops = 0.255949015863994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001116843 Relative Rsd = 4.89555008153872e-07
BICGSTAB_SOLVER_TIME: 0.659734 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040914 s
InvBiCGStab: k = 64 resid = 2.078674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233758(s) Flops=422922240 => 1809.23108513933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260473.716800559 Mflops = 260.473716800559 Gflops = 0.260473716800559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 103 resid = 5.000228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37607(s) Flops=678832128 => 1805.06854574946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259884.640224214 Mflops = 259.884640224214 Gflops = 0.259884640224214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001136363 Relative Rsd = 4.98111652373183e-07
BICGSTAB_SOLVER_TIME: 0.710707 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040734 s
InvBiCGStab: k = 64 resid = 1.943396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2342(s) Flops=422922240 => 1805.81656703672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.027690718 Mflops = 259.986027690718 Gflops = 0.259986027690718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057613 s
InvBiCGStab: k = 99 resid = 8.727152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362284(s) Flops=652584960 => 1801.30770334875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259343.712477021 Mflops = 259.343712477021 Gflops = 0.259343712477021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00116567 Relative Rsd = 5.10957870663018e-07
BICGSTAB_SOLVER_TIME: 0.698778 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130695
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.115948(s) Flops=1624227840 => 1455.46910787958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209586.428503965 Mflops = 209.586428503965 Gflops = 0.209586428503965 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180404000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 26 resid = 2.214138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095859(s) Flops=173574144 => 1810.72350014083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260600.534459453 Mflops = 260.600534459453 Gflops = 0.260600534459453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 48 resid = 1.104182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176212(s) Flops=317933568 => 1804.26740517104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.290625601 Mflops = 259.709290625601 Gflops = 0.259709290625601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006900362 Relative Rsd = 3.02469343692141e-07
BICGSTAB_SOLVER_TIME: 0.373449 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 45 resid = 2.188888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165078(s) Flops=298248192 => 1806.7107185694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260088.080664303 Mflops = 260.088080664303 Gflops = 0.260088080664303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056565 s
InvBiCGStab: k = 85 resid = 1.062571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334596(s) Flops=560719872 => 1675.81164150199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241269.085195246 Mflops = 241.269085195246 Gflops = 0.241269085195246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001127923 Relative Rsd = 4.94412130110007e-07
BICGSTAB_SOLVER_TIME: 0.601209 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044936 s
InvBiCGStab: k = 55 resid = 2.265021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240845(s) Flops=363866112 => 1510.78956175133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217495.619736705 Mflops = 217.495619736705 Gflops = 0.217495619736705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062862 s
InvBiCGStab: k = 80 resid = 1.061245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304666(s) Flops=527910912 => 1732.75295569575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249457.478570948 Mflops = 249.457478570948 Gflops = 0.249457478570948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001092124 Relative Rsd = 4.78720007703957e-07
BICGSTAB_SOLVER_TIME: 0.657155 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 66 resid = 2.182042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246092(s) Flops=436045824 => 1771.88134518798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255110.527800626 Mflops = 255.110527800626 Gflops = 0.255110527800626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056859 s
InvBiCGStab: k = 79 resid = 1.134835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289969(s) Flops=521349120 => 1797.94778062483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258847.597439457 Mflops = 258.847597439457 Gflops = 0.258847597439457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001128281 Relative Rsd = 4.94568892122649e-07
BICGSTAB_SOLVER_TIME: 0.638166 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118068
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 54 resid = 2.205451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197162(s) Flops=357304320 => 1812.23724652824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260903.62631699 Mflops = 260.90362631699 Gflops = 0.26090362631699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 79 resid = 1.009995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305789(s) Flops=521349120 => 1704.93091641622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245460.746579906 Mflops = 245.460746579906 Gflops = 0.245460746579906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001095184 Relative Rsd = 4.80061057733976e-07
BICGSTAB_SOLVER_TIME: 0.604132 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109099
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053388(s) Flops=1642954752 => 1559.68622387952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224576.854661376 Mflops = 224.576854661376 Gflops = 0.224576854661376 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182813000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 29 resid = 1.612621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107093(s) Flops=193259520 => 1804.59525832687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.981691782 Mflops = 259.709981691782 Gflops = 0.259709981691782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 47 resid = 1.114425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172154(s) Flops=311371776 => 1808.68162226843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260356.26259683 Mflops = 260.35626259683 Gflops = 0.26035626259683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007222066 Relative Rsd = 3.1657085727168e-07
BICGSTAB_SOLVER_TIME: 0.379861 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 51 resid = 2.263362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186894(s) Flops=337618944 => 1806.47288837523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.240872407 Mflops = 260.064240872407 Gflops = 0.260064240872407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056203 s
InvBiCGStab: k = 82 resid = 1.120571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299085(s) Flops=541034496 => 1808.9656652791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260449.202182402 Mflops = 260.449202182402 Gflops = 0.260449202182402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001118687 Relative Rsd = 4.90363414340156e-07
BICGSTAB_SOLVER_TIME: 0.586659 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040791 s
InvBiCGStab: k = 53 resid = 2.277607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194793(s) Flops=350742528 => 1800.59102739832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259212.556890461 Mflops = 259.212556890461 Gflops = 0.259212556890461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 77 resid = 1.012326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307523(s) Flops=508225536 => 1652.64235845774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237931.224580578 Mflops = 237.931224580578 Gflops = 0.237931224580578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001088257 Relative Rsd = 4.77024712266466e-07
BICGSTAB_SOLVER_TIME: 0.603641 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107008
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044259 s
InvBiCGStab: k = 62 resid = 1.55119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266854(s) Flops=409798656 => 1535.66615452645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221082.616312074 Mflops = 221.082616312074 Gflops = 0.221082616312074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061995 s
InvBiCGStab: k = 83 resid = 1.034617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330582(s) Flops=547596288 => 1656.46129553333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238491.209082848 Mflops = 238.491209082848 Gflops = 0.238491209082848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001116982 Relative Rsd = 4.89616039197856e-07
BICGSTAB_SOLVER_TIME: 0.707779 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 55 resid = 1.689563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205902(s) Flops=363866112 => 1767.18104729434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254394.912299461 Mflops = 254.394912299461 Gflops = 0.254394912299461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056939 s
InvBiCGStab: k = 85 resid = 9.627968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312599(s) Flops=560719872 => 1793.73533504586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258252.863376135 Mflops = 258.252863376135 Gflops = 0.258252863376135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001061785 Relative Rsd = 4.65421261572943e-07
BICGSTAB_SOLVER_TIME: 0.620789 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114256
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025356(s) Flops=1655562240 => 1614.62188742251 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232492.50789391 Mflops = 232.49250789391 Gflops = 0.23249250789391 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184715000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.837124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667955(s) Flops=1197213696 => 1792.35681445606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258097.603119051 Mflops = 258.097603119051 Gflops = 0.258097603119051 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 9.686328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832735(s) Flops=1499056128 => 1800.1598683855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.276040545 Mflops = 259.210276040545 Gflops = 0.259210276040545 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002191381 Relative Rsd = 9.64839765788096e-07
BICGSTAB_SOLVER_TIME: 1.504147 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.1238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292724999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 161 resid = 2.178635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.60236(s) Flops=1059416064 => 1758.77558934856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253145.081693329 Mflops = 253.145081693329 Gflops = 0.253145081693329 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 8.088093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936653(s) Flops=1479370752 => 1579.42242431295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227427.656326819 Mflops = 227.427656326819 Gflops = 0.227427656326819 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001923826 Relative Rsd = 8.45289842879232e-07
BICGSTAB_SOLVER_TIME: 1.542414 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.11603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001861
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275615999999999
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028938(s) Flops=1655562240 => 1609.0009699321 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231675.364234565 Mflops = 231.675364234565 Gflops = 0.231675364234565 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184138000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.38868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046406 s
InvBiCGStab: k = 29 resid = 1.812747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118652(s) Flops=193259520 => 1628.79277214038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234424.844546309 Mflops = 234.424844546309 Gflops = 0.234424844546309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057138 s
InvBiCGStab: k = 52 resid = 9.522157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215096(s) Flops=344180736 => 1600.12615762264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230351.018682312 Mflops = 230.351018682312 Gflops = 0.230351018682312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007532417 Relative Rsd = 3.30174733107965e-07
BICGSTAB_SOLVER_TIME: 0.442409 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042458 s
InvBiCGStab: k = 73 resid = 1.985857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269383(s) Flops=481978368 => 1789.19370561617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257609.653028865 Mflops = 257.609653028865 Gflops = 0.257609653028865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057334 s
InvBiCGStab: k = 95 resid = 1.133686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375732(s) Flops=626337792 => 1666.98016671457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239999.397959523 Mflops = 239.999397959523 Gflops = 0.239999397959523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001225033 Relative Rsd = 5.36979140058268e-07
BICGSTAB_SOLVER_TIME: 0.749031 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040947 s
InvBiCGStab: k = 48 resid = 1.768738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177205(s) Flops=317933568 => 1794.15686916283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258297.268532099 Mflops = 258.297268532099 Gflops = 0.258297268532099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 83 resid = 1.124598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307063(s) Flops=547596288 => 1783.33530252749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256753.243973992 Mflops = 256.753243973992 Gflops = 0.256753243973992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001064426 Relative Rsd = 4.66578708177999e-07
BICGSTAB_SOLVER_TIME: 0.58563 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041419 s
InvBiCGStab: k = 63 resid = 1.973267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231301(s) Flops=416360448 => 1800.08062221953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259150.695706449 Mflops = 259.150695706449 Gflops = 0.259150695706449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056818 s
InvBiCGStab: k = 82 resid = 1.142444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299796(s) Flops=541034496 => 1804.67549933955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.038707961 Mflops = 259.815038707961 Gflops = 0.259815038707961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001131552 Relative Rsd = 4.96002611363265e-07
BICGSTAB_SOLVER_TIME: 0.633177 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 62 resid = 1.853503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227183(s) Flops=409798656 => 1803.82623699837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259683.672769665 Mflops = 259.683672769665 Gflops = 0.259683672769665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 78 resid = 1.051943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324201(s) Flops=514787328 => 1587.86471355733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228610.591761785 Mflops = 228.610591761785 Gflops = 0.228610591761785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001098748 Relative Rsd = 4.81623421842388e-07
BICGSTAB_SOLVER_TIME: 0.652669 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114211
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.070879(s) Flops=1661902848 => 1551.90534878357 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223463.681026185 Mflops = 223.463681026185 Gflops = 0.223463681026185 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184619000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 33 resid = 2.009983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128712(s) Flops=219506688 => 1705.40965877307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245502.669539623 Mflops = 245.502669539623 Gflops = 0.245502669539623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057036 s
InvBiCGStab: k = 53 resid = 9.802585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20598(s) Flops=350742528 => 1702.7989513545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245128.149971232 Mflops = 245.128149971232 Gflops = 0.245128149971232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000797193 Relative Rsd = 3.49440258859794e-07
BICGSTAB_SOLVER_TIME: 0.436771 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046797 s
InvBiCGStab: k = 69 resid = 1.106539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283591(s) Flops=455731200 => 1607.00163263291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231371.079628432 Mflops = 231.371079628432 Gflops = 0.231371079628432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059885 s
InvBiCGStab: k = 101 resid = 1.070063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427182(s) Flops=665708544 => 1558.37217860303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224375.042049779 Mflops = 224.375042049779 Gflops = 0.224375042049779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001250229 Relative Rsd = 5.48023462700844e-07
BICGSTAB_SOLVER_TIME: 0.821446 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041592 s
InvBiCGStab: k = 55 resid = 2.227578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20605(s) Flops=363866112 => 1765.91173016258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254234.575100027 Mflops = 254.234575100027 Gflops = 0.254234575100027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057292 s
InvBiCGStab: k = 77 resid = 9.088032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326327(s) Flops=508225536 => 1557.41184762523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224229.451882981 Mflops = 224.229451882981 Gflops = 0.224229451882981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00108002 Relative Rsd = 4.73414287162819e-07
BICGSTAB_SOLVER_TIME: 0.635192 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041249 s
InvBiCGStab: k = 66 resid = 2.188584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244138(s) Flops=436045824 => 1786.06289885229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257140.460468254 Mflops = 257.140460468254 Gflops = 0.257140460468254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056142 s
InvBiCGStab: k = 94 resid = 1.093692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342736(s) Flops=619776000 => 1808.31893935857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260350.129253085 Mflops = 260.350129253085 Gflops = 0.260350129253085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001171851 Relative Rsd = 5.13667118311182e-07
BICGSTAB_SOLVER_TIME: 0.688286 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 64 resid = 7.934602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234738(s) Flops=422922240 => 1801.6777854459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259368.223479419 Mflops = 259.368223479419 Gflops = 0.259368223479419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056192 s
InvBiCGStab: k = 80 resid = 9.149005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292047(s) Flops=527910912 => 1807.62312915387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260248.787249659 Mflops = 260.248787249659 Gflops = 0.260248787249659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001144993 Relative Rsd = 5.01894454455575e-07
BICGSTAB_SOLVER_TIME: 0.627944 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117181
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094288(s) Flops=1662124032 => 1518.90912812715 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218706.718750922 Mflops = 218.706718750922 Gflops = 0.218706718750922 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184749000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.410833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041304 s
InvBiCGStab: k = 26 resid = 2.189945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097366(s) Flops=173574144 => 1782.69769734815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256532.510873393 Mflops = 256.532510873393 Gflops = 0.256532510873393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 55 resid = 9.304652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203101(s) Flops=363866112 => 1791.55253789986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257908.802978884 Mflops = 257.908802978884 Gflops = 0.257908802978884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007333091 Relative Rsd = 3.2143749619245e-07
BICGSTAB_SOLVER_TIME: 0.402278 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 50 resid = 1.765512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183417(s) Flops=331057152 => 1804.9425734801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259843.848118693 Mflops = 259.843848118693 Gflops = 0.259843848118693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 75 resid = 1.098292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273833(s) Flops=495101952 => 1808.04341332126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260290.769587987 Mflops = 260.290769587987 Gflops = 0.260290769587987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001096109 Relative Rsd = 4.80466536559643e-07
BICGSTAB_SOLVER_TIME: 0.558396 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046303 s
InvBiCGStab: k = 54 resid = 2.172415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224024(s) Flops=357304320 => 1594.93768524801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229619.842250316 Mflops = 229.619842250316 Gflops = 0.229619842250316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061074 s
InvBiCGStab: k = 82 resid = 8.496966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342029(s) Flops=541034496 => 1581.83807805771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227748.379331994 Mflops = 227.748379331994 Gflops = 0.227748379331994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001106391 Relative Rsd = 4.84973495452384e-07
BICGSTAB_SOLVER_TIME: 0.678366 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042609 s
InvBiCGStab: k = 56 resid = 1.667142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209099(s) Flops=370427904 => 1771.54316376453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255056.719502838 Mflops = 255.056719502838 Gflops = 0.255056719502838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056856 s
InvBiCGStab: k = 80 resid = 9.284053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297313(s) Flops=527910912 => 1775.60655605372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255636.167101679 Mflops = 255.636167101679 Gflops = 0.255636167101679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001091216 Relative Rsd = 4.78321672980429e-07
BICGSTAB_SOLVER_TIME: 0.609676 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040506 s
InvBiCGStab: k = 57 resid = 2.277295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209116(s) Flops=376989696 => 1802.77786491708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.760633924 Mflops = 259.533760633924 Gflops = 0.259533760633924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 88 resid = 8.6259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321522(s) Flops=580405248 => 1805.18051019837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.449318364 Mflops = 259.902449318364 Gflops = 0.259902449318364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001096795 Relative Rsd = 4.80767252230377e-07
BICGSTAB_SOLVER_TIME: 0.631235 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117821
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052601(s) Flops=1662271488 => 1579.20378947008 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227502.432993201 Mflops = 227.502432993201 Gflops = 0.227502432993201 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185139000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043355 s
InvBiCGStab: k = 27 resid = 2.198479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100064(s) Flops=180135936 => 1800.20722737448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259078.593457536 Mflops = 259.078593457536 Gflops = 0.259078593457536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059061 s
InvBiCGStab: k = 47 resid = 1.041839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178598(s) Flops=311371776 => 1743.42252432838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250971.447765778 Mflops = 250.971447765778 Gflops = 0.250971447765778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007261971 Relative Rsd = 3.18320065165668e-07
BICGSTAB_SOLVER_TIME: 0.384848 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670480000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042298 s
InvBiCGStab: k = 55 resid = 2.273643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203083(s) Flops=363866112 => 1791.71132985036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.357090096 Mflops = 257.948357090096 Gflops = 0.257948357090096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055793 s
InvBiCGStab: k = 87 resid = 1.10043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332561(s) Flops=573843456 => 1725.52841734298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248432.422170347 Mflops = 248.432422170347 Gflops = 0.248432422170347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001147003 Relative Rsd = 5.02775424307867e-07
BICGSTAB_SOLVER_TIME: 0.63773 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043174 s
InvBiCGStab: k = 48 resid = 2.156916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179453(s) Flops=317933568 => 1771.68154335676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255026.482659335 Mflops = 255.026482659335 Gflops = 0.255026482659335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058858 s
InvBiCGStab: k = 90 resid = 1.147399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378295(s) Flops=593528832 => 1568.95764416659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225892.351962204 Mflops = 225.892351962204 Gflops = 0.225892351962204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001104197 Relative Rsd = 4.84011848275227e-07
BICGSTAB_SOLVER_TIME: 0.66425 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046083 s
InvBiCGStab: k = 70 resid = 2.18018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30081(s) Flops=462292992 => 1536.82720654234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221279.399718563 Mflops = 221.279399718563 Gflops = 0.221279399718563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 88 resid = 1.124083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335216(s) Flops=580405248 => 1731.4365901389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249277.99064772 Mflops = 249.27799064772 Gflops = 0.24927799064772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001115429 Relative Rsd = 4.88935257293348e-07
BICGSTAB_SOLVER_TIME: 0.742024 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041993 s
InvBiCGStab: k = 48 resid = 2.262112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180372(s) Flops=317933568 => 1762.65478012108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253758.745228508 Mflops = 253.758745228508 Gflops = 0.253758745228508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061224 s
InvBiCGStab: k = 81 resid = 9.758738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309379(s) Flops=534472704 => 1727.56620197234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248722.363110453 Mflops = 248.722363110453 Gflops = 0.248722363110453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001067023 Relative Rsd = 4.67716916736582e-07
BICGSTAB_SOLVER_TIME: 0.596672 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106325
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.041872(s) Flops=1656078336 => 1589.5218760078 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228881.760451146 Mflops = 228.881760451146 Gflops = 0.228881760451146 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184513000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.16856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843964(s) Flops=1505617920 => 1783.9835822381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256831.294170781 Mflops = 256.831294170781 Gflops = 0.256831294170781 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.104908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768147(s) Flops=1354696704 => 1763.59043776777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253945.622113669 Mflops = 253.945622113669 Gflops = 0.253945622113669 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002180083 Relative Rsd = 9.59806114832332e-07
BICGSTAB_SOLVER_TIME: 1.615513 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.114468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310351999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.961734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717599(s) Flops=1157842944 => 1613.49576016689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232259.170716148 Mflops = 232.259170716148 Gflops = 0.232259170716148 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 7.415464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78603(s) Flops=1328449536 => 1690.07485210488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243357.869958714 Mflops = 243.357869958714 Gflops = 0.243357869958714 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001892609 Relative Rsd = 8.31561375547077e-07
BICGSTAB_SOLVER_TIME: 1.507082 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.11642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269965999999998
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024762(s) Flops=1656078336 => 1616.06142304262 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232699.115650441 Mflops = 232.699115650441 Gflops = 0.232699115650441 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184575000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045834 s
InvBiCGStab: k = 27 resid = 2.031726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111848(s) Flops=180135936 => 1610.54230741721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231813.327774141 Mflops = 231.813327774141 Gflops = 0.231813327774141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 54 resid = 8.438184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20046(s) Flops=357304320 => 1782.42202933254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256579.344727186 Mflops = 256.579344727186 Gflops = 0.256579344727186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0006985798 Relative Rsd = 3.06214307547848e-07
BICGSTAB_SOLVER_TIME: 0.418873 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0718960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041765 s
InvBiCGStab: k = 80 resid = 2.139472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297153(s) Flops=527910912 => 1776.56261925675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255780.346980269 Mflops = 255.780346980269 Gflops = 0.255780346980269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 104 resid = 8.677456e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381683(s) Flops=685393920 => 1795.71508293532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258542.433020942 Mflops = 258.542433020942 Gflops = 0.258542433020942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001328094 Relative Rsd = 5.82154410668034e-07
BICGSTAB_SOLVER_TIME: 0.780422 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043285 s
InvBiCGStab: k = 56 resid = 1.51526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206117(s) Flops=370427904 => 1797.17298427592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258732.31704694 Mflops = 258.73231704694 Gflops = 0.25873231704694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05704 s
InvBiCGStab: k = 74 resid = 1.040905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271859(s) Flops=488540160 => 1797.03508068521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258707.997710797 Mflops = 258.707997710797 Gflops = 0.258707997710797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001088803 Relative Rsd = 4.77264294834614e-07
BICGSTAB_SOLVER_TIME: 0.582234 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040576 s
InvBiCGStab: k = 61 resid = 2.060085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224162(s) Flops=403236864 => 1798.86360756953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258966.530516945 Mflops = 258.966530516945 Gflops = 0.258966530516945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 93 resid = 7.876644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351596(s) Flops=613214208 => 1744.08755503476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251102.836041768 Mflops = 251.102836041768 Gflops = 0.251102836041768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001201148 Relative Rsd = 5.26509254256938e-07
BICGSTAB_SOLVER_TIME: 0.676969 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124545
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 58 resid = 1.91722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24511(s) Flops=383551488 => 1564.81370813104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225285.27140315 Mflops = 225.28527140315 Gflops = 0.22528527140315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062559 s
InvBiCGStab: k = 98 resid = 7.395913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377325(s) Flops=646023168 => 1712.11334525939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246506.307940021 Mflops = 246.506307940021 Gflops = 0.246506307940021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001163572 Relative Rsd = 5.10038067512673e-07
BICGSTAB_SOLVER_TIME: 0.729863 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125468
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025803(s) Flops=1650032640 => 1608.52779724762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231610.945479381 Mflops = 231.610945479381 Gflops = 0.231610945479381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046197 s
InvBiCGStab: k = 31 resid = 1.925543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130099(s) Flops=206383104 => 1586.35426867232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228357.942349415 Mflops = 228.357942349415 Gflops = 0.228357942349415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058182 s
InvBiCGStab: k = 51 resid = 1.033066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220407(s) Flops=337618944 => 1531.79773782139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220504.397568012 Mflops = 220.504397568012 Gflops = 0.220504397568012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007435621 Relative Rsd = 3.25931799818546e-07
BICGSTAB_SOLVER_TIME: 0.459357 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041546 s
InvBiCGStab: k = 74 resid = 2.126128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276201(s) Flops=488540160 => 1768.78490664407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254649.989991158 Mflops = 254.649989991158 Gflops = 0.254649989991158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05611 s
InvBiCGStab: k = 101 resid = 8.891722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374685(s) Flops=665708544 => 1776.71522478882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255807.754566828 Mflops = 255.807754566828 Gflops = 0.255807754566828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001255753 Relative Rsd = 5.50444752003521e-07
BICGSTAB_SOLVER_TIME: 0.752487 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041102 s
InvBiCGStab: k = 53 resid = 1.889402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194002(s) Flops=350742528 => 1807.93253677797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260283.103801503 Mflops = 260.283103801503 Gflops = 0.260283103801503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 81 resid = 1.127278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295082(s) Flops=534472704 => 1811.26840674795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260763.105482343 Mflops = 260.763105482343 Gflops = 0.260763105482343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001067614 Relative Rsd = 4.67976196614912e-07
BICGSTAB_SOLVER_TIME: 0.59038 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041346 s
InvBiCGStab: k = 61 resid = 1.615233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223399(s) Flops=403236864 => 1805.00747093765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.221288812 Mflops = 259.845221288812 Gflops = 0.259845221288812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056719 s
InvBiCGStab: k = 84 resid = 1.03374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307168(s) Flops=554158080 => 1804.08792582561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.76036453 Mflops = 259.74776036453 Gflops = 0.25974776036453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001152617 Relative Rsd = 5.05236312348112e-07
BICGSTAB_SOLVER_TIME: 0.632474 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041504 s
InvBiCGStab: k = 68 resid = 1.973802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279556(s) Flops=449169408 => 1606.72426275952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231327.965667396 Mflops = 231.327965667396 Gflops = 0.231327965667396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060999 s
InvBiCGStab: k = 82 resid = 8.739767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336674(s) Flops=541034496 => 1606.99815251549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231360.103472318 Mflops = 231.360103472318 Gflops = 0.231360103472318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001124651 Relative Rsd = 4.92977798517779e-07
BICGSTAB_SOLVER_TIME: 0.723038 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121157
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048418(s) Flops=1649811456 => 1573.6199264034 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226595.911175568 Mflops = 226.595911175568 Gflops = 0.226595911175568 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183611000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 29 resid = 2.248528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112456(s) Flops=193259520 => 1718.53453795262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247356.352383272 Mflops = 247.356352383272 Gflops = 0.247356352383272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063222 s
InvBiCGStab: k = 49 resid = 1.147207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209165(s) Flops=324495360 => 1551.38460067411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223332.10082329 Mflops = 223.33210082329 Gflops = 0.22333210082329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007660025 Relative Rsd = 3.35768258906688e-07
BICGSTAB_SOLVER_TIME: 0.430108 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045926 s
InvBiCGStab: k = 51 resid = 1.956184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214331(s) Flops=337618944 => 1575.22217504701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226776.62862468 Mflops = 226.77662862468 Gflops = 0.22677662862468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05954 s
InvBiCGStab: k = 78 resid = 9.410683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294264(s) Flops=514787328 => 1749.4064105701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251858.408817809 Mflops = 251.858408817809 Gflops = 0.251858408817809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001043704 Relative Rsd = 4.57495696718975e-07
BICGSTAB_SOLVER_TIME: 0.618049 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10635
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041647 s
InvBiCGStab: k = 55 resid = 2.271939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204065(s) Flops=363866112 => 1783.08927057555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256705.014924866 Mflops = 256.705014924866 Gflops = 0.256705014924866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 83 resid = 1.080711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303427(s) Flops=547596288 => 1804.70521080853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259813.26538402 Mflops = 259.81326538402 Gflops = 0.25981326538402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001090972 Relative Rsd = 4.7821502174136e-07
BICGSTAB_SOLVER_TIME: 0.609211 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041524 s
InvBiCGStab: k = 62 resid = 1.874809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226617(s) Flops=409798656 => 1808.33148439879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260339.9479359 Mflops = 260.3399479359 Gflops = 0.2603399479359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 91 resid = 1.084902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332155(s) Flops=600090624 => 1806.6584094775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260113.749845898 Mflops = 260.113749845898 Gflops = 0.260113749845898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001118001 Relative Rsd = 4.90062749698723e-07
BICGSTAB_SOLVER_TIME: 0.66067 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 55 resid = 2.080904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201661(s) Flops=363866112 => 1804.34547086447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.337738915 Mflops = 259.758337738915 Gflops = 0.259758337738915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055907 s
InvBiCGStab: k = 85 resid = 1.113004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323997(s) Flops=560719872 => 1730.63291326772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249163.881671535 Mflops = 249.163881671535 Gflops = 0.249163881671535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001095942 Relative Rsd = 4.80393258483421e-07
BICGSTAB_SOLVER_TIME: 0.626727 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114175
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.074491(s) Flops=1637425152 => 1523.90774050225 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219432.057024098 Mflops = 219.432057024098 Gflops = 0.219432057024098 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181802000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 26 resid = 2.041692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0963(s) Flops=173574144 => 1802.43140186916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.92038581 Mflops = 259.42192038581 Gflops = 0.25942192038581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 51 resid = 6.658341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18677(s) Flops=337618944 => 1807.67223858221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260214.184475534 Mflops = 260.214184475534 Gflops = 0.260214184475534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007070283 Relative Rsd = 3.09917605979298e-07
BICGSTAB_SOLVER_TIME: 0.383951 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044334 s
InvBiCGStab: k = 59 resid = 2.102647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24933(s) Flops=390113280 => 1564.6463722777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225275.10808113 Mflops = 225.27510808113 Gflops = 0.22527510808113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060228 s
InvBiCGStab: k = 91 resid = 7.985414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371736(s) Flops=600090624 => 1614.29246562076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232418.053101528 Mflops = 232.418053101528 Gflops = 0.232418053101528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001104842 Relative Rsd = 4.84294703690614e-07
BICGSTAB_SOLVER_TIME: 0.729899 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042299 s
InvBiCGStab: k = 64 resid = 1.81392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238562(s) Flops=422922240 => 1772.79801477184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255219.853989502 Mflops = 255.219853989502 Gflops = 0.255219853989502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057483 s
InvBiCGStab: k = 87 resid = 9.351495e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322239(s) Flops=573843456 => 1780.80075968458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256393.111795904 Mflops = 256.393111795904 Gflops = 0.256393111795904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001112066 Relative Rsd = 4.87461275934251e-07
BICGSTAB_SOLVER_TIME: 0.664454 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 73 resid = 2.063694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266823(s) Flops=481978368 => 1806.35990150774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260068.844689289 Mflops = 260.068844689289 Gflops = 0.260068844689289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059574 s
InvBiCGStab: k = 86 resid = 1.123472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339441(s) Flops=567281664 => 1671.22316985868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240607.25164377 Mflops = 240.60725164377 Gflops = 0.24060725164377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001154606 Relative Rsd = 5.06108045896925e-07
BICGSTAB_SOLVER_TIME: 0.710977 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 58 resid = 1.717296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213609(s) Flops=383551488 => 1795.5773773577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258483.538162968 Mflops = 258.483538162968 Gflops = 0.258483538162968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056913 s
InvBiCGStab: k = 78 resid = 9.513975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286569(s) Flops=514787328 => 1796.38177192927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.328070306 Mflops = 258.605328070306 Gflops = 0.258605328070306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001066839 Relative Rsd = 4.67636596616823e-07
BICGSTAB_SOLVER_TIME: 0.602517 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111438
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.10865(s) Flops=1631305728 => 1471.43438235692 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211873.019631372 Mflops = 211.873019631372 Gflops = 0.211873019631372 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181517000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.387395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.141772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806145(s) Flops=1420314624 => 1761.85999292931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253676.315814271 Mflops = 253.676315814271 Gflops = 0.253676315814271 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.145772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.969692(s) Flops=1538426880 => 1586.51085086811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228464.497872916 Mflops = 228.464497872916 Gflops = 0.228464497872916 Tflops
BICGSTAB_SOLVER: 450 iterations. Rsd = 0.002114636 Relative Rsd = 9.30953612599676e-07
BICGSTAB_SOLVER_TIME: 1.779297 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.117203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320991
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 2.120109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.600564(s) Flops=1072539648 => 1785.88734589486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257125.14017848 Mflops = 257.12514017848 Gflops = 0.25712514017848 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.129202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.695725(s) Flops=1249708032 => 1796.26724927234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258643.782237714 Mflops = 258.643782237714 Gflops = 0.258643782237714 Tflops
BICGSTAB_SOLVER: 353 iterations. Rsd = 0.001866677 Relative Rsd = 8.20159523266917e-07
BICGSTAB_SOLVER_TIME: 1.299719 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252222999999997
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05938(s) Flops=1631305728 => 1539.86834563613 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221728.562427778 Mflops = 221.728562427778 Gflops = 0.221728562427778 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181477000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 29 resid = 1.685431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106912(s) Flops=193259520 => 1807.65040407064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260190.773902186 Mflops = 260.190773902186 Gflops = 0.260190773902186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 51 resid = 7.038176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187234(s) Flops=337618944 => 1803.1924970892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259562.765524578 Mflops = 259.562765524578 Gflops = 0.259562765524578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007406023 Relative Rsd = 3.24634405355525e-07
BICGSTAB_SOLVER_TIME: 0.395424 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040867 s
InvBiCGStab: k = 68 resid = 2.024733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263231(s) Flops=449169408 => 1706.36972089154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245673.284271021 Mflops = 245.673284271021 Gflops = 0.245673284271021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056981 s
InvBiCGStab: k = 86 resid = 1.077225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325754(s) Flops=567281664 => 1741.44189787386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250712.187532275 Mflops = 250.712187532275 Gflops = 0.250712187532275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001246563 Relative Rsd = 5.46416192807561e-07
BICGSTAB_SOLVER_TIME: 0.690768 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124337000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047382 s
InvBiCGStab: k = 53 resid = 2.053214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219579(s) Flops=350742528 => 1597.34094790485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229978.562869148 Mflops = 229.978562869148 Gflops = 0.229978562869148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060706 s
InvBiCGStab: k = 73 resid = 9.567705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30427(s) Flops=481978368 => 1584.0482729155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228064.256126411 Mflops = 228.064256126411 Gflops = 0.228064256126411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001053015 Relative Rsd = 4.61576867124256e-07
BICGSTAB_SOLVER_TIME: 0.636105 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042312 s
InvBiCGStab: k = 69 resid = 2.158829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258348(s) Flops=455731200 => 1764.02062334525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253981.373679201 Mflops = 253.981373679201 Gflops = 0.253981373679201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057514 s
InvBiCGStab: k = 80 resid = 8.732492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296184(s) Flops=527910912 => 1782.37484806742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256620.233609313 Mflops = 256.620233609313 Gflops = 0.256620233609313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00119772 Relative Rsd = 5.25006492372082e-07
BICGSTAB_SOLVER_TIME: 0.658271 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041725 s
InvBiCGStab: k = 59 resid = 1.991862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21621(s) Flops=390113280 => 1804.32579436659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259767.388843026 Mflops = 259.767388843026 Gflops = 0.259767388843026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 96 resid = 8.967939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351494(s) Flops=632899584 => 1800.59854222263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259234.773598499 Mflops = 259.234773598499 Gflops = 0.259234773598499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001158104 Relative Rsd = 5.07641578450277e-07
BICGSTAB_SOLVER_TIME: 0.669321 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125023
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02098(s) Flops=1624965120 => 1591.57389958667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229184.735624122 Mflops = 229.184735624122 Gflops = 0.229184735624122 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 26 resid = 1.895142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0962(s) Flops=173574144 => 1804.30503118503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.878797999 Mflops = 259.655878797999 Gflops = 0.259655878797999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056709 s
InvBiCGStab: k = 41 resid = 1.121607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152382(s) Flops=272001024 => 1784.99444816317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256937.552553877 Mflops = 256.937552553877 Gflops = 0.256937552553877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007624314 Relative Rsd = 3.34202935098818e-07
BICGSTAB_SOLVER_TIME: 0.35008 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0621520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 69 resid = 2.250985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252909(s) Flops=455731200 => 1801.9572257215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259415.937670176 Mflops = 259.415937670176 Gflops = 0.259415937670176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056629 s
InvBiCGStab: k = 100 resid = 1.041277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366849(s) Flops=659146752 => 1796.77947057236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258695.274745205 Mflops = 258.695274745205 Gflops = 0.258695274745205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001270025 Relative Rsd = 5.56700791216997e-07
BICGSTAB_SOLVER_TIME: 0.721402 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 55 resid = 2.280931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20126(s) Flops=363866112 => 1807.94053463182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.891249213 Mflops = 260.265891249213 Gflops = 0.260265891249213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 86 resid = 4.404757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352131(s) Flops=567281664 => 1610.9960895235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231943.321238575 Mflops = 231.943321238575 Gflops = 0.231943321238575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001105866 Relative Rsd = 4.84743557422123e-07
BICGSTAB_SOLVER_TIME: 0.654501 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044293 s
InvBiCGStab: k = 65 resid = 1.759642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271042(s) Flops=429484032 => 1584.56634765092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228128.649526046 Mflops = 228.128649526046 Gflops = 0.228128649526046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056282 s
InvBiCGStab: k = 78 resid = 1.087146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292994(s) Flops=514787328 => 1756.98931718738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252954.817218245 Mflops = 252.954817218245 Gflops = 0.252954817218245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105024 Relative Rsd = 4.84374258370858e-07
BICGSTAB_SOLVER_TIME: 0.668584 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041649 s
InvBiCGStab: k = 63 resid = 2.225172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230448(s) Flops=416360448 => 1806.74359508436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.63485782 Mflops = 260.12263485782 Gflops = 0.26012263485782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 84 resid = 1.1377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307567(s) Flops=554158080 => 1801.7475216782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.475451936 Mflops = 259.403475451936 Gflops = 0.259403475451936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001099908 Relative Rsd = 4.82131979856055e-07
BICGSTAB_SOLVER_TIME: 0.639603 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119209
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001798(s) Flops=1618550784 => 1615.64585275674 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232632.772753718 Mflops = 232.632772753718 Gflops = 0.232632772753718 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180041000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 33 resid = 1.72006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123381(s) Flops=219506688 => 1779.09636005544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256098.662069766 Mflops = 256.098662069766 Gflops = 0.256098662069766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 51 resid = 1.004088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187665(s) Flops=337618944 => 1799.05120294141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258974.58500916 Mflops = 258.97458500916 Gflops = 0.25897458500916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007739589 Relative Rsd = 3.39255881997503e-07
BICGSTAB_SOLVER_TIME: 0.412417 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 53 resid = 1.693389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193636(s) Flops=350742528 => 1811.34979032824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260772.262252848 Mflops = 260.772262252848 Gflops = 0.260772262252848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056454 s
InvBiCGStab: k = 75 resid = 1.13776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27495(s) Flops=495101952 => 1800.69813420622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259238.780836449 Mflops = 259.238780836449 Gflops = 0.259238780836449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00106267 Relative Rsd = 4.65808931172564e-07
BICGSTAB_SOLVER_TIME: 0.569829 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040594 s
InvBiCGStab: k = 64 resid = 9.74871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236738(s) Flops=422922240 => 1786.45692706705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257179.313479294 Mflops = 257.179313479294 Gflops = 0.257179313479294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 74 resid = 9.564354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270988(s) Flops=488540160 => 1802.81104698363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.602723078 Mflops = 259.558602723078 Gflops = 0.259558602723078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001039412 Relative Rsd = 4.5561414433287e-07
BICGSTAB_SOLVER_TIME: 0.608484 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046519 s
InvBiCGStab: k = 56 resid = 2.22929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236647(s) Flops=370427904 => 1565.31840251514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225357.269947565 Mflops = 225.357269947565 Gflops = 0.225357269947565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059679 s
InvBiCGStab: k = 79 resid = 1.094203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334146(s) Flops=521349120 => 1560.24348638021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224632.457765004 Mflops = 224.632457765004 Gflops = 0.224632457765004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001114243 Relative Rsd = 4.8841531974556e-07
BICGSTAB_SOLVER_TIME: 0.681037 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04234 s
InvBiCGStab: k = 55 resid = 1.956632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20925(s) Flops=363866112 => 1738.90615053763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250322.974389243 Mflops = 250.322974389243 Gflops = 0.250322974389243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 83 resid = 9.235683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310576(s) Flops=547596288 => 1763.16356704961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253849.163525863 Mflops = 253.849163525863 Gflops = 0.253849163525863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001069966 Relative Rsd = 4.69007192612115e-07
BICGSTAB_SOLVER_TIME: 0.622687 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11271
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034887(s) Flops=1612283904 => 1557.93231918074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224323.68931415 Mflops = 224.32368931415 Gflops = 0.22432368931415 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178972000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 30 resid = 1.111992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111272(s) Flops=199821312 => 1795.79150190524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258508.534317321 Mflops = 258.508534317321 Gflops = 0.258508534317321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057775 s
InvBiCGStab: k = 46 resid = 9.514633e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172193(s) Flops=304809984 => 1770.16478021755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254815.689439282 Mflops = 254.815689439282 Gflops = 0.254815689439282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007177872 Relative Rsd = 3.14633657432846e-07
BICGSTAB_SOLVER_TIME: 0.386165 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041596 s
InvBiCGStab: k = 53 resid = 1.958771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19558(s) Flops=350742528 => 1793.34557725739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258165.395941955 Mflops = 258.165395941955 Gflops = 0.258165395941955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 92 resid = 8.695328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335039(s) Flops=606652416 => 1810.69193735655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260689.009494794 Mflops = 260.689009494794 Gflops = 0.260689009494794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00110578 Relative Rsd = 4.84705693680788e-07
BICGSTAB_SOLVER_TIME: 0.632523 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 60 resid = 2.218309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221411(s) Flops=396675072 => 1791.57797941385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257920.466200024 Mflops = 257.920466200024 Gflops = 0.257920466200024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05656 s
InvBiCGStab: k = 74 resid = 1.12864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2699(s) Flops=488540160 => 1810.07839940719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260567.33183549 Mflops = 260.56733183549 Gflops = 0.26056733183549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00105511 Relative Rsd = 4.6249503733697e-07
BICGSTAB_SOLVER_TIME: 0.59285 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 72 resid = 1.606234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263261(s) Flops=475416576 => 1805.87544679994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.213789058 Mflops = 260.004213789058 Gflops = 0.260004213789058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056121 s
InvBiCGStab: k = 85 resid = 1.112088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338334(s) Flops=560719872 => 1657.29684867616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238604.582988496 Mflops = 238.604582988496 Gflops = 0.238604582988496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001123357 Relative Rsd = 4.92410658866576e-07
BICGSTAB_SOLVER_TIME: 0.703588 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046714 s
InvBiCGStab: k = 52 resid = 1.482997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224908(s) Flops=344180736 => 1530.31788998168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220310.492536366 Mflops = 220.310492536366 Gflops = 0.220310492536366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061255 s
InvBiCGStab: k = 84 resid = 1.139008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314215(s) Flops=554158080 => 1763.62707063635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253909.532117342 Mflops = 253.909532117342 Gflops = 0.253909532117342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001095312 Relative Rsd = 4.80117189965065e-07
BICGSTAB_SOLVER_TIME: 0.651 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111359
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997742(s) Flops=1605722112 => 1609.35603793365 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231735.051372662 Mflops = 231.735051372662 Gflops = 0.231735051372662 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178426000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.122816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839455(s) Flops=1420314624 => 1691.94849515459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243597.410885801 Mflops = 243.597410885801 Gflops = 0.243597410885801 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.037966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937559(s) Flops=1676224512 => 1787.86029679199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257438.616912888 Mflops = 257.438616912888 Gflops = 0.257438616912888 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002090231 Relative Rsd = 9.20175925484482e-07
BICGSTAB_SOLVER_TIME: 1.780412 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335838
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.154248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.681604(s) Flops=1230022656 => 1804.6001138491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.206090589 Mflops = 259.829206090589 Gflops = 0.259829206090589 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.082069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812195(s) Flops=1387505664 => 1708.34056353462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245986.659205201 Mflops = 245.986659205201 Gflops = 0.245986659205201 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001967611 Relative Rsd = 8.64499846779091e-07
BICGSTAB_SOLVER_TIME: 1.497374 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.12097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284406999999998
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030771(s) Flops=1605722112 => 1557.78743484246 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224304.389107164 Mflops = 224.304389107164 Gflops = 0.224304389107163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178679000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021431
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 27 resid = 1.827328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099954(s) Flops=180135936 => 1802.18836664866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.934230786 Mflops = 259.358934230786 Gflops = 0.259358934230786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056825 s
InvBiCGStab: k = 51 resid = 1.111258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205441(s) Flops=337618944 => 1643.38639317371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236575.469112613 Mflops = 236.575469112613 Gflops = 0.236575469112613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000719121 Relative Rsd = 3.15218325648939e-07
BICGSTAB_SOLVER_TIME: 0.407404 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044852 s
InvBiCGStab: k = 84 resid = 1.90264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354788(s) Flops=554158080 => 1561.94144108594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224896.527644948 Mflops = 224.896527644948 Gflops = 0.224896527644948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05835 s
InvBiCGStab: k = 99 resid = 1.080114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371575(s) Flops=652584960 => 1756.26713314943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252860.445764727 Mflops = 252.860445764727 Gflops = 0.252860445764727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001248726 Relative Rsd = 5.47364317219956e-07
BICGSTAB_SOLVER_TIME: 0.833394 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145165
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 54 resid = 2.231087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199527(s) Flops=357304320 => 1790.75673968937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257809.856882572 Mflops = 257.809856882572 Gflops = 0.257809856882572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 79 resid = 9.286091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288697(s) Flops=521349120 => 1805.86954488616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.320504634 Mflops = 259.981320504634 Gflops = 0.259981320504634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001076456 Relative Rsd = 4.71851769966504e-07
BICGSTAB_SOLVER_TIME: 0.589514 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041384 s
InvBiCGStab: k = 62 resid = 1.987091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226466(s) Flops=409798656 => 1809.5372197151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260514.692084028 Mflops = 260.514692084028 Gflops = 0.260514692084028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055766 s
InvBiCGStab: k = 95 resid = 6.681164e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346169(s) Flops=626337792 => 1809.34107906832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260496.667246521 Mflops = 260.496667246521 Gflops = 0.260496667246521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001145264 Relative Rsd = 5.02013199638979e-07
BICGSTAB_SOLVER_TIME: 0.673545 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044122 s
InvBiCGStab: k = 75 resid = 2.141104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282955(s) Flops=495101952 => 1749.75509179905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251910.215854044 Mflops = 251.910215854044 Gflops = 0.251910215854044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 97 resid = 9.946671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392319(s) Flops=639461376 => 1629.95260489551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234673.679304036 Mflops = 234.673679304036 Gflops = 0.234673679304036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001120496 Relative Rsd = 4.91156511736143e-07
BICGSTAB_SOLVER_TIME: 0.780177 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137281
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037611(s) Flops=1598939136 => 1540.98128874887 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221892.451855166 Mflops = 221.892451855166 Gflops = 0.221892451855166 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177723000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 27 resid = 2.005761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09991(s) Flops=180135936 => 1802.98204383946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259483.324644336 Mflops = 259.483324644336 Gflops = 0.259483324644336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056266 s
InvBiCGStab: k = 56 resid = 6.961819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204863(s) Flops=370427904 => 1808.17377466893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260283.137521691 Mflops = 260.283137521691 Gflops = 0.260283137521691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007451626 Relative Rsd = 3.26633350648557e-07
BICGSTAB_SOLVER_TIME: 0.40619 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04493 s
InvBiCGStab: k = 80 resid = 1.971637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326555(s) Flops=527910912 => 1616.60642770743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232766.100911302 Mflops = 232.766100911302 Gflops = 0.232766100911302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066499 s
InvBiCGStab: k = 106 resid = 1.132987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417191(s) Flops=698517504 => 1674.33502640277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241073.541809608 Mflops = 241.073541809608 Gflops = 0.241073541809608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001279486 Relative Rsd = 5.60847738391254e-07
BICGSTAB_SOLVER_TIME: 0.859068 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147334999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041688 s
InvBiCGStab: k = 69 resid = 2.249329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261111(s) Flops=455731200 => 1745.35427461884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251271.559202397 Mflops = 251.271559202397 Gflops = 0.251271559202397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060103 s
InvBiCGStab: k = 73 resid = 1.091153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28473(s) Flops=481978368 => 1692.75583184069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243698.211346004 Mflops = 243.698211346004 Gflops = 0.243698211346004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00103863 Relative Rsd = 4.55271176400916e-07
BICGSTAB_SOLVER_TIME: 0.651473 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 76 resid = 1.409434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279749(s) Flops=501663744 => 1793.26376144329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258182.25981448 Mflops = 258.18225981448 Gflops = 0.25818225981448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 80 resid = 1.04264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293953(s) Flops=527910912 => 1795.90244698982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258556.841408278 Mflops = 258.556841408278 Gflops = 0.258556841408278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001150645 Relative Rsd = 5.04371620842836e-07
BICGSTAB_SOLVER_TIME: 0.675622 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125786000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04151 s
InvBiCGStab: k = 65 resid = 2.073305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23823(s) Flops=429484032 => 1802.81254250094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259551.567828351 Mflops = 259.551567828351 Gflops = 0.259551567828351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 94 resid = 1.057571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343123(s) Flops=619776000 => 1806.27938086342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260053.830411137 Mflops = 260.053830411137 Gflops = 0.260053830411137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001154691 Relative Rsd = 5.06145552433152e-07
BICGSTAB_SOLVER_TIME: 0.682881 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127923
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048903(s) Flops=1579696128 => 1506.04596230538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216862.985409709 Mflops = 216.862985409709 Gflops = 0.216862985409709 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175456000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 25 resid = 1.872554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092488(s) Flops=167012352 => 1805.77320301012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259890.823054397 Mflops = 259.890823054397 Gflops = 0.259890823054397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056923 s
InvBiCGStab: k = 50 resid = 7.300126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183203(s) Flops=331057152 => 1807.05093257206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260120.027640639 Mflops = 260.120027640639 Gflops = 0.260120027640639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007398204 Relative Rsd = 3.24291667055425e-07
BICGSTAB_SOLVER_TIME: 0.37755 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 50 resid = 1.386476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18942(s) Flops=331057152 => 1747.74127336079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251623.610036506 Mflops = 251.623610036506 Gflops = 0.251623610036506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05997 s
InvBiCGStab: k = 75 resid = 6.243069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320325(s) Flops=495101952 => 1545.62382580192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222522.255335313 Mflops = 222.522255335313 Gflops = 0.222522255335313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001098144 Relative Rsd = 4.81358834916754e-07
BICGSTAB_SOLVER_TIME: 0.614864 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049325 s
InvBiCGStab: k = 62 resid = 1.591535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253528(s) Flops=409798656 => 1616.38421002808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232707.71493908 Mflops = 232.70771493908 Gflops = 0.23270771493908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057191 s
InvBiCGStab: k = 80 resid = 1.143586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298358(s) Flops=527910912 => 1769.387487515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254733.343789926 Mflops = 254.733343789926 Gflops = 0.254733343789926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001081969 Relative Rsd = 4.74268364573489e-07
BICGSTAB_SOLVER_TIME: 0.66244 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051326 s
InvBiCGStab: k = 59 resid = 2.144887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232914(s) Flops=390113280 => 1674.92413508849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241130.489090381 Mflops = 241.130489090381 Gflops = 0.241130489090381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057021 s
InvBiCGStab: k = 78 resid = 1.015168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290397(s) Flops=514787328 => 1772.7019494003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255222.018462057 Mflops = 255.222018462057 Gflops = 0.255222018462057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001120353 Relative Rsd = 4.91093592608023e-07
BICGSTAB_SOLVER_TIME: 0.635478 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112111
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 68 resid = 1.359044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24902(s) Flops=449169408 => 1803.74832543571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.129301968 Mflops = 259.700129301968 Gflops = 0.259700129301968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057133 s
InvBiCGStab: k = 86 resid = 8.583871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313007(s) Flops=567281664 => 1812.36095039408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260929.241865383 Mflops = 260.929241865383 Gflops = 0.260929241865383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001112749 Relative Rsd = 4.87760562784557e-07
BICGSTAB_SOLVER_TIME: 0.664182 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124229
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974046(s) Flops=1566867456 => 1608.61751498389 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231654.667611289 Mflops = 231.654667611289 Gflops = 0.231654667611289 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174173000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04381 s
InvBiCGStab: k = 30 resid = 1.491283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115194(s) Flops=199821312 => 1734.65034637221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249696.307974873 Mflops = 249.696307974873 Gflops = 0.249696307974873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058988 s
InvBiCGStab: k = 48 resid = 1.100716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18362(s) Flops=317933568 => 1731.47569981484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249224.691541787 Mflops = 249.224691541787 Gflops = 0.249224691541787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000744905 Relative Rsd = 3.26520422805466e-07
BICGSTAB_SOLVER_TIME: 0.405405 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041854 s
InvBiCGStab: k = 54 resid = 1.695238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198976(s) Flops=357304320 => 1795.71566420071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.432486888 Mflops = 258.522432486888 Gflops = 0.258522432486888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056939 s
InvBiCGStab: k = 89 resid = 1.030965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326976(s) Flops=586967040 => 1795.13799177921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258454.036512003 Mflops = 258.454036512003 Gflops = 0.258454036512003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00110701 Relative Rsd = 4.85245073392253e-07
BICGSTAB_SOLVER_TIME: 0.628611 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 55 resid = 2.116486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202042(s) Flops=363866112 => 1800.94293265757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259263.966874396 Mflops = 259.263966874396 Gflops = 0.259263966874396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 84 resid = 1.115456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324375(s) Flops=554158080 => 1708.38714450867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245958.583560018 Mflops = 245.958583560018 Gflops = 0.245958583560018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001073248 Relative Rsd = 4.70445708607024e-07
BICGSTAB_SOLVER_TIME: 0.628043 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113538
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042992 s
InvBiCGStab: k = 63 resid = 2.127906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268128(s) Flops=416360448 => 1552.84210526316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223576.91714338 Mflops = 223.57691714338 Gflops = 0.22357691714338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061589 s
InvBiCGStab: k = 91 resid = 1.124002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346635(s) Flops=600090624 => 1731.18878359081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249245.271071578 Mflops = 249.245271071578 Gflops = 0.249245271071578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001163698 Relative Rsd = 5.10093485333548e-07
BICGSTAB_SOLVER_TIME: 0.723156 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042335 s
InvBiCGStab: k = 64 resid = 1.338162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238178(s) Flops=422922240 => 1775.65618990839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255633.358926681 Mflops = 255.633358926681 Gflops = 0.255633358926681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056778 s
InvBiCGStab: k = 89 resid = 5.2159e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325527(s) Flops=586967040 => 1803.12858841202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259604.074208298 Mflops = 259.604074208298 Gflops = 0.259604074208298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00107091 Relative Rsd = 4.69421040243144e-07
BICGSTAB_SOLVER_TIME: 0.666558 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123627
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969672(s) Flops=1560526848 => 1609.33475236987 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231721.280062095 Mflops = 231.721280062095 Gflops = 0.231721280062095 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173624000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021444
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.239617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.640891(s) Flops=1144719360 => 1786.13736189149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257096.4023766 Mflops = 257.0964023766 Gflops = 0.2570964023766 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.57266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861604(s) Flops=1551550464 => 1800.7698014401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259299.072594926 Mflops = 259.299072594926 Gflops = 0.259299072594926 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002075771 Relative Rsd = 9.13787598617241e-07
BICGSTAB_SOLVER_TIME: 1.505835 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292554999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.79061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741498(s) Flops=1262831616 => 1703.08162125859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245224.052760777 Mflops = 245.224052760777 Gflops = 0.245224052760777 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 8.974947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784572(s) Flops=1269393408 => 1617.94380630458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232970.376750665 Mflops = 232.970376750665 Gflops = 0.232970376750665 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.00190798 Relative Rsd = 8.38295727229426e-07
BICGSTAB_SOLVER_TIME: 1.529512 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274707999999998
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975445(s) Flops=1560526848 => 1599.81018714535 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230349.240852771 Mflops = 230.349240852771 Gflops = 0.230349240852771 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173612000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 26 resid = 2.167608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111376(s) Flops=173574144 => 1558.4519465594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224320.055502128 Mflops = 224.320055502128 Gflops = 0.224320055502128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063551 s
InvBiCGStab: k = 58 resid = 9.85006e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246669(s) Flops=383551488 => 1554.92375612663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223850.594823773 Mflops = 223.850594823773 Gflops = 0.223850594823773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007405131 Relative Rsd = 3.24595316910966e-07
BICGSTAB_SOLVER_TIME: 0.467158 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0431 s
InvBiCGStab: k = 72 resid = 1.916209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270931(s) Flops=475416576 => 1754.75149023183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252634.444268024 Mflops = 252.634444268024 Gflops = 0.252634444268024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056814 s
InvBiCGStab: k = 96 resid = 1.135332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354223(s) Flops=632899584 => 1786.72639551921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257238.644171693 Mflops = 257.238644171693 Gflops = 0.257238644171693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001232135 Relative Rsd = 5.40092182565166e-07
BICGSTAB_SOLVER_TIME: 0.728943 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 50 resid = 1.931654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1832(s) Flops=331057152 => 1807.08052401747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260143.448567061 Mflops = 260.143448567061 Gflops = 0.260143448567061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 70 resid = 8.91396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25676(s) Flops=462292992 => 1800.48680479826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.957627476 Mflops = 259.210957627476 Gflops = 0.259210957627476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001037172 Relative Rsd = 4.54632187493919e-07
BICGSTAB_SOLVER_TIME: 0.541186 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040622 s
InvBiCGStab: k = 69 resid = 2.223788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253192(s) Flops=455731200 => 1799.94312616512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259128.662240035 Mflops = 259.128662240035 Gflops = 0.259128662240035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055904 s
InvBiCGStab: k = 89 resid = 1.080253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324852(s) Flops=586967040 => 1806.8752539618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260140.153780388 Mflops = 260.140153780388 Gflops = 0.260140153780388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001156274 Relative Rsd = 5.06839448868015e-07
BICGSTAB_SOLVER_TIME: 0.67839 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127304000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041605 s
InvBiCGStab: k = 53 resid = 1.990831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226465(s) Flops=350742528 => 1548.77145695803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222971.632343607 Mflops = 222.971632343607 Gflops = 0.222971632343607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060406 s
InvBiCGStab: k = 93 resid = 7.182227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380438(s) Flops=613214208 => 1611.86371498115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232068.432534969 Mflops = 232.068432534969 Gflops = 0.232068432534969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001102131 Relative Rsd = 4.83106129211954e-07
BICGSTAB_SOLVER_TIME: 0.712935 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118361
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981118(s) Flops=1541578752 => 1571.24703858251 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226256.14773257 Mflops = 226.25614773257 Gflops = 0.22625614773257 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171218000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040504 s
InvBiCGStab: k = 28 resid = 1.77015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107749(s) Flops=186697728 => 1732.70961215417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249397.621791758 Mflops = 249.397621791758 Gflops = 0.249397621791758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064354 s
InvBiCGStab: k = 52 resid = 9.963658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21855(s) Flops=344180736 => 1574.83750171585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226716.037083825 Mflops = 226.716037083825 Gflops = 0.226716037083825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007603525 Relative Rsd = 3.33291679356388e-07
BICGSTAB_SOLVER_TIME: 0.435257 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047329 s
InvBiCGStab: k = 70 resid = 1.839407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285036(s) Flops=462292992 => 1621.87580516145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233528.951214556 Mflops = 233.528951214556 Gflops = 0.233528951214556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 107 resid = 1.105146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398888(s) Flops=705079296 => 1767.61220192134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254489.370715116 Mflops = 254.489370715116 Gflops = 0.254489370715116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001240105 Relative Rsd = 5.43585750569546e-07
BICGSTAB_SOLVER_TIME: 0.791542 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 56 resid = 1.945234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204756(s) Flops=370427904 => 1809.11867784094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260448.350748033 Mflops = 260.448350748033 Gflops = 0.260448350748033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 78 resid = 8.822288e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285757(s) Flops=514787328 => 1801.48632579429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259351.205505407 Mflops = 259.351205505407 Gflops = 0.259351205505407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001019482 Relative Rsd = 4.46878081091278e-07
BICGSTAB_SOLVER_TIME: 0.591633 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 71 resid = 1.583851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259299(s) Flops=468854784 => 1808.16271562945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260308.003186444 Mflops = 260.308003186444 Gflops = 0.260308003186444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055941 s
InvBiCGStab: k = 90 resid = 9.507195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340517(s) Flops=593528832 => 1743.02261561097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250956.90780566 Mflops = 250.95690780566 Gflops = 0.25095690780566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001137181 Relative Rsd = 4.98470031154036e-07
BICGSTAB_SOLVER_TIME: 0.701174 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 60 resid = 1.925864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231969(s) Flops=396675072 => 1710.03484086236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246182.299024029 Mflops = 246.182299024029 Gflops = 0.246182299024029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06494 s
InvBiCGStab: k = 91 resid = 8.37462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388571(s) Flops=600090624 => 1544.35257391828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222344.367563225 Mflops = 222.344367563225 Gflops = 0.222344367563225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001093129 Relative Rsd = 4.79160288512899e-07
BICGSTAB_SOLVER_TIME: 0.730609 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122153
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950514(s) Flops=1467039744 => 1543.41729211774 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222233.285292244 Mflops = 222.233285292244 Gflops = 0.222233285292244 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162707000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043361 s
InvBiCGStab: k = 36 resid = 2.193256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137781(s) Flops=239192064 => 1736.030831537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249893.258724562 Mflops = 249.893258724562 Gflops = 0.249893258724562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059793 s
InvBiCGStab: k = 50 resid = 9.900129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19177(s) Flops=331057152 => 1726.32399228242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248517.9039304 Mflops = 248.5179039304 Gflops = 0.2485179039304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007621302 Relative Rsd = 3.34070896782506e-07
BICGSTAB_SOLVER_TIME: 0.437125 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045253 s
InvBiCGStab: k = 47 resid = 2.174451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19556(s) Flops=311371776 => 1592.20584986705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229203.479075664 Mflops = 229.203479075664 Gflops = 0.229203479075664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068158 s
InvBiCGStab: k = 77 resid = 1.11575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307296(s) Flops=508225536 => 1653.86316776007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238108.648333262 Mflops = 238.108648333262 Gflops = 0.238108648333262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001055765 Relative Rsd = 4.62782485389447e-07
BICGSTAB_SOLVER_TIME: 0.620118 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042665 s
InvBiCGStab: k = 55 resid = 2.211616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212798(s) Flops=363866112 => 1709.91321347005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246165.268537842 Mflops = 246.165268537843 Gflops = 0.246165268537843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059074 s
InvBiCGStab: k = 76 resid = 1.08031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286965(s) Flops=501663744 => 1748.17048769014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251678.586819525 Mflops = 251.678586819525 Gflops = 0.251678586819525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001026702 Relative Rsd = 4.50043020397283e-07
BICGSTAB_SOLVER_TIME: 0.605357 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042429 s
InvBiCGStab: k = 62 resid = 1.91371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237498(s) Flops=409798656 => 1725.48255564257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248420.7987085 Mflops = 248.4207987085 Gflops = 0.2484207987085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055774 s
InvBiCGStab: k = 80 resid = 1.090857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30187(s) Flops=527910912 => 1748.80217312088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251761.105462194 Mflops = 251.761105462194 Gflops = 0.251761105462194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001121888 Relative Rsd = 4.91766362912275e-07
BICGSTAB_SOLVER_TIME: 0.64147 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042002 s
InvBiCGStab: k = 54 resid = 2.13353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215738(s) Flops=357304320 => 1656.19557055317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238436.755763341 Mflops = 238.43675576334 Gflops = 0.238436755763341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056964 s
InvBiCGStab: k = 83 resid = 1.028954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304041(s) Flops=547596288 => 1801.06067273822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.690355465 Mflops = 259.309690355465 Gflops = 0.259309690355465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001022423 Relative Rsd = 4.4816723432219e-07
BICGSTAB_SOLVER_TIME: 0.622659 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11212
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005713(s) Flops=1430396928 => 1422.27149097208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204797.012502917 Mflops = 204.797012502917 Gflops = 0.204797012502917 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158648000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 30 resid = 1.963124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110684(s) Flops=199821312 => 1805.33150229482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259856.807444226 Mflops = 259.856807444226 Gflops = 0.259856807444226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055932 s
InvBiCGStab: k = 45 resid = 9.326347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164669(s) Flops=298248192 => 1811.19817330524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260701.153975535 Mflops = 260.701153975535 Gflops = 0.260701153975535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007365146 Relative Rsd = 3.22842613509861e-07
BICGSTAB_SOLVER_TIME: 0.376346 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 53 resid = 1.931263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194222(s) Flops=350742528 => 1805.88464746527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.614968184 Mflops = 259.984614968184 Gflops = 0.259984614968184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 85 resid = 1.10657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350814(s) Flops=560719872 => 1598.33949614326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230110.954542819 Mflops = 230.110954542819 Gflops = 0.230110954542819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001133061 Relative Rsd = 4.96664257279902e-07
BICGSTAB_SOLVER_TIME: 0.646341 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112773
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043859 s
InvBiCGStab: k = 53 resid = 1.661524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235183(s) Flops=350742528 => 1491.36003877831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214705.951500311 Mflops = 214.705951500311 Gflops = 0.214705951500311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057342 s
InvBiCGStab: k = 89 resid = 1.061396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332016(s) Flops=586967040 => 1767.88781263554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254517.760531257 Mflops = 254.517760531257 Gflops = 0.254517760531257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00105652 Relative Rsd = 4.63113104230561e-07
BICGSTAB_SOLVER_TIME: 0.672201 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041585 s
InvBiCGStab: k = 65 resid = 1.795739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242035(s) Flops=429484032 => 1774.47076662466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255471.49856535 Mflops = 255.47149856535 Gflops = 0.25547149856535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 89 resid = 9.168677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32445(s) Flops=586967040 => 1809.11400832178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260460.755311834 Mflops = 260.460755311834 Gflops = 0.260460755311834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001129765 Relative Rsd = 4.95219464680971e-07
BICGSTAB_SOLVER_TIME: 0.668335 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124482
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041024 s
InvBiCGStab: k = 53 resid = 2.257797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194479(s) Flops=350742528 => 1803.49820803274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.388794227 Mflops = 259.637388794227 Gflops = 0.259637388794227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05646 s
InvBiCGStab: k = 70 resid = 1.137002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255825(s) Flops=462292992 => 1807.06729991205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260159.033593563 Mflops = 260.159033593563 Gflops = 0.260159033593563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001028841 Relative Rsd = 4.50980530715072e-07
BICGSTAB_SOLVER_TIME: 0.551651 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102114
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975763(s) Flops=1473601536 => 1510.2043590503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217458.162806965 Mflops = 217.458162806965 Gflops = 0.217458162806965 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163608000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.216231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67981(s) Flops=1223460864 => 1799.71001309189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259064.221051632 Mflops = 259.064221051632 Gflops = 0.259064221051632 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 8.98261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901299(s) Flops=1544988672 => 1714.17994694325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246828.818487886 Mflops = 246.828818487886 Gflops = 0.246828818487886 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002031479 Relative Rsd = 8.94266631993243e-07
BICGSTAB_SOLVER_TIME: 1.584883 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.119864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300263999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.720789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678031(s) Flops=1164404736 => 1717.33259393745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247261.980014043 Mflops = 247.261980014043 Gflops = 0.247261980014043 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.083497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767155(s) Flops=1341573120 => 1748.76409591282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251815.834191557 Mflops = 251.815834191557 Gflops = 0.251815834191557 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.002344299 Relative Rsd = 1.02997941684844e-06
BICGSTAB_SOLVER_TIME: 1.448641 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.116678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271974999999998
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92248(s) Flops=1473601536 => 1597.4346717544 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230002.411588076 Mflops = 230.002411588076 Gflops = 0.230002411588076 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165248000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 34 resid = 1.655561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126944(s) Flops=226068480 => 1780.85202924124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256337.941492572 Mflops = 256.337941492572 Gflops = 0.256337941492572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 65 resid = 8.493146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238495(s) Flops=429484032 => 1800.80937545861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259244.219431548 Mflops = 259.244219431548 Gflops = 0.259244219431548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.0007672212 Relative Rsd = 3.36302484658752e-07
BICGSTAB_SOLVER_TIME: 0.466928 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0849420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 85 resid = 9.615844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312583(s) Flops=560719872 => 1793.82714990898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258266.183315474 Mflops = 258.266183315474 Gflops = 0.258266183315474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056771 s
InvBiCGStab: k = 111 resid = 9.216103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405865(s) Flops=731326464 => 1801.89586192453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.82537102 Mflops = 259.44082537102 Gflops = 0.25944082537102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001319141 Relative Rsd = 5.78230053304696e-07
BICGSTAB_SOLVER_TIME: 0.820042 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154371999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042708 s
InvBiCGStab: k = 51 resid = 1.875996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187835(s) Flops=337618944 => 1797.42297228951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258765.910772033 Mflops = 258.765910772033 Gflops = 0.258765910772033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061366 s
InvBiCGStab: k = 72 resid = 7.438884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290647(s) Flops=475416576 => 1635.71815982962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235483.617572163 Mflops = 235.483617572163 Gflops = 0.235483617572163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001029624 Relative Rsd = 4.51323753793531e-07
BICGSTAB_SOLVER_TIME: 0.58706 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042419 s
InvBiCGStab: k = 60 resid = 1.823307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259096(s) Flops=396675072 => 1530.99651094575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220419.791717716 Mflops = 220.419791717716 Gflops = 0.220419791717716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062064 s
InvBiCGStab: k = 92 resid = 1.069228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350855(s) Flops=606652416 => 1729.06874919839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248954.206142952 Mflops = 248.954206142952 Gflops = 0.248954206142952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001146864 Relative Rsd = 5.02714648410388e-07
BICGSTAB_SOLVER_TIME: 0.718311 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122933
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041144 s
InvBiCGStab: k = 64 resid = 9.182264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238389(s) Flops=422922240 => 1774.08454249147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255395.115059042 Mflops = 255.395115059042 Gflops = 0.255395115059042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056782 s
InvBiCGStab: k = 94 resid = 6.053362e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343085(s) Flops=619776000 => 1806.47944386959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.701950707 Mflops = 260.080701950707 Gflops = 0.260080701950707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001137137 Relative Rsd = 4.98450588990359e-07
BICGSTAB_SOLVER_TIME: 0.68317 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127197
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932023(s) Flops=1498521600 => 1607.81611612589 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231505.892966194 Mflops = 231.505892966194 Gflops = 0.231505892966194 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166481000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021429
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 25 resid = 2.267556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094233(s) Flops=167012352 => 1772.33402311292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255015.896650207 Mflops = 255.015896650207 Gflops = 0.255015896650207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 49 resid = 1.054748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182292(s) Flops=324495360 => 1780.08557698637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256241.043277808 Mflops = 256.241043277808 Gflops = 0.256241043277808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007690865 Relative Rsd = 3.37120127148516e-07
BICGSTAB_SOLVER_TIME: 0.378094 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 75 resid = 1.965334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289418(s) Flops=495101952 => 1710.68127068807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246291.854147956 Mflops = 246.291854147956 Gflops = 0.246291854147956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058128 s
InvBiCGStab: k = 99 resid = 9.667632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373716(s) Flops=652584960 => 1746.20556786437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251407.739839955 Mflops = 251.407739839955 Gflops = 0.251407739839955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001292416 Relative Rsd = 5.66515511822917e-07
BICGSTAB_SOLVER_TIME: 0.765991 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 56 resid = 1.945919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206591(s) Flops=370427904 => 1793.04957137533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258127.311988894 Mflops = 258.127311988894 Gflops = 0.258127311988894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 72 resid = 1.105476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26493(s) Flops=475416576 => 1794.49883365417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258350.297523382 Mflops = 258.350297523382 Gflops = 0.258350297523382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00104575 Relative Rsd = 4.58392332566671e-07
BICGSTAB_SOLVER_TIME: 0.572869 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 64 resid = 1.864619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257277(s) Flops=422922240 => 1643.84006343358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236648.601353766 Mflops = 236.648601353766 Gflops = 0.236648601353766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063023 s
InvBiCGStab: k = 96 resid = 1.104625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39121(s) Flops=632899584 => 1617.80011758391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232923.991318573 Mflops = 232.923991318573 Gflops = 0.232923991318573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001157196 Relative Rsd = 5.07243498873254e-07
BICGSTAB_SOLVER_TIME: 0.757066 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128691
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 63 resid = 2.069733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239269(s) Flops=416360448 => 1740.13536229098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250523.308631045 Mflops = 250.523308631045 Gflops = 0.250523308631045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 85 resid = 1.014196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315429(s) Flops=560719872 => 1777.64210646453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255921.156566949 Mflops = 255.921156566949 Gflops = 0.255921156566949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001139193 Relative Rsd = 4.99351868504445e-07
BICGSTAB_SOLVER_TIME: 0.656459 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119755
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936507(s) Flops=1505009664 => 1607.04582453735 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231392.149437274 Mflops = 231.392149437274 Gflops = 0.231392149437274 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044053 s
InvBiCGStab: k = 28 resid = 1.58659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108859(s) Flops=186697728 => 1715.04173288382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246910.188970511 Mflops = 246.910188970511 Gflops = 0.246910188970511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056994 s
InvBiCGStab: k = 53 resid = 9.814665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199045(s) Flops=350742528 => 1762.12679544827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253646.544330145 Mflops = 253.646544330145 Gflops = 0.253646544330145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007385329 Relative Rsd = 3.23727282986475e-07
BICGSTAB_SOLVER_TIME: 0.413017 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042084 s
InvBiCGStab: k = 51 resid = 2.213096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189888(s) Flops=337618944 => 1777.98988877654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255955.2569305 Mflops = 255.9552569305 Gflops = 0.2559552569305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057707 s
InvBiCGStab: k = 73 resid = 1.144472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26878(s) Flops=481978368 => 1793.20770890691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258160.445574856 Mflops = 258.160445574856 Gflops = 0.258160445574856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001074395 Relative Rsd = 4.7094855133898e-07
BICGSTAB_SOLVER_TIME: 0.562246 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041759 s
InvBiCGStab: k = 62 resid = 2.019111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226903(s) Flops=409798656 => 1806.05217207353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260020.916231258 Mflops = 260.020916231258 Gflops = 0.260020916231258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056273 s
InvBiCGStab: k = 78 resid = 7.23106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28466(s) Flops=514787328 => 1808.42875008782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260355.134746326 Mflops = 260.355134746326 Gflops = 0.260355134746326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001063748 Relative Rsd = 4.66281462499732e-07
BICGSTAB_SOLVER_TIME: 0.613414 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 60 resid = 2.124552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218937(s) Flops=396675072 => 1811.82290795982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260841.869962911 Mflops = 260.841869962912 Gflops = 0.260841869962912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 90 resid = 8.998155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328722(s) Flops=593528832 => 1805.56467775202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259948.429953904 Mflops = 259.948429953904 Gflops = 0.259948429953904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001095069 Relative Rsd = 4.80010895931102e-07
BICGSTAB_SOLVER_TIME: 0.648481 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044176 s
InvBiCGStab: k = 52 resid = 2.042229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212298(s) Flops=344180736 => 1621.21515982251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233395.189419827 Mflops = 233.395189419827 Gflops = 0.233395189419827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063558 s
InvBiCGStab: k = 85 resid = 1.047899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355807(s) Flops=560719872 => 1575.91017602239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226898.405573039 Mflops = 226.898405573039 Gflops = 0.226898405573039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001070217 Relative Rsd = 4.69117007667845e-07
BICGSTAB_SOLVER_TIME: 0.679727 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11211
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945728(s) Flops=1505083392 => 1591.45482844962 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229152.43164419 Mflops = 229.15243164419 Gflops = 0.22915243164419 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167214000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041769 s
InvBiCGStab: k = 27 resid = 1.982537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114907(s) Flops=180135936 => 1567.66720913434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225589.801329806 Mflops = 225.589801329806 Gflops = 0.225589801329806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064934 s
InvBiCGStab: k = 53 resid = 9.814111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218207(s) Flops=350742528 => 1607.38440105038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231392.931416809 Mflops = 231.392931416809 Gflops = 0.231392931416809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0008088546 Relative Rsd = 3.54551991513219e-07
BICGSTAB_SOLVER_TIME: 0.444206 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050696 s
InvBiCGStab: k = 55 resid = 2.243477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222039(s) Flops=363866112 => 1638.74865226379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235925.454187985 Mflops = 235.925454187985 Gflops = 0.235925454187985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057557 s
InvBiCGStab: k = 89 resid = 9.117229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330868(s) Flops=586967040 => 1774.02178512277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255403.955587236 Mflops = 255.403955587236 Gflops = 0.255403955587236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127237 Relative Rsd = 4.94111006204865e-07
BICGSTAB_SOLVER_TIME: 0.665118 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 51 resid = 2.278804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18653(s) Flops=337618944 => 1809.99809145982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260552.355168446 Mflops = 260.552355168446 Gflops = 0.260552355168446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 93 resid = 5.513365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339685(s) Flops=613214208 => 1805.24370519746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.751415645 Mflops = 259.902751415645 Gflops = 0.259902751415645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001041648 Relative Rsd = 4.5659446823419e-07
BICGSTAB_SOLVER_TIME: 0.62785 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 64 resid = 2.180386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233988(s) Flops=422922240 => 1807.45268988153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260216.748732692 Mflops = 260.216748732692 Gflops = 0.260216748732692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 81 resid = 1.013678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296116(s) Flops=534472704 => 1804.94368423186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259860.845670333 Mflops = 259.860845670333 Gflops = 0.259860845670333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001131468 Relative Rsd = 4.95965819237251e-07
BICGSTAB_SOLVER_TIME: 0.630696 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041286 s
InvBiCGStab: k = 73 resid = 2.264647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266726(s) Flops=481978368 => 1807.01681875783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260160.101731777 Mflops = 260.160101731777 Gflops = 0.260160101731777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059045 s
InvBiCGStab: k = 69 resid = 1.055602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290999(s) Flops=455731200 => 1566.09197969752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225466.700145796 Mflops = 225.466700145796 Gflops = 0.225466700145796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001028242 Relative Rsd = 4.5071808702008e-07
BICGSTAB_SOLVER_TIME: 0.662189 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11539
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982738(s) Flops=1498890240 => 1525.2185628316 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219617.661653014 Mflops = 219.617661653014 Gflops = 0.219617661653014 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021383
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.814285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818442(s) Flops=1341573120 => 1639.17922100772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235991.326203278 Mflops = 235.991326203278 Gflops = 0.235991326203278 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.066425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.044064(s) Flops=1794336768 => 1718.60802402918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247470.132042627 Mflops = 247.470132042627 Gflops = 0.247470132042627 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.00214963 Relative Rsd = 9.46260358788652e-07
BICGSTAB_SOLVER_TIME: 1.865869 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339927999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 162 resid = 2.239921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.591738(s) Flops=1065977856 => 1801.43552720968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259320.795264676 Mflops = 259.320795264676 Gflops = 0.259320795264676 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 9.314415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799465(s) Flops=1387505664 => 1735.54272419681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249903.386839114 Mflops = 249.903386839114 Gflops = 0.249903386839114 Tflops
BICGSTAB_SOLVER: 373 iterations. Rsd = 0.001895778 Relative Rsd = 8.32897179240166e-07
BICGSTAB_SOLVER_TIME: 1.394547 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266228999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 269 resid = 1.837467e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093303(s) Flops=1768089600 => 1617.19998938995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232884.122362553 Mflops = 232.884122362553 Gflops = 0.232884122362553 Tflops
InvBiCGStab: k = 360 resid = 9.91762e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.325855(s) Flops=2365212672 => 1783.91503746639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256877.579021986 Mflops = 256.877579021986 Gflops = 0.256877579021986 Tflops
BICGSTAB_SOLVER: 629 iterations. Rsd = 0.00220729 Relative Rsd = 9.71642021822492e-07
BICGSTAB_SOLVER_TIME: 2.423814 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.449975
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 250 resid = 1.505599e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914596(s) Flops=1643415552 => 1796.87594522609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258787.11248414 Mflops = 258.78711248414 Gflops = 0.25878711248414 Tflops
InvBiCGStab: k = 284 resid = 1.051626e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.140525(s) Flops=1866516480 => 1636.54148747287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235652.913144371 Mflops = 235.652913144371 Gflops = 0.235652913144371 Tflops
BICGSTAB_SOLVER: 534 iterations. Rsd = 0.001922215 Relative Rsd = 8.44512246656266e-07
BICGSTAB_SOLVER_TIME: 2.060445 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.382021
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 224 resid = 1.799555e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855822(s) Flops=1472808960 => 1720.92907169949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247806.191431463 Mflops = 247.806191431463 Gflops = 0.247806191431463 Tflops
InvBiCGStab: k = 238 resid = 7.349387e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881049(s) Flops=1564674048 => 1775.92171150526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255723.311523283 Mflops = 255.723311523283 Gflops = 0.255723311523283 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.0018493 Relative Rsd = 8.10619276038881e-07
BICGSTAB_SOLVER_TIME: 1.741605 sec
2Flav::invert,  n_count = 462
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329294000000002
MInvCG2: 351 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.442465(s) Flops=2263836672 => 1569.42225426613 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226001.404873236 Mflops = 226.001404873236 Gflops = 0.226001404873236 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252066000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0511087803565715
AccProb = 0.950175304502003
AcceptP = 1
After HMC trajectory call: time= 465.201394 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.060007 secs
Doing Update: 2759 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 272 resid = 2.159574e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.070006(s) Flops=1787774976 => 1670.80836556057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240606.671432006 Mflops = 240.606671432006 Gflops = 0.240606671432006 Tflops
InvBiCGStab: k = 298 resid = 7.367723e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.092997(s) Flops=1958381568 => 1791.75383646982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.082548945 Mflops = 258.003082548945 Gflops = 0.258003082548945 Tflops
BICGSTAB_SOLVER: 570 iterations. Rsd = 0.001915539 Relative Rsd = 8.43065409212285e-07
BICGSTAB_SOLVER_TIME: 2.167926 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.411477999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000358
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 240 resid = 1.725538e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876654(s) Flops=1577797632 => 1799.79516662218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.022737414 Mflops = 259.172022737414 Gflops = 0.259172022737414 Tflops
InvBiCGStab: k = 263 resid = 8.027582e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.083392(s) Flops=1728718848 => 1595.65406427221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229765.32946545 Mflops = 229.76532946545 Gflops = 0.22976532946545 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.001805807 Relative Rsd = 7.92485224140367e-07
BICGSTAB_SOLVER_TIME: 1.966167 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361526999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 367 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.501142(s) Flops=2359683072 => 1571.92528888007 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226366.635291073 Mflops = 226.366635291073 Gflops = 0.226366635291073 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262679000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 324 resid = 1.713638e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183751(s) Flops=2128988160 => 1798.51012586262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258969.588208926 Mflops = 258.969588208926 Gflops = 0.258969588208926 Tflops
InvBiCGStab: k = 301 resid = 8.629973e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.226014(s) Flops=1978066944 => 1613.41301485954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232323.511409385 Mflops = 232.323511409385 Gflops = 0.232323511409385 Tflops
BICGSTAB_SOLVER: 625 iterations. Rsd = 0.002061639 Relative Rsd = 9.07366778976681e-07
BICGSTAB_SOLVER_TIME: 2.414367 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.446888999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 256 resid = 2.224519e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.944321(s) Flops=1682786304 => 1782.00665239892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256588.000294792 Mflops = 256.588000294792 Gflops = 0.256588000294792 Tflops
InvBiCGStab: k = 307 resid = 7.784222e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.125448(s) Flops=2017437696 => 1792.56411313539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258119.618781388 Mflops = 258.119618781388 Gflops = 0.258119618781388 Tflops
BICGSTAB_SOLVER: 563 iterations. Rsd = 0.001967094 Relative Rsd = 8.63266267681395e-07
BICGSTAB_SOLVER_TIME: 2.075681 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.402729999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 233 resid = 2.236873e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890818(s) Flops=1531865088 => 1719.61622688361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247568.078241244 Mflops = 247.568078241244 Gflops = 0.247568078241244 Tflops
InvBiCGStab: k = 227 resid = 1.135952e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936983(s) Flops=1492494336 => 1592.87237441875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229365.946680755 Mflops = 229.365946680755 Gflops = 0.229365946680755 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.001915579 Relative Rsd = 8.40012142565984e-07
BICGSTAB_SOLVER_TIME: 1.832667 sec
2Flav::invert,  n_count = 460
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327819000000002
MInvCG2: 351 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.409826(s) Flops=2262583296 => 1604.86705167872 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231099.372225506 Mflops = 231.099372225506 Gflops = 0.231099372225506 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252330000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.211899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798235(s) Flops=1440000000 => 1803.98003094327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.533462227 Mflops = 259.742533462227 Gflops = 0.259742533462227 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 4.787285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.06443(s) Flops=1702471680 => 1599.42098587977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230306.753267717 Mflops = 230.306753267717 Gflops = 0.230306753267717 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002132874 Relative Rsd = 9.38718659436817e-07
BICGSTAB_SOLVER_TIME: 1.866093 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.117165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340552999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.163033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710908(s) Flops=1275955200 => 1794.82464678974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258367.80806974 Mflops = 258.36780806974 Gflops = 0.25836780806974 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.132396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788278(s) Flops=1348134912 => 1710.22775213821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246259.256753527 Mflops = 246.259256753527 Gflops = 0.246259256753527 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001920212 Relative Rsd = 8.42691895106246e-07
BICGSTAB_SOLVER_TIME: 1.502804 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0.117668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285242999999997
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966114(s) Flops=1466155008 => 1517.57971419522 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218514.84231458 Mflops = 218.51484231458 Gflops = 0.21851484231458 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162673000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 160 resid = 2.228634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.583277(s) Flops=1052854272 => 1805.06735564749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.392988241 Mflops = 259.762392988241 Gflops = 0.259762392988241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.3e-05 s
InvBiCGStab: k = 183 resid = 9.914986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.666925(s) Flops=1203775488 => 1804.9638085242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259881.46077155 Mflops = 259.88146077155 Gflops = 0.25988146077155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 343 iterations. Rsd = 0.001908369 Relative Rsd = 8.36850107051117e-07
BICGSTAB_SOLVER_TIME: 1.254105 sec
2Flav::invert,  n_count = 343
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.246823999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000142 s
InvBiCGStab: k = 118 resid = 1.465207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.472134(s) Flops=777259008 => 1646.26781379862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236983.200428687 Mflops = 236.983200428687 Gflops = 0.236983200428687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 149 resid = 1.096443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.62055(s) Flops=980674560 => 1580.33125453227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227527.7913486 Mflops = 227.5277913486 Gflops = 0.2275277913486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 267 iterations. Rsd = 0.001568563 Relative Rsd = 6.87839974687684e-07
BICGSTAB_SOLVER_TIME: 1.096781 sec
2Flav::invert,  n_count = 267
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191739999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004778 s
InvBiCGStab: k = 99 resid = 2.193646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403735(s) Flops=652584960 => 1616.3695493331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232724.130704961 Mflops = 232.724130704961 Gflops = 0.232724130704961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.010408 s
InvBiCGStab: k = 118 resid = 9.889835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448523(s) Flops=777259008 => 1732.93010168932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249506.962175179 Mflops = 249.506962175179 Gflops = 0.249506962175179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.001405647 Relative Rsd = 6.16398851491906e-07
BICGSTAB_SOLVER_TIME: 0.871264 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158873999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007642 s
InvBiCGStab: k = 75 resid = 2.25104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274581(s) Flops=495101952 => 1803.11803074503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.13144912 Mflops = 259.59613144912 Gflops = 0.25959613144912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010876 s
InvBiCGStab: k = 112 resid = 9.341934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407441(s) Flops=737888256 => 1811.03093699456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260741.058855512 Mflops = 260.741058855512 Gflops = 0.260741058855512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001307651 Relative Rsd = 5.73426002675246e-07
BICGSTAB_SOLVER_TIME: 0.70437 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138116
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010342 s
InvBiCGStab: k = 82 resid = 1.520532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300513(s) Flops=541034496 => 1800.3696878338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.729682904 Mflops = 259.207729682904 Gflops = 0.259207729682904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015049 s
InvBiCGStab: k = 104 resid = 6.781359e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379013(s) Flops=685393920 => 1808.36520119363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260357.352743802 Mflops = 260.357352743802 Gflops = 0.260357352743802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.00126836 Relative Rsd = 5.56196227367667e-07
BICGSTAB_SOLVER_TIME: 0.708748 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138732
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001322(s) Flops=1453989888 => 1452.07025112801 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209117.958209051 Mflops = 209.117958209051 Gflops = 0.209117958209051 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161074000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021392
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014544 s
InvBiCGStab: k = 26 resid = 2.132193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100369(s) Flops=173574144 => 1729.36010122647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248888.663087909 Mflops = 248.888663087909 Gflops = 0.248888663087909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.020787 s
InvBiCGStab: k = 54 resid = 7.451161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209673(s) Flops=357304320 => 1704.10267416406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245306.963422716 Mflops = 245.306963422716 Gflops = 0.245306963422716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007612623 Relative Rsd = 3.33825671384906e-07
BICGSTAB_SOLVER_TIME: 0.349202 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0637930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.01667 s
InvBiCGStab: k = 97 resid = 1.913021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357701(s) Flops=639461376 => 1787.69803830574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257387.922326545 Mflops = 257.387922326545 Gflops = 0.257387922326545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.02407 s
InvBiCGStab: k = 116 resid = 7.694213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457582(s) Flops=764135424 => 1669.94205191638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240431.579923257 Mflops = 240.431579923257 Gflops = 0.240431579923257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001332937 Relative Rsd = 5.84514312717326e-07
BICGSTAB_SOLVER_TIME: 0.860303 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159886999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.023286 s
InvBiCGStab: k = 55 resid = 1.605672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231424(s) Flops=363866112 => 1572.29203539823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226368.379963041 Mflops = 226.368379963041 Gflops = 0.226368379963041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.031709 s
InvBiCGStab: k = 82 resid = 1.076273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312652(s) Flops=541034496 => 1730.46868723053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249137.145592043 Mflops = 249.137145592043 Gflops = 0.249137145592043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001117598 Relative Rsd = 4.90084517468788e-07
BICGSTAB_SOLVER_TIME: 0.602846 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106827
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023606 s
InvBiCGStab: k = 68 resid = 2.126634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251511(s) Flops=449169408 => 1785.88375061131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257111.546629079 Mflops = 257.111546629079 Gflops = 0.257111546629079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.03371 s
InvBiCGStab: k = 97 resid = 7.2617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353818(s) Flops=639461376 => 1807.31725350321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260210.390906622 Mflops = 260.210390906622 Gflops = 0.260210390906622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001249613 Relative Rsd = 5.4797513922892e-07
BICGSTAB_SOLVER_TIME: 0.666458 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127615
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027758 s
InvBiCGStab: k = 59 resid = 1.71712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216389(s) Flops=390113280 => 1802.83323089436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.321654966 Mflops = 259.560321654966 Gflops = 0.259560321654966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038877 s
InvBiCGStab: k = 93 resid = 8.82502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339421(s) Flops=613214208 => 1806.64781495547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260112.151153056 Mflops = 260.112151153056 Gflops = 0.260112151153056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001170938 Relative Rsd = 5.13474901782873e-07
BICGSTAB_SOLVER_TIME: 0.626303 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119675000000001
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942818(s) Flops=1441603584 => 1529.03697638356 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220163.229488306 Mflops = 220.163229488306 Gflops = 0.220163229488306 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159905000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032616 s
InvBiCGStab: k = 29 resid = 2.18549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107486(s) Flops=193259520 => 1797.99713451054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258824.967618242 Mflops = 258.824967618242 Gflops = 0.258824967618242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044771 s
InvBiCGStab: k = 49 resid = 9.899104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180498(s) Flops=324495360 => 1797.77814712628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258796.415695355 Mflops = 258.796415695355 Gflops = 0.258796415695355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007704436 Relative Rsd = 3.37851804318926e-07
BICGSTAB_SOLVER_TIME: 0.369201 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036792 s
InvBiCGStab: k = 55 resid = 2.059875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201234(s) Flops=363866112 => 1808.17412564477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260311.533165911 Mflops = 260.311533165911 Gflops = 0.260311533165911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.05012 s
InvBiCGStab: k = 83 resid = 7.527542e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303211(s) Flops=547596288 => 1805.99083806326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260006.97827083 Mflops = 260.00697827083 Gflops = 0.26000697827083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001085782 Relative Rsd = 4.76132661121648e-07
BICGSTAB_SOLVER_TIME: 0.595291 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040702 s
InvBiCGStab: k = 60 resid = 7.339889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23759(s) Flops=396675072 => 1669.57814722842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240351.032241801 Mflops = 240.351032241801 Gflops = 0.240351032241801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062522 s
InvBiCGStab: k = 79 resid = 1.146445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329592(s) Flops=521349120 => 1581.80150003641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227736.312403946 Mflops = 227.736312403946 Gflops = 0.227736312403946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001124747 Relative Rsd = 4.93219292296458e-07
BICGSTAB_SOLVER_TIME: 0.674629 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048145 s
InvBiCGStab: k = 65 resid = 1.192278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242273(s) Flops=429484032 => 1772.72759242673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255199.185122614 Mflops = 255.199185122614 Gflops = 0.255199185122614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058405 s
InvBiCGStab: k = 85 resid = 9.117529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318545(s) Flops=560719872 => 1760.25325150293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253426.01018247 Mflops = 253.42601018247 Gflops = 0.25342601018247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00110842 Relative Rsd = 4.86059890509061e-07
BICGSTAB_SOLVER_TIME: 0.671233 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040825 s
InvBiCGStab: k = 54 resid = 2.230476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197931(s) Flops=357304320 => 1805.19635630599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.446219629 Mflops = 259.883446219629 Gflops = 0.259883446219629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055943 s
InvBiCGStab: k = 81 resid = 9.730329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295652(s) Flops=534472704 => 1807.77638575082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260259.255391799 Mflops = 260.259255391799 Gflops = 0.260259255391799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001048186 Relative Rsd = 4.59646275564917e-07
BICGSTAB_SOLVER_TIME: 0.594244 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110693
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912413(s) Flops=1441677312 => 1580.07098978204 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227513.61123206 Mflops = 227.51361123206 Gflops = 0.22751361123206 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160005000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 31 resid = 2.006735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116068(s) Flops=206383104 => 1778.12234207534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255929.202721047 Mflops = 255.929202721047 Gflops = 0.255929202721047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 49 resid = 6.459479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17961(s) Flops=324495360 => 1806.66644396192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260069.028207872 Mflops = 260.069028207872 Gflops = 0.260069028207872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000733801 Relative Rsd = 3.21783467015847e-07
BICGSTAB_SOLVER_TIME: 0.397178 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040886 s
InvBiCGStab: k = 59 resid = 1.956145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216008(s) Flops=390113280 => 1806.01311062553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260000.113144348 Mflops = 260.000113144348 Gflops = 0.260000113144348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056292 s
InvBiCGStab: k = 86 resid = 8.838366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313097(s) Flops=567281664 => 1811.83998569134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260848.855249798 Mflops = 260.848855249798 Gflops = 0.260848855249798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001101798 Relative Rsd = 4.83155861573015e-07
BICGSTAB_SOLVER_TIME: 0.630233 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 54 resid = 2.174266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198272(s) Flops=357304320 => 1802.09167204648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.843270062 Mflops = 259.444843270062 Gflops = 0.259444843270062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 74 resid = 1.05445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272678(s) Flops=488540160 => 1791.63760919473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257930.403235491 Mflops = 257.930403235491 Gflops = 0.257930403235491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001064074 Relative Rsd = 4.66613372092635e-07
BICGSTAB_SOLVER_TIME: 0.571997 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045873 s
InvBiCGStab: k = 66 resid = 2.19429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276717(s) Flops=436045824 => 1575.78256485868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226865.394597157 Mflops = 226.865394597157 Gflops = 0.226865394597157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059675 s
InvBiCGStab: k = 83 resid = 7.928744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345337(s) Flops=547596288 => 1585.68670023774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228299.444363869 Mflops = 228.299444363869 Gflops = 0.228299444363869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001157129 Relative Rsd = 5.07419557826926e-07
BICGSTAB_SOLVER_TIME: 0.731884 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040609 s
InvBiCGStab: k = 49 resid = 2.141535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184227(s) Flops=324495360 => 1761.3887215229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253571.863059227 Mflops = 253.571863059227 Gflops = 0.253571863059227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 82 resid = 9.047344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307073(s) Flops=541034496 => 1761.90839311825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253659.715346487 Mflops = 253.659715346487 Gflops = 0.253659715346487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001039076 Relative Rsd = 4.55651512841163e-07
BICGSTAB_SOLVER_TIME: 0.592182 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107858
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92219(s) Flops=1454284800 => 1576.99042496666 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227080.033820297 Mflops = 227.080033820297 Gflops = 0.227080033820297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161172000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.96577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728902(s) Flops=1289078784 => 1768.52139793827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254607.509305614 Mflops = 254.607509305614 Gflops = 0.254607509305614 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 9.205057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775321(s) Flops=1394067456 => 1798.05197589128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258904.844844621 Mflops = 258.904844844621 Gflops = 0.258904844844621 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.002045227 Relative Rsd = 9.00159834238542e-07
BICGSTAB_SOLVER_TIME: 1.507584 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.114796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002098
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291338999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.664156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724799(s) Flops=1308764160 => 1805.69255752284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.538923337 Mflops = 260.046538923337 Gflops = 0.260046538923337 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.353584e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857877(s) Flops=1407191040 => 1640.31794767781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236193.762021346 Mflops = 236.193762021346 Gflops = 0.236193762021346 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.001979073 Relative Rsd = 8.68508944577195e-07
BICGSTAB_SOLVER_TIME: 1.586496 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0.123104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294623999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92132(s) Flops=1454284800 => 1578.47957278687 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227284.958352992 Mflops = 227.284958352992 Gflops = 0.227284958352992 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161318000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.377209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 30 resid = 1.965078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111109(s) Flops=199821312 => 1798.42597809358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.001888647 Mflops = 258.858001888647 Gflops = 0.258858001888647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 42 resid = 1.148866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178353(s) Flops=278562816 => 1561.86223949135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224829.384905031 Mflops = 224.829384905031 Gflops = 0.224829384905031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007295781 Relative Rsd = 3.19931629135612e-07
BICGSTAB_SOLVER_TIME: 0.390932 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046777 s
InvBiCGStab: k = 85 resid = 1.030289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357901(s) Flops=560719872 => 1566.689872339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225572.165514039 Mflops = 225.572165514039 Gflops = 0.225572165514039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060825 s
InvBiCGStab: k = 107 resid = 1.092058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398581(s) Flops=705079296 => 1768.9736741089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254690.080068449 Mflops = 254.690080068449 Gflops = 0.254690080068449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001297354 Relative Rsd = 5.68910632296009e-07
BICGSTAB_SOLVER_TIME: 0.868027 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151131999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 52 resid = 2.007766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194106(s) Flops=344180736 => 1773.15866588359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255257.023405733 Mflops = 255.257023405733 Gflops = 0.255257023405733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056206 s
InvBiCGStab: k = 70 resid = 6.233632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256056(s) Flops=462292992 => 1805.43706064298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259913.510682184 Mflops = 259.913510682184 Gflops = 0.259913510682184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001023503 Relative Rsd = 4.48822404398635e-07
BICGSTAB_SOLVER_TIME: 0.551523 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044291 s
InvBiCGStab: k = 61 resid = 1.820793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237053(s) Flops=403236864 => 1701.04096552248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244890.26866919 Mflops = 244.89026866919 Gflops = 0.24489026866919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060811 s
InvBiCGStab: k = 100 resid = 5.811173e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372207(s) Flops=659146752 => 1770.91444276975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254967.629576332 Mflops = 254.967629576332 Gflops = 0.254967629576332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001160273 Relative Rsd = 5.08798162429427e-07
BICGSTAB_SOLVER_TIME: 0.718297 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 62 resid = 8.548965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228793(s) Flops=409798656 => 1791.13284060264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257871.212439985 Mflops = 257.871212439985 Gflops = 0.257871212439985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056741 s
InvBiCGStab: k = 86 resid = 1.076754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34817(s) Flops=567281664 => 1629.32379010254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234579.248647334 Mflops = 234.579248647334 Gflops = 0.234579248647334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001112196 Relative Rsd = 4.8771579858132e-07
BICGSTAB_SOLVER_TIME: 0.67942 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120212
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96019(s) Flops=1473159168 => 1534.23714889761 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220918.104569044 Mflops = 220.918104569044 Gflops = 0.220918104569044 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163365000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 30 resid = 2.214551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111101(s) Flops=199821312 => 1798.55547654837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258882.698695828 Mflops = 258.882698695828 Gflops = 0.258882698695828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 46 resid = 9.737352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169258(s) Flops=304809984 => 1800.86013068806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.145741854 Mflops = 259.215145741854 Gflops = 0.259215145741854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007389106 Relative Rsd = 3.24024075988485e-07
BICGSTAB_SOLVER_TIME: 0.381642 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046746 s
InvBiCGStab: k = 81 resid = 1.527865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334364(s) Flops=534472704 => 1598.47562536637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230140.507193756 Mflops = 230.140507193756 Gflops = 0.230140507193756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06408 s
InvBiCGStab: k = 101 resid = 6.549692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408596(s) Flops=665708544 => 1629.25859283987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234580.684387765 Mflops = 234.580684387765 Gflops = 0.234580684387765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001250802 Relative Rsd = 5.48496614733995e-07
BICGSTAB_SOLVER_TIME: 0.857658 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144206999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044757 s
InvBiCGStab: k = 52 resid = 1.993973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197673(s) Flops=344180736 => 1741.16210104567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250651.693679562 Mflops = 250.651693679562 Gflops = 0.250651693679562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05707 s
InvBiCGStab: k = 72 resid = 8.304152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288743(s) Flops=475416576 => 1646.50424772202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237042.269804504 Mflops = 237.042269804504 Gflops = 0.237042269804504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001035563 Relative Rsd = 4.54111028764693e-07
BICGSTAB_SOLVER_TIME: 0.592131 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041338 s
InvBiCGStab: k = 64 resid = 2.267845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243714(s) Flops=422922240 => 1735.32189369507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249833.808787925 Mflops = 249.833808787925 Gflops = 0.249833808787925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 93 resid = 1.009795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343655(s) Flops=613214208 => 1784.3890180559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256909.749256886 Mflops = 256.909749256886 Gflops = 0.256909749256886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001184198 Relative Rsd = 5.19289800351751e-07
BICGSTAB_SOLVER_TIME: 0.68863 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 58 resid = 1.938976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218622(s) Flops=383551488 => 1754.40480829926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252565.915523465 Mflops = 252.565915523465 Gflops = 0.252565915523465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057782 s
InvBiCGStab: k = 85 resid = 8.296694e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321873(s) Flops=560719872 => 1742.05314518459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250823.866301624 Mflops = 250.823866301624 Gflops = 0.250823866301624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001126207 Relative Rsd = 4.93859918445571e-07
BICGSTAB_SOLVER_TIME: 0.642995 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116523
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015781(s) Flops=1491886080 => 1468.7083928524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211475.060615543 Mflops = 211.475060615543 Gflops = 0.211475060615543 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165594000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043879 s
InvBiCGStab: k = 24 resid = 2.112948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094321(s) Flops=160450560 => 1701.11173545658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244816.25327097 Mflops = 244.81625327097 Gflops = 0.24481625327097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058737 s
InvBiCGStab: k = 59 resid = 8.565428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226538(s) Flops=390113280 => 1722.06552543061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247931.439160999 Mflops = 247.931439160999 Gflops = 0.247931439160999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007547063 Relative Rsd = 3.30950766460181e-07
BICGSTAB_SOLVER_TIME: 0.427364 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 52 resid = 1.461352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203424(s) Flops=344180736 => 1691.93770646531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243554.074479205 Mflops = 243.554074479205 Gflops = 0.243554074479205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06373 s
InvBiCGStab: k = 81 resid = 1.100786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342814(s) Flops=534472704 => 1559.07490359204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224473.655268245 Mflops = 224.473655268245 Gflops = 0.224473655268245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001065371 Relative Rsd = 4.67182324075411e-07
BICGSTAB_SOLVER_TIME: 0.65458 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047283 s
InvBiCGStab: k = 53 resid = 1.606166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21648(s) Flops=350742528 => 1620.20753880266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233261.023491018 Mflops = 233.261023491018 Gflops = 0.233261023491018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063911 s
InvBiCGStab: k = 75 resid = 1.100511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281092(s) Flops=495101952 => 1761.35198440368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253572.040346249 Mflops = 253.572040346249 Gflops = 0.253572040346249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001037348 Relative Rsd = 4.54893471747197e-07
BICGSTAB_SOLVER_TIME: 0.612657 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 62 resid = 1.67859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231147(s) Flops=409798656 => 1772.89195187478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255239.006041861 Mflops = 255.239006041861 Gflops = 0.255239006041861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 84 resid = 8.728722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311783(s) Flops=554158080 => 1777.38388558709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255892.439398983 Mflops = 255.892439398983 Gflops = 0.255892439398983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001096713 Relative Rsd = 4.80926304920186e-07
BICGSTAB_SOLVER_TIME: 0.644434 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118615
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 53 resid = 2.238515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197165(s) Flops=350742528 => 1778.92895797936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256091.590492327 Mflops = 256.091590492327 Gflops = 0.256091590492327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 88 resid = 9.75042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326218(s) Flops=580405248 => 1779.19442826576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256150.205406807 Mflops = 256.150205406807 Gflops = 0.256150205406807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001049865 Relative Rsd = 4.60382365169193e-07
BICGSTAB_SOLVER_TIME: 0.624949 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114939
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023292(s) Flops=1498300416 => 1464.19635451074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210895.877832817 Mflops = 210.895877832817 Gflops = 0.210895877832817 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166355000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042149 s
InvBiCGStab: k = 27 resid = 2.127899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099919(s) Flops=180135936 => 1802.81964391157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.367260701 Mflops = 259.478367260701 Gflops = 0.259478367260701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055903 s
InvBiCGStab: k = 49 resid = 1.077454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180106(s) Flops=324495360 => 1801.69100418642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259355.393967252 Mflops = 259.355393967252 Gflops = 0.259355393967252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007460546 Relative Rsd = 3.27156834342102e-07
BICGSTAB_SOLVER_TIME: 0.381906 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041588 s
InvBiCGStab: k = 53 resid = 2.247438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193983(s) Flops=350742528 => 1808.10961785311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260284.901729015 Mflops = 260.284901729015 Gflops = 0.260284901729015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 82 resid = 1.101625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299361(s) Flops=541034496 => 1807.29786445128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.256515214 Mflops = 260.200256515215 Gflops = 0.260200256515215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00113038 Relative Rsd = 4.95689651686188e-07
BICGSTAB_SOLVER_TIME: 0.594776 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044921 s
InvBiCGStab: k = 50 resid = 2.128948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208511(s) Flops=331057152 => 1587.72032170965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228572.850715684 Mflops = 228.572850715684 Gflops = 0.228572850715684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060419 s
InvBiCGStab: k = 75 resid = 9.376746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324222(s) Flops=495101952 => 1527.04613505561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219851.476586924 Mflops = 219.851476586924 Gflops = 0.219851476586924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001005584 Relative Rsd = 4.4096443473934e-07
BICGSTAB_SOLVER_TIME: 0.64218 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042382 s
InvBiCGStab: k = 63 resid = 1.105424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23708(s) Flops=416360448 => 1756.20232832799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252840.522525377 Mflops = 252.840522525377 Gflops = 0.252840522525377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057197 s
InvBiCGStab: k = 86 resid = 1.11874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320474(s) Flops=567281664 => 1770.133190212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254843.741334793 Mflops = 254.843741334793 Gflops = 0.254843741334793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001119925 Relative Rsd = 4.91105159639416e-07
BICGSTAB_SOLVER_TIME: 0.661067 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041047 s
InvBiCGStab: k = 52 resid = 2.106746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191341(s) Flops=344180736 => 1798.78194427749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258927.168438066 Mflops = 258.927168438066 Gflops = 0.258927168438066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056581 s
InvBiCGStab: k = 82 resid = 1.057356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299379(s) Flops=541034496 => 1807.18920164741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260179.631096009 Mflops = 260.179631096009 Gflops = 0.260179631096009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001069144 Relative Rsd = 4.68836751698366e-07
BICGSTAB_SOLVER_TIME: 0.592204 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109994
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932566(s) Flops=1498447872 => 1606.80088272573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231369.89310199 Mflops = 231.36989310199 Gflops = 0.23136989310199 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166591000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.250959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750367(s) Flops=1354696704 => 1805.37883995432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259965.039237281 Mflops = 259.965039237281 Gflops = 0.259965039237281 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.150584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828748(s) Flops=1433438208 => 1729.64303744926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249057.488500286 Mflops = 249.057488500286 Gflops = 0.249057488500286 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002068285 Relative Rsd = 9.10324448256306e-07
BICGSTAB_SOLVER_TIME: 1.58267 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.116705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302418999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.461599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784413(s) Flops=1262831616 => 1609.90653648014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231760.587088003 Mflops = 231.760587088003 Gflops = 0.231760587088003 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.1417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784164(s) Flops=1387505664 => 1769.40750149203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254783.594894797 Mflops = 254.783594894797 Gflops = 0.254783594894797 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002208842 Relative Rsd = 9.69363772906714e-07
BICGSTAB_SOLVER_TIME: 1.572043 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.114476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001864
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287403999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932535(s) Flops=1498447872 => 1606.85429715775 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231585.694408589 Mflops = 231.585694408589 Gflops = 0.231585694408589 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166467000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 29 resid = 2.271565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107446(s) Flops=193259520 => 1798.66649293599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258903.793117388 Mflops = 258.903793117388 Gflops = 0.258903793117388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 42 resid = 1.01363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167496(s) Flops=278562816 => 1663.10130391174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239399.054654161 Mflops = 239.399054654161 Gflops = 0.239399054654161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007105034 Relative Rsd = 3.11567065039252e-07
BICGSTAB_SOLVER_TIME: 0.377232 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 71 resid = 1.939112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264815(s) Flops=468854784 => 1770.49934482563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254907.593320133 Mflops = 254.907593320133 Gflops = 0.254907593320133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 95 resid = 1.108683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349307(s) Flops=626337792 => 1793.08686055533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258155.227783612 Mflops = 258.155227783612 Gflops = 0.258155227783612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001270085 Relative Rsd = 5.56952481712472e-07
BICGSTAB_SOLVER_TIME: 0.715896 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04157 s
InvBiCGStab: k = 60 resid = 1.463549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219593(s) Flops=396675072 => 1806.41036827221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.443649233 Mflops = 260.066443649233 Gflops = 0.260066443649233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 74 resid = 7.093325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270687(s) Flops=488540160 => 1804.81574660032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259821.698154997 Mflops = 259.821698154997 Gflops = 0.259821698154997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001003321 Relative Rsd = 4.39972278455332e-07
BICGSTAB_SOLVER_TIME: 0.592105 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041713 s
InvBiCGStab: k = 73 resid = 1.70548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266684(s) Flops=481978368 => 1807.30140540865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260199.406674741 Mflops = 260.199406674741 Gflops = 0.260199406674741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 102 resid = 9.356189e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410898(s) Flops=672270336 => 1636.10028766263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235562.013953701 Mflops = 235.562013953701 Gflops = 0.235562013953701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00115646 Relative Rsd = 5.07126071514769e-07
BICGSTAB_SOLVER_TIME: 0.779823 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048391 s
InvBiCGStab: k = 53 resid = 2.143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213583(s) Flops=350742528 => 1642.18373185132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236430.225019475 Mflops = 236.430225019475 Gflops = 0.236430225019475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058325 s
InvBiCGStab: k = 94 resid = 1.070705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349761(s) Flops=619776000 => 1771.99859332516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255132.611872201 Mflops = 255.132611872201 Gflops = 0.255132611872201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001112995 Relative Rsd = 4.88066205616742e-07
BICGSTAB_SOLVER_TIME: 0.674007 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119225
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928058(s) Flops=1492402176 => 1608.09149428161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231553.129976712 Mflops = 231.553129976712 Gflops = 0.231553129976712 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165594000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045824 s
InvBiCGStab: k = 30 resid = 2.191612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133163(s) Flops=199821312 => 1500.57682689636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215995.39511572 Mflops = 215.99539511572 Gflops = 0.21599539511572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065039 s
InvBiCGStab: k = 51 resid = 7.37335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206039(s) Flops=337618944 => 1638.61668907343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235894.732995935 Mflops = 235.894732995935 Gflops = 0.235894732995935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000776675 Relative Rsd = 3.40584381910498e-07
BICGSTAB_SOLVER_TIME: 0.454012 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046137 s
InvBiCGStab: k = 78 resid = 1.81999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289122(s) Flops=514787328 => 1780.51939319734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256353.692227132 Mflops = 256.353692227132 Gflops = 0.256353692227132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 110 resid = 1.079779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402811(s) Flops=724764672 => 1799.26732884653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259055.997511047 Mflops = 259.055997511047 Gflops = 0.259055997511047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001314327 Relative Rsd = 5.76353208300406e-07
BICGSTAB_SOLVER_TIME: 0.798209 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148506999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040698 s
InvBiCGStab: k = 52 resid = 2.27277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190684(s) Flops=344180736 => 1804.97963122234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.005056091 Mflops = 259.845005056091 Gflops = 0.259845005056091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055846 s
InvBiCGStab: k = 72 resid = 1.088488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26259(s) Flops=475416576 => 1810.49002627671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260642.55130962 Mflops = 260.64255130962 Gflops = 0.26064255130962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001030519 Relative Rsd = 4.51899135403567e-07
BICGSTAB_SOLVER_TIME: 0.553725 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 71 resid = 1.950752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260037(s) Flops=468854784 => 1803.03104558197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.351849353 Mflops = 259.592351849353 Gflops = 0.259592351849353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056028 s
InvBiCGStab: k = 85 resid = 1.018509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310786(s) Flops=560719872 => 1804.19926251504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.700561191 Mflops = 259.746700561191 Gflops = 0.259746700561191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001137728 Relative Rsd = 4.98911926172761e-07
BICGSTAB_SOLVER_TIME: 0.67186 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125648
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046456 s
InvBiCGStab: k = 66 resid = 2.242631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27332(s) Flops=436045824 => 1595.36742280111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229682.923077727 Mflops = 229.682923077727 Gflops = 0.229682923077727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064277 s
InvBiCGStab: k = 79 resid = 9.66467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333062(s) Flops=521349120 => 1565.32153172683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225367.778581587 Mflops = 225.367778581587 Gflops = 0.225367778581587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001092926 Relative Rsd = 4.79265496050229e-07
BICGSTAB_SOLVER_TIME: 0.721062 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117889
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958853(s) Flops=1486577664 => 1550.37077007633 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223239.019290459 Mflops = 223.239019290459 Gflops = 0.223239019290459 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164883000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040765 s
InvBiCGStab: k = 28 resid = 1.627705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116776(s) Flops=186697728 => 1598.76796602042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230133.386128329 Mflops = 230.133386128329 Gflops = 0.230133386128329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062871 s
InvBiCGStab: k = 46 resid = 1.078169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191929(s) Flops=304809984 => 1588.1392806715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228615.93085234 Mflops = 228.61593085234 Gflops = 0.22861593085234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007313207 Relative Rsd = 3.206957962267e-07
BICGSTAB_SOLVER_TIME: 0.416677 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04346 s
InvBiCGStab: k = 51 resid = 1.830736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215138(s) Flops=337618944 => 1569.31338954532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225922.868007743 Mflops = 225.922868007743 Gflops = 0.225922868007743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055891 s
InvBiCGStab: k = 74 resid = 9.421638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275948(s) Flops=488540160 => 1770.40659834462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254879.98178165 Mflops = 254.87998178165 Gflops = 0.25487998178165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001086281 Relative Rsd = 4.76351461318883e-07
BICGSTAB_SOLVER_TIME: 0.594366 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 52 resid = 2.104324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190952(s) Flops=344180736 => 1802.44635301018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259484.188717593 Mflops = 259.484188717593 Gflops = 0.259484188717593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055957 s
InvBiCGStab: k = 70 resid = 1.062605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255707(s) Flops=462292992 => 1807.90119941965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260262.129628085 Mflops = 260.262129628085 Gflops = 0.260262129628085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001023086 Relative Rsd = 4.48639594434497e-07
BICGSTAB_SOLVER_TIME: 0.54775 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040575 s
InvBiCGStab: k = 62 resid = 2.142662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227061(s) Flops=409798656 => 1804.79543382615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.692099936 Mflops = 259.826692099936 Gflops = 0.259826692099936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055791 s
InvBiCGStab: k = 80 resid = 8.488274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292747(s) Flops=527910912 => 1803.30084339037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259615.971943649 Mflops = 259.615971943649 Gflops = 0.259615971943649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001074373 Relative Rsd = 4.71129712421416e-07
BICGSTAB_SOLVER_TIME: 0.620056 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043233 s
InvBiCGStab: k = 55 resid = 2.182599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20123(s) Flops=363866112 => 1808.2100680813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260324.780580214 Mflops = 260.324780580214 Gflops = 0.260324780580214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 91 resid = 1.058996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351905(s) Flops=600090624 => 1705.26313635782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245518.046324236 Mflops = 245.518046324236 Gflops = 0.245518046324236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001094698 Relative Rsd = 4.80042527735275e-07
BICGSTAB_SOLVER_TIME: 0.657144 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118706
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984952(s) Flops=1492844544 => 1515.65207644636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218236.293468019 Mflops = 218.236293468019 Gflops = 0.218236293468019 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165854000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04145 s
InvBiCGStab: k = 30 resid = 2.075574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111101(s) Flops=199821312 => 1798.55547654837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258889.249450243 Mflops = 258.889249450243 Gflops = 0.258889249450243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 52 resid = 1.077936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192034(s) Flops=344180736 => 1792.29061520356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257986.236107867 Mflops = 257.986236107867 Gflops = 0.257986236107867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000796115 Relative Rsd = 3.4910911530663e-07
BICGSTAB_SOLVER_TIME: 0.404659 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040748 s
InvBiCGStab: k = 51 resid = 2.238493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214674(s) Flops=337618944 => 1572.70532994214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226419.703175815 Mflops = 226.419703175815 Gflops = 0.226419703175815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061777 s
InvBiCGStab: k = 103 resid = 1.006191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422149(s) Flops=678832128 => 1608.0391710036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231521.360177551 Mflops = 231.521360177551 Gflops = 0.231521360177551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001129096 Relative Rsd = 4.95126468350702e-07
BICGSTAB_SOLVER_TIME: 0.743163 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 54 resid = 1.979838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207032(s) Flops=357304320 => 1725.84102940608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248444.298360234 Mflops = 248.444298360234 Gflops = 0.248444298360234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056563 s
InvBiCGStab: k = 92 resid = 8.011676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341182(s) Flops=606652416 => 1778.09033301874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255989.683687041 Mflops = 255.989683687041 Gflops = 0.255989683687041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001073007 Relative Rsd = 4.70530640952785e-07
BICGSTAB_SOLVER_TIME: 0.649735 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 64 resid = 2.068666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233624(s) Flops=422922240 => 1810.26880799918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260629.289278832 Mflops = 260.629289278832 Gflops = 0.260629289278832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056791 s
InvBiCGStab: k = 94 resid = 6.075119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366712(s) Flops=619776000 => 1690.08922533214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243331.865098373 Mflops = 243.331865098373 Gflops = 0.243331865098373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001148396 Relative Rsd = 5.03589788625679e-07
BICGSTAB_SOLVER_TIME: 0.70237 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042637 s
InvBiCGStab: k = 54 resid = 2.270036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19833(s) Flops=357304320 => 1801.56466495235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.201073355 Mflops = 259.358201073355 Gflops = 0.259358201073355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056649 s
InvBiCGStab: k = 75 resid = 1.148743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275773(s) Flops=495101952 => 1795.32424131441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258468.900215017 Mflops = 258.468900215017 Gflops = 0.258468900215017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001089003 Relative Rsd = 4.77545367108133e-07
BICGSTAB_SOLVER_TIME: 0.577246 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106309
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032543(s) Flops=1499185152 => 1451.93483661213 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209061.173012569 Mflops = 209.061173012569 Gflops = 0.209061173012569 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166005000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.378055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021355
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.99696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758559(s) Flops=1367820288 => 1803.18246570142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.749318888 Mflops = 259.633749318888 Gflops = 0.259633749318888 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.082895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.124343(s) Flops=1787774976 => 1590.06190815436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228962.092816186 Mflops = 228.962092816186 Gflops = 0.228962092816186 Tflops
BICGSTAB_SOLVER: 480 iterations. Rsd = 0.002151975 Relative Rsd = 9.47158748625398e-07
BICGSTAB_SOLVER_TIME: 1.886657 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.119123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.342118999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 2.09253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.624159(s) Flops=1111910400 => 1781.45376418509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256422.114427367 Mflops = 256.422114427367 Gflops = 0.256422114427367 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.105373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739191(s) Flops=1328449536 => 1797.16681615442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258777.257327278 Mflops = 258.777257327278 Gflops = 0.258777257327278 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001916098 Relative Rsd = 8.40924158286562e-07
BICGSTAB_SOLVER_TIME: 1.366721 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264852999999997
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969513(s) Flops=1499185152 => 1546.32805542577 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222650.110589659 Mflops = 222.650110589659 Gflops = 0.222650110589659 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166479000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041652 s
InvBiCGStab: k = 26 resid = 2.264352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095933(s) Flops=173574144 => 1809.32675930076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260381.107721359 Mflops = 260.381107721359 Gflops = 0.260381107721359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056419 s
InvBiCGStab: k = 53 resid = 8.27382e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194247(s) Flops=350742528 => 1805.65222628921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.11101085 Mflops = 259.93311101085 Gflops = 0.25993311101085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007524437 Relative Rsd = 3.29958559126198e-07
BICGSTAB_SOLVER_TIME: 0.392011 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 76 resid = 2.255595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28985(s) Flops=501663744 => 1730.77020527859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249182.080280339 Mflops = 249.182080280339 Gflops = 0.249182080280339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058267 s
InvBiCGStab: k = 115 resid = 1.140623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432212(s) Flops=757573632 => 1752.78250488186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252354.944447025 Mflops = 252.354944447025 Gflops = 0.252354944447025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001322927 Relative Rsd = 5.80124525279106e-07
BICGSTAB_SOLVER_TIME: 0.825219 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150675999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 54 resid = 2.232386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227658(s) Flops=357304320 => 1569.47842816857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225956.907835805 Mflops = 225.956907835805 Gflops = 0.225956907835805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061953 s
InvBiCGStab: k = 87 resid = 1.068437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36018(s) Flops=573843456 => 1593.21299350325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229378.216030053 Mflops = 229.378216030053 Gflops = 0.229378216030053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001065086 Relative Rsd = 4.67056996384275e-07
BICGSTAB_SOLVER_TIME: 0.695601 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040677 s
InvBiCGStab: k = 69 resid = 2.039981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259908(s) Flops=455731200 => 1753.43275312803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252445.37446659 Mflops = 252.44537446659 Gflops = 0.25244537446659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056913 s
InvBiCGStab: k = 104 resid = 7.492807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385416(s) Flops=685393920 => 1778.32243601719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256039.415939769 Mflops = 256.039415939769 Gflops = 0.256039415939769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001168893 Relative Rsd = 5.12578106854076e-07
BICGSTAB_SOLVER_TIME: 0.746771 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041374 s
InvBiCGStab: k = 60 resid = 1.672907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21996(s) Flops=396675072 => 1803.39639934534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.614555168 Mflops = 259.624614555168 Gflops = 0.259624614555168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 90 resid = 7.553708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328321(s) Flops=593528832 => 1807.76993247462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260269.02796897 Mflops = 260.26902796897 Gflops = 0.26026902796897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001145516 Relative Rsd = 5.02326965368797e-07
BICGSTAB_SOLVER_TIME: 0.649704 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121396
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94355(s) Flops=1517912064 => 1608.72456573579 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231633.985897467 Mflops = 231.633985897467 Gflops = 0.231633985897467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168706000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046788 s
InvBiCGStab: k = 29 resid = 2.076353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107358(s) Flops=193259520 => 1800.1408371989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259095.724070028 Mflops = 259.095724070028 Gflops = 0.259095724070028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 47 resid = 9.171129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172824(s) Flops=311371776 => 1801.66976808777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.875703883 Mflops = 259.333875703883 Gflops = 0.259333875703883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007690701 Relative Rsd = 3.37249491176818e-07
BICGSTAB_SOLVER_TIME: 0.387188 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043133 s
InvBiCGStab: k = 73 resid = 2.177237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272936(s) Flops=481978368 => 1765.90251194419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254253.424370957 Mflops = 254.253424370957 Gflops = 0.254253424370957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056469 s
InvBiCGStab: k = 102 resid = 1.004254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381485(s) Flops=672270336 => 1762.24579210192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253716.903440545 Mflops = 253.716903440545 Gflops = 0.253716903440545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00127901 Relative Rsd = 5.60866074974349e-07
BICGSTAB_SOLVER_TIME: 0.757793 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 58 resid = 2.149632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215384(s) Flops=383551488 => 1780.77985365672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256369.833803887 Mflops = 256.369833803887 Gflops = 0.256369833803887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057918 s
InvBiCGStab: k = 68 resid = 1.092907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261153(s) Flops=449169408 => 1719.94734121377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247616.758567924 Mflops = 247.616758567924 Gflops = 0.247616758567924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00106801 Relative Rsd = 4.68339575981877e-07
BICGSTAB_SOLVER_TIME: 0.579556 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042029 s
InvBiCGStab: k = 60 resid = 1.966372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257135(s) Flops=396675072 => 1542.67241721275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222095.385726887 Mflops = 222.095385726887 Gflops = 0.222095385726887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06337 s
InvBiCGStab: k = 92 resid = 1.005741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352709(s) Flops=606652416 => 1719.97997215835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247631.373375462 Mflops = 247.631373375462 Gflops = 0.247631373375462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001154804 Relative Rsd = 5.06400140855722e-07
BICGSTAB_SOLVER_TIME: 0.718964 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041385 s
InvBiCGStab: k = 67 resid = 2.171739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285162(s) Flops=442607616 => 1552.1269173312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223468.339789831 Mflops = 223.468339789831 Gflops = 0.223468339789831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055754 s
InvBiCGStab: k = 99 resid = 6.750109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367023(s) Flops=652584960 => 1778.04922307321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255997.291673631 Mflops = 255.997291673631 Gflops = 0.255997291673631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001166947 Relative Rsd = 5.11724704404899e-07
BICGSTAB_SOLVER_TIME: 0.753189 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132991
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956828(s) Flops=1542832128 => 1612.44458565176 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232238.386075344 Mflops = 232.238386075344 Gflops = 0.232238386075344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171370000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04511 s
InvBiCGStab: k = 28 resid = 1.928491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110116(s) Flops=186697728 => 1695.46412873697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244041.164693706 Mflops = 244.041164693706 Gflops = 0.244041164693706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05644 s
InvBiCGStab: k = 51 resid = 9.452209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198072(s) Flops=337618944 => 1704.52635405307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245385.627792997 Mflops = 245.385627792997 Gflops = 0.245385627792997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007293695 Relative Rsd = 3.19840173103567e-07
BICGSTAB_SOLVER_TIME: 0.413531 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 49 resid = 1.993002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184156(s) Flops=324495360 => 1762.06781207237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253666.491545766 Mflops = 253.666491545766 Gflops = 0.253666491545766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056895 s
InvBiCGStab: k = 87 resid = 8.561308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319899(s) Flops=573843456 => 1793.8269766395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258265.044341429 Mflops = 258.265044341429 Gflops = 0.258265044341429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001133176 Relative Rsd = 4.96915923160237e-07
BICGSTAB_SOLVER_TIME: 0.606669 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001837
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 54 resid = 2.000138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19813(s) Flops=357304320 => 1803.38323323071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259630.05588498 Mflops = 259.63005588498 Gflops = 0.25963005588498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055671 s
InvBiCGStab: k = 76 resid = 7.240734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277326(s) Flops=501663744 => 1808.93152463166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260421.482572737 Mflops = 260.421482572737 Gflops = 0.260421482572737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001059711 Relative Rsd = 4.64700274241172e-07
BICGSTAB_SOLVER_TIME: 0.576427 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 67 resid = 1.871681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244446(s) Flops=442607616 => 1810.65599764365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260682.971919919 Mflops = 260.682971919919 Gflops = 0.260682971919919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 88 resid = 1.031471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321341(s) Flops=580405248 => 1806.19730442116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260044.295473227 Mflops = 260.044295473227 Gflops = 0.260044295473227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.0011134 Relative Rsd = 4.88243655333398e-07
BICGSTAB_SOLVER_TIME: 0.66717 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044799 s
InvBiCGStab: k = 60 resid = 2.003204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242752(s) Flops=396675072 => 1634.07540205642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235249.224074361 Mflops = 235.249224074361 Gflops = 0.235249224074361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065355 s
InvBiCGStab: k = 70 resid = 1.109778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292689(s) Flops=462292992 => 1579.46828203315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227402.961747021 Mflops = 227.402961747021 Gflops = 0.227402961747021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001042275 Relative Rsd = 4.57054417232252e-07
BICGSTAB_SOLVER_TIME: 0.649849 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107062
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987191(s) Flops=1573724160 => 1594.1435446636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229539.347964396 Mflops = 229.539347964396 Gflops = 0.229539347964396 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175207000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041968 s
InvBiCGStab: k = 26 resid = 2.269725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108383(s) Flops=173574144 => 1601.48864674349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230501.95952322 Mflops = 230.50195952322 Gflops = 0.23050195952322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063808 s
InvBiCGStab: k = 50 resid = 1.041402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208151(s) Flops=331057152 => 1590.46630571076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228971.520573164 Mflops = 228.971520573164 Gflops = 0.228971520573164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007671647 Relative Rsd = 3.36413956219249e-07
BICGSTAB_SOLVER_TIME: 0.426668 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0687110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045682 s
InvBiCGStab: k = 55 resid = 2.119224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227095(s) Flops=363866112 => 1602.26386314098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230672.732844418 Mflops = 230.672732844418 Gflops = 0.230672732844417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057584 s
InvBiCGStab: k = 87 resid = 5.788254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32299(s) Flops=573843456 => 1776.66013189263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255803.81021762 Mflops = 255.80381021762 Gflops = 0.25580381021762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001085985 Relative Rsd = 4.76221794379784e-07
BICGSTAB_SOLVER_TIME: 0.65729 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 57 resid = 2.140097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210217(s) Flops=376989696 => 1793.33591479281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258177.429395739 Mflops = 258.177429395738 Gflops = 0.258177429395739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 84 resid = 8.585135e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307074(s) Flops=554158080 => 1804.64018445065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.244031928 Mflops = 259.817244031928 Gflops = 0.259817244031928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001040856 Relative Rsd = 4.56431760674699e-07
BICGSTAB_SOLVER_TIME: 0.618726 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 59 resid = 2.040051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215899(s) Flops=390113280 => 1806.92490470081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260139.534693315 Mflops = 260.139534693315 Gflops = 0.260139534693315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 87 resid = 1.017232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317594(s) Flops=573843456 => 1806.84602353949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260131.939474761 Mflops = 260.131939474761 Gflops = 0.260131939474761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001175113 Relative Rsd = 5.15305860222914e-07
BICGSTAB_SOLVER_TIME: 0.634952 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041095 s
InvBiCGStab: k = 57 resid = 2.187219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20918(s) Flops=376989696 => 1802.22629314466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.66854186 Mflops = 259.45366854186 Gflops = 0.25945366854186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056519 s
InvBiCGStab: k = 81 resid = 1.048014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321364(s) Flops=534472704 => 1663.13807395975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239440.876105901 Mflops = 239.440876105901 Gflops = 0.239440876105901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001095603 Relative Rsd = 4.80439441298854e-07
BICGSTAB_SOLVER_TIME: 0.632315 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112926
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049598(s) Flops=1592819712 => 1517.55215996982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218511.369509223 Mflops = 218.511369509223 Gflops = 0.218511369509223 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176840000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.897685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801724(s) Flops=1321887744 => 1648.80650198822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237393.397614831 Mflops = 237.393397614831 Gflops = 0.237393397614831 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.147093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939247(s) Flops=1584359424 => 1686.84001545919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242892.77733464 Mflops = 242.89277733464 Gflops = 0.24289277733464 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002073853 Relative Rsd = 9.12764450511268e-07
BICGSTAB_SOLVER_TIME: 1.744433 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315470999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.697745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.679386(s) Flops=1223460864 => 1800.83319938886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.318117938 Mflops = 259.311318117938 Gflops = 0.259311318117938 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 9.996844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799465(s) Flops=1440000000 => 1801.20455554652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259359.476821805 Mflops = 259.359476821805 Gflops = 0.259359476821805 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.001914143 Relative Rsd = 8.40104302148084e-07
BICGSTAB_SOLVER_TIME: 1.482292 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289103999999998
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.106576(s) Flops=1592819712 => 1439.41284828155 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207261.249285574 Mflops = 207.261249285574 Gflops = 0.207261249285574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177038000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 31 resid = 1.864631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114085(s) Flops=206383104 => 1809.02926765131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260364.393385339 Mflops = 260.364393385339 Gflops = 0.260364393385339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 53 resid = 9.22352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193653(s) Flops=350742528 => 1811.19077938374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260723.754580125 Mflops = 260.723754580125 Gflops = 0.260723754580125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007788301 Relative Rsd = 3.41529444591624e-07
BICGSTAB_SOLVER_TIME: 0.409301 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 73 resid = 2.170869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267162(s) Flops=481978368 => 1804.06782401689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259746.539541783 Mflops = 259.746539541783 Gflops = 0.259746539541783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 120 resid = 7.826204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.489417(s) Flops=790382592 => 1614.94715549317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232520.628217114 Mflops = 232.520628217114 Gflops = 0.232520628217114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001281732 Relative Rsd = 5.62060082863552e-07
BICGSTAB_SOLVER_TIME: 0.858299 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151819999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045278 s
InvBiCGStab: k = 61 resid = 2.032184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248218(s) Flops=403236864 => 1624.52708506232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233881.647490025 Mflops = 233.881647490025 Gflops = 0.233881647490025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056503 s
InvBiCGStab: k = 84 resid = 8.361834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314538(s) Flops=554158080 => 1761.8159967953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253647.227654415 Mflops = 253.647227654415 Gflops = 0.253647227654415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001067134 Relative Rsd = 4.67955373862328e-07
BICGSTAB_SOLVER_TIME: 0.668489 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041376 s
InvBiCGStab: k = 58 resid = 1.844573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212783(s) Flops=383551488 => 1802.54760953648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259502.879560705 Mflops = 259.502879560705 Gflops = 0.259502879560705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 94 resid = 9.607983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347824(s) Flops=619776000 => 1781.86669120015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256545.604374464 Mflops = 256.545604374464 Gflops = 0.256545604374464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001124484 Relative Rsd = 4.93104276700478e-07
BICGSTAB_SOLVER_TIME: 0.662154 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122587
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 60 resid = 1.85087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222126(s) Flops=396675072 => 1785.81108019773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257094.913499599 Mflops = 257.094913499599 Gflops = 0.257094913499599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 85 resid = 8.641032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313033(s) Flops=560719872 => 1791.24843706574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257888.159404701 Mflops = 257.888159404701 Gflops = 0.257888159404701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001142076 Relative Rsd = 5.00818438577317e-07
BICGSTAB_SOLVER_TIME: 0.63629 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117891
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094263(s) Flops=1605574656 => 1467.26578162654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211296.252685362 Mflops = 211.296252685362 Gflops = 0.211296252685362 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178340000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 33 resid = 2.083325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121728(s) Flops=219506688 => 1803.25552050473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259558.953216976 Mflops = 259.558953216976 Gflops = 0.259558953216976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0561 s
InvBiCGStab: k = 58 resid = 7.026841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212493(s) Flops=383551488 => 1805.00763789866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259848.90051904 Mflops = 259.84890051904 Gflops = 0.25984890051904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007659004 Relative Rsd = 3.35859553479639e-07
BICGSTAB_SOLVER_TIME: 0.435342 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0793240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 70 resid = 1.879868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255753(s) Flops=462292992 => 1807.57602843368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260235.019709813 Mflops = 260.235019709813 Gflops = 0.260235019709813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057743 s
InvBiCGStab: k = 111 resid = 7.511886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425927(s) Flops=731326464 => 1717.02302037673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247211.774685712 Mflops = 247.211774685712 Gflops = 0.247211774685712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.00125201 Relative Rsd = 5.49026207185258e-07
BICGSTAB_SOLVER_TIME: 0.784689 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044106 s
InvBiCGStab: k = 55 resid = 1.823918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237314(s) Flops=363866112 => 1533.26863143346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220754.746809499 Mflops = 220.754746809499 Gflops = 0.220754746809499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064114 s
InvBiCGStab: k = 73 resid = 1.097082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292121(s) Flops=481978368 => 1649.9271466276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237530.24165829 Mflops = 237.53024165829 Gflops = 0.23753024165829 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001080973 Relative Rsd = 4.74023990812041e-07
BICGSTAB_SOLVER_TIME: 0.641424 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041633 s
InvBiCGStab: k = 64 resid = 2.111561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239015(s) Flops=422922240 => 1769.43806874046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254745.236285177 Mflops = 254.745236285177 Gflops = 0.254745236285177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 86 resid = 1.062137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315824(s) Flops=567281664 => 1796.19555195299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.344267607 Mflops = 258.605344267607 Gflops = 0.258605344267607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001117457 Relative Rsd = 4.90022542797896e-07
BICGSTAB_SOLVER_TIME: 0.657036 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 59 resid = 2.071609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216605(s) Flops=390113280 => 1801.03543316175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.130194281 Mflops = 259.278130194281 Gflops = 0.259278130194281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 87 resid = 1.13068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318037(s) Flops=573843456 => 1804.32923213337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.248058936 Mflops = 259.771248058936 Gflops = 0.259771248058936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001149842 Relative Rsd = 5.04223880377861e-07
BICGSTAB_SOLVER_TIME: 0.636837 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11905
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052854(s) Flops=1618182144 => 1536.94827962851 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221324.397288579 Mflops = 221.324397288579 Gflops = 0.221324397288579 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179899000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.404363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 30 resid = 2.017878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11079(s) Flops=199821312 => 1803.60422420796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.371398932 Mflops = 259.606371398932 Gflops = 0.259606371398932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055688 s
InvBiCGStab: k = 52 resid = 1.126151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19069(s) Flops=344180736 => 1804.92283811422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.475481139 Mflops = 259.805475481139 Gflops = 0.259805475481139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000767457 Relative Rsd = 3.36542142709043e-07
BICGSTAB_SOLVER_TIME: 0.402503 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 50 resid = 2.240551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188202(s) Flops=331057152 => 1759.05225236714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253250.232025925 Mflops = 253.250232025925 Gflops = 0.253250232025925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060343 s
InvBiCGStab: k = 97 resid = 6.921248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371807(s) Flops=639461376 => 1719.87449402513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247619.021869382 Mflops = 247.619021869382 Gflops = 0.247619021869382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001125387 Relative Rsd = 4.93499965064632e-07
BICGSTAB_SOLVER_TIME: 0.665203 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049804 s
InvBiCGStab: k = 52 resid = 2.195854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223776(s) Flops=344180736 => 1538.0592020592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221442.722237918 Mflops = 221.442722237918 Gflops = 0.221442722237918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059462 s
InvBiCGStab: k = 77 resid = 9.849933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321092(s) Flops=508225536 => 1582.80348311387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227873.915411716 Mflops = 227.873915411716 Gflops = 0.227873915411716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001072056 Relative Rsd = 4.70113868948534e-07
BICGSTAB_SOLVER_TIME: 0.658276 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106491
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 59 resid = 1.864644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224901(s) Flops=390113280 => 1734.60002401056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249727.716903009 Mflops = 249.727716903009 Gflops = 0.249727716903009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 81 resid = 9.961586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300602(s) Flops=534472704 => 1778.00781099261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255970.590990285 Mflops = 255.970590990285 Gflops = 0.255970590990285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001100644 Relative Rsd = 4.82649854210675e-07
BICGSTAB_SOLVER_TIME: 0.62706 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040869 s
InvBiCGStab: k = 58 resid = 1.808535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212698(s) Flops=383551488 => 1803.26795738559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.371909127 Mflops = 259.608371909127 Gflops = 0.259608371909127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056672 s
InvBiCGStab: k = 79 resid = 1.056881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288605(s) Flops=521349120 => 1806.44521058194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260068.411163162 Mflops = 260.068411163162 Gflops = 0.260068411163162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001091366 Relative Rsd = 4.78581273221592e-07
BICGSTAB_SOLVER_TIME: 0.602667 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112238
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004923(s) Flops=1624596480 => 1616.63777224723 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232786.647845123 Mflops = 232.786647845123 Gflops = 0.232786647845123 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180747000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043939 s
InvBiCGStab: k = 35 resid = 2.097519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135935(s) Flops=232630272 => 1711.33462316548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246288.9278624 Mflops = 246.2889278624 Gflops = 0.2462889278624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060479 s
InvBiCGStab: k = 53 resid = 1.132427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201373(s) Flops=350742528 => 1741.75548857096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250727.372517198 Mflops = 250.727372517198 Gflops = 0.250727372517198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007691261 Relative Rsd = 3.37274071740273e-07
BICGSTAB_SOLVER_TIME: 0.445603 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 64 resid = 2.000108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236746(s) Flops=422922240 => 1786.39656002636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257184.125360942 Mflops = 257.184125360942 Gflops = 0.257184125360942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 91 resid = 4.590159e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332915(s) Flops=600090624 => 1802.53405223556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259519.923223951 Mflops = 259.519923223951 Gflops = 0.259519923223951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001114647 Relative Rsd = 4.88790400576604e-07
BICGSTAB_SOLVER_TIME: 0.671565 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 59 resid = 1.992807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216046(s) Flops=390113280 => 1805.69545374596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.773018922 Mflops = 259.945773018922 Gflops = 0.259945773018922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056136 s
InvBiCGStab: k = 87 resid = 1.074937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346233(s) Flops=573843456 => 1657.39099392606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238621.515778129 Mflops = 238.621515778129 Gflops = 0.238621515778129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001072537 Relative Rsd = 4.70324756399485e-07
BICGSTAB_SOLVER_TIME: 0.663384 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045245 s
InvBiCGStab: k = 66 resid = 2.138256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279381(s) Flops=436045824 => 1560.75690186519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224699.598031203 Mflops = 224.699598031203 Gflops = 0.224699598031203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061973 s
InvBiCGStab: k = 87 resid = 1.112355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322329(s) Flops=573843456 => 1780.30352838249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256318.298586286 Mflops = 256.318298586286 Gflops = 0.256318298586286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001155602 Relative Rsd = 5.0675008844136e-07
BICGSTAB_SOLVER_TIME: 0.712712 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041875 s
InvBiCGStab: k = 55 resid = 2.096134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20651(s) Flops=363866112 => 1761.97817054864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253663.02216825 Mflops = 253.66302216825 Gflops = 0.25366302216825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056309 s
InvBiCGStab: k = 104 resid = 1.113787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380191(s) Flops=685393920 => 1802.76208537288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.337301226 Mflops = 259.555337301226 Gflops = 0.259555337301226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001096838 Relative Rsd = 4.80980826294578e-07
BICGSTAB_SOLVER_TIME: 0.688648 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127933
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013168(s) Flops=1631084544 => 1609.88557080366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231810.789047862 Mflops = 231.810789047862 Gflops = 0.231810789047862 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181356000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021143
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.062184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757132(s) Flops=1361258496 => 1797.91436103612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258811.620824676 Mflops = 258.811620824676 Gflops = 0.258811620824676 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 8.615784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952512(s) Flops=1715595264 => 1801.12719209837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.093739502 Mflops = 259.352093739502 Gflops = 0.259352093739503 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002140959 Relative Rsd = 9.42276058932877e-07
BICGSTAB_SOLVER_TIME: 1.713118 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.114445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334225999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 2.121563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683482(s) Flops=1105348608 => 1617.23148232141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232898.749650983 Mflops = 232.898749650983 Gflops = 0.232898749650983 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 8.732661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943602(s) Flops=1610606592 => 1706.87068488621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245779.110003699 Mflops = 245.779110003699 Gflops = 0.245779110003699 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.001948468 Relative Rsd = 8.55194700951034e-07
BICGSTAB_SOLVER_TIME: 1.630523 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0.115936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294484999999998
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036868(s) Flops=1631084544 => 1573.08793790531 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226508.673691403 Mflops = 226.508673691403 Gflops = 0.226508673691403 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181319000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041604 s
InvBiCGStab: k = 32 resid = 1.699706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123476(s) Flops=212944896 => 1724.58531212543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248233.400413572 Mflops = 248.233400413572 Gflops = 0.248233400413572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058496 s
InvBiCGStab: k = 58 resid = 1.064722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227883(s) Flops=383551488 => 1683.10706810074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242321.405597674 Mflops = 242.321405597674 Gflops = 0.242321405597675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007647521 Relative Rsd = 3.35355996516148e-07
BICGSTAB_SOLVER_TIME: 0.45538 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042016 s
InvBiCGStab: k = 80 resid = 1.844957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293302(s) Flops=527910912 => 1799.88855173166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259142.456091242 Mflops = 259.142456091242 Gflops = 0.259142456091242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 105 resid = 9.556529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394639(s) Flops=691955712 => 1753.38907710591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252446.087616896 Mflops = 252.446087616896 Gflops = 0.252446087616896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001293852 Relative Rsd = 5.67374895867309e-07
BICGSTAB_SOLVER_TIME: 0.79038 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041671 s
InvBiCGStab: k = 54 resid = 1.78731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213075(s) Flops=357304320 => 1676.89461457233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241415.230327773 Mflops = 241.415230327773 Gflops = 0.241415230327773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058513 s
InvBiCGStab: k = 76 resid = 1.010135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287126(s) Flops=501663744 => 1747.19023703879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251533.767325157 Mflops = 251.533767325157 Gflops = 0.251533767325157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001044933 Relative Rsd = 4.58219581885001e-07
BICGSTAB_SOLVER_TIME: 0.604257 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045794 s
InvBiCGStab: k = 69 resid = 1.616132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269581(s) Flops=455731200 => 1690.51676490554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243377.976752917 Mflops = 243.377976752917 Gflops = 0.243377976752917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065113 s
InvBiCGStab: k = 96 resid = 9.322879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397375(s) Flops=632899584 => 1592.70106071092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229311.062978214 Mflops = 229.311062978214 Gflops = 0.229311062978214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00117947 Relative Rsd = 5.17216303475624e-07
BICGSTAB_SOLVER_TIME: 0.782202 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045396 s
InvBiCGStab: k = 61 resid = 2.02331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236009(s) Flops=403236864 => 1708.56562249745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245976.119842144 Mflops = 245.976119842144 Gflops = 0.245976119842144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063671 s
InvBiCGStab: k = 89 resid = 1.130315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332432(s) Flops=586967040 => 1765.67550656976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254206.060381176 Mflops = 254.206060381176 Gflops = 0.254206060381176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001162186 Relative Rsd = 5.09637219835342e-07
BICGSTAB_SOLVER_TIME: 0.681265 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121387000000001
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.06317(s) Flops=1643544576 => 1545.89066282909 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222593.166537586 Mflops = 222.593166537586 Gflops = 0.222593166537586 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182915000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046694 s
InvBiCGStab: k = 35 resid = 2.146392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135162(s) Flops=232630272 => 1721.12185377547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247743.472722623 Mflops = 247.743472722623 Gflops = 0.247743472722623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057197 s
InvBiCGStab: k = 54 resid = 9.944051e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205026(s) Flops=357304320 => 1742.7268736648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250884.535387063 Mflops = 250.884535387063 Gflops = 0.250884535387063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007392014 Relative Rsd = 3.24151624353579e-07
BICGSTAB_SOLVER_TIME: 0.447943 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778640000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 74 resid = 1.675096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273294(s) Flops=488540160 => 1787.59928867813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257355.024299498 Mflops = 257.355024299498 Gflops = 0.257355024299498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05735 s
InvBiCGStab: k = 106 resid = 1.04913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388519(s) Flops=698517504 => 1797.897925198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258858.537350954 Mflops = 258.858537350954 Gflops = 0.258858537350954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001301228 Relative Rsd = 5.70609320248175e-07
BICGSTAB_SOLVER_TIME: 0.764321 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042144 s
InvBiCGStab: k = 54 resid = 2.166959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197933(s) Flops=357304320 => 1805.17811582707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259869.14445753 Mflops = 259.86914445753 Gflops = 0.25986914445753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 77 resid = 1.073562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283932(s) Flops=508225536 => 1789.95511601369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257698.519501618 Mflops = 257.698519501618 Gflops = 0.257698519501618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001027716 Relative Rsd = 4.50669903030909e-07
BICGSTAB_SOLVER_TIME: 0.584248 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 58 resid = 1.963859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212421(s) Flops=383551488 => 1805.61944440521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.250291003 Mflops = 259.951250291003 Gflops = 0.259951250291003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 98 resid = 7.953471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394745(s) Flops=646023168 => 1636.55820339713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235625.143208682 Mflops = 235.625143208682 Gflops = 0.235625143208682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001142228 Relative Rsd = 5.00885314045907e-07
BICGSTAB_SOLVER_TIME: 0.708222 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048414 s
InvBiCGStab: k = 55 resid = 2.26981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245762(s) Flops=363866112 => 1480.56295114786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213154.356392107 Mflops = 213.154356392107 Gflops = 0.213154356392107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059774 s
InvBiCGStab: k = 91 resid = 1.145965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338826(s) Flops=600090624 => 1771.0878858175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254984.964686669 Mflops = 254.984964686669 Gflops = 0.254984964686669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001117169 Relative Rsd = 4.89896449357119e-07
BICGSTAB_SOLVER_TIME: 0.696622 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118655
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026306(s) Flops=1655930880 => 1613.48650402512 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232326.180860504 Mflops = 232.326180860504 Gflops = 0.232326180860504 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184232000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044088 s
InvBiCGStab: k = 26 resid = 2.061066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117414(s) Flops=173574144 => 1478.30875364096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212779.432909565 Mflops = 212.779432909565 Gflops = 0.212779432909565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062025 s
InvBiCGStab: k = 52 resid = 1.095961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211323(s) Flops=344180736 => 1628.69510654306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234460.163874881 Mflops = 234.460163874881 Gflops = 0.234460163874881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007174032 Relative Rsd = 3.1459274606816e-07
BICGSTAB_SOLVER_TIME: 0.438726 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041828 s
InvBiCGStab: k = 55 resid = 9.372122e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204429(s) Flops=363866112 => 1779.91435657368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256233.307298585 Mflops = 256.233307298585 Gflops = 0.256233307298585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057295 s
InvBiCGStab: k = 85 resid = 7.639287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313347(s) Flops=560719872 => 1789.45345575353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257617.80966743 Mflops = 257.61780966743 Gflops = 0.25761780966743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001124059 Relative Rsd = 4.92917586938162e-07
BICGSTAB_SOLVER_TIME: 0.620687 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 55 resid = 2.113375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202995(s) Flops=363866112 => 1792.48805142984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258047.097596525 Mflops = 258.047097596525 Gflops = 0.258047097596525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055631 s
InvBiCGStab: k = 70 resid = 1.110159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256042(s) Flops=462292992 => 1805.53577928621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.632433643 Mflops = 259.925632433643 Gflops = 0.259925632433643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001043594 Relative Rsd = 4.57632456110761e-07
BICGSTAB_SOLVER_TIME: 0.559963 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 61 resid = 2.041139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223435(s) Flops=403236864 => 1804.71664689955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259834.69196115 Mflops = 259.83469196115 Gflops = 0.25983469196115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 80 resid = 1.095154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292476(s) Flops=527910912 => 1804.97173101383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259858.07971454 Mflops = 259.85807971454 Gflops = 0.25985807971454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001117386 Relative Rsd = 4.89991504412474e-07
BICGSTAB_SOLVER_TIME: 0.61673 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 54 resid = 2.046789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227304(s) Flops=357304320 => 1571.92271143491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226312.364519018 Mflops = 226.312364519018 Gflops = 0.226312364519018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061762 s
InvBiCGStab: k = 78 resid = 8.420777e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31981(s) Flops=514787328 => 1609.66613927019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231738.29280608 Mflops = 231.73829280608 Gflops = 0.23173829280608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001064889 Relative Rsd = 4.66970772974772e-07
BICGSTAB_SOLVER_TIME: 0.654385 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108547
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.054604(s) Flops=1668243456 => 1581.86718047722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227856.126906075 Mflops = 227.856126906075 Gflops = 0.227856126906075 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185884000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.393231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 27 resid = 2.13396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099697(s) Flops=180135936 => 1806.83406722369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260044.723333432 Mflops = 260.044723333432 Gflops = 0.260044723333432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060686 s
InvBiCGStab: k = 47 resid = 1.019756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202995(s) Flops=311371776 => 1533.88889381512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220812.740246257 Mflops = 220.812740246257 Gflops = 0.220812740246257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007361909 Relative Rsd = 3.22831471973624e-07
BICGSTAB_SOLVER_TIME: 0.408694 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685900000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045484 s
InvBiCGStab: k = 61 resid = 2.223141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257341(s) Flops=403236864 => 1566.93594879945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225609.054760786 Mflops = 225.609054760786 Gflops = 0.225609054760786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063608 s
InvBiCGStab: k = 97 resid = 9.270132e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360885(s) Flops=639461376 => 1771.92561619352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255108.149751239 Mflops = 255.108149751239 Gflops = 0.255108149751239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001153055 Relative Rsd = 5.0563280866612e-07
BICGSTAB_SOLVER_TIME: 0.731244 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 57 resid = 2.279777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210214(s) Flops=376989696 => 1793.36150779682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258176.227119673 Mflops = 258.176227119673 Gflops = 0.258176227119673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055754 s
InvBiCGStab: k = 93 resid = 9.86274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339925(s) Flops=613214208 => 1803.96913436788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.103956153 Mflops = 259.724103956153 Gflops = 0.259724103956153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001097189 Relative Rsd = 4.8113509932212e-07
BICGSTAB_SOLVER_TIME: 0.651268 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 67 resid = 2.121862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245087(s) Flops=442607616 => 1805.92041193535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259998.517936979 Mflops = 259.998517936979 Gflops = 0.259998517936979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056203 s
InvBiCGStab: k = 89 resid = 9.455379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342495(s) Flops=586967040 => 1713.79739850217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246746.570977334 Mflops = 246.746570977334 Gflops = 0.246746570977334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001139571 Relative Rsd = 4.99720251493109e-07
BICGSTAB_SOLVER_TIME: 0.688893 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041551 s
InvBiCGStab: k = 70 resid = 1.351665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25908(s) Flops=462292992 => 1784.36387216304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256882.393088243 Mflops = 256.882393088243 Gflops = 0.256882393088243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056228 s
InvBiCGStab: k = 82 resid = 1.013369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338258(s) Flops=541034496 => 1599.47287573391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230278.463186531 Mflops = 230.278463186531 Gflops = 0.230278463186531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001146138 Relative Rsd = 5.02599725390688e-07
BICGSTAB_SOLVER_TIME: 0.699215 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122896
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078567(s) Flops=1674510336 => 1552.53251397456 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223538.558060798 Mflops = 223.538558060798 Gflops = 0.223538558060798 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186273000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.391346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.829414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.004744(s) Flops=1610606592 => 1603.00195074566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230784.22174242 Mflops = 230.78422174242 Gflops = 0.23078422174242 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.109289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.999062(s) Flops=1715595264 => 1717.20600323103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247268.104775249 Mflops = 247.268104775249 Gflops = 0.247268104775249 Tflops
BICGSTAB_SOLVER: 506 iterations. Rsd = 0.00214499 Relative Rsd = 9.44034618976569e-07
BICGSTAB_SOLVER_TIME: 2.007148 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.360516
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 1.730224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.618299(s) Flops=1105348608 => 1787.72504564944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257452.906360844 Mflops = 257.452906360844 Gflops = 0.257452906360844 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.057035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743917(s) Flops=1341573120 => 1803.39086215263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259675.014859679 Mflops = 259.675014859679 Gflops = 0.259675014859679 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.001889915 Relative Rsd = 8.29511947361243e-07
BICGSTAB_SOLVER_TIME: 1.365726 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265742999999998
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.120057(s) Flops=1674510336 => 1495.02242832284 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215274.515807139 Mflops = 215.274515807139 Gflops = 0.215274515807139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186133000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.390948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 32 resid = 2.065559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118121(s) Flops=212944896 => 1802.76916043718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259467.130389704 Mflops = 259.467130389704 Gflops = 0.259467130389704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055967 s
InvBiCGStab: k = 53 resid = 1.102862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196866(s) Flops=350742528 => 1781.63079455061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256491.428218264 Mflops = 256.491428218264 Gflops = 0.256491428218264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000736389 Relative Rsd = 3.22918333507827e-07
BICGSTAB_SOLVER_TIME: 0.416201 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041488 s
InvBiCGStab: k = 80 resid = 2.219184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318026(s) Flops=527910912 => 1659.96148742556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238999.665788594 Mflops = 238.999665788594 Gflops = 0.238999665788594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066917 s
InvBiCGStab: k = 105 resid = 8.245856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43707(s) Flops=691955712 => 1583.16908504359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227948.504010251 Mflops = 227.948504010251 Gflops = 0.227948504010251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001242428 Relative Rsd = 5.44824692058611e-07
BICGSTAB_SOLVER_TIME: 0.867621 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042855 s
InvBiCGStab: k = 76 resid = 1.56706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287479(s) Flops=501663744 => 1745.04483457922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251244.840060149 Mflops = 251.244840060149 Gflops = 0.251244840060149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057294 s
InvBiCGStab: k = 89 resid = 9.925378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328454(s) Flops=586967040 => 1787.06010582913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257291.896050961 Mflops = 257.291896050961 Gflops = 0.257291896050961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00115284 Relative Rsd = 5.05538621460358e-07
BICGSTAB_SOLVER_TIME: 0.719921 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 76 resid = 2.231466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278336(s) Flops=501663744 => 1802.36744079099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259500.569012846 Mflops = 259.500569012846 Gflops = 0.259500569012846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056809 s
InvBiCGStab: k = 92 resid = 7.479028e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335625(s) Flops=606652416 => 1807.53047597765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260235.270775436 Mflops = 260.235270775436 Gflops = 0.260235270775436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001198018 Relative Rsd = 5.25350045105396e-07
BICGSTAB_SOLVER_TIME: 0.71565 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040884 s
InvBiCGStab: k = 79 resid = 1.781723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288497(s) Flops=521349120 => 1807.12146053512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260177.167009147 Mflops = 260.177167009147 Gflops = 0.260177167009147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 96 resid = 1.079842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350096(s) Flops=632899584 => 1807.78867510626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260275.914762852 Mflops = 260.275914762852 Gflops = 0.260275914762852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.0011991 Relative Rsd = 5.25824401482602e-07
BICGSTAB_SOLVER_TIME: 0.739634 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139322
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.116188(s) Flops=1680482304 => 1505.55489218662 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216787.473252415 Mflops = 216.787473252415 Gflops = 0.216787473252415 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187112000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.417785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 29 resid = 2.096556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107811(s) Flops=193259520 => 1792.57700976709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258027.181622501 Mflops = 258.027181622501 Gflops = 0.258027181622501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 49 resid = 9.74083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18024(s) Flops=324495360 => 1800.35153129161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259158.807899468 Mflops = 259.158807899468 Gflops = 0.259158807899468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007163369 Relative Rsd = 3.14125179337765e-07
BICGSTAB_SOLVER_TIME: 0.389285 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 71 resid = 2.088763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277021(s) Flops=468854784 => 1692.48823735385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243680.341337914 Mflops = 243.680341337914 Gflops = 0.243680341337914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06417 s
InvBiCGStab: k = 107 resid = 8.964291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448241(s) Flops=705079296 => 1572.99152911046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226480.453908858 Mflops = 226.480453908858 Gflops = 0.226480453908858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001296014 Relative Rsd = 5.68322740772128e-07
BICGSTAB_SOLVER_TIME: 0.835243 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 78 resid = 7.659939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292421(s) Flops=514787328 => 1760.43214406626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253465.860188264 Mflops = 253.465860188264 Gflops = 0.253465860188264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056812 s
InvBiCGStab: k = 84 resid = 8.291555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312299(s) Flops=554158080 => 1774.44718042645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255470.210179915 Mflops = 255.470210179915 Gflops = 0.255470210179915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001099417 Relative Rsd = 4.82111838513368e-07
BICGSTAB_SOLVER_TIME: 0.706234 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040788 s
InvBiCGStab: k = 79 resid = 2.158849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288631(s) Flops=521349120 => 1806.28248524933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.382093794 Mflops = 260.064382093794 Gflops = 0.260064382093794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0567 s
InvBiCGStab: k = 89 resid = 1.104059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324997(s) Flops=586967040 => 1806.06910217633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.656462108 Mflops = 260.029656462108 Gflops = 0.260029656462108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001191297 Relative Rsd = 5.22402725789683e-07
BICGSTAB_SOLVER_TIME: 0.714928 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 76 resid = 1.78729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278735(s) Flops=501663744 => 1799.78741098176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259115.760243427 Mflops = 259.115760243427 Gflops = 0.259115760243427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055929 s
InvBiCGStab: k = 91 resid = 5.420482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332626(s) Flops=600090624 => 1804.10017256619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.788658017 Mflops = 259.734788658017 Gflops = 0.259734788658017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001156869 Relative Rsd = 5.07305461130514e-07
BICGSTAB_SOLVER_TIME: 0.712084 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133747
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.149718(s) Flops=1674215424 => 1456.19658385795 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209678.138735887 Mflops = 209.678138735887 Gflops = 0.209678138735887 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186058000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.41467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 29 resid = 2.065648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107604(s) Flops=193259520 => 1796.02542656407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258476.739662487 Mflops = 258.476739662487 Gflops = 0.258476739662487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 52 resid = 5.923339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190636(s) Flops=344180736 => 1805.43410478608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.029733956 Mflops = 259.879029733956 Gflops = 0.259879029733956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007276402 Relative Rsd = 3.19081851234733e-07
BICGSTAB_SOLVER_TIME: 0.399302 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 59 resid = 1.757605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215712(s) Flops=390113280 => 1808.49132176235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260365.878741549 Mflops = 260.365878741549 Gflops = 0.260365878741549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 85 resid = 9.148473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311803(s) Flops=560719872 => 1798.31455117494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258907.935383744 Mflops = 258.907935383744 Gflops = 0.258907935383744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001113687 Relative Rsd = 4.88369544574271e-07
BICGSTAB_SOLVER_TIME: 0.628994 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044356 s
InvBiCGStab: k = 69 resid = 1.776632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284098(s) Flops=455731200 => 1604.13378482073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230950.921207209 Mflops = 230.950921207209 Gflops = 0.230950921207209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064265 s
InvBiCGStab: k = 85 resid = 1.135903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341228(s) Flops=560719872 => 1643.24109393133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236587.895290485 Mflops = 236.587895290485 Gflops = 0.236587895290485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001090035 Relative Rsd = 4.77997567795745e-07
BICGSTAB_SOLVER_TIME: 0.737882 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041722 s
InvBiCGStab: k = 57 resid = 2.134442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212275(s) Flops=376989696 => 1775.94957484395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255685.321840923 Mflops = 255.685321840923 Gflops = 0.255685321840923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056433 s
InvBiCGStab: k = 95 resid = 8.39872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368099(s) Flops=626337792 => 1701.54711640075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244981.494161448 Mflops = 244.981494161448 Gflops = 0.244981494161448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001181272 Relative Rsd = 5.1800655710446e-07
BICGSTAB_SOLVER_TIME: 0.682538 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 70 resid = 2.223718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257341(s) Flops=462292992 => 1796.42183717324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258633.21643092 Mflops = 258.63321643092 Gflops = 0.25863321643092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056923 s
InvBiCGStab: k = 85 resid = 9.267541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312767(s) Flops=560719872 => 1792.77184613466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258106.015881857 Mflops = 258.106015881857 Gflops = 0.258106015881857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001102376 Relative Rsd = 4.83409273653993e-07
BICGSTAB_SOLVER_TIME: 0.672221 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124993
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.074233(s) Flops=1674067968 => 1558.38441753325 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224433.823554776 Mflops = 224.433823554776 Gflops = 0.224433823554776 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186340000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.39734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 27 resid = 2.266401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099942(s) Flops=180135936 => 1802.40475475776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.745652243 Mflops = 259.413745652243 Gflops = 0.259413745652243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 55 resid = 1.108423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201826(s) Flops=363866112 => 1802.87035367098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.514362099 Mflops = 259.534514362099 Gflops = 0.259534514362099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007525024 Relative Rsd = 3.29984313839101e-07
BICGSTAB_SOLVER_TIME: 0.402409 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 53 resid = 2.081497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194495(s) Flops=350742528 => 1803.34984446901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259618.333657692 Mflops = 259.618333657692 Gflops = 0.259618333657692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 85 resid = 1.080728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310531(s) Flops=560719872 => 1805.68082413672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259965.442790319 Mflops = 259.965442790318 Gflops = 0.259965442790318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001189508 Relative Rsd = 5.21618342908089e-07
BICGSTAB_SOLVER_TIME: 0.606175 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 49 resid = 2.144795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197308(s) Flops=324495360 => 1644.61329495003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236769.514703186 Mflops = 236.769514703186 Gflops = 0.236769514703186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06535 s
InvBiCGStab: k = 81 resid = 1.127405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336881(s) Flops=534472704 => 1586.53264505864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228415.616719465 Mflops = 228.415616719465 Gflops = 0.228415616719465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001038134 Relative Rsd = 4.55238161185305e-07
BICGSTAB_SOLVER_TIME: 0.644777 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044506 s
InvBiCGStab: k = 74 resid = 2.035443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280116(s) Flops=488540160 => 1744.06374501992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251084.027956907 Mflops = 251.084027956907 Gflops = 0.251084027956907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060632 s
InvBiCGStab: k = 86 resid = 8.054052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319527(s) Flops=567281664 => 1775.379432724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255602.392366955 Mflops = 255.602392366955 Gflops = 0.255602392366955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001146392 Relative Rsd = 5.02711167488346e-07
BICGSTAB_SOLVER_TIME: 0.708661 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 53 resid = 2.186216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194424(s) Flops=350742528 => 1804.00839402543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.484184363 Mflops = 259.704484184363 Gflops = 0.259704484184363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056309 s
InvBiCGStab: k = 79 resid = 1.075811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288119(s) Flops=521349120 => 1809.49232782288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260509.957431898 Mflops = 260.509957431898 Gflops = 0.260509957431898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001041072 Relative Rsd = 4.56526764680078e-07
BICGSTAB_SOLVER_TIME: 0.58356 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108872
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034083(s) Flops=1673920512 => 1618.74870005599 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233088.612061179 Mflops = 233.088612061179 Gflops = 0.233088612061179 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186420000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.426883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.33755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81519(s) Flops=1400629248 => 1718.16294115482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247401.33523404 Mflops = 247.40133523404 Gflops = 0.24740133523404 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 1.10646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018448(s) Flops=1814022144 => 1781.16324446609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256479.280649328 Mflops = 256.479280649328 Gflops = 0.256479280649328 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002178065 Relative Rsd = 9.58578150670799e-07
BICGSTAB_SOLVER_TIME: 1.837059 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.121919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350663999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.151275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708035(s) Flops=1157842944 => 1635.29054919601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235502.870995346 Mflops = 235.502870995346 Gflops = 0.235502870995346 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 9.583551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91624(s) Flops=1623730176 => 1772.1668733083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255179.162360476 Mflops = 255.179162360476 Gflops = 0.255179162360476 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.001992489 Relative Rsd = 8.74536254937218e-07
BICGSTAB_SOLVER_TIME: 1.627702 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302131999999998
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03885(s) Flops=1673920512 => 1611.3207027001 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232020.145390701 Mflops = 232.020145390701 Gflops = 0.232020145390701 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186264000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042124 s
InvBiCGStab: k = 32 resid = 8.705062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119811(s) Flops=212944896 => 1777.34011067431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255804.661777591 Mflops = 255.804661777591 Gflops = 0.255804661777591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057263 s
InvBiCGStab: k = 47 resid = 1.144369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174627(s) Flops=311371776 => 1783.06777302479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256671.344941098 Mflops = 256.671344941098 Gflops = 0.256671344941098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007070952 Relative Rsd = 3.10072525941202e-07
BICGSTAB_SOLVER_TIME: 0.397732 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 82 resid = 2.18572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299248(s) Flops=541034496 => 1807.98032401219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260303.487184301 Mflops = 260.303487184301 Gflops = 0.260303487184301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056103 s
InvBiCGStab: k = 112 resid = 1.084141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408167(s) Flops=737888256 => 1807.80968574138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260289.034044036 Mflops = 260.289034044036 Gflops = 0.260289034044036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001309573 Relative Rsd = 5.74268582529506e-07
BICGSTAB_SOLVER_TIME: 0.808613 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152645999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040668 s
InvBiCGStab: k = 51 resid = 1.945051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187681(s) Flops=337618944 => 1798.89783195955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258992.778578597 Mflops = 258.992778578597 Gflops = 0.258992778578597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057324 s
InvBiCGStab: k = 88 resid = 7.939092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321986(s) Flops=580405248 => 1802.57914319256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259516.01324412 Mflops = 259.51601324412 Gflops = 0.25951601324412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001056292 Relative Rsd = 4.63200681195496e-07
BICGSTAB_SOLVER_TIME: 0.611593 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04654 s
InvBiCGStab: k = 77 resid = 1.90706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322441(s) Flops=508225536 => 1576.18149056727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226934.324001657 Mflops = 226.934324001657 Gflops = 0.226934324001657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059902 s
InvBiCGStab: k = 102 resid = 1.060548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43259(s) Flops=672270336 => 1554.0588917913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223751.079268735 Mflops = 223.751079268735 Gflops = 0.223751079268735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001194351 Relative Rsd = 5.23742021910647e-07
BICGSTAB_SOLVER_TIME: 0.865924 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 62 resid = 2.233606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230473(s) Flops=409798656 => 1778.07663370547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255983.536526508 Mflops = 255.983536526508 Gflops = 0.255983536526508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057269 s
InvBiCGStab: k = 82 resid = 9.501413e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30244(s) Flops=541034496 => 1788.8986112948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257548.70929074 Mflops = 257.54870929074 Gflops = 0.25754870929074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001165256 Relative Rsd = 5.10983152453189e-07
BICGSTAB_SOLVER_TIME: 0.635439 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117462
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.033276(s) Flops=1673920512 => 1620.01296071911 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233263.475533978 Mflops = 233.263475533978 Gflops = 0.233263475533978 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186497000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041792 s
InvBiCGStab: k = 30 resid = 1.456101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114616(s) Flops=199821312 => 1743.39805960773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250975.525454579 Mflops = 250.975525454579 Gflops = 0.250975525454579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 41 resid = 1.112065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.153092(s) Flops=272001024 => 1776.71611841246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255740.186465738 Mflops = 255.740186465738 Gflops = 0.255740186465738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007597983 Relative Rsd = 3.3318366688644e-07
BICGSTAB_SOLVER_TIME: 0.370125 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0651050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040635 s
InvBiCGStab: k = 77 resid = 2.173922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281319(s) Flops=508225536 => 1806.58091348256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260109.062212488 Mflops = 260.109062212488 Gflops = 0.260109062212488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 125 resid = 1.100677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456232(s) Flops=823191552 => 1804.32664083186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259780.852919253 Mflops = 259.780852919253 Gflops = 0.259780852919253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001349281 Relative Rsd = 5.91681218851198e-07
BICGSTAB_SOLVER_TIME: 0.838073 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158567999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 54 resid = 1.992301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197234(s) Flops=357304320 => 1811.57569181784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260814.418740511 Mflops = 260.814418740511 Gflops = 0.260814418740511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 80 resid = 8.828923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292085(s) Flops=527910912 => 1807.38795898454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260205.478174347 Mflops = 260.205478174347 Gflops = 0.260205478174347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001051839 Relative Rsd = 4.61248121712567e-07
BICGSTAB_SOLVER_TIME: 0.590713 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04108 s
InvBiCGStab: k = 77 resid = 2.021653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307092(s) Flops=508225536 => 1654.96182251573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238267.346183986 Mflops = 238.267346183986 Gflops = 0.238267346183986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061929 s
InvBiCGStab: k = 87 resid = 1.1473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3576(s) Flops=573843456 => 1604.70765100671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231040.258365762 Mflops = 231.040258365762 Gflops = 0.231040258365762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001153718 Relative Rsd = 5.05923742479475e-07
BICGSTAB_SOLVER_TIME: 0.772131 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 71 resid = 1.511002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264673(s) Flops=468854784 => 1771.44923736082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255040.229007591 Mflops = 255.040229007591 Gflops = 0.255040229007591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 91 resid = 6.178954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337498(s) Flops=600090624 => 1778.0568299664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255987.816456767 Mflops = 255.987816456767 Gflops = 0.255987816456767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001161359 Relative Rsd = 5.09274407655746e-07
BICGSTAB_SOLVER_TIME: 0.704139 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130059
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03304(s) Flops=1673625600 => 1620.09757608611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233277.433688439 Mflops = 233.277433688439 Gflops = 0.233277433688439 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186562000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.422199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0417 s
InvBiCGStab: k = 28 resid = 1.812117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104194(s) Flops=186697728 => 1791.82801312935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257888.153916015 Mflops = 257.888153916015 Gflops = 0.257888153916015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058268 s
InvBiCGStab: k = 47 resid = 1.027701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175589(s) Flops=311371776 => 1773.29887407526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255246.104956653 Mflops = 255.246104956653 Gflops = 0.255246104956653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007248028 Relative Rsd = 3.17837610169123e-07
BICGSTAB_SOLVER_TIME: 0.383599 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 58 resid = 1.94515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213113(s) Flops=383551488 => 1799.75641091815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.121949086 Mflops = 259.092121949086 Gflops = 0.259092121949086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 76 resid = 8.170334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278121(s) Flops=501663744 => 1803.7607516153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.306614798 Mflops = 259.692306614798 Gflops = 0.259692306614798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001109701 Relative Rsd = 4.86621797595146e-07
BICGSTAB_SOLVER_TIME: 0.592751 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 62 resid = 2.255525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226801(s) Flops=409798656 => 1806.86441417807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260130.889054181 Mflops = 260.130889054181 Gflops = 0.260130889054181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055836 s
InvBiCGStab: k = 84 resid = 8.425723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307745(s) Flops=554158080 => 1800.7053892021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259259.950898887 Mflops = 259.259950898887 Gflops = 0.259259950898887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001095682 Relative Rsd = 4.80474053182598e-07
BICGSTAB_SOLVER_TIME: 0.635714 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 61 resid = 2.277555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223976(s) Flops=403236864 => 1800.35746687145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259196.377404229 Mflops = 259.196377404229 Gflops = 0.259196377404229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056917 s
InvBiCGStab: k = 95 resid = 8.928574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381065(s) Flops=626337792 => 1643.65079973233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236654.227999681 Mflops = 236.654227999681 Gflops = 0.236654227999681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001142225 Relative Rsd = 5.0088373149665e-07
BICGSTAB_SOLVER_TIME: 0.707425 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045263 s
InvBiCGStab: k = 69 resid = 2.121589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291032(s) Flops=455731200 => 1565.91440116551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225460.309566219 Mflops = 225.460309566219 Gflops = 0.225460309566219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059572 s
InvBiCGStab: k = 81 resid = 1.136534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300999(s) Flops=534472704 => 1775.66272313197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255642.981206066 Mflops = 255.642981206066 Gflops = 0.255642981206066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001121325 Relative Rsd = 4.91719035601093e-07
BICGSTAB_SOLVER_TIME: 0.700684 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121342
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027965(s) Flops=1661165568 => 1615.97483182793 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232692.847016892 Mflops = 232.692847016892 Gflops = 0.232692847016892 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185067000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043389 s
InvBiCGStab: k = 27 resid = 2.221557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116753(s) Flops=180135936 => 1542.88057694449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222079.921587868 Mflops = 222.079921587868 Gflops = 0.222079921587868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063746 s
InvBiCGStab: k = 51 resid = 1.129798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211846(s) Flops=337618944 => 1593.69987632526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229426.457049073 Mflops = 229.426457049073 Gflops = 0.229426457049073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007665285 Relative Rsd = 3.36134993625271e-07
BICGSTAB_SOLVER_TIME: 0.44001 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042989 s
InvBiCGStab: k = 60 resid = 2.271481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223305(s) Flops=396675072 => 1776.38240075233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255740.984020527 Mflops = 255.740984020527 Gflops = 0.255740984020527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057262 s
InvBiCGStab: k = 90 resid = 1.017999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334243(s) Flops=593528832 => 1775.74050017502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255656.739488451 Mflops = 255.656739488451 Gflops = 0.255656739488451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001183387 Relative Rsd = 5.18933879918919e-07
BICGSTAB_SOLVER_TIME: 0.66165 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 53 resid = 2.107324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195628(s) Flops=350742528 => 1792.90555544196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258118.622436482 Mflops = 258.118622436482 Gflops = 0.258118622436482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056205 s
InvBiCGStab: k = 84 resid = 1.115126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306153(s) Flops=554158080 => 1810.06908310551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260605.495170958 Mflops = 260.605495170958 Gflops = 0.260605495170958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001094716 Relative Rsd = 4.80050236281655e-07
BICGSTAB_SOLVER_TIME: 0.60304 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040763 s
InvBiCGStab: k = 61 resid = 2.264311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223401(s) Flops=403236864 => 1804.99131158768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259862.632150546 Mflops = 259.862632150546 Gflops = 0.259862632150546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055929 s
InvBiCGStab: k = 89 resid = 7.621017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325309(s) Flops=586967040 => 1804.33692274115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.988354005 Mflops = 259.775988354005 Gflops = 0.259775988354005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001142002 Relative Rsd = 5.0078617499247e-07
BICGSTAB_SOLVER_TIME: 0.64918 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042502 s
InvBiCGStab: k = 69 resid = 2.199853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29224(s) Flops=455731200 => 1559.44155488639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224519.900742775 Mflops = 224.519900742775 Gflops = 0.224519900742775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061266 s
InvBiCGStab: k = 82 resid = 7.71398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354188(s) Flops=541034496 => 1527.5348007273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219924.047621374 Mflops = 219.924047621374 Gflops = 0.219924047621374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001127606 Relative Rsd = 4.94473130757559e-07
BICGSTAB_SOLVER_TIME: 0.754583 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121991
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026072(s) Flops=1642512384 => 1600.77692793488 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230494.320107599 Mflops = 230.494320107599 Gflops = 0.230494320107599 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182515000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.15124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860599(s) Flops=1413752832 => 1642.75444428822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236499.758089372 Mflops = 236.499758089372 Gflops = 0.236499758089372 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 263 resid = 1.067238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972702(s) Flops=1728718848 => 1777.23377560651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255910.759964751 Mflops = 255.910759964751 Gflops = 0.255910759964751 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002145412 Relative Rsd = 9.44207292830616e-07
BICGSTAB_SOLVER_TIME: 1.836747 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341240999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.052077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667695(s) Flops=1203775488 => 1802.88228607373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.316197953 Mflops = 259.534316197953 Gflops = 0.259534316197953 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 8.681411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884715(s) Flops=1558112256 => 1761.14596904088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253593.768971643 Mflops = 253.593768971643 Gflops = 0.253593768971643 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001968226 Relative Rsd = 8.63884002355274e-07
BICGSTAB_SOLVER_TIME: 1.556186 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.120299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299626999999998
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064269(s) Flops=1642512384 => 1543.32446402178 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222252.584911834 Mflops = 222.252584911834 Gflops = 0.222252584911834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183107000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.387955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041419 s
InvBiCGStab: k = 29 resid = 1.518096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108103(s) Flops=193259520 => 1787.73503048019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257325.5216689 Mflops = 257.3255216689 Gflops = 0.2573255216689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 52 resid = 6.630521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191428(s) Flops=344180736 => 1797.96443571473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258814.01259592 Mflops = 258.81401259592 Gflops = 0.25881401259592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007394108 Relative Rsd = 3.24243412210468e-07
BICGSTAB_SOLVER_TIME: 0.401297 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045513 s
InvBiCGStab: k = 78 resid = 1.979346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325692(s) Flops=514787328 => 1580.59555653808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227566.593784849 Mflops = 227.566593784849 Gflops = 0.227566593784849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065537 s
InvBiCGStab: k = 105 resid = 9.88389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42928(s) Flops=691955712 => 1611.89832277302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232078.544730042 Mflops = 232.078544730042 Gflops = 0.232078544730042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001254184 Relative Rsd = 5.49979718637416e-07
BICGSTAB_SOLVER_TIME: 0.869886 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146508999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 62 resid = 2.194529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23065(s) Flops=409798656 => 1776.71214394104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255781.10502866 Mflops = 255.78110502866 Gflops = 0.25578110502866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056516 s
InvBiCGStab: k = 86 resid = 1.04296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314369(s) Flops=567281664 => 1804.50891786404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.473024298 Mflops = 259.797473024298 Gflops = 0.259797473024298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001062104 Relative Rsd = 4.65749708598277e-07
BICGSTAB_SOLVER_TIME: 0.646564 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 74 resid = 2.022941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27294(s) Flops=488540160 => 1789.91778412838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257693.453389493 Mflops = 257.693453389493 Gflops = 0.257693453389493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 90 resid = 1.108427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328911(s) Flops=593528832 => 1804.52715780257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.487978674 Mflops = 259.805487978674 Gflops = 0.259805487978674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001175457 Relative Rsd = 5.15456712902062e-07
BICGSTAB_SOLVER_TIME: 0.703089 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 74 resid = 7.074139e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272125(s) Flops=488540160 => 1795.27849333946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258472.928195448 Mflops = 258.472928195448 Gflops = 0.258472928195448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 84 resid = 8.808843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309642(s) Flops=554158080 => 1789.67349390587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257652.055323827 Mflops = 257.652055323827 Gflops = 0.257652055323827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.0011144 Relative Rsd = 4.88682276727388e-07
BICGSTAB_SOLVER_TIME: 0.683103 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127179
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067095(s) Flops=1617813504 => 1516.09135456543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218326.624219864 Mflops = 218.326624219864 Gflops = 0.218326624219864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179844000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041144 s
InvBiCGStab: k = 29 resid = 1.652803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106885(s) Flops=193259520 => 1808.10703092108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260258.821437391 Mflops = 260.258821437391 Gflops = 0.260258821437391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 48 resid = 1.005748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175851(s) Flops=317933568 => 1807.97133937254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260259.54595062 Mflops = 260.25954595062 Gflops = 0.26025954595062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007355076 Relative Rsd = 3.22531808614368e-07
BICGSTAB_SOLVER_TIME: 0.383989 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040739 s
InvBiCGStab: k = 77 resid = 1.697667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313584(s) Flops=508225536 => 1620.69983162406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233332.663629574 Mflops = 233.332663629574 Gflops = 0.233332663629574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059898 s
InvBiCGStab: k = 112 resid = 8.520421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470375(s) Flops=737888256 => 1568.72337177784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225866.530909219 Mflops = 225.866530909219 Gflops = 0.225866530909219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001311156 Relative Rsd = 5.74962658003515e-07
BICGSTAB_SOLVER_TIME: 0.888946 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148954999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 61 resid = 2.089697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23089(s) Flops=403236864 => 1746.44577071333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251430.287213943 Mflops = 251.430287213943 Gflops = 0.251430287213943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057507 s
InvBiCGStab: k = 81 resid = 1.092773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300078(s) Flops=534472704 => 1781.11259072641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256424.912194301 Mflops = 256.424912194301 Gflops = 0.256424912194301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001034465 Relative Rsd = 4.53629219090987e-07
BICGSTAB_SOLVER_TIME: 0.633504 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041029 s
InvBiCGStab: k = 76 resid = 2.015568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277362(s) Flops=501663744 => 1808.69673567396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260395.824251826 Mflops = 260.395824251826 Gflops = 0.260395824251826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 87 resid = 5.851265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317404(s) Flops=573843456 => 1807.9276127585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260289.149704856 Mflops = 260.289149704856 Gflops = 0.260289149704856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001173359 Relative Rsd = 5.14536843384104e-07
BICGSTAB_SOLVER_TIME: 0.696397 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040659 s
InvBiCGStab: k = 70 resid = 2.139409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255741(s) Flops=462292992 => 1807.66084436989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260255.939725603 Mflops = 260.255939725603 Gflops = 0.260255939725603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056124 s
InvBiCGStab: k = 91 resid = 1.05656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332531(s) Flops=600090624 => 1804.61558170516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.264773593 Mflops = 259.814264773593 Gflops = 0.259814264773593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001160991 Relative Rsd = 5.09112987631561e-07
BICGSTAB_SOLVER_TIME: 0.688943 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129272
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.071573(s) Flops=1587142656 => 1481.13348880571 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213285.43098969 Mflops = 213.28543098969 Gflops = 0.21328543098969 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176552000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 34 resid = 1.139006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125173(s) Flops=226068480 => 1806.04826919543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259955.704924789 Mflops = 259.955704924789 Gflops = 0.259955704924789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056002 s
InvBiCGStab: k = 48 resid = 6.655823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175994(s) Flops=317933568 => 1806.50231257884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260048.877928251 Mflops = 260.048877928251 Gflops = 0.260048877928251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007620353 Relative Rsd = 3.34164617700711e-07
BICGSTAB_SOLVER_TIME: 0.402037 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 49 resid = 2.157944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179635(s) Flops=324495360 => 1806.41500821109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260051.39837157 Mflops = 260.05139837157 Gflops = 0.26005139837157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06032 s
InvBiCGStab: k = 88 resid = 1.130078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366299(s) Flops=580405248 => 1584.51223727065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228139.940277408 Mflops = 228.139940277408 Gflops = 0.228139940277408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001157602 Relative Rsd = 5.07626820729579e-07
BICGSTAB_SOLVER_TIME: 0.651206 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04563 s
InvBiCGStab: k = 64 resid = 1.496329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245537(s) Flops=422922240 => 1722.43792177961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247969.414547509 Mflops = 247.969414547509 Gflops = 0.247969414547509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05816 s
InvBiCGStab: k = 79 resid = 1.07498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294547(s) Flops=521349120 => 1770.00315739084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254813.499518293 Mflops = 254.813499518293 Gflops = 0.254813499518293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00102283 Relative Rsd = 4.4852723343727e-07
BICGSTAB_SOLVER_TIME: 0.647926 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 60 resid = 1.909948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220206(s) Flops=396675072 => 1801.38176071497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259334.527858341 Mflops = 259.334527858341 Gflops = 0.259334527858341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056133 s
InvBiCGStab: k = 87 resid = 9.87053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318168(s) Flops=573843456 => 1803.58633174926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259657.74053497 Mflops = 259.65774053497 Gflops = 0.25965774053497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001101031 Relative Rsd = 4.82819646430928e-07
BICGSTAB_SOLVER_TIME: 0.639902 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 73 resid = 1.726694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267024(s) Flops=481978368 => 1805.00017975912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259859.838144982 Mflops = 259.859838144982 Gflops = 0.259859838144982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 81 resid = 1.145667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299455(s) Flops=534472704 => 1784.81809954751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256959.776467647 Mflops = 256.959776467647 Gflops = 0.256959776467647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001116811 Relative Rsd = 4.89739419630872e-07
BICGSTAB_SOLVER_TIME: 0.668463 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124385000000001
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.054753(s) Flops=1574830080 => 1493.07949823324 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214987.447384988 Mflops = 214.987447384988 Gflops = 0.214987447384988 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174958000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.491413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 30 resid = 2.099694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110743(s) Flops=199821312 => 1804.36968476563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.418145254 Mflops = 259.714418145254 Gflops = 0.259714418145254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 50 resid = 9.620622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18356(s) Flops=331057152 => 1803.53645674439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259625.044898461 Mflops = 259.625044898461 Gflops = 0.259625044898461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007451671 Relative Rsd = 3.26767680374879e-07
BICGSTAB_SOLVER_TIME: 0.39539 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 57 resid = 1.430206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208747(s) Flops=376989696 => 1805.96461745558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259988.293858243 Mflops = 259.988293858243 Gflops = 0.259988293858243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 96 resid = 4.398113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367388(s) Flops=632899584 => 1722.70075233813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248026.09542947 Mflops = 248.02609542947 Gflops = 0.24802609542947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001187588 Relative Rsd = 5.20776069353685e-07
BICGSTAB_SOLVER_TIME: 0.677693 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043183 s
InvBiCGStab: k = 55 resid = 2.146842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238074(s) Flops=363866112 => 1528.37400136092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220040.080289584 Mflops = 220.040080289584 Gflops = 0.220040080289584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062903 s
InvBiCGStab: k = 81 resid = 1.145866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310619(s) Flops=534472704 => 1720.66970790583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247721.819700548 Mflops = 247.721819700548 Gflops = 0.247721819700548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001045507 Relative Rsd = 4.58471564566651e-07
BICGSTAB_SOLVER_TIME: 0.658649 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041934 s
InvBiCGStab: k = 74 resid = 2.029071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274276(s) Flops=488540160 => 1781.19908413423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256451.910707452 Mflops = 256.451910707452 Gflops = 0.256451910707452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056168 s
InvBiCGStab: k = 90 resid = 1.077891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328516(s) Flops=593528832 => 1806.69687929964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.054348489 Mflops = 260.111054348489 Gflops = 0.260111054348489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001210997 Relative Rsd = 5.31041709032155e-07
BICGSTAB_SOLVER_TIME: 0.704706 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044509 s
InvBiCGStab: k = 50 resid = 2.129812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183664(s) Flops=331057152 => 1802.51520167262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259494.704803019 Mflops = 259.494704803019 Gflops = 0.259494704803019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056626 s
InvBiCGStab: k = 80 resid = 9.281317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292278(s) Flops=527910912 => 1806.19448607148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.205186737 Mflops = 260.030205186737 Gflops = 0.260030205186737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001060685 Relative Rsd = 4.65127307290605e-07
BICGSTAB_SOLVER_TIME: 0.580994 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107246
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021783(s) Flops=1568636928 => 1535.19575878636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221051.233834563 Mflops = 221.051233834563 Gflops = 0.221051233834563 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174297000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.195309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.68859(s) Flops=1243146240 => 1805.35041171089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.597401454 Mflops = 259.936597401454 Gflops = 0.259936597401454 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.1477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88273(s) Flops=1531865088 => 1735.37218402003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249881.33762658 Mflops = 249.88133762658 Gflops = 0.24988133762658 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002063626 Relative Rsd = 9.08211768027563e-07
BICGSTAB_SOLVER_TIME: 1.575009 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.119636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301363999999997
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.580963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749683(s) Flops=1289078784 => 1719.49848669371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247530.119222481 Mflops = 247.530119222481 Gflops = 0.247530119222481 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.145264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838809(s) Flops=1505617920 => 1794.94726451433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258457.370064597 Mflops = 258.457370064597 Gflops = 0.258457370064597 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.001974038 Relative Rsd = 8.66423063745688e-07
BICGSTAB_SOLVER_TIME: 1.591836 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.114569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303445999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974491(s) Flops=1568636928 => 1609.69873297958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231781.735618427 Mflops = 231.781735618427 Gflops = 0.231781735618427 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174340000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 28 resid = 1.768737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104905(s) Flops=186697728 => 1779.6837900958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256101.899623417 Mflops = 256.101899623417 Gflops = 0.256101899623417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 45 resid = 1.087563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165023(s) Flops=298248192 => 1807.31287153912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.013905497 Mflops = 260.161013905497 Gflops = 0.260161013905497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007310351 Relative Rsd = 3.20570545110528e-07
BICGSTAB_SOLVER_TIME: 0.372017 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0666250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040814 s
InvBiCGStab: k = 78 resid = 1.379392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284405(s) Flops=514787328 => 1810.0502030555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260594.467014604 Mflops = 260.594467014604 Gflops = 0.260594467014604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 118 resid = 1.068989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431551(s) Flops=777259008 => 1801.08262522854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259315.675870343 Mflops = 259.315675870343 Gflops = 0.259315675870343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001281514 Relative Rsd = 5.61964159958604e-07
BICGSTAB_SOLVER_TIME: 0.816921 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154239999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 52 resid = 2.189377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191801(s) Flops=344180736 => 1794.46789119973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258324.895286689 Mflops = 258.324895286689 Gflops = 0.258324895286689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 87 resid = 5.697532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323348(s) Flops=573843456 => 1774.69307371624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255495.504205792 Mflops = 255.495504205792 Gflops = 0.255495504205792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001078316 Relative Rsd = 4.72858775109315e-07
BICGSTAB_SOLVER_TIME: 0.617096 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046325 s
InvBiCGStab: k = 71 resid = 1.700171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292085(s) Flops=468854784 => 1605.19980142767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231109.171141442 Mflops = 231.109171141442 Gflops = 0.231109171141442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063135 s
InvBiCGStab: k = 91 resid = 1.145285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35217(s) Flops=600090624 => 1703.97996422182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245330.553076535 Mflops = 245.330553076535 Gflops = 0.245330553076535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001173752 Relative Rsd = 5.14708881803301e-07
BICGSTAB_SOLVER_TIME: 0.757609 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 65 resid = 2.131894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241714(s) Flops=429484032 => 1776.82729175803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255802.837200861 Mflops = 255.802837200861 Gflops = 0.255802837200861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 80 resid = 9.483756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293512(s) Flops=527910912 => 1798.6007795252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258938.265039451 Mflops = 258.938265039451 Gflops = 0.258938265039451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001126065 Relative Rsd = 4.93797586424846e-07
BICGSTAB_SOLVER_TIME: 0.636325 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117765
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975685(s) Flops=1568342016 => 1607.42659362397 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231461.036081831 Mflops = 231.461036081831 Gflops = 0.231461036081831 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174183000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043279 s
InvBiCGStab: k = 29 resid = 2.263387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109821(s) Flops=193259520 => 1759.76835031551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253280.101101336 Mflops = 253.280101101336 Gflops = 0.253280101101336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 53 resid = 9.559784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197339(s) Flops=350742528 => 1777.36042039333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255863.295359299 Mflops = 255.863295359299 Gflops = 0.255863295359299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008118784 Relative Rsd = 3.5602163940998e-07
BICGSTAB_SOLVER_TIME: 0.41072 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 74 resid = 2.118152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272078(s) Flops=488540160 => 1795.58861796985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.366046898 Mflops = 258.522366046898 Gflops = 0.258522366046898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055801 s
InvBiCGStab: k = 107 resid = 9.177793e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389399(s) Flops=705079296 => 1810.68594423714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260701.879272682 Mflops = 260.701879272682 Gflops = 0.260701879272682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001288686 Relative Rsd = 5.65109553181287e-07
BICGSTAB_SOLVER_TIME: 0.762255 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 51 resid = 1.70322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189209(s) Flops=337618944 => 1784.37042635393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256890.168296418 Mflops = 256.890168296418 Gflops = 0.256890168296418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05596 s
InvBiCGStab: k = 73 resid = 1.151073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266798(s) Flops=481978368 => 1806.52916438654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260074.901743249 Mflops = 260.074901743249 Gflops = 0.260074901743249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001017107 Relative Rsd = 4.4601746346605e-07
BICGSTAB_SOLVER_TIME: 0.556815 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 68 resid = 2.045217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264414(s) Flops=449169408 => 1698.73534684245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244566.247781622 Mflops = 244.566247781622 Gflops = 0.244566247781622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063648 s
InvBiCGStab: k = 83 resid = 1.128798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3463(s) Flops=547596288 => 1581.27718163442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227654.737781419 Mflops = 227.654737781419 Gflops = 0.227654737781419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001135567 Relative Rsd = 4.97964387567798e-07
BICGSTAB_SOLVER_TIME: 0.719286 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043458 s
InvBiCGStab: k = 68 resid = 1.502536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255755(s) Flops=449169408 => 1756.24878496999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252847.379656639 Mflops = 252.847379656639 Gflops = 0.252847379656639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058236 s
InvBiCGStab: k = 80 resid = 1.061465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296232(s) Flops=527910912 => 1782.08604067083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256574.425124824 Mflops = 256.574425124824 Gflops = 0.256574425124824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001124818 Relative Rsd = 4.9325058593176e-07
BICGSTAB_SOLVER_TIME: 0.65756 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119909
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970193(s) Flops=1561853952 => 1609.83840534821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231795.555214946 Mflops = 231.795555214946 Gflops = 0.231795555214946 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173558000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044804 s
InvBiCGStab: k = 25 resid = 2.180477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104152(s) Flops=167012352 => 1603.54435824564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230812.449396547 Mflops = 230.812449396547 Gflops = 0.230812449396547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057857 s
InvBiCGStab: k = 50 resid = 1.056343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183459(s) Flops=331057152 => 1804.52936078361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.877484456 Mflops = 259.758877484456 Gflops = 0.259758877484456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007648803 Relative Rsd = 3.35412202539749e-07
BICGSTAB_SOLVER_TIME: 0.394126 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001842
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 54 resid = 1.63427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242121(s) Flops=357304320 => 1475.72626909686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212450.984860688 Mflops = 212.450984860688 Gflops = 0.212450984860688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 88 resid = 7.856955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325989(s) Flops=580405248 => 1780.44427265951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256326.738942185 Mflops = 256.326738942185 Gflops = 0.256326738942185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001180899 Relative Rsd = 5.17843146131211e-07
BICGSTAB_SOLVER_TIME: 0.669207 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040602 s
InvBiCGStab: k = 51 resid = 2.191465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186805(s) Flops=337618944 => 1807.33355102915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260183.99235798 Mflops = 260.18399235798 Gflops = 0.26018399235798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05627 s
InvBiCGStab: k = 76 resid = 1.141248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277705(s) Flops=501663744 => 1806.46277164617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260074.058391884 Mflops = 260.074058391884 Gflops = 0.260074058391884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001053783 Relative Rsd = 4.62100452112248e-07
BICGSTAB_SOLVER_TIME: 0.565241 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105053
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 59 resid = 2.206346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216121(s) Flops=390113280 => 1805.06882718477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.61544296 Mflops = 259.85561544296 Gflops = 0.25985561544296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 81 resid = 1.148273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296095(s) Flops=534472704 => 1805.07169658387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259872.70323929 Mflops = 259.87270323929 Gflops = 0.25987270323929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001103516 Relative Rsd = 4.83909563419019e-07
BICGSTAB_SOLVER_TIME: 0.613456 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040827 s
InvBiCGStab: k = 53 resid = 2.101931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194529(s) Flops=350742528 => 1803.03465293093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259573.579876099 Mflops = 259.573579876099 Gflops = 0.259573579876099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056558 s
InvBiCGStab: k = 81 resid = 1.126465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34238(s) Flops=534472704 => 1561.0511828962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224747.494877709 Mflops = 224.747494877709 Gflops = 0.224747494877709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001099608 Relative Rsd = 4.82195611524022e-07
BICGSTAB_SOLVER_TIME: 0.638562 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109893
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004087(s) Flops=1561853952 => 1555.49663724359 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223984.193143825 Mflops = 223.984193143825 Gflops = 0.223984193143825 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173712000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 25 resid = 1.512925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092561(s) Flops=167012352 => 1804.34904549432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.885617352 Mflops = 259.691885617352 Gflops = 0.259691885617352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055997 s
InvBiCGStab: k = 45 resid = 8.412203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164893(s) Flops=298248192 => 1808.73773901864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260378.535390446 Mflops = 260.378535390446 Gflops = 0.260378535390446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.000709159 Relative Rsd = 3.10977539916138e-07
BICGSTAB_SOLVER_TIME: 0.358401 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046744 s
InvBiCGStab: k = 60 resid = 1.734615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244648(s) Flops=396675072 => 1621.4114646349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233433.303508934 Mflops = 233.433303508934 Gflops = 0.233433303508934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064554 s
InvBiCGStab: k = 85 resid = 1.124781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357085(s) Flops=560719872 => 1570.27002534411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226078.627697181 Mflops = 226.078627697181 Gflops = 0.226078627697181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001144713 Relative Rsd = 5.01975026834094e-07
BICGSTAB_SOLVER_TIME: 0.717056 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043434 s
InvBiCGStab: k = 62 resid = 1.905558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230045(s) Flops=409798656 => 1781.3847551566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256460.048191276 Mflops = 256.460048191276 Gflops = 0.256460048191276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057175 s
InvBiCGStab: k = 81 resid = 5.760249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299319(s) Flops=534472704 => 1785.62905796157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257076.404030913 Mflops = 257.076404030913 Gflops = 0.257076404030913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001038052 Relative Rsd = 4.55202170952209e-07
BICGSTAB_SOLVER_TIME: 0.633859 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041761 s
InvBiCGStab: k = 61 resid = 1.281201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223156(s) Flops=403236864 => 1806.9729875065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260145.191219646 Mflops = 260.145191219646 Gflops = 0.260145191219646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055898 s
InvBiCGStab: k = 82 resid = 1.034622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299299(s) Flops=541034496 => 1807.67224748496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260250.349268987 Mflops = 260.250349268987 Gflops = 0.260250349268987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001136004 Relative Rsd = 4.98155824977884e-07
BICGSTAB_SOLVER_TIME: 0.623948 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040817 s
InvBiCGStab: k = 52 resid = 1.990104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190245(s) Flops=344180736 => 1809.14471339588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260438.437327733 Mflops = 260.438437327733 Gflops = 0.260438437327733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056236 s
InvBiCGStab: k = 73 resid = 1.068742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266445(s) Flops=481978368 => 1808.92254686708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260418.147566508 Mflops = 260.418147566508 Gflops = 0.260418147566508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001084042 Relative Rsd = 4.75369923429888e-07
BICGSTAB_SOLVER_TIME: 0.557549 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103601
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.084936(s) Flops=1574313984 => 1451.0662232611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208941.364701446 Mflops = 208.941364701446 Gflops = 0.208941364701446 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175013000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.756018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773106(s) Flops=1394067456 => 1803.20351413648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259578.822136752 Mflops = 259.578822136752 Gflops = 0.259578822136752 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 9.943046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.038802(s) Flops=1676224512 => 1613.61309662477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232351.78014394 Mflops = 232.35178014394 Gflops = 0.23235178014394 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.00215842 Relative Rsd = 9.49928192267752e-07
BICGSTAB_SOLVER_TIME: 1.81528 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333198999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.732466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658677(s) Flops=1177528320 => 1787.71737892776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257349.660029086 Mflops = 257.349660029086 Gflops = 0.257349660029086 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 8.985973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806689(s) Flops=1453123584 => 1801.34300083427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.153303869 Mflops = 259.380153303869 Gflops = 0.259380153303869 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.00189595 Relative Rsd = 8.32147162475204e-07
BICGSTAB_SOLVER_TIME: 1.468841 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285589999999998
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.029053(s) Flops=1574313984 => 1529.86676487994 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220295.452509793 Mflops = 220.295452509793 Gflops = 0.220295452509793 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174843000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 33 resid = 2.154105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12199(s) Flops=219506688 => 1799.38263792114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259003.306458915 Mflops = 259.003306458914 Gflops = 0.259003306458915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 49 resid = 1.079367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180211(s) Flops=324495360 => 1800.64124831448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259196.184268592 Mflops = 259.196184268592 Gflops = 0.259196184268592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007335354 Relative Rsd = 3.2166699649555e-07
BICGSTAB_SOLVER_TIME: 0.403643 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041771 s
InvBiCGStab: k = 81 resid = 2.107627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295781(s) Flops=534472704 => 1806.98795392537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260166.531128661 Mflops = 260.166531128661 Gflops = 0.260166531128661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056106 s
InvBiCGStab: k = 97 resid = 9.681994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353695(s) Flops=639461376 => 1807.94576117842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260297.769384478 Mflops = 260.297769384478 Gflops = 0.260297769384478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001252256 Relative Rsd = 5.49134433134426e-07
BICGSTAB_SOLVER_TIME: 0.751211 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047952 s
InvBiCGStab: k = 47 resid = 2.166769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195283(s) Flops=311371776 => 1594.46432101105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229539.022780761 Mflops = 229.539022780761 Gflops = 0.229539022780761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062878 s
InvBiCGStab: k = 84 resid = 7.800134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3479(s) Flops=554158080 => 1592.86599597586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229329.499634807 Mflops = 229.329499634807 Gflops = 0.229329499634807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001001438 Relative Rsd = 4.39146647193112e-07
BICGSTAB_SOLVER_TIME: 0.658146 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047528 s
InvBiCGStab: k = 60 resid = 2.011358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223772(s) Flops=396675072 => 1772.67518724416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255206.825192261 Mflops = 255.206825192261 Gflops = 0.255206825192261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05686 s
InvBiCGStab: k = 87 resid = 1.080345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320899(s) Flops=573843456 => 1788.23697175747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257457.724088973 Mflops = 257.457724088973 Gflops = 0.257457724088973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00112277 Relative Rsd = 4.92352770003443e-07
BICGSTAB_SOLVER_TIME: 0.652953 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041199 s
InvBiCGStab: k = 57 resid = 2.266912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20865(s) Flops=376989696 => 1806.8041984184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260116.623160716 Mflops = 260.116623160716 Gflops = 0.260116623160716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056122 s
InvBiCGStab: k = 79 resid = 1.089322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290188(s) Flops=521349120 => 1796.59089969261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258667.120736595 Mflops = 258.667120736595 Gflops = 0.258667120736595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001102761 Relative Rsd = 4.83578095924702e-07
BICGSTAB_SOLVER_TIME: 0.600057 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111514
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989574(s) Flops=1592819712 => 1609.60141636704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231765.848434381 Mflops = 231.765848434381 Gflops = 0.231765848434381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176888000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 27 resid = 2.042637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099788(s) Flops=180135936 => 1805.18635507275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259813.615532631 Mflops = 259.813615532631 Gflops = 0.259813615532631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056712 s
InvBiCGStab: k = 58 resid = 7.37258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212093(s) Flops=383551488 => 1808.4118193434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260305.591049249 Mflops = 260.305591049249 Gflops = 0.260305591049248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007864137 Relative Rsd = 3.44854967654704e-07
BICGSTAB_SOLVER_TIME: 0.413553 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749920000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 73 resid = 2.103924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267636(s) Flops=481978368 => 1800.87270770748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.758993635 Mflops = 259.269758993635 Gflops = 0.259269758993635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 95 resid = 1.11395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34695(s) Flops=626337792 => 1805.26817120623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259917.023430857 Mflops = 259.917023430857 Gflops = 0.259917023430857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001263026 Relative Rsd = 5.53856862216412e-07
BICGSTAB_SOLVER_TIME: 0.715881 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 61 resid = 2.258741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223571(s) Flops=403236864 => 1803.61882355046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259667.248375455 Mflops = 259.667248375455 Gflops = 0.259667248375455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056176 s
InvBiCGStab: k = 76 resid = 9.27304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313032(s) Flops=501663744 => 1602.59572184313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230726.09984137 Mflops = 230.72609984137 Gflops = 0.23072609984137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001028134 Relative Rsd = 4.50853070344879e-07
BICGSTAB_SOLVER_TIME: 0.6381 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047908 s
InvBiCGStab: k = 65 resid = 1.979105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263881(s) Flops=429484032 => 1627.56709274256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234337.155810729 Mflops = 234.337155810729 Gflops = 0.234337155810729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058394 s
InvBiCGStab: k = 85 resid = 1.013105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319308(s) Flops=560719872 => 1756.04705174941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252813.378930083 Mflops = 252.813378930083 Gflops = 0.252813378930083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001139266 Relative Rsd = 4.99586449505953e-07
BICGSTAB_SOLVER_TIME: 0.693407 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 60 resid = 1.74954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221329(s) Flops=396675072 => 1792.24173967261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258021.785155126 Mflops = 258.021785155126 Gflops = 0.258021785155126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056062 s
InvBiCGStab: k = 87 resid = 1.061149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317496(s) Flops=573843456 => 1807.40373422027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260213.861053856 Mflops = 260.213861053856 Gflops = 0.260213861053856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001092196 Relative Rsd = 4.78945514800516e-07
BICGSTAB_SOLVER_TIME: 0.639988 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119236
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99501(s) Flops=1605132288 => 1613.18206651189 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232291.141519529 Mflops = 232.291141519529 Gflops = 0.232291141519529 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178323000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 34 resid = 1.286835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127572(s) Flops=226068480 => 1772.08541059167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255075.619380676 Mflops = 255.075619380676 Gflops = 0.255075619380676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 57 resid = 9.206389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210148(s) Flops=376989696 => 1793.92473875554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258259.525211356 Mflops = 258.259525211356 Gflops = 0.258259525211356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007930194 Relative Rsd = 3.4775167091919e-07
BICGSTAB_SOLVER_TIME: 0.439485 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0794060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 53 resid = 1.813209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194601(s) Flops=350742528 => 1802.36755206808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259458.477245961 Mflops = 259.458477245961 Gflops = 0.259458477245961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056246 s
InvBiCGStab: k = 90 resid = 7.244923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328734(s) Flops=593528832 => 1805.49876800088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259935.637896484 Mflops = 259.935637896484 Gflops = 0.259935637896484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001070221 Relative Rsd = 4.69309066076531e-07
BICGSTAB_SOLVER_TIME: 0.624493 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 58 resid = 1.436429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212282(s) Flops=383551488 => 1806.80174484883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260115.351525083 Mflops = 260.115351525083 Gflops = 0.260115351525083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 74 resid = 1.014951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270946(s) Flops=488540160 => 1803.0905051191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259587.840883901 Mflops = 259.587840883901 Gflops = 0.259587840883901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00106199 Relative Rsd = 4.65699679621775e-07
BICGSTAB_SOLVER_TIME: 0.583923 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046605 s
InvBiCGStab: k = 58 resid = 1.760046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242566(s) Flops=383551488 => 1581.2252665254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227651.096664455 Mflops = 227.651096664455 Gflops = 0.227651096664455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060812 s
InvBiCGStab: k = 80 resid = 1.113886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329235(s) Flops=527910912 => 1603.44711831974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230850.380668981 Mflops = 230.850380668981 Gflops = 0.230850380668981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001115766 Relative Rsd = 4.89281246096066e-07
BICGSTAB_SOLVER_TIME: 0.683228 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042039 s
InvBiCGStab: k = 52 resid = 2.249828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197743(s) Flops=344180736 => 1740.54573866079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250569.843716211 Mflops = 250.569843716211 Gflops = 0.250569843716211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056484 s
InvBiCGStab: k = 83 resid = 1.051614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307128(s) Flops=547596288 => 1782.9578807533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256695.5149333 Mflops = 256.6955149333 Gflops = 0.2566955149333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001080275 Relative Rsd = 4.73717844105831e-07
BICGSTAB_SOLVER_TIME: 0.607255 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112368
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992925(s) Flops=1604837376 => 1616.27250396556 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232725.427656869 Mflops = 232.725427656869 Gflops = 0.232725427656869 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178387000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.42354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042812 s
InvBiCGStab: k = 28 resid = 1.586302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104538(s) Flops=186697728 => 1785.9316994777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257044.25651472 Mflops = 257.04425651472 Gflops = 0.25704425651472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 47 resid = 1.034995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176899(s) Flops=311371776 => 1760.1669653305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253376.79113088 Mflops = 253.37679113088 Gflops = 0.25337679113088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007336434 Relative Rsd = 3.21714345348312e-07
BICGSTAB_SOLVER_TIME: 0.384674 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041158 s
InvBiCGStab: k = 61 resid = 2.119384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225765(s) Flops=403236864 => 1786.09113015746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257132.187782027 Mflops = 257.132187782027 Gflops = 0.257132187782027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 91 resid = 7.878339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331702(s) Flops=600090624 => 1809.12573333896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260465.960654053 Mflops = 260.465960654053 Gflops = 0.260465960654053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00111545 Relative Rsd = 4.89142441211259e-07
BICGSTAB_SOLVER_TIME: 0.658941 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 54 resid = 2.184537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199464(s) Flops=357304320 => 1791.3223438816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257883.663696135 Mflops = 257.883663696135 Gflops = 0.257883663696135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056938 s
InvBiCGStab: k = 77 resid = 1.099087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283458(s) Flops=508225536 => 1792.94828863535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258140.379297872 Mflops = 258.140379297872 Gflops = 0.258140379297872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001073874 Relative Rsd = 4.70910810124229e-07
BICGSTAB_SOLVER_TIME: 0.584775 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041634 s
InvBiCGStab: k = 62 resid = 2.27981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227221(s) Flops=409798656 => 1803.52456859181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259624.398037042 Mflops = 259.624398037042 Gflops = 0.259624398037042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 84 resid = 1.102184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314103(s) Flops=554158080 => 1764.25592878769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253995.328358901 Mflops = 253.995328358902 Gflops = 0.253995328358901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001114278 Relative Rsd = 4.88628674252563e-07
BICGSTAB_SOLVER_TIME: 0.643728 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045327 s
InvBiCGStab: k = 58 resid = 1.066362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243564(s) Flops=383551488 => 1574.746218653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226700.015606513 Mflops = 226.700015606513 Gflops = 0.226700015606513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064091 s
InvBiCGStab: k = 80 resid = 8.094026e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312495(s) Flops=527910912 => 1689.34194787117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243214.8456807 Mflops = 243.2148456807 Gflops = 0.2432148456807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001082712 Relative Rsd = 4.74786473253921e-07
BICGSTAB_SOLVER_TIME: 0.669411 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991126(s) Flops=1592008704 => 1606.26267901357 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231278.649736432 Mflops = 231.278649736432 Gflops = 0.231278649736432 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177029000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.166073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805849(s) Flops=1335011328 => 1656.65196333308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238590.418961666 Mflops = 238.590418961666 Gflops = 0.238590418961666 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 9.349834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834157(s) Flops=1485932544 => 1781.35835819876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256503.359109721 Mflops = 256.503359109721 Gflops = 0.256503359109721 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002007517 Relative Rsd = 8.83494540673687e-07
BICGSTAB_SOLVER_TIME: 1.64341 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305984999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.692503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692332(s) Flops=1249708032 => 1805.07044597101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259860.88764643 Mflops = 259.86088764643 Gflops = 0.25986088764643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 8.415747e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880904(s) Flops=1558112256 => 1768.76510493765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254690.047994576 Mflops = 254.690047994576 Gflops = 0.254690047994576 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.001930077 Relative Rsd = 8.4712620914607e-07
BICGSTAB_SOLVER_TIME: 1.577011 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.121672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304495999999997
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030466(s) Flops=1592008704 => 1544.9405453455 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222482.885180426 Mflops = 222.482885180426 Gflops = 0.222482885180426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176886000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.379627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041662 s
InvBiCGStab: k = 32 resid = 2.068602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118073(s) Flops=212944896 => 1803.50203687549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259578.02076946 Mflops = 259.57802076946 Gflops = 0.25957802076946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 50 resid = 1.075804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18393(s) Flops=331057152 => 1799.90839993476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259080.168850889 Mflops = 259.080168850889 Gflops = 0.259080168850889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007743245 Relative Rsd = 3.39553657369605e-07
BICGSTAB_SOLVER_TIME: 0.403521 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046802 s
InvBiCGStab: k = 80 resid = 2.217426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331326(s) Flops=527910912 => 1593.3277557451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229402.34232469 Mflops = 229.40234232469 Gflops = 0.229402342324691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065296 s
InvBiCGStab: k = 118 resid = 8.689461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.48416(s) Flops=777259008 => 1605.37633840053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231148.223133115 Mflops = 231.148223133115 Gflops = 0.231148223133115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001332699 Relative Rsd = 5.84409609216503e-07
BICGSTAB_SOLVER_TIME: 0.931444 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155395999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 54 resid = 2.208399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200967(s) Flops=357304320 => 1777.9253310245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255938.609621848 Mflops = 255.938609621848 Gflops = 0.255938609621848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057279 s
InvBiCGStab: k = 83 resid = 1.086601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30431(s) Flops=547596288 => 1799.46859452532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259074.477798882 Mflops = 259.074477798882 Gflops = 0.259074477798882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001061706 Relative Rsd = 4.65574913480375e-07
BICGSTAB_SOLVER_TIME: 0.607782 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 63 resid = 2.27899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23122(s) Flops=416360448 => 1800.7112187527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259247.149121847 Mflops = 259.247149121847 Gflops = 0.259247149121847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056826 s
InvBiCGStab: k = 90 resid = 1.005529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328951(s) Flops=593528832 => 1804.30772972266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259775.43305647 Mflops = 259.77543305647 Gflops = 0.25977543305647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001122075 Relative Rsd = 4.92048001646585e-07
BICGSTAB_SOLVER_TIME: 0.662184 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 60 resid = 2.081015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219337(s) Flops=396675072 => 1808.51872689058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260375.354696295 Mflops = 260.375354696295 Gflops = 0.260375354696295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 80 resid = 1.058599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292526(s) Flops=527910912 => 1804.66321626112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259823.06524104 Mflops = 259.82306524104 Gflops = 0.25982306524104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001149073 Relative Rsd = 5.03886695286228e-07
BICGSTAB_SOLVER_TIME: 0.612695 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114471
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038184(s) Flops=1548509184 => 1491.55562405123 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214765.395363641 Mflops = 214.765395363641 Gflops = 0.214765395363641 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172206000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 29 resid = 1.926139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106562(s) Flops=193259520 => 1813.58758281564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261060.098933537 Mflops = 261.060098933537 Gflops = 0.261060098933537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 49 resid = 1.067975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180351(s) Flops=324495360 => 1799.24347522331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258964.104539555 Mflops = 258.964104539555 Gflops = 0.258964104539555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007378585 Relative Rsd = 3.23562711830177e-07
BICGSTAB_SOLVER_TIME: 0.388339 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 83 resid = 2.082431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317824(s) Flops=547596288 => 1722.95449053564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248062.649179243 Mflops = 248.062649179243 Gflops = 0.248062649179243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064247 s
InvBiCGStab: k = 102 resid = 9.275522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423186(s) Flops=672270336 => 1588.59304419333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228717.160153073 Mflops = 228.717160153073 Gflops = 0.228717160153073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001298241 Relative Rsd = 5.69299224713496e-07
BICGSTAB_SOLVER_TIME: 0.851733 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041703 s
InvBiCGStab: k = 68 resid = 1.632293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253276(s) Flops=449169408 => 1773.43849397495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255328.28050957 Mflops = 255.32828050957 Gflops = 0.25532828050957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 72 resid = 1.0838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268033(s) Flops=475416576 => 1773.72404144266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255356.579171093 Mflops = 255.356579171093 Gflops = 0.255356579171093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001054216 Relative Rsd = 4.62290562222957e-07
BICGSTAB_SOLVER_TIME: 0.623362 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 62 resid = 2.17023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227513(s) Flops=409798656 => 1801.20984734938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.293829584 Mflops = 259.303293829584 Gflops = 0.259303293829584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055809 s
InvBiCGStab: k = 86 resid = 8.256872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315019(s) Flops=567281664 => 1800.78555261746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.916702606 Mflops = 259.253916702606 Gflops = 0.259253916702606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001138263 Relative Rsd = 4.99146347662659e-07
BICGSTAB_SOLVER_TIME: 0.64335 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040883 s
InvBiCGStab: k = 59 resid = 1.999481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216656(s) Flops=390113280 => 1800.61147625729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259236.086661328 Mflops = 259.236086661328 Gflops = 0.259236086661328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056206 s
InvBiCGStab: k = 82 resid = 7.397554e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299657(s) Flops=541034496 => 1805.51262276536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259934.542747406 Mflops = 259.934542747406 Gflops = 0.259934542747406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001074767 Relative Rsd = 4.71302363440326e-07
BICGSTAB_SOLVER_TIME: 0.617227 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114976
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.044172(s) Flops=1517764608 => 1453.55804216164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209296.645704438 Mflops = 209.296645704438 Gflops = 0.209296645704438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168408000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.383387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041845 s
InvBiCGStab: k = 24 resid = 2.280386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088854(s) Flops=160450560 => 1805.77756769532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.066065189 Mflops = 259.899066065189 Gflops = 0.259899066065189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055837 s
InvBiCGStab: k = 51 resid = 7.835049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186548(s) Flops=337618944 => 1809.82344490426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260530.296312372 Mflops = 260.530296312372 Gflops = 0.260530296312372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007181338 Relative Rsd = 3.14913110192693e-07
BICGSTAB_SOLVER_TIME: 0.376953 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041651 s
InvBiCGStab: k = 52 resid = 1.868615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190767(s) Flops=344180736 => 1804.19431033669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259739.77043215 Mflops = 259.73977043215 Gflops = 0.25973977043215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056264 s
InvBiCGStab: k = 81 resid = 1.092475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296521(s) Flops=534472704 => 1802.47842142715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259493.203110514 Mflops = 259.493203110514 Gflops = 0.259493203110514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001118337 Relative Rsd = 4.9040873586651e-07
BICGSTAB_SOLVER_TIME: 0.589038 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043355 s
InvBiCGStab: k = 53 resid = 2.181908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218064(s) Flops=350742528 => 1608.43847677746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231551.061381641 Mflops = 231.551061381641 Gflops = 0.231551061381641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064284 s
InvBiCGStab: k = 81 resid = 1.121494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333941(s) Flops=534472704 => 1600.50039977122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230419.785356648 Mflops = 230.419785356648 Gflops = 0.230419785356648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001044082 Relative Rsd = 4.57846661810153e-07
BICGSTAB_SOLVER_TIME: 0.663511 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 58 resid = 1.517385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215904(s) Flops=383551488 => 1776.49088483771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255745.038827585 Mflops = 255.745038827585 Gflops = 0.255745038827585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 96 resid = 9.213557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35256(s) Flops=632899584 => 1795.15425459496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258459.031598675 Mflops = 258.459031598675 Gflops = 0.258459031598675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001084131 Relative Rsd = 4.75408823511617e-07
BICGSTAB_SOLVER_TIME: 0.670099 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 55 resid = 2.000071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202937(s) Flops=363866112 => 1793.00034986227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258124.513897683 Mflops = 258.124513897683 Gflops = 0.258124513897683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 73 resid = 1.151249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268086(s) Flops=481978368 => 1797.84982431011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258830.455041674 Mflops = 258.830455041674 Gflops = 0.258830455041674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00108905 Relative Rsd = 4.77565787098542e-07
BICGSTAB_SOLVER_TIME: 0.571683 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105761
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947027(s) Flops=1511571456 => 1596.12287294871 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229868.899111862 Mflops = 229.868899111862 Gflops = 0.229868899111862 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167837000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 23 resid = 2.197392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085462(s) Flops=153888768 => 1800.66892888067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259172.369161032 Mflops = 259.172369161032 Gflops = 0.259172369161032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 53 resid = 9.093209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195207(s) Flops=350742528 => 1796.77228787902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258657.115207631 Mflops = 258.657115207631 Gflops = 0.258657115207631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007674581 Relative Rsd = 3.36542627683815e-07
BICGSTAB_SOLVER_TIME: 0.381944 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040645 s
InvBiCGStab: k = 56 resid = 1.550777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205779(s) Flops=370427904 => 1800.12491070517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.877240793 Mflops = 259.157877240793 Gflops = 0.259157877240793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 82 resid = 1.08198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299559(s) Flops=541034496 => 1806.103291839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260025.568801652 Mflops = 260.025568801652 Gflops = 0.260025568801652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001169114 Relative Rsd = 5.12675050758544e-07
BICGSTAB_SOLVER_TIME: 0.606131 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040793 s
InvBiCGStab: k = 52 resid = 1.950802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191833(s) Flops=344180736 => 1794.16855285587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258298.623917265 Mflops = 258.298623917265 Gflops = 0.258298623917265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056151 s
InvBiCGStab: k = 75 resid = 1.054904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286898(s) Flops=495101952 => 1725.70722695871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248449.214810008 Mflops = 248.449214810008 Gflops = 0.248449214810008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001031153 Relative Rsd = 4.5217725567294e-07
BICGSTAB_SOLVER_TIME: 0.580241 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041529 s
InvBiCGStab: k = 60 resid = 2.146562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254179(s) Flops=396675072 => 1560.61307975875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224619.81508734 Mflops = 224.61981508734 Gflops = 0.22461981508734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061113 s
InvBiCGStab: k = 82 resid = 1.109338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316168(s) Flops=541034496 => 1711.22471597379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246368.128081722 Mflops = 246.368128081722 Gflops = 0.246368128081722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001116637 Relative Rsd = 4.89663253066646e-07
BICGSTAB_SOLVER_TIME: 0.676824 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115703
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 51 resid = 1.659085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19089(s) Flops=337618944 => 1768.657048562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254610.625238117 Mflops = 254.610625238117 Gflops = 0.254610625238117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056818 s
InvBiCGStab: k = 76 resid = 8.608683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279716(s) Flops=501663744 => 1793.47532497247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258201.895072823 Mflops = 258.201895072823 Gflops = 0.258201895072823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001047356 Relative Rsd = 4.59282289235873e-07
BICGSTAB_SOLVER_TIME: 0.572934 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105037
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945226(s) Flops=1511497728 => 1599.08606830536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230243.840844311 Mflops = 230.243840844311 Gflops = 0.230243840844311 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167902000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021397
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.812524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785973(s) Flops=1407191040 => 1790.38089094664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257759.073760345 Mflops = 257.759073760345 Gflops = 0.257759073760345 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 9.949514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882172(s) Flops=1584359424 => 1795.97564193831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258607.742509196 Mflops = 258.607742509196 Gflops = 0.258607742509196 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002146923 Relative Rsd = 9.44817393537871e-07
BICGSTAB_SOLVER_TIME: 1.671518 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324546999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 173 resid = 1.65673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658098(s) Flops=1138157568 => 1729.46516780176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248973.918046801 Mflops = 248.973918046801 Gflops = 0.248973918046801 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.134516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847762(s) Flops=1380943872 => 1628.92872291988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234557.203280975 Mflops = 234.557203280975 Gflops = 0.234557203280975 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001946726 Relative Rsd = 8.54437860139567e-07
BICGSTAB_SOLVER_TIME: 1.509143 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273259999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 340 resid = 1.999575e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.245576(s) Flops=2233976832 => 1793.52912387522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258289.89637954 Mflops = 258.28989637954 Gflops = 0.25828989637954 Tflops
InvBiCGStab: k = 333 resid = 1.036862e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.258453(s) Flops=2188044288 => 1738.67779567453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250360.02432344 Mflops = 250.36002432344 Gflops = 0.25036002432344 Tflops
BICGSTAB_SOLVER: 673 iterations. Rsd = 0.002112011 Relative Rsd = 9.29453215377234e-07
BICGSTAB_SOLVER_TIME: 2.509279 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.481073999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 278 resid = 1.781443e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.123041(s) Flops=1827145728 => 1626.96262024272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234231.420278233 Mflops = 234.231420278233 Gflops = 0.234231420278233 Tflops
InvBiCGStab: k = 304 resid = 1.077125e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.124425(s) Flops=1997752320 => 1776.68792493941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255832.838449854 Mflops = 255.832838449854 Gflops = 0.255832838449854 Tflops
BICGSTAB_SOLVER: 582 iterations. Rsd = 0.001922527 Relative Rsd = 8.438165111928e-07
BICGSTAB_SOLVER_TIME: 2.25236 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.416212999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 248 resid = 2.025459e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90643(s) Flops=1630291968 => 1798.58562492415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258929.529009368 Mflops = 258.929529009368 Gflops = 0.258929529009368 Tflops
InvBiCGStab: k = 253 resid = 9.075938e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.999116(s) Flops=1663100928 => 1664.57241001045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239687.561593675 Mflops = 239.687561593675 Gflops = 0.239687561593675 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.00186157 Relative Rsd = 8.1632816983979e-07
BICGSTAB_SOLVER_TIME: 1.910561 sec
2Flav::invert,  n_count = 501
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357965000000003
MInvCG2: 367 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.494035(s) Flops=2363222016 => 1581.77152208616 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227777.531138139 Mflops = 227.777531138139 Gflops = 0.227777531138139 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263471000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.165247640666848
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 465.990609 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.041407 secs
Doing Update: 2760 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 292 resid = 1.322421e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.067071(s) Flops=1919010816 => 1798.39093743528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.090623067 Mflops = 258.971090623067 Gflops = 0.258971090623067 Tflops
InvBiCGStab: k = 292 resid = 1.073483e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.180033(s) Flops=1919010816 => 1626.23487309253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234169.598739444 Mflops = 234.169598739444 Gflops = 0.234169598739444 Tflops
BICGSTAB_SOLVER: 584 iterations. Rsd = 0.001902235 Relative Rsd = 8.36691820668659e-07
BICGSTAB_SOLVER_TIME: 2.252175 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419795999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 253 resid = 8.151794e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.966339(s) Flops=1663100928 => 1721.03260656974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247796.531415551 Mflops = 247.796531415551 Gflops = 0.247796531415551 Tflops
InvBiCGStab: k = 268 resid = 9.760767e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9835(s) Flops=1761527808 => 1791.08063853584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257902.598822489 Mflops = 257.902598822489 Gflops = 0.257902598822489 Tflops
BICGSTAB_SOLVER: 521 iterations. Rsd = 0.001842358 Relative Rsd = 8.09840496501897e-07
BICGSTAB_SOLVER_TIME: 1.955091 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374814999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 396 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.64238(s) Flops=2540390400 => 1546.77382822489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222738.946149744 Mflops = 222.738946149744 Gflops = 0.222738946149744 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283005000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 314 resid = 1.840264e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.17127(s) Flops=2063370240 => 1761.65208705081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253639.683806997 Mflops = 253.639683806997 Gflops = 0.253639683806997 Tflops
InvBiCGStab: k = 300 resid = 1.141576e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.099641(s) Flops=1971505152 => 1792.86253604585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258163.129040751 Mflops = 258.163129040751 Gflops = 0.258163129040751 Tflops
BICGSTAB_SOLVER: 614 iterations. Rsd = 0.001969888 Relative Rsd = 8.66449041546509e-07
BICGSTAB_SOLVER_TIME: 2.275968 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.439132999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 291 resid = 1.917164e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.136692(s) Flops=1912449024 => 1682.46897488502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242264.554489932 Mflops = 242.264554489932 Gflops = 0.242264554489932 Tflops
InvBiCGStab: k = 305 resid = 6.802618e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.195343(s) Flops=2004314112 => 1676.76902110942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241447.24437729 Mflops = 241.44724437729 Gflops = 0.24144724437729 Tflops
BICGSTAB_SOLVER: 596 iterations. Rsd = 0.002036345 Relative Rsd = 8.95110652792382e-07
BICGSTAB_SOLVER_TIME: 2.336637 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.426540999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 238 resid = 2.262782e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871942(s) Flops=1564674048 => 1794.47032944852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258312.52079947 Mflops = 258.31252079947 Gflops = 0.25831252079947 Tflops
InvBiCGStab: k = 248 resid = 9.89492e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906048(s) Flops=1630291968 => 1799.34392879847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259093.95428512 Mflops = 259.093954285121 Gflops = 0.25909395428512 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.001837194 Relative Rsd = 8.05814572693838e-07
BICGSTAB_SOLVER_TIME: 1.782787 sec
2Flav::invert,  n_count = 486
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.347191000000003
MInvCG2: 370 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.585208(s) Flops=2381875200 => 1502.56319675399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216373.672078989 Mflops = 216.373672078989 Gflops = 0.216373672078989 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265431000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 2.213775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805235(s) Flops=1400629248 => 1739.40433289661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250378.315815837 Mflops = 250.378315815837 Gflops = 0.250378315815837 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 1.123758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995172(s) Flops=1781213184 => 1789.85460201855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257727.444665889 Mflops = 257.727444665889 Gflops = 0.257727444665889 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.002133077 Relative Rsd = 9.38226958407123e-07
BICGSTAB_SOLVER_TIME: 1.803841 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.11533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345279
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.028309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789325(s) Flops=1282516992 => 1624.82753238527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233910.922368411 Mflops = 233.910922368411 Gflops = 0.233910922368411 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.107155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868976(s) Flops=1492494336 => 1717.53228627718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247314.30664652 Mflops = 247.31430664652 Gflops = 0.24731430664652 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002031613 Relative Rsd = 8.9303080304492e-07
BICGSTAB_SOLVER_TIME: 1.661687 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300738999999998
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945638(s) Flops=1523736576 => 1611.33179504208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232067.457291805 Mflops = 232.067457291805 Gflops = 0.232067457291805 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169326000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.3e-05 s
InvBiCGStab: k = 151 resid = 2.123535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.569877(s) Flops=993798144 => 1743.88182713112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250890.520774098 Mflops = 250.890520774098 Gflops = 0.250890520774098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.8e-05 s
InvBiCGStab: k = 199 resid = 9.810479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752056(s) Flops=1308764160 => 1740.24827938345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250572.99394694 Mflops = 250.57299394694 Gflops = 0.25057299394694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 350 iterations. Rsd = 0.001849868 Relative Rsd = 8.11373340411959e-07
BICGSTAB_SOLVER_TIME: 1.325664 sec
2Flav::invert,  n_count = 350
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251518999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000129 s
InvBiCGStab: k = 116 resid = 2.221679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423074(s) Flops=764135424 => 1806.15075376884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259813.296111018 Mflops = 259.813296111018 Gflops = 0.259813296111018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.2e-05 s
InvBiCGStab: k = 158 resid = 7.769055e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.585727(s) Flops=1039730688 => 1775.11142221547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255563.63515147 Mflops = 255.56363515147 Gflops = 0.25556363515147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 274 iterations. Rsd = 0.001559064 Relative Rsd = 6.83823454054101e-07
BICGSTAB_SOLVER_TIME: 1.012747 sec
2Flav::invert,  n_count = 274
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197187999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004968 s
InvBiCGStab: k = 100 resid = 2.155313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370456(s) Flops=659146752 => 1779.28485974043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256177.876937937 Mflops = 256.177876937937 Gflops = 0.256177876937937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007107 s
InvBiCGStab: k = 124 resid = 1.092116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.492593(s) Flops=816629760 => 1657.8184424058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238697.747085394 Mflops = 238.697747085394 Gflops = 0.238697747085394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 224 iterations. Rsd = 0.001454714 Relative Rsd = 6.38054368736999e-07
BICGSTAB_SOLVER_TIME: 0.879082 sec
2Flav::invert,  n_count = 224
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163398999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007805 s
InvBiCGStab: k = 74 resid = 1.929524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272208(s) Flops=488540160 => 1794.73108799154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258399.607687159 Mflops = 258.399607687159 Gflops = 0.258399607687159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011196 s
InvBiCGStab: k = 122 resid = 1.080786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50044(s) Flops=803506176 => 1605.59942450643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231177.2850127 Mflops = 231.1772850127 Gflops = 0.2311772850127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001334569 Relative Rsd = 5.85357363103662e-07
BICGSTAB_SOLVER_TIME: 0.795471 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145387
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010595 s
InvBiCGStab: k = 82 resid = 1.636275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308656(s) Flops=541034496 => 1752.87211653102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252375.223078305 Mflops = 252.375223078305 Gflops = 0.252375223078305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.01505 s
InvBiCGStab: k = 106 resid = 8.426423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41467(s) Flops=698517504 => 1684.51420165433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242531.85332243 Mflops = 242.53185332243 Gflops = 0.24253185332243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001323549 Relative Rsd = 5.80524071633547e-07
BICGSTAB_SOLVER_TIME: 0.753037 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139916
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95058(s) Flops=1523589120 => 1602.79946979739 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230788.251487783 Mflops = 230.788251487783 Gflops = 0.230788251487783 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169174000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013411 s
InvBiCGStab: k = 25 resid = 2.119293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09348(s) Flops=167012352 => 1786.61052631579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257122.660446473 Mflops = 257.122660446473 Gflops = 0.257122660446473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019745 s
InvBiCGStab: k = 52 resid = 8.27351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193547(s) Flops=344180736 => 1778.27988033914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255983.211971934 Mflops = 255.983211971934 Gflops = 0.255983211971934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007594284 Relative Rsd = 3.33094086098316e-07
BICGSTAB_SOLVER_TIME: 0.323938 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0616110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016628 s
InvBiCGStab: k = 81 resid = 1.759715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295265(s) Flops=534472704 => 1810.14581477656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260614.523658076 Mflops = 260.614523658076 Gflops = 0.260614523658076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023741 s
InvBiCGStab: k = 112 resid = 1.148027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408917(s) Flops=737888256 => 1804.49395843166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259808.757095886 Mflops = 259.808757095886 Gflops = 0.259808757095886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001346399 Relative Rsd = 5.90546039897969e-07
BICGSTAB_SOLVER_TIME: 0.748315 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145801
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021549 s
InvBiCGStab: k = 63 resid = 1.938789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230731(s) Flops=416360448 => 1804.52755806545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.680297963 Mflops = 259.786680297963 Gflops = 0.259786680297963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028602 s
InvBiCGStab: k = 86 resid = 9.987097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3141(s) Flops=567281664 => 1806.05432664756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260025.872040405 Mflops = 260.025872040405 Gflops = 0.260025872040405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001133795 Relative Rsd = 4.9729548388559e-07
BICGSTAB_SOLVER_TIME: 0.598847 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115241
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.026913 s
InvBiCGStab: k = 78 resid = 2.026449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328201(s) Flops=514787328 => 1568.51236894464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225835.289753763 Mflops = 225.835289753763 Gflops = 0.225835289753763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.037006 s
InvBiCGStab: k = 95 resid = 1.096353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406733(s) Flops=626337792 => 1539.9237140827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221722.239192282 Mflops = 221.722239192282 Gflops = 0.221722239192282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001266808 Relative Rsd = 5.55636733534848e-07
BICGSTAB_SOLVER_TIME: 0.802971 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133585
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027767 s
InvBiCGStab: k = 58 resid = 2.227908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221641(s) Flops=383551488 => 1730.50783925357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249152.418640867 Mflops = 249.152418640867 Gflops = 0.249152418640867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039911 s
InvBiCGStab: k = 92 resid = 9.344075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342772(s) Flops=606652416 => 1769.8423908604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254800.32440734 Mflops = 254.80032440734 Gflops = 0.25480032440734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001201243 Relative Rsd = 5.26879218619036e-07
BICGSTAB_SOLVER_TIME: 0.636118 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11828
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946674(s) Flops=1523515392 => 1609.33477839256 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231725.859987625 Mflops = 231.725859987625 Gflops = 0.231725859987625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169111000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.034368 s
InvBiCGStab: k = 28 resid = 1.943522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113328(s) Flops=186697728 => 1647.41041931385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237141.975771904 Mflops = 237.141975771904 Gflops = 0.237141975771904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044472 s
InvBiCGStab: k = 53 resid = 1.08226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194772(s) Flops=350742528 => 1800.78516419198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259214.941257325 Mflops = 259.214941257325 Gflops = 0.259214941257325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007491955 Relative Rsd = 3.28605814547103e-07
BICGSTAB_SOLVER_TIME: 0.390727 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036811 s
InvBiCGStab: k = 54 resid = 2.273625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200936(s) Flops=357304320 => 1778.19962575148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255996.178318974 Mflops = 255.996178318974 Gflops = 0.255996178318974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051058 s
InvBiCGStab: k = 87 resid = 1.036435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318699(s) Flops=573843456 => 1800.58128830025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259233.805013274 Mflops = 259.233805013274 Gflops = 0.259233805013274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001042157 Relative Rsd = 4.5710201645284e-07
BICGSTAB_SOLVER_TIME: 0.611325 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 54 resid = 2.142736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19772(s) Flops=357304320 => 1807.12279991908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260166.516629263 Mflops = 260.166516629263 Gflops = 0.260166516629263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 73 resid = 1.031436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278427(s) Flops=481978368 => 1731.0762533806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249220.441649591 Mflops = 249.220441649591 Gflops = 0.249220441649591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00104604 Relative Rsd = 4.58805108709031e-07
BICGSTAB_SOLVER_TIME: 0.577537 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04177 s
InvBiCGStab: k = 61 resid = 1.730595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225017(s) Flops=403236864 => 1792.02844229547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257996.551157484 Mflops = 257.996551157484 Gflops = 0.257996551157484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056765 s
InvBiCGStab: k = 83 resid = 9.960877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305604(s) Flops=547596288 => 1791.84921663329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257982.501868439 Mflops = 257.982501868439 Gflops = 0.257982501868439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001121434 Relative Rsd = 4.91873764186166e-07
BICGSTAB_SOLVER_TIME: 0.633094 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046532 s
InvBiCGStab: k = 56 resid = 2.076712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228854(s) Flops=370427904 => 1618.62105971493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233034.854026797 Mflops = 233.034854026797 Gflops = 0.233034854026797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058015 s
InvBiCGStab: k = 84 resid = 1.110752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359554(s) Flops=554158080 => 1541.23742191715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221886.505500921 Mflops = 221.886505500921 Gflops = 0.221886505500921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001075899 Relative Rsd = 4.71901977005467e-07
BICGSTAB_SOLVER_TIME: 0.697005 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113995
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954496(s) Flops=1523515392 => 1596.14643958697 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229830.115897824 Mflops = 229.830115897824 Gflops = 0.229830115897824 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169018000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 31 resid = 2.084974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114447(s) Flops=206383104 => 1803.3072426538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.696687502 Mflops = 259.600696687502 Gflops = 0.259600696687502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065858 s
InvBiCGStab: k = 49 resid = 1.011416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204428(s) Flops=324495360 => 1587.33324202164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228505.210009584 Mflops = 228.505210009584 Gflops = 0.228505210009584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007495193 Relative Rsd = 3.2874786655456e-07
BICGSTAB_SOLVER_TIME: 0.429844 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046669 s
InvBiCGStab: k = 54 resid = 2.218797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231932(s) Flops=357304320 => 1540.55636997051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221795.915315275 Mflops = 221.795915315275 Gflops = 0.221795915315275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060523 s
InvBiCGStab: k = 85 resid = 1.10793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3255(s) Flops=560719872 => 1722.64169585253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248021.35864523 Mflops = 248.02135864523 Gflops = 0.24802135864523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001126404 Relative Rsd = 4.94053767207867e-07
BICGSTAB_SOLVER_TIME: 0.668666 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041499 s
InvBiCGStab: k = 57 resid = 1.927667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214204(s) Flops=376989696 => 1759.95637803216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253352.141323328 Mflops = 253.352141323328 Gflops = 0.253352141323328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056968 s
InvBiCGStab: k = 77 resid = 9.263757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283075(s) Flops=508225536 => 1795.37414466131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258483.553610685 Mflops = 258.483553610685 Gflops = 0.258483553610685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001060905 Relative Rsd = 4.6532535712464e-07
BICGSTAB_SOLVER_TIME: 0.59955 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 59 resid = 1.961104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217386(s) Flops=390113280 => 1794.56487538296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258352.134368462 Mflops = 258.352134368462 Gflops = 0.258352134368462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057087 s
InvBiCGStab: k = 91 resid = 1.052508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333438(s) Flops=600090624 => 1799.70676407608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.557387545 Mflops = 259.092557387545 Gflops = 0.259092557387545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001111251 Relative Rsd = 4.87407755278826e-07
BICGSTAB_SOLVER_TIME: 0.653117 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 52 resid = 2.206127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191324(s) Flops=344180736 => 1798.9417741632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258982.669482482 Mflops = 258.982669482482 Gflops = 0.258982669482482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056627 s
InvBiCGStab: k = 83 resid = 1.115868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303543(s) Flops=547596288 => 1804.01553651377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.268520971 Mflops = 259.720268520971 Gflops = 0.259720268520971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001097902 Relative Rsd = 4.8155252675722e-07
BICGSTAB_SOLVER_TIME: 0.596023 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110702
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.020394(s) Flops=1523441664 => 1492.99355347052 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215000.576799507 Mflops = 215.000576799507 Gflops = 0.215000576799507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169199000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.23749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804837(s) Flops=1380943872 => 1715.80565008815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247069.09866798 Mflops = 247.06909866798 Gflops = 0.24706909866798 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.152017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878636(s) Flops=1387505664 => 1579.15867776872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227392.207062019 Mflops = 227.392207062019 Gflops = 0.227392207062019 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.001983907 Relative Rsd = 8.72608113227629e-07
BICGSTAB_SOLVER_TIME: 1.687135 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300135999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.23743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759155(s) Flops=1354696704 => 1784.47972284975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256967.898910476 Mflops = 256.967898910476 Gflops = 0.256967898910476 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.031894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774307(s) Flops=1394067456 => 1800.40662941185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.284027492 Mflops = 259.242284027492 Gflops = 0.259242284027492 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.001953186 Relative Rsd = 8.58561807530707e-07
BICGSTAB_SOLVER_TIME: 1.536883 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.1159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298329999999998
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972387(s) Flops=1523441664 => 1566.70303490277 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225642.992829452 Mflops = 225.642992829452 Gflops = 0.225642992829452 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169325000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04163 s
InvBiCGStab: k = 25 resid = 1.940324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096852(s) Flops=167012352 => 1724.40788006443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248181.664582763 Mflops = 248.181664582763 Gflops = 0.248181664582763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055973 s
InvBiCGStab: k = 45 resid = 1.128388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166779(s) Flops=298248192 => 1788.28384868599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257437.582164341 Mflops = 257.437582164341 Gflops = 0.257437582164341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007458455 Relative Rsd = 3.27136480051566e-07
BICGSTAB_SOLVER_TIME: 0.36507 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041803 s
InvBiCGStab: k = 78 resid = 1.904082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286485(s) Flops=514787328 => 1796.90848735536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258711.663799404 Mflops = 258.711663799404 Gflops = 0.258711663799404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 106 resid = 1.0245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389299(s) Flops=698517504 => 1794.29565449693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258335.445506544 Mflops = 258.335445506544 Gflops = 0.258335445506544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001300765 Relative Rsd = 5.70530595468392e-07
BICGSTAB_SOLVER_TIME: 0.77811 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040729 s
InvBiCGStab: k = 55 resid = 1.617243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201662(s) Flops=363866112 => 1804.3365234898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.586130459 Mflops = 259.751586130459 Gflops = 0.259751586130459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0609 s
InvBiCGStab: k = 71 resid = 9.162858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298028(s) Flops=468854784 => 1573.19038479606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226481.270237294 Mflops = 226.481270237294 Gflops = 0.226481270237294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001046668 Relative Rsd = 4.59080634457499e-07
BICGSTAB_SOLVER_TIME: 0.605539 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048407 s
InvBiCGStab: k = 65 resid = 2.023351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266875(s) Flops=429484032 => 1609.30784824356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231691.924001319 Mflops = 231.691924001319 Gflops = 0.231691924001319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057029 s
InvBiCGStab: k = 96 resid = 1.094191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358092(s) Flops=632899584 => 1767.42173519654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254454.138443266 Mflops = 254.454138443266 Gflops = 0.254454138443266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001144128 Relative Rsd = 5.01827821174558e-07
BICGSTAB_SOLVER_TIME: 0.734242 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041636 s
InvBiCGStab: k = 55 resid = 2.042464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203113(s) Flops=363866112 => 1791.44669223536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257901.547799609 Mflops = 257.901547799609 Gflops = 0.257901547799609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056119 s
InvBiCGStab: k = 96 resid = 9.172606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350591(s) Flops=632899584 => 1805.23625535168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259908.680432759 Mflops = 259.908680432759 Gflops = 0.259908680432759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001123351 Relative Rsd = 4.92714638542314e-07
BICGSTAB_SOLVER_TIME: 0.655238 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122287
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938317(s) Flops=1511055360 => 1610.38898368036 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231880.717893052 Mflops = 231.880717893052 Gflops = 0.231880717893052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168083000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04161 s
InvBiCGStab: k = 30 resid = 2.251586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113394(s) Flops=199821312 => 1762.1859357638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253638.400520448 Mflops = 253.638400520448 Gflops = 0.253638400520448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058554 s
InvBiCGStab: k = 53 resid = 1.105317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198631(s) Flops=350742528 => 1765.79953783649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254175.651367981 Mflops = 254.175651367981 Gflops = 0.254175651367981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007416298 Relative Rsd = 3.25287429613019e-07
BICGSTAB_SOLVER_TIME: 0.41606 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 85 resid = 2.001581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321843(s) Flops=560719872 => 1742.21552744661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250831.26243279 Mflops = 250.83126243279 Gflops = 0.25083126243279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057002 s
InvBiCGStab: k = 101 resid = 1.103508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376002(s) Flops=665708544 => 1770.49202929772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254917.292871267 Mflops = 254.917292871267 Gflops = 0.254917292871267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001311622 Relative Rsd = 5.75292656690339e-07
BICGSTAB_SOLVER_TIME: 0.799726 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147349
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043529 s
InvBiCGStab: k = 58 resid = 1.877649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219012(s) Flops=383551488 => 1751.28069694811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252129.857756867 Mflops = 252.129857756867 Gflops = 0.252129857756867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 86 resid = 1.148323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319142(s) Flops=567281664 => 1777.52117866028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255907.554403081 Mflops = 255.907554403081 Gflops = 0.255907554403081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001061378 Relative Rsd = 4.65532716291529e-07
BICGSTAB_SOLVER_TIME: 0.641443 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052355 s
InvBiCGStab: k = 65 resid = 2.034331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272619(s) Flops=429484032 => 1575.4002178865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226815.48330865 Mflops = 226.81548330865 Gflops = 0.22681548330865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059708 s
InvBiCGStab: k = 91 resid = 8.845425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38848(s) Flops=600090624 => 1544.71433278418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222404.235797527 Mflops = 222.404235797527 Gflops = 0.222404235797527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001204143 Relative Rsd = 5.28150946619656e-07
BICGSTAB_SOLVER_TIME: 0.777196 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125584
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042475 s
InvBiCGStab: k = 54 resid = 1.524352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204799(s) Flops=357304320 => 1744.65851884042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251179.374982369 Mflops = 251.179374982369 Gflops = 0.251179374982369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 95 resid = 1.135285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360189(s) Flops=626337792 => 1738.91427000825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250361.5299924 Mflops = 250.3615299924 Gflops = 0.2503615299924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001137124 Relative Rsd = 4.98755729503583e-07
BICGSTAB_SOLVER_TIME: 0.667856 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120565
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949645(s) Flops=1504788480 => 1584.58000621285 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228353.678662163 Mflops = 228.353678662163 Gflops = 0.228353678662163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167374000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044703 s
InvBiCGStab: k = 29 resid = 1.402558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115437(s) Flops=193259520 => 1674.15577327893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240978.578324171 Mflops = 240.978578324171 Gflops = 0.240978578324171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 53 resid = 1.123836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198073(s) Flops=350742528 => 1770.77404795202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254940.131805262 Mflops = 254.940131805262 Gflops = 0.254940131805262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007310474 Relative Rsd = 3.20645872610194e-07
BICGSTAB_SOLVER_TIME: 0.418514 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043673 s
InvBiCGStab: k = 54 resid = 1.624734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209057(s) Flops=357304320 => 1709.12392314058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246059.956548288 Mflops = 246.059956548288 Gflops = 0.246059956548288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057324 s
InvBiCGStab: k = 92 resid = 5.848802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3426(s) Flops=606652416 => 1770.73092819615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254937.707184048 Mflops = 254.937707184048 Gflops = 0.254937707184048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001109785 Relative Rsd = 4.86764691662034e-07
BICGSTAB_SOLVER_TIME: 0.656527 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044676 s
InvBiCGStab: k = 50 resid = 2.084257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184927(s) Flops=331057152 => 1790.20452394729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257731.981087197 Mflops = 257.731981087197 Gflops = 0.257731981087197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057697 s
InvBiCGStab: k = 78 resid = 1.112679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287029(s) Flops=514787328 => 1793.5028446603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258203.913422127 Mflops = 258.203913422127 Gflops = 0.258203913422127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001052077 Relative Rsd = 4.61453239985356e-07
BICGSTAB_SOLVER_TIME: 0.578304 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042096 s
InvBiCGStab: k = 62 resid = 2.055021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237263(s) Flops=409798656 => 1727.19158065101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248664.487841134 Mflops = 248.664487841134 Gflops = 0.248664487841134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058458 s
InvBiCGStab: k = 92 resid = 7.6379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348398(s) Flops=606652416 => 1741.26262492896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250691.359362998 Mflops = 250.691359362998 Gflops = 0.250691359362998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001111428 Relative Rsd = 4.87485419226828e-07
BICGSTAB_SOLVER_TIME: 0.690559 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044371 s
InvBiCGStab: k = 55 resid = 1.922856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230337(s) Flops=363866112 => 1579.71195248701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227429.803889264 Mflops = 227.429803889264 Gflops = 0.227429803889264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064942 s
InvBiCGStab: k = 84 resid = 1.03915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348533(s) Flops=554158080 => 1589.97305850522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228914.145079286 Mflops = 228.914145079286 Gflops = 0.228914145079286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001055093 Relative Rsd = 4.62775875912444e-07
BICGSTAB_SOLVER_TIME: 0.692326 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113453
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957703(s) Flops=1498669056 => 1564.85784841438 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225319.297012696 Mflops = 225.319297012696 Gflops = 0.225319297012696 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166142000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043462 s
InvBiCGStab: k = 32 resid = 2.188643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145398(s) Flops=212944896 => 1464.56550984195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210824.271102351 Mflops = 210.824271102351 Gflops = 0.210824271102351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062001 s
InvBiCGStab: k = 52 resid = 7.08077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217358(s) Flops=344180736 => 1583.47397381279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227959.940566852 Mflops = 227.959940566852 Gflops = 0.227959940566852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007955612 Relative Rsd = 3.48942382296197e-07
BICGSTAB_SOLVER_TIME: 0.472084 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046655 s
InvBiCGStab: k = 56 resid = 2.012791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222774(s) Flops=370427904 => 1662.79684343774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239383.652379847 Mflops = 239.383652379847 Gflops = 0.239383652379847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058954 s
InvBiCGStab: k = 86 resid = 9.99093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334374(s) Flops=567281664 => 1696.54836799512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244240.258921963 Mflops = 244.240258921963 Gflops = 0.244240258921963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001169952 Relative Rsd = 5.13154605038748e-07
BICGSTAB_SOLVER_TIME: 0.666743 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 54 resid = 1.818725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199959(s) Flops=357304320 => 1786.88791202196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257225.340989189 Mflops = 257.225340989189 Gflops = 0.257225340989189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061922 s
InvBiCGStab: k = 89 resid = 9.284504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331769(s) Flops=586967040 => 1769.20399434546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254717.79573398 Mflops = 254.71779573398 Gflops = 0.25471779573398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001060886 Relative Rsd = 4.65317085224853e-07
BICGSTAB_SOLVER_TIME: 0.6385 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042415 s
InvBiCGStab: k = 61 resid = 2.201792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22918(s) Flops=403236864 => 1759.47667335719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253299.922981384 Mflops = 253.299922981384 Gflops = 0.253299922981384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056922 s
InvBiCGStab: k = 95 resid = 1.056958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363338(s) Flops=626337792 => 1723.84334146167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248194.05421755 Mflops = 248.19405421755 Gflops = 0.24819405421755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001185845 Relative Rsd = 5.20125467748322e-07
BICGSTAB_SOLVER_TIME: 0.695679 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 64 resid = 1.89882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240375(s) Flops=422922240 => 1759.42689547582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253331.191939628 Mflops = 253.331191939628 Gflops = 0.253331191939628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058472 s
InvBiCGStab: k = 79 resid = 1.036988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329241(s) Flops=521349120 => 1583.48784021431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227981.673679883 Mflops = 227.981673679883 Gflops = 0.227981673679883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001069294 Relative Rsd = 4.69004565391109e-07
BICGSTAB_SOLVER_TIME: 0.673186 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116445
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986943(s) Flops=1492402176 => 1512.14626984537 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217733.191044726 Mflops = 217.733191044726 Gflops = 0.217733191044726 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165631000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.197648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80607(s) Flops=1321887744 => 1639.91681119506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236081.208453204 Mflops = 236.081208453204 Gflops = 0.236081208453204 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.046962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97192(s) Flops=1630291968 => 1677.39316816199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241534.328839206 Mflops = 241.534328839206 Gflops = 0.241534328839206 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002038976 Relative Rsd = 8.96848826120582e-07
BICGSTAB_SOLVER_TIME: 1.781357 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320271999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.439207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737529(s) Flops=1328449536 => 1801.21667893737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.910638311 Mflops = 259.287910638311 Gflops = 0.259287910638311 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 7.314928e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.761477(s) Flops=1367820288 => 1796.27262281067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258647.668453767 Mflops = 258.647668453767 Gflops = 0.258647668453767 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002017173 Relative Rsd = 8.86701817891764e-07
BICGSTAB_SOLVER_TIME: 1.502432 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.114794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292742999999999
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01959(s) Flops=1492402176 => 1463.72774938946 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210755.627268183 Mflops = 210.755627268183 Gflops = 0.210755627268183 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165406000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041822 s
InvBiCGStab: k = 27 resid = 1.670959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099997(s) Flops=180135936 => 1801.41340240207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259301.64394936 Mflops = 259.30164394936 Gflops = 0.25930164394936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056687 s
InvBiCGStab: k = 43 resid = 9.97214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159222(s) Flops=285124608 => 1790.73625504013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257763.603774048 Mflops = 257.763603774048 Gflops = 0.257763603774048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.00073086 Relative Rsd = 3.20563689753975e-07
BICGSTAB_SOLVER_TIME: 0.361539 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042193 s
InvBiCGStab: k = 84 resid = 2.218808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307643(s) Flops=554158080 => 1801.3024187126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259343.255774297 Mflops = 259.343255774297 Gflops = 0.259343255774297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056804 s
InvBiCGStab: k = 98 resid = 1.139935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358787(s) Flops=646023168 => 1800.57573992369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259226.646375091 Mflops = 259.226646375091 Gflops = 0.259226646375091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001321366 Relative Rsd = 5.79566624763731e-07
BICGSTAB_SOLVER_TIME: 0.769256 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041057 s
InvBiCGStab: k = 59 resid = 1.810596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241928(s) Flops=390113280 => 1612.51810456003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232153.900907584 Mflops = 232.153900907585 Gflops = 0.232153900907585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065209 s
InvBiCGStab: k = 83 resid = 8.221654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342876(s) Flops=547596288 => 1597.06800125993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229930.110395943 Mflops = 229.930110395943 Gflops = 0.229930110395943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.0009956623 Relative Rsd = 4.3670902617742e-07
BICGSTAB_SOLVER_TIME: 0.695018 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043554 s
InvBiCGStab: k = 62 resid = 2.250648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232274(s) Flops=409798656 => 1764.28983011443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254001.501878217 Mflops = 254.001501878217 Gflops = 0.254001501878217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057269 s
InvBiCGStab: k = 85 resid = 7.583715e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313985(s) Flops=560719872 => 1785.81738618087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257096.457445176 Mflops = 257.096457445176 Gflops = 0.257096457445176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001147352 Relative Rsd = 5.03241754365964e-07
BICGSTAB_SOLVER_TIME: 0.651017 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 64 resid = 2.157474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23378(s) Flops=422922240 => 1809.060826418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260446.773572622 Mflops = 260.446773572622 Gflops = 0.260446773572622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 94 resid = 8.620475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343054(s) Flops=619776000 => 1806.64268599113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260105.26813271 Mflops = 260.10526813271 Gflops = 0.26010526813271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001094626 Relative Rsd = 4.80115565005295e-07
BICGSTAB_SOLVER_TIME: 0.677951 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127018
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927352(s) Flops=1480089600 => 1596.03861316954 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229813.18407999 Mflops = 229.81318407999 Gflops = 0.22981318407999 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164464000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 29 resid = 1.566755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107553(s) Flops=193259520 => 1796.87707455859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258633.437446553 Mflops = 258.633437446553 Gflops = 0.258633437446553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 54 resid = 6.69615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197766(s) Flops=357304320 => 1806.70246655138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260073.731565534 Mflops = 260.073731565534 Gflops = 0.260073731565534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007358191 Relative Rsd = 3.22738790909135e-07
BICGSTAB_SOLVER_TIME: 0.406768 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04168 s
InvBiCGStab: k = 88 resid = 6.921441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322159(s) Flops=580405248 => 1801.61115474036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259385.838954968 Mflops = 259.385838954968 Gflops = 0.259385838954968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056231 s
InvBiCGStab: k = 101 resid = 1.076284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369062(s) Flops=665708544 => 1803.78512011532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.696362893 Mflops = 259.700696362893 Gflops = 0.259700696362893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001313208 Relative Rsd = 5.75988109005783e-07
BICGSTAB_SOLVER_TIME: 0.793018 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040625 s
InvBiCGStab: k = 52 resid = 2.054865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190188(s) Flops=344180736 => 1809.68692031043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260533.072854032 Mflops = 260.533072854032 Gflops = 0.260533072854032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 67 resid = 1.044416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267101(s) Flops=442607616 => 1657.07959161516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238550.357362571 Mflops = 238.550357362571 Gflops = 0.238550357362571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001011551 Relative Rsd = 4.43678101748151e-07
BICGSTAB_SOLVER_TIME: 0.559334 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044427 s
InvBiCGStab: k = 71 resid = 2.183161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305911(s) Flops=468854784 => 1532.6509474978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220663.010078638 Mflops = 220.663010078638 Gflops = 0.220663010078638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061489 s
InvBiCGStab: k = 95 resid = 1.127603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355705(s) Flops=626337792 => 1760.83493906467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253512.979982785 Mflops = 253.512979982785 Gflops = 0.253512979982785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001155434 Relative Rsd = 5.06786876158104e-07
BICGSTAB_SOLVER_TIME: 0.772214 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041964 s
InvBiCGStab: k = 56 resid = 1.976809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208483(s) Flops=370427904 => 1776.77750224239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255781.760423335 Mflops = 255.781760423335 Gflops = 0.255781760423335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 100 resid = 1.075521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36695(s) Flops=659146752 => 1796.28492165145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258620.509937873 Mflops = 258.620509937873 Gflops = 0.258620509937873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001186654 Relative Rsd = 5.20480240339196e-07
BICGSTAB_SOLVER_TIME: 0.677934 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126025
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930123(s) Flops=1473896448 => 1584.62531084598 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228172.566476565 Mflops = 228.172566476565 Gflops = 0.228172566476565 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163576000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041983 s
InvBiCGStab: k = 28 resid = 2.071391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106965(s) Flops=186697728 => 1745.40950778292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251221.979118 Mflops = 251.221979118 Gflops = 0.251221979118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 51 resid = 1.087064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190347(s) Flops=337618944 => 1773.70246970007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255332.680843893 Mflops = 255.332680843893 Gflops = 0.255332680843893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007826668 Relative Rsd = 3.43286726122236e-07
BICGSTAB_SOLVER_TIME: 0.399582 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041592 s
InvBiCGStab: k = 53 resid = 1.721171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194099(s) Flops=350742528 => 1807.02903157667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260128.475140529 Mflops = 260.128475140529 Gflops = 0.260128475140529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 84 resid = 1.102711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307336(s) Flops=554158080 => 1803.10175182862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.600665662 Mflops = 259.592600665662 Gflops = 0.259592600665662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001105818 Relative Rsd = 4.8502478434568e-07
BICGSTAB_SOLVER_TIME: 0.603296 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 58 resid = 1.810919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212258(s) Flops=383551488 => 1807.00603981947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260145.682888228 Mflops = 260.145682888228 Gflops = 0.260145682888228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 69 resid = 1.144241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252267(s) Flops=455731200 => 1806.54306746423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260084.724258826 Mflops = 260.084724258826 Gflops = 0.260084724258826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001028522 Relative Rsd = 4.5112179033445e-07
BICGSTAB_SOLVER_TIME: 0.565914 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 68 resid = 2.153622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248284(s) Flops=449169408 => 1809.09526187753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260460.500260452 Mflops = 260.460500260452 Gflops = 0.260460500260452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 92 resid = 9.154049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378754(s) Flops=606652416 => 1601.70563479198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230608.834542751 Mflops = 230.608834542751 Gflops = 0.230608834542751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001123867 Relative Rsd = 4.92940992442047e-07
BICGSTAB_SOLVER_TIME: 0.728486 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045584 s
InvBiCGStab: k = 57 resid = 2.027625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241815(s) Flops=376989696 => 1559.0004590286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224435.499505348 Mflops = 224.435499505348 Gflops = 0.224435499505348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060364 s
InvBiCGStab: k = 102 resid = 6.781209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381132(s) Flops=672270336 => 1763.87796354019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253948.662550008 Mflops = 253.948662550008 Gflops = 0.253948662550008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001081613 Relative Rsd = 4.74408056274335e-07
BICGSTAB_SOLVER_TIME: 0.732944 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12785
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917971(s) Flops=1467555840 => 1598.69520932578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230376.835605759 Mflops = 230.376835605759 Gflops = 0.230376835605759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162958000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041762 s
InvBiCGStab: k = 29 resid = 1.922734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119326(s) Flops=193259520 => 1619.59271240132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233124.60407515 Mflops = 233.12460407515 Gflops = 0.23312460407515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062155 s
InvBiCGStab: k = 50 resid = 1.127363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219227(s) Flops=331057152 => 1510.11121805252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217389.673541028 Mflops = 217.389673541028 Gflops = 0.217389673541028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007912317 Relative Rsd = 3.47043394092268e-07
BICGSTAB_SOLVER_TIME: 0.446632 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 57 resid = 2.131327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213593(s) Flops=376989696 => 1764.99087516913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254099.377561575 Mflops = 254.099377561575 Gflops = 0.254099377561575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057204 s
InvBiCGStab: k = 86 resid = 7.268648e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318542(s) Flops=567281664 => 1780.86928568289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256393.71412039 Mflops = 256.39371412039 Gflops = 0.25639371412039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105721 Relative Rsd = 4.84982046196779e-07
BICGSTAB_SOLVER_TIME: 0.634242 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 60 resid = 1.481789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220418(s) Flops=396675072 => 1799.64917565716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259100.07806428 Mflops = 259.10007806428 Gflops = 0.25910007806428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 70 resid = 1.072554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27469(s) Flops=462292992 => 1682.96258327569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242290.179366016 Mflops = 242.290179366016 Gflops = 0.242290179366016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047755 Relative Rsd = 4.59557392039679e-07
BICGSTAB_SOLVER_TIME: 0.59613 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041561 s
InvBiCGStab: k = 69 resid = 2.247009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254047(s) Flops=455731200 => 1793.88538341331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258266.497521043 Mflops = 258.266497521043 Gflops = 0.258266497521043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056586 s
InvBiCGStab: k = 98 resid = 6.238642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3597(s) Flops=646023168 => 1796.00547122602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258582.249023202 Mflops = 258.582249023202 Gflops = 0.258582249023202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001139643 Relative Rsd = 4.99860845102933e-07
BICGSTAB_SOLVER_TIME: 0.71578 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 66 resid = 1.673102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258839(s) Flops=436045824 => 1684.62180737833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242522.399634388 Mflops = 242.522399634388 Gflops = 0.242522399634388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062686 s
InvBiCGStab: k = 77 resid = 9.599787e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314052(s) Flops=508225536 => 1618.28466623362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232983.374840109 Mflops = 232.983374840109 Gflops = 0.232983374840109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001093832 Relative Rsd = 4.79767583542024e-07
BICGSTAB_SOLVER_TIME: 0.681132 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11616
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930278(s) Flops=1461288960 => 1570.80889798533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226175.005289735 Mflops = 226.175005289735 Gflops = 0.226175005289735 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161920000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.178684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810049(s) Flops=1315325952 => 1623.76097248438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233777.238207988 Mflops = 233.777238207988 Gflops = 0.233777238207988 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 267 resid = 9.422694e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.037592(s) Flops=1754966016 => 1691.38352647283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243549.188419227 Mflops = 243.549188419227 Gflops = 0.243549188419227 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.00210103 Relative Rsd = 9.24171611286859e-07
BICGSTAB_SOLVER_TIME: 1.85102 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.118007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333180999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.191616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718163(s) Flops=1295640576 => 1804.10377031398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.059691848 Mflops = 259.713059691848 Gflops = 0.259713059691848 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.117811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849066(s) Flops=1531865088 => 1804.17669297793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.106513895 Mflops = 259.788106513895 Gflops = 0.259788106513895 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.00225042 Relative Rsd = 9.89251653421908e-07
BICGSTAB_SOLVER_TIME: 1.570546 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306877999999999
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008293(s) Flops=1461288960 => 1449.27016254204 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208674.875958401 Mflops = 208.674875958401 Gflops = 0.208674875958401 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161989000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040754 s
InvBiCGStab: k = 25 resid = 1.723645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093239(s) Flops=167012352 => 1791.2284773539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257769.892521108 Mflops = 257.769892521108 Gflops = 0.257769892521108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057006 s
InvBiCGStab: k = 54 resid = 6.974993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199509(s) Flops=357304320 => 1790.91830443739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257789.530844444 Mflops = 257.789530844444 Gflops = 0.257789530844444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007495036 Relative Rsd = 3.28740973304738e-07
BICGSTAB_SOLVER_TIME: 0.394314 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 91 resid = 1.068422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334073(s) Flops=600090624 => 1796.28591355782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258628.812609036 Mflops = 258.628812609036 Gflops = 0.258628812609036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 118 resid = 1.074654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.472858(s) Flops=777259008 => 1643.74718837368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236666.690605235 Mflops = 236.666690605235 Gflops = 0.236666690605235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001356396 Relative Rsd = 5.9493106588517e-07
BICGSTAB_SOLVER_TIME: 0.90871 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163511999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048007 s
InvBiCGStab: k = 58 resid = 1.872939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245771(s) Flops=383551488 => 1560.60514869533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224654.795956497 Mflops = 224.654795956497 Gflops = 0.224654795956497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 68 resid = 9.150028e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249802(s) Flops=449169408 => 1798.10172856903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258864.587543525 Mflops = 258.864587543525 Gflops = 0.258864587543525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001039907 Relative Rsd = 4.56115107322672e-07
BICGSTAB_SOLVER_TIME: 0.603888 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041552 s
InvBiCGStab: k = 68 resid = 1.917385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25251(s) Flops=449169408 => 1778.8182963051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256093.786650613 Mflops = 256.093786650613 Gflops = 0.256093786650613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 99 resid = 7.738343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361597(s) Flops=652584960 => 1804.7300171185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259841.175742359 Mflops = 259.841175742359 Gflops = 0.259841175742359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001165582 Relative Rsd = 5.11237770976945e-07
BICGSTAB_SOLVER_TIME: 0.716095 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040981 s
InvBiCGStab: k = 62 resid = 1.906388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226634(s) Flops=409798656 => 1808.1958399887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260327.210849979 Mflops = 260.327210849979 Gflops = 0.260327210849979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 91 resid = 1.103907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332174(s) Flops=600090624 => 1806.55507053532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260091.958696625 Mflops = 260.091958696625 Gflops = 0.260091958696625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001144161 Relative Rsd = 5.01842118285301e-07
BICGSTAB_SOLVER_TIME: 0.660329 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123428
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945693(s) Flops=1455095808 => 1538.65557638684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221545.131958901 Mflops = 221.545131958901 Gflops = 0.221545131958901 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161473000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040857 s
InvBiCGStab: k = 36 resid = 1.257067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132916(s) Flops=239192064 => 1799.57314394053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259041.804888128 Mflops = 259.041804888128 Gflops = 0.259041804888128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055894 s
InvBiCGStab: k = 62 resid = 1.134321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227107(s) Flops=409798656 => 1804.42987666606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.867212351 Mflops = 259.766867212351 Gflops = 0.259766867212351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008100643 Relative Rsd = 3.55303600885342e-07
BICGSTAB_SOLVER_TIME: 0.460566 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0841510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 71 resid = 2.009383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259918(s) Flops=468854784 => 1803.85653937011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259711.133938249 Mflops = 259.711133938249 Gflops = 0.259711133938249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 107 resid = 9.98274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391293(s) Flops=705079296 => 1801.92156772546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259437.817447879 Mflops = 259.437817447879 Gflops = 0.259437817447879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001334933 Relative Rsd = 5.8551687801067e-07
BICGSTAB_SOLVER_TIME: 0.752393 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042386 s
InvBiCGStab: k = 56 resid = 2.089475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238173(s) Flops=370427904 => 1555.28923933443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223919.09556986 Mflops = 223.91909556986 Gflops = 0.22391909556986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059983 s
InvBiCGStab: k = 83 resid = 1.12023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343662(s) Flops=547596288 => 1593.41529758891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229407.935495387 Mflops = 229.407935495387 Gflops = 0.229407935495387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001052161 Relative Rsd = 4.61489901862191e-07
BICGSTAB_SOLVER_TIME: 0.688426 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041297 s
InvBiCGStab: k = 72 resid = 1.879939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268894(s) Flops=475416576 => 1768.04456774789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254552.87954317 Mflops = 254.55287954317 Gflops = 0.25455287954317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057403 s
InvBiCGStab: k = 87 resid = 1.030384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322443(s) Flops=573843456 => 1779.6741005387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256218.523475486 Mflops = 256.218523475486 Gflops = 0.256218523475486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001166005 Relative Rsd = 5.1142332704995e-07
BICGSTAB_SOLVER_TIME: 0.69387 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040988 s
InvBiCGStab: k = 68 resid = 2.00679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248821(s) Flops=449169408 => 1805.19091234261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.184864874 Mflops = 259.902184864874 Gflops = 0.259902184864874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 98 resid = 8.566207e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375847(s) Flops=646023168 => 1718.84614750151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247469.250347907 Mflops = 247.469250347907 Gflops = 0.247469250347907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001161856 Relative Rsd = 5.09603713341201e-07
BICGSTAB_SOLVER_TIME: 0.72546 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132557
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908775(s) Flops=1448755200 => 1594.18469918297 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229539.303254276 Mflops = 229.539303254276 Gflops = 0.229539303254276 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161070000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 32 resid = 1.880363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119686(s) Flops=212944896 => 1779.19636381866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256080.343651394 Mflops = 256.080343651394 Gflops = 0.256080343651394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057031 s
InvBiCGStab: k = 50 resid = 9.90588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183565(s) Flops=331057152 => 1803.48733146297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259620.282756849 Mflops = 259.620282756849 Gflops = 0.259620282756849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007458039 Relative Rsd = 3.27118225704814e-07
BICGSTAB_SOLVER_TIME: 0.405432 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041178 s
InvBiCGStab: k = 51 resid = 2.218711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186187(s) Flops=337618944 => 1813.33253127232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261048.729311402 Mflops = 261.048729311402 Gflops = 0.261048729311402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 84 resid = 6.811095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307476(s) Flops=554158080 => 1802.28076337665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259488.859392199 Mflops = 259.488859392199 Gflops = 0.259488859392199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001049894 Relative Rsd = 4.6049579311554e-07
BICGSTAB_SOLVER_TIME: 0.594992 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 60 resid = 2.258971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219383(s) Flops=396675072 => 1808.13951855887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260319.138994537 Mflops = 260.319138994537 Gflops = 0.260319138994537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056137 s
InvBiCGStab: k = 76 resid = 1.144059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27963(s) Flops=501663744 => 1794.02690698423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258281.331826821 Mflops = 258.281331826821 Gflops = 0.258281331826821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00105261 Relative Rsd = 4.616869466849e-07
BICGSTAB_SOLVER_TIME: 0.599952 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111502
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043687 s
InvBiCGStab: k = 65 resid = 1.824362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265369(s) Flops=429484032 => 1618.44085782439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233015.19562948 Mflops = 233.01519562948 Gflops = 0.23301519562948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060758 s
InvBiCGStab: k = 105 resid = 5.84166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452208(s) Flops=691955712 => 1530.17131939285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220309.842969205 Mflops = 220.309842969205 Gflops = 0.220309842969205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001150095 Relative Rsd = 5.04444805173906e-07
BICGSTAB_SOLVER_TIME: 0.825843 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040632 s
InvBiCGStab: k = 61 resid = 2.098757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23091(s) Flops=403236864 => 1746.29450435235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251402.928805336 Mflops = 251.402928805336 Gflops = 0.251402928805336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057057 s
InvBiCGStab: k = 85 resid = 1.101807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319118(s) Flops=560719872 => 1757.09258644138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252971.121485985 Mflops = 252.971121485985 Gflops = 0.252971121485985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001087019 Relative Rsd = 4.76779129968898e-07
BICGSTAB_SOLVER_TIME: 0.651664 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118489
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911479(s) Flops=1442488320 => 1582.5798729318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227879.502691026 Mflops = 227.879502691026 Gflops = 0.227879502691026 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159906000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044418 s
InvBiCGStab: k = 31 resid = 1.739353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118583(s) Flops=206383104 => 1740.41054788629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250510.82274459 Mflops = 250.51082274459 Gflops = 0.25051082274459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 52 resid = 1.033017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1918(s) Flops=344180736 => 1794.47724713243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258315.638855397 Mflops = 258.315638855397 Gflops = 0.258315638855397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008140476 Relative Rsd = 3.57050733348733e-07
BICGSTAB_SOLVER_TIME: 0.415024 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041909 s
InvBiCGStab: k = 61 resid = 1.913402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226591(s) Flops=403236864 => 1779.58023045929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256206.724867002 Mflops = 256.206724867002 Gflops = 0.256206724867002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 81 resid = 9.071101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296886(s) Flops=534472704 => 1800.26240375093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259183.441641118 Mflops = 259.183441641118 Gflops = 0.259183441641118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00111129 Relative Rsd = 4.87424758628388e-07
BICGSTAB_SOLVER_TIME: 0.625701 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040668 s
InvBiCGStab: k = 66 resid = 1.47429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241847(s) Flops=436045824 => 1802.98214987161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.230938883 Mflops = 259.563230938882 Gflops = 0.259563230938883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 78 resid = 9.475503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284882(s) Flops=514787328 => 1807.01949579124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.575753828 Mflops = 260.161575753828 Gflops = 0.260161575753828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001060938 Relative Rsd = 4.65339909540933e-07
BICGSTAB_SOLVER_TIME: 0.627819 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116975
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040563 s
InvBiCGStab: k = 67 resid = 2.21747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244696(s) Flops=442607616 => 1808.80609409226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260404.964909976 Mflops = 260.404964909976 Gflops = 0.260404964909976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055828 s
InvBiCGStab: k = 88 resid = 1.125192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322191(s) Flops=580405248 => 1801.43221877706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259362.747397662 Mflops = 259.362747397662 Gflops = 0.259362747397662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001148734 Relative Rsd = 5.03848156105921e-07
BICGSTAB_SOLVER_TIME: 0.667067 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043263 s
InvBiCGStab: k = 58 resid = 2.025227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231147(s) Flops=383551488 => 1659.34010824281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238884.273562856 Mflops = 238.884273562856 Gflops = 0.238884273562856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065535 s
InvBiCGStab: k = 85 resid = 1.101534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35686(s) Flops=560719872 => 1571.26007958303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226226.431022961 Mflops = 226.226431022961 Gflops = 0.226226431022961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001078469 Relative Rsd = 4.73029151004249e-07
BICGSTAB_SOLVER_TIME: 0.700852 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116273
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916791(s) Flops=1442488320 => 1573.41021017876 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226556.878255171 Mflops = 226.556878255171 Gflops = 0.226556878255171 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160402000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.119162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885633(s) Flops=1420314624 => 1603.72820795973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230951.951842783 Mflops = 230.951951842783 Gflops = 0.230951951842783 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.14525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924785(s) Flops=1636853760 => 1769.98303389436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254865.891958046 Mflops = 254.865891958046 Gflops = 0.254865891958046 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002114007 Relative Rsd = 9.29913502597592e-07
BICGSTAB_SOLVER_TIME: 1.813911 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.11615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331484
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.983809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737289(s) Flops=1308764160 => 1775.10333125816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255585.052449834 Mflops = 255.585052449834 Gflops = 0.255585052449834 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 7.7831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830472(s) Flops=1446561792 => 1741.85498367194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250816.251365327 Mflops = 250.816251365327 Gflops = 0.250816251365327 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002022167 Relative Rsd = 8.88944882081426e-07
BICGSTAB_SOLVER_TIME: 1.571263 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.121698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300493999999999
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963896(s) Flops=1442488320 => 1496.51862856574 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215482.192434297 Mflops = 215.482192434297 Gflops = 0.215482192434297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159956000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040925 s
InvBiCGStab: k = 26 resid = 2.211504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096347(s) Flops=173574144 => 1801.55213966185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259277.7987498 Mflops = 259.2777987498 Gflops = 0.2592777987498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055772 s
InvBiCGStab: k = 47 resid = 1.120309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172087(s) Flops=311371776 => 1809.38581066554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260472.975406902 Mflops = 260.472975406902 Gflops = 0.260472975406903 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007224727 Relative Rsd = 3.16884915506939e-07
BICGSTAB_SOLVER_TIME: 0.368886 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041156 s
InvBiCGStab: k = 81 resid = 1.792564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295788(s) Flops=534472704 => 1806.94519047426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.796402435 Mflops = 260.156796402435 Gflops = 0.260156796402435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060977 s
InvBiCGStab: k = 102 resid = 1.067396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422296(s) Flops=672270336 => 1591.94104609089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229205.151025721 Mflops = 229.205151025721 Gflops = 0.229205151025721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001311622 Relative Rsd = 5.7529240138479e-07
BICGSTAB_SOLVER_TIME: 0.824069 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045815 s
InvBiCGStab: k = 60 resid = 2.017831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228569(s) Flops=396675072 => 1735.47187938872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249849.219403645 Mflops = 249.849219403645 Gflops = 0.249849219403645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057228 s
InvBiCGStab: k = 69 resid = 9.31267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269071(s) Flops=455731200 => 1693.72098814068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243840.447963706 Mflops = 243.840447963706 Gflops = 0.243840447963706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001029868 Relative Rsd = 4.51711903580382e-07
BICGSTAB_SOLVER_TIME: 0.604575 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044495 s
InvBiCGStab: k = 66 resid = 2.22292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245017(s) Flops=436045824 => 1779.65538717722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256236.642460517 Mflops = 256.236642460517 Gflops = 0.256236642460517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056783 s
InvBiCGStab: k = 92 resid = 1.018988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337352(s) Flops=606652416 => 1798.27721786146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258902.919546799 Mflops = 258.902919546799 Gflops = 0.258902919546799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001151379 Relative Rsd = 5.05008060276084e-07
BICGSTAB_SOLVER_TIME: 0.687567 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041592 s
InvBiCGStab: k = 65 resid = 1.96479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238777(s) Flops=429484032 => 1798.6825866813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258938.757483632 Mflops = 258.938757483632 Gflops = 0.258938757483632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056548 s
InvBiCGStab: k = 98 resid = 1.108551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35711(s) Flops=646023168 => 1809.03130127972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260456.584681259 Mflops = 260.456584681259 Gflops = 0.260456584681259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001139593 Relative Rsd = 4.99838735642391e-07
BICGSTAB_SOLVER_TIME: 0.698044 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130783
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961384(s) Flops=1448681472 => 1506.87079460445 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216964.634033184 Mflops = 216.964634033184 Gflops = 0.216964634033184 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160776000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040647 s
InvBiCGStab: k = 29 resid = 1.988521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107302(s) Flops=193259520 => 1801.08031537157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259237.856652409 Mflops = 259.237856652409 Gflops = 0.259237856652409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 50 resid = 5.010115e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183357(s) Flops=331057152 => 1805.53320571344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259908.089949586 Mflops = 259.908089949586 Gflops = 0.259908089949586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007649395 Relative Rsd = 3.35511344566691e-07
BICGSTAB_SOLVER_TIME: 0.391388 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041434 s
InvBiCGStab: k = 76 resid = 1.746977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277129(s) Flops=501663744 => 1810.21742221132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260633.866187143 Mflops = 260.633866187143 Gflops = 0.260633866187143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 104 resid = 9.543298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398092(s) Flops=685393920 => 1721.69729610241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247880.771796859 Mflops = 247.880771796859 Gflops = 0.247880771796859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.00135076 Relative Rsd = 5.92458891193208e-07
BICGSTAB_SOLVER_TIME: 0.77685 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046381 s
InvBiCGStab: k = 57 resid = 2.158087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238523(s) Flops=376989696 => 1580.51716605946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227552.396420306 Mflops = 227.552396420306 Gflops = 0.227552396420306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061761 s
InvBiCGStab: k = 75 resid = 1.14203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313536(s) Flops=495101952 => 1579.09124311084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227347.47075551 Mflops = 227.34747075551 Gflops = 0.22734747075551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001109273 Relative Rsd = 4.86540175962254e-07
BICGSTAB_SOLVER_TIME: 0.664401 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 73 resid = 2.130113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270355(s) Flops=481978368 => 1782.76106600581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256674.943173082 Mflops = 256.674943173083 Gflops = 0.256674943173083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057376 s
InvBiCGStab: k = 91 resid = 9.057585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361727(s) Flops=600090624 => 1658.96000022116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238756.717179761 Mflops = 238.756717179761 Gflops = 0.238756717179761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001188551 Relative Rsd = 5.21312332184459e-07
BICGSTAB_SOLVER_TIME: 0.735424 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041566 s
InvBiCGStab: k = 58 resid = 2.107474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215626(s) Flops=383551488 => 1778.78126014488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256077.715648496 Mflops = 256.077715648496 Gflops = 0.256077715648496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 89 resid = 8.773436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324779(s) Flops=586967040 => 1807.28138210906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.921584649 Mflops = 260.195921584649 Gflops = 0.260195921584649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001145316 Relative Rsd = 5.02348746616713e-07
BICGSTAB_SOLVER_TIME: 0.642016 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119263
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909967(s) Flops=1461141504 => 1605.7082333755 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231200.853314047 Mflops = 231.200853314047 Gflops = 0.231200853314047 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162605000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042205 s
InvBiCGStab: k = 24 resid = 1.704239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093995(s) Flops=160450560 => 1707.01164955583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245691.147020854 Mflops = 245.691147020854 Gflops = 0.245691147020854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060461 s
InvBiCGStab: k = 51 resid = 1.034487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201668(s) Flops=337618944 => 1674.13245532261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240995.190805411 Mflops = 240.995190805411 Gflops = 0.240995190805411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007713357 Relative Rsd = 3.38316795122303e-07
BICGSTAB_SOLVER_TIME: 0.402493 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041722 s
InvBiCGStab: k = 61 resid = 9.934929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224911(s) Flops=403236864 => 1792.87302088382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.513180176 Mflops = 258.107513180176 Gflops = 0.258107513180176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056822 s
InvBiCGStab: k = 90 resid = 9.518902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329984(s) Flops=593528832 => 1798.65942591156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258949.323205559 Mflops = 258.949323205559 Gflops = 0.258949323205559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001086116 Relative Rsd = 4.76383048940198e-07
BICGSTAB_SOLVER_TIME: 0.657342 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 55 resid = 1.940728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202953(s) Flops=363866112 => 1792.85899691061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258108.204790601 Mflops = 258.1082047906 Gflops = 0.2581082047906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 84 resid = 1.023166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306872(s) Flops=554158080 => 1805.82809770849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259989.28350744 Mflops = 259.98928350744 Gflops = 0.25998928350744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001082949 Relative Rsd = 4.74994135692592e-07
BICGSTAB_SOLVER_TIME: 0.610836 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04168 s
InvBiCGStab: k = 67 resid = 1.31466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246105(s) Flops=442607616 => 1798.45031998537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258904.754411509 Mflops = 258.904754411509 Gflops = 0.258904754411509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059799 s
InvBiCGStab: k = 93 resid = 1.008224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38652(s) Flops=613214208 => 1586.50058987892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228423.298255221 Mflops = 228.423298255221 Gflops = 0.228423298255221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001154088 Relative Rsd = 5.06196405484404e-07
BICGSTAB_SOLVER_TIME: 0.738673 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044527 s
InvBiCGStab: k = 53 resid = 1.961992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210421(s) Flops=350742528 => 1666.86085514279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239960.839100207 Mflops = 239.960839100207 Gflops = 0.239960839100207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05702 s
InvBiCGStab: k = 81 resid = 1.051627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302483(s) Flops=534472704 => 1766.95121378722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254380.670020597 Mflops = 254.380670020597 Gflops = 0.254380670020597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001065775 Relative Rsd = 4.67461294408585e-07
BICGSTAB_SOLVER_TIME: 0.618329 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110035
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91494(s) Flops=1467482112 => 1603.9107613614 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230939.761578365 Mflops = 230.939761578365 Gflops = 0.230939761578365 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163113000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046456 s
InvBiCGStab: k = 29 resid = 1.985077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118033(s) Flops=193259520 => 1637.33464370134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235669.688175613 Mflops = 235.669688175613 Gflops = 0.235669688175613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065856 s
InvBiCGStab: k = 57 resid = 9.2217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245351(s) Flops=376989696 => 1536.5321355935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221203.058191226 Mflops = 221.203058191226 Gflops = 0.221203058191226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0008044125 Relative Rsd = 3.52824660596332e-07
BICGSTAB_SOLVER_TIME: 0.480046 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04161 s
InvBiCGStab: k = 58 resid = 1.22423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21748(s) Flops=383551488 => 1763.61728894611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253901.033119918 Mflops = 253.901033119918 Gflops = 0.253901033119918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057073 s
InvBiCGStab: k = 83 resid = 1.066537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308439(s) Flops=547596288 => 1775.37953371655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255604.424340905 Mflops = 255.604424340905 Gflops = 0.255604424340905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001092938 Relative Rsd = 4.79375434218779e-07
BICGSTAB_SOLVER_TIME: 0.628535 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11523
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 61 resid = 1.512917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223362(s) Flops=403236864 => 1805.30647110968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259912.826769109 Mflops = 259.912826769109 Gflops = 0.259912826769109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 85 resid = 1.0639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310662(s) Flops=560719872 => 1804.91940436874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259860.175187061 Mflops = 259.860175187061 Gflops = 0.259860175187061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001076125 Relative Rsd = 4.72001035558474e-07
BICGSTAB_SOLVER_TIME: 0.63483 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11846
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 71 resid = 2.167729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259133(s) Flops=468854784 => 1809.32102047983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260485.048383 Mflops = 260.485048383 Gflops = 0.260485048383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 83 resid = 9.943008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303373(s) Flops=547596288 => 1805.02644599223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259860.618391891 Mflops = 259.860618391891 Gflops = 0.259860618391891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001119991 Relative Rsd = 4.91241065974664e-07
BICGSTAB_SOLVER_TIME: 0.664081 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124491000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041236 s
InvBiCGStab: k = 54 resid = 2.072283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225862(s) Flops=357304320 => 1581.95854105604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227754.076266705 Mflops = 227.754076266705 Gflops = 0.227754076266705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060765 s
InvBiCGStab: k = 90 resid = 9.168451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371589(s) Flops=593528832 => 1597.2723412157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229964.300569279 Mflops = 229.964300569279 Gflops = 0.229964300569279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001092062 Relative Rsd = 4.78991199367551e-07
BICGSTAB_SOLVER_TIME: 0.704231 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117026
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929587(s) Flops=1473675264 => 1585.30106810874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228273.97951841 Mflops = 228.27397951841 Gflops = 0.22827397951841 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163645000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021392
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.728647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980949(s) Flops=1558112256 => 1588.3723373998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228665.047054264 Mflops = 228.665047054264 Gflops = 0.228665047054264 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.135744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.898177(s) Flops=1590921216 => 1771.27806211916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255053.334975647 Mflops = 255.053334975647 Gflops = 0.255053334975647 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.00211407 Relative Rsd = 9.29962633584481e-07
BICGSTAB_SOLVER_TIME: 1.882512 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341536
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.019619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697346(s) Flops=1256269824 => 1801.50144117841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.861366593 Mflops = 259.357861366593 Gflops = 0.259357861366593 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 7.510845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850448(s) Flops=1531865088 => 1801.2448591801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.84757505 Mflops = 259.36484757505 Gflops = 0.25936484757505 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002008183 Relative Rsd = 8.82823607947616e-07
BICGSTAB_SOLVER_TIME: 1.551243 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.118339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001838
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302361999999998
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.020398(s) Flops=1473675264 => 1444.21614311279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207956.244171055 Mflops = 207.956244171055 Gflops = 0.207956244171055 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163256000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 28 resid = 2.20213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104719(s) Flops=186697728 => 1782.84483236089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256616.358556476 Mflops = 256.616358556476 Gflops = 0.256616358556476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 50 resid = 9.250609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182769(s) Flops=331057152 => 1811.34192341152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260749.867254229 Mflops = 260.749867254229 Gflops = 0.260749867254229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007339117 Relative Rsd = 3.21902180155655e-07
BICGSTAB_SOLVER_TIME: 0.388745 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 83 resid = 2.218969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30544(s) Flops=547596288 => 1792.81131482452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258113.891341532 Mflops = 258.113891341532 Gflops = 0.258113891341532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 111 resid = 1.093527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457163(s) Flops=731326464 => 1599.70615294764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230323.650852436 Mflops = 230.323650852435 Gflops = 0.230323650852436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001342799 Relative Rsd = 5.88967332505245e-07
BICGSTAB_SOLVER_TIME: 0.863983 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153042999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044811 s
InvBiCGStab: k = 58 resid = 1.967661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227469(s) Flops=383551488 => 1686.17037046806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242751.817084749 Mflops = 242.751817084749 Gflops = 0.242751817084749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056499 s
InvBiCGStab: k = 75 resid = 1.092048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281838(s) Flops=495101952 => 1756.68984310136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252910.642462182 Mflops = 252.910642462182 Gflops = 0.252910642462182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001057507 Relative Rsd = 4.63834883329647e-07
BICGSTAB_SOLVER_TIME: 0.614468 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109087
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041481 s
InvBiCGStab: k = 73 resid = 1.75016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269463(s) Flops=481978368 => 1788.66251767404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257520.859624334 Mflops = 257.520859624334 Gflops = 0.257520859624334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056689 s
InvBiCGStab: k = 105 resid = 1.130472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383173(s) Flops=691955712 => 1805.85717678438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260007.974467228 Mflops = 260.007974467228 Gflops = 0.260007974467228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001211293 Relative Rsd = 5.31287119983427e-07
BICGSTAB_SOLVER_TIME: 0.754881 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044799 s
InvBiCGStab: k = 59 resid = 2.082143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221097(s) Flops=390113280 => 1764.44402230695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254004.985858637 Mflops = 254.004985858637 Gflops = 0.254004985858637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 87 resid = 1.11828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320454(s) Flops=573843456 => 1790.72021569398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257815.852673225 Mflops = 257.815852673225 Gflops = 0.257815852673225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001137242 Relative Rsd = 4.98807352285588e-07
BICGSTAB_SOLVER_TIME: 0.646755 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118657
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991875(s) Flops=1479942144 => 1492.06517353497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214839.216346108 Mflops = 214.839216346108 Gflops = 0.214839216346108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 29 resid = 1.906023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107716(s) Flops=193259520 => 1794.15797096067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258248.696733867 Mflops = 258.248696733867 Gflops = 0.258248696733867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055943 s
InvBiCGStab: k = 51 resid = 1.06158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18684(s) Flops=337618944 => 1806.99499036609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260127.447060126 Mflops = 260.127447060126 Gflops = 0.260127447060126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000765607 Relative Rsd = 3.35804103439716e-07
BICGSTAB_SOLVER_TIME: 0.395571 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040667 s
InvBiCGStab: k = 75 resid = 2.100812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275888(s) Flops=495101952 => 1794.57588586673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258370.522238293 Mflops = 258.370522238293 Gflops = 0.258370522238293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 106 resid = 9.81032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386479(s) Flops=698517504 => 1807.38799262056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.244831998 Mflops = 260.217244831998 Gflops = 0.260217244831998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001302468 Relative Rsd = 5.71277721626951e-07
BICGSTAB_SOLVER_TIME: 0.763093 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045262 s
InvBiCGStab: k = 54 resid = 2.217468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219834(s) Flops=357304320 => 1625.33693605175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233993.117972205 Mflops = 233.993117972205 Gflops = 0.233993117972205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05738 s
InvBiCGStab: k = 82 resid = 1.079973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352699(s) Flops=541034496 => 1533.98364044128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220857.44694703 Mflops = 220.85744694703 Gflops = 0.22085744694703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001055356 Relative Rsd = 4.62891171898367e-07
BICGSTAB_SOLVER_TIME: 0.679392 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041884 s
InvBiCGStab: k = 68 resid = 2.007014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269771(s) Flops=449169408 => 1665.00256884543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239707.605749403 Mflops = 239.707605749403 Gflops = 0.239707605749403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059209 s
InvBiCGStab: k = 103 resid = 9.459638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387172(s) Flops=678832128 => 1753.30893762979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252435.492848299 Mflops = 252.435492848299 Gflops = 0.252435492848299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001218942 Relative Rsd = 5.34641988080462e-07
BICGSTAB_SOLVER_TIME: 0.761827 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042116 s
InvBiCGStab: k = 72 resid = 1.899127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267933(s) Flops=475416576 => 1774.38604427226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255467.340012875 Mflops = 255.467340012875 Gflops = 0.255467340012875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 82 resid = 1.038138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305044(s) Flops=541034496 => 1773.62772583627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255347.313731771 Mflops = 255.347313731771 Gflops = 0.255347313731771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001147458 Relative Rsd = 5.03288424220319e-07
BICGSTAB_SOLVER_TIME: 0.675206 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124176
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946962(s) Flops=1492254720 => 1575.83379269707 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226900.85789044 Mflops = 226.90085789044 Gflops = 0.22690085789044 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165707000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 24 resid = 1.625657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092383(s) Flops=160450560 => 1736.79746273665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249960.544742413 Mflops = 249.960544742413 Gflops = 0.249960544742413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 56 resid = 9.206389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205588(s) Flops=370427904 => 1801.79730334455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259375.991233996 Mflops = 259.375991233996 Gflops = 0.259375991233996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007869807 Relative Rsd = 3.45178846606898e-07
BICGSTAB_SOLVER_TIME: 0.400021 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 50 resid = 1.983275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191607(s) Flops=331057152 => 1727.79257542783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248727.52567485 Mflops = 248.72752567485 Gflops = 0.24872752567485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058212 s
InvBiCGStab: k = 90 resid = 8.516157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335082(s) Flops=593528832 => 1771.29428617473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255024.417445431 Mflops = 255.024417445431 Gflops = 0.255024417445431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001115865 Relative Rsd = 4.89431409182326e-07
BICGSTAB_SOLVER_TIME: 0.629704 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114473
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04582 s
InvBiCGStab: k = 59 resid = 2.269205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222035(s) Flops=390113280 => 1756.9900240953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252945.346691969 Mflops = 252.945346691969 Gflops = 0.252945346691969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 83 resid = 1.001376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314914(s) Flops=547596288 => 1738.87565494071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250342.12752364 Mflops = 250.34212752364 Gflops = 0.25034212752364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001085924 Relative Rsd = 4.76298747047922e-07
BICGSTAB_SOLVER_TIME: 0.643918 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047653 s
InvBiCGStab: k = 71 resid = 2.140132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304565(s) Flops=468854784 => 1539.42437246565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221647.969482232 Mflops = 221.647969482232 Gflops = 0.221647969482232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064709 s
InvBiCGStab: k = 88 resid = 8.055562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342882(s) Flops=580405248 => 1692.72591737099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243715.008752817 Mflops = 243.715008752817 Gflops = 0.243715008752817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001159562 Relative Rsd = 5.08597349928199e-07
BICGSTAB_SOLVER_TIME: 0.763704 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 62 resid = 2.089833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239472(s) Flops=409798656 => 1711.25917017438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246411.682972173 Mflops = 246.411682972173 Gflops = 0.246411682972173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070198 s
InvBiCGStab: k = 87 resid = 9.576745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424354(s) Flops=573843456 => 1352.2753550102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194695.133594105 Mflops = 194.695133594105 Gflops = 0.194695133594105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001133932 Relative Rsd = 4.97355531750712e-07
BICGSTAB_SOLVER_TIME: 0.779776 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120513
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.987189(s) Flops=1498742784 => 1518.19234614648 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218598.30663595 Mflops = 218.59830663595 Gflops = 0.21859830663595 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166240000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041612 s
InvBiCGStab: k = 28 resid = 1.990303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105561(s) Flops=186697728 => 1768.62409412567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254548.591329624 Mflops = 254.548591329624 Gflops = 0.254548591329624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059172 s
InvBiCGStab: k = 54 resid = 9.938351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201208(s) Flops=357304320 => 1775.79579340782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255616.94939472 Mflops = 255.61694939472 Gflops = 0.25561694939472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007793031 Relative Rsd = 3.41811391946298e-07
BICGSTAB_SOLVER_TIME: 0.411408 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042702 s
InvBiCGStab: k = 58 resid = 1.63896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222481(s) Flops=383551488 => 1723.9741281278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248201.785604573 Mflops = 248.201785604573 Gflops = 0.248201785604573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057793 s
InvBiCGStab: k = 83 resid = 1.110946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314526(s) Flops=547596288 => 1741.02073596459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250632.463387146 Mflops = 250.632463387146 Gflops = 0.250632463387146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001110492 Relative Rsd = 4.87074632598506e-07
BICGSTAB_SOLVER_TIME: 0.641309 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041003 s
InvBiCGStab: k = 67 resid = 1.091593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257379(s) Flops=442607616 => 1719.67260732228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247583.596137227 Mflops = 247.583596137227 Gflops = 0.247583596137227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056168 s
InvBiCGStab: k = 84 resid = 9.160067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310448(s) Flops=554158080 => 1785.02705767149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256983.048785433 Mflops = 256.983048785433 Gflops = 0.256983048785432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001134243 Relative Rsd = 4.9749232446386e-07
BICGSTAB_SOLVER_TIME: 0.668849 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042705 s
InvBiCGStab: k = 82 resid = 2.14683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345812(s) Flops=541034496 => 1564.53360785629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225255.240528651 Mflops = 225.255240528651 Gflops = 0.225255240528651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062339 s
InvBiCGStab: k = 88 resid = 1.141819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374231(s) Flops=580405248 => 1550.92776386777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223292.469297871 Mflops = 223.292469297871 Gflops = 0.223292469297871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001203376 Relative Rsd = 5.27814658150529e-07
BICGSTAB_SOLVER_TIME: 0.829626 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 61 resid = 1.822051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234379(s) Flops=403236864 => 1720.44792408876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247691.155366253 Mflops = 247.691155366253 Gflops = 0.247691155366253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05717 s
InvBiCGStab: k = 91 resid = 1.094402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343891(s) Flops=600090624 => 1745.00241064756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251244.974264725 Mflops = 251.244974264725 Gflops = 0.251244974264725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001127195 Relative Rsd = 4.94400727448942e-07
BICGSTAB_SOLVER_TIME: 0.680382 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122777
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956617(s) Flops=1504862208 => 1573.10836834386 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226512.522441667 Mflops = 226.512522441667 Gflops = 0.226512522441667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167317000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.20459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800611(s) Flops=1380943872 => 1724.86247628374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248359.944877144 Mflops = 248.359944877144 Gflops = 0.248359944877144 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 9.075679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853255(s) Flops=1531865088 => 1795.31920469262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258508.700535885 Mflops = 258.508700535885 Gflops = 0.258508700535885 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002012697 Relative Rsd = 8.85380729539212e-07
BICGSTAB_SOLVER_TIME: 1.657252 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316214999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.060106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729718(s) Flops=1315325952 => 1802.51268572243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259520.08134316 Mflops = 259.52008134316 Gflops = 0.25952008134316 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.125304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857253(s) Flops=1367820288 => 1595.58530328853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229755.327566809 Mflops = 229.755327566809 Gflops = 0.229755327566809 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.00202027 Relative Rsd = 8.88159630219353e-07
BICGSTAB_SOLVER_TIME: 1.591168 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.119115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291071999999999
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943325(s) Flops=1504862208 => 1595.27438369597 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229702.518636948 Mflops = 229.702518636948 Gflops = 0.229702518636948 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167222000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.37972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041709 s
InvBiCGStab: k = 27 resid = 2.082612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100507(s) Flops=180135936 => 1792.27253823117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257910.774309714 Mflops = 257.910774309714 Gflops = 0.257910774309714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059482 s
InvBiCGStab: k = 49 resid = 7.29689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207356(s) Flops=324495360 => 1564.91907637107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225290.129564391 Mflops = 225.290129564391 Gflops = 0.225290129564391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007277702 Relative Rsd = 3.19208425777726e-07
BICGSTAB_SOLVER_TIME: 0.413303 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047326 s
InvBiCGStab: k = 72 resid = 1.277377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306786(s) Flops=475416576 => 1549.66842033209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223116.1871052 Mflops = 223.1161871052 Gflops = 0.2231161871052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057758 s
InvBiCGStab: k = 102 resid = 1.091777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382298(s) Flops=672270336 => 1758.49817681495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253177.844391099 Mflops = 253.177844391099 Gflops = 0.253177844391099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001279681 Relative Rsd = 5.61282713628502e-07
BICGSTAB_SOLVER_TIME: 0.797985 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 57 resid = 2.140429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211399(s) Flops=376989696 => 1783.30879521663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256727.556692143 Mflops = 256.727556692143 Gflops = 0.256727556692143 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056606 s
InvBiCGStab: k = 77 resid = 1.037225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281376(s) Flops=508225536 => 1806.21494370522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260034.471442476 Mflops = 260.034471442476 Gflops = 0.260034471442476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001036943 Relative Rsd = 4.54815295711663e-07
BICGSTAB_SOLVER_TIME: 0.594304 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040752 s
InvBiCGStab: k = 79 resid = 1.972291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288375(s) Flops=521349120 => 1807.88598179454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260288.859113535 Mflops = 260.288859113535 Gflops = 0.260288859113535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 94 resid = 1.123616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343205(s) Flops=619776000 => 1805.84781690243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259982.331670925 Mflops = 259.982331670925 Gflops = 0.259982331670925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001198185 Relative Rsd = 5.25537894325762e-07
BICGSTAB_SOLVER_TIME: 0.732497 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 66 resid = 1.761797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241227(s) Flops=436045824 => 1807.61616236988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260245.445129788 Mflops = 260.245445129788 Gflops = 0.260245445129788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055975 s
InvBiCGStab: k = 90 resid = 9.348592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356213(s) Flops=593528832 => 1666.21889712054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239887.450002354 Mflops = 239.887450002354 Gflops = 0.239887450002354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001168265 Relative Rsd = 5.12414627435561e-07
BICGSTAB_SOLVER_TIME: 0.698242 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12572
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004348(s) Flops=1505009664 => 1498.49421116983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215758.384279798 Mflops = 215.758384279798 Gflops = 0.215758384279798 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166947000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 26 resid = 2.013486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096151(s) Flops=173574144 => 1805.22453224615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259834.893221503 Mflops = 259.834893221503 Gflops = 0.259834893221503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056713 s
InvBiCGStab: k = 63 resid = 6.823204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230588(s) Flops=416360448 => 1805.64664249657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.109908588 Mflops = 259.945109908588 Gflops = 0.259945109908588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007513374 Relative Rsd = 3.2954528790627e-07
BICGSTAB_SOLVER_TIME: 0.428461 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042159 s
InvBiCGStab: k = 70 resid = 1.994877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295108(s) Flops=462292992 => 1566.52138200252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225540.191923055 Mflops = 225.540191923055 Gflops = 0.225540191923055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059805 s
InvBiCGStab: k = 104 resid = 1.141517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438849(s) Flops=685393920 => 1561.79897869199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224863.377605932 Mflops = 224.863377605932 Gflops = 0.224863377605932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001297981 Relative Rsd = 5.6930967327202e-07
BICGSTAB_SOLVER_TIME: 0.840153 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138686
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040998 s
InvBiCGStab: k = 63 resid = 1.862521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236679(s) Flops=416360448 => 1759.17782312753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253260.977335053 Mflops = 253.260977335053 Gflops = 0.253260977335053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057061 s
InvBiCGStab: k = 83 resid = 1.090819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30848(s) Flops=547596288 => 1775.14356846473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255566.604766453 Mflops = 255.566604766453 Gflops = 0.255566604766453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001072492 Relative Rsd = 4.7040721407725e-07
BICGSTAB_SOLVER_TIME: 0.647122 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 71 resid = 1.674566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25944(s) Flops=468854784 => 1807.18001850139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.108760437 Mflops = 260.195108760437 Gflops = 0.260195108760437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 96 resid = 8.882096e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350462(s) Flops=632899584 => 1805.90073674179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.447524638 Mflops = 260.009447524638 Gflops = 0.260009447524638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001201816 Relative Rsd = 5.2713059246257e-07
BICGSTAB_SOLVER_TIME: 0.710721 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041106 s
InvBiCGStab: k = 72 resid = 1.891766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263318(s) Flops=475416576 => 1805.48453201072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259941.517901768 Mflops = 259.941517901768 Gflops = 0.259941517901768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 88 resid = 1.14046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345633(s) Flops=580405248 => 1679.25298799594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241767.696842286 Mflops = 241.767696842286 Gflops = 0.241767696842286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001137077 Relative Rsd = 4.98735202937444e-07
BICGSTAB_SOLVER_TIME: 0.710525 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128431
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.043378(s) Flops=1511129088 => 1448.3045339273 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208535.912490286 Mflops = 208.535912490286 Gflops = 0.208535912490286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169291000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041192 s
InvBiCGStab: k = 24 resid = 2.259713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089212(s) Flops=160450560 => 1798.53113930861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.031221087 Mflops = 258.846031221087 Gflops = 0.258846031221087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 50 resid = 1.150975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183558(s) Flops=331057152 => 1803.55610760632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259627.322924275 Mflops = 259.627322924275 Gflops = 0.259627322924275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007372153 Relative Rsd = 3.23351192329493e-07
BICGSTAB_SOLVER_TIME: 0.373771 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670810000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 56 resid = 2.003325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204388(s) Flops=370427904 => 1812.37599076267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260918.774704731 Mflops = 260.918774704731 Gflops = 0.260918774704731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057959 s
InvBiCGStab: k = 89 resid = 1.010833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33009(s) Flops=586967040 => 1778.20303553576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256002.866045854 Mflops = 256.002866045854 Gflops = 0.256002866045854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001092422 Relative Rsd = 4.79148825013497e-07
BICGSTAB_SOLVER_TIME: 0.637861 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045385 s
InvBiCGStab: k = 67 resid = 1.952716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279396(s) Flops=442607616 => 1584.1587424301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228064.848663376 Mflops = 228.064848663376 Gflops = 0.228064848663376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068732 s
InvBiCGStab: k = 82 resid = 6.747345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323064(s) Flops=541034496 => 1674.69757075997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241106.882667678 Mflops = 241.106882667678 Gflops = 0.241106882667678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001106989 Relative Rsd = 4.85538408049134e-07
BICGSTAB_SOLVER_TIME: 0.720743 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 62 resid = 2.275043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245681(s) Flops=409798656 => 1668.01118523614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240149.142159606 Mflops = 240.149142159606 Gflops = 0.240149142159606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058735 s
InvBiCGStab: k = 82 resid = 9.384995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312134(s) Flops=541034496 => 1733.34047556498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249539.342388123 Mflops = 249.539342388123 Gflops = 0.249539342388123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001138767 Relative Rsd = 4.99476559190596e-07
BICGSTAB_SOLVER_TIME: 0.661507 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 59 resid = 1.854779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216997(s) Flops=390113280 => 1797.78190481896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258814.573062587 Mflops = 258.814573062587 Gflops = 0.258814573062587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 86 resid = 1.002377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315707(s) Flops=567281664 => 1796.86121625431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258692.540469383 Mflops = 258.692540469383 Gflops = 0.258692540469383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001116372 Relative Rsd = 4.89653678193275e-07
BICGSTAB_SOLVER_TIME: 0.633985 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117664
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968132(s) Flops=1517248512 => 1567.19177963336 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225658.240134333 Mflops = 225.658240134333 Gflops = 0.225658240134333 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 30 resid = 1.637914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11074(s) Flops=199821312 => 1804.41856601047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259699.686880761 Mflops = 259.699686880761 Gflops = 0.259699686880761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055965 s
InvBiCGStab: k = 59 resid = 1.050702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216625(s) Flops=390113280 => 1800.86915175995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.648476466 Mflops = 259.248648476466 Gflops = 0.259248648476466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007297493 Relative Rsd = 3.20076490174841e-07
BICGSTAB_SOLVER_TIME: 0.428561 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0779880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 71 resid = 1.540333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259416(s) Flops=468854784 => 1807.34721065779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260206.5992673 Mflops = 260.2065992673 Gflops = 0.2602065992673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055959 s
InvBiCGStab: k = 94 resid = 1.038089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343777(s) Flops=619776000 => 1802.84312214022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259554.225990239 Mflops = 259.554225990239 Gflops = 0.259554225990239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001164093 Relative Rsd = 5.10584699382633e-07
BICGSTAB_SOLVER_TIME: 0.703969 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043425 s
InvBiCGStab: k = 63 resid = 2.193174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241374(s) Flops=416360448 => 1724.95980511571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248346.683206591 Mflops = 248.346683206591 Gflops = 0.248346683206591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057238 s
InvBiCGStab: k = 82 resid = 8.754071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342442(s) Flops=541034496 => 1579.93031228646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227463.085560704 Mflops = 227.463085560704 Gflops = 0.227463085560704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001103865 Relative Rsd = 4.84167978923275e-07
BICGSTAB_SOLVER_TIME: 0.688879 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047452 s
InvBiCGStab: k = 69 resid = 1.457347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284308(s) Flops=455731200 => 1602.94891455745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230776.826021246 Mflops = 230.776826021246 Gflops = 0.230776826021246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056915 s
InvBiCGStab: k = 88 resid = 8.541926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329652(s) Flops=580405248 => 1760.66047832259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253492.254944457 Mflops = 253.492254944457 Gflops = 0.253492254944457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001208239 Relative Rsd = 5.29947736012326e-07
BICGSTAB_SOLVER_TIME: 0.722137 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041603 s
InvBiCGStab: k = 67 resid = 1.731428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247281(s) Flops=442607616 => 1789.8973879918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257684.212272725 Mflops = 257.684212272725 Gflops = 0.257684212272725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 81 resid = 1.060391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295631(s) Flops=534472704 => 1807.90480024084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260279.511090378 Mflops = 260.279511090378 Gflops = 0.260279511090378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001122679 Relative Rsd = 4.92420066999891e-07
BICGSTAB_SOLVER_TIME: 0.644475 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120048
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949632(s) Flops=1529561088 => 1610.68823291549 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231922.037173213 Mflops = 231.922037173213 Gflops = 0.231922037173213 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169852000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.083273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759924(s) Flops=1321887744 => 1739.49992894026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250433.0530318 Mflops = 250.4330530318 Gflops = 0.2504330530318 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.079807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899735(s) Flops=1610606592 => 1790.08996204438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257760.888337227 Mflops = 257.760888337227 Gflops = 0.257760888337227 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002013119 Relative Rsd = 8.85561004621079e-07
BICGSTAB_SOLVER_TIME: 1.663019 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318167999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.21768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768205(s) Flops=1289078784 => 1678.04008565422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241619.43038806 Mflops = 241.61943038806 Gflops = 0.24161943038806 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 9.483172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.880376(s) Flops=1466247168 => 1665.47835015948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239819.102324028 Mflops = 239.819102324028 Gflops = 0.239819102324028 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002093275 Relative Rsd = 9.20265408086456e-07
BICGSTAB_SOLVER_TIME: 1.652005 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299021999999999
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949618(s) Flops=1529561088 => 1610.71197892205 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231928.532747864 Mflops = 231.928532747864 Gflops = 0.231928532747864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043799 s
InvBiCGStab: k = 25 resid = 1.69206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110577(s) Flops=167012352 => 1510.37152391546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217400.194876077 Mflops = 217.400194876077 Gflops = 0.217400194876077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066341 s
InvBiCGStab: k = 49 resid = 1.087017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207867(s) Flops=324495360 => 1561.07203163561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224726.465776289 Mflops = 224.726465776289 Gflops = 0.224726465776289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007523318 Relative Rsd = 3.29981451906161e-07
BICGSTAB_SOLVER_TIME: 0.432661 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041699 s
InvBiCGStab: k = 90 resid = 1.959322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338354(s) Flops=593528832 => 1754.16525887089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252555.297062299 Mflops = 252.555297062299 Gflops = 0.252555297062299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056497 s
InvBiCGStab: k = 119 resid = 1.019628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438222(s) Flops=783820800 => 1788.63863521229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257525.553427679 Mflops = 257.525553427679 Gflops = 0.257525553427679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001337204 Relative Rsd = 5.86513080262822e-07
BICGSTAB_SOLVER_TIME: 0.878664 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163790999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040622 s
InvBiCGStab: k = 59 resid = 1.842159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216224(s) Flops=390113280 => 1804.20896847713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259744.517952713 Mflops = 259.744517952713 Gflops = 0.259744517952713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 83 resid = 7.460037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302862(s) Flops=547596288 => 1808.07195356301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260307.300269645 Mflops = 260.307300269645 Gflops = 0.260307300269645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001093462 Relative Rsd = 4.79604902846209e-07
BICGSTAB_SOLVER_TIME: 0.619921 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115898
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 77 resid = 2.037757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281038(s) Flops=508225536 => 1808.38725012276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260363.578362245 Mflops = 260.363578362245 Gflops = 0.260363578362245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 97 resid = 8.794315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354485(s) Flops=639461376 => 1803.91660013823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.934553661 Mflops = 259.717934553661 Gflops = 0.259717934553661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001193884 Relative Rsd = 5.23651186318739e-07
BICGSTAB_SOLVER_TIME: 0.736282 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043128 s
InvBiCGStab: k = 67 resid = 2.031703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273146(s) Flops=442607616 => 1620.40672753765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233286.630699471 Mflops = 233.286630699471 Gflops = 0.233286630699471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063682 s
InvBiCGStab: k = 95 resid = 1.107412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388513(s) Flops=626337792 => 1612.14114328221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232106.426370713 Mflops = 232.106426370713 Gflops = 0.232106426370713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001160128 Relative Rsd = 5.08845557982926e-07
BICGSTAB_SOLVER_TIME: 0.772322 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129771
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982678(s) Flops=1535827968 => 1562.90053099795 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225100.211886767 Mflops = 225.100211886767 Gflops = 0.225100211886767 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170527000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045472 s
InvBiCGStab: k = 29 resid = 1.422487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122817(s) Flops=193259520 => 1573.55675517233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226498.286190262 Mflops = 226.498286190262 Gflops = 0.226498286190262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064682 s
InvBiCGStab: k = 50 resid = 1.131632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206613(s) Flops=331057152 => 1602.30552772575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230652.564914736 Mflops = 230.652564914736 Gflops = 0.230652564914736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007877873 Relative Rsd = 3.45532649036685e-07
BICGSTAB_SOLVER_TIME: 0.443422 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706430000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044948 s
InvBiCGStab: k = 74 resid = 1.986436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282897(s) Flops=488540160 => 1726.91884325391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248630.648730367 Mflops = 248.630648730367 Gflops = 0.248630648730367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056052 s
InvBiCGStab: k = 107 resid = 9.460975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398169(s) Flops=705079296 => 1770.80409574829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254955.743168651 Mflops = 254.955743168651 Gflops = 0.254955743168651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.00131582 Relative Rsd = 5.77133971370752e-07
BICGSTAB_SOLVER_TIME: 0.786097 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 68 resid = 1.111378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248323(s) Flops=449169408 => 1808.81113710772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260410.565896037 Mflops = 260.410565896037 Gflops = 0.260410565896037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056065 s
InvBiCGStab: k = 88 resid = 9.125989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321048(s) Flops=580405248 => 1807.84570531509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260267.117289454 Mflops = 260.267117289454 Gflops = 0.260267117289454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001117874 Relative Rsd = 4.90312315448555e-07
BICGSTAB_SOLVER_TIME: 0.670168 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 69 resid = 2.092617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251814(s) Flops=455731200 => 1809.79294240987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260552.606992771 Mflops = 260.552606992771 Gflops = 0.260552606992771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056093 s
InvBiCGStab: k = 92 resid = 9.390969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335932(s) Flops=606652416 => 1805.8786182918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259995.891729361 Mflops = 259.995891729361 Gflops = 0.259995891729361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001175835 Relative Rsd = 5.15735080344592e-07
BICGSTAB_SOLVER_TIME: 0.688704 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044313 s
InvBiCGStab: k = 69 resid = 2.183771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280636(s) Flops=455731200 => 1623.92280391682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233802.539566546 Mflops = 233.802539566546 Gflops = 0.233802539566546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064751 s
InvBiCGStab: k = 94 resid = 1.06479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380931(s) Flops=619776000 => 1627.00331556109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234248.536512869 Mflops = 234.248536512869 Gflops = 0.234248536512869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001181183 Relative Rsd = 5.18080623484256e-07
BICGSTAB_SOLVER_TIME: 0.774909 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130455
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976124(s) Flops=1542094848 => 1579.81449897759 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227615.905191306 Mflops = 227.615905191306 Gflops = 0.227615905191306 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171187000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.38587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042297 s
InvBiCGStab: k = 29 resid = 2.087353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108793(s) Flops=193259520 => 1776.39664316638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255679.872412745 Mflops = 255.679872412745 Gflops = 0.255679872412745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 56 resid = 7.80517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207886(s) Flops=370427904 => 1781.87999191865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256525.258683575 Mflops = 256.525258683575 Gflops = 0.256525258683575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007432394 Relative Rsd = 3.25993426047636e-07
BICGSTAB_SOLVER_TIME: 0.420177 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042899 s
InvBiCGStab: k = 52 resid = 2.124473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216071(s) Flops=344180736 => 1592.90573931717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229337.334531927 Mflops = 229.337334531927 Gflops = 0.229337334531927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063533 s
InvBiCGStab: k = 88 resid = 1.032599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363459(s) Flops=580405248 => 1596.89331671523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229928.071589545 Mflops = 229.928071589545 Gflops = 0.229928071589545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001109391 Relative Rsd = 4.86591900866479e-07
BICGSTAB_SOLVER_TIME: 0.689824 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043398 s
InvBiCGStab: k = 71 resid = 2.029692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263645(s) Flops=468854784 => 1778.35644142692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256030.738898207 Mflops = 256.030738898207 Gflops = 0.256030738898207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057021 s
InvBiCGStab: k = 84 resid = 1.030632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323126(s) Flops=554158080 => 1714.99068474836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246911.452239829 Mflops = 246.911452239829 Gflops = 0.246911452239829 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001112858 Relative Rsd = 4.88112551777363e-07
BICGSTAB_SOLVER_TIME: 0.691333 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125056
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043261 s
InvBiCGStab: k = 70 resid = 2.210074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260401(s) Flops=462292992 => 1775.31189204343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255594.247328263 Mflops = 255.594247328263 Gflops = 0.255594247328263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056168 s
InvBiCGStab: k = 87 resid = 1.01984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320139(s) Flops=573843456 => 1792.48219054848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258066.774081178 Mflops = 258.066774081178 Gflops = 0.258066774081178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001197138 Relative Rsd = 5.25078752826462e-07
BICGSTAB_SOLVER_TIME: 0.683872 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042231 s
InvBiCGStab: k = 56 resid = 1.436944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207575(s) Flops=370427904 => 1784.54970010839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256910.892340702 Mflops = 256.910892340702 Gflops = 0.256910892340702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060126 s
InvBiCGStab: k = 89 resid = 1.148755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334752(s) Flops=586967040 => 1753.43848580442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252452.611241821 Mflops = 252.452611241821 Gflops = 0.252452611241821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001086934 Relative Rsd = 4.76741753236526e-07
BICGSTAB_SOLVER_TIME: 0.648752 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117711
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.0777(s) Flops=1542316032 => 1431.11815161919 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206110.737453836 Mflops = 206.110737453836 Gflops = 0.206110737453836 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171388000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040855 s
InvBiCGStab: k = 28 resid = 2.201238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103477(s) Flops=186697728 => 1804.24372565884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259677.726691736 Mflops = 259.677726691736 Gflops = 0.259677726691736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 48 resid = 1.04461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176276(s) Flops=317933568 => 1803.61233520162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259622.479903133 Mflops = 259.622479903133 Gflops = 0.259622479903133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007447492 Relative Rsd = 3.26655637580602e-07
BICGSTAB_SOLVER_TIME: 0.380875 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 63 resid = 2.188916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230475(s) Flops=416360448 => 1806.53193621868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.293805173 Mflops = 260.087293805173 Gflops = 0.260087293805173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055535 s
InvBiCGStab: k = 79 resid = 1.018572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322597(s) Flops=521349120 => 1616.10033571298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232667.220982312 Mflops = 232.667220982312 Gflops = 0.232667220982312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001101864 Relative Rsd = 4.83290187384744e-07
BICGSTAB_SOLVER_TIME: 0.654015 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048381 s
InvBiCGStab: k = 62 resid = 2.214301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265604(s) Flops=409798656 => 1542.89339015979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222147.177472894 Mflops = 222.147177472894 Gflops = 0.222147177472894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05795 s
InvBiCGStab: k = 76 resid = 1.102627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280726(s) Flops=501663744 => 1787.02273391136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257272.111713754 Mflops = 257.272111713754 Gflops = 0.257272111713754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001073474 Relative Rsd = 4.70838169843943e-07
BICGSTAB_SOLVER_TIME: 0.656542 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041679 s
InvBiCGStab: k = 67 resid = 2.192338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248365(s) Flops=442607616 => 1782.08530187426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256570.891489853 Mflops = 256.570891489853 Gflops = 0.256570891489853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05663 s
InvBiCGStab: k = 88 resid = 1.036669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327137(s) Flops=580405248 => 1774.19627862333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255439.230831166 Mflops = 255.439230831166 Gflops = 0.255439230831166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001169197 Relative Rsd = 5.12823269497272e-07
BICGSTAB_SOLVER_TIME: 0.677725 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 63 resid = 2.231103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232366(s) Flops=416360448 => 1791.83033662412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257974.935291812 Mflops = 257.974935291812 Gflops = 0.257974935291812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 81 resid = 1.034778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297712(s) Flops=534472704 => 1795.26758746708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258464.48313862 Mflops = 258.46448313862 Gflops = 0.25846448313862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001125699 Relative Rsd = 4.93744796432481e-07
BICGSTAB_SOLVER_TIME: 0.631649 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117081
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002909(s) Flops=1542463488 => 1537.98947661253 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221452.953393409 Mflops = 221.452953393409 Gflops = 0.221452953393409 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171214000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 2.214359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801721(s) Flops=1446561792 => 1804.32069510466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259773.8163537 Mflops = 259.7738163537 Gflops = 0.2597738163537 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.08674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921662(s) Flops=1597483008 => 1733.2633959087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249576.062356329 Mflops = 249.576062356329 Gflops = 0.249576062356329 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002108176 Relative Rsd = 9.27369228366421e-07
BICGSTAB_SOLVER_TIME: 1.727289 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.12431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330172
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.057893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.662525(s) Flops=1125033984 => 1698.10042488963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244376.655937609 Mflops = 244.376655937609 Gflops = 0.244376655937609 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.08706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772927(s) Flops=1374382080 => 1778.15250340588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256038.800811919 Mflops = 256.038800811919 Gflops = 0.256038800811919 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001946238 Relative Rsd = 8.55634409537301e-07
BICGSTAB_SOLVER_TIME: 1.438904 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0.114693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271349999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955024(s) Flops=1542463488 => 1615.10442460085 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232554.278449054 Mflops = 232.554278449054 Gflops = 0.232554278449054 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171330000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044902 s
InvBiCGStab: k = 28 resid = 1.535726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104281(s) Flops=186697728 => 1790.3331191684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257657.611643207 Mflops = 257.657611643207 Gflops = 0.257657611643207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056351 s
InvBiCGStab: k = 52 resid = 1.075501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194129(s) Flops=344180736 => 1772.94858573423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255219.607362171 Mflops = 255.219607362171 Gflops = 0.255219607362171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007884168 Relative Rsd = 3.45808761987916e-07
BICGSTAB_SOLVER_TIME: 0.40351 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 85 resid = 1.42482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310032(s) Flops=560719872 => 1808.58708778449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260390.737946704 Mflops = 260.390737946704 Gflops = 0.260390737946704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 108 resid = 8.93601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418069(s) Flops=711641088 => 1702.20965438719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245088.674765834 Mflops = 245.088674765834 Gflops = 0.245088674765834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001323097 Relative Rsd = 5.80325699221983e-07
BICGSTAB_SOLVER_TIME: 0.829751 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152238999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040758 s
InvBiCGStab: k = 73 resid = 1.965527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268907(s) Flops=481978368 => 1792.36080875544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258062.883001385 Mflops = 258.062883001385 Gflops = 0.258062883001385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056637 s
InvBiCGStab: k = 76 resid = 6.967911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27976(s) Flops=501663744 => 1793.19325135831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258173.417286818 Mflops = 258.173417286818 Gflops = 0.258173417286818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001098477 Relative Rsd = 4.81804717578511e-07
BICGSTAB_SOLVER_TIME: 0.64987 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120685
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044435 s
InvBiCGStab: k = 70 resid = 2.035143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292693(s) Flops=462292992 => 1579.44669670952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227395.490438004 Mflops = 227.395490438004 Gflops = 0.227395490438004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061684 s
InvBiCGStab: k = 92 resid = 1.02413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386169(s) Flops=606652416 => 1570.95058381175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226180.391600484 Mflops = 226.180391600484 Gflops = 0.226180391600484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001178161 Relative Rsd = 5.16755281318349e-07
BICGSTAB_SOLVER_TIME: 0.789217 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 57 resid = 2.249935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212366(s) Flops=376989696 => 1775.18857067516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255566.139130458 Mflops = 255.566139130458 Gflops = 0.255566139130458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060215 s
InvBiCGStab: k = 92 resid = 1.123236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341388(s) Flops=606652416 => 1777.0173995571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255851.310828693 Mflops = 255.851310828693 Gflops = 0.255851310828693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001116743 Relative Rsd = 4.89816563133529e-07
BICGSTAB_SOLVER_TIME: 0.658963 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120618
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957153(s) Flops=1542463488 => 1611.51194009735 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232069.699985428 Mflops = 232.069699985428 Gflops = 0.232069699985428 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171398000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048636 s
InvBiCGStab: k = 31 resid = 1.367313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135975(s) Flops=206383104 => 1517.80183121897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218488.278300235 Mflops = 218.488278300235 Gflops = 0.218488278300235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061215 s
InvBiCGStab: k = 55 resid = 7.929485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214721(s) Flops=363866112 => 1694.59955942828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243948.552278185 Mflops = 243.948552278185 Gflops = 0.243948552278185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007924929 Relative Rsd = 3.47596564625261e-07
BICGSTAB_SOLVER_TIME: 0.464463 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042617 s
InvBiCGStab: k = 83 resid = 6.643809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354362(s) Flops=547596288 => 1545.30194546819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222491.494076022 Mflops = 222.491494076022 Gflops = 0.222491494076022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 106 resid = 8.624546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394254(s) Flops=698517504 => 1771.74487513126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255089.632774372 Mflops = 255.089632774372 Gflops = 0.255089632774372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001275628 Relative Rsd = 5.59505174274227e-07
BICGSTAB_SOLVER_TIME: 0.851739 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149260999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04432 s
InvBiCGStab: k = 75 resid = 1.961211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274752(s) Flops=495101952 => 1801.99580712788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259445.329598092 Mflops = 259.445329598092 Gflops = 0.259445329598092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 81 resid = 8.601898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295913(s) Flops=534472704 => 1806.18189805788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260035.246817185 Mflops = 260.035246817185 Gflops = 0.260035246817185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001113296 Relative Rsd = 4.88304643672421e-07
BICGSTAB_SOLVER_TIME: 0.675391 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 72 resid = 2.00617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262773(s) Flops=475416576 => 1809.22916738021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260486.904483745 Mflops = 260.486904483745 Gflops = 0.260486904483745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055836 s
InvBiCGStab: k = 97 resid = 9.224186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353694(s) Flops=639461376 => 1807.95087278834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260296.51746766 Mflops = 260.29651746766 Gflops = 0.26029651746766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001185248 Relative Rsd = 5.19863320010621e-07
BICGSTAB_SOLVER_TIME: 0.717146 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001796
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043935 s
InvBiCGStab: k = 67 resid = 2.168629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281227(s) Flops=442607616 => 1573.84467351997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226590.773197887 Mflops = 226.590773197888 Gflops = 0.226590773197888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060983 s
InvBiCGStab: k = 100 resid = 1.095622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421475(s) Flops=659146752 => 1563.90474405362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225168.229211254 Mflops = 225.168229211254 Gflops = 0.225168229211254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001178607 Relative Rsd = 5.16950896429983e-07
BICGSTAB_SOLVER_TIME: 0.811674 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133088
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968816(s) Flops=1542610944 => 1592.26410794207 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229271.599242961 Mflops = 229.271599242961 Gflops = 0.229271599242961 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171336000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040869 s
InvBiCGStab: k = 33 resid = 1.425934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122626(s) Flops=219506688 => 1790.05013618645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257651.644274165 Mflops = 257.651644274165 Gflops = 0.257651644274165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066129 s
InvBiCGStab: k = 54 resid = 8.336661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224755(s) Flops=357304320 => 1589.75026139574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228855.709398282 Mflops = 228.855709398282 Gflops = 0.228855709398282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007726306 Relative Rsd = 3.38884747846582e-07
BICGSTAB_SOLVER_TIME: 0.458571 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763770000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046379 s
InvBiCGStab: k = 55 resid = 2.055979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234577(s) Flops=363866112 => 1551.15851937743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223313.264944156 Mflops = 223.313264944156 Gflops = 0.223313264944156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059155 s
InvBiCGStab: k = 81 resid = 9.493554e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298372(s) Flops=534472704 => 1791.29644872843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257907.311318576 Mflops = 257.907311318576 Gflops = 0.257907311318576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001098252 Relative Rsd = 4.81706067514382e-07
BICGSTAB_SOLVER_TIME: 0.642253 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 64 resid = 2.172116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238117(s) Flops=422922240 => 1776.11107144807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255716.12823845 Mflops = 255.71612823845 Gflops = 0.25571612823845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05641 s
InvBiCGStab: k = 79 resid = 1.132053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288474(s) Flops=521349120 => 1807.26554212858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.708923164 Mflops = 260.195708923164 Gflops = 0.260195708923165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00112055 Relative Rsd = 4.91486057179473e-07
BICGSTAB_SOLVER_TIME: 0.627962 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040668 s
InvBiCGStab: k = 71 resid = 1.652427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259604(s) Flops=468854784 => 1806.03836612687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260016.315489763 Mflops = 260.016315489763 Gflops = 0.260016315489763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056683 s
InvBiCGStab: k = 111 resid = 8.073552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405977(s) Flops=731326464 => 1801.398759043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.742601134 Mflops = 259.358742601134 Gflops = 0.259358742601134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001178882 Relative Rsd = 5.17071094282447e-07
BICGSTAB_SOLVER_TIME: 0.766767 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040621 s
InvBiCGStab: k = 60 resid = 2.182624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219454(s) Flops=396675072 => 1807.55453079005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260224.454551062 Mflops = 260.224454551062 Gflops = 0.260224454551062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 86 resid = 1.062381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326596(s) Flops=567281664 => 1736.95227130767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250074.451392207 Mflops = 250.074451392207 Gflops = 0.250074451392207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001151708 Relative Rsd = 5.05152358972372e-07
BICGSTAB_SOLVER_TIME: 0.647252 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118428
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03691(s) Flops=1542610944 => 1487.69993924256 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214208.210542277 Mflops = 214.208210542277 Gflops = 0.214208210542277 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171294000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041516 s
InvBiCGStab: k = 30 resid = 2.242334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110279(s) Flops=199821312 => 1811.96158833504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260808.293351861 Mflops = 260.808293351861 Gflops = 0.260808293351861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 58 resid = 9.147374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212128(s) Flops=383551488 => 1808.11344094132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260290.495252981 Mflops = 260.290495252981 Gflops = 0.260290495252981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0008346745 Relative Rsd = 3.66097919496563e-07
BICGSTAB_SOLVER_TIME: 0.424138 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04101 s
InvBiCGStab: k = 58 resid = 1.883008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244575(s) Flops=383551488 => 1568.23668813247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225780.720728926 Mflops = 225.780720728926 Gflops = 0.225780720728926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060643 s
InvBiCGStab: k = 96 resid = 9.570286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403165(s) Flops=632899584 => 1569.82769833691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226012.244888989 Mflops = 226.012244888989 Gflops = 0.226012244888989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001136027 Relative Rsd = 4.98274631727069e-07
BICGSTAB_SOLVER_TIME: 0.754986 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124053
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 66 resid = 1.840742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249845(s) Flops=436045824 => 1745.26536052352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251252.287298654 Mflops = 251.252287298654 Gflops = 0.251252287298654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 87 resid = 1.092561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32252(s) Flops=573843456 => 1779.24921245194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256164.165021521 Mflops = 256.164165021521 Gflops = 0.256164165021521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00111123 Relative Rsd = 4.87398360034623e-07
BICGSTAB_SOLVER_TIME: 0.674073 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041471 s
InvBiCGStab: k = 80 resid = 2.247822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292629(s) Flops=527910912 => 1804.0280081605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259742.247937068 Mflops = 259.742247937068 Gflops = 0.259742247937068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056372 s
InvBiCGStab: k = 86 resid = 1.003813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314055(s) Flops=567281664 => 1806.31311076085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.465272838 Mflops = 260.054465272838 Gflops = 0.260054465272838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001191173 Relative Rsd = 5.2246248368265e-07
BICGSTAB_SOLVER_TIME: 0.708326 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 58 resid = 2.156136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228073(s) Flops=383551488 => 1681.7049278082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242091.789630618 Mflops = 242.091789630618 Gflops = 0.242091789630618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057804 s
InvBiCGStab: k = 81 resid = 1.085024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308858(s) Flops=534472704 => 1730.48036314423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249137.463379096 Mflops = 249.137463379096 Gflops = 0.249137463379096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001128978 Relative Rsd = 4.95182830467712e-07
BICGSTAB_SOLVER_TIME: 0.639819 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113503
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.063134(s) Flops=1542463488 => 1450.86460220443 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208912.122171085 Mflops = 208.912122171085 Gflops = 0.208912122171085 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171336000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021508
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.228448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737292(s) Flops=1328449536 => 1801.79567389854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259391.568423268 Mflops = 259.391568423268 Gflops = 0.259391568423268 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 9.832714e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.98445(s) Flops=1617168384 => 1642.71256437605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236536.633412381 Mflops = 236.536633412381 Gflops = 0.236536633412381 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002232656 Relative Rsd = 9.82115464724754e-07
BICGSTAB_SOLVER_TIME: 1.725566 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.1206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319473999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.35552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714615(s) Flops=1210337280 => 1693.69140026448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243854.399726352 Mflops = 243.854399726352 Gflops = 0.243854399726352 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 9.451126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701895(s) Flops=1256269824 => 1789.82586284273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257718.28409671 Mflops = 257.71828409671 Gflops = 0.25771828409671 Tflops
BICGSTAB_SOLVER: 375 iterations. Rsd = 0.001904979 Relative Rsd = 8.37498484069538e-07
BICGSTAB_SOLVER_TIME: 1.419805 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.267868999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957706(s) Flops=1542463488 => 1610.58141851466 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231910.633029728 Mflops = 231.910633029728 Gflops = 0.231910633029728 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171490000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041117 s
InvBiCGStab: k = 31 resid = 1.909712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1162(s) Flops=206383104 => 1776.10244406196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255650.780071044 Mflops = 255.650780071044 Gflops = 0.255650780071044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056325 s
InvBiCGStab: k = 52 resid = 1.012005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190856(s) Flops=344180736 => 1803.35297816155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.401764503 Mflops = 259.606401764503 Gflops = 0.259606401764503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007600323 Relative Rsd = 3.33358965605391e-07
BICGSTAB_SOLVER_TIME: 0.408291 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040455 s
InvBiCGStab: k = 81 resid = 2.093127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296224(s) Flops=534472704 => 1804.28562169169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259777.538618593 Mflops = 259.777538618593 Gflops = 0.259777538618593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 119 resid = 8.627424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434648(s) Flops=783820800 => 1803.34615596989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259641.537130401 Mflops = 259.641537130401 Gflops = 0.259641537130401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001327027 Relative Rsd = 5.82049318044312e-07
BICGSTAB_SOLVER_TIME: 0.831325 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157307999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041287 s
InvBiCGStab: k = 63 resid = 1.809782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243191(s) Flops=416360448 => 1712.07177897208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246483.83036498 Mflops = 246.48383036498 Gflops = 0.24648383036498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057004 s
InvBiCGStab: k = 81 resid = 1.122175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334368(s) Flops=534472704 => 1598.45650301464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230132.736685449 Mflops = 230.132736685449 Gflops = 0.230132736685449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001065516 Relative Rsd = 4.67347785561505e-07
BICGSTAB_SOLVER_TIME: 0.680121 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116927
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043832 s
InvBiCGStab: k = 79 resid = 1.794668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338955(s) Flops=521349120 => 1538.10718236934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221453.614831576 Mflops = 221.453614831576 Gflops = 0.221453614831576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061196 s
InvBiCGStab: k = 91 resid = 8.971663e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340118(s) Flops=600090624 => 1764.36008679341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254012.550494443 Mflops = 254.012550494443 Gflops = 0.254012550494443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001186211 Relative Rsd = 5.20285799633087e-07
BICGSTAB_SOLVER_TIME: 0.787976 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041727 s
InvBiCGStab: k = 64 resid = 2.011078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238063(s) Flops=422922240 => 1776.51394798856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255766.871955719 Mflops = 255.766871955719 Gflops = 0.255766871955719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 88 resid = 1.045079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32063(s) Flops=580405248 => 1810.20256370271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260621.640570818 Mflops = 260.621640570818 Gflops = 0.260621640570818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001166187 Relative Rsd = 5.11503135564563e-07
BICGSTAB_SOLVER_TIME: 0.66084 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12296
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956643(s) Flops=1542316032 => 1612.21692104578 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232143.434903621 Mflops = 232.143434903621 Gflops = 0.232143434903621 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171317000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 31 resid = 2.260211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11923(s) Flops=206383104 => 1730.96623333054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249143.818328788 Mflops = 249.143818328788 Gflops = 0.249143818328788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056963 s
InvBiCGStab: k = 63 resid = 4.158343e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233983(s) Flops=416360448 => 1779.44742994149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256172.025930019 Mflops = 256.172025930019 Gflops = 0.256172025930019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007911394 Relative Rsd = 3.47002928162754e-07
BICGSTAB_SOLVER_TIME: 0.455066 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043789 s
InvBiCGStab: k = 73 resid = 2.104919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282291(s) Flops=481978368 => 1707.38127676759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245814.478762079 Mflops = 245.814478762079 Gflops = 0.245814478762079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056209 s
InvBiCGStab: k = 102 resid = 8.262772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391384(s) Flops=672270336 => 1717.67454980275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247372.591825122 Mflops = 247.372591825122 Gflops = 0.247372591825122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001274108 Relative Rsd = 5.58838673608038e-07
BICGSTAB_SOLVER_TIME: 0.778386 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041102 s
InvBiCGStab: k = 64 resid = 1.283173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24579(s) Flops=422922240 => 1720.66495789088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247728.579412715 Mflops = 247.728579412715 Gflops = 0.247728579412715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055743 s
InvBiCGStab: k = 84 resid = 8.599599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311543(s) Flops=554158080 => 1778.7531095226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256084.935109062 Mflops = 256.084935109062 Gflops = 0.256084935109062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001101889 Relative Rsd = 4.8330131870668e-07
BICGSTAB_SOLVER_TIME: 0.658068 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042538 s
InvBiCGStab: k = 67 resid = 2.065318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285046(s) Flops=442607616 => 1552.75855826779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223560.828004464 Mflops = 223.560828004464 Gflops = 0.223560828004464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062385 s
InvBiCGStab: k = 84 resid = 1.055491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359152(s) Flops=554158080 => 1542.9625339689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222139.370593273 Mflops = 222.139370593273 Gflops = 0.222139370593273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001193747 Relative Rsd = 5.23591240575837e-07
BICGSTAB_SOLVER_TIME: 0.753701 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041777 s
InvBiCGStab: k = 65 resid = 1.894627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251245(s) Flops=429484032 => 1709.4232004617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246104.617319652 Mflops = 246.104617319652 Gflops = 0.246104617319652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062461 s
InvBiCGStab: k = 90 resid = 1.092477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337422(s) Flops=593528832 => 1759.01047353166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253255.393534703 Mflops = 253.255393534703 Gflops = 0.253255393534703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001127172 Relative Rsd = 4.94390566288092e-07
BICGSTAB_SOLVER_TIME: 0.697028 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124676
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979962(s) Flops=1536049152 => 1567.45787285629 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225745.220372995 Mflops = 225.745220372995 Gflops = 0.225745220372995 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170679000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049515 s
InvBiCGStab: k = 27 resid = 2.268818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118513(s) Flops=180135936 => 1519.96773349759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218782.025595167 Mflops = 218.782025595167 Gflops = 0.218782025595167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060598 s
InvBiCGStab: k = 59 resid = 7.820537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223173(s) Flops=390113280 => 1748.03081017865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251643.778962629 Mflops = 251.643778962629 Gflops = 0.251643778962629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000742325 Relative Rsd = 3.25592366560731e-07
BICGSTAB_SOLVER_TIME: 0.455682 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 62 resid = 2.173896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23713(s) Flops=409798656 => 1728.16031712563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248793.045567557 Mflops = 248.793045567557 Gflops = 0.248793045567557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059699 s
InvBiCGStab: k = 89 resid = 1.04936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338714(s) Flops=586967040 => 1732.92819310687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249494.973118904 Mflops = 249.494973118904 Gflops = 0.249494973118904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001120938 Relative Rsd = 4.91656294919538e-07
BICGSTAB_SOLVER_TIME: 0.680334 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 62 resid = 2.144156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2381(s) Flops=409798656 => 1721.11993280134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247797.957297945 Mflops = 247.797957297945 Gflops = 0.247797957297945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057654 s
InvBiCGStab: k = 84 resid = 1.140917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31192(s) Flops=554158080 => 1776.60323159785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255780.46273558 Mflops = 255.78046273558 Gflops = 0.25578046273558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001095685 Relative Rsd = 4.80580170043344e-07
BICGSTAB_SOLVER_TIME: 0.652468 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118525
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041393 s
InvBiCGStab: k = 68 resid = 2.279739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257369(s) Flops=449169408 => 1745.23508270227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251252.376441367 Mflops = 251.252376441367 Gflops = 0.251252376441367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058043 s
InvBiCGStab: k = 81 resid = 1.059522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308348(s) Flops=534472704 => 1733.34253505779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249542.421379366 Mflops = 249.542421379366 Gflops = 0.249542421379366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001163182 Relative Rsd = 5.10185095137357e-07
BICGSTAB_SOLVER_TIME: 0.668973 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042644 s
InvBiCGStab: k = 58 resid = 2.251192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238583(s) Flops=383551488 => 1607.62287338159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231462.694155669 Mflops = 231.462694155669 Gflops = 0.231462694155669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065853 s
InvBiCGStab: k = 74 resid = 8.06239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31409(s) Flops=488540160 => 1555.41456270496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223933.933982217 Mflops = 223.933933982217 Gflops = 0.223933933982217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001077625 Relative Rsd = 4.72658702652668e-07
BICGSTAB_SOLVER_TIME: 0.665269 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001845
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108355
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975412(s) Flops=1529782272 => 1568.34473227723 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225983.72611193 Mflops = 225.98372611193 Gflops = 0.22598372611193 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040932 s
InvBiCGStab: k = 30 resid = 2.000934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129094(s) Flops=199821312 => 1547.87451004694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222793.784351749 Mflops = 222.793784351749 Gflops = 0.222793784351749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067493 s
InvBiCGStab: k = 60 resid = 7.887174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258069(s) Flops=396675072 => 1537.0891970752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221288.002578883 Mflops = 221.288002578883 Gflops = 0.221288002578883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007880859 Relative Rsd = 3.45663620783316e-07
BICGSTAB_SOLVER_TIME: 0.499639 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0784810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045953 s
InvBiCGStab: k = 62 resid = 1.88432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24488(s) Flops=409798656 => 1673.46723293041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240926.324359699 Mflops = 240.926324359699 Gflops = 0.240926324359699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057757 s
InvBiCGStab: k = 87 resid = 1.079913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338995(s) Flops=573843456 => 1692.778524757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243717.849837552 Mflops = 243.717849837552 Gflops = 0.243717849837552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001121433 Relative Rsd = 4.91873662063947e-07
BICGSTAB_SOLVER_TIME: 0.69151 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120822000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041683 s
InvBiCGStab: k = 62 resid = 2.264562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230215(s) Flops=409798656 => 1780.06930912408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256277.049171986 Mflops = 256.277049171986 Gflops = 0.256277049171986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061926 s
InvBiCGStab: k = 83 resid = 9.303294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309542(s) Flops=547596288 => 1769.05327225385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254671.419637198 Mflops = 254.671419637198 Gflops = 0.254671419637198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001123596 Relative Rsd = 4.92822275361767e-07
BICGSTAB_SOLVER_TIME: 0.647679 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042657 s
InvBiCGStab: k = 68 resid = 1.947941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256291(s) Flops=449169408 => 1752.57581421119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252331.781431854 Mflops = 252.331781431854 Gflops = 0.252331781431854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059322 s
InvBiCGStab: k = 75 resid = 1.102638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28972(s) Flops=495101952 => 1708.8980809057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245990.336820464 Mflops = 245.990336820464 Gflops = 0.245990336820464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001140866 Relative Rsd = 5.00397088878028e-07
BICGSTAB_SOLVER_TIME: 0.651826 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040761 s
InvBiCGStab: k = 54 resid = 2.00837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197583(s) Flops=357304320 => 1808.37582180653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260346.393975963 Mflops = 260.346393975963 Gflops = 0.260346393975963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060033 s
InvBiCGStab: k = 89 resid = 7.67083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369475(s) Flops=586967040 => 1588.65157317816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228720.967598676 Mflops = 228.720967598676 Gflops = 0.228720967598676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001099902 Relative Rsd = 4.82429654501324e-07
BICGSTAB_SOLVER_TIME: 0.672367 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116208
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016055(s) Flops=1517395968 => 1493.41912396475 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215054.28658756 Mflops = 215.05428658756 Gflops = 0.21505428658756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168493000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021176
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.648094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848372(s) Flops=1394067456 => 1643.22662228362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236585.300957585 Mflops = 236.585300957585 Gflops = 0.236585300957585 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.0953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.950543(s) Flops=1551550464 => 1632.27803897351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235034.175439335 Mflops = 235.034175439335 Gflops = 0.235034175439335 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002196877 Relative Rsd = 9.66373082385857e-07
BICGSTAB_SOLVER_TIME: 1.80229 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319434
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.271038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709039(s) Flops=1249708032 => 1762.5377898818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253731.02463652 Mflops = 253.73102463652 Gflops = 0.25373102463652 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 9.623941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742972(s) Flops=1328449536 => 1788.02099675358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257460.885669106 Mflops = 257.460885669106 Gflops = 0.257460885669106 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001905595 Relative Rsd = 8.37767577143538e-07
BICGSTAB_SOLVER_TIME: 1.455424 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280145999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014088(s) Flops=1517395968 => 1496.31587002311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215505.932727943 Mflops = 215.505932727943 Gflops = 0.215505932727943 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168612000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 27 resid = 2.131443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099762(s) Flops=180135936 => 1805.65682323931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259870.029757842 Mflops = 259.870029757842 Gflops = 0.259870029757842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056411 s
InvBiCGStab: k = 49 resid = 1.08388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18184(s) Flops=324495360 => 1784.51033875935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256871.861053849 Mflops = 256.871861053849 Gflops = 0.256871861053849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007645165 Relative Rsd = 3.35325814024241e-07
BICGSTAB_SOLVER_TIME: 0.383037 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 75 resid = 1.698863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274315(s) Flops=495101952 => 1804.8664929005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259855.956428581 Mflops = 259.855956428581 Gflops = 0.259855956428581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055759 s
InvBiCGStab: k = 102 resid = 1.120208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372229(s) Flops=672270336 => 1806.06652356479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.973529539 Mflops = 260.033973529539 Gflops = 0.260033973529539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001262254 Relative Rsd = 5.53639222919564e-07
BICGSTAB_SOLVER_TIME: 0.74716 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044987 s
InvBiCGStab: k = 64 resid = 1.934553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260724(s) Flops=422922240 => 1622.1070557371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233542.454397323 Mflops = 233.542454397323 Gflops = 0.233542454397323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057332 s
InvBiCGStab: k = 75 resid = 1.084052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321894(s) Flops=495101952 => 1538.09002963709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221428.194278606 Mflops = 221.428194278606 Gflops = 0.221428194278606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001049242 Relative Rsd = 4.60209850900674e-07
BICGSTAB_SOLVER_TIME: 0.689056 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041275 s
InvBiCGStab: k = 77 resid = 1.939146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290014(s) Flops=508225536 => 1752.41724882247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252304.301600867 Mflops = 252.304301600867 Gflops = 0.252304301600867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059785 s
InvBiCGStab: k = 89 resid = 1.140275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331079(s) Flops=586967040 => 1772.89118307111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255250.013746475 Mflops = 255.250013746475 Gflops = 0.255250013746474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001169438 Relative Rsd = 5.12929221300102e-07
BICGSTAB_SOLVER_TIME: 0.726022 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040732 s
InvBiCGStab: k = 65 resid = 2.238384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237967(s) Flops=429484032 => 1804.80500237428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259826.302903644 Mflops = 259.826302903644 Gflops = 0.259826302903644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056223 s
InvBiCGStab: k = 96 resid = 1.038702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351298(s) Flops=632899584 => 1801.60315174012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259385.044739051 Mflops = 259.385044739051 Gflops = 0.259385044739051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001203347 Relative Rsd = 5.2780194393419e-07
BICGSTAB_SOLVER_TIME: 0.690032 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129177
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943837(s) Flops=1511202816 => 1601.12690644677 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230541.019818354 Mflops = 230.541019818354 Gflops = 0.230541019818354 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167890000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041097 s
InvBiCGStab: k = 29 resid = 2.047214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107117(s) Flops=193259520 => 1804.19093141145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259680.766327445 Mflops = 259.680766327445 Gflops = 0.259680766327445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056896 s
InvBiCGStab: k = 53 resid = 8.642838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210172(s) Flops=350742528 => 1668.83565841311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240244.18675708 Mflops = 240.24418675708 Gflops = 0.24024418675708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000775468 Relative Rsd = 3.40129234745125e-07
BICGSTAB_SOLVER_TIME: 0.419115 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041801 s
InvBiCGStab: k = 74 resid = 1.582481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272729(s) Flops=488540160 => 1791.30257508369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257889.955606174 Mflops = 257.889955606174 Gflops = 0.257889955606174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056748 s
InvBiCGStab: k = 117 resid = 1.072142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429902(s) Flops=770697216 => 1792.7276821229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258116.128157343 Mflops = 258.116128157343 Gflops = 0.258116128157343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001291403 Relative Rsd = 5.66424261018466e-07
BICGSTAB_SOLVER_TIME: 0.805126 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151041999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041186 s
InvBiCGStab: k = 57 resid = 1.837859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208657(s) Flops=376989696 => 1806.74358396795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260105.440941849 Mflops = 260.105440941849 Gflops = 0.260105440941849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056159 s
InvBiCGStab: k = 85 resid = 9.708749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348051(s) Flops=560719872 => 1611.02790108346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231948.268687882 Mflops = 231.948268687882 Gflops = 0.231948268687882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00108271 Relative Rsd = 4.74889154050848e-07
BICGSTAB_SOLVER_TIME: 0.658159 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046196 s
InvBiCGStab: k = 62 resid = 1.842416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264079(s) Flops=409798656 => 1551.80327099088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223425.917122767 Mflops = 223.425917122767 Gflops = 0.223425917122767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057326 s
InvBiCGStab: k = 94 resid = 5.891424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347643(s) Flops=619776000 => 1782.79441841199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256683.29949342 Mflops = 256.68329949342 Gflops = 0.25668329949342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001179084 Relative Rsd = 5.17159889552385e-07
BICGSTAB_SOLVER_TIME: 0.719149 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041972 s
InvBiCGStab: k = 61 resid = 2.234403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225764(s) Flops=403236864 => 1786.09904147694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257126.4313303 Mflops = 257.1264313303 Gflops = 0.2571264313303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 92 resid = 9.266146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335507(s) Flops=606652416 => 1808.16619623436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260336.806124996 Mflops = 260.336806124996 Gflops = 0.260336806124996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001141679 Relative Rsd = 5.00753546485525e-07
BICGSTAB_SOLVER_TIME: 0.663047 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123441
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935635(s) Flops=1505157120 => 1608.70117086257 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231634.72421931 Mflops = 231.63472421931 Gflops = 0.23163472421931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167512000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041669 s
InvBiCGStab: k = 28 resid = 1.942792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10561(s) Flops=186697728 => 1767.80350345611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254456.253050759 Mflops = 254.456253050759 Gflops = 0.254456253050759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057334 s
InvBiCGStab: k = 47 resid = 1.023484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17584(s) Flops=311371776 => 1770.76760691538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254897.549996648 Mflops = 254.897549996648 Gflops = 0.254897549996648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000745294 Relative Rsd = 3.268945780439e-07
BICGSTAB_SOLVER_TIME: 0.38436 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040918 s
InvBiCGStab: k = 52 resid = 1.79787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190579(s) Flops=344180736 => 1805.9740894852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259977.464278248 Mflops = 259.977464278248 Gflops = 0.259977464278248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055577 s
InvBiCGStab: k = 87 resid = 1.08518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317528(s) Flops=573843456 => 1807.2215867577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260195.624622963 Mflops = 260.195624622963 Gflops = 0.260195624622963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001101508 Relative Rsd = 4.83134348877642e-07
BICGSTAB_SOLVER_TIME: 0.608579 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041368 s
InvBiCGStab: k = 64 resid = 2.231404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234127(s) Flops=422922240 => 1806.37961448274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.341771397 Mflops = 260.066341771397 Gflops = 0.260066341771397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 90 resid = 9.194825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327261(s) Flops=593528832 => 1813.62530824021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261109.584980628 Mflops = 261.109584980628 Gflops = 0.261109584980628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001073235 Relative Rsd = 4.70733443507748e-07
BICGSTAB_SOLVER_TIME: 0.662791 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04207 s
InvBiCGStab: k = 63 resid = 1.901637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244747(s) Flops=416360448 => 1701.18713610381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244928.006355572 Mflops = 244.928006355572 Gflops = 0.244928006355572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063125 s
InvBiCGStab: k = 87 resid = 8.799742e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360305(s) Flops=573843456 => 1592.66026283288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229302.387386503 Mflops = 229.302387386503 Gflops = 0.229302387386503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001133775 Relative Rsd = 4.97286701374704e-07
BICGSTAB_SOLVER_TIME: 0.714127 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044162 s
InvBiCGStab: k = 53 resid = 2.116708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198327(s) Flops=350742528 => 1768.50619431545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254597.630574282 Mflops = 254.597630574282 Gflops = 0.254597630574282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055526 s
InvBiCGStab: k = 91 resid = 7.903447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3413(s) Flops=600090624 => 1758.24970407266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253139.793801793 Mflops = 253.139793801793 Gflops = 0.253139793801793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001103568 Relative Rsd = 4.84037568848852e-07
BICGSTAB_SOLVER_TIME: 0.643191 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117223
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957897(s) Flops=1499111424 => 1565.00273411442 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225494.675519123 Mflops = 225.494675519123 Gflops = 0.225494675519123 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166312000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044316 s
InvBiCGStab: k = 27 resid = 2.01442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119888(s) Flops=180135936 => 1502.53516615508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216268.592893113 Mflops = 216.268592893113 Gflops = 0.216268592893113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064624 s
InvBiCGStab: k = 47 resid = 1.020497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191856(s) Flops=311371776 => 1622.94520890668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233601.887096478 Mflops = 233.601887096478 Gflops = 0.233601887096478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007538543 Relative Rsd = 3.30649229100095e-07
BICGSTAB_SOLVER_TIME: 0.424563 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04174 s
InvBiCGStab: k = 55 resid = 1.82945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207307(s) Flops=363866112 => 1755.20417544994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252704.950921524 Mflops = 252.704950921524 Gflops = 0.252704950921524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 106 resid = 7.907482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391172(s) Flops=698517504 => 1785.70425286063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257098.896480629 Mflops = 257.098896480629 Gflops = 0.257098896480629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001206387 Relative Rsd = 5.29135455877665e-07
BICGSTAB_SOLVER_TIME: 0.700824 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 56 resid = 1.807652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204956(s) Flops=370427904 => 1807.35330509963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260190.07669502 Mflops = 260.19007669502 Gflops = 0.26019007669502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 90 resid = 1.12539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329376(s) Flops=593528832 => 1801.9795977849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.318851684 Mflops = 259.441318851684 Gflops = 0.259441318851684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001074474 Relative Rsd = 4.71276682654885e-07
BICGSTAB_SOLVER_TIME: 0.635435 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 81 resid = 1.15096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296222(s) Flops=534472704 => 1804.29780367427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.319654147 Mflops = 259.764319654147 Gflops = 0.259764319654147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055784 s
InvBiCGStab: k = 88 resid = 8.593942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322758(s) Flops=580405248 => 1798.26758128381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258911.648124311 Mflops = 258.911648124311 Gflops = 0.258911648124311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001160183 Relative Rsd = 5.08869505643421e-07
BICGSTAB_SOLVER_TIME: 0.719372 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045464 s
InvBiCGStab: k = 57 resid = 2.272341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238842(s) Flops=376989696 => 1578.40620996307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227250.420571116 Mflops = 227.250420571116 Gflops = 0.227250420571116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062051 s
InvBiCGStab: k = 88 resid = 1.032687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376608(s) Flops=580405248 => 1541.13892429263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221879.499704941 Mflops = 221.879499704941 Gflops = 0.221879499704941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001097269 Relative Rsd = 4.8127511174769e-07
BICGSTAB_SOLVER_TIME: 0.727172 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117526
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944811(s) Flops=1499037696 => 1586.60059630974 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228448.860602523 Mflops = 228.448860602523 Gflops = 0.228448860602523 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166348000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.258852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863042(s) Flops=1374382080 => 1592.48574229296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229238.776892782 Mflops = 229.238776892782 Gflops = 0.229238776892782 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 4.457315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.970834(s) Flops=1722157056 => 1773.89446187505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255429.235128097 Mflops = 255.429235128098 Gflops = 0.255429235128098 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002209459 Relative Rsd = 9.71898846101616e-07
BICGSTAB_SOLVER_TIME: 1.837184 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.114163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335956
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.092504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767165(s) Flops=1335011328 => 1740.18800127743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250498.896856146 Mflops = 250.498896856146 Gflops = 0.250498896856146 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 6.850398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805103(s) Flops=1440000000 => 1788.59102499929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257542.450544541 Mflops = 257.542450544542 Gflops = 0.257542450544542 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002079813 Relative Rsd = 9.14345525607278e-07
BICGSTAB_SOLVER_TIME: 1.575663 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.122183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301368999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002082(s) Flops=1499037696 => 1495.92318393106 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215393.362142226 Mflops = 215.393362142226 Gflops = 0.215393362142226 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166270000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 29 resid = 1.903797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10728(s) Flops=193259520 => 1801.44966442953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259278.058719063 Mflops = 259.278058719063 Gflops = 0.259278058719063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 53 resid = 8.268888e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194567(s) Flops=350742528 => 1802.68251039488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259511.367276955 Mflops = 259.511367276955 Gflops = 0.259511367276955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007905114 Relative Rsd = 3.46727453475395e-07
BICGSTAB_SOLVER_TIME: 0.402635 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041526 s
InvBiCGStab: k = 82 resid = 1.98395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317345(s) Flops=541034496 => 1704.87795931872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245467.355410671 Mflops = 245.467355410671 Gflops = 0.245467355410671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063726 s
InvBiCGStab: k = 112 resid = 1.144582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467914(s) Flops=737888256 => 1576.97409353001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227055.360070362 Mflops = 227.055360070362 Gflops = 0.227055360070362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001355053 Relative Rsd = 5.94341871739215e-07
BICGSTAB_SOLVER_TIME: 0.895045 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152809999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 50 resid = 2.268626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18566(s) Flops=331057152 => 1783.13665840784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256703.384943642 Mflops = 256.703384943642 Gflops = 0.256703384943642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057842 s
InvBiCGStab: k = 82 resid = 7.95947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307429(s) Flops=541034496 => 1759.86811914296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253365.745849671 Mflops = 253.365745849671 Gflops = 0.253365745849671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0010336 Relative Rsd = 4.53349075943824e-07
BICGSTAB_SOLVER_TIME: 0.596025 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04159 s
InvBiCGStab: k = 70 resid = 1.690312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256025(s) Flops=462292992 => 1805.65566643882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.923523131 Mflops = 259.951923523131 Gflops = 0.259951923523131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056341 s
InvBiCGStab: k = 109 resid = 1.122447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39771(s) Flops=718202880 => 1805.84566644037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259998.007438035 Mflops = 259.998007438035 Gflops = 0.259998007438035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.00118466 Relative Rsd = 5.19605512467253e-07
BICGSTAB_SOLVER_TIME: 0.755636 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 63 resid = 1.860664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230135(s) Flops=416360448 => 1809.20089512677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260473.242255916 Mflops = 260.473242255916 Gflops = 0.260473242255916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 96 resid = 6.914318e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349413(s) Flops=632899584 => 1811.32237209262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260773.001949679 Mflops = 260.773001949679 Gflops = 0.260773001949679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001115786 Relative Rsd = 4.89396840810993e-07
BICGSTAB_SOLVER_TIME: 0.681212 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127679
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021243(s) Flops=1492918272 => 1461.86389723112 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210493.513765876 Mflops = 210.493513765876 Gflops = 0.210493513765876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165792000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043887 s
InvBiCGStab: k = 26 resid = 2.183123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102894(s) Flops=173574144 => 1686.92191964546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242810.876705522 Mflops = 242.810876705522 Gflops = 0.242810876705522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059867 s
InvBiCGStab: k = 51 resid = 1.006195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187906(s) Flops=337618944 => 1796.74381871787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258650.231958781 Mflops = 258.650231958781 Gflops = 0.258650231958781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007231639 Relative Rsd = 3.17188065315808e-07
BICGSTAB_SOLVER_TIME: 0.398388 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 78 resid = 1.834891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287458(s) Flops=514787328 => 1790.82623548484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257827.230649723 Mflops = 257.827230649723 Gflops = 0.257827230649723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059112 s
InvBiCGStab: k = 112 resid = 6.796693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424064(s) Flops=737888256 => 1740.03984304256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250522.435209863 Mflops = 250.522435209863 Gflops = 0.250522435209863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001270183 Relative Rsd = 5.57116995107881e-07
BICGSTAB_SOLVER_TIME: 0.816287 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151695999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044997 s
InvBiCGStab: k = 53 resid = 1.962562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219919(s) Flops=350742528 => 1594.87142084131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229593.205108066 Mflops = 229.593205108066 Gflops = 0.229593205108066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067049 s
InvBiCGStab: k = 75 resid = 1.081827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300249(s) Flops=495101952 => 1648.97119390906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237401.319827407 Mflops = 237.401319827407 Gflops = 0.237401319827407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001068023 Relative Rsd = 4.68447284438778e-07
BICGSTAB_SOLVER_TIME: 0.636113 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042365 s
InvBiCGStab: k = 77 resid = 2.203158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285664(s) Flops=508225536 => 1779.10249803966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256142.720169967 Mflops = 256.142720169967 Gflops = 0.256142720169967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05857 s
InvBiCGStab: k = 89 resid = 1.067437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327229(s) Flops=586967040 => 1793.75006493923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258252.382802767 Mflops = 258.252382802767 Gflops = 0.258252382802767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001180883 Relative Rsd = 5.17948783698759e-07
BICGSTAB_SOLVER_TIME: 0.71768 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040971 s
InvBiCGStab: k = 57 resid = 2.052562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210215(s) Flops=376989696 => 1793.35297671432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258195.430535108 Mflops = 258.195430535108 Gflops = 0.258195430535108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056681 s
InvBiCGStab: k = 94 resid = 1.115118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344768(s) Flops=619776000 => 1797.66103582699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258813.794915867 Mflops = 258.813794915867 Gflops = 0.258813794915867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001148962 Relative Rsd = 5.03948184820014e-07
BICGSTAB_SOLVER_TIME: 0.656372 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122263
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952043(s) Flops=1492992000 => 1568.19807508694 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225838.981342451 Mflops = 225.838981342451 Gflops = 0.225838981342451 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165803000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041483 s
InvBiCGStab: k = 32 resid = 1.189831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118125(s) Flops=212944896 => 1802.70811428571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.900813973 Mflops = 259.461900813973 Gflops = 0.259461900813973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 46 resid = 8.229716e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169392(s) Flops=304809984 => 1799.43553414565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259040.089263247 Mflops = 259.040089263247 Gflops = 0.259040089263247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007419492 Relative Rsd = 3.25427515767749e-07
BICGSTAB_SOLVER_TIME: 0.389118 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 52 resid = 1.92714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193276(s) Flops=344180736 => 1780.77327759267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256361.633227356 Mflops = 256.361633227356 Gflops = 0.256361633227356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056386 s
InvBiCGStab: k = 83 resid = 9.343673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303496(s) Flops=547596288 => 1804.29490998234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259760.284254799 Mflops = 259.760284254799 Gflops = 0.259760284254799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001088813 Relative Rsd = 4.77566134854209e-07
BICGSTAB_SOLVER_TIME: 0.59803 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 55 resid = 1.630371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201039(s) Flops=363866112 => 1809.92798412248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260561.253089585 Mflops = 260.561253089585 Gflops = 0.260561253089585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055928 s
InvBiCGStab: k = 75 resid = 1.036808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292138(s) Flops=495101952 => 1694.75368490234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243989.33892833 Mflops = 243.98933892833 Gflops = 0.24398933892833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001009795 Relative Rsd = 4.42907742784634e-07
BICGSTAB_SOLVER_TIME: 0.594961 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041502 s
InvBiCGStab: k = 71 resid = 2.184249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308023(s) Flops=468854784 => 1522.14212575035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219148.396773146 Mflops = 219.148396773146 Gflops = 0.219148396773146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061816 s
InvBiCGStab: k = 87 resid = 1.11235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32886(s) Flops=573843456 => 1744.94756431308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251222.53997463 Mflops = 251.22253997463 Gflops = 0.25122253997463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00110674 Relative Rsd = 4.85429137274167e-07
BICGSTAB_SOLVER_TIME: 0.744053 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127042
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 59 resid = 1.422305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22012(s) Flops=390113280 => 1772.27548609849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255141.40821628 Mflops = 255.14140821628 Gflops = 0.25514140821628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 88 resid = 1.111516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32436(s) Flops=580405248 => 1789.38601553829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257626.489975403 Mflops = 257.626489975403 Gflops = 0.257626489975403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001101882 Relative Rsd = 4.83298050795653e-07
BICGSTAB_SOLVER_TIME: 0.646154 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119259
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960653(s) Flops=1492918272 => 1554.06611128056 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223762.581617769 Mflops = 223.762581617769 Gflops = 0.223762581617769 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165844000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 24 resid = 1.695643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090917(s) Flops=160450560 => 1764.80262217187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253977.780181967 Mflops = 253.977780181967 Gflops = 0.253977780181967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057415 s
InvBiCGStab: k = 53 resid = 5.911122e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1968(s) Flops=350742528 => 1782.22829268293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256562.518335952 Mflops = 256.562518335952 Gflops = 0.256562518335952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007411891 Relative Rsd = 3.2509413778188e-07
BICGSTAB_SOLVER_TIME: 0.390223 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042095 s
InvBiCGStab: k = 56 resid = 1.463801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207912(s) Flops=370427904 => 1781.65716264573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256487.868856355 Mflops = 256.487868856355 Gflops = 0.256487868856355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 89 resid = 8.88864e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326816(s) Flops=586967040 => 1796.01684128072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258579.458240435 Mflops = 258.579458240435 Gflops = 0.258579458240435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001093823 Relative Rsd = 4.79763243347692e-07
BICGSTAB_SOLVER_TIME: 0.636728 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040945 s
InvBiCGStab: k = 65 resid = 2.040554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237231(s) Flops=429484032 => 1810.4043400736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260652.010048244 Mflops = 260.652010048244 Gflops = 0.260652010048244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 86 resid = 1.121518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314192(s) Flops=567281664 => 1805.52548759994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259946.063923489 Mflops = 259.946063923489 Gflops = 0.259946063923489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001099865 Relative Rsd = 4.82413366007299e-07
BICGSTAB_SOLVER_TIME: 0.652705 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041684 s
InvBiCGStab: k = 77 resid = 1.713868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281346(s) Flops=508225536 => 1806.40754089271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260066.473067443 Mflops = 260.066473067443 Gflops = 0.260066473067443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061023 s
InvBiCGStab: k = 91 resid = 7.154166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380058(s) Flops=600090624 => 1578.94485578517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227325.820249052 Mflops = 227.325820249052 Gflops = 0.227325820249052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001137091 Relative Rsd = 4.98741483453949e-07
BICGSTAB_SOLVER_TIME: 0.768712 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047052 s
InvBiCGStab: k = 56 resid = 2.273715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222213(s) Flops=370427904 => 1666.99474828205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239983.593195836 Mflops = 239.983593195836 Gflops = 0.239983593195836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056125 s
InvBiCGStab: k = 89 resid = 1.062736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331046(s) Flops=586967040 => 1773.06791201223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255270.313722559 Mflops = 255.270313722559 Gflops = 0.255270313722559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001128721 Relative Rsd = 4.95070036476169e-07
BICGSTAB_SOLVER_TIME: 0.660341 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117736
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942858(s) Flops=1511497728 => 1603.10219354346 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230827.503148418 Mflops = 230.827503148418 Gflops = 0.230827503148418 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167939000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.495103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76544(s) Flops=1308764160 => 1709.81939799331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246160.542547072 Mflops = 246.160542547072 Gflops = 0.246160542547072 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 1.085994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.94716(s) Flops=1695909888 => 1790.5210186241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257822.883264403 Mflops = 257.822883264403 Gflops = 0.257822883264403 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002140037 Relative Rsd = 9.41359125908051e-07
BICGSTAB_SOLVER_TIME: 1.716036 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.11579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326382999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.96054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.696024(s) Flops=1256269824 => 1804.92314058136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.314111495 Mflops = 259.829314111495 Gflops = 0.259829314111495 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 9.693256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809816(s) Flops=1394067456 => 1721.46198148715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247876.421830272 Mflops = 247.876421830272 Gflops = 0.247876421830272 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002078001 Relative Rsd = 9.13539385092857e-07
BICGSTAB_SOLVER_TIME: 1.509549 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.118869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287691999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 316 resid = 2.250694e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.208256(s) Flops=2076493824 => 1718.58763705705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247467.565818122 Mflops = 247.467565818122 Gflops = 0.247467565818122 Tflops
InvBiCGStab: k = 349 resid = 5.790288e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.281417(s) Flops=2293032960 => 1789.45102179852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257672.785077198 Mflops = 257.672785077198 Gflops = 0.257672785077198 Tflops
BICGSTAB_SOLVER: 665 iterations. Rsd = 0.00209317 Relative Rsd = 9.20743301556336e-07
BICGSTAB_SOLVER_TIME: 2.494486 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.475300999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 291 resid = 1.789288e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.120809(s) Flops=1912449024 => 1706.31126623716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245698.355879239 Mflops = 245.698355879239 Gflops = 0.245698355879239 Tflops
InvBiCGStab: k = 290 resid = 6.049435e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.139498(s) Flops=1905887232 => 1672.56742179451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240841.669812248 Mflops = 240.841669812248 Gflops = 0.240841669812248 Tflops
BICGSTAB_SOLVER: 581 iterations. Rsd = 0.00203283 Relative Rsd = 8.93681017035226e-07
BICGSTAB_SOLVER_TIME: 2.264925 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.415314999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 242 resid = 2.257997e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889174(s) Flops=1590921216 => 1789.21247809765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257545.594433189 Mflops = 257.545594433189 Gflops = 0.257545594433189 Tflops
InvBiCGStab: k = 266 resid = 1.104327e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.004763(s) Flops=1748404224 => 1740.11605124791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250567.612485109 Mflops = 250.567612485109 Gflops = 0.250567612485109 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.001935012 Relative Rsd = 8.48718517017976e-07
BICGSTAB_SOLVER_TIME: 1.898569 sec
2Flav::invert,  n_count = 508
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361930000000003
MInvCG2: 370 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.57974(s) Flops=2381875200 => 1507.76406244065 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217131.28886017 Mflops = 217.13128886017 Gflops = 0.21713128886017 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265395000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0679213973007791
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 469.128264 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 5.33600759730796e-05 resid_rel = 0.009969662

Look for highest ev
Evalue[1]: eigen_norm = 0.0745183069710983 resid_rel = -0.008623183

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.427083000000005
EIGBNDSMDAGM: total time = 2.115403 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 2.178403 secs
After saving state: time= 1.278184 secs
Doing Update: 2761 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 264 resid = 1.978743e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.075471(s) Flops=1735280640 => 1613.50760736459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232356.999793629 Mflops = 232.356999793629 Gflops = 0.232356999793629 Tflops
InvBiCGStab: k = 316 resid = 1.082032e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.173791(s) Flops=2076493824 => 1769.04902491159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254734.46324683 Mflops = 254.73446324683 Gflops = 0.25473446324683 Tflops
BICGSTAB_SOLVER: 580 iterations. Rsd = 0.001929886 Relative Rsd = 8.49737245565007e-07
BICGSTAB_SOLVER_TIME: 2.255242 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.416735999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00037
InvBiCGStab: k = 231 resid = 2.158065e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844452(s) Flops=1518741504 => 1798.49358400477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258995.025287019 Mflops = 258.995025287019 Gflops = 0.258995025287019 Tflops
InvBiCGStab: k = 264 resid = 7.086283e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.015864(s) Flops=1735280640 => 1708.18204011561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245968.463112691 Mflops = 245.968463112691 Gflops = 0.245968463112691 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.001787919 Relative Rsd = 7.8562800803361e-07
BICGSTAB_SOLVER_TIME: 1.865859 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355915999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000373
MInvCG2: 386 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.587486(s) Flops=2478753792 => 1561.43348161811 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224853.690510266 Mflops = 224.853690510266 Gflops = 0.224853690510266 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275836000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 332 resid = 1.929295e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.247568(s) Flops=2181482496 => 1748.58804970951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251776.85391541 Mflops = 251.77685391541 Gflops = 0.25177685391541 Tflops
InvBiCGStab: k = 320 resid = 8.441576e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.276416(s) Flops=2102740992 => 1647.37906137184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237218.289709154 Mflops = 237.218289709154 Gflops = 0.237218289709154 Tflops
BICGSTAB_SOLVER: 652 iterations. Rsd = 0.002065707 Relative Rsd = 9.09540058936568e-07
BICGSTAB_SOLVER_TIME: 2.531473 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.468094
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 1.774002e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.069388(s) Flops=1879640064 => 1757.67828327978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253085.277490311 Mflops = 253.085277490311 Gflops = 0.253085277490311 Tflops
InvBiCGStab: k = 301 resid = 1.142348e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.102386(s) Flops=1978066944 => 1794.35056686134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258377.418933916 Mflops = 258.377418933916 Gflops = 0.258377418933916 Tflops
BICGSTAB_SOLVER: 587 iterations. Rsd = 0.001973477 Relative Rsd = 8.67164163659626e-07
BICGSTAB_SOLVER_TIME: 2.176655 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.419287999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 233 resid = 1.618255e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853066(s) Flops=1531865088 => 1795.71696445527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258519.979679638 Mflops = 258.519979679638 Gflops = 0.258519979679638 Tflops
InvBiCGStab: k = 258 resid = 1.097692e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.05693(s) Flops=1695909888 => 1604.56216400329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231049.884922119 Mflops = 231.049884922119 Gflops = 0.231049884922119 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.001810365 Relative Rsd = 7.94140559120052e-07
BICGSTAB_SOLVER_TIME: 1.914706 sec
2Flav::invert,  n_count = 491
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350335000000004
MInvCG2: 367 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.502136(s) Flops=2363222016 => 1573.24104874658 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226549.222599326 Mflops = 226.549222599326 Gflops = 0.226549222599326 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263525000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.970388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842241(s) Flops=1512179712 => 1795.4240080927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258459.708474618 Mflops = 258.459708474618 Gflops = 0.258459708474618 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.024617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962952(s) Flops=1577797632 => 1638.50081000922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235932.090781898 Mflops = 235.932090781898 Gflops = 0.235932090781898 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002103829 Relative Rsd = 9.2632516407232e-07
BICGSTAB_SOLVER_TIME: 1.809292 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.119219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335205999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.42371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690866(s) Flops=1223460864 => 1770.90906774975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254944.195621562 Mflops = 254.944195621562 Gflops = 0.254944195621562 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 9.475535e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.777767(s) Flops=1400629248 => 1800.83398755668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259305.94101301 Mflops = 259.30594101301 Gflops = 0.25930594101301 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.001961293 Relative Rsd = 8.61810184432036e-07
BICGSTAB_SOLVER_TIME: 1.472052 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284569999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957531(s) Flops=1499111424 => 1565.60092989156 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225430.629804691 Mflops = 225.430629804691 Gflops = 0.225430629804691 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166613000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.5e-05 s
InvBiCGStab: k = 158 resid = 1.965177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.577961(s) Flops=1039730688 => 1798.96340410512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258914.146024508 Mflops = 258.914146024508 Gflops = 0.258914146024508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3e-05 s
InvBiCGStab: k = 177 resid = 1.095324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.643999(s) Flops=1164404736 => 1808.08469578369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260334.792875447 Mflops = 260.334792875447 Gflops = 0.260334792875447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 335 iterations. Rsd = 0.001766892 Relative Rsd = 7.7507086564618e-07
BICGSTAB_SOLVER_TIME: 1.225759 sec
2Flav::invert,  n_count = 335
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.240609999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000129 s
InvBiCGStab: k = 139 resid = 1.844256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50595(s) Flops=915056640 => 1808.5910465461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.392347029 Mflops = 260.265392347029 Gflops = 0.260265392347029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 166 resid = 1.146811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657406(s) Flops=1092225024 => 1661.41626939821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239203.87277373 Mflops = 239.20387277373 Gflops = 0.23920387277373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 305 iterations. Rsd = 0.001597202 Relative Rsd = 7.00634032209553e-07
BICGSTAB_SOLVER_TIME: 1.167181 sec
2Flav::invert,  n_count = 305
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.219953999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005858 s
InvBiCGStab: k = 96 resid = 2.028221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36709(s) Flops=632899584 => 1724.09922362363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248231.086715073 Mflops = 248.231086715073 Gflops = 0.248231086715073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007178 s
InvBiCGStab: k = 117 resid = 9.38575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434896(s) Flops=770697216 => 1772.14142231706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255151.003872329 Mflops = 255.151003872329 Gflops = 0.255151003872329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 213 iterations. Rsd = 0.001439763 Relative Rsd = 6.31571299694174e-07
BICGSTAB_SOLVER_TIME: 0.818968 sec
2Flav::invert,  n_count = 213
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155782999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007398 s
InvBiCGStab: k = 86 resid = 2.166098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332582(s) Flops=567281664 => 1705.68961639536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245585.850230704 Mflops = 245.585850230704 Gflops = 0.245585850230704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011774 s
InvBiCGStab: k = 109 resid = 1.128923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407413(s) Flops=718202880 => 1762.83741559548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253800.905772083 Mflops = 253.800905772083 Gflops = 0.253800905772083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001353375 Relative Rsd = 5.93675809378761e-07
BICGSTAB_SOLVER_TIME: 0.76306 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144077
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010328 s
InvBiCGStab: k = 80 resid = 1.038277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293859(s) Flops=527910912 => 1796.47692260574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258631.844790694 Mflops = 258.631844790694 Gflops = 0.258631844790694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015132 s
InvBiCGStab: k = 99 resid = 9.44944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362226(s) Flops=652584960 => 1801.5961305925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259389.0402706 Mflops = 259.3890402706 Gflops = 0.2593890402706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001287099 Relative Rsd = 5.64603341018447e-07
BICGSTAB_SOLVER_TIME: 0.685339 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13339
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.010902(s) Flops=1467482112 => 1451.65615658095 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209018.454949024 Mflops = 209.018454949024 Gflops = 0.209018454949024 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162644000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021399
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013242 s
InvBiCGStab: k = 29 resid = 1.985424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107009(s) Flops=193259520 => 1806.01183078059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259946.03279649 Mflops = 259.94603279649 Gflops = 0.25994603279649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019403 s
InvBiCGStab: k = 46 resid = 1.053601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168431(s) Flops=304809984 => 1809.70239445233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260505.355300112 Mflops = 260.505355300112 Gflops = 0.260505355300112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007118207 Relative Rsd = 3.12249633816075e-07
BICGSTAB_SOLVER_TIME: 0.311858 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0603020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016529 s
InvBiCGStab: k = 93 resid = 2.224835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340081(s) Flops=613214208 => 1803.14162802391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.299197438 Mflops = 259.608299197438 Gflops = 0.259608299197438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023842 s
InvBiCGStab: k = 111 resid = 7.974979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404636(s) Flops=731326464 => 1807.36875611661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260216.218859205 Mflops = 260.216218859205 Gflops = 0.260216218859205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001372259 Relative Rsd = 6.01959817733726e-07
BICGSTAB_SOLVER_TIME: 0.789302 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153733999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019911 s
InvBiCGStab: k = 58 resid = 1.899023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248369(s) Flops=383551488 => 1544.28084020147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222329.097435234 Mflops = 222.329097435234 Gflops = 0.222329097435234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.032464 s
InvBiCGStab: k = 90 resid = 1.034694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382894(s) Flops=593528832 => 1550.11264736454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223181.81103599 Mflops = 223.18181103599 Gflops = 0.22318181103599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001141778 Relative Rsd = 5.00856237555804e-07
BICGSTAB_SOLVER_TIME: 0.687472 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114526
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.028183 s
InvBiCGStab: k = 62 resid = 1.54657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232529(s) Flops=409798656 => 1762.355043887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253711.546761206 Mflops = 253.711546761206 Gflops = 0.253711546761206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034671 s
InvBiCGStab: k = 94 resid = 1.126171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349277(s) Flops=619776000 => 1774.45408658457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255478.878064731 Mflops = 255.478878064731 Gflops = 0.255478878064731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001218335 Relative Rsd = 5.34439108398799e-07
BICGSTAB_SOLVER_TIME: 0.64854 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121618000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027772 s
InvBiCGStab: k = 70 resid = 1.838204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256146(s) Flops=462292992 => 1804.80269846103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.788907477 Mflops = 259.828788907477 Gflops = 0.259828788907477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038682 s
InvBiCGStab: k = 91 resid = 1.051383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332261(s) Flops=600090624 => 1806.08203791598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260022.125043239 Mflops = 260.022125043239 Gflops = 0.260022125043239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001179274 Relative Rsd = 5.17304348634932e-07
BICGSTAB_SOLVER_TIME: 0.658707 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125954
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913097(s) Flops=1466892288 => 1606.5021438029 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231325.071934097 Mflops = 231.325071934097 Gflops = 0.231325071934097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163087000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03226 s
InvBiCGStab: k = 26 resid = 2.151466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096442(s) Flops=173574144 => 1799.77752431513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259024.554185104 Mflops = 259.024554185104 Gflops = 0.259024554185104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044392 s
InvBiCGStab: k = 56 resid = 1.11919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205206(s) Flops=370427904 => 1805.15142832081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.661286609 Mflops = 259.863661286609 Gflops = 0.259863661286609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007980635 Relative Rsd = 3.5008118807963e-07
BICGSTAB_SOLVER_TIME: 0.382097 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.038785 s
InvBiCGStab: k = 65 resid = 2.21874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2533(s) Flops=429484032 => 1695.55480457955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244104.285513355 Mflops = 244.104285513355 Gflops = 0.244104285513355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.049777 s
InvBiCGStab: k = 84 resid = 1.091087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323057(s) Flops=554158080 => 1715.35698034712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246972.735037355 Mflops = 246.972735037355 Gflops = 0.246972735037355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001141179 Relative Rsd = 5.00593497151001e-07
BICGSTAB_SOLVER_TIME: 0.668815 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 65 resid = 2.262963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244044(s) Flops=429484032 => 1759.8631066529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253372.255382875 Mflops = 253.372255382875 Gflops = 0.253372255382875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060992 s
InvBiCGStab: k = 87 resid = 1.057372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335791(s) Flops=573843456 => 1708.93042398397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246013.26214372 Mflops = 246.01326214372 Gflops = 0.24601326214372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001132039 Relative Rsd = 4.96584114320705e-07
BICGSTAB_SOLVER_TIME: 0.68628 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044677 s
InvBiCGStab: k = 62 resid = 2.183714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263762(s) Flops=409798656 => 1553.66829186919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223681.197392735 Mflops = 223.681197392735 Gflops = 0.223681197392735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068421 s
InvBiCGStab: k = 84 resid = 9.053414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337666(s) Flops=554158080 => 1641.14266760645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236289.001692195 Mflops = 236.289001692195 Gflops = 0.236289001692195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001161552 Relative Rsd = 5.09530296680815e-07
BICGSTAB_SOLVER_TIME: 0.719189 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 68 resid = 2.125334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258109(s) Flops=449169408 => 1740.23148359802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250562.801854365 Mflops = 250.562801854365 Gflops = 0.250562801854365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061562 s
InvBiCGStab: k = 82 resid = 1.09165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303392(s) Flops=541034496 => 1783.28530745702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256743.40880216 Mflops = 256.74340880216 Gflops = 0.25674340880216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001136077 Relative Rsd = 4.9835527573174e-07
BICGSTAB_SOLVER_TIME: 0.668174 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121375
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929515(s) Flops=1466892288 => 1578.12653695745 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227228.804072313 Mflops = 227.228804072313 Gflops = 0.227228804072313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163003000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041928 s
InvBiCGStab: k = 25 resid = 2.074721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101609(s) Flops=167012352 => 1643.67676091685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236554.377055728 Mflops = 236.554377055728 Gflops = 0.236554377055728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057294 s
InvBiCGStab: k = 49 resid = 1.033363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187855(s) Flops=324495360 => 1727.37143009236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248648.630830431 Mflops = 248.648630830431 Gflops = 0.248648630830431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000757954 Relative Rsd = 3.32486619840575e-07
BICGSTAB_SOLVER_TIME: 0.392513 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670800000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041481 s
InvBiCGStab: k = 53 resid = 2.23502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201401(s) Flops=350742528 => 1741.51333905989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250715.410189921 Mflops = 250.715410189921 Gflops = 0.250715410189921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057267 s
InvBiCGStab: k = 93 resid = 8.716353e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351068(s) Flops=613214208 => 1746.71063155856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251488.220111823 Mflops = 251.488220111823 Gflops = 0.251488220111823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001151808 Relative Rsd = 5.05256028626084e-07
BICGSTAB_SOLVER_TIME: 0.654998 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118764
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 62 resid = 2.233446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228798(s) Flops=409798656 => 1791.09369837149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257855.398226397 Mflops = 257.855398226397 Gflops = 0.257855398226397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060109 s
InvBiCGStab: k = 86 resid = 9.267681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323333(s) Flops=567281664 => 1754.48118193936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252590.453853768 Mflops = 252.590453853768 Gflops = 0.252590453853768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001095165 Relative Rsd = 4.80408803871792e-07
BICGSTAB_SOLVER_TIME: 0.656983 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041255 s
InvBiCGStab: k = 71 resid = 2.128474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265717(s) Flops=468854784 => 1764.48922726058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254038.527020902 Mflops = 254.038527020902 Gflops = 0.254038527020902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057155 s
InvBiCGStab: k = 89 resid = 9.098257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379488(s) Flops=586967040 => 1546.73412598027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222688.124041609 Mflops = 222.688124041609 Gflops = 0.222688124041609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001157269 Relative Rsd = 5.07651587885423e-07
BICGSTAB_SOLVER_TIME: 0.747864 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046323 s
InvBiCGStab: k = 62 resid = 1.717789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26243(s) Flops=409798656 => 1561.55415158328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224819.149402811 Mflops = 224.819149402811 Gflops = 0.224819149402812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056892 s
InvBiCGStab: k = 73 resid = 1.150118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278958(s) Flops=481978368 => 1727.7811283419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248739.384455729 Mflops = 248.739384455729 Gflops = 0.248739384455729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001064988 Relative Rsd = 4.67171130310396e-07
BICGSTAB_SOLVER_TIME: 0.648477 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11077
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930789(s) Flops=1454358528 => 1562.50076870268 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225013.52776434 Mflops = 225.01352776434 Gflops = 0.22501352776434 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161256000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.098291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811945(s) Flops=1341573120 => 1652.29556189151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237881.934475891 Mflops = 237.881934475891 Gflops = 0.237881934475891 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 6.248915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854298(s) Flops=1479370752 => 1731.67998988643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249349.465162323 Mflops = 249.349465162323 Gflops = 0.249349465162323 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.005263396 Relative Rsd = 2.31746568580472e-06
BICGSTAB_SOLVER_TIME: 1.669658 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307507999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.569488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785899(s) Flops=1361258496 => 1732.10361127829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249358.411091969 Mflops = 249.358411091969 Gflops = 0.249358411091969 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.146352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737423(s) Flops=1262831616 => 1712.49285145703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246582.706538523 Mflops = 246.582706538523 Gflops = 0.246582706538523 Tflops
BICGSTAB_SOLVER: 399 iterations. Rsd = 0.002014196 Relative Rsd = 8.85082923387455e-07
BICGSTAB_SOLVER_TIME: 1.526878 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.119566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284446999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970058(s) Flops=1454358528 => 1499.24904284074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215873.611176665 Mflops = 215.873611176665 Gflops = 0.215873611176665 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161220000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.380608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040883 s
InvBiCGStab: k = 26 resid = 2.017451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096349(s) Flops=173574144 => 1801.51474327704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259277.555307131 Mflops = 259.277555307131 Gflops = 0.259277555307131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 50 resid = 8.491636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183767(s) Flops=331057152 => 1801.50490566859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259328.243486496 Mflops = 259.328243486496 Gflops = 0.259328243486496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007651153 Relative Rsd = 3.35628014593042e-07
BICGSTAB_SOLVER_TIME: 0.38111 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040866 s
InvBiCGStab: k = 80 resid = 2.136831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325338(s) Flops=527910912 => 1622.65370783616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233624.812814414 Mflops = 233.624812814414 Gflops = 0.233624812814414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060485 s
InvBiCGStab: k = 106 resid = 1.136256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4454(s) Flops=698517504 => 1568.29255500674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225801.798458426 Mflops = 225.801798458426 Gflops = 0.225801798458426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001317145 Relative Rsd = 5.77783206584072e-07
BICGSTAB_SOLVER_TIME: 0.876701 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146959999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 51 resid = 2.140175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19366(s) Flops=337618944 => 1743.35920685738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250972.65608507 Mflops = 250.97265608507 Gflops = 0.25097265608507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 79 resid = 9.727013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294691(s) Flops=521349120 => 1769.13824989565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254700.545082027 Mflops = 254.700545082027 Gflops = 0.254700545082027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001011131 Relative Rsd = 4.43545993141592e-07
BICGSTAB_SOLVER_TIME: 0.589719 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040562 s
InvBiCGStab: k = 76 resid = 1.135961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277644(s) Flops=501663744 => 1806.85966201323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260136.955746254 Mflops = 260.136955746254 Gflops = 0.260136955746254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055924 s
InvBiCGStab: k = 89 resid = 1.151419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324376(s) Flops=586967040 => 1809.52672207562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260516.281510442 Mflops = 260.516281510442 Gflops = 0.260516281510442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001185764 Relative Rsd = 5.20151188158069e-07
BICGSTAB_SOLVER_TIME: 0.70242 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 65 resid = 1.598477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238407(s) Flops=429484032 => 1801.4740842341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.916827066 Mflops = 259.358916827066 Gflops = 0.259358916827066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056561 s
InvBiCGStab: k = 86 resid = 1.139105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31627(s) Flops=567281664 => 1793.66257944162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258231.748407872 Mflops = 258.231748407872 Gflops = 0.258231748407872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001153643 Relative Rsd = 5.06060693457664e-07
BICGSTAB_SOLVER_TIME: 0.656066 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122125
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006098(s) Flops=1454284800 => 1445.47032197659 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208134.620182763 Mflops = 208.134620182763 Gflops = 0.208134620182763 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161661000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042936 s
InvBiCGStab: k = 25 resid = 1.793554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09259(s) Flops=167012352 => 1803.78390754941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259611.465561398 Mflops = 259.611465561398 Gflops = 0.259611465561398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05608 s
InvBiCGStab: k = 51 resid = 1.151646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187843(s) Flops=337618944 => 1797.34642227818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258727.142437086 Mflops = 258.727142437086 Gflops = 0.258727142437086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000776013 Relative Rsd = 3.40408434547131e-07
BICGSTAB_SOLVER_TIME: 0.38326 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 73 resid = 2.266725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267207(s) Flops=481978368 => 1803.76400318854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259701.236922006 Mflops = 259.701236922006 Gflops = 0.259701236922006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 101 resid = 9.334112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372596(s) Flops=665708544 => 1786.67657194387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257236.445688952 Mflops = 257.236445688952 Gflops = 0.257236445688952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00131203 Relative Rsd = 5.75539623115733e-07
BICGSTAB_SOLVER_TIME: 0.742076 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138615
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04405 s
InvBiCGStab: k = 59 resid = 1.911033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243659(s) Flops=390113280 => 1601.06246844976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230504.656981976 Mflops = 230.504656981976 Gflops = 0.230504656981976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063618 s
InvBiCGStab: k = 82 resid = 5.637039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342732(s) Flops=541034496 => 1578.59346661531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227272.367162365 Mflops = 227.272367162365 Gflops = 0.227272367162365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001044838 Relative Rsd = 4.58332022208064e-07
BICGSTAB_SOLVER_TIME: 0.697943 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114898
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042138 s
InvBiCGStab: k = 68 resid = 1.094335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255156(s) Flops=449169408 => 1760.37172553262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253444.491716672 Mflops = 253.444491716672 Gflops = 0.253444491716672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057709 s
InvBiCGStab: k = 92 resid = 8.695521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339731(s) Flops=606652416 => 1785.68460340681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257099.514568376 Mflops = 257.099514568376 Gflops = 0.257099514568376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001191183 Relative Rsd = 5.22528414316276e-07
BICGSTAB_SOLVER_TIME: 0.698585 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 60 resid = 2.194012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221271(s) Flops=396675072 => 1792.7115256857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258107.162583233 Mflops = 258.107162583233 Gflops = 0.258107162583233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05564 s
InvBiCGStab: k = 91 resid = 5.555053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332804(s) Flops=600090624 => 1803.13525077824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259598.666818266 Mflops = 259.598666818266 Gflops = 0.259598666818266 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001119989 Relative Rsd = 4.91298257407133e-07
BICGSTAB_SOLVER_TIME: 0.654836 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122226
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913356(s) Flops=1454211072 => 1592.16239013046 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229253.829881894 Mflops = 229.253829881894 Gflops = 0.229253829881894 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161427000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 33 resid = 2.024767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121931(s) Flops=219506688 => 1800.25332360105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259097.531169308 Mflops = 259.097531169308 Gflops = 0.259097531169308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 51 resid = 1.122347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187463(s) Flops=337618944 => 1800.98976331329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259262.359932715 Mflops = 259.262359932715 Gflops = 0.259262359932715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007601245 Relative Rsd = 3.33438766555356e-07
BICGSTAB_SOLVER_TIME: 0.410275 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 56 resid = 1.641891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206442(s) Flops=370427904 => 1794.34370912896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258315.674995261 Mflops = 258.315674995261 Gflops = 0.258315674995261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 84 resid = 1.03703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32417(s) Flops=554158080 => 1709.46750161952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246122.474345345 Mflops = 246.122474345345 Gflops = 0.246122474345345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001071724 Relative Rsd = 4.70126078956365e-07
BICGSTAB_SOLVER_TIME: 0.631608 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 55 resid = 1.435393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203609(s) Flops=363866112 => 1787.08265351728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257274.258055583 Mflops = 257.274258055583 Gflops = 0.257274258055583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056609 s
InvBiCGStab: k = 78 resid = 5.482369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301402(s) Flops=514787328 => 1707.97581966941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245890.583580139 Mflops = 245.890583580139 Gflops = 0.245890583580139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001016728 Relative Rsd = 4.46001249880661e-07
BICGSTAB_SOLVER_TIME: 0.607421 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044579 s
InvBiCGStab: k = 63 resid = 2.070223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261517(s) Flops=416360448 => 1592.09706443558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229215.61503466 Mflops = 229.21561503466 Gflops = 0.22921561503466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067152 s
InvBiCGStab: k = 90 resid = 5.577214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347368(s) Flops=593528832 => 1708.6456783584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246004.846696952 Mflops = 246.004846696952 Gflops = 0.246004846696952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001170578 Relative Rsd = 5.13489684786854e-07
BICGSTAB_SOLVER_TIME: 0.724474 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123672
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041819 s
InvBiCGStab: k = 58 resid = 9.540354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217034(s) Flops=383551488 => 1767.2414829013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254413.286685962 Mflops = 254.413286685962 Gflops = 0.254413286685962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0573 s
InvBiCGStab: k = 74 resid = 1.113154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272591(s) Flops=488540160 => 1792.20942731051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258015.555293631 Mflops = 258.015555293631 Gflops = 0.258015555293631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001068084 Relative Rsd = 4.68529158606785e-07
BICGSTAB_SOLVER_TIME: 0.592596 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108669
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900778(s) Flops=1448091648 => 1607.60103821363 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231480.906648081 Mflops = 231.480906648081 Gflops = 0.231480906648081 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160842000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041912 s
InvBiCGStab: k = 31 resid = 1.861887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126202(s) Flops=206383104 => 1635.33940825027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235377.578930427 Mflops = 235.377578930427 Gflops = 0.235377578930427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058783 s
InvBiCGStab: k = 43 resid = 9.211257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175103(s) Flops=285124608 => 1628.3250886621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234407.165713481 Mflops = 234.407165713481 Gflops = 0.234407165713481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007665855 Relative Rsd = 3.3627296696281e-07
BICGSTAB_SOLVER_TIME: 0.406095 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042391 s
InvBiCGStab: k = 62 resid = 2.156524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229863(s) Flops=409798656 => 1782.79521280067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256665.97515395 Mflops = 256.66597515395 Gflops = 0.25666597515395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056789 s
InvBiCGStab: k = 84 resid = 9.823392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308643(s) Flops=554158080 => 1795.46621825216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258485.923164803 Mflops = 258.485923164803 Gflops = 0.258485923164803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001116062 Relative Rsd = 4.89575354437797e-07
BICGSTAB_SOLVER_TIME: 0.641582 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118937
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042244 s
InvBiCGStab: k = 52 resid = 2.146713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190408(s) Flops=344180736 => 1807.59598336204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.645633057 Mflops = 260.211645633057 Gflops = 0.260211645633057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055933 s
InvBiCGStab: k = 82 resid = 9.383783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299075(s) Flops=541034496 => 1809.02615063111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260449.552826335 Mflops = 260.449552826335 Gflops = 0.260449552826335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001064534 Relative Rsd = 4.66971968487514e-07
BICGSTAB_SOLVER_TIME: 0.591497 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109886
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040825 s
InvBiCGStab: k = 71 resid = 2.179522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260441(s) Flops=468854784 => 1800.2341566804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259184.975756903 Mflops = 259.184975756903 Gflops = 0.259184975756903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057105 s
InvBiCGStab: k = 86 resid = 9.598438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329332(s) Flops=567281664 => 1722.52214786295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247987.681690673 Mflops = 247.987681690673 Gflops = 0.247987681690673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001160177 Relative Rsd = 5.08927091693151e-07
BICGSTAB_SOLVER_TIME: 0.691975 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040846 s
InvBiCGStab: k = 53 resid = 2.207054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226234(s) Flops=350742528 => 1550.35285589257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223193.262163905 Mflops = 223.193262163905 Gflops = 0.223193262163905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065757 s
InvBiCGStab: k = 82 resid = 1.015886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321798(s) Flops=541034496 => 1681.28607387243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242050.609437598 Mflops = 242.050609437598 Gflops = 0.242050609437598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001072171 Relative Rsd = 4.70321921415533e-07
BICGSTAB_SOLVER_TIME: 0.658433 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110457
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903036(s) Flops=1441751040 => 1596.55987136725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229882.946277092 Mflops = 229.882946277092 Gflops = 0.229882946277092 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160231000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.0619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848649(s) Flops=1387505664 => 1634.95822654596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235387.266440686 Mflops = 235.387266440686 Gflops = 0.235387266440686 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.027085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839473(s) Flops=1492494336 => 1777.89438850326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256004.570308942 Mflops = 256.004570308942 Gflops = 0.256004570308942 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002255684 Relative Rsd = 9.93159501973215e-07
BICGSTAB_SOLVER_TIME: 1.691449 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312616999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.565412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.701308(s) Flops=1262831616 => 1800.6804656442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259261.145834323 Mflops = 259.261145834323 Gflops = 0.259261145834323 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 9.075673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753536(s) Flops=1354696704 => 1797.78630881604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258865.270851481 Mflops = 258.865270851481 Gflops = 0.258865270851481 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001996606 Relative Rsd = 8.77360153480663e-07
BICGSTAB_SOLVER_TIME: 1.458208 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.117642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284362999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986099(s) Flops=1441751040 => 1462.07534943246 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210528.096321435 Mflops = 210.528096321435 Gflops = 0.210528096321435 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159618000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041861 s
InvBiCGStab: k = 30 resid = 1.932139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110903(s) Flops=199821312 => 1801.76651668575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259342.214226012 Mflops = 259.342214226012 Gflops = 0.259342214226012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 54 resid = 6.721623e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198005(s) Flops=357304320 => 1804.52170399737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259779.121535701 Mflops = 259.779121535701 Gflops = 0.259779121535701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007228764 Relative Rsd = 3.17099377404668e-07
BICGSTAB_SOLVER_TIME: 0.410886 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 71 resid = 2.211456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2595(s) Flops=468854784 => 1806.7621734104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260113.618232231 Mflops = 260.113618232231 Gflops = 0.260113618232231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 110 resid = 7.155589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452659(s) Flops=724764672 => 1601.12727682428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230521.806279249 Mflops = 230.521806279249 Gflops = 0.230521806279249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001258949 Relative Rsd = 5.5225495052979e-07
BICGSTAB_SOLVER_TIME: 0.81292 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045052 s
InvBiCGStab: k = 58 resid = 2.157023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223616(s) Flops=383551488 => 1715.22381224957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246924.303458047 Mflops = 246.924303458047 Gflops = 0.246924303458047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056479 s
InvBiCGStab: k = 66 resid = 1.064421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253407(s) Flops=436045824 => 1720.73314470397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247727.637327403 Mflops = 247.727637327403 Gflops = 0.247727637327403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001033101 Relative Rsd = 4.53183638019415e-07
BICGSTAB_SOLVER_TIME: 0.582994 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 70 resid = 1.66833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258138(s) Flops=462292992 => 1790.87539223206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257813.342758452 Mflops = 257.813342758452 Gflops = 0.257813342758452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056046 s
InvBiCGStab: k = 100 resid = 8.773326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36459(s) Flops=659146752 => 1807.91231794619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260293.865452233 Mflops = 260.293865452233 Gflops = 0.260293865452233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001168482 Relative Rsd = 5.12570169970746e-07
BICGSTAB_SOLVER_TIME: 0.723544 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 56 resid = 1.786693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205227(s) Flops=370427904 => 1804.96671490593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259848.206897907 Mflops = 259.848206897907 Gflops = 0.259848206897907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055877 s
InvBiCGStab: k = 80 resid = 1.048021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30852(s) Flops=527910912 => 1711.10758459743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246358.446297646 Mflops = 246.358446297646 Gflops = 0.246358446297646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00111525 Relative Rsd = 4.89219365446178e-07
BICGSTAB_SOLVER_TIME: 0.614177 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111334
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947648(s) Flops=1435484160 => 1514.78624974674 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218107.291270665 Mflops = 218.107291270665 Gflops = 0.218107291270665 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159181000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 25 resid = 1.930189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092493(s) Flops=167012352 => 1805.67558626058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.290357171 Mflops = 259.866290357171 Gflops = 0.259866290357171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056246 s
InvBiCGStab: k = 47 resid = 1.043692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172434(s) Flops=311371776 => 1805.74466752497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259925.263929381 Mflops = 259.925263929381 Gflops = 0.259925263929381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007332732 Relative Rsd = 3.21660055480843e-07
BICGSTAB_SOLVER_TIME: 0.365869 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040716 s
InvBiCGStab: k = 69 resid = 1.908075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252045(s) Flops=455731200 => 1808.13426173898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260297.908673176 Mflops = 260.297908673176 Gflops = 0.260297908673176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055778 s
InvBiCGStab: k = 97 resid = 1.130548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354233(s) Flops=639461376 => 1805.19989950118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259897.055452252 Mflops = 259.897055452252 Gflops = 0.259897055452252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001257184 Relative Rsd = 5.51480568508715e-07
BICGSTAB_SOLVER_TIME: 0.706692 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041696 s
InvBiCGStab: k = 64 resid = 1.89972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257923(s) Flops=422922240 => 1639.72286302501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236079.024375106 Mflops = 236.079024375106 Gflops = 0.236079024375106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063169 s
InvBiCGStab: k = 83 resid = 9.679908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342894(s) Flops=547596288 => 1596.98416420235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229924.039234424 Mflops = 229.924039234424 Gflops = 0.229924039234424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001037302 Relative Rsd = 4.55026344485286e-07
BICGSTAB_SOLVER_TIME: 0.709899 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 58 resid = 2.203388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215945(s) Flops=383551488 => 1776.15359466531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255700.013968005 Mflops = 255.700013968005 Gflops = 0.255700013968005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06154 s
InvBiCGStab: k = 81 resid = 7.435827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318333(s) Flops=534472704 => 1678.97360311372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241710.273886135 Mflops = 241.710273886135 Gflops = 0.241710273886135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001149431 Relative Rsd = 5.04213390949727e-07
BICGSTAB_SOLVER_TIME: 0.640703 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041512 s
InvBiCGStab: k = 59 resid = 1.815548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217158(s) Flops=390113280 => 1796.44903710662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258611.69203694 Mflops = 258.61169203694 Gflops = 0.25861169203694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 85 resid = 1.102946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311938(s) Flops=560719872 => 1797.53627964531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258796.598249657 Mflops = 258.796598249658 Gflops = 0.258796598249658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001137837 Relative Rsd = 4.99127206530379e-07
BICGSTAB_SOLVER_TIME: 0.630974 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116942
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890993(s) Flops=1429512192 => 1604.40339261925 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231011.384468279 Mflops = 231.011384468279 Gflops = 0.231011384468279 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158819000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041974 s
InvBiCGStab: k = 32 resid = 1.144984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12053(s) Flops=212944896 => 1766.73770845433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254330.60357355 Mflops = 254.33060357355 Gflops = 0.25433060357355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056965 s
InvBiCGStab: k = 49 resid = 9.7942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181557(s) Flops=324495360 => 1787.29192485005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257275.862591615 Mflops = 257.275862591615 Gflops = 0.257275862591615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007875001 Relative Rsd = 3.45447432934596e-07
BICGSTAB_SOLVER_TIME: 0.404856 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 50 resid = 1.587665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18283(s) Flops=331057152 => 1810.73758135973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260667.647876974 Mflops = 260.667647876974 Gflops = 0.260667647876974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 87 resid = 8.165326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317669(s) Flops=573843456 => 1806.41943658336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260070.536434803 Mflops = 260.070536434803 Gflops = 0.260070536434803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001144554 Relative Rsd = 5.02073933367762e-07
BICGSTAB_SOLVER_TIME: 0.601553 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04066 s
InvBiCGStab: k = 62 resid = 1.831229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233987(s) Flops=409798656 => 1751.37360622599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252159.916572422 Mflops = 252.159916572422 Gflops = 0.252159916572422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060228 s
InvBiCGStab: k = 75 resid = 9.837795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292496(s) Flops=495101952 => 1692.67939390624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243682.672461906 Mflops = 243.682672461906 Gflops = 0.243682672461906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001051718 Relative Rsd = 4.61349987697477e-07
BICGSTAB_SOLVER_TIME: 0.631178 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041554 s
InvBiCGStab: k = 58 resid = 2.273021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245222(s) Flops=383551488 => 1564.09901232353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225198.027326942 Mflops = 225.198027326942 Gflops = 0.225198027326942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06085 s
InvBiCGStab: k = 82 resid = 1.063675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335994(s) Flops=541034496 => 1610.25046875837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231834.44269173 Mflops = 231.83444269173 Gflops = 0.23183444269173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001162526 Relative Rsd = 5.09957524324465e-07
BICGSTAB_SOLVER_TIME: 0.687837 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042121 s
InvBiCGStab: k = 54 resid = 1.899076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199853(s) Flops=357304320 => 1787.83565920952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257385.050608598 Mflops = 257.385050608598 Gflops = 0.257385050608598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05803 s
InvBiCGStab: k = 79 resid = 1.007975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296167(s) Flops=521349120 => 1760.3214402685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253434.623702404 Mflops = 253.434623702404 Gflops = 0.253434623702404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001082989 Relative Rsd = 4.7506764125202e-07
BICGSTAB_SOLVER_TIME: 0.60007 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109159
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892742(s) Flops=1429512192 => 1601.2601535494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230564.960882373 Mflops = 230.564960882373 Gflops = 0.230564960882372 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158566000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043483 s
InvBiCGStab: k = 28 resid = 1.937523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119094(s) Flops=186697728 => 1567.65015869817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225642.430893748 Mflops = 225.642430893748 Gflops = 0.225642430893748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067124 s
InvBiCGStab: k = 44 resid = 1.029666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18614(s) Flops=291686400 => 1567.0269689481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225579.221617982 Mflops = 225.579221617982 Gflops = 0.225579221617982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007440266 Relative Rsd = 3.2637717772225e-07
BICGSTAB_SOLVER_TIME: 0.419776 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042142 s
InvBiCGStab: k = 51 resid = 2.011868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200514(s) Flops=337618944 => 1683.76743768515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242393.422207772 Mflops = 242.393422207772 Gflops = 0.242393422207772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058751 s
InvBiCGStab: k = 82 resid = 1.001043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318732(s) Flops=541034496 => 1697.45898121306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244387.699767916 Mflops = 244.387699767916 Gflops = 0.244387699767916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001120958 Relative Rsd = 4.91723238096884e-07
BICGSTAB_SOLVER_TIME: 0.624019 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040735 s
InvBiCGStab: k = 58 resid = 2.266267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212154(s) Flops=383551488 => 1807.89185214514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260262.029088102 Mflops = 260.262029088102 Gflops = 0.260262029088102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057874 s
InvBiCGStab: k = 80 resid = 4.094234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29443(s) Flops=527910912 => 1792.99294229528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258135.23492223 Mflops = 258.13523492223 Gflops = 0.25813523492223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001057229 Relative Rsd = 4.63767761160138e-07
BICGSTAB_SOLVER_TIME: 0.609055 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 68 resid = 1.952002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257588(s) Flops=449169408 => 1743.75129276209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251061.822415096 Mflops = 251.061822415096 Gflops = 0.251061822415096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056754 s
InvBiCGStab: k = 87 resid = 6.829036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32265(s) Flops=573843456 => 1778.53232914923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256060.024531419 Mflops = 256.060024531419 Gflops = 0.256060024531419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001139706 Relative Rsd = 4.99947446837851e-07
BICGSTAB_SOLVER_TIME: 0.6818 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041844 s
InvBiCGStab: k = 53 resid = 1.82141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212824(s) Flops=350742528 => 1648.04029620719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237256.179257429 Mflops = 237.256179257429 Gflops = 0.237256179257429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063674 s
InvBiCGStab: k = 87 resid = 7.363548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358078(s) Flops=573843456 => 1602.56551924441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230732.446800854 Mflops = 230.732446800854 Gflops = 0.230732446800854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001092475 Relative Rsd = 4.79228642403377e-07
BICGSTAB_SOLVER_TIME: 0.681404 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113872
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897924(s) Flops=1423466496 => 1585.28616675799 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228284.920160834 Mflops = 228.284920160834 Gflops = 0.228284920160834 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157913000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.042006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776072(s) Flops=1262831616 => 1627.20935170964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234328.576863648 Mflops = 234.328576863648 Gflops = 0.234328576863648 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.148078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884781(s) Flops=1499056128 => 1694.26799174033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243964.065072791 Mflops = 243.964065072791 Gflops = 0.243964065072791 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002150755 Relative Rsd = 9.46940578605006e-07
BICGSTAB_SOLVER_TIME: 1.664349 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.119866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299500999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.184889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.655787(s) Flops=1170966528 => 1785.58972349254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257088.941522428 Mflops = 257.088941522428 Gflops = 0.257088941522428 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.140937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820205(s) Flops=1472808960 => 1795.65957291165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.500836046 Mflops = 258.558500836046 Gflops = 0.258558500836046 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001973544 Relative Rsd = 8.67210789092949e-07
BICGSTAB_SOLVER_TIME: 1.479348 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287076999999998
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976853(s) Flops=1423466496 => 1457.19621683099 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209816.236849433 Mflops = 209.816236849433 Gflops = 0.209816236849433 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158026000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040916 s
InvBiCGStab: k = 24 resid = 2.250883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089009(s) Flops=160450560 => 1802.63299216933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.556288469 Mflops = 259.431556288469 Gflops = 0.259431556288469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 52 resid = 8.569768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192486(s) Flops=344180736 => 1788.08191764596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257401.481623815 Mflops = 257.401481623815 Gflops = 0.257401481623815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007605482 Relative Rsd = 3.33624625389812e-07
BICGSTAB_SOLVER_TIME: 0.38268 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041234 s
InvBiCGStab: k = 76 resid = 2.120185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277893(s) Flops=501663744 => 1805.24066457234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259910.891984822 Mflops = 259.910891984823 Gflops = 0.259910891984823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056592 s
InvBiCGStab: k = 124 resid = 5.925352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.485778(s) Flops=816629760 => 1681.07604708324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242044.297397593 Mflops = 242.044297397593 Gflops = 0.242044297397593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.00131568 Relative Rsd = 5.77140628836039e-07
BICGSTAB_SOLVER_TIME: 0.866093 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157129999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046313 s
InvBiCGStab: k = 63 resid = 1.194804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263086(s) Flops=416360448 => 1582.60206928533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227844.834309296 Mflops = 227.844834309296 Gflops = 0.227844834309296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066276 s
InvBiCGStab: k = 78 resid = 1.011773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310325(s) Flops=514787328 => 1658.86515105132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238831.217245929 Mflops = 238.831217245929 Gflops = 0.238831217245929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001114005 Relative Rsd = 4.88673100313005e-07
BICGSTAB_SOLVER_TIME: 0.689861 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00183
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041896 s
InvBiCGStab: k = 65 resid = 2.1607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24155(s) Flops=429484032 => 1778.03366590768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255987.782090081 Mflops = 255.987782090081 Gflops = 0.255987782090081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057129 s
InvBiCGStab: k = 84 resid = 1.094996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308935(s) Flops=554158080 => 1793.7691747455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258247.015441759 Mflops = 258.247015441759 Gflops = 0.258247015441759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001182399 Relative Rsd = 5.18675194781973e-07
BICGSTAB_SOLVER_TIME: 0.653424 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121129000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 53 resid = 2.099834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195675(s) Flops=350742528 => 1792.47490992718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258056.061313054 Mflops = 258.056061313054 Gflops = 0.258056061313054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05689 s
InvBiCGStab: k = 85 resid = 9.667219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310579(s) Flops=560719872 => 1805.40175607494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259922.129727569 Mflops = 259.922129727569 Gflops = 0.259922129727569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00107339 Relative Rsd = 4.70857002846344e-07
BICGSTAB_SOLVER_TIME: 0.607711 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112701
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886695(s) Flops=1423319040 => 1605.19574374503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231131.725390813 Mflops = 231.131725390813 Gflops = 0.231131725390813 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157811000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042053 s
InvBiCGStab: k = 31 resid = 1.682457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122651(s) Flops=206383104 => 1682.68586477077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242205.600494243 Mflops = 242.205600494243 Gflops = 0.242205600494243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059093 s
InvBiCGStab: k = 53 resid = 8.909294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209513(s) Flops=350742528 => 1674.08479664746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240995.161330783 Mflops = 240.995161330783 Gflops = 0.240995161330782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007542956 Relative Rsd = 3.30881835152348e-07
BICGSTAB_SOLVER_TIME: 0.43726 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04103 s
InvBiCGStab: k = 76 resid = 2.142454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279541(s) Flops=501663744 => 1794.59808757928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258379.47859226 Mflops = 258.37947859226 Gflops = 0.25837947859226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 107 resid = 9.599744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391413(s) Flops=705079296 => 1801.36913183773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.884642345 Mflops = 259.352884642345 Gflops = 0.259352884642345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001271239 Relative Rsd = 5.57646056806684e-07
BICGSTAB_SOLVER_TIME: 0.772308 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041022 s
InvBiCGStab: k = 53 resid = 2.101677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194247(s) Flops=350742528 => 1805.65222628921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.671520328 Mflops = 259.945671520328 Gflops = 0.259945671520328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 75 resid = 8.161931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299286(s) Flops=495101952 => 1654.27701930595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238161.983299224 Mflops = 238.161983299224 Gflops = 0.238161983299224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001047017 Relative Rsd = 4.59287947890766e-07
BICGSTAB_SOLVER_TIME: 0.594886 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105646
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044117 s
InvBiCGStab: k = 69 resid = 2.113066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297729(s) Flops=455731200 => 1530.69133339379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220378.635550151 Mflops = 220.378635550151 Gflops = 0.220378635550151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061112 s
InvBiCGStab: k = 90 resid = 1.076557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338572(s) Flops=593528832 => 1753.03578559361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252395.20500301 Mflops = 252.39520500301 Gflops = 0.25239520500301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001185517 Relative Rsd = 5.20042721565299e-07
BICGSTAB_SOLVER_TIME: 0.745349 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041743 s
InvBiCGStab: k = 54 resid = 2.110531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224238(s) Flops=357304320 => 1593.41556738822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229404.142680915 Mflops = 229.404142680915 Gflops = 0.229404142680915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074822 s
InvBiCGStab: k = 87 resid = 8.656199e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322883(s) Flops=573843456 => 1777.24889820771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255871.847278732 Mflops = 255.871847278732 Gflops = 0.255871847278732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001087342 Relative Rsd = 4.76977143529257e-07
BICGSTAB_SOLVER_TIME: 0.667549 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114798
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883387(s) Flops=1417273344 => 1604.36291681902 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231013.047284631 Mflops = 231.013047284631 Gflops = 0.231013047284631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157168000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045961 s
InvBiCGStab: k = 25 resid = 2.046687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115054(s) Flops=167012352 => 1451.59970100996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208936.418255115 Mflops = 208.936418255115 Gflops = 0.208936418255115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061812 s
InvBiCGStab: k = 45 resid = 1.12846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175567(s) Flops=298248192 => 1698.77136363895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244529.914089421 Mflops = 244.529914089421 Gflops = 0.244529914089421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007180469 Relative Rsd = 3.14980831814105e-07
BICGSTAB_SOLVER_TIME: 0.402272 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0640890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04343 s
InvBiCGStab: k = 48 resid = 2.01571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178592(s) Flops=317933568 => 1780.22289912202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256282.848088078 Mflops = 256.282848088078 Gflops = 0.256282848088078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057122 s
InvBiCGStab: k = 81 resid = 1.051875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299762(s) Flops=534472704 => 1782.9901855472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256700.306184961 Mflops = 256.700306184961 Gflops = 0.256700306184961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001050941 Relative Rsd = 4.61009114577544e-07
BICGSTAB_SOLVER_TIME: 0.582741 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040589 s
InvBiCGStab: k = 50 resid = 2.17738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183353(s) Flops=331057152 => 1805.57259493982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259909.280840459 Mflops = 259.909280840459 Gflops = 0.259909280840459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056383 s
InvBiCGStab: k = 87 resid = 1.094924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317758(s) Flops=573843456 => 1805.91348132856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260000.526771042 Mflops = 260.000526771042 Gflops = 0.260000526771042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001064558 Relative Rsd = 4.66982386182865e-07
BICGSTAB_SOLVER_TIME: 0.60202 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040561 s
InvBiCGStab: k = 63 resid = 1.936722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230185(s) Flops=416360448 => 1808.80790668375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260408.324893815 Mflops = 260.408324893815 Gflops = 0.260408324893815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 86 resid = 9.675264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313203(s) Flops=567281664 => 1811.22678901543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260759.153544105 Mflops = 260.759153544105 Gflops = 0.260759153544105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001121855 Relative Rsd = 4.92116608230645e-07
BICGSTAB_SOLVER_TIME: 0.644241 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120912000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 51 resid = 1.819512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213539(s) Flops=337618944 => 1581.06455495249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227614.848293296 Mflops = 227.614848293296 Gflops = 0.227614848293296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061559 s
InvBiCGStab: k = 80 resid = 1.122866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330344(s) Flops=527910912 => 1598.06417552612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230072.04895864 Mflops = 230.07204895864 Gflops = 0.23007204895864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001031937 Relative Rsd = 4.52672864544423e-07
BICGSTAB_SOLVER_TIME: 0.651155 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10779
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891561(s) Flops=1411080192 => 1582.70739971802 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227885.148585752 Mflops = 227.885148585752 Gflops = 0.227885148585752 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.54493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 28 resid = 2.135333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103264(s) Flops=186697728 => 1807.96529284165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260242.765718798 Mflops = 260.242765718798 Gflops = 0.260242765718798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056013 s
InvBiCGStab: k = 61 resid = 1.151676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248539(s) Flops=403236864 => 1622.42893067084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233549.032157629 Mflops = 233.549032157629 Gflops = 0.233549032157629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007986485 Relative Rsd = 3.50337825961911e-07
BICGSTAB_SOLVER_TIME: 0.453614 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044684 s
InvBiCGStab: k = 58 resid = 2.252518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254089(s) Flops=383551488 => 1509.51630334253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217322.1125919 Mflops = 217.3221125919 Gflops = 0.2173221125919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061651 s
InvBiCGStab: k = 83 resid = 9.31508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312549(s) Flops=547596288 => 1752.03340276245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252245.378602871 Mflops = 252.245378602871 Gflops = 0.252245378602871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001091507 Relative Rsd = 4.78804070250699e-07
BICGSTAB_SOLVER_TIME: 0.676828 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042332 s
InvBiCGStab: k = 55 resid = 2.204637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20488(s) Flops=363866112 => 1775.99625146427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255672.762608692 Mflops = 255.672762608692 Gflops = 0.255672762608692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056304 s
InvBiCGStab: k = 76 resid = 1.087039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279821(s) Flops=501663744 => 1792.80234149689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258106.675282681 Mflops = 258.106675282681 Gflops = 0.258106675282681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001031952 Relative Rsd = 4.52679299003316e-07
BICGSTAB_SOLVER_TIME: 0.587117 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 68 resid = 2.262046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248654(s) Flops=449169408 => 1806.40330740708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.91354761 Mflops = 260.06391354761 Gflops = 0.26006391354761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 96 resid = 9.808151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351337(s) Flops=632899584 => 1801.40316562161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.722714223 Mflops = 259.348722714223 Gflops = 0.259348722714223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001138901 Relative Rsd = 4.99594164404337e-07
BICGSTAB_SOLVER_TIME: 0.701348 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131608
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041839 s
InvBiCGStab: k = 54 resid = 2.114619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197726(s) Flops=357304320 => 1807.06796273631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260136.884047651 Mflops = 260.136884047651 Gflops = 0.260136884047651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055873 s
InvBiCGStab: k = 76 resid = 1.114175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278638(s) Flops=501663744 => 1800.41395645964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.39541034 Mflops = 259.19839541034 Gflops = 0.25919839541034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001073917 Relative Rsd = 4.71088132695156e-07
BICGSTAB_SOLVER_TIME: 0.577974 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106998
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965287(s) Flops=1411006464 => 1461.74812672293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210515.512116482 Mflops = 210.515512116482 Gflops = 0.210515512116482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156250000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.12218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8555(s) Flops=1525303296 => 1782.93780946815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256679.730926621 Mflops = 256.679730926621 Gflops = 0.256679730926621 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.132192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95153(s) Flops=1518741504 => 1596.10469874833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229830.718417511 Mflops = 229.830718417511 Gflops = 0.229830718417511 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002459464 Relative Rsd = 1.08284401824681e-06
BICGSTAB_SOLVER_TIME: 1.810489 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330124
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.259803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690228(s) Flops=1236584448 => 1791.55938037866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257895.136578466 Mflops = 257.895136578466 Gflops = 0.257895136578466 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.112539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814317(s) Flops=1413752832 => 1736.12098482532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250023.856709511 Mflops = 250.023856709511 Gflops = 0.250023856709511 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002038711 Relative Rsd = 8.95827147503277e-07
BICGSTAB_SOLVER_TIME: 1.508442 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00182
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287993999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916475(s) Flops=1411006464 => 1539.60169562727 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221682.599681345 Mflops = 221.682599681345 Gflops = 0.221682599681345 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156404000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040621 s
InvBiCGStab: k = 30 resid = 1.914999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111068(s) Flops=199821312 => 1799.08985486369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258944.290759107 Mflops = 258.944290759107 Gflops = 0.258944290759107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055795 s
InvBiCGStab: k = 48 resid = 8.135553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17611(s) Flops=317933568 => 1805.31240701834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.9906195 Mflops = 259.8689906195 Gflops = 0.2598689906195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007399967 Relative Rsd = 3.24609437809198e-07
BICGSTAB_SOLVER_TIME: 0.387439 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042571 s
InvBiCGStab: k = 73 resid = 2.166693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26673(s) Flops=481978368 => 1806.98971994151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260151.4675491 Mflops = 260.1514675491 Gflops = 0.2601514675491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055873 s
InvBiCGStab: k = 107 resid = 9.844817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390504(s) Flops=705079296 => 1805.56228873456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.013395886 Mflops = 259.961013395886 Gflops = 0.259961013395886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001243625 Relative Rsd = 5.45532626201894e-07
BICGSTAB_SOLVER_TIME: 0.759553 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040704 s
InvBiCGStab: k = 57 resid = 2.097157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208716(s) Flops=376989696 => 1806.2328522969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260041.032391045 Mflops = 260.041032391045 Gflops = 0.260041032391045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063928 s
InvBiCGStab: k = 76 resid = 1.035405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315509(s) Flops=501663744 => 1590.01405348183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228917.65449227 Mflops = 228.91765449227 Gflops = 0.22891765449227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001030092 Relative Rsd = 4.51863552603642e-07
BICGSTAB_SOLVER_TIME: 0.633414 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048269 s
InvBiCGStab: k = 59 resid = 2.173493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244534(s) Flops=390113280 => 1595.33349145722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229689.088325688 Mflops = 229.689088325688 Gflops = 0.229689088325688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05886 s
InvBiCGStab: k = 93 resid = 8.156081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359014(s) Flops=613214208 => 1708.05096180093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245924.964879065 Mflops = 245.924964879065 Gflops = 0.245924964879065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00110974 Relative Rsd = 4.86802357990529e-07
BICGSTAB_SOLVER_TIME: 0.714625 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041612 s
InvBiCGStab: k = 57 resid = 2.009889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21086(s) Flops=376989696 => 1787.86728635113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257391.931898204 Mflops = 257.391931898204 Gflops = 0.257391931898204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056681 s
InvBiCGStab: k = 81 resid = 8.358269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298322(s) Flops=534472704 => 1791.59667741568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257935.726772401 Mflops = 257.935726772401 Gflops = 0.257935726772401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001144537 Relative Rsd = 5.02066324364785e-07
BICGSTAB_SOLVER_TIME: 0.611324 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112677
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876939(s) Flops=1404887040 => 1602.03507883673 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230665.37078799 Mflops = 230.66537078799 Gflops = 0.23066537078799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155614000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043442 s
InvBiCGStab: k = 30 resid = 2.12714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111952(s) Flops=199821312 => 1784.88380734601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256908.06650729 Mflops = 256.90806650729 Gflops = 0.25690806650729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 51 resid = 1.115572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190443(s) Flops=337618944 => 1772.8083678581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255207.85353432 Mflops = 255.20785353432 Gflops = 0.25520785353432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007918411 Relative Rsd = 3.47351675297024e-07
BICGSTAB_SOLVER_TIME: 0.406436 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 78 resid = 1.051694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284657(s) Flops=514787328 => 1808.44780911764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260362.215285757 Mflops = 260.362215285757 Gflops = 0.260362215285757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056051 s
InvBiCGStab: k = 97 resid = 1.136434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353884(s) Flops=639461376 => 1806.98018559754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260159.842847695 Mflops = 260.159842847695 Gflops = 0.260159842847695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00123216 Relative Rsd = 5.40503534838439e-07
BICGSTAB_SOLVER_TIME: 0.739798 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040603 s
InvBiCGStab: k = 58 resid = 2.229158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217193(s) Flops=383551488 => 1765.94774233055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254236.979844336 Mflops = 254.236979844336 Gflops = 0.254236979844336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059858 s
InvBiCGStab: k = 76 resid = 9.43078e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294906(s) Flops=501663744 => 1701.09710890928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244904.212272718 Mflops = 244.904212272718 Gflops = 0.244904212272718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001026914 Relative Rsd = 4.50469726246269e-07
BICGSTAB_SOLVER_TIME: 0.616501 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042178 s
InvBiCGStab: k = 64 resid = 1.862397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259814(s) Flops=422922240 => 1627.78849484631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234333.116174181 Mflops = 234.333116174181 Gflops = 0.234333116174181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062044 s
InvBiCGStab: k = 90 resid = 7.451131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369429(s) Flops=593528832 => 1606.61137052045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231310.273790524 Mflops = 231.310273790524 Gflops = 0.231310273790524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001155178 Relative Rsd = 5.06734217888946e-07
BICGSTAB_SOLVER_TIME: 0.738027 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 68 resid = 2.038802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250665(s) Flops=449169408 => 1791.9111483454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257994.228952461 Mflops = 257.994228952461 Gflops = 0.257994228952461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058897 s
InvBiCGStab: k = 84 resid = 1.091757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311952(s) Flops=554158080 => 1776.42098784428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255750.068993257 Mflops = 255.750068993257 Gflops = 0.255750068993257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001120277 Relative Rsd = 4.91424291094024e-07
BICGSTAB_SOLVER_TIME: 0.66698 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12261
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.876587(s) Flops=1404887040 => 1602.67838788392 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230768.461052053 Mflops = 230.768461052053 Gflops = 0.230768461052053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155760000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046517 s
InvBiCGStab: k = 27 resid = 1.663484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120703(s) Flops=180135936 => 1492.38988260441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214825.217836062 Mflops = 214.825217836062 Gflops = 0.214825217836062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068913 s
InvBiCGStab: k = 48 resid = 1.119791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194485(s) Flops=317933568 => 1634.74595984266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235311.691420499 Mflops = 235.311691420499 Gflops = 0.235311691420499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007878171 Relative Rsd = 3.45586463207109e-07
BICGSTAB_SOLVER_TIME: 0.434449 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0675760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 55 resid = 1.600659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206357(s) Flops=363866112 => 1763.28456025238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253850.52108298 Mflops = 253.85052108298 Gflops = 0.25385052108298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0603 s
InvBiCGStab: k = 78 resid = 1.118701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308987(s) Flops=514787328 => 1666.04850042235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239857.276057175 Mflops = 239.857276057175 Gflops = 0.239857276057175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001068115 Relative Rsd = 4.68543099934387e-07
BICGSTAB_SOLVER_TIME: 0.620772 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046292 s
InvBiCGStab: k = 64 resid = 2.010381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25015(s) Flops=422922240 => 1690.67455526684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243409.794235288 Mflops = 243.409794235288 Gflops = 0.243409794235288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056863 s
InvBiCGStab: k = 77 resid = 1.115473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282649(s) Flops=508225536 => 1798.08007811809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258866.11224141 Mflops = 258.86611224141 Gflops = 0.25886611224141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001063779 Relative Rsd = 4.6664074705592e-07
BICGSTAB_SOLVER_TIME: 0.639784 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040988 s
InvBiCGStab: k = 62 resid = 2.215349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229397(s) Flops=409798656 => 1786.41680579955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257188.710194992 Mflops = 257.188710194992 Gflops = 0.257188710194992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 82 resid = 9.738322e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304406(s) Flops=541034496 => 1777.34504576125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255886.181937936 Mflops = 255.886181937936 Gflops = 0.255886181937936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001155582 Relative Rsd = 5.06911369777043e-07
BICGSTAB_SOLVER_TIME: 0.634644 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041918 s
InvBiCGStab: k = 66 resid = 1.628783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280097(s) Flops=436045824 => 1556.76720564662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224120.256327672 Mflops = 224.120256327672 Gflops = 0.224120256327672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061696 s
InvBiCGStab: k = 84 resid = 9.362331e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347661(s) Flops=554158080 => 1593.96101374615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229488.286899362 Mflops = 229.488286899362 Gflops = 0.229488286899362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001102041 Relative Rsd = 4.83424982011513e-07
BICGSTAB_SOLVER_TIME: 0.73555 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121151
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912116(s) Flops=1404960768 => 1540.33123857053 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221798.082757917 Mflops = 221.798082757917 Gflops = 0.221798082757917 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155752000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041884 s
InvBiCGStab: k = 26 resid = 2.215352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10021(s) Flops=173574144 => 1732.10402155474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249299.299813714 Mflops = 249.299299813714 Gflops = 0.249299299813714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 53 resid = 8.177353e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199543(s) Flops=350742528 => 1757.72905088126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253023.861547434 Mflops = 253.023861547434 Gflops = 0.253023861547434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007718853 Relative Rsd = 3.38597772707891e-07
BICGSTAB_SOLVER_TIME: 0.402463 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045355 s
InvBiCGStab: k = 59 resid = 2.177654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24803(s) Flops=390113280 => 1572.84715558602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226447.295989442 Mflops = 226.447295989442 Gflops = 0.226447295989442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063364 s
InvBiCGStab: k = 93 resid = 1.105478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381815(s) Flops=613214208 => 1606.05059518353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231229.170999184 Mflops = 231.229170999184 Gflops = 0.231229170999184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001144906 Relative Rsd = 5.02228411448331e-07
BICGSTAB_SOLVER_TIME: 0.742371 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0432 s
InvBiCGStab: k = 58 resid = 2.193835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229989(s) Flops=383551488 => 1667.69492453987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240095.386404069 Mflops = 240.095386404069 Gflops = 0.240095386404069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057507 s
InvBiCGStab: k = 78 resid = 6.421527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286902(s) Flops=514787328 => 1794.29675638371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258322.027631348 Mflops = 258.322027631348 Gflops = 0.258322027631347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001064789 Relative Rsd = 4.67083958712535e-07
BICGSTAB_SOLVER_TIME: 0.621432 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042256 s
InvBiCGStab: k = 65 resid = 1.971759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242124(s) Flops=429484032 => 1773.81850621995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255373.481362531 Mflops = 255.373481362531 Gflops = 0.255373481362531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056112 s
InvBiCGStab: k = 90 resid = 1.130525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33495(s) Flops=593528832 => 1771.99233318406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255123.459387257 Mflops = 255.123459387257 Gflops = 0.255123459387257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001131305 Relative Rsd = 4.96261829637574e-07
BICGSTAB_SOLVER_TIME: 0.679237 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043137 s
InvBiCGStab: k = 56 resid = 2.269193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217395(s) Flops=370427904 => 1703.93939143035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245308.768051819 Mflops = 245.308768051819 Gflops = 0.245308768051819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057871 s
InvBiCGStab: k = 88 resid = 5.326576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322257(s) Flops=580405248 => 1801.06327558439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259295.190205578 Mflops = 259.295190205578 Gflops = 0.259295190205578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001049794 Relative Rsd = 4.60506256508332e-07
BICGSTAB_SOLVER_TIME: 0.644526 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117102
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977809(s) Flops=1411153920 => 1443.17951665407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207818.200299324 Mflops = 207.818200299324 Gflops = 0.207818200299324 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156861000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.122017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765959(s) Flops=1374382080 => 1794.3285215005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258323.765795506 Mflops = 258.323765795506 Gflops = 0.258323765795506 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.104042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959225(s) Flops=1505617920 => 1569.61914045193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226014.859208588 Mflops = 226.014859208588 Gflops = 0.226014859208588 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002164924 Relative Rsd = 9.53144780596215e-07
BICGSTAB_SOLVER_TIME: 1.729359 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312531
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.237904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.675609(s) Flops=1203775488 => 1781.76354666679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256493.002795245 Mflops = 256.493002795245 Gflops = 0.256493002795245 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.143316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795527(s) Flops=1433438208 => 1801.87247950101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259453.425168321 Mflops = 259.453425168321 Gflops = 0.259453425168321 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001935201 Relative Rsd = 8.50323700411404e-07
BICGSTAB_SOLVER_TIME: 1.474486 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286461999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881851(s) Flops=1411153920 => 1600.21808672894 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230414.844205007 Mflops = 230.414844205007 Gflops = 0.230414844205007 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156444000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 34 resid = 1.638008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125878(s) Flops=226068480 => 1795.93320516691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258524.059282479 Mflops = 258.524059282479 Gflops = 0.258524059282479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055906 s
InvBiCGStab: k = 48 resid = 9.687359e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178024(s) Flops=317933568 => 1785.90284456028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257084.426997213 Mflops = 257.084426997213 Gflops = 0.257084426997213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007445862 Relative Rsd = 3.26622682969303e-07
BICGSTAB_SOLVER_TIME: 0.404429 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041728 s
InvBiCGStab: k = 80 resid = 2.247891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293734(s) Flops=527910912 => 1797.24142251152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258764.174579219 Mflops = 258.764174579219 Gflops = 0.258764174579219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 108 resid = 8.721494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39707(s) Flops=711641088 => 1792.23081068829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258039.70000215 Mflops = 258.03970000215 Gflops = 0.25803970000215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001285144 Relative Rsd = 5.637456685017e-07
BICGSTAB_SOLVER_TIME: 0.792631 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148740999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 62 resid = 2.204013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22825(s) Flops=409798656 => 1795.39389266156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258479.123643415 Mflops = 258.479123643415 Gflops = 0.258479123643415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056376 s
InvBiCGStab: k = 75 resid = 9.625023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307787(s) Flops=495101952 => 1608.58630156569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231587.404801014 Mflops = 231.587404801014 Gflops = 0.231587404801014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001055205 Relative Rsd = 4.62879703698618e-07
BICGSTAB_SOLVER_TIME: 0.637943 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048718 s
InvBiCGStab: k = 67 resid = 2.079662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28638(s) Flops=442607616 => 1545.52558139535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222515.183098628 Mflops = 222.515183098628 Gflops = 0.222515183098628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059475 s
InvBiCGStab: k = 88 resid = 9.786214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325127(s) Flops=580405248 => 1785.16471409634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257020.514647899 Mflops = 257.020514647899 Gflops = 0.257020514647899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001162597 Relative Rsd = 5.09988828477651e-07
BICGSTAB_SOLVER_TIME: 0.723563 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041999 s
InvBiCGStab: k = 59 resid = 1.902744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219649(s) Flops=390113280 => 1776.07583007435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255685.714443503 Mflops = 255.685714443503 Gflops = 0.255685714443503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 99 resid = 1.124282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362296(s) Flops=652584960 => 1801.24804027646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.608975666 Mflops = 259.337608975666 Gflops = 0.259337608975666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001150729 Relative Rsd = 5.04782738427501e-07
BICGSTAB_SOLVER_TIME: 0.684296 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127171
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884406(s) Flops=1417420800 => 1602.68112156634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230771.515317852 Mflops = 230.771515317852 Gflops = 0.230771515317852 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157418000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 30 resid = 1.733245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115634(s) Flops=199821312 => 1728.04981233893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248726.157663258 Mflops = 248.726157663258 Gflops = 0.248726157663258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057218 s
InvBiCGStab: k = 47 resid = 1.111088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176327(s) Flops=311371776 => 1765.87689917029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254187.966818374 Mflops = 254.187966818374 Gflops = 0.254187966818374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007499759 Relative Rsd = 3.28986912541889e-07
BICGSTAB_SOLVER_TIME: 0.3943 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040937 s
InvBiCGStab: k = 82 resid = 6.758519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300252(s) Flops=541034496 => 1801.93469485632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259435.747175642 Mflops = 259.435747175642 Gflops = 0.259435747175642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055811 s
InvBiCGStab: k = 103 resid = 1.137618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375592(s) Flops=678832128 => 1807.36577988882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.161259192 Mflops = 260.220161259192 Gflops = 0.260220161259192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001253261 Relative Rsd = 5.49759503956205e-07
BICGSTAB_SOLVER_TIME: 0.776485 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146456999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040984 s
InvBiCGStab: k = 62 resid = 1.784698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22843(s) Flops=409798656 => 1793.97914459572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258270.64725055 Mflops = 258.27064725055 Gflops = 0.25827064725055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055889 s
InvBiCGStab: k = 95 resid = 8.388564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348012(s) Flops=626337792 => 1799.75918071791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259119.313878704 Mflops = 259.119313878704 Gflops = 0.259119313878704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001079298 Relative Rsd = 4.7344840456485e-07
BICGSTAB_SOLVER_TIME: 0.677114 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 73 resid = 1.378414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295542(s) Flops=481978368 => 1630.82867409708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234795.595392923 Mflops = 234.795595392923 Gflops = 0.234795595392923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060135 s
InvBiCGStab: k = 77 resid = 9.803576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316093(s) Flops=508225536 => 1607.83546614446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231470.461876245 Mflops = 231.470461876245 Gflops = 0.231470461876245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001144138 Relative Rsd = 5.01891419430587e-07
BICGSTAB_SOLVER_TIME: 0.717015 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121739
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 62 resid = 2.230124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228579(s) Flops=409798656 => 1792.80973317759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258096.634098016 Mflops = 258.096634098016 Gflops = 0.258096634098016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058101 s
InvBiCGStab: k = 99 resid = 9.864605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370806(s) Flops=652584960 => 1759.90938657951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253386.852944057 Mflops = 253.386852944057 Gflops = 0.253386852944057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001105156 Relative Rsd = 4.8479138531789e-07
BICGSTAB_SOLVER_TIME: 0.702415 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12921
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91122(s) Flops=1423613952 => 1562.31640218608 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224953.390789015 Mflops = 224.953390789015 Gflops = 0.224953390789015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158051000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046535 s
InvBiCGStab: k = 30 resid = 1.554895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132997(s) Flops=199821312 => 1502.44976954367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216262.452937319 Mflops = 216.262452937319 Gflops = 0.216262452937319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061912 s
InvBiCGStab: k = 53 resid = 9.181324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202176(s) Flops=350742528 => 1734.83760683761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249727.501293838 Mflops = 249.727501293838 Gflops = 0.249727501293838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007127044 Relative Rsd = 3.12637309964386e-07
BICGSTAB_SOLVER_TIME: 0.447777 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 49 resid = 2.263366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183786(s) Flops=324495360 => 1765.61522640462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254167.210076104 Mflops = 254.167210076104 Gflops = 0.254167210076104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056496 s
InvBiCGStab: k = 93 resid = 7.615493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342118(s) Flops=613214208 => 1792.40556766963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258056.398661493 Mflops = 258.056398661493 Gflops = 0.258056398661493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001070359 Relative Rsd = 4.69527214675097e-07
BICGSTAB_SOLVER_TIME: 0.627264 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040654 s
InvBiCGStab: k = 56 resid = 1.549577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205541(s) Flops=370427904 => 1802.2093110377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.501880869 Mflops = 259.452501880869 Gflops = 0.259452501880869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 70 resid = 9.132118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255944(s) Flops=462292992 => 1806.22711218079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.957245439 Mflops = 260.031957245439 Gflops = 0.260031957245439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001015368 Relative Rsd = 4.45404938956097e-07
BICGSTAB_SOLVER_TIME: 0.561995 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040917 s
InvBiCGStab: k = 61 resid = 2.199827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22321(s) Flops=403236864 => 1806.53583620806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260071.632375894 Mflops = 260.071632375894 Gflops = 0.260071632375894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 75 resid = 1.08711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273659(s) Flops=495101952 => 1809.19301758758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260466.217936339 Mflops = 260.466217936339 Gflops = 0.260466217936339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001086348 Relative Rsd = 4.76541081271412e-07
BICGSTAB_SOLVER_TIME: 0.59769 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045516 s
InvBiCGStab: k = 51 resid = 1.96476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214773(s) Flops=337618944 => 1571.98038859633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226309.834170685 Mflops = 226.309834170685 Gflops = 0.226309834170685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059907 s
InvBiCGStab: k = 81 resid = 1.075122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342422(s) Flops=534472704 => 1560.85971111669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224735.362918215 Mflops = 224.735362918215 Gflops = 0.224735362918215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001046751 Relative Rsd = 4.59171361623678e-07
BICGSTAB_SOLVER_TIME: 0.666982 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1082
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969036(s) Flops=1429733376 => 1475.41822594826 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212445.111187607 Mflops = 212.445111187607 Gflops = 0.212445111187607 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158427000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 28 resid = 1.478764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103878(s) Flops=186697728 => 1797.27880783226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258672.660490637 Mflops = 258.672660490637 Gflops = 0.258672660490637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 50 resid = 1.116274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196278(s) Flops=331057152 => 1686.67477761135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242790.396945557 Mflops = 242.790396945557 Gflops = 0.242790396945557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007415915 Relative Rsd = 3.25309006478856e-07
BICGSTAB_SOLVER_TIME: 0.402156 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045353 s
InvBiCGStab: k = 75 resid = 2.024217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317523(s) Flops=495101952 => 1559.26327226689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224490.032905867 Mflops = 224.490032905867 Gflops = 0.224490032905867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062032 s
InvBiCGStab: k = 79 resid = 9.598328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302941(s) Flops=521349120 => 1720.95926269472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247769.543884846 Mflops = 247.769543884846 Gflops = 0.247769543884846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001077543 Relative Rsd = 4.72678822854379e-07
BICGSTAB_SOLVER_TIME: 0.731715 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 66 resid = 1.643912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247347(s) Flops=436045824 => 1762.89109631408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253803.067681683 Mflops = 253.803067681683 Gflops = 0.253803067681683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057001 s
InvBiCGStab: k = 72 resid = 1.112943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26506(s) Flops=475416576 => 1793.61871274428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258219.53802474 Mflops = 258.21953802474 Gflops = 0.25821953802474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001011343 Relative Rsd = 4.43639241728408e-07
BICGSTAB_SOLVER_TIME: 0.614668 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 67 resid = 2.187003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245295(s) Flops=442607616 => 1804.38906622638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259759.229184873 Mflops = 259.759229184873 Gflops = 0.259759229184873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062949 s
InvBiCGStab: k = 83 resid = 7.843433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325058(s) Flops=547596288 => 1684.61101711079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242527.199850246 Mflops = 242.527199850246 Gflops = 0.242527199850246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001114942 Relative Rsd = 4.8908434394369e-07
BICGSTAB_SOLVER_TIME: 0.678651 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042029 s
InvBiCGStab: k = 51 resid = 2.120106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187737(s) Flops=337618944 => 1798.36123939341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.917124631 Mflops = 258.923917124631 Gflops = 0.258923917124631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 85 resid = 1.141944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312532(s) Flops=560719872 => 1794.11987252505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258317.789804157 Mflops = 258.317789804157 Gflops = 0.258317789804157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001044477 Relative Rsd = 4.58173663025305e-07
BICGSTAB_SOLVER_TIME: 0.60263 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111412
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976484(s) Flops=1429659648 => 1464.08916889575 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210814.191703756 Mflops = 210.814191703756 Gflops = 0.210814191703756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158330000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.001962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.724574(s) Flops=1302202368 => 1797.19720553042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258714.684387032 Mflops = 258.714684387032 Gflops = 0.258714684387032 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 9.61047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.089424(s) Flops=1735280640 => 1592.84230933044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229360.423816148 Mflops = 229.360423816148 Gflops = 0.229360423816148 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002211511 Relative Rsd = 9.73646200376292e-07
BICGSTAB_SOLVER_TIME: 1.817603 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331082
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.812171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669866(s) Flops=1184090112 => 1767.65220506788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254492.970817897 Mflops = 254.492970817897 Gflops = 0.254492970817897 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.087377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787525(s) Flops=1413752832 => 1795.18470143805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.952488656 Mflops = 258.492952488656 Gflops = 0.258492952488656 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001938939 Relative Rsd = 8.5195064860853e-07
BICGSTAB_SOLVER_TIME: 1.460834 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.11543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282095999999998
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908067(s) Flops=1429659648 => 1574.39885823403 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226844.69595682 Mflops = 226.84469595682 Gflops = 0.22684469595682 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158636000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040646 s
InvBiCGStab: k = 27 resid = 2.149894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099929(s) Flops=180135936 => 1802.63923385604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259446.719061173 Mflops = 259.446719061173 Gflops = 0.259446719061173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056021 s
InvBiCGStab: k = 43 resid = 1.070587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157611(s) Flops=285124608 => 1809.04002893199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260386.141985496 Mflops = 260.386141985496 Gflops = 0.260386141985496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007582477 Relative Rsd = 3.3261546221984e-07
BICGSTAB_SOLVER_TIME: 0.357984 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 75 resid = 1.829769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286769(s) Flops=495101952 => 1726.48351809296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248576.227214653 Mflops = 248.576227214653 Gflops = 0.248576227214653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057589 s
InvBiCGStab: k = 104 resid = 8.621934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391861(s) Flops=685393920 => 1749.07408494339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251823.629606416 Mflops = 251.823629606416 Gflops = 0.251823629606416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001263595 Relative Rsd = 5.54292886649219e-07
BICGSTAB_SOLVER_TIME: 0.781623 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 53 resid = 1.989467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194951(s) Flops=350742528 => 1799.13172027843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259028.380887458 Mflops = 259.028380887458 Gflops = 0.259028380887458 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056514 s
InvBiCGStab: k = 70 resid = 1.061017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284689(s) Flops=462292992 => 1623.85266729659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233774.121351203 Mflops = 233.774121351203 Gflops = 0.233774121351203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001034917 Relative Rsd = 4.53980081042409e-07
BICGSTAB_SOLVER_TIME: 0.581294 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042763 s
InvBiCGStab: k = 66 resid = 1.793178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285959(s) Flops=436045824 => 1524.85434625243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219545.164953523 Mflops = 219.545164953523 Gflops = 0.219545164953523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061117 s
InvBiCGStab: k = 90 resid = 1.104025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334766(s) Flops=593528832 => 1772.96628689891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255262.903853291 Mflops = 255.262903853291 Gflops = 0.255262903853291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001135127 Relative Rsd = 4.97938772186245e-07
BICGSTAB_SOLVER_TIME: 0.728371 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 57 resid = 1.831814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212578(s) Flops=376989696 => 1773.41820884569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255305.075070216 Mflops = 255.305075070216 Gflops = 0.255305075070216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056406 s
InvBiCGStab: k = 81 resid = 1.120003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296078(s) Flops=534472704 => 1805.17533893096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.095909576 Mflops = 259.889095909576 Gflops = 0.259889095909576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001064483 Relative Rsd = 4.66949805351326e-07
BICGSTAB_SOLVER_TIME: 0.61018 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112759
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.890349(s) Flops=1429512192 => 1605.56387663714 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231184.124228324 Mflops = 231.184124228324 Gflops = 0.231184124228324 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159001000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044679 s
InvBiCGStab: k = 26 resid = 2.185753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097937(s) Flops=173574144 => 1772.30407302654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255117.9383277 Mflops = 255.1179383277 Gflops = 0.2551179383277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056762 s
InvBiCGStab: k = 48 resid = 8.351974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18319(s) Flops=317933568 => 1735.53997488946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249845.169242712 Mflops = 249.845169242712 Gflops = 0.249845169242712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007369269 Relative Rsd = 3.23262823017274e-07
BICGSTAB_SOLVER_TIME: 0.386634 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041466 s
InvBiCGStab: k = 69 resid = 2.273917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254449(s) Flops=455731200 => 1791.05125192082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257865.501794479 Mflops = 257.865501794479 Gflops = 0.257865501794479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 96 resid = 9.355379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351027(s) Flops=632899584 => 1802.99402610056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259580.181985609 Mflops = 259.580181985609 Gflops = 0.259580181985609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001228925 Relative Rsd = 5.39084379182565e-07
BICGSTAB_SOLVER_TIME: 0.707626 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041027 s
InvBiCGStab: k = 65 resid = 1.413737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239195(s) Flops=429484032 => 1795.53933819687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258507.327952754 Mflops = 258.507327952754 Gflops = 0.258507327952754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 76 resid = 9.641348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277835(s) Flops=501663744 => 1805.61752119063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.883577551 Mflops = 259.936883577551 Gflops = 0.259936883577551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001066125 Relative Rsd = 4.67669954076016e-07
BICGSTAB_SOLVER_TIME: 0.618417 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 64 resid = 2.0022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233623(s) Flops=422922240 => 1810.27655667464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260611.514216348 Mflops = 260.611514216348 Gflops = 0.260611514216348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 91 resid = 7.515086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366951(s) Flops=600090624 => 1635.34265882911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235459.028796601 Mflops = 235.459028796602 Gflops = 0.235459028796601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001137734 Relative Rsd = 4.99082063183859e-07
BICGSTAB_SOLVER_TIME: 0.701795 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046237 s
InvBiCGStab: k = 64 resid = 1.855894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271043(s) Flops=422922240 => 1560.35108820372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224656.470155299 Mflops = 224.656470155299 Gflops = 0.224656470155299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057153 s
InvBiCGStab: k = 86 resid = 1.040706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317212(s) Flops=567281664 => 1788.33607808027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257468.026461741 Mflops = 257.468026461741 Gflops = 0.257468026461741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001137815 Relative Rsd = 4.99117912311978e-07
BICGSTAB_SOLVER_TIME: 0.695472 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121273
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892395(s) Flops=1423245312 => 1594.86024910494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229644.157442117 Mflops = 229.644157442117 Gflops = 0.229644157442117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157750000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043785 s
InvBiCGStab: k = 28 resid = 1.726962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112468(s) Flops=186697728 => 1660.00753992247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238925.48438116 Mflops = 238.92548438116 Gflops = 0.23892548438116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06224 s
InvBiCGStab: k = 56 resid = 7.762521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237351(s) Flops=370427904 => 1560.67555645437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224672.386866454 Mflops = 224.672386866454 Gflops = 0.224672386866454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007446338 Relative Rsd = 3.26643543893572e-07
BICGSTAB_SOLVER_TIME: 0.460247 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041838 s
InvBiCGStab: k = 53 resid = 2.212309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197039(s) Flops=350742528 => 1780.06652490116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256262.076809481 Mflops = 256.262076809481 Gflops = 0.256262076809481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0607 s
InvBiCGStab: k = 75 resid = 1.053932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279288(s) Flops=495101952 => 1772.72905387987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255217.786894616 Mflops = 255.217786894616 Gflops = 0.255217786894616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001100181 Relative Rsd = 4.8260923561184e-07
BICGSTAB_SOLVER_TIME: 0.582841 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040683 s
InvBiCGStab: k = 49 resid = 2.277341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179833(s) Flops=324495360 => 1804.4261064432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259767.843559145 Mflops = 259.767843559145 Gflops = 0.259767843559145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056231 s
InvBiCGStab: k = 71 resid = 1.12301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259715(s) Flops=468854784 => 1805.26648056524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259885.033738473 Mflops = 259.885033738473 Gflops = 0.259885033738473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001033922 Relative Rsd = 4.53543865583162e-07
BICGSTAB_SOLVER_TIME: 0.540433 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998450000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 63 resid = 2.234634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230062(s) Flops=416360448 => 1809.77496500943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260554.129881777 Mflops = 260.554129881777 Gflops = 0.260554129881777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 92 resid = 7.140748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335148(s) Flops=606652416 => 1810.10304701207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260610.137888404 Mflops = 260.610137888404 Gflops = 0.260610137888404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001126971 Relative Rsd = 4.94361059840263e-07
BICGSTAB_SOLVER_TIME: 0.666461 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04169 s
InvBiCGStab: k = 62 resid = 1.947736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226395(s) Flops=409798656 => 1810.10471079308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260602.367898396 Mflops = 260.602367898396 Gflops = 0.260602367898396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 86 resid = 1.073877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352555(s) Flops=567281664 => 1609.05862631362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231665.609209196 Mflops = 231.665609209196 Gflops = 0.231665609209196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001107812 Relative Rsd = 4.85956481981753e-07
BICGSTAB_SOLVER_TIME: 0.681107 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119905
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951712(s) Flops=1417052160 => 1488.95060690629 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214397.642787513 Mflops = 214.397642787513 Gflops = 0.214397642787513 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156936000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 28 resid = 2.15855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10405(s) Flops=186697728 => 1794.30781355118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258261.116981524 Mflops = 258.261116981524 Gflops = 0.258261116981524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 44 resid = 1.08863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161681(s) Flops=291686400 => 1804.08582331876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259664.650145415 Mflops = 259.664650145415 Gflops = 0.259664650145415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007148916 Relative Rsd = 3.13596759279339e-07
BICGSTAB_SOLVER_TIME: 0.366727 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04096 s
InvBiCGStab: k = 57 resid = 2.239497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239221(s) Flops=376989696 => 1575.90552668871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226889.29643346 Mflops = 226.88929643346 Gflops = 0.22688929643346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061616 s
InvBiCGStab: k = 80 resid = 1.056772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331059(s) Flops=527910912 => 1594.61277899106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229583.98461744 Mflops = 229.58398461744 Gflops = 0.22958398461744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001121301 Relative Rsd = 4.91873477605326e-07
BICGSTAB_SOLVER_TIME: 0.677124 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 51 resid = 2.021665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187531(s) Flops=337618944 => 1800.33671233023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259181.964874264 Mflops = 259.181964874264 Gflops = 0.259181964874264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05817 s
InvBiCGStab: k = 81 resid = 1.055036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301585(s) Flops=534472704 => 1772.21249067427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255147.567208939 Mflops = 255.147567208939 Gflops = 0.255147567208939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001102829 Relative Rsd = 4.83770451173513e-07
BICGSTAB_SOLVER_TIME: 0.592448 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041011 s
InvBiCGStab: k = 62 resid = 2.217624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226626(s) Flops=409798656 => 1808.25967011729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260338.82331813 Mflops = 260.33882331813 Gflops = 0.26033882331813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055913 s
InvBiCGStab: k = 82 resid = 1.000525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301074(s) Flops=541034496 => 1797.01500627753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258701.300833521 Mflops = 258.701300833521 Gflops = 0.258701300833521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001153684 Relative Rsd = 5.06078669088858e-07
BICGSTAB_SOLVER_TIME: 0.628463 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041042 s
InvBiCGStab: k = 52 resid = 2.276449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190895(s) Flops=344180736 => 1802.98455171691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259542.628744053 Mflops = 259.542628744053 Gflops = 0.259542628744053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056245 s
InvBiCGStab: k = 76 resid = 8.949954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277842(s) Flops=501663744 => 1805.57203014663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259938.539875623 Mflops = 259.938539875623 Gflops = 0.259938539875623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001031118 Relative Rsd = 4.52313658323357e-07
BICGSTAB_SOLVER_TIME: 0.569888 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10557
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933482(s) Flops=1417125888 => 1518.10735290022 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218713.262214775 Mflops = 218.713262214775 Gflops = 0.218713262214775 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157340000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02133
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.052391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787858(s) Flops=1420314624 => 1802.75458775566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.011340681 Mflops = 259.555011340681 Gflops = 0.259555011340681 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 9.281574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.978891(s) Flops=1695909888 => 1732.48082575077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249466.179670967 Mflops = 249.466179670967 Gflops = 0.249466179670967 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002146547 Relative Rsd = 9.45044132888251e-07
BICGSTAB_SOLVER_TIME: 1.770297 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001853
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338449999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.44496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722495(s) Flops=1262831616 => 1747.87592440086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251597.233474861 Mflops = 251.597233474861 Gflops = 0.251597233474861 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.150124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806652(s) Flops=1440000000 => 1785.15642433168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257047.86452972 Mflops = 257.04786452972 Gflops = 0.25704786452972 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001983698 Relative Rsd = 8.71593886962179e-07
BICGSTAB_SOLVER_TIME: 1.532542 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0.115569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293989999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911862(s) Flops=1417125888 => 1554.10126532304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223777.580820826 Mflops = 223.777580820826 Gflops = 0.223777580820826 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157524000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042639 s
InvBiCGStab: k = 28 resid = 1.828736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106495(s) Flops=186697728 => 1753.11261561576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252316.886816519 Mflops = 252.316886816519 Gflops = 0.252316886816519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056594 s
InvBiCGStab: k = 57 resid = 1.057585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212105(s) Flops=376989696 => 1777.3729803635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255856.323880704 Mflops = 255.856323880704 Gflops = 0.255856323880704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000745083 Relative Rsd = 3.26840611963957e-07
BICGSTAB_SOLVER_TIME: 0.421684 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0751020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 79 resid = 2.12107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288988(s) Flops=521349120 => 1804.05110246792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259744.678921627 Mflops = 259.744678921627 Gflops = 0.259744678921627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 113 resid = 1.023366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412053(s) Flops=744450048 => 1806.68517884835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260130.903421173 Mflops = 260.130903421173 Gflops = 0.260130903421173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001349086 Relative Rsd = 5.91794751495202e-07
BICGSTAB_SOLVER_TIME: 0.802008 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151698999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041951 s
InvBiCGStab: k = 61 resid = 2.154717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223476(s) Flops=403236864 => 1804.38554475648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.790773559 Mflops = 259.770790773559 Gflops = 0.259770790773559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 75 resid = 1.081067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274621(s) Flops=495101952 => 1802.85539707451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259547.730572535 Mflops = 259.547730572535 Gflops = 0.259547730572535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001047382 Relative Rsd = 4.59448145490351e-07
BICGSTAB_SOLVER_TIME: 0.60034 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045303 s
InvBiCGStab: k = 68 resid = 2.267508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284109(s) Flops=449169408 => 1580.97563963127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227615.683134384 Mflops = 227.615683134384 Gflops = 0.227615683134384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060205 s
InvBiCGStab: k = 85 resid = 9.459276e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360308(s) Flops=560719872 => 1556.22376411293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224053.911123535 Mflops = 224.053911123535 Gflops = 0.224053911123535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001144106 Relative Rsd = 5.01877427035851e-07
BICGSTAB_SOLVER_TIME: 0.754182 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 57 resid = 2.216005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223948(s) Flops=376989696 => 1683.38049904442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242349.715175 Mflops = 242.349715175 Gflops = 0.242349715175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058902 s
InvBiCGStab: k = 92 resid = 9.726111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356767(s) Flops=606652416 => 1700.41628289612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244809.224154133 Mflops = 244.809224154133 Gflops = 0.244809224154133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001108603 Relative Rsd = 4.86303534224909e-07
BICGSTAB_SOLVER_TIME: 0.684448 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12125
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897866(s) Flops=1429585920 => 1592.20409281563 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229258.859818874 Mflops = 229.258859818874 Gflops = 0.229258859818874 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158324000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044621 s
InvBiCGStab: k = 30 resid = 1.794556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120684(s) Flops=199821312 => 1655.73988266879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238278.615127645 Mflops = 238.278615127645 Gflops = 0.238278615127645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 47 resid = 1.134813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172734(s) Flops=311371776 => 1802.60849630067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259480.536869907 Mflops = 259.480536869907 Gflops = 0.259480536869907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007162105 Relative Rsd = 3.14175273307679e-07
BICGSTAB_SOLVER_TIME: 0.398014 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001845
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 85 resid = 1.476842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315054(s) Flops=560719872 => 1779.75798434554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256233.431897468 Mflops = 256.233431897468 Gflops = 0.256233431897468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 102 resid = 9.436017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372025(s) Flops=672270336 => 1807.05688058598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260172.957906862 Mflops = 260.172957906862 Gflops = 0.260172957906862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001295818 Relative Rsd = 5.68427707621999e-07
BICGSTAB_SOLVER_TIME: 0.789059 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148075999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 59 resid = 1.826989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215963(s) Flops=390113280 => 1806.38942781865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260069.257555834 Mflops = 260.069257555834 Gflops = 0.260069257555834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 73 resid = 8.017146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266824(s) Flops=481978368 => 1806.35313165233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.514281158 Mflops = 260.060514281158 Gflops = 0.260060514281158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001056027 Relative Rsd = 4.63240237665169e-07
BICGSTAB_SOLVER_TIME: 0.583884 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041104 s
InvBiCGStab: k = 80 resid = 1.095358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30426(s) Flops=527910912 => 1735.06511536186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249808.205179572 Mflops = 249.808205179572 Gflops = 0.249808205179572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05882 s
InvBiCGStab: k = 93 resid = 1.03662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372407(s) Flops=613214208 => 1646.62374230345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237081.864184666 Mflops = 237.081864184666 Gflops = 0.237081864184666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001188218 Relative Rsd = 5.21227632277183e-07
BICGSTAB_SOLVER_TIME: 0.78086 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042782 s
InvBiCGStab: k = 56 resid = 2.128093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240102(s) Flops=370427904 => 1542.79391258715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222094.176140293 Mflops = 222.094176140293 Gflops = 0.222094176140293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064569 s
InvBiCGStab: k = 74 resid = 1.148192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288238(s) Flops=488540160 => 1694.91933749193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244015.050622043 Mflops = 244.015050622043 Gflops = 0.244015050622043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001078427 Relative Rsd = 4.73066269200586e-07
BICGSTAB_SOLVER_TIME: 0.639549 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107038
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911275(s) Flops=1454505984 => 1596.12189953636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229827.529681914 Mflops = 229.827529681914 Gflops = 0.229827529681914 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0412 s
InvBiCGStab: k = 29 resid = 1.371977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121137(s) Flops=193259520 => 1595.37977661656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229631.008057705 Mflops = 229.631008057705 Gflops = 0.229631008057705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064072 s
InvBiCGStab: k = 44 resid = 1.119084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179115(s) Flops=291686400 => 1628.48672640482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234432.911596596 Mflops = 234.432911596596 Gflops = 0.234432911596596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007477036 Relative Rsd = 3.27990158685495e-07
BICGSTAB_SOLVER_TIME: 0.409914 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04687 s
InvBiCGStab: k = 61 resid = 2.2547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253318(s) Flops=403236864 => 1591.82081020693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229192.170152611 Mflops = 229.192170152611 Gflops = 0.229192170152611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056122 s
InvBiCGStab: k = 83 resid = 8.914215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306219(s) Flops=547596288 => 1788.25052658392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257462.854940392 Mflops = 257.462854940392 Gflops = 0.257462854940392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001034197 Relative Rsd = 4.53664384019573e-07
BICGSTAB_SOLVER_TIME: 0.666309 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057637 s
InvBiCGStab: k = 59 resid = 2.023126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248394(s) Flops=390113280 => 1570.54228363004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226107.378976573 Mflops = 226.107378976573 Gflops = 0.226107378976573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058064 s
InvBiCGStab: k = 79 resid = 8.07392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30818(s) Flops=521349120 => 1691.7032902849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243540.637808789 Mflops = 243.540637808789 Gflops = 0.243540637808789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001036717 Relative Rsd = 4.54769630002303e-07
BICGSTAB_SOLVER_TIME: 0.676154 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 68 resid = 2.252649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250133(s) Flops=449169408 => 1795.72230773229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258540.514627578 Mflops = 258.540514627578 Gflops = 0.258540514627578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 80 resid = 1.113635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294249(s) Flops=527910912 => 1794.09585759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258305.643026473 Mflops = 258.305643026473 Gflops = 0.258305643026473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001164865 Relative Rsd = 5.10983718383651e-07
BICGSTAB_SOLVER_TIME: 0.646047 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120077
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 53 resid = 2.140224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194013(s) Flops=350742528 => 1807.83003200816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.859824006 Mflops = 260.222859824006 Gflops = 0.260222859824006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056797 s
InvBiCGStab: k = 76 resid = 1.03402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277858(s) Flops=501663744 => 1805.4680592245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259916.204354843 Mflops = 259.916204354843 Gflops = 0.259916204354843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001047168 Relative Rsd = 4.59354028762256e-07
BICGSTAB_SOLVER_TIME: 0.573981 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10665
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015606(s) Flops=1479499776 => 1456.76549370524 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209758.310757036 Mflops = 209.758310757036 Gflops = 0.209758310757036 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164387000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040602 s
InvBiCGStab: k = 27 resid = 1.606641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099959(s) Flops=180135936 => 1802.09822027031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259385.427299791 Mflops = 259.385427299792 Gflops = 0.259385427299792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 56 resid = 1.060753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205486(s) Flops=370427904 => 1802.69168702491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259508.26851098 Mflops = 259.50826851098 Gflops = 0.25950826851098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007554842 Relative Rsd = 3.31403230591228e-07
BICGSTAB_SOLVER_TIME: 0.406179 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 59 resid = 2.152981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21628(s) Flops=390113280 => 1803.74181616423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259668.377494067 Mflops = 259.668377494067 Gflops = 0.259668377494067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059046 s
InvBiCGStab: k = 89 resid = 1.119934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348983(s) Flops=586967040 => 1681.9359109183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242152.421030552 Mflops = 242.152421030552 Gflops = 0.242152421030552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001097111 Relative Rsd = 4.81262339950679e-07
BICGSTAB_SOLVER_TIME: 0.668854 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042396 s
InvBiCGStab: k = 55 resid = 1.89583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22449(s) Flops=363866112 => 1620.85666176667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233353.045761874 Mflops = 233.353045761874 Gflops = 0.233353045761874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066045 s
InvBiCGStab: k = 82 resid = 1.05609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346851(s) Flops=541034496 => 1559.8470121176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224565.686138102 Mflops = 224.565686138102 Gflops = 0.224565686138102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00106336 Relative Rsd = 4.66457007507527e-07
BICGSTAB_SOLVER_TIME: 0.683669 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044073 s
InvBiCGStab: k = 63 resid = 2.18489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235063(s) Flops=416360448 => 1771.27173566235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254995.7973748 Mflops = 254.9957973748 Gflops = 0.2549957973748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057358 s
InvBiCGStab: k = 91 resid = 1.144979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33647(s) Flops=600090624 => 1783.4892382679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256773.143221395 Mflops = 256.773143221395 Gflops = 0.256773143221395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00111368 Relative Rsd = 4.88530623008943e-07
BICGSTAB_SOLVER_TIME: 0.676758 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 50 resid = 2.044372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183634(s) Flops=331057152 => 1802.8096757681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.054201046 Mflops = 259.533054201046 Gflops = 0.259533054201046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055705 s
InvBiCGStab: k = 75 resid = 1.130569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27451(s) Flops=495101952 => 1803.58439401115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259666.774080007 Mflops = 259.666774080007 Gflops = 0.259666774080007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001064912 Relative Rsd = 4.67138038807517e-07
BICGSTAB_SOLVER_TIME: 0.558455 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103539
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931024(s) Flops=1498447872 => 1609.46213201808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231741.752742169 Mflops = 231.741752742169 Gflops = 0.231741752742169 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166927000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.833046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808458(s) Flops=1420314624 => 1756.81930786757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252956.166863445 Mflops = 252.956166863445 Gflops = 0.252956166863445 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.096348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927341(s) Flops=1663100928 => 1793.40817239829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258239.108054419 Mflops = 258.239108054419 Gflops = 0.258239108054419 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002139172 Relative Rsd = 9.41807149944186e-07
BICGSTAB_SOLVER_TIME: 1.739304 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.33518
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.904471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820679(s) Flops=1335011328 => 1626.7155952571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234189.328936244 Mflops = 234.189328936244 Gflops = 0.234189328936244 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 9.787873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820349(s) Flops=1453123584 => 1771.34802870486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255060.524312377 Mflops = 255.060524312377 Gflops = 0.255060524312377 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002011707 Relative Rsd = 8.83876116628101e-07
BICGSTAB_SOLVER_TIME: 1.644402 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302484999999999
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932953(s) Flops=1498447872 => 1606.13436260991 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231257.863483103 Mflops = 231.257863483103 Gflops = 0.231257863483103 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166519000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041601 s
InvBiCGStab: k = 28 resid = 1.887579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105286(s) Flops=186697728 => 1773.243622134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255226.53295212 Mflops = 255.22653295212 Gflops = 0.25522653295212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05846 s
InvBiCGStab: k = 48 resid = 1.139826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182854(s) Flops=317933568 => 1738.72908440614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250299.106829423 Mflops = 250.299106829423 Gflops = 0.250299106829423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007510522 Relative Rsd = 3.29459079263522e-07
BICGSTAB_SOLVER_TIME: 0.392055 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041808 s
InvBiCGStab: k = 84 resid = 1.484281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309263(s) Flops=554158080 => 1791.86672831862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257989.543269003 Mflops = 257.989543269003 Gflops = 0.257989543269003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 108 resid = 1.123847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393877(s) Flops=711641088 => 1806.75969401615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260137.662700455 Mflops = 260.137662700455 Gflops = 0.260137662700455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001295025 Relative Rsd = 5.68079940438966e-07
BICGSTAB_SOLVER_TIME: 0.805011 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151631999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040764 s
InvBiCGStab: k = 61 resid = 1.780242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223405(s) Flops=403236864 => 1804.95899375574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259850.454066667 Mflops = 259.850454066667 Gflops = 0.259850454066667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 81 resid = 5.655318e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296303(s) Flops=534472704 => 1803.80456492172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259647.656238599 Mflops = 259.647656238599 Gflops = 0.259647656238599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001090266 Relative Rsd = 4.78259643534353e-07
BICGSTAB_SOLVER_TIME: 0.620452 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040676 s
InvBiCGStab: k = 66 resid = 2.155527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241761(s) Flops=436045824 => 1803.6235124772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.767250788 Mflops = 259.670767250788 Gflops = 0.259670767250788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058103 s
InvBiCGStab: k = 97 resid = 8.98256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406702(s) Flops=639461376 => 1572.30939606887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226370.997400578 Mflops = 226.370997400578 Gflops = 0.226370997400578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001201939 Relative Rsd = 5.27246455766096e-07
BICGSTAB_SOLVER_TIME: 0.751694 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048627 s
InvBiCGStab: k = 57 resid = 1.610251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229458(s) Flops=376989696 => 1642.95729937505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236531.503856269 Mflops = 236.531503856269 Gflops = 0.236531503856269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056697 s
InvBiCGStab: k = 95 resid = 9.475641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354165(s) Flops=626337792 => 1768.4914997247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254614.014746401 Mflops = 254.614014746401 Gflops = 0.254614014746401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001121744 Relative Rsd = 4.92067788050471e-07
BICGSTAB_SOLVER_TIME: 0.692735 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12313
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957825(s) Flops=1517248512 => 1584.05607704957 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228083.650983469 Mflops = 228.083650983469 Gflops = 0.228083650983469 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168615000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041762 s
InvBiCGStab: k = 26 resid = 2.048161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108817(s) Flops=173574144 => 1595.10135364879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229595.268359402 Mflops = 229.595268359402 Gflops = 0.229595268359402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064124 s
InvBiCGStab: k = 49 resid = 8.57177e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21007(s) Flops=324495360 => 1544.70109963346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222378.559551138 Mflops = 222.378559551138 Gflops = 0.222378559551138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007258969 Relative Rsd = 3.18424365265312e-07
BICGSTAB_SOLVER_TIME: 0.429116 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041307 s
InvBiCGStab: k = 77 resid = 1.956989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287836(s) Flops=508225536 => 1765.67745521755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254209.230562978 Mflops = 254.209230562978 Gflops = 0.254209230562978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056991 s
InvBiCGStab: k = 91 resid = 1.106966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336691(s) Flops=600090624 => 1782.31857697414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256610.559401525 Mflops = 256.610559401525 Gflops = 0.256610559401525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001267274 Relative Rsd = 5.55906454884506e-07
BICGSTAB_SOLVER_TIME: 0.726687 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040604 s
InvBiCGStab: k = 54 resid = 2.075679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197875(s) Flops=357304320 => 1805.70723941883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259960.46994152 Mflops = 259.96046994152 Gflops = 0.25996046994152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 78 resid = 1.036063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284528(s) Flops=514787328 => 1809.26772760502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260475.448208712 Mflops = 260.475448208712 Gflops = 0.260475448208712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001082975 Relative Rsd = 4.75061615330199e-07
BICGSTAB_SOLVER_TIME: 0.583212 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108566
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 63 resid = 2.165986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230457(s) Flops=416360448 => 1806.67303661854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260090.279052415 Mflops = 260.090279052415 Gflops = 0.260090279052415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055866 s
InvBiCGStab: k = 95 resid = 1.003961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347466(s) Flops=626337792 => 1802.58728048212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.744090665 Mflops = 259.528744090665 Gflops = 0.259528744090665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001165739 Relative Rsd = 5.11367079359133e-07
BICGSTAB_SOLVER_TIME: 0.678572 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042885 s
InvBiCGStab: k = 62 resid = 2.173101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258064(s) Flops=409798656 => 1587.97296794594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228634.914684769 Mflops = 228.634914684769 Gflops = 0.228634914684769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060329 s
InvBiCGStab: k = 80 resid = 9.338942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337877(s) Flops=527910912 => 1562.4351820337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224948.006270663 Mflops = 224.948006270663 Gflops = 0.224948006270663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001085622 Relative Rsd = 4.76222524489068e-07
BICGSTAB_SOLVER_TIME: 0.703327 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117121
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983328(s) Flops=1523810304 => 1549.64600214781 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223132.638786344 Mflops = 223.132638786344 Gflops = 0.223132638786344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169182000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 27 resid = 1.835635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100191(s) Flops=180135936 => 1797.92532263377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258743.947586577 Mflops = 258.743947586576 Gflops = 0.258743947586576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061035 s
InvBiCGStab: k = 49 resid = 1.097267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211091(s) Flops=324495360 => 1537.22972556859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221293.820020767 Mflops = 221.293820020767 Gflops = 0.221293820020767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007468167 Relative Rsd = 3.27601129258131e-07
BICGSTAB_SOLVER_TIME: 0.418674 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042623 s
InvBiCGStab: k = 51 resid = 2.118225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229285(s) Flops=337618944 => 1472.48596288462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211975.799405714 Mflops = 211.975799405714 Gflops = 0.211975799405714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064409 s
InvBiCGStab: k = 85 resid = 1.006728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33393(s) Flops=560719872 => 1679.15393046447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241748.213619491 Mflops = 241.748213619491 Gflops = 0.241748213619491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001064026 Relative Rsd = 4.66749162581556e-07
BICGSTAB_SOLVER_TIME: 0.673999 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 63 resid = 1.43491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24321(s) Flops=416360448 => 1711.93802886394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246460.012772109 Mflops = 246.460012772109 Gflops = 0.246460012772109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05813 s
InvBiCGStab: k = 76 resid = 1.107232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282194(s) Flops=501663744 => 1777.72647185978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255941.997999167 Mflops = 255.941997999167 Gflops = 0.255941997999167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001081554 Relative Rsd = 4.74438238824577e-07
BICGSTAB_SOLVER_TIME: 0.628741 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 56 resid = 2.195233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208423(s) Flops=370427904 => 1777.28899401698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255869.801652319 Mflops = 255.869801652319 Gflops = 0.255869801652319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0584 s
InvBiCGStab: k = 82 resid = 8.033925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315615(s) Flops=541034496 => 1714.22301221425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246805.311239536 Mflops = 246.805311239536 Gflops = 0.246805311239536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001129259 Relative Rsd = 4.95364682226189e-07
BICGSTAB_SOLVER_TIME: 0.627378 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041474 s
InvBiCGStab: k = 55 resid = 1.792694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213219(s) Flops=363866112 => 1706.53699717192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245677.723057476 Mflops = 245.677723057476 Gflops = 0.245677723057476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057845 s
InvBiCGStab: k = 76 resid = 1.02322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284297(s) Flops=501663744 => 1764.57628466006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254043.911695728 Mflops = 254.043911695728 Gflops = 0.254043911695728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001054098 Relative Rsd = 4.62393953119321e-07
BICGSTAB_SOLVER_TIME: 0.600858 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107915
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05097(s) Flops=1536344064 => 1461.83436634728 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210492.347465833 Mflops = 210.492347465833 Gflops = 0.210492347465833 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170863000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042614 s
InvBiCGStab: k = 28 resid = 1.602544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103901(s) Flops=186697728 => 1796.88095398504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258621.683374206 Mflops = 258.621683374206 Gflops = 0.258621683374206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058253 s
InvBiCGStab: k = 52 resid = 1.109555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194645(s) Flops=344180736 => 1768.24853451155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254553.472606869 Mflops = 254.553472606869 Gflops = 0.254553472606869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007317339 Relative Rsd = 3.2098482030057e-07
BICGSTAB_SOLVER_TIME: 0.403372 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0717170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044104 s
InvBiCGStab: k = 55 resid = 1.584417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205424(s) Flops=363866112 => 1771.29309136226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254985.230335165 Mflops = 254.985230335165 Gflops = 0.254985230335165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 80 resid = 9.552369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32679(s) Flops=527910912 => 1615.44389975213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232569.300469567 Mflops = 232.569300469567 Gflops = 0.232569300469567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001129471 Relative Rsd = 4.95457522275933e-07
BICGSTAB_SOLVER_TIME: 0.636979 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046857 s
InvBiCGStab: k = 62 resid = 1.641798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270366(s) Flops=409798656 => 1515.71815982779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218221.702009283 Mflops = 218.221702009283 Gflops = 0.218221702009283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061038 s
InvBiCGStab: k = 94 resid = 5.839926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348812(s) Flops=619776000 => 1776.81960483011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255818.49290141 Mflops = 255.81849290141 Gflops = 0.25581849290141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001101216 Relative Rsd = 4.83063018165208e-07
BICGSTAB_SOLVER_TIME: 0.730992 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041751 s
InvBiCGStab: k = 70 resid = 1.429191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259665(s) Flops=462292992 => 1780.34387383744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256313.342864359 Mflops = 256.313342864359 Gflops = 0.256313342864359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055957 s
InvBiCGStab: k = 87 resid = 1.100359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318074(s) Flops=573843456 => 1804.11934329747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.120654258 Mflops = 259.736120654258 Gflops = 0.259736120654258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00113958 Relative Rsd = 4.99891834728846e-07
BICGSTAB_SOLVER_TIME: 0.679284 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042412 s
InvBiCGStab: k = 52 resid = 2.012278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190706(s) Flops=344180736 => 1804.7714072971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259822.405614782 Mflops = 259.822405614782 Gflops = 0.259822405614782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 92 resid = 6.291383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336101(s) Flops=606652416 => 1804.97057729671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.282149383 Mflops = 259.868282149383 Gflops = 0.259868282149383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001076327 Relative Rsd = 4.72145375571858e-07
BICGSTAB_SOLVER_TIME: 0.629834 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117195
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006614(s) Flops=1542758400 => 1532.62164046993 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220679.740421357 Mflops = 220.679740421357 Gflops = 0.220679740421357 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171395000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021572
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.802406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847186(s) Flops=1518741504 => 1792.6895675802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258102.867205239 Mflops = 258.102867205239 Gflops = 0.258102867205239 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 9.808099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882818(s) Flops=1525303296 => 1727.76642071186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248786.87300892 Mflops = 248.78687300892 Gflops = 0.24878687300892 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002145128 Relative Rsd = 9.44425487962652e-07
BICGSTAB_SOLVER_TIME: 1.733916 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.119141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330858999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.04477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844015(s) Flops=1367820288 => 1620.61134932436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233365.503527038 Mflops = 233.365503527038 Gflops = 0.233365503527038 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 8.097476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.941006(s) Flops=1577797632 => 1676.71367876507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241436.638693086 Mflops = 241.436638693086 Gflops = 0.241436638693086 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.001969247 Relative Rsd = 8.65186724763271e-07
BICGSTAB_SOLVER_TIME: 1.790134 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.124481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320273999999999
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056127(s) Flops=1542758400 => 1460.76977484715 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210330.564609968 Mflops = 210.330564609968 Gflops = 0.210330564609968 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171407000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 31 resid = 1.995739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121469(s) Flops=206383104 => 1699.05987535915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244578.116394417 Mflops = 244.578116394417 Gflops = 0.244578116394417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063446 s
InvBiCGStab: k = 54 resid = 9.895456e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199114(s) Flops=357304320 => 1794.47110700403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258323.943477899 Mflops = 258.323943477899 Gflops = 0.258323943477899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007762483 Relative Rsd = 3.40511666758659e-07
BICGSTAB_SOLVER_TIME: 0.429085 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045659 s
InvBiCGStab: k = 84 resid = 1.68921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333327(s) Flops=554158080 => 1662.50582761072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239368.513921483 Mflops = 239.368513921483 Gflops = 0.239368513921483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059923 s
InvBiCGStab: k = 111 resid = 8.235906e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425247(s) Flops=731326464 => 1719.76866150731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247612.769504179 Mflops = 247.612769504179 Gflops = 0.247612769504179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001304895 Relative Rsd = 5.72409718468433e-07
BICGSTAB_SOLVER_TIME: 0.867937 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153979999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045252 s
InvBiCGStab: k = 64 resid = 2.178961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24032(s) Flops=422922240 => 1759.82956058589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253369.770564982 Mflops = 253.369770564982 Gflops = 0.253369770564982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 67 resid = 1.149475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305403(s) Flops=442607616 => 1449.25759078987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208642.159095547 Mflops = 208.642159095547 Gflops = 0.208642159095547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001037173 Relative Rsd = 4.54969557832197e-07
BICGSTAB_SOLVER_TIME: 0.655029 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045483 s
InvBiCGStab: k = 71 resid = 2.105754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317832(s) Flops=468854784 => 1475.16544589595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212387.948306845 Mflops = 212.387948306845 Gflops = 0.212387948306845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064985 s
InvBiCGStab: k = 87 resid = 1.093821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33873(s) Flops=573843456 => 1694.10284297228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243904.235929367 Mflops = 243.904235929367 Gflops = 0.243904235929367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00115458 Relative Rsd = 5.06471886021215e-07
BICGSTAB_SOLVER_TIME: 0.772212 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042372 s
InvBiCGStab: k = 54 resid = 2.136207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226145(s) Flops=357304320 => 1579.9788631188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227479.787089637 Mflops = 227.479787089637 Gflops = 0.227479787089637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057751 s
InvBiCGStab: k = 95 resid = 9.198146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381428(s) Flops=626337792 => 1642.08655893117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236419.000827334 Mflops = 236.419000827334 Gflops = 0.236419000827334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001164684 Relative Rsd = 5.10904360057302e-07
BICGSTAB_SOLVER_TIME: 0.711579 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12064
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016346(s) Flops=1548951552 => 1524.03960068717 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219450.608432771 Mflops = 219.450608432771 Gflops = 0.219450608432771 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044069 s
InvBiCGStab: k = 27 resid = 2.075936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106934(s) Flops=180135936 => 1684.55249032113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242503.777346774 Mflops = 242.503777346774 Gflops = 0.242503777346774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057131 s
InvBiCGStab: k = 50 resid = 7.534019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199232(s) Flops=331057152 => 1661.66655958882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239214.464229389 Mflops = 239.214464229389 Gflops = 0.239214464229389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007569601 Relative Rsd = 3.32050659716998e-07
BICGSTAB_SOLVER_TIME: 0.411135 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048207 s
InvBiCGStab: k = 72 resid = 2.089896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277536(s) Flops=475416576 => 1712.99066067105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246637.486344355 Mflops = 246.637486344355 Gflops = 0.246637486344355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 109 resid = 1.072678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439884(s) Flops=718202880 => 1632.70971437925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235078.716934653 Mflops = 235.078716934653 Gflops = 0.235078716934653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001270805 Relative Rsd = 5.57455729597996e-07
BICGSTAB_SOLVER_TIME: 0.825548 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 59 resid = 1.704336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244282(s) Flops=390113280 => 1596.97922892395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229908.278160859 Mflops = 229.908278160859 Gflops = 0.229908278160859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063784 s
InvBiCGStab: k = 89 resid = 7.281114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337942(s) Flops=586967040 => 1736.88692142439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250076.192160448 Mflops = 250.076192160448 Gflops = 0.250076192160448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001079618 Relative Rsd = 4.73588685982148e-07
BICGSTAB_SOLVER_TIME: 0.691206 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04377 s
InvBiCGStab: k = 70 resid = 1.996806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282379(s) Flops=462292992 => 1637.13658593592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235710.216039455 Mflops = 235.710216039455 Gflops = 0.235710216039455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063534 s
InvBiCGStab: k = 99 resid = 5.531324e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427767(s) Flops=652584960 => 1525.56171934721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219653.294773442 Mflops = 219.653294773442 Gflops = 0.219653294773442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001156364 Relative Rsd = 5.07254489850876e-07
BICGSTAB_SOLVER_TIME: 0.821755 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047978 s
InvBiCGStab: k = 57 resid = 1.558474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24035(s) Flops=376989696 => 1568.50299979197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225803.764067748 Mflops = 225.803764067748 Gflops = 0.225803764067748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058141 s
InvBiCGStab: k = 104 resid = 1.145538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411235(s) Flops=685393920 => 1666.67214609651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239965.777622302 Mflops = 239.965777622302 Gflops = 0.239965777622302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001171419 Relative Rsd = 5.13858491629125e-07
BICGSTAB_SOLVER_TIME: 0.761665 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129621
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03565(s) Flops=1549246464 => 1495.91702216 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215398.073082786 Mflops = 215.398073082786 Gflops = 0.215398073082786 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172154000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042437 s
InvBiCGStab: k = 27 resid = 2.003697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110666(s) Flops=180135936 => 1627.74416713354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234202.842285424 Mflops = 234.202842285424 Gflops = 0.234202842285424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067556 s
InvBiCGStab: k = 55 resid = 1.108226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206149(s) Flops=363866112 => 1765.06367724316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254096.524256866 Mflops = 254.096524256866 Gflops = 0.254096524256866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007731566 Relative Rsd = 3.3915545134553e-07
BICGSTAB_SOLVER_TIME: 0.430706 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051082 s
InvBiCGStab: k = 52 resid = 1.898621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205887(s) Flops=344180736 => 1671.69727083303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240685.488694021 Mflops = 240.685488694021 Gflops = 0.240685488694021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069416 s
InvBiCGStab: k = 89 resid = 7.905037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339173(s) Flops=586967040 => 1730.58303579589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249154.846531414 Mflops = 249.154846531414 Gflops = 0.249154846531414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001096001 Relative Rsd = 4.807755680287e-07
BICGSTAB_SOLVER_TIME: 0.669503 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114933
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043481 s
InvBiCGStab: k = 57 resid = 1.512774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224119(s) Flops=376989696 => 1682.0961007322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242162.28321364 Mflops = 242.16228321364 Gflops = 0.24216228321364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057806 s
InvBiCGStab: k = 74 resid = 1.141681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27718(s) Flops=488540160 => 1762.53755682228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253747.48636119 Mflops = 253.74748636119 Gflops = 0.253747486361189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001052153 Relative Rsd = 4.61541080913177e-07
BICGSTAB_SOLVER_TIME: 0.60646 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043602 s
InvBiCGStab: k = 65 resid = 1.601945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250228(s) Flops=429484032 => 1716.37079783238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247112.824917306 Mflops = 247.112824917306 Gflops = 0.247112824917306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063591 s
InvBiCGStab: k = 97 resid = 1.031058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424471(s) Flops=639461376 => 1506.49013949127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216902.735194418 Mflops = 216.902735194418 Gflops = 0.216902735194418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001139076 Relative Rsd = 4.99670765105446e-07
BICGSTAB_SOLVER_TIME: 0.786077 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044895 s
InvBiCGStab: k = 60 resid = 1.863201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243191(s) Flops=396675072 => 1631.12562553713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234831.864532171 Mflops = 234.831864532171 Gflops = 0.234831864532171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057559 s
InvBiCGStab: k = 90 resid = 1.092139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357578(s) Flops=593528832 => 1659.8583581764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238972.836360821 Mflops = 238.972836360821 Gflops = 0.238972836360821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001060884 Relative Rsd = 4.65370911700074e-07
BICGSTAB_SOLVER_TIME: 0.709166 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122648
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015849(s) Flops=1555439616 => 1531.17206986471 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220675.371758163 Mflops = 220.675371758163 Gflops = 0.220675371758163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172885000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050229 s
InvBiCGStab: k = 28 resid = 1.787732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123678(s) Flops=186697728 => 1509.54679086014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217299.579191492 Mflops = 217.299579191492 Gflops = 0.217299579191492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061325 s
InvBiCGStab: k = 53 resid = 8.878271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207604(s) Flops=350742528 => 1689.47866129747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243217.832088546 Mflops = 243.217832088546 Gflops = 0.243217832088546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007533032 Relative Rsd = 3.30446513367947e-07
BICGSTAB_SOLVER_TIME: 0.446946 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043051 s
InvBiCGStab: k = 56 resid = 2.257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221312(s) Flops=370427904 => 1673.78137651822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240976.049307914 Mflops = 240.976049307914 Gflops = 0.240976049307914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063829 s
InvBiCGStab: k = 100 resid = 9.852217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379402(s) Flops=659146752 => 1737.330725721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250128.267066366 Mflops = 250.128267066366 Gflops = 0.250128267066365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001162204 Relative Rsd = 5.09816170497352e-07
BICGSTAB_SOLVER_TIME: 0.711459 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043369 s
InvBiCGStab: k = 56 resid = 1.950544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208557(s) Flops=370427904 => 1776.14706770811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255705.747571178 Mflops = 255.705747571178 Gflops = 0.255705747571178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06985 s
InvBiCGStab: k = 76 resid = 7.318117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285378(s) Flops=501663744 => 1757.89214305237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253077.887756896 Mflops = 253.077887756897 Gflops = 0.253077887756896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001035657 Relative Rsd = 4.5430461267944e-07
BICGSTAB_SOLVER_TIME: 0.610979 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 69 resid = 2.052309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262526(s) Flops=455731200 => 1735.94691573406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249914.544687747 Mflops = 249.914544687747 Gflops = 0.249914544687747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057625 s
InvBiCGStab: k = 91 resid = 1.133914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357395(s) Flops=600090624 => 1679.06832496258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241733.696868166 Mflops = 241.733696868166 Gflops = 0.241733696868166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001144805 Relative Rsd = 5.02184085175956e-07
BICGSTAB_SOLVER_TIME: 0.72236 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043305 s
InvBiCGStab: k = 53 resid = 1.653656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221545(s) Flops=350742528 => 1583.16607461238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227918.168296935 Mflops = 227.918168296935 Gflops = 0.227918168296935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065134 s
InvBiCGStab: k = 97 resid = 9.298366e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427744(s) Flops=639461376 => 1494.96281888232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215237.794102369 Mflops = 215.237794102369 Gflops = 0.215237794102369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00111975 Relative Rsd = 4.91193110178078e-07
BICGSTAB_SOLVER_TIME: 0.76174 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121494
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053986(s) Flops=1555734528 => 1476.0485699051 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212529.358183302 Mflops = 212.529358183302 Gflops = 0.212529358183302 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172786000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02133
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.235952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940438(s) Flops=1479370752 => 1573.06569066754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226461.493586614 Mflops = 226.461493586614 Gflops = 0.226461493586614 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 9.13205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.066674(s) Flops=1787774976 => 1676.02751731082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241337.897394537 Mflops = 241.337897394537 Gflops = 0.241337897394537 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.002198589 Relative Rsd = 9.67947715362766e-07
BICGSTAB_SOLVER_TIME: 2.010577 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.117081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354953000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.815883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782343(s) Flops=1321887744 => 1689.65242099693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243233.73531578 Mflops = 243.23373531578 Gflops = 0.24323373531578 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.020382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.923896(s) Flops=1472808960 => 1594.12851662958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229544.368154264 Mflops = 229.544368154264 Gflops = 0.229544368154264 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.001922984 Relative Rsd = 8.44828319286587e-07
BICGSTAB_SOLVER_TIME: 1.709643 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.128571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303810999999999
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012565(s) Flops=1555734528 => 1536.42929392187 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221247.352885775 Mflops = 221.247352885775 Gflops = 0.221247352885775 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173484000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021363
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050188 s
InvBiCGStab: k = 33 resid = 1.379293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121497(s) Flops=219506688 => 1806.68401688931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260055.71529903 Mflops = 260.05571529903 Gflops = 0.26005571529903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058177 s
InvBiCGStab: k = 51 resid = 8.539553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232229(s) Flops=337618944 => 1453.81904930047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209291.056874485 Mflops = 209.291056874485 Gflops = 0.209291056874485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007880325 Relative Rsd = 3.4568096293871e-07
BICGSTAB_SOLVER_TIME: 0.466238 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04627 s
InvBiCGStab: k = 77 resid = 2.218835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349152(s) Flops=508225536 => 1455.59967005774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209581.987824331 Mflops = 209.581987824331 Gflops = 0.209581987824331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06049 s
InvBiCGStab: k = 106 resid = 1.100156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428363(s) Flops=698517504 => 1630.66722382652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234781.786565382 Mflops = 234.781786565382 Gflops = 0.234781786565382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001261066 Relative Rsd = 5.53183504228629e-07
BICGSTAB_SOLVER_TIME: 0.889613 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145008
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 53 resid = 2.216862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197058(s) Flops=350742528 => 1779.89489388911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256240.688139709 Mflops = 256.240688139709 Gflops = 0.256240688139709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060454 s
InvBiCGStab: k = 91 resid = 9.713607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359506(s) Flops=600090624 => 1669.20892558121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240332.12617624 Mflops = 240.33212617624 Gflops = 0.24033212617624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001158081 Relative Rsd = 5.0800767901131e-07
BICGSTAB_SOLVER_TIME: 0.662079 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051951 s
InvBiCGStab: k = 79 resid = 2.050591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296604(s) Flops=521349120 => 1757.72787959704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253077.950023677 Mflops = 253.077950023677 Gflops = 0.253077950023678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057339 s
InvBiCGStab: k = 99 resid = 9.175848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386819(s) Flops=652584960 => 1687.0550826097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242898.874845127 Mflops = 242.898874845127 Gflops = 0.242898874845127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001159345 Relative Rsd = 5.08562012751667e-07
BICGSTAB_SOLVER_TIME: 0.796643 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044121 s
InvBiCGStab: k = 62 resid = 1.471021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229098(s) Flops=409798656 => 1788.74829112432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257524.400967155 Mflops = 257.524400967155 Gflops = 0.257524400967155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060843 s
InvBiCGStab: k = 90 resid = 1.106534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386463(s) Flops=593528832 => 1535.79730012964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221114.844234559 Mflops = 221.114844234559 Gflops = 0.221114844234559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001088533 Relative Rsd = 4.77499356042282e-07
BICGSTAB_SOLVER_TIME: 0.724731 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122782
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064737(s) Flops=1568047104 => 1472.70838150642 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212054.365957291 Mflops = 212.054365957291 Gflops = 0.212054365957291 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174244000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040891 s
InvBiCGStab: k = 26 resid = 1.541666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105989(s) Flops=173574144 => 1637.66187057147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235722.923610703 Mflops = 235.722923610703 Gflops = 0.235722923610703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057001 s
InvBiCGStab: k = 52 resid = 1.119923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215462(s) Flops=344180736 => 1597.40806267462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229964.983180482 Mflops = 229.964983180482 Gflops = 0.229964983180482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007745831 Relative Rsd = 3.39781202472886e-07
BICGSTAB_SOLVER_TIME: 0.423227 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04763 s
InvBiCGStab: k = 76 resid = 1.805757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314405(s) Flops=501663744 => 1595.59722014599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229724.260673848 Mflops = 229.724260673848 Gflops = 0.229724260673848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067034 s
InvBiCGStab: k = 105 resid = 1.150564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43525(s) Flops=691955712 => 1589.78911430213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228888.844116255 Mflops = 228.888844116255 Gflops = 0.228888844116255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001266165 Relative Rsd = 5.55420142566734e-07
BICGSTAB_SOLVER_TIME: 0.868128 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050811 s
InvBiCGStab: k = 57 resid = 1.922954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241469(s) Flops=376989696 => 1561.23434478132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224759.758137263 Mflops = 224.759758137263 Gflops = 0.224759758137263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063545 s
InvBiCGStab: k = 83 resid = 1.102557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341235(s) Flops=547596288 => 1604.74830542002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231036.936096284 Mflops = 231.036936096284 Gflops = 0.231036936096284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001113784 Relative Rsd = 4.88576123825401e-07
BICGSTAB_SOLVER_TIME: 0.703229 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 61 resid = 2.232611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247777(s) Flops=403236864 => 1627.41846095481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234310.64273298 Mflops = 234.31064273298 Gflops = 0.23431064273298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059409 s
InvBiCGStab: k = 100 resid = 1.109575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393366(s) Flops=659146752 => 1675.65766232974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241251.72571611 Mflops = 241.25172571611 Gflops = 0.24125172571611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001132384 Relative Rsd = 4.96735273037559e-07
BICGSTAB_SOLVER_TIME: 0.746501 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045207 s
InvBiCGStab: k = 57 resid = 1.50397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226624(s) Flops=376989696 => 1663.50296526405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239502.396311607 Mflops = 239.502396311607 Gflops = 0.239502396311607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057441 s
InvBiCGStab: k = 90 resid = 1.013159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356379(s) Flops=593528832 => 1665.4427786149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239784.796410237 Mflops = 239.784796410237 Gflops = 0.239784796410237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001117807 Relative Rsd = 4.90340799710409e-07
BICGSTAB_SOLVER_TIME: 0.689376 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119136
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.09429(s) Flops=1574313984 => 1438.66249714427 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207152.733917827 Mflops = 207.152733917827 Gflops = 0.207152733917827 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174807000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040754 s
InvBiCGStab: k = 30 resid = 1.510255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119351(s) Flops=199821312 => 1674.23240693417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240976.058261821 Mflops = 240.976058261821 Gflops = 0.240976058261821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 47 resid = 9.990482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182971(s) Flops=311371776 => 1701.75479174295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244974.710318696 Mflops = 244.974710318696 Gflops = 0.244974710318696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007175812 Relative Rsd = 3.14776563277815e-07
BICGSTAB_SOLVER_TIME: 0.403503 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04415 s
InvBiCGStab: k = 51 resid = 2.142714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195932(s) Flops=337618944 => 1723.14345793439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248054.877410507 Mflops = 248.054877410507 Gflops = 0.248054877410507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066306 s
InvBiCGStab: k = 95 resid = 1.115425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432872(s) Flops=626337792 => 1446.93533423275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208328.849523868 Mflops = 208.328849523868 Gflops = 0.208328849523868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001086601 Relative Rsd = 4.76652050153752e-07
BICGSTAB_SOLVER_TIME: 0.74964 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045216 s
InvBiCGStab: k = 56 resid = 1.753557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230137(s) Flops=370427904 => 1609.59734419063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231738.431792811 Mflops = 231.738431792811 Gflops = 0.231738431792811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061757 s
InvBiCGStab: k = 95 resid = 9.991165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37322(s) Flops=626337792 => 1678.19996784738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241614.759860954 Mflops = 241.614759860954 Gflops = 0.241614759860954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001093559 Relative Rsd = 4.79704332757262e-07
BICGSTAB_SOLVER_TIME: 0.714231 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046839 s
InvBiCGStab: k = 64 resid = 2.134651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248514(s) Flops=422922240 => 1701.80448586398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245004.582127025 Mflops = 245.004582127025 Gflops = 0.245004582127025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0578 s
InvBiCGStab: k = 96 resid = 1.062207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376422(s) Flops=632899584 => 1681.35652007587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242073.051386735 Mflops = 242.073051386735 Gflops = 0.242073051386735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001147796 Relative Rsd = 5.03495897716009e-07
BICGSTAB_SOLVER_TIME: 0.733374 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042021 s
InvBiCGStab: k = 55 resid = 2.008159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210997(s) Flops=363866112 => 1724.50846220562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248279.666730365 Mflops = 248.279666730365 Gflops = 0.248279666730365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058254 s
InvBiCGStab: k = 87 resid = 8.958299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338081(s) Flops=573843456 => 1697.35494156726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244382.994538593 Mflops = 244.382994538593 Gflops = 0.244382994538593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001078729 Relative Rsd = 4.73198890547772e-07
BICGSTAB_SOLVER_TIME: 0.653224 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115968
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.151523(s) Flops=1580433408 => 1372.47228930729 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197624.931848179 Mflops = 197.624931848179 Gflops = 0.197624931848179 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175347000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021386
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044865 s
InvBiCGStab: k = 28 resid = 1.62061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122636(s) Flops=186697728 => 1522.37294106135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219112.282240732 Mflops = 219.112282240732 Gflops = 0.219112282240732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057548 s
InvBiCGStab: k = 50 resid = 9.193877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193482(s) Flops=331057152 => 1711.04884175272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246331.178237113 Mflops = 246.331178237113 Gflops = 0.246331178237113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007814666 Relative Rsd = 3.42800751043456e-07
BICGSTAB_SOLVER_TIME: 0.422398 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041284 s
InvBiCGStab: k = 51 resid = 1.834241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18805(s) Flops=337618944 => 1795.36795533103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258474.273690256 Mflops = 258.474273690256 Gflops = 0.258474273690256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060222 s
InvBiCGStab: k = 98 resid = 9.861952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409371(s) Flops=646023168 => 1578.08728024213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227199.529057167 Mflops = 227.199529057167 Gflops = 0.227199529057167 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001175781 Relative Rsd = 5.15771875008552e-07
BICGSTAB_SOLVER_TIME: 0.703205 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044954 s
InvBiCGStab: k = 57 resid = 1.880637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278131(s) Flops=376989696 => 1355.43932894931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195156.902185569 Mflops = 195.156902185569 Gflops = 0.195156902185569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067985 s
InvBiCGStab: k = 96 resid = 8.170571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36099(s) Flops=632899584 => 1753.23300922463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252431.799423156 Mflops = 252.431799423156 Gflops = 0.252431799423156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001077471 Relative Rsd = 4.72647161231254e-07
BICGSTAB_SOLVER_TIME: 0.755969 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 62 resid = 2.234995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231954(s) Flops=409798656 => 1766.72381592902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254347.363983495 Mflops = 254.347363983495 Gflops = 0.254347363983495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 87 resid = 1.135652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320414(s) Flops=573843456 => 1790.94376650209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257841.142955803 Mflops = 257.841142955803 Gflops = 0.257841142955803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001144592 Relative Rsd = 5.02090428052067e-07
BICGSTAB_SOLVER_TIME: 0.65392 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050018 s
InvBiCGStab: k = 54 resid = 2.122078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21667(s) Flops=357304320 => 1649.07149120783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237405.019551402 Mflops = 237.405019551402 Gflops = 0.237405019551402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059297 s
InvBiCGStab: k = 77 resid = 1.047176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299495(s) Flops=508225536 => 1696.94163842468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244318.394093495 Mflops = 244.318394093495 Gflops = 0.244318394093495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001044925 Relative Rsd = 4.5837047576002e-07
BICGSTAB_SOLVER_TIME: 0.629363 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107849
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.085847(s) Flops=1580064768 => 1455.14494030927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209540.394911152 Mflops = 209.540394911152 Gflops = 0.209540394911152 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175765000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.057033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876373(s) Flops=1492494336 => 1703.03550657083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245175.102784356 Mflops = 245.175102784356 Gflops = 0.245175102784356 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.056893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.107383(s) Flops=1787774976 => 1614.41432277721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232466.895217128 Mflops = 232.466895217128 Gflops = 0.232466895217128 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.002202 Relative Rsd = 9.69421590568084e-07
BICGSTAB_SOLVER_TIME: 1.987822 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0.127275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355866999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.966102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787536(s) Flops=1341573120 => 1703.50703967819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245314.157551691 Mflops = 245.314157551691 Gflops = 0.245314157551691 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.147394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842163(s) Flops=1453123584 => 1725.46595374055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248452.842263208 Mflops = 248.452842263208 Gflops = 0.248452842263208 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002007565 Relative Rsd = 8.81949256519063e-07
BICGSTAB_SOLVER_TIME: 1.633087 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.116158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303564999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062593(s) Flops=1580064768 => 1486.98962631977 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214109.046040633 Mflops = 214.109046040633 Gflops = 0.214109046040633 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175417000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040848 s
InvBiCGStab: k = 26 resid = 2.141541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104668(s) Flops=173574144 => 1658.33056903734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238695.016771411 Mflops = 238.695016771411 Gflops = 0.238695016771411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069643 s
InvBiCGStab: k = 56 resid = 1.096021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205056(s) Flops=370427904 => 1806.47191011236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.240775896 Mflops = 260.056240775896 Gflops = 0.260056240775896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007780116 Relative Rsd = 3.41285155104887e-07
BICGSTAB_SOLVER_TIME: 0.424011 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04946 s
InvBiCGStab: k = 85 resid = 2.240257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320471(s) Flops=560719872 => 1749.67429814242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251908.872319979 Mflops = 251.908872319979 Gflops = 0.251908872319979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057811 s
InvBiCGStab: k = 104 resid = 1.020975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402272(s) Flops=685393920 => 1703.80717524461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245303.320395685 Mflops = 245.303320395685 Gflops = 0.245303320395685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001279838 Relative Rsd = 5.6141818173208e-07
BICGSTAB_SOLVER_TIME: 0.83383 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149338999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042391 s
InvBiCGStab: k = 53 resid = 2.271815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205208(s) Flops=350742528 => 1709.20494327707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246065.789988253 Mflops = 246.065789988253 Gflops = 0.246065789988253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065843 s
InvBiCGStab: k = 87 resid = 1.144981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376506(s) Flops=573843456 => 1524.12831668021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219436.448493632 Mflops = 219.436448493632 Gflops = 0.219436448493632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001104734 Relative Rsd = 4.84606420158279e-07
BICGSTAB_SOLVER_TIME: 0.693761 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045346 s
InvBiCGStab: k = 65 resid = 2.113588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256578(s) Flops=429484032 => 1673.89266421907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240996.411073134 Mflops = 240.996411073134 Gflops = 0.240996411073134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057716 s
InvBiCGStab: k = 108 resid = 1.088893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441985(s) Flops=711641088 => 1610.10235188977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231831.018653487 Mflops = 231.831018653487 Gflops = 0.231831018653487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001197454 Relative Rsd = 5.25279298694491e-07
BICGSTAB_SOLVER_TIME: 0.805721 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041823 s
InvBiCGStab: k = 60 resid = 2.263793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232794(s) Flops=396675072 => 1703.97463852161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245330.823449959 Mflops = 245.330823449959 Gflops = 0.245330823449959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 92 resid = 7.622287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352876(s) Flops=606652416 => 1719.16598465183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247515.751166704 Mflops = 247.515751166704 Gflops = 0.247515751166704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001131731 Relative Rsd = 4.96449092818217e-07
BICGSTAB_SOLVER_TIME: 0.688353 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122717
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006735(s) Flops=1523367936 => 1513.17669098621 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217889.352690321 Mflops = 217.889352690321 Gflops = 0.217889352690321 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169521000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047407 s
InvBiCGStab: k = 25 resid = 2.090504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101249(s) Flops=167012352 => 1649.52100267657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237410.999623871 Mflops = 237.410999623871 Gflops = 0.237410999623871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057284 s
InvBiCGStab: k = 64 resid = 1.072064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234912(s) Flops=422922240 => 1800.34327748263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259168.128374137 Mflops = 259.168128374137 Gflops = 0.259168128374137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.000750691 Relative Rsd = 3.29300617946496e-07
BICGSTAB_SOLVER_TIME: 0.444609 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0779960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041397 s
InvBiCGStab: k = 76 resid = 1.215392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279909(s) Flops=501663744 => 1792.23870615093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258035.301617383 Mflops = 258.035301617383 Gflops = 0.258035301617383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 102 resid = 1.090631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412983(s) Flops=672270336 => 1627.84021618323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234374.337253684 Mflops = 234.374337253684 Gflops = 0.234374337253684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001276502 Relative Rsd = 5.59954597669564e-07
BICGSTAB_SOLVER_TIME: 0.794875 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041757 s
InvBiCGStab: k = 56 resid = 1.903725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229789(s) Flops=370427904 => 1612.03497121272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232176.783049068 Mflops = 232.176783049068 Gflops = 0.232176783049068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067955 s
InvBiCGStab: k = 83 resid = 7.204212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380733(s) Flops=547596288 => 1438.26851888331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207083.06361784 Mflops = 207.08306361784 Gflops = 0.20708306361784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001104797 Relative Rsd = 4.84634098544946e-07
BICGSTAB_SOLVER_TIME: 0.724554 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055935 s
InvBiCGStab: k = 66 resid = 2.051323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294052(s) Flops=436045824 => 1482.88678192973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213514.100620483 Mflops = 213.514100620483 Gflops = 0.213514100620483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06164 s
InvBiCGStab: k = 102 resid = 1.02417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41084(s) Flops=672270336 => 1636.3312627787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235607.493582256 Mflops = 235.607493582256 Gflops = 0.235607493582256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001201123 Relative Rsd = 5.26888730491918e-07
BICGSTAB_SOLVER_TIME: 0.826909 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 72 resid = 1.099174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331524(s) Flops=475416576 => 1434.03366272125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206476.571341008 Mflops = 206.476571341008 Gflops = 0.206476571341008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057675 s
InvBiCGStab: k = 92 resid = 1.082661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341158(s) Flops=606652416 => 1778.21541924856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256016.665528811 Mflops = 256.016665528811 Gflops = 0.256016665528811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001160979 Relative Rsd = 5.09278995314044e-07
BICGSTAB_SOLVER_TIME: 0.775108 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131645
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985759(s) Flops=1535754240 => 1557.94087601533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224331.222170762 Mflops = 224.331222170762 Gflops = 0.224331222170762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170657000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043456 s
InvBiCGStab: k = 27 resid = 2.123875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104421(s) Flops=180135936 => 1725.09299853478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248292.471537731 Mflops = 248.292471537731 Gflops = 0.248292471537731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056577 s
InvBiCGStab: k = 47 resid = 9.415791e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174685(s) Flops=311371776 => 1782.47574777457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256565.813924981 Mflops = 256.565813924981 Gflops = 0.256565813924981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007594467 Relative Rsd = 3.33141428167219e-07
BICGSTAB_SOLVER_TIME: 0.383012 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670600000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048655 s
InvBiCGStab: k = 51 resid = 2.240512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195677(s) Flops=337618944 => 1725.38900330647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248367.467464962 Mflops = 248.367467464962 Gflops = 0.248367467464962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07485 s
InvBiCGStab: k = 96 resid = 6.301666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401363(s) Flops=632899584 => 1576.8757558619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227038.451108203 Mflops = 227.038451108203 Gflops = 0.227038451108203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001104456 Relative Rsd = 4.84484216506444e-07
BICGSTAB_SOLVER_TIME: 0.724452 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044978 s
InvBiCGStab: k = 55 resid = 2.117315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211854(s) Flops=363866112 => 1717.53241383217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247253.6777449 Mflops = 247.2536777449 Gflops = 0.2472536777449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056856 s
InvBiCGStab: k = 91 resid = 1.046287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361522(s) Flops=600090624 => 1659.90070867057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238982.504809643 Mflops = 238.982504809643 Gflops = 0.238982504809643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001087505 Relative Rsd = 4.77048739651226e-07
BICGSTAB_SOLVER_TIME: 0.679156 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054212 s
InvBiCGStab: k = 61 resid = 2.224587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233882(s) Flops=403236864 => 1724.10388144449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248206.334782645 Mflops = 248.206334782645 Gflops = 0.248206334782645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05859 s
InvBiCGStab: k = 85 resid = 1.093293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353239(s) Flops=560719872 => 1587.36683095581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228538.136615641 Mflops = 228.538136615641 Gflops = 0.228538136615641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00114543 Relative Rsd = 5.02458264618791e-07
BICGSTAB_SOLVER_TIME: 0.704382 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044971 s
InvBiCGStab: k = 53 resid = 1.763771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234538(s) Flops=350742528 => 1495.46140923859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215305.145999323 Mflops = 215.305145999323 Gflops = 0.215305145999323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065158 s
InvBiCGStab: k = 87 resid = 1.025615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355371(s) Flops=573843456 => 1614.7728880522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232481.547889177 Mflops = 232.481547889177 Gflops = 0.232481547889177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001092175 Relative Rsd = 4.79097093466007e-07
BICGSTAB_SOLVER_TIME: 0.704224 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114219
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981509(s) Flops=1573871616 => 1603.52234773191 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230908.773312631 Mflops = 230.908773312631 Gflops = 0.230908773312631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175275000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044547 s
InvBiCGStab: k = 30 resid = 1.591023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124909(s) Flops=199821312 => 1599.7351031551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230283.259047905 Mflops = 230.283259047905 Gflops = 0.230283259047905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060986 s
InvBiCGStab: k = 45 resid = 1.039079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196695(s) Flops=298248192 => 1516.29778082819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218263.418124804 Mflops = 218.263418124804 Gflops = 0.218263418124804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007499772 Relative Rsd = 3.28987525347497e-07
BICGSTAB_SOLVER_TIME: 0.431414 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042015 s
InvBiCGStab: k = 59 resid = 2.008954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221346(s) Flops=390113280 => 1762.45913637473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253739.839329417 Mflops = 253.739839329417 Gflops = 0.253739839329417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058317 s
InvBiCGStab: k = 87 resid = 9.154505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346019(s) Flops=573843456 => 1658.41602917759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238766.102263373 Mflops = 238.766102263373 Gflops = 0.238766102263373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001159274 Relative Rsd = 5.08531219269821e-07
BICGSTAB_SOLVER_TIME: 0.671485 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118971
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046343 s
InvBiCGStab: k = 55 resid = 1.84587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23892(s) Flops=363866112 => 1522.96212958312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219263.757662017 Mflops = 219.263757662017 Gflops = 0.219263757662017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 73 resid = 1.076259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274375(s) Flops=481978368 => 1756.64097676538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252901.438554287 Mflops = 252.901438554287 Gflops = 0.252901438554287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001047276 Relative Rsd = 4.59401572264077e-07
BICGSTAB_SOLVER_TIME: 0.619785 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041027 s
InvBiCGStab: k = 63 resid = 2.249374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244643(s) Flops=416360448 => 1701.91032647572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245022.992510658 Mflops = 245.022992510658 Gflops = 0.245022992510658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060087 s
InvBiCGStab: k = 93 resid = 1.050034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390104(s) Flops=613214208 => 1571.9249430921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226319.985533877 Mflops = 226.319985533877 Gflops = 0.226319985533877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001150982 Relative Rsd = 5.04893400907036e-07
BICGSTAB_SOLVER_TIME: 0.739802 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126076000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043135 s
InvBiCGStab: k = 56 resid = 2.17801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250903(s) Flops=370427904 => 1476.37893528575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212558.371679358 Mflops = 212.558371679358 Gflops = 0.212558371679358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067586 s
InvBiCGStab: k = 87 resid = 1.076691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392643(s) Flops=573843456 => 1461.48907786463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210420.333926088 Mflops = 210.420333926088 Gflops = 0.210420333926088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001081814 Relative Rsd = 4.74552220667827e-07
BICGSTAB_SOLVER_TIME: 0.759131 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116131
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.040324(s) Flops=1574166528 => 1513.15025703531 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217896.149694601 Mflops = 217.896149694601 Gflops = 0.217896149694601 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175417000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021577
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.551619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.925288(s) Flops=1525303296 => 1648.4632849448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237333.547516954 Mflops = 237.333547516954 Gflops = 0.237333547516954 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 282 resid = 1.066952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.072048(s) Flops=1853392896 => 1728.83387311016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248942.968234031 Mflops = 248.942968234031 Gflops = 0.248942968234031 Tflops
BICGSTAB_SOLVER: 514 iterations. Rsd = 0.00218788 Relative Rsd = 9.6319099663219e-07
BICGSTAB_SOLVER_TIME: 2.000769 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.120717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368087
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.900497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782618(s) Flops=1341573120 => 1714.21193992471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246782.981571734 Mflops = 246.782981571734 Gflops = 0.246782981571734 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 8.243951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.124685(s) Flops=1689348096 => 1502.06332973232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216288.030177685 Mflops = 216.288030177685 Gflops = 0.216288030177685 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002028637 Relative Rsd = 8.91176136616211e-07
BICGSTAB_SOLVER_TIME: 1.911061 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.124113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328791999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 341 resid = 1.791063e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.357626(s) Flops=2240538624 => 1650.33567713052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237561.137738862 Mflops = 237.561137738862 Gflops = 0.237561137738862 Tflops
InvBiCGStab: k = 383 resid = 8.917753e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.477763(s) Flops=2516133888 => 1702.66401851988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245175.916523863 Mflops = 245.175916523863 Gflops = 0.245175916523863 Tflops
BICGSTAB_SOLVER: 724 iterations. Rsd = 0.002185315 Relative Rsd = 9.62061843134116e-07
BICGSTAB_SOLVER_TIME: 2.840761 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.517225999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 293 resid = 2.12062e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.192898(s) Flops=1925572608 => 1614.19719707804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232429.772564479 Mflops = 232.429772564479 Gflops = 0.232429772564479 Tflops
InvBiCGStab: k = 315 resid = 9.864609e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.295615(s) Flops=2069932032 => 1597.64438664264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230053.420345639 Mflops = 230.053420345639 Gflops = 0.230053420345639 Tflops
BICGSTAB_SOLVER: 608 iterations. Rsd = 0.001985781 Relative Rsd = 8.72349591098302e-07
BICGSTAB_SOLVER_TIME: 2.493282 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.434906999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 249 resid = 1.557951e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.015099(s) Flops=1636853760 => 1612.50652399421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232141.17743542 Mflops = 232.14117743542 Gflops = 0.23214117743542 Tflops
InvBiCGStab: k = 282 resid = 1.000495e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.248172(s) Flops=1853392896 => 1484.88581381412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213817.567483175 Mflops = 213.817567483175 Gflops = 0.213817567483175 Tflops
BICGSTAB_SOLVER: 531 iterations. Rsd = 0.001896637 Relative Rsd = 8.31985186569929e-07
BICGSTAB_SOLVER_TIME: 2.268519 sec
2Flav::invert,  n_count = 531
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378186000000002
MInvCG2: 356 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.525145(s) Flops=2295465984 => 1505.08049005177 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216735.524232387 Mflops = 216.735524232387 Gflops = 0.216735524232387 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255635000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.172774232903976
AccProb = 0.841327537479618
AcceptP = 0
After HMC trajectory call: time= 470.152077 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.06225 secs
Doing Update: 2762 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 299 resid = 1.703626e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.158498(s) Flops=1964943360 => 1696.11286338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244226.677889944 Mflops = 244.226677889944 Gflops = 0.244226677889944 Tflops
InvBiCGStab: k = 316 resid = 1.040744e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.258842(s) Flops=2076493824 => 1649.52696525855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237525.132256725 Mflops = 237.525132256725 Gflops = 0.237525132256725 Tflops
BICGSTAB_SOLVER: 615 iterations. Rsd = 0.002007708 Relative Rsd = 8.84055684510058e-07
BICGSTAB_SOLVER_TIME: 2.422687 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.442354999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000382
InvBiCGStab: k = 235 resid = 1.98851e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893515(s) Flops=1544988672 => 1729.11330195912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249004.192042812 Mflops = 249.004192042812 Gflops = 0.249004192042812 Tflops
InvBiCGStab: k = 262 resid = 9.884703e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.04696(s) Flops=1722157056 => 1644.91198899671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236858.165506425 Mflops = 236.858165506425 Gflops = 0.236858165506425 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.002074688 Relative Rsd = 9.12260366898412e-07
BICGSTAB_SOLVER_TIME: 1.945443 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357637999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 388 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.768433(s) Flops=2490845184 => 1408.50412992746 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202825.771133037 Mflops = 202.825771133037 Gflops = 0.202825771133037 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277310000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 306 resid = 5.791949e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.186118(s) Flops=2010875904 => 1695.34220372678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244098.176577135 Mflops = 244.098176577135 Gflops = 0.244098176577135 Tflops
InvBiCGStab: k = 355 resid = 9.894953e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.368768(s) Flops=2332403712 => 1704.01683265535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245372.245491113 Mflops = 245.372245491113 Gflops = 0.245372245491113 Tflops
BICGSTAB_SOLVER: 661 iterations. Rsd = 0.002201701 Relative Rsd = 9.69476504031168e-07
BICGSTAB_SOLVER_TIME: 2.560461 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.472442999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 271 resid = 2.039785e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.074701(s) Flops=1781213184 => 1657.40348617895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238627.698883872 Mflops = 238.627698883872 Gflops = 0.238627698883872 Tflops
InvBiCGStab: k = 337 resid = 1.121837e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.266773(s) Flops=2214291456 => 1747.97809552303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251701.318810762 Mflops = 251.701318810763 Gflops = 0.251701318810763 Tflops
BICGSTAB_SOLVER: 608 iterations. Rsd = 0.002167224 Relative Rsd = 9.52949016890485e-07
BICGSTAB_SOLVER_TIME: 2.346559 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.434548999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 231 resid = 2.17496e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918395(s) Flops=1518741504 => 1653.69095432793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238100.92069573 Mflops = 238.10092069573 Gflops = 0.23810092069573 Tflops
InvBiCGStab: k = 242 resid = 1.072469e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.064395(s) Flops=1590921216 => 1494.67182389996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215225.942101326 Mflops = 215.225942101326 Gflops = 0.215225942101326 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.002030764 Relative Rsd = 8.9086390421976e-07
BICGSTAB_SOLVER_TIME: 1.988198 sec
2Flav::invert,  n_count = 473
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337475000000001
MInvCG2: 364 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.580686(s) Flops=2344716288 => 1483.35361229238 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213607.169614531 Mflops = 213.607169614531 Gflops = 0.213607169614531 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261388000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.848104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714083(s) Flops=1289078784 => 1805.22261977949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.61305991 Mflops = 259.87461305991 Gflops = 0.25987461305991 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.117337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.014327(s) Flops=1663100928 => 1639.61023220322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236095.104521572 Mflops = 236.095104521572 Gflops = 0.236095104521572 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002163589 Relative Rsd = 9.52694596719158e-07
BICGSTAB_SOLVER_TIME: 1.731743 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0.122478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320354999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 2.094202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.630789(s) Flops=1118472192 => 1773.13204891017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255321.689478527 Mflops = 255.321689478527 Gflops = 0.255321689478527 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.131583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801768(s) Flops=1433438208 => 1787.84661897207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257435.658305911 Mflops = 257.435658305911 Gflops = 0.257435658305911 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.002116016 Relative Rsd = 9.30432541602975e-07
BICGSTAB_SOLVER_TIME: 1.435928 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.122946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276968999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.046602(s) Flops=1511424000 => 1444.12489179268 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208135.050430799 Mflops = 208.135050430799 Gflops = 0.208135050430799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167927000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.457784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 154 resid = 2.04612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.597195(s) Flops=1013483520 => 1697.07301635144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244294.40797937 Mflops = 244.29440797937 Gflops = 0.24429440797937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 3e-05 s
InvBiCGStab: k = 173 resid = 1.022921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636012(s) Flops=1138157568 => 1789.52215995925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257661.420378776 Mflops = 257.661420378776 Gflops = 0.257661420378776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 327 iterations. Rsd = 0.002009829 Relative Rsd = 8.81679963490613e-07
BICGSTAB_SOLVER_TIME: 1.237042 sec
2Flav::invert,  n_count = 327
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.235759999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00011 s
InvBiCGStab: k = 130 resid = 2.109039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.487229(s) Flops=856000512 => 1756.87512853299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252896.100814115 Mflops = 252.896100814115 Gflops = 0.252896100814115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8e-05 s
InvBiCGStab: k = 157 resid = 1.020843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663098(s) Flops=1033168896 => 1558.09382021964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224326.664306926 Mflops = 224.326664306926 Gflops = 0.224326664306926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 287 iterations. Rsd = 0.001568641 Relative Rsd = 6.88137931989432e-07
BICGSTAB_SOLVER_TIME: 1.154759 sec
2Flav::invert,  n_count = 287
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206377999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.00573 s
InvBiCGStab: k = 100 resid = 1.143637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386704(s) Flops=659146752 => 1704.52530100542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245414.513059461 Mflops = 245.414513059461 Gflops = 0.245414513059461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007488 s
InvBiCGStab: k = 160 resid = 8.33185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.590901(s) Flops=1052854272 => 1781.77778003422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256543.538134655 Mflops = 256.543538134655 Gflops = 0.256543538134655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 260 iterations. Rsd = 0.001512557 Relative Rsd = 6.63534968211966e-07
BICGSTAB_SOLVER_TIME: 0.99465 sec
2Flav::invert,  n_count = 260
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189526999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007605 s
InvBiCGStab: k = 86 resid = 2.147397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320441(s) Flops=567281664 => 1770.31548397365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254884.962840907 Mflops = 254.884962840907 Gflops = 0.254884962840907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011079 s
InvBiCGStab: k = 123 resid = 1.09284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.488031(s) Flops=810067968 => 1659.86990170706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238988.452657881 Mflops = 238.988452657881 Gflops = 0.238988452657881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001414233 Relative Rsd = 6.20401415364863e-07
BICGSTAB_SOLVER_TIME: 0.83101 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154264999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010163 s
InvBiCGStab: k = 93 resid = 1.288803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346565(s) Flops=613214208 => 1769.40605081298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254759.508255718 Mflops = 254.759508255718 Gflops = 0.254759508255718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.017338 s
InvBiCGStab: k = 119 resid = 1.126846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.504257(s) Flops=783820800 => 1554.40737560411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223802.555620824 Mflops = 223.802555620824 Gflops = 0.223802555620824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001352318 Relative Rsd = 5.93240479573287e-07
BICGSTAB_SOLVER_TIME: 0.88257 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157297999999999
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017935(s) Flops=1498890240 => 1472.48128809796 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212024.912707215 Mflops = 212.024912707215 Gflops = 0.212024912707215 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021161
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013412 s
InvBiCGStab: k = 31 resid = 1.378564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115307(s) Flops=206383104 => 1789.85754550895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257637.575861894 Mflops = 257.637575861894 Gflops = 0.257637575861894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019506 s
InvBiCGStab: k = 46 resid = 1.0952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170059(s) Flops=304809984 => 1792.37784533603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257980.575872397 Mflops = 257.980575872397 Gflops = 0.257980575872397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007552689 Relative Rsd = 3.31324506761102e-07
BICGSTAB_SOLVER_TIME: 0.322063 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0617260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.022932 s
InvBiCGStab: k = 92 resid = 2.193196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40199(s) Flops=606652416 => 1509.12315231722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217195.329903223 Mflops = 217.195329903223 Gflops = 0.217195329903223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024782 s
InvBiCGStab: k = 126 resid = 9.169499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.483579(s) Flops=829753344 => 1715.85892687648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247055.508540798 Mflops = 247.055508540798 Gflops = 0.247055508540798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 218 iterations. Rsd = 0.001406162 Relative Rsd = 6.16860916127077e-07
BICGSTAB_SOLVER_TIME: 0.937136 sec
2Flav::invert,  n_count = 218
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164458999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020105 s
InvBiCGStab: k = 60 resid = 1.7983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22266(s) Flops=396675072 => 1781.52821341956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256487.578339045 Mflops = 256.487578339045 Gflops = 0.256487578339045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029213 s
InvBiCGStab: k = 88 resid = 1.135825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321206(s) Flops=580405248 => 1806.95643294334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260147.91814457 Mflops = 260.14791814457 Gflops = 0.26014791814457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001135922 Relative Rsd = 4.98310955474804e-07
BICGSTAB_SOLVER_TIME: 0.59708 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114912
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.02335 s
InvBiCGStab: k = 78 resid = 1.855043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286822(s) Flops=514787328 => 1794.79721918123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258393.438239136 Mflops = 258.393438239136 Gflops = 0.258393438239136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.041027 s
InvBiCGStab: k = 110 resid = 7.237106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432762(s) Flops=724764672 => 1674.74194129799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241130.193733184 Mflops = 241.130193733184 Gflops = 0.241130193733184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001260304 Relative Rsd = 5.52875203179563e-07
BICGSTAB_SOLVER_TIME: 0.787719 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144342
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.033746 s
InvBiCGStab: k = 67 resid = 2.01332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254808(s) Flops=442607616 => 1737.0240180842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250091.633425791 Mflops = 250.091633425791 Gflops = 0.250091633425791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038623 s
InvBiCGStab: k = 92 resid = 7.955019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405107(s) Flops=606652416 => 1497.51156114311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215607.972108863 Mflops = 215.607972108863 Gflops = 0.215607972108863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001147099 Relative Rsd = 5.03214245864095e-07
BICGSTAB_SOLVER_TIME: 0.736382 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124651
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.07257(s) Flops=1486430208 => 1385.85845958772 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199546.569274011 Mflops = 199.546569274011 Gflops = 0.199546569274011 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164751000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.031659 s
InvBiCGStab: k = 32 resid = 2.230218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117512(s) Flops=212944896 => 1812.11192048472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260823.583579604 Mflops = 260.823583579604 Gflops = 0.260823583579604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044765 s
InvBiCGStab: k = 49 resid = 1.13275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179934(s) Flops=324495360 => 1803.41325152556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.49484886 Mflops = 259.60049484886 Gflops = 0.25960049484886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007868257 Relative Rsd = 3.45167957345093e-07
BICGSTAB_SOLVER_TIME: 0.377699 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.045208 s
InvBiCGStab: k = 59 resid = 1.825616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260298(s) Flops=390113280 => 1498.71793098679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215769.399510471 Mflops = 215.769399510471 Gflops = 0.215769399510471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 80 resid = 9.802493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335269(s) Flops=527910912 => 1574.58909711306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226707.499324508 Mflops = 226.707499324508 Gflops = 0.226707499324508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001083318 Relative Rsd = 4.75234409712227e-07
BICGSTAB_SOLVER_TIME: 0.700827 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 52 resid = 2.039874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19382(s) Flops=344180736 => 1775.77513156537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255645.395200171 Mflops = 255.645395200171 Gflops = 0.255645395200171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056951 s
InvBiCGStab: k = 84 resid = 8.184642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309711(s) Flops=554158080 => 1789.27477551653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257600.412776653 Mflops = 257.600412776653 Gflops = 0.257600412776653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001032677 Relative Rsd = 4.53019203112522e-07
BICGSTAB_SOLVER_TIME: 0.605266 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 79 resid = 1.699278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288726(s) Flops=521349120 => 1805.68816109391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259971.686226921 Mflops = 259.971686226921 Gflops = 0.259971686226921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 76 resid = 1.130371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278375(s) Flops=501663744 => 1802.11493129771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259438.820116841 Mflops = 259.438820116841 Gflops = 0.259438820116841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001125954 Relative Rsd = 4.93938175652568e-07
BICGSTAB_SOLVER_TIME: 0.668062 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125043
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044698 s
InvBiCGStab: k = 50 resid = 2.093954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19629(s) Flops=331057152 => 1686.57166437414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242786.043497954 Mflops = 242.786043497954 Gflops = 0.242786043497954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056643 s
InvBiCGStab: k = 90 resid = 7.867458e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419587(s) Flops=593528832 => 1414.55486466454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203663.490659128 Mflops = 203.663490659128 Gflops = 0.203663490659128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001087422 Relative Rsd = 4.77034866974594e-07
BICGSTAB_SOLVER_TIME: 0.721321 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114261
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076062(s) Flops=1473970176 => 1369.78183041498 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197256.21506293 Mflops = 197.25621506293 Gflops = 0.19725621506293 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163213000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043303 s
InvBiCGStab: k = 30 resid = 1.503235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110295(s) Flops=199821312 => 1811.69873521012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260753.014729371 Mflops = 260.753014729371 Gflops = 0.260753014729371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056327 s
InvBiCGStab: k = 51 resid = 1.025472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186748(s) Flops=337618944 => 1807.88519288025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260249.946201072 Mflops = 260.249946201072 Gflops = 0.260249946201072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000739585 Relative Rsd = 3.24444211647921e-07
BICGSTAB_SOLVER_TIME: 0.400455 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042056 s
InvBiCGStab: k = 53 resid = 1.929303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20227(s) Flops=350742528 => 1734.03138379394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249637.370902774 Mflops = 249.637370902774 Gflops = 0.249637370902774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062908 s
InvBiCGStab: k = 97 resid = 1.130176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429303(s) Flops=639461376 => 1489.53390961628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214462.337109104 Mflops = 214.462337109104 Gflops = 0.214462337109104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001193817 Relative Rsd = 5.2370876585081e-07
BICGSTAB_SOLVER_TIME: 0.74184 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043528 s
InvBiCGStab: k = 48 resid = 2.096778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178545(s) Flops=317933568 => 1780.69152314543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256348.040793663 Mflops = 256.348040793663 Gflops = 0.256348040793663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059277 s
InvBiCGStab: k = 84 resid = 1.137426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311851(s) Flops=554158080 => 1776.99632196145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255832.334992198 Mflops = 255.832334992198 Gflops = 0.255832334992198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001079319 Relative Rsd = 4.73480119330165e-07
BICGSTAB_SOLVER_TIME: 0.59704 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0419 s
InvBiCGStab: k = 63 resid = 2.135994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247371(s) Flops=416360448 => 1683.14171022472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242349.573985991 Mflops = 242.349573985991 Gflops = 0.242349573985991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059819 s
InvBiCGStab: k = 85 resid = 1.078002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3186(s) Flops=560719872 => 1759.94937853107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253374.997978149 Mflops = 253.374997978149 Gflops = 0.253374997978149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001132085 Relative Rsd = 4.96627753917284e-07
BICGSTAB_SOLVER_TIME: 0.671522 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 52 resid = 1.839638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192055(s) Flops=344180736 => 1792.09463955638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257962.998567605 Mflops = 257.962998567605 Gflops = 0.257962998567605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 89 resid = 1.004559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349336(s) Flops=586967040 => 1680.23633407379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241910.607486067 Mflops = 241.910607486067 Gflops = 0.241910607486067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001025193 Relative Rsd = 4.49735736959447e-07
BICGSTAB_SOLVER_TIME: 0.642918 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114988
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065087(s) Flops=1467555840 => 1377.87414549234 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198400.365532142 Mflops = 198.400365532142 Gflops = 0.198400365532142 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162744000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.749991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846712(s) Flops=1459685376 => 1723.94553992385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248259.795292356 Mflops = 248.259795292356 Gflops = 0.248259795292356 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 8.587793e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018781(s) Flops=1558112256 => 1529.388804856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220222.248581926 Mflops = 220.222248581926 Gflops = 0.220222248581926 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002099335 Relative Rsd = 9.24357413902697e-07
BICGSTAB_SOLVER_TIME: 1.86907 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327313999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.015994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723144(s) Flops=1289078784 => 1782.60316617437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256634.650312769 Mflops = 256.634650312769 Gflops = 0.256634650312769 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 7.864681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810397(s) Flops=1459685376 => 1801.19790176913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259358.229485325 Mflops = 259.358229485325 Gflops = 0.259358229485325 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002102113 Relative Rsd = 9.2432909458563e-07
BICGSTAB_SOLVER_TIME: 1.536886 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0.116881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298665999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038914(s) Flops=1467555840 => 1412.58645085156 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203403.946446462 Mflops = 203.403946446462 Gflops = 0.203403946446462 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162965000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04281 s
InvBiCGStab: k = 28 resid = 2.04569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11095(s) Flops=186697728 => 1682.71949526814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242208.883851924 Mflops = 242.208883851924 Gflops = 0.242208883851924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06634 s
InvBiCGStab: k = 50 resid = 8.515599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197895(s) Flops=331057152 => 1672.89295838702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240829.636722897 Mflops = 240.829636722897 Gflops = 0.240829636722897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007411088 Relative Rsd = 3.25112712160314e-07
BICGSTAB_SOLVER_TIME: 0.422014 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 83 resid = 2.276739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331538(s) Flops=547596288 => 1651.68483854038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237803.480585375 Mflops = 237.803480585375 Gflops = 0.237803480585375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063381 s
InvBiCGStab: k = 100 resid = 1.009366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371426(s) Flops=659146752 => 1774.6381567257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255507.136050568 Mflops = 255.507136050568 Gflops = 0.255507136050568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001275612 Relative Rsd = 5.59590952177318e-07
BICGSTAB_SOLVER_TIME: 0.811056 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048477 s
InvBiCGStab: k = 56 resid = 2.081936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23133(s) Flops=370427904 => 1601.29643366619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230524.42517413 Mflops = 230.52442517413 Gflops = 0.23052442517413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06399 s
InvBiCGStab: k = 79 resid = 1.094799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334926(s) Flops=521349120 => 1556.6098780029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224117.040589823 Mflops = 224.117040589823 Gflops = 0.224117040589823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001069468 Relative Rsd = 4.69158460135347e-07
BICGSTAB_SOLVER_TIME: 0.683175 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 65 resid = 1.733573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24239(s) Flops=429484032 => 1771.87190890713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255102.406869772 Mflops = 255.102406869772 Gflops = 0.255102406869772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05681 s
InvBiCGStab: k = 88 resid = 9.827356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324524(s) Flops=580405248 => 1788.4817394091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257497.217787631 Mflops = 257.497217787631 Gflops = 0.257497217787631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001106373 Relative Rsd = 4.85348378159569e-07
BICGSTAB_SOLVER_TIME: 0.668998 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041482 s
InvBiCGStab: k = 68 resid = 1.775531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248537(s) Flops=449169408 => 1807.25368053851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260196.590246224 Mflops = 260.196590246224 Gflops = 0.260196590246224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056043 s
InvBiCGStab: k = 96 resid = 9.939315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349755(s) Flops=632899584 => 1809.55121156238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260531.260134363 Mflops = 260.531260134363 Gflops = 0.260531260134363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001132452 Relative Rsd = 4.96788571954987e-07
BICGSTAB_SOLVER_TIME: 0.699694 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131627
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9653(s) Flops=1461288960 => 1513.8184605822 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218044.523363038 Mflops = 218.044523363038 Gflops = 0.218044523363038 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162129000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 27 resid = 2.170616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100435(s) Flops=180135936 => 1793.55738537362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258149.014863346 Mflops = 258.149014863346 Gflops = 0.258149014863346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058471 s
InvBiCGStab: k = 55 resid = 1.058265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215883(s) Flops=363866112 => 1685.47830074624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242632.738597454 Mflops = 242.632738597454 Gflops = 0.242632738597454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007611879 Relative Rsd = 3.33921087360955e-07
BICGSTAB_SOLVER_TIME: 0.420114 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0730680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050883 s
InvBiCGStab: k = 71 resid = 2.243542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289182(s) Flops=468854784 => 1621.31385770899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233428.55519282 Mflops = 233.42855519282 Gflops = 0.23342855519282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060758 s
InvBiCGStab: k = 103 resid = 1.140356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401078(s) Flops=678832128 => 1692.51898134527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243686.017121032 Mflops = 243.686017121032 Gflops = 0.243686017121032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001272848 Relative Rsd = 5.58378356595481e-07
BICGSTAB_SOLVER_TIME: 0.805702 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045706 s
InvBiCGStab: k = 53 resid = 2.090909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225956(s) Flops=350742528 => 1552.26029846519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223479.211373578 Mflops = 223.479211373578 Gflops = 0.223479211373578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061551 s
InvBiCGStab: k = 83 resid = 1.051027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345126(s) Flops=547596288 => 1586.65614297387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228444.718049353 Mflops = 228.444718049353 Gflops = 0.228444718049353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001071031 Relative Rsd = 4.69844477506085e-07
BICGSTAB_SOLVER_TIME: 0.682532 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043249 s
InvBiCGStab: k = 60 resid = 1.8342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237193(s) Flops=396675072 => 1672.3725910967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240772.766704029 Mflops = 240.772766704029 Gflops = 0.240772766704029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064224 s
InvBiCGStab: k = 93 resid = 5.443461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351504(s) Flops=613214208 => 1744.54403932814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251171.780593288 Mflops = 251.171780593288 Gflops = 0.251171780593288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001150054 Relative Rsd = 5.04510493381707e-07
BICGSTAB_SOLVER_TIME: 0.700024 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 61 resid = 2.24886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223183(s) Flops=403236864 => 1806.75438541466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260112.545402425 Mflops = 260.112545402425 Gflops = 0.260112545402425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055902 s
InvBiCGStab: k = 83 resid = 1.032584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303519(s) Flops=547596288 => 1804.15818449586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259749.26754402 Mflops = 259.74926754402 Gflops = 0.25974926754402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001114567 Relative Rsd = 4.88942857920013e-07
BICGSTAB_SOLVER_TIME: 0.627517 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117167
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906666(s) Flops=1454948352 => 1604.72362700267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231068.11512228 Mflops = 231.068115122279 Gflops = 0.231068115122279 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161508000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.485009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048253 s
InvBiCGStab: k = 25 resid = 2.176929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106894(s) Flops=167012352 => 1562.41091174434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224890.585764324 Mflops = 224.890585764324 Gflops = 0.224890585764324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062826 s
InvBiCGStab: k = 53 resid = 1.004539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228137(s) Flops=350742528 => 1537.42062006601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221328.413647899 Mflops = 221.328413647899 Gflops = 0.221328413647899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007819952 Relative Rsd = 3.43048928180792e-07
BICGSTAB_SOLVER_TIME: 0.453773 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 51 resid = 2.15116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204114(s) Flops=337618944 => 1654.07049002028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238137.968199059 Mflops = 238.137968199059 Gflops = 0.238137968199059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 83 resid = 7.150497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318999(s) Flops=547596288 => 1716.60816491588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247129.913593041 Mflops = 247.129913593041 Gflops = 0.247129913593041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001076527 Relative Rsd = 4.72255522402231e-07
BICGSTAB_SOLVER_TIME: 0.625885 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044593 s
InvBiCGStab: k = 58 resid = 2.091555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220961(s) Flops=383551488 => 1735.83341856708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249911.144164689 Mflops = 249.911144164689 Gflops = 0.249911144164689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059148 s
InvBiCGStab: k = 84 resid = 9.702961e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385076(s) Flops=554158080 => 1439.08755674205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207196.46623892 Mflops = 207.19646623892 Gflops = 0.20719646623892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001035782 Relative Rsd = 4.54381228220658e-07
BICGSTAB_SOLVER_TIME: 0.713999 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045578 s
InvBiCGStab: k = 61 resid = 1.943565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257623(s) Flops=403236864 => 1565.22074504217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225349.776364326 Mflops = 225.349776364326 Gflops = 0.225349776364326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058304 s
InvBiCGStab: k = 95 resid = 6.414855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354698(s) Flops=626337792 => 1765.83401090505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254234.289551159 Mflops = 254.234289551159 Gflops = 0.254234289551159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.0011455 Relative Rsd = 5.02512601208651e-07
BICGSTAB_SOLVER_TIME: 0.720072 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043147 s
InvBiCGStab: k = 59 resid = 2.119717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218777(s) Flops=390113280 => 1783.15490202352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256705.02062115 Mflops = 256.70502062115 Gflops = 0.25670502062115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055852 s
InvBiCGStab: k = 87 resid = 6.346478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31769(s) Flops=573843456 => 1806.3000283295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260059.810907859 Mflops = 260.059810907859 Gflops = 0.260059810907859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001064225 Relative Rsd = 4.66858440457989e-07
BICGSTAB_SOLVER_TIME: 0.639399 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11862
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902586(s) Flops=1448828928 => 1605.19765207969 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231127.69880059 Mflops = 231.12769880059 Gflops = 0.23112769880059 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160904000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.466979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045827 s
InvBiCGStab: k = 25 resid = 1.4413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112852(s) Flops=167012352 => 1479.92372310637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212966.906384201 Mflops = 212.966906384201 Gflops = 0.212966906384201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062784 s
InvBiCGStab: k = 51 resid = 1.074589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194097(s) Flops=337618944 => 1739.43411799255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250381.943852767 Mflops = 250.381943852767 Gflops = 0.250381943852767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007285453 Relative Rsd = 3.19601285476022e-07
BICGSTAB_SOLVER_TIME: 0.419394 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04455 s
InvBiCGStab: k = 51 resid = 2.168206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221263(s) Flops=337618944 => 1525.87167307684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219678.099299058 Mflops = 219.678099299058 Gflops = 0.219678099299058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073856 s
InvBiCGStab: k = 87 resid = 9.115269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342959(s) Flops=573843456 => 1673.21299630568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240904.242832975 Mflops = 240.904242832975 Gflops = 0.240904242832975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001115928 Relative Rsd = 4.8954011639919e-07
BICGSTAB_SOLVER_TIME: 0.686531 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 56 resid = 1.413363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216922(s) Flops=370427904 => 1707.65484367653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245876.342124528 Mflops = 245.876342124528 Gflops = 0.245876342124528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056093 s
InvBiCGStab: k = 69 resid = 1.144826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272894(s) Flops=455731200 => 1669.99347732086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240428.548358078 Mflops = 240.428548358078 Gflops = 0.240428548358078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009993362 Relative Rsd = 4.38392983880427e-07
BICGSTAB_SOLVER_TIME: 0.590829 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046367 s
InvBiCGStab: k = 56 resid = 1.965317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278452(s) Flops=370427904 => 1330.31152227314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191530.825462028 Mflops = 191.530825462028 Gflops = 0.191530825462028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066227 s
InvBiCGStab: k = 92 resid = 6.587732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373699(s) Flops=606652416 => 1623.37179387689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233725.406196461 Mflops = 233.725406196462 Gflops = 0.233725406196462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001115576 Relative Rsd = 4.89385528847547e-07
BICGSTAB_SOLVER_TIME: 0.768889 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001796
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043745 s
InvBiCGStab: k = 59 resid = 1.787488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220227(s) Flops=390113280 => 1771.41440422836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255028.740497827 Mflops = 255.028740497827 Gflops = 0.255028740497827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056983 s
InvBiCGStab: k = 79 resid = 9.354063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301943(s) Flops=521349120 => 1726.64747982235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248581.957810113 Mflops = 248.581957810113 Gflops = 0.248581957810113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001063875 Relative Rsd = 4.66704925367061e-07
BICGSTAB_SOLVER_TIME: 0.626811 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112886
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026884(s) Flops=1448755200 => 1410.826539317 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203160.586638686 Mflops = 203.160586638686 Gflops = 0.203160586638686 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160623000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.52891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.62991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83631(s) Flops=1426876416 => 1706.15730530545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245633.041085891 Mflops = 245.633041085891 Gflops = 0.245633041085891 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.01302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951816(s) Flops=1564674048 => 1643.88290173731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236707.592746168 Mflops = 236.707592746168 Gflops = 0.236707592746168 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002043172 Relative Rsd = 8.99591119917068e-07
BICGSTAB_SOLVER_TIME: 1.791667 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.118571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324577999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.956515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794444(s) Flops=1243146240 => 1564.80033834984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225306.755072491 Mflops = 225.306755072491 Gflops = 0.225306755072491 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.133908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.905996(s) Flops=1479370752 => 1632.86675879364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235122.102755539 Mflops = 235.122102755539 Gflops = 0.235122102755539 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002027155 Relative Rsd = 8.9137025945375e-07
BICGSTAB_SOLVER_TIME: 1.703888 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295239999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918793(s) Flops=1448755200 => 1576.80260951052 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227037.962817763 Mflops = 227.037962817763 Gflops = 0.227037962817763 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160841000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052905 s
InvBiCGStab: k = 27 resid = 1.521814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136563(s) Flops=180135936 => 1319.06838601964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189853.404934099 Mflops = 189.853404934099 Gflops = 0.189853404934099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068626 s
InvBiCGStab: k = 53 resid = 1.01329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218948(s) Flops=350742528 => 1601.94442516031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230605.297798846 Mflops = 230.605297798846 Gflops = 0.230605297798846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0008005991 Relative Rsd = 3.51210124409448e-07
BICGSTAB_SOLVER_TIME: 0.481313 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 79 resid = 1.959661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318347(s) Flops=521349120 => 1637.67561811482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235792.570678336 Mflops = 235.792570678336 Gflops = 0.235792570678336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084093 s
InvBiCGStab: k = 108 resid = 9.745198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415727(s) Flops=711641088 => 1711.79906044111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246468.37602276 Mflops = 246.46837602276 Gflops = 0.24646837602276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.00127125 Relative Rsd = 5.57677222635616e-07
BICGSTAB_SOLVER_TIME: 0.863444 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147778999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051718 s
InvBiCGStab: k = 53 resid = 2.031559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234268(s) Flops=350742528 => 1497.1849676439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215544.307401429 Mflops = 215.544307401429 Gflops = 0.215544307401429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066902 s
InvBiCGStab: k = 69 resid = 1.053287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261431(s) Flops=455731200 => 1743.21790453313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250976.029154386 Mflops = 250.976029154386 Gflops = 0.250976029154386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009828726 Relative Rsd = 4.31170624868697e-07
BICGSTAB_SOLVER_TIME: 0.618181 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047006 s
InvBiCGStab: k = 57 resid = 2.172806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226043(s) Flops=376989696 => 1667.77867927784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240194.056229208 Mflops = 240.194056229208 Gflops = 0.240194056229208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064626 s
InvBiCGStab: k = 83 resid = 9.277332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318283(s) Flops=547596288 => 1720.46979574781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247699.421634857 Mflops = 247.699421634857 Gflops = 0.247699421634857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00114917 Relative Rsd = 5.04122824367988e-07
BICGSTAB_SOLVER_TIME: 0.659808 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046923 s
InvBiCGStab: k = 54 resid = 2.202213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240863(s) Flops=357304320 => 1483.43381922504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213570.49897164 Mflops = 213.57049897164 Gflops = 0.21357049897164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064426 s
InvBiCGStab: k = 88 resid = 1.095811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370942(s) Flops=580405248 => 1564.67924365534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225272.911601064 Mflops = 225.272911601063 Gflops = 0.225272911601063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001079239 Relative Rsd = 4.73445238822146e-07
BICGSTAB_SOLVER_TIME: 0.727773 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115766
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936376(s) Flops=1442562048 => 1540.57990379933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221824.577538424 Mflops = 221.824577538424 Gflops = 0.221824577538424 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159978000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 26 resid = 2.220158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095795(s) Flops=173574144 => 1811.9332324234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260759.467495167 Mflops = 260.759467495167 Gflops = 0.260759467495167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 46 resid = 7.483773e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175249(s) Flops=304809984 => 1739.29656659952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250367.045154766 Mflops = 250.367045154766 Gflops = 0.250367045154766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007048107 Relative Rsd = 3.09189275089007e-07
BICGSTAB_SOLVER_TIME: 0.372644 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04164 s
InvBiCGStab: k = 76 resid = 1.80845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351351(s) Flops=501663744 => 1427.81362227516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205582.276998142 Mflops = 205.582276998142 Gflops = 0.205582276998142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072871 s
InvBiCGStab: k = 95 resid = 1.06618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385927(s) Flops=626337792 => 1622.94369660583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233668.539572357 Mflops = 233.668539572357 Gflops = 0.233668539572357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001243754 Relative Rsd = 5.45615103764575e-07
BICGSTAB_SOLVER_TIME: 0.855871 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043389 s
InvBiCGStab: k = 55 resid = 1.943691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210023(s) Flops=363866112 => 1732.50602076915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249384.604318185 Mflops = 249.384604318185 Gflops = 0.249384604318185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063605 s
InvBiCGStab: k = 64 resid = 7.149926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270541(s) Flops=422922240 => 1563.24638409705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225054.332425296 Mflops = 225.054332425296 Gflops = 0.225054332425296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001019483 Relative Rsd = 4.47231132633301e-07
BICGSTAB_SOLVER_TIME: 0.5915 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994330000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042238 s
InvBiCGStab: k = 66 resid = 2.041536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248543(s) Flops=436045824 => 1754.4079857409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252580.395156387 Mflops = 252.580395156387 Gflops = 0.252580395156387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063946 s
InvBiCGStab: k = 87 resid = 1.06286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332809(s) Flops=573843456 => 1724.24260161234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248243.932390153 Mflops = 248.243932390153 Gflops = 0.248243932390153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00112074 Relative Rsd = 4.91650872295117e-07
BICGSTAB_SOLVER_TIME: 0.691411 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047562 s
InvBiCGStab: k = 54 resid = 1.591764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207677(s) Flops=357304320 => 1720.4809391507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247698.482429414 Mflops = 247.698482429414 Gflops = 0.247698482429414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 87 resid = 8.721101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367503(s) Flops=573843456 => 1561.46604517514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224806.540622447 Mflops = 224.806540622447 Gflops = 0.224806540622447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001092064 Relative Rsd = 4.79071010246487e-07
BICGSTAB_SOLVER_TIME: 0.684033 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114871
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.947974(s) Flops=1442562048 => 1521.73165930711 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219118.657196925 Mflops = 219.118657196925 Gflops = 0.219118657196925 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159886000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040901 s
InvBiCGStab: k = 28 resid = 2.059804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103646(s) Flops=186697728 => 1801.30181579608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.377580282 Mflops = 259.265377580282 Gflops = 0.259265377580282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 50 resid = 7.504783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185965(s) Flops=331057152 => 1780.2121474471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256265.676350236 Mflops = 256.265676350236 Gflops = 0.256265676350236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007513157 Relative Rsd = 3.2959028671528e-07
BICGSTAB_SOLVER_TIME: 0.390816 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044538 s
InvBiCGStab: k = 47 resid = 2.271643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19976(s) Flops=311371776 => 1558.72935522627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224411.131666175 Mflops = 224.411131666175 Gflops = 0.224411131666175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073087 s
InvBiCGStab: k = 75 resid = 9.46017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337792(s) Flops=495101952 => 1465.7006441834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211024.143071515 Mflops = 211.024143071515 Gflops = 0.211024143071515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001037478 Relative Rsd = 4.55125209539568e-07
BICGSTAB_SOLVER_TIME: 0.659602 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047503 s
InvBiCGStab: k = 51 resid = 1.592099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214814(s) Flops=337618944 => 1571.68035602894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226278.637363378 Mflops = 226.278637363378 Gflops = 0.226278637363378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 67 resid = 1.034375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260858(s) Flops=442607616 => 1696.73775004025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244265.365088329 Mflops = 244.265365088329 Gflops = 0.244265365088329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009975414 Relative Rsd = 4.37605593437336e-07
BICGSTAB_SOLVER_TIME: 0.586504 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986240000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040548 s
InvBiCGStab: k = 62 resid = 1.974994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234574(s) Flops=409798656 => 1746.99095381415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251512.662596015 Mflops = 251.512662596016 Gflops = 0.251512662596016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062992 s
InvBiCGStab: k = 89 resid = 7.170805e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367805(s) Flops=586967040 => 1595.86476529683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229769.417027786 Mflops = 229.769417027786 Gflops = 0.229769417027786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00113074 Relative Rsd = 4.96037696245765e-07
BICGSTAB_SOLVER_TIME: 0.712721 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 59 resid = 2.071676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236902(s) Flops=390113280 => 1646.72852065411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237083.733577823 Mflops = 237.083733577823 Gflops = 0.237083733577823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 74 resid = 1.057107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288731(s) Flops=488540160 => 1692.02531075638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243594.743779283 Mflops = 243.594743779283 Gflops = 0.243594743779283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001026479 Relative Rsd = 4.50299902365131e-07
BICGSTAB_SOLVER_TIME: 0.62682 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109494
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036927(s) Flops=1436368896 => 1385.21698827401 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199459.722712523 Mflops = 199.459722712523 Gflops = 0.199459722712523 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159063000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 29 resid = 2.268838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107477(s) Flops=193259520 => 1798.14769671651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258816.125794015 Mflops = 258.816125794015 Gflops = 0.258816125794015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056898 s
InvBiCGStab: k = 47 resid = 1.015065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17471(s) Flops=311371776 => 1782.22068570774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256562.386817484 Mflops = 256.562386817484 Gflops = 0.256562386817485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000746047 Relative Rsd = 3.27279006200414e-07
BICGSTAB_SOLVER_TIME: 0.384277 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041296 s
InvBiCGStab: k = 60 resid = 1.813742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220887(s) Flops=396675072 => 1795.82805687976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258526.001135062 Mflops = 258.526001135062 Gflops = 0.258526001135062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057079 s
InvBiCGStab: k = 80 resid = 1.140074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302008(s) Flops=527910912 => 1748.00307276628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251650.382313286 Mflops = 251.650382313286 Gflops = 0.251650382313286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001057515 Relative Rsd = 4.63915250768938e-07
BICGSTAB_SOLVER_TIME: 0.625719 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041715 s
InvBiCGStab: k = 59 resid = 1.78975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271698(s) Flops=390113280 => 1435.83419826425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206716.118040325 Mflops = 206.716118040325 Gflops = 0.206716118040325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072587 s
InvBiCGStab: k = 71 resid = 1.129585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289892(s) Flops=468854784 => 1617.34295530749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232848.344372583 Mflops = 232.848344372583 Gflops = 0.232848344372583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001057519 Relative Rsd = 4.63917038203463e-07
BICGSTAB_SOLVER_TIME: 0.679791 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 62 resid = 1.96204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232613(s) Flops=409798656 => 1761.71863137486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253632.427364479 Mflops = 253.632427364479 Gflops = 0.253632427364479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063117 s
InvBiCGStab: k = 94 resid = 1.077888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371495(s) Flops=619776000 => 1668.32931802581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240196.348946024 Mflops = 240.196348946024 Gflops = 0.240196348946024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001120221 Relative Rsd = 4.91423306345292e-07
BICGSTAB_SOLVER_TIME: 0.71268 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048389 s
InvBiCGStab: k = 51 resid = 2.192194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212674(s) Flops=337618944 => 1587.49515220478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228546.510914231 Mflops = 228.546510914231 Gflops = 0.228546510914231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070827 s
InvBiCGStab: k = 67 resid = 1.109909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267933(s) Flops=442607616 => 1651.93393870856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237823.984722241 Mflops = 237.823984722241 Gflops = 0.237823984722241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001032498 Relative Rsd = 4.52940402784744e-07
BICGSTAB_SOLVER_TIME: 0.603626 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986640000000003
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967986(s) Flops=1430102016 => 1477.39948305037 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212730.389958714 Mflops = 212.730389958714 Gflops = 0.212730389958714 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158361000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 2.067042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.890157(s) Flops=1564674048 => 1757.7506529747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252916.728027729 Mflops = 252.916728027729 Gflops = 0.252916728027729 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 8.459291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932445(s) Flops=1571235840 => 1685.07079774142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242641.33112304 Mflops = 242.64133112304 Gflops = 0.24264133112304 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.002090889 Relative Rsd = 9.2056477015117e-07
BICGSTAB_SOLVER_TIME: 1.826356 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0.1271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340354999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 1.783001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.719656(s) Flops=1125033984 => 1563.29410718454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225070.106645456 Mflops = 225.070106645456 Gflops = 0.225070106645456 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 9.683956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893839(s) Flops=1505617920 => 1684.43972572242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242546.990857433 Mflops = 242.546990857433 Gflops = 0.242546990857433 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.002031616 Relative Rsd = 8.93321528164663e-07
BICGSTAB_SOLVER_TIME: 1.617029 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.122431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285599999999998
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954142(s) Flops=1430102016 => 1498.83561985533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215829.040033779 Mflops = 215.829040033779 Gflops = 0.215829040033779 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158972000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041502 s
InvBiCGStab: k = 28 resid = 2.074927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104307(s) Flops=186697728 => 1789.88685323133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257618.399159077 Mflops = 257.618399159077 Gflops = 0.257618399159077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060295 s
InvBiCGStab: k = 49 resid = 9.526917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217939(s) Flops=324495360 => 1488.92745217699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214328.886472213 Mflops = 214.328886472213 Gflops = 0.214328886472213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007872672 Relative Rsd = 3.45361638643278e-07
BICGSTAB_SOLVER_TIME: 0.427872 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041005 s
InvBiCGStab: k = 79 resid = 1.96457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293679(s) Flops=521349120 => 1775.23459287181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255593.450889729 Mflops = 255.593450889729 Gflops = 0.255593450889729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05572 s
InvBiCGStab: k = 112 resid = 9.02922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408795(s) Flops=737888256 => 1805.03248816644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.523643287 Mflops = 259.883523643287 Gflops = 0.259883523643287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.00133916 Relative Rsd = 5.87468496004791e-07
BICGSTAB_SOLVER_TIME: 0.802946 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150538999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041601 s
InvBiCGStab: k = 55 resid = 1.920753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201329(s) Flops=363866112 => 1807.3209125362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260184.946588522 Mflops = 260.184946588522 Gflops = 0.260184946588522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055958 s
InvBiCGStab: k = 89 resid = 4.57295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364293(s) Flops=586967040 => 1611.24984559132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231978.873811844 Mflops = 231.978873811844 Gflops = 0.231978873811844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001034583 Relative Rsd = 4.53855058566023e-07
BICGSTAB_SOLVER_TIME: 0.667406 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049884 s
InvBiCGStab: k = 64 resid = 1.643481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282274(s) Flops=422922240 => 1498.26849089891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215709.126277856 Mflops = 215.709126277856 Gflops = 0.215709126277856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055804 s
InvBiCGStab: k = 89 resid = 7.727709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390131(s) Flops=586967040 => 1504.53832174321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216623.611595232 Mflops = 216.623611595232 Gflops = 0.216623611595232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001101735 Relative Rsd = 4.83313613765738e-07
BICGSTAB_SOLVER_TIME: 0.782048 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 59 resid = 2.057127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231661(s) Flops=390113280 => 1683.98340678837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242433.131783384 Mflops = 242.433131783384 Gflops = 0.242433131783384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058807 s
InvBiCGStab: k = 78 resid = 1.028939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288744(s) Flops=514787328 => 1782.85030338293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256685.248306895 Mflops = 256.685248306895 Gflops = 0.256685248306895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001091223 Relative Rsd = 4.78702339108293e-07
BICGSTAB_SOLVER_TIME: 0.624639 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11212
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978455(s) Flops=1424056320 => 1455.41319733662 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209580.507591439 Mflops = 209.580507591439 Gflops = 0.209580507591439 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157828000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043071 s
InvBiCGStab: k = 29 resid = 1.657566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108567(s) Flops=193259520 => 1780.09450385476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256206.028209119 Mflops = 256.206028209119 Gflops = 0.256206028209119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057518 s
InvBiCGStab: k = 49 resid = 9.113482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181172(s) Flops=324495360 => 1791.09001390943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257819.442915476 Mflops = 257.819442915476 Gflops = 0.257819442915476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007472621 Relative Rsd = 3.27812044710581e-07
BICGSTAB_SOLVER_TIME: 0.394127 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04803 s
InvBiCGStab: k = 78 resid = 1.812974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289684(s) Flops=514787328 => 1777.06510542522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255886.997448927 Mflops = 255.886997448927 Gflops = 0.255886997448927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056198 s
InvBiCGStab: k = 105 resid = 1.104601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385067(s) Flops=691955712 => 1796.97484333895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258729.237691188 Mflops = 258.729237691188 Gflops = 0.258729237691188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001295983 Relative Rsd = 5.68527358759515e-07
BICGSTAB_SOLVER_TIME: 0.782814 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041294 s
InvBiCGStab: k = 64 resid = 2.005344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23421(s) Flops=422922240 => 1805.73946458307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.955898819 Mflops = 259.959955898819 Gflops = 0.259959955898819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056476 s
InvBiCGStab: k = 66 resid = 9.21358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2411(s) Flops=436045824 => 1808.5683284944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260373.100442718 Mflops = 260.373100442718 Gflops = 0.260373100442718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001016839 Relative Rsd = 4.46071036556945e-07
BICGSTAB_SOLVER_TIME: 0.577022 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045455 s
InvBiCGStab: k = 68 resid = 6.938576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287711(s) Flops=449169408 => 1561.1826033763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224776.011935701 Mflops = 224.776011935701 Gflops = 0.224776011935701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073273 s
InvBiCGStab: k = 83 resid = 9.215926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365937(s) Flops=547596288 => 1496.42230219956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215440.852565323 Mflops = 215.440852565323 Gflops = 0.215440852565323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001107405 Relative Rsd = 4.85801109790001e-07
BICGSTAB_SOLVER_TIME: 0.776299 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053594 s
InvBiCGStab: k = 61 resid = 1.586789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227258(s) Flops=403236864 => 1774.35717994526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255436.817568991 Mflops = 255.436817568991 Gflops = 0.255436817568991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058203 s
InvBiCGStab: k = 82 resid = 1.12898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33822(s) Flops=541034496 => 1599.65258116019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230305.398976901 Mflops = 230.305398976901 Gflops = 0.230305398976901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001083223 Relative Rsd = 4.75192992300802e-07
BICGSTAB_SOLVER_TIME: 0.681619 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116452
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99114(s) Flops=1423761408 => 1436.48869786307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206836.030062685 Mflops = 206.836030062685 Gflops = 0.206836030062685 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157959000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041774 s
InvBiCGStab: k = 26 resid = 2.17687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100223(s) Flops=173574144 => 1731.87934905162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249269.551052465 Mflops = 249.269551052465 Gflops = 0.249269551052465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057098 s
InvBiCGStab: k = 51 resid = 1.054339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190576(s) Flops=337618944 => 1771.57115271598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255018.932235004 Mflops = 255.018932235004 Gflops = 0.255018932235004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007406151 Relative Rsd = 3.24896126165428e-07
BICGSTAB_SOLVER_TIME: 0.393602 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 60 resid = 1.197219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240303(s) Flops=396675072 => 1650.72875494688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237648.666833799 Mflops = 237.648666833799 Gflops = 0.237648666833799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061037 s
InvBiCGStab: k = 74 resid = 8.9293e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271047(s) Flops=488540160 => 1802.41862112475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.610184016 Mflops = 259.478610184016 Gflops = 0.259478610184016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001058065 Relative Rsd = 4.64156299082039e-07
BICGSTAB_SOLVER_TIME: 0.617195 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 53 resid = 2.160841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194032(s) Flops=350742528 => 1807.65300568978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260238.204367521 Mflops = 260.238204367521 Gflops = 0.260238204367521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055778 s
InvBiCGStab: k = 76 resid = 1.075387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278396(s) Flops=501663744 => 1801.97899395106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259430.098273111 Mflops = 259.430098273111 Gflops = 0.259430098273111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001038192 Relative Rsd = 4.5543831699881e-07
BICGSTAB_SOLVER_TIME: 0.57327 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 60 resid = 1.747777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221253(s) Flops=396675072 => 1792.85737142547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258111.560551346 Mflops = 258.111560551346 Gflops = 0.258111560551346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056184 s
InvBiCGStab: k = 84 resid = 5.907454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354378(s) Flops=554158080 => 1563.7485396949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225143.04718287 Mflops = 225.14304718287 Gflops = 0.22514304718287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001121004 Relative Rsd = 4.91766851261018e-07
BICGSTAB_SOLVER_TIME: 0.67716 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046107 s
InvBiCGStab: k = 55 resid = 1.585653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303351(s) Flops=363866112 => 1199.48875065518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  172700.061527891 Mflops = 172.700061527891 Gflops = 0.172700061527891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065119 s
InvBiCGStab: k = 80 resid = 9.960655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302338(s) Flops=527910912 => 1746.09513855354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251380.739612839 Mflops = 251.380739612839 Gflops = 0.251380739612839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001042309 Relative Rsd = 4.57244238703869e-07
BICGSTAB_SOLVER_TIME: 0.720877 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111046
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007471(s) Flops=1423687680 => 1413.1301843924 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203480.60612191 Mflops = 203.48060612191 Gflops = 0.20348060612191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157943000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047987 s
InvBiCGStab: k = 33 resid = 1.042743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136615(s) Flops=219506688 => 1606.75392892435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231296.767290671 Mflops = 231.296767290671 Gflops = 0.231296767290671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059751 s
InvBiCGStab: k = 51 resid = 9.078157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188126(s) Flops=337618944 => 1794.64265439121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258340.121876723 Mflops = 258.340121876723 Gflops = 0.258340121876723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007622261 Relative Rsd = 3.34376500143175e-07
BICGSTAB_SOLVER_TIME: 0.436272 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041675 s
InvBiCGStab: k = 53 resid = 1.381806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197385(s) Flops=350742528 => 1776.94621171822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255831.191885864 Mflops = 255.831191885864 Gflops = 0.255831191885864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057975 s
InvBiCGStab: k = 79 resid = 1.09091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319816(s) Flops=521349120 => 1630.15333816945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234698.003741243 Mflops = 234.698003741243 Gflops = 0.234698003741243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001111994 Relative Rsd = 4.8781396534351e-07
BICGSTAB_SOLVER_TIME: 0.620614 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0407 s
InvBiCGStab: k = 56 resid = 1.743286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204823(s) Flops=370427904 => 1808.52689395234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260363.043769708 Mflops = 260.363043769708 Gflops = 0.260363043769708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056227 s
InvBiCGStab: k = 81 resid = 9.781133e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297139(s) Flops=534472704 => 1798.729564278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258963.664502783 Mflops = 258.963664502783 Gflops = 0.258963664502783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001062754 Relative Rsd = 4.6621348301177e-07
BICGSTAB_SOLVER_TIME: 0.602894 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041457 s
InvBiCGStab: k = 66 resid = 1.323722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243418(s) Flops=436045824 => 1791.34584952633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257890.860487912 Mflops = 257.890860487912 Gflops = 0.257890860487912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057442 s
InvBiCGStab: k = 82 resid = 1.091775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300922(s) Flops=541034496 => 1797.92270422236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258847.03064596 Mflops = 258.847030645961 Gflops = 0.25884703064596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001114163 Relative Rsd = 4.88765799762911e-07
BICGSTAB_SOLVER_TIME: 0.647116 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052079 s
InvBiCGStab: k = 52 resid = 1.976722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222222(s) Flops=344180736 => 1548.81486081486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223184.510017862 Mflops = 223.184510017862 Gflops = 0.223184510017862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.090242 s
InvBiCGStab: k = 83 resid = 9.828468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390336(s) Flops=547596288 => 1402.88440727988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201987.716770124 Mflops = 201.987716770124 Gflops = 0.201987716770124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.0010256 Relative Rsd = 4.49914327203285e-07
BICGSTAB_SOLVER_TIME: 0.759344 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110519
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97506(s) Flops=1423540224 => 1459.95141222079 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210214.417832389 Mflops = 210.214417832389 Gflops = 0.210214417832389 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158158000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021442
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.946171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921058(s) Flops=1512179712 => 1641.78554662139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236358.735234424 Mflops = 236.358735234424 Gflops = 0.236358735234424 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 269 resid = 7.298669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.026258(s) Flops=1768089600 => 1722.85097899359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248082.461321516 Mflops = 248.082461321516 Gflops = 0.248082461321516 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.002125995 Relative Rsd = 9.36002163465067e-07
BICGSTAB_SOLVER_TIME: 1.950733 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.117205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357404999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.942582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709467(s) Flops=1256269824 => 1770.72340785407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254907.252195315 Mflops = 254.907252195315 Gflops = 0.254907252195315 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 7.962681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913016(s) Flops=1387505664 => 1519.69479614815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218826.964645012 Mflops = 218.826964645012 Gflops = 0.218826964645012 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.002039569 Relative Rsd = 8.96805217695031e-07
BICGSTAB_SOLVER_TIME: 1.626404 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.123111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287066999999998
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935653(s) Flops=1423540224 => 1521.44034594021 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219098.257753635 Mflops = 219.098257753635 Gflops = 0.219098257753635 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157558000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 28 resid = 2.252152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104057(s) Flops=186697728 => 1794.18710898834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258240.68572128 Mflops = 258.24068572128 Gflops = 0.25824068572128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 54 resid = 1.134257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200103(s) Flops=357304320 => 1785.60201496229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257046.957720415 Mflops = 257.046957720415 Gflops = 0.257046957720415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007742758 Relative Rsd = 3.3966253133385e-07
BICGSTAB_SOLVER_TIME: 0.405633 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045471 s
InvBiCGStab: k = 76 resid = 1.475323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322315(s) Flops=501663744 => 1556.43933419171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224089.474503698 Mflops = 224.089474503698 Gflops = 0.224089474503698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063365 s
InvBiCGStab: k = 98 resid = 7.7436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37464(s) Flops=646023168 => 1724.38385650224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248269.282196731 Mflops = 248.269282196731 Gflops = 0.248269282196731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001241493 Relative Rsd = 5.44623281881368e-07
BICGSTAB_SOLVER_TIME: 0.809642 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 51 resid = 2.197696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189747(s) Flops=337618944 => 1779.31110373287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256146.543235328 Mflops = 256.146543235328 Gflops = 0.256146543235328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 70 resid = 9.692765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257037(s) Flops=462292992 => 1798.54648163494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258921.593356067 Mflops = 258.921593356067 Gflops = 0.258921593356067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001025568 Relative Rsd = 4.49900538422663e-07
BICGSTAB_SOLVER_TIME: 0.548449 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048333 s
InvBiCGStab: k = 68 resid = 2.231712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309878(s) Flops=449169408 => 1449.50402416435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208697.024147354 Mflops = 208.697024147354 Gflops = 0.208697024147354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065498 s
InvBiCGStab: k = 85 resid = 1.006754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319617(s) Flops=560719872 => 1754.34933686256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252569.10666633 Mflops = 252.56910666633 Gflops = 0.25256910666633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001165491 Relative Rsd = 5.11282265684434e-07
BICGSTAB_SOLVER_TIME: 0.747171 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04902 s
InvBiCGStab: k = 62 resid = 2.265959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264163(s) Flops=409798656 => 1551.30982007321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223367.848682213 Mflops = 223.367848682213 Gflops = 0.223367848682213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063585 s
InvBiCGStab: k = 86 resid = 9.188079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384937(s) Flops=567281664 => 1473.70001844458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212170.235557995 Mflops = 212.170235557995 Gflops = 0.212170235557995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001124978 Relative Rsd = 4.93510110618582e-07
BICGSTAB_SOLVER_TIME: 0.768762 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119953
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.117386(s) Flops=1423466496 => 1273.92547964625 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  183433.707054533 Mflops = 183.433707054533 Gflops = 0.183433707054533 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157936000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040751 s
InvBiCGStab: k = 28 resid = 2.019642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103723(s) Flops=186697728 => 1799.96459801587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259065.284579418 Mflops = 259.065284579418 Gflops = 0.259065284579418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 52 resid = 1.099804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196359(s) Flops=344180736 => 1752.81365254457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252326.297806329 Mflops = 252.326297806329 Gflops = 0.252326297806329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007507231 Relative Rsd = 3.2933034266577e-07
BICGSTAB_SOLVER_TIME: 0.400883 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0466 s
InvBiCGStab: k = 75 resid = 1.20465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334475(s) Flops=495101952 => 1480.23604753719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213127.42336653 Mflops = 213.12742336653 Gflops = 0.21312742336653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082581 s
InvBiCGStab: k = 97 resid = 1.14907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411013(s) Flops=639461376 => 1555.81788410586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224006.501623803 Mflops = 224.006501623803 Gflops = 0.224006501623803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001239607 Relative Rsd = 5.43795750765799e-07
BICGSTAB_SOLVER_TIME: 0.878534 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044034 s
InvBiCGStab: k = 53 resid = 1.778325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225947(s) Flops=350742528 => 1552.32212864079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223475.585723237 Mflops = 223.475585723237 Gflops = 0.223475585723237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065067 s
InvBiCGStab: k = 76 resid = 9.708108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299972(s) Flops=501663744 => 1672.36856773299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240773.49436004 Mflops = 240.77349436004 Gflops = 0.24077349436004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001059357 Relative Rsd = 4.64723017965615e-07
BICGSTAB_SOLVER_TIME: 0.638784 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044907 s
InvBiCGStab: k = 63 resid = 1.804282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235577(s) Flops=416360448 => 1767.4070388875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254409.434781963 Mflops = 254.409434781963 Gflops = 0.254409434781963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067917 s
InvBiCGStab: k = 86 resid = 1.068314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324495(s) Flops=567281664 => 1748.19847455277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251692.739125571 Mflops = 251.692739125571 Gflops = 0.251692739125571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001149709 Relative Rsd = 5.04358970003535e-07
BICGSTAB_SOLVER_TIME: 0.67666 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120802
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 56 resid = 1.366107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218874(s) Flops=370427904 => 1692.42534060692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243650.844868937 Mflops = 243.650844868937 Gflops = 0.243650844868937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062451 s
InvBiCGStab: k = 92 resid = 7.60052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398844(s) Flops=606652416 => 1521.0268074736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218994.290647442 Mflops = 218.994290647442 Gflops = 0.218994290647442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001053759 Relative Rsd = 4.62267287206341e-07
BICGSTAB_SOLVER_TIME: 0.726632 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12036
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000896(s) Flops=1423392768 => 1422.1185497794 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204794.217727401 Mflops = 204.794217727401 Gflops = 0.204794217727401 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157725000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 29 resid = 1.822451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107523(s) Flops=193259520 => 1797.37842136101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258701.825317758 Mflops = 258.701825317758 Gflops = 0.258701825317758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06197 s
InvBiCGStab: k = 47 resid = 1.124039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196473(s) Flops=311371776 => 1584.80695057336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228143.771113608 Mflops = 228.143771113608 Gflops = 0.228143771113608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007256877 Relative Rsd = 3.18347706574002e-07
BICGSTAB_SOLVER_TIME: 0.410635 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0687420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042549 s
InvBiCGStab: k = 47 resid = 2.14793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201768(s) Flops=311371776 => 1543.21684310693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222157.346883392 Mflops = 222.157346883392 Gflops = 0.222157346883392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070689 s
InvBiCGStab: k = 71 resid = 6.680451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310574(s) Flops=468854784 => 1509.63951908402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217350.965541843 Mflops = 217.350965541843 Gflops = 0.217350965541843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001022036 Relative Rsd = 4.48351036967621e-07
BICGSTAB_SOLVER_TIME: 0.629474 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053133 s
InvBiCGStab: k = 51 resid = 1.817096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200287(s) Flops=337618944 => 1685.6757752625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242665.390646389 Mflops = 242.665390646389 Gflops = 0.242665390646389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056361 s
InvBiCGStab: k = 71 resid = 1.032239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285702(s) Flops=468854784 => 1641.06230967932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236257.166066716 Mflops = 236.257166066716 Gflops = 0.236257166066716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.000976681 Relative Rsd = 4.28454490433893e-07
BICGSTAB_SOLVER_TIME: 0.600447 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050162 s
InvBiCGStab: k = 68 resid = 1.710139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269995(s) Flops=449169408 => 1663.62120780014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239516.790218085 Mflops = 239.516790218085 Gflops = 0.239516790218085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057799 s
InvBiCGStab: k = 76 resid = 9.9285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308945(s) Flops=501663744 => 1623.79628736506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233780.317276122 Mflops = 233.780317276122 Gflops = 0.233780317276122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00109477 Relative Rsd = 4.80258173188509e-07
BICGSTAB_SOLVER_TIME: 0.690884 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043487 s
InvBiCGStab: k = 54 resid = 2.221751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204889(s) Flops=357304320 => 1743.8921562407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251047.166509317 Mflops = 251.047166509317 Gflops = 0.251047166509317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058272 s
InvBiCGStab: k = 84 resid = 1.001008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326562(s) Flops=554158080 => 1696.94600106565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244310.20357762 Mflops = 244.31020357762 Gflops = 0.24431020357762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001064873 Relative Rsd = 4.67143102173503e-07
BICGSTAB_SOLVER_TIME: 0.636981 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112942
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005807(s) Flops=1417052160 => 1408.87084699152 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202859.635276987 Mflops = 202.859635276987 Gflops = 0.202859635276987 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156771000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041811 s
InvBiCGStab: k = 31 resid = 1.8023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114815(s) Flops=206383104 => 1797.52736140748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258723.150048724 Mflops = 258.723150048724 Gflops = 0.258723150048724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056497 s
InvBiCGStab: k = 54 resid = 5.35363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233168(s) Flops=357304320 => 1532.39003636863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220585.710379762 Mflops = 220.585710379762 Gflops = 0.220585710379762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007577022 Relative Rsd = 3.323919626595e-07
BICGSTAB_SOLVER_TIME: 0.45049 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0751950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04104 s
InvBiCGStab: k = 55 resid = 1.948634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201818(s) Flops=363866112 => 1802.9418188665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.254246396 Mflops = 259.555254246396 Gflops = 0.259555254246396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055995 s
InvBiCGStab: k = 77 resid = 9.579541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281795(s) Flops=508225536 => 1803.52928902216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259652.036697658 Mflops = 259.652036697658 Gflops = 0.259652036697658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001082398 Relative Rsd = 4.74831011274688e-07
BICGSTAB_SOLVER_TIME: 0.584478 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044588 s
InvBiCGStab: k = 50 resid = 1.783321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241192(s) Flops=331057152 => 1372.58761484626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197603.767171229 Mflops = 197.603767171229 Gflops = 0.197603767171229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074817 s
InvBiCGStab: k = 75 resid = 1.146433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332355(s) Flops=495101952 => 1489.67806110936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214480.818623305 Mflops = 214.480818623305 Gflops = 0.214480818623305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001007658 Relative Rsd = 4.42043486945844e-07
BICGSTAB_SOLVER_TIME: 0.696795 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053362 s
InvBiCGStab: k = 63 resid = 1.923488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279178(s) Flops=416360448 => 1491.37986517562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214711.050714133 Mflops = 214.711050714133 Gflops = 0.214711050714133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068393 s
InvBiCGStab: k = 84 resid = 1.095367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326274(s) Flops=554158080 => 1698.4438845878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244551.867168137 Mflops = 244.551867168137 Gflops = 0.244551867168137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001102263 Relative Rsd = 4.83545265280192e-07
BICGSTAB_SOLVER_TIME: 0.731201 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041866 s
InvBiCGStab: k = 52 resid = 1.276357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202939(s) Flops=344180736 => 1695.98123574079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244141.706427751 Mflops = 244.141706427751 Gflops = 0.244141706427751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060327 s
InvBiCGStab: k = 92 resid = 1.031839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355767(s) Flops=606652416 => 1705.19586133621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245509.971391157 Mflops = 245.509971391157 Gflops = 0.245509971391157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001045177 Relative Rsd = 4.5850279688778e-07
BICGSTAB_SOLVER_TIME: 0.664747 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117323
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908775(s) Flops=1410785280 => 1552.40326813568 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223549.271835592 Mflops = 223.549271835592 Gflops = 0.223549271835592 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156335000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.10645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818085(s) Flops=1472808960 => 1800.31287702378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259250.776910618 Mflops = 259.250776910618 Gflops = 0.259250776910618 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 1.067792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.123736(s) Flops=1781213184 => 1585.08153516484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228243.368374062 Mflops = 228.243368374062 Gflops = 0.228243368374062 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.002171726 Relative Rsd = 9.56127572242943e-07
BICGSTAB_SOLVER_TIME: 1.945721 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0.122777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.354199999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.905113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749656(s) Flops=1216899072 => 1623.27663888504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233709.758298781 Mflops = 233.709758298781 Gflops = 0.233709758298781 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.10924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842899(s) Flops=1505617920 => 1786.23763938503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257207.260253154 Mflops = 257.207260253154 Gflops = 0.257207260253154 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002142965 Relative Rsd = 9.42234675469222e-07
BICGSTAB_SOLVER_TIME: 1.595927 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295486999999998
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.887521(s) Flops=1410785280 => 1589.57960431359 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228876.991466062 Mflops = 228.876991466062 Gflops = 0.228876991466062 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156531000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04143 s
InvBiCGStab: k = 33 resid = 2.128274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123287(s) Flops=219506688 => 1780.45282957652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256258.878070481 Mflops = 256.258878070481 Gflops = 0.256258878070481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 48 resid = 1.036552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175939(s) Flops=317933568 => 1807.06704028101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260095.302234529 Mflops = 260.095302234529 Gflops = 0.260095302234529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007281196 Relative Rsd = 3.19414549637706e-07
BICGSTAB_SOLVER_TIME: 0.40065 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051056 s
InvBiCGStab: k = 80 resid = 2.136787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360591(s) Flops=527910912 => 1464.01577410418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210790.54914222 Mflops = 210.79054914222 Gflops = 0.21079054914222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 97 resid = 1.034644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42718(s) Flops=639461376 => 1496.93659815534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215534.108635204 Mflops = 215.534108635204 Gflops = 0.215534108635204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001264464 Relative Rsd = 5.54700173829704e-07
BICGSTAB_SOLVER_TIME: 0.899358 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04089 s
InvBiCGStab: k = 55 resid = 2.256692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236833(s) Flops=363866112 => 1536.38264937741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221185.694165061 Mflops = 221.185694165061 Gflops = 0.221185694165061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063679 s
InvBiCGStab: k = 71 resid = 1.116972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291412(s) Flops=468854784 => 1608.90692215832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231617.753717657 Mflops = 231.617753717657 Gflops = 0.231617753717657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.00104944 Relative Rsd = 4.60372657679279e-07
BICGSTAB_SOLVER_TIME: 0.637019 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047821 s
InvBiCGStab: k = 61 resid = 2.207127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262161(s) Flops=403236864 => 1538.12681520135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221457.029698968 Mflops = 221.457029698968 Gflops = 0.221457029698968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060954 s
InvBiCGStab: k = 98 resid = 8.82437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367023(s) Flops=646023168 => 1760.17080128493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253425.510945148 Mflops = 253.425510945148 Gflops = 0.253425510945148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001127242 Relative Rsd = 4.94503260310293e-07
BICGSTAB_SOLVER_TIME: 0.741896 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041763 s
InvBiCGStab: k = 58 resid = 2.056176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213966(s) Flops=383551488 => 1792.58147556154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258069.24885804 Mflops = 258.06924885804 Gflops = 0.25806924885804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056606 s
InvBiCGStab: k = 83 resid = 8.325596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30546(s) Flops=547596288 => 1792.69393046553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258095.469412773 Mflops = 258.095469412773 Gflops = 0.258095469412773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001086157 Relative Rsd = 4.76479689811094e-07
BICGSTAB_SOLVER_TIME: 0.621659 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115407
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.873764(s) Flops=1398546432 => 1600.59974089113 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230492.264779831 Mflops = 230.492264779831 Gflops = 0.230492264779831 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154918000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048347 s
InvBiCGStab: k = 35 resid = 1.454922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151508(s) Flops=232630272 => 1535.43226760303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221029.091246268 Mflops = 221.029091246268 Gflops = 0.221029091246268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060672 s
InvBiCGStab: k = 55 resid = 1.054383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222866(s) Flops=363866112 => 1632.66766577226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235026.399459653 Mflops = 235.026399459653 Gflops = 0.235026399459653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007601838 Relative Rsd = 3.3348058688963e-07
BICGSTAB_SOLVER_TIME: 0.488556 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 83 resid = 1.695968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322132(s) Flops=547596288 => 1699.91273142687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244754.018617665 Mflops = 244.754018617665 Gflops = 0.244754018617665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067565 s
InvBiCGStab: k = 106 resid = 7.366774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437458(s) Flops=698517504 => 1596.76472712809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229897.552616221 Mflops = 229.897552616221 Gflops = 0.229897552616221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.00130102 Relative Rsd = 5.70736678902113e-07
BICGSTAB_SOLVER_TIME: 0.872997 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149326999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04108 s
InvBiCGStab: k = 59 resid = 1.842506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239531(s) Flops=390113280 => 1628.65466265327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234476.667199601 Mflops = 234.476667199601 Gflops = 0.234476667199601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 69 resid = 1.058836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264127(s) Flops=455731200 => 1725.42451169324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248406.340291361 Mflops = 248.406340291361 Gflops = 0.248406340291361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001065685 Relative Rsd = 4.67498954852674e-07
BICGSTAB_SOLVER_TIME: 0.605345 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047017 s
InvBiCGStab: k = 59 resid = 2.041563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263151(s) Flops=390113280 => 1482.46930469578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213423.499566597 Mflops = 213.423499566597 Gflops = 0.213423499566597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06743 s
InvBiCGStab: k = 88 resid = 9.859079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382752(s) Flops=580405248 => 1516.40030097818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218328.460241883 Mflops = 218.328460241883 Gflops = 0.218328460241883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001180521 Relative Rsd = 5.17875703091113e-07
BICGSTAB_SOLVER_TIME: 0.764127 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119056
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04319 s
InvBiCGStab: k = 60 resid = 1.555769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228695(s) Flops=396675072 => 1734.51571744026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249709.6258444 Mflops = 249.7096258444 Gflops = 0.2497096258444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060756 s
InvBiCGStab: k = 82 resid = 9.323641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313118(s) Flops=541034496 => 1727.89330539924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248771.482139427 Mflops = 248.771482139427 Gflops = 0.248771482139427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001083743 Relative Rsd = 4.75420711459301e-07
BICGSTAB_SOLVER_TIME: 0.649544 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116045
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909381(s) Flops=1398472704 => 1537.82925308534 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221426.47907001 Mflops = 221.42647907001 Gflops = 0.22142647907001 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155005000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044723 s
InvBiCGStab: k = 30 resid = 1.80499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135576(s) Flops=199821312 => 1473.86935740839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212151.5264595 Mflops = 212.1515264595 Gflops = 0.2121515264595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058793 s
InvBiCGStab: k = 52 resid = 1.07247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205477(s) Flops=344180736 => 1675.03290392599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241110.327483093 Mflops = 241.110327483093 Gflops = 0.241110327483093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007512378 Relative Rsd = 3.29556121181071e-07
BICGSTAB_SOLVER_TIME: 0.448644 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0730210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043712 s
InvBiCGStab: k = 53 resid = 1.451336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207321(s) Flops=350742528 => 1691.78485536921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243540.158284566 Mflops = 243.540158284566 Gflops = 0.243540158284566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060363 s
InvBiCGStab: k = 77 resid = 8.713211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288046(s) Flops=508225536 => 1764.39018767836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254008.762502289 Mflops = 254.008762502289 Gflops = 0.254008762502289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001106208 Relative Rsd = 4.85275808317849e-07
BICGSTAB_SOLVER_TIME: 0.603291 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042312 s
InvBiCGStab: k = 56 resid = 1.999446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220426(s) Flops=370427904 => 1680.50912324317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241946.397856365 Mflops = 241.946397856365 Gflops = 0.241946397856365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057081 s
InvBiCGStab: k = 77 resid = 9.723618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291844(s) Flops=508225536 => 1741.42876331191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250705.442349566 Mflops = 250.705442349566 Gflops = 0.250705442349566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001058038 Relative Rsd = 4.64144706292405e-07
BICGSTAB_SOLVER_TIME: 0.615689 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 61 resid = 1.274429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241726(s) Flops=403236864 => 1668.15677254412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240160.718103677 Mflops = 240.160718103677 Gflops = 0.240160718103677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05932 s
InvBiCGStab: k = 82 resid = 1.014836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357219(s) Flops=541034496 => 1514.57368169106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218064.357385965 Mflops = 218.064357385965 Gflops = 0.218064357385965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001116893 Relative Rsd = 4.89963483033853e-07
BICGSTAB_SOLVER_TIME: 0.703533 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11624
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052123 s
InvBiCGStab: k = 57 resid = 2.269493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250323(s) Flops=376989696 => 1506.01301518438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216808.199740369 Mflops = 216.808199740369 Gflops = 0.216808199740369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 73 resid = 1.011036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296295(s) Flops=481978368 => 1626.68410874298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234187.091616531 Mflops = 234.187091616531 Gflops = 0.234187091616531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001029306 Relative Rsd = 4.51540330856001e-07
BICGSTAB_SOLVER_TIME: 0.659089 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107266
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932065(s) Flops=1392353280 => 1493.83710363548 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215088.775753767 Mflops = 215.088775753767 Gflops = 0.215088775753767 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154338000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046981 s
InvBiCGStab: k = 28 resid = 1.874259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139036(s) Flops=186697728 => 1342.80134641388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193298.794676368 Mflops = 193.298794676368 Gflops = 0.193298794676368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070448 s
InvBiCGStab: k = 55 resid = 7.998764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231953(s) Flops=363866112 => 1568.70621203433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225835.527460385 Mflops = 225.835527460385 Gflops = 0.225835527460385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007823701 Relative Rsd = 3.43213372157102e-07
BICGSTAB_SOLVER_TIME: 0.492268 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 61 resid = 1.559092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244569(s) Flops=403236864 => 1648.76523189775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237371.218770277 Mflops = 237.371218770277 Gflops = 0.237371218770277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086405 s
InvBiCGStab: k = 82 resid = 1.15103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335984(s) Flops=541034496 => 1610.29839516167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231834.629522188 Mflops = 231.834629522188 Gflops = 0.231834629522188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001127656 Relative Rsd = 4.94684659379813e-07
BICGSTAB_SOLVER_TIME: 0.712003 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 55 resid = 1.946914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208801(s) Flops=363866112 => 1742.64544710035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250860.532085423 Mflops = 250.860532085423 Gflops = 0.250860532085423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065374 s
InvBiCGStab: k = 73 resid = 1.120476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286226(s) Flops=481978368 => 1683.9084080412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242431.461929305 Mflops = 242.431461929305 Gflops = 0.242431461929305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001036298 Relative Rsd = 4.54607364222864e-07
BICGSTAB_SOLVER_TIME: 0.605845 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040574 s
InvBiCGStab: k = 57 resid = 1.542742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209548(s) Flops=376989696 => 1799.06129383244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.3867686 Mflops = 258.9793867686 Gflops = 0.2589793867686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056398 s
InvBiCGStab: k = 82 resid = 8.434965e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299828(s) Flops=541034496 => 1804.48289019038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.492666823 Mflops = 259.785492666823 Gflops = 0.259785492666823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001119955 Relative Rsd = 4.91306663475138e-07
BICGSTAB_SOLVER_TIME: 0.610192 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048794 s
InvBiCGStab: k = 55 resid = 2.258191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233488(s) Flops=363866112 => 1558.39320222024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224346.613270142 Mflops = 224.346613270142 Gflops = 0.224346613270142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06134 s
InvBiCGStab: k = 81 resid = 9.891955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32814(s) Flops=534472704 => 1628.79473395502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234498.839507373 Mflops = 234.498839507373 Gflops = 0.234498839507373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00107197 Relative Rsd = 4.70256251351113e-07
BICGSTAB_SOLVER_TIME: 0.676181 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111356
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975628(s) Flops=1392353280 => 1427.13542456756 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205492.3279939 Mflops = 205.4923279939 Gflops = 0.2054923279939 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154383000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 2.150524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931304(s) Flops=1485932544 => 1595.53974212502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229711.072362163 Mflops = 229.711072362163 Gflops = 0.229711072362163 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 279 resid = 1.041974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.066669(s) Flops=1833707520 => 1719.09703947523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247540.897218417 Mflops = 247.540897218417 Gflops = 0.247540897218417 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.002145276 Relative Rsd = 9.44491161608825e-07
BICGSTAB_SOLVER_TIME: 2.001388 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.114099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.360215999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.023998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748042(s) Flops=1269393408 => 1696.95472714099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244373.365660544 Mflops = 244.373365660544 Gflops = 0.244373365660544 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 7.700589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873366(s) Flops=1433438208 => 1641.28006815012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236332.727855037 Mflops = 236.332727855037 Gflops = 0.236332727855037 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002092717 Relative Rsd = 9.20091218804851e-07
BICGSTAB_SOLVER_TIME: 1.62493 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.123521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293394999999998
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952329(s) Flops=1392353280 => 1462.05069886562 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210600.379406309 Mflops = 210.600379406309 Gflops = 0.210600379406309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154288000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 27 resid = 2.025634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099478(s) Flops=180135936 => 1810.81179758339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260618.689824765 Mflops = 260.618689824765 Gflops = 0.260618689824765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056747 s
InvBiCGStab: k = 48 resid = 1.066807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176491(s) Flops=317933568 => 1801.41518830989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259322.893109309 Mflops = 259.322893109309 Gflops = 0.259322893109309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007713645 Relative Rsd = 3.38385409365656e-07
BICGSTAB_SOLVER_TIME: 0.377771 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041157 s
InvBiCGStab: k = 77 resid = 2.193097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282999(s) Flops=508225536 => 1795.856296312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258555.512686825 Mflops = 258.555512686825 Gflops = 0.258555512686825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065603 s
InvBiCGStab: k = 101 resid = 9.489168e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420205(s) Flops=665708544 => 1584.24707940172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228091.437969264 Mflops = 228.091437969264 Gflops = 0.228091437969264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001258183 Relative Rsd = 5.51944869044021e-07
BICGSTAB_SOLVER_TIME: 0.814246 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04463 s
InvBiCGStab: k = 53 resid = 1.788143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198075(s) Flops=350742528 => 1770.75616811814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254933.795247863 Mflops = 254.933795247863 Gflops = 0.254933795247863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059992 s
InvBiCGStab: k = 70 resid = 1.138891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289932(s) Flops=462292992 => 1594.48764537892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229559.105593001 Mflops = 229.559105593001 Gflops = 0.229559105593001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001004999 Relative Rsd = 4.40877007174755e-07
BICGSTAB_SOLVER_TIME: 0.599404 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049943 s
InvBiCGStab: k = 61 resid = 1.303799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25458(s) Flops=403236864 => 1583.92986094744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228057.986600612 Mflops = 228.057986600612 Gflops = 0.228057986600612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074164 s
InvBiCGStab: k = 89 resid = 7.718622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362775(s) Flops=586967040 => 1617.99197849907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232947.309771969 Mflops = 232.947309771969 Gflops = 0.232947309771969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001115572 Relative Rsd = 4.89383843552137e-07
BICGSTAB_SOLVER_TIME: 0.745248 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047963 s
InvBiCGStab: k = 55 resid = 1.876921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225658(s) Flops=363866112 => 1612.46714940308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232143.632600188 Mflops = 232.143632600188 Gflops = 0.232143632600188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05599 s
InvBiCGStab: k = 74 resid = 1.140066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273179(s) Flops=488540160 => 1788.35181327994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257467.139751183 Mflops = 257.467139751183 Gflops = 0.257467139751183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001077898 Relative Rsd = 4.72856611098248e-07
BICGSTAB_SOLVER_TIME: 0.606646 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106403
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9478(s) Flops=1392427008 => 1469.11480059084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211553.242577676 Mflops = 211.553242577676 Gflops = 0.211553242577676 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154074000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 32 resid = 1.924416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117937(s) Flops=212944896 => 1805.58175975309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.239315002 Mflops = 259.893239315002 Gflops = 0.259893239315002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 51 resid = 1.137154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18686(s) Flops=337618944 => 1806.80158407364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260093.100764868 Mflops = 260.093100764868 Gflops = 0.260093100764868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007983674 Relative Rsd = 3.50231120985265e-07
BICGSTAB_SOLVER_TIME: 0.405811 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 74 resid = 2.017669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278206(s) Flops=488540160 => 1756.03746863835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252837.96580783 Mflops = 252.83796580783 Gflops = 0.25283796580783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064322 s
InvBiCGStab: k = 100 resid = 1.097525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412479(s) Flops=659146752 => 1598.01287338265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230076.72980783 Mflops = 230.07672980783 Gflops = 0.23007672980783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001255881 Relative Rsd = 5.50935274954679e-07
BICGSTAB_SOLVER_TIME: 0.80072 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138576
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048967 s
InvBiCGStab: k = 51 resid = 2.279344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25349(s) Flops=337618944 => 1331.88269359738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191746.505179258 Mflops = 191.746505179258 Gflops = 0.191746505179258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061687 s
InvBiCGStab: k = 71 resid = 8.943528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298013(s) Flops=468854784 => 1573.2695687772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226498.639955284 Mflops = 226.498639955284 Gflops = 0.226498639955284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001032777 Relative Rsd = 4.53062816514935e-07
BICGSTAB_SOLVER_TIME: 0.666031 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041903 s
InvBiCGStab: k = 59 resid = 2.032323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231069(s) Flops=390113280 => 1688.29778118224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243051.455267691 Mflops = 243.051455267691 Gflops = 0.243051455267691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063589 s
InvBiCGStab: k = 87 resid = 9.628949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356979(s) Flops=573843456 => 1607.49919743178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231439.445078029 Mflops = 231.439445078029 Gflops = 0.231439445078029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001137882 Relative Rsd = 4.99170813620499e-07
BICGSTAB_SOLVER_TIME: 0.697392 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046688 s
InvBiCGStab: k = 56 resid = 1.479471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213116(s) Flops=370427904 => 1738.15154188329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250231.03759881 Mflops = 250.23103759881 Gflops = 0.25023103759881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061997 s
InvBiCGStab: k = 82 resid = 1.004251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307035(s) Flops=541034496 => 1762.12645463872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253689.381623385 Mflops = 253.689381623385 Gflops = 0.253689381623385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001046239 Relative Rsd = 4.58968295907677e-07
BICGSTAB_SOLVER_TIME: 0.632751 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113047
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93887(s) Flops=1398693888 => 1489.76310671339 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214505.246402916 Mflops = 214.505246402916 Gflops = 0.214505246402916 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154928000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 33 resid = 1.757473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126406(s) Flops=219506688 => 1736.52111450406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249948.501939016 Mflops = 249.948501939016 Gflops = 0.249948501939016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068697 s
InvBiCGStab: k = 50 resid = 1.133858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196972(s) Flops=331057152 => 1680.73204313303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241953.376107246 Mflops = 241.953376107246 Gflops = 0.241953376107246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007306982 Relative Rsd = 3.20545740344313e-07
BICGSTAB_SOLVER_TIME: 0.438246 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058571 s
InvBiCGStab: k = 55 resid = 2.244917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219267(s) Flops=363866112 => 1659.46591142306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238927.768158323 Mflops = 238.927768158323 Gflops = 0.238927768158323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058407 s
InvBiCGStab: k = 86 resid = 8.429307e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340237(s) Flops=567281664 => 1667.31326692864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240052.811140885 Mflops = 240.052811140885 Gflops = 0.240052811140885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001105121 Relative Rsd = 4.8479912506478e-07
BICGSTAB_SOLVER_TIME: 0.681929 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 54 resid = 2.059109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224212(s) Flops=357304320 => 1593.60034253296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229434.618465877 Mflops = 229.434618465877 Gflops = 0.229434618465877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068095 s
InvBiCGStab: k = 68 resid = 1.0581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318459(s) Flops=449169408 => 1410.44658182058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203067.412624864 Mflops = 203.067412624864 Gflops = 0.203067412624864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001029704 Relative Rsd = 4.51714937674326e-07
BICGSTAB_SOLVER_TIME: 0.656025 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101401
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045115 s
InvBiCGStab: k = 63 resid = 1.791807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255944(s) Flops=416360448 => 1626.76385459319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234197.314000578 Mflops = 234.197314000578 Gflops = 0.234197314000578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063611 s
InvBiCGStab: k = 82 resid = 8.27862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317759(s) Flops=541034496 => 1702.65671782703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245127.31478415 Mflops = 245.12731478415 Gflops = 0.24512731478415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001125627 Relative Rsd = 4.93794823403654e-07
BICGSTAB_SOLVER_TIME: 0.686311 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 54 resid = 1.179321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199864(s) Flops=357304320 => 1787.73726133771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257365.211271333 Mflops = 257.365211271333 Gflops = 0.257365211271333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060714 s
InvBiCGStab: k = 76 resid = 8.938806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303929(s) Flops=501663744 => 1650.59518505967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237638.190818418 Mflops = 237.638190818418 Gflops = 0.237638190818418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001022888 Relative Rsd = 4.48724661852928e-07
BICGSTAB_SOLVER_TIME: 0.609522 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107304
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934485(s) Flops=1404887040 => 1503.38104945505 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216507.309248261 Mflops = 216.507309248261 Gflops = 0.216507309248261 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155666000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.456264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043057 s
InvBiCGStab: k = 28 resid = 1.337125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117842(s) Flops=186697728 => 1584.30549379678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228042.038020799 Mflops = 228.042038020799 Gflops = 0.228042038020799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059762 s
InvBiCGStab: k = 52 resid = 9.666411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224263(s) Flops=344180736 => 1534.71921806094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220927.667101095 Mflops = 220.927667101095 Gflops = 0.220927667101095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007569733 Relative Rsd = 3.32072216157736e-07
BICGSTAB_SOLVER_TIME: 0.448815 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045651 s
InvBiCGStab: k = 60 resid = 2.14451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235745(s) Flops=396675072 => 1682.6446881164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242248.499718085 Mflops = 242.248499718085 Gflops = 0.242248499718085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057226 s
InvBiCGStab: k = 80 resid = 9.071878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30736(s) Flops=527910912 => 1717.56543466944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247282.753899962 Mflops = 247.282753899962 Gflops = 0.247282753899962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00110255 Relative Rsd = 4.83671151740318e-07
BICGSTAB_SOLVER_TIME: 0.65066 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042942 s
InvBiCGStab: k = 51 resid = 2.192285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204852(s) Flops=337618944 => 1648.11153418077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237254.645781733 Mflops = 237.254645781733 Gflops = 0.237254645781733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059001 s
InvBiCGStab: k = 77 resid = 7.622884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295146(s) Flops=508225536 => 1721.9462096725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247912.296918198 Mflops = 247.912296918198 Gflops = 0.247912296918198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001051714 Relative Rsd = 4.6137035256164e-07
BICGSTAB_SOLVER_TIME: 0.605743 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043662 s
InvBiCGStab: k = 61 resid = 2.270053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276254(s) Flops=403236864 => 1459.65982031029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210139.642284208 Mflops = 210.139642284208 Gflops = 0.210139642284208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069641 s
InvBiCGStab: k = 92 resid = 6.582226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394462(s) Flops=606652416 => 1537.92359213308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221429.000708413 Mflops = 221.429000708413 Gflops = 0.221429000708413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001121952 Relative Rsd = 4.92182455322886e-07
BICGSTAB_SOLVER_TIME: 0.787872 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043217 s
InvBiCGStab: k = 55 resid = 2.078988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224925(s) Flops=363866112 => 1617.72196065355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232904.711645075 Mflops = 232.904711645075 Gflops = 0.232904711645075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057152 s
InvBiCGStab: k = 78 resid = 1.14123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296202(s) Flops=514787328 => 1737.96033787753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250207.023641676 Mflops = 250.207023641676 Gflops = 0.250207023641676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001025099 Relative Rsd = 4.49694728104485e-07
BICGSTAB_SOLVER_TIME: 0.627526 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109706
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924436(s) Flops=1411006464 => 1526.34305024902 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219772.290284502 Mflops = 219.772290284502 Gflops = 0.219772290284502 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156497000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.22265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73374(s) Flops=1308764160 => 1783.68926322676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256817.161026263 Mflops = 256.817161026263 Gflops = 0.256817161026263 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 9.624832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.022929(s) Flops=1695909888 => 1657.89599082634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238727.060447041 Mflops = 238.727060447041 Gflops = 0.238727060447041 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002330327 Relative Rsd = 1.02597255813549e-06
BICGSTAB_SOLVER_TIME: 1.76007 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.121273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00187
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326642999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.984491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.896655(s) Flops=1420314624 => 1584.01461431654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228050.917354802 Mflops = 228.050917354802 Gflops = 0.228050917354802 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 5.563214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91969(s) Flops=1459685376 => 1587.14933945134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228540.186252487 Mflops = 228.540186252487 Gflops = 0.228540186252487 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002320013 Relative Rsd = 1.0199499119285e-06
BICGSTAB_SOLVER_TIME: 1.819706 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.116133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312587
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901463(s) Flops=1411006464 => 1565.24057448836 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225377.697533593 Mflops = 225.377697533593 Gflops = 0.225377697533593 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156634000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046706 s
InvBiCGStab: k = 28 resid = 1.740208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122005(s) Flops=186697728 => 1530.24653087988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220204.96993211 Mflops = 220.20496993211 Gflops = 0.22020496993211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06147 s
InvBiCGStab: k = 49 resid = 8.447335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192269(s) Flops=324495360 => 1687.7154403466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242944.732711053 Mflops = 242.944732711053 Gflops = 0.242944732711053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007395225 Relative Rsd = 3.2441678729535e-07
BICGSTAB_SOLVER_TIME: 0.426206 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046184 s
InvBiCGStab: k = 77 resid = 1.787963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299869(s) Flops=508225536 => 1694.8251936679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244014.254244688 Mflops = 244.014254244688 Gflops = 0.244014254244688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061651 s
InvBiCGStab: k = 105 resid = 7.638514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419729(s) Flops=691955712 => 1648.57732489297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237360.564804212 Mflops = 237.360564804212 Gflops = 0.237360564804212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.00128694 Relative Rsd = 5.6456007122669e-07
BICGSTAB_SOLVER_TIME: 0.83131 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046919 s
InvBiCGStab: k = 61 resid = 1.815193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244269(s) Flops=403236864 => 1650.79016985373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237670.365109136 Mflops = 237.670365109136 Gflops = 0.237670365109136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056157 s
InvBiCGStab: k = 64 resid = 9.606001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242685(s) Flops=422922240 => 1742.67977007232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250878.039410412 Mflops = 250.878039410412 Gflops = 0.250878039410412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001035288 Relative Rsd = 4.54164489017099e-07
BICGSTAB_SOLVER_TIME: 0.593849 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 64 resid = 1.920478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2655(s) Flops=422922240 => 1592.92745762712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229337.248592057 Mflops = 229.337248592057 Gflops = 0.229337248592057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 93 resid = 6.208745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365631(s) Flops=613214208 => 1677.13954232546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241463.512499842 Mflops = 241.463512499842 Gflops = 0.241463512499842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001177398 Relative Rsd = 5.1650596647974e-07
BICGSTAB_SOLVER_TIME: 0.733086 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043114 s
InvBiCGStab: k = 60 resid = 1.510112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269444(s) Flops=396675072 => 1472.19857187393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211957.125786059 Mflops = 211.957125786059 Gflops = 0.211957125786059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071823 s
InvBiCGStab: k = 94 resid = 9.88422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389908(s) Flops=619776000 => 1589.5442001703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228855.178075746 Mflops = 228.855178075746 Gflops = 0.228855178075746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00111559 Relative Rsd = 4.89391452916259e-07
BICGSTAB_SOLVER_TIME: 0.778201 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124259
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902834(s) Flops=1417273344 => 1569.80501841978 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226043.684876061 Mflops = 226.043684876061 Gflops = 0.226043684876061 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157396000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021436
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047171 s
InvBiCGStab: k = 31 resid = 2.069508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127803(s) Flops=206383104 => 1614.85336024976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232442.199935802 Mflops = 232.442199935802 Gflops = 0.232442199935802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060436 s
InvBiCGStab: k = 48 resid = 6.507752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201791(s) Flops=317933568 => 1575.5587117364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226816.971209644 Mflops = 226.816971209644 Gflops = 0.226816971209644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007980447 Relative Rsd = 3.50089581705655e-07
BICGSTAB_SOLVER_TIME: 0.441319 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040742 s
InvBiCGStab: k = 78 resid = 8.251193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294888(s) Flops=514787328 => 1745.70456580125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251330.846807759 Mflops = 251.330846807759 Gflops = 0.251330846807759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058911 s
InvBiCGStab: k = 102 resid = 9.147854e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389125(s) Flops=672270336 => 1727.64622165114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248743.722675489 Mflops = 248.743722675489 Gflops = 0.248743722675489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001252682 Relative Rsd = 5.49531679226444e-07
BICGSTAB_SOLVER_TIME: 0.787608 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052831 s
InvBiCGStab: k = 55 resid = 2.148872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204822(s) Flops=363866112 => 1776.49916512875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255764.621974526 Mflops = 255.764621974526 Gflops = 0.255764621974525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056053 s
InvBiCGStab: k = 80 resid = 1.039303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314826(s) Flops=527910912 => 1676.83390825408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241428.274646949 Mflops = 241.428274646949 Gflops = 0.241428274646949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001042139 Relative Rsd = 4.5716972821895e-07
BICGSTAB_SOLVER_TIME: 0.632431 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040705 s
InvBiCGStab: k = 60 resid = 1.963022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246756(s) Flops=396675072 => 1607.55998638331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231433.809913986 Mflops = 231.433809913986 Gflops = 0.231433809913986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062143 s
InvBiCGStab: k = 89 resid = 1.048962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373556(s) Flops=586967040 => 1571.29597704226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226215.819904837 Mflops = 226.215819904837 Gflops = 0.226215819904837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001138399 Relative Rsd = 4.99397409248726e-07
BICGSTAB_SOLVER_TIME: 0.727019 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046319 s
InvBiCGStab: k = 54 resid = 1.922708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233055(s) Flops=357304320 => 1533.13303726588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220728.254914949 Mflops = 220.728254914949 Gflops = 0.220728254914949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062881 s
InvBiCGStab: k = 87 resid = 1.015519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386602(s) Flops=573843456 => 1484.32614419998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213694.706790852 Mflops = 213.694706790852 Gflops = 0.213694706790852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001167907 Relative Rsd = 5.12342214357826e-07
BICGSTAB_SOLVER_TIME: 0.733574 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115002
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937565(s) Flops=1429733376 => 1524.94320500445 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219571.066276583 Mflops = 219.571066276583 Gflops = 0.219571066276583 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158506000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 28 resid = 2.014017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109793(s) Flops=186697728 => 1700.45201424499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244747.842967453 Mflops = 244.747842967453 Gflops = 0.244747842967453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064942 s
InvBiCGStab: k = 56 resid = 5.427045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233284(s) Flops=370427904 => 1587.88388402119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228594.070030055 Mflops = 228.594070030055 Gflops = 0.228594070030055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007893723 Relative Rsd = 3.46285103923288e-07
BICGSTAB_SOLVER_TIME: 0.453282 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047178 s
InvBiCGStab: k = 52 resid = 2.22952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211806(s) Flops=344180736 => 1624.9810486955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233937.145719746 Mflops = 233.937145719746 Gflops = 0.233937145719746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057024 s
InvBiCGStab: k = 78 resid = 1.090744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292272(s) Flops=514787328 => 1761.32961077353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253577.449458938 Mflops = 253.577449458938 Gflops = 0.253577449458938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00114117 Relative Rsd = 5.00613069004034e-07
BICGSTAB_SOLVER_TIME: 0.612124 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049022 s
InvBiCGStab: k = 54 resid = 1.824824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206268(s) Flops=357304320 => 1732.23340508465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249370.642760571 Mflops = 249.370642760571 Gflops = 0.249370642760571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055836 s
InvBiCGStab: k = 72 resid = 9.724689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321336(s) Flops=475416576 => 1479.49988796773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212972.522961898 Mflops = 212.972522961898 Gflops = 0.212972522961898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001019203 Relative Rsd = 4.47108310346647e-07
BICGSTAB_SOLVER_TIME: 0.638686 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 57 resid = 1.50435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233147(s) Flops=376989696 => 1616.96138487735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232802.270015149 Mflops = 232.802270015149 Gflops = 0.232802270015149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06047 s
InvBiCGStab: k = 81 resid = 9.255077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323295(s) Flops=534472704 => 1653.20436134181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238009.229668834 Mflops = 238.009229668834 Gflops = 0.238009229668834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001103635 Relative Rsd = 4.84147273228251e-07
BICGSTAB_SOLVER_TIME: 0.661972 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042034 s
InvBiCGStab: k = 50 resid = 2.210905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184422(s) Flops=331057152 => 1795.10661417835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258419.140976736 Mflops = 258.419140976736 Gflops = 0.258419140976736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 86 resid = 7.01498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341448(s) Flops=567281664 => 1661.39987348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239195.303027687 Mflops = 239.195303027687 Gflops = 0.239195303027687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001066187 Relative Rsd = 4.67719217855726e-07
BICGSTAB_SOLVER_TIME: 0.62864 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111444
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.999126(s) Flops=1436073984 => 1437.33021060407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206962.117766847 Mflops = 206.962117766847 Gflops = 0.206962117766847 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159206000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 37 resid = 1.456783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135936(s) Flops=245753856 => 1807.86440677966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260250.682917528 Mflops = 260.250682917528 Gflops = 0.260250682917528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 46 resid = 9.978735e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169018(s) Flops=304809984 => 1803.41729283272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.603315606 Mflops = 259.589603315606 Gflops = 0.259589603315606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007835101 Relative Rsd = 3.4371347080245e-07
BICGSTAB_SOLVER_TIME: 0.406353 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 60 resid = 1.991682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250617(s) Flops=396675072 => 1582.79395252517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227885.193426221 Mflops = 227.885193426221 Gflops = 0.227885193426221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068384 s
InvBiCGStab: k = 88 resid = 1.132853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446192(s) Flops=580405248 => 1300.7970739054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187291.628063312 Mflops = 187.291628063312 Gflops = 0.187291628063312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001121429 Relative Rsd = 4.91953153008093e-07
BICGSTAB_SOLVER_TIME: 0.81045 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052849 s
InvBiCGStab: k = 56 resid = 1.373451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24039(s) Flops=370427904 => 1540.94556345938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221845.115876052 Mflops = 221.845115876052 Gflops = 0.221845115876052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056626 s
InvBiCGStab: k = 74 resid = 9.337029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28848(s) Flops=488540160 => 1693.49750415973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243806.617128437 Mflops = 243.806617128437 Gflops = 0.243806617128437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001030443 Relative Rsd = 4.52039076158066e-07
BICGSTAB_SOLVER_TIME: 0.642395 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 60 resid = 1.939248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220914(s) Flops=396675072 => 1795.60857166137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258527.309234136 Mflops = 258.527309234136 Gflops = 0.258527309234136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057118 s
InvBiCGStab: k = 90 resid = 5.608326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329488(s) Flops=593528832 => 1801.3670664789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259342.246764371 Mflops = 259.342246764371 Gflops = 0.259342246764371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001120861 Relative Rsd = 4.91703831426619e-07
BICGSTAB_SOLVER_TIME: 0.652695 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040694 s
InvBiCGStab: k = 53 resid = 2.068626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193814(s) Flops=350742528 => 1809.68623525648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260517.920741461 Mflops = 260.517920741461 Gflops = 0.260517920741461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056074 s
InvBiCGStab: k = 80 resid = 9.297268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292328(s) Flops=527910912 => 1805.8855532142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259999.059382809 Mflops = 259.999059382809 Gflops = 0.259999059382809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001042236 Relative Rsd = 4.57212320230206e-07
BICGSTAB_SOLVER_TIME: 0.586801 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109354
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991194(s) Flops=1442414592 => 1455.22934158197 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209534.32849212 Mflops = 209.53432849212 Gflops = 0.20953432849212 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160162000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.386583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.967962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913126(s) Flops=1518741504 => 1663.23322739688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239460.134318529 Mflops = 239.460134318529 Gflops = 0.239460134318529 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.063236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.124745(s) Flops=1656539136 => 1472.81306962912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212075.676570314 Mflops = 212.075676570314 Gflops = 0.212075676570314 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002130228 Relative Rsd = 9.37891271687055e-07
BICGSTAB_SOLVER_TIME: 2.041343 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.119199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344030999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.8382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700683(s) Flops=1190651904 => 1699.27328620789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244695.931716593 Mflops = 244.695931716593 Gflops = 0.244695931716593 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 5.901865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892811(s) Flops=1518741504 => 1701.07839621152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244945.848776201 Mflops = 244.945848776201 Gflops = 0.244945848776201 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.002096961 Relative Rsd = 9.2182727013902e-07
BICGSTAB_SOLVER_TIME: 1.597584 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294167999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005302(s) Flops=1442414592 => 1434.80724399235 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206659.81905664 Mflops = 206.65981905664 Gflops = 0.20665981905664 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160100000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043245 s
InvBiCGStab: k = 29 resid = 2.192292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121962(s) Flops=193259520 => 1584.587986422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228065.617389158 Mflops = 228.065617389158 Gflops = 0.228065617389158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 56 resid = 6.847937e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210152(s) Flops=370427904 => 1762.66656515284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253753.926768678 Mflops = 253.753926768678 Gflops = 0.253753926768678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000736823 Relative Rsd = 3.23232586387684e-07
BICGSTAB_SOLVER_TIME: 0.435556 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750810000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045661 s
InvBiCGStab: k = 77 resid = 1.834912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297142(s) Flops=508225536 => 1710.37933378654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246250.603622261 Mflops = 246.250603622261 Gflops = 0.246250603622261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057538 s
InvBiCGStab: k = 93 resid = 6.372948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367196(s) Flops=613214208 => 1669.99152496215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240436.641175459 Mflops = 240.436641175459 Gflops = 0.240436641175459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001214823 Relative Rsd = 5.32923807940693e-07
BICGSTAB_SOLVER_TIME: 0.771295 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060259 s
InvBiCGStab: k = 56 resid = 2.091133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244546(s) Flops=370427904 => 1514.75756708349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218070.20487683 Mflops = 218.07020487683 Gflops = 0.21807020487683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062399 s
InvBiCGStab: k = 67 resid = 9.91027e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302771(s) Flops=442607616 => 1461.85604301601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210462.850095833 Mflops = 210.462850095833 Gflops = 0.210462850095833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001025824 Relative Rsd = 4.50012636102166e-07
BICGSTAB_SOLVER_TIME: 0.673812 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 60 resid = 1.546811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231675(s) Flops=396675072 => 1712.20490773713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246489.517823321 Mflops = 246.489517823321 Gflops = 0.246489517823321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057135 s
InvBiCGStab: k = 84 resid = 9.043968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325425(s) Flops=554158080 => 1702.87494814473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245167.131690592 Mflops = 245.167131690592 Gflops = 0.245167131690592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001149504 Relative Rsd = 5.04269291859932e-07
BICGSTAB_SOLVER_TIME: 0.659145 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042052 s
InvBiCGStab: k = 58 resid = 1.483449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239424(s) Flops=383551488 => 1601.97594226143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230638.283780149 Mflops = 230.638283780149 Gflops = 0.230638283780149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06149 s
InvBiCGStab: k = 81 resid = 1.125628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315073(s) Flops=534472704 => 1696.34562149089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244222.627204412 Mflops = 244.222627204412 Gflops = 0.244222627204412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001118473 Relative Rsd = 4.90656190516671e-07
BICGSTAB_SOLVER_TIME: 0.66174 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113723
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00035(s) Flops=1448755200 => 1448.24831309042 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208542.137766766 Mflops = 208.542137766766 Gflops = 0.208542137766766 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160372000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040755 s
InvBiCGStab: k = 30 resid = 1.803602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11461(s) Flops=199821312 => 1743.48932902888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250956.600096379 Mflops = 250.956600096379 Gflops = 0.250956600096379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059711 s
InvBiCGStab: k = 46 resid = 9.975388e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173189(s) Flops=304809984 => 1759.98466415304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253341.389203481 Mflops = 253.341389203481 Gflops = 0.253341389203481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007467844 Relative Rsd = 3.2760250631468e-07
BICGSTAB_SOLVER_TIME: 0.392063 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 75 resid = 2.195161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283926(s) Flops=495101952 => 1743.77109528539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251055.5105985 Mflops = 251.0555105985 Gflops = 0.2510555105985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059048 s
InvBiCGStab: k = 104 resid = 9.986313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395894(s) Flops=685393920 => 1731.25614432146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249262.819059528 Mflops = 249.262819059528 Gflops = 0.249262819059528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001277038 Relative Rsd = 5.60216196774202e-07
BICGSTAB_SOLVER_TIME: 0.784066 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115446
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063774 s
InvBiCGStab: k = 58 resid = 2.212872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263336(s) Flops=383551488 => 1456.50988850746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209683.135440763 Mflops = 209.683135440763 Gflops = 0.209683135440763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062059 s
InvBiCGStab: k = 77 resid = 1.07933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313788(s) Flops=508225536 => 1619.64618149834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233178.297056367 Mflops = 233.178297056367 Gflops = 0.233178297056367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001016307 Relative Rsd = 4.4583795509487e-07
BICGSTAB_SOLVER_TIME: 0.707164 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042558 s
InvBiCGStab: k = 61 resid = 1.984023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229835(s) Flops=403236864 => 1754.46239258599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252585.277224739 Mflops = 252.585277224739 Gflops = 0.252585277224739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057086 s
InvBiCGStab: k = 83 resid = 1.06057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350753(s) Flops=547596288 => 1561.20200825082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224774.407810876 Mflops = 224.774407810876 Gflops = 0.224774407810876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001135692 Relative Rsd = 4.98210246306704e-07
BICGSTAB_SOLVER_TIME: 0.684009 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043638 s
InvBiCGStab: k = 53 resid = 2.233464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218628(s) Flops=350742528 => 1604.28914869093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230956.917168641 Mflops = 230.956917168641 Gflops = 0.230956917168641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066336 s
InvBiCGStab: k = 88 resid = 9.75432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375728(s) Flops=580405248 => 1544.74845633011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222400.362219358 Mflops = 222.400362219358 Gflops = 0.222400362219358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001084902 Relative Rsd = 4.75929466394706e-07
BICGSTAB_SOLVER_TIME: 0.708131 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114981
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972962(s) Flops=1455095808 => 1495.53200227758 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215339.422089078 Mflops = 215.339422089078 Gflops = 0.215339422089078 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161472000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044172 s
InvBiCGStab: k = 32 resid = 1.688297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131246(s) Flops=212944896 => 1622.48675007238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233513.117574891 Mflops = 233.513117574891 Gflops = 0.233513117574891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056145 s
InvBiCGStab: k = 52 resid = 6.790261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190384(s) Flops=344180736 => 1807.82385074376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260253.27288193 Mflops = 260.25327288193 Gflops = 0.26025327288193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007877273 Relative Rsd = 3.45563491070721e-07
BICGSTAB_SOLVER_TIME: 0.425881 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040924 s
InvBiCGStab: k = 58 resid = 2.079426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212059(s) Flops=383551488 => 1808.70176696108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260390.490641975 Mflops = 260.390490641975 Gflops = 0.260390490641975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055949 s
InvBiCGStab: k = 79 resid = 1.052207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289231(s) Flops=521349120 => 1802.53541287068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259514.061959009 Mflops = 259.514061959009 Gflops = 0.259514061959009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00108098 Relative Rsd = 4.74208881920833e-07
BICGSTAB_SOLVER_TIME: 0.60196 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 56 resid = 1.875285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204786(s) Flops=370427904 => 1808.85365210512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260406.727517366 Mflops = 260.406727517366 Gflops = 0.260406727517366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05581 s
InvBiCGStab: k = 77 resid = 1.033695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299444(s) Flops=508225536 => 1697.23065414568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244345.460202783 Mflops = 244.345460202783 Gflops = 0.244345460202783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001048177 Relative Rsd = 4.59818604046052e-07
BICGSTAB_SOLVER_TIME: 0.605666 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046724 s
InvBiCGStab: k = 61 resid = 1.980828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287841(s) Flops=403236864 => 1400.90141432249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201687.358479244 Mflops = 201.687358479244 Gflops = 0.201687358479244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060853 s
InvBiCGStab: k = 86 resid = 9.41204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356533(s) Flops=567281664 => 1591.1056311758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229075.60962311 Mflops = 229.07560962311 Gflops = 0.22907560962311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001078978 Relative Rsd = 4.73330689803866e-07
BICGSTAB_SOLVER_TIME: 0.757805 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119085
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041633 s
InvBiCGStab: k = 58 resid = 1.822696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237675(s) Flops=383551488 => 1613.7645440202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232326.682699492 Mflops = 232.326682699492 Gflops = 0.232326682699492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063241 s
InvBiCGStab: k = 82 resid = 9.812376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304064(s) Flops=541034496 => 1779.34413807619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256170.899452909 Mflops = 256.170899452909 Gflops = 0.256170899452909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001096046 Relative Rsd = 4.80817844473101e-07
BICGSTAB_SOLVER_TIME: 0.650371 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114362
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009918(s) Flops=1461362688 => 1447.01123061476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208357.987984848 Mflops = 208.357987984848 Gflops = 0.208357987984848 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162226000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041764 s
InvBiCGStab: k = 33 resid = 2.158363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123239(s) Flops=219506688 => 1781.14629297544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256404.315630653 Mflops = 256.404315630653 Gflops = 0.256404315630653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056985 s
InvBiCGStab: k = 46 resid = 1.105485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17171(s) Flops=304809984 => 1775.14404519248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255530.100130018 Mflops = 255.530100130018 Gflops = 0.255530100130018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007819773 Relative Rsd = 3.43041063468882e-07
BICGSTAB_SOLVER_TIME: 0.39751 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042525 s
InvBiCGStab: k = 62 resid = 1.86142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228046(s) Flops=409798656 => 1796.99997368952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258718.164997079 Mflops = 258.718164997079 Gflops = 0.258718164997079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 95 resid = 4.389954e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347413(s) Flops=626337792 => 1802.8622763109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259568.838527645 Mflops = 259.568838527645 Gflops = 0.259568838527645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00109923 Relative Rsd = 4.82214750089256e-07
BICGSTAB_SOLVER_TIME: 0.677955 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 57 resid = 1.627494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208868(s) Flops=376989696 => 1804.9183982228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259851.60909615 Mflops = 259.85160909615 Gflops = 0.25985160909615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056814 s
InvBiCGStab: k = 82 resid = 9.642052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29933(s) Flops=541034496 => 1807.4850365817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.348048428 Mflops = 260.220348048428 Gflops = 0.260220348048428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001081128 Relative Rsd = 4.742736381202e-07
BICGSTAB_SOLVER_TIME: 0.609696 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041456 s
InvBiCGStab: k = 61 resid = 1.930621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244587(s) Flops=403236864 => 1648.64389358388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237378.274364648 Mflops = 237.378274364648 Gflops = 0.237378274364648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06521 s
InvBiCGStab: k = 78 resid = 8.676511e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327427(s) Flops=514787328 => 1572.22015288904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226357.574674808 Mflops = 226.357574674808 Gflops = 0.226357574674808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001110564 Relative Rsd = 4.87186780103426e-07
BICGSTAB_SOLVER_TIME: 0.682913 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113691
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042314 s
InvBiCGStab: k = 51 resid = 2.268695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241783(s) Flops=337618944 => 1396.3717217505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201040.590301306 Mflops = 201.040590301306 Gflops = 0.201040590301306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070667 s
InvBiCGStab: k = 81 resid = 7.199233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303475(s) Flops=534472704 => 1761.17539830299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253564.312612162 Mflops = 253.564312612162 Gflops = 0.253564312612162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001085183 Relative Rsd = 4.76052492959592e-07
BICGSTAB_SOLVER_TIME: 0.66217 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11005
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989462(s) Flops=1461510144 => 1477.07556631786 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212690.871942118 Mflops = 212.690871942118 Gflops = 0.212690871942118 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162266000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.456555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.389834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855961(s) Flops=1499056128 => 1751.31358554887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252129.165758611 Mflops = 252.129165758611 Gflops = 0.252129165758611 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 286 resid = 8.797696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.049393(s) Flops=1879640064 => 1791.16886047458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257917.506814526 Mflops = 257.917506814526 Gflops = 0.257917506814526 Tflops
BICGSTAB_SOLVER: 514 iterations. Rsd = 0.002237055 Relative Rsd = 9.84935459819456e-07
BICGSTAB_SOLVER_TIME: 1.908721 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.121778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.366433
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.207595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722955(s) Flops=1243146240 => 1719.53474282632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247567.003667696 Mflops = 247.567003667696 Gflops = 0.247567003667696 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.07702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.047786(s) Flops=1597483008 => 1524.62717386947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219538.064424229 Mflops = 219.538064424229 Gflops = 0.219538064424229 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002313246 Relative Rsd = 1.01685021210838e-06
BICGSTAB_SOLVER_TIME: 1.774141 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309098999999998
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962987(s) Flops=1461510144 => 1517.68418888313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218535.431290148 Mflops = 218.535431290148 Gflops = 0.218535431290148 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161939000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04359 s
InvBiCGStab: k = 27 resid = 1.510203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118776(s) Flops=180135936 => 1516.60214184684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218294.680909014 Mflops = 218.294680909014 Gflops = 0.218294680909014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067925 s
InvBiCGStab: k = 51 resid = 1.134266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207126(s) Flops=337618944 => 1630.01720691753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234655.085641678 Mflops = 234.655085641678 Gflops = 0.234655085641678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007651484 Relative Rsd = 3.35658473719365e-07
BICGSTAB_SOLVER_TIME: 0.441298 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044827 s
InvBiCGStab: k = 77 resid = 1.396465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296893(s) Flops=508225536 => 1711.81380497351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246466.039185592 Mflops = 246.466039185592 Gflops = 0.246466039185592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058355 s
InvBiCGStab: k = 101 resid = 8.152241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387102(s) Flops=665708544 => 1719.72385572795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247594.956161859 Mflops = 247.594956161859 Gflops = 0.247594956161859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001271879 Relative Rsd = 5.5795304931762e-07
BICGSTAB_SOLVER_TIME: 0.79103 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041657 s
InvBiCGStab: k = 68 resid = 2.252319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250083(s) Flops=449169408 => 1796.08133299744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258588.829704851 Mflops = 258.588829704851 Gflops = 0.258588829704851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 80 resid = 9.85319e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293998(s) Flops=527910912 => 1795.62756209226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258500.815974365 Mflops = 258.500815974365 Gflops = 0.258500815974365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001041321 Relative Rsd = 4.56811015644539e-07
BICGSTAB_SOLVER_TIME: 0.645879 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 64 resid = 1.812968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28944(s) Flops=422922240 => 1461.17412935323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210375.211253402 Mflops = 210.375211253402 Gflops = 0.210375211253402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068409 s
InvBiCGStab: k = 89 resid = 1.112889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363797(s) Flops=586967040 => 1613.44661995563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232296.9459367 Mflops = 232.2969459367 Gflops = 0.2322969459367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001156761 Relative Rsd = 5.07452865957832e-07
BICGSTAB_SOLVER_TIME: 0.766629 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045618 s
InvBiCGStab: k = 60 resid = 1.94107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249435(s) Flops=396675072 => 1590.29435323832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228941.242577088 Mflops = 228.941242577088 Gflops = 0.228941242577088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070959 s
InvBiCGStab: k = 91 resid = 8.550779e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37937(s) Flops=600090624 => 1581.80832432717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227738.927626548 Mflops = 227.738927626548 Gflops = 0.227738927626548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001161241 Relative Rsd = 5.0941822682253e-07
BICGSTAB_SOLVER_TIME: 0.749186 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122113
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915204(s) Flops=1461657600 => 1597.08392882898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229990.817981404 Mflops = 229.990817981404 Gflops = 0.229990817981404 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162116000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046813 s
InvBiCGStab: k = 31 resid = 1.817549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132303(s) Flops=206383104 => 1559.92762068887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224536.647761115 Mflops = 224.536647761115 Gflops = 0.224536647761115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061899 s
InvBiCGStab: k = 50 resid = 1.084725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214351(s) Flops=331057152 => 1544.4628296579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222323.734513727 Mflops = 222.323734513727 Gflops = 0.222323734513727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007577679 Relative Rsd = 3.32420765890133e-07
BICGSTAB_SOLVER_TIME: 0.459321 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042682 s
InvBiCGStab: k = 77 resid = 1.203757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290235(s) Flops=508225536 => 1751.08286733165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252104.225974145 Mflops = 252.104225974145 Gflops = 0.252104225974145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056659 s
InvBiCGStab: k = 108 resid = 8.581289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431219(s) Flops=711641088 => 1650.30086336641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237615.778915442 Mflops = 237.615778915442 Gflops = 0.237615778915442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001289866 Relative Rsd = 5.658439599113e-07
BICGSTAB_SOLVER_TIME: 0.824645 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146438999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040835 s
InvBiCGStab: k = 61 resid = 1.959481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241434(s) Flops=403236864 => 1670.17430850667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240453.104352922 Mflops = 240.453104352922 Gflops = 0.240453104352922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064882 s
InvBiCGStab: k = 80 resid = 1.062858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303351(s) Flops=527910912 => 1740.26428790411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250550.445420632 Mflops = 250.550445420632 Gflops = 0.250550445420632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001071369 Relative Rsd = 4.69992681362996e-07
BICGSTAB_SOLVER_TIME: 0.654312 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042794 s
InvBiCGStab: k = 61 resid = 1.51733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226463(s) Flops=403236864 => 1780.58607366325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256345.784696805 Mflops = 256.345784696805 Gflops = 0.256345784696805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056209 s
InvBiCGStab: k = 87 resid = 1.113954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349671(s) Flops=573843456 => 1641.09536106798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236276.307268008 Mflops = 236.276307268008 Gflops = 0.236276307268008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001125635 Relative Rsd = 4.93798142924915e-07
BICGSTAB_SOLVER_TIME: 0.679015 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055022 s
InvBiCGStab: k = 58 resid = 2.167573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279048(s) Flops=383551488 => 1374.50004300335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197885.999533449 Mflops = 197.885999533449 Gflops = 0.197885999533449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061572 s
InvBiCGStab: k = 92 resid = 1.138107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401345(s) Flops=606652416 => 1511.54845830894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217636.143366185 Mflops = 217.636143366185 Gflops = 0.217636143366185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001177122 Relative Rsd = 5.16384574140706e-07
BICGSTAB_SOLVER_TIME: 0.801189 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121503
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003169(s) Flops=1461731328 => 1457.11373457513 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209829.703333363 Mflops = 209.829703333363 Gflops = 0.209829703333363 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162425000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 29 resid = 1.867292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110842(s) Flops=193259520 => 1743.55857887804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250937.167103978 Mflops = 250.937167103978 Gflops = 0.250937167103978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058003 s
InvBiCGStab: k = 55 resid = 7.715585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210894(s) Flops=363866112 => 1725.35070699024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248374.849678606 Mflops = 248.374849678606 Gflops = 0.248374849678606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007241531 Relative Rsd = 3.17674482127508e-07
BICGSTAB_SOLVER_TIME: 0.426681 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047592 s
InvBiCGStab: k = 51 resid = 1.796058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2205(s) Flops=337618944 => 1531.15167346939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220433.475095664 Mflops = 220.433475095664 Gflops = 0.220433475095664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069856 s
InvBiCGStab: k = 83 resid = 9.709013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358649(s) Flops=547596288 => 1526.83065615686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219829.622048463 Mflops = 219.829622048463 Gflops = 0.219829622048463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001050792 Relative Rsd = 4.60965830593828e-07
BICGSTAB_SOLVER_TIME: 0.700555 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109691
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041519 s
InvBiCGStab: k = 52 resid = 2.235189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193759(s) Flops=344180736 => 1776.33418834738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255721.679412448 Mflops = 255.721679412448 Gflops = 0.255721679412448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056707 s
InvBiCGStab: k = 88 resid = 5.731562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354374(s) Flops=580405248 => 1637.83248206697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235800.513969981 Mflops = 235.800513969981 Gflops = 0.235800513969981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001100852 Relative Rsd = 4.82926353308483e-07
BICGSTAB_SOLVER_TIME: 0.650189 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042969 s
InvBiCGStab: k = 63 resid = 1.899869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247998(s) Flops=416360448 => 1678.8863135993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241711.417947223 Mflops = 241.711417947223 Gflops = 0.241711417947223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057992 s
InvBiCGStab: k = 89 resid = 8.449067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344799(s) Flops=586967040 => 1702.3455404453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245093.523567593 Mflops = 245.093523567593 Gflops = 0.245093523567593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001156204 Relative Rsd = 5.07208549193028e-07
BICGSTAB_SOLVER_TIME: 0.697695 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041224 s
InvBiCGStab: k = 49 resid = 1.987214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199431(s) Flops=324495360 => 1627.10591633196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234233.148770787 Mflops = 234.233148770787 Gflops = 0.234233148770787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 93 resid = 9.579519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34178(s) Flops=613214208 => 1794.17814968693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258309.998365856 Mflops = 258.309998365856 Gflops = 0.258309998365856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001068877 Relative Rsd = 4.68899282129205e-07
BICGSTAB_SOLVER_TIME: 0.642363 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115697
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051975(s) Flops=1468071936 => 1395.53880653057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200977.462171392 Mflops = 200.977462171392 Gflops = 0.200977462171392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162793000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04067 s
InvBiCGStab: k = 31 resid = 2.233557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114416(s) Flops=206383104 => 1803.79583275066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259625.863334849 Mflops = 259.625863334849 Gflops = 0.259625863334849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056849 s
InvBiCGStab: k = 51 resid = 1.004693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191856(s) Flops=337618944 => 1759.7518138604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253325.221316137 Mflops = 253.325221316137 Gflops = 0.253325221316137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007617284 Relative Rsd = 3.34158203318101e-07
BICGSTAB_SOLVER_TIME: 0.407688 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044234 s
InvBiCGStab: k = 63 resid = 1.922057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258729(s) Flops=416360448 => 1609.25311039737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231689.949734601 Mflops = 231.689949734601 Gflops = 0.231689949734601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077404 s
InvBiCGStab: k = 90 resid = 9.010868e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373004(s) Flops=593528832 => 1591.21304865363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229089.972227587 Mflops = 229.089972227587 Gflops = 0.229089972227587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001110079 Relative Rsd = 4.86974228603612e-07
BICGSTAB_SOLVER_TIME: 0.757762 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043002 s
InvBiCGStab: k = 51 resid = 2.173927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194701(s) Flops=337618944 => 1734.03805835615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249631.934061744 Mflops = 249.631934061744 Gflops = 0.249631934061744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063786 s
InvBiCGStab: k = 80 resid = 1.148358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315441(s) Flops=527910912 => 1673.5646666096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240941.213242538 Mflops = 240.941213242538 Gflops = 0.240941213242538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001037725 Relative Rsd = 4.55233630210906e-07
BICGSTAB_SOLVER_TIME: 0.620729 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04896 s
InvBiCGStab: k = 64 resid = 2.200839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237605(s) Flops=422922240 => 1779.93830096168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256251.462261635 Mflops = 256.251462261635 Gflops = 0.256251462261635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 96 resid = 1.008543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362216(s) Flops=632899584 => 1747.29880513285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251572.360645838 Mflops = 251.572360645838 Gflops = 0.251572360645838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001132465 Relative Rsd = 4.96794291745467e-07
BICGSTAB_SOLVER_TIME: 0.708749 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044257 s
InvBiCGStab: k = 63 resid = 1.886404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25261(s) Flops=416360448 => 1648.23422667353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237301.720506838 Mflops = 237.301720506838 Gflops = 0.237301720506838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057325 s
InvBiCGStab: k = 83 resid = 9.785457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324534(s) Flops=547596288 => 1687.33102849008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242927.719834808 Mflops = 242.927719834808 Gflops = 0.242927719834808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001033642 Relative Rsd = 4.53442416538511e-07
BICGSTAB_SOLVER_TIME: 0.683925 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118469
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045178(s) Flops=1468071936 => 1404.61427240145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202248.062442436 Mflops = 202.248062442436 Gflops = 0.202248062442436 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162698000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.408225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.882923(s) Flops=1499056128 => 1697.83336485741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244419.932569106 Mflops = 244.419932569106 Gflops = 0.244419932569106 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.037725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.115061(s) Flops=1735280640 => 1556.22036821304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224088.799725491 Mflops = 224.088799725491 Gflops = 0.224088799725491 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002609901 Relative Rsd = 1.14910171412001e-06
BICGSTAB_SOLVER_TIME: 2.001673 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.122413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351072
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.179298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751806(s) Flops=1275955200 => 1697.18677424761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244350.114693353 Mflops = 244.350114693353 Gflops = 0.244350114693353 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 8.392802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826422(s) Flops=1420314624 => 1718.63118842432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247481.467478624 Mflops = 247.481467478624 Gflops = 0.247481467478624 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002055651 Relative Rsd = 9.03589515132649e-07
BICGSTAB_SOLVER_TIME: 1.582907 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.120867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294495999999999
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.054828(s) Flops=1468071936 => 1391.76428384533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200446.182432779 Mflops = 200.446182432779 Gflops = 0.200446182432779 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162668000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042819 s
InvBiCGStab: k = 26 resid = 2.220333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099612(s) Flops=173574144 => 1742.50234911456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250809.343338825 Mflops = 250.809343338825 Gflops = 0.250809343338825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055775 s
InvBiCGStab: k = 52 resid = 6.51385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209236(s) Flops=344180736 => 1644.94033531515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236792.181747836 Mflops = 236.792181747836 Gflops = 0.236792181747836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007289579 Relative Rsd = 3.19782301523858e-07
BICGSTAB_SOLVER_TIME: 0.411318 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 79 resid = 1.731615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313516(s) Flops=521349120 => 1662.91072863905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239433.41775002 Mflops = 239.43341775002 Gflops = 0.23943341775002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067061 s
InvBiCGStab: k = 106 resid = 1.01461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.473113(s) Flops=698517504 => 1476.42847269046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212569.434813291 Mflops = 212.569434813291 Gflops = 0.212569434813291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001316415 Relative Rsd = 5.77490219372685e-07
BICGSTAB_SOLVER_TIME: 0.902956 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146328999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046476 s
InvBiCGStab: k = 51 resid = 2.038598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219926(s) Flops=337618944 => 1535.14793157699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221006.778811051 Mflops = 221.006778811051 Gflops = 0.221006778811051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 72 resid = 9.978883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2832(s) Flops=475416576 => 1678.73084745763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241677.884704993 Mflops = 241.677884704993 Gflops = 0.241677884704993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.000983339 Relative Rsd = 4.31375260587044e-07
BICGSTAB_SOLVER_TIME: 0.609733 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 65 resid = 2.067266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247836(s) Flops=429484032 => 1732.93642570087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249491.875176729 Mflops = 249.491875176729 Gflops = 0.249491875176729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065709 s
InvBiCGStab: k = 89 resid = 1.075476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351224(s) Flops=586967040 => 1671.20424572353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240607.536828036 Mflops = 240.607536828036 Gflops = 0.240607536828036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001145206 Relative Rsd = 5.02383905922843e-07
BICGSTAB_SOLVER_TIME: 0.709584 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042568 s
InvBiCGStab: k = 57 resid = 2.095622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209715(s) Flops=376989696 => 1797.62866747729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.952366088 Mflops = 258.795952366088 Gflops = 0.258795952366088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 89 resid = 4.572999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336692(s) Flops=586967040 => 1743.33527378138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250987.994307161 Mflops = 250.987994307161 Gflops = 0.250987994307161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001061997 Relative Rsd = 4.65881071259657e-07
BICGSTAB_SOLVER_TIME: 0.648801 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118661
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004686(s) Flops=1468219392 => 1461.37140559339 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210421.424225946 Mflops = 210.421424225946 Gflops = 0.210421424225946 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162697000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046213 s
InvBiCGStab: k = 32 resid = 1.762368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136502(s) Flops=212944896 => 1560.01301079838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224549.538579581 Mflops = 224.549538579581 Gflops = 0.224549538579581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070259 s
InvBiCGStab: k = 55 resid = 8.377074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240943(s) Flops=363866112 => 1510.17507045235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217406.829214741 Mflops = 217.406829214741 Gflops = 0.217406829214741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007694226 Relative Rsd = 3.37533518070987e-07
BICGSTAB_SOLVER_TIME: 0.497774 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765880000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044513 s
InvBiCGStab: k = 82 resid = 1.458544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325793(s) Flops=541034496 => 1660.66949259192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239096.399796913 Mflops = 239.096399796913 Gflops = 0.239096399796913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06362 s
InvBiCGStab: k = 109 resid = 1.041099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.473808(s) Flops=718202880 => 1515.8099483335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218241.424650383 Mflops = 218.241424650383 Gflops = 0.218241424650383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001287635 Relative Rsd = 5.64864956487117e-07
BICGSTAB_SOLVER_TIME: 0.911841 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150568999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050977 s
InvBiCGStab: k = 59 resid = 1.637003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271968(s) Flops=390113280 => 1434.40875397106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206505.453504616 Mflops = 206.505453504616 Gflops = 0.206505453504616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057393 s
InvBiCGStab: k = 78 resid = 1.043385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307587(s) Flops=514787328 => 1673.63161642072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240970.666738877 Mflops = 240.970666738877 Gflops = 0.240970666738877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001046463 Relative Rsd = 4.59066911223905e-07
BICGSTAB_SOLVER_TIME: 0.692245 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04242 s
InvBiCGStab: k = 62 resid = 1.706454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228306(s) Flops=409798656 => 1794.95350976321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258426.094709656 Mflops = 258.426094709656 Gflops = 0.258426094709656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058 s
InvBiCGStab: k = 80 resid = 1.131408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330698(s) Flops=527910912 => 1596.35350682496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229826.874579375 Mflops = 229.826874579375 Gflops = 0.229826874579375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001113938 Relative Rsd = 4.8866677589022e-07
BICGSTAB_SOLVER_TIME: 0.663504 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040955 s
InvBiCGStab: k = 60 resid = 2.002982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219609(s) Flops=396675072 => 1806.27875906725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260036.664876592 Mflops = 260.036664876592 Gflops = 0.260036664876592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055759 s
InvBiCGStab: k = 88 resid = 1.146834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321068(s) Flops=580405248 => 1807.73309080942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260266.695119794 Mflops = 260.266695119794 Gflops = 0.260266695119794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001110986 Relative Rsd = 4.87371856181112e-07
BICGSTAB_SOLVER_TIME: 0.641252 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120222
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975873(s) Flops=1468145664 => 1504.44336916791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216626.877310256 Mflops = 216.626877310256 Gflops = 0.216626877310256 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162553000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 35 resid = 1.689742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13301(s) Flops=232630272 => 1748.96828809864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251765.115508166 Mflops = 251.765115508166 Gflops = 0.251765115508166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063775 s
InvBiCGStab: k = 46 resid = 1.037068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189357(s) Flops=304809984 => 1609.71067348976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231716.672325968 Mflops = 231.716672325968 Gflops = 0.231716672325968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007042143 Relative Rsd = 3.08927671278867e-07
BICGSTAB_SOLVER_TIME: 0.431468 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042721 s
InvBiCGStab: k = 54 resid = 2.15677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206802(s) Flops=357304320 => 1727.76046653321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248724.734533527 Mflops = 248.724734533527 Gflops = 0.248724734533527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064787 s
InvBiCGStab: k = 79 resid = 1.141802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303412(s) Flops=521349120 => 1718.28774076174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247345.092582744 Mflops = 247.345092582744 Gflops = 0.247345092582744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001087256 Relative Rsd = 4.76962194993759e-07
BICGSTAB_SOLVER_TIME: 0.621587 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046439 s
InvBiCGStab: k = 52 resid = 2.226305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225799(s) Flops=344180736 => 1524.27927493036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219436.550096676 Mflops = 219.436550096676 Gflops = 0.219436550096676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060821 s
InvBiCGStab: k = 88 resid = 1.111414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425654(s) Flops=580405248 => 1363.56112711263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196321.631393597 Mflops = 196.321631393597 Gflops = 0.196321631393597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001047285 Relative Rsd = 4.5942720695461e-07
BICGSTAB_SOLVER_TIME: 0.762996 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 61 resid = 1.816223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227391(s) Flops=403236864 => 1773.31936620183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255303.434175228 Mflops = 255.303434175228 Gflops = 0.255303434175228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056624 s
InvBiCGStab: k = 92 resid = 6.429849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339054(s) Flops=606652416 => 1789.2501371463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257600.677827136 Mflops = 257.600677827136 Gflops = 0.257600677827136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001114371 Relative Rsd = 4.88856958923692e-07
BICGSTAB_SOLVER_TIME: 0.66782 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123811
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043035 s
InvBiCGStab: k = 62 resid = 2.209257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243306(s) Flops=409798656 => 1684.29326033883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242489.366407087 Mflops = 242.489366407087 Gflops = 0.242489366407087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056612 s
InvBiCGStab: k = 82 resid = 1.02801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299716(s) Flops=541034496 => 1805.15720215137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.698389029 Mflops = 259.893698389029 Gflops = 0.259893698389029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001079284 Relative Rsd = 4.73464594184575e-07
BICGSTAB_SOLVER_TIME: 0.646501 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117388
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925117(s) Flops=1462026240 => 1580.36901278433 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227560.989638665 Mflops = 227.560989638665 Gflops = 0.227560989638666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162321000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043071 s
InvBiCGStab: k = 27 resid = 2.160907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109736(s) Flops=180135936 => 1641.53911205074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236276.547622715 Mflops = 236.276547622715 Gflops = 0.236276547622715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056147 s
InvBiCGStab: k = 52 resid = 1.057613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197657(s) Flops=344180736 => 1741.30304517422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250672.972302007 Mflops = 250.672972302007 Gflops = 0.250672972302007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007707826 Relative Rsd = 3.38130138180691e-07
BICGSTAB_SOLVER_TIME: 0.41058 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 62 resid = 1.336616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22817(s) Flops=409798656 => 1796.02338607179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258556.835508513 Mflops = 258.556835508513 Gflops = 0.258556835508513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062187 s
InvBiCGStab: k = 91 resid = 9.436017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360195(s) Flops=600090624 => 1666.01597468038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239861.854776864 Mflops = 239.861854776864 Gflops = 0.239861854776864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001156395 Relative Rsd = 5.07292150059245e-07
BICGSTAB_SOLVER_TIME: 0.695718 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041532 s
InvBiCGStab: k = 60 resid = 1.802607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220248(s) Flops=396675072 => 1801.0382477934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259285.781353789 Mflops = 259.285781353789 Gflops = 0.259285781353789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05895 s
InvBiCGStab: k = 83 resid = 7.413484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346672(s) Flops=547596288 => 1579.58037568653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227422.09019595 Mflops = 227.42209019595 Gflops = 0.22742209019595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001050783 Relative Rsd = 4.60961642890083e-07
BICGSTAB_SOLVER_TIME: 0.671747 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116461
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04606 s
InvBiCGStab: k = 62 resid = 1.884423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239586(s) Flops=409798656 => 1710.44491748266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246244.29231588 Mflops = 246.24429231588 Gflops = 0.24624429231588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057575 s
InvBiCGStab: k = 84 resid = 1.111888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313466(s) Flops=554158080 => 1767.84110557445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254517.374693274 Mflops = 254.517374693274 Gflops = 0.254517374693274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001143902 Relative Rsd = 5.01811875805249e-07
BICGSTAB_SOLVER_TIME: 0.660564 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04072 s
InvBiCGStab: k = 56 resid = 2.195795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205726(s) Flops=370427904 => 1800.58866647871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259221.434047627 Mflops = 259.221434047627 Gflops = 0.259221434047627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 80 resid = 1.116341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292213(s) Flops=527910912 => 1806.59625684004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260086.246790697 Mflops = 260.086246790697 Gflops = 0.260086246790697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001069812 Relative Rsd = 4.6930947281794e-07
BICGSTAB_SOLVER_TIME: 0.598527 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11152
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910915(s) Flops=1461952512 => 1604.92747621897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231090.664382686 Mflops = 231.090664382686 Gflops = 0.231090664382686 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162009000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.070077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75499(s) Flops=1361258496 => 1803.01526642737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259561.763414384 Mflops = 259.561763414384 Gflops = 0.259561763414384 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 283 resid = 1.11131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.031261(s) Flops=1859954688 => 1803.57318661328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259704.357175949 Mflops = 259.704357175949 Gflops = 0.259704357175949 Tflops
BICGSTAB_SOLVER: 490 iterations. Rsd = 0.002720138 Relative Rsd = 1.19762419432846e-06
BICGSTAB_SOLVER_TIME: 1.789649 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349564999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.347226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791666(s) Flops=1236584448 => 1562.00272337071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224871.937630489 Mflops = 224.871937630489 Gflops = 0.224871937630489 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.07007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798718(s) Flops=1413752832 => 1770.02750908331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254875.119447296 Mflops = 254.875119447296 Gflops = 0.254875119447296 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002232127 Relative Rsd = 9.8114649546628e-07
BICGSTAB_SOLVER_TIME: 1.593794 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.114981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287620999999998
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993185(s) Flops=1461952512 => 1471.98408352925 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211947.795696999 Mflops = 211.947795696999 Gflops = 0.211947795696999 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162098000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 36 resid = 2.142719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146121(s) Flops=239192064 => 1636.94516188638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235640.390009152 Mflops = 235.640390009152 Gflops = 0.235640390009152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063392 s
InvBiCGStab: k = 51 resid = 9.658818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194113(s) Flops=337618944 => 1739.29074302082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250383.277925622 Mflops = 250.383277925622 Gflops = 0.250383277925622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0008453751 Relative Rsd = 3.70852676497157e-07
BICGSTAB_SOLVER_TIME: 0.44875 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0766640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 84 resid = 2.159135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320532(s) Flops=554158080 => 1728.86975403392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248915.989501233 Mflops = 248.915989501233 Gflops = 0.248915989501233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057192 s
InvBiCGStab: k = 112 resid = 6.524219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424273(s) Flops=737888256 => 1739.18268661923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250398.93266353 Mflops = 250.39893266353 Gflops = 0.25039893266353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001310688 Relative Rsd = 5.74978107821533e-07
BICGSTAB_SOLVER_TIME: 0.847385 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154163999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042182 s
InvBiCGStab: k = 51 resid = 1.918371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208003(s) Flops=337618944 => 1623.14458926073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233687.998647401 Mflops = 233.687998647401 Gflops = 0.233687998647401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060035 s
InvBiCGStab: k = 64 resid = 8.443191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238837(s) Flops=422922240 => 1770.7567922893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254738.239371332 Mflops = 254.738239371332 Gflops = 0.254738239371332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001032293 Relative Rsd = 4.52850418223794e-07
BICGSTAB_SOLVER_TIME: 0.55294 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964310000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04688 s
InvBiCGStab: k = 58 resid = 2.077126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24015(s) Flops=383551488 => 1597.13299188007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229909.401081173 Mflops = 229.909401081173 Gflops = 0.229909401081173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065303 s
InvBiCGStab: k = 90 resid = 7.215135e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399757(s) Flops=593528832 => 1484.72404986029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213762.895177596 Mflops = 213.762895177596 Gflops = 0.213762895177596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00116517 Relative Rsd = 5.11141671191645e-07
BICGSTAB_SOLVER_TIME: 0.756481 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119986
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054211 s
InvBiCGStab: k = 58 resid = 2.04174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220496(s) Flops=383551488 => 1739.49408606052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250392.980654457 Mflops = 250.392980654457 Gflops = 0.250392980654457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06059 s
InvBiCGStab: k = 89 resid = 1.058874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348969(s) Flops=586967040 => 1682.00338712035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242167.077494609 Mflops = 242.167077494609 Gflops = 0.242167077494609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001123771 Relative Rsd = 4.92980672512244e-07
BICGSTAB_SOLVER_TIME: 0.688436 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119333
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948117(s) Flops=1461878784 => 1541.87593303358 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222006.763063737 Mflops = 222.006763063737 Gflops = 0.222006763063737 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162288000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043891 s
InvBiCGStab: k = 34 resid = 2.063545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142144(s) Flops=226068480 => 1590.41873030167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228943.448114945 Mflops = 228.943448114945 Gflops = 0.228943448114945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06438 s
InvBiCGStab: k = 51 resid = 9.46308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197049(s) Flops=337618944 => 1713.37557663322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246641.178259916 Mflops = 246.641178259916 Gflops = 0.246641178259916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007933029 Relative Rsd = 3.48009416474886e-07
BICGSTAB_SOLVER_TIME: 0.451298 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 80 resid = 2.233709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309251(s) Flops=527910912 => 1707.06291006335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245773.635517293 Mflops = 245.773635517293 Gflops = 0.245773635517293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061955 s
InvBiCGStab: k = 93 resid = 7.671226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351781(s) Flops=613214208 => 1743.17034746049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250971.723271139 Mflops = 250.971723271139 Gflops = 0.250971723271139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001256154 Relative Rsd = 5.5105482878963e-07
BICGSTAB_SOLVER_TIME: 0.768142 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137627
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041374 s
InvBiCGStab: k = 59 resid = 1.881166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218203(s) Flops=390113280 => 1787.84562998676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257367.812972809 Mflops = 257.367812972809 Gflops = 0.257367812972809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057062 s
InvBiCGStab: k = 76 resid = 1.030915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322655(s) Flops=501663744 => 1554.7992251786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223846.249788701 Mflops = 223.846249788701 Gflops = 0.223846249788701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001043181 Relative Rsd = 4.57627158248706e-07
BICGSTAB_SOLVER_TIME: 0.643452 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04719 s
InvBiCGStab: k = 67 resid = 2.120311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2662(s) Flops=442607616 => 1662.68826446281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239387.579483763 Mflops = 239.387579483763 Gflops = 0.239387579483763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056529 s
InvBiCGStab: k = 87 resid = 9.594611e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369754(s) Flops=573843456 => 1551.96010320375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223447.515270631 Mflops = 223.447515270631 Gflops = 0.223447515270631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001204082 Relative Rsd = 5.28211568767359e-07
BICGSTAB_SOLVER_TIME: 0.746083 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051956 s
InvBiCGStab: k = 69 resid = 1.444306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297739(s) Flops=455731200 => 1530.63992288548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220376.585042373 Mflops = 220.376585042373 Gflops = 0.220376585042373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 84 resid = 1.103623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327493(s) Flops=554158080 => 1692.12190794918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243630.378805064 Mflops = 243.630378805064 Gflops = 0.243630378805064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001119117 Relative Rsd = 4.90938758380312e-07
BICGSTAB_SOLVER_TIME: 0.737721 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123506
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955997(s) Flops=1461731328 => 1529.01246342823 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220164.695108824 Mflops = 220.164695108824 Gflops = 0.220164695108824 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162121000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05657 s
InvBiCGStab: k = 28 resid = 1.646561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1332(s) Flops=186697728 => 1401.63459459459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201778.627870526 Mflops = 201.778627870526 Gflops = 0.201778627870526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063289 s
InvBiCGStab: k = 48 resid = 1.067151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207698(s) Flops=317933568 => 1530.74929946364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220364.307520005 Mflops = 220.364307520005 Gflops = 0.220364307520005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007518261 Relative Rsd = 3.29814201191718e-07
BICGSTAB_SOLVER_TIME: 0.464785 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04789 s
InvBiCGStab: k = 62 resid = 1.26905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258216(s) Flops=409798656 => 1587.03820057626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228486.320504518 Mflops = 228.486320504518 Gflops = 0.228486320504518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059869 s
InvBiCGStab: k = 78 resid = 7.06e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307886(s) Flops=514787328 => 1672.00628804168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240708.869021157 Mflops = 240.708869021157 Gflops = 0.240708869021157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001070889 Relative Rsd = 4.69782019436822e-07
BICGSTAB_SOLVER_TIME: 0.679596 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041336 s
InvBiCGStab: k = 58 resid = 1.80276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233196(s) Flops=383551488 => 1644.76015025987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236791.313318954 Mflops = 236.791313318954 Gflops = 0.236791313318954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057982 s
InvBiCGStab: k = 74 resid = 7.09826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281602(s) Flops=488540160 => 1734.86040582098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249757.974474008 Mflops = 249.757974474008 Gflops = 0.249757974474008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001005971 Relative Rsd = 4.41303693330679e-07
BICGSTAB_SOLVER_TIME: 0.617936 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04336 s
InvBiCGStab: k = 60 resid = 1.273591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226761(s) Flops=396675072 => 1749.30906108193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251806.4847126 Mflops = 251.8064847126 Gflops = 0.2518064847126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057409 s
InvBiCGStab: k = 90 resid = 9.835152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340595(s) Flops=593528832 => 1742.62344426665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250889.71660409 Mflops = 250.88971660409 Gflops = 0.25088971660409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001167694 Relative Rsd = 5.12248705997384e-07
BICGSTAB_SOLVER_TIME: 0.671965 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121461
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055872 s
InvBiCGStab: k = 56 resid = 2.276784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266374(s) Flops=370427904 => 1390.63085736596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200206.097434346 Mflops = 200.206097434346 Gflops = 0.200206097434346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05745 s
InvBiCGStab: k = 80 resid = 1.042038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351891(s) Flops=527910912 => 1500.21146320878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215992.13923216 Mflops = 215.99213923216 Gflops = 0.21599213923216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001060399 Relative Rsd = 4.65180141578024e-07
BICGSTAB_SOLVER_TIME: 0.735735 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111367
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980743(s) Flops=1461583872 => 1490.28223703865 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214579.735335358 Mflops = 214.579735335358 Gflops = 0.214579735335358 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161738000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047643 s
InvBiCGStab: k = 24 resid = 1.925413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11399(s) Flops=160450560 => 1407.58452495833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202597.270473201 Mflops = 202.597270473201 Gflops = 0.202597270473201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064791 s
InvBiCGStab: k = 54 resid = 1.132654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25003(s) Flops=357304320 => 1429.04579450466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205736.663671429 Mflops = 205.736663671429 Gflops = 0.205736663671429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007403458 Relative Rsd = 3.24777976743318e-07
BICGSTAB_SOLVER_TIME: 0.480582 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045971 s
InvBiCGStab: k = 57 resid = 2.227433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218302(s) Flops=376989696 => 1726.91819589376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248616.896539232 Mflops = 248.616896539232 Gflops = 0.248616896539232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 74 resid = 1.063954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280727(s) Flops=488540160 => 1740.26780466432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250526.358665163 Mflops = 250.526358665163 Gflops = 0.250526358665163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001079003 Relative Rsd = 4.73341465480574e-07
BICGSTAB_SOLVER_TIME: 0.604922 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041707 s
InvBiCGStab: k = 51 resid = 2.016317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18794(s) Flops=337618944 => 1796.41877194849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258605.059369718 Mflops = 258.605059369718 Gflops = 0.258605059369718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061799 s
InvBiCGStab: k = 72 resid = 8.406784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281475(s) Flops=475416576 => 1689.01883293365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243162.565470806 Mflops = 243.162565470806 Gflops = 0.243162565470806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001022156 Relative Rsd = 4.48403485403544e-07
BICGSTAB_SOLVER_TIME: 0.576982 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040682 s
InvBiCGStab: k = 60 resid = 2.192415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219577(s) Flops=396675072 => 1806.54199665721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260079.510049521 Mflops = 260.079510049521 Gflops = 0.260079510049521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 83 resid = 7.242083e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303149(s) Flops=547596288 => 1806.36019911001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.264543876 Mflops = 260.063264543876 Gflops = 0.260063264543876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001146902 Relative Rsd = 5.03127529754848e-07
BICGSTAB_SOLVER_TIME: 0.623338 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 56 resid = 9.813899e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204763(s) Flops=370427904 => 1809.05683155648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260446.76993587 Mflops = 260.44676993587 Gflops = 0.26044676993587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 73 resid = 9.639623e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290371(s) Flops=481978368 => 1659.87088242283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238966.548270026 Mflops = 238.966548270026 Gflops = 0.238966548270026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001020855 Relative Rsd = 4.47832834164012e-07
BICGSTAB_SOLVER_TIME: 0.597226 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106478
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015157(s) Flops=1455390720 => 1433.66072440027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206434.987954884 Mflops = 206.434987954884 Gflops = 0.206434987954884 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161369000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.568153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918297(s) Flops=1440000000 => 1568.12011800104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225693.75524007 Mflops = 225.69375524007 Gflops = 0.22569375524007 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.094664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915011(s) Flops=1512179712 => 1652.63555520098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237970.310820621 Mflops = 237.970310820621 Gflops = 0.237970310820621 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.00318174 Relative Rsd = 1.40084384599485e-06
BICGSTAB_SOLVER_TIME: 1.836674 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320383999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.996178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76842(s) Flops=1341573120 => 1745.88521902085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251381.151530011 Mflops = 251.381151530011 Gflops = 0.251381151530011 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 8.733444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.791985(s) Flops=1426876416 => 1801.64575844239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259424.07327798 Mflops = 259.42407327798 Gflops = 0.25942407327798 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002094286 Relative Rsd = 9.20560556919654e-07
BICGSTAB_SOLVER_TIME: 1.563877 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.11528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300485999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 340 resid = 2.229616e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.382681(s) Flops=2233976832 => 1615.68491358455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232626.785110885 Mflops = 232.626785110885 Gflops = 0.232626785110885 Tflops
InvBiCGStab: k = 371 resid = 1.104755e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.640427(s) Flops=2437392384 => 1485.82800941462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213953.45478441 Mflops = 213.95345478441 Gflops = 0.21395345478441 Tflops
BICGSTAB_SOLVER: 711 iterations. Rsd = 0.003207883 Relative Rsd = 1.41235405105285e-06
BICGSTAB_SOLVER_TIME: 3.028365 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.508075999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 275 resid = 1.194964e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.152365(s) Flops=1807460352 => 1568.47904266443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225781.082486257 Mflops = 225.781082486257 Gflops = 0.225781082486257 Tflops
InvBiCGStab: k = 306 resid = 1.050179e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.242228(s) Flops=2010875904 => 1618.76555994552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233096.693415719 Mflops = 233.096693415719 Gflops = 0.233096693415719 Tflops
BICGSTAB_SOLVER: 581 iterations. Rsd = 0.002104217 Relative Rsd = 9.24925775471949e-07
BICGSTAB_SOLVER_TIME: 2.399405 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.415454
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 250 resid = 1.839356e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.938362(s) Flops=1643415552 => 1751.36626589738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252220.158856396 Mflops = 252.220158856396 Gflops = 0.252220158856396 Tflops
InvBiCGStab: k = 241 resid = 9.313342e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883986(s) Flops=1584359424 => 1792.29017654126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258077.868280619 Mflops = 258.077868280619 Gflops = 0.258077868280619 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.001806992 Relative Rsd = 7.92698919352592e-07
BICGSTAB_SOLVER_TIME: 1.827092 sec
2Flav::invert,  n_count = 491
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351094000000004
MInvCG2: 337 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.472092(s) Flops=2176395264 => 1478.43698899254 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212899.630775367 Mflops = 212.899630775367 Gflops = 0.212899630775367 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241873000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.306335906813729
AccProb = 0.736139303712933
AcceptP = 0
After HMC trajectory call: time= 477.059159 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.04311 secs
Doing Update: 2763 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 274 resid = 2.197355e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.084437(s) Flops=1800898560 => 1660.67605587047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239125.995379666 Mflops = 239.125995379666 Gflops = 0.239125995379666 Tflops
InvBiCGStab: k = 296 resid = 8.390579e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.151854(s) Flops=1945257984 => 1688.80603270901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243181.762909664 Mflops = 243.181762909664 Gflops = 0.243181762909664 Tflops
BICGSTAB_SOLVER: 570 iterations. Rsd = 0.002085918 Relative Rsd = 9.18387265284394e-07
BICGSTAB_SOLVER_TIME: 2.241114 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.409677999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
InvBiCGStab: k = 239 resid = 2.080982e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046525(s) Flops=1571235840 => 1501.38395164951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216218.965935967 Mflops = 216.218965935967 Gflops = 0.216218965935967 Tflops
InvBiCGStab: k = 266 resid = 1.071318e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.045993(s) Flops=1748404224 => 1671.52574061203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240691.347660702 Mflops = 240.691347660702 Gflops = 0.240691347660702 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.002199522 Relative Rsd = 9.66579641338593e-07
BICGSTAB_SOLVER_TIME: 2.098646 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363524999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 385 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.591141(s) Flops=2472486912 => 1553.90811499421 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223788.475213448 Mflops = 223.788475213448 Gflops = 0.223788475213448 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276977000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 332 resid = 1.898886e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.342959(s) Flops=2181482496 => 1624.3850303695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233909.358598283 Mflops = 233.909358598283 Gflops = 0.233909358598283 Tflops
InvBiCGStab: k = 357 resid = 1.122233e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.362052(s) Flops=2345527296 => 1722.05414771242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247969.183853232 Mflops = 247.969183853232 Gflops = 0.247969183853232 Tflops
BICGSTAB_SOLVER: 689 iterations. Rsd = 0.002208536 Relative Rsd = 9.72373865876875e-07
BICGSTAB_SOLVER_TIME: 2.712009 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.492290999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 261 resid = 2.158592e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.997772(s) Flops=1715595264 => 1719.42614545207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247561.242666164 Mflops = 247.561242666164 Gflops = 0.247561242666164 Tflops
InvBiCGStab: k = 338 resid = 1.137745e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.49028(s) Flops=2220853248 => 1490.22549319591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214586.910370843 Mflops = 214.586910370843 Gflops = 0.214586910370843 Tflops
BICGSTAB_SOLVER: 599 iterations. Rsd = 0.0020923 Relative Rsd = 9.19461043537516e-07
BICGSTAB_SOLVER_TIME: 2.492598 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428489999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 235 resid = 1.926264e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932142(s) Flops=1544988672 => 1657.46063582587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238661.398309104 Mflops = 238.661398309104 Gflops = 0.238661398309104 Tflops
InvBiCGStab: k = 284 resid = 1.025097e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.043046(s) Flops=1866516480 => 1789.486254681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257676.295150164 Mflops = 257.676295150164 Gflops = 0.257676295150164 Tflops
BICGSTAB_SOLVER: 519 iterations. Rsd = 0.001982745 Relative Rsd = 8.69064780087133e-07
BICGSTAB_SOLVER_TIME: 1.980799 sec
2Flav::invert,  n_count = 519
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.370603000000004
MInvCG2: 363 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.571493(s) Flops=2338449408 => 1488.04315895776 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214298.627861616 Mflops = 214.298627861616 Gflops = 0.214298627861616 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260285000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 1.994853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.91447(s) Flops=1610606592 => 1761.24595886142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253578.691927806 Mflops = 253.578691927806 Gflops = 0.253578691927806 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 8.577529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.945153(s) Flops=1551550464 => 1641.58656217565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236380.68240154 Mflops = 236.38068240154 Gflops = 0.23638068240154 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.002170744 Relative Rsd = 9.55734752955544e-07
BICGSTAB_SOLVER_TIME: 1.863001 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.118818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343161
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.913021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810838(s) Flops=1236584448 => 1525.06967853011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219530.642427007 Mflops = 219.530642427007 Gflops = 0.219530642427007 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 9.251918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.804857(s) Flops=1374382080 => 1707.61027114133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245881.87920488 Mflops = 245.88187920488 Gflops = 0.24588187920488 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.00204286 Relative Rsd = 8.9773445398513e-07
BICGSTAB_SOLVER_TIME: 1.619159 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.124266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284123999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957636(s) Flops=1542610944 => 1610.85312582234 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231945.157215505 Mflops = 231.945157215505 Gflops = 0.231945157215505 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171319000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 8.1e-05 s
InvBiCGStab: k = 173 resid = 1.947773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708013(s) Flops=1138157568 => 1607.53766950607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231333.534607649 Mflops = 231.333534607649 Gflops = 0.231333534607649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 190 resid = 7.959984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807624(s) Flops=1249708032 => 1547.38842827851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222803.390576331 Mflops = 222.803390576331 Gflops = 0.222803390576331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 363 iterations. Rsd = 0.001961601 Relative Rsd = 8.59797150607984e-07
BICGSTAB_SOLVER_TIME: 1.519483 sec
2Flav::invert,  n_count = 363
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260771999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000139 s
InvBiCGStab: k = 132 resid = 2.231331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.531401(s) Flops=869124096 => 1635.53342202969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235439.109249098 Mflops = 235.439109249098 Gflops = 0.235439109249098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.3e-05 s
InvBiCGStab: k = 144 resid = 1.081521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.526541(s) Flops=947865600 => 1800.1743453976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259170.699165153 Mflops = 259.170699165153 Gflops = 0.259170699165153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 276 iterations. Rsd = 0.001602607 Relative Rsd = 7.02445125962268e-07
BICGSTAB_SOLVER_TIME: 1.061899 sec
2Flav::invert,  n_count = 276
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198984999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004777 s
InvBiCGStab: k = 93 resid = 2.172928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378493(s) Flops=613214208 => 1620.14676097048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233265.0886752 Mflops = 233.2650886752 Gflops = 0.2332650886752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007894 s
InvBiCGStab: k = 148 resid = 1.021613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.615332(s) Flops=974112768 => 1583.06860036533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227936.84622462 Mflops = 227.93684622462 Gflops = 0.22793684622462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 241 iterations. Rsd = 0.001505602 Relative Rsd = 6.59926462056606e-07
BICGSTAB_SOLVER_TIME: 1.010402 sec
2Flav::invert,  n_count = 241
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176011999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007413 s
InvBiCGStab: k = 82 resid = 1.810175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303451(s) Flops=541034496 => 1782.93858316499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256700.007479232 Mflops = 256.700007479232 Gflops = 0.256700007479232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011079 s
InvBiCGStab: k = 118 resid = 6.441706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434104(s) Flops=777259008 => 1790.49031568472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257790.108653246 Mflops = 257.790108653246 Gflops = 0.257790108653246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001362495 Relative Rsd = 5.97200351124653e-07
BICGSTAB_SOLVER_TIME: 0.759832 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147696999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010224 s
InvBiCGStab: k = 77 resid = 1.626032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281917(s) Flops=508225536 => 1802.74880904663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259554.302237842 Mflops = 259.554302237842 Gflops = 0.259554302237842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.01504 s
InvBiCGStab: k = 101 resid = 1.069319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369496(s) Flops=665708544 => 1801.66644293849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259397.889859458 Mflops = 259.397889859458 Gflops = 0.259397889859458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001243689 Relative Rsd = 5.45126064408673e-07
BICGSTAB_SOLVER_TIME: 0.680409 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132892
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.061947(s) Flops=1561411584 => 1470.32910681983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211708.986707688 Mflops = 211.708986707688 Gflops = 0.211708986707688 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173484000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.483127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013924 s
InvBiCGStab: k = 31 resid = 1.526442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11612(s) Flops=206383104 => 1777.32607647261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255792.048039461 Mflops = 255.792048039461 Gflops = 0.255792048039461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019432 s
InvBiCGStab: k = 52 resid = 1.145766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200166(s) Flops=344180736 => 1719.47651449297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247524.128053951 Mflops = 247.524128053951 Gflops = 0.247524128053951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007709816 Relative Rsd = 3.37931982009061e-07
BICGSTAB_SOLVER_TIME: 0.353428 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.01661 s
InvBiCGStab: k = 81 resid = 2.247363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313321(s) Flops=534472704 => 1705.83109335155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245594.595894946 Mflops = 245.594595894946 Gflops = 0.245594595894946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.026557 s
InvBiCGStab: k = 115 resid = 9.820169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435643(s) Flops=757573632 => 1738.97808985798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250371.772686596 Mflops = 250.371772686596 Gflops = 0.250371772686596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001345001 Relative Rsd = 5.89532656248413e-07
BICGSTAB_SOLVER_TIME: 0.795887 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148172999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020467 s
InvBiCGStab: k = 54 resid = 2.019313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209241(s) Flops=357304320 => 1707.62097294507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245835.942348135 Mflops = 245.835942348135 Gflops = 0.245835942348135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029048 s
InvBiCGStab: k = 92 resid = 1.148409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399894(s) Flops=606652416 => 1517.03305375925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218419.161355833 Mflops = 218.419161355833 Gflops = 0.218419161355833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001113053 Relative Rsd = 4.87866468990808e-07
BICGSTAB_SOLVER_TIME: 0.662711 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113145
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.026641 s
InvBiCGStab: k = 66 resid = 2.065312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29814(s) Flops=436045824 => 1462.55391426846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210564.02969959 Mflops = 210.56402969959 Gflops = 0.21056402969959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.035784 s
InvBiCGStab: k = 94 resid = 1.110571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358034(s) Flops=619776000 => 1731.05347536826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249227.140527715 Mflops = 249.227140527715 Gflops = 0.249227140527715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001193049 Relative Rsd = 5.22929912192978e-07
BICGSTAB_SOLVER_TIME: 0.722539 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124565
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.0277 s
InvBiCGStab: k = 68 resid = 1.9745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254008(s) Flops=449169408 => 1768.32780069919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254588.678627819 Mflops = 254.588678627819 Gflops = 0.254588678627819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.038843 s
InvBiCGStab: k = 99 resid = 1.067492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386728(s) Flops=652584960 => 1687.45205932852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242962.696186093 Mflops = 242.962696186093 Gflops = 0.242962696186093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001189961 Relative Rsd = 5.21576435384107e-07
BICGSTAB_SOLVER_TIME: 0.711107 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130299
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067521(s) Flops=1573724160 => 1474.1856694154 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212267.404954762 Mflops = 212.267404954762 Gflops = 0.212267404954762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175308000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03395 s
InvBiCGStab: k = 30 resid = 1.380141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117972(s) Flops=199821312 => 1693.80286847727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243807.366516909 Mflops = 243.807366516909 Gflops = 0.243807366516909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.047025 s
InvBiCGStab: k = 48 resid = 9.656884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183717(s) Flops=317933568 => 1730.56150492333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249115.901381465 Mflops = 249.115901381465 Gflops = 0.249115901381465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0008098048 Relative Rsd = 3.54948744592045e-07
BICGSTAB_SOLVER_TIME: 0.386555 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037237 s
InvBiCGStab: k = 62 resid = 1.575911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241924(s) Flops=409798656 => 1693.91484929151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243846.1754816 Mflops = 243.8461754816 Gflops = 0.2438461754816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.054816 s
InvBiCGStab: k = 82 resid = 1.073298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304152(s) Flops=541034496 => 1778.82932218101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256099.264647439 Mflops = 256.099264647439 Gflops = 0.256099264647439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00108037 Relative Rsd = 4.73541250035132e-07
BICGSTAB_SOLVER_TIME: 0.642241 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 66 resid = 2.193688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241332(s) Flops=436045824 => 1806.82969519169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260126.154275345 Mflops = 260.126154275345 Gflops = 0.260126154275345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 92 resid = 1.140579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356672(s) Flops=606652416 => 1700.86919074107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244885.384572305 Mflops = 244.885384572305 Gflops = 0.244885384572305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00106372 Relative Rsd = 4.66243139797032e-07
BICGSTAB_SOLVER_TIME: 0.699449 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046829 s
InvBiCGStab: k = 60 resid = 2.206855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265366(s) Flops=396675072 => 1494.82251682582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215201.308068213 Mflops = 215.201308068213 Gflops = 0.215201308068213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06731 s
InvBiCGStab: k = 100 resid = 4.430231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423817(s) Flops=659146752 => 1555.26265345656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223931.753370683 Mflops = 223.931753370683 Gflops = 0.223931753370683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001150156 Relative Rsd = 5.04129621809788e-07
BICGSTAB_SOLVER_TIME: 0.808492 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054554 s
InvBiCGStab: k = 48 resid = 2.108394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18804(s) Flops=317933568 => 1690.77626037013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243410.438634993 Mflops = 243.410438634993 Gflops = 0.243410438634993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058766 s
InvBiCGStab: k = 92 resid = 1.0251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349404(s) Flops=606652416 => 1736.24920149741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249963.467985614 Mflops = 249.963467985614 Gflops = 0.249963467985614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001099705 Relative Rsd = 4.82016183483148e-07
BICGSTAB_SOLVER_TIME: 0.654666 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1142
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.022145(s) Flops=1579991040 => 1545.76018079627 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222584.239731515 Mflops = 222.584239731515 Gflops = 0.222584239731515 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175547000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043679 s
InvBiCGStab: k = 31 resid = 2.061674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13498(s) Flops=206383104 => 1528.99025040747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220100.743116586 Mflops = 220.100743116586 Gflops = 0.220100743116586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056862 s
InvBiCGStab: k = 46 resid = 9.272591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183069(s) Flops=304809984 => 1665.00054077971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239668.445487366 Mflops = 239.668445487366 Gflops = 0.239668445487366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007348816 Relative Rsd = 3.22108830340803e-07
BICGSTAB_SOLVER_TIME: 0.42268 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04153 s
InvBiCGStab: k = 59 resid = 1.901506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222937(s) Flops=390113280 => 1749.881266905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251911.612722376 Mflops = 251.911612722376 Gflops = 0.251911612722376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 95 resid = 1.070005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365779(s) Flops=626337792 => 1712.33939619278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246536.596716241 Mflops = 246.536596716241 Gflops = 0.246536596716241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001165591 Relative Rsd = 5.1089491376935e-07
BICGSTAB_SOLVER_TIME: 0.690236 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124358000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 48 resid = 2.029933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191349(s) Flops=317933568 => 1661.53765109826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239196.254281009 Mflops = 239.196254281009 Gflops = 0.239196254281009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055848 s
InvBiCGStab: k = 74 resid = 9.982027e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291618(s) Flops=488540160 => 1675.27436577989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241184.756510642 Mflops = 241.184756510642 Gflops = 0.241184756510642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001034939 Relative Rsd = 4.53628327726685e-07
BICGSTAB_SOLVER_TIME: 0.584344 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042294 s
InvBiCGStab: k = 60 resid = 1.981865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252167(s) Flops=396675072 => 1573.06496091876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226475.762559594 Mflops = 226.475762559594 Gflops = 0.226475762559594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068823 s
InvBiCGStab: k = 94 resid = 8.341604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412115(s) Flops=619776000 => 1503.89090423789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216523.454381538 Mflops = 216.523454381538 Gflops = 0.216523454381538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00114673 Relative Rsd = 5.02627862112827e-07
BICGSTAB_SOLVER_TIME: 0.77953 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125751
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04265 s
InvBiCGStab: k = 53 resid = 2.030412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209979(s) Flops=350742528 => 1670.36955124084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240540.462731165 Mflops = 240.540462731165 Gflops = 0.240540462731165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058627 s
InvBiCGStab: k = 94 resid = 1.126342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365983(s) Flops=619776000 => 1693.45570695907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243813.103020466 Mflops = 243.813103020466 Gflops = 0.243813103020466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001092455 Relative Rsd = 4.78838153601522e-07
BICGSTAB_SOLVER_TIME: 0.681151 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119024
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.035149(s) Flops=1586331648 => 1532.46696659128 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220686.95715281 Mflops = 220.68695715281 Gflops = 0.22068695715281 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176367000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 2.067742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765074(s) Flops=1341573120 => 1753.52073132795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252431.83936436 Mflops = 252.43183936436 Gflops = 0.25243183936436 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 1.118462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.086537(s) Flops=1722157056 => 1584.9962366675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228229.435476096 Mflops = 228.229435476096 Gflops = 0.228229435476096 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.00223059 Relative Rsd = 9.82129174365325e-07
BICGSTAB_SOLVER_TIME: 1.855493 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.125798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332761
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.361671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786653(s) Flops=1262831616 => 1605.32231619278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231088.203847694 Mflops = 231.088203847694 Gflops = 0.231088203847694 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.098774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.991337(s) Flops=1518741504 => 1532.01333552566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220601.071714021 Mflops = 220.601071714021 Gflops = 0.220601071714021 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.00206612 Relative Rsd = 9.07966468842888e-07
BICGSTAB_SOLVER_TIME: 1.781569 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301960999999999
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028966(s) Flops=1586331648 => 1541.67547615762 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221981.322444764 Mflops = 221.981322444764 Gflops = 0.221981322444764 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176244000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045483 s
InvBiCGStab: k = 34 resid = 2.104492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144288(s) Flops=226068480 => 1566.78642714571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225524.82164762 Mflops = 225.52482164762 Gflops = 0.22552482164762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057808 s
InvBiCGStab: k = 52 resid = 7.220548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199215(s) Flops=344180736 => 1727.68484300881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248702.965484567 Mflops = 248.702965484567 Gflops = 0.248702965484567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007830755 Relative Rsd = 3.43232891152435e-07
BICGSTAB_SOLVER_TIME: 0.450753 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044213 s
InvBiCGStab: k = 80 resid = 2.127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377167(s) Flops=527910912 => 1399.67418146338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201517.967357341 Mflops = 201.517967357341 Gflops = 0.201517967357341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.099603 s
InvBiCGStab: k = 109 resid = 1.102271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435419(s) Flops=718202880 => 1649.45232063828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237453.137406524 Mflops = 237.453137406524 Gflops = 0.237453137406524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001298238 Relative Rsd = 5.69035940229493e-07
BICGSTAB_SOLVER_TIME: 0.960207 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149277999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042409 s
InvBiCGStab: k = 50 resid = 1.953604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193451(s) Flops=331057152 => 1711.32303270596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246353.610185373 Mflops = 246.353610185373 Gflops = 0.246353610185373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056099 s
InvBiCGStab: k = 73 resid = 1.067246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305767(s) Flops=481978368 => 1576.29295509326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226940.045593814 Mflops = 226.940045593814 Gflops = 0.226940045593814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001057821 Relative Rsd = 4.63657680176723e-07
BICGSTAB_SOLVER_TIME: 0.601878 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042951 s
InvBiCGStab: k = 69 resid = 2.057039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273163(s) Flops=455731200 => 1668.34893451895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240199.574940406 Mflops = 240.199574940406 Gflops = 0.240199574940406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070556 s
InvBiCGStab: k = 94 resid = 1.105043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412631(s) Flops=619776000 => 1502.01027067768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216261.122907408 Mflops = 216.261122907408 Gflops = 0.216261122907408 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001134359 Relative Rsd = 4.97205433458791e-07
BICGSTAB_SOLVER_TIME: 0.803847 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043841 s
InvBiCGStab: k = 51 resid = 2.021975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192897(s) Flops=337618944 => 1750.25502729436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251979.501361746 Mflops = 251.979501361746 Gflops = 0.251979501361746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067257 s
InvBiCGStab: k = 94 resid = 1.121894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389961(s) Flops=619776000 => 1589.32816358559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228844.595141628 Mflops = 228.844595141628 Gflops = 0.228844595141628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001116289 Relative Rsd = 4.89284851454755e-07
BICGSTAB_SOLVER_TIME: 0.69864 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117801
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998195(s) Flops=1592524800 => 1595.40450513176 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229717.578414808 Mflops = 229.717578414808 Gflops = 0.229717578414808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177256000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044853 s
InvBiCGStab: k = 34 resid = 2.163851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130018(s) Flops=226068480 => 1738.74755803043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250290.709159511 Mflops = 250.290709159511 Gflops = 0.250290709159511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 44 resid = 1.137589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162715(s) Flops=291686400 => 1792.62145469072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258034.412698736 Mflops = 258.034412698736 Gflops = 0.258034412698736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000719519 Relative Rsd = 3.15375200298674e-07
BICGSTAB_SOLVER_TIME: 0.397964 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041302 s
InvBiCGStab: k = 78 resid = 1.802456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316784(s) Flops=514787328 => 1625.04207283196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233962.863305199 Mflops = 233.962863305199 Gflops = 0.233962863305199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060253 s
InvBiCGStab: k = 94 resid = 1.111286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367113(s) Flops=619776000 => 1688.24312949964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243071.656456608 Mflops = 243.071656456608 Gflops = 0.243071656456608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.0012696 Relative Rsd = 5.56483584544219e-07
BICGSTAB_SOLVER_TIME: 0.7894 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041561 s
InvBiCGStab: k = 63 resid = 1.65321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234805(s) Flops=416360448 => 1773.21798087775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255292.469710903 Mflops = 255.292469710903 Gflops = 0.255292469710903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065393 s
InvBiCGStab: k = 84 resid = 6.796227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33045(s) Flops=554158080 => 1676.98011802088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241434.39939396 Mflops = 241.43439939396 Gflops = 0.24143439939396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001049301 Relative Rsd = 4.59923155739865e-07
BICGSTAB_SOLVER_TIME: 0.676004 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05059 s
InvBiCGStab: k = 68 resid = 2.086596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286902(s) Flops=449169408 => 1565.58479201957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225403.798427793 Mflops = 225.403798427793 Gflops = 0.225403798427793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063566 s
InvBiCGStab: k = 92 resid = 1.069628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403328(s) Flops=606652416 => 1504.11678832117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216562.182353893 Mflops = 216.562182353893 Gflops = 0.216562182353893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001197457 Relative Rsd = 5.24862080066483e-07
BICGSTAB_SOLVER_TIME: 0.808631 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047193 s
InvBiCGStab: k = 63 resid = 2.213189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272508(s) Flops=416360448 => 1527.88339424898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219970.504169792 Mflops = 219.970504169792 Gflops = 0.219970504169792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063816 s
InvBiCGStab: k = 90 resid = 9.056428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347875(s) Flops=593528832 => 1706.15546388789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245647.005088772 Mflops = 245.647005088772 Gflops = 0.245647005088772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001127265 Relative Rsd = 4.94095932110787e-07
BICGSTAB_SOLVER_TIME: 0.735233 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123417
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996676(s) Flops=1598717952 => 1604.04981358034 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230997.748062521 Mflops = 230.997748062521 Gflops = 0.230997748062521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177882000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044801 s
InvBiCGStab: k = 34 resid = 1.920826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138799(s) Flops=226068480 => 1628.74718117566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234430.361711214 Mflops = 234.430361711214 Gflops = 0.234430361711214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056956 s
InvBiCGStab: k = 52 resid = 8.376041e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193301(s) Flops=344180736 => 1780.54296666856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256324.23337854 Mflops = 256.32423337854 Gflops = 0.25632423337854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007458801 Relative Rsd = 3.26929631537159e-07
BICGSTAB_SOLVER_TIME: 0.438833 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042281 s
InvBiCGStab: k = 59 resid = 2.238957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219404(s) Flops=390113280 => 1778.05910557693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255977.736673822 Mflops = 255.977736673822 Gflops = 0.255977736673822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056899 s
InvBiCGStab: k = 86 resid = 1.093648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314156(s) Flops=567281664 => 1805.73238773094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259970.181053559 Mflops = 259.970181053559 Gflops = 0.259970181053559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001085558 Relative Rsd = 4.75815142100494e-07
BICGSTAB_SOLVER_TIME: 0.636684 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045147 s
InvBiCGStab: k = 49 resid = 2.052848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180376(s) Flops=324495360 => 1798.9941012108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258950.690285941 Mflops = 258.950690285941 Gflops = 0.258950690285941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058937 s
InvBiCGStab: k = 76 resid = 1.097628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32907(s) Flops=501663744 => 1524.48945209226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219460.967938035 Mflops = 219.460967938035 Gflops = 0.219460967938035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001079146 Relative Rsd = 4.73004859904506e-07
BICGSTAB_SOLVER_TIME: 0.617312 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044067 s
InvBiCGStab: k = 55 resid = 2.05319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223136(s) Flops=363866112 => 1630.69209809264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234768.437295985 Mflops = 234.768437295985 Gflops = 0.234768437295985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06209 s
InvBiCGStab: k = 87 resid = 1.10736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320948(s) Flops=573843456 => 1787.96395677805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257429.880334261 Mflops = 257.429880334261 Gflops = 0.257429880334261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001131347 Relative Rsd = 4.95885327953708e-07
BICGSTAB_SOLVER_TIME: 0.65417 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049769 s
InvBiCGStab: k = 52 resid = 2.157248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233905(s) Flops=344180736 => 1471.45523182489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211840.374308513 Mflops = 211.840374308513 Gflops = 0.211840374308513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068319 s
InvBiCGStab: k = 81 resid = 1.035731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340982(s) Flops=534472704 => 1567.45137279974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225671.992015472 Mflops = 225.671992015472 Gflops = 0.225671992015472 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00108164 Relative Rsd = 4.74097744590365e-07
BICGSTAB_SOLVER_TIME: 0.697366 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109255
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.061618(s) Flops=1605058560 => 1511.89840413407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217747.497499584 Mflops = 217.747497499584 Gflops = 0.217747497499584 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178515000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.411404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045051 s
InvBiCGStab: k = 24 resid = 2.058476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10205(s) Flops=160450560 => 1572.2739833415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226291.900325038 Mflops = 226.291900325038 Gflops = 0.226291900325038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059875 s
InvBiCGStab: k = 51 resid = 8.435435e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212166(s) Flops=337618944 => 1591.29617375074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229062.602592377 Mflops = 229.062602592377 Gflops = 0.229062602592377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007196935 Relative Rsd = 3.15451714473034e-07
BICGSTAB_SOLVER_TIME: 0.423304 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043471 s
InvBiCGStab: k = 65 resid = 1.742109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239846(s) Flops=429484032 => 1790.66581056178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257804.021691836 Mflops = 257.804021691836 Gflops = 0.257804021691836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058629 s
InvBiCGStab: k = 91 resid = 1.090959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340187(s) Flops=600090624 => 1764.00222230714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253667.365210876 Mflops = 253.667365210876 Gflops = 0.253667365210876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001146278 Relative Rsd = 5.02429471242595e-07
BICGSTAB_SOLVER_TIME: 0.686044 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 62 resid = 2.249388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227159(s) Flops=409798656 => 1804.01681641493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259712.435482259 Mflops = 259.712435482259 Gflops = 0.259712435482259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06165 s
InvBiCGStab: k = 90 resid = 5.777626e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351764(s) Flops=593528832 => 1687.29270761078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242930.703844256 Mflops = 242.930703844256 Gflops = 0.242930703844256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00111424 Relative Rsd = 4.88386836813499e-07
BICGSTAB_SOLVER_TIME: 0.685329 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049076 s
InvBiCGStab: k = 53 resid = 2.227158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216711(s) Flops=350742528 => 1618.48050168196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233018.600549234 Mflops = 233.018600549234 Gflops = 0.233018600549234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055905 s
InvBiCGStab: k = 83 resid = 1.071053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32687(s) Flops=547596288 => 1675.27239575366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241193.281387136 Mflops = 241.193281387136 Gflops = 0.241193281387136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001119214 Relative Rsd = 4.90566993274793e-07
BICGSTAB_SOLVER_TIME: 0.652484 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 61 resid = 2.079562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244611(s) Flops=403236864 => 1648.48213694396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237329.33859543 Mflops = 237.32933859543 Gflops = 0.23732933859543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070795 s
InvBiCGStab: k = 84 resid = 7.30188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414855(s) Flops=554158080 => 1335.78739559605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192316.958974971 Mflops = 192.316958974971 Gflops = 0.192316958974971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00108451 Relative Rsd = 4.75356006027875e-07
BICGSTAB_SOLVER_TIME: 0.775808 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117786
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.0574(s) Flops=1611325440 => 1523.8560998676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219421.110177796 Mflops = 219.421110177796 Gflops = 0.219421110177796 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179232000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.422076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021458
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.198702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832618(s) Flops=1348134912 => 1619.15177428304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233155.984665367 Mflops = 233.155984665367 Gflops = 0.233155984665367 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 9.643607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939018(s) Flops=1663100928 => 1771.10654747832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255024.492352562 Mflops = 255.024492352562 Gflops = 0.255024492352562 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002408464 Relative Rsd = 1.06049911456335e-06
BICGSTAB_SOLVER_TIME: 1.775029 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326884
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.612389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766066(s) Flops=1184090112 => 1545.67636731039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222527.236295852 Mflops = 222.527236295852 Gflops = 0.222527236295852 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.062389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913113(s) Flops=1512179712 => 1656.0707294716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238462.652602758 Mflops = 238.462652602758 Gflops = 0.238462652602758 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002054889 Relative Rsd = 9.03058004419309e-07
BICGSTAB_SOLVER_TIME: 1.68325 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.134426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.130333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293937999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.087869(s) Flops=1611325440 => 1481.17598718228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213274.897330255 Mflops = 213.274897330255 Gflops = 0.213274897330255 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179242000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 32 resid = 1.441804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118367(s) Flops=212944896 => 1799.02249782456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258927.869201428 Mflops = 258.927869201428 Gflops = 0.258927869201428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058076 s
InvBiCGStab: k = 54 resid = 5.848269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234859(s) Flops=357304320 => 1521.35672893098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219026.71543143 Mflops = 219.02671543143 Gflops = 0.21902671543143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007905684 Relative Rsd = 3.46517158120434e-07
BICGSTAB_SOLVER_TIME: 0.456589 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0754850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041899 s
InvBiCGStab: k = 75 resid = 1.764372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318868(s) Flops=495101952 => 1552.68622752989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223548.808122882 Mflops = 223.548808122882 Gflops = 0.223548808122882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060967 s
InvBiCGStab: k = 103 resid = 9.065256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410556(s) Flops=678832128 => 1653.44588314383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238066.175199595 Mflops = 238.066175199595 Gflops = 0.238066175199595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001272442 Relative Rsd = 5.57728885261298e-07
BICGSTAB_SOLVER_TIME: 0.836419 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042375 s
InvBiCGStab: k = 63 resid = 1.766932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235694(s) Flops=416360448 => 1766.52968679729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254311.452083459 Mflops = 254.311452083459 Gflops = 0.254311452083459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057525 s
InvBiCGStab: k = 79 resid = 1.127434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290611(s) Flops=521349120 => 1793.9758646438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258274.812751312 Mflops = 258.274812751312 Gflops = 0.258274812751312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00104118 Relative Rsd = 4.56363498975919e-07
BICGSTAB_SOLVER_TIME: 0.630077 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042041 s
InvBiCGStab: k = 65 resid = 2.000009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26517(s) Flops=429484032 => 1619.65543613531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233169.252580929 Mflops = 233.169252580929 Gflops = 0.233169252580929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062949 s
InvBiCGStab: k = 91 resid = 1.025943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370977(s) Flops=600090624 => 1617.59522558002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232934.567042267 Mflops = 232.934567042267 Gflops = 0.232934567042267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001154251 Relative Rsd = 5.05924375430841e-07
BICGSTAB_SOLVER_TIME: 0.74537 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125948
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041654 s
InvBiCGStab: k = 68 resid = 2.029424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252841(s) Flops=449169408 => 1776.48960413857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255753.97356523 Mflops = 255.75397356523 Gflops = 0.255753973565229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064261 s
InvBiCGStab: k = 83 resid = 7.776115e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355092(s) Flops=547596288 => 1542.12510560643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222027.439834308 Mflops = 222.027439834308 Gflops = 0.222027439834308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001123257 Relative Rsd = 4.92339295254153e-07
BICGSTAB_SOLVER_TIME: 0.718066 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122139
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.127798(s) Flops=1611399168 => 1428.80122858881 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205737.237948654 Mflops = 205.737237948654 Gflops = 0.205737237948654 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179018000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.434229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041193 s
InvBiCGStab: k = 34 resid = 1.380859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126851(s) Flops=226068480 => 1782.15764952582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256513.655842715 Mflops = 256.513655842715 Gflops = 0.256513655842715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056801 s
InvBiCGStab: k = 53 resid = 5.543982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195915(s) Flops=350742528 => 1790.27909042187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257717.014358575 Mflops = 257.717014358575 Gflops = 0.257717014358575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007737933 Relative Rsd = 3.39164398545395e-07
BICGSTAB_SOLVER_TIME: 0.424665 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044075 s
InvBiCGStab: k = 76 resid = 2.085735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322532(s) Flops=501663744 => 1555.39215953766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223942.270704837 Mflops = 223.942270704837 Gflops = 0.223942270704837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066398 s
InvBiCGStab: k = 99 resid = 1.15199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384246(s) Flops=652584960 => 1698.35199325432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244529.992613222 Mflops = 244.529992613222 Gflops = 0.244529992613222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001251313 Relative Rsd = 5.48467736142365e-07
BICGSTAB_SOLVER_TIME: 0.821019 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 53 resid = 2.156691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196901(s) Flops=350742528 => 1781.31410201066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256440.964243994 Mflops = 256.440964243994 Gflops = 0.256440964243994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056681 s
InvBiCGStab: k = 69 resid = 9.037616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253659(s) Flops=455731200 => 1796.62933308103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258649.619959509 Mflops = 258.649619959509 Gflops = 0.258649619959509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001004094 Relative Rsd = 4.40108408337366e-07
BICGSTAB_SOLVER_TIME: 0.552381 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 64 resid = 2.150175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256559(s) Flops=422922240 => 1648.44047568006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237318.034064786 Mflops = 237.318034064786 Gflops = 0.237318034064786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059846 s
InvBiCGStab: k = 100 resid = 9.809872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39431(s) Flops=659146752 => 1671.64604498998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240684.811025648 Mflops = 240.684811025648 Gflops = 0.240684811025648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001195567 Relative Rsd = 5.24033563461558e-07
BICGSTAB_SOLVER_TIME: 0.755879 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040653 s
InvBiCGStab: k = 77 resid = 2.193895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303131(s) Flops=508225536 => 1676.58713889375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241382.241212358 Mflops = 241.382241212358 Gflops = 0.241382241212358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06333 s
InvBiCGStab: k = 95 resid = 7.995311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393353(s) Flops=626337792 => 1592.30460171907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229249.965192268 Mflops = 229.249965192268 Gflops = 0.229249965192268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00119306 Relative Rsd = 5.22934708680067e-07
BICGSTAB_SOLVER_TIME: 0.804488 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136986
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.116514(s) Flops=1605279744 => 1437.76051531821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207078.956375116 Mflops = 207.078956375116 Gflops = 0.207078956375116 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178414000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041 s
InvBiCGStab: k = 30 resid = 2.121009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110376(s) Flops=199821312 => 1810.36921069798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260568.212656904 Mflops = 260.568212656904 Gflops = 0.260568212656904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 49 resid = 1.124295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18917(s) Flops=324495360 => 1715.36374689433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246928.23327889 Mflops = 246.92823327889 Gflops = 0.24692823327889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000760698 Relative Rsd = 3.33424534293697e-07
BICGSTAB_SOLVER_TIME: 0.403254 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043428 s
InvBiCGStab: k = 53 resid = 2.003491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221695(s) Flops=350742528 => 1582.09489614109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227755.423588518 Mflops = 227.755423588518 Gflops = 0.227755423588518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066119 s
InvBiCGStab: k = 98 resid = 1.00939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38674(s) Flops=646023168 => 1670.43276619951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240499.586879457 Mflops = 240.499586879457 Gflops = 0.240499586879457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001133641 Relative Rsd = 4.96890855342798e-07
BICGSTAB_SOLVER_TIME: 0.7218 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041469 s
InvBiCGStab: k = 56 resid = 1.739149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208473(s) Flops=370427904 => 1776.86273042552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255801.752563062 Mflops = 255.801752563062 Gflops = 0.255801752563062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056916 s
InvBiCGStab: k = 85 resid = 1.069963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312581(s) Flops=560719872 => 1793.83862742777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258260.630296077 Mflops = 258.260630296077 Gflops = 0.258260630296077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001039037 Relative Rsd = 4.55424357009198e-07
BICGSTAB_SOLVER_TIME: 0.623332 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114893
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 66 resid = 1.815405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262878(s) Flops=436045824 => 1658.73836532536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238807.698404294 Mflops = 238.807698404294 Gflops = 0.238807698404294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059317 s
InvBiCGStab: k = 94 resid = 1.100167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374774(s) Flops=619776000 => 1653.73264954346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238097.477112009 Mflops = 238.097477112009 Gflops = 0.238097477112009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001200219 Relative Rsd = 5.26072682791854e-07
BICGSTAB_SOLVER_TIME: 0.742054 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040695 s
InvBiCGStab: k = 58 resid = 1.876478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220595(s) Flops=383551488 => 1738.71342505497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250317.256094301 Mflops = 250.317256094301 Gflops = 0.250317256094301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064352 s
InvBiCGStab: k = 91 resid = 9.074911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372471(s) Flops=600090624 => 1611.10696940164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231955.020009427 Mflops = 231.955020009427 Gflops = 0.231955020009427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001091016 Relative Rsd = 4.78207364522869e-07
BICGSTAB_SOLVER_TIME: 0.702262 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120562
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.125983(s) Flops=1599307776 => 1420.36582790326 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204697.707069142 Mflops = 204.697707069142 Gflops = 0.204697707069142 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177608000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 32 resid = 7.423355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118371(s) Flops=212944896 => 1798.96170514738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258929.523932347 Mflops = 258.929523932347 Gflops = 0.258929523932347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055888 s
InvBiCGStab: k = 51 resid = 1.094662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189618(s) Flops=337618944 => 1780.52159605101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256316.821085272 Mflops = 256.316821085272 Gflops = 0.256316821085272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007277107 Relative Rsd = 3.18965728069948e-07
BICGSTAB_SOLVER_TIME: 0.409617 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045865 s
InvBiCGStab: k = 59 resid = 2.011392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246698(s) Flops=390113280 => 1581.33945147508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227672.370700676 Mflops = 227.672370700676 Gflops = 0.227672370700676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061731 s
InvBiCGStab: k = 88 resid = 9.165066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373065(s) Flops=580405248 => 1555.77512765872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223995.243074737 Mflops = 223.995243074737 Gflops = 0.223995243074737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001101577 Relative Rsd = 4.82836739960564e-07
BICGSTAB_SOLVER_TIME: 0.731343 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044063 s
InvBiCGStab: k = 65 resid = 1.715718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24273(s) Flops=429484032 => 1769.38998887653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254723.138030861 Mflops = 254.723138030861 Gflops = 0.254723138030861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056833 s
InvBiCGStab: k = 93 resid = 7.240818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343901(s) Flops=613214208 => 1783.11260508111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256724.814128087 Mflops = 256.724814128087 Gflops = 0.256724814128087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001115849 Relative Rsd = 4.89092124521406e-07
BICGSTAB_SOLVER_TIME: 0.691339 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047228 s
InvBiCGStab: k = 80 resid = 9.851537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329722(s) Flops=527910912 => 1601.07882397899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230531.096911018 Mflops = 230.531096911018 Gflops = 0.230531096911018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074475 s
InvBiCGStab: k = 93 resid = 1.129956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387443(s) Flops=613214208 => 1582.72109187674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227882.933759131 Mflops = 227.882933759131 Gflops = 0.227882933759131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.00115549 Relative Rsd = 5.06467245921683e-07
BICGSTAB_SOLVER_TIME: 0.8427 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048082 s
InvBiCGStab: k = 63 resid = 1.387473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249442(s) Flops=416360448 => 1669.16737357783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240299.966198085 Mflops = 240.299966198085 Gflops = 0.240299966198085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058485 s
InvBiCGStab: k = 89 resid = 8.451019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366996(s) Flops=586967040 => 1599.38266357127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230270.907776853 Mflops = 230.270907776853 Gflops = 0.230270907776853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001122052 Relative Rsd = 4.91811171409787e-07
BICGSTAB_SOLVER_TIME: 0.727124 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122591
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.10281(s) Flops=1593040896 => 1444.52888167499 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208354.35812148 Mflops = 208.35435812148 Gflops = 0.20835435812148 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176691000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 2.217295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.930784(s) Flops=1512179712 => 1624.63010967099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233884.237168867 Mflops = 233.884237168867 Gflops = 0.233884237168867 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 8.611684e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972803(s) Flops=1656539136 => 1702.85159071261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245200.595850474 Mflops = 245.200595850474 Gflops = 0.245200595850474 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002597403 Relative Rsd = 1.14371304837376e-06
BICGSTAB_SOLVER_TIME: 1.907023 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343523
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.20213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717764(s) Flops=1177528320 => 1640.55082171856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236204.345935906 Mflops = 236.204345935906 Gflops = 0.236204345935906 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.715845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871355(s) Flops=1492494336 => 1712.84302723918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246634.982124135 Mflops = 246.634982124135 Gflops = 0.246634982124135 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.002040043 Relative Rsd = 8.96559388532221e-07
BICGSTAB_SOLVER_TIME: 1.592533 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290098999999998
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.153997(s) Flops=1593040896 => 1380.45497172003 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198779.933006918 Mflops = 198.779933006918 Gflops = 0.198779933006918 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176989000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04089 s
InvBiCGStab: k = 27 resid = 2.160662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100106(s) Flops=180135936 => 1799.4519409426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259029.078547196 Mflops = 259.029078547196 Gflops = 0.259029078547196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 47 resid = 8.828897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176672(s) Flops=311371776 => 1762.42854555334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253674.484291045 Mflops = 253.674484291045 Gflops = 0.253674484291045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007684432 Relative Rsd = 3.36819350083804e-07
BICGSTAB_SOLVER_TIME: 0.37743 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 74 resid = 2.137354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281909(s) Flops=488540160 => 1732.97113607583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249500.690789813 Mflops = 249.500690789813 Gflops = 0.249500690789813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063947 s
InvBiCGStab: k = 103 resid = 1.023247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424981(s) Flops=678832128 => 1597.32347563773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229983.907160633 Mflops = 229.983907160633 Gflops = 0.229983907160633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001317504 Relative Rsd = 5.77480155749556e-07
BICGSTAB_SOLVER_TIME: 0.815884 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140958
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041693 s
InvBiCGStab: k = 64 resid = 2.226813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23963(s) Flops=422922240 => 1764.89688269415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254093.510341819 Mflops = 254.093510341819 Gflops = 0.254093510341819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056454 s
InvBiCGStab: k = 88 resid = 9.207114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326653(s) Flops=580405248 => 1776.8250957438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255807.47912618 Mflops = 255.80747912618 Gflops = 0.25580747912618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001121202 Relative Rsd = 4.91438525184144e-07
BICGSTAB_SOLVER_TIME: 0.668317 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04384 s
InvBiCGStab: k = 76 resid = 1.957017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284611(s) Flops=501663744 => 1762.62949780578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253776.343450788 Mflops = 253.776343450788 Gflops = 0.253776343450788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066622 s
InvBiCGStab: k = 95 resid = 1.017718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394484(s) Flops=626337792 => 1587.73940641446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228595.239037111 Mflops = 228.595239037111 Gflops = 0.228595239037111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00119579 Relative Rsd = 5.24131585288131e-07
BICGSTAB_SOLVER_TIME: 0.79338 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136572
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047565 s
InvBiCGStab: k = 78 resid = 1.847141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296657(s) Flops=514787328 => 1735.29472758101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249845.910243653 Mflops = 249.845910243653 Gflops = 0.249845910243653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 107 resid = 1.129687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43436(s) Flops=705079296 => 1623.26018970439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233715.258973813 Mflops = 233.715258973813 Gflops = 0.233715258973813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.00120595 Relative Rsd = 5.28584562259161e-07
BICGSTAB_SOLVER_TIME: 0.839781 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146646999999999
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.087812(s) Flops=1580507136 => 1452.92305655757 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209199.500889659 Mflops = 209.199500889659 Gflops = 0.209199500889659 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175624000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047152 s
InvBiCGStab: k = 25 resid = 2.276767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096(s) Flops=167012352 => 1739.712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250398.365091765 Mflops = 250.398365091765 Gflops = 0.250398365091765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062025 s
InvBiCGStab: k = 53 resid = 1.148058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196976(s) Flops=350742528 => 1780.63585411421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256327.068502334 Mflops = 256.327068502334 Gflops = 0.256327068502334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000734036 Relative Rsd = 3.21738199660267e-07
BICGSTAB_SOLVER_TIME: 0.405989 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 74 resid = 1.986443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287432(s) Flops=488540160 => 1699.67213114754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244702.297815196 Mflops = 244.702297815196 Gflops = 0.244702297815196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065152 s
InvBiCGStab: k = 104 resid = 8.270003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436717(s) Flops=685393920 => 1569.42349393314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225967.903261772 Mflops = 225.967903261772 Gflops = 0.225967903261772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001301221 Relative Rsd = 5.70343493225811e-07
BICGSTAB_SOLVER_TIME: 0.835509 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040827 s
InvBiCGStab: k = 63 resid = 1.756273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242915(s) Flops=416360448 => 1714.01703476525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246769.747857602 Mflops = 246.769747857602 Gflops = 0.246769747857602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059479 s
InvBiCGStab: k = 93 resid = 1.091057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360794(s) Flops=613214208 => 1699.62418443766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244703.987351994 Mflops = 244.703987351994 Gflops = 0.244703987351994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00116455 Relative Rsd = 5.1043832901965e-07
BICGSTAB_SOLVER_TIME: 0.707786 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052265 s
InvBiCGStab: k = 60 resid = 2.212544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219323(s) Flops=396675072 => 1808.63416969492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260383.926916223 Mflops = 260.383926916223 Gflops = 0.260383926916223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 105 resid = 1.137467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419116(s) Flops=691955712 => 1650.98853777952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237699.400128217 Mflops = 237.699400128217 Gflops = 0.237699400128217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001191489 Relative Rsd = 5.22246361756347e-07
BICGSTAB_SOLVER_TIME: 0.750457 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042623 s
InvBiCGStab: k = 61 resid = 2.186154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256919(s) Flops=403236864 => 1569.50970539353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225967.736127964 Mflops = 225.967736127964 Gflops = 0.225967736127964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055865 s
InvBiCGStab: k = 97 resid = 1.085743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354885(s) Flops=639461376 => 1801.88335939811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259426.622053465 Mflops = 259.426622053465 Gflops = 0.259426622053465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001178418 Relative Rsd = 5.16516855875702e-07
BICGSTAB_SOLVER_TIME: 0.714155 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12701
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.127506(s) Flops=1580654592 => 1401.90348610118 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201865.131762774 Mflops = 201.865131762774 Gflops = 0.201865131762774 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175484000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041414 s
InvBiCGStab: k = 29 resid = 2.191588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108327(s) Flops=193259520 => 1784.03832839458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256793.710554309 Mflops = 256.793710554309 Gflops = 0.256793710554309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059384 s
InvBiCGStab: k = 49 resid = 1.102943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179763(s) Flops=324495360 => 1805.12875285793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259860.901302718 Mflops = 259.860901302718 Gflops = 0.259860901302718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007149506 Relative Rsd = 3.13372820018421e-07
BICGSTAB_SOLVER_TIME: 0.392703 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 48 resid = 2.188253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176042(s) Flops=317933568 => 1806.00974767385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259980.692505167 Mflops = 259.980692505167 Gflops = 0.259980692505167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060821 s
InvBiCGStab: k = 88 resid = 1.029058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428294(s) Flops=580405248 => 1355.1561497476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195113.94033433 Mflops = 195.11394033433 Gflops = 0.19511394033433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00115032 Relative Rsd = 5.04201416036747e-07
BICGSTAB_SOLVER_TIME: 0.710597 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047382 s
InvBiCGStab: k = 62 resid = 2.08177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259777(s) Flops=409798656 => 1577.50168798623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227125.107000983 Mflops = 227.125107000982 Gflops = 0.227125107000982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057429 s
InvBiCGStab: k = 84 resid = 9.448239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315296(s) Flops=554158080 => 1757.58043235563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253036.825952947 Mflops = 253.036825952947 Gflops = 0.253036825952947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001125981 Relative Rsd = 4.93533263354088e-07
BICGSTAB_SOLVER_TIME: 0.6839 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 72 resid = 2.048374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263321(s) Flops=475416576 => 1805.46396223621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259944.691135758 Mflops = 259.944691135758 Gflops = 0.259944691135758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055899 s
InvBiCGStab: k = 83 resid = 1.071884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302903(s) Flops=547596288 => 1807.82721861454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260269.269444174 Mflops = 260.269269444174 Gflops = 0.260269269444174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001117278 Relative Rsd = 4.89718321218803e-07
BICGSTAB_SOLVER_TIME: 0.667091 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125069000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 60 resid = 2.238808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219858(s) Flops=396675072 => 1804.23305952024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259737.389512021 Mflops = 259.737389512021 Gflops = 0.259737389512021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 86 resid = 9.684493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313987(s) Flops=567281664 => 1806.70430304439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260118.296761885 Mflops = 260.118296761885 Gflops = 0.260118296761885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001095555 Relative Rsd = 4.8019683510915e-07
BICGSTAB_SOLVER_TIME: 0.635328 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118419
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081967(s) Flops=1605943296 => 1484.28121744933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213719.997413184 Mflops = 213.719997413184 Gflops = 0.213719997413184 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178268000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 28 resid = 2.109996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103068(s) Flops=186697728 => 1811.40342298289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260710.630047312 Mflops = 260.710630047312 Gflops = 0.260710630047312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056401 s
InvBiCGStab: k = 52 resid = 1.065547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192891(s) Flops=344180736 => 1784.3276047094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256840.564313832 Mflops = 256.840564313832 Gflops = 0.256840564313832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007121848 Relative Rsd = 3.12160507906694e-07
BICGSTAB_SOLVER_TIME: 0.397452 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040728 s
InvBiCGStab: k = 74 resid = 1.585119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28015(s) Flops=488540160 => 1743.85207924326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251068.931384966 Mflops = 251.068931384966 Gflops = 0.251068931384966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064475 s
InvBiCGStab: k = 95 resid = 6.160088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404905(s) Flops=626337792 => 1546.87591410331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222710.39637275 Mflops = 222.71039637275 Gflops = 0.22271039637275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001146699 Relative Rsd = 5.02614238048436e-07
BICGSTAB_SOLVER_TIME: 0.79462 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054946 s
InvBiCGStab: k = 62 resid = 2.124298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296442(s) Flops=409798656 => 1382.39067338636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199029.326008668 Mflops = 199.029326008668 Gflops = 0.199029326008668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062551 s
InvBiCGStab: k = 70 resid = 9.038126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276937(s) Flops=462292992 => 1669.30743093194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240327.424764265 Mflops = 240.327424764265 Gflops = 0.240327424764265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00105117 Relative Rsd = 4.60742538608738e-07
BICGSTAB_SOLVER_TIME: 0.694749 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048533 s
InvBiCGStab: k = 64 resid = 2.240952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247811(s) Flops=422922240 => 1706.63223182183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245707.366371057 Mflops = 245.707366371057 Gflops = 0.245707366371057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066477 s
InvBiCGStab: k = 84 resid = 1.126669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320207(s) Flops=554158080 => 1730.62450227509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249152.419483514 Mflops = 249.152419483514 Gflops = 0.249152419483514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001174679 Relative Rsd = 5.14878192190873e-07
BICGSTAB_SOLVER_TIME: 0.686858 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042596 s
InvBiCGStab: k = 61 resid = 1.424292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243664(s) Flops=403236864 => 1654.8889618491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238235.309196293 Mflops = 238.235309196293 Gflops = 0.238235309196293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056912 s
InvBiCGStab: k = 82 resid = 1.094652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311291(s) Flops=541034496 => 1738.03449505447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250224.584996473 Mflops = 250.224584996473 Gflops = 0.250224584996473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001051955 Relative Rsd = 4.61086712070598e-07
BICGSTAB_SOLVER_TIME: 0.658266 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116381
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.111956(s) Flops=1612505088 => 1450.15188370763 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208810.163587461 Mflops = 208.810163587461 Gflops = 0.208810163587461 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179135000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.072759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889782(s) Flops=1525303296 => 1714.24382152033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246783.553828908 Mflops = 246.783553828908 Gflops = 0.246783553828908 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.00092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939168(s) Flops=1551550464 => 1652.04783808648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237882.982249702 Mflops = 237.882982249702 Gflops = 0.237882982249702 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002666994 Relative Rsd = 1.17435209049264e-06
BICGSTAB_SOLVER_TIME: 1.832569 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.120821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334019999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.970166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783611(s) Flops=1295640576 => 1653.42316021597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238051.394832393 Mflops = 238.051394832393 Gflops = 0.238051394832393 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 9.722123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.886953(s) Flops=1518741504 => 1712.31339653849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246560.023254036 Mflops = 246.560023254036 Gflops = 0.246560023254036 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002127185 Relative Rsd = 9.34878206626998e-07
BICGSTAB_SOLVER_TIME: 1.673931 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.11654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305062999999999
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050106(s) Flops=1612505088 => 1535.5641125753 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221102.221175875 Mflops = 221.102221175875 Gflops = 0.221102221175875 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179358000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041865 s
InvBiCGStab: k = 30 resid = 1.474537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124657(s) Flops=199821312 => 1602.96904305414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230715.442223391 Mflops = 230.715442223391 Gflops = 0.230715442223391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056823 s
InvBiCGStab: k = 52 resid = 7.615504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197251(s) Flops=344180736 => 1744.88715393078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251168.223479431 Mflops = 251.168223479431 Gflops = 0.251168223479431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007604591 Relative Rsd = 3.33319828001074e-07
BICGSTAB_SOLVER_TIME: 0.424356 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041481 s
InvBiCGStab: k = 77 resid = 1.753141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290645(s) Flops=508225536 => 1748.61269245987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251753.796432511 Mflops = 251.753796432511 Gflops = 0.251753796432511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069801 s
InvBiCGStab: k = 104 resid = 5.870987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385059(s) Flops=685393920 => 1779.97117324877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256279.987557726 Mflops = 256.279987557726 Gflops = 0.256279987557726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001286132 Relative Rsd = 5.63729698821217e-07
BICGSTAB_SOLVER_TIME: 0.790886 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041358 s
InvBiCGStab: k = 75 resid = 1.501505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304059(s) Flops=495101952 => 1628.30882164317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234427.341056944 Mflops = 234.427341056944 Gflops = 0.234427341056944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066516 s
InvBiCGStab: k = 84 resid = 6.26958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368833(s) Flops=554158080 => 1502.46339129091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216312.840028675 Mflops = 216.312840028675 Gflops = 0.216312840028675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001168824 Relative Rsd = 5.12311765439545e-07
BICGSTAB_SOLVER_TIME: 0.785386 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127737
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047044 s
InvBiCGStab: k = 72 resid = 1.782837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289684(s) Flops=475416576 => 1641.1557973516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236273.436366276 Mflops = 236.273436366276 Gflops = 0.236273436366276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056496 s
InvBiCGStab: k = 96 resid = 8.873475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380508(s) Flops=632899584 => 1663.30164937399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239477.269384248 Mflops = 239.477269384248 Gflops = 0.239477269384248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001221129 Relative Rsd = 5.3523785114255e-07
BICGSTAB_SOLVER_TIME: 0.777647 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045756 s
InvBiCGStab: k = 71 resid = 2.160063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269328(s) Flops=468854784 => 1740.83193726608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250633.760777424 Mflops = 250.633760777424 Gflops = 0.250633760777424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056068 s
InvBiCGStab: k = 95 resid = 1.151369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369325(s) Flops=626337792 => 1695.89871251608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244171.629288193 Mflops = 244.171629288193 Gflops = 0.244171629288193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001169175 Relative Rsd = 5.12465661238058e-07
BICGSTAB_SOLVER_TIME: 0.744287 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132902
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088474(s) Flops=1624891392 => 1492.81599009255 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215057.278404497 Mflops = 215.057278404497 Gflops = 0.215057278404497 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042706 s
InvBiCGStab: k = 26 resid = 2.138536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098239(s) Flops=173574144 => 1766.85577011167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254300.948193823 Mflops = 254.300948193823 Gflops = 0.254300948193823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062527 s
InvBiCGStab: k = 49 resid = 9.439731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186855(s) Flops=324495360 => 1736.61587862246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249996.462771661 Mflops = 249.996462771661 Gflops = 0.249996462771661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007629786 Relative Rsd = 3.34424142613613e-07
BICGSTAB_SOLVER_TIME: 0.394132 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041679 s
InvBiCGStab: k = 85 resid = 1.186516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337801(s) Flops=560719872 => 1659.91181790462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238992.251406831 Mflops = 238.992251406831 Gflops = 0.238992251406831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05803 s
InvBiCGStab: k = 132 resid = 6.84629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.51464(s) Flops=869124096 => 1688.80012435878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243164.085443084 Mflops = 243.164085443084 Gflops = 0.243164085443084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.001360272 Relative Rsd = 5.9622635808685e-07
BICGSTAB_SOLVER_TIME: 0.956017 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169267999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045803 s
InvBiCGStab: k = 70 resid = 2.191187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307284(s) Flops=462292992 => 1504.44862732846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216606.228484483 Mflops = 216.606228484483 Gflops = 0.216606228484483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063229 s
InvBiCGStab: k = 93 resid = 9.768893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40396(s) Flops=613214208 => 1518.0072482424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218582.194002837 Mflops = 218.582194002837 Gflops = 0.218582194002837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00113285 Relative Rsd = 4.96543824399269e-07
BICGSTAB_SOLVER_TIME: 0.825229 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 60 resid = 2.150761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222466(s) Flops=396675072 => 1783.08178328374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256700.69782383 Mflops = 256.70069782383 Gflops = 0.25670069782383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05629 s
InvBiCGStab: k = 99 resid = 1.10087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363886(s) Flops=652584960 => 1793.37748635562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258203.892131957 Mflops = 258.203892131958 Gflops = 0.258203892131957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001192715 Relative Rsd = 5.22783415230932e-07
BICGSTAB_SOLVER_TIME: 0.687724 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128096
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 66 resid = 2.208935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286448(s) Flops=436045824 => 1522.25124280847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219170.513294663 Mflops = 219.170513294663 Gflops = 0.219170513294663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06444 s
InvBiCGStab: k = 98 resid = 8.878999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376251(s) Flops=646023168 => 1717.00053421785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247209.854940287 Mflops = 247.209854940287 Gflops = 0.247209854940287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001181006 Relative Rsd = 5.17651276098693e-07
BICGSTAB_SOLVER_TIME: 0.772398 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13131
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.208042(s) Flops=1692647424 => 1401.14948321333 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201752.935352013 Mflops = 201.752935352013 Gflops = 0.201752935352013 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188207000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.416491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040989 s
InvBiCGStab: k = 33 resid = 1.250846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121733(s) Flops=219506688 => 1803.18145449467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259552.204005333 Mflops = 259.552204005333 Gflops = 0.259552204005333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056384 s
InvBiCGStab: k = 57 resid = 5.27632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233677(s) Flops=376989696 => 1613.29397416091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232255.636100188 Mflops = 232.255636100188 Gflops = 0.232255636100188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007496464 Relative Rsd = 3.28580465032314e-07
BICGSTAB_SOLVER_TIME: 0.456621 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040651 s
InvBiCGStab: k = 64 resid = 1.965987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23409(s) Flops=422922240 => 1806.66512879662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260089.665800453 Mflops = 260.089665800453 Gflops = 0.260089665800453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056112 s
InvBiCGStab: k = 80 resid = 1.07254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291736(s) Flops=527910912 => 1809.55011380152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260517.94105436 Mflops = 260.51794105436 Gflops = 0.26051794105436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001062294 Relative Rsd = 4.65618167734636e-07
BICGSTAB_SOLVER_TIME: 0.626482 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044478 s
InvBiCGStab: k = 74 resid = 1.514444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307144(s) Flops=488540160 => 1590.5899512932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229009.645319281 Mflops = 229.009645319281 Gflops = 0.229009645319281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062499 s
InvBiCGStab: k = 100 resid = 8.549125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410364(s) Flops=659146752 => 1606.24896920783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231260.64972475 Mflops = 231.26064972475 Gflops = 0.23126064972475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001202579 Relative Rsd = 5.27107295262228e-07
BICGSTAB_SOLVER_TIME: 0.828321 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 66 resid = 2.24491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260016(s) Flops=436045824 => 1676.99612331549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241444.359908193 Mflops = 241.444359908193 Gflops = 0.241444359908193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061273 s
InvBiCGStab: k = 96 resid = 7.08887e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382246(s) Flops=632899584 => 1655.7389325199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238386.81776969 Mflops = 238.38681776969 Gflops = 0.23838681776969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001159194 Relative Rsd = 5.08091009880661e-07
BICGSTAB_SOLVER_TIME: 0.748531 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 78 resid = 1.524639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288866(s) Flops=514787328 => 1782.0973323271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256570.266099453 Mflops = 256.570266099453 Gflops = 0.256570266099453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064211 s
InvBiCGStab: k = 96 resid = 1.038521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366823(s) Flops=632899584 => 1725.35414627763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248403.397767248 Mflops = 248.403397767248 Gflops = 0.248403397767248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001211009 Relative Rsd = 5.30802325220291e-07
BICGSTAB_SOLVER_TIME: 0.76483 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138442
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.226983(s) Flops=1742635008 => 1420.26010792326 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204497.248427352 Mflops = 204.497248427352 Gflops = 0.204497248427352 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193803000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.42983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040618 s
InvBiCGStab: k = 28 resid = 2.167354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103623(s) Flops=186697728 => 1801.70162994702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259325.276457046 Mflops = 259.325276457046 Gflops = 0.259325276457046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 57 resid = 1.125652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210372(s) Flops=376989696 => 1792.01460270378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257983.447421588 Mflops = 257.983447421588 Gflops = 0.257983447421588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007378564 Relative Rsd = 3.23412734945346e-07
BICGSTAB_SOLVER_TIME: 0.414391 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040602 s
InvBiCGStab: k = 54 resid = 1.635137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198143(s) Flops=357304320 => 1803.2649147333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259600.072305226 Mflops = 259.600072305226 Gflops = 0.259600072305226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 89 resid = 1.024557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325222(s) Flops=586967040 => 1804.81960015005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259845.018588121 Mflops = 259.845018588121 Gflops = 0.259845018588121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001130493 Relative Rsd = 4.95510793749105e-07
BICGSTAB_SOLVER_TIME: 0.62379 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044426 s
InvBiCGStab: k = 64 resid = 2.183059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265925(s) Flops=422922240 => 1590.38164896117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228978.015750864 Mflops = 228.978015750864 Gflops = 0.228978015750864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065285 s
InvBiCGStab: k = 92 resid = 9.107616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368536(s) Flops=606652416 => 1646.11439859335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237010.39460649 Mflops = 237.01039460649 Gflops = 0.23701039460649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001147113 Relative Rsd = 5.02795433002189e-07
BICGSTAB_SOLVER_TIME: 0.747915 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 74 resid = 1.469575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275118(s) Flops=488540160 => 1775.7477155257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255658.800597796 Mflops = 255.658800597796 Gflops = 0.255658800597796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058334 s
InvBiCGStab: k = 106 resid = 7.52977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407788(s) Flops=698517504 => 1712.94276437757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246625.07273789 Mflops = 246.62507273789 Gflops = 0.24662507273789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001162027 Relative Rsd = 5.09332687719193e-07
BICGSTAB_SOLVER_TIME: 0.786107 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051889 s
InvBiCGStab: k = 62 resid = 1.569649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242389(s) Flops=409798656 => 1690.66523645875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243401.052685742 Mflops = 243.401052685742 Gflops = 0.243401052685742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 93 resid = 1.151953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369394(s) Flops=613214208 => 1660.05459753001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239009.902882951 Mflops = 239.009902882951 Gflops = 0.239009902882951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001144548 Relative Rsd = 5.01671371150252e-07
BICGSTAB_SOLVER_TIME: 0.727882 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124958
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.250821(s) Flops=1761730560 => 1408.45937188455 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202817.881025313 Mflops = 202.817881025313 Gflops = 0.202817881025313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196277000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.422307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.426772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83935(s) Flops=1446561792 => 1723.43097873354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248139.141945493 Mflops = 248.139141945493 Gflops = 0.248139141945493 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 1.144034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.025848(s) Flops=1695909888 => 1653.17852937277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238048.461672251 Mflops = 238.048461672251 Gflops = 0.238048461672251 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002304822 Relative Rsd = 1.01485759462164e-06
BICGSTAB_SOLVER_TIME: 1.869231 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.12288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341353
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.118459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.725437(s) Flops=1295640576 => 1786.01391437161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257212.159836521 Mflops = 257.212159836521 Gflops = 0.257212159836521 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 7.014368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8809(s) Flops=1446561792 => 1642.14075604495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236458.171154233 Mflops = 236.458171154233 Gflops = 0.236458171154233 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002070954 Relative Rsd = 9.10165866763084e-07
BICGSTAB_SOLVER_TIME: 1.610942 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.119168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297498999999998
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.240127(s) Flops=1761730560 => 1420.60495417002 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204561.695317298 Mflops = 204.561695317298 Gflops = 0.204561695317298 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196168000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.4204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 26 resid = 1.448942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097823(s) Flops=173574144 => 1774.36946321417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255357.673707044 Mflops = 255.357673707044 Gflops = 0.255357673707044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 52 resid = 1.08812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190394(s) Flops=344180736 => 1807.72889901993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260232.585657786 Mflops = 260.232585657786 Gflops = 0.260232585657786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007740695 Relative Rsd = 3.39285458817932e-07
BICGSTAB_SOLVER_TIME: 0.389448 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 90 resid = 2.125369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329883(s) Flops=593528832 => 1799.21011995162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259043.962419689 Mflops = 259.043962419689 Gflops = 0.259043962419689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 120 resid = 1.122187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471301(s) Flops=790382592 => 1677.02294711872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241457.31694823 Mflops = 241.45731694823 Gflops = 0.24145731694823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.00133843 Relative Rsd = 5.86652620883802e-07
BICGSTAB_SOLVER_TIME: 0.903015 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164311999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041992 s
InvBiCGStab: k = 67 resid = 2.048199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284007(s) Flops=442607616 => 1558.4391088952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224375.25279843 Mflops = 224.37525279843 Gflops = 0.22437525279843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063046 s
InvBiCGStab: k = 90 resid = 6.436171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342601(s) Flops=593528832 => 1732.42002212486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249431.059457505 Mflops = 249.431059457505 Gflops = 0.249431059457505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001169744 Relative Rsd = 5.12715231646058e-07
BICGSTAB_SOLVER_TIME: 0.735415 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041315 s
InvBiCGStab: k = 82 resid = 1.821843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30358(s) Flops=541034496 => 1782.18096053758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256591.586139935 Mflops = 256.591586139935 Gflops = 0.256591586139935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05576 s
InvBiCGStab: k = 102 resid = 1.107023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372341(s) Flops=672270336 => 1805.52325959269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.260055395 Mflops = 259.947260055395 Gflops = 0.259947260055395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001263594 Relative Rsd = 5.53851078529272e-07
BICGSTAB_SOLVER_TIME: 0.776792 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145775
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047696 s
InvBiCGStab: k = 68 resid = 1.913229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258191(s) Flops=449169408 => 1739.67879593014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250459.100424611 Mflops = 250.459100424611 Gflops = 0.250459100424611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066071 s
InvBiCGStab: k = 97 resid = 1.131496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408352(s) Flops=639461376 => 1565.95627301936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225476.017129744 Mflops = 225.476017129744 Gflops = 0.225476017129744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001212042 Relative Rsd = 5.31254827853319e-07
BICGSTAB_SOLVER_TIME: 0.784096 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131888
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.280673(s) Flops=1774706688 => 1385.76099285298 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199539.121165301 Mflops = 199.539121165301 Gflops = 0.199539121165301 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197603000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.423903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044137 s
InvBiCGStab: k = 26 resid = 1.643577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096278(s) Flops=173574144 => 1802.84326637446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259431.008064254 Mflops = 259.431008064254 Gflops = 0.259431008064254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 50 resid = 1.140273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183668(s) Flops=331057152 => 1802.47594572816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259456.680621474 Mflops = 259.456680621474 Gflops = 0.259456680621474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007223684 Relative Rsd = 3.16624123894299e-07
BICGSTAB_SOLVER_TIME: 0.384556 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04065 s
InvBiCGStab: k = 81 resid = 2.239705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298353(s) Flops=534472704 => 1791.41052377553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257888.872220007 Mflops = 257.888872220007 Gflops = 0.257888872220007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066041 s
InvBiCGStab: k = 141 resid = 8.184573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.591324(s) Flops=928180224 => 1569.66438703655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226010.620947109 Mflops = 226.010620947109 Gflops = 0.226010620947109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 222 iterations. Rsd = 0.00134065 Relative Rsd = 5.87625440313063e-07
BICGSTAB_SOLVER_TIME: 1.000523 sec
2Flav::invert,  n_count = 222
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173164999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045318 s
InvBiCGStab: k = 62 resid = 1.857307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235194(s) Flops=409798656 => 1742.38567310391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250842.159659271 Mflops = 250.842159659271 Gflops = 0.250842159659271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057974 s
InvBiCGStab: k = 87 resid = 9.162425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325248(s) Flops=573843456 => 1764.32585596222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254011.487298121 Mflops = 254.011487298121 Gflops = 0.254011487298121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001101549 Relative Rsd = 4.82824442584091e-07
BICGSTAB_SOLVER_TIME: 0.667577 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 76 resid = 2.136869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280775(s) Flops=501663744 => 1786.71086813285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257243.208845093 Mflops = 257.243208845093 Gflops = 0.257243208845093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 98 resid = 1.12754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367893(s) Flops=646023168 => 1756.00831763583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252821.884145106 Mflops = 252.821884145106 Gflops = 0.252821884145106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001251282 Relative Rsd = 5.48454265157349e-07
BICGSTAB_SOLVER_TIME: 0.751093 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040759 s
InvBiCGStab: k = 70 resid = 2.218778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289599(s) Flops=462292992 => 1596.32109226897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229823.002773433 Mflops = 229.823002773433 Gflops = 0.229823002773433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071232 s
InvBiCGStab: k = 94 resid = 6.680559e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356037(s) Flops=619776000 => 1740.7628982381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250623.637869394 Mflops = 250.623637869394 Gflops = 0.250623637869394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001165434 Relative Rsd = 5.10825977024061e-07
BICGSTAB_SOLVER_TIME: 0.761562 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131227
Monitoring force
num_pf = 1
MInvCG2: 278 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.295756(s) Flops=1787314176 => 1379.36013879156 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198613.054715356 Mflops = 198.613054715356 Gflops = 0.198613054715356 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200284000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.419602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 26 resid = 2.268334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096765(s) Flops=173574144 => 1793.76989614013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258140.766182544 Mflops = 258.140766182544 Gflops = 0.258140766182544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 51 resid = 1.102151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187026(s) Flops=337618944 => 1805.19790831221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.530326593 Mflops = 259.863530326593 Gflops = 0.259863530326593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007562768 Relative Rsd = 3.31486676970081e-07
BICGSTAB_SOLVER_TIME: 0.385086 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040769 s
InvBiCGStab: k = 66 resid = 1.394173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284739(s) Flops=436045824 => 1531.38777617397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220483.973089546 Mflops = 220.483973089546 Gflops = 0.220483973089546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066306 s
InvBiCGStab: k = 79 resid = 1.102745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323615(s) Flops=521349120 => 1611.01654744063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231942.533413073 Mflops = 231.942533413073 Gflops = 0.231942533413072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001076517 Relative Rsd = 4.7185252939462e-07
BICGSTAB_SOLVER_TIME: 0.719831 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043352 s
InvBiCGStab: k = 65 resid = 2.244191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246918(s) Flops=429484032 => 1739.37919471241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250423.662289596 Mflops = 250.423662289596 Gflops = 0.250423662289596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056792 s
InvBiCGStab: k = 83 resid = 7.140967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307394(s) Flops=547596288 => 1781.41501785982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256473.481772199 Mflops = 256.473481772199 Gflops = 0.256473481772199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001147998 Relative Rsd = 5.03183693324101e-07
BICGSTAB_SOLVER_TIME: 0.658423 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119894
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040588 s
InvBiCGStab: k = 74 resid = 2.197935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270249(s) Flops=488540160 => 1807.74086120578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260266.831921039 Mflops = 260.266831921039 Gflops = 0.260266831921039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 93 resid = 1.096186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344516(s) Flops=613214208 => 1779.92954753916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256260.839766125 Mflops = 256.260839766125 Gflops = 0.256260839766125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001203235 Relative Rsd = 5.27394523196522e-07
BICGSTAB_SOLVER_TIME: 0.715578 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040554 s
InvBiCGStab: k = 60 resid = 2.108651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252559(s) Flops=396675072 => 1570.62338701056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226114.035968517 Mflops = 226.114035968517 Gflops = 0.226114035968517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062215 s
InvBiCGStab: k = 88 resid = 8.56819e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347137(s) Flops=580405248 => 1671.97748439377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240719.452948415 Mflops = 240.719452948415 Gflops = 0.240719452948415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001163574 Relative Rsd = 5.10010727298318e-07
BICGSTAB_SOLVER_TIME: 0.706273 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120552
Monitoring force
num_pf = 1
MInvCG2: 280 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.238997(s) Flops=1799921664 => 1452.72479594382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209205.417400081 Mflops = 209.205417400081 Gflops = 0.209205417400081 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200023000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.41439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040869 s
InvBiCGStab: k = 26 resid = 2.178436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096042(s) Flops=173574144 => 1807.27331792341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260105.420342632 Mflops = 260.105420342632 Gflops = 0.260105420342632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 51 resid = 8.848775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187414(s) Flops=337618944 => 1801.46063794594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259307.484099846 Mflops = 259.307484099846 Gflops = 0.259307484099846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0006945285 Relative Rsd = 3.04421503554849e-07
BICGSTAB_SOLVER_TIME: 0.384612 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040529 s
InvBiCGStab: k = 69 resid = 2.251359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25509(s) Flops=455731200 => 1786.5506291897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257211.27148047 Mflops = 257.21127148047 Gflops = 0.25721127148047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063948 s
InvBiCGStab: k = 86 resid = 1.031196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354553(s) Flops=567281664 => 1599.99115506003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230361.719185941 Mflops = 230.361719185941 Gflops = 0.230361719185941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001217168 Relative Rsd = 5.33501880001566e-07
BICGSTAB_SOLVER_TIME: 0.717976 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045179 s
InvBiCGStab: k = 63 resid = 2.131266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239213(s) Flops=416360448 => 1740.54272970114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250583.332508033 Mflops = 250.583332508033 Gflops = 0.250583332508033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057266 s
InvBiCGStab: k = 92 resid = 8.503338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352356(s) Flops=606652416 => 1721.70309573272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247874.522236693 Mflops = 247.874522236693 Gflops = 0.247874522236693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00118322 Relative Rsd = 5.18622003443159e-07
BICGSTAB_SOLVER_TIME: 0.701208 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051126 s
InvBiCGStab: k = 78 resid = 9.887704e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318765(s) Flops=514787328 => 1614.94307091431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232510.772909783 Mflops = 232.510772909783 Gflops = 0.232510772909784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069645 s
InvBiCGStab: k = 83 resid = 1.046104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33434(s) Flops=547596288 => 1637.84257941018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235804.55580786 Mflops = 235.80455580786 Gflops = 0.23580455580786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001164366 Relative Rsd = 5.10358064400598e-07
BICGSTAB_SOLVER_TIME: 0.77778 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043463 s
InvBiCGStab: k = 61 resid = 1.800655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241516(s) Flops=403236864 => 1669.60724755296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240395.765327132 Mflops = 240.395765327132 Gflops = 0.240395765327132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055587 s
InvBiCGStab: k = 88 resid = 1.12842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322586(s) Flops=580405248 => 1799.22640164173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259040.733437712 Mflops = 259.040733437712 Gflops = 0.259040733437712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001176188 Relative Rsd = 5.15539546118104e-07
BICGSTAB_SOLVER_TIME: 0.667114 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120546
Monitoring force
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.211032(s) Flops=1812381696 => 1496.55970775339 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215488.650301521 Mflops = 215.488650301521 Gflops = 0.215488650301521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201668000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.405626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.92078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81615(s) Flops=1400629248 => 1716.1419444955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247086.745053936 Mflops = 247.086745053936 Gflops = 0.247086745053936 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 1.037126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.138633(s) Flops=1722157056 => 1512.47773075258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217788.839500521 Mflops = 217.788839500521 Gflops = 0.217788839500521 Tflops
BICGSTAB_SOLVER: 475 iterations. Rsd = 0.002219444 Relative Rsd = 9.77251519398063e-07
BICGSTAB_SOLVER_TIME: 1.958259 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338573
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.64764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813919(s) Flops=1315325952 => 1616.0403578243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232684.809795876 Mflops = 232.684809795876 Gflops = 0.232684809795876 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 5.896326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972777(s) Flops=1636853760 => 1682.6608359367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242293.110954164 Mflops = 242.293110954164 Gflops = 0.242293110954164 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002087984 Relative Rsd = 9.17641571825304e-07
BICGSTAB_SOLVER_TIME: 1.790034 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.122239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320437999999999
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.283117(s) Flops=1812381696 => 1412.48358177781 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203383.33385149 Mflops = 203.38333385149 Gflops = 0.20338333385149 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201828000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.391817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042623 s
InvBiCGStab: k = 38 resid = 1.151851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148029(s) Flops=252315648 => 1704.50146930669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245357.648164504 Mflops = 245.357648164504 Gflops = 0.245357648164504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 70 resid = 1.071028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278792(s) Flops=462292992 => 1658.20035008178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238727.391770075 Mflops = 238.727391770075 Gflops = 0.238727391770075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0008231815 Relative Rsd = 3.6081191428045e-07
BICGSTAB_SOLVER_TIME: 0.529285 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0912750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042972 s
InvBiCGStab: k = 77 resid = 1.718087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326256(s) Flops=508225536 => 1557.75077239959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224289.226897257 Mflops = 224.289226897257 Gflops = 0.224289226897257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063879 s
InvBiCGStab: k = 128 resid = 8.517509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.577824(s) Flops=842876928 => 1458.70875560724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210031.602883602 Mflops = 210.031602883602 Gflops = 0.210031602883602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001326483 Relative Rsd = 5.81416081617691e-07
BICGSTAB_SOLVER_TIME: 1.015103 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161091999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043124 s
InvBiCGStab: k = 61 resid = 1.705526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226879(s) Flops=403236864 => 1777.32123290388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255866.897133885 Mflops = 255.866897133885 Gflops = 0.255866897133885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05679 s
InvBiCGStab: k = 88 resid = 1.084127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342751(s) Flops=580405248 => 1693.37288002077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243800.768946362 Mflops = 243.800768946362 Gflops = 0.243800768946362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001170017 Relative Rsd = 5.1283483766453e-07
BICGSTAB_SOLVER_TIME: 0.673383 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 71 resid = 1.944621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278765(s) Flops=468854784 => 1681.89975068606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242149.685227836 Mflops = 242.149685227836 Gflops = 0.242149685227836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059422 s
InvBiCGStab: k = 84 resid = 7.460977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333286(s) Flops=554158080 => 1662.71034486897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239387.188941629 Mflops = 239.387188941629 Gflops = 0.239387188941629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001157385 Relative Rsd = 5.07297956664319e-07
BICGSTAB_SOLVER_TIME: 0.716147 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125235000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041101 s
InvBiCGStab: k = 60 resid = 2.11012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239811(s) Flops=396675072 => 1654.11541589001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238149.042351812 Mflops = 238.149042351812 Gflops = 0.238149042351812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055941 s
InvBiCGStab: k = 85 resid = 1.121306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318748(s) Flops=560719872 => 1759.13220475109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253269.581201421 Mflops = 253.269581201421 Gflops = 0.253269581201421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001180712 Relative Rsd = 5.17522485317709e-07
BICGSTAB_SOLVER_TIME: 0.659437 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117713
Monitoring force
num_pf = 1
MInvCG2: 283 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.24881(s) Flops=1818648576 => 1456.30526341077 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209694.453644043 Mflops = 209.694453644043 Gflops = 0.209694453644043 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202379000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.397982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04084 s
InvBiCGStab: k = 31 resid = 1.579203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117542(s) Flops=206383104 => 1755.82433513127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252718.020255148 Mflops = 252.718020255148 Gflops = 0.252718020255148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 45 resid = 1.005546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183393(s) Flops=298248192 => 1626.27904009422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234098.896780719 Mflops = 234.098896780719 Gflops = 0.234098896780719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007132281 Relative Rsd = 3.12617807026811e-07
BICGSTAB_SOLVER_TIME: 0.401572 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045021 s
InvBiCGStab: k = 78 resid = 2.173829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350212(s) Flops=514787328 => 1469.93057919203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211640.823946764 Mflops = 211.640823946764 Gflops = 0.211640823946764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061717 s
InvBiCGStab: k = 110 resid = 1.111606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.475204(s) Flops=724764672 => 1525.16534372606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219594.594185337 Mflops = 219.594594185337 Gflops = 0.219594594185337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001349923 Relative Rsd = 5.91690054909264e-07
BICGSTAB_SOLVER_TIME: 0.936384 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 63 resid = 1.899937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239136(s) Flops=416360448 => 1741.1031714171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250636.932646184 Mflops = 250.636932646184 Gflops = 0.250636932646184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058721 s
InvBiCGStab: k = 88 resid = 1.08238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347327(s) Flops=580405248 => 1671.06285431308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240596.472254958 Mflops = 240.596472254958 Gflops = 0.240596472254958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001133068 Relative Rsd = 4.96639550035214e-07
BICGSTAB_SOLVER_TIME: 0.689936 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 72 resid = 1.716794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286693(s) Flops=475416576 => 1658.27758612872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238753.583440761 Mflops = 238.753583440761 Gflops = 0.238753583440761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056212 s
InvBiCGStab: k = 102 resid = 5.923206e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389217(s) Flops=672270336 => 1727.23785446165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248676.990358287 Mflops = 248.676990358287 Gflops = 0.248676990358287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001261543 Relative Rsd = 5.52951941305931e-07
BICGSTAB_SOLVER_TIME: 0.780997 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040694 s
InvBiCGStab: k = 61 resid = 2.030987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251729(s) Flops=403236864 => 1601.86893047682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230623.935328007 Mflops = 230.623935328007 Gflops = 0.230623935328007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055822 s
InvBiCGStab: k = 87 resid = 4.395897e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331878(s) Flops=573843456 => 1729.07952922459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248936.363294499 Mflops = 248.9363632945 Gflops = 0.2489363632945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001185196 Relative Rsd = 5.1948812654792e-07
BICGSTAB_SOLVER_TIME: 0.684415 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119884
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.243829(s) Flops=1831182336 => 1472.21389435365 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211984.325075836 Mflops = 211.984325075836 Gflops = 0.211984325075836 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203854000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.407625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04482 s
InvBiCGStab: k = 31 resid = 2.137212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131051(s) Flops=206383104 => 1574.83044005769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226677.724265135 Mflops = 226.677724265135 Gflops = 0.226677724265135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057676 s
InvBiCGStab: k = 55 resid = 1.106827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212753(s) Flops=363866112 => 1710.27488214032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246195.189802889 Mflops = 246.195189802889 Gflops = 0.246195189802889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007412747 Relative Rsd = 3.24911050356365e-07
BICGSTAB_SOLVER_TIME: 0.45028 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049405 s
InvBiCGStab: k = 62 resid = 1.934224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26178(s) Flops=409798656 => 1565.4314920926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225397.023644888 Mflops = 225.397023644888 Gflops = 0.225397023644888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08066 s
InvBiCGStab: k = 85 resid = 1.098188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373166(s) Flops=560719872 => 1502.60171612634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216340.092170508 Mflops = 216.340092170508 Gflops = 0.216340092170508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001195318 Relative Rsd = 5.23924672999347e-07
BICGSTAB_SOLVER_TIME: 0.769287 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04089 s
InvBiCGStab: k = 50 resid = 2.274608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191279(s) Flops=331057152 => 1730.75534690165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249166.488115587 Mflops = 249.166488115587 Gflops = 0.249166488115587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061073 s
InvBiCGStab: k = 85 resid = 1.12283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337654(s) Flops=560719872 => 1660.63447197427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239087.295707315 Mflops = 239.087295707315 Gflops = 0.239087295707315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001139467 Relative Rsd = 4.99444372400153e-07
BICGSTAB_SOLVER_TIME: 0.634805 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 80 resid = 4.383276e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291854(s) Flops=527910912 => 1808.8184914375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260420.836086427 Mflops = 260.420836086427 Gflops = 0.260420836086427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056061 s
InvBiCGStab: k = 93 resid = 5.391808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338669(s) Flops=613214208 => 1810.6593990002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260679.827880181 Mflops = 260.679827880181 Gflops = 0.260679827880181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001218667 Relative Rsd = 5.34158947706291e-07
BICGSTAB_SOLVER_TIME: 0.731436 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047814 s
InvBiCGStab: k = 73 resid = 1.963961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272852(s) Flops=481978368 => 1766.4461612889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254321.054167706 Mflops = 254.321054167706 Gflops = 0.254321054167706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 96 resid = 9.566199e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394825(s) Flops=632899584 => 1602.98761223327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230805.473829365 Mflops = 230.805473829365 Gflops = 0.230805473829365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001152109 Relative Rsd = 5.0498553962287e-07
BICGSTAB_SOLVER_TIME: 0.775936 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.140723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135024
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.249429(s) Flops=1837596672 => 1470.74917582352 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211773.702525696 Mflops = 211.773702525696 Gflops = 0.211773702525696 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205015000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.418746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045074 s
InvBiCGStab: k = 33 resid = 1.95709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128085(s) Flops=219506688 => 1713.75795760628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246682.375916923 Mflops = 246.682375916923 Gflops = 0.246682375916923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055914 s
InvBiCGStab: k = 47 resid = 9.782532e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172896(s) Flops=311371776 => 1800.91948917268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259239.912758939 Mflops = 259.239912758939 Gflops = 0.259239912758939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007403708 Relative Rsd = 3.24514829906945e-07
BICGSTAB_SOLVER_TIME: 0.405786 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044494 s
InvBiCGStab: k = 68 resid = 1.884619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282032(s) Flops=449169408 => 1592.61859647132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229284.398625112 Mflops = 229.284398625112 Gflops = 0.229284398625112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064015 s
InvBiCGStab: k = 89 resid = 1.074421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361378(s) Flops=586967040 => 1624.24674440613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233854.088368059 Mflops = 233.854088368059 Gflops = 0.233854088368059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001206805 Relative Rsd = 5.28959453648973e-07
BICGSTAB_SOLVER_TIME: 0.755856 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040701 s
InvBiCGStab: k = 74 resid = 1.91665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27526(s) Flops=488540160 => 1774.83165007629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255534.085757386 Mflops = 255.534085757386 Gflops = 0.255534085757386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 90 resid = 9.704314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332993(s) Flops=593528832 => 1782.40633286586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256625.896962263 Mflops = 256.625896962263 Gflops = 0.256625896962263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001207112 Relative Rsd = 5.29093959393297e-07
BICGSTAB_SOLVER_TIME: 0.710814 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04144 s
InvBiCGStab: k = 74 resid = 1.935929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284644(s) Flops=488540160 => 1716.31989432414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247101.15580529 Mflops = 247.10115580529 Gflops = 0.24710115580529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063672 s
InvBiCGStab: k = 93 resid = 1.091243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370063(s) Flops=613214208 => 1657.05355034143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238577.356532485 Mflops = 238.577356532485 Gflops = 0.238577356532485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001202388 Relative Rsd = 5.27023203658797e-07
BICGSTAB_SOLVER_TIME: 0.763789 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04569 s
InvBiCGStab: k = 76 resid = 1.518423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282598(s) Flops=501663744 => 1775.18504731102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255579.725309659 Mflops = 255.579725309659 Gflops = 0.25557972530966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 107 resid = 7.436357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.475066(s) Flops=705079296 => 1484.17124357458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213879.791345735 Mflops = 213.879791345735 Gflops = 0.213879791345735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001196805 Relative Rsd = 5.24576280873025e-07
BICGSTAB_SOLVER_TIME: 0.868778 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14469
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.248503(s) Flops=1843716096 => 1476.74142232738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212922.605203301 Mflops = 212.922605203301 Gflops = 0.212922605203301 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205400000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.406888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 2.133716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.062679(s) Flops=1702471680 => 1602.05638767681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230661.978744523 Mflops = 230.661978744523 Gflops = 0.230661978744523 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 288 resid = 9.079656e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.062804(s) Flops=1892763648 => 1780.91505865616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256442.351499331 Mflops = 256.442351499331 Gflops = 0.256442351499331 Tflops
BICGSTAB_SOLVER: 547 iterations. Rsd = 0.002279422 Relative Rsd = 1.00365093437241e-06
BICGSTAB_SOLVER_TIME: 2.128942 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.119084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.389943000000002
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.105754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826628(s) Flops=1380943872 => 1670.57475914196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240503.516991927 Mflops = 240.503516991927 Gflops = 0.240503516991927 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.026271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968501(s) Flops=1525303296 => 1574.91143117044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226778.419788036 Mflops = 226.778419788037 Gflops = 0.226778419788037 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002149584 Relative Rsd = 9.44698587791907e-07
BICGSTAB_SOLVER_TIME: 1.798836 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.120609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315609999999999
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.203143(s) Flops=1843716096 => 1532.41642597763 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220719.116322544 Mflops = 220.719116322544 Gflops = 0.220719116322544 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205516000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.392832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 33 resid = 2.099763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134931(s) Flops=219506688 => 1626.80694577228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234165.727469823 Mflops = 234.165727469823 Gflops = 0.234165727469823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063061 s
InvBiCGStab: k = 55 resid = 1.087743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227589(s) Flops=363866112 => 1598.78602217155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230166.418148702 Mflops = 230.166418148702 Gflops = 0.230166418148702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007556799 Relative Rsd = 3.31225013291442e-07
BICGSTAB_SOLVER_TIME: 0.47127 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045604 s
InvBiCGStab: k = 79 resid = 2.191999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313139(s) Flops=521349120 => 1664.91277036715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239715.058573861 Mflops = 239.715058573861 Gflops = 0.239715058573861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061657 s
InvBiCGStab: k = 135 resid = 9.687708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.597771(s) Flops=888809472 => 1486.87285264759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214088.629895435 Mflops = 214.088629895435 Gflops = 0.214088629895435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001399113 Relative Rsd = 6.13250621559218e-07
BICGSTAB_SOLVER_TIME: 1.02201 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167544999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053024 s
InvBiCGStab: k = 74 resid = 1.891355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270379(s) Flops=488540160 => 1806.87168752011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260132.077671766 Mflops = 260.132077671766 Gflops = 0.260132077671766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 93 resid = 1.149396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377138(s) Flops=613214208 => 1625.96770412952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234107.165528041 Mflops = 234.107165528041 Gflops = 0.234107165528041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001233447 Relative Rsd = 5.40636858652184e-07
BICGSTAB_SOLVER_TIME: 0.760561 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133752
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 84 resid = 1.885279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30609(s) Flops=554158080 => 1810.44163481329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260644.219281712 Mflops = 260.644219281712 Gflops = 0.260644219281712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055923 s
InvBiCGStab: k = 100 resid = 1.041804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364879(s) Flops=659146752 => 1806.48037294555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260083.090222629 Mflops = 260.083090222629 Gflops = 0.260083090222629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001276191 Relative Rsd = 5.59372396459674e-07
BICGSTAB_SOLVER_TIME: 0.771794 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001868
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043672 s
InvBiCGStab: k = 84 resid = 1.937042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345416(s) Flops=554158080 => 1604.32081895454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230979.809862509 Mflops = 230.979809862509 Gflops = 0.230979809862509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063801 s
InvBiCGStab: k = 112 resid = 6.559463e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435375(s) Flops=737888256 => 1694.83377777778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244025.055052009 Mflops = 244.025055052009 Gflops = 0.244025055052009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001280199 Relative Rsd = 5.61129186395683e-07
BICGSTAB_SOLVER_TIME: 0.892047 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154014999999999
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.138212(s) Flops=1843789824 => 1619.90018028276 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233249.794039517 Mflops = 233.249794039517 Gflops = 0.233249794039517 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205598000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.406469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042648 s
InvBiCGStab: k = 38 resid = 2.146329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150241(s) Flops=252315648 => 1679.40607424072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241712.941314796 Mflops = 241.712941314796 Gflops = 0.241712941314796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074012 s
InvBiCGStab: k = 51 resid = 1.060646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234892(s) Flops=337618944 => 1437.33692079764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206927.699894602 Mflops = 206.927699894602 Gflops = 0.206927699894602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007468692 Relative Rsd = 3.27363203354123e-07
BICGSTAB_SOLVER_TIME: 0.505943 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0776180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045362 s
InvBiCGStab: k = 94 resid = 2.004723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404124(s) Flops=619776000 => 1533.62829230632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220811.181683648 Mflops = 220.811181683648 Gflops = 0.220811181683648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07027 s
InvBiCGStab: k = 125 resid = 1.090832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.510885(s) Flops=823191552 => 1611.30499427464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231997.708322454 Mflops = 231.997708322454 Gflops = 0.231997708322454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 219 iterations. Rsd = 0.00137099 Relative Rsd = 6.00923853846499e-07
BICGSTAB_SOLVER_TIME: 1.034489 sec
2Flav::invert,  n_count = 219
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170859999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043386 s
InvBiCGStab: k = 67 resid = 1.531096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26219(s) Flops=442607616 => 1688.11783820893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243012.138787726 Mflops = 243.012138787726 Gflops = 0.243012138787726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064388 s
InvBiCGStab: k = 108 resid = 1.006099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413434(s) Flops=711641088 => 1721.29309152126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247826.975539928 Mflops = 247.826975539928 Gflops = 0.247826975539928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001247225 Relative Rsd = 5.46676197188191e-07
BICGSTAB_SOLVER_TIME: 0.787326 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 75 resid = 2.0637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304976(s) Flops=495101952 => 1623.41283248518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233734.81496197 Mflops = 233.73481496197 Gflops = 0.23373481496197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056535 s
InvBiCGStab: k = 84 resid = 8.800772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317047(s) Flops=554158080 => 1747.87359602835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251640.774261993 Mflops = 251.640774261993 Gflops = 0.251640774261992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001182862 Relative Rsd = 5.18464841951309e-07
BICGSTAB_SOLVER_TIME: 0.72336 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040542 s
InvBiCGStab: k = 74 resid = 2.138055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270984(s) Flops=488540160 => 1802.83765831193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259563.311315155 Mflops = 259.563311315155 Gflops = 0.259563311315155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058311 s
InvBiCGStab: k = 96 resid = 8.074044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408645(s) Flops=632899584 => 1548.77603788129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222931.99766278 Mflops = 222.93199766278 Gflops = 0.22293199766278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001233139 Relative Rsd = 5.40501944696194e-07
BICGSTAB_SOLVER_TIME: 0.784372 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135707
Monitoring force
num_pf = 1
MInvCG2: 287 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.200573(s) Flops=1843863552 => 1535.81960613807 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221399.13946173 Mflops = 221.39913946173 Gflops = 0.22139913946173 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205541000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04677 s
InvBiCGStab: k = 35 resid = 2.123042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130016(s) Flops=232630272 => 1789.24341619493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257544.470774643 Mflops = 257.544470774643 Gflops = 0.257544470774643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057992 s
InvBiCGStab: k = 47 resid = 9.651559e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194257(s) Flops=311371776 => 1602.88574414307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230747.864800227 Mflops = 230.747864800227 Gflops = 0.230747864800227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007301572 Relative Rsd = 3.20038074606303e-07
BICGSTAB_SOLVER_TIME: 0.432915 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059017 s
InvBiCGStab: k = 58 resid = 2.059997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236117(s) Flops=383551488 => 1624.41284617372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233866.600637178 Mflops = 233.866600637178 Gflops = 0.233866600637178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057079 s
InvBiCGStab: k = 102 resid = 1.054615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381189(s) Flops=672270336 => 1763.6142071256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253916.639457294 Mflops = 253.916639457294 Gflops = 0.253916639457294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001146725 Relative Rsd = 5.02625565922199e-07
BICGSTAB_SOLVER_TIME: 0.737241 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041859 s
InvBiCGStab: k = 75 resid = 1.773435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284182(s) Flops=495101952 => 1742.20025195121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250821.673345123 Mflops = 250.821673345123 Gflops = 0.250821673345123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061913 s
InvBiCGStab: k = 92 resid = 1.008688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374394(s) Flops=606652416 => 1620.35827497236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233281.285822211 Mflops = 233.281285822211 Gflops = 0.233281285822211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001168902 Relative Rsd = 5.1234620829896e-07
BICGSTAB_SOLVER_TIME: 0.766189 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 72 resid = 1.820659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27933(s) Flops=475416576 => 1701.98895929546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245031.724658384 Mflops = 245.031724658384 Gflops = 0.245031724658384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065248 s
InvBiCGStab: k = 96 resid = 9.577461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373113(s) Flops=632899584 => 1696.26784378995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244222.105504846 Mflops = 244.222105504846 Gflops = 0.244222105504846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001187129 Relative Rsd = 5.20335012677867e-07
BICGSTAB_SOLVER_TIME: 0.763035 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046027 s
InvBiCGStab: k = 69 resid = 2.033378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29684(s) Flops=455731200 => 1535.27556933028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221036.767575128 Mflops = 221.036767575128 Gflops = 0.221036767575128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06949 s
InvBiCGStab: k = 87 resid = 8.10299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35205(s) Flops=573843456 => 1630.00555602897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234678.1282389 Mflops = 234.6781282389 Gflops = 0.2346781282389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00115136 Relative Rsd = 5.0465692923082e-07
BICGSTAB_SOLVER_TIME: 0.768271 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12546
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.199576(s) Flops=1837744128 => 1531.99474480983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220701.365752422 Mflops = 220.701365752422 Gflops = 0.220701365752422 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204615000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.420193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047442 s
InvBiCGStab: k = 32 resid = 1.032973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134862(s) Flops=212944896 => 1578.98367219825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227285.345579419 Mflops = 227.285345579419 Gflops = 0.227285345579419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065946 s
InvBiCGStab: k = 68 resid = 1.104255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304966(s) Flops=449169408 => 1472.8507702498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212043.809876097 Mflops = 212.043809876097 Gflops = 0.212043809876097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007389039 Relative Rsd = 3.23871871017965e-07
BICGSTAB_SOLVER_TIME: 0.55757 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0870140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054808 s
InvBiCGStab: k = 69 resid = 2.072599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267225(s) Flops=455731200 => 1705.42127420713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245514.736506614 Mflops = 245.514736506614 Gflops = 0.245514736506614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059325 s
InvBiCGStab: k = 102 resid = 1.145666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387978(s) Flops=672270336 => 1732.75375407884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249480.066791361 Mflops = 249.480066791361 Gflops = 0.249480066791361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001244287 Relative Rsd = 5.45388340404813e-07
BICGSTAB_SOLVER_TIME: 0.773194 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13653
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 75 resid = 2.042834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318001(s) Flops=495101952 => 1556.91948138528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224166.020305924 Mflops = 224.166020305924 Gflops = 0.224166020305924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056322 s
InvBiCGStab: k = 95 resid = 9.744313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36572(s) Flops=626337792 => 1712.61564038062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246565.689913344 Mflops = 246.565689913344 Gflops = 0.246565689913344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001247032 Relative Rsd = 5.46591340187883e-07
BICGSTAB_SOLVER_TIME: 0.785134 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043028 s
InvBiCGStab: k = 74 resid = 2.156372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296504(s) Flops=488540160 => 1647.66802471468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237222.742232637 Mflops = 237.222742232637 Gflops = 0.237222742232637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058181 s
InvBiCGStab: k = 116 resid = 9.824295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468914(s) Flops=764135424 => 1629.58543357631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234624.391456237 Mflops = 234.624391456237 Gflops = 0.234624391456237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001270812 Relative Rsd = 5.57014821002548e-07
BICGSTAB_SOLVER_TIME: 0.870993 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04711 s
InvBiCGStab: k = 72 resid = 2.26289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327058(s) Flops=475416576 => 1453.61549327642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209294.442831903 Mflops = 209.294442831903 Gflops = 0.209294442831903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061465 s
InvBiCGStab: k = 102 resid = 1.048909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40681(s) Flops=672270336 => 1652.54132395959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237932.211195831 Mflops = 237.932211195831 Gflops = 0.237932211195831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001264961 Relative Rsd = 5.54450027097888e-07
BICGSTAB_SOLVER_TIME: 0.846292 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138277
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.192602(s) Flops=1837744128 => 1540.95341782087 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221886.116252045 Mflops = 221.886116252045 Gflops = 0.221886116252045 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.205186000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.434067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 2.125875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.053686(s) Flops=1702471680 => 1615.72961964001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232606.886925058 Mflops = 232.606886925058 Gflops = 0.232606886925058 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 5.44035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.083645(s) Flops=1781213184 => 1643.7238985092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236685.19319657 Mflops = 236.68519319657 Gflops = 0.23668519319657 Tflops
BICGSTAB_SOLVER: 530 iterations. Rsd = 0.002227304 Relative Rsd = 9.80708453393434e-07
BICGSTAB_SOLVER_TIME: 2.140717 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378224
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.262209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746122(s) Flops=1289078784 => 1727.70509916609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248728.698108458 Mflops = 248.728698108458 Gflops = 0.248728698108458 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.04979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.107787(s) Flops=1636853760 => 1477.58888667226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212764.710372144 Mflops = 212.764710372144 Gflops = 0.212764710372144 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.00214303 Relative Rsd = 9.41816390128574e-07
BICGSTAB_SOLVER_TIME: 1.8583 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.118902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317468
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.192979(s) Flops=1837744128 => 1540.46645246899 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221816.967326212 Mflops = 221.816967326212 Gflops = 0.221816967326212 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204712000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.424945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04681 s
InvBiCGStab: k = 37 resid = 2.155277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16024(s) Flops=245753856 => 1533.66110833749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220751.359403069 Mflops = 220.751359403069 Gflops = 0.220751359403069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061388 s
InvBiCGStab: k = 69 resid = 6.039557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254858(s) Flops=455731200 => 1788.17694559323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257430.912298673 Mflops = 257.430912298673 Gflops = 0.257430912298673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.000786472 Relative Rsd = 3.44721639102506e-07
BICGSTAB_SOLVER_TIME: 0.527144 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0900300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041561 s
InvBiCGStab: k = 78 resid = 2.274541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291068(s) Flops=514787328 => 1768.61533387387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254635.451114555 Mflops = 254.635451114555 Gflops = 0.254635451114555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05578 s
InvBiCGStab: k = 111 resid = 8.517638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406032(s) Flops=731326464 => 1801.15474642393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259324.858004749 Mflops = 259.324858004749 Gflops = 0.259324858004749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001338425 Relative Rsd = 5.86650528799008e-07
BICGSTAB_SOLVER_TIME: 0.798251 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 74 resid = 1.049765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270397(s) Flops=488540160 => 1806.7514062656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.284512272 Mflops = 260.125284512272 Gflops = 0.260125284512272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 115 resid = 1.026643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453432(s) Flops=757573632 => 1670.75467104219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240548.118805486 Mflops = 240.548118805486 Gflops = 0.240548118805486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.00127185 Relative Rsd = 5.57469466746828e-07
BICGSTAB_SOLVER_TIME: 0.826091 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149286999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047635 s
InvBiCGStab: k = 75 resid = 2.197949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313226(s) Flops=495101952 => 1580.65407086257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227571.007815889 Mflops = 227.571007815889 Gflops = 0.227571007815889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063391 s
InvBiCGStab: k = 109 resid = 1.055881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465712(s) Flops=718202880 => 1542.16099220119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222044.711397269 Mflops = 222.044711397269 Gflops = 0.222044711397269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001300686 Relative Rsd = 5.70108618437828e-07
BICGSTAB_SOLVER_TIME: 0.894319 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044461 s
InvBiCGStab: k = 72 resid = 2.238487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296676(s) Flops=475416576 => 1602.4773692513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230705.55256011 Mflops = 230.70555256011 Gflops = 0.23070555256011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067718 s
InvBiCGStab: k = 117 resid = 1.140851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.519658(s) Flops=770697216 => 1483.08544465783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213546.278636578 Mflops = 213.546278636578 Gflops = 0.213546278636578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001360748 Relative Rsd = 5.96434903222302e-07
BICGSTAB_SOLVER_TIME: 0.932356 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149067999999999
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.220704(s) Flops=1837449216 => 1505.23731879309 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216757.396492208 Mflops = 216.757396492208 Gflops = 0.216757396492208 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204951000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.428963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041626 s
InvBiCGStab: k = 38 resid = 2.167701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142248(s) Flops=252315648 => 1773.77290366121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255322.908066703 Mflops = 255.322908066703 Gflops = 0.255322908066703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058533 s
InvBiCGStab: k = 64 resid = 1.112238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238824(s) Flops=422922240 => 1770.85318058487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254928.067714381 Mflops = 254.928067714381 Gflops = 0.254928067714381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0008279051 Relative Rsd = 3.6288233834297e-07
BICGSTAB_SOLVER_TIME: 0.485078 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0872140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 92 resid = 2.156168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336083(s) Flops=606652416 => 1805.06724826903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259884.398952196 Mflops = 259.884398952196 Gflops = 0.259884398952196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056643 s
InvBiCGStab: k = 125 resid = 1.014679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456787(s) Flops=823191552 => 1802.13436897285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259476.8994452 Mflops = 259.4768994452 Gflops = 0.2594768994452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.001361407 Relative Rsd = 5.96723712976805e-07
BICGSTAB_SOLVER_TIME: 0.894195 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169586999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 67 resid = 2.006591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245858(s) Flops=442607616 => 1800.25712403094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259171.170965298 Mflops = 259.171170965298 Gflops = 0.259171170965298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057274 s
InvBiCGStab: k = 96 resid = 1.102654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385762(s) Flops=632899584 => 1640.64781912163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236218.263469625 Mflops = 236.218263469625 Gflops = 0.236218263469625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001244683 Relative Rsd = 5.45562034469182e-07
BICGSTAB_SOLVER_TIME: 0.733721 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055358 s
InvBiCGStab: k = 81 resid = 1.628627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359078(s) Flops=534472704 => 1488.4585076223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214314.089335319 Mflops = 214.314089335319 Gflops = 0.214314089335319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060447 s
InvBiCGStab: k = 111 resid = 1.119803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.484776(s) Flops=731326464 => 1508.58636566167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217208.921499069 Mflops = 217.208921499069 Gflops = 0.217208921499069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001254763 Relative Rsd = 5.49979905236838e-07
BICGSTAB_SOLVER_TIME: 0.963487 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151430999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046007 s
InvBiCGStab: k = 76 resid = 2.159894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292917(s) Flops=501663744 => 1712.64810168068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246579.487748982 Mflops = 246.579487748982 Gflops = 0.246579487748982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 106 resid = 1.049195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388891(s) Flops=698517504 => 1796.17811674737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258609.864756101 Mflops = 258.609864756101 Gflops = 0.258609864756101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001267986 Relative Rsd = 5.55776102698602e-07
BICGSTAB_SOLVER_TIME: 0.788334 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144279
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.173012(s) Flops=1837449216 => 1566.43684463586 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225552.133205401 Mflops = 225.552133205401 Gflops = 0.225552133205401 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204649000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.414286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 36 resid = 1.717556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134619(s) Flops=239192064 => 1776.80761259555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255766.975623981 Mflops = 255.766975623981 Gflops = 0.255766975623981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056675 s
InvBiCGStab: k = 64 resid = 1.106643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237706(s) Flops=422922240 => 1779.18201475773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256137.161474753 Mflops = 256.137161474753 Gflops = 0.256137161474753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0008127412 Relative Rsd = 3.56235784952089e-07
BICGSTAB_SOLVER_TIME: 0.474144 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0855410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052224 s
InvBiCGStab: k = 73 resid = 1.916832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33754(s) Flops=481978368 => 1427.91481898442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205584.450492045 Mflops = 205.584450492045 Gflops = 0.205584450492045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069473 s
InvBiCGStab: k = 105 resid = 8.850052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459335(s) Flops=691955712 => 1506.42932064833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216898.778931131 Mflops = 216.898778931131 Gflops = 0.216898778931131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001277041 Relative Rsd = 5.59744685500108e-07
BICGSTAB_SOLVER_TIME: 0.924608 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141608
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050756 s
InvBiCGStab: k = 55 resid = 1.811213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244431(s) Flops=363866112 => 1488.62505983284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214316.299630185 Mflops = 214.316299630185 Gflops = 0.214316299630185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064773 s
InvBiCGStab: k = 96 resid = 1.083456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453164(s) Flops=632899584 => 1396.62370355986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201082.484187956 Mflops = 201.082484187956 Gflops = 0.201082484187956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001208331 Relative Rsd = 5.29628257439129e-07
BICGSTAB_SOLVER_TIME: 0.818235 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049571 s
InvBiCGStab: k = 71 resid = 1.863919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375366(s) Flops=468854784 => 1249.06034110708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179831.392925926 Mflops = 179.831392925926 Gflops = 0.179831392925926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072585 s
InvBiCGStab: k = 106 resid = 9.974109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.490918(s) Flops=698517504 => 1422.88020402593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204870.953372059 Mflops = 204.870953372059 Gflops = 0.204870953372059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001257236 Relative Rsd = 5.51064013371853e-07
BICGSTAB_SOLVER_TIME: 0.992437 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044505 s
InvBiCGStab: k = 81 resid = 2.247537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317623(s) Flops=534472704 => 1682.72670430038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242275.87854776 Mflops = 242.27587854776 Gflops = 0.24227587854776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070786 s
InvBiCGStab: k = 96 resid = 1.135025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376951(s) Flops=632899584 => 1678.99696246992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241734.960985515 Mflops = 241.734960985515 Gflops = 0.241734960985515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001250596 Relative Rsd = 5.48153668290957e-07
BICGSTAB_SOLVER_TIME: 0.813719 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140502
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.15207(s) Flops=1837228032 => 1594.71909866588 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229642.328242943 Mflops = 229.642328242943 Gflops = 0.229642328242943 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204722000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.453274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04165 s
InvBiCGStab: k = 31 resid = 1.769467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115316(s) Flops=206383104 => 1789.71785355024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257597.983974074 Mflops = 257.597983974074 Gflops = 0.257597983974074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 79 resid = 5.020213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288717(s) Flops=521349120 => 1805.74444871622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.069484908 Mflops = 259.947069484908 Gflops = 0.259947069484908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.000915064 Relative Rsd = 4.01085286450679e-07
BICGSTAB_SOLVER_TIME: 0.505716 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927280000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041028 s
InvBiCGStab: k = 75 resid = 2.26355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273865(s) Flops=495101952 => 1807.83215087726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260277.604542631 Mflops = 260.277604542631 Gflops = 0.260277604542631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05553 s
InvBiCGStab: k = 116 resid = 1.107398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427567(s) Flops=764135424 => 1787.17118954456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257320.876244934 Mflops = 257.320876244934 Gflops = 0.257320876244934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001308081 Relative Rsd = 5.73350329339528e-07
BICGSTAB_SOLVER_TIME: 0.80188 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151002999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 79 resid = 1.771978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293631(s) Flops=521349120 => 1775.52479131972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255628.969907275 Mflops = 255.628969907275 Gflops = 0.255628969907275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059789 s
InvBiCGStab: k = 118 resid = 4.742161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.521652(s) Flops=777259008 => 1489.99526120862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214529.262218313 Mflops = 214.529262218313 Gflops = 0.214529262218313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001292662 Relative Rsd = 5.66591670819557e-07
BICGSTAB_SOLVER_TIME: 0.920396 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155065999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050579 s
InvBiCGStab: k = 78 resid = 2.107851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292105(s) Flops=514787328 => 1762.33658444737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253733.820574978 Mflops = 253.733820574978 Gflops = 0.253733820574978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062723 s
InvBiCGStab: k = 115 resid = 8.88764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.477996(s) Flops=757573632 => 1584.8953380363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228191.229530095 Mflops = 228.191229530095 Gflops = 0.228191229530095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001315235 Relative Rsd = 5.76485905207771e-07
BICGSTAB_SOLVER_TIME: 0.888407 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153427999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044735 s
InvBiCGStab: k = 82 resid = 1.643529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326102(s) Flops=541034496 => 1659.09591477513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238878.638753309 Mflops = 238.878638753309 Gflops = 0.238878638753309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061151 s
InvBiCGStab: k = 113 resid = 8.706427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.460315(s) Flops=744450048 => 1617.26219653933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232847.516002442 Mflops = 232.847516002442 Gflops = 0.232847516002442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001279494 Relative Rsd = 5.60819864004905e-07
BICGSTAB_SOLVER_TIME: 0.896199 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153520999999999
Monitoring force
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.264952(s) Flops=1836785664 => 1452.0595753831 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209115.473010863 Mflops = 209.115473010863 Gflops = 0.209115473010863 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204729000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.425037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 2.220909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962068(s) Flops=1636853760 => 1701.39092039232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244970.39244612 Mflops = 244.97039244612 Gflops = 0.24497039244612 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 5.14216e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.09591(s) Flops=1774651392 => 1619.34044948947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233181.666183071 Mflops = 233.181666183071 Gflops = 0.233181666183071 Tflops
BICGSTAB_SOLVER: 519 iterations. Rsd = 0.002208083 Relative Rsd = 9.72256906294739e-07
BICGSTAB_SOLVER_TIME: 2.064729 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.125448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.370286
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.50581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846405(s) Flops=1413752832 => 1670.30302514754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240535.211390083 Mflops = 240.535211390083 Gflops = 0.240535211390083 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.117641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83072(s) Flops=1420314624 => 1709.73929121726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246190.492489244 Mflops = 246.190492489244 Gflops = 0.246190492489244 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002049218 Relative Rsd = 9.00594820897989e-07
BICGSTAB_SOLVER_TIME: 1.680526 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0.117489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307655999999999
num_pf = 1
MInvCG2: 286 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.210295(s) Flops=1836785664 => 1517.63467914847 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218525.78699393 Mflops = 218.52578699393 Gflops = 0.21852578699393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204988000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.427739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043417 s
InvBiCGStab: k = 36 resid = 1.857621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15003(s) Flops=239192064 => 1594.2949010198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229492.923036931 Mflops = 229.492923036931 Gflops = 0.229492923036931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 65 resid = 6.132981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238412(s) Flops=429484032 => 1801.43630354177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259339.53667046 Mflops = 259.33953667046 Gflops = 0.25933953667046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0008862482 Relative Rsd = 3.88454936823752e-07
BICGSTAB_SOLVER_TIME: 0.492155 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0864450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051916 s
InvBiCGStab: k = 95 resid = 1.714848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372627(s) Flops=626337792 => 1680.87066154626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241997.614721025 Mflops = 241.997614721025 Gflops = 0.241997614721025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066018 s
InvBiCGStab: k = 130 resid = 6.784332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.501026(s) Flops=856000512 => 1708.49519186629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245987.876588728 Mflops = 245.987876588728 Gflops = 0.245987876588728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 225 iterations. Rsd = 0.001378627 Relative Rsd = 6.0427124054353e-07
BICGSTAB_SOLVER_TIME: 0.995517 sec
2Flav::invert,  n_count = 225
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175230999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048366 s
InvBiCGStab: k = 72 resid = 1.722557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306836(s) Flops=475416576 => 1549.41589643979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223085.77717566 Mflops = 223.08577717566 Gflops = 0.22308577717566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064962 s
InvBiCGStab: k = 103 resid = 1.085657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429501(s) Flops=678832128 => 1580.51349822236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227559.152153293 Mflops = 227.559152153293 Gflops = 0.227559152153293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001251035 Relative Rsd = 5.48345987012639e-07
BICGSTAB_SOLVER_TIME: 0.853576 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139043
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041447 s
InvBiCGStab: k = 71 resid = 1.445343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264364(s) Flops=468854784 => 1773.51978332905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255341.949260197 Mflops = 255.341949260197 Gflops = 0.255341949260197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059371 s
InvBiCGStab: k = 108 resid = 7.04664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420155(s) Flops=711641088 => 1693.75846532827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243869.626073814 Mflops = 243.869626073814 Gflops = 0.243869626073814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001255356 Relative Rsd = 5.50240089148183e-07
BICGSTAB_SOLVER_TIME: 0.789175 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044741 s
InvBiCGStab: k = 78 resid = 1.551902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306673(s) Flops=514787328 => 1678.61966328956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241680.503575148 Mflops = 241.680503575148 Gflops = 0.241680503575148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056177 s
InvBiCGStab: k = 112 resid = 1.025479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421379(s) Flops=737888256 => 1751.12726547835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252127.859414881 Mflops = 252.127859414881 Gflops = 0.252127859414881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001301589 Relative Rsd = 5.70504736834332e-07
BICGSTAB_SOLVER_TIME: 0.832902 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149871
Monitoring force
num_pf = 1
MInvCG2: 285 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.242282(s) Flops=1829560320 => 1472.74155143518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212066.862160634 Mflops = 212.066862160634 Gflops = 0.212066862160634 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.203797000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.454037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04276 s
InvBiCGStab: k = 26 resid = 2.125206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112332(s) Flops=173574144 => 1545.18876188441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222397.857369988 Mflops = 222.397857369988 Gflops = 0.222397857369988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058624 s
InvBiCGStab: k = 68 resid = 8.089599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250934(s) Flops=449169408 => 1789.9902285063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257694.509101858 Mflops = 257.694509101858 Gflops = 0.257694509101858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0008006437 Relative Rsd = 3.50933293988505e-07
BICGSTAB_SOLVER_TIME: 0.468602 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0814650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048622 s
InvBiCGStab: k = 83 resid = 2.199858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332579(s) Flops=547596288 => 1646.51492728044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237056.575621883 Mflops = 237.056575621883 Gflops = 0.237056575621883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059465 s
InvBiCGStab: k = 124 resid = 1.038261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.517384(s) Flops=816629760 => 1578.3823233807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227255.734398227 Mflops = 227.255734398227 Gflops = 0.227255734398227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001350725 Relative Rsd = 5.9204167823405e-07
BICGSTAB_SOLVER_TIME: 0.962142 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162661999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048583 s
InvBiCGStab: k = 80 resid = 2.255252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36238(s) Flops=527910912 => 1456.78821126994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209750.358569601 Mflops = 209.750358569601 Gflops = 0.209750358569601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059411 s
InvBiCGStab: k = 115 resid = 1.076215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481773(s) Flops=757573632 => 1572.4700886102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226409.075379947 Mflops = 226.409075379947 Gflops = 0.226409075379947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001317947 Relative Rsd = 5.77674719635408e-07
BICGSTAB_SOLVER_TIME: 0.956081 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153483999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 75 resid = 2.108079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286945(s) Flops=495101952 => 1725.42456568332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248409.784491686 Mflops = 248.409784491686 Gflops = 0.248409784491686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 97 resid = 1.096464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35772(s) Flops=639461376 => 1787.60308621268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257379.509049546 Mflops = 257.379509049546 Gflops = 0.257379509049546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00124674 Relative Rsd = 5.46463467883151e-07
BICGSTAB_SOLVER_TIME: 0.746081 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052818 s
InvBiCGStab: k = 75 resid = 1.827674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327035(s) Flops=495101952 => 1513.91120828046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217973.39216691 Mflops = 217.97339216691 Gflops = 0.21797339216691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057769 s
InvBiCGStab: k = 112 resid = 6.398915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431401(s) Flops=737888256 => 1710.44632719906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246261.505760008 Mflops = 246.261505760008 Gflops = 0.246261505760008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001334643 Relative Rsd = 5.84992424033531e-07
BICGSTAB_SOLVER_TIME: 0.873149 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14797
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.267399(s) Flops=1742192640 => 1374.62049441415 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197933.857317857 Mflops = 197.933857317857 Gflops = 0.197933857317857 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193798000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.437404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021377
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048854 s
InvBiCGStab: k = 31 resid = 2.221382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124881(s) Flops=206383104 => 1652.63814351262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237900.981327207 Mflops = 237.900981327207 Gflops = 0.237900981327207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057227 s
InvBiCGStab: k = 68 resid = 6.791205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25316(s) Flops=449169408 => 1774.25109811977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255426.457377854 Mflops = 255.426457377854 Gflops = 0.255426457377854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.0008784226 Relative Rsd = 3.85024887264124e-07
BICGSTAB_SOLVER_TIME: 0.487962 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0849370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042372 s
InvBiCGStab: k = 71 resid = 1.819291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263035(s) Flops=468854784 => 1782.4805976391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256623.411401717 Mflops = 256.623411401717 Gflops = 0.256623411401717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057735 s
InvBiCGStab: k = 103 resid = 9.037996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437259(s) Flops=678832128 => 1552.47148257669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223525.285683152 Mflops = 223.525285683152 Gflops = 0.223525285683152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001254016 Relative Rsd = 5.49652570506247e-07
BICGSTAB_SOLVER_TIME: 0.804397 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045333 s
InvBiCGStab: k = 74 resid = 2.23968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280408(s) Flops=488540160 => 1742.24758209466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250841.123521309 Mflops = 250.841123521309 Gflops = 0.250841123521309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055706 s
InvBiCGStab: k = 120 resid = 7.959001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.475954(s) Flops=790382592 => 1660.62811111998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239097.781028302 Mflops = 239.097781028302 Gflops = 0.239097781028302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001345821 Relative Rsd = 5.89892239700708e-07
BICGSTAB_SOLVER_TIME: 0.862485 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001835
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152712999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046214 s
InvBiCGStab: k = 72 resid = 2.208389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315009(s) Flops=475416576 => 1509.21585097569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217294.690544636 Mflops = 217.294690544636 Gflops = 0.217294690544636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05835 s
InvBiCGStab: k = 104 resid = 9.52394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405253(s) Flops=685393920 => 1691.27414232591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243511.183047036 Mflops = 243.511183047036 Gflops = 0.243511183047036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001273234 Relative Rsd = 5.58076273390036e-07
BICGSTAB_SOLVER_TIME: 0.829649 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041157 s
InvBiCGStab: k = 75 resid = 2.271283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297478(s) Flops=495101952 => 1664.33131861852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239623.987864751 Mflops = 239.623987864751 Gflops = 0.239623987864751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064665 s
InvBiCGStab: k = 114 resid = 1.137226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470279(s) Flops=751011840 => 1596.94955547664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229931.661930932 Mflops = 229.931661930932 Gflops = 0.229931661930932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.00126828 Relative Rsd = 5.55904740400211e-07
BICGSTAB_SOLVER_TIME: 0.877606 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149065999999999
Monitoring force
num_pf = 1
MInvCG2: 282 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.292114(s) Flops=1810096128 => 1400.87958802397 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201709.866070454 Mflops = 201.709866070454 Gflops = 0.201709866070454 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201682000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.444399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 27 resid = 2.229676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102784(s) Flops=180135936 => 1752.56787048568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252229.131143014 Mflops = 252.229131143014 Gflops = 0.252229131143014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058414 s
InvBiCGStab: k = 60 resid = 1.05471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233183(s) Flops=396675072 => 1701.13203792729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244894.836567587 Mflops = 244.894836567587 Gflops = 0.244894836567587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0008509905 Relative Rsd = 3.73000987095196e-07
BICGSTAB_SOLVER_TIME: 0.439282 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063647 s
InvBiCGStab: k = 71 resid = 2.102868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332398(s) Flops=468854784 => 1410.52227751069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203096.504694265 Mflops = 203.096504694265 Gflops = 0.203096504694265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068193 s
InvBiCGStab: k = 119 resid = 8.537966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.544776(s) Flops=783820800 => 1438.79466055773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207159.123397645 Mflops = 207.159123397645 Gflops = 0.207159123397645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001300555 Relative Rsd = 5.70051468804428e-07
BICGSTAB_SOLVER_TIME: 1.012753 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150012999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042295 s
InvBiCGStab: k = 74 resid = 2.090383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306049(s) Flops=488540160 => 1596.28085698695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229831.562772128 Mflops = 229.831562772128 Gflops = 0.229831562772128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057471 s
InvBiCGStab: k = 105 resid = 1.098359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442509(s) Flops=691955712 => 1563.70991776438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225141.358658994 Mflops = 225.141358658994 Gflops = 0.225141358658994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001262831 Relative Rsd = 5.53516549068048e-07
BICGSTAB_SOLVER_TIME: 0.852042 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040325 s
InvBiCGStab: k = 69 resid = 2.133849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269595(s) Flops=455731200 => 1690.42897679853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243374.416495905 Mflops = 243.374416495905 Gflops = 0.243374416495905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062612 s
InvBiCGStab: k = 106 resid = 1.126678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396251(s) Flops=698517504 => 1762.81575062271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253812.6674176 Mflops = 253.8126674176 Gflops = 0.2538126674176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.00127357 Relative Rsd = 5.58223433696041e-07
BICGSTAB_SOLVER_TIME: 0.775188 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043318 s
InvBiCGStab: k = 69 resid = 2.033537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28629(s) Flops=455731200 => 1591.85161898774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229193.415354691 Mflops = 229.193415354691 Gflops = 0.229193415354691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 105 resid = 8.298264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452396(s) Flops=691955712 => 1529.53543355821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220212.359284205 Mflops = 220.212359284205 Gflops = 0.220212359284205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001201712 Relative Rsd = 5.26726944041368e-07
BICGSTAB_SOLVER_TIME: 0.842443 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138671
Monitoring force
num_pf = 1
MInvCG2: 283 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.206996(s) Flops=1816879104 => 1505.29007884036 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216764.265332848 Mflops = 216.764265332848 Gflops = 0.216764265332848 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.204280000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.412367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.68772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.975651(s) Flops=1551550464 => 1590.27199685133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228970.87878664 Mflops = 228.97087878664 Gflops = 0.22897087878664 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 294 resid = 1.142758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.105389(s) Flops=1932134400 => 1747.92258652836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251690.658408542 Mflops = 251.690658408542 Gflops = 0.251690658408542 Tflops
BICGSTAB_SOLVER: 530 iterations. Rsd = 0.00226776 Relative Rsd = 9.98561534068748e-07
BICGSTAB_SOLVER_TIME: 2.084373 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.122152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378089
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.838034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847235(s) Flops=1459685376 => 1722.88134460923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248020.425212248 Mflops = 248.020425212248 Gflops = 0.248020425212248 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.083036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933978(s) Flops=1485932544 => 1590.97167599237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229086.015685523 Mflops = 229.086015685523 Gflops = 0.229086015685523 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002048966 Relative Rsd = 9.00497257546809e-07
BICGSTAB_SOLVER_TIME: 1.790025 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.121747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319845999999999
num_pf = 1
MInvCG2: 283 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.249297(s) Flops=1816879104 => 1454.32119343919 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209421.881826169 Mflops = 209.421881826169 Gflops = 0.209421881826169 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.202820000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.39989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 30 resid = 2.180823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111202(s) Flops=199821312 => 1796.92192586464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258655.577065247 Mflops = 258.655577065247 Gflops = 0.258655577065247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056194 s
InvBiCGStab: k = 65 resid = 1.115064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245381(s) Flops=429484032 => 1750.2741940085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251979.104472556 Mflops = 251.979104472556 Gflops = 0.251979104472556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0008054295 Relative Rsd = 3.53030991693036e-07
BICGSTAB_SOLVER_TIME: 0.458106 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0821300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045815 s
InvBiCGStab: k = 84 resid = 1.895019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355619(s) Flops=554158080 => 1558.29154235291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224355.590047201 Mflops = 224.355590047201 Gflops = 0.224355590047201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061556 s
InvBiCGStab: k = 116 resid = 7.511685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437775(s) Flops=764135424 => 1745.49808463252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251326.276507394 Mflops = 251.326276507394 Gflops = 0.251326276507394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001321837 Relative Rsd = 5.7937966668969e-07
BICGSTAB_SOLVER_TIME: 0.905548 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157140999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043006 s
InvBiCGStab: k = 84 resid = 1.488932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337515(s) Flops=554158080 => 1641.87689436025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236397.047414526 Mflops = 236.397047414526 Gflops = 0.236397047414526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069737 s
InvBiCGStab: k = 115 resid = 8.90577e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444484(s) Flops=757573632 => 1704.38898138066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245394.241436863 Mflops = 245.394241436863 Gflops = 0.245394241436863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001292601 Relative Rsd = 5.66565188087652e-07
BICGSTAB_SOLVER_TIME: 0.898731 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156472999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 69 resid = 1.933711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252764(s) Flops=455731200 => 1802.99093225301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259569.407045788 Mflops = 259.569407045788 Gflops = 0.259569407045788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059711 s
InvBiCGStab: k = 100 resid = 8.844151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424882(s) Flops=659146752 => 1551.36426584322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223363.404167217 Mflops = 223.363404167217 Gflops = 0.223363404167217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001239163 Relative Rsd = 5.43142308785733e-07
BICGSTAB_SOLVER_TIME: 0.783716 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041754 s
InvBiCGStab: k = 75 resid = 1.896635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317577(s) Flops=495101952 => 1558.998139034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224465.280590578 Mflops = 224.465280590578 Gflops = 0.224465280590578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064649 s
InvBiCGStab: k = 117 resid = 7.760869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.517524(s) Flops=770697216 => 1489.20091821829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214417.081628039 Mflops = 214.417081628039 Gflops = 0.214417081628039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.00128431 Relative Rsd = 5.62931185773827e-07
BICGSTAB_SOLVER_TIME: 0.945651 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151229999999999
Monitoring force
num_pf = 1
MInvCG2: 281 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.150959(s) Flops=1804713984 => 1568.00892473146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225781.75085369 Mflops = 225.78175085369 Gflops = 0.22578175085369 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200866000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 27 resid = 2.144921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112529(s) Flops=180135936 => 1600.7956704494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230413.477397089 Mflops = 230.413477397089 Gflops = 0.230413477397089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06385 s
InvBiCGStab: k = 80 resid = 1.117716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324474(s) Flops=527910912 => 1626.97446328519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234233.134250703 Mflops = 234.233134250703 Gflops = 0.234233134250702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 107 iterations. Rsd = 0.0009124206 Relative Rsd = 3.99926654173181e-07
BICGSTAB_SOLVER_TIME: 0.546101 sec
2Flav::invert,  n_count = 107
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0907310000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043546 s
InvBiCGStab: k = 95 resid = 2.142535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372366(s) Flops=626337792 => 1682.04882293228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242174.974474598 Mflops = 242.174974474598 Gflops = 0.242174974474598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064214 s
InvBiCGStab: k = 116 resid = 1.01713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.497077(s) Flops=764135424 => 1537.25765625849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221343.051448918 Mflops = 221.343051448918 Gflops = 0.221343051448918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 211 iterations. Rsd = 0.001415918 Relative Rsd = 6.20616750066356e-07
BICGSTAB_SOLVER_TIME: 0.983933 sec
2Flav::invert,  n_count = 211
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165238999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041456 s
InvBiCGStab: k = 70 resid = 1.729769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269159(s) Flops=462292992 => 1717.54610471877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247259.253502209 Mflops = 247.259253502209 Gflops = 0.247259253502209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058188 s
InvBiCGStab: k = 99 resid = 1.146416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373081(s) Flops=652584960 => 1749.17768527478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251841.202099128 Mflops = 251.841202099128 Gflops = 0.251841202099128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001298598 Relative Rsd = 5.69193458906552e-07
BICGSTAB_SOLVER_TIME: 0.745761 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135008
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049511 s
InvBiCGStab: k = 82 resid = 1.97408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338934(s) Flops=541034496 => 1596.28274531325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229834.407652641 Mflops = 229.834407652641 Gflops = 0.229834407652641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 101 resid = 9.487684e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389915(s) Flops=665708544 => 1707.31709218676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245818.42669422 Mflops = 245.81842669422 Gflops = 0.24581842669422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.0012711 Relative Rsd = 5.57140754301861e-07
BICGSTAB_SOLVER_TIME: 0.8386 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046845 s
InvBiCGStab: k = 81 resid = 2.193224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340028(s) Flops=534472704 => 1571.84909478043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226308.910597019 Mflops = 226.308910597019 Gflops = 0.226308910597019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064811 s
InvBiCGStab: k = 110 resid = 1.024868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.491146(s) Flops=724764672 => 1475.66033725206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212465.278890377 Mflops = 212.465278890377 Gflops = 0.212465278890377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001293575 Relative Rsd = 5.6699197338565e-07
BICGSTAB_SOLVER_TIME: 0.946753 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150403999999999
Monitoring force
num_pf = 1
MInvCG2: 279 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.117311(s) Flops=1792180224 => 1604.01197517969 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230994.734949202 Mflops = 230.994734949202 Gflops = 0.230994734949202 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.199984000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.407428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042948 s
InvBiCGStab: k = 23 resid = 2.195355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093249(s) Flops=153888768 => 1650.29939195058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237535.226231856 Mflops = 237.535226231856 Gflops = 0.237535226231856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060481 s
InvBiCGStab: k = 71 resid = 1.098831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311637(s) Flops=468854784 => 1504.49010868414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216605.750739077 Mflops = 216.605750739077 Gflops = 0.216605750739077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007961388 Relative Rsd = 3.48958723128075e-07
BICGSTAB_SOLVER_TIME: 0.513317 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0812270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 79 resid = 6.721505e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350483(s) Flops=521349120 => 1487.51614200974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214169.91232768 Mflops = 214.16991232768 Gflops = 0.21416991232768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071866 s
InvBiCGStab: k = 99 resid = 1.057873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37373(s) Flops=652584960 => 1746.14015465711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251380.965173874 Mflops = 251.380965173874 Gflops = 0.251380965173874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001265573 Relative Rsd = 5.54718069083826e-07
BICGSTAB_SOLVER_TIME: 0.845505 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 70 resid = 1.76767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264858(s) Flops=462292992 => 1745.4371474526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251304.600994606 Mflops = 251.304600994606 Gflops = 0.251304600994606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070668 s
InvBiCGStab: k = 98 resid = 7.671301e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411754(s) Flops=646023168 => 1568.95420080922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225898.861015465 Mflops = 225.898861015465 Gflops = 0.225898861015465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001192626 Relative Rsd = 5.22744584096095e-07
BICGSTAB_SOLVER_TIME: 0.793197 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134104
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 63 resid = 2.257196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248664(s) Flops=416360448 => 1674.38973072097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241061.038044322 Mflops = 241.061038044322 Gflops = 0.241061038044322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061564 s
InvBiCGStab: k = 93 resid = 9.629711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355213(s) Flops=613214208 => 1726.32816929561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248548.384251973 Mflops = 248.548384251973 Gflops = 0.248548384251973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001205621 Relative Rsd = 5.28440463540659e-07
BICGSTAB_SOLVER_TIME: 0.710588 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04415 s
InvBiCGStab: k = 69 resid = 2.149942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310802(s) Flops=455731200 => 1466.30716662055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211111.939423468 Mflops = 211.111939423468 Gflops = 0.211111939423468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074824 s
InvBiCGStab: k = 115 resid = 9.346867e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465847(s) Flops=757573632 => 1626.22842263662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234142.536970806 Mflops = 234.142536970806 Gflops = 0.234142536970806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001225009 Relative Rsd = 5.36938665053702e-07
BICGSTAB_SOLVER_TIME: 0.899496 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145778
Monitoring force
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.182416(s) Flops=1779793920 => 1505.21806200187 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216831.812373755 Mflops = 216.831812373755 Gflops = 0.216831812373755 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198234000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.386621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048102 s
InvBiCGStab: k = 32 resid = 1.881396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132185(s) Flops=212944896 => 1610.96112266899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231875.344590796 Mflops = 231.875344590796 Gflops = 0.231875344590796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 66 resid = 1.077703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313639(s) Flops=436045824 => 1390.27934663738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200168.235606694 Mflops = 200.168235606694 Gflops = 0.200168235606694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008134162 Relative Rsd = 3.5653166187108e-07
BICGSTAB_SOLVER_TIME: 0.557242 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0840840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046203 s
InvBiCGStab: k = 69 resid = 2.063803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302891(s) Flops=455731200 => 1504.60462674692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216629.998044407 Mflops = 216.629998044407 Gflops = 0.216629998044407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061318 s
InvBiCGStab: k = 111 resid = 9.550606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426039(s) Flops=731326464 => 1716.57163780781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247143.542632114 Mflops = 247.143542632114 Gflops = 0.247143542632114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001284336 Relative Rsd = 5.62942309541757e-07
BICGSTAB_SOLVER_TIME: 0.841158 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042354 s
InvBiCGStab: k = 89 resid = 1.897463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367969(s) Flops=586967040 => 1595.15350477894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229663.984562804 Mflops = 229.663984562804 Gflops = 0.229663984562804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 110 resid = 9.627706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426203(s) Flops=724764672 => 1700.51518173265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244841.612882338 Mflops = 244.841612882338 Gflops = 0.244841612882338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001261362 Relative Rsd = 5.52872697216047e-07
BICGSTAB_SOLVER_TIME: 0.896359 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156666999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049678 s
InvBiCGStab: k = 67 resid = 2.037625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27361(s) Flops=442607616 => 1617.65876978181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232898.340687781 Mflops = 232.898340687781 Gflops = 0.232898340687781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067129 s
InvBiCGStab: k = 101 resid = 1.007754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416096(s) Flops=665708544 => 1599.89171729601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230343.407670144 Mflops = 230.343407670144 Gflops = 0.230343407670144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001255091 Relative Rsd = 5.50123850875964e-07
BICGSTAB_SOLVER_TIME: 0.810357 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046229 s
InvBiCGStab: k = 74 resid = 2.275409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309887(s) Flops=488540160 => 1576.51066356446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226976.528753306 Mflops = 226.976528753306 Gflops = 0.226976528753306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062302 s
InvBiCGStab: k = 113 resid = 9.614367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481683(s) Flops=744450048 => 1545.51862531997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222527.332315742 Mflops = 222.527332315742 Gflops = 0.222527332315742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001276239 Relative Rsd = 5.59393521413449e-07
BICGSTAB_SOLVER_TIME: 0.904112 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147626999999999
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.096766(s) Flops=1761140736 => 1605.757961133 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231214.960661033 Mflops = 231.214960661033 Gflops = 0.231214960661033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196120000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.410319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021388
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 2.180568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.060687(s) Flops=1564674048 => 1475.15152726488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212365.600238906 Mflops = 212.365600238906 Gflops = 0.212365600238906 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 9.000064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980019(s) Flops=1669662720 => 1703.70443838334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245320.914324113 Mflops = 245.320914324113 Gflops = 0.245320914324113 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.00224651 Relative Rsd = 9.89236347095972e-07
BICGSTAB_SOLVER_TIME: 2.044209 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.117534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352098
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 2.086042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833698(s) Flops=1407191040 => 1687.8906270616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242963.664096009 Mflops = 242.963664096009 Gflops = 0.242963664096009 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 9.769152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.919775(s) Flops=1505617920 => 1636.94155635889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235706.616020562 Mflops = 235.706616020562 Gflops = 0.235706616020562 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002113381 Relative Rsd = 9.28805713562244e-07
BICGSTAB_SOLVER_TIME: 1.757424 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.124574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316242999999999
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.097314(s) Flops=1761140736 => 1604.95604357549 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231145.738934133 Mflops = 231.145738934133 Gflops = 0.231145738934133 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196474000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.417098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043493 s
InvBiCGStab: k = 28 resid = 1.496942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113518(s) Flops=186697728 => 1644.65307704505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236719.931000513 Mflops = 236.719931000513 Gflops = 0.236719931000513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070647 s
InvBiCGStab: k = 62 resid = 1.006673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263394(s) Flops=409798656 => 1555.83899405453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223988.598825117 Mflops = 223.988598825117 Gflops = 0.223988598825117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0008555366 Relative Rsd = 3.74993621321896e-07
BICGSTAB_SOLVER_TIME: 0.495355 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051617 s
InvBiCGStab: k = 84 resid = 1.952444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377834(s) Flops=554158080 => 1466.6707601751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211169.283758642 Mflops = 211.169283758642 Gflops = 0.211169283758642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05671 s
InvBiCGStab: k = 110 resid = 9.194646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423643(s) Flops=724764672 => 1710.79109533263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246313.045066657 Mflops = 246.313045066657 Gflops = 0.246313045066657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001359247 Relative Rsd = 5.95776968067784e-07
BICGSTAB_SOLVER_TIME: 0.913841 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153110999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042544 s
InvBiCGStab: k = 63 resid = 2.275474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250023(s) Flops=416360448 => 1665.28858545014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239754.229286516 Mflops = 239.754229286516 Gflops = 0.239754229286516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056423 s
InvBiCGStab: k = 97 resid = 1.06255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391222(s) Flops=639461376 => 1634.52304829483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235325.888731262 Mflops = 235.325888731262 Gflops = 0.235325888731262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001230068 Relative Rsd = 5.39155815697331e-07
BICGSTAB_SOLVER_TIME: 0.744948 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040701 s
InvBiCGStab: k = 79 resid = 1.831798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288487(s) Flops=521349120 => 1807.18410188327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260193.329562895 Mflops = 260.193329562895 Gflops = 0.260193329562895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056833 s
InvBiCGStab: k = 90 resid = 9.3572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327347(s) Flops=593528832 => 1813.14883594473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261046.852937038 Mflops = 261.046852937038 Gflops = 0.261046852937038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00120924 Relative Rsd = 5.30026927158552e-07
BICGSTAB_SOLVER_TIME: 0.717395 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 76 resid = 1.955965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342815(s) Flops=501663744 => 1463.36579204527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210694.853236921 Mflops = 210.694853236921 Gflops = 0.210694853236921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060468 s
InvBiCGStab: k = 108 resid = 1.044084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455069(s) Flops=711641088 => 1563.80919816555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225158.562968036 Mflops = 225.158562968036 Gflops = 0.225158562968036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001263045 Relative Rsd = 5.53610182619199e-07
BICGSTAB_SOLVER_TIME: 0.903693 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145265
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.118291(s) Flops=1736220672 => 1552.56607806018 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223583.354757692 Mflops = 223.583354757692 Gflops = 0.223583354757692 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193277000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.433372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051 s
InvBiCGStab: k = 29 resid = 2.129231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138901(s) Flops=193259520 => 1391.34721852254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200266.931378563 Mflops = 200.266931378563 Gflops = 0.200266931378563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073608 s
InvBiCGStab: k = 65 resid = 8.532155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28598(s) Flops=429484032 => 1501.79744038045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216208.975664043 Mflops = 216.208975664043 Gflops = 0.216208975664043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0008561937 Relative Rsd = 3.75281640166295e-07
BICGSTAB_SOLVER_TIME: 0.55416 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0812710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047899 s
InvBiCGStab: k = 85 resid = 2.117953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336468(s) Flops=560719872 => 1666.48796319412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239931.961731955 Mflops = 239.931961731955 Gflops = 0.239931961731955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05871 s
InvBiCGStab: k = 112 resid = 7.822295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432989(s) Flops=737888256 => 1704.17321456203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245368.232658163 Mflops = 245.368232658163 Gflops = 0.245368232658163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001351694 Relative Rsd = 5.9246616734142e-07
BICGSTAB_SOLVER_TIME: 0.879981 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155195999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046052 s
InvBiCGStab: k = 73 resid = 2.16282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277413(s) Flops=481978368 => 1737.40368331693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250143.863333816 Mflops = 250.143863333816 Gflops = 0.250143863333816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 108 resid = 1.075904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394182(s) Flops=711641088 => 1805.36170601397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259928.500425232 Mflops = 259.928500425232 Gflops = 0.259928500425232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001251041 Relative Rsd = 5.48348640388476e-07
BICGSTAB_SOLVER_TIME: 0.777696 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041223 s
InvBiCGStab: k = 62 resid = 1.858477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226476(s) Flops=409798656 => 1809.45731998093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260507.200795942 Mflops = 260.507200795942 Gflops = 0.260507200795942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073519 s
InvBiCGStab: k = 98 resid = 9.666945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397117(s) Flops=646023168 => 1626.78295817102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234216.94319692 Mflops = 234.21694319692 Gflops = 0.23421694319692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001199092 Relative Rsd = 5.2557879770107e-07
BICGSTAB_SOLVER_TIME: 0.74226 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044526 s
InvBiCGStab: k = 58 resid = 2.246136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23905(s) Flops=383551488 => 1604.48227567455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231002.660693882 Mflops = 231.002660693882 Gflops = 0.231002660693882 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057811 s
InvBiCGStab: k = 96 resid = 1.027124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406204(s) Flops=632899584 => 1558.08309125464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224329.836365335 Mflops = 224.329836365335 Gflops = 0.224329836365335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001217798 Relative Rsd = 5.33777626982721e-07
BICGSTAB_SOLVER_TIME: 0.751783 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124067
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.158802(s) Flops=1717493760 => 1482.12875020927 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213415.981150588 Mflops = 213.415981150588 Gflops = 0.213415981150588 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191615000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.402267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046128 s
InvBiCGStab: k = 29 resid = 2.059454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12131(s) Flops=193259520 => 1593.10460802902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229313.350334076 Mflops = 229.313350334076 Gflops = 0.229313350334076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060431 s
InvBiCGStab: k = 60 resid = 1.04574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244866(s) Flops=396675072 => 1619.96794981745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233210.172066943 Mflops = 233.210172066943 Gflops = 0.233210172066943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007675332 Relative Rsd = 3.36420501771776e-07
BICGSTAB_SOLVER_TIME: 0.477076 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053585 s
InvBiCGStab: k = 64 resid = 2.085435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236197(s) Flops=422922240 => 1790.54873685949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257770.802077988 Mflops = 257.770802077988 Gflops = 0.257770802077988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057839 s
InvBiCGStab: k = 86 resid = 9.902855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320878(s) Flops=567281664 => 1767.90451199521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254528.85497698 Mflops = 254.52885497698 Gflops = 0.25452885497698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001174042 Relative Rsd = 5.14598873357631e-07
BICGSTAB_SOLVER_TIME: 0.672347 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 75 resid = 2.223906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274201(s) Flops=495101952 => 1805.61687229441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.323851104 Mflops = 259.954323851104 Gflops = 0.259954323851104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 113 resid = 1.03526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412455(s) Flops=744450048 => 1804.92428992254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.809755566 Mflops = 259.873809755566 Gflops = 0.259873809755566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001233691 Relative Rsd = 5.40744014214809e-07
BICGSTAB_SOLVER_TIME: 0.787258 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148519999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040706 s
InvBiCGStab: k = 68 resid = 1.934172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248178(s) Flops=449169408 => 1809.86794961681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260547.969844267 Mflops = 260.547969844267 Gflops = 0.260547969844267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055995 s
InvBiCGStab: k = 105 resid = 9.02215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393399(s) Flops=691955712 => 1758.91578778797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253246.827140568 Mflops = 253.246827140568 Gflops = 0.253246827140568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.00117466 Relative Rsd = 5.14869874878155e-07
BICGSTAB_SOLVER_TIME: 0.742304 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041781 s
InvBiCGStab: k = 74 resid = 1.355834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34901(s) Flops=488540160 => 1399.78843013094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201515.044968645 Mflops = 201.515044968645 Gflops = 0.201515044968645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069844 s
InvBiCGStab: k = 118 resid = 1.079001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.54454(s) Flops=777259008 => 1427.36806846145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205514.735219614 Mflops = 205.514735219614 Gflops = 0.205514735219614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001226085 Relative Rsd = 5.37409945423418e-07
BICGSTAB_SOLVER_TIME: 1.010007 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151316999999999
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091923(s) Flops=1686675456 => 1544.68351339792 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222417.803768438 Mflops = 222.417803768438 Gflops = 0.222417803768438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187672000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.388821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046831 s
InvBiCGStab: k = 32 resid = 2.259522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133556(s) Flops=212944896 => 1594.42403186678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229515.230295066 Mflops = 229.515230295066 Gflops = 0.229515230295066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060073 s
InvBiCGStab: k = 62 resid = 1.138737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254121(s) Flops=409798656 => 1612.6123224763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232158.809706124 Mflops = 232.158809706124 Gflops = 0.232158809706124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007940453 Relative Rsd = 3.48041114326796e-07
BICGSTAB_SOLVER_TIME: 0.499876 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0812430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041995 s
InvBiCGStab: k = 76 resid = 2.116188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281534(s) Flops=501663744 => 1781.89399504145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256539.808656256 Mflops = 256.539808656256 Gflops = 0.256539808656256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058429 s
InvBiCGStab: k = 101 resid = 1.021932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375394(s) Flops=665708544 => 1773.35957420737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255325.420965315 Mflops = 255.325420965315 Gflops = 0.255325420965315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001236171 Relative Rsd = 5.41830775725661e-07
BICGSTAB_SOLVER_TIME: 0.761102 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043933 s
InvBiCGStab: k = 70 resid = 2.263451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287713(s) Flops=462292992 => 1606.78520609079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231329.994938146 Mflops = 231.329994938146 Gflops = 0.231329994938146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064073 s
InvBiCGStab: k = 97 resid = 9.88895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361837(s) Flops=639461376 => 1767.26364633799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254446.595275931 Mflops = 254.446595275931 Gflops = 0.254446595275931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001201444 Relative Rsd = 5.26609634213523e-07
BICGSTAB_SOLVER_TIME: 0.761417 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045496 s
InvBiCGStab: k = 71 resid = 1.372654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294436(s) Flops=468854784 => 1592.38267059735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229250.20270208 Mflops = 229.25020270208 Gflops = 0.22925020270208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056611 s
InvBiCGStab: k = 95 resid = 9.109681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377161(s) Flops=626337792 => 1660.66425743913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239087.114834544 Mflops = 239.087114834544 Gflops = 0.239087114834544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001195615 Relative Rsd = 5.24054586362416e-07
BICGSTAB_SOLVER_TIME: 0.77772 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132761
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046077 s
InvBiCGStab: k = 69 resid = 2.262601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330434(s) Flops=455731200 => 1379.18979281793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198570.700119201 Mflops = 198.570700119201 Gflops = 0.198570700119201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0671 s
InvBiCGStab: k = 89 resid = 1.107147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419954(s) Flops=586967040 => 1397.6936521619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201239.793202057 Mflops = 201.239793202057 Gflops = 0.201239793202057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001147339 Relative Rsd = 5.02894526384388e-07
BICGSTAB_SOLVER_TIME: 0.867792 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127019
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.097219(s) Flops=1655635968 => 1508.93847809781 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217888.32853643 Mflops = 217.88832853643 Gflops = 0.21788832853643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184046000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.41169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.349991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904547(s) Flops=1453123584 => 1606.4655391041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231302.69733268 Mflops = 231.30269733268 Gflops = 0.23130269733268 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 4.467059e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.992913(s) Flops=1663100928 => 1674.9714506709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241186.624656352 Mflops = 241.186624656352 Gflops = 0.241186624656352 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002230993 Relative Rsd = 9.82447145930355e-07
BICGSTAB_SOLVER_TIME: 1.900899 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.119744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338232999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.123885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841813(s) Flops=1440000000 => 1710.59368292008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246246.898482108 Mflops = 246.246898482108 Gflops = 0.246246898482108 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 6.603379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912696(s) Flops=1505617920 => 1649.63790791238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237533.785090592 Mflops = 237.533785090592 Gflops = 0.237533785090592 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002102371 Relative Rsd = 9.23955325748246e-07
BICGSTAB_SOLVER_TIME: 1.758001 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.131033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.124444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320305999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 303 resid = 2.158575e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.187305(s) Flops=1991190528 => 1677.06741570195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241518.564032532 Mflops = 241.518564032532 Gflops = 0.241518564032532 Tflops
InvBiCGStab: k = 345 resid = 9.400489e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.360858(s) Flops=2266785792 => 1665.70339594579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239850.719432512 Mflops = 239.850719432512 Gflops = 0.239850719432512 Tflops
BICGSTAB_SOLVER: 648 iterations. Rsd = 0.002193748 Relative Rsd = 9.66045924718718e-07
BICGSTAB_SOLVER_TIME: 2.553878 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.464901999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 1.618473e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.194409(s) Flops=1879640064 => 1573.69884520294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226608.454306744 Mflops = 226.608454306744 Gflops = 0.226608454306744 Tflops
InvBiCGStab: k = 315 resid = 8.9082e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.217918(s) Flops=2069932032 => 1699.56600690687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244728.75154089 Mflops = 244.72875154089 Gflops = 0.24472875154089 Tflops
BICGSTAB_SOLVER: 601 iterations. Rsd = 0.002081858 Relative Rsd = 9.14940186557439e-07
BICGSTAB_SOLVER_TIME: 2.416948 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429750999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 237 resid = 1.872475e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.925559(s) Flops=1558112256 => 1683.42834546474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242366.86403116 Mflops = 242.36686403116 Gflops = 0.24236686403116 Tflops
InvBiCGStab: k = 286 resid = 1.104515e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.112352(s) Flops=1879640064 => 1689.78890135497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243319.487963411 Mflops = 243.319487963411 Gflops = 0.243319487963411 Tflops
BICGSTAB_SOLVER: 523 iterations. Rsd = 0.001951837 Relative Rsd = 8.55517561542573e-07
BICGSTAB_SOLVER_TIME: 2.043087 sec
2Flav::invert,  n_count = 523
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.373127000000002
MInvCG2: 366 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.619791(s) Flops=2357987328 => 1455.73554119019 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209628.5386628 Mflops = 209.6285386628 Gflops = 0.2096285386628 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262717000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0139598292278151
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 507.754047 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.051611 secs
Doing Update: 2764 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 283 resid = 1.921048e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.091194(s) Flops=1859954688 => 1704.51330194264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245456.049294436 Mflops = 245.456049294436 Gflops = 0.245456049294436 Tflops
InvBiCGStab: k = 292 resid = 1.057146e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.135845(s) Flops=1919010816 => 1689.50060615665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243280.025638057 Mflops = 243.280025638057 Gflops = 0.243280025638057 Tflops
BICGSTAB_SOLVER: 575 iterations. Rsd = 0.002090911 Relative Rsd = 9.20392068819119e-07
BICGSTAB_SOLVER_TIME: 2.232585 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413752999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000371
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 241 resid = 2.23805e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.019288(s) Flops=1584359424 => 1554.37857013916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223839.772107803 Mflops = 223.839772107803 Gflops = 0.223839772107803 Tflops
InvBiCGStab: k = 251 resid = 1.103424e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983178(s) Flops=1649977344 => 1678.20816169605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241651.502070586 Mflops = 241.651502070586 Gflops = 0.241651502070586 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.001856067 Relative Rsd = 8.15401981963296e-07
BICGSTAB_SOLVER_TIME: 2.007667 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353866999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 385 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.629646(s) Flops=2472413184 => 1517.14739520117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218502.210353663 Mflops = 218.502210353663 Gflops = 0.218502210353663 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275561000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 314 resid = 1.387093e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.297077(s) Flops=2063370240 => 1590.78469512604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229066.970690633 Mflops = 229.066970690633 Gflops = 0.229066970690633 Tflops
InvBiCGStab: k = 317 resid = 1.033916e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.242824(s) Flops=2083055616 => 1676.06645510547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241346.052703488 Mflops = 241.346052703488 Gflops = 0.241346052703488 Tflops
BICGSTAB_SOLVER: 631 iterations. Rsd = 0.002299925 Relative Rsd = 1.01239762659102e-06
BICGSTAB_SOLVER_TIME: 2.544572 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.451545999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 269 resid = 1.729073e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.076281(s) Flops=1768089600 => 1642.77693278986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236514.974554072 Mflops = 236.514974554072 Gflops = 0.236514974554072 Tflops
InvBiCGStab: k = 323 resid = 8.372545e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.354786(s) Flops=2122426368 => 1566.61374416328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225587.987413055 Mflops = 225.587987413055 Gflops = 0.225587987413055 Tflops
BICGSTAB_SOLVER: 592 iterations. Rsd = 0.002106514 Relative Rsd = 9.25427347058964e-07
BICGSTAB_SOLVER_TIME: 2.436142 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.423806999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 247 resid = 1.987148e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.971023(s) Flops=1623730176 => 1672.18508315457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240741.566924214 Mflops = 240.741566924214 Gflops = 0.240741566924214 Tflops
InvBiCGStab: k = 254 resid = 9.97885e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933759(s) Flops=1669662720 => 1788.10883750518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257476.476336709 Mflops = 257.476476336709 Gflops = 0.257476476336709 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.001942493 Relative Rsd = 8.51677530431375e-07
BICGSTAB_SOLVER_TIME: 1.90973 sec
2Flav::invert,  n_count = 501
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.357214000000002
MInvCG2: 365 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.519968(s) Flops=2351867904 => 1547.31409082296 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222818.055514313 Mflops = 222.818055514313 Gflops = 0.222818055514313 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262001000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.883675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911778(s) Flops=1479370752 => 1622.51200621204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233629.729900191 Mflops = 233.629729900191 Gflops = 0.233629729900191 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 275 resid = 1.013983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.097845(s) Flops=1807460352 => 1646.37116532844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237069.408519915 Mflops = 237.069408519915 Gflops = 0.237069408519915 Tflops
BICGSTAB_SOLVER: 500 iterations. Rsd = 0.002301122 Relative Rsd = 1.01292421539849e-06
BICGSTAB_SOLVER_TIME: 2.012983 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356673999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.09467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738989(s) Flops=1249708032 => 1691.10505298455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243527.702785343 Mflops = 243.527702785343 Gflops = 0.243527702785343 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 8.06492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949316(s) Flops=1446561792 => 1523.79375466125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219416.569090849 Mflops = 219.416569090849 Gflops = 0.219416569090849 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.00201478 Relative Rsd = 8.85127192909847e-07
BICGSTAB_SOLVER_TIME: 1.691778 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292519999999999
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.061755(s) Flops=1668317184 => 1571.28262546444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226258.800431618 Mflops = 226.258800431618 Gflops = 0.226258800431618 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185416000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 180 resid = 2.010539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78603(s) Flops=1184090112 => 1506.41847257738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216931.62650333 Mflops = 216.93162650333 Gflops = 0.21693162650333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 198 resid = 1.141625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813577(s) Flops=1302202368 => 1600.58896453562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230479.042925906 Mflops = 230.479042925906 Gflops = 0.230479042925906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001964373 Relative Rsd = 8.61270579542694e-07
BICGSTAB_SOLVER_TIME: 1.603459 sec
2Flav::invert,  n_count = 378
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271781999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000107 s
InvBiCGStab: k = 124 resid = 1.994399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486113(s) Flops=816629760 => 1679.91755003466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241839.813207732 Mflops = 241.839813207732 Gflops = 0.241839813207732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000112 s
InvBiCGStab: k = 164 resid = 9.54053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.613702(s) Flops=1079101440 => 1758.34760193058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253141.64609836 Mflops = 253.14164609836 Gflops = 0.25314164609836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 288 iterations. Rsd = 0.001657021 Relative Rsd = 7.26513671100233e-07
BICGSTAB_SOLVER_TIME: 1.103857 sec
2Flav::invert,  n_count = 288
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206960999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.006926 s
InvBiCGStab: k = 103 resid = 2.236838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440921(s) Flops=678832128 => 1539.57767491229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221671.384141291 Mflops = 221.671384141291 Gflops = 0.221671384141291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.008116 s
InvBiCGStab: k = 137 resid = 1.025119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.564691(s) Flops=901933056 => 1597.21521327593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229968.017453881 Mflops = 229.968017453881 Gflops = 0.229968017453881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 240 iterations. Rsd = 0.001518032 Relative Rsd = 6.65574368301567e-07
BICGSTAB_SOLVER_TIME: 1.025193 sec
2Flav::invert,  n_count = 240
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175076999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008616 s
InvBiCGStab: k = 90 resid = 2.084708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354255(s) Flops=593528832 => 1675.42824236779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241227.695441702 Mflops = 241.227695441702 Gflops = 0.241227695441702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010971 s
InvBiCGStab: k = 126 resid = 8.509557e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.480085(s) Flops=829753344 => 1728.34673859837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248852.884713283 Mflops = 248.852884713283 Gflops = 0.248852884713283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001432193 Relative Rsd = 6.27938755919316e-07
BICGSTAB_SOLVER_TIME: 0.857736 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158767999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010379 s
InvBiCGStab: k = 84 resid = 2.271175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310325(s) Flops=554158080 => 1785.73456859744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257100.751899035 Mflops = 257.100751899035 Gflops = 0.257100751899035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.0154 s
InvBiCGStab: k = 128 resid = 1.04571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474419(s) Flops=842876928 => 1776.6508676929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255804.369803906 Mflops = 255.804369803906 Gflops = 0.255804369803906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001397162 Relative Rsd = 6.12579668983322e-07
BICGSTAB_SOLVER_TIME: 0.814372 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157645999999999
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.200036(s) Flops=1674584064 => 1395.4448566543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200950.84595082 Mflops = 200.95084595082 Gflops = 0.20095084595082 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185984000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.440944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013773 s
InvBiCGStab: k = 32 resid = 1.497564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121281(s) Flops=212944896 => 1755.79765997972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252716.959407366 Mflops = 252.716959407366 Gflops = 0.252716959407366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.020412 s
InvBiCGStab: k = 66 resid = 8.831442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246673(s) Flops=436045824 => 1767.70795344444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254473.304646666 Mflops = 254.473304646666 Gflops = 0.254473304646666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007747911 Relative Rsd = 3.39703780471522e-07
BICGSTAB_SOLVER_TIME: 0.405989 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0768520000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017352 s
InvBiCGStab: k = 98 resid = 2.106748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368375(s) Flops=646023168 => 1753.71066983373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252503.238933674 Mflops = 252.503238933674 Gflops = 0.252503238933674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024881 s
InvBiCGStab: k = 129 resid = 8.108943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486575(s) Flops=849438720 => 1745.7508503314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251361.923250722 Mflops = 251.361923250722 Gflops = 0.251361923250722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 227 iterations. Rsd = 0.001447415 Relative Rsd = 6.34612571968709e-07
BICGSTAB_SOLVER_TIME: 0.901051 sec
2Flav::invert,  n_count = 227
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170116999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021605 s
InvBiCGStab: k = 67 resid = 1.889981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279189(s) Flops=442607616 => 1585.3332903517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228242.650033889 Mflops = 228.242650033889 Gflops = 0.228242650033889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.031718 s
InvBiCGStab: k = 96 resid = 1.133347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399828(s) Flops=632899584 => 1582.92961973649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227900.196275611 Mflops = 227.900196275611 Gflops = 0.227900196275611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001222804 Relative Rsd = 5.36133258059364e-07
BICGSTAB_SOLVER_TIME: 0.736683 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125509
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.025531 s
InvBiCGStab: k = 77 resid = 2.181325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321882(s) Flops=508225536 => 1578.91878390218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227316.959331428 Mflops = 227.316959331428 Gflops = 0.227316959331428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.036551 s
InvBiCGStab: k = 119 resid = 1.038941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449004(s) Flops=783820800 => 1745.68778897293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251341.723270798 Mflops = 251.341723270798 Gflops = 0.251341723270798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001293344 Relative Rsd = 5.67060856393314e-07
BICGSTAB_SOLVER_TIME: 0.837496 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149938999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028763 s
InvBiCGStab: k = 87 resid = 1.709798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335286(s) Flops=573843456 => 1711.50437536909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246421.020409621 Mflops = 246.421020409621 Gflops = 0.246421020409621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.043219 s
InvBiCGStab: k = 96 resid = 9.532174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374006(s) Flops=632899584 => 1692.21772912734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243642.085335954 Mflops = 243.642085335954 Gflops = 0.243642085335954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001281931 Relative Rsd = 5.6205722977711e-07
BICGSTAB_SOLVER_TIME: 0.785162 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142098
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.165451(s) Flops=1674584064 => 1436.85497202371 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206926.690977557 Mflops = 206.926690977557 Gflops = 0.206926690977557 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186428000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.460868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.037782 s
InvBiCGStab: k = 32 resid = 2.120491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130085(s) Flops=212944896 => 1636.96733674136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235621.03632051 Mflops = 235.62103632051 Gflops = 0.23562103632051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.045754 s
InvBiCGStab: k = 63 resid = 1.135461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235087(s) Flops=416360448 => 1771.09090677068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254963.093112017 Mflops = 254.963093112017 Gflops = 0.254963093112017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0008311212 Relative Rsd = 3.64401447677714e-07
BICGSTAB_SOLVER_TIME: 0.452732 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0800730000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.040151 s
InvBiCGStab: k = 66 resid = 1.650464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25598(s) Flops=436045824 => 1703.43708102196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245243.078375043 Mflops = 245.243078375043 Gflops = 0.245243078375043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.049891 s
InvBiCGStab: k = 100 resid = 7.205442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400359(s) Flops=659146752 => 1646.38924565203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237047.581221397 Mflops = 237.047581221397 Gflops = 0.237047581221397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00118966 Relative Rsd = 5.21601201237237e-07
BICGSTAB_SOLVER_TIME: 0.750291 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131634
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042551 s
InvBiCGStab: k = 73 resid = 1.909767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321002(s) Flops=481978368 => 1501.48088796955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216188.432830195 Mflops = 216.188432830195 Gflops = 0.216188432830195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060899 s
InvBiCGStab: k = 96 resid = 1.115908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444801(s) Flops=632899584 => 1422.88255646907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204867.561990611 Mflops = 204.867561990611 Gflops = 0.204867561990611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001194323 Relative Rsd = 5.23645782195773e-07
BICGSTAB_SOLVER_TIME: 0.873536 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 70 resid = 1.096336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266026(s) Flops=462292992 => 1737.77372136558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250191.569198099 Mflops = 250.191569198099 Gflops = 0.250191569198099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059113 s
InvBiCGStab: k = 94 resid = 1.061096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389404(s) Flops=619776000 => 1591.60152438085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229162.187922914 Mflops = 229.162187922914 Gflops = 0.229162187922914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001227766 Relative Rsd = 5.38308710165956e-07
BICGSTAB_SOLVER_TIME: 0.760112 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052733 s
InvBiCGStab: k = 69 resid = 2.228441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270298(s) Flops=455731200 => 1686.03245307031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242744.337779426 Mflops = 242.744337779426 Gflops = 0.242744337779426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058126 s
InvBiCGStab: k = 116 resid = 9.610933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450417(s) Flops=764135424 => 1696.50662386189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244262.06578481 Mflops = 244.26206578481 Gflops = 0.24426206578481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001110743 Relative Rsd = 4.87000380528144e-07
BICGSTAB_SOLVER_TIME: 0.83538 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146527
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104272(s) Flops=1674510336 => 1516.39300462205 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218348.441941333 Mflops = 218.348441941333 Gflops = 0.218348441941333 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186318000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.427453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 32 resid = 2.041689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119121(s) Flops=212944896 => 1787.63522804543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257297.945463958 Mflops = 257.297945463958 Gflops = 0.257297945463958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065962 s
InvBiCGStab: k = 49 resid = 1.138701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181759(s) Flops=324495360 => 1785.30559697181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256998.570151223 Mflops = 256.998570151223 Gflops = 0.256998570151223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0006974406 Relative Rsd = 3.05789778080777e-07
BICGSTAB_SOLVER_TIME: 0.412008 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 72 resid = 1.116152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267698(s) Flops=475416576 => 1775.94369774896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255697.599456195 Mflops = 255.697599456195 Gflops = 0.255697599456195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056032 s
InvBiCGStab: k = 95 resid = 6.491574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369913(s) Flops=626337792 => 1693.20297475352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243779.829229659 Mflops = 243.779829229659 Gflops = 0.243779829229659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001209035 Relative Rsd = 5.30095984165746e-07
BICGSTAB_SOLVER_TIME: 0.738165 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 70 resid = 1.754431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289267(s) Flops=462292992 => 1598.15323559203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230094.117356569 Mflops = 230.094117356569 Gflops = 0.230094117356569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065483 s
InvBiCGStab: k = 93 resid = 5.801754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411655(s) Flops=613214208 => 1489.63138550485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214475.239501033 Mflops = 214.475239501033 Gflops = 0.214475239501033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001196949 Relative Rsd = 5.24797080797784e-07
BICGSTAB_SOLVER_TIME: 0.811686 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042018 s
InvBiCGStab: k = 73 resid = 1.945876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288369(s) Flops=481978368 => 1671.39452576386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240627.401722922 Mflops = 240.627401722922 Gflops = 0.240627401722922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058686 s
InvBiCGStab: k = 96 resid = 1.027671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373262(s) Flops=632899584 => 1695.59072179863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244127.547661613 Mflops = 244.127547661613 Gflops = 0.244127547661613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001249492 Relative Rsd = 5.4783433307346e-07
BICGSTAB_SOLVER_TIME: 0.766237 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 70 resid = 1.802669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277069(s) Flops=462292992 => 1668.51214679376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240224.99318544 Mflops = 240.22499318544 Gflops = 0.24022499318544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058628 s
InvBiCGStab: k = 90 resid = 9.709275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351289(s) Flops=593528832 => 1689.57420243731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243257.165923862 Mflops = 243.257165923862 Gflops = 0.243257165923862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001176426 Relative Rsd = 5.15798719574921e-07
BICGSTAB_SOLVER_TIME: 0.732448 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128623
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091412(s) Flops=1668317184 => 1528.58607381997 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220118.894055583 Mflops = 220.118894055583 Gflops = 0.220118894055583 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185482000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.450228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021354
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.307486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788426(s) Flops=1361258496 => 1726.55201122236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248573.17810109 Mflops = 248.57317810109 Gflops = 0.24857317810109 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 7.488724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.897596(s) Flops=1538426880 => 1713.94132772428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246794.968370276 Mflops = 246.794968370276 Gflops = 0.246794968370276 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.00444124 Relative Rsd = 1.95497830685372e-06
BICGSTAB_SOLVER_TIME: 1.689455 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.1269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315154999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.235763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853511(s) Flops=1328449536 => 1556.45274167527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224132.462261166 Mflops = 224.132462261166 Gflops = 0.224132462261166 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.054603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915792(s) Flops=1472808960 => 1608.23523245453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231574.757812557 Mflops = 231.574757812557 Gflops = 0.231574757812557 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002455519 Relative Rsd = 1.07872382577503e-06
BICGSTAB_SOLVER_TIME: 1.77298 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303863999999997
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.07412(s) Flops=1668317184 => 1553.19441403195 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223667.669730548 Mflops = 223.667669730548 Gflops = 0.223667669730548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185438000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.454811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057657 s
InvBiCGStab: k = 32 resid = 1.773462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142811(s) Flops=212944896 => 1491.0958959744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214649.598743199 Mflops = 214.649598743199 Gflops = 0.214649598743199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057846 s
InvBiCGStab: k = 53 resid = 5.256572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200038(s) Flops=350742528 => 1753.3794978954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252416.939796527 Mflops = 252.416939796527 Gflops = 0.252416939796527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007099992 Relative Rsd = 3.11296064239126e-07
BICGSTAB_SOLVER_TIME: 0.46216 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0751370000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044747 s
InvBiCGStab: k = 90 resid = 1.114172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39416(s) Flops=593528832 => 1505.80686015831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216807.466939818 Mflops = 216.807466939818 Gflops = 0.216807466939818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05603 s
InvBiCGStab: k = 127 resid = 1.038648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.498628(s) Flops=836315136 => 1677.2325982496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241491.873770517 Mflops = 241.491873770517 Gflops = 0.241491873770517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.001390999 Relative Rsd = 6.09877618735351e-07
BICGSTAB_SOLVER_TIME: 0.997447 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169228999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 75 resid = 1.600782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289247(s) Flops=495101952 => 1711.69260873924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246438.804537891 Mflops = 246.438804537891 Gflops = 0.246438804537891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055999 s
InvBiCGStab: k = 89 resid = 8.025527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359278(s) Flops=586967040 => 1633.74055745133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235216.249137173 Mflops = 235.216249137173 Gflops = 0.235216249137173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001184999 Relative Rsd = 5.19557487989121e-07
BICGSTAB_SOLVER_TIME: 0.749326 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 76 resid = 1.260833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30899(s) Flops=501663744 => 1623.55980452442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233748.614820104 Mflops = 233.748614820104 Gflops = 0.233748614820104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060144 s
InvBiCGStab: k = 95 resid = 1.034984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400876(s) Flops=626337792 => 1562.42277412467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224945.122963225 Mflops = 224.945122963225 Gflops = 0.224945122963225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001261046 Relative Rsd = 5.5290023067275e-07
BICGSTAB_SOLVER_TIME: 0.815766 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045718 s
InvBiCGStab: k = 73 resid = 2.141606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282507(s) Flops=481978368 => 1706.07584236851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245636.959713575 Mflops = 245.636959713575 Gflops = 0.245636959713575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060233 s
InvBiCGStab: k = 109 resid = 9.857001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426507(s) Flops=718202880 => 1683.9181537466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242447.209814721 Mflops = 242.447209814721 Gflops = 0.242447209814721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001238679 Relative Rsd = 5.43093214380209e-07
BICGSTAB_SOLVER_TIME: 0.818899 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144356
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032238(s) Flops=1661976576 => 1610.07110375708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231831.409261196 Mflops = 231.831409261196 Gflops = 0.231831409261196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185007000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046119 s
InvBiCGStab: k = 41 resid = 1.688356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152581(s) Flops=272001024 => 1782.66641324936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256607.740455965 Mflops = 256.607740455965 Gflops = 0.256607740455965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055961 s
InvBiCGStab: k = 60 resid = 1.087929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234871(s) Flops=396675072 => 1688.90613145088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243150.461781394 Mflops = 243.150461781394 Gflops = 0.243150461781394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0008018618 Relative Rsd = 3.51572782972789e-07
BICGSTAB_SOLVER_TIME: 0.493645 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0863650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049772 s
InvBiCGStab: k = 91 resid = 1.853734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350415(s) Flops=600090624 => 1712.51408758187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246556.43565276 Mflops = 246.55643565276 Gflops = 0.24655643565276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060977 s
InvBiCGStab: k = 118 resid = 1.037148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44907(s) Flops=777259008 => 1730.81926648407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249195.188307891 Mflops = 249.195188307891 Gflops = 0.249195188307891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001357958 Relative Rsd = 5.95390580771487e-07
BICGSTAB_SOLVER_TIME: 0.914003 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163744999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041059 s
InvBiCGStab: k = 62 resid = 2.13427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238933(s) Flops=409798656 => 1715.11953560203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246911.80093326 Mflops = 246.91180093326 Gflops = 0.24691180093326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056187 s
InvBiCGStab: k = 99 resid = 1.030094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429491(s) Flops=652584960 => 1519.43803246168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218767.973600401 Mflops = 218.767973600401 Gflops = 0.218767973600401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00114905 Relative Rsd = 5.0379603862718e-07
BICGSTAB_SOLVER_TIME: 0.76981 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04538 s
InvBiCGStab: k = 70 resid = 2.066294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291762(s) Flops=462292992 => 1584.4866432229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228122.465277779 Mflops = 228.122465277779 Gflops = 0.228122465277779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064282 s
InvBiCGStab: k = 91 resid = 1.04706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385768(s) Flops=600090624 => 1555.57387860061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223968.235328862 Mflops = 223.968235328862 Gflops = 0.223968235328862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00119245 Relative Rsd = 5.22824468762321e-07
BICGSTAB_SOLVER_TIME: 0.791337 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 65 resid = 1.978701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246481(s) Flops=429484032 => 1742.46303771893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250855.796680804 Mflops = 250.855796680804 Gflops = 0.250855796680804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057301 s
InvBiCGStab: k = 97 resid = 1.13669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35965(s) Flops=639461376 => 1778.01022104824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255984.306139374 Mflops = 255.984306139374 Gflops = 0.255984306139374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001230435 Relative Rsd = 5.39478741104682e-07
BICGSTAB_SOLVER_TIME: 0.708649 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130254
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.020782(s) Flops=1649442816 => 1615.86197248776 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232668.216593089 Mflops = 232.668216593089 Gflops = 0.232668216593089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183609000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.450872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04312 s
InvBiCGStab: k = 37 resid = 1.926307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151121(s) Flops=245753856 => 1626.20586152818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234104.044019054 Mflops = 234.104044019054 Gflops = 0.234104044019054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05627 s
InvBiCGStab: k = 46 resid = 1.010812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18029(s) Flops=304809984 => 1690.66495091242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243370.176403421 Mflops = 243.370176403421 Gflops = 0.243370176403421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007441618 Relative Rsd = 3.26274507030569e-07
BICGSTAB_SOLVER_TIME: 0.434808 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044179 s
InvBiCGStab: k = 60 resid = 2.129814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235584(s) Flops=396675072 => 1683.79462102689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242405.831513937 Mflops = 242.405831513937 Gflops = 0.242405831513937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059104 s
InvBiCGStab: k = 95 resid = 1.141284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349469(s) Flops=626337792 => 1792.25565643877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258021.354710978 Mflops = 258.021354710978 Gflops = 0.258021354710978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001165381 Relative Rsd = 5.10956231887895e-07
BICGSTAB_SOLVER_TIME: 0.692281 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041723 s
InvBiCGStab: k = 73 resid = 1.529878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324427(s) Flops=481978368 => 1485.62964241571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213902.079602419 Mflops = 213.902079602419 Gflops = 0.213902079602419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05964 s
InvBiCGStab: k = 89 resid = 9.466647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327965(s) Flops=586967040 => 1789.72463525071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257670.474241784 Mflops = 257.670474241784 Gflops = 0.257670474241784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001151522 Relative Rsd = 5.04879859983587e-07
BICGSTAB_SOLVER_TIME: 0.757644 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040733 s
InvBiCGStab: k = 68 resid = 1.981913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248592(s) Flops=449169408 => 1806.85383278625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260129.05073034 Mflops = 260.12905073034 Gflops = 0.26012905073034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055812 s
InvBiCGStab: k = 86 resid = 6.625972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358371(s) Flops=567281664 => 1582.94522715287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227902.193828411 Mflops = 227.902193828411 Gflops = 0.227902193828411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001178746 Relative Rsd = 5.16815829312564e-07
BICGSTAB_SOLVER_TIME: 0.707983 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048376 s
InvBiCGStab: k = 63 resid = 2.165916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253305(s) Flops=416360448 => 1643.71192041215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236653.43510013 Mflops = 236.65343510013 Gflops = 0.23665343510013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056059 s
InvBiCGStab: k = 82 resid = 9.336233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306485(s) Flops=541034496 => 1765.28866339299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254146.792356017 Mflops = 254.146792356017 Gflops = 0.254146792356017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00112508 Relative Rsd = 4.93286330019784e-07
BICGSTAB_SOLVER_TIME: 0.668164 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117797
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.123965(s) Flops=1636982784 => 1456.43572887056 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209763.128182431 Mflops = 209.763128182431 Gflops = 0.209763128182431 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182172000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.465423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048742 s
InvBiCGStab: k = 27 resid = 2.272858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115659(s) Flops=180135936 => 1557.47443778694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224174.347446831 Mflops = 224.174347446831 Gflops = 0.224174347446831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061149 s
InvBiCGStab: k = 55 resid = 1.133519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206106(s) Flops=363866112 => 1765.43192337923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254134.5753141 Mflops = 254.1345753141 Gflops = 0.2541345753141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007987724 Relative Rsd = 3.50218287007123e-07
BICGSTAB_SOLVER_TIME: 0.435461 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 66 resid = 1.692423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246306(s) Flops=436045824 => 1770.34186743319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254865.49856382 Mflops = 254.86549856382 Gflops = 0.25486549856382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056642 s
InvBiCGStab: k = 85 resid = 1.12356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311754(s) Flops=560719872 => 1798.59720163975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258941.897311828 Mflops = 258.941897311828 Gflops = 0.258941897311828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.0012034 Relative Rsd = 5.27625663641712e-07
BICGSTAB_SOLVER_TIME: 0.659814 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 65 resid = 1.507645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237554(s) Flops=429484032 => 1807.94274985898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260294.106172214 Mflops = 260.294106172214 Gflops = 0.260294106172214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056089 s
InvBiCGStab: k = 86 resid = 1.043429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314353(s) Flops=567281664 => 1804.60076410914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259812.799630762 Mflops = 259.812799630762 Gflops = 0.259812799630762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001131985 Relative Rsd = 4.96314077926003e-07
BICGSTAB_SOLVER_TIME: 0.652818 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122797000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041456 s
InvBiCGStab: k = 68 resid = 2.142739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248973(s) Flops=449169408 => 1804.08882890916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259736.847184788 Mflops = 259.736847184788 Gflops = 0.259736847184788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055975 s
InvBiCGStab: k = 87 resid = 8.676277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318874(s) Flops=573843456 => 1799.59311828497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259088.635464283 Mflops = 259.088635464283 Gflops = 0.259088635464283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001163521 Relative Rsd = 5.10140533051278e-07
BICGSTAB_SOLVER_TIME: 0.669094 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049632 s
InvBiCGStab: k = 67 resid = 1.725965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291874(s) Flops=442607616 => 1516.43385844577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218304.298097093 Mflops = 218.304298097093 Gflops = 0.218304298097093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064538 s
InvBiCGStab: k = 95 resid = 8.126986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390459(s) Flops=626337792 => 1604.10642858789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230953.466187966 Mflops = 230.953466187966 Gflops = 0.230953466187966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001176176 Relative Rsd = 5.15689081811261e-07
BICGSTAB_SOLVER_TIME: 0.800392 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130031
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.098662(s) Flops=1624522752 => 1478.6374262512 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212923.753864131 Mflops = 212.923753864131 Gflops = 0.212923753864131 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180882000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021592
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.074127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849256(s) Flops=1367820288 => 1610.6100963667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231843.063960874 Mflops = 231.843063960874 Gflops = 0.231843063960874 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.035306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.963951(s) Flops=1643415552 => 1704.8745755749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245490.002976943 Mflops = 245.490002976943 Gflops = 0.245490002976943 Tflops
BICGSTAB_SOLVER: 458 iterations. Rsd = 0.002350003 Relative Rsd = 1.03445873750684e-06
BICGSTAB_SOLVER_TIME: 1.816588 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.117011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326664999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.265234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764632(s) Flops=1321887744 => 1728.78946212034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248862.190944531 Mflops = 248.862190944531 Gflops = 0.248862190944531 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.142507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940747(s) Flops=1492494336 => 1586.49917140315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228449.206014037 Mflops = 228.449206014037 Gflops = 0.228449206014037 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002021826 Relative Rsd = 8.88187780241654e-07
BICGSTAB_SOLVER_TIME: 1.708891 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.122642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305687999999999
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.085293(s) Flops=1624522752 => 1496.85177366849 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215532.41054079 Mflops = 215.53241054079 Gflops = 0.21553241054079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180667000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042036 s
InvBiCGStab: k = 24 resid = 1.921384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103281(s) Flops=160450560 => 1553.534144712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223664.995080937 Mflops = 223.664995080937 Gflops = 0.223664995080937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058961 s
InvBiCGStab: k = 52 resid = 6.782191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219875(s) Flops=344180736 => 1565.34729277999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225330.601856354 Mflops = 225.330601856354 Gflops = 0.225330601856354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007691559 Relative Rsd = 3.37233026092278e-07
BICGSTAB_SOLVER_TIME: 0.428374 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042045 s
InvBiCGStab: k = 73 resid = 2.272717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333768(s) Flops=481978368 => 1444.05206011361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207899.488143255 Mflops = 207.899488143255 Gflops = 0.207899488143255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070593 s
InvBiCGStab: k = 100 resid = 8.199741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391904(s) Flops=659146752 => 1681.90871233772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242159.385242613 Mflops = 242.159385242613 Gflops = 0.242159385242613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001287989 Relative Rsd = 5.64713087205662e-07
BICGSTAB_SOLVER_TIME: 0.842152 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137773
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042259 s
InvBiCGStab: k = 62 resid = 1.40598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241005(s) Flops=409798656 => 1700.37408352524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244803.517464176 Mflops = 244.803517464176 Gflops = 0.244803517464176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057933 s
InvBiCGStab: k = 81 resid = 1.137329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328444(s) Flops=534472704 => 1627.28716006382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234285.05113814 Mflops = 234.28505113814 Gflops = 0.23428505113814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00111128 Relative Rsd = 4.87235836302708e-07
BICGSTAB_SOLVER_TIME: 0.673802 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048195 s
InvBiCGStab: k = 67 resid = 2.028127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259423(s) Flops=442607616 => 1706.12326586309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245638.641740805 Mflops = 245.638641740805 Gflops = 0.245638641740805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057341 s
InvBiCGStab: k = 102 resid = 9.983427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394228(s) Flops=672270336 => 1705.28307476892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245523.235120522 Mflops = 245.523235120522 Gflops = 0.245523235120522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001199221 Relative Rsd = 5.25793110276399e-07
BICGSTAB_SOLVER_TIME: 0.763011 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134804
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051541 s
InvBiCGStab: k = 62 resid = 2.257895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250464(s) Flops=409798656 => 1636.15791490993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235561.72655847 Mflops = 235.56172655847 Gflops = 0.23556172655847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057682 s
InvBiCGStab: k = 90 resid = 1.114242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388007(s) Flops=593528832 => 1529.68588711028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220225.715374159 Mflops = 220.225715374159 Gflops = 0.220225715374159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00119422 Relative Rsd = 5.23600559170353e-07
BICGSTAB_SOLVER_TIME: 0.751855 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122887
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091584(s) Flops=1618182144 => 1482.41651031895 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213463.44687396 Mflops = 213.463446873959 Gflops = 0.213463446873959 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179955000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042901 s
InvBiCGStab: k = 25 resid = 2.254199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099853(s) Flops=167012352 => 1672.58221585731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240732.803018404 Mflops = 240.732803018404 Gflops = 0.240732803018404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065106 s
InvBiCGStab: k = 47 resid = 1.151833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172336(s) Flops=311371776 => 1806.77151610807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260088.320272178 Mflops = 260.088320272178 Gflops = 0.260088320272178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007379949 Relative Rsd = 3.23570619278178e-07
BICGSTAB_SOLVER_TIME: 0.384095 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044812 s
InvBiCGStab: k = 76 resid = 2.086277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339625(s) Flops=501663744 => 1477.11076628635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212668.044810179 Mflops = 212.668044810179 Gflops = 0.212668044810179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065233 s
InvBiCGStab: k = 100 resid = 1.011258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443709(s) Flops=659146752 => 1485.5383866453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213886.79749201 Mflops = 213.88679749201 Gflops = 0.21388679749201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001278879 Relative Rsd = 5.60718863016898e-07
BICGSTAB_SOLVER_TIME: 0.897333 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139778
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043158 s
InvBiCGStab: k = 64 resid = 2.032944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251052(s) Flops=422922240 => 1684.60016251613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242533.455908 Mflops = 242.533455908 Gflops = 0.242533455908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 91 resid = 1.053794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352659(s) Flops=600090624 => 1701.61721096016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244988.876560811 Mflops = 244.988876560811 Gflops = 0.244988876560811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001172518 Relative Rsd = 5.140852977461e-07
BICGSTAB_SOLVER_TIME: 0.707263 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043235 s
InvBiCGStab: k = 78 resid = 2.12157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311474(s) Flops=514787328 => 1652.74574442811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237962.127341612 Mflops = 237.962127341612 Gflops = 0.237962127341612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056559 s
InvBiCGStab: k = 92 resid = 1.124829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342354(s) Flops=606652416 => 1772.00329483517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255112.814338959 Mflops = 255.112814338959 Gflops = 0.255112814338959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001210672 Relative Rsd = 5.308136317249e-07
BICGSTAB_SOLVER_TIME: 0.757447 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135642
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04453 s
InvBiCGStab: k = 75 resid = 2.143677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295988(s) Flops=495101952 => 1672.70954227874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240822.831473781 Mflops = 240.822831473781 Gflops = 0.240822831473781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060856 s
InvBiCGStab: k = 92 resid = 5.035992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373239(s) Flops=606652416 => 1625.37252537918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234013.238415619 Mflops = 234.013238415619 Gflops = 0.234013238415619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001229213 Relative Rsd = 5.38943057524787e-07
BICGSTAB_SOLVER_TIME: 0.778973 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133693
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.136008(s) Flops=1624227840 => 1429.76795938057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205874.883300758 Mflops = 205.874883300758 Gflops = 0.205874883300758 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 31 resid = 1.835661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11494(s) Flops=206383104 => 1795.57250739516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258441.804366698 Mflops = 258.441804366698 Gflops = 0.258441804366698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056176 s
InvBiCGStab: k = 42 resid = 1.122664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154859(s) Flops=278562816 => 1798.81580017952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258916.294335049 Mflops = 258.916294335049 Gflops = 0.258916294335049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007020088 Relative Rsd = 3.07792708939152e-07
BICGSTAB_SOLVER_TIME: 0.37078 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050849 s
InvBiCGStab: k = 59 resid = 1.840937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269999(s) Flops=390113280 => 1444.86935136797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208016.164763126 Mflops = 208.016164763126 Gflops = 0.208016164763126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06297 s
InvBiCGStab: k = 92 resid = 1.068494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421145(s) Flops=606652416 => 1440.48348193615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207391.771428032 Mflops = 207.391771428032 Gflops = 0.207391771428032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001141767 Relative Rsd = 5.00602711156104e-07
BICGSTAB_SOLVER_TIME: 0.809164 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046004 s
InvBiCGStab: k = 57 resid = 1.766356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219686(s) Flops=376989696 => 1716.03878262611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247055.044646313 Mflops = 247.055044646313 Gflops = 0.247055044646313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062941 s
InvBiCGStab: k = 82 resid = 1.07244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318309(s) Flops=541034496 => 1699.71473002648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244715.382677316 Mflops = 244.715382677316 Gflops = 0.244715382677316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001097255 Relative Rsd = 4.81086831932065e-07
BICGSTAB_SOLVER_TIME: 0.650794 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113759
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040772 s
InvBiCGStab: k = 72 resid = 2.107102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274433(s) Flops=475416576 => 1732.35935911498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249399.339200652 Mflops = 249.399339200652 Gflops = 0.249399339200652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060081 s
InvBiCGStab: k = 88 resid = 1.141013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358323(s) Flops=580405248 => 1619.78228581475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233210.466736463 Mflops = 233.210466736463 Gflops = 0.233210466736463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001166127 Relative Rsd = 5.11283358716246e-07
BICGSTAB_SOLVER_TIME: 0.73768 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041565 s
InvBiCGStab: k = 57 resid = 1.880466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209452(s) Flops=376989696 => 1799.88587361305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259113.81581835 Mflops = 259.11381581835 Gflops = 0.25911381581835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056434 s
InvBiCGStab: k = 93 resid = 5.370243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339616(s) Flops=613214208 => 1805.61047771601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.27472061 Mflops = 259.96127472061 Gflops = 0.25996127472061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001136201 Relative Rsd = 4.98162556329613e-07
BICGSTAB_SOLVER_TIME: 0.650936 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121651
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.136018(s) Flops=1636614144 => 1440.65863745117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207439.569926392 Mflops = 207.439569926392 Gflops = 0.207439569926392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181969000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.424371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045383 s
InvBiCGStab: k = 24 resid = 2.245331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090498(s) Flops=160450560 => 1772.97354637672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255162.065672894 Mflops = 255.162065672894 Gflops = 0.255162065672894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057398 s
InvBiCGStab: k = 48 resid = 1.127263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194199(s) Flops=317933568 => 1637.15347658845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235678.600044995 Mflops = 235.678600044995 Gflops = 0.235678600044995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006907167 Relative Rsd = 3.02841731928727e-07
BICGSTAB_SOLVER_TIME: 0.391701 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041539 s
InvBiCGStab: k = 68 resid = 1.74019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25915(s) Flops=449169408 => 1733.24101099749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249527.990679714 Mflops = 249.527990679714 Gflops = 0.249527990679714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069234 s
InvBiCGStab: k = 102 resid = 1.043472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43095(s) Flops=672270336 => 1559.97293421511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224427.674837238 Mflops = 224.427674837238 Gflops = 0.224427674837238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001230857 Relative Rsd = 5.39663767591306e-07
BICGSTAB_SOLVER_TIME: 0.805111 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055969 s
InvBiCGStab: k = 61 resid = 2.090748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296874(s) Flops=403236864 => 1358.27611714061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195557.136990955 Mflops = 195.557136990955 Gflops = 0.195557136990955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057841 s
InvBiCGStab: k = 86 resid = 9.885789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348873(s) Flops=567281664 => 1626.04060503392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234109.402768385 Mflops = 234.109402768385 Gflops = 0.234109402768385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001012744 Relative Rsd = 4.44033198032706e-07
BICGSTAB_SOLVER_TIME: 0.763547 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 67 resid = 1.791699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269768(s) Flops=442607616 => 1640.6972509712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236215.498071511 Mflops = 236.215498071511 Gflops = 0.236215498071511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05597 s
InvBiCGStab: k = 93 resid = 9.740454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362772(s) Flops=613214208 => 1690.35705070954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243373.687204147 Mflops = 243.373687204147 Gflops = 0.243373687204147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001215731 Relative Rsd = 5.33031856851021e-07
BICGSTAB_SOLVER_TIME: 0.735388 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040605 s
InvBiCGStab: k = 52 resid = 2.252737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191881(s) Flops=344180736 => 1793.71973254257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258217.496687404 Mflops = 258.217496687404 Gflops = 0.258217496687404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 88 resid = 9.87385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320607(s) Flops=580405248 => 1810.33242568004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260650.991293414 Mflops = 260.650991293414 Gflops = 0.260650991293414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001085838 Relative Rsd = 4.76080908435336e-07
BICGSTAB_SOLVER_TIME: 0.613263 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114476
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.112242(s) Flops=1649221632 => 1482.79028484808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213521.678208489 Mflops = 213.521678208489 Gflops = 0.213521678208489 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183625000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.268509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766234(s) Flops=1282516992 => 1673.79285179201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240962.291048248 Mflops = 240.962291048248 Gflops = 0.240962291048248 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.088651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960636(s) Flops=1479370752 => 1539.99095599166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221750.632792391 Mflops = 221.750632792391 Gflops = 0.221750632792391 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.0021061 Relative Rsd = 9.27109633848395e-07
BICGSTAB_SOLVER_TIME: 1.730657 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.127247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300262999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.898233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690032(s) Flops=1170966528 => 1696.97423887588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244308.583131423 Mflops = 244.308583131423 Gflops = 0.244308583131423 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.028481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826518(s) Flops=1380943872 => 1670.79709334824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240586.070526034 Mflops = 240.586070526034 Gflops = 0.240586070526034 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001999131 Relative Rsd = 8.78210126739146e-07
BICGSTAB_SOLVER_TIME: 1.521073 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277214999999997
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.054508(s) Flops=1649221632 => 1563.97261282039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225200.782251181 Mflops = 225.200782251181 Gflops = 0.225200782251181 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183519000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.419029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040935 s
InvBiCGStab: k = 28 resid = 1.689946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105639(s) Flops=186697728 => 1767.31820634425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254359.185574116 Mflops = 254.359185574116 Gflops = 0.254359185574116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055903 s
InvBiCGStab: k = 65 resid = 9.37389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238138(s) Flops=429484032 => 1803.50902417926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259637.37674809 Mflops = 259.63737674809 Gflops = 0.25963737674809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007888961 Relative Rsd = 3.45888029197756e-07
BICGSTAB_SOLVER_TIME: 0.4445 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0808070000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042623 s
InvBiCGStab: k = 82 resid = 2.017671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322579(s) Flops=541034496 => 1677.21549139901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241483.342270646 Mflops = 241.483342270646 Gflops = 0.241483342270646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056345 s
InvBiCGStab: k = 111 resid = 6.617544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45159(s) Flops=731326464 => 1619.44787085631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233168.470381417 Mflops = 233.168470381417 Gflops = 0.233168470381417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001337537 Relative Rsd = 5.86437340490465e-07
BICGSTAB_SOLVER_TIME: 0.877016 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151846999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044352 s
InvBiCGStab: k = 51 resid = 2.055583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204373(s) Flops=337618944 => 1651.97430188919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237811.501078193 Mflops = 237.811501078193 Gflops = 0.237811501078193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059276 s
InvBiCGStab: k = 78 resid = 1.143879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310065(s) Flops=514787328 => 1660.25616564269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239030.018152164 Mflops = 239.030018152164 Gflops = 0.239030018152164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001093109 Relative Rsd = 4.79268774434945e-07
BICGSTAB_SOLVER_TIME: 0.622418 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05481 s
InvBiCGStab: k = 76 resid = 2.097521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355147(s) Flops=501663744 => 1412.55239098176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203374.485844452 Mflops = 203.374485844452 Gflops = 0.203374485844452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066869 s
InvBiCGStab: k = 101 resid = 6.771734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424259(s) Flops=665708544 => 1569.10883210492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225914.952347768 Mflops = 225.914952347768 Gflops = 0.225914952347768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001221664 Relative Rsd = 5.35633456857427e-07
BICGSTAB_SOLVER_TIME: 0.905379 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 57 resid = 1.805346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225982(s) Flops=376989696 => 1668.22886778593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240167.294373947 Mflops = 240.167294373947 Gflops = 0.240167294373947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059783 s
InvBiCGStab: k = 92 resid = 8.970485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373048(s) Flops=606652416 => 1626.20471360254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234137.137193559 Mflops = 234.137137193559 Gflops = 0.234137137193559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001165903 Relative Rsd = 5.11185052229836e-07
BICGSTAB_SOLVER_TIME: 0.703786 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120682
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02612(s) Flops=1655635968 => 1613.49156823763 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232316.817166652 Mflops = 232.316817166652 Gflops = 0.232316817166652 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184362000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041172 s
InvBiCGStab: k = 32 resid = 1.774549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120207(s) Flops=212944896 => 1771.48498839502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254975.011390039 Mflops = 254.975011390039 Gflops = 0.254975011390039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056469 s
InvBiCGStab: k = 48 resid = 1.044566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178899(s) Flops=317933568 => 1777.16794392367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255816.983272411 Mflops = 255.816983272411 Gflops = 0.255816983272411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007392639 Relative Rsd = 3.24127025824575e-07
BICGSTAB_SOLVER_TIME: 0.400625 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040777 s
InvBiCGStab: k = 86 resid = 2.216557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348873(s) Flops=567281664 => 1626.04060503392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234110.11097893 Mflops = 234.11011097893 Gflops = 0.23411011097893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063469 s
InvBiCGStab: k = 112 resid = 3.686913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440897(s) Flops=737888256 => 1673.60688777651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240962.174924977 Mflops = 240.962174924977 Gflops = 0.240962174924977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001331956 Relative Rsd = 5.83990346064193e-07
BICGSTAB_SOLVER_TIME: 0.901135 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156097999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043014 s
InvBiCGStab: k = 66 resid = 1.903627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272041(s) Flops=436045824 => 1602.86803827364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230766.524915226 Mflops = 230.766524915226 Gflops = 0.230766524915226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059163 s
InvBiCGStab: k = 89 resid = 7.681849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337014(s) Flops=586967040 => 1741.66960423009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250751.833236298 Mflops = 250.751833236298 Gflops = 0.250751833236298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00110642 Relative Rsd = 4.85104892636484e-07
BICGSTAB_SOLVER_TIME: 0.715833 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05463 s
InvBiCGStab: k = 82 resid = 1.750761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372622(s) Flops=541034496 => 1451.96605675457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209044.608151743 Mflops = 209.044608151743 Gflops = 0.209044608151743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074033 s
InvBiCGStab: k = 93 resid = 1.006389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368846(s) Flops=613214208 => 1662.52096538935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239359.12099508 Mflops = 239.35912099508 Gflops = 0.23935912099508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001236124 Relative Rsd = 5.41973357520477e-07
BICGSTAB_SOLVER_TIME: 0.874244 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041093 s
InvBiCGStab: k = 65 resid = 1.801978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257888(s) Flops=429484032 => 1665.3897505894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239773.852410853 Mflops = 239.773852410853 Gflops = 0.239773852410853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 95 resid = 5.87672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375472(s) Flops=626337792 => 1668.13448672604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240177.423776737 Mflops = 240.177423776737 Gflops = 0.240177423776737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001139685 Relative Rsd = 4.99689930836022e-07
BICGSTAB_SOLVER_TIME: 0.73442 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128722
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027699(s) Flops=1661976576 => 1617.18224499586 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232894.165646824 Mflops = 232.894165646824 Gflops = 0.232894165646824 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185201000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 23 resid = 2.226116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.0866(s) Flops=153888768 => 1777.00655889145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255741.970760981 Mflops = 255.741970760981 Gflops = 0.255741970760981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056945 s
InvBiCGStab: k = 47 resid = 1.035409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187912(s) Flops=311371776 => 1657.00847205075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238537.701304982 Mflops = 238.537701304982 Gflops = 0.238537701304982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007213352 Relative Rsd = 3.1626628400416e-07
BICGSTAB_SOLVER_TIME: 0.376722 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042067 s
InvBiCGStab: k = 60 resid = 1.898415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25032(s) Flops=396675072 => 1584.67190795781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228152.562729011 Mflops = 228.152562729011 Gflops = 0.228152562729011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062321 s
InvBiCGStab: k = 76 resid = 1.150892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292562(s) Flops=501663744 => 1714.72625973298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246859.916895611 Mflops = 246.859916895611 Gflops = 0.246859916895611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001079112 Relative Rsd = 4.73131866968393e-07
BICGSTAB_SOLVER_TIME: 0.651093 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047165 s
InvBiCGStab: k = 59 resid = 2.227192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21796(s) Flops=390113280 => 1789.83886951734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257701.926764303 Mflops = 257.701926764303 Gflops = 0.257701926764303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 94 resid = 1.009443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359894(s) Flops=619776000 => 1722.10706485799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247941.598447485 Mflops = 247.941598447485 Gflops = 0.247941598447485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001157396 Relative Rsd = 5.07455122426655e-07
BICGSTAB_SOLVER_TIME: 0.685522 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123839000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041603 s
InvBiCGStab: k = 68 resid = 1.785298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339312(s) Flops=449169408 => 1323.76517187721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190587.258786074 Mflops = 190.587258786074 Gflops = 0.190587258786074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073038 s
InvBiCGStab: k = 86 resid = 1.040969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400379(s) Flops=567281664 => 1416.86168355483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204149.943535174 Mflops = 204.149943535174 Gflops = 0.204149943535174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001158602 Relative Rsd = 5.07984170573926e-07
BICGSTAB_SOLVER_TIME: 0.858719 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047213 s
InvBiCGStab: k = 56 resid = 1.651448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217427(s) Flops=370427904 => 1703.68861272979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245274.991469612 Mflops = 245.274991469612 Gflops = 0.245274991469612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065425 s
InvBiCGStab: k = 84 resid = 1.044992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326453(s) Flops=554158080 => 1697.51259752552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244372.863023374 Mflops = 244.372863023374 Gflops = 0.244372863023374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00111188 Relative Rsd = 4.87498956727135e-07
BICGSTAB_SOLVER_TIME: 0.660448 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114405
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053557(s) Flops=1662050304 => 1577.56087615573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227230.640053425 Mflops = 227.230640053425 Gflops = 0.227230640053425 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185111000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041911 s
InvBiCGStab: k = 25 resid = 1.964587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093419(s) Flops=167012352 => 1787.77713313138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257282.812163127 Mflops = 257.282812163127 Gflops = 0.257282812163127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057362 s
InvBiCGStab: k = 42 resid = 1.022708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158242(s) Flops=278562816 => 1760.3595505618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253379.801806254 Mflops = 253.379801806254 Gflops = 0.253379801806254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.000723464 Relative Rsd = 3.17199634165375e-07
BICGSTAB_SOLVER_TIME: 0.355305 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0621920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041476 s
InvBiCGStab: k = 62 resid = 1.942231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230644(s) Flops=409798656 => 1776.75836353861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255807.18453029 Mflops = 255.80718453029 Gflops = 0.25580718453029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055598 s
InvBiCGStab: k = 96 resid = 9.740147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360539(s) Flops=632899584 => 1755.42613697825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252738.174363866 Mflops = 252.738174363866 Gflops = 0.252738174363866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00116593 Relative Rsd = 5.11196944966769e-07
BICGSTAB_SOLVER_TIME: 0.692155 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040658 s
InvBiCGStab: k = 58 resid = 1.198234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235139(s) Flops=383551488 => 1631.16917227682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234832.15417303 Mflops = 234.83215417303 Gflops = 0.23483215417303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06205 s
InvBiCGStab: k = 91 resid = 1.086772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361311(s) Flops=600090624 => 1660.87006484718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239123.796819542 Mflops = 239.123796819542 Gflops = 0.239123796819542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00113431 Relative Rsd = 4.97333331418801e-07
BICGSTAB_SOLVER_TIME: 0.703103 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046432 s
InvBiCGStab: k = 53 resid = 2.26875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205537(s) Flops=350742528 => 1706.46904450294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245667.986929493 Mflops = 245.667986929493 Gflops = 0.245667986929493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056043 s
InvBiCGStab: k = 82 resid = 9.951335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348622(s) Flops=541034496 => 1551.9229882222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223428.611525956 Mflops = 223.428611525956 Gflops = 0.223428611525956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001140841 Relative Rsd = 5.00196571637741e-07
BICGSTAB_SOLVER_TIME: 0.661816 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110585
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050153 s
InvBiCGStab: k = 55 resid = 2.235567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250571(s) Flops=363866112 => 1452.147742556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209066.670545423 Mflops = 209.066670545423 Gflops = 0.209066670545423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069169 s
InvBiCGStab: k = 82 resid = 1.121748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324805(s) Flops=541034496 => 1665.72095872908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239811.038334655 Mflops = 239.811038334655 Gflops = 0.239811038334655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001095322 Relative Rsd = 4.80239231977064e-07
BICGSTAB_SOLVER_TIME: 0.698525 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112414
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.120964(s) Flops=1662197760 => 1482.82885088192 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213605.865636941 Mflops = 213.605865636941 Gflops = 0.213605865636941 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184940000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.202047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.787654(s) Flops=1328449536 => 1686.59022362611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242808.622412733 Mflops = 242.808622412733 Gflops = 0.242808622412733 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 7.840983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949359(s) Flops=1584359424 => 1668.87281207636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240306.582597653 Mflops = 240.306582597653 Gflops = 0.240306582597653 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002145327 Relative Rsd = 9.44402677532366e-07
BICGSTAB_SOLVER_TIME: 1.740337 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316096999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.134976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770186(s) Flops=1282516992 => 1665.20423897604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239840.702608025 Mflops = 239.840702608025 Gflops = 0.239840702608025 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 8.9617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936535(s) Flops=1367820288 => 1460.51166053591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210297.224871697 Mflops = 210.297224871697 Gflops = 0.210297224871697 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.002132926 Relative Rsd = 9.36989800236355e-07
BICGSTAB_SOLVER_TIME: 1.710485 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.13033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287577999999998
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.132396(s) Flops=1662197760 => 1467.8590881635 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211358.030588015 Mflops = 211.358030588015 Gflops = 0.211358030588015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184993000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.399161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042761 s
InvBiCGStab: k = 25 resid = 2.242878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109988(s) Flops=167012352 => 1518.45975924646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218542.727416003 Mflops = 218.542727416003 Gflops = 0.218542727416003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066554 s
InvBiCGStab: k = 48 resid = 8.71844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196676(s) Flops=317933568 => 1616.53464581342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232703.876946419 Mflops = 232.703876946419 Gflops = 0.232703876946419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007592041 Relative Rsd = 3.32869718724265e-07
BICGSTAB_SOLVER_TIME: 0.420398 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049969 s
InvBiCGStab: k = 78 resid = 2.135575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317963(s) Flops=514787328 => 1619.01645159971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233107.63378977 Mflops = 233.10763378977 Gflops = 0.23310763378977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055732 s
InvBiCGStab: k = 102 resid = 1.144125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387196(s) Flops=672270336 => 1736.25330840195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249985.365861756 Mflops = 249.985365861756 Gflops = 0.249985365861756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001262696 Relative Rsd = 5.53623339703371e-07
BICGSTAB_SOLVER_TIME: 0.814787 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042873 s
InvBiCGStab: k = 57 resid = 2.23602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220742(s) Flops=376989696 => 1707.82948419422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245879.417701157 Mflops = 245.879417701157 Gflops = 0.245879417701157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057579 s
InvBiCGStab: k = 76 resid = 1.046108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279686(s) Flops=501663744 => 1793.66769877649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258230.866405268 Mflops = 258.230866405268 Gflops = 0.258230866405268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001074951 Relative Rsd = 4.71307786540122e-07
BICGSTAB_SOLVER_TIME: 0.604801 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043378 s
InvBiCGStab: k = 66 resid = 2.024761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258069(s) Flops=436045824 => 1689.64821036235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243254.907501492 Mflops = 243.254907501492 Gflops = 0.243254907501492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061705 s
InvBiCGStab: k = 87 resid = 1.019824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341171(s) Flops=573843456 => 1681.98192695159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242173.76333215 Mflops = 242.17376333215 Gflops = 0.24217376333215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001148306 Relative Rsd = 5.03469932634618e-07
BICGSTAB_SOLVER_TIME: 0.708243 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046996 s
InvBiCGStab: k = 65 resid = 2.128817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256334(s) Flops=429484032 => 1675.48601434066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241222.365288639 Mflops = 241.222365288639 Gflops = 0.241222365288639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0575 s
InvBiCGStab: k = 80 resid = 1.105686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363456(s) Flops=527910912 => 1452.47543581616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209116.950989056 Mflops = 209.116950989056 Gflops = 0.209116950989056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001148786 Relative Rsd = 5.03680275848791e-07
BICGSTAB_SOLVER_TIME: 0.728547 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117937
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.19106(s) Flops=1662124032 => 1395.49983376152 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200936.502229111 Mflops = 200.936502229111 Gflops = 0.200936502229111 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185036000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.417968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050116 s
InvBiCGStab: k = 25 resid = 1.950011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103546(s) Flops=167012352 => 1612.9290556854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232145.312060287 Mflops = 232.145312060287 Gflops = 0.232145312060287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067543 s
InvBiCGStab: k = 48 resid = 1.026048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17912(s) Flops=317933568 => 1774.97525681108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255512.472818973 Mflops = 255.512472818973 Gflops = 0.255512472818973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007449101 Relative Rsd = 3.26602578132024e-07
BICGSTAB_SOLVER_TIME: 0.404162 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 77 resid = 2.223785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298152(s) Flops=508225536 => 1704.58536585366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245415.244087803 Mflops = 245.415244087803 Gflops = 0.245415244087803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066126 s
InvBiCGStab: k = 100 resid = 1.013744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415048(s) Flops=659146752 => 1588.12174013608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228657.148986899 Mflops = 228.657148986899 Gflops = 0.228657148986899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001328639 Relative Rsd = 5.82536012358434e-07
BICGSTAB_SOLVER_TIME: 0.825268 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044667 s
InvBiCGStab: k = 71 resid = 2.225446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267921(s) Flops=468854784 => 1749.97399979845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251947.04953179 Mflops = 251.94704953179 Gflops = 0.25194704953179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057201 s
InvBiCGStab: k = 83 resid = 1.027219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332412(s) Flops=547596288 => 1647.34211761308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237176.238778892 Mflops = 237.176238778892 Gflops = 0.237176238778892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001110342 Relative Rsd = 4.86824796772561e-07
BICGSTAB_SOLVER_TIME: 0.706609 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042269 s
InvBiCGStab: k = 65 resid = 1.548492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282065(s) Flops=429484032 => 1522.64205768174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219232.643127847 Mflops = 219.232643127847 Gflops = 0.219232643127847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07921 s
InvBiCGStab: k = 83 resid = 1.144032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326352(s) Flops=547596288 => 1677.9314605089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241585.487565186 Mflops = 241.585487565186 Gflops = 0.241585487565186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00117819 Relative Rsd = 5.16572359977062e-07
BICGSTAB_SOLVER_TIME: 0.733712 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043812 s
InvBiCGStab: k = 73 resid = 2.19774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267436(s) Flops=481978368 => 1802.2194768094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259464.916827684 Mflops = 259.464916827684 Gflops = 0.259464916827684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057539 s
InvBiCGStab: k = 80 resid = 1.126922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339108(s) Flops=527910912 => 1556.76336742277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224133.896131471 Mflops = 224.133896131471 Gflops = 0.224133896131471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001133438 Relative Rsd = 4.96950773207147e-07
BICGSTAB_SOLVER_TIME: 0.711651 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123629
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.186519(s) Flops=1661460480 => 1400.2813945668 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201622.906173035 Mflops = 201.622906173035 Gflops = 0.201622906173035 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184604000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044614 s
InvBiCGStab: k = 27 resid = 2.234446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105251(s) Flops=180135936 => 1711.48906898747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246323.919883147 Mflops = 246.323919883147 Gflops = 0.246323919883147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057076 s
InvBiCGStab: k = 69 resid = 1.015407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252441(s) Flops=455731200 => 1805.29787158187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259903.243550092 Mflops = 259.903243550092 Gflops = 0.259903243550092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007970668 Relative Rsd = 3.49470473750426e-07
BICGSTAB_SOLVER_TIME: 0.463279 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0830650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 65 resid = 1.930078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238078(s) Flops=429484032 => 1803.96354136039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259692.99358414 Mflops = 259.69299358414 Gflops = 0.25969299358414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056873 s
InvBiCGStab: k = 90 resid = 8.274498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364267(s) Flops=593528832 => 1629.37853827001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234586.887747622 Mflops = 234.586887747622 Gflops = 0.234586887747622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001129165 Relative Rsd = 4.95077590577461e-07
BICGSTAB_SOLVER_TIME: 0.70451 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046843 s
InvBiCGStab: k = 51 resid = 1.753458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231777(s) Flops=337618944 => 1456.65421504291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209705.981607244 Mflops = 209.705981607244 Gflops = 0.209705981607244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065697 s
InvBiCGStab: k = 79 resid = 6.947895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309614(s) Flops=521349120 => 1683.8680421428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242422.999457326 Mflops = 242.422999457326 Gflops = 0.242422999457326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001059447 Relative Rsd = 4.64509734775297e-07
BICGSTAB_SOLVER_TIME: 0.657772 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053716 s
InvBiCGStab: k = 64 resid = 2.263606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237977(s) Flops=422922240 => 1777.15594364161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255859.140373275 Mflops = 255.859140373275 Gflops = 0.255859140373275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 84 resid = 7.883063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344406(s) Flops=554158080 => 1609.02562673124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231658.08531194 Mflops = 231.65808531194 Gflops = 0.23165808531194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001122921 Relative Rsd = 4.92339657951532e-07
BICGSTAB_SOLVER_TIME: 0.696675 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 58 resid = 2.263319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245373(s) Flops=383551488 => 1563.13648200902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225039.87386738 Mflops = 225.03987386738 Gflops = 0.225039873867381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056556 s
InvBiCGStab: k = 85 resid = 1.056314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314656(s) Flops=560719872 => 1782.00915285264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256550.647879835 Mflops = 256.550647879835 Gflops = 0.256550647879835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001110556 Relative Rsd = 4.86918254288978e-07
BICGSTAB_SOLVER_TIME: 0.661828 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116523
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.137089(s) Flops=1655046144 => 1455.51152460362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209602.840962428 Mflops = 209.602840962428 Gflops = 0.209602840962428 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184186000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040677 s
InvBiCGStab: k = 30 resid = 2.025889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110372(s) Flops=199821312 => 1810.43482042547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260585.402273889 Mflops = 260.585402273889 Gflops = 0.260585402273889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055843 s
InvBiCGStab: k = 49 resid = 1.035534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17975(s) Flops=324495360 => 1805.25930458971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259857.679947686 Mflops = 259.857679947685 Gflops = 0.259857679947685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007536578 Relative Rsd = 3.30437985793027e-07
BICGSTAB_SOLVER_TIME: 0.390484 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 66 resid = 1.839353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241008(s) Flops=436045824 => 1809.2587134037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260475.681068288 Mflops = 260.475681068288 Gflops = 0.260475681068288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 88 resid = 1.081095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37998(s) Flops=580405248 => 1527.46262434865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219933.405986098 Mflops = 219.933405986098 Gflops = 0.219933405986098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001118123 Relative Rsd = 4.90236021642644e-07
BICGSTAB_SOLVER_TIME: 0.722707 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051367 s
InvBiCGStab: k = 69 resid = 2.18594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34273(s) Flops=455731200 => 1329.70910045809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191440.181831668 Mflops = 191.440181831668 Gflops = 0.191440181831668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059741 s
InvBiCGStab: k = 84 resid = 7.823404e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367524(s) Flops=554158080 => 1507.81467332746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217089.634225737 Mflops = 217.089634225737 Gflops = 0.217089634225737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001069971 Relative Rsd = 4.69124320872592e-07
BICGSTAB_SOLVER_TIME: 0.826234 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042687 s
InvBiCGStab: k = 69 resid = 1.858819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262514(s) Flops=455731200 => 1736.02626907517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249931.273822519 Mflops = 249.931273822519 Gflops = 0.249931273822519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057894 s
InvBiCGStab: k = 94 resid = 1.058662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347808(s) Flops=619776000 => 1781.94866133039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256554.182680501 Mflops = 256.554182680501 Gflops = 0.256554182680501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001164912 Relative Rsd = 5.1075038035119e-07
BICGSTAB_SOLVER_TIME: 0.714695 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 62 resid = 2.105093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226031(s) Flops=409798656 => 1813.0197008375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261004.903749619 Mflops = 261.004903749619 Gflops = 0.261004903749619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056278 s
InvBiCGStab: k = 86 resid = 1.006261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314476(s) Flops=567281664 => 1803.89493633854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259709.238269158 Mflops = 259.709238269158 Gflops = 0.259709238269158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001122344 Relative Rsd = 4.92087001093935e-07
BICGSTAB_SOLVER_TIME: 0.641546 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119902
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038466(s) Flops=1655488512 => 1594.16727365171 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229544.682242855 Mflops = 229.544682242855 Gflops = 0.229544682242855 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184318000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.424218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.038358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.926881(s) Flops=1525303296 => 1645.63012511854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236908.890526864 Mflops = 236.908890526864 Gflops = 0.236908890526864 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.074859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.969409(s) Flops=1544988672 => 1593.7428598249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229488.062527439 Mflops = 229.488062527439 Gflops = 0.229488062527439 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002122812 Relative Rsd = 9.34510558431375e-07
BICGSTAB_SOLVER_TIME: 1.901038 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.121033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333498999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.108201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800347(s) Flops=1282516992 => 1602.45117680206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230681.565707693 Mflops = 230.681565707693 Gflops = 0.230681565707693 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 9.106457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846403(s) Flops=1420314624 => 1678.05953428804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241626.729401264 Mflops = 241.626729401264 Gflops = 0.241626729401264 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002027666 Relative Rsd = 8.90753923193283e-07
BICGSTAB_SOLVER_TIME: 1.650109 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.11753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293282999999998
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.065037(s) Flops=1655488512 => 1554.39530457627 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223821.733727059 Mflops = 223.821733727059 Gflops = 0.223821733727059 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184188000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.454065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042952 s
InvBiCGStab: k = 29 resid = 1.942042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122356(s) Flops=193259520 => 1579.48543594102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227336.876237512 Mflops = 227.336876237512 Gflops = 0.227336876237512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05689 s
InvBiCGStab: k = 47 resid = 9.371437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17871(s) Flops=311371776 => 1742.32989759946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250809.642147375 Mflops = 250.809642147375 Gflops = 0.250809642147375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007390484 Relative Rsd = 3.24032521951476e-07
BICGSTAB_SOLVER_TIME: 0.404723 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041144 s
InvBiCGStab: k = 76 resid = 1.691316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293587(s) Flops=501663744 => 1708.73963765426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246010.762320401 Mflops = 246.010762320401 Gflops = 0.246010762320401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06076 s
InvBiCGStab: k = 119 resid = 1.017429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451901(s) Flops=783820800 => 1734.49671498846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249731.648635433 Mflops = 249.731648635433 Gflops = 0.249731648635433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001364656 Relative Rsd = 5.98327270125392e-07
BICGSTAB_SOLVER_TIME: 0.851203 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153506999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 61 resid = 1.82076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242082(s) Flops=403236864 => 1665.70362108707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239805.965070135 Mflops = 239.805965070135 Gflops = 0.239805965070135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066708 s
InvBiCGStab: k = 82 resid = 1.14693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324755(s) Flops=541034496 => 1665.97741682191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239859.951398846 Mflops = 239.859951398846 Gflops = 0.239859951398846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001121373 Relative Rsd = 4.9166105736128e-07
BICGSTAB_SOLVER_TIME: 0.678794 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045254 s
InvBiCGStab: k = 67 resid = 1.628984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289725(s) Flops=442607616 => 1527.68182241781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219945.762914459 Mflops = 219.945762914459 Gflops = 0.219945762914459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06936 s
InvBiCGStab: k = 98 resid = 3.406517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417926(s) Flops=646023168 => 1545.78362676646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222564.129344121 Mflops = 222.564129344121 Gflops = 0.222564129344121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001183781 Relative Rsd = 5.19023795039013e-07
BICGSTAB_SOLVER_TIME: 0.826064 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042489 s
InvBiCGStab: k = 62 resid = 1.735176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239239(s) Flops=409798656 => 1712.92580223124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246606.497455697 Mflops = 246.606497455697 Gflops = 0.246606497455697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064833 s
InvBiCGStab: k = 96 resid = 9.29011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363658(s) Flops=632899584 => 1740.37030396691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250574.144382011 Mflops = 250.574144382011 Gflops = 0.250574144382011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001179675 Relative Rsd = 5.17223193833873e-07
BICGSTAB_SOLVER_TIME: 0.71719 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127251
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.091261(s) Flops=1655488512 => 1517.04176361109 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218437.366591309 Mflops = 218.437366591309 Gflops = 0.218437366591309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184258000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04338 s
InvBiCGStab: k = 27 resid = 2.217511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106003(s) Flops=180135936 => 1699.34752790015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244584.188777713 Mflops = 244.584188777713 Gflops = 0.244584188777713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059163 s
InvBiCGStab: k = 44 resid = 1.142826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173778(s) Flops=291686400 => 1678.50015537065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241623.166349325 Mflops = 241.623166349325 Gflops = 0.241623166349325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007535766 Relative Rsd = 3.30402384144912e-07
BICGSTAB_SOLVER_TIME: 0.386357 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 74 resid = 2.147225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289643(s) Flops=488540160 => 1686.69762431683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242841.494990477 Mflops = 242.841494990477 Gflops = 0.242841494990477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 105 resid = 1.12646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398773(s) Flops=691955712 => 1735.21204294172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249828.389572934 Mflops = 249.828389572934 Gflops = 0.249828389572934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001253757 Relative Rsd = 5.49704146945045e-07
BICGSTAB_SOLVER_TIME: 0.792138 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 60 resid = 1.999465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239679(s) Flops=396675072 => 1655.02639780707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238281.086745791 Mflops = 238.281086745791 Gflops = 0.238281086745791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058275 s
InvBiCGStab: k = 83 resid = 1.001484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319419(s) Flops=547596288 => 1714.35101856809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246818.568954029 Mflops = 246.818568954029 Gflops = 0.246818568954029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001088667 Relative Rsd = 4.77321428085242e-07
BICGSTAB_SOLVER_TIME: 0.662165 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042325 s
InvBiCGStab: k = 64 resid = 1.977539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291214(s) Flops=422922240 => 1452.2730363238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209094.343735928 Mflops = 209.094343735928 Gflops = 0.209094343735928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061071 s
InvBiCGStab: k = 82 resid = 9.997913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362679(s) Flops=541034496 => 1491.77232759548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214770.543005673 Mflops = 214.770543005673 Gflops = 0.214770543005673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001138017 Relative Rsd = 4.98958655119095e-07
BICGSTAB_SOLVER_TIME: 0.762032 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 67 resid = 2.100675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251796(s) Flops=442607616 => 1757.80241147596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253079.099829699 Mflops = 253.079099829699 Gflops = 0.253079099829699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058112 s
InvBiCGStab: k = 96 resid = 6.598974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404484(s) Flops=632899584 => 1564.70857685347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225280.336076749 Mflops = 225.280336076749 Gflops = 0.225280336076749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00118028 Relative Rsd = 5.17488560097034e-07
BICGSTAB_SOLVER_TIME: 0.759468 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130796
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068664(s) Flops=1655709696 => 1549.32672570612 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223086.362926845 Mflops = 223.086362926845 Gflops = 0.223086362926845 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184307000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041295 s
InvBiCGStab: k = 32 resid = 1.868456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129883(s) Flops=212944896 => 1639.51322343956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235988.74947002 Mflops = 235.98874947002 Gflops = 0.23598874947002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057739 s
InvBiCGStab: k = 55 resid = 6.869986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218649(s) Flops=363866112 => 1664.15630531125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239568.156757873 Mflops = 239.568156757873 Gflops = 0.239568156757873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007502271 Relative Rsd = 3.28933809779906e-07
BICGSTAB_SOLVER_TIME: 0.451528 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049404 s
InvBiCGStab: k = 53 resid = 2.259533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219535(s) Flops=350742528 => 1597.66109276425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229997.260678645 Mflops = 229.997260678645 Gflops = 0.229997260678645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 86 resid = 9.031938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320878(s) Flops=567281664 => 1767.90451199521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254536.268288424 Mflops = 254.536268288424 Gflops = 0.254536268288424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001106759 Relative Rsd = 4.85253679452625e-07
BICGSTAB_SOLVER_TIME: 0.650315 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040474 s
InvBiCGStab: k = 57 resid = 2.147766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21036(s) Flops=376989696 => 1792.11682829435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257993.494183128 Mflops = 257.993494183128 Gflops = 0.257993494183128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 77 resid = 9.947291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301297(s) Flops=508225536 => 1686.79255352692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242847.819465507 Mflops = 242.847819465507 Gflops = 0.242847819465507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001035906 Relative Rsd = 4.54188574537994e-07
BICGSTAB_SOLVER_TIME: 0.612545 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042012 s
InvBiCGStab: k = 76 resid = 1.258044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280716(s) Flops=501663744 => 1787.08639336554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257297.558980111 Mflops = 257.297558980111 Gflops = 0.257297558980111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 83 resid = 1.029851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337552(s) Flops=547596288 => 1622.25757216666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233539.094729652 Mflops = 233.539094729652 Gflops = 0.233539094729652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001148295 Relative Rsd = 5.03464879497466e-07
BICGSTAB_SOLVER_TIME: 0.720919 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046162 s
InvBiCGStab: k = 62 resid = 1.797617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266264(s) Flops=409798656 => 1539.06895412072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221579.073276325 Mflops = 221.579073276325 Gflops = 0.221579073276325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060228 s
InvBiCGStab: k = 91 resid = 1.043364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337333(s) Flops=600090624 => 1778.9265325361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256120.598593897 Mflops = 256.120598593897 Gflops = 0.256120598593897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001033596 Relative Rsd = 4.53175650227083e-07
BICGSTAB_SOLVER_TIME: 0.713771 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123544
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.102772(s) Flops=1661607936 => 1506.75564486585 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216967.086862159 Mflops = 216.967086862159 Gflops = 0.216967086862159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185069000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048404 s
InvBiCGStab: k = 27 resid = 1.980641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124541(s) Flops=180135936 => 1446.39866389382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208200.469043599 Mflops = 208.200469043599 Gflops = 0.208200469043599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069891 s
InvBiCGStab: k = 52 resid = 1.073296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226587(s) Flops=344180736 => 1518.97829972593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218685.0418367 Mflops = 218.6850418367 Gflops = 0.2186850418367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007695954 Relative Rsd = 3.37425759889103e-07
BICGSTAB_SOLVER_TIME: 0.47397 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046873 s
InvBiCGStab: k = 70 resid = 1.988482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275421(s) Flops=462292992 => 1678.49580097378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241661.863914626 Mflops = 241.661863914626 Gflops = 0.241661863914626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07115 s
InvBiCGStab: k = 87 resid = 1.011666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353371(s) Flops=573843456 => 1623.91213766834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233801.118407661 Mflops = 233.801118407661 Gflops = 0.233801118407661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001167154 Relative Rsd = 5.11733445215294e-07
BICGSTAB_SOLVER_TIME: 0.750601 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041174 s
InvBiCGStab: k = 51 resid = 2.103027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186942(s) Flops=337618944 => 1806.00905093558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259992.20164014 Mflops = 259.99220164014 Gflops = 0.25999220164014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 79 resid = 1.08339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288248(s) Flops=521349120 => 1808.68252338264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260393.427889207 Mflops = 260.393427889207 Gflops = 0.260393427889207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001031482 Relative Rsd = 4.52248578205966e-07
BICGSTAB_SOLVER_TIME: 0.57615 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049794 s
InvBiCGStab: k = 73 resid = 2.228096e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273396(s) Flops=481978368 => 1762.93130843173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253823.257254678 Mflops = 253.823257254678 Gflops = 0.253823257254678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 87 resid = 7.951863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318413(s) Flops=573843456 => 1802.19857857562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259464.353381724 Mflops = 259.464353381724 Gflops = 0.259464353381724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001141909 Relative Rsd = 5.00665186306346e-07
BICGSTAB_SOLVER_TIME: 0.701632 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046453 s
InvBiCGStab: k = 57 resid = 1.283971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235832(s) Flops=376989696 => 1598.55191831473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230152.08080442 Mflops = 230.15208080442 Gflops = 0.23015208080442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063792 s
InvBiCGStab: k = 84 resid = 1.136033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353541(s) Flops=554158080 => 1567.45067757346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225675.431365146 Mflops = 225.675431365146 Gflops = 0.225675431365146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001034713 Relative Rsd = 4.53665345154716e-07
BICGSTAB_SOLVER_TIME: 0.703655 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114764
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064271(s) Flops=1654824960 => 1554.89058707792 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223887.897335161 Mflops = 223.887897335161 Gflops = 0.223887897335161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184144000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.136259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86941(s) Flops=1348134912 => 1550.63193660068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223258.924568538 Mflops = 223.258924568538 Gflops = 0.223258924568538 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 8.186072e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949916(s) Flops=1584359424 => 1667.89423906956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240163.755152444 Mflops = 240.163755152444 Gflops = 0.240163755152444 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002090501 Relative Rsd = 9.20301523229678e-07
BICGSTAB_SOLVER_TIME: 1.822764 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.115373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318311999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.953197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694551(s) Flops=1210337280 => 1742.61829584868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250910.078409922 Mflops = 250.910078409922 Gflops = 0.250910078409922 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.020166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.780015(s) Flops=1407191040 => 1804.05638353109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259770.222079214 Mflops = 259.770222079214 Gflops = 0.259770222079214 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.002095859 Relative Rsd = 9.20715132396563e-07
BICGSTAB_SOLVER_TIME: 1.478011 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.119899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284230999999998
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108944(s) Flops=1654824960 => 1492.2529541618 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214866.695282066 Mflops = 214.866695282066 Gflops = 0.214866695282066 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183915000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 32 resid = 2.012168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118514(s) Flops=212944896 => 1796.79106265926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.086333963 Mflops = 258.639086333963 Gflops = 0.258639086333963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057062 s
InvBiCGStab: k = 42 resid = 1.138029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172704(s) Flops=278562816 => 1612.94941634241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232190.977520793 Mflops = 232.190977520793 Gflops = 0.232190977520793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007671989 Relative Rsd = 3.36375013612237e-07
BICGSTAB_SOLVER_TIME: 0.393055 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045338 s
InvBiCGStab: k = 69 resid = 1.408051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311703(s) Flops=455731200 => 1462.06870001251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210499.310542892 Mflops = 210.499310542892 Gflops = 0.210499310542892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069041 s
InvBiCGStab: k = 97 resid = 9.41462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422778(s) Flops=639461376 => 1512.52282758327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217767.181114504 Mflops = 217.767181114504 Gflops = 0.217767181114504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001246337 Relative Rsd = 5.46450845371408e-07
BICGSTAB_SOLVER_TIME: 0.853603 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041131 s
InvBiCGStab: k = 45 resid = 2.256654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173415(s) Flops=298248192 => 1719.85233111323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247572.661777508 Mflops = 247.572661777508 Gflops = 0.247572661777508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060246 s
InvBiCGStab: k = 77 resid = 9.40398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326459(s) Flops=508225536 => 1556.78212577996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224127.540285418 Mflops = 224.127540285418 Gflops = 0.224127540285418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001038814 Relative Rsd = 4.55463547395754e-07
BICGSTAB_SOLVER_TIME: 0.610039 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041213 s
InvBiCGStab: k = 75 resid = 1.650764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274646(s) Flops=495101952 => 1802.69128987861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259527.889115627 Mflops = 259.527889115627 Gflops = 0.259527889115627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056683 s
InvBiCGStab: k = 94 resid = 6.36951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343852(s) Flops=619776000 => 1802.44989123227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259499.201989189 Mflops = 259.499201989189 Gflops = 0.259499201989189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001171313 Relative Rsd = 5.13557168351038e-07
BICGSTAB_SOLVER_TIME: 0.720276 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045743 s
InvBiCGStab: k = 46 resid = 2.18443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190642(s) Flops=304809984 => 1598.86060784087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230158.158935493 Mflops = 230.158158935493 Gflops = 0.230158158935493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057857 s
InvBiCGStab: k = 84 resid = 1.130188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306425(s) Flops=554158080 => 1808.46236436322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260362.950199377 Mflops = 260.362950199377 Gflops = 0.260362950199377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001094253 Relative Rsd = 4.79770362099512e-07
BICGSTAB_SOLVER_TIME: 0.60451 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107233
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076943(s) Flops=1554702336 => 1443.62546207181 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207873.611294588 Mflops = 207.873611294588 Gflops = 0.207873611294588 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172605000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044043 s
InvBiCGStab: k = 28 resid = 1.765788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113538(s) Flops=186697728 => 1644.36336733076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236682.010523126 Mflops = 236.682010523126 Gflops = 0.236682010523126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062565 s
InvBiCGStab: k = 42 resid = 7.719077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157775(s) Flops=278562816 => 1765.57005862779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254149.657229989 Mflops = 254.149657229989 Gflops = 0.254149657229989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007039576 Relative Rsd = 3.08647148493934e-07
BICGSTAB_SOLVER_TIME: 0.381825 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0644090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047741 s
InvBiCGStab: k = 72 resid = 1.611605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303395(s) Flops=475416576 => 1566.9888297434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225599.241856853 Mflops = 225.599241856853 Gflops = 0.225599241856853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074176 s
InvBiCGStab: k = 106 resid = 1.09656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43631(s) Flops=698517504 => 1600.96606541221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230513.423678759 Mflops = 230.513423678759 Gflops = 0.230513423678759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001297388 Relative Rsd = 5.6883399711575e-07
BICGSTAB_SOLVER_TIME: 0.86625 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052514 s
InvBiCGStab: k = 64 resid = 1.483171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290687(s) Flops=422922240 => 1454.90592974574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209462.158627597 Mflops = 209.462158627597 Gflops = 0.209462158627597 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063465 s
InvBiCGStab: k = 84 resid = 1.102583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334483(s) Flops=554158080 => 1656.76007450304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238526.686967568 Mflops = 238.526686967568 Gflops = 0.238526686967568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001053894 Relative Rsd = 4.6207529662922e-07
BICGSTAB_SOLVER_TIME: 0.745014 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042699 s
InvBiCGStab: k = 72 resid = 1.826327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26864(s) Flops=475416576 => 1769.71625967838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254787.563801211 Mflops = 254.787563801211 Gflops = 0.254787563801211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05664 s
InvBiCGStab: k = 93 resid = 9.875987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340379(s) Flops=613214208 => 1801.5629871408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259377.798134887 Mflops = 259.377798134887 Gflops = 0.259377798134887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001152299 Relative Rsd = 5.052206660115e-07
BICGSTAB_SOLVER_TIME: 0.712211 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042739 s
InvBiCGStab: k = 63 resid = 2.275075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250935(s) Flops=416360448 => 1659.23624843087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238881.482866896 Mflops = 238.881482866896 Gflops = 0.238881482866896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065073 s
InvBiCGStab: k = 88 resid = 1.078061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341403(s) Flops=580405248 => 1700.05901529864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244755.815287805 Mflops = 244.755815287805 Gflops = 0.244755815287805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001099001 Relative Rsd = 4.81851999397162e-07
BICGSTAB_SOLVER_TIME: 0.704067 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122073000000001
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072282(s) Flops=1641996288 => 1531.31012923839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220496.761509919 Mflops = 220.496761509919 Gflops = 0.220496761509919 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182696000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.424877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 28 resid = 1.683384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103274(s) Flops=186697728 => 1807.79022793733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260188.108891299 Mflops = 260.188108891299 Gflops = 0.260188108891299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062511 s
InvBiCGStab: k = 47 resid = 1.098151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190932(s) Flops=311371776 => 1630.79932122431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234863.649673072 Mflops = 234.863649673072 Gflops = 0.234863649673072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007209688 Relative Rsd = 3.16105629971981e-07
BICGSTAB_SOLVER_TIME: 0.40399 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 49 resid = 1.808038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211608(s) Flops=324495360 => 1533.47397073835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220764.719470047 Mflops = 220.764719470047 Gflops = 0.220764719470047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074233 s
InvBiCGStab: k = 85 resid = 1.004854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376186(s) Flops=560719872 => 1490.5389142605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214654.838467692 Mflops = 214.654838467692 Gflops = 0.214654838467692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00113981 Relative Rsd = 4.99744749717852e-07
BICGSTAB_SOLVER_TIME: 0.707209 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047935 s
InvBiCGStab: k = 58 resid = 1.791283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257662(s) Flops=383551488 => 1488.58383463607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214314.44360063 Mflops = 214.31444360063 Gflops = 0.21431444360063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061013 s
InvBiCGStab: k = 77 resid = 1.012812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33787(s) Flops=508225536 => 1504.20438630242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216575.656262645 Mflops = 216.575656262645 Gflops = 0.216575656262645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001071784 Relative Rsd = 4.69918990491971e-07
BICGSTAB_SOLVER_TIME: 0.709077 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047176 s
InvBiCGStab: k = 58 resid = 2.078164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243497(s) Flops=383551488 => 1575.17952171895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226776.076960805 Mflops = 226.776076960805 Gflops = 0.226776076960805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075256 s
InvBiCGStab: k = 87 resid = 6.884219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327138(s) Flops=573843456 => 1754.13267795242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252545.746936379 Mflops = 252.545746936379 Gflops = 0.252545746936379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00114018 Relative Rsd = 4.99907062608187e-07
BICGSTAB_SOLVER_TIME: 0.696967 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117987
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 59 resid = 1.883789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217073(s) Flops=390113280 => 1797.15247865925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258728.66545243 Mflops = 258.72866545243 Gflops = 0.25872866545243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056644 s
InvBiCGStab: k = 85 resid = 9.175792e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311003(s) Flops=560719872 => 1802.94039607335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259565.580029939 Mflops = 259.565580029939 Gflops = 0.259565580029939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00108806 Relative Rsd = 4.77055143069872e-07
BICGSTAB_SOLVER_TIME: 0.629973 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117203
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030528(s) Flops=1661902848 => 1612.67122096634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232216.218618937 Mflops = 232.216218618937 Gflops = 0.232216218618937 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184981000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.434941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 22 resid = 2.266167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.081558(s) Flops=147326976 => 1806.40741558155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259973.781807985 Mflops = 259.973781807985 Gflops = 0.259973781807985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05868 s
InvBiCGStab: k = 45 resid = 1.058321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196805(s) Flops=298248192 => 1515.45027819415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218146.158415274 Mflops = 218.146158415274 Gflops = 0.218146158415274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007470074 Relative Rsd = 3.27522121489203e-07
BICGSTAB_SOLVER_TIME: 0.384077 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042028 s
InvBiCGStab: k = 54 resid = 2.208754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210558(s) Flops=357304320 => 1696.94013051036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244292.586163619 Mflops = 244.292586163619 Gflops = 0.244292586163619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065494 s
InvBiCGStab: k = 94 resid = 9.901198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374204(s) Flops=619776000 => 1656.25167021197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238469.213503808 Mflops = 238.469213503808 Gflops = 0.238469213503808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001155267 Relative Rsd = 5.06521568098282e-07
BICGSTAB_SOLVER_TIME: 0.696095 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054192 s
InvBiCGStab: k = 63 resid = 2.088799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263945(s) Flops=416360448 => 1577.45154482942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227102.771834697 Mflops = 227.102771834697 Gflops = 0.227102771834697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05986 s
InvBiCGStab: k = 79 resid = 8.156747e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318701(s) Flops=521349120 => 1635.85655520378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235512.477878132 Mflops = 235.512477878132 Gflops = 0.235512477878132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001081522 Relative Rsd = 4.74188380967462e-07
BICGSTAB_SOLVER_TIME: 0.700923 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115796
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054415 s
InvBiCGStab: k = 55 resid = 2.127265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245966(s) Flops=363866112 => 1479.33499751998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212965.261088339 Mflops = 212.965261088339 Gflops = 0.212965261088339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074926 s
InvBiCGStab: k = 86 resid = 9.221806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342308(s) Flops=567281664 => 1657.2258433925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238598.428761694 Mflops = 238.598428761694 Gflops = 0.238598428761694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001097432 Relative Rsd = 4.81164415451973e-07
BICGSTAB_SOLVER_TIME: 0.721484 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048765 s
InvBiCGStab: k = 54 resid = 2.279099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201615(s) Flops=357304320 => 1772.21099620564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255124.700264663 Mflops = 255.124700264663 Gflops = 0.255124700264663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056914 s
InvBiCGStab: k = 80 resid = 7.394917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293807(s) Flops=527910912 => 1796.79487554755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258677.125463016 Mflops = 258.677125463016 Gflops = 0.258677125463016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001052277 Relative Rsd = 4.6136607096532e-07
BICGSTAB_SOLVER_TIME: 0.604945 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110041
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053472(s) Flops=1662271488 => 1577.8981197412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227238.873095272 Mflops = 227.238873095272 Gflops = 0.227238873095272 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184820000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.42761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.225731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849063(s) Flops=1354696704 => 1595.51965401861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229679.599204503 Mflops = 229.679599204503 Gflops = 0.229679599204503 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 8.462055e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.958253(s) Flops=1630291968 => 1701.31684221182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244977.61150113 Mflops = 244.97761150113 Gflops = 0.24497761150113 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002123231 Relative Rsd = 9.34705983085318e-07
BICGSTAB_SOLVER_TIME: 1.811046 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.121736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324170999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.125003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783415(s) Flops=1243146240 => 1586.82976455646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228467.748732108 Mflops = 228.467748732108 Gflops = 0.228467748732108 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 8.1628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.877034(s) Flops=1374382080 => 1567.07958870466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225650.941668175 Mflops = 225.650941668175 Gflops = 0.225650941668175 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.002155158 Relative Rsd = 9.467578705041e-07
BICGSTAB_SOLVER_TIME: 1.663797 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284147999999998
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050094(s) Flops=1662271488 => 1582.97398899527 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228131.633546408 Mflops = 228.131633546408 Gflops = 0.228131633546408 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184701000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.424138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046205 s
InvBiCGStab: k = 25 resid = 2.220278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11117(s) Flops=167012352 => 1502.31494108123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216209.935396038 Mflops = 216.209935396038 Gflops = 0.216209935396038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061768 s
InvBiCGStab: k = 52 resid = 1.139781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199431(s) Flops=344180736 => 1725.81361974818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248444.085387118 Mflops = 248.444085387118 Gflops = 0.248444085387118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007494756 Relative Rsd = 3.28604309508348e-07
BICGSTAB_SOLVER_TIME: 0.422429 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050296 s
InvBiCGStab: k = 85 resid = 1.807165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333246(s) Flops=560719872 => 1682.60045731982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242259.47048025 Mflops = 242.25947048025 Gflops = 0.24225947048025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075725 s
InvBiCGStab: k = 101 resid = 9.772125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402523(s) Flops=665708544 => 1653.83976567799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238109.217967736 Mflops = 238.109217967736 Gflops = 0.238109217967736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001307356 Relative Rsd = 5.73204654501438e-07
BICGSTAB_SOLVER_TIME: 0.865626 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147077999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048184 s
InvBiCGStab: k = 54 resid = 2.140387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207792(s) Flops=357304320 => 1719.52875952876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247541.739290103 Mflops = 247.541739290103 Gflops = 0.247541739290103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055899 s
InvBiCGStab: k = 77 resid = 6.915405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301848(s) Flops=508225536 => 1683.71344517771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242405.297205558 Mflops = 242.405297205558 Gflops = 0.242405297205558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001082979 Relative Rsd = 4.74827526254498e-07
BICGSTAB_SOLVER_TIME: 0.617578 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049213 s
InvBiCGStab: k = 60 resid = 2.255019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230848(s) Flops=396675072 => 1718.33878569448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247389.286551025 Mflops = 247.389286551025 Gflops = 0.247389286551025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057902 s
InvBiCGStab: k = 87 resid = 1.129793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344506(s) Flops=573843456 => 1665.69945371053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239812.356670491 Mflops = 239.812356670491 Gflops = 0.239812356670491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001146578 Relative Rsd = 5.02712115187195e-07
BICGSTAB_SOLVER_TIME: 0.686765 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045954 s
InvBiCGStab: k = 49 resid = 2.212615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213997(s) Flops=324495360 => 1516.35471525302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218313.018665403 Mflops = 218.313018665403 Gflops = 0.218313018665403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07152 s
InvBiCGStab: k = 86 resid = 1.134482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384933(s) Flops=567281664 => 1473.7153322786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212189.938040102 Mflops = 212.189938040102 Gflops = 0.212189938040102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001117602 Relative Rsd = 4.90007609635019e-07
BICGSTAB_SOLVER_TIME: 0.720239 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110649
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.060586(s) Flops=1655930880 => 1561.33578983694 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224884.715636383 Mflops = 224.884715636383 Gflops = 0.224884715636383 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184083000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045117 s
InvBiCGStab: k = 29 resid = 2.272343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116569(s) Flops=193259520 => 1657.89806895487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238596.717274543 Mflops = 238.596717274543 Gflops = 0.238596717274543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063433 s
InvBiCGStab: k = 53 resid = 9.772516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221975(s) Flops=350742528 => 1580.0992364005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227471.965045914 Mflops = 227.471965045914 Gflops = 0.227471965045914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007636533 Relative Rsd = 3.3482043383207e-07
BICGSTAB_SOLVER_TIME: 0.451419 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046081 s
InvBiCGStab: k = 75 resid = 1.401744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296594(s) Flops=495101952 => 1669.29186699664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240337.175143233 Mflops = 240.337175143233 Gflops = 0.240337175143233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060449 s
InvBiCGStab: k = 106 resid = 7.882603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453174(s) Flops=698517504 => 1541.38918825881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221929.540933816 Mflops = 221.929540933816 Gflops = 0.221929540933816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001253034 Relative Rsd = 5.49387228474576e-07
BICGSTAB_SOLVER_TIME: 0.860304 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054564 s
InvBiCGStab: k = 54 resid = 2.143295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25424(s) Flops=357304320 => 1405.38200125865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202337.862917435 Mflops = 202.337862917435 Gflops = 0.202337862917435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066304 s
InvBiCGStab: k = 82 resid = 9.619255e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379568(s) Flops=541034496 => 1425.39543902542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205211.176426159 Mflops = 205.211176426159 Gflops = 0.205211176426159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001039079 Relative Rsd = 4.55579718508459e-07
BICGSTAB_SOLVER_TIME: 0.76164 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045321 s
InvBiCGStab: k = 62 resid = 1.854179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241266(s) Flops=409798656 => 1698.53462982766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244533.382785901 Mflops = 244.533382785901 Gflops = 0.244533382785901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055997 s
InvBiCGStab: k = 90 resid = 1.111968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356792(s) Flops=593528832 => 1663.51496670329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239502.308585228 Mflops = 239.502308585228 Gflops = 0.239502308585228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001184877 Relative Rsd = 5.19504149319183e-07
BICGSTAB_SOLVER_TIME: 0.703164 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046361 s
InvBiCGStab: k = 55 resid = 1.993849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240496(s) Flops=363866112 => 1512.98197059411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217814.333089979 Mflops = 217.814333089979 Gflops = 0.217814333089979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05979 s
InvBiCGStab: k = 82 resid = 1.114804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373048(s) Flops=541034496 => 1450.30799253715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208794.031428709 Mflops = 208.794031428709 Gflops = 0.208794031428709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001090373 Relative Rsd = 4.78069292383728e-07
BICGSTAB_SOLVER_TIME: 0.727082 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112083
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.0881(s) Flops=1649664000 => 1516.09594706369 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218383.67833754 Mflops = 218.38367833754 Gflops = 0.21838367833754 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184807000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040658 s
InvBiCGStab: k = 29 resid = 1.990559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10702(s) Flops=193259520 => 1805.82620071015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259897.463483341 Mflops = 259.897463483341 Gflops = 0.259897463483341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 49 resid = 1.096467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181644(s) Flops=324495360 => 1786.43588557838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257165.086730913 Mflops = 257.165086730913 Gflops = 0.257165086730913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007097765 Relative Rsd = 3.11198421295978e-07
BICGSTAB_SOLVER_TIME: 0.389507 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056892 s
InvBiCGStab: k = 53 resid = 2.249767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233678(s) Flops=350742528 => 1500.96512294696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216100.060120528 Mflops = 216.100060120528 Gflops = 0.216100060120528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061649 s
InvBiCGStab: k = 80 resid = 1.128779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395004(s) Flops=527910912 => 1336.46978764772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192425.603948758 Mflops = 192.425603948758 Gflops = 0.192425603948758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001038381 Relative Rsd = 4.55273467771978e-07
BICGSTAB_SOLVER_TIME: 0.751477 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050521 s
InvBiCGStab: k = 55 resid = 1.471942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231167(s) Flops=363866112 => 1574.04003166542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226603.636875369 Mflops = 226.603636875369 Gflops = 0.226603636875369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066092 s
InvBiCGStab: k = 80 resid = 1.084226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31773(s) Flops=527910912 => 1661.50792182041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239211.926366589 Mflops = 239.211926366589 Gflops = 0.23921192636659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001032786 Relative Rsd = 4.52820399372765e-07
BICGSTAB_SOLVER_TIME: 0.669353 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046284 s
InvBiCGStab: k = 64 resid = 2.23908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259493(s) Flops=422922240 => 1629.80211412254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234650.994787965 Mflops = 234.650994787965 Gflops = 0.234650994787965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056547 s
InvBiCGStab: k = 97 resid = 2.216443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379551(s) Flops=639461376 => 1684.78379980556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242566.044054537 Mflops = 242.566044054537 Gflops = 0.242566044054537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001127078 Relative Rsd = 4.94162258167909e-07
BICGSTAB_SOLVER_TIME: 0.745732 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04634 s
InvBiCGStab: k = 56 resid = 2.175801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213241(s) Flops=370427904 => 1737.13265272626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250084.79010731 Mflops = 250.08479010731 Gflops = 0.25008479010731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055929 s
InvBiCGStab: k = 80 resid = 8.625874e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310014(s) Flops=527910912 => 1702.86152238286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245154.683507581 Mflops = 245.154683507581 Gflops = 0.245154683507581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001053141 Relative Rsd = 4.61745107293504e-07
BICGSTAB_SOLVER_TIME: 0.629368 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111843
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.100724(s) Flops=1637130240 => 1487.32129035071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214157.913357238 Mflops = 214.157913357238 Gflops = 0.214157913357238 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040716 s
InvBiCGStab: k = 25 resid = 2.182985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092361(s) Flops=167012352 => 1808.25621203755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260247.813706237 Mflops = 260.247813706237 Gflops = 0.260247813706237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 41 resid = 1.015645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151312(s) Flops=272001024 => 1797.617003278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258742.43413987 Mflops = 258.74243413987 Gflops = 0.25874243413987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007229188 Relative Rsd = 3.16960605465552e-07
BICGSTAB_SOLVER_TIME: 0.344229 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0613610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049216 s
InvBiCGStab: k = 57 resid = 1.344441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233999(s) Flops=376989696 => 1611.07396185454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231931.876817372 Mflops = 231.931876817372 Gflops = 0.231931876817372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058573 s
InvBiCGStab: k = 87 resid = 5.856392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421117(s) Flops=573843456 => 1362.66988984059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196200.560753739 Mflops = 196.200560753739 Gflops = 0.196200560753739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.0011016 Relative Rsd = 4.82991915680134e-07
BICGSTAB_SOLVER_TIME: 0.767431 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116831
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049399 s
InvBiCGStab: k = 64 resid = 1.980378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297182(s) Flops=422922240 => 1423.10853281827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204894.003445958 Mflops = 204.894003445958 Gflops = 0.204894003445958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063199 s
InvBiCGStab: k = 80 resid = 1.103453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317241(s) Flops=527910912 => 1664.0689948651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239570.115950309 Mflops = 239.570115950309 Gflops = 0.239570115950309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001064597 Relative Rsd = 4.66767976664318e-07
BICGSTAB_SOLVER_TIME: 0.730938 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057125 s
InvBiCGStab: k = 70 resid = 2.196029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283812(s) Flops=462292992 => 1628.87049173396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234507.103005923 Mflops = 234.507103005923 Gflops = 0.234507103005923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063688 s
InvBiCGStab: k = 83 resid = 1.084774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324748(s) Flops=547596288 => 1686.21912375134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242814.538882438 Mflops = 242.814538882438 Gflops = 0.242814538882438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001136298 Relative Rsd = 4.98204972056616e-07
BICGSTAB_SOLVER_TIME: 0.733227 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043218 s
InvBiCGStab: k = 51 resid = 1.607132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195719(s) Flops=337618944 => 1725.01874626378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248331.531460763 Mflops = 248.331531460763 Gflops = 0.248331531460763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059158 s
InvBiCGStab: k = 78 resid = 1.118955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307311(s) Flops=514787328 => 1675.13472671008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241167.132147896 Mflops = 241.167132147896 Gflops = 0.241167132147896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001030721 Relative Rsd = 4.5191491802857e-07
BICGSTAB_SOLVER_TIME: 0.609213 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106703
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.107891(s) Flops=1612136448 => 1455.1399442725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209528.707294349 Mflops = 209.528707294349 Gflops = 0.209528707294349 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179081000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.934871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763319(s) Flops=1275955200 => 1671.58841847249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240636.959736694 Mflops = 240.636959736694 Gflops = 0.240636959736694 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.053257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.096493(s) Flops=1663100928 => 1516.74559527512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218403.239319217 Mflops = 218.403239319217 Gflops = 0.218403239319217 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002087305 Relative Rsd = 9.18877854032663e-07
BICGSTAB_SOLVER_TIME: 1.863748 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.128668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318932999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.94136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.839588(s) Flops=1348134912 => 1605.71007684722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231230.438148266 Mflops = 231.230438148266 Gflops = 0.231230438148266 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.090412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892073(s) Flops=1485932544 => 1665.70734009436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239852.799386695 Mflops = 239.852799386695 Gflops = 0.239852799386695 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002010414 Relative Rsd = 8.83163691655745e-07
BICGSTAB_SOLVER_TIME: 1.735542 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.121907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307716999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056753(s) Flops=1612136448 => 1525.55653780969 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219769.462338808 Mflops = 219.769462338808 Gflops = 0.219769462338808 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179354000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.436248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043239 s
InvBiCGStab: k = 23 resid = 1.830765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086223(s) Flops=153888768 => 1784.77631258481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256876.497888558 Mflops = 256.876497888558 Gflops = 0.256876497888558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 47 resid = 9.625239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189532(s) Flops=311371776 => 1642.84540869088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236496.154140615 Mflops = 236.496154140615 Gflops = 0.236496154140615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007125206 Relative Rsd = 3.12401527314244e-07
BICGSTAB_SOLVER_TIME: 0.379204 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042627 s
InvBiCGStab: k = 75 resid = 2.165481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344116(s) Flops=495101952 => 1438.76469562589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207152.752786296 Mflops = 207.152752786296 Gflops = 0.207152752786296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059384 s
InvBiCGStab: k = 96 resid = 9.133895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373375(s) Flops=632899584 => 1695.07756009374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244055.004853594 Mflops = 244.055004853594 Gflops = 0.244055004853594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001247735 Relative Rsd = 5.47063755178685e-07
BICGSTAB_SOLVER_TIME: 0.823607 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042936 s
InvBiCGStab: k = 70 resid = 1.506516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296899(s) Flops=462292992 => 1557.07156979309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224173.291598596 Mflops = 224.173291598596 Gflops = 0.224173291598596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079098 s
InvBiCGStab: k = 61 resid = 1.063975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266794(s) Flops=403236864 => 1511.41653860282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217589.638638612 Mflops = 217.589638638612 Gflops = 0.217589638638612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.0009829408 Relative Rsd = 4.30966091608536e-07
BICGSTAB_SOLVER_TIME: 0.691042 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044773 s
InvBiCGStab: k = 69 resid = 1.478349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261095(s) Flops=455731200 => 1745.46123058657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251310.603664954 Mflops = 251.310603664954 Gflops = 0.251310603664954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061396 s
InvBiCGStab: k = 85 resid = 9.704206e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335417(s) Flops=560719872 => 1671.70975830086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240682.703411871 Mflops = 240.682703411871 Gflops = 0.240682703411871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00114808 Relative Rsd = 5.03370758437787e-07
BICGSTAB_SOLVER_TIME: 0.706711 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044834 s
InvBiCGStab: k = 51 resid = 2.275866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188475(s) Flops=337618944 => 1791.31950656586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257879.639729582 Mflops = 257.879639729582 Gflops = 0.257879639729582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056465 s
InvBiCGStab: k = 77 resid = 1.092152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298291(s) Flops=508225536 => 1703.79104967968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245297.261735697 Mflops = 245.297261735697 Gflops = 0.245297261735697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001059538 Relative Rsd = 4.64549955705355e-07
BICGSTAB_SOLVER_TIME: 0.592581 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105848
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9978(s) Flops=1581244416 => 1584.73082381239 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228187.09691724 Mflops = 228.18709691724 Gflops = 0.22818709691724 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175669000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040862 s
InvBiCGStab: k = 29 resid = 1.881685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115877(s) Flops=193259520 => 1667.79878664446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240052.194658082 Mflops = 240.052194658082 Gflops = 0.240052194658082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060303 s
InvBiCGStab: k = 54 resid = 9.138475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234484(s) Flops=357304320 => 1523.78976817182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219368.340714014 Mflops = 219.368340714014 Gflops = 0.219368340714014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007236385 Relative Rsd = 3.17276145807706e-07
BICGSTAB_SOLVER_TIME: 0.455382 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040742 s
InvBiCGStab: k = 73 resid = 2.203863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304199(s) Flops=481978368 => 1584.41798953974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228106.507274734 Mflops = 228.106507274734 Gflops = 0.228106507274734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060291 s
InvBiCGStab: k = 92 resid = 1.052411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337636(s) Flops=606652416 => 1796.76461040884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258682.739444362 Mflops = 258.682739444362 Gflops = 0.258682739444362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001241521 Relative Rsd = 5.44339246543371e-07
BICGSTAB_SOLVER_TIME: 0.746666 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040799 s
InvBiCGStab: k = 54 resid = 2.117839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197486(s) Flops=357304320 => 1809.26404909715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260472.399527626 Mflops = 260.472399527626 Gflops = 0.260472399527626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055939 s
InvBiCGStab: k = 84 resid = 8.16838e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307062(s) Flops=554158080 => 1804.71070988921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259832.272080593 Mflops = 259.832272080593 Gflops = 0.259832272080593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001012583 Relative Rsd = 4.4396240307079e-07
BICGSTAB_SOLVER_TIME: 0.605091 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113097
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044279 s
InvBiCGStab: k = 63 resid = 1.719157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252613(s) Flops=416360448 => 1648.21465245257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237303.357631991 Mflops = 237.303357631991 Gflops = 0.237303357631991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063956 s
InvBiCGStab: k = 86 resid = 8.841247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365599(s) Flops=567281664 => 1551.64993339697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223395.734346955 Mflops = 223.395734346955 Gflops = 0.223395734346955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001143171 Relative Rsd = 5.01218377220009e-07
BICGSTAB_SOLVER_TIME: 0.730488 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043048 s
InvBiCGStab: k = 53 resid = 1.344457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196589(s) Flops=350742528 => 1784.14116761365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256851.672660531 Mflops = 256.851672660531 Gflops = 0.256851672660531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05663 s
InvBiCGStab: k = 72 resid = 1.067909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267045(s) Flops=475416576 => 1780.28637870022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256293.630397668 Mflops = 256.293630397668 Gflops = 0.256293630397668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001061268 Relative Rsd = 4.65308283570671e-07
BICGSTAB_SOLVER_TIME: 0.56711 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10362
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978312(s) Flops=1568710656 => 1603.48708387508 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230893.208993281 Mflops = 230.893208993281 Gflops = 0.230893208993281 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174419000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 31 resid = 1.453088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118401(s) Flops=206383104 => 1743.08581853194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250896.773383827 Mflops = 250.896773383827 Gflops = 0.250896773383827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061194 s
InvBiCGStab: k = 52 resid = 5.994976e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236607(s) Flops=344180736 => 1454.65153609149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209401.939311004 Mflops = 209.401939311004 Gflops = 0.209401939311004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007477377 Relative Rsd = 3.27842332155088e-07
BICGSTAB_SOLVER_TIME: 0.462626 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043826 s
InvBiCGStab: k = 49 resid = 1.793324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199816(s) Flops=324495360 => 1623.97085318493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233796.152687039 Mflops = 233.796152687039 Gflops = 0.233796152687039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056126 s
InvBiCGStab: k = 90 resid = 1.031303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351025(s) Flops=593528832 => 1690.8449027847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243437.801868967 Mflops = 243.437801868967 Gflops = 0.243437801868967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001121901 Relative Rsd = 4.91892633959849e-07
BICGSTAB_SOLVER_TIME: 0.655328 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045816 s
InvBiCGStab: k = 49 resid = 1.844923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188723(s) Flops=324495360 => 1719.42667295454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247544.600364869 Mflops = 247.544600364869 Gflops = 0.247544600364869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060784 s
InvBiCGStab: k = 74 resid = 1.013345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287967(s) Flops=488540160 => 1696.51439227411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244243.507356974 Mflops = 244.243507356974 Gflops = 0.244243507356974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001002994 Relative Rsd = 4.39758295043958e-07
BICGSTAB_SOLVER_TIME: 0.587199 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040734 s
InvBiCGStab: k = 55 resid = 1.769874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2242(s) Flops=363866112 => 1622.95322033898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233649.610383799 Mflops = 233.649610383799 Gflops = 0.233649610383799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055837 s
InvBiCGStab: k = 73 resid = 9.684831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282972(s) Flops=481978368 => 1703.27229549213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245215.232665188 Mflops = 245.215232665188 Gflops = 0.245215232665188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00105873 Relative Rsd = 4.64195368394299e-07
BICGSTAB_SOLVER_TIME: 0.608102 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105739
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043101 s
InvBiCGStab: k = 57 resid = 1.098939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259171(s) Flops=376989696 => 1454.59829996412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209419.166757341 Mflops = 209.419166757341 Gflops = 0.209419166757341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068018 s
InvBiCGStab: k = 71 resid = 7.495404e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291621(s) Flops=468854784 => 1607.75384488771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231473.492965465 Mflops = 231.473492965465 Gflops = 0.231473492965465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001073658 Relative Rsd = 4.70740814343317e-07
BICGSTAB_SOLVER_TIME: 0.665825 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105757
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037352(s) Flops=1574903808 => 1518.19614557065 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218649.427826598 Mflops = 218.649427826598 Gflops = 0.218649427826598 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176549000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045445 s
InvBiCGStab: k = 29 resid = 1.088796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132518(s) Flops=193259520 => 1458.36429768032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209909.638824481 Mflops = 209.909638824481 Gflops = 0.209909638824481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0732 s
InvBiCGStab: k = 52 resid = 9.943107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219843(s) Flops=344180736 => 1565.57514226061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225376.960505895 Mflops = 225.376960505895 Gflops = 0.225376960505895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000733869 Relative Rsd = 3.21761672740469e-07
BICGSTAB_SOLVER_TIME: 0.475112 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045489 s
InvBiCGStab: k = 63 resid = 2.272642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245929(s) Flops=416360448 => 1693.01077953393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243737.383878858 Mflops = 243.737383878858 Gflops = 0.243737383878858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066201 s
InvBiCGStab: k = 75 resid = 1.109102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293602(s) Flops=495101952 => 1686.30306333063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242773.882513771 Mflops = 242.773882513771 Gflops = 0.242773882513771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088963 Relative Rsd = 4.7745127839751e-07
BICGSTAB_SOLVER_TIME: 0.655175 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042192 s
InvBiCGStab: k = 55 resid = 1.887816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20508(s) Flops=363866112 => 1774.2642480983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255439.939419538 Mflops = 255.439939419538 Gflops = 0.255439939419538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057547 s
InvBiCGStab: k = 71 resid = 1.145936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277083(s) Flops=468854784 => 1692.1095267483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243609.12779084 Mflops = 243.60912779084 Gflops = 0.24360912779084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001017683 Relative Rsd = 4.46198696990363e-07
BICGSTAB_SOLVER_TIME: 0.585969 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040818 s
InvBiCGStab: k = 57 resid = 2.149583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213798(s) Flops=376989696 => 1763.2985154211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253825.977857795 Mflops = 253.825977857795 Gflops = 0.253825977857795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057144 s
InvBiCGStab: k = 81 resid = 9.033265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322601(s) Flops=534472704 => 1656.76084079095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238526.661960165 Mflops = 238.526661960165 Gflops = 0.238526661960165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001061 Relative Rsd = 4.65190734329652e-07
BICGSTAB_SOLVER_TIME: 0.638214 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041508 s
InvBiCGStab: k = 50 resid = 2.252108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199217(s) Flops=331057152 => 1661.7916744053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239216.14822949 Mflops = 239.21614822949 Gflops = 0.23921614822949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 76 resid = 8.853469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32836(s) Flops=501663744 => 1527.78579607748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219951.455731251 Mflops = 219.951455731251 Gflops = 0.219951455731251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001003383 Relative Rsd = 4.39929080871335e-07
BICGSTAB_SOLVER_TIME: 0.629226 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104384
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062498(s) Flops=1574756352 => 1482.12641529678 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213434.304122129 Mflops = 213.434304122129 Gflops = 0.213434304122129 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175120000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021505
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.888913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909902(s) Flops=1446561792 => 1589.79955203967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228879.515451115 Mflops = 228.879515451115 Gflops = 0.228879515451115 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 9.157616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994844(s) Flops=1597483008 => 1605.76231851426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231221.050080974 Mflops = 231.221050080974 Gflops = 0.231221050080974 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002245732 Relative Rsd = 9.88598126498576e-07
BICGSTAB_SOLVER_TIME: 1.908218 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.118828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330085999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.690069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663941(s) Flops=1144719360 => 1724.12813789177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248172.389964002 Mflops = 248.172389964002 Gflops = 0.248172389964002 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.065551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785757(s) Flops=1374382080 => 1749.11846792329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251861.075021218 Mflops = 251.861075021218 Gflops = 0.251861075021218 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001958061 Relative Rsd = 8.60149778121974e-07
BICGSTAB_SOLVER_TIME: 1.453136 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.119361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273662999999998
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.123773(s) Flops=1574756352 => 1401.31178805684 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201773.512360288 Mflops = 201.773512360288 Gflops = 0.201773512360288 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174832000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044317 s
InvBiCGStab: k = 32 resid = 2.109962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126056(s) Flops=212944896 => 1689.28806244844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243125.619588885 Mflops = 243.125619588885 Gflops = 0.243125619588885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063107 s
InvBiCGStab: k = 51 resid = 1.14627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197019(s) Flops=337618944 => 1713.63647160934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246674.56655809 Mflops = 246.67456655809 Gflops = 0.24667456655809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007513829 Relative Rsd = 3.29440552665204e-07
BICGSTAB_SOLVER_TIME: 0.434353 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045611 s
InvBiCGStab: k = 76 resid = 2.256146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292518(s) Flops=501663744 => 1714.98418558858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246913.337451288 Mflops = 246.913337451288 Gflops = 0.246913337451288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068039 s
InvBiCGStab: k = 99 resid = 9.313653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388333(s) Flops=652584960 => 1680.47773431565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241943.965796902 Mflops = 241.943965796902 Gflops = 0.241943965796902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001287619 Relative Rsd = 5.64551131607853e-07
BICGSTAB_SOLVER_TIME: 0.798711 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046082 s
InvBiCGStab: k = 52 resid = 1.957613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22886(s) Flops=344180736 => 1503.89205627895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216506.093225919 Mflops = 216.506093225919 Gflops = 0.216506093225919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062431 s
InvBiCGStab: k = 73 resid = 1.127108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280681(s) Flops=481978368 => 1717.17489961914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247206.384206453 Mflops = 247.206384206453 Gflops = 0.247206384206453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001068085 Relative Rsd = 4.68297392842304e-07
BICGSTAB_SOLVER_TIME: 0.621888 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 72 resid = 1.76269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267434(s) Flops=475416576 => 1777.69683735052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255940.792572087 Mflops = 255.940792572087 Gflops = 0.255940792572087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059238 s
InvBiCGStab: k = 87 resid = 9.433947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376102(s) Flops=573843456 => 1525.76549978463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219680.244325974 Mflops = 219.680244325974 Gflops = 0.219680244325974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001131388 Relative Rsd = 4.96052080420944e-07
BICGSTAB_SOLVER_TIME: 0.747935 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127646
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 56 resid = 2.186906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227177(s) Flops=370427904 => 1630.56957350436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234755.194766817 Mflops = 234.755194766817 Gflops = 0.234755194766817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064005 s
InvBiCGStab: k = 81 resid = 9.729345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3484(s) Flops=534472704 => 1534.0777956372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220868.254344819 Mflops = 220.868254344819 Gflops = 0.220868254344819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001080227 Relative Rsd = 4.73620949394553e-07
BICGSTAB_SOLVER_TIME: 0.684074 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112191
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.060838(s) Flops=1549025280 => 1460.19022697151 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210255.873897704 Mflops = 210.255873897704 Gflops = 0.210255873897704 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171788000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041077 s
InvBiCGStab: k = 25 resid = 2.237892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09268(s) Flops=167012352 => 1802.03228312473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.289148398 Mflops = 259.364289148398 Gflops = 0.259364289148398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05604 s
InvBiCGStab: k = 51 resid = 8.297436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188118(s) Flops=337618944 => 1794.71897426084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258354.803540432 Mflops = 258.354803540432 Gflops = 0.258354803540432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007327555 Relative Rsd = 3.21273432503834e-07
BICGSTAB_SOLVER_TIME: 0.381798 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 66 resid = 2.181401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243358(s) Flops=436045824 => 1791.78750647195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257952.676579541 Mflops = 257.952676579541 Gflops = 0.257952676579541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055948 s
InvBiCGStab: k = 90 resid = 1.083209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328865(s) Flops=593528832 => 1804.77956608335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259830.065970238 Mflops = 259.830065970238 Gflops = 0.259830065970238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001200834 Relative Rsd = 5.26500600519459e-07
BICGSTAB_SOLVER_TIME: 0.672848 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125821
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 50 resid = 2.112974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200139(s) Flops=331057152 => 1654.13613538591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238138.829020218 Mflops = 238.138829020218 Gflops = 0.238138829020218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063336 s
InvBiCGStab: k = 67 resid = 9.253989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275985(s) Flops=442607616 => 1603.73794227947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230884.81544262 Mflops = 230.88481544262 Gflops = 0.23088481544262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009981672 Relative Rsd = 4.37642051413085e-07
BICGSTAB_SOLVER_TIME: 0.58431 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976310000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048194 s
InvBiCGStab: k = 56 resid = 1.785334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224318(s) Flops=370427904 => 1651.35167039649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237740.544865822 Mflops = 237.740544865822 Gflops = 0.237740544865822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05659 s
InvBiCGStab: k = 90 resid = 9.728892e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405827(s) Flops=593528832 => 1462.51686556094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210569.682525457 Mflops = 210.569682525457 Gflops = 0.210569682525457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001130897 Relative Rsd = 4.95836837194987e-07
BICGSTAB_SOLVER_TIME: 0.738806 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045751 s
InvBiCGStab: k = 55 resid = 1.969385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220062(s) Flops=363866112 => 1653.47089456608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238040.007857916 Mflops = 238.040007857916 Gflops = 0.238040007857916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 83 resid = 1.059117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308057(s) Flops=547596288 => 1777.58105805095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255918.025722237 Mflops = 255.918025722237 Gflops = 0.255918025722237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001068382 Relative Rsd = 4.68427498363519e-07
BICGSTAB_SOLVER_TIME: 0.634236 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113092
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028652(s) Flops=1542905856 => 1499.92986549387 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215992.725871551 Mflops = 215.992725871551 Gflops = 0.215992725871551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171277000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041831 s
InvBiCGStab: k = 28 resid = 2.133865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105167(s) Flops=186697728 => 1775.25010697272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255493.339371908 Mflops = 255.493339371908 Gflops = 0.255493339371908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05689 s
InvBiCGStab: k = 48 resid = 9.817646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184939(s) Flops=317933568 => 1719.12667420068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247468.054505012 Mflops = 247.468054505012 Gflops = 0.247468054505012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007362606 Relative Rsd = 3.22810249741285e-07
BICGSTAB_SOLVER_TIME: 0.392883 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 50 resid = 1.883693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184019(s) Flops=331057152 => 1799.03788195784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258983.863986515 Mflops = 258.983863986515 Gflops = 0.258983863986515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056664 s
InvBiCGStab: k = 71 resid = 1.100833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260212(s) Flops=468854784 => 1801.81845572072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259395.213474698 Mflops = 259.395213474698 Gflops = 0.259395213474698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.00107728 Relative Rsd = 4.72328724411971e-07
BICGSTAB_SOLVER_TIME: 0.545922 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 45 resid = 1.762168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165251(s) Flops=298248192 => 1804.81928702398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259797.607913993 Mflops = 259.797607913993 Gflops = 0.259797607913993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 71 resid = 8.75266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25908(s) Flops=468854784 => 1809.69115331172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260529.18501997 Mflops = 260.52918501997 Gflops = 0.26052918501997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001000895 Relative Rsd = 4.38837858455464e-07
BICGSTAB_SOLVER_TIME: 0.525864 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971220000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 65 resid = 2.160143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249154(s) Flops=429484032 => 1723.76936352617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248176.87910939 Mflops = 248.17687910939 Gflops = 0.24817687910939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063661 s
InvBiCGStab: k = 77 resid = 1.149189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318542(s) Flops=508225536 => 1595.47417922911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229709.801810801 Mflops = 229.709801810801 Gflops = 0.229709801810801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001082356 Relative Rsd = 4.74554044346821e-07
BICGSTAB_SOLVER_TIME: 0.676571 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049324 s
InvBiCGStab: k = 65 resid = 1.689272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259156(s) Flops=429484032 => 1657.24132182932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238589.916156731 Mflops = 238.589916156731 Gflops = 0.238589916156731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065911 s
InvBiCGStab: k = 73 resid = 1.096503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311831(s) Flops=481978368 => 1545.63968303344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222529.535017336 Mflops = 222.529535017336 Gflops = 0.222529535017336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001044013 Relative Rsd = 4.57742920585592e-07
BICGSTAB_SOLVER_TIME: 0.690091 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11293
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064237(s) Flops=1580580864 => 1485.17751591046 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213846.943406669 Mflops = 213.846943406669 Gflops = 0.213846943406669 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175672000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053085 s
InvBiCGStab: k = 29 resid = 2.124462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128248(s) Flops=193259520 => 1506.92034183769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216909.697398244 Mflops = 216.909697398244 Gflops = 0.216909697398244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06044 s
InvBiCGStab: k = 45 resid = 9.995591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168807(s) Flops=298248192 => 1766.79990758677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254313.070981453 Mflops = 254.313070981453 Gflops = 0.254313070981453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007169434 Relative Rsd = 3.14340681456746e-07
BICGSTAB_SOLVER_TIME: 0.41441 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 56 resid = 1.921194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209009(s) Flops=370427904 => 1772.3059963925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255153.856212162 Mflops = 255.153856212162 Gflops = 0.255153856212162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 67 resid = 1.081028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257655(s) Flops=442607616 => 1717.83049426559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247314.232143746 Mflops = 247.314232143746 Gflops = 0.247314232143746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001068153 Relative Rsd = 4.68327150205532e-07
BICGSTAB_SOLVER_TIME: 0.567913 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 58 resid = 1.955831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212339(s) Flops=383551488 => 1806.31672938085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260059.029410825 Mflops = 260.059029410825 Gflops = 0.260059029410825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055853 s
InvBiCGStab: k = 77 resid = 8.267334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296973(s) Flops=508225536 => 1711.3526684244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246372.891762223 Mflops = 246.372891762223 Gflops = 0.246372891762223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001013767 Relative Rsd = 4.44481855361651e-07
BICGSTAB_SOLVER_TIME: 0.609903 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110744
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04187 s
InvBiCGStab: k = 58 resid = 1.784507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214736(s) Flops=383551488 => 1786.1536398182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257146.756461465 Mflops = 257.146756461465 Gflops = 0.257146756461465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 87 resid = 1.081174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319514(s) Flops=573843456 => 1795.98845746978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.858821102 Mflops = 258.558858821102 Gflops = 0.258558858821102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00111625 Relative Rsd = 4.89414759250981e-07
BICGSTAB_SOLVER_TIME: 0.636486 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046514 s
InvBiCGStab: k = 49 resid = 2.24495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20657(s) Flops=324495360 => 1570.87360216876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226154.502595602 Mflops = 226.154502595602 Gflops = 0.226154502595602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05885 s
InvBiCGStab: k = 72 resid = 1.087333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30958(s) Flops=475416576 => 1535.68246010724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221086.64730664 Mflops = 221.08664730664 Gflops = 0.22108664730664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001001281 Relative Rsd = 4.39007470321685e-07
BICGSTAB_SOLVER_TIME: 0.625939 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100709
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081112(s) Flops=1580802048 => 1462.20007547784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210539.681620333 Mflops = 210.539681620333 Gflops = 0.210539681620333 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175533000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021464
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.033944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851929(s) Flops=1256269824 => 1474.6179834235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212284.069758784 Mflops = 212.284069758784 Gflops = 0.212284069758784 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 9.013609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885496(s) Flops=1531865088 => 1729.95144867961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249100.23238663 Mflops = 249.10023238663 Gflops = 0.24910023238663 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002006576 Relative Rsd = 8.83306648312074e-07
BICGSTAB_SOLVER_TIME: 1.740794 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.12057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302682999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.00054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.637996(s) Flops=1125033984 => 1763.38720618938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253829.601262808 Mflops = 253.829601262808 Gflops = 0.253829601262808 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 3.427405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869584(s) Flops=1558112256 => 1791.79039172754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.546089315 Mflops = 258.003546089315 Gflops = 0.258003546089315 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.00218215 Relative Rsd = 9.58571532230333e-07
BICGSTAB_SOLVER_TIME: 1.510967 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291277999999997
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.120525(s) Flops=1580802048 => 1410.76910198345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203149.402235804 Mflops = 203.149402235804 Gflops = 0.203149402235803 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175486000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044285 s
InvBiCGStab: k = 25 resid = 2.169608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093075(s) Flops=167012352 => 1794.38465753425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258196.937443124 Mflops = 258.196937443124 Gflops = 0.258196937443124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066403 s
InvBiCGStab: k = 42 resid = 1.094493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156021(s) Flops=278562816 => 1785.41873209376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256982.804515228 Mflops = 256.982804515228 Gflops = 0.256982804515228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.000690622 Relative Rsd = 3.02800183912145e-07
BICGSTAB_SOLVER_TIME: 0.363614 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04052 s
InvBiCGStab: k = 66 resid = 2.236521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258352(s) Flops=436045824 => 1687.79736173902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242985.076344986 Mflops = 242.985076344986 Gflops = 0.242985076344986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063636 s
InvBiCGStab: k = 97 resid = 9.348736e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448111(s) Flops=639461376 => 1427.0155742662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205456.021344106 Mflops = 205.456021344106 Gflops = 0.205456021344106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001218965 Relative Rsd = 5.34449746719138e-07
BICGSTAB_SOLVER_TIME: 0.814512 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046018 s
InvBiCGStab: k = 50 resid = 2.052176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203544(s) Flops=331057152 => 1626.46480367881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234145.130861317 Mflops = 234.145130861317 Gflops = 0.234145130861317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059982 s
InvBiCGStab: k = 64 resid = 9.706741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244422(s) Flops=422922240 => 1730.29530893291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249111.7425117 Mflops = 249.1117425117 Gflops = 0.2491117425117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009905985 Relative Rsd = 4.34323569474366e-07
BICGSTAB_SOLVER_TIME: 0.557819 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0957660000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 68 resid = 2.088855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278012(s) Flops=449169408 => 1615.64755478181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232618.384630407 Mflops = 232.618384630407 Gflops = 0.232618384630407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056785 s
InvBiCGStab: k = 95 resid = 6.211084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34903(s) Flops=626337792 => 1794.50990459273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258361.357877946 Mflops = 258.361357877946 Gflops = 0.258361357877946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001130667 Relative Rsd = 4.95735876535527e-07
BICGSTAB_SOLVER_TIME: 0.729121 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04071 s
InvBiCGStab: k = 54 resid = 1.943589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197479(s) Flops=357304320 => 1809.32818173072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260483.434295184 Mflops = 260.483434295184 Gflops = 0.260483434295184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056001 s
InvBiCGStab: k = 85 resid = 1.036298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310236(s) Flops=560719872 => 1807.39782617104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.557821419 Mflops = 260.220557821419 Gflops = 0.260220557821419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001050402 Relative Rsd = 4.60543991905026e-07
BICGSTAB_SOLVER_TIME: 0.608259 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113691
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.073589(s) Flops=1586995200 => 1478.21484758134 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212838.012458678 Mflops = 212.838012458678 Gflops = 0.212838012458678 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176355000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043834 s
InvBiCGStab: k = 26 resid = 2.157889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116724(s) Flops=173574144 => 1487.04759946541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214024.648390538 Mflops = 214.024648390538 Gflops = 0.214024648390538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059693 s
InvBiCGStab: k = 49 resid = 1.095359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200042(s) Flops=324495360 => 1622.1361514082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233526.327212441 Mflops = 233.526327212441 Gflops = 0.233526327212441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000772046 Relative Rsd = 3.38500189556257e-07
BICGSTAB_SOLVER_TIME: 0.424392 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 66 resid = 1.405866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261285(s) Flops=436045824 => 1668.85134623113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240259.090235374 Mflops = 240.259090235374 Gflops = 0.240259090235374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056537 s
InvBiCGStab: k = 95 resid = 7.217577e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367183(s) Flops=626337792 => 1705.7919130243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245599.291247216 Mflops = 245.599291247216 Gflops = 0.245599291247216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001211787 Relative Rsd = 5.31302561025692e-07
BICGSTAB_SOLVER_TIME: 0.729779 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051081 s
InvBiCGStab: k = 52 resid = 2.267609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238675(s) Flops=344180736 => 1442.04770503823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207623.456703445 Mflops = 207.623456703445 Gflops = 0.207623456703445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060004 s
InvBiCGStab: k = 67 resid = 1.076196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288676(s) Flops=442607616 => 1533.23316105253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220734.843236163 Mflops = 220.734843236163 Gflops = 0.220734843236163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001023894 Relative Rsd = 4.48921674371994e-07
BICGSTAB_SOLVER_TIME: 0.642771 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 56 resid = 2.144917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211254(s) Flops=370427904 => 1753.47166917549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252433.660035536 Mflops = 252.433660035536 Gflops = 0.252433660035536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056593 s
InvBiCGStab: k = 82 resid = 1.020447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314773(s) Flops=541034496 => 1718.80846197101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247457.772213373 Mflops = 247.457772213373 Gflops = 0.247457772213373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001096644 Relative Rsd = 4.80818964621223e-07
BICGSTAB_SOLVER_TIME: 0.627439 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112789
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04173 s
InvBiCGStab: k = 52 resid = 2.131694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190779(s) Flops=344180736 => 1804.08082650606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259727.463319852 Mflops = 259.727463319852 Gflops = 0.259727463319852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056294 s
InvBiCGStab: k = 91 resid = 1.059545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332247(s) Flops=600090624 => 1806.15814138277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.165224761 Mflops = 260.043165224761 Gflops = 0.260043165224761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001057179 Relative Rsd = 4.63515338633943e-07
BICGSTAB_SOLVER_TIME: 0.624888 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116646
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983197(s) Flops=1580802048 => 1607.8182175088 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231526.585031872 Mflops = 231.526585031872 Gflops = 0.231526585031872 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175676000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042247 s
InvBiCGStab: k = 28 resid = 1.98853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105109(s) Flops=186697728 => 1776.2297044021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255648.423646629 Mflops = 255.648423646629 Gflops = 0.255648423646629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0574 s
InvBiCGStab: k = 51 resid = 8.145046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195698(s) Flops=337618944 => 1725.20385491931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248350.295409245 Mflops = 248.350295409245 Gflops = 0.248350295409245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007531174 Relative Rsd = 3.30201024285675e-07
BICGSTAB_SOLVER_TIME: 0.404206 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047472 s
InvBiCGStab: k = 55 resid = 1.837992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227811(s) Flops=363866112 => 1597.22801796226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229950.596549302 Mflops = 229.950596549302 Gflops = 0.229950596549302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 85 resid = 1.035624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333428(s) Flops=560719872 => 1681.6820183068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242117.094094714 Mflops = 242.117094094714 Gflops = 0.242117094094714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001075261 Relative Rsd = 4.71443608741752e-07
BICGSTAB_SOLVER_TIME: 0.668968 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 46 resid = 2.260228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178531(s) Flops=304809984 => 1707.32244820227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245784.115816932 Mflops = 245.784115816932 Gflops = 0.245784115816932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063026 s
InvBiCGStab: k = 70 resid = 9.614869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267098(s) Flops=462292992 => 1730.79915237104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249183.378277161 Mflops = 249.183378277161 Gflops = 0.249183378277161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009808097 Relative Rsd = 4.30031720611533e-07
BICGSTAB_SOLVER_TIME: 0.553789 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970980000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058845 s
InvBiCGStab: k = 61 resid = 2.256053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254385(s) Flops=403236864 => 1585.14402971873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228201.764574308 Mflops = 228.201764574308 Gflops = 0.228201764574308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064136 s
InvBiCGStab: k = 95 resid = 1.083506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388097(s) Flops=626337792 => 1613.86919249569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232359.058146837 Mflops = 232.359058146837 Gflops = 0.232359058146837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00107804 Relative Rsd = 4.72661823129684e-07
BICGSTAB_SOLVER_TIME: 0.769433 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042107 s
InvBiCGStab: k = 49 resid = 2.241061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181907(s) Flops=324495360 => 1783.85306777639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256809.185321959 Mflops = 256.809185321959 Gflops = 0.256809185321959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061121 s
InvBiCGStab: k = 62 resid = 1.075387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253351(s) Flops=409798656 => 1617.51347340251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232853.627359642 Mflops = 232.853627359642 Gflops = 0.232853627359642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001000782 Relative Rsd = 4.38788552086891e-07
BICGSTAB_SOLVER_TIME: 0.542367 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0935020000000003
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977192(s) Flops=1574535168 => 1611.2853645957 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232042.451399515 Mflops = 232.042451399515 Gflops = 0.232042451399515 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050871 s
InvBiCGStab: k = 30 resid = 2.168637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114426(s) Flops=199821312 => 1746.29290545855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251360.279905227 Mflops = 251.360279905227 Gflops = 0.251360279905227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056029 s
InvBiCGStab: k = 50 resid = 1.009637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187852(s) Flops=331057152 => 1762.32966377787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253690.232293457 Mflops = 253.690232293457 Gflops = 0.253690232293457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007201619 Relative Rsd = 3.15751859329556e-07
BICGSTAB_SOLVER_TIME: 0.413533 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045968 s
InvBiCGStab: k = 55 resid = 2.095918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232495(s) Flops=363866112 => 1565.04919245575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225319.82488488 Mflops = 225.31982488488 Gflops = 0.22531982488488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057863 s
InvBiCGStab: k = 92 resid = 5.340092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394233(s) Flops=606652416 => 1538.81693313345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221551.899774258 Mflops = 221.551899774258 Gflops = 0.221551899774258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001113691 Relative Rsd = 4.88292860719672e-07
BICGSTAB_SOLVER_TIME: 0.734379 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04274 s
InvBiCGStab: k = 51 resid = 1.689708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199096(s) Flops=337618944 => 1695.75955318038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244110.00351451 Mflops = 244.11000351451 Gflops = 0.24411000351451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058041 s
InvBiCGStab: k = 65 resid = 1.113075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250026(s) Flops=429484032 => 1717.75748122195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247306.427888952 Mflops = 247.306427888952 Gflops = 0.247306427888952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009854877 Relative Rsd = 4.32082783877325e-07
BICGSTAB_SOLVER_TIME: 0.553734 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971960000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044177 s
InvBiCGStab: k = 53 resid = 2.264573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205451(s) Flops=350742528 => 1707.18335758891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245769.391207669 Mflops = 245.769391207669 Gflops = 0.245769391207669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056537 s
InvBiCGStab: k = 84 resid = 1.067897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334428(s) Flops=554158080 => 1657.03254512182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238563.237820912 Mflops = 238.563237820912 Gflops = 0.238563237820912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001066469 Relative Rsd = 4.67588830721666e-07
BICGSTAB_SOLVER_TIME: 0.644525 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041894 s
InvBiCGStab: k = 50 resid = 2.278343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203488(s) Flops=331057152 => 1626.91240761126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234224.733363657 Mflops = 234.224733363657 Gflops = 0.234224733363657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061251 s
InvBiCGStab: k = 66 resid = 1.115904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268593(s) Flops=436045824 => 1623.44448291653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233724.066868218 Mflops = 233.724066868218 Gflops = 0.233724066868218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001010947 Relative Rsd = 4.43245112804162e-07
BICGSTAB_SOLVER_TIME: 0.579247 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969490000000003
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.039597(s) Flops=1568342016 => 1508.60575396043 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217227.333087112 Mflops = 217.227333087112 Gflops = 0.217227333087112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174312000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021482
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 2.12363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.955212(s) Flops=1407191040 => 1473.17144256982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212097.240400496 Mflops = 212.097240400496 Gflops = 0.212097240400496 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 7.749112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871423(s) Flops=1499056128 => 1720.23934185809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247702.504998856 Mflops = 247.702504998856 Gflops = 0.247702504998856 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002448174 Relative Rsd = 1.07768763837762e-06
BICGSTAB_SOLVER_TIME: 1.830078 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.115649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315697999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.230842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77876(s) Flops=1275955200 => 1638.44470697005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235857.07692119 Mflops = 235.85707692119 Gflops = 0.23585707692119 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 5.060218e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846789(s) Flops=1466247168 => 1731.53780693892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249329.102235126 Mflops = 249.329102235126 Gflops = 0.249329102235126 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002157359 Relative Rsd = 9.47659924304219e-07
BICGSTAB_SOLVER_TIME: 1.62885 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298394999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.059587(s) Flops=1568342016 => 1480.14463748611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213163.172391117 Mflops = 213.163172391117 Gflops = 0.213163172391117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173878000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040967 s
InvBiCGStab: k = 25 resid = 2.203105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095004(s) Flops=167012352 => 1757.95073891626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253022.06336157 Mflops = 253.02206336157 Gflops = 0.25302206336157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 47 resid = 1.042359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180845(s) Flops=311371776 => 1721.76049102823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247851.165913077 Mflops = 247.851165913077 Gflops = 0.247851165913077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006908994 Relative Rsd = 3.02921816496317e-07
BICGSTAB_SOLVER_TIME: 0.37678 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041251 s
InvBiCGStab: k = 73 resid = 2.132333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270278(s) Flops=481978368 => 1783.26896010774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256744.085123289 Mflops = 256.744085123289 Gflops = 0.256744085123289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063378 s
InvBiCGStab: k = 109 resid = 8.005813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453894(s) Flops=718202880 => 1582.31410858042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227823.391210642 Mflops = 227.823391210642 Gflops = 0.227823391210642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001235945 Relative Rsd = 5.41894651081201e-07
BICGSTAB_SOLVER_TIME: 0.833266 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144203999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043938 s
InvBiCGStab: k = 46 resid = 2.262538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170428(s) Flops=304809984 => 1788.49710141526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257472.452765889 Mflops = 257.472452765889 Gflops = 0.257472452765889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 72 resid = 1.135339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28277(s) Flops=475416576 => 1681.28364395091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242052.117418894 Mflops = 242.052117418894 Gflops = 0.242052117418894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001026202 Relative Rsd = 4.49933628888906e-07
BICGSTAB_SOLVER_TIME: 0.557476 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0988680000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 61 resid = 2.128568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227647(s) Flops=403236864 => 1771.32518328816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255015.500026377 Mflops = 255.015500026377 Gflops = 0.255015500026377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05641 s
InvBiCGStab: k = 91 resid = 3.782551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335994(s) Flops=600090624 => 1786.01589314095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257145.003620498 Mflops = 257.145003620498 Gflops = 0.257145003620498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001102046 Relative Rsd = 4.83187099482851e-07
BICGSTAB_SOLVER_TIME: 0.66518 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041211 s
InvBiCGStab: k = 56 resid = 2.12079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205839(s) Flops=370427904 => 1799.60019238337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259057.38014356 Mflops = 259.05738014356 Gflops = 0.25905738014356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056787 s
InvBiCGStab: k = 86 resid = 8.807203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315512(s) Flops=567281664 => 1797.97175384771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258860.910805265 Mflops = 258.860910805265 Gflops = 0.258860910805265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001107026 Relative Rsd = 4.85370616192171e-07
BICGSTAB_SOLVER_TIME: 0.623098 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115737
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064721(s) Flops=1562075136 => 1467.12156142313 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211249.716285892 Mflops = 211.249716285892 Gflops = 0.211249716285892 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173316000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047596 s
InvBiCGStab: k = 30 resid = 1.669659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128928(s) Flops=199821312 => 1549.86746090841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223075.382943398 Mflops = 223.075382943398 Gflops = 0.223075382943398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063753 s
InvBiCGStab: k = 47 resid = 1.144883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187585(s) Flops=311371776 => 1659.89698536663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238936.73799201 Mflops = 238.93673799201 Gflops = 0.23893673799201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007745982 Relative Rsd = 3.39619178705569e-07
BICGSTAB_SOLVER_TIME: 0.431722 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044281 s
InvBiCGStab: k = 72 resid = 2.270477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275773(s) Flops=475416576 => 1723.94170567822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248202.866915423 Mflops = 248.202866915423 Gflops = 0.248202866915423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070716 s
InvBiCGStab: k = 111 resid = 8.247654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439977(s) Flops=731326464 => 1662.19248733457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239314.523508022 Mflops = 239.314523508022 Gflops = 0.239314523508022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001260123 Relative Rsd = 5.52495214073754e-07
BICGSTAB_SOLVER_TIME: 0.834785 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144780999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043539 s
InvBiCGStab: k = 54 resid = 1.889056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227283(s) Flops=357304320 => 1572.06795052864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226319.083751641 Mflops = 226.319083751641 Gflops = 0.226319083751641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067435 s
InvBiCGStab: k = 73 resid = 8.397411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3318(s) Flops=481978368 => 1452.61714285714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209135.50485996 Mflops = 209.13550485996 Gflops = 0.20913550485996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001098882 Relative Rsd = 4.81799834688382e-07
BICGSTAB_SOLVER_TIME: 0.674203 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044098 s
InvBiCGStab: k = 62 resid = 2.261121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252862(s) Flops=409798656 => 1620.64151988041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233322.045707563 Mflops = 233.322045707563 Gflops = 0.233322045707563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062114 s
InvBiCGStab: k = 105 resid = 1.029716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411062(s) Flops=691955712 => 1683.33660615674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242367.35886841 Mflops = 242.36735886841 Gflops = 0.24236735886841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001169354 Relative Rsd = 5.12698135035209e-07
BICGSTAB_SOLVER_TIME: 0.773955 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041385 s
InvBiCGStab: k = 53 resid = 2.179994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201367(s) Flops=350742528 => 1741.80738651318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250756.210304117 Mflops = 250.756210304117 Gflops = 0.250756210304117 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059003 s
InvBiCGStab: k = 88 resid = 9.571547e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339653(s) Flops=580405248 => 1708.81825863455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246026.670320933 Mflops = 246.026670320933 Gflops = 0.246026670320933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001056512 Relative Rsd = 4.6322317543134e-07
BICGSTAB_SOLVER_TIME: 0.645214 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115139
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007773(s) Flops=1549615104 => 1537.66285066181 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221413.139736698 Mflops = 221.413139736698 Gflops = 0.221413139736698 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172133000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 30 resid = 1.593277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112954(s) Flops=199821312 => 1769.05033907608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254611.525505677 Mflops = 254.611525505677 Gflops = 0.254611525505677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057883 s
InvBiCGStab: k = 52 resid = 1.114402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201668(s) Flops=344180736 => 1706.67005176825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245697.058691426 Mflops = 245.697058691426 Gflops = 0.245697058691426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007386849 Relative Rsd = 3.23873169484927e-07
BICGSTAB_SOLVER_TIME: 0.417512 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 50 resid = 2.181233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184365(s) Flops=331057152 => 1795.66160605321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258509.525857814 Mflops = 258.509525857814 Gflops = 0.258509525857814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056895 s
InvBiCGStab: k = 86 resid = 8.260812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334287(s) Flops=567281664 => 1696.98990388499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244320.968284461 Mflops = 244.320968284461 Gflops = 0.244320968284461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001095019 Relative Rsd = 4.801064722828e-07
BICGSTAB_SOLVER_TIME: 0.62082 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041205 s
InvBiCGStab: k = 48 resid = 2.264267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194121(s) Flops=317933568 => 1637.81130325931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235775.04040537 Mflops = 235.77504040537 Gflops = 0.23577504040537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05897 s
InvBiCGStab: k = 80 resid = 1.148364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33306(s) Flops=527910912 => 1585.03246261935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228195.170323261 Mflops = 228.195170323261 Gflops = 0.228195170323261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00107252 Relative Rsd = 4.70241574601064e-07
BICGSTAB_SOLVER_TIME: 0.634346 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04745 s
InvBiCGStab: k = 57 resid = 8.445231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262818(s) Flops=376989696 => 1434.41353331964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206521.716024521 Mflops = 206.521716024521 Gflops = 0.206521716024521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060634 s
InvBiCGStab: k = 87 resid = 1.102904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329513(s) Flops=573843456 => 1741.48958007727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250727.888969323 Mflops = 250.727888969323 Gflops = 0.250727888969323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001109513 Relative Rsd = 4.86461328190148e-07
BICGSTAB_SOLVER_TIME: 0.704157 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 57 resid = 2.254732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211275(s) Flops=376989696 => 1784.35544195953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256876.530202318 Mflops = 256.876530202318 Gflops = 0.256876530202318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056093 s
InvBiCGStab: k = 90 resid = 6.498868e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360054(s) Flops=593528832 => 1648.44393340999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237329.699004909 Mflops = 237.329699004909 Gflops = 0.237329699004909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001052374 Relative Rsd = 4.61408895026638e-07
BICGSTAB_SOLVER_TIME: 0.672197 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119389
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003244(s) Flops=1543348224 => 1538.35779132494 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221504.318059744 Mflops = 221.504318059744 Gflops = 0.221504318059744 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171583000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.478086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044321 s
InvBiCGStab: k = 30 resid = 1.466532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122553(s) Flops=199821312 => 1630.48894763898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234724.509908063 Mflops = 234.724509908063 Gflops = 0.234724509908063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05885 s
InvBiCGStab: k = 42 resid = 1.123608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165806(s) Flops=278562816 => 1680.05268808125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241828.399262095 Mflops = 241.828399262095 Gflops = 0.241828399262095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007605856 Relative Rsd = 3.33475431639235e-07
BICGSTAB_SOLVER_TIME: 0.395423 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04281 s
InvBiCGStab: k = 58 resid = 1.73627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231936(s) Flops=383551488 => 1653.69536423841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238088.134714774 Mflops = 238.088134714774 Gflops = 0.238088134714774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061835 s
InvBiCGStab: k = 91 resid = 6.468227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356304(s) Flops=600090624 => 1684.20961875253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242479.062582831 Mflops = 242.479062582831 Gflops = 0.242479062582831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001126174 Relative Rsd = 4.93765969714903e-07
BICGSTAB_SOLVER_TIME: 0.696648 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120513
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048405 s
InvBiCGStab: k = 60 resid = 1.427981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237846(s) Flops=396675072 => 1667.78113569284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240115.748940943 Mflops = 240.115748940943 Gflops = 0.240115748940943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 87 resid = 6.337672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326854(s) Flops=573843456 => 1755.65682537157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252741.78694984 Mflops = 252.74178694984 Gflops = 0.25274178694984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00105182 Relative Rsd = 4.61166038192608e-07
BICGSTAB_SOLVER_TIME: 0.673133 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052137 s
InvBiCGStab: k = 66 resid = 2.21569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307135(s) Flops=436045824 => 1419.72039656828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204406.134526852 Mflops = 204.406134526852 Gflops = 0.204406134526852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061568 s
InvBiCGStab: k = 98 resid = 1.145538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442075(s) Flops=646023168 => 1461.34291240174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210404.819236555 Mflops = 210.404819236555 Gflops = 0.210404819236555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001130646 Relative Rsd = 4.95726740055222e-07
BICGSTAB_SOLVER_TIME: 0.866781 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 48 resid = 2.060831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203161(s) Flops=317933568 => 1564.93405722555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225297.767122993 Mflops = 225.297767122993 Gflops = 0.225297767122993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058184 s
InvBiCGStab: k = 87 resid = 1.006267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334462(s) Flops=573843456 => 1715.72093690763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247015.804385642 Mflops = 247.015804385642 Gflops = 0.247015804385642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001015139 Relative Rsd = 4.45083382849889e-07
BICGSTAB_SOLVER_TIME: 0.640922 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110747
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028162(s) Flops=1543200768 => 1500.93153413567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216193.917482667 Mflops = 216.193917482667 Gflops = 0.216193917482667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171214000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.479117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.136675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811058(s) Flops=1394067456 => 1718.82584969262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247499.416871216 Mflops = 247.499416871216 Gflops = 0.247499416871216 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 5.520572e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9007(s) Flops=1466247168 => 1627.8973775952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234404.824482445 Mflops = 234.404824482445 Gflops = 0.234404824482445 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002122454 Relative Rsd = 9.34303287315176e-07
BICGSTAB_SOLVER_TIME: 1.715103 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.126467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310661999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 164 resid = 2.08489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.66795(s) Flops=1079101440 => 1615.54224118572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232602.485858505 Mflops = 232.602485858505 Gflops = 0.232602485858505 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 7.576153e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.036761(s) Flops=1531865088 => 1477.54891243016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212758.539818538 Mflops = 212.758539818538 Gflops = 0.212758539818538 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002027746 Relative Rsd = 8.90716755533774e-07
BICGSTAB_SOLVER_TIME: 1.70815 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.119132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283409999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 306 resid = 1.711074e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.169448(s) Flops=2010875904 => 1719.50860918998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247603.059522619 Mflops = 247.603059522619 Gflops = 0.247603059522619 Tflops
InvBiCGStab: k = 347 resid = 5.893868e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.317292(s) Flops=2279909376 => 1730.75474230467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249220.039223082 Mflops = 249.220039223082 Gflops = 0.249220039223082 Tflops
BICGSTAB_SOLVER: 653 iterations. Rsd = 0.003144536 Relative Rsd = 1.38422352132567e-06
BICGSTAB_SOLVER_TIME: 2.491968 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.467139999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 265 resid = 2.179261e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.121805(s) Flops=1741842432 => 1552.71409202134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223565.209044006 Mflops = 223.565209044006 Gflops = 0.223565209044006 Tflops
InvBiCGStab: k = 281 resid = 1.086939e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.145273(s) Flops=1846831104 => 1612.56844787225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232201.463587412 Mflops = 232.201463587412 Gflops = 0.232201463587412 Tflops
BICGSTAB_SOLVER: 546 iterations. Rsd = 0.001959139 Relative Rsd = 8.60580523343754e-07
BICGSTAB_SOLVER_TIME: 2.27197 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.390470999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 231 resid = 1.35232e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.982832(s) Flops=1518741504 => 1545.27071157634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222458.098591257 Mflops = 222.458098591257 Gflops = 0.222458098591257 Tflops
InvBiCGStab: k = 257 resid = 6.917756e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.068604(s) Flops=1689348096 => 1580.89254391711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227640.391399267 Mflops = 227.640391399267 Gflops = 0.227640391399267 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.001956866 Relative Rsd = 8.57979200794155e-07
BICGSTAB_SOLVER_TIME: 2.056685 sec
2Flav::invert,  n_count = 488
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348240000000002
MInvCG2: 354 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.501162(s) Flops=2282416128 => 1520.43292329542 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218963.007699336 Mflops = 218.963007699336 Gflops = 0.218963007699336 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254204000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0214335575255973
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 485.856877 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.492528 secs
Doing Update: 2765 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 283 resid = 1.65214e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.033761(s) Flops=1859954688 => 1799.21150826932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259104.226092033 Mflops = 259.104226092033 Gflops = 0.259104226092033 Tflops
InvBiCGStab: k = 302 resid = 7.574216e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.221353(s) Flops=1984628736 => 1624.94277739523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233981.774058339 Mflops = 233.981774058339 Gflops = 0.233981774058339 Tflops
BICGSTAB_SOLVER: 585 iterations. Rsd = 0.001964026 Relative Rsd = 8.64465740370037e-07
BICGSTAB_SOLVER_TIME: 2.260622 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.422388999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
InvBiCGStab: k = 224 resid = 1.83151e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908053(s) Flops=1472808960 => 1621.94162675527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233584.699469733 Mflops = 233.584699469733 Gflops = 0.233584699469733 Tflops
InvBiCGStab: k = 248 resid = 6.187852e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953018(s) Flops=1630291968 => 1710.6623043846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246328.529520682 Mflops = 246.328529520682 Gflops = 0.246328529520682 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.001873423 Relative Rsd = 8.22882656954143e-07
BICGSTAB_SOLVER_TIME: 1.865848 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339809999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000359
MInvCG2: 377 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.672559(s) Flops=2421835776 => 1447.98226908587 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208511.296856076 Mflops = 208.511296856076 Gflops = 0.208511296856076 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269647000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 284 resid = 2.129784e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.115264(s) Flops=1866516480 => 1673.60954894985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241000.897526189 Mflops = 241.000897526189 Gflops = 0.241000897526189 Tflops
InvBiCGStab: k = 362 resid = 9.136802e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.35003(s) Flops=2378336256 => 1761.69141130197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253675.669984175 Mflops = 253.675669984175 Gflops = 0.253675669984175 Tflops
BICGSTAB_SOLVER: 646 iterations. Rsd = 0.002060642 Relative Rsd = 9.06991413328089e-07
BICGSTAB_SOLVER_TIME: 2.470003 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.461588999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 272 resid = 1.826235e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.023821(s) Flops=1787774976 => 1746.17924031642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251464.677026733 Mflops = 251.464677026733 Gflops = 0.251464677026733 Tflops
InvBiCGStab: k = 260 resid = 1.102138e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.080161(s) Flops=1709033472 => 1582.20253462215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227831.973930052 Mflops = 227.831973930052 Gflops = 0.227831973930052 Tflops
BICGSTAB_SOLVER: 532 iterations. Rsd = 0.002066706 Relative Rsd = 9.07780239470191e-07
BICGSTAB_SOLVER_TIME: 2.108528 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.380271
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 223 resid = 2.261223e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.892087(s) Flops=1466247168 => 1643.61454432135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236590.894921245 Mflops = 236.590894921245 Gflops = 0.236590894921245 Tflops
InvBiCGStab: k = 246 resid = 1.025975e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988344(s) Flops=1617168384 => 1636.24040212719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235608.070954849 Mflops = 235.608070954849 Gflops = 0.235608070954849 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.001768947 Relative Rsd = 7.75827337239271e-07
BICGSTAB_SOLVER_TIME: 1.885739 sec
2Flav::invert,  n_count = 469
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334669000000003
MInvCG2: 353 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.588601(s) Flops=2275928064 => 1432.66186034127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206383.827974517 Mflops = 206.383827974517 Gflops = 0.206383827974517 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253465000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.247217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680309(s) Flops=1203775488 => 1769.45400986904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254726.742241996 Mflops = 254.726742241996 Gflops = 0.254726742241996 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 9.473093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.94017(s) Flops=1604044800 => 1706.1220843039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245671.193267866 Mflops = 245.671193267866 Gflops = 0.245671193267866 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002038988 Relative Rsd = 8.97460429674967e-07
BICGSTAB_SOLVER_TIME: 1.623842 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.117718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305048999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.867747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657049(s) Flops=1177528320 => 1792.14688706626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258025.534544498 Mflops = 258.025534544498 Gflops = 0.258025534544498 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 9.944947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778512(s) Flops=1269393408 => 1630.53801097478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234782.771621355 Mflops = 234.782771621355 Gflops = 0.234782771621355 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.002093771 Relative Rsd = 9.19668448411868e-07
BICGSTAB_SOLVER_TIME: 1.44004 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.127786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265464999999998
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031166(s) Flops=1530298368 => 1484.04657252082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213685.408823943 Mflops = 213.685408823943 Gflops = 0.213685408823943 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170383000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 164 resid = 1.57774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714005(s) Flops=1079101440 => 1511.33597103662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217558.286549392 Mflops = 217.558286549392 Gflops = 0.217558286549392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 174 resid = 1.03116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700843(s) Flops=1144719360 => 1633.34635574587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235178.108430624 Mflops = 235.178108430624 Gflops = 0.235178108430624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 338 iterations. Rsd = 0.001725408 Relative Rsd = 7.56732100982238e-07
BICGSTAB_SOLVER_TIME: 1.41868 sec
2Flav::invert,  n_count = 338
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.243152999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000146 s
InvBiCGStab: k = 126 resid = 1.426108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.478868(s) Flops=829753344 => 1732.73917655805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249449.966195484 Mflops = 249.449966195484 Gflops = 0.249449966195484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 136 resid = 7.524457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.509926(s) Flops=895371264 => 1755.88470483953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252794.34579629 Mflops = 252.79434579629 Gflops = 0.25279434579629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 262 iterations. Rsd = 0.001558586 Relative Rsd = 6.83566916809029e-07
BICGSTAB_SOLVER_TIME: 0.992829 sec
2Flav::invert,  n_count = 262
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188760999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004783 s
InvBiCGStab: k = 93 resid = 1.780979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338975(s) Flops=613214208 => 1809.02487794085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260457.770443281 Mflops = 260.457770443281 Gflops = 0.260457770443281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007021 s
InvBiCGStab: k = 106 resid = 9.714421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387209(s) Flops=698517504 => 1803.9805479728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.452452285 Mflops = 259.724452452285 Gflops = 0.259724452452285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001371468 Relative Rsd = 6.01500554787762e-07
BICGSTAB_SOLVER_TIME: 0.741854 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145503
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007524 s
InvBiCGStab: k = 82 resid = 1.252193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326023(s) Flops=541034496 => 1659.4979372621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238930.428779498 Mflops = 238.930428779498 Gflops = 0.238930428779498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.012073 s
InvBiCGStab: k = 100 resid = 7.403696e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446367(s) Flops=659146752 => 1476.69238989441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212611.781112843 Mflops = 212.611781112843 Gflops = 0.212611781112843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001290169 Relative Rsd = 5.65844122046186e-07
BICGSTAB_SOLVER_TIME: 0.79733 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134664
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010484 s
InvBiCGStab: k = 73 resid = 2.183382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313795(s) Flops=481978368 => 1535.96573559171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221141.480281677 Mflops = 221.141480281677 Gflops = 0.221141480281677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.017662 s
InvBiCGStab: k = 105 resid = 1.083221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408369(s) Flops=691955712 => 1694.43741322187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243963.922887534 Mflops = 243.963922887534 Gflops = 0.243963922887534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001285361 Relative Rsd = 5.63735341028608e-07
BICGSTAB_SOLVER_TIME: 0.756288 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132998
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.074068(s) Flops=1523884032 => 1418.79660505666 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204300.704371833 Mflops = 204.300704371833 Gflops = 0.204300704371833 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169235000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014138 s
InvBiCGStab: k = 26 resid = 2.22062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099655(s) Flops=173574144 => 1741.75047915308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250663.422163162 Mflops = 250.663422163162 Gflops = 0.250663422163162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019363 s
InvBiCGStab: k = 54 resid = 3.12258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203009(s) Flops=357304320 => 1760.04177154707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253367.292287157 Mflops = 253.367292287157 Gflops = 0.253367292287157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000756647 Relative Rsd = 3.31851351015117e-07
BICGSTAB_SOLVER_TIME: 0.339991 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0639230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016968 s
InvBiCGStab: k = 87 resid = 1.783826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342779(s) Flops=573843456 => 1674.09163338478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241035.769743419 Mflops = 241.035769743419 Gflops = 0.241035769743419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.028084 s
InvBiCGStab: k = 100 resid = 1.01984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364967(s) Flops=659146752 => 1806.04479857083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260029.191967897 Mflops = 260.029191967897 Gflops = 0.260029191967897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001298149 Relative Rsd = 5.69343916332925e-07
BICGSTAB_SOLVER_TIME: 0.756598 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141801
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021239 s
InvBiCGStab: k = 55 resid = 2.216051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202244(s) Flops=363866112 => 1799.14416249679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259019.813399453 Mflops = 259.019813399453 Gflops = 0.259019813399453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028662 s
InvBiCGStab: k = 83 resid = 8.657694e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302772(s) Flops=547596288 => 1808.60940906028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260373.985501999 Mflops = 260.373985501999 Gflops = 0.260373985501999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001079784 Relative Rsd = 4.7357303057743e-07
BICGSTAB_SOLVER_TIME: 0.558703 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107546
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023511 s
InvBiCGStab: k = 63 resid = 1.81059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230119(s) Flops=416360448 => 1809.32668749647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260477.580385582 Mflops = 260.477580385582 Gflops = 0.260477580385582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034596 s
InvBiCGStab: k = 93 resid = 1.019766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342261(s) Flops=613214208 => 1791.65668305767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257950.019172286 Mflops = 257.950019172286 Gflops = 0.257950019172286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001200923 Relative Rsd = 5.26702497491626e-07
BICGSTAB_SOLVER_TIME: 0.634962 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121693
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.031983 s
InvBiCGStab: k = 67 resid = 1.649562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300338(s) Flops=442607616 => 1473.69835318874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212185.735994309 Mflops = 212.185735994309 Gflops = 0.212185735994309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.047935 s
InvBiCGStab: k = 92 resid = 6.974208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399164(s) Flops=606652416 => 1519.80743754447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218812.166692319 Mflops = 218.812166692319 Gflops = 0.218812166692319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001143117 Relative Rsd = 5.01349692769788e-07
BICGSTAB_SOLVER_TIME: 0.783231 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124366
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017302(s) Flops=1511424000 => 1485.71810534138 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213928.789154102 Mflops = 213.928789154102 Gflops = 0.213928789154102 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167644000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03575 s
InvBiCGStab: k = 25 resid = 2.276779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101269(s) Flops=167012352 => 1649.19523249958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237365.437812414 Mflops = 237.365437812414 Gflops = 0.237365437812414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.048618 s
InvBiCGStab: k = 45 resid = 1.144591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182645(s) Flops=298248192 => 1632.9392646938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235068.142687367 Mflops = 235.068142687367 Gflops = 0.235068142687367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007481972 Relative Rsd = 3.28145411666191e-07
BICGSTAB_SOLVER_TIME: 0.372774 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0619580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.038285 s
InvBiCGStab: k = 53 resid = 2.075323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197285(s) Flops=350742528 => 1777.84691182807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255949.700355443 Mflops = 255.949700355443 Gflops = 0.255949700355443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050069 s
InvBiCGStab: k = 88 resid = 5.239327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351014(s) Flops=580405248 => 1653.5102531523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238064.265376311 Mflops = 238.064265376311 Gflops = 0.238064265376311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001148254 Relative Rsd = 5.036030178545e-07
BICGSTAB_SOLVER_TIME: 0.640581 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 56 resid = 2.119844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205674(s) Flops=370427904 => 1801.04390443128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259281.05720939 Mflops = 259.28105720939 Gflops = 0.25928105720939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 68 resid = 1.054355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248429(s) Flops=449169408 => 1808.03935128347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260282.158790356 Mflops = 260.282158790356 Gflops = 0.260282158790356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00102663 Relative Rsd = 4.50260998149249e-07
BICGSTAB_SOLVER_TIME: 0.555984 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 62 resid = 1.787676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243055(s) Flops=409798656 => 1686.03260990311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242724.602729709 Mflops = 242.724602729709 Gflops = 0.242724602729709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057838 s
InvBiCGStab: k = 77 resid = 1.11751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292789(s) Flops=508225536 => 1735.80816219189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249895.089542281 Mflops = 249.895089542281 Gflops = 0.249895089542281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00107913 Relative Rsd = 4.7328654638079e-07
BICGSTAB_SOLVER_TIME: 0.639003 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041445 s
InvBiCGStab: k = 53 resid = 1.882813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210313(s) Flops=350742528 => 1667.71682206996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240073.592648401 Mflops = 240.073592648401 Gflops = 0.240073592648401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060448 s
InvBiCGStab: k = 80 resid = 8.715808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345606(s) Flops=527910912 => 1527.49348101595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219918.398294082 Mflops = 219.918398294082 Gflops = 0.219918398294082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001063225 Relative Rsd = 4.66310852764366e-07
BICGSTAB_SOLVER_TIME: 0.662155 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109281
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031306(s) Flops=1492475904 => 1447.17077569606 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208402.680810139 Mflops = 208.402680810139 Gflops = 0.208402680810139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165573000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045648 s
InvBiCGStab: k = 29 resid = 1.978598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119986(s) Flops=193259520 => 1610.6839131232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231820.105205055 Mflops = 231.820105205055 Gflops = 0.231820105205055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060157 s
InvBiCGStab: k = 49 resid = 7.839529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191987(s) Flops=324495360 => 1690.19444024856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243314.792602947 Mflops = 243.314792602947 Gflops = 0.243314792602947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007161558 Relative Rsd = 3.14092649567467e-07
BICGSTAB_SOLVER_TIME: 0.421647 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044123 s
InvBiCGStab: k = 54 resid = 1.972313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229263(s) Flops=357304320 => 1558.49099069627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224383.921400663 Mflops = 224.383921400663 Gflops = 0.224383921400663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059236 s
InvBiCGStab: k = 84 resid = 5.453007e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351123(s) Flops=554158080 => 1578.24488854333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227228.017292401 Mflops = 227.228017292401 Gflops = 0.227228017292401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001136583 Relative Rsd = 4.98484289169781e-07
BICGSTAB_SOLVER_TIME: 0.688083 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049311 s
InvBiCGStab: k = 62 resid = 1.219109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242398(s) Flops=409798656 => 1690.6024637167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243370.77119992 Mflops = 243.37077119992 Gflops = 0.24337077119992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059798 s
InvBiCGStab: k = 68 resid = 1.139985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254428(s) Flops=449169408 => 1765.40871287751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254144.250797793 Mflops = 254.144250797793 Gflops = 0.254144250797793 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001060228 Relative Rsd = 4.64996476953618e-07
BICGSTAB_SOLVER_TIME: 0.609863 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041437 s
InvBiCGStab: k = 62 resid = 2.209981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227778(s) Flops=409798656 => 1799.11429549825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259000.673123995 Mflops = 259.000673123995 Gflops = 0.259000673123995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056657 s
InvBiCGStab: k = 74 resid = 1.129139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274574(s) Flops=488540160 => 1779.26591738475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256153.141223684 Mflops = 256.153141223684 Gflops = 0.256153141223684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001089141 Relative Rsd = 4.77677040508981e-07
BICGSTAB_SOLVER_TIME: 0.604274 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040655 s
InvBiCGStab: k = 54 resid = 2.242422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210294(s) Flops=357304320 => 1699.07044423521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244609.835028557 Mflops = 244.609835028557 Gflops = 0.244609835028557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063124 s
InvBiCGStab: k = 82 resid = 9.831203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3113(s) Flops=541034496 => 1737.98424670736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250204.478219445 Mflops = 250.204478219445 Gflops = 0.250204478219445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001057791 Relative Rsd = 4.63927637143876e-07
BICGSTAB_SOLVER_TIME: 0.629259 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111505
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031786(s) Flops=1467777024 => 1422.5595462625 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204834.20581564 Mflops = 204.83420581564 Gflops = 0.20483420581564 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162717000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.651724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.747268(s) Flops=1289078784 => 1725.0555142198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248428.965079821 Mflops = 248.428965079821 Gflops = 0.248428965079821 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.097239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.89503(s) Flops=1505617920 => 1682.1982726836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242224.224340283 Mflops = 242.224224340283 Gflops = 0.242224224340283 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.00205363 Relative Rsd = 9.03883847038493e-07
BICGSTAB_SOLVER_TIME: 1.645643 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.122535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303148999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.263909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718641(s) Flops=1262831616 => 1757.2496086363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253003.136422845 Mflops = 253.003136422845 Gflops = 0.253003136422845 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 8.625081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937131(s) Flops=1400629248 => 1494.59280292723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215212.325936309 Mflops = 215.212325936309 Gflops = 0.215212325936309 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002116502 Relative Rsd = 9.29676002199141e-07
BICGSTAB_SOLVER_TIME: 1.659125 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289261999999999
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943695(s) Flops=1467777024 => 1555.35106575747 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224282.491222902 Mflops = 224.282491222902 Gflops = 0.224282491222902 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 32 resid = 2.245405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12015(s) Flops=212944896 => 1772.32539325843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255110.713958163 Mflops = 255.110713958163 Gflops = 0.255110713958163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 46 resid = 1.109082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170785(s) Flops=304809984 => 1784.75852094739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256916.482731009 Mflops = 256.916482731009 Gflops = 0.256916482731009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007165654 Relative Rsd = 3.14272295734973e-07
BICGSTAB_SOLVER_TIME: 0.39288 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0431 s
InvBiCGStab: k = 82 resid = 7.535419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304466(s) Flops=541034496 => 1776.99479087977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255837.815559154 Mflops = 255.837815559154 Gflops = 0.255837815559154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060508 s
InvBiCGStab: k = 109 resid = 7.882068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404153(s) Flops=718202880 => 1777.05690666653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255842.334148321 Mflops = 255.842334148321 Gflops = 0.255842334148321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001304517 Relative Rsd = 5.72137124485766e-07
BICGSTAB_SOLVER_TIME: 0.816137 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150796999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042008 s
InvBiCGStab: k = 54 resid = 1.304026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211431(s) Flops=357304320 => 1689.93345346709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243293.889329497 Mflops = 243.293889329497 Gflops = 0.243293889329497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064437 s
InvBiCGStab: k = 74 resid = 1.061319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272305(s) Flops=488540160 => 1794.09177209379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258295.813048076 Mflops = 258.295813048076 Gflops = 0.258295813048076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00104256 Relative Rsd = 4.57247311746586e-07
BICGSTAB_SOLVER_TIME: 0.59401 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049277 s
InvBiCGStab: k = 63 resid = 8.705615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275578(s) Flops=416360448 => 1510.86243459202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217527.036637463 Mflops = 217.527036637463 Gflops = 0.217527036637463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064263 s
InvBiCGStab: k = 96 resid = 9.863898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43605(s) Flops=632899584 => 1451.43810113519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208977.85890244 Mflops = 208.97785890244 Gflops = 0.20897785890244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001138597 Relative Rsd = 4.99367687774356e-07
BICGSTAB_SOLVER_TIME: 0.82908 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042131 s
InvBiCGStab: k = 56 resid = 1.994338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225685(s) Flops=370427904 => 1641.34924341449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236284.348162544 Mflops = 236.284348162544 Gflops = 0.236284348162544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077093 s
InvBiCGStab: k = 88 resid = 1.091396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404899(s) Flops=580405248 => 1433.45685714215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206388.301231584 Mflops = 206.388301231584 Gflops = 0.206388301231584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001133291 Relative Rsd = 4.97040227053658e-07
BICGSTAB_SOLVER_TIME: 0.753892 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11703
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958296(s) Flops=1461583872 => 1525.19041298305 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219690.786391986 Mflops = 219.690786391986 Gflops = 0.219690786391986 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162057000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053272 s
InvBiCGStab: k = 30 resid = 1.10683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141014(s) Flops=199821312 => 1417.03172734622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203891.75665297 Mflops = 203.89175665297 Gflops = 0.20389175665297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079919 s
InvBiCGStab: k = 52 resid = 9.132683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197981(s) Flops=344180736 => 1738.45336673721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250257.878181617 Mflops = 250.257878181617 Gflops = 0.250257878181617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007246545 Relative Rsd = 3.17820033108621e-07
BICGSTAB_SOLVER_TIME: 0.476072 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 84 resid = 7.44719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332033(s) Flops=554158080 => 1668.98495029109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240291.808177149 Mflops = 240.291808177149 Gflops = 0.240291808177149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057329 s
InvBiCGStab: k = 103 resid = 1.136058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397507(s) Flops=678832128 => 1707.72370801017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245867.134894874 Mflops = 245.867134894874 Gflops = 0.245867134894874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001276408 Relative Rsd = 5.59808909431742e-07
BICGSTAB_SOLVER_TIME: 0.832141 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147958
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042532 s
InvBiCGStab: k = 49 resid = 2.274468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202192(s) Flops=324495360 => 1604.8872358946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231046.15074108 Mflops = 231.04615074108 Gflops = 0.23104615074108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057344 s
InvBiCGStab: k = 83 resid = 9.659834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322689(s) Flops=547596288 => 1696.97847772933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244318.915505888 Mflops = 244.318915505888 Gflops = 0.244318915505888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001054028 Relative Rsd = 4.6227704703356e-07
BICGSTAB_SOLVER_TIME: 0.628535 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041317 s
InvBiCGStab: k = 66 resid = 1.8811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265507(s) Flops=436045824 => 1642.31385236547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236443.94318325 Mflops = 236.44394318325 Gflops = 0.23644394318325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 87 resid = 8.576155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349839(s) Flops=573843456 => 1640.30727277405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236147.850782245 Mflops = 236.147850782245 Gflops = 0.236147850782245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001102514 Relative Rsd = 4.83542384486422e-07
BICGSTAB_SOLVER_TIME: 0.718336 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123648
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047195 s
InvBiCGStab: k = 52 resid = 2.274398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219973(s) Flops=344180736 => 1564.64991612607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225243.613784425 Mflops = 225.243613784425 Gflops = 0.225243613784425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064591 s
InvBiCGStab: k = 87 resid = 9.75175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348562(s) Flops=573843456 => 1646.31674135448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237029.324341499 Mflops = 237.029324341499 Gflops = 0.237029324341499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001091848 Relative Rsd = 4.78864487124781e-07
BICGSTAB_SOLVER_TIME: 0.684172 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113518
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973215(s) Flops=1473896448 => 1514.46129375318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218065.280718195 Mflops = 218.065280718195 Gflops = 0.218065280718195 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163894000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044461 s
InvBiCGStab: k = 29 resid = 1.831715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139448(s) Flops=193259520 => 1385.88950719982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199486.161654459 Mflops = 199.486161654459 Gflops = 0.199486161654459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066167 s
InvBiCGStab: k = 41 resid = 1.026348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184332(s) Flops=272001024 => 1475.60393203567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212416.600707258 Mflops = 212.416600707258 Gflops = 0.212416600707258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006643948 Relative Rsd = 2.91391214984165e-07
BICGSTAB_SOLVER_TIME: 0.438329 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119273
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043 s
InvBiCGStab: k = 53 resid = 1.855634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203504(s) Flops=350742528 => 1723.51662866578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248128.02196949 Mflops = 248.12802196949 Gflops = 0.24812802196949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 84 resid = 4.454092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331621(s) Flops=554158080 => 1671.05846734676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240589.816712201 Mflops = 240.589816712201 Gflops = 0.240589816712201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001104439 Relative Rsd = 4.8438651979618e-07
BICGSTAB_SOLVER_TIME: 0.6386 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041761 s
InvBiCGStab: k = 54 resid = 1.562602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211211(s) Flops=357304320 => 1691.69370913447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243541.796521962 Mflops = 243.541796521962 Gflops = 0.243541796521962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 91 resid = 6.261058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336006(s) Flops=600090624 => 1785.95210799807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257128.398716301 Mflops = 257.128398716301 Gflops = 0.257128398716301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001019902 Relative Rsd = 4.47310277298737e-07
BICGSTAB_SOLVER_TIME: 0.649235 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042421 s
InvBiCGStab: k = 66 resid = 2.269228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248314(s) Flops=436045824 => 1756.025934905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252811.69620781 Mflops = 252.81169620781 Gflops = 0.25281169620781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072799 s
InvBiCGStab: k = 92 resid = 1.10482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350655(s) Flops=606652416 => 1730.05494289259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249082.859788026 Mflops = 249.082859788026 Gflops = 0.249082859788026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001113 Relative Rsd = 4.88141244682424e-07
BICGSTAB_SOLVER_TIME: 0.717982 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046025 s
InvBiCGStab: k = 53 resid = 1.671523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22644(s) Flops=350742528 => 1548.94244833068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223022.167125808 Mflops = 223.022167125808 Gflops = 0.223022167125808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062908 s
InvBiCGStab: k = 86 resid = 8.167474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371927(s) Flops=567281664 => 1525.25001949307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219598.124999021 Mflops = 219.598124999021 Gflops = 0.219598124999021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001073292 Relative Rsd = 4.70725905598417e-07
BICGSTAB_SOLVER_TIME: 0.711721 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113408
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991086(s) Flops=1486209024 => 1499.57624666275 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215917.405473033 Mflops = 215.917405473033 Gflops = 0.215917405473033 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165031000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05278 s
InvBiCGStab: k = 26 resid = 2.24036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118542(s) Flops=173574144 => 1464.24173710584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210792.550374947 Mflops = 210.792550374947 Gflops = 0.210792550374947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064893 s
InvBiCGStab: k = 50 resid = 6.522465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204776(s) Flops=331057152 => 1616.67945462359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232729.989162886 Mflops = 232.729989162886 Gflops = 0.232729989162886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007467038 Relative Rsd = 3.27490444766441e-07
BICGSTAB_SOLVER_TIME: 0.444856 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055881 s
InvBiCGStab: k = 63 resid = 7.273617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24512(s) Flops=416360448 => 1698.59843342037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244528.433893566 Mflops = 244.528433893566 Gflops = 0.244528433893566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05721 s
InvBiCGStab: k = 79 resid = 8.852426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322585(s) Flops=521349120 => 1616.16045383387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232674.847628762 Mflops = 232.674847628762 Gflops = 0.232674847628762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001152205 Relative Rsd = 5.05335810701688e-07
BICGSTAB_SOLVER_TIME: 0.684715 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115871
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048949 s
InvBiCGStab: k = 51 resid = 1.661292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187673(s) Flops=337618944 => 1798.97451418158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.212899162 Mflops = 258.971212899162 Gflops = 0.258971212899162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062242 s
InvBiCGStab: k = 77 resid = 1.070443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302843(s) Flops=508225536 => 1678.1815528178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241611.848460191 Mflops = 241.611848460191 Gflops = 0.241611848460191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001040262 Relative Rsd = 4.56239792115094e-07
BICGSTAB_SOLVER_TIME: 0.605404 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041787 s
InvBiCGStab: k = 59 resid = 1.735365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238019(s) Flops=390113280 => 1639.00058398699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235960.066111424 Mflops = 235.960066111424 Gflops = 0.235960066111424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056954 s
InvBiCGStab: k = 86 resid = 1.142628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33349(s) Flops=567281664 => 1701.04550061471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244900.967750838 Mflops = 244.900967750838 Gflops = 0.244900967750838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001112189 Relative Rsd = 4.87785679552251e-07
BICGSTAB_SOLVER_TIME: 0.67463 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044959 s
InvBiCGStab: k = 49 resid = 2.167355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195351(s) Flops=324495360 => 1661.0888093739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239127.551212746 Mflops = 239.127551212746 Gflops = 0.239127551212746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06034 s
InvBiCGStab: k = 84 resid = 7.28671e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36733(s) Flops=554158080 => 1508.61100372962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217216.031691204 Mflops = 217.216031691204 Gflops = 0.217216031691204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00107321 Relative Rsd = 4.70689858932434e-07
BICGSTAB_SOLVER_TIME: 0.672385 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109087
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024553(s) Flops=1498521600 => 1462.61013339476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210596.758898378 Mflops = 210.596758898378 Gflops = 0.210596758898378 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166339000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.234413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907389(s) Flops=1367820288 => 1507.42436595551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217027.24170439 Mflops = 217.02724170439 Gflops = 0.21702724170439 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 9.392537e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985361(s) Flops=1610606592 => 1634.53454317758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235366.042230053 Mflops = 235.366042230053 Gflops = 0.235366042230053 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002040009 Relative Rsd = 8.97860297279316e-07
BICGSTAB_SOLVER_TIME: 1.896445 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.122339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324522
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.49732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657329(s) Flops=1157842944 => 1761.43596889837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253642.658749227 Mflops = 253.642658749227 Gflops = 0.253642658749227 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 7.404254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814126(s) Flops=1426876416 => 1752.64813554659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252368.858836484 Mflops = 252.368858836484 Gflops = 0.252368858836484 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.002036649 Relative Rsd = 8.9462443506359e-07
BICGSTAB_SOLVER_TIME: 1.474919 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280682999999998
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004239(s) Flops=1498521600 => 1492.19618039132 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214858.790717849 Mflops = 214.858790717849 Gflops = 0.214858790717849 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166357000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047623 s
InvBiCGStab: k = 33 resid = 1.686116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121873(s) Flops=219506688 => 1801.11007360121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259231.252803212 Mflops = 259.231252803212 Gflops = 0.259231252803212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 45 resid = 8.323644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167124(s) Flops=298248192 => 1784.59223091836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256874.127530238 Mflops = 256.874127530238 Gflops = 0.256874127530238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007566921 Relative Rsd = 3.31871110306527e-07
BICGSTAB_SOLVER_TIME: 0.399019 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 76 resid = 1.950266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301296(s) Flops=501663744 => 1665.0195953481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239717.218793716 Mflops = 239.717218793716 Gflops = 0.239717218793716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072313 s
InvBiCGStab: k = 101 resid = 9.72023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.487746(s) Flops=665708544 => 1364.86725467764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196513.786765816 Mflops = 196.513786765816 Gflops = 0.196513786765816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001238649 Relative Rsd = 5.43248529868808e-07
BICGSTAB_SOLVER_TIME: 0.90629 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041527 s
InvBiCGStab: k = 48 resid = 2.07606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204666(s) Flops=317933568 => 1553.4264020404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223628.085956785 Mflops = 223.628085956785 Gflops = 0.223628085956785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057406 s
InvBiCGStab: k = 84 resid = 6.495108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34027(s) Flops=554158080 => 1628.58341904958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234467.534111332 Mflops = 234.467534111332 Gflops = 0.234467534111332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001087794 Relative Rsd = 4.77086406185913e-07
BICGSTAB_SOLVER_TIME: 0.648002 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049971 s
InvBiCGStab: k = 69 resid = 2.21624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284292(s) Flops=455731200 => 1603.03912878308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230784.473963667 Mflops = 230.784473963667 Gflops = 0.230784473963667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065472 s
InvBiCGStab: k = 89 resid = 1.135222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33126(s) Flops=586967040 => 1771.92247781199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255118.270831907 Mflops = 255.118270831907 Gflops = 0.255118270831907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001176685 Relative Rsd = 5.16071998713218e-07
BICGSTAB_SOLVER_TIME: 0.734796 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040676 s
InvBiCGStab: k = 62 resid = 1.933931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227449(s) Flops=409798656 => 1801.71667494691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259381.312141066 Mflops = 259.381312141066 Gflops = 0.259381312141066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055813 s
InvBiCGStab: k = 81 resid = 1.067111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2961(s) Flops=534472704 => 1805.04121580547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259876.590926201 Mflops = 259.876590926201 Gflops = 0.259876590926201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001074388 Relative Rsd = 4.71206715022719e-07
BICGSTAB_SOLVER_TIME: 0.623999 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116429
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027993(s) Flops=1504862208 => 1463.88371127041 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210787.572489452 Mflops = 210.787572489452 Gflops = 0.210787572489452 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166859000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048524 s
InvBiCGStab: k = 29 resid = 1.741151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127121(s) Flops=193259520 => 1520.28004814311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218846.348683877 Mflops = 218.846348683877 Gflops = 0.218846348683877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056843 s
InvBiCGStab: k = 47 resid = 1.105029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189576(s) Flops=311371776 => 1642.46410938093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236438.285420442 Mflops = 236.438285420442 Gflops = 0.236438285420442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007466026 Relative Rsd = 3.2744605018277e-07
BICGSTAB_SOLVER_TIME: 0.426035 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042122 s
InvBiCGStab: k = 65 resid = 2.269637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240022(s) Flops=429484032 => 1789.35277599553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257597.979264146 Mflops = 257.597979264146 Gflops = 0.257597979264146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066507 s
InvBiCGStab: k = 109 resid = 7.432583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471013(s) Flops=718202880 => 1524.80479307365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219546.949797457 Mflops = 219.546949797457 Gflops = 0.219546949797457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001250595 Relative Rsd = 5.48487856606006e-07
BICGSTAB_SOLVER_TIME: 0.823526 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054943 s
InvBiCGStab: k = 55 resid = 1.76462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242814(s) Flops=363866112 => 1498.53843682819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215748.008519438 Mflops = 215.748008519438 Gflops = 0.215748008519438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059477 s
InvBiCGStab: k = 82 resid = 1.049873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326042(s) Flops=541034496 => 1659.40123051631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238908.448338901 Mflops = 238.908448338901 Gflops = 0.238908448338901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001066818 Relative Rsd = 4.67886541374686e-07
BICGSTAB_SOLVER_TIME: 0.687183 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 68 resid = 2.194826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271731(s) Flops=449169408 => 1652.99287898694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237985.237849619 Mflops = 237.985237849619 Gflops = 0.237985237849619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06228 s
InvBiCGStab: k = 96 resid = 9.129645e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365967(s) Flops=632899584 => 1729.38976465091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248999.870105229 Mflops = 248.999870105229 Gflops = 0.248999870105229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001213392 Relative Rsd = 5.32171021797656e-07
BICGSTAB_SOLVER_TIME: 0.744821 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043531 s
InvBiCGStab: k = 68 resid = 1.640805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253954(s) Flops=449169408 => 1768.70381250148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254630.460088354 Mflops = 254.630460088354 Gflops = 0.254630460088354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055881 s
InvBiCGStab: k = 90 resid = 9.690082e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329533(s) Flops=593528832 => 1801.12107740348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.563792443 Mflops = 259.321563792443 Gflops = 0.259321563792443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001165968 Relative Rsd = 5.11371891295341e-07
BICGSTAB_SOLVER_TIME: 0.686764 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127213
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055335(s) Flops=1511055360 => 1431.82530665618 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206174.410189867 Mflops = 206.174410189867 Gflops = 0.206174410189867 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167877000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041448 s
InvBiCGStab: k = 29 resid = 2.186825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123139(s) Flops=193259520 => 1569.44201268485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225878.037540896 Mflops = 225.878037540896 Gflops = 0.225878037540896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061723 s
InvBiCGStab: k = 47 resid = 1.054052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191698(s) Flops=311371776 => 1624.28286158437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233834.83253627 Mflops = 233.83483253627 Gflops = 0.23383483253627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007432386 Relative Rsd = 3.25970664228713e-07
BICGSTAB_SOLVER_TIME: 0.421836 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052678 s
InvBiCGStab: k = 45 resid = 2.20641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203813(s) Flops=298248192 => 1463.34233831993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210665.000574872 Mflops = 210.665000574872 Gflops = 0.210665000574872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057171 s
InvBiCGStab: k = 72 resid = 9.520738e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292477(s) Flops=475416576 => 1625.48363119151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234019.468241993 Mflops = 234.019468241993 Gflops = 0.234019468241993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001009057 Relative Rsd = 4.42553649117061e-07
BICGSTAB_SOLVER_TIME: 0.61038 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979090000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042163 s
InvBiCGStab: k = 57 resid = 2.248481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243567(s) Flops=376989696 => 1547.7864242693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222832.452135989 Mflops = 222.832452135989 Gflops = 0.222832452135989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072774 s
InvBiCGStab: k = 78 resid = 1.125697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346033(s) Flops=514787328 => 1487.68275858083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214187.592400454 Mflops = 214.187592400454 Gflops = 0.214187592400454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001042439 Relative Rsd = 4.57194467130025e-07
BICGSTAB_SOLVER_TIME: 0.708403 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047862 s
InvBiCGStab: k = 70 resid = 2.086518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275109(s) Flops=462292992 => 1680.39937624723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241934.583890695 Mflops = 241.934583890695 Gflops = 0.241934583890695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056838 s
InvBiCGStab: k = 83 resid = 1.042489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316767(s) Flops=547596288 => 1728.70370966673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248883.022437056 Mflops = 248.883022437056 Gflops = 0.248883022437056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001128587 Relative Rsd = 4.94977295761366e-07
BICGSTAB_SOLVER_TIME: 0.700486 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043108 s
InvBiCGStab: k = 63 resid = 2.275055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243928(s) Flops=416360448 => 1706.89895378964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245737.181104964 Mflops = 245.737181104964 Gflops = 0.245737181104964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064265 s
InvBiCGStab: k = 91 resid = 9.788473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356938(s) Flops=600090624 => 1681.21809389866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242058.771214042 Mflops = 242.058771214042 Gflops = 0.242058771214042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001124387 Relative Rsd = 4.93135290706619e-07
BICGSTAB_SOLVER_TIME: 0.712131 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124284
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03221(s) Flops=1517174784 => 1469.83151102973 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211640.277487494 Mflops = 211.640277487494 Gflops = 0.211640277487494 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168592000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 28 resid = 2.0792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103413(s) Flops=186697728 => 1805.36033187317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.428495624 Mflops = 259.837428495624 Gflops = 0.259837428495624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056357 s
InvBiCGStab: k = 51 resid = 9.819967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20266(s) Flops=337618944 => 1665.93774795224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239818.931896814 Mflops = 239.818931896814 Gflops = 0.239818931896814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007343295 Relative Rsd = 3.22063277116849e-07
BICGSTAB_SOLVER_TIME: 0.409105 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041593 s
InvBiCGStab: k = 59 resid = 1.930715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251257(s) Flops=390113280 => 1552.64641383126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223543.271520494 Mflops = 223.543271520494 Gflops = 0.223543271520494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060713 s
InvBiCGStab: k = 87 resid = 8.621285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343065(s) Flops=573843456 => 1672.69600804512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240824.127376912 Mflops = 240.824127376912 Gflops = 0.240824127376912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001109035 Relative Rsd = 4.86402018577568e-07
BICGSTAB_SOLVER_TIME: 0.70045 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047794 s
InvBiCGStab: k = 59 resid = 2.04038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250963(s) Flops=390113280 => 1554.46531958894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223785.701619281 Mflops = 223.785701619281 Gflops = 0.223785701619281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058354 s
InvBiCGStab: k = 84 resid = 6.971599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41198(s) Flops=554158080 => 1345.10918005728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193662.927517924 Mflops = 193.662927517924 Gflops = 0.193662927517924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001024226 Relative Rsd = 4.49206454467658e-07
BICGSTAB_SOLVER_TIME: 0.773204 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044261 s
InvBiCGStab: k = 62 resid = 2.221128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250289(s) Flops=409798656 => 1637.30190300013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235723.272108548 Mflops = 235.723272108548 Gflops = 0.235723272108548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066195 s
InvBiCGStab: k = 88 resid = 8.873355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339358(s) Flops=580405248 => 1710.30371466121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246234.959240369 Mflops = 246.234959240369 Gflops = 0.246234959240369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001169064 Relative Rsd = 5.12729768181751e-07
BICGSTAB_SOLVER_TIME: 0.703973 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047744 s
InvBiCGStab: k = 62 resid = 1.329814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248575(s) Flops=409798656 => 1648.59159609776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237346.352048779 Mflops = 237.346352048779 Gflops = 0.237346352048779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086053 s
InvBiCGStab: k = 82 resid = 8.299808e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33992(s) Flops=541034496 => 1591.65243586726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229143.263810252 Mflops = 229.143263810252 Gflops = 0.229143263810252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001061825 Relative Rsd = 4.65696680887448e-07
BICGSTAB_SOLVER_TIME: 0.726146 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117105
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019505(s) Flops=1529634816 => 1500.37009725308 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216038.70897466 Mflops = 216.03870897466 Gflops = 0.21603870897466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169805000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.192649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81389(s) Flops=1367820288 => 1680.59601174606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241971.653405832 Mflops = 241.971653405832 Gflops = 0.241971653405832 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.129241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.996074(s) Flops=1544988672 => 1551.07820503296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223346.725333377 Mflops = 223.346725333377 Gflops = 0.223346725333377 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002070105 Relative Rsd = 9.11063887532169e-07
BICGSTAB_SOLVER_TIME: 1.813741 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.124985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316496999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.573869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738125(s) Flops=1164404736 => 1577.51700050804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227096.333530337 Mflops = 227.096333530337 Gflops = 0.227096333530337 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 5.539185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.857394(s) Flops=1407191040 => 1641.24199609514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236327.111935325 Mflops = 236.327111935325 Gflops = 0.236327111935325 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.002022428 Relative Rsd = 8.88391987851752e-07
BICGSTAB_SOLVER_TIME: 1.59895 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279389999999998
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977113(s) Flops=1529634816 => 1565.46358097784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225408.052648041 Mflops = 225.408052648041 Gflops = 0.225408052648041 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170065000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044176 s
InvBiCGStab: k = 26 resid = 2.209672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104121(s) Flops=173574144 => 1667.04261388193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239925.368682834 Mflops = 239.925368682834 Gflops = 0.239925368682834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061087 s
InvBiCGStab: k = 44 resid = 8.893699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162157(s) Flops=291686400 => 1798.79006148362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258910.909325858 Mflops = 258.910909325858 Gflops = 0.258910909325858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007612998 Relative Rsd = 3.33891970135972e-07
BICGSTAB_SOLVER_TIME: 0.37535 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040866 s
InvBiCGStab: k = 76 resid = 1.947113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304059(s) Flops=501663744 => 1649.88947539787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237544.273673022 Mflops = 237.544273673022 Gflops = 0.237544273673022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065832 s
InvBiCGStab: k = 119 resid = 9.490194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.489858(s) Flops=783820800 => 1600.09798758007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230386.051583736 Mflops = 230.386051583736 Gflops = 0.230386051583736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001285833 Relative Rsd = 5.63942430656406e-07
BICGSTAB_SOLVER_TIME: 0.904519 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153939999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 71 resid = 2.050511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28401(s) Flops=468854784 => 1650.83899862681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237699.306309566 Mflops = 237.699306309566 Gflops = 0.237699306309566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073787 s
InvBiCGStab: k = 87 resid = 1.115283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376975(s) Flops=573843456 => 1522.23212679886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219154.829561512 Mflops = 219.154829561512 Gflops = 0.219154829561512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001062908 Relative Rsd = 4.66171618687688e-07
BICGSTAB_SOLVER_TIME: 0.780314 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050137 s
InvBiCGStab: k = 71 resid = 1.552339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31286(s) Flops=468854784 => 1498.60891133414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215755.274551418 Mflops = 215.755274551418 Gflops = 0.215755274551418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059183 s
InvBiCGStab: k = 90 resid = 8.220945e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344211(s) Flops=593528832 => 1724.31686378413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248253.62693528 Mflops = 248.25362693528 Gflops = 0.24825362693528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00116573 Relative Rsd = 5.11267580617434e-07
BICGSTAB_SOLVER_TIME: 0.770543 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048867 s
InvBiCGStab: k = 69 resid = 1.781247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265399(s) Flops=455731200 => 1717.15492522579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247215.940240082 Mflops = 247.215940240082 Gflops = 0.247215940240082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060204 s
InvBiCGStab: k = 85 resid = 1.140051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329089(s) Flops=560719872 => 1703.85479915767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245315.344858703 Mflops = 245.315344858703 Gflops = 0.245315344858703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001150555 Relative Rsd = 5.04612069214008e-07
BICGSTAB_SOLVER_TIME: 0.707628 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124319
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961022(s) Flops=1535901696 => 1598.19618697595 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230126.646270247 Mflops = 230.126646270247 Gflops = 0.230126646270247 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170866000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 28 resid = 1.50981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105036(s) Flops=186697728 => 1777.46418370844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255859.267282124 Mflops = 255.859267282125 Gflops = 0.255859267282124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057596 s
InvBiCGStab: k = 52 resid = 1.147922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193476(s) Flops=344180736 => 1778.93245673882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256097.003270288 Mflops = 256.097003270288 Gflops = 0.256097003270288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007334125 Relative Rsd = 3.21661121926181e-07
BICGSTAB_SOLVER_TIME: 0.401111 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048733 s
InvBiCGStab: k = 74 resid = 2.187748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29229(s) Flops=488540160 => 1671.4227650621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240651.493294189 Mflops = 240.651493294189 Gflops = 0.240651493294189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057356 s
InvBiCGStab: k = 113 resid = 7.556732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.472441(s) Flops=744450048 => 1575.75241776222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226877.387113798 Mflops = 226.877387113798 Gflops = 0.226877387113798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.0012715 Relative Rsd = 5.57656167820098e-07
BICGSTAB_SOLVER_TIME: 0.874719 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04509 s
InvBiCGStab: k = 48 resid = 1.841973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195565(s) Flops=317933568 => 1625.71813974893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234044.189422085 Mflops = 234.044189422085 Gflops = 0.234044189422085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061392 s
InvBiCGStab: k = 68 resid = 7.889057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276733(s) Flops=449169408 => 1623.11472791463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233672.609136876 Mflops = 233.672609136876 Gflops = 0.233672609136876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001028955 Relative Rsd = 4.5128077160487e-07
BICGSTAB_SOLVER_TIME: 0.583222 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04537 s
InvBiCGStab: k = 76 resid = 2.273918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316373(s) Flops=501663744 => 1585.67179879446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228304.536309259 Mflops = 228.304536309259 Gflops = 0.228304536309259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 91 resid = 1.103504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338451(s) Flops=600090624 => 1773.05023179131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255269.124494458 Mflops = 255.269124494458 Gflops = 0.255269124494458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001100953 Relative Rsd = 4.82857651005556e-07
BICGSTAB_SOLVER_TIME: 0.760557 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04121 s
InvBiCGStab: k = 72 resid = 1.786652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325678(s) Flops=475416576 => 1459.77491878481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210161.874762934 Mflops = 210.161874762934 Gflops = 0.210161874762934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 80 resid = 1.118223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292114(s) Flops=527910912 => 1807.20852817736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.025283891 Mflops = 260.178025283891 Gflops = 0.260178025283891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001101666 Relative Rsd = 4.83170378808874e-07
BICGSTAB_SOLVER_TIME: 0.719438 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122705
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956851(s) Flops=1542021120 => 1611.55824679078 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232046.980741588 Mflops = 232.046980741588 Gflops = 0.232046980741588 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171628000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048848 s
InvBiCGStab: k = 34 resid = 2.175426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158169(s) Flops=226068480 => 1429.28437304402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205757.317725685 Mflops = 205.757317725685 Gflops = 0.205757317725685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069337 s
InvBiCGStab: k = 51 resid = 1.148126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204893(s) Flops=337618944 => 1647.78173973733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237215.543620759 Mflops = 237.215543620759 Gflops = 0.237215543620759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007489186 Relative Rsd = 3.28461815616749e-07
BICGSTAB_SOLVER_TIME: 0.485104 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040938 s
InvBiCGStab: k = 48 resid = 2.147984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176069(s) Flops=317933568 => 1805.73279793717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.102924634 Mflops = 259.959102924634 Gflops = 0.259959102924634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057562 s
InvBiCGStab: k = 79 resid = 1.06013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32084(s) Flops=521349120 => 1624.95050492457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233947.446416476 Mflops = 233.947446416476 Gflops = 0.233947446416476 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001074385 Relative Rsd = 4.71205489640306e-07
BICGSTAB_SOLVER_TIME: 0.599344 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 52 resid = 1.495564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191859(s) Flops=344180736 => 1793.92541397589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258261.151882852 Mflops = 258.261151882852 Gflops = 0.258261151882852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 72 resid = 1.134007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263498(s) Flops=475416576 => 1804.25117458197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.249413972 Mflops = 259.751249413972 Gflops = 0.259751249413972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001023057 Relative Rsd = 4.4869393827342e-07
BICGSTAB_SOLVER_TIME: 0.556565 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045853 s
InvBiCGStab: k = 66 resid = 2.180617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276195(s) Flops=436045824 => 1578.76074512573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227301.695935178 Mflops = 227.301695935178 Gflops = 0.227301695935178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060229 s
InvBiCGStab: k = 91 resid = 6.793385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388027(s) Flops=600090624 => 1546.51770108781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222663.266179783 Mflops = 222.663266179783 Gflops = 0.222663266179783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001125512 Relative Rsd = 4.93628660300655e-07
BICGSTAB_SOLVER_TIME: 0.774338 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046198 s
InvBiCGStab: k = 51 resid = 2.270176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189894(s) Flops=337618944 => 1777.93371038579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255945.272442784 Mflops = 255.945272442784 Gflops = 0.255945272442784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057906 s
InvBiCGStab: k = 76 resid = 1.019069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281906(s) Flops=501663744 => 1779.54262768441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256187.672158189 Mflops = 256.187672158189 Gflops = 0.256187672158189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001068106 Relative Rsd = 4.6845139160948e-07
BICGSTAB_SOLVER_TIME: 0.579764 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104726
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976655(s) Flops=1535754240 => 1572.46339802694 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226417.942691249 Mflops = 226.417942691249 Gflops = 0.226417942691249 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050447 s
InvBiCGStab: k = 26 resid = 2.152215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11044(s) Flops=173574144 => 1571.66012314379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226228.017658738 Mflops = 226.228017658738 Gflops = 0.226228017658738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062618 s
InvBiCGStab: k = 57 resid = 1.003584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216665(s) Flops=376989696 => 1739.96582742944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250497.593922424 Mflops = 250.497593922424 Gflops = 0.250497593922424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007711367 Relative Rsd = 3.38206235266554e-07
BICGSTAB_SOLVER_TIME: 0.443999 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047766 s
InvBiCGStab: k = 54 resid = 1.731569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234449(s) Flops=357304320 => 1524.01724895393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219416.499340031 Mflops = 219.416499340031 Gflops = 0.219416499340031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07203 s
InvBiCGStab: k = 86 resid = 7.043614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355136(s) Flops=567281664 => 1597.36457019283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229984.579109464 Mflops = 229.984579109464 Gflops = 0.229984579109464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001123555 Relative Rsd = 4.92770535208349e-07
BICGSTAB_SOLVER_TIME: 0.713172 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043091 s
InvBiCGStab: k = 61 resid = 2.0713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235738(s) Flops=403236864 => 1710.52975761226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246252.230925445 Mflops = 246.252230925445 Gflops = 0.246252230925445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058567 s
InvBiCGStab: k = 84 resid = 1.010256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331271(s) Flops=554158080 => 1672.824002101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240837.043306608 Mflops = 240.837043306608 Gflops = 0.240837043306608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001050183 Relative Rsd = 4.60590869775667e-07
BICGSTAB_SOLVER_TIME: 0.672472 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117794
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043555 s
InvBiCGStab: k = 68 resid = 2.01372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253729(s) Flops=449169408 => 1770.27225110255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254849.85805021 Mflops = 254.84985805021 Gflops = 0.25484985805021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059033 s
InvBiCGStab: k = 83 resid = 1.032579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372366(s) Flops=547596288 => 1470.58616522454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211728.913598813 Mflops = 211.728913598813 Gflops = 0.211728913598813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001123363 Relative Rsd = 4.92686341225055e-07
BICGSTAB_SOLVER_TIME: 0.732771 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049983 s
InvBiCGStab: k = 67 resid = 1.63537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276116(s) Flops=442607616 => 1602.97706760927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230794.311499925 Mflops = 230.794311499925 Gflops = 0.230794311499925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058193 s
InvBiCGStab: k = 87 resid = 9.610208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330793(s) Flops=573843456 => 1734.75090464429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249760.081493786 Mflops = 249.760081493786 Gflops = 0.249760081493786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001100353 Relative Rsd = 4.82594602247564e-07
BICGSTAB_SOLVER_TIME: 0.719597 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124137
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004489(s) Flops=1523294208 => 1516.48669920726 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218394.687627867 Mflops = 218.394687627867 Gflops = 0.218394687627867 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169363000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.238017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710258(s) Flops=1223460864 => 1722.5583717466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247963.504269077 Mflops = 247.963504269077 Gflops = 0.247963504269077 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.076566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904597(s) Flops=1518741504 => 1678.91503509298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241754.246106398 Mflops = 241.754246106398 Gflops = 0.241754246106398 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.002138851 Relative Rsd = 9.41279084757732e-07
BICGSTAB_SOLVER_TIME: 1.618387 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.124582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297848999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.235425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663168(s) Flops=1125033984 => 1696.45396641575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244309.513618508 Mflops = 244.309513618508 Gflops = 0.244309513618508 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 5.314311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879458(s) Flops=1380943872 => 1570.22151370503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226100.502077372 Mflops = 226.100502077372 Gflops = 0.226100502077372 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.00201128 Relative Rsd = 8.83512065832816e-07
BICGSTAB_SOLVER_TIME: 1.546649 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.126873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.271729999999999
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02152(s) Flops=1523294208 => 1491.20350849714 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214721.910159089 Mflops = 214.721910159089 Gflops = 0.214721910159089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169265000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042771 s
InvBiCGStab: k = 26 resid = 2.079945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1209(s) Flops=173574144 => 1435.68357320099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206639.184310066 Mflops = 206.639184310066 Gflops = 0.206639184310066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071654 s
InvBiCGStab: k = 47 resid = 9.880075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19784(s) Flops=311371776 => 1573.85653052972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226561.500753528 Mflops = 226.561500753528 Gflops = 0.226561500753528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007191208 Relative Rsd = 3.15393035595666e-07
BICGSTAB_SOLVER_TIME: 0.437508 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046319 s
InvBiCGStab: k = 75 resid = 1.93331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305509(s) Flops=495101952 => 1620.58057864089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233328.710378521 Mflops = 233.328710378521 Gflops = 0.233328710378521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066166 s
InvBiCGStab: k = 94 resid = 8.691308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371224(s) Flops=619776000 => 1669.54722754994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240365.155235516 Mflops = 240.365155235516 Gflops = 0.240365155235516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001241988 Relative Rsd = 5.44712708679545e-07
BICGSTAB_SOLVER_TIME: 0.793199 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046158 s
InvBiCGStab: k = 70 resid = 1.639459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268099(s) Flops=462292992 => 1724.33687555716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248254.417549347 Mflops = 248.254417549347 Gflops = 0.248254417549347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056749 s
InvBiCGStab: k = 86 resid = 1.125374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319155(s) Flops=567281664 => 1777.44877567326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255905.589178434 Mflops = 255.905589178434 Gflops = 0.255905589178434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001097518 Relative Rsd = 4.8135124755917e-07
BICGSTAB_SOLVER_TIME: 0.694113 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044502 s
InvBiCGStab: k = 73 resid = 1.925337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289368(s) Flops=481978368 => 1665.62428464792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239802.096657948 Mflops = 239.802096657948 Gflops = 0.239802096657948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059249 s
InvBiCGStab: k = 91 resid = 9.206913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352931(s) Flops=600090624 => 1700.30579348371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244801.862900869 Mflops = 244.801862900869 Gflops = 0.244801862900869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001183791 Relative Rsd = 5.1918860570789e-07
BICGSTAB_SOLVER_TIME: 0.752962 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043449 s
InvBiCGStab: k = 69 resid = 2.265537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312072(s) Flops=455731200 => 1460.33992155656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210250.481005909 Mflops = 210.250481005909 Gflops = 0.210250481005909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061861 s
InvBiCGStab: k = 87 resid = 1.10631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375815(s) Flops=573843456 => 1526.93068664103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219841.34853087 Mflops = 219.84134853087 Gflops = 0.21984134853087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00112224 Relative Rsd = 4.92193431149425e-07
BICGSTAB_SOLVER_TIME: 0.797356 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125444
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977957(s) Flops=1492328448 => 1525.96530113287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219737.940556914 Mflops = 219.737940556914 Gflops = 0.219737940556914 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043437 s
InvBiCGStab: k = 29 resid = 1.819586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126332(s) Flops=193259520 => 1529.77487889054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220191.103389358 Mflops = 220.191103389358 Gflops = 0.220191103389358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068376 s
InvBiCGStab: k = 56 resid = 9.793283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24276(s) Flops=370427904 => 1525.90173010381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219674.839302467 Mflops = 219.674839302467 Gflops = 0.219674839302467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007715504 Relative Rsd = 3.38387693978879e-07
BICGSTAB_SOLVER_TIME: 0.485923 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047927 s
InvBiCGStab: k = 67 resid = 2.121821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261508(s) Flops=442607616 => 1692.52036648974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243673.314530644 Mflops = 243.673314530644 Gflops = 0.243673314530644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057947 s
InvBiCGStab: k = 103 resid = 1.099059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442145(s) Flops=678832128 => 1535.31562722636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221056.327516483 Mflops = 221.056327516483 Gflops = 0.221056327516483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001289968 Relative Rsd = 5.6575594557005e-07
BICGSTAB_SOLVER_TIME: 0.81347 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048619 s
InvBiCGStab: k = 54 resid = 1.985974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208483(s) Flops=357304320 => 1713.82952087221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246725.548833404 Mflops = 246.725548833404 Gflops = 0.246725548833404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 78 resid = 1.089819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291882(s) Flops=514787328 => 1763.68302259132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253913.182485143 Mflops = 253.913182485143 Gflops = 0.253913182485143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001073313 Relative Rsd = 4.70735300196917e-07
BICGSTAB_SOLVER_TIME: 0.610533 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 65 resid = 1.98542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238221(s) Flops=429484032 => 1802.88065283917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259562.113036312 Mflops = 259.562113036312 Gflops = 0.259562113036312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055832 s
InvBiCGStab: k = 93 resid = 5.128664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339546(s) Flops=613214208 => 1805.98271810005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260013.900871343 Mflops = 260.013900871343 Gflops = 0.260013900871343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001159965 Relative Rsd = 5.08739004008202e-07
BICGSTAB_SOLVER_TIME: 0.678678 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 71 resid = 1.322073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268172(s) Flops=468854784 => 1748.33608281252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251713.777517934 Mflops = 251.713777517934 Gflops = 0.251713777517934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066646 s
InvBiCGStab: k = 97 resid = 7.734602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412628(s) Flops=639461376 => 1549.72851091055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223132.452288875 Mflops = 223.132452288875 Gflops = 0.223132452288875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001162298 Relative Rsd = 5.0976224938066e-07
BICGSTAB_SOLVER_TIME: 0.792861 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1342
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067128(s) Flops=1461657600 => 1369.71159973312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197224.154775863 Mflops = 197.224154775863 Gflops = 0.197224154775863 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162040000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040825 s
InvBiCGStab: k = 29 resid = 2.154846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107287(s) Flops=193259520 => 1801.33212784401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259273.361703213 Mflops = 259.273361703213 Gflops = 0.259273361703213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056796 s
InvBiCGStab: k = 55 resid = 8.450085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201902(s) Flops=363866112 => 1802.19171677348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259444.754454174 Mflops = 259.444754454174 Gflops = 0.259444754454174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007722283 Relative Rsd = 3.38685027915635e-07
BICGSTAB_SOLVER_TIME: 0.410647 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048669 s
InvBiCGStab: k = 52 resid = 1.592379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21695(s) Flops=344180736 => 1586.45188292233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228372.922279423 Mflops = 228.372922279423 Gflops = 0.228372922279423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058045 s
InvBiCGStab: k = 84 resid = 1.01911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348766(s) Flops=554158080 => 1588.9108456673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228756.647432981 Mflops = 228.756647432981 Gflops = 0.228756647432981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001078753 Relative Rsd = 4.73120966582233e-07
BICGSTAB_SOLVER_TIME: 0.676882 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042877 s
InvBiCGStab: k = 66 resid = 2.246325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244796(s) Flops=436045824 => 1781.26204676547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256447.470812911 Mflops = 256.447470812911 Gflops = 0.256447470812911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056617 s
InvBiCGStab: k = 82 resid = 8.499243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302517(s) Flops=541034496 => 1788.44328087347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257475.876490122 Mflops = 257.475876490122 Gflops = 0.257475876490122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001064683 Relative Rsd = 4.66950349211152e-07
BICGSTAB_SOLVER_TIME: 0.650527 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04054 s
InvBiCGStab: k = 69 resid = 2.07214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251814(s) Flops=455731200 => 1809.79294240987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260549.740720808 Mflops = 260.549740720808 Gflops = 0.260549740720808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 84 resid = 1.026902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328341(s) Flops=554158080 => 1687.75169716849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242991.363091874 Mflops = 242.991363091874 Gflops = 0.242991363091874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00123443 Relative Rsd = 5.41397896079569e-07
BICGSTAB_SOLVER_TIME: 0.68079 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123639000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05147 s
InvBiCGStab: k = 58 resid = 2.187611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258305(s) Flops=383551488 => 1484.87829503881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213764.309033743 Mflops = 213.764309033743 Gflops = 0.213764309033743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072719 s
InvBiCGStab: k = 84 resid = 1.068827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322823(s) Flops=554158080 => 1716.60036614492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247142.078730665 Mflops = 247.142078730665 Gflops = 0.247142078730665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001085198 Relative Rsd = 4.75947719578629e-07
BICGSTAB_SOLVER_TIME: 0.709574 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11558
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068814(s) Flops=1455243264 => 1361.54959048066 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196101.634078723 Mflops = 196.101634078723 Gflops = 0.196101634078723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161257000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040897 s
InvBiCGStab: k = 26 resid = 1.934786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096476(s) Flops=173574144 => 1799.14324806169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258898.639153512 Mflops = 258.898639153512 Gflops = 0.258898639153512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 43 resid = 1.122667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157809(s) Flops=285124608 => 1806.77026025132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.449353756 Mflops = 260.054449353756 Gflops = 0.260054449353756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.000692813 Relative Rsd = 3.03854911381227e-07
BICGSTAB_SOLVER_TIME: 0.355222 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 52 resid = 2.012029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190656(s) Flops=344180736 => 1805.24471299094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259894.209209825 Mflops = 259.894209209825 Gflops = 0.259894209209825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064336 s
InvBiCGStab: k = 83 resid = 1.017335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3751(s) Flops=547596288 => 1459.867470008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210178.735620079 Mflops = 210.178735620079 Gflops = 0.210178735620079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001111273 Relative Rsd = 4.87383549890383e-07
BICGSTAB_SOLVER_TIME: 0.675946 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110714
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045072 s
InvBiCGStab: k = 51 resid = 2.273072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208823(s) Flops=337618944 => 1616.77087294024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232759.537769469 Mflops = 232.759537769469 Gflops = 0.232759537769469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0557 s
InvBiCGStab: k = 79 resid = 7.241663e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297282(s) Flops=521349120 => 1753.71909500071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252476.50107662 Mflops = 252.47650107662 Gflops = 0.25247650107662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001010678 Relative Rsd = 4.43264473031804e-07
BICGSTAB_SOLVER_TIME: 0.610747 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044319 s
InvBiCGStab: k = 72 resid = 1.605362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281053(s) Flops=475416576 => 1691.55488822393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243536.04724607 Mflops = 243.53604724607 Gflops = 0.24353604724607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05582 s
InvBiCGStab: k = 90 resid = 9.110908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34205(s) Flops=593528832 => 1735.21073527262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249820.214773447 Mflops = 249.820214773447 Gflops = 0.249820214773447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001168198 Relative Rsd = 5.12349797518518e-07
BICGSTAB_SOLVER_TIME: 0.727156 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043497 s
InvBiCGStab: k = 61 resid = 1.587728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22949(s) Flops=403236864 => 1757.09993463767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252960.594648857 Mflops = 252.960594648857 Gflops = 0.252960594648857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069793 s
InvBiCGStab: k = 89 resid = 4.216596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357938(s) Flops=586967040 => 1639.85673496527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236101.588583111 Mflops = 236.101588583111 Gflops = 0.236101588583111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001027013 Relative Rsd = 4.50429028712632e-07
BICGSTAB_SOLVER_TIME: 0.70468 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121413
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045301(s) Flops=1455095808 => 1392.03522047716 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200438.175163025 Mflops = 200.438175163025 Gflops = 0.200438175163025 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161168000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.147229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793755(s) Flops=1433438208 => 1805.89502806282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259982.705004517 Mflops = 259.982705004517 Gflops = 0.259982705004517 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 9.513358e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.02525(s) Flops=1656539136 => 1615.74165910753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232656.487939118 Mflops = 232.656487939118 Gflops = 0.232656487939118 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.00209309 Relative Rsd = 9.21104067476635e-07
BICGSTAB_SOLVER_TIME: 1.822549 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335264
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.746349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708694(s) Flops=1223460864 => 1726.35984501068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248523.230117088 Mflops = 248.523230117088 Gflops = 0.248523230117088 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 7.460843e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948365(s) Flops=1413752832 => 1490.72649454588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214652.5909325 Mflops = 214.6525909325 Gflops = 0.2146525909325 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001971087 Relative Rsd = 8.65875070753844e-07
BICGSTAB_SOLVER_TIME: 1.660507 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286351999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991048(s) Flops=1455095808 => 1468.23948789564 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211409.315715554 Mflops = 211.409315715554 Gflops = 0.211409315715554 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161367000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042098 s
InvBiCGStab: k = 24 resid = 1.876748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089349(s) Flops=160450560 => 1795.77342779438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258401.544783289 Mflops = 258.401544783289 Gflops = 0.258401544783289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056039 s
InvBiCGStab: k = 51 resid = 9.695974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18815(s) Flops=337618944 => 1794.41373372309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258304.006180562 Mflops = 258.304006180562 Gflops = 0.258304006180562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0006846022 Relative Rsd = 3.00253844343813e-07
BICGSTAB_SOLVER_TIME: 0.37953 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677390000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 90 resid = 1.953445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33426(s) Flops=593528832 => 1775.65018847604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255656.075605837 Mflops = 255.656075605837 Gflops = 0.255656075605837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05596 s
InvBiCGStab: k = 113 resid = 1.086719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411081(s) Flops=744450048 => 1810.9570814511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260746.704085655 Mflops = 260.746704085655 Gflops = 0.260746704085655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001328788 Relative Rsd = 5.82781970449926e-07
BICGSTAB_SOLVER_TIME: 0.845938 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159503999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049466 s
InvBiCGStab: k = 50 resid = 1.98065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224326(s) Flops=331057152 => 1475.7859187076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212467.157497242 Mflops = 212.467157497242 Gflops = 0.212467157497242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065115 s
InvBiCGStab: k = 75 resid = 1.036829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324554(s) Flops=495101952 => 1525.48405504169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219625.544717875 Mflops = 219.625544717875 Gflops = 0.219625544717875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001043387 Relative Rsd = 4.57610075998435e-07
BICGSTAB_SOLVER_TIME: 0.667725 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048076 s
InvBiCGStab: k = 73 resid = 2.001403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281145(s) Flops=481978368 => 1714.34088459692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246823.157180565 Mflops = 246.823157180565 Gflops = 0.246823157180565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058802 s
InvBiCGStab: k = 95 resid = 9.902826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383567(s) Flops=626337792 => 1632.92929788016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235090.666881366 Mflops = 235.090666881366 Gflops = 0.235090666881366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001167395 Relative Rsd = 5.11997602189981e-07
BICGSTAB_SOLVER_TIME: 0.775448 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046626 s
InvBiCGStab: k = 58 resid = 2.062162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251257(s) Flops=383551488 => 1526.53055636261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219779.592080542 Mflops = 219.779592080542 Gflops = 0.219779592080542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065532 s
InvBiCGStab: k = 90 resid = 1.095376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373255(s) Flops=593528832 => 1590.14301750814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228851.402775768 Mflops = 228.851402775768 Gflops = 0.228851402775768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00111482 Relative Rsd = 4.88939479209294e-07
BICGSTAB_SOLVER_TIME: 0.74064 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120124
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996531(s) Flops=1461141504 => 1466.22784840612 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211121.924715566 Mflops = 211.121924715566 Gflops = 0.211121924715566 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162315000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049755 s
InvBiCGStab: k = 29 resid = 2.096522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113911(s) Flops=193259520 => 1696.5834730623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244204.730654896 Mflops = 244.204730654896 Gflops = 0.244204730654896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055617 s
InvBiCGStab: k = 45 resid = 1.012501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176228(s) Flops=298248192 => 1692.39957328007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243615.750810462 Mflops = 243.615750810462 Gflops = 0.243615750810462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007518902 Relative Rsd = 3.29765111928179e-07
BICGSTAB_SOLVER_TIME: 0.399379 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048003 s
InvBiCGStab: k = 76 resid = 1.941046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31424(s) Flops=501663744 => 1596.4350305499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229835.568853505 Mflops = 229.835568853505 Gflops = 0.229835568853505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060246 s
InvBiCGStab: k = 112 resid = 6.964223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426355(s) Flops=737888256 => 1730.68981482567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249179.372249709 Mflops = 249.179372249709 Gflops = 0.249179372249709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001294649 Relative Rsd = 5.67808818515035e-07
BICGSTAB_SOLVER_TIME: 0.858232 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148593999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049021 s
InvBiCGStab: k = 52 resid = 1.489618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225879(s) Flops=344180736 => 1523.73941800699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219352.650331927 Mflops = 219.352650331927 Gflops = 0.219352650331927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065506 s
InvBiCGStab: k = 72 resid = 1.122227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307412(s) Flops=475416576 => 1546.5127451108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222650.863279808 Mflops = 222.650863279808 Gflops = 0.222650863279808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001073246 Relative Rsd = 4.70705584673401e-07
BICGSTAB_SOLVER_TIME: 0.65197 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102542
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044425 s
InvBiCGStab: k = 76 resid = 2.018605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307703(s) Flops=501663744 => 1630.35051331966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234732.341966798 Mflops = 234.732341966798 Gflops = 0.234732341966798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05891 s
InvBiCGStab: k = 100 resid = 9.455528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398631(s) Flops=659146752 => 1653.52607298479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238072.808551781 Mflops = 238.072808551781 Gflops = 0.238072808551781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001225634 Relative Rsd = 5.37540494358635e-07
BICGSTAB_SOLVER_TIME: 0.813458 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044534 s
InvBiCGStab: k = 56 resid = 2.271074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209271(s) Flops=370427904 => 1770.08713104061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254828.372838067 Mflops = 254.828372838067 Gflops = 0.254828372838067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057365 s
InvBiCGStab: k = 83 resid = 9.683924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318103(s) Flops=547596288 => 1721.44333124805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247837.230138897 Mflops = 247.837230138897 Gflops = 0.247837230138897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001122429 Relative Rsd = 4.92276552923107e-07
BICGSTAB_SOLVER_TIME: 0.633058 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113545
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962474(s) Flops=1461215232 => 1518.1867063422 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218723.956275614 Mflops = 218.723956275614 Gflops = 0.218723956275614 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162115000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.460506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043183 s
InvBiCGStab: k = 34 resid = 2.153041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127943(s) Flops=226068480 => 1766.94684351625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254319.755652577 Mflops = 254.319755652577 Gflops = 0.254319755652577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058202 s
InvBiCGStab: k = 44 resid = 9.424265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185971(s) Flops=291686400 => 1568.45099504761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225779.758561337 Mflops = 225.779758561337 Gflops = 0.225779758561337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007423291 Relative Rsd = 3.2557177672448e-07
BICGSTAB_SOLVER_TIME: 0.419171 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045751 s
InvBiCGStab: k = 60 resid = 1.660193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233717(s) Flops=396675072 => 1697.24526671145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244343.400319351 Mflops = 244.343400319351 Gflops = 0.244343400319351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057307 s
InvBiCGStab: k = 78 resid = 8.737492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291753(s) Flops=514787328 => 1764.46284356973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254026.659344112 Mflops = 254.026659344112 Gflops = 0.254026659344112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088133 Relative Rsd = 4.77234881688288e-07
BICGSTAB_SOLVER_TIME: 0.632353 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001938
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045974 s
InvBiCGStab: k = 57 resid = 2.092936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212789(s) Flops=376989696 => 1771.65970045444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255061.486346752 Mflops = 255.061486346752 Gflops = 0.255061486346752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064507 s
InvBiCGStab: k = 81 resid = 1.146912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35844(s) Flops=534472704 => 1491.10786742551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214668.186284395 Mflops = 214.668186284395 Gflops = 0.214668186284395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001059899 Relative Rsd = 4.64852137116886e-07
BICGSTAB_SOLVER_TIME: 0.685729 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047325 s
InvBiCGStab: k = 66 resid = 2.073488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268525(s) Flops=436045824 => 1623.85559631319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233792.543926228 Mflops = 233.792543926228 Gflops = 0.233792543926228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056876 s
InvBiCGStab: k = 91 resid = 8.767139e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355396(s) Flops=600090624 => 1688.51260002926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243104.111975118 Mflops = 243.104111975118 Gflops = 0.243104111975118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001090472 Relative Rsd = 4.78260986286377e-07
BICGSTAB_SOLVER_TIME: 0.731959 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04077 s
InvBiCGStab: k = 61 resid = 1.26462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244861(s) Flops=403236864 => 1646.79905742442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237097.965595233 Mflops = 237.097965595233 Gflops = 0.237097965595233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058298 s
InvBiCGStab: k = 81 resid = 1.12374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309047(s) Flops=534472704 => 1729.42207495947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248982.845326756 Mflops = 248.982845326756 Gflops = 0.248982845326756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001084402 Relative Rsd = 4.75598434533323e-07
BICGSTAB_SOLVER_TIME: 0.656897 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115697
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956968(s) Flops=1455169536 => 1520.60417485224 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218942.365305116 Mflops = 218.942365305116 Gflops = 0.218942365305116 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.57288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049642 s
InvBiCGStab: k = 31 resid = 1.435451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138242(s) Flops=206383104 => 1492.91173449458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214882.594766281 Mflops = 214.882594766281 Gflops = 0.214882594766281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056695 s
InvBiCGStab: k = 48 resid = 9.212584e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183987(s) Flops=317933568 => 1728.02191459179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248752.833480458 Mflops = 248.752833480458 Gflops = 0.248752833480458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007383428 Relative Rsd = 3.23823436837927e-07
BICGSTAB_SOLVER_TIME: 0.432435 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040604 s
InvBiCGStab: k = 62 resid = 2.149223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235039(s) Flops=409798656 => 1743.5347155153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251016.297497731 Mflops = 251.016297497731 Gflops = 0.251016297497731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060006 s
InvBiCGStab: k = 78 resid = 9.418978e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303445(s) Flops=514787328 => 1696.47655423553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244240.596573183 Mflops = 244.240596573183 Gflops = 0.244240596573184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001090791 Relative Rsd = 4.78400628823859e-07
BICGSTAB_SOLVER_TIME: 0.642891 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 55 resid = 2.156303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206875(s) Flops=363866112 => 1758.86942356495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253214.042478852 Mflops = 253.214042478852 Gflops = 0.253214042478852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060422 s
InvBiCGStab: k = 82 resid = 1.13968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32988(s) Flops=541034496 => 1640.09487086213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236134.982518747 Mflops = 236.134982518747 Gflops = 0.236134982518747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00107402 Relative Rsd = 4.71045219832205e-07
BICGSTAB_SOLVER_TIME: 0.642062 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044505 s
InvBiCGStab: k = 71 resid = 1.747596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322428(s) Flops=468854784 => 1454.13792846775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209364.012858859 Mflops = 209.364012858859 Gflops = 0.209364012858859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065676 s
InvBiCGStab: k = 87 resid = 1.1082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346567(s) Flops=573843456 => 1655.79370222785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238394.625782618 Mflops = 238.394625782618 Gflops = 0.238394625782618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001150077 Relative Rsd = 5.04402477763784e-07
BICGSTAB_SOLVER_TIME: 0.783183 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041067 s
InvBiCGStab: k = 64 resid = 1.766578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242891(s) Flops=422922240 => 1741.20177363509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250659.369206195 Mflops = 250.659369206195 Gflops = 0.250659369206195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057892 s
InvBiCGStab: k = 79 resid = 1.063503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322692(s) Flops=521349120 => 1615.62455840244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232614.164075593 Mflops = 232.614164075593 Gflops = 0.232614164075593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001120932 Relative Rsd = 4.91619850064938e-07
BICGSTAB_SOLVER_TIME: 0.66864 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116485
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95573(s) Flops=1448902656 => 1516.01671601812 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218288.920311438 Mflops = 218.288920311438 Gflops = 0.218288920311438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160952000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.690816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697333(s) Flops=1243146240 => 1782.71534546623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256680.306096188 Mflops = 256.680306096188 Gflops = 0.256680306096188 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.103909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.987028(s) Flops=1676224512 => 1698.254266343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244538.016084296 Mflops = 244.538016084296 Gflops = 0.244538016084296 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002055338 Relative Rsd = 9.0447324058522e-07
BICGSTAB_SOLVER_TIME: 1.687794 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316826999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.63344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894544(s) Flops=1315325952 => 1470.38709331235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211749.604857052 Mflops = 211.749604857052 Gflops = 0.211749604857052 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.071758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788563(s) Flops=1282516992 => 1626.39762707609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234191.895014874 Mflops = 234.191895014874 Gflops = 0.234191895014874 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001962649 Relative Rsd = 8.62194447763934e-07
BICGSTAB_SOLVER_TIME: 1.68662 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.117921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282124999999999
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911546(s) Flops=1448902656 => 1589.50031704379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228889.258292314 Mflops = 228.889258292314 Gflops = 0.228889258292314 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161113000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048345 s
InvBiCGStab: k = 29 resid = 2.077067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124473(s) Flops=193259520 => 1552.62201441276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223474.711113887 Mflops = 223.474711113887 Gflops = 0.223474711113887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060901 s
InvBiCGStab: k = 57 resid = 9.433228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212576(s) Flops=376989696 => 1773.43489387325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255303.049093783 Mflops = 255.303049093783 Gflops = 0.255303049093783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007670118 Relative Rsd = 3.36397162364156e-07
BICGSTAB_SOLVER_TIME: 0.450125 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 70 resid = 2.251527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260368(s) Flops=462292992 => 1775.53690161617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255630.603232186 Mflops = 255.630603232186 Gflops = 0.255630603232186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 95 resid = 9.851545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38013(s) Flops=626337792 => 1647.69366269434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237229.849223433 Mflops = 237.229849223433 Gflops = 0.237229849223433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001254976 Relative Rsd = 5.50409409402397e-07
BICGSTAB_SOLVER_TIME: 0.742236 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049524 s
InvBiCGStab: k = 55 resid = 2.208223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235171(s) Flops=363866112 => 1547.24056962806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222755.11090711 Mflops = 222.75511090711 Gflops = 0.22275511090711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055774 s
InvBiCGStab: k = 71 resid = 8.070811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279809(s) Flops=468854784 => 1675.62438663517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241230.975940557 Mflops = 241.230975940557 Gflops = 0.241230975940557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001031896 Relative Rsd = 4.52570231306554e-07
BICGSTAB_SOLVER_TIME: 0.624232 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042624 s
InvBiCGStab: k = 67 resid = 1.985443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251098(s) Flops=442607616 => 1762.68873507555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253770.11201476 Mflops = 253.77011201476 Gflops = 0.25377011201476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06873 s
InvBiCGStab: k = 93 resid = 1.077992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406852(s) Flops=613214208 => 1507.21689459558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216998.201367481 Mflops = 216.998201367481 Gflops = 0.216998201367481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001179082 Relative Rsd = 5.17123427881175e-07
BICGSTAB_SOLVER_TIME: 0.774397 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042473 s
InvBiCGStab: k = 68 resid = 9.179145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330141(s) Flops=449169408 => 1360.5380973584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195895.720955724 Mflops = 195.895720955724 Gflops = 0.195895720955724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061622 s
InvBiCGStab: k = 93 resid = 1.036351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387784(s) Flops=613214208 => 1581.32931735193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227676.797840142 Mflops = 227.676797840142 Gflops = 0.227676797840142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001156548 Relative Rsd = 5.07240565547501e-07
BICGSTAB_SOLVER_TIME: 0.825895 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129017
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940327(s) Flops=1448681472 => 1540.61456493326 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221860.802100147 Mflops = 221.860802100147 Gflops = 0.221860802100147 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160481000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042894 s
InvBiCGStab: k = 32 resid = 1.699756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131233(s) Flops=212944896 => 1622.64747433953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233592.287494023 Mflops = 233.592287494023 Gflops = 0.233592287494023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062956 s
InvBiCGStab: k = 61 resid = 8.026032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262153(s) Flops=403236864 => 1538.1737534951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221455.586800649 Mflops = 221.455586800649 Gflops = 0.221455586800649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007509916 Relative Rsd = 3.29370998309597e-07
BICGSTAB_SOLVER_TIME: 0.503376 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0804620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040737 s
InvBiCGStab: k = 76 resid = 2.088537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303283(s) Flops=501663744 => 1654.11099204373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238154.29616728 Mflops = 238.15429616728 Gflops = 0.23815429616728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060869 s
InvBiCGStab: k = 94 resid = 1.148975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355481(s) Flops=619776000 => 1743.48558713405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251010.133188735 Mflops = 251.010133188735 Gflops = 0.251010133188735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001264548 Relative Rsd = 5.54607365318945e-07
BICGSTAB_SOLVER_TIME: 0.764193 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042725 s
InvBiCGStab: k = 62 resid = 2.000238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242902(s) Flops=409798656 => 1687.09461428889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242887.364007128 Mflops = 242.887364007128 Gflops = 0.242887364007128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056334 s
InvBiCGStab: k = 77 resid = 9.549401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320423(s) Flops=508225536 => 1586.10816327168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228361.055894098 Mflops = 228.361055894098 Gflops = 0.228361055894098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00107973 Relative Rsd = 4.73549595138781e-07
BICGSTAB_SOLVER_TIME: 0.66631 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113502
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 68 resid = 1.484708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263508(s) Flops=449169408 => 1704.57598251286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245418.667224918 Mflops = 245.418667224918 Gflops = 0.245418667224918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06207 s
InvBiCGStab: k = 93 resid = 8.431869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351001(s) Flops=613214208 => 1747.04404830755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251526.251590241 Mflops = 251.526251590241 Gflops = 0.251526251590241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001189078 Relative Rsd = 5.215077440397e-07
BICGSTAB_SOLVER_TIME: 0.721456 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050706 s
InvBiCGStab: k = 67 resid = 2.176339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274018(s) Flops=442607616 => 1615.2501514499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232550.199971988 Mflops = 232.550199971988 Gflops = 0.232550199971988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062092 s
InvBiCGStab: k = 88 resid = 1.090671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370032(s) Flops=580405248 => 1568.52717602802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225833.829621439 Mflops = 225.833829621439 Gflops = 0.225833829621439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.0011401 Relative Rsd = 5.00026841397351e-07
BICGSTAB_SOLVER_TIME: 0.761216 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124617
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96397(s) Flops=1454579712 => 1508.94707511645 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217278.849852686 Mflops = 217.278849852686 Gflops = 0.217278849852686 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161466000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041404 s
InvBiCGStab: k = 26 resid = 2.134867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103409(s) Flops=173574144 => 1678.52067034784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241577.581527899 Mflops = 241.577581527899 Gflops = 0.241577581527899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065791 s
InvBiCGStab: k = 56 resid = 9.176761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252561(s) Flops=370427904 => 1466.68687564588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211156.497229497 Mflops = 211.156497229497 Gflops = 0.211156497229497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007630544 Relative Rsd = 3.34661510291338e-07
BICGSTAB_SOLVER_TIME: 0.467387 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044435 s
InvBiCGStab: k = 54 resid = 2.141232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230729(s) Flops=357304320 => 1548.5886906284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222945.713909465 Mflops = 222.945713909465 Gflops = 0.222945713909465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07703 s
InvBiCGStab: k = 80 resid = 1.073077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367221(s) Flops=527910912 => 1437.58366760071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206972.352336507 Mflops = 206.972352336507 Gflops = 0.206972352336507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001086191 Relative Rsd = 4.76383240911251e-07
BICGSTAB_SOLVER_TIME: 0.723368 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052363 s
InvBiCGStab: k = 52 resid = 2.0255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23251(s) Flops=344180736 => 1480.28358350178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213126.838000818 Mflops = 213.126838000818 Gflops = 0.213126838000818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070647 s
InvBiCGStab: k = 82 resid = 7.527981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389577(s) Flops=541034496 => 1388.77422435103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199954.998775203 Mflops = 199.954998775203 Gflops = 0.199954998775203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001030908 Relative Rsd = 4.52136905450755e-07
BICGSTAB_SOLVER_TIME: 0.748964 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050569 s
InvBiCGStab: k = 66 resid = 2.197673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321778(s) Flops=436045824 => 1355.11384867828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195066.040224803 Mflops = 195.066040224803 Gflops = 0.195066040224803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069159 s
InvBiCGStab: k = 80 resid = 7.889877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384306(s) Flops=527910912 => 1373.67335404599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197750.471970398 Mflops = 197.750471970398 Gflops = 0.197750471970398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001149946 Relative Rsd = 5.04345037963174e-07
BICGSTAB_SOLVER_TIME: 0.83109 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056785 s
InvBiCGStab: k = 65 resid = 9.756162e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34889(s) Flops=429484032 => 1231.00126687495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177234.450812033 Mflops = 177.234450812033 Gflops = 0.177234450812033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072911 s
InvBiCGStab: k = 82 resid = 9.580939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402418(s) Flops=541034496 => 1344.45898543306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193567.644891183 Mflops = 193.567644891183 Gflops = 0.193567644891183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001090024 Relative Rsd = 4.78064465581892e-07
BICGSTAB_SOLVER_TIME: 0.885228 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119066
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974137(s) Flops=1454579712 => 1493.19829962315 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215006.687941426 Mflops = 215.006687941426 Gflops = 0.215006687941426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161517000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046211 s
InvBiCGStab: k = 29 resid = 2.128409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123884(s) Flops=193259520 => 1560.00387459236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224546.218205621 Mflops = 224.546218205621 Gflops = 0.224546218205621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061749 s
InvBiCGStab: k = 49 resid = 6.825429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201143(s) Flops=324495360 => 1613.25703603904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232233.012543568 Mflops = 232.233012543568 Gflops = 0.232233012543568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007336439 Relative Rsd = 3.21762598907258e-07
BICGSTAB_SOLVER_TIME: 0.437392 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045631 s
InvBiCGStab: k = 55 resid = 2.261543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205615(s) Flops=363866112 => 1769.64770080004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254755.36860105 Mflops = 254.75536860105 Gflops = 0.25475536860105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055849 s
InvBiCGStab: k = 86 resid = 9.565526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334422(s) Flops=567281664 => 1696.30486032617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244220.401632523 Mflops = 244.220401632523 Gflops = 0.244220401632523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001145078 Relative Rsd = 5.02209860166116e-07
BICGSTAB_SOLVER_TIME: 0.64559 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042997 s
InvBiCGStab: k = 47 resid = 1.638944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179182(s) Flops=311371776 => 1737.74026408903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250171.963758444 Mflops = 250.171963758444 Gflops = 0.250171963758444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055899 s
InvBiCGStab: k = 77 resid = 6.34642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282328(s) Flops=508225536 => 1800.12445099317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259163.564380097 Mflops = 259.163564380097 Gflops = 0.259163564380097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009946934 Relative Rsd = 4.36254060247011e-07
BICGSTAB_SOLVER_TIME: 0.564297 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041283 s
InvBiCGStab: k = 68 resid = 2.067353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252391(s) Flops=449169408 => 1779.65699252351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256212.285876464 Mflops = 256.212285876464 Gflops = 0.256212285876464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059383 s
InvBiCGStab: k = 94 resid = 8.285163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394904(s) Flops=619776000 => 1569.43459676276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225962.73625611 Mflops = 225.96273625611 Gflops = 0.22596273625611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001146806 Relative Rsd = 5.02967963418961e-07
BICGSTAB_SOLVER_TIME: 0.751745 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048502 s
InvBiCGStab: k = 52 resid = 2.009127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215901(s) Flops=344180736 => 1594.15998999541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229496.589291593 Mflops = 229.496589291593 Gflops = 0.229496589291593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062062 s
InvBiCGStab: k = 70 resid = 1.142955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297421(s) Flops=462292992 => 1554.33877231265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223785.344018118 Mflops = 223.785344018118 Gflops = 0.223785344018118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0010125 Relative Rsd = 4.44063575537883e-07
BICGSTAB_SOLVER_TIME: 0.629364 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101325
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031995(s) Flops=1454211072 => 1409.12608297521 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202897.85676019 Mflops = 202.89785676019 Gflops = 0.20289785676019 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161332000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.66174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853143(s) Flops=1321887744 => 1549.4327961432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223113.151956468 Mflops = 223.113151956468 Gflops = 0.223113151956468 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 9.214512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953241(s) Flops=1571235840 => 1648.30912644337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237347.011120323 Mflops = 237.347011120323 Gflops = 0.237347011120323 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.002062534 Relative Rsd = 9.07631066282645e-07
BICGSTAB_SOLVER_TIME: 1.809765 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313731999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.100516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.695679(s) Flops=1210337280 => 1739.79274924211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250474.647454796 Mflops = 250.474647454796 Gflops = 0.250474647454796 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.072485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762069(s) Flops=1328449536 => 1743.21424437945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251007.658704575 Mflops = 251.007658704575 Gflops = 0.251007658704575 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.00317725 Relative Rsd = 1.39580489943115e-06
BICGSTAB_SOLVER_TIME: 1.461146 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.117737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275580999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037522(s) Flops=1454211072 => 1401.6195049358 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201829.868740819 Mflops = 201.829868740819 Gflops = 0.201829868740819 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161160000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04151 s
InvBiCGStab: k = 29 resid = 2.01271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107705(s) Flops=193259520 => 1794.34120978599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258248.896766965 Mflops = 258.248896766965 Gflops = 0.258248896766965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058122 s
InvBiCGStab: k = 42 resid = 8.69766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171837(s) Flops=278562816 => 1621.08751898602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233351.82343876 Mflops = 233.35182343876 Gflops = 0.23335182343876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0006995536 Relative Rsd = 3.06811248567799e-07
BICGSTAB_SOLVER_TIME: 0.382959 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049416 s
InvBiCGStab: k = 79 resid = 1.932764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312724(s) Flops=521349120 => 1667.12219081362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240015.596353099 Mflops = 240.015596353099 Gflops = 0.240015596353099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065209 s
InvBiCGStab: k = 111 resid = 5.653155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.488575(s) Flops=731326464 => 1496.85608964847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215519.792787531 Mflops = 215.519792787531 Gflops = 0.215519792787531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001316571 Relative Rsd = 5.77423730561066e-07
BICGSTAB_SOLVER_TIME: 0.920234 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045911 s
InvBiCGStab: k = 53 resid = 1.498123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212339(s) Flops=350742528 => 1651.80455780615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237785.475505303 Mflops = 237.785475505303 Gflops = 0.237785475505303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058226 s
InvBiCGStab: k = 76 resid = 9.526252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302756(s) Flops=501663744 => 1656.99026278587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238548.499650784 Mflops = 238.548499650784 Gflops = 0.238548499650784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001063713 Relative Rsd = 4.66524579880234e-07
BICGSTAB_SOLVER_TIME: 0.623314 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043577 s
InvBiCGStab: k = 69 resid = 2.108752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272241(s) Flops=455731200 => 1673.99914046745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241006.909843228 Mflops = 241.006909843228 Gflops = 0.241006909843228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060321 s
InvBiCGStab: k = 86 resid = 1.126924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331067(s) Flops=567281664 => 1713.49504480966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246698.02838648 Mflops = 246.69802838648 Gflops = 0.24669802838648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.0011817 Relative Rsd = 5.18271509086958e-07
BICGSTAB_SOLVER_TIME: 0.711109 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125099000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 62 resid = 1.690521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236696(s) Flops=409798656 => 1731.3290296414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249251.612777852 Mflops = 249.251612777852 Gflops = 0.249251612777852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055906 s
InvBiCGStab: k = 83 resid = 9.162845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318801(s) Flops=547596288 => 1717.67431093378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247295.924336836 Mflops = 247.295924336836 Gflops = 0.247295924336836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001097134 Relative Rsd = 4.81182655362181e-07
BICGSTAB_SOLVER_TIME: 0.656644 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117751
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032326(s) Flops=1447796736 => 1402.46078854935 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201938.27245346 Mflops = 201.93827245346 Gflops = 0.20193827245346 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160379000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042389 s
InvBiCGStab: k = 26 resid = 2.180945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099809(s) Flops=173574144 => 1739.06305042631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250283.765436029 Mflops = 250.283765436029 Gflops = 0.250283765436029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065343 s
InvBiCGStab: k = 49 resid = 1.144234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191511(s) Flops=324495360 => 1694.3954133183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243903.453566908 Mflops = 243.903453566908 Gflops = 0.243903453566908 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007704638 Relative Rsd = 3.37911122335422e-07
BICGSTAB_SOLVER_TIME: 0.402751 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047909 s
InvBiCGStab: k = 71 resid = 2.2512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285446(s) Flops=468854784 => 1642.53408350441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236478.457268427 Mflops = 236.478457268427 Gflops = 0.236478457268427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059229 s
InvBiCGStab: k = 99 resid = 9.73437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445525(s) Flops=652584960 => 1464.75497446832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210905.22539916 Mflops = 210.90522539916 Gflops = 0.21090522539916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001272188 Relative Rsd = 5.57958275642503e-07
BICGSTAB_SOLVER_TIME: 0.842545 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048402 s
InvBiCGStab: k = 53 resid = 2.191314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215622(s) Flops=350742528 => 1626.65464562985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234176.025028263 Mflops = 234.176025028263 Gflops = 0.234176025028263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059799 s
InvBiCGStab: k = 80 resid = 8.107781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31788(s) Flops=527910912 => 1660.72389580974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239107.916432575 Mflops = 239.107916432575 Gflops = 0.239107916432575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001018119 Relative Rsd = 4.46528125916037e-07
BICGSTAB_SOLVER_TIME: 0.64557 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109067
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040792 s
InvBiCGStab: k = 68 resid = 1.116425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25777(s) Flops=449169408 => 1742.5201070722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250879.483675905 Mflops = 250.879483675905 Gflops = 0.250879483675905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061685 s
InvBiCGStab: k = 91 resid = 9.635579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340555(s) Flops=600090624 => 1762.09606084186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253695.144371048 Mflops = 253.695144371048 Gflops = 0.253695144371048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001155076 Relative Rsd = 5.0659494218865e-07
BICGSTAB_SOLVER_TIME: 0.704757 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 52 resid = 2.252425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19584(s) Flops=344180736 => 1757.45882352941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253011.977400394 Mflops = 253.011977400394 Gflops = 0.253011977400394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078651 s
InvBiCGStab: k = 84 resid = 5.309473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315532(s) Flops=554158080 => 1756.26586209957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252853.829972348 Mflops = 252.853829972348 Gflops = 0.252853829972348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001080826 Relative Rsd = 4.7403009821748e-07
BICGSTAB_SOLVER_TIME: 0.634866 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111352
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015578(s) Flops=1435410432 => 1413.39260204534 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203527.558206195 Mflops = 203.527558206195 Gflops = 0.203527558206195 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158999000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0416 s
InvBiCGStab: k = 28 resid = 2.16213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104211(s) Flops=186697728 => 1791.53571120131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257856.016132691 Mflops = 257.856016132691 Gflops = 0.257856016132691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 49 resid = 9.288319e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200267(s) Flops=324495360 => 1620.31368123555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233240.539321455 Mflops = 233.240539321455 Gflops = 0.233240539321455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0008027066 Relative Rsd = 3.52052214083084e-07
BICGSTAB_SOLVER_TIME: 0.406556 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041818 s
InvBiCGStab: k = 52 resid = 2.252852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191457(s) Flops=344180736 => 1797.69209796456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258797.259971702 Mflops = 258.797259971702 Gflops = 0.258797259971702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0573 s
InvBiCGStab: k = 88 resid = 8.573332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321952(s) Flops=580405248 => 1802.76950601332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259551.591447357 Mflops = 259.551591447357 Gflops = 0.259551591447357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001038184 Relative Rsd = 4.55328209715021e-07
BICGSTAB_SOLVER_TIME: 0.616456 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040606 s
InvBiCGStab: k = 58 resid = 2.253196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247202(s) Flops=383551488 => 1551.57113615586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223389.50125417 Mflops = 223.38950125417 Gflops = 0.22338950125417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068521 s
InvBiCGStab: k = 78 resid = 8.313239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355042(s) Flops=514787328 => 1449.93360785485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208753.916123873 Mflops = 208.753916123873 Gflops = 0.208753916123873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001055652 Relative Rsd = 4.6298950479152e-07
BICGSTAB_SOLVER_TIME: 0.715841 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050218 s
InvBiCGStab: k = 67 resid = 2.072168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293959(s) Flops=442607616 => 1505.67805714402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216778.043725381 Mflops = 216.778043725381 Gflops = 0.216778043725381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072797 s
InvBiCGStab: k = 84 resid = 9.084181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336845(s) Flops=554158080 => 1645.14266205525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236853.701747338 Mflops = 236.853701747338 Gflops = 0.236853701747338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.0011045 Relative Rsd = 4.84413427151665e-07
BICGSTAB_SOLVER_TIME: 0.758051 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042435 s
InvBiCGStab: k = 53 resid = 1.959303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205455(s) Flops=350742528 => 1707.15012046434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245782.679960384 Mflops = 245.782679960384 Gflops = 0.245782679960384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065835 s
InvBiCGStab: k = 80 resid = 4.79857e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303133(s) Flops=527910912 => 1741.51580989203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250721.281550394 Mflops = 250.721281550394 Gflops = 0.250721281550394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001082133 Relative Rsd = 4.74603372956364e-07
BICGSTAB_SOLVER_TIME: 0.62073 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109097
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915154(s) Flops=1429143552 => 1561.64268746025 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224970.850435568 Mflops = 224.970850435568 Gflops = 0.224970850435568 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158542000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021135
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041403 s
InvBiCGStab: k = 26 resid = 2.278952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097496(s) Flops=173574144 => 1780.32066956593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256230.428102258 Mflops = 256.230428102258 Gflops = 0.256230428102258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 52 resid = 1.030881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190422(s) Flops=344180736 => 1807.46308724832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260177.144929359 Mflops = 260.177144929359 Gflops = 0.260177144929359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000737923 Relative Rsd = 3.23639323130374e-07
BICGSTAB_SOLVER_TIME: 0.389254 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699280000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040845 s
InvBiCGStab: k = 56 resid = 1.859222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204607(s) Flops=370427904 => 1810.43612388628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260635.978668067 Mflops = 260.635978668067 Gflops = 0.260635978668067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 79 resid = 1.104743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289216(s) Flops=521349120 => 1802.62890019916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259523.830512683 Mflops = 259.523830512683 Gflops = 0.259523830512683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001078886 Relative Rsd = 4.7317917224685e-07
BICGSTAB_SOLVER_TIME: 0.595352 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043558 s
InvBiCGStab: k = 52 resid = 1.984274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190392(s) Flops=344180736 => 1807.74788856675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260247.512377657 Mflops = 260.247512377657 Gflops = 0.260247512377657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069426 s
InvBiCGStab: k = 78 resid = 1.147761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332646(s) Flops=514787328 => 1547.55303836511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222806.672764535 Mflops = 222.806672764535 Gflops = 0.222806672764535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001057687 Relative Rsd = 4.63881940591391e-07
BICGSTAB_SOLVER_TIME: 0.639822 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046698 s
InvBiCGStab: k = 57 resid = 1.97797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250056(s) Flops=376989696 => 1507.62107687878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217045.494746887 Mflops = 217.045494746887 Gflops = 0.217045494746887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064204 s
InvBiCGStab: k = 81 resid = 1.132808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354507(s) Flops=534472704 => 1507.65063595359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217054.597865415 Mflops = 217.054597865415 Gflops = 0.217054597865415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001114137 Relative Rsd = 4.88639720036514e-07
BICGSTAB_SOLVER_TIME: 0.723948 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050666 s
InvBiCGStab: k = 59 resid = 2.166021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227796(s) Flops=390113280 => 1712.55544434494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246547.306814297 Mflops = 246.547306814297 Gflops = 0.246547306814297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067048 s
InvBiCGStab: k = 83 resid = 8.261364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318482(s) Flops=547596288 => 1719.3947789828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247541.511712173 Mflops = 247.541511712173 Gflops = 0.247541511712173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001122085 Relative Rsd = 4.92125473483103e-07
BICGSTAB_SOLVER_TIME: 0.667792 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115641
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971217(s) Flops=1416757248 => 1458.7442847479 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210053.366568298 Mflops = 210.053366568298 Gflops = 0.210053366568298 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157001000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 2.179306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806993(s) Flops=1446561792 => 1792.5332586528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258080.580283256 Mflops = 258.080580283256 Gflops = 0.258080580283256 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.034204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.826389(s) Flops=1485932544 => 1798.10300475926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258913.974030804 Mflops = 258.913974030804 Gflops = 0.258913974030804 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002079307 Relative Rsd = 9.15018958056059e-07
BICGSTAB_SOLVER_TIME: 1.636859 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0.115552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319781999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 2.055894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732395(s) Flops=1151281152 => 1571.9402125902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226337.801084132 Mflops = 226.337801084132 Gflops = 0.226337801084132 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.144308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906249(s) Flops=1394067456 => 1538.28302817438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221503.816126867 Mflops = 221.503816126867 Gflops = 0.221503816126867 Tflops
BICGSTAB_SOLVER: 387 iterations. Rsd = 0.001959874 Relative Rsd = 8.61023997956586e-07
BICGSTAB_SOLVER_TIME: 1.642704 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.121638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276365999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886307(s) Flops=1416757248 => 1598.49493234286 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230163.851946477 Mflops = 230.163851946477 Gflops = 0.230163851946477 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157124000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045881 s
InvBiCGStab: k = 26 resid = 2.156985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105287(s) Flops=173574144 => 1648.58096441156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237290.876148871 Mflops = 237.290876148871 Gflops = 0.237290876148871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06379 s
InvBiCGStab: k = 48 resid = 1.101387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205522(s) Flops=317933568 => 1546.95637450005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222690.91201678 Mflops = 222.69091201678 Gflops = 0.22269091201678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007231841 Relative Rsd = 3.17175150084978e-07
BICGSTAB_SOLVER_TIME: 0.424768 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041566 s
InvBiCGStab: k = 75 resid = 2.05712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282042(s) Flops=495101952 => 1755.41923543302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252734.800129734 Mflops = 252.734800129734 Gflops = 0.252734800129734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056674 s
InvBiCGStab: k = 107 resid = 3.944164e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395802(s) Flops=705079296 => 1781.39396971213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256482.881746051 Mflops = 256.482881746051 Gflops = 0.256482881746051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001262548 Relative Rsd = 5.53730093626435e-07
BICGSTAB_SOLVER_TIME: 0.779858 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040646 s
InvBiCGStab: k = 51 resid = 2.123792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22309(s) Flops=337618944 => 1513.37551660765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217870.048829474 Mflops = 217.870048829474 Gflops = 0.217870048829474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06876 s
InvBiCGStab: k = 62 resid = 1.096397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286164(s) Flops=409798656 => 1432.04126305196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206165.852189441 Mflops = 206.165852189441 Gflops = 0.206165852189441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001018176 Relative Rsd = 4.465529399099e-07
BICGSTAB_SOLVER_TIME: 0.622868 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057201 s
InvBiCGStab: k = 67 resid = 1.61204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259792(s) Flops=442607616 => 1703.69994457104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245276.157736236 Mflops = 245.276157736236 Gflops = 0.245276157736236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 95 resid = 7.834381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378394(s) Flops=626337792 => 1655.25296912742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238320.873290939 Mflops = 238.320873290939 Gflops = 0.238320873290939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001134331 Relative Rsd = 4.97496630944901e-07
BICGSTAB_SOLVER_TIME: 0.755987 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046734 s
InvBiCGStab: k = 67 resid = 1.146946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272498(s) Flops=442607616 => 1624.26005328479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233842.453904529 Mflops = 233.842453904529 Gflops = 0.233842453904529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062782 s
InvBiCGStab: k = 102 resid = 4.530298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422528(s) Flops=672270336 => 1591.06694940927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229076.356221651 Mflops = 229.076356221651 Gflops = 0.229076356221651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001143337 Relative Rsd = 5.01446395865215e-07
BICGSTAB_SOLVER_TIME: 0.808338 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134928
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880132(s) Flops=1404370944 => 1595.63672721819 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229751.623059057 Mflops = 229.751623059057 Gflops = 0.229751623059057 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155642000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047453 s
InvBiCGStab: k = 29 resid = 1.845189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127789(s) Flops=193259520 => 1512.33298640728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217685.926448948 Mflops = 217.685926448948 Gflops = 0.217685926448948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061729 s
InvBiCGStab: k = 48 resid = 9.078086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214214(s) Flops=317933568 => 1484.18669181286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213660.337606345 Mflops = 213.660337606345 Gflops = 0.213660337606345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007306603 Relative Rsd = 3.20454043662972e-07
BICGSTAB_SOLVER_TIME: 0.455226 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044851 s
InvBiCGStab: k = 64 resid = 1.943473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253845(s) Flops=422922240 => 1666.0648821131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239852.647979618 Mflops = 239.852647979618 Gflops = 0.239852647979618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060562 s
InvBiCGStab: k = 104 resid = 7.883573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426059(s) Flops=685393920 => 1608.68311665755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231618.264502074 Mflops = 231.618264502074 Gflops = 0.231618264502074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001236224 Relative Rsd = 5.42185051107122e-07
BICGSTAB_SOLVER_TIME: 0.7892 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051013 s
InvBiCGStab: k = 57 resid = 1.936343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222228(s) Flops=376989696 => 1696.40952535234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244218.42378427 Mflops = 244.21842378427 Gflops = 0.24421842378427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056233 s
InvBiCGStab: k = 76 resid = 8.27834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293622(s) Flops=501663744 => 1708.53595439034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245974.992943412 Mflops = 245.974992943412 Gflops = 0.245974992943412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001044751 Relative Rsd = 4.58208368961584e-07
BICGSTAB_SOLVER_TIME: 0.627124 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04884 s
InvBiCGStab: k = 66 resid = 1.531124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260466(s) Flops=436045824 => 1674.09882287899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241010.419991586 Mflops = 241.010419991586 Gflops = 0.241010419991586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060099 s
InvBiCGStab: k = 83 resid = 1.107206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320857(s) Flops=547596288 => 1706.6677304843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245719.213760043 Mflops = 245.719213760043 Gflops = 0.245719213760043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001133243 Relative Rsd = 4.97019140264634e-07
BICGSTAB_SOLVER_TIME: 0.694205 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040806 s
InvBiCGStab: k = 56 resid = 2.081073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233887(s) Flops=370427904 => 1583.79005246123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228009.774007319 Mflops = 228.009774007319 Gflops = 0.228009774007319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0662 s
InvBiCGStab: k = 81 resid = 1.145068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348337(s) Flops=534472704 => 1534.35524793519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220905.27411515 Mflops = 220.90527411515 Gflops = 0.22090527411515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001088622 Relative Rsd = 4.77449272552964e-07
BICGSTAB_SOLVER_TIME: 0.693991 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112275
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935209(s) Flops=1391837184 => 1488.26324810818 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214348.31434783 Mflops = 214.34831434783 Gflops = 0.21434831434783 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154465000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048101 s
InvBiCGStab: k = 29 resid = 2.11283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124373(s) Flops=193259520 => 1553.87037379496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223672.984066167 Mflops = 223.672984066167 Gflops = 0.223672984066167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057622 s
InvBiCGStab: k = 42 resid = 1.120631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162468(s) Flops=278562816 => 1714.57035231553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246803.652438054 Mflops = 246.803652438054 Gflops = 0.246803652438054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007225643 Relative Rsd = 3.16903293890893e-07
BICGSTAB_SOLVER_TIME: 0.396801 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048712 s
InvBiCGStab: k = 55 resid = 1.972159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235138(s) Flops=363866112 => 1547.45771419337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222780.781781121 Mflops = 222.780781781121 Gflops = 0.222780781781121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069314 s
InvBiCGStab: k = 70 resid = 1.125352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308458(s) Flops=462292992 => 1498.72265267881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215753.897750968 Mflops = 215.753897750968 Gflops = 0.215753897750968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001040723 Relative Rsd = 4.56441929155639e-07
BICGSTAB_SOLVER_TIME: 0.665505 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046225 s
InvBiCGStab: k = 47 resid = 2.044393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176417(s) Flops=311371776 => 1764.97602838729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254060.803820831 Mflops = 254.060803820831 Gflops = 0.254060803820831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059687 s
InvBiCGStab: k = 75 resid = 8.727635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286794(s) Flops=495101952 => 1726.33301951924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248534.813709724 Mflops = 248.534813709724 Gflops = 0.248534813709724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009866691 Relative Rsd = 4.32734761956865e-07
BICGSTAB_SOLVER_TIME: 0.574979 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04055 s
InvBiCGStab: k = 60 resid = 2.029128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223065(s) Flops=396675072 => 1778.29364535001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256015.480559211 Mflops = 256.015480559211 Gflops = 0.256015480559211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055827 s
InvBiCGStab: k = 88 resid = 9.651119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341361(s) Flops=580405248 => 1700.26818529357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244796.034924987 Mflops = 244.796034924987 Gflops = 0.244796034924987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001109932 Relative Rsd = 4.86795723735346e-07
BICGSTAB_SOLVER_TIME: 0.664638 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 52 resid = 1.855907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202599(s) Flops=344180736 => 1698.8274177069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244571.393559878 Mflops = 244.571393559878 Gflops = 0.244571393559878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056125 s
InvBiCGStab: k = 79 resid = 6.830933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308373(s) Flops=521349120 => 1690.64451167904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243403.214753418 Mflops = 243.403214753418 Gflops = 0.243403214753418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00108772 Relative Rsd = 4.77053882494368e-07
BICGSTAB_SOLVER_TIME: 0.613039 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107644
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976533(s) Flops=1373110272 => 1406.10739422016 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202466.748658659 Mflops = 202.466748658659 Gflops = 0.202466748658659 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151930000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042238 s
InvBiCGStab: k = 31 resid = 2.076817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130342(s) Flops=206383104 => 1583.39678691442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227933.752584614 Mflops = 227.933752584614 Gflops = 0.227933752584614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05906 s
InvBiCGStab: k = 44 resid = 9.790866e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162835(s) Flops=291686400 => 1791.30039610649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257850.113758987 Mflops = 257.850113758987 Gflops = 0.257850113758987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007359951 Relative Rsd = 3.22793809265401e-07
BICGSTAB_SOLVER_TIME: 0.398337 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045022 s
InvBiCGStab: k = 53 resid = 1.790178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216942(s) Flops=350742528 => 1616.75714246204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232753.550700696 Mflops = 232.753550700696 Gflops = 0.232753550700696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 83 resid = 1.015748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34843(s) Flops=547596288 => 1571.61061906265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226273.176742672 Mflops = 226.273176742672 Gflops = 0.226273176742672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001078468 Relative Rsd = 4.72996232864109e-07
BICGSTAB_SOLVER_TIME: 0.671059 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051479 s
InvBiCGStab: k = 50 resid = 2.097226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207296(s) Flops=331057152 => 1597.02624266749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229908.199532204 Mflops = 229.908199532204 Gflops = 0.229908199532204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065423 s
InvBiCGStab: k = 67 resid = 1.074921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264205(s) Flops=442607616 => 1675.24314831286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241151.256896665 Mflops = 241.151256896665 Gflops = 0.241151256896665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009886333 Relative Rsd = 4.33596205793207e-07
BICGSTAB_SOLVER_TIME: 0.59228 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041254 s
InvBiCGStab: k = 64 resid = 1.29987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246258(s) Flops=422922240 => 1717.3949272714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247260.37676877 Mflops = 247.26037676877 Gflops = 0.24726037676877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059917 s
InvBiCGStab: k = 83 resid = 8.732732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318088(s) Flops=547596288 => 1721.52450894092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247841.36840914 Mflops = 247.84136840914 Gflops = 0.24784136840914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001151059 Relative Rsd = 5.04833250739555e-07
BICGSTAB_SOLVER_TIME: 0.669463 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040644 s
InvBiCGStab: k = 51 resid = 2.227115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208616(s) Flops=337618944 => 1618.3751198374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232978.196365944 Mflops = 232.978196365944 Gflops = 0.232978196365944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0571 s
InvBiCGStab: k = 77 resid = 1.151386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287569(s) Flops=508225536 => 1767.31683874131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254425.567115817 Mflops = 254.425567115817 Gflops = 0.254425567115817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001050895 Relative Rsd = 4.60902984887779e-07
BICGSTAB_SOLVER_TIME: 0.597793 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105658
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936505(s) Flops=1354530816 => 1446.36794891645 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208259.842979248 Mflops = 208.259842979248 Gflops = 0.208259842979248 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149841000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.464198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 2.046824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798742(s) Flops=1348134912 => 1687.82274126063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243073.135696376 Mflops = 243.073135696376 Gflops = 0.243073135696376 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.04022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848121(s) Flops=1374382080 => 1620.50235756455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233339.611131585 Mflops = 233.339611131585 Gflops = 0.233339611131585 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.001970108 Relative Rsd = 8.66974018932893e-07
BICGSTAB_SOLVER_TIME: 1.650548 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.137323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295143999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.755506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714433(s) Flops=1203775488 => 1684.93824893307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242638.468790192 Mflops = 242.638468790192 Gflops = 0.242638468790192 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 8.952271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779202(s) Flops=1308764160 => 1679.62115086974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241852.750117027 Mflops = 241.852750117027 Gflops = 0.241852750117027 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001949543 Relative Rsd = 8.56517399075373e-07
BICGSTAB_SOLVER_TIME: 1.496993 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.118946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272924999999998
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.88016(s) Flops=1354530816 => 1538.95975277222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221594.703648493 Mflops = 221.594703648493 Gflops = 0.221594703648493 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04385 s
InvBiCGStab: k = 26 resid = 1.972106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115733(s) Flops=173574144 => 1499.78090950723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215817.214164669 Mflops = 215.817214164669 Gflops = 0.215817214164669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060739 s
InvBiCGStab: k = 49 resid = 1.107058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200942(s) Flops=324495360 => 1614.8707587264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232466.425111297 Mflops = 232.466425111297 Gflops = 0.232466425111297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007288922 Relative Rsd = 3.19678580825943e-07
BICGSTAB_SOLVER_TIME: 0.425116 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041591 s
InvBiCGStab: k = 93 resid = 9.008508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388631(s) Flops=613214208 => 1577.88289662945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227187.089358416 Mflops = 227.187089358416 Gflops = 0.227187089358416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066609 s
InvBiCGStab: k = 99 resid = 1.092548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394697(s) Flops=652584960 => 1653.38211336798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238051.465189142 Mflops = 238.051465189142 Gflops = 0.238051465189142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001301014 Relative Rsd = 5.70600750227862e-07
BICGSTAB_SOLVER_TIME: 0.895337 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151705999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 50 resid = 2.036805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196166(s) Flops=331057152 => 1687.63777616916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242957.620989042 Mflops = 242.957620989042 Gflops = 0.242957620989042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058708 s
InvBiCGStab: k = 73 resid = 9.739732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315297(s) Flops=481978368 => 1528.64875974082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220077.070548358 Mflops = 220.077070548358 Gflops = 0.220077070548358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001060729 Relative Rsd = 4.65216126751149e-07
BICGSTAB_SOLVER_TIME: 0.61543 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057059 s
InvBiCGStab: k = 65 resid = 2.160377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286072(s) Flops=429484032 => 1501.31446628821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216131.660332477 Mflops = 216.131660332477 Gflops = 0.216131660332477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056357 s
InvBiCGStab: k = 94 resid = 1.032082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353047(s) Flops=619776000 => 1755.50564089201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252753.063953288 Mflops = 252.753063953288 Gflops = 0.252753063953288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001157864 Relative Rsd = 5.07817567491224e-07
BICGSTAB_SOLVER_TIME: 0.756454 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042062 s
InvBiCGStab: k = 58 resid = 2.149465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213392(s) Flops=383551488 => 1797.40331408863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258769.562928934 Mflops = 258.769562928934 Gflops = 0.258769562928934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 85 resid = 1.127302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341476(s) Flops=560719872 => 1642.04767538568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236403.543888578 Mflops = 236.403543888578 Gflops = 0.236403543888578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001072731 Relative Rsd = 4.70479859021406e-07
BICGSTAB_SOLVER_TIME: 0.657056 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116178
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868218(s) Flops=1348042752 => 1552.65469271542 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223553.451823472 Mflops = 223.553451823472 Gflops = 0.223553451823472 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149073000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048592 s
InvBiCGStab: k = 27 resid = 2.133194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137928(s) Flops=180135936 => 1306.0142683139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  187981.205500464 Mflops = 187.981205500464 Gflops = 0.187981205500464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061026 s
InvBiCGStab: k = 47 resid = 8.977014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174996(s) Flops=311371776 => 1779.30796132483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256110.257792621 Mflops = 256.110257792621 Gflops = 0.256110257792621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007200386 Relative Rsd = 3.15795573718338e-07
BICGSTAB_SOLVER_TIME: 0.426454 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046274 s
InvBiCGStab: k = 76 resid = 1.954669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279836(s) Flops=501663744 => 1792.70624222759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258104.914063434 Mflops = 258.104914063434 Gflops = 0.258104914063434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 97 resid = 1.073684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416734(s) Flops=639461376 => 1534.45933377166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220926.308300532 Mflops = 220.926308300532 Gflops = 0.220926308300532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001282581 Relative Rsd = 5.62516034470069e-07
BICGSTAB_SOLVER_TIME: 0.802944 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137759
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040553 s
InvBiCGStab: k = 48 resid = 2.277651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194153(s) Flops=317933568 => 1637.54136170958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235748.490712438 Mflops = 235.748490712438 Gflops = 0.235748490712438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056916 s
InvBiCGStab: k = 62 resid = 1.06203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245096(s) Flops=409798656 => 1671.992427457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240713.97066874 Mflops = 240.71397066874 Gflops = 0.24071397066874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009853493 Relative Rsd = 4.32155921939523e-07
BICGSTAB_SOLVER_TIME: 0.54047 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0926930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046098 s
InvBiCGStab: k = 67 resid = 2.274879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303206(s) Flops=442607616 => 1459.75876466825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210172.081699621 Mflops = 210.172081699621 Gflops = 0.210172081699621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063198 s
InvBiCGStab: k = 80 resid = 1.055108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373355(s) Flops=527910912 => 1413.96502524407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203580.731375935 Mflops = 203.580731375935 Gflops = 0.203580731375935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001082956 Relative Rsd = 4.74964605480197e-07
BICGSTAB_SOLVER_TIME: 0.789886 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119042
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048567 s
InvBiCGStab: k = 54 resid = 1.523063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206255(s) Flops=357304320 => 1732.34258563429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249388.638971755 Mflops = 249.388638971755 Gflops = 0.249388638971755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057994 s
InvBiCGStab: k = 77 resid = 9.070707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286867(s) Flops=508225536 => 1771.64168761133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255067.073987535 Mflops = 255.067073987535 Gflops = 0.255067073987535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001065281 Relative Rsd = 4.67212376817132e-07
BICGSTAB_SOLVER_TIME: 0.603536 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107742
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871564(s) Flops=1341775872 => 1539.50354994011 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221685.942670305 Mflops = 221.685942670305 Gflops = 0.221685942670305 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148552000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045322 s
InvBiCGStab: k = 25 resid = 2.270332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093195(s) Flops=167012352 => 1792.07416706905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257936.556081962 Mflops = 257.936556081962 Gflops = 0.257936556081962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 45 resid = 9.966418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204524(s) Flops=298248192 => 1458.25522677045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209920.569807441 Mflops = 209.920569807441 Gflops = 0.209920569807441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007265582 Relative Rsd = 3.18654926992681e-07
BICGSTAB_SOLVER_TIME: 0.403348 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042253 s
InvBiCGStab: k = 53 resid = 1.252867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227652(s) Flops=350742528 => 1540.69600969901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221803.68870426 Mflops = 221.80368870426 Gflops = 0.22180368870426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061413 s
InvBiCGStab: k = 67 resid = 1.050925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263542(s) Flops=442607616 => 1679.4576044805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241768.562124085 Mflops = 241.768562124085 Gflops = 0.241768562124085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001035808 Relative Rsd = 4.54286226203163e-07
BICGSTAB_SOLVER_TIME: 0.598661 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044882 s
InvBiCGStab: k = 43 resid = 2.22333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167527(s) Flops=285124608 => 1701.96211953894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245000.211522402 Mflops = 245.000211522402 Gflops = 0.245000211522402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055751 s
InvBiCGStab: k = 67 resid = 1.107625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24737(s) Flops=442607616 => 1789.25340987185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257597.299910044 Mflops = 257.597299910044 Gflops = 0.257597299910044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009888713 Relative Rsd = 4.33700618586315e-07
BICGSTAB_SOLVER_TIME: 0.51948 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0928530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043431 s
InvBiCGStab: k = 54 resid = 1.956828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211864(s) Flops=357304320 => 1686.47962844089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242761.272733006 Mflops = 242.761272733006 Gflops = 0.242761272733006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061156 s
InvBiCGStab: k = 74 resid = 1.08942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278415(s) Flops=488540160 => 1754.71925004041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252610.108760275 Mflops = 252.610108760275 Gflops = 0.252610108760275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001066546 Relative Rsd = 4.67767321877421e-07
BICGSTAB_SOLVER_TIME: 0.598643 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045562 s
InvBiCGStab: k = 52 resid = 1.675665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229173(s) Flops=344180736 => 1501.8380699297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216203.377823137 Mflops = 216.203377823137 Gflops = 0.216203377823137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072962 s
InvBiCGStab: k = 72 resid = 1.026808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325266(s) Flops=475416576 => 1461.62395085868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210449.373698189 Mflops = 210.449373698189 Gflops = 0.210449373698189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001016392 Relative Rsd = 4.45770890642401e-07
BICGSTAB_SOLVER_TIME: 0.67717 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102623
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847686(s) Flops=1341775872 => 1582.86897742796 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227910.598889607 Mflops = 227.910598889607 Gflops = 0.227910598889607 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148811000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040523 s
InvBiCGStab: k = 26 resid = 1.94502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097028(s) Flops=173574144 => 1788.90777919776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257458.053333078 Mflops = 257.458053333078 Gflops = 0.257458053333078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077773 s
InvBiCGStab: k = 45 resid = 9.80397e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237103(s) Flops=298248192 => 1257.884514325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181092.885518918 Mflops = 181.092885518918 Gflops = 0.181092885518918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007365732 Relative Rsd = 3.23047361309692e-07
BICGSTAB_SOLVER_TIME: 0.456602 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0647570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049062 s
InvBiCGStab: k = 61 resid = 1.932219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318951(s) Flops=403236864 => 1264.25960100454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182026.563551127 Mflops = 182.026563551127 Gflops = 0.182026563551127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055764 s
InvBiCGStab: k = 76 resid = 1.073117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283122(s) Flops=501663744 => 1771.89954860449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255095.176183032 Mflops = 255.095176183032 Gflops = 0.255095176183032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001101697 Relative Rsd = 4.83184011188219e-07
BICGSTAB_SOLVER_TIME: 0.710794 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044567 s
InvBiCGStab: k = 51 resid = 1.390336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200627(s) Flops=337618944 => 1682.81908217737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242271.850416 Mflops = 242.271850416 Gflops = 0.242271850416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057783 s
InvBiCGStab: k = 72 resid = 8.499692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27956(s) Flops=475416576 => 1700.58869652311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244817.317432043 Mflops = 244.817317432043 Gflops = 0.244817317432043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001016781 Relative Rsd = 4.45941116682607e-07
BICGSTAB_SOLVER_TIME: 0.586391 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 50 resid = 2.160243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185514(s) Flops=331057152 => 1784.53999159093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256883.637495316 Mflops = 256.883637495316 Gflops = 0.256883637495316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056749 s
InvBiCGStab: k = 78 resid = 1.10883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286372(s) Flops=514787328 => 1797.61753244032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.603011595 Mflops = 258.801603011595 Gflops = 0.258801603011595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001092739 Relative Rsd = 4.79255077768926e-07
BICGSTAB_SOLVER_TIME: 0.574005 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041284 s
InvBiCGStab: k = 53 resid = 2.088153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194472(s) Flops=350742528 => 1803.5631247686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259654.23118379 Mflops = 259.65423118379 Gflops = 0.25965423118379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055928 s
InvBiCGStab: k = 81 resid = 5.193622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299687(s) Flops=534472704 => 1783.43639864258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256745.097210619 Mflops = 256.745097210619 Gflops = 0.256745097210619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.0009988608 Relative Rsd = 4.38081820231207e-07
BICGSTAB_SOLVER_TIME: 0.595822 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109945
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.899167(s) Flops=1341702144 => 1492.16123812373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214852.095256374 Mflops = 214.852095256374 Gflops = 0.214852095256374 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148188000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021333
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.196921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728535(s) Flops=1197213696 => 1643.31665053841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236569.816205744 Mflops = 236.569816205744 Gflops = 0.236569816205744 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 9.100278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974791(s) Flops=1407191040 => 1443.58230636106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207866.500568741 Mflops = 207.866500568741 Gflops = 0.207866500568741 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.001929173 Relative Rsd = 8.48978274339182e-07
BICGSTAB_SOLVER_TIME: 1.706853 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.119272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282726999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 1.71602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667765(s) Flops=1131595776 => 1694.60180752211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243944.079977645 Mflops = 243.944079977645 Gflops = 0.243944079977645 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.075458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835622(s) Flops=1433438208 => 1715.41463484686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247005.155560151 Mflops = 247.005155560151 Gflops = 0.247005155560151 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.002010158 Relative Rsd = 8.83191403314712e-07
BICGSTAB_SOLVER_TIME: 1.506763 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001883
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278404999999999
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913316(s) Flops=1341702144 => 1469.04482566822 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211519.655795352 Mflops = 211.519655795352 Gflops = 0.211519655795352 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148690000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 23 resid = 2.265697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086663(s) Flops=153888768 => 1775.7147571628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255533.628240121 Mflops = 255.533628240121 Gflops = 0.255533628240121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068212 s
InvBiCGStab: k = 44 resid = 1.138013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174642(s) Flops=291686400 => 1670.19617274195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240404.577772268 Mflops = 240.404577772268 Gflops = 0.240404577772268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007039215 Relative Rsd = 3.08726904211327e-07
BICGSTAB_SOLVER_TIME: 0.374427 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0619550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046676 s
InvBiCGStab: k = 84 resid = 1.946129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31887(s) Flops=554158080 => 1737.88089189952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250212.334482081 Mflops = 250.212334482081 Gflops = 0.250212334482081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061208 s
InvBiCGStab: k = 101 resid = 6.133094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395262(s) Flops=665708544 => 1684.22095723849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242487.787946188 Mflops = 242.487787946188 Gflops = 0.242487787946188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001267269 Relative Rsd = 5.55800836731609e-07
BICGSTAB_SOLVER_TIME: 0.825961 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045695 s
InvBiCGStab: k = 50 resid = 2.138525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222602(s) Flops=331057152 => 1487.21553265469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214114.550277503 Mflops = 214.114550277503 Gflops = 0.214114550277503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06672 s
InvBiCGStab: k = 68 resid = 1.082585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300401(s) Flops=449169408 => 1495.2327322479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215260.447131759 Mflops = 215.260447131759 Gflops = 0.215260447131759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009687879 Relative Rsd = 4.24892391100044e-07
BICGSTAB_SOLVER_TIME: 0.639305 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046052 s
InvBiCGStab: k = 59 resid = 2.209479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230496(s) Flops=390113280 => 1692.4947938359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243648.860380301 Mflops = 243.648860380301 Gflops = 0.243648860380301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062442 s
InvBiCGStab: k = 84 resid = 8.521583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316125(s) Flops=554158080 => 1752.97138790036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252374.563204352 Mflops = 252.374563204352 Gflops = 0.252374563204352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001110194 Relative Rsd = 4.86910603336565e-07
BICGSTAB_SOLVER_TIME: 0.658959 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 56 resid = 2.020082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213402(s) Flops=370427904 => 1735.82208226727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249880.846199123 Mflops = 249.880846199123 Gflops = 0.249880846199123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057993 s
InvBiCGStab: k = 90 resid = 1.070738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34856(s) Flops=593528832 => 1702.8024787698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245138.532140354 Mflops = 245.138532140354 Gflops = 0.245138532140354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001062386 Relative Rsd = 4.6594282957966e-07
BICGSTAB_SOLVER_TIME: 0.664729 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118464
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.917851(s) Flops=1341554688 => 1461.62578457724 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210447.635678456 Mflops = 210.447635678456 Gflops = 0.210447635678456 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148734000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.48118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040786 s
InvBiCGStab: k = 23 resid = 2.200562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086903(s) Flops=153888768 => 1770.81076602649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254853.094137517 Mflops = 254.853094137517 Gflops = 0.254853094137517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061832 s
InvBiCGStab: k = 53 resid = 8.678869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225627(s) Flops=350742528 => 1554.52374050978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223773.274590722 Mflops = 223.773274590722 Gflops = 0.223773274590722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000757574 Relative Rsd = 3.32257897159432e-07
BICGSTAB_SOLVER_TIME: 0.418955 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044784 s
InvBiCGStab: k = 72 resid = 1.98316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285524(s) Flops=475416576 => 1665.06695058909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239713.431602861 Mflops = 239.713431602861 Gflops = 0.239713431602861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063569 s
InvBiCGStab: k = 99 resid = 8.744967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40091(s) Flops=652584960 => 1627.75924771146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234366.709955638 Mflops = 234.366709955638 Gflops = 0.234366709955638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001237336 Relative Rsd = 5.42672549077095e-07
BICGSTAB_SOLVER_TIME: 0.798691 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 51 resid = 1.841115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20736(s) Flops=337618944 => 1628.17777777778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234397.909302675 Mflops = 234.397909302675 Gflops = 0.234397909302675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059845 s
InvBiCGStab: k = 76 resid = 9.755213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336724(s) Flops=501663744 => 1489.83661396277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214495.500623587 Mflops = 214.495500623587 Gflops = 0.214495500623587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001022755 Relative Rsd = 4.48561290627212e-07
BICGSTAB_SOLVER_TIME: 0.649184 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044806 s
InvBiCGStab: k = 61 resid = 2.187328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259774(s) Flops=403236864 => 1552.26028778862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223481.284092409 Mflops = 223.481284092409 Gflops = 0.223481284092409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05905 s
InvBiCGStab: k = 80 resid = 1.1035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333332(s) Flops=527910912 => 1583.73907095628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228017.848463092 Mflops = 228.017848463092 Gflops = 0.228017848463092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001105678 Relative Rsd = 4.84930027953947e-07
BICGSTAB_SOLVER_TIME: 0.700867 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040642 s
InvBiCGStab: k = 59 resid = 1.486783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237177(s) Flops=390113280 => 1644.81918567146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236808.013649848 Mflops = 236.808013649848 Gflops = 0.236808013649848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05738 s
InvBiCGStab: k = 83 resid = 7.653165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325529(s) Flops=547596288 => 1682.17359436486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242185.403958884 Mflops = 242.185403958884 Gflops = 0.242185403958884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001104564 Relative Rsd = 4.84441304601561e-07
BICGSTAB_SOLVER_TIME: 0.664547 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115688
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889851(s) Flops=1335214080 => 1500.49174524724 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216049.17270117 Mflops = 216.04917270117 Gflops = 0.21604917270117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149289000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.485051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 31 resid = 1.65938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126194(s) Flops=206383104 => 1635.44307970268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235399.446523581 Mflops = 235.399446523581 Gflops = 0.235399446523581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067781 s
InvBiCGStab: k = 48 resid = 8.276116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185113(s) Flops=317933568 => 1717.51075289148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247215.54512995 Mflops = 247.21554512995 Gflops = 0.24721554512995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007374122 Relative Rsd = 3.23415307907996e-07
BICGSTAB_SOLVER_TIME: 0.424407 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047015 s
InvBiCGStab: k = 49 resid = 2.217088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201894(s) Flops=324495360 => 1607.25608487622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231383.453109894 Mflops = 231.383453109894 Gflops = 0.231383453109894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057465 s
InvBiCGStab: k = 75 resid = 1.125387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297508(s) Flops=495101952 => 1664.16349140191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239595.198812369 Mflops = 239.595198812369 Gflops = 0.239595198812369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001076969 Relative Rsd = 4.7233855991153e-07
BICGSTAB_SOLVER_TIME: 0.60775 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040597 s
InvBiCGStab: k = 63 resid = 6.815984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242452(s) Flops=416360448 => 1717.29021827001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247230.83959055 Mflops = 247.23083959055 Gflops = 0.24723083959055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061564 s
InvBiCGStab: k = 68 resid = 9.999703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269786(s) Flops=449169408 => 1664.90999532963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239687.150453933 Mflops = 239.687150453933 Gflops = 0.239687150453933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001015563 Relative Rsd = 4.45407258411342e-07
BICGSTAB_SOLVER_TIME: 0.619546 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107743
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048587 s
InvBiCGStab: k = 60 resid = 1.985389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267233(s) Flops=396675072 => 1484.37906995019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213709.401036499 Mflops = 213.709401036499 Gflops = 0.213709401036499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065101 s
InvBiCGStab: k = 86 resid = 8.865373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390446(s) Flops=567281664 => 1452.9068398703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209180.424259861 Mflops = 209.180424259861 Gflops = 0.209180424259861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001104441 Relative Rsd = 4.84387183544987e-07
BICGSTAB_SOLVER_TIME: 0.775415 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048933 s
InvBiCGStab: k = 58 resid = 1.497293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221797(s) Flops=383551488 => 1729.29069374248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248959.741266619 Mflops = 248.959741266619 Gflops = 0.248959741266619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05706 s
InvBiCGStab: k = 76 resid = 1.052537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282196(s) Flops=501663744 => 1777.71387262754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255936.519651242 Mflops = 255.936519651242 Gflops = 0.255936519651242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001031198 Relative Rsd = 4.52264396279308e-07
BICGSTAB_SOLVER_TIME: 0.613901 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109751
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.870136(s) Flops=1322754048 => 1520.16931606094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218892.530497957 Mflops = 218.892530497957 Gflops = 0.218892530497957 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146338000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.460015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042608 s
InvBiCGStab: k = 26 resid = 1.602653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108353(s) Flops=173574144 => 1601.93205541148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230565.629390524 Mflops = 230.565629390524 Gflops = 0.230565629390524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060533 s
InvBiCGStab: k = 40 resid = 1.040946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156728(s) Flops=265439232 => 1693.62993211168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243777.925066564 Mflops = 243.777925066564 Gflops = 0.243777925066564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0006895729 Relative Rsd = 3.02433876242947e-07
BICGSTAB_SOLVER_TIME: 0.372108 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0613340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061049 s
InvBiCGStab: k = 57 resid = 2.038393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21647(s) Flops=376989696 => 1741.53321938375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250721.432703892 Mflops = 250.721432703892 Gflops = 0.250721432703892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057224 s
InvBiCGStab: k = 77 resid = 1.12389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285762(s) Flops=508225536 => 1778.49236777458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256050.782143126 Mflops = 256.050782143126 Gflops = 0.256050782143126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001074784 Relative Rsd = 4.71380412979762e-07
BICGSTAB_SOLVER_TIME: 0.624385 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040673 s
InvBiCGStab: k = 55 resid = 1.395829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203595(s) Flops=363866112 => 1787.20554041111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257302.543903912 Mflops = 257.302543903912 Gflops = 0.257302543903912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055835 s
InvBiCGStab: k = 65 resid = 1.14229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26322(s) Flops=429484032 => 1631.65425119672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234890.54072796 Mflops = 234.89054072796 Gflops = 0.23489054072796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001019862 Relative Rsd = 4.47292458196148e-07
BICGSTAB_SOLVER_TIME: 0.567065 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999890000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 69 resid = 2.230365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253996(s) Flops=455731200 => 1794.24557867053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258319.855451857 Mflops = 258.319855451857 Gflops = 0.258319855451857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056858 s
InvBiCGStab: k = 77 resid = 9.137239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282725(s) Flops=508225536 => 1797.59673180653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.632457871 Mflops = 258.795632457871 Gflops = 0.258795632457871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001089197 Relative Rsd = 4.77701803445243e-07
BICGSTAB_SOLVER_TIME: 0.638739 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118715000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 59 resid = 8.509465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237721(s) Flops=390113280 => 1641.05518654221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236244.817912351 Mflops = 236.244817912351 Gflops = 0.236244817912351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06624 s
InvBiCGStab: k = 63 resid = 1.068409e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260522(s) Flops=416360448 => 1598.17768940819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230083.187252612 Mflops = 230.083187252612 Gflops = 0.230083187252612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001014995 Relative Rsd = 4.45157842032696e-07
BICGSTAB_SOLVER_TIME: 0.609917 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101077
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882754(s) Flops=1310220288 => 1484.24168907759 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213708.892590023 Mflops = 213.708892590023 Gflops = 0.213708892590023 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.780827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.930017(s) Flops=1367820288 => 1470.74761859192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211759.616931248 Mflops = 211.759616931248 Gflops = 0.211759616931248 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 9.8676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.894818(s) Flops=1499056128 => 1675.26371619704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241227.663595468 Mflops = 241.227663595468 Gflops = 0.241227663595468 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002008189 Relative Rsd = 8.8376833378677e-07
BICGSTAB_SOLVER_TIME: 1.828257 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.115862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310641999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.873133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.644797(s) Flops=1111910400 => 1724.43482212231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248293.807379474 Mflops = 248.293807379474 Gflops = 0.248293807379474 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.004864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.74077(s) Flops=1328449536 => 1793.33603682655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258226.319765953 Mflops = 258.226319765953 Gflops = 0.258226319765953 Tflops
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001910764 Relative Rsd = 8.39553778840717e-07
BICGSTAB_SOLVER_TIME: 1.388992 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.115924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264643999999998
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900527(s) Flops=1310220288 => 1454.94836690071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209492.088491406 Mflops = 209.492088491406 Gflops = 0.209492088491406 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047283 s
InvBiCGStab: k = 23 resid = 1.885272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095439(s) Flops=153888768 => 1612.43064156163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232063.556495842 Mflops = 232.063556495842 Gflops = 0.232063556495842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059482 s
InvBiCGStab: k = 45 resid = 1.037738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166867(s) Flops=298248192 => 1787.34076839639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257264.450452852 Mflops = 257.264450452852 Gflops = 0.257264450452852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007186773 Relative Rsd = 3.15198531666402e-07
BICGSTAB_SOLVER_TIME: 0.372979 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043522 s
InvBiCGStab: k = 73 resid = 2.22161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268572(s) Flops=481978368 => 1794.59648809258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258356.935169765 Mflops = 258.356935169765 Gflops = 0.258356935169765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056662 s
InvBiCGStab: k = 98 resid = 1.131099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404665(s) Flops=646023168 => 1596.439444973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229853.807025755 Mflops = 229.853807025755 Gflops = 0.229853807025755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001252852 Relative Rsd = 5.49477506077308e-07
BICGSTAB_SOLVER_TIME: 0.777352 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001846
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136776
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044134 s
InvBiCGStab: k = 48 resid = 1.967183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216536(s) Flops=317933568 => 1468.27117892637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211353.868541792 Mflops = 211.353868541792 Gflops = 0.211353868541792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065191 s
InvBiCGStab: k = 70 resid = 1.039395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280847(s) Flops=462292992 => 1646.06704718227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236990.560352973 Mflops = 236.990560352973 Gflops = 0.236990560352973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009867784 Relative Rsd = 4.32782705043774e-07
BICGSTAB_SOLVER_TIME: 0.610892 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041553 s
InvBiCGStab: k = 62 resid = 2.262684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229497(s) Flops=409798656 => 1785.63840050197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257084.048936839 Mflops = 257.084048936839 Gflops = 0.257084048936839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05682 s
InvBiCGStab: k = 85 resid = 1.027967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310106(s) Flops=560719872 => 1808.15550811658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260318.569868525 Mflops = 260.318569868525 Gflops = 0.260318569868525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001106538 Relative Rsd = 4.85306986218747e-07
BICGSTAB_SOLVER_TIME: 0.641832 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040688 s
InvBiCGStab: k = 56 resid = 1.779584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207367(s) Flops=370427904 => 1786.33969725173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257156.254242995 Mflops = 257.156254242995 Gflops = 0.257156254242995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056935 s
InvBiCGStab: k = 88 resid = 1.024396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32232(s) Flops=580405248 => 1800.71124348474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259261.787787312 Mflops = 259.261787787312 Gflops = 0.259261787787312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001101538 Relative Rsd = 4.83114164390678e-07
BICGSTAB_SOLVER_TIME: 0.631088 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117159
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861436(s) Flops=1297612800 => 1506.33686077666 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216907.709323058 Mflops = 216.907709323058 Gflops = 0.216907709323058 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143898000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.499293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 24 resid = 2.108016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089165(s) Flops=160450560 => 1799.47916783491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258939.727148585 Mflops = 258.939727148585 Gflops = 0.258939727148585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 46 resid = 1.127651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169276(s) Flops=304809984 => 1800.66863583733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259197.712109736 Mflops = 259.197712109736 Gflops = 0.259197712109736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007678025 Relative Rsd = 3.36743920058236e-07
BICGSTAB_SOLVER_TIME: 0.359393 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041139 s
InvBiCGStab: k = 72 resid = 1.794037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263137(s) Flops=475416576 => 1806.72644287956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260121.473805209 Mflops = 260.121473805209 Gflops = 0.260121473805209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05643 s
InvBiCGStab: k = 97 resid = 1.093513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353599(s) Flops=639461376 => 1808.43660756959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260362.950617929 Mflops = 260.362950617929 Gflops = 0.260362950617929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.0012117 Relative Rsd = 5.31429001688982e-07
BICGSTAB_SOLVER_TIME: 0.718125 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046025 s
InvBiCGStab: k = 53 resid = 2.127085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22308(s) Flops=350742528 => 1572.27240451856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226354.364518438 Mflops = 226.354364518438 Gflops = 0.226354364518438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060617 s
InvBiCGStab: k = 68 resid = 8.677196e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282141(s) Flops=449169408 => 1592.00331749019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229193.148842444 Mflops = 229.193148842444 Gflops = 0.229193148842444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001006488 Relative Rsd = 4.41426807873103e-07
BICGSTAB_SOLVER_TIME: 0.616152 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040626 s
InvBiCGStab: k = 60 resid = 1.958433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225286(s) Flops=396675072 => 1760.76219560914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253495.519326325 Mflops = 253.495519326325 Gflops = 0.253495519326325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05687 s
InvBiCGStab: k = 89 resid = 1.107736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330336(s) Flops=586967040 => 1776.87881429817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255814.797395003 Mflops = 255.814797395003 Gflops = 0.255814797395003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00107667 Relative Rsd = 4.7220759716614e-07
BICGSTAB_SOLVER_TIME: 0.657019 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120681
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 50 resid = 2.225892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183511(s) Flops=331057152 => 1804.01802616737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259713.347207231 Mflops = 259.713347207231 Gflops = 0.259713347207231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 83 resid = 1.038649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303741(s) Flops=547596288 => 1802.83955080151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259556.946923922 Mflops = 259.556946923922 Gflops = 0.259556946923922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001077309 Relative Rsd = 4.72487852335514e-07
BICGSTAB_SOLVER_TIME: 0.588461 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109377
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.853935(s) Flops=1285226496 => 1505.06361257004 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216747.065537793 Mflops = 216.747065537793 Gflops = 0.216747065537793 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04145 s
InvBiCGStab: k = 28 resid = 2.248461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113716(s) Flops=186697728 => 1641.7894403602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236292.067335074 Mflops = 236.292067335074 Gflops = 0.236292067335074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057562 s
InvBiCGStab: k = 47 resid = 9.375972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179879(s) Flops=311371776 => 1731.00682125206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249167.999771128 Mflops = 249.167999771128 Gflops = 0.249167999771128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007231672 Relative Rsd = 3.17167721204099e-07
BICGSTAB_SOLVER_TIME: 0.396567 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 54 resid = 1.627361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206745(s) Flops=357304320 => 1728.23681346586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248802.486886025 Mflops = 248.802486886025 Gflops = 0.248802486886025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057948 s
InvBiCGStab: k = 72 resid = 1.132172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282003(s) Flops=475416576 => 1685.85644833566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242701.136054491 Mflops = 242.701136054491 Gflops = 0.242701136054491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001017072 Relative Rsd = 4.46068811741563e-07
BICGSTAB_SOLVER_TIME: 0.591829 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050116 s
InvBiCGStab: k = 46 resid = 2.214437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174754(s) Flops=304809984 => 1744.22321663596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251094.854369607 Mflops = 251.094854369607 Gflops = 0.251094854369607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057797 s
InvBiCGStab: k = 70 resid = 1.058466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267684(s) Flops=462292992 => 1727.01017617788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248625.894101023 Mflops = 248.625894101023 Gflops = 0.248625894101023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009972721 Relative Rsd = 4.37385037156613e-07
BICGSTAB_SOLVER_TIME: 0.554165 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059423 s
InvBiCGStab: k = 59 resid = 2.171338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251805(s) Flops=390113280 => 1549.26740930482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223047.326540482 Mflops = 223.047326540482 Gflops = 0.223047326540482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063488 s
InvBiCGStab: k = 74 resid = 9.96716e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335634(s) Flops=488540160 => 1455.57410750997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209561.909435296 Mflops = 209.561909435296 Gflops = 0.209561909435296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00103576 Relative Rsd = 4.5426513941414e-07
BICGSTAB_SOLVER_TIME: 0.715426 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042982 s
InvBiCGStab: k = 55 resid = 2.078235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224823(s) Flops=363866112 => 1618.45590531218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233004.744122411 Mflops = 233.004744122411 Gflops = 0.233004744122411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063098 s
InvBiCGStab: k = 71 resid = 8.586347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296312(s) Flops=468854784 => 1582.3010340452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227803.875780623 Mflops = 227.803875780623 Gflops = 0.227803875780623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001040985 Relative Rsd = 4.56556910872059e-07
BICGSTAB_SOLVER_TIME: 0.631116 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10407
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836694(s) Flops=1279033344 => 1528.6751715681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220112.015669602 Mflops = 220.112015669602 Gflops = 0.220112015669602 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141582000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041578 s
InvBiCGStab: k = 31 resid = 1.677498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126236(s) Flops=206383104 => 1634.89895117082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235328.666626966 Mflops = 235.328666626966 Gflops = 0.235328666626966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064348 s
InvBiCGStab: k = 47 resid = 9.752769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178819(s) Flops=311371776 => 1741.26785185019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250656.627298453 Mflops = 250.656627298453 Gflops = 0.250656627298453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0008012711 Relative Rsd = 3.51422622810803e-07
BICGSTAB_SOLVER_TIME: 0.416727 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0716100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 49 resid = 1.994079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195358(s) Flops=324495360 => 1661.02928981664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239120.166464573 Mflops = 239.120166464573 Gflops = 0.239120166464573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 87 resid = 4.909336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32216(s) Flops=573843456 => 1781.23744723119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256452.342793587 Mflops = 256.452342793587 Gflops = 0.256452342793587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001079847 Relative Rsd = 4.73601010142527e-07
BICGSTAB_SOLVER_TIME: 0.61899 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111459
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040861 s
InvBiCGStab: k = 52 resid = 2.093051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1982(s) Flops=344180736 => 1736.53247225025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249997.153943688 Mflops = 249.997153943688 Gflops = 0.249997153943688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058216 s
InvBiCGStab: k = 71 resid = 1.110994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279261(s) Flops=468854784 => 1678.91250120855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241710.758815864 Mflops = 241.710758815864 Gflops = 0.241710758815864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001038709 Relative Rsd = 4.55558581608665e-07
BICGSTAB_SOLVER_TIME: 0.58034 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 62 resid = 2.181703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250103(s) Flops=409798656 => 1638.51955394378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235912.498250044 Mflops = 235.912498250044 Gflops = 0.235912498250044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059833 s
InvBiCGStab: k = 82 resid = 1.105475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337247(s) Flops=541034496 => 1604.26777999508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230962.207781368 Mflops = 230.962207781368 Gflops = 0.230962207781368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001097212 Relative Rsd = 4.81216863954544e-07
BICGSTAB_SOLVER_TIME: 0.693135 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043533 s
InvBiCGStab: k = 45 resid = 1.529256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205226(s) Flops=298248192 => 1453.26709091441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209209.360839906 Mflops = 209.209360839906 Gflops = 0.209209360839906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06623 s
InvBiCGStab: k = 82 resid = 9.363981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328189(s) Flops=541034496 => 1648.54549055575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237343.508138452 Mflops = 237.343508138452 Gflops = 0.237343508138452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001029969 Relative Rsd = 4.51725176959986e-07
BICGSTAB_SOLVER_TIME: 0.647058 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104635
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.853327(s) Flops=1285152768 => 1506.04957771171 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216855.093923798 Mflops = 216.855093923798 Gflops = 0.216855093923798 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142458000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.112399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862937(s) Flops=1367820288 => 1585.07548986774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228204.968804011 Mflops = 228.204968804011 Gflops = 0.228204968804011 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 9.079941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865799(s) Flops=1413752832 => 1632.88803983373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235126.434981559 Mflops = 235.126434981559 Gflops = 0.235126434981559 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002002266 Relative Rsd = 8.81185690825411e-07
BICGSTAB_SOLVER_TIME: 1.732394 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.119379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301930999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.129474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729871(s) Flops=1210337280 => 1658.28931413907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238739.965522362 Mflops = 238.739965522362 Gflops = 0.238739965522362 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 9.31298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83403(s) Flops=1387505664 => 1663.61601381245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239547.348426238 Mflops = 239.547348426238 Gflops = 0.239547348426238 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.001924013 Relative Rsd = 8.45394734843143e-07
BICGSTAB_SOLVER_TIME: 1.567965 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.124402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281735999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 299 resid = 1.667018e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183155(s) Flops=1964943360 => 1660.76579991633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239110.464768063 Mflops = 239.110464768063 Gflops = 0.239110464768063 Tflops
InvBiCGStab: k = 344 resid = 1.135836e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.298776(s) Flops=2260224000 => 1740.27237953273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250591.881380705 Mflops = 250.591881380705 Gflops = 0.250591881380705 Tflops
BICGSTAB_SOLVER: 643 iterations. Rsd = 0.002012205 Relative Rsd = 8.85559922520156e-07
BICGSTAB_SOLVER_TIME: 2.487595 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.459440999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 282 resid = 1.883833e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.149663(s) Flops=1853392896 => 1612.11841731012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232152.034002475 Mflops = 232.152034002475 Gflops = 0.232152034002475 Tflops
InvBiCGStab: k = 269 resid = 1.146167e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.151899(s) Flops=1768089600 => 1534.93457325686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221024.980767668 Mflops = 221.024980767668 Gflops = 0.221024980767668 Tflops
BICGSTAB_SOLVER: 551 iterations. Rsd = 0.001915838 Relative Rsd = 8.4180269640597e-07
BICGSTAB_SOLVER_TIME: 2.306212 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.394002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 221 resid = 2.202333e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860846(s) Flops=1453123584 => 1688.01804736271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243003.111799417 Mflops = 243.003111799417 Gflops = 0.243003111799417 Tflops
InvBiCGStab: k = 242 resid = 1.013988e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.923786(s) Flops=1590921216 => 1722.17506651974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247983.676139115 Mflops = 247.983676139115 Gflops = 0.247983676139115 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.001757035 Relative Rsd = 7.70603123551833e-07
BICGSTAB_SOLVER_TIME: 1.789275 sec
2Flav::invert,  n_count = 463
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329757000000002
MInvCG2: 310 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.373029(s) Flops=2004609024 => 1459.99030173434 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210255.220168592 Mflops = 210.255220168592 Gflops = 0.210255220168592 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222376000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.145173228200292
AccProb = 0.864872459833742
AcceptP = 0
After HMC trajectory call: time= 470.920256 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 4.45351608846834e-05 resid_rel = 0.009805306

Look for highest ev
Evalue[1]: eigen_norm = 0.0705165403963729 resid_rel = -0.007890298

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295117000000004
EIGBNDSMDAGM: total time = 1.468998 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.551613 secs
After saving state: time= 1.378824 secs
Doing Update: 2766 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 245 resid = 1.695539e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.076659(s) Flops=1610606592 => 1495.93008742787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215362.409421552 Mflops = 215.362409421552 Gflops = 0.215362409421552 Tflops
InvBiCGStab: k = 297 resid = 1.148833e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.16536(s) Flops=1951819776 => 1674.86422736322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241172.152030363 Mflops = 241.172152030363 Gflops = 0.241172152030363 Tflops
BICGSTAB_SOLVER: 542 iterations. Rsd = 0.002008701 Relative Rsd = 8.8321724918354e-07
BICGSTAB_SOLVER_TIME: 2.249195 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.389570999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
InvBiCGStab: k = 236 resid = 1.956069e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920708(s) Flops=1551550464 => 1685.17104662933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242666.407410161 Mflops = 242.666407410161 Gflops = 0.242666407410161 Tflops
InvBiCGStab: k = 252 resid = 6.725561e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.996176(s) Flops=1656539136 => 1662.89805817446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239447.0714383 Mflops = 239.4470714383 Gflops = 0.2394470714383 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.001771911 Relative Rsd = 7.78546051446762e-07
BICGSTAB_SOLVER_TIME: 1.922517 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350909999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00035
MInvCG2: 375 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.520293(s) Flops=2409818112 => 1585.10110353728 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228275.011347057 Mflops = 228.275011347057 Gflops = 0.228275011347057 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268214000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 266 resid = 1.84478e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.031043(s) Flops=1748404224 => 1695.76266363285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244219.30049528 Mflops = 244.21930049528 Gflops = 0.24421930049528 Tflops
InvBiCGStab: k = 358 resid = 7.711069e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.518593(s) Flops=2352089088 => 1548.86074675703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223031.156000447 Mflops = 223.031156000447 Gflops = 0.223031156000447 Tflops
BICGSTAB_SOLVER: 624 iterations. Rsd = 0.002158674 Relative Rsd = 9.49159621150916e-07
BICGSTAB_SOLVER_TIME: 2.554236 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.445822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 282 resid = 2.064764e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.064433(s) Flops=1853392896 => 1741.20202586729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250723.031750307 Mflops = 250.723031750307 Gflops = 0.250723031750307 Tflops
InvBiCGStab: k = 279 resid = 1.047154e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.071247(s) Flops=1833707520 => 1711.75043664066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246483.9410029 Mflops = 246.4839410029 Gflops = 0.2464839410029 Tflops
BICGSTAB_SOLVER: 561 iterations. Rsd = 0.002008047 Relative Rsd = 8.82300123135515e-07
BICGSTAB_SOLVER_TIME: 2.140512 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.401404999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 215 resid = 1.888236e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813449(s) Flops=1413752832 => 1737.97353245256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250199.324129261 Mflops = 250.199324129261 Gflops = 0.250199324129261 Tflops
InvBiCGStab: k = 250 resid = 1.101333e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.012437(s) Flops=1643415552 => 1623.22747193159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233737.127770949 Mflops = 233.737127770949 Gflops = 0.233737127770949 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.001749793 Relative Rsd = 7.67490592807277e-07
BICGSTAB_SOLVER_TIME: 1.830962 sec
2Flav::invert,  n_count = 465
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332127000000002
MInvCG2: 353 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.525095(s) Flops=2276149248 => 1492.46391077277 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214917.145984961 Mflops = 214.917145984961 Gflops = 0.214917145984961 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253043000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.738273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760856(s) Flops=1269393408 => 1668.37536669225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240167.024952321 Mflops = 240.167024952321 Gflops = 0.240167024952321 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 7.95291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901047(s) Flops=1440000000 => 1598.14082950168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230122.856449744 Mflops = 230.122856449744 Gflops = 0.230122856449744 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.002119536 Relative Rsd = 9.31950853565907e-07
BICGSTAB_SOLVER_TIME: 1.665281 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.119671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293833999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.931007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.683083(s) Flops=1223460864 => 1791.08668199911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257871.46609381 Mflops = 257.87146609381 Gflops = 0.25787146609381 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.123933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870787(s) Flops=1571235840 => 1804.38596350198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.022836532 Mflops = 259.817022836532 Gflops = 0.259817022836532 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002045915 Relative Rsd = 8.98938462584772e-07
BICGSTAB_SOLVER_TIME: 1.557208 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303414999999999
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049091(s) Flops=1530593280 => 1458.97093769749 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210074.994570448 Mflops = 210.074994570448 Gflops = 0.210074994570448 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.9e-05 s
InvBiCGStab: k = 143 resid = 2.099112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.589183(s) Flops=941303808 => 1597.64251174932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230140.752553671 Mflops = 230.140752553671 Gflops = 0.230140752553671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 180 resid = 8.786886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710183(s) Flops=1184090112 => 1667.30281068401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240066.04329372 Mflops = 240.06604329372 Gflops = 0.24006604329372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 323 iterations. Rsd = 0.001772488 Relative Rsd = 7.77445099046364e-07
BICGSTAB_SOLVER_TIME: 1.303246 sec
2Flav::invert,  n_count = 323
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.233870999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000105 s
InvBiCGStab: k = 118 resid = 1.639983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.513157(s) Flops=777259008 => 1514.66122064008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217834.518526216 Mflops = 217.834518526216 Gflops = 0.217834518526216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 152 resid = 8.05641e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.631823(s) Flops=1000359936 => 1583.29142180642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227952.106285351 Mflops = 227.952106285351 Gflops = 0.227952106285351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 270 iterations. Rsd = 0.001586469 Relative Rsd = 6.95853635866543e-07
BICGSTAB_SOLVER_TIME: 1.148912 sec
2Flav::invert,  n_count = 270
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194263999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.006208 s
InvBiCGStab: k = 98 resid = 1.960618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377884(s) Flops=646023168 => 1709.58063321019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246146.612470933 Mflops = 246.146612470933 Gflops = 0.246146612470933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.006974 s
InvBiCGStab: k = 124 resid = 9.629513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481096(s) Flops=816629760 => 1697.43618737217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244409.42116868 Mflops = 244.40942116868 Gflops = 0.24440942116868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 222 iterations. Rsd = 0.001393873 Relative Rsd = 6.11377689191231e-07
BICGSTAB_SOLVER_TIME: 0.876304 sec
2Flav::invert,  n_count = 222
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161877999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.00813 s
InvBiCGStab: k = 72 resid = 2.174103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284876(s) Flops=475416576 => 1668.85443491203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240271.737025086 Mflops = 240.271737025086 Gflops = 0.240271737025086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011111 s
InvBiCGStab: k = 113 resid = 1.099471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437719(s) Flops=744450048 => 1700.74876347611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244866.961338643 Mflops = 244.866961338643 Gflops = 0.244866961338643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001298534 Relative Rsd = 5.69560133535645e-07
BICGSTAB_SOLVER_TIME: 0.745819 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136873
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010314 s
InvBiCGStab: k = 66 resid = 2.052511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280396(s) Flops=436045824 => 1555.10714846146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223893.658937137 Mflops = 223.893658937137 Gflops = 0.223893658937137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.017957 s
InvBiCGStab: k = 104 resid = 8.440333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44293(s) Flops=685393920 => 1547.40911656469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222795.436687837 Mflops = 222.795436687837 Gflops = 0.222795436687837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001228214 Relative Rsd = 5.38716686994663e-07
BICGSTAB_SOLVER_TIME: 0.755966 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126953
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998982(s) Flops=1530372096 => 1531.93160237121 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220580.537019824 Mflops = 220.580537019824 Gflops = 0.220580537019824 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169726000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013489 s
InvBiCGStab: k = 28 resid = 2.168545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103381(s) Flops=186697728 => 1805.91915342278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259941.899518162 Mflops = 259.941899518162 Gflops = 0.259941899518162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019383 s
InvBiCGStab: k = 48 resid = 1.112736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200072(s) Flops=317933568 => 1589.09576552441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228759.829445048 Mflops = 228.759829445048 Gflops = 0.228759829445048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007393064 Relative Rsd = 3.24273032033388e-07
BICGSTAB_SOLVER_TIME: 0.340716 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0609950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.018712 s
InvBiCGStab: k = 74 resid = 1.802762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326498(s) Flops=488540160 => 1496.30368333037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215430.624648645 Mflops = 215.430624648645 Gflops = 0.215430624648645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.035947 s
InvBiCGStab: k = 105 resid = 1.05748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422244(s) Flops=691955712 => 1638.7579503794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235946.755907112 Mflops = 235.946755907112 Gflops = 0.235946755907112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001297776 Relative Rsd = 5.69227874125038e-07
BICGSTAB_SOLVER_TIME: 0.807278 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135809
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020411 s
InvBiCGStab: k = 56 resid = 2.258375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217573(s) Flops=370427904 => 1702.54537097894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245112.825600099 Mflops = 245.112825600099 Gflops = 0.245112825600099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028821 s
InvBiCGStab: k = 89 resid = 9.076314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350857(s) Flops=586967040 => 1672.95234240731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240864.719470313 Mflops = 240.864719470313 Gflops = 0.240864719470313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001119943 Relative Rsd = 4.91227079725585e-07
BICGSTAB_SOLVER_TIME: 0.621479 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112405
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.02712 s
InvBiCGStab: k = 59 resid = 1.904385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230082(s) Flops=390113280 => 1695.54019871176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244094.599815851 Mflops = 244.094599815851 Gflops = 0.244094599815851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033521 s
InvBiCGStab: k = 98 resid = 1.103008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359678(s) Flops=646023168 => 1796.11532537436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258594.997766568 Mflops = 258.594997766568 Gflops = 0.258594997766568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001234121 Relative Rsd = 5.41307667018176e-07
BICGSTAB_SOLVER_TIME: 0.654265 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122463000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028952 s
InvBiCGStab: k = 61 resid = 2.024683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231748(s) Flops=403236864 => 1739.97990921173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250494.133710804 Mflops = 250.494133710804 Gflops = 0.250494133710804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.043392 s
InvBiCGStab: k = 96 resid = 8.077774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389489(s) Flops=632899584 => 1624.9485454018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233948.659453724 Mflops = 233.948659453724 Gflops = 0.233948659453724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001161261 Relative Rsd = 5.09349948945266e-07
BICGSTAB_SOLVER_TIME: 0.698515 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122959
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064672(s) Flops=1523884032 => 1431.31784436897 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206113.832366625 Mflops = 206.113832366625 Gflops = 0.206113832366625 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168938000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021414
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03432 s
InvBiCGStab: k = 28 resid = 1.796077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107829(s) Flops=186697728 => 1731.42408813955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249300.381133683 Mflops = 249.300381133683 Gflops = 0.249300381133683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.047746 s
InvBiCGStab: k = 41 resid = 9.124182e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175905(s) Flops=272001024 => 1546.2950115119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222584.400031308 Mflops = 222.584400031308 Gflops = 0.222584400031308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007358902 Relative Rsd = 3.22774596727725e-07
BICGSTAB_SOLVER_TIME: 0.369592 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0613820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.043526 s
InvBiCGStab: k = 62 resid = 9.985407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269501(s) Flops=409798656 => 1520.58306277157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218918.443585779 Mflops = 218.918443585779 Gflops = 0.218918443585779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.054084 s
InvBiCGStab: k = 66 resid = 1.121876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298535(s) Flops=436045824 => 1460.61876831862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210282.66246684 Mflops = 210.28266246684 Gflops = 0.21028266246684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001043828 Relative Rsd = 4.57841519344578e-07
BICGSTAB_SOLVER_TIME: 0.669799 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1044
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042795 s
InvBiCGStab: k = 47 resid = 2.080748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183501(s) Flops=311371776 => 1696.83966844867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244282.529427259 Mflops = 244.282529427259 Gflops = 0.244282529427259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056921 s
InvBiCGStab: k = 76 resid = 1.007341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298194(s) Flops=501663744 => 1682.34016781022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242205.999109171 Mflops = 242.205999109171 Gflops = 0.242205999109171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001014796 Relative Rsd = 4.4510751275864e-07
BICGSTAB_SOLVER_TIME: 0.585311 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051199 s
InvBiCGStab: k = 68 resid = 1.696804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265051(s) Flops=449169408 => 1694.65275739386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243982.878429383 Mflops = 243.982878429383 Gflops = 0.243982878429383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060127 s
InvBiCGStab: k = 84 resid = 6.278043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324367(s) Flops=554158080 => 1708.42927918068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245962.042438348 Mflops = 245.962042438348 Gflops = 0.245962042438348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001108334 Relative Rsd = 4.86134937459912e-07
BICGSTAB_SOLVER_TIME: 0.704554 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042745 s
InvBiCGStab: k = 46 resid = 1.953786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174905(s) Flops=304809984 => 1742.71738372259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250869.726662704 Mflops = 250.869726662704 Gflops = 0.250869726662704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06316 s
InvBiCGStab: k = 86 resid = 1.126026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314706(s) Flops=567281664 => 1802.57657623306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259521.490966333 Mflops = 259.521490966333 Gflops = 0.259521490966333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001045315 Relative Rsd = 4.5849383438538e-07
BICGSTAB_SOLVER_TIME: 0.599316 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10876
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.102784(s) Flops=1517322240 => 1375.90157274679 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198118.713118953 Mflops = 198.118713118953 Gflops = 0.198118713118953 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168511000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048901 s
InvBiCGStab: k = 26 resid = 2.181885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097011(s) Flops=173574144 => 1789.22126356805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257496.734258284 Mflops = 257.496734258284 Gflops = 0.257496734258284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061917 s
InvBiCGStab: k = 48 resid = 9.123724e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179353(s) Flops=317933568 => 1772.66936153842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255172.335267505 Mflops = 255.172335267505 Gflops = 0.255172335267504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007568361 Relative Rsd = 3.31961873248959e-07
BICGSTAB_SOLVER_TIME: 0.39093 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041413 s
InvBiCGStab: k = 55 resid = 2.068437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215693(s) Flops=363866112 => 1686.96300760804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242848.160812993 Mflops = 242.848160812993 Gflops = 0.242848160812993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068192 s
InvBiCGStab: k = 76 resid = 1.112136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330323(s) Flops=501663744 => 1518.70667195442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218648.524843796 Mflops = 218.648524843796 Gflops = 0.218648524843796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001128492 Relative Rsd = 4.94976959331566e-07
BICGSTAB_SOLVER_TIME: 0.659761 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04441 s
InvBiCGStab: k = 50 resid = 1.837531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218168(s) Flops=331057152 => 1517.44138462103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218457.411491544 Mflops = 218.457411491544 Gflops = 0.218457411491544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058985 s
InvBiCGStab: k = 68 resid = 1.13334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271132(s) Flops=449169408 => 1656.64476343626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238500.579201684 Mflops = 238.500579201684 Gflops = 0.238500579201684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001024293 Relative Rsd = 4.49273240011768e-07
BICGSTAB_SOLVER_TIME: 0.596669 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984400000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041578 s
InvBiCGStab: k = 55 resid = 2.27644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225658(s) Flops=363866112 => 1612.46714940308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232146.368156003 Mflops = 232.146368156003 Gflops = 0.232146368156003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064361 s
InvBiCGStab: k = 85 resid = 8.580831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32714(s) Flops=560719872 => 1714.00584459253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246765.847069338 Mflops = 246.765847069338 Gflops = 0.246765847069338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001084947 Relative Rsd = 4.75877021751357e-07
BICGSTAB_SOLVER_TIME: 0.662607 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.112802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040799 s
InvBiCGStab: k = 52 resid = 2.271703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190226(s) Flops=344180736 => 1809.32541292988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260488.855372113 Mflops = 260.488855372113 Gflops = 0.260488855372113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 72 resid = 1.119501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262478(s) Flops=475416576 => 1811.2625667675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260764.39539986 Mflops = 260.76439539986 Gflops = 0.26076439539986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001009554 Relative Rsd = 4.42808657537353e-07
BICGSTAB_SOLVER_TIME: 0.553547 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102664
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.110236(s) Flops=1504935936 => 1355.50994203034 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195349.856421947 Mflops = 195.349856421947 Gflops = 0.195349856421947 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167066000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.187531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700479(s) Flops=1262831616 => 1802.81152754044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259553.674428684 Mflops = 259.553674428684 Gflops = 0.259553674428684 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.143957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.990324(s) Flops=1636853760 => 1652.84670471482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237997.190060536 Mflops = 237.997190060536 Gflops = 0.237997190060536 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.00210458 Relative Rsd = 9.25347242242241e-07
BICGSTAB_SOLVER_TIME: 1.69475 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.119998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315580999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.991027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.706784(s) Flops=1184090112 => 1675.32104858061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241174.977999597 Mflops = 241.174977999598 Gflops = 0.241174977999598 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 4.121985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766571(s) Flops=1302202368 => 1698.73680063556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244603.864414687 Mflops = 244.603864414687 Gflops = 0.244603864414687 Tflops
BICGSTAB_SOLVER: 378 iterations. Rsd = 0.001879538 Relative Rsd = 8.25850445552817e-07
BICGSTAB_SOLVER_TIME: 1.479198 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0.120517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269890999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013815(s) Flops=1504935936 => 1484.42855550569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213745.033749738 Mflops = 213.745033749738 Gflops = 0.213745033749738 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167506000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051853 s
InvBiCGStab: k = 31 resid = 2.136598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116677(s) Flops=206383104 => 1768.84136547906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254550.442047017 Mflops = 254.550442047017 Gflops = 0.254550442047017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0648 s
InvBiCGStab: k = 48 resid = 9.840337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186463(s) Flops=317933568 => 1705.07590245786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245458.51046717 Mflops = 245.45851046717 Gflops = 0.24545851046717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.00074448 Relative Rsd = 3.26542245854974e-07
BICGSTAB_SOLVER_TIME: 0.423728 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 80 resid = 2.246579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292165(s) Flops=527910912 => 1806.89306385091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260144.575179801 Mflops = 260.144575179801 Gflops = 0.260144575179801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 98 resid = 7.830222e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358036(s) Flops=646023168 => 1804.35254555408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.894557741 Mflops = 259.786894557741 Gflops = 0.259786894557741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001289244 Relative Rsd = 5.6548555167178e-07
BICGSTAB_SOLVER_TIME: 0.75173 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141608
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04089 s
InvBiCGStab: k = 48 resid = 2.27509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192851(s) Flops=317933568 => 1648.59693753208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237341.936703527 Mflops = 237.341936703527 Gflops = 0.237341936703527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059408 s
InvBiCGStab: k = 70 resid = 1.023663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258375(s) Flops=462292992 => 1789.23267343977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257592.214008064 Mflops = 257.592214008064 Gflops = 0.257592214008064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001037694 Relative Rsd = 4.55151326160652e-07
BICGSTAB_SOLVER_TIME: 0.555354 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046237 s
InvBiCGStab: k = 57 resid = 2.255116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240925(s) Flops=376989696 => 1564.75955587839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225275.033277636 Mflops = 225.275033277636 Gflops = 0.225275033277636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063851 s
InvBiCGStab: k = 81 resid = 8.826885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342475(s) Flops=534472704 => 1560.61815898971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224687.254363859 Mflops = 224.687254363859 Gflops = 0.224687254363859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001126543 Relative Rsd = 4.94121877713306e-07
BICGSTAB_SOLVER_TIME: 0.697706 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112949
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044444 s
InvBiCGStab: k = 55 resid = 2.20087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209373(s) Flops=363866112 => 1737.88459830064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250202.196252058 Mflops = 250.202196252058 Gflops = 0.250202196252058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057097 s
InvBiCGStab: k = 77 resid = 9.026763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293199(s) Flops=508225536 => 1733.38086419121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249551.928689331 Mflops = 249.551928689331 Gflops = 0.249551928689331 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001098841 Relative Rsd = 4.81971303742336e-07
BICGSTAB_SOLVER_TIME: 0.608051 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108599
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.061252(s) Flops=1530003456 => 1441.69665263293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207587.178138097 Mflops = 207.587178138097 Gflops = 0.207587178138097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170193000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.481346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 27 resid = 1.974691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10604(s) Flops=180135936 => 1698.75458317616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244511.517469648 Mflops = 244.511517469648 Gflops = 0.244511517469648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 53 resid = 5.400836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221736(s) Flops=350742528 => 1581.80235956272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227724.716282553 Mflops = 227.724716282553 Gflops = 0.227724716282553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007561485 Relative Rsd = 3.31660250943987e-07
BICGSTAB_SOLVER_TIME: 0.428523 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040618 s
InvBiCGStab: k = 73 resid = 2.222349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269209(s) Flops=481978368 => 1790.35012945332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257761.0356227 Mflops = 257.7610356227 Gflops = 0.2577610356227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058105 s
InvBiCGStab: k = 90 resid = 1.116472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337984(s) Flops=593528832 => 1756.08558985041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252839.965106438 Mflops = 252.839965106438 Gflops = 0.252839965106438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001265862 Relative Rsd = 5.55229627375092e-07
BICGSTAB_SOLVER_TIME: 0.709852 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042501 s
InvBiCGStab: k = 52 resid = 1.940062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19134(s) Flops=344180736 => 1798.79134524929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258948.409532344 Mflops = 258.948409532344 Gflops = 0.258948409532344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057936 s
InvBiCGStab: k = 84 resid = 9.173392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318152(s) Flops=554158080 => 1741.80291181574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250768.320709909 Mflops = 250.768320709909 Gflops = 0.250768320709909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001030101 Relative Rsd = 4.51820613221594e-07
BICGSTAB_SOLVER_TIME: 0.613709 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041087 s
InvBiCGStab: k = 53 resid = 2.151638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194444(s) Flops=350742528 => 1803.8228384522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259682.285275459 Mflops = 259.682285275459 Gflops = 0.259682285275459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064467 s
InvBiCGStab: k = 84 resid = 1.078229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36047(s) Flops=554158080 => 1537.32094210337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221330.557480864 Mflops = 221.330557480864 Gflops = 0.221330557480864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001128464 Relative Rsd = 4.9496465342747e-07
BICGSTAB_SOLVER_TIME: 0.664857 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047064 s
InvBiCGStab: k = 58 resid = 2.221719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227493(s) Flops=383551488 => 1685.9924832852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242736.332688583 Mflops = 242.736332688583 Gflops = 0.242736332688583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073048 s
InvBiCGStab: k = 91 resid = 5.493581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442077(s) Flops=600090624 => 1357.43461885599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195441.198012712 Mflops = 195.441198012712 Gflops = 0.195441198012712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001130956 Relative Rsd = 4.96057632170982e-07
BICGSTAB_SOLVER_TIME: 0.794264 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120519
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067904(s) Flops=1549467648 => 1450.94282632147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208938.337140308 Mflops = 208.938337140308 Gflops = 0.208938337140308 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171950000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042658 s
InvBiCGStab: k = 29 resid = 1.620038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107981(s) Flops=193259520 => 1789.75486428168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257607.488406162 Mflops = 257.607488406162 Gflops = 0.257607488406162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055731 s
InvBiCGStab: k = 46 resid = 1.079942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175964(s) Flops=304809984 => 1732.22922870587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249342.832256807 Mflops = 249.342832256807 Gflops = 0.249342832256807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007550648 Relative Rsd = 3.31184916250067e-07
BICGSTAB_SOLVER_TIME: 0.386155 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677680000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041533 s
InvBiCGStab: k = 49 resid = 2.111738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18281(s) Flops=324495360 => 1775.0416279197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255535.045711575 Mflops = 255.535045711575 Gflops = 0.255535045711575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 71 resid = 1.108072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260779(s) Flops=468854784 => 1797.90084324275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258826.577702412 Mflops = 258.826577702412 Gflops = 0.258826577702412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001066306 Relative Rsd = 4.6770089737067e-07
BICGSTAB_SOLVER_TIME: 0.545046 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100008
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041242 s
InvBiCGStab: k = 57 resid = 2.0845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209405(s) Flops=376989696 => 1800.28984981256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259181.58955392 Mflops = 259.18158955392 Gflops = 0.25918158955392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055948 s
InvBiCGStab: k = 76 resid = 9.468996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277447(s) Flops=501663744 => 1808.1426146255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260314.417359973 Mflops = 260.314417359973 Gflops = 0.260314417359973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001059877 Relative Rsd = 4.6488110922991e-07
BICGSTAB_SOLVER_TIME: 0.587746 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046215 s
InvBiCGStab: k = 58 resid = 2.170945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232013(s) Flops=383551488 => 1653.14653920254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237998.506513651 Mflops = 237.998506513651 Gflops = 0.237998506513651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 87 resid = 1.134803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317825(s) Flops=573843456 => 1805.53278061826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259945.909226731 Mflops = 259.945909226731 Gflops = 0.259945909226731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001163151 Relative Rsd = 5.10178835838208e-07
BICGSTAB_SOLVER_TIME: 0.655922 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117987
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048485 s
InvBiCGStab: k = 63 resid = 2.077902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268963(s) Flops=416360448 => 1548.02128173764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222877.314861842 Mflops = 222.877314861842 Gflops = 0.222877314861842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069036 s
InvBiCGStab: k = 82 resid = 1.000491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367442(s) Flops=541034496 => 1472.43509451832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211992.843957946 Mflops = 211.992843957945 Gflops = 0.211992843957945 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001090834 Relative Rsd = 4.78459372323449e-07
BICGSTAB_SOLVER_TIME: 0.758066 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117632
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050966(s) Flops=1562148864 => 1486.39334098344 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214025.500634653 Mflops = 214.025500634653 Gflops = 0.214025500634653 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173809000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04558 s
InvBiCGStab: k = 33 resid = 2.045958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140986(s) Flops=219506688 => 1556.93961102521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224129.654449981 Mflops = 224.129654449981 Gflops = 0.224129654449981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064704 s
InvBiCGStab: k = 48 resid = 8.65944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221251(s) Flops=317933568 => 1436.98138313499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206853.791463474 Mflops = 206.853791463474 Gflops = 0.206853791463474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007822971 Relative Rsd = 3.43129506747488e-07
BICGSTAB_SOLVER_TIME: 0.47669 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 54 resid = 2.031892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215432(s) Flops=357304320 => 1658.5480337183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238858.187766921 Mflops = 238.858187766921 Gflops = 0.238858187766921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069321 s
InvBiCGStab: k = 74 resid = 1.032731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287445(s) Flops=488540160 => 1699.59526170224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244689.17052949 Mflops = 244.68917052949 Gflops = 0.24468917052949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001117369 Relative Rsd = 4.9009805132111e-07
BICGSTAB_SOLVER_TIME: 0.617548 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 55 resid = 2.049136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209615(s) Flops=363866112 => 1735.87821482241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249901.17418601 Mflops = 249.90117418601 Gflops = 0.24990117418601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057548 s
InvBiCGStab: k = 86 resid = 1.117449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331917(s) Flops=567281664 => 1709.10698759027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246068.037149257 Mflops = 246.068037149257 Gflops = 0.246068037149257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001069605 Relative Rsd = 4.6914773468426e-07
BICGSTAB_SOLVER_TIME: 0.643689 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042785 s
InvBiCGStab: k = 54 resid = 1.83173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207273(s) Flops=357304320 => 1723.83436337584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248168.408816065 Mflops = 248.168408816065 Gflops = 0.248168408816065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061339 s
InvBiCGStab: k = 83 resid = 1.10812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309675(s) Flops=547596288 => 1768.29349479293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254589.29831148 Mflops = 254.58929831148 Gflops = 0.25458929831148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001119853 Relative Rsd = 4.91187404673788e-07
BICGSTAB_SOLVER_TIME: 0.624911 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041797 s
InvBiCGStab: k = 63 resid = 1.518579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254405(s) Flops=416360448 => 1636.60481515693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235618.69499985 Mflops = 235.61869499985 Gflops = 0.23561869499985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.093915 s
InvBiCGStab: k = 78 resid = 1.094588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330517(s) Flops=514787328 => 1557.52148300995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224242.268366132 Mflops = 224.242268366132 Gflops = 0.224242268366132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001089891 Relative Rsd = 4.78045873521069e-07
BICGSTAB_SOLVER_TIME: 0.724822 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114751
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.029044(s) Flops=1581023232 => 1536.40002954198 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221222.550430642 Mflops = 221.222550430642 Gflops = 0.221222550430642 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175914000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 2.091081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910699(s) Flops=1400629248 => 1537.97165473993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221466.613937509 Mflops = 221.466613937509 Gflops = 0.221466613937509 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.105325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88789(s) Flops=1525303296 => 1717.89669441034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247364.972070806 Mflops = 247.364972070806 Gflops = 0.247364972070806 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002103938 Relative Rsd = 9.25047421634357e-07
BICGSTAB_SOLVER_TIME: 1.802065 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317409999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.908872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748188(s) Flops=1249708032 => 1670.31285185007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240491.771783823 Mflops = 240.491771783823 Gflops = 0.240491771783823 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.000844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817827(s) Flops=1367820288 => 1672.5056619554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240826.63776604 Mflops = 240.82663776604 Gflops = 0.24082663776604 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001886207 Relative Rsd = 8.28803101623496e-07
BICGSTAB_SOLVER_TIME: 1.569874 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0.124132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284443999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055889(s) Flops=1581023232 => 1497.33848160176 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215601.696635467 Mflops = 215.601696635467 Gflops = 0.215601696635467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175581000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021479
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040737 s
InvBiCGStab: k = 24 resid = 2.230941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090906(s) Flops=160450560 => 1765.0161705498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254012.721554374 Mflops = 254.012721554375 Gflops = 0.254012721554374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057442 s
InvBiCGStab: k = 50 resid = 1.08785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187281(s) Flops=331057152 => 1767.70282089481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254482.557891742 Mflops = 254.482557891742 Gflops = 0.254482557891742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000764258 Relative Rsd = 3.35217218908156e-07
BICGSTAB_SOLVER_TIME: 0.380205 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046803 s
InvBiCGStab: k = 73 resid = 1.859492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318942(s) Flops=481978368 => 1511.17873469157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217570.361976356 Mflops = 217.570361976356 Gflops = 0.217570361976356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063265 s
InvBiCGStab: k = 103 resid = 9.232465e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456386(s) Flops=678832128 => 1487.4078696542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214167.566132784 Mflops = 214.167566132784 Gflops = 0.214167566132784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001273127 Relative Rsd = 5.58416396979511e-07
BICGSTAB_SOLVER_TIME: 0.889269 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 65 resid = 1.773938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250216(s) Flops=429484032 => 1716.45311251079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247122.987128686 Mflops = 247.122987128686 Gflops = 0.247122987128685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059684 s
InvBiCGStab: k = 81 resid = 9.463631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319943(s) Flops=534472704 => 1670.52476222327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240500.738888603 Mflops = 240.500738888603 Gflops = 0.240500738888603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.0009935579 Relative Rsd = 4.35792249728618e-07
BICGSTAB_SOLVER_TIME: 0.675037 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041468 s
InvBiCGStab: k = 65 resid = 1.799595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246497(s) Flops=429484032 => 1742.34993529333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250827.599241222 Mflops = 250.827599241222 Gflops = 0.250827599241222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059134 s
InvBiCGStab: k = 88 resid = 1.067444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341126(s) Flops=580405248 => 1701.43949156617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244965.023276939 Mflops = 244.965023276939 Gflops = 0.244965023276939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001127062 Relative Rsd = 4.94349715655542e-07
BICGSTAB_SOLVER_TIME: 0.692135 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041571 s
InvBiCGStab: k = 53 resid = 2.274315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208214(s) Flops=350742528 => 1684.52903262989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242505.349772631 Mflops = 242.505349772631 Gflops = 0.242505349772631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055916 s
InvBiCGStab: k = 82 resid = 1.046244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299839(s) Flops=541034496 => 1804.41669029046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.152945897 Mflops = 259.787152945897 Gflops = 0.259787152945897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001102066 Relative Rsd = 4.83385665723954e-07
BICGSTAB_SOLVER_TIME: 0.609483 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110566
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.100773(s) Flops=1593483264 => 1447.60387836548 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208477.470968872 Mflops = 208.477470968872 Gflops = 0.208477470968872 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177219000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041938 s
InvBiCGStab: k = 26 resid = 1.935181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101572(s) Flops=173574144 => 1708.87787973063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245962.71872078 Mflops = 245.96271872078 Gflops = 0.24596271872078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060776 s
InvBiCGStab: k = 47 resid = 1.077591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17824(s) Flops=311371776 => 1746.92423698384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251461.254129381 Mflops = 251.461254129381 Gflops = 0.251461254129381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000718767 Relative Rsd = 3.15264063466947e-07
BICGSTAB_SOLVER_TIME: 0.386377 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 74 resid = 1.62548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307008(s) Flops=488540160 => 1591.29455909944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229105.092956 Mflops = 229.105092956 Gflops = 0.229105092956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060859 s
InvBiCGStab: k = 100 resid = 9.833394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486603(s) Flops=659146752 => 1354.58834409159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195035.977134332 Mflops = 195.035977134332 Gflops = 0.195035977134332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001243261 Relative Rsd = 5.4531663441414e-07
BICGSTAB_SOLVER_TIME: 0.899972 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043806 s
InvBiCGStab: k = 53 resid = 2.211504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23234(s) Flops=350742528 => 1509.60888353275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217333.167225671 Mflops = 217.333167225671 Gflops = 0.217333167225671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063303 s
InvBiCGStab: k = 81 resid = 9.918169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335893(s) Flops=534472704 => 1591.19929263188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229090.521031644 Mflops = 229.090521031644 Gflops = 0.229090521031644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001049148 Relative Rsd = 4.60175096618917e-07
BICGSTAB_SOLVER_TIME: 0.679157 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 62 resid = 2.18677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244438(s) Flops=409798656 => 1676.49324573102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241366.492423064 Mflops = 241.366492423064 Gflops = 0.241366492423064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 83 resid = 8.306646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319988(s) Flops=547596288 => 1711.30257384652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246370.72374814 Mflops = 246.37072374814 Gflops = 0.24637072374814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001141727 Relative Rsd = 5.00781822797984e-07
BICGSTAB_SOLVER_TIME: 0.66636 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117943
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049881 s
InvBiCGStab: k = 51 resid = 2.169259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198979(s) Flops=337618944 => 1696.75666276341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244263.891274225 Mflops = 244.263891274225 Gflops = 0.244263891274225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062013 s
InvBiCGStab: k = 86 resid = 8.597731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326788(s) Flops=567281664 => 1735.9317477998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249924.709959874 Mflops = 249.924709959874 Gflops = 0.249924709959874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001081094 Relative Rsd = 4.74186976880871e-07
BICGSTAB_SOLVER_TIME: 0.641429 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112584
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.117661(s) Flops=1612136448 => 1442.41988223621 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207691.444468225 Mflops = 207.691444468225 Gflops = 0.207691444468225 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179029000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041055 s
InvBiCGStab: k = 26 resid = 1.698654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096105(s) Flops=173574144 => 1806.08859060403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259929.167730622 Mflops = 259.929167730622 Gflops = 0.259929167730622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 46 resid = 1.074677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170901(s) Flops=304809984 => 1783.54710621939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256733.43058401 Mflops = 256.73343058401 Gflops = 0.256733430584009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007731116 Relative Rsd = 3.39100574171019e-07
BICGSTAB_SOLVER_TIME: 0.369051 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044159 s
InvBiCGStab: k = 54 resid = 1.703667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197908(s) Flops=357304320 => 1805.40614831134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259903.885625002 Mflops = 259.903885625002 Gflops = 0.259903885625002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076205 s
InvBiCGStab: k = 77 resid = 8.72579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362741(s) Flops=508225536 => 1401.07000862875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201731.527151999 Mflops = 201.731527151999 Gflops = 0.201731527151999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001064189 Relative Rsd = 4.66772388822572e-07
BICGSTAB_SOLVER_TIME: 0.68515 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045516 s
InvBiCGStab: k = 59 resid = 2.111197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250847(s) Flops=390113280 => 1555.1841560792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223892.408217045 Mflops = 223.892408217045 Gflops = 0.223892408217045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057401 s
InvBiCGStab: k = 90 resid = 7.533828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360938(s) Flops=593528832 => 1644.40660722894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236743.244961281 Mflops = 236.743244961281 Gflops = 0.236743244961281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001090564 Relative Rsd = 4.78340959910172e-07
BICGSTAB_SOLVER_TIME: 0.718766 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047677 s
InvBiCGStab: k = 67 resid = 2.001404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252262(s) Flops=442607616 => 1754.55524811506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252594.74331263 Mflops = 252.59474331263 Gflops = 0.25259474331263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055734 s
InvBiCGStab: k = 78 resid = 1.140242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319973(s) Flops=514787328 => 1608.8461463936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231622.369284383 Mflops = 231.622369284383 Gflops = 0.231622369284383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00109662 Relative Rsd = 4.80996992721315e-07
BICGSTAB_SOLVER_TIME: 0.68004 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041626 s
InvBiCGStab: k = 62 resid = 1.749358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240729(s) Flops=409798656 => 1702.32359208903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245091.192952497 Mflops = 245.091192952497 Gflops = 0.245091192952497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057855 s
InvBiCGStab: k = 81 resid = 6.257509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323357(s) Flops=534472704 => 1652.88737834653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237971.728341495 Mflops = 237.971728341495 Gflops = 0.237971728341495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001062666 Relative Rsd = 4.66104346734211e-07
BICGSTAB_SOLVER_TIME: 0.667434 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11637
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.117603(s) Flops=1630789632 => 1459.18508808584 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210158.259037807 Mflops = 210.158259037807 Gflops = 0.210158259037807 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181245000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041467 s
InvBiCGStab: k = 36 resid = 7.526144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133162(s) Flops=239192064 => 1796.24865952749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258543.461662624 Mflops = 258.543461662624 Gflops = 0.258543461662624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056249 s
InvBiCGStab: k = 62 resid = 5.06944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226929(s) Flops=409798656 => 1805.84524675119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259984.098522125 Mflops = 259.984098522125 Gflops = 0.259984098522125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007422889 Relative Rsd = 3.2558118538214e-07
BICGSTAB_SOLVER_TIME: 0.461699 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0842030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 58 resid = 2.169307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212631(s) Flops=383551488 => 1803.83616688065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259677.360262789 Mflops = 259.677360262789 Gflops = 0.259677360262789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064988 s
InvBiCGStab: k = 78 resid = 1.139635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337263(s) Flops=514787328 => 1526.3676359399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219748.488750211 Mflops = 219.748488750211 Gflops = 0.219748488750211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001111948 Relative Rsd = 4.87720254490971e-07
BICGSTAB_SOLVER_TIME: 0.660567 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04981 s
InvBiCGStab: k = 65 resid = 2.125224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296216(s) Flops=429484032 => 1449.90153131499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208751.36748424 Mflops = 208.75136748424 Gflops = 0.20875136748424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062904 s
InvBiCGStab: k = 89 resid = 8.308638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361991(s) Flops=586967040 => 1621.49622504427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233498.780921912 Mflops = 233.498780921912 Gflops = 0.233498780921912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001105759 Relative Rsd = 4.85005653746223e-07
BICGSTAB_SOLVER_TIME: 0.776187 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041705 s
InvBiCGStab: k = 68 resid = 1.291039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295934(s) Flops=449169408 => 1517.8026451844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218527.818750177 Mflops = 218.527818750177 Gflops = 0.218527818750177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058797 s
InvBiCGStab: k = 82 resid = 9.066654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313045(s) Flops=541034496 => 1728.29623855995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248810.075038138 Mflops = 248.810075038138 Gflops = 0.248810075038138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001156723 Relative Rsd = 5.07359558315876e-07
BICGSTAB_SOLVER_TIME: 0.713317 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041089 s
InvBiCGStab: k = 63 resid = 1.82795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231256(s) Flops=416360448 => 1800.43089909019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259190.427878813 Mflops = 259.190427878813 Gflops = 0.259190427878813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056805 s
InvBiCGStab: k = 81 resid = 1.046365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329304(s) Flops=534472704 => 1623.03738794549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233675.561650954 Mflops = 233.675561650954 Gflops = 0.233675561650954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001123927 Relative Rsd = 4.92974415983608e-07
BICGSTAB_SOLVER_TIME: 0.663423 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117163
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103914(s) Flops=1643397120 => 1488.70031542312 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214373.242735978 Mflops = 214.373242735978 Gflops = 0.214373242735978 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182660000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.403872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.835357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.970138(s) Flops=1433438208 => 1477.56113872459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212763.38756528 Mflops = 212.76338756528 Gflops = 0.21276338756528 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 5.126973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.045341(s) Flops=1571235840 => 1503.08448630638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216435.585052135 Mflops = 216.435585052135 Gflops = 0.216435585052135 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002074064 Relative Rsd = 9.11897217249701e-07
BICGSTAB_SOLVER_TIME: 2.018884 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.117311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325793999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.45211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.657386(s) Flops=1170966528 => 1781.24652487275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256436.291157963 Mflops = 256.436291157963 Gflops = 0.256436291157963 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.11673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816506(s) Flops=1472808960 => 1803.79441179857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259733.357484405 Mflops = 259.733357484405 Gflops = 0.259733357484405 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001965749 Relative Rsd = 8.63772467451689e-07
BICGSTAB_SOLVER_TIME: 1.477262 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.115813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286846999999998
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064768(s) Flops=1643397120 => 1543.43210915429 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222240.580120869 Mflops = 222.240580120869 Gflops = 0.222240580120869 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182745000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.417534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041574 s
InvBiCGStab: k = 30 resid = 2.172774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127143(s) Flops=199821312 => 1571.62653075671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226121.985461314 Mflops = 226.121985461313 Gflops = 0.226121985461314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067169 s
InvBiCGStab: k = 64 resid = 3.423707e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274328(s) Flops=422922240 => 1541.66632644134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221941.487062445 Mflops = 221.941487062445 Gflops = 0.221941487062445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007587935 Relative Rsd = 3.32820401541603e-07
BICGSTAB_SOLVER_TIME: 0.514204 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047176 s
InvBiCGStab: k = 74 resid = 2.23016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331022(s) Flops=488540160 => 1475.85405199654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212489.01098022 Mflops = 212.48901098022 Gflops = 0.21248901098022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059587 s
InvBiCGStab: k = 109 resid = 1.016681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445742(s) Flops=718202880 => 1611.25242853489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231988.522529963 Mflops = 231.988522529963 Gflops = 0.231988522529963 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001323384 Relative Rsd = 5.80460100854614e-07
BICGSTAB_SOLVER_TIME: 0.888008 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047052 s
InvBiCGStab: k = 64 resid = 8.683593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294219(s) Flops=422922240 => 1437.44027408155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206956.136389168 Mflops = 206.956136389168 Gflops = 0.206956136389168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06517 s
InvBiCGStab: k = 77 resid = 1.136482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308932(s) Flops=508225536 => 1645.10486450093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236840.110054684 Mflops = 236.840110054684 Gflops = 0.236840110054684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001128469 Relative Rsd = 4.94966644839336e-07
BICGSTAB_SOLVER_TIME: 0.719333 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041945 s
InvBiCGStab: k = 67 resid = 2.115026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264232(s) Flops=442607616 => 1675.07196705925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241170.286027524 Mflops = 241.170286027524 Gflops = 0.241170286027524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063474 s
InvBiCGStab: k = 82 resid = 1.047642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322076(s) Flops=541034496 => 1679.83487127262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241827.004468551 Mflops = 241.827004468551 Gflops = 0.241827004468551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001153007 Relative Rsd = 5.05729664296118e-07
BICGSTAB_SOLVER_TIME: 0.695515 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121174000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042 s
InvBiCGStab: k = 65 resid = 1.428596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257185(s) Flops=429484032 => 1669.94199506192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240413.582654301 Mflops = 240.413582654301 Gflops = 0.240413582654301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05909 s
InvBiCGStab: k = 90 resid = 1.148694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349795(s) Flops=593528832 => 1696.79049729127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244296.398262809 Mflops = 244.296398262809 Gflops = 0.244296398262809 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001231481 Relative Rsd = 5.40149482301505e-07
BICGSTAB_SOLVER_TIME: 0.712336 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125018
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.124264(s) Flops=1656078336 => 1473.03332313407 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212132.790197851 Mflops = 212.132790197851 Gflops = 0.212132790197851 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184118000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.432861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040933 s
InvBiCGStab: k = 31 resid = 1.614033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117142(s) Flops=206383104 => 1761.81987673081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253554.380796133 Mflops = 253.554380796133 Gflops = 0.253554380796133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073833 s
InvBiCGStab: k = 45 resid = 8.562847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17022(s) Flops=298248192 => 1752.13366231935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252214.23073205 Mflops = 252.21423073205 Gflops = 0.25221423073205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000756064 Relative Rsd = 3.31623180046169e-07
BICGSTAB_SOLVER_TIME: 0.405973 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043395 s
InvBiCGStab: k = 71 resid = 1.961751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281395(s) Flops=468854784 => 1666.1802235292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239882.604358298 Mflops = 239.882604358298 Gflops = 0.239882604358298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059778 s
InvBiCGStab: k = 96 resid = 6.652813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373902(s) Flops=632899584 => 1692.68841568111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243690.126613448 Mflops = 243.690126613448 Gflops = 0.243690126613448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001230457 Relative Rsd = 5.39700546580273e-07
BICGSTAB_SOLVER_TIME: 0.762411 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047877 s
InvBiCGStab: k = 64 resid = 1.963544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282637(s) Flops=422922240 => 1496.34421537166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215430.300812388 Mflops = 215.430300812388 Gflops = 0.215430300812388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067712 s
InvBiCGStab: k = 81 resid = 9.403546e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355677(s) Flops=534472704 => 1502.69121703118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216353.142012593 Mflops = 216.353142012593 Gflops = 0.216353142012593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001089719 Relative Rsd = 4.77970455179365e-07
BICGSTAB_SOLVER_TIME: 0.757727 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117648
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044674 s
InvBiCGStab: k = 59 resid = 2.101619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2381(s) Flops=390113280 => 1638.44300713986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235869.427976847 Mflops = 235.869427976847 Gflops = 0.235869427976847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057004 s
InvBiCGStab: k = 89 resid = 8.190152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326585(s) Flops=586967040 => 1797.28719935086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258754.049808171 Mflops = 258.754049808171 Gflops = 0.258754049808171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001157282 Relative Rsd = 5.07604655160952e-07
BICGSTAB_SOLVER_TIME: 0.670237 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11992
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044254 s
InvBiCGStab: k = 65 resid = 1.136104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247217(s) Flops=429484032 => 1737.27547862809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250120.243657093 Mflops = 250.120243657093 Gflops = 0.250120243657093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056486 s
InvBiCGStab: k = 86 resid = 1.120669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338196(s) Flops=567281664 => 1677.37543909449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241499.991979274 Mflops = 241.499991979274 Gflops = 0.241499991979274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001182199 Relative Rsd = 5.18533523482903e-07
BICGSTAB_SOLVER_TIME: 0.690019 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122056
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.126541(s) Flops=1668464640 => 1481.0509692945 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213265.413700785 Mflops = 213.265413700785 Gflops = 0.213265413700785 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185428000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.456919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042976 s
InvBiCGStab: k = 33 resid = 1.639721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127636(s) Flops=219506688 => 1719.78664326679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247565.63120242 Mflops = 247.56563120242 Gflops = 0.24756563120242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056438 s
InvBiCGStab: k = 49 resid = 1.125858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20599(s) Flops=324495360 => 1575.29666488664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226774.181333724 Mflops = 226.774181333724 Gflops = 0.226774181333724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007233701 Relative Rsd = 3.17283074259184e-07
BICGSTAB_SOLVER_TIME: 0.43689 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041284 s
InvBiCGStab: k = 54 resid = 2.142105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201665(s) Flops=357304320 => 1771.77160141819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255063.597613659 Mflops = 255.063597613659 Gflops = 0.255063597613659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067512 s
InvBiCGStab: k = 73 resid = 1.037795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27296(s) Flops=481978368 => 1765.74724501759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254215.094490432 Mflops = 254.215094490432 Gflops = 0.254215094490432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001091851 Relative Rsd = 4.78905550705174e-07
BICGSTAB_SOLVER_TIME: 0.587224 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047424 s
InvBiCGStab: k = 63 resid = 1.639812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286943(s) Flops=416360448 => 1451.02145025319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208902.08281282 Mflops = 208.90208281282 Gflops = 0.20890208281282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06782 s
InvBiCGStab: k = 81 resid = 1.123049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377538(s) Flops=534472704 => 1415.67922699172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203824.276407307 Mflops = 203.824276407307 Gflops = 0.203824276407307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001062672 Relative Rsd = 4.66107155135561e-07
BICGSTAB_SOLVER_TIME: 0.7842 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047604 s
InvBiCGStab: k = 67 resid = 1.931273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262796(s) Flops=442607616 => 1684.22508713983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242475.358891058 Mflops = 242.475358891058 Gflops = 0.242475358891058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05722 s
InvBiCGStab: k = 79 resid = 1.081061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31035(s) Flops=521349120 => 1679.87472208797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241851.04141371 Mflops = 241.85104141371 Gflops = 0.24185104141371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001186971 Relative Rsd = 5.20626854787225e-07
BICGSTAB_SOLVER_TIME: 0.681982 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118383000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040782 s
InvBiCGStab: k = 63 resid = 2.100411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247882(s) Flops=416360448 => 1679.67197295487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241812.11309996 Mflops = 241.81211309996 Gflops = 0.24181211309996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 74 resid = 1.084809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270267(s) Flops=488540160 => 1807.62046420762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.901096757 Mflops = 260.222901096757 Gflops = 0.260222901096757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001056319 Relative Rsd = 4.63320506130729e-07
BICGSTAB_SOLVER_TIME: 0.618844 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112018
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.148789(s) Flops=1674731520 => 1457.82342971599 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209926.379684467 Mflops = 209.926379684467 Gflops = 0.209926379684467 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186559000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.453206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04082 s
InvBiCGStab: k = 29 resid = 1.954023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108598(s) Flops=193259520 => 1779.58636438977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256140.753802611 Mflops = 256.140753802611 Gflops = 0.256140753802611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061582 s
InvBiCGStab: k = 49 resid = 1.143091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182913(s) Flops=324495360 => 1774.04208558167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255366.543685659 Mflops = 255.366543685659 Gflops = 0.255366543685659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007215504 Relative Rsd = 3.16484926595562e-07
BICGSTAB_SOLVER_TIME: 0.397655 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 66 resid = 2.142549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241259(s) Flops=436045824 => 1807.37640461081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260215.838632815 Mflops = 260.215838632815 Gflops = 0.260215838632815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066696 s
InvBiCGStab: k = 86 resid = 9.68435e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343124(s) Flops=567281664 => 1653.28471339807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238031.245854178 Mflops = 238.031245854178 Gflops = 0.238031245854178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001147776 Relative Rsd = 5.0343509826962e-07
BICGSTAB_SOLVER_TIME: 0.69576 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041982 s
InvBiCGStab: k = 49 resid = 1.996739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180442(s) Flops=324495360 => 1798.33608583368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258871.09968579 Mflops = 258.87109968579 Gflops = 0.25887109968579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058045 s
InvBiCGStab: k = 84 resid = 9.834893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351791(s) Flops=554158080 => 1575.24803079101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226793.409391881 Mflops = 226.793409391881 Gflops = 0.226793409391881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001077602 Relative Rsd = 4.72655325846515e-07
BICGSTAB_SOLVER_TIME: 0.636538 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051782 s
InvBiCGStab: k = 65 resid = 2.136391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286075(s) Flops=429484032 => 1501.29872236302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216149.841028544 Mflops = 216.149841028544 Gflops = 0.216149841028544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058599 s
InvBiCGStab: k = 85 resid = 9.404125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320949(s) Flops=560719872 => 1747.06845012759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251525.757625196 Mflops = 251.525757625196 Gflops = 0.251525757625196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001170656 Relative Rsd = 5.13470486467582e-07
BICGSTAB_SOLVER_TIME: 0.721392 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045566 s
InvBiCGStab: k = 58 resid = 2.14032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236972(s) Flops=383551488 => 1618.55193018584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233028.818027761 Mflops = 233.028818027761 Gflops = 0.233028818027761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063019 s
InvBiCGStab: k = 82 resid = 1.084024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327515(s) Flops=541034496 => 1651.93806695877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237842.978684797 Mflops = 237.842978684797 Gflops = 0.237842978684797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001062924 Relative Rsd = 4.66217295530317e-07
BICGSTAB_SOLVER_TIME: 0.677397 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114305
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.118019(s) Flops=1680924672 => 1503.48488889724 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216484.910846128 Mflops = 216.484910846128 Gflops = 0.216484910846128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187114000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.424061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.132866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810288(s) Flops=1459685376 => 1801.44019904034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259344.543581566 Mflops = 259.344543581566 Gflops = 0.259344543581566 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 9.681869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90456(s) Flops=1584359424 => 1751.5249668347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252209.867497918 Mflops = 252.209867497918 Gflops = 0.252209867497918 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002074426 Relative Rsd = 9.12048985257887e-07
BICGSTAB_SOLVER_TIME: 1.718184 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.121209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330224999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.681433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798198(s) Flops=1184090112 => 1483.45412040621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213564.167353639 Mflops = 213.564167353639 Gflops = 0.213564167353639 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.128038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824294(s) Flops=1348134912 => 1635.50251730572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235500.986074749 Mflops = 235.500986074749 Gflops = 0.235500986074749 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.001935353 Relative Rsd = 8.50436955103793e-07
BICGSTAB_SOLVER_TIME: 1.625903 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.11709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274614999999998
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.101857(s) Flops=1680924672 => 1525.53795274704 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219669.896737632 Mflops = 219.669896737632 Gflops = 0.219669896737632 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187603000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.433076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04812 s
InvBiCGStab: k = 25 resid = 2.162741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126918(s) Flops=167012352 => 1315.90753084669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189369.983991751 Mflops = 189.369983991751 Gflops = 0.189369983991751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071752 s
InvBiCGStab: k = 49 resid = 1.0063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231767(s) Flops=324495360 => 1400.09302445991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201554.115327343 Mflops = 201.554115327343 Gflops = 0.201554115327343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007474527 Relative Rsd = 3.27846135539859e-07
BICGSTAB_SOLVER_TIME: 0.483145 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 73 resid = 2.167308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266847(s) Flops=481978368 => 1806.19743898189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260049.904033614 Mflops = 260.049904033614 Gflops = 0.260049904033614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 119 resid = 8.671612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448222(s) Flops=783820800 => 1748.73344012565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251790.362581123 Mflops = 251.790362581123 Gflops = 0.251790362581123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001273942 Relative Rsd = 5.58773778816738e-07
BICGSTAB_SOLVER_TIME: 0.816057 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151706999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 63 resid = 2.256863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23132(s) Flops=416360448 => 1799.93276845928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259120.027627405 Mflops = 259.120027627405 Gflops = 0.259120027627405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057346 s
InvBiCGStab: k = 80 resid = 9.034184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299803(s) Flops=527910912 => 1760.85933763171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253509.474573248 Mflops = 253.509474573248 Gflops = 0.253509474573248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001104953 Relative Rsd = 4.84652203670886e-07
BICGSTAB_SOLVER_TIME: 0.633486 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04138 s
InvBiCGStab: k = 63 resid = 1.733242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276903(s) Flops=416360448 => 1503.63285338187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216473.602851629 Mflops = 216.473602851629 Gflops = 0.216473602851629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075203 s
InvBiCGStab: k = 84 resid = 1.132525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354882(s) Flops=554158080 => 1561.52771907282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224811.596330484 Mflops = 224.811596330484 Gflops = 0.224811596330484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001164077 Relative Rsd = 5.10584879611551e-07
BICGSTAB_SOLVER_TIME: 0.752676 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043042 s
InvBiCGStab: k = 62 resid = 1.361716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240295(s) Flops=409798656 => 1705.39818140203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245532.719776388 Mflops = 245.532719776388 Gflops = 0.245532719776388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 84 resid = 8.333304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34121(s) Flops=554158080 => 1624.09683186308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233826.942101321 Mflops = 233.826942101321 Gflops = 0.233826942101321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00113911 Relative Rsd = 4.99633901511701e-07
BICGSTAB_SOLVER_TIME: 0.684832 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118425
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.07427(s) Flops=1680924672 => 1564.71340724399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225300.678409298 Mflops = 225.300678409298 Gflops = 0.225300678409298 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186938000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04391 s
InvBiCGStab: k = 28 resid = 2.223712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109888(s) Flops=186697728 => 1698.98194525335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244520.292472572 Mflops = 244.520292472572 Gflops = 0.244520292472572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057891 s
InvBiCGStab: k = 53 resid = 1.104538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209475(s) Flops=350742528 => 1674.38848549946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241040.61544475 Mflops = 241.04061544475 Gflops = 0.24104061544475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007459365 Relative Rsd = 3.27181106100218e-07
BICGSTAB_SOLVER_TIME: 0.425023 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042135 s
InvBiCGStab: k = 71 resid = 1.904147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263248(s) Flops=468854784 => 1781.03835166839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256421.022387746 Mflops = 256.421022387746 Gflops = 0.256421022387746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057134 s
InvBiCGStab: k = 105 resid = 1.132125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387217(s) Flops=691955712 => 1786.99724443916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257278.283285433 Mflops = 257.278283285433 Gflops = 0.257278283285433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001271738 Relative Rsd = 5.57806922824754e-07
BICGSTAB_SOLVER_TIME: 0.753613 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047827 s
InvBiCGStab: k = 62 resid = 2.000931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264066(s) Flops=409798656 => 1551.87966644702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223425.546911839 Mflops = 223.425546911839 Gflops = 0.223425546911839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063075 s
InvBiCGStab: k = 77 resid = 1.012656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346285(s) Flops=508225536 => 1467.65102733298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211298.217232461 Mflops = 211.298217232461 Gflops = 0.211298217232461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001069516 Relative Rsd = 4.69108723436419e-07
BICGSTAB_SOLVER_TIME: 0.72507 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040796 s
InvBiCGStab: k = 74 resid = 1.692916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336916(s) Flops=488540160 => 1450.03549846252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208767.627792222 Mflops = 208.767627792222 Gflops = 0.208767627792222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069326 s
InvBiCGStab: k = 88 resid = 9.67122e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361722(s) Flops=580405248 => 1604.56164678952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231013.803867423 Mflops = 231.013803867423 Gflops = 0.231013803867423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001153415 Relative Rsd = 5.05908482869339e-07
BICGSTAB_SOLVER_TIME: 0.813197 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042344 s
InvBiCGStab: k = 73 resid = 1.603589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270562(s) Flops=481978368 => 1781.397121547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256475.269983363 Mflops = 256.475269983363 Gflops = 0.256475269983363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 85 resid = 5.196197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316321(s) Flops=560719872 => 1772.62929745417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255208.782050465 Mflops = 255.208782050465 Gflops = 0.255208782050465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001117261 Relative Rsd = 4.90050461683691e-07
BICGSTAB_SOLVER_TIME: 0.689715 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127064
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.039257(s) Flops=1680850944 => 1617.35830886874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  233033.025625674 Mflops = 233.033025625674 Gflops = 0.233033025625674 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186965000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.451356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042404 s
InvBiCGStab: k = 33 resid = 2.168507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123981(s) Flops=219506688 => 1770.48651002976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254813.5258915 Mflops = 254.8135258915 Gflops = 0.2548135258915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059888 s
InvBiCGStab: k = 54 resid = 6.999749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203285(s) Flops=357304320 => 1757.65216321913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253020.23111261 Mflops = 253.02023111261 Gflops = 0.25302023111261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007388516 Relative Rsd = 3.24073533413865e-07
BICGSTAB_SOLVER_TIME: 0.433455 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044287 s
InvBiCGStab: k = 52 resid = 2.19124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211236(s) Flops=344180736 => 1629.36590353917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234567.63851386 Mflops = 234.56763851386 Gflops = 0.23456763851386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056498 s
InvBiCGStab: k = 70 resid = 1.060761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28342(s) Flops=462292992 => 1631.12339284454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234836.23151522 Mflops = 234.83623151522 Gflops = 0.23483623151522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001089192 Relative Rsd = 4.77739196093667e-07
BICGSTAB_SOLVER_TIME: 0.599842 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040764 s
InvBiCGStab: k = 59 resid = 1.40528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225626(s) Flops=390113280 => 1729.02626470354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248927.744429465 Mflops = 248.927744429465 Gflops = 0.248927744429465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059788 s
InvBiCGStab: k = 77 resid = 1.108777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321861(s) Flops=508225536 => 1579.0218013366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227333.548179078 Mflops = 227.333548179078 Gflops = 0.227333548179078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001052647 Relative Rsd = 4.61709811363837e-07
BICGSTAB_SOLVER_TIME: 0.651801 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042077 s
InvBiCGStab: k = 62 resid = 2.137211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240323(s) Flops=409798656 => 1705.19948569217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245502.35189846 Mflops = 245.50235189846 Gflops = 0.24550235189846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065347 s
InvBiCGStab: k = 83 resid = 7.381674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342352(s) Flops=547596288 => 1599.51245501706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230281.741492726 Mflops = 230.281741492726 Gflops = 0.230281741492726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001136312 Relative Rsd = 4.9840673224551e-07
BICGSTAB_SOLVER_TIME: 0.694314 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055124 s
InvBiCGStab: k = 68 resid = 1.595242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301439(s) Flops=449169408 => 1490.08392411068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214531.627505578 Mflops = 214.531627505578 Gflops = 0.214531627505578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056168 s
InvBiCGStab: k = 79 resid = 8.14167e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306875(s) Flops=521349120 => 1698.89733604888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244605.602315968 Mflops = 244.605602315968 Gflops = 0.244605602315968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001095085 Relative Rsd = 4.80323895510524e-07
BICGSTAB_SOLVER_TIME: 0.723415 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119087
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092082(s) Flops=1674510336 => 1533.31923426995 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220801.011921869 Mflops = 220.801011921869 Gflops = 0.220801011921869 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186356000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.472709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048897 s
InvBiCGStab: k = 24 resid = 2.271226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102272(s) Flops=160450560 => 1568.86107634543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225787.05974201 Mflops = 225.78705974201 Gflops = 0.22578705974201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064737 s
InvBiCGStab: k = 43 resid = 1.129441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162802(s) Flops=285124608 => 1751.35814056338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252159.969853985 Mflops = 252.159969853985 Gflops = 0.252159969853985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007364952 Relative Rsd = 3.23039965124363e-07
BICGSTAB_SOLVER_TIME: 0.387014 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0620080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043078 s
InvBiCGStab: k = 54 resid = 2.129599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205765(s) Flops=357304320 => 1736.46791242437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249999.397223017 Mflops = 249.999397223017 Gflops = 0.249999397223017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 101 resid = 1.062016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403723(s) Flops=665708544 => 1648.9239998712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237404.534508306 Mflops = 237.404534508306 Gflops = 0.237404534508306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001196285 Relative Rsd = 5.24712006452533e-07
BICGSTAB_SOLVER_TIME: 0.712925 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043138 s
InvBiCGStab: k = 57 resid = 2.042439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220456(s) Flops=376989696 => 1710.04507021809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246183.365678887 Mflops = 246.183365678887 Gflops = 0.246183365678887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05734 s
InvBiCGStab: k = 74 resid = 1.098336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293261(s) Flops=488540160 => 1665.88861116889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239838.702715725 Mflops = 239.838702715725 Gflops = 0.239838702715725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001076135 Relative Rsd = 4.72012099813718e-07
BICGSTAB_SOLVER_TIME: 0.617998 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047498 s
InvBiCGStab: k = 70 resid = 1.834605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259514(s) Flops=462292992 => 1781.3797791256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256493.863271718 Mflops = 256.493863271718 Gflops = 0.256493863271718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058052 s
InvBiCGStab: k = 86 resid = 8.805217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344632(s) Flops=567281664 => 1646.05046542399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237001.400673598 Mflops = 237.001400673598 Gflops = 0.237001400673598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001164186 Relative Rsd = 5.10632622434498e-07
BICGSTAB_SOLVER_TIME: 0.71358 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044961 s
InvBiCGStab: k = 58 resid = 1.900821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248995(s) Flops=383551488 => 1540.39835338059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221763.689967834 Mflops = 221.763689967834 Gflops = 0.221763689967834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087212 s
InvBiCGStab: k = 77 resid = 1.02551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337229(s) Flops=508225536 => 1507.06355621847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216977.135774187 Mflops = 216.977135774187 Gflops = 0.216977135774187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001051337 Relative Rsd = 4.61135110323975e-07
BICGSTAB_SOLVER_TIME: 0.722185 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11085
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.111781(s) Flops=1668169728 => 1500.4481350194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216049.838195206 Mflops = 216.049838195206 Gflops = 0.216049838195206 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185633000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.439152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 2.05423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96144(s) Flops=1551550464 => 1613.7777333999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232305.834542595 Mflops = 232.305834542595 Gflops = 0.232305834542595 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.083393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.003954(s) Flops=1682786304 => 1676.15877221466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241356.602540804 Mflops = 241.356602540804 Gflops = 0.241356602540804 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002143406 Relative Rsd = 9.42369330950984e-07
BICGSTAB_SOLVER_TIME: 1.968737 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.115472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350784
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.753811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742641(s) Flops=1210337280 => 1629.77438627816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234619.780948452 Mflops = 234.619780948452 Gflops = 0.234619780948452 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.042339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.93332(s) Flops=1420314624 => 1521.78740839155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219126.298279865 Mflops = 219.126298279865 Gflops = 0.219126298279865 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.002020215 Relative Rsd = 8.87747711748298e-07
BICGSTAB_SOLVER_TIME: 1.679714 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.120452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285278999999999
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108982(s) Flops=1668169728 => 1504.23517063397 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216593.753103269 Mflops = 216.593753103269 Gflops = 0.216593753103269 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185600000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.391861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04847 s
InvBiCGStab: k = 29 resid = 2.097932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137209(s) Flops=193259520 => 1408.50468992559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202749.672042732 Mflops = 202.749672042732 Gflops = 0.202749672042732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063012 s
InvBiCGStab: k = 45 resid = 8.929712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19045(s) Flops=298248192 => 1566.01833552113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225427.828818277 Mflops = 225.427828818277 Gflops = 0.225427828818277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006992269 Relative Rsd = 3.06693435289372e-07
BICGSTAB_SOLVER_TIME: 0.443279 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669430000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 81 resid = 2.073007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320013(s) Flops=534472704 => 1670.15934977642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240468.891827158 Mflops = 240.468891827158 Gflops = 0.240468891827158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063875 s
InvBiCGStab: k = 107 resid = 1.132162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415708(s) Flops=705079296 => 1696.09268043915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244203.462204917 Mflops = 244.203462204917 Gflops = 0.244203462204917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.00130752 Relative Rsd = 5.73501597175528e-07
BICGSTAB_SOLVER_TIME: 0.844149 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14874
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042307 s
InvBiCGStab: k = 49 resid = 2.2758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201195(s) Flops=324495360 => 1612.8400805189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232183.849584366 Mflops = 232.183849584366 Gflops = 0.232183849584366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063893 s
InvBiCGStab: k = 71 resid = 1.062295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277556(s) Flops=468854784 => 1689.22590035885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243201.992413915 Mflops = 243.201992413915 Gflops = 0.243201992413915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001049467 Relative Rsd = 4.60315057129824e-07
BICGSTAB_SOLVER_TIME: 0.588768 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998860000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041853 s
InvBiCGStab: k = 66 resid = 1.718403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256279(s) Flops=436045824 => 1701.44968569411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244962.555794776 Mflops = 244.962555794776 Gflops = 0.244962555794776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 86 resid = 1.0572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323484(s) Flops=567281664 => 1753.66220276737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252478.576242977 Mflops = 252.478576242977 Gflops = 0.252478576242977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001164789 Relative Rsd = 5.10897378089023e-07
BICGSTAB_SOLVER_TIME: 0.681717 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042195 s
InvBiCGStab: k = 67 resid = 2.002266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28306(s) Flops=442607616 => 1563.65299229845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225136.331913156 Mflops = 225.136331913156 Gflops = 0.225136331913156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064418 s
InvBiCGStab: k = 87 resid = 1.071514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3815(s) Flops=573843456 => 1504.17681782438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216565.324262122 Mflops = 216.565324262122 Gflops = 0.216565324262122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00112946 Relative Rsd = 4.95401487491975e-07
BICGSTAB_SOLVER_TIME: 0.775872 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124078
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056851(s) Flops=1649590272 => 1560.85415257212 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224747.615911385 Mflops = 224.747615911385 Gflops = 0.224747615911385 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183587000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045767 s
InvBiCGStab: k = 28 resid = 1.917611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129555(s) Flops=186697728 => 1441.06926015978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207429.961048364 Mflops = 207.429961048364 Gflops = 0.207429961048364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062292 s
InvBiCGStab: k = 45 resid = 1.12902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199579(s) Flops=298248192 => 1494.38664388538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215116.564203241 Mflops = 215.116564203241 Gflops = 0.215116564203241 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007328287 Relative Rsd = 3.21431772387763e-07
BICGSTAB_SOLVER_TIME: 0.441659 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050385 s
InvBiCGStab: k = 72 resid = 2.070155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303795(s) Flops=475416576 => 1564.92561102059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225314.568919618 Mflops = 225.314568919618 Gflops = 0.225314568919618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061002 s
InvBiCGStab: k = 120 resid = 1.085026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444321(s) Flops=790382592 => 1778.85490895096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256118.035563427 Mflops = 256.118035563427 Gflops = 0.256118035563427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001254871 Relative Rsd = 5.50408929865341e-07
BICGSTAB_SOLVER_TIME: 0.86343 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151573999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044026 s
InvBiCGStab: k = 54 resid = 1.990502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21219(s) Flops=357304320 => 1683.88859041425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242410.539301269 Mflops = 242.410539301269 Gflops = 0.242410539301269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060774 s
InvBiCGStab: k = 78 resid = 1.084481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310813(s) Flops=514787328 => 1656.26060686007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238438.025157209 Mflops = 238.438025157209 Gflops = 0.238438025157209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001031287 Relative Rsd = 4.52341035522639e-07
BICGSTAB_SOLVER_TIME: 0.63169 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041904 s
InvBiCGStab: k = 63 resid = 1.784403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231889(s) Flops=416360448 => 1795.51616506173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258494.14013605 Mflops = 258.49414013605 Gflops = 0.25849414013605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056606 s
InvBiCGStab: k = 97 resid = 1.005806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356096(s) Flops=639461376 => 1795.75557153127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258542.068223155 Mflops = 258.542068223155 Gflops = 0.258542068223155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001160349 Relative Rsd = 5.0895003259305e-07
BICGSTAB_SOLVER_TIME: 0.690325 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 61 resid = 1.877473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247562(s) Flops=403236864 => 1628.83182394713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234511.332427933 Mflops = 234.511332427933 Gflops = 0.234511332427933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066563 s
InvBiCGStab: k = 87 resid = 8.473493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360367(s) Flops=573843456 => 1592.38625068333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229263.372084766 Mflops = 229.263372084766 Gflops = 0.229263372084766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001128232 Relative Rsd = 4.94862733989392e-07
BICGSTAB_SOLVER_TIME: 0.71982 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11987
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114677(s) Flops=1637056512 => 1468.6375622714 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211518.895255084 Mflops = 211.518895255084 Gflops = 0.211518895255084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181894000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.416574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050287 s
InvBiCGStab: k = 29 resid = 2.007102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134427(s) Flops=193259520 => 1437.65404271463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206958.772078913 Mflops = 206.958772078913 Gflops = 0.206958772078913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063948 s
InvBiCGStab: k = 46 resid = 8.966615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20911(s) Flops=304809984 => 1457.65378987136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209850.570241423 Mflops = 209.850570241423 Gflops = 0.209850570241423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007838066 Relative Rsd = 3.43791574600251e-07
BICGSTAB_SOLVER_TIME: 0.461874 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676320000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04573 s
InvBiCGStab: k = 59 resid = 1.105727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25568(s) Flops=390113280 => 1525.78723404255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219670.893066032 Mflops = 219.670893066032 Gflops = 0.219670893066032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063898 s
InvBiCGStab: k = 73 resid = 1.123732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276994(s) Flops=481978368 => 1740.03179852271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250517.825836808 Mflops = 250.517825836808 Gflops = 0.250517825836808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001052234 Relative Rsd = 4.61528592884008e-07
BICGSTAB_SOLVER_TIME: 0.646138 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 64 resid = 2.091945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234761(s) Flops=422922240 => 1801.50127150591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259355.766422639 Mflops = 259.355766422639 Gflops = 0.259355766422639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 82 resid = 1.040145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299347(s) Flops=541034496 => 1807.38238900006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260210.226476866 Mflops = 260.210226476866 Gflops = 0.260210226476866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001048889 Relative Rsd = 4.60061586142541e-07
BICGSTAB_SOLVER_TIME: 0.635802 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040709 s
InvBiCGStab: k = 71 resid = 2.203785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259179(s) Flops=468854784 => 1808.99989582489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260443.117443364 Mflops = 260.443117443364 Gflops = 0.260443117443364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055952 s
InvBiCGStab: k = 87 resid = 8.073471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318001(s) Flops=573843456 => 1804.53349517769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259796.049983506 Mflops = 259.796049983506 Gflops = 0.259796049983506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001165319 Relative Rsd = 5.11129862658947e-07
BICGSTAB_SOLVER_TIME: 0.677627 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 52 resid = 1.833369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190672(s) Flops=344180736 => 1805.09322816145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259858.165265428 Mflops = 259.858165265428 Gflops = 0.259858165265428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056215 s
InvBiCGStab: k = 75 resid = 9.546503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315918(s) Flops=495101952 => 1567.18500370349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225632.264090966 Mflops = 225.632264090966 Gflops = 0.225632264090966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001065568 Relative Rsd = 4.67377165287798e-07
BICGSTAB_SOLVER_TIME: 0.607602 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104888
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081979(s) Flops=1618403328 => 1495.78072032821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215374.620724793 Mflops = 215.374620724793 Gflops = 0.215374620724793 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179768000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042763 s
InvBiCGStab: k = 25 resid = 1.93032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098659(s) Flops=167012352 => 1692.82429377958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243564.828731269 Mflops = 243.564828731269 Gflops = 0.243564828731269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05666 s
InvBiCGStab: k = 46 resid = 1.121882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184062(s) Flops=304809984 => 1656.01799393683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238391.174949565 Mflops = 238.391174949565 Gflops = 0.238391174949565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007505351 Relative Rsd = 3.29198099949668e-07
BICGSTAB_SOLVER_TIME: 0.386357 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046116 s
InvBiCGStab: k = 62 resid = 2.157248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273953(s) Flops=409798656 => 1495.87212405048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215365.618515364 Mflops = 215.365618515364 Gflops = 0.215365618515364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066126 s
InvBiCGStab: k = 77 resid = 9.917785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312881(s) Flops=508225536 => 1624.34131826477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233859.06844209 Mflops = 233.85906844209 Gflops = 0.23385906844209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001119952 Relative Rsd = 4.91231062549317e-07
BICGSTAB_SOLVER_TIME: 0.703102 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043868 s
InvBiCGStab: k = 53 resid = 1.966767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202049(s) Flops=350742528 => 1735.92805705547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249913.693863072 Mflops = 249.913693863072 Gflops = 0.249913693863072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057213 s
InvBiCGStab: k = 77 resid = 9.659176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282351(s) Flops=508225536 => 1799.97781484748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259134.091029432 Mflops = 259.134091029432 Gflops = 0.259134091029432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001018205 Relative Rsd = 4.46602960946505e-07
BICGSTAB_SOLVER_TIME: 0.58934 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041696 s
InvBiCGStab: k = 56 resid = 2.201406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205057(s) Flops=370427904 => 1806.46310050376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.420682456 Mflops = 260.064420682456 Gflops = 0.260064420682456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055494 s
InvBiCGStab: k = 82 resid = 1.089042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314816(s) Flops=541034496 => 1718.57369384021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247427.892008372 Mflops = 247.427892008372 Gflops = 0.247427892008372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001145164 Relative Rsd = 5.02289474766259e-07
BICGSTAB_SOLVER_TIME: 0.62081 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 60 resid = 1.850616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219978(s) Flops=396675072 => 1803.24883397431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259609.512662518 Mflops = 259.609512662518 Gflops = 0.259609512662518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056706 s
InvBiCGStab: k = 77 resid = 1.02371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280958(s) Flops=508225536 => 1808.90217043117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260425.814684862 Mflops = 260.425814684862 Gflops = 0.260425814684862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00106593 Relative Rsd = 4.67535916556828e-07
BICGSTAB_SOLVER_TIME: 0.602535 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112219
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.226357(s) Flops=1599676416 => 1304.41332825596 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187823.097859842 Mflops = 187.823097859842 Gflops = 0.187823097859842 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177762000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.234003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860192(s) Flops=1426876416 => 1658.78828912615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238845.778106632 Mflops = 238.845778106632 Gflops = 0.238845778106632 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.151834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.957025(s) Flops=1525303296 => 1593.79670959484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229496.156598032 Mflops = 229.496156598032 Gflops = 0.229496156598032 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002077834 Relative Rsd = 9.13545887404582e-07
BICGSTAB_SOLVER_TIME: 1.82054 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320216
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.983911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778753(s) Flops=1407191040 => 1806.97992816721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260176.213059555 Mflops = 260.176213059555 Gflops = 0.260176213059555 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.015178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789475(s) Flops=1380943872 => 1749.19265587891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251870.551240218 Mflops = 251.870551240218 Gflops = 0.251870551240218 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.001942056 Relative Rsd = 8.53429453595137e-07
BICGSTAB_SOLVER_TIME: 1.57186 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.114707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302908999999999
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.17758(s) Flops=1599676416 => 1358.44394096367 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195600.469541047 Mflops = 195.600469541047 Gflops = 0.195600469541047 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177826000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040705 s
InvBiCGStab: k = 33 resid = 1.329489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121566(s) Flops=219506688 => 1805.65855584621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.399472335 Mflops = 259.899399472335 Gflops = 0.259899399472335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 51 resid = 1.03113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186608(s) Flops=337618944 => 1809.24153305325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260444.811125112 Mflops = 260.444811125112 Gflops = 0.260444811125112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007542101 Relative Rsd = 3.30810020200786e-07
BICGSTAB_SOLVER_TIME: 0.409103 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041282 s
InvBiCGStab: k = 71 resid = 2.127536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259876(s) Flops=468854784 => 1804.14807061829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259747.638499733 Mflops = 259.747638499733 Gflops = 0.259747638499733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 111 resid = 7.840383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.460215(s) Flops=731326464 => 1589.09740881979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228791.867897097 Mflops = 228.791867897097 Gflops = 0.228791867897097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.00124752 Relative Rsd = 5.47184374497306e-07
BICGSTAB_SOLVER_TIME: 0.821438 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047786 s
InvBiCGStab: k = 50 resid = 2.115811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192531(s) Flops=331057152 => 1719.50050641195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247550.472487441 Mflops = 247.550472487441 Gflops = 0.247550472487441 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057317 s
InvBiCGStab: k = 79 resid = 9.800649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297858(s) Flops=521349120 => 1750.32774006406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252003.440909918 Mflops = 252.003440909918 Gflops = 0.252003440909918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001037717 Relative Rsd = 4.55161130034455e-07
BICGSTAB_SOLVER_TIME: 0.599738 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1062
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041426 s
InvBiCGStab: k = 64 resid = 2.246452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235236(s) Flops=422922240 => 1797.8635923073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258849.732882402 Mflops = 258.849732882402 Gflops = 0.258849732882402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056594 s
InvBiCGStab: k = 91 resid = 9.982869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334587(s) Flops=600090624 => 1793.52641913762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258219.312573991 Mflops = 258.219312573991 Gflops = 0.258219312573991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001131086 Relative Rsd = 4.96114566125619e-07
BICGSTAB_SOLVER_TIME: 0.671664 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045211 s
InvBiCGStab: k = 55 resid = 2.123168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216975(s) Flops=363866112 => 1676.99556170066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241418.60051918 Mflops = 241.41860051918 Gflops = 0.24141860051918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057863 s
InvBiCGStab: k = 77 resid = 1.139464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281268(s) Flops=508225536 => 1806.90848585691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260134.558342805 Mflops = 260.134558342805 Gflops = 0.260134558342805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001060536 Relative Rsd = 4.65169915012358e-07
BICGSTAB_SOLVER_TIME: 0.605195 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108499
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.118173(s) Flops=1593262080 => 1424.87976368594 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205168.395603253 Mflops = 205.168395603253 Gflops = 0.205168395603253 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176852000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047215 s
InvBiCGStab: k = 23 resid = 2.115501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088066(s) Flops=153888768 => 1747.4254309268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251492.961692876 Mflops = 251.492961692876 Gflops = 0.251492961692876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056726 s
InvBiCGStab: k = 46 resid = 1.060631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190407(s) Flops=304809984 => 1600.83391892105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230449.206494323 Mflops = 230.449206494323 Gflops = 0.230449206494323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.000774859 Relative Rsd = 3.3986701243031e-07
BICGSTAB_SOLVER_TIME: 0.38619 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635770000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040628 s
InvBiCGStab: k = 69 resid = 1.728863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272645(s) Flops=455731200 => 1671.51864145684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240658.681878799 Mflops = 240.658681878799 Gflops = 0.240658681878799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060188 s
InvBiCGStab: k = 97 resid = 8.610489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402297(s) Flops=639461376 => 1589.52558930343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228858.51215088 Mflops = 228.85851215088 Gflops = 0.22885851215088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001227979 Relative Rsd = 5.38613644196046e-07
BICGSTAB_SOLVER_TIME: 0.780146 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042248 s
InvBiCGStab: k = 49 resid = 2.118986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218745(s) Flops=324495360 => 1483.44126722897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213563.330339367 Mflops = 213.563330339367 Gflops = 0.213563330339367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062732 s
InvBiCGStab: k = 72 resid = 1.00895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292799(s) Flops=475416576 => 1623.69603721324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233761.73268286 Mflops = 233.76173268286 Gflops = 0.23376173268286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001021648 Relative Rsd = 4.48113217068759e-07
BICGSTAB_SOLVER_TIME: 0.620757 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045167 s
InvBiCGStab: k = 73 resid = 2.208828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279623(s) Flops=481978368 => 1723.67211567003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248162.850967123 Mflops = 248.162850967123 Gflops = 0.248162850967123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057641 s
InvBiCGStab: k = 82 resid = 7.878898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319646(s) Flops=541034496 => 1692.60524455179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243690.811742913 Mflops = 243.690811742913 Gflops = 0.243690811742913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.0011464 Relative Rsd = 5.02831496226777e-07
BICGSTAB_SOLVER_TIME: 0.705953 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049578 s
InvBiCGStab: k = 62 resid = 2.202177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241872(s) Flops=409798656 => 1694.2790236158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243906.866296831 Mflops = 243.906866296831 Gflops = 0.243906866296831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056735 s
InvBiCGStab: k = 87 resid = 9.788279e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343352(s) Flops=573843456 => 1671.29784011743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240621.668570503 Mflops = 240.621668570503 Gflops = 0.240621668570503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00112279 Relative Rsd = 4.92475950274934e-07
BICGSTAB_SOLVER_TIME: 0.695922 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120646
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.096493(s) Flops=1580728320 => 1441.62189817901 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207574.493837819 Mflops = 207.574493837819 Gflops = 0.207574493837819 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175795000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04097 s
InvBiCGStab: k = 28 resid = 2.263074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104843(s) Flops=186697728 => 1780.73622464065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256261.812214797 Mflops = 256.261812214797 Gflops = 0.256261812214797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056784 s
InvBiCGStab: k = 45 resid = 1.052907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184771(s) Flops=298248192 => 1614.15044568682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232377.41090459 Mflops = 232.37741090459 Gflops = 0.23237741090459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000746314 Relative Rsd = 3.27346674125252e-07
BICGSTAB_SOLVER_TIME: 0.391122 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664570000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043556 s
InvBiCGStab: k = 45 resid = 2.251594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182856(s) Flops=298248192 => 1631.05499409371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234797.418175157 Mflops = 234.797418175157 Gflops = 0.234797418175157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057118 s
InvBiCGStab: k = 88 resid = 1.028991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345122(s) Flops=580405248 => 1681.73935014285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242123.744764188 Mflops = 242.123744764188 Gflops = 0.242123744764188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001106352 Relative Rsd = 4.85265967020431e-07
BICGSTAB_SOLVER_TIME: 0.632476 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043907 s
InvBiCGStab: k = 49 resid = 2.042121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227272(s) Flops=324495360 => 1427.78415290929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205559.331659812 Mflops = 205.559331659812 Gflops = 0.205559331659812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061134 s
InvBiCGStab: k = 69 resid = 1.026932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301549(s) Flops=455731200 => 1511.30065097215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217578.384853209 Mflops = 217.578384853209 Gflops = 0.217578384853209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009772138 Relative Rsd = 4.28623473381193e-07
BICGSTAB_SOLVER_TIME: 0.638459 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 63 resid = 1.897466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23434(s) Flops=416360448 => 1776.73657079457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255803.484253029 Mflops = 255.803484253029 Gflops = 0.255803484253029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 87 resid = 1.096103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336946(s) Flops=573843456 => 1703.07246858547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245197.368374168 Mflops = 245.197368374168 Gflops = 0.245197368374168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001100339 Relative Rsd = 4.82628367534511e-07
BICGSTAB_SOLVER_TIME: 0.673192 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047042 s
InvBiCGStab: k = 54 resid = 1.774997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218839(s) Flops=357304320 => 1632.7268905451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235053.410832638 Mflops = 235.053410832638 Gflops = 0.235053410832638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060597 s
InvBiCGStab: k = 78 resid = 9.762936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301039(s) Flops=514787328 => 1710.03533761406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246204.446188616 Mflops = 246.204446188616 Gflops = 0.246204446188616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001018804 Relative Rsd = 4.46865674127321e-07
BICGSTAB_SOLVER_TIME: 0.631353 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108409
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016553(s) Flops=1568120832 => 1542.58639933186 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222114.429200385 Mflops = 222.114429200385 Gflops = 0.222114429200385 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174428000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.456059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040871 s
InvBiCGStab: k = 30 resid = 2.010984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118536(s) Flops=199821312 => 1685.74367280826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242646.288130031 Mflops = 242.646288130031 Gflops = 0.242646288130031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064681 s
InvBiCGStab: k = 46 resid = 9.759528e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176645(s) Flops=304809984 => 1725.55115627388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248377.591908772 Mflops = 248.377591908772 Gflops = 0.248377591908772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007232164 Relative Rsd = 3.17215647095867e-07
BICGSTAB_SOLVER_TIME: 0.404657 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042858 s
InvBiCGStab: k = 59 resid = 1.087116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23342(s) Flops=390113280 => 1671.29329106332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240614.735904918 Mflops = 240.614735904918 Gflops = 0.240614735904918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056801 s
InvBiCGStab: k = 86 resid = 6.917018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318201(s) Flops=567281664 => 1782.77775368399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256666.642233417 Mflops = 256.666642233417 Gflops = 0.256666642233417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001123182 Relative Rsd = 4.92647926561229e-07
BICGSTAB_SOLVER_TIME: 0.655124 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041749 s
InvBiCGStab: k = 64 resid = 1.856464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241508(s) Flops=422922240 => 1751.17279758849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252115.411109387 Mflops = 252.115411109387 Gflops = 0.252115411109387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061753 s
InvBiCGStab: k = 75 resid = 9.202665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321795(s) Flops=495101952 => 1538.563221927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221520.245765501 Mflops = 221.520245765501 Gflops = 0.221520245765501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001046784 Relative Rsd = 4.59138030593188e-07
BICGSTAB_SOLVER_TIME: 0.671014 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113522
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046784 s
InvBiCGStab: k = 61 resid = 2.227596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265388(s) Flops=403236864 => 1519.42387749258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218762.423172355 Mflops = 218.762423172355 Gflops = 0.218762423172355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064351 s
InvBiCGStab: k = 77 resid = 8.612321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305772(s) Flops=508225536 => 1662.10619677407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239294.000202582 Mflops = 239.294000202582 Gflops = 0.239294000202582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001110664 Relative Rsd = 4.87156940242037e-07
BICGSTAB_SOLVER_TIME: 0.686216 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041184 s
InvBiCGStab: k = 53 resid = 1.816453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220065(s) Flops=350742528 => 1593.81331879218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229452.372897091 Mflops = 229.452372897091 Gflops = 0.229452372897091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056419 s
InvBiCGStab: k = 74 resid = 9.763722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272873(s) Flops=488540160 => 1790.35727243076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257735.957447039 Mflops = 257.735957447039 Gflops = 0.257735957447039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001024806 Relative Rsd = 4.49498116367125e-07
BICGSTAB_SOLVER_TIME: 0.594498 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001838
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104873
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01796(s) Flops=1549541376 => 1522.2026169987 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219183.911266444 Mflops = 219.183911266444 Gflops = 0.219183911266444 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172304000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.478664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.245932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83034(s) Flops=1426876416 => 1718.42427921093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247408.250770895 Mflops = 247.408250770895 Gflops = 0.247408250770895 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 9.605428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885468(s) Flops=1518741504 => 1715.18508178726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246974.979747818 Mflops = 246.974979747818 Gflops = 0.246974979747818 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002003005 Relative Rsd = 8.80656294192101e-07
BICGSTAB_SOLVER_TIME: 1.720057 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0.116001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319565999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.862204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847218(s) Flops=1374382080 => 1622.22955602926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233543.125739629 Mflops = 233.543125739629 Gflops = 0.233543125739629 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.061301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.990178(s) Flops=1564674048 => 1580.19472054519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227535.437903841 Mflops = 227.535437903841 Gflops = 0.227535437903841 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002000486 Relative Rsd = 8.79135144395983e-07
BICGSTAB_SOLVER_TIME: 1.841339 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.118732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318852999999999
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.035204(s) Flops=1549541376 => 1496.84639549306 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215627.809126861 Mflops = 215.627809126861 Gflops = 0.215627809126861 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171923000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047369 s
InvBiCGStab: k = 29 resid = 2.184727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130465(s) Flops=193259520 => 1481.31314912045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213231.790131263 Mflops = 213.231790131262 Gflops = 0.213231790131263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060841 s
InvBiCGStab: k = 53 resid = 1.079013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199787(s) Flops=350742528 => 1755.58233518697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252737.213820212 Mflops = 252.737213820212 Gflops = 0.252737213820212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007668147 Relative Rsd = 3.36338664628987e-07
BICGSTAB_SOLVER_TIME: 0.442392 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041029 s
InvBiCGStab: k = 77 resid = 2.032842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281288(s) Flops=508225536 => 1806.78001194505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260133.85187221 Mflops = 260.13385187221 Gflops = 0.26013385187221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055605 s
InvBiCGStab: k = 106 resid = 9.300348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386438(s) Flops=698517504 => 1807.57975147372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260249.084660345 Mflops = 260.249084660345 Gflops = 0.260249084660345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.00127878 Relative Rsd = 5.60895653691143e-07
BICGSTAB_SOLVER_TIME: 0.76819 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 50 resid = 2.208316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183478(s) Flops=331057152 => 1804.34249337795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.378019491 Mflops = 259.751378019491 Gflops = 0.259751378019491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 69 resid = 1.009699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252429(s) Flops=455731200 => 1805.38369204806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259917.890956245 Mflops = 259.917890956245 Gflops = 0.259917890956245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001059406 Relative Rsd = 4.64674308766877e-07
BICGSTAB_SOLVER_TIME: 0.536985 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043033 s
InvBiCGStab: k = 61 resid = 1.921582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237773(s) Flops=403236864 => 1695.89004638878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244154.707014607 Mflops = 244.154707014607 Gflops = 0.244154707014607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058235 s
InvBiCGStab: k = 85 resid = 1.017949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395159(s) Flops=560719872 => 1418.97279829132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204299.102735435 Mflops = 204.299102735435 Gflops = 0.204299102735435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001134599 Relative Rsd = 4.97655408291665e-07
BICGSTAB_SOLVER_TIME: 0.7392 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049541 s
InvBiCGStab: k = 51 resid = 2.203007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217064(s) Flops=337618944 => 1555.38893598201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223914.106380456 Mflops = 223.914106380456 Gflops = 0.223914106380456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063486 s
InvBiCGStab: k = 95 resid = 1.064772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399597(s) Flops=626337792 => 1567.42365933678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225677.972481543 Mflops = 225.677972481543 Gflops = 0.225677972481543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00108881 Relative Rsd = 4.77571662187689e-07
BICGSTAB_SOLVER_TIME: 0.73355 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11836
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017745(s) Flops=1537081344 => 1510.28140054729 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217465.850953287 Mflops = 217.465850953287 Gflops = 0.217465850953287 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170821000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040684 s
InvBiCGStab: k = 34 resid = 1.566914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125468(s) Flops=226068480 => 1801.80189370995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259338.77090762 Mflops = 259.33877090762 Gflops = 0.25933877090762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 55 resid = 8.394741e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208933(s) Flops=363866112 => 1741.54447598034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250713.823039681 Mflops = 250.713823039681 Gflops = 0.250713823039681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007446173 Relative Rsd = 3.26602447767546e-07
BICGSTAB_SOLVER_TIME: 0.434968 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045254 s
InvBiCGStab: k = 77 resid = 2.105872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311834(s) Flops=508225536 => 1629.79513459084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234655.639183879 Mflops = 234.655639183879 Gflops = 0.234655639183879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056276 s
InvBiCGStab: k = 99 resid = 9.858658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370417(s) Flops=652584960 => 1761.75758671983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253639.720839607 Mflops = 253.639720839607 Gflops = 0.253639720839607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001281268 Relative Rsd = 5.61986896332002e-07
BICGSTAB_SOLVER_TIME: 0.787681 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140113
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 60 resid = 2.200268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221119(s) Flops=396675072 => 1793.94385828445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258257.489609808 Mflops = 258.257489609808 Gflops = 0.258257489609808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056014 s
InvBiCGStab: k = 74 resid = 7.079842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270626(s) Flops=488540160 => 1805.22255806907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259896.428070763 Mflops = 259.896428070763 Gflops = 0.259896428070763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001021933 Relative Rsd = 4.4823806327422e-07
BICGSTAB_SOLVER_TIME: 0.592378 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04069 s
InvBiCGStab: k = 63 resid = 1.562998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242511(s) Flops=416360448 => 1716.87242228188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247184.844658981 Mflops = 247.184844658981 Gflops = 0.247184844658981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059466 s
InvBiCGStab: k = 88 resid = 1.104321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367783(s) Flops=580405248 => 1578.11874937123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227209.677830848 Mflops = 227.209677830848 Gflops = 0.227209677830848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001111133 Relative Rsd = 4.87362872653744e-07
BICGSTAB_SOLVER_TIME: 0.714281 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122046
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049143 s
InvBiCGStab: k = 49 resid = 2.237209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210361(s) Flops=324495360 => 1542.56425858405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222044.950663673 Mflops = 222.044950663673 Gflops = 0.222044950663673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 85 resid = 6.155276e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322032(s) Flops=560719872 => 1741.19302429572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250690.061331974 Mflops = 250.690061331974 Gflops = 0.250690061331974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001099786 Relative Rsd = 4.82385925905257e-07
BICGSTAB_SOLVER_TIME: 0.642055 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110012
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.07558(s) Flops=1524621312 => 1417.48759924878 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204157.984607692 Mflops = 204.157984607692 Gflops = 0.204157984607692 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169535000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 29 resid = 1.404792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113929(s) Flops=193259520 => 1696.31542451878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244178.319169388 Mflops = 244.178319169388 Gflops = 0.244178319169388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063928 s
InvBiCGStab: k = 46 resid = 1.013759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191608(s) Flops=304809984 => 1590.79988309465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229002.245527495 Mflops = 229.002245527495 Gflops = 0.229002245527495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007272577 Relative Rsd = 3.18988233435117e-07
BICGSTAB_SOLVER_TIME: 0.414922 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678350000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04545 s
InvBiCGStab: k = 49 resid = 1.873513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215257(s) Flops=324495360 => 1507.47878117785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217017.007666583 Mflops = 217.017007666583 Gflops = 0.217017007666583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065795 s
InvBiCGStab: k = 78 resid = 8.507651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301175(s) Flops=514787328 => 1709.26314601146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246071.888978277 Mflops = 246.071888978277 Gflops = 0.246071888978277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001074765 Relative Rsd = 4.71411101924854e-07
BICGSTAB_SOLVER_TIME: 0.631637 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044515 s
InvBiCGStab: k = 55 resid = 1.765592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215759(s) Flops=363866112 => 1686.44697092589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242799.115463225 Mflops = 242.799115463225 Gflops = 0.242799115463225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060598 s
InvBiCGStab: k = 77 resid = 1.04423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293762(s) Flops=508225536 => 1730.05880951246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249066.210618235 Mflops = 249.066210618235 Gflops = 0.249066210618235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001015723 Relative Rsd = 4.45514118212253e-07
BICGSTAB_SOLVER_TIME: 0.618581 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 53 resid = 1.389365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194803(s) Flops=350742528 => 1800.49859601752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259219.153486116 Mflops = 259.219153486116 Gflops = 0.259219153486116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 86 resid = 1.100837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315498(s) Flops=567281664 => 1798.05153756918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258864.146492085 Mflops = 258.864146492085 Gflops = 0.258864146492085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00107527 Relative Rsd = 4.71632659260435e-07
BICGSTAB_SOLVER_TIME: 0.611882 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041635 s
InvBiCGStab: k = 48 resid = 2.279177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17612(s) Flops=317933568 => 1805.20990233931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259865.979200078 Mflops = 259.865979200078 Gflops = 0.259865979200078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0559 s
InvBiCGStab: k = 75 resid = 1.107843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30318(s) Flops=495101952 => 1633.02972491589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235109.574064847 Mflops = 235.109574064847 Gflops = 0.235109574064847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001015312 Relative Rsd = 4.45334074154808e-07
BICGSTAB_SOLVER_TIME: 0.580663 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001797
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10215
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.086372(s) Flops=1512308736 => 1392.07263810187 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200483.062416698 Mflops = 200.483062416698 Gflops = 0.200483062416698 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167596000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049979 s
InvBiCGStab: k = 23 resid = 1.972837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.087403(s) Flops=153888768 => 1760.68061737011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253404.342813988 Mflops = 253.404342813988 Gflops = 0.253404342813988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06321 s
InvBiCGStab: k = 48 resid = 1.128961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19858(s) Flops=317933568 => 1601.03518984792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230477.13693025 Mflops = 230.47713693025 Gflops = 0.23047713693025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007643452 Relative Rsd = 3.35255489759278e-07
BICGSTAB_SOLVER_TIME: 0.403042 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043917 s
InvBiCGStab: k = 53 resid = 2.122423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205355(s) Flops=350742528 => 1707.98143702369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245892.84127944 Mflops = 245.89284127944 Gflops = 0.24589284127944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060662 s
InvBiCGStab: k = 89 resid = 1.020769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370789(s) Flops=586967040 => 1583.02171855152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227915.570545474 Mflops = 227.915570545474 Gflops = 0.227915570545474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001126413 Relative Rsd = 4.94064892696826e-07
BICGSTAB_SOLVER_TIME: 0.685202 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047842 s
InvBiCGStab: k = 52 resid = 2.07161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236782(s) Flops=344180736 => 1453.57643739811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209287.901501828 Mflops = 209.287901501828 Gflops = 0.209287901501828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061727 s
InvBiCGStab: k = 69 resid = 9.842012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257583(s) Flops=455731200 => 1769.25961728841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254705.760470509 Mflops = 254.705760470509 Gflops = 0.254705760470509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.00101631 Relative Rsd = 4.4577177627064e-07
BICGSTAB_SOLVER_TIME: 0.609779 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041366 s
InvBiCGStab: k = 69 resid = 6.295688e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255588(s) Flops=455731200 => 1783.06962768205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256729.702339736 Mflops = 256.729702339736 Gflops = 0.256729702339736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 97 resid = 9.210721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353767(s) Flops=639461376 => 1807.57780120814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260247.984137789 Mflops = 260.247984137789 Gflops = 0.260247984137789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001124104 Relative Rsd = 4.93052285293762e-07
BICGSTAB_SOLVER_TIME: 0.710796 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040541 s
InvBiCGStab: k = 54 resid = 1.846489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19906(s) Flops=357304320 => 1794.95790214006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258397.819614504 Mflops = 258.397819614504 Gflops = 0.258397819614504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055931 s
InvBiCGStab: k = 80 resid = 1.077217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291964(s) Flops=527910912 => 1808.13700319217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260319.080021076 Mflops = 260.319080021076 Gflops = 0.260319080021076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001048465 Relative Rsd = 4.59875465725812e-07
BICGSTAB_SOLVER_TIME: 0.591275 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110015
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.059457(s) Flops=1512087552 => 1427.22880871994 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205499.134594997 Mflops = 205.499134594997 Gflops = 0.205499134594997 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168111000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.084739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75493(s) Flops=1256269824 => 1664.08782801054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239551.559295357 Mflops = 239.551559295356 Gflops = 0.239551559295356 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 6.795263e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.071161(s) Flops=1814022144 => 1693.51026036235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243857.729242785 Mflops = 243.857729242785 Gflops = 0.243857729242785 Tflops
BICGSTAB_SOLVER: 467 iterations. Rsd = 0.002057025 Relative Rsd = 9.04424753059194e-07
BICGSTAB_SOLVER_TIME: 1.829539 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.122201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333393999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.272492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756404(s) Flops=1328449536 => 1756.26984521499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252826.123820122 Mflops = 252.826123820122 Gflops = 0.252826123820122 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 7.513597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851571(s) Flops=1525303296 => 1791.16397340915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257914.250199997 Mflops = 257.914250199997 Gflops = 0.257914250199997 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.001990349 Relative Rsd = 8.74713356348361e-07
BICGSTAB_SOLVER_TIME: 1.611446 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309737999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965424(s) Flops=1512087552 => 1566.24193307811 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225520.8238648 Mflops = 225.5208238648 Gflops = 0.2255208238648 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168031000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.511476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 30 resid = 1.363572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117921(s) Flops=199821312 => 1694.53542625995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243889.02275902 Mflops = 243.88902275902 Gflops = 0.24388902275902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056333 s
InvBiCGStab: k = 43 resid = 1.043269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171099(s) Flops=285124608 => 1666.43059281469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239889.107313786 Mflops = 239.889107313786 Gflops = 0.239889107313786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007436117 Relative Rsd = 3.26161375570094e-07
BICGSTAB_SOLVER_TIME: 0.390378 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041169 s
InvBiCGStab: k = 67 resid = 2.038935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26204(s) Flops=442607616 => 1689.08417035567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243171.770812039 Mflops = 243.171770812039 Gflops = 0.243171770812039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056007 s
InvBiCGStab: k = 89 resid = 1.138715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347779(s) Flops=586967040 => 1687.75872033677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242993.737392874 Mflops = 242.993737392874 Gflops = 0.242993737392874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001196468 Relative Rsd = 5.24792479916667e-07
BICGSTAB_SOLVER_TIME: 0.710793 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040636 s
InvBiCGStab: k = 54 resid = 1.574825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197885(s) Flops=357304320 => 1805.61598908457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259951.093789928 Mflops = 259.951093789928 Gflops = 0.259951093789928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 67 resid = 1.130574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245117(s) Flops=442607616 => 1805.69938437562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.203024473 Mflops = 259.956203024473 Gflops = 0.259956203024473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009905508 Relative Rsd = 4.34473322331051e-07
BICGSTAB_SOLVER_TIME: 0.543682 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043229 s
InvBiCGStab: k = 73 resid = 8.282414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3024(s) Flops=481978368 => 1593.84380952381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229462.926929089 Mflops = 229.462926929089 Gflops = 0.229462926929089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07594 s
InvBiCGStab: k = 93 resid = 9.62071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396439(s) Flops=613214208 => 1546.80596005943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222696.161381066 Mflops = 222.696161381066 Gflops = 0.222696161381066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001125203 Relative Rsd = 4.93534309089079e-07
BICGSTAB_SOLVER_TIME: 0.821923 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 55 resid = 1.816227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205469(s) Flops=363866112 => 1770.90515844239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254950.189082671 Mflops = 254.950189082671 Gflops = 0.254950189082671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057005 s
InvBiCGStab: k = 75 resid = 9.610977e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276228(s) Flops=495101952 => 1792.36700117294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258048.987880898 Mflops = 258.048987880898 Gflops = 0.258048987880898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001070848 Relative Rsd = 4.6969297304087e-07
BICGSTAB_SOLVER_TIME: 0.583629 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107131
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983105(s) Flops=1524252672 => 1550.44748221197 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223255.802056587 Mflops = 223.255802056587 Gflops = 0.223255802056587 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169143000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048332 s
InvBiCGStab: k = 28 resid = 1.856621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125004(s) Flops=186697728 => 1493.53403091101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214981.597335034 Mflops = 214.981597335034 Gflops = 0.214981597335034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061621 s
InvBiCGStab: k = 51 resid = 8.452612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218429(s) Flops=337618944 => 1545.66904577689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222514.237293656 Mflops = 222.514237293656 Gflops = 0.222514237293656 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007542001 Relative Rsd = 3.30805654413233e-07
BICGSTAB_SOLVER_TIME: 0.457286 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001833
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041606 s
InvBiCGStab: k = 68 resid = 2.171835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269371(s) Flops=449169408 => 1667.47499916472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240072.599620319 Mflops = 240.072599620319 Gflops = 0.240072599620319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059406 s
InvBiCGStab: k = 105 resid = 1.063143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395412(s) Flops=691955712 => 1749.96133653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251954.944084919 Mflops = 251.954944084919 Gflops = 0.251954944084919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001243723 Relative Rsd = 5.45518992496856e-07
BICGSTAB_SOLVER_TIME: 0.769653 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001837
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047302 s
InvBiCGStab: k = 53 resid = 1.900269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218207(s) Flops=350742528 => 1607.38440105038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231400.499521004 Mflops = 231.400499521004 Gflops = 0.231400499521004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062576 s
InvBiCGStab: k = 74 resid = 7.186673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270883(s) Flops=488540160 => 1803.50985480816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259642.730375186 Mflops = 259.642730375186 Gflops = 0.259642730375186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.00105054 Relative Rsd = 4.60785847319742e-07
BICGSTAB_SOLVER_TIME: 0.602799 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040577 s
InvBiCGStab: k = 58 resid = 2.159956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212282(s) Flops=383551488 => 1806.80174484883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260100.150313728 Mflops = 260.100150313728 Gflops = 0.260100150313728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 93 resid = 8.900498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394883(s) Flops=613214208 => 1552.9010061208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223565.914193926 Mflops = 223.565914193926 Gflops = 0.223565914193926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001109699 Relative Rsd = 4.8673394393691e-07
BICGSTAB_SOLVER_TIME: 0.708636 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048875 s
InvBiCGStab: k = 49 resid = 2.118419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201018(s) Flops=324495360 => 1614.26021550309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232373.869090624 Mflops = 232.373869090624 Gflops = 0.232373869090624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059061 s
InvBiCGStab: k = 78 resid = 8.386923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303472(s) Flops=514787328 => 1696.32561817894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244223.419510976 Mflops = 244.223419510976 Gflops = 0.244223419510976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001058581 Relative Rsd = 4.64312484549333e-07
BICGSTAB_SOLVER_TIME: 0.616239 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104782
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963201(s) Flops=1524178944 => 1582.41005148458 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227890.104070308 Mflops = 227.890104070308 Gflops = 0.227890104070308 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169290000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046649 s
InvBiCGStab: k = 28 resid = 2.013749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118843(s) Flops=186697728 => 1570.96108310965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226110.424483817 Mflops = 226.110424483817 Gflops = 0.226110424483817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076879 s
InvBiCGStab: k = 44 resid = 1.129302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235185(s) Flops=291686400 => 1240.24236239556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178541.164153392 Mflops = 178.541164153392 Gflops = 0.178541164153392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007504542 Relative Rsd = 3.29162637499896e-07
BICGSTAB_SOLVER_TIME: 0.481766 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656250000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040954 s
InvBiCGStab: k = 51 resid = 1.493232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224524(s) Flops=337618944 => 1503.70982166717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216488.856349166 Mflops = 216.488856349166 Gflops = 0.216488856349166 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05708 s
InvBiCGStab: k = 74 resid = 1.052771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29555(s) Flops=488540160 => 1652.98649974624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237982.581693468 Mflops = 237.982581693468 Gflops = 0.237982581693468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00106109 Relative Rsd = 4.65413020445568e-07
BICGSTAB_SOLVER_TIME: 0.622018 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04761 s
InvBiCGStab: k = 51 resid = 2.241876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200661(s) Flops=337618944 => 1682.53394531075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242225.38659685 Mflops = 242.22538659685 Gflops = 0.24222538659685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 85 resid = 1.059355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348355(s) Flops=560719872 => 1609.62200054542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231735.052938236 Mflops = 231.735052938236 Gflops = 0.231735052938236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.00101075 Relative Rsd = 4.4333285841476e-07
BICGSTAB_SOLVER_TIME: 0.65733 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 53 resid = 2.277824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199932(s) Flops=350742528 => 1754.30910509573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252567.278745666 Mflops = 252.567278745666 Gflops = 0.252567278745666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058838 s
InvBiCGStab: k = 72 resid = 1.092813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267063(s) Flops=475416576 => 1780.16638770627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256288.726413125 Mflops = 256.288726413126 Gflops = 0.256288726413126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001053858 Relative Rsd = 4.62241058775539e-07
BICGSTAB_SOLVER_TIME: 0.571082 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042596 s
InvBiCGStab: k = 53 resid = 1.914961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217539(s) Flops=350742528 => 1612.32021844359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232138.239368075 Mflops = 232.138239368075 Gflops = 0.232138239368075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077701 s
InvBiCGStab: k = 75 resid = 9.877768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335966(s) Flops=495101952 => 1473.66683533453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212165.822970855 Mflops = 212.165822970855 Gflops = 0.212165822970855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001050487 Relative Rsd = 4.6076220568656e-07
BICGSTAB_SOLVER_TIME: 0.678145 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105629
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985094(s) Flops=1516953600 => 1539.90746060782 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221728.522354413 Mflops = 221.728522354413 Gflops = 0.221728522354413 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168321000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048635 s
InvBiCGStab: k = 27 resid = 1.979295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108595(s) Flops=180135936 => 1658.78664763571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238723.641219154 Mflops = 238.723641219154 Gflops = 0.238723641219154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05861 s
InvBiCGStab: k = 46 resid = 9.066966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181879(s) Flops=304809984 => 1675.89432534817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241244.23447159 Mflops = 241.24423447159 Gflops = 0.24124423447159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000735359 Relative Rsd = 3.22541601539374e-07
BICGSTAB_SOLVER_TIME: 0.40211 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050832 s
InvBiCGStab: k = 59 resid = 1.870709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277005(s) Flops=390113280 => 1408.32577029295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202759.709900895 Mflops = 202.759709900895 Gflops = 0.202759709900895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077952 s
InvBiCGStab: k = 74 resid = 1.115791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299966(s) Flops=488540160 => 1628.65178053513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234456.792532187 Mflops = 234.456792532187 Gflops = 0.234456792532187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001111163 Relative Rsd = 4.87376148732852e-07
BICGSTAB_SOLVER_TIME: 0.709645 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051299 s
InvBiCGStab: k = 48 resid = 2.166483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18569(s) Flops=317933568 => 1712.17388119985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246477.517903378 Mflops = 246.477517903378 Gflops = 0.246477517903378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056828 s
InvBiCGStab: k = 71 resid = 1.134697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277888(s) Flops=468854784 => 1687.20773836941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242894.538095196 Mflops = 242.894538095196 Gflops = 0.242894538095196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009996312 Relative Rsd = 4.3845614606354e-07
BICGSTAB_SOLVER_TIME: 0.57556 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990600000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043791 s
InvBiCGStab: k = 54 resid = 2.251529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223349(s) Flops=357304320 => 1599.75786773167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230305.5772982 Mflops = 230.3055772982 Gflops = 0.2303055772982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064404 s
InvBiCGStab: k = 84 resid = 1.028317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306773(s) Flops=554158080 => 1806.41086405909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.811780459 Mflops = 260.064811780459 Gflops = 0.260064811780459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001099167 Relative Rsd = 4.82114327963807e-07
BICGSTAB_SOLVER_TIME: 0.642187 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041127 s
InvBiCGStab: k = 50 resid = 2.022052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183795(s) Flops=331057152 => 1801.23045784706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259283.843532753 Mflops = 259.283843532753 Gflops = 0.259283843532753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055842 s
InvBiCGStab: k = 73 resid = 1.038432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266554(s) Flops=481978368 => 1808.18283724874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260322.959596157 Mflops = 260.322959596157 Gflops = 0.260322959596157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001030958 Relative Rsd = 4.52196479445887e-07
BICGSTAB_SOLVER_TIME: 0.551161 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102113
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.046033(s) Flops=1511940096 => 1445.40382186795 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208127.60618899 Mflops = 208.12760618899 Gflops = 0.20812760618899 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167478000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.902797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750473(s) Flops=1282516992 => 1708.94488142811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246011.652017463 Mflops = 246.011652017463 Gflops = 0.246011652017463 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 7.346566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.095835(s) Flops=1617168384 => 1475.74076754256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212496.087620406 Mflops = 212.496087620406 Gflops = 0.212496087620406 Tflops
BICGSTAB_SOLVER: 441 iterations. Rsd = 0.00199721 Relative Rsd = 8.7813312258232e-07
BICGSTAB_SOLVER_TIME: 1.850167 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001925
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314671
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 2.142697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692503(s) Flops=1092225024 => 1577.21341857003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227070.101357945 Mflops = 227.070101357945 Gflops = 0.227070101357945 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.071841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729019(s) Flops=1295640576 => 1777.23842039782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255905.873247017 Mflops = 255.905873247017 Gflops = 0.255905873247017 Tflops
BICGSTAB_SOLVER: 363 iterations. Rsd = 0.00197805 Relative Rsd = 8.69332290510596e-07
BICGSTAB_SOLVER_TIME: 1.424984 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.259262999999997
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969398(s) Flops=1511940096 => 1559.66908947615 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224570.212635242 Mflops = 224.570212635242 Gflops = 0.224570212635242 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167820000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048137 s
InvBiCGStab: k = 33 resid = 1.454693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147309(s) Flops=219506688 => 1490.11050241329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214502.489380341 Mflops = 214.502489380342 Gflops = 0.214502489380341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066472 s
InvBiCGStab: k = 54 resid = 8.826214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205514(s) Flops=357304320 => 1738.58870928501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250290.611574507 Mflops = 250.290611574507 Gflops = 0.250290611574507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007710136 Relative Rsd = 3.38180337641443e-07
BICGSTAB_SOLVER_TIME: 0.47129 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043219 s
InvBiCGStab: k = 72 resid = 2.075136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279278(s) Flops=475416576 => 1702.30586011071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245085.362315957 Mflops = 245.085362315957 Gflops = 0.245085362315957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 109 resid = 1.146863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434542(s) Flops=718202880 => 1652.78127315656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237983.79598536 Mflops = 237.98379598536 Gflops = 0.23798379598536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.00132161 Relative Rsd = 5.79681918371497e-07
BICGSTAB_SOLVER_TIME: 0.817343 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046016 s
InvBiCGStab: k = 57 resid = 1.699598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23724(s) Flops=376989696 => 1589.06464339909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228777.983058573 Mflops = 228.777983058573 Gflops = 0.228777983058573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060387 s
InvBiCGStab: k = 73 resid = 8.210704e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326576(s) Flops=481978368 => 1475.85360834844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212487.039009316 Mflops = 212.487039009316 Gflops = 0.212487039009316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001007416 Relative Rsd = 4.41870702548352e-07
BICGSTAB_SOLVER_TIME: 0.674445 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046259 s
InvBiCGStab: k = 57 resid = 1.437353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251658(s) Flops=376989696 => 1498.02388956441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215671.173868591 Mflops = 215.671173868591 Gflops = 0.215671173868591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058864 s
InvBiCGStab: k = 75 resid = 9.29649e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323781(s) Flops=495101952 => 1529.12602036562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220144.942647136 Mflops = 220.144942647136 Gflops = 0.220144942647136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001118648 Relative Rsd = 4.90658812477907e-07
BICGSTAB_SOLVER_TIME: 0.6859 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 57 resid = 2.099835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212069(s) Flops=376989696 => 1777.6747002155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255925.009763801 Mflops = 255.925009763801 Gflops = 0.255925009763801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 90 resid = 1.141755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329216(s) Flops=593528832 => 1802.85536547434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259560.790495723 Mflops = 259.560790495723 Gflops = 0.259560790495723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001123538 Relative Rsd = 4.92803716243381e-07
BICGSTAB_SOLVER_TIME: 0.642462 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119201
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.961785(s) Flops=1505968128 => 1565.80538062041 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225459.088724436 Mflops = 225.459088724436 Gflops = 0.225459088724436 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167103000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050228 s
InvBiCGStab: k = 28 resid = 1.814003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123689(s) Flops=186697728 => 1509.41254274834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217242.028285921 Mflops = 217.242028285921 Gflops = 0.217242028285921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06495 s
InvBiCGStab: k = 53 resid = 4.28143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19735(s) Flops=350742528 => 1777.26135292627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255845.285063884 Mflops = 255.845285063884 Gflops = 0.255845285063884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007661036 Relative Rsd = 3.36026727831785e-07
BICGSTAB_SOLVER_TIME: 0.440062 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048153 s
InvBiCGStab: k = 81 resid = 1.54477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30416(s) Flops=534472704 => 1757.20904786954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252974.523138769 Mflops = 252.974523138769 Gflops = 0.252974523138769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05839 s
InvBiCGStab: k = 100 resid = 1.098071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408955(s) Flops=659146752 => 1611.78308615862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232059.068856252 Mflops = 232.059068856252 Gflops = 0.232059068856252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001262509 Relative Rsd = 5.53758893119106e-07
BICGSTAB_SOLVER_TIME: 0.823529 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 58 resid = 1.715414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225122(s) Flops=383551488 => 1703.74946917671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245275.785661131 Mflops = 245.275785661131 Gflops = 0.245275785661131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062075 s
InvBiCGStab: k = 67 resid = 1.019025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251013(s) Flops=442607616 => 1763.28563062471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253858.905064731 Mflops = 253.858905064731 Gflops = 0.253858905064731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001015437 Relative Rsd = 4.45388761388365e-07
BICGSTAB_SOLVER_TIME: 0.592114 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051111 s
InvBiCGStab: k = 58 resid = 2.066644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250615(s) Flops=383551488 => 1530.44106697524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220337.174093279 Mflops = 220.337174093279 Gflops = 0.220337174093279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06657 s
InvBiCGStab: k = 86 resid = 1.086005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400248(s) Flops=567281664 => 1417.32541824069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204065.087401204 Mflops = 204.065087401204 Gflops = 0.204065087401204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001129562 Relative Rsd = 4.95446013418831e-07
BICGSTAB_SOLVER_TIME: 0.773677 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041172 s
InvBiCGStab: k = 62 resid = 1.568653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233307(s) Flops=409798656 => 1756.47818539521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252877.129474411 Mflops = 252.877129474411 Gflops = 0.252877129474411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056291 s
InvBiCGStab: k = 83 resid = 9.64827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308494(s) Flops=547596288 => 1775.06300932919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255557.890707051 Mflops = 255.557890707051 Gflops = 0.255557890707051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001097665 Relative Rsd = 4.8145537488345e-07
BICGSTAB_SOLVER_TIME: 0.643216 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117775
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970968(s) Flops=1512087552 => 1557.29905825939 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224262.770376685 Mflops = 224.262770376685 Gflops = 0.224262770376685 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167857000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046463 s
InvBiCGStab: k = 30 resid = 2.227504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124052(s) Flops=199821312 => 1610.78670235063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231826.97418445 Mflops = 231.82697418445 Gflops = 0.23182697418445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057322 s
InvBiCGStab: k = 51 resid = 1.06537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2052(s) Flops=337618944 => 1645.31649122807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236880.858512764 Mflops = 236.880858512764 Gflops = 0.236880858512764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007519359 Relative Rsd = 3.2981255263409e-07
BICGSTAB_SOLVER_TIME: 0.436824 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720930000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 49 resid = 1.720193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185523(s) Flops=324495360 => 1749.08426448473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251795.579691793 Mflops = 251.795579691793 Gflops = 0.251795579691793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06244 s
InvBiCGStab: k = 73 resid = 9.986369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283506(s) Flops=481978368 => 1700.06408329982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244748.090597925 Mflops = 244.748090597925 Gflops = 0.244748090597925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00104408 Relative Rsd = 4.57952170357761e-07
BICGSTAB_SOLVER_TIME: 0.576418 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041516 s
InvBiCGStab: k = 52 resid = 1.982052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18986(s) Flops=344180736 => 1812.81331507427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260947.362129201 Mflops = 260.947362129201 Gflops = 0.260947362129201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 62 resid = 1.130936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228206(s) Flops=409798656 => 1795.74005942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258507.793441967 Mflops = 258.507793441967 Gflops = 0.258507793441967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009981677 Relative Rsd = 4.37814196576811e-07
BICGSTAB_SOLVER_TIME: 0.519743 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955890000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05231 s
InvBiCGStab: k = 54 resid = 1.506102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233229(s) Flops=357304320 => 1531.98924662027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220503.185156639 Mflops = 220.503185156639 Gflops = 0.220503185156639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055563 s
InvBiCGStab: k = 77 resid = 8.905877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282799(s) Flops=508225536 => 1797.1263547608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258741.001590195 Mflops = 258.741001590195 Gflops = 0.258741001590195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001099349 Relative Rsd = 4.82193933376614e-07
BICGSTAB_SOLVER_TIME: 0.627699 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046369 s
InvBiCGStab: k = 55 resid = 1.899728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227005(s) Flops=363866112 => 1602.89910794916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230761.109913479 Mflops = 230.761109913479 Gflops = 0.230761109913479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063461 s
InvBiCGStab: k = 76 resid = 1.118697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313787(s) Flops=501663744 => 1598.73973109147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230178.665158255 Mflops = 230.178665158255 Gflops = 0.230178665158255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001070677 Relative Rsd = 4.69618116379436e-07
BICGSTAB_SOLVER_TIME: 0.655406 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107536
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963948(s) Flops=1518354432 => 1575.14143086557 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226839.648731715 Mflops = 226.839648731715 Gflops = 0.226839648731715 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168312000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 24 resid = 2.133202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092465(s) Flops=160450560 => 1735.25723246634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249732.32301954 Mflops = 249.73232301954 Gflops = 0.24973232301954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062636 s
InvBiCGStab: k = 49 resid = 6.161899e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229368(s) Flops=324495360 => 1414.73684210526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203691.514372391 Mflops = 203.691514372391 Gflops = 0.203691514372391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000723576 Relative Rsd = 3.17373377128042e-07
BICGSTAB_SOLVER_TIME: 0.430886 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041911 s
InvBiCGStab: k = 54 resid = 2.094751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235013(s) Flops=357304320 => 1520.35980988286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218879.327350908 Mflops = 218.879327350908 Gflops = 0.218879327350908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061162 s
InvBiCGStab: k = 73 resid = 1.095221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277393(s) Flops=481978368 => 1737.5289499014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250149.898772455 Mflops = 250.149898772455 Gflops = 0.250149898772455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001080062 Relative Rsd = 4.73734568954334e-07
BICGSTAB_SOLVER_TIME: 0.619289 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041005 s
InvBiCGStab: k = 58 resid = 1.448941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215721(s) Flops=383551488 => 1777.99791397221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255974.355739944 Mflops = 255.974355739944 Gflops = 0.255974355739944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 70 resid = 8.641035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25806(s) Flops=462292992 => 1791.41669379214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257900.244976501 Mflops = 257.900244976501 Gflops = 0.257900244976501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001074563 Relative Rsd = 4.71322611751413e-07
BICGSTAB_SOLVER_TIME: 0.575304 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04075 s
InvBiCGStab: k = 57 resid = 2.018906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208746(s) Flops=376989696 => 1805.97326894887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.550704688 Mflops = 259.990550704688 Gflops = 0.259990550704688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056113 s
InvBiCGStab: k = 80 resid = 1.114609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294379(s) Flops=527910912 => 1793.30357124659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258177.989063029 Mflops = 258.177989063029 Gflops = 0.258177989063029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001081882 Relative Rsd = 4.745327676798e-07
BICGSTAB_SOLVER_TIME: 0.603842 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040815 s
InvBiCGStab: k = 54 resid = 1.739626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197941(s) Flops=357304320 => 1805.10515759747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259874.677109974 Mflops = 259.874677109974 Gflops = 0.259874677109974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05578 s
InvBiCGStab: k = 81 resid = 1.122186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297446(s) Flops=534472704 => 1796.87305931161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.585736696 Mflops = 258.687585736696 Gflops = 0.258687585736696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001020916 Relative Rsd = 4.47791884892495e-07
BICGSTAB_SOLVER_TIME: 0.59585 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110594
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.070988(s) Flops=1518354432 => 1417.71376710103 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204134.978761028 Mflops = 204.134978761028 Gflops = 0.204134978761028 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168303000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.226321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.783374(s) Flops=1308764160 => 1670.67602447873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240527.424053283 Mflops = 240.527424053283 Gflops = 0.240527424053283 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 8.122024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.052153(s) Flops=1604044800 => 1524.53569015153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219523.833062183 Mflops = 219.523833062183 Gflops = 0.219523833062183 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002022665 Relative Rsd = 8.89329562157171e-07
BICGSTAB_SOLVER_TIME: 1.839208 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.118278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316212999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.833584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741857(s) Flops=1230022656 => 1658.03201425612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238677.967158131 Mflops = 238.677967158131 Gflops = 0.238677967158131 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 7.837862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746525(s) Flops=1262831616 => 1691.61329627273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243576.349612386 Mflops = 243.576349612386 Gflops = 0.243576349612386 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.001994255 Relative Rsd = 8.76469875598385e-07
BICGSTAB_SOLVER_TIME: 1.49185 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0.122945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001853
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270788999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021978(s) Flops=1518354432 => 1485.7016804667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213923.152266519 Mflops = 213.923152266519 Gflops = 0.213923152266519 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168527000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 27 resid = 2.207535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09996(s) Flops=180135936 => 1802.08019207683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259380.420543406 Mflops = 259.380420543406 Gflops = 0.259380420543406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 48 resid = 1.117982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177573(s) Flops=317933568 => 1790.43868155632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257731.721448576 Mflops = 257.731721448576 Gflops = 0.257731721448576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007256138 Relative Rsd = 3.18267189154008e-07
BICGSTAB_SOLVER_TIME: 0.37938 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044405 s
InvBiCGStab: k = 67 resid = 2.00185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269106(s) Flops=442607616 => 1644.73336157499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236787.563429242 Mflops = 236.787563429242 Gflops = 0.236787563429242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 92 resid = 9.408544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344932(s) Flops=606652416 => 1758.75945403732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253218.206993632 Mflops = 253.218206993632 Gflops = 0.253218206993632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001236113 Relative Rsd = 5.42181488332715e-07
BICGSTAB_SOLVER_TIME: 0.718506 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12773
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043726 s
InvBiCGStab: k = 56 resid = 1.653864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209008(s) Flops=370427904 => 1772.31447600092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255148.660812287 Mflops = 255.148660812287 Gflops = 0.255148660812287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077666 s
InvBiCGStab: k = 72 resid = 1.029904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311633(s) Flops=475416576 => 1525.56557232386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219644.777333201 Mflops = 219.644777333201 Gflops = 0.219644777333201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00101812 Relative Rsd = 4.46565430492102e-07
BICGSTAB_SOLVER_TIME: 0.646707 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105538
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048092 s
InvBiCGStab: k = 59 resid = 1.555381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240593(s) Flops=390113280 => 1621.46562867581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233458.860732369 Mflops = 233.458860732369 Gflops = 0.233458860732369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056771 s
InvBiCGStab: k = 80 resid = 1.144601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315369(s) Flops=527910912 => 1673.94674809509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240995.588391849 Mflops = 240.995588391849 Gflops = 0.240995588391849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001103963 Relative Rsd = 4.84218126945887e-07
BICGSTAB_SOLVER_TIME: 0.665633 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041404 s
InvBiCGStab: k = 58 resid = 1.608965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233022(s) Flops=383551488 => 1645.98831011664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236969.428911259 Mflops = 236.969428911259 Gflops = 0.236969428911259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057705 s
InvBiCGStab: k = 77 resid = 1.131313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292587(s) Flops=508225536 => 1737.00655189738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250075.210026107 Mflops = 250.075210026107 Gflops = 0.250075210026107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00110875 Relative Rsd = 4.86317687795022e-07
BICGSTAB_SOLVER_TIME: 0.628617 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1105
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990447(s) Flops=1518428160 => 1533.07361221751 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220744.395810306 Mflops = 220.744395810306 Gflops = 0.220744395810306 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168765000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042243 s
InvBiCGStab: k = 31 resid = 2.15544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127325(s) Flops=206383104 => 1620.91579815433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233324.932806429 Mflops = 233.324932806429 Gflops = 0.233324932806429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056954 s
InvBiCGStab: k = 48 resid = 8.033588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197566(s) Flops=317933568 => 1609.25244222184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231670.707743393 Mflops = 231.670707743393 Gflops = 0.231670707743393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007639878 Relative Rsd = 3.35098704371193e-07
BICGSTAB_SOLVER_TIME: 0.427919 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044768 s
InvBiCGStab: k = 69 resid = 2.181061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300218(s) Flops=455731200 => 1518.00091933195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218541.919529618 Mflops = 218.541919529618 Gflops = 0.218541919529618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058269 s
InvBiCGStab: k = 93 resid = 1.043141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365152(s) Flops=613214208 => 1679.33958461134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241779.406201195 Mflops = 241.779406201195 Gflops = 0.241779406201195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001210734 Relative Rsd = 5.31049393876722e-07
BICGSTAB_SOLVER_TIME: 0.772213 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129842
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042446 s
InvBiCGStab: k = 45 resid = 2.055421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173127(s) Flops=298248192 => 1722.71333760765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248223.810569382 Mflops = 248.223810569382 Gflops = 0.248223810569382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056355 s
InvBiCGStab: k = 66 resid = 9.4337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262767(s) Flops=436045824 => 1659.43906198267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238904.926277169 Mflops = 238.904926277169 Gflops = 0.238904926277169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001016716 Relative Rsd = 4.45949982101747e-07
BICGSTAB_SOLVER_TIME: 0.538567 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04759 s
InvBiCGStab: k = 59 resid = 1.517765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26837(s) Flops=390113280 => 1453.63967656594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209279.333825005 Mflops = 209.279333825005 Gflops = 0.209279333825005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06474 s
InvBiCGStab: k = 75 resid = 7.152855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330784(s) Flops=495101952 => 1496.75302312083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215495.568674485 Mflops = 215.495568674485 Gflops = 0.215495568674485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001086118 Relative Rsd = 4.76390806012849e-07
BICGSTAB_SOLVER_TIME: 0.715942 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 52 resid = 2.198113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209041(s) Flops=344180736 => 1646.47478724269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237040.60187313 Mflops = 237.04060187313 Gflops = 0.23704060187313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059432 s
InvBiCGStab: k = 86 resid = 1.052679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343261(s) Flops=567281664 => 1652.62486562703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237936.588281585 Mflops = 237.936588281585 Gflops = 0.237936588281585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001079297 Relative Rsd = 4.73398939462108e-07
BICGSTAB_SOLVER_TIME: 0.656839 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112666
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992128(s) Flops=1518501888 => 1530.55038059605 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220397.866016222 Mflops = 220.397866016222 Gflops = 0.220397866016222 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168457000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047242 s
InvBiCGStab: k = 26 resid = 2.029593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113926(s) Flops=173574144 => 1523.56919403824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219294.071757733 Mflops = 219.294071757733 Gflops = 0.219294071757733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060756 s
InvBiCGStab: k = 49 resid = 7.61369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196628(s) Flops=324495360 => 1650.30087271396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237568.693592044 Mflops = 237.568693592044 Gflops = 0.237568693592044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007438088 Relative Rsd = 3.26247848800748e-07
BICGSTAB_SOLVER_TIME: 0.424252 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042271 s
InvBiCGStab: k = 55 resid = 1.290189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204176(s) Flops=363866112 => 1782.11989655983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256556.565428786 Mflops = 256.556565428786 Gflops = 0.256556565428786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 83 resid = 9.171228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304728(s) Flops=547596288 => 1797.00023627629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258716.752575295 Mflops = 258.716752575295 Gflops = 0.258716752575295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001071332 Relative Rsd = 4.6990533924476e-07
BICGSTAB_SOLVER_TIME: 0.612014 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 60 resid = 1.692861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228663(s) Flops=396675072 => 1734.75845239501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249753.328757556 Mflops = 249.753328757556 Gflops = 0.249753328757556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061388 s
InvBiCGStab: k = 72 resid = 1.14683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320857(s) Flops=475416576 => 1481.70859915788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213321.645828705 Mflops = 213.321645828705 Gflops = 0.213321645828705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0009952266 Relative Rsd = 4.36524170182227e-07
BICGSTAB_SOLVER_TIME: 0.655713 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 54 resid = 1.479067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224512(s) Flops=357304320 => 1591.47092360319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229123.380034468 Mflops = 229.123380034468 Gflops = 0.229123380034468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063816 s
InvBiCGStab: k = 75 resid = 9.709761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325446(s) Flops=495101952 => 1521.30292583101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219023.829960529 Mflops = 219.023829960529 Gflops = 0.219023829960529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00109292 Relative Rsd = 4.79374196297697e-07
BICGSTAB_SOLVER_TIME: 0.658854 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046179 s
InvBiCGStab: k = 52 resid = 1.597083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230491(s) Flops=344180736 => 1493.25021801285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214970.465558662 Mflops = 214.970465558662 Gflops = 0.214970465558662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057794 s
InvBiCGStab: k = 73 resid = 1.10888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346884(s) Flops=481978368 => 1389.45113640295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200043.939542282 Mflops = 200.043939542282 Gflops = 0.200043939542282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001057324 Relative Rsd = 4.63761067709754e-07
BICGSTAB_SOLVER_TIME: 0.685398 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103555
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992738(s) Flops=1518501888 => 1529.60991520421 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220282.284446722 Mflops = 220.282284446722 Gflops = 0.220282284446722 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168521000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041583 s
InvBiCGStab: k = 28 resid = 1.901728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103338(s) Flops=186697728 => 1806.67061487546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.670683048 Mflops = 260.002670683048 Gflops = 0.260002670683048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059324 s
InvBiCGStab: k = 50 resid = 1.060796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213746(s) Flops=331057152 => 1548.83437350874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222953.448625714 Mflops = 222.953448625714 Gflops = 0.222953448625714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007588649 Relative Rsd = 3.32851727982114e-07
BICGSTAB_SOLVER_TIME: 0.422265 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046707 s
InvBiCGStab: k = 61 resid = 1.813568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265259(s) Flops=403236864 => 1520.16279937721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218850.538143891 Mflops = 218.850538143891 Gflops = 0.218850538143891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063002 s
InvBiCGStab: k = 75 resid = 1.133242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281393(s) Flops=495101952 => 1759.46790431887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253317.091800985 Mflops = 253.317091800985 Gflops = 0.253317091800985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001082628 Relative Rsd = 4.74860176215347e-07
BICGSTAB_SOLVER_TIME: 0.660134 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046352 s
InvBiCGStab: k = 50 resid = 1.556685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189538(s) Flops=331057152 => 1746.65318827887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251438.731313525 Mflops = 251.438731313525 Gflops = 0.251438731313525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059638 s
InvBiCGStab: k = 71 resid = 1.047879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31488(s) Flops=468854784 => 1488.99512195122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214372.359630348 Mflops = 214.372359630348 Gflops = 0.214372359630348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001044004 Relative Rsd = 4.57919031221833e-07
BICGSTAB_SOLVER_TIME: 0.614345 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100687
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043559 s
InvBiCGStab: k = 58 resid = 1.757199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242812(s) Flops=383551488 => 1579.62328056274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227417.075629951 Mflops = 227.417075629951 Gflops = 0.227417075629951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058446 s
InvBiCGStab: k = 83 resid = 9.481197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307082(s) Flops=547596288 => 1783.22496271354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256729.356214306 Mflops = 256.729356214305 Gflops = 0.256729356214305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001107997 Relative Rsd = 4.85987419796282e-07
BICGSTAB_SOLVER_TIME: 0.655772 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053923 s
InvBiCGStab: k = 55 resid = 2.117004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231266(s) Flops=363866112 => 1573.36621898593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226515.953612782 Mflops = 226.515953612782 Gflops = 0.226515953612782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062338 s
InvBiCGStab: k = 81 resid = 8.004907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314441(s) Flops=534472704 => 1699.75513371348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244709.246849871 Mflops = 244.709246849871 Gflops = 0.244709246849871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001056353 Relative Rsd = 4.63335365126962e-07
BICGSTAB_SOLVER_TIME: 0.665835 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111173
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078582(s) Flops=1512382464 => 1402.19516365005 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201937.698115392 Mflops = 201.937698115392 Gflops = 0.201937698115392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167677000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021384
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.902296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779872(s) Flops=1348134912 => 1728.66177013664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248920.956545274 Mflops = 248.920956545274 Gflops = 0.248920956545274 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.003059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.026177(s) Flops=1682786304 => 1639.85969671899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236129.583777199 Mflops = 236.129583777199 Gflops = 0.236129583777199 Tflops
BICGSTAB_SOLVER: 461 iterations. Rsd = 0.002072582 Relative Rsd = 9.11273340055466e-07
BICGSTAB_SOLVER_TIME: 1.81024 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.122086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001893
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329274
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 2.241917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.676533(s) Flops=1118472192 => 1653.24114566473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237998.207364516 Mflops = 237.998207364516 Gflops = 0.237998207364516 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.089192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736836(s) Flops=1262831616 => 1713.85710795889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246778.519578412 Mflops = 246.778519578412 Gflops = 0.246778519578412 Tflops
BICGSTAB_SOLVER: 362 iterations. Rsd = 0.001993002 Relative Rsd = 8.75909772935657e-07
BICGSTAB_SOLVER_TIME: 1.417597 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.119042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258472999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.06383(s) Flops=1512382464 => 1421.63923183215 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204701.030265182 Mflops = 204.701030265182 Gflops = 0.204701030265182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167953000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.464869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042036 s
InvBiCGStab: k = 31 resid = 2.009863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115361(s) Flops=206383104 => 1789.01972070284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257510.454080464 Mflops = 257.510454080464 Gflops = 0.257510454080464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062697 s
InvBiCGStab: k = 50 resid = 9.157743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20125(s) Flops=331057152 => 1645.00448198758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236829.088098036 Mflops = 236.829088098036 Gflops = 0.236829088098036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007267339 Relative Rsd = 3.18758480673779e-07
BICGSTAB_SOLVER_TIME: 0.426496 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040745 s
InvBiCGStab: k = 77 resid = 1.445863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281082(s) Flops=508225536 => 1808.10416889022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260307.26765658 Mflops = 260.30726765658 Gflops = 0.26030726765658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056258 s
InvBiCGStab: k = 97 resid = 9.203714e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354023(s) Flops=639461376 => 1806.27071122498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260051.6040314 Mflops = 260.0516040314 Gflops = 0.2600516040314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001250994 Relative Rsd = 5.48708315193411e-07
BICGSTAB_SOLVER_TIME: 0.735927 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045126 s
InvBiCGStab: k = 54 resid = 1.913974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221823(s) Flops=357304320 => 1610.76317604577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231891.740462333 Mflops = 231.891740462333 Gflops = 0.231891740462333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06316 s
InvBiCGStab: k = 73 resid = 9.403695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307158(s) Flops=481978368 => 1569.15453284629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225905.396121075 Mflops = 225.905396121075 Gflops = 0.225905396121075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.0009978204 Relative Rsd = 4.37661879099965e-07
BICGSTAB_SOLVER_TIME: 0.641846 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040918 s
InvBiCGStab: k = 60 resid = 2.270075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222145(s) Flops=396675072 => 1785.65834027324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257079.397419713 Mflops = 257.079397419713 Gflops = 0.257079397419713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059441 s
InvBiCGStab: k = 84 resid = 9.517746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326758(s) Flops=554158080 => 1695.92811805679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244171.086782478 Mflops = 244.171086782478 Gflops = 0.244171086782478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001144164 Relative Rsd = 5.01850751413573e-07
BICGSTAB_SOLVER_TIME: 0.65315 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046974 s
InvBiCGStab: k = 51 resid = 2.230848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212955(s) Flops=337618944 => 1585.40040853701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228244.314871465 Mflops = 228.244314871465 Gflops = 0.228244314871465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056592 s
InvBiCGStab: k = 79 resid = 7.628263e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293607(s) Flops=521349120 => 1775.66992612574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255632.62704309 Mflops = 255.632627043091 Gflops = 0.255632627043091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0010632 Relative Rsd = 4.66338567406787e-07
BICGSTAB_SOLVER_TIME: 0.614529 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107025
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056534(s) Flops=1512235008 => 1431.31693632197 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206094.771961412 Mflops = 206.094771961412 Gflops = 0.206094771961412 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167849000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 30 resid = 2.183335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112168(s) Flops=199821312 => 1781.44668711219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256424.005744797 Mflops = 256.424005744797 Gflops = 0.256424005744797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056758 s
InvBiCGStab: k = 52 resid = 9.270081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190957(s) Flops=344180736 => 1802.39915792561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259458.897931705 Mflops = 259.458897931705 Gflops = 0.259458897931705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000751189 Relative Rsd = 3.2948491432025e-07
BICGSTAB_SOLVER_TIME: 0.405173 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 70 resid = 2.019638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264527(s) Flops=462292992 => 1747.62119556794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251609.14759296 Mflops = 251.60914759296 Gflops = 0.25160914759296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05964 s
InvBiCGStab: k = 100 resid = 1.024637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38035(s) Flops=659146752 => 1733.00053108979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249523.737251277 Mflops = 249.523737251277 Gflops = 0.249523737251277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001289534 Relative Rsd = 5.65612491412793e-07
BICGSTAB_SOLVER_TIME: 0.749199 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 50 resid = 2.267823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18344(s) Flops=331057152 => 1804.71626689926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259804.660344994 Mflops = 259.804660344994 Gflops = 0.259804660344994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056154 s
InvBiCGStab: k = 77 resid = 9.385132e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281518(s) Flops=508225536 => 1805.3038739974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259898.537566736 Mflops = 259.898537566736 Gflops = 0.259898537566736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001019541 Relative Rsd = 4.47189099839136e-07
BICGSTAB_SOLVER_TIME: 0.565672 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045633 s
InvBiCGStab: k = 58 resid = 2.108205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232186(s) Flops=383551488 => 1651.91479245088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237828.342102148 Mflops = 237.828342102148 Gflops = 0.237828342102148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060684 s
InvBiCGStab: k = 86 resid = 9.875141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368178(s) Flops=567281664 => 1540.78099180288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221831.027799511 Mflops = 221.831027799511 Gflops = 0.221831027799511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001130588 Relative Rsd = 4.95896276747973e-07
BICGSTAB_SOLVER_TIME: 0.710703 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1173
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051478 s
InvBiCGStab: k = 57 resid = 1.45452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246939(s) Flops=376989696 => 1526.65110006925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219794.73197981 Mflops = 219.79473197981 Gflops = 0.21979473197981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 90 resid = 9.16682e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413099(s) Flops=593528832 => 1436.77140830648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206861.400121185 Mflops = 206.861400121185 Gflops = 0.206861400121185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001128973 Relative Rsd = 4.95187742618332e-07
BICGSTAB_SOLVER_TIME: 0.77239 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119137
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998601(s) Flops=1506041856 => 1508.15176031268 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217164.898133633 Mflops = 217.164898133633 Gflops = 0.217164898133633 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167158000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054892 s
InvBiCGStab: k = 30 resid = 1.598802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148288(s) Flops=199821312 => 1347.52179542512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194007.001287515 Mflops = 194.007001287515 Gflops = 0.194007001287515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068725 s
InvBiCGStab: k = 44 resid = 8.883327e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178293(s) Flops=291686400 => 1635.99468290959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235491.832680579 Mflops = 235.491832680579 Gflops = 0.235491832680579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007608471 Relative Rsd = 3.33721132447258e-07
BICGSTAB_SOLVER_TIME: 0.454067 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043386 s
InvBiCGStab: k = 51 resid = 1.640563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190904(s) Flops=337618944 => 1768.52734358631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254572.369603237 Mflops = 254.572369603237 Gflops = 0.254572369603237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058292 s
InvBiCGStab: k = 86 resid = 1.051218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318505(s) Flops=567281664 => 1781.07616520934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256418.467858268 Mflops = 256.418467858268 Gflops = 0.256418467858268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001093313 Relative Rsd = 4.79546632140576e-07
BICGSTAB_SOLVER_TIME: 0.614835 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046029 s
InvBiCGStab: k = 52 resid = 1.63264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190289(s) Flops=344180736 => 1808.72638985963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260410.501270461 Mflops = 260.410501270461 Gflops = 0.260410501270461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056464 s
InvBiCGStab: k = 69 resid = 1.066605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252081(s) Flops=455731200 => 1807.87603984434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260266.788259827 Mflops = 260.266788259827 Gflops = 0.260266788259827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009998798 Relative Rsd = 4.38565163097757e-07
BICGSTAB_SOLVER_TIME: 0.548641 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044086 s
InvBiCGStab: k = 52 resid = 2.140332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20105(s) Flops=344180736 => 1711.91612036807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246452.076490074 Mflops = 246.452076490074 Gflops = 0.246452076490074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057325 s
InvBiCGStab: k = 86 resid = 3.507709e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317762(s) Flops=567281664 => 1785.24072733681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257016.799513481 Mflops = 257.016799513481 Gflops = 0.257016799513481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001110502 Relative Rsd = 4.87085913218808e-07
BICGSTAB_SOLVER_TIME: 0.624304 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042081 s
InvBiCGStab: k = 59 resid = 1.051271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234767(s) Flops=390113280 => 1661.70407254853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239213.530284542 Mflops = 239.213530284542 Gflops = 0.239213530284542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062484 s
InvBiCGStab: k = 84 resid = 1.117511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35457(s) Flops=554158080 => 1562.90176833912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225014.551237436 Mflops = 225.014551237436 Gflops = 0.225014551237436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001053217 Relative Rsd = 4.61959963331342e-07
BICGSTAB_SOLVER_TIME: 0.698245 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116332
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02069(s) Flops=1506041856 => 1475.51348205626 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212513.835287577 Mflops = 212.513835287577 Gflops = 0.212513835287577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167343000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021394
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048062 s
InvBiCGStab: k = 26 resid = 2.154052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096735(s) Flops=173574144 => 1794.32619010699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258225.088346498 Mflops = 258.225088346498 Gflops = 0.258225088346498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063499 s
InvBiCGStab: k = 45 resid = 1.087212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174803(s) Flops=298248192 => 1706.19607214979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245585.060595012 Mflops = 245.585060595012 Gflops = 0.245585060595012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007605996 Relative Rsd = 3.33612600500548e-07
BICGSTAB_SOLVER_TIME: 0.387294 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053833 s
InvBiCGStab: k = 58 resid = 1.848316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257852(s) Flops=383551488 => 1487.48696151281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214148.01552341 Mflops = 214.14801552341 Gflops = 0.21414801552341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064971 s
InvBiCGStab: k = 80 resid = 5.966389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333467(s) Flops=527910912 => 1583.09791373659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227935.772670639 Mflops = 227.935772670639 Gflops = 0.227935772670639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001083453 Relative Rsd = 4.75221745123677e-07
BICGSTAB_SOLVER_TIME: 0.71419 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041704 s
InvBiCGStab: k = 55 resid = 1.780279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20811(s) Flops=363866112 => 1748.43165633559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251699.558979173 Mflops = 251.699558979173 Gflops = 0.251699558979173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057356 s
InvBiCGStab: k = 66 resid = 9.310166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259561(s) Flops=436045824 => 1679.93583011315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241850.272825872 Mflops = 241.850272825872 Gflops = 0.241850272825872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001017802 Relative Rsd = 4.46426031661465e-07
BICGSTAB_SOLVER_TIME: 0.57049 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041659 s
InvBiCGStab: k = 58 resid = 2.040434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212654(s) Flops=383551488 => 1803.64106953079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259672.8581895 Mflops = 259.6728581895 Gflops = 0.2596728581895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056336 s
InvBiCGStab: k = 96 resid = 1.150866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351438(s) Flops=632899584 => 1800.88545917061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259290.114271988 Mflops = 259.290114271988 Gflops = 0.259290114271988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001131655 Relative Rsd = 4.9636405428917e-07
BICGSTAB_SOLVER_TIME: 0.665917 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124355000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040728 s
InvBiCGStab: k = 55 resid = 2.170781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201814(s) Flops=363866112 => 1802.97755358895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259561.817158218 Mflops = 259.561817158218 Gflops = 0.259561817158218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056878 s
InvBiCGStab: k = 70 resid = 9.645595e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256059(s) Flops=462292992 => 1805.41590805244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259907.802619853 Mflops = 259.907802619853 Gflops = 0.259907802619853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001018341 Relative Rsd = 4.46662550116964e-07
BICGSTAB_SOLVER_TIME: 0.559387 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103723
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.095167(s) Flops=1506041856 => 1375.17096114109 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198011.543063666 Mflops = 198.011543063666 Gflops = 0.198011543063666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166872000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021471
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.129739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832245(s) Flops=1394067456 => 1675.06858677433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241177.751680778 Mflops = 241.177751680778 Gflops = 0.241177751680779 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.146283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940019(s) Flops=1420314624 => 1510.94246392892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217566.845799408 Mflops = 217.566845799408 Gflops = 0.217566845799408 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002045555 Relative Rsd = 8.99394888403779e-07
BICGSTAB_SOLVER_TIME: 1.776187 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.115679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305668
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 1.914757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.678062(s) Flops=1144719360 => 1688.22225696175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243018.740516765 Mflops = 243.018740516765 Gflops = 0.243018740516765 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.03399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740425(s) Flops=1335011328 => 1803.03383597258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259623.509065167 Mflops = 259.623509065167 Gflops = 0.259623509065167 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.002033598 Relative Rsd = 8.93726434816977e-07
BICGSTAB_SOLVER_TIME: 1.421902 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.114686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269495999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 318 resid = 2.187769e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.252156(s) Flops=2089617408 => 1668.81555333361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240292.776693696 Mflops = 240.292776693696 Gflops = 0.240292776693696 Tflops
InvBiCGStab: k = 370 resid = 9.36501e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.558577(s) Flops=2430830592 => 1559.64741684241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224584.23771402 Mflops = 224.58423771402 Gflops = 0.22458423771402 Tflops
BICGSTAB_SOLVER: 688 iterations. Rsd = 0.002182065 Relative Rsd = 9.59415745351135e-07
BICGSTAB_SOLVER_TIME: 2.815555 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.491627999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 275 resid = 2.204639e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.110115(s) Flops=1807460352 => 1628.17397476838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234477.634810598 Mflops = 234.477634810598 Gflops = 0.234477634810598 Tflops
InvBiCGStab: k = 303 resid = 1.012752e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.24666(s) Flops=1991190528 => 1597.2201947604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229991.772572965 Mflops = 229.991772572965 Gflops = 0.229991772572965 Tflops
BICGSTAB_SOLVER: 578 iterations. Rsd = 0.002042612 Relative Rsd = 8.97688030163013e-07
BICGSTAB_SOLVER_TIME: 2.36551 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413156999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 234 resid = 1.656334e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968559(s) Flops=1538426880 => 1588.36671798001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228681.218339881 Mflops = 228.681218339881 Gflops = 0.228681218339881 Tflops
InvBiCGStab: k = 249 resid = 6.146719e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952862(s) Flops=1636853760 => 1717.82877268692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247356.315977714 Mflops = 247.356315977714 Gflops = 0.247356315977714 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.001748522 Relative Rsd = 7.66932946422886e-07
BICGSTAB_SOLVER_TIME: 1.926132 sec
2Flav::invert,  n_count = 483
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345590000000002
MInvCG2: 353 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.472504(s) Flops=2275780608 => 1545.51743696452 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222558.768157169 Mflops = 222.558768157169 Gflops = 0.222558768157169 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253739000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0618465698720456
AccProb = 0.940027104206037
AcceptP = 1
After HMC trajectory call: time= 475.240427 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.042071 secs
Doing Update: 2767 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 262 resid = 1.829473e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.21264(s) Flops=1722157056 => 1420.17173769627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204517.313226 Mflops = 204.517313226 Gflops = 0.204517313226 Tflops
InvBiCGStab: k = 308 resid = 9.330926e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.249907(s) Flops=2023999488 => 1619.32006781305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233174.470874587 Mflops = 233.174470874587 Gflops = 0.233174470874587 Tflops
BICGSTAB_SOLVER: 570 iterations. Rsd = 0.001919348 Relative Rsd = 8.44603913200201e-07
BICGSTAB_SOLVER_TIME: 2.467496 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.409638999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 239 resid = 1.662492e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939181(s) Flops=1571235840 => 1672.98512214365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240859.378623121 Mflops = 240.859378623121 Gflops = 0.240859378623121 Tflops
InvBiCGStab: k = 269 resid = 8.910804e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.069962(s) Flops=1768089600 => 1652.47887308147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237947.293092804 Mflops = 237.947293092804 Gflops = 0.237947293092804 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.002024537 Relative Rsd = 8.89557485294519e-07
BICGSTAB_SOLVER_TIME: 2.015547 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364989999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00036
MInvCG2: 367 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.53331(s) Flops=2360715264 => 1539.62034030953 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221722.087518174 Mflops = 221.722087518174 Gflops = 0.221722087518174 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262793000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 292 resid = 2.243744e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.103836(s) Flops=1919010816 => 1738.49268913136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250305.350027317 Mflops = 250.305350027317 Gflops = 0.250305350027317 Tflops
InvBiCGStab: k = 305 resid = 1.125491e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.300337(s) Flops=2004314112 => 1541.38051289781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221951.655791357 Mflops = 221.951655791357 Gflops = 0.221951655791357 Tflops
BICGSTAB_SOLVER: 597 iterations. Rsd = 0.001999681 Relative Rsd = 8.79953855474886e-07
BICGSTAB_SOLVER_TIME: 2.409165 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.427273999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 1.38854e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.118545(s) Flops=1879640064 => 1680.4331198119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241934.683456188 Mflops = 241.934683456188 Gflops = 0.241934683456188 Tflops
InvBiCGStab: k = 294 resid = 8.612356e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.141108(s) Flops=1932134400 => 1693.20905646091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243815.980527348 Mflops = 243.815980527348 Gflops = 0.243815980527348 Tflops
BICGSTAB_SOLVER: 580 iterations. Rsd = 0.002040229 Relative Rsd = 8.96452402047627e-07
BICGSTAB_SOLVER_TIME: 2.264778 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.415078999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 230 resid = 1.017094e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841717(s) Flops=1512179712 => 1796.54172601955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258666.489651191 Mflops = 258.666489651191 Gflops = 0.258666489651191 Tflops
InvBiCGStab: k = 275 resid = 7.786053e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.116794(s) Flops=1807460352 => 1618.43666065541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233046.535057482 Mflops = 233.046535057482 Gflops = 0.233046535057482 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.00181089 Relative Rsd = 7.94702430755906e-07
BICGSTAB_SOLVER_TIME: 1.963812 sec
2Flav::invert,  n_count = 505
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359273000000002
MInvCG2: 351 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.567869(s) Flops=2264279040 => 1444.17616522809 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207963.198134685 Mflops = 207.963198134685 Gflops = 0.207963198134685 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252530000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.835924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917936(s) Flops=1321887744 => 1440.06525945164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207402.657241335 Mflops = 207.402657241335 Gflops = 0.207402657241335 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.125804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.159188(s) Flops=1499056128 => 1293.19500201865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  186215.176333256 Mflops = 186.215176333256 Gflops = 0.186215176333256 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.001966261 Relative Rsd = 8.65247663461223e-07
BICGSTAB_SOLVER_TIME: 2.081154 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.119893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306131999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.834403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.737008(s) Flops=1230022656 => 1668.94071163407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240339.589555814 Mflops = 240.339589555814 Gflops = 0.240339589555814 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 6.86095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.845302(s) Flops=1472808960 => 1742.34647498764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250884.872421125 Mflops = 250.884872421125 Gflops = 0.250884872421125 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002043704 Relative Rsd = 8.97979376906333e-07
BICGSTAB_SOLVER_TIME: 1.585777 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.11626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293429999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990611(s) Flops=1517617152 => 1532.00111042579 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220620.316779192 Mflops = 220.620316779192 Gflops = 0.220620316779192 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168307000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.6e-05 s
InvBiCGStab: k = 150 resid = 1.6704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.547637(s) Flops=987236352 => 1802.72032751622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259439.099023729 Mflops = 259.439099023729 Gflops = 0.259439099023729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.8e-05 s
InvBiCGStab: k = 175 resid = 1.132534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.664887(s) Flops=1151281152 => 1731.54408493473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249312.704803937 Mflops = 249.312704803937 Gflops = 0.249312704803937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 325 iterations. Rsd = 0.00175959 Relative Rsd = 7.72189393457521e-07
BICGSTAB_SOLVER_TIME: 1.216334 sec
2Flav::invert,  n_count = 325
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.234250999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000178 s
InvBiCGStab: k = 109 resid = 1.798146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434307(s) Flops=718202880 => 1653.67557971665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238052.99296713 Mflops = 238.052992967131 Gflops = 0.238052992967131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 144 resid = 7.379512e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.642546(s) Flops=947865600 => 1475.17158304619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212388.387447308 Mflops = 212.388387447308 Gflops = 0.212388387447308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 253 iterations. Rsd = 0.001558836 Relative Rsd = 6.84089588705506e-07
BICGSTAB_SOLVER_TIME: 1.08145 sec
2Flav::invert,  n_count = 253
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181932999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005061 s
InvBiCGStab: k = 94 resid = 1.626039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405505(s) Flops=619776000 => 1528.40532175929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220061.743473836 Mflops = 220.061743473836 Gflops = 0.220061743473836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.008339 s
InvBiCGStab: k = 120 resid = 8.568618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471595(s) Flops=790382592 => 1675.97746371357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241295.334560468 Mflops = 241.295334560468 Gflops = 0.241295334560468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001386092 Relative Rsd = 6.08281405330138e-07
BICGSTAB_SOLVER_TIME: 0.894306 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156440999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.009525 s
InvBiCGStab: k = 78 resid = 2.186398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29596(s) Flops=514787328 => 1739.38142992296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250426.415047978 Mflops = 250.426415047978 Gflops = 0.250426415047978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.01361 s
InvBiCGStab: k = 103 resid = 1.084139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424401(s) Flops=678832128 => 1599.50642906119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230293.915861409 Mflops = 230.293915861409 Gflops = 0.230293915861409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001303598 Relative Rsd = 5.72079069323397e-07
BICGSTAB_SOLVER_TIME: 0.747309 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133712
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011131 s
InvBiCGStab: k = 69 resid = 1.794088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266505(s) Flops=455731200 => 1710.02870490235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246202.318564115 Mflops = 246.202318564115 Gflops = 0.246202318564115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015899 s
InvBiCGStab: k = 92 resid = 9.901477e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361808(s) Flops=606652416 => 1676.7247158714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241400.07950381 Mflops = 241.40007950381 Gflops = 0.24140007950381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001237736 Relative Rsd = 5.43175890909065e-07
BICGSTAB_SOLVER_TIME: 0.659218 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120988
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.044307(s) Flops=1499332608 => 1435.72015508849 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206731.914709088 Mflops = 206.731914709088 Gflops = 0.206731914709088 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166337000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013232 s
InvBiCGStab: k = 29 resid = 2.127342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11026(s) Flops=193259520 => 1752.76183566116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252274.042778797 Mflops = 252.274042778797 Gflops = 0.252274042778797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.024005 s
InvBiCGStab: k = 51 resid = 8.241862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191973(s) Flops=337618944 => 1758.67931427857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253171.042506557 Mflops = 253.171042506557 Gflops = 0.253171042506557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007406005 Relative Rsd = 3.25009790843695e-07
BICGSTAB_SOLVER_TIME: 0.343322 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0640440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017192 s
InvBiCGStab: k = 85 resid = 1.654451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324654(s) Flops=560719872 => 1727.13064370068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248666.425235732 Mflops = 248.666425235732 Gflops = 0.248666425235732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024215 s
InvBiCGStab: k = 102 resid = 1.130897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439202(s) Flops=672270336 => 1530.6631937013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220386.006019431 Mflops = 220.386006019431 Gflops = 0.220386006019431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001299238 Relative Rsd = 5.70165756444173e-07
BICGSTAB_SOLVER_TIME: 0.80904 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141587
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.031728 s
InvBiCGStab: k = 58 resid = 1.688151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243856(s) Flops=383551488 => 1572.86057345319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226424.134701676 Mflops = 226.424134701676 Gflops = 0.226424134701676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028511 s
InvBiCGStab: k = 76 resid = 1.093236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30713(s) Flops=501663744 => 1633.3921922313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235175.151117858 Mflops = 235.175151117858 Gflops = 0.235175151117858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001093389 Relative Rsd = 4.7982950447844e-07
BICGSTAB_SOLVER_TIME: 0.615287 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104807
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023868 s
InvBiCGStab: k = 64 resid = 2.233619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252673(s) Flops=422922240 => 1673.79276772746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240969.36836879 Mflops = 240.96936836879 Gflops = 0.24096936836879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034957 s
InvBiCGStab: k = 86 resid = 8.471861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342641(s) Flops=567281664 => 1655.61524744558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238365.21776769 Mflops = 238.36521776769 Gflops = 0.23836521776769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.0011748 Relative Rsd = 5.15556513710776e-07
BICGSTAB_SOLVER_TIME: 0.657868 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117326
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.0274 s
InvBiCGStab: k = 56 resid = 2.226762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212064(s) Flops=370427904 => 1746.77410593029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251471.815454275 Mflops = 251.471815454275 Gflops = 0.251471815454275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.051317 s
InvBiCGStab: k = 85 resid = 9.006555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319283(s) Flops=560719872 => 1756.18455100961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252847.349679736 Mflops = 252.847349679736 Gflops = 0.252847349679735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001137771 Relative Rsd = 4.99306662773995e-07
BICGSTAB_SOLVER_TIME: 0.613964 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111874
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049833(s) Flops=1505746944 => 1434.27282624951 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206521.592995757 Mflops = 206.521592995757 Gflops = 0.206521592995757 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167227000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032126 s
InvBiCGStab: k = 31 resid = 2.193413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126429(s) Flops=206383104 => 1632.40319863322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234990.758928556 Mflops = 234.990758928556 Gflops = 0.234990758928556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.047351 s
InvBiCGStab: k = 52 resid = 4.865734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194737(s) Flops=344180736 => 1767.41315723258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254426.890366897 Mflops = 254.426890366897 Gflops = 0.254426890366897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007444199 Relative Rsd = 3.26685900131607e-07
BICGSTAB_SOLVER_TIME: 0.40448 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.039399 s
InvBiCGStab: k = 59 resid = 2.051825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228799(s) Flops=390113280 => 1705.04801157348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245461.114048127 Mflops = 245.461114048126 Gflops = 0.245461114048126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.053316 s
InvBiCGStab: k = 71 resid = 1.00313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279668(s) Flops=468854784 => 1676.46918489066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241352.483509528 Mflops = 241.352483509528 Gflops = 0.241352483509528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001068767 Relative Rsd = 4.6902455648262e-07
BICGSTAB_SOLVER_TIME: 0.60507 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047534 s
InvBiCGStab: k = 49 resid = 2.177071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209635(s) Flops=324495360 => 1547.90640875808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222838.250527509 Mflops = 222.838250527509 Gflops = 0.222838250527509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064691 s
InvBiCGStab: k = 73 resid = 9.419651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302552(s) Flops=481978368 => 1593.04307358735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229349.903384298 Mflops = 229.349903384298 Gflops = 0.229349903384298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001015753 Relative Rsd = 4.45759242018163e-07
BICGSTAB_SOLVER_TIME: 0.628809 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043604 s
InvBiCGStab: k = 53 resid = 2.012694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203129(s) Flops=350742528 => 1726.69844286143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248593.736532346 Mflops = 248.593736532346 Gflops = 0.248593736532346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057312 s
InvBiCGStab: k = 74 resid = 7.520521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293105(s) Flops=488540160 => 1666.77525118985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239957.743600854 Mflops = 239.957743600854 Gflops = 0.239957743600854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001079726 Relative Rsd = 4.73833919325385e-07
BICGSTAB_SOLVER_TIME: 0.601096 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044244 s
InvBiCGStab: k = 58 resid = 1.526151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224425(s) Flops=383551488 => 1709.04082878467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246032.874746004 Mflops = 246.032874746004 Gflops = 0.246032874746004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 68 resid = 9.334138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272535(s) Flops=449169408 => 1648.11641807474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237275.221019096 Mflops = 237.275221019096 Gflops = 0.237275221019096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001054545 Relative Rsd = 4.62783338146918e-07
BICGSTAB_SOLVER_TIME: 0.601304 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105432
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996948(s) Flops=1530519552 => 1535.20499765284 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221050.563609537 Mflops = 221.050563609537 Gflops = 0.221050563609537 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170074000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.470483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044172 s
InvBiCGStab: k = 21 resid = 2.177536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090801(s) Flops=140765184 => 1550.26028347705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223085.345051126 Mflops = 223.085345051126 Gflops = 0.223085345051126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062054 s
InvBiCGStab: k = 45 resid = 9.780418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168268(s) Flops=298248192 => 1772.45936244562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255141.865884795 Mflops = 255.141865884795 Gflops = 0.255141865884795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0006958747 Relative Rsd = 3.05382023849629e-07
BICGSTAB_SOLVER_TIME: 0.369169 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0614540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041691 s
InvBiCGStab: k = 58 resid = 1.807307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227404(s) Flops=383551488 => 1686.65233681026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242821.217426548 Mflops = 242.821217426548 Gflops = 0.242821217426548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056594 s
InvBiCGStab: k = 75 resid = 1.078749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278429(s) Flops=495101952 => 1778.19821929469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256001.073290805 Mflops = 256.001073290805 Gflops = 0.256001073290805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001088936 Relative Rsd = 4.77875627383946e-07
BICGSTAB_SOLVER_TIME: 0.608049 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041646 s
InvBiCGStab: k = 48 resid = 1.65138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183604(s) Flops=317933568 => 1731.62658765604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249289.923856524 Mflops = 249.289923856524 Gflops = 0.249289923856524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058333 s
InvBiCGStab: k = 77 resid = 1.129143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302236(s) Flops=508225536 => 1681.55195277862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242090.876836975 Mflops = 242.090876836975 Gflops = 0.242090876836975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001014458 Relative Rsd = 4.45191087562211e-07
BICGSTAB_SOLVER_TIME: 0.589596 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042545 s
InvBiCGStab: k = 57 resid = 1.983341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231715(s) Flops=376989696 => 1626.9542153076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234234.134927228 Mflops = 234.234134927228 Gflops = 0.234234134927228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067072 s
InvBiCGStab: k = 76 resid = 9.642499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329162(s) Flops=501663744 => 1524.06336089828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219416.638815605 Mflops = 219.416638815605 Gflops = 0.219416638815605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001065664 Relative Rsd = 4.67662845407273e-07
BICGSTAB_SOLVER_TIME: 0.674727 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043956 s
InvBiCGStab: k = 62 resid = 2.265921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249772(s) Flops=409798656 => 1640.69093413193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236211.519629392 Mflops = 236.211519629392 Gflops = 0.236211519629392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 68 resid = 9.9159e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257994(s) Flops=449169408 => 1741.00718621363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250639.513154234 Mflops = 250.639513154234 Gflops = 0.250639513154234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001032163 Relative Rsd = 4.52960973970118e-07
BICGSTAB_SOLVER_TIME: 0.611942 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107132
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979089(s) Flops=1561264128 => 1594.60899673063 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229721.401441984 Mflops = 229.721401441984 Gflops = 0.229721401441984 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173427000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.493887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.878619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759647(s) Flops=1289078784 => 1696.94448079174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244362.703626892 Mflops = 244.362703626892 Gflops = 0.244362703626892 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 9.732852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855711(s) Flops=1459685376 => 1705.8158373563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245629.074512486 Mflops = 245.629074512486 Gflops = 0.245629074512486 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.001996294 Relative Rsd = 8.78463393340357e-07
BICGSTAB_SOLVER_TIME: 1.618847 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298281999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.688793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.67297(s) Flops=1164404736 => 1730.24761282078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249067.599120486 Mflops = 249.067599120486 Gflops = 0.249067599120486 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 8.464635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831171(s) Flops=1400629248 => 1685.12766686999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242647.008759522 Mflops = 242.647008759522 Gflops = 0.242647008759522 Tflops
BICGSTAB_SOLVER: 390 iterations. Rsd = 0.001910838 Relative Rsd = 8.39602181966552e-07
BICGSTAB_SOLVER_TIME: 1.508112 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.122994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278698999999998
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011646(s) Flops=1561264128 => 1543.2909614628 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222217.453063392 Mflops = 222.217453063392 Gflops = 0.222217453063392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174213000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046649 s
InvBiCGStab: k = 28 resid = 2.081921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.138242(s) Flops=186697728 => 1350.51379464996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194410.165966446 Mflops = 194.410165966446 Gflops = 0.194410165966446 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063483 s
InvBiCGStab: k = 46 resid = 7.149436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216079(s) Flops=304809984 => 1410.6414043012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203090.408187601 Mflops = 203.090408187601 Gflops = 0.203090408187601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007504895 Relative Rsd = 3.29349548816474e-07
BICGSTAB_SOLVER_TIME: 0.469372 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044307 s
InvBiCGStab: k = 75 resid = 1.951829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345663(s) Flops=495101952 => 1432.32556565209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206220.544220223 Mflops = 206.220544220223 Gflops = 0.206220544220223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062872 s
InvBiCGStab: k = 113 resid = 8.299614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452924(s) Flops=744450048 => 1643.65334581519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236614.754350425 Mflops = 236.614754350425 Gflops = 0.236614754350425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001282303 Relative Rsd = 5.62734126546729e-07
BICGSTAB_SOLVER_TIME: 0.911094 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148338999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047736 s
InvBiCGStab: k = 60 resid = 1.187475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258953(s) Flops=396675072 => 1531.84196359957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220544.59356032 Mflops = 220.54459356032 Gflops = 0.22054459356032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055939 s
InvBiCGStab: k = 68 resid = 1.019516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248954(s) Flops=449169408 => 1804.22651574186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259735.290009664 Mflops = 259.735290009664 Gflops = 0.259735290009664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001040907 Relative Rsd = 4.56798175034058e-07
BICGSTAB_SOLVER_TIME: 0.615424 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105755
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041507 s
InvBiCGStab: k = 57 resid = 2.112343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210216(s) Flops=376989696 => 1793.34444571298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258164.870211868 Mflops = 258.164870211868 Gflops = 0.258164870211868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 91 resid = 8.933428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337404(s) Flops=600090624 => 1778.55219262368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256064.799698609 Mflops = 256.064799698609 Gflops = 0.256064799698609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001086144 Relative Rsd = 4.76650322422922e-07
BICGSTAB_SOLVER_TIME: 0.64922 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043638 s
InvBiCGStab: k = 58 resid = 2.203837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224933(s) Flops=383551488 => 1705.1810450223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245489.182128585 Mflops = 245.489182128585 Gflops = 0.245489182128585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057633 s
InvBiCGStab: k = 81 resid = 1.00079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2963(s) Flops=534472704 => 1803.82282821465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259694.065514889 Mflops = 259.694065514889 Gflops = 0.259694065514889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001088815 Relative Rsd = 4.77822597591186e-07
BICGSTAB_SOLVER_TIME: 0.626453 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113657
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.060798(s) Flops=1567309824 => 1477.48188062195 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212742.53912639 Mflops = 212.74253912639 Gflops = 0.21274253912639 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174094000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0484 s
InvBiCGStab: k = 28 resid = 2.109964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111285(s) Flops=186697728 => 1677.6540234533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241470.35800523 Mflops = 241.47035800523 Gflops = 0.24147035800523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055837 s
InvBiCGStab: k = 49 resid = 8.829865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179882(s) Flops=324495360 => 1803.93457933534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259681.235826561 Mflops = 259.681235826561 Gflops = 0.259681235826561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007342945 Relative Rsd = 3.2224240709698e-07
BICGSTAB_SOLVER_TIME: 0.399255 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052107 s
InvBiCGStab: k = 76 resid = 2.12644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346617(s) Flops=501663744 => 1447.31430945395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208381.506311395 Mflops = 208.381506311395 Gflops = 0.208381506311395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063055 s
InvBiCGStab: k = 102 resid = 1.117072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45678(s) Flops=672270336 => 1471.75956915802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211909.354058581 Mflops = 211.909354058581 Gflops = 0.211909354058581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.0012401 Relative Rsd = 5.44213292615976e-07
BICGSTAB_SOLVER_TIME: 0.922793 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 49 resid = 2.210957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208795(s) Flops=324495360 => 1554.13376757106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223732.971930621 Mflops = 223.732971930621 Gflops = 0.223732971930621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059502 s
InvBiCGStab: k = 74 resid = 8.454768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293031(s) Flops=488540160 => 1667.19616695844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240022.767527494 Mflops = 240.022767527494 Gflops = 0.240022767527494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00100052 Relative Rsd = 4.39074678266694e-07
BICGSTAB_SOLVER_TIME: 0.606161 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040479 s
InvBiCGStab: k = 59 resid = 2.014601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215608(s) Flops=390113280 => 1809.36365997551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260488.487883672 Mflops = 260.488487883672 Gflops = 0.260488487883672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 85 resid = 9.634414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311635(s) Flops=560719872 => 1799.28400853563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259048.597916818 Mflops = 259.048597916818 Gflops = 0.259048597916818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001085925 Relative Rsd = 4.76554327258572e-07
BICGSTAB_SOLVER_TIME: 0.627807 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040755 s
InvBiCGStab: k = 64 resid = 2.214877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240527(s) Flops=422922240 => 1758.31503323951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253133.584913869 Mflops = 253.133584913869 Gflops = 0.253133584913869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063016 s
InvBiCGStab: k = 78 resid = 1.136344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293703(s) Flops=514787328 => 1752.74793924475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252343.442643994 Mflops = 252.343442643994 Gflops = 0.252343442643994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001114416 Relative Rsd = 4.89057454745071e-07
BICGSTAB_SOLVER_TIME: 0.641786 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115938
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038113(s) Flops=1530298368 => 1474.11540747491 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212256.21634263 Mflops = 212.25621634263 Gflops = 0.21225621634263 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169971000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054433 s
InvBiCGStab: k = 34 resid = 2.013761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146374(s) Flops=226068480 => 1544.45789552789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222321.891177179 Mflops = 222.321891177179 Gflops = 0.222321891177179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056092 s
InvBiCGStab: k = 51 resid = 1.015943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187122(s) Flops=337618944 => 1804.2717799083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.783316654 Mflops = 259.720783316654 Gflops = 0.259720783316654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007423129 Relative Rsd = 3.2576125059485e-07
BICGSTAB_SOLVER_TIME: 0.447838 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041975 s
InvBiCGStab: k = 55 resid = 1.716613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207394(s) Flops=363866112 => 1754.46788238811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252580.417811884 Mflops = 252.580417811884 Gflops = 0.252580417811884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056346 s
InvBiCGStab: k = 78 resid = 1.093483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305784(s) Flops=514787328 => 1683.49988226984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242374.933410207 Mflops = 242.374933410207 Gflops = 0.242374933410207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001063876 Relative Rsd = 4.66877922732941e-07
BICGSTAB_SOLVER_TIME: 0.615363 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048981 s
InvBiCGStab: k = 53 resid = 1.797014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228301(s) Flops=350742528 => 1536.31621412083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221181.511509526 Mflops = 221.181511509526 Gflops = 0.221181511509526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065056 s
InvBiCGStab: k = 69 resid = 1.117358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316(s) Flops=455731200 => 1442.18734177215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207627.934369767 Mflops = 207.627934369767 Gflops = 0.207627934369767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001015201 Relative Rsd = 4.4551698067205e-07
BICGSTAB_SOLVER_TIME: 0.662331 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040657 s
InvBiCGStab: k = 56 resid = 1.106089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233666(s) Flops=370427904 => 1585.28799226246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228223.865550992 Mflops = 228.223865550992 Gflops = 0.228223865550992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 85 resid = 9.89513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344226(s) Flops=560719872 => 1628.92945913441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234523.014590112 Mflops = 234.523014590112 Gflops = 0.234523014590112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001106849 Relative Rsd = 4.85736655555131e-07
BICGSTAB_SOLVER_TIME: 0.679174 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0407 s
InvBiCGStab: k = 64 resid = 2.223741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234765(s) Flops=422922240 => 1801.47057695994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259357.078052544 Mflops = 259.357078052544 Gflops = 0.259357078052544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055756 s
InvBiCGStab: k = 84 resid = 1.145339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309021(s) Flops=554158080 => 1793.26997194365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258180.903973107 Mflops = 258.180903973107 Gflops = 0.258180903973107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001055734 Relative Rsd = 4.63304746687287e-07
BICGSTAB_SOLVER_TIME: 0.64403 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120101000000001
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.960675(s) Flops=1493434368 => 1554.56774455461 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223869.88976771 Mflops = 223.86988976771 Gflops = 0.22386988976771 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165722000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045107 s
InvBiCGStab: k = 26 resid = 1.899554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097202(s) Flops=173574144 => 1785.70547931113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257005.935846295 Mflops = 257.005935846295 Gflops = 0.257005935846295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055945 s
InvBiCGStab: k = 58 resid = 6.31688e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233571(s) Flops=383551488 => 1642.11947544858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236409.156735728 Mflops = 236.409156735728 Gflops = 0.236409156735728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007375028 Relative Rsd = 3.23650353203586e-07
BICGSTAB_SOLVER_TIME: 0.437755 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0744250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 62 resid = 1.961684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240672(s) Flops=409798656 => 1702.72676505784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245140.438639081 Mflops = 245.140438639081 Gflops = 0.245140438639081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062002 s
InvBiCGStab: k = 80 resid = 1.085661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31361(s) Flops=527910912 => 1683.33570995823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242348.884291363 Mflops = 242.348884291363 Gflops = 0.242348884291363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001114066 Relative Rsd = 4.88903934005916e-07
BICGSTAB_SOLVER_TIME: 0.661556 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045701 s
InvBiCGStab: k = 47 resid = 2.00608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201042(s) Flops=311371776 => 1548.78968573731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222965.803944767 Mflops = 222.965803944767 Gflops = 0.222965803944767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073806 s
InvBiCGStab: k = 82 resid = 7.500238e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334327(s) Flops=541034496 => 1618.27939711719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232975.193593649 Mflops = 232.975193593649 Gflops = 0.232975193593649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001062752 Relative Rsd = 4.66384766095651e-07
BICGSTAB_SOLVER_TIME: 0.65918 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049645 s
InvBiCGStab: k = 68 resid = 1.830911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301394(s) Flops=449169408 => 1490.30640291446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214563.588106696 Mflops = 214.563588106696 Gflops = 0.214563588106696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062091 s
InvBiCGStab: k = 84 resid = 7.972221e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336059(s) Flops=554158080 => 1648.99044513017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237408.356759974 Mflops = 237.408356759974 Gflops = 0.237408356759974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001093914 Relative Rsd = 4.8006006657355e-07
BICGSTAB_SOLVER_TIME: 0.753021 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04585 s
InvBiCGStab: k = 59 resid = 2.24106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227281(s) Flops=390113280 => 1716.43595373128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247107.221423058 Mflops = 247.107221423058 Gflops = 0.247107221423058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 72 resid = 9.456292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263895(s) Flops=475416576 => 1801.53688398795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259352.898519556 Mflops = 259.352898519556 Gflops = 0.259352898519556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001036029 Relative Rsd = 4.54657518630962e-07
BICGSTAB_SOLVER_TIME: 0.597436 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107917
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970442(s) Flops=1505746944 => 1551.60941509127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223411.867710225 Mflops = 223.411867710225 Gflops = 0.223411867710225 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166966000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.564927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.842405(s) Flops=1380943872 => 1639.28736415382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235999.51087979 Mflops = 235.99951087979 Gflops = 0.23599951087979 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 4.557396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.014915(s) Flops=1722157056 => 1696.8485597316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244335.986010804 Mflops = 244.335986010804 Gflops = 0.244335986010804 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.00216186 Relative Rsd = 9.5131719519552e-07
BICGSTAB_SOLVER_TIME: 1.861637 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.12051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336500999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.82991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754228(s) Flops=1184090112 => 1569.93656029742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226062.991296837 Mflops = 226.062991296837 Gflops = 0.226062991296837 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 8.306504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.966451(s) Flops=1479370752 => 1530.72504658798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220413.212548748 Mflops = 220.413212548748 Gflops = 0.220413212548748 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002004766 Relative Rsd = 8.80875078460106e-07
BICGSTAB_SOLVER_TIME: 1.724131 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288823999999999
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957624(s) Flops=1505746944 => 1572.3780356382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226398.811951748 Mflops = 226.398811951748 Gflops = 0.226398811951748 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167027000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044485 s
InvBiCGStab: k = 28 resid = 2.27553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111559(s) Flops=186697728 => 1673.53353830708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240848.951265725 Mflops = 240.848951265725 Gflops = 0.240848951265725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064774 s
InvBiCGStab: k = 43 resid = 1.117427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19163(s) Flops=285124608 => 1487.89129050775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214176.976811076 Mflops = 214.176976811076 Gflops = 0.214176976811076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007587195 Relative Rsd = 3.3296121999589e-07
BICGSTAB_SOLVER_TIME: 0.416903 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04904 s
InvBiCGStab: k = 66 resid = 1.96596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255213(s) Flops=436045824 => 1708.55647635504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245996.321872072 Mflops = 245.996321872072 Gflops = 0.245996321872072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068115 s
InvBiCGStab: k = 97 resid = 8.453568e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394462(s) Flops=639461376 => 1621.0975353773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233398.730757421 Mflops = 233.398730757421 Gflops = 0.233398730757421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001216483 Relative Rsd = 5.33849084525874e-07
BICGSTAB_SOLVER_TIME: 0.770756 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045493 s
InvBiCGStab: k = 63 resid = 1.359514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247117(s) Flops=416360448 => 1684.87173282291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242565.61360642 Mflops = 242.56561360642 Gflops = 0.24256561360642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055733 s
InvBiCGStab: k = 77 resid = 1.018845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288854(s) Flops=508225536 => 1759.45472799407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253306.976827058 Mflops = 253.306976827058 Gflops = 0.253306976827058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001056462 Relative Rsd = 4.63624509185246e-07
BICGSTAB_SOLVER_TIME: 0.641088 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052584 s
InvBiCGStab: k = 59 resid = 2.176652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23759(s) Flops=390113280 => 1641.96001515215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236398.0139718 Mflops = 236.3980139718 Gflops = 0.2363980139718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062189 s
InvBiCGStab: k = 90 resid = 1.12995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355095(s) Flops=593528832 => 1671.46490939044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240645.405147166 Mflops = 240.645405147166 Gflops = 0.240645405147166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001183223 Relative Rsd = 5.19252812878347e-07
BICGSTAB_SOLVER_TIME: 0.711278 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120797
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057475 s
InvBiCGStab: k = 60 resid = 2.044727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259943(s) Flops=396675072 => 1526.0079017323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219700.479079114 Mflops = 219.700479079114 Gflops = 0.219700479079114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067159 s
InvBiCGStab: k = 77 resid = 1.138701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342032(s) Flops=508225536 => 1485.90054731721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213928.845670214 Mflops = 213.928845670214 Gflops = 0.213928845670214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001083437 Relative Rsd = 4.75462363105932e-07
BICGSTAB_SOLVER_TIME: 0.730964 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11202
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975847(s) Flops=1554849792 => 1593.33357790719 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229422.020763663 Mflops = 229.422020763663 Gflops = 0.229422020763663 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040666 s
InvBiCGStab: k = 23 resid = 2.081544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085446(s) Flops=153888768 => 1801.00610912155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259202.53737264 Mflops = 259.20253737264 Gflops = 0.25920253737264 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056134 s
InvBiCGStab: k = 47 resid = 1.023819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187454(s) Flops=311371776 => 1661.0569846469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239110.684849192 Mflops = 239.110684849192 Gflops = 0.239110684849192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007600404 Relative Rsd = 3.33540920437548e-07
BICGSTAB_SOLVER_TIME: 0.373895 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047779 s
InvBiCGStab: k = 68 resid = 1.899514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307905(s) Flops=449169408 => 1458.7921859015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210018.802411857 Mflops = 210.018802411857 Gflops = 0.210018802411857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07111 s
InvBiCGStab: k = 100 resid = 6.69085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421976(s) Flops=659146752 => 1562.04796481316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224902.029204315 Mflops = 224.902029204315 Gflops = 0.224902029204315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001258844 Relative Rsd = 5.52438836751842e-07
BICGSTAB_SOLVER_TIME: 0.852696 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043762 s
InvBiCGStab: k = 50 resid = 2.276761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193535(s) Flops=331057152 => 1710.58026713514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246258.939503547 Mflops = 246.258939503547 Gflops = 0.246258939503547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057063 s
InvBiCGStab: k = 73 resid = 9.295172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274539(s) Flops=481978368 => 1755.59162086261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252744.116733716 Mflops = 252.744116733716 Gflops = 0.252744116733716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001012706 Relative Rsd = 4.44422411009361e-07
BICGSTAB_SOLVER_TIME: 0.575015 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051293 s
InvBiCGStab: k = 63 resid = 2.137576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251783(s) Flops=416360448 => 1653.64797464483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238061.959745208 Mflops = 238.061959745208 Gflops = 0.238061959745208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061295 s
InvBiCGStab: k = 88 resid = 1.080635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343269(s) Flops=580405248 => 1690.81754542356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243425.565516187 Mflops = 243.425565516187 Gflops = 0.243425565516187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001124419 Relative Rsd = 4.93447075027805e-07
BICGSTAB_SOLVER_TIME: 0.711439 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049435 s
InvBiCGStab: k = 58 resid = 2.19674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21723(s) Flops=383551488 => 1765.64695484049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254174.206444015 Mflops = 254.174206444015 Gflops = 0.254174206444016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06329 s
InvBiCGStab: k = 82 resid = 6.347368e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315055(s) Flops=541034496 => 1717.26998777991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247236.235674548 Mflops = 247.236235674548 Gflops = 0.247236235674548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001086293 Relative Rsd = 4.76715664527873e-07
BICGSTAB_SOLVER_TIME: 0.649085 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114358
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052483(s) Flops=1585446912 => 1506.38719295229 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217057.146142778 Mflops = 217.057146142778 Gflops = 0.217057146142778 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176186000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040612 s
InvBiCGStab: k = 28 resid = 1.920976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103375(s) Flops=186697728 => 1806.02397097944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259947.537385848 Mflops = 259.947537385848 Gflops = 0.259947537385848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055924 s
InvBiCGStab: k = 50 resid = 1.119589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190282(s) Flops=331057152 => 1739.82379836243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250439.36196775 Mflops = 250.43936196775 Gflops = 0.25043936196775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007512585 Relative Rsd = 3.29687013456236e-07
BICGSTAB_SOLVER_TIME: 0.39405 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 58 resid = 1.710818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214199(s) Flops=383551488 => 1790.63155290174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257758.817001825 Mflops = 257.758817001825 Gflops = 0.257758817001825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069052 s
InvBiCGStab: k = 78 resid = 1.070171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35906(s) Flops=514787328 => 1433.70837185986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206419.600116683 Mflops = 206.419600116683 Gflops = 0.206419600116683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001080759 Relative Rsd = 4.74287124808592e-07
BICGSTAB_SOLVER_TIME: 0.687842 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053838 s
InvBiCGStab: k = 62 resid = 2.26969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260625(s) Flops=409798656 => 1572.36894388489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226366.554011056 Mflops = 226.366554011056 Gflops = 0.226366554011056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056133 s
InvBiCGStab: k = 74 resid = 1.138568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284071(s) Flops=488540160 => 1719.78188551454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247611.661925382 Mflops = 247.611661925382 Gflops = 0.247611661925382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001024133 Relative Rsd = 4.49437098261663e-07
BICGSTAB_SOLVER_TIME: 0.661761 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 62 resid = 2.070714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2516(s) Flops=409798656 => 1628.77049284579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234502.303693252 Mflops = 234.502303693252 Gflops = 0.234502303693252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057007 s
InvBiCGStab: k = 82 resid = 6.360925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303587(s) Flops=541034496 => 1782.13986764914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256571.728374305 Mflops = 256.571728374305 Gflops = 0.256571728374305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001102996 Relative Rsd = 4.84045628444979e-07
BICGSTAB_SOLVER_TIME: 0.657099 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051677 s
InvBiCGStab: k = 59 resid = 1.974058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25822(s) Flops=390113280 => 1510.77871582372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217500.804130842 Mflops = 217.500804130842 Gflops = 0.217500804130842 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055614 s
InvBiCGStab: k = 73 resid = 1.12388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267005(s) Flops=481978368 => 1805.12862305949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259879.832382162 Mflops = 259.879832382162 Gflops = 0.259879832382162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001093 Relative Rsd = 4.79659022379752e-07
BICGSTAB_SOLVER_TIME: 0.636369 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108532
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977403(s) Flops=1579180032 => 1615.68977381899 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232641.223155208 Mflops = 232.641223155208 Gflops = 0.232641223155208 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175701000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.501532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049436 s
InvBiCGStab: k = 29 resid = 2.07909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136135(s) Flops=193259520 => 1419.61670400705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204357.933784215 Mflops = 204.357933784215 Gflops = 0.204357933784215 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060011 s
InvBiCGStab: k = 48 resid = 1.150878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192896(s) Flops=317933568 => 1648.21234240212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237289.903625261 Mflops = 237.289903625261 Gflops = 0.237289903625261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007759423 Relative Rsd = 3.40519421484433e-07
BICGSTAB_SOLVER_TIME: 0.442379 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041676 s
InvBiCGStab: k = 59 resid = 2.222419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216614(s) Flops=390113280 => 1800.96060273113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259277.448522946 Mflops = 259.277448522946 Gflops = 0.259277448522946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055994 s
InvBiCGStab: k = 79 resid = 1.108916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328732(s) Flops=521349120 => 1585.93967122154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228332.95281078 Mflops = 228.33295281078 Gflops = 0.22833295281078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001133064 Relative Rsd = 4.97240850924264e-07
BICGSTAB_SOLVER_TIME: 0.647279 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001904
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112778
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 48 resid = 2.16303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176013(s) Flops=317933568 => 1806.30730684665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260031.47189519 Mflops = 260.03147189519 Gflops = 0.26003147189519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055972 s
InvBiCGStab: k = 76 resid = 1.028855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284246(s) Flops=501663744 => 1764.89288855428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254091.133802315 Mflops = 254.091133802315 Gflops = 0.254091133802315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001057371 Relative Rsd = 4.64023203311156e-07
BICGSTAB_SOLVER_TIME: 0.561535 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045594 s
InvBiCGStab: k = 61 resid = 2.276846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25093(s) Flops=403236864 => 1606.96952935082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231353.549912479 Mflops = 231.353549912479 Gflops = 0.231353549912479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065521 s
InvBiCGStab: k = 82 resid = 9.016339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327481(s) Flops=541034496 => 1652.10957582272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237862.1710003 Mflops = 237.8621710003 Gflops = 0.2378621710003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001127173 Relative Rsd = 4.94655827336753e-07
BICGSTAB_SOLVER_TIME: 0.69334 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041546 s
InvBiCGStab: k = 54 resid = 1.916231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200242(s) Flops=357304320 => 1784.36252134917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256880.987131326 Mflops = 256.880987131326 Gflops = 0.256880987131326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056949 s
InvBiCGStab: k = 76 resid = 1.090582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280835(s) Flops=501663744 => 1786.32913988641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257170.550763866 Mflops = 257.170550763866 Gflops = 0.257170550763866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001056184 Relative Rsd = 4.6350251000884e-07
BICGSTAB_SOLVER_TIME: 0.583394 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107125
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979126(s) Flops=1579253760 => 1612.92189156452 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232344.519015536 Mflops = 232.344519015536 Gflops = 0.232344519015536 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175677000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 2.116827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927716(s) Flops=1512179712 => 1630.00283707514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234661.634915459 Mflops = 234.661634915459 Gflops = 0.234661634915459 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 8.996396e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993058(s) Flops=1676224512 => 1687.9422067996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243053.202756525 Mflops = 243.053202756525 Gflops = 0.243053202756525 Tflops
BICGSTAB_SOLVER: 485 iterations. Rsd = 0.002372463 Relative Rsd = 1.04396773824092e-06
BICGSTAB_SOLVER_TIME: 1.924225 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.116226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346119999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.127818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76084(s) Flops=1230022656 => 1616.6640239735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232776.504532444 Mflops = 232.776504532444 Gflops = 0.232776504532444 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 6.940593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876115(s) Flops=1407191040 => 1606.1716098914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231280.035204248 Mflops = 231.280035204248 Gflops = 0.231280035204248 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001958987 Relative Rsd = 8.60744448874577e-07
BICGSTAB_SOLVER_TIME: 1.640294 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.123555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286218999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032117(s) Flops=1579253760 => 1530.11117925584 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220319.998654367 Mflops = 220.319998654367 Gflops = 0.220319998654367 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177013000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047936 s
InvBiCGStab: k = 33 resid = 1.443399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145708(s) Flops=219506688 => 1506.48343261866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216871.412480207 Mflops = 216.871412480207 Gflops = 0.216871412480207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072436 s
InvBiCGStab: k = 53 resid = 3.987163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2181(s) Flops=350742528 => 1608.17298486933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231518.585705519 Mflops = 231.518585705519 Gflops = 0.231518585705519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007150947 Relative Rsd = 3.13816647394809e-07
BICGSTAB_SOLVER_TIME: 0.487902 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044883 s
InvBiCGStab: k = 77 resid = 2.06268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293044(s) Flops=508225536 => 1734.29770273406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249705.418079588 Mflops = 249.705418079588 Gflops = 0.249705418079588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056891 s
InvBiCGStab: k = 107 resid = 9.369271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40867(s) Flops=705079296 => 1725.30231237918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248409.354248284 Mflops = 248.409354248284 Gflops = 0.248409354248284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001278707 Relative Rsd = 5.61155902695163e-07
BICGSTAB_SOLVER_TIME: 0.807055 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048126 s
InvBiCGStab: k = 59 resid = 1.213183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227964(s) Flops=390113280 => 1711.29336210981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246377.64695369 Mflops = 246.37764695369 Gflops = 0.24637764695369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056378 s
InvBiCGStab: k = 74 resid = 1.029535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272611(s) Flops=488540160 => 1792.07794256285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258008.681570363 Mflops = 258.008681570363 Gflops = 0.258008681570363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001078405 Relative Rsd = 4.732538612647e-07
BICGSTAB_SOLVER_TIME: 0.608754 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047865 s
InvBiCGStab: k = 68 resid = 2.029851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264161(s) Flops=449169408 => 1700.36230934922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244804.047464067 Mflops = 244.804047464067 Gflops = 0.244804047464067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063049 s
InvBiCGStab: k = 101 resid = 7.233057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382253(s) Flops=665708544 => 1741.53909583443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250740.851362407 Mflops = 250.740851362407 Gflops = 0.250740851362407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001177391 Relative Rsd = 5.16693486772299e-07
BICGSTAB_SOLVER_TIME: 0.761353 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134812
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047625 s
InvBiCGStab: k = 62 resid = 1.961044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265959(s) Flops=409798656 => 1540.83394808974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221831.840861232 Mflops = 221.831840861232 Gflops = 0.221831840861232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071421 s
InvBiCGStab: k = 75 resid = 1.129828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311959(s) Flops=495101952 => 1587.07378854273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228493.564899115 Mflops = 228.493564899115 Gflops = 0.228493564899115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00111735 Relative Rsd = 4.90344934328241e-07
BICGSTAB_SOLVER_TIME: 0.700767 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112159
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027266(s) Flops=1598201856 => 1555.78190653638 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224034.646808277 Mflops = 224.034646808277 Gflops = 0.224034646808277 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177594000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046345 s
InvBiCGStab: k = 27 resid = 2.159323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114026(s) Flops=180135936 => 1579.7794888885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227393.20299642 Mflops = 227.393202996421 Gflops = 0.227393202996421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060012 s
InvBiCGStab: k = 46 resid = 1.096561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185106(s) Flops=304809984 => 1646.67803312697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237048.082143939 Mflops = 237.048082143939 Gflops = 0.237048082143939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007648569 Relative Rsd = 3.35654602148374e-07
BICGSTAB_SOLVER_TIME: 0.40964 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046092 s
InvBiCGStab: k = 75 resid = 1.95201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292885(s) Flops=495101952 => 1690.43123410212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243383.831971798 Mflops = 243.383831971798 Gflops = 0.243383831971798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064935 s
InvBiCGStab: k = 126 resid = 1.088581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.496102(s) Flops=829753344 => 1672.5458554894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240820.279043483 Mflops = 240.820279043483 Gflops = 0.240820279043483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001254506 Relative Rsd = 5.50535179586328e-07
BICGSTAB_SOLVER_TIME: 0.90366 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157628999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044516 s
InvBiCGStab: k = 49 resid = 2.198119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187355(s) Flops=324495360 => 1731.98131888661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249336.015106374 Mflops = 249.336015106374 Gflops = 0.249336015106374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066714 s
InvBiCGStab: k = 66 resid = 1.14814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24433(s) Flops=436045824 => 1784.65937052347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256931.747235632 Mflops = 256.931747235632 Gflops = 0.256931747235632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.001019591 Relative Rsd = 4.47443627632112e-07
BICGSTAB_SOLVER_TIME: 0.54656 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0963980000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04571 s
InvBiCGStab: k = 59 resid = 2.158303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223714(s) Flops=390113280 => 1743.8036063903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251048.345016636 Mflops = 251.048345016636 Gflops = 0.251048345016636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056346 s
InvBiCGStab: k = 88 resid = 8.179325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328462(s) Flops=580405248 => 1767.03925568254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254414.860139419 Mflops = 254.414860139419 Gflops = 0.254414860139419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001161014 Relative Rsd = 5.09506672642585e-07
BICGSTAB_SOLVER_TIME: 0.657894 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043919 s
InvBiCGStab: k = 65 resid = 1.783141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26232(s) Flops=429484032 => 1637.25233302836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235717.32273479 Mflops = 235.71732273479 Gflops = 0.23571732273479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064638 s
InvBiCGStab: k = 94 resid = 5.569727e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405913(s) Flops=619776000 => 1526.86905814793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219838.841779209 Mflops = 219.838841779209 Gflops = 0.219838841779209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00112396 Relative Rsd = 4.93245786604421e-07
BICGSTAB_SOLVER_TIME: 0.781669 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127742
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064213(s) Flops=1598570496 => 1502.11517431191 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216319.989147985 Mflops = 216.319989147985 Gflops = 0.216319989147985 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177399000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021163
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04458 s
InvBiCGStab: k = 32 resid = 1.352824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127099(s) Flops=212944896 => 1675.42542427556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241148.976543716 Mflops = 241.148976543716 Gflops = 0.241148976543716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056261 s
InvBiCGStab: k = 44 resid = 1.12922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169761(s) Flops=291686400 => 1718.21796525704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247328.910323366 Mflops = 247.328910323366 Gflops = 0.247328910323366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007058904 Relative Rsd = 3.09777366036784e-07
BICGSTAB_SOLVER_TIME: 0.401647 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051634 s
InvBiCGStab: k = 55 resid = 1.939455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237904(s) Flops=363866112 => 1529.46613760172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220201.626646799 Mflops = 220.201626646799 Gflops = 0.220201626646799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069599 s
InvBiCGStab: k = 83 resid = 1.053779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356498(s) Flops=547596288 => 1536.04308579571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221151.045349564 Mflops = 221.151045349564 Gflops = 0.221151045349564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001138908 Relative Rsd = 4.99805694581003e-07
BICGSTAB_SOLVER_TIME: 0.719289 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051243 s
InvBiCGStab: k = 56 resid = 1.879308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213458(s) Flops=370427904 => 1735.36669508756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249833.156852605 Mflops = 249.833156852605 Gflops = 0.249833156852605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060776 s
InvBiCGStab: k = 77 resid = 9.171304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307857(s) Flops=508225536 => 1650.8493748721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237676.963641187 Mflops = 237.676963641187 Gflops = 0.237676963641187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001040838 Relative Rsd = 4.56768083947416e-07
BICGSTAB_SOLVER_TIME: 0.637018 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043245 s
InvBiCGStab: k = 52 resid = 1.951611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194808(s) Flops=344180736 => 1766.76900332635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254366.660347025 Mflops = 254.366660347025 Gflops = 0.254366660347025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068587 s
InvBiCGStab: k = 73 resid = 9.905609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266659(s) Flops=481978368 => 1807.47084478679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260221.282495953 Mflops = 260.221282495953 Gflops = 0.260221282495953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001122835 Relative Rsd = 4.92752119082808e-07
BICGSTAB_SOLVER_TIME: 0.576874 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051144 s
InvBiCGStab: k = 65 resid = 2.204422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270076(s) Flops=429484032 => 1590.23397858381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228949.958692845 Mflops = 228.949958692845 Gflops = 0.228949958692845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 82 resid = 6.454833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299657(s) Flops=541034496 => 1805.51262276536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.337470782 Mflops = 259.936337470782 Gflops = 0.259936337470782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001106051 Relative Rsd = 4.85386342174638e-07
BICGSTAB_SOLVER_TIME: 0.680644 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119277
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.122206(s) Flops=1592377344 => 1418.97062036738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204332.131273933 Mflops = 204.332131273933 Gflops = 0.204332131273933 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176694000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04552 s
InvBiCGStab: k = 36 resid = 1.951143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141619(s) Flops=239192064 => 1688.98286246902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243186.595999506 Mflops = 243.186595999506 Gflops = 0.243186595999506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06058 s
InvBiCGStab: k = 49 resid = 8.224603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201789(s) Flops=324495360 => 1608.09241336247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231490.557168215 Mflops = 231.490557168215 Gflops = 0.231490557168215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007810932 Relative Rsd = 3.4277985471713e-07
BICGSTAB_SOLVER_TIME: 0.453437 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 57 resid = 1.915883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208667(s) Flops=376989696 => 1806.65699895048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.364616034 Mflops = 260.092364616034 Gflops = 0.260092364616034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055959 s
InvBiCGStab: k = 82 resid = 1.127255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335498(s) Flops=541034496 => 1612.63106188412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232174.933850412 Mflops = 232.174933850412 Gflops = 0.232174933850412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001131285 Relative Rsd = 4.96460066412951e-07
BICGSTAB_SOLVER_TIME: 0.645271 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04646 s
InvBiCGStab: k = 56 resid = 1.782423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26191(s) Flops=370427904 => 1414.33280134397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203622.778162814 Mflops = 203.622778162814 Gflops = 0.203622778162814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063474 s
InvBiCGStab: k = 74 resid = 9.224273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272465(s) Flops=488540160 => 1793.03822509313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258141.428571067 Mflops = 258.141428571067 Gflops = 0.258141428571067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001029985 Relative Rsd = 4.52005109401207e-07
BICGSTAB_SOLVER_TIME: 0.648674 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 68 resid = 2.116496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252088(s) Flops=449169408 => 1781.79607121323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256538.140343804 Mflops = 256.538140343804 Gflops = 0.256538140343804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056405 s
InvBiCGStab: k = 85 resid = 1.125744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310504(s) Flops=560719872 => 1805.83783783784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.903906107 Mflops = 259.990903906107 Gflops = 0.259990903906107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001161093 Relative Rsd = 5.09541208422841e-07
BICGSTAB_SOLVER_TIME: 0.663952 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 73 resid = 1.039594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266761(s) Flops=481978368 => 1806.77973166992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260114.844448277 Mflops = 260.114844448277 Gflops = 0.260114844448277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056367 s
InvBiCGStab: k = 71 resid = 9.960069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260576(s) Flops=468854784 => 1799.30148593884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259044.357710194 Mflops = 259.044357710194 Gflops = 0.259044357710194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001084488 Relative Rsd = 4.75923334030853e-07
BICGSTAB_SOLVER_TIME: 0.628206 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117013
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108451(s) Flops=1573945344 => 1419.9503126435 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204473.014221712 Mflops = 204.473014221712 Gflops = 0.204473014221712 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174512000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 2.151249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.956743(s) Flops=1597483008 => 1669.70963780242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240404.908700533 Mflops = 240.404908700533 Gflops = 0.240404908700533 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.045947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.954299(s) Flops=1617168384 => 1694.61393546467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244021.219246729 Mflops = 244.021219246729 Gflops = 0.244021219246729 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.003023285 Relative Rsd = 1.33031897653059e-06
BICGSTAB_SOLVER_TIME: 1.914349 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.125992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348207999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.004948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.745116(s) Flops=1321887744 => 1774.06973410851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255395.470109302 Mflops = 255.395470109302 Gflops = 0.255395470109302 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.092106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84006(s) Flops=1512179712 => 1800.08536533105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259207.516396293 Mflops = 259.207516396293 Gflops = 0.259207516396293 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002033268 Relative Rsd = 8.93351815191224e-07
BICGSTAB_SOLVER_TIME: 1.58847 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307209999999999
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016587(s) Flops=1573945344 => 1548.26428431605 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222944.854630051 Mflops = 222.944854630051 Gflops = 0.222944854630051 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 24 resid = 2.268587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089508(s) Flops=160450560 => 1792.58345622738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.829365293 Mflops = 258.003829365293 Gflops = 0.258003829365293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056083 s
InvBiCGStab: k = 54 resid = 8.991109e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19819(s) Flops=357304320 => 1802.83727736011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259536.025738067 Mflops = 259.536025738067 Gflops = 0.259536025738067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.00074653 Relative Rsd = 3.2761190351182e-07
BICGSTAB_SOLVER_TIME: 0.388742 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043161 s
InvBiCGStab: k = 68 resid = 1.993114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296479(s) Flops=449169408 => 1515.0125573818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218125.543485936 Mflops = 218.125543485936 Gflops = 0.218125543485936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056834 s
InvBiCGStab: k = 95 resid = 1.045161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346834(s) Flops=626337792 => 1805.87195027016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259997.131752559 Mflops = 259.997131752559 Gflops = 0.259997131752559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001224085 Relative Rsd = 5.3718536351081e-07
BICGSTAB_SOLVER_TIME: 0.747022 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 51 resid = 2.271172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186586(s) Flops=337618944 => 1809.45485727761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.195561901 Mflops = 260.500195561901 Gflops = 0.260500195561901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 69 resid = 9.94576e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252578(s) Flops=455731200 => 1804.31866591706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.380462304 Mflops = 259.764380462304 Gflops = 0.259764380462304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001026115 Relative Rsd = 4.50306878822097e-07
BICGSTAB_SOLVER_TIME: 0.539936 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043122 s
InvBiCGStab: k = 70 resid = 2.051778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284752(s) Flops=462292992 => 1623.49339776367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233743.140491523 Mflops = 233.743140491523 Gflops = 0.233743140491523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063003 s
InvBiCGStab: k = 95 resid = 9.308165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387362(s) Flops=626337792 => 1616.93142848292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232805.220976103 Mflops = 232.805220976103 Gflops = 0.232805220976103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001166718 Relative Rsd = 5.12009750384637e-07
BICGSTAB_SOLVER_TIME: 0.781897 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 63 resid = 2.18048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234316(s) Flops=416360448 => 1776.91855443077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255822.554689763 Mflops = 255.822554689763 Gflops = 0.255822554689763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 78 resid = 1.036221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29435(s) Flops=514787328 => 1748.89528792254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251788.391405471 Mflops = 251.788391405471 Gflops = 0.251788391405471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001101051 Relative Rsd = 4.83192247271324e-07
BICGSTAB_SOLVER_TIME: 0.629812 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114917
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092998(s) Flops=1561559040 => 1428.69341023497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205744.83904043 Mflops = 205.74483904043 Gflops = 0.20574483904043 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174618000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 34 resid = 2.080329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130555(s) Flops=226068480 => 1731.59572593926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249259.772676916 Mflops = 249.259772676916 Gflops = 0.249259772676916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056443 s
InvBiCGStab: k = 53 resid = 7.739417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197957(s) Flops=350742528 => 1771.81169647954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255081.010916133 Mflops = 255.081010916133 Gflops = 0.255081010916133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007593291 Relative Rsd = 3.3322874457179e-07
BICGSTAB_SOLVER_TIME: 0.429483 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042766 s
InvBiCGStab: k = 71 resid = 2.185763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259106(s) Flops=468854784 => 1809.50955979406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260518.824854684 Mflops = 260.518824854684 Gflops = 0.260518824854684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055962 s
InvBiCGStab: k = 113 resid = 9.819422e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412107(s) Flops=744450048 => 1806.44844178818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.33841702 Mflops = 260.09233841702 Gflops = 0.26009233841702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001265838 Relative Rsd = 5.55508229766281e-07
BICGSTAB_SOLVER_TIME: 0.773587 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145384999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04096 s
InvBiCGStab: k = 51 resid = 1.616707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187562(s) Flops=337618944 => 1800.03915505273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259152.798466823 Mflops = 259.152798466823 Gflops = 0.259152798466823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055845 s
InvBiCGStab: k = 68 resid = 9.796154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248634(s) Flops=449169408 => 1806.54861362485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260085.917709384 Mflops = 260.085917709384 Gflops = 0.260085917709384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001049913 Relative Rsd = 4.60750376159175e-07
BICGSTAB_SOLVER_TIME: 0.53668 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993250000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 64 resid = 2.186599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257425(s) Flops=422922240 => 1642.89497912013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236527.574055128 Mflops = 236.527574055128 Gflops = 0.236527574055128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074119 s
InvBiCGStab: k = 86 resid = 1.085856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358097(s) Flops=567281664 => 1584.15642688992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228087.005796424 Mflops = 228.087005796424 Gflops = 0.228087005796424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001102293 Relative Rsd = 4.83737105402133e-07
BICGSTAB_SOLVER_TIME: 0.734459 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054821 s
InvBiCGStab: k = 51 resid = 2.270488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21682(s) Flops=337618944 => 1557.13930449221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224174.920822492 Mflops = 224.174920822492 Gflops = 0.224174920822492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 80 resid = 1.047247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320127(s) Flops=527910912 => 1649.06712648418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237427.043069814 Mflops = 237.427043069814 Gflops = 0.237427043069814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001094186 Relative Rsd = 4.80179255886178e-07
BICGSTAB_SOLVER_TIME: 0.651794 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10775
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055234(s) Flops=1555144704 => 1473.74393167771 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212259.673428527 Mflops = 212.259673428527 Gflops = 0.212259673428527 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172581000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.458843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047455 s
InvBiCGStab: k = 23 resid = 2.116056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099179(s) Flops=153888768 => 1551.62653384285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223321.012105682 Mflops = 223.321012105682 Gflops = 0.223321012105682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068892 s
InvBiCGStab: k = 43 resid = 9.690592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182741(s) Flops=285124608 => 1560.26621283675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224611.151431348 Mflops = 224.611151431348 Gflops = 0.224611151431348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.000787791 Relative Rsd = 3.45719151038638e-07
BICGSTAB_SOLVER_TIME: 0.401913 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0613710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 58 resid = 1.833969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220724(s) Flops=383551488 => 1737.69725086533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250171.859513878 Mflops = 250.171859513878 Gflops = 0.250171859513878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057139 s
InvBiCGStab: k = 73 resid = 1.030176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285587(s) Flops=481978368 => 1687.67614772381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242980.408304531 Mflops = 242.980408304531 Gflops = 0.242980408304531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001073703 Relative Rsd = 4.71190450571288e-07
BICGSTAB_SOLVER_TIME: 0.608237 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044896 s
InvBiCGStab: k = 49 resid = 2.068993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19515(s) Flops=324495360 => 1662.7996925442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239377.769483766 Mflops = 239.377769483766 Gflops = 0.239377769483766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060189 s
InvBiCGStab: k = 75 resid = 9.739415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279946(s) Flops=495101952 => 1768.56233702214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254620.482610265 Mflops = 254.620482610265 Gflops = 0.254620482610265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001026276 Relative Rsd = 4.5037753412401e-07
BICGSTAB_SOLVER_TIME: 0.58395 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045036 s
InvBiCGStab: k = 65 resid = 2.156003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252657(s) Flops=429484032 => 1699.86991059025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244737.731561523 Mflops = 244.737731561523 Gflops = 0.244737731561523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065486 s
InvBiCGStab: k = 78 resid = 1.114547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296988(s) Flops=514787328 => 1733.36070144248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249544.64508245 Mflops = 249.54464508245 Gflops = 0.24954464508245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001071158 Relative Rsd = 4.70073912882697e-07
BICGSTAB_SOLVER_TIME: 0.663821 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047091 s
InvBiCGStab: k = 46 resid = 2.173621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185951(s) Flops=304809984 => 1639.19518582852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235991.086676883 Mflops = 235.991086676883 Gflops = 0.235991086676883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064589 s
InvBiCGStab: k = 83 resid = 7.472452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34952(s) Flops=547596288 => 1566.70945296406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225564.428365772 Mflops = 225.564428365772 Gflops = 0.225564428365772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001061807 Relative Rsd = 4.65970183467286e-07
BICGSTAB_SOLVER_TIME: 0.65092 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106328
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036545(s) Flops=1554481152 => 1499.67551046988 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215955.074337803 Mflops = 215.955074337803 Gflops = 0.215955074337803 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172490000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 26 resid = 2.201304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101273(s) Flops=173574144 => 1713.92319769336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246615.156804231 Mflops = 246.615156804231 Gflops = 0.246615156804231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071471 s
InvBiCGStab: k = 51 resid = 8.540841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2021(s) Flops=337618944 => 1670.55390400792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240497.386959436 Mflops = 240.497386959436 Gflops = 0.240497386959436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007291117 Relative Rsd = 3.19967950089609e-07
BICGSTAB_SOLVER_TIME: 0.420279 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046289 s
InvBiCGStab: k = 54 resid = 1.90329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233347(s) Flops=357304320 => 1531.21454314819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220445.933622914 Mflops = 220.445933622914 Gflops = 0.220445933622914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067523 s
InvBiCGStab: k = 81 resid = 9.518383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336033(s) Flops=534472704 => 1590.53635803626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229008.910667148 Mflops = 229.008910667148 Gflops = 0.229008910667148 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001091357 Relative Rsd = 4.78937755892105e-07
BICGSTAB_SOLVER_TIME: 0.687004 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04354 s
InvBiCGStab: k = 51 resid = 2.024767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219435(s) Flops=337618944 => 1538.58292432839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221502.631164655 Mflops = 221.502631164655 Gflops = 0.221502631164655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 78 resid = 1.090684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287687(s) Flops=514787328 => 1789.40073065519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257617.96174846 Mflops = 257.61796174846 Gflops = 0.25761796174846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001014147 Relative Rsd = 4.45054528182591e-07
BICGSTAB_SOLVER_TIME: 0.61096 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 65 resid = 1.508688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24162(s) Flops=429484032 => 1777.51854978892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255908.346474059 Mflops = 255.908346474059 Gflops = 0.255908346474059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057121 s
InvBiCGStab: k = 84 resid = 1.080416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332945(s) Flops=554158080 => 1664.41328147292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239639.259895535 Mflops = 239.639259895535 Gflops = 0.239639259895535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001109067 Relative Rsd = 4.86709839102602e-07
BICGSTAB_SOLVER_TIME: 0.676512 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040974 s
InvBiCGStab: k = 48 resid = 2.262823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183663(s) Flops=317933568 => 1731.07031900818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249223.306405031 Mflops = 249.223306405031 Gflops = 0.249223306405031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060695 s
InvBiCGStab: k = 81 resid = 1.016069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315048(s) Flops=534472704 => 1696.48023158376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244253.995881359 Mflops = 244.253995881359 Gflops = 0.244253995881359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001089623 Relative Rsd = 4.78176844780969e-07
BICGSTAB_SOLVER_TIME: 0.604004 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106332
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.082247(s) Flops=1535827968 => 1419.11039531641 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204369.658233544 Mflops = 204.369658233544 Gflops = 0.204369658233544 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170242000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.00956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875672(s) Flops=1492494336 => 1704.39883426671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245373.097267339 Mflops = 245.373097267339 Gflops = 0.245373097267339 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.113788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.070419(s) Flops=1656539136 => 1547.56140913044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222846.136506433 Mflops = 222.846136506433 Gflops = 0.222846136506433 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.002140819 Relative Rsd = 9.41988815458469e-07
BICGSTAB_SOLVER_TIME: 1.949433 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.120119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341712
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.857256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671484(s) Flops=1151281152 => 1714.5325160391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246898.925547475 Mflops = 246.898925547475 Gflops = 0.246898925547475 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.008303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861166(s) Flops=1485932544 => 1725.48909734012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248468.145863215 Mflops = 248.468145863215 Gflops = 0.248468145863215 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001966478 Relative Rsd = 8.63960705796331e-07
BICGSTAB_SOLVER_TIME: 1.535959 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286034999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.077255(s) Flops=1535827968 => 1425.68655332303 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205298.187505507 Mflops = 205.298187505507 Gflops = 0.205298187505507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170426000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 27 resid = 2.165351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101876(s) Flops=180135936 => 1768.18815030037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254528.804548047 Mflops = 254.528804548047 Gflops = 0.254528804548047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062856 s
InvBiCGStab: k = 49 resid = 1.100728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182253(s) Flops=324495360 => 1780.46649437869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256305.931264025 Mflops = 256.305931264025 Gflops = 0.256305931264025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007534194 Relative Rsd = 3.30635291392945e-07
BICGSTAB_SOLVER_TIME: 0.39162 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 85 resid = 1.152222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32239(s) Flops=560719872 => 1739.25950556779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250433.78700614 Mflops = 250.43378700614 Gflops = 0.25043378700614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064354 s
InvBiCGStab: k = 123 resid = 1.020716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469289(s) Flops=810067968 => 1726.16014438864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248537.458171244 Mflops = 248.537458171244 Gflops = 0.248537458171244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001341681 Relative Rsd = 5.8879167928023e-07
BICGSTAB_SOLVER_TIME: 0.900902 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162667999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04269 s
InvBiCGStab: k = 50 resid = 1.893526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201402(s) Flops=331057152 => 1643.76298149969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236646.514185027 Mflops = 236.646514185027 Gflops = 0.236646514185027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063511 s
InvBiCGStab: k = 73 resid = 6.718666e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313553(s) Flops=481978368 => 1537.15119294027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221308.256634384 Mflops = 221.308256634384 Gflops = 0.221308256634384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001037546 Relative Rsd = 4.55323354169531e-07
BICGSTAB_SOLVER_TIME: 0.62531 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047382 s
InvBiCGStab: k = 69 resid = 1.464426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262088(s) Flops=455731200 => 1738.84802051219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250342.634626758 Mflops = 250.342634626758 Gflops = 0.250342634626758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057043 s
InvBiCGStab: k = 87 resid = 1.042432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35441(s) Flops=573843456 => 1619.15142349257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233119.41245747 Mflops = 233.11941245747 Gflops = 0.23311941245747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001143487 Relative Rsd = 5.0181484935928e-07
BICGSTAB_SOLVER_TIME: 0.726572 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125508
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041374 s
InvBiCGStab: k = 53 resid = 2.196883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201844(s) Flops=350742528 => 1737.69112780167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250104.080697526 Mflops = 250.104080697526 Gflops = 0.250104080697526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061231 s
InvBiCGStab: k = 77 resid = 9.166332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289761(s) Flops=508225536 => 1753.94734281011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252515.446754865 Mflops = 252.515446754865 Gflops = 0.252515446754865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001081987 Relative Rsd = 4.74826005592818e-07
BICGSTAB_SOLVER_TIME: 0.597994 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107101
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002959(s) Flops=1516953600 => 1512.47817707404 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217797.940388014 Mflops = 217.797940388014 Gflops = 0.217797940388014 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168349000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040632 s
InvBiCGStab: k = 34 resid = 1.659162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125834(s) Flops=226068480 => 1796.56118378181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258600.101353462 Mflops = 258.600101353462 Gflops = 0.258600101353462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 44 resid = 9.04228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161535(s) Flops=291686400 => 1805.71640820875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259939.519092617 Mflops = 259.939519092617 Gflops = 0.259939519092617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007473298 Relative Rsd = 3.27962906586149e-07
BICGSTAB_SOLVER_TIME: 0.388043 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043601 s
InvBiCGStab: k = 82 resid = 1.303631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299997(s) Flops=541034496 => 1803.46635466355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259656.016994903 Mflops = 259.656016994903 Gflops = 0.259656016994903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056043 s
InvBiCGStab: k = 114 resid = 1.104758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415586(s) Flops=751011840 => 1807.11535037273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260188.280746517 Mflops = 260.188280746517 Gflops = 0.260188280746517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.00132813 Relative Rsd = 5.82845139022213e-07
BICGSTAB_SOLVER_TIME: 0.818924 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154145999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04577 s
InvBiCGStab: k = 60 resid = 2.221871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244584(s) Flops=396675072 => 1621.83573741537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233493.795973217 Mflops = 233.493795973217 Gflops = 0.233493795973217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05988 s
InvBiCGStab: k = 82 resid = 5.153523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380572(s) Flops=541034496 => 1421.63505460202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204687.058153073 Mflops = 204.687058153073 Gflops = 0.204687058153073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001036236 Relative Rsd = 4.54748302775214e-07
BICGSTAB_SOLVER_TIME: 0.735007 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045827 s
InvBiCGStab: k = 58 resid = 2.109784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264075(s) Flops=383551488 => 1452.4339221812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209110.622507908 Mflops = 209.110622507908 Gflops = 0.209110622507908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062591 s
InvBiCGStab: k = 85 resid = 9.777229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333339(s) Flops=560719872 => 1682.13101977266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242190.089976553 Mflops = 242.190089976553 Gflops = 0.242190089976553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001116319 Relative Rsd = 4.89892341906222e-07
BICGSTAB_SOLVER_TIME: 0.709544 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047856 s
InvBiCGStab: k = 61 resid = 1.658702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267324(s) Flops=403236864 => 1508.41998473762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217177.724742437 Mflops = 217.177724742437 Gflops = 0.217177724742437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058029 s
InvBiCGStab: k = 77 resid = 1.045788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302255(s) Flops=508225536 => 1681.44624902814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242071.408402312 Mflops = 242.071408402312 Gflops = 0.242071408402312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001126636 Relative Rsd = 4.94420003133114e-07
BICGSTAB_SOLVER_TIME: 0.679172 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112786
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983674(s) Flops=1491812352 => 1516.57190491972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218383.86144366 Mflops = 218.38386144366 Gflops = 0.21838386144366 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167195000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04246 s
InvBiCGStab: k = 23 resid = 2.129612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088316(s) Flops=153888768 => 1742.4789166176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250803.179779039 Mflops = 250.803179779039 Gflops = 0.250803179779039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057511 s
InvBiCGStab: k = 59 resid = 1.11011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220834(s) Flops=390113280 => 1766.54536891964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254317.634495925 Mflops = 254.317634495925 Gflops = 0.254317634495925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007651692 Relative Rsd = 3.35791646868101e-07
BICGSTAB_SOLVER_TIME: 0.412782 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040759 s
InvBiCGStab: k = 58 resid = 2.131713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212949(s) Flops=383551488 => 1801.14247073243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.285355913 Mflops = 259.303285355913 Gflops = 0.259303285355913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05663 s
InvBiCGStab: k = 72 resid = 1.004144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265052(s) Flops=475416576 => 1793.67284910131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258230.962460817 Mflops = 258.230962460817 Gflops = 0.258230962460817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001080067 Relative Rsd = 4.73983557343682e-07
BICGSTAB_SOLVER_TIME: 0.579076 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041729 s
InvBiCGStab: k = 56 resid = 2.18265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205184(s) Flops=370427904 => 1805.34497816594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259905.937646716 Mflops = 259.905937646716 Gflops = 0.259905937646716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 75 resid = 1.104216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273957(s) Flops=495101952 => 1807.22504626638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260185.065310257 Mflops = 260.185065310257 Gflops = 0.260185065310257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00102663 Relative Rsd = 4.50532791869864e-07
BICGSTAB_SOLVER_TIME: 0.580905 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107806
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049243 s
InvBiCGStab: k = 55 resid = 2.080269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216591(s) Flops=363866112 => 1679.96875216422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241781.731475165 Mflops = 241.781731475165 Gflops = 0.241781731475165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064143 s
InvBiCGStab: k = 100 resid = 5.227956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455017(s) Flops=659146752 => 1448.62005595395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208575.608668073 Mflops = 208.575608668073 Gflops = 0.208575608668073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001096743 Relative Rsd = 4.81301413302325e-07
BICGSTAB_SOLVER_TIME: 0.789059 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047887 s
InvBiCGStab: k = 57 resid = 1.376424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243528(s) Flops=376989696 => 1548.03429585099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222868.092056743 Mflops = 222.868092056743 Gflops = 0.222868092056743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061201 s
InvBiCGStab: k = 80 resid = 1.142457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304561(s) Flops=527910912 => 1733.3503370425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249555.401757583 Mflops = 249.555401757583 Gflops = 0.249555401757583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001115267 Relative Rsd = 4.89430962273842e-07
BICGSTAB_SOLVER_TIME: 0.660908 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112072
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906049(s) Flops=1454505984 => 1605.32817099296 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231164.03919411 Mflops = 231.16403919411 Gflops = 0.23116403919411 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161304000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041532 s
InvBiCGStab: k = 23 resid = 2.26809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09759(s) Flops=153888768 => 1576.89074700277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226987.842274009 Mflops = 226.987842274009 Gflops = 0.226987842274009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06438 s
InvBiCGStab: k = 51 resid = 1.024701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220943(s) Flops=337618944 => 1528.08165001833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219985.442245524 Mflops = 219.985442245524 Gflops = 0.219985442245524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.00072593 Relative Rsd = 3.1857167768979e-07
BICGSTAB_SOLVER_TIME: 0.42855 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04077 s
InvBiCGStab: k = 65 resid = 1.663271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246252(s) Flops=429484032 => 1744.08342673359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251098.976783921 Mflops = 251.098976783921 Gflops = 0.251098976783921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 81 resid = 1.104793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300957(s) Flops=534472704 => 1775.9105254239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255694.010516629 Mflops = 255.694010516629 Gflops = 0.255694010516629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00111993 Relative Rsd = 4.91477309430855e-07
BICGSTAB_SOLVER_TIME: 0.648134 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040479 s
InvBiCGStab: k = 62 resid = 1.920234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246609(s) Flops=409798656 => 1661.73438925587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239243.36771101 Mflops = 239.24336771101 Gflops = 0.23924336771101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071752 s
InvBiCGStab: k = 75 resid = 1.040275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341638(s) Flops=495101952 => 1449.20047535696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208654.850573166 Mflops = 208.654850573166 Gflops = 0.208654850573166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001060017 Relative Rsd = 4.65184392289605e-07
BICGSTAB_SOLVER_TIME: 0.704179 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057889 s
InvBiCGStab: k = 62 resid = 2.237814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244315(s) Flops=409798656 => 1677.3372736017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241497.605400412 Mflops = 241.497605400412 Gflops = 0.241497605400412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 85 resid = 1.106336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328208(s) Flops=560719872 => 1708.4284112514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245976.250158244 Mflops = 245.976250158244 Gflops = 0.245976250158244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001109033 Relative Rsd = 4.86695074545658e-07
BICGSTAB_SOLVER_TIME: 0.690486 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046193 s
InvBiCGStab: k = 53 resid = 2.23475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221244(s) Flops=350742528 => 1585.31995443944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228237.00073331 Mflops = 228.23700073331 Gflops = 0.22823700073331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060153 s
InvBiCGStab: k = 77 resid = 1.14273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320228(s) Flops=508225536 => 1587.07400976804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228495.161397071 Mflops = 228.495161397071 Gflops = 0.228495161397071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001038838 Relative Rsd = 4.55890078149377e-07
BICGSTAB_SOLVER_TIME: 0.651868 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106973
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904394(s) Flops=1429585920 => 1580.71141559984 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227626.221180378 Mflops = 227.626221180378 Gflops = 0.227626221180378 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158404000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.051958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862533(s) Flops=1335011328 => 1547.78000146081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222853.891410061 Mflops = 222.853891410061 Gflops = 0.222853891410061 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.113879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949293(s) Flops=1544988672 => 1627.51507911677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234358.067172807 Mflops = 234.358067172807 Gflops = 0.234358067172807 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.00204476 Relative Rsd = 8.99715154886089e-07
BICGSTAB_SOLVER_TIME: 1.815192 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312039999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.238914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805776(s) Flops=1282516992 => 1591.65449454935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229162.572662616 Mflops = 229.162572662616 Gflops = 0.229162572662616 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.14639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867312(s) Flops=1492494336 => 1720.82749460402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247796.689058469 Mflops = 247.796689058469 Gflops = 0.247796689058469 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.00206512 Relative Rsd = 9.07252610502739e-07
BICGSTAB_SOLVER_TIME: 1.676411 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.117589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300766999999998
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00633(s) Flops=1429585920 => 1420.59356274781 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204599.684320974 Mflops = 204.599684320974 Gflops = 0.204599684320974 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158101000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047475 s
InvBiCGStab: k = 26 resid = 2.207622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106712(s) Flops=173574144 => 1626.56630931854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234125.50914319 Mflops = 234.12550914319 Gflops = 0.23412550914319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055945 s
InvBiCGStab: k = 58 resid = 1.144696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223292(s) Flops=383551488 => 1717.71262741164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247282.018934593 Mflops = 247.282018934593 Gflops = 0.247282018934593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007928657 Relative Rsd = 3.4794617243659e-07
BICGSTAB_SOLVER_TIME: 0.437054 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04057 s
InvBiCGStab: k = 70 resid = 2.079168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268219(s) Flops=462292992 => 1723.56541482893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248140.628978652 Mflops = 248.140628978652 Gflops = 0.248140628978652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056454 s
InvBiCGStab: k = 118 resid = 6.781333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.503737(s) Flops=777259008 => 1542.98574057494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222161.191166826 Mflops = 222.161191166826 Gflops = 0.222161191166826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001289182 Relative Rsd = 5.65752635482566e-07
BICGSTAB_SOLVER_TIME: 0.872645 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148373999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048497 s
InvBiCGStab: k = 56 resid = 2.110561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216099(s) Flops=370427904 => 1714.15834409229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246784.342759028 Mflops = 246.784342759028 Gflops = 0.246784342759028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056716 s
InvBiCGStab: k = 71 resid = 1.002781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281117(s) Flops=468854784 => 1667.82792929634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240122.573577571 Mflops = 240.122573577571 Gflops = 0.240122573577571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001025013 Relative Rsd = 4.49823020279491e-07
BICGSTAB_SOLVER_TIME: 0.606968 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 64 resid = 1.899097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262497(s) Flops=422922240 => 1611.15075600864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231969.906670464 Mflops = 231.969906670464 Gflops = 0.231969906670464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061678 s
InvBiCGStab: k = 92 resid = 8.841063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352809(s) Flops=606652416 => 1719.49246192699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247564.637462228 Mflops = 247.564637462228 Gflops = 0.247564637462228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001137607 Relative Rsd = 4.99234576995976e-07
BICGSTAB_SOLVER_TIME: 0.721725 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041546 s
InvBiCGStab: k = 60 resid = 9.321356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229077(s) Flops=396675072 => 1731.6233057007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249275.235990226 Mflops = 249.275235990226 Gflops = 0.249275235990226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065107 s
InvBiCGStab: k = 84 resid = 1.010814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307072(s) Flops=554158080 => 1804.65193830763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.112947675 Mflops = 259.814112947675 Gflops = 0.259814112947675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001110859 Relative Rsd = 4.87496345518336e-07
BICGSTAB_SOLVER_TIME: 0.646545 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117035
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991294(s) Flops=1410932736 => 1423.32419645433 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204976.011899337 Mflops = 204.976011899337 Gflops = 0.204976011899337 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156167000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047974 s
InvBiCGStab: k = 35 resid = 1.651954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134951(s) Flops=232630272 => 1723.8128802306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248143.552445331 Mflops = 248.143552445331 Gflops = 0.248143552445331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067004 s
InvBiCGStab: k = 52 resid = 7.503381e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196061(s) Flops=344180736 => 1755.4778155778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252722.619137396 Mflops = 252.722619137396 Gflops = 0.252722619137396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007804939 Relative Rsd = 3.4251685146749e-07
BICGSTAB_SOLVER_TIME: 0.449631 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042975 s
InvBiCGStab: k = 72 resid = 1.597631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280811(s) Flops=475416576 => 1693.01265263825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243749.046839439 Mflops = 243.749046839439 Gflops = 0.243749046839439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055937 s
InvBiCGStab: k = 94 resid = 1.145497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352804(s) Flops=619776000 => 1756.71477647646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252921.286006051 Mflops = 252.921286006051 Gflops = 0.252921286006051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001230383 Relative Rsd = 5.39949094434614e-07
BICGSTAB_SOLVER_TIME: 0.736192 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046122 s
InvBiCGStab: k = 55 resid = 1.36277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230893(s) Flops=363866112 => 1575.90794004149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226886.053645263 Mflops = 226.886053645263 Gflops = 0.226886053645263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064299 s
InvBiCGStab: k = 69 resid = 1.048665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308908(s) Flops=455731200 => 1475.29749957916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212411.5534302 Mflops = 212.4115534302 Gflops = 0.2124115534302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001025327 Relative Rsd = 4.49960805781487e-07
BICGSTAB_SOLVER_TIME: 0.654104 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102763
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040654 s
InvBiCGStab: k = 62 resid = 1.792695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249879(s) Flops=409798656 => 1639.98837837513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236109.060915475 Mflops = 236.109060915475 Gflops = 0.236109060915475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062858 s
InvBiCGStab: k = 88 resid = 4.227534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349666(s) Flops=580405248 => 1659.88471284025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238983.013030039 Mflops = 238.983013030039 Gflops = 0.238983013030039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001116719 Relative Rsd = 4.90068137201872e-07
BICGSTAB_SOLVER_TIME: 0.706803 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042699 s
InvBiCGStab: k = 64 resid = 9.91432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25026(s) Flops=422922240 => 1689.93143131144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243301.847345403 Mflops = 243.301847345403 Gflops = 0.243301847345403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058476 s
InvBiCGStab: k = 82 resid = 1.00565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31505(s) Flops=541034496 => 1717.29724170767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247245.906915144 Mflops = 247.245906915144 Gflops = 0.247245906915144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001088968 Relative Rsd = 4.77889625614404e-07
BICGSTAB_SOLVER_TIME: 0.670133 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118532
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920689(s) Flops=1398325248 => 1518.78131269082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218707.087498007 Mflops = 218.707087498007 Gflops = 0.218707087498007 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154806000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042021 s
InvBiCGStab: k = 31 resid = 2.21275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121255(s) Flops=206383104 => 1702.05850480393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244994.530795898 Mflops = 244.994530795898 Gflops = 0.244994530795898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058613 s
InvBiCGStab: k = 45 resid = 1.064706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187792(s) Flops=298248192 => 1588.18369259606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228619.016414106 Mflops = 228.619016414106 Gflops = 0.228619016414106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007570517 Relative Rsd = 3.32229352658534e-07
BICGSTAB_SOLVER_TIME: 0.415352 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 56 resid = 1.454326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208608(s) Flops=370427904 => 1775.71283939254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255647.433830851 Mflops = 255.647433830851 Gflops = 0.255647433830851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057306 s
InvBiCGStab: k = 82 resid = 1.060433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3295(s) Flops=541034496 => 1641.98633080425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236405.938344135 Mflops = 236.405938344135 Gflops = 0.236405938344135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001068057 Relative Rsd = 4.6871286595697e-07
BICGSTAB_SOLVER_TIME: 0.64103 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042254 s
InvBiCGStab: k = 54 resid = 1.492282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207791(s) Flops=357304320 => 1719.53703480901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247549.249163874 Mflops = 247.549249163874 Gflops = 0.247549249163874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 69 resid = 1.069473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286316(s) Flops=455731200 => 1591.70706492128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229163.24692633 Mflops = 229.16324692633 Gflops = 0.22916324692633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001025567 Relative Rsd = 4.50066456659547e-07
BICGSTAB_SOLVER_TIME: 0.596654 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044502 s
InvBiCGStab: k = 56 resid = 1.622166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225283(s) Flops=370427904 => 1644.27810354088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236595.246829451 Mflops = 236.595246829451 Gflops = 0.236595246829451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066013 s
InvBiCGStab: k = 81 resid = 8.730502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360369(s) Flops=534472704 => 1483.12619564946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213525.638893352 Mflops = 213.525638893352 Gflops = 0.213525638893352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001060009 Relative Rsd = 4.65180969364639e-07
BICGSTAB_SOLVER_TIME: 0.700144 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045706 s
InvBiCGStab: k = 46 resid = 1.796072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180141(s) Flops=304809984 => 1692.06335037554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243585.616077126 Mflops = 243.585616077126 Gflops = 0.243585616077126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 79 resid = 6.811772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315562(s) Flops=521349120 => 1652.12896356342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237871.152641729 Mflops = 237.871152641729 Gflops = 0.237871152641729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001050499 Relative Rsd = 4.61007708592826e-07
BICGSTAB_SOLVER_TIME: 0.601731 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103553
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.884868(s) Flops=1391984640 => 1573.09863166032 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226531.612399478 Mflops = 226.531612399478 Gflops = 0.226531612399478 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154103000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048947 s
InvBiCGStab: k = 35 resid = 2.028551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146255(s) Flops=232630272 => 1590.5799596595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228977.433094991 Mflops = 228.977433094991 Gflops = 0.228977433094991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070071 s
InvBiCGStab: k = 47 resid = 1.015696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220784(s) Flops=311371776 => 1410.30045655482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203030.210859184 Mflops = 203.030210859184 Gflops = 0.203030210859184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007409892 Relative Rsd = 3.25180349575032e-07
BICGSTAB_SOLVER_TIME: 0.490313 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041763 s
InvBiCGStab: k = 57 resid = 1.525824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23735(s) Flops=376989696 => 1588.32819043606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228675.128130353 Mflops = 228.675128130353 Gflops = 0.228675128130353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057263 s
InvBiCGStab: k = 81 resid = 1.055628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316478(s) Flops=534472704 => 1688.81471697875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243147.559455784 Mflops = 243.147559455784 Gflops = 0.243147559455784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00109184 Relative Rsd = 4.79150130505304e-07
BICGSTAB_SOLVER_TIME: 0.656461 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045128 s
InvBiCGStab: k = 50 resid = 1.996303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189237(s) Flops=331057152 => 1749.43141140475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251858.658099543 Mflops = 251.858658099543 Gflops = 0.251858658099543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062849 s
InvBiCGStab: k = 66 resid = 1.05309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249755(s) Flops=436045824 => 1745.89427238694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251354.632229338 Mflops = 251.354632229338 Gflops = 0.251354632229338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.00100759 Relative Rsd = 4.42177278762148e-07
BICGSTAB_SOLVER_TIME: 0.550638 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971180000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041628 s
InvBiCGStab: k = 59 resid = 2.20397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216923(s) Flops=390113280 => 1798.39519092028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258913.829160208 Mflops = 258.913829160208 Gflops = 0.258913829160208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057059 s
InvBiCGStab: k = 77 resid = 1.124263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31067(s) Flops=508225536 => 1635.90155470435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235529.748150046 Mflops = 235.529748150046 Gflops = 0.235529748150046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001086783 Relative Rsd = 4.76930746827986e-07
BICGSTAB_SOLVER_TIME: 0.629917 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040691 s
InvBiCGStab: k = 53 resid = 2.006959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207013(s) Flops=350742528 => 1694.30194239009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243921.539135227 Mflops = 243.921539135227 Gflops = 0.243921539135227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064225 s
InvBiCGStab: k = 72 resid = 1.118622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293947(s) Flops=475416576 => 1617.35474762457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232850.27302611 Mflops = 232.85027302611 Gflops = 0.23285027302611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00108422 Relative Rsd = 4.75805932813357e-07
BICGSTAB_SOLVER_TIME: 0.609634 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103607
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.892756(s) Flops=1398104064 => 1566.05395427194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225529.479014852 Mflops = 225.529479014852 Gflops = 0.225529479014852 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154752000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 2.231267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.941459(s) Flops=1380943872 => 1466.81254520909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211230.29133521 Mflops = 211.23029133521 Gflops = 0.21123029133521 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.124778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.020539(s) Flops=1636853760 => 1603.91103132756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230960.708511966 Mflops = 230.960708511966 Gflops = 0.230960708511966 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002254147 Relative Rsd = 9.91851622964804e-07
BICGSTAB_SOLVER_TIME: 1.965405 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.118691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326943999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 2.244683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.682904(s) Flops=1230022656 => 1801.1648137952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259343.346044414 Mflops = 259.343346044414 Gflops = 0.259343346044414 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.124844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799337(s) Flops=1407191040 => 1760.44777109029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253500.373863897 Mflops = 253.500373863897 Gflops = 0.253500373863897 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001929764 Relative Rsd = 8.47752997256693e-07
BICGSTAB_SOLVER_TIME: 1.4855 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.114604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285841999999997
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973412(s) Flops=1398104064 => 1436.29220104129 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206923.826239489 Mflops = 206.923826239489 Gflops = 0.206923826239489 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154828000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042004 s
InvBiCGStab: k = 34 resid = 1.82814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133914(s) Flops=226068480 => 1688.16165598817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243018.996749097 Mflops = 243.018996749097 Gflops = 0.243018996749097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062598 s
InvBiCGStab: k = 47 resid = 9.451254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202369(s) Flops=311371776 => 1538.63376307636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221507.135022537 Mflops = 221.507135022537 Gflops = 0.221507135022537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007413121 Relative Rsd = 3.25322068886318e-07
BICGSTAB_SOLVER_TIME: 0.445786 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041506 s
InvBiCGStab: k = 77 resid = 2.157375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314553(s) Flops=508225536 => 1615.70716540615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232620.305679984 Mflops = 232.620305679984 Gflops = 0.232620305679984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057228 s
InvBiCGStab: k = 103 resid = 8.625777e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411773(s) Flops=678832128 => 1648.55910416662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237359.81845675 Mflops = 237.35981845675 Gflops = 0.23735981845675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001260388 Relative Rsd = 5.53116473718279e-07
BICGSTAB_SOLVER_TIME: 0.828983 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142795
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04608 s
InvBiCGStab: k = 54 resid = 2.086762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234028(s) Flops=357304320 => 1526.75884936845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219809.175727485 Mflops = 219.809175727485 Gflops = 0.219809175727485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060891 s
InvBiCGStab: k = 73 resid = 1.108795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306422(s) Flops=481978368 => 1572.92351071398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226463.124432611 Mflops = 226.463124432611 Gflops = 0.226463124432611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001070847 Relative Rsd = 4.69937149149347e-07
BICGSTAB_SOLVER_TIME: 0.651075 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104884
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 56 resid = 2.21129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208046(s) Flops=370427904 => 1780.50961806524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256340.771285191 Mflops = 256.340771285191 Gflops = 0.256340771285191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056951 s
InvBiCGStab: k = 82 resid = 7.583462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30002(s) Flops=541034496 => 1803.32809812679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.351668626 Mflops = 259.628351668626 Gflops = 0.259628351668626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001126188 Relative Rsd = 4.94223517022369e-07
BICGSTAB_SOLVER_TIME: 0.609952 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04059 s
InvBiCGStab: k = 56 resid = 2.145007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205139(s) Flops=370427904 => 1805.74100487962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.110307083 Mflops = 259.956110307083 Gflops = 0.259956110307083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 76 resid = 1.067017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277667(s) Flops=501663744 => 1806.70999434575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260111.847742626 Mflops = 260.111847742626 Gflops = 0.260111847742626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0010748 Relative Rsd = 4.71672112311304e-07
BICGSTAB_SOLVER_TIME: 0.583747 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108463
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.90044(s) Flops=1422802944 => 1580.11965705655 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227533.696573556 Mflops = 227.533696573556 Gflops = 0.227533696573556 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157522000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.493859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044051 s
InvBiCGStab: k = 26 resid = 2.265425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100797(s) Flops=173574144 => 1722.01696479062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247835.79248775 Mflops = 247.83579248775 Gflops = 0.24783579248775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056957 s
InvBiCGStab: k = 56 resid = 9.935929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206679(s) Flops=370427904 => 1792.28612486029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258021.302285421 Mflops = 258.021302285421 Gflops = 0.258021302285421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007674507 Relative Rsd = 3.36792877964922e-07
BICGSTAB_SOLVER_TIME: 0.41218 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040619 s
InvBiCGStab: k = 78 resid = 2.229963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285256(s) Flops=514787328 => 1804.65030709258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.342392712 Mflops = 259.824342392712 Gflops = 0.259824342392712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056455 s
InvBiCGStab: k = 102 resid = 9.913917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372779(s) Flops=672270336 => 1803.40184398799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259649.128698363 Mflops = 259.649128698363 Gflops = 0.259649128698363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001284091 Relative Rsd = 5.63518487248305e-07
BICGSTAB_SOLVER_TIME: 0.758801 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040884 s
InvBiCGStab: k = 57 resid = 2.053007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208507(s) Flops=376989696 => 1808.04335585856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260304.908042391 Mflops = 260.304908042391 Gflops = 0.260304908042391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059755 s
InvBiCGStab: k = 71 resid = 1.08434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296925(s) Flops=468854784 => 1579.0343824198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227347.118391315 Mflops = 227.347118391315 Gflops = 0.227347118391315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001046484 Relative Rsd = 4.59245566384869e-07
BICGSTAB_SOLVER_TIME: 0.609957 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047968 s
InvBiCGStab: k = 56 resid = 1.702915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235131(s) Flops=370427904 => 1575.41074549932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226822.443457775 Mflops = 226.822443457775 Gflops = 0.226822443457775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056641 s
InvBiCGStab: k = 91 resid = 6.488627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338322(s) Flops=600090624 => 1773.72628442726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255371.66291597 Mflops = 255.37166291597 Gflops = 0.25537166291597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00113583 Relative Rsd = 4.98454865341742e-07
BICGSTAB_SOLVER_TIME: 0.68179 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 56 resid = 2.18366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207547(s) Flops=370427904 => 1784.7904522831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256947.073322156 Mflops = 256.947073322156 Gflops = 0.256947073322156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 93 resid = 4.797533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338899(s) Flops=613214208 => 1809.43056190782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260511.606804326 Mflops = 260.511606804326 Gflops = 0.260511606804326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001113046 Relative Rsd = 4.88456143896536e-07
BICGSTAB_SOLVER_TIME: 0.647664 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120683000000001
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967233(s) Flops=1435484160 => 1484.11412761972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213718.268628667 Mflops = 213.718268628667 Gflops = 0.213718268628667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158981000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042768 s
InvBiCGStab: k = 27 resid = 2.150804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116308(s) Flops=180135936 => 1548.7837122124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222933.756370319 Mflops = 222.933756370319 Gflops = 0.222933756370319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057264 s
InvBiCGStab: k = 49 resid = 1.077598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189896(s) Flops=324495360 => 1708.80566204659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245999.160853007 Mflops = 245.999160853007 Gflops = 0.245999160853007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000735421 Relative Rsd = 3.22736789856646e-07
BICGSTAB_SOLVER_TIME: 0.409908 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042892 s
InvBiCGStab: k = 56 resid = 1.470935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208504(s) Flops=370427904 => 1776.59854966811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255774.103396044 Mflops = 255.774103396044 Gflops = 0.255774103396044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058473 s
InvBiCGStab: k = 81 resid = 8.127274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313852(s) Flops=534472704 => 1702.94503141608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245169.864424729 Mflops = 245.169864424729 Gflops = 0.245169864424729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001068571 Relative Rsd = 4.68938421385711e-07
BICGSTAB_SOLVER_TIME: 0.627401 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048464 s
InvBiCGStab: k = 50 resid = 2.17862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191641(s) Flops=331057152 => 1727.48603900001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248700.357531151 Mflops = 248.700357531151 Gflops = 0.24870035753115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058361 s
InvBiCGStab: k = 69 resid = 1.146236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257526(s) Flops=455731200 => 1769.65121968267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254775.5281787 Mflops = 254.7755281787 Gflops = 0.2547755281787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001047586 Relative Rsd = 4.59729067308449e-07
BICGSTAB_SOLVER_TIME: 0.559671 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993160000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041342 s
InvBiCGStab: k = 57 resid = 2.268557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224265(s) Flops=376989696 => 1681.00103003144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242015.579295923 Mflops = 242.015579295923 Gflops = 0.242015579295923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067741 s
InvBiCGStab: k = 84 resid = 9.67313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362041(s) Flops=554158080 => 1530.65006449546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220384.79626281 Mflops = 220.38479626281 Gflops = 0.22038479626281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001114624 Relative Rsd = 4.89148800862078e-07
BICGSTAB_SOLVER_TIME: 0.699773 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114797
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043654 s
InvBiCGStab: k = 50 resid = 2.261995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192662(s) Flops=331057152 => 1718.33133674518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247378.508561545 Mflops = 247.378508561545 Gflops = 0.247378508561545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061693 s
InvBiCGStab: k = 76 resid = 1.09849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307312(s) Flops=501663744 => 1632.42484510855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235032.531108701 Mflops = 235.032531108701 Gflops = 0.235032531108701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001076457 Relative Rsd = 4.72399253968669e-07
BICGSTAB_SOLVER_TIME: 0.609306 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104175
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950322(s) Flops=1441898496 => 1517.27361462746 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218555.745238502 Mflops = 218.555745238502 Gflops = 0.218555745238502 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159930000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048005 s
InvBiCGStab: k = 27 resid = 1.781951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118462(s) Flops=180135936 => 1520.62210666712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218875.420167596 Mflops = 218.875420167596 Gflops = 0.218875420167596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072087 s
InvBiCGStab: k = 59 resid = 1.101404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230421(s) Flops=390113280 => 1693.04568594008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243734.987421583 Mflops = 243.734987421583 Gflops = 0.243734987421583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007294981 Relative Rsd = 3.20137538140731e-07
BICGSTAB_SOLVER_TIME: 0.472622 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046404 s
InvBiCGStab: k = 62 resid = 1.708406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245047(s) Flops=409798656 => 1672.32676180488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240762.97400572 Mflops = 240.76297400572 Gflops = 0.24076297400572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056755 s
InvBiCGStab: k = 72 resid = 9.969428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268629(s) Flops=475416576 => 1769.78872720369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254788.03797411 Mflops = 254.78803797411 Gflops = 0.25478803797411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001097364 Relative Rsd = 4.81573970088811e-07
BICGSTAB_SOLVER_TIME: 0.620541 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109976
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047117 s
InvBiCGStab: k = 53 resid = 1.801799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198683(s) Flops=350742528 => 1765.33738669136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254150.79888979 Mflops = 254.15079888979 Gflops = 0.25415079888979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059199 s
InvBiCGStab: k = 71 resid = 1.14991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271034(s) Flops=468854784 => 1729.87442165928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249048.270753939 Mflops = 249.048270753939 Gflops = 0.249048270753939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001021503 Relative Rsd = 4.48282908398444e-07
BICGSTAB_SOLVER_TIME: 0.579606 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102883
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040643 s
InvBiCGStab: k = 61 resid = 1.808892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231315(s) Flops=403236864 => 1743.23698852215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250978.318386494 Mflops = 250.978318386494 Gflops = 0.250978318386494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 85 resid = 7.089534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33261(s) Flops=560719872 => 1685.81784071435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242722.847507062 Mflops = 242.722847507062 Gflops = 0.242722847507062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001124082 Relative Rsd = 4.93299276193071e-07
BICGSTAB_SOLVER_TIME: 0.665116 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047938 s
InvBiCGStab: k = 55 resid = 1.943134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254997(s) Flops=363866112 => 1426.94271697314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205446.276432454 Mflops = 205.446276432454 Gflops = 0.205446276432454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059899 s
InvBiCGStab: k = 75 resid = 1.144793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323046(s) Flops=495101952 => 1532.60511506101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220653.143984909 Mflops = 220.653143984909 Gflops = 0.220653143984909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047848 Relative Rsd = 4.59844220634923e-07
BICGSTAB_SOLVER_TIME: 0.689893 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107012
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95841(s) Flops=1442119680 => 1504.7001596394 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216813.209514089 Mflops = 216.813209514089 Gflops = 0.216813209514089 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159869000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.969787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.975042(s) Flops=1459685376 => 1497.04871790138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215516.996953168 Mflops = 215.516996953168 Gflops = 0.215516996953168 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 9.429263e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.941901(s) Flops=1597483008 => 1696.02007854329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244221.858642169 Mflops = 244.221858642169 Gflops = 0.244221858642169 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002484767 Relative Rsd = 1.09335315811779e-06
BICGSTAB_SOLVER_TIME: 1.920348 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.121624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332074999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.252572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727755(s) Flops=1210337280 => 1663.11090957809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239429.419287016 Mflops = 239.429419287016 Gflops = 0.239429419287016 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.200341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832671(s) Flops=1407191040 => 1689.9724380938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243354.28566949 Mflops = 243.35428566949 Gflops = 0.24335428566949 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001982157 Relative Rsd = 8.70758206569701e-07
BICGSTAB_SOLVER_TIME: 1.5639 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.13029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283884999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975004(s) Flops=1442119680 => 1479.0910396265 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212987.526063411 Mflops = 212.987526063411 Gflops = 0.212987526063411 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159692000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042958 s
InvBiCGStab: k = 25 resid = 2.213552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098005(s) Flops=167012352 => 1704.12072853426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245279.216696525 Mflops = 245.279216696525 Gflops = 0.245279216696525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060639 s
InvBiCGStab: k = 54 resid = 1.030839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203964(s) Flops=357304320 => 1751.80090604224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252207.027263994 Mflops = 252.207027263994 Gflops = 0.252207027263994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007667667 Relative Rsd = 3.36492733424978e-07
BICGSTAB_SOLVER_TIME: 0.409121 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706660000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 71 resid = 1.454745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28133(s) Flops=468854784 => 1666.56518679131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239937.60862443 Mflops = 239.93760862443 Gflops = 0.23993760862443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069544 s
InvBiCGStab: k = 90 resid = 1.005317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397951(s) Flops=593528832 => 1491.46209457948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214742.75871071 Mflops = 214.74275871071 Gflops = 0.21474275871071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001225192 Relative Rsd = 5.37671010148548e-07
BICGSTAB_SOLVER_TIME: 0.794078 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126441
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043536 s
InvBiCGStab: k = 53 resid = 2.186152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199097(s) Flops=350742528 => 1761.66656453889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253614.489711627 Mflops = 253.614489711627 Gflops = 0.253614489711627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062268 s
InvBiCGStab: k = 78 resid = 6.487094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309251(s) Flops=514787328 => 1664.62623564677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239668.456182657 Mflops = 239.668456182657 Gflops = 0.239668456182657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001004218 Relative Rsd = 4.40697400142819e-07
BICGSTAB_SOLVER_TIME: 0.617824 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 62 resid = 2.21767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233977(s) Flops=409798656 => 1751.44845860918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252159.684481694 Mflops = 252.159684481694 Gflops = 0.252159684481694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056731 s
InvBiCGStab: k = 89 resid = 1.119151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343942(s) Flops=586967040 => 1706.58727343564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245701.434014115 Mflops = 245.701434014115 Gflops = 0.245701434014115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001157454 Relative Rsd = 5.07944184028177e-07
BICGSTAB_SOLVER_TIME: 0.679748 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121895
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 65 resid = 1.884426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281431(s) Flops=429484032 => 1526.07222374223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219717.251400188 Mflops = 219.717251400188 Gflops = 0.219717251400188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063132 s
InvBiCGStab: k = 75 resid = 1.14496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278874(s) Flops=495101952 => 1775.36074356161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255607.060815709 Mflops = 255.607060815709 Gflops = 0.255607060815709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001122709 Relative Rsd = 4.92696790310593e-07
BICGSTAB_SOLVER_TIME: 0.668029 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114217
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048582(s) Flops=1442193408 => 1375.37494254145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198063.307517082 Mflops = 198.063307517082 Gflops = 0.198063307517082 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159562000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043958 s
InvBiCGStab: k = 29 resid = 2.088649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122356(s) Flops=193259520 => 1579.48543594102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227339.660911976 Mflops = 227.339660911976 Gflops = 0.227339660911976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058168 s
InvBiCGStab: k = 49 resid = 9.496241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197359(s) Flops=324495360 => 1644.1883065885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236672.901770381 Mflops = 236.672901770381 Gflops = 0.236672901770381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007811073 Relative Rsd = 3.42786061961658e-07
BICGSTAB_SOLVER_TIME: 0.425773 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050762 s
InvBiCGStab: k = 71 resid = 2.168648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279437(s) Flops=468854784 => 1677.85505856418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241569.543098087 Mflops = 241.569543098087 Gflops = 0.241569543098087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057902 s
InvBiCGStab: k = 99 resid = 1.142283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377262(s) Flops=652584960 => 1729.79245192996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249046.589721763 Mflops = 249.046589721763 Gflops = 0.249046589721763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001240918 Relative Rsd = 5.44572291029965e-07
BICGSTAB_SOLVER_TIME: 0.769291 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046146 s
InvBiCGStab: k = 55 resid = 1.443481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226776(s) Flops=363866112 => 1604.51772674357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231004.15522218 Mflops = 231.00415522218 Gflops = 0.23100415522218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070328 s
InvBiCGStab: k = 69 resid = 1.107802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307396(s) Flops=455731200 => 1482.55409959791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213447.232357338 Mflops = 213.447232357338 Gflops = 0.213447232357338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001001876 Relative Rsd = 4.3966944979589e-07
BICGSTAB_SOLVER_TIME: 0.654291 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044543 s
InvBiCGStab: k = 59 resid = 1.768212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221549(s) Flops=390113280 => 1760.84423761786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253504.318860982 Mflops = 253.504318860982 Gflops = 0.253504318860982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057184 s
InvBiCGStab: k = 79 resid = 1.148497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302066(s) Flops=521349120 => 1725.94439625777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248494.283702929 Mflops = 248.494283702929 Gflops = 0.248494283702929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001115134 Relative Rsd = 4.89372466018823e-07
BICGSTAB_SOLVER_TIME: 0.62911 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 58 resid = 2.159833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220111(s) Flops=383551488 => 1742.53666559145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250874.085695635 Mflops = 250.874085695635 Gflops = 0.250874085695635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056942 s
InvBiCGStab: k = 89 resid = 6.798863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338785(s) Flops=586967040 => 1732.56501911242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249469.650466955 Mflops = 249.469650466955 Gflops = 0.249469650466955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001111964 Relative Rsd = 4.8798148127175e-07
BICGSTAB_SOLVER_TIME: 0.66095 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119218000000001
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992795(s) Flops=1436073984 => 1446.49598759059 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208401.397837195 Mflops = 208.401397837195 Gflops = 0.208401397837195 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159012000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.48021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04273 s
InvBiCGStab: k = 25 resid = 2.086811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108992(s) Flops=167012352 => 1532.3358778626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220576.147975123 Mflops = 220.576147975123 Gflops = 0.220576147975123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056452 s
InvBiCGStab: k = 51 resid = 7.193152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201457(s) Flops=337618944 => 1675.88589128201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241250.244991882 Mflops = 241.250244991882 Gflops = 0.241250244991882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007362855 Relative Rsd = 3.23116172555135e-07
BICGSTAB_SOLVER_TIME: 0.413258 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045656 s
InvBiCGStab: k = 53 resid = 1.47228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209042(s) Flops=350742528 => 1677.85673692368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241553.096825693 Mflops = 241.553096825693 Gflops = 0.241553096825693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064199 s
InvBiCGStab: k = 80 resid = 1.041143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330445(s) Flops=527910912 => 1597.57572969783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230013.506081846 Mflops = 230.013506081846 Gflops = 0.230013506081846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001076439 Relative Rsd = 4.72391284173226e-07
BICGSTAB_SOLVER_TIME: 0.653007 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040965 s
InvBiCGStab: k = 49 resid = 2.080718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179779(s) Flops=324495360 => 1804.96809972244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259846.520827835 Mflops = 259.846520827835 Gflops = 0.259846520827835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 81 resid = 1.1234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326098(s) Flops=534472704 => 1638.99411833253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235970.891910956 Mflops = 235.970891910956 Gflops = 0.235970891910956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001041921 Relative Rsd = 4.57243308544957e-07
BICGSTAB_SOLVER_TIME: 0.606974 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04836 s
InvBiCGStab: k = 61 resid = 2.225263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273195(s) Flops=403236864 => 1476.00382144622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212503.330019784 Mflops = 212.503330019784 Gflops = 0.212503330019784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061066 s
InvBiCGStab: k = 83 resid = 1.008261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32103(s) Flops=547596288 => 1705.7480235492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245585.832095491 Mflops = 245.585832095491 Gflops = 0.245585832095491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001118697 Relative Rsd = 4.9093582313658e-07
BICGSTAB_SOLVER_TIME: 0.707267 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041425 s
InvBiCGStab: k = 63 resid = 1.031467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235942(s) Flops=416360448 => 1764.67287723254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254072.01946797 Mflops = 254.07201946797 Gflops = 0.25407201946797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059016 s
InvBiCGStab: k = 76 resid = 9.930673e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285907(s) Flops=501663744 => 1754.63959959008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252623.947621012 Mflops = 252.623947621012 Gflops = 0.252623947621012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001085575 Relative Rsd = 4.76400704342553e-07
BICGSTAB_SOLVER_TIME: 0.625908 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113599
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929287(s) Flops=1429880832 => 1538.68593018088 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221571.290658107 Mflops = 221.571290658107 Gflops = 0.221571290658107 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158414000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.479578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021147
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046583 s
InvBiCGStab: k = 28 resid = 2.18579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130314(s) Flops=186697728 => 1432.67590588885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206229.126486345 Mflops = 206.229126486345 Gflops = 0.206229126486345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063052 s
InvBiCGStab: k = 48 resid = 1.09233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202753(s) Flops=317933568 => 1568.08317509482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225760.180927249 Mflops = 225.760180927249 Gflops = 0.225760180927249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007590574 Relative Rsd = 3.33109529714946e-07
BICGSTAB_SOLVER_TIME: 0.446488 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042556 s
InvBiCGStab: k = 55 resid = 1.634449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233159(s) Flops=363866112 => 1560.5921795856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224680.41160933 Mflops = 224.68041160933 Gflops = 0.22468041160933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065405 s
InvBiCGStab: k = 78 resid = 8.31016e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308671(s) Flops=514787328 => 1667.75410712377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240119.506498808 Mflops = 240.119506498808 Gflops = 0.240119506498808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001106559 Relative Rsd = 4.85609189916465e-07
BICGSTAB_SOLVER_TIME: 0.653452 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049824 s
InvBiCGStab: k = 49 resid = 2.188432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208434(s) Flops=324495360 => 1556.82546993293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224126.32574915 Mflops = 224.12632574915 Gflops = 0.22412632574915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06275 s
InvBiCGStab: k = 67 resid = 1.093422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246518(s) Flops=442607616 => 1795.43731492224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258475.730820866 Mflops = 258.475730820866 Gflops = 0.258475730820866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001034714 Relative Rsd = 4.54080219345623e-07
BICGSTAB_SOLVER_TIME: 0.571252 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975760000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042381 s
InvBiCGStab: k = 63 resid = 1.81932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242475(s) Flops=416360448 => 1717.12732446644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247227.561771746 Mflops = 247.227561771746 Gflops = 0.247227561771746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060667 s
InvBiCGStab: k = 82 resid = 6.514908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352991(s) Flops=541034496 => 1532.71470377432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220674.532448777 Mflops = 220.674532448777 Gflops = 0.220674532448777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001143655 Relative Rsd = 5.01888774320862e-07
BICGSTAB_SOLVER_TIME: 0.702851 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045685 s
InvBiCGStab: k = 53 resid = 2.268068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224667(s) Flops=350742528 => 1561.16620598486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224766.01959108 Mflops = 224.76601959108 Gflops = 0.22476601959108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057335 s
InvBiCGStab: k = 73 resid = 1.083664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27265(s) Flops=481978368 => 1767.75487988263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254498.901786359 Mflops = 254.498901786359 Gflops = 0.254498901786359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001017244 Relative Rsd = 4.46413838101619e-07
BICGSTAB_SOLVER_TIME: 0.60541 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104182
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91248(s) Flops=1423835136 => 1560.401472909 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224710.059314233 Mflops = 224.710059314233 Gflops = 0.224710059314233 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157622000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.948025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947487(s) Flops=1387505664 => 1464.40601718018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210808.838157116 Mflops = 210.808838157116 Gflops = 0.210808838157116 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 1.115212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993222(s) Flops=1656539136 => 1667.84378114863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240166.314001232 Mflops = 240.166314001232 Gflops = 0.240166314001232 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.002152015 Relative Rsd = 9.46959381637118e-07
BICGSTAB_SOLVER_TIME: 1.944069 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.12739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329804999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.362674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688297(s) Flops=1190651904 => 1729.85194472735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249030.279202664 Mflops = 249.030279202664 Gflops = 0.249030279202664 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 9.873902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810176(s) Flops=1348134912 => 1664.0025278458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239609.508533315 Mflops = 239.609508533315 Gflops = 0.239609508533315 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001989773 Relative Rsd = 8.74107211438888e-07
BICGSTAB_SOLVER_TIME: 1.502472 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.122345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275197999999998
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.903929(s) Flops=1423835136 => 1575.1625802469 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226837.403023279 Mflops = 226.837403023279 Gflops = 0.226837403023279 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157599000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045433 s
InvBiCGStab: k = 31 resid = 2.237383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124787(s) Flops=206383104 => 1653.88304871501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238076.909374476 Mflops = 238.076909374476 Gflops = 0.238076909374476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058324 s
InvBiCGStab: k = 48 resid = 1.090323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176224(s) Flops=317933568 => 1804.14454330852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259715.183700727 Mflops = 259.715183700727 Gflops = 0.259715183700727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0006895232 Relative Rsd = 3.02594715614304e-07
BICGSTAB_SOLVER_TIME: 0.408421 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046784 s
InvBiCGStab: k = 78 resid = 1.715898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33638(s) Flops=514787328 => 1530.37436232832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220338.427583221 Mflops = 220.338427583221 Gflops = 0.220338427583221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072927 s
InvBiCGStab: k = 104 resid = 1.097917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468054(s) Flops=685393920 => 1464.34795985079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210838.199898461 Mflops = 210.838199898461 Gflops = 0.210838199898461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001284901 Relative Rsd = 5.6387411382576e-07
BICGSTAB_SOLVER_TIME: 0.927901 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145312999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042116 s
InvBiCGStab: k = 51 resid = 2.262522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20975(s) Flops=337618944 => 1609.62547794994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231737.801823192 Mflops = 231.737801823192 Gflops = 0.231737801823192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057619 s
InvBiCGStab: k = 77 resid = 1.131756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310405(s) Flops=508225536 => 1637.29816207857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235725.430158672 Mflops = 235.725430158672 Gflops = 0.235725430158672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001023089 Relative Rsd = 4.48978988288952e-07
BICGSTAB_SOLVER_TIME: 0.626993 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105775
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046094 s
InvBiCGStab: k = 64 resid = 1.992317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242943(s) Flops=422922240 => 1740.82908336523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250620.500966569 Mflops = 250.620500966569 Gflops = 0.250620500966569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060109 s
InvBiCGStab: k = 85 resid = 8.539507e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342347(s) Flops=560719872 => 1637.8699740322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235817.663041145 Mflops = 235.817663041145 Gflops = 0.235817663041145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00116543 Relative Rsd = 5.11444712323057e-07
BICGSTAB_SOLVER_TIME: 0.695296 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120532
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 69 resid = 1.904681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252128(s) Flops=455731200 => 1807.53902779541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260250.861702398 Mflops = 260.250861702398 Gflops = 0.260250861702398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057525 s
InvBiCGStab: k = 76 resid = 1.037816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279666(s) Flops=501663744 => 1793.79597090815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258249.540999374 Mflops = 258.249540999374 Gflops = 0.258249540999374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001085215 Relative Rsd = 4.76242585644489e-07
BICGSTAB_SOLVER_TIME: 0.634403 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1179
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974427(s) Flops=1417568256 => 1454.77111779538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209488.209606856 Mflops = 209.488209606856 Gflops = 0.209488209606856 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156776000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046303 s
InvBiCGStab: k = 39 resid = 1.664649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155318(s) Flops=258877440 => 1666.75749108281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239931.098859912 Mflops = 239.931098859912 Gflops = 0.239931098859912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063607 s
InvBiCGStab: k = 47 resid = 7.792829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204088(s) Flops=311371776 => 1525.67410136804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219627.435998677 Mflops = 219.627435998677 Gflops = 0.219627435998677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007611837 Relative Rsd = 3.34042634387254e-07
BICGSTAB_SOLVER_TIME: 0.472939 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 78 resid = 1.447394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303896(s) Flops=514787328 => 1693.9588806697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243894.186734502 Mflops = 243.894186734502 Gflops = 0.243894186734502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074583 s
InvBiCGStab: k = 109 resid = 1.083978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.462371(s) Flops=718202880 => 1553.30433785856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223653.537126886 Mflops = 223.653537126886 Gflops = 0.223653537126886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001310434 Relative Rsd = 5.75079237512028e-07
BICGSTAB_SOLVER_TIME: 0.887646 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147657999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05129 s
InvBiCGStab: k = 56 resid = 2.215766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222231(s) Flops=370427904 => 1666.85972704078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239984.080498435 Mflops = 239.984080498435 Gflops = 0.239984080498435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059314 s
InvBiCGStab: k = 75 resid = 1.023955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298859(s) Flops=495101952 => 1656.64059640165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238518.071153313 Mflops = 238.518071153313 Gflops = 0.238518071153313 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001085412 Relative Rsd = 4.76328822918264e-07
BICGSTAB_SOLVER_TIME: 0.635438 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047903 s
InvBiCGStab: k = 59 resid = 2.201787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22344(s) Flops=390113280 => 1745.94199785177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251357.556994534 Mflops = 251.357556994534 Gflops = 0.251357556994534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060154 s
InvBiCGStab: k = 92 resid = 7.842209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359504(s) Flops=606652416 => 1687.47055943745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242958.895763958 Mflops = 242.958895763958 Gflops = 0.242958895763958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001118906 Relative Rsd = 4.9102788449164e-07
BICGSTAB_SOLVER_TIME: 0.694576 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 58 resid = 2.276606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212404(s) Flops=383551488 => 1805.76395924747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.832580579 Mflops = 259.981832580579 Gflops = 0.259981832580579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 76 resid = 1.022779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278446(s) Flops=501663744 => 1801.65541613096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259381.660046914 Mflops = 259.381660046914 Gflops = 0.259381660046914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001073873 Relative Rsd = 4.71265244036221e-07
BICGSTAB_SOLVER_TIME: 0.592128 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110005
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970381(s) Flops=1417420800 => 1460.68482379601 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210354.976150282 Mflops = 210.354976150282 Gflops = 0.210354976150282 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021157
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047159 s
InvBiCGStab: k = 26 resid = 1.887582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103603(s) Flops=173574144 => 1675.37758559115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241151.360241594 Mflops = 241.151360241594 Gflops = 0.241151360241594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058422 s
InvBiCGStab: k = 57 resid = 8.800919e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223976(s) Flops=376989696 => 1683.17005393435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242315.324235003 Mflops = 242.315324235003 Gflops = 0.242315324235003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007183349 Relative Rsd = 3.15238617276091e-07
BICGSTAB_SOLVER_TIME: 0.436841 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041668 s
InvBiCGStab: k = 53 resid = 1.536378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196295(s) Flops=350742528 => 1786.8133574467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257235.873912601 Mflops = 257.235873912601 Gflops = 0.257235873912601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059579 s
InvBiCGStab: k = 83 resid = 1.026381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342621(s) Flops=547596288 => 1598.25663926029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230111.322059912 Mflops = 230.111322059912 Gflops = 0.230111322059912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001119052 Relative Rsd = 4.91092000474216e-07
BICGSTAB_SOLVER_TIME: 0.643834 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051237 s
InvBiCGStab: k = 57 resid = 1.230257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261653(s) Flops=376989696 => 1440.80020485146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207443.065507303 Mflops = 207.443065507303 Gflops = 0.207443065507303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065907 s
InvBiCGStab: k = 71 resid = 1.139829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340212(s) Flops=468854784 => 1378.12535713026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198414.36651606 Mflops = 198.41436651606 Gflops = 0.19841436651606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001005963 Relative Rsd = 4.4146301138973e-07
BICGSTAB_SOLVER_TIME: 0.722966 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045421 s
InvBiCGStab: k = 60 resid = 1.76938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239413(s) Flops=396675072 => 1656.86521617456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238538.054480699 Mflops = 238.538054480699 Gflops = 0.238538054480699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057119 s
InvBiCGStab: k = 77 resid = 1.043931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298617(s) Flops=508225536 => 1701.93102201147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245031.762891599 Mflops = 245.031762891599 Gflops = 0.245031762891599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00108356 Relative Rsd = 4.75516312490473e-07
BICGSTAB_SOLVER_TIME: 0.644319 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111965
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040898 s
InvBiCGStab: k = 63 resid = 9.585607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260851(s) Flops=416360448 => 1596.1619775274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229801.441174306 Mflops = 229.801441174306 Gflops = 0.229801441174306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060266 s
InvBiCGStab: k = 72 resid = 1.037116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263483(s) Flops=475416576 => 1804.35389000429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259761.605625191 Mflops = 259.761605625191 Gflops = 0.259761605625191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001067307 Relative Rsd = 4.68383601010597e-07
BICGSTAB_SOLVER_TIME: 0.62919 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110695
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938725(s) Flops=1429659648 => 1522.98026365549 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219315.127052618 Mflops = 219.315127052618 Gflops = 0.219315127052618 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158246000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046576 s
InvBiCGStab: k = 24 resid = 1.863459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105514(s) Flops=160450560 => 1520.65659533332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218886.644147064 Mflops = 218.886644147064 Gflops = 0.218886644147064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068317 s
InvBiCGStab: k = 49 resid = 7.676973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184999(s) Flops=324495360 => 1754.03845426191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252507.330102003 Mflops = 252.507330102003 Gflops = 0.252507330102003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007611962 Relative Rsd = 3.34048126393729e-07
BICGSTAB_SOLVER_TIME: 0.409004 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049171 s
InvBiCGStab: k = 56 resid = 1.961496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218836(s) Flops=370427904 => 1692.71922352812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243694.922175878 Mflops = 243.694922175878 Gflops = 0.243694922175878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05642 s
InvBiCGStab: k = 86 resid = 1.082737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345354(s) Flops=567281664 => 1642.60921836724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236494.873155526 Mflops = 236.494873155526 Gflops = 0.236494873155526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00111577 Relative Rsd = 4.89651613213079e-07
BICGSTAB_SOLVER_TIME: 0.673406 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 60 resid = 1.565794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233634(s) Flops=396675072 => 1697.84822414546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244445.939214317 Mflops = 244.445939214317 Gflops = 0.244445939214317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063971 s
InvBiCGStab: k = 86 resid = 1.072115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37156(s) Flops=567281664 => 1526.75655075896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219977.357496926 Mflops = 219.977357496926 Gflops = 0.219977357496926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001046458 Relative Rsd = 4.59234122576027e-07
BICGSTAB_SOLVER_TIME: 0.716722 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118591000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046598 s
InvBiCGStab: k = 62 resid = 1.928029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266122(s) Flops=409798656 => 1539.8901857043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221697.951619042 Mflops = 221.697951619042 Gflops = 0.221697951619042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070252 s
InvBiCGStab: k = 79 resid = 1.045763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33127(s) Flops=521349120 => 1573.78911461949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226597.022341243 Mflops = 226.597022341243 Gflops = 0.226597022341243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001124075 Relative Rsd = 4.93296210887132e-07
BICGSTAB_SOLVER_TIME: 0.717923 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042974 s
InvBiCGStab: k = 59 resid = 1.359494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262781(s) Flops=390113280 => 1484.55664602844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213742.897775657 Mflops = 213.742897775657 Gflops = 0.213742897775657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063275 s
InvBiCGStab: k = 75 resid = 1.084394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279005(s) Flops=495101952 => 1774.52716617982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255480.98974251 Mflops = 255.48098974251 Gflops = 0.25548098974251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001056352 Relative Rsd = 4.63576179528261e-07
BICGSTAB_SOLVER_TIME: 0.651807 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110067
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945681(s) Flops=1466818560 => 1551.0711963125 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223356.266880817 Mflops = 223.356266880817 Gflops = 0.223356266880817 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163005000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021393
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 2.16421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.010465(s) Flops=1689348096 => 1671.85216311302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240630.964327647 Mflops = 240.630964327647 Gflops = 0.240630964327647 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.059862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984484(s) Flops=1604044800 => 1629.32541310981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234620.67987557 Mflops = 234.62067987557 Gflops = 0.23462067987557 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.003110659 Relative Rsd = 1.36884126008639e-06
BICGSTAB_SOLVER_TIME: 1.999352 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.123885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356989999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 2.168527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692399(s) Flops=1118472192 => 1615.35789624191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232620.454894717 Mflops = 232.620454894717 Gflops = 0.232620454894717 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 9.961315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.938445(s) Flops=1466247168 => 1562.42205776577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224983.695148105 Mflops = 224.983695148105 Gflops = 0.224983695148105 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001975451 Relative Rsd = 8.67834034976462e-07
BICGSTAB_SOLVER_TIME: 1.634151 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.116039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280355999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935858(s) Flops=1466818560 => 1567.35162813162 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225696.050422181 Mflops = 225.696050422181 Gflops = 0.225696050422181 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162633000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044328 s
InvBiCGStab: k = 39 resid = 7.900155e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.159168(s) Flops=258877440 => 1626.44149577805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234149.835647154 Mflops = 234.149835647154 Gflops = 0.234149835647154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067852 s
InvBiCGStab: k = 54 resid = 8.004765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251559(s) Flops=357304320 => 1420.35991556653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204516.298838515 Mflops = 204.516298838515 Gflops = 0.204516298838515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007966273 Relative Rsd = 3.49596941862065e-07
BICGSTAB_SOLVER_TIME: 0.526915 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0807520000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051673 s
InvBiCGStab: k = 72 resid = 1.490671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319999(s) Flops=475416576 => 1485.68144275451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213909.899430029 Mflops = 213.909899430029 Gflops = 0.213909899430029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057214 s
InvBiCGStab: k = 112 resid = 7.148054e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441711(s) Flops=737888256 => 1670.52270828664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240524.492800322 Mflops = 240.524492800322 Gflops = 0.240524492800322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001264808 Relative Rsd = 5.55056199317017e-07
BICGSTAB_SOLVER_TIME: 0.874299 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 67 resid = 1.447014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26515(s) Flops=442607616 => 1669.27254761456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240337.14589471 Mflops = 240.33714589471 Gflops = 0.240337145894711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065189 s
InvBiCGStab: k = 69 resid = 9.813631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287685(s) Flops=455731200 => 1584.13264508056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228060.731980193 Mflops = 228.060731980193 Gflops = 0.228060731980193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001019346 Relative Rsd = 4.47336290835785e-07
BICGSTAB_SOLVER_TIME: 0.664849 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048856 s
InvBiCGStab: k = 63 resid = 2.269446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24216(s) Flops=416360448 => 1719.36095143707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247526.462970905 Mflops = 247.526462970905 Gflops = 0.247526462970905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057916 s
InvBiCGStab: k = 84 resid = 1.012897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320613(s) Flops=554158080 => 1728.43297059071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248842.906550142 Mflops = 248.842906550142 Gflops = 0.248842906550142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001158764 Relative Rsd = 5.08519286510926e-07
BICGSTAB_SOLVER_TIME: 0.67318 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047047 s
InvBiCGStab: k = 65 resid = 2.251526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27975(s) Flops=429484032 => 1535.24229490617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221008.289848493 Mflops = 221.008289848493 Gflops = 0.221008289848493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07391 s
InvBiCGStab: k = 88 resid = 9.364429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37047(s) Flops=580405248 => 1566.67273463438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225565.868484925 Mflops = 225.565868484925 Gflops = 0.225565868484925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001143668 Relative Rsd = 5.01894496225284e-07
BICGSTAB_SOLVER_TIME: 0.77527 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123639
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.976445(s) Flops=1504124928 => 1540.40926831516 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221835.106522268 Mflops = 221.835106522268 Gflops = 0.221835106522268 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166779000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045025 s
InvBiCGStab: k = 36 resid = 1.874335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170913(s) Flops=239192064 => 1399.49602429306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201468.178308127 Mflops = 201.468178308127 Gflops = 0.201468178308127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06994 s
InvBiCGStab: k = 46 resid = 1.087082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191198(s) Flops=304809984 => 1594.21115283633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229498.096718695 Mflops = 229.498096718695 Gflops = 0.229498096718695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008094972 Relative Rsd = 3.55244844688893e-07
BICGSTAB_SOLVER_TIME: 0.48069 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04537 s
InvBiCGStab: k = 72 resid = 2.154011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2745(s) Flops=475416576 => 1731.93652459016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249356.883811756 Mflops = 249.356883811756 Gflops = 0.249356883811756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059142 s
InvBiCGStab: k = 115 resid = 8.98717e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459587(s) Flops=757573632 => 1648.37915780908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237333.570287921 Mflops = 237.333570287921 Gflops = 0.237333570287921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001217219 Relative Rsd = 5.34172014506638e-07
BICGSTAB_SOLVER_TIME: 0.842261 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149298999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045888 s
InvBiCGStab: k = 54 resid = 2.090766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231596(s) Flops=357304320 => 1542.79141263234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222114.163813028 Mflops = 222.114163813028 Gflops = 0.222114163813028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067074 s
InvBiCGStab: k = 76 resid = 1.144634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296134(s) Flops=501663744 => 1694.04304807959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243895.654293227 Mflops = 243.895654293227 Gflops = 0.243895654293227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001034619 Relative Rsd = 4.54038888803868e-07
BICGSTAB_SOLVER_TIME: 0.644343 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046792 s
InvBiCGStab: k = 66 resid = 1.842846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255792(s) Flops=436045824 => 1704.68905986114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245432.653622035 Mflops = 245.432653622035 Gflops = 0.245432653622035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065575 s
InvBiCGStab: k = 90 resid = 1.058369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34339(s) Flops=593528832 => 1728.43947697953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248855.471438281 Mflops = 248.855471438281 Gflops = 0.248855471438281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001151249 Relative Rsd = 5.05221426027103e-07
BICGSTAB_SOLVER_TIME: 0.715187 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042832 s
InvBiCGStab: k = 67 resid = 1.730389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272771(s) Flops=442607616 => 1622.63442961312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233614.709592275 Mflops = 233.614709592275 Gflops = 0.233614709592275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063242 s
InvBiCGStab: k = 83 resid = 1.058048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338238(s) Flops=547596288 => 1618.96737800011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233104.372150595 Mflops = 233.104372150595 Gflops = 0.233104372150595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001144744 Relative Rsd = 5.02366451163156e-07
BICGSTAB_SOLVER_TIME: 0.721013 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121157
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050725(s) Flops=1523073024 => 1449.54486092936 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208733.239134326 Mflops = 208.733239134326 Gflops = 0.208733239134326 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168995000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0406 s
InvBiCGStab: k = 28 resid = 1.187031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117172(s) Flops=186697728 => 1593.36469463694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229341.704147796 Mflops = 229.341704147796 Gflops = 0.229341704147797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067923 s
InvBiCGStab: k = 44 resid = 1.139749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174649(s) Flops=291686400 => 1670.12923062829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240424.416199205 Mflops = 240.424416199205 Gflops = 0.240424416199205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007380477 Relative Rsd = 3.23889498155327e-07
BICGSTAB_SOLVER_TIME: 0.403949 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 56 resid = 1.533501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226871(s) Flops=370427904 => 1632.76885983665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235065.298308347 Mflops = 235.065298308347 Gflops = 0.235065298308347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068536 s
InvBiCGStab: k = 78 resid = 1.014903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33369(s) Flops=514787328 => 1542.71128292727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222114.642507269 Mflops = 222.114642507269 Gflops = 0.222114642507269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001109738 Relative Rsd = 4.87004210649692e-07
BICGSTAB_SOLVER_TIME: 0.674069 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045163 s
InvBiCGStab: k = 64 resid = 2.20955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245769(s) Flops=422922240 => 1720.81198198308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247745.291481349 Mflops = 247.745291481349 Gflops = 0.247745291481349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056617 s
InvBiCGStab: k = 75 resid = 1.149585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282014(s) Flops=495101952 => 1755.59352372577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252754.835692555 Mflops = 252.754835692555 Gflops = 0.252754835692555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001083223 Relative Rsd = 4.75368207125146e-07
BICGSTAB_SOLVER_TIME: 0.633217 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042004 s
InvBiCGStab: k = 60 resid = 1.313132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248645(s) Flops=396675072 => 1595.3470691146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229677.526279055 Mflops = 229.677526279055 Gflops = 0.229677526279055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064632 s
InvBiCGStab: k = 79 resid = 1.112818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313617(s) Flops=521349120 => 1662.37519012043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239334.479558495 Mflops = 239.334479558495 Gflops = 0.239334479558495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001092796 Relative Rsd = 4.79569566534741e-07
BICGSTAB_SOLVER_TIME: 0.672548 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 59 resid = 2.038014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219607(s) Flops=390113280 => 1776.41550588096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255743.373569323 Mflops = 255.743373569323 Gflops = 0.255743373569323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060322 s
InvBiCGStab: k = 81 resid = 1.063113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315956(s) Flops=534472704 => 1691.60485637241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243536.276954287 Mflops = 243.536276954288 Gflops = 0.243536276954288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001074237 Relative Rsd = 4.71424742121958e-07
BICGSTAB_SOLVER_TIME: 0.640707 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114122
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021469(s) Flops=1541799936 => 1509.39474032007 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217350.116457104 Mflops = 217.350116457104 Gflops = 0.217350116457104 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171047000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.464063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 29 resid = 1.92908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106896(s) Flops=193259520 => 1807.92096991468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260208.445733004 Mflops = 260.208445733004 Gflops = 0.260208445733004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055789 s
InvBiCGStab: k = 55 resid = 1.105309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213099(s) Flops=363866112 => 1707.4979798122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245797.158366406 Mflops = 245.797158366406 Gflops = 0.245797158366406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007700712 Relative Rsd = 3.37942904120906e-07
BICGSTAB_SOLVER_TIME: 0.421051 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041281 s
InvBiCGStab: k = 60 resid = 1.730539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220052(s) Flops=396675072 => 1802.6424299711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259519.961571068 Mflops = 259.519961571068 Gflops = 0.259519961571068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056537 s
InvBiCGStab: k = 79 resid = 1.125596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289009(s) Flops=521349120 => 1803.92001633167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259717.184911263 Mflops = 259.717184911263 Gflops = 0.259717184911263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00113819 Relative Rsd = 4.99490427865089e-07
BICGSTAB_SOLVER_TIME: 0.610487 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 51 resid = 2.270586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214349(s) Flops=337618944 => 1575.08989545088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226778.031761308 Mflops = 226.778031761308 Gflops = 0.226778031761308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062184 s
InvBiCGStab: k = 69 resid = 1.08567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280155(s) Flops=455731200 => 1626.71092787921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234196.054098563 Mflops = 234.196054098563 Gflops = 0.234196054098563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001030987 Relative Rsd = 4.52444878626712e-07
BICGSTAB_SOLVER_TIME: 0.602264 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998410000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043798 s
InvBiCGStab: k = 64 resid = 2.264209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236575(s) Flops=422922240 => 1787.68779456832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257379.294091147 Mflops = 257.379294091147 Gflops = 0.257379294091147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056834 s
InvBiCGStab: k = 79 resid = 1.124607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294361(s) Flops=521349120 => 1771.12158200305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254993.231964788 Mflops = 254.993231964788 Gflops = 0.254993231964788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001141219 Relative Rsd = 5.00819799962771e-07
BICGSTAB_SOLVER_TIME: 0.635251 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041693 s
InvBiCGStab: k = 64 resid = 2.110186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233534(s) Flops=422922240 => 1810.96645456336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260732.316850561 Mflops = 260.732316850561 Gflops = 0.260732316850561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056123 s
InvBiCGStab: k = 82 resid = 6.929951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300243(s) Flops=541034496 => 1801.98870914559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259425.1586706 Mflops = 259.4251586706 Gflops = 0.2594251586706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001045975 Relative Rsd = 4.59022054493422e-07
BICGSTAB_SOLVER_TIME: 0.635266 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118621
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004271(s) Flops=1560526848 => 1553.89018302829 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223759.128097551 Mflops = 223.759128097551 Gflops = 0.223759128097551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173466000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 2.119067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.027708(s) Flops=1735280640 => 1688.49579841745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243147.966112357 Mflops = 243.147966112357 Gflops = 0.243147966112357 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.093968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952974(s) Flops=1630291968 => 1710.74128780009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246341.961436803 Mflops = 246.341961436803 Gflops = 0.246341961436803 Tflops
BICGSTAB_SOLVER: 512 iterations. Rsd = 0.002135411 Relative Rsd = 9.39713253952126e-07
BICGSTAB_SOLVER_TIME: 1.984131 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.125304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364798999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.152254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848146(s) Flops=1302202368 => 1535.35165879459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221034.418459791 Mflops = 221.034418459791 Gflops = 0.221034418459791 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 1.019408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.977835(s) Flops=1577797632 => 1613.56223902806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232351.681926325 Mflops = 232.351681926325 Gflops = 0.232351681926325 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002214812 Relative Rsd = 9.73010086325983e-07
BICGSTAB_SOLVER_TIME: 1.829388 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.117179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312381999999998
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002859(s) Flops=1560526848 => 1556.07802093814 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224072.369547673 Mflops = 224.072369547673 Gflops = 0.224072369547673 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173321000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042907 s
InvBiCGStab: k = 29 resid = 2.121095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123346(s) Flops=193259520 => 1566.80816564785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225540.962612807 Mflops = 225.540962612807 Gflops = 0.225540962612807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066589 s
InvBiCGStab: k = 53 resid = 1.078204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198471(s) Flops=350742528 => 1767.22306029596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254424.811243655 Mflops = 254.424811243655 Gflops = 0.254424811243655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007461042 Relative Rsd = 3.27425073114786e-07
BICGSTAB_SOLVER_TIME: 0.434985 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 83 resid = 2.113378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332016(s) Flops=547596288 => 1649.30692496747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237468.667423338 Mflops = 237.468667423338 Gflops = 0.237468667423338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05627 s
InvBiCGStab: k = 107 resid = 7.532929e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421507(s) Flops=705079296 => 1672.75821279362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240844.803935934 Mflops = 240.844803935934 Gflops = 0.240844803935934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001310316 Relative Rsd = 5.75027331664779e-07
BICGSTAB_SOLVER_TIME: 0.85427 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149692999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04321 s
InvBiCGStab: k = 50 resid = 1.934797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18912(s) Flops=331057152 => 1750.51370558376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252007.606972704 Mflops = 252.007606972704 Gflops = 0.252007606972704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063073 s
InvBiCGStab: k = 75 resid = 8.231242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317729(s) Flops=495101952 => 1558.25232194732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224336.247792651 Mflops = 224.336247792651 Gflops = 0.224336247792651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001056559 Relative Rsd = 4.63666912584081e-07
BICGSTAB_SOLVER_TIME: 0.617064 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047111 s
InvBiCGStab: k = 71 resid = 2.104747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323002(s) Flops=468854784 => 1451.55381081232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208991.006637945 Mflops = 208.991006637945 Gflops = 0.208991006637945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0623 s
InvBiCGStab: k = 87 resid = 1.120026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369519(s) Flops=573843456 => 1552.94709067734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223591.807200411 Mflops = 223.591807200411 Gflops = 0.223591807200411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001159534 Relative Rsd = 5.0885713431393e-07
BICGSTAB_SOLVER_TIME: 0.806041 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043891 s
InvBiCGStab: k = 63 resid = 2.16524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246491(s) Flops=416360448 => 1689.150711385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243199.771510284 Mflops = 243.199771510284 Gflops = 0.243199771510284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073039 s
InvBiCGStab: k = 77 resid = 9.803423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298385(s) Flops=508225536 => 1703.2543056789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245226.837213455 Mflops = 245.226837213455 Gflops = 0.245226837213455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001113066 Relative Rsd = 4.884647778416e-07
BICGSTAB_SOLVER_TIME: 0.665538 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114243
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016401(s) Flops=1573134336 => 1547.74969328051 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222877.180248523 Mflops = 222.877180248523 Gflops = 0.222877180248523 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174756000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043752 s
InvBiCGStab: k = 31 resid = 1.683249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121706(s) Flops=206383104 => 1695.75126945262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244071.214920485 Mflops = 244.071214920485 Gflops = 0.244071214920485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060283 s
InvBiCGStab: k = 45 resid = 8.121143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178596(s) Flops=298248192 => 1669.9600886918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240406.780119085 Mflops = 240.406780119085 Gflops = 0.240406780119085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007435527 Relative Rsd = 3.26305342399174e-07
BICGSTAB_SOLVER_TIME: 0.408128 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048589 s
InvBiCGStab: k = 69 resid = 2.191646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28087(s) Flops=455731200 => 1622.56987218286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233613.961383551 Mflops = 233.613961383551 Gflops = 0.233613961383551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073729 s
InvBiCGStab: k = 99 resid = 1.141308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371525(s) Flops=652584960 => 1756.50349236256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252890.920836511 Mflops = 252.890920836511 Gflops = 0.252890920836511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00124823 Relative Rsd = 5.47781308729964e-07
BICGSTAB_SOLVER_TIME: 0.778432 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133924
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041647 s
InvBiCGStab: k = 57 resid = 1.851934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217979(s) Flops=376989696 => 1729.47713311833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248999.959008521 Mflops = 248.999959008521 Gflops = 0.248999959008521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056719 s
InvBiCGStab: k = 74 resid = 1.110288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298559(s) Flops=488540160 => 1636.32702413928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235593.264032467 Mflops = 235.593264032467 Gflops = 0.235593264032467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001081306 Relative Rsd = 4.74527240440547e-07
BICGSTAB_SOLVER_TIME: 0.61858 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050993 s
InvBiCGStab: k = 68 resid = 1.852506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264316(s) Flops=449169408 => 1699.36518409782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244667.381864087 Mflops = 244.667381864087 Gflops = 0.244667381864087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059893 s
InvBiCGStab: k = 101 resid = 1.04437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426428(s) Flops=665708544 => 1561.12765578245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224779.178168254 Mflops = 224.779178168254 Gflops = 0.224779178168254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001155302 Relative Rsd = 5.0700001871027e-07
BICGSTAB_SOLVER_TIME: 0.805847 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048781 s
InvBiCGStab: k = 62 resid = 2.152513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266944(s) Flops=409798656 => 1535.14840565812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221029.08437151 Mflops = 221.02908437151 Gflops = 0.22102908437151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 85 resid = 7.007702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323378(s) Flops=560719872 => 1733.94563637601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249644.956310254 Mflops = 249.644956310254 Gflops = 0.249644956310254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001114342 Relative Rsd = 4.89024860325243e-07
BICGSTAB_SOLVER_TIME: 0.69902 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119199
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038421(s) Flops=1585520640 => 1526.85725731664 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220051.479054326 Mflops = 220.051479054326 Gflops = 0.220051479054326 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176105000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047332 s
InvBiCGStab: k = 27 resid = 1.963755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125705(s) Flops=180135936 => 1433.00533789428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206279.791107328 Mflops = 206.279791107328 Gflops = 0.206279791107328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070227 s
InvBiCGStab: k = 54 resid = 9.37113e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237078(s) Flops=357304320 => 1507.11715131729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216974.838781788 Mflops = 216.974838781788 Gflops = 0.216974838781788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007313846 Relative Rsd = 3.20965426186653e-07
BICGSTAB_SOLVER_TIME: 0.484078 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044288 s
InvBiCGStab: k = 60 resid = 2.095923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240489(s) Flops=396675072 => 1649.45204146551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237483.322212472 Mflops = 237.483322212472 Gflops = 0.237483322212472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067293 s
InvBiCGStab: k = 72 resid = 9.534908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279562(s) Flops=475416576 => 1700.57653042974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244824.230310312 Mflops = 244.824230310312 Gflops = 0.244824230310312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001072185 Relative Rsd = 4.7052441067899e-07
BICGSTAB_SOLVER_TIME: 0.635282 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 59 resid = 2.275966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215739(s) Flops=390113280 => 1808.26498685912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260324.311367196 Mflops = 260.324311367196 Gflops = 0.260324311367196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 74 resid = 1.122288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270015(s) Flops=488540160 => 1809.30748291762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260473.715914677 Mflops = 260.473715914677 Gflops = 0.260473715914677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001064154 Relative Rsd = 4.67000024086212e-07
BICGSTAB_SOLVER_TIME: 0.586521 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046233 s
InvBiCGStab: k = 63 resid = 2.205038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266062(s) Flops=416360448 => 1564.90009095624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225300.339088054 Mflops = 225.300339088054 Gflops = 0.225300339088054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 81 resid = 7.896299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305356(s) Flops=534472704 => 1750.32651724544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252007.737447377 Mflops = 252.007737447377 Gflops = 0.252007737447377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001099018 Relative Rsd = 4.82300141065962e-07
BICGSTAB_SOLVER_TIME: 0.677854 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061962 s
InvBiCGStab: k = 61 resid = 1.986345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267666(s) Flops=403236864 => 1506.49265876129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216893.763213018 Mflops = 216.893763213018 Gflops = 0.216893763213018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066498 s
InvBiCGStab: k = 80 resid = 1.116518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35967(s) Flops=527910912 => 1467.76465093002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211327.638390584 Mflops = 211.327638390584 Gflops = 0.211327638390584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001088959 Relative Rsd = 4.77885436362953e-07
BICGSTAB_SOLVER_TIME: 0.760052 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114841
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058623(s) Flops=1591640064 => 1503.50036226305 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216506.253703454 Mflops = 216.506253703454 Gflops = 0.216506253703454 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176836000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041036 s
InvBiCGStab: k = 28 resid = 1.703029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103528(s) Flops=186697728 => 1803.35491847616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.613632554 Mflops = 259.557613632554 Gflops = 0.259557613632554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059825 s
InvBiCGStab: k = 44 resid = 9.665475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186627(s) Flops=291686400 => 1562.93783857641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224988.279902735 Mflops = 224.988279902735 Gflops = 0.224988279902735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007189417 Relative Rsd = 3.15504915729615e-07
BICGSTAB_SOLVER_TIME: 0.395225 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04551 s
InvBiCGStab: k = 54 resid = 2.186144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234749(s) Flops=357304320 => 1522.06961478004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219135.855797784 Mflops = 219.135855797784 Gflops = 0.219135855797784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061133 s
InvBiCGStab: k = 88 resid = 6.453634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331431(s) Flops=580405248 => 1751.20989889298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252134.238956321 Mflops = 252.134238956321 Gflops = 0.252134238956321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001130745 Relative Rsd = 4.96223067175368e-07
BICGSTAB_SOLVER_TIME: 0.676462 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042105 s
InvBiCGStab: k = 64 resid = 1.537588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249937(s) Flops=422922240 => 1692.11537307401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243614.071476023 Mflops = 243.614071476023 Gflops = 0.243614071476023 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062153 s
InvBiCGStab: k = 82 resid = 1.112943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312342(s) Flops=541034496 => 1732.18618053288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249382.507592127 Mflops = 249.382507592127 Gflops = 0.249382507592127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001057963 Relative Rsd = 4.64283192343288e-07
BICGSTAB_SOLVER_TIME: 0.670247 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118426000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05948 s
InvBiCGStab: k = 66 resid = 2.124648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241176(s) Flops=436045824 => 1807.99840780177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260308.327915774 Mflops = 260.308327915774 Gflops = 0.260308327915774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056602 s
InvBiCGStab: k = 83 resid = 9.511762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35067(s) Flops=547596288 => 1561.57152878775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224834.536215446 Mflops = 224.834536215446 Gflops = 0.224834536215446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001134733 Relative Rsd = 4.97973203601727e-07
BICGSTAB_SOLVER_TIME: 0.711635 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12044
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045181 s
InvBiCGStab: k = 61 resid = 2.057872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262112(s) Flops=403236864 => 1538.41435722134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221514.402364221 Mflops = 221.514402364221 Gflops = 0.221514402364221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062619 s
InvBiCGStab: k = 80 resid = 1.068753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349623(s) Flops=527910912 => 1509.94331608618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217413.200379691 Mflops = 217.413200379691 Gflops = 0.217413200379691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001131356 Relative Rsd = 4.96491281445105e-07
BICGSTAB_SOLVER_TIME: 0.723338 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114894
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.144768(s) Flops=1597685760 => 1395.64152736624 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200970.36964723 Mflops = 200.97036964723 Gflops = 0.20097036964723 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177462000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 282 resid = 1.89575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.126557(s) Flops=1853392896 => 1645.18341814928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236860.802909908 Mflops = 236.860802909908 Gflops = 0.236860802909908 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 2.430785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.944497(s) Flops=1623730176 => 1719.14805023203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247551.902774338 Mflops = 247.551902774338 Gflops = 0.247551902774338 Tflops
BICGSTAB_SOLVER: 529 iterations. Rsd = 0.00218816 Relative Rsd = 9.62960424804406e-07
BICGSTAB_SOLVER_TIME: 2.07644 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.11856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.376830999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.676429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760625(s) Flops=1216899072 => 1599.86730912079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230985.412420313 Mflops = 230.985412420313 Gflops = 0.230985412420313 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.033293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88206(s) Flops=1420314624 => 1610.22450173458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231869.046006527 Mflops = 231.869046006527 Gflops = 0.231869046006527 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001990807 Relative Rsd = 8.74627828050424e-07
BICGSTAB_SOLVER_TIME: 1.646076 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.119234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286326999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 368 resid = 2.178832e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.542841(s) Flops=2417707008 => 1567.04871597268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225645.533641628 Mflops = 225.645533641628 Gflops = 0.225645533641628 Tflops
InvBiCGStab: k = 353 resid = 1.073508e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.312058(s) Flops=2319280128 => 1767.66585623501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254540.725392379 Mflops = 254.540725392379 Gflops = 0.254540725392379 Tflops
BICGSTAB_SOLVER: 721 iterations. Rsd = 0.002234257 Relative Rsd = 9.83246881937995e-07
BICGSTAB_SOLVER_TIME: 2.859686 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.514387999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 279 resid = 1.907355e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.048199(s) Flops=1833707520 => 1749.38873248305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251872.840379053 Mflops = 251.872840379053 Gflops = 0.251872840379053 Tflops
InvBiCGStab: k = 290 resid = 1.127037e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.192687(s) Flops=1905887232 => 1597.97770244834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230107.017945878 Mflops = 230.107017945878 Gflops = 0.230107017945878 Tflops
BICGSTAB_SOLVER: 569 iterations. Rsd = 0.001990006 Relative Rsd = 8.74275744986718e-07
BICGSTAB_SOLVER_TIME: 2.245592 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.406279999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 229 resid = 1.873978e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920123(s) Flops=1505617920 => 1636.32244819443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235646.434122374 Mflops = 235.646434122374 Gflops = 0.235646434122374 Tflops
InvBiCGStab: k = 276 resid = 1.098397e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.100104(s) Flops=1814022144 => 1648.95513878688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237444.296956952 Mflops = 237.444296956952 Gflops = 0.237444296956952 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.001854633 Relative Rsd = 8.13898807027371e-07
BICGSTAB_SOLVER_TIME: 2.024777 sec
2Flav::invert,  n_count = 505
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.360087000000005
MInvCG2: 363 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.66233(s) Flops=2338744320 => 1406.90736496364 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202645.571497 Mflops = 202.645571497 Gflops = 0.202645571497 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260022000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0701803443905646
AccProb = 0.932225683072454
AcceptP = 1
After HMC trajectory call: time= 475.166551 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.095048 secs
Doing Update: 2768 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 281 resid = 1.704955e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.032121(s) Flops=1846831104 => 1789.35522482345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257684.656166799 Mflops = 257.684656166799 Gflops = 0.257684656166799 Tflops
InvBiCGStab: k = 313 resid = 1.092598e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.192652(s) Flops=2056808448 => 1724.56713945057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248335.029172253 Mflops = 248.335029172253 Gflops = 0.248335029172253 Tflops
BICGSTAB_SOLVER: 594 iterations. Rsd = 0.002010177 Relative Rsd = 8.84303313133795e-07
BICGSTAB_SOLVER_TIME: 2.229806 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.426545999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000369
InvBiCGStab: k = 242 resid = 1.596371e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974406(s) Flops=1590921216 => 1632.7087641086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235100.082094912 Mflops = 235.100082094912 Gflops = 0.235100082094912 Tflops
InvBiCGStab: k = 250 resid = 1.020294e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.009857(s) Flops=1643415552 => 1627.37452134312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234334.160753215 Mflops = 234.334160753215 Gflops = 0.234334160753215 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.001800041 Relative Rsd = 7.9062030220919e-07
BICGSTAB_SOLVER_TIME: 1.989408 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353458999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 382 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.660795(s) Flops=2453686272 => 1477.416702242 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212752.474675306 Mflops = 212.752474675306 Gflops = 0.212752474675306 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273184000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 330 resid = 1.940491e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.422295(s) Flops=2168358912 => 1524.54934595144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219528.125196556 Mflops = 219.528125196556 Gflops = 0.219528125196556 Tflops
InvBiCGStab: k = 414 resid = 6.548728e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.625526(s) Flops=2719549440 => 1673.02734007331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240914.131729421 Mflops = 240.914131729421 Gflops = 0.240914131729421 Tflops
BICGSTAB_SOLVER: 744 iterations. Rsd = 0.002086692 Relative Rsd = 9.17963016416944e-07
BICGSTAB_SOLVER_TIME: 3.055217 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.530728999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 273 resid = 1.172608e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.031246(s) Flops=1794336768 => 1739.96967551874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250522.956486659 Mflops = 250.522956486659 Gflops = 0.250522956486659 Tflops
InvBiCGStab: k = 319 resid = 5.44757e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.290404(s) Flops=2096179200 => 1624.43637806454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233916.26158779 Mflops = 233.91626158779 Gflops = 0.23391626158779 Tflops
BICGSTAB_SOLVER: 592 iterations. Rsd = 0.00198728 Relative Rsd = 8.72860067910059e-07
BICGSTAB_SOLVER_TIME: 2.326717 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.422663
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 224 resid = 9.685562e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936456(s) Flops=1472808960 => 1572.74763576719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226387.918015317 Mflops = 226.387918015317 Gflops = 0.226387918015317 Tflops
InvBiCGStab: k = 264 resid = 5.105392e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.050737(s) Flops=1735280640 => 1651.48904054963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237811.10550963 Mflops = 237.81110550963 Gflops = 0.23781110550963 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.001850746 Relative Rsd = 8.1153314256256e-07
BICGSTAB_SOLVER_TIME: 1.993544 sec
2Flav::invert,  n_count = 488
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.348199000000003
MInvCG2: 362 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.603891(s) Flops=2332772352 => 1454.4456898879 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209443.897413763 Mflops = 209.443897413763 Gflops = 0.209443897413763 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.259424000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.254708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851296(s) Flops=1479370752 => 1737.78656542495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250269.609779646 Mflops = 250.269609779646 Gflops = 0.250269609779646 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 9.828291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.929921(s) Flops=1564674048 => 1682.5881424336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242288.617838522 Mflops = 242.288617838522 Gflops = 0.242288617838522 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.00205009 Relative Rsd = 9.01861562900991e-07
BICGSTAB_SOLVER_TIME: 1.784473 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.11731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331565
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.807354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661893(s) Flops=1164404736 => 1759.20388340714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253236.406879102 Mflops = 253.236406879102 Gflops = 0.253236406879102 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.010268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921109(s) Flops=1453123584 => 1577.58048613139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227166.178023399 Mflops = 227.166178023399 Gflops = 0.227166178023399 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001945544 Relative Rsd = 8.54528511783495e-07
BICGSTAB_SOLVER_TIME: 1.586793 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0.123742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283969999999999
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.120812(s) Flops=1622532096 => 1447.63983254997 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208462.134468267 Mflops = 208.462134468267 Gflops = 0.208462134468267 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180446000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.5e-05 s
InvBiCGStab: k = 142 resid = 2.035305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.643168(s) Flops=934742016 => 1453.3403651923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209183.188175591 Mflops = 209.183188175591 Gflops = 0.209183188175591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.3e-05 s
InvBiCGStab: k = 208 resid = 1.142377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801961(s) Flops=1367820288 => 1705.59452142935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245602.204056899 Mflops = 245.602204056899 Gflops = 0.245602204056899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 350 iterations. Rsd = 0.001866562 Relative Rsd = 8.18468378245601e-07
BICGSTAB_SOLVER_TIME: 1.448878 sec
2Flav::invert,  n_count = 350
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251027999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000101 s
InvBiCGStab: k = 115 resid = 1.609752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445713(s) Flops=757573632 => 1699.68933371923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244595.874755415 Mflops = 244.595874755415 Gflops = 0.244595874755415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000114 s
InvBiCGStab: k = 156 resid = 9.768553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.568966(s) Flops=1026607104 => 1804.33822759181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259819.573862194 Mflops = 259.819573862194 Gflops = 0.259819573862194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 271 iterations. Rsd = 0.001625856 Relative Rsd = 7.12921298975997e-07
BICGSTAB_SOLVER_TIME: 1.018482 sec
2Flav::invert,  n_count = 271
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195012999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005116 s
InvBiCGStab: k = 98 resid = 2.071035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357234(s) Flops=646023168 => 1808.40336586103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260366.035572362 Mflops = 260.366035572362 Gflops = 0.260366035572362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007203 s
InvBiCGStab: k = 135 resid = 9.801042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.491678(s) Flops=888809472 => 1807.70640947937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260278.659394297 Mflops = 260.278659394297 Gflops = 0.260278659394297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 233 iterations. Rsd = 0.001440131 Relative Rsd = 6.3148291825317e-07
BICGSTAB_SOLVER_TIME: 0.864889 sec
2Flav::invert,  n_count = 233
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169858999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008374 s
InvBiCGStab: k = 81 resid = 2.27428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356644(s) Flops=534472704 => 1498.616839201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215774.973107004 Mflops = 215.774973107004 Gflops = 0.215774973107004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011702 s
InvBiCGStab: k = 119 resid = 6.34677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.533605(s) Flops=783820800 => 1468.91577102913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211498.245469739 Mflops = 211.498245469739 Gflops = 0.211498245469739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001350027 Relative Rsd = 5.91972953053524e-07
BICGSTAB_SOLVER_TIME: 0.913942 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147332999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.013302 s
InvBiCGStab: k = 79 resid = 1.486959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321532(s) Flops=521349120 => 1621.45329236281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233457.866185015 Mflops = 233.457866185015 Gflops = 0.233457866185015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015342 s
InvBiCGStab: k = 108 resid = 8.831983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414106(s) Flops=711641088 => 1718.49982371663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247424.548577053 Mflops = 247.424548577053 Gflops = 0.247424548577053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001284341 Relative Rsd = 5.63170234212076e-07
BICGSTAB_SOLVER_TIME: 0.774029 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139016
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.069263(s) Flops=1629831168 => 1524.256584208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219496.750313832 Mflops = 219.496750313832 Gflops = 0.219496750313832 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181074000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014532 s
InvBiCGStab: k = 27 resid = 1.603956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101574(s) Flops=180135936 => 1773.44533049796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255238.271971768 Mflops = 255.238271971768 Gflops = 0.255238271971768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019976 s
InvBiCGStab: k = 45 resid = 8.202863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17579(s) Flops=298248192 => 1696.61637180727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244228.231378886 Mflops = 244.228231378886 Gflops = 0.244228231378886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007542406 Relative Rsd = 3.3072676988395e-07
BICGSTAB_SOLVER_TIME: 0.31549 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0580580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016526 s
InvBiCGStab: k = 76 resid = 2.115573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27712(s) Flops=501663744 => 1810.27621247113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260631.965831478 Mflops = 260.631965831478 Gflops = 0.260631965831478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023947 s
InvBiCGStab: k = 124 resid = 1.102852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452044(s) Flops=816629760 => 1806.52715222412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260102.201884972 Mflops = 260.102201884972 Gflops = 0.260102201884972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001316695 Relative Rsd = 5.77357094439953e-07
BICGSTAB_SOLVER_TIME: 0.773294 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150709999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019938 s
InvBiCGStab: k = 64 resid = 2.08493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23401(s) Flops=422922240 => 1807.28276569377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.009568028 Mflops = 260.178009568028 Gflops = 0.260178009568028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.02872 s
InvBiCGStab: k = 90 resid = 9.945999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328126(s) Flops=593528832 => 1808.84426104606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260429.391757137 Mflops = 260.429391757137 Gflops = 0.260429391757137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001126371 Relative Rsd = 4.93902053766484e-07
BICGSTAB_SOLVER_TIME: 0.614417 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118804
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.026714 s
InvBiCGStab: k = 65 resid = 1.631406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277305(s) Flops=429484032 => 1548.77853626873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222977.997183498 Mflops = 222.977997183498 Gflops = 0.222977997183498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.041972 s
InvBiCGStab: k = 111 resid = 1.053792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.494591(s) Flops=731326464 => 1478.6489523667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212900.662052233 Mflops = 212.900662052233 Gflops = 0.212900662052233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001195823 Relative Rsd = 5.24356038645581e-07
BICGSTAB_SOLVER_TIME: 0.847579 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13575
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.030172 s
InvBiCGStab: k = 63 resid = 2.114595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255014(s) Flops=416360448 => 1632.69643235273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235068.04799367 Mflops = 235.06804799367 Gflops = 0.23506804799367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.042674 s
InvBiCGStab: k = 103 resid = 1.135399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395197(s) Flops=678832128 => 1717.70567084264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247320.720620129 Mflops = 247.320720620129 Gflops = 0.247320720620129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001216474 Relative Rsd = 5.33411304309134e-07
BICGSTAB_SOLVER_TIME: 0.727788 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129446
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066905(s) Flops=1623932928 => 1522.09702644565 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219183.499849741 Mflops = 219.183499849741 Gflops = 0.219183499849741 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180508000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.035 s
InvBiCGStab: k = 27 resid = 1.305342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110039(s) Flops=180135936 => 1637.01902052909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235654.877905589 Mflops = 235.654877905589 Gflops = 0.235654877905589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044826 s
InvBiCGStab: k = 46 resid = 1.107097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173446(s) Flops=304809984 => 1757.37684351325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252989.305052888 Mflops = 252.989305052888 Gflops = 0.252989305052888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007133212 Relative Rsd = 3.12784055333732e-07
BICGSTAB_SOLVER_TIME: 0.367032 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036869 s
InvBiCGStab: k = 56 resid = 1.715484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208467(s) Flops=370427904 => 1776.9138712602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255820.980795027 Mflops = 255.820980795027 Gflops = 0.255820980795027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050851 s
InvBiCGStab: k = 80 resid = 1.130801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309839(s) Flops=527910912 => 1703.82331468924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245317.105703396 Mflops = 245.317105703396 Gflops = 0.245317105703396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001100746 Relative Rsd = 4.82665757043064e-07
BICGSTAB_SOLVER_TIME: 0.609737 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 70 resid = 1.660878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258082(s) Flops=462292992 => 1791.26398586496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257880.256945687 Mflops = 257.880256945687 Gflops = 0.257880256945687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056852 s
InvBiCGStab: k = 80 resid = 9.701052e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295331(s) Flops=527910912 => 1787.52285401803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257342.247016881 Mflops = 257.342247016881 Gflops = 0.257342247016881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00108495 Relative Rsd = 4.75739607713265e-07
BICGSTAB_SOLVER_TIME: 0.655191 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041828 s
InvBiCGStab: k = 56 resid = 1.93098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211576(s) Flops=370427904 => 1750.80304004235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252068.305233801 Mflops = 252.068305233801 Gflops = 0.252068305233801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057066 s
InvBiCGStab: k = 90 resid = 1.089655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338309(s) Flops=593528832 => 1754.39858827285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252595.4581007 Mflops = 252.5954581007 Gflops = 0.2525954581007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001143973 Relative Rsd = 5.01620553517835e-07
BICGSTAB_SOLVER_TIME: 0.652763 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051828 s
InvBiCGStab: k = 59 resid = 2.251509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240417(s) Flops=390113280 => 1622.6526410362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233619.48854339 Mflops = 233.61948854339 Gflops = 0.23361948854339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067278 s
InvBiCGStab: k = 81 resid = 7.275248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3761(s) Flops=534472704 => 1421.09200744483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204610.119379846 Mflops = 204.610119379846 Gflops = 0.204610119379846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001075666 Relative Rsd = 4.71668513085017e-07
BICGSTAB_SOLVER_TIME: 0.739392 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114018
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.090966(s) Flops=1611620352 => 1477.24159323022 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212831.793630776 Mflops = 212.831793630776 Gflops = 0.212831793630776 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178869000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047798 s
InvBiCGStab: k = 25 resid = 1.993289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108069(s) Flops=167012352 => 1545.42331288344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222402.617979776 Mflops = 222.402617979776 Gflops = 0.222402617979776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063259 s
InvBiCGStab: k = 44 resid = 9.740895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183398(s) Flops=291686400 => 1590.45573016063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228955.766636948 Mflops = 228.955766636948 Gflops = 0.228955766636948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007134422 Relative Rsd = 3.12837093092268e-07
BICGSTAB_SOLVER_TIME: 0.406274 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052808 s
InvBiCGStab: k = 56 resid = 2.084819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22876(s) Flops=370427904 => 1619.28616891065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233127.138557013 Mflops = 233.127138557013 Gflops = 0.233127138557013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057384 s
InvBiCGStab: k = 93 resid = 8.084533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349615(s) Flops=613214208 => 1753.96996124308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252530.974250737 Mflops = 252.530974250738 Gflops = 0.252530974250738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001111637 Relative Rsd = 4.87441452423064e-07
BICGSTAB_SOLVER_TIME: 0.692234 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041022 s
InvBiCGStab: k = 52 resid = 2.219304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191973(s) Flops=344180736 => 1792.86012095451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258121.622930144 Mflops = 258.121622930144 Gflops = 0.258121622930144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056065 s
InvBiCGStab: k = 78 resid = 6.109869e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285588(s) Flops=514787328 => 1802.55237615026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.251068837 Mflops = 259.506251068837 Gflops = 0.259506251068837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001023544 Relative Rsd = 4.48813578144977e-07
BICGSTAB_SOLVER_TIME: 0.57827 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106974
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 61 resid = 2.107274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223469(s) Flops=403236864 => 1804.44206578989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259781.403775888 Mflops = 259.781403775888 Gflops = 0.259781403775888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056622 s
InvBiCGStab: k = 88 resid = 9.395732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354698(s) Flops=580405248 => 1636.33639885198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235600.272712214 Mflops = 235.600272712214 Gflops = 0.235600272712214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001137195 Relative Rsd = 4.9864824402191e-07
BICGSTAB_SOLVER_TIME: 0.679705 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044626 s
InvBiCGStab: k = 52 resid = 2.19062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213764(s) Flops=344180736 => 1610.09681705058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231855.549286367 Mflops = 231.855549286367 Gflops = 0.231855549286367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 72 resid = 1.137591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303573(s) Flops=475416576 => 1566.07002599045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225466.741248474 Mflops = 225.466741248474 Gflops = 0.225466741248474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001037733 Relative Rsd = 4.55035330910736e-07
BICGSTAB_SOLVER_TIME: 0.622312 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102605
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12558(s) Flops=1592967168 => 1415.24118054692 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203825.455809436 Mflops = 203.825455809436 Gflops = 0.203825455809436 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176870000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.46181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.924243(s) Flops=1492494336 => 1614.82893135247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232533.71242887 Mflops = 232.53371242887 Gflops = 0.23253371242887 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 6.336451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993053(s) Flops=1695909888 => 1707.77379253675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245917.833688889 Mflops = 245.917833688889 Gflops = 0.245917833688889 Tflops
BICGSTAB_SOLVER: 485 iterations. Rsd = 0.002094037 Relative Rsd = 9.21162572321915e-07
BICGSTAB_SOLVER_TIME: 1.920639 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.114613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345313
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 2.11847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.658532(s) Flops=1131595776 => 1718.36110621807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247427.988975262 Mflops = 247.427988975262 Gflops = 0.247427988975262 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 7.989149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933447(s) Flops=1558112256 => 1669.20270352789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240361.357230691 Mflops = 240.361357230691 Gflops = 0.240361357230691 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.001934594 Relative Rsd = 8.49669076588949e-07
BICGSTAB_SOLVER_TIME: 1.595309 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.120031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291583999999998
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114373(s) Flops=1592967168 => 1429.47394454101 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205841.290112812 Mflops = 205.841290112812 Gflops = 0.205841290112812 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176589000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041666 s
InvBiCGStab: k = 27 resid = 2.248765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099599(s) Flops=180135936 => 1808.61189369371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260311.303278755 Mflops = 260.311303278755 Gflops = 0.260311303278755 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057474 s
InvBiCGStab: k = 56 resid = 8.969338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204297(s) Flops=370427904 => 1813.18327728748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261033.877482933 Mflops = 261.033877482933 Gflops = 0.261033877482933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007269599 Relative Rsd = 3.18764483745807e-07
BICGSTAB_SOLVER_TIME: 0.406562 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040765 s
InvBiCGStab: k = 83 resid = 1.57555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304397(s) Flops=547596288 => 1798.95428667168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259001.083535103 Mflops = 259.001083535103 Gflops = 0.259001083535103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055965 s
InvBiCGStab: k = 111 resid = 1.071793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458775(s) Flops=731326464 => 1594.08525747916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229518.999953629 Mflops = 229.518999953629 Gflops = 0.229518999953629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001326291 Relative Rsd = 5.81564841695344e-07
BICGSTAB_SOLVER_TIME: 0.864253 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152767999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046195 s
InvBiCGStab: k = 55 resid = 2.076412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242564(s) Flops=363866112 => 1500.08291419996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215975.260976012 Mflops = 215.975260976012 Gflops = 0.215975260976012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069925 s
InvBiCGStab: k = 80 resid = 8.194278e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370284(s) Flops=527910912 => 1425.69193375895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205268.225158142 Mflops = 205.268225158142 Gflops = 0.205268225158142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001069993 Relative Rsd = 4.69181047314378e-07
BICGSTAB_SOLVER_TIME: 0.732728 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110574
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042767 s
InvBiCGStab: k = 68 resid = 1.634109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308365(s) Flops=449169408 => 1456.61604916252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209731.721350261 Mflops = 209.731721350261 Gflops = 0.209731721350261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.098026 s
InvBiCGStab: k = 95 resid = 5.432763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.542403(s) Flops=626337792 => 1154.74617950122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  166272.874010425 Mflops = 166.272874010425 Gflops = 0.166272874010425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001159058 Relative Rsd = 5.08235112397101e-07
BICGSTAB_SOLVER_TIME: 0.99586 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052428 s
InvBiCGStab: k = 55 resid = 2.149657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206317(s) Flops=363866112 => 1763.62641953886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253896.059442602 Mflops = 253.896059442602 Gflops = 0.253896059442602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056768 s
InvBiCGStab: k = 83 resid = 7.732134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304895(s) Flops=547596288 => 1796.01596615228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258573.859923351 Mflops = 258.573859923351 Gflops = 0.258573859923351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00113616 Relative Rsd = 4.98194334735191e-07
BICGSTAB_SOLVER_TIME: 0.624004 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112682
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.080454(s) Flops=1574387712 => 1457.153855694 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209846.793111131 Mflops = 209.846793111131 Gflops = 0.209846793111131 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174768000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043181 s
InvBiCGStab: k = 33 resid = 2.170659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139387(s) Flops=219506688 => 1574.80028984052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226678.094280402 Mflops = 226.678094280402 Gflops = 0.226678094280402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063543 s
InvBiCGStab: k = 55 resid = 8.033681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2031(s) Flops=363866112 => 1791.56135893648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257921.155611858 Mflops = 257.921155611858 Gflops = 0.257921155611858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007554978 Relative Rsd = 3.31278076709925e-07
BICGSTAB_SOLVER_TIME: 0.452898 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 76 resid = 1.573108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305703(s) Flops=501663744 => 1641.01675155298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236266.255687184 Mflops = 236.266255687184 Gflops = 0.236266255687184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0625 s
InvBiCGStab: k = 115 resid = 1.133956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.49756(s) Flops=757573632 => 1522.57744191655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219233.269979855 Mflops = 219.233269979855 Gflops = 0.219233269979855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001277766 Relative Rsd = 5.60287154746873e-07
BICGSTAB_SOLVER_TIME: 0.91123 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150657999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04843 s
InvBiCGStab: k = 56 resid = 2.277793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249109(s) Flops=370427904 => 1487.01132436002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214098.797781499 Mflops = 214.098797781499 Gflops = 0.214098797781499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07179 s
InvBiCGStab: k = 80 resid = 1.059182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329108(s) Flops=527910912 => 1604.0658750319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230937.855485855 Mflops = 230.937855485855 Gflops = 0.230937855485855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001084361 Relative Rsd = 4.75481259208983e-07
BICGSTAB_SOLVER_TIME: 0.702124 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041774 s
InvBiCGStab: k = 62 resid = 2.153864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248101(s) Flops=409798656 => 1651.7412505391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237803.780562172 Mflops = 237.803780562172 Gflops = 0.237803780562172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059415 s
InvBiCGStab: k = 88 resid = 9.384175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337736(s) Flops=580405248 => 1718.5175640145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247421.643015724 Mflops = 247.421643015724 Gflops = 0.247421643015724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00116492 Relative Rsd = 5.10805478379349e-07
BICGSTAB_SOLVER_TIME: 0.690718 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04379 s
InvBiCGStab: k = 58 resid = 2.09158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229873(s) Flops=383551488 => 1668.53648753877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240222.039731586 Mflops = 240.222039731586 Gflops = 0.240222039731586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056149 s
InvBiCGStab: k = 94 resid = 1.100708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354324(s) Flops=619776000 => 1749.17871778372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251843.195869509 Mflops = 251.843195869509 Gflops = 0.251843195869509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001114335 Relative Rsd = 4.88624362893277e-07
BICGSTAB_SOLVER_TIME: 0.687779 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122608
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078398(s) Flops=1562001408 => 1448.44612842383 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208575.123747138 Mflops = 208.575123747138 Gflops = 0.208575123747138 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173314000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043478 s
InvBiCGStab: k = 32 resid = 1.631087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127992(s) Flops=212944896 => 1663.73598349897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239474.5960301 Mflops = 239.4745960301 Gflops = 0.2394745960301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062583 s
InvBiCGStab: k = 48 resid = 1.057719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199087(s) Flops=317933568 => 1596.9579530557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229891.579336318 Mflops = 229.891579336318 Gflops = 0.229891579336318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007673379 Relative Rsd = 3.36469804555822e-07
BICGSTAB_SOLVER_TIME: 0.436821 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.065793 s
InvBiCGStab: k = 51 resid = 2.232666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194567(s) Flops=337618944 => 1735.23230558111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249803.921872892 Mflops = 249.803921872892 Gflops = 0.249803921872892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059718 s
InvBiCGStab: k = 71 resid = 1.133162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283683(s) Flops=468854784 => 1652.74191262783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237942.692568939 Mflops = 237.942692568939 Gflops = 0.237942692568939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001047351 Relative Rsd = 4.59252674988653e-07
BICGSTAB_SOLVER_TIME: 0.6074 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 67 resid = 1.402701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263593(s) Flops=442607616 => 1679.13266285524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241752.959470787 Mflops = 241.752959470787 Gflops = 0.241752959470787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05618 s
InvBiCGStab: k = 80 resid = 9.550731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319035(s) Flops=527910912 => 1654.7115896375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238241.56167001 Mflops = 238.24156167001 Gflops = 0.23824156167001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001096592 Relative Rsd = 4.80844504734072e-07
BICGSTAB_SOLVER_TIME: 0.684325 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043015 s
InvBiCGStab: k = 53 resid = 2.084632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23369(s) Flops=350742528 => 1500.88804826907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216081.871366266 Mflops = 216.081871366266 Gflops = 0.216081871366266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068385 s
InvBiCGStab: k = 92 resid = 6.57507e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362246(s) Flops=606652416 => 1674.69734931511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241119.744314808 Mflops = 241.119744314808 Gflops = 0.241119744314808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001110015 Relative Rsd = 4.86730113476773e-07
BICGSTAB_SOLVER_TIME: 0.711044 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051188 s
InvBiCGStab: k = 65 resid = 2.263883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24862(s) Flops=429484032 => 1727.47177218245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248701.22999915 Mflops = 248.70122999915 Gflops = 0.24870122999915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 92 resid = 1.098015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354419(s) Flops=606652416 => 1711.68141662834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246439.129331135 Mflops = 246.439129331135 Gflops = 0.246439129331135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00114271 Relative Rsd = 5.01066439110803e-07
BICGSTAB_SOLVER_TIME: 0.714641 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12616
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009833(s) Flops=1549393920 => 1534.30707849714 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221075.598937484 Mflops = 221.075598937484 Gflops = 0.221075598937484 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172058000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057136 s
InvBiCGStab: k = 32 resid = 7.88693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12207(s) Flops=212944896 => 1744.44905382158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251139.347284112 Mflops = 251.139347284112 Gflops = 0.251139347284112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058149 s
InvBiCGStab: k = 47 resid = 1.110136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19258(s) Flops=311371776 => 1616.84378440129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232748.880858215 Mflops = 232.748880858215 Gflops = 0.232748880858215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000719699 Relative Rsd = 3.15580661302343e-07
BICGSTAB_SOLVER_TIME: 0.43372 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042469 s
InvBiCGStab: k = 62 resid = 1.304406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227513(s) Flops=409798656 => 1801.20984734938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259313.232496731 Mflops = 259.313232496731 Gflops = 0.259313232496731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056097 s
InvBiCGStab: k = 83 resid = 9.275234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332065(s) Flops=547596288 => 1649.06355081084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237416.046994718 Mflops = 237.416046994718 Gflops = 0.237416046994718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001147503 Relative Rsd = 5.03168245337901e-07
BICGSTAB_SOLVER_TIME: 0.661854 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040825 s
InvBiCGStab: k = 60 resid = 1.723481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235134(s) Flops=396675072 => 1687.0170711169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242880.754986662 Mflops = 242.880754986662 Gflops = 0.242880754986662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057188 s
InvBiCGStab: k = 83 resid = 1.065935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320747(s) Flops=547596288 => 1707.25303120528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245801.026700429 Mflops = 245.801026700429 Gflops = 0.245801026700429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001110412 Relative Rsd = 4.86904285596238e-07
BICGSTAB_SOLVER_TIME: 0.658112 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042297 s
InvBiCGStab: k = 73 resid = 1.252521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320282(s) Flops=481978368 => 1504.85624543371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216668.326496919 Mflops = 216.668326496919 Gflops = 0.216668326496919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060029 s
InvBiCGStab: k = 85 resid = 1.025927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379155(s) Flops=560719872 => 1478.86714404399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212927.912078895 Mflops = 212.927912078895 Gflops = 0.212927912078895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001151879 Relative Rsd = 5.05087354608502e-07
BICGSTAB_SOLVER_TIME: 0.805835 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 61 resid = 2.181664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231919(s) Flops=403236864 => 1738.69697609941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250329.309315869 Mflops = 250.329309315869 Gflops = 0.250329309315869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056737 s
InvBiCGStab: k = 78 resid = 1.110992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310552(s) Flops=514787328 => 1657.65259280249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238655.93347949 Mflops = 238.65593347949 Gflops = 0.23865593347949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001127116 Relative Rsd = 4.94228958295515e-07
BICGSTAB_SOLVER_TIME: 0.644374 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113399
Monitoring force
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009616(s) Flops=1536860160 => 1522.22246874059 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219203.438787621 Mflops = 219.203438787621 Gflops = 0.219203438787621 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170469000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.081733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858737(s) Flops=1433438208 => 1669.24006768079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240302.190447915 Mflops = 240.302190447915 Gflops = 0.240302190447915 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.052728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.906913(s) Flops=1551550464 => 1710.80408374342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246350.072398149 Mflops = 246.350072398149 Gflops = 0.246350072398149 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002062253 Relative Rsd = 9.07162895765324e-07
BICGSTAB_SOLVER_TIME: 1.769039 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.118189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323520999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.395602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749156(s) Flops=1249708032 => 1668.15460598327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240208.477520335 Mflops = 240.208477520335 Gflops = 0.240208477520335 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.115508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985155(s) Flops=1564674048 => 1588.25164364998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228703.743623423 Mflops = 228.703743623423 Gflops = 0.228703743623423 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.001981417 Relative Rsd = 8.70196576100724e-07
BICGSTAB_SOLVER_TIME: 1.737687 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.126241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305076999999999
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.043676(s) Flops=1536860160 => 1472.54527267083 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212063.928360821 Mflops = 212.063928360821 Gflops = 0.212063928360821 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170410000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044808 s
InvBiCGStab: k = 31 resid = 1.19311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126244(s) Flops=206383104 => 1634.79534868984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235314.743477629 Mflops = 235.314743477629 Gflops = 0.235314743477629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060358 s
InvBiCGStab: k = 45 resid = 9.790541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185317(s) Flops=298248192 => 1609.39466967413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231686.258697907 Mflops = 231.686258697907 Gflops = 0.231686258697907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007391883 Relative Rsd = 3.24126529668081e-07
BICGSTAB_SOLVER_TIME: 0.421029 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043357 s
InvBiCGStab: k = 70 resid = 1.861935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264239(s) Flops=462292992 => 1749.52596702228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251888.425664283 Mflops = 251.888425664283 Gflops = 0.251888425664283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062539 s
InvBiCGStab: k = 110 resid = 1.011444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419382(s) Flops=724764672 => 1728.17305463754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248828.592926994 Mflops = 248.828592926994 Gflops = 0.248828592926994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001292948 Relative Rsd = 5.66944286764367e-07
BICGSTAB_SOLVER_TIME: 0.793258 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 60 resid = 2.039311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21886(s) Flops=396675072 => 1812.4603490816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260941.490791408 Mflops = 260.941490791408 Gflops = 0.260941490791408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 79 resid = 5.575228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288397(s) Flops=521349120 => 1807.74806950142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260269.940652351 Mflops = 260.269940652351 Gflops = 0.260269940652351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001034415 Relative Rsd = 4.53580289265591e-07
BICGSTAB_SOLVER_TIME: 0.608085 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 69 resid = 2.15178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252046(s) Flops=455731200 => 1808.12708791252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260321.42053868 Mflops = 260.32142053868 Gflops = 0.26032142053868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056291 s
InvBiCGStab: k = 79 resid = 1.104113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288551(s) Flops=521349120 => 1806.78327228116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260119.867322935 Mflops = 260.119867322935 Gflops = 0.260119867322935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001148923 Relative Rsd = 5.03790813675825e-07
BICGSTAB_SOLVER_TIME: 0.641724 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120119000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046981 s
InvBiCGStab: k = 66 resid = 1.612968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265831(s) Flops=436045824 => 1640.31216825728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236164.289528466 Mflops = 236.164289528466 Gflops = 0.236164289528466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063783 s
InvBiCGStab: k = 80 resid = 9.265737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383566(s) Flops=527910912 => 1376.3235323256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198162.794633291 Mflops = 198.162794633291 Gflops = 0.198162794633291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001110888 Relative Rsd = 4.87112863345398e-07
BICGSTAB_SOLVER_TIME: 0.764112 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11826
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.050894(s) Flops=1524326400 => 1450.50442765874 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208915.494941361 Mflops = 208.915494941361 Gflops = 0.208915494941361 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169079000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021521
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043765 s
InvBiCGStab: k = 32 resid = 2.047594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127156(s) Flops=212944896 => 1674.67438422096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241060.350034441 Mflops = 241.060350034441 Gflops = 0.241060350034441 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 44 resid = 9.715504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162435(s) Flops=291686400 => 1795.71151537538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258492.72390859 Mflops = 258.49272390859 Gflops = 0.25849272390859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007374941 Relative Rsd = 3.23383618196617e-07
BICGSTAB_SOLVER_TIME: 0.393698 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042651 s
InvBiCGStab: k = 72 resid = 2.038017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306479(s) Flops=475416576 => 1551.22072311643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223338.012126758 Mflops = 223.338012126758 Gflops = 0.223338012126758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066488 s
InvBiCGStab: k = 104 resid = 1.109216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431783(s) Flops=685393920 => 1587.35735311487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228551.184446782 Mflops = 228.551184446782 Gflops = 0.228551184446782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001285331 Relative Rsd = 5.63604643572173e-07
BICGSTAB_SOLVER_TIME: 0.851082 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041587 s
InvBiCGStab: k = 59 resid = 1.997877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219821(s) Flops=390113280 => 1774.6861309884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255496.075028038 Mflops = 255.496075028038 Gflops = 0.255496075028038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056805 s
InvBiCGStab: k = 76 resid = 1.131764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279053(s) Flops=501663744 => 1797.73642999717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258819.568744738 Mflops = 258.819568744738 Gflops = 0.258819568744738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001087992 Relative Rsd = 4.77073361856696e-07
BICGSTAB_SOLVER_TIME: 0.600845 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040639 s
InvBiCGStab: k = 74 resid = 1.065312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271216(s) Flops=488540160 => 1801.29549879063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259303.48622538 Mflops = 259.30348622538 Gflops = 0.25930348622538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061084 s
InvBiCGStab: k = 97 resid = 9.919744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376034(s) Flops=639461376 => 1700.54137657765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244834.506685834 Mflops = 244.834506685834 Gflops = 0.244834506685834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001194586 Relative Rsd = 5.23813716078993e-07
BICGSTAB_SOLVER_TIME: 0.75257 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041477 s
InvBiCGStab: k = 65 resid = 1.759062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241488(s) Flops=429484032 => 1778.49016100179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256054.508158544 Mflops = 256.054508158544 Gflops = 0.256054508158544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057158 s
InvBiCGStab: k = 91 resid = 7.93057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360097(s) Flops=600090624 => 1666.46937908397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239930.474768681 Mflops = 239.930474768681 Gflops = 0.239930474768681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001105549 Relative Rsd = 4.8477190225907e-07
BICGSTAB_SOLVER_TIME: 0.704236 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125526
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058891(s) Flops=1517838336 => 1433.4226431238 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206409.398003666 Mflops = 206.409398003666 Gflops = 0.206409398003666 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168342000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05583 s
InvBiCGStab: k = 30 resid = 2.159776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117275(s) Flops=199821312 => 1703.86963973566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245268.373375811 Mflops = 245.268373375811 Gflops = 0.245268373375811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062967 s
InvBiCGStab: k = 54 resid = 1.023945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228427(s) Flops=357304320 => 1564.19477557382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225180.334539974 Mflops = 225.180334539974 Gflops = 0.225180334539974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007535341 Relative Rsd = 3.30416991599374e-07
BICGSTAB_SOLVER_TIME: 0.468109 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040731 s
InvBiCGStab: k = 59 resid = 1.809256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238327(s) Flops=390113280 => 1636.88243463812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235657.764865249 Mflops = 235.657764865249 Gflops = 0.235657764865249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062144 s
InvBiCGStab: k = 83 resid = 9.871248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339841(s) Flops=547596288 => 1611.33085178069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231987.788130046 Mflops = 231.987788130046 Gflops = 0.231987788130046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001099253 Relative Rsd = 4.82011182281076e-07
BICGSTAB_SOLVER_TIME: 0.685396 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051486 s
InvBiCGStab: k = 51 resid = 2.111723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21445(s) Flops=337618944 => 1574.34807181161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226670.507919327 Mflops = 226.670507919327 Gflops = 0.226670507919327 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062424 s
InvBiCGStab: k = 77 resid = 1.121776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294586(s) Flops=508225536 => 1725.21958273645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248386.551370999 Mflops = 248.386551370999 Gflops = 0.248386551370999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001031478 Relative Rsd = 4.5229242631073e-07
BICGSTAB_SOLVER_TIME: 0.626659 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042063 s
InvBiCGStab: k = 73 resid = 1.994547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267427(s) Flops=481978368 => 1802.28012878281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.474253711 Mflops = 259.479474253711 Gflops = 0.259479474253711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 90 resid = 1.065344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330153(s) Flops=593528832 => 1797.73872113838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258835.171230701 Mflops = 258.835171230701 Gflops = 0.258835171230701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001153573 Relative Rsd = 5.05829934274932e-07
BICGSTAB_SOLVER_TIME: 0.699628 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130853
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 57 resid = 1.763243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208989(s) Flops=376989696 => 1803.87339046553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259687.579369655 Mflops = 259.687579369655 Gflops = 0.259687579369655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056008 s
InvBiCGStab: k = 78 resid = 1.122372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285542(s) Flops=514787328 => 1802.8427621856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259557.614413172 Mflops = 259.557614413172 Gflops = 0.259557614413172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001064798 Relative Rsd = 4.66902822902969e-07
BICGSTAB_SOLVER_TIME: 0.595098 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110598
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108966(s) Flops=1511497728 => 1362.97932308114 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196269.972652815 Mflops = 196.269972652815 Gflops = 0.196269972652815 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167379000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040547 s
InvBiCGStab: k = 30 resid = 2.035629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11044(s) Flops=199821312 => 1809.32010141253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260400.886447282 Mflops = 260.400886447282 Gflops = 0.260400886447282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063389 s
InvBiCGStab: k = 55 resid = 1.108957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240869(s) Flops=363866112 => 1510.63902785331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217483.099961817 Mflops = 217.483099961817 Gflops = 0.217483099961817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0006982401 Relative Rsd = 3.06171155479637e-07
BICGSTAB_SOLVER_TIME: 0.458882 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041876 s
InvBiCGStab: k = 59 resid = 2.220208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228266(s) Flops=390113280 => 1709.02929038928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246039.109357946 Mflops = 246.039109357946 Gflops = 0.246039109357946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056589 s
InvBiCGStab: k = 89 resid = 9.850247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328085(s) Flops=586967040 => 1789.07002758432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257573.576301621 Mflops = 257.573576301621 Gflops = 0.257573576301621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001166409 Relative Rsd = 5.11458623827343e-07
BICGSTAB_SOLVER_TIME: 0.658533 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044711 s
InvBiCGStab: k = 49 resid = 2.18516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199876(s) Flops=324495360 => 1623.483359683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233733.334160579 Mflops = 233.733334160579 Gflops = 0.233733334160579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057688 s
InvBiCGStab: k = 75 resid = 1.060526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325233(s) Flops=495101952 => 1522.2992500761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219168.553421491 Mflops = 219.168553421491 Gflops = 0.219168553421491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001054187 Relative Rsd = 4.62250354807959e-07
BICGSTAB_SOLVER_TIME: 0.63136 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041956 s
InvBiCGStab: k = 70 resid = 2.009438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264129(s) Flops=462292992 => 1750.25458014834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251988.851849751 Mflops = 251.988851849751 Gflops = 0.251988851849751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057039 s
InvBiCGStab: k = 83 resid = 1.105643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308093(s) Flops=547596288 => 1777.37335155294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255895.221521952 Mflops = 255.895221521952 Gflops = 0.255895221521952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001148072 Relative Rsd = 5.03417762723582e-07
BICGSTAB_SOLVER_TIME: 0.674974 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 67 resid = 1.51294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295124(s) Flops=442607616 => 1499.73440316613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215922.977673146 Mflops = 215.922977673146 Gflops = 0.215922977673145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071617 s
InvBiCGStab: k = 80 resid = 1.030433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343641(s) Flops=527910912 => 1536.22795882913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221180.956635904 Mflops = 221.180956635904 Gflops = 0.221180956635904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001095294 Relative Rsd = 4.80275229389326e-07
BICGSTAB_SOLVER_TIME: 0.754924 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119098
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979006(s) Flops=1511424000 => 1543.83527782261 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222323.372448797 Mflops = 222.323372448797 Gflops = 0.222323372448797 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167560000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.753209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883929(s) Flops=1584359424 => 1792.4057520457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258084.117212232 Mflops = 258.084117212232 Gflops = 0.258084117212232 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 290 resid = 8.293252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.09772(s) Flops=1905887232 => 1736.22347410997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250012.597860947 Mflops = 250.012597860947 Gflops = 0.250012597860947 Tflops
BICGSTAB_SOLVER: 531 iterations. Rsd = 0.002193316 Relative Rsd = 9.64803145289978e-07
BICGSTAB_SOLVER_TIME: 1.985286 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.121658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378129
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.551305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798694(s) Flops=1210337280 => 1515.3954831262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218183.624402495 Mflops = 218.183624402495 Gflops = 0.218183624402495 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 5.265073e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872478(s) Flops=1466247168 => 1680.55488849002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241994.845887398 Mflops = 241.994845887398 Gflops = 0.241994845887398 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001906915 Relative Rsd = 8.37457492350937e-07
BICGSTAB_SOLVER_TIME: 1.674892 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.130232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290112999999999
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021668(s) Flops=1511424000 => 1479.36903181856 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213054.155148709 Mflops = 213.054155148709 Gflops = 0.213054155148709 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167683000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.46937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 25 resid = 1.992866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094066(s) Flops=167012352 => 1775.48053494355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255488.222663518 Mflops = 255.488222663518 Gflops = 0.255488222663518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 55 resid = 7.939049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208984(s) Flops=363866112 => 1741.11947326111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250655.129235552 Mflops = 250.655129235552 Gflops = 0.250655129235552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007332659 Relative Rsd = 3.21529593759637e-07
BICGSTAB_SOLVER_TIME: 0.404222 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043848 s
InvBiCGStab: k = 84 resid = 2.1337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327325(s) Flops=554158080 => 1692.99039181242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243759.582079231 Mflops = 243.759582079231 Gflops = 0.243759582079231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058042 s
InvBiCGStab: k = 112 resid = 1.071992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431145(s) Flops=737888256 => 1711.46193507985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246416.861383254 Mflops = 246.416861383254 Gflops = 0.246416861383254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001303583 Relative Rsd = 5.71607832042825e-07
BICGSTAB_SOLVER_TIME: 0.863996 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154222999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042706 s
InvBiCGStab: k = 68 resid = 1.738326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268159(s) Flops=449169408 => 1675.01149691042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241164.914029701 Mflops = 241.164914029701 Gflops = 0.241164914029701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057165 s
InvBiCGStab: k = 75 resid = 1.131056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285201(s) Flops=495101952 => 1735.97551200732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249860.885955357 Mflops = 249.860885955357 Gflops = 0.249860885955357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001134053 Relative Rsd = 4.97270538473186e-07
BICGSTAB_SOLVER_TIME: 0.65724 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046725 s
InvBiCGStab: k = 68 resid = 2.077009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283036(s) Flops=449169408 => 1586.96917706581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228492.279149342 Mflops = 228.492279149342 Gflops = 0.228492279149342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063657 s
InvBiCGStab: k = 84 resid = 7.029619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352569(s) Flops=554158080 => 1571.77199356722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226293.911615812 Mflops = 226.293911615812 Gflops = 0.226293911615812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001162208 Relative Rsd = 5.09616135996166e-07
BICGSTAB_SOLVER_TIME: 0.749662 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041362 s
InvBiCGStab: k = 67 resid = 1.832334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25884(s) Flops=442607616 => 1709.96606397775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246200.297972542 Mflops = 246.200297972542 Gflops = 0.246200297972542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059467 s
InvBiCGStab: k = 93 resid = 6.581994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384051(s) Flops=613214208 => 1596.69993828945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229892.525043787 Mflops = 229.892525043787 Gflops = 0.229892525043787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001131568 Relative Rsd = 4.96181145975676e-07
BICGSTAB_SOLVER_TIME: 0.747477 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128261
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.966145(s) Flops=1511350272 => 1564.30998659621 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225259.603722603 Mflops = 225.259603722603 Gflops = 0.225259603722603 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167509000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042902 s
InvBiCGStab: k = 29 resid = 2.279429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112322(s) Flops=193259520 => 1720.58474742259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247662.838337792 Mflops = 247.662838337792 Gflops = 0.247662838337792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059461 s
InvBiCGStab: k = 49 resid = 8.524969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191949(s) Flops=324495360 => 1690.52904677805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243364.18796154 Mflops = 243.36418796154 Gflops = 0.24336418796154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007806972 Relative Rsd = 3.42327745863367e-07
BICGSTAB_SOLVER_TIME: 0.410395 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 71 resid = 2.222546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259878(s) Flops=468854784 => 1804.13418604114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259745.174928276 Mflops = 259.745174928276 Gflops = 0.259745174928276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057742 s
InvBiCGStab: k = 125 resid = 7.65548e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.478666(s) Flops=823191552 => 1719.76190496087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247608.422916745 Mflops = 247.608422916745 Gflops = 0.247608422916745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.00130198 Relative Rsd = 5.70904813745851e-07
BICGSTAB_SOLVER_TIME: 0.840604 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154351999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041561 s
InvBiCGStab: k = 66 resid = 1.824344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250403(s) Flops=436045824 => 1741.37619756952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250715.313646598 Mflops = 250.715313646598 Gflops = 0.250715313646598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060357 s
InvBiCGStab: k = 75 resid = 1.038587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289085(s) Flops=495101952 => 1712.65182212844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246573.872424819 Mflops = 246.573872424819 Gflops = 0.246573872424819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001013282 Relative Rsd = 4.4431363827182e-07
BICGSTAB_SOLVER_TIME: 0.645062 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048402 s
InvBiCGStab: k = 61 resid = 2.251869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26651(s) Flops=403236864 => 1513.02714344677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217830.716536004 Mflops = 217.830716536004 Gflops = 0.217830716536004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070378 s
InvBiCGStab: k = 82 resid = 1.029626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366237(s) Flops=541034496 => 1477.27972870027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212690.181747621 Mflops = 212.690181747621 Gflops = 0.212690181747621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001131899 Relative Rsd = 4.96326323439849e-07
BICGSTAB_SOLVER_TIME: 0.755618 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043283 s
InvBiCGStab: k = 61 resid = 2.068384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244921(s) Flops=403236864 => 1646.39562961118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237039.589703403 Mflops = 237.039589703403 Gflops = 0.237039589703403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06458 s
InvBiCGStab: k = 94 resid = 1.092193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37605(s) Flops=619776000 => 1648.12126047068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237285.43219797 Mflops = 237.28543219797 Gflops = 0.23728543219797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001139231 Relative Rsd = 4.99541003751489e-07
BICGSTAB_SOLVER_TIME: 0.732559 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124808
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.999673(s) Flops=1505083392 => 1505.57571525889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216823.852960231 Mflops = 216.823852960231 Gflops = 0.216823852960231 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168586000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049803 s
InvBiCGStab: k = 29 resid = 2.226447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123688(s) Flops=193259520 => 1562.47590712114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224920.926915947 Mflops = 224.920926915947 Gflops = 0.224920926915947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064789 s
InvBiCGStab: k = 50 resid = 6.829448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204997(s) Flops=331057152 => 1614.93656980346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232456.175800003 Mflops = 232.456175800003 Gflops = 0.232456175800003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007335603 Relative Rsd = 3.21658691441386e-07
BICGSTAB_SOLVER_TIME: 0.446953 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 56 resid = 2.074148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221066(s) Flops=370427904 => 1675.64394343771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241235.862711082 Mflops = 241.235862711082 Gflops = 0.241235862711082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059505 s
InvBiCGStab: k = 86 resid = 1.148842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344482(s) Flops=567281664 => 1646.76721570358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237104.571846066 Mflops = 237.104571846066 Gflops = 0.237104571846066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001093819 Relative Rsd = 4.79628617948158e-07
BICGSTAB_SOLVER_TIME: 0.669785 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115748
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040734 s
InvBiCGStab: k = 62 resid = 1.856478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235598(s) Flops=409798656 => 1739.3978556694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250427.415078869 Mflops = 250.427415078869 Gflops = 0.250427415078869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 96 resid = 6.119769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386224(s) Flops=632899584 => 1638.68528108041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235935.309068567 Mflops = 235.935309068567 Gflops = 0.235935309068567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00106299 Relative Rsd = 4.66110370387559e-07
BICGSTAB_SOLVER_TIME: 0.722999 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047889 s
InvBiCGStab: k = 60 resid = 1.762538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236328(s) Flops=396675072 => 1678.49375444298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241656.972472221 Mflops = 241.656972472221 Gflops = 0.241656972472221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056617 s
InvBiCGStab: k = 81 resid = 1.128134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335979(s) Flops=534472704 => 1590.79199592832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229031.953505253 Mflops = 229.031953505253 Gflops = 0.229031953505253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001113584 Relative Rsd = 4.88295314393256e-07
BICGSTAB_SOLVER_TIME: 0.682426 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114948
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046376 s
InvBiCGStab: k = 62 resid = 2.107085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269876(s) Flops=409798656 => 1518.47017148616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218624.032675701 Mflops = 218.624032675701 Gflops = 0.218624032675701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070105 s
InvBiCGStab: k = 86 resid = 8.060599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355358(s) Flops=567281664 => 1596.36666122614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229851.928935791 Mflops = 229.851928935791 Gflops = 0.229851928935791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001062575 Relative Rsd = 4.65928183900346e-07
BICGSTAB_SOLVER_TIME: 0.745504 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119684
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018652(s) Flops=1504788480 => 1477.23509108115 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212722.195535145 Mflops = 212.722195535145 Gflops = 0.212722195535145 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166749000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044161 s
InvBiCGStab: k = 26 resid = 2.278202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111628(s) Flops=173574144 => 1554.93374422188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223804.784249504 Mflops = 223.804784249504 Gflops = 0.223804784249504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072632 s
InvBiCGStab: k = 49 resid = 1.097279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239931(s) Flops=324495360 => 1352.45283018868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194694.09864831 Mflops = 194.69409864831 Gflops = 0.19469409864831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007049238 Relative Rsd = 3.09101861728973e-07
BICGSTAB_SOLVER_TIME: 0.472479 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050198 s
InvBiCGStab: k = 63 resid = 1.566908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250134(s) Flops=416360448 => 1664.54959341793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239653.710354228 Mflops = 239.653710354228 Gflops = 0.239653710354228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059324 s
InvBiCGStab: k = 84 resid = 8.290149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347149(s) Flops=554158080 => 1596.31190065361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229837.180383704 Mflops = 229.837180383704 Gflops = 0.229837180383704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001122267 Relative Rsd = 4.92102751636675e-07
BICGSTAB_SOLVER_TIME: 0.71125 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041292 s
InvBiCGStab: k = 57 resid = 1.656996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21504(s) Flops=376989696 => 1753.11428571429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252395.126771349 Mflops = 252.395126771349 Gflops = 0.252395126771349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061615 s
InvBiCGStab: k = 69 resid = 1.013484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301213(s) Flops=455731200 => 1512.9864912869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217826.3536615 Mflops = 217.8263536615 Gflops = 0.2178263536615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009982612 Relative Rsd = 4.37727308343921e-07
BICGSTAB_SOLVER_TIME: 0.622807 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 65 resid = 2.162181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244915(s) Flops=429484032 => 1753.60444235755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252478.155376059 Mflops = 252.478155376059 Gflops = 0.252478155376059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 90 resid = 6.984032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338333(s) Flops=593528832 => 1754.27413820112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252568.005396143 Mflops = 252.568005396143 Gflops = 0.252568005396143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001134059 Relative Rsd = 4.97273346054244e-07
BICGSTAB_SOLVER_TIME: 0.684739 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124937000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046513 s
InvBiCGStab: k = 55 resid = 1.366114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215072(s) Flops=363866112 => 1691.83395328076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243573.589978925 Mflops = 243.573589978925 Gflops = 0.243573589978925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064896 s
InvBiCGStab: k = 78 resid = 8.924047e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334527(s) Flops=514787328 => 1538.85135728955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221552.416298244 Mflops = 221.552416298244 Gflops = 0.221552416298244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001062541 Relative Rsd = 4.65913176103417e-07
BICGSTAB_SOLVER_TIME: 0.665183 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109086
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978388(s) Flops=1492402176 => 1525.36843869712 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219701.948540305 Mflops = 219.701948540305 Gflops = 0.219701948540306 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165482000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.985393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.041668(s) Flops=1512179712 => 1451.69066535595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209001.427682905 Mflops = 209.001427682905 Gflops = 0.209001427682905 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 8.41906e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921057(s) Flops=1466247168 => 1591.91794644631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229231.873872419 Mflops = 229.231873872419 Gflops = 0.22923187387242 Tflops
BICGSTAB_SOLVER: 453 iterations. Rsd = 0.002054329 Relative Rsd = 9.03665603154444e-07
BICGSTAB_SOLVER_TIME: 1.966 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.117841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322652
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.215133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758486(s) Flops=1315325952 => 1734.14664476338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249698.183852357 Mflops = 249.698183852357 Gflops = 0.249698183852357 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.148578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909604(s) Flops=1597483008 => 1756.24008689496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252895.097172423 Mflops = 252.895097172423 Gflops = 0.252895097172423 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002027537 Relative Rsd = 8.90446845456126e-07
BICGSTAB_SOLVER_TIME: 1.671428 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.117599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315761999999999
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998236(s) Flops=1492402176 => 1495.03942554666 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215305.799997878 Mflops = 215.305799997878 Gflops = 0.215305799997878 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165240000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 35 resid = 2.165447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12894(s) Flops=232630272 => 1804.17459283388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259711.929261411 Mflops = 259.711929261411 Gflops = 0.259711929261411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056607 s
InvBiCGStab: k = 48 resid = 1.073067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185171(s) Flops=317933568 => 1716.97278731551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247175.355623253 Mflops = 247.175355623253 Gflops = 0.247175355623253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007220994 Relative Rsd = 3.16633223441062e-07
BICGSTAB_SOLVER_TIME: 0.415364 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040828 s
InvBiCGStab: k = 77 resid = 1.644068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320646(s) Flops=508225536 => 1585.00507101289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228207.863112004 Mflops = 228.207863112004 Gflops = 0.228207863112004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06972 s
InvBiCGStab: k = 112 resid = 8.384316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.508796(s) Flops=737888256 => 1450.26347691413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208818.280681627 Mflops = 208.818280681627 Gflops = 0.208818280681627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001285705 Relative Rsd = 5.63768402118258e-07
BICGSTAB_SOLVER_TIME: 0.944533 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149211999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054609 s
InvBiCGStab: k = 59 resid = 2.255982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232475(s) Flops=390113280 => 1678.08702010969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241581.985873826 Mflops = 241.581985873826 Gflops = 0.241581985873826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068589 s
InvBiCGStab: k = 67 resid = 1.105655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276974(s) Flops=442607616 => 1598.01142345491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230071.690909174 Mflops = 230.071690909174 Gflops = 0.230071690909174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001033037 Relative Rsd = 4.52976353056508e-07
BICGSTAB_SOLVER_TIME: 0.636619 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068295 s
InvBiCGStab: k = 65 resid = 1.917729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258683(s) Flops=429484032 => 1660.27157563504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239035.015887114 Mflops = 239.035015887114 Gflops = 0.239035015887114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 108 resid = 8.417865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394093(s) Flops=711641088 => 1805.7694199085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259991.075897095 Mflops = 259.991075897095 Gflops = 0.259991075897095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001180446 Relative Rsd = 5.17613454070061e-07
BICGSTAB_SOLVER_TIME: 0.78101 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040502 s
InvBiCGStab: k = 56 resid = 1.986755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204717(s) Flops=370427904 => 1809.46332742273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260500.21710152 Mflops = 260.50021710152 Gflops = 0.26050021710152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 80 resid = 1.067142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312286(s) Flops=527910912 => 1690.47255400498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243385.285554919 Mflops = 243.385285554919 Gflops = 0.243385285554919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001073859 Relative Rsd = 4.70876162663464e-07
BICGSTAB_SOLVER_TIME: 0.617521 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111234
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025961(s) Flops=1492402176 => 1454.63831081298 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209526.910512657 Mflops = 209.526910512657 Gflops = 0.209526910512657 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165385000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05581 s
InvBiCGStab: k = 25 resid = 2.12619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120878(s) Flops=167012352 => 1381.66045103327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198887.349516466 Mflops = 198.887349516466 Gflops = 0.198887349516466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070685 s
InvBiCGStab: k = 53 resid = 9.987148e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195061(s) Flops=350742528 => 1798.1171428425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258844.48512879 Mflops = 258.84448512879 Gflops = 0.25884448512879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007608943 Relative Rsd = 3.33644357072705e-07
BICGSTAB_SOLVER_TIME: 0.44605 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045356 s
InvBiCGStab: k = 72 resid = 2.062295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278751(s) Flops=475416576 => 1705.52419901633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245552.39397472 Mflops = 245.55239397472 Gflops = 0.24555239397472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 115 resid = 7.798608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.514668(s) Flops=757573632 => 1471.96567884539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211938.758953176 Mflops = 211.938758953176 Gflops = 0.211938758953176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001248657 Relative Rsd = 5.47523533927791e-07
BICGSTAB_SOLVER_TIME: 0.899375 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147917
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054301 s
InvBiCGStab: k = 62 resid = 2.265229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293523(s) Flops=409798656 => 1396.1381424965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201013.199139873 Mflops = 201.013199139873 Gflops = 0.201013199139873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06395 s
InvBiCGStab: k = 79 resid = 7.59304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309527(s) Flops=521349120 => 1684.34133371241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242502.72005162 Mflops = 242.50272005162 Gflops = 0.24250272005162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001037191 Relative Rsd = 4.54797758506284e-07
BICGSTAB_SOLVER_TIME: 0.72496 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041492 s
InvBiCGStab: k = 67 resid = 2.046189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2643(s) Flops=442607616 => 1674.64099886493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241114.372598631 Mflops = 241.114372598631 Gflops = 0.241114372598631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07148 s
InvBiCGStab: k = 96 resid = 1.11694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378061(s) Flops=632899584 => 1674.06737008049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241032.066277702 Mflops = 241.032066277702 Gflops = 0.241032066277702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.0011847 Relative Rsd = 5.19478964065915e-07
BICGSTAB_SOLVER_TIME: 0.759007 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 57 resid = 2.203987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208455(s) Flops=376989696 => 1808.49438008203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260372.985581073 Mflops = 260.372985581073 Gflops = 0.260372985581073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056103 s
InvBiCGStab: k = 84 resid = 9.576233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30712(s) Flops=554158080 => 1804.36988799166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259787.756984913 Mflops = 259.787756984913 Gflops = 0.259787756984913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001116572 Relative Rsd = 4.89605586949654e-07
BICGSTAB_SOLVER_TIME: 0.616666 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114949
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013477(s) Flops=1523367936 => 1503.11051558151 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216630.39507287 Mflops = 216.63039507287 Gflops = 0.21663039507287 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169155000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 27 resid = 2.258713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121788(s) Flops=180135936 => 1479.09429500443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212950.18421016 Mflops = 212.95018421016 Gflops = 0.21295018421016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067078 s
InvBiCGStab: k = 48 resid = 6.211804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224128(s) Flops=317933568 => 1418.53569388921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204232.353068 Mflops = 204.232353068 Gflops = 0.204232353068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007707327 Relative Rsd = 3.37958409556345e-07
BICGSTAB_SOLVER_TIME: 0.457844 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045404 s
InvBiCGStab: k = 52 resid = 2.267944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209696(s) Flops=344180736 => 1641.33190904929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236303.495459026 Mflops = 236.303495459026 Gflops = 0.236303495459026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06499 s
InvBiCGStab: k = 75 resid = 1.099172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274345(s) Flops=495101952 => 1804.66912828738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259812.481541702 Mflops = 259.812481541702 Gflops = 0.259812481541702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001058993 Relative Rsd = 4.64357674103317e-07
BICGSTAB_SOLVER_TIME: 0.597996 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048395 s
InvBiCGStab: k = 62 resid = 1.889838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303065(s) Flops=409798656 => 1352.18074010526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194686.038321519 Mflops = 194.686038321519 Gflops = 0.194686038321519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06145 s
InvBiCGStab: k = 82 resid = 9.420657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376973(s) Flops=541034496 => 1435.20755067339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206641.169935239 Mflops = 206.641169935239 Gflops = 0.206641169935239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001122643 Relative Rsd = 4.92267684262113e-07
BICGSTAB_SOLVER_TIME: 0.793822 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041446 s
InvBiCGStab: k = 57 resid = 1.786211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227315(s) Flops=376989696 => 1658.4461914084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238764.149558985 Mflops = 238.764149558985 Gflops = 0.238764149558985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057465 s
InvBiCGStab: k = 84 resid = 7.807871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338106(s) Flops=554158080 => 1639.00693865238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235971.697326311 Mflops = 235.971697326311 Gflops = 0.235971697326311 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001155942 Relative Rsd = 5.0686894345418e-07
BICGSTAB_SOLVER_TIME: 0.668106 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 66 resid = 1.022334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242431(s) Flops=436045824 => 1798.63888694103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258961.724912898 Mflops = 258.961724912898 Gflops = 0.258961724912898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056097 s
InvBiCGStab: k = 78 resid = 1.085405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286398(s) Flops=514787328 => 1797.45433976494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258785.729463076 Mflops = 258.785729463076 Gflops = 0.258785729463076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001115826 Relative Rsd = 4.8927817195134e-07
BICGSTAB_SOLVER_TIME: 0.62981 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116889
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006998(s) Flops=1554554880 => 1543.75170556446 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222295.92111278 Mflops = 222.29592111278 Gflops = 0.22229592111278 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174197000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041079 s
InvBiCGStab: k = 34 resid = 9.828944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135571(s) Flops=226068480 => 1667.52830620118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240052.144195577 Mflops = 240.052144195577 Gflops = 0.240052144195577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069278 s
InvBiCGStab: k = 46 resid = 1.057567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190467(s) Flops=304809984 => 1600.32963190474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230380.420939795 Mflops = 230.380420939795 Gflops = 0.230380420939795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007460846 Relative Rsd = 3.27150447608549e-07
BICGSTAB_SOLVER_TIME: 0.440018 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051591 s
InvBiCGStab: k = 58 resid = 1.681869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23025(s) Flops=383551488 => 1665.80450814332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239829.62084772 Mflops = 239.82962084772 Gflops = 0.23982962084772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05603 s
InvBiCGStab: k = 79 resid = 1.097016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305485(s) Flops=521349120 => 1706.62755945464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245709.667107818 Mflops = 245.709667107818 Gflops = 0.245709667107818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001121679 Relative Rsd = 4.91844862554747e-07
BICGSTAB_SOLVER_TIME: 0.647445 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112047
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040712 s
InvBiCGStab: k = 59 resid = 1.941328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223791(s) Flops=390113280 => 1743.20361408636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250963.256313269 Mflops = 250.963256313269 Gflops = 0.250963256313269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06077 s
InvBiCGStab: k = 74 resid = 9.826883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310032(s) Flops=488540160 => 1575.77333952624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226869.706422997 Mflops = 226.869706422997 Gflops = 0.226869706422997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001072142 Relative Rsd = 4.70123475705224e-07
BICGSTAB_SOLVER_TIME: 0.638988 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044389 s
InvBiCGStab: k = 58 resid = 1.910123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249268(s) Flops=383551488 => 1538.71129868254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221532.138362534 Mflops = 221.532138362534 Gflops = 0.221532138362534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066882 s
InvBiCGStab: k = 87 resid = 8.489152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388722(s) Flops=573843456 => 1476.23097226295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212550.057336121 Mflops = 212.550057336121 Gflops = 0.212550057336121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001137294 Relative Rsd = 4.98691991239489e-07
BICGSTAB_SOLVER_TIME: 0.753157 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 63 resid = 2.105849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2615(s) Flops=416360448 => 1592.20056596558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229242.710738768 Mflops = 229.242710738768 Gflops = 0.229242710738768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063006 s
InvBiCGStab: k = 84 resid = 9.016534e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322813(s) Flops=554158080 => 1716.65354245337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247144.811891332 Mflops = 247.144811891332 Gflops = 0.247144811891332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001065626 Relative Rsd = 4.67266021798043e-07
BICGSTAB_SOLVER_TIME: 0.692269 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119002
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99041(s) Flops=1567014912 => 1582.1880958391 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227839.281024196 Mflops = 227.839281024196 Gflops = 0.227839281024196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174029000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.174432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.001167(s) Flops=1643415552 => 1641.4999215915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236347.492144718 Mflops = 236.347492144718 Gflops = 0.236347492144718 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 6.90286e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964481(s) Flops=1623730176 => 1683.52738519473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242424.922004833 Mflops = 242.424922004833 Gflops = 0.242424922004833 Tflops
BICGSTAB_SOLVER: 497 iterations. Rsd = 0.002112718 Relative Rsd = 9.29348070063369e-07
BICGSTAB_SOLVER_TIME: 1.969066 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.125199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353866
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.287727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768958(s) Flops=1203775488 => 1565.46324766762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225362.027736897 Mflops = 225.362027736897 Gflops = 0.225362027736897 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 1.049119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.979044(s) Flops=1544988672 => 1578.05846519666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227237.084155672 Mflops = 227.237084155672 Gflops = 0.227237084155672 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.00258195 Relative Rsd = 1.13399446186283e-06
BICGSTAB_SOLVER_TIME: 1.751505 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297865999999999
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982303(s) Flops=1567014912 => 1595.24598011001 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229751.887399354 Mflops = 229.751887399354 Gflops = 0.229751887399354 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174062000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046992 s
InvBiCGStab: k = 31 resid = 2.273902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134862(s) Flops=206383104 => 1530.32806869244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220308.785192998 Mflops = 220.308785192998 Gflops = 0.220308785192998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060881 s
InvBiCGStab: k = 53 resid = 1.081162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20735(s) Flops=350742528 => 1691.54824210272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243519.421617592 Mflops = 243.519421617592 Gflops = 0.243519421617592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007240969 Relative Rsd = 3.17509086637364e-07
BICGSTAB_SOLVER_TIME: 0.45396 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0740600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041363 s
InvBiCGStab: k = 89 resid = 2.218203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386057(s) Flops=586967040 => 1520.41548268779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218913.406633445 Mflops = 218.913406633445 Gflops = 0.218913406633445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06396 s
InvBiCGStab: k = 105 resid = 9.502739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398156(s) Flops=691955712 => 1737.90100362672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250211.389578442 Mflops = 250.211389578442 Gflops = 0.250211389578442 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.00135589 Relative Rsd = 5.94543778458126e-07
BICGSTAB_SOLVER_TIME: 0.895271 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152737999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041421 s
InvBiCGStab: k = 53 resid = 2.030875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194754(s) Flops=350742528 => 1800.95160048061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259284.756927353 Mflops = 259.284756927353 Gflops = 0.259284756927353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066112 s
InvBiCGStab: k = 74 resid = 1.123761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311522(s) Flops=488540160 => 1568.23646484036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225782.891773898 Mflops = 225.782891773898 Gflops = 0.225782891773898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001037218 Relative Rsd = 4.54809448252872e-07
BICGSTAB_SOLVER_TIME: 0.617462 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040545 s
InvBiCGStab: k = 69 resid = 1.609487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259057(s) Flops=455731200 => 1759.19276452673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253278.54665065 Mflops = 253.27854665065 Gflops = 0.25327854665065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065649 s
InvBiCGStab: k = 94 resid = 1.121951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383484(s) Flops=619776000 => 1616.17173076321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232692.869902486 Mflops = 232.692869902486 Gflops = 0.232692869902486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001156601 Relative Rsd = 5.07157511740035e-07
BICGSTAB_SOLVER_TIME: 0.752854 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048326 s
InvBiCGStab: k = 65 resid = 2.052361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296482(s) Flops=429484032 => 1448.60069751283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208568.172878723 Mflops = 208.568172878723 Gflops = 0.208568172878723 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067888 s
InvBiCGStab: k = 77 resid = 9.724764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312521(s) Flops=508225536 => 1626.21243372445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234134.561429873 Mflops = 234.134561429873 Gflops = 0.234134561429873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001123124 Relative Rsd = 4.92478201794549e-07
BICGSTAB_SOLVER_TIME: 0.728894 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115481
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994533(s) Flops=1566203904 => 1574.81340890649 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226775.527068409 Mflops = 226.775527068409 Gflops = 0.226775527068409 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173865000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044782 s
InvBiCGStab: k = 30 resid = 2.270237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122189(s) Flops=199821312 => 1635.34616045634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235407.071627061 Mflops = 235.407071627061 Gflops = 0.235407071627061 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064931 s
InvBiCGStab: k = 48 resid = 6.995538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208579(s) Flops=317933568 => 1524.28369107149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219429.152973109 Mflops = 219.429152973109 Gflops = 0.219429152973109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007644506 Relative Rsd = 3.35203789686287e-07
BICGSTAB_SOLVER_TIME: 0.44567 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040955 s
InvBiCGStab: k = 79 resid = 1.590287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336405(s) Flops=521349120 => 1549.76626387836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223128.885485663 Mflops = 223.128885485663 Gflops = 0.223128885485663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068841 s
InvBiCGStab: k = 119 resid = 1.01663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.504055(s) Flops=783820800 => 1555.03030423267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223899.8836412 Mflops = 223.8998836412 Gflops = 0.2238998836412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001295804 Relative Rsd = 5.68196672104039e-07
BICGSTAB_SOLVER_TIME: 0.956532 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155583999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 52 resid = 2.07742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205225(s) Flops=344180736 => 1677.08971129248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241427.025604838 Mflops = 241.427025604838 Gflops = 0.241427025604838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063166 s
InvBiCGStab: k = 72 resid = 1.117727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303575(s) Flops=475416576 => 1566.05970847402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225457.964203647 Mflops = 225.457964203647 Gflops = 0.225457964203647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001030219 Relative Rsd = 4.51740711109329e-07
BICGSTAB_SOLVER_TIME: 0.619556 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 70 resid = 2.020295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274968(s) Flops=462292992 => 1681.26106310552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242061.458862871 Mflops = 242.061458862871 Gflops = 0.242061458862871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059074 s
InvBiCGStab: k = 104 resid = 4.883878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398302(s) Flops=685393920 => 1720.78955164674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247753.743379444 Mflops = 247.753743379444 Gflops = 0.247753743379444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001179935 Relative Rsd = 5.17389255960831e-07
BICGSTAB_SOLVER_TIME: 0.777286 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043579 s
InvBiCGStab: k = 67 resid = 1.665745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265199(s) Flops=442607616 => 1668.96412128251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240293.199498569 Mflops = 240.293199498569 Gflops = 0.240293199498569 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061372 s
InvBiCGStab: k = 90 resid = 9.415712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387438(s) Flops=593528832 => 1531.93241757391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220558.241224082 Mflops = 220.558241224082 Gflops = 0.220558241224082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001128925 Relative Rsd = 4.95022023374065e-07
BICGSTAB_SOLVER_TIME: 0.761869 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119967
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126201
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026663(s) Flops=1566056448 => 1525.3851049468 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219654.811886993 Mflops = 219.654811886993 Gflops = 0.219654811886993 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173903000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041361 s
InvBiCGStab: k = 31 resid = 1.912504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114664(s) Flops=206383104 => 1799.89450917463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.610199717 Mflops = 259.051610199717 Gflops = 0.259051610199717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056706 s
InvBiCGStab: k = 54 resid = 6.570835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207672(s) Flops=357304320 => 1720.52236218653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247678.766970863 Mflops = 247.678766970863 Gflops = 0.247678766970863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007756904 Relative Rsd = 3.4013231956971e-07
BICGSTAB_SOLVER_TIME: 0.425122 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0747690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04493 s
InvBiCGStab: k = 54 resid = 1.412047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243901(s) Flops=357304320 => 1464.9563552425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210905.177164438 Mflops = 210.905177164438 Gflops = 0.210905177164438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06296 s
InvBiCGStab: k = 69 resid = 1.14e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303202(s) Flops=455731200 => 1503.061325453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216399.103598534 Mflops = 216.399103598534 Gflops = 0.216399103598534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001069406 Relative Rsd = 4.68923464514021e-07
BICGSTAB_SOLVER_TIME: 0.658936 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045696 s
InvBiCGStab: k = 57 resid = 2.214812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224633(s) Flops=376989696 => 1678.24716760227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241615.224006076 Mflops = 241.615224006076 Gflops = 0.241615224006076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056555 s
InvBiCGStab: k = 77 resid = 7.456651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300682(s) Flops=508225536 => 1690.24263507626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243352.370822942 Mflops = 243.352370822942 Gflops = 0.243352370822942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001033765 Relative Rsd = 4.53295600546289e-07
BICGSTAB_SOLVER_TIME: 0.636629 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047058 s
InvBiCGStab: k = 71 resid = 1.045998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267531(s) Flops=468854784 => 1752.52506812295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252312.812651497 Mflops = 252.312812651497 Gflops = 0.252312812651497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 90 resid = 1.102142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3563(s) Flops=593528832 => 1665.81204602863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239838.313534277 Mflops = 239.838313534277 Gflops = 0.239838313534277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001130993 Relative Rsd = 4.95928769962007e-07
BICGSTAB_SOLVER_TIME: 0.731178 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041087 s
InvBiCGStab: k = 66 resid = 9.479198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26063(s) Flops=436045824 => 1673.04540536393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240870.686210555 Mflops = 240.870686210555 Gflops = 0.240870686210555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056595 s
InvBiCGStab: k = 82 resid = 1.075897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334873(s) Flops=541034496 => 1615.64084294643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232603.292656262 Mflops = 232.603292656262 Gflops = 0.232603292656262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001140664 Relative Rsd = 5.001694935331e-07
BICGSTAB_SOLVER_TIME: 0.699775 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119846
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.09654(s) Flops=1579548672 => 1440.48431612162 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207431.364069536 Mflops = 207.431364069536 Gflops = 0.207431364069536 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175178000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040939 s
InvBiCGStab: k = 31 resid = 1.640631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114563(s) Flops=206383104 => 1801.48131595716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.125021922 Mflops = 259.314125021922 Gflops = 0.259314125021922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 51 resid = 1.091359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186755(s) Flops=337618944 => 1807.81742925223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260246.269974053 Mflops = 260.246269974053 Gflops = 0.260246269974053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007321998 Relative Rsd = 3.21062105989983e-07
BICGSTAB_SOLVER_TIME: 0.402076 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044608 s
InvBiCGStab: k = 53 resid = 2.168302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198044(s) Flops=350742528 => 1771.0333461251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254955.824344814 Mflops = 254.955824344814 Gflops = 0.254955824344814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062564 s
InvBiCGStab: k = 79 resid = 1.137373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368516(s) Flops=521349120 => 1414.72587350346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203691.71504212 Mflops = 203.69171504212 Gflops = 0.20369171504212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001098588 Relative Rsd = 4.81719806414163e-07
BICGSTAB_SOLVER_TIME: 0.677572 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04897 s
InvBiCGStab: k = 50 resid = 1.974617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238213(s) Flops=331057152 => 1389.75266673103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200088.443505236 Mflops = 200.088443505236 Gflops = 0.200088443505236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059487 s
InvBiCGStab: k = 78 resid = 8.578373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292395(s) Flops=514787328 => 1760.58868311702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253471.042083067 Mflops = 253.471042083067 Gflops = 0.253471042083067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001064758 Relative Rsd = 4.66885569041193e-07
BICGSTAB_SOLVER_TIME: 0.642696 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044914 s
InvBiCGStab: k = 64 resid = 2.030988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258754(s) Flops=422922240 => 1634.45681999119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235334.623789807 Mflops = 235.334623789807 Gflops = 0.235334623789807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056685 s
InvBiCGStab: k = 84 resid = 9.007913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323054(s) Flops=554158080 => 1715.37290979217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246972.798845671 Mflops = 246.972798845671 Gflops = 0.246972798845671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00115368 Relative Rsd = 5.05876897448997e-07
BICGSTAB_SOLVER_TIME: 0.687099 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11986
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041074 s
InvBiCGStab: k = 59 resid = 1.482039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229501(s) Flops=390113280 => 1699.83259332203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244731.757893085 Mflops = 244.731757893085 Gflops = 0.244731757893085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 83 resid = 1.039707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344507(s) Flops=547596288 => 1589.50699985777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228852.569051686 Mflops = 228.852569051686 Gflops = 0.228852569051686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001081739 Relative Rsd = 4.743313761014e-07
BICGSTAB_SOLVER_TIME: 0.675256 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11548
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03795(s) Flops=1579917312 => 1522.15165663086 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219193.100705507 Mflops = 219.193100705507 Gflops = 0.219193100705507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176728000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.766723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.979566(s) Flops=1597483008 => 1630.80691653242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234848.631840783 Mflops = 234.848631840783 Gflops = 0.234848631840783 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 302 resid = 1.099666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.301148(s) Flops=1984628736 => 1525.2905403536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219638.383201315 Mflops = 219.638383201315 Gflops = 0.219638383201315 Tflops
BICGSTAB_SOLVER: 545 iterations. Rsd = 0.002286125 Relative Rsd = 1.00563032397056e-06
BICGSTAB_SOLVER_TIME: 2.284506 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.121365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.388080000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.041613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669338(s) Flops=1170966528 => 1749.4397867744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251787.215127714 Mflops = 251.787215127714 Gflops = 0.251787215127714 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.088806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813615(s) Flops=1361258496 => 1673.09906528272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240920.509746979 Mflops = 240.920509746979 Gflops = 0.240920509746979 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.001910668 Relative Rsd = 8.39238877280165e-07
BICGSTAB_SOLVER_TIME: 1.486243 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274797999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990925(s) Flops=1579917312 => 1594.38636829225 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229592.426297938 Mflops = 229.592426297938 Gflops = 0.229592426297938 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175398000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042472 s
InvBiCGStab: k = 30 resid = 1.936153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124385(s) Flops=199821312 => 1606.47434980102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231255.279568065 Mflops = 231.255279568065 Gflops = 0.231255279568065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058797 s
InvBiCGStab: k = 49 resid = 9.274661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219641(s) Flops=324495360 => 1477.38974053114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212665.69547508 Mflops = 212.66569547508 Gflops = 0.21266569547508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000743435 Relative Rsd = 3.25988645043201e-07
BICGSTAB_SOLVER_TIME: 0.449 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040705 s
InvBiCGStab: k = 72 resid = 2.050988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293798(s) Flops=475416576 => 1618.1749909802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232983.193242696 Mflops = 232.983193242696 Gflops = 0.232983193242696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060607 s
InvBiCGStab: k = 105 resid = 6.053243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414419(s) Flops=691955712 => 1669.70074248526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240404.707364927 Mflops = 240.404707364927 Gflops = 0.240404707364927 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001226273 Relative Rsd = 5.37707975313677e-07
BICGSTAB_SOLVER_TIME: 0.813438 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 64 resid = 2.174615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238261(s) Flops=422922240 => 1775.03762680422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255544.045462146 Mflops = 255.544045462146 Gflops = 0.255544045462146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063813 s
InvBiCGStab: k = 74 resid = 1.111355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310736(s) Flops=488540160 => 1572.20328510375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226351.563832539 Mflops = 226.351563832539 Gflops = 0.226351563832539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00106109 Relative Rsd = 4.65276978235628e-07
BICGSTAB_SOLVER_TIME: 0.657973 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048159 s
InvBiCGStab: k = 74 resid = 2.021904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291929(s) Flops=488540160 => 1673.48964988062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240941.15683917 Mflops = 240.94115683917 Gflops = 0.24094115683917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056768 s
InvBiCGStab: k = 86 resid = 8.973386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321615(s) Flops=567281664 => 1763.85325311319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253951.209602176 Mflops = 253.951209602176 Gflops = 0.253951209602176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001148593 Relative Rsd = 5.03646452962505e-07
BICGSTAB_SOLVER_TIME: 0.7221 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041328 s
InvBiCGStab: k = 65 resid = 2.025228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238934(s) Flops=429484032 => 1797.50069893778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258795.986290211 Mflops = 258.795986290211 Gflops = 0.258795986290211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05656 s
InvBiCGStab: k = 92 resid = 1.068241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335723(s) Flops=606652416 => 1807.00284460701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.919282398 Mflops = 260.161919282398 Gflops = 0.260161919282398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001155232 Relative Rsd = 5.06557557191362e-07
BICGSTAB_SOLVER_TIME: 0.676201 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126141
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011819(s) Flops=1580359680 => 1561.89958876044 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224936.325429705 Mflops = 224.936325429705 Gflops = 0.224936325429705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175541000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.460218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046724 s
InvBiCGStab: k = 33 resid = 1.126888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144864(s) Flops=219506688 => 1515.26043737575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218172.026553744 Mflops = 218.172026553744 Gflops = 0.218172026553744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071113 s
InvBiCGStab: k = 55 resid = 8.359823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22608(s) Flops=363866112 => 1609.45732484076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231699.950689289 Mflops = 231.699950689289 Gflops = 0.231699950689289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007619514 Relative Rsd = 3.34107888705414e-07
BICGSTAB_SOLVER_TIME: 0.492405 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 75 resid = 2.238293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298042(s) Flops=495101952 => 1661.18182001194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239162.498018697 Mflops = 239.162498018697 Gflops = 0.239162498018697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056876 s
InvBiCGStab: k = 110 resid = 1.017838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424234(s) Flops=724764672 => 1708.40779381191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245978.461966483 Mflops = 245.978461966483 Gflops = 0.245978461966483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001245071 Relative Rsd = 5.459509312067e-07
BICGSTAB_SOLVER_TIME: 0.823871 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 58 resid = 2.073379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225332(s) Flops=383551488 => 1702.1616459269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245062.774848207 Mflops = 245.062774848207 Gflops = 0.245062774848207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063493 s
InvBiCGStab: k = 91 resid = 6.942632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363051(s) Flops=600090624 => 1652.90998785295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237979.185115164 Mflops = 237.979185115164 Gflops = 0.237979185115164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001051037 Relative Rsd = 4.60868973880395e-07
BICGSTAB_SOLVER_TIME: 0.698869 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045592 s
InvBiCGStab: k = 63 resid = 2.014166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272211(s) Flops=416360448 => 1529.55041493547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220497.731401742 Mflops = 220.497731401742 Gflops = 0.220497731401742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072449 s
InvBiCGStab: k = 92 resid = 1.00851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372714(s) Flops=606652416 => 1627.66200357379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234344.878643188 Mflops = 234.344878643188 Gflops = 0.234344878643188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001183007 Relative Rsd = 5.18736282305628e-07
BICGSTAB_SOLVER_TIME: 0.76666 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 62 resid = 1.562852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235703(s) Flops=409798656 => 1738.62299588889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250310.161661248 Mflops = 250.310161661248 Gflops = 0.250310161661248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059254 s
InvBiCGStab: k = 83 resid = 7.135642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326194(s) Flops=547596288 => 1678.74420743484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241699.354356534 Mflops = 241.699354356534 Gflops = 0.241699354356534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001121486 Relative Rsd = 4.91760022559861e-07
BICGSTAB_SOLVER_TIME: 0.665938 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117607
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026093(s) Flops=1586479104 => 1546.13578301382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222644.49160023 Mflops = 222.64449160023 Gflops = 0.22264449160023 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176172000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047833 s
InvBiCGStab: k = 25 resid = 2.032061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095413(s) Flops=167012352 => 1750.41505874462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251947.690565977 Mflops = 251.947690565977 Gflops = 0.251947690565977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061556 s
InvBiCGStab: k = 50 resid = 1.089981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202682(s) Flops=331057152 => 1633.38210595909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235135.297547135 Mflops = 235.135297547135 Gflops = 0.235135297547135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000827702 Relative Rsd = 3.62938862021693e-07
BICGSTAB_SOLVER_TIME: 0.411222 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048607 s
InvBiCGStab: k = 55 resid = 1.411797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209096(s) Flops=363866112 => 1740.18686153728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250524.455718447 Mflops = 250.524455718447 Gflops = 0.250524455718447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057278 s
InvBiCGStab: k = 88 resid = 7.877017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338817(s) Flops=580405248 => 1713.03461160449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246627.168062506 Mflops = 246.627168062506 Gflops = 0.246627168062506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001122614 Relative Rsd = 4.92254667295388e-07
BICGSTAB_SOLVER_TIME: 0.657443 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042802 s
InvBiCGStab: k = 60 resid = 1.627878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238052(s) Flops=396675072 => 1666.33790936434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239909.582537637 Mflops = 239.909582537638 Gflops = 0.239909582537638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 92 resid = 4.817452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345437(s) Flops=606652416 => 1756.18829482655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252850.601849453 Mflops = 252.850601849453 Gflops = 0.252850601849453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001077601 Relative Rsd = 4.72516913033877e-07
BICGSTAB_SOLVER_TIME: 0.686127 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 61 resid = 2.196372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230841(s) Flops=403236864 => 1746.81648407345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251491.829473438 Mflops = 251.491829473438 Gflops = 0.251491829473438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063412 s
InvBiCGStab: k = 91 resid = 4.081966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399229(s) Flops=600090624 => 1503.12383118461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216419.896074762 Mflops = 216.419896074762 Gflops = 0.216419896074762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001103996 Relative Rsd = 4.84090885188207e-07
BICGSTAB_SOLVER_TIME: 0.738047 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046224 s
InvBiCGStab: k = 61 resid = 1.781646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234931(s) Flops=403236864 => 1716.40551481073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247106.0413666 Mflops = 247.1060413666 Gflops = 0.2471060413666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057895 s
InvBiCGStab: k = 87 resid = 1.066661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351054(s) Flops=573843456 => 1634.63015946265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235347.012462695 Mflops = 235.347012462695 Gflops = 0.235347012462695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001136009 Relative Rsd = 4.98128126869146e-07
BICGSTAB_SOLVER_TIME: 0.69657 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119834
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.04147(s) Flops=1586626560 => 1523.44912479476 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219374.465263736 Mflops = 219.374465263736 Gflops = 0.219374465263736 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048063 s
InvBiCGStab: k = 26 resid = 1.990166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118808(s) Flops=173574144 => 1460.9634368056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210317.454024291 Mflops = 210.317454024291 Gflops = 0.210317454024291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068831 s
InvBiCGStab: k = 47 resid = 8.919632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183264(s) Flops=311371776 => 1699.03404924044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244597.432219699 Mflops = 244.597432219699 Gflops = 0.244597432219699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007557407 Relative Rsd = 3.31384560602423e-07
BICGSTAB_SOLVER_TIME: 0.422578 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045604 s
InvBiCGStab: k = 58 resid = 1.31702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219124(s) Flops=383551488 => 1750.3855716398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251998.723888782 Mflops = 251.998723888782 Gflops = 0.251998723888782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059704 s
InvBiCGStab: k = 85 resid = 1.096887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335416(s) Flops=560719872 => 1671.71474229017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240686.071429026 Mflops = 240.686071429026 Gflops = 0.240686071429026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001125652 Relative Rsd = 4.93586992124826e-07
BICGSTAB_SOLVER_TIME: 0.663495 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043174 s
InvBiCGStab: k = 59 resid = 1.635812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227845(s) Flops=390113280 => 1712.18714476947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246502.086944888 Mflops = 246.502086944888 Gflops = 0.246502086944888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065306 s
InvBiCGStab: k = 79 resid = 8.611198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31108(s) Flops=521349120 => 1675.93262183361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241299.968265182 Mflops = 241.299968265182 Gflops = 0.241299968265182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001049609 Relative Rsd = 4.60242730163632e-07
BICGSTAB_SOLVER_TIME: 0.651123 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041476 s
InvBiCGStab: k = 68 resid = 1.905581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253442(s) Flops=449169408 => 1772.27692331973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255170.659652859 Mflops = 255.170659652859 Gflops = 0.255170659652859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057473 s
InvBiCGStab: k = 91 resid = 1.008469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35901(s) Flops=600090624 => 1671.51506643269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240664.186370868 Mflops = 240.664186370868 Gflops = 0.240664186370868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001166623 Relative Rsd = 5.11552090753117e-07
BICGSTAB_SOLVER_TIME: 0.715022 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127937
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042916 s
InvBiCGStab: k = 68 resid = 7.555998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297405(s) Flops=449169408 => 1510.29541534271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217443.8607873 Mflops = 217.4438607873 Gflops = 0.2174438607873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068661 s
InvBiCGStab: k = 86 resid = 9.032562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373451(s) Flops=567281664 => 1519.02569279504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218700.264157499 Mflops = 218.700264157499 Gflops = 0.218700264157499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001065984 Relative Rsd = 4.67422889008804e-07
BICGSTAB_SOLVER_TIME: 0.786123 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123971
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019776(s) Flops=1586700288 => 1555.93021212502 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224056.077591643 Mflops = 224.056077591643 Gflops = 0.224056077591643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176215000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.391436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 2.071029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937971(s) Flops=1407191040 => 1500.25005037469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215968.640677108 Mflops = 215.968640677108 Gflops = 0.215968640677108 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.114763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.922725(s) Flops=1558112256 => 1688.59872226286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243156.263403147 Mflops = 243.156263403147 Gflops = 0.243156263403147 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002094194 Relative Rsd = 9.21203512258882e-07
BICGSTAB_SOLVER_TIME: 1.864006 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.121136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321709999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.742182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.719497(s) Flops=1236584448 => 1718.67908830753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247439.675776985 Mflops = 247.439675776985 Gflops = 0.247439675776985 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 8.750056e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949261(s) Flops=1590921216 => 1675.95763019865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241333.236051348 Mflops = 241.333236051348 Gflops = 0.241333236051348 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.001946953 Relative Rsd = 8.55245490670429e-07
BICGSTAB_SOLVER_TIME: 1.672344 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.118431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307916999999998
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012026(s) Flops=1586700288 => 1567.84537946654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225944.278748436 Mflops = 225.944278748436 Gflops = 0.225944278748436 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176097000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.39957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040758 s
InvBiCGStab: k = 27 resid = 2.142693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099985(s) Flops=180135936 => 1801.62960444067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.407175845 Mflops = 259.314407175845 Gflops = 0.259314407175845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 54 resid = 6.639678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224405(s) Flops=357304320 => 1592.22976315145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229216.728139423 Mflops = 229.216728139423 Gflops = 0.229216728139423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000735839 Relative Rsd = 3.22657858493072e-07
BICGSTAB_SOLVER_TIME: 0.425874 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045641 s
InvBiCGStab: k = 74 resid = 1.544671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34339(s) Flops=488540160 => 1422.69769067241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204844.970628422 Mflops = 204.844970628422 Gflops = 0.204844970628422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.08001 s
InvBiCGStab: k = 122 resid = 1.100174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.526855(s) Flops=803506176 => 1525.09927019768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219589.026917852 Mflops = 219.589026917852 Gflops = 0.219589026917852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001357331 Relative Rsd = 5.95175688383935e-07
BICGSTAB_SOLVER_TIME: 0.999544 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154239999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041757 s
InvBiCGStab: k = 56 resid = 1.520693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227122(s) Flops=370427904 => 1630.96443321211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234813.639719258 Mflops = 234.813639719258 Gflops = 0.234813639719258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058323 s
InvBiCGStab: k = 84 resid = 7.60753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326646(s) Flops=554158080 => 1696.50961591448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244260.81089351 Mflops = 244.26081089351 Gflops = 0.24426081089351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001055917 Relative Rsd = 4.63008605881387e-07
BICGSTAB_SOLVER_TIME: 0.657569 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048031 s
InvBiCGStab: k = 69 resid = 2.260784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276658(s) Flops=455731200 => 1647.2728061361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237172.042403374 Mflops = 237.172042403374 Gflops = 0.237172042403374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056173 s
InvBiCGStab: k = 105 resid = 1.040683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383534(s) Flops=691955712 => 1804.15742020264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259767.423428441 Mflops = 259.767423428441 Gflops = 0.259767423428441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001277837 Relative Rsd = 5.6031844651394e-07
BICGSTAB_SOLVER_TIME: 0.768049 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 58 resid = 2.255743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211453(s) Flops=383551488 => 1813.88529838782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261138.866519581 Mflops = 261.138866519581 Gflops = 0.261138866519581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05654 s
InvBiCGStab: k = 96 resid = 1.088566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410811(s) Flops=632899584 => 1540.61011998218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221813.747312538 Mflops = 221.813747312538 Gflops = 0.221813747312538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001140484 Relative Rsd = 5.000905749819e-07
BICGSTAB_SOLVER_TIME: 0.723857 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124012
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.029973(s) Flops=1586626560 => 1540.45451676889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221824.405099431 Mflops = 221.824405099431 Gflops = 0.221824405099431 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176097000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044122 s
InvBiCGStab: k = 24 resid = 1.918622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090427(s) Flops=160450560 => 1774.36562088757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255372.173200665 Mflops = 255.372173200665 Gflops = 0.255372173200665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05933 s
InvBiCGStab: k = 50 resid = 1.116022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195144(s) Flops=331057152 => 1696.47620218915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244215.775048624 Mflops = 244.215775048624 Gflops = 0.244215775048624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007677504 Relative Rsd = 3.36650689346363e-07
BICGSTAB_SOLVER_TIME: 0.393133 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046001 s
InvBiCGStab: k = 74 resid = 1.843192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323472(s) Flops=488540160 => 1510.30123163674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217438.373032126 Mflops = 217.438373032126 Gflops = 0.217438373032126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07675 s
InvBiCGStab: k = 113 resid = 9.637721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.486681(s) Flops=744450048 => 1529.64682820985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220241.934436588 Mflops = 220.241934436588 Gflops = 0.220241934436588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001278188 Relative Rsd = 5.60472353002858e-07
BICGSTAB_SOLVER_TIME: 0.936547 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147523999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044933 s
InvBiCGStab: k = 52 resid = 2.258313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2013(s) Flops=344180736 => 1709.79004470939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246146.300827951 Mflops = 246.146300827951 Gflops = 0.246146300827951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058745 s
InvBiCGStab: k = 78 resid = 1.150925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345521(s) Flops=514787328 => 1489.88723695521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214500.655164878 Mflops = 214.500655164878 Gflops = 0.214500655164878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00104268 Relative Rsd = 4.57204468036303e-07
BICGSTAB_SOLVER_TIME: 0.654066 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 69 resid = 2.152131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262035(s) Flops=455731200 => 1739.19972522755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250398.228590425 Mflops = 250.398228590425 Gflops = 0.250398228590425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056745 s
InvBiCGStab: k = 102 resid = 9.851453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37799(s) Flops=672270336 => 1778.5400037038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256063.206005547 Mflops = 256.063206005547 Gflops = 0.256063206005547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001220215 Relative Rsd = 5.35052003632618e-07
BICGSTAB_SOLVER_TIME: 0.741669 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043043 s
InvBiCGStab: k = 59 resid = 2.166207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223704(s) Flops=390113280 => 1743.88155777277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251068.681494752 Mflops = 251.068681494752 Gflops = 0.251068681494752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 90 resid = 7.833793e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329911(s) Flops=593528832 => 1799.0574185159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259023.774111273 Mflops = 259.023774111273 Gflops = 0.259023774111273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001082571 Relative Rsd = 4.74696106404324e-07
BICGSTAB_SOLVER_TIME: 0.656593 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120554
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.101544(s) Flops=1586552832 => 1440.29910017212 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207415.092729385 Mflops = 207.415092729385 Gflops = 0.207415092729385 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176160000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 27 resid = 2.203934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103183(s) Flops=180135936 => 1745.79083763798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251268.655849312 Mflops = 251.268655849312 Gflops = 0.251268655849312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056423 s
InvBiCGStab: k = 54 resid = 9.242507e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197551(s) Flops=357304320 => 1808.66874882942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260379.286315743 Mflops = 260.379286315743 Gflops = 0.260379286315743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0008091658 Relative Rsd = 3.54810940381664e-07
BICGSTAB_SOLVER_TIME: 0.401839 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 55 resid = 1.500746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205125(s) Flops=363866112 => 1773.87501279707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255412.364569521 Mflops = 255.412364569521 Gflops = 0.255412364569521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057196 s
InvBiCGStab: k = 70 resid = 9.80308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289284(s) Flops=462292992 => 1598.05931887004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230074.137216211 Mflops = 230.074137216211 Gflops = 0.230074137216211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001068169 Relative Rsd = 4.68381039853576e-07
BICGSTAB_SOLVER_TIME: 0.596609 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04897 s
InvBiCGStab: k = 58 resid = 2.233209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258859(s) Flops=383551488 => 1481.70041605662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213331.94091542 Mflops = 213.33194091542 Gflops = 0.21333194091542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062783 s
InvBiCGStab: k = 88 resid = 7.830552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3297(s) Flops=580405248 => 1760.40414922657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253447.147079686 Mflops = 253.447147079686 Gflops = 0.253447147079686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001057781 Relative Rsd = 4.63826275579392e-07
BICGSTAB_SOLVER_TIME: 0.704003 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043364 s
InvBiCGStab: k = 62 resid = 2.232541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235332(s) Flops=409798656 => 1741.36392840753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250697.866492075 Mflops = 250.697866492075 Gflops = 0.250697866492075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056892 s
InvBiCGStab: k = 75 resid = 1.031367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278794(s) Flops=495101952 => 1775.87018371988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255684.546194339 Mflops = 255.684546194339 Gflops = 0.255684546194339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001089849 Relative Rsd = 4.77887662457431e-07
BICGSTAB_SOLVER_TIME: 0.618018 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041262 s
InvBiCGStab: k = 59 resid = 1.963861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225451(s) Flops=390113280 => 1730.36837272844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249124.256895954 Mflops = 249.124256895954 Gflops = 0.249124256895954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059276 s
InvBiCGStab: k = 86 resid = 1.133721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316642(s) Flops=567281664 => 1791.55533378389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257938.480338125 Mflops = 257.938480338125 Gflops = 0.257938480338125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001109217 Relative Rsd = 4.86380288876921e-07
BICGSTAB_SOLVER_TIME: 0.646398 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117569
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.084304(s) Flops=1580359680 => 1457.48764184214 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209877.299771065 Mflops = 209.877299771065 Gflops = 0.209877299771065 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175271000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.450212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043803 s
InvBiCGStab: k = 27 resid = 1.828123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10861(s) Flops=180135936 => 1658.55755455299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238716.180257629 Mflops = 238.716180257629 Gflops = 0.238716180257629 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060712 s
InvBiCGStab: k = 46 resid = 9.839513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180641(s) Flops=304809984 => 1687.37985285732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242901.608613325 Mflops = 242.901608613325 Gflops = 0.242901608613325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007562049 Relative Rsd = 3.31588135752607e-07
BICGSTAB_SOLVER_TIME: 0.399882 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044 s
InvBiCGStab: k = 61 resid = 2.199238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247878(s) Flops=403236864 => 1626.75535545712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234200.458375763 Mflops = 234.200458375763 Gflops = 0.234200458375763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 90 resid = 9.820175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345024(s) Flops=593528832 => 1720.25375626043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247667.364942317 Mflops = 247.667364942317 Gflops = 0.247667364942317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001139631 Relative Rsd = 4.99716349950306e-07
BICGSTAB_SOLVER_TIME: 0.696558 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041181 s
InvBiCGStab: k = 68 resid = 2.114625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300975(s) Flops=449169408 => 1492.38112135559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214869.426970502 Mflops = 214.869426970502 Gflops = 0.214869426970502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062775 s
InvBiCGStab: k = 80 resid = 1.04542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353733(s) Flops=527910912 => 1492.39938597756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214862.925155027 Mflops = 214.862925155027 Gflops = 0.214862925155027 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001125846 Relative Rsd = 4.93671985260497e-07
BICGSTAB_SOLVER_TIME: 0.762674 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047621 s
InvBiCGStab: k = 62 resid = 2.225186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248826(s) Flops=409798656 => 1646.92860070893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237106.502712972 Mflops = 237.106502712972 Gflops = 0.237106502712972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064809 s
InvBiCGStab: k = 92 resid = 1.03573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372118(s) Flops=606652416 => 1630.26893619766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234723.911530272 Mflops = 234.723911530272 Gflops = 0.234723911530272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001137037 Relative Rsd = 4.98579075434021e-07
BICGSTAB_SOLVER_TIME: 0.741497 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050949 s
InvBiCGStab: k = 58 resid = 2.246173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218626(s) Flops=383551488 => 1754.37270955879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252570.334800627 Mflops = 252.570334800627 Gflops = 0.252570334800627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057428 s
InvBiCGStab: k = 79 resid = 1.134929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304294(s) Flops=521349120 => 1713.30726205578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246669.342303058 Mflops = 246.669342303058 Gflops = 0.246669342303058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00111701 Relative Rsd = 4.89797370259394e-07
BICGSTAB_SOLVER_TIME: 0.634983 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112014
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.031961(s) Flops=1574092800 => 1525.34136464459 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219684.648993654 Mflops = 219.684648993654 Gflops = 0.219684648993654 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174726000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 2.137758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828269(s) Flops=1453123584 => 1754.41020248253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252575.770539435 Mflops = 252.575770539435 Gflops = 0.252575770539435 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 292 resid = 9.694759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.118894(s) Flops=1919010816 => 1715.09617175532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246968.15740073 Mflops = 246.96815740073 Gflops = 0.24696815740073 Tflops
BICGSTAB_SOLVER: 513 iterations. Rsd = 0.002229999 Relative Rsd = 9.80954887100823e-07
BICGSTAB_SOLVER_TIME: 1.950894 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.130837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.365526
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.38819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.784118(s) Flops=1269393408 => 1618.88058685045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233023.166299668 Mflops = 233.023166299668 Gflops = 0.233023166299668 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.110608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854502(s) Flops=1440000000 => 1685.19207678859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242662.21806741 Mflops = 242.66221806741 Gflops = 0.24266221806741 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.001938451 Relative Rsd = 8.51561511872463e-07
BICGSTAB_SOLVER_TIME: 1.642026 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293769999999998
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.0119(s) Flops=1574092800 => 1555.58138155944 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224004.89351182 Mflops = 224.00489351182 Gflops = 0.22400489351182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174854000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041507 s
InvBiCGStab: k = 32 resid = 1.977522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121106(s) Flops=212944896 => 1758.33481412977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253099.738852606 Mflops = 253.099738852606 Gflops = 0.253099738852606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065156 s
InvBiCGStab: k = 62 resid = 9.208963e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236094(s) Flops=409798656 => 1735.74362753818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249905.007444816 Mflops = 249.905007444816 Gflops = 0.249905007444816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007752987 Relative Rsd = 3.39960572179341e-07
BICGSTAB_SOLVER_TIME: 0.46819 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041951 s
InvBiCGStab: k = 77 resid = 2.028328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295304(s) Flops=508225536 => 1721.02489637797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247784.978336322 Mflops = 247.784978336322 Gflops = 0.247784978336322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065767 s
InvBiCGStab: k = 119 resid = 1.104725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436397(s) Flops=783820800 => 1796.11867175989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258608.294258899 Mflops = 258.608294258899 Gflops = 0.258608294258899 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001300506 Relative Rsd = 5.70258763820895e-07
BICGSTAB_SOLVER_TIME: 0.843245 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154295999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041893 s
InvBiCGStab: k = 56 resid = 2.153042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218668(s) Flops=370427904 => 1694.01971939195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243892.242735586 Mflops = 243.892242735586 Gflops = 0.243892242735586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061959 s
InvBiCGStab: k = 77 resid = 1.022018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317875(s) Flops=508225536 => 1598.82197719229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230185.43811798 Mflops = 230.18543811798 Gflops = 0.23018543811798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001064631 Relative Rsd = 4.66829876842384e-07
BICGSTAB_SOLVER_TIME: 0.644052 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045589 s
InvBiCGStab: k = 61 resid = 1.645914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259299(s) Flops=403236864 => 1555.10381451529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223881.591915102 Mflops = 223.881591915102 Gflops = 0.223881591915102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076003 s
InvBiCGStab: k = 105 resid = 1.127017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476705(s) Flops=691955712 => 1451.53860773434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209002.606575208 Mflops = 209.002606575208 Gflops = 0.209002606575208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001164683 Relative Rsd = 5.10701546833267e-07
BICGSTAB_SOLVER_TIME: 0.861352 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046858 s
InvBiCGStab: k = 57 resid = 2.227071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224094(s) Flops=376989696 => 1682.28375592385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242139.354751222 Mflops = 242.139354751222 Gflops = 0.242139354751222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061159 s
InvBiCGStab: k = 95 resid = 9.347164e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37714(s) Flops=626337792 => 1660.7567269449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239109.255292381 Mflops = 239.109255292381 Gflops = 0.239109255292381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001120888 Relative Rsd = 4.91497998676739e-07
BICGSTAB_SOLVER_TIME: 0.712858 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122593
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027749(s) Flops=1567825920 => 1525.49496034538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219668.608683004 Mflops = 219.668608683004 Gflops = 0.219668608683004 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173925000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 32 resid = 1.471483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133974(s) Flops=212944896 => 1589.44941555824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228806.176792146 Mflops = 228.806176792146 Gflops = 0.228806176792146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070062 s
InvBiCGStab: k = 50 resid = 1.015454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203816(s) Flops=331057152 => 1624.29422616478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233845.049553919 Mflops = 233.845049553918 Gflops = 0.233845049553918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007411416 Relative Rsd = 3.24982995031618e-07
BICGSTAB_SOLVER_TIME: 0.452889 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041615 s
InvBiCGStab: k = 76 resid = 1.988919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279524(s) Flops=501663744 => 1794.7072308639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258396.165635195 Mflops = 258.396165635195 Gflops = 0.258396165635195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057018 s
InvBiCGStab: k = 102 resid = 1.085019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373413(s) Flops=672270336 => 1800.33993460324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259210.559439609 Mflops = 259.210559439609 Gflops = 0.259210559439609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001293535 Relative Rsd = 5.6720202270551e-07
BICGSTAB_SOLVER_TIME: 0.755324 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058038 s
InvBiCGStab: k = 65 resid = 1.987359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253195(s) Flops=429484032 => 1696.25795138135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244224.819650297 Mflops = 244.224819650297 Gflops = 0.244224819650297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 69 resid = 1.042848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268496(s) Flops=455731200 => 1697.34819140695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244367.146975791 Mflops = 244.367146975791 Gflops = 0.244367146975791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001064415 Relative Rsd = 4.6673518479033e-07
BICGSTAB_SOLVER_TIME: 0.643142 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043648 s
InvBiCGStab: k = 63 resid = 2.243724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274396(s) Flops=416360448 => 1517.37069053485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218456.602458949 Mflops = 218.456602458949 Gflops = 0.218456602458949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064411 s
InvBiCGStab: k = 101 resid = 9.911248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439418(s) Flops=665708544 => 1514.97786617753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218125.131400904 Mflops = 218.125131400904 Gflops = 0.218125131400904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001152441 Relative Rsd = 5.05333604990771e-07
BICGSTAB_SOLVER_TIME: 0.826446 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 70 resid = 1.283973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273356(s) Flops=462292992 => 1691.17558056161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243490.888808348 Mflops = 243.490888808348 Gflops = 0.243490888808348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057999 s
InvBiCGStab: k = 103 resid = 7.207225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420792(s) Flops=678832128 => 1613.22489020704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232272.16960446 Mflops = 232.27216960446 Gflops = 0.23227216960446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001163111 Relative Rsd = 5.10012209113086e-07
BICGSTAB_SOLVER_TIME: 0.797024 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137524
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988564(s) Flops=1561706496 => 1579.7727774833 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227499.600680342 Mflops = 227.499600680342 Gflops = 0.227499600680342 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044169 s
InvBiCGStab: k = 30 resid = 1.910366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116322(s) Flops=199821312 => 1717.82906071079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247285.15574799 Mflops = 247.28515574799 Gflops = 0.24728515574799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056731 s
InvBiCGStab: k = 45 resid = 1.110245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16703(s) Flops=298248192 => 1785.59655151769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257023.852291195 Mflops = 257.023852291195 Gflops = 0.257023852291195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000757008 Relative Rsd = 3.31940257464233e-07
BICGSTAB_SOLVER_TIME: 0.387902 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043774 s
InvBiCGStab: k = 61 resid = 2.234691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249372(s) Flops=403236864 => 1617.00938357153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232801.105014142 Mflops = 232.801105014142 Gflops = 0.232801105014142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056937 s
InvBiCGStab: k = 85 resid = 1.129653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372677(s) Flops=560719872 => 1504.57332220663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216628.328032748 Mflops = 216.628328032748 Gflops = 0.216628328032748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001139304 Relative Rsd = 4.99573061222481e-07
BICGSTAB_SOLVER_TIME: 0.726574 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118549
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040693 s
InvBiCGStab: k = 65 resid = 9.565229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265835(s) Flops=429484032 => 1615.60378430229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232601.828609012 Mflops = 232.601828609012 Gflops = 0.232601828609012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060581 s
InvBiCGStab: k = 75 resid = 9.633782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288306(s) Flops=495101952 => 1717.27939064744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247242.370253726 Mflops = 247.242370253726 Gflops = 0.247242370253726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001058721 Relative Rsd = 4.64238377431807e-07
BICGSTAB_SOLVER_TIME: 0.659088 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04194 s
InvBiCGStab: k = 66 resid = 2.260473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290094(s) Flops=436045824 => 1503.11907174916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216417.642428858 Mflops = 216.417642428858 Gflops = 0.216417642428858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06206 s
InvBiCGStab: k = 87 resid = 9.231392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356105(s) Flops=573843456 => 1611.4445346176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232014.907027891 Mflops = 232.014907027891 Gflops = 0.232014907027891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00113633 Relative Rsd = 4.98269016391339e-07
BICGSTAB_SOLVER_TIME: 0.754224 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046825 s
InvBiCGStab: k = 67 resid = 1.903291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309376(s) Flops=442607616 => 1430.64625568887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205971.391020937 Mflops = 205.971391020937 Gflops = 0.205971391020937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061688 s
InvBiCGStab: k = 92 resid = 9.734783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384281(s) Flops=606652416 => 1578.66877623406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227294.067940833 Mflops = 227.294067940833 Gflops = 0.227294067940833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001058301 Relative Rsd = 4.64054251161318e-07
BICGSTAB_SOLVER_TIME: 0.806041 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127656
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992898(s) Flops=1555587072 => 1566.71387393267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225635.918247464 Mflops = 225.635918247464 Gflops = 0.225635918247464 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172539000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043507 s
InvBiCGStab: k = 29 resid = 2.226679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116965(s) Flops=193259520 => 1652.28504253409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237830.485973439 Mflops = 237.830485973439 Gflops = 0.237830485973439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058279 s
InvBiCGStab: k = 49 resid = 1.085075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205978(s) Flops=324495360 => 1575.38843954209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226797.655049951 Mflops = 226.797655049951 Gflops = 0.226797655049951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007537446 Relative Rsd = 3.30509284445796e-07
BICGSTAB_SOLVER_TIME: 0.428728 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041404 s
InvBiCGStab: k = 55 resid = 2.273713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210558(s) Flops=363866112 => 1728.10395235517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248799.745634625 Mflops = 248.799745634625 Gflops = 0.248799745634625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064225 s
InvBiCGStab: k = 96 resid = 1.026222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384432(s) Flops=632899584 => 1646.32388562867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236980.562747755 Mflops = 236.980562747755 Gflops = 0.236980562747755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001195447 Relative Rsd = 5.24191157067072e-07
BICGSTAB_SOLVER_TIME: 0.70424 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046413 s
InvBiCGStab: k = 53 resid = 1.870354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20269(s) Flops=350742528 => 1730.43824559672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249125.860941326 Mflops = 249.125860941326 Gflops = 0.249125860941326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055838 s
InvBiCGStab: k = 86 resid = 9.422804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331957(s) Flops=567281664 => 1708.90104441238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246045.817820173 Mflops = 246.045817820173 Gflops = 0.246045817820173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001108538 Relative Rsd = 4.86082379003181e-07
BICGSTAB_SOLVER_TIME: 0.641011 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041153 s
InvBiCGStab: k = 67 resid = 2.151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263027(s) Flops=442607616 => 1682.74593862987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242273.396631084 Mflops = 242.273396631084 Gflops = 0.242273396631084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063694 s
InvBiCGStab: k = 94 resid = 1.122121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39611(s) Flops=619776000 => 1564.65628234581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225278.375647098 Mflops = 225.278375647098 Gflops = 0.225278375647098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001141472 Relative Rsd = 5.00523606074932e-07
BICGSTAB_SOLVER_TIME: 0.768531 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043899 s
InvBiCGStab: k = 52 resid = 2.172477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239345(s) Flops=344180736 => 1438.01097161002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207034.192554294 Mflops = 207.034192554294 Gflops = 0.207034192554294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065779 s
InvBiCGStab: k = 87 resid = 9.691529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383714(s) Flops=573843456 => 1495.49783432452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215311.022446108 Mflops = 215.311022446108 Gflops = 0.215311022446108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001085117 Relative Rsd = 4.7581255377385e-07
BICGSTAB_SOLVER_TIME: 0.736753 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113452
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997347(s) Flops=1549467648 => 1553.5893204672 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223915.660342416 Mflops = 223.915660342416 Gflops = 0.223915660342416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171703000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.223181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903217(s) Flops=1426876416 => 1579.77143477149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227433.09813437 Mflops = 227.43309813437 Gflops = 0.22743309813437 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.139129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937521(s) Flops=1512179712 => 1612.9555625954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232264.740801733 Mflops = 232.264740801733 Gflops = 0.232264740801733 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002343271 Relative Rsd = 1.0307955925391e-06
BICGSTAB_SOLVER_TIME: 1.844428 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.131431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318271999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.193103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765313(s) Flops=1282516992 => 1675.80714295981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241248.398189482 Mflops = 241.248398189482 Gflops = 0.241248398189482 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 8.405099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931564(s) Flops=1499056128 => 1609.18211523846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231725.179428299 Mflops = 231.725179428299 Gflops = 0.231725179428299 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.001951917 Relative Rsd = 8.57492433573954e-07
BICGSTAB_SOLVER_TIME: 1.700227 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.124002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301464999999998
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.087796(s) Flops=1549467648 => 1424.41013572398 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205185.236249747 Mflops = 205.185236249747 Gflops = 0.205185236249747 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171633000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 32 resid = 2.150476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118445(s) Flops=212944896 => 1797.83778124868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258770.726617455 Mflops = 258.770726617455 Gflops = 0.258770726617455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 57 resid = 9.195287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208841(s) Flops=376989696 => 1805.15174702285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.447543163 Mflops = 259.889447543163 Gflops = 0.259889447543163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0008056123 Relative Rsd = 3.53252758417826e-07
BICGSTAB_SOLVER_TIME: 0.428025 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044035 s
InvBiCGStab: k = 77 resid = 2.25755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311606(s) Flops=508225536 => 1630.98764465383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234826.069060154 Mflops = 234.826069060154 Gflops = 0.234826069060154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063911 s
InvBiCGStab: k = 123 resid = 1.087889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.509636(s) Flops=810067968 => 1589.50303353766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228868.352986875 Mflops = 228.868352986875 Gflops = 0.228868352986875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001392409 Relative Rsd = 6.10557046734756e-07
BICGSTAB_SOLVER_TIME: 0.933227 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157484999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048787 s
InvBiCGStab: k = 56 resid = 2.184318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226232(s) Flops=370427904 => 1637.38067116942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235745.45491519 Mflops = 235.74545491519 Gflops = 0.23574545491519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056609 s
InvBiCGStab: k = 90 resid = 1.123686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39859(s) Flops=593528832 => 1489.07105547053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214389.929543377 Mflops = 214.389929543377 Gflops = 0.214389929543377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001089562 Relative Rsd = 4.77761627591382e-07
BICGSTAB_SOLVER_TIME: 0.734448 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042067 s
InvBiCGStab: k = 74 resid = 1.453516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308533(s) Flops=488540160 => 1583.42919558038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227972.739393107 Mflops = 227.972739393107 Gflops = 0.227972739393107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 90 resid = 7.926689e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332059(s) Flops=593528832 => 1787.41980190267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257344.524339412 Mflops = 257.344524339412 Gflops = 0.257344524339412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001178063 Relative Rsd = 5.1656872763484e-07
BICGSTAB_SOLVER_TIME: 0.742764 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049135 s
InvBiCGStab: k = 67 resid = 1.475934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265011(s) Flops=442607616 => 1670.14809196599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240457.413451872 Mflops = 240.457413451872 Gflops = 0.240457413451872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058098 s
InvBiCGStab: k = 99 resid = 1.088785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389822(s) Flops=652584960 => 1674.05882684918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241028.519324466 Mflops = 241.028519324466 Gflops = 0.241028519324466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001188802 Relative Rsd = 5.21277704679512e-07
BICGSTAB_SOLVER_TIME: 0.765713 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132654
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.106425(s) Flops=1549320192 => 1400.29391237544 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201647.498982911 Mflops = 201.647498982911 Gflops = 0.201647498982911 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171785000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 29 resid = 2.213264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107414(s) Flops=193259520 => 1799.20233861508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.436901223 Mflops = 258.971436901223 Gflops = 0.258971436901223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057055 s
InvBiCGStab: k = 45 resid = 1.00582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165907(s) Flops=298248192 => 1797.68299107331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258770.893192416 Mflops = 258.770893192416 Gflops = 0.258770893192416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007462105 Relative Rsd = 3.27205654861539e-07
BICGSTAB_SOLVER_TIME: 0.374958 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040775 s
InvBiCGStab: k = 97 resid = 2.228318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35346(s) Flops=639461376 => 1809.14778475641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260484.921488708 Mflops = 260.484921488708 Gflops = 0.260484921488708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 118 resid = 9.374152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438615(s) Flops=777259008 => 1772.07575664307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255148.595263888 Mflops = 255.148595263888 Gflops = 0.255148595263888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.00134928 Relative Rsd = 5.91645435961352e-07
BICGSTAB_SOLVER_TIME: 0.893445 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167952999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046057 s
InvBiCGStab: k = 64 resid = 2.231764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272983(s) Flops=422922240 => 1549.26218848793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223057.649130011 Mflops = 223.057649130011 Gflops = 0.223057649130011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068706 s
InvBiCGStab: k = 87 resid = 9.014506e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379126(s) Flops=573843456 => 1513.59562783877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217922.021081778 Mflops = 217.922021081778 Gflops = 0.217922021081778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001123571 Relative Rsd = 4.9267452828091e-07
BICGSTAB_SOLVER_TIME: 0.770548 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041111 s
InvBiCGStab: k = 68 resid = 2.103877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276308(s) Flops=449169408 => 1625.61130332817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234034.601706105 Mflops = 234.034601706105 Gflops = 0.234034601706105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074094 s
InvBiCGStab: k = 92 resid = 1.017725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341749(s) Flops=606652416 => 1775.14028131758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255584.406668867 Mflops = 255.584406668867 Gflops = 0.255584406668867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001180611 Relative Rsd = 5.17685940708291e-07
BICGSTAB_SOLVER_TIME: 0.736952 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043146 s
InvBiCGStab: k = 68 resid = 2.170246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298313(s) Flops=449169408 => 1505.6984040253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216776.429869896 Mflops = 216.776429869896 Gflops = 0.216776429869896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066512 s
InvBiCGStab: k = 87 resid = 9.502398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341608(s) Flops=573843456 => 1679.83026158638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241866.577938434 Mflops = 241.866577938434 Gflops = 0.241866577938434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001173116 Relative Rsd = 5.14399233180775e-07
BICGSTAB_SOLVER_TIME: 0.75332 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124724
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.097253(s) Flops=1543421952 => 1406.62358817884 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202574.211883281 Mflops = 202.574211883281 Gflops = 0.202574211883281 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171200000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041043 s
InvBiCGStab: k = 31 resid = 2.177433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114357(s) Flops=206383104 => 1804.72646186941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259771.133755329 Mflops = 259.771133755329 Gflops = 0.259771133755329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056386 s
InvBiCGStab: k = 53 resid = 9.54936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194346(s) Flops=350742528 => 1804.7324256738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.707607849 Mflops = 259.817707607849 Gflops = 0.259817707607849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007219992 Relative Rsd = 3.16589272035769e-07
BICGSTAB_SOLVER_TIME: 0.409806 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 52 resid = 2.261331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191195(s) Flops=344180736 => 1800.15552707968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259149.21298849 Mflops = 259.14921298849 Gflops = 0.25914921298849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 92 resid = 1.145436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336014(s) Flops=606652416 => 1805.4379162773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259936.139861091 Mflops = 259.936139861091 Gflops = 0.259936139861091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001125132 Relative Rsd = 4.9335871026133e-07
BICGSTAB_SOLVER_TIME: 0.628309 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 66 resid = 1.733785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291841(s) Flops=436045824 => 1494.12119613077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215119.115398135 Mflops = 215.119115398135 Gflops = 0.215119115398135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06824 s
InvBiCGStab: k = 86 resid = 9.690211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376844(s) Flops=567281664 => 1505.34880215686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216734.349853679 Mflops = 216.734349853679 Gflops = 0.216734349853679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001124257 Relative Rsd = 4.92975398876493e-07
BICGSTAB_SOLVER_TIME: 0.783028 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 56 resid = 2.200949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220791(s) Flops=370427904 => 1677.73099446988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241536.263555142 Mflops = 241.536263555142 Gflops = 0.241536263555142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064891 s
InvBiCGStab: k = 87 resid = 1.113961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340257(s) Flops=573843456 => 1686.50007494335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242817.410499742 Mflops = 242.817410499742 Gflops = 0.242817410499742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001097583 Relative Rsd = 4.81279016188025e-07
BICGSTAB_SOLVER_TIME: 0.67062 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052609 s
InvBiCGStab: k = 56 resid = 2.138606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246891(s) Flops=370427904 => 1500.37022005662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216014.212997258 Mflops = 216.014212997258 Gflops = 0.216014212997258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065368 s
InvBiCGStab: k = 86 resid = 6.839386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322409(s) Flops=567281664 => 1759.5093933482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253323.44809547 Mflops = 253.32344809547 Gflops = 0.25332344809547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001100799 Relative Rsd = 4.82689289677024e-07
BICGSTAB_SOLVER_TIME: 0.690958 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11553
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057138(s) Flops=1561780224 => 1477.3664592513 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212739.174253676 Mflops = 212.739174253676 Gflops = 0.212739174253676 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173817000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 26 resid = 1.876822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096143(s) Flops=173574144 => 1805.37474387111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.635079463 Mflops = 259.805635079463 Gflops = 0.259805635079463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 47 resid = 1.098808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172886(s) Flops=311371776 => 1801.02365720764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259259.232770791 Mflops = 259.259232770791 Gflops = 0.259259232770791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007495229 Relative Rsd = 3.28658118636803e-07
BICGSTAB_SOLVER_TIME: 0.370182 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040749 s
InvBiCGStab: k = 64 resid = 2.049315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23497(s) Flops=422922240 => 1799.89888070818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259134.624044198 Mflops = 259.134624044198 Gflops = 0.259134624044198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 92 resid = 7.164091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335713(s) Flops=606652416 => 1807.0566704298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260161.693344375 Mflops = 260.161693344375 Gflops = 0.260161693344375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001157705 Relative Rsd = 5.07641947089896e-07
BICGSTAB_SOLVER_TIME: 0.671428 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125758000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041509 s
InvBiCGStab: k = 60 resid = 2.146829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219779(s) Flops=396675072 => 1804.88159469285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259839.041324202 Mflops = 259.839041324202 Gflops = 0.259839041324202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056988 s
InvBiCGStab: k = 92 resid = 9.157142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38042(s) Flops=606652416 => 1594.69117291415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229598.771681196 Mflops = 229.598771681196 Gflops = 0.229598771681196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001056472 Relative Rsd = 4.63251997635669e-07
BICGSTAB_SOLVER_TIME: 0.703609 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122682
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048518 s
InvBiCGStab: k = 83 resid = 2.070947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382175(s) Flops=547596288 => 1432.84172957415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206299.089019343 Mflops = 206.299089019343 Gflops = 0.206299089019343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060476 s
InvBiCGStab: k = 95 resid = 5.731475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382535(s) Flops=626337792 => 1637.33460206256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235740.046112721 Mflops = 235.740046112721 Gflops = 0.235740046112721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001164586 Relative Rsd = 5.10658871601182e-07
BICGSTAB_SOLVER_TIME: 0.877408 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042391 s
InvBiCGStab: k = 62 resid = 2.062129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286721(s) Flops=409798656 => 1429.25930085344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205780.883207971 Mflops = 205.780883207971 Gflops = 0.20578088320797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0818 s
InvBiCGStab: k = 91 resid = 1.142359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383534(s) Flops=600090624 => 1564.63474946159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225276.697543575 Mflops = 225.276697543575 Gflops = 0.225276697543575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001096571 Relative Rsd = 4.80835265240045e-07
BICGSTAB_SOLVER_TIME: 0.798103 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123459
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032133(s) Flops=1599012864 => 1549.23141106815 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223141.753759944 Mflops = 223.141753759944 Gflops = 0.223141753759944 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177578000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.216493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693717(s) Flops=1249708032 => 1801.46663841307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259418.231102482 Mflops = 259.418231102482 Gflops = 0.259418231102482 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.004965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878714(s) Flops=1584359424 => 1803.04333833306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.741523208 Mflops = 259.635741523208 Gflops = 0.259635741523208 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002209805 Relative Rsd = 9.7210152273117e-07
BICGSTAB_SOLVER_TIME: 1.575792 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307159999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 9.84979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835581(s) Flops=1243146240 => 1487.7626944605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214239.969051713 Mflops = 214.239969051713 Gflops = 0.214239969051713 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.059913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.885256(s) Flops=1426876416 => 1611.82349060611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232098.486067698 Mflops = 232.098486067698 Gflops = 0.232098486067698 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.001940173 Relative Rsd = 8.52328144453583e-07
BICGSTAB_SOLVER_TIME: 1.724262 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.128817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289365999999999
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058589(s) Flops=1599012864 => 1510.51339471693 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217514.963636943 Mflops = 217.514963636943 Gflops = 0.217514963636943 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177732000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046781 s
InvBiCGStab: k = 33 resid = 1.27468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145611(s) Flops=219506688 => 1507.48698930713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217014.030835079 Mflops = 217.014030835079 Gflops = 0.217014030835079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061226 s
InvBiCGStab: k = 54 resid = 1.03776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234586(s) Flops=357304320 => 1523.12721134254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219273.981867177 Mflops = 219.273981867177 Gflops = 0.219273981867177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007965119 Relative Rsd = 3.4926231793634e-07
BICGSTAB_SOLVER_TIME: 0.491821 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0761780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041648 s
InvBiCGStab: k = 87 resid = 1.324662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323066(s) Flops=573843456 => 1776.24217961655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255742.201518877 Mflops = 255.742201518877 Gflops = 0.255742201518877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056501 s
InvBiCGStab: k = 101 resid = 1.060455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369876(s) Flops=665708544 => 1799.81546247932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259136.708222695 Mflops = 259.136708222695 Gflops = 0.259136708222695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001263271 Relative Rsd = 5.53931454841174e-07
BICGSTAB_SOLVER_TIME: 0.795014 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148547999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044635 s
InvBiCGStab: k = 54 resid = 1.724958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2031(s) Flops=357304320 => 1759.25317577548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253256.817570126 Mflops = 253.256817570126 Gflops = 0.253256817570126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058022 s
InvBiCGStab: k = 80 resid = 9.879959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294511(s) Flops=527910912 => 1792.49981155203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258068.437886791 Mflops = 258.068437886791 Gflops = 0.258068437886791 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001101173 Relative Rsd = 4.82852946129253e-07
BICGSTAB_SOLVER_TIME: 0.603931 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109827
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048216 s
InvBiCGStab: k = 66 resid = 2.193783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253635(s) Flops=436045824 => 1719.18632680821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247531.705219245 Mflops = 247.531705219245 Gflops = 0.247531705219245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056743 s
InvBiCGStab: k = 99 resid = 1.129945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439517(s) Flops=652584960 => 1484.77751713813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213768.036269094 Mflops = 213.768036269094 Gflops = 0.213768036269094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001191248 Relative Rsd = 5.22350098549888e-07
BICGSTAB_SOLVER_TIME: 0.802054 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049032 s
InvBiCGStab: k = 61 resid = 1.286662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283809(s) Flops=403236864 => 1420.8036531611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204558.376804747 Mflops = 204.558376804747 Gflops = 0.204558376804747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06287 s
InvBiCGStab: k = 88 resid = 1.151907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350305(s) Flops=580405248 => 1656.85687615078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238542.027658036 Mflops = 238.542027658036 Gflops = 0.238542027658036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001135442 Relative Rsd = 4.97879630422031e-07
BICGSTAB_SOLVER_TIME: 0.749769 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120403
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056567(s) Flops=1611915264 => 1525.61575744842 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219690.126121074 Mflops = 219.690126121074 Gflops = 0.219690126121074 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179105000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.426667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043762 s
InvBiCGStab: k = 31 resid = 2.134068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127887(s) Flops=206383104 => 1613.79267634709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232294.606644479 Mflops = 232.294606644479 Gflops = 0.232294606644479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064918 s
InvBiCGStab: k = 43 resid = 1.02419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210576(s) Flops=285124608 => 1354.02233872806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194913.838796076 Mflops = 194.913838796076 Gflops = 0.194913838796076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007187883 Relative Rsd = 3.1518132118201e-07
BICGSTAB_SOLVER_TIME: 0.451642 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669300000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 64 resid = 2.260627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238397(s) Flops=422922240 => 1774.02500870397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255415.71910469 Mflops = 255.41571910469 Gflops = 0.25541571910469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05831 s
InvBiCGStab: k = 103 resid = 1.070415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383081(s) Flops=678832128 => 1772.03288077456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255135.33202306 Mflops = 255.13533202306 Gflops = 0.25513533202306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001293776 Relative Rsd = 5.67307434612514e-07
BICGSTAB_SOLVER_TIME: 0.724782 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 54 resid = 2.164214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198432(s) Flops=357304320 => 1800.63860667634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259227.439017941 Mflops = 259.227439017941 Gflops = 0.259227439017941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056853 s
InvBiCGStab: k = 86 resid = 1.049738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315504(s) Flops=567281664 => 1798.01734367869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258863.645212528 Mflops = 258.863645212528 Gflops = 0.258863645212528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001125733 Relative Rsd = 4.93622520786944e-07
BICGSTAB_SOLVER_TIME: 0.615756 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04347 s
InvBiCGStab: k = 65 resid = 2.195498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258691(s) Flops=429484032 => 1660.22023185963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239025.373510004 Mflops = 239.025373510004 Gflops = 0.239025373510004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070385 s
InvBiCGStab: k = 86 resid = 1.093497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349862(s) Flops=567281664 => 1621.44406651766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233445.107356889 Mflops = 233.445107356889 Gflops = 0.233445107356889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001195898 Relative Rsd = 5.24389117055139e-07
BICGSTAB_SOLVER_TIME: 0.726166 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122163000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046475 s
InvBiCGStab: k = 65 resid = 1.873912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284723(s) Flops=429484032 => 1508.42760156363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217174.515259154 Mflops = 217.174515259154 Gflops = 0.217174515259154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061008 s
InvBiCGStab: k = 87 resid = 1.137453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400741(s) Flops=573843456 => 1431.95594161815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206174.280913079 Mflops = 206.174280913079 Gflops = 0.206174280913079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001142697 Relative Rsd = 5.01061130230256e-07
BICGSTAB_SOLVER_TIME: 0.796902 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122505
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058426(s) Flops=1612062720 => 1523.07551023879 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219327.166210251 Mflops = 219.327166210251 Gflops = 0.219327166210251 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179391000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 25 resid = 1.916099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093363(s) Flops=167012352 => 1788.84945856496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257462.166680368 Mflops = 257.462166680368 Gflops = 0.257462166680368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062701 s
InvBiCGStab: k = 58 resid = 1.072375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243193(s) Flops=383551488 => 1577.14855279552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227061.995048968 Mflops = 227.061995048968 Gflops = 0.227061995048968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007348008 Relative Rsd = 3.22202621986217e-07
BICGSTAB_SOLVER_TIME: 0.444363 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045044 s
InvBiCGStab: k = 57 resid = 2.130268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241599(s) Flops=376989696 => 1560.3942731551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224657.772228912 Mflops = 224.657772228912 Gflops = 0.224657772228912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059265 s
InvBiCGStab: k = 80 resid = 1.086948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294792(s) Flops=527910912 => 1790.79117479443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257814.981187739 Mflops = 257.814981187739 Gflops = 0.257814981187739 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001055739 Relative Rsd = 4.62930555127969e-07
BICGSTAB_SOLVER_TIME: 0.644429 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054145 s
InvBiCGStab: k = 67 resid = 2.029172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296791(s) Flops=442607616 => 1491.31077424855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214716.271260581 Mflops = 214.716271260581 Gflops = 0.214716271260581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064634 s
InvBiCGStab: k = 71 resid = 1.135074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316059(s) Flops=468854784 => 1483.44069936309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213578.106613844 Mflops = 213.578106613844 Gflops = 0.213578106613844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001092511 Relative Rsd = 4.79055003614503e-07
BICGSTAB_SOLVER_TIME: 0.735323 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052373 s
InvBiCGStab: k = 68 resid = 1.381159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320972(s) Flops=449169408 => 1399.40371122715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201483.463032836 Mflops = 201.483463032836 Gflops = 0.201483463032836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068162 s
InvBiCGStab: k = 94 resid = 1.088282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433074(s) Flops=619776000 => 1431.10877124926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206059.299351587 Mflops = 206.059299351587 Gflops = 0.206059299351587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001117035 Relative Rsd = 4.89808243255128e-07
BICGSTAB_SOLVER_TIME: 0.878493 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044154 s
InvBiCGStab: k = 61 resid = 1.53848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276308(s) Flops=403236864 => 1459.37455303502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210119.501873383 Mflops = 210.119501873383 Gflops = 0.210119501873383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084245 s
InvBiCGStab: k = 89 resid = 1.017851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476539(s) Flops=586967040 => 1231.72928133899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  177349.423809029 Mflops = 177.349423809029 Gflops = 0.177349423809029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001126153 Relative Rsd = 4.93806698104362e-07
BICGSTAB_SOLVER_TIME: 0.888523 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12113
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.116657(s) Flops=1612210176 => 1443.78280528399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207951.092319415 Mflops = 207.951092319415 Gflops = 0.207951092319415 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178891000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04048 s
InvBiCGStab: k = 31 resid = 1.493381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114147(s) Flops=206383104 => 1808.04667665379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260250.725515751 Mflops = 260.250725515751 Gflops = 0.260250725515751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058256 s
InvBiCGStab: k = 49 resid = 1.14033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210606(s) Flops=324495360 => 1540.76977863879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221834.027165261 Mflops = 221.834027165261 Gflops = 0.221834027165261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007619391 Relative Rsd = 3.34102503254475e-07
BICGSTAB_SOLVER_TIME: 0.427423 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0711860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047722 s
InvBiCGStab: k = 72 resid = 1.702752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307393(s) Flops=475416576 => 1546.60833525812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222671.578005221 Mflops = 222.671578005221 Gflops = 0.222671578005221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059444 s
InvBiCGStab: k = 81 resid = 8.227486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298338(s) Flops=534472704 => 1791.50059328681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257924.459438067 Mflops = 257.924459438067 Gflops = 0.257924459438067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001170704 Relative Rsd = 5.13341591872686e-07
BICGSTAB_SOLVER_TIME: 0.716498 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041342 s
InvBiCGStab: k = 61 resid = 1.976581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226216(s) Flops=403236864 => 1782.53025427025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256646.303133059 Mflops = 256.646303133059 Gflops = 0.256646303133059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056549 s
InvBiCGStab: k = 93 resid = 8.906316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338471(s) Flops=613214208 => 1811.71860513899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260839.715565109 Mflops = 260.839715565109 Gflops = 0.260839715565109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001105835 Relative Rsd = 4.84897171421194e-07
BICGSTAB_SOLVER_TIME: 0.666232 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043589 s
InvBiCGStab: k = 64 resid = 2.168113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258668(s) Flops=422922240 => 1635.00023195757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235388.346720495 Mflops = 235.388346720494 Gflops = 0.235388346720494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 86 resid = 1.093771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314095(s) Flops=567281664 => 1806.08307677613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260028.194239557 Mflops = 260.028194239557 Gflops = 0.260028194239557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001127915 Relative Rsd = 4.94579344411579e-07
BICGSTAB_SOLVER_TIME: 0.676496 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121361000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046845 s
InvBiCGStab: k = 63 resid = 1.454972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24826(s) Flops=416360448 => 1677.11450898252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241436.602608705 Mflops = 241.436602608705 Gflops = 0.241436602608705 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057595 s
InvBiCGStab: k = 96 resid = 7.518412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410509(s) Flops=632899584 => 1541.74350379651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221984.087074799 Mflops = 221.984087074799 Gflops = 0.221984087074799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001141417 Relative Rsd = 5.00499614018616e-07
BICGSTAB_SOLVER_TIME: 0.767197 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127645
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.148586(s) Flops=1606238208 => 1398.44835998349 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201395.682426073 Mflops = 201.395682426073 Gflops = 0.201395682426073 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178227000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.047759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864651(s) Flops=1413752832 => 1635.05603069909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235385.685058737 Mflops = 235.385685058737 Gflops = 0.235385685058737 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 5.657269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.051321(s) Flops=1676224512 => 1594.39839211811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229590.990515891 Mflops = 229.590990515891 Gflops = 0.229590990515891 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002214441 Relative Rsd = 9.74148422517744e-07
BICGSTAB_SOLVER_TIME: 1.919311 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.122119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334858
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.420415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741784(s) Flops=1282516992 => 1728.96286789685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248966.292366608 Mflops = 248.966292366608 Gflops = 0.248966292366608 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 8.10842e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910769(s) Flops=1551550464 => 1703.56090732118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245307.77101329 Mflops = 245.30777101329 Gflops = 0.24530777101329 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.001963993 Relative Rsd = 8.62776938098995e-07
BICGSTAB_SOLVER_TIME: 1.655936 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.116828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307426999999999
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.130692(s) Flops=1606238208 => 1420.57979361311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204562.752865011 Mflops = 204.562752865011 Gflops = 0.204562752865011 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178045000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 24 resid = 2.280371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089979(s) Flops=160450560 => 1783.20008001867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256642.004337783 Mflops = 256.642004337783 Gflops = 0.256642004337783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057219 s
InvBiCGStab: k = 49 resid = 1.118959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187299(s) Flops=324495360 => 1732.49915909855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249394.679657307 Mflops = 249.394679657307 Gflops = 0.249394679657307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007432089 Relative Rsd = 3.25889486384918e-07
BICGSTAB_SOLVER_TIME: 0.379078 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042168 s
InvBiCGStab: k = 83 resid = 2.22374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331835(s) Flops=547596288 => 1650.20654240812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237595.866125173 Mflops = 237.595866125173 Gflops = 0.237595866125173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067575 s
InvBiCGStab: k = 110 resid = 8.224386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.48114(s) Flops=724764672 => 1506.34882154882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216885.162422392 Mflops = 216.885162422392 Gflops = 0.216885162422392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001278393 Relative Rsd = 5.60562144549792e-07
BICGSTAB_SOLVER_TIME: 0.927358 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151940999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046167 s
InvBiCGStab: k = 65 resid = 1.389816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269542(s) Flops=429484032 => 1593.38445214475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229407.637282357 Mflops = 229.407637282357 Gflops = 0.229407637282357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063718 s
InvBiCGStab: k = 80 resid = 1.140948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319988(s) Flops=527910912 => 1649.78346688001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237528.116388796 Mflops = 237.528116388796 Gflops = 0.237528116388796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001148071 Relative Rsd = 5.03417405395084e-07
BICGSTAB_SOLVER_TIME: 0.703108 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040769 s
InvBiCGStab: k = 76 resid = 1.137828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303344(s) Flops=501663744 => 1653.77836383776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238108.571152168 Mflops = 238.108571152168 Gflops = 0.238108571152168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059749 s
InvBiCGStab: k = 94 resid = 1.089699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369463(s) Flops=619776000 => 1677.5049193018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241519.443455731 Mflops = 241.519443455731 Gflops = 0.241519443455731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001193065 Relative Rsd = 5.23146736913421e-07
BICGSTAB_SOLVER_TIME: 0.780198 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 63 resid = 1.976975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253731(s) Flops=416360448 => 1640.95222105301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236257.682548921 Mflops = 236.257682548921 Gflops = 0.236257682548921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056588 s
InvBiCGStab: k = 106 resid = 7.131702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420508(s) Flops=698517504 => 1661.12774073264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239168.482393728 Mflops = 239.168482393728 Gflops = 0.239168482393728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001173364 Relative Rsd = 5.14508167325833e-07
BICGSTAB_SOLVER_TIME: 0.775883 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134884
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.170383(s) Flops=1606459392 => 1372.59289651336 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197656.1978336 Mflops = 197.6561978336 Gflops = 0.1976561978336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04198 s
InvBiCGStab: k = 27 resid = 2.056676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116695(s) Flops=180135936 => 1543.64742276876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222190.147292001 Mflops = 222.190147292001 Gflops = 0.222190147292001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 58 resid = 9.166586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231548(s) Flops=383551488 => 1656.46642596783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238473.26889441 Mflops = 238.47326889441 Gflops = 0.23847326889441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007754656 Relative Rsd = 3.40033747951103e-07
BICGSTAB_SOLVER_TIME: 0.450326 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041935 s
InvBiCGStab: k = 81 resid = 2.198618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315984(s) Flops=534472704 => 1691.4549597448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243529.480603307 Mflops = 243.529480603307 Gflops = 0.243529480603307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061956 s
InvBiCGStab: k = 116 resid = 1.139981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.510316(s) Flops=764135424 => 1497.37696642864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215599.815322527 Mflops = 215.599815322527 Gflops = 0.215599815322527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001320523 Relative Rsd = 5.79036027912758e-07
BICGSTAB_SOLVER_TIME: 0.934031 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154981999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052039 s
InvBiCGStab: k = 72 resid = 1.90589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275001(s) Flops=475416576 => 1728.78126261359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248901.384842014 Mflops = 248.901384842014 Gflops = 0.248901384842014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062529 s
InvBiCGStab: k = 92 resid = 4.611703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356673(s) Flops=606652416 => 1700.86442203363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244890.676273735 Mflops = 244.890676273735 Gflops = 0.244890676273735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001167819 Relative Rsd = 5.12076751082502e-07
BICGSTAB_SOLVER_TIME: 0.750036 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04107 s
InvBiCGStab: k = 69 resid = 2.194555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257485(s) Flops=455731200 => 1769.93300580616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254818.994460789 Mflops = 254.818994460789 Gflops = 0.254818994460789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078325 s
InvBiCGStab: k = 97 resid = 6.349444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39855(s) Flops=639461376 => 1604.4696424539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231005.889311826 Mflops = 231.005889311826 Gflops = 0.231005889311826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00117441 Relative Rsd = 5.14966772929958e-07
BICGSTAB_SOLVER_TIME: 0.779151 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048261 s
InvBiCGStab: k = 67 resid = 1.872793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302458(s) Flops=442607616 => 1463.3688512124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210691.136232924 Mflops = 210.691136232924 Gflops = 0.210691136232924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068328 s
InvBiCGStab: k = 96 resid = 1.088921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389689(s) Flops=632899584 => 1624.11457341624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233839.278287379 Mflops = 233.839278287379 Gflops = 0.233839278287379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00115621 Relative Rsd = 5.06986351389341e-07
BICGSTAB_SOLVER_TIME: 0.812495 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130555
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.190462(s) Flops=1612652544 => 1354.64428431987 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195069.531498253 Mflops = 195.069531498253 Gflops = 0.195069531498253 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178810000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.401112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041215 s
InvBiCGStab: k = 26 resid = 2.240646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097573(s) Flops=173574144 => 1778.91572463694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256059.514925559 Mflops = 256.059514925559 Gflops = 0.256059514925559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057565 s
InvBiCGStab: k = 47 resid = 1.122329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18024(s) Flops=311371776 => 1727.53981358189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248675.97680821 Mflops = 248.67597680821 Gflops = 0.24867597680821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007261931 Relative Rsd = 3.18428263152355e-07
BICGSTAB_SOLVER_TIME: 0.380285 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040727 s
InvBiCGStab: k = 58 resid = 2.045338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212612(s) Flops=383551488 => 1803.99736609411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.353372611 Mflops = 259.720353372611 Gflops = 0.259720353372611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 77 resid = 1.09625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317963(s) Flops=508225536 => 1598.37948440542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230127.10072024 Mflops = 230.12710072024 Gflops = 0.23012710072024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00109977 Relative Rsd = 4.82237728549009e-07
BICGSTAB_SOLVER_TIME: 0.63187 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110651
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047019 s
InvBiCGStab: k = 56 resid = 2.142094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23659(s) Flops=370427904 => 1565.69552390211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225406.42560187 Mflops = 225.40642560187 Gflops = 0.22540642560187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06079 s
InvBiCGStab: k = 93 resid = 3.519021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374693(s) Flops=613214208 => 1636.57769961008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235635.854122096 Mflops = 235.635854122096 Gflops = 0.235635854122096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001061417 Relative Rsd = 4.6542067533888e-07
BICGSTAB_SOLVER_TIME: 0.722735 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046922 s
InvBiCGStab: k = 69 resid = 2.166927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285658(s) Flops=455731200 => 1595.37348857725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229693.544665356 Mflops = 229.693544665356 Gflops = 0.229693544665356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 88 resid = 9.705418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343438(s) Flops=580405248 => 1689.98552286002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243315.869623429 Mflops = 243.315869623429 Gflops = 0.243315869623429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001169602 Relative Rsd = 5.12858585836819e-07
BICGSTAB_SOLVER_TIME: 0.736174 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126443
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04153 s
InvBiCGStab: k = 56 resid = 1.642704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217919(s) Flops=370427904 => 1699.84216153708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244728.08504548 Mflops = 244.72808504548 Gflops = 0.24472808504548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06475 s
InvBiCGStab: k = 95 resid = 9.720769e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349912(s) Flops=626337792 => 1789.98660234573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257713.010847013 Mflops = 257.713010847013 Gflops = 0.257713010847013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00109778 Relative Rsd = 4.81365183403048e-07
BICGSTAB_SOLVER_TIME: 0.677775 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121989
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.068716(s) Flops=1612800000 => 1509.10064039464 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217309.069073813 Mflops = 217.309069073813 Gflops = 0.217309069073813 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178878000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04165 s
InvBiCGStab: k = 30 resid = 1.92918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110293(s) Flops=199821312 => 1811.73158768009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260792.304465078 Mflops = 260.792304465078 Gflops = 0.260792304465078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056603 s
InvBiCGStab: k = 65 resid = 9.861352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237461(s) Flops=429484032 => 1808.65081845019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260378.686241496 Mflops = 260.378686241496 Gflops = 0.260378686241496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007514206 Relative Rsd = 3.29490234615526e-07
BICGSTAB_SOLVER_TIME: 0.449686 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0819770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041378 s
InvBiCGStab: k = 67 resid = 2.276649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245377(s) Flops=442607616 => 1803.7860761196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259695.548160813 Mflops = 259.695548160813 Gflops = 0.259695548160813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056176 s
InvBiCGStab: k = 107 resid = 8.346099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390811(s) Flops=705079296 => 1804.14393658316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.914808788 Mflops = 259.758914808788 Gflops = 0.259758914808788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001191308 Relative Rsd = 5.22376183530265e-07
BICGSTAB_SOLVER_TIME: 0.737356 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138627
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045115 s
InvBiCGStab: k = 59 resid = 1.869692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237087(s) Flops=390113280 => 1645.44357134723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236899.389244305 Mflops = 236.899389244305 Gflops = 0.236899389244305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060911 s
InvBiCGStab: k = 94 resid = 5.902018e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397598(s) Flops=619776000 => 1558.80059758852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224438.223049231 Mflops = 224.438223049231 Gflops = 0.224438223049231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001115133 Relative Rsd = 4.88974544821627e-07
BICGSTAB_SOLVER_TIME: 0.744591 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043676 s
InvBiCGStab: k = 75 resid = 1.952264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279888(s) Flops=495101952 => 1768.92882867433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254682.168946434 Mflops = 254.682168946434 Gflops = 0.254682168946434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057019 s
InvBiCGStab: k = 96 resid = 4.933661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352634(s) Flops=632899584 => 1794.77754272135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258394.790543061 Mflops = 258.394790543061 Gflops = 0.258394790543061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00118467 Relative Rsd = 5.19465538723764e-07
BICGSTAB_SOLVER_TIME: 0.736867 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040591 s
InvBiCGStab: k = 61 resid = 2.057435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222714(s) Flops=403236864 => 1810.55912066597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260663.091095326 Mflops = 260.663091095326 Gflops = 0.260663091095326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056576 s
InvBiCGStab: k = 91 resid = 1.02391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355243(s) Flops=600090624 => 1689.23982738576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243215.623032113 Mflops = 243.215623032113 Gflops = 0.243215623032113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001128622 Relative Rsd = 4.94889199266548e-07
BICGSTAB_SOLVER_TIME: 0.678942 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122639
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036767(s) Flops=1618919424 => 1561.50747853664 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225017.859798998 Mflops = 225.017859798998 Gflops = 0.225017859798998 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.376366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.788476(s) Flops=1420314624 => 1801.34160583201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259344.695640699 Mflops = 259.344695640699 Gflops = 0.259344695640699 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.043424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.945601(s) Flops=1702471680 => 1800.41230920864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259256.158641223 Mflops = 259.256158641223 Gflops = 0.259256158641223 Tflops
BICGSTAB_SOLVER: 475 iterations. Rsd = 0.002348754 Relative Rsd = 1.03324149939859e-06
BICGSTAB_SOLVER_TIME: 1.737889 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.121804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338407
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.578379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81858(s) Flops=1328449536 => 1622.87074690317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233660.306389816 Mflops = 233.660306389816 Gflops = 0.233660306389816 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 9.776443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879784(s) Flops=1558112256 => 1771.01681321779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255020.835116621 Mflops = 255.020835116621 Gflops = 0.255020835116621 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002020783 Relative Rsd = 8.87721993441719e-07
BICGSTAB_SOLVER_TIME: 1.701681 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312842999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 326 resid = 2.059119e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.192695(s) Flops=2142111744 => 1796.02643089809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258641.401563882 Mflops = 258.641401563882 Gflops = 0.258641401563882 Tflops
InvBiCGStab: k = 385 resid = 1.014132e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.534988(s) Flops=2529257472 => 1647.73761879572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237272.296718191 Mflops = 237.272296718191 Gflops = 0.237272296718191 Tflops
BICGSTAB_SOLVER: 711 iterations. Rsd = 0.002392881 Relative Rsd = 1.05265332566816e-06
BICGSTAB_SOLVER_TIME: 2.732274 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.507246
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 276 resid = 2.074309e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.194769(s) Flops=1814022144 => 1518.30365869888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218642.241306798 Mflops = 218.642241306798 Gflops = 0.218642241306798 Tflops
InvBiCGStab: k = 315 resid = 1.073967e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.189129(s) Flops=2069932032 => 1740.71276707573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250659.917184718 Mflops = 250.659917184718 Gflops = 0.250659917184718 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.001993121 Relative Rsd = 8.75570427377027e-07
BICGSTAB_SOLVER_TIME: 2.38849 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.421794999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 244 resid = 2.176247e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994433(s) Flops=1604044800 => 1613.02450743288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232241.057177884 Mflops = 232.241057177884 Gflops = 0.232241057177884 Tflops
InvBiCGStab: k = 275 resid = 5.737245e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.031979(s) Flops=1807460352 => 1751.45070975281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252207.447741588 Mflops = 252.207447741588 Gflops = 0.252207447741588 Tflops
BICGSTAB_SOLVER: 519 iterations. Rsd = 0.001970593 Relative Rsd = 8.64084832246835e-07
BICGSTAB_SOLVER_TIME: 2.030974 sec
2Flav::invert,  n_count = 519
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.369174000000002
MInvCG2: 353 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.412474(s) Flops=2277107712 => 1612.14132932712 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232149.628661276 Mflops = 232.149628661276 Gflops = 0.232149628661276 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253218000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0636312034375806
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 488.461522 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.05187 secs
Doing Update: 2769 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 282 resid = 2.055441e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.094261(s) Flops=1853392896 => 1693.73933275517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243909.438102596 Mflops = 243.909438102596 Gflops = 0.243909438102596 Tflops
InvBiCGStab: k = 315 resid = 1.055043e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.248091(s) Flops=2069932032 => 1658.47845389479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238819.144681645 Mflops = 238.819144681645 Gflops = 0.238819144681645 Tflops
BICGSTAB_SOLVER: 597 iterations. Rsd = 0.00203321 Relative Rsd = 8.94218989727054e-07
BICGSTAB_SOLVER_TIME: 2.347238 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428218999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 222 resid = 2.229834e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815141(s) Flops=1459685376 => 1790.71519651201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257863.249547848 Mflops = 257.863249547848 Gflops = 0.257863249547848 Tflops
InvBiCGStab: k = 265 resid = 1.059649e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9684(s) Flops=1741842432 => 1798.68074349442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259005.432007635 Mflops = 259.005432007635 Gflops = 0.259005432007635 Tflops
BICGSTAB_SOLVER: 487 iterations. Rsd = 0.001825867 Relative Rsd = 8.02213777905239e-07
BICGSTAB_SOLVER_TIME: 1.788402 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350034999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000349
MInvCG2: 368 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.569643(s) Flops=2367055872 => 1508.02180623237 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217157.07222572 Mflops = 217.15707222572 Gflops = 0.21715707222572 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262747000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 334 resid = 2.07881e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.22466(s) Flops=2194606080 => 1792.01254225663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258037.401150274 Mflops = 258.037401150274 Gflops = 0.258037401150274 Tflops
InvBiCGStab: k = 366 resid = 8.70916e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.383276(s) Flops=2404583424 => 1738.32512383646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250314.645752878 Mflops = 250.314645752878 Gflops = 0.250314645752878 Tflops
BICGSTAB_SOLVER: 700 iterations. Rsd = 0.002223152 Relative Rsd = 9.77756530567082e-07
BICGSTAB_SOLVER_TIME: 2.613121 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.499821999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 286 resid = 2.206574e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.149182(s) Flops=1879640064 => 1635.63305377216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235524.684229743 Mflops = 235.524684229743 Gflops = 0.235524684229743 Tflops
InvBiCGStab: k = 305 resid = 6.048795e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.122633(s) Flops=2004314112 => 1785.36896029246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257090.503069913 Mflops = 257.090503069913 Gflops = 0.257090503069913 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.001966291 Relative Rsd = 8.63910544920607e-07
BICGSTAB_SOLVER_TIME: 2.276451 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.421819999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 231 resid = 2.275434e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846019(s) Flops=1518741504 => 1795.16240651806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258461.723149804 Mflops = 258.461723149804 Gflops = 0.258461723149804 Tflops
InvBiCGStab: k = 242 resid = 9.40706e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915324(s) Flops=1590921216 => 1738.09625444105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250280.507805106 Mflops = 250.280507805106 Gflops = 0.250280507805106 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.001824361 Relative Rsd = 8.00238118088286e-07
BICGSTAB_SOLVER_TIME: 1.766125 sec
2Flav::invert,  n_count = 473
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336814000000002
MInvCG2: 352 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.509716(s) Flops=2270767104 => 1504.10216491049 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216599.836466335 Mflops = 216.599836466335 Gflops = 0.216599836466335 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252249000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 2.211942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779591(s) Flops=1400629248 => 1796.62059721059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258641.806418356 Mflops = 258.641806418356 Gflops = 0.258641806418356 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.084701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.859796(s) Flops=1551550464 => 1804.55650410097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.500508438 Mflops = 259.853500508438 Gflops = 0.259853500508438 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.0020646 Relative Rsd = 9.08024306132904e-07
BICGSTAB_SOLVER_TIME: 1.64268 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.115714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320118999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 2.220946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.823556(s) Flops=1328449536 => 1613.06521475164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232197.553447335 Mflops = 232.197553447335 Gflops = 0.232197553447335 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 5.929154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844665(s) Flops=1499056128 => 1774.73451368294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255556.548823446 Mflops = 255.556548823446 Gflops = 0.255556548823446 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.001979148 Relative Rsd = 8.6955977238676e-07
BICGSTAB_SOLVER_TIME: 1.671675 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306294999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006081(s) Flops=1600634880 => 1590.9602507154 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229098.475481151 Mflops = 229.098475481151 Gflops = 0.229098475481151 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177756000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.431907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.7e-05 s
InvBiCGStab: k = 169 resid = 1.813023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.628264(s) Flops=1111910400 => 1769.81396355672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254742.957702814 Mflops = 254.742957702814 Gflops = 0.254742957702814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.4e-05 s
InvBiCGStab: k = 190 resid = 6.757335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.69433(s) Flops=1249708032 => 1799.8761856754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.834582049 Mflops = 259.178834582049 Gflops = 0.259178834582049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 359 iterations. Rsd = 0.001871836 Relative Rsd = 8.21062553563301e-07
BICGSTAB_SOLVER_TIME: 1.326246 sec
2Flav::invert,  n_count = 359
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114709
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257988999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00011 s
InvBiCGStab: k = 121 resid = 2.093682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44263(s) Flops=796944384 => 1800.47530443034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259208.342648884 Mflops = 259.208342648884 Gflops = 0.259208342648884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000109 s
InvBiCGStab: k = 153 resid = 8.78985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.557501(s) Flops=1006921728 => 1806.13438899661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260077.838238404 Mflops = 260.077838238404 Gflops = 0.260077838238404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 274 iterations. Rsd = 0.0016025 Relative Rsd = 7.02921043111106e-07
BICGSTAB_SOLVER_TIME: 1.003906 sec
2Flav::invert,  n_count = 274
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196974999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005325 s
InvBiCGStab: k = 97 resid = 2.135393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385755(s) Flops=639461376 => 1657.68784850488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238667.457605236 Mflops = 238.667457605236 Gflops = 0.238667457605236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007725 s
InvBiCGStab: k = 118 resid = 8.060121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.497582(s) Flops=777259008 => 1562.0721971454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224909.524621345 Mflops = 224.909524621345 Gflops = 0.224909524621345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001443501 Relative Rsd = 6.33177692575544e-07
BICGSTAB_SOLVER_TIME: 0.900682 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157158999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008044 s
InvBiCGStab: k = 100 resid = 1.390979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397012(s) Flops=659146752 => 1660.26909010307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239051.377364863 Mflops = 239.051377364863 Gflops = 0.239051377364863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011434 s
InvBiCGStab: k = 116 resid = 1.110189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474395(s) Flops=764135424 => 1610.75775250582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231920.873583023 Mflops = 231.920873583023 Gflops = 0.231920873583023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001359722 Relative Rsd = 5.96428658758201e-07
BICGSTAB_SOLVER_TIME: 0.89467 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158743999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010424 s
InvBiCGStab: k = 80 resid = 2.234332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294838(s) Flops=527910912 => 1790.51177935002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257783.525998811 Mflops = 257.78352599881 Gflops = 0.25778352599881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015575 s
InvBiCGStab: k = 108 resid = 1.005293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395477(s) Flops=711641088 => 1799.45000088501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259073.060573328 Mflops = 259.073060573328 Gflops = 0.259073060573328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001313018 Relative Rsd = 5.75942423059431e-07
BICGSTAB_SOLVER_TIME: 0.72006 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140023
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004049(s) Flops=1619288064 => 1612.75800683034 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232218.316472182 Mflops = 232.218316472182 Gflops = 0.232218316472182 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180323000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013292 s
InvBiCGStab: k = 25 resid = 2.121489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094141(s) Flops=167012352 => 1774.06604986138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255325.892312838 Mflops = 255.325892312838 Gflops = 0.255325892312838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019799 s
InvBiCGStab: k = 56 resid = 6.708674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207135(s) Flops=370427904 => 1788.34047360417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257439.077717588 Mflops = 257.439077717588 Gflops = 0.257439077717588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000765811 Relative Rsd = 3.35915485184662e-07
BICGSTAB_SOLVER_TIME: 0.33816 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0645560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016478 s
InvBiCGStab: k = 94 resid = 2.17357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343549(s) Flops=619776000 => 1804.03959842701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259753.112740588 Mflops = 259.753112740588 Gflops = 0.259753112740588 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024189 s
InvBiCGStab: k = 108 resid = 9.845571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412181(s) Flops=711641088 => 1726.52569623539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248577.107992386 Mflops = 248.577107992386 Gflops = 0.248577107992386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001389578 Relative Rsd = 6.09524746787081e-07
BICGSTAB_SOLVER_TIME: 0.800223 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152193999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021643 s
InvBiCGStab: k = 66 resid = 2.214912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246176(s) Flops=436045824 => 1771.27674509294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255021.43580017 Mflops = 255.02143580017 Gflops = 0.25502143580017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028547 s
InvBiCGStab: k = 92 resid = 1.048708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337264(s) Flops=606652416 => 1798.7464300963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258971.532128582 Mflops = 258.971532128582 Gflops = 0.258971532128582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001203454 Relative Rsd = 5.27883382078936e-07
BICGSTAB_SOLVER_TIME: 0.637411 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121915
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.026739 s
InvBiCGStab: k = 78 resid = 1.910046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323817(s) Flops=514787328 => 1589.74769082537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228880.831322731 Mflops = 228.880831322731 Gflops = 0.228880831322731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.037956 s
InvBiCGStab: k = 121 resid = 1.09648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.500311(s) Flops=796944384 => 1592.89798545305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229345.721308645 Mflops = 229.345721308645 Gflops = 0.229345721308645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001321543 Relative Rsd = 5.79681769762564e-07
BICGSTAB_SOLVER_TIME: 0.892777 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151829999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027812 s
InvBiCGStab: k = 66 resid = 1.897878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24469(s) Flops=436045824 => 1782.03369160979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256563.469120847 Mflops = 256.563469120847 Gflops = 0.256563469120847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039342 s
InvBiCGStab: k = 101 resid = 9.869519e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373505(s) Flops=665708544 => 1782.32833295404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256610.369989066 Mflops = 256.610369989066 Gflops = 0.256610369989066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001222021 Relative Rsd = 5.36027598312288e-07
BICGSTAB_SOLVER_TIME: 0.689204 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130544
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.087527(s) Flops=1637941248 => 1506.11547851226 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216883.994587085 Mflops = 216.883994587085 Gflops = 0.216883994587085 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181925000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03148 s
InvBiCGStab: k = 25 resid = 1.221879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100841(s) Flops=167012352 => 1656.19492071677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238360.980668737 Mflops = 238.360980668737 Gflops = 0.238360980668737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.048247 s
InvBiCGStab: k = 62 resid = 1.115519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252506(s) Flops=409798656 => 1622.92640966947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233633.692153559 Mflops = 233.633692153559 Gflops = 0.233633692153559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007434693 Relative Rsd = 3.26115504532657e-07
BICGSTAB_SOLVER_TIME: 0.436977 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036493 s
InvBiCGStab: k = 61 resid = 2.214859e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223307(s) Flops=403236864 => 1805.75111393732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259954.174970642 Mflops = 259.954174970642 Gflops = 0.259954174970642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050303 s
InvBiCGStab: k = 91 resid = 1.022682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332585(s) Flops=600090624 => 1804.32257618353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.696847902 Mflops = 259.774696847902 Gflops = 0.259774696847902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001153204 Relative Rsd = 5.0584182571206e-07
BICGSTAB_SOLVER_TIME: 0.646595 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122077
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 60 resid = 2.068141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220039(s) Flops=396675072 => 1802.74893087135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.453085714 Mflops = 259.528453085714 Gflops = 0.259528453085714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056415 s
InvBiCGStab: k = 96 resid = 3.98589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350802(s) Flops=632899584 => 1804.15044384012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.907647665 Mflops = 259.752907647665 Gflops = 0.259752907647665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001158384 Relative Rsd = 5.08113988967954e-07
BICGSTAB_SOLVER_TIME: 0.671887 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125792
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 73 resid = 1.860986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328574(s) Flops=481978368 => 1466.87920529318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211199.837137975 Mflops = 211.199837137975 Gflops = 0.211199837137975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078204 s
InvBiCGStab: k = 89 resid = 9.258377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40253(s) Flops=586967040 => 1458.19451966313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209950.349818943 Mflops = 209.950349818943 Gflops = 0.209950349818943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001186743 Relative Rsd = 5.2055333725317e-07
BICGSTAB_SOLVER_TIME: 0.854835 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129694
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041885 s
InvBiCGStab: k = 62 resid = 2.079906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240265(s) Flops=409798656 => 1705.61112105384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245541.928889211 Mflops = 245.541928889211 Gflops = 0.245541928889211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064352 s
InvBiCGStab: k = 100 resid = 1.062295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400966(s) Flops=659146752 => 1643.89686906122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236682.72353639 Mflops = 236.68272353639 Gflops = 0.23668272353639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001194492 Relative Rsd = 5.23952339473641e-07
BICGSTAB_SOLVER_TIME: 0.751276 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129999
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.105405(s) Flops=1656594432 => 1498.63120937575 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215796.664211764 Mflops = 215.796664211764 Gflops = 0.215796664211764 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184339000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.446569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 39 resid = 1.493732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144427(s) Flops=258877440 => 1792.44490296136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258016.24153575 Mflops = 258.01624153575 Gflops = 0.25801624153575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058709 s
InvBiCGStab: k = 61 resid = 8.069592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238146(s) Flops=403236864 => 1693.23383134716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243763.48185102 Mflops = 243.76348185102 Gflops = 0.24376348185102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.000756981 Relative Rsd = 3.32042298588197e-07
BICGSTAB_SOLVER_TIME: 0.488143 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0857980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 71 resid = 1.677684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261868(s) Flops=468854784 => 1790.42412207677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257770.242879937 Mflops = 257.770242879937 Gflops = 0.257770242879937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057261 s
InvBiCGStab: k = 95 resid = 1.140377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373287(s) Flops=626337792 => 1677.89875350602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241568.516844577 Mflops = 241.568516844577 Gflops = 0.241568516844577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001204908 Relative Rsd = 5.28521023722597e-07
BICGSTAB_SOLVER_TIME: 0.737943 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 64 resid = 2.194426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235306(s) Flops=422922240 => 1797.32875489788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258763.579028281 Mflops = 258.763579028281 Gflops = 0.258763579028281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057461 s
InvBiCGStab: k = 91 resid = 1.150889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334266(s) Flops=600090624 => 1795.24876595286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258466.324598038 Mflops = 258.466324598038 Gflops = 0.258466324598038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001183482 Relative Rsd = 5.19122613815027e-07
BICGSTAB_SOLVER_TIME: 0.672321 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001801
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125149000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041745 s
InvBiCGStab: k = 68 resid = 2.273692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249126(s) Flops=449169408 => 1802.98085306231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259561.187588989 Mflops = 259.561187588989 Gflops = 0.259561187588989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058889 s
InvBiCGStab: k = 93 resid = 8.414008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426355(s) Flops=613214208 => 1438.27141232072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207077.489737107 Mflops = 207.077489737107 Gflops = 0.207077489737107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001185021 Relative Rsd = 5.19798043143185e-07
BICGSTAB_SOLVER_TIME: 0.780058 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12917
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047472 s
InvBiCGStab: k = 67 resid = 1.360972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265359(s) Flops=442607616 => 1667.95780810148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240126.960590307 Mflops = 240.126960590307 Gflops = 0.240126960590307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056066 s
InvBiCGStab: k = 96 resid = 8.236158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395639(s) Flops=632899584 => 1599.68957559796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230310.949987824 Mflops = 230.310949987824 Gflops = 0.230310949987824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001194958 Relative Rsd = 5.24156648292115e-07
BICGSTAB_SOLVER_TIME: 0.76923 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00184
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130614
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.128854(s) Flops=1675173888 => 1483.95973970062 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213678.863692793 Mflops = 213.678863692793 Gflops = 0.213678863692793 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186301000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.45892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021592
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 2.11933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921818(s) Flops=1590921216 => 1725.85175815617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248465.845110623 Mflops = 248.465845110623 Gflops = 0.248465845110623 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 8.983803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976555(s) Flops=1761527808 => 1803.81832871676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259739.662086641 Mflops = 259.739662086641 Gflops = 0.259739662086641 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.002258949 Relative Rsd = 9.93508877892098e-07
BICGSTAB_SOLVER_TIME: 1.901725 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364006999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.241097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832866(s) Flops=1374382080 => 1650.18391914185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237560.38644732 Mflops = 237.56038644732 Gflops = 0.23756038644732 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 9.392935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931663(s) Flops=1426876416 => 1531.5370643677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220531.673370884 Mflops = 220.531673370884 Gflops = 0.220531673370884 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002188513 Relative Rsd = 9.61569702748049e-07
BICGSTAB_SOLVER_TIME: 1.768002 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.12131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304210999999999
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.128181(s) Flops=1675173888 => 1484.84497434366 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213824.466915719 Mflops = 213.824466915719 Gflops = 0.213824466915719 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186725000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.442976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045762 s
InvBiCGStab: k = 36 resid = 1.868596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162959(s) Flops=239192064 => 1467.80517798956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211328.995821209 Mflops = 211.328995821209 Gflops = 0.211328995821209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068786 s
InvBiCGStab: k = 55 resid = 9.464956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232325(s) Flops=363866112 => 1566.19439147746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225471.929237549 Mflops = 225.471929237549 Gflops = 0.225471929237549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007475441 Relative Rsd = 3.27902887541567e-07
BICGSTAB_SOLVER_TIME: 0.513646 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0792890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044952 s
InvBiCGStab: k = 80 resid = 1.801432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317081(s) Flops=527910912 => 1664.90868894699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239706.338229969 Mflops = 239.706338229969 Gflops = 0.239706338229969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056573 s
InvBiCGStab: k = 111 resid = 9.882579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40597(s) Flops=731326464 => 1801.42981993743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259383.704855057 Mflops = 259.383704855057 Gflops = 0.259383704855057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001379409 Relative Rsd = 6.05064319147763e-07
BICGSTAB_SOLVER_TIME: 0.828394 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150620999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 66 resid = 2.152233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241615(s) Flops=436045824 => 1804.71338286116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.007575228 Mflops = 259.817007575228 Gflops = 0.259817007575228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055837 s
InvBiCGStab: k = 88 resid = 1.106785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321(s) Flops=580405248 => 1808.11603738318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260319.482852301 Mflops = 260.319482852301 Gflops = 0.260319482852301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001199134 Relative Rsd = 5.25988227572554e-07
BICGSTAB_SOLVER_TIME: 0.662913 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040614 s
InvBiCGStab: k = 67 resid = 1.912743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245517(s) Flops=442607616 => 1802.7575116998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.061912472 Mflops = 259.545061912472 Gflops = 0.259545061912472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05596 s
InvBiCGStab: k = 100 resid = 1.118779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417834(s) Flops=659146752 => 1577.53258949726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227123.121020949 Mflops = 227.123121020949 Gflops = 0.227123121020949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001165037 Relative Rsd = 5.11032219499863e-07
BICGSTAB_SOLVER_TIME: 0.76447 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052431 s
InvBiCGStab: k = 70 resid = 1.534585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330706(s) Flops=462292992 => 1397.89720174415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201260.800706613 Mflops = 201.260800706613 Gflops = 0.201260800706613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060919 s
InvBiCGStab: k = 98 resid = 8.068276e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42609(s) Flops=646023168 => 1516.16599310005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218292.827215247 Mflops = 218.292827215247 Gflops = 0.218292827215247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001210441 Relative Rsd = 5.30948218613804e-07
BICGSTAB_SOLVER_TIME: 0.874085 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134349
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.130128(s) Flops=1681661952 => 1488.02786233064 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214265.368769677 Mflops = 214.265368769677 Gflops = 0.214265368769677 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187211000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044996 s
InvBiCGStab: k = 36 resid = 2.006912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.160218(s) Flops=239192064 => 1492.91630153915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214906.323436259 Mflops = 214.906323436259 Gflops = 0.214906323436259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064743 s
InvBiCGStab: k = 47 resid = 1.110252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18955(s) Flops=311371776 => 1642.6894012134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236475.686419905 Mflops = 236.475686419905 Gflops = 0.236475686419905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007441029 Relative Rsd = 3.26393448271462e-07
BICGSTAB_SOLVER_TIME: 0.463299 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047264 s
InvBiCGStab: k = 86 resid = 1.318213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323801(s) Flops=567281664 => 1751.94537385616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252244.82983802 Mflops = 252.24482983802 Gflops = 0.25224482983802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056646 s
InvBiCGStab: k = 113 resid = 8.828789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415955(s) Flops=744450048 => 1789.73698597204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257682.086882531 Mflops = 257.682086882531 Gflops = 0.257682086882531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.00134924 Relative Rsd = 5.91831072037049e-07
BICGSTAB_SOLVER_TIME: 0.847519 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156441999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040519 s
InvBiCGStab: k = 63 resid = 1.016838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230348(s) Flops=416360448 => 1807.52794901627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.660497328 Mflops = 260.222660497328 Gflops = 0.260222660497328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056216 s
InvBiCGStab: k = 92 resid = 1.008901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335924(s) Flops=606652416 => 1805.92162512949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260000.781765392 Mflops = 260.000781765392 Gflops = 0.260000781765392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001156349 Relative Rsd = 5.07221076196187e-07
BICGSTAB_SOLVER_TIME: 0.666947 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125374000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042765 s
InvBiCGStab: k = 66 resid = 2.121777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255588(s) Flops=436045824 => 1706.0496736936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245621.134260879 Mflops = 245.621134260879 Gflops = 0.245621134260879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06027 s
InvBiCGStab: k = 101 resid = 9.373856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42079(s) Flops=665708544 => 1582.04459231446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227783.904272493 Mflops = 227.783904272493 Gflops = 0.227783904272493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001177981 Relative Rsd = 5.16709921224356e-07
BICGSTAB_SOLVER_TIME: 0.783686 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133616
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050567 s
InvBiCGStab: k = 67 resid = 2.14595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295812(s) Flops=442607616 => 1496.24631860776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215408.117341172 Mflops = 215.408117341172 Gflops = 0.215408117341172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061284 s
InvBiCGStab: k = 90 resid = 9.283135e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369392(s) Flops=593528832 => 1606.77229609737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231335.269274978 Mflops = 231.335269274978 Gflops = 0.231335269274978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001180575 Relative Rsd = 5.17847432656582e-07
BICGSTAB_SOLVER_TIME: 0.78086 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12644
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.139488(s) Flops=1688002560 => 1481.36931674577 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213332.873852037 Mflops = 213.332873852037 Gflops = 0.213332873852037 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187897000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.426305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045261 s
InvBiCGStab: k = 28 resid = 2.185612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113145(s) Flops=186697728 => 1650.07493039905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237502.381151364 Mflops = 237.502381151364 Gflops = 0.237502381151364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061139 s
InvBiCGStab: k = 68 resid = 8.546589e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294612(s) Flops=449169408 => 1524.61341696876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219494.963550199 Mflops = 219.494963550199 Gflops = 0.219494963550199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0008007745 Relative Rsd = 3.51251872259805e-07
BICGSTAB_SOLVER_TIME: 0.518241 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0829750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 70 resid = 2.044889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266797(s) Flops=462292992 => 1732.7518375394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249472.569928423 Mflops = 249.472569928423 Gflops = 0.249472569928423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060102 s
InvBiCGStab: k = 92 resid = 1.006291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358328(s) Flops=606652416 => 1693.00868478042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243743.589644969 Mflops = 243.743589644969 Gflops = 0.243743589644969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00117543 Relative Rsd = 5.15591048312187e-07
BICGSTAB_SOLVER_TIME: 0.730315 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129987
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 63 resid = 2.100272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232643(s) Flops=416360448 => 1789.69686601359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257652.951973216 Mflops = 257.652951973216 Gflops = 0.257652951973216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056729 s
InvBiCGStab: k = 82 resid = 1.121352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301894(s) Flops=541034496 => 1792.13398080121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258006.069042207 Mflops = 258.006069042207 Gflops = 0.258006069042207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001077663 Relative Rsd = 4.72706417950241e-07
BICGSTAB_SOLVER_TIME: 0.636277 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 71 resid = 1.816994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259549(s) Flops=468854784 => 1806.42107655972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260067.681307835 Mflops = 260.067681307835 Gflops = 0.260067681307835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056065 s
InvBiCGStab: k = 100 resid = 1.13509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390067(s) Flops=659146752 => 1689.82957286825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243293.630205683 Mflops = 243.293630205683 Gflops = 0.243293630205683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001195336 Relative Rsd = 5.24322301330638e-07
BICGSTAB_SOLVER_TIME: 0.750791 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05193 s
InvBiCGStab: k = 69 resid = 2.045756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311644(s) Flops=455731200 => 1462.34549678479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210541.762686593 Mflops = 210.541762686593 Gflops = 0.210541762686593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059886 s
InvBiCGStab: k = 97 resid = 8.446919e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.438522(s) Flops=639461376 => 1458.21960129708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209953.486422343 Mflops = 209.953486422343 Gflops = 0.209953486422343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00115648 Relative Rsd = 5.07278727947264e-07
BICGSTAB_SOLVER_TIME: 0.865822 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132738
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.159529(s) Flops=1694269440 => 1461.1703890114 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210390.077901792 Mflops = 210.390077901792 Gflops = 0.210390077901792 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188451000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.430632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048164 s
InvBiCGStab: k = 23 resid = 2.20713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096975(s) Flops=153888768 => 1586.89113689095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228379.462229337 Mflops = 228.379462229337 Gflops = 0.228379462229337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058782 s
InvBiCGStab: k = 50 resid = 1.067087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20643(s) Flops=331057152 => 1603.72597006249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230853.62177405 Mflops = 230.85362177405 Gflops = 0.23085362177405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007673188 Relative Rsd = 3.3657687179223e-07
BICGSTAB_SOLVER_TIME: 0.414922 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0501 s
InvBiCGStab: k = 70 resid = 2.226665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260326(s) Flops=462292992 => 1775.823359941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255674.381810236 Mflops = 255.674381810236 Gflops = 0.255674381810236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059333 s
InvBiCGStab: k = 90 resid = 9.886058e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335153(s) Flops=593528832 => 1770.91904891199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254963.455187279 Mflops = 254.963455187279 Gflops = 0.254963455187279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001176999 Relative Rsd = 5.1627898842778e-07
BICGSTAB_SOLVER_TIME: 0.708869 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041037 s
InvBiCGStab: k = 76 resid = 1.493131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277325(s) Flops=501663744 => 1808.93804741729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260464.472846726 Mflops = 260.464472846726 Gflops = 0.260464472846726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 96 resid = 1.095652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350275(s) Flops=632899584 => 1806.86484619228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260141.527491754 Mflops = 260.141527491754 Gflops = 0.260141527491754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001193149 Relative Rsd = 5.23363004788809e-07
BICGSTAB_SOLVER_TIME: 0.728876 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 80 resid = 1.682185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293012(s) Flops=527910912 => 1801.66993843256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259398.629435676 Mflops = 259.398629435676 Gflops = 0.259398629435676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058926 s
InvBiCGStab: k = 97 resid = 9.950579e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377546(s) Flops=639461376 => 1693.73103145047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243850.356924465 Mflops = 243.850356924465 Gflops = 0.243850356924465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001220261 Relative Rsd = 5.35255657195348e-07
BICGSTAB_SOLVER_TIME: 0.774214 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052038 s
InvBiCGStab: k = 68 resid = 2.209033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297325(s) Flops=449169408 => 1510.70178424283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217501.066911903 Mflops = 217.501066911903 Gflops = 0.217501066911903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058878 s
InvBiCGStab: k = 93 resid = 1.134189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425182(s) Flops=613214208 => 1442.2393422111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207647.275381764 Mflops = 207.647275381764 Gflops = 0.207647275381764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001218876 Relative Rsd = 5.3464804144153e-07
BICGSTAB_SOLVER_TIME: 0.837571 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12928
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.166338(s) Flops=1700610048 => 1458.07651641291 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209965.918963453 Mflops = 209.965918963453 Gflops = 0.209965918963453 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189056000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.427328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.798117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862252(s) Flops=1380943872 => 1601.55484939438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230594.936226624 Mflops = 230.594936226624 Gflops = 0.230594936226624 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 3.650134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.011307(s) Flops=1800898560 => 1780.76346747328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256417.457242857 Mflops = 256.417457242857 Gflops = 0.256417457242857 Tflops
BICGSTAB_SOLVER: 484 iterations. Rsd = 0.002184997 Relative Rsd = 9.60986432762675e-07
BICGSTAB_SOLVER_TIME: 1.876991 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.114953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.345178999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.924926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809946(s) Flops=1407191040 => 1737.38871480321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250148.786639707 Mflops = 250.148786639707 Gflops = 0.250148786639707 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 246 resid = 1.098221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.035025(s) Flops=1617168384 => 1562.44379024661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224982.385340632 Mflops = 224.982385340632 Gflops = 0.224982385340632 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.00203639 Relative Rsd = 8.94738850854456e-07
BICGSTAB_SOLVER_TIME: 1.849132 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.121287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328004999999999
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.188951(s) Flops=1700610048 => 1430.34494104467 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205960.383537526 Mflops = 205.960383537526 Gflops = 0.205960383537526 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189727000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 36 resid = 1.757971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136743(s) Flops=239192064 => 1749.20883701542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251834.813447627 Mflops = 251.834813447627 Gflops = 0.251834813447627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057124 s
InvBiCGStab: k = 59 resid = 6.747486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26381(s) Flops=390113280 => 1478.76608164967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212895.627382251 Mflops = 212.895627382251 Gflops = 0.212895627382251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.000776143 Relative Rsd = 3.40447530698988e-07
BICGSTAB_SOLVER_TIME: 0.503569 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0821420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047593 s
InvBiCGStab: k = 72 resid = 1.860256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305241(s) Flops=475416576 => 1557.51218217736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224245.072921469 Mflops = 224.245072921469 Gflops = 0.224245072921469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059994 s
InvBiCGStab: k = 109 resid = 8.660136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415665(s) Flops=718202880 => 1727.84064090073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248782.060992936 Mflops = 248.782060992936 Gflops = 0.248782060992936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001288631 Relative Rsd = 5.65245495545017e-07
BICGSTAB_SOLVER_TIME: 0.832414 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041409 s
InvBiCGStab: k = 74 resid = 1.39001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280378(s) Flops=488540160 => 1742.43399981454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250855.117784845 Mflops = 250.855117784845 Gflops = 0.250855117784845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058819 s
InvBiCGStab: k = 94 resid = 1.019008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366704(s) Flops=619776000 => 1690.12609625202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243344.388127578 Mflops = 243.344388127578 Gflops = 0.243344388127578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001190727 Relative Rsd = 5.22300660210069e-07
BICGSTAB_SOLVER_TIME: 0.752131 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 74 resid = 2.265337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301613(s) Flops=488540160 => 1619.75829954279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233204.049703836 Mflops = 233.204049703836 Gflops = 0.233204049703836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069639 s
InvBiCGStab: k = 102 resid = 1.025161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392727(s) Flops=672270336 => 1711.80065541712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246455.814869646 Mflops = 246.455814869646 Gflops = 0.246455814869646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00123756 Relative Rsd = 5.42843424242269e-07
BICGSTAB_SOLVER_TIME: 0.809126 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047586 s
InvBiCGStab: k = 71 resid = 2.031729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285233(s) Flops=468854784 => 1643.7606588298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236649.606022001 Mflops = 236.649606022001 Gflops = 0.236649606022001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072174 s
InvBiCGStab: k = 93 resid = 1.108898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46852(s) Flops=613214208 => 1308.83251088534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188444.698763896 Mflops = 188.444698763896 Gflops = 0.188444698763896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001206674 Relative Rsd = 5.29295824448093e-07
BICGSTAB_SOLVER_TIME: 0.877578 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131503
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.157931(s) Flops=1700610048 => 1468.66268197328 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211473.346196405 Mflops = 211.473346196405 Gflops = 0.211473346196405 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189306000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.40243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057195 s
InvBiCGStab: k = 37 resid = 1.957654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158731(s) Flops=245753856 => 1548.24108712224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222861.627698588 Mflops = 222.861627698588 Gflops = 0.222861627698587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063113 s
InvBiCGStab: k = 61 resid = 1.109343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246951(s) Flops=403236864 => 1632.8618389883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235074.534408607 Mflops = 235.074534408607 Gflops = 0.235074534408607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007226309 Relative Rsd = 3.16974944507338e-07
BICGSTAB_SOLVER_TIME: 0.529801 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0841680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04435 s
InvBiCGStab: k = 72 resid = 1.827047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268526(s) Flops=475416576 => 1770.46757483447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254893.791734694 Mflops = 254.893791734694 Gflops = 0.254893791734694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059741 s
InvBiCGStab: k = 109 resid = 7.748156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405764(s) Flops=718202880 => 1770.00147869205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254839.690757936 Mflops = 254.839690757936 Gflops = 0.254839690757936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001282982 Relative Rsd = 5.62767491537494e-07
BICGSTAB_SOLVER_TIME: 0.782242 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044157 s
InvBiCGStab: k = 63 resid = 2.045226e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241112(s) Flops=416360448 => 1726.8342015329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248620.989092818 Mflops = 248.620989092818 Gflops = 0.248620989092818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061296 s
InvBiCGStab: k = 92 resid = 1.049653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364099(s) Flops=606652416 => 1666.17435367853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239887.448330154 Mflops = 239.887448330154 Gflops = 0.239887448330154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.00118014 Relative Rsd = 5.17656962300943e-07
BICGSTAB_SOLVER_TIME: 0.714591 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041052 s
InvBiCGStab: k = 80 resid = 1.771682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307344(s) Flops=527910912 => 1717.6548492894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247293.909673222 Mflops = 247.293909673222 Gflops = 0.247293909673222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066431 s
InvBiCGStab: k = 97 resid = 1.074424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364831(s) Flops=639461376 => 1752.76052747711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252353.506642789 Mflops = 252.353506642789 Gflops = 0.252353506642788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001205162 Relative Rsd = 5.28632650585177e-07
BICGSTAB_SOLVER_TIME: 0.783562 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052483 s
InvBiCGStab: k = 68 resid = 1.745999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329575(s) Flops=449169408 => 1362.87463551544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196218.998547684 Mflops = 196.218998547684 Gflops = 0.196218998547684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064952 s
InvBiCGStab: k = 105 resid = 7.05191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.461287(s) Flops=691955712 => 1500.05465577829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215995.404418466 Mflops = 215.995404418466 Gflops = 0.215995404418466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001239963 Relative Rsd = 5.4389749638197e-07
BICGSTAB_SOLVER_TIME: 0.912394 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138003
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.118411(s) Flops=1707024384 => 1526.29434438681 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220069.328920231 Mflops = 220.069328920231 Gflops = 0.220069328920231 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189836000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.407909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042122 s
InvBiCGStab: k = 39 resid = 1.967546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168862(s) Flops=258877440 => 1533.07102841373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220688.278822338 Mflops = 220.688278822338 Gflops = 0.220688278822338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060778 s
InvBiCGStab: k = 57 resid = 1.120679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231917(s) Flops=376989696 => 1625.5371361306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234016.636412309 Mflops = 234.016636412309 Gflops = 0.234016636412309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007419704 Relative Rsd = 3.25458049886855e-07
BICGSTAB_SOLVER_TIME: 0.50789 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0828460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044559 s
InvBiCGStab: k = 65 resid = 1.868095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248296(s) Flops=429484032 => 1729.72594000709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249028.563179353 Mflops = 249.028563179353 Gflops = 0.249028563179353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056276 s
InvBiCGStab: k = 103 resid = 1.142406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415826(s) Flops=678832128 => 1632.4908206798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235039.359086657 Mflops = 235.039359086657 Gflops = 0.235039359086657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001177699 Relative Rsd = 5.16586089960972e-07
BICGSTAB_SOLVER_TIME: 0.768869 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045455 s
InvBiCGStab: k = 67 resid = 1.600132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283806(s) Flops=442607616 => 1559.54284264603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224536.852918179 Mflops = 224.536852918179 Gflops = 0.224536852918179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055738 s
InvBiCGStab: k = 85 resid = 9.880019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326428(s) Flops=560719872 => 1717.74440918059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247306.013358419 Mflops = 247.306013358419 Gflops = 0.247306013358419 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00113897 Relative Rsd = 4.99598023622257e-07
BICGSTAB_SOLVER_TIME: 0.715621 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123006000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 67 resid = 2.226016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260129(s) Flops=442607616 => 1701.49278242718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244963.069297289 Mflops = 244.963069297289 Gflops = 0.244963069297289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064649 s
InvBiCGStab: k = 100 resid = 8.457137e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391137(s) Flops=659146752 => 1685.20685079652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242639.368400975 Mflops = 242.639368400975 Gflops = 0.242639368400975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001232769 Relative Rsd = 5.40742020468749e-07
BICGSTAB_SOLVER_TIME: 0.7613 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041899 s
InvBiCGStab: k = 64 resid = 1.840646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263141(s) Flops=422922240 => 1607.207694734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231387.115071581 Mflops = 231.387115071581 Gflops = 0.231387115071581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062126 s
InvBiCGStab: k = 85 resid = 9.718328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416523(s) Flops=560719872 => 1346.19185975324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193818.092266221 Mflops = 193.818092266221 Gflops = 0.193818092266221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001158191 Relative Rsd = 5.08029017742275e-07
BICGSTAB_SOLVER_TIME: 0.787823 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12084
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.071379(s) Flops=1707098112 => 1593.36529090079 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229432.327572139 Mflops = 229.432327572139 Gflops = 0.229432327572139 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190021000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 33 resid = 1.932512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124211(s) Flops=219506688 => 1767.20812166394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254378.004390157 Mflops = 254.378004390157 Gflops = 0.254378004390157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080056 s
InvBiCGStab: k = 70 resid = 1.091139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36568(s) Flops=462292992 => 1264.20091883614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182010.29514707 Mflops = 182.01029514707 Gflops = 0.18201029514707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0007403487 Relative Rsd = 3.24746671193987e-07
BICGSTAB_SOLVER_TIME: 0.615558 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121073
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0878540000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060284 s
InvBiCGStab: k = 77 resid = 2.127498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322285(s) Flops=508225536 => 1576.94443117117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227047.821387593 Mflops = 227.047821387593 Gflops = 0.227047821387593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055767 s
InvBiCGStab: k = 84 resid = 9.917504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340539(s) Flops=554158080 => 1627.29696158149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234289.697812883 Mflops = 234.289697812883 Gflops = 0.234289697812883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001198102 Relative Rsd = 5.25535898776241e-07
BICGSTAB_SOLVER_TIME: 0.783066 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129221
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043814 s
InvBiCGStab: k = 70 resid = 1.338821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2587(s) Flops=462292992 => 1786.98489369927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257283.460896193 Mflops = 257.283460896193 Gflops = 0.257283460896193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056639 s
InvBiCGStab: k = 83 resid = 1.147237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303726(s) Flops=547596288 => 1802.92858695008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259567.520093259 Mflops = 259.567520093259 Gflops = 0.259567520093259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001162595 Relative Rsd = 5.09960683322192e-07
BICGSTAB_SOLVER_TIME: 0.666774 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123661000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 73 resid = 9.247354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268(s) Flops=481978368 => 1798.42674626866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258911.018320235 Mflops = 258.911018320235 Gflops = 0.258911018320235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056759 s
InvBiCGStab: k = 98 resid = 1.115115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357603(s) Flops=646023168 => 1806.53732770698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260089.700644043 Mflops = 260.089700644043 Gflops = 0.260089700644043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001166747 Relative Rsd = 5.11782305037121e-07
BICGSTAB_SOLVER_TIME: 0.727666 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 66 resid = 2.143529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243621(s) Flops=436045824 => 1789.85318999594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257670.647169632 Mflops = 257.670647169632 Gflops = 0.257670647169632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06458 s
InvBiCGStab: k = 89 resid = 1.132039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365707(s) Flops=586967040 => 1605.01997500731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231081.506177247 Mflops = 231.081506177247 Gflops = 0.231081506177247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001183464 Relative Rsd = 5.19114749891496e-07
BICGSTAB_SOLVER_TIME: 0.718821 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124999
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.083285(s) Flops=1707098112 => 1575.8531799111 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226922.941353325 Mflops = 226.922941353325 Gflops = 0.226922941353325 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189848000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.206801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046338(s) Flops=1512179712 => 1445.211501446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208068.125773665 Mflops = 208.068125773665 Gflops = 0.208068125773665 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 343 resid = 1.149725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.338385(s) Flops=2253662208 => 1683.86690526269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242467.720792224 Mflops = 242.467720792224 Gflops = 0.242467720792224 Tflops
BICGSTAB_SOLVER: 573 iterations. Rsd = 0.002396139 Relative Rsd = 1.05383584790222e-06
BICGSTAB_SOLVER_TIME: 2.388153 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0.115142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001837
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.408473999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.226698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710141(s) Flops=1223460864 => 1722.84217359651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248112.575088657 Mflops = 248.112575088657 Gflops = 0.248112575088657 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.151451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964029(s) Flops=1558112256 => 1616.25039910625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232727.678433063 Mflops = 232.727678433063 Gflops = 0.232727678433063 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.001970356 Relative Rsd = 8.65712791423077e-07
BICGSTAB_SOLVER_TIME: 1.678279 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.121431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301791999999998
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.168779(s) Flops=1707098112 => 1460.58246426399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210350.430908421 Mflops = 210.350430908421 Gflops = 0.210350430908421 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189646000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.396042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 36 resid = 2.128252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142404(s) Flops=239192064 => 1679.67236875369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241770.011819817 Mflops = 241.770011819817 Gflops = 0.241770011819817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05748 s
InvBiCGStab: k = 66 resid = 6.057925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292273(s) Flops=436045824 => 1491.9127801747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214790.596431259 Mflops = 214.790596431259 Gflops = 0.214790596431259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0008043338 Relative Rsd = 3.52813141934997e-07
BICGSTAB_SOLVER_TIME: 0.537465 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0869720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050357 s
InvBiCGStab: k = 95 resid = 2.098708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398621(s) Flops=626337792 => 1571.26140368922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226225.84559283 Mflops = 226.22584559283 Gflops = 0.22622584559283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062166 s
InvBiCGStab: k = 110 resid = 1.013086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431968(s) Flops=724764672 => 1677.82028298392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241572.609296922 Mflops = 241.572609296922 Gflops = 0.241572609296922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001369644 Relative Rsd = 6.00780982981195e-07
BICGSTAB_SOLVER_TIME: 0.946933 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160589999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043088 s
InvBiCGStab: k = 74 resid = 2.270398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288949(s) Flops=488540160 => 1690.74874804896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243430.002484093 Mflops = 243.430002484093 Gflops = 0.243430002484093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 99 resid = 1.071643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390244(s) Flops=652584960 => 1672.24854193786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240759.597085399 Mflops = 240.759597085399 Gflops = 0.240759597085399 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001169922 Relative Rsd = 5.13174628017506e-07
BICGSTAB_SOLVER_TIME: 0.782694 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044154 s
InvBiCGStab: k = 77 resid = 2.022712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29611(s) Flops=508225536 => 1716.34033298436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247122.511821539 Mflops = 247.122511821539 Gflops = 0.247122511821539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059915 s
InvBiCGStab: k = 106 resid = 9.187698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410375(s) Flops=698517504 => 1702.1443898873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245070.248834954 Mflops = 245.070248834954 Gflops = 0.245070248834954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001251832 Relative Rsd = 5.49104026532342e-07
BICGSTAB_SOLVER_TIME: 0.814366 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144883
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043532 s
InvBiCGStab: k = 69 resid = 1.251027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310888(s) Flops=455731200 => 1465.90154653766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211066.38611084 Mflops = 211.06638611084 Gflops = 0.21106638611084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060949 s
InvBiCGStab: k = 102 resid = 9.231946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440381(s) Flops=672270336 => 1526.56526053576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219798.158068031 Mflops = 219.798158068031 Gflops = 0.219798158068031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001229409 Relative Rsd = 5.39268096515627e-07
BICGSTAB_SOLVER_TIME: 0.860886 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136231
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12216(s) Flops=1707171840 => 1521.32658444429 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219053.645308697 Mflops = 219.053645308697 Gflops = 0.219053645308697 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 33 resid = 2.267049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157913(s) Flops=219506688 => 1390.04824175337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200115.447775227 Mflops = 200.115447775227 Gflops = 0.200115447775227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066911 s
InvBiCGStab: k = 66 resid = 1.094672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282021(s) Flops=436045824 => 1546.14664865382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222598.066899593 Mflops = 222.598066899593 Gflops = 0.222598066899593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 99 iterations. Rsd = 0.0007501175 Relative Rsd = 3.29031666954807e-07
BICGSTAB_SOLVER_TIME: 0.552051 sec
2Flav::invert,  n_count = 99
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0848870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048239 s
InvBiCGStab: k = 91 resid = 1.806316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363343(s) Flops=600090624 => 1651.58162947958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237795.67226682 Mflops = 237.79567226682 Gflops = 0.23779567226682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058733 s
InvBiCGStab: k = 107 resid = 1.101368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40809(s) Flops=705079296 => 1727.75440711608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248756.555918237 Mflops = 248.756555918237 Gflops = 0.248756555918237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001298518 Relative Rsd = 5.69582194049827e-07
BICGSTAB_SOLVER_TIME: 0.882358 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155582999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043491 s
InvBiCGStab: k = 72 resid = 2.177508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275332(s) Flops=475416576 => 1726.70294771403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248584.000069348 Mflops = 248.584000069348 Gflops = 0.248584000069348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058947 s
InvBiCGStab: k = 99 resid = 1.143878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385097(s) Flops=652584960 => 1694.59891923334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243981.833042645 Mflops = 243.981833042645 Gflops = 0.243981833042645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001166518 Relative Rsd = 5.11681810222135e-07
BICGSTAB_SOLVER_TIME: 0.766671 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041797 s
InvBiCGStab: k = 81 resid = 2.164497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323759(s) Flops=534472704 => 1650.83504705661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237672.642302547 Mflops = 237.672642302547 Gflops = 0.237672642302547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061587 s
InvBiCGStab: k = 105 resid = 1.068565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391627(s) Flops=691955712 => 1766.87437791572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254380.797418279 Mflops = 254.380797418279 Gflops = 0.254380797418279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001231941 Relative Rsd = 5.40378645924319e-07
BICGSTAB_SOLVER_TIME: 0.822683 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147096999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044461 s
InvBiCGStab: k = 66 resid = 2.240053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275516(s) Flops=436045824 => 1582.65154836743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227859.058940906 Mflops = 227.859058940906 Gflops = 0.227859058940906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070227 s
InvBiCGStab: k = 104 resid = 1.138957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448075(s) Flops=685393920 => 1529.64106455393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220244.52516716 Mflops = 220.244525167161 Gflops = 0.220244525167161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001245262 Relative Rsd = 5.4622184749402e-07
BICGSTAB_SOLVER_TIME: 0.845654 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135876
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.113143(s) Flops=1713291264 => 1539.14749856937 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221622.745941761 Mflops = 221.622745941761 Gflops = 0.221622745941761 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190631000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.414961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046585 s
InvBiCGStab: k = 33 resid = 2.143584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129758(s) Flops=219506688 => 1691.6620786387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242329.504261863 Mflops = 242.329504261863 Gflops = 0.242329504261863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064858 s
InvBiCGStab: k = 59 resid = 1.012408e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247393(s) Flops=390113280 => 1576.89700193619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227013.191993805 Mflops = 227.013191993805 Gflops = 0.227013191993805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007812278 Relative Rsd = 3.42677897711962e-07
BICGSTAB_SOLVER_TIME: 0.493606 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0811930000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04141 s
InvBiCGStab: k = 59 resid = 2.139422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228052(s) Flops=390113280 => 1710.63301352323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246266.361968643 Mflops = 246.266361968643 Gflops = 0.246266361968643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05854 s
InvBiCGStab: k = 104 resid = 1.096766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433569(s) Flops=685393920 => 1580.8185548321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227603.979592755 Mflops = 227.603979592755 Gflops = 0.227603979592755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001178032 Relative Rsd = 5.16731981061792e-07
BICGSTAB_SOLVER_TIME: 0.765486 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130701
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04064 s
InvBiCGStab: k = 61 resid = 1.96921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242566(s) Flops=403236864 => 1662.37998730242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239321.458573524 Mflops = 239.321458573524 Gflops = 0.239321458573524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063422 s
InvBiCGStab: k = 102 resid = 5.915242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39348(s) Flops=672270336 => 1708.52479414456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245990.381713677 Mflops = 245.990381713677 Gflops = 0.245990381713677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001177548 Relative Rsd = 5.16519808319788e-07
BICGSTAB_SOLVER_TIME: 0.744919 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050528 s
InvBiCGStab: k = 70 resid = 2.230837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27612(s) Flops=462292992 => 1674.24667535854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241032.507939193 Mflops = 241.032507939193 Gflops = 0.241032507939193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06392 s
InvBiCGStab: k = 89 resid = 1.015609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355567(s) Flops=586967040 => 1650.79166514328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237672.863345067 Mflops = 237.672863345067 Gflops = 0.237672863345067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001189707 Relative Rsd = 5.21853131470977e-07
BICGSTAB_SOLVER_TIME: 0.750048 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047168 s
InvBiCGStab: k = 72 resid = 1.718828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294947(s) Flops=475416576 => 1611.87120397902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232063.081695344 Mflops = 232.063081695344 Gflops = 0.232063081695344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059278 s
InvBiCGStab: k = 92 resid = 8.684149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394139(s) Flops=606652416 => 1539.18393257201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221614.509350195 Mflops = 221.614509350195 Gflops = 0.221614509350195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001192866 Relative Rsd = 5.23238969267671e-07
BICGSTAB_SOLVER_TIME: 0.799614 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131298
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092513(s) Flops=1713291264 => 1568.21132929311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225804.198032558 Mflops = 225.804198032558 Gflops = 0.225804198032558 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190272000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.408391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059291 s
InvBiCGStab: k = 32 resid = 2.236517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166634(s) Flops=212944896 => 1277.91984829026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  183972.218067309 Mflops = 183.972218067309 Gflops = 0.183972218067309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064273 s
InvBiCGStab: k = 62 resid = 1.115055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253635(s) Flops=409798656 => 1615.70231237802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232609.074889138 Mflops = 232.609074889138 Gflops = 0.232609074889138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007296666 Relative Rsd = 3.20061074913064e-07
BICGSTAB_SOLVER_TIME: 0.548698 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043301 s
InvBiCGStab: k = 79 resid = 1.438305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294476(s) Flops=521349120 => 1770.42991619011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254901.314540753 Mflops = 254.901314540753 Gflops = 0.254901314540753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062582 s
InvBiCGStab: k = 91 resid = 1.111339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402116(s) Flops=600090624 => 1492.33212306897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214863.405921498 Mflops = 214.863405921498 Gflops = 0.214863405921498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001243761 Relative Rsd = 5.45563422623886e-07
BICGSTAB_SOLVER_TIME: 0.806507 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135624
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041847 s
InvBiCGStab: k = 69 resid = 2.261259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278633(s) Flops=455731200 => 1635.59664504922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235483.707216717 Mflops = 235.483707216717 Gflops = 0.235483707216717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059174 s
InvBiCGStab: k = 86 resid = 6.929602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329803(s) Flops=567281664 => 1720.06217044721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247650.004776527 Mflops = 247.650004776527 Gflops = 0.247650004776527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001147189 Relative Rsd = 5.03203224045427e-07
BICGSTAB_SOLVER_TIME: 0.713279 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041415 s
InvBiCGStab: k = 68 resid = 1.777811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275173(s) Flops=449169408 => 1632.31642639358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235009.161873496 Mflops = 235.009161873496 Gflops = 0.235009161873496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06246 s
InvBiCGStab: k = 98 resid = 8.319868e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369877(s) Flops=646023168 => 1746.58918505341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251469.849105666 Mflops = 251.469849105666 Gflops = 0.251469849105666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001225064 Relative Rsd = 5.37362116348281e-07
BICGSTAB_SOLVER_TIME: 0.752783 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132932
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044267 s
InvBiCGStab: k = 69 resid = 2.258342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29442(s) Flops=455731200 => 1547.89484410026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222853.502790089 Mflops = 222.853502790089 Gflops = 0.222853502790089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061475 s
InvBiCGStab: k = 94 resid = 9.758571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41046(s) Flops=619776000 => 1509.95468498757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217405.847633367 Mflops = 217.405847633367 Gflops = 0.217405847633367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001179013 Relative Rsd = 5.17162301085107e-07
BICGSTAB_SOLVER_TIME: 0.815443 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130764
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.126999(s) Flops=1713070080 => 1520.02803906658 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218868.924800499 Mflops = 218.868924800499 Gflops = 0.218868924800499 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190583000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.426053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 1.837528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.151081(s) Flops=1774651392 => 1541.7259011312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222009.207152241 Mflops = 222.009207152241 Gflops = 0.222009207152241 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 1.150219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.029826(s) Flops=1709033472 => 1659.53614688307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238963.353023969 Mflops = 238.963353023969 Gflops = 0.238963353023969 Tflops
BICGSTAB_SOLVER: 530 iterations. Rsd = 0.002244092 Relative Rsd = 9.86952215785147e-07
BICGSTAB_SOLVER_TIME: 2.184384 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.378179000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.079824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73878(s) Flops=1249708032 => 1691.58346463088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243535.86572788 Mflops = 243.53586572788 Gflops = 0.24353586572788 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 8.898743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879836(s) Flops=1551550464 => 1763.4541710046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253923.71401268 Mflops = 253.92371401268 Gflops = 0.25392371401268 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.0020331 Relative Rsd = 8.93259547105735e-07
BICGSTAB_SOLVER_TIME: 1.622135 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.124213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304340999999998
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.131849(s) Flops=1713070080 => 1513.51468261226 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217929.069002453 Mflops = 217.929069002453 Gflops = 0.217929069002453 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190445000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.389265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052026 s
InvBiCGStab: k = 25 resid = 2.247329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106248(s) Flops=167012352 => 1571.91054890445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226258.066332281 Mflops = 226.258066332281 Gflops = 0.226258066332281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063747 s
InvBiCGStab: k = 64 resid = 1.053015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240597(s) Flops=422922240 => 1757.80346388359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253056.903242389 Mflops = 253.056903242389 Gflops = 0.253056903242389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007263527 Relative Rsd = 3.18607474606469e-07
BICGSTAB_SOLVER_TIME: 0.466556 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777900000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044367 s
InvBiCGStab: k = 86 resid = 1.889112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362413(s) Flops=567281664 => 1565.29060491759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225366.341303856 Mflops = 225.366341303856 Gflops = 0.225366341303856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066198 s
InvBiCGStab: k = 108 resid = 1.106602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.506628(s) Flops=711641088 => 1404.66197683507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202246.513350916 Mflops = 202.246513350916 Gflops = 0.202246513350916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001314014 Relative Rsd = 5.76379432524191e-07
BICGSTAB_SOLVER_TIME: 0.98375 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152829999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050755 s
InvBiCGStab: k = 72 resid = 1.280404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288033(s) Flops=475416576 => 1650.56287300413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237641.176491442 Mflops = 237.641176491442 Gflops = 0.237641176491442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056736 s
InvBiCGStab: k = 83 resid = 1.135007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362372(s) Flops=547596288 => 1511.14403982648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217561.443493904 Mflops = 217.561443493904 Gflops = 0.217561443493904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001202428 Relative Rsd = 5.27433197989041e-07
BICGSTAB_SOLVER_TIME: 0.761959 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041086 s
InvBiCGStab: k = 71 resid = 1.084607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286017(s) Flops=468854784 => 1639.2549533769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236012.337383972 Mflops = 236.012337383972 Gflops = 0.236012337383972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063823 s
InvBiCGStab: k = 105 resid = 9.248256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385001(s) Flops=691955712 => 1797.2828953691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258753.747400989 Mflops = 258.753747400989 Gflops = 0.258753747400989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.00124389 Relative Rsd = 5.45620206279508e-07
BICGSTAB_SOLVER_TIME: 0.779735 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041657 s
InvBiCGStab: k = 70 resid = 2.050791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255821(s) Flops=462292992 => 1807.09555509516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260169.356447545 Mflops = 260.169356447545 Gflops = 0.260169356447545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056171 s
InvBiCGStab: k = 114 resid = 2.811166e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.454833(s) Flops=751011840 => 1651.18151057641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237731.444901553 Mflops = 237.731444901553 Gflops = 0.237731444901553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001220823 Relative Rsd = 5.35501992046715e-07
BICGSTAB_SOLVER_TIME: 0.812966 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145841
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.124874(s) Flops=1713070080 => 1522.89952474677 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219321.536244504 Mflops = 219.321536244504 Gflops = 0.219321536244504 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190586000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042352 s
InvBiCGStab: k = 36 resid = 2.269253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132871(s) Flops=239192064 => 1800.18261321131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259125.685194262 Mflops = 259.125685194262 Gflops = 0.259125685194262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056677 s
InvBiCGStab: k = 74 resid = 8.084855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328145(s) Flops=488540160 => 1488.79355163114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214335.555378349 Mflops = 214.335555378349 Gflops = 0.214335555378349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0008457181 Relative Rsd = 3.70965937051663e-07
BICGSTAB_SOLVER_TIME: 0.563897 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0929250000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049017 s
InvBiCGStab: k = 89 resid = 1.82957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413681(s) Flops=586967040 => 1418.88808042912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204283.89904592 Mflops = 204.28389904592 Gflops = 0.20428389904592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075322 s
InvBiCGStab: k = 111 resid = 1.048236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458695(s) Flops=731326464 => 1594.3632784312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229562.367790747 Mflops = 229.562367790747 Gflops = 0.229562367790747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001279676 Relative Rsd = 5.61317414677155e-07
BICGSTAB_SOLVER_TIME: 1.000907 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156893999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041509 s
InvBiCGStab: k = 74 resid = 2.194877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298188(s) Flops=488540160 => 1638.36291198841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235887.249486353 Mflops = 235.887249486353 Gflops = 0.235887249486353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 88 resid = 1.135843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352559(s) Flops=580405248 => 1646.26416571411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237022.328112751 Mflops = 237.022328112751 Gflops = 0.237022328112751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001206503 Relative Rsd = 5.29220912916801e-07
BICGSTAB_SOLVER_TIME: 0.752448 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041466 s
InvBiCGStab: k = 71 resid = 1.545939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260314(s) Flops=468854784 => 1801.11244112879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259309.367743217 Mflops = 259.309367743217 Gflops = 0.259309367743217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 116 resid = 7.748402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42308(s) Flops=764135424 => 1806.12513945353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260036.15366108 Mflops = 260.036153661081 Gflops = 0.260036153661081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001285507 Relative Rsd = 5.63875028144314e-07
BICGSTAB_SOLVER_TIME: 0.785089 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147867
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041209 s
InvBiCGStab: k = 73 resid = 1.544562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290891(s) Flops=481978368 => 1656.90367869752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238559.076333565 Mflops = 238.559076333565 Gflops = 0.238559076333565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057771 s
InvBiCGStab: k = 108 resid = 8.093832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446148(s) Flops=711641088 => 1595.07851206326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229651.659865783 Mflops = 229.651659865783 Gflops = 0.229651659865783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001251109 Relative Rsd = 5.48786865304762e-07
BICGSTAB_SOLVER_TIME: 0.840433 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143573
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.089147(s) Flops=1712775168 => 1572.58402033885 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226752.275918722 Mflops = 226.752275918722 Gflops = 0.226752275918722 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190590000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.442132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049614 s
InvBiCGStab: k = 38 resid = 1.762675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15388(s) Flops=252315648 => 1639.6909799844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236016.733174394 Mflops = 236.016733174394 Gflops = 0.236016733174394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056381 s
InvBiCGStab: k = 63 resid = 8.159092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256508(s) Flops=416360448 => 1623.18698832005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233692.761688817 Mflops = 233.692761688817 Gflops = 0.233692761688817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0007902479 Relative Rsd = 3.46634472536512e-07
BICGSTAB_SOLVER_TIME: 0.5209 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0865410000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055065 s
InvBiCGStab: k = 55 resid = 2.08149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264011(s) Flops=363866112 => 1378.22330130184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198423.116835546 Mflops = 198.423116835546 Gflops = 0.198423116835546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082892 s
InvBiCGStab: k = 97 resid = 8.246894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401383(s) Flops=639461376 => 1593.14514067611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229377.378052163 Mflops = 229.377378052163 Gflops = 0.229377378052163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001163756 Relative Rsd = 5.10470306418511e-07
BICGSTAB_SOLVER_TIME: 0.807181 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041743 s
InvBiCGStab: k = 65 resid = 2.067786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256852(s) Flops=429484032 => 1672.10701882796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240740.074998348 Mflops = 240.740074998348 Gflops = 0.240740074998348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056571 s
InvBiCGStab: k = 99 resid = 8.641474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392978(s) Flops=652584960 => 1660.61448732499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239088.192376637 Mflops = 239.088192376637 Gflops = 0.239088192376638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001191903 Relative Rsd = 5.22816768490079e-07
BICGSTAB_SOLVER_TIME: 0.752193 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041452 s
InvBiCGStab: k = 78 resid = 2.130311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285496(s) Flops=514787328 => 1803.13324179673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259606.33997344 Mflops = 259.60633997344 Gflops = 0.25960633997344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055934 s
InvBiCGStab: k = 102 resid = 1.082466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37259(s) Flops=672270336 => 1804.31663759092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.039714596 Mflops = 259.783039714596 Gflops = 0.259783039714596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001231096 Relative Rsd = 5.40008377680691e-07
BICGSTAB_SOLVER_TIME: 0.759237 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047843 s
InvBiCGStab: k = 73 resid = 1.645294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283794(s) Flops=481978368 => 1698.33882323094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244520.348775078 Mflops = 244.520348775078 Gflops = 0.244520348775078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 86 resid = 1.121224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353936(s) Flops=567281664 => 1602.78034446906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230759.625384169 Mflops = 230.759625384169 Gflops = 0.230759625384169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001142736 Relative Rsd = 5.01249805014706e-07
BICGSTAB_SOLVER_TIME: 0.745529 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129296
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.106087(s) Flops=1706434560 => 1542.76703369626 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222154.188439616 Mflops = 222.154188439616 Gflops = 0.222154188439616 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190057000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.416916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046613 s
InvBiCGStab: k = 32 resid = 2.004346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118211(s) Flops=212944896 => 1801.39662129582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259269.04561012 Mflops = 259.26904561012 Gflops = 0.25926904561012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 66 resid = 1.118107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256552(s) Flops=436045824 => 1699.63915307618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244685.541390282 Mflops = 244.685541390282 Gflops = 0.244685541390282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0007613427 Relative Rsd = 3.33955504373593e-07
BICGSTAB_SOLVER_TIME: 0.482208 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0842950000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05213 s
InvBiCGStab: k = 67 resid = 1.821017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293383(s) Flops=442607616 => 1508.63416080686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217216.845606146 Mflops = 217.216845606146 Gflops = 0.217216845606146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067712 s
InvBiCGStab: k = 108 resid = 7.74806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436211(s) Flops=711641088 => 1631.41481530727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234891.8434431 Mflops = 234.8918434431 Gflops = 0.2348918434431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001200655 Relative Rsd = 5.26655435526111e-07
BICGSTAB_SOLVER_TIME: 0.855472 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052192 s
InvBiCGStab: k = 67 resid = 1.998584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257549(s) Flops=442607616 => 1718.53750548439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247419.392783386 Mflops = 247.419392783386 Gflops = 0.247419392783386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068487 s
InvBiCGStab: k = 86 resid = 1.03204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355792(s) Flops=567281664 => 1594.41939110492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229553.644435621 Mflops = 229.553644435621 Gflops = 0.229553644435621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001187935 Relative Rsd = 5.21076134974625e-07
BICGSTAB_SOLVER_TIME: 0.740207 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 77 resid = 1.797944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296144(s) Flops=508225536 => 1716.14328164677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247088.691749552 Mflops = 247.088691749553 Gflops = 0.247088691749553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058265 s
InvBiCGStab: k = 103 resid = 9.703848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390545(s) Flops=678832128 => 1738.1662241227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250257.279827664 Mflops = 250.257279827664 Gflops = 0.250257279827664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001193331 Relative Rsd = 5.23443022763953e-07
BICGSTAB_SOLVER_TIME: 0.789594 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044012 s
InvBiCGStab: k = 67 resid = 1.556095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253499(s) Flops=442607616 => 1745.99353843605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251367.320206315 Mflops = 251.367320206315 Gflops = 0.251367320206315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056715 s
InvBiCGStab: k = 99 resid = 6.240729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396753(s) Flops=652584960 => 1644.81417909883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236821.4321417 Mflops = 236.8214321417 Gflops = 0.2368214321417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001164943 Relative Rsd = 5.10990653046917e-07
BICGSTAB_SOLVER_TIME: 0.755066 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133016
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.111141(s) Flops=1699946496 => 1529.91069180239 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220301.495420157 Mflops = 220.301495420157 Gflops = 0.220301495420157 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188944000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.423827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 2.125109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.158294(s) Flops=1761527808 => 1520.79507275355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218937.076479578 Mflops = 218.937076479578 Gflops = 0.218937076479578 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 9.835081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.092352(s) Flops=1787774976 => 1636.62901335833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235666.6104472 Mflops = 235.6666104472 Gflops = 0.2356666104472 Tflops
BICGSTAB_SOLVER: 540 iterations. Rsd = 0.00226289 Relative Rsd = 9.95201070935762e-07
BICGSTAB_SOLVER_TIME: 2.254011 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001838
CLOV_LINOP: Time spent in clov deriv (total) = 0.11711
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384789000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.514501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.699633(s) Flops=1203775488 => 1720.58134479077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247684.012469642 Mflops = 247.684012469642 Gflops = 0.247684012469642 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.10453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875558(s) Flops=1571235840 => 1794.55369033234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258405.202994966 Mflops = 258.405202994966 Gflops = 0.258405202994966 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002118163 Relative Rsd = 9.30592628090488e-07
BICGSTAB_SOLVER_TIME: 1.57858 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.120866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301201999999998
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.156742(s) Flops=1699946496 => 1469.59866245023 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211622.056585761 Mflops = 211.622056585761 Gflops = 0.211622056585761 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189145000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043247 s
InvBiCGStab: k = 25 resid = 2.192148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100902(s) Flops=167012352 => 1655.19367306892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238185.045285312 Mflops = 238.185045285312 Gflops = 0.238185045285312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 52 resid = 7.664414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19644(s) Flops=344180736 => 1752.09089798412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252226.422200327 Mflops = 252.226422200327 Gflops = 0.252226422200327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007784385 Relative Rsd = 3.41454393765288e-07
BICGSTAB_SOLVER_TIME: 0.40064 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041793 s
InvBiCGStab: k = 89 resid = 1.777594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420073(s) Flops=586967040 => 1397.29770777936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201185.909106905 Mflops = 201.185909106905 Gflops = 0.201185909106905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072986 s
InvBiCGStab: k = 129 resid = 9.955975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.531417(s) Flops=849438720 => 1598.44099831206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230147.576015447 Mflops = 230.147576015447 Gflops = 0.230147576015447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 218 iterations. Rsd = 0.001442162 Relative Rsd = 6.32590094081622e-07
BICGSTAB_SOLVER_TIME: 1.070147 sec
2Flav::invert,  n_count = 218
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169850999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042832 s
InvBiCGStab: k = 78 resid = 2.229681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289115(s) Flops=514787328 => 1780.5625028103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256357.81706534 Mflops = 256.35781706534 Gflops = 0.25635781706534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056439 s
InvBiCGStab: k = 86 resid = 1.090947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316446(s) Flops=567281664 => 1792.66498549516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258096.58855119 Mflops = 258.09658855119 Gflops = 0.25809658855119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001175504 Relative Rsd = 5.15623372101763e-07
BICGSTAB_SOLVER_TIME: 0.708723 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 80 resid = 1.874324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291747(s) Flops=527910912 => 1809.48188670321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260515.082807616 Mflops = 260.515082807616 Gflops = 0.260515082807616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056409 s
InvBiCGStab: k = 100 resid = 9.188686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364976(s) Flops=659146752 => 1806.00026303099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260024.744715464 Mflops = 260.024744715464 Gflops = 0.260024744715464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.00123651 Relative Rsd = 5.42383027264672e-07
BICGSTAB_SOLVER_TIME: 0.758069 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 73 resid = 2.081268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266468(s) Flops=481978368 => 1808.76641097618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260423.318192242 Mflops = 260.423318192242 Gflops = 0.260423318192242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057374 s
InvBiCGStab: k = 106 resid = 9.506246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.506786(s) Flops=698517504 => 1378.32833582617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198455.531753589 Mflops = 198.455531753589 Gflops = 0.198455531753589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001235247 Relative Rsd = 5.4182897810685e-07
BICGSTAB_SOLVER_TIME: 0.875626 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142231
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.176824(s) Flops=1687412736 => 1433.87009102466 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206463.734307644 Mflops = 206.463734307644 Gflops = 0.206463734307644 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187915000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.407057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041168 s
InvBiCGStab: k = 33 resid = 2.016152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121831(s) Flops=219506688 => 1801.73098800798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259346.16704518 Mflops = 259.34616704518 Gflops = 0.25934616704518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 63 resid = 1.144331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23059(s) Flops=416360448 => 1805.63098139555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259948.796272212 Mflops = 259.948796272212 Gflops = 0.259948796272212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007866799 Relative Rsd = 3.45069398560651e-07
BICGSTAB_SOLVER_TIME: 0.453497 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0831610000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045455 s
InvBiCGStab: k = 76 resid = 1.706689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313214(s) Flops=501663744 => 1601.66449775553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230602.686262178 Mflops = 230.602686262178 Gflops = 0.230602686262178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061064 s
InvBiCGStab: k = 125 resid = 7.231474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.513141(s) Flops=823191552 => 1604.22096850573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230978.364350268 Mflops = 230.978364350268 Gflops = 0.230978364350268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001366275 Relative Rsd = 5.99303127066308e-07
BICGSTAB_SOLVER_TIME: 0.936782 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157683999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041005 s
InvBiCGStab: k = 70 resid = 2.188186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262618(s) Flops=462292992 => 1760.3248520665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253440.148020806 Mflops = 253.440148020806 Gflops = 0.253440148020806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062363 s
InvBiCGStab: k = 97 resid = 1.003803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365851(s) Flops=639461376 => 1747.87379561625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251649.197879535 Mflops = 251.649197879536 Gflops = 0.251649197879535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001206173 Relative Rsd = 5.29075838846997e-07
BICGSTAB_SOLVER_TIME: 0.73574 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114288
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 78 resid = 1.706919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325003(s) Flops=514787328 => 1583.94638818719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228053.648576766 Mflops = 228.053648576766 Gflops = 0.228053648576766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05623 s
InvBiCGStab: k = 120 resid = 8.496069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.48512(s) Flops=790382592 => 1629.25171503958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234572.044914328 Mflops = 234.572044914328 Gflops = 0.234572044914328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.00134212 Relative Rsd = 5.88707868848965e-07
BICGSTAB_SOLVER_TIME: 0.911178 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155643999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042395 s
InvBiCGStab: k = 76 resid = 1.660147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348928(s) Flops=501663744 => 1437.72853998533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206989.102664973 Mflops = 206.989102664973 Gflops = 0.206989102664973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062364 s
InvBiCGStab: k = 115 resid = 1.110359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.539503(s) Flops=757573632 => 1404.20652341136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202181.372529753 Mflops = 202.181372529753 Gflops = 0.202181372529753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001307748 Relative Rsd = 5.7363078699257e-07
BICGSTAB_SOLVER_TIME: 0.99753 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150729999999999
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.133792(s) Flops=1675026432 => 1477.36659987017 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212729.129125984 Mflops = 212.729129125984 Gflops = 0.212729129125984 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186165000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046223 s
InvBiCGStab: k = 32 resid = 2.176441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124951(s) Flops=212944896 => 1704.22722507223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245278.291101625 Mflops = 245.278291101625 Gflops = 0.245278291101625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058794 s
InvBiCGStab: k = 64 resid = 1.099743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293444(s) Flops=422922240 => 1441.23662436444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207487.439491616 Mflops = 207.487439491616 Gflops = 0.207487439491616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0008031786 Relative Rsd = 3.52306403979454e-07
BICGSTAB_SOLVER_TIME: 0.527536 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0826900000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050324 s
InvBiCGStab: k = 71 resid = 2.267237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314153(s) Flops=468854784 => 1492.44089345001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214872.454802734 Mflops = 214.872454802734 Gflops = 0.214872454802734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05937 s
InvBiCGStab: k = 96 resid = 1.114391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385242(s) Flops=632899584 => 1642.86236703163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236538.248941369 Mflops = 236.538248941369 Gflops = 0.236538248941369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001225427 Relative Rsd = 5.3752138633199e-07
BICGSTAB_SOLVER_TIME: 0.813023 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056985 s
InvBiCGStab: k = 81 resid = 1.234396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310656(s) Flops=534472704 => 1720.46477132262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247720.206949768 Mflops = 247.720206949768 Gflops = 0.247720206949768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056206 s
InvBiCGStab: k = 111 resid = 9.984585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434259(s) Flops=731326464 => 1684.07900354397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242472.048796474 Mflops = 242.472048796474 Gflops = 0.242472048796474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001190434 Relative Rsd = 5.22172131018342e-07
BICGSTAB_SOLVER_TIME: 0.861964 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151580999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05164 s
InvBiCGStab: k = 71 resid = 2.093378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288601(s) Flops=468854784 => 1624.57782197567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233884.444686315 Mflops = 233.884444686315 Gflops = 0.233884444686315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05933 s
InvBiCGStab: k = 104 resid = 8.526175e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436648(s) Flops=685393920 => 1569.67149740752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226001.421491581 Mflops = 226.001421491581 Gflops = 0.226001421491581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001224278 Relative Rsd = 5.37017533517222e-07
BICGSTAB_SOLVER_TIME: 0.839959 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049756 s
InvBiCGStab: k = 76 resid = 1.894667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325767(s) Flops=501663744 => 1539.94647708331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221717.397838481 Mflops = 221.717397838481 Gflops = 0.221717397838481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061364 s
InvBiCGStab: k = 90 resid = 1.015381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396617(s) Flops=593528832 => 1496.47854731391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215455.710707507 Mflops = 215.455710707507 Gflops = 0.215455710707507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001144537 Relative Rsd = 5.02040027200631e-07
BICGSTAB_SOLVER_TIME: 0.837932 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132704
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088086(s) Flops=1668685824 => 1533.59736638464 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220883.243511445 Mflops = 220.883243511445 Gflops = 0.220883243511445 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185713000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 38 resid = 1.031784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16705(s) Flops=252315648 => 1510.41992217899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217427.924426986 Mflops = 217.427924426986 Gflops = 0.217427924426986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065241 s
InvBiCGStab: k = 49 resid = 8.239973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211555(s) Flops=324495360 => 1533.85814563589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220817.230155844 Mflops = 220.817230155844 Gflops = 0.220817230155844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007486831 Relative Rsd = 3.28402502007938e-07
BICGSTAB_SOLVER_TIME: 0.489688 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051213 s
InvBiCGStab: k = 71 resid = 1.713752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310159(s) Flops=468854784 => 1511.65945208748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217647.042426231 Mflops = 217.647042426231 Gflops = 0.217647042426231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059428 s
InvBiCGStab: k = 110 resid = 1.064055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420168(s) Flops=724764672 => 1724.94019535043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248351.572605438 Mflops = 248.351572605438 Gflops = 0.248351572605438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001232273 Relative Rsd = 5.40524434896262e-07
BICGSTAB_SOLVER_TIME: 0.844887 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041546 s
InvBiCGStab: k = 72 resid = 1.412817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27418(s) Flops=475416576 => 1733.95789627252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249634.31599965 Mflops = 249.63431599965 Gflops = 0.24963431599965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06521 s
InvBiCGStab: k = 78 resid = 1.050081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291712(s) Flops=514787328 => 1764.71083808688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254065.275478018 Mflops = 254.065275478018 Gflops = 0.254065275478018 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00114433 Relative Rsd = 5.01949030371209e-07
BICGSTAB_SOLVER_TIME: 0.676512 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044433 s
InvBiCGStab: k = 70 resid = 2.106113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274739(s) Flops=462292992 => 1682.66242506524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242263.292199787 Mflops = 242.263292199787 Gflops = 0.242263292199787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06071 s
InvBiCGStab: k = 103 resid = 1.01099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402754(s) Flops=678832128 => 1685.47581898628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242665.906753176 Mflops = 242.665906753176 Gflops = 0.242665906753176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001235421 Relative Rsd = 5.41905370506859e-07
BICGSTAB_SOLVER_TIME: 0.786554 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137937
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046649 s
InvBiCGStab: k = 70 resid = 1.920736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284682(s) Flops=462292992 => 1623.89259594916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233791.225654792 Mflops = 233.791225654792 Gflops = 0.233791225654792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063281 s
InvBiCGStab: k = 95 resid = 8.880374e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411774(s) Flops=626337792 => 1521.07173352373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218998.4414975 Mflops = 218.9984414975 Gflops = 0.2189984414975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001197897 Relative Rsd = 5.25445718977835e-07
BICGSTAB_SOLVER_TIME: 0.810658 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13211
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.093703(s) Flops=1662492672 => 1520.05861920467 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218874.528562276 Mflops = 218.874528562276 Gflops = 0.218874528562276 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185153000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 250 resid = 1.724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.092025(s) Flops=1643415552 => 1504.92484329571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216706.852424653 Mflops = 216.706852424653 Gflops = 0.216706852424653 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 305 resid = 4.14252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.186073(s) Flops=2004314112 => 1689.87415783008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243332.686503312 Mflops = 243.332686503312 Gflops = 0.243332686503312 Tflops
BICGSTAB_SOLVER: 555 iterations. Rsd = 0.002275347 Relative Rsd = 1.00067105446444e-06
BICGSTAB_SOLVER_TIME: 2.282149 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.395431
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.76664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793147(s) Flops=1335011328 => 1683.18272400955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242319.09115369 Mflops = 242.31909115369 Gflops = 0.24231909115369 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.11666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918234(s) Flops=1492494336 => 1625.39650677278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234047.784684741 Mflops = 234.047784684741 Gflops = 0.234047784684741 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.001983524 Relative Rsd = 8.71393402557914e-07
BICGSTAB_SOLVER_TIME: 1.714811 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.139093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306949999999998
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047182(s) Flops=1662492672 => 1587.58713576055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228593.462265726 Mflops = 228.593462265726 Gflops = 0.228593462265726 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184810000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041493 s
InvBiCGStab: k = 30 resid = 2.180093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121458(s) Flops=199821312 => 1645.18855900805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236798.190399864 Mflops = 236.798190399864 Gflops = 0.236798190399864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 74 resid = 6.937455e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325635(s) Flops=488540160 => 1500.26919710719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215995.641601652 Mflops = 215.995641601652 Gflops = 0.215995641601652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 104 iterations. Rsd = 0.0008153885 Relative Rsd = 3.57662169951367e-07
BICGSTAB_SOLVER_TIME: 0.552182 sec
2Flav::invert,  n_count = 104
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0886880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0503 s
InvBiCGStab: k = 85 resid = 2.138518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386536(s) Flops=560719872 => 1450.62781215721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208861.725611926 Mflops = 208.861725611926 Gflops = 0.208861725611926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0564 s
InvBiCGStab: k = 111 resid = 7.787173e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413714(s) Flops=731326464 => 1767.71021526949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254506.909718368 Mflops = 254.506909718368 Gflops = 0.254506909718368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001358621 Relative Rsd = 5.95945844492099e-07
BICGSTAB_SOLVER_TIME: 0.910815 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154440999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042328 s
InvBiCGStab: k = 71 resid = 2.278369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260092(s) Flops=468854784 => 1802.64977008136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.926896814 Mflops = 259.524926896814 Gflops = 0.259524926896814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 93 resid = 9.7418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363461(s) Flops=613214208 => 1687.15270139025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242911.871055481 Mflops = 242.911871055481 Gflops = 0.242911871055481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001172394 Relative Rsd = 5.14258981369243e-07
BICGSTAB_SOLVER_TIME: 0.725982 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040887 s
InvBiCGStab: k = 75 resid = 2.257702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275797(s) Flops=495101952 => 1795.16801125465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258451.260303551 Mflops = 258.45126030355 Gflops = 0.25845126030355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056146 s
InvBiCGStab: k = 91 resid = 1.12483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331806(s) Flops=600090624 => 1808.55868790799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260379.639640572 Mflops = 260.379639640572 Gflops = 0.260379639640572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001183871 Relative Rsd = 5.19293373297401e-07
BICGSTAB_SOLVER_TIME: 0.708507 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132881
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040612 s
InvBiCGStab: k = 74 resid = 1.83407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285102(s) Flops=488540160 => 1713.5627249195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246707.722783581 Mflops = 246.707722783581 Gflops = 0.246707722783581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065324 s
InvBiCGStab: k = 101 resid = 9.107789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413944(s) Flops=665708544 => 1608.20918771621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231546.933416236 Mflops = 231.546933416236 Gflops = 0.231546933416236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001230999 Relative Rsd = 5.3996558568122e-07
BICGSTAB_SOLVER_TIME: 0.809417 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139354
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.160458(s) Flops=1662418944 => 1432.55416740632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206292.550120167 Mflops = 206.292550120167 Gflops = 0.206292550120167 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184816000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 29 resid = 2.18253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112363(s) Flops=193259520 => 1719.95692532239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247552.792915064 Mflops = 247.552792915064 Gflops = 0.247552792915064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060465 s
InvBiCGStab: k = 68 resid = 1.00269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293754(s) Flops=449169408 => 1529.06652505157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220133.206465384 Mflops = 220.133206465384 Gflops = 0.220133206465384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007807987 Relative Rsd = 3.42489699723837e-07
BICGSTAB_SOLVER_TIME: 0.511918 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0835640000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052448 s
InvBiCGStab: k = 85 resid = 2.275807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368662(s) Flops=560719872 => 1520.95923094867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218985.603647648 Mflops = 218.985603647648 Gflops = 0.218985603647648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056157 s
InvBiCGStab: k = 110 resid = 1.01896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412169(s) Flops=724764672 => 1758.41626129088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253174.745454236 Mflops = 253.174745454236 Gflops = 0.253174745454236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001341164 Relative Rsd = 5.88288374486614e-07
BICGSTAB_SOLVER_TIME: 0.893266 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153448999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 81 resid = 1.106694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302201(s) Flops=534472704 => 1768.60005095946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254635.580943938 Mflops = 254.635580943938 Gflops = 0.254635580943938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060104 s
InvBiCGStab: k = 86 resid = 1.096519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335336(s) Flops=567281664 => 1691.68137032708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243553.864019246 Mflops = 243.553864019246 Gflops = 0.243553864019246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.00123038 Relative Rsd = 5.39694229254984e-07
BICGSTAB_SOLVER_TIME: 0.742461 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 78 resid = 1.011564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287874(s) Flops=514787328 => 1788.23835428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257474.404285996 Mflops = 257.474404285996 Gflops = 0.257474404285996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060506 s
InvBiCGStab: k = 115 resid = 1.031549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440803(s) Flops=757573632 => 1718.62176981554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247435.108427422 Mflops = 247.435108427422 Gflops = 0.247435108427422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001259113 Relative Rsd = 5.52297749710006e-07
BICGSTAB_SOLVER_TIME: 0.834003 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152163999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041147 s
InvBiCGStab: k = 73 resid = 1.707579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30387(s) Flops=481978368 => 1586.13343864152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228365.60258603 Mflops = 228.36560258603 Gflops = 0.22836560258603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059221 s
InvBiCGStab: k = 104 resid = 9.473156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439834(s) Flops=685393920 => 1558.30135914913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224357.581401057 Mflops = 224.357581401057 Gflops = 0.224357581401057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001246404 Relative Rsd = 5.46722942829108e-07
BICGSTAB_SOLVER_TIME: 0.848551 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140899
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103705(s) Flops=1662345216 => 1506.14993680377 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216886.09259261 Mflops = 216.88609259261 Gflops = 0.21688609259261 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185011000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040487 s
InvBiCGStab: k = 40 resid = 1.86673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1894(s) Flops=265439232 => 1401.47429778247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201749.701912134 Mflops = 201.749701912134 Gflops = 0.201749701912134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078018 s
InvBiCGStab: k = 67 resid = 1.103101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286492(s) Flops=442607616 => 1544.92138000363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222417.650119281 Mflops = 222.417650119281 Gflops = 0.222417650119281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 107 iterations. Rsd = 0.0008023136 Relative Rsd = 3.51926995201332e-07
BICGSTAB_SOLVER_TIME: 0.598272 sec
2Flav::invert,  n_count = 107
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0905990000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044341 s
InvBiCGStab: k = 68 resid = 2.22769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264441(s) Flops=449169408 => 1698.56190227688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244542.405898862 Mflops = 244.542405898862 Gflops = 0.244542405898862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055991 s
InvBiCGStab: k = 99 resid = 9.843076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394217(s) Flops=652584960 => 1655.39527722041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238344.279887485 Mflops = 238.344279887485 Gflops = 0.238344279887485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001214467 Relative Rsd = 5.32714180090759e-07
BICGSTAB_SOLVER_TIME: 0.762956 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 75 resid = 1.450943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275507(s) Flops=495101952 => 1797.05761378114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258724.822841682 Mflops = 258.724822841682 Gflops = 0.258724822841682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058159 s
InvBiCGStab: k = 94 resid = 1.043475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345011(s) Flops=619776000 => 1796.39489755399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258637.156658803 Mflops = 258.637156658803 Gflops = 0.258637156658803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001176664 Relative Rsd = 5.16132280295943e-07
BICGSTAB_SOLVER_TIME: 0.723908 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135047
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040491 s
InvBiCGStab: k = 75 resid = 2.227357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274439(s) Flops=495101952 => 1804.05099858256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.263991657 Mflops = 259.732263991657 Gflops = 0.259732263991657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055747 s
InvBiCGStab: k = 118 resid = 7.795891e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476642(s) Flops=777259008 => 1630.69768925105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234783.376880417 Mflops = 234.783376880417 Gflops = 0.234783376880417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001216815 Relative Rsd = 5.33744098751045e-07
BICGSTAB_SOLVER_TIME: 0.851739 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152140999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047714 s
InvBiCGStab: k = 65 resid = 2.092339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319278(s) Flops=429484032 => 1345.17264578205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193673.09058757 Mflops = 193.67309058757 Gflops = 0.19367309058757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083512 s
InvBiCGStab: k = 96 resid = 1.00134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41094(s) Flops=632899584 => 1540.12650021901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221742.909985547 Mflops = 221.742909985547 Gflops = 0.221742909985547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001199623 Relative Rsd = 5.26202902472045e-07
BICGSTAB_SOLVER_TIME: 0.865771 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129436
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.039772(s) Flops=1656225792 => 1592.87400699384 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229355.001905968 Mflops = 229.355001905968 Gflops = 0.229355001905968 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184264000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.408837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042579 s
InvBiCGStab: k = 34 resid = 1.767506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143641(s) Flops=226068480 => 1573.84367972933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226554.278560724 Mflops = 226.554278560724 Gflops = 0.226554278560724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066077 s
InvBiCGStab: k = 68 resid = 1.084437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276422(s) Flops=449169408 => 1624.94088024832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233945.637921642 Mflops = 233.945637921642 Gflops = 0.233945637921642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0007621027 Relative Rsd = 3.34288853028179e-07
BICGSTAB_SOLVER_TIME: 0.532868 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0871350000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043891 s
InvBiCGStab: k = 63 resid = 1.581232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235758(s) Flops=416360448 => 1766.05013615657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254260.972920169 Mflops = 254.260972920169 Gflops = 0.254260972920169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056382 s
InvBiCGStab: k = 117 resid = 4.723304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446407(s) Flops=770697216 => 1726.44518567137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248572.400126587 Mflops = 248.572400126587 Gflops = 0.248572400126587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001218143 Relative Rsd = 5.3432648867224e-07
BICGSTAB_SOLVER_TIME: 0.786312 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041905 s
InvBiCGStab: k = 68 resid = 2.070997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248984(s) Flops=449169408 => 1804.00912508434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259724.034907308 Mflops = 259.724034907308 Gflops = 0.259724034907308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 109 resid = 5.970654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421622(s) Flops=718202880 => 1703.42837897453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245260.900924981 Mflops = 245.260900924981 Gflops = 0.245260900924981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001205164 Relative Rsd = 5.28633314422878e-07
BICGSTAB_SOLVER_TIME: 0.772791 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049763 s
InvBiCGStab: k = 69 resid = 1.663993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267157(s) Flops=455731200 => 1705.85535845963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245597.890806489 Mflops = 245.597890806489 Gflops = 0.245597890806489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056842 s
InvBiCGStab: k = 106 resid = 1.052784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417695(s) Flops=698517504 => 1672.3147368295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240771.755378663 Mflops = 240.771755378663 Gflops = 0.240771755378663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001269032 Relative Rsd = 5.56648593064283e-07
BICGSTAB_SOLVER_TIME: 0.797279 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049209 s
InvBiCGStab: k = 67 resid = 1.588473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31844(s) Flops=442607616 => 1389.92468282879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200114.072002187 Mflops = 200.114072002187 Gflops = 0.200114072002187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058508 s
InvBiCGStab: k = 94 resid = 5.890549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424981(s) Flops=619776000 => 1458.36166793339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209966.476733115 Mflops = 209.966476733115 Gflops = 0.209966476733115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001140581 Relative Rsd = 5.00304551193467e-07
BICGSTAB_SOLVER_TIME: 0.855641 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129332
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104726(s) Flops=1656152064 => 1499.15188381553 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215874.807840776 Mflops = 215.874807840776 Gflops = 0.215874807840776 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185192000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.430917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 2.045161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.039613(s) Flops=1663100928 => 1599.7307921313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230327.652484114 Mflops = 230.327652484114 Gflops = 0.230327652484114 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 282 resid = 9.802344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.082179(s) Flops=1853392896 => 1712.649105185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246611.213210455 Mflops = 246.611213210455 Gflops = 0.246611213210455 Tflops
BICGSTAB_SOLVER: 535 iterations. Rsd = 0.002284065 Relative Rsd = 1.0045042595771e-06
BICGSTAB_SOLVER_TIME: 2.125101 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.117684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.381573999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.100182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749686(s) Flops=1256269824 => 1675.72800345745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241353.601569438 Mflops = 241.353601569438 Gflops = 0.241353601569438 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.007351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.972146(s) Flops=1538426880 => 1582.50600218486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227872.404712716 Mflops = 227.872404712716 Gflops = 0.227872404712716 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.001981959 Relative Rsd = 8.70650670654993e-07
BICGSTAB_SOLVER_TIME: 1.725867 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.123236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303400999999999
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.098584(s) Flops=1656152064 => 1507.53339207562 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217137.534403197 Mflops = 217.137534403197 Gflops = 0.217137534403197 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184045000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.383159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048317 s
InvBiCGStab: k = 37 resid = 1.566625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149843(s) Flops=245753856 => 1640.0756525163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236081.133358799 Mflops = 236.081133358799 Gflops = 0.236081133358799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064134 s
InvBiCGStab: k = 52 resid = 1.032143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237767(s) Flops=344180736 => 1447.55469009577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208384.937437139 Mflops = 208.384937437139 Gflops = 0.208384937437139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007383993 Relative Rsd = 3.23891597171155e-07
BICGSTAB_SOLVER_TIME: 0.505372 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0776890000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049283 s
InvBiCGStab: k = 86 resid = 1.460179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358799(s) Flops=567281664 => 1581.05698176416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227639.870571914 Mflops = 227.639870571914 Gflops = 0.227639870571914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061144 s
InvBiCGStab: k = 115 resid = 8.42471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457395(s) Flops=757573632 => 1656.2787787361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238468.695157905 Mflops = 238.468695157905 Gflops = 0.238468695157905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001356485 Relative Rsd = 5.95009016303214e-07
BICGSTAB_SOLVER_TIME: 0.930631 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157958999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042429 s
InvBiCGStab: k = 61 resid = 2.187119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256456(s) Flops=403236864 => 1572.34326356178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226372.069499593 Mflops = 226.372069499593 Gflops = 0.226372069499593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 90 resid = 1.082059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332684(s) Flops=593528832 => 1784.06184848084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256839.102249132 Mflops = 256.839102249132 Gflops = 0.256839102249132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001169966 Relative Rsd = 5.13194134633016e-07
BICGSTAB_SOLVER_TIME: 0.692264 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04196 s
InvBiCGStab: k = 77 resid = 1.856951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301889(s) Flops=508225536 => 1683.48477751756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242380.933616747 Mflops = 242.380933616747 Gflops = 0.242380933616747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05946 s
InvBiCGStab: k = 86 resid = 9.763336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337442(s) Flops=567281664 => 1681.12346418051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242032.960633574 Mflops = 242.032960633574 Gflops = 0.242032960633574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001193604 Relative Rsd = 5.23562819936695e-07
BICGSTAB_SOLVER_TIME: 0.744625 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130856
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044401 s
InvBiCGStab: k = 68 resid = 1.759467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302294(s) Flops=449169408 => 1485.86941189703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213921.45810306 Mflops = 213.92145810306 Gflops = 0.21392145810306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060328 s
InvBiCGStab: k = 95 resid = 8.349743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395789(s) Flops=626337792 => 1582.50429395461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227841.541208887 Mflops = 227.841541208887 Gflops = 0.227841541208887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001188994 Relative Rsd = 5.21540514978425e-07
BICGSTAB_SOLVER_TIME: 0.808867 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130665
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.075539(s) Flops=1656225792 => 1539.90305511934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221729.898234565 Mflops = 221.729898234565 Gflops = 0.221729898234565 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184545000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.402057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040567 s
InvBiCGStab: k = 36 resid = 2.210492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132508(s) Flops=239192064 => 1805.11413650497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.939254675 Mflops = 259.818939254675 Gflops = 0.259818939254675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059972 s
InvBiCGStab: k = 66 resid = 1.061428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292403(s) Flops=436045824 => 1491.24948786435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214692.466252715 Mflops = 214.692466252715 Gflops = 0.214692466252715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0007844899 Relative Rsd = 3.44108774343421e-07
BICGSTAB_SOLVER_TIME: 0.529407 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0872770000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049987 s
InvBiCGStab: k = 79 resid = 1.641174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340836(s) Flops=521349120 => 1529.61870224976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220238.90103234 Mflops = 220.23890103234 Gflops = 0.22023890103234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058256 s
InvBiCGStab: k = 119 resid = 6.625594e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.468523(s) Flops=783820800 => 1672.96119934347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240875.148080224 Mflops = 240.875148080224 Gflops = 0.240875148080224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001349462 Relative Rsd = 5.9192829872797e-07
BICGSTAB_SOLVER_TIME: 0.921403 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155757999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046193 s
InvBiCGStab: k = 67 resid = 2.018969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255236(s) Flops=442607616 => 1734.11123822658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249663.931973519 Mflops = 249.663931973519 Gflops = 0.249663931973519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062353 s
InvBiCGStab: k = 87 resid = 9.879975e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354405(s) Flops=573843456 => 1619.17426672874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233121.04289859 Mflops = 233.12104289859 Gflops = 0.23312104289859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001177848 Relative Rsd = 5.16651554571141e-07
BICGSTAB_SOLVER_TIME: 0.721959 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124362000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041734 s
InvBiCGStab: k = 77 resid = 1.342628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299771(s) Flops=508225536 => 1695.37925950142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244098.51361329 Mflops = 244.09851361329 Gflops = 0.24409851361329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057597 s
InvBiCGStab: k = 104 resid = 1.094464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40438(s) Flops=685393920 => 1694.92536722884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244031.255280869 Mflops = 244.031255280869 Gflops = 0.244031255280869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001220111 Relative Rsd = 5.35189528747479e-07
BICGSTAB_SOLVER_TIME: 0.807344 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143701
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041173 s
InvBiCGStab: k = 70 resid = 1.913698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294598(s) Flops=462292992 => 1569.23330097285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225932.815269822 Mflops = 225.932815269822 Gflops = 0.225932815269822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065328 s
InvBiCGStab: k = 89 resid = 1.094864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389825(s) Flops=586967040 => 1505.71933559931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216787.278635705 Mflops = 216.787278635705 Gflops = 0.216787278635705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00121421 Relative Rsd = 5.32601327681654e-07
BICGSTAB_SOLVER_TIME: 0.795154 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127724
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.126101(s) Flops=1656373248 => 1470.89226277217 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211796.437064554 Mflops = 211.796437064554 Gflops = 0.211796437064554 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184252000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043761 s
InvBiCGStab: k = 40 resid = 1.738783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162805(s) Flops=265439232 => 1630.41203894229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234710.694986888 Mflops = 234.710694986888 Gflops = 0.234710694986888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063771 s
InvBiCGStab: k = 61 resid = 8.442163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263082(s) Flops=403236864 => 1532.74212602915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220666.46201465 Mflops = 220.66646201465 Gflops = 0.22066646201465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0008090385 Relative Rsd = 3.54876783556239e-07
BICGSTAB_SOLVER_TIME: 0.537305 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0864590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051861 s
InvBiCGStab: k = 70 resid = 2.186782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29989(s) Flops=462292992 => 1541.54187201974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221940.945284606 Mflops = 221.940945284606 Gflops = 0.221940945284606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071675 s
InvBiCGStab: k = 87 resid = 1.099882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375455(s) Flops=573843456 => 1528.39476368673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220050.998445024 Mflops = 220.050998445024 Gflops = 0.220050998445024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001197599 Relative Rsd = 5.25315249337444e-07
BICGSTAB_SOLVER_TIME: 0.802707 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045968 s
InvBiCGStab: k = 75 resid = 2.255029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300756(s) Flops=495101952 => 1646.19143757731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237006.79678538 Mflops = 237.00679678538 Gflops = 0.23700679678538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062129 s
InvBiCGStab: k = 102 resid = 1.051583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383525(s) Flops=672270336 => 1752.87226647546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252374.704439239 Mflops = 252.374704439239 Gflops = 0.252374704439239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001205708 Relative Rsd = 5.28871836415153e-07
BICGSTAB_SOLVER_TIME: 0.796149 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140767
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041463 s
InvBiCGStab: k = 71 resid = 2.151874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260209(s) Flops=468854784 => 1801.83922923496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259414.357971246 Mflops = 259.414357971246 Gflops = 0.259414357971246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05675 s
InvBiCGStab: k = 87 resid = 9.639118e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325286(s) Flops=573843456 => 1764.11974693039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253982.82260785 Mflops = 253.98282260785 Gflops = 0.25398282260785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001207655 Relative Rsd = 5.29725940213654e-07
BICGSTAB_SOLVER_TIME: 0.688549 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 71 resid = 2.000952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259845(s) Flops=468854784 => 1804.36330889569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259766.633841183 Mflops = 259.766633841183 Gflops = 0.259766633841183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057214 s
InvBiCGStab: k = 91 resid = 9.256167e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332218(s) Flops=600090624 => 1806.31580468247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260051.768128059 Mflops = 260.051768128059 Gflops = 0.260051768128059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001209522 Relative Rsd = 5.3054491167846e-07
BICGSTAB_SOLVER_TIME: 0.694015 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13035
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.105237(s) Flops=1662640128 => 1504.32905159708 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216610.559519703 Mflops = 216.610559519703 Gflops = 0.216610559519703 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184866000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.444747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 34 resid = 2.219394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127846(s) Flops=226068480 => 1768.28747086338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254530.850359822 Mflops = 254.530850359822 Gflops = 0.254530850359822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066957 s
InvBiCGStab: k = 66 resid = 1.081424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277849(s) Flops=436045824 => 1569.36258183402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225936.23172696 Mflops = 225.93623172696 Gflops = 0.22593623172696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007970898 Relative Rsd = 3.49635631716559e-07
BICGSTAB_SOLVER_TIME: 0.517729 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0858030000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04747 s
InvBiCGStab: k = 71 resid = 8.497674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314184(s) Flops=468854784 => 1492.29363684974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214856.295421391 Mflops = 214.856295421391 Gflops = 0.214856295421391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061898 s
InvBiCGStab: k = 105 resid = 1.131565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470897(s) Flops=691955712 => 1469.44175053143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211571.412649719 Mflops = 211.571412649719 Gflops = 0.211571412649719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001185548 Relative Rsd = 5.20029211856314e-07
BICGSTAB_SOLVER_TIME: 0.898911 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042389 s
InvBiCGStab: k = 71 resid = 1.688029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291814(s) Flops=468854784 => 1606.6905083375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231325.449033524 Mflops = 231.325449033524 Gflops = 0.231325449033524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06632 s
InvBiCGStab: k = 82 resid = 1.082411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303162(s) Flops=541034496 => 1784.63823302393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256941.679514101 Mflops = 256.941679514101 Gflops = 0.256941679514101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00113471 Relative Rsd = 4.97729320495022e-07
BICGSTAB_SOLVER_TIME: 0.707495 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123587000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 78 resid = 1.356385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285083(s) Flops=514787328 => 1805.74544255533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259980.213981543 Mflops = 259.980213981543 Gflops = 0.259980213981543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056054 s
InvBiCGStab: k = 102 resid = 8.430044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390161(s) Flops=672270336 => 1723.05877829921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248080.048559251 Mflops = 248.080048559251 Gflops = 0.248080048559251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001206094 Relative Rsd = 5.29041166093249e-07
BICGSTAB_SOLVER_TIME: 0.776493 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 74 resid = 2.214327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270295(s) Flops=488540160 => 1807.43321186111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260213.430927389 Mflops = 260.213430927389 Gflops = 0.260213430927389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055909 s
InvBiCGStab: k = 94 resid = 8.690659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362158(s) Flops=619776000 => 1711.34145870035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246388.381525581 Mflops = 246.388381525581 Gflops = 0.246388381525581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001140923 Relative Rsd = 5.0045478277156e-07
BICGSTAB_SOLVER_TIME: 0.733661 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134506
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.120061(s) Flops=1681072128 => 1500.87551303009 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216113.048715542 Mflops = 216.113048715542 Gflops = 0.216113048715542 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186638000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.441085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021531
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.930916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947936(s) Flops=1479370752 => 1560.62302940283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224636.739037436 Mflops = 224.636739037435 Gflops = 0.224636739037436 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 283 resid = 7.817258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.173814(s) Flops=1859954688 => 1584.53953352064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228164.798641761 Mflops = 228.164798641761 Gflops = 0.228164798641761 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.00237157 Relative Rsd = 1.04300983601762e-06
BICGSTAB_SOLVER_TIME: 2.125256 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.114933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364174999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 2.250656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828334(s) Flops=1446561792 => 1746.35085847013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251472.26791372 Mflops = 251.47226791372 Gflops = 0.25147226791372 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 9.620203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849919(s) Flops=1485932544 => 1748.32253897136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251744.789631402 Mflops = 251.744789631402 Gflops = 0.251744789631402 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002020846 Relative Rsd = 8.87689888124184e-07
BICGSTAB_SOLVER_TIME: 1.681663 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318413999999999
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.134438(s) Flops=1681072128 => 1481.85456411016 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213373.431836484 Mflops = 213.373431836484 Gflops = 0.213373431836484 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186752000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.416102
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040963 s
InvBiCGStab: k = 29 resid = 2.052667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106921(s) Flops=193259520 => 1807.49824636881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260142.113234883 Mflops = 260.142113234883 Gflops = 0.260142113234883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058312 s
InvBiCGStab: k = 72 resid = 9.017951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302101(s) Flops=475416576 => 1573.70076894813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226551.099968841 Mflops = 226.551099968841 Gflops = 0.226551099968841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0007480778 Relative Rsd = 3.28136966927691e-07
BICGSTAB_SOLVER_TIME: 0.512134 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0863360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04148 s
InvBiCGStab: k = 89 resid = 2.196527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368334(s) Flops=586967040 => 1593.5727899135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229437.003804573 Mflops = 229.437003804573 Gflops = 0.229437003804573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071956 s
InvBiCGStab: k = 103 resid = 1.033689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469411(s) Flops=678832128 => 1446.13596187563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208209.622016239 Mflops = 208.209622016239 Gflops = 0.208209622016239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001321275 Relative Rsd = 5.7956442368287e-07
BICGSTAB_SOLVER_TIME: 0.955667 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151296999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041878 s
InvBiCGStab: k = 69 resid = 1.125077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300743(s) Flops=455731200 => 1515.35098073771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218161.86841533 Mflops = 218.16186841533 Gflops = 0.21816186841533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064606 s
InvBiCGStab: k = 92 resid = 9.664972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342464(s) Flops=606652416 => 1771.43412446272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255024.726653602 Mflops = 255.024726653602 Gflops = 0.255024726653602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001112791 Relative Rsd = 4.88115010141436e-07
BICGSTAB_SOLVER_TIME: 0.753616 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042038 s
InvBiCGStab: k = 70 resid = 2.194442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255763(s) Flops=462292992 => 1807.50535456653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260233.91052561 Mflops = 260.23391052561 Gflops = 0.26023391052561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056463 s
InvBiCGStab: k = 97 resid = 1.080274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374689(s) Flops=639461376 => 1706.64571417896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245714.562109137 Mflops = 245.714562109137 Gflops = 0.245714562109137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001203675 Relative Rsd = 5.27980404512103e-07
BICGSTAB_SOLVER_TIME: 0.732833 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133542
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 75 resid = 1.684039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273923(s) Flops=495101952 => 1807.44936350726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.032080866 Mflops = 260.228032080866 Gflops = 0.260228032080866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056545 s
InvBiCGStab: k = 99 resid = 1.138741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361445(s) Flops=652584960 => 1805.48896789276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259946.311367856 Mflops = 259.946311367856 Gflops = 0.259946311367856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001167814 Relative Rsd = 5.12250361680494e-07
BICGSTAB_SOLVER_TIME: 0.736624 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13866
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.151558(s) Flops=1693679616 => 1470.77230673574 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211845.468663962 Mflops = 211.845468663962 Gflops = 0.211845468663962 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188239000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058255 s
InvBiCGStab: k = 29 resid = 2.136948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122326(s) Flops=193259520 => 1579.87279891438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227397.543766786 Mflops = 227.397543766786 Gflops = 0.227397543766786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066547 s
InvBiCGStab: k = 54 resid = 9.699351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228087(s) Flops=357304320 => 1566.52645700983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225508.28776516 Mflops = 225.50828776516 Gflops = 0.22550828776516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007480148 Relative Rsd = 3.28109341066458e-07
BICGSTAB_SOLVER_TIME: 0.479028 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044756 s
InvBiCGStab: k = 74 resid = 2.076908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287333(s) Flops=488540160 => 1700.25774971897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244784.096254526 Mflops = 244.784096254526 Gflops = 0.244784096254526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064165 s
InvBiCGStab: k = 115 resid = 6.38262e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.523013(s) Flops=757573632 => 1448.47954448551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208553.817330493 Mflops = 208.553817330493 Gflops = 0.208553817330493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001312854 Relative Rsd = 5.75870320072256e-07
BICGSTAB_SOLVER_TIME: 0.923438 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149211999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045131 s
InvBiCGStab: k = 76 resid = 1.204027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310905(s) Flops=501663744 => 1613.55958894196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232310.415573155 Mflops = 232.310415573155 Gflops = 0.232310415573155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056892 s
InvBiCGStab: k = 103 resid = 6.290131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382302(s) Flops=678832128 => 1775.64367437262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255650.430222817 Mflops = 255.650430222818 Gflops = 0.255650430222818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001200147 Relative Rsd = 5.26432743509774e-07
BICGSTAB_SOLVER_TIME: 0.799064 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 80 resid = 2.04606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292891(s) Flops=527910912 => 1802.41424966967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259504.754326171 Mflops = 259.504754326171 Gflops = 0.259504754326171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0626 s
InvBiCGStab: k = 117 resid = 1.119577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456566(s) Flops=770697216 => 1688.03024316309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243045.472329179 Mflops = 243.045472329179 Gflops = 0.243045472329179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001199814 Relative Rsd = 5.26286494957884e-07
BICGSTAB_SOLVER_TIME: 0.85707 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155075999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040651 s
InvBiCGStab: k = 73 resid = 2.236999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26697(s) Flops=481978368 => 1805.36527699742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.417646649 Mflops = 259.919417646649 Gflops = 0.259919417646649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055865 s
InvBiCGStab: k = 106 resid = 8.232189e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387532(s) Flops=698517504 => 1802.47696706337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259515.303819706 Mflops = 259.515303819706 Gflops = 0.259515303819706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001222586 Relative Rsd = 5.36275516161249e-07
BICGSTAB_SOLVER_TIME: 0.754927 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142229
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.167513(s) Flops=1706139648 => 1461.34531093016 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210420.609376287 Mflops = 210.420609376287 Gflops = 0.210420609376287 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189922000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.431107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045603 s
InvBiCGStab: k = 30 resid = 1.555091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120832(s) Flops=199821312 => 1653.71186440678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238019.246456743 Mflops = 238.019246456743 Gflops = 0.238019246456743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056812 s
InvBiCGStab: k = 71 resid = 8.478815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281361(s) Flops=468854784 => 1666.38156674166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239904.547388522 Mflops = 239.904547388522 Gflops = 0.239904547388522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0007869851 Relative Rsd = 3.45203289518422e-07
BICGSTAB_SOLVER_TIME: 0.508488 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0865550000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044328 s
InvBiCGStab: k = 68 resid = 2.065348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301186(s) Flops=449169408 => 1491.33561320911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214715.510068355 Mflops = 214.715510068355 Gflops = 0.214715510068355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060443 s
InvBiCGStab: k = 102 resid = 7.215943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.466499(s) Flops=672270336 => 1441.09705701406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207491.560993756 Mflops = 207.491560993756 Gflops = 0.207491560993756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001136488 Relative Rsd = 4.98509380857685e-07
BICGSTAB_SOLVER_TIME: 0.876786 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 67 resid = 2.104995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250578(s) Flops=442607616 => 1766.34667049781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254303.297155867 Mflops = 254.303297155867 Gflops = 0.254303297155867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056854 s
InvBiCGStab: k = 89 resid = 1.106962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32979(s) Flops=586967040 => 1779.82061311744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256247.095108706 Mflops = 256.247095108706 Gflops = 0.256247095108706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001206559 Relative Rsd = 5.29245372782846e-07
BICGSTAB_SOLVER_TIME: 0.681914 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125774000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040851 s
InvBiCGStab: k = 81 resid = 2.14102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320588(s) Flops=534472704 => 1667.16378654223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240034.03961592 Mflops = 240.03403961592 Gflops = 0.24003403961592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 97 resid = 8.152856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354239(s) Flops=639461376 => 1805.16932353581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259900.351303076 Mflops = 259.900351303076 Gflops = 0.259900351303076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001198654 Relative Rsd = 5.25777637828143e-07
BICGSTAB_SOLVER_TIME: 0.775524 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042658 s
InvBiCGStab: k = 67 resid = 1.930095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257225(s) Flops=442607616 => 1720.70217125085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247733.539628992 Mflops = 247.733539628992 Gflops = 0.247733539628992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057255 s
InvBiCGStab: k = 87 resid = 1.082888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319812(s) Flops=573843456 => 1794.31496003902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258330.650754203 Mflops = 258.330650754203 Gflops = 0.258330650754203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001161844 Relative Rsd = 5.09631573016001e-07
BICGSTAB_SOLVER_TIME: 0.680839 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124299000000001
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.232621(s) Flops=1712553984 => 1389.35973344605 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200053.82479482 Mflops = 200.05382479482 Gflops = 0.20005382479482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190600000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041352 s
InvBiCGStab: k = 37 resid = 2.181994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145561(s) Flops=245753856 => 1688.32211924897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243025.179204938 Mflops = 243.025179204938 Gflops = 0.243025179204938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062842 s
InvBiCGStab: k = 54 resid = 8.969128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203456(s) Flops=357304320 => 1756.17489776659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252807.814955743 Mflops = 252.807814955743 Gflops = 0.252807814955743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007637312 Relative Rsd = 3.3500319345848e-07
BICGSTAB_SOLVER_TIME: 0.457132 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0792630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040623 s
InvBiCGStab: k = 75 resid = 2.087702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335627(s) Flops=495101952 => 1475.15531229609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212393.791158658 Mflops = 212.393791158658 Gflops = 0.212393791158658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069957 s
InvBiCGStab: k = 106 resid = 9.791763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453643(s) Flops=698517504 => 1539.79561902201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221700.859567976 Mflops = 221.700859567976 Gflops = 0.221700859567976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001203754 Relative Rsd = 5.28014821943658e-07
BICGSTAB_SOLVER_TIME: 0.904031 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041569 s
InvBiCGStab: k = 69 resid = 1.742906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273593(s) Flops=455731200 => 1665.72682780627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239811.110092353 Mflops = 239.811110092353 Gflops = 0.239811110092353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058964 s
InvBiCGStab: k = 102 resid = 9.697934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434424(s) Flops=672270336 => 1547.49814927352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222805.413664317 Mflops = 222.805413664317 Gflops = 0.222805413664317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001192609 Relative Rsd = 5.23126218987443e-07
BICGSTAB_SOLVER_TIME: 0.812743 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04194 s
InvBiCGStab: k = 77 resid = 2.13661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286135(s) Flops=508225536 => 1776.17395984413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255724.488493197 Mflops = 255.724488493197 Gflops = 0.255724488493197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059626 s
InvBiCGStab: k = 98 resid = 9.898231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363623(s) Flops=646023168 => 1776.62900311586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255797.766512405 Mflops = 255.797766512405 Gflops = 0.255797766512405 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001216861 Relative Rsd = 5.33763962817625e-07
BICGSTAB_SOLVER_TIME: 0.755788 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04322 s
InvBiCGStab: k = 75 resid = 1.685346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280185(s) Flops=495101952 => 1767.05373949355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254395.485750682 Mflops = 254.395485750682 Gflops = 0.254395485750682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060015 s
InvBiCGStab: k = 92 resid = 6.317014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352463(s) Flops=606652416 => 1721.18042461194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247802.729737031 Mflops = 247.802729737031 Gflops = 0.247802729737031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001162444 Relative Rsd = 5.09894503809884e-07
BICGSTAB_SOLVER_TIME: 0.740459 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133702
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.263952(s) Flops=1719042048 => 1360.05326784561 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195838.544137903 Mflops = 195.838544137903 Gflops = 0.195838544137903 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190945000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.441506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 2.2159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.0933(s) Flops=1748404224 => 1599.19896094393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230233.831533585 Mflops = 230.233831533585 Gflops = 0.230233831533585 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 8.252562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.109692(s) Flops=1794336768 => 1616.96828309116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232834.965680546 Mflops = 232.834965680546 Gflops = 0.232834965680546 Tflops
BICGSTAB_SOLVER: 539 iterations. Rsd = 0.002464213 Relative Rsd = 1.08378708310248e-06
BICGSTAB_SOLVER_TIME: 2.206388 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.384134
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.139086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728618(s) Flops=1282516992 => 1760.20492494009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253386.682725658 Mflops = 253.386682725658 Gflops = 0.253386682725658 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.14416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.872015(s) Flops=1499056128 => 1719.07149303624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247535.324771391 Mflops = 247.535324771391 Gflops = 0.247535324771391 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002044846 Relative Rsd = 8.98206488744306e-07
BICGSTAB_SOLVER_TIME: 1.604029 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302354999999999
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.218948(s) Flops=1719042048 => 1410.2669252503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203082.426709437 Mflops = 203.082426709437 Gflops = 0.203082426709437 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190929000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.416421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048364 s
InvBiCGStab: k = 29 resid = 2.24178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11697(s) Flops=193259520 => 1652.2144139523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237809.527624536 Mflops = 237.809527624536 Gflops = 0.237809527624536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05621 s
InvBiCGStab: k = 55 resid = 1.118161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201585(s) Flops=363866112 => 1805.02573108118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259841.586032278 Mflops = 259.841586032278 Gflops = 0.259841586032278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007794714 Relative Rsd = 3.41907462995958e-07
BICGSTAB_SOLVER_TIME: 0.42692 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041308 s
InvBiCGStab: k = 83 resid = 1.873713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321958(s) Flops=547596288 => 1700.83143764093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244878.275133071 Mflops = 244.878275133071 Gflops = 0.244878275133071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062954 s
InvBiCGStab: k = 123 resid = 8.530031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.53095(s) Flops=810067968 => 1525.69539127978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219685.669219965 Mflops = 219.685669219965 Gflops = 0.219685669219965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 206 iterations. Rsd = 0.001375013 Relative Rsd = 6.03135768498596e-07
BICGSTAB_SOLVER_TIME: 0.96175 sec
2Flav::invert,  n_count = 206
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161229999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041342 s
InvBiCGStab: k = 69 resid = 2.014192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261438(s) Flops=455731200 => 1743.17122989007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250962.86106344 Mflops = 250.96286106344 Gflops = 0.25096286106344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056802 s
InvBiCGStab: k = 88 resid = 1.062142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326957(s) Flops=580405248 => 1775.17302886924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255581.266070404 Mflops = 255.581266070404 Gflops = 0.255581266070404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001171441 Relative Rsd = 5.13841070004486e-07
BICGSTAB_SOLVER_TIME: 0.690339 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 68 resid = 2.21139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248799(s) Flops=449169408 => 1805.35053597482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259913.716827276 Mflops = 259.913716827276 Gflops = 0.259913716827276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 84 resid = 9.371297e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308582(s) Flops=554158080 => 1795.82114316454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258651.61350079 Mflops = 258.65161350079 Gflops = 0.25865161350079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001217036 Relative Rsd = 5.33840763733143e-07
BICGSTAB_SOLVER_TIME: 0.658953 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 69 resid = 1.61915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262473(s) Flops=455731200 => 1736.29744773748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249973.208511893 Mflops = 249.973208511893 Gflops = 0.249973208511893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069432 s
InvBiCGStab: k = 91 resid = 1.097252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360135(s) Flops=600090624 => 1666.29353992253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239900.329339905 Mflops = 239.900329339905 Gflops = 0.239900329339905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001174727 Relative Rsd = 5.15282363781401e-07
BICGSTAB_SOLVER_TIME: 0.737264 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128939
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.257756(s) Flops=1725235200 => 1371.67717744936 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197548.316837779 Mflops = 197.548316837779 Gflops = 0.197548316837779 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192035000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.439207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041031 s
InvBiCGStab: k = 27 resid = 2.229398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100571(s) Flops=180135936 => 1791.13199630112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257801.301397135 Mflops = 257.801301397135 Gflops = 0.257801301397135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05662 s
InvBiCGStab: k = 55 resid = 1.057703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202667(s) Flops=363866112 => 1795.38904705749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258446.261560932 Mflops = 258.446261560932 Gflops = 0.258446261560932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000794374 Relative Rsd = 3.48444374962803e-07
BICGSTAB_SOLVER_TIME: 0.404669 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041318 s
InvBiCGStab: k = 76 resid = 2.053679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287276(s) Flops=501663744 => 1746.27794873223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251416.583037078 Mflops = 251.416583037078 Gflops = 0.251416583037078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071079 s
InvBiCGStab: k = 102 resid = 1.110505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431955(s) Flops=672270336 => 1556.34345244296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224085.173498534 Mflops = 224.085173498534 Gflops = 0.224085173498534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001303572 Relative Rsd = 5.7179925877657e-07
BICGSTAB_SOLVER_TIME: 0.835878 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044126 s
InvBiCGStab: k = 68 resid = 2.095073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257173(s) Flops=449169408 => 1746.56518374791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251454.787251752 Mflops = 251.454787251752 Gflops = 0.251454787251752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055851 s
InvBiCGStab: k = 91 resid = 8.187668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339312(s) Flops=600090624 => 1768.55113877493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254623.504522301 Mflops = 254.623504522301 Gflops = 0.254623504522301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001157635 Relative Rsd = 5.07785440370588e-07
BICGSTAB_SOLVER_TIME: 0.700397 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 73 resid = 1.735298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294143(s) Flops=481978368 => 1638.58520515532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235904.039657495 Mflops = 235.904039657495 Gflops = 0.235904039657495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064494 s
InvBiCGStab: k = 89 resid = 1.059469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352453(s) Flops=586967040 => 1665.37677364074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239772.55427 Mflops = 239.77255427 Gflops = 0.23977255427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001192793 Relative Rsd = 5.23206951864726e-07
BICGSTAB_SOLVER_TIME: 0.756226 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 74 resid = 1.138092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272848(s) Flops=488540160 => 1790.5213158975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257786.281289923 Mflops = 257.786281289923 Gflops = 0.257786281289923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066848 s
InvBiCGStab: k = 92 resid = 1.151151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369512(s) Flops=606652416 => 1641.76648119682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236370.288604687 Mflops = 236.370288604687 Gflops = 0.236370288604687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001178209 Relative Rsd = 5.16809701137203e-07
BICGSTAB_SOLVER_TIME: 0.754033 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133025
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.199607(s) Flops=1731502080 => 1443.39111058872 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207860.549077407 Mflops = 207.860549077407 Gflops = 0.207860549077407 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192468000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.43106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041953 s
InvBiCGStab: k = 36 resid = 2.160698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132941(s) Flops=239192064 => 1799.23472818769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258967.010878069 Mflops = 258.967010878069 Gflops = 0.258967010878069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056883 s
InvBiCGStab: k = 56 resid = 1.02446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20518(s) Flops=370427904 => 1805.38017350619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.314674985 Mflops = 259.902314674985 Gflops = 0.259902314674985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.000761483 Relative Rsd = 3.34017037021996e-07
BICGSTAB_SOLVER_TIME: 0.44076 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0800980000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040688 s
InvBiCGStab: k = 67 resid = 2.159318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245184(s) Flops=442607616 => 1805.20595144871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259895.560251316 Mflops = 259.895560251316 Gflops = 0.259895560251316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 87 resid = 1.127927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35305(s) Flops=573843456 => 1625.38863050559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234013.076685834 Mflops = 234.013076685834 Gflops = 0.234013076685834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001168137 Relative Rsd = 5.12391759110725e-07
BICGSTAB_SOLVER_TIME: 0.699555 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123987
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046189 s
InvBiCGStab: k = 78 resid = 2.231494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391343(s) Flops=514787328 => 1315.43767998917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189395.41992383 Mflops = 189.39541992383 Gflops = 0.18939541992383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072849 s
InvBiCGStab: k = 93 resid = 8.420067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384821(s) Flops=613214208 => 1593.50505299867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229424.187294325 Mflops = 229.424187294325 Gflops = 0.229424187294325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001197052 Relative Rsd = 5.25074940089821e-07
BICGSTAB_SOLVER_TIME: 0.899072 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 74 resid = 2.113879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27706(s) Flops=488540160 => 1763.30094564354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253866.359500172 Mflops = 253.866359500172 Gflops = 0.253866359500172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063622 s
InvBiCGStab: k = 89 resid = 7.746317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351299(s) Flops=586967040 => 1670.84745473229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240559.672831489 Mflops = 240.559672831489 Gflops = 0.240559672831489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001144833 Relative Rsd = 5.02169781938883e-07
BICGSTAB_SOLVER_TIME: 0.737392 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130581
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041138 s
InvBiCGStab: k = 72 resid = 1.224686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264875(s) Flops=475416576 => 1794.87145257197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258411.876008844 Mflops = 258.411876008844 Gflops = 0.258411876008844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05692 s
InvBiCGStab: k = 86 resid = 1.046777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315815(s) Flops=567281664 => 1796.24673938857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258617.613805717 Mflops = 258.617613805717 Gflops = 0.258617613805717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001174491 Relative Rsd = 5.15178907228981e-07
BICGSTAB_SOLVER_TIME: 0.682589 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127132
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.173652(s) Flops=1731575808 => 1475.3741381602 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212441.126464871 Mflops = 212.441126464871 Gflops = 0.212441126464871 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192695000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.395642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046494 s
InvBiCGStab: k = 29 resid = 1.588321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120074(s) Flops=193259520 => 1609.5034728584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231660.393009472 Mflops = 231.660393009472 Gflops = 0.231660393009472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056929 s
InvBiCGStab: k = 63 resid = 9.37224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23072(s) Flops=416360448 => 1804.61359223301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259784.593258981 Mflops = 259.784593258981 Gflops = 0.259784593258981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007710834 Relative Rsd = 3.38228168072512e-07
BICGSTAB_SOLVER_TIME: 0.458058 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042555 s
InvBiCGStab: k = 74 resid = 2.159724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302379(s) Flops=488540160 => 1615.65505541059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232602.927734821 Mflops = 232.602927734821 Gflops = 0.232602927734821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056253 s
InvBiCGStab: k = 94 resid = 1.062827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385759(s) Flops=619776000 => 1606.64041538888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231307.752211019 Mflops = 231.307752211019 Gflops = 0.231307752211019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001204797 Relative Rsd = 5.28472512506013e-07
BICGSTAB_SOLVER_TIME: 0.79203 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045778 s
InvBiCGStab: k = 62 resid = 2.224366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300631(s) Flops=409798656 => 1363.12840658482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196257.101748585 Mflops = 196.257101748585 Gflops = 0.196257101748585 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071642 s
InvBiCGStab: k = 95 resid = 9.528067e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390164(s) Flops=626337792 => 1605.31928112281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231129.746067185 Mflops = 231.129746067185 Gflops = 0.231129746067185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001179402 Relative Rsd = 5.1733311163192e-07
BICGSTAB_SOLVER_TIME: 0.812115 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044462 s
InvBiCGStab: k = 74 resid = 2.223556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289519(s) Flops=488540160 => 1687.42003115512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242950.979072896 Mflops = 242.950979072896 Gflops = 0.242950979072896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060228 s
InvBiCGStab: k = 90 resid = 1.090881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347099(s) Flops=593528832 => 1709.96987026756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246189.715949603 Mflops = 246.189715949603 Gflops = 0.246189715949603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00121424 Relative Rsd = 5.32614655500105e-07
BICGSTAB_SOLVER_TIME: 0.745275 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047754 s
InvBiCGStab: k = 68 resid = 1.792087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264763(s) Flops=449169408 => 1696.49614183251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244253.057644861 Mflops = 244.253057644861 Gflops = 0.244253057644861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057687 s
InvBiCGStab: k = 85 resid = 1.030006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328113(s) Flops=560719872 => 1708.92306004334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246034.415456536 Mflops = 246.034415456536 Gflops = 0.246034415456536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001173767 Relative Rsd = 5.14861439614771e-07
BICGSTAB_SOLVER_TIME: 0.702188 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123600000000001
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.200432(s) Flops=1737326592 => 1447.25114958615 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208392.756597936 Mflops = 208.392756597936 Gflops = 0.208392756597936 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193262000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.443251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.735148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000828(s) Flops=1676224512 => 1674.83774634603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241135.144227487 Mflops = 241.135144227487 Gflops = 0.241135144227487 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 260 resid = 5.866551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.216975(s) Flops=1709033472 => 1404.32915384457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202216.069686445 Mflops = 202.216069686445 Gflops = 0.202216069686445 Tflops
BICGSTAB_SOLVER: 515 iterations. Rsd = 0.002236976 Relative Rsd = 9.83888612180469e-07
BICGSTAB_SOLVER_TIME: 2.224387 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367143
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.904673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.712552(s) Flops=1243146240 => 1744.63932456859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251144.267167552 Mflops = 251.144267167552 Gflops = 0.251144267167552 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.078623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920551(s) Flops=1558112256 => 1692.58656608922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243722.140008862 Mflops = 243.722140008862 Gflops = 0.243722140008862 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002044981 Relative Rsd = 8.98274184898269e-07
BICGSTAB_SOLVER_TIME: 1.636486 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.115934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304274999999998
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.201353(s) Flops=1737326592 => 1446.14163530619 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208229.71433316 Mflops = 208.22971433316 Gflops = 0.20822971433316 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193602000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.425956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041072 s
InvBiCGStab: k = 40 resid = 1.850839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147907(s) Flops=265439232 => 1794.63603480565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258331.297061366 Mflops = 258.331297061366 Gflops = 0.258331297061366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058916 s
InvBiCGStab: k = 54 resid = 1.138065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211205(s) Flops=357304320 => 1691.7417674771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243528.598199544 Mflops = 243.528598199544 Gflops = 0.243528598199544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007575531 Relative Rsd = 3.3229322923903e-07
BICGSTAB_SOLVER_TIME: 0.463117 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0814710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041581 s
InvBiCGStab: k = 73 resid = 1.744754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27346(s) Flops=481978368 => 1762.51871571711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253758.256488383 Mflops = 253.758256488383 Gflops = 0.253758256488383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056756 s
InvBiCGStab: k = 111 resid = 9.352303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446427(s) Flops=731326464 => 1638.1770457432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235863.57471968 Mflops = 235.86357471968 Gflops = 0.23586357471968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001280229 Relative Rsd = 5.61559970760073e-07
BICGSTAB_SOLVER_TIME: 0.822576 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04524 s
InvBiCGStab: k = 65 resid = 1.956946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282571(s) Flops=429484032 => 1519.91546195469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218881.097020591 Mflops = 218.881097020591 Gflops = 0.218881097020591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075825 s
InvBiCGStab: k = 83 resid = 9.864467e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330105(s) Flops=547596288 => 1658.85487344936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238828.717959065 Mflops = 238.828717959065 Gflops = 0.238828717959065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001185483 Relative Rsd = 5.20000462577434e-07
BICGSTAB_SOLVER_TIME: 0.73768 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11977
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 73 resid = 1.870304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284224(s) Flops=481978368 => 1695.76942130151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244145.992026359 Mflops = 244.145992026359 Gflops = 0.244145992026359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057456 s
InvBiCGStab: k = 91 resid = 8.711881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353862(s) Flops=600090624 => 1695.83234142123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244153.777866854 Mflops = 244.153777866854 Gflops = 0.244153777866854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001154007 Relative Rsd = 5.06193659693387e-07
BICGSTAB_SOLVER_TIME: 0.740581 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041096 s
InvBiCGStab: k = 71 resid = 2.142403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28788(s) Flops=468854784 => 1628.64660275115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234501.606876662 Mflops = 234.501606876662 Gflops = 0.234501606876662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061651 s
InvBiCGStab: k = 89 resid = 8.459833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369607(s) Flops=586967040 => 1588.08420836185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228646.566347875 Mflops = 228.646566347875 Gflops = 0.228646566347875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001176241 Relative Rsd = 5.15946661061963e-07
BICGSTAB_SOLVER_TIME: 0.764105 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129895
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.200056(s) Flops=1737621504 => 1447.95034898371 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208491.160282373 Mflops = 208.491160282373 Gflops = 0.208491160282373 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193603000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.441399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043056 s
InvBiCGStab: k = 40 resid = 1.614877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151487(s) Flops=265439232 => 1752.22449451108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252249.1075905 Mflops = 252.2491075905 Gflops = 0.2522491075905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061241 s
InvBiCGStab: k = 66 resid = 9.051038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257616(s) Flops=436045824 => 1692.61934041364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243687.155902206 Mflops = 243.687155902206 Gflops = 0.243687155902206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0008215219 Relative Rsd = 3.6035252542643e-07
BICGSTAB_SOLVER_TIME: 0.517306 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0900510000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040594 s
InvBiCGStab: k = 77 resid = 2.007294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302732(s) Flops=508225536 => 1678.79687644517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241706.757296631 Mflops = 241.706757296631 Gflops = 0.241706757296631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056538 s
InvBiCGStab: k = 110 resid = 7.724946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426274(s) Flops=724764672 => 1700.23194471162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244805.357611645 Mflops = 244.805357611645 Gflops = 0.244805357611645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001306455 Relative Rsd = 5.73063716402928e-07
BICGSTAB_SOLVER_TIME: 0.831048 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147730999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04484 s
InvBiCGStab: k = 69 resid = 1.671255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285954(s) Flops=455731200 => 1593.72206718563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229460.33631288 Mflops = 229.46033631288 Gflops = 0.22946033631288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06765 s
InvBiCGStab: k = 80 resid = 1.092147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3303(s) Flops=527910912 => 1598.27705722071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230127.487048227 Mflops = 230.127487048227 Gflops = 0.230127487048227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001117073 Relative Rsd = 4.89992904867603e-07
BICGSTAB_SOLVER_TIME: 0.732781 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046376 s
InvBiCGStab: k = 75 resid = 1.251682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315544(s) Flops=495101952 => 1569.04251704992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225903.45805248 Mflops = 225.90345805248 Gflops = 0.22590345805248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057215 s
InvBiCGStab: k = 93 resid = 1.040397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351239(s) Flops=613214208 => 1745.86024900424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251357.558708009 Mflops = 251.357558708009 Gflops = 0.251357558708009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001216732 Relative Rsd = 5.33707536613073e-07
BICGSTAB_SOLVER_TIME: 0.774923 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056957 s
InvBiCGStab: k = 73 resid = 2.161421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28651(s) Flops=481978368 => 1682.23925168406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242198.653103805 Mflops = 242.198653103805 Gflops = 0.242198653103805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065278 s
InvBiCGStab: k = 87 resid = 1.046559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335232(s) Flops=573843456 => 1711.78006872852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246447.600494242 Mflops = 246.447600494242 Gflops = 0.246447600494242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001162039 Relative Rsd = 5.09717105950504e-07
BICGSTAB_SOLVER_TIME: 0.747932 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128701
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.226217(s) Flops=1737916416 => 1417.29923496412 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204077.529494006 Mflops = 204.077529494006 Gflops = 0.204077529494006 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193387000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 32 resid = 1.43763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119021(s) Flops=212944896 => 1789.13717747288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257493.929287324 Mflops = 257.493929287324 Gflops = 0.257493929287324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055751 s
InvBiCGStab: k = 46 resid = 1.091272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171576(s) Flops=304809984 => 1776.5304238355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255732.618422328 Mflops = 255.732618422328 Gflops = 0.255732618422328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007361252 Relative Rsd = 3.22894078897102e-07
BICGSTAB_SOLVER_TIME: 0.391542 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041356 s
InvBiCGStab: k = 66 resid = 2.264075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258234(s) Flops=436045824 => 1688.56860057157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243111.442045999 Mflops = 243.111442045999 Gflops = 0.243111442045999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05618 s
InvBiCGStab: k = 86 resid = 1.065695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314491(s) Flops=567281664 => 1803.80889755192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259697.226276783 Mflops = 259.697226276783 Gflops = 0.259697226276783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001135446 Relative Rsd = 4.98052303068591e-07
BICGSTAB_SOLVER_TIME: 0.674141 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050796 s
InvBiCGStab: k = 68 resid = 1.698648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320142(s) Flops=449169408 => 1403.03180463669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202005.630976475 Mflops = 202.005630976475 Gflops = 0.202005630976475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062935 s
InvBiCGStab: k = 81 resid = 1.136742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384471(s) Flops=534472704 => 1390.15089304525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200149.62596882 Mflops = 200.14962596882 Gflops = 0.20014962596882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001131592 Relative Rsd = 4.9636155950956e-07
BICGSTAB_SOLVER_TIME: 0.823029 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120593
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 72 resid = 2.100129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297603(s) Flops=475416576 => 1597.48583179605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229997.94955083 Mflops = 229.99794955083 Gflops = 0.22999794955083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066162 s
InvBiCGStab: k = 91 resid = 1.148955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33617(s) Flops=600090624 => 1785.08083410179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257001.050661761 Mflops = 257.001050661761 Gflops = 0.257001050661761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001230669 Relative Rsd = 5.39820664804732e-07
BICGSTAB_SOLVER_TIME: 0.744781 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045754 s
InvBiCGStab: k = 73 resid = 1.992857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294206(s) Flops=481978368 => 1638.23432560859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235863.570482078 Mflops = 235.863570482078 Gflops = 0.235863570482078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055995 s
InvBiCGStab: k = 87 resid = 8.854998e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338959(s) Flops=573843456 => 1692.95831059214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243735.941431617 Mflops = 243.735941431617 Gflops = 0.243735941431617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001150613 Relative Rsd = 5.04705284504167e-07
BICGSTAB_SOLVER_TIME: 0.738764 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129082
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.187023(s) Flops=1737990144 => 1464.15877704139 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210975.561341475 Mflops = 210.975561341475 Gflops = 0.210975561341475 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193640000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041704 s
InvBiCGStab: k = 23 resid = 2.143987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085157(s) Flops=153888768 => 1807.11824042651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260054.925476411 Mflops = 260.054925476411 Gflops = 0.260054925476411 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055964 s
InvBiCGStab: k = 52 resid = 1.142107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190704(s) Flops=344180736 => 1804.79033475963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259802.335404135 Mflops = 259.802335404135 Gflops = 0.259802335404135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007761366 Relative Rsd = 3.40444696622651e-07
BICGSTAB_SOLVER_TIME: 0.377333 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040555 s
InvBiCGStab: k = 73 resid = 1.124176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279733(s) Flops=481978368 => 1722.99431243364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248073.232802589 Mflops = 248.073232802589 Gflops = 0.248073232802589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057166 s
InvBiCGStab: k = 92 resid = 8.589187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344871(s) Flops=606652416 => 1759.07053941909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253265.894514847 Mflops = 253.265894514847 Gflops = 0.253265894514847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001193019 Relative Rsd = 5.23305863682118e-07
BICGSTAB_SOLVER_TIME: 0.726113 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041132 s
InvBiCGStab: k = 69 resid = 1.899714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274838(s) Flops=455731200 => 1658.18118309695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238729.478059835 Mflops = 238.729478059835 Gflops = 0.238729478059835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068085 s
InvBiCGStab: k = 92 resid = 1.100266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40134(s) Flops=606652416 => 1511.56728957991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217627.626789857 Mflops = 217.627626789857 Gflops = 0.217627626789857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001135984 Relative Rsd = 4.98288373967818e-07
BICGSTAB_SOLVER_TIME: 0.79222 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042672 s
InvBiCGStab: k = 81 resid = 2.211554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302638(s) Flops=534472704 => 1766.04624667094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254274.327130708 Mflops = 254.274327130708 Gflops = 0.254274327130708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069884 s
InvBiCGStab: k = 93 resid = 9.405038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365792(s) Flops=613214208 => 1676.40136471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241353.822847066 Mflops = 241.353822847066 Gflops = 0.241353822847066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001205224 Relative Rsd = 5.28659510479833e-07
BICGSTAB_SOLVER_TIME: 0.784908 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042765 s
InvBiCGStab: k = 71 resid = 2.18417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304325(s) Flops=468854784 => 1540.63840959501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221810.380982748 Mflops = 221.810380982748 Gflops = 0.221810380982748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066977 s
InvBiCGStab: k = 95 resid = 1.029232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375441(s) Flops=626337792 => 1668.27222386473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240191.459782937 Mflops = 240.191459782937 Gflops = 0.240191459782937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001163582 Relative Rsd = 5.10393760825186e-07
BICGSTAB_SOLVER_TIME: 0.79333 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133252
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.181463(s) Flops=1743962112 => 1476.10387460293 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212546.712089221 Mflops = 212.546712089221 Gflops = 0.212546712089221 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194768000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.784441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884843(s) Flops=1590921216 => 1797.97005344451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258912.467628509 Mflops = 258.912467628509 Gflops = 0.258912467628509 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 9.727922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985751(s) Flops=1682786304 => 1707.11092760748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245814.133961999 Mflops = 245.814133961999 Gflops = 0.245814133961999 Tflops
BICGSTAB_SOLVER: 498 iterations. Rsd = 0.002239634 Relative Rsd = 9.85092735976786e-07
BICGSTAB_SOLVER_TIME: 1.874338 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.124037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355022
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.211818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835523(s) Flops=1302202368 => 1558.54760192119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224410.335901149 Mflops = 224.410335901149 Gflops = 0.224410335901149 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 6.03264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848914(s) Flops=1380943872 => 1626.71822116257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234235.948092195 Mflops = 234.235948092195 Gflops = 0.234235948092195 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001961961 Relative Rsd = 8.6183673582096e-07
BICGSTAB_SOLVER_TIME: 1.687846 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.125988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291807999999998
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.171766(s) Flops=1743962112 => 1488.31943579179 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214304.315143924 Mflops = 214.304315143924 Gflops = 0.214304315143924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194176000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.438511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046222 s
InvBiCGStab: k = 32 resid = 2.10229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139922(s) Flops=212944896 => 1521.88287760324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219057.336066813 Mflops = 219.057336066813 Gflops = 0.219057336066813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 60 resid = 7.930485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223851(s) Flops=396675072 => 1772.04958655534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255096.49380806 Mflops = 255.09649380806 Gflops = 0.25509649380806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007779343 Relative Rsd = 3.41233259214325e-07
BICGSTAB_SOLVER_TIME: 0.470666 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0800680000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 81 resid = 2.175439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29543(s) Flops=534472704 => 1809.13483397082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260467.06603137 Mflops = 260.46706603137 Gflops = 0.26046706603137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 113 resid = 9.046934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411283(s) Flops=744450048 => 1810.06763712577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260605.71058904 Mflops = 260.60571058904 Gflops = 0.26060571058904 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001353222 Relative Rsd = 5.93577577962932e-07
BICGSTAB_SOLVER_TIME: 0.807816 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152783999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040761 s
InvBiCGStab: k = 71 resid = 1.115803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266926(s) Flops=468854784 => 1756.49724642785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252875.025207042 Mflops = 252.875025207042 Gflops = 0.252875025207042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058747 s
InvBiCGStab: k = 88 resid = 9.758127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338165(s) Flops=580405248 => 1716.33743290997 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247105.54500456 Mflops = 247.10554500456 Gflops = 0.24710554500456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001150296 Relative Rsd = 5.04565980715915e-07
BICGSTAB_SOLVER_TIME: 0.708465 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056222 s
InvBiCGStab: k = 72 resid = 2.012315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301946(s) Flops=475416576 => 1574.50860749935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226696.027941596 Mflops = 226.696027941596 Gflops = 0.226696027941596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069425 s
InvBiCGStab: k = 85 resid = 1.041459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383279(s) Flops=560719872 => 1462.95485012223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210634.688819861 Mflops = 210.634688819861 Gflops = 0.210634688819861 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001198392 Relative Rsd = 5.25662947099252e-07
BICGSTAB_SOLVER_TIME: 0.815285 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051288 s
InvBiCGStab: k = 73 resid = 1.028144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342608(s) Flops=481978368 => 1406.79250922337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202531.727912757 Mflops = 202.531727912757 Gflops = 0.202531727912757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065462 s
InvBiCGStab: k = 91 resid = 9.90039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370452(s) Flops=600090624 => 1619.88766155939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233226.652291723 Mflops = 233.226652291723 Gflops = 0.233226652291723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001191059 Relative Rsd = 5.22446244924258e-07
BICGSTAB_SOLVER_TIME: 0.833997 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131518
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.160206(s) Flops=1737695232 => 1497.7471517989 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215659.944974368 Mflops = 215.659944974368 Gflops = 0.215659944974368 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193615000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.446071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02117
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041637 s
InvBiCGStab: k = 32 resid = 2.239913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12268(s) Flops=212944896 => 1735.77515487447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249835.55826095 Mflops = 249.83555826095 Gflops = 0.24983555826095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 56 resid = 8.710091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208839(s) Flops=370427904 => 1773.74869636418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255338.548273535 Mflops = 255.338548273535 Gflops = 0.255338548273535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007678958 Relative Rsd = 3.36829972681699e-07
BICGSTAB_SOLVER_TIME: 0.43359 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 76 resid = 2.028836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277571(s) Flops=501663744 => 1807.33485846864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260208.832968829 Mflops = 260.208832968829 Gflops = 0.260208832968829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056246 s
InvBiCGStab: k = 114 resid = 9.945967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418023(s) Flops=751011840 => 1796.58018817146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258670.909294081 Mflops = 258.670909294081 Gflops = 0.258670909294081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.00129548 Relative Rsd = 5.68249463269182e-07
BICGSTAB_SOLVER_TIME: 0.797236 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.15166
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042772 s
InvBiCGStab: k = 73 resid = 2.128291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305958(s) Flops=481978368 => 1575.30892475438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226815.480806133 Mflops = 226.815480806133 Gflops = 0.226815480806133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064574 s
InvBiCGStab: k = 95 resid = 9.64585e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408621(s) Flops=626337792 => 1532.80862217067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220688.147686642 Mflops = 220.688147686642 Gflops = 0.220688147686642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001199369 Relative Rsd = 5.26091326673903e-07
BICGSTAB_SOLVER_TIME: 0.826541 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044963 s
InvBiCGStab: k = 78 resid = 1.769517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346733(s) Flops=514787328 => 1484.67935846891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213765.694954919 Mflops = 213.765694954919 Gflops = 0.213765694954919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063157 s
InvBiCGStab: k = 89 resid = 1.142521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38696(s) Flops=586967040 => 1516.86747984288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218396.11639084 Mflops = 218.39611639084 Gflops = 0.21839611639084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001187402 Relative Rsd = 5.20842413039569e-07
BICGSTAB_SOLVER_TIME: 0.846094 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05241 s
InvBiCGStab: k = 61 resid = 2.265169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240684(s) Flops=403236864 => 1675.37877050406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241197.832021013 Mflops = 241.197832021013 Gflops = 0.241197832021013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05992 s
InvBiCGStab: k = 89 resid = 9.225693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35311(s) Flops=586967040 => 1662.27815694826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239321.164385631 Mflops = 239.321164385631 Gflops = 0.239321164385631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001178725 Relative Rsd = 5.17036222986429e-07
BICGSTAB_SOLVER_TIME: 0.709963 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121623
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.134919(s) Flops=1731354624 => 1525.53144673761 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219661.240849423 Mflops = 219.661240849423 Gflops = 0.219661240849423 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192772000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.431723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 36 resid = 1.509078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140748(s) Flops=239192064 => 1699.43490493648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244625.255565829 Mflops = 244.625255565829 Gflops = 0.244625255565829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05616 s
InvBiCGStab: k = 62 resid = 8.571919e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231126(s) Flops=409798656 => 1773.05303600633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255251.158126859 Mflops = 255.251158126859 Gflops = 0.255251158126859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008105749 Relative Rsd = 3.5555073201568e-07
BICGSTAB_SOLVER_TIME: 0.472962 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0844460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042068 s
InvBiCGStab: k = 54 resid = 2.203299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203962(s) Flops=357304320 => 1751.8180837607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252206.117327057 Mflops = 252.206117327057 Gflops = 0.252206117327057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05614 s
InvBiCGStab: k = 91 resid = 1.031673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334492(s) Flops=600090624 => 1794.03580354687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258284.32104754 Mflops = 258.28432104754 Gflops = 0.25828432104754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001133978 Relative Rsd = 4.97408482627871e-07
BICGSTAB_SOLVER_TIME: 0.640617 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117698
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04819 s
InvBiCGStab: k = 66 resid = 1.528892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25692(s) Flops=436045824 => 1697.20467071462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244344.088655853 Mflops = 244.344088655853 Gflops = 0.244344088655853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056671 s
InvBiCGStab: k = 80 resid = 8.579379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349011(s) Flops=527910912 => 1512.5910415431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217785.775048645 Mflops = 217.785775048645 Gflops = 0.217785775048645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001124809 Relative Rsd = 4.93386289999837e-07
BICGSTAB_SOLVER_TIME: 0.714713 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04159 s
InvBiCGStab: k = 70 resid = 1.821338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303554(s) Flops=462292992 => 1522.93493744111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219261.223513016 Mflops = 219.261223513016 Gflops = 0.219261223513016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064917 s
InvBiCGStab: k = 93 resid = 9.057299e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388826(s) Flops=613214208 => 1577.09157309439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227074.882318312 Mflops = 227.074882318312 Gflops = 0.227074882318312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001209361 Relative Rsd = 5.30474187431125e-07
BICGSTAB_SOLVER_TIME: 0.803557 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048412 s
InvBiCGStab: k = 64 resid = 2.246806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260922(s) Flops=422922240 => 1620.8761238991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233362.269211795 Mflops = 233.362269211795 Gflops = 0.233362269211795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061288 s
InvBiCGStab: k = 86 resid = 1.060812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342222(s) Flops=567281664 => 1657.64230236513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238650.606473458 Mflops = 238.650606473458 Gflops = 0.238650606473458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001135156 Relative Rsd = 4.97924999423389e-07
BICGSTAB_SOLVER_TIME: 0.716925 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121612
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.162512(s) Flops=1730691072 => 1488.75114579462 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214382.881808728 Mflops = 214.382881808728 Gflops = 0.214382881808728 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192952000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.439268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041625 s
InvBiCGStab: k = 23 resid = 2.190186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.086394(s) Flops=153888768 => 1781.24369747899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256341.589272661 Mflops = 256.341589272661 Gflops = 0.256341589272661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056944 s
InvBiCGStab: k = 51 resid = 1.047342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189938(s) Flops=337618944 => 1777.52184397014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255891.686040921 Mflops = 255.891686040921 Gflops = 0.255891686040921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007526436 Relative Rsd = 3.30139739738231e-07
BICGSTAB_SOLVER_TIME: 0.381287 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 64 resid = 2.095942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237381(s) Flops=422922240 => 1781.6179053926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256494.788091376 Mflops = 256.494788091376 Gflops = 0.256494788091376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 90 resid = 1.111217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329121(s) Flops=593528832 => 1803.37575542126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259639.09893523 Mflops = 259.63909893523 Gflops = 0.25963909893523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001179411 Relative Rsd = 5.17336992529246e-07
BICGSTAB_SOLVER_TIME: 0.667508 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045957 s
InvBiCGStab: k = 66 resid = 1.688651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256856(s) Flops=436045824 => 1697.62755785343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244415.263859334 Mflops = 244.415263859334 Gflops = 0.244415263859334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055691 s
InvBiCGStab: k = 82 resid = 1.151251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360179(s) Flops=541034496 => 1502.12670921958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216268.342996697 Mflops = 216.268342996697 Gflops = 0.216268342996697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00106395 Relative Rsd = 4.66691180287204e-07
BICGSTAB_SOLVER_TIME: 0.722604 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 69 resid = 1.949372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276293(s) Flops=455731200 => 1649.44895455187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237472.780408499 Mflops = 237.472780408499 Gflops = 0.237472780408499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061693 s
InvBiCGStab: k = 88 resid = 1.047317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35567(s) Flops=580405248 => 1631.8645036129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234942.506086928 Mflops = 234.942506086928 Gflops = 0.234942506086928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001160478 Relative Rsd = 5.09032331830099e-07
BICGSTAB_SOLVER_TIME: 0.738643 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054145 s
InvBiCGStab: k = 61 resid = 2.053802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295368(s) Flops=403236864 => 1365.20159258958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196575.693107951 Mflops = 196.575693107951 Gflops = 0.196575693107951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061882 s
InvBiCGStab: k = 78 resid = 1.13843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302891(s) Flops=514787328 => 1699.57947908654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244685.427573158 Mflops = 244.685427573158 Gflops = 0.244685427573158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001152352 Relative Rsd = 5.0546788082886e-07
BICGSTAB_SOLVER_TIME: 0.71816 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11365
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.151737(s) Flops=1717788672 => 1491.47650201391 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214761.692599088 Mflops = 214.761692599088 Gflops = 0.214761692599088 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191238000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021498
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 245 resid = 2.031678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921265(s) Flops=1610606592 => 1748.25548783466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251685.974592621 Mflops = 251.685974592621 Gflops = 0.251685974592621 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.124494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.981412(s) Flops=1636853760 => 1667.85586481518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240161.714427048 Mflops = 240.161714427048 Gflops = 0.240161714427048 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.002184029 Relative Rsd = 9.60660532293059e-07
BICGSTAB_SOLVER_TIME: 1.906309 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352328
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.206643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.74324(s) Flops=1249708032 => 1681.43268930628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242093.89642183 Mflops = 242.09389642183 Gflops = 0.24209389642183 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.517131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.041295(s) Flops=1492494336 => 1433.30596612871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206389.099954925 Mflops = 206.389099954925 Gflops = 0.206389099954925 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.001963717 Relative Rsd = 8.62651179417995e-07
BICGSTAB_SOLVER_TIME: 1.790757 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.120691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297818999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 344 resid = 1.827967e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.328202(s) Flops=2260224000 => 1701.71705809809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245022.395555426 Mflops = 245.022395555426 Gflops = 0.245022395555426 Tflops
InvBiCGStab: k = 371 resid = 7.134495e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.395045(s) Flops=2437392384 => 1747.17832327989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251587.885011842 Mflops = 251.587885011842 Gflops = 0.251587885011842 Tflops
BICGSTAB_SOLVER: 715 iterations. Rsd = 0.002181052 Relative Rsd = 9.59350885228577e-07
BICGSTAB_SOLVER_TIME: 2.728554 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.510873999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 287 resid = 2.193991e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.157622(s) Flops=1886201856 => 1629.37630418219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234631.980356731 Mflops = 234.631980356731 Gflops = 0.234631980356731 Tflops
InvBiCGStab: k = 302 resid = 7.804256e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.214996(s) Flops=1984628736 => 1633.4446664845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235208.927021289 Mflops = 235.208927021289 Gflops = 0.235208927021289 Tflops
BICGSTAB_SOLVER: 589 iterations. Rsd = 0.001919206 Relative Rsd = 8.43097541303053e-07
BICGSTAB_SOLVER_TIME: 2.377751 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.421510999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 248 resid = 1.924823e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.005018(s) Flops=1630291968 => 1622.15200921775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233557.489854125 Mflops = 233.557489854125 Gflops = 0.233557489854125 Tflops
InvBiCGStab: k = 276 resid = 8.173632e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.137044(s) Flops=1814022144 => 1595.38429823296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229726.56992205 Mflops = 229.72656992205 Gflops = 0.22972656992205 Tflops
BICGSTAB_SOLVER: 524 iterations. Rsd = 0.001889956 Relative Rsd = 8.29010733417217e-07
BICGSTAB_SOLVER_TIME: 2.147312 sec
2Flav::invert,  n_count = 524
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.373826000000004
MInvCG2: 370 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.535115(s) Flops=2383865856 => 1552.89073196471 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223620.915766101 Mflops = 223.620915766101 Gflops = 0.223620915766101 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265834000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0475411652686262
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 509.36782 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.040848 secs
Doing Update: 2770 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 294 resid = 2.120953e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.113145(s) Flops=1932134400 => 1735.74368119158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249956.877826044 Mflops = 249.956877826044 Gflops = 0.249956877826044 Tflops
InvBiCGStab: k = 311 resid = 8.160389e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.413777(s) Flops=2043684864 => 1445.54966165102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208153.573837106 Mflops = 208.153573837106 Gflops = 0.208153573837106 Tflops
BICGSTAB_SOLVER: 605 iterations. Rsd = 0.001988437 Relative Rsd = 8.74804402575239e-07
BICGSTAB_SOLVER_TIME: 2.531988 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.434467999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000381
InvBiCGStab: k = 255 resid = 2.010691e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.017429(s) Flops=1676224512 => 1647.51005917858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237242.711013202 Mflops = 237.242711013202 Gflops = 0.237242711013202 Tflops
InvBiCGStab: k = 275 resid = 1.089183e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.034928(s) Flops=1807460352 => 1746.4599972172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251480.079468113 Mflops = 251.480079468113 Gflops = 0.251480079468113 Tflops
BICGSTAB_SOLVER: 530 iterations. Rsd = 0.00188211 Relative Rsd = 8.27287988730844e-07
BICGSTAB_SOLVER_TIME: 2.057267 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.381290999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
MInvCG2: 383 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.648912(s) Flops=2462017536 => 1493.11639189963 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215011.216243648 Mflops = 215.011216243648 Gflops = 0.215011216243648 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273431000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 340 resid = 2.195579e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.282819(s) Flops=2233976832 => 1741.4591084167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250775.272873465 Mflops = 250.775272873465 Gflops = 0.250775272873465 Tflops
InvBiCGStab: k = 324 resid = 9.280136e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.269381(s) Flops=2128988160 => 1677.18609306426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241506.731364176 Mflops = 241.506731364176 Gflops = 0.241506731364176 Tflops
BICGSTAB_SOLVER: 664 iterations. Rsd = 0.002107783 Relative Rsd = 9.27310355358036e-07
BICGSTAB_SOLVER_TIME: 2.556975 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.476295999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 276 resid = 2.226694e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.192336(s) Flops=1814022144 => 1521.40180620228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219061.460163246 Mflops = 219.061460163246 Gflops = 0.219061460163246 Tflops
InvBiCGStab: k = 327 resid = 5.989743e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.331372(s) Flops=2148673536 => 1613.87916825651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232392.229124484 Mflops = 232.392229124484 Gflops = 0.232392229124484 Tflops
BICGSTAB_SOLVER: 603 iterations. Rsd = 0.001977014 Relative Rsd = 8.69003526618404e-07
BICGSTAB_SOLVER_TIME: 2.528591 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.431543999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 253 resid = 1.510488e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.977968(s) Flops=1663100928 => 1700.56783862049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244788.510279693 Mflops = 244.788510279693 Gflops = 0.244788510279693 Tflops
InvBiCGStab: k = 283 resid = 1.106276e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.119113(s) Flops=1859954688 => 1661.99006534639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239317.225555732 Mflops = 239.317225555732 Gflops = 0.239317225555732 Tflops
BICGSTAB_SOLVER: 536 iterations. Rsd = 0.001876933 Relative Rsd = 8.22937202398547e-07
BICGSTAB_SOLVER_TIME: 2.102113 sec
2Flav::invert,  n_count = 536
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.382568000000004
MInvCG2: 369 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.600153(s) Flops=2378188800 => 1486.22587965026 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214018.531087104 Mflops = 214.018531087104 Gflops = 0.214018531087104 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264712000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.99517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.861343(s) Flops=1485932544 => 1725.1345213231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248383.519524954 Mflops = 248.383519524954 Gflops = 0.248383519524954 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 283 resid = 9.216188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.154338(s) Flops=1859954688 => 1611.27389724673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232014.688208985 Mflops = 232.014688208985 Gflops = 0.232014688208985 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.002251955 Relative Rsd = 9.9073810787432e-07
BICGSTAB_SOLVER_TIME: 2.021259 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.120443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363014
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 2.272107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.766756(s) Flops=1295640576 => 1689.76907386444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243358.548278643 Mflops = 243.358548278643 Gflops = 0.243358548278643 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.089399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921874(s) Flops=1551550464 => 1683.03961712772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242344.70861205 Mflops = 242.34470861205 Gflops = 0.24234470861205 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.00200655 Relative Rsd = 8.81986062955296e-07
BICGSTAB_SOLVER_TIME: 1.692084 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.12933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308936999999999
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.107234(s) Flops=1719336960 => 1552.82167997009 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223592.074188909 Mflops = 223.592074188909 Gflops = 0.223592074188909 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191635000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.445752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 177 resid = 1.325829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700338(s) Flops=1164404736 => 1662.63252315311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239270.908177284 Mflops = 239.270908177284 Gflops = 0.239270908177284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 177 resid = 1.12182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.668418(s) Flops=1164404736 => 1742.03078911699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250828.529289702 Mflops = 250.828529289702 Gflops = 0.250828529289702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 354 iterations. Rsd = 0.001814262 Relative Rsd = 7.9545942557378e-07
BICGSTAB_SOLVER_TIME: 1.372543 sec
2Flav::invert,  n_count = 354
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.253877999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000219 s
InvBiCGStab: k = 134 resid = 1.749152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.516859(s) Flops=882247680 => 1706.94073238543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245529.023734652 Mflops = 245.529023734652 Gflops = 0.245529023734652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 152 resid = 1.148778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.644783(s) Flops=1000359936 => 1551.46760382951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223371.803580477 Mflops = 223.371803580477 Gflops = 0.223371803580477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 286 iterations. Rsd = 0.001599401 Relative Rsd = 7.01254163397623e-07
BICGSTAB_SOLVER_TIME: 1.165869 sec
2Flav::invert,  n_count = 286
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.206123999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005372 s
InvBiCGStab: k = 97 resid = 2.20115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370138(s) Flops=639461376 => 1727.62963002988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248742.242060887 Mflops = 248.742242060887 Gflops = 0.248742242060887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007083 s
InvBiCGStab: k = 133 resid = 1.014026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.515633(s) Flops=875685888 => 1698.27355502848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244526.132887761 Mflops = 244.526132887761 Gflops = 0.244526132887761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 230 iterations. Rsd = 0.001456768 Relative Rsd = 6.38717128846032e-07
BICGSTAB_SOLVER_TIME: 0.902147 sec
2Flav::invert,  n_count = 230
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167621999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.010046 s
InvBiCGStab: k = 90 resid = 2.235501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353408(s) Flops=593528832 => 1679.44367982615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241805.475180379 Mflops = 241.805475180379 Gflops = 0.241805475180379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011036 s
InvBiCGStab: k = 122 resid = 4.124934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471494(s) Flops=803506176 => 1704.17052178819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245359.625281632 Mflops = 245.359625281632 Gflops = 0.245359625281632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001353014 Relative Rsd = 5.93226150709348e-07
BICGSTAB_SOLVER_TIME: 0.849901 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156155999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010286 s
InvBiCGStab: k = 78 resid = 2.211266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296684(s) Flops=514787328 => 1735.13680549002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249816.575405091 Mflops = 249.816575405091 Gflops = 0.249816575405091 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.01751 s
InvBiCGStab: k = 120 resid = 1.096939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.466202(s) Flops=790382592 => 1695.36508208888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244104.919732064 Mflops = 244.104919732064 Gflops = 0.244104919732064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001342809 Relative Rsd = 5.88751803988232e-07
BICGSTAB_SOLVER_TIME: 0.794596 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147203
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.189984(s) Flops=1725308928 => 1449.85892919569 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208769.369276651 Mflops = 208.769369276651 Gflops = 0.208769369276651 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192091000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.417957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014037 s
InvBiCGStab: k = 32 resid = 2.250654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119211(s) Flops=212944896 => 1786.28562800413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257112.694137976 Mflops = 257.112694137976 Gflops = 0.257112694137976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.020822 s
InvBiCGStab: k = 52 resid = 1.012538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209056(s) Flops=344180736 => 1646.35665084953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237004.730764851 Mflops = 237.004730764851 Gflops = 0.237004730764851 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007339131 Relative Rsd = 3.21782679317525e-07
BICGSTAB_SOLVER_TIME: 0.366911 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016569 s
InvBiCGStab: k = 90 resid = 2.205529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387354(s) Flops=593528832 => 1532.26462615592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220619.795940953 Mflops = 220.619795940953 Gflops = 0.220619795940953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.025979 s
InvBiCGStab: k = 127 resid = 9.339877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.555692(s) Flops=836315136 => 1504.99761738517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216692.812589354 Mflops = 216.692812589354 Gflops = 0.216692812589354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.001396931 Relative Rsd = 6.12481307353437e-07
BICGSTAB_SOLVER_TIME: 0.989821 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163130999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.026279 s
InvBiCGStab: k = 66 resid = 1.274113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250032(s) Flops=436045824 => 1743.96006911115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251081.6999634 Mflops = 251.0816999634 Gflops = 0.2510816999634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028836 s
InvBiCGStab: k = 100 resid = 9.615662e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397925(s) Flops=659146752 => 1656.4597650311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238496.018341448 Mflops = 238.496018341448 Gflops = 0.238496018341448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00118634 Relative Rsd = 5.20148318871979e-07
BICGSTAB_SOLVER_TIME: 0.71392 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127494
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024879 s
InvBiCGStab: k = 71 resid = 2.177768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273404(s) Flops=468854784 => 1714.87902152127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246908.073711453 Mflops = 246.908073711453 Gflops = 0.246908073711453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033469 s
InvBiCGStab: k = 114 resid = 1.115032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419202(s) Flops=751011840 => 1791.52733049938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257939.637108424 Mflops = 257.939637108424 Gflops = 0.257939637108424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001285457 Relative Rsd = 5.63605883539853e-07
BICGSTAB_SOLVER_TIME: 0.754856 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142214
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028502 s
InvBiCGStab: k = 69 resid = 1.691712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320199(s) Flops=455731200 => 1423.27490092099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204926.648122566 Mflops = 204.926648122566 Gflops = 0.204926648122566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.043688 s
InvBiCGStab: k = 89 resid = 1.079437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326123(s) Flops=586967040 => 1799.83331442431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.248420388 Mflops = 259.130248420388 Gflops = 0.259130248420388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001197433 Relative Rsd = 5.25012116488397e-07
BICGSTAB_SOLVER_TIME: 0.722326 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12391
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.205926(s) Flops=1730985984 => 1435.3998371376 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206680.535476234 Mflops = 206.680535476234 Gflops = 0.206680535476234 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192637000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.40959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032197 s
InvBiCGStab: k = 32 resid = 2.210588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117974(s) Flops=212944896 => 1805.01547798668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.909780364 Mflops = 259.817909780364 Gflops = 0.259817909780364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.044441 s
InvBiCGStab: k = 48 resid = 1.072733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19669(s) Flops=317933568 => 1616.41958411714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232676.725190716 Mflops = 232.676725190716 Gflops = 0.232676725190716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007369242 Relative Rsd = 3.23102882123156e-07
BICGSTAB_SOLVER_TIME: 0.395099 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036492 s
InvBiCGStab: k = 71 resid = 2.071215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2868(s) Flops=468854784 => 1634.77958158996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235352.047916059 Mflops = 235.352047916059 Gflops = 0.235352047916059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.059312 s
InvBiCGStab: k = 88 resid = 6.119379e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364214(s) Flops=580405248 => 1593.58302536421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229427.421002104 Mflops = 229.427421002104 Gflops = 0.229427421002104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001166524 Relative Rsd = 5.1146024617305e-07
BICGSTAB_SOLVER_TIME: 0.750994 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126798
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042827 s
InvBiCGStab: k = 64 resid = 2.008386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236097(s) Flops=422922240 => 1791.30713223802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257872.340093887 Mflops = 257.872340093887 Gflops = 0.257872340093887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05786 s
InvBiCGStab: k = 83 resid = 9.881081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312254(s) Flops=547596288 => 1753.68862528583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252477.286005971 Mflops = 252.477286005971 Gflops = 0.252477286005971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001107922 Relative Rsd = 4.85766082989883e-07
BICGSTAB_SOLVER_TIME: 0.652916 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041583 s
InvBiCGStab: k = 65 resid = 2.075966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255965(s) Flops=429484032 => 1677.90140058211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241571.426114057 Mflops = 241.571426114057 Gflops = 0.241571426114057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065743 s
InvBiCGStab: k = 85 resid = 9.722476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328885(s) Flops=560719872 => 1704.91166213114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245473.772401275 Mflops = 245.473772401275 Gflops = 0.245473772401275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001135247 Relative Rsd = 4.97746623578907e-07
BICGSTAB_SOLVER_TIME: 0.696881 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04157 s
InvBiCGStab: k = 71 resid = 1.992674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259663(s) Flops=468854784 => 1805.62800244933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259966.714736149 Mflops = 259.966714736149 Gflops = 0.259966714736149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056457 s
InvBiCGStab: k = 94 resid = 7.657991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376585(s) Flops=619776000 => 1645.77983722134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236949.764019731 Mflops = 236.949764019731 Gflops = 0.236949764019731 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001169133 Relative Rsd = 5.12604098671569e-07
BICGSTAB_SOLVER_TIME: 0.738054 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132256
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.25914(s) Flops=1729732608 => 1373.74129008688 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197820.617142184 Mflops = 197.820617142184 Gflops = 0.197820617142184 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192518000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.4296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 32 resid = 1.356613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11848(s) Flops=212944896 => 1797.30668467252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258716.387071574 Mflops = 258.716387071575 Gflops = 0.258716387071575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057586 s
InvBiCGStab: k = 55 resid = 9.058848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205197(s) Flops=363866112 => 1773.25259141216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255281.521406093 Mflops = 255.281521406093 Gflops = 0.255281521406093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007493192 Relative Rsd = 3.28537457542551e-07
BICGSTAB_SOLVER_TIME: 0.426546 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 62 resid = 2.12578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227407(s) Flops=409798656 => 1802.04943559345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259440.698084266 Mflops = 259.440698084267 Gflops = 0.259440698084267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05567 s
InvBiCGStab: k = 98 resid = 8.051442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39463(s) Flops=646023168 => 1637.03511643818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235686.049657464 Mflops = 235.686049657464 Gflops = 0.235686049657464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001179744 Relative Rsd = 5.17256122793282e-07
BICGSTAB_SOLVER_TIME: 0.723524 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045957 s
InvBiCGStab: k = 63 resid = 2.159072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268998(s) Flops=416360448 => 1547.81986483171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222839.302116968 Mflops = 222.839302116968 Gflops = 0.222839302116968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058628 s
InvBiCGStab: k = 92 resid = 7.613909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343755(s) Flops=606652416 => 1764.7813588166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254078.906948821 Mflops = 254.078906948821 Gflops = 0.254078906948821 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001117173 Relative Rsd = 4.8982203796935e-07
BICGSTAB_SOLVER_TIME: 0.721342 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 74 resid = 2.109123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273182(s) Flops=488540160 => 1788.33217415496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257486.307831708 Mflops = 257.486307831708 Gflops = 0.257486307831708 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058054 s
InvBiCGStab: k = 81 resid = 1.142441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321681(s) Flops=534472704 => 1661.49913734414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239206.719872808 Mflops = 239.206719872808 Gflops = 0.239206719872808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001158324 Relative Rsd = 5.07864792632299e-07
BICGSTAB_SOLVER_TIME: 0.698059 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125114000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048431 s
InvBiCGStab: k = 64 resid = 1.618211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257985(s) Flops=422922240 => 1639.32879818594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236023.538319853 Mflops = 236.023538319853 Gflops = 0.236023538319853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056454 s
InvBiCGStab: k = 86 resid = 1.121118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330729(s) Flops=567281664 => 1715.24621064376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246952.291609653 Mflops = 246.952291609653 Gflops = 0.246952291609653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001117975 Relative Rsd = 4.90173870868605e-07
BICGSTAB_SOLVER_TIME: 0.697417 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121222
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.239771(s) Flops=1684979712 => 1359.10560256693 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195700.901670393 Mflops = 195.700901670393 Gflops = 0.195700901670393 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188768000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.415721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 2.252287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733284(s) Flops=1275955200 => 1740.05596740144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250514.997878731 Mflops = 250.514997878731 Gflops = 0.250514997878731 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 282 resid = 1.005136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.102778(s) Flops=1853392896 => 1680.6582068195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242006.285666499 Mflops = 242.006285666499 Gflops = 0.242006285666499 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002178272 Relative Rsd = 9.58329571182075e-07
BICGSTAB_SOLVER_TIME: 1.840045 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.121547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339380999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.631986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801924(s) Flops=1361258496 => 1697.49065497479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244426.906649587 Mflops = 244.426906649587 Gflops = 0.244426906649587 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.063963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.022166(s) Flops=1663100928 => 1627.03604698258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234283.766380297 Mflops = 234.283766380297 Gflops = 0.234283766380297 Tflops
BICGSTAB_SOLVER: 460 iterations. Rsd = 0.002085406 Relative Rsd = 9.16569910644773e-07
BICGSTAB_SOLVER_TIME: 1.827679 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.118277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328049999999999
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.105595(s) Flops=1684979712 => 1524.0478764828 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219444.840357895 Mflops = 219.444840357895 Gflops = 0.219444840357895 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187713000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.430261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 27 resid = 2.179616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099874(s) Flops=180135936 => 1803.63193623966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259594.807238259 Mflops = 259.594807238259 Gflops = 0.259594807238259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05653 s
InvBiCGStab: k = 52 resid = 1.011375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190192(s) Flops=344180736 => 1809.64886009927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260484.054369968 Mflops = 260.484054369968 Gflops = 0.260484054369968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007502311 Relative Rsd = 3.28937269975434e-07
BICGSTAB_SOLVER_TIME: 0.391255 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 81 resid = 2.04968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295911(s) Flops=534472704 => 1806.19410566015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.748131905 Mflops = 260.046748131905 Gflops = 0.260046748131905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055976 s
InvBiCGStab: k = 113 resid = 7.696603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412252(s) Flops=744450048 => 1805.81306579471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260004.197994258 Mflops = 260.004197994258 Gflops = 0.260004197994258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001305003 Relative Rsd = 5.72175742834652e-07
BICGSTAB_SOLVER_TIME: 0.808788 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153450999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 69 resid = 1.01385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300606(s) Flops=455731200 => 1516.04159597613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218267.856455104 Mflops = 218.267856455104 Gflops = 0.218267856455104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076288 s
InvBiCGStab: k = 89 resid = 1.083847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446325(s) Flops=586967040 => 1315.1112754159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189326.785798931 Mflops = 189.326785798931 Gflops = 0.189326785798931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001086177 Relative Rsd = 4.76232192363557e-07
BICGSTAB_SOLVER_TIME: 0.869016 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052477 s
InvBiCGStab: k = 69 resid = 1.374281e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25863(s) Flops=455731200 => 1762.09720450064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253684.75921171 Mflops = 253.68475921171 Gflops = 0.25368475921171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057066 s
InvBiCGStab: k = 93 resid = 8.73968e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38741(s) Flops=613214208 => 1582.85590975969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227898.688538721 Mflops = 227.898688538721 Gflops = 0.227898688538721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00117108 Relative Rsd = 5.13457623949581e-07
BICGSTAB_SOLVER_TIME: 0.759542 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045397 s
InvBiCGStab: k = 63 resid = 2.277622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233239(s) Flops=416360448 => 1785.12361997779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256997.620896518 Mflops = 256.997620896518 Gflops = 0.256997620896518 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058153 s
InvBiCGStab: k = 105 resid = 1.043192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388244(s) Flops=691955712 => 1782.27020121367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256599.61634318 Mflops = 256.59961634318 Gflops = 0.25659961634318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001176809 Relative Rsd = 5.15969658787361e-07
BICGSTAB_SOLVER_TIME: 0.72894 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134165
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.083122(s) Flops=1722433536 => 1590.24886947177 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229098.616563597 Mflops = 229.098616563597 Gflops = 0.229098616563597 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192355000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.427721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 33 resid = 2.07217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132379(s) Flops=219506688 => 1658.16850104624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238719.010052455 Mflops = 238.719010052455 Gflops = 0.238719010052455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062676 s
InvBiCGStab: k = 58 resid = 6.493261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230143(s) Flops=383551488 => 1666.57898784669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239933.010373571 Mflops = 239.933010373571 Gflops = 0.239933010373571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007343537 Relative Rsd = 3.21975847982435e-07
BICGSTAB_SOLVER_TIME: 0.470427 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0792280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040759 s
InvBiCGStab: k = 83 resid = 1.294061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329839(s) Flops=547596288 => 1660.1926636935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239032.802254785 Mflops = 239.032802254785 Gflops = 0.239032802254785 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058959 s
InvBiCGStab: k = 120 resid = 7.696622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.475007(s) Flops=790382592 => 1663.93883037513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239576.169773229 Mflops = 239.576169773229 Gflops = 0.239576169773229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001296087 Relative Rsd = 5.68266635853321e-07
BICGSTAB_SOLVER_TIME: 0.910223 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159202999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 61 resid = 1.942644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276997(s) Flops=403236864 => 1455.74451708863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209581.646437265 Mflops = 209.581646437265 Gflops = 0.209581646437265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066742 s
InvBiCGStab: k = 77 resid = 1.132559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383699(s) Flops=508225536 => 1324.54224795999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190698.776009322 Mflops = 190.698776009322 Gflops = 0.190698776009322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001057285 Relative Rsd = 4.63564421518395e-07
BICGSTAB_SOLVER_TIME: 0.773394 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04169 s
InvBiCGStab: k = 76 resid = 1.914192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307774(s) Flops=501663744 => 1629.9744097942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234687.058316738 Mflops = 234.687058316739 Gflops = 0.234687058316739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06703 s
InvBiCGStab: k = 93 resid = 8.253924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359797(s) Flops=613214208 => 1704.33385492375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245386.791739787 Mflops = 245.386791739787 Gflops = 0.245386791739787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001180488 Relative Rsd = 5.17582536748125e-07
BICGSTAB_SOLVER_TIME: 0.780204 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135111
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042294 s
InvBiCGStab: k = 63 resid = 1.829024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241398(s) Flops=416360448 => 1724.78830810529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248313.362366624 Mflops = 248.313362366624 Gflops = 0.248313362366624 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057766 s
InvBiCGStab: k = 95 resid = 7.780263e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371279(s) Flops=626337792 => 1686.97338659068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242885.025826064 Mflops = 242.885025826064 Gflops = 0.242885025826064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001156116 Relative Rsd = 5.06896473767979e-07
BICGSTAB_SOLVER_TIME: 0.717235 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127146
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.134202(s) Flops=1728700416 => 1524.15567597306 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219475.982755955 Mflops = 219.475982755955 Gflops = 0.219475982755955 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192876000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.446705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 29 resid = 2.022689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108608(s) Flops=193259520 => 1779.42251031232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256084.382595277 Mflops = 256.084382595277 Gflops = 0.256084382595277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076292 s
InvBiCGStab: k = 55 resid = 9.748301e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201994(s) Flops=363866112 => 1801.37089220472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259328.48323183 Mflops = 259.32848323183 Gflops = 0.25932848323183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007411585 Relative Rsd = 3.24959409343255e-07
BICGSTAB_SOLVER_TIME: 0.431926 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0746290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043931 s
InvBiCGStab: k = 62 resid = 1.86068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260718(s) Flops=409798656 => 1571.80806848779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226289.924539523 Mflops = 226.289924539523 Gflops = 0.226289924539523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06402 s
InvBiCGStab: k = 85 resid = 1.078676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334381(s) Flops=560719872 => 1676.88915339089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241429.228512585 Mflops = 241.429228512585 Gflops = 0.241429228512585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00112517 Relative Rsd = 4.93328627288775e-07
BICGSTAB_SOLVER_TIME: 0.706957 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044226 s
InvBiCGStab: k = 66 resid = 2.223413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264922(s) Flops=436045824 => 1645.94040510037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236972.948888364 Mflops = 236.972948888364 Gflops = 0.236972948888364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066692 s
InvBiCGStab: k = 84 resid = 8.619745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371989(s) Flops=554158080 => 1489.71630881558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214482.795772029 Mflops = 214.482795772029 Gflops = 0.214482795772029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001097609 Relative Rsd = 4.81244216113652e-07
BICGSTAB_SOLVER_TIME: 0.751584 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048512 s
InvBiCGStab: k = 66 resid = 2.26889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272883(s) Flops=436045824 => 1597.92227438133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230054.691488738 Mflops = 230.054691488738 Gflops = 0.230054691488738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056066 s
InvBiCGStab: k = 82 resid = 1.135529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307073(s) Flops=541034496 => 1761.90839311825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253664.188898094 Mflops = 253.664188898094 Gflops = 0.253664188898094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001202588 Relative Rsd = 5.27272258774629e-07
BICGSTAB_SOLVER_TIME: 0.68856 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04161 s
InvBiCGStab: k = 60 resid = 2.084103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228282(s) Flops=396675072 => 1737.65374405341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250168.068638235 Mflops = 250.168068638235 Gflops = 0.250168068638235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055781 s
InvBiCGStab: k = 85 resid = 8.084193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340606(s) Flops=560719872 => 1646.24191000746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237019.532630549 Mflops = 237.019532630549 Gflops = 0.237019532630549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001078391 Relative Rsd = 4.72818244377681e-07
BICGSTAB_SOLVER_TIME: 0.670216 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117681
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034617(s) Flops=1606164480 => 1552.42421108487 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223691.910807596 Mflops = 223.691910807596 Gflops = 0.223691910807596 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178864000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.477736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04197 s
InvBiCGStab: k = 32 resid = 1.219255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128767(s) Flops=212944896 => 1653.72258420247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238059.162471484 Mflops = 238.059162471484 Gflops = 0.238059162471484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061886 s
InvBiCGStab: k = 62 resid = 5.069907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23947(s) Flops=409798656 => 1711.27346222909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246345.553973761 Mflops = 246.345553973761 Gflops = 0.246345553973761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007546158 Relative Rsd = 3.30859743533242e-07
BICGSTAB_SOLVER_TIME: 0.479548 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0812340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047688 s
InvBiCGStab: k = 54 resid = 2.08683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203067(s) Flops=357304320 => 1759.5390683863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253284.141556818 Mflops = 253.284141556818 Gflops = 0.253284141556817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06386 s
InvBiCGStab: k = 82 resid = 1.030494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305586(s) Flops=541034496 => 1770.48194616246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254894.088327014 Mflops = 254.894088327014 Gflops = 0.254894088327014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001147634 Relative Rsd = 5.03177702617393e-07
BICGSTAB_SOLVER_TIME: 0.624122 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042343 s
InvBiCGStab: k = 67 resid = 2.092693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271577(s) Flops=442607616 => 1629.76841190528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234643.40327055 Mflops = 234.64340327055 Gflops = 0.23464340327055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057903 s
InvBiCGStab: k = 82 resid = 1.045731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322372(s) Flops=541034496 => 1678.29245716129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241621.523277751 Mflops = 241.621523277751 Gflops = 0.241621523277751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001061469 Relative Rsd = 4.65398770964704e-07
BICGSTAB_SOLVER_TIME: 0.698627 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046593 s
InvBiCGStab: k = 76 resid = 1.375614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332137(s) Flops=501663744 => 1510.4121010306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217458.036167036 Mflops = 217.458036167036 Gflops = 0.217458036167036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068128 s
InvBiCGStab: k = 93 resid = 1.135333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379439(s) Flops=613214208 => 1616.10748499759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232680.257313336 Mflops = 232.680257313336 Gflops = 0.232680257313336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001229378 Relative Rsd = 5.39018363195616e-07
BICGSTAB_SOLVER_TIME: 0.830194 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042445 s
InvBiCGStab: k = 66 resid = 1.289219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256727(s) Flops=436045824 => 1698.48058053886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244530.596011825 Mflops = 244.530596011825 Gflops = 0.244530596011825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056874 s
InvBiCGStab: k = 84 resid = 1.10122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309768(s) Flops=554158080 => 1788.94553343147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257556.999594176 Mflops = 257.556999594176 Gflops = 0.257556999594176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001157601 Relative Rsd = 5.07547719373897e-07
BICGSTAB_SOLVER_TIME: 0.669559 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121322
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062461(s) Flops=1606164480 => 1511.73970621039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217674.793380956 Mflops = 217.674793380956 Gflops = 0.217674793380956 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178436000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.458909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 2.132979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.929313(s) Flops=1551550464 => 1669.56715767454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240393.433538144 Mflops = 240.393433538144 Gflops = 0.240393433538144 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 263 resid = 1.018241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.021289(s) Flops=1728718848 => 1692.68331295059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243735.599610868 Mflops = 243.735599610868 Gflops = 0.243735599610868 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.002234105 Relative Rsd = 9.82902576902155e-07
BICGSTAB_SOLVER_TIME: 1.954052 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.35629
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.187187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831565(s) Flops=1269393408 => 1526.51134667765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219787.738419876 Mflops = 219.787738419876 Gflops = 0.219787738419876 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 7.396616e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83682(s) Flops=1413752832 => 1689.43480318348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243270.189229305 Mflops = 243.270189229305 Gflops = 0.243270189229305 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001976483 Relative Rsd = 8.68635406907084e-07
BICGSTAB_SOLVER_TIME: 1.67197 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.127732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292314999999999
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104765(s) Flops=1606164480 => 1453.85170601893 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209374.366806639 Mflops = 209.374366806639 Gflops = 0.209374366806639 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178392000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 27 resid = 2.193228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099579(s) Flops=180135936 => 1808.97514536197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260376.481863611 Mflops = 260.376481863611 Gflops = 0.260376481863611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056188 s
InvBiCGStab: k = 49 resid = 1.122716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179918(s) Flops=324495360 => 1803.57362798608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259626.698320299 Mflops = 259.626698320299 Gflops = 0.259626698320299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007325006 Relative Rsd = 3.21163360518293e-07
BICGSTAB_SOLVER_TIME: 0.380642 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047702 s
InvBiCGStab: k = 78 resid = 1.808936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310239(s) Flops=514787328 => 1659.32499782426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238890.679189395 Mflops = 238.890679189395 Gflops = 0.238890679189395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055948 s
InvBiCGStab: k = 101 resid = 1.145255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397912(s) Flops=665708544 => 1673.00444319347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240882.602781558 Mflops = 240.882602781558 Gflops = 0.240882602781558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001296003 Relative Rsd = 5.6822978348813e-07
BICGSTAB_SOLVER_TIME: 0.815562 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 59 resid = 1.731204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216103(s) Flops=390113280 => 1805.21917789202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.807475864 Mflops = 259.883807475864 Gflops = 0.259883807475864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056218 s
InvBiCGStab: k = 84 resid = 1.096296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306826(s) Flops=554158080 => 1806.09883125941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260028.501303902 Mflops = 260.028501303902 Gflops = 0.260028501303902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001128514 Relative Rsd = 4.94794708293459e-07
BICGSTAB_SOLVER_TIME: 0.623921 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041429 s
InvBiCGStab: k = 75 resid = 2.176386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290404(s) Flops=495101952 => 1704.87304582582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245473.537012804 Mflops = 245.473537012804 Gflops = 0.245473537012804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05879 s
InvBiCGStab: k = 89 resid = 1.137537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337571(s) Flops=586967040 => 1738.79580888169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250319.987493494 Mflops = 250.319987493494 Gflops = 0.250319987493494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001198861 Relative Rsd = 5.25638249402246e-07
BICGSTAB_SOLVER_TIME: 0.732132 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042014 s
InvBiCGStab: k = 69 resid = 9.246551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275441(s) Flops=455731200 => 1654.55106538242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238210.340177275 Mflops = 238.210340177275 Gflops = 0.238210340177275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05681 s
InvBiCGStab: k = 96 resid = 8.044427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423192(s) Flops=632899584 => 1495.5376850224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215325.286842156 Mflops = 215.325286842156 Gflops = 0.215325286842156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001162387 Relative Rsd = 5.09646109381333e-07
BICGSTAB_SOLVER_TIME: 0.801897 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132046
Monitoring force
num_pf = 1
MInvCG2: 273 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.169781(s) Flops=1753620480 => 1499.10152413144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215855.364084128 Mflops = 215.855364084128 Gflops = 0.215855364084128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195617000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.440539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046598 s
InvBiCGStab: k = 36 resid = 1.695478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147373(s) Flops=239192064 => 1623.03857558712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233630.374820735 Mflops = 233.630374820735 Gflops = 0.233630374820735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064383 s
InvBiCGStab: k = 59 resid = 1.132453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255615(s) Flops=390113280 => 1526.17522445866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219706.941067994 Mflops = 219.706941067994 Gflops = 0.219706941067994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007535469 Relative Rsd = 3.30391075365397e-07
BICGSTAB_SOLVER_TIME: 0.517957 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0819750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040767 s
InvBiCGStab: k = 82 resid = 2.038652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308958(s) Flops=541034496 => 1751.1587206028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252123.798108378 Mflops = 252.123798108378 Gflops = 0.252123798108378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056974 s
InvBiCGStab: k = 107 resid = 1.087865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439636(s) Flops=705079296 => 1603.77970866808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230910.728935635 Mflops = 230.910728935635 Gflops = 0.230910728935635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001280396 Relative Rsd = 5.61386779067491e-07
BICGSTAB_SOLVER_TIME: 0.850375 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149635999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 71 resid = 2.18423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261392(s) Flops=468854784 => 1793.68451980168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258250.207860407 Mflops = 258.250207860407 Gflops = 0.258250207860407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056605 s
InvBiCGStab: k = 94 resid = 1.091552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344972(s) Flops=619776000 => 1796.59798476398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258666.146637933 Mflops = 258.666146637933 Gflops = 0.258666146637933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001182892 Relative Rsd = 5.18636504184177e-07
BICGSTAB_SOLVER_TIME: 0.707889 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040987 s
InvBiCGStab: k = 73 resid = 1.913852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267548(s) Flops=481978368 => 1801.46503804925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259368.129074199 Mflops = 259.368129074199 Gflops = 0.259368129074199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055773 s
InvBiCGStab: k = 87 resid = 1.004446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317894(s) Flops=573843456 => 1805.14088343913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259883.0332738 Mflops = 259.8830332738 Gflops = 0.2598830332738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001167698 Relative Rsd = 5.11974852192241e-07
BICGSTAB_SOLVER_TIME: 0.686091 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045245 s
InvBiCGStab: k = 76 resid = 1.794356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339329(s) Flops=501663744 => 1478.39926443069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212862.356283965 Mflops = 212.862356283965 Gflops = 0.212862356283965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065075 s
InvBiCGStab: k = 91 resid = 7.529625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421371(s) Flops=600090624 => 1424.13840534826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205047.510482196 Mflops = 205.047510482196 Gflops = 0.205047510482196 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001204689 Relative Rsd = 5.28193465820291e-07
BICGSTAB_SOLVER_TIME: 0.874899 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133555
Monitoring force
num_pf = 1
MInvCG2: 276 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.154059(s) Flops=1773305856 => 1536.58162710919 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221380.903500439 Mflops = 221.380903500439 Gflops = 0.221380903500439 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.197396000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.416385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045111 s
InvBiCGStab: k = 31 resid = 1.892446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12635(s) Flops=206383104 => 1633.42385437277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235112.100550009 Mflops = 235.11210055001 Gflops = 0.23511210055001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061937 s
InvBiCGStab: k = 57 resid = 9.160428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236179(s) Flops=376989696 => 1596.20328649033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229778.508869222 Mflops = 229.778508869222 Gflops = 0.229778508869222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007676738 Relative Rsd = 3.36584977946515e-07
BICGSTAB_SOLVER_TIME: 0.473863 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041533 s
InvBiCGStab: k = 50 resid = 1.696333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187466(s) Flops=331057152 => 1765.95837111796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254219.898997197 Mflops = 254.219898997197 Gflops = 0.254219898997197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058655 s
InvBiCGStab: k = 95 resid = 9.181775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353375(s) Flops=626337792 => 1772.44511354793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255188.170925872 Mflops = 255.188170925872 Gflops = 0.255188170925872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001127642 Relative Rsd = 4.94412403286145e-07
BICGSTAB_SOLVER_TIME: 0.644824 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041584 s
InvBiCGStab: k = 64 resid = 1.75956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233752(s) Flops=422922240 => 1809.27752489818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260486.281581841 Mflops = 260.486281581841 Gflops = 0.260486281581841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056176 s
InvBiCGStab: k = 85 resid = 1.029448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311085(s) Flops=560719872 => 1802.46515261102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259506.019399063 Mflops = 259.506019399063 Gflops = 0.259506019399063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001146095 Relative Rsd = 5.02502977665232e-07
BICGSTAB_SOLVER_TIME: 0.646463 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120768
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048383 s
InvBiCGStab: k = 67 resid = 2.078709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318089(s) Flops=442607616 => 1391.45841572642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200339.509288706 Mflops = 200.339509288706 Gflops = 0.200339509288706 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072525 s
InvBiCGStab: k = 89 resid = 7.795007e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358746(s) Flops=586967040 => 1636.16330216922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235561.014713336 Mflops = 235.561014713336 Gflops = 0.235561014713336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001151598 Relative Rsd = 5.04915582575875e-07
BICGSTAB_SOLVER_TIME: 0.807069 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044978 s
InvBiCGStab: k = 61 resid = 1.739272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26199(s) Flops=403236864 => 1539.1307454483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221590.129601308 Mflops = 221.590129601308 Gflops = 0.221590129601308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071631 s
InvBiCGStab: k = 77 resid = 1.0829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342777(s) Flops=508225536 => 1482.67105435896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213466.310843485 Mflops = 213.466310843485 Gflops = 0.213466310843485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001129014 Relative Rsd = 4.95013882886437e-07
BICGSTAB_SOLVER_TIME: 0.725637 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112718
Monitoring force
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.109666(s) Flops=1779572736 => 1603.70123622784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230914.327722479 Mflops = 230.914327722479 Gflops = 0.230914327722479 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198432000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.418408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041019 s
InvBiCGStab: k = 32 resid = 1.986236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120959(s) Flops=212944896 => 1760.4716970213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253388.491499514 Mflops = 253.388491499514 Gflops = 0.253388491499514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06342 s
InvBiCGStab: k = 51 resid = 9.462718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210408(s) Flops=337618944 => 1604.59176457169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230978.470542146 Mflops = 230.978470542146 Gflops = 0.230978470542146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007677188 Relative Rsd = 3.36604731222594e-07
BICGSTAB_SOLVER_TIME: 0.440088 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735840000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046719 s
InvBiCGStab: k = 64 resid = 1.645012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275946(s) Flops=422922240 => 1532.62681829054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220648.175821129 Mflops = 220.648175821129 Gflops = 0.220648175821129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05897 s
InvBiCGStab: k = 91 resid = 1.119935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34605(s) Flops=600090624 => 1734.11537061118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249669.189200712 Mflops = 249.669189200712 Gflops = 0.249669189200712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001150999 Relative Rsd = 5.04653073276461e-07
BICGSTAB_SOLVER_TIME: 0.732915 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042271 s
InvBiCGStab: k = 68 resid = 1.423218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285831(s) Flops=449169408 => 1571.45099027047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226245.79843952 Mflops = 226.24579843952 Gflops = 0.22624579843952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05764 s
InvBiCGStab: k = 77 resid = 1.061117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294207(s) Flops=508225536 => 1727.44202551265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248696.272275582 Mflops = 248.696272275582 Gflops = 0.248696272275582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001120882 Relative Rsd = 4.91448442075233e-07
BICGSTAB_SOLVER_TIME: 0.68419 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040667 s
InvBiCGStab: k = 80 resid = 2.200389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307013(s) Flops=527910912 => 1719.5067049278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247567.941294957 Mflops = 247.567941294957 Gflops = 0.247567941294957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061452 s
InvBiCGStab: k = 83 resid = 1.13442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360507(s) Flops=547596288 => 1518.96159575265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218688.352422846 Mflops = 218.688352422846 Gflops = 0.218688352422846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001176319 Relative Rsd = 5.15754669643061e-07
BICGSTAB_SOLVER_TIME: 0.77349 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001866
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130895
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044772 s
InvBiCGStab: k = 65 resid = 2.110749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258118(s) Flops=429484032 => 1663.90577952719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239556.446848915 Mflops = 239.556446848915 Gflops = 0.239556446848915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 81 resid = 1.09678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345325(s) Flops=534472704 => 1547.73822920437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222841.19721564 Mflops = 222.84119721564 Gflops = 0.22284119721564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001141517 Relative Rsd = 5.00495799813747e-07
BICGSTAB_SOLVER_TIME: 0.708767 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118349
Monitoring force
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.214379(s) Flops=1779646464 => 1465.47862240701 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211013.969706331 Mflops = 211.013969706331 Gflops = 0.211013969706331 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198290000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.427486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.681155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949092(s) Flops=1440000000 => 1517.23963535674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218446.893840869 Mflops = 218.446893840869 Gflops = 0.218446893840869 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 8.399044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.017402(s) Flops=1676224512 => 1647.55378110128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237238.216477629 Mflops = 237.238216477629 Gflops = 0.237238216477629 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.002105365 Relative Rsd = 9.26259081366358e-07
BICGSTAB_SOLVER_TIME: 1.969932 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.120436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338138
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.868072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764216(s) Flops=1275955200 => 1669.62638835094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240375.655672309 Mflops = 240.375655672309 Gflops = 0.240375655672309 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 7.122802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.925777(s) Flops=1544988672 => 1668.85618458873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240304.568875189 Mflops = 240.304568875189 Gflops = 0.240304568875189 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002004223 Relative Rsd = 8.8078302691257e-07
BICGSTAB_SOLVER_TIME: 1.693356 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.125999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306388999999999
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.228507(s) Flops=1779646464 => 1448.6254160538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208587.893130508 Mflops = 208.587893130508 Gflops = 0.208587893130508 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198264000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.410083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043817 s
InvBiCGStab: k = 31 resid = 1.572785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116116(s) Flops=206383104 => 1777.38730235282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255807.383166302 Mflops = 255.807383166302 Gflops = 0.255807383166302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057155 s
InvBiCGStab: k = 52 resid = 1.005386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205137(s) Flops=344180736 => 1677.80915193261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241535.809748278 Mflops = 241.535809748278 Gflops = 0.241535809748278 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007673101 Relative Rsd = 3.36425522560287e-07
BICGSTAB_SOLVER_TIME: 0.426279 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049063 s
InvBiCGStab: k = 79 resid = 1.968199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349249(s) Flops=521349120 => 1492.77197644088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214928.660198973 Mflops = 214.928660198973 Gflops = 0.214928660198973 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061867 s
InvBiCGStab: k = 122 resid = 8.764101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.519649(s) Flops=803506176 => 1546.2479019492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222631.662731971 Mflops = 222.631662731971 Gflops = 0.222631662731971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001333978 Relative Rsd = 5.84879855624434e-07
BICGSTAB_SOLVER_TIME: 0.983595 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159160999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045146 s
InvBiCGStab: k = 50 resid = 2.254274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185815(s) Flops=331057152 => 1781.64923176277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256491.270794553 Mflops = 256.491270794553 Gflops = 0.256491270794553 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056958 s
InvBiCGStab: k = 79 resid = 1.139938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298207(s) Flops=521349120 => 1748.27928251181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251692.86589511 Mflops = 251.69286589511 Gflops = 0.25169286589511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001064337 Relative Rsd = 4.66656396208391e-07
BICGSTAB_SOLVER_TIME: 0.590527 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044511 s
InvBiCGStab: k = 70 resid = 2.195083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276879(s) Flops=462292992 => 1669.65711375727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240386.804460217 Mflops = 240.386804460217 Gflops = 0.240386804460217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056341 s
InvBiCGStab: k = 92 resid = 6.909757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354792(s) Flops=606652416 => 1709.8818913617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246175.131107059 Mflops = 246.175131107059 Gflops = 0.246175131107059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001232587 Relative Rsd = 5.40425286456178e-07
BICGSTAB_SOLVER_TIME: 0.737224 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040687 s
InvBiCGStab: k = 74 resid = 2.257119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284523(s) Flops=488540160 => 1717.0497991375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247211.233299223 Mflops = 247.211233299223 Gflops = 0.247211233299223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056973 s
InvBiCGStab: k = 92 resid = 9.858198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350153(s) Flops=606652416 => 1732.53525173281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249445.484279949 Mflops = 249.445484279949 Gflops = 0.249445484279949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001157795 Relative Rsd = 5.07632755440944e-07
BICGSTAB_SOLVER_TIME: 0.736186 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132759
Monitoring force
num_pf = 1
MInvCG2: 277 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.215715(s) Flops=1779277824 => 1463.56491776444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210741.113985397 Mflops = 210.741113985397 Gflops = 0.210741113985397 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.198212000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.415265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 30 resid = 2.198137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11105(s) Flops=199821312 => 1799.38146780729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258989.577470498 Mflops = 258.989577470498 Gflops = 0.258989577470498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060954 s
InvBiCGStab: k = 53 resid = 9.44023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20591(s) Flops=350742528 => 1703.37782526346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245198.842341251 Mflops = 245.19884234125 Gflops = 0.245198842341251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008086499 Relative Rsd = 3.54550863271545e-07
BICGSTAB_SOLVER_TIME: 0.424161 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116075
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735290000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041324 s
InvBiCGStab: k = 79 resid = 1.303315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363284(s) Flops=521349120 => 1435.1006925711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206627.05640074 Mflops = 206.62705640074 Gflops = 0.20662705640074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066518 s
InvBiCGStab: k = 112 resid = 1.125446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.496873(s) Flops=737888256 => 1485.06410289953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213818.889690929 Mflops = 213.818889690929 Gflops = 0.213818889690929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001296293 Relative Rsd = 5.68357031336359e-07
BICGSTAB_SOLVER_TIME: 0.971936 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150695999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043287 s
InvBiCGStab: k = 60 resid = 2.276391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226902(s) Flops=396675072 => 1748.2220165534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251691.412161063 Mflops = 251.691412161063 Gflops = 0.251691412161063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065256 s
InvBiCGStab: k = 85 resid = 9.067228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351919(s) Flops=560719872 => 1593.3208266675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229387.850591024 Mflops = 229.387850591024 Gflops = 0.229387850591024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001057701 Relative Rsd = 4.63746743746182e-07
BICGSTAB_SOLVER_TIME: 0.69127 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041277 s
InvBiCGStab: k = 68 resid = 1.897223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261494(s) Flops=449169408 => 1717.7044521098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247288.810224192 Mflops = 247.288810224192 Gflops = 0.247288810224192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066738 s
InvBiCGStab: k = 94 resid = 8.539055e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354492(s) Flops=619776000 => 1748.34975119326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251721.68686756 Mflops = 251.72168686756 Gflops = 0.25172168686756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001164948 Relative Rsd = 5.10769034636461e-07
BICGSTAB_SOLVER_TIME: 0.727912 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042812 s
InvBiCGStab: k = 66 resid = 1.713969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256896(s) Flops=436045824 => 1697.36322869955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244427.903524128 Mflops = 244.427903524128 Gflops = 0.244427903524128 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 76 resid = 1.028159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28691(s) Flops=501663744 => 1748.50560803039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251730.062616352 Mflops = 251.730062616352 Gflops = 0.251730062616352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001147662 Relative Rsd = 5.03189850626971e-07
BICGSTAB_SOLVER_TIME: 0.647155 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115447
Monitoring force
num_pf = 1
MInvCG2: 274 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.220794(s) Flops=1760108544 => 1441.77358669849 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207611.951454961 Mflops = 207.611951454961 Gflops = 0.207611951454961 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.196149000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.400942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041453 s
InvBiCGStab: k = 31 resid = 2.203051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114507(s) Flops=206383104 => 1802.36233592706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259420.559542809 Mflops = 259.420559542809 Gflops = 0.259420559542809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 55 resid = 1.112909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219747(s) Flops=363866112 => 1655.84108998075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238373.311939816 Mflops = 238.373311939816 Gflops = 0.238373311939816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007681941 Relative Rsd = 3.36813135941534e-07
BICGSTAB_SOLVER_TIME: 0.435686 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047685 s
InvBiCGStab: k = 59 resid = 1.986529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261395(s) Flops=390113280 => 1492.42824078502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214855.161040175 Mflops = 214.855161040175 Gflops = 0.214855161040175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062503 s
InvBiCGStab: k = 85 resid = 1.055867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367411(s) Flops=560719872 => 1526.13795449782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219717.287355712 Mflops = 219.717287355712 Gflops = 0.219717287355712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127306 Relative Rsd = 4.94265197993609e-07
BICGSTAB_SOLVER_TIME: 0.743434 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055149 s
InvBiCGStab: k = 69 resid = 1.309868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264528(s) Flops=455731200 => 1722.80892759935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248038.540196759 Mflops = 248.038540196759 Gflops = 0.248038540196759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06395 s
InvBiCGStab: k = 79 resid = 1.08321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325377(s) Flops=521349120 => 1602.29247918568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230678.978513333 Mflops = 230.678978513333 Gflops = 0.230678978513333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001113366 Relative Rsd = 4.88153115829944e-07
BICGSTAB_SOLVER_TIME: 0.712874 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 71 resid = 1.445513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259326(s) Flops=468854784 => 1807.97445686125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260295.33989828 Mflops = 260.29533989828 Gflops = 0.26029533989828 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056035 s
InvBiCGStab: k = 84 resid = 1.146666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306528(s) Flops=554158080 => 1807.85468211713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260274.773888973 Mflops = 260.274773888973 Gflops = 0.260274773888973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001176569 Relative Rsd = 5.15864205897493e-07
BICGSTAB_SOLVER_TIME: 0.666877 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125118000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051913 s
InvBiCGStab: k = 61 resid = 2.191307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248534(s) Flops=403236864 => 1622.46157065029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233589.437725866 Mflops = 233.589437725866 Gflops = 0.233589437725866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056209 s
InvBiCGStab: k = 80 resid = 8.367439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292429(s) Flops=527910912 => 1805.26183107695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259902.46421142 Mflops = 259.90246421142 Gflops = 0.25990246421142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001134265 Relative Rsd = 4.97315981743565e-07
BICGSTAB_SOLVER_TIME: 0.65293 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11491
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12539(s) Flops=1649737728 => 1465.92534854584 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211075.025959821 Mflops = 211.075025959821 Gflops = 0.211075025959821 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183107000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.434801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051319 s
InvBiCGStab: k = 23 resid = 1.967297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093268(s) Flops=153888768 => 1649.9632028134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237494.786734688 Mflops = 237.494786734688 Gflops = 0.237494786734688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060803 s
InvBiCGStab: k = 56 resid = 6.495922e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206019(s) Flops=370427904 => 1798.02787121576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.190946138 Mflops = 258.839190946138 Gflops = 0.258839190946138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007507699 Relative Rsd = 3.29173518136495e-07
BICGSTAB_SOLVER_TIME: 0.415198 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044959 s
InvBiCGStab: k = 65 resid = 2.197282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280745(s) Flops=429484032 => 1529.80117900586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220251.163118473 Mflops = 220.251163118473 Gflops = 0.220251163118473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06311 s
InvBiCGStab: k = 91 resid = 9.950364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367154(s) Flops=600090624 => 1634.43847540814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235307.697706179 Mflops = 235.307697706179 Gflops = 0.235307697706179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001186381 Relative Rsd = 5.20166336718118e-07
BICGSTAB_SOLVER_TIME: 0.760397 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050466 s
InvBiCGStab: k = 67 resid = 1.57504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303012(s) Flops=442607616 => 1460.69335867886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210306.514731036 Mflops = 210.306514731036 Gflops = 0.210306514731036 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060677 s
InvBiCGStab: k = 89 resid = 1.029239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35675(s) Flops=586967040 => 1645.31756131745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236880.572685473 Mflops = 236.880572685473 Gflops = 0.236880572685473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001196333 Relative Rsd = 5.24529615923092e-07
BICGSTAB_SOLVER_TIME: 0.774647 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125556
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041861 s
InvBiCGStab: k = 71 resid = 1.406858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2643(s) Flops=468854784 => 1773.94923950057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255390.149644854 Mflops = 255.390149644854 Gflops = 0.255390149644854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 83 resid = 1.052575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303618(s) Flops=547596288 => 1803.56990692251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259655.259602452 Mflops = 259.655259602452 Gflops = 0.259655259602452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001177101 Relative Rsd = 5.16097570182331e-07
BICGSTAB_SOLVER_TIME: 0.669719 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 60 resid = 2.117635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223823(s) Flops=396675072 => 1772.27126792153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255131.26080647 Mflops = 255.13126080647 Gflops = 0.25513126080647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061516 s
InvBiCGStab: k = 83 resid = 8.890183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322157(s) Flops=547596288 => 1699.78081494427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244717.827588423 Mflops = 244.717827588423 Gflops = 0.244717827588423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001162341 Relative Rsd = 5.09626151937026e-07
BICGSTAB_SOLVER_TIME: 0.652621 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116324
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079795(s) Flops=1625112576 => 1505.01954167226 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216704.729626064 Mflops = 216.704729626064 Gflops = 0.216704729626064 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180575000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 2.120202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914727(s) Flops=1551550464 => 1696.1896434674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244262.793597552 Mflops = 244.262793597552 Gflops = 0.244262793597552 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 9.970306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.074747(s) Flops=1800898560 => 1675.64883642383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241285.587292487 Mflops = 241.285587292487 Gflops = 0.241285587292487 Tflops
BICGSTAB_SOLVER: 510 iterations. Rsd = 0.002180501 Relative Rsd = 9.59303432613433e-07
BICGSTAB_SOLVER_TIME: 1.993297 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.133705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363927
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.107256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.742593(s) Flops=1315325952 => 1771.26090873466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255057.428913584 Mflops = 255.057428913584 Gflops = 0.255057428913584 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 9.881794e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775985(s) Flops=1341573120 => 1728.86475898374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248944.312216833 Mflops = 248.944312216833 Gflops = 0.248944312216833 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.001906927 Relative Rsd = 8.38011709736771e-07
BICGSTAB_SOLVER_TIME: 1.521971 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.11688
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288364999999998
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011137(s) Flops=1625112576 => 1607.21304432535 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231428.468385398 Mflops = 231.428468385398 Gflops = 0.231428468385398 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180883000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.486507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041479 s
InvBiCGStab: k = 31 resid = 2.074363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114225(s) Flops=206383104 => 1806.81202889035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.074483106 Mflops = 260.064074483106 Gflops = 0.260064074483106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 50 resid = 1.123194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183233(s) Flops=331057152 => 1806.75507141181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.111097664 Mflops = 260.087111097664 Gflops = 0.260087111097664 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007747201 Relative Rsd = 3.39674426054687e-07
BICGSTAB_SOLVER_TIME: 0.399286 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040851 s
InvBiCGStab: k = 70 resid = 2.236771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256095(s) Flops=462292992 => 1805.16211562116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259904.681126995 Mflops = 259.904681126995 Gflops = 0.259904681126995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 112 resid = 5.645161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408151(s) Flops=737888256 => 1807.88055401065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260292.997064261 Mflops = 260.292997064261 Gflops = 0.260292997064261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001243158 Relative Rsd = 5.45060262530835e-07
BICGSTAB_SOLVER_TIME: 0.765367 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 64 resid = 1.572064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235368(s) Flops=422922240 => 1796.85530743347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258691.049737499 Mflops = 258.691049737499 Gflops = 0.258691049737499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 77 resid = 8.984882e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319955(s) Flops=508225536 => 1588.42817271179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228686.091732648 Mflops = 228.686091732648 Gflops = 0.228686091732648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001066749 Relative Rsd = 4.67713936588437e-07
BICGSTAB_SOLVER_TIME: 0.656504 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046205 s
InvBiCGStab: k = 70 resid = 1.802256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295272(s) Flops=462292992 => 1565.65130455986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225405.20728379 Mflops = 225.40520728379 Gflops = 0.22540520728379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05756 s
InvBiCGStab: k = 91 resid = 1.100328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341631(s) Flops=600090624 => 1756.54616823415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252907.499777236 Mflops = 252.907499777236 Gflops = 0.252907499777236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001158039 Relative Rsd = 5.07739841676638e-07
BICGSTAB_SOLVER_TIME: 0.744534 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 61 resid = 1.374366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225332(s) Flops=403236864 => 1789.52329895443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257631.77431782 Mflops = 257.63177431782 Gflops = 0.25763177431782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055534 s
InvBiCGStab: k = 80 resid = 1.133951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304914(s) Flops=527910912 => 1731.34363131899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249259.734383832 Mflops = 249.259734383832 Gflops = 0.249259734383832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00112395 Relative Rsd = 4.92793400278535e-07
BICGSTAB_SOLVER_TIME: 0.634022 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114881
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047394(s) Flops=1631158272 => 1557.34926111855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224248.852980521 Mflops = 224.248852980521 Gflops = 0.224248852980521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181450000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042182 s
InvBiCGStab: k = 33 resid = 2.010467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126019(s) Flops=219506688 => 1741.85391091819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250752.940596746 Mflops = 250.752940596746 Gflops = 0.250752940596746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05832 s
InvBiCGStab: k = 47 resid = 1.064541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189853(s) Flops=311371776 => 1640.06771554835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236091.096986591 Mflops = 236.091096986591 Gflops = 0.236091096986591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007237914 Relative Rsd = 3.17344853188228e-07
BICGSTAB_SOLVER_TIME: 0.420284 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050037 s
InvBiCGStab: k = 69 resid = 2.206049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284378(s) Flops=455731200 => 1602.55434667942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230727.535060596 Mflops = 230.727535060596 Gflops = 0.230727535060596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066101 s
InvBiCGStab: k = 112 resid = 1.050451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43849(s) Flops=737888256 => 1682.7938060161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242275.270964178 Mflops = 242.275270964178 Gflops = 0.242275270964178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001286165 Relative Rsd = 5.63916525499067e-07
BICGSTAB_SOLVER_TIME: 0.842911 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143917
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043233 s
InvBiCGStab: k = 65 resid = 2.133032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254555(s) Flops=429484032 => 1687.19542731433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242911.178940869 Mflops = 242.911178940869 Gflops = 0.242911178940869 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057622 s
InvBiCGStab: k = 84 resid = 9.699996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317542(s) Flops=554158080 => 1745.14892518155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251256.871336496 Mflops = 251.256871336496 Gflops = 0.251256871336496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001060301 Relative Rsd = 4.64886972258651e-07
BICGSTAB_SOLVER_TIME: 0.676816 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120722
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048292 s
InvBiCGStab: k = 74 resid = 9.388294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321674(s) Flops=488540160 => 1518.7430752874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218661.649082203 Mflops = 218.661649082203 Gflops = 0.218661649082203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064892 s
InvBiCGStab: k = 87 resid = 1.022858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370675(s) Flops=573843456 => 1548.10401564713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222884.215822225 Mflops = 222.884215822225 Gflops = 0.222884215822225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001188903 Relative Rsd = 5.2127190767385e-07
BICGSTAB_SOLVER_TIME: 0.810308 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044074 s
InvBiCGStab: k = 69 resid = 2.060189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278574(s) Flops=455731200 => 1635.94305283336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235534.46418191 Mflops = 235.53446418191 Gflops = 0.23553446418191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 87 resid = 1.133618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325345(s) Flops=573843456 => 1763.79983094869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253936.01964392 Mflops = 253.93601964392 Gflops = 0.25393601964392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001118711 Relative Rsd = 4.90496507711226e-07
BICGSTAB_SOLVER_TIME: 0.708234 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125571
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05851(s) Flops=1637277696 => 1546.77584151307 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222749.425704273 Mflops = 222.749425704273 Gflops = 0.222749425704273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182077000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.489651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04364 s
InvBiCGStab: k = 27 resid = 1.79429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103458(s) Flops=180135936 => 1741.15037986429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250591.982887041 Mflops = 250.591982887041 Gflops = 0.250591982887041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05723 s
InvBiCGStab: k = 61 resid = 6.709606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23395(s) Flops=403236864 => 1723.60275272494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248134.562211977 Mflops = 248.134562211977 Gflops = 0.248134562211977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007595347 Relative Rsd = 3.33016398048802e-07
BICGSTAB_SOLVER_TIME: 0.44213 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042221 s
InvBiCGStab: k = 61 resid = 1.319127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236283(s) Flops=403236864 => 1706.58432472924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245709.103586531 Mflops = 245.709103586531 Gflops = 0.245709103586531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055742 s
InvBiCGStab: k = 90 resid = 9.816406e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33966(s) Flops=593528832 => 1747.42045574987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251584.808694135 Mflops = 251.584808694135 Gflops = 0.251584808694135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001150407 Relative Rsd = 5.04393626500469e-07
BICGSTAB_SOLVER_TIME: 0.677718 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043644 s
InvBiCGStab: k = 60 resid = 2.045453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226204(s) Flops=396675072 => 1753.61652313841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252466.40071937 Mflops = 252.46640071937 Gflops = 0.25246640071937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06696 s
InvBiCGStab: k = 72 resid = 9.962893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26554(s) Flops=475416576 => 1790.37650071552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257727.412259378 Mflops = 257.727412259378 Gflops = 0.257727412259378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001071307 Relative Rsd = 4.69712386248166e-07
BICGSTAB_SOLVER_TIME: 0.606249 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044424 s
InvBiCGStab: k = 74 resid = 2.220764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293173(s) Flops=488540160 => 1666.3886510695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239911.252739974 Mflops = 239.911252739974 Gflops = 0.239911252739974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06304 s
InvBiCGStab: k = 83 resid = 7.920583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356323(s) Flops=547596288 => 1536.79747869209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221255.22034642 Mflops = 221.25522034642 Gflops = 0.22125522034642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001142187 Relative Rsd = 5.0078949581002e-07
BICGSTAB_SOLVER_TIME: 0.760816 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044739 s
InvBiCGStab: k = 67 resid = 2.015673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26802(s) Flops=442607616 => 1651.39771658831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237744.710186107 Mflops = 237.744710186107 Gflops = 0.237744710186107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065809 s
InvBiCGStab: k = 80 resid = 9.172078e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315489(s) Flops=527910912 => 1673.31004250544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240905.299889187 Mflops = 240.905299889187 Gflops = 0.240905299889187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001103999 Relative Rsd = 4.84046067751369e-07
BICGSTAB_SOLVER_TIME: 0.697958 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11899
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.085239(s) Flops=1630937088 => 1502.83678341821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216395.863033712 Mflops = 216.395863033712 Gflops = 0.216395863033712 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181380000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045575 s
InvBiCGStab: k = 28 resid = 2.188287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135956(s) Flops=186697728 => 1373.22168937009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197670.702156426 Mflops = 197.670702156426 Gflops = 0.197670702156426 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057001 s
InvBiCGStab: k = 49 resid = 1.020183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184977(s) Flops=324495360 => 1754.24706855447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252531.979039596 Mflops = 252.531979039596 Gflops = 0.252531979039596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007659785 Relative Rsd = 3.35841703511734e-07
BICGSTAB_SOLVER_TIME: 0.427421 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0548 s
InvBiCGStab: k = 75 resid = 8.536795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281139(s) Flops=495101952 => 1761.05752670387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253549.126040739 Mflops = 253.549126040739 Gflops = 0.253549126040739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056529 s
InvBiCGStab: k = 82 resid = 7.04816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31381(s) Flops=541034496 => 1724.08303113349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248219.014434786 Mflops = 248.219014434786 Gflops = 0.248219014434786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001154041 Relative Rsd = 5.05986853269268e-07
BICGSTAB_SOLVER_TIME: 0.71022 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126651000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040718 s
InvBiCGStab: k = 68 resid = 1.483643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261809(s) Flops=449169408 => 1715.63776646334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247004.030463856 Mflops = 247.004030463856 Gflops = 0.247004030463856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057157 s
InvBiCGStab: k = 84 resid = 1.079705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3205(s) Flops=554158080 => 1729.04237129485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248928.197365514 Mflops = 248.928197365514 Gflops = 0.248928197365514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001100678 Relative Rsd = 4.82590144116037e-07
BICGSTAB_SOLVER_TIME: 0.684195 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043248 s
InvBiCGStab: k = 61 resid = 2.235475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232224(s) Flops=403236864 => 1736.41339396445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249996.729707194 Mflops = 249.996729707194 Gflops = 0.249996729707194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063683 s
InvBiCGStab: k = 83 resid = 1.10909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33324(s) Flops=547596288 => 1643.24897371264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236590.130301868 Mflops = 236.590130301868 Gflops = 0.236590130301868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001159692 Relative Rsd = 5.08464689928823e-07
BICGSTAB_SOLVER_TIME: 0.677204 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044193 s
InvBiCGStab: k = 66 resid = 1.154874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281112(s) Flops=436045824 => 1551.1462477589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223318.730138772 Mflops = 223.318730138772 Gflops = 0.223318730138772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061296 s
InvBiCGStab: k = 95 resid = 1.025258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37652(s) Flops=626337792 => 1663.49142675024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239503.429079238 Mflops = 239.503429079238 Gflops = 0.239503429079238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001137198 Relative Rsd = 4.98602037413029e-07
BICGSTAB_SOLVER_TIME: 0.766904 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129148
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05758(s) Flops=1618477056 => 1530.35898560865 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220356.260973372 Mflops = 220.356260973372 Gflops = 0.220356260973372 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179721000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 2.219751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965409(s) Flops=1571235840 => 1627.53386388567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234358.031488384 Mflops = 234.358031488384 Gflops = 0.234358031488384 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 295 resid = 1.143383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.125353(s) Flops=1938696192 => 1722.74494491951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248066.37051153 Mflops = 248.06637051153 Gflops = 0.24806637051153 Tflops
BICGSTAB_SOLVER: 534 iterations. Rsd = 0.002240112 Relative Rsd = 9.85494145853885e-07
BICGSTAB_SOLVER_TIME: 2.094223 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.380595000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 1.928671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733919(s) Flops=1230022656 => 1675.96513511709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241353.198804705 Mflops = 241.353198804705 Gflops = 0.241353198804705 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 7.46427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974593(s) Flops=1413752832 => 1450.60844065164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208877.8444085 Mflops = 208.8778444085 Gflops = 0.2088778444085 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.001956076 Relative Rsd = 8.59615951707951e-07
BICGSTAB_SOLVER_TIME: 1.712476 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.123392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287040999999998
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.071528(s) Flops=1618477056 => 1510.43841691491 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217488.429545211 Mflops = 217.488429545211 Gflops = 0.217488429545211 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179809000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.388145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045772 s
InvBiCGStab: k = 27 resid = 1.549261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114206(s) Flops=180135936 => 1577.28959949565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227013.392406611 Mflops = 227.013392406611 Gflops = 0.227013392406611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064069 s
InvBiCGStab: k = 44 resid = 1.116234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182707(s) Flops=291686400 => 1596.47085223883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229811.949239872 Mflops = 229.811949239872 Gflops = 0.229811949239872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007278774 Relative Rsd = 3.19136327306615e-07
BICGSTAB_SOLVER_TIME: 0.410803 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045862 s
InvBiCGStab: k = 79 resid = 2.139484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302719(s) Flops=521349120 => 1722.22133397639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247947.01993773 Mflops = 247.94701993773 Gflops = 0.24794701993773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0561 s
InvBiCGStab: k = 118 resid = 1.127946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442311(s) Flops=777259008 => 1757.26809416903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253016.689074716 Mflops = 253.016689074716 Gflops = 0.253016689074716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001301407 Relative Rsd = 5.70599206818508e-07
BICGSTAB_SOLVER_TIME: 0.850776 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155192999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040778 s
InvBiCGStab: k = 68 resid = 2.222411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262911(s) Flops=449169408 => 1708.44661501421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245965.000677114 Mflops = 245.965000677114 Gflops = 0.245965000677114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059699 s
InvBiCGStab: k = 83 resid = 8.807997e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319669(s) Flops=547596288 => 1713.01029502392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246625.622620424 Mflops = 246.625622620424 Gflops = 0.246625622620424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001095468 Relative Rsd = 4.80305858936821e-07
BICGSTAB_SOLVER_TIME: 0.689135 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04362 s
InvBiCGStab: k = 65 resid = 1.890167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255581(s) Flops=429484032 => 1680.42237881533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241938.408794537 Mflops = 241.938408794537 Gflops = 0.241938408794537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067347 s
InvBiCGStab: k = 103 resid = 5.450966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403627(s) Flops=678832128 => 1681.83032354129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242126.099463725 Mflops = 242.126099463725 Gflops = 0.242126099463725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001181795 Relative Rsd = 5.18155432796469e-07
BICGSTAB_SOLVER_TIME: 0.77409 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048244 s
InvBiCGStab: k = 69 resid = 1.621674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336751(s) Flops=455731200 => 1353.31803023599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194833.81720911 Mflops = 194.83381720911 Gflops = 0.19483381720911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064254 s
InvBiCGStab: k = 82 resid = 1.1013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366478(s) Flops=541034496 => 1476.30825315571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212553.609308782 Mflops = 212.553609308782 Gflops = 0.212553609308782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001184289 Relative Rsd = 5.19248855742621e-07
BICGSTAB_SOLVER_TIME: 0.820285 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12219
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.096916(s) Flops=1630715904 => 1486.63699316994 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214394.74705025 Mflops = 214.39474705025 Gflops = 0.21439474705025 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181484000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 31 resid = 2.159014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119132(s) Flops=206383104 => 1732.39015545781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249371.194267947 Mflops = 249.371194267947 Gflops = 0.249371194267947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065119 s
InvBiCGStab: k = 52 resid = 9.990008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216205(s) Flops=344180736 => 1591.9184847714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229170.978307152 Mflops = 229.170978307152 Gflops = 0.229170978307152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007781548 Relative Rsd = 3.41180370905929e-07
BICGSTAB_SOLVER_TIME: 0.445819 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046758 s
InvBiCGStab: k = 78 resid = 1.972491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324749(s) Flops=514787328 => 1585.1852600008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228229.02968167 Mflops = 228.22902968167 Gflops = 0.22822902968167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056302 s
InvBiCGStab: k = 113 resid = 1.097914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437812(s) Flops=744450048 => 1700.38749052105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244823.272062478 Mflops = 244.823272062478 Gflops = 0.244823272062478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001278387 Relative Rsd = 5.60506099415128e-07
BICGSTAB_SOLVER_TIME: 0.869775 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150658999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042364 s
InvBiCGStab: k = 70 resid = 1.806235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267271(s) Flops=462292992 => 1729.67883533941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249027.612441473 Mflops = 249.027612441473 Gflops = 0.249027612441473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063978 s
InvBiCGStab: k = 90 resid = 6.328734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352184(s) Flops=593528832 => 1685.2805124594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242638.922653128 Mflops = 242.638922653128 Gflops = 0.242638922653128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001177518 Relative Rsd = 5.16280402830689e-07
BICGSTAB_SOLVER_TIME: 0.729763 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042582 s
InvBiCGStab: k = 70 resid = 1.670276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25719(s) Flops=462292992 => 1797.47654263385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258741.070501389 Mflops = 258.741070501389 Gflops = 0.258741070501389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057914 s
InvBiCGStab: k = 97 resid = 1.098601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395603(s) Flops=639461376 => 1616.42195837746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232728.876679886 Mflops = 232.728876679886 Gflops = 0.232728876679886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001166737 Relative Rsd = 5.11553346885111e-07
BICGSTAB_SOLVER_TIME: 0.757137 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042038 s
InvBiCGStab: k = 63 resid = 2.046981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268227(s) Flops=416360448 => 1552.26896621146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223475.168154472 Mflops = 223.475168154472 Gflops = 0.223475168154472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064309 s
InvBiCGStab: k = 81 resid = 1.110838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330899(s) Flops=534472704 => 1615.21401998797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232546.295517474 Mflops = 232.546295517474 Gflops = 0.232546295517474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.00114931 Relative Rsd = 5.03912810323046e-07
BICGSTAB_SOLVER_TIME: 0.709399 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117112
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.128286(s) Flops=1661239296 => 1472.35656207735 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212010.886357072 Mflops = 212.010886357072 Gflops = 0.212010886357072 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184918000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043713 s
InvBiCGStab: k = 35 resid = 1.535368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137099(s) Flops=232630272 => 1696.80502410667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244227.040707628 Mflops = 244.227040707628 Gflops = 0.244227040707628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 45 resid = 1.132634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16831(s) Flops=298248192 => 1772.01706375141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255074.538755309 Mflops = 255.074538755309 Gflops = 0.255074538755309 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007202349 Relative Rsd = 3.15785518345311e-07
BICGSTAB_SOLVER_TIME: 0.409502 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044228 s
InvBiCGStab: k = 55 resid = 2.18109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21822(s) Flops=363866112 => 1667.42788012098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240045.730107316 Mflops = 240.045730107316 Gflops = 0.240045730107316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077848 s
InvBiCGStab: k = 87 resid = 1.059945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419749(s) Flops=573843456 => 1367.1109544037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196839.729156692 Mflops = 196.839729156692 Gflops = 0.196839729156692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001142676 Relative Rsd = 5.01003974533749e-07
BICGSTAB_SOLVER_TIME: 0.764481 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055771 s
InvBiCGStab: k = 60 resid = 1.596326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242756(s) Flops=396675072 => 1634.04847665969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235257.796468258 Mflops = 235.257796468258 Gflops = 0.235257796468258 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061447 s
InvBiCGStab: k = 81 resid = 6.359857e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316807(s) Flops=534472704 => 1687.0609045886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242895.412038276 Mflops = 242.895412038276 Gflops = 0.242895412038276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001102469 Relative Rsd = 4.83375324079658e-07
BICGSTAB_SOLVER_TIME: 0.680636 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043135 s
InvBiCGStab: k = 71 resid = 2.268796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259448(s) Flops=468854784 => 1807.12429465635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260189.092316897 Mflops = 260.189092316897 Gflops = 0.260189092316897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 85 resid = 1.046853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310489(s) Flops=560719872 => 1805.92507947141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.816493445 Mflops = 259.994816493445 Gflops = 0.259994816493445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001165676 Relative Rsd = 5.11088200619203e-07
BICGSTAB_SOLVER_TIME: 0.673144 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 64 resid = 1.471777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234332(s) Flops=422922240 => 1804.79934451974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259837.211480603 Mflops = 259.837211480603 Gflops = 0.259837211480603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0561 s
InvBiCGStab: k = 77 resid = 1.068037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281205(s) Flops=508225536 => 1807.3132981277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260196.408858391 Mflops = 260.196408858391 Gflops = 0.260196408858391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001125559 Relative Rsd = 4.93498954633155e-07
BICGSTAB_SOLVER_TIME: 0.616333 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114835
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.141344(s) Flops=1679597568 => 1471.59626545546 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211909.624855111 Mflops = 211.909624855111 Gflops = 0.211909624855111 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186960000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.427295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021402
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041276 s
InvBiCGStab: k = 36 resid = 1.70115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133648(s) Flops=239192064 => 1789.7167484736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257634.125455469 Mflops = 257.634125455469 Gflops = 0.257634125455469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06144 s
InvBiCGStab: k = 53 resid = 1.146894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223615(s) Flops=350742528 => 1568.51073496858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225797.022758745 Mflops = 225.797022758745 Gflops = 0.225797022758745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007954274 Relative Rsd = 3.48753506431658e-07
BICGSTAB_SOLVER_TIME: 0.463941 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044717 s
InvBiCGStab: k = 59 resid = 1.965391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239913(s) Flops=390113280 => 1626.06144727464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234093.131822656 Mflops = 234.093131822656 Gflops = 0.234093131822656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06707 s
InvBiCGStab: k = 80 resid = 1.022138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301748(s) Flops=527910912 => 1749.50923286981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251867.608674816 Mflops = 251.867608674816 Gflops = 0.251867608674816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001134729 Relative Rsd = 4.97519435382971e-07
BICGSTAB_SOLVER_TIME: 0.657741 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052028 s
InvBiCGStab: k = 67 resid = 1.682439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321706(s) Flops=442607616 => 1375.81399165698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198082.670133425 Mflops = 198.082670133425 Gflops = 0.198082670133425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074704 s
InvBiCGStab: k = 85 resid = 9.807449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355069(s) Flops=560719872 => 1579.18565687233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227364.799010056 Mflops = 227.364799010056 Gflops = 0.227364799010056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001091684 Relative Rsd = 4.78646787914425e-07
BICGSTAB_SOLVER_TIME: 0.807441 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 69 resid = 1.076221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272967(s) Flops=455731200 => 1669.54686830276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240374.443416573 Mflops = 240.374443416573 Gflops = 0.240374443416573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060232 s
InvBiCGStab: k = 81 resid = 1.089768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313905(s) Flops=534472704 => 1702.65750465905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245137.972572317 Mflops = 245.137972572317 Gflops = 0.245137972572317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001134024 Relative Rsd = 4.97210528853697e-07
BICGSTAB_SOLVER_TIME: 0.694497 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041937 s
InvBiCGStab: k = 63 resid = 1.489872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251687(s) Flops=416360448 => 1654.27871920282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238165.936959452 Mflops = 238.165936959452 Gflops = 0.238165936959452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055648 s
InvBiCGStab: k = 73 resid = 1.08363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275147(s) Flops=481978368 => 1751.71224109294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252200.325354452 Mflops = 252.200325354452 Gflops = 0.252200325354452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001114026 Relative Rsd = 4.88442473251368e-07
BICGSTAB_SOLVER_TIME: 0.628258 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111318
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.145888(s) Flops=1673478144 => 1460.42034125499 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210283.026856612 Mflops = 210.283026856612 Gflops = 0.210283026856612 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186184000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.42207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.024458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848134(s) Flops=1433438208 => 1690.10817630233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243315.979094092 Mflops = 243.315979094092 Gflops = 0.243315979094092 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 295 resid = 1.081642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.217466(s) Flops=1938696192 => 1592.40273814628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229300.570357965 Mflops = 229.300570357965 Gflops = 0.229300570357965 Tflops
BICGSTAB_SOLVER: 513 iterations. Rsd = 0.002519326 Relative Rsd = 1.10827523760226e-06
BICGSTAB_SOLVER_TIME: 2.071206 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.12212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.365873999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.533759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799043(s) Flops=1341573120 => 1678.97487369265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241720.247458176 Mflops = 241.720247458176 Gflops = 0.241720247458176 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 5.796193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879502(s) Flops=1426876416 => 1622.36858585882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233609.700999936 Mflops = 233.609700999936 Gflops = 0.233609700999936 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.001981814 Relative Rsd = 8.709521319672e-07
BICGSTAB_SOLVER_TIME: 1.68201 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.1179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300529999999998
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.101003(s) Flops=1673478144 => 1519.95784207672 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218867.120170402 Mflops = 218.867120170402 Gflops = 0.218867120170402 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186239000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.440598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041243 s
InvBiCGStab: k = 25 resid = 2.278593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092333(s) Flops=167012352 => 1808.80456608147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260325.3605123 Mflops = 260.3253605123 Gflops = 0.2603253605123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 50 resid = 8.502489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187518(s) Flops=331057152 => 1765.46865900874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254141.275685921 Mflops = 254.141275685921 Gflops = 0.254141275685921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000763062 Relative Rsd = 3.34562972377456e-07
BICGSTAB_SOLVER_TIME: 0.381629 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042589 s
InvBiCGStab: k = 79 resid = 1.97209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287923(s) Flops=521349120 => 1810.72411721189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260696.530239311 Mflops = 260.696530239311 Gflops = 0.260696530239311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061265 s
InvBiCGStab: k = 93 resid = 1.123437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359988(s) Flops=613214208 => 1703.42958098603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245249.454114126 Mflops = 245.249454114126 Gflops = 0.245249454114126 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001264368 Relative Rsd = 5.54359410736782e-07
BICGSTAB_SOLVER_TIME: 0.756693 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13715
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04802 s
InvBiCGStab: k = 67 resid = 2.242431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268003(s) Flops=442607616 => 1651.50246825595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237761.308860847 Mflops = 237.761308860847 Gflops = 0.237761308860847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064229 s
InvBiCGStab: k = 83 resid = 7.611915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374138(s) Flops=547596288 => 1463.62114513896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210725.546927978 Mflops = 210.725546927978 Gflops = 0.210725546927978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00105379 Relative Rsd = 4.62031883755429e-07
BICGSTAB_SOLVER_TIME: 0.758831 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045762 s
InvBiCGStab: k = 62 resid = 2.173488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233091(s) Flops=409798656 => 1758.10587281362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253101.409151083 Mflops = 253.101409151083 Gflops = 0.253101409151083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060675 s
InvBiCGStab: k = 95 resid = 1.102038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376726(s) Flops=626337792 => 1662.5818021586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239370.906741913 Mflops = 239.370906741913 Gflops = 0.239370906741913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001195301 Relative Rsd = 5.24077434339674e-07
BICGSTAB_SOLVER_TIME: 0.720229 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 68 resid = 1.508416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268286(s) Flops=449169408 => 1674.21858762664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241061.35922728 Mflops = 241.06135922728 Gflops = 0.241061359227281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05594 s
InvBiCGStab: k = 80 resid = 1.141416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307041(s) Flops=527910912 => 1719.34989789637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247528.559388319 Mflops = 247.528559388319 Gflops = 0.247528559388319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001128995 Relative Rsd = 4.9500535886291e-07
BICGSTAB_SOLVER_TIME: 0.676513 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119886
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.073924(s) Flops=1661165568 => 1546.8185532682 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222741.786517092 Mflops = 222.741786517092 Gflops = 0.222741786517092 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184869000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045137 s
InvBiCGStab: k = 35 resid = 1.798041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133125(s) Flops=232630272 => 1747.45744225352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251550.573196487 Mflops = 251.550573196487 Gflops = 0.251550573196487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060937 s
InvBiCGStab: k = 50 resid = 9.467669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199848(s) Flops=331057152 => 1656.54473399784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238471.798918844 Mflops = 238.471798918844 Gflops = 0.238471798918844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007659495 Relative Rsd = 3.358289685185e-07
BICGSTAB_SOLVER_TIME: 0.444255 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043458 s
InvBiCGStab: k = 83 resid = 1.554291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336593(s) Flops=547596288 => 1626.87960831033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234244.745215997 Mflops = 234.244745215997 Gflops = 0.234244745215997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063072 s
InvBiCGStab: k = 100 resid = 9.38871e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427086(s) Flops=659146752 => 1543.35836810385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222206.426393105 Mflops = 222.206426393105 Gflops = 0.222206426393105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001258116 Relative Rsd = 5.51618146020785e-07
BICGSTAB_SOLVER_TIME: 0.874129 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042587 s
InvBiCGStab: k = 68 resid = 2.170542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268671(s) Flops=449169408 => 1671.81946693167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240721.3533627 Mflops = 240.7213533627 Gflops = 0.2407213533627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064091 s
InvBiCGStab: k = 76 resid = 1.115871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343754(s) Flops=501663744 => 1459.36845534888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210110.461454369 Mflops = 210.110461454369 Gflops = 0.210110461454369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001096879 Relative Rsd = 4.80924386584168e-07
BICGSTAB_SOLVER_TIME: 0.723553 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049359 s
InvBiCGStab: k = 70 resid = 1.955378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294716(s) Flops=462292992 => 1568.60500278234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225839.411790402 Mflops = 225.839411790402 Gflops = 0.225839411790402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060426 s
InvBiCGStab: k = 82 resid = 1.074329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330079(s) Flops=541034496 => 1639.10608066554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235994.981410663 Mflops = 235.994981410663 Gflops = 0.235994981410663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001143915 Relative Rsd = 5.01547113062832e-07
BICGSTAB_SOLVER_TIME: 0.738737 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 68 resid = 2.075707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307876(s) Flops=449169408 => 1458.92959503177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210044.681151609 Mflops = 210.044681151609 Gflops = 0.210044681151609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06667 s
InvBiCGStab: k = 84 resid = 1.094617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313293(s) Flops=554158080 => 1768.81730520631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254661.4909518 Mflops = 254.6614909518 Gflops = 0.2546614909518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001150639 Relative Rsd = 5.04495251236058e-07
BICGSTAB_SOLVER_TIME: 0.733069 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122838
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103127(s) Flops=1642807296 => 1489.22770995543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214449.003887465 Mflops = 214.449003887465 Gflops = 0.214449003887465 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182842000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.514041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042937 s
InvBiCGStab: k = 34 resid = 1.488412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136917(s) Flops=226068480 => 1651.13521330441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237660.081807354 Mflops = 237.660081807354 Gflops = 0.237660081807354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060543 s
InvBiCGStab: k = 45 resid = 9.950105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189608(s) Flops=298248192 => 1572.97261718915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226428.270236539 Mflops = 226.428270236539 Gflops = 0.226428270236539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000732765 Relative Rsd = 3.21279277029856e-07
BICGSTAB_SOLVER_TIME: 0.434133 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705730000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043742 s
InvBiCGStab: k = 54 resid = 1.312045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201817(s) Flops=357304320 => 1770.43717823573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254884.779212566 Mflops = 254.884779212566 Gflops = 0.254884779212566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056267 s
InvBiCGStab: k = 84 resid = 1.113939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308823(s) Flops=554158080 => 1794.41971614808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258347.076966876 Mflops = 258.347076966876 Gflops = 0.258347076966876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00111288 Relative Rsd = 4.87939811073527e-07
BICGSTAB_SOLVER_TIME: 0.614527 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 62 resid = 2.024509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233321(s) Flops=409798656 => 1756.37279113325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252858.445345127 Mflops = 252.858445345127 Gflops = 0.252858445345127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05999 s
InvBiCGStab: k = 77 resid = 1.045479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313382(s) Flops=508225536 => 1621.74450351328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233478.6944231 Mflops = 233.4786944231 Gflops = 0.2334786944231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001093839 Relative Rsd = 4.7959132118016e-07
BICGSTAB_SOLVER_TIME: 0.65165 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0435 s
InvBiCGStab: k = 62 resid = 1.828344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254237(s) Flops=409798656 => 1611.87654039341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232050.710531169 Mflops = 232.050710531169 Gflops = 0.232050710531169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065478 s
InvBiCGStab: k = 89 resid = 9.490418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36428(s) Flops=586967040 => 1611.30734599758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231982.128037272 Mflops = 231.982128037272 Gflops = 0.231982128037272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.0011782 Relative Rsd = 5.16579407200896e-07
BICGSTAB_SOLVER_TIME: 0.73138 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042144 s
InvBiCGStab: k = 64 resid = 1.584486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237384(s) Flops=422922240 => 1781.59538974826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256495.395673396 Mflops = 256.495395673396 Gflops = 0.256495395673396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056637 s
InvBiCGStab: k = 81 resid = 1.103768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300603(s) Flops=534472704 => 1778.00189618866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255983.562485488 Mflops = 255.983562485488 Gflops = 0.255983562485488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001090719 Relative Rsd = 4.78223700303527e-07
BICGSTAB_SOLVER_TIME: 0.640578 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117791
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.095807(s) Flops=1624375296 => 1482.35528336651 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213460.723717455 Mflops = 213.460723717455 Gflops = 0.213460723717455 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181832000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.478886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04164 s
InvBiCGStab: k = 22 resid = 2.171447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090188(s) Flops=147326976 => 1633.55408701823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235103.078463121 Mflops = 235.103078463121 Gflops = 0.235103078463121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058835 s
InvBiCGStab: k = 53 resid = 3.95474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203196(s) Flops=350742528 => 1726.12909702947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248457.370000781 Mflops = 248.457370000781 Gflops = 0.248457370000781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000715852 Relative Rsd = 3.13863810418358e-07
BICGSTAB_SOLVER_TIME: 0.398253 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677090000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049373 s
InvBiCGStab: k = 65 resid = 1.406476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270387(s) Flops=429484032 => 1588.40488632959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228681.996249944 Mflops = 228.681996249944 Gflops = 0.228681996249944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065457 s
InvBiCGStab: k = 94 resid = 1.048855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354664(s) Flops=619776000 => 1747.50186091625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251586.819280477 Mflops = 251.586819280477 Gflops = 0.251586819280477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001176508 Relative Rsd = 5.15837664027826e-07
BICGSTAB_SOLVER_TIME: 0.743671 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 62 resid = 8.787815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227968(s) Flops=409798656 => 1797.61482313307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258792.773447502 Mflops = 258.792773447502 Gflops = 0.258792773447502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057261 s
InvBiCGStab: k = 83 resid = 9.777513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307424(s) Flops=547596288 => 1781.24117830748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256439.116750316 Mflops = 256.439116750316 Gflops = 0.256439116750316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001122363 Relative Rsd = 4.92097952251211e-07
BICGSTAB_SOLVER_TIME: 0.637579 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 68 resid = 2.225168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257134(s) Flops=449169408 => 1746.83008859194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251494.962407438 Mflops = 251.494962407438 Gflops = 0.251494962407438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064202 s
InvBiCGStab: k = 78 resid = 1.039305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323309(s) Flops=514787328 => 1592.24558549252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229239.059256245 Mflops = 229.239059256245 Gflops = 0.229239059256245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001141371 Relative Rsd = 5.00431793074204e-07
BICGSTAB_SOLVER_TIME: 0.689476 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118532
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044148 s
InvBiCGStab: k = 68 resid = 1.449988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262212(s) Flops=449169408 => 1713.00096105441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246626.292733361 Mflops = 246.626292733361 Gflops = 0.246626292733361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056727 s
InvBiCGStab: k = 78 resid = 1.082595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290233(s) Flops=514787328 => 1773.70363811145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255350.893939336 Mflops = 255.350893939336 Gflops = 0.255350893939336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001133067 Relative Rsd = 4.96790963144735e-07
BICGSTAB_SOLVER_TIME: 0.657157 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118771
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.027111(s) Flops=1606017024 => 1563.6255711408 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225145.634562092 Mflops = 225.145634562092 Gflops = 0.225145634562092 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178371000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.460613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.934719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884779(s) Flops=1479370752 => 1672.0229028944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240701.881094152 Mflops = 240.701881094152 Gflops = 0.240701881094152 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 330 resid = 7.275765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.259461(s) Flops=2168358912 => 1721.65625771659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247910.742387992 Mflops = 247.910742387992 Gflops = 0.247910742387992 Tflops
BICGSTAB_SOLVER: 555 iterations. Rsd = 0.002174287 Relative Rsd = 9.56432366808444e-07
BICGSTAB_SOLVER_TIME: 2.147618 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.396293000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.547841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866125(s) Flops=1446561792 => 1670.15360600375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240475.326828769 Mflops = 240.475326828769 Gflops = 0.240475326828769 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.091034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799187(s) Flops=1308764160 => 1637.6194307465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235805.463387379 Mflops = 235.805463387379 Gflops = 0.235805463387379 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.001927913 Relative Rsd = 8.47292081637625e-07
BICGSTAB_SOLVER_TIME: 1.668693 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.117292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298747
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053356(s) Flops=1606017024 => 1524.66689704146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219535.752274472 Mflops = 219.535752274472 Gflops = 0.219535752274472 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178820000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041377 s
InvBiCGStab: k = 29 resid = 2.19603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144205(s) Flops=193259520 => 1340.17211608474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192900.650532018 Mflops = 192.900650532018 Gflops = 0.192900650532018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068141 s
InvBiCGStab: k = 47 resid = 9.659926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210627(s) Flops=311371776 => 1478.30893475195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212803.967516657 Mflops = 212.803967516657 Gflops = 0.212803967516657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.00073872 Relative Rsd = 3.2389025689523e-07
BICGSTAB_SOLVER_TIME: 0.468641 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05061 s
InvBiCGStab: k = 90 resid = 2.254084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350797(s) Flops=593528832 => 1691.94386497034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243610.272371731 Mflops = 243.610272371731 Gflops = 0.243610272371731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059255 s
InvBiCGStab: k = 112 resid = 1.098378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435433(s) Flops=737888256 => 1694.60802465592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243979.563223783 Mflops = 243.979563223783 Gflops = 0.243979563223783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001358501 Relative Rsd = 5.95632120152576e-07
BICGSTAB_SOLVER_TIME: 0.899933 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158783999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044559 s
InvBiCGStab: k = 60 resid = 1.58741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219805(s) Flops=396675072 => 1804.66810127158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259798.548354637 Mflops = 259.798548354637 Gflops = 0.259798548354637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055765 s
InvBiCGStab: k = 87 resid = 1.009453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318468(s) Flops=573843456 => 1801.88733561928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259419.02082537 Mflops = 259.41902082537 Gflops = 0.25941902082537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001077917 Relative Rsd = 4.72610554247539e-07
BICGSTAB_SOLVER_TIME: 0.642414 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 67 resid = 2.062422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245218(s) Flops=442607616 => 1804.95565578383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259853.977866451 Mflops = 259.853977866451 Gflops = 0.259853977866451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064112 s
InvBiCGStab: k = 85 resid = 9.579256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340952(s) Flops=560719872 => 1644.57129449307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236772.987669972 Mflops = 236.772987669972 Gflops = 0.236772987669972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001116436 Relative Rsd = 4.89499145916444e-07
BICGSTAB_SOLVER_TIME: 0.695366 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122904000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042682 s
InvBiCGStab: k = 67 resid = 1.134417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288511(s) Flops=442607616 => 1534.11002006856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220872.055359126 Mflops = 220.872055359126 Gflops = 0.220872055359126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065782 s
InvBiCGStab: k = 102 resid = 1.112854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406977(s) Flops=672270336 => 1651.86321585741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237840.186731671 Mflops = 237.840186731671 Gflops = 0.237840186731671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001136109 Relative Rsd = 4.981244368852e-07
BICGSTAB_SOLVER_TIME: 0.807936 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13471
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026755(s) Flops=1599750144 => 1558.06413798813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224345.979430327 Mflops = 224.345979430327 Gflops = 0.224345979430327 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177809000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050367 s
InvBiCGStab: k = 27 resid = 1.929651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131501(s) Flops=180135936 => 1369.8446095467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197172.741385243 Mflops = 197.172741385243 Gflops = 0.197172741385243 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068809 s
InvBiCGStab: k = 53 resid = 9.708714e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244312(s) Flops=350742528 => 1435.63364877697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206681.503538305 Mflops = 206.681503538305 Gflops = 0.206681503538305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007209819 Relative Rsd = 3.16113004183352e-07
BICGSTAB_SOLVER_TIME: 0.499208 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 84 resid = 7.837917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328585(s) Flops=554158080 => 1686.49840984829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242814.481230913 Mflops = 242.814481230913 Gflops = 0.242814481230913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065055 s
InvBiCGStab: k = 106 resid = 1.047577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413402(s) Flops=698517504 => 1689.68099815676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243277.026616978 Mflops = 243.277026616978 Gflops = 0.243277026616978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001269165 Relative Rsd = 5.56462649739638e-07
BICGSTAB_SOLVER_TIME: 0.851617 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150212999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 60 resid = 1.539875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234994(s) Flops=396675072 => 1688.02212822455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243017.253147334 Mflops = 243.017253147334 Gflops = 0.243017253147334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058127 s
InvBiCGStab: k = 78 resid = 6.809352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296465(s) Flops=514787328 => 1736.41855868315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249983.268499754 Mflops = 249.983268499754 Gflops = 0.249983268499754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001085962 Relative Rsd = 4.76137917684183e-07
BICGSTAB_SOLVER_TIME: 0.634899 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041063 s
InvBiCGStab: k = 72 resid = 2.120961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273519(s) Flops=475416576 => 1738.14826757922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250218.787150065 Mflops = 250.218787150065 Gflops = 0.250218787150065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062825 s
InvBiCGStab: k = 80 resid = 1.129081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304862(s) Flops=527910912 => 1731.63894483406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249306.538857383 Mflops = 249.306538857383 Gflops = 0.249306538857383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001159972 Relative Rsd = 5.08587395033975e-07
BICGSTAB_SOLVER_TIME: 0.686151 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122996
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046301 s
InvBiCGStab: k = 63 resid = 1.546437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260477(s) Flops=416360448 => 1598.45379054581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230133.250371361 Mflops = 230.133250371361 Gflops = 0.230133250371361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063811 s
InvBiCGStab: k = 96 resid = 9.846498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400512(s) Flops=632899584 => 1580.22627037392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227516.341329906 Mflops = 227.516341329906 Gflops = 0.227516341329906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00115318 Relative Rsd = 5.05609448299431e-07
BICGSTAB_SOLVER_TIME: 0.775094 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127622
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026758(s) Flops=1599750144 => 1558.05958560829 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224343.002130552 Mflops = 224.343002130552 Gflops = 0.224343002130552 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177809000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055527 s
InvBiCGStab: k = 31 resid = 2.258008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156619(s) Flops=206383104 => 1317.73989107324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189686.276575867 Mflops = 189.686276575867 Gflops = 0.189686276575867 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070223 s
InvBiCGStab: k = 51 resid = 8.137231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228001(s) Flops=337618944 => 1480.77834746339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213167.662150678 Mflops = 213.167662150678 Gflops = 0.213167662150678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007329129 Relative Rsd = 3.21344151484368e-07
BICGSTAB_SOLVER_TIME: 0.514803 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050253 s
InvBiCGStab: k = 63 resid = 1.55925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252544(s) Flops=416360448 => 1648.66497719209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237359.614415992 Mflops = 237.359614415992 Gflops = 0.237359614415992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062208 s
InvBiCGStab: k = 79 resid = 1.035645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306863(s) Flops=521349120 => 1698.96377210677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244602.768665667 Mflops = 244.602768665667 Gflops = 0.244602768665667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001138475 Relative Rsd = 4.99162121905053e-07
BICGSTAB_SOLVER_TIME: 0.675772 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048184 s
InvBiCGStab: k = 58 resid = 1.943555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247042(s) Flops=383551488 => 1552.57603160596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223538.241782485 Mflops = 223.538241782485 Gflops = 0.223538241782485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056373 s
InvBiCGStab: k = 73 resid = 1.102522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266552(s) Flops=481978368 => 1808.19640445392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260317.284315146 Mflops = 260.317284315146 Gflops = 0.260317284315146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001100678 Relative Rsd = 4.82589786821638e-07
BICGSTAB_SOLVER_TIME: 0.621893 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 64 resid = 2.011877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233577(s) Flops=422922240 => 1810.63306746812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260664.521612011 Mflops = 260.664521612011 Gflops = 0.260664521612011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056021 s
InvBiCGStab: k = 85 resid = 8.785456e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323398(s) Flops=560719872 => 1733.83840345333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249624.085765962 Mflops = 249.624085765962 Gflops = 0.249624085765962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00116248 Relative Rsd = 5.09687096153145e-07
BICGSTAB_SOLVER_TIME: 0.658401 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12082
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041638 s
InvBiCGStab: k = 61 resid = 1.53937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223602(s) Flops=403236864 => 1803.368771299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.026701552 Mflops = 259.619026701552 Gflops = 0.259619026701552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 78 resid = 8.296981e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304238(s) Flops=514787328 => 1692.05466772724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243602.103336465 Mflops = 243.602103336465 Gflops = 0.243602103336465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001066322 Relative Rsd = 4.67526816407287e-07
BICGSTAB_SOLVER_TIME: 0.629753 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113694
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058877(s) Flops=1618108416 => 1528.13633311518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220104.517368972 Mflops = 220.104517368972 Gflops = 0.220104517368972 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179688000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.456272
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044309 s
InvBiCGStab: k = 26 resid = 1.973927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106247(s) Flops=173574144 => 1633.68512993308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235128.789016945 Mflops = 235.128789016945 Gflops = 0.235128789016945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065652 s
InvBiCGStab: k = 49 resid = 1.099297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200732(s) Flops=324495360 => 1616.56018970568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232722.818348689 Mflops = 232.722818348689 Gflops = 0.232722818348689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007062545 Relative Rsd = 3.09655826671964e-07
BICGSTAB_SOLVER_TIME: 0.421316 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045653 s
InvBiCGStab: k = 61 resid = 1.760416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271635(s) Flops=403236864 => 1484.48051245237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213740.347657008 Mflops = 213.740347657008 Gflops = 0.213740347657008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067267 s
InvBiCGStab: k = 91 resid = 9.603946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400308(s) Flops=600090624 => 1499.07227434875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215834.570257363 Mflops = 215.834570257363 Gflops = 0.215834570257363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001182021 Relative Rsd = 5.18254658555376e-07
BICGSTAB_SOLVER_TIME: 0.789261 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122765
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041121 s
InvBiCGStab: k = 63 resid = 2.075924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251251(s) Flops=416360448 => 1657.14941632073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238583.402117187 Mflops = 238.583402117187 Gflops = 0.238583402117187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062126 s
InvBiCGStab: k = 79 resid = 1.12069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315239(s) Flops=521349120 => 1653.8217669768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238100.0126973 Mflops = 238.1000126973 Gflops = 0.2381000126973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001096544 Relative Rsd = 4.80777589628089e-07
BICGSTAB_SOLVER_TIME: 0.673496 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115499
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11583
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040918 s
InvBiCGStab: k = 66 resid = 2.256324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241533(s) Flops=436045824 => 1805.32607966613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.8150807 Mflops = 259.8998150807 Gflops = 0.2598998150807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056003 s
InvBiCGStab: k = 83 resid = 9.093996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302618(s) Flops=547596288 => 1809.52979664131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260516.596946901 Mflops = 260.516596946901 Gflops = 0.260516596946901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001118965 Relative Rsd = 4.90608034605883e-07
BICGSTAB_SOLVER_TIME: 0.644903 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120971
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046889 s
InvBiCGStab: k = 61 resid = 1.703125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226696(s) Flops=403236864 => 1778.75597275647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256092.009814043 Mflops = 256.092009814043 Gflops = 0.256092009814043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 76 resid = 1.004192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279981(s) Flops=501663744 => 1791.77781349449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257953.866963968 Mflops = 257.953866963968 Gflops = 0.257953866963968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001118822 Relative Rsd = 4.90545354959824e-07
BICGSTAB_SOLVER_TIME: 0.613689 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113763
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.27158(s) Flops=1660870656 => 1306.14719954702 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  188075.156623215 Mflops = 188.075156623215 Gflops = 0.188075156623215 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184739000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.431966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.426818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.757728(s) Flops=1367820288 => 1805.16001520334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259867.988650014 Mflops = 259.867988650014 Gflops = 0.259867988650014 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 324 resid = 9.478493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.367244(s) Flops=2128988160 => 1557.13841859975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224220.680076508 Mflops = 224.220680076508 Gflops = 0.224220680076508 Tflops
BICGSTAB_SOLVER: 532 iterations. Rsd = 0.002137948 Relative Rsd = 9.40407397198282e-07
BICGSTAB_SOLVER_TIME: 2.128324 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.379531000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.691364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690422(s) Flops=1243146240 => 1800.56000533007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259281.835698334 Mflops = 259.281835698334 Gflops = 0.259281835698334 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 9.735423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.90741(s) Flops=1577797632 => 1738.792422389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250373.157806457 Mflops = 250.373157806457 Gflops = 0.250373157806457 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.001966158 Relative Rsd = 8.64126779603305e-07
BICGSTAB_SOLVER_TIME: 1.601172 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.117263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306074999999998
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.345156(s) Flops=1660870656 => 1234.70486397117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  177787.068327539 Mflops = 177.787068327539 Gflops = 0.177787068327539 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184898000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.445406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04958 s
InvBiCGStab: k = 31 resid = 1.793751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13718(s) Flops=206383104 => 1504.46933955387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216536.643015414 Mflops = 216.536643015414 Gflops = 0.216536643015414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057098 s
InvBiCGStab: k = 50 resid = 6.00382e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210549(s) Flops=331057152 => 1572.3520510665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226347.16855996 Mflops = 226.34716855996 Gflops = 0.22634716855996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007193454 Relative Rsd = 3.15395505987382e-07
BICGSTAB_SOLVER_TIME: 0.45839 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041178 s
InvBiCGStab: k = 69 resid = 2.032021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257865(s) Flops=455731200 => 1767.32476295736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254441.325361857 Mflops = 254.441325361857 Gflops = 0.254441325361857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070935 s
InvBiCGStab: k = 98 resid = 1.033541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435788(s) Flops=646023168 => 1482.42532607598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213441.394152159 Mflops = 213.441394152159 Gflops = 0.213441394152159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.00130806 Relative Rsd = 5.7351626037899e-07
BICGSTAB_SOLVER_TIME: 0.809682 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044266 s
InvBiCGStab: k = 64 resid = 1.713707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254894(s) Flops=422922240 => 1659.20829835147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238878.518437583 Mflops = 238.878518437583 Gflops = 0.238878518437583 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060382 s
InvBiCGStab: k = 84 resid = 9.481311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328643(s) Flops=554158080 => 1686.20077104944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242761.362715207 Mflops = 242.761362715207 Gflops = 0.242761362715207 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00109229 Relative Rsd = 4.78912461821377e-07
BICGSTAB_SOLVER_TIME: 0.691986 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 65 resid = 1.821683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239647(s) Flops=429484032 => 1792.15275801491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258018.594248956 Mflops = 258.018594248956 Gflops = 0.258018594248956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 88 resid = 9.419515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326785(s) Flops=580405248 => 1776.10737334945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255703.88929246 Mflops = 255.70388929246 Gflops = 0.25570388929246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001159344 Relative Rsd = 5.08311870010012e-07
BICGSTAB_SOLVER_TIME: 0.667888 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123567000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 63 resid = 2.226238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235288(s) Flops=416360448 => 1769.57791302574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254761.449628029 Mflops = 254.761449628029 Gflops = 0.254761449628029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055888 s
InvBiCGStab: k = 85 resid = 9.230315e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310365(s) Flops=560719872 => 1806.646599971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260106.23878796 Mflops = 260.10623878796 Gflops = 0.26010623878796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001132418 Relative Rsd = 4.96506352634617e-07
BICGSTAB_SOLVER_TIME: 0.646131 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119967
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.158589(s) Flops=1691688960 => 1460.12862197034 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210242.53512872 Mflops = 210.24253512872 Gflops = 0.21024253512872 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188339000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.425209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042322 s
InvBiCGStab: k = 29 resid = 1.933854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11514(s) Flops=193259520 => 1678.47420531527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241596.37732536 Mflops = 241.59637732536 Gflops = 0.24159637732536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061873 s
InvBiCGStab: k = 48 resid = 8.458452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206576(s) Flops=317933568 => 1539.06343428085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221556.084295652 Mflops = 221.556084295652 Gflops = 0.221556084295652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.000740319 Relative Rsd = 3.24591319548829e-07
BICGSTAB_SOLVER_TIME: 0.432285 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044795 s
InvBiCGStab: k = 78 resid = 1.608665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3123(s) Flops=514787328 => 1648.3744092219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237323.185325605 Mflops = 237.323185325605 Gflops = 0.237323185325605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059002 s
InvBiCGStab: k = 100 resid = 1.14413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401205(s) Flops=659146752 => 1642.91759075784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236544.622891747 Mflops = 236.544622891747 Gflops = 0.236544622891747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001262388 Relative Rsd = 5.53491389514568e-07
BICGSTAB_SOLVER_TIME: 0.822597 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126347
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141608
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046881 s
InvBiCGStab: k = 62 resid = 1.82336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284914(s) Flops=409798656 => 1438.32404164064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207075.992800401 Mflops = 207.075992800401 Gflops = 0.207075992800401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06147 s
InvBiCGStab: k = 82 resid = 1.060903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331431(s) Flops=541034496 => 1632.41970726939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235022.104310505 Mflops = 235.022104310505 Gflops = 0.235022104310505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001126636 Relative Rsd = 4.93971195744993e-07
BICGSTAB_SOLVER_TIME: 0.728507 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042753 s
InvBiCGStab: k = 61 resid = 2.192249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244584(s) Flops=403236864 => 1648.66411539594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237353.065998992 Mflops = 237.353065998992 Gflops = 0.237353065998992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057109 s
InvBiCGStab: k = 83 resid = 1.085177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3308(s) Flops=547596288 => 1655.36967351874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238322.762021353 Mflops = 238.322762021353 Gflops = 0.238322762021353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001176107 Relative Rsd = 5.15661517888942e-07
BICGSTAB_SOLVER_TIME: 0.679132 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041909 s
InvBiCGStab: k = 69 resid = 1.982865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269329(s) Flops=455731200 => 1692.09851148595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243618.573156701 Mflops = 243.618573156701 Gflops = 0.243618573156701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057955 s
InvBiCGStab: k = 91 resid = 7.667773e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344015(s) Flops=600090624 => 1744.37342557737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251140.608013445 Mflops = 251.140608013445 Gflops = 0.251140608013445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001139018 Relative Rsd = 4.99400182059141e-07
BICGSTAB_SOLVER_TIME: 0.721475 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128492
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.159498(s) Flops=1698103296 => 1464.51593361955 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210880.309372514 Mflops = 210.880309372514 Gflops = 0.210880309372514 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188850000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.430555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040779 s
InvBiCGStab: k = 29 resid = 1.443321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110622(s) Flops=193259520 => 1747.02608884309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251465.895715217 Mflops = 251.465895715217 Gflops = 0.251465895715217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 46 resid = 1.004714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182932(s) Flops=304809984 => 1666.2474799379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239861.447631713 Mflops = 239.861447631713 Gflops = 0.239861447631713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007529726 Relative Rsd = 3.30139284897963e-07
BICGSTAB_SOLVER_TIME: 0.394128 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042011 s
InvBiCGStab: k = 59 resid = 1.450443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229724(s) Flops=390113280 => 1698.18251466978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244489.170494451 Mflops = 244.489170494451 Gflops = 0.244489170494451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062124 s
InvBiCGStab: k = 82 resid = 7.973967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321875(s) Flops=541034496 => 1680.88387106796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242004.306767353 Mflops = 242.004306767353 Gflops = 0.242004306767353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001135938 Relative Rsd = 4.98049711313677e-07
BICGSTAB_SOLVER_TIME: 0.659636 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 60 resid = 1.498741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263833(s) Flops=396675072 => 1503.50817373111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216468.187424541 Mflops = 216.468187424541 Gflops = 0.216468187424541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061923 s
InvBiCGStab: k = 78 resid = 1.045219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330245(s) Flops=514787328 => 1558.80430589411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224428.744258 Mflops = 224.428744258 Gflops = 0.224428744258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001081898 Relative Rsd = 4.74355988430465e-07
BICGSTAB_SOLVER_TIME: 0.70282 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112783
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 68 resid = 2.113679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252652(s) Flops=449169408 => 1777.81853300192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255947.253172007 Mflops = 255.947253172007 Gflops = 0.255947253172007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056008 s
InvBiCGStab: k = 91 resid = 1.100357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359415(s) Flops=600090624 => 1669.63155127082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240382.704140693 Mflops = 240.382704140693 Gflops = 0.240382704140693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001159125 Relative Rsd = 5.08216064068926e-07
BICGSTAB_SOLVER_TIME: 0.714075 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040922 s
InvBiCGStab: k = 61 resid = 1.979164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234706(s) Flops=403236864 => 1718.05094032534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247345.193947814 Mflops = 247.345193947814 Gflops = 0.247345193947814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057015 s
InvBiCGStab: k = 84 resid = 9.764411e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32676(s) Flops=554158080 => 1695.9177377892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244161.763700606 Mflops = 244.161763700606 Gflops = 0.244161763700606 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00110585 Relative Rsd = 4.84857738542598e-07
BICGSTAB_SOLVER_TIME: 0.66326 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117799
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094888(s) Flops=1698250752 => 1551.07257728644 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223342.965853022 Mflops = 223.342965853022 Gflops = 0.223342965853022 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189340000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.441058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044151 s
InvBiCGStab: k = 27 resid = 1.987312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100265(s) Flops=180135936 => 1796.59837430808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258583.616820807 Mflops = 258.583616820807 Gflops = 0.258583616820807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057418 s
InvBiCGStab: k = 50 resid = 1.057227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197445(s) Flops=331057152 => 1676.7056749981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241369.561465128 Mflops = 241.369561465128 Gflops = 0.241369561465128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007540546 Relative Rsd = 3.30613695297226e-07
BICGSTAB_SOLVER_TIME: 0.403247 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040859 s
InvBiCGStab: k = 67 resid = 2.222322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245111(s) Flops=442607616 => 1805.7435855592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.659266344 Mflops = 259.956659266344 Gflops = 0.259956659266344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055844 s
InvBiCGStab: k = 91 resid = 1.066913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358119(s) Flops=600090624 => 1675.67379558192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241256.166327391 Mflops = 241.256166327391 Gflops = 0.241256166327391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001146564 Relative Rsd = 5.0270847298692e-07
BICGSTAB_SOLVER_TIME: 0.70377 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127421
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045883 s
InvBiCGStab: k = 68 resid = 1.531054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272914(s) Flops=449169408 => 1645.82765266714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236942.032384261 Mflops = 236.942032384261 Gflops = 0.236942032384261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058989 s
InvBiCGStab: k = 74 resid = 1.148185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285569(s) Flops=488540160 => 1710.76048170495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246291.898396994 Mflops = 246.291898396994 Gflops = 0.246291898396994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001073921 Relative Rsd = 4.70858280428968e-07
BICGSTAB_SOLVER_TIME: 0.667303 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040946 s
InvBiCGStab: k = 65 resid = 2.19556e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284068(s) Flops=429484032 => 1511.90571271667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217674.102882896 Mflops = 217.674102882896 Gflops = 0.217674102882896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062671 s
InvBiCGStab: k = 88 resid = 1.029012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37423(s) Flops=580405248 => 1550.93190818481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223289.71036215 Mflops = 223.28971036215 Gflops = 0.22328971036215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001205838 Relative Rsd = 5.28697353007501e-07
BICGSTAB_SOLVER_TIME: 0.766392 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 61 resid = 2.270865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228802(s) Flops=403236864 => 1762.38347566892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253724.332214481 Mflops = 253.724332214481 Gflops = 0.253724332214481 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058899 s
InvBiCGStab: k = 77 resid = 9.833223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308954(s) Flops=508225536 => 1644.98771985474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236827.666334318 Mflops = 236.827666334318 Gflops = 0.236827666334318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001114871 Relative Rsd = 4.88813089627617e-07
BICGSTAB_SOLVER_TIME: 0.642265 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112684
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099939(s) Flops=1692131328 => 1538.38651779781 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221507.678487198 Mflops = 221.507678487198 Gflops = 0.221507678487198 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188622000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.452103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 2.194201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83532(s) Flops=1446561792 => 1731.74566872576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249317.111719097 Mflops = 249.317111719097 Gflops = 0.249317111719097 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 8.375685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.043929(s) Flops=1800898560 => 1725.11594179298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248406.067055206 Mflops = 248.406067055206 Gflops = 0.248406067055206 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.00216175 Relative Rsd = 9.50853073675436e-07
BICGSTAB_SOLVER_TIME: 1.882666 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352322
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.511921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.822216(s) Flops=1315325952 => 1599.73285851893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230341.586294909 Mflops = 230.341586294909 Gflops = 0.230341586294909 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 8.419229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.034128(s) Flops=1525303296 => 1474.96566769297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212385.968226267 Mflops = 212.385968226267 Gflops = 0.212385968226267 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.001972674 Relative Rsd = 8.66998956631543e-07
BICGSTAB_SOLVER_TIME: 1.859913 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.116401
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.30953
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.117432(s) Flops=1692131328 => 1514.30362473958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218064.727227973 Mflops = 218.064727227973 Gflops = 0.218064727227973 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188413000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.392398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047489 s
InvBiCGStab: k = 26 resid = 2.275539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115168(s) Flops=173574144 => 1507.1386496249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216926.856222989 Mflops = 216.926856222989 Gflops = 0.216926856222989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062217 s
InvBiCGStab: k = 51 resid = 1.030537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204561(s) Flops=337618944 => 1650.45606933873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237608.048390755 Mflops = 237.608048390755 Gflops = 0.237608048390755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007767536 Relative Rsd = 3.40566028707259e-07
BICGSTAB_SOLVER_TIME: 0.43334 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690770000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041853 s
InvBiCGStab: k = 82 resid = 1.338443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304671(s) Flops=541034496 => 1775.79912758352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255663.350485507 Mflops = 255.663350485507 Gflops = 0.255663350485507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 107 resid = 9.702459e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391914(s) Flops=705079296 => 1799.06636660084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259028.962273461 Mflops = 259.028962273461 Gflops = 0.259028962273461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001303346 Relative Rsd = 5.71449312278698e-07
BICGSTAB_SOLVER_TIME: 0.798847 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149377999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041406 s
InvBiCGStab: k = 61 resid = 2.210893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246377(s) Flops=403236864 => 1636.66601996128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235606.308571057 Mflops = 235.606308571057 Gflops = 0.235606308571057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068729 s
InvBiCGStab: k = 87 resid = 1.020758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338244(s) Flops=573843456 => 1696.53698513499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244257.792247037 Mflops = 244.257792247037 Gflops = 0.244257792247037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001102282 Relative Rsd = 4.83293044283691e-07
BICGSTAB_SOLVER_TIME: 0.702749 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040646 s
InvBiCGStab: k = 67 resid = 1.788791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25823(s) Flops=442607616 => 1714.00540603338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246754.098283055 Mflops = 246.754098283055 Gflops = 0.246754098283055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064959 s
InvBiCGStab: k = 81 resid = 9.951513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319387(s) Flops=534472704 => 1673.43286984129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240924.521137289 Mflops = 240.924521137289 Gflops = 0.240924521137289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001172605 Relative Rsd = 5.14126019686668e-07
BICGSTAB_SOLVER_TIME: 0.687532 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120055
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05352 s
InvBiCGStab: k = 61 resid = 1.702533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286399(s) Flops=403236864 => 1407.95486017758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202706.852593654 Mflops = 202.706852593654 Gflops = 0.202706852593654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071836 s
InvBiCGStab: k = 82 resid = 8.555337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347228(s) Flops=541034496 => 1558.15342080708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224335.628740415 Mflops = 224.335628740415 Gflops = 0.224335628740415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00114413 Relative Rsd = 5.01641591910434e-07
BICGSTAB_SOLVER_TIME: 0.762855 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116143
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.115272(s) Flops=1679966208 => 1506.32868753093 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216896.028081817 Mflops = 216.896028081817 Gflops = 0.216896028081817 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187332000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044052 s
InvBiCGStab: k = 35 resid = 1.501452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139345(s) Flops=232630272 => 1669.45546664753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240303.290130397 Mflops = 240.303290130397 Gflops = 0.240303290130397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064094 s
InvBiCGStab: k = 51 resid = 9.968305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20913(s) Flops=337618944 => 1614.39747525463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232394.839881504 Mflops = 232.394839881504 Gflops = 0.232394839881504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007657006 Relative Rsd = 3.35719840600524e-07
BICGSTAB_SOLVER_TIME: 0.461157 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041202 s
InvBiCGStab: k = 74 resid = 1.922076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275618(s) Flops=488540160 => 1772.52632266398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255193.36790621 Mflops = 255.19336790621 Gflops = 0.25519336790621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056536 s
InvBiCGStab: k = 99 resid = 1.097979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36644(s) Flops=652584960 => 1780.87807007969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256399.809805984 Mflops = 256.399809805984 Gflops = 0.256399809805984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001252325 Relative Rsd = 5.49079467229225e-07
BICGSTAB_SOLVER_TIME: 0.743606 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138015
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040678 s
InvBiCGStab: k = 69 resid = 1.860219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252646(s) Flops=455731200 => 1803.8330311978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259763.588715094 Mflops = 259.763588715094 Gflops = 0.259763588715094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063197 s
InvBiCGStab: k = 81 resid = 1.12763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33148(s) Flops=534472704 => 1612.38296126463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232139.133897102 Mflops = 232.139133897102 Gflops = 0.232139133897102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001098199 Relative Rsd = 4.81502897258788e-07
BICGSTAB_SOLVER_TIME: 0.691867 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048657 s
InvBiCGStab: k = 71 resid = 2.250335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274583(s) Flops=468854784 => 1707.51570199175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245832.721580798 Mflops = 245.832721580798 Gflops = 0.245832721580798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055923 s
InvBiCGStab: k = 99 resid = 8.298533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377169(s) Flops=652584960 => 1730.21897345752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249110.408565813 Mflops = 249.110408565813 Gflops = 0.249110408565813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001185958 Relative Rsd = 5.19980696756623e-07
BICGSTAB_SOLVER_TIME: 0.760146 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045865 s
InvBiCGStab: k = 66 resid = 2.271737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318854(s) Flops=436045824 => 1367.54070515032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196893.297170223 Mflops = 196.893297170223 Gflops = 0.196893297170223 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074941 s
InvBiCGStab: k = 81 resid = 1.055141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384266(s) Flops=534472704 => 1390.89251716259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200256.820319906 Mflops = 200.256820319906 Gflops = 0.200256820319906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001165142 Relative Rsd = 5.10854274871737e-07
BICGSTAB_SOLVER_TIME: 0.829321 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119009
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.117193(s) Flops=1680039936 => 1503.80456733975 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216549.902010665 Mflops = 216.549902010665 Gflops = 0.216549902010665 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186935000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.405164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045662 s
InvBiCGStab: k = 27 resid = 2.044345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114828(s) Flops=180135936 => 1568.74574145679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225808.669300132 Mflops = 225.808669300132 Gflops = 0.225808669300132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060451 s
InvBiCGStab: k = 45 resid = 1.09636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184556(s) Flops=298248192 => 1616.03086326102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232632.919840775 Mflops = 232.632919840775 Gflops = 0.232632919840775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007599086 Relative Rsd = 3.33180370657079e-07
BICGSTAB_SOLVER_TIME: 0.409365 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045256 s
InvBiCGStab: k = 52 resid = 2.027891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202041(s) Flops=344180736 => 1703.51926589158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245242.711476552 Mflops = 245.242711476552 Gflops = 0.245242711476552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 86 resid = 1.098214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3222(s) Flops=567281664 => 1760.65072625698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253484.430280805 Mflops = 253.484430280805 Gflops = 0.253484430280805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001106565 Relative Rsd = 4.85171340941122e-07
BICGSTAB_SOLVER_TIME: 0.630146 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041611 s
InvBiCGStab: k = 61 resid = 2.140803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225925(s) Flops=403236864 => 1784.82622109107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256968.855679181 Mflops = 256.968855679181 Gflops = 0.256968855679181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056065 s
InvBiCGStab: k = 70 resid = 1.130879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255934(s) Flops=462292992 => 1806.2976861222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.107089328 Mflops = 260.033107089328 Gflops = 0.260033107089328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001076847 Relative Rsd = 4.72141324617066e-07
BICGSTAB_SOLVER_TIME: 0.583397 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113751
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107785
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043036 s
InvBiCGStab: k = 74 resid = 1.735775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283474(s) Flops=488540160 => 1723.40376895236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248126.760445774 Mflops = 248.126760445774 Gflops = 0.248126760445774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055867 s
InvBiCGStab: k = 85 resid = 9.297775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381246(s) Flops=560719872 => 1470.7560787523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211753.794873263 Mflops = 211.753794873263 Gflops = 0.211753794873263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001166032 Relative Rsd = 5.11244491397894e-07
BICGSTAB_SOLVER_TIME: 0.767557 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048524 s
InvBiCGStab: k = 62 resid = 2.238834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266587(s) Flops=409798656 => 1537.20419975468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221292.000897322 Mflops = 221.292000897322 Gflops = 0.221292000897322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055953 s
InvBiCGStab: k = 80 resid = 1.016036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341385(s) Flops=527910912 => 1546.37992881937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222630.524039617 Mflops = 222.630524039617 Gflops = 0.222630524039617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001104118 Relative Rsd = 4.84098181691618e-07
BICGSTAB_SOLVER_TIME: 0.716731 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115546
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.129597(s) Flops=1674141696 => 1482.06988510062 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213411.048328468 Mflops = 213.411048328468 Gflops = 0.213411048328468 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186287000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040715 s
InvBiCGStab: k = 23 resid = 2.206255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085412(s) Flops=153888768 => 1801.72303657566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259305.766594635 Mflops = 259.305766594635 Gflops = 0.259305766594635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057688 s
InvBiCGStab: k = 51 resid = 1.118816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203663(s) Flops=337618944 => 1657.73333398801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238632.484360258 Mflops = 238.632484360258 Gflops = 0.238632484360258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007565262 Relative Rsd = 3.31697369210482e-07
BICGSTAB_SOLVER_TIME: 0.393681 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043471 s
InvBiCGStab: k = 63 resid = 2.249494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255321(s) Flops=416360448 => 1630.73326518383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234777.704158457 Mflops = 234.777704158457 Gflops = 0.234777704158457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066183 s
InvBiCGStab: k = 94 resid = 8.384084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383179(s) Flops=619776000 => 1617.4581592415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232873.100358843 Mflops = 232.873100358843 Gflops = 0.232873100358843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001163388 Relative Rsd = 5.10085020029917e-07
BICGSTAB_SOLVER_TIME: 0.751987 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041649 s
InvBiCGStab: k = 64 resid = 2.012719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237656(s) Flops=422922240 => 1779.55633352409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256194.35154198 Mflops = 256.19435154198 Gflops = 0.256194351541981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 80 resid = 1.14333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294232(s) Flops=527910912 => 1794.19951602817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258310.30598782 Mflops = 258.31030598782 Gflops = 0.25831030598782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001090177 Relative Rsd = 4.77985844317668e-07
BICGSTAB_SOLVER_TIME: 0.634082 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041879 s
InvBiCGStab: k = 70 resid = 2.093978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280366(s) Flops=462292992 => 1648.89106382372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237400.968638469 Mflops = 237.400968638469 Gflops = 0.237400968638469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058111 s
InvBiCGStab: k = 88 resid = 1.113392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357658(s) Flops=580405248 => 1622.79397636849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233639.740021053 Mflops = 233.639740021053 Gflops = 0.233639740021053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001147171 Relative Rsd = 5.02974555230329e-07
BICGSTAB_SOLVER_TIME: 0.741875 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04198 s
InvBiCGStab: k = 62 resid = 1.769163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248173(s) Flops=409798656 => 1651.26204703977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237709.744189506 Mflops = 237.709744189506 Gflops = 0.237709744189506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062678 s
InvBiCGStab: k = 77 resid = 1.130865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286021(s) Flops=508225536 => 1776.88189328756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255812.082516759 Mflops = 255.812082516759 Gflops = 0.255812082516759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001137198 Relative Rsd = 4.98602139497143e-07
BICGSTAB_SOLVER_TIME: 0.64271 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113396
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.20307(s) Flops=1674215424 => 1391.61929397292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200383.770476546 Mflops = 200.383770476546 Gflops = 0.200383770476546 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186199000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.433453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.843022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943268(s) Flops=1571235840 => 1665.73639729112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239835.558075934 Mflops = 239.835558075934 Gflops = 0.239835558075934 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 6.904042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.98806(s) Flops=1656539136 => 1676.55722931806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241414.040197246 Mflops = 241.414040197246 Gflops = 0.241414040197246 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.002145488 Relative Rsd = 9.43708566205142e-07
BICGSTAB_SOLVER_TIME: 1.934687 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349953000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.273818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776018(s) Flops=1262831616 => 1627.3225827236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234343.601980469 Mflops = 234.343601980469 Gflops = 0.234343601980469 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 252 resid = 9.525967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97702(s) Flops=1656539136 => 1695.50176659638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244142.49673991 Mflops = 244.14249673991 Gflops = 0.24414249673991 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002162877 Relative Rsd = 9.50592940560905e-07
BICGSTAB_SOLVER_TIME: 1.756445 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.116141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317027999999999
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.195188(s) Flops=1674215424 => 1400.79671482645 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201747.408956076 Mflops = 201.747408956076 Gflops = 0.201747408956076 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186200000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.394111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040585 s
InvBiCGStab: k = 29 resid = 1.349233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107013(s) Flops=193259520 => 1805.94432452132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.438215172 Mflops = 259.959438215172 Gflops = 0.259959438215172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 52 resid = 1.056238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207419(s) Flops=344180736 => 1659.35008846827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238861.73150176 Mflops = 238.86173150176 Gflops = 0.23886173150176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000765941 Relative Rsd = 3.35825242448335e-07
BICGSTAB_SOLVER_TIME: 0.414919 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722370000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040948 s
InvBiCGStab: k = 78 resid = 1.471679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28529(s) Flops=514787328 => 1804.43523432297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259795.753741114 Mflops = 259.795753741114 Gflops = 0.259795753741114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062797 s
InvBiCGStab: k = 104 resid = 1.107033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4286(s) Flops=685393920 => 1599.14587027532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230241.845249843 Mflops = 230.241845249843 Gflops = 0.230241845249843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001315412 Relative Rsd = 5.76739464197665e-07
BICGSTAB_SOLVER_TIME: 0.821433 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043647 s
InvBiCGStab: k = 61 resid = 2.203894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233291(s) Flops=403236864 => 1728.47158270143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248848.240435937 Mflops = 248.848240435937 Gflops = 0.248848240435937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055986 s
InvBiCGStab: k = 72 resid = 9.583276e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271051(s) Flops=475416576 => 1753.97462470162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252503.358113107 Mflops = 252.503358113107 Gflops = 0.252503358113107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001026227 Relative Rsd = 4.49947217370021e-07
BICGSTAB_SOLVER_TIME: 0.60793 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041076 s
InvBiCGStab: k = 71 resid = 1.499234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277369(s) Flops=468854784 => 1690.3647631855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243363.099272599 Mflops = 243.363099272599 Gflops = 0.243363099272598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059689 s
InvBiCGStab: k = 91 resid = 1.108134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362817(s) Flops=600090624 => 1653.97603750651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238135.356405164 Mflops = 238.135356405164 Gflops = 0.238135356405164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001177888 Relative Rsd = 5.16442614487998e-07
BICGSTAB_SOLVER_TIME: 0.744901 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04541 s
InvBiCGStab: k = 71 resid = 1.992393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268789(s) Flops=468854784 => 1744.32281082931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251127.459044663 Mflops = 251.127459044663 Gflops = 0.251127459044663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05573 s
InvBiCGStab: k = 82 resid = 1.094291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329196(s) Flops=541034496 => 1643.50264280246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236637.364544878 Mflops = 236.637364544878 Gflops = 0.236637364544878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001156131 Relative Rsd = 5.06903313403624e-07
BICGSTAB_SOLVER_TIME: 0.70296 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12361
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.189672(s) Flops=1674510336 => 1407.53950332529 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202670.254606299 Mflops = 202.670254606299 Gflops = 0.202670254606299 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185996000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.413922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043604 s
InvBiCGStab: k = 30 resid = 1.989276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124665(s) Flops=199821312 => 1602.86617735531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230726.322244753 Mflops = 230.726322244753 Gflops = 0.230726322244753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06161 s
InvBiCGStab: k = 46 resid = 8.597705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177049(s) Flops=304809984 => 1721.6137001621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247821.196215506 Mflops = 247.821196215506 Gflops = 0.247821196215506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007715949 Relative Rsd = 3.38304202033145e-07
BICGSTAB_SOLVER_TIME: 0.41075 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040582 s
InvBiCGStab: k = 78 resid = 1.66606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285581(s) Flops=514787328 => 1802.59655929491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.370972562 Mflops = 259.524370972562 Gflops = 0.259524370972562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 111 resid = 1.115916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437355(s) Flops=731326464 => 1672.15754707274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240749.722892718 Mflops = 240.749722892718 Gflops = 0.240749722892718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001313358 Relative Rsd = 5.75838929185109e-07
BICGSTAB_SOLVER_TIME: 0.823813 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149233999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047545 s
InvBiCGStab: k = 60 resid = 1.828797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257879(s) Flops=396675072 => 1538.22169311964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221452.429160901 Mflops = 221.452429160901 Gflops = 0.221452429160901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060691 s
InvBiCGStab: k = 75 resid = 9.553019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303975(s) Flops=495101952 => 1628.75878608438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234432.518297128 Mflops = 234.432518297128 Gflops = 0.234432518297128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001100722 Relative Rsd = 4.82609131761261e-07
BICGSTAB_SOLVER_TIME: 0.674226 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052229 s
InvBiCGStab: k = 72 resid = 2.033937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315215(s) Flops=475416576 => 1508.22954491379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217147.094081718 Mflops = 217.147094081718 Gflops = 0.217147094081718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056821 s
InvBiCGStab: k = 95 resid = 1.013236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368315(s) Flops=626337792 => 1700.54923638733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244831.104726846 Mflops = 244.831104726846 Gflops = 0.244831104726846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.00120504 Relative Rsd = 5.283473576223e-07
BICGSTAB_SOLVER_TIME: 0.796438 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133882
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04094 s
InvBiCGStab: k = 81 resid = 1.96934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322159(s) Flops=534472704 => 1659.03390561803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238860.88090212 Mflops = 238.86088090212 Gflops = 0.23886088090212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066369 s
InvBiCGStab: k = 82 resid = 1.114665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342791(s) Flops=541034496 => 1578.32176457375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227232.208225718 Mflops = 227.232208225718 Gflops = 0.227232208225718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001139148 Relative Rsd = 4.99456889784525e-07
BICGSTAB_SOLVER_TIME: 0.776027 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130668
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.172957(s) Flops=1674657792 => 1427.72308959322 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205578.939924135 Mflops = 205.578939924135 Gflops = 0.205578939924135 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186549000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.413977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043828 s
InvBiCGStab: k = 29 resid = 2.196632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107282(s) Flops=193259520 => 1801.41608098283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259286.983621368 Mflops = 259.286983621368 Gflops = 0.259286983621368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 49 resid = 9.088725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179508(s) Flops=324495360 => 1807.6930276088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260199.696737571 Mflops = 260.199696737571 Gflops = 0.260199696737571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007765988 Relative Rsd = 3.40498142771381e-07
BICGSTAB_SOLVER_TIME: 0.390499 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 66 resid = 1.868868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241558(s) Flops=436045824 => 1805.1392377814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.498685563 Mflops = 259.889498685563 Gflops = 0.259889498685563 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056175 s
InvBiCGStab: k = 91 resid = 1.033839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33195(s) Flops=600090624 => 1807.77413465883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260272.839545686 Mflops = 260.272839545686 Gflops = 0.260272839545686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001171778 Relative Rsd = 5.1376351899749e-07
BICGSTAB_SOLVER_TIME: 0.674334 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044449 s
InvBiCGStab: k = 62 resid = 2.198864e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271631(s) Flops=409798656 => 1508.65937982042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217213.031833489 Mflops = 217.213031833489 Gflops = 0.217213031833489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065282 s
InvBiCGStab: k = 75 resid = 7.28238e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333721(s) Flops=495101952 => 1483.5804519344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213586.637329452 Mflops = 213.586637329452 Gflops = 0.213586637329452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001092838 Relative Rsd = 4.79152461573633e-07
BICGSTAB_SOLVER_TIME: 0.719362 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041861 s
InvBiCGStab: k = 73 resid = 1.639545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27702(s) Flops=481978368 => 1739.86848602989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250497.78958752 Mflops = 250.49778958752 Gflops = 0.25049778958752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064311 s
InvBiCGStab: k = 88 resid = 9.788191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344246(s) Flops=580405248 => 1686.01885860693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242743.471758375 Mflops = 242.743471758375 Gflops = 0.242743471758375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001207065 Relative Rsd = 5.29234978994422e-07
BICGSTAB_SOLVER_TIME: 0.73125 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129131
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047305 s
InvBiCGStab: k = 60 resid = 1.960503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256125(s) Flops=396675072 => 1548.7557715959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222976.836862907 Mflops = 222.976836862907 Gflops = 0.222976836862907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066037 s
InvBiCGStab: k = 81 resid = 1.111834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311568(s) Flops=534472704 => 1715.42874749653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246976.89222459 Mflops = 246.97689222459 Gflops = 0.24697689222459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001107492 Relative Rsd = 4.85577788841421e-07
BICGSTAB_SOLVER_TIME: 0.684847 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114903
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.1413(s) Flops=1674584064 => 1467.2601980198 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211301.826049605 Mflops = 211.301826049605 Gflops = 0.211301826049605 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186219000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.414588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 27 resid = 1.941574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099354(s) Flops=180135936 => 1813.07180385289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260957.725526959 Mflops = 260.957725526959 Gflops = 0.260957725526959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055855 s
InvBiCGStab: k = 51 resid = 1.128416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187264(s) Flops=337618944 => 1802.9036226931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259540.931560952 Mflops = 259.540931560952 Gflops = 0.259540931560952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007223338 Relative Rsd = 3.16705755591889e-07
BICGSTAB_SOLVER_TIME: 0.387135 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041738 s
InvBiCGStab: k = 57 resid = 1.756992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20883(s) Flops=376989696 => 1805.24683235167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.468893306 Mflops = 259.863468893306 Gflops = 0.259863468893306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05579 s
InvBiCGStab: k = 92 resid = 8.667674e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336054(s) Flops=606652416 => 1805.22301772929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259900.888289297 Mflops = 259.900888289297 Gflops = 0.259900888289297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001150992 Relative Rsd = 5.04650265963323e-07
BICGSTAB_SOLVER_TIME: 0.646296 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120773
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040669 s
InvBiCGStab: k = 58 resid = 2.150883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227987(s) Flops=383551488 => 1682.33929127538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242220.595715368 Mflops = 242.220595715368 Gflops = 0.242220595715368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060515 s
InvBiCGStab: k = 88 resid = 1.129488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385685(s) Flops=580405248 => 1504.86860520891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216665.235339029 Mflops = 216.665235339029 Gflops = 0.216665235339029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001110018 Relative Rsd = 4.86685248353263e-07
BICGSTAB_SOLVER_TIME: 0.724367 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047037 s
InvBiCGStab: k = 73 resid = 1.869099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30447(s) Flops=481978368 => 1583.00774460538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227906.921550877 Mflops = 227.906921550877 Gflops = 0.227906921550877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06343 s
InvBiCGStab: k = 87 resid = 1.114389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33861(s) Flops=573843456 => 1694.70321608931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243984.868383213 Mflops = 243.984868383213 Gflops = 0.243984868383213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001174784 Relative Rsd = 5.15081424910554e-07
BICGSTAB_SOLVER_TIME: 0.757351 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051009 s
InvBiCGStab: k = 58 resid = 1.830615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255591(s) Flops=383551488 => 1500.64551568717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216037.385474945 Mflops = 216.037385474945 Gflops = 0.216037385474945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072612 s
InvBiCGStab: k = 74 resid = 1.053548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286804(s) Flops=488540160 => 1703.39381598583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245246.845206004 Mflops = 245.246845206004 Gflops = 0.245246845206004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00110579 Relative Rsd = 4.84831502925274e-07
BICGSTAB_SOLVER_TIME: 0.669886 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10843
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.08401(s) Flops=1662418944 => 1533.58266436656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220826.024017924 Mflops = 220.826024017924 Gflops = 0.220826024017924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184943000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.829842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708121(s) Flops=1275955200 => 1801.88866027134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259390.096701543 Mflops = 259.390096701543 Gflops = 0.259390096701544 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 9.872722e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960261(s) Flops=1669662720 => 1738.75927482216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250372.191804104 Mflops = 250.372191804104 Gflops = 0.250372191804104 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002112107 Relative Rsd = 9.29052951364558e-07
BICGSTAB_SOLVER_TIME: 1.671857 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001897
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319838999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.044337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.845379(s) Flops=1282516992 => 1517.09114136973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218422.092790966 Mflops = 218.422092790966 Gflops = 0.218422092790966 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 9.876513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833003(s) Flops=1380943872 => 1657.78979427445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238711.702507993 Mflops = 238.711702507993 Gflops = 0.238711702507993 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002222076 Relative Rsd = 9.76594492279322e-07
BICGSTAB_SOLVER_TIME: 1.681843 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288850999999999
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.083954(s) Flops=1662418944 => 1533.66189340138 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220829.928098112 Mflops = 220.829928098112 Gflops = 0.220829928098112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185127000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.401399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04401 s
InvBiCGStab: k = 32 resid = 2.053069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120484(s) Flops=212944896 => 1767.41223730952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254392.598294181 Mflops = 254.392598294181 Gflops = 0.254392598294181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056633 s
InvBiCGStab: k = 48 resid = 1.122301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178439(s) Flops=317933568 => 1781.74932610024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256483.365166763 Mflops = 256.483365166763 Gflops = 0.256483365166763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007177293 Relative Rsd = 3.14686940151396e-07
BICGSTAB_SOLVER_TIME: 0.403405 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 83 resid = 1.833464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30727(s) Flops=547596288 => 1782.13391479806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256583.391937766 Mflops = 256.583391937766 Gflops = 0.256583391937766 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066891 s
InvBiCGStab: k = 124 resid = 1.092308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.52688(s) Flops=816629760 => 1549.93501366535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223167.201882513 Mflops = 223.167201882513 Gflops = 0.223167201882513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001325723 Relative Rsd = 5.81260667527155e-07
BICGSTAB_SOLVER_TIME: 0.946568 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162443999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050846 s
InvBiCGStab: k = 64 resid = 1.586973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242056(s) Flops=422922240 => 1747.20824933073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251539.224217055 Mflops = 251.539224217055 Gflops = 0.251539224217055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 84 resid = 1.036248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343383(s) Flops=554158080 => 1613.81920479465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232353.261508026 Mflops = 232.353261508026 Gflops = 0.232353261508026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001120227 Relative Rsd = 4.91161075294034e-07
BICGSTAB_SOLVER_TIME: 0.696419 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0414 s
InvBiCGStab: k = 67 resid = 1.811022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250944(s) Flops=442607616 => 1763.77046671767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253927.469178083 Mflops = 253.927469178083 Gflops = 0.253927469178083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063949 s
InvBiCGStab: k = 91 resid = 9.379948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376496(s) Flops=600090624 => 1593.88313288853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229479.912531104 Mflops = 229.479912531104 Gflops = 0.229479912531104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001166398 Relative Rsd = 5.11404610330864e-07
BICGSTAB_SOLVER_TIME: 0.737234 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044455 s
InvBiCGStab: k = 69 resid = 2.184086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26073(s) Flops=455731200 => 1747.90472903003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251653.272627863 Mflops = 251.653272627863 Gflops = 0.251653272627863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055927 s
InvBiCGStab: k = 94 resid = 8.88015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353855(s) Flops=619776000 => 1751.49708213816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252171.005322389 Mflops = 252.171005322389 Gflops = 0.252171005322389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001176847 Relative Rsd = 5.15986349540017e-07
BICGSTAB_SOLVER_TIME: 0.71879 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130684
Monitoring force
num_pf = 1
MInvCG2: 257 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024884(s) Flops=1656152064 => 1615.94098844357 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232705.435475872 Mflops = 232.705435475872 Gflops = 0.232705435475872 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184058000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045343 s
InvBiCGStab: k = 29 resid = 1.990274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134552(s) Flops=193259520 => 1436.31844937273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206733.679351794 Mflops = 206.733679351794 Gflops = 0.206733679351794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06921 s
InvBiCGStab: k = 50 resid = 1.076182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212558(s) Flops=331057152 => 1557.49090601154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224225.56717518 Mflops = 224.22556717518 Gflops = 0.22422556717518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007664852 Relative Rsd = 3.3606386406505e-07
BICGSTAB_SOLVER_TIME: 0.465545 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705870000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049713 s
InvBiCGStab: k = 75 resid = 2.224345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300454(s) Flops=495101952 => 1647.84609956932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237247.878289737 Mflops = 237.247878289737 Gflops = 0.237247878289737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056482 s
InvBiCGStab: k = 108 resid = 9.841541e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431284(s) Flops=711641088 => 1650.05214197605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237571.688118491 Mflops = 237.571688118491 Gflops = 0.237571688118491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001299689 Relative Rsd = 5.69845877098488e-07
BICGSTAB_SOLVER_TIME: 0.841648 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052848 s
InvBiCGStab: k = 62 resid = 2.121186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246232(s) Flops=409798656 => 1664.27863153449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239606.285943293 Mflops = 239.606285943293 Gflops = 0.239606285943293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05599 s
InvBiCGStab: k = 82 resid = 1.030943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319051(s) Flops=541034496 => 1695.76179356905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244142.882036631 Mflops = 244.142882036631 Gflops = 0.244142882036631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001119206 Relative Rsd = 4.90713589579865e-07
BICGSTAB_SOLVER_TIME: 0.678034 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045874 s
InvBiCGStab: k = 68 resid = 2.00149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256223(s) Flops=449169408 => 1753.04093699629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252374.377618385 Mflops = 252.374377618385 Gflops = 0.252374377618385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056388 s
InvBiCGStab: k = 89 resid = 1.059342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357154(s) Flops=586967040 => 1643.45643615919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236613.192480362 Mflops = 236.613192480362 Gflops = 0.236613192480362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001162929 Relative Rsd = 5.09883761198964e-07
BICGSTAB_SOLVER_TIME: 0.72026 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043015 s
InvBiCGStab: k = 61 resid = 1.964846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277192(s) Flops=403236864 => 1454.72042483189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209428.014503142 Mflops = 209.428014503142 Gflops = 0.209428014503142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073425 s
InvBiCGStab: k = 83 resid = 1.069087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329508(s) Flops=547596288 => 1661.86037364798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239264.462491053 Mflops = 239.264462491053 Gflops = 0.239264462491053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001165602 Relative Rsd = 5.11055839955032e-07
BICGSTAB_SOLVER_TIME: 0.727412 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116931
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.084353(s) Flops=1649885184 => 1521.53881992303 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219284.245007153 Mflops = 219.284245007153 Gflops = 0.219284245007153 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051265 s
InvBiCGStab: k = 38 resid = 2.125828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163504(s) Flops=252315648 => 1543.17721890596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222160.056328122 Mflops = 222.160056328122 Gflops = 0.222160056328122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061687 s
InvBiCGStab: k = 48 resid = 1.105257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220224(s) Flops=317933568 => 1443.68265039233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207836.488521773 Mflops = 207.836488521773 Gflops = 0.207836488521773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007408885 Relative Rsd = 3.24841017291924e-07
BICGSTAB_SOLVER_TIME: 0.500763 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755830000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 53 resid = 1.747485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201444(s) Flops=350742528 => 1741.14159766486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250655.505281762 Mflops = 250.655505281762 Gflops = 0.250655505281762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056494 s
InvBiCGStab: k = 84 resid = 1.093726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333208(s) Flops=554158080 => 1663.0995654366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239432.07580246 Mflops = 239.43207580246 Gflops = 0.23943207580246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001126674 Relative Rsd = 4.93988090665877e-07
BICGSTAB_SOLVER_TIME: 0.63617 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043918 s
InvBiCGStab: k = 55 resid = 1.980346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225256(s) Flops=363866112 => 1615.34481656426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232564.391065006 Mflops = 232.564391065006 Gflops = 0.232564391065006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057693 s
InvBiCGStab: k = 85 resid = 1.119697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338028(s) Flops=560719872 => 1658.79711739856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238822.593405792 Mflops = 238.822593405792 Gflops = 0.238822593405792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001084088 Relative Rsd = 4.75316140565657e-07
BICGSTAB_SOLVER_TIME: 0.668786 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040738 s
InvBiCGStab: k = 67 resid = 1.828862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2644(s) Flops=442607616 => 1674.00762481089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241006.609867709 Mflops = 241.006609867709 Gflops = 0.241006609867709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056008 s
InvBiCGStab: k = 80 resid = 1.123372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306568(s) Flops=527910912 => 1722.00266172595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247923.494582489 Mflops = 247.923494582489 Gflops = 0.247923494582489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00114546 Relative Rsd = 5.02224696370188e-07
BICGSTAB_SOLVER_TIME: 0.671566 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119332000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040824 s
InvBiCGStab: k = 60 resid = 1.62769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241168(s) Flops=396675072 => 1644.80806740529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236803.921250534 Mflops = 236.803921250534 Gflops = 0.236803921250534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066203 s
InvBiCGStab: k = 86 resid = 1.046983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36894(s) Flops=567281664 => 1537.59869897544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221379.131161621 Mflops = 221.379131161621 Gflops = 0.221379131161621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001122342 Relative Rsd = 4.92088407386542e-07
BICGSTAB_SOLVER_TIME: 0.721763 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118335
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088401(s) Flops=1643618304 => 1510.12200834068 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217441.049947404 Mflops = 217.441049947404 Gflops = 0.217441049947404 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182632000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041824 s
InvBiCGStab: k = 31 resid = 1.377069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11939(s) Flops=206383104 => 1728.64648630539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248824.665460427 Mflops = 248.824665460427 Gflops = 0.248824665460427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05801 s
InvBiCGStab: k = 52 resid = 1.13106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218999(s) Flops=344180736 => 1571.60871054206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226246.175161421 Mflops = 226.246175161421 Gflops = 0.226246175161421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007689272 Relative Rsd = 3.37134547774786e-07
BICGSTAB_SOLVER_TIME: 0.442572 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045903 s
InvBiCGStab: k = 60 resid = 2.016997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277197(s) Flops=396675072 => 1431.02224050044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206028.548289219 Mflops = 206.028548289219 Gflops = 0.206028548289219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061992 s
InvBiCGStab: k = 91 resid = 1.11296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349385(s) Flops=600090624 => 1717.56264292972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247282.809474849 Mflops = 247.282809474849 Gflops = 0.247282809474849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001178977 Relative Rsd = 5.16920010847599e-07
BICGSTAB_SOLVER_TIME: 0.738352 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 63 resid = 2.237394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233718(s) Flops=416360448 => 1781.46504762149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256485.15766699 Mflops = 256.48515766699 Gflops = 0.25648515766699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06044 s
InvBiCGStab: k = 81 resid = 9.988476e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314355(s) Flops=534472704 => 1700.22014601327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244786.169183225 Mflops = 244.786169183225 Gflops = 0.244786169183225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001024686 Relative Rsd = 4.49271522618776e-07
BICGSTAB_SOLVER_TIME: 0.654714 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117125
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 65 resid = 2.221026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262337(s) Flops=429484032 => 1637.14623556723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235708.850434618 Mflops = 235.708850434618 Gflops = 0.235708850434618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057048 s
InvBiCGStab: k = 90 resid = 7.530946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349304(s) Flops=593528832 => 1699.17559489728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244629.582629384 Mflops = 244.629582629384 Gflops = 0.244629582629384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001160121 Relative Rsd = 5.08652524698772e-07
BICGSTAB_SOLVER_TIME: 0.713662 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125042
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042905 s
InvBiCGStab: k = 64 resid = 1.746169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246147(s) Flops=422922240 => 1718.16938658606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247366.241899577 Mflops = 247.366241899577 Gflops = 0.247366241899577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 78 resid = 1.089009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293976(s) Flops=514787328 => 1751.12025471467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252102.241506135 Mflops = 252.102241506135 Gflops = 0.252102241506135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001098496 Relative Rsd = 4.81633462840725e-07
BICGSTAB_SOLVER_TIME: 0.64412 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115445
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.119878(s) Flops=1631232000 => 1456.61580993644 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209736.823837085 Mflops = 209.736823837085 Gflops = 0.209736823837085 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181088000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.458086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853394(s) Flops=1426876416 => 1672.00193111271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240758.452951952 Mflops = 240.758452951952 Gflops = 0.240758452951952 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 9.129682e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.026663(s) Flops=1538426880 => 1498.47309194935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215767.320089923 Mflops = 215.767320089923 Gflops = 0.215767320089923 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002089213 Relative Rsd = 9.19026903784387e-07
BICGSTAB_SOLVER_TIME: 1.884589 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.118479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321659
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.181117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713269(s) Flops=1197213696 => 1678.48833469561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241555.729248179 Mflops = 241.555729248179 Gflops = 0.241555729248179 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 9.263248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834126(s) Flops=1413752832 => 1694.89121787356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244050.256903532 Mflops = 244.050256903532 Gflops = 0.244050256903532 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002216598 Relative Rsd = 9.74166118572096e-07
BICGSTAB_SOLVER_TIME: 1.550811 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283544999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 339 resid = 1.986578e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.341323(s) Flops=2227415040 => 1660.61048681041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239110.970718632 Mflops = 239.110970718632 Gflops = 0.239110970718632 Tflops
InvBiCGStab: k = 333 resid = 7.034358e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.274668(s) Flops=2188044288 => 1716.56014585759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247177.28954836 Mflops = 247.17728954836 Gflops = 0.24717728954836 Tflops
BICGSTAB_SOLVER: 672 iterations. Rsd = 0.002092637 Relative Rsd = 9.20532992829196e-07
BICGSTAB_SOLVER_TIME: 2.620608 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.480406999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 301 resid = 2.114264e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.169197(s) Flops=1978066944 => 1691.81664338858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243625.511754625 Mflops = 243.625511754625 Gflops = 0.243625511754625 Tflops
InvBiCGStab: k = 329 resid = 8.747548e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.336797(s) Flops=2161797120 => 1617.14689664923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232862.134554161 Mflops = 232.862134554161 Gflops = 0.232862134554161 Tflops
BICGSTAB_SOLVER: 630 iterations. Rsd = 0.002279725 Relative Rsd = 1.0019096758421e-06
BICGSTAB_SOLVER_TIME: 2.514938 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.450766999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 238 resid = 2.108355e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.99675(s) Flops=1564674048 => 1569.77581941309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225925.39492097 Mflops = 225.92539492097 Gflops = 0.22592539492097 Tflops
InvBiCGStab: k = 261 resid = 9.136488e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.022553(s) Flops=1715595264 => 1677.7568145612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241587.452184527 Mflops = 241.587452184527 Gflops = 0.241587452184527 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.001982997 Relative Rsd = 8.69441110157413e-07
BICGSTAB_SOLVER_TIME: 2.024541 sec
2Flav::invert,  n_count = 499
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355360000000003
MInvCG2: 363 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.476838(s) Flops=2340071424 => 1584.5146346451 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228171.125623355 Mflops = 228.171125623355 Gflops = 0.228171125623355 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.111998612671414
AccProb = 0.894045497834373
AcceptP = 1
After HMC trajectory call: time= 494.704046 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 3.59340118318543e-05 resid_rel = 0.009993499

Look for highest ev
Evalue[1]: eigen_norm = 0.06918378152725 resid_rel = -0.007869921

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299182000000004
EIGBNDSMDAGM: total time = 1.562182 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.636459 secs
After saving state: time= 1.32983 secs
Doing Update: 2771 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 274 resid = 1.369816e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.09858(s) Flops=1800898560 => 1639.29669209343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236082.263345899 Mflops = 236.082263345899 Gflops = 0.236082263345899 Tflops
InvBiCGStab: k = 317 resid = 6.871668e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.274777(s) Flops=2083055616 => 1634.05490999602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235296.320102592 Mflops = 235.296320102592 Gflops = 0.235296320102592 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.00215988 Relative Rsd = 9.50098448094724e-07
BICGSTAB_SOLVER_TIME: 2.378243 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.424876999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 257 resid = 1.599539e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988107(s) Flops=1689348096 => 1709.6813361306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246214.864955266 Mflops = 246.214864955266 Gflops = 0.246214864955266 Tflops
InvBiCGStab: k = 271 resid = 9.01226e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.990821(s) Flops=1781213184 => 1797.71440451908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258859.144895777 Mflops = 258.859144895777 Gflops = 0.258859144895777 Tflops
BICGSTAB_SOLVER: 528 iterations. Rsd = 0.001831856 Relative Rsd = 8.04774998420176e-07
BICGSTAB_SOLVER_TIME: 1.983932 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.379953999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000364
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
MInvCG2: 370 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.609955(s) Flops=2379073536 => 1477.72672900795 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212803.862354083 Mflops = 212.803862354083 Gflops = 0.212803862354083 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264576000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 325 resid = 2.246859e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.318749(s) Flops=2135549952 => 1619.37559914737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233171.858820244 Mflops = 233.171858820244 Gflops = 0.233171858820244 Tflops
InvBiCGStab: k = 363 resid = 1.005945e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.332538(s) Flops=2384898048 => 1789.74111657604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257714.636885975 Mflops = 257.714636885975 Gflops = 0.257714636885975 Tflops
BICGSTAB_SOLVER: 688 iterations. Rsd = 0.002294754 Relative Rsd = 1.00942763614534e-06
BICGSTAB_SOLVER_TIME: 2.657866 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.492219999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 279 resid = 2.054512e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.130013(s) Flops=1833707520 => 1622.73134910837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233650.59155418 Mflops = 233.65059155418 Gflops = 0.23365059155418 Tflops
InvBiCGStab: k = 321 resid = 5.413228e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.188072(s) Flops=2109302784 => 1775.39979395188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255648.883950695 Mflops = 255.648883950695 Gflops = 0.255648883950695 Tflops
BICGSTAB_SOLVER: 600 iterations. Rsd = 0.001988134 Relative Rsd = 8.73431231908012e-07
BICGSTAB_SOLVER_TIME: 2.323112 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428901999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 245 resid = 2.226965e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932806(s) Flops=1610606592 => 1726.62546338681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248538.715236765 Mflops = 248.538715236765 Gflops = 0.248538715236765 Tflops
InvBiCGStab: k = 267 resid = 1.034516e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.087557(s) Flops=1754966016 => 1613.67727484628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232361.582302873 Mflops = 232.361582302873 Gflops = 0.232361582302873 Tflops
BICGSTAB_SOLVER: 512 iterations. Rsd = 0.00184894 Relative Rsd = 8.10445604686847e-07
BICGSTAB_SOLVER_TIME: 2.025823 sec
2Flav::invert,  n_count = 512
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364939000000004
MInvCG2: 352 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.581731(s) Flops=2270545920 => 1435.48170959537 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206714.369589503 Mflops = 206.714369589503 Gflops = 0.206714369589503 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252543000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.601813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.806014(s) Flops=1367820288 => 1697.01802698216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244401.722966317 Mflops = 244.401722966317 Gflops = 0.244401722966317 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 285 resid = 1.110235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.131835(s) Flops=1873078272 => 1654.90400279193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238297.121703312 Mflops = 238.297121703312 Gflops = 0.238297121703312 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.00225213 Relative Rsd = 9.90677748207535e-07
BICGSTAB_SOLVER_TIME: 1.941511 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.118723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351671
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.959336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716808(s) Flops=1170966528 => 1633.58462517159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235088.992506449 Mflops = 235.088992506449 Gflops = 0.235088992506449 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.126923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887483(s) Flops=1512179712 => 1703.89710225435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245350.178242971 Mflops = 245.350178242971 Gflops = 0.245350178242971 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.0019973 Relative Rsd = 8.77458091905283e-07
BICGSTAB_SOLVER_TIME: 1.607683 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0.116974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291274999999998
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05582(s) Flops=1611767808 => 1526.55548104791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219819.638444476 Mflops = 219.819638444476 Gflops = 0.219819638444476 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179261000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.441403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.5e-05 s
InvBiCGStab: k = 171 resid = 1.587349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.643569(s) Flops=1125033984 => 1748.11711564727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251554.114517171 Mflops = 251.554114517171 Gflops = 0.251554114517171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 198 resid = 1.048145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79194(s) Flops=1302202368 => 1644.31947874839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236762.111355067 Mflops = 236.762111355067 Gflops = 0.236762111355067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.00188683 Relative Rsd = 8.2705420017815e-07
BICGSTAB_SOLVER_TIME: 1.439248 sec
2Flav::invert,  n_count = 369
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265086999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000143 s
InvBiCGStab: k = 130 resid = 2.04033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.504873(s) Flops=856000512 => 1695.47690607341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244018.33956587 Mflops = 244.01833956587 Gflops = 0.24401833956587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.4e-05 s
InvBiCGStab: k = 166 resid = 1.141942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688738(s) Flops=1092225024 => 1585.83528714838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228323.483814136 Mflops = 228.323483814136 Gflops = 0.228323483814136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 296 iterations. Rsd = 0.001647713 Relative Rsd = 7.22241878101314e-07
BICGSTAB_SOLVER_TIME: 1.197551 sec
2Flav::invert,  n_count = 296
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.212965999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.006374 s
InvBiCGStab: k = 107 resid = 2.085847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412277(s) Flops=705079296 => 1710.20769046054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246238.559363265 Mflops = 246.238559363265 Gflops = 0.246238559363265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007132 s
InvBiCGStab: k = 137 resid = 7.365022e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.55415(s) Flops=901933056 => 1627.59732202472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234347.606929577 Mflops = 234.347606929577 Gflops = 0.234347606929577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 244 iterations. Rsd = 0.001448884 Relative Rsd = 6.35089232848252e-07
BICGSTAB_SOLVER_TIME: 0.984185 sec
2Flav::invert,  n_count = 244
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177775999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.009292 s
InvBiCGStab: k = 83 resid = 2.257755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323535(s) Flops=547596288 => 1692.54110992628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243680.540748244 Mflops = 243.680540748244 Gflops = 0.243680540748244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011093 s
InvBiCGStab: k = 124 resid = 9.39294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481246(s) Flops=816629760 => 1696.90711195522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244319.784510615 Mflops = 244.319784510615 Gflops = 0.244319784510615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001334919 Relative Rsd = 5.85134957064934e-07
BICGSTAB_SOLVER_TIME: 0.829041 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152721999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01048 s
InvBiCGStab: k = 82 resid = 1.731002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331395(s) Flops=541034496 => 1632.59703978636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235058.173902607 Mflops = 235.058173902607 Gflops = 0.235058173902607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015001 s
InvBiCGStab: k = 110 resid = 9.235755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410522(s) Flops=724764672 => 1765.47096623323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254190.164862777 Mflops = 254.190164862777 Gflops = 0.254190164862777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001297819 Relative Rsd = 5.68872945922118e-07
BICGSTAB_SOLVER_TIME: 0.771545 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142726
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.137351(s) Flops=1611620352 => 1416.99471139516 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204031.257703346 Mflops = 204.031257703346 Gflops = 0.204031257703346 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179121000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013599 s
InvBiCGStab: k = 33 resid = 2.164041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13036(s) Flops=219506688 => 1683.85001534213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242380.326619839 Mflops = 242.380326619839 Gflops = 0.242380326619839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019339 s
InvBiCGStab: k = 50 resid = 7.644503e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198188(s) Flops=331057152 => 1670.41976305326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240492.185915826 Mflops = 240.492185915826 Gflops = 0.240492185915826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007433504 Relative Rsd = 3.25832712678223e-07
BICGSTAB_SOLVER_TIME: 0.365217 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0661850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016413 s
InvBiCGStab: k = 78 resid = 2.214618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311312(s) Flops=514787328 => 1653.60579739939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238087.273372721 Mflops = 238.087273372721 Gflops = 0.238087273372721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.027243 s
InvBiCGStab: k = 103 resid = 9.292087e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446046(s) Flops=678832128 => 1521.88816400102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219121.154881182 Mflops = 219.121154881182 Gflops = 0.219121154881182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001360579 Relative Rsd = 5.96382670356735e-07
BICGSTAB_SOLVER_TIME: 0.805367 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137195
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021629 s
InvBiCGStab: k = 57 resid = 2.150337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228692(s) Flops=376989696 => 1648.4603571616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237312.012684559 Mflops = 237.312012684559 Gflops = 0.237312012684559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.030132 s
InvBiCGStab: k = 84 resid = 1.127386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313831(s) Flops=554158080 => 1765.78502442397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254219.956985267 Mflops = 254.219956985267 Gflops = 0.254219956985267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001152321 Relative Rsd = 5.05096680166715e-07
BICGSTAB_SOLVER_TIME: 0.598163 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109602
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023972 s
InvBiCGStab: k = 72 resid = 1.830236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28567(s) Flops=475416576 => 1664.21596947527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239601.406135392 Mflops = 239.601406135392 Gflops = 0.239601406135392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033534 s
InvBiCGStab: k = 99 resid = 1.004465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387038(s) Flops=652584960 => 1686.10048625716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242759.020389588 Mflops = 242.759020389588 Gflops = 0.242759020389588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.00127122 Relative Rsd = 5.57213587174009e-07
BICGSTAB_SOLVER_TIME: 0.734005 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132206
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.031651 s
InvBiCGStab: k = 63 resid = 2.036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240245(s) Flops=416360448 => 1733.06602842931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249509.053718232 Mflops = 249.509053718232 Gflops = 0.249509053718232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.04657 s
InvBiCGStab: k = 94 resid = 7.951682e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38692(s) Flops=619776000 => 1601.81949757056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230635.047537259 Mflops = 230.635047537259 Gflops = 0.230635047537259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001204965 Relative Rsd = 5.28172043605522e-07
BICGSTAB_SOLVER_TIME: 0.70931 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123126
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.166332(s) Flops=1611620352 => 1381.78524811117 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198966.136828422 Mflops = 198.966136828422 Gflops = 0.198966136828422 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179000000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021413
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.034558 s
InvBiCGStab: k = 28 resid = 1.749238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114121(s) Flops=186697728 => 1635.962951604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235491.353102855 Mflops = 235.491353102855 Gflops = 0.235491353102855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04519 s
InvBiCGStab: k = 59 resid = 8.848074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216921(s) Flops=390113280 => 1798.4117720276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258902.948909924 Mflops = 258.902948909924 Gflops = 0.258902948909924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007795175 Relative Rsd = 3.41685859408163e-07
BICGSTAB_SOLVER_TIME: 0.41464 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036235 s
InvBiCGStab: k = 64 resid = 1.91143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234426(s) Flops=422922240 => 1804.07565713701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259734.697527366 Mflops = 259.734697527366 Gflops = 0.259734697527366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.049579 s
InvBiCGStab: k = 85 resid = 8.558391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31002(s) Flops=560719872 => 1808.65709309077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260398.604917644 Mflops = 260.398604917644 Gflops = 0.260398604917644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001168309 Relative Rsd = 5.1210496064457e-07
BICGSTAB_SOLVER_TIME: 0.634211 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119796
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047407 s
InvBiCGStab: k = 67 resid = 1.943651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278041(s) Flops=442607616 => 1591.87895310404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229177.593657543 Mflops = 229.177593657543 Gflops = 0.229177593657543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064182 s
InvBiCGStab: k = 78 resid = 1.090584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364513(s) Flops=514787328 => 1412.2605448914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203326.739605531 Mflops = 203.326739605531 Gflops = 0.203326739605531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001061089 Relative Rsd = 4.65107214685604e-07
BICGSTAB_SOLVER_TIME: 0.758047 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041557 s
InvBiCGStab: k = 67 resid = 2.077708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268349(s) Flops=442607616 => 1649.37307759671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237459.61636555 Mflops = 237.45961636555 Gflops = 0.23745961636555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058302 s
InvBiCGStab: k = 86 resid = 1.00627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364657(s) Flops=567281664 => 1555.65823225661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223972.482469168 Mflops = 223.972482469168 Gflops = 0.223972482469168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001163423 Relative Rsd = 5.09963046918458e-07
BICGSTAB_SOLVER_TIME: 0.737376 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04137 s
InvBiCGStab: k = 57 resid = 1.514728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23411(s) Flops=376989696 => 1610.31009354577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231833.661265087 Mflops = 231.833661265087 Gflops = 0.231833661265087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057623 s
InvBiCGStab: k = 77 resid = 9.677991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325259(s) Flops=508225536 => 1562.52566723749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224961.972060631 Mflops = 224.961972060631 Gflops = 0.224961972060631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001036119 Relative Rsd = 4.54162150358892e-07
BICGSTAB_SOLVER_TIME: 0.662297 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110006
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051542(s) Flops=1605500928 => 1526.80627877916 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219843.870973641 Mflops = 219.843870973641 Gflops = 0.219843870973641 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178346000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.425465
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 32 resid = 1.726075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11814(s) Flops=212944896 => 1802.47922803454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259479.511937944 Mflops = 259.479511937944 Gflops = 0.259479511937944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055946 s
InvBiCGStab: k = 49 resid = 1.048185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179682(s) Flops=324495360 => 1805.94249841386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259966.911789049 Mflops = 259.966911789049 Gflops = 0.259966911789049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007719332 Relative Rsd = 3.38361440911782e-07
BICGSTAB_SOLVER_TIME: 0.399021 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041499 s
InvBiCGStab: k = 71 resid = 2.231994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289062(s) Flops=468854784 => 1621.98692322062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233501.460299898 Mflops = 233.501460299898 Gflops = 0.233501460299898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056219 s
InvBiCGStab: k = 86 resid = 1.126098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343694(s) Flops=567281664 => 1650.54282006669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237629.753847389 Mflops = 237.629753847389 Gflops = 0.237629753847389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001169097 Relative Rsd = 5.12450065171781e-07
BICGSTAB_SOLVER_TIME: 0.734317 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042327 s
InvBiCGStab: k = 55 resid = 1.472976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244924(s) Flops=363866112 => 1485.62865215332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213893.683734963 Mflops = 213.893683734963 Gflops = 0.213893683734963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068132 s
InvBiCGStab: k = 87 resid = 1.100192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366681(s) Flops=573843456 => 1564.96643131223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225302.486857334 Mflops = 225.302486857334 Gflops = 0.225302486857334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001097843 Relative Rsd = 4.81217314520198e-07
BICGSTAB_SOLVER_TIME: 0.726547 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05724 s
InvBiCGStab: k = 64 resid = 2.053062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273931(s) Flops=422922240 => 1543.90061730874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222275.747450846 Mflops = 222.275747450846 Gflops = 0.222275747450846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065139 s
InvBiCGStab: k = 83 resid = 1.139906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33969(s) Flops=547596288 => 1612.04712532014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232071.147867506 Mflops = 232.071147867506 Gflops = 0.232071147867506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00116043 Relative Rsd = 5.08651363956464e-07
BICGSTAB_SOLVER_TIME: 0.740485 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042477 s
InvBiCGStab: k = 66 resid = 1.079154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248134(s) Flops=436045824 => 1757.29978156964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253001.342034299 Mflops = 253.001342034299 Gflops = 0.253001342034299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058967 s
InvBiCGStab: k = 75 resid = 7.989292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287126(s) Flops=495101952 => 1724.33688345883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248253.835217849 Mflops = 248.253835217849 Gflops = 0.248253835217849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001122869 Relative Rsd = 4.92186872440444e-07
BICGSTAB_SOLVER_TIME: 0.64049 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114944
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.002935(s) Flops=1599086592 => 1594.40700743318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229573.267382417 Mflops = 229.573267382417 Gflops = 0.229573267382417 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177687000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.120807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807467(s) Flops=1394067456 => 1726.4698817413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248523.013849878 Mflops = 248.523013849878 Gflops = 0.248523013849878 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 277 resid = 1.048087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.104963(s) Flops=1820583936 => 1647.64244232612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237251.437033602 Mflops = 237.251437033602 Gflops = 0.237251437033602 Tflops
BICGSTAB_SOLVER: 489 iterations. Rsd = 0.002249652 Relative Rsd = 9.89559097075249e-07
BICGSTAB_SOLVER_TIME: 1.915832 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.118971
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349066
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.950519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772053(s) Flops=1177528320 => 1525.19104258386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219609.403714434 Mflops = 219.609403714434 Gflops = 0.219609403714434 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.11023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.721523(s) Flops=1275955200 => 1768.41930194879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254637.995656282 Mflops = 254.637995656282 Gflops = 0.254637995656282 Tflops
BICGSTAB_SOLVER: 373 iterations. Rsd = 0.001982516 Relative Rsd = 8.70934135231189e-07
BICGSTAB_SOLVER_TIME: 1.496987 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266137999999998
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.022547(s) Flops=1599086592 => 1563.82698496988 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225180.095746137 Mflops = 225.180095746137 Gflops = 0.225180095746137 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177917000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041218 s
InvBiCGStab: k = 33 resid = 1.714831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127784(s) Flops=219506688 => 1717.79477868904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247253.366849424 Mflops = 247.253366849424 Gflops = 0.247253366849424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 47 resid = 1.116453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181261(s) Flops=311371776 => 1717.80899366107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247279.0330967 Mflops = 247.2790330967 Gflops = 0.2472790330967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007659498 Relative Rsd = 3.35738712841792e-07
BICGSTAB_SOLVER_TIME: 0.41109 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046287 s
InvBiCGStab: k = 78 resid = 1.630422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349656(s) Flops=514787328 => 1472.26796622967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211982.16422645 Mflops = 211.98216422645 Gflops = 0.21198216422645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058752 s
InvBiCGStab: k = 105 resid = 1.056719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446462(s) Flops=691955712 => 1549.86474100819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223142.895264653 Mflops = 223.142895264653 Gflops = 0.223142895264653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001307275 Relative Rsd = 5.73017823259363e-07
BICGSTAB_SOLVER_TIME: 0.904999 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041476 s
InvBiCGStab: k = 60 resid = 2.280665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242271(s) Flops=396675072 => 1637.31966269178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235730.996335613 Mflops = 235.730996335613 Gflops = 0.235730996335613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06199 s
InvBiCGStab: k = 79 resid = 1.109345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289971(s) Flops=521349120 => 1797.93537974487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258840.451618643 Mflops = 258.840451618643 Gflops = 0.258840451618643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001110635 Relative Rsd = 4.86824408363025e-07
BICGSTAB_SOLVER_TIME: 0.639647 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 70 resid = 2.180867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271394(s) Flops=462292992 => 1703.40166694916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245234.85165983 Mflops = 245.23485165983 Gflops = 0.24523485165983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063258 s
InvBiCGStab: k = 96 resid = 7.374862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390102(s) Flops=632899584 => 1622.39512742821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233586.655290859 Mflops = 233.586655290859 Gflops = 0.233586655290859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001200425 Relative Rsd = 5.26182296329232e-07
BICGSTAB_SOLVER_TIME: 0.770079 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132798
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043063 s
InvBiCGStab: k = 65 resid = 1.954225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240571(s) Flops=429484032 => 1785.26934667936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257026.612451457 Mflops = 257.026612451457 Gflops = 0.257026612451457 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057926 s
InvBiCGStab: k = 94 resid = 1.059768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350993(s) Flops=619776000 => 1765.77880470551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254226.934063564 Mflops = 254.226934063564 Gflops = 0.254226934063564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001161085 Relative Rsd = 5.08938143114075e-07
BICGSTAB_SOLVER_TIME: 0.696373 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127603
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98655(s) Flops=1592672256 => 1614.3857442603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232453.679222777 Mflops = 232.453679222777 Gflops = 0.232453679222777 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177505000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051088 s
InvBiCGStab: k = 31 resid = 1.754072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135522(s) Flops=206383104 => 1522.875282242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219204.192477238 Mflops = 219.204192477238 Gflops = 0.219204192477238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060933 s
InvBiCGStab: k = 48 resid = 1.032832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205779(s) Flops=317933568 => 1545.02436108641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222408.084252652 Mflops = 222.408084252652 Gflops = 0.222408084252652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007228526 Relative Rsd = 3.16847926773081e-07
BICGSTAB_SOLVER_TIME: 0.457667 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0704870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 86 resid = 2.018525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344944(s) Flops=567281664 => 1644.56162159655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236774.830821659 Mflops = 236.774830821659 Gflops = 0.236774830821659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062901 s
InvBiCGStab: k = 111 resid = 5.258809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471361(s) Flops=731326464 => 1551.52094466874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223388.026937718 Mflops = 223.388026937718 Gflops = 0.223388026937718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.00133225 Relative Rsd = 5.8396518386047e-07
BICGSTAB_SOLVER_TIME: 0.924311 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155314999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050593 s
InvBiCGStab: k = 66 resid = 1.997389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256454(s) Flops=436045824 => 1700.28864435727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244789.305220099 Mflops = 244.789305220099 Gflops = 0.244789305220099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060022 s
InvBiCGStab: k = 86 resid = 8.709048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332735(s) Flops=567281664 => 1704.90529700813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245460.906824173 Mflops = 245.460906824173 Gflops = 0.245460906824173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001179217 Relative Rsd = 5.16886263187106e-07
BICGSTAB_SOLVER_TIME: 0.7037 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114325
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122792
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044535 s
InvBiCGStab: k = 58 resid = 1.906715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227652(s) Flops=383551488 => 1684.81492804807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242556.347162192 Mflops = 242.556347162192 Gflops = 0.242556347162192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058631 s
InvBiCGStab: k = 84 resid = 7.005835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35045(s) Flops=554158080 => 1581.27573120274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227661.335379346 Mflops = 227.661335379346 Gflops = 0.227661335379346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00116464 Relative Rsd = 5.10496701087551e-07
BICGSTAB_SOLVER_TIME: 0.6862 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04562 s
InvBiCGStab: k = 69 resid = 2.263611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306635(s) Flops=455731200 => 1486.23346976046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213980.096791793 Mflops = 213.980096791793 Gflops = 0.213980096791793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069912 s
InvBiCGStab: k = 87 resid = 1.0828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342032(s) Flops=573843456 => 1677.74785984937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241551.5626601 Mflops = 241.5515626601 Gflops = 0.2415515626601 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001176776 Relative Rsd = 5.15816097263008e-07
BICGSTAB_SOLVER_TIME: 0.76805 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125569
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015578(s) Flops=1567383552 => 1543.34137998263 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222223.896858762 Mflops = 222.223896858762 Gflops = 0.222223896858762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174284000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045691 s
InvBiCGStab: k = 40 resid = 1.916914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162985(s) Flops=265439232 => 1628.61141822867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234439.543784469 Mflops = 234.439543784469 Gflops = 0.234439543784469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074087 s
InvBiCGStab: k = 49 resid = 9.010669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21195(s) Flops=324495360 => 1530.99957537155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220391.389766191 Mflops = 220.391389766191 Gflops = 0.220391389766191 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007533389 Relative Rsd = 3.30210968036347e-07
BICGSTAB_SOLVER_TIME: 0.499096 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 49 resid = 1.617853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1879(s) Flops=324495360 => 1726.95774348057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248627.535780667 Mflops = 248.627535780667 Gflops = 0.248627535780667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056744 s
InvBiCGStab: k = 80 resid = 1.122737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318591(s) Flops=527910912 => 1657.01765586598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238566.783477388 Mflops = 238.566783477388 Gflops = 0.238566783477388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001102128 Relative Rsd = 4.83095820059194e-07
BICGSTAB_SOLVER_TIME: 0.607928 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046803 s
InvBiCGStab: k = 67 resid = 2.154812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256178(s) Flops=442607616 => 1727.7346844772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248740.816249268 Mflops = 248.740816249268 Gflops = 0.248740816249267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056397 s
InvBiCGStab: k = 89 resid = 8.319917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347(s) Flops=586967040 => 1691.54766570605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243539.739583723 Mflops = 243.539739583723 Gflops = 0.243539739583723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001136646 Relative Rsd = 4.98226023067522e-07
BICGSTAB_SOLVER_TIME: 0.710214 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125621
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044665 s
InvBiCGStab: k = 66 resid = 2.058239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249971(s) Flops=436045824 => 1744.38564473479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251137.992500987 Mflops = 251.137992500987 Gflops = 0.251137992500987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057786 s
InvBiCGStab: k = 79 resid = 1.13888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323704(s) Flops=521349120 => 1610.57361045894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231868.609072453 Mflops = 231.868609072453 Gflops = 0.231868609072453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001144853 Relative Rsd = 5.01823366532673e-07
BICGSTAB_SOLVER_TIME: 0.680817 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041615 s
InvBiCGStab: k = 61 resid = 2.225167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263258(s) Flops=403236864 => 1531.71741789423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220523.720281568 Mflops = 220.523720281568 Gflops = 0.220523720281568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062833 s
InvBiCGStab: k = 87 resid = 9.227592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390553(s) Flops=573843456 => 1469.31007059221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211566.107988289 Mflops = 211.566107988289 Gflops = 0.211566107988289 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001125576 Relative Rsd = 4.93373484990462e-07
BICGSTAB_SOLVER_TIME: 0.763278 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120102
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998652(s) Flops=1505525760 => 1507.55794811406 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217075.884083437 Mflops = 217.075884083437 Gflops = 0.217075884083437 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167013000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041984 s
InvBiCGStab: k = 35 resid = 1.642236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133578(s) Flops=232630272 => 1741.53133000943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250671.760922297 Mflops = 250.671760922297 Gflops = 0.250671760922297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063394 s
InvBiCGStab: k = 54 resid = 6.686547e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243375(s) Flops=357304320 => 1468.12252696456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211352.864972083 Mflops = 211.352864972083 Gflops = 0.211352864972083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007228832 Relative Rsd = 3.16861347221204e-07
BICGSTAB_SOLVER_TIME: 0.486671 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0776800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046748 s
InvBiCGStab: k = 65 resid = 2.201388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283793(s) Flops=429484032 => 1513.3707737682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217883.436969035 Mflops = 217.883436969035 Gflops = 0.217883436969035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05767 s
InvBiCGStab: k = 93 resid = 9.566231e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364478(s) Flops=613214208 => 1682.44505292501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242229.060201452 Mflops = 242.229060201452 Gflops = 0.242229060201452 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001162798 Relative Rsd = 5.09688973812491e-07
BICGSTAB_SOLVER_TIME: 0.757767 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 75 resid = 1.925686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295361(s) Flops=495101952 => 1676.26041352785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241347.844205245 Mflops = 241.347844205245 Gflops = 0.241347844205245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070216 s
InvBiCGStab: k = 84 resid = 1.060633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325111(s) Flops=554158080 => 1704.51962560479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245389.180198957 Mflops = 245.389180198957 Gflops = 0.245389180198957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001077069 Relative Rsd = 4.7211151495451e-07
BICGSTAB_SOLVER_TIME: 0.735611 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043098 s
InvBiCGStab: k = 64 resid = 1.34484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249628(s) Flops=422922240 => 1694.20994439726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243909.594747991 Mflops = 243.909594747991 Gflops = 0.243909594747991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06623 s
InvBiCGStab: k = 89 resid = 8.812607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342468(s) Flops=586967040 => 1713.93251340271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246756.741006155 Mflops = 246.756741006155 Gflops = 0.246756741006155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001157135 Relative Rsd = 5.07206854277874e-07
BICGSTAB_SOLVER_TIME: 0.705332 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040865 s
InvBiCGStab: k = 69 resid = 1.305464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264668(s) Flops=455731200 => 1721.897622682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247920.30986249 Mflops = 247.92030986249 Gflops = 0.24792030986249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057353 s
InvBiCGStab: k = 82 resid = 8.494903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357369(s) Flops=541034496 => 1513.93796328165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217970.780070971 Mflops = 217.970780070971 Gflops = 0.217970780070971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00104375 Relative Rsd = 4.57507056725697e-07
BICGSTAB_SOLVER_TIME: 0.724693 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121829
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007464(s) Flops=1493139456 => 1482.07723154376 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213448.148335191 Mflops = 213.448148335191 Gflops = 0.213448148335191 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165505000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.147427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.983964(s) Flops=1505617920 => 1530.15549349366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220261.514473458 Mflops = 220.261514473458 Gflops = 0.220261514473458 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 1.045764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995328(s) Flops=1663100928 => 1670.90740740741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240602.091923016 Mflops = 240.602091923016 Gflops = 0.240602091923016 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002493081 Relative Rsd = 1.09660878105317e-06
BICGSTAB_SOLVER_TIME: 1.983204 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.117806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343838999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.210418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697804(s) Flops=1256269824 => 1800.31903514454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259184.226050333 Mflops = 259.184226050333 Gflops = 0.259184226050333 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 7.027141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.87665(s) Flops=1479370752 => 1687.52723663948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242992.775078021 Mflops = 242.992775078021 Gflops = 0.242992775078021 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002100607 Relative Rsd = 9.22787822846717e-07
BICGSTAB_SOLVER_TIME: 1.577798 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298688999999999
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.073957(s) Flops=1493139456 => 1390.31586553279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200198.562240501 Mflops = 200.198562240501 Gflops = 0.200198562240501 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165681000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04344 s
InvBiCGStab: k = 28 resid = 2.051873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108723(s) Flops=186697728 => 1717.18705333738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247148.253282763 Mflops = 247.148253282763 Gflops = 0.247148253282763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05755 s
InvBiCGStab: k = 55 resid = 1.043005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210672(s) Flops=363866112 => 1727.16883116883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248639.908518719 Mflops = 248.639908518719 Gflops = 0.248639908518719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007789217 Relative Rsd = 3.41424696467121e-07
BICGSTAB_SOLVER_TIME: 0.424199 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 72 resid = 1.693972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267779(s) Flops=475416576 => 1775.406495655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255607.440845688 Mflops = 255.607440845688 Gflops = 0.255607440845688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060665 s
InvBiCGStab: k = 106 resid = 9.935426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.440368(s) Flops=698517504 => 1586.21313083603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228380.329235797 Mflops = 228.380329235797 Gflops = 0.228380329235797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001324174 Relative Rsd = 5.80425145198521e-07
BICGSTAB_SOLVER_TIME: 0.814017 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04481 s
InvBiCGStab: k = 50 resid = 2.060873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195441(s) Flops=331057152 => 1693.89816875681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243873.105314347 Mflops = 243.873105314347 Gflops = 0.243873105314347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057535 s
InvBiCGStab: k = 82 resid = 9.728726e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305848(s) Flops=541034496 => 1768.96528994795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254684.497007703 Mflops = 254.684497007703 Gflops = 0.254684497007703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001081969 Relative Rsd = 4.74259398994045e-07
BICGSTAB_SOLVER_TIME: 0.607515 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041009 s
InvBiCGStab: k = 71 resid = 1.593987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281056(s) Flops=468854784 => 1668.18991233064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240170.829993949 Mflops = 240.170829993949 Gflops = 0.240170829993949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06711 s
InvBiCGStab: k = 84 resid = 1.115251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327945(s) Flops=554158080 => 1689.78969034442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243290.335718622 Mflops = 243.290335718622 Gflops = 0.243290335718622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001188885 Relative Rsd = 5.21123858981537e-07
BICGSTAB_SOLVER_TIME: 0.72159 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125077000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0433 s
InvBiCGStab: k = 58 resid = 1.603889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212275(s) Flops=383551488 => 1806.86132611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260124.063083237 Mflops = 260.124063083237 Gflops = 0.260124063083237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 84 resid = 9.680884e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343872(s) Flops=554158080 => 1611.5242881072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232015.275697887 Mflops = 232.015275697887 Gflops = 0.232015275697887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001081054 Relative Rsd = 4.73858520513227e-07
BICGSTAB_SOLVER_TIME: 0.65962 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115644
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.130609(s) Flops=1511866368 => 1337.21416334029 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192539.826738461 Mflops = 192.539826738461 Gflops = 0.192539826738461 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167568000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041241 s
InvBiCGStab: k = 29 resid = 2.049878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107519(s) Flops=193259520 => 1797.44528873966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258695.261947037 Mflops = 258.695261947037 Gflops = 0.258695261947037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055708 s
InvBiCGStab: k = 51 resid = 8.109992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194054(s) Flops=337618944 => 1739.81955538149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250464.327850132 Mflops = 250.464327850132 Gflops = 0.250464327850132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007859403 Relative Rsd = 3.44501142843144e-07
BICGSTAB_SOLVER_TIME: 0.402356 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047237 s
InvBiCGStab: k = 78 resid = 2.057946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299899(s) Flops=514787328 => 1716.53566033898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247134.020911949 Mflops = 247.134020911949 Gflops = 0.247134020911949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057603 s
InvBiCGStab: k = 116 resid = 8.674215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.449911(s) Flops=764135424 => 1698.414628671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244539.389365875 Mflops = 244.539389365875 Gflops = 0.244539389365875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001352185 Relative Rsd = 5.92703324381569e-07
BICGSTAB_SOLVER_TIME: 0.860634 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153006999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042537 s
InvBiCGStab: k = 64 resid = 1.964057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269415(s) Flops=422922240 => 1569.77985635544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226008.31256201 Mflops = 226.00831256201 Gflops = 0.22600831256201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068386 s
InvBiCGStab: k = 79 resid = 7.639011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313501(s) Flops=521349120 => 1662.99029349189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239422.552578708 Mflops = 239.422552578708 Gflops = 0.239422552578708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001092943 Relative Rsd = 4.79069685622262e-07
BICGSTAB_SOLVER_TIME: 0.697686 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 73 resid = 1.22609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276904(s) Flops=481978368 => 1740.59734781729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250606.297425891 Mflops = 250.606297425891 Gflops = 0.250606297425891 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067536 s
InvBiCGStab: k = 95 resid = 9.796872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3876(s) Flops=626337792 => 1615.93857585139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232490.109118932 Mflops = 232.490109118932 Gflops = 0.232490109118932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001215252 Relative Rsd = 5.32681314174886e-07
BICGSTAB_SOLVER_TIME: 0.776721 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049974 s
InvBiCGStab: k = 69 resid = 1.679894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285892(s) Flops=455731200 => 1594.06768989688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229501.317240645 Mflops = 229.501317240645 Gflops = 0.229501317240645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 84 resid = 9.683158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341629(s) Flops=554158080 => 1622.10491498087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233546.491118275 Mflops = 233.546491118275 Gflops = 0.233546491118275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001142407 Relative Rsd = 5.00751261532421e-07
BICGSTAB_SOLVER_TIME: 0.737724 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123491
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.086711(s) Flops=1511792640 => 1391.16346480343 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200399.763435278 Mflops = 200.399763435278 Gflops = 0.200399763435278 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.466602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044558 s
InvBiCGStab: k = 35 resid = 1.88455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134358(s) Flops=232630272 => 1731.42106908409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249222.85892533 Mflops = 249.22285892533 Gflops = 0.24922285892533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056829 s
InvBiCGStab: k = 48 resid = 1.012081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178576(s) Flops=317933568 => 1780.38240301048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256297.394555832 Mflops = 256.297394555832 Gflops = 0.256297394555832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007365259 Relative Rsd = 3.22841356025566e-07
BICGSTAB_SOLVER_TIME: 0.418583 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044813 s
InvBiCGStab: k = 56 resid = 2.187771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233057(s) Flops=370427904 => 1589.4304998348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228827.379922374 Mflops = 228.827379922374 Gflops = 0.228827379922374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059634 s
InvBiCGStab: k = 88 resid = 9.534378e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331475(s) Flops=580405248 => 1750.9774432461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252092.464381621 Mflops = 252.092464381621 Gflops = 0.252092464381621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001094185 Relative Rsd = 4.79614208823485e-07
BICGSTAB_SOLVER_TIME: 0.672832 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 64 resid = 2.165072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235509(s) Flops=422922240 => 1795.77952434939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258530.274513875 Mflops = 258.530274513875 Gflops = 0.258530274513875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055997 s
InvBiCGStab: k = 82 resid = 1.063157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314176(s) Flops=541034496 => 1722.07455693624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247928.878012983 Mflops = 247.928878012983 Gflops = 0.247928878012983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001121321 Relative Rsd = 4.91508757097828e-07
BICGSTAB_SOLVER_TIME: 0.651258 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118603
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043255 s
InvBiCGStab: k = 71 resid = 2.029484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304446(s) Flops=468854784 => 1540.02609329733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221729.026557777 Mflops = 221.729026557777 Gflops = 0.221729026557777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06178 s
InvBiCGStab: k = 82 resid = 1.016174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317454(s) Flops=541034496 => 1704.2925778223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245362.508863397 Mflops = 245.362508863397 Gflops = 0.245362508863397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001164368 Relative Rsd = 5.10377396875719e-07
BICGSTAB_SOLVER_TIME: 0.730934 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123547
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048337 s
InvBiCGStab: k = 62 resid = 2.255857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240266(s) Flops=409798656 => 1705.60402220872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245582.037547577 Mflops = 245.582037547577 Gflops = 0.245582037547577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058582 s
InvBiCGStab: k = 81 resid = 7.214143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337034(s) Flops=534472704 => 1585.81242248557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228322.020530841 Mflops = 228.322020530841 Gflops = 0.228322020530841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001148037 Relative Rsd = 5.03218991080837e-07
BICGSTAB_SOLVER_TIME: 0.688082 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116229
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993634(s) Flops=1505599488 => 1515.24554111474 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218231.786357161 Mflops = 218.231786357161 Gflops = 0.218231786357161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167407000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053088 s
InvBiCGStab: k = 29 resid = 1.894841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118481(s) Flops=193259520 => 1631.14355888286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234772.153248715 Mflops = 234.772153248715 Gflops = 0.234772153248715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056237 s
InvBiCGStab: k = 49 resid = 1.041368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183031(s) Flops=324495360 => 1772.89836147975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255212.627539635 Mflops = 255.212627539635 Gflops = 0.255212627539635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007191666 Relative Rsd = 3.15232242595523e-07
BICGSTAB_SOLVER_TIME: 0.414686 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040692 s
InvBiCGStab: k = 62 resid = 1.853776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227(s) Flops=409798656 => 1805.28042290749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259907.601715947 Mflops = 259.907601715947 Gflops = 0.259907601715947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056067 s
InvBiCGStab: k = 88 resid = 1.049245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321894(s) Flops=580405248 => 1803.09433540234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.357388693 Mflops = 259.589357388693 Gflops = 0.259589357388693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001190158 Relative Rsd = 5.21681853659203e-07
BICGSTAB_SOLVER_TIME: 0.649479 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041501 s
InvBiCGStab: k = 59 resid = 2.211452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216988(s) Flops=390113280 => 1797.8564713256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258832.683921776 Mflops = 258.832683921776 Gflops = 0.258832683921776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 79 resid = 1.133541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290657(s) Flops=521349120 => 1793.69194617711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258233.076984522 Mflops = 258.233076984522 Gflops = 0.258233076984522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001125839 Relative Rsd = 4.93488860021665e-07
BICGSTAB_SOLVER_TIME: 0.60956 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041884 s
InvBiCGStab: k = 69 resid = 1.271243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262226(s) Flops=455731200 => 1737.93292808493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250215.923932335 Mflops = 250.215923932335 Gflops = 0.250215923932335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062989 s
InvBiCGStab: k = 90 resid = 7.846491e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366848(s) Flops=593528832 => 1617.91486392184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232939.485691208 Mflops = 232.939485691208 Gflops = 0.232939485691208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001173525 Relative Rsd = 5.14391080402605e-07
BICGSTAB_SOLVER_TIME: 0.737842 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043923 s
InvBiCGStab: k = 63 resid = 2.011119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242818(s) Flops=416360448 => 1714.70174369281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247145.145767566 Mflops = 247.145145767566 Gflops = 0.247145145767566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065478 s
InvBiCGStab: k = 87 resid = 1.093888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344325(s) Flops=573843456 => 1666.57505554345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239941.769522213 Mflops = 239.941769522213 Gflops = 0.239941769522213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00116702 Relative Rsd = 5.11539873030443e-07
BICGSTAB_SOLVER_TIME: 0.700428 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121567
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971461(s) Flops=1505599488 => 1549.83008890733 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223161.457908932 Mflops = 223.161457908932 Gflops = 0.223161457908932 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167138000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.119206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865725(s) Flops=1492494336 => 1723.98202200468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248197.53189745 Mflops = 248.19753189745 Gflops = 0.24819753189745 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 275 resid = 9.689755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.02573(s) Flops=1807460352 => 1762.12097920505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253734.7428761 Mflops = 253.7347428761 Gflops = 0.2537347428761 Tflops
BICGSTAB_SOLVER: 502 iterations. Rsd = 0.003094585 Relative Rsd = 1.36115011287694e-06
BICGSTAB_SOLVER_TIME: 1.894851 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.358375
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.560655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684923(s) Flops=1236584448 => 1805.43571759161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259926.976326548 Mflops = 259.926976326548 Gflops = 0.259926976326548 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.133144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.954788(s) Flops=1472808960 => 1542.55076519604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222118.209919573 Mflops = 222.118209919573 Gflops = 0.222118209919573 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.002032572 Relative Rsd = 8.92884480958995e-07
BICGSTAB_SOLVER_TIME: 1.643327 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.116892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294107999999999
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993381(s) Flops=1505599488 => 1515.63145258466 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218284.127872065 Mflops = 218.284127872065 Gflops = 0.218284127872065 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167073000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044865 s
InvBiCGStab: k = 25 resid = 2.051762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108018(s) Flops=167012352 => 1546.15297450425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222573.096261512 Mflops = 222.573096261512 Gflops = 0.222573096261512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061476 s
InvBiCGStab: k = 52 resid = 1.093531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229979(s) Flops=344180736 => 1496.57462637893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215450.738622507 Mflops = 215.450738622507 Gflops = 0.215450738622507 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007704236 Relative Rsd = 3.37699705659841e-07
BICGSTAB_SOLVER_TIME: 0.448216 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042787 s
InvBiCGStab: k = 79 resid = 2.205063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292225(s) Flops=521349120 => 1784.06748224827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256867.431964324 Mflops = 256.867431964324 Gflops = 0.256867431964324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058185 s
InvBiCGStab: k = 108 resid = 1.091542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403706(s) Flops=711641088 => 1762.77064992841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253798.620772322 Mflops = 253.798620772322 Gflops = 0.253798620772322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001277827 Relative Rsd = 5.60109801524287e-07
BICGSTAB_SOLVER_TIME: 0.800786 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049686 s
InvBiCGStab: k = 68 resid = 1.999412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25993(s) Flops=449169408 => 1728.03988766206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248783.035542365 Mflops = 248.783035542365 Gflops = 0.248783035542365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055992 s
InvBiCGStab: k = 88 resid = 1.068353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321176(s) Flops=580405248 => 1807.12521483548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260163.051062611 Mflops = 260.163051062611 Gflops = 0.260163051062611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00115562 Relative Rsd = 5.0654282275154e-07
BICGSTAB_SOLVER_TIME: 0.690583 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125513
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041232 s
InvBiCGStab: k = 75 resid = 1.429689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273782(s) Flops=495101952 => 1808.38021491552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260351.021949337 Mflops = 260.351021949337 Gflops = 0.260351021949337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056008 s
InvBiCGStab: k = 93 resid = 1.024634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339614(s) Flops=613214208 => 1805.62111102605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259961.705000232 Mflops = 259.961705000232 Gflops = 0.259961705000232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001167418 Relative Rsd = 5.11714440912683e-07
BICGSTAB_SOLVER_TIME: 0.714426 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 64 resid = 1.930963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282118(s) Flops=422922240 => 1499.09697360679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215830.299459021 Mflops = 215.830299459021 Gflops = 0.215830299459021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070061 s
InvBiCGStab: k = 80 resid = 9.767442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367019(s) Flops=527910912 => 1438.37488522393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207097.139619636 Mflops = 207.097139619636 Gflops = 0.207097139619636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001156839 Relative Rsd = 5.07077242345431e-07
BICGSTAB_SOLVER_TIME: 0.765742 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117236
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012561(s) Flops=1530445824 => 1511.4603702888 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217633.136077507 Mflops = 217.633136077507 Gflops = 0.217633136077507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170010000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042911 s
InvBiCGStab: k = 24 resid = 1.91171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103525(s) Flops=160450560 => 1549.87259116156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223077.54919248 Mflops = 223.07754919248 Gflops = 0.22307754919248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063339 s
InvBiCGStab: k = 48 resid = 6.663632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216441(s) Flops=317933568 => 1468.91563058755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211467.093501088 Mflops = 211.467093501088 Gflops = 0.211467093501088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007374095 Relative Rsd = 3.23228660973301e-07
BICGSTAB_SOLVER_TIME: 0.430378 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655080000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043478 s
InvBiCGStab: k = 72 resid = 1.789866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31086(s) Flops=475416576 => 1529.35911986103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220194.977134391 Mflops = 220.194977134391 Gflops = 0.220194977134391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061447 s
InvBiCGStab: k = 111 resid = 8.951652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421599(s) Flops=731326464 => 1734.64942753659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249749.383586047 Mflops = 249.749383586047 Gflops = 0.249749383586047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001317967 Relative Rsd = 5.7770441724024e-07
BICGSTAB_SOLVER_TIME: 0.841303 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041856 s
InvBiCGStab: k = 66 resid = 1.959034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245524(s) Flops=436045824 => 1775.98044997638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255692.375905281 Mflops = 255.692375905281 Gflops = 0.255692375905281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 80 resid = 1.09598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292341(s) Flops=527910912 => 1805.80524798095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259992.606311368 Mflops = 259.992606311368 Gflops = 0.259992606311368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001072572 Relative Rsd = 4.70140341986648e-07
BICGSTAB_SOLVER_TIME: 0.639825 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118738
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040875 s
InvBiCGStab: k = 68 resid = 2.095235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264752(s) Flops=449169408 => 1696.56662839185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244261.962993548 Mflops = 244.261962993548 Gflops = 0.244261962993548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059228 s
InvBiCGStab: k = 91 resid = 9.09493e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341119(s) Flops=600090624 => 1759.18264300728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253269.637117749 Mflops = 253.269637117749 Gflops = 0.253269637117749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001172476 Relative Rsd = 5.13931468325629e-07
BICGSTAB_SOLVER_TIME: 0.709799 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127901
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045576 s
InvBiCGStab: k = 66 resid = 2.271352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260522(s) Flops=436045824 => 1673.73897022132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240974.385957631 Mflops = 240.974385957631 Gflops = 0.240974385957631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 86 resid = 1.087733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409406(s) Flops=567281664 => 1385.62127570187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199497.820642109 Mflops = 199.497820642109 Gflops = 0.199497820642109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001145054 Relative Rsd = 5.01911492441071e-07
BICGSTAB_SOLVER_TIME: 0.77597 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122733
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.098555(s) Flops=1549320192 => 1410.3255567541 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203073.324267458 Mflops = 203.073324267458 Gflops = 0.203073324267458 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172227000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042871 s
InvBiCGStab: k = 29 resid = 2.246213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112988(s) Flops=193259520 => 1710.44287888979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246185.617584726 Mflops = 246.185617584726 Gflops = 0.246185617584726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 45 resid = 1.034588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165272(s) Flops=298248192 => 1804.58996079191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259761.914317666 Mflops = 259.761914317666 Gflops = 0.259761914317666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007380784 Relative Rsd = 3.23521869699215e-07
BICGSTAB_SOLVER_TIME: 0.381292 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670870000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046119 s
InvBiCGStab: k = 62 resid = 2.250174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2578(s) Flops=409798656 => 1589.59913110939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228855.848160017 Mflops = 228.855848160017 Gflops = 0.228855848160017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062672 s
InvBiCGStab: k = 83 resid = 1.027569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356471(s) Flops=547596288 => 1536.15942951881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221166.160256619 Mflops = 221.166160256619 Gflops = 0.221166160256619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001139545 Relative Rsd = 4.99496628232029e-07
BICGSTAB_SOLVER_TIME: 0.727686 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117812
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 56 resid = 1.301055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211512(s) Flops=370427904 => 1751.33280381255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252132.139640777 Mflops = 252.132139640777 Gflops = 0.252132139640777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057322 s
InvBiCGStab: k = 80 resid = 1.125778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299166(s) Flops=527910912 => 1764.60865205271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254048.802515281 Mflops = 254.048802515281 Gflops = 0.254048802515281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001065885 Relative Rsd = 4.67209122208946e-07
BICGSTAB_SOLVER_TIME: 0.612814 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111397
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 71 resid = 1.816595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26087(s) Flops=468854784 => 1797.27367654387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258751.265137077 Mflops = 258.751265137077 Gflops = 0.258751265137077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055855 s
InvBiCGStab: k = 85 resid = 9.776712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311033(s) Flops=560719872 => 1802.76649744561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.674734801 Mflops = 259.544674734801 Gflops = 0.259544674734801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001158194 Relative Rsd = 5.07671109931958e-07
BICGSTAB_SOLVER_TIME: 0.672787 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125863
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044264 s
InvBiCGStab: k = 56 resid = 2.023225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205084(s) Flops=370427904 => 1806.22527354645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260015.640762018 Mflops = 260.015640762018 Gflops = 0.260015640762018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065851 s
InvBiCGStab: k = 90 resid = 1.03289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377128(s) Flops=593528832 => 1573.8126895908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226583.957967962 Mflops = 226.583957967962 Gflops = 0.226583957967962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001116415 Relative Rsd = 4.8935801547238e-07
BICGSTAB_SOLVER_TIME: 0.696167 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118763
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.121646(s) Flops=1555808256 => 1387.07600793833 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199721.600317106 Mflops = 199.721600317106 Gflops = 0.199721600317106 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172641000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042722 s
InvBiCGStab: k = 31 resid = 1.830625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119839(s) Flops=206383104 => 1722.1697777852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247895.54197861 Mflops = 247.89554197861 Gflops = 0.24789554197861 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060689 s
InvBiCGStab: k = 47 resid = 1.108984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177321(s) Flops=311371776 => 1755.97800598914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252753.334499048 Mflops = 252.753334499048 Gflops = 0.252753334499048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007325223 Relative Rsd = 3.2108646659143e-07
BICGSTAB_SOLVER_TIME: 0.404315 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 73 resid = 2.019478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269298(s) Flops=481978368 => 1789.75843860705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257677.485816928 Mflops = 257.677485816928 Gflops = 0.257677485816928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 82 resid = 9.776852e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324813(s) Flops=541034496 => 1665.67993276131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239810.315574182 Mflops = 239.810315574182 Gflops = 0.239810315574182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001206134 Relative Rsd = 5.28684521021873e-07
BICGSTAB_SOLVER_TIME: 0.696335 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124962
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040904 s
InvBiCGStab: k = 56 resid = 1.355917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247003(s) Flops=370427904 => 1499.68989850326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215907.712628334 Mflops = 215.907712628334 Gflops = 0.215907712628334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061449 s
InvBiCGStab: k = 80 resid = 1.078141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303888(s) Flops=527910912 => 1737.18906965724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250109.530744892 Mflops = 250.109530744892 Gflops = 0.250109530744892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001087357 Relative Rsd = 4.76620938608834e-07
BICGSTAB_SOLVER_TIME: 0.657176 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048744 s
InvBiCGStab: k = 71 resid = 1.434463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327835(s) Flops=468854784 => 1430.15475467842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205910.566102874 Mflops = 205.910566102874 Gflops = 0.205910566102874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071766 s
InvBiCGStab: k = 85 resid = 9.335461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347712(s) Flops=560719872 => 1612.5985643291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232168.48348564 Mflops = 232.16848348564 Gflops = 0.23216848348564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001142428 Relative Rsd = 5.00760344573356e-07
BICGSTAB_SOLVER_TIME: 0.799938 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040816 s
InvBiCGStab: k = 65 resid = 1.658882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242592(s) Flops=429484032 => 1770.39651760981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254875.797067743 Mflops = 254.875797067743 Gflops = 0.254875797067743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061642 s
InvBiCGStab: k = 96 resid = 3.78483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373585(s) Flops=632899584 => 1694.12472128164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243902.115835947 Mflops = 243.902115835947 Gflops = 0.243902115835947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001136384 Relative Rsd = 4.98111158319518e-07
BICGSTAB_SOLVER_TIME: 0.722475 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12934
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019701(s) Flops=1555955712 => 1525.89407287038 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219712.078018234 Mflops = 219.712078018234 Gflops = 0.219712078018234 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172477000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.851142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.886387(s) Flops=1571235840 => 1772.62960760932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255288.676942607 Mflops = 255.288676942607 Gflops = 0.255288676942607 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.078515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907554(s) Flops=1479370752 => 1630.0636127437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234721.083434951 Mflops = 234.721083434951 Gflops = 0.234721083434951 Tflops
BICGSTAB_SOLVER: 464 iterations. Rsd = 0.002544751 Relative Rsd = 1.11929320251197e-06
BICGSTAB_SOLVER_TIME: 1.79742 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.121302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331039999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.124188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736171(s) Flops=1210337280 => 1644.09801527091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236660.182239903 Mflops = 236.660182239903 Gflops = 0.236660182239903 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.063971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.941428(s) Flops=1505617920 => 1599.29162931207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230288.318707479 Mflops = 230.288318707479 Gflops = 0.230288318707479 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002080778 Relative Rsd = 9.14066278692325e-07
BICGSTAB_SOLVER_TIME: 1.68102 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.117904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294612999999999
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034238(s) Flops=1555955712 => 1504.44647363566 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216633.898915282 Mflops = 216.633898915282 Gflops = 0.216633898915282 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172625000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021548
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04251 s
InvBiCGStab: k = 29 resid = 2.039308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109579(s) Flops=193259520 => 1763.65471486325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253826.155037382 Mflops = 253.826155037382 Gflops = 0.253826155037382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058632 s
InvBiCGStab: k = 49 resid = 1.097243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195507(s) Flops=324495360 => 1659.76338443125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238931.234572362 Mflops = 238.931234572362 Gflops = 0.238931234572362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007826613 Relative Rsd = 3.43063879185975e-07
BICGSTAB_SOLVER_TIME: 0.41007 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045158 s
InvBiCGStab: k = 68 resid = 2.213734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263468(s) Flops=449169408 => 1704.83477310338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245444.39416375 Mflops = 245.444394163751 Gflops = 0.24544439416375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056045 s
InvBiCGStab: k = 97 resid = 1.136016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3721(s) Flops=639461376 => 1718.52022574577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247423.317616907 Mflops = 247.423317616907 Gflops = 0.247423317616907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00128811 Relative Rsd = 5.64617133017496e-07
BICGSTAB_SOLVER_TIME: 0.746117 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041014 s
InvBiCGStab: k = 62 resid = 2.019569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228162(s) Flops=409798656 => 1796.0863596918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258581.721537103 Mflops = 258.581721537103 Gflops = 0.258581721537103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056258 s
InvBiCGStab: k = 83 resid = 1.031847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353993(s) Flops=547596288 => 1546.91275816188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222714.070767728 Mflops = 222.714070767728 Gflops = 0.222714070767728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001114299 Relative Rsd = 4.8843042267397e-07
BICGSTAB_SOLVER_TIME: 0.683906 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117798
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042697 s
InvBiCGStab: k = 67 resid = 1.777382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29847(s) Flops=442607616 => 1482.92162026334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213496.424281014 Mflops = 213.496424281014 Gflops = 0.213496424281014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073118 s
InvBiCGStab: k = 96 resid = 1.061031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392891(s) Flops=632899584 => 1610.8782944888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231919.267826323 Mflops = 231.919267826323 Gflops = 0.231919267826323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001213699 Relative Rsd = 5.32000545359638e-07
BICGSTAB_SOLVER_TIME: 0.811077 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041395 s
InvBiCGStab: k = 63 resid = 2.166756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242707(s) Flops=416360448 => 1715.48594807731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246974.77273531 Mflops = 246.97477273531 Gflops = 0.24697477273531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 97 resid = 1.039607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37795(s) Flops=639461376 => 1691.92056092076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243591.646746803 Mflops = 243.591646746803 Gflops = 0.243591646746803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001185515 Relative Rsd = 5.19646589121598e-07
BICGSTAB_SOLVER_TIME: 0.722343 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128403
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048247(s) Flops=1556176896 => 1484.55172874332 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213758.978185691 Mflops = 213.758978185691 Gflops = 0.213758978185691 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173258000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.477007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042992 s
InvBiCGStab: k = 26 resid = 2.044422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126652(s) Flops=173574144 => 1370.4808767331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197259.377259339 Mflops = 197.259377259339 Gflops = 0.197259377259339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058829 s
InvBiCGStab: k = 56 resid = 7.448345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216419(s) Flops=370427904 => 1711.62376685966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246402.315825162 Mflops = 246.402315825162 Gflops = 0.246402315825162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007329862 Relative Rsd = 3.21289788931911e-07
BICGSTAB_SOLVER_TIME: 0.448657 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048331 s
InvBiCGStab: k = 71 resid = 2.156276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271(s) Flops=468854784 => 1730.09145387454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249091.073755376 Mflops = 249.091073755376 Gflops = 0.249091073755376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061567 s
InvBiCGStab: k = 105 resid = 9.213695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393295(s) Flops=691955712 => 1759.38090237608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253313.301052318 Mflops = 253.313301052318 Gflops = 0.253313301052318 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001253319 Relative Rsd = 5.49367064485818e-07
BICGSTAB_SOLVER_TIME: 0.778162 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041589 s
InvBiCGStab: k = 66 resid = 1.824478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252379(s) Flops=436045824 => 1727.74210215588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248724.630958087 Mflops = 248.724630958087 Gflops = 0.248724630958087 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059997 s
InvBiCGStab: k = 77 resid = 1.146732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2967(s) Flops=508225536 => 1712.92732052578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246619.217925725 Mflops = 246.619217925725 Gflops = 0.246619217925725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001079943 Relative Rsd = 4.73371251086887e-07
BICGSTAB_SOLVER_TIME: 0.654453 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042636 s
InvBiCGStab: k = 56 resid = 1.63676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24038(s) Flops=370427904 => 1541.00966802563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221849.139933487 Mflops = 221.849139933487 Gflops = 0.221849139933487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065452 s
InvBiCGStab: k = 90 resid = 1.077829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411398(s) Flops=593528832 => 1442.71200151678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207720.472132553 Mflops = 207.720472132553 Gflops = 0.207720472132553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001174725 Relative Rsd = 5.14917284436999e-07
BICGSTAB_SOLVER_TIME: 0.763806 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048112 s
InvBiCGStab: k = 77 resid = 1.824436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320291(s) Flops=508225536 => 1586.76183845316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228464.939891224 Mflops = 228.464939891224 Gflops = 0.228464939891224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060543 s
InvBiCGStab: k = 94 resid = 1.098691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365569(s) Flops=619776000 => 1695.3735136185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244089.745816238 Mflops = 244.089745816238 Gflops = 0.244089745816238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001194357 Relative Rsd = 5.23522598241503e-07
BICGSTAB_SOLVER_TIME: 0.798471 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136534
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00888(s) Flops=1556103168 => 1542.40659741496 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222107.788752795 Mflops = 222.107788752795 Gflops = 0.222107788752795 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042329 s
InvBiCGStab: k = 28 resid = 1.731498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114172(s) Flops=186697728 => 1635.23217601514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235378.514797221 Mflops = 235.378514797221 Gflops = 0.235378514797221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 49 resid = 1.098411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202721(s) Flops=324495360 => 1600.6992862111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230421.353554486 Mflops = 230.421353554486 Gflops = 0.230421353554486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007507429 Relative Rsd = 3.29073087531795e-07
BICGSTAB_SOLVER_TIME: 0.419914 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 51 resid = 2.149892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201214(s) Flops=337618944 => 1677.90980746867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241554.828116471 Mflops = 241.554828116471 Gflops = 0.241554828116471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 81 resid = 1.147128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303783(s) Flops=534472704 => 1759.38977493803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253297.727355638 Mflops = 253.297727355638 Gflops = 0.253297727355638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001091523 Relative Rsd = 4.78447089091653e-07
BICGSTAB_SOLVER_TIME: 0.606529 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108641
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040978 s
InvBiCGStab: k = 62 resid = 2.108517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226432(s) Flops=409798656 => 1809.80893159977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260553.441461925 Mflops = 260.553441461925 Gflops = 0.260553441461925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058264 s
InvBiCGStab: k = 82 resid = 1.125045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355113(s) Flops=541034496 => 1523.55587094812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219349.635119059 Mflops = 219.349635119059 Gflops = 0.219349635119059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001123109 Relative Rsd = 4.92292399005913e-07
BICGSTAB_SOLVER_TIME: 0.685316 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 72 resid = 2.11545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264841(s) Flops=475416576 => 1795.10187622007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258440.382892762 Mflops = 258.440382892762 Gflops = 0.258440382892762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062574 s
InvBiCGStab: k = 90 resid = 9.246325e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376011(s) Flops=593528832 => 1578.48794849087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227256.872568942 Mflops = 227.256872568942 Gflops = 0.227256872568942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001157697 Relative Rsd = 5.07453116949517e-07
BICGSTAB_SOLVER_TIME: 0.748332 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129902
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061579 s
InvBiCGStab: k = 63 resid = 2.220784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289156(s) Flops=416360448 => 1439.91633581873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207309.645638515 Mflops = 207.309645638515 Gflops = 0.207309645638515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056811 s
InvBiCGStab: k = 86 resid = 1.103303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324049(s) Flops=567281664 => 1750.6045814059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252032.654383715 Mflops = 252.032654383715 Gflops = 0.252032654383715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001150785 Relative Rsd = 5.04423667656085e-07
BICGSTAB_SOLVER_TIME: 0.736443 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120565
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.029822(s) Flops=1549836288 => 1504.95550493192 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216859.630501809 Mflops = 216.859630501809 Gflops = 0.216859630501809 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172197000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047403 s
InvBiCGStab: k = 28 resid = 1.486962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121521(s) Flops=186697728 => 1536.34127434764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221117.287025006 Mflops = 221.117287025006 Gflops = 0.221117287025006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065864 s
InvBiCGStab: k = 49 resid = 1.039214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209598(s) Flops=324495360 => 1548.17965820285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222862.497985373 Mflops = 222.862497985373 Gflops = 0.222862497985373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007898707 Relative Rsd = 3.46223986492408e-07
BICGSTAB_SOLVER_TIME: 0.451024 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001775
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04581 s
InvBiCGStab: k = 62 resid = 1.723908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244154(s) Flops=409798656 => 1678.44334313589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241620.774602335 Mflops = 241.620774602335 Gflops = 0.241620774602335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059621 s
InvBiCGStab: k = 94 resid = 4.675902e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355069(s) Flops=619776000 => 1745.50861945143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251312.627216807 Mflops = 251.312627216807 Gflops = 0.251312627216807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001177263 Relative Rsd = 5.16029701809941e-07
BICGSTAB_SOLVER_TIME: 0.708509 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 51 resid = 2.159964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187239(s) Flops=337618944 => 1803.14434492814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259562.024636748 Mflops = 259.562024636748 Gflops = 0.259562024636748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056597 s
InvBiCGStab: k = 69 resid = 1.039896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253244(s) Flops=455731200 => 1799.57353382509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259064.188557091 Mflops = 259.064188557091 Gflops = 0.259064188557091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0010199 Relative Rsd = 4.47052527637796e-07
BICGSTAB_SOLVER_TIME: 0.542174 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998830000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 68 resid = 2.222668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248428(s) Flops=449169408 => 1808.04662920444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260303.11596478 Mflops = 260.30311596478 Gflops = 0.26030311596478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 87 resid = 1.027381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342642(s) Flops=573843456 => 1674.76099252281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241117.428449081 Mflops = 241.117428449081 Gflops = 0.241117428449081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001191917 Relative Rsd = 5.22452738487324e-07
BICGSTAB_SOLVER_TIME: 0.691764 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125339000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055644 s
InvBiCGStab: k = 54 resid = 2.161544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264779(s) Flops=357304320 => 1349.44357369731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194275.932700709 Mflops = 194.275932700709 Gflops = 0.194275932700709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064314 s
InvBiCGStab: k = 77 resid = 1.064866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356707(s) Flops=508225536 => 1424.77029046248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205134.665572587 Mflops = 205.134665572587 Gflops = 0.205134665572587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001051579 Relative Rsd = 4.60938660207943e-07
BICGSTAB_SOLVER_TIME: 0.747572 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107619
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.059879(s) Flops=1543864320 => 1456.64205064918 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209756.039781637 Mflops = 209.756039781637 Gflops = 0.209756039781637 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171692000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.148489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9048(s) Flops=1440000000 => 1591.51193633952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229161.610588535 Mflops = 229.161610588535 Gflops = 0.229161610588535 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 4.82964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.977481(s) Flops=1735280640 => 1775.25766741246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255625.007271445 Mflops = 255.625007271445 Gflops = 0.255625007271445 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002406664 Relative Rsd = 1.05854578141446e-06
BICGSTAB_SOLVER_TIME: 1.88577 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344892999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.458926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.795163(s) Flops=1433438208 => 1802.69731866297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259592.144789423 Mflops = 259.592144789423 Gflops = 0.259592144789423 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.062854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798026(s) Flops=1308764160 => 1640.00190469985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236146.584186282 Mflops = 236.146584186282 Gflops = 0.236146584186282 Tflops
BICGSTAB_SOLVER: 417 iterations. Rsd = 0.00199392 Relative Rsd = 8.75927465265326e-07
BICGSTAB_SOLVER_TIME: 1.599294 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.124139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297598999999999
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.087227(s) Flops=1543864320 => 1420.00182114683 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204459.941796383 Mflops = 204.459941796383 Gflops = 0.204459941796383 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171460000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051546 s
InvBiCGStab: k = 31 resid = 1.931634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114949(s) Flops=206383104 => 1795.43192198279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258486.486548939 Mflops = 258.486486548939 Gflops = 0.258486486548939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056449 s
InvBiCGStab: k = 50 resid = 7.49481e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183135(s) Flops=331057152 => 1807.72191006634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260223.551446992 Mflops = 260.223551446992 Gflops = 0.260223551446992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000785997 Relative Rsd = 3.44525993634916e-07
BICGSTAB_SOLVER_TIME: 0.409904 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719970000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046205 s
InvBiCGStab: k = 82 resid = 1.846839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341119(s) Flops=541034496 => 1586.05793286214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228355.890935146 Mflops = 228.355890935146 Gflops = 0.228355890935146 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063295 s
InvBiCGStab: k = 103 resid = 7.016203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.461941(s) Flops=678832128 => 1469.52127652666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211581.063152173 Mflops = 211.581063152173 Gflops = 0.211581063152173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001326622 Relative Rsd = 5.81498117680212e-07
BICGSTAB_SOLVER_TIME: 0.916643 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041478 s
InvBiCGStab: k = 54 resid = 1.794928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20379(s) Flops=357304320 => 1753.29662888267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252413.438662884 Mflops = 252.413438662884 Gflops = 0.252413438662884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 74 resid = 1.057821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27537(s) Flops=488540160 => 1774.12267131496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255424.117334812 Mflops = 255.424117334812 Gflops = 0.255424117334812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001036416 Relative Rsd = 4.54292119489574e-07
BICGSTAB_SOLVER_TIME: 0.580906 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105686
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041098 s
InvBiCGStab: k = 73 resid = 1.681038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266483(s) Flops=481978368 => 1808.66459774169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260403.484512153 Mflops = 260.403484512153 Gflops = 0.260403484512153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056028 s
InvBiCGStab: k = 93 resid = 6.020128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338434(s) Flops=613214208 => 1811.91667503856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260863.12162742 Mflops = 260.86312162742 Gflops = 0.26086312162742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001198009 Relative Rsd = 5.25123152522223e-07
BICGSTAB_SOLVER_TIME: 0.705998 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 62 resid = 1.834981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227394(s) Flops=409798656 => 1802.15245784849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.683036102 Mflops = 259.452683036102 Gflops = 0.259452683036102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055904 s
InvBiCGStab: k = 88 resid = 1.072986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334671(s) Flops=580405248 => 1734.25617397384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249693.885327805 Mflops = 249.693885327805 Gflops = 0.249693885327805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001123058 Relative Rsd = 4.92269844488535e-07
BICGSTAB_SOLVER_TIME: 0.662836 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121596
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.155418(s) Flops=1549983744 => 1341.49177527094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193168.322305219 Mflops = 193.168322305219 Gflops = 0.193168322305219 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171757000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 37 resid = 1.605888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143547(s) Flops=245753856 => 1712.00969717235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246440.135630528 Mflops = 246.440135630528 Gflops = 0.246440135630528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065228 s
InvBiCGStab: k = 47 resid = 1.093946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184217(s) Flops=311371776 => 1690.2445268352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243311.003021045 Mflops = 243.311003021045 Gflops = 0.243311003021045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007440798 Relative Rsd = 3.26152430616304e-07
BICGSTAB_SOLVER_TIME: 0.437838 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 76 resid = 1.771731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277779(s) Flops=501663744 => 1805.98153208126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260014.04437197 Mflops = 260.01404437197 Gflops = 0.26001404437197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05631 s
InvBiCGStab: k = 97 resid = 9.92809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405978(s) Flops=639461376 => 1575.11337067526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226778.75584487 Mflops = 226.77875584487 Gflops = 0.22677875584487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001263525 Relative Rsd = 5.53841023457839e-07
BICGSTAB_SOLVER_TIME: 0.785322 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137818
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047458 s
InvBiCGStab: k = 59 resid = 2.114526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250063(s) Flops=390113280 => 1560.05998488381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224605.696486187 Mflops = 224.605696486187 Gflops = 0.224605696486187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 83 resid = 1.125108e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311198(s) Flops=547596288 => 1759.63948354424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253338.969814652 Mflops = 253.338969814652 Gflops = 0.253338969814652 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00108482 Relative Rsd = 4.7550908254741e-07
BICGSTAB_SOLVER_TIME: 0.669018 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 71 resid = 2.110938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263427(s) Flops=468854784 => 1779.82812695737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256257.32543819 Mflops = 256.25732543819 Gflops = 0.25625732543819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056134 s
InvBiCGStab: k = 88 resid = 9.749926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324554(s) Flops=580405248 => 1788.31642192054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257480.454370222 Mflops = 257.480454370222 Gflops = 0.257480454370222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001159344 Relative Rsd = 5.08175116647213e-07
BICGSTAB_SOLVER_TIME: 0.689159 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 54 resid = 2.060179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202845(s) Flops=357304320 => 1761.46476373586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253583.358206214 Mflops = 253.583358206214 Gflops = 0.253583358206214 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05586 s
InvBiCGStab: k = 87 resid = 1.045827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320792(s) Flops=573843456 => 1788.83343724282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257554.73737764 Mflops = 257.55473737764 Gflops = 0.25755473737764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001118312 Relative Rsd = 4.90189624001134e-07
BICGSTAB_SOLVER_TIME: 0.624832 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115054
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.140514(s) Flops=1574682624 => 1380.67803113333 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198806.261559258 Mflops = 198.806261559258 Gflops = 0.198806261559258 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174822000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 27 resid = 2.137676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110893(s) Flops=180135936 => 1624.41214504071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233799.259605351 Mflops = 233.799259605351 Gflops = 0.233799259605352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055894 s
InvBiCGStab: k = 46 resid = 9.383105e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177017(s) Flops=304809984 => 1721.92492246507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247873.017001073 Mflops = 247.873017001073 Gflops = 0.247873017001073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007416029 Relative Rsd = 3.25066726568808e-07
BICGSTAB_SOLVER_TIME: 0.38924 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047064 s
InvBiCGStab: k = 52 resid = 2.279889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217717(s) Flops=344180736 => 1580.86293674816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227586.457810561 Mflops = 227.586457810561 Gflops = 0.227586457810561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059785 s
InvBiCGStab: k = 79 resid = 1.077349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288658(s) Flops=521349120 => 1806.11353227695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260018.576282795 Mflops = 260.018576282795 Gflops = 0.260018576282795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001090562 Relative Rsd = 4.78025799282892e-07
BICGSTAB_SOLVER_TIME: 0.617087 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107875
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047245 s
InvBiCGStab: k = 69 resid = 1.159823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287587(s) Flops=455731200 => 1584.67246433253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228154.974950678 Mflops = 228.154974950678 Gflops = 0.228154974950678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058165 s
InvBiCGStab: k = 82 resid = 8.73253e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376903(s) Flops=541034496 => 1435.47410341653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206671.851891361 Mflops = 206.671851891361 Gflops = 0.206671851891361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001128294 Relative Rsd = 4.94565200372466e-07
BICGSTAB_SOLVER_TIME: 0.774187 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043157 s
InvBiCGStab: k = 54 resid = 2.243137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207674(s) Flops=357304320 => 1720.50579273284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247706.474474474 Mflops = 247.706474474474 Gflops = 0.247706474474474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057575 s
InvBiCGStab: k = 80 resid = 1.026791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297961(s) Flops=527910912 => 1771.74500018459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255077.840723418 Mflops = 255.077840723418 Gflops = 0.255077840723418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001107717 Relative Rsd = 4.85545383525741e-07
BICGSTAB_SOLVER_TIME: 0.610316 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041949 s
InvBiCGStab: k = 60 resid = 2.067801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222058(s) Flops=396675072 => 1786.35794251952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257172.361538964 Mflops = 257.172361538964 Gflops = 0.257172361538964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 76 resid = 1.022431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278647(s) Flops=501663744 => 1800.35580501495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259198.104699591 Mflops = 259.198104699591 Gflops = 0.259198104699591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001107042 Relative Rsd = 4.85249725440473e-07
BICGSTAB_SOLVER_TIME: 0.602842 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111377
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.10798(s) Flops=1617518592 => 1459.88067654651 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210213.330471389 Mflops = 210.213330471389 Gflops = 0.210213330471389 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180007000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.484682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041539 s
InvBiCGStab: k = 27 resid = 2.133733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110666(s) Flops=180135936 => 1627.74416713354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234287.866520492 Mflops = 234.287866520492 Gflops = 0.234287866520492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056098 s
InvBiCGStab: k = 49 resid = 1.006279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192694(s) Flops=324495360 => 1683.99306672756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242405.353330078 Mflops = 242.405353330078 Gflops = 0.242405353330078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007292164 Relative Rsd = 3.19637389878213e-07
BICGSTAB_SOLVER_TIME: 0.404927 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 62 resid = 2.252432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245875(s) Flops=409798656 => 1666.69509303508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239941.62443202 Mflops = 239.94162443202 Gflops = 0.23994162443202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058276 s
InvBiCGStab: k = 87 resid = 7.985064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.500716(s) Flops=573843456 => 1146.04577445099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  165007.155144713 Mflops = 165.007155144713 Gflops = 0.165007155144713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001135924 Relative Rsd = 4.97909698512712e-07
BICGSTAB_SOLVER_TIME: 0.850324 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053051 s
InvBiCGStab: k = 69 resid = 1.297133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343643(s) Flops=455731200 => 1326.17629342079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190925.864947135 Mflops = 190.925864947135 Gflops = 0.190925864947135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069488 s
InvBiCGStab: k = 86 resid = 1.05639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360676(s) Flops=567281664 => 1572.82897669931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226452.147495634 Mflops = 226.452147495634 Gflops = 0.226452147495634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001154645 Relative Rsd = 5.06115613657674e-07
BICGSTAB_SOLVER_TIME: 0.831303 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046567 s
InvBiCGStab: k = 64 resid = 2.245757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243634(s) Flops=422922240 => 1735.89170641208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249920.064972409 Mflops = 249.920064972409 Gflops = 0.249920064972409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 89 resid = 8.469831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330824(s) Flops=586967040 => 1774.25773220806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255443.219223879 Mflops = 255.443219223879 Gflops = 0.255443219223879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001217237 Relative Rsd = 5.33551296000175e-07
BICGSTAB_SOLVER_TIME: 0.681403 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052283 s
InvBiCGStab: k = 64 resid = 2.253237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237384(s) Flops=422922240 => 1781.59538974826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256494.900622942 Mflops = 256.494900622943 Gflops = 0.256494900622943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056564 s
InvBiCGStab: k = 82 resid = 7.874284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302908(s) Flops=541034496 => 1786.1347207733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257144.49434555 Mflops = 257.14449434555 Gflops = 0.25714449434555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001178554 Relative Rsd = 5.16595554848865e-07
BICGSTAB_SOLVER_TIME: 0.652935 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118475
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.107637(s) Flops=1642364928 => 1482.76459526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213510.426416279 Mflops = 213.510426416279 Gflops = 0.213510426416279 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182923000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.457905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.76546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92117(s) Flops=1505617920 => 1634.46260733632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235306.219829794 Mflops = 235.306219829794 Gflops = 0.235306219829794 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 3.931401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.953818(s) Flops=1669662720 => 1750.50451973018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252062.814234437 Mflops = 252.062814234437 Gflops = 0.252062814234437 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002200745 Relative Rsd = 9.67964131964368e-07
BICGSTAB_SOLVER_TIME: 1.878397 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.119349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344891
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.225288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759296(s) Flops=1223460864 => 1611.30950775455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231961.781101056 Mflops = 231.961781101056 Gflops = 0.231961781101056 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 7.680256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907115(s) Flops=1485932544 => 1638.08617870942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235874.400507258 Mflops = 235.874400507258 Gflops = 0.235874400507258 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.001970249 Relative Rsd = 8.65555785941984e-07
BICGSTAB_SOLVER_TIME: 1.669821 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.11876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293995999999998
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.1414(s) Flops=1642364928 => 1438.90391449098 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207195.581661555 Mflops = 207.195581661555 Gflops = 0.207195581661555 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182860000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045984 s
InvBiCGStab: k = 27 resid = 2.087023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120718(s) Flops=180135936 => 1492.20444341358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214793.936773733 Mflops = 214.793936773733 Gflops = 0.214793936773733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057155 s
InvBiCGStab: k = 50 resid = 9.648795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205052(s) Flops=331057152 => 1614.50340401459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232410.488953633 Mflops = 232.410488953633 Gflops = 0.232410488953633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007507726 Relative Rsd = 3.29086099753359e-07
BICGSTAB_SOLVER_TIME: 0.432866 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043489 s
InvBiCGStab: k = 71 resid = 2.164694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306598(s) Flops=468854784 => 1529.21670721923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220171.804186862 Mflops = 220.171804186862 Gflops = 0.220171804186862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060901 s
InvBiCGStab: k = 107 resid = 4.891094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399959(s) Flops=705079296 => 1762.87893509085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253821.478403948 Mflops = 253.821478403948 Gflops = 0.253821478403948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001237477 Relative Rsd = 5.42423385860906e-07
BICGSTAB_SOLVER_TIME: 0.814687 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141525
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04184 s
InvBiCGStab: k = 71 resid = 1.608646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268994(s) Flops=468854784 => 1742.99346453824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250932.898118395 Mflops = 250.932898118395 Gflops = 0.250932898118395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055715 s
InvBiCGStab: k = 72 resid = 9.817836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274984(s) Flops=475416576 => 1728.88813894627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248903.508495117 Mflops = 248.903508495117 Gflops = 0.248903508495117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00107926 Relative Rsd = 4.73072021019229e-07
BICGSTAB_SOLVER_TIME: 0.64709 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040619 s
InvBiCGStab: k = 63 resid = 1.569234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234138(s) Flops=416360448 => 1778.26943084847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255990.850352288 Mflops = 255.990850352288 Gflops = 0.255990850352288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056243 s
InvBiCGStab: k = 97 resid = 9.709811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393671(s) Flops=639461376 => 1624.35479372369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233869.395674935 Mflops = 233.869395674935 Gflops = 0.233869395674935 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001215906 Relative Rsd = 5.32968195389138e-07
BICGSTAB_SOLVER_TIME: 0.729041 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048747 s
InvBiCGStab: k = 65 resid = 1.653104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280168(s) Flops=429484032 => 1532.95177179407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220720.486131388 Mflops = 220.720486131388 Gflops = 0.220720486131388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060452 s
InvBiCGStab: k = 86 resid = 1.013623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328024(s) Flops=567281664 => 1729.39072750774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248987.270023192 Mflops = 248.987270023192 Gflops = 0.248987270023192 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00114951 Relative Rsd = 5.03864754468662e-07
BICGSTAB_SOLVER_TIME: 0.721297 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122086
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.137115(s) Flops=1661091840 => 1460.79494158462 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210347.572332623 Mflops = 210.347572332623 Gflops = 0.210347572332623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184991000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.454577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052354 s
InvBiCGStab: k = 26 resid = 2.175352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116298(s) Flops=173574144 => 1492.49466026931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214818.177959448 Mflops = 214.818177959448 Gflops = 0.214818177959448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071171 s
InvBiCGStab: k = 51 resid = 6.516086e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22476(s) Flops=337618944 => 1502.13091297384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216245.837323643 Mflops = 216.245837323643 Gflops = 0.216245837323643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007753174 Relative Rsd = 3.39844808655944e-07
BICGSTAB_SOLVER_TIME: 0.469881 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050076 s
InvBiCGStab: k = 75 resid = 2.234871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290822(s) Flops=495101952 => 1702.42262277269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245077.74324048 Mflops = 245.07774324048 Gflops = 0.24507774324048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058933 s
InvBiCGStab: k = 105 resid = 1.086124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397347(s) Flops=691955712 => 1741.43937666574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250718.303612746 Mflops = 250.718303612746 Gflops = 0.250718303612746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001261904 Relative Rsd = 5.53130454103793e-07
BICGSTAB_SOLVER_TIME: 0.80102 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142963
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 68 resid = 2.148576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252559(s) Flops=449169408 => 1778.47318052415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256039.219832396 Mflops = 256.039219832396 Gflops = 0.256039219832396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065283 s
InvBiCGStab: k = 75 resid = 8.271642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316675(s) Flops=495101952 => 1563.43870529723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225094.366545077 Mflops = 225.094366545077 Gflops = 0.225094366545077 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001041842 Relative Rsd = 4.56670498449916e-07
BICGSTAB_SOLVER_TIME: 0.679498 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043719 s
InvBiCGStab: k = 75 resid = 2.18388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286125(s) Flops=495101952 => 1730.3694259502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249127.449689923 Mflops = 249.127449689923 Gflops = 0.249127449689923 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059103 s
InvBiCGStab: k = 91 resid = 1.129709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351785(s) Flops=600090624 => 1705.84483136006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245588.899142974 Mflops = 245.588899142974 Gflops = 0.245588899142974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001196897 Relative Rsd = 5.24635678982603e-07
BICGSTAB_SOLVER_TIME: 0.744607 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041166 s
InvBiCGStab: k = 68 resid = 1.336733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283434(s) Flops=449169408 => 1584.74074387688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228164.217384056 Mflops = 228.164217384056 Gflops = 0.228164217384056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063544 s
InvBiCGStab: k = 85 resid = 1.127449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365711(s) Flops=560719872 => 1533.23217513282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220744.610460948 Mflops = 220.744610460948 Gflops = 0.220744610460948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001162518 Relative Rsd = 5.09566352759868e-07
BICGSTAB_SOLVER_TIME: 0.75791 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123405
Monitoring force
num_pf = 1
MInvCG2: 260 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.132456(s) Flops=1673773056 => 1478.00272681676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212844.617068461 Mflops = 212.844617068461 Gflops = 0.212844617068461 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.186291000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044928 s
InvBiCGStab: k = 29 resid = 2.023089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122648(s) Flops=193259520 => 1575.72500163068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226799.71724071 Mflops = 226.79971724071 Gflops = 0.22679971724071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071674 s
InvBiCGStab: k = 49 resid = 7.70771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219871(s) Flops=324495360 => 1475.8442905158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212457.93280172 Mflops = 212.45793280172 Gflops = 0.21245793280172 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007411589 Relative Rsd = 3.24872130071023e-07
BICGSTAB_SOLVER_TIME: 0.465006 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 57 resid = 2.140333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210619(s) Flops=376989696 => 1789.91304678115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257682.100754465 Mflops = 257.682100754465 Gflops = 0.257682100754465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 83 resid = 1.109642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311097(s) Flops=547596288 => 1760.21076384536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253417.967138443 Mflops = 253.417967138443 Gflops = 0.253417967138443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001133406 Relative Rsd = 4.96805751840866e-07
BICGSTAB_SOLVER_TIME: 0.622639 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11445
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041214 s
InvBiCGStab: k = 51 resid = 2.233109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198498(s) Flops=337618944 => 1700.86824048605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244856.693531413 Mflops = 244.856693531413 Gflops = 0.244856693531413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065112 s
InvBiCGStab: k = 78 resid = 1.134047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296419(s) Flops=514787328 => 1736.6880260712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250033.941138393 Mflops = 250.033941138393 Gflops = 0.250033941138393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00100852 Relative Rsd = 4.42064407314868e-07
BICGSTAB_SOLVER_TIME: 0.605052 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040746 s
InvBiCGStab: k = 68 resid = 2.230884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249377(s) Flops=449169408 => 1801.16613801594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259314.25628816 Mflops = 259.31425628816 Gflops = 0.25931425628816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 90 resid = 7.543208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329862(s) Flops=593528832 => 1799.32466304091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259059.436950867 Mflops = 259.059436950867 Gflops = 0.259059436950867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001151801 Relative Rsd = 5.04868685633582e-07
BICGSTAB_SOLVER_TIME: 0.680134 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041303 s
InvBiCGStab: k = 53 resid = 1.180535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196566(s) Flops=350742528 => 1784.34992826837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256880.430757653 Mflops = 256.880430757653 Gflops = 0.256880430757653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057527 s
InvBiCGStab: k = 76 resid = 9.943899e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333438(s) Flops=501663744 => 1504.51881309269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216618.488327951 Mflops = 216.618488327951 Gflops = 0.21661848832795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001011455 Relative Rsd = 4.43350933315171e-07
BICGSTAB_SOLVER_TIME: 0.633018 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106389
Monitoring force
num_pf = 1
MInvCG2: 262 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.167093(s) Flops=1686306816 => 1444.87784263979 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208060.125343904 Mflops = 208.060125343904 Gflops = 0.208060125343904 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187327000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.431475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042953 s
InvBiCGStab: k = 31 resid = 1.690974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123156(s) Flops=206383104 => 1675.78602747735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241226.135030196 Mflops = 241.226135030196 Gflops = 0.241226135030196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056248 s
InvBiCGStab: k = 53 resid = 5.296219e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210169(s) Flops=350742528 => 1668.85947975201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240240.401304036 Mflops = 240.240401304036 Gflops = 0.240240401304036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007384252 Relative Rsd = 3.23673857549917e-07
BICGSTAB_SOLVER_TIME: 0.436434 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043603 s
InvBiCGStab: k = 65 resid = 1.802504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268555(s) Flops=429484032 => 1599.24049822197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230241.573514078 Mflops = 230.241573514078 Gflops = 0.230241573514078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066474 s
InvBiCGStab: k = 89 resid = 9.973242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354126(s) Flops=586967040 => 1657.50902221243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238639.785245647 Mflops = 238.639785245647 Gflops = 0.238639785245647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001169742 Relative Rsd = 5.12732966177083e-07
BICGSTAB_SOLVER_TIME: 0.736694 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044498 s
InvBiCGStab: k = 52 resid = 2.083927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203267(s) Flops=344180736 => 1693.24453059277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243755.519714281 Mflops = 243.755519714281 Gflops = 0.243755519714281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065027 s
InvBiCGStab: k = 75 resid = 1.093836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295097(s) Flops=495101952 => 1677.76003144729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241550.924910956 Mflops = 241.550924910956 Gflops = 0.241550924910956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001033405 Relative Rsd = 4.52972374053042e-07
BICGSTAB_SOLVER_TIME: 0.611697 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041074 s
InvBiCGStab: k = 68 resid = 1.785902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249623(s) Flops=449169408 => 1799.39111379961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259052.309817139 Mflops = 259.052309817139 Gflops = 0.259052309817139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 84 resid = 1.014949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307978(s) Flops=554158080 => 1799.34306995954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.978252376 Mflops = 259.051978252376 Gflops = 0.259051978252376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001117498 Relative Rsd = 4.89832833988675e-07
BICGSTAB_SOLVER_TIME: 0.659327 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04073 s
InvBiCGStab: k = 51 resid = 1.945811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186889(s) Flops=337618944 => 1806.52121847728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260077.380183947 Mflops = 260.077380183947 Gflops = 0.260077380183947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056676 s
InvBiCGStab: k = 75 resid = 1.036485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30727(s) Flops=495101952 => 1611.2928434276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231979.544958805 Mflops = 231.979544958805 Gflops = 0.231979544958805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001061085 Relative Rsd = 4.65105275609449e-07
BICGSTAB_SOLVER_TIME: 0.5955 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10402
Monitoring force
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.215624(s) Flops=1698766848 => 1397.44431501846 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201237.256723446 Mflops = 201.237256723446 Gflops = 0.201237256723446 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189049000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.416745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.016637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828388(s) Flops=1426876416 => 1722.47354621264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248014.929831587 Mflops = 248.014929831587 Gflops = 0.248014929831587 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 271 resid = 8.390692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.087533(s) Flops=1781213184 => 1637.84748049025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235841.231823703 Mflops = 235.841231823703 Gflops = 0.235841231823703 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.002186108 Relative Rsd = 9.6150081684428e-07
BICGSTAB_SOLVER_TIME: 1.919345 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.347751
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.22215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707621(s) Flops=1197213696 => 1691.88548106967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243564.961940305 Mflops = 243.564961940305 Gflops = 0.243564961940305 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.092528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.003586(s) Flops=1571235840 => 1565.62152122489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225439.722797952 Mflops = 225.439722797952 Gflops = 0.225439722797952 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002047803 Relative Rsd = 8.99643783668024e-07
BICGSTAB_SOLVER_TIME: 1.714589 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300799999999999
num_pf = 1
MInvCG2: 264 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.158066(s) Flops=1698766848 => 1466.89985544865 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211221.095982619 Mflops = 211.221095982619 Gflops = 0.211221095982619 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189119000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.421013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040616 s
InvBiCGStab: k = 30 resid = 2.106414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110878(s) Flops=199821312 => 1802.17276646404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259392.852623195 Mflops = 259.392852623195 Gflops = 0.259392852623196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055855 s
InvBiCGStab: k = 53 resid = 1.121435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195087(s) Flops=350742528 => 1797.87750080733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258813.222579037 Mflops = 258.813222579037 Gflops = 0.258813222579037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007342068 Relative Rsd = 3.2182479535148e-07
BICGSTAB_SOLVER_TIME: 0.40624 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042706 s
InvBiCGStab: k = 77 resid = 2.021123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281098(s) Flops=508225536 => 1808.00125223232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260304.875775355 Mflops = 260.304875775355 Gflops = 0.260304875775354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056131 s
InvBiCGStab: k = 110 resid = 7.050383e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433348(s) Flops=724764672 => 1672.47725153918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240798.194078086 Mflops = 240.798194078086 Gflops = 0.240798194078086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001353565 Relative Rsd = 5.93308112028546e-07
BICGSTAB_SOLVER_TIME: 0.817356 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043962 s
InvBiCGStab: k = 67 resid = 1.644193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287823(s) Flops=442607616 => 1537.77709217123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221406.599547004 Mflops = 221.406599547004 Gflops = 0.221406599547004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060883 s
InvBiCGStab: k = 89 resid = 6.975985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372936(s) Flops=586967040 => 1573.90823090289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226603.682419993 Mflops = 226.603682419993 Gflops = 0.226603682419993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001100306 Relative Rsd = 4.8229717582507e-07
BICGSTAB_SOLVER_TIME: 0.76962 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042569 s
InvBiCGStab: k = 71 resid = 1.999507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299968(s) Flops=468854784 => 1563.01600170685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225039.002856231 Mflops = 225.039002856231 Gflops = 0.225039002856231 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 81 resid = 1.054536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299036(s) Flops=534472704 => 1787.31893149989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257317.862873049 Mflops = 257.317862873049 Gflops = 0.257317862873049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001159673 Relative Rsd = 5.08319220622497e-07
BICGSTAB_SOLVER_TIME: 0.703682 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123126000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042489 s
InvBiCGStab: k = 67 resid = 2.250992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279701(s) Flops=442607616 => 1582.4312962771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227827.835513484 Mflops = 227.827835513485 Gflops = 0.227827835513485 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058519 s
InvBiCGStab: k = 89 resid = 1.114996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363204(s) Flops=586967040 => 1616.08088016652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232676.088484374 Mflops = 232.676088484374 Gflops = 0.232676088484374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001183249 Relative Rsd = 5.18653322875529e-07
BICGSTAB_SOLVER_TIME: 0.747932 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125504
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.211325(s) Flops=1705254912 => 1407.76002476627 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202705.105691243 Mflops = 202.705105691243 Gflops = 0.202705105691243 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189675000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.429943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 30 resid = 2.176448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118862(s) Flops=199821312 => 1681.12022345241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241938.041720453 Mflops = 241.938041720453 Gflops = 0.241938041720453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062954 s
InvBiCGStab: k = 51 resid = 8.481114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188417(s) Flops=337618944 => 1791.8709245981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.583642847 Mflops = 257.948583642847 Gflops = 0.257948583642847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007548024 Relative Rsd = 3.30852496073623e-07
BICGSTAB_SOLVER_TIME: 0.414792 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 78 resid = 2.039644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308147(s) Flops=514787328 => 1670.59010147754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240520.311748803 Mflops = 240.520311748803 Gflops = 0.240520311748803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059056 s
InvBiCGStab: k = 106 resid = 1.035579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426574(s) Flops=698517504 => 1637.50604584433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235764.362245194 Mflops = 235.764362245194 Gflops = 0.235764362245194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.00128074 Relative Rsd = 5.61386734200457e-07
BICGSTAB_SOLVER_TIME: 0.839729 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145909
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049688 s
InvBiCGStab: k = 61 resid = 1.256151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272504(s) Flops=403236864 => 1479.74658720606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213040.749156483 Mflops = 213.040749156483 Gflops = 0.213040749156483 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063021 s
InvBiCGStab: k = 80 resid = 8.941137e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324726(s) Flops=527910912 => 1625.71186785167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234056.048805624 Mflops = 234.056048805624 Gflops = 0.234056048805624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001068169 Relative Rsd = 4.68210552986193e-07
BICGSTAB_SOLVER_TIME: 0.713869 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044528 s
InvBiCGStab: k = 59 resid = 2.192896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246931(s) Flops=390113280 => 1579.84732577117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227442.008723524 Mflops = 227.442008723524 Gflops = 0.227442008723524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057567 s
InvBiCGStab: k = 79 resid = 1.136841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296185(s) Flops=521349120 => 1760.21446055675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253416.480415509 Mflops = 253.416480415509 Gflops = 0.253416480415509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001134181 Relative Rsd = 4.97145600451132e-07
BICGSTAB_SOLVER_TIME: 0.649226 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045775 s
InvBiCGStab: k = 64 resid = 2.268946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243627(s) Flops=422922240 => 1735.94158282949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249920.791459174 Mflops = 249.920791459174 Gflops = 0.249920791459174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060021 s
InvBiCGStab: k = 89 resid = 9.206171e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35126(s) Flops=586967040 => 1671.03296703297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240582.905680387 Mflops = 240.582905680387 Gflops = 0.240582905680387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00114248 Relative Rsd = 5.00783052175693e-07
BICGSTAB_SOLVER_TIME: 0.704493 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123611
Monitoring force
num_pf = 1
MInvCG2: 267 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.17999(s) Flops=1717788672 => 1455.76544885974 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209605.317858976 Mflops = 209.605317858976 Gflops = 0.209605317858976 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190858000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.429249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048264 s
InvBiCGStab: k = 26 resid = 2.064716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09774(s) Flops=173574144 => 1775.87624309392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255599.021095789 Mflops = 255.599021095789 Gflops = 0.255599021095789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055981 s
InvBiCGStab: k = 53 resid = 6.393581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219071(s) Flops=350742528 => 1601.04499454515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230483.853943695 Mflops = 230.483853943695 Gflops = 0.230483853943695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007393034 Relative Rsd = 3.24058815194939e-07
BICGSTAB_SOLVER_TIME: 0.424763 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041928 s
InvBiCGStab: k = 53 resid = 1.811365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207513(s) Flops=350742528 => 1690.21954287201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243329.653959068 Mflops = 243.329653959068 Gflops = 0.243329653959068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069708 s
InvBiCGStab: k = 93 resid = 1.06004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362039(s) Flops=613214208 => 1693.77942155403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243853.009572108 Mflops = 243.853009572108 Gflops = 0.243853009572108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001123971 Relative Rsd = 4.92670314742795e-07
BICGSTAB_SOLVER_TIME: 0.685053 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118615
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046205 s
InvBiCGStab: k = 67 resid = 1.920264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293266(s) Flops=442607616 => 1509.23603827242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217288.812777206 Mflops = 217.288812777206 Gflops = 0.217288812777206 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067549 s
InvBiCGStab: k = 76 resid = 9.587021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338948(s) Flops=501663744 => 1480.06108311599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213088.058831394 Mflops = 213.088058831394 Gflops = 0.213088058831394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001105926 Relative Rsd = 4.84760312824699e-07
BICGSTAB_SOLVER_TIME: 0.750126 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116394
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 62 resid = 2.010398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244881(s) Flops=409798656 => 1673.46039913264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240929.691977852 Mflops = 240.929691977852 Gflops = 0.240929691977852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0588 s
InvBiCGStab: k = 87 resid = 1.034593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343992(s) Flops=573843456 => 1668.18837647387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240173.341257315 Mflops = 240.173341257315 Gflops = 0.240173341257315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001223399 Relative Rsd = 5.36252531140269e-07
BICGSTAB_SOLVER_TIME: 0.692648 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120682
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041603 s
InvBiCGStab: k = 62 resid = 2.174297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241324(s) Flops=409798656 => 1698.12640267856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244481.018395137 Mflops = 244.481018395137 Gflops = 0.244481018395137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055926 s
InvBiCGStab: k = 83 resid = 9.116603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307586(s) Flops=547596288 => 1780.30303069711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256313.395106764 Mflops = 256.313395106764 Gflops = 0.256313395106764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001124216 Relative Rsd = 4.9277732112954e-07
BICGSTAB_SOLVER_TIME: 0.650282 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117799
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.141839(s) Flops=1730248704 => 1515.31757454422 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218211.933016313 Mflops = 218.211933016313 Gflops = 0.218211933016313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192700000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.437714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 31 resid = 1.462059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124891(s) Flops=206383104 => 1652.50581707249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237828.900462764 Mflops = 237.828900462764 Gflops = 0.237828900462764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065111 s
InvBiCGStab: k = 50 resid = 1.12197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192469(s) Flops=331057152 => 1720.05440876193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247597.981832943 Mflops = 247.597981832943 Gflops = 0.247597981832943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007626768 Relative Rsd = 3.34304051628935e-07
BICGSTAB_SOLVER_TIME: 0.427488 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 52 resid = 1.745103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197487(s) Flops=344180736 => 1742.80198696623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250894.230018661 Mflops = 250.894230018661 Gflops = 0.250894230018661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061197 s
InvBiCGStab: k = 90 resid = 8.928706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345319(s) Flops=593528832 => 1718.78417347438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247463.222800893 Mflops = 247.463222800893 Gflops = 0.247463222800893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00116824 Relative Rsd = 5.12074649822573e-07
BICGSTAB_SOLVER_TIME: 0.649379 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042006 s
InvBiCGStab: k = 64 resid = 1.723159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250851(s) Flops=422922240 => 1685.94998624682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242726.328056732 Mflops = 242.726328056732 Gflops = 0.242726328056732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060664 s
InvBiCGStab: k = 82 resid = 9.102357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356342(s) Flops=541034496 => 1518.30122747248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218596.738227223 Mflops = 218.596738227223 Gflops = 0.218596738227223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001116674 Relative Rsd = 4.89471706569027e-07
BICGSTAB_SOLVER_TIME: 0.714578 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11846
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048078 s
InvBiCGStab: k = 63 resid = 2.214635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275317(s) Flops=416360448 => 1512.29472934835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217719.320001866 Mflops = 217.719320001865 Gflops = 0.217719320001866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059428 s
InvBiCGStab: k = 89 resid = 1.134336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358846(s) Flops=586967040 => 1635.70735078557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235459.848061226 Mflops = 235.459848061226 Gflops = 0.235459848061226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001197461 Relative Rsd = 5.24883013248964e-07
BICGSTAB_SOLVER_TIME: 0.745471 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122938000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 60 resid = 2.184665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240627(s) Flops=396675072 => 1648.50607787156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237337.360312579 Mflops = 237.337360312579 Gflops = 0.237337360312579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055964 s
InvBiCGStab: k = 81 resid = 9.493786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295802(s) Flops=534472704 => 1806.85966964388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260125.636755003 Mflops = 260.125636755003 Gflops = 0.260125636755003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001126052 Relative Rsd = 4.93582190818688e-07
BICGSTAB_SOLVER_TIME: 0.637802 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114983
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.093499(s) Flops=1736589312 => 1588.10324655075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228764.942319732 Mflops = 228.764942319732 Gflops = 0.228764942319732 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193326000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.490411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 242 resid = 1.418192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.941234(s) Flops=1590921216 => 1690.25047543969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243330.46845031 Mflops = 243.33046845031 Gflops = 0.24333046845031 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 6.01221e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92279(s) Flops=1636853760 => 1773.8095991504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255418.512148451 Mflops = 255.418512148451 Gflops = 0.255418512148451 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.002251143 Relative Rsd = 9.90080475249699e-07
BICGSTAB_SOLVER_TIME: 1.867433 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350311
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.85887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771094(s) Flops=1184090112 => 1535.59762104231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221123.229216685 Mflops = 221.123229216685 Gflops = 0.221123229216685 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.009586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.847564(s) Flops=1485932544 => 1753.18034272338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252447.083354123 Mflops = 252.447083354123 Gflops = 0.252447083354123 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.00203585 Relative Rsd = 8.9439954591559e-07
BICGSTAB_SOLVER_TIME: 1.622387 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.119875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289839999999998
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.140858(s) Flops=1736589312 => 1522.1783184235 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219205.097486902 Mflops = 219.205097486902 Gflops = 0.219205097486902 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193395000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.463894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021187
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041595 s
InvBiCGStab: k = 32 resid = 1.265469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135401(s) Flops=212944896 => 1572.6981041499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226366.209679814 Mflops = 226.366209679814 Gflops = 0.226366209679814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062059 s
InvBiCGStab: k = 45 resid = 1.061575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179596(s) Flops=298248192 => 1660.66166284327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239062.968129074 Mflops = 239.062968129074 Gflops = 0.239062968129074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007418803 Relative Rsd = 3.25188327055034e-07
BICGSTAB_SOLVER_TIME: 0.422513 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691980000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040589 s
InvBiCGStab: k = 71 resid = 1.449296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272623(s) Flops=468854784 => 1719.79174170925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247599.598835505 Mflops = 247.599598835505 Gflops = 0.247599598835505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059715 s
InvBiCGStab: k = 94 resid = 7.164183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356654(s) Flops=619776000 => 1737.75143416308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250192.509169887 Mflops = 250.192509169887 Gflops = 0.250192509169887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001235473 Relative Rsd = 5.41544831277881e-07
BICGSTAB_SOLVER_TIME: 0.733455 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040753 s
InvBiCGStab: k = 63 resid = 2.082061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230649(s) Flops=416360448 => 1805.16910110167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259903.909763649 Mflops = 259.903909763649 Gflops = 0.259903909763649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055834 s
InvBiCGStab: k = 82 resid = 1.049151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300139(s) Flops=541034496 => 1802.61310925938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259504.302877774 Mflops = 259.504302877774 Gflops = 0.259504302877774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001091991 Relative Rsd = 4.78652478079089e-07
BICGSTAB_SOLVER_TIME: 0.631264 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11776
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 71 resid = 2.160382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280443(s) Flops=468854784 => 1671.83628758785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240679.654809523 Mflops = 240.679654809523 Gflops = 0.240679654809523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075 s
InvBiCGStab: k = 97 resid = 9.914966e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41304(s) Flops=639461376 => 1548.18268448576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222898.698295627 Mflops = 222.898698295627 Gflops = 0.222898698295627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001190296 Relative Rsd = 5.21742424274877e-07
BICGSTAB_SOLVER_TIME: 0.813688 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045049 s
InvBiCGStab: k = 67 resid = 1.259194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248064(s) Flops=442607616 => 1784.24767801858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256876.667862456 Mflops = 256.876667862456 Gflops = 0.256876667862456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059675 s
InvBiCGStab: k = 81 resid = 1.080548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299953(s) Flops=534472704 => 1781.85483725784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256522.837190259 Mflops = 256.522837190259 Gflops = 0.256522837190259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001107455 Relative Rsd = 4.85430875975975e-07
BICGSTAB_SOLVER_TIME: 0.656568 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120274
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.124665(s) Flops=1743003648 => 1549.79807142571 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223157.810004 Mflops = 223.157810004 Gflops = 0.223157810004 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193820000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.453107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047042 s
InvBiCGStab: k = 35 resid = 9.741757e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131231(s) Flops=232630272 => 1772.67773620562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255163.447060697 Mflops = 255.163447060697 Gflops = 0.255163447060697 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 49 resid = 7.878009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183852(s) Flops=324495360 => 1764.98139808107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254067.526945218 Mflops = 254.067526945218 Gflops = 0.254067526945218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007650054 Relative Rsd = 3.35324745596929e-07
BICGSTAB_SOLVER_TIME: 0.423697 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04104 s
InvBiCGStab: k = 73 resid = 2.034779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269584(s) Flops=481978368 => 1787.85969493739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257392.573538876 Mflops = 257.392573538876 Gflops = 0.257392573538876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 106 resid = 8.69761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441308(s) Flops=698517504 => 1582.83444669029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227900.693236975 Mflops = 227.900693236975 Gflops = 0.227900693236975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001300659 Relative Rsd = 5.70117679728456e-07
BICGSTAB_SOLVER_TIME: 0.811792 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 63 resid = 1.962002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230614(s) Flops=416360448 => 1805.44306937133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259930.709924309 Mflops = 259.930709924309 Gflops = 0.259930709924309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 82 resid = 6.295033e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298562(s) Flops=541034496 => 1812.13448462966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260892.702955323 Mflops = 260.892702955323 Gflops = 0.260892702955323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001091103 Relative Rsd = 4.78263183026879e-07
BICGSTAB_SOLVER_TIME: 0.630223 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041435 s
InvBiCGStab: k = 74 resid = 2.188534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271422(s) Flops=488540160 => 1799.92837721334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259131.249903726 Mflops = 259.131249903726 Gflops = 0.259131249903726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056141 s
InvBiCGStab: k = 80 resid = 1.124777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333124(s) Flops=527910912 => 1584.72794514955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228156.548293591 Mflops = 228.156548293591 Gflops = 0.228156548293591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001197089 Relative Rsd = 5.24719875710372e-07
BICGSTAB_SOLVER_TIME: 0.706235 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045965 s
InvBiCGStab: k = 60 resid = 1.970856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259173(s) Flops=396675072 => 1530.54165364448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220351.874296538 Mflops = 220.351874296538 Gflops = 0.220351874296538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058845 s
InvBiCGStab: k = 80 resid = 1.138624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297284(s) Flops=527910912 => 1775.77976614954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255661.517117078 Mflops = 255.661517117078 Gflops = 0.255661517117078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001142422 Relative Rsd = 5.00757895214002e-07
BICGSTAB_SOLVER_TIME: 0.665099 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114086
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.231189(s) Flops=1743298560 => 1415.94715352395 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203881.078210293 Mflops = 203.881078210293 Gflops = 0.203881078210293 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194137000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.409453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041587 s
InvBiCGStab: k = 28 resid = 1.82476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123709(s) Flops=186697728 => 1509.16851643777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217233.357050762 Mflops = 217.233357050762 Gflops = 0.217233357050762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068561 s
InvBiCGStab: k = 50 resid = 9.437452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205515(s) Flops=331057152 => 1610.86612656011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231895.688622004 Mflops = 231.895688622004 Gflops = 0.231895688622004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007395581 Relative Rsd = 3.24170465158792e-07
BICGSTAB_SOLVER_TIME: 0.443272 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040686 s
InvBiCGStab: k = 54 resid = 1.592304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201287(s) Flops=357304320 => 1775.09883897122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255560.291424704 Mflops = 255.560291424704 Gflops = 0.255560291424704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056962 s
InvBiCGStab: k = 84 resid = 6.75619e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312205(s) Flops=554158080 => 1774.98143847792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255545.209321833 Mflops = 255.545209321833 Gflops = 0.255545209321833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001127158 Relative Rsd = 4.94066908829035e-07
BICGSTAB_SOLVER_TIME: 0.615013 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040782 s
InvBiCGStab: k = 70 resid = 1.394486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256177(s) Flops=462292992 => 1804.58429913692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259799.185245875 Mflops = 259.799185245875 Gflops = 0.259799185245875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056104 s
InvBiCGStab: k = 77 resid = 8.590425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299347(s) Flops=508225536 => 1697.78062248828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244431.898712361 Mflops = 244.431898712361 Gflops = 0.244431898712361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001101031 Relative Rsd = 4.82614980201156e-07
BICGSTAB_SOLVER_TIME: 0.656186 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042316 s
InvBiCGStab: k = 66 resid = 1.942664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242527(s) Flops=436045824 => 1797.92692772351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258851.15116236 Mflops = 258.85115116236 Gflops = 0.25885115116236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05676 s
InvBiCGStab: k = 84 resid = 8.150509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332556(s) Flops=554158080 => 1666.36019196767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239917.045595095 Mflops = 239.917045595095 Gflops = 0.239917045595095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001109239 Relative Rsd = 4.86212578807907e-07
BICGSTAB_SOLVER_TIME: 0.677968 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04675 s
InvBiCGStab: k = 67 resid = 1.95389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29203(s) Flops=442607616 => 1515.62379207616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218213.206730342 Mflops = 218.213206730342 Gflops = 0.218213206730342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069924 s
InvBiCGStab: k = 96 resid = 1.133976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419509(s) Flops=632899584 => 1508.6674755488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217228.249104834 Mflops = 217.228249104834 Gflops = 0.217228249104834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001116787 Relative Rsd = 4.89521204039291e-07
BICGSTAB_SOLVER_TIME: 0.83712 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130444
Monitoring force
num_pf = 1
MInvCG2: 272 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.186422(s) Flops=1749491712 => 1474.59480016385 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212330.613956275 Mflops = 212.330613956275 Gflops = 0.212330613956275 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.194587000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.419729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047559 s
InvBiCGStab: k = 28 resid = 2.04854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123601(s) Flops=186697728 => 1510.48719670553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217378.798246905 Mflops = 217.378798246905 Gflops = 0.217378798246905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06427 s
InvBiCGStab: k = 45 resid = 1.060312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193286(s) Flops=298248192 => 1543.04084103349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222114.320788198 Mflops = 222.114320788198 Gflops = 0.222114320788198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007611513 Relative Rsd = 3.33635376525493e-07
BICGSTAB_SOLVER_TIME: 0.432684 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046867 s
InvBiCGStab: k = 72 resid = 1.745241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292474(s) Flops=475416576 => 1625.50030430055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234036.007463577 Mflops = 234.036007463577 Gflops = 0.234036007463577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057678 s
InvBiCGStab: k = 86 resid = 1.056301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34701(s) Flops=567281664 => 1634.77036396646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235371.774732454 Mflops = 235.371774732454 Gflops = 0.235371774732454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001155381 Relative Rsd = 5.06438112639188e-07
BICGSTAB_SOLVER_TIME: 0.748032 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043672 s
InvBiCGStab: k = 66 resid = 1.965753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257741(s) Flops=436045824 => 1691.79844883042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243570.045882326 Mflops = 243.570045882326 Gflops = 0.243570045882326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 82 resid = 9.137825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305573(s) Flops=541034496 => 1770.55726782144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254903.979850166 Mflops = 254.903979850166 Gflops = 0.254903979850166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001136058 Relative Rsd = 4.97968125938951e-07
BICGSTAB_SOLVER_TIME: 0.66766 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119947
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042065 s
InvBiCGStab: k = 71 resid = 1.994346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270927(s) Flops=468854784 => 1730.55761884198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249161.68501581 Mflops = 249.16168501581 Gflops = 0.24916168501581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065105 s
InvBiCGStab: k = 84 resid = 9.78764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317354(s) Flops=554158080 => 1746.18274860251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251398.489258775 Mflops = 251.398489258775 Gflops = 0.251398489258775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001197134 Relative Rsd = 5.24739674698478e-07
BICGSTAB_SOLVER_TIME: 0.699343 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042444 s
InvBiCGStab: k = 58 resid = 1.709897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224981(s) Flops=383551488 => 1704.81724234491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245427.201176193 Mflops = 245.427201176193 Gflops = 0.245427201176193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065619 s
InvBiCGStab: k = 80 resid = 1.118173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345693(s) Flops=527910912 => 1527.10905919414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219844.600782514 Mflops = 219.844600782514 Gflops = 0.219844600782514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001142134 Relative Rsd = 5.00631702178989e-07
BICGSTAB_SOLVER_TIME: 0.683177 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112682
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.147399(s) Flops=1743593472 => 1519.60518703607 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218808.061907004 Mflops = 218.808061907004 Gflops = 0.218808061907004 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193963000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.443202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021506
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.222047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868925(s) Flops=1315325952 => 1513.73933538568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218001.022510186 Mflops = 218.001022510186 Gflops = 0.218001022510186 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 268 resid = 8.829248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.072889(s) Flops=1761527808 => 1641.85466343676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236418.30776917 Mflops = 236.41830776917 Gflops = 0.23641830776917 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002145777 Relative Rsd = 9.43715254626324e-07
BICGSTAB_SOLVER_TIME: 1.945215 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333772999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.065489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674081(s) Flops=1157842944 => 1717.6614442478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247276.215604279 Mflops = 247.276215604279 Gflops = 0.247276215604279 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 1.052326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989202(s) Flops=1689348096 => 1707.78879945653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245910.303694042 Mflops = 245.910303694042 Gflops = 0.245910303694042 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002138865 Relative Rsd = 9.39646834066794e-07
BICGSTAB_SOLVER_TIME: 1.666642 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309120999999999
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.23759(s) Flops=1743593472 => 1408.86195913025 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202871.046880876 Mflops = 202.871046880876 Gflops = 0.202871046880876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.195859000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.430435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 33 resid = 1.880088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12186(s) Flops=219506688 => 1801.30221565731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259287.722288462 Mflops = 259.287722288462 Gflops = 0.259287722288462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055611 s
InvBiCGStab: k = 49 resid = 8.77955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180347(s) Flops=324495360 => 1799.28338148126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259001.922938655 Mflops = 259.001922938655 Gflops = 0.259001922938655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007394621 Relative Rsd = 3.24128392309068e-07
BICGSTAB_SOLVER_TIME: 0.402326 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044164 s
InvBiCGStab: k = 76 resid = 1.98284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305295(s) Flops=501663744 => 1643.20982656119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236587.078845224 Mflops = 236.587078845224 Gflops = 0.236587078845224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055676 s
InvBiCGStab: k = 104 resid = 8.442292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45533(s) Flops=685393920 => 1505.26853051633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216727.019231026 Mflops = 216.727019231026 Gflops = 0.216727019231026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001259555 Relative Rsd = 5.52100753637343e-07
BICGSTAB_SOLVER_TIME: 0.864914 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142873
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046114 s
InvBiCGStab: k = 61 resid = 1.552687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255019(s) Flops=403236864 => 1581.20322015222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227642.178372151 Mflops = 227.642178372151 Gflops = 0.227642178372151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057003 s
InvBiCGStab: k = 81 resid = 6.66612e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312436(s) Flops=534472704 => 1710.6629965817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246286.18240983 Mflops = 246.28618240983 Gflops = 0.24628618240983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001127169 Relative Rsd = 4.94072011661021e-07
BICGSTAB_SOLVER_TIME: 0.674459 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04091 s
InvBiCGStab: k = 58 resid = 2.014524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213934(s) Flops=383551488 => 1792.84960782297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258104.859242219 Mflops = 258.104859242219 Gflops = 0.258104859242219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056172 s
InvBiCGStab: k = 85 resid = 1.006522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329619(s) Flops=560719872 => 1701.11514202761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244917.335121565 Mflops = 244.917335121565 Gflops = 0.244917335121565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001179356 Relative Rsd = 5.16947139972699e-07
BICGSTAB_SOLVER_TIME: 0.644418 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042717 s
InvBiCGStab: k = 67 resid = 1.380988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258928(s) Flops=442607616 => 1709.38491009084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246107.216408646 Mflops = 246.107216408646 Gflops = 0.246107216408646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059897 s
InvBiCGStab: k = 93 resid = 7.144885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371267(s) Flops=613214208 => 1651.6798099481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237803.932994579 Mflops = 237.803932994579 Gflops = 0.237803932994579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001166751 Relative Rsd = 5.11421946583247e-07
BICGSTAB_SOLVER_TIME: 0.736847 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128685
Monitoring force
num_pf = 1
MInvCG2: 271 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.21603(s) Flops=1743667200 => 1433.90146624672 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206492.206966544 Mflops = 206.492206966544 Gflops = 0.206492206966544 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193986000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.401775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048037 s
InvBiCGStab: k = 32 resid = 1.745801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13031(s) Flops=212944896 => 1634.14086409332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235225.565214556 Mflops = 235.225565214556 Gflops = 0.235225565214556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056661 s
InvBiCGStab: k = 53 resid = 7.204933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194305(s) Flops=350742528 => 1805.11323949461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.22632687 Mflops = 259.86422632687 Gflops = 0.25986422632687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.000728679 Relative Rsd = 3.19401817639581e-07
BICGSTAB_SOLVER_TIME: 0.433122 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052143 s
InvBiCGStab: k = 76 resid = 1.798823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321626(s) Flops=501663744 => 1559.773600393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224573.208836611 Mflops = 224.573208836611 Gflops = 0.224573208836611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 115 resid = 1.075945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.489866(s) Flops=757573632 => 1546.49155483336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222663.553339665 Mflops = 222.663553339665 Gflops = 0.222663553339665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001283418 Relative Rsd = 5.6256064069883e-07
BICGSTAB_SOLVER_TIME: 0.924446 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150853999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048324 s
InvBiCGStab: k = 61 resid = 1.869525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255971(s) Flops=403236864 => 1575.3224544968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226807.077485659 Mflops = 226.807077485659 Gflops = 0.226807077485659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056674 s
InvBiCGStab: k = 84 resid = 1.027538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339222(s) Flops=554158080 => 1633.61480092683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235195.190090991 Mflops = 235.195190090991 Gflops = 0.235195190090991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001101744 Relative Rsd = 4.82927375575337e-07
BICGSTAB_SOLVER_TIME: 0.704104 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042456 s
InvBiCGStab: k = 70 resid = 2.182498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268951(s) Flops=462292992 => 1718.87441206763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247465.079371827 Mflops = 247.465079371827 Gflops = 0.247465079371827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057425 s
InvBiCGStab: k = 88 resid = 9.032783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32351(s) Flops=580405248 => 1794.08750270471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258291.542380427 Mflops = 258.291542380427 Gflops = 0.258291542380427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001196054 Relative Rsd = 5.24266233946819e-07
BICGSTAB_SOLVER_TIME: 0.696168 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 63 resid = 1.558087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260727(s) Flops=416360448 => 1596.92110138191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229915.811570874 Mflops = 229.915811570874 Gflops = 0.229915811570874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057601 s
InvBiCGStab: k = 91 resid = 5.740636e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333841(s) Flops=600090624 => 1797.53422737171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258807.744145887 Mflops = 258.807744145887 Gflops = 0.258807744145887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001145565 Relative Rsd = 5.02135557793575e-07
BICGSTAB_SOLVER_TIME: 0.696961 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124205
Monitoring force
num_pf = 1
MInvCG2: 270 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.161694(s) Flops=1737621504 => 1495.76523938318 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215378.682997477 Mflops = 215.378682997477 Gflops = 0.215378682997477 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.193393000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.429887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046387 s
InvBiCGStab: k = 28 resid = 2.079369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110329(s) Flops=186697728 => 1692.19088362987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243563.620756795 Mflops = 243.563620756795 Gflops = 0.243563620756795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061203 s
InvBiCGStab: k = 47 resid = 1.120314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172667(s) Flops=311371776 => 1803.30796272594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259591.852458788 Mflops = 259.591852458788 Gflops = 0.259591852458788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007199367 Relative Rsd = 3.15569794931395e-07
BICGSTAB_SOLVER_TIME: 0.394469 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046708 s
InvBiCGStab: k = 50 resid = 1.82692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215548(s) Flops=331057152 => 1535.88598363242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221113.028303119 Mflops = 221.113028303119 Gflops = 0.221113028303119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062591 s
InvBiCGStab: k = 80 resid = 9.981995e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319718(s) Flops=527910912 => 1651.1766994664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237723.577601548 Mflops = 237.723577601548 Gflops = 0.237723577601548 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00113761 Relative Rsd = 4.98648384471001e-07
BICGSTAB_SOLVER_TIME: 0.648398 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052773 s
InvBiCGStab: k = 66 resid = 1.912186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294164(s) Flops=436045824 => 1482.32218762323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213435.827984638 Mflops = 213.435827984638 Gflops = 0.213435827984638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063435 s
InvBiCGStab: k = 79 resid = 9.853864e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355837(s) Flops=521349120 => 1465.13465435017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210944.49674865 Mflops = 210.94449674865 Gflops = 0.21094449674865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001084708 Relative Rsd = 4.75459789190425e-07
BICGSTAB_SOLVER_TIME: 0.770218 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117817
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051028 s
InvBiCGStab: k = 72 resid = 2.090004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277536(s) Flops=475416576 => 1712.99066067105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246625.896886492 Mflops = 246.625896886492 Gflops = 0.246625896886492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056662 s
InvBiCGStab: k = 85 resid = 8.588044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31426(s) Flops=560719872 => 1784.25466810921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256886.61220918 Mflops = 256.88661220918 Gflops = 0.25688661220918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001160313 Relative Rsd = 5.08600080495005e-07
BICGSTAB_SOLVER_TIME: 0.703372 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126353
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 63 resid = 1.76431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23082(s) Flops=416360448 => 1803.8317650117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259686.505211586 Mflops = 259.686505211586 Gflops = 0.259686505211586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05694 s
InvBiCGStab: k = 81 resid = 1.02973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320124(s) Flops=534472704 => 1669.58023765791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240371.582066019 Mflops = 240.371582066019 Gflops = 0.240371582066019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001090262 Relative Rsd = 4.77894452387573e-07
BICGSTAB_SOLVER_TIME: 0.652762 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117013
Monitoring force
num_pf = 1
MInvCG2: 269 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103723(s) Flops=1731428352 => 1568.71638264311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225886.529958438 Mflops = 225.886529958438 Gflops = 0.225886529958438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192733000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.435375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048003 s
InvBiCGStab: k = 35 resid = 2.223112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152498(s) Flops=232630272 => 1525.46441264803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219583.880868235 Mflops = 219.583880868235 Gflops = 0.219583880868235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060823 s
InvBiCGStab: k = 52 resid = 7.187802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200826(s) Flops=344180736 => 1713.82558035314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246711.382279801 Mflops = 246.711382279801 Gflops = 0.246711382279801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007386323 Relative Rsd = 3.23764636930948e-07
BICGSTAB_SOLVER_TIME: 0.466036 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050757 s
InvBiCGStab: k = 67 resid = 1.721882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25012(s) Flops=442607616 => 1769.58106508876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254770.26470659 Mflops = 254.77026470659 Gflops = 0.25477026470659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056869 s
InvBiCGStab: k = 88 resid = 6.425921e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368754(s) Flops=580405248 => 1573.96326005955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226613.977989095 Mflops = 226.613977989095 Gflops = 0.226613977989095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001171406 Relative Rsd = 5.13462313952838e-07
BICGSTAB_SOLVER_TIME: 0.730503 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12509
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040736 s
InvBiCGStab: k = 55 resid = 2.090592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224396(s) Flops=363866112 => 1621.53564234657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233441.206544373 Mflops = 233.441206544373 Gflops = 0.233441206544373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065774 s
InvBiCGStab: k = 77 resid = 1.128027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316996(s) Flops=508225536 => 1603.25535968908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230812.114962161 Mflops = 230.812114962161 Gflops = 0.230812114962161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001082754 Relative Rsd = 4.7460327884158e-07
BICGSTAB_SOLVER_TIME: 0.652307 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108477
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057177 s
InvBiCGStab: k = 63 resid = 1.858415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23521(s) Flops=416360448 => 1770.1647378938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254844.861013562 Mflops = 254.844861013562 Gflops = 0.254844861013562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055924 s
InvBiCGStab: k = 82 resid = 9.806439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317957(s) Flops=541034496 => 1701.5964297059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244993.730185564 Mflops = 244.993730185564 Gflops = 0.244993730185564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001151886 Relative Rsd = 5.04906038363719e-07
BICGSTAB_SOLVER_TIME: 0.670152 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043233 s
InvBiCGStab: k = 65 resid = 1.783179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242191(s) Flops=429484032 => 1773.32779500477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255303.41371332 Mflops = 255.30341371332 Gflops = 0.25530341371332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0584 s
InvBiCGStab: k = 78 resid = 9.786517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303526(s) Flops=514787328 => 1696.02382662441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244158.269013231 Mflops = 244.158269013231 Gflops = 0.244158269013231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001074572 Relative Rsd = 4.71017008521838e-07
BICGSTAB_SOLVER_TIME: 0.651234 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116378
Monitoring force
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.082426(s) Flops=1725308928 => 1593.92783248 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229514.280312507 Mflops = 229.514280312507 Gflops = 0.229514280312507 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191919000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.511085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 2.107814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899589(s) Flops=1577797632 => 1753.90943197393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252499.32208234 Mflops = 252.49932208234 Gflops = 0.25249932208234 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.039347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841308(s) Flops=1485932544 => 1766.21706200345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254324.170648138 Mflops = 254.324170648138 Gflops = 0.254324170648138 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002188309 Relative Rsd = 9.62404419100356e-07
BICGSTAB_SOLVER_TIME: 1.744439 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332649
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.578286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800796(s) Flops=1256269824 => 1568.7763475342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225857.298292337 Mflops = 225.857298292337 Gflops = 0.225857298292337 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.04976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769849(s) Flops=1341573120 => 1742.64449262128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250929.566329695 Mflops = 250.929566329695 Gflops = 0.250929566329695 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.002075808 Relative Rsd = 9.11931152112311e-07
BICGSTAB_SOLVER_TIME: 1.574074 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.117494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281886999999998
num_pf = 1
MInvCG2: 268 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.13648(s) Flops=1725308928 => 1518.11640152048 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218593.978187025 Mflops = 218.593978187025 Gflops = 0.218593978187025 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.192408000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.486643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041907 s
InvBiCGStab: k = 30 resid = 1.864336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114999(s) Flops=199821312 => 1737.59173558031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250100.664492858 Mflops = 250.100664492858 Gflops = 0.250100664492858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068456 s
InvBiCGStab: k = 55 resid = 9.474172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224052(s) Flops=363866112 => 1624.02527984575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233784.38435333 Mflops = 233.78438435333 Gflops = 0.23378438435333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007302086 Relative Rsd = 3.20072304248378e-07
BICGSTAB_SOLVER_TIME: 0.453789 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043433 s
InvBiCGStab: k = 81 resid = 1.454261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315358(s) Flops=534472704 => 1694.81257491486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244017.067783851 Mflops = 244.017067783851 Gflops = 0.244017067783851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05858 s
InvBiCGStab: k = 101 resid = 5.894885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401254(s) Flops=665708544 => 1659.07017500137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238894.313879733 Mflops = 238.894313879733 Gflops = 0.238894313879733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001264012 Relative Rsd = 5.54054474919813e-07
BICGSTAB_SOLVER_TIME: 0.822902 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042474 s
InvBiCGStab: k = 67 resid = 1.722584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265418(s) Flops=442607616 => 1667.58703629746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240086.212421346 Mflops = 240.086212421346 Gflops = 0.240086212421346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063959 s
InvBiCGStab: k = 80 resid = 7.638187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327776(s) Flops=527910912 => 1610.58439910183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231841.785332214 Mflops = 231.841785332214 Gflops = 0.231841785332214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001101575 Relative Rsd = 4.82853078341622e-07
BICGSTAB_SOLVER_TIME: 0.703773 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11923
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047422 s
InvBiCGStab: k = 69 resid = 2.161125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299578(s) Flops=455731200 => 1521.24388306217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219032.503891841 Mflops = 219.032503891841 Gflops = 0.219032503891841 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062571 s
InvBiCGStab: k = 87 resid = 8.761382e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381865(s) Flops=573843456 => 1502.73907270894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216351.265388678 Mflops = 216.351265388678 Gflops = 0.216351265388678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001178713 Relative Rsd = 5.16665106448834e-07
BICGSTAB_SOLVER_TIME: 0.795828 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045158 s
InvBiCGStab: k = 68 resid = 1.5591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285856(s) Flops=449169408 => 1571.31355647599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226216.806667277 Mflops = 226.216806667277 Gflops = 0.226216806667277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056787 s
InvBiCGStab: k = 88 resid = 1.022475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361153(s) Flops=580405248 => 1607.08964898533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231378.563278769 Mflops = 231.378563278769 Gflops = 0.231378563278769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001140328 Relative Rsd = 4.99839895739726e-07
BICGSTAB_SOLVER_TIME: 0.752928 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127034
Monitoring force
num_pf = 1
MInvCG2: 266 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.141059(s) Flops=1712775168 => 1501.039970764 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216136.063030372 Mflops = 216.136063030372 Gflops = 0.216136063030372 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.190638000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.441242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050418 s
InvBiCGStab: k = 26 resid = 2.171243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108431(s) Flops=173574144 => 1600.7797032214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230410.870498635 Mflops = 230.410870498635 Gflops = 0.230410870498635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057446 s
InvBiCGStab: k = 49 resid = 1.148515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195794(s) Flops=324495360 => 1657.33045956464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238583.751600932 Mflops = 238.583751600932 Gflops = 0.238583751600932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000790779 Relative Rsd = 3.46622109443954e-07
BICGSTAB_SOLVER_TIME: 0.415811 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040895 s
InvBiCGStab: k = 77 resid = 1.896795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293867(s) Flops=508225536 => 1729.4406517234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248992.170158613 Mflops = 248.992170158613 Gflops = 0.248992170158613 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05637 s
InvBiCGStab: k = 104 resid = 6.715952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400191(s) Flops=685393920 => 1712.66700150678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246585.610415802 Mflops = 246.585610415802 Gflops = 0.246585610415802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001302179 Relative Rsd = 5.70784211642463e-07
BICGSTAB_SOLVER_TIME: 0.79519 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114005
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041981 s
InvBiCGStab: k = 64 resid = 2.103817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253551(s) Flops=422922240 => 1667.9967343848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240145.410028176 Mflops = 240.145410028176 Gflops = 0.240145410028176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059386 s
InvBiCGStab: k = 73 resid = 8.781979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289587(s) Flops=481978368 => 1664.36465725326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239615.393980231 Mflops = 239.615393980231 Gflops = 0.239615393980231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001134907 Relative Rsd = 4.97463864082097e-07
BICGSTAB_SOLVER_TIME: 0.648518 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111939
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040873 s
InvBiCGStab: k = 71 resid = 2.170751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27928(s) Flops=468854784 => 1678.79828129476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241703.121127894 Mflops = 241.703121127894 Gflops = 0.241703121127894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066394 s
InvBiCGStab: k = 89 resid = 1.06646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393358(s) Flops=586967040 => 1492.1955063835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214840.837715645 Mflops = 214.840837715645 Gflops = 0.214840837715645 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001206489 Relative Rsd = 5.28840157397446e-07
BICGSTAB_SOLVER_TIME: 0.783833 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001783
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128762
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047027 s
InvBiCGStab: k = 66 resid = 2.140355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277799(s) Flops=436045824 => 1569.64504551852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225991.894609218 Mflops = 225.991894609218 Gflops = 0.225991894609218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056856 s
InvBiCGStab: k = 97 resid = 5.583516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365902(s) Flops=639461376 => 1747.63017419965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251611.66518153 Mflops = 251.61166518153 Gflops = 0.25161166518153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001173405 Relative Rsd = 5.1433831711987e-07
BICGSTAB_SOLVER_TIME: 0.751539 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130515
Monitoring force
num_pf = 1
MInvCG2: 265 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.10908(s) Flops=1706287104 => 1538.47071807264 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221519.830988569 Mflops = 221.519830988569 Gflops = 0.221519830988569 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.189750000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.428447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052177 s
InvBiCGStab: k = 28 resid = 2.161476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1178(s) Flops=186697728 => 1584.8703565365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228110.687118663 Mflops = 228.110687118663 Gflops = 0.228110687118663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06267 s
InvBiCGStab: k = 58 resid = 7.075332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232114(s) Flops=383551488 => 1652.42720387396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237880.739132341 Mflops = 237.880739132341 Gflops = 0.237880739132341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007688099 Relative Rsd = 3.36992402118265e-07
BICGSTAB_SOLVER_TIME: 0.468635 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046026 s
InvBiCGStab: k = 63 resid = 1.847268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248269(s) Flops=416360448 => 1677.0537119012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241438.324391003 Mflops = 241.438324391003 Gflops = 0.241438324391003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062161 s
InvBiCGStab: k = 82 resid = 6.869204e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325091(s) Flops=541034496 => 1664.25553460416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239602.023880004 Mflops = 239.602023880004 Gflops = 0.239602023880004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00111918 Relative Rsd = 4.90570040125688e-07
BICGSTAB_SOLVER_TIME: 0.685405 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118014
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045685 s
InvBiCGStab: k = 59 resid = 2.208712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239915(s) Flops=390113280 => 1626.04789196174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234105.271909284 Mflops = 234.105271909284 Gflops = 0.234105271909284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058387 s
InvBiCGStab: k = 81 resid = 7.479044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307716(s) Flops=534472704 => 1736.90254650392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250068.15321562 Mflops = 250.06815321562 Gflops = 0.25006815321562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001132314 Relative Rsd = 4.96326953115623e-07
BICGSTAB_SOLVER_TIME: 0.655633 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050497 s
InvBiCGStab: k = 57 resid = 2.24172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217789(s) Flops=376989696 => 1730.98593592881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249210.593897564 Mflops = 249.210593897564 Gflops = 0.249210593897564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 92 resid = 6.852354e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360021(s) Flops=606652416 => 1685.04730557384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242606.688898473 Mflops = 242.606688898473 Gflops = 0.242606688898473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001133392 Relative Rsd = 4.96799679470803e-07
BICGSTAB_SOLVER_TIME: 0.689065 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120842
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047352 s
InvBiCGStab: k = 64 resid = 2.069539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276721(s) Flops=422922240 => 1528.33445961817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220030.068938354 Mflops = 220.030068938354 Gflops = 0.220030068938354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067086 s
InvBiCGStab: k = 80 resid = 1.125371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333653(s) Flops=527910912 => 1582.21539143961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227807.860474635 Mflops = 227.807860474635 Gflops = 0.227807860474635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001162973 Relative Rsd = 5.0976572040556e-07
BICGSTAB_SOLVER_TIME: 0.728667 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117128
Monitoring force
num_pf = 1
MInvCG2: 263 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.093033(s) Flops=1694048256 => 1549.86011950234 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223169.007697671 Mflops = 223.169007697671 Gflops = 0.223169007697671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.188710000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.403645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051896 s
InvBiCGStab: k = 32 resid = 2.028229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142367(s) Flops=212944896 => 1495.74617713375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215323.086626898 Mflops = 215.323086626898 Gflops = 0.215323086626898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058566 s
InvBiCGStab: k = 55 resid = 2.996582e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237502(s) Flops=363866112 => 1532.05493848473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220548.92203567 Mflops = 220.54892203567 Gflops = 0.22054892203567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007627929 Relative Rsd = 3.34354977892155e-07
BICGSTAB_SOLVER_TIME: 0.495297 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 62 resid = 9.092773e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234962(s) Flops=409798656 => 1744.10609375133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251093.822529412 Mflops = 251.093822529412 Gflops = 0.251093822529412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056428 s
InvBiCGStab: k = 86 resid = 6.532275e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332859(s) Flops=567281664 => 1704.2701684497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245365.0038531 Mflops = 245.3650038531 Gflops = 0.2453650038531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.0011642 Relative Rsd = 5.10303711981841e-07
BICGSTAB_SOLVER_TIME: 0.669854 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 70 resid = 1.485263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257362(s) Flops=462292992 => 1796.27525431105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258613.51922219 Mflops = 258.61351922219 Gflops = 0.25861351922219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056619 s
InvBiCGStab: k = 82 resid = 1.129278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362945(s) Flops=541034496 => 1490.67901748199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214624.655218614 Mflops = 214.624655218614 Gflops = 0.214624655218614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00111367 Relative Rsd = 4.88155073860007e-07
BICGSTAB_SOLVER_TIME: 0.722099 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042826 s
InvBiCGStab: k = 69 resid = 1.88631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268911(s) Flops=455731200 => 1694.7287392483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243990.512591807 Mflops = 243.990512591807 Gflops = 0.243990512591807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058186 s
InvBiCGStab: k = 82 resid = 8.244427e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323844(s) Flops=541034496 => 1670.66394930893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240531.101289288 Mflops = 240.531101289288 Gflops = 0.240531101289288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001124017 Relative Rsd = 4.926901137309e-07
BICGSTAB_SOLVER_TIME: 0.697579 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046018 s
InvBiCGStab: k = 65 resid = 1.794805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285778(s) Flops=429484032 => 1502.8589744487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216366.39724196 Mflops = 216.36639724196 Gflops = 0.21636639724196 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07133 s
InvBiCGStab: k = 74 resid = 9.318085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336126(s) Flops=488540160 => 1453.44353010478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209254.365327631 Mflops = 209.254365327631 Gflops = 0.209254365327631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001108501 Relative Rsd = 4.85889212344955e-07
BICGSTAB_SOLVER_TIME: 0.743388 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113482
Monitoring force
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.078581(s) Flops=1681588224 => 1559.07458410634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224487.990995575 Mflops = 224.487990995575 Gflops = 0.224487990995575 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187130000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021221
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 2.203358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.079362(s) Flops=1597483008 => 1480.02524454261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213136.819065385 Mflops = 213.136819065385 Gflops = 0.213136819065385 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.129482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910919(s) Flops=1571235840 => 1724.89084100782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248371.556957759 Mflops = 248.371556957759 Gflops = 0.248371556957759 Tflops
BICGSTAB_SOLVER: 482 iterations. Rsd = 0.002164518 Relative Rsd = 9.51922919884801e-07
BICGSTAB_SOLVER_TIME: 1.993686 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.120051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.34354
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.864111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669225(s) Flops=1111910400 => 1661.48963353132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239202.993451644 Mflops = 239.202993451644 Gflops = 0.239202993451644 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.128735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83706(s) Flops=1426876416 => 1704.62860010035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245453.860518645 Mflops = 245.453860518645 Gflops = 0.245453860518645 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.002028086 Relative Rsd = 8.90948319674628e-07
BICGSTAB_SOLVER_TIME: 1.50974 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.129533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275710999999998
num_pf = 1
MInvCG2: 261 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.113741(s) Flops=1681588224 => 1509.85572408666 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217405.148081798 Mflops = 217.405148081798 Gflops = 0.217405148081798 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187275000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 27 resid = 2.020407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099946(s) Flops=180135936 => 1802.33261961459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259381.987283761 Mflops = 259.381987283761 Gflops = 0.259381987283761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055891 s
InvBiCGStab: k = 44 resid = 1.126999e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16142(s) Flops=291686400 => 1807.00284970883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260092.43248518 Mflops = 260.09243248518 Gflops = 0.26009243248518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007624507 Relative Rsd = 3.34204980145928e-07
BICGSTAB_SOLVER_TIME: 0.362044 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040689 s
InvBiCGStab: k = 78 resid = 1.89652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318089(s) Flops=514787328 => 1618.37513400338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232997.680007546 Mflops = 232.997680007546 Gflops = 0.232997680007546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061951 s
InvBiCGStab: k = 92 resid = 1.10707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391751(s) Flops=606652416 => 1548.56634954346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222961.694503173 Mflops = 222.961694503173 Gflops = 0.222961694503173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001266484 Relative Rsd = 5.55137959235394e-07
BICGSTAB_SOLVER_TIME: 0.816603 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049537 s
InvBiCGStab: k = 56 resid = 1.384756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22013(s) Flops=370427904 => 1682.76883659656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242244.57680667 Mflops = 242.24457680667 Gflops = 0.24224457680667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060699 s
InvBiCGStab: k = 76 resid = 1.114194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319396(s) Flops=501663744 => 1570.6638279753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226127.561579432 Mflops = 226.127561579432 Gflops = 0.226127561579432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001066515 Relative Rsd = 4.67485542617626e-07
BICGSTAB_SOLVER_TIME: 0.653676 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10865
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 70 resid = 1.921381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275737(s) Flops=462292992 => 1676.57221192658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241377.9785088 Mflops = 241.3779785088 Gflops = 0.2413779785088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065723 s
InvBiCGStab: k = 86 resid = 1.095122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360723(s) Flops=567281664 => 1572.6240467062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226415.054832641 Mflops = 226.415054832641 Gflops = 0.226415054832641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001178453 Relative Rsd = 5.16551007125628e-07
BICGSTAB_SOLVER_TIME: 0.74723 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125887000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042296 s
InvBiCGStab: k = 65 resid = 2.165124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250603(s) Flops=429484032 => 1713.80243652311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246744.843813987 Mflops = 246.744843813987 Gflops = 0.246744843813987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068164 s
InvBiCGStab: k = 91 resid = 9.723448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352098(s) Flops=600090624 => 1704.32840856807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245371.890855642 Mflops = 245.371890855642 Gflops = 0.245371890855642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001152104 Relative Rsd = 5.05001665435136e-07
BICGSTAB_SOLVER_TIME: 0.717057 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125683
Monitoring force
num_pf = 1
MInvCG2: 259 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.165181(s) Flops=1668907008 => 1432.31567284396 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206242.45322259 Mflops = 206.24245322259 Gflops = 0.20624245322259 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.185255000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.384862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 31 resid = 2.268908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114233(s) Flops=206383104 => 1806.68549368396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260061.689118359 Mflops = 260.061689118359 Gflops = 0.260061689118359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055911 s
InvBiCGStab: k = 46 resid = 9.333084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169419(s) Flops=304809984 => 1799.14876135498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258962.548605432 Mflops = 258.962548605432 Gflops = 0.258962548605432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007252104 Relative Rsd = 3.1788142884936e-07
BICGSTAB_SOLVER_TIME: 0.384468 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041894 s
InvBiCGStab: k = 85 resid = 1.210133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31007(s) Flops=560719872 => 1808.36544006192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260356.896304173 Mflops = 260.356896304173 Gflops = 0.260356896304173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05676 s
InvBiCGStab: k = 104 resid = 8.280538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417782(s) Flops=685393920 => 1640.55397312474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236204.141691625 Mflops = 236.204141691625 Gflops = 0.236204141691625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001315374 Relative Rsd = 5.76567608330405e-07
BICGSTAB_SOLVER_TIME: 0.830484 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051802 s
InvBiCGStab: k = 65 resid = 2.242745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305733(s) Flops=429484032 => 1404.76831745346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202258.503458336 Mflops = 202.258503458336 Gflops = 0.202258503458336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07778 s
InvBiCGStab: k = 77 resid = 8.892234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310414(s) Flops=508225536 => 1637.25069101265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235700.03831485 Mflops = 235.70003831485 Gflops = 0.23570003831485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001086907 Relative Rsd = 4.76423816209215e-07
BICGSTAB_SOLVER_TIME: 0.749724 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045217 s
InvBiCGStab: k = 66 resid = 1.862348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254937(s) Flops=436045824 => 1710.40619447158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246250.101980053 Mflops = 246.250101980053 Gflops = 0.246250101980053 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056553 s
InvBiCGStab: k = 87 resid = 9.405574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343819(s) Flops=573843456 => 1669.0277617002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240296.192430156 Mflops = 240.296192430156 Gflops = 0.240296192430156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001186938 Relative Rsd = 5.20270614445163e-07
BICGSTAB_SOLVER_TIME: 0.704746 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045834 s
InvBiCGStab: k = 71 resid = 1.592616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270569(s) Flops=468854784 => 1732.84738458582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249491.16767625 Mflops = 249.49116767625 Gflops = 0.24949116767625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06116 s
InvBiCGStab: k = 92 resid = 9.630174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356824(s) Flops=606652416 => 1700.14465394704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244772.383421971 Mflops = 244.772383421971 Gflops = 0.244772383421971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001167863 Relative Rsd = 5.11909522179507e-07
BICGSTAB_SOLVER_TIME: 0.738254 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13075
Monitoring force
num_pf = 1
MInvCG2: 258 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.177833(s) Flops=1662345216 => 1411.35900929928 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203222.029703816 Mflops = 203.222029703816 Gflops = 0.203222029703816 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.184662000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.41127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 29 resid = 2.127806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107475(s) Flops=193259520 => 1798.18115840893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258815.606710114 Mflops = 258.815606710114 Gflops = 0.258815606710114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059361 s
InvBiCGStab: k = 51 resid = 1.13617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1998(s) Flops=337618944 => 1689.7845045045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243232.533986268 Mflops = 243.232533986268 Gflops = 0.243232533986268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007548462 Relative Rsd = 3.30871682721891e-07
BICGSTAB_SOLVER_TIME: 0.411592 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041247 s
InvBiCGStab: k = 60 resid = 1.965182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221248(s) Flops=396675072 => 1792.89788834249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258128.2546514 Mflops = 258.1282546514 Gflops = 0.2581282546514 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056495 s
InvBiCGStab: k = 88 resid = 1.149711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322584(s) Flops=580405248 => 1799.23755672941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259035.843882979 Mflops = 259.035843882979 Gflops = 0.259035843882979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001151195 Relative Rsd = 5.04603083228712e-07
BICGSTAB_SOLVER_TIME: 0.645402 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120138000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047953 s
InvBiCGStab: k = 71 resid = 2.252205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309223(s) Flops=468854784 => 1516.23515715196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218297.280195913 Mflops = 218.297280195913 Gflops = 0.218297280195913 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084688 s
InvBiCGStab: k = 82 resid = 1.14766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351605(s) Flops=541034496 => 1538.75654783066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221536.326081293 Mflops = 221.536326081293 Gflops = 0.221536326081293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001159498 Relative Rsd = 5.08242831227667e-07
BICGSTAB_SOLVER_TIME: 0.797254 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123642
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046403 s
InvBiCGStab: k = 65 resid = 2.258282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249551(s) Flops=429484032 => 1721.02709265841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247790.613287121 Mflops = 247.790613287121 Gflops = 0.247790613287121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 85 resid = 1.005907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331406(s) Flops=560719872 => 1691.94242711357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243592.984263661 Mflops = 243.592984263661 Gflops = 0.243592984263661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001148443 Relative Rsd = 5.03397079917147e-07
BICGSTAB_SOLVER_TIME: 0.687847 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121509000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044279 s
InvBiCGStab: k = 60 resid = 1.944012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237303(s) Flops=396675072 => 1671.59737550726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240662.694829691 Mflops = 240.662694829691 Gflops = 0.240662694829691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 85 resid = 7.440938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329926(s) Flops=560719872 => 1699.53223450107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244682.962990114 Mflops = 244.682962990114 Gflops = 0.244682962990114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001168616 Relative Rsd = 5.1223957335236e-07
BICGSTAB_SOLVER_TIME: 0.67184 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117836
Monitoring force
num_pf = 1
MInvCG2: 256 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.12567(s) Flops=1649516544 => 1465.36422219656 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210992.841463601 Mflops = 210.992841463601 Gflops = 0.210992841463601 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.183490000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042193 s
InvBiCGStab: k = 30 resid = 1.979234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111349(s) Flops=199821312 => 1794.54967714124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258283.872317504 Mflops = 258.283872317504 Gflops = 0.258283872317504 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056802 s
InvBiCGStab: k = 53 resid = 1.110607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194533(s) Flops=350742528 => 1802.99757881696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259551.301598713 Mflops = 259.551301598713 Gflops = 0.259551301598713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007598923 Relative Rsd = 3.3308353076037e-07
BICGSTAB_SOLVER_TIME: 0.408782 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040753 s
InvBiCGStab: k = 68 resid = 1.399324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24884(s) Flops=449169408 => 1805.05307828323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.714831971 Mflops = 259.873714831971 Gflops = 0.259873714831971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056202 s
InvBiCGStab: k = 85 resid = 9.909849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31003(s) Flops=560719872 => 1808.5987549592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260380.993884127 Mflops = 260.380993884127 Gflops = 0.260380993884127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001170138 Relative Rsd = 5.12906309379647e-07
BICGSTAB_SOLVER_TIME: 0.659649 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049103 s
InvBiCGStab: k = 64 resid = 1.730286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278638(s) Flops=422922240 => 1517.81968001493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218522.399128582 Mflops = 218.522399128582 Gflops = 0.218522399128582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063392 s
InvBiCGStab: k = 86 resid = 1.007345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400654(s) Flops=567281664 => 1415.88918118876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203848.265006445 Mflops = 203.848265006445 Gflops = 0.203848265006445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001152595 Relative Rsd = 5.05216851859985e-07
BICGSTAB_SOLVER_TIME: 0.796287 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045497 s
InvBiCGStab: k = 72 resid = 2.004979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293203(s) Flops=475416576 => 1621.4587708857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233450.009498768 Mflops = 233.450009498768 Gflops = 0.233450009498768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056002 s
InvBiCGStab: k = 97 resid = 6.179138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380288(s) Flops=639461376 => 1681.51868057893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242091.316441654 Mflops = 242.091316441654 Gflops = 0.242091316441654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001154306 Relative Rsd = 5.05966917133603e-07
BICGSTAB_SOLVER_TIME: 0.779011 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134916
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047614 s
InvBiCGStab: k = 62 resid = 2.157645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241697(s) Flops=409798656 => 1695.50576134582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244107.318023552 Mflops = 244.107318023552 Gflops = 0.244107318023552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059848 s
InvBiCGStab: k = 90 resid = 1.07162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351586(s) Flops=593528832 => 1688.14694555528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243052.891770969 Mflops = 243.052891770969 Gflops = 0.243052891770969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001145679 Relative Rsd = 5.02185514518718e-07
BICGSTAB_SOLVER_TIME: 0.705 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123028
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094148(s) Flops=1630126080 => 1489.85884907709 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214524.247831978 Mflops = 214.524247831978 Gflops = 0.214524247831978 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181271000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.442569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 9.588173e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.762497(s) Flops=1374382080 => 1802.47539334581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259487.805061418 Mflops = 259.487805061418 Gflops = 0.259487805061418 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.112816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887104(s) Flops=1551550464 => 1749.00627660342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251844.002408476 Mflops = 251.844002408476 Gflops = 0.251844002408476 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002152308 Relative Rsd = 9.46545768218293e-07
BICGSTAB_SOLVER_TIME: 1.653071 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.122381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317672999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.981851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813877(s) Flops=1262831616 => 1551.62465089934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223412.274473683 Mflops = 223.412274473683 Gflops = 0.223412274473683 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 9.405789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856293(s) Flops=1374382080 => 1605.03715433853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231114.580423455 Mflops = 231.114580423455 Gflops = 0.231114580423455 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001966037 Relative Rsd = 8.6367876762895e-07
BICGSTAB_SOLVER_TIME: 1.673547 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115941
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.1161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286101999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 274 resid = 1.481412e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093494(s) Flops=1800898560 => 1646.9212999797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237131.922287828 Mflops = 237.131922287828 Gflops = 0.237131922287828 Tflops
InvBiCGStab: k = 324 resid = 1.094389e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.309941(s) Flops=2128988160 => 1625.25500003435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234029.973229679 Mflops = 234.029973229679 Gflops = 0.234029973229679 Tflops
BICGSTAB_SOLVER: 598 iterations. Rsd = 0.002127498 Relative Rsd = 9.3563469672599e-07
BICGSTAB_SOLVER_TIME: 2.408594 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.427492999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 284 resid = 2.033873e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.106485(s) Flops=1866516480 => 1686.88819098316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242880.959115298 Mflops = 242.880959115298 Gflops = 0.242880959115298 Tflops
InvBiCGStab: k = 315 resid = 1.148803e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.178382(s) Flops=2069932032 => 1756.58829819193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252940.330158018 Mflops = 252.940330158018 Gflops = 0.252940330158018 Tflops
BICGSTAB_SOLVER: 599 iterations. Rsd = 0.001998073 Relative Rsd = 8.77751998344532e-07
BICGSTAB_SOLVER_TIME: 2.289861 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.428356999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 233 resid = 2.268644e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917826(s) Flops=1531865088 => 1669.01470213308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240344.726538341 Mflops = 240.344726538341 Gflops = 0.240344726538341 Tflops
InvBiCGStab: k = 232 resid = 1.044917e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.973858(s) Flops=1525303296 => 1566.2481552752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225532.219079477 Mflops = 225.532219079477 Gflops = 0.225532219079477 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.003349773 Relative Rsd = 1.46830561293266e-06
BICGSTAB_SOLVER_TIME: 1.897191 sec
2Flav::invert,  n_count = 465
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331354000000002
MInvCG2: 356 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.516431(s) Flops=2295613440 => 1513.82650447004 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217997.939996414 Mflops = 217.997939996414 Gflops = 0.217997939996414 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255848000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.188240160206078
AccProb = 0.828415730847893
AcceptP = 1
After HMC trajectory call: time= 489.016314 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.041651 secs
Doing Update: 2772 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 270 resid = 2.196177e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985573(s) Flops=1774651392 => 1800.62906755765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259288.135158273 Mflops = 259.288135158273 Gflops = 0.259288135158273 Tflops
InvBiCGStab: k = 269 resid = 1.045563e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.024944(s) Flops=1768089600 => 1725.05971057931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248399.584098532 Mflops = 248.399584098532 Gflops = 0.248399584098532 Tflops
BICGSTAB_SOLVER: 539 iterations. Rsd = 0.00193471 Relative Rsd = 8.51258745856008e-07
BICGSTAB_SOLVER_TIME: 2.01566 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.387301999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000381
InvBiCGStab: k = 224 resid = 2.174363e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933221(s) Flops=1472808960 => 1578.19954758841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227273.778983704 Mflops = 227.273778983704 Gflops = 0.227273778983704 Tflops
InvBiCGStab: k = 246 resid = 1.09336e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.003096(s) Flops=1617168384 => 1612.17708374871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232147.815535213 Mflops = 232.147815535213 Gflops = 0.232147815535213 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.0018989 Relative Rsd = 8.34392044418996e-07
BICGSTAB_SOLVER_TIME: 1.94124 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338077999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
MInvCG2: 376 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.556392(s) Flops=2417190912 => 1553.07333371027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223662.88388944 Mflops = 223.66288388944 Gflops = 0.22366288388944 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269481000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 300 resid = 1.686366e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.201816(s) Flops=1971505152 => 1640.43842984284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236220.576246527 Mflops = 236.220576246527 Gflops = 0.236220576246527 Tflops
InvBiCGStab: k = 395 resid = 1.132354e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.452292(s) Flops=2594875392 => 1786.74494660853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257283.750521995 Mflops = 257.283750521995 Gflops = 0.257283750521995 Tflops
BICGSTAB_SOLVER: 695 iterations. Rsd = 0.002194851 Relative Rsd = 9.65718899738872e-07
BICGSTAB_SOLVER_TIME: 2.658852 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.496607999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 2.237184e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.020478(s) Flops=1774651392 => 1739.03934430728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250437.143279902 Mflops = 250.437143279902 Gflops = 0.250437143279902 Tflops
InvBiCGStab: k = 291 resid = 5.962843e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.26203(s) Flops=1912449024 => 1515.37524781503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218206.584125163 Mflops = 218.206584125163 Gflops = 0.218206584125163 Tflops
BICGSTAB_SOLVER: 561 iterations. Rsd = 0.002174182 Relative Rsd = 9.55353144227935e-07
BICGSTAB_SOLVER_TIME: 2.289966 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.400886
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 211 resid = 2.247466e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911969(s) Flops=1387505664 => 1521.4395050709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219070.815786495 Mflops = 219.070815786495 Gflops = 0.219070815786495 Tflops
InvBiCGStab: k = 235 resid = 1.121595e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908178(s) Flops=1544988672 => 1701.1958801028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244960.642175803 Mflops = 244.960642175803 Gflops = 0.244960642175803 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.001746604 Relative Rsd = 7.65689278701341e-07
BICGSTAB_SOLVER_TIME: 1.824861 sec
2Flav::invert,  n_count = 446
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319402000000002
MInvCG2: 360 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.582661(s) Flops=2320680960 => 1466.31588192291 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211153.552529473 Mflops = 211.153552529473 Gflops = 0.211153552529473 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.259086000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.392274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811452(s) Flops=1374382080 => 1693.73182886973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243879.086534931 Mflops = 243.879086534931 Gflops = 0.243879086534931 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 9.433056e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876302(s) Flops=1518741504 => 1733.12568498075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249558.317614257 Mflops = 249.558317614257 Gflops = 0.249558317614257 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.00203253 Relative Rsd = 8.94298736589596e-07
BICGSTAB_SOLVER_TIME: 1.69116 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0.114732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313999999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.629646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.733407(s) Flops=1164404736 => 1587.66515181884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228590.259704558 Mflops = 228.590259704558 Gflops = 0.228590259704558 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 8.650158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962645(s) Flops=1499056128 => 1557.22631707431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224230.487876109 Mflops = 224.230487876109 Gflops = 0.224230487876109 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002232925 Relative Rsd = 9.81165160021226e-07
BICGSTAB_SOLVER_TIME: 1.699813 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.120582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288784999999998
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092562(s) Flops=1643028480 => 1503.83088556988 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216533.524352094 Mflops = 216.533524352094 Gflops = 0.216533524352094 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182863000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.423661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 139 resid = 2.065317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.608237(s) Flops=915056640 => 1504.44093338616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216425.600586125 Mflops = 216.425600586125 Gflops = 0.216425600586125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 180 resid = 1.073163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.729485(s) Flops=1184090112 => 1623.18637394874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233714.219601847 Mflops = 233.714219601847 Gflops = 0.233714219601847 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 319 iterations. Rsd = 0.00180961 Relative Rsd = 7.93310138766423e-07
BICGSTAB_SOLVER_TIME: 1.341619 sec
2Flav::invert,  n_count = 319
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.229390999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000184 s
InvBiCGStab: k = 130 resid = 2.223063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.524783(s) Flops=856000512 => 1631.15137494926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234870.869235821 Mflops = 234.870869235821 Gflops = 0.234870869235821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.7e-05 s
InvBiCGStab: k = 150 resid = 9.996397e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.584885(s) Flops=987236352 => 1687.91532010566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243019.684498394 Mflops = 243.019684498394 Gflops = 0.243019684498394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 280 iterations. Rsd = 0.001583232 Relative Rsd = 6.94068791831204e-07
BICGSTAB_SOLVER_TIME: 1.11368 sec
2Flav::invert,  n_count = 280
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.201307999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004945 s
InvBiCGStab: k = 102 resid = 2.172819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406687(s) Flops=672270336 => 1653.04112499293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238006.425154377 Mflops = 238.006425154377 Gflops = 0.238006425154377 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007138 s
InvBiCGStab: k = 123 resid = 8.784904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474507(s) Flops=810067968 => 1707.17811960624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245798.72329105 Mflops = 245.79872329105 Gflops = 0.24579872329105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 225 iterations. Rsd = 0.001475039 Relative Rsd = 6.46638285672077e-07
BICGSTAB_SOLVER_TIME: 0.897736 sec
2Flav::invert,  n_count = 225
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164337999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007348 s
InvBiCGStab: k = 83 resid = 1.8645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358936(s) Flops=547596288 => 1525.60982459269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219657.178186282 Mflops = 219.657178186282 Gflops = 0.219657178186282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.012067 s
InvBiCGStab: k = 106 resid = 1.111032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429176(s) Flops=698517504 => 1627.57820567786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234334.485606924 Mflops = 234.334485606924 Gflops = 0.234334485606924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001336189 Relative Rsd = 5.85768271908418e-07
BICGSTAB_SOLVER_TIME: 0.811344 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139585
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010211 s
InvBiCGStab: k = 86 resid = 2.12092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34434(s) Flops=567281664 => 1647.44631468897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237205.298251589 Mflops = 237.205298251589 Gflops = 0.237205298251589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015217 s
InvBiCGStab: k = 103 resid = 8.609252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401567(s) Flops=678832128 => 1690.45795097705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243385.640044332 Mflops = 243.385640044332 Gflops = 0.243385640044332 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001265152 Relative Rsd = 5.54626557772617e-07
BICGSTAB_SOLVER_TIME: 0.775278 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140812
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.055131(s) Flops=1636687872 => 1551.17030207623 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223359.418200767 Mflops = 223.359418200767 Gflops = 0.223359418200767 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182593000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013416 s
InvBiCGStab: k = 30 resid = 2.164608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113831(s) Flops=199821312 => 1755.42086074971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252656.431901548 Mflops = 252.656431901548 Gflops = 0.252656431901548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.020486 s
InvBiCGStab: k = 52 resid = 1.101904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203668(s) Flops=344180736 => 1689.91071744211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243276.005990188 Mflops = 243.276005990188 Gflops = 0.243276005990188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007826772 Relative Rsd = 3.43115800520902e-07
BICGSTAB_SOLVER_TIME: 0.355292 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0654920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016485 s
InvBiCGStab: k = 90 resid = 2.104413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33692(s) Flops=593528832 => 1761.63134275199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253644.078729965 Mflops = 253.644078729965 Gflops = 0.253644078729965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.026938 s
InvBiCGStab: k = 110 resid = 8.103005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420938(s) Flops=724764672 => 1721.78485192594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247901.122912499 Mflops = 247.901122912499 Gflops = 0.247901122912499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001366676 Relative Rsd = 5.99133472543332e-07
BICGSTAB_SOLVER_TIME: 0.805057 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150588999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021291 s
InvBiCGStab: k = 53 resid = 2.230383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207886(s) Flops=350742528 => 1687.18686203015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242890.647224352 Mflops = 242.890647224352 Gflops = 0.242890647224352 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028575 s
InvBiCGStab: k = 84 resid = 1.033369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329728(s) Flops=554158080 => 1680.65217391304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241970.673044304 Mflops = 241.970673044304 Gflops = 0.241970673044304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001130811 Relative Rsd = 4.95733129814796e-07
BICGSTAB_SOLVER_TIME: 0.593515 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10714
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023627 s
InvBiCGStab: k = 79 resid = 2.097548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349931(s) Flops=521349120 => 1489.86263006136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214500.762498472 Mflops = 214.500762498472 Gflops = 0.214500762498472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.039327 s
InvBiCGStab: k = 102 resid = 8.976618e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448244(s) Flops=672270336 => 1499.78658052311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215936.251870143 Mflops = 215.936251870143 Gflops = 0.215936251870143 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001220293 Relative Rsd = 5.34961238677253e-07
BICGSTAB_SOLVER_TIME: 0.865412 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139059
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.02808 s
InvBiCGStab: k = 79 resid = 1.839615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314783(s) Flops=521349120 => 1656.21752127656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238454.090984298 Mflops = 238.454090984298 Gflops = 0.238454090984298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039395 s
InvBiCGStab: k = 99 resid = 3.410205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372055(s) Flops=652584960 => 1754.00131700958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252527.236004528 Mflops = 252.527236004528 Gflops = 0.252527236004528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001205412 Relative Rsd = 5.28437331712837e-07
BICGSTAB_SOLVER_TIME: 0.758365 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138497
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.035883(s) Flops=1629831168 => 1573.37379607543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226565.558832433 Mflops = 226.565558832433 Gflops = 0.226565558832433 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181502000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.490727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.04008 s
InvBiCGStab: k = 24 resid = 2.240061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092601(s) Flops=160450560 => 1732.7087180484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249349.783251513 Mflops = 249.349783251513 Gflops = 0.249349783251513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.054116 s
InvBiCGStab: k = 49 resid = 1.102097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19443(s) Flops=324495360 => 1668.95725968215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240246.971512554 Mflops = 240.246971512554 Gflops = 0.240246971512554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007405934 Relative Rsd = 3.24666798737971e-07
BICGSTAB_SOLVER_TIME: 0.385201 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036455 s
InvBiCGStab: k = 73 resid = 1.744663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279307(s) Flops=481978368 => 1725.62222930324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248447.756837663 Mflops = 248.447756837663 Gflops = 0.248447756837663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.055166 s
InvBiCGStab: k = 87 resid = 5.328371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35895(s) Flops=573843456 => 1598.67239448391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230169.224534774 Mflops = 230.169224534774 Gflops = 0.230169224534774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.00110712 Relative Rsd = 4.85347403900529e-07
BICGSTAB_SOLVER_TIME: 0.733689 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 63 resid = 2.139778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230145(s) Flops=416360448 => 1809.12228377762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260453.786452455 Mflops = 260.453786452455 Gflops = 0.260453786452455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055874 s
InvBiCGStab: k = 83 resid = 1.116375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304176(s) Flops=547596288 => 1800.2613223923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259188.09636431 Mflops = 259.18809636431 Gflops = 0.25918809636431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001085827 Relative Rsd = 4.76012948087331e-07
BICGSTAB_SOLVER_TIME: 0.635326 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045124 s
InvBiCGStab: k = 57 resid = 2.278776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223283(s) Flops=376989696 => 1688.39408284554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243079.40307502 Mflops = 243.07940307502 Gflops = 0.24307940307502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056354 s
InvBiCGStab: k = 78 resid = 1.042925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321629(s) Flops=514787328 => 1600.56253633845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230433.460422418 Mflops = 230.433460422418 Gflops = 0.230433460422418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001148553 Relative Rsd = 5.03511017926521e-07
BICGSTAB_SOLVER_TIME: 0.650633 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110551
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04649 s
InvBiCGStab: k = 71 resid = 2.220275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30083(s) Flops=468854784 => 1558.53732672938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224388.511372073 Mflops = 224.388511372074 Gflops = 0.224388511372073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057908 s
InvBiCGStab: k = 78 resid = 9.884424e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304035(s) Flops=514787328 => 1693.18442942424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243775.505681238 Mflops = 243.775505681238 Gflops = 0.243775505681238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001066246 Relative Rsd = 4.67428859976257e-07
BICGSTAB_SOLVER_TIME: 0.713206 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120787
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.957848(s) Flops=1480384512 => 1545.53176704446 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222541.753749773 Mflops = 222.541753749773 Gflops = 0.222541753749773 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052636 s
InvBiCGStab: k = 35 resid = 1.972225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163443(s) Flops=232630272 => 1423.31131954259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204898.675597517 Mflops = 204.898675597517 Gflops = 0.204898675597517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06649 s
InvBiCGStab: k = 53 resid = 1.078971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238247(s) Flops=350742528 => 1472.18024990871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211936.221064474 Mflops = 211.936221064474 Gflops = 0.211936221064474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.000758242 Relative Rsd = 3.32403705739391e-07
BICGSTAB_SOLVER_TIME: 0.524703 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 51 resid = 2.076685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206347(s) Flops=337618944 => 1636.17083844204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235557.632981373 Mflops = 235.557632981373 Gflops = 0.235557632981373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057831 s
InvBiCGStab: k = 87 resid = 1.014926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341118(s) Flops=573843456 => 1682.24325893093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242199.486609015 Mflops = 242.199486609015 Gflops = 0.242199486609015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00114368 Relative Rsd = 5.01374896690033e-07
BICGSTAB_SOLVER_TIME: 0.650191 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044066 s
InvBiCGStab: k = 64 resid = 2.161304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247572(s) Flops=422922240 => 1708.2797731569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245944.196385935 Mflops = 245.944196385935 Gflops = 0.245944196385935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055903 s
InvBiCGStab: k = 80 resid = 1.084699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29297(s) Flops=527910912 => 1801.92822473291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259421.872483971 Mflops = 259.421872483971 Gflops = 0.259421872483971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001068712 Relative Rsd = 4.68510036591198e-07
BICGSTAB_SOLVER_TIME: 0.644287 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041126 s
InvBiCGStab: k = 68 resid = 2.280826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266977(s) Flops=449169408 => 1682.42735516543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242221.648966886 Mflops = 242.221648966886 Gflops = 0.242221648966886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060926 s
InvBiCGStab: k = 87 resid = 1.033095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363247(s) Flops=573843456 => 1579.76103312622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227437.799062427 Mflops = 227.437799062427 Gflops = 0.227437799062427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001137131 Relative Rsd = 4.98503922393431e-07
BICGSTAB_SOLVER_TIME: 0.737487 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125028
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046632 s
InvBiCGStab: k = 47 resid = 1.821745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195976(s) Flops=311371776 => 1588.82606033392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228739.369960116 Mflops = 228.739369960116 Gflops = 0.228739369960116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060921 s
InvBiCGStab: k = 75 resid = 9.5602e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325995(s) Flops=495101952 => 1518.74093774444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218655.675150471 Mflops = 218.655675150471 Gflops = 0.218655675150471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001001796 Relative Rsd = 4.39174655479198e-07
BICGSTAB_SOLVER_TIME: 0.633749 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101497
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.046573(s) Flops=1629978624 => 1557.44379417394 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224261.030243274 Mflops = 224.261030243274 Gflops = 0.224261030243274 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181783000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.478112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810215(s) Flops=1243146240 => 1534.34118104454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220882.711798636 Mflops = 220.882711798636 Gflops = 0.220882711798636 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 7.793224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965192(s) Flops=1577797632 => 1634.69820719608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235388.253419423 Mflops = 235.388253419423 Gflops = 0.235388253419423 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002008885 Relative Rsd = 8.83895808930235e-07
BICGSTAB_SOLVER_TIME: 1.778972 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305876999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.081161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714889(s) Flops=1262831616 => 1766.47229989551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254321.268297979 Mflops = 254.321268297979 Gflops = 0.254321268297979 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.062525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85866(s) Flops=1512179712 => 1761.09253022151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253582.109071038 Mflops = 253.582109071038 Gflops = 0.253582109071038 Tflops
BICGSTAB_SOLVER: 422 iterations. Rsd = 0.002135707 Relative Rsd = 9.38471565097919e-07
BICGSTAB_SOLVER_TIME: 1.57689 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.121755
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302371999999998
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.19476(s) Flops=1629978624 => 1364.27284475543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196464.901941996 Mflops = 196.464901941996 Gflops = 0.196464901941996 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181039000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041113 s
InvBiCGStab: k = 27 resid = 2.242246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10004(s) Flops=180135936 => 1800.63910435826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259178.974403152 Mflops = 259.178974403152 Gflops = 0.259178974403152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056655 s
InvBiCGStab: k = 51 resid = 1.015522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197083(s) Flops=337618944 => 1713.07999167863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246608.372106651 Mflops = 246.608372106651 Gflops = 0.246608372106651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007138462 Relative Rsd = 3.12941148725271e-07
BICGSTAB_SOLVER_TIME: 0.398413 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040624 s
InvBiCGStab: k = 85 resid = 2.276477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351902(s) Flops=560719872 => 1593.39779825065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229420.448056108 Mflops = 229.420448056108 Gflops = 0.229420448056108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060784 s
InvBiCGStab: k = 93 resid = 1.103878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40456(s) Flops=613214208 => 1515.75590270912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218234.449768031 Mflops = 218.234449768031 Gflops = 0.218234449768031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001235783 Relative Rsd = 5.41751497341144e-07
BICGSTAB_SOLVER_TIME: 0.862308 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041319 s
InvBiCGStab: k = 51 resid = 2.18511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191285(s) Flops=337618944 => 1765.00480434953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254093.471994313 Mflops = 254.093471994313 Gflops = 0.254093471994313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062461 s
InvBiCGStab: k = 77 resid = 1.02136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291398(s) Flops=508225536 => 1744.0941118333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251111.030963227 Mflops = 251.111030963227 Gflops = 0.251111030963227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001027066 Relative Rsd = 4.50252824363091e-07
BICGSTAB_SOLVER_TIME: 0.590115 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 72 resid = 2.248004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27044(s) Flops=475416576 => 1757.93734654637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253081.11696616 Mflops = 253.08111696616 Gflops = 0.25308111696616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061376 s
InvBiCGStab: k = 89 resid = 5.567126e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33896(s) Flops=586967040 => 1731.67052159547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249312.833072015 Mflops = 249.312833072015 Gflops = 0.249312833072015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001136522 Relative Rsd = 4.98237009308884e-07
BICGSTAB_SOLVER_TIME: 0.715212 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045046 s
InvBiCGStab: k = 51 resid = 1.938598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203595(s) Flops=337618944 => 1658.28701097768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238735.685357382 Mflops = 238.735685357381 Gflops = 0.238735685357381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063126 s
InvBiCGStab: k = 75 resid = 1.112657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278035(s) Flops=495101952 => 1780.71808225583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256363.937885007 Mflops = 256.363937885007 Gflops = 0.256363937885007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001079621 Relative Rsd = 4.73292271885183e-07
BICGSTAB_SOLVER_TIME: 0.593687 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104265
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.191091(s) Flops=1630937088 => 1369.28000295527 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197173.328125476 Mflops = 197.173328125476 Gflops = 0.197173328125476 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181008000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040555 s
InvBiCGStab: k = 28 resid = 1.898131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121768(s) Flops=186697728 => 1533.22488666973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220702.885144724 Mflops = 220.702885144724 Gflops = 0.220702885144724 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056277 s
InvBiCGStab: k = 48 resid = 9.568213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184926(s) Flops=317933568 => 1719.24752603744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247492.487240599 Mflops = 247.492487240599 Gflops = 0.247492487240599 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007060436 Relative Rsd = 3.09520578442533e-07
BICGSTAB_SOLVER_TIME: 0.407124 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 79 resid = 2.034672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297783(s) Flops=521349120 => 1750.76857980476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252074.716749274 Mflops = 252.074716749274 Gflops = 0.252074716749274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058214 s
InvBiCGStab: k = 111 resid = 5.353856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.467342(s) Flops=731326464 => 1564.86355602535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225315.241653258 Mflops = 225.315241653258 Gflops = 0.225315241653258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001305109 Relative Rsd = 5.72143149984862e-07
BICGSTAB_SOLVER_TIME: 0.868769 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149837999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049685 s
InvBiCGStab: k = 52 resid = 2.246991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23079(s) Flops=344180736 => 1491.31563759262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214705.540173071 Mflops = 214.705540173071 Gflops = 0.214705540173071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062444 s
InvBiCGStab: k = 80 resid = 1.149551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316714(s) Flops=527910912 => 1666.83794211813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239974.781763211 Mflops = 239.974781763211 Gflops = 0.239974781763211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001070838 Relative Rsd = 4.69441935811818e-07
BICGSTAB_SOLVER_TIME: 0.66319 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108673
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042831 s
InvBiCGStab: k = 68 resid = 2.141438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268917(s) Flops=449169408 => 1670.29011925613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240474.047706336 Mflops = 240.474047706336 Gflops = 0.240474047706336 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058569 s
InvBiCGStab: k = 83 resid = 1.096688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312264(s) Flops=547596288 => 1753.63246483745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252472.497544691 Mflops = 252.472497544691 Gflops = 0.252472497544691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00115633 Relative Rsd = 5.06920360507806e-07
BICGSTAB_SOLVER_TIME: 0.6862 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046465 s
InvBiCGStab: k = 51 resid = 2.194969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190011(s) Flops=337618944 => 1776.83894090342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255802.553288102 Mflops = 255.802553288103 Gflops = 0.255802553288102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056239 s
InvBiCGStab: k = 81 resid = 7.26081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310743(s) Flops=534472704 => 1719.98308570105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247631.974951097 Mflops = 247.631974951097 Gflops = 0.247631974951097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001101321 Relative Rsd = 4.8280519711648e-07
BICGSTAB_SOLVER_TIME: 0.607094 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108562
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.158733(s) Flops=1631232000 => 1407.77210970948 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202719.226382382 Mflops = 202.719226382382 Gflops = 0.202719226382382 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181078000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.423738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048232 s
InvBiCGStab: k = 29 resid = 2.079789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115955(s) Flops=193259520 => 1666.67690052175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239898.077080531 Mflops = 239.898077080531 Gflops = 0.239898077080531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057464 s
InvBiCGStab: k = 44 resid = 1.058526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168557(s) Flops=291686400 => 1730.49116915939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249096.302377674 Mflops = 249.096302377674 Gflops = 0.249096302377674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007234141 Relative Rsd = 3.17135588330675e-07
BICGSTAB_SOLVER_TIME: 0.393949 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047018 s
InvBiCGStab: k = 63 resid = 1.763896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234501(s) Flops=416360448 => 1775.51672700756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255615.001859836 Mflops = 255.615001859836 Gflops = 0.255615001859836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07236 s
InvBiCGStab: k = 80 resid = 5.727973e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302393(s) Flops=527910912 => 1745.77755437461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251345.658005374 Mflops = 251.345658005374 Gflops = 0.251345658005374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001035177 Relative Rsd = 4.53808637413335e-07
BICGSTAB_SOLVER_TIME: 0.659948 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046863 s
InvBiCGStab: k = 49 resid = 2.108836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21025(s) Flops=324495360 => 1543.37864447087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222191.190111072 Mflops = 222.191190111072 Gflops = 0.222191190111072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063585 s
InvBiCGStab: k = 77 resid = 9.547817e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329974(s) Flops=508225536 => 1540.19873080909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221754.492883783 Mflops = 221.754492883783 Gflops = 0.221754492883783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009948234 Relative Rsd = 4.36118015828565e-07
BICGSTAB_SOLVER_TIME: 0.654758 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042082 s
InvBiCGStab: k = 70 resid = 1.822376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276841(s) Flops=462292992 => 1669.88629574377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240423.906948948 Mflops = 240.423906948948 Gflops = 0.240423906948948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056805 s
InvBiCGStab: k = 82 resid = 1.101923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315236(s) Flops=541034496 => 1716.28397771828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247102.341051573 Mflops = 247.102341051573 Gflops = 0.247102341051573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001121218 Relative Rsd = 4.91527641130462e-07
BICGSTAB_SOLVER_TIME: 0.694721 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042211 s
InvBiCGStab: k = 49 resid = 1.687925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186816(s) Flops=324495360 => 1736.97841726619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250045.555695232 Mflops = 250.045555695232 Gflops = 0.250045555695232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066905 s
InvBiCGStab: k = 74 resid = 1.11549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283249(s) Flops=488540160 => 1724.77276177498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248336.374066441 Mflops = 248.336374066441 Gflops = 0.248336374066441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001071526 Relative Rsd = 4.69743348560831e-07
BICGSTAB_SOLVER_TIME: 0.582953 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102069
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062619(s) Flops=1631084544 => 1534.96647810739 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221034.619679345 Mflops = 221.034619679345 Gflops = 0.221034619679345 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181178000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.472606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04245 s
InvBiCGStab: k = 28 resid = 1.661465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105655(s) Flops=186697728 => 1767.05057025224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254352.450395114 Mflops = 254.352450395114 Gflops = 0.254352450395114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06342 s
InvBiCGStab: k = 45 resid = 9.932605e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170971(s) Flops=298248192 => 1744.43731393043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251106.383840529 Mflops = 251.106383840529 Gflops = 0.251106383840529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.000750838 Relative Rsd = 3.2915787931927e-07
BICGSTAB_SOLVER_TIME: 0.386144 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040838 s
InvBiCGStab: k = 57 resid = 1.717605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208549(s) Flops=376989696 => 1807.6792312598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260256.949100408 Mflops = 260.256949100408 Gflops = 0.260256949100408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058929 s
InvBiCGStab: k = 85 resid = 6.584559e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333417(s) Flops=560719872 => 1681.73749988753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242125.947570111 Mflops = 242.125947570111 Gflops = 0.242125947570111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001113055 Relative Rsd = 4.87949321642306e-07
BICGSTAB_SOLVER_TIME: 0.645331 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049904 s
InvBiCGStab: k = 50 resid = 2.083053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199578(s) Flops=331057152 => 1658.78579803385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238807.279760699 Mflops = 238.807279760699 Gflops = 0.238807279760699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061717 s
InvBiCGStab: k = 82 resid = 6.943447e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322956(s) Flops=541034496 => 1675.25760784751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241189.330404438 Mflops = 241.189330404438 Gflops = 0.241189330404438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001040549 Relative Rsd = 4.5616369882816e-07
BICGSTAB_SOLVER_TIME: 0.63775 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108526
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042731 s
InvBiCGStab: k = 54 resid = 1.604399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23719(s) Flops=357304320 => 1506.40549770226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216880.292484822 Mflops = 216.880292484822 Gflops = 0.216880292484822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065465 s
InvBiCGStab: k = 82 resid = 1.039244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351086(s) Flops=541034496 => 1541.03124590556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221874.67610292 Mflops = 221.874676102919 Gflops = 0.221874676102919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001102568 Relative Rsd = 4.83351782037227e-07
BICGSTAB_SOLVER_TIME: 0.700184 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042371 s
InvBiCGStab: k = 50 resid = 2.115483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186468(s) Flops=331057152 => 1775.41000064354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255597.243218984 Mflops = 255.597243218984 Gflops = 0.255597243218984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057475 s
InvBiCGStab: k = 81 resid = 7.907223e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329439(s) Flops=534472704 => 1622.37228743409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233590.671986239 Mflops = 233.590671986239 Gflops = 0.233590671986239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001021134 Relative Rsd = 4.47652386636506e-07
BICGSTAB_SOLVER_TIME: 0.619394 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107685
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.056305(s) Flops=1625038848 => 1538.41821064939 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221528.220268884 Mflops = 221.528220268884 Gflops = 0.221528220268884 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180407000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.430229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.573478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75002(s) Flops=1269393408 => 1692.4794112157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243703.454224932 Mflops = 243.703454224932 Gflops = 0.243703454224932 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 9.190996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.838441(s) Flops=1440000000 => 1717.47326287717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247310.914230474 Mflops = 247.310914230474 Gflops = 0.247310914230474 Tflops
BICGSTAB_SOLVER: 412 iterations. Rsd = 0.001977219 Relative Rsd = 8.69954553337743e-07
BICGSTAB_SOLVER_TIME: 1.591849 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.11531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293767999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.326429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.70081(s) Flops=1203775488 => 1717.69165394329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247276.738463879 Mflops = 247.276738463879 Gflops = 0.247276738463879 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.1269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.956059(s) Flops=1348134912 => 1410.09593759381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203050.359377084 Mflops = 203.050359377084 Gflops = 0.203050359377084 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001936359 Relative Rsd = 8.50908189183821e-07
BICGSTAB_SOLVER_TIME: 1.660271 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.122615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276894999999998
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.059253(s) Flops=1625038848 => 1534.13664912915 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220939.697373018 Mflops = 220.939697373018 Gflops = 0.220939697373018 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180370000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.391507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050928 s
InvBiCGStab: k = 28 resid = 1.96325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129656(s) Flops=186697728 => 1439.94668970198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207254.227738959 Mflops = 207.254227738959 Gflops = 0.207254227738959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069185 s
InvBiCGStab: k = 45 resid = 8.788939e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184474(s) Flops=298248192 => 1616.74920042933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232740.593791267 Mflops = 232.740593791267 Gflops = 0.232740593791267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007488419 Relative Rsd = 3.28282833096009e-07
BICGSTAB_SOLVER_TIME: 0.438406 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042217 s
InvBiCGStab: k = 75 resid = 2.086349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277572(s) Flops=495101952 => 1783.68838355454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256799.47238666 Mflops = 256.79947238666 Gflops = 0.25679947238666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05894 s
InvBiCGStab: k = 93 resid = 6.22457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34595(s) Flops=613214208 => 1772.55154791155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255205.625582049 Mflops = 255.205625582049 Gflops = 0.255205625582049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001231945 Relative Rsd = 5.40069230418402e-07
BICGSTAB_SOLVER_TIME: 0.728448 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042189 s
InvBiCGStab: k = 50 resid = 2.213885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195881(s) Flops=331057152 => 1690.09323007336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243317.786382302 Mflops = 243.317786382302 Gflops = 0.243317786382302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058279 s
InvBiCGStab: k = 81 resid = 1.07992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300886(s) Flops=534472704 => 1776.32958662085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255746.948953258 Mflops = 255.746948953258 Gflops = 0.255746948953258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001055497 Relative Rsd = 4.62716695746342e-07
BICGSTAB_SOLVER_TIME: 0.600953 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042851 s
InvBiCGStab: k = 68 resid = 2.083012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269176(s) Flops=449169408 => 1668.68297322198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240252.49562093 Mflops = 240.25249562093 Gflops = 0.24025249562093 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 84 resid = 1.134048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346901(s) Flops=554158080 => 1597.45310621762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229983.893454798 Mflops = 229.983893454798 Gflops = 0.229983893454798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001163351 Relative Rsd = 5.09998281756194e-07
BICGSTAB_SOLVER_TIME: 0.720445 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122599
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043704 s
InvBiCGStab: k = 51 resid = 1.690082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217365(s) Flops=337618944 => 1553.23508384515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223606.665915907 Mflops = 223.606665915907 Gflops = 0.223606665915907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072725 s
InvBiCGStab: k = 77 resid = 5.631261e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322658(s) Flops=508225536 => 1575.1214474769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226780.79385894 Mflops = 226.78079385894 Gflops = 0.22678079385894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001079679 Relative Rsd = 4.73317432143439e-07
BICGSTAB_SOLVER_TIME: 0.660076 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106412
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.117087(s) Flops=1624891392 => 1454.57909007982 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209472.965339344 Mflops = 209.472965339344 Gflops = 0.209472965339344 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180939000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041035 s
InvBiCGStab: k = 26 resid = 2.1848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096292(s) Flops=173574144 => 1802.58114900511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259448.21209659 Mflops = 259.44821209659 Gflops = 0.25944821209659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056255 s
InvBiCGStab: k = 51 resid = 8.746136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202972(s) Flops=337618944 => 1663.37693869105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239436.658980803 Mflops = 239.436658980803 Gflops = 0.239436658980803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0006934709 Relative Rsd = 3.04008899799133e-07
BICGSTAB_SOLVER_TIME: 0.400662 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045473 s
InvBiCGStab: k = 72 resid = 1.31425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303824(s) Flops=475416576 => 1564.77623887514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225289.384640922 Mflops = 225.289384640922 Gflops = 0.225289384640922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069519 s
InvBiCGStab: k = 95 resid = 8.040303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368659(s) Flops=626337792 => 1698.96243411934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244613.272086501 Mflops = 244.613272086501 Gflops = 0.244613272086501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001212287 Relative Rsd = 5.31451152992928e-07
BICGSTAB_SOLVER_TIME: 0.791129 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041623 s
InvBiCGStab: k = 49 resid = 2.037686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18271(s) Flops=324495360 => 1776.01313557003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255676.429291957 Mflops = 255.676429291957 Gflops = 0.255676429291957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056425 s
InvBiCGStab: k = 77 resid = 9.988119e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284208(s) Flops=508225536 => 1788.21685526094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257456.48042722 Mflops = 257.45648042722 Gflops = 0.25745648042722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001012491 Relative Rsd = 4.43863343606074e-07
BICGSTAB_SOLVER_TIME: 0.568606 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040597 s
InvBiCGStab: k = 56 resid = 1.533289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205291(s) Flops=370427904 => 1804.40401186608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259782.031467155 Mflops = 259.782031467155 Gflops = 0.259782031467155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056024 s
InvBiCGStab: k = 88 resid = 9.794365e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32724(s) Flops=580405248 => 1773.63784378438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255360.67039013 Mflops = 255.36067039013 Gflops = 0.255360670390129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001167728 Relative Rsd = 5.11917095934554e-07
BICGSTAB_SOLVER_TIME: 0.632837 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040851 s
InvBiCGStab: k = 50 resid = 2.089952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209293(s) Flops=331057152 => 1581.78798144228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227718.262406443 Mflops = 227.718262406443 Gflops = 0.227718262406443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074471 s
InvBiCGStab: k = 80 resid = 2.779332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316486(s) Flops=527910912 => 1668.03875052925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240152.209760474 Mflops = 240.152209760474 Gflops = 0.240152209760474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001056059 Relative Rsd = 4.62962837583201e-07
BICGSTAB_SOLVER_TIME: 0.644711 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107091
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.183648(s) Flops=1618698240 => 1367.55035280759 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196948.056034112 Mflops = 196.948056034112 Gflops = 0.196948056034112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179480000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.462575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041191 s
InvBiCGStab: k = 27 resid = 2.226062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100354(s) Flops=180135936 => 1795.00504215079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258333.514178873 Mflops = 258.333514178873 Gflops = 0.258333514178873 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 50 resid = 1.05372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184142(s) Flops=331057152 => 1797.83619163472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.323142877 Mflops = 258.801323142877 Gflops = 0.258801323142877 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007155933 Relative Rsd = 3.13707082104409e-07
BICGSTAB_SOLVER_TIME: 0.385822 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040512 s
InvBiCGStab: k = 51 resid = 2.188774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187298(s) Flops=337618944 => 1802.57634358082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.632800431 Mflops = 259.503632800431 Gflops = 0.259503632800431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056845 s
InvBiCGStab: k = 81 resid = 1.151056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315422(s) Flops=534472704 => 1694.46869273545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243958.412430943 Mflops = 243.958412430943 Gflops = 0.243958412430943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0010601 Relative Rsd = 4.64734415767504e-07
BICGSTAB_SOLVER_TIME: 0.60369 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045724 s
InvBiCGStab: k = 51 resid = 2.092399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206756(s) Flops=337618944 => 1632.93420263499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235096.671389124 Mflops = 235.096671389124 Gflops = 0.235096671389124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064518 s
InvBiCGStab: k = 69 resid = 1.014779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287256(s) Flops=455731200 => 1586.49845434038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228363.852344853 Mflops = 228.363852344853 Gflops = 0.228363852344853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001017452 Relative Rsd = 4.46038149377569e-07
BICGSTAB_SOLVER_TIME: 0.609247 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998720000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 50 resid = 1.933384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186815(s) Flops=331057152 => 1772.11226079276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255118.701243753 Mflops = 255.118701243753 Gflops = 0.255118701243753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061639 s
InvBiCGStab: k = 89 resid = 8.06092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32882(s) Flops=586967040 => 1785.07098108388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257001.958299156 Mflops = 257.001958299156 Gflops = 0.257001958299156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001144725 Relative Rsd = 5.01833191049352e-07
BICGSTAB_SOLVER_TIME: 0.62209 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041024 s
InvBiCGStab: k = 55 resid = 1.977072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200802(s) Flops=363866112 => 1812.06418262766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260875.74846544 Mflops = 260.87574846544 Gflops = 0.26087574846544 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056417 s
InvBiCGStab: k = 75 resid = 9.972885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275587(s) Flops=495101952 => 1796.53594690606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258649.250495093 Mflops = 258.649250495093 Gflops = 0.258649250495093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001026338 Relative Rsd = 4.4993349832676e-07
BICGSTAB_SOLVER_TIME: 0.57778 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107227
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.115694(s) Flops=1612505088 => 1445.29332236258 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208138.07524998 Mflops = 208.13807524998 Gflops = 0.20813807524998 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179161000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.495781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041848 s
InvBiCGStab: k = 33 resid = 1.949805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126291(s) Flops=219506688 => 1738.10238259258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250195.750391643 Mflops = 250.195750391643 Gflops = 0.250195750391643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056475 s
InvBiCGStab: k = 47 resid = 7.700314e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186961(s) Flops=311371776 => 1665.43704836838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239747.155734964 Mflops = 239.747155734964 Gflops = 0.239747155734964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007352031 Relative Rsd = 3.22303750344612e-07
BICGSTAB_SOLVER_TIME: 0.415502 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045274 s
InvBiCGStab: k = 51 resid = 1.768329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198496(s) Flops=337618944 => 1700.88537804288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244875.287145168 Mflops = 244.875287145168 Gflops = 0.244875287145168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056329 s
InvBiCGStab: k = 82 resid = 1.075393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299883(s) Flops=541034496 => 1804.15193925631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259752.008511033 Mflops = 259.752008511033 Gflops = 0.259752008511033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001081489 Relative Rsd = 4.74111179601177e-07
BICGSTAB_SOLVER_TIME: 0.603664 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10908
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040867 s
InvBiCGStab: k = 52 resid = 1.915531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190698(s) Flops=344180736 => 1804.84711952931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.231142041 Mflops = 259.831231142041 Gflops = 0.259831231142041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055678 s
InvBiCGStab: k = 78 resid = 8.718142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303949(s) Flops=514787328 => 1693.66350275869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243841.337464224 Mflops = 243.841337464224 Gflops = 0.243841337464224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.00103624 Relative Rsd = 4.54274689093658e-07
BICGSTAB_SOLVER_TIME: 0.594906 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044172 s
InvBiCGStab: k = 72 resid = 1.711207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289167(s) Flops=475416576 => 1644.09001027088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236704.133464149 Mflops = 236.704133464149 Gflops = 0.236704133464149 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065205 s
InvBiCGStab: k = 90 resid = 1.068384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37159(s) Flops=593528832 => 1597.26804273527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229968.12054149 Mflops = 229.96812054149 Gflops = 0.22996812054149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001124979 Relative Rsd = 4.93176633228898e-07
BICGSTAB_SOLVER_TIME: 0.773848 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041265 s
InvBiCGStab: k = 56 resid = 1.775606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209117(s) Flops=370427904 => 1771.39067603303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255029.146410534 Mflops = 255.029146410534 Gflops = 0.255029146410534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05807 s
InvBiCGStab: k = 76 resid = 8.52091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297716(s) Flops=501663744 => 1685.04126079888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242598.730345252 Mflops = 242.598730345252 Gflops = 0.242598730345252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001054175 Relative Rsd = 4.62136989106308e-07
BICGSTAB_SOLVER_TIME: 0.610151 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118419
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10847
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.069743(s) Flops=1606090752 => 1501.38000622579 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216202.709818273 Mflops = 216.202709818273 Gflops = 0.216202709818273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178337000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.458434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.236454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764498(s) Flops=1289078784 => 1686.17679052136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242767.165126718 Mflops = 242.767165126718 Gflops = 0.242767165126718 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.142924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928451(s) Flops=1630291968 => 1755.92677265682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252849.067657281 Mflops = 252.849067657281 Gflops = 0.252849067657281 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002081512 Relative Rsd = 9.15823870968383e-07
BICGSTAB_SOLVER_TIME: 1.696285 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.114999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316423999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 1.744632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.687599(s) Flops=1105348608 => 1607.54830649841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231440.760172815 Mflops = 231.440760172815 Gflops = 0.231440760172815 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.136808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.84185(s) Flops=1341573120 => 1593.60114034567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229473.228045644 Mflops = 229.473228045644 Gflops = 0.229473228045644 Tflops
BICGSTAB_SOLVER: 372 iterations. Rsd = 0.001880436 Relative Rsd = 8.2636248655173e-07
BICGSTAB_SOLVER_TIME: 1.532857 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265207999999998
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052821(s) Flops=1606090752 => 1525.51169856984 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219680.921375 Mflops = 219.680921375 Gflops = 0.219680921375 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178336000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054746 s
InvBiCGStab: k = 24 resid = 2.068646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109346(s) Flops=160450560 => 1467.36561008176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211202.974800558 Mflops = 211.202974800558 Gflops = 0.211202974800558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069586 s
InvBiCGStab: k = 44 resid = 9.7107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209105(s) Flops=291686400 => 1394.92790703235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200817.205659494 Mflops = 200.817205659494 Gflops = 0.200817205659494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007580939 Relative Rsd = 3.32338789210989e-07
BICGSTAB_SOLVER_TIME: 0.446772 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049201 s
InvBiCGStab: k = 85 resid = 1.92128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336538(s) Flops=560719872 => 1666.1413332224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239891.057565927 Mflops = 239.891057565927 Gflops = 0.239891057565927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056992 s
InvBiCGStab: k = 90 resid = 1.024676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357905(s) Flops=593528832 => 1658.34182813875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238774.978996084 Mflops = 238.774978996084 Gflops = 0.238774978996084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001276456 Relative Rsd = 5.59582261054054e-07
BICGSTAB_SOLVER_TIME: 0.804371 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139032
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04556 s
InvBiCGStab: k = 55 resid = 1.594002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207757(s) Flops=363866112 => 1751.40241724707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252145.176517714 Mflops = 252.145176517714 Gflops = 0.252145176517714 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 76 resid = 1.089914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277527(s) Flops=501663744 => 1807.62139899902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260244.278712387 Mflops = 260.244278712387 Gflops = 0.260244278712387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001025844 Relative Rsd = 4.49717007828738e-07
BICGSTAB_SOLVER_TIME: 0.590813 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040664 s
InvBiCGStab: k = 63 resid = 1.434054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230736(s) Flops=416360448 => 1804.48845433742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.43111119 Mflops = 259.80043111119 Gflops = 0.25980043111119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056221 s
InvBiCGStab: k = 83 resid = 8.320435e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338854(s) Flops=547596288 => 1616.0242700396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232667.088753961 Mflops = 232.667088753961 Gflops = 0.232667088753961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001125605 Relative Rsd = 4.93451048459417e-07
BICGSTAB_SOLVER_TIME: 0.670284 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041663 s
InvBiCGStab: k = 46 resid = 2.262363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198117(s) Flops=304809984 => 1538.53522918276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221498.723833043 Mflops = 221.498723833043 Gflops = 0.221498723833043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068072 s
InvBiCGStab: k = 82 resid = 8.180303e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335501(s) Flops=541034496 => 1612.61664197722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232173.737488394 Mflops = 232.173737488394 Gflops = 0.232173737488394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001090489 Relative Rsd = 4.78056798031875e-07
BICGSTAB_SOLVER_TIME: 0.647575 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105595
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007946(s) Flops=1587068928 => 1574.55749415147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226748.75938486 Mflops = 226.74875938486 Gflops = 0.22674875938486 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175949000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050466 s
InvBiCGStab: k = 30 resid = 2.261356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152618(s) Flops=199821312 => 1309.29059481844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188471.425255278 Mflops = 188.471425255278 Gflops = 0.188471425255278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080493 s
InvBiCGStab: k = 50 resid = 8.183486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271755(s) Flops=331057152 => 1218.21917536016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  175378.991642892 Mflops = 175.378991642892 Gflops = 0.175378991642892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007327948 Relative Rsd = 3.21247963645457e-07
BICGSTAB_SOLVER_TIME: 0.559787 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048744 s
InvBiCGStab: k = 76 resid = 2.191913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3419(s) Flops=501663744 => 1467.28208248026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211266.782886337 Mflops = 211.266782886337 Gflops = 0.211266782886337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057574 s
InvBiCGStab: k = 93 resid = 9.661454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36773(s) Flops=613214208 => 1667.56644277051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240090.434719418 Mflops = 240.090434719418 Gflops = 0.240090434719418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001276046 Relative Rsd = 5.59402566795796e-07
BICGSTAB_SOLVER_TIME: 0.819661 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044228 s
InvBiCGStab: k = 47 resid = 2.018353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197623(s) Flops=311371776 => 1575.58470420953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226825.749829333 Mflops = 226.825749829333 Gflops = 0.226825749829333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 79 resid = 1.096672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308978(s) Flops=521349120 => 1687.33411440297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242924.888182915 Mflops = 242.924888182915 Gflops = 0.242924888182915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001043828 Relative Rsd = 4.57600844614176e-07
BICGSTAB_SOLVER_TIME: 0.611081 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 61 resid = 1.96351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225142(s) Flops=403236864 => 1791.0334988585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257849.842265234 Mflops = 257.849842265234 Gflops = 0.257849842265234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056757 s
InvBiCGStab: k = 80 resid = 1.020749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297614(s) Flops=527910912 => 1773.81074815029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255371.889220854 Mflops = 255.371889220854 Gflops = 0.255371889220854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001126333 Relative Rsd = 4.93770221390729e-07
BICGSTAB_SOLVER_TIME: 0.624244 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04115 s
InvBiCGStab: k = 51 resid = 2.261222e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188413(s) Flops=337618944 => 1791.90896594184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257960.683685778 Mflops = 257.960683685778 Gflops = 0.257960683685778 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056833 s
InvBiCGStab: k = 87 resid = 1.06875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325368(s) Flops=573843456 => 1763.67514936933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253931.039542015 Mflops = 253.931039542015 Gflops = 0.253931039542015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001091794 Relative Rsd = 4.78628747350905e-07
BICGSTAB_SOLVER_TIME: 0.615994 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114477
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.052237(s) Flops=1586921472 => 1508.14072495075 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217203.324779987 Mflops = 217.203324779987 Gflops = 0.217203324779987 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176300000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040594 s
InvBiCGStab: k = 27 resid = 1.708588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102215(s) Flops=180135936 => 1762.32388592672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253641.796911361 Mflops = 253.641796911361 Gflops = 0.253641796911361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062174 s
InvBiCGStab: k = 50 resid = 1.05478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207562(s) Flops=331057152 => 1594.97958200441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229627.568315144 Mflops = 229.627568315144 Gflops = 0.229627568315144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007421001 Relative Rsd = 3.25327293793462e-07
BICGSTAB_SOLVER_TIME: 0.4175 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043701 s
InvBiCGStab: k = 50 resid = 1.677335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203628(s) Flops=331057152 => 1625.79385939065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234058.783510916 Mflops = 234.058783510916 Gflops = 0.234058783510916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067756 s
InvBiCGStab: k = 78 resid = 1.067914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350759(s) Flops=514787328 => 1467.63825874746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211299.99151186 Mflops = 211.29999151186 Gflops = 0.21129999151186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001045436 Relative Rsd = 4.5830579116042e-07
BICGSTAB_SOLVER_TIME: 0.6703 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045496 s
InvBiCGStab: k = 53 resid = 2.236508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20286(s) Flops=350742528 => 1728.98811002662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248918.295728423 Mflops = 248.918295728423 Gflops = 0.248918295728423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05875 s
InvBiCGStab: k = 82 resid = 1.004645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338268(s) Flops=541034496 => 1599.4255915428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230278.326128733 Mflops = 230.278326128733 Gflops = 0.230278326128733 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001009804 Relative Rsd = 4.42685404618609e-07
BICGSTAB_SOLVER_TIME: 0.649408 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041583 s
InvBiCGStab: k = 63 resid = 1.537461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231765(s) Flops=416360448 => 1796.47681056242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258639.637465887 Mflops = 258.639637465887 Gflops = 0.258639637465887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056513 s
InvBiCGStab: k = 70 resid = 9.077645e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255239(s) Flops=462292992 => 1811.21612292792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260759.740987573 Mflops = 260.759740987573 Gflops = 0.260759740987573 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001067987 Relative Rsd = 4.68191833325012e-07
BICGSTAB_SOLVER_TIME: 0.588843 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040789 s
InvBiCGStab: k = 53 resid = 2.196339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207897(s) Flops=350742528 => 1687.09759159584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242893.73774406 Mflops = 242.89373774406 Gflops = 0.24289373774406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064032 s
InvBiCGStab: k = 85 resid = 7.440613e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317684(s) Flops=560719872 => 1765.02396091714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254116.861636272 Mflops = 254.116861636272 Gflops = 0.254116861636272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001086119 Relative Rsd = 4.76140892848892e-07
BICGSTAB_SOLVER_TIME: 0.634091 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112812
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.087091(s) Flops=1618255872 => 1488.61123125847 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214356.61876954 Mflops = 214.35661876954 Gflops = 0.21435661876954 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179644000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043133 s
InvBiCGStab: k = 32 resid = 1.498909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133081(s) Flops=212944896 => 1600.11493751926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230343.326922406 Mflops = 230.343326922406 Gflops = 0.230343326922406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066949 s
InvBiCGStab: k = 50 resid = 1.13731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193796(s) Flops=331057152 => 1708.27649693492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245920.691993454 Mflops = 245.920691993454 Gflops = 0.245920691993454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007575665 Relative Rsd = 3.32107575113562e-07
BICGSTAB_SOLVER_TIME: 0.440922 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049146 s
InvBiCGStab: k = 56 resid = 2.170402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242619(s) Flops=370427904 => 1526.78852027253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219832.522845444 Mflops = 219.832522845444 Gflops = 0.219832522845444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067282 s
InvBiCGStab: k = 80 resid = 7.794269e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307364(s) Flops=527910912 => 1717.54308246899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247283.675612203 Mflops = 247.283675612203 Gflops = 0.247283675612203 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001083208 Relative Rsd = 4.74864507333684e-07
BICGSTAB_SOLVER_TIME: 0.670101 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048498 s
InvBiCGStab: k = 51 resid = 1.615732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2124(s) Flops=337618944 => 1589.54305084746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228845.438548644 Mflops = 228.845438548644 Gflops = 0.228845438548644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070134 s
InvBiCGStab: k = 76 resid = 9.684777e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334178(s) Flops=501663744 => 1501.18722357546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216133.353869542 Mflops = 216.133353869542 Gflops = 0.216133353869542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001026046 Relative Rsd = 4.49805706670219e-07
BICGSTAB_SOLVER_TIME: 0.669031 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104891
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050028 s
InvBiCGStab: k = 61 resid = 1.777879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249563(s) Flops=403236864 => 1615.77182515036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232577.336461335 Mflops = 232.577336461335 Gflops = 0.232577336461335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056902 s
InvBiCGStab: k = 80 resid = 1.126023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295023(s) Flops=527910912 => 1789.38900356921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257621.18771025 Mflops = 257.62118771025 Gflops = 0.25762118771025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001103208 Relative Rsd = 4.83632372503545e-07
BICGSTAB_SOLVER_TIME: 0.655176 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114851
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 53 resid = 1.727471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19395(s) Flops=350742528 => 1808.41726218097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260347.280702628 Mflops = 260.347280702628 Gflops = 0.260347280702628 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05597 s
InvBiCGStab: k = 83 resid = 6.358294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314688(s) Flops=547596288 => 1740.12446613789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250534.174500296 Mflops = 250.534174500296 Gflops = 0.250534174500296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001021381 Relative Rsd = 4.4776073395553e-07
BICGSTAB_SOLVER_TIME: 0.609451 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111368
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01241(s) Flops=1618477056 => 1598.63795892968 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230199.557143695 Mflops = 230.199557143695 Gflops = 0.230199557143695 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179813000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.03106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697427(s) Flops=1177528320 => 1688.38935114356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243132.892179726 Mflops = 243.132892179726 Gflops = 0.243132892179726 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.060718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911941(s) Flops=1623730176 => 1780.52108195596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256390.594059312 Mflops = 256.390594059312 Gflops = 0.256390594059312 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002055858 Relative Rsd = 9.04527844249626e-07
BICGSTAB_SOLVER_TIME: 1.612742 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.119498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303778999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 1.488084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753533(s) Flops=1184090112 => 1571.38454719302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226249.553098864 Mflops = 226.249553098864 Gflops = 0.226249553098864 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.084173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827719(s) Flops=1466247168 => 1771.43108712015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255078.967218735 Mflops = 255.078967218735 Gflops = 0.255078967218735 Tflops
BICGSTAB_SOLVER: 403 iterations. Rsd = 0.001933785 Relative Rsd = 8.49831660665187e-07
BICGSTAB_SOLVER_TIME: 1.584598 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.114575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287318999999997
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.004248(s) Flops=1618477056 => 1611.63084815703 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232078.925848809 Mflops = 232.078925848809 Gflops = 0.232078925848809 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179772000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.529147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050574 s
InvBiCGStab: k = 29 resid = 1.229136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145544(s) Flops=193259520 => 1327.84257681526 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191149.474027527 Mflops = 191.149474027527 Gflops = 0.191149474027527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071892 s
InvBiCGStab: k = 57 resid = 9.711094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268953(s) Flops=376989696 => 1401.69358958628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201799.790714066 Mflops = 201.799790714066 Gflops = 0.201799790714066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007821356 Relative Rsd = 3.42878360152669e-07
BICGSTAB_SOLVER_TIME: 0.542503 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756750000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04979 s
InvBiCGStab: k = 72 resid = 1.508048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328047(s) Flops=475416576 => 1449.23311598643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208662.058588217 Mflops = 208.662058588217 Gflops = 0.208662058588217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068258 s
InvBiCGStab: k = 100 resid = 4.920139e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445007(s) Flops=659146752 => 1481.20535632024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213267.066485501 Mflops = 213.267066485501 Gflops = 0.213267066485501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001266258 Relative Rsd = 5.55111594475397e-07
BICGSTAB_SOLVER_TIME: 0.896446 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136926
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047462 s
InvBiCGStab: k = 60 resid = 8.449768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228539(s) Flops=396675072 => 1735.69969239386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249889.456183997 Mflops = 249.889456183997 Gflops = 0.249889456183997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05937 s
InvBiCGStab: k = 69 resid = 1.006113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295784(s) Flops=455731200 => 1540.75676845265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221825.445968299 Mflops = 221.825445968299 Gflops = 0.221825445968299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001019679 Relative Rsd = 4.47014244913909e-07
BICGSTAB_SOLVER_TIME: 0.634867 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049273 s
InvBiCGStab: k = 58 resid = 1.935989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276895(s) Flops=383551488 => 1385.18748261977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199437.111750852 Mflops = 199.437111750852 Gflops = 0.199437111750852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05676 s
InvBiCGStab: k = 77 resid = 8.016592e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328541(s) Flops=508225536 => 1546.91662836602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222719.750160825 Mflops = 222.719750160825 Gflops = 0.222719750160825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001110889 Relative Rsd = 4.86999713274394e-07
BICGSTAB_SOLVER_TIME: 0.715713 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04119 s
InvBiCGStab: k = 55 resid = 1.474979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205247(s) Flops=363866112 => 1772.8206112635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255215.446714488 Mflops = 255.215446714488 Gflops = 0.255215446714488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057082 s
InvBiCGStab: k = 82 resid = 7.23934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304796(s) Flops=541034496 => 1775.07085394821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255563.335945351 Mflops = 255.563335945351 Gflops = 0.255563335945351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001063294 Relative Rsd = 4.66134663243744e-07
BICGSTAB_SOLVER_TIME: 0.612004 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112088
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012868(s) Flops=1612431360 => 1591.94619634543 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229241.527098303 Mflops = 229.241527098303 Gflops = 0.229241527098303 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179000000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047593 s
InvBiCGStab: k = 30 resid = 2.187994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126993(s) Flops=199821312 => 1573.48288488342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226507.119351477 Mflops = 226.507119351477 Gflops = 0.226507119351477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057954 s
InvBiCGStab: k = 49 resid = 1.065039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182359(s) Flops=324495360 => 1779.43156082233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256161.549294716 Mflops = 256.161549294716 Gflops = 0.256161549294716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007624697 Relative Rsd = 3.34257067521779e-07
BICGSTAB_SOLVER_TIME: 0.418511 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042588 s
InvBiCGStab: k = 69 resid = 2.28033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277083(s) Flops=455731200 => 1644.74615909312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236809.011725608 Mflops = 236.809011725608 Gflops = 0.236809011725608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060835 s
InvBiCGStab: k = 103 resid = 1.015195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397446(s) Flops=678832128 => 1707.98580939297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245913.979762753 Mflops = 245.913979762753 Gflops = 0.245913979762753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00123204 Relative Rsd = 5.40110874983792e-07
BICGSTAB_SOLVER_TIME: 0.782145 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13689
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040754 s
InvBiCGStab: k = 54 resid = 1.044522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215764(s) Flops=357304320 => 1655.99599562485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238423.374257382 Mflops = 238.423374257382 Gflops = 0.238423374257382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064078 s
InvBiCGStab: k = 86 resid = 5.592074e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366933(s) Flops=567281664 => 1546.00884630164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222592.406419755 Mflops = 222.592406419755 Gflops = 0.222592406419755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001068988 Relative Rsd = 4.68630785416827e-07
BICGSTAB_SOLVER_TIME: 0.691195 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048218 s
InvBiCGStab: k = 57 resid = 2.131224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218846(s) Flops=376989696 => 1722.6254809318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248008.591731448 Mflops = 248.008591731448 Gflops = 0.248008591731448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060056 s
InvBiCGStab: k = 75 resid = 6.537321e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316683(s) Flops=495101952 => 1563.39920993549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225086.97379832 Mflops = 225.08697379832 Gflops = 0.22508697379832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001094682 Relative Rsd = 4.79894721724765e-07
BICGSTAB_SOLVER_TIME: 0.647968 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048651 s
InvBiCGStab: k = 55 resid = 1.761552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254563(s) Flops=363866112 => 1429.37548661824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205783.240447462 Mflops = 205.783240447462 Gflops = 0.205783240447462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073418 s
InvBiCGStab: k = 83 resid = 1.094625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319786(s) Flops=547596288 => 1712.38355650341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246533.148478685 Mflops = 246.533148478685 Gflops = 0.246533148478685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070939 Relative Rsd = 4.69486183162545e-07
BICGSTAB_SOLVER_TIME: 0.700113 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112693
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.042609(s) Flops=1612136448 => 1546.2521885002 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222661.243634804 Mflops = 222.661243634804 Gflops = 0.222661243634804 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179137000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 26 resid = 1.706571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111122(s) Flops=173574144 => 1562.01421860658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224834.797579268 Mflops = 224.834797579268 Gflops = 0.224834797579268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062967 s
InvBiCGStab: k = 52 resid = 1.080743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240124(s) Flops=344180736 => 1433.34583798371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206347.394084315 Mflops = 206.347394084315 Gflops = 0.206347394084315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007479205 Relative Rsd = 3.27878916536229e-07
BICGSTAB_SOLVER_TIME: 0.459616 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699270000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0418 s
InvBiCGStab: k = 55 resid = 1.906799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228347(s) Flops=363866112 => 1593.47883703311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229423.080556822 Mflops = 229.423080556822 Gflops = 0.229423080556822 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058955 s
InvBiCGStab: k = 83 resid = 1.147906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329826(s) Flops=547596288 => 1660.25809972531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239031.182046274 Mflops = 239.031182046274 Gflops = 0.239031182046274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001051944 Relative Rsd = 4.61159158379744e-07
BICGSTAB_SOLVER_TIME: 0.662883 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043711 s
InvBiCGStab: k = 53 resid = 2.265569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202638(s) Flops=350742528 => 1730.88230243094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249183.782015444 Mflops = 249.183782015444 Gflops = 0.249183782015444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062354 s
InvBiCGStab: k = 79 resid = 1.141282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313735(s) Flops=521349120 => 1661.7499482047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239250.701694537 Mflops = 239.250701694537 Gflops = 0.239250701694537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001086123 Relative Rsd = 4.76142628039116e-07
BICGSTAB_SOLVER_TIME: 0.626288 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040564 s
InvBiCGStab: k = 57 resid = 1.578278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210442(s) Flops=376989696 => 1791.41851911691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257888.118379911 Mflops = 257.888118379911 Gflops = 0.257888118379911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056988 s
InvBiCGStab: k = 92 resid = 8.70394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354588(s) Flops=606652416 => 1710.86561304951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246333.608624382 Mflops = 246.333608624382 Gflops = 0.246333608624382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001127908 Relative Rsd = 4.94460418820064e-07
BICGSTAB_SOLVER_TIME: 0.666277 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 52 resid = 1.924298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220355(s) Flops=344180736 => 1561.93749177464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224874.146194099 Mflops = 224.874146194099 Gflops = 0.224874146194099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063681 s
InvBiCGStab: k = 84 resid = 8.860517e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379467(s) Flops=554158080 => 1460.35908260797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210257.323887752 Mflops = 210.257323887752 Gflops = 0.210257323887752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001090709 Relative Rsd = 4.7815325419436e-07
BICGSTAB_SOLVER_TIME: 0.708972 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11129
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958948(s) Flops=1449197568 => 1511.23686372984 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217603.795215188 Mflops = 217.603795215188 Gflops = 0.217603795215188 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160639000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042086 s
InvBiCGStab: k = 29 resid = 1.395875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107463(s) Flops=193259520 => 1798.3819547193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258848.356586673 Mflops = 258.848356586673 Gflops = 0.258848356586673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06012 s
InvBiCGStab: k = 55 resid = 1.050125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22841(s) Flops=363866112 => 1593.03932402259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229339.991620512 Mflops = 229.339991620512 Gflops = 0.229339991620512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007058681 Relative Rsd = 3.09443643170075e-07
BICGSTAB_SOLVER_TIME: 0.441937 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047205 s
InvBiCGStab: k = 58 resid = 1.949319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249341(s) Flops=383551488 => 1538.26080748854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221472.676389318 Mflops = 221.472676389318 Gflops = 0.221472676389318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070397 s
InvBiCGStab: k = 89 resid = 1.038105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364634(s) Flops=586967040 => 1609.7430299972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231765.963140871 Mflops = 231.765963140871 Gflops = 0.231765963140871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001086169 Relative Rsd = 4.76162837901732e-07
BICGSTAB_SOLVER_TIME: 0.735257 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047335 s
InvBiCGStab: k = 54 resid = 2.198032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22438(s) Flops=357304320 => 1592.40716641412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229248.955878718 Mflops = 229.248955878718 Gflops = 0.229248955878718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068804 s
InvBiCGStab: k = 82 resid = 7.380573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317711(s) Flops=541034496 => 1702.91395639433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245177.96477584 Mflops = 245.17796477584 Gflops = 0.24517796477584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001098615 Relative Rsd = 4.81619143562964e-07
BICGSTAB_SOLVER_TIME: 0.661872 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042418 s
InvBiCGStab: k = 65 resid = 2.187207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24886(s) Flops=429484032 => 1725.80580245921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248465.664353565 Mflops = 248.465664353565 Gflops = 0.248465664353565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063752 s
InvBiCGStab: k = 83 resid = 9.130867e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327165(s) Flops=547596288 => 1673.76182660126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240981.544421695 Mflops = 240.981544421695 Gflops = 0.240981544421695 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001143739 Relative Rsd = 5.01400567298356e-07
BICGSTAB_SOLVER_TIME: 0.686033 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119893
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047121 s
InvBiCGStab: k = 62 resid = 2.275377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233927(s) Flops=409798656 => 1751.82281651968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252230.22915396 Mflops = 252.23022915396 Gflops = 0.25223022915396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056569 s
InvBiCGStab: k = 81 resid = 8.483676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302021(s) Flops=534472704 => 1769.65411014466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254782.657877422 Mflops = 254.782657877422 Gflops = 0.254782657877422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001093572 Relative Rsd = 4.79408051901774e-07
BICGSTAB_SOLVER_TIME: 0.643349 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116396
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.156289(s) Flops=1618403328 => 1399.65296565132 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201549.516311608 Mflops = 201.549516311608 Gflops = 0.201549516311608 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179528000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.438202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 8.238258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.767573(s) Flops=1262831616 => 1645.2267289235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236816.297717574 Mflops = 236.816297717574 Gflops = 0.236816297717574 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.144151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.062029(s) Flops=1630291968 => 1535.07292927029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221049.433679808 Mflops = 221.049433679808 Gflops = 0.221049433679808 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.002182694 Relative Rsd = 9.60323417152098e-07
BICGSTAB_SOLVER_TIME: 1.833763 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.1187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.314166999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.750136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77421(s) Flops=1282516992 => 1656.54924632852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238470.135527031 Mflops = 238.47013552703 Gflops = 0.238470135527031 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.126074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884996(s) Flops=1518741504 => 1716.09985129876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247113.441727226 Mflops = 247.113441727226 Gflops = 0.247113441727226 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002050305 Relative Rsd = 9.01040832472804e-07
BICGSTAB_SOLVER_TIME: 1.662556 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.118804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303717999999999
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.127867(s) Flops=1618403328 => 1434.92391212794 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206680.036255397 Mflops = 206.680036255397 Gflops = 0.206680036255397 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179584000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049451 s
InvBiCGStab: k = 29 resid = 2.262264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113773(s) Flops=193259520 => 1698.64132966521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244492.711283478 Mflops = 244.492711283478 Gflops = 0.244492711283478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060157 s
InvBiCGStab: k = 49 resid = 1.109525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256102(s) Flops=324495360 => 1267.0551577106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182424.517124392 Mflops = 182.424517124392 Gflops = 0.182424517124392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007452134 Relative Rsd = 3.26692122975117e-07
BICGSTAB_SOLVER_TIME: 0.483771 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041278 s
InvBiCGStab: k = 80 resid = 1.910723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328808(s) Flops=527910912 => 1605.52940317754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231158.466363331 Mflops = 231.158466363331 Gflops = 0.231158466363331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068095 s
InvBiCGStab: k = 112 resid = 1.001706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.493523(s) Flops=737888256 => 1495.14461534721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215275.84041516 Mflops = 215.27584041516 Gflops = 0.21527584041516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001324675 Relative Rsd = 5.80720960790124e-07
BICGSTAB_SOLVER_TIME: 0.935972 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151128999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04505 s
InvBiCGStab: k = 63 resid = 1.827074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254193(s) Flops=416360448 => 1637.96976313274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235826.303417417 Mflops = 235.826303417417 Gflops = 0.235826303417417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057055 s
InvBiCGStab: k = 93 resid = 9.397688e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379845(s) Flops=613214208 => 1614.38009714489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232429.880833056 Mflops = 232.429880833056 Gflops = 0.232429880833056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001087145 Relative Rsd = 4.76590613327101e-07
BICGSTAB_SOLVER_TIME: 0.739974 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125611000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042014 s
InvBiCGStab: k = 70 resid = 1.236354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267714(s) Flops=462292992 => 1726.81664761649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248616.344402644 Mflops = 248.616344402644 Gflops = 0.248616344402644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060347 s
InvBiCGStab: k = 89 resid = 9.112347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330063(s) Flops=586967040 => 1778.3484971051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256031.315830483 Mflops = 256.031315830483 Gflops = 0.256031315830483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00118158 Relative Rsd = 5.17989955510589e-07
BICGSTAB_SOLVER_TIME: 0.703823 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043189 s
InvBiCGStab: k = 71 resid = 2.104332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264155(s) Flops=468854784 => 1774.92299596828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255529.446829164 Mflops = 255.529446829164 Gflops = 0.255529446829164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058311 s
InvBiCGStab: k = 87 resid = 9.82284e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319381(s) Flops=573843456 => 1796.73636190005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258685.173548581 Mflops = 258.685173548581 Gflops = 0.258685173548581 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001152463 Relative Rsd = 5.05225436903425e-07
BICGSTAB_SOLVER_TIME: 0.688955 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127203
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.209087(s) Flops=1618771968 => 1338.83828707115 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192794.086536217 Mflops = 192.794086536217 Gflops = 0.192794086536217 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048336 s
InvBiCGStab: k = 26 resid = 2.073486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096732(s) Flops=173574144 => 1794.38183848158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258103.52136927 Mflops = 258.10352136927 Gflops = 0.25810352136927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063354 s
InvBiCGStab: k = 45 resid = 1.089137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181066(s) Flops=298248192 => 1647.17943733224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237114.920742368 Mflops = 237.114920742368 Gflops = 0.237114920742368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.00070998 Relative Rsd = 3.11246276155897e-07
BICGSTAB_SOLVER_TIME: 0.393107 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649580000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04092 s
InvBiCGStab: k = 75 resid = 2.18615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302895(s) Flops=495101952 => 1634.56627544198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235332.141188649 Mflops = 235.332141188649 Gflops = 0.235332141188649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062254 s
InvBiCGStab: k = 111 resid = 9.043758e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.466791(s) Flops=731326464 => 1566.71072064371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225580.835128071 Mflops = 225.580835128071 Gflops = 0.225580835128071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001260021 Relative Rsd = 5.52377291926485e-07
BICGSTAB_SOLVER_TIME: 0.876847 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146876
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04681 s
InvBiCGStab: k = 70 resid = 2.165888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295057(s) Flops=462292992 => 1566.79215202486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225582.795051811 Mflops = 225.582795051811 Gflops = 0.225582795051811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056849 s
InvBiCGStab: k = 75 resid = 6.850386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292843(s) Flops=495101952 => 1690.6736783874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243405.534298725 Mflops = 243.405534298725 Gflops = 0.243405534298725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00104303 Relative Rsd = 4.57251101713908e-07
BICGSTAB_SOLVER_TIME: 0.695283 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04169 s
InvBiCGStab: k = 75 resid = 1.773659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278106(s) Flops=495101952 => 1780.26346788635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256323.421471833 Mflops = 256.323421471833 Gflops = 0.256323421471833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055599 s
InvBiCGStab: k = 88 resid = 7.843873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321192(s) Flops=580405248 => 1807.03519390271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260168.770621586 Mflops = 260.168770621586 Gflops = 0.260168770621586 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001168471 Relative Rsd = 5.12243056521744e-07
BICGSTAB_SOLVER_TIME: 0.700225 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040705 s
InvBiCGStab: k = 73 resid = 1.544164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266222(s) Flops=481978368 => 1810.4377850065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260648.533095362 Mflops = 260.648533095362 Gflops = 0.260648533095362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 92 resid = 8.203851e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335329(s) Flops=606652416 => 1809.12601057469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260467.632196351 Mflops = 260.467632196351 Gflops = 0.260467632196351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001177568 Relative Rsd = 5.16230880902905e-07
BICGSTAB_SOLVER_TIME: 0.702036 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132182
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.138575(s) Flops=1624965120 => 1427.19198998748 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205515.126467659 Mflops = 205.515126467659 Gflops = 0.205515126467659 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180329000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047278 s
InvBiCGStab: k = 27 resid = 1.470389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104097(s) Flops=180135936 => 1730.46231879881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249053.923496931 Mflops = 249.053923496931 Gflops = 0.249053923496931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060512 s
InvBiCGStab: k = 56 resid = 1.086262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21041(s) Flops=370427904 => 1760.50522313578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253456.179224619 Mflops = 253.456179224619 Gflops = 0.253456179224619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000755796 Relative Rsd = 3.31331409215599e-07
BICGSTAB_SOLVER_TIME: 0.425999 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050478 s
InvBiCGStab: k = 53 resid = 1.810293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199502(s) Flops=350742528 => 1758.09028480917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253113.106800895 Mflops = 253.113106800895 Gflops = 0.253113106800895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056437 s
InvBiCGStab: k = 86 resid = 9.084405e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355606(s) Flops=567281664 => 1595.25335343048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229679.61385567 Mflops = 229.67961385567 Gflops = 0.22967961385567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001136903 Relative Rsd = 4.98403944815491e-07
BICGSTAB_SOLVER_TIME: 0.665997 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11339
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046406 s
InvBiCGStab: k = 47 resid = 2.233257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1928(s) Flops=311371776 => 1614.99883817427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232502.895028351 Mflops = 232.502895028351 Gflops = 0.232502895028351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064344 s
InvBiCGStab: k = 75 resid = 1.109539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313772(s) Flops=495101952 => 1577.90354779904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227169.33698044 Mflops = 227.16933698044 Gflops = 0.22716933698044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001022503 Relative Rsd = 4.48252405209169e-07
BICGSTAB_SOLVER_TIME: 0.622191 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 68 resid = 1.975658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295101(s) Flops=449169408 => 1522.08704138583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219144.806280617 Mflops = 219.144806280617 Gflops = 0.219144806280617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 90 resid = 6.181755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33482(s) Flops=593528832 => 1772.68034167612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255223.6896959 Mflops = 255.2236896959 Gflops = 0.2552236896959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001151291 Relative Rsd = 5.04711463351899e-07
BICGSTAB_SOLVER_TIME: 0.730564 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126871
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041148 s
InvBiCGStab: k = 52 resid = 2.120101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190369(s) Flops=344180736 => 1807.96629703366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260276.279509364 Mflops = 260.276279509364 Gflops = 0.260276279509364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056485 s
InvBiCGStab: k = 86 resid = 6.780815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313857(s) Flops=567281664 => 1807.45264244545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.373051528 Mflops = 260.228373051528 Gflops = 0.260228373051528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001089071 Relative Rsd = 4.77434885441378e-07
BICGSTAB_SOLVER_TIME: 0.605536 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112822
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045663(s) Flops=1624965120 => 1554.00460760302 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223819.894372383 Mflops = 223.819894372383 Gflops = 0.223819894372383 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180342000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.450777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062734 s
InvBiCGStab: k = 37 resid = 1.974524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1552(s) Flops=245753856 => 1583.46556701031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227957.148488433 Mflops = 227.957148488433 Gflops = 0.227957148488433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069331 s
InvBiCGStab: k = 46 resid = 1.108213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197748(s) Flops=304809984 => 1541.406153286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221889.060326401 Mflops = 221.889060326401 Gflops = 0.221889060326401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007353896 Relative Rsd = 3.22385508425194e-07
BICGSTAB_SOLVER_TIME: 0.488793 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041455 s
InvBiCGStab: k = 54 resid = 1.486458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219798(s) Flops=357304320 => 1625.60314470559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234031.929223357 Mflops = 234.031929223357 Gflops = 0.234031929223357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056323 s
InvBiCGStab: k = 82 resid = 8.755774e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321447(s) Flops=541034496 => 1683.12193300917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242327.541110897 Mflops = 242.327541110897 Gflops = 0.242327541110897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001113818 Relative Rsd = 4.88283651970579e-07
BICGSTAB_SOLVER_TIME: 0.646408 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047942 s
InvBiCGStab: k = 51 resid = 1.838878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203026(s) Flops=337618944 => 1662.93452070178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239398.143752183 Mflops = 239.398143752183 Gflops = 0.239398143752183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064222 s
InvBiCGStab: k = 80 resid = 1.081018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305268(s) Flops=527910912 => 1729.33590156846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248975.666365016 Mflops = 248.975666365016 Gflops = 0.248975666365016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001064437 Relative Rsd = 4.66635571833578e-07
BICGSTAB_SOLVER_TIME: 0.624162 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107802
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041067 s
InvBiCGStab: k = 81 resid = 1.737395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321881(s) Flops=534472704 => 1660.4667687748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239074.296885473 Mflops = 239.074296885473 Gflops = 0.239074296885473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061256 s
InvBiCGStab: k = 97 resid = 6.285035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.415189(s) Flops=639461376 => 1540.16935901481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221750.773126794 Mflops = 221.750773126794 Gflops = 0.221750773126794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001234682 Relative Rsd = 5.41269165493714e-07
BICGSTAB_SOLVER_TIME: 0.843524 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 67 resid = 2.268993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251352(s) Flops=442607616 => 1760.9074763678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253537.733131284 Mflops = 253.537733131284 Gflops = 0.253537733131284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059589 s
InvBiCGStab: k = 93 resid = 9.972752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345202(s) Flops=613214208 => 1776.39239633606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255769.592083021 Mflops = 255.769592083021 Gflops = 0.255769592083021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001162091 Relative Rsd = 5.09446185054734e-07
BICGSTAB_SOLVER_TIME: 0.701317 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128467
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009093(s) Flops=1625038848 => 1610.39552152279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231896.412602399 Mflops = 231.896412602399 Gflops = 0.231896412602399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180534000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.852074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827639(s) Flops=1321887744 => 1597.17913728087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229963.565173295 Mflops = 229.963565173295 Gflops = 0.229963565173295 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.036707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.080454(s) Flops=1794336768 => 1660.72481382826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239142.997533163 Mflops = 239.142997533163 Gflops = 0.239142997533163 Tflops
BICGSTAB_SOLVER: 474 iterations. Rsd = 0.003250351 Relative Rsd = 1.43006242979897e-06
BICGSTAB_SOLVER_TIME: 1.911769 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.124199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338061999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.147697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659228(s) Flops=1164404736 => 1766.31565406809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254274.022943903 Mflops = 254.274022943903 Gflops = 0.254274022943903 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 7.829833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904666(s) Flops=1413752832 => 1562.73456944331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225031.257738527 Mflops = 225.031257738527 Gflops = 0.225031257738527 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.002015181 Relative Rsd = 8.85591673277418e-07
BICGSTAB_SOLVER_TIME: 1.567235 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.114707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279359999999999
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012247(s) Flops=1625038848 => 1605.37778625177 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231264.607166941 Mflops = 231.264607166941 Gflops = 0.231264607166941 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180610000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.417367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051447 s
InvBiCGStab: k = 29 resid = 2.151331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122325(s) Flops=193259520 => 1579.88571428571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227410.719193704 Mflops = 227.410719193704 Gflops = 0.227410719193704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063579 s
InvBiCGStab: k = 63 resid = 1.087285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266273(s) Flops=416360448 => 1563.6600331239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225118.185442295 Mflops = 225.118185442295 Gflops = 0.225118185442295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007730005 Relative Rsd = 3.38873668701825e-07
BICGSTAB_SOLVER_TIME: 0.507605 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059868 s
InvBiCGStab: k = 72 resid = 2.152638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287699(s) Flops=475416576 => 1652.47907013928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237772.965656479 Mflops = 237.772965656479 Gflops = 0.237772965656479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059139 s
InvBiCGStab: k = 101 resid = 1.142808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392631(s) Flops=665708544 => 1695.50683466155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244124.86682121 Mflops = 244.12486682121 Gflops = 0.24412486682121 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001293143 Relative Rsd = 5.66897772005931e-07
BICGSTAB_SOLVER_TIME: 0.802999 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137657
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041201 s
InvBiCGStab: k = 64 resid = 2.263932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250754(s) Flops=422922240 => 1686.60216786173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242818.703613099 Mflops = 242.818703613099 Gflops = 0.242818703613099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 83 resid = 6.810006e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327101(s) Flops=547596288 => 1674.08931186392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241029.725346038 Mflops = 241.029725346038 Gflops = 0.241029725346038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001131094 Relative Rsd = 4.95857349020874e-07
BICGSTAB_SOLVER_TIME: 0.679194 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 76 resid = 2.183165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277756(s) Flops=501663744 => 1806.1310790766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260032.061275121 Mflops = 260.032061275121 Gflops = 0.260032061275121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056348 s
InvBiCGStab: k = 90 resid = 9.599121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328793(s) Flops=593528832 => 1805.17478170156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259899.091174206 Mflops = 259.899091174206 Gflops = 0.259899091174206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001211943 Relative Rsd = 5.31300446618422e-07
BICGSTAB_SOLVER_TIME: 0.707585 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042087 s
InvBiCGStab: k = 80 resid = 1.43881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36367(s) Flops=527910912 => 1451.62073308219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209004.666118284 Mflops = 209.004666118284 Gflops = 0.209004666118284 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063258 s
InvBiCGStab: k = 88 resid = 1.05207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367779(s) Flops=580405248 => 1578.13591314349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227217.592017715 Mflops = 227.217592017715 Gflops = 0.227217592017715 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00122056 Relative Rsd = 5.3507810884238e-07
BICGSTAB_SOLVER_TIME: 0.840907 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134145
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023285(s) Flops=1631305728 => 1594.18512731057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229701.271498104 Mflops = 229.701271498104 Gflops = 0.229701271498104 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181309000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044834 s
InvBiCGStab: k = 37 resid = 1.552838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162305(s) Flops=245753856 => 1514.148399618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217954.94173992 Mflops = 217.95494173992 Gflops = 0.21795494173992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063758 s
InvBiCGStab: k = 52 resid = 9.455596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217397(s) Flops=344180736 => 1583.18990602446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227922.86316259 Mflops = 227.92286316259 Gflops = 0.22792286316259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007544644 Relative Rsd = 3.3074764529254e-07
BICGSTAB_SOLVER_TIME: 0.492477 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054024 s
InvBiCGStab: k = 73 resid = 1.824764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314087(s) Flops=481978368 => 1534.53778093331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220937.55113965 Mflops = 220.93755113965 Gflops = 0.22093755113965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 104 resid = 1.098046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419633(s) Flops=685393920 => 1633.31749409603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235160.694401738 Mflops = 235.160694401738 Gflops = 0.235160694401738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001326385 Relative Rsd = 5.81470614002155e-07
BICGSTAB_SOLVER_TIME: 0.847525 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 61 resid = 2.270831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233716(s) Flops=403236864 => 1725.32844991357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248398.990372885 Mflops = 248.398990372885 Gflops = 0.248398990372885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058373 s
InvBiCGStab: k = 88 resid = 9.24989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350185(s) Flops=580405248 => 1657.42464126105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238634.233466206 Mflops = 238.634233466206 Gflops = 0.238634233466206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001153568 Relative Rsd = 5.05709452906073e-07
BICGSTAB_SOLVER_TIME: 0.686758 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 58 resid = 1.846434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212673(s) Flops=383551488 => 1803.47993398316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259633.618551907 Mflops = 259.633618551907 Gflops = 0.259633618551907 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05613 s
InvBiCGStab: k = 90 resid = 1.07851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328771(s) Flops=593528832 => 1805.29557655633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259911.709552996 Mflops = 259.911709552996 Gflops = 0.259911709552996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001192464 Relative Rsd = 5.22761320348167e-07
BICGSTAB_SOLVER_TIME: 0.642221 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 69 resid = 2.270628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307566(s) Flops=455731200 => 1481.73465207468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213317.922759052 Mflops = 213.317922759052 Gflops = 0.213317922759052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073296 s
InvBiCGStab: k = 93 resid = 1.063377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382466(s) Flops=613214208 => 1603.31691705929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230844.28483302 Mflops = 230.84428483302 Gflops = 0.23084428483302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001188376 Relative Rsd = 5.20969072986189e-07
BICGSTAB_SOLVER_TIME: 0.808631 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129747
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.044267(s) Flops=1631526912 => 1562.36567084855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224987.696721839 Mflops = 224.987696721839 Gflops = 0.224987696721839 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180949000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.410732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021287
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048794 s
InvBiCGStab: k = 27 resid = 2.26844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106733(s) Flops=180135936 => 1687.72484611132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242912.783672603 Mflops = 242.912783672603 Gflops = 0.242912783672603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056284 s
InvBiCGStab: k = 67 resid = 3.88239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282325(s) Flops=442607616 => 1567.72377933233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225707.943052703 Mflops = 225.707943052703 Gflops = 0.225707943052703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007698752 Relative Rsd = 3.37503557396986e-07
BICGSTAB_SOLVER_TIME: 0.498157 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048901 s
InvBiCGStab: k = 51 resid = 1.924112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247433(s) Flops=337618944 => 1364.48632154967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196452.012832525 Mflops = 196.452012832525 Gflops = 0.196452012832525 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060983 s
InvBiCGStab: k = 87 resid = 9.493573e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344507(s) Flops=573843456 => 1665.69461868699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239817.586153106 Mflops = 239.817586153106 Gflops = 0.239817586153106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001106855 Relative Rsd = 4.8523145236552e-07
BICGSTAB_SOLVER_TIME: 0.705434 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112657
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041163 s
InvBiCGStab: k = 65 resid = 2.261383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256379(s) Flops=429484032 => 1675.19193069635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241184.808548198 Mflops = 241.184808548198 Gflops = 0.241184808548198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056432 s
InvBiCGStab: k = 84 resid = 7.109257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324498(s) Flops=554158080 => 1707.73958545199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245874.678736248 Mflops = 245.874678736248 Gflops = 0.245874678736248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001139674 Relative Rsd = 4.99618629007712e-07
BICGSTAB_SOLVER_TIME: 0.682175 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120777
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040667 s
InvBiCGStab: k = 78 resid = 1.772061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285403(s) Flops=514787328 => 1803.72080181358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259691.677440969 Mflops = 259.691677440969 Gflops = 0.259691677440969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056403 s
InvBiCGStab: k = 81 resid = 1.128988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317868(s) Flops=534472704 => 1681.42972554645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242081.349428118 Mflops = 242.081349428118 Gflops = 0.242081349428118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001117915 Relative Rsd = 4.90080033168092e-07
BICGSTAB_SOLVER_TIME: 0.704206 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 66 resid = 1.964964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260628(s) Flops=436045824 => 1673.05824393388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240867.144286396 Mflops = 240.867144286396 Gflops = 0.240867144286396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063027 s
InvBiCGStab: k = 92 resid = 7.362949e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378383(s) Flops=606652416 => 1603.27608798493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230836.093685353 Mflops = 230.836093685353 Gflops = 0.230836093685353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001174449 Relative Rsd = 5.14863551005926e-07
BICGSTAB_SOLVER_TIME: 0.747441 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127047
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064639(s) Flops=1637572608 => 1538.14824367696 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221495.809088838 Mflops = 221.495809088838 Gflops = 0.221495809088838 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181916000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042292 s
InvBiCGStab: k = 24 resid = 1.928436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094488(s) Flops=160450560 => 1698.10515621031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244429.973611523 Mflops = 244.429973611523 Gflops = 0.244429973611523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063477 s
InvBiCGStab: k = 56 resid = 1.014151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214012(s) Flops=370427904 => 1730.874455638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249174.858921501 Mflops = 249.174858921501 Gflops = 0.249174858921501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007369687 Relative Rsd = 3.23077772772297e-07
BICGSTAB_SOLVER_TIME: 0.417997 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052751 s
InvBiCGStab: k = 69 resid = 2.094749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345024(s) Flops=455731200 => 1320.86811352254 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190181.914899601 Mflops = 190.181914899601 Gflops = 0.190181914899601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067555 s
InvBiCGStab: k = 91 resid = 1.056739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392145(s) Flops=600090624 => 1530.27738209081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220331.939704037 Mflops = 220.331939704037 Gflops = 0.220331939704037 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001173895 Relative Rsd = 5.14620879549516e-07
BICGSTAB_SOLVER_TIME: 0.861244 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050379 s
InvBiCGStab: k = 61 resid = 2.076437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236386(s) Flops=403236864 => 1705.84071814744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245577.518672539 Mflops = 245.577518672539 Gflops = 0.245577518672539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06765 s
InvBiCGStab: k = 91 resid = 1.103899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348311(s) Flops=600090624 => 1722.85866366552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248051.376278435 Mflops = 248.051376278435 Gflops = 0.248051376278435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001213591 Relative Rsd = 5.32022847136925e-07
BICGSTAB_SOLVER_TIME: 0.70655 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04768 s
InvBiCGStab: k = 79 resid = 9.755146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290042(s) Flops=521349120 => 1797.49525930727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258798.043413851 Mflops = 258.798043413851 Gflops = 0.258798043413851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056857 s
InvBiCGStab: k = 89 resid = 8.272683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325607(s) Flops=586967040 => 1802.6855687992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259540.982913058 Mflops = 259.540982913058 Gflops = 0.259540982913058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001174107 Relative Rsd = 5.14713814296545e-07
BICGSTAB_SOLVER_TIME: 0.723877 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 65 resid = 1.922109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241209(s) Flops=429484032 => 1780.54729301145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256351.184680092 Mflops = 256.351184680092 Gflops = 0.256351184680092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064557 s
InvBiCGStab: k = 89 resid = 1.086548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335204(s) Flops=586967040 => 1751.0740921946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252104.550755554 Mflops = 252.104550755554 Gflops = 0.252104550755554 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001098185 Relative Rsd = 4.81430569213556e-07
BICGSTAB_SOLVER_TIME: 0.685577 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124245
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.089137(s) Flops=1637720064 => 1503.68600460732 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216525.914010807 Mflops = 216.525914010807 Gflops = 0.216525914010807 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181657000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.438774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.102016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863595(s) Flops=1387505664 => 1606.66245635975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231340.011075499 Mflops = 231.340011075499 Gflops = 0.231340011075499 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.100544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985575(s) Flops=1492494336 => 1514.33867133399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218059.609222195 Mflops = 218.059609222195 Gflops = 0.218059609222195 Tflops
BICGSTAB_SOLVER: 438 iterations. Rsd = 0.002191593 Relative Rsd = 9.64243412823478e-07
BICGSTAB_SOLVER_TIME: 1.852508 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0.116423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312172999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.936723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.672378(s) Flops=1210337280 => 1800.0845952723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259159.231265575 Mflops = 259.159231265575 Gflops = 0.259159231265575 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 7.856144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805304(s) Flops=1453123584 => 1804.44103593177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.80365336 Mflops = 259.83180365336 Gflops = 0.25983180365336 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002002053 Relative Rsd = 8.79798723624923e-07
BICGSTAB_SOLVER_TIME: 1.481012 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.114348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288942999999998
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.155831(s) Flops=1637720064 => 1416.92000301082 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204033.223516706 Mflops = 204.033223516706 Gflops = 0.204033223516706 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181813000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 27 resid = 2.071116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099797(s) Flops=180135936 => 1805.02355782238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259814.665543889 Mflops = 259.814665543889 Gflops = 0.259814665543889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 53 resid = 1.127564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194607(s) Flops=350742528 => 1802.31198261111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.2561235 Mflops = 259.4552561235 Gflops = 0.2594552561235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007847447 Relative Rsd = 3.44022182238219e-07
BICGSTAB_SOLVER_TIME: 0.395761 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043829 s
InvBiCGStab: k = 104 resid = 8.386486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391374(s) Flops=685393920 => 1751.2505174079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252146.689369135 Mflops = 252.146689369135 Gflops = 0.252146689369135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057011 s
InvBiCGStab: k = 105 resid = 1.033889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395986(s) Flops=691955712 => 1747.42468673135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251588.969186711 Mflops = 251.588969186711 Gflops = 0.251588969186711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001324883 Relative Rsd = 5.80811956206902e-07
BICGSTAB_SOLVER_TIME: 0.892247 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163418999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045205 s
InvBiCGStab: k = 68 resid = 2.031799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284706(s) Flops=449169408 => 1577.66049187583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227148.964715088 Mflops = 227.148964715088 Gflops = 0.227148964715088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067015 s
InvBiCGStab: k = 86 resid = 1.087161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329602(s) Flops=567281664 => 1721.11110976268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247802.210392485 Mflops = 247.802210392485 Gflops = 0.247802210392485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001160069 Relative Rsd = 5.0855960491998e-07
BICGSTAB_SOLVER_TIME: 0.730238 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041516 s
InvBiCGStab: k = 73 resid = 1.676827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270896(s) Flops=481978368 => 1779.20075600969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256158.121710487 Mflops = 256.158121710487 Gflops = 0.256158121710487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056567 s
InvBiCGStab: k = 81 resid = 1.149063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298141(s) Flops=534472704 => 1792.68434733901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258093.559551979 Mflops = 258.093559551979 Gflops = 0.258093559551979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001190066 Relative Rsd = 5.2170969300205e-07
BICGSTAB_SOLVER_TIME: 0.670827 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043651 s
InvBiCGStab: k = 67 resid = 1.99923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269351(s) Flops=442607616 => 1643.23732230435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236599.69030398 Mflops = 236.59969030398 Gflops = 0.23659969030398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057177 s
InvBiCGStab: k = 96 resid = 7.024786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350424(s) Flops=632899584 => 1806.09656872817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260030.342988354 Mflops = 260.030342988354 Gflops = 0.260030342988354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001221033 Relative Rsd = 5.35285362004206e-07
BICGSTAB_SOLVER_TIME: 0.724283 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130738
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.137796(s) Flops=1643765760 => 1444.69286234088 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208034.031470881 Mflops = 208.034031470881 Gflops = 0.208034031470881 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182501000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041573 s
InvBiCGStab: k = 29 resid = 1.872057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120784(s) Flops=193259520 => 1600.04238972049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230239.052229823 Mflops = 230.239052229823 Gflops = 0.230239052229823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063405 s
InvBiCGStab: k = 51 resid = 1.095424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194204(s) Flops=337618944 => 1738.47574715248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250272.895279243 Mflops = 250.272895279243 Gflops = 0.250272895279243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007698361 Relative Rsd = 3.37486409634766e-07
BICGSTAB_SOLVER_TIME: 0.423667 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048143 s
InvBiCGStab: k = 83 resid = 2.090936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307315(s) Flops=547596288 => 1781.8729577144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256548.388892118 Mflops = 256.548388892118 Gflops = 0.256548388892118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056364 s
InvBiCGStab: k = 118 resid = 9.049861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464194(s) Flops=777259008 => 1674.42708867413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241089.685519099 Mflops = 241.089685519099 Gflops = 0.241089685519099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001352152 Relative Rsd = 5.92766192014188e-07
BICGSTAB_SOLVER_TIME: 0.879664 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157566999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049858 s
InvBiCGStab: k = 82 resid = 1.939754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349762(s) Flops=541034496 => 1546.86471371962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222715.526633014 Mflops = 222.715526633014 Gflops = 0.222715526633014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064675 s
InvBiCGStab: k = 99 resid = 6.662282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42191(s) Flops=652584960 => 1546.7397312223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222698.895235326 Mflops = 222.698895235326 Gflops = 0.222698895235326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001231943 Relative Rsd = 5.40068362823289e-07
BICGSTAB_SOLVER_TIME: 0.889884 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045478 s
InvBiCGStab: k = 79 resid = 1.571315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31039(s) Flops=521349120 => 1679.65823641226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241833.155382234 Mflops = 241.833155382234 Gflops = 0.241833155382234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058891 s
InvBiCGStab: k = 97 resid = 1.093076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381648(s) Flops=639461376 => 1675.52660042762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241239.844741252 Mflops = 241.239844741252 Gflops = 0.241239844741252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001236181 Relative Rsd = 5.41925986028729e-07
BICGSTAB_SOLVER_TIME: 0.800098 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 69 resid = 1.9227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256616(s) Flops=455731200 => 1775.92667643483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255682.40582909 Mflops = 255.68240582909 Gflops = 0.25568240582909 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059153 s
InvBiCGStab: k = 101 resid = 1.140162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383532(s) Flops=665708544 => 1735.73142267138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249909.95745557 Mflops = 249.90995745557 Gflops = 0.24990995745557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001266027 Relative Rsd = 5.55010289987285e-07
BICGSTAB_SOLVER_TIME: 0.744086 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135633
Monitoring force
num_pf = 1
MInvCG2: 255 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.160342(s) Flops=1643618304 => 1416.49470931846 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203999.047991749 Mflops = 203.999047991749 Gflops = 0.203999047991749 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182575000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041573 s
InvBiCGStab: k = 30 resid = 2.270243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128527(s) Flops=199821312 => 1554.7029962576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223791.913992528 Mflops = 223.791913992528 Gflops = 0.223791913992528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05697 s
InvBiCGStab: k = 52 resid = 1.00007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201129(s) Flops=344180736 => 1711.24370926122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246345.044355825 Mflops = 246.345044355825 Gflops = 0.246345044355825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007583569 Relative Rsd = 3.32454077290911e-07
BICGSTAB_SOLVER_TIME: 0.431786 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041707 s
InvBiCGStab: k = 59 resid = 2.235974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224371(s) Flops=390113280 => 1738.69742524658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250321.504224622 Mflops = 250.321504224622 Gflops = 0.250321504224622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057104 s
InvBiCGStab: k = 89 resid = 6.26273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356602(s) Flops=586967040 => 1646.00041502852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236987.226941834 Mflops = 236.987226941834 Gflops = 0.236987226941834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001129983 Relative Rsd = 4.95370219882823e-07
BICGSTAB_SOLVER_TIME: 0.683484 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119801
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045207 s
InvBiCGStab: k = 62 resid = 1.631535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267322(s) Flops=409798656 => 1532.97766738241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220708.71830632 Mflops = 220.70871830632 Gflops = 0.22070871830632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056995 s
InvBiCGStab: k = 86 resid = 1.067357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376294(s) Flops=567281664 => 1507.54905472848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217051.425705785 Mflops = 217.051425705785 Gflops = 0.217051425705785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001148125 Relative Rsd = 5.03323311172225e-07
BICGSTAB_SOLVER_TIME: 0.74978 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043193 s
InvBiCGStab: k = 55 resid = 2.165076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226935(s) Flops=363866112 => 1603.39353559389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230836.446392819 Mflops = 230.836446392819 Gflops = 0.230836446392819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058688 s
InvBiCGStab: k = 84 resid = 1.00979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325296(s) Flops=554158080 => 1703.55024347056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245268.561645679 Mflops = 245.268561645679 Gflops = 0.245268561645679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001144606 Relative Rsd = 5.01780727062562e-07
BICGSTAB_SOLVER_TIME: 0.658334 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04439 s
InvBiCGStab: k = 72 resid = 1.161299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296158(s) Flops=475416576 => 1605.28020853733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231117.158018858 Mflops = 231.117158018858 Gflops = 0.231117158018858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057732 s
InvBiCGStab: k = 91 resid = 8.65725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350652(s) Flops=600090624 => 1711.35662708326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246394.550417804 Mflops = 246.394550417804 Gflops = 0.246394550417804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001187349 Relative Rsd = 5.20518995262934e-07
BICGSTAB_SOLVER_TIME: 0.752903 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11496
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130772
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.085935(s) Flops=1637277696 => 1507.71242846027 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217180.607404998 Mflops = 217.180607404998 Gflops = 0.217180607404998 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181976000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.443585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041972 s
InvBiCGStab: k = 35 resid = 2.227373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131366(s) Flops=232630272 => 1770.85602058371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254908.239736579 Mflops = 254.908239736579 Gflops = 0.254908239736579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057956 s
InvBiCGStab: k = 52 resid = 8.483561e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207846(s) Flops=344180736 => 1655.94111024509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238399.086105696 Mflops = 238.399086105696 Gflops = 0.238399086105696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007405335 Relative Rsd = 3.24640515709569e-07
BICGSTAB_SOLVER_TIME: 0.442773 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763650000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040515 s
InvBiCGStab: k = 74 resid = 1.018056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286923(s) Flops=488540160 => 1702.68734120304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245146.399317305 Mflops = 245.146399317305 Gflops = 0.245146399317305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058421 s
InvBiCGStab: k = 98 resid = 1.067868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384279(s) Flops=646023168 => 1681.13055358216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242045.187033576 Mflops = 242.045187033576 Gflops = 0.242045187033576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001200278 Relative Rsd = 5.26186841026546e-07
BICGSTAB_SOLVER_TIME: 0.775636 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041371 s
InvBiCGStab: k = 76 resid = 1.870475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337782(s) Flops=501663744 => 1485.17015116258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213834.28230158 Mflops = 213.83428230158 Gflops = 0.21383428230158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064274 s
InvBiCGStab: k = 89 resid = 8.245845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400052(s) Flops=586967040 => 1467.22686050813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211247.587837128 Mflops = 211.247587837128 Gflops = 0.211247587837128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001207763 Relative Rsd = 5.29467932636232e-07
BICGSTAB_SOLVER_TIME: 0.847764 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041743 s
InvBiCGStab: k = 77 resid = 1.623994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30919(s) Flops=508225536 => 1643.73212587729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236667.616523343 Mflops = 236.667616523343 Gflops = 0.236667616523343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059424 s
InvBiCGStab: k = 91 resid = 9.886236e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355278(s) Flops=600090624 => 1689.07341293297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243192.165446324 Mflops = 243.192165446324 Gflops = 0.243192165446324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001170364 Relative Rsd = 5.13072834694146e-07
BICGSTAB_SOLVER_TIME: 0.769389 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045937 s
InvBiCGStab: k = 80 resid = 1.268349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310467(s) Flops=527910912 => 1700.37689029752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244812.513099362 Mflops = 244.812513099362 Gflops = 0.244812513099362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058052 s
InvBiCGStab: k = 83 resid = 8.968833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31997(s) Flops=547596288 => 1711.39884364159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246395.230135673 Mflops = 246.395230135673 Gflops = 0.246395230135673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001156508 Relative Rsd = 5.06998699242945e-07
BICGSTAB_SOLVER_TIME: 0.738084 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130647
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.080854(s) Flops=1637203968 => 1514.73183982295 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218115.684165924 Mflops = 218.115684165924 Gflops = 0.218115684165924 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181880000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 2.228644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949125(s) Flops=1518741504 => 1600.14908889767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230402.908304572 Mflops = 230.402908304572 Gflops = 0.230402908304572 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.079933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.037099(s) Flops=1676224512 => 1616.26277915609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232737.289636217 Mflops = 232.737289636217 Gflops = 0.232737289636217 Tflops
BICGSTAB_SOLVER: 486 iterations. Rsd = 0.002311362 Relative Rsd = 1.01696395328748e-06
BICGSTAB_SOLVER_TIME: 1.990601 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.118228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.346323999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.112263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714809(s) Flops=1243146240 => 1739.13064888663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250430.101431243 Mflops = 250.430101431243 Gflops = 0.250430101431243 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 9.515782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815387(s) Flops=1413752832 => 1733.84274215802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249666.780204381 Mflops = 249.666780204381 Gflops = 0.249666780204381 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.002064752 Relative Rsd = 9.0733835177196e-07
BICGSTAB_SOLVER_TIME: 1.53354 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288194999999997
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01586(s) Flops=1637203968 => 1611.64330517985 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232206.132763184 Mflops = 232.206132763184 Gflops = 0.232206132763184 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181972000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.464082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02116
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045664 s
InvBiCGStab: k = 25 resid = 1.910504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100186(s) Flops=167012352 => 1667.02285748508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239980.813217221 Mflops = 239.980813217221 Gflops = 0.239980813217221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05726 s
InvBiCGStab: k = 66 resid = 1.04887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245348(s) Flops=436045824 => 1777.25444674503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255865.059533961 Mflops = 255.865059533961 Gflops = 0.255865059533961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007692751 Relative Rsd = 3.37240497455437e-07
BICGSTAB_SOLVER_TIME: 0.452071 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0792770000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046737 s
InvBiCGStab: k = 84 resid = 1.942402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347211(s) Flops=554158080 => 1596.02685398792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229786.793711519 Mflops = 229.786793711519 Gflops = 0.229786793711519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068111 s
InvBiCGStab: k = 119 resid = 5.738045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46057(s) Flops=783820800 => 1701.84944742384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245037.94174711 Mflops = 245.03794174711 Gflops = 0.24503794174711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001332027 Relative Rsd = 5.83943719387259e-07
BICGSTAB_SOLVER_TIME: 0.926303 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160270999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045145 s
InvBiCGStab: k = 52 resid = 1.878861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201784(s) Flops=344180736 => 1705.68893470245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245570.087529589 Mflops = 245.570087529589 Gflops = 0.245570087529589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05617 s
InvBiCGStab: k = 92 resid = 9.820776e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39341(s) Flops=606652416 => 1542.03608449201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222009.508486808 Mflops = 222.009508486808 Gflops = 0.222009508486808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001126824 Relative Rsd = 4.93985333943572e-07
BICGSTAB_SOLVER_TIME: 0.700859 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046695 s
InvBiCGStab: k = 84 resid = 1.774949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359328(s) Flops=554158080 => 1542.20678600053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222050.561223182 Mflops = 222.050561223182 Gflops = 0.222050561223182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060256 s
InvBiCGStab: k = 95 resid = 6.360355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351561(s) Flops=626337792 => 1781.59065425346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256511.549007284 Mflops = 256.511549007284 Gflops = 0.256511549007284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.00124099 Relative Rsd = 5.44034446291636e-07
BICGSTAB_SOLVER_TIME: 0.821458 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046656 s
InvBiCGStab: k = 75 resid = 1.38128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282597(s) Flops=495101952 => 1751.971719445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252238.586294204 Mflops = 252.238586294204 Gflops = 0.252238586294204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056257 s
InvBiCGStab: k = 88 resid = 1.113151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320466(s) Flops=580405248 => 1811.12894347606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260763.171307598 Mflops = 260.763171307598 Gflops = 0.260763171307598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001169841 Relative Rsd = 5.12843585444473e-07
BICGSTAB_SOLVER_TIME: 0.709633 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130562
Monitoring force
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.040272(s) Flops=1636909056 => 1573.53947429134 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226587.184061721 Mflops = 226.587184061721 Gflops = 0.226587184061721 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181668000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050015 s
InvBiCGStab: k = 36 resid = 1.254191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15035(s) Flops=239192064 => 1590.90165613568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229019.901767571 Mflops = 229.019901767571 Gflops = 0.229019901767571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062241 s
InvBiCGStab: k = 67 resid = 8.144551e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254204(s) Flops=442607616 => 1741.15126433888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250679.44757493 Mflops = 250.67944757493 Gflops = 0.25067944757493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0008055944 Relative Rsd = 3.53162398816275e-07
BICGSTAB_SOLVER_TIME: 0.520496 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0878120000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043684 s
InvBiCGStab: k = 78 resid = 2.2584e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285801(s) Flops=514787328 => 1801.20898107424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.280441744 Mflops = 259.337280441744 Gflops = 0.259337280441744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 106 resid = 1.152124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386454(s) Flops=698517504 => 1807.50491390955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260241.836967618 Mflops = 260.241836967618 Gflops = 0.260241836967618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.00124533 Relative Rsd = 5.45937031337895e-07
BICGSTAB_SOLVER_TIME: 0.776113 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 73 resid = 2.21715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313818(s) Flops=481978368 => 1535.85316329847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221131.195366721 Mflops = 221.131195366721 Gflops = 0.221131195366721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064018 s
InvBiCGStab: k = 86 resid = 8.830703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317487(s) Flops=567281664 => 1786.78706214743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257247.140425884 Mflops = 257.247140425884 Gflops = 0.257247140425884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001206304 Relative Rsd = 5.28828464003463e-07
BICGSTAB_SOLVER_TIME: 0.740124 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120225
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041489 s
InvBiCGStab: k = 72 resid = 2.252814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302953(s) Flops=475416576 => 1569.27502285833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225930.89397833 Mflops = 225.93089397833 Gflops = 0.22593089397833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06789 s
InvBiCGStab: k = 95 resid = 8.411304e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374308(s) Flops=626337792 => 1673.32194876946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240921.815919712 Mflops = 240.921815919712 Gflops = 0.240921815919712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001220542 Relative Rsd = 5.35070198416356e-07
BICGSTAB_SOLVER_TIME: 0.790303 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041697 s
InvBiCGStab: k = 84 resid = 2.280467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330901(s) Flops=554158080 => 1674.69448566187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241123.736294576 Mflops = 241.123736294576 Gflops = 0.241123736294576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060784 s
InvBiCGStab: k = 88 resid = 1.032477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326978(s) Flops=580405248 => 1775.05901926123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255565.467551098 Mflops = 255.565467551098 Gflops = 0.255565467551098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001255755 Relative Rsd = 5.5050711410942e-07
BICGSTAB_SOLVER_TIME: 0.764044 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137392
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104501(s) Flops=1630568448 => 1476.29422517499 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212622.724826516 Mflops = 212.622724826516 Gflops = 0.212622724826516 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181136000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 32 resid = 1.998683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119437(s) Flops=212944896 => 1782.90559876755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256622.725543668 Mflops = 256.622725543668 Gflops = 0.256622725543668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056933 s
InvBiCGStab: k = 69 resid = 1.130805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255556(s) Flops=455731200 => 1783.29289862105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256741.587494953 Mflops = 256.741587494953 Gflops = 0.256741587494953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0008189372 Relative Rsd = 3.59011725063377e-07
BICGSTAB_SOLVER_TIME: 0.47682 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0862860000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040907 s
InvBiCGStab: k = 69 resid = 1.770014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252973(s) Flops=455731200 => 1801.50134599345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259366.731591871 Mflops = 259.366731591871 Gflops = 0.259366731591871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 87 resid = 1.031819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318323(s) Flops=573843456 => 1802.70811722684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259544.173570243 Mflops = 259.544173570243 Gflops = 0.259544173570243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001177402 Relative Rsd = 5.16158053948479e-07
BICGSTAB_SOLVER_TIME: 0.672015 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 64 resid = 1.920569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233613(s) Flops=422922240 => 1810.35404707786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260638.18940934 Mflops = 260.63818940934 Gflops = 0.26063818940934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056167 s
InvBiCGStab: k = 96 resid = 1.059077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351965(s) Flops=632899584 => 1798.1889790178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.561235455 Mflops = 258.887561235455 Gflops = 0.258887561235455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001199953 Relative Rsd = 5.2604424921809e-07
BICGSTAB_SOLVER_TIME: 0.686309 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048176 s
InvBiCGStab: k = 83 resid = 2.120509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354586(s) Flops=547596288 => 1544.32574326116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222358.794539045 Mflops = 222.358794539045 Gflops = 0.222358794539045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059526 s
InvBiCGStab: k = 89 resid = 8.7217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389607(s) Flops=586967040 => 1506.56184308803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216913.472313295 Mflops = 216.913472313295 Gflops = 0.216913472313295 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001168752 Relative Rsd = 5.12365999852658e-07
BICGSTAB_SOLVER_TIME: 0.855765 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04033 s
InvBiCGStab: k = 80 resid = 1.71168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304343(s) Flops=527910912 => 1734.5919308149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249740.071971978 Mflops = 249.740071971978 Gflops = 0.249740071971978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057029 s
InvBiCGStab: k = 88 resid = 8.489489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35934(s) Flops=580405248 => 1615.1979963266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232554.91707068 Mflops = 232.55491707068 Gflops = 0.23255491707068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001206579 Relative Rsd = 5.28949008689065e-07
BICGSTAB_SOLVER_TIME: 0.764756 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134319
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.107129(s) Flops=1624080384 => 1466.92967486174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211298.104114974 Mflops = 211.298104114974 Gflops = 0.211298104114974 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180415000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.487015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040493 s
InvBiCGStab: k = 39 resid = 1.82419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17212(s) Flops=258877440 => 1504.05205670462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216525.06127464 Mflops = 216.52506127464 Gflops = 0.21652506127464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061421 s
InvBiCGStab: k = 49 resid = 1.117715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189779(s) Flops=324495360 => 1709.85915196097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246129.501169926 Mflops = 246.129501169926 Gflops = 0.246129501169926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007572036 Relative Rsd = 3.31948498997972e-07
BICGSTAB_SOLVER_TIME: 0.467483 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044547 s
InvBiCGStab: k = 66 resid = 2.251154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257956(s) Flops=436045824 => 1690.38837631224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243372.395860232 Mflops = 243.372395860232 Gflops = 0.243372395860232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06732 s
InvBiCGStab: k = 93 resid = 1.000793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358939(s) Flops=613214208 => 1708.40785760255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245976.966790632 Mflops = 245.976966790632 Gflops = 0.245976966790632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001232407 Relative Rsd = 5.40271737324613e-07
BICGSTAB_SOLVER_TIME: 0.732415 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0408 s
InvBiCGStab: k = 68 resid = 2.226017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259495(s) Flops=449169408 => 1730.93665773907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249208.849462963 Mflops = 249.208849462963 Gflops = 0.249208849462963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060283 s
InvBiCGStab: k = 88 resid = 5.04896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346242(s) Flops=580405248 => 1676.29937442598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241344.277571602 Mflops = 241.344277571602 Gflops = 0.241344277571602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001175161 Relative Rsd = 5.15175681106326e-07
BICGSTAB_SOLVER_TIME: 0.710499 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12557
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042268 s
InvBiCGStab: k = 76 resid = 1.720689e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299073(s) Flops=501663744 => 1677.39563250444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241502.784675661 Mflops = 241.502784675661 Gflops = 0.241502784675661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060269 s
InvBiCGStab: k = 91 resid = 1.133986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384503(s) Flops=600090624 => 1560.69165650203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224705.309484718 Mflops = 224.705309484718 Gflops = 0.224705309484718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001164627 Relative Rsd = 5.10557625428592e-07
BICGSTAB_SOLVER_TIME: 0.790476 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049344 s
InvBiCGStab: k = 59 resid = 2.245687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270807(s) Flops=390113280 => 1440.55833121005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207397.150917945 Mflops = 207.397150917945 Gflops = 0.207397150917945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06664 s
InvBiCGStab: k = 92 resid = 9.348527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379909(s) Flops=606652416 => 1596.83612654609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229906.020821932 Mflops = 229.906020821932 Gflops = 0.229906020821932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001170926 Relative Rsd = 5.13318976531005e-07
BICGSTAB_SOLVER_TIME: 0.770393 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121994000000001
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066264(s) Flops=1617739776 => 1517.20378442862 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218478.510453848 Mflops = 218.478510453848 Gflops = 0.218478510453848 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179757000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 2.044172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.957304(s) Flops=1551550464 => 1620.7500062676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233187.474469048 Mflops = 233.187474469048 Gflops = 0.233187474469048 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.029066e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.026616(s) Flops=1735280640 => 1690.29183258395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243402.588672116 Mflops = 243.402588672116 Gflops = 0.243402588672116 Tflops
BICGSTAB_SOLVER: 500 iterations. Rsd = 0.002192603 Relative Rsd = 9.64746209677709e-07
BICGSTAB_SOLVER_TIME: 1.988387 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.115693
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356241999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.978152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79095(s) Flops=1380943872 => 1745.93068082685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251388.091983025 Mflops = 251.388091983025 Gflops = 0.251388091983025 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 6.015093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.955402(s) Flops=1453123584 => 1520.95514139598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219013.04000959 Mflops = 219.01304000959 Gflops = 0.21901304000959 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002619675 Relative Rsd = 1.15118375436903e-06
BICGSTAB_SOLVER_TIME: 1.749966 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0.124546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306897999999999
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053064(s) Flops=1617739776 => 1536.22170732263 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221218.016551545 Mflops = 221.218016551545 Gflops = 0.221218016551545 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179741000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.401738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047201 s
InvBiCGStab: k = 31 resid = 2.278731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132668(s) Flops=206383104 => 1555.63590315675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223910.001811963 Mflops = 223.910001811963 Gflops = 0.223910001811963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061737 s
InvBiCGStab: k = 47 resid = 1.051175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202117(s) Flops=311371776 => 1540.55213564421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221776.612941089 Mflops = 221.776612941089 Gflops = 0.221776612941089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007050358 Relative Rsd = 3.09078768390348e-07
BICGSTAB_SOLVER_TIME: 0.448138 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045772 s
InvBiCGStab: k = 80 resid = 1.679839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327163(s) Flops=527910912 => 1613.60212493467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232335.924824103 Mflops = 232.335924824103 Gflops = 0.232335924824103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058194 s
InvBiCGStab: k = 117 resid = 7.833475e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45464(s) Flops=770697216 => 1695.18127749428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244074.985164844 Mflops = 244.074985164844 Gflops = 0.244074985164844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001369031 Relative Rsd = 6.00165961761971e-07
BICGSTAB_SOLVER_TIME: 0.889611 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154765999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041017 s
InvBiCGStab: k = 67 resid = 2.278495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265351(s) Flops=442607616 => 1668.0080949384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240150.484874921 Mflops = 240.150484874921 Gflops = 0.240150484874921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059668 s
InvBiCGStab: k = 94 resid = 7.193482e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366541(s) Flops=619776000 => 1690.87769171798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243455.217554895 Mflops = 243.455217554895 Gflops = 0.243455217554895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001197478 Relative Rsd = 5.24959398082673e-07
BICGSTAB_SOLVER_TIME: 0.736287 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 85 resid = 2.26505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330283(s) Flops=560719872 => 1697.69522500401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244430.19453369 Mflops = 244.43019453369 Gflops = 0.24443019453369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057633 s
InvBiCGStab: k = 89 resid = 5.419095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341194(s) Flops=586967040 => 1720.33224499845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247682.019224211 Mflops = 247.682019224211 Gflops = 0.247682019224211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001204842 Relative Rsd = 5.28187362250482e-07
BICGSTAB_SOLVER_TIME: 0.776778 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046776 s
InvBiCGStab: k = 66 resid = 1.599396e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273844(s) Flops=436045824 => 1592.31469011554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229250.887878834 Mflops = 229.250887878834 Gflops = 0.229250887878834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063576 s
InvBiCGStab: k = 95 resid = 1.147236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.420896(s) Flops=626337792 => 1488.10583136927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214260.927819976 Mflops = 214.260927819976 Gflops = 0.214260927819976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001195677 Relative Rsd = 5.24169478250431e-07
BICGSTAB_SOLVER_TIME: 0.808889 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116677
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129166
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.073303(s) Flops=1611325440 => 1501.2773093898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216195.008872305 Mflops = 216.195008872305 Gflops = 0.216195008872305 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178907000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433735
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043455 s
InvBiCGStab: k = 27 resid = 2.03839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115301(s) Flops=180135936 => 1562.31026617289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224876.001668484 Mflops = 224.876001668484 Gflops = 0.224876001668484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063658 s
InvBiCGStab: k = 61 resid = 1.078849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254306(s) Flops=403236864 => 1585.63645372111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228281.405238734 Mflops = 228.281405238734 Gflops = 0.228281405238734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007489016 Relative Rsd = 3.28308988536895e-07
BICGSTAB_SOLVER_TIME: 0.480548 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04962 s
InvBiCGStab: k = 83 resid = 2.225672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337068(s) Flops=547596288 => 1624.58699134893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233908.797824218 Mflops = 233.908797824218 Gflops = 0.233908797824218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057587 s
InvBiCGStab: k = 107 resid = 9.730226e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439856(s) Flops=705079296 => 1602.97755629115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230795.51486603 Mflops = 230.79551486603 Gflops = 0.23079551486603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001342279 Relative Rsd = 5.88438270349007e-07
BICGSTAB_SOLVER_TIME: 0.887842 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149835999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042259 s
InvBiCGStab: k = 68 resid = 1.991172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269498(s) Flops=449169408 => 1666.68920734106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239964.346056293 Mflops = 239.964346056293 Gflops = 0.239964346056293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 98 resid = 8.283556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377069(s) Flops=646023168 => 1713.27573467986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246675.307373547 Mflops = 246.675307373547 Gflops = 0.246675307373547 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001175676 Relative Rsd = 5.1540145997555e-07
BICGSTAB_SOLVER_TIME: 0.748782 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 67 resid = 2.18543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263587(s) Flops=442607616 => 1679.17088475532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241756.468256856 Mflops = 241.756468256856 Gflops = 0.241756468256856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062535 s
InvBiCGStab: k = 93 resid = 1.064708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364316(s) Flops=613214208 => 1683.19318393922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242344.184008349 Mflops = 242.344184008349 Gflops = 0.242344184008349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001231196 Relative Rsd = 5.39740820150894e-07
BICGSTAB_SOLVER_TIME: 0.73524 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128346
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046823 s
InvBiCGStab: k = 69 resid = 2.258158e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293472(s) Flops=455731200 => 1552.89499509323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223589.303755608 Mflops = 223.589303755608 Gflops = 0.223589303755608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066238 s
InvBiCGStab: k = 91 resid = 1.117442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38311(s) Flops=600090624 => 1566.36638041294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225523.425760701 Mflops = 225.523425760701 Gflops = 0.225523425760701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001195346 Relative Rsd = 5.2402469193669e-07
BICGSTAB_SOLVER_TIME: 0.793793 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128337
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009967(s) Flops=1605058560 => 1589.21881606033 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228849.596194004 Mflops = 228.849596194004 Gflops = 0.228849596194004 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178166000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040495 s
InvBiCGStab: k = 35 resid = 2.063969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166161(s) Flops=232630272 => 1400.02932095979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201550.000740883 Mflops = 201.550000740883 Gflops = 0.201550000740883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.083569 s
InvBiCGStab: k = 71 resid = 1.010199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324018(s) Flops=468854784 => 1447.00227765124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208333.576535931 Mflops = 208.333576535931 Gflops = 0.208333576535931 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0008520657 Relative Rsd = 3.73534858963167e-07
BICGSTAB_SOLVER_TIME: 0.618132 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0898380000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051373 s
InvBiCGStab: k = 67 resid = 2.046316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261159(s) Flops=442607616 => 1694.78216718551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244000.983081162 Mflops = 244.000983081162 Gflops = 0.244000983081162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056207 s
InvBiCGStab: k = 87 resid = 1.06061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351905(s) Flops=573843456 => 1630.67718844575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234778.875199874 Mflops = 234.778875199874 Gflops = 0.234778875199874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001169903 Relative Rsd = 5.12870633997974e-07
BICGSTAB_SOLVER_TIME: 0.724708 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123964
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045347 s
InvBiCGStab: k = 64 resid = 1.642114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25759(s) Flops=422922240 => 1641.84261811406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236381.94423448 Mflops = 236.38194423448 Gflops = 0.23638194423448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057868 s
InvBiCGStab: k = 92 resid = 9.705237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381393(s) Flops=606652416 => 1590.62283786016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229021.686827801 Mflops = 229.021686827801 Gflops = 0.229021686827801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001140109 Relative Rsd = 4.99809499932418e-07
BICGSTAB_SOLVER_TIME: 0.746166 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125678
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041632 s
InvBiCGStab: k = 75 resid = 2.228285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288133(s) Flops=495101952 => 1718.31047467663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247381.241591991 Mflops = 247.381241591991 Gflops = 0.247381241591991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058746 s
InvBiCGStab: k = 85 resid = 1.048868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353604(s) Flops=560719872 => 1585.72830624088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228302.443004129 Mflops = 228.302443004129 Gflops = 0.228302443004129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001161237 Relative Rsd = 5.09071690176261e-07
BICGSTAB_SOLVER_TIME: 0.745855 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 65 resid = 1.876601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252656(s) Flops=429484032 => 1699.8766385916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244732.115812179 Mflops = 244.732115812179 Gflops = 0.244732115812179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064645 s
InvBiCGStab: k = 84 resid = 1.052862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340892(s) Flops=554158080 => 1625.61186534152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234043.77303356 Mflops = 234.04377303356 Gflops = 0.23404377303356 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001189056 Relative Rsd = 5.21267219494779e-07
BICGSTAB_SOLVER_TIME: 0.703477 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120573
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01408(s) Flops=1592893440 => 1570.77690123067 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226191.500558145 Mflops = 226.191500558145 Gflops = 0.226191500558145 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176876000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0446 s
InvBiCGStab: k = 38 resid = 1.713175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148876(s) Flops=252315648 => 1694.80405169403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243976.149174537 Mflops = 243.976149174537 Gflops = 0.243976149174537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055744 s
InvBiCGStab: k = 52 resid = 6.07237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231559(s) Flops=344180736 => 1486.36302626976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213987.946001737 Mflops = 213.987946001737 Gflops = 0.213987946001737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007808603 Relative Rsd = 3.42319297172807e-07
BICGSTAB_SOLVER_TIME: 0.484902 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042769 s
InvBiCGStab: k = 64 resid = 2.170522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296366(s) Flops=422922240 => 1427.02685193308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205450.917889233 Mflops = 205.450917889233 Gflops = 0.205450917889233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0661 s
InvBiCGStab: k = 92 resid = 8.080474e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357567(s) Flops=606652416 => 1696.61186854492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244272.448457686 Mflops = 244.272448457686 Gflops = 0.244272448457686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00121748 Relative Rsd = 5.33728028777634e-07
BICGSTAB_SOLVER_TIME: 0.766431 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04307 s
InvBiCGStab: k = 62 resid = 1.865428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281132(s) Flops=409798656 => 1457.67346299959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209865.491998184 Mflops = 209.865491998184 Gflops = 0.209865491998184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058829 s
InvBiCGStab: k = 82 resid = 1.058423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319198(s) Flops=541034496 => 1694.98084574465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244032.310569188 Mflops = 244.032310569188 Gflops = 0.244032310569189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001163638 Relative Rsd = 5.1012403201247e-07
BICGSTAB_SOLVER_TIME: 0.70585 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 68 resid = 1.967723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263302(s) Flops=449169408 => 1705.90959430616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245604.497842037 Mflops = 245.604497842037 Gflops = 0.245604497842037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065663 s
InvBiCGStab: k = 89 resid = 8.964419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34221(s) Flops=586967040 => 1715.22468659595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246957.060087249 Mflops = 246.957060087249 Gflops = 0.246957060087249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001162028 Relative Rsd = 5.09418524081153e-07
BICGSTAB_SOLVER_TIME: 0.716122 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043356 s
InvBiCGStab: k = 64 resid = 2.059406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241484(s) Flops=422922240 => 1751.34683871395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252141.825165855 Mflops = 252.141825165855 Gflops = 0.252141825165855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055729 s
InvBiCGStab: k = 103 resid = 1.017974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399554(s) Flops=678832128 => 1698.97467676459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244611.463004531 Mflops = 244.611463004531 Gflops = 0.244611463004531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001203591 Relative Rsd = 5.27638991104504e-07
BICGSTAB_SOLVER_TIME: 0.744435 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133499
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.05868(s) Flops=1586626560 => 1498.68379491442 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215834.137348406 Mflops = 215.834137348406 Gflops = 0.215834137348406 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176469000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 2.185998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.982183(s) Flops=1479370752 => 1506.20683925501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216873.564164179 Mflops = 216.873564164179 Gflops = 0.216873564164179 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.096449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.976841(s) Flops=1597483008 => 1635.35622276297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235487.365299251 Mflops = 235.487365299251 Gflops = 0.235487365299251 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002058099 Relative Rsd = 9.05610596631165e-07
BICGSTAB_SOLVER_TIME: 1.962435 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118748
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.124947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333524999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.105612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786969(s) Flops=1315325952 => 1671.38216626068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240608.65236908 Mflops = 240.60865236908 Gflops = 0.24060865236908 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.117471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.869991(s) Flops=1453123584 => 1670.27427180281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240511.549817177 Mflops = 240.511549817177 Gflops = 0.240511549817177 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002333316 Relative Rsd = 1.02534580754186e-06
BICGSTAB_SOLVER_TIME: 1.662911 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300322999999998
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.096489(s) Flops=1586626560 => 1447.00636303693 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208398.471205821 Mflops = 208.398471205821 Gflops = 0.208398471205821 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175986000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040929 s
InvBiCGStab: k = 33 resid = 1.949653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122043(s) Flops=219506688 => 1798.6012143261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258899.224427579 Mflops = 258.899224427579 Gflops = 0.258899224427579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 59 resid = 7.210073e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215756(s) Flops=390113280 => 1808.1225087599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260294.382097582 Mflops = 260.294382097582 Gflops = 0.260294382097582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007681059 Relative Rsd = 3.36727927366593e-07
BICGSTAB_SOLVER_TIME: 0.43828 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0800320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048227 s
InvBiCGStab: k = 73 resid = 2.143051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27754(s) Flops=481978368 => 1736.60866181451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250032.640315405 Mflops = 250.032640315405 Gflops = 0.250032640315405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056676 s
InvBiCGStab: k = 111 resid = 1.021572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.524731(s) Flops=731326464 => 1393.71690256531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200672.32544778 Mflops = 200.67232544778 Gflops = 0.20067232544778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001330795 Relative Rsd = 5.83403564877344e-07
BICGSTAB_SOLVER_TIME: 0.911465 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047525 s
InvBiCGStab: k = 63 resid = 2.038662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249309(s) Flops=416360448 => 1670.05783184723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240446.146594517 Mflops = 240.446146594517 Gflops = 0.240446146594517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055822 s
InvBiCGStab: k = 89 resid = 1.053095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358169(s) Flops=586967040 => 1638.79911438455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235950.030621625 Mflops = 235.950030621625 Gflops = 0.235950030621625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001167948 Relative Rsd = 5.12013858307078e-07
BICGSTAB_SOLVER_TIME: 0.71471 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042736 s
InvBiCGStab: k = 72 resid = 2.229912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280341(s) Flops=475416576 => 1695.85103855661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244171.267044987 Mflops = 244.171267044987 Gflops = 0.244171267044987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060485 s
InvBiCGStab: k = 89 resid = 1.105325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36074(s) Flops=586967040 => 1627.11936574818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234267.320182532 Mflops = 234.267320182532 Gflops = 0.234267320182532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001184569 Relative Rsd = 5.19300075165164e-07
BICGSTAB_SOLVER_TIME: 0.74799 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044385 s
InvBiCGStab: k = 65 resid = 2.129681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243363(s) Flops=429484032 => 1764.78771218304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254076.05563348 Mflops = 254.07605563348 Gflops = 0.25407605563348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059313 s
InvBiCGStab: k = 100 resid = 8.519187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431989(s) Flops=659146752 => 1525.84151911276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219689.351854464 Mflops = 219.689351854464 Gflops = 0.219689351854464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001209459 Relative Rsd = 5.30211359577456e-07
BICGSTAB_SOLVER_TIME: 0.782726 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132212
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103896(s) Flops=1580138496 => 1431.41971345127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206127.407015472 Mflops = 206.127407015472 Gflops = 0.206127407015472 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175199000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 34 resid = 1.557319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125048(s) Flops=226068480 => 1807.8536242083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260220.50129296 Mflops = 260.22050129296 Gflops = 0.26022050129296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 47 resid = 1.148025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17232(s) Flops=311371776 => 1806.93927576602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260108.248869302 Mflops = 260.108248869302 Gflops = 0.260108248869303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007561682 Relative Rsd = 3.31494593649221e-07
BICGSTAB_SOLVER_TIME: 0.397749 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047057 s
InvBiCGStab: k = 70 resid = 2.249805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269178(s) Flops=462292992 => 1717.42487127477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247258.851663548 Mflops = 247.258851663548 Gflops = 0.247258851663548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 113 resid = 9.021257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.528839(s) Flops=744450048 => 1407.70640591938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202687.889421779 Mflops = 202.687889421779 Gflops = 0.202687889421779 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001347132 Relative Rsd = 5.90565511494345e-07
BICGSTAB_SOLVER_TIME: 0.906034 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144666
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058511 s
InvBiCGStab: k = 49 resid = 2.081642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209812(s) Flops=324495360 => 1546.60057575353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222660.826217634 Mflops = 222.660826217634 Gflops = 0.222660826217634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057016 s
InvBiCGStab: k = 85 resid = 9.469335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336568(s) Flops=560719872 => 1665.99282165862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239867.342016833 Mflops = 239.867342016833 Gflops = 0.239867342016833 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001151586 Relative Rsd = 5.04840581918611e-07
BICGSTAB_SOLVER_TIME: 0.665549 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109898
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050064 s
InvBiCGStab: k = 71 resid = 2.068949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284914(s) Flops=468854784 => 1645.60107260436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236927.228108634 Mflops = 236.927228108634 Gflops = 0.236927228108634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057162 s
InvBiCGStab: k = 90 resid = 7.933348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342707(s) Flops=593528832 => 1731.88418094757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249348.773536118 Mflops = 249.348773536118 Gflops = 0.249348773536118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001230313 Relative Rsd = 5.39353668590783e-07
BICGSTAB_SOLVER_TIME: 0.738493 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 55 resid = 1.581317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215613(s) Flops=363866112 => 1687.58893016655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242955.690728587 Mflops = 242.955690728587 Gflops = 0.242955690728587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 91 resid = 1.11819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353457(s) Flops=600090624 => 1697.77546915183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244441.8567463 Mflops = 244.4418567463 Gflops = 0.2444418567463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001125065 Relative Rsd = 4.93214399133786e-07
BICGSTAB_SOLVER_TIME: 0.671902 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119868
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.040761(s) Flops=1567899648 => 1506.49346776061 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216942.98651287 Mflops = 216.94298651287 Gflops = 0.21694298651287 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173890000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 32 resid = 2.055719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117977(s) Flops=212944896 => 1804.96957881621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.069595329 Mflops = 259.800069595329 Gflops = 0.259800069595329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060115 s
InvBiCGStab: k = 63 resid = 1.081401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246689(s) Flops=416360448 => 1687.79494829522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242986.020539511 Mflops = 242.986020539511 Gflops = 0.242986020539511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007633257 Relative Rsd = 3.34632353442854e-07
BICGSTAB_SOLVER_TIME: 0.469688 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0819980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049754 s
InvBiCGStab: k = 61 resid = 2.094351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225007(s) Flops=403236864 => 1792.10808552623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257993.533132688 Mflops = 257.993533132688 Gflops = 0.257993533132688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069296 s
InvBiCGStab: k = 92 resid = 7.997634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368882(s) Flops=606652416 => 1644.57039378446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236783.639354004 Mflops = 236.783639354004 Gflops = 0.236783639354004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001158652 Relative Rsd = 5.07938457854582e-07
BICGSTAB_SOLVER_TIME: 0.71656 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053574 s
InvBiCGStab: k = 74 resid = 2.039606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327355(s) Flops=488540160 => 1492.38643063341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214860.650565865 Mflops = 214.860650565865 Gflops = 0.214860650565865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063711 s
InvBiCGStab: k = 83 resid = 8.874604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371809(s) Flops=547596288 => 1472.78922242334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212046.249301248 Mflops = 212.046249301248 Gflops = 0.212046249301248 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001181129 Relative Rsd = 5.17791990719966e-07
BICGSTAB_SOLVER_TIME: 0.820172 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043434 s
InvBiCGStab: k = 77 resid = 2.091698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302686(s) Flops=508225536 => 1679.05200769114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241748.780656606 Mflops = 241.748780656606 Gflops = 0.241748780656606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 92 resid = 1.079834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356183(s) Flops=606652416 => 1703.20429666772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245220.211208383 Mflops = 245.220211208383 Gflops = 0.245220211208383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001194185 Relative Rsd = 5.23515464640779e-07
BICGSTAB_SOLVER_TIME: 0.762727 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134806
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041261 s
InvBiCGStab: k = 78 resid = 1.491359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298857(s) Flops=514787328 => 1722.52056334635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248004.638554435 Mflops = 248.004638554435 Gflops = 0.248004638554435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064163 s
InvBiCGStab: k = 91 resid = 1.074193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373311(s) Flops=600090624 => 1607.4817618554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231444.19637917 Mflops = 231.44419637917 Gflops = 0.23144419637917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001230051 Relative Rsd = 5.39238737755908e-07
BICGSTAB_SOLVER_TIME: 0.781273 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13509
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030139(s) Flops=1555365888 => 1509.86021109773 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217420.968321042 Mflops = 217.420968321042 Gflops = 0.217420968321042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172549000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040935 s
InvBiCGStab: k = 29 resid = 2.143527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116108(s) Flops=193259520 => 1664.48065594102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239600.091696219 Mflops = 239.600091696219 Gflops = 0.239600091696219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060301 s
InvBiCGStab: k = 56 resid = 7.56141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22653(s) Flops=370427904 => 1635.22669845054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235430.720663965 Mflops = 235.430720663965 Gflops = 0.235430720663965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007465997 Relative Rsd = 3.27299873351281e-07
BICGSTAB_SOLVER_TIME: 0.447544 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052696 s
InvBiCGStab: k = 77 resid = 1.878847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323066(s) Flops=508225536 => 1573.13222685148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226506.957055968 Mflops = 226.506957055968 Gflops = 0.226506957055968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057276 s
InvBiCGStab: k = 93 resid = 8.659893e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361464(s) Flops=613214208 => 1696.47380652015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244248.451989621 Mflops = 244.248451989621 Gflops = 0.244248451989621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001214946 Relative Rsd = 5.32616843578808e-07
BICGSTAB_SOLVER_TIME: 0.79823 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052451 s
InvBiCGStab: k = 68 resid = 1.77866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31796(s) Flops=449169408 => 1412.66010818971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203388.412424136 Mflops = 203.388412424136 Gflops = 0.203388412424136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066804 s
InvBiCGStab: k = 86 resid = 8.666364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403846(s) Flops=567281664 => 1404.69798883733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202238.816213218 Mflops = 202.238816213218 Gflops = 0.202238816213218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001183863 Relative Rsd = 5.189905478501e-07
BICGSTAB_SOLVER_TIME: 0.844951 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124084
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044297 s
InvBiCGStab: k = 70 resid = 1.834519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279313(s) Flops=462292992 => 1655.10732404149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238289.868544965 Mflops = 238.289868544965 Gflops = 0.238289868544965 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063152 s
InvBiCGStab: k = 89 resid = 1.009401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344388(s) Flops=586967040 => 1704.37715599847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245392.07555682 Mflops = 245.39207555682 Gflops = 0.24539207555682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001146754 Relative Rsd = 5.02722373969443e-07
BICGSTAB_SOLVER_TIME: 0.734869 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045849 s
InvBiCGStab: k = 62 resid = 2.16851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253329(s) Flops=409798656 => 1617.65394408062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232904.901382343 Mflops = 232.904901382343 Gflops = 0.232904901382343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 88 resid = 6.187628e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321581(s) Flops=580405248 => 1804.84931634643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259846.380270496 Mflops = 259.846380270496 Gflops = 0.259846380270496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001167601 Relative Rsd = 5.11861722952387e-07
BICGSTAB_SOLVER_TIME: 0.680644 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121371
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000317(s) Flops=1542905856 => 1542.41690983958 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222105.446275644 Mflops = 222.105446275644 Gflops = 0.222105446275644 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171170000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021167
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 8.899944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947114(s) Flops=1544988672 => 1631.25945979048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234872.930785855 Mflops = 234.872930785855 Gflops = 0.234872930785855 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 1.127106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.101089(s) Flops=1748404224 => 1587.88637794038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228653.544512837 Mflops = 228.653544512837 Gflops = 0.228653544512837 Tflops
BICGSTAB_SOLVER: 501 iterations. Rsd = 0.002134923 Relative Rsd = 9.39456372825306e-07
BICGSTAB_SOLVER_TIME: 2.051846 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.117608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356855999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.979269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840574(s) Flops=1400629248 => 1666.27714871029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239844.443250898 Mflops = 239.844443250898 Gflops = 0.239844443250898 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.108772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844102(s) Flops=1413752832 => 1674.8601851435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241173.311076686 Mflops = 241.173311076686 Gflops = 0.241173311076686 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.00223653 Relative Rsd = 9.82807853021293e-07
BICGSTAB_SOLVER_TIME: 1.68805 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.114666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305266999999999
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.020965(s) Flops=1542905856 => 1511.22306445373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217610.159326627 Mflops = 217.610159326627 Gflops = 0.217610159326627 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171114000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435908
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 41 resid = 1.194538e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182449(s) Flops=272001024 => 1490.83318626027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214611.712041227 Mflops = 214.611712041227 Gflops = 0.214611712041227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062484 s
InvBiCGStab: k = 53 resid = 8.894157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215377(s) Flops=350742528 => 1628.50503071359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234445.082180113 Mflops = 234.445082180113 Gflops = 0.234445082180113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007654204 Relative Rsd = 3.35550651834213e-07
BICGSTAB_SOLVER_TIME: 0.505171 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0814690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046492 s
InvBiCGStab: k = 78 resid = 2.090056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325832(s) Flops=514787328 => 1579.91642318741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227473.838935205 Mflops = 227.473838935205 Gflops = 0.227473838935205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 111 resid = 1.105011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431216(s) Flops=731326464 => 1695.96319246039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244186.422150718 Mflops = 244.186422150718 Gflops = 0.244186422150718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001332386 Relative Rsd = 5.84101315487657e-07
BICGSTAB_SOLVER_TIME: 0.863631 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00178
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149022999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041058 s
InvBiCGStab: k = 63 resid = 1.899086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23009(s) Flops=416360448 => 1809.55473075753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260522.837939887 Mflops = 260.522837939887 Gflops = 0.260522837939887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056215 s
InvBiCGStab: k = 86 resid = 8.84637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347313(s) Flops=567281664 => 1633.34417081998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235162.256557659 Mflops = 235.162256557659 Gflops = 0.235162256557659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001152471 Relative Rsd = 5.05228550038828e-07
BICGSTAB_SOLVER_TIME: 0.678617 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055064 s
InvBiCGStab: k = 59 resid = 2.005718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258493(s) Flops=390113280 => 1509.18315002727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217279.855248198 Mflops = 217.279855248198 Gflops = 0.217279855248198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059914 s
InvBiCGStab: k = 96 resid = 1.134966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356074(s) Flops=632899584 => 1777.43835270197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255916.11541459 Mflops = 255.91611541459 Gflops = 0.25591611541459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001223927 Relative Rsd = 5.36554194338436e-07
BICGSTAB_SOLVER_TIME: 0.73314 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044129 s
InvBiCGStab: k = 76 resid = 1.94316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299865(s) Flops=501663744 => 1672.96531439148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240863.368301791 Mflops = 240.863368301791 Gflops = 0.240863368301791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056043 s
InvBiCGStab: k = 84 resid = 1.077659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311872(s) Flops=554158080 => 1776.87666735071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255827.129118688 Mflops = 255.827129118688 Gflops = 0.255827129118688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001176968 Relative Rsd = 5.15968050618886e-07
BICGSTAB_SOLVER_TIME: 0.715548 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128375
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950375(s) Flops=1524105216 => 1603.68824516638 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230937.296433278 Mflops = 230.937296433278 Gflops = 0.230937296433278 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169344000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.485782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049937 s
InvBiCGStab: k = 27 resid = 1.841909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111197(s) Flops=180135936 => 1619.97118627301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233181.36932298 Mflops = 233.18136932298 Gflops = 0.23318136932298 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058709 s
InvBiCGStab: k = 53 resid = 6.083509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19661(s) Flops=350742528 => 1783.95060271604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256817.978724029 Mflops = 256.817978724029 Gflops = 0.256817978724029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000769788 Relative Rsd = 3.37465332177038e-07
BICGSTAB_SOLVER_TIME: 0.420191 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040907 s
InvBiCGStab: k = 80 resid = 2.204646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291992(s) Flops=527910912 => 1807.96361544152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260300.485058665 Mflops = 260.300485058665 Gflops = 0.260300485058665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056316 s
InvBiCGStab: k = 110 resid = 9.245859e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400692(s) Flops=724764672 => 1808.7824862987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260427.595132717 Mflops = 260.427595132717 Gflops = 0.260427595132717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001362704 Relative Rsd = 5.97392209152953e-07
BICGSTAB_SOLVER_TIME: 0.79358 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149806999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04172 s
InvBiCGStab: k = 67 resid = 1.742554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245343(s) Flops=442607616 => 1804.03604749269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259727.605283966 Mflops = 259.727605283966 Gflops = 0.259727605283966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056389 s
InvBiCGStab: k = 90 resid = 1.060562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328407(s) Flops=593528832 => 1807.29653143812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260205.681053559 Mflops = 260.205681053559 Gflops = 0.260205681053559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00116383 Relative Rsd = 5.10208188738363e-07
BICGSTAB_SOLVER_TIME: 0.67554 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046138 s
InvBiCGStab: k = 66 resid = 2.205943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28313(s) Flops=436045824 => 1540.09050259598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221742.433970354 Mflops = 221.742433970354 Gflops = 0.221742433970354 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059189 s
InvBiCGStab: k = 90 resid = 1.117714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383967(s) Flops=593528832 => 1545.78084054098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222553.164256493 Mflops = 222.553164256493 Gflops = 0.222553164256493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001203911 Relative Rsd = 5.27779388407676e-07
BICGSTAB_SOLVER_TIME: 0.7765 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 77 resid = 8.576927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292274(s) Flops=508225536 => 1738.86673463941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250339.666793205 Mflops = 250.339666793205 Gflops = 0.250339666793205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057003 s
InvBiCGStab: k = 86 resid = 1.113019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324793(s) Flops=567281664 => 1746.59448941326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251462.943387005 Mflops = 251.462943387005 Gflops = 0.251462943387005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001211105 Relative Rsd = 5.309333007809e-07
BICGSTAB_SOLVER_TIME: 0.719373 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130662
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968124(s) Flops=1505525760 => 1555.09600009916 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223945.35822174 Mflops = 223.94535822174 Gflops = 0.22394535822174 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166943000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041973 s
InvBiCGStab: k = 29 resid = 1.792167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108833(s) Flops=193259520 => 1775.7437541922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255609.309482947 Mflops = 255.609309482947 Gflops = 0.255609309482947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058598 s
InvBiCGStab: k = 67 resid = 1.074352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264451(s) Flops=442607616 => 1673.68478848634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240956.775418292 Mflops = 240.956775418292 Gflops = 0.240956775418292 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007813596 Relative Rsd = 3.42538160798636e-07
BICGSTAB_SOLVER_TIME: 0.480692 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0827840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040843 s
InvBiCGStab: k = 71 resid = 7.833584e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287464(s) Flops=468854784 => 1631.00347869646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234828.863838742 Mflops = 234.828863838742 Gflops = 0.234828863838742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059502 s
InvBiCGStab: k = 88 resid = 8.397328e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362406(s) Flops=580405248 => 1601.53321964868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230581.110842981 Mflops = 230.581110842981 Gflops = 0.230581110842981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001190973 Relative Rsd = 5.22107357773522e-07
BICGSTAB_SOLVER_TIME: 0.753882 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048677 s
InvBiCGStab: k = 51 resid = 1.619347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195864(s) Flops=337618944 => 1723.74169832128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248164.296331648 Mflops = 248.164296331648 Gflops = 0.248164296331648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059518 s
InvBiCGStab: k = 77 resid = 8.664685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300563(s) Flops=508225536 => 1690.91184210964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243441.560883909 Mflops = 243.441560883909 Gflops = 0.243441560883909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001071686 Relative Rsd = 4.69813623764927e-07
BICGSTAB_SOLVER_TIME: 0.60836 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04289 s
InvBiCGStab: k = 67 resid = 1.897272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264011(s) Flops=442607616 => 1676.47414691055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241381.496852847 Mflops = 241.381496852847 Gflops = 0.241381496852847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058097 s
InvBiCGStab: k = 94 resid = 1.060211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414131(s) Flops=619776000 => 1496.56992594131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215473.86476818 Mflops = 215.47386476818 Gflops = 0.21547386476818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001167633 Relative Rsd = 5.11875757579203e-07
BICGSTAB_SOLVER_TIME: 0.784341 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047525 s
InvBiCGStab: k = 54 resid = 1.735601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216603(s) Flops=357304320 => 1649.58158474259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237486.648395581 Mflops = 237.486648395581 Gflops = 0.237486648395581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061621 s
InvBiCGStab: k = 77 resid = 9.220705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299966(s) Flops=508225536 => 1694.27713807565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243929.499634614 Mflops = 243.929499634614 Gflops = 0.243929499634614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00108911 Relative Rsd = 4.77452135273611e-07
BICGSTAB_SOLVER_TIME: 0.62934 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107998
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979428(s) Flops=1493065728 => 1524.42622428601 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219515.734362732 Mflops = 219.515734362732 Gflops = 0.219515734362732 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165456000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056114 s
InvBiCGStab: k = 32 resid = 2.036972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136503(s) Flops=212944896 => 1560.0015823828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224547.640054358 Mflops = 224.547640054358 Gflops = 0.224547640054358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070921 s
InvBiCGStab: k = 57 resid = 9.349845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261358(s) Flops=376989696 => 1442.42646484898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207655.466545206 Mflops = 207.655466545206 Gflops = 0.207655466545206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007853984 Relative Rsd = 3.44308718282806e-07
BICGSTAB_SOLVER_TIME: 0.533137 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043353 s
InvBiCGStab: k = 74 resid = 2.210503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298585(s) Flops=488540160 => 1636.1845370665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235571.728199531 Mflops = 235.571728199531 Gflops = 0.235571728199531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057503 s
InvBiCGStab: k = 89 resid = 1.116441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339315(s) Flops=586967040 => 1729.85880376641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249063.996510978 Mflops = 249.063996510978 Gflops = 0.249063996510978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001184373 Relative Rsd = 5.1921397910902e-07
BICGSTAB_SOLVER_TIME: 0.742379 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040723 s
InvBiCGStab: k = 62 resid = 1.766753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227155(s) Flops=409798656 => 1804.04858356629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259723.818530921 Mflops = 259.723818530921 Gflops = 0.259723818530921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058155 s
InvBiCGStab: k = 83 resid = 1.117754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325217(s) Flops=547596288 => 1683.78740348752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242422.54537938 Mflops = 242.42254537938 Gflops = 0.24242254537938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001123681 Relative Rsd = 4.92607592905245e-07
BICGSTAB_SOLVER_TIME: 0.654925 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117802
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052453 s
InvBiCGStab: k = 69 resid = 2.14315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272228(s) Flops=455731200 => 1674.07908077053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241024.065791761 Mflops = 241.024065791761 Gflops = 0.241024065791761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057376 s
InvBiCGStab: k = 82 resid = 1.133269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31903(s) Flops=541034496 => 1695.87341629314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244161.245086759 Mflops = 244.161245086759 Gflops = 0.244161245086759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001207707 Relative Rsd = 5.29443333763048e-07
BICGSTAB_SOLVER_TIME: 0.70484 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122016
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048351 s
InvBiCGStab: k = 56 resid = 2.072982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249249(s) Flops=370427904 => 1486.17608897127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213972.58583957 Mflops = 213.97258583957 Gflops = 0.21397258583957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061575 s
InvBiCGStab: k = 76 resid = 1.078501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333418(s) Flops=501663744 => 1504.60906129843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216624.199082284 Mflops = 216.624199082284 Gflops = 0.216624199082284 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001102002 Relative Rsd = 4.83103905010143e-07
BICGSTAB_SOLVER_TIME: 0.697012 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108411
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.016924(s) Flops=1486725120 => 1461.98252770119 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210538.488054598 Mflops = 210.538488054598 Gflops = 0.210538488054598 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164839000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.217936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.966639(s) Flops=1525303296 => 1577.94512325698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227182.90123186 Mflops = 227.18290123186 Gflops = 0.22718290123186 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 292 resid = 1.05907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183824(s) Flops=1919010816 => 1621.02712565381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233425.489286106 Mflops = 233.425489286106 Gflops = 0.233425489286106 Tflops
BICGSTAB_SOLVER: 524 iterations. Rsd = 0.002280999 Relative Rsd = 1.003771677139e-06
BICGSTAB_SOLVER_TIME: 2.153899 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.122428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.373013
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 2.203274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858375(s) Flops=1466247168 => 1708.16620707733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245912.369978983 Mflops = 245.912369978983 Gflops = 0.245912369978983 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 6.580964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904007(s) Flops=1551550464 => 1716.30359499429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247142.012665822 Mflops = 247.142012665822 Gflops = 0.247142012665822 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002117497 Relative Rsd = 9.30500856213228e-07
BICGSTAB_SOLVER_TIME: 1.765778 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.13113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327260999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 326 resid = 2.264835e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.333973(s) Flops=2142111744 => 1605.81341901223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231185.990488668 Mflops = 231.185990488668 Gflops = 0.231185990488668 Tflops
InvBiCGStab: k = 384 resid = 1.142884e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.489753(s) Flops=2522695680 => 1693.365061188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243841.972675759 Mflops = 243.841972675759 Gflops = 0.243841972675759 Tflops
BICGSTAB_SOLVER: 710 iterations. Rsd = 0.002171267 Relative Rsd = 9.55483369449832e-07
BICGSTAB_SOLVER_TIME: 2.829258 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.506732999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 327 resid = 1.545754e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.333782(s) Flops=2148673536 => 1610.96306292932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231990.834441025 Mflops = 231.990834441025 Gflops = 0.231990834441025 Tflops
InvBiCGStab: k = 329 resid = 1.100586e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.312214(s) Flops=2161797120 => 1647.44250556693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237231.70699743 Mflops = 237.23170699743 Gflops = 0.23723170699743 Tflops
BICGSTAB_SOLVER: 656 iterations. Rsd = 0.00207439 Relative Rsd = 9.11558276296002e-07
BICGSTAB_SOLVER_TIME: 2.650701 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.468725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 214 resid = 1.494627e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881375(s) Flops=1407191040 => 1596.58606155155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229897.654548147 Mflops = 229.897654548147 Gflops = 0.229897654548147 Tflops
InvBiCGStab: k = 252 resid = 1.124917e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.994487(s) Flops=1656539136 => 1665.72226283501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239859.766614007 Mflops = 239.859766614007 Gflops = 0.239859766614007 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.001799299 Relative Rsd = 7.88790172371385e-07
BICGSTAB_SOLVER_TIME: 1.880685 sec
2Flav::invert,  n_count = 466
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332257000000003
MInvCG2: 344 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.550031(s) Flops=2219599872 => 1431.97127799379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206205.861404675 Mflops = 206.205861404675 Gflops = 0.206205861404675 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.246445000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.206610994843913
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 488.546981 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.060353 secs
Doing Update: 2773 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 319 resid = 1.965905e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.23351(s) Flops=2096179200 => 1699.36133472773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244689.517339031 Mflops = 244.689517339031 Gflops = 0.244689517339031 Tflops
InvBiCGStab: k = 305 resid = 1.128867e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.141157(s) Flops=2004314112 => 1756.38769424365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252917.0714325 Mflops = 252.9170714325 Gflops = 0.2529170714325 Tflops
BICGSTAB_SOLVER: 624 iterations. Rsd = 0.001944229 Relative Rsd = 8.55333593508176e-07
BICGSTAB_SOLVER_TIME: 2.38004 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.447776999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 224 resid = 1.564495e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988585(s) Flops=1472808960 => 1489.81520051387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214505.845053988 Mflops = 214.505845053988 Gflops = 0.214505845053988 Tflops
InvBiCGStab: k = 268 resid = 7.810309e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.063343(s) Flops=1761527808 => 1656.59416387751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238546.587144889 Mflops = 238.546587144889 Gflops = 0.238546587144889 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.001788644 Relative Rsd = 7.85886756245695e-07
BICGSTAB_SOLVER_TIME: 2.057579 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353286999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
MInvCG2: 366 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.59581(s) Flops=2353268736 => 1474.65471202712 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212350.14641852 Mflops = 212.35014641852 Gflops = 0.21235014641852 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.261732000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 377 resid = 9.057317e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.569999(s) Flops=2476763136 => 1577.55714239308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227163.524680464 Mflops = 227.163524680464 Gflops = 0.227163524680464 Tflops
InvBiCGStab: k = 338 resid = 1.071307e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.287508(s) Flops=2220853248 => 1724.92384358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248385.735086481 Mflops = 248.385735086481 Gflops = 0.248385735086481 Tflops
BICGSTAB_SOLVER: 715 iterations. Rsd = 0.002095649 Relative Rsd = 9.2194853319219e-07
BICGSTAB_SOLVER_TIME: 2.862027 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.510204999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 289 resid = 2.032486e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.114751(s) Flops=1899325440 => 1703.81138029928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245349.879094125 Mflops = 245.349879094125 Gflops = 0.245349879094125 Tflops
InvBiCGStab: k = 311 resid = 9.845608e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.374443(s) Flops=2043684864 => 1486.91860193547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214117.263192832 Mflops = 214.117263192832 Gflops = 0.214117263192832 Tflops
BICGSTAB_SOLVER: 600 iterations. Rsd = 0.00200011 Relative Rsd = 8.78799688053131e-07
BICGSTAB_SOLVER_TIME: 2.494059 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.42853
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 225 resid = 1.644251e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.919897(s) Flops=1479370752 => 1608.19173450941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231546.005145034 Mflops = 231.546005145034 Gflops = 0.231546005145034 Tflops
InvBiCGStab: k = 268 resid = 1.106884e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.079537(s) Flops=1761527808 => 1631.74380127777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234969.77618024 Mflops = 234.96977618024 Gflops = 0.23496977618024 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.001871346 Relative Rsd = 8.20649080632909e-07
BICGSTAB_SOLVER_TIME: 2.004216 sec
2Flav::invert,  n_count = 493
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351644000000004
MInvCG2: 346 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.54329(s) Flops=2231838720 => 1446.15640611939 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208249.101323949 Mflops = 208.249101323949 Gflops = 0.208249101323949 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.247973000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.880363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920029(s) Flops=1604044800 => 1743.4719992522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251009.95284887 Mflops = 251.00995284887 Gflops = 0.25100995284887 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.068246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862606(s) Flops=1558112256 => 1806.2849736728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260100.475593338 Mflops = 260.100475593338 Gflops = 0.260100475593338 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.002128894 Relative Rsd = 9.36574136809977e-07
BICGSTAB_SOLVER_TIME: 1.78595 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.342628
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.484254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.735015(s) Flops=1236584448 => 1682.39348584723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242192.535155269 Mflops = 242.192535155269 Gflops = 0.242192535155269 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.142697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.016937(s) Flops=1531865088 => 1506.35200410645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216911.492077547 Mflops = 216.911492077547 Gflops = 0.216911492077547 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.001999136 Relative Rsd = 8.78371766541267e-07
BICGSTAB_SOLVER_TIME: 1.755361 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0.116137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301086999999999
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003581(s) Flops=1499258880 => 1493.90919118636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215172.883302126 Mflops = 215.172883302126 Gflops = 0.215172883302126 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166368000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 5.3e-05 s
InvBiCGStab: k = 151 resid = 1.671955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.595026(s) Flops=993798144 => 1670.17599903198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240276.657549433 Mflops = 240.276657549433 Gflops = 0.240276657549433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.2e-05 s
InvBiCGStab: k = 178 resid = 9.200832e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.710833(s) Flops=1170966528 => 1647.31593496644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237212.785523663 Mflops = 237.212785523663 Gflops = 0.237212785523663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 329 iterations. Rsd = 0.001853675 Relative Rsd = 8.12899681541665e-07
BICGSTAB_SOLVER_TIME: 1.309641 sec
2Flav::invert,  n_count = 329
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.236025999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 9.7e-05 s
InvBiCGStab: k = 136 resid = 1.651517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.499803(s) Flops=895371264 => 1791.44835865331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257723.332789094 Mflops = 257.723332789094 Gflops = 0.257723332789094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 0.000111 s
InvBiCGStab: k = 156 resid = 1.089331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.570343(s) Flops=1026607104 => 1799.98194770515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259191.682059928 Mflops = 259.191682059928 Gflops = 0.259191682059928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 292 iterations. Rsd = 0.001613947 Relative Rsd = 7.07770537261634e-07
BICGSTAB_SOLVER_TIME: 1.073871 sec
2Flav::invert,  n_count = 292
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.210296999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005029 s
InvBiCGStab: k = 105 resid = 1.91241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384434(s) Flops=691955712 => 1799.93369993289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259160.889174791 Mflops = 259.160889174791 Gflops = 0.259160889174791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007211 s
InvBiCGStab: k = 122 resid = 9.451066e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50616(s) Flops=803506176 => 1587.45490753912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228566.707303471 Mflops = 228.566707303471 Gflops = 0.228566707303471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 227 iterations. Rsd = 0.001436516 Relative Rsd = 6.29961248716951e-07
BICGSTAB_SOLVER_TIME: 0.907035 sec
2Flav::invert,  n_count = 227
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165723999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.00834 s
InvBiCGStab: k = 91 resid = 1.580813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405219(s) Flops=600090624 => 1480.90445907028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213225.605918725 Mflops = 213.225605918725 Gflops = 0.213225605918725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011074 s
InvBiCGStab: k = 121 resid = 9.546039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.491118(s) Flops=796944384 => 1622.71467142316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233640.627757761 Mflops = 233.640627757761 Gflops = 0.233640627757761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.00139921 Relative Rsd = 6.13601253034757e-07
BICGSTAB_SOLVER_TIME: 0.919586 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115216
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156011999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010177 s
InvBiCGStab: k = 83 resid = 1.87837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32374(s) Flops=547596288 => 1691.46935194909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243538.46100846 Mflops = 243.53846100846 Gflops = 0.24353846100846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015101 s
InvBiCGStab: k = 116 resid = 1.078332e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479837(s) Flops=764135424 => 1592.48958292087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229292.957908252 Mflops = 229.292957908252 Gflops = 0.229292957908252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 199 iterations. Rsd = 0.001292605 Relative Rsd = 5.66851129660829e-07
BICGSTAB_SOLVER_TIME: 0.832489 sec
2Flav::invert,  n_count = 199
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147729
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989253(s) Flops=1492918272 => 1509.13696698418 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217393.890578794 Mflops = 217.393890578794 Gflops = 0.217393890578794 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165602000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013144 s
InvBiCGStab: k = 33 resid = 1.72205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122069(s) Flops=219506688 => 1798.21812253725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258830.074113173 Mflops = 258.830074113173 Gflops = 0.258830074113173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019484 s
InvBiCGStab: k = 50 resid = 9.637857e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184944(s) Flops=331057152 => 1790.03996885544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257681.510046461 Mflops = 257.681510046461 Gflops = 0.257681510046461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007253548 Relative Rsd = 3.18092733492583e-07
BICGSTAB_SOLVER_TIME: 0.343265 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0659520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017024 s
InvBiCGStab: k = 72 resid = 2.272363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263064(s) Flops=475416576 => 1807.22780768178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260190.244766845 Mflops = 260.190244766845 Gflops = 0.260190244766845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023857 s
InvBiCGStab: k = 129 resid = 7.761143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.469702(s) Flops=849438720 => 1808.46306807295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260386.532512437 Mflops = 260.386532512437 Gflops = 0.260386532512437 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001384174 Relative Rsd = 6.07007162463182e-07
BICGSTAB_SOLVER_TIME: 0.777276 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151393999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019973 s
InvBiCGStab: k = 67 resid = 2.131316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245725(s) Flops=442607616 => 1801.23152304405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259332.288050833 Mflops = 259.332288050833 Gflops = 0.259332288050833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.028769 s
InvBiCGStab: k = 84 resid = 1.101294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360578(s) Flops=554158080 => 1536.86048511002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221270.779479806 Mflops = 221.270779479806 Gflops = 0.221270779479807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001130698 Relative Rsd = 4.95849737789373e-07
BICGSTAB_SOLVER_TIME: 0.659381 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116671
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.028327 s
InvBiCGStab: k = 77 resid = 1.231614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351378(s) Flops=508225536 => 1446.37836176425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208253.052623837 Mflops = 208.253052623837 Gflops = 0.208253052623837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.036709 s
InvBiCGStab: k = 92 resid = 7.970077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384039(s) Flops=606652416 => 1579.66356541914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227461.558942918 Mflops = 227.461558942918 Gflops = 0.227461558942918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001230438 Relative Rsd = 5.39588962773348e-07
BICGSTAB_SOLVER_TIME: 0.804099 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130608
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027954 s
InvBiCGStab: k = 70 resid = 1.627287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298382(s) Flops=462292992 => 1549.33270773706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223071.991426622 Mflops = 223.071991426622 Gflops = 0.223071991426622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.043753 s
InvBiCGStab: k = 85 resid = 1.050296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367491(s) Flops=560719872 => 1525.80572585451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219653.66460699 Mflops = 219.65366460699 Gflops = 0.21965366460699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001229662 Relative Rsd = 5.39248802779244e-07
BICGSTAB_SOLVER_TIME: 0.741284 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12161
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982263(s) Flops=1486798848 => 1513.64639409201 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217987.193668548 Mflops = 217.987193668548 Gflops = 0.217987193668548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164771000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021162
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.033918 s
InvBiCGStab: k = 29 resid = 2.134732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112447(s) Flops=193259520 => 1718.67208551584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247373.301158875 Mflops = 247.373301158875 Gflops = 0.247373301158875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.045127 s
InvBiCGStab: k = 49 resid = 1.091372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18252(s) Flops=324495360 => 1777.86193293886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255943.923080533 Mflops = 255.943923080533 Gflops = 0.255943923080533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000728971 Relative Rsd = 3.19678589710028e-07
BICGSTAB_SOLVER_TIME: 0.377787 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676700000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037015 s
InvBiCGStab: k = 56 resid = 2.273878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205549(s) Flops=370427904 => 1802.13916876268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259441.696838245 Mflops = 259.441696838245 Gflops = 0.259441696838245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.05024 s
InvBiCGStab: k = 84 resid = 1.151661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306001(s) Flops=554158080 => 1810.96819945033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260731.971618032 Mflops = 260.731971618032 Gflops = 0.260731971618032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001122044 Relative Rsd = 4.92054322120509e-07
BICGSTAB_SOLVER_TIME: 0.60245 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041901 s
InvBiCGStab: k = 63 resid = 1.941444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230546(s) Flops=416360448 => 1805.97558838583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260016.084470235 Mflops = 260.016084470235 Gflops = 0.260016084470235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 77 resid = 1.088558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304949(s) Flops=508225536 => 1666.59190881098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239943.418441538 Mflops = 239.943418441538 Gflops = 0.239943418441538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001039164 Relative Rsd = 4.55708816402036e-07
BICGSTAB_SOLVER_TIME: 0.63738 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04491 s
InvBiCGStab: k = 70 resid = 1.328264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330523(s) Flops=462292992 => 1398.67117265667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201373.832394244 Mflops = 201.373832394244 Gflops = 0.201373832394244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062922 s
InvBiCGStab: k = 92 resid = 9.462402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397854(s) Flops=606652416 => 1524.81165452653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219540.045677543 Mflops = 219.540045677543 Gflops = 0.219540045677543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001157755 Relative Rsd = 5.07714904337415e-07
BICGSTAB_SOLVER_TIME: 0.840754 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043551 s
InvBiCGStab: k = 49 resid = 2.090668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193833(s) Flops=324495360 => 1674.09759947996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240993.858899912 Mflops = 240.993858899912 Gflops = 0.240993858899912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073724 s
InvBiCGStab: k = 83 resid = 1.046446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364799(s) Flops=547596288 => 1501.0904306207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216115.206950668 Mflops = 216.115206950668 Gflops = 0.216115206950668 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001075663 Relative Rsd = 4.71715021185365e-07
BICGSTAB_SOLVER_TIME: 0.680074 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108436
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964983(s) Flops=1480531968 => 1534.25704701534 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220946.809047021 Mflops = 220.946809047021 Gflops = 0.220946809047021 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164024000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049809 s
InvBiCGStab: k = 27 resid = 1.578405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129122(s) Flops=180135936 => 1395.08322361797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200808.505297812 Mflops = 200.808505297812 Gflops = 0.200808505297812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070209 s
InvBiCGStab: k = 46 resid = 1.144724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170941(s) Flops=304809984 => 1783.12975822067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256686.449678019 Mflops = 256.686449678019 Gflops = 0.256686449678019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007452429 Relative Rsd = 3.26814342826618e-07
BICGSTAB_SOLVER_TIME: 0.423727 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662580000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041299 s
InvBiCGStab: k = 63 resid = 1.940664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234914(s) Flops=416360448 => 1772.39520845927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255172.778247024 Mflops = 255.172778247024 Gflops = 0.255172778247024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057217 s
InvBiCGStab: k = 92 resid = 3.073149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355389(s) Flops=606652416 => 1707.00954728481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245770.08128519 Mflops = 245.77008128519 Gflops = 0.24577008128519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001163758 Relative Rsd = 5.10347506831177e-07
BICGSTAB_SOLVER_TIME: 0.692497 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 52 resid = 2.237347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192573(s) Flops=344180736 => 1787.27410384633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257308.132655025 Mflops = 257.308132655025 Gflops = 0.257308132655025 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056711 s
InvBiCGStab: k = 79 resid = 8.742792e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32627(s) Flops=521349120 => 1597.90700953198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230056.111914285 Mflops = 230.056111914285 Gflops = 0.230056111914285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00106014 Relative Rsd = 4.64907532928761e-07
BICGSTAB_SOLVER_TIME: 0.621402 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054912 s
InvBiCGStab: k = 71 resid = 1.574535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309835(s) Flops=468854784 => 1513.24022140817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217863.543053539 Mflops = 217.863543053539 Gflops = 0.217863543053539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05657 s
InvBiCGStab: k = 88 resid = 1.085505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326586(s) Flops=580405248 => 1777.18961621135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255874.672513748 Mflops = 255.874672513748 Gflops = 0.255874672513748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001190502 Relative Rsd = 5.22075445394205e-07
BICGSTAB_SOLVER_TIME: 0.751544 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127789000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041909 s
InvBiCGStab: k = 53 resid = 1.866319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22967(s) Flops=350742528 => 1527.15865372056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219869.481710107 Mflops = 219.869481710107 Gflops = 0.219869481710107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077488 s
InvBiCGStab: k = 82 resid = 1.102829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413081(s) Flops=541034496 => 1309.75400950419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188580.166462543 Mflops = 188.580166462543 Gflops = 0.188580166462543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001072723 Relative Rsd = 4.70425700961579e-07
BICGSTAB_SOLVER_TIME: 0.765724 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110499
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973623(s) Flops=1474117632 => 1514.05382987049 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218169.739305355 Mflops = 218.169739305355 Gflops = 0.218169739305355 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163275000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 233 resid = 1.941454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927476(s) Flops=1531865088 => 1651.64930197655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237856.102308461 Mflops = 237.856102308461 Gflops = 0.237856102308461 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 276 resid = 1.09829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.037859(s) Flops=1814022144 => 1747.85028024038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251685.51616647 Mflops = 251.68551616647 Gflops = 0.25168551616647 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.002187518 Relative Rsd = 9.62337774473244e-07
BICGSTAB_SOLVER_TIME: 1.96884 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362611000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.076799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698256(s) Flops=1170966528 => 1676.98742008662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241464.400571211 Mflops = 241.464400571211 Gflops = 0.241464400571211 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 8.77131e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914739(s) Flops=1492494336 => 1631.60675996104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234946.17054104 Mflops = 234.94617054104 Gflops = 0.23494617054104 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002009088 Relative Rsd = 8.82717139916226e-07
BICGSTAB_SOLVER_TIME: 1.616894 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.122696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288817999999999
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993732(s) Flops=1474117632 => 1483.41568149159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213608.089321108 Mflops = 213.608089321108 Gflops = 0.213608089321108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163525000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041235 s
InvBiCGStab: k = 33 resid = 1.919005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121999(s) Flops=219506688 => 1799.24989549095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258983.3528554 Mflops = 258.9833528554 Gflops = 0.2589833528554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 53 resid = 8.062578e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198066(s) Flops=350742528 => 1770.83663021417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254933.134727458 Mflops = 254.933134727458 Gflops = 0.254933134727458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007558267 Relative Rsd = 3.31455691423937e-07
BICGSTAB_SOLVER_TIME: 0.42164 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04455 s
InvBiCGStab: k = 80 resid = 1.963791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335033(s) Flops=527910912 => 1575.69825062009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226867.104573665 Mflops = 226.867104573665 Gflops = 0.226867104573665 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065469 s
InvBiCGStab: k = 116 resid = 1.115705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.527831(s) Flops=764135424 => 1447.68955214832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208455.370986251 Mflops = 208.455370986251 Gflops = 0.208455370986251 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001305014 Relative Rsd = 5.7229317904571e-07
BICGSTAB_SOLVER_TIME: 0.976592 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155068999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045951 s
InvBiCGStab: k = 72 resid = 9.104861e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279881(s) Flops=475416576 => 1698.63826411939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244565.420171159 Mflops = 244.565420171159 Gflops = 0.244565420171159 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 73 resid = 9.850816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28084(s) Flops=481978368 => 1716.20270616721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247088.490092514 Mflops = 247.088490092514 Gflops = 0.247088490092514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001090975 Relative Rsd = 4.78429645712527e-07
BICGSTAB_SOLVER_TIME: 0.666715 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040603 s
InvBiCGStab: k = 74 resid = 2.251779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272667(s) Flops=488540160 => 1791.70988788522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257967.486875998 Mflops = 257.967486875998 Gflops = 0.257967486875998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 88 resid = 9.866661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321491(s) Flops=580405248 => 1805.35457602235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.67149627 Mflops = 259.92467149627 Gflops = 0.25992467149627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001197637 Relative Rsd = 5.25204631448323e-07
BICGSTAB_SOLVER_TIME: 0.694448 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129894
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 49 resid = 2.275551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180132(s) Flops=324495360 => 1801.4309506362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.990860195 Mflops = 259.337990860195 Gflops = 0.259337990860195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061704 s
InvBiCGStab: k = 96 resid = 9.177753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378401(s) Flops=632899584 => 1672.56319090066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240818.962827765 Mflops = 240.818962827765 Gflops = 0.240818962827765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00114129 Relative Rsd = 5.00494404771746e-07
BICGSTAB_SOLVER_TIME: 0.665468 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117639
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977184(s) Flops=1467555840 => 1501.82139699381 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216265.848566107 Mflops = 216.265848566107 Gflops = 0.216265848566107 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162671000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040742 s
InvBiCGStab: k = 25 resid = 2.083031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092687(s) Flops=167012352 => 1801.89618824646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259340.923237017 Mflops = 259.340923237017 Gflops = 0.259340923237017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 44 resid = 8.461059e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162374(s) Flops=291686400 => 1796.38612093069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258584.039522288 Mflops = 258.584039522288 Gflops = 0.258584039522288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007347314 Relative Rsd = 3.22204723095626e-07
BICGSTAB_SOLVER_TIME: 0.357336 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11864
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634810000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041377 s
InvBiCGStab: k = 76 resid = 1.785775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324589(s) Flops=501663744 => 1545.53525843451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222519.448745103 Mflops = 222.519448745103 Gflops = 0.222519448745103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06967 s
InvBiCGStab: k = 106 resid = 8.949675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464672(s) Flops=698517504 => 1503.24853660216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216443.735969267 Mflops = 216.443735969267 Gflops = 0.216443735969267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001274306 Relative Rsd = 5.58826713026701e-07
BICGSTAB_SOLVER_TIME: 0.904699 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048311 s
InvBiCGStab: k = 57 resid = 2.093457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242849(s) Flops=376989696 => 1552.36256274475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223495.932151332 Mflops = 223.495932151332 Gflops = 0.223495932151332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063864 s
InvBiCGStab: k = 82 resid = 1.038796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326832(s) Flops=541034496 => 1655.39021882802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238335.906684834 Mflops = 238.335906684834 Gflops = 0.238335906684834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001110405 Relative Rsd = 4.86950288542467e-07
BICGSTAB_SOLVER_TIME: 0.685718 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113383
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045487 s
InvBiCGStab: k = 71 resid = 1.756369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297301(s) Flops=468854784 => 1577.0373594438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227063.445099392 Mflops = 227.063445099392 Gflops = 0.227063445099392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06103 s
InvBiCGStab: k = 88 resid = 1.024978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342585(s) Flops=580405248 => 1694.19340601603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243914.239318724 Mflops = 243.914239318724 Gflops = 0.243914239318724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001155792 Relative Rsd = 5.06854268410565e-07
BICGSTAB_SOLVER_TIME: 0.7501 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127771
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 67 resid = 1.604908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273553(s) Flops=442607616 => 1617.99583992864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232936.625698809 Mflops = 232.936625698809 Gflops = 0.232936625698809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06051 s
InvBiCGStab: k = 92 resid = 7.250625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361905(s) Flops=606652416 => 1676.27530981888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241349.980981661 Mflops = 241.349980981661 Gflops = 0.241349980981661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001138104 Relative Rsd = 4.99097160455579e-07
BICGSTAB_SOLVER_TIME: 0.740605 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127569
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048407(s) Flops=1461067776 => 1393.60742154526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200679.423595956 Mflops = 200.679423595956 Gflops = 0.200679423595956 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161662000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047142 s
InvBiCGStab: k = 27 resid = 1.878546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11296(s) Flops=180135936 => 1594.68781869688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229520.809870702 Mflops = 229.520809870702 Gflops = 0.229520809870702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055969 s
InvBiCGStab: k = 49 resid = 1.095635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195702(s) Flops=324495360 => 1658.10957476163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238699.492328159 Mflops = 238.699492328159 Gflops = 0.238699492328159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007689052 Relative Rsd = 3.37191060521578e-07
BICGSTAB_SOLVER_TIME: 0.41546 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040885 s
InvBiCGStab: k = 55 resid = 1.861062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208803(s) Flops=363866112 => 1742.62875533398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250866.896105175 Mflops = 250.866896105175 Gflops = 0.250866896105175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059188 s
InvBiCGStab: k = 81 resid = 1.101403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335871(s) Flops=534472704 => 1591.30351831507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229110.094439371 Mflops = 229.110094439371 Gflops = 0.229110094439371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001123658 Relative Rsd = 4.9276210812655e-07
BICGSTAB_SOLVER_TIME: 0.649172 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043838 s
InvBiCGStab: k = 65 resid = 2.050803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297867(s) Flops=429484032 => 1441.86510086717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207603.290229661 Mflops = 207.603290229661 Gflops = 0.207603290229661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064364 s
InvBiCGStab: k = 87 resid = 1.102037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342781(s) Flops=573843456 => 1674.081865681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241021.044991576 Mflops = 241.021044991576 Gflops = 0.241021044991576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001066088 Relative Rsd = 4.67515732529356e-07
BICGSTAB_SOLVER_TIME: 0.752451 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041532 s
InvBiCGStab: k = 62 resid = 1.950336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24744(s) Flops=409798656 => 1656.15363724539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238442.231580039 Mflops = 238.442231580039 Gflops = 0.238442231580039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056582 s
InvBiCGStab: k = 85 resid = 1.093852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315875(s) Flops=560719872 => 1775.13216303918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255567.818055555 Mflops = 255.567818055555 Gflops = 0.255567818055555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001131362 Relative Rsd = 4.96140683580517e-07
BICGSTAB_SOLVER_TIME: 0.665138 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119303000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044032 s
InvBiCGStab: k = 70 resid = 2.059229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264744(s) Flops=462292992 => 1746.18874082132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251416.404210353 Mflops = 251.416404210353 Gflops = 0.251416404210353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 79 resid = 3.311421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304192(s) Flops=521349120 => 1713.88175888912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246749.47551092 Mflops = 246.74947551092 Gflops = 0.24674947551092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00107995 Relative Rsd = 4.73595013948815e-07
BICGSTAB_SOLVER_TIME: 0.673035 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120434
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000557(s) Flops=1448681472 => 1447.87500562187 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208514.790615905 Mflops = 208.514790615905 Gflops = 0.208514790615905 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160602000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041661 s
InvBiCGStab: k = 37 resid = 1.769293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144573(s) Flops=245753856 => 1699.85997385404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244700.849624985 Mflops = 244.700849624985 Gflops = 0.244700849624985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06122 s
InvBiCGStab: k = 65 resid = 3.430815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246013(s) Flops=429484032 => 1745.77779223049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251334.705727947 Mflops = 251.334705727947 Gflops = 0.251334705727947 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0007992571 Relative Rsd = 3.50501409286802e-07
BICGSTAB_SOLVER_TIME: 0.497071 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0870980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 62 resid = 1.820702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230765(s) Flops=409798656 => 1775.82673282344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255667.562487548 Mflops = 255.667562487548 Gflops = 0.255667562487548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0605 s
InvBiCGStab: k = 86 resid = 1.096688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333146(s) Flops=567281664 => 1702.80196670529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245164.947120458 Mflops = 245.164947120458 Gflops = 0.245164947120458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001160855 Relative Rsd = 5.09074421168118e-07
BICGSTAB_SOLVER_TIME: 0.671032 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04343 s
InvBiCGStab: k = 49 resid = 2.254298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212873(s) Flops=324495360 => 1524.3612858371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219469.392007896 Mflops = 219.469392007896 Gflops = 0.219469392007896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066099 s
InvBiCGStab: k = 76 resid = 9.779101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341321(s) Flops=501663744 => 1469.77110696383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211675.6834801 Mflops = 211.6756834801 Gflops = 0.2116756834801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001055067 Relative Rsd = 4.62682887588365e-07
BICGSTAB_SOLVER_TIME: 0.667815 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041904 s
InvBiCGStab: k = 55 resid = 1.851064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209698(s) Flops=363866112 => 1735.19114154641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249796.65033102 Mflops = 249.79665033102 Gflops = 0.24979665033102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076528 s
InvBiCGStab: k = 81 resid = 1.074198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309961(s) Flops=534472704 => 1724.32242766025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248261.097678723 Mflops = 248.261097678723 Gflops = 0.248261097678723 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001122041 Relative Rsd = 4.92053250026876e-07
BICGSTAB_SOLVER_TIME: 0.641926 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048131 s
InvBiCGStab: k = 49 resid = 2.151369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185919(s) Flops=324495360 => 1745.35878527746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251282.136149743 Mflops = 251.282136149743 Gflops = 0.251282136149743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057179 s
InvBiCGStab: k = 87 resid = 1.001862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34121(s) Flops=573843456 => 1681.78967791096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242137.3034675 Mflops = 242.1373034675 Gflops = 0.2421373034675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001090913 Relative Rsd = 4.78402537059237e-07
BICGSTAB_SOLVER_TIME: 0.636089 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111223
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025199(s) Flops=1442340864 => 1406.88867624725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202706.58124874 Mflops = 202.70658124874 Gflops = 0.20270658124874 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160051000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.474583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.258608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858526(s) Flops=1472808960 => 1715.50886053538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247064.988785307 Mflops = 247.064988785307 Gflops = 0.247064988785307 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 1.091297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.945501(s) Flops=1584359424 => 1675.68244137235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241294.836959946 Mflops = 241.294836959946 Gflops = 0.241294836959946 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002114078 Relative Rsd = 9.30017414725735e-07
BICGSTAB_SOLVER_TIME: 1.807863 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.122153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.33134
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.554895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812804(s) Flops=1256269824 => 1545.59995275614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222476.398552188 Mflops = 222.476398552188 Gflops = 0.222476398552188 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 7.87533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875549(s) Flops=1446561792 => 1652.17685360842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237907.715440928 Mflops = 237.907715440928 Gflops = 0.237907715440928 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.00200636 Relative Rsd = 8.81497192506822e-07
BICGSTAB_SOLVER_TIME: 1.691734 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.115595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292711999999999
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915481(s) Flops=1442340864 => 1575.50059913859 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226878.914428563 Mflops = 226.878914428563 Gflops = 0.226878914428563 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159929000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048569 s
InvBiCGStab: k = 31 resid = 2.259244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12713(s) Flops=206383104 => 1623.40206088256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233676.943275672 Mflops = 233.676943275672 Gflops = 0.233676943275672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066588 s
InvBiCGStab: k = 49 resid = 1.137507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197665(s) Flops=324495360 => 1641.64298181266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236315.318308677 Mflops = 236.315318308677 Gflops = 0.236315318308677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007683361 Relative Rsd = 3.36941517965495e-07
BICGSTAB_SOLVER_TIME: 0.443893 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712510000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045165 s
InvBiCGStab: k = 73 resid = 2.217094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294279(s) Flops=481978368 => 1637.82793879278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235827.067597977 Mflops = 235.827067597977 Gflops = 0.235827067597977 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056815 s
InvBiCGStab: k = 108 resid = 1.138015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396176(s) Flops=711641088 => 1796.2751100521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258628.477385297 Mflops = 258.628477385297 Gflops = 0.258628477385297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.001253604 Relative Rsd = 5.49748070986863e-07
BICGSTAB_SOLVER_TIME: 0.796098 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115343
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 57 resid = 2.186019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209283(s) Flops=376989696 => 1801.33931566348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259333.038236721 Mflops = 259.333038236721 Gflops = 0.259333038236721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056031 s
InvBiCGStab: k = 81 resid = 6.980816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325746(s) Flops=534472704 => 1640.76520970327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236229.21684276 Mflops = 236.22921684276 Gflops = 0.23622921684276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001028123 Relative Rsd = 4.50866731034972e-07
BICGSTAB_SOLVER_TIME: 0.637551 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 78 resid = 1.262021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291965(s) Flops=514787328 => 1763.18164163513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253849.587926782 Mflops = 253.849587926782 Gflops = 0.253849587926782 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056135 s
InvBiCGStab: k = 77 resid = 7.352567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283931(s) Flops=508225536 => 1789.9614202042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257693.541441577 Mflops = 257.693541441577 Gflops = 0.257693541441577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001171985 Relative Rsd = 5.13955408218435e-07
BICGSTAB_SOLVER_TIME: 0.677497 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125022000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041705 s
InvBiCGStab: k = 49 resid = 1.929049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179804(s) Flops=324495360 => 1804.71713643745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259818.577434498 Mflops = 259.818577434498 Gflops = 0.259818577434498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 83 resid = 1.017484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305068(s) Flops=547596288 => 1794.99746941665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258427.114712953 Mflops = 258.427114712953 Gflops = 0.258427114712953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001103505 Relative Rsd = 4.83924380841654e-07
BICGSTAB_SOLVER_TIME: 0.585995 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10835
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.952711(s) Flops=1430102016 => 1501.08691512956 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216151.746746099 Mflops = 216.151746746099 Gflops = 0.216151746746099 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158191000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051282 s
InvBiCGStab: k = 33 resid = 1.517101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127851(s) Flops=219506688 => 1716.8945725884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247137.550964325 Mflops = 247.137550964325 Gflops = 0.247137550964325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056842 s
InvBiCGStab: k = 47 resid = 1.107393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183646(s) Flops=311371776 => 1695.4999074306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244050.019445073 Mflops = 244.050019445073 Gflops = 0.244050019445073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007429469 Relative Rsd = 3.2580746822303e-07
BICGSTAB_SOLVER_TIME: 0.42355 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041356 s
InvBiCGStab: k = 63 resid = 2.048384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242048(s) Flops=416360448 => 1720.15653093601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247660.497511455 Mflops = 247.660497511455 Gflops = 0.247660497511455 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061664 s
InvBiCGStab: k = 100 resid = 1.009862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428666(s) Flops=659146752 => 1537.6697755362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221393.99022574 Mflops = 221.39399022574 Gflops = 0.22139399022574 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001231846 Relative Rsd = 5.40206488705913e-07
BICGSTAB_SOLVER_TIME: 0.777449 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04156 s
InvBiCGStab: k = 50 resid = 2.199603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183734(s) Flops=331057152 => 1801.82846941775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259396.37639868 Mflops = 259.39637639868 Gflops = 0.25939637639868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055938 s
InvBiCGStab: k = 70 resid = 6.782914e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255905(s) Flops=462292992 => 1806.50238174322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260080.946707164 Mflops = 260.080946707164 Gflops = 0.260080946707164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001016917 Relative Rsd = 4.45952662238268e-07
BICGSTAB_SOLVER_TIME: 0.540764 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998230000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040618 s
InvBiCGStab: k = 56 resid = 2.145265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21128(s) Flops=370427904 => 1753.25588792124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252416.364219123 Mflops = 252.416364219123 Gflops = 0.252416364219123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059682 s
InvBiCGStab: k = 79 resid = 7.690958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302063(s) Flops=521349120 => 1725.96153782489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248488.617677427 Mflops = 248.488617677427 Gflops = 0.248488617677427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00110308 Relative Rsd = 4.83737989705758e-07
BICGSTAB_SOLVER_TIME: 0.61727 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110586
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040491 s
InvBiCGStab: k = 57 resid = 1.019883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208506(s) Flops=376989696 => 1808.05202727979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260311.885830056 Mflops = 260.311885830056 Gflops = 0.260311885830056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 81 resid = 7.003885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327249(s) Flops=534472704 => 1633.22944913506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235137.862422044 Mflops = 235.137862422044 Gflops = 0.235137862422044 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001054167 Relative Rsd = 4.62287897662749e-07
BICGSTAB_SOLVER_TIME: 0.636723 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112715
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956358(s) Flops=1424056320 => 1489.04104948147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214467.395440268 Mflops = 214.467395440268 Gflops = 0.214467395440268 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157575000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041208 s
InvBiCGStab: k = 26 resid = 2.230331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096651(s) Flops=173574144 => 1795.885650433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258479.592544625 Mflops = 258.479592544625 Gflops = 0.258479592544625 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 46 resid = 1.143416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182169(s) Flops=304809984 => 1673.22642161949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240869.458310526 Mflops = 240.869458310526 Gflops = 0.240869458310526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007924627 Relative Rsd = 3.47521856872594e-07
BICGSTAB_SOLVER_TIME: 0.382034 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040458 s
InvBiCGStab: k = 55 resid = 1.071143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227539(s) Flops=363866112 => 1599.13734348837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230228.861405851 Mflops = 230.228861405851 Gflops = 0.230228861405851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06188 s
InvBiCGStab: k = 75 resid = 9.273597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3089(s) Flops=495101952 => 1602.79039171253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230762.036390997 Mflops = 230.762036390997 Gflops = 0.230762036390997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001052026 Relative Rsd = 4.61349203109007e-07
BICGSTAB_SOLVER_TIME: 0.64311 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053219 s
InvBiCGStab: k = 51 resid = 2.004725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226816(s) Flops=337618944 => 1488.51467268623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214297.232455427 Mflops = 214.297232455427 Gflops = 0.214297232455427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056404 s
InvBiCGStab: k = 76 resid = 1.08604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287338(s) Flops=501663744 => 1745.90114777718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251357.54593965 Mflops = 251.35754593965 Gflops = 0.25135754593965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001020861 Relative Rsd = 4.47682306632719e-07
BICGSTAB_SOLVER_TIME: 0.627476 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 50 resid = 2.253509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18334(s) Flops=331057152 => 1805.70062179557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259959.388027559 Mflops = 259.959388027559 Gflops = 0.259959388027559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056005 s
InvBiCGStab: k = 82 resid = 9.407754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299696(s) Flops=541034496 => 1805.27766803694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259916.26565944 Mflops = 259.91626565944 Gflops = 0.25991626565944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001094328 Relative Rsd = 4.799000987082e-07
BICGSTAB_SOLVER_TIME: 0.583694 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 53 resid = 2.237266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193682(s) Flops=350742528 => 1810.91958984314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260718.268154605 Mflops = 260.718268154605 Gflops = 0.260718268154605 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056274 s
InvBiCGStab: k = 77 resid = 1.030307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282182(s) Flops=508225536 => 1801.0558292166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.50083889 Mflops = 259.30250083889 Gflops = 0.25930250083889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001054448 Relative Rsd = 4.62411239482613e-07
BICGSTAB_SOLVER_TIME: 0.577076 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106967
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998198(s) Flops=1423982592 => 1426.55324094017 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205446.103365206 Mflops = 205.446103365206 Gflops = 0.205446103365206 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157572000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 33 resid = 1.590708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121681(s) Flops=219506688 => 1803.95203852697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259674.914132928 Mflops = 259.674914132928 Gflops = 0.259674914132928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 46 resid = 9.78638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168863(s) Flops=304809984 => 1805.07265653222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259856.576266972 Mflops = 259.856576266972 Gflops = 0.259856576266972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007603965 Relative Rsd = 3.33459715210301e-07
BICGSTAB_SOLVER_TIME: 0.391965 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116246
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705850000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040563 s
InvBiCGStab: k = 60 resid = 2.006934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220633(s) Flops=396675072 => 1797.89547347858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258844.05707033 Mflops = 258.84405707033 Gflops = 0.25884405707033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058724 s
InvBiCGStab: k = 83 resid = 1.149968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302639(s) Flops=547596288 => 1809.40423408748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260506.496185975 Mflops = 260.506496185975 Gflops = 0.260506496185975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001146672 Relative Rsd = 5.02854848638979e-07
BICGSTAB_SOLVER_TIME: 0.626244 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 53 resid = 1.915467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222562(s) Flops=350742528 => 1575.93177631402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226889.568172381 Mflops = 226.889568172381 Gflops = 0.226889568172381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061064 s
InvBiCGStab: k = 71 resid = 1.087513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29048(s) Flops=468854784 => 1614.06907188102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232375.931661705 Mflops = 232.375931661705 Gflops = 0.232375931661705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001021705 Relative Rsd = 4.48052434196467e-07
BICGSTAB_SOLVER_TIME: 0.619357 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043548 s
InvBiCGStab: k = 56 resid = 1.690933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206548(s) Flops=370427904 => 1793.42285570424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258193.610128612 Mflops = 258.193610128612 Gflops = 0.258193610128612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056424 s
InvBiCGStab: k = 68 resid = 1.014621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254489(s) Flops=449169408 => 1764.98555143837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254094.580854691 Mflops = 254.094580854691 Gflops = 0.254094580854691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001075203 Relative Rsd = 4.7151290600952e-07
BICGSTAB_SOLVER_TIME: 0.564717 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102893
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041033 s
InvBiCGStab: k = 56 resid = 2.229131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212183(s) Flops=370427904 => 1745.79445101634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251350.489004579 Mflops = 251.350489004579 Gflops = 0.251350489004579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060032 s
InvBiCGStab: k = 79 resid = 1.138827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308052(s) Flops=521349120 => 1692.40621713217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243661.365884496 Mflops = 243.661365884496 Gflops = 0.243661365884496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001075664 Relative Rsd = 4.71715123289521e-07
BICGSTAB_SOLVER_TIME: 0.625006 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110404
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919791(s) Flops=1424056320 => 1548.2390238652 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223092.144121442 Mflops = 223.092144121442 Gflops = 0.223092144121442 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157737000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021137
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.045696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807854(s) Flops=1367820288 => 1693.15283207114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243774.022550443 Mflops = 243.774022550443 Gflops = 0.243774022550443 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 9.368188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984126(s) Flops=1695909888 => 1723.26499655532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248146.450815602 Mflops = 248.146450815602 Gflops = 0.248146450815602 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002131872 Relative Rsd = 9.37844458999245e-07
BICGSTAB_SOLVER_TIME: 1.795422 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332244999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.174477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805033(s) Flops=1190651904 => 1479.01005797278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212939.47203798 Mflops = 212.93947203798 Gflops = 0.21293947203798 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.143006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.87337(s) Flops=1420314624 => 1626.24617745057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234177.014055011 Mflops = 234.177014055011 Gflops = 0.234177014055011 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.001974681 Relative Rsd = 8.67563094700249e-07
BICGSTAB_SOLVER_TIME: 1.681736 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.12124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282970999999998
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914168(s) Flops=1424056320 => 1557.76216187834 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224309.940479076 Mflops = 224.309940479076 Gflops = 0.224309940479076 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157619000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047125 s
InvBiCGStab: k = 29 resid = 1.991481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127442(s) Flops=193259520 => 1516.45077760864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218281.643331279 Mflops = 218.281643331279 Gflops = 0.218281643331279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064424 s
InvBiCGStab: k = 50 resid = 8.182092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189307(s) Flops=331057152 => 1748.78452460818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251745.893332084 Mflops = 251.745893332084 Gflops = 0.251745893332084 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007522758 Relative Rsd = 3.29898500948153e-07
BICGSTAB_SOLVER_TIME: 0.431854 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041746 s
InvBiCGStab: k = 80 resid = 1.788698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300248(s) Flops=527910912 => 1758.24955370227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253149.385889823 Mflops = 253.149385889823 Gflops = 0.253149385889823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059511 s
InvBiCGStab: k = 129 resid = 1.033823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.50186(s) Flops=849438720 => 1692.58103853664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243705.359286737 Mflops = 243.705359286737 Gflops = 0.243705359286737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 209 iterations. Rsd = 0.001362803 Relative Rsd = 5.97635583601167e-07
BICGSTAB_SOLVER_TIME: 0.906951 sec
2Flav::invert,  n_count = 209
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163578999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042476 s
InvBiCGStab: k = 47 resid = 2.134858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190793(s) Flops=311371776 => 1631.98742092215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234954.52760573 Mflops = 234.95452760573 Gflops = 0.23495452760573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063678 s
InvBiCGStab: k = 70 resid = 1.022874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270525(s) Flops=462292992 => 1708.87345716662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246021.551719286 Mflops = 246.021551719286 Gflops = 0.246021551719286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009862666 Relative Rsd = 4.32511466997749e-07
BICGSTAB_SOLVER_TIME: 0.571182 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0976350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0407 s
InvBiCGStab: k = 59 resid = 2.271661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222491(s) Flops=390113280 => 1753.38903596101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252432.805369673 Mflops = 252.432805369673 Gflops = 0.252432805369673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057173 s
InvBiCGStab: k = 86 resid = 1.138555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358396(s) Flops=567281664 => 1582.8348084242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227892.299246367 Mflops = 227.892299246367 Gflops = 0.227892299246367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001134768 Relative Rsd = 4.97634314219492e-07
BICGSTAB_SOLVER_TIME: 0.682661 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048123 s
InvBiCGStab: k = 55 resid = 1.189588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244033(s) Flops=363866112 => 1491.05289858339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214663.854017493 Mflops = 214.663854017493 Gflops = 0.214663854017493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069678 s
InvBiCGStab: k = 77 resid = 1.125337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324994(s) Flops=508225536 => 1563.79975014923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225149.282510977 Mflops = 225.149282510977 Gflops = 0.225149282510977 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001083328 Relative Rsd = 4.75076085776661e-07
BICGSTAB_SOLVER_TIME: 0.690609 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123091
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108329
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965428(s) Flops=1430249472 => 1481.46674014012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213398.373424531 Mflops = 213.398373424531 Gflops = 0.213398373424531 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158354000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049914 s
InvBiCGStab: k = 23 resid = 2.263865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105922(s) Flops=153888768 => 1452.84990842318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209148.752034148 Mflops = 209.148752034148 Gflops = 0.209148752034148 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063304 s
InvBiCGStab: k = 52 resid = 6.755228e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236978(s) Flops=344180736 => 1452.37421195216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209092.794819089 Mflops = 209.092794819089 Gflops = 0.209092794819089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007384274 Relative Rsd = 3.23825524460297e-07
BICGSTAB_SOLVER_TIME: 0.461143 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041991 s
InvBiCGStab: k = 80 resid = 1.750083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320638(s) Flops=527910912 => 1646.43901221939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237063.830749236 Mflops = 237.063830749236 Gflops = 0.237063830749236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065992 s
InvBiCGStab: k = 96 resid = 1.077419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387679(s) Flops=632899584 => 1632.53512313022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235052.683483898 Mflops = 235.052683483898 Gflops = 0.235052683483898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001263425 Relative Rsd = 5.54054824266554e-07
BICGSTAB_SOLVER_TIME: 0.819992 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139852
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041575 s
InvBiCGStab: k = 63 resid = 1.564821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251997(s) Flops=416360448 => 1652.24366956749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237870.937214975 Mflops = 237.870937214975 Gflops = 0.237870937214975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063709 s
InvBiCGStab: k = 69 resid = 8.4241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275019(s) Flops=455731200 => 1657.08987379054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238582.054541363 Mflops = 238.582054541363 Gflops = 0.238582054541362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001050618 Relative Rsd = 4.60731779280598e-07
BICGSTAB_SOLVER_TIME: 0.636019 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 58 resid = 2.273579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228624(s) Flops=383551488 => 1677.65190006299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241521.100781066 Mflops = 241.521100781066 Gflops = 0.241521100781066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065195 s
InvBiCGStab: k = 84 resid = 1.14049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333299(s) Flops=554158080 => 1662.64549248573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239376.063422016 Mflops = 239.376063422016 Gflops = 0.239376063422016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001098609 Relative Rsd = 4.81777589919839e-07
BICGSTAB_SOLVER_TIME: 0.671922 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 54 resid = 2.082171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224585(s) Flops=357304320 => 1590.95362557606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229047.787681679 Mflops = 229.047787681679 Gflops = 0.229047787681679 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06832 s
InvBiCGStab: k = 77 resid = 9.791464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34065(s) Flops=508225536 => 1491.92877146631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214803.285208816 Mflops = 214.803285208816 Gflops = 0.214803285208816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001094252 Relative Rsd = 4.7986660854519e-07
BICGSTAB_SOLVER_TIME: 0.67934 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107674
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988977(s) Flops=1436368896 => 1452.37846380654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209151.517832954 Mflops = 209.151517832954 Gflops = 0.209151517832954 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159098000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021155
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042264 s
InvBiCGStab: k = 24 resid = 2.128211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095526(s) Flops=160450560 => 1679.65328811004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241739.817784547 Mflops = 241.739817784547 Gflops = 0.241739817784547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055717 s
InvBiCGStab: k = 47 resid = 1.065401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192643(s) Flops=311371776 => 1616.31502831663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232684.148867866 Mflops = 232.684148867866 Gflops = 0.232684148867866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007278729 Relative Rsd = 3.19197040986573e-07
BICGSTAB_SOLVER_TIME: 0.389785 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044949 s
InvBiCGStab: k = 59 resid = 1.991594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250543(s) Flops=390113280 => 1557.07116143736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224174.081393615 Mflops = 224.174081393615 Gflops = 0.224174081393615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067275 s
InvBiCGStab: k = 78 resid = 9.409213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345763(s) Flops=514787328 => 1488.84446282569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214356.521837941 Mflops = 214.356521837942 Gflops = 0.214356521837941 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001069498 Relative Rsd = 4.69011252095208e-07
BICGSTAB_SOLVER_TIME: 0.712198 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112111
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040548 s
InvBiCGStab: k = 54 resid = 1.896451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221492(s) Flops=357304320 => 1613.17031766384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232237.336082506 Mflops = 232.237336082506 Gflops = 0.232237336082506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056942 s
InvBiCGStab: k = 66 resid = 1.014161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252111(s) Flops=436045824 => 1729.57873317705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249009.589352514 Mflops = 249.009589352514 Gflops = 0.249009589352514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009995702 Relative Rsd = 4.38345545287735e-07
BICGSTAB_SOLVER_TIME: 0.57482 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040625 s
InvBiCGStab: k = 66 resid = 1.406289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241616(s) Flops=436045824 => 1804.70591351566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259828.886246138 Mflops = 259.828886246138 Gflops = 0.259828886246138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 93 resid = 9.390833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371663(s) Flops=613214208 => 1649.91997589214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237545.614179225 Mflops = 237.545614179225 Gflops = 0.237545614179225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001122344 Relative Rsd = 4.9218593437697e-07
BICGSTAB_SOLVER_TIME: 0.713598 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127788
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041136 s
InvBiCGStab: k = 54 resid = 2.013889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198208(s) Flops=357304320 => 1802.67355505328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259524.916372233 Mflops = 259.524916372233 Gflops = 0.259524916372233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056627 s
InvBiCGStab: k = 77 resid = 6.271341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281631(s) Flops=508225536 => 1804.57952427112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259811.678923224 Mflops = 259.811678923224 Gflops = 0.259811678923224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001026864 Relative Rsd = 4.50314653866093e-07
BICGSTAB_SOLVER_TIME: 0.5813 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107858
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.06949(s) Flops=1436442624 => 1343.10991594124 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193446.852303245 Mflops = 193.446852303245 Gflops = 0.193446852303245 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158830000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051149 s
InvBiCGStab: k = 31 resid = 1.971836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135676(s) Flops=206383104 => 1521.14673192016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218955.643001367 Mflops = 218.955643001367 Gflops = 0.218955643001367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063141 s
InvBiCGStab: k = 53 resid = 1.14922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194844(s) Flops=350742528 => 1800.11972655047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259127.895867859 Mflops = 259.127895867859 Gflops = 0.259127895867859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007213088 Relative Rsd = 3.16318444056132e-07
BICGSTAB_SOLVER_TIME: 0.448429 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040841 s
InvBiCGStab: k = 60 resid = 1.596992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2194(s) Flops=396675072 => 1807.9994165907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260309.566207721 Mflops = 260.309566207721 Gflops = 0.260309566207721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056456 s
InvBiCGStab: k = 88 resid = 9.934796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330455(s) Flops=580405248 => 1756.38210346341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252865.225011115 Mflops = 252.865225011115 Gflops = 0.252865225011115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001106978 Relative Rsd = 4.85447315373262e-07
BICGSTAB_SOLVER_TIME: 0.65127 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119946
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043752 s
InvBiCGStab: k = 46 resid = 2.204523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191928(s) Flops=304809984 => 1588.14755533325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228633.7190781 Mflops = 228.6337190781 Gflops = 0.2286337190781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066263 s
InvBiCGStab: k = 76 resid = 1.082939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306657(s) Flops=501663744 => 1635.91160156135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235534.659447115 Mflops = 235.534659447115 Gflops = 0.235534659447115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001002174 Relative Rsd = 4.39487580267189e-07
BICGSTAB_SOLVER_TIME: 0.612291 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043816 s
InvBiCGStab: k = 61 resid = 2.053498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225841(s) Flops=403236864 => 1785.49007487569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257064.558530693 Mflops = 257.064558530693 Gflops = 0.257064558530693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056635 s
InvBiCGStab: k = 84 resid = 1.015458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30964(s) Flops=554158080 => 1789.68505361064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257657.370346275 Mflops = 257.657370346275 Gflops = 0.257657370346275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001080492 Relative Rsd = 4.73832355058313e-07
BICGSTAB_SOLVER_TIME: 0.63959 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040665 s
InvBiCGStab: k = 49 resid = 1.903961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180048(s) Flops=324495360 => 1802.27139429485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259455.129469951 Mflops = 259.455129469951 Gflops = 0.259455129469951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055908 s
InvBiCGStab: k = 81 resid = 6.853761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299911(s) Flops=534472704 => 1782.10437096339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256553.309814648 Mflops = 256.553309814648 Gflops = 0.256553309814648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001007689 Relative Rsd = 4.41906019294755e-07
BICGSTAB_SOLVER_TIME: 0.580233 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10705
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003784(s) Flops=1442562048 => 1437.12397089414 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206946.798082776 Mflops = 206.946798082776 Gflops = 0.206946798082776 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159675000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.855313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.790686(s) Flops=1335011328 => 1688.42160857787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243084.167792565 Mflops = 243.084167792565 Gflops = 0.243084167792565 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.084876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773426(s) Flops=1394067456 => 1802.45745035724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.024025081 Mflops = 259.546024025081 Gflops = 0.259546024025081 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002095079 Relative Rsd = 9.21681225368764e-07
BICGSTAB_SOLVER_TIME: 1.567516 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295689999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 157 resid = 2.072022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.659222(s) Flops=1033168896 => 1567.25487923643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225701.575477131 Mflops = 225.701575477131 Gflops = 0.225701575477131 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.008966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.933658(s) Flops=1597483008 => 1710.99375574354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246379.919532474 Mflops = 246.379919532474 Gflops = 0.246379919532474 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.002046201 Relative Rsd = 8.98983262623447e-07
BICGSTAB_SOLVER_TIME: 1.59632 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285185999999998
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935487(s) Flops=1442562048 => 1542.04392792203 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222056.569783622 Mflops = 222.056569783622 Gflops = 0.222056569783622 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159743000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 35 resid = 1.195625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13002(s) Flops=232630272 => 1789.18837101984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257546.519566028 Mflops = 257.546519566028 Gflops = 0.257546519566028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056488 s
InvBiCGStab: k = 56 resid = 9.774258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211057(s) Flops=370427904 => 1755.1083546151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252670.091749054 Mflops = 252.670091749054 Gflops = 0.252670091749054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0007530148 Relative Rsd = 3.30222579537763e-07
BICGSTAB_SOLVER_TIME: 0.442732 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0791190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041007 s
InvBiCGStab: k = 86 resid = 1.568649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315964(s) Flops=567281664 => 1795.39967844438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258495.892252904 Mflops = 258.495892252904 Gflops = 0.258495892252904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066063 s
InvBiCGStab: k = 90 resid = 1.13876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377473(s) Flops=593528832 => 1572.37426782843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226394.66374978 Mflops = 226.39466374978 Gflops = 0.22639466374978 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001206979 Relative Rsd = 5.2930125437596e-07
BICGSTAB_SOLVER_TIME: 0.804241 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045056 s
InvBiCGStab: k = 56 resid = 1.706392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205474(s) Flops=370427904 => 1802.79696701286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259545.175929984 Mflops = 259.545175929984 Gflops = 0.259545175929984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 67 resid = 1.10434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245306(s) Flops=442607616 => 1804.30815389758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259756.626591308 Mflops = 259.756626591308 Gflops = 0.259756626591308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009914058 Relative Rsd = 4.3476516097039e-07
BICGSTAB_SOLVER_TIME: 0.555777 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043555 s
InvBiCGStab: k = 57 resid = 2.271669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223025(s) Flops=376989696 => 1690.34725255016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243347.606085361 Mflops = 243.347606085361 Gflops = 0.243347606085361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056838 s
InvBiCGStab: k = 89 resid = 9.010502e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355275(s) Flops=586967040 => 1652.14844838505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237867.145194868 Mflops = 237.867145194868 Gflops = 0.237867145194868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001119701 Relative Rsd = 4.91026848003545e-07
BICGSTAB_SOLVER_TIME: 0.682603 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046922 s
InvBiCGStab: k = 56 resid = 2.023804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24254(s) Flops=370427904 => 1527.28582501855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219890.017125789 Mflops = 219.890017125789 Gflops = 0.219890017125789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06126 s
InvBiCGStab: k = 75 resid = 1.13138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280674(s) Flops=495101952 => 1763.9751170397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253973.275143158 Mflops = 253.973275143158 Gflops = 0.253973275143158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001073151 Relative Rsd = 4.70613419451497e-07
BICGSTAB_SOLVER_TIME: 0.635041 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107734
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.064079(s) Flops=1448681472 => 1361.44165235852 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196042.493133199 Mflops = 196.042493133199 Gflops = 0.196042493133199 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160433000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044185 s
InvBiCGStab: k = 29 resid = 2.070167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117513(s) Flops=193259520 => 1644.57991881749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236704.303548476 Mflops = 236.704303548476 Gflops = 0.236704303548476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061673 s
InvBiCGStab: k = 45 resid = 1.053227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184567(s) Flops=298248192 => 1615.93454951318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232633.505847784 Mflops = 232.633505847784 Gflops = 0.232633505847784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007068223 Relative Rsd = 3.09965625604044e-07
BICGSTAB_SOLVER_TIME: 0.412161 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040778 s
InvBiCGStab: k = 83 resid = 1.627378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310149(s) Flops=547596288 => 1765.59101593105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254206.993692388 Mflops = 254.206993692388 Gflops = 0.254206993692388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056338 s
InvBiCGStab: k = 94 resid = 2.619439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36409(s) Flops=619776000 => 1702.26043011343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245084.898375007 Mflops = 245.084898375007 Gflops = 0.245084898375007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001231969 Relative Rsd = 5.40260246543792e-07
BICGSTAB_SOLVER_TIME: 0.775295 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042554 s
InvBiCGStab: k = 55 resid = 1.508686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203023(s) Flops=363866112 => 1792.24083970782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258031.410893342 Mflops = 258.031410893342 Gflops = 0.258031410893342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 63 resid = 1.00211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231995(s) Flops=416360448 => 1794.69578223669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258365.467251814 Mflops = 258.365467251814 Gflops = 0.258365467251814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001024826 Relative Rsd = 4.49420987244934e-07
BICGSTAB_SOLVER_TIME: 0.537771 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041226 s
InvBiCGStab: k = 55 resid = 2.260311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202949(s) Flops=363866112 => 1792.89433305904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258113.202335257 Mflops = 258.113202335257 Gflops = 0.258113202335257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055897 s
InvBiCGStab: k = 84 resid = 6.552043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3074(s) Flops=554158080 => 1802.72635003253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259546.109619609 Mflops = 259.546109619609 Gflops = 0.259546109619609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001126412 Relative Rsd = 4.93970153442545e-07
BICGSTAB_SOLVER_TIME: 0.611176 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113537
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 57 resid = 2.274262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208732(s) Flops=376989696 => 1806.09439855892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260016.883163864 Mflops = 260.016883163864 Gflops = 0.260016883163864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058962 s
InvBiCGStab: k = 74 resid = 1.124802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319814(s) Flops=488540160 => 1527.57590349391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219932.648839616 Mflops = 219.932648839616 Gflops = 0.219932648839616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001085496 Relative Rsd = 4.76026726516599e-07
BICGSTAB_SOLVER_TIME: 0.634097 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107619
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996664(s) Flops=1448755200 => 1453.60442435966 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209320.732248304 Mflops = 209.320732248304 Gflops = 0.209320732248304 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160712000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049936 s
InvBiCGStab: k = 27 resid = 1.840045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118322(s) Flops=180135936 => 1522.42132485928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219149.068295179 Mflops = 219.149068295179 Gflops = 0.219149068295179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058388 s
InvBiCGStab: k = 51 resid = 1.044234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211166(s) Flops=337618944 => 1598.83193317106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231027.388226614 Mflops = 231.027388226614 Gflops = 0.231027388226614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007323833 Relative Rsd = 3.21175002687241e-07
BICGSTAB_SOLVER_TIME: 0.443223 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699310000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04448 s
InvBiCGStab: k = 60 resid = 7.270719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268346(s) Flops=396675072 => 1478.22241434566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212833.977045299 Mflops = 212.833977045299 Gflops = 0.212833977045299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063522 s
InvBiCGStab: k = 70 resid = 9.345613e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320928(s) Flops=462292992 => 1440.48818426563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207396.653797954 Mflops = 207.396653797954 Gflops = 0.207396653797954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001066811 Relative Rsd = 4.67832714880157e-07
BICGSTAB_SOLVER_TIME: 0.701107 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041157 s
InvBiCGStab: k = 53 resid = 1.767432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222693(s) Flops=350742528 => 1575.00472848271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226768.038942747 Mflops = 226.768038942747 Gflops = 0.226768038942747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057045 s
InvBiCGStab: k = 72 resid = 1.091099e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282036(s) Flops=475416576 => 1685.65919244352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242686.778705308 Mflops = 242.686778705308 Gflops = 0.242686778705308 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009912587 Relative Rsd = 4.34700631144103e-07
BICGSTAB_SOLVER_TIME: 0.606657 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041015 s
InvBiCGStab: k = 55 resid = 2.235795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200768(s) Flops=363866112 => 1812.37105514823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260927.966007717 Mflops = 260.927966007717 Gflops = 0.260927966007717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056147 s
InvBiCGStab: k = 80 resid = 1.045376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303173(s) Flops=527910912 => 1741.2860380047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250699.737748189 Mflops = 250.699737748189 Gflops = 0.250699737748189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001070624 Relative Rsd = 4.69505231999597e-07
BICGSTAB_SOLVER_TIME: 0.604777 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 53 resid = 1.482431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20954(s) Flops=350742528 => 1673.86908466164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240982.512775321 Mflops = 240.982512775321 Gflops = 0.240982512775321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056205 s
InvBiCGStab: k = 69 resid = 1.069532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268981(s) Flops=455731200 => 1694.28770061826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243925.807793132 Mflops = 243.925807793132 Gflops = 0.243925807793132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001030391 Relative Rsd = 4.51861633926325e-07
BICGSTAB_SOLVER_TIME: 0.579548 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1012
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.042983(s) Flops=1448755200 => 1389.04967770328 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200034.363072672 Mflops = 200.034363072672 Gflops = 0.200034363072672 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160301000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04215 s
InvBiCGStab: k = 27 resid = 2.075103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108824(s) Flops=180135936 => 1655.29603763876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238240.444165274 Mflops = 238.240444165274 Gflops = 0.238240444165274 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056706 s
InvBiCGStab: k = 45 resid = 1.109056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180445(s) Flops=298248192 => 1652.84819196985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237904.287404629 Mflops = 237.904287404629 Gflops = 0.237904287404629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007206782 Relative Rsd = 3.16041894950915e-07
BICGSTAB_SOLVER_TIME: 0.396552 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04373 s
InvBiCGStab: k = 53 resid = 2.120865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195924(s) Flops=350742528 => 1790.19685184051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257710.238444208 Mflops = 257.710238444208 Gflops = 0.257710238444208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0654 s
InvBiCGStab: k = 66 resid = 1.027678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247976(s) Flops=436045824 => 1758.41945994774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253149.2082346 Mflops = 253.1492082346 Gflops = 0.2531492082346 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001083049 Relative Rsd = 4.74953969206664e-07
BICGSTAB_SOLVER_TIME: 0.556633 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991760000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045779 s
InvBiCGStab: k = 50 resid = 2.094731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240812(s) Flops=331057152 => 1374.75355048752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197921.128227186 Mflops = 197.921128227186 Gflops = 0.197921128227186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062984 s
InvBiCGStab: k = 79 resid = 5.409901e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350099(s) Flops=521349120 => 1489.1476982225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214399.274623303 Mflops = 214.399274623303 Gflops = 0.214399274623303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001042319 Relative Rsd = 4.57092123500975e-07
BICGSTAB_SOLVER_TIME: 0.703795 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041832 s
InvBiCGStab: k = 59 resid = 1.59083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234512(s) Flops=390113280 => 1663.51095039913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239501.818045089 Mflops = 239.501818045089 Gflops = 0.239501818045089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059361 s
InvBiCGStab: k = 78 resid = 1.063495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298627(s) Flops=514787328 => 1723.84723417507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248184.892690592 Mflops = 248.184892690592 Gflops = 0.248184892690592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001099006 Relative Rsd = 4.81951422244606e-07
BICGSTAB_SOLVER_TIME: 0.638002 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111982
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041975 s
InvBiCGStab: k = 49 resid = 1.788504e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187946(s) Flops=324495360 => 1726.53506858353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248543.607221499 Mflops = 248.543607221499 Gflops = 0.248543607221499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056938 s
InvBiCGStab: k = 72 resid = 5.982687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279663(s) Flops=475416576 => 1699.96236899411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244740.839926097 Mflops = 244.740839926097 Gflops = 0.244740839926097 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009918936 Relative Rsd = 4.34979069176197e-07
BICGSTAB_SOLVER_TIME: 0.570146 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101851
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967869(s) Flops=1448534016 => 1496.62197673445 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215509.770175108 Mflops = 215.509770175108 Gflops = 0.215509770175108 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160723000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.460699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.251988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75536(s) Flops=1282516992 => 1697.88841347172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244450.310027572 Mflops = 244.450310027572 Gflops = 0.244450310027572 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 8.624229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800358(s) Flops=1354696704 => 1692.61343548762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243730.889175127 Mflops = 243.730889175127 Gflops = 0.243730889175127 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.002705981 Relative Rsd = 1.19047514674656e-06
BICGSTAB_SOLVER_TIME: 1.559101 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286041999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.274795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772744(s) Flops=1210337280 => 1566.28492747922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225473.584249654 Mflops = 225.473584249654 Gflops = 0.225473584249654 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 5.7632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875416(s) Flops=1433438208 => 1637.43661070851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235786.504569001 Mflops = 235.786504569001 Gflops = 0.235786504569001 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.002122007 Relative Rsd = 9.32293756410019e-07
BICGSTAB_SOLVER_TIME: 1.651575 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.123169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286499999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954585(s) Flops=1448534016 => 1517.44896054306 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218561.712820876 Mflops = 218.561712820876 Gflops = 0.218561712820876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160633000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049268 s
InvBiCGStab: k = 25 resid = 1.842485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11496(s) Flops=167012352 => 1452.7866388309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209098.4091034 Mflops = 209.0984091034 Gflops = 0.2090984091034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061964 s
InvBiCGStab: k = 52 resid = 1.123482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211898(s) Flops=344180736 => 1624.27552879215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233822.632941453 Mflops = 233.822632941453 Gflops = 0.233822632941453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007033865 Relative Rsd = 3.08458900107124e-07
BICGSTAB_SOLVER_TIME: 0.441702 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045754 s
InvBiCGStab: k = 83 resid = 1.778189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341381(s) Flops=547596288 => 1604.06199524871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230954.469428304 Mflops = 230.954469428304 Gflops = 0.230954469428304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056509 s
InvBiCGStab: k = 92 resid = 1.063676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336543(s) Flops=606652416 => 1802.60001247983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259533.727771676 Mflops = 259.533727771676 Gflops = 0.259533727771676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001268502 Relative Rsd = 5.56281205377594e-07
BICGSTAB_SOLVER_TIME: 0.783805 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139255
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040763 s
InvBiCGStab: k = 50 resid = 1.777155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183964(s) Flops=331057152 => 1799.57574308017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259073.500246188 Mflops = 259.073500246188 Gflops = 0.259073500246188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056363 s
InvBiCGStab: k = 74 resid = 9.185248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300706(s) Flops=488540160 => 1624.64387142259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233897.410722136 Mflops = 233.897410722136 Gflops = 0.233897410722136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009967441 Relative Rsd = 4.37106205048075e-07
BICGSTAB_SOLVER_TIME: 0.585489 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10267
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040732 s
InvBiCGStab: k = 71 resid = 1.975337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260822(s) Flops=468854784 => 1797.60443520869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258817.53753254 Mflops = 258.81753753254 Gflops = 0.25881753753254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069368 s
InvBiCGStab: k = 76 resid = 1.145273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349626(s) Flops=501663744 => 1434.85823136723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206578.258405577 Mflops = 206.578258405577 Gflops = 0.206578258405577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001067972 Relative Rsd = 4.68342214616185e-07
BICGSTAB_SOLVER_TIME: 0.724621 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119332
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047282 s
InvBiCGStab: k = 54 resid = 1.492734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239646(s) Flops=357304320 => 1490.96717658546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214669.289976293 Mflops = 214.669289976293 Gflops = 0.214669289976293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06536 s
InvBiCGStab: k = 83 resid = 1.010813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364439(s) Flops=547596288 => 1502.57323722214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216339.743973538 Mflops = 216.339743973538 Gflops = 0.216339743973538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001094663 Relative Rsd = 4.80046873431755e-07
BICGSTAB_SOLVER_TIME: 0.720363 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111849
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.980491(s) Flops=1448460288 => 1477.28055433451 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212772.051776465 Mflops = 212.772051776465 Gflops = 0.212772051776465 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160295000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044571 s
InvBiCGStab: k = 24 resid = 2.208653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103601(s) Flops=160450560 => 1548.73562996496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222925.913706535 Mflops = 222.925913706535 Gflops = 0.222925913706535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064377 s
InvBiCGStab: k = 48 resid = 1.039633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19826(s) Flops=317933568 => 1603.61932815495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230847.634511976 Mflops = 230.847634511976 Gflops = 0.230847634511976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007796318 Relative Rsd = 3.41895075544345e-07
BICGSTAB_SOLVER_TIME: 0.415013 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046937 s
InvBiCGStab: k = 75 resid = 1.343014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290362(s) Flops=495101952 => 1705.11965064299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245500.24543781 Mflops = 245.50024543781 Gflops = 0.24550024543781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 93 resid = 9.447996e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348416(s) Flops=613214208 => 1760.00587803086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253401.481640447 Mflops = 253.401481640447 Gflops = 0.253401481640447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001263566 Relative Rsd = 5.54116699384797e-07
BICGSTAB_SOLVER_TIME: 0.746168 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042481 s
InvBiCGStab: k = 54 resid = 2.025347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20385(s) Flops=357304320 => 1752.78057395143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252368.035111154 Mflops = 252.368035111154 Gflops = 0.252368035111154 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056766 s
InvBiCGStab: k = 66 resid = 1.131316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280665(s) Flops=436045824 => 1553.61667468334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223674.274132088 Mflops = 223.674274132088 Gflops = 0.223674274132088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001027193 Relative Rsd = 4.50458927037838e-07
BICGSTAB_SOLVER_TIME: 0.587343 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11674
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998460000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040852 s
InvBiCGStab: k = 67 resid = 2.243511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265104(s) Flops=442607616 => 1669.56219445953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240373.345711188 Mflops = 240.373345711188 Gflops = 0.240373345711188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059852 s
InvBiCGStab: k = 82 resid = 1.089906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305556(s) Flops=541034496 => 1770.65577504615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254926.326040235 Mflops = 254.926326040235 Gflops = 0.254926326040235 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001115028 Relative Rsd = 4.88977821810638e-07
BICGSTAB_SOLVER_TIME: 0.675078 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050082 s
InvBiCGStab: k = 51 resid = 2.276287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22536(s) Flops=337618944 => 1498.13162939297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215705.252423779 Mflops = 215.705252423779 Gflops = 0.215705252423779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069495 s
InvBiCGStab: k = 74 resid = 1.066355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34158(s) Flops=488540160 => 1430.23643070437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205923.53071226 Mflops = 205.92353071226 Gflops = 0.20592353071226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001029797 Relative Rsd = 4.51600962017292e-07
BICGSTAB_SOLVER_TIME: 0.690389 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10326
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998402(s) Flops=1442045952 => 1444.35402973952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207986.689920493 Mflops = 207.986689920493 Gflops = 0.207986689920493 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159761000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04062 s
InvBiCGStab: k = 29 resid = 1.909981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107075(s) Flops=193259520 => 1804.89862246089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259813.365242462 Mflops = 259.813365242462 Gflops = 0.259813365242462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056211 s
InvBiCGStab: k = 50 resid = 8.895837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183366(s) Flops=331057152 => 1805.44458623736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259893.792778338 Mflops = 259.893792778338 Gflops = 0.259893792778338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007467477 Relative Rsd = 3.27474241983722e-07
BICGSTAB_SOLVER_TIME: 0.390941 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 56 resid = 9.211418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233269(s) Flops=370427904 => 1587.98599042307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228640.047395946 Mflops = 228.640047395946 Gflops = 0.228640047395946 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061301 s
InvBiCGStab: k = 81 resid = 8.592697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331153(s) Flops=534472704 => 1613.97512328138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232371.163589627 Mflops = 232.371163589627 Gflops = 0.232371163589627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001082648 Relative Rsd = 4.74778145850864e-07
BICGSTAB_SOLVER_TIME: 0.671609 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041926 s
InvBiCGStab: k = 47 resid = 1.720028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174701(s) Flops=311371776 => 1782.31249964225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256583.634670998 Mflops = 256.583634670998 Gflops = 0.256583634670998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 76 resid = 9.890566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29235(s) Flops=501663744 => 1715.96970754233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247053.36505712 Mflops = 247.05336505712 Gflops = 0.24705336505712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009990064 Relative Rsd = 4.38098300075152e-07
BICGSTAB_SOLVER_TIME: 0.569139 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120069
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040896 s
InvBiCGStab: k = 54 resid = 1.76392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229374(s) Flops=357304320 => 1557.73679667268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224252.383395211 Mflops = 224.252383395211 Gflops = 0.224252383395211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076548 s
InvBiCGStab: k = 81 resid = 1.110412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343485(s) Flops=534472704 => 1556.02924145159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224025.147118997 Mflops = 224.025147118997 Gflops = 0.224025147118997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001040422 Relative Rsd = 4.56260280945981e-07
BICGSTAB_SOLVER_TIME: 0.694137 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110638
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051151 s
InvBiCGStab: k = 48 resid = 2.188105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182788(s) Flops=317933568 => 1739.35689432567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250397.196307319 Mflops = 250.397196307319 Gflops = 0.250397196307319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 74 resid = 6.271264e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281286(s) Flops=488540160 => 1736.80936840084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250057.223784842 Mflops = 250.057223784842 Gflops = 0.250057223784842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001047455 Relative Rsd = 4.59344745379983e-07
BICGSTAB_SOLVER_TIME: 0.575383 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101255
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028601(s) Flops=1447796736 => 1407.53969323382 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202678.362114175 Mflops = 202.678362114175 Gflops = 0.202678362114175 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160331000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021196
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040898 s
InvBiCGStab: k = 27 resid = 2.200742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099852(s) Flops=180135936 => 1804.02932339863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259662.479941055 Mflops = 259.662479941055 Gflops = 0.259662479941055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056058 s
InvBiCGStab: k = 48 resid = 9.464464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189088(s) Flops=317933568 => 1681.40531392791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242042.344731816 Mflops = 242.042344731816 Gflops = 0.242042344731816 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007478299 Relative Rsd = 3.27948847624602e-07
BICGSTAB_SOLVER_TIME: 0.389519 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040529 s
InvBiCGStab: k = 58 resid = 1.655394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211932(s) Flops=383551488 => 1809.78562935281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260544.281224555 Mflops = 260.544281224555 Gflops = 0.260544281224555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055964 s
InvBiCGStab: k = 78 resid = 1.102233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284316(s) Flops=514787328 => 1810.61680665175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260669.875713653 Mflops = 260.669875713653 Gflops = 0.260669875713653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001064072 Relative Rsd = 4.66631816855048e-07
BICGSTAB_SOLVER_TIME: 0.596402 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111321
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040751 s
InvBiCGStab: k = 49 resid = 2.112015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194396(s) Flops=324495360 => 1669.24916150538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240323.639797685 Mflops = 240.323639797685 Gflops = 0.240323639797685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063649 s
InvBiCGStab: k = 78 resid = 1.101092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329173(s) Flops=514787328 => 1563.88078001537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225153.641119845 Mflops = 225.153641119845 Gflops = 0.225153641119845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001017909 Relative Rsd = 4.46387779097002e-07
BICGSTAB_SOLVER_TIME: 0.632187 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104711
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043817 s
InvBiCGStab: k = 57 resid = 2.085448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214647(s) Flops=376989696 => 1756.32408559169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252850.2478871 Mflops = 252.8502478871 Gflops = 0.2528502478871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056871 s
InvBiCGStab: k = 85 resid = 1.043536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318897(s) Flops=560719872 => 1758.31027573166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253161.79384303 Mflops = 253.16179384303 Gflops = 0.25316179384303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001102742 Relative Rsd = 4.83590040784415e-07
BICGSTAB_SOLVER_TIME: 0.637976 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115668000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04466 s
InvBiCGStab: k = 57 resid = 1.839507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216144(s) Flops=376989696 => 1744.1598934044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251099.631681773 Mflops = 251.099631681773 Gflops = 0.251099631681773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062036 s
InvBiCGStab: k = 76 resid = 1.110972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327928(s) Flops=501663744 => 1529.79844356078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220260.927910815 Mflops = 220.260927910815 Gflops = 0.220260927910815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001020604 Relative Rsd = 4.47569379436718e-07
BICGSTAB_SOLVER_TIME: 0.654458 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109085
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956789(s) Flops=1460699136 => 1526.66798635854 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219840.774135273 Mflops = 219.840774135273 Gflops = 0.219840774135273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161933000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.195799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78209(s) Flops=1387505664 => 1774.09973788183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255457.743526201 Mflops = 255.457743526201 Gflops = 0.255457743526201 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.124295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.929017(s) Flops=1630291968 => 1754.85698108861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252693.527037069 Mflops = 252.693527037069 Gflops = 0.252693527037069 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002073267 Relative Rsd = 9.12162901362002e-07
BICGSTAB_SOLVER_TIME: 1.714409 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.326763999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.076028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865469(s) Flops=1243146240 => 1436.38448055332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206814.264058285 Mflops = 206.814264058285 Gflops = 0.206814264058285 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 8.062437e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835998(s) Flops=1335011328 => 1596.90732274479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229949.393961696 Mflops = 229.949393961696 Gflops = 0.229949393961696 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.002155766 Relative Rsd = 9.47141586764424e-07
BICGSTAB_SOLVER_TIME: 1.705006 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.119913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279516999999999
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911442(s) Flops=1460699136 => 1602.62434252536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231022.689818306 Mflops = 231.022689818306 Gflops = 0.231022689818306 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163536000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046385 s
InvBiCGStab: k = 24 resid = 1.887511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10935(s) Flops=160450560 => 1467.31193415638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211212.8950675 Mflops = 211.2128950675 Gflops = 0.2112128950675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06462 s
InvBiCGStab: k = 52 resid = 7.139889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213423(s) Flops=344180736 => 1612.66937490336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232166.577299389 Mflops = 232.166577299389 Gflops = 0.232166577299389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007257432 Relative Rsd = 3.18263094276063e-07
BICGSTAB_SOLVER_TIME: 0.43772 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043852 s
InvBiCGStab: k = 74 resid = 1.601832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275545(s) Flops=488540160 => 1772.99591718231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255257.277304854 Mflops = 255.257277304854 Gflops = 0.255257277304854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057034 s
InvBiCGStab: k = 88 resid = 8.648524e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326743(s) Flops=580405248 => 1776.33567666331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255749.374769474 Mflops = 255.749374769474 Gflops = 0.255749374769474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001225269 Relative Rsd = 5.37322199468801e-07
BICGSTAB_SOLVER_TIME: 0.706858 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129912
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044983 s
InvBiCGStab: k = 53 resid = 2.13164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20079(s) Flops=350742528 => 1746.81272971762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251487.758915769 Mflops = 251.487758915769 Gflops = 0.251487758915769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055893 s
InvBiCGStab: k = 64 resid = 1.139815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234051(s) Flops=422922240 => 1806.96617403899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260134.173543372 Mflops = 260.134173543372 Gflops = 0.260134173543372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001024882 Relative Rsd = 4.49445594346413e-07
BICGSTAB_SOLVER_TIME: 0.539354 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977070000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044896 s
InvBiCGStab: k = 53 resid = 2.033113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205221(s) Flops=350742528 => 1709.09667139328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246054.493328788 Mflops = 246.054493328788 Gflops = 0.246054493328788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 81 resid = 1.135064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329293(s) Flops=534472704 => 1623.09160534843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233683.386220724 Mflops = 233.683386220724 Gflops = 0.233683386220724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001088581 Relative Rsd = 4.77379861837583e-07
BICGSTAB_SOLVER_TIME: 0.639173 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109934
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045673 s
InvBiCGStab: k = 56 resid = 2.136154e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26947(s) Flops=370427904 => 1374.65359409211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197916.143555536 Mflops = 197.916143555536 Gflops = 0.197916143555536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075953 s
InvBiCGStab: k = 79 resid = 1.003271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37037(s) Flops=521349120 => 1407.64403164403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202668.341537268 Mflops = 202.668341537268 Gflops = 0.202668341537268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001098183 Relative Rsd = 4.81590790367321e-07
BICGSTAB_SOLVER_TIME: 0.765984 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110494
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971011(s) Flops=1461288960 => 1504.91493917165 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216708.290701925 Mflops = 216.708290701925 Gflops = 0.216708290701925 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162144000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042605 s
InvBiCGStab: k = 32 resid = 1.430026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119814(s) Flops=212944896 => 1777.2956081927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255841.448112928 Mflops = 255.841448112928 Gflops = 0.255841448112928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066911 s
InvBiCGStab: k = 50 resid = 1.071111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2203(s) Flops=331057152 => 1502.75602360418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216333.399399363 Mflops = 216.333399399363 Gflops = 0.216333399399363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007275328 Relative Rsd = 3.19047866815363e-07
BICGSTAB_SOLVER_TIME: 0.453613 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04777 s
InvBiCGStab: k = 71 resid = 2.187979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315432(s) Flops=468854784 => 1486.38940881077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214007.334702175 Mflops = 214.007334702175 Gflops = 0.214007334702175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057123 s
InvBiCGStab: k = 92 resid = 6.011339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352943(s) Flops=606652416 => 1718.83963132857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247470.686274398 Mflops = 247.470686274398 Gflops = 0.247470686274398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001208111 Relative Rsd = 5.2979773583216e-07
BICGSTAB_SOLVER_TIME: 0.77814 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130637
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041238 s
InvBiCGStab: k = 55 resid = 2.172003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219673(s) Flops=363866112 => 1656.39888379546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238472.414945083 Mflops = 238.472414945083 Gflops = 0.238472414945083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057022 s
InvBiCGStab: k = 68 resid = 7.828114e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256386(s) Flops=449169408 => 1751.92642343966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252222.690266854 Mflops = 252.222690266854 Gflops = 0.252222690266854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001024683 Relative Rsd = 4.49358142137213e-07
BICGSTAB_SOLVER_TIME: 0.577994 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04077 s
InvBiCGStab: k = 57 resid = 2.247285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211986(s) Flops=376989696 => 1778.37072259489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256035.663507933 Mflops = 256.035663507933 Gflops = 0.256035663507933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058185 s
InvBiCGStab: k = 89 resid = 1.083465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348555(s) Flops=586967040 => 1684.00120497482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242457.103695667 Mflops = 242.457103695667 Gflops = 0.242457103695667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001136152 Relative Rsd = 4.98241323424038e-07
BICGSTAB_SOLVER_TIME: 0.663303 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048891 s
InvBiCGStab: k = 55 resid = 2.097109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211787(s) Flops=363866112 => 1718.07576480143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247345.886030118 Mflops = 247.345886030118 Gflops = 0.247345886030118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056355 s
InvBiCGStab: k = 83 resid = 5.368116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309328(s) Flops=547596288 => 1770.27714270936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254875.059915489 Mflops = 254.875059915489 Gflops = 0.254875059915489 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001100493 Relative Rsd = 4.82603408329658e-07
BICGSTAB_SOLVER_TIME: 0.630473 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112729
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038422(s) Flops=1461583872 => 1407.50472543918 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202782.282474734 Mflops = 202.782282474734 Gflops = 0.202782282474734 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161769000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041413 s
InvBiCGStab: k = 28 resid = 2.202482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107956(s) Flops=186697728 => 1729.38723183519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248932.177555857 Mflops = 248.932177555857 Gflops = 0.248932177555857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058075 s
InvBiCGStab: k = 52 resid = 8.322376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212984(s) Flops=344180736 => 1615.99338917477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232645.261860764 Mflops = 232.645261860764 Gflops = 0.232645261860764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007589317 Relative Rsd = 3.32817352441907e-07
BICGSTAB_SOLVER_TIME: 0.424011 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046121 s
InvBiCGStab: k = 55 resid = 1.98525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235347(s) Flops=363866112 => 1546.08349373478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222595.655416144 Mflops = 222.595655416144 Gflops = 0.222595655416144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066783 s
InvBiCGStab: k = 77 resid = 1.01053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338058(s) Flops=508225536 => 1503.36787178531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216441.765719956 Mflops = 216.441765719956 Gflops = 0.216441765719956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001094367 Relative Rsd = 4.79917303258404e-07
BICGSTAB_SOLVER_TIME: 0.690589 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04773 s
InvBiCGStab: k = 46 resid = 2.172243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175381(s) Flops=304809984 => 1737.987490093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250154.048522517 Mflops = 250.154048522517 Gflops = 0.250154048522517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069463 s
InvBiCGStab: k = 69 resid = 1.148485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260569(s) Flops=455731200 => 1748.98472189708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251808.769475618 Mflops = 251.808769475618 Gflops = 0.251808769475618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0009957582 Relative Rsd = 4.3667384500154e-07
BICGSTAB_SOLVER_TIME: 0.556852 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0962490000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042053 s
InvBiCGStab: k = 57 resid = 2.076361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227211(s) Flops=376989696 => 1659.20530256018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238879.435555345 Mflops = 238.879435555345 Gflops = 0.238879435555345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061121 s
InvBiCGStab: k = 80 resid = 1.00496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314311(s) Flops=527910912 => 1679.58140822307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241814.037606252 Mflops = 241.814037606252 Gflops = 0.241814037606252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001088156 Relative Rsd = 4.77193215441298e-07
BICGSTAB_SOLVER_TIME: 0.648383 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043685 s
InvBiCGStab: k = 49 resid = 2.130055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201163(s) Flops=324495360 => 1613.09664302083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232227.626326134 Mflops = 232.227626326134 Gflops = 0.232227626326134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057674 s
InvBiCGStab: k = 76 resid = 1.058224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287634(s) Flops=501663744 => 1744.10446609233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251098.797815443 Mflops = 251.098797815443 Gflops = 0.251098797815443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001038659 Relative Rsd = 4.55487250384565e-07
BICGSTAB_SOLVER_TIME: 0.594405 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10338
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011173(s) Flops=1468145664 => 1451.9233246932 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209076.663058539 Mflops = 209.076663058539 Gflops = 0.209076663058539 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162642000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040713 s
InvBiCGStab: k = 29 resid = 1.626089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113948(s) Flops=193259520 => 1696.03257626286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244147.405756802 Mflops = 244.147405756802 Gflops = 0.244147405756802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058353 s
InvBiCGStab: k = 53 resid = 1.098842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200531(s) Flops=350742528 => 1749.06886217094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251797.849544178 Mflops = 251.797849544178 Gflops = 0.251797849544178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007269359 Relative Rsd = 3.18786122812696e-07
BICGSTAB_SOLVER_TIME: 0.418099 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 60 resid = 1.827348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223119(s) Flops=396675072 => 1777.86325682707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255962.836010664 Mflops = 255.962836010664 Gflops = 0.255962836010664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05578 s
InvBiCGStab: k = 76 resid = 1.040799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304118(s) Flops=501663744 => 1649.56939082856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237494.770083432 Mflops = 237.494770083432 Gflops = 0.237494770083432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001117775 Relative Rsd = 4.90182446637423e-07
BICGSTAB_SOLVER_TIME: 0.627742 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043473 s
InvBiCGStab: k = 50 resid = 1.864237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220487(s) Flops=331057152 => 1501.48150231079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216158.701605462 Mflops = 216.158701605462 Gflops = 0.216158701605462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064541 s
InvBiCGStab: k = 78 resid = 7.318515e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333827(s) Flops=514787328 => 1542.0781662358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222025.853676216 Mflops = 222.025853676216 Gflops = 0.222025853676216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001007493 Relative Rsd = 4.41819843387499e-07
BICGSTAB_SOLVER_TIME: 0.667147 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05461 s
InvBiCGStab: k = 55 resid = 2.213325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217606(s) Flops=363866112 => 1672.13271692876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240736.606258256 Mflops = 240.736606258256 Gflops = 0.240736606258256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060852 s
InvBiCGStab: k = 79 resid = 9.606464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305675(s) Flops=521349120 => 1705.56676208391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245559.427595524 Mflops = 245.559427595524 Gflops = 0.245559427595524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001068662 Relative Rsd = 4.6864454502067e-07
BICGSTAB_SOLVER_TIME: 0.642452 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128222
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043048 s
InvBiCGStab: k = 48 resid = 1.679131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19119(s) Flops=317933568 => 1662.91944139338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239409.120224034 Mflops = 239.409120224034 Gflops = 0.239409120224034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0572 s
InvBiCGStab: k = 79 resid = 8.686239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319701(s) Flops=521349120 => 1630.73972242814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234775.890131755 Mflops = 234.775890131755 Gflops = 0.234775890131755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001059752 Relative Rsd = 4.6473722319736e-07
BICGSTAB_SOLVER_TIME: 0.614836 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104878
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964164(s) Flops=1474560000 => 1529.36637335557 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220253.905946128 Mflops = 220.253905946128 Gflops = 0.220253905946128 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163347000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.236988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798582(s) Flops=1374382080 => 1721.02812234686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247772.20469354 Mflops = 247.77220469354 Gflops = 0.24777220469354 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 9.91575e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913275(s) Flops=1518741504 => 1662.96187238236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239462.154166363 Mflops = 239.462154166363 Gflops = 0.239462154166363 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.00200735 Relative Rsd = 8.8320293043033e-07
BICGSTAB_SOLVER_TIME: 1.715177 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313395999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.153561e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909213(s) Flops=1394067456 => 1533.2682836695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220730.322389856 Mflops = 220.730322389856 Gflops = 0.220730322389856 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.000621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902646(s) Flops=1367820288 => 1515.34520509701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218206.076714779 Mflops = 218.206076714779 Gflops = 0.218206076714779 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.001944248 Relative Rsd = 8.54220984681527e-07
BICGSTAB_SOLVER_TIME: 1.815178 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299085999999999
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.972353(s) Flops=1474560000 => 1516.4862966433 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218380.950504867 Mflops = 218.380950504867 Gflops = 0.218380950504867 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163451000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048659 s
InvBiCGStab: k = 30 resid = 1.976871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119882(s) Flops=199821312 => 1666.81663635909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239921.877899849 Mflops = 239.921877899849 Gflops = 0.239921877899849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066132 s
InvBiCGStab: k = 51 resid = 1.043424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223263(s) Flops=337618944 => 1512.2028459709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217698.475244838 Mflops = 217.698475244838 Gflops = 0.217698475244838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000720613 Relative Rsd = 3.16013305787371e-07
BICGSTAB_SOLVER_TIME: 0.462168 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 88 resid = 2.21849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375949(s) Flops=580405248 => 1543.84038260509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222279.047185099 Mflops = 222.279047185099 Gflops = 0.222279047185099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072544 s
InvBiCGStab: k = 99 resid = 1.03019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376627(s) Flops=652584960 => 1732.70891359356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249464.610436815 Mflops = 249.464610436815 Gflops = 0.249464610436815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001279831 Relative Rsd = 5.61249287272566e-07
BICGSTAB_SOLVER_TIME: 0.870285 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115337
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042148 s
InvBiCGStab: k = 46 resid = 2.227039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170673(s) Flops=304809984 => 1785.9297252641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257104.909812371 Mflops = 257.104909812371 Gflops = 0.257104909812371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057535 s
InvBiCGStab: k = 80 resid = 8.537798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317973(s) Flops=527910912 => 1660.23817116548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239026.405970518 Mflops = 239.026405970518 Gflops = 0.239026405970518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001024118 Relative Rsd = 4.49110539560086e-07
BICGSTAB_SOLVER_TIME: 0.592172 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043824 s
InvBiCGStab: k = 63 resid = 1.640426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269209(s) Flops=416360448 => 1546.60671820036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222698.350731883 Mflops = 222.698350731883 Gflops = 0.222698350731883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058826 s
InvBiCGStab: k = 82 resid = 9.624459e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315469(s) Flops=541034496 => 1715.01635976911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246916.263803714 Mflops = 246.916263803714 Gflops = 0.246916263803714 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001112256 Relative Rsd = 4.87762016578824e-07
BICGSTAB_SOLVER_TIME: 0.691052 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057407 s
InvBiCGStab: k = 64 resid = 1.990245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272774(s) Flops=422922240 => 1550.44923636417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223227.250310453 Mflops = 223.227250310453 Gflops = 0.223227250310453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061612 s
InvBiCGStab: k = 77 resid = 1.034796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374852(s) Flops=508225536 => 1355.8031863242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195207.075080511 Mflops = 195.207075080511 Gflops = 0.195207075080511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001112888 Relative Rsd = 4.88039229361051e-07
BICGSTAB_SOLVER_TIME: 0.770445 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114688
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958454(s) Flops=1487020032 => 1551.47772558725 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223408.970829119 Mflops = 223.408970829119 Gflops = 0.223408970829119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164795000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021322
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041293 s
InvBiCGStab: k = 33 resid = 2.160323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125457(s) Flops=219506688 => 1749.6567588895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251850.828011641 Mflops = 251.850828011641 Gflops = 0.251850828011641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064733 s
InvBiCGStab: k = 48 resid = 9.015478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211757(s) Flops=317933568 => 1501.40759455414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216139.283267161 Mflops = 216.139283267161 Gflops = 0.216139283267161 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007407785 Relative Rsd = 3.24856572222704e-07
BICGSTAB_SOLVER_TIME: 0.447221 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046479 s
InvBiCGStab: k = 80 resid = 2.201051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357655(s) Flops=527910912 => 1476.03392095735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212525.664750048 Mflops = 212.525664750048 Gflops = 0.212525664750048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 91 resid = 6.98419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387614(s) Flops=600090624 => 1548.16550485793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222902.538989482 Mflops = 222.902538989482 Gflops = 0.222902538989482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001244659 Relative Rsd = 5.4582533143607e-07
BICGSTAB_SOLVER_TIME: 0.851753 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 53 resid = 1.27532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207434(s) Flops=350742528 => 1690.86325289008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243424.924341099 Mflops = 243.424924341099 Gflops = 0.243424924341099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068382 s
InvBiCGStab: k = 75 resid = 9.797823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282091(s) Flops=495101952 => 1755.11431417521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252685.28503826 Mflops = 252.68528503826 Gflops = 0.25268528503826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001028055 Relative Rsd = 4.50836916621561e-07
BICGSTAB_SOLVER_TIME: 0.602824 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044246 s
InvBiCGStab: k = 65 resid = 2.233605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277911(s) Flops=429484032 => 1545.40134071699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222494.766815763 Mflops = 222.494766815763 Gflops = 0.222494766815763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071925 s
InvBiCGStab: k = 83 resid = 5.488873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332035(s) Flops=547596288 => 1649.21254687006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237456.263120291 Mflops = 237.456263120291 Gflops = 0.237456263120291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001114026 Relative Rsd = 4.88538365525294e-07
BICGSTAB_SOLVER_TIME: 0.72988 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 53 resid = 1.976524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206344(s) Flops=350742528 => 1699.7951382158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244715.418864839 Mflops = 244.715418864839 Gflops = 0.244715418864839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060027 s
InvBiCGStab: k = 82 resid = 1.089502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346511(s) Flops=541034496 => 1561.37754934187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224799.901575214 Mflops = 224.799901575214 Gflops = 0.224799901575214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001047674 Relative Rsd = 4.59440672234091e-07
BICGSTAB_SOLVER_TIME: 0.658123 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110468
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012138(s) Flops=1517912064 => 1499.70860100105 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215952.550501854 Mflops = 215.952550501854 Gflops = 0.215952550501854 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168420000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 29 resid = 1.659918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107723(s) Flops=193259520 => 1794.04138391987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258217.047731692 Mflops = 258.217047731692 Gflops = 0.258217047731692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05639 s
InvBiCGStab: k = 50 resid = 1.108677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184431(s) Flops=331057152 => 1795.01901524147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258395.309735157 Mflops = 258.395309735157 Gflops = 0.258395309735157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007351491 Relative Rsd = 3.22387897950623e-07
BICGSTAB_SOLVER_TIME: 0.393542 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046582 s
InvBiCGStab: k = 55 resid = 1.447711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231378(s) Flops=363866112 => 1572.60462100978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226409.761111233 Mflops = 226.409761111233 Gflops = 0.226409761111233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059244 s
InvBiCGStab: k = 81 resid = 6.415794e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33908(s) Flops=534472704 => 1576.24367111006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226947.473409567 Mflops = 226.947473409567 Gflops = 0.226947473409567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001074397 Relative Rsd = 4.71159625631433e-07
BICGSTAB_SOLVER_TIME: 0.680609 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047335 s
InvBiCGStab: k = 54 resid = 2.244878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207558(s) Flops=357304320 => 1721.46734888561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247836.968582321 Mflops = 247.836968582321 Gflops = 0.247836968582321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059135 s
InvBiCGStab: k = 75 resid = 9.764326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3506(s) Flops=495101952 => 1412.15616657159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203321.213995969 Mflops = 203.321213995969 Gflops = 0.203321213995969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00102465 Relative Rsd = 4.49344051763752e-07
BICGSTAB_SOLVER_TIME: 0.668381 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04066 s
InvBiCGStab: k = 59 resid = 2.248642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23789(s) Flops=390113280 => 1639.88936062886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236102.990057313 Mflops = 236.102990057313 Gflops = 0.236102990057313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058218 s
InvBiCGStab: k = 82 resid = 1.132284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312414(s) Flops=541034496 => 1731.78697497551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249328.991240064 Mflops = 249.328991240064 Gflops = 0.249328991240064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00108558 Relative Rsd = 4.76063943481285e-07
BICGSTAB_SOLVER_TIME: 0.652849 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115006
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043402 s
InvBiCGStab: k = 60 resid = 2.265901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219494(s) Flops=396675072 => 1807.22512688274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260178.170923825 Mflops = 260.178170923825 Gflops = 0.260178170923825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056105 s
InvBiCGStab: k = 77 resid = 6.509129e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281193(s) Flops=508225536 => 1807.39042579296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260207.606789424 Mflops = 260.207606789424 Gflops = 0.260207606789424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001045114 Relative Rsd = 4.58318190200419e-07
BICGSTAB_SOLVER_TIME: 0.603872 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111993
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.119379(s) Flops=1561042944 => 1394.56157744607 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200827.119716778 Mflops = 200.827119716778 Gflops = 0.200827119716778 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173225000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041002 s
InvBiCGStab: k = 27 resid = 2.164205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100078(s) Flops=180135936 => 1799.95539479206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259094.209526145 Mflops = 259.094209526145 Gflops = 0.259094209526145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 48 resid = 1.000523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176462(s) Flops=317933568 => 1801.71123528012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259364.568485334 Mflops = 259.364568485334 Gflops = 0.259364568485334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000748704 Relative Rsd = 3.2833217215045e-07
BICGSTAB_SOLVER_TIME: 0.377497 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040766 s
InvBiCGStab: k = 55 resid = 2.258027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207932(s) Flops=363866112 => 1749.92839966912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251954.895299402 Mflops = 251.954895299402 Gflops = 0.251954895299402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076496 s
InvBiCGStab: k = 91 resid = 1.120927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424076(s) Flops=600090624 => 1415.05443363925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203746.315847705 Mflops = 203.746315847705 Gflops = 0.203746315847705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001135264 Relative Rsd = 4.9785184712282e-07
BICGSTAB_SOLVER_TIME: 0.752928 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118502
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051209 s
InvBiCGStab: k = 47 resid = 2.111505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209969(s) Flops=311371776 => 1482.94165329168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213494.60867423 Mflops = 213.49460867423 Gflops = 0.21349460867423 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064965 s
InvBiCGStab: k = 77 resid = 9.222881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342418(s) Flops=508225536 => 1484.22552552728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213694.68910432 Mflops = 213.69468910432 Gflops = 0.21369468910432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001030205 Relative Rsd = 4.51779797445679e-07
BICGSTAB_SOLVER_TIME: 0.67231 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102698
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04378 s
InvBiCGStab: k = 54 resid = 2.116465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201788(s) Flops=357304320 => 1770.69161694452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254920.200108313 Mflops = 254.920200108313 Gflops = 0.254920200108313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056481 s
InvBiCGStab: k = 80 resid = 8.157438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296235(s) Flops=527910912 => 1782.06799331612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256571.791137383 Mflops = 256.571791137383 Gflops = 0.256571791137383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001102596 Relative Rsd = 4.83526021478906e-07
BICGSTAB_SOLVER_TIME: 0.601988 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040631 s
InvBiCGStab: k = 52 resid = 1.765426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197151(s) Flops=344180736 => 1745.7722050611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251327.820785433 Mflops = 251.327820785433 Gflops = 0.251327820785433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060049 s
InvBiCGStab: k = 74 resid = 1.058046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287837(s) Flops=488540160 => 1697.28061368066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244354.448186841 Mflops = 244.354448186841 Gflops = 0.244354448186841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001031864 Relative Rsd = 4.52507238501657e-07
BICGSTAB_SOLVER_TIME: 0.589318 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104091
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992298(s) Flops=1592229888 => 1604.58842807302 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231073.069872573 Mflops = 231.073069872573 Gflops = 0.231073069872573 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177020000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.423039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.793833(s) Flops=1341573120 => 1689.9941423448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243399.088209418 Mflops = 243.399088209418 Gflops = 0.243399088209418 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.07773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827182(s) Flops=1361258496 => 1645.65778268869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236971.500599622 Mflops = 236.971500599622 Gflops = 0.236971500599622 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.001953805 Relative Rsd = 8.59687380072949e-07
BICGSTAB_SOLVER_TIME: 1.628491 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.116573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293068999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 1.33488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749042(s) Flops=1105348608 => 1475.6830831916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212430.301245095 Mflops = 212.430301245095 Gflops = 0.212430301245095 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.14975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852518(s) Flops=1394067456 => 1635.23521614793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235470.24401291 Mflops = 235.47024401291 Gflops = 0.23547024401291 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.001926329 Relative Rsd = 8.46358628494917e-07
BICGSTAB_SOLVER_TIME: 1.604944 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270979999999998
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018853(s) Flops=1592229888 => 1562.76704097647 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225042.534217589 Mflops = 225.042534217589 Gflops = 0.225042534217589 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176731000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042339 s
InvBiCGStab: k = 26 resid = 2.226173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09739(s) Flops=173574144 => 1782.25838381764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256519.492629039 Mflops = 256.519492629039 Gflops = 0.256519492629039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058668 s
InvBiCGStab: k = 47 resid = 1.08026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181877(s) Flops=311371776 => 1711.99093893126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246444.858665996 Mflops = 246.444858665996 Gflops = 0.246444858665996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007000649 Relative Rsd = 3.07002282224524e-07
BICGSTAB_SOLVER_TIME: 0.383964 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043376 s
InvBiCGStab: k = 82 resid = 1.885421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309211(s) Flops=541034496 => 1749.72590237734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251918.498752344 Mflops = 251.918498752344 Gflops = 0.251918498752344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057072 s
InvBiCGStab: k = 86 resid = 1.067005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333383(s) Flops=567281664 => 1701.59145487322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244986.497330675 Mflops = 244.986497330675 Gflops = 0.244986497330675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001243229 Relative Rsd = 5.4519836086912e-07
BICGSTAB_SOLVER_TIME: 0.746796 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049748 s
InvBiCGStab: k = 48 resid = 2.249902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200206(s) Flops=317933568 => 1588.03216686813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228623.5002698 Mflops = 228.6235002698 Gflops = 0.2286235002698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057378 s
InvBiCGStab: k = 74 resid = 1.004996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292081(s) Flops=488540160 => 1672.61875986456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240805.85974703 Mflops = 240.80585974703 Gflops = 0.24080585974703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.0009994161 Relative Rsd = 4.38277952336783e-07
BICGSTAB_SOLVER_TIME: 0.60308 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101365
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041631 s
InvBiCGStab: k = 56 resid = 1.795711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225756(s) Flops=370427904 => 1640.8330409823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236230.690102582 Mflops = 236.230690102582 Gflops = 0.236230690102582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056288 s
InvBiCGStab: k = 86 resid = 9.594752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332423(s) Flops=567281664 => 1706.50545840691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245695.52454487 Mflops = 245.69552454487 Gflops = 0.24569552454487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001124343 Relative Rsd = 4.93062549604158e-07
BICGSTAB_SOLVER_TIME: 0.660528 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115619
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045913 s
InvBiCGStab: k = 49 resid = 2.070743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200084(s) Flops=324495360 => 1621.79564582875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233495.662271862 Mflops = 233.495662271862 Gflops = 0.233495662271862 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069823 s
InvBiCGStab: k = 80 resid = 7.222538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340926(s) Flops=527910912 => 1548.46187149117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222939.959832076 Mflops = 222.939959832076 Gflops = 0.222939959832076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001128971 Relative Rsd = 4.95092380215828e-07
BICGSTAB_SOLVER_TIME: 0.660317 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106259
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047093(s) Flops=1605058560 => 1532.87106302879 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220771.616349244 Mflops = 220.771616349244 Gflops = 0.220771616349244 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178232000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.057607 s
InvBiCGStab: k = 29 resid = 2.126743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131133(s) Flops=193259520 => 1473.76724394317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212157.521120832 Mflops = 212.157521120832 Gflops = 0.212157521120832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06307 s
InvBiCGStab: k = 47 resid = 1.020069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205958(s) Flops=311371776 => 1511.82171122268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217647.625442441 Mflops = 217.647625442441 Gflops = 0.217647625442441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007243069 Relative Rsd = 3.17633213740681e-07
BICGSTAB_SOLVER_TIME: 0.463111 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683140000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044241 s
InvBiCGStab: k = 71 resid = 2.221107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279952(s) Flops=468854784 => 1674.76847459564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241132.59581267 Mflops = 241.13259581267 Gflops = 0.24113259581267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063734 s
InvBiCGStab: k = 88 resid = 1.036161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338329(s) Flops=580405248 => 1715.50546361678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246996.588597499 Mflops = 246.996588597499 Gflops = 0.246996588597499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001210059 Relative Rsd = 5.30651939197212e-07
BICGSTAB_SOLVER_TIME: 0.730066 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127832
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041144 s
InvBiCGStab: k = 52 resid = 2.012355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190917(s) Flops=344180736 => 1802.77678781879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259534.39831915 Mflops = 259.53439831915 Gflops = 0.25953439831915 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056739 s
InvBiCGStab: k = 71 resid = 9.3283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268358(s) Flops=468854784 => 1747.12430410124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251540.439315345 Mflops = 251.540439315345 Gflops = 0.251540439315345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001007486 Relative Rsd = 4.41816984471145e-07
BICGSTAB_SOLVER_TIME: 0.560769 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041182 s
InvBiCGStab: k = 75 resid = 2.276261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299462(s) Flops=495101952 => 1653.30476654801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238037.07523253 Mflops = 238.03707523253 Gflops = 0.23803707523253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057117 s
InvBiCGStab: k = 81 resid = 1.110827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312582(s) Flops=534472704 => 1709.86398449047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246168.053994011 Mflops = 246.168053994011 Gflops = 0.246168053994011 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001124333 Relative Rsd = 4.93058108073393e-07
BICGSTAB_SOLVER_TIME: 0.714051 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125661000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044298 s
InvBiCGStab: k = 76 resid = 2.085747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317859(s) Flops=501663744 => 1578.25873736468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227235.092383433 Mflops = 227.235092383433 Gflops = 0.227235092383433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061656 s
InvBiCGStab: k = 84 resid = 1.090275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360272(s) Flops=554158080 => 1538.16583026158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221459.275094041 Mflops = 221.459275094041 Gflops = 0.221459275094041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001082586 Relative Rsd = 4.74750781937185e-07
BICGSTAB_SOLVER_TIME: 0.78922 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128165
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.043883(s) Flops=1605206016 => 1537.72598653297 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221435.224327358 Mflops = 221.435224327358 Gflops = 0.221435224327358 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178125000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 32 resid = 1.812229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118626(s) Flops=212944896 => 1795.0946335542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258380.895345994 Mflops = 258.380895345994 Gflops = 0.258380895345994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 50 resid = 1.083425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210203(s) Flops=331057152 => 1574.94018639125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226710.544245797 Mflops = 226.710544245797 Gflops = 0.226710544245797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007505439 Relative Rsd = 3.29139024713382e-07
BICGSTAB_SOLVER_TIME: 0.431034 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043875 s
InvBiCGStab: k = 51 resid = 1.93074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242469(s) Flops=337618944 => 1392.42106826027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200463.145227547 Mflops = 200.463145227547 Gflops = 0.200463145227547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063958 s
InvBiCGStab: k = 75 resid = 1.145655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293085(s) Flops=495101952 => 1689.2776907723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243204.522383691 Mflops = 243.204522383691 Gflops = 0.243204522383691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001066932 Relative Rsd = 4.67885911145181e-07
BICGSTAB_SOLVER_TIME: 0.647598 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104199
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045586 s
InvBiCGStab: k = 55 resid = 1.249654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228426(s) Flops=363866112 => 1592.92774027475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229318.314481711 Mflops = 229.318314481711 Gflops = 0.229318314481711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057499 s
InvBiCGStab: k = 73 resid = 1.118957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286858(s) Flops=481978368 => 1680.19845359028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241900.598569074 Mflops = 241.900598569074 Gflops = 0.241900598569074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001001729 Relative Rsd = 4.39292357121841e-07
BICGSTAB_SOLVER_TIME: 0.622354 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105463
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 54 resid = 1.671808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218186(s) Flops=357304320 => 1637.6134124096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235753.361563038 Mflops = 235.753361563038 Gflops = 0.235753361563038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056766 s
InvBiCGStab: k = 77 resid = 1.076161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292951(s) Flops=508225536 => 1734.84827155395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249764.444572432 Mflops = 249.764444572432 Gflops = 0.249764444572432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001100444 Relative Rsd = 4.82582221717388e-07
BICGSTAB_SOLVER_TIME: 0.612977 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04114 s
InvBiCGStab: k = 54 resid = 2.016053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209465(s) Flops=357304320 => 1705.79485832955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245577.695858286 Mflops = 245.577695858286 Gflops = 0.245577695858286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066075 s
InvBiCGStab: k = 81 resid = 1.018758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328111(s) Flops=534472704 => 1628.93869452716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234529.015448249 Mflops = 234.529015448249 Gflops = 0.234529015448249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001045645 Relative Rsd = 4.58551089779152e-07
BICGSTAB_SOLVER_TIME: 0.648367 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110592
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.145168(s) Flops=1593188352 => 1391.22674751652 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200359.295749471 Mflops = 200.359295749471 Gflops = 0.200359295749471 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176513000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041008 s
InvBiCGStab: k = 25 resid = 2.067482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098329(s) Flops=167012352 => 1698.5055477021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244462.252355325 Mflops = 244.462252355325 Gflops = 0.244462252355325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059033 s
InvBiCGStab: k = 52 resid = 9.628147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195384(s) Flops=344180736 => 1761.56049625353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253589.856874794 Mflops = 253.589856874794 Gflops = 0.253589856874794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007697844 Relative Rsd = 3.37576631338847e-07
BICGSTAB_SOLVER_TIME: 0.397432 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691560000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045237 s
InvBiCGStab: k = 54 resid = 2.238555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220604(s) Flops=357304320 => 1619.6638320248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233190.469613017 Mflops = 233.190469613017 Gflops = 0.233190469613017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056 s
InvBiCGStab: k = 88 resid = 9.555748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361038(s) Flops=580405248 => 1607.60154886743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231461.566369754 Mflops = 231.461566369754 Gflops = 0.231461566369754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001153992 Relative Rsd = 5.06064748028033e-07
BICGSTAB_SOLVER_TIME: 0.686822 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115572
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045467 s
InvBiCGStab: k = 56 resid = 1.973578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239268(s) Flops=370427904 => 1548.17152314559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222902.844751901 Mflops = 222.902844751901 Gflops = 0.222902844751901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059304 s
InvBiCGStab: k = 73 resid = 1.069761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299122(s) Flops=481978368 => 1611.31032822728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231985.439457759 Mflops = 231.985439457759 Gflops = 0.231985439457759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001077568 Relative Rsd = 4.72550335281647e-07
BICGSTAB_SOLVER_TIME: 0.646957 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041331 s
InvBiCGStab: k = 62 resid = 2.008315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229995(s) Flops=409798656 => 1781.77202113089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256520.868466204 Mflops = 256.520868466204 Gflops = 0.256520868466204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056803 s
InvBiCGStab: k = 80 resid = 1.13329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291762(s) Flops=527910912 => 1809.38885804183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260497.544689637 Mflops = 260.497544689637 Gflops = 0.260497544689637 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001081537 Relative Rsd = 4.7429064956035e-07
BICGSTAB_SOLVER_TIME: 0.623565 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041412 s
InvBiCGStab: k = 51 resid = 1.542703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200278(s) Flops=337618944 => 1685.75152537972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242700.824187051 Mflops = 242.700824187051 Gflops = 0.242700824187051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059461 s
InvBiCGStab: k = 75 resid = 1.12844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2866(s) Flops=495101952 => 1727.50157711096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248699.683081006 Mflops = 248.699683081006 Gflops = 0.248699683081006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001058631 Relative Rsd = 4.64245795896858e-07
BICGSTAB_SOLVER_TIME: 0.591463 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10414
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.104633(s) Flops=1581023232 => 1431.26561672519 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206104.09931631 Mflops = 206.10409931631 Gflops = 0.20610409931631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175371000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.462889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.252777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871233(s) Flops=1492494336 => 1713.08287909205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246660.4861874 Mflops = 246.6604861874 Gflops = 0.2466604861874 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 1.087571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.004967(s) Flops=1682786304 => 1674.46921540707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241121.017787894 Mflops = 241.121017787894 Gflops = 0.241121017787894 Tflops
BICGSTAB_SOLVER: 483 iterations. Rsd = 0.002098346 Relative Rsd = 9.23325085106677e-07
BICGSTAB_SOLVER_TIME: 1.87986 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.121619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.344381999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.131654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765915(s) Flops=1256269824 => 1640.22094357729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236112.374753452 Mflops = 236.112374753452 Gflops = 0.236112374753452 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.092162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756048(s) Flops=1321887744 => 1748.41775125389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251765.780576705 Mflops = 251.765780576705 Gflops = 0.251765780576705 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001938325 Relative Rsd = 8.51632930905699e-07
BICGSTAB_SOLVER_TIME: 1.525452 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.116769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279437999999999
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023472(s) Flops=1581023232 => 1544.76451920522 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222442.708486859 Mflops = 222.442708486859 Gflops = 0.222442708486859 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175578000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.487304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021152
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046512 s
InvBiCGStab: k = 24 resid = 2.129739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102773(s) Flops=160450560 => 1561.21315909821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224709.942494562 Mflops = 224.709942494562 Gflops = 0.224709942494562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059764 s
InvBiCGStab: k = 54 resid = 5.567253e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219308(s) Flops=357304320 => 1629.23523081693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234552.795657103 Mflops = 234.552795657103 Gflops = 0.234552795657103 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007126177 Relative Rsd = 3.12507100139008e-07
BICGSTAB_SOLVER_TIME: 0.432245 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041421 s
InvBiCGStab: k = 84 resid = 1.859205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321064(s) Flops=554158080 => 1726.0050332644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248505.417217686 Mflops = 248.505417217686 Gflops = 0.248505417217686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060607 s
InvBiCGStab: k = 111 resid = 1.057891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424469(s) Flops=731326464 => 1722.92078809053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248068.503159826 Mflops = 248.068503159826 Gflops = 0.248068503159826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001311346 Relative Rsd = 5.75069850502906e-07
BICGSTAB_SOLVER_TIME: 0.852346 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153415999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040795 s
InvBiCGStab: k = 51 resid = 2.104365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186545(s) Flops=337618944 => 1809.85255032298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260538.915753198 Mflops = 260.538915753198 Gflops = 0.260538915753198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056725 s
InvBiCGStab: k = 76 resid = 8.701721e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27801(s) Flops=501663744 => 1804.48093234056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259785.949404896 Mflops = 259.785949404896 Gflops = 0.259785949404896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001024504 Relative Rsd = 4.49279726145777e-07
BICGSTAB_SOLVER_TIME: 0.565765 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044199 s
InvBiCGStab: k = 60 resid = 1.748414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239616(s) Flops=396675072 => 1655.46153846154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238340.181627754 Mflops = 238.340181627754 Gflops = 0.238340181627754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065941 s
InvBiCGStab: k = 77 resid = 1.043092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369972(s) Flops=508225536 => 1373.6864843826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197782.921543787 Mflops = 197.782921543787 Gflops = 0.197782921543787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001111441 Relative Rsd = 4.87404754138671e-07
BICGSTAB_SOLVER_TIME: 0.723888 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11827
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042405 s
InvBiCGStab: k = 55 resid = 2.060605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206098(s) Flops=363866112 => 1765.50045124164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254176.696513373 Mflops = 254.176696513373 Gflops = 0.254176696513373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057527 s
InvBiCGStab: k = 79 resid = 1.018418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294703(s) Flops=521349120 => 1769.06621242403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254698.384884024 Mflops = 254.698384884024 Gflops = 0.254698384884024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001109025 Relative Rsd = 4.86345219316875e-07
BICGSTAB_SOLVER_TIME: 0.604449 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109744
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971807(s) Flops=1562443776 => 1607.77168306053 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231666.861245886 Mflops = 231.666861245886 Gflops = 0.231666861245886 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173350000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.486602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041818 s
InvBiCGStab: k = 24 resid = 2.078945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089741(s) Flops=160450560 => 1787.92926310159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257321.094530011 Mflops = 257.321094530011 Gflops = 0.257321094530011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05672 s
InvBiCGStab: k = 41 resid = 1.143929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162624(s) Flops=272001024 => 1672.57615112161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240772.178489883 Mflops = 240.772178489883 Gflops = 0.240772178489883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 65 iterations. Rsd = 0.0007069226 Relative Rsd = 3.10009581442993e-07
BICGSTAB_SOLVER_TIME: 0.354994 sec
2Flav::invert,  n_count = 65
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0606180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049784 s
InvBiCGStab: k = 72 resid = 1.813819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304217(s) Flops=475416576 => 1562.75479674048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225005.703829139 Mflops = 225.005703829139 Gflops = 0.225005703829139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057222 s
InvBiCGStab: k = 95 resid = 8.238634e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366582(s) Flops=626337792 => 1708.58850680066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245999.002503879 Mflops = 245.999002503879 Gflops = 0.245999002503879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001232391 Relative Rsd = 5.40445310325666e-07
BICGSTAB_SOLVER_TIME: 0.781437 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043511 s
InvBiCGStab: k = 68 resid = 1.897664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285651(s) Flops=449169408 => 1572.44122373106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226377.602621379 Mflops = 226.377602621379 Gflops = 0.226377602621379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058912 s
InvBiCGStab: k = 71 resid = 1.010575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295616(s) Flops=468854784 => 1586.02641264343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228352.034260304 Mflops = 228.352034260304 Gflops = 0.228352034260304 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001074173 Relative Rsd = 4.71061197225515e-07
BICGSTAB_SOLVER_TIME: 0.687299 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113356
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04131 s
InvBiCGStab: k = 55 resid = 2.19957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202232(s) Flops=363866112 => 1799.25091973575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259029.442061669 Mflops = 259.029442061669 Gflops = 0.259029442061669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056502 s
InvBiCGStab: k = 88 resid = 9.725479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351536(s) Flops=580405248 => 1651.05493605207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237711.366598827 Mflops = 237.711366598827 Gflops = 0.237711366598827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001149228 Relative Rsd = 5.03975594902007e-07
BICGSTAB_SOLVER_TIME: 0.655615 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116368
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042273 s
InvBiCGStab: k = 63 resid = 1.850081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307348(s) Flops=416360448 => 1354.68735114593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195054.978745271 Mflops = 195.054978745271 Gflops = 0.195054978745271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061231 s
InvBiCGStab: k = 83 resid = 6.133932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308949(s) Flops=547596288 => 1772.44881193983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255190.400022926 Mflops = 255.190400022926 Gflops = 0.255190400022926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001106356 Relative Rsd = 4.8517474833011e-07
BICGSTAB_SOLVER_TIME: 0.723467 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118455
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975204(s) Flops=1562370048 => 1602.09561076452 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230720.44419171 Mflops = 230.72044419171 Gflops = 0.23072044419171 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173259000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046835 s
InvBiCGStab: k = 30 resid = 2.188629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132964(s) Flops=199821312 => 1502.82265876478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216332.423381324 Mflops = 216.332423381324 Gflops = 0.216332423381324 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063944 s
InvBiCGStab: k = 51 resid = 9.457675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21579(s) Flops=337618944 => 1564.57177811761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225242.014398898 Mflops = 225.242014398898 Gflops = 0.225242014398898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007327541 Relative Rsd = 3.21337603554901e-07
BICGSTAB_SOLVER_TIME: 0.463531 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720390000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043605 s
InvBiCGStab: k = 56 resid = 1.47476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217182(s) Flops=370427904 => 1705.61052020886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245549.8138682 Mflops = 245.5498138682 Gflops = 0.2455498138682 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061953 s
InvBiCGStab: k = 85 resid = 1.022582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317503(s) Flops=560719872 => 1766.03015404579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254260.310220337 Mflops = 254.260310220337 Gflops = 0.254260310220337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001091389 Relative Rsd = 4.78611135848958e-07
BICGSTAB_SOLVER_TIME: 0.643953 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114905
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041585 s
InvBiCGStab: k = 59 resid = 1.765988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237756(s) Flops=390113280 => 1640.81360722758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236225.204632835 Mflops = 236.225204632835 Gflops = 0.236225204632835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071493 s
InvBiCGStab: k = 74 resid = 9.682974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296709(s) Flops=488540160 => 1646.52963004156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237055.453580438 Mflops = 237.055453580438 Gflops = 0.237055453580438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001023248 Relative Rsd = 4.48729180539231e-07
BICGSTAB_SOLVER_TIME: 0.651253 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109017
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040669 s
InvBiCGStab: k = 68 resid = 1.81654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248389(s) Flops=449169408 => 1808.33051383113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260348.416838072 Mflops = 260.348416838072 Gflops = 0.260348416838072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056158 s
InvBiCGStab: k = 79 resid = 1.007075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288712(s) Flops=521349120 => 1805.77572113386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.976936756 Mflops = 259.981976936756 Gflops = 0.259981976936756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001131832 Relative Rsd = 4.96346627662194e-07
BICGSTAB_SOLVER_TIME: 0.637622 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119286000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041564 s
InvBiCGStab: k = 55 resid = 2.227654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20504(s) Flops=363866112 => 1774.61037846274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255465.210970731 Mflops = 255.465210970731 Gflops = 0.255465210970731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062956 s
InvBiCGStab: k = 77 resid = 1.123299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320045(s) Flops=508225536 => 1587.98149010295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228622.693936206 Mflops = 228.622693936206 Gflops = 0.228622693936206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001062265 Relative Rsd = 4.65839131243695e-07
BICGSTAB_SOLVER_TIME: 0.633814 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108511
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019994(s) Flops=1568710656 => 1537.96067035688 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221470.139430588 Mflops = 221.470139430588 Gflops = 0.221470139430588 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173954000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.462029
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043389 s
InvBiCGStab: k = 29 resid = 1.500865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110625(s) Flops=193259520 => 1746.97871186441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251476.074051145 Mflops = 251.476074051145 Gflops = 0.251476074051145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 47 resid = 1.058636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173514(s) Flops=311371776 => 1794.50520419102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258316.737798434 Mflops = 258.316737798434 Gflops = 0.258316737798434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007180615 Relative Rsd = 3.14894397399142e-07
BICGSTAB_SOLVER_TIME: 0.387668 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043694 s
InvBiCGStab: k = 61 resid = 1.361266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245296(s) Flops=403236864 => 1643.87867719001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236667.795910623 Mflops = 236.667795910623 Gflops = 0.236667795910623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065134 s
InvBiCGStab: k = 81 resid = 9.708027e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338693(s) Flops=534472704 => 1578.04473077389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227199.52489585 Mflops = 227.19952489585 Gflops = 0.22719952489585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00110395 Relative Rsd = 4.84119603987002e-07
BICGSTAB_SOLVER_TIME: 0.696486 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043655 s
InvBiCGStab: k = 69 resid = 1.795095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257276(s) Flops=455731200 => 1771.37082355136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255032.804904003 Mflops = 255.032804904003 Gflops = 0.255032804904003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 79 resid = 1.144374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294464(s) Flops=521349120 => 1770.50206476853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254902.612791936 Mflops = 254.902612791936 Gflops = 0.254902612791936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001029789 Relative Rsd = 4.51597490476004e-07
BICGSTAB_SOLVER_TIME: 0.655475 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 53 resid = 2.201287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194042(s) Flops=350742528 => 1807.55984786799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260232.887522607 Mflops = 260.232887522607 Gflops = 0.260232887522607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056117 s
InvBiCGStab: k = 77 resid = 1.124065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28284(s) Flops=508225536 => 1796.86584641493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258694.382149116 Mflops = 258.694382149116 Gflops = 0.258694382149116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0011048 Relative Rsd = 4.8449243731087e-07
BICGSTAB_SOLVER_TIME: 0.577694 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041831 s
InvBiCGStab: k = 49 resid = 1.981016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179391(s) Flops=324495360 => 1808.87201699082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260416.781898688 Mflops = 260.416781898688 Gflops = 0.260416781898688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 77 resid = 6.725101e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281326(s) Flops=508225536 => 1806.53596183787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260088.160665729 Mflops = 260.088160665729 Gflops = 0.260088160665729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001089614 Relative Rsd = 4.77832949027688e-07
BICGSTAB_SOLVER_TIME: 0.562394 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104109
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.113604(s) Flops=1574903808 => 1414.24043735475 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203651.001671146 Mflops = 203.651001671146 Gflops = 0.203651001671146 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174548000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.46042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.161162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717489(s) Flops=1203775488 => 1677.76159355753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241529.927402927 Mflops = 241.529927402927 Gflops = 0.241529927402927 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 8.498732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.107261(s) Flops=1682786304 => 1519.77384193971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218845.580313779 Mflops = 218.845580313779 Gflops = 0.218845580313779 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002111824 Relative Rsd = 9.29291634597955e-07
BICGSTAB_SOLVER_TIME: 1.828223 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.11817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.312688999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 1.777872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.649419(s) Flops=1098786816 => 1691.9536016039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243547.567799457 Mflops = 243.547567799457 Gflops = 0.243547567799457 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 8.242631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.736174(s) Flops=1289078784 => 1751.05176765276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252146.833050283 Mflops = 252.146833050283 Gflops = 0.252146833050283 Tflops
BICGSTAB_SOLVER: 363 iterations. Rsd = 0.001952388 Relative Rsd = 8.57818437929606e-07
BICGSTAB_SOLVER_TIME: 1.38893 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.122412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.258910999999998
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.071411(s) Flops=1574903808 => 1469.93432772297 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211664.553446776 Mflops = 211.664553446776 Gflops = 0.211664553446776 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174594000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041836 s
InvBiCGStab: k = 29 resid = 1.829036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126269(s) Flops=193259520 => 1530.53813683485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220309.308975276 Mflops = 220.309308975276 Gflops = 0.220309308975276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056491 s
InvBiCGStab: k = 46 resid = 9.470488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179511(s) Flops=304809984 => 1698.00170463091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244439.191874799 Mflops = 244.439191874799 Gflops = 0.244439191874799 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007052631 Relative Rsd = 3.09281859600588e-07
BICGSTAB_SOLVER_TIME: 0.40779 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04129 s
InvBiCGStab: k = 71 resid = 2.057644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269546(s) Flops=468854784 => 1739.42400926002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250439.370293113 Mflops = 250.439370293113 Gflops = 0.250439370293113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059068 s
InvBiCGStab: k = 95 resid = 7.467765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362834(s) Flops=626337792 => 1726.23787186427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248532.907246959 Mflops = 248.532907246959 Gflops = 0.248532907246959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001212899 Relative Rsd = 5.31897507790359e-07
BICGSTAB_SOLVER_TIME: 0.736437 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050783 s
InvBiCGStab: k = 66 resid = 1.9064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249707(s) Flops=436045824 => 1746.22987741633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251411.410748124 Mflops = 251.411410748124 Gflops = 0.251411410748124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056076 s
InvBiCGStab: k = 82 resid = 8.215417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341678(s) Flops=541034496 => 1583.46307342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227981.868506194 Mflops = 227.981868506194 Gflops = 0.227981868506194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001013772 Relative Rsd = 4.44573541409705e-07
BICGSTAB_SOLVER_TIME: 0.702222 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046735 s
InvBiCGStab: k = 73 resid = 1.147005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312069(s) Flops=481978368 => 1544.46089807062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222355.330505774 Mflops = 222.355330505774 Gflops = 0.222355330505774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058419 s
InvBiCGStab: k = 82 resid = 1.090867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327724(s) Flops=541034496 => 1650.88457360462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237686.431694864 Mflops = 237.686431694864 Gflops = 0.237686431694864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001135235 Relative Rsd = 4.97839135155458e-07
BICGSTAB_SOLVER_TIME: 0.749014 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04193 s
InvBiCGStab: k = 59 resid = 2.009805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245639(s) Flops=390113280 => 1588.15692947781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228657.29217386 Mflops = 228.65729217386 Gflops = 0.22865729217386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058864 s
InvBiCGStab: k = 77 resid = 1.049036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303547(s) Flops=508225536 => 1674.28943787947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241051.322695665 Mflops = 241.051322695665 Gflops = 0.241051322695665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001075917 Relative Rsd = 4.71826365766956e-07
BICGSTAB_SOLVER_TIME: 0.653552 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111101
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017073(s) Flops=1575051264 => 1548.61181449119 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223001.959003353 Mflops = 223.001959003353 Gflops = 0.223001959003353 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174841000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 26 resid = 1.708008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097788(s) Flops=173574144 => 1775.00454043441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255481.744737003 Mflops = 255.481744737003 Gflops = 0.255481744737003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057349 s
InvBiCGStab: k = 47 resid = 1.106867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177444(s) Flops=311371776 => 1754.7608034084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252606.952233887 Mflops = 252.606952233887 Gflops = 0.252606952233887 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007664529 Relative Rsd = 3.36115648503599e-07
BICGSTAB_SOLVER_TIME: 0.377643 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663540000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042336 s
InvBiCGStab: k = 75 resid = 2.088766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284293(s) Flops=495101952 => 1741.52002335619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250743.505896922 Mflops = 250.743505896922 Gflops = 0.250743505896922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068093 s
InvBiCGStab: k = 93 resid = 8.511668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362323(s) Flops=613214208 => 1692.45178473351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243681.167212703 Mflops = 243.681167212703 Gflops = 0.243681167212703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001203767 Relative Rsd = 5.27892880706842e-07
BICGSTAB_SOLVER_TIME: 0.760649 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042139 s
InvBiCGStab: k = 53 resid = 1.848897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199225(s) Flops=350742528 => 1760.53471200904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253454.749075967 Mflops = 253.454749075967 Gflops = 0.253454749075967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058858 s
InvBiCGStab: k = 82 resid = 8.986449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318549(s) Flops=541034496 => 1698.43413729128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244524.471452321 Mflops = 244.524471452321 Gflops = 0.244524471452321 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001070635 Relative Rsd = 4.69509877738673e-07
BICGSTAB_SOLVER_TIME: 0.622381 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043786 s
InvBiCGStab: k = 65 resid = 2.207953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290985(s) Flops=429484032 => 1475.96622506315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212506.394700506 Mflops = 212.506394700506 Gflops = 0.212506394700506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063217 s
InvBiCGStab: k = 84 resid = 1.048474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36255(s) Flops=554158080 => 1528.5011170873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220065.612781119 Mflops = 220.065612781119 Gflops = 0.220065612781119 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001091227 Relative Rsd = 4.78540071356718e-07
BICGSTAB_SOLVER_TIME: 0.76472 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 71 resid = 1.085064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289288(s) Flops=468854784 => 1620.71978097951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233352.732883659 Mflops = 233.352732883659 Gflops = 0.233352732883659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05816 s
InvBiCGStab: k = 85 resid = 9.267233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343619(s) Flops=560719872 => 1631.80694897546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234949.640918618 Mflops = 234.949640918618 Gflops = 0.234949640918618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00106904 Relative Rsd = 4.68810464273384e-07
BICGSTAB_SOLVER_TIME: 0.735903 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125584
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03328(s) Flops=1575051264 => 1524.32183338495 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219498.098487165 Mflops = 219.498098487165 Gflops = 0.219498098487165 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174671000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044342 s
InvBiCGStab: k = 25 resid = 2.246166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113795(s) Flops=167012352 => 1467.65984445714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211255.158799814 Mflops = 211.255158799814 Gflops = 0.211255158799814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 67 resid = 9.339145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250343(s) Flops=442607616 => 1768.00476146727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254530.990206885 Mflops = 254.530990206885 Gflops = 0.254530990206885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007466539 Relative Rsd = 3.27433119535088e-07
BICGSTAB_SOLVER_TIME: 0.468664 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048255 s
InvBiCGStab: k = 50 resid = 2.259176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19659(s) Flops=331057152 => 1683.99792461468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242447.792937119 Mflops = 242.447792937119 Gflops = 0.242447792937119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056608 s
InvBiCGStab: k = 72 resid = 8.835102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263202(s) Flops=475416576 => 1806.28025622906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260048.643746273 Mflops = 260.048643746273 Gflops = 0.260048643746273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001068867 Relative Rsd = 4.68734549833758e-07
BICGSTAB_SOLVER_TIME: 0.568332 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101478
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04268 s
InvBiCGStab: k = 60 resid = 1.931304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230195(s) Flops=396675072 => 1723.21324094789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248088.857733239 Mflops = 248.088857733239 Gflops = 0.248088857733239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057159 s
InvBiCGStab: k = 75 resid = 9.558338e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303962(s) Flops=495101952 => 1628.82844566097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234505.895824265 Mflops = 234.505895824265 Gflops = 0.234505895824265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001072135 Relative Rsd = 4.70167683760589e-07
BICGSTAB_SOLVER_TIME: 0.637654 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041176 s
InvBiCGStab: k = 59 resid = 1.881997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217342(s) Flops=390113280 => 1794.9281777107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258416.813885055 Mflops = 258.416813885055 Gflops = 0.258416813885055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060081 s
InvBiCGStab: k = 79 resid = 1.008058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341678(s) Flops=521349120 => 1525.84924987854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219681.045198277 Mflops = 219.681045198277 Gflops = 0.219681045198277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00108268 Relative Rsd = 4.7479213412017e-07
BICGSTAB_SOLVER_TIME: 0.664383 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044001 s
InvBiCGStab: k = 58 resid = 2.222462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267184(s) Flops=383551488 => 1435.53314569735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206683.606610346 Mflops = 206.683606610346 Gflops = 0.206683606610346 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067786 s
InvBiCGStab: k = 77 resid = 7.801401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310244(s) Flops=508225536 => 1638.14783202898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235846.440818757 Mflops = 235.846440818757 Gflops = 0.235846440818757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001090264 Relative Rsd = 4.78117921725735e-07
BICGSTAB_SOLVER_TIME: 0.692919 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110378
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034389(s) Flops=1574903808 => 1522.5450077292 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219248.115068953 Mflops = 219.248115068953 Gflops = 0.219248115068953 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174830000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045161 s
InvBiCGStab: k = 24 resid = 2.26881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10278(s) Flops=160450560 => 1561.10683012259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224696.831150789 Mflops = 224.696831150789 Gflops = 0.224696831150789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06086 s
InvBiCGStab: k = 51 resid = 1.126835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20908(s) Flops=337618944 => 1614.78354696767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232464.174219305 Mflops = 232.464174219305 Gflops = 0.232464174219305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007330535 Relative Rsd = 3.21468909498896e-07
BICGSTAB_SOLVER_TIME: 0.422121 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676200000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047486 s
InvBiCGStab: k = 53 resid = 1.818247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204023(s) Flops=350742528 => 1719.13229390804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247526.927505232 Mflops = 247.526927505232 Gflops = 0.247526927505232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05734 s
InvBiCGStab: k = 75 resid = 9.712194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296302(s) Flops=495101952 => 1670.93692246424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240568.26074412 Mflops = 240.56826074412 Gflops = 0.24056826074412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001125853 Relative Rsd = 4.93724695052683e-07
BICGSTAB_SOLVER_TIME: 0.608808 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046539 s
InvBiCGStab: k = 57 resid = 2.240457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236485(s) Flops=376989696 => 1594.13787766666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229504.567746204 Mflops = 229.504567746204 Gflops = 0.229504567746204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056978 s
InvBiCGStab: k = 76 resid = 1.048368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304834(s) Flops=501663744 => 1645.69485031197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236928.990563894 Mflops = 236.928990563894 Gflops = 0.236928990563894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001117154 Relative Rsd = 4.89909879594271e-07
BICGSTAB_SOLVER_TIME: 0.648573 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109118
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042163 s
InvBiCGStab: k = 64 resid = 1.747114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250387(s) Flops=422922240 => 1689.07427302536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243153.323038473 Mflops = 243.153323038473 Gflops = 0.243153323038473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068322 s
InvBiCGStab: k = 83 resid = 8.665036e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341655(s) Flops=547596288 => 1602.77557184879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230762.852951996 Mflops = 230.762852951996 Gflops = 0.230762852951996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00114833 Relative Rsd = 5.03581677070024e-07
BICGSTAB_SOLVER_TIME: 0.706543 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049638 s
InvBiCGStab: k = 63 resid = 2.104361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281178(s) Flops=416360448 => 1480.77178157608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213203.27678001 Mflops = 213.20327678001 Gflops = 0.21320327678001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062455 s
InvBiCGStab: k = 81 resid = 1.015492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388209(s) Flops=534472704 => 1376.76536092672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198216.945907467 Mflops = 198.216945907467 Gflops = 0.198216945907467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001135378 Relative Rsd = 4.97901878159023e-07
BICGSTAB_SOLVER_TIME: 0.785584 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116901
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092555(s) Flops=1580875776 => 1446.95303760451 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208380.220473612 Mflops = 208.380220473612 Gflops = 0.208380220473612 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175436000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.542886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817295(s) Flops=1289078784 => 1577.25030007525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227051.580021457 Mflops = 227.051580021457 Gflops = 0.227051580021457 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 5.845496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.917783(s) Flops=1558112256 => 1697.6913453398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244463.334470107 Mflops = 244.463334470107 Gflops = 0.244463334470107 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002048548 Relative Rsd = 9.01464243498596e-07
BICGSTAB_SOLVER_TIME: 1.738709 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.120305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310282999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.860148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749001(s) Flops=1210337280 => 1615.93546604077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232683.028936477 Mflops = 232.683028936477 Gflops = 0.232683028936477 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.12508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.774574(s) Flops=1289078784 => 1664.24225961625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239646.646428642 Mflops = 239.646646428642 Gflops = 0.239646646428642 Tflops
BICGSTAB_SOLVER: 380 iterations. Rsd = 0.002111491 Relative Rsd = 9.27734198163588e-07
BICGSTAB_SOLVER_TIME: 1.526993 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.120552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270971999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099076(s) Flops=1580875776 => 1438.36802550506 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207139.737578698 Mflops = 207.139737578698 Gflops = 0.207139737578698 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175260000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04095 s
InvBiCGStab: k = 29 resid = 1.672906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107173(s) Flops=193259520 => 1803.24820617133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259564.524907919 Mflops = 259.564524907919 Gflops = 0.259564524907919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 50 resid = 1.033375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183231(s) Flops=331057152 => 1806.77479247507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.446189943 Mflops = 260.087446189943 Gflops = 0.260087446189943 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007750872 Relative Rsd = 3.39902079006777e-07
BICGSTAB_SOLVER_TIME: 0.391124 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040657 s
InvBiCGStab: k = 69 resid = 2.269569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252387(s) Flops=455731200 => 1805.68412794637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259972.312298555 Mflops = 259.972312298555 Gflops = 0.259972312298555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056457 s
InvBiCGStab: k = 110 resid = 1.011709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432073(s) Flops=724764672 => 1677.41254834253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241516.054215063 Mflops = 241.516054215063 Gflops = 0.241516054215063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001277183 Relative Rsd = 5.60088107763953e-07
BICGSTAB_SOLVER_TIME: 0.785729 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142089
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.062052 s
InvBiCGStab: k = 59 resid = 2.182415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307178(s) Flops=390113280 => 1269.99094987271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  182852.720085052 Mflops = 182.852720085052 Gflops = 0.182852720085052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061289 s
InvBiCGStab: k = 92 resid = 7.006373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413196(s) Flops=606652416 => 1468.19527778585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211386.419160319 Mflops = 211.386419160319 Gflops = 0.211386419160319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001128585 Relative Rsd = 4.94922785213515e-07
BICGSTAB_SOLVER_TIME: 0.847345 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121039
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050179 s
InvBiCGStab: k = 55 resid = 2.152067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259963(s) Flops=363866112 => 1399.68423198686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201516.120769099 Mflops = 201.516120769099 Gflops = 0.201516120769099 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067042 s
InvBiCGStab: k = 83 resid = 9.666193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366746(s) Flops=547596288 => 1493.12136465019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214982.02070602 Mflops = 214.98202070602 Gflops = 0.21498202070602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001136913 Relative Rsd = 4.98574846648033e-07
BICGSTAB_SOLVER_TIME: 0.75001 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050331 s
InvBiCGStab: k = 61 resid = 2.131866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280138(s) Flops=403236864 => 1439.42222761639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207243.027461382 Mflops = 207.243027461382 Gflops = 0.207243027461382 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071356 s
InvBiCGStab: k = 81 resid = 9.068415e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368403(s) Flops=534472704 => 1450.78271349582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208886.174128539 Mflops = 208.886174128539 Gflops = 0.208886174128539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001131972 Relative Rsd = 4.96408043311738e-07
BICGSTAB_SOLVER_TIME: 0.774524 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115529
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.181601(s) Flops=1586700288 => 1342.83932393422 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193366.764829166 Mflops = 193.366764829166 Gflops = 0.193366764829166 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176346000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041049 s
InvBiCGStab: k = 27 resid = 2.0139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101039(s) Flops=180135936 => 1782.83569710706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256633.269757736 Mflops = 256.633269757736 Gflops = 0.256633269757736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056426 s
InvBiCGStab: k = 47 resid = 9.499911e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172534(s) Flops=311371776 => 1804.69806530887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259783.817129338 Mflops = 259.783817129338 Gflops = 0.259783817129338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007350779 Relative Rsd = 3.22356654079035e-07
BICGSTAB_SOLVER_TIME: 0.37501 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 80 resid = 1.959181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291287(s) Flops=527910912 => 1812.33941782503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260932.292004434 Mflops = 260.932292004434 Gflops = 0.260932292004434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 100 resid = 1.066997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391455(s) Flops=659146752 => 1683.83786642143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242435.326000001 Mflops = 242.435326000001 Gflops = 0.242435326000001 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001257434 Relative Rsd = 5.51427378032645e-07
BICGSTAB_SOLVER_TIME: 0.78367 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142979
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041697 s
InvBiCGStab: k = 64 resid = 2.154833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255914(s) Flops=422922240 => 1652.59516868948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237926.134212567 Mflops = 237.926134212567 Gflops = 0.237926134212567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063709 s
InvBiCGStab: k = 78 resid = 1.113799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31975(s) Flops=514787328 => 1609.9681876466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231790.761760812 Mflops = 231.790761760812 Gflops = 0.231790761760812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001068205 Relative Rsd = 4.68444369823779e-07
BICGSTAB_SOLVER_TIME: 0.685343 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043661 s
InvBiCGStab: k = 71 resid = 2.003605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285819(s) Flops=468854784 => 1640.39054086677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236172.989095103 Mflops = 236.172989095103 Gflops = 0.236172989095103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058382 s
InvBiCGStab: k = 81 resid = 7.971935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303086(s) Flops=534472704 => 1763.43580369928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253893.691395605 Mflops = 253.893691395605 Gflops = 0.253893691395605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001129459 Relative Rsd = 4.9530618631748e-07
BICGSTAB_SOLVER_TIME: 0.694738 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122869
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046689 s
InvBiCGStab: k = 64 resid = 1.900597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250598(s) Flops=422922240 => 1687.65209618592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242978.176304277 Mflops = 242.978176304277 Gflops = 0.242978176304277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056263 s
InvBiCGStab: k = 87 resid = 1.128126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360014(s) Flops=573843456 => 1593.94761314838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229492.077301225 Mflops = 229.492077301225 Gflops = 0.229492077301225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001158986 Relative Rsd = 5.08254780059709e-07
BICGSTAB_SOLVER_TIME: 0.717229 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12193
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.086624(s) Flops=1580359680 => 1454.37582825338 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209454.832287536 Mflops = 209.454832287536 Gflops = 0.209454832287536 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175429000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.480084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042419 s
InvBiCGStab: k = 28 resid = 2.165962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1245(s) Flops=186697728 => 1499.58014457831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215858.835025052 Mflops = 215.858835025052 Gflops = 0.215858835025052 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05958 s
InvBiCGStab: k = 48 resid = 1.023501e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18209(s) Flops=317933568 => 1746.02431764512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251349.492654604 Mflops = 251.349492654604 Gflops = 0.251349492654604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000739964 Relative Rsd = 3.24499360834629e-07
BICGSTAB_SOLVER_TIME: 0.412225 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042064 s
InvBiCGStab: k = 59 resid = 1.63717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2264(s) Flops=390113280 => 1723.11519434629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248065.646555779 Mflops = 248.065646555779 Gflops = 0.248065646555779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059772 s
InvBiCGStab: k = 87 resid = 8.916631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330377(s) Flops=573843456 => 1736.93524670301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250077.621785572 Mflops = 250.077621785572 Gflops = 0.250077621785572 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001116663 Relative Rsd = 4.89694541930287e-07
BICGSTAB_SOLVER_TIME: 0.663495 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040512 s
InvBiCGStab: k = 57 resid = 2.213148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232307(s) Flops=376989696 => 1622.80816333559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233638.991909104 Mflops = 233.638991909104 Gflops = 0.233638991909104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055895 s
InvBiCGStab: k = 78 resid = 7.532913e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288301(s) Flops=514787328 => 1785.58981064929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257071.128901317 Mflops = 257.071128901317 Gflops = 0.257071128901317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001029416 Relative Rsd = 4.51434021723022e-07
BICGSTAB_SOLVER_TIME: 0.62148 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043858 s
InvBiCGStab: k = 63 resid = 2.073516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272134(s) Flops=416360448 => 1529.98319945321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220265.719575279 Mflops = 220.265719575279 Gflops = 0.220265719575279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078799 s
InvBiCGStab: k = 82 resid = 1.070827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335984(s) Flops=541034496 => 1610.29839516167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231847.311561619 Mflops = 231.847311561619 Gflops = 0.231847311561619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00112405 Relative Rsd = 4.92934357836907e-07
BICGSTAB_SOLVER_TIME: 0.734455 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042008 s
InvBiCGStab: k = 59 resid = 1.445726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231614(s) Flops=390113280 => 1684.32512715121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242482.78761127 Mflops = 242.48278761127 Gflops = 0.24248278761127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05686 s
InvBiCGStab: k = 71 resid = 1.133863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301811(s) Flops=468854784 => 1553.47149043607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223663.00076852 Mflops = 223.66300076852 Gflops = 0.22366300076852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001044925 Relative Rsd = 4.58235128469906e-07
BICGSTAB_SOLVER_TIME: 0.636004 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106976
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.038257(s) Flops=1573871616 => 1515.8786466164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218281.767109659 Mflops = 218.281767109659 Gflops = 0.218281767109659 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174666000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041099 s
InvBiCGStab: k = 28 resid = 2.212757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114973(s) Flops=186697728 => 1623.8397536813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233732.280850478 Mflops = 233.732280850478 Gflops = 0.233732280850478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057347 s
InvBiCGStab: k = 47 resid = 1.112904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176366(s) Flops=311371776 => 1765.48640894503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254109.635872995 Mflops = 254.109635872995 Gflops = 0.254109635872995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007814973 Relative Rsd = 3.42713159564383e-07
BICGSTAB_SOLVER_TIME: 0.393465 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042037 s
InvBiCGStab: k = 60 resid = 2.265658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240627(s) Flops=396675072 => 1648.50607787156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237337.353441301 Mflops = 237.337353441301 Gflops = 0.237337353441301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059954 s
InvBiCGStab: k = 82 resid = 6.838516e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322964(s) Flops=541034496 => 1675.21611077396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241189.75558155 Mflops = 241.18975558155 Gflops = 0.24118975558155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001122222 Relative Rsd = 4.92132687059868e-07
BICGSTAB_SOLVER_TIME: 0.669214 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115698
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042341 s
InvBiCGStab: k = 51 resid = 1.301753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205919(s) Flops=337618944 => 1639.57159854117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236049.066535574 Mflops = 236.049066535574 Gflops = 0.236049066535574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058271 s
InvBiCGStab: k = 79 resid = 9.217484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296675(s) Flops=521349120 => 1757.30722170726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253004.441780865 Mflops = 253.004441780865 Gflops = 0.253004441780865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001020748 Relative Rsd = 4.47632530856905e-07
BICGSTAB_SOLVER_TIME: 0.606954 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106847
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 64 resid = 2.104513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241943(s) Flops=422922240 => 1748.02428671216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251668.58013466 Mflops = 251.66858013466 Gflops = 0.25166858013466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060135 s
InvBiCGStab: k = 84 resid = 7.728347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353771(s) Flops=554158080 => 1566.43161819369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225531.811780591 Mflops = 225.531811780591 Gflops = 0.225531811780591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001108704 Relative Rsd = 4.86204213478107e-07
BICGSTAB_SOLVER_TIME: 0.700911 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11989
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052305 s
InvBiCGStab: k = 56 resid = 1.809581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250539(s) Flops=370427904 => 1478.52391843186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212864.727115081 Mflops = 212.864727115081 Gflops = 0.212864727115081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063393 s
InvBiCGStab: k = 75 resid = 9.617521e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296814(s) Flops=495101952 => 1668.05457963573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240149.628568175 Mflops = 240.149628568175 Gflops = 0.240149628568175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001069712 Relative Rsd = 4.6910503476205e-07
BICGSTAB_SOLVER_TIME: 0.666839 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107661
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024563(s) Flops=1542832128 => 1505.84407986625 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216839.350350272 Mflops = 216.839350350272 Gflops = 0.216839350350272 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171232000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.405703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759234(s) Flops=1216899072 => 1602.79844158718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230777.247984356 Mflops = 230.777247984356 Gflops = 0.230777247984356 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 8.844746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900625(s) Flops=1544988672 => 1715.46278639833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247019.32920856 Mflops = 247.01932920856 Gflops = 0.24701932920856 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002051077 Relative Rsd = 9.02584792338495e-07
BICGSTAB_SOLVER_TIME: 1.663416 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0.117529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299349999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.203602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697217(s) Flops=1170966528 => 1679.48648412187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241828.407733927 Mflops = 241.828407733927 Gflops = 0.241828407733927 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 8.840536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88249(s) Flops=1400629248 => 1587.13327969722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228540.469812329 Mflops = 228.540469812329 Gflops = 0.228540469812329 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.002010255 Relative Rsd = 8.83279011370022e-07
BICGSTAB_SOLVER_TIME: 1.583448 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.121015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278760999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 307 resid = 1.920496e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.242981(s) Flops=2017437696 => 1623.06398569246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233734.227932127 Mflops = 233.734227932127 Gflops = 0.233734227932127 Tflops
InvBiCGStab: k = 318 resid = 4.978967e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.215578(s) Flops=2089617408 => 1719.03194036088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247536.799600809 Mflops = 247.536799600809 Gflops = 0.247536799600809 Tflops
BICGSTAB_SOLVER: 625 iterations. Rsd = 0.002008703 Relative Rsd = 8.83937933892673e-07
BICGSTAB_SOLVER_TIME: 2.463488 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.446178999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 256 resid = 1.922129e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.052198(s) Flops=1682786304 => 1599.30574283547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230287.797808564 Mflops = 230.287797808564 Gflops = 0.230287797808564 Tflops
InvBiCGStab: k = 321 resid = 1.116042e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.354306(s) Flops=2109302784 => 1557.47872637351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224275.514035688 Mflops = 224.275514035688 Gflops = 0.224275514035688 Tflops
BICGSTAB_SOLVER: 577 iterations. Rsd = 0.002035018 Relative Rsd = 8.94159718859813e-07
BICGSTAB_SOLVER_TIME: 2.4112 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.413364
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 228 resid = 2.022969e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881815(s) Flops=1499056128 => 1699.96669142621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244748.69011674 Mflops = 244.74869011674 Gflops = 0.24474869011674 Tflops
InvBiCGStab: k = 242 resid = 8.729474e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918476(s) Flops=1590921216 => 1732.13150479708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249421.552635857 Mflops = 249.421552635857 Gflops = 0.249421552635857 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.001772814 Relative Rsd = 7.77439418851521e-07
BICGSTAB_SOLVER_TIME: 1.806082 sec
2Flav::invert,  n_count = 470
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334326000000002
MInvCG2: 355 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.525497(s) Flops=2288830464 => 1500.38345798123 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216058.942733086 Mflops = 216.058942733086 Gflops = 0.216058942733086 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254527000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.248730062827235
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 473.694002 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.072251 secs
Doing Update: 2774 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 263 resid = 1.833985e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.017759(s) Flops=1728718848 => 1698.55422354408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244587.308778332 Mflops = 244.587308778332 Gflops = 0.244587308778332 Tflops
InvBiCGStab: k = 285 resid = 6.064305e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.125465(s) Flops=1873078272 => 1664.27056549959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239650.043244198 Mflops = 239.650043244198 Gflops = 0.239650043244198 Tflops
BICGSTAB_SOLVER: 548 iterations. Rsd = 0.001918762 Relative Rsd = 8.44331121429324e-07
BICGSTAB_SOLVER_TIME: 2.148363 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.393827999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
InvBiCGStab: k = 222 resid = 2.034112e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.964982(s) Flops=1459685376 => 1512.65554797913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217803.992696675 Mflops = 217.803992696675 Gflops = 0.217803992696675 Tflops
InvBiCGStab: k = 266 resid = 8.592755e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.122751(s) Flops=1748404224 => 1557.25020418597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224236.714634553 Mflops = 224.236714634553 Gflops = 0.224236714634553 Tflops
BICGSTAB_SOLVER: 488 iterations. Rsd = 0.001785437 Relative Rsd = 7.84636697763279e-07
BICGSTAB_SOLVER_TIME: 2.093166 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351322999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000362
MInvCG2: 371 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.509042(s) Flops=2385340416 => 1580.69849348129 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227621.79818074 Mflops = 227.62179818074 Gflops = 0.22762179818074 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265350000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 256 resid = 2.271608e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.938836(s) Flops=1682786304 => 1792.41774282196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258111.365985567 Mflops = 258.111365985567 Gflops = 0.258111365985567 Tflops
InvBiCGStab: k = 324 resid = 9.637101e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.306012(s) Flops=2128988160 => 1630.14440908659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234733.434597778 Mflops = 234.733434597778 Gflops = 0.234733434597778 Tflops
BICGSTAB_SOLVER: 580 iterations. Rsd = 0.002064839 Relative Rsd = 9.08610774412054e-07
BICGSTAB_SOLVER_TIME: 2.250952 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.414738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 258 resid = 2.252699e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.049472(s) Flops=1695909888 => 1615.96487376509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232681.190943676 Mflops = 232.681190943676 Gflops = 0.232681190943676 Tflops
InvBiCGStab: k = 284 resid = 1.026144e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.123004(s) Flops=1866516480 => 1662.07464977863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239330.15685104 Mflops = 239.33015685104 Gflops = 0.23933015685104 Tflops
BICGSTAB_SOLVER: 542 iterations. Rsd = 0.001907246 Relative Rsd = 8.38167600242601e-07
BICGSTAB_SOLVER_TIME: 2.177214 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.388010999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 226 resid = 1.463571e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948127(s) Flops=1485932544 => 1567.22943656282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225638.474972707 Mflops = 225.638474972707 Gflops = 0.225638474972707 Tflops
InvBiCGStab: k = 265 resid = 8.518202e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.099341(s) Flops=1741842432 => 1584.44234500487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228151.929529988 Mflops = 228.151929529988 Gflops = 0.228151929529988 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.001842013 Relative Rsd = 8.07293476376245e-07
BICGSTAB_SOLVER_TIME: 2.052216 sec
2Flav::invert,  n_count = 491
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.349935000000002
MInvCG2: 354 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.441271(s) Flops=2282489856 => 1583.66459604058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228053.196177661 Mflops = 228.053196177661 Gflops = 0.228053196177661 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254189000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.622871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732262(s) Flops=1197213696 => 1634.9526480959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235359.23263026 Mflops = 235.35923263026 Gflops = 0.23535923263026 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.025178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928496(s) Flops=1492494336 => 1607.43216556668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231459.38279622 Mflops = 231.45938279622 Gflops = 0.23145938279622 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.001992174 Relative Rsd = 8.76635080412674e-07
BICGSTAB_SOLVER_TIME: 1.664162 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.11809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291888999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.366062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.754919(s) Flops=1197213696 => 1585.88364579511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228380.30335878 Mflops = 228.38030335878 Gflops = 0.22838030335878 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 9.447883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775193(s) Flops=1308764160 => 1688.30750535673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243103.074600508 Mflops = 243.103074600508 Gflops = 0.243103074600508 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.001898248 Relative Rsd = 8.34213103243626e-07
BICGSTAB_SOLVER_TIME: 1.533511 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.115397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272193999999998
num_pf = 1
MInvCG2: 238 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01363(s) Flops=1536860160 => 1516.19442992019 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218316.629698581 Mflops = 218.316629698581 Gflops = 0.218316629698581 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170682000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.1e-05 s
InvBiCGStab: k = 157 resid = 1.730997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.573172(s) Flops=1033168896 => 1802.54600015353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259385.007786386 Mflops = 259.385007786386 Gflops = 0.259385007786386 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.4e-05 s
InvBiCGStab: k = 193 resid = 7.682764e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.70773(s) Flops=1269393408 => 1793.61254715781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258256.18372702 Mflops = 258.25618372702 Gflops = 0.25825618372702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 350 iterations. Rsd = 0.001830423 Relative Rsd = 8.02214080851945e-07
BICGSTAB_SOLVER_TIME: 1.284592 sec
2Flav::invert,  n_count = 350
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115171
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251563999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00021 s
InvBiCGStab: k = 130 resid = 2.062732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.567717(s) Flops=856000512 => 1507.79439756076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217187.542799 Mflops = 217.187542799 Gflops = 0.217187542799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.8e-05 s
InvBiCGStab: k = 161 resid = 9.685665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782017(s) Flops=1059416064 => 1354.72254950979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195049.713678043 Mflops = 195.049713678043 Gflops = 0.195049713678043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 291 iterations. Rsd = 0.001627967 Relative Rsd = 7.1348438041308e-07
BICGSTAB_SOLVER_TIME: 1.354689 sec
2Flav::invert,  n_count = 291
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208899999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004901 s
InvBiCGStab: k = 96 resid = 1.170555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387086(s) Flops=632899584 => 1635.0361005048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235411.234344657 Mflops = 235.411234344657 Gflops = 0.235411234344657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007177 s
InvBiCGStab: k = 121 resid = 8.158543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44872(s) Flops=796944384 => 1776.03936530576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255717.217069709 Mflops = 255.717217069709 Gflops = 0.255717217069709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 217 iterations. Rsd = 0.001406208 Relative Rsd = 6.16294582055906e-07
BICGSTAB_SOLVER_TIME: 0.851749 sec
2Flav::invert,  n_count = 217
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158687999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007499 s
InvBiCGStab: k = 80 resid = 7.755031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293809(s) Flops=527910912 => 1796.78264450715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.865796158 Mflops = 258.687865796158 Gflops = 0.258687865796158 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011117 s
InvBiCGStab: k = 107 resid = 1.141263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390488(s) Flops=705079296 => 1805.63627051279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259956.756442707 Mflops = 259.956756442707 Gflops = 0.259956756442707 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001295094 Relative Rsd = 5.67596875564964e-07
BICGSTAB_SOLVER_TIME: 0.706834 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138421
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.01048 s
InvBiCGStab: k = 71 resid = 1.981186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259521(s) Flops=468854784 => 1806.61597327384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260099.463811467 Mflops = 260.099463811467 Gflops = 0.260099463811467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.01505 s
InvBiCGStab: k = 98 resid = 9.579311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373682(s) Flops=646023168 => 1728.80461997099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248906.766575473 Mflops = 248.906766575473 Gflops = 0.248906766575473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001260037 Relative Rsd = 5.52232565083308e-07
BICGSTAB_SOLVER_TIME: 0.663118 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126668
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006087(s) Flops=1524400128 => 1515.17724411507 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218162.449138365 Mflops = 218.162449138365 Gflops = 0.218162449138364 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169308000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014892 s
InvBiCGStab: k = 26 resid = 2.149794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096146(s) Flops=173574144 => 1805.31841158239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259815.068338475 Mflops = 259.815068338475 Gflops = 0.259815068338475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019386 s
InvBiCGStab: k = 53 resid = 8.664608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203459(s) Flops=350742528 => 1723.89782708064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248145.885046721 Mflops = 248.145885046721 Gflops = 0.248145885046721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007663767 Relative Rsd = 3.35877637492913e-07
BICGSTAB_SOLVER_TIME: 0.337927 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0631420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.01651 s
InvBiCGStab: k = 85 resid = 1.304779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365321(s) Flops=560719872 => 1534.86898371569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220989.03528374 Mflops = 220.98903528374 Gflops = 0.22098903528374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.033021 s
InvBiCGStab: k = 123 resid = 1.100695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.576943(s) Flops=810067968 => 1404.06932400601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202161.568969286 Mflops = 202.161568969286 Gflops = 0.202161568969286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001368537 Relative Rsd = 5.99784748111726e-07
BICGSTAB_SOLVER_TIME: 0.996067 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156171999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.022535 s
InvBiCGStab: k = 62 resid = 1.845192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246048(s) Flops=409798656 => 1665.52321498244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239797.876152945 Mflops = 239.797876152945 Gflops = 0.239797876152945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.030009 s
InvBiCGStab: k = 86 resid = 8.989595e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344602(s) Flops=567281664 => 1646.19376556143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237008.180970065 Mflops = 237.008180970065 Gflops = 0.237008180970065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001133557 Relative Rsd = 4.96800545954649e-07
BICGSTAB_SOLVER_TIME: 0.64708 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114746
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024113 s
InvBiCGStab: k = 63 resid = 2.136219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246585(s) Flops=416360448 => 1688.5067948172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243090.02573789 Mflops = 243.09002573789 Gflops = 0.24309002573789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033844 s
InvBiCGStab: k = 85 resid = 6.926822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320835(s) Flops=560719872 => 1747.68922343261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251613.113634922 Mflops = 251.613113634922 Gflops = 0.251613113634923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00119119 Relative Rsd = 5.22059205648709e-07
BICGSTAB_SOLVER_TIME: 0.629294 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120454
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11557
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028637 s
InvBiCGStab: k = 62 resid = 2.197382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240878(s) Flops=409798656 => 1701.27058510947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244936.761301489 Mflops = 244.936761301489 Gflops = 0.244936761301489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.041872 s
InvBiCGStab: k = 90 resid = 7.545106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355064(s) Flops=593528832 => 1671.61084198905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240660.406620205 Mflops = 240.660406620205 Gflops = 0.240660406620205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001181502 Relative Rsd = 5.17813289158963e-07
BICGSTAB_SOLVER_TIME: 0.670376 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119545
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.110061(s) Flops=1512087552 => 1362.16618005677 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196138.013103668 Mflops = 196.138013103668 Gflops = 0.196138013103668 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167764000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032278 s
InvBiCGStab: k = 23 resid = 2.163426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108833(s) Flops=153888768 => 1413.98994790183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203516.76804221 Mflops = 203.51676804221 Gflops = 0.20351676804221 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.043861 s
InvBiCGStab: k = 47 resid = 1.139597e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183087(s) Flops=311371776 => 1700.67659637222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244818.546366338 Mflops = 244.818546366338 Gflops = 0.244818546366338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007659229 Relative Rsd = 3.3567878315053e-07
BICGSTAB_SOLVER_TIME: 0.371965 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0621800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.038485 s
InvBiCGStab: k = 60 resid = 1.672857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231419(s) Flops=396675072 => 1714.09898063685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246778.215998312 Mflops = 246.778215998312 Gflops = 0.246778215998312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.051914 s
InvBiCGStab: k = 81 resid = 1.051313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317144(s) Flops=534472704 => 1685.26821885327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242634.356371436 Mflops = 242.634356371436 Gflops = 0.242634356371436 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001099028 Relative Rsd = 4.81667666723038e-07
BICGSTAB_SOLVER_TIME: 0.642782 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113839
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05252 s
InvBiCGStab: k = 62 resid = 2.227531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259834(s) Flops=409798656 => 1577.15563013308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227063.689467949 Mflops = 227.063689467949 Gflops = 0.227063689467949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072861 s
InvBiCGStab: k = 76 resid = 1.06817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333172(s) Flops=501663744 => 1505.72000048023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216782.105612633 Mflops = 216.782105612633 Gflops = 0.216782105612633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001061868 Relative Rsd = 4.65381814963095e-07
BICGSTAB_SOLVER_TIME: 0.722211 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112699
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042019 s
InvBiCGStab: k = 54 resid = 1.908739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204131(s) Flops=357304320 => 1750.3677540403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251983.486411459 Mflops = 251.983486411459 Gflops = 0.251983486411459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064017 s
InvBiCGStab: k = 81 resid = 1.111195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323839(s) Flops=534472704 => 1650.42723081531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237608.830893285 Mflops = 237.608830893285 Gflops = 0.237608830893285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001116588 Relative Rsd = 4.89363572123012e-07
BICGSTAB_SOLVER_TIME: 0.637874 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044926 s
InvBiCGStab: k = 68 resid = 1.278397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272414(s) Flops=449169408 => 1648.84847327964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237391.974603771 Mflops = 237.391974603771 Gflops = 0.237391974603771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065357 s
InvBiCGStab: k = 73 resid = 8.839176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279403(s) Flops=481978368 => 1725.02932323561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248333.643358263 Mflops = 248.333643358263 Gflops = 0.248333643358263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00109826 Relative Rsd = 4.81331132215698e-07
BICGSTAB_SOLVER_TIME: 0.665953 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114916
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993072(s) Flops=1505746944 => 1516.25153463193 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218320.554232386 Mflops = 218.320554232386 Gflops = 0.218320554232386 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166999000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046489 s
InvBiCGStab: k = 32 resid = 1.924848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118405(s) Flops=212944896 => 1798.44513322917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258849.668490147 Mflops = 258.849668490147 Gflops = 0.258849668490147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055815 s
InvBiCGStab: k = 53 resid = 1.091046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20244(s) Flops=350742528 => 1732.57522228809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249408.399086674 Mflops = 249.408399086674 Gflops = 0.249408399086674 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007876841 Relative Rsd = 3.45215959861626e-07
BICGSTAB_SOLVER_TIME: 0.427007 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001839
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041012 s
InvBiCGStab: k = 58 resid = 1.737313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212802(s) Flops=383551488 => 1802.38666929822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259466.780865757 Mflops = 259.466780865757 Gflops = 0.259466780865757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055923 s
InvBiCGStab: k = 87 resid = 8.483643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335156(s) Flops=573843456 => 1712.16823210684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246498.295941741 Mflops = 246.498295941741 Gflops = 0.246498295941741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001155772 Relative Rsd = 5.06536781092122e-07
BICGSTAB_SOLVER_TIME: 0.648805 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117846
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049181 s
InvBiCGStab: k = 55 resid = 2.217976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265546(s) Flops=363866112 => 1370.25642261604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197279.108338702 Mflops = 197.279108338702 Gflops = 0.197279108338702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069255 s
InvBiCGStab: k = 84 resid = 1.079005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.45275(s) Flops=554158080 => 1223.98250690226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  176224.313143676 Mflops = 176.224313143676 Gflops = 0.176224313143676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001026259 Relative Rsd = 4.49775511884667e-07
BICGSTAB_SOLVER_TIME: 0.844487 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.15035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001677
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050708 s
InvBiCGStab: k = 64 resid = 1.987847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253902(s) Flops=422922240 => 1665.69085710235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239814.488073893 Mflops = 239.814488073893 Gflops = 0.239814488073893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060812 s
InvBiCGStab: k = 83 resid = 1.098484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329033(s) Flops=547596288 => 1664.25947549334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239595.560319474 Mflops = 239.595560319474 Gflops = 0.239595560319474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001120706 Relative Rsd = 4.91168593014567e-07
BICGSTAB_SOLVER_TIME: 0.698329 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001842
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119223
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041393 s
InvBiCGStab: k = 57 resid = 2.14286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212914(s) Flops=376989696 => 1770.61957410034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254911.251973174 Mflops = 254.911251973174 Gflops = 0.254911251973174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062665 s
InvBiCGStab: k = 73 resid = 9.004407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282389(s) Flops=481978368 => 1706.78874885353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245715.190480795 Mflops = 245.715190480795 Gflops = 0.245715190480795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001037869 Relative Rsd = 4.54863938125735e-07
BICGSTAB_SOLVER_TIME: 0.603426 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107168
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982949(s) Flops=1505452032 => 1531.56677711662 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220531.607704989 Mflops = 220.531607704989 Gflops = 0.220531607704989 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167166000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.319265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846178(s) Flops=1440000000 => 1701.7696040313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245024.864528312 Mflops = 245.024864528312 Gflops = 0.245024864528312 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 9.024259e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901835(s) Flops=1512179712 => 1676.78091003343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241447.543486286 Mflops = 241.447543486286 Gflops = 0.241447543486286 Tflops
BICGSTAB_SOLVER: 449 iterations. Rsd = 0.002064987 Relative Rsd = 9.08669183769208e-07
BICGSTAB_SOLVER_TIME: 1.751408 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.117639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.320304999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.23884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83876(s) Flops=1236584448 => 1474.30069149697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212277.256690374 Mflops = 212.277256690374 Gflops = 0.212277256690374 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.104323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.920578(s) Flops=1551550464 => 1685.40901911625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242686.237495469 Mflops = 242.686237495469 Gflops = 0.242686237495469 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.002019513 Relative Rsd = 8.87508497676959e-07
BICGSTAB_SOLVER_TIME: 1.762835 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.119056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302469999999997
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.970246(s) Flops=1505452032 => 1551.61890077362 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223633.141960446 Mflops = 223.633141960446 Gflops = 0.223633141960446 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053888 s
InvBiCGStab: k = 32 resid = 1.868535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147107(s) Flops=212944896 => 1447.55107506781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208403.044659748 Mflops = 208.403044659748 Gflops = 0.208403044659748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066874 s
InvBiCGStab: k = 50 resid = 7.714391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211862(s) Flops=331057152 => 1562.6075086613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224935.194616802 Mflops = 224.935194616802 Gflops = 0.224935194616802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007416538 Relative Rsd = 3.25042410043718e-07
BICGSTAB_SOLVER_TIME: 0.483689 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042393 s
InvBiCGStab: k = 80 resid = 2.132871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308185(s) Flops=527910912 => 1712.96757467106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246620.70599858 Mflops = 246.62070599858 Gflops = 0.24662070599858 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06393 s
InvBiCGStab: k = 108 resid = 4.70627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414796(s) Flops=711641088 => 1715.64115372376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247016.276999647 Mflops = 247.016276999647 Gflops = 0.247016276999647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001288738 Relative Rsd = 5.64811180057643e-07
BICGSTAB_SOLVER_TIME: 0.833192 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116891
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044419 s
InvBiCGStab: k = 60 resid = 2.168585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229718(s) Flops=396675072 => 1726.79142252675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248596.077893133 Mflops = 248.596077893133 Gflops = 0.248596077893133 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 69 resid = 1.146632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252571(s) Flops=455731200 => 1804.36867257128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259762.738152249 Mflops = 259.762738152249 Gflops = 0.259762738152249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001047809 Relative Rsd = 4.59220366098638e-07
BICGSTAB_SOLVER_TIME: 0.586864 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040757 s
InvBiCGStab: k = 65 resid = 2.258313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237623(s) Flops=429484032 => 1807.41776679867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260209.641740703 Mflops = 260.209641740703 Gflops = 0.260209641740703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 85 resid = 8.154095e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368475(s) Flops=560719872 => 1521.73111337268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219088.159403866 Mflops = 219.088159403866 Gflops = 0.219088159403866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001132736 Relative Rsd = 4.96440796892906e-07
BICGSTAB_SOLVER_TIME: 0.707161 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047053 s
InvBiCGStab: k = 76 resid = 1.065622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307347(s) Flops=501663744 => 1632.23894815957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235001.560282299 Mflops = 235.001560282299 Gflops = 0.235001560282299 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056044 s
InvBiCGStab: k = 79 resid = 1.020941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299304(s) Flops=521349120 => 1741.87154197739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250772.708568688 Mflops = 250.772708568688 Gflops = 0.250772708568688 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001127323 Relative Rsd = 4.94068575558946e-07
BICGSTAB_SOLVER_TIME: 0.713671 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125072
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931571(s) Flops=1492992000 => 1602.66045207504 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230763.828230701 Mflops = 230.763828230701 Gflops = 0.230763828230701 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165723000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 31 resid = 2.074513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.140967(s) Flops=206383104 => 1464.0526080572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210721.005108561 Mflops = 210.721005108561 Gflops = 0.210721005108561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072108 s
InvBiCGStab: k = 48 resid = 8.555653e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23701(s) Flops=317933568 => 1341.43524745791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193106.949309305 Mflops = 193.106949309305 Gflops = 0.193106949309305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000741932 Relative Rsd = 3.25164324720081e-07
BICGSTAB_SOLVER_TIME: 0.49679 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053971 s
InvBiCGStab: k = 79 resid = 2.253185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323256(s) Flops=521349120 => 1612.80570198233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232212.248973005 Mflops = 232.212248973005 Gflops = 0.232212248973005 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059067 s
InvBiCGStab: k = 99 resid = 8.731057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382401(s) Flops=652584960 => 1706.54616488974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245704.707215486 Mflops = 245.704707215486 Gflops = 0.245704707215486 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001266715 Relative Rsd = 5.55159537735993e-07
BICGSTAB_SOLVER_TIME: 0.822552 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04062 s
InvBiCGStab: k = 52 resid = 2.039843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203565(s) Flops=344180736 => 1690.765779972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243347.365405413 Mflops = 243.347365405413 Gflops = 0.243347365405413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068559 s
InvBiCGStab: k = 76 resid = 1.142532e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297019(s) Flops=501663744 => 1688.99546493659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243163.463266782 Mflops = 243.163463266782 Gflops = 0.243163463266782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001083693 Relative Rsd = 4.74947129754967e-07
BICGSTAB_SOLVER_TIME: 0.613882 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 76 resid = 1.998435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278382(s) Flops=501663744 => 1802.06961657004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259454.938836601 Mflops = 259.454938836601 Gflops = 0.259454938836601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 91 resid = 8.367429e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332285(s) Flops=600090624 => 1805.95158974976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260009.346092769 Mflops = 260.009346092769 Gflops = 0.260009346092769 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001213714 Relative Rsd = 5.31931054600693e-07
BICGSTAB_SOLVER_TIME: 0.711452 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051828 s
InvBiCGStab: k = 54 resid = 2.269693e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218647(s) Flops=357304320 => 1634.16063334965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235271.374992262 Mflops = 235.271374992262 Gflops = 0.235271374992262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059773 s
InvBiCGStab: k = 85 resid = 1.149768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359924(s) Flops=560719872 => 1557.88408664051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224296.446556443 Mflops = 224.296446556443 Gflops = 0.224296446556443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00111173 Relative Rsd = 4.87234414826798e-07
BICGSTAB_SOLVER_TIME: 0.694319 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113571
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955553(s) Flops=1474117632 => 1542.68536857715 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222271.982044959 Mflops = 222.271982044959 Gflops = 0.222271982044959 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163542000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046818 s
InvBiCGStab: k = 33 resid = 1.210091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13901(s) Flops=219506688 => 1579.07120351054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227586.310230609 Mflops = 227.586310230609 Gflops = 0.227586310230609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065687 s
InvBiCGStab: k = 45 resid = 1.103315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19027(s) Flops=298248192 => 1567.49982656225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225654.565848604 Mflops = 225.654565848604 Gflops = 0.225654565848604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0006955856 Relative Rsd = 3.04852227380239e-07
BICGSTAB_SOLVER_TIME: 0.446606 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054652 s
InvBiCGStab: k = 55 resid = 1.898708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277385(s) Flops=363866112 => 1311.77285000991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  188855.220202803 Mflops = 188.855220202803 Gflops = 0.188855220202803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059983 s
InvBiCGStab: k = 77 resid = 1.145998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312304(s) Flops=508225536 => 1627.34238434346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234281.962664175 Mflops = 234.281962664175 Gflops = 0.234281962664175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001054792 Relative Rsd = 4.622803504949e-07
BICGSTAB_SOLVER_TIME: 0.712228 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042613 s
InvBiCGStab: k = 50 resid = 1.944571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204289(s) Flops=331057152 => 1620.53342079113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233318.727775528 Mflops = 233.318727775528 Gflops = 0.233318727775528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056552 s
InvBiCGStab: k = 74 resid = 1.113447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28406(s) Flops=488540160 => 1719.84848271492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247607.902975533 Mflops = 247.607902975533 Gflops = 0.247607902975533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001041307 Relative Rsd = 4.56370588216967e-07
BICGSTAB_SOLVER_TIME: 0.591329 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047682 s
InvBiCGStab: k = 72 resid = 2.214292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281972(s) Flops=475416576 => 1686.04179138354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242743.853433722 Mflops = 242.743853433722 Gflops = 0.242743853433722 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055984 s
InvBiCGStab: k = 81 resid = 9.14176e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298714(s) Flops=534472704 => 1789.24557938362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257594.317099154 Mflops = 257.594317099154 Gflops = 0.257594317099154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001141047 Relative Rsd = 5.00083134968183e-07
BICGSTAB_SOLVER_TIME: 0.688327 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123435
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 50 resid = 1.726143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183061(s) Flops=331057152 => 1808.45265785722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260332.399769985 Mflops = 260.332399769985 Gflops = 0.260332399769985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056036 s
InvBiCGStab: k = 83 resid = 1.09979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333132(s) Flops=547596288 => 1643.78170815172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236668.797878727 Mflops = 236.668797878727 Gflops = 0.236668797878727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001076371 Relative Rsd = 4.71737755874548e-07
BICGSTAB_SOLVER_TIME: 0.61766 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109366
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013917(s) Flops=1467924480 => 1447.77578440839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208481.881971908 Mflops = 208.481881971908 Gflops = 0.208481881971908 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162836000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047936 s
InvBiCGStab: k = 34 resid = 1.867885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135234(s) Flops=226068480 => 1671.68374816984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240623.782329082 Mflops = 240.623782329082 Gflops = 0.240623782329082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056136 s
InvBiCGStab: k = 45 resid = 1.050784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20117(s) Flops=298248192 => 1482.56793756524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213419.830660962 Mflops = 213.419830660962 Gflops = 0.213419830660962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007336919 Relative Rsd = 3.21552981901506e-07
BICGSTAB_SOLVER_TIME: 0.444345 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041897 s
InvBiCGStab: k = 54 resid = 2.242147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226329(s) Flops=357304320 => 1578.69437853744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227281.138825992 Mflops = 227.281138825992 Gflops = 0.227281138825992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069646 s
InvBiCGStab: k = 81 resid = 1.00917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356576(s) Flops=534472704 => 1498.90262945347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215797.614827906 Mflops = 215.797614827906 Gflops = 0.215797614827906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001102698 Relative Rsd = 4.83276256769647e-07
BICGSTAB_SOLVER_TIME: 0.698791 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053611 s
InvBiCGStab: k = 75 resid = 8.750955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288631(s) Flops=495101952 => 1715.34572516466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246964.519222491 Mflops = 246.964519222491 Gflops = 0.246964519222491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058245 s
InvBiCGStab: k = 77 resid = 9.848702e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291486(s) Flops=508225536 => 1743.56756756757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251026.035282092 Mflops = 251.026035282092 Gflops = 0.251026035282092 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001070035 Relative Rsd = 4.68961040062997e-07
BICGSTAB_SOLVER_TIME: 0.695902 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043044 s
InvBiCGStab: k = 70 resid = 8.087049e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294662(s) Flops=462292992 => 1568.89246662277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225882.212893712 Mflops = 225.882212893712 Gflops = 0.225882212893712 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074747 s
InvBiCGStab: k = 88 resid = 7.604089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337615(s) Flops=580405248 => 1719.13347451979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247512.119104608 Mflops = 247.512119104608 Gflops = 0.247512119104608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001148275 Relative Rsd = 5.03250926734672e-07
BICGSTAB_SOLVER_TIME: 0.753849 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041741 s
InvBiCGStab: k = 63 resid = 2.25685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238034(s) Flops=416360448 => 1749.16376652075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251871.759894743 Mflops = 251.871759894743 Gflops = 0.251871759894743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059003 s
InvBiCGStab: k = 79 resid = 9.220552e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301873(s) Flops=521349120 => 1727.04786449931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248643.773582848 Mflops = 248.643773582848 Gflops = 0.248643773582848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001158211 Relative Rsd = 5.07605671014618e-07
BICGSTAB_SOLVER_TIME: 0.644506 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11576
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024161(s) Flops=1486356480 => 1451.29181837621 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209008.399874847 Mflops = 209.008399874847 Gflops = 0.209008399874847 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164558000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021199
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.173563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789056(s) Flops=1354696704 => 1716.85749046962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247158.926901726 Mflops = 247.158926901726 Gflops = 0.247158926901726 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.136433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878789(s) Flops=1453123584 => 1653.55231346774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238100.998394081 Mflops = 238.100998394081 Gflops = 0.238100998394081 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002024903 Relative Rsd = 8.91025643059818e-07
BICGSTAB_SOLVER_TIME: 1.671612 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120229
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.123826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304831999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.061368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.667904(s) Flops=1190651904 => 1782.66922192411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256605.23061195 Mflops = 256.60523061195 Gflops = 0.25660523061195 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.08695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.80285(s) Flops=1446561792 => 1801.78338668493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259442.07288493 Mflops = 259.44207288493 Gflops = 0.25944207288493 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001985741 Relative Rsd = 8.72678064905243e-07
BICGSTAB_SOLVER_TIME: 1.474082 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286293999999998
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.951904(s) Flops=1486356480 => 1561.45628130568 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224841.418426667 Mflops = 224.841418426667 Gflops = 0.224841418426667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165129000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451993
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046008 s
InvBiCGStab: k = 31 resid = 2.104313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137718(s) Flops=206383104 => 1498.59207946674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215721.724475703 Mflops = 215.721724475703 Gflops = 0.215721724475703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060277 s
InvBiCGStab: k = 54 resid = 7.313025e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219717(s) Flops=357304320 => 1626.20243312989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234100.736016879 Mflops = 234.100736016879 Gflops = 0.234100736016879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007817366 Relative Rsd = 3.42609373570197e-07
BICGSTAB_SOLVER_TIME: 0.471987 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0748920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04221 s
InvBiCGStab: k = 74 resid = 1.67398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297132(s) Flops=488540160 => 1644.18561447437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236722.987976437 Mflops = 236.722987976437 Gflops = 0.236722987976437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057815 s
InvBiCGStab: k = 102 resid = 8.016652e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39692(s) Flops=672270336 => 1693.71746447647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243857.428538698 Mflops = 243.857428538698 Gflops = 0.243857428538698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001270147 Relative Rsd = 5.56663381672297e-07
BICGSTAB_SOLVER_TIME: 0.79794 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139994
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042984 s
InvBiCGStab: k = 53 resid = 1.981454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211157(s) Flops=350742528 => 1661.05091472222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239135.414689779 Mflops = 239.135414689779 Gflops = 0.239135414689779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059262 s
InvBiCGStab: k = 79 resid = 9.663454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32595(s) Flops=521349120 => 1599.47574781408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230269.222975873 Mflops = 230.269222975873 Gflops = 0.230269222975873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001052689 Relative Rsd = 4.61359064321606e-07
BICGSTAB_SOLVER_TIME: 0.644033 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046625 s
InvBiCGStab: k = 71 resid = 2.071255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321386(s) Flops=468854784 => 1458.85254491484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210035.387518316 Mflops = 210.035387518316 Gflops = 0.210035387518316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062551 s
InvBiCGStab: k = 89 resid = 1.127878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341434(s) Flops=586967040 => 1719.12299302354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247506.330726441 Mflops = 247.506330726441 Gflops = 0.247506330726441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001105943 Relative Rsd = 4.84698518129051e-07
BICGSTAB_SOLVER_TIME: 0.776125 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041806 s
InvBiCGStab: k = 66 resid = 1.79169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255277(s) Flops=436045824 => 1708.12812748505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245917.420214761 Mflops = 245.917420214761 Gflops = 0.245917420214761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05977 s
InvBiCGStab: k = 87 resid = 1.028569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337199(s) Flops=573843456 => 1701.79465538154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245009.828820374 Mflops = 245.009828820374 Gflops = 0.245009828820374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00113146 Relative Rsd = 4.95881708789292e-07
BICGSTAB_SOLVER_TIME: 0.70084 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123697
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973255(s) Flops=1498963968 => 1540.15542483727 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221765.533896272 Mflops = 221.765533896272 Gflops = 0.221765533896272 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166413000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044213 s
InvBiCGStab: k = 42 resid = 2.04576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.156606(s) Flops=278562816 => 1778.74931994943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256051.952769824 Mflops = 256.051952769824 Gflops = 0.256051952769824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06005 s
InvBiCGStab: k = 44 resid = 1.111078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166182(s) Flops=291686400 => 1755.22258728382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252648.260196563 Mflops = 252.648260196563 Gflops = 0.252648260196563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000733818 Relative Rsd = 3.21608237643084e-07
BICGSTAB_SOLVER_TIME: 0.430935 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042419 s
InvBiCGStab: k = 74 resid = 1.683751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283118(s) Flops=488540160 => 1725.57082206006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248436.800151802 Mflops = 248.436800151802 Gflops = 0.248436800151802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058943 s
InvBiCGStab: k = 96 resid = 1.086883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360446(s) Flops=632899584 => 1755.87906094117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252805.998154801 Mflops = 252.805998154801 Gflops = 0.252805998154801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001284209 Relative Rsd = 5.62826361166715e-07
BICGSTAB_SOLVER_TIME: 0.748831 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047791 s
InvBiCGStab: k = 67 resid = 1.982088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268259(s) Flops=442607616 => 1649.92643676447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237549.251047031 Mflops = 237.549251047031 Gflops = 0.237549251047031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06323 s
InvBiCGStab: k = 82 resid = 7.820586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331854(s) Flops=541034496 => 1630.33893218102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234729.367957113 Mflops = 234.729367957113 Gflops = 0.234729367957113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00105593 Relative Rsd = 4.62779335862061e-07
BICGSTAB_SOLVER_TIME: 0.715023 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056419 s
InvBiCGStab: k = 72 resid = 2.140968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316261(s) Flops=475416576 => 1503.24123429699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216424.846888657 Mflops = 216.424846888657 Gflops = 0.216424846888657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065182 s
InvBiCGStab: k = 82 resid = 1.109416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363314(s) Flops=541034496 => 1489.16500878028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214394.9704636 Mflops = 214.3949704636 Gflops = 0.2143949704636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001123288 Relative Rsd = 4.92300136723451e-07
BICGSTAB_SOLVER_TIME: 0.805327 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04167 s
InvBiCGStab: k = 65 resid = 2.096352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2617(s) Flops=429484032 => 1641.13118838365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236280.349873587 Mflops = 236.280349873587 Gflops = 0.236280349873587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056161 s
InvBiCGStab: k = 89 resid = 6.305829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33459(s) Flops=586967040 => 1754.28745628979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252560.031667759 Mflops = 252.560031667759 Gflops = 0.252560031667759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001132656 Relative Rsd = 4.96405898529804e-07
BICGSTAB_SOLVER_TIME: 0.69792 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124652
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985303(s) Flops=1505452032 => 1527.90769133962 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220019.336798272 Mflops = 220.019336798272 Gflops = 0.220019336798272 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167362000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.425978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049968 s
InvBiCGStab: k = 24 resid = 2.178938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094714(s) Flops=160450560 => 1694.05325506261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243812.385920187 Mflops = 243.812385920187 Gflops = 0.243812385920187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056418 s
InvBiCGStab: k = 45 resid = 1.128046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18542(s) Flops=298248192 => 1608.5006579657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231543.004486391 Mflops = 231.543004486391 Gflops = 0.231543004486391 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007431288 Relative Rsd = 3.25688871607584e-07
BICGSTAB_SOLVER_TIME: 0.390346 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045416 s
InvBiCGStab: k = 49 resid = 2.160644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23699(s) Flops=324495360 => 1369.23650786953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197133.630326821 Mflops = 197.133630326821 Gflops = 0.197133630326821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05846 s
InvBiCGStab: k = 87 resid = 1.053136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344181(s) Flops=573843456 => 1667.27232473611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240036.453817343 Mflops = 240.036453817343 Gflops = 0.240036453817343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001106462 Relative Rsd = 4.84925663615206e-07
BICGSTAB_SOLVER_TIME: 0.688947 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044398 s
InvBiCGStab: k = 60 resid = 1.478263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225028(s) Flops=396675072 => 1762.78095170379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253783.003000957 Mflops = 253.783003000957 Gflops = 0.253783003000957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062364 s
InvBiCGStab: k = 74 resid = 9.069574e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278432(s) Flops=488540160 => 1754.61211355017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252614.156214372 Mflops = 252.614156214372 Gflops = 0.252614156214372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001053571 Relative Rsd = 4.61745293281668e-07
BICGSTAB_SOLVER_TIME: 0.614061 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049045 s
InvBiCGStab: k = 66 resid = 1.539168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267769(s) Flops=436045824 => 1628.44027501316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234433.737638471 Mflops = 234.433737638471 Gflops = 0.234433737638471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056572 s
InvBiCGStab: k = 85 resid = 1.072212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326816(s) Flops=560719872 => 1715.70508175854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247011.538085116 Mflops = 247.011538085116 Gflops = 0.247011538085116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00111098 Relative Rsd = 4.86905839595253e-07
BICGSTAB_SOLVER_TIME: 0.70404 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041828 s
InvBiCGStab: k = 48 resid = 2.197263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212214(s) Flops=317933568 => 1498.17433345585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215677.16965302 Mflops = 215.67716965302 Gflops = 0.21567716965302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065897 s
InvBiCGStab: k = 78 resid = 6.550185e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344085(s) Flops=514787328 => 1496.10511356206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215401.527880415 Mflops = 215.401527880415 Gflops = 0.215401527880415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001072111 Relative Rsd = 4.69870948553584e-07
BICGSTAB_SOLVER_TIME: 0.670473 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104192
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986795(s) Flops=1505599488 => 1525.74697682903 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219722.362711999 Mflops = 219.722362711999 Gflops = 0.219722362711999 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166929000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054236 s
InvBiCGStab: k = 22 resid = 2.226391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.083686(s) Flops=147326976 => 1760.47338861936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253357.867318627 Mflops = 253.357867318627 Gflops = 0.253357867318627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059085 s
InvBiCGStab: k = 52 resid = 9.039907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197673(s) Flops=344180736 => 1741.16210104567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250665.259748316 Mflops = 250.665259748316 Gflops = 0.250665259748316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000750451 Relative Rsd = 3.2889793936201e-07
BICGSTAB_SOLVER_TIME: 0.398702 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047284 s
InvBiCGStab: k = 66 resid = 1.135758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286652(s) Flops=436045824 => 1521.16791091637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219009.118693489 Mflops = 219.009118693489 Gflops = 0.219009118693489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076411 s
InvBiCGStab: k = 83 resid = 1.052965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337613(s) Flops=547596288 => 1621.96446226893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233519.599933949 Mflops = 233.519599933949 Gflops = 0.233519599933949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001168835 Relative Rsd = 5.12261694291813e-07
BICGSTAB_SOLVER_TIME: 0.751801 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041809 s
InvBiCGStab: k = 47 resid = 2.272498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175383(s) Flops=311371776 => 1775.38174167394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255584.686961492 Mflops = 255.584686961492 Gflops = 0.255584686961492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056947 s
InvBiCGStab: k = 75 resid = 9.807006e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290099(s) Flops=495101952 => 1706.66549005684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245711.95794058 Mflops = 245.71195794058 Gflops = 0.24571195794058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001038962 Relative Rsd = 4.55342821219412e-07
BICGSTAB_SOLVER_TIME: 0.568085 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101534
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 63 resid = 2.127598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230555(s) Flops=416360448 => 1805.90508989178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259990.816988401 Mflops = 259.990816988401 Gflops = 0.259990816988401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055774 s
InvBiCGStab: k = 83 resid = 1.036552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30292(s) Flops=547596288 => 1807.72576257758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260255.728141824 Mflops = 260.255728141824 Gflops = 0.260255728141824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001110589 Relative Rsd = 4.86734613123659e-07
BICGSTAB_SOLVER_TIME: 0.634199 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118501
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043241 s
InvBiCGStab: k = 56 resid = 2.057545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210977(s) Flops=370427904 => 1755.77387108547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252768.846031781 Mflops = 252.768846031781 Gflops = 0.252768846031781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064503 s
InvBiCGStab: k = 77 resid = 1.072599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325266(s) Flops=508225536 => 1562.49204036081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224960.315355795 Mflops = 224.960315355795 Gflops = 0.224960315355795 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001083167 Relative Rsd = 4.74716259735908e-07
BICGSTAB_SOLVER_TIME: 0.647845 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109429
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.139141(s) Flops=1511866368 => 1327.1986242265 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191255.218199006 Mflops = 191.255218199006 Gflops = 0.191255218199006 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167331000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.563068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.797377(s) Flops=1367820288 => 1715.39972685442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246937.202054496 Mflops = 246.937202054496 Gflops = 0.246937202054496 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.151544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871043(s) Flops=1380943872 => 1585.39115979349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228284.271267665 Mflops = 228.284271267665 Gflops = 0.228284271267665 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002013374 Relative Rsd = 8.85947509504257e-07
BICGSTAB_SOLVER_TIME: 1.671962 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.118106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298357999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 2.138888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.619264(s) Flops=1105348608 => 1784.93923108723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256971.584882217 Mflops = 256.971584882217 Gflops = 0.256971584882217 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.101205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949904(s) Flops=1525303296 => 1605.74468156782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231215.734750461 Mflops = 231.215734750461 Gflops = 0.231215734750461 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001997367 Relative Rsd = 8.77801062537416e-07
BICGSTAB_SOLVER_TIME: 1.572651 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124521
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.122204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285793999999997
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.057236(s) Flops=1511866368 => 1430.01786545294 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205955.530475518 Mflops = 205.955530475518 Gflops = 0.205955530475518 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167844000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 32 resid = 2.095441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117969(s) Flops=212944896 => 1805.09198179183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259788.315701113 Mflops = 259.788315701113 Gflops = 0.259788315701113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056011 s
InvBiCGStab: k = 47 resid = 1.062294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172243(s) Flops=311371776 => 1807.74705503272 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.850710296 Mflops = 260.228850710296 Gflops = 0.260228850710296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007410016 Relative Rsd = 3.24756564898574e-07
BICGSTAB_SOLVER_TIME: 0.390892 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040969 s
InvBiCGStab: k = 81 resid = 2.102113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295799(s) Flops=534472704 => 1806.87799485461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260144.888515328 Mflops = 260.144888515328 Gflops = 0.260144888515328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055894 s
InvBiCGStab: k = 106 resid = 1.099579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409037(s) Flops=698517504 => 1707.71227052809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245873.048214633 Mflops = 245.873048214633 Gflops = 0.245873048214633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001307664 Relative Rsd = 5.73106123003203e-07
BICGSTAB_SOLVER_TIME: 0.805557 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147671
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041134 s
InvBiCGStab: k = 52 resid = 1.925853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217596(s) Flops=344180736 => 1581.74201731649 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227721.395157934 Mflops = 227.721395157934 Gflops = 0.227721395157934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062081 s
InvBiCGStab: k = 77 resid = 1.078233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311332(s) Flops=508225536 => 1632.42305962766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235022.929918639 Mflops = 235.022929918639 Gflops = 0.235022929918639 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001065162 Relative Rsd = 4.66825454120949e-07
BICGSTAB_SOLVER_TIME: 0.637552 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10639
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042517 s
InvBiCGStab: k = 64 resid = 1.776674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249336(s) Flops=422922240 => 1696.19405140052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244201.653736398 Mflops = 244.201653736398 Gflops = 0.244201653736398 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058107 s
InvBiCGStab: k = 89 resid = 8.39867e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345147(s) Flops=586967040 => 1700.62912324314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244842.493566895 Mflops = 244.842493566895 Gflops = 0.244842493566895 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001121162 Relative Rsd = 4.91368442266424e-07
BICGSTAB_SOLVER_TIME: 0.69914 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123654
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 56 resid = 1.716417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220362(s) Flops=370427904 => 1680.99719552373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241997.796957614 Mflops = 241.997796957614 Gflops = 0.241997796957614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064696 s
InvBiCGStab: k = 86 resid = 8.739161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332028(s) Flops=567281664 => 1708.53561747804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245984.255912636 Mflops = 245.984255912636 Gflops = 0.245984255912636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001068734 Relative Rsd = 4.68391084486663e-07
BICGSTAB_SOLVER_TIME: 0.662435 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115966
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973051(s) Flops=1511940096 => 1553.81382476355 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223734.125620369 Mflops = 223.734125620369 Gflops = 0.223734125620369 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167981000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048123 s
InvBiCGStab: k = 39 resid = 9.30361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157348(s) Flops=258877440 => 1645.25408648346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236836.960650068 Mflops = 236.836960650068 Gflops = 0.236836960650068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062343 s
InvBiCGStab: k = 46 resid = 1.053228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184085(s) Flops=304809984 => 1655.81108726947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238337.643390375 Mflops = 238.337643390375 Gflops = 0.238337643390375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007265172 Relative Rsd = 3.18408557752416e-07
BICGSTAB_SOLVER_TIME: 0.4558 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040764 s
InvBiCGStab: k = 80 resid = 1.881921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291745(s) Flops=527910912 => 1809.49429124749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260526.875414339 Mflops = 260.526875414339 Gflops = 0.260526875414339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056283 s
InvBiCGStab: k = 98 resid = 1.04422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357899(s) Flops=646023168 => 1805.04323286737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259877.404570514 Mflops = 259.877404570514 Gflops = 0.259877404570514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001270728 Relative Rsd = 5.56918333602737e-07
BICGSTAB_SOLVER_TIME: 0.750803 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14133
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050939 s
InvBiCGStab: k = 66 resid = 2.006156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250383(s) Flops=436045824 => 1741.51529456872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250719.304200821 Mflops = 250.719304200821 Gflops = 0.250719304200821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056668 s
InvBiCGStab: k = 81 resid = 1.102334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305704(s) Flops=534472704 => 1748.33402245309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251704.008167849 Mflops = 251.704008167849 Gflops = 0.251704008167849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001118632 Relative Rsd = 4.90259398817961e-07
BICGSTAB_SOLVER_TIME: 0.668132 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119472000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045609 s
InvBiCGStab: k = 71 resid = 2.186209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294924(s) Flops=468854784 => 1589.74781299589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228886.670157586 Mflops = 228.886670157586 Gflops = 0.228886670157586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064234 s
InvBiCGStab: k = 77 resid = 1.131405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299526(s) Flops=508225536 => 1696.76601029627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244293.678510094 Mflops = 244.293678510094 Gflops = 0.244293678510094 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001154575 Relative Rsd = 5.06011979099626e-07
BICGSTAB_SOLVER_TIME: 0.708079 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119894
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041464 s
InvBiCGStab: k = 68 resid = 2.20025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252603(s) Flops=449169408 => 1778.16339473403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256004.918935774 Mflops = 256.004918935774 Gflops = 0.256004918935774 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056355 s
InvBiCGStab: k = 80 resid = 1.044243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294017(s) Flops=527910912 => 1795.5115248438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258497.696637264 Mflops = 258.497696637264 Gflops = 0.258497696637264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001114517 Relative Rsd = 4.88456112640363e-07
BICGSTAB_SOLVER_TIME: 0.648325 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12009
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995771(s) Flops=1511940096 => 1518.3612457081 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218682.036280464 Mflops = 218.682036280464 Gflops = 0.218682036280464 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167760000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465113
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046475 s
InvBiCGStab: k = 27 resid = 2.11236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114615(s) Flops=180135936 => 1571.66109148017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226166.890658764 Mflops = 226.166890658764 Gflops = 0.226166890658764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067242 s
InvBiCGStab: k = 47 resid = 9.652711e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191013(s) Flops=311371776 => 1630.10777276939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234664.350521896 Mflops = 234.664350521896 Gflops = 0.234664350521896 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000754171 Relative Rsd = 3.30528289864559e-07
BICGSTAB_SOLVER_TIME: 0.423626 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044245 s
InvBiCGStab: k = 51 resid = 2.219507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214315(s) Flops=337618944 => 1575.33977556401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226796.552534849 Mflops = 226.796552534849 Gflops = 0.226796552534849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066114 s
InvBiCGStab: k = 84 resid = 8.801896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310401(s) Flops=554158080 => 1785.29734118125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257028.19470061 Mflops = 257.02819470061 Gflops = 0.25702819470061 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001102002 Relative Rsd = 4.82971049155501e-07
BICGSTAB_SOLVER_TIME: 0.638842 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110656
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040756 s
InvBiCGStab: k = 64 resid = 2.205493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244836(s) Flops=422922240 => 1727.36950448463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248667.271275695 Mflops = 248.667271275695 Gflops = 0.248667271275695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055681 s
InvBiCGStab: k = 77 resid = 6.369272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289875(s) Flops=508225536 => 1753.25756274256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252422.048091367 Mflops = 252.422048091367 Gflops = 0.252422048091367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001077108 Relative Rsd = 4.72060820838236e-07
BICGSTAB_SOLVER_TIME: 0.63496 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115073
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041678 s
InvBiCGStab: k = 68 resid = 2.136528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252506(s) Flops=449169408 => 1778.84647493525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256095.37798526 Mflops = 256.09537798526 Gflops = 0.25609537798526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057036 s
InvBiCGStab: k = 77 resid = 1.10922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321667(s) Flops=508225536 => 1579.97412230661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227469.223207863 Mflops = 227.469223207863 Gflops = 0.227469223207863 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001131723 Relative Rsd = 4.95996710120333e-07
BICGSTAB_SOLVER_TIME: 0.67695 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047169 s
InvBiCGStab: k = 60 resid = 2.231176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255186(s) Flops=396675072 => 1554.45468011568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223785.507576197 Mflops = 223.785507576197 Gflops = 0.223785507576197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057466 s
InvBiCGStab: k = 74 resid = 1.104593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274824(s) Flops=488540160 => 1777.64736704218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255931.004440996 Mflops = 255.931004440996 Gflops = 0.255931004440996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001074802 Relative Rsd = 4.71050400980235e-07
BICGSTAB_SOLVER_TIME: 0.638458 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110192
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024189(s) Flops=1511866368 => 1476.15954477152 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212549.765461775 Mflops = 212.549765461775 Gflops = 0.212549765461775 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168096000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413959
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041375 s
InvBiCGStab: k = 24 resid = 1.988516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102361(s) Flops=160450560 => 1567.49699592618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225611.522818183 Mflops = 225.611522818183 Gflops = 0.225611522818183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06017 s
InvBiCGStab: k = 46 resid = 1.113508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19739(s) Flops=304809984 => 1544.20175287502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222273.310474951 Mflops = 222.273310474951 Gflops = 0.222273310474951 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007283829 Relative Rsd = 3.19226220277377e-07
BICGSTAB_SOLVER_TIME: 0.407306 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052363 s
InvBiCGStab: k = 57 resid = 2.091432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23405(s) Flops=376989696 => 1610.7229053621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231907.029632399 Mflops = 231.907029632399 Gflops = 0.231907029632399 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057273 s
InvBiCGStab: k = 81 resid = 9.688849e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320291(s) Flops=534472704 => 1668.70971710101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240259.318406798 Mflops = 240.259318406798 Gflops = 0.240259318406798 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001161878 Relative Rsd = 5.09212679410268e-07
BICGSTAB_SOLVER_TIME: 0.667862 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115634
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112985
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 63 resid = 1.065244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231049(s) Flops=416360448 => 1802.04393007544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259442.415843803 Mflops = 259.442415843803 Gflops = 0.259442415843803 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 77 resid = 1.054478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282281(s) Flops=508225536 => 1800.42417307576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259203.830905889 Mflops = 259.203830905889 Gflops = 0.259203830905889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001093459 Relative Rsd = 4.79226822145845e-07
BICGSTAB_SOLVER_TIME: 0.615065 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040905 s
InvBiCGStab: k = 65 resid = 2.051531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23857(s) Flops=429484032 => 1800.24324936077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259182.315092376 Mflops = 259.182315092376 Gflops = 0.259182315092376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055997 s
InvBiCGStab: k = 78 resid = 1.064687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285572(s) Flops=514787328 => 1802.65336937795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259525.979929441 Mflops = 259.525979929441 Gflops = 0.259525979929441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001154579 Relative Rsd = 5.06013866876578e-07
BICGSTAB_SOLVER_TIME: 0.625031 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116395
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041551 s
InvBiCGStab: k = 68 resid = 1.721333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255961(s) Flops=449169408 => 1754.83533819605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252646.018200326 Mflops = 252.646018200326 Gflops = 0.252646018200326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063761 s
InvBiCGStab: k = 82 resid = 1.040627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338579(s) Flops=541034496 => 1597.95644738746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230058.782859057 Mflops = 230.058782859057 Gflops = 0.230058782859057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00109879 Relative Rsd = 4.81563481843719e-07
BICGSTAB_SOLVER_TIME: 0.703645 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12192
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034353(s) Flops=1511940096 => 1461.72544189459 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210673.11143629 Mflops = 210.67311143629 Gflops = 0.21067311143629 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167769000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 1.553952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968757(s) Flops=1551550464 => 1601.58890619629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230560.284145791 Mflops = 230.560284145791 Gflops = 0.230560284145791 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 5.166627e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.962526(s) Flops=1689348096 => 1755.11944196832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252728.297875262 Mflops = 252.728297875262 Gflops = 0.252728297875262 Tflops
BICGSTAB_SOLVER: 493 iterations. Rsd = 0.002102195 Relative Rsd = 9.2504327621833e-07
BICGSTAB_SOLVER_TIME: 1.934692 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00187
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.351937
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 168 resid = 1.782178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.63767(s) Flops=1105348608 => 1733.41792463186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249523.319524166 Mflops = 249.523319524166 Gflops = 0.249523319524166 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 9.643925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746801(s) Flops=1295640576 => 1734.92078344833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249812.276188497 Mflops = 249.812276188497 Gflops = 0.249812276188497 Tflops
BICGSTAB_SOLVER: 365 iterations. Rsd = 0.001959945 Relative Rsd = 8.61374986177253e-07
BICGSTAB_SOLVER_TIME: 1.387802 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260569999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.139485(s) Flops=1511940096 => 1326.86265813065 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  191242.715451805 Mflops = 191.242715451805 Gflops = 0.191242715451805 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167542000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041836 s
InvBiCGStab: k = 35 resid = 1.760317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1549(s) Flops=232630272 => 1501.80937378954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216172.067993376 Mflops = 216.172067993376 Gflops = 0.216172067993376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056584 s
InvBiCGStab: k = 44 resid = 1.096663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164383(s) Flops=291686400 => 1774.43166264151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255419.342443082 Mflops = 255.419342443082 Gflops = 0.255419342443082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007360308 Relative Rsd = 3.2257804478613e-07
BICGSTAB_SOLVER_TIME: 0.421629 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0708790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049261 s
InvBiCGStab: k = 71 resid = 1.862215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263038(s) Flops=468854784 => 1782.46026809815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256625.0981687 Mflops = 256.625098168699 Gflops = 0.256625098168699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056119 s
InvBiCGStab: k = 106 resid = 1.057945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458141(s) Flops=698517504 => 1524.67800087746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219521.78150059 Mflops = 219.52178150059 Gflops = 0.21952178150059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001294071 Relative Rsd = 5.67148860175492e-07
BICGSTAB_SOLVER_TIME: 0.831101 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.068477 s
InvBiCGStab: k = 50 resid = 1.967178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204098(s) Flops=331057152 => 1622.0499563935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233511.283292489 Mflops = 233.511283292489 Gflops = 0.233511283292489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058065 s
InvBiCGStab: k = 79 resid = 6.849825e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309887(s) Flops=521349120 => 1682.38461116471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242221.549923378 Mflops = 242.221549923378 Gflops = 0.242221549923378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001019277 Relative Rsd = 4.467156805514e-07
BICGSTAB_SOLVER_TIME: 0.644382 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043038 s
InvBiCGStab: k = 70 resid = 2.251246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273789(s) Flops=462292992 => 1688.50096972486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242795.268673574 Mflops = 242.795268673574 Gflops = 0.242795268673574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056297 s
InvBiCGStab: k = 82 resid = 8.929038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307748(s) Flops=541034496 => 1758.043906053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253104.949512635 Mflops = 253.104949512635 Gflops = 0.253104949512635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001132383 Relative Rsd = 4.96286050203888e-07
BICGSTAB_SOLVER_TIME: 0.686247 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041595 s
InvBiCGStab: k = 63 resid = 1.928953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229746(s) Flops=416360448 => 1812.26418740696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260912.296668549 Mflops = 260.912296668549 Gflops = 0.260912296668549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056648 s
InvBiCGStab: k = 78 resid = 1.134762e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297627(s) Flops=514787328 => 1729.63920612041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249024.229505407 Mflops = 249.024229505407 Gflops = 0.249024229505407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001139376 Relative Rsd = 4.99350932616024e-07
BICGSTAB_SOLVER_TIME: 0.629547 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115112
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.059909(s) Flops=1511940096 => 1426.4810431839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205401.957700994 Mflops = 205.401957700994 Gflops = 0.205401957700994 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049785 s
InvBiCGStab: k = 29 resid = 2.030808e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11088(s) Flops=193259520 => 1742.96103896104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250896.772029648 Mflops = 250.896772029648 Gflops = 0.250896772029648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056386 s
InvBiCGStab: k = 54 resid = 1.054375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203568(s) Flops=357304320 => 1755.20867719877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252664.563704884 Mflops = 252.664563704884 Gflops = 0.252664563704884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007476342 Relative Rsd = 3.27663409767277e-07
BICGSTAB_SOLVER_TIME: 0.424388 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040631 s
InvBiCGStab: k = 74 resid = 2.136323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276349(s) Flops=488540160 => 1767.83762561109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254519.203654361 Mflops = 254.519203654361 Gflops = 0.254519203654361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062251 s
InvBiCGStab: k = 108 resid = 7.8246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414747(s) Flops=711641088 => 1715.84384697177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247073.048692367 Mflops = 247.073048692367 Gflops = 0.247073048692367 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001243312 Relative Rsd = 5.44902633306917e-07
BICGSTAB_SOLVER_TIME: 0.797879 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044409 s
InvBiCGStab: k = 59 resid = 1.678566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244439(s) Flops=390113280 => 1595.95350987363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229766.918916122 Mflops = 229.766918916122 Gflops = 0.229766918916122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058145 s
InvBiCGStab: k = 82 resid = 9.450371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363828(s) Flops=541034496 => 1487.06118275669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214098.519583159 Mflops = 214.098519583159 Gflops = 0.214098519583159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001137412 Relative Rsd = 4.98490361431168e-07
BICGSTAB_SOLVER_TIME: 0.718494 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115007
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045811 s
InvBiCGStab: k = 66 resid = 2.127891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267424(s) Flops=436045824 => 1630.54110326672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234750.24847926 Mflops = 234.75024847926 Gflops = 0.23475024847926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060462 s
InvBiCGStab: k = 86 resid = 1.084062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335869(s) Flops=567281664 => 1688.99679339266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243165.924888316 Mflops = 243.165924888316 Gflops = 0.243165924888316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001174232 Relative Rsd = 5.14626976769951e-07
BICGSTAB_SOLVER_TIME: 0.713375 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044231 s
InvBiCGStab: k = 55 resid = 2.203656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227303(s) Flops=363866112 => 1600.79766655082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230461.500851992 Mflops = 230.461500851992 Gflops = 0.230461500851992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0596 s
InvBiCGStab: k = 87 resid = 7.838449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332112(s) Flops=573843456 => 1727.86125162596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248765.284065303 Mflops = 248.765284065303 Gflops = 0.248765284065303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001091971 Relative Rsd = 4.78575079908615e-07
BICGSTAB_SOLVER_TIME: 0.66711 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115858
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992898(s) Flops=1505820672 => 1516.59150486757 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218393.126297401 Mflops = 218.393126297401 Gflops = 0.218393126297401 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167343000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040576 s
InvBiCGStab: k = 23 resid = 1.938237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085699(s) Flops=153888768 => 1795.6891912391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258445.610051218 Mflops = 258.445610051218 Gflops = 0.258445610051218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 43 resid = 8.410793e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161548(s) Flops=285124608 => 1764.95288087751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254051.651032803 Mflops = 254.051651032803 Gflops = 0.254051651032803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007305635 Relative Rsd = 3.20181920114285e-07
BICGSTAB_SOLVER_TIME: 0.34771 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0614460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 54 resid = 2.224416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209216(s) Flops=357304320 => 1707.8250229428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245877.640323153 Mflops = 245.877640323153 Gflops = 0.245877640323153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061111 s
InvBiCGStab: k = 71 resid = 1.117662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274345(s) Flops=468854784 => 1708.99700741767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246042.157833135 Mflops = 246.042157833135 Gflops = 0.246042157833135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001025663 Relative Rsd = 4.49514488455383e-07
BICGSTAB_SOLVER_TIME: 0.590054 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040768 s
InvBiCGStab: k = 56 resid = 2.107761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214058(s) Flops=370427904 => 1730.50249932261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249127.799715248 Mflops = 249.127799715248 Gflops = 0.249127799715248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058238 s
InvBiCGStab: k = 79 resid = 8.664235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308012(s) Flops=521349120 => 1692.62600158435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243694.261074571 Mflops = 243.694261074571 Gflops = 0.243694261074571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001106015 Relative Rsd = 4.84729845022244e-07
BICGSTAB_SOLVER_TIME: 0.624909 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043595 s
InvBiCGStab: k = 69 resid = 1.536724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310047(s) Flops=455731200 => 1469.87779272175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211611.398849004 Mflops = 211.611398849004 Gflops = 0.211611398849004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065633 s
InvBiCGStab: k = 85 resid = 1.006168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353208(s) Flops=560719872 => 1587.50614935109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228548.99906398 Mflops = 228.54899906398 Gflops = 0.22854899906398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00112316 Relative Rsd = 4.92243860561899e-07
BICGSTAB_SOLVER_TIME: 0.776469 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050316 s
InvBiCGStab: k = 57 resid = 2.194502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215045(s) Flops=376989696 => 1753.07352414611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252357.50247654 Mflops = 252.35750247654 Gflops = 0.25235750247654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075886 s
InvBiCGStab: k = 80 resid = 9.326826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302753(s) Flops=527910912 => 1743.70167099913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251033.99122156 Mflops = 251.03399122156 Gflops = 0.251033991221561 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001099648 Relative Rsd = 4.81939506604044e-07
BICGSTAB_SOLVER_TIME: 0.647799 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112183
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973273(s) Flops=1505673216 => 1547.02043106097 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222754.73677437 Mflops = 222.75473677437 Gflops = 0.22275473677437 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167385000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 32 resid = 1.467747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128958(s) Flops=212944896 => 1651.27325175639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237705.7135287 Mflops = 237.7057135287 Gflops = 0.2377057135287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062826 s
InvBiCGStab: k = 49 resid = 1.071391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207367(s) Flops=324495360 => 1564.83606359739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225271.243400142 Mflops = 225.271243400142 Gflops = 0.225271243400142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007610815 Relative Rsd = 3.33556947367628e-07
BICGSTAB_SOLVER_TIME: 0.443849 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 54 resid = 2.184882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199058(s) Flops=357304320 => 1794.97593666168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258399.234502586 Mflops = 258.399234502586 Gflops = 0.258399234502586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056049 s
InvBiCGStab: k = 79 resid = 1.026577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288118(s) Flops=521349120 => 1809.49860820914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260505.048455169 Mflops = 260.505048455169 Gflops = 0.260505048455169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001088222 Relative Rsd = 4.76931999666894e-07
BICGSTAB_SOLVER_TIME: 0.588437 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10918
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047993 s
InvBiCGStab: k = 67 resid = 1.336533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308262(s) Flops=442607616 => 1435.8163380501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206713.983804854 Mflops = 206.713983804854 Gflops = 0.206713983804854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062857 s
InvBiCGStab: k = 72 resid = 9.487039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267316(s) Flops=475416576 => 1778.48155740771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256030.335603496 Mflops = 256.030335603496 Gflops = 0.256030335603496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001058952 Relative Rsd = 4.64103840987979e-07
BICGSTAB_SOLVER_TIME: 0.690213 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113779
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051177 s
InvBiCGStab: k = 67 resid = 1.772644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28296(s) Flops=442607616 => 1564.20559796438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225201.639469156 Mflops = 225.201639469156 Gflops = 0.225201639469156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05671 s
InvBiCGStab: k = 82 resid = 1.134238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347999(s) Flops=541034496 => 1554.70129511866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223833.320400632 Mflops = 223.833320400632 Gflops = 0.223833320400632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00110719 Relative Rsd = 4.85244748940995e-07
BICGSTAB_SOLVER_TIME: 0.74302 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120681
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048313 s
InvBiCGStab: k = 62 resid = 2.213947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280491(s) Flops=409798656 => 1461.0046525557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210349.746138846 Mflops = 210.349746138846 Gflops = 0.210349746138846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058343 s
InvBiCGStab: k = 75 resid = 7.7404e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286331(s) Flops=495101952 => 1729.12451673064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248936.797549229 Mflops = 248.936797549229 Gflops = 0.248936797549229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001070697 Relative Rsd = 4.6925124750353e-07
BICGSTAB_SOLVER_TIME: 0.677307 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112223
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945138(s) Flops=1505599488 => 1592.99434368314 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229376.705062333 Mflops = 229.376705062333 Gflops = 0.229376705062333 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167412000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.581637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858088(s) Flops=1367820288 => 1594.032649332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229465.581703597 Mflops = 229.465581703597 Gflops = 0.229465581703597 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.084759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868941(s) Flops=1387505664 => 1596.77776051539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229924.830887144 Mflops = 229.924830887144 Gflops = 0.229924830887144 Tflops
BICGSTAB_SOLVER: 419 iterations. Rsd = 0.002050461 Relative Rsd = 9.0229813186366e-07
BICGSTAB_SOLVER_TIME: 1.730339 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.11714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001815
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299286999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 2.089959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.702577(s) Flops=1190651904 => 1694.6924023986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244049.057199932 Mflops = 244.049057199932 Gflops = 0.244049057199933 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.045174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878837(s) Flops=1407191040 => 1601.19685447927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230560.222625739 Mflops = 230.560222625739 Gflops = 0.230560222625739 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.002006065 Relative Rsd = 8.81660229503474e-07
BICGSTAB_SOLVER_TIME: 1.585083 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0.122444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282244999999997
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.020223(s) Flops=1505599488 => 1475.7552887947 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212538.811892652 Mflops = 212.538811892652 Gflops = 0.212538811892652 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166866000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04313 s
InvBiCGStab: k = 30 resid = 2.253324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118176(s) Flops=199821312 => 1690.87896019496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243357.165506077 Mflops = 243.357165506077 Gflops = 0.243357165506077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055932 s
InvBiCGStab: k = 50 resid = 8.7635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186247(s) Flops=331057152 => 1777.51669557094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255881.994143149 Mflops = 255.881994143149 Gflops = 0.255881994143149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007682963 Relative Rsd = 3.36718948250765e-07
BICGSTAB_SOLVER_TIME: 0.407361 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045916 s
InvBiCGStab: k = 73 resid = 1.782913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307021(s) Flops=481978368 => 1569.85472654965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226025.369452449 Mflops = 226.025369452449 Gflops = 0.226025369452449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057549 s
InvBiCGStab: k = 113 resid = 1.141092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474026(s) Flops=744450048 => 1570.48357685022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226115.005538811 Mflops = 226.115005538811 Gflops = 0.226115005538811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001294567 Relative Rsd = 5.67366107587901e-07
BICGSTAB_SOLVER_TIME: 0.888352 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044932 s
InvBiCGStab: k = 56 resid = 2.017904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227156(s) Flops=370427904 => 1630.72031555407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234770.305767653 Mflops = 234.770305767653 Gflops = 0.234770305767653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056879 s
InvBiCGStab: k = 89 resid = 1.026784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355085(s) Flops=586967040 => 1653.0324851796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237990.059445856 Mflops = 237.990059445856 Gflops = 0.237990059445856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001065525 Relative Rsd = 4.66984639636853e-07
BICGSTAB_SOLVER_TIME: 0.689381 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040797 s
InvBiCGStab: k = 56 resid = 2.175866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218939(s) Flops=370427904 => 1691.92288262941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243581.252142575 Mflops = 243.581252142575 Gflops = 0.243581252142575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060846 s
InvBiCGStab: k = 88 resid = 1.031143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340126(s) Flops=580405248 => 1706.44187154172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245681.541231703 Mflops = 245.681541231703 Gflops = 0.245681541231703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001145612 Relative Rsd = 5.02084076494697e-07
BICGSTAB_SOLVER_TIME: 0.664607 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051321 s
InvBiCGStab: k = 61 resid = 2.171745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255564(s) Flops=403236864 => 1577.83124383716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227163.138461711 Mflops = 227.163138461711 Gflops = 0.227163138461711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062609 s
InvBiCGStab: k = 87 resid = 6.864499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34571(s) Flops=573843456 => 1659.89834254144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238975.979452262 Mflops = 238.975979452262 Gflops = 0.238975979452262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001158694 Relative Rsd = 5.07817510201167e-07
BICGSTAB_SOLVER_TIME: 0.719001 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120232000000001
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.08484(s) Flops=1505378304 => 1387.6500719 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199804.044404154 Mflops = 199.804044404154 Gflops = 0.199804044404154 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167119000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041697 s
InvBiCGStab: k = 28 resid = 2.04392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105313(s) Flops=186697728 => 1772.78900040831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255129.600035063 Mflops = 255.129600035063 Gflops = 0.255129600035063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056056 s
InvBiCGStab: k = 52 resid = 7.723213e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19151(s) Flops=344180736 => 1797.19459036082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258707.426268934 Mflops = 258.707426268934 Gflops = 0.258707426268934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007686422 Relative Rsd = 3.36870531637865e-07
BICGSTAB_SOLVER_TIME: 0.398556 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041183 s
InvBiCGStab: k = 73 resid = 2.260412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287543(s) Flops=481978368 => 1676.19579680257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241315.651648594 Mflops = 241.315651648594 Gflops = 0.241315651648594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065479 s
InvBiCGStab: k = 93 resid = 1.135319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382029(s) Flops=613214208 => 1605.15093880308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231101.708899619 Mflops = 231.101708899619 Gflops = 0.231101708899619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001245156 Relative Rsd = 5.45711010010116e-07
BICGSTAB_SOLVER_TIME: 0.781224 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132823
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044498 s
InvBiCGStab: k = 59 resid = 2.153792e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217985(s) Flops=390113280 => 1789.63359864211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257645.120925745 Mflops = 257.645120925745 Gflops = 0.257645120925745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059839 s
InvBiCGStab: k = 85 resid = 1.065368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334991(s) Flops=560719872 => 1673.83563140502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240993.98783159 Mflops = 240.99398783159 Gflops = 0.24099398783159 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001036526 Relative Rsd = 4.54275104779886e-07
BICGSTAB_SOLVER_TIME: 0.661279 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042245 s
InvBiCGStab: k = 70 resid = 1.988492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301405(s) Flops=462292992 => 1533.7933743634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220823.681204878 Mflops = 220.823681204878 Gflops = 0.220823681204878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070214 s
InvBiCGStab: k = 85 resid = 1.128613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320969(s) Flops=560719872 => 1746.95958799759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251511.861590595 Mflops = 251.511861590595 Gflops = 0.251511861590595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001171866 Relative Rsd = 5.13590230076628e-07
BICGSTAB_SOLVER_TIME: 0.739127 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126418
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04599 s
InvBiCGStab: k = 59 resid = 2.114921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218537(s) Flops=390113280 => 1785.11318449507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256995.180477794 Mflops = 256.995180477794 Gflops = 0.256995180477794 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057786 s
InvBiCGStab: k = 79 resid = 9.594053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328434(s) Flops=521349120 => 1587.37865141855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228519.460794102 Mflops = 228.519460794102 Gflops = 0.228519460794102 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001115277 Relative Rsd = 4.88789177719792e-07
BICGSTAB_SOLVER_TIME: 0.654541 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113091
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.122782(s) Flops=1498963968 => 1335.04453046094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192235.228915079 Mflops = 192.235228915079 Gflops = 0.192235228915079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166236000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043006 s
InvBiCGStab: k = 28 resid = 1.438614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122806(s) Flops=186697728 => 1520.26552448577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218811.231375012 Mflops = 218.811231375012 Gflops = 0.218811231375012 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065751 s
InvBiCGStab: k = 46 resid = 1.089796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177105(s) Flops=304809984 => 1721.06933175235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247730.950645409 Mflops = 247.730950645409 Gflops = 0.247730950645409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007444678 Relative Rsd = 3.26275715134484e-07
BICGSTAB_SOLVER_TIME: 0.412602 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041307 s
InvBiCGStab: k = 54 resid = 1.454244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197956(s) Flops=357304320 => 1804.96837681101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259829.446394558 Mflops = 259.829446394558 Gflops = 0.259829446394558 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 79 resid = 1.128656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288428(s) Flops=521349120 => 1807.55377425215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260226.887318088 Mflops = 260.226887318088 Gflops = 0.260226887318088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001103548 Relative Rsd = 4.83648659039065e-07
BICGSTAB_SOLVER_TIME: 0.587823 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043233 s
InvBiCGStab: k = 52 resid = 1.803093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208377(s) Flops=344180736 => 1651.72133200881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237792.874110744 Mflops = 237.792874110744 Gflops = 0.237792874110744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06147 s
InvBiCGStab: k = 76 resid = 8.821339e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322553(s) Flops=501663744 => 1555.29089482969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223913.517352578 Mflops = 223.913517352578 Gflops = 0.223913517352578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001025681 Relative Rsd = 4.49522294668182e-07
BICGSTAB_SOLVER_TIME: 0.639669 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105687
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058841 s
InvBiCGStab: k = 60 resid = 1.49811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242329(s) Flops=396675072 => 1636.92778000157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235674.410400854 Mflops = 235.674410400854 Gflops = 0.235674410400854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056913 s
InvBiCGStab: k = 74 resid = 1.115107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31047(s) Flops=488540160 => 1573.55029471447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226545.799336493 Mflops = 226.545799336493 Gflops = 0.226545799336493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001113722 Relative Rsd = 4.88107639219329e-07
BICGSTAB_SOLVER_TIME: 0.677506 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115413
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109973
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04051 s
InvBiCGStab: k = 52 resid = 1.866661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208144(s) Flops=344180736 => 1653.57029748636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238051.863630309 Mflops = 238.051863630309 Gflops = 0.238051863630309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06627 s
InvBiCGStab: k = 78 resid = 1.046938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294502(s) Flops=514787328 => 1747.99263842011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251662.81895454 Mflops = 251.66281895454 Gflops = 0.25166281895454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001081296 Relative Rsd = 4.73896556371e-07
BICGSTAB_SOLVER_TIME: 0.613197 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10715
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931495(s) Flops=1480310784 => 1589.17738044756 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228828.930449444 Mflops = 228.828930449444 Gflops = 0.228828930449444 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164080000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041448 s
InvBiCGStab: k = 29 resid = 1.758711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108348(s) Flops=193259520 => 1783.69254623989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256724.78093506 Mflops = 256.72478093506 Gflops = 0.25672478093506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056148 s
InvBiCGStab: k = 49 resid = 1.146452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180663(s) Flops=324495360 => 1796.13623154713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258554.350245169 Mflops = 258.554350245169 Gflops = 0.258554350245169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007069753 Relative Rsd = 3.09843994339294e-07
BICGSTAB_SOLVER_TIME: 0.390455 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0701210000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041187 s
InvBiCGStab: k = 56 resid = 2.251132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204689(s) Flops=370427904 => 1809.71084914187 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260521.748928022 Mflops = 260.521748928022 Gflops = 0.260521748928022 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 84 resid = 1.087955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306963(s) Flops=554158080 => 1805.2927551529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259908.626039375 Mflops = 259.908626039375 Gflops = 0.259908626039375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001139187 Relative Rsd = 4.99268074514156e-07
BICGSTAB_SOLVER_TIME: 0.612999 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04161 s
InvBiCGStab: k = 50 resid = 2.007824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183111(s) Flops=331057152 => 1807.95884463522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260273.553085717 Mflops = 260.273553085717 Gflops = 0.260273553085717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 79 resid = 7.990311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304169(s) Flops=521349120 => 1714.01135552933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246759.186464741 Mflops = 246.759186464741 Gflops = 0.246759186464741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001036704 Relative Rsd = 4.54353319970874e-07
BICGSTAB_SOLVER_TIME: 0.588825 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058051 s
InvBiCGStab: k = 65 resid = 2.229019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279843(s) Flops=429484032 => 1534.73208906423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220960.38448792 Mflops = 220.96038448792 Gflops = 0.22096038448792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072977 s
InvBiCGStab: k = 83 resid = 1.109646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35982(s) Flops=547596288 => 1521.86173086543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219114.9731709 Mflops = 219.1149731709 Gflops = 0.2191149731709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001106613 Relative Rsd = 4.849919398925e-07
BICGSTAB_SOLVER_TIME: 0.774754 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050292 s
InvBiCGStab: k = 47 resid = 2.211261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183488(s) Flops=311371776 => 1696.95988838507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244282.760571784 Mflops = 244.282760571784 Gflops = 0.244282760571784 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 81 resid = 7.190812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299638(s) Flops=534472704 => 1783.72804517451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256802.523553268 Mflops = 256.802523553268 Gflops = 0.256802523553268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001061022 Relative Rsd = 4.6501089230264e-07
BICGSTAB_SOLVER_TIME: 0.59415 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114944
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105676
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936351(s) Flops=1461436416 => 1560.77840040754 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224730.465851708 Mflops = 224.730465851708 Gflops = 0.224730465851708 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162424000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.811675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.831041(s) Flops=1433438208 => 1724.87062371171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248319.533293038 Mflops = 248.319533293038 Gflops = 0.248319533293038 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.03498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83307(s) Flops=1420314624 => 1704.91630235154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245498.302558507 Mflops = 245.498302558507 Gflops = 0.245498302558507 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002061556 Relative Rsd = 9.07216754356519e-07
BICGSTAB_SOLVER_TIME: 1.667573 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.114843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.309595999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 194 resid = 1.345811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76665(s) Flops=1275955200 => 1664.32557229505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239524.104874955 Mflops = 239.524104874955 Gflops = 0.239524104874955 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 9.826198e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915808(s) Flops=1302202368 => 1421.91634927845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204745.410906346 Mflops = 204.745410906346 Gflops = 0.204745410906346 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001974335 Relative Rsd = 8.67731402385264e-07
BICGSTAB_SOLVER_TIME: 1.686245 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.124135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279744999999999
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958039(s) Flops=1461436416 => 1525.44564052194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219650.597616346 Mflops = 219.650597616346 Gflops = 0.219650597616346 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162051000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046619 s
InvBiCGStab: k = 22 resid = 2.243331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11076(s) Flops=147326976 => 1330.14604550379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191457.723010713 Mflops = 191.457723010713 Gflops = 0.191457723010713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064918 s
InvBiCGStab: k = 50 resid = 1.121127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214147(s) Flops=331057152 => 1545.93411068098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222553.629339758 Mflops = 222.553629339758 Gflops = 0.222553629339758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000728753 Relative Rsd = 3.19388416032203e-07
BICGSTAB_SOLVER_TIME: 0.440342 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0658710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045469 s
InvBiCGStab: k = 73 resid = 1.79791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282136(s) Flops=481978368 => 1708.31927864576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245947.040459937 Mflops = 245.947040459937 Gflops = 0.245947040459937 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062407 s
InvBiCGStab: k = 95 resid = 1.042071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375564(s) Flops=626337792 => 1667.72585231811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240091.778649575 Mflops = 240.091778649575 Gflops = 0.240091778649575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001224232 Relative Rsd = 5.36540444685087e-07
BICGSTAB_SOLVER_TIME: 0.769402 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042802 s
InvBiCGStab: k = 52 resid = 2.051818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190325(s) Flops=344180736 => 1808.38426901353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260328.590939408 Mflops = 260.328590939408 Gflops = 0.260328590939408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056561 s
InvBiCGStab: k = 73 resid = 8.759479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26791(s) Flops=481978368 => 1799.03089843604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258999.215948147 Mflops = 258.999215948147 Gflops = 0.258999215948147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001061462 Relative Rsd = 4.65203802698676e-07
BICGSTAB_SOLVER_TIME: 0.561391 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043077 s
InvBiCGStab: k = 61 resid = 2.264339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243998(s) Flops=403236864 => 1652.6236444561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237928.743927849 Mflops = 237.928743927849 Gflops = 0.237928743927849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064142 s
InvBiCGStab: k = 84 resid = 6.57265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319952(s) Flops=554158080 => 1732.00380057009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249359.214699862 Mflops = 249.359214699862 Gflops = 0.249359214699862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001140004 Relative Rsd = 4.99626343966937e-07
BICGSTAB_SOLVER_TIME: 0.675283 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042363 s
InvBiCGStab: k = 64 resid = 1.696565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245135(s) Flops=422922240 => 1725.2625696045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248385.563934902 Mflops = 248.385563934902 Gflops = 0.248385563934902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061916 s
InvBiCGStab: k = 83 resid = 1.066614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359938(s) Flops=547596288 => 1521.36281248437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219049.100104045 Mflops = 219.049100104045 Gflops = 0.219049100104045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001103517 Relative Rsd = 4.83635036432415e-07
BICGSTAB_SOLVER_TIME: 0.713509 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119335
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974119(s) Flops=1449123840 => 1487.62506428886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214261.218563647 Mflops = 214.261218563647 Gflops = 0.214261218563647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160730000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060464 s
InvBiCGStab: k = 30 resid = 1.983425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117128(s) Flops=199821312 => 1706.00805955877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245560.80130935 Mflops = 245.56080130935 Gflops = 0.24556080130935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 47 resid = 1.107059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172053(s) Flops=311371776 => 1809.74336977559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260511.030495757 Mflops = 260.511030495757 Gflops = 0.260511030495757 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007371373 Relative Rsd = 3.23062973868152e-07
BICGSTAB_SOLVER_TIME: 0.409535 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058785 s
InvBiCGStab: k = 73 resid = 1.97849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318357(s) Flops=481978368 => 1513.95561586521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217973.563103488 Mflops = 217.973563103488 Gflops = 0.217973563103488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057528 s
InvBiCGStab: k = 106 resid = 1.009275e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.479982(s) Flops=698517504 => 1455.29937372651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209537.047223125 Mflops = 209.537047223125 Gflops = 0.209537047223125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001276782 Relative Rsd = 5.59571476555468e-07
BICGSTAB_SOLVER_TIME: 0.919117 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141921
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045519 s
InvBiCGStab: k = 54 resid = 2.133675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211503(s) Flops=357304320 => 1689.35816513241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243275.952699968 Mflops = 243.275952699968 Gflops = 0.243275952699968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0612 s
InvBiCGStab: k = 77 resid = 1.127231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297866(s) Flops=508225536 => 1706.22204615498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245640.06354708 Mflops = 245.64006354708 Gflops = 0.24564006354708 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001036024 Relative Rsd = 4.54055204275544e-07
BICGSTAB_SOLVER_TIME: 0.620034 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047472 s
InvBiCGStab: k = 64 resid = 2.100278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24384(s) Flops=422922240 => 1734.42519685039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249699.399327173 Mflops = 249.699399327173 Gflops = 0.249699399327173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 91 resid = 7.078078e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338059(s) Flops=600090624 => 1775.10619152278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255564.688491511 Mflops = 255.564688491511 Gflops = 0.255564688491511 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001129457 Relative Rsd = 4.95003892506879e-07
BICGSTAB_SOLVER_TIME: 0.689592 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125034
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044226 s
InvBiCGStab: k = 53 resid = 2.234329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202856(s) Flops=350742528 => 1729.02220294199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248884.55685045 Mflops = 248.88455685045 Gflops = 0.24888455685045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065142 s
InvBiCGStab: k = 79 resid = 1.075603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296683(s) Flops=521349120 => 1757.25983625621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252994.731528004 Mflops = 252.994731528004 Gflops = 0.252994731528004 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001106376 Relative Rsd = 4.84888214202169e-07
BICGSTAB_SOLVER_TIME: 0.612785 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108587
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.062363(s) Flops=1455169536 => 1369.74794491149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197227.276714205 Mflops = 197.227276714205 Gflops = 0.197227276714205 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161306000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042414 s
InvBiCGStab: k = 27 resid = 1.955063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113359(s) Flops=180135936 => 1589.07485069558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228741.833512175 Mflops = 228.741833512175 Gflops = 0.228741833512175 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058157 s
InvBiCGStab: k = 47 resid = 1.085599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20473(s) Flops=311371776 => 1520.88983539296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218940.429473936 Mflops = 218.940429473936 Gflops = 0.218940429473936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007339253 Relative Rsd = 3.21655279003874e-07
BICGSTAB_SOLVER_TIME: 0.422776 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042316 s
InvBiCGStab: k = 50 resid = 2.266904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189165(s) Flops=331057152 => 1750.09728015225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251932.989843402 Mflops = 251.932989843402 Gflops = 0.251932989843402 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065442 s
InvBiCGStab: k = 80 resid = 6.368205e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317101(s) Flops=527910912 => 1664.80368084617 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239644.676611003 Mflops = 239.644676611003 Gflops = 0.239644676611003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001118881 Relative Rsd = 4.90368685797149e-07
BICGSTAB_SOLVER_TIME: 0.618344 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106878
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052095 s
InvBiCGStab: k = 57 resid = 2.089703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249693(s) Flops=376989696 => 1509.81283416035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217381.676727598 Mflops = 217.381676727598 Gflops = 0.217381676727598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070124 s
InvBiCGStab: k = 80 resid = 1.044497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337823(s) Flops=527910912 => 1562.68493264224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224981.700512087 Mflops = 224.981700512087 Gflops = 0.224981700512087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001028633 Relative Rsd = 4.50815728005901e-07
BICGSTAB_SOLVER_TIME: 0.713518 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116397
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049087 s
InvBiCGStab: k = 70 resid = 1.869161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276827(s) Flops=462292992 => 1669.97074707308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240415.754912056 Mflops = 240.415754912056 Gflops = 0.240415754912056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05861 s
InvBiCGStab: k = 95 resid = 8.975771e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363438(s) Flops=626337792 => 1723.36902580358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248123.48962915 Mflops = 248.12348962915 Gflops = 0.24812348962915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001176599 Relative Rsd = 5.1566464184125e-07
BICGSTAB_SOLVER_TIME: 0.751804 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 59 resid = 1.867857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24259(s) Flops=390113280 => 1608.11772950245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231532.711855545 Mflops = 231.532711855545 Gflops = 0.231532711855545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059159 s
InvBiCGStab: k = 80 resid = 1.142193e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292205(s) Flops=527910912 => 1806.64571790353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260093.514051394 Mflops = 260.093514051394 Gflops = 0.260093514051394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001040245 Relative Rsd = 4.55904919561949e-07
BICGSTAB_SOLVER_TIME: 0.638901 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114805
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115332
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996505(s) Flops=1455243264 => 1460.34717738496 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210297.436448035 Mflops = 210.297436448035 Gflops = 0.210297436448035 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161357000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.478034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046875 s
InvBiCGStab: k = 27 resid = 2.281352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101442(s) Flops=180135936 => 1775.75300171527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255583.857653694 Mflops = 255.583857653694 Gflops = 0.255583857653694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057901 s
InvBiCGStab: k = 49 resid = 8.042881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180187(s) Flops=324495360 => 1800.88108465095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259223.844583105 Mflops = 259.223844583105 Gflops = 0.259223844583105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007534169 Relative Rsd = 3.30197775835064e-07
BICGSTAB_SOLVER_TIME: 0.390207 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041295 s
InvBiCGStab: k = 54 resid = 2.068153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199287(s) Flops=357304320 => 1792.91333604299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258104.77121716 Mflops = 258.10477121716 Gflops = 0.25810477121716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055824 s
InvBiCGStab: k = 90 resid = 1.032063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333631(s) Flops=593528832 => 1778.99785091913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256130.491941805 Mflops = 256.130491941805 Gflops = 0.256130491941805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001142646 Relative Rsd = 5.00784265532142e-07
BICGSTAB_SOLVER_TIME: 0.633883 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117064
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047184 s
InvBiCGStab: k = 50 resid = 1.814383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183925(s) Flops=331057152 => 1799.9573304336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259112.820853461 Mflops = 259.112820853461 Gflops = 0.259112820853461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055784 s
InvBiCGStab: k = 67 resid = 9.502487e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259067(s) Flops=442607616 => 1708.4677554455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246008.260029696 Mflops = 246.008260029696 Gflops = 0.246008260029696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001027231 Relative Rsd = 4.50201639265702e-07
BICGSTAB_SOLVER_TIME: 0.55169 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053907 s
InvBiCGStab: k = 68 resid = 1.967985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297427(s) Flops=449169408 => 1510.18370221937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217420.66418006 Mflops = 217.42066418006 Gflops = 0.21742066418006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069107 s
InvBiCGStab: k = 83 resid = 1.1338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373022(s) Flops=547596288 => 1467.99997855354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211357.972844019 Mflops = 211.357972844019 Gflops = 0.211357972844019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001096221 Relative Rsd = 4.80437499423692e-07
BICGSTAB_SOLVER_TIME: 0.79789 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042463 s
InvBiCGStab: k = 47 resid = 2.239109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187569(s) Flops=311371776 => 1660.03857780337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238981.098464355 Mflops = 238.981098464355 Gflops = 0.238981098464355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057336 s
InvBiCGStab: k = 85 resid = 1.148837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366365(s) Flops=560719872 => 1530.4951946829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220356.928341431 Mflops = 220.356928341431 Gflops = 0.220356928341431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0010017 Relative Rsd = 4.39012019959626e-07
BICGSTAB_SOLVER_TIME: 0.657662 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108567
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931951(s) Flops=1455243264 => 1561.50190728912 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224836.435032787 Mflops = 224.836435032787 Gflops = 0.224836435032787 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161371000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.267474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951264(s) Flops=1623730176 => 1706.91855888586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245824.771112394 Mflops = 245.824771112394 Gflops = 0.245824771112394 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 9.652588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.947038(s) Flops=1604044800 => 1693.74914206188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243890.17619017 Mflops = 243.89017619017 Gflops = 0.24389017619017 Tflops
BICGSTAB_SOLVER: 491 iterations. Rsd = 0.002139041 Relative Rsd = 9.41356545257044e-07
BICGSTAB_SOLVER_TIME: 1.901875 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.117528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350448999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 181 resid = 1.842272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.759617(s) Flops=1190651904 => 1567.43714793113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225680.849398608 Mflops = 225.680849398608 Gflops = 0.225680849398608 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 1.142104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914358(s) Flops=1348134912 => 1474.40598977643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212306.458413381 Mflops = 212.306458413381 Gflops = 0.212306458413381 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001912511 Relative Rsd = 8.40571054462343e-07
BICGSTAB_SOLVER_TIME: 1.677506 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.11863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275564999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950207(s) Flops=1455243264 => 1531.50130866222 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220510.806332013 Mflops = 220.510806332013 Gflops = 0.220510806332013 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161481000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.384081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021389
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045454 s
InvBiCGStab: k = 32 resid = 1.819093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135794(s) Flops=212944896 => 1568.14657495913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225733.73145182 Mflops = 225.73373145182 Gflops = 0.22573373145182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058217 s
InvBiCGStab: k = 50 resid = 1.121149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202055(s) Flops=331057152 => 1638.4506792705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235851.785090827 Mflops = 235.851785090826 Gflops = 0.235851785090826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007662505 Relative Rsd = 3.35822356240836e-07
BICGSTAB_SOLVER_TIME: 0.445826 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043392 s
InvBiCGStab: k = 80 resid = 2.119897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296286(s) Flops=527910912 => 1781.76124420324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256527.01614735 Mflops = 256.52701614735 Gflops = 0.25652701614735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056009 s
InvBiCGStab: k = 116 resid = 5.127097e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451514(s) Flops=764135424 => 1692.38478541086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243669.181529165 Mflops = 243.669181529165 Gflops = 0.243669181529165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001300234 Relative Rsd = 5.69849656740996e-07
BICGSTAB_SOLVER_TIME: 0.851191 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154199999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041624 s
InvBiCGStab: k = 51 resid = 2.175623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225978(s) Flops=337618944 => 1494.03456973688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215080.157405302 Mflops = 215.080157405302 Gflops = 0.215080157405302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068735 s
InvBiCGStab: k = 82 resid = 9.960946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321639(s) Flops=541034496 => 1682.11720593585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242182.753574626 Mflops = 242.182753574626 Gflops = 0.242182753574626 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001044895 Relative Rsd = 4.579432594805e-07
BICGSTAB_SOLVER_TIME: 0.661936 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047878 s
InvBiCGStab: k = 74 resid = 2.218549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287301(s) Flops=488540160 => 1700.44712688087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244819.134456645 Mflops = 244.819134456645 Gflops = 0.244819134456645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055866 s
InvBiCGStab: k = 85 resid = 9.075071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336448(s) Flops=560719872 => 1666.58702682138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239941.933763218 Mflops = 239.941933763218 Gflops = 0.239941933763218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001146458 Relative Rsd = 5.02454948134154e-07
BICGSTAB_SOLVER_TIME: 0.731938 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041966 s
InvBiCGStab: k = 55 resid = 1.237072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237402(s) Flops=363866112 => 1532.70028053681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220649.511772903 Mflops = 220.649511772903 Gflops = 0.220649511772903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06099 s
InvBiCGStab: k = 87 resid = 8.650194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363311(s) Flops=573843456 => 1579.48274618715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227398.572622021 Mflops = 227.398572622021 Gflops = 0.227398572622021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001084914 Relative Rsd = 4.75482084926202e-07
BICGSTAB_SOLVER_TIME: 0.708185 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115843
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.938322(s) Flops=1455095808 => 1550.74250417234 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223304.609210147 Mflops = 223.304609210147 Gflops = 0.223304609210147 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161294000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 29 resid = 1.961941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107019(s) Flops=193259520 => 1805.84307459423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259919.277935745 Mflops = 259.919277935745 Gflops = 0.259919277935745 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 47 resid = 1.127691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195816(s) Flops=311371776 => 1590.12427993627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228935.061528471 Mflops = 228.935061528471 Gflops = 0.228935061528471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007289209 Relative Rsd = 3.1946198831231e-07
BICGSTAB_SOLVER_TIME: 0.40458 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051658 s
InvBiCGStab: k = 71 resid = 2.174612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35295(s) Flops=468854784 => 1328.38867828304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191268.088568174 Mflops = 191.268088568174 Gflops = 0.191268088568174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062963 s
InvBiCGStab: k = 107 resid = 1.124406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455111(s) Flops=705079296 => 1549.2468782341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223067.61202009 Mflops = 223.06761202009 Gflops = 0.22306761202009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001254512 Relative Rsd = 5.49811159506614e-07
BICGSTAB_SOLVER_TIME: 0.926555 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050782 s
InvBiCGStab: k = 55 resid = 2.054035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237505(s) Flops=363866112 => 1532.03558661923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220568.534587895 Mflops = 220.568534587895 Gflops = 0.220568534587895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056308 s
InvBiCGStab: k = 74 resid = 8.759609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270451(s) Flops=488540160 => 1806.39065856662 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260064.609351991 Mflops = 260.064609351991 Gflops = 0.260064609351991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001042217 Relative Rsd = 4.56769368342705e-07
BICGSTAB_SOLVER_TIME: 0.618884 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106607
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041083 s
InvBiCGStab: k = 55 resid = 2.263593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211166(s) Flops=363866112 => 1723.12830664027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248086.591253648 Mflops = 248.086591253648 Gflops = 0.248086591253648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06027 s
InvBiCGStab: k = 88 resid = 1.129035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327563(s) Flops=580405248 => 1771.88891297247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255105.129761108 Mflops = 255.105129761108 Gflops = 0.255105129761108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001113607 Relative Rsd = 4.88057281493625e-07
BICGSTAB_SOLVER_TIME: 0.643913 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041913 s
InvBiCGStab: k = 53 resid = 2.190668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194657(s) Flops=350742528 => 1801.8490370241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259406.839313952 Mflops = 259.406839313952 Gflops = 0.259406839313952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056235 s
InvBiCGStab: k = 87 resid = 1.028951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32934(s) Flops=573843456 => 1742.40437238113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250862.949570024 Mflops = 250.862949570024 Gflops = 0.250862949570024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00108334 Relative Rsd = 4.74792076939957e-07
BICGSTAB_SOLVER_TIME: 0.626462 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114332
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96695(s) Flops=1448976384 => 1498.50187083096 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215813.19371982 Mflops = 215.81319371982 Gflops = 0.21581319371982 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160521000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047414 s
InvBiCGStab: k = 33 resid = 9.470117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132992(s) Flops=219506688 => 1650.52550529355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237599.976602308 Mflops = 237.599976602308 Gflops = 0.237599976602308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066701 s
InvBiCGStab: k = 44 resid = 1.042053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161344(s) Flops=291686400 => 1807.85402618009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.725124856 Mflops = 260.211725124856 Gflops = 0.260211725124856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007263605 Relative Rsd = 3.18339857977684e-07
BICGSTAB_SOLVER_TIME: 0.412255 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692800000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046556 s
InvBiCGStab: k = 53 resid = 2.225053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206565(s) Flops=350742528 => 1697.9765594365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244428.891624955 Mflops = 244.428891624955 Gflops = 0.244428891624955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06303 s
InvBiCGStab: k = 78 resid = 1.133977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367099(s) Flops=514787328 => 1402.31198668479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201901.962315589 Mflops = 201.901962315589 Gflops = 0.201901962315589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001090476 Relative Rsd = 4.77919817222476e-07
BICGSTAB_SOLVER_TIME: 0.687889 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107687
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058623 s
InvBiCGStab: k = 47 resid = 2.181536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203681(s) Flops=311371776 => 1528.72273800698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220073.301801472 Mflops = 220.073301801472 Gflops = 0.220073301801472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059219 s
InvBiCGStab: k = 83 resid = 1.091417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342502(s) Flops=547596288 => 1598.81194270398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230179.509954846 Mflops = 230.179509954846 Gflops = 0.230179509954846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0010441 Relative Rsd = 4.57594428912475e-07
BICGSTAB_SOLVER_TIME: 0.667866 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058682 s
InvBiCGStab: k = 61 resid = 1.412592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233904(s) Flops=403236864 => 1723.94171967987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248203.836315929 Mflops = 248.203836315929 Gflops = 0.248203836315929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057957 s
InvBiCGStab: k = 76 resid = 9.28253e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295936(s) Flops=501663744 => 1695.17647058824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244051.813544475 Mflops = 244.051813544475 Gflops = 0.244051813544475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001104479 Relative Rsd = 4.84056724986565e-07
BICGSTAB_SOLVER_TIME: 0.650333 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048828 s
InvBiCGStab: k = 51 resid = 1.593851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191967(s) Flops=337618944 => 1758.7342824548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253196.103167843 Mflops = 253.196103167843 Gflops = 0.253196103167843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057283 s
InvBiCGStab: k = 74 resid = 1.055953e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288564(s) Flops=488540160 => 1693.00453278995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243742.834628857 Mflops = 243.742834628857 Gflops = 0.243742834628857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001023026 Relative Rsd = 4.48358709772123e-07
BICGSTAB_SOLVER_TIME: 0.590467 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103519
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019273(s) Flops=1442709504 => 1415.42992309224 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203800.825686365 Mflops = 203.800825686365 Gflops = 0.203800825686365 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159727000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049496 s
InvBiCGStab: k = 30 resid = 1.559724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116368(s) Flops=199821312 => 1717.15000687474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247166.115373928 Mflops = 247.166115373928 Gflops = 0.247166115373928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056831 s
InvBiCGStab: k = 53 resid = 7.352103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20593(s) Flops=350742528 => 1703.21239256058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245177.796806397 Mflops = 245.177796806397 Gflops = 0.245177796806397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007383619 Relative Rsd = 3.23599663753342e-07
BICGSTAB_SOLVER_TIME: 0.432536 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735900000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041175 s
InvBiCGStab: k = 56 resid = 1.792378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229099(s) Flops=370427904 => 1616.89009554821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232773.928084618 Mflops = 232.773928084618 Gflops = 0.232773928084618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057312 s
InvBiCGStab: k = 88 resid = 1.105652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340162(s) Flops=580405248 => 1706.2612755099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245662.770822155 Mflops = 245.662770822155 Gflops = 0.245662770822155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001116251 Relative Rsd = 4.89215917352812e-07
BICGSTAB_SOLVER_TIME: 0.671551 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051634 s
InvBiCGStab: k = 53 resid = 2.279688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232847(s) Flops=350742528 => 1506.32186800775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216866.206343322 Mflops = 216.866206343322 Gflops = 0.216866206343322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0621 s
InvBiCGStab: k = 79 resid = 9.870514e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352083(s) Flops=521349120 => 1480.75629894087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213184.210005012 Mflops = 213.184210005012 Gflops = 0.213184210005012 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001010913 Relative Rsd = 4.43049668732732e-07
BICGSTAB_SOLVER_TIME: 0.702798 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 57 resid = 1.980209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231326(s) Flops=376989696 => 1629.69011697777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234623.171186715 Mflops = 234.623171186715 Gflops = 0.234623171186715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056653 s
InvBiCGStab: k = 82 resid = 1.089604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310496(s) Flops=541034496 => 1742.4845923941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250861.668994344 Mflops = 250.861668994344 Gflops = 0.250861668994344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001133496 Relative Rsd = 4.96773861972336e-07
BICGSTAB_SOLVER_TIME: 0.644037 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113402
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040807 s
InvBiCGStab: k = 50 resid = 1.653056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191967(s) Flops=331057152 => 1724.55240744503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248239.064819391 Mflops = 248.239064819391 Gflops = 0.248239064819391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056492 s
InvBiCGStab: k = 78 resid = 1.152463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301566(s) Flops=514787328 => 1707.04697479159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245768.695763383 Mflops = 245.768695763383 Gflops = 0.245768695763383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001023282 Relative Rsd = 4.48470802906239e-07
BICGSTAB_SOLVER_TIME: 0.594666 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105804
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940871(s) Flops=1436590080 => 1526.87252556408 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219871.672948566 Mflops = 219.871672948566 Gflops = 0.219871672948566 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159230000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.470236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021339
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.860516e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741849(s) Flops=1262831616 => 1702.27582162947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245060.78874755 Mflops = 245.06078874755 Gflops = 0.24506078874755 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.105176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844873(s) Flops=1433438208 => 1696.63157421293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244303.21364844 Mflops = 244.30321364844 Gflops = 0.24430321364844 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002191294 Relative Rsd = 9.64401183826886e-07
BICGSTAB_SOLVER_TIME: 1.590149 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292423999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.68384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81989(s) Flops=1243146240 => 1516.23539743136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218305.597241456 Mflops = 218.305597241456 Gflops = 0.218305597241456 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.126367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86512(s) Flops=1440000000 => 1664.50896985389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239674.825828752 Mflops = 239.674825828752 Gflops = 0.239674825828752 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001987979 Relative Rsd = 8.73756132493971e-07
BICGSTAB_SOLVER_TIME: 1.688384 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.1195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291055999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940369(s) Flops=1436590080 => 1527.68762049791 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219968.317117555 Mflops = 219.968317117555 Gflops = 0.219968317117555 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159362000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045362 s
InvBiCGStab: k = 28 resid = 2.131106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141626(s) Flops=186697728 => 1318.24472907517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  189750.185041121 Mflops = 189.750185041121 Gflops = 0.189750185041121 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057212 s
InvBiCGStab: k = 49 resid = 1.12822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188694(s) Flops=324495360 => 1719.69092816942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247546.221557438 Mflops = 247.546221557438 Gflops = 0.247546221557438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007204473 Relative Rsd = 3.15748297370369e-07
BICGSTAB_SOLVER_TIME: 0.436739 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043156 s
InvBiCGStab: k = 73 resid = 1.954121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280891(s) Flops=481978368 => 1715.89110366655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247033.572708793 Mflops = 247.033572708793 Gflops = 0.247033572708793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065976 s
InvBiCGStab: k = 104 resid = 6.938104e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392261(s) Flops=685393920 => 1747.29050300693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251567.001757305 Mflops = 251.567001757305 Gflops = 0.251567001757305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001262944 Relative Rsd = 5.53506763504521e-07
BICGSTAB_SOLVER_TIME: 0.786066 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141316
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04265 s
InvBiCGStab: k = 48 resid = 2.067981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188551(s) Flops=317933568 => 1686.194016473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242741.006337914 Mflops = 242.741006337914 Gflops = 0.242741006337914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057235 s
InvBiCGStab: k = 74 resid = 1.04666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290663(s) Flops=488540160 => 1680.77863367542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241985.438388041 Mflops = 241.985438388041 Gflops = 0.241985438388041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001022795 Relative Rsd = 4.48257331047732e-07
BICGSTAB_SOLVER_TIME: 0.582988 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04125 s
InvBiCGStab: k = 57 resid = 2.132224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237873(s) Flops=376989696 => 1584.83600913092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228165.941329102 Mflops = 228.165941329102 Gflops = 0.228165941329102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065439 s
InvBiCGStab: k = 83 resid = 8.711071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311879(s) Flops=547596288 => 1755.79724187906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252779.677327026 Mflops = 252.779677327026 Gflops = 0.252779677327026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001104636 Relative Rsd = 4.84125654355791e-07
BICGSTAB_SOLVER_TIME: 0.660603 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114149
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043106 s
InvBiCGStab: k = 54 resid = 2.018194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222697(s) Flops=357304320 => 1604.44155062709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230979.33293422 Mflops = 230.97933293422 Gflops = 0.23097933293422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065071 s
InvBiCGStab: k = 85 resid = 9.272107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354604(s) Flops=560719872 => 1581.25647764831 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227659.279608923 Mflops = 227.659279608923 Gflops = 0.227659279608923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001059779 Relative Rsd = 4.64466192120656e-07
BICGSTAB_SOLVER_TIME: 0.689433 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113414
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012642(s) Flops=1436368896 => 1418.43701525317 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204239.090663869 Mflops = 204.239090663869 Gflops = 0.204239090663869 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159399000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021407
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045715 s
InvBiCGStab: k = 29 resid = 2.059167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123733(s) Flops=193259520 => 1561.90765600123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224815.995032652 Mflops = 224.815995032652 Gflops = 0.224815995032652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061125 s
InvBiCGStab: k = 43 resid = 1.077304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17696(s) Flops=285124608 => 1611.23761301989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231926.246179835 Mflops = 231.926246179835 Gflops = 0.231926246179835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007170803 Relative Rsd = 3.14272642535839e-07
BICGSTAB_SOLVER_TIME: 0.411471 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045219 s
InvBiCGStab: k = 78 resid = 2.098243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297691(s) Flops=514787328 => 1729.2673544044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248973.69807321 Mflops = 248.97369807321 Gflops = 0.24897369807321 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063332 s
InvBiCGStab: k = 98 resid = 9.562756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392467(s) Flops=646023168 => 1646.05729398905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236991.637228046 Mflops = 236.991637228046 Gflops = 0.236991637228046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001244086 Relative Rsd = 5.45241769885191e-07
BICGSTAB_SOLVER_TIME: 0.802674 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 50 resid = 1.845824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182991(s) Flops=331057152 => 1809.14444972704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260439.491721952 Mflops = 260.439491721952 Gflops = 0.260439491721952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055823 s
InvBiCGStab: k = 81 resid = 1.025746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295849(s) Flops=534472704 => 1806.57262319629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260081.001612807 Mflops = 260.081001612807 Gflops = 0.260081001612807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001039563 Relative Rsd = 4.5560639569863e-07
BICGSTAB_SOLVER_TIME: 0.579499 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108005
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040668 s
InvBiCGStab: k = 59 resid = 2.238639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216585(s) Flops=390113280 => 1801.20174527322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259311.940528763 Mflops = 259.311940528763 Gflops = 0.259311940528763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056529 s
InvBiCGStab: k = 93 resid = 7.532457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34009(s) Flops=613214208 => 1803.09391043547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259583.533331608 Mflops = 259.583533331608 Gflops = 0.259583533331608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001140383 Relative Rsd = 4.99792366296665e-07
BICGSTAB_SOLVER_TIME: 0.657709 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115233
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044711 s
InvBiCGStab: k = 55 resid = 2.255044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22633(s) Flops=363866112 => 1607.67954756329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231477.369239251 Mflops = 231.477369239251 Gflops = 0.231477369239251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059691 s
InvBiCGStab: k = 76 resid = 1.099004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352975(s) Flops=501663744 => 1421.24440541115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204616.518735319 Mflops = 204.616518735319 Gflops = 0.204616518735319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001082167 Relative Rsd = 4.74278091399182e-07
BICGSTAB_SOLVER_TIME: 0.692907 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108301
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.964461(s) Flops=1436368896 => 1489.29702289673 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214490.974381157 Mflops = 214.490974381157 Gflops = 0.214490974381157 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159116000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041633 s
InvBiCGStab: k = 37 resid = 2.216299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.160549(s) Flops=245753856 => 1530.7093535307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220344.070835609 Mflops = 220.344070835609 Gflops = 0.220344070835609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064623 s
InvBiCGStab: k = 46 resid = 1.039835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184302(s) Flops=304809984 => 1653.86150991308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238070.381258681 Mflops = 238.070381258681 Gflops = 0.238070381258681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007132791 Relative Rsd = 3.12606730397205e-07
BICGSTAB_SOLVER_TIME: 0.454951 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044988 s
InvBiCGStab: k = 47 resid = 2.143021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192879(s) Flops=311371776 => 1614.33736176567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232395.969208014 Mflops = 232.395969208014 Gflops = 0.232395969208014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0644 s
InvBiCGStab: k = 81 resid = 1.113152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340395(s) Flops=534472704 => 1570.15439122196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226056.769172378 Mflops = 226.056769172378 Gflops = 0.226056769172378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001072511 Relative Rsd = 4.70046307726072e-07
BICGSTAB_SOLVER_TIME: 0.64716 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10554
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047035 s
InvBiCGStab: k = 60 resid = 1.021224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231843(s) Flops=396675072 => 1710.96419559788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246314.737601185 Mflops = 246.314737601185 Gflops = 0.246314737601185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058456 s
InvBiCGStab: k = 77 resid = 1.138101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285859(s) Flops=508225536 => 1777.88887528467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255968.142141051 Mflops = 255.968142141051 Gflops = 0.255968142141051 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001005568 Relative Rsd = 4.40707447746e-07
BICGSTAB_SOLVER_TIME: 0.627102 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04094 s
InvBiCGStab: k = 55 resid = 2.178763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201476(s) Flops=363866112 => 1806.00226329687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259980.272534756 Mflops = 259.980272534756 Gflops = 0.259980272534756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059036 s
InvBiCGStab: k = 84 resid = 1.11703e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330481(s) Flops=554158080 => 1676.82281280921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241418.492419456 Mflops = 241.418492419456 Gflops = 0.241418492419456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001115547 Relative Rsd = 4.8890739337375e-07
BICGSTAB_SOLVER_TIME: 0.636031 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113648
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041067 s
InvBiCGStab: k = 52 resid = 2.123403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19264(s) Flops=344180736 => 1786.65249169435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257218.263292551 Mflops = 257.218263292551 Gflops = 0.257218263292551 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056864 s
InvBiCGStab: k = 73 resid = 8.105703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2676(s) Flops=481978368 => 1801.11497757848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.12133104 Mflops = 259.30212133104 Gflops = 0.25930212133104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001035242 Relative Rsd = 4.53712343164367e-07
BICGSTAB_SOLVER_TIME: 0.561859 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103706
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.040365(s) Flops=1430175744 => 1374.68652251854 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197939.987330003 Mflops = 197.939987330003 Gflops = 0.197939987330003 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158348000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042022 s
InvBiCGStab: k = 29 resid = 1.571733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106888(s) Flops=193259520 => 1808.05628321233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260227.792635102 Mflops = 260.227792635102 Gflops = 0.260227792635102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056918 s
InvBiCGStab: k = 56 resid = 7.977363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215699(s) Flops=370427904 => 1717.33714110867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247227.229713676 Mflops = 247.227229713676 Gflops = 0.247227229713676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007214589 Relative Rsd = 3.1619166984896e-07
BICGSTAB_SOLVER_TIME: 0.42601 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 55 resid = 1.50318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201576(s) Flops=363866112 => 1805.10632218121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259875.988512863 Mflops = 259.875988512863 Gflops = 0.259875988512863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056511 s
InvBiCGStab: k = 89 resid = 1.004798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324739(s) Flops=586967040 => 1807.5039955164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260232.989098082 Mflops = 260.232989098082 Gflops = 0.260232989098082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001101936 Relative Rsd = 4.82942069228246e-07
BICGSTAB_SOLVER_TIME: 0.627929 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047855 s
InvBiCGStab: k = 51 resid = 2.183475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213751(s) Flops=337618944 => 1579.49644212191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227397.265775428 Mflops = 227.397265775428 Gflops = 0.227397265775428 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059196 s
InvBiCGStab: k = 77 resid = 1.120446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331523(s) Flops=508225536 => 1533.00234372879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220710.377066916 Mflops = 220.710377066916 Gflops = 0.220710377066916 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00103768 Relative Rsd = 4.54781080023867e-07
BICGSTAB_SOLVER_TIME: 0.656789 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 56 resid = 2.202262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210591(s) Flops=370427904 => 1758.99209367922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253247.903550115 Mflops = 253.247903550115 Gflops = 0.253247903550115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059602 s
InvBiCGStab: k = 85 resid = 1.093052e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316304(s) Flops=560719872 => 1772.72456876929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255234.3060438 Mflops = 255.2343060438 Gflops = 0.2552343060438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001100037 Relative Rsd = 4.82109814697661e-07
BICGSTAB_SOLVER_TIME: 0.631421 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041881 s
InvBiCGStab: k = 55 resid = 2.227318e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202145(s) Flops=363866112 => 1800.02528877786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.475702416 Mflops = 259.141475702416 Gflops = 0.259141475702416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056155 s
InvBiCGStab: k = 87 resid = 8.625153e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368095(s) Flops=573843456 => 1558.95476982844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224443.24388988 Mflops = 224.44324388988 Gflops = 0.22444324388988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001067387 Relative Rsd = 4.67800669489855e-07
BICGSTAB_SOLVER_TIME: 0.672128 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115774
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.968094(s) Flops=1430028288 => 1477.15850733503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212700.234665119 Mflops = 212.700234665119 Gflops = 0.212700234665119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158621000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.143146e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.722024(s) Flops=1302202368 => 1803.54443619603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259654.726654075 Mflops = 259.654726654075 Gflops = 0.259654726654075 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 7.48335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853041(s) Flops=1446561792 => 1695.77053388993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244178.934588719 Mflops = 244.178934588719 Gflops = 0.244178934588719 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002085491 Relative Rsd = 9.17872537113925e-07
BICGSTAB_SOLVER_TIME: 1.57861 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0.116109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298412999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.04247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840546(s) Flops=1262831616 => 1502.39441505878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216320.017175305 Mflops = 216.320017175305 Gflops = 0.216320017175305 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.073238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805173(s) Flops=1321887744 => 1641.7437544478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236397.968215138 Mflops = 236.397968215138 Gflops = 0.236397968215138 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001935764 Relative Rsd = 8.50815375723901e-07
BICGSTAB_SOLVER_TIME: 1.649179 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11902
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.120991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280402999999998
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003997(s) Flops=1430028288 => 1424.33522012516 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205085.318879535 Mflops = 205.085318879535 Gflops = 0.205085318879535 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158498000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046505 s
InvBiCGStab: k = 32 resid = 2.12234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134865(s) Flops=212944896 => 1578.94854854855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227270.746257462 Mflops = 227.270746257462 Gflops = 0.227270746257462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060154 s
InvBiCGStab: k = 49 resid = 7.163538e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202323(s) Flops=324495360 => 1603.84810426892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230890.315326743 Mflops = 230.890315326743 Gflops = 0.230890315326743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000813389 Relative Rsd = 3.56481600455746e-07
BICGSTAB_SOLVER_TIME: 0.447676 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041989 s
InvBiCGStab: k = 80 resid = 1.864593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319572(s) Flops=527910912 => 1651.93105778979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237841.180397229 Mflops = 237.841180397229 Gflops = 0.237841180397229 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060647 s
InvBiCGStab: k = 109 resid = 9.065009e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.439931(s) Flops=718202880 => 1632.53528394225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235042.053664975 Mflops = 235.042053664975 Gflops = 0.235042053664975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001293942 Relative Rsd = 5.67092277887947e-07
BICGSTAB_SOLVER_TIME: 0.86602 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 50 resid = 2.218068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196413(s) Flops=331057152 => 1685.51548013624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242649.413679771 Mflops = 242.649413679771 Gflops = 0.242649413679771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 68 resid = 9.653444e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249718(s) Flops=449169408 => 1798.70657301436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258942.665904382 Mflops = 258.942665904382 Gflops = 0.258942665904382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009966117 Relative Rsd = 4.36782045170006e-07
BICGSTAB_SOLVER_TIME: 0.547426 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985560000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047032 s
InvBiCGStab: k = 61 resid = 1.768305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24747(s) Flops=403236864 => 1629.4373621045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234581.381063532 Mflops = 234.581381063532 Gflops = 0.234581381063532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.087525 s
InvBiCGStab: k = 82 resid = 6.864252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38859(s) Flops=541034496 => 1392.3016444067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200432.293071824 Mflops = 200.432293071824 Gflops = 0.200432293071824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001111935 Relative Rsd = 4.8732451791048e-07
BICGSTAB_SOLVER_TIME: 0.77479 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047461 s
InvBiCGStab: k = 53 resid = 2.046756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234224(s) Flops=350742528 => 1497.46622037024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215580.244221889 Mflops = 215.580244221889 Gflops = 0.215580244221889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059977 s
InvBiCGStab: k = 90 resid = 9.076737e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351744(s) Flops=593528832 => 1687.38864628821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242933.000768768 Mflops = 242.933000768768 Gflops = 0.242933000768768 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001081836 Relative Rsd = 4.74133140741912e-07
BICGSTAB_SOLVER_TIME: 0.700119 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118861
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116563
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93482(s) Flops=1423982592 => 1523.26928392632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219339.460559052 Mflops = 219.339460559052 Gflops = 0.219339460559052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157854000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044605 s
InvBiCGStab: k = 24 resid = 2.243616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098561(s) Flops=160450560 => 1627.93153478556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234292.637991914 Mflops = 234.292637991914 Gflops = 0.234292637991914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069662 s
InvBiCGStab: k = 50 resid = 9.422596e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214222(s) Flops=331057152 => 1545.39287281418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222465.012814588 Mflops = 222.465012814588 Gflops = 0.222465012814587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007740153 Relative Rsd = 3.39225405832271e-07
BICGSTAB_SOLVER_TIME: 0.43139 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672140000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04066 s
InvBiCGStab: k = 73 resid = 2.043531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291841(s) Flops=481978368 => 1651.51013051627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237763.202186431 Mflops = 237.763202186431 Gflops = 0.237763202186431 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059726 s
InvBiCGStab: k = 99 resid = 1.122392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386959(s) Flops=652584960 => 1686.44471378105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242798.709729546 Mflops = 242.798709729546 Gflops = 0.242798709729546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001241149 Relative Rsd = 5.43954816214306e-07
BICGSTAB_SOLVER_TIME: 0.782997 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052726 s
InvBiCGStab: k = 51 resid = 2.140518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196957(s) Flops=337618944 => 1714.17590641612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246771.228220038 Mflops = 246.771228220038 Gflops = 0.246771228220038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057763 s
InvBiCGStab: k = 71 resid = 6.534894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276145(s) Flops=468854784 => 1697.85722718137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244437.445648108 Mflops = 244.437445648108 Gflops = 0.244437445648108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001031888 Relative Rsd = 4.52242326150192e-07
BICGSTAB_SOLVER_TIME: 0.590447 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047797 s
InvBiCGStab: k = 64 resid = 2.261414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236671(s) Flops=422922240 => 1786.96266124705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257271.109758727 Mflops = 257.271109758727 Gflops = 0.257271109758727 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065193 s
InvBiCGStab: k = 93 resid = 1.142708e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347754(s) Flops=613214208 => 1763.35630359392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253884.269470724 Mflops = 253.884269470724 Gflops = 0.253884269470724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001142422 Relative Rsd = 5.0068605010967e-07
BICGSTAB_SOLVER_TIME: 0.70131 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055394 s
InvBiCGStab: k = 56 resid = 2.149304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238514(s) Flops=370427904 => 1553.06566490856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223615.68879101 Mflops = 223.61568879101 Gflops = 0.22361568879101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066487 s
InvBiCGStab: k = 86 resid = 7.520209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366913(s) Flops=567281664 => 1546.09311744201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222595.552915672 Mflops = 222.595552915672 Gflops = 0.222595552915672 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001097776 Relative Rsd = 4.81119139966153e-07
BICGSTAB_SOLVER_TIME: 0.735486 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115726
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956442(s) Flops=1423908864 => 1488.75610230416 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214361.098370515 Mflops = 214.361098370515 Gflops = 0.214361098370515 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158077000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040688 s
InvBiCGStab: k = 28 resid = 1.986361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123268(s) Flops=186697728 => 1514.5676736866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217994.15566045 Mflops = 217.99415566045 Gflops = 0.21799415566045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05583 s
InvBiCGStab: k = 51 resid = 7.913399e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206922(s) Flops=337618944 => 1631.62420622263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234884.020097614 Mflops = 234.884020097614 Gflops = 0.234884020097614 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007446437 Relative Rsd = 3.26352782353001e-07
BICGSTAB_SOLVER_TIME: 0.430501 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04108 s
InvBiCGStab: k = 53 resid = 2.071844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223196(s) Flops=350742528 => 1571.45525905482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226243.09860749 Mflops = 226.24309860749 Gflops = 0.22624309860749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068802 s
InvBiCGStab: k = 74 resid = 1.11801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329865(s) Flops=488540160 => 1481.03060342868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213219.124873216 Mflops = 213.219124873216 Gflops = 0.213219124873216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001079304 Relative Rsd = 4.73023382999468e-07
BICGSTAB_SOLVER_TIME: 0.666946 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045111 s
InvBiCGStab: k = 57 resid = 1.699919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225381(s) Flops=376989696 => 1672.67735967096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240802.161891607 Mflops = 240.802161891607 Gflops = 0.240802161891607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061781 s
InvBiCGStab: k = 88 resid = 9.571834e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336575(s) Flops=580405248 => 1724.44551140162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248267.444119625 Mflops = 248.267444119625 Gflops = 0.248267444119625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001065162 Relative Rsd = 4.66825199015955e-07
BICGSTAB_SOLVER_TIME: 0.67271 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 59 resid = 2.010602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224101(s) Flops=390113280 => 1740.79223207393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250613.483423361 Mflops = 250.613483423361 Gflops = 0.250613483423361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068603 s
InvBiCGStab: k = 86 resid = 1.098881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324829(s) Flops=567281664 => 1746.40091863719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251436.707963716 Mflops = 251.436707963716 Gflops = 0.251436707963716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001090617 Relative Rsd = 4.77981501609888e-07
BICGSTAB_SOLVER_TIME: 0.66291 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117695
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041408 s
InvBiCGStab: k = 57 resid = 2.276049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213738(s) Flops=376989696 => 1763.79350419673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253929.874034127 Mflops = 253.929874034127 Gflops = 0.253929874034127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056742 s
InvBiCGStab: k = 84 resid = 9.480536e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329755(s) Flops=554158080 => 1680.51456384285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241947.399166632 Mflops = 241.947399166632 Gflops = 0.241947399166632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001084741 Relative Rsd = 4.75406114659157e-07
BICGSTAB_SOLVER_TIME: 0.645523 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11498
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.032515(s) Flops=1423761408 => 1378.92564078972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198556.380780017 Mflops = 198.556380780017 Gflops = 0.198556380780017 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158118000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 31 resid = 1.937992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11508(s) Flops=206383104 => 1793.38811261731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258138.848110637 Mflops = 258.138848110637 Gflops = 0.258138848110637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056719 s
InvBiCGStab: k = 52 resid = 7.676439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191702(s) Flops=344180736 => 1795.39460203858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258465.449325663 Mflops = 258.465449325663 Gflops = 0.258465449325663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007514184 Relative Rsd = 3.29321923861101e-07
BICGSTAB_SOLVER_TIME: 0.40854 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041381 s
InvBiCGStab: k = 57 resid = 1.945897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232754(s) Flops=376989696 => 1619.69158854413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233166.891044355 Mflops = 233.166891044355 Gflops = 0.233166891044355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073296 s
InvBiCGStab: k = 86 resid = 8.539795e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370202(s) Flops=567281664 => 1532.35710233872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220622.784145441 Mflops = 220.622784145441 Gflops = 0.220622784145441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001152556 Relative Rsd = 5.05127121919395e-07
BICGSTAB_SOLVER_TIME: 0.722357 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001848
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116628
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053105 s
InvBiCGStab: k = 50 resid = 1.857984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24998(s) Flops=331057152 => 1324.33455476438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190671.154801676 Mflops = 190.671154801676 Gflops = 0.190671154801676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070903 s
InvBiCGStab: k = 68 resid = 9.079391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270698(s) Flops=449169408 => 1659.30080015368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238885.422846233 Mflops = 238.885422846233 Gflops = 0.238885422846233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001040801 Relative Rsd = 4.5614895299867e-07
BICGSTAB_SOLVER_TIME: 0.648565 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0989710000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049386 s
InvBiCGStab: k = 68 resid = 2.111425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259915(s) Flops=449169408 => 1728.13961487409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248791.023274589 Mflops = 248.791023274589 Gflops = 0.248791023274589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060618 s
InvBiCGStab: k = 82 resid = 7.25317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311237(s) Flops=541034496 => 1738.33604616418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250275.67765446 Mflops = 250.27567765446 Gflops = 0.25027567765446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001113409 Relative Rsd = 4.87970341711862e-07
BICGSTAB_SOLVER_TIME: 0.685089 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045656 s
InvBiCGStab: k = 52 resid = 1.859888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214446(s) Flops=344180736 => 1604.97624576817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231074.121674633 Mflops = 231.074121674633 Gflops = 0.231074121674633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056257 s
InvBiCGStab: k = 83 resid = 1.142417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303428(s) Flops=547596288 => 1804.69926308712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259822.022359811 Mflops = 259.822022359811 Gflops = 0.259822022359811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001045053 Relative Rsd = 4.58012443954719e-07
BICGSTAB_SOLVER_TIME: 0.623614 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111001
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.953727(s) Flops=1423761408 => 1492.83957358867 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214962.616284358 Mflops = 214.962616284358 Gflops = 0.214962616284358 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157664000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.142478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88023(s) Flops=1433438208 => 1628.48142871749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234449.10954488 Mflops = 234.44910954488 Gflops = 0.23444910954488 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 1.14486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.925742(s) Flops=1571235840 => 1697.27185328094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244396.755511891 Mflops = 244.396755511891 Gflops = 0.244396755511891 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002320176 Relative Rsd = 1.02119802039893e-06
BICGSTAB_SOLVER_TIME: 1.809801 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.128503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325874999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.028386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744592(s) Flops=1144719360 => 1537.37800030084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221389.194614596 Mflops = 221.389194614596 Gflops = 0.221389194614596 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.011763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884754(s) Flops=1466247168 => 1657.23711675788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238632.33204547 Mflops = 238.63233204547 Gflops = 0.23863233204547 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.001904412 Relative Rsd = 8.3703997185494e-07
BICGSTAB_SOLVER_TIME: 1.633274 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283745999999998
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891859(s) Flops=1423761408 => 1596.39742156552 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229860.46531475 Mflops = 229.86046531475 Gflops = 0.22986046531475 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158059000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021382
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040743 s
InvBiCGStab: k = 33 resid = 2.078656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123119(s) Flops=219506688 => 1782.88231710784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256634.581278587 Mflops = 256.634581278587 Gflops = 0.256634581278587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056544 s
InvBiCGStab: k = 41 resid = 8.054272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.153625(s) Flops=272001024 => 1770.55182424736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254860.466134727 Mflops = 254.860466134727 Gflops = 0.254860466134728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006859496 Relative Rsd = 3.00629117276906e-07
BICGSTAB_SOLVER_TIME: 0.377866 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001788
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671420000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04102 s
InvBiCGStab: k = 79 resid = 2.230003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289034(s) Flops=521349120 => 1803.76398624383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259700.888413191 Mflops = 259.700888413191 Gflops = 0.259700888413191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 89 resid = 6.675033e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352511(s) Flops=586967040 => 1665.10276275067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239728.686113256 Mflops = 239.728686113256 Gflops = 0.239728686113256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001235209 Relative Rsd = 5.41351520777292e-07
BICGSTAB_SOLVER_TIME: 0.742538 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053838 s
InvBiCGStab: k = 62 resid = 9.197705e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254577(s) Flops=409798656 => 1609.72380065756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231757.661594546 Mflops = 231.757661594546 Gflops = 0.231757661594546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055861 s
InvBiCGStab: k = 70 resid = 9.697357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266727(s) Flops=462292992 => 1733.20658201082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249520.720203697 Mflops = 249.520720203697 Gflops = 0.249520720203697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001002429 Relative Rsd = 4.39331462432406e-07
BICGSTAB_SOLVER_TIME: 0.634879 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 58 resid = 1.870902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239044(s) Flops=383551488 => 1604.52254815013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231001.667691112 Mflops = 231.001667691111 Gflops = 0.231001667691111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067713 s
InvBiCGStab: k = 83 resid = 1.111541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364876(s) Flops=547596288 => 1500.77365461143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216065.078210571 Mflops = 216.065078210571 Gflops = 0.216065078210571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001158029 Relative Rsd = 5.07526078256667e-07
BICGSTAB_SOLVER_TIME: 0.71703 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043594 s
InvBiCGStab: k = 58 resid = 2.079014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214518(s) Flops=383551488 => 1787.96878583615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257412.032511188 Mflops = 257.412032511188 Gflops = 0.257412032511188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056534 s
InvBiCGStab: k = 80 resid = 1.064882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302862(s) Flops=527910912 => 1743.07411296234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250955.06747537 Mflops = 250.95506747537 Gflops = 0.25095506747537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001075071 Relative Rsd = 4.71168055403208e-07
BICGSTAB_SOLVER_TIME: 0.621502 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112863
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893156(s) Flops=1423613952 => 1593.91411130866 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229507.252387445 Mflops = 229.507252387445 Gflops = 0.229507252387445 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157990000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 30 resid = 1.936852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129161(s) Flops=199821312 => 1547.07157733372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222668.681389817 Mflops = 222.668681389817 Gflops = 0.222668681389817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064606 s
InvBiCGStab: k = 51 resid = 9.417453e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215223(s) Flops=337618944 => 1568.69360616663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225820.261775296 Mflops = 225.820261775296 Gflops = 0.225820261775296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007648094 Relative Rsd = 3.35190741787588e-07
BICGSTAB_SOLVER_TIME: 0.454107 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055438 s
InvBiCGStab: k = 72 resid = 1.499754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323585(s) Flops=475416576 => 1469.21697853732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211535.035469716 Mflops = 211.535035469716 Gflops = 0.211535035469716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060842 s
InvBiCGStab: k = 93 resid = 1.139179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38748(s) Flops=613214208 => 1582.56995973986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227856.518820854 Mflops = 227.856518820854 Gflops = 0.227856518820854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001226866 Relative Rsd = 5.37694947843381e-07
BICGSTAB_SOLVER_TIME: 0.831422 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043042 s
InvBiCGStab: k = 56 resid = 1.782751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250258(s) Flops=370427904 => 1480.18406604384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213087.969362126 Mflops = 213.087969362126 Gflops = 0.213087969362126 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067517 s
InvBiCGStab: k = 74 resid = 1.118982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272003(s) Flops=488540160 => 1796.08371966486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258581.481850186 Mflops = 258.581481850186 Gflops = 0.258581481850186 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001025728 Relative Rsd = 4.49542754088656e-07
BICGSTAB_SOLVER_TIME: 0.636804 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10753
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041921 s
InvBiCGStab: k = 61 resid = 2.161119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224322(s) Flops=403236864 => 1797.58054938882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258801.829668445 Mflops = 258.801829668445 Gflops = 0.258801829668445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 95 resid = 9.522268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346811(s) Flops=626337792 => 1805.99171306562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260013.642573995 Mflops = 260.013642573995 Gflops = 0.260013642573995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00113199 Relative Rsd = 4.96113752291321e-07
BICGSTAB_SOLVER_TIME: 0.673444 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125498
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044406 s
InvBiCGStab: k = 52 resid = 1.874735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212847(s) Flops=344180736 => 1617.03353112799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232802.956647928 Mflops = 232.802956647928 Gflops = 0.232802956647928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05996 s
InvBiCGStab: k = 80 resid = 1.043643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339417(s) Flops=527910912 => 1555.34611407207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223922.092900298 Mflops = 223.922092900298 Gflops = 0.223922092900298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001095497 Relative Rsd = 4.80120301874854e-07
BICGSTAB_SOLVER_TIME: 0.660691 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108571
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89672(s) Flops=1423540224 => 1587.49690427335 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228579.822097548 Mflops = 228.579822097548 Gflops = 0.228579822097548 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157893000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047805 s
InvBiCGStab: k = 26 resid = 2.218771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104415(s) Flops=173574144 => 1662.3487429967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239252.499127408 Mflops = 239.252499127408 Gflops = 0.239252499127408 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063835 s
InvBiCGStab: k = 46 resid = 1.018479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207772(s) Flops=304809984 => 1467.0407177098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211188.528845871 Mflops = 211.188528845871 Gflops = 0.211188528845871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007514082 Relative Rsd = 3.29317459523716e-07
BICGSTAB_SOLVER_TIME: 0.428265 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048518 s
InvBiCGStab: k = 53 resid = 2.26298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250426(s) Flops=350742528 => 1400.58351768586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201639.596269144 Mflops = 201.639596269144 Gflops = 0.201639596269144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061606 s
InvBiCGStab: k = 87 resid = 1.055486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35073(s) Flops=573843456 => 1636.14021041827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235555.908719777 Mflops = 235.555908719777 Gflops = 0.235555908719777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001065629 Relative Rsd = 4.67030150367682e-07
BICGSTAB_SOLVER_TIME: 0.715136 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045013 s
InvBiCGStab: k = 49 resid = 2.227818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206151(s) Flops=324495360 => 1574.06638822999 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226612.002386658 Mflops = 226.612002386658 Gflops = 0.226612002386658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061512 s
InvBiCGStab: k = 72 resid = 8.315121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287807(s) Flops=475416576 => 1651.85897493807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237818.01063401 Mflops = 237.81801063401 Gflops = 0.23781801063401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001006797 Relative Rsd = 4.41246076429141e-07
BICGSTAB_SOLVER_TIME: 0.604277 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040659 s
InvBiCGStab: k = 59 resid = 2.061156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234517(s) Flops=390113280 => 1663.47548365364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239482.950857041 Mflops = 239.482950857041 Gflops = 0.239482950857041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057185 s
InvBiCGStab: k = 75 resid = 1.11323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286017(s) Flops=495101952 => 1731.02281332928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249207.800614845 Mflops = 249.207800614845 Gflops = 0.249207800614845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001073922 Relative Rsd = 4.7066468223016e-07
BICGSTAB_SOLVER_TIME: 0.624062 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04078 s
InvBiCGStab: k = 50 resid = 2.034115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205016(s) Flops=331057152 => 1614.78690443673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232465.493792353 Mflops = 232.465493792353 Gflops = 0.232465493792353 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 70 resid = 1.113958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268544(s) Flops=462292992 => 1721.4795042898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247830.960205322 Mflops = 247.830960205322 Gflops = 0.247830960205322 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001039928 Relative Rsd = 4.55765989382524e-07
BICGSTAB_SOLVER_TIME: 0.57972 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100103
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997418(s) Flops=1417125888 => 1420.7943790868 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204591.556275944 Mflops = 204.591556275944 Gflops = 0.204591556275944 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041305 s
InvBiCGStab: k = 23 resid = 2.105068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.091132(s) Flops=153888768 => 1688.63591274196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243022.332055375 Mflops = 243.022332055375 Gflops = 0.243022332055375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059221 s
InvBiCGStab: k = 44 resid = 1.016285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17635(s) Flops=291686400 => 1654.01984689538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238094.025709539 Mflops = 238.094025709539 Gflops = 0.238094025709539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007240798 Relative Rsd = 3.17340331102903e-07
BICGSTAB_SOLVER_TIME: 0.371903 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0621650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043431 s
InvBiCGStab: k = 70 resid = 1.91726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285684(s) Flops=462292992 => 1618.19700088209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232976.291430245 Mflops = 232.976291430245 Gflops = 0.232976291430245 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058177 s
InvBiCGStab: k = 86 resid = 1.05925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387746(s) Flops=567281664 => 1463.02389708727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210635.363518 Mflops = 210.635363518 Gflops = 0.210635363518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001131404 Relative Rsd = 4.9585691258393e-07
BICGSTAB_SOLVER_TIME: 0.782637 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125491
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046425 s
InvBiCGStab: k = 54 resid = 1.683463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234163(s) Flops=357304320 => 1525.87864009259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219682.925854357 Mflops = 219.682925854357 Gflops = 0.219682925854357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070534 s
InvBiCGStab: k = 76 resid = 1.090098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297251(s) Flops=501663744 => 1687.67722900848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242969.621017611 Mflops = 242.969621017611 Gflops = 0.242969621017611 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.0009981651 Relative Rsd = 4.37462869376488e-07
BICGSTAB_SOLVER_TIME: 0.652222 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042491 s
InvBiCGStab: k = 58 resid = 2.204601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221325(s) Flops=383551488 => 1732.97859708573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249482.396533403 Mflops = 249.482396533403 Gflops = 0.249482396533403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05756 s
InvBiCGStab: k = 90 resid = 1.131604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355984(s) Flops=593528832 => 1667.29075464066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240053.96017984 Mflops = 240.05396017984 Gflops = 0.24005396017984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001145395 Relative Rsd = 5.01988820290148e-07
BICGSTAB_SOLVER_TIME: 0.681099 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 53 resid = 1.51285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194355(s) Flops=350742528 => 1804.64885390137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.636686506 Mflops = 259.786636686506 Gflops = 0.259786636686506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058106 s
InvBiCGStab: k = 72 resid = 1.079406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268663(s) Flops=475416576 => 1769.56475584654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254752.306046481 Mflops = 254.752306046481 Gflops = 0.254752306046481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001057019 Relative Rsd = 4.63256790367775e-07
BICGSTAB_SOLVER_TIME: 0.567543 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103532
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971442(s) Flops=1417125888 => 1458.78589560674 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210045.293328222 Mflops = 210.045293328222 Gflops = 0.210045293328222 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156870000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.886093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864211(s) Flops=1440000000 => 1666.25974443741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239904.159242987 Mflops = 239.904159242987 Gflops = 0.239904159242987 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.008818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.893768(s) Flops=1472808960 => 1647.86494929333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237279.901719718 Mflops = 237.279901719718 Gflops = 0.237279901719718 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002112034 Relative Rsd = 9.29609457408577e-07
BICGSTAB_SOLVER_TIME: 1.761799 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.11948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316151999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.684216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809388(s) Flops=1308764160 => 1616.97994039941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232741.841745434 Mflops = 232.741841745434 Gflops = 0.232741841745434 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 205 resid = 9.162112e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.849359(s) Flops=1348134912 => 1587.23803715508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228550.344183524 Mflops = 228.550344183524 Gflops = 0.228550344183524 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.00191661 Relative Rsd = 8.42396224002194e-07
BICGSTAB_SOLVER_TIME: 1.662175 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001869
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288523999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928615(s) Flops=1417125888 => 1526.06396407553 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219800.88958952 Mflops = 219.80088958952 Gflops = 0.21980088958952 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157262000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044051 s
InvBiCGStab: k = 25 resid = 2.25376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092912(s) Flops=167012352 => 1797.5326330291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.585820161 Mflops = 258.703585820161 Gflops = 0.258703585820161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059816 s
InvBiCGStab: k = 46 resid = 1.106494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187938(s) Flops=304809984 => 1621.86457235897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233451.816647032 Mflops = 233.451816647032 Gflops = 0.233451816647032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007249558 Relative Rsd = 3.17724238607525e-07
BICGSTAB_SOLVER_TIME: 0.388764 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04258 s
InvBiCGStab: k = 88 resid = 1.892645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340143(s) Flops=580405248 => 1706.35658531853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245677.488998006 Mflops = 245.677488998006 Gflops = 0.245677488998006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072468 s
InvBiCGStab: k = 127 resid = 9.870571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471538(s) Flops=836315136 => 1773.59011574889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255363.915512164 Mflops = 255.363915512164 Gflops = 0.255363915512164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 215 iterations. Rsd = 0.001358632 Relative Rsd = 5.9544357541743e-07
BICGSTAB_SOLVER_TIME: 0.930507 sec
2Flav::invert,  n_count = 215
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167632999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040832 s
InvBiCGStab: k = 59 resid = 1.501497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225574(s) Flops=390113280 => 1729.42484506193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248972.364612084 Mflops = 248.972364612084 Gflops = 0.248972364612084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 80 resid = 1.100952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315293(s) Flops=527910912 => 1674.35024564453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241055.311927682 Mflops = 241.055311927682 Gflops = 0.241055311927682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001066325 Relative Rsd = 4.67335204918832e-07
BICGSTAB_SOLVER_TIME: 0.641562 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113515
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0466 s
InvBiCGStab: k = 67 resid = 1.53046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265921(s) Flops=442607616 => 1664.43273002132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239629.752395487 Mflops = 239.629752395487 Gflops = 0.239629752395487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059862 s
InvBiCGStab: k = 88 resid = 1.017845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371154(s) Flops=580405248 => 1563.78551221326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225149.980377362 Mflops = 225.149980377362 Gflops = 0.225149980377362 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001105911 Relative Rsd = 4.84684232249418e-07
BICGSTAB_SOLVER_TIME: 0.748088 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124894
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046384 s
InvBiCGStab: k = 56 resid = 2.08449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220518(s) Flops=370427904 => 1679.80801567219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241844.0158604 Mflops = 241.8440158604 Gflops = 0.2418440158604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056527 s
InvBiCGStab: k = 75 resid = 1.114797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307737(s) Flops=495101952 => 1608.84765887755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231606.57361856 Mflops = 231.60657361856 Gflops = 0.23160657361856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001067776 Relative Rsd = 4.67970926562474e-07
BICGSTAB_SOLVER_TIME: 0.635236 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107962
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94576(s) Flops=1416904704 => 1498.16518355608 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215753.362074806 Mflops = 215.753362074806 Gflops = 0.215753362074806 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157115000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043364 s
InvBiCGStab: k = 29 resid = 2.091267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114968(s) Flops=193259520 => 1680.98531765361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241947.353420407 Mflops = 241.947353420407 Gflops = 0.241947353420407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066512 s
InvBiCGStab: k = 49 resid = 1.083537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211011(s) Flops=324495360 => 1537.81253110027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221371.298317849 Mflops = 221.371298317849 Gflops = 0.221371298317849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007944713 Relative Rsd = 3.48190586127085e-07
BICGSTAB_SOLVER_TIME: 0.439912 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 78 resid = 1.506334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302278(s) Flops=514787328 => 1703.02611503318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245194.84231527 Mflops = 245.19484231527 Gflops = 0.24519484231527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062125 s
InvBiCGStab: k = 104 resid = 1.044521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401146(s) Flops=685393920 => 1708.58969053661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245995.905609108 Mflops = 245.995905609108 Gflops = 0.245995905609108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001281211 Relative Rsd = 5.61512672492518e-07
BICGSTAB_SOLVER_TIME: 0.810404 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144277
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040802 s
InvBiCGStab: k = 51 resid = 2.230411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185972(s) Flops=337618944 => 1815.42890327576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261355.252307425 Mflops = 261.355252307425 Gflops = 0.261355252307425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056027 s
InvBiCGStab: k = 77 resid = 1.035185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281032(s) Flops=508225536 => 1808.42585897691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260353.833493671 Mflops = 260.353833493671 Gflops = 0.260353833493671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001042585 Relative Rsd = 4.56930747761553e-07
BICGSTAB_SOLVER_TIME: 0.56774 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105633
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 62 resid = 1.606097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226861(s) Flops=409798656 => 1806.38653624907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260060.545512372 Mflops = 260.060545512372 Gflops = 0.260060545512372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055829 s
InvBiCGStab: k = 75 resid = 1.005254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273869(s) Flops=495101952 => 1807.80574654306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260267.370497802 Mflops = 260.267370497802 Gflops = 0.260267370497802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001078088 Relative Rsd = 4.72490417647182e-07
BICGSTAB_SOLVER_TIME: 0.601419 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112234
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04385 s
InvBiCGStab: k = 59 resid = 2.10551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273016(s) Flops=390113280 => 1428.90262841738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205729.937325632 Mflops = 205.729937325632 Gflops = 0.205729937325632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062751 s
InvBiCGStab: k = 97 resid = 6.178599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44281(s) Flops=639461376 => 1444.09876922382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207922.225876425 Mflops = 207.922225876425 Gflops = 0.207922225876425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001121283 Relative Rsd = 4.91421300021064e-07
BICGSTAB_SOLVER_TIME: 0.826954 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125787
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945234(s) Flops=1410859008 => 1492.60289832994 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214914.498166556 Mflops = 214.914498166556 Gflops = 0.214914498166556 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156310000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053798 s
InvBiCGStab: k = 30 resid = 2.237698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119877(s) Flops=199821312 => 1666.88615831227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239944.873754978 Mflops = 239.944873754978 Gflops = 0.239944873754978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060853 s
InvBiCGStab: k = 57 resid = 1.067938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24046(s) Flops=376989696 => 1567.78547783415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225690.559417741 Mflops = 225.690559417741 Gflops = 0.225690559417741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007699274 Relative Rsd = 3.37433803463371e-07
BICGSTAB_SOLVER_TIME: 0.479764 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047648 s
InvBiCGStab: k = 51 resid = 2.000782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22209(s) Flops=337618944 => 1520.18976090774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218854.550443362 Mflops = 218.854550443362 Gflops = 0.218854550443362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061113 s
InvBiCGStab: k = 84 resid = 8.865053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314388(s) Flops=554158080 => 1762.65658994618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253770.883327414 Mflops = 253.770883327414 Gflops = 0.253770883327414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001090001 Relative Rsd = 4.7771134542184e-07
BICGSTAB_SOLVER_TIME: 0.649101 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001795
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 68 resid = 1.298942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253724(s) Flops=449169408 => 1770.3071368889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254875.075299542 Mflops = 254.875075299542 Gflops = 0.254875075299542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058418 s
InvBiCGStab: k = 72 resid = 1.139451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264091(s) Flops=475416576 => 1800.1998402066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259162.741265448 Mflops = 259.162741265448 Gflops = 0.259162741265448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001053456 Relative Rsd = 4.61695190660957e-07
BICGSTAB_SOLVER_TIME: 0.621161 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041552 s
InvBiCGStab: k = 57 resid = 1.955902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208848(s) Flops=376989696 => 1805.09124339232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.990795453 Mflops = 259.873990795453 Gflops = 0.259873990795453 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055889 s
InvBiCGStab: k = 89 resid = 8.652436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325644(s) Flops=586967040 => 1802.48074584516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259498.159035917 Mflops = 259.498159035917 Gflops = 0.259498159035917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001093722 Relative Rsd = 4.7934243572887e-07
BICGSTAB_SOLVER_TIME: 0.635826 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118457
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 65 resid = 2.241183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237261(s) Flops=429484032 => 1810.17542706134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260600.068922509 Mflops = 260.600068922509 Gflops = 0.260600068922509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056337 s
InvBiCGStab: k = 84 resid = 8.016473e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309939(s) Flops=554158080 => 1787.958533776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257420.035594942 Mflops = 257.420035594942 Gflops = 0.257420035594942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001087809 Relative Rsd = 4.76750875121554e-07
BICGSTAB_SOLVER_TIME: 0.648406 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120929
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00747(s) Flops=1410785280 => 1400.32485334551 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201655.949011343 Mflops = 201.655949011343 Gflops = 0.201655949011343 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156085000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 31 resid = 2.026392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117075(s) Flops=206383104 => 1762.82813581038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255059.441662673 Mflops = 255.059441662673 Gflops = 0.255059441662673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070831 s
InvBiCGStab: k = 42 resid = 9.791983e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184097(s) Flops=278562816 => 1513.13066481257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217811.062486806 Mflops = 217.811062486806 Gflops = 0.217811062486806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007400796 Relative Rsd = 3.24352504099471e-07
BICGSTAB_SOLVER_TIME: 0.417733 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041326 s
InvBiCGStab: k = 58 resid = 1.727735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213073(s) Flops=383551488 => 1800.09427754807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259141.363753395 Mflops = 259.141363753395 Gflops = 0.259141363753395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056228 s
InvBiCGStab: k = 84 resid = 9.806313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344822(s) Flops=554158080 => 1607.08446676836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231377.680262239 Mflops = 231.377680262239 Gflops = 0.231377680262239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001116126 Relative Rsd = 4.8916117182122e-07
BICGSTAB_SOLVER_TIME: 0.659607 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115595
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045865 s
InvBiCGStab: k = 48 resid = 2.276983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205577(s) Flops=317933568 => 1546.54250232273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222640.073669581 Mflops = 222.640073669581 Gflops = 0.222640073669581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058732 s
InvBiCGStab: k = 88 resid = 8.499499e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327164(s) Flops=580405248 => 1774.04985878642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255412.966350981 Mflops = 255.412966350981 Gflops = 0.255412966350981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001027989 Relative Rsd = 4.50533888009153e-07
BICGSTAB_SOLVER_TIME: 0.641188 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111535
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041661 s
InvBiCGStab: k = 72 resid = 1.294246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266166(s) Flops=475416576 => 1786.16568607561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257167.08432038 Mflops = 257.16708432038 Gflops = 0.257167084320379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056459 s
InvBiCGStab: k = 87 resid = 1.024982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317845(s) Flops=573843456 => 1805.41916972109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.641187704 Mflops = 259.937641187704 Gflops = 0.259937641187704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001097592 Relative Rsd = 4.81038373725231e-07
BICGSTAB_SOLVER_TIME: 0.686008 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127655
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040805 s
InvBiCGStab: k = 62 resid = 1.615333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257901(s) Flops=409798656 => 1588.9766073028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228758.447915366 Mflops = 228.758447915366 Gflops = 0.228758447915366 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076905 s
InvBiCGStab: k = 73 resid = 1.146908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309429(s) Flops=481978368 => 1557.63799773131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224250.620781296 Mflops = 224.250620781296 Gflops = 0.224250620781296 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001096533 Relative Rsd = 4.8057438876317e-07
BICGSTAB_SOLVER_TIME: 0.688916 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122193
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110749
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989325(s) Flops=1410859008 => 1426.08243802593 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205345.053737558 Mflops = 205.345053737558 Gflops = 0.205345053737558 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156374000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 2.19932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786672(s) Flops=1420314624 => 1805.47245103423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259948.278230187 Mflops = 259.948278230187 Gflops = 0.259948278230187 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 4.883144e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.85915(s) Flops=1492494336 => 1737.1755060234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250140.670573777 Mflops = 250.140670573777 Gflops = 0.250140670573777 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002049804 Relative Rsd = 9.02243524299153e-07
BICGSTAB_SOLVER_TIME: 1.649543 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.117914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00179
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316293999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 2.229846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.741036(s) Flops=1249708032 => 1686.43363075478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243010.462714573 Mflops = 243.010462714573 Gflops = 0.243010462714573 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.11203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77032(s) Flops=1269393408 => 1647.8780351023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237279.499887316 Mflops = 237.279499887316 Gflops = 0.237279499887316 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.002011047 Relative Rsd = 8.83897699258037e-07
BICGSTAB_SOLVER_TIME: 1.514785 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0.116843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273228999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 306 resid = 2.256862e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.242816(s) Flops=2010875904 => 1617.99969102425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233044.694000762 Mflops = 233.044694000762 Gflops = 0.233044694000762 Tflops
InvBiCGStab: k = 318 resid = 9.240206e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.343029(s) Flops=2089617408 => 1555.89894782615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224041.347410364 Mflops = 224.041347410364 Gflops = 0.224041347410364 Tflops
BICGSTAB_SOLVER: 624 iterations. Rsd = 0.002047918 Relative Rsd = 9.01413310176712e-07
BICGSTAB_SOLVER_TIME: 2.591006 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.446078999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 280 resid = 1.894962e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.054129(s) Flops=1840269312 => 1745.7723978754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251388.262944988 Mflops = 251.388262944988 Gflops = 0.251388262944988 Tflops
InvBiCGStab: k = 314 resid = 6.235801e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.222143(s) Flops=2063370240 => 1688.32144847207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243110.892561643 Mflops = 243.110892561643 Gflops = 0.243110892561643 Tflops
BICGSTAB_SOLVER: 594 iterations. Rsd = 0.002039119 Relative Rsd = 8.96235799109166e-07
BICGSTAB_SOLVER_TIME: 2.280994 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.425059999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 242 resid = 2.034332e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.003133(s) Flops=1590921216 => 1585.95242704606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228339.33160315 Mflops = 228.33933160315 Gflops = 0.22833933160315 Tflops
InvBiCGStab: k = 253 resid = 1.151896e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.013173(s) Flops=1663100928 => 1641.47774170847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236364.752737721 Mflops = 236.364752737721 Gflops = 0.236364752737721 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.001804036 Relative Rsd = 7.9064940618452e-07
BICGSTAB_SOLVER_TIME: 2.021108 sec
2Flav::invert,  n_count = 495
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353079000000003
MInvCG2: 332 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.390787(s) Flops=2144176128 => 1541.6998634586 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222009.884132309 Mflops = 222.009884132309 Gflops = 0.222009884132309 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238626000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0360916597771848
AccProb = 0.964551878820855
AcceptP = 1
After HMC trajectory call: time= 472.406812 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.057419 secs
Doing Update: 2775 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 266 resid = 1.848771e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.034595(s) Flops=1748404224 => 1689.94072463138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243316.753772803 Mflops = 243.316753772803 Gflops = 0.243316753772803 Tflops
InvBiCGStab: k = 297 resid = 9.068332e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.231437(s) Flops=1951819776 => 1584.99360990453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228231.85294818 Mflops = 228.23185294818 Gflops = 0.22823185294818 Tflops
BICGSTAB_SOLVER: 563 iterations. Rsd = 0.002016876 Relative Rsd = 8.87553368303293e-07
BICGSTAB_SOLVER_TIME: 2.271093 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.404450999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 243 resid = 2.203454e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937711(s) Flops=1597483008 => 1703.59845197508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245331.752672559 Mflops = 245.331752672559 Gflops = 0.245331752672559 Tflops
InvBiCGStab: k = 262 resid = 1.081034e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.003393(s) Flops=1722157056 => 1716.3335363113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247141.299545474 Mflops = 247.141299545474 Gflops = 0.247141299545474 Tflops
BICGSTAB_SOLVER: 505 iterations. Rsd = 0.003072105 Relative Rsd = 1.3492685461189e-06
BICGSTAB_SOLVER_TIME: 1.945883 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363073999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000368
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000373
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
MInvCG2: 349 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.571485(s) Flops=2247026688 => 1429.8747286802 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205910.936666572 Mflops = 205.910936666572 Gflops = 0.205910936666572 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.250090000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 309 resid = 1.792934e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.190988(s) Flops=2030561280 => 1704.93848804522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245510.166886154 Mflops = 245.510166886154 Gflops = 0.245510166886154 Tflops
InvBiCGStab: k = 318 resid = 9.612605e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.215635(s) Flops=2089617408 => 1718.95133654428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247521.185820134 Mflops = 247.521185820134 Gflops = 0.247521185820134 Tflops
BICGSTAB_SOLVER: 627 iterations. Rsd = 0.00213394 Relative Rsd = 9.39068956309145e-07
BICGSTAB_SOLVER_TIME: 2.411357 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.448549999999997
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 284 resid = 8.597239e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.196912(s) Flops=1866516480 => 1559.44336759929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224544.67997473 Mflops = 224.54467997473 Gflops = 0.22454467997473 Tflops
InvBiCGStab: k = 301 resid = 8.341036e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.183969(s) Flops=1978066944 => 1670.70839185823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240577.587515594 Mflops = 240.577587515594 Gflops = 0.240577587515594 Tflops
BICGSTAB_SOLVER: 585 iterations. Rsd = 0.004817868 Relative Rsd = 2.11600727870471e-06
BICGSTAB_SOLVER_TIME: 2.385585 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.417943999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 248 resid = 2.218684e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.93835(s) Flops=1630291968 => 1737.40285394576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250205.029420138 Mflops = 250.205029420138 Gflops = 0.250205029420138 Tflops
InvBiCGStab: k = 263 resid = 9.029955e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.020876(s) Flops=1728718848 => 1693.36809563551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243833.771648726 Mflops = 243.833771648726 Gflops = 0.243833771648726 Tflops
BICGSTAB_SOLVER: 511 iterations. Rsd = 0.002157934 Relative Rsd = 9.45870202766939e-07
BICGSTAB_SOLVER_TIME: 1.96464 sec
2Flav::invert,  n_count = 511
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.364748000000004
MInvCG2: 331 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.484671(s) Flops=2137982976 => 1440.03821452699 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207385.792826584 Mflops = 207.385792826584 Gflops = 0.207385792826584 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.237938000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.271543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851484(s) Flops=1433438208 => 1683.45877080485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242359.862924219 Mflops = 242.359862924219 Gflops = 0.242359862924219 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 1.114109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.995182(s) Flops=1695909888 => 1704.12033979714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245384.926624578 Mflops = 245.384926624578 Gflops = 0.245384926624578 Tflops
BICGSTAB_SOLVER: 476 iterations. Rsd = 0.002111238 Relative Rsd = 9.2907867027876e-07
BICGSTAB_SOLVER_TIME: 1.850084 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116682
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.339312
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.803206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.763666(s) Flops=1164404736 => 1524.75655063863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219108.539805323 Mflops = 219.108539805323 Gflops = 0.219108539805323 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 7.072728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809211(s) Flops=1433438208 => 1771.40227703281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255067.734902501 Mflops = 255.067734902501 Gflops = 0.255067734902501 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.004810886 Relative Rsd = 2.11294072953551e-06
BICGSTAB_SOLVER_TIME: 1.576361 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283388999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93044(s) Flops=1398472704 => 1503.02298267486 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216451.861462243 Mflops = 216.451861462243 Gflops = 0.216451861462243 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154763000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021416
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 7.3e-05 s
InvBiCGStab: k = 168 resid = 2.056486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671364(s) Flops=1105348608 => 1646.42222103062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237067.812075101 Mflops = 237.067812075101 Gflops = 0.237067812075101 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.9e-05 s
InvBiCGStab: k = 183 resid = 1.062338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.671134(s) Flops=1203775488 => 1793.6440233992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258254.796874961 Mflops = 258.254796874961 Gflops = 0.258254796874961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 351 iterations. Rsd = 0.00216821 Relative Rsd = 9.5037428973053e-07
BICGSTAB_SOLVER_TIME: 1.346313 sec
2Flav::invert,  n_count = 351
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.252283999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.00017 s
InvBiCGStab: k = 119 resid = 1.199184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442553(s) Flops=783820800 => 1771.13430481773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254897.110105843 Mflops = 254.897110105843 Gflops = 0.254897110105843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.2e-05 s
InvBiCGStab: k = 174 resid = 1.027329e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.632572(s) Flops=1144719360 => 1809.62698317346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260538.700155441 Mflops = 260.538700155441 Gflops = 0.260538700155441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 293 iterations. Rsd = 0.001656264 Relative Rsd = 7.25977093039489e-07
BICGSTAB_SOLVER_TIME: 1.079097 sec
2Flav::invert,  n_count = 293
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.210885999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004821 s
InvBiCGStab: k = 94 resid = 2.008425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364561(s) Flops=619776000 => 1700.06116946135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244778.174340226 Mflops = 244.778174340226 Gflops = 0.244778174340226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.008531 s
InvBiCGStab: k = 126 resid = 9.671739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.521414(s) Flops=829753344 => 1591.35225367942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229125.053883474 Mflops = 229.125053883474 Gflops = 0.229125053883474 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 220 iterations. Rsd = 0.001408758 Relative Rsd = 6.17489564760143e-07
BICGSTAB_SOLVER_TIME: 0.904996 sec
2Flav::invert,  n_count = 220
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160532999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008151 s
InvBiCGStab: k = 85 resid = 2.188294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335147(s) Flops=560719872 => 1673.05651549917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240880.912516996 Mflops = 240.880912516996 Gflops = 0.240880912516996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.010963 s
InvBiCGStab: k = 120 resid = 6.054063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.505772(s) Flops=790382592 => 1562.7250856117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225005.56535991 Mflops = 225.00556535991 Gflops = 0.22500556535991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001356674 Relative Rsd = 5.94660107978943e-07
BICGSTAB_SOLVER_TIME: 0.86391 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151343999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.011121 s
InvBiCGStab: k = 72 resid = 2.147385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289359(s) Flops=475416576 => 1642.99909800628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236548.123150266 Mflops = 236.548123150266 Gflops = 0.236548123150266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014977 s
InvBiCGStab: k = 102 resid = 1.067949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383569(s) Flops=672270336 => 1752.6711908418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252344.493132181 Mflops = 252.344493132181 Gflops = 0.252344493132181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001256821 Relative Rsd = 5.50892372091856e-07
BICGSTAB_SOLVER_TIME: 0.702896 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129907
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915119(s) Flops=1404592128 => 1534.8737464745 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221186.290206971 Mflops = 221.186290206971 Gflops = 0.221186290206971 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155895000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.470949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02118
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013323 s
InvBiCGStab: k = 30 resid = 2.094939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110634(s) Flops=199821312 => 1806.14740495688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259967.052152895 Mflops = 259.967052152895 Gflops = 0.259967052152895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019352 s
InvBiCGStab: k = 44 resid = 1.138753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164926(s) Flops=291686400 => 1768.58954925239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254578.020890754 Mflops = 254.578020890754 Gflops = 0.254578020890754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007300263 Relative Rsd = 3.19986629923336e-07
BICGSTAB_SOLVER_TIME: 0.312936 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11857
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0596850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.0165 s
InvBiCGStab: k = 86 resid = 1.30138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313782(s) Flops=567281664 => 1807.88465877584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260290.746246066 Mflops = 260.290746246066 Gflops = 0.260290746246066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023737 s
InvBiCGStab: k = 118 resid = 1.134219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429878(s) Flops=777259008 => 1808.09208193953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260326.443721712 Mflops = 260.326443721712 Gflops = 0.260326443721712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001321988 Relative Rsd = 5.79456492729905e-07
BICGSTAB_SOLVER_TIME: 0.787741 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153964999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.019879 s
InvBiCGStab: k = 57 resid = 1.958181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208891(s) Flops=376989696 => 1804.71966719485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259808.971594445 Mflops = 259.808971594445 Gflops = 0.259808971594445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.0286 s
InvBiCGStab: k = 84 resid = 7.338494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319311(s) Flops=554158080 => 1735.48070689704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249854.307225891 Mflops = 249.854307225891 Gflops = 0.249854307225891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001052527 Relative Rsd = 4.61345859268581e-07
BICGSTAB_SOLVER_TIME: 0.581267 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109619
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.0252 s
InvBiCGStab: k = 59 resid = 1.662885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242121(s) Flops=390113280 => 1611.23273074207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231982.58844845 Mflops = 231.98258844845 Gflops = 0.23198258844845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.039243 s
InvBiCGStab: k = 95 resid = 1.089841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401523(s) Flops=626337792 => 1559.90514117498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224612.083643059 Mflops = 224.612083643059 Gflops = 0.224612083643059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00121496 Relative Rsd = 5.32543631722866e-07
BICGSTAB_SOLVER_TIME: 0.712397 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11998
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.03426 s
InvBiCGStab: k = 66 resid = 1.117039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277539(s) Flops=436045824 => 1571.11549728146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226188.014797593 Mflops = 226.188014797593 Gflops = 0.226188014797593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039832 s
InvBiCGStab: k = 100 resid = 6.379169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375182(s) Flops=659146752 => 1756.87200345432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252940.929213735 Mflops = 252.940929213735 Gflops = 0.252940929213735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001150951 Relative Rsd = 5.04487029652587e-07
BICGSTAB_SOLVER_TIME: 0.730758 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12204
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12945
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944577(s) Flops=1410785280 => 1493.56302344859 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215045.793301844 Mflops = 215.045793301844 Gflops = 0.215045793301844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156362000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.03231 s
InvBiCGStab: k = 33 resid = 1.957141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124041(s) Flops=219506688 => 1769.63010617457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254726.781058512 Mflops = 254.726781058512 Gflops = 0.254726781058512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.046874 s
InvBiCGStab: k = 49 resid = 1.137795e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181387(s) Flops=324495360 => 1788.96701527673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257515.095468111 Mflops = 257.515095468111 Gflops = 0.257515095468111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0008069155 Relative Rsd = 3.53688878542855e-07
BICGSTAB_SOLVER_TIME: 0.388545 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707230000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036273 s
InvBiCGStab: k = 58 resid = 2.041868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212561(s) Flops=383551488 => 1804.43020121283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259792.888988054 Mflops = 259.792888988054 Gflops = 0.259792888988054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.049977 s
InvBiCGStab: k = 80 resid = 9.659498e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317604(s) Flops=527910912 => 1662.16707598141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239305.521740938 Mflops = 239.305521740938 Gflops = 0.239305521740938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001055244 Relative Rsd = 4.62536532731313e-07
BICGSTAB_SOLVER_TIME: 0.620272 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041427 s
InvBiCGStab: k = 53 resid = 2.24527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194701(s) Flops=350742528 => 1801.44184159301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.06778385 Mflops = 259.33706778385 Gflops = 0.25933706778385 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055888 s
InvBiCGStab: k = 89 resid = 1.062017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325357(s) Flops=586967040 => 1804.07072846135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259732.970448697 Mflops = 259.732970448697 Gflops = 0.259732970448697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.00107467 Relative Rsd = 4.7105137370925e-07
BICGSTAB_SOLVER_TIME: 0.621246 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041217 s
InvBiCGStab: k = 72 resid = 1.73766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263078(s) Flops=475416576 => 1807.13163396407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260172.542444339 Mflops = 260.172542444339 Gflops = 0.260172542444339 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055821 s
InvBiCGStab: k = 86 resid = 6.280432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352597(s) Flops=567281664 => 1608.86696143189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231638.675545835 Mflops = 231.638675545835 Gflops = 0.231638675545835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001122665 Relative Rsd = 4.92088645980376e-07
BICGSTAB_SOLVER_TIME: 0.716758 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127106
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047365 s
InvBiCGStab: k = 52 resid = 1.630564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221956(s) Flops=344180736 => 1550.67101587702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223245.358963515 Mflops = 223.245358963515 Gflops = 0.223245358963515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064223 s
InvBiCGStab: k = 86 resid = 1.113309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355691(s) Flops=567281664 => 1594.87213339668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229619.576635058 Mflops = 229.619576635058 Gflops = 0.229619576635058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001050182 Relative Rsd = 4.60318116309256e-07
BICGSTAB_SOLVER_TIME: 0.693086 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112975
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934689(s) Flops=1423097856 => 1522.53621899905 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219257.075299929 Mflops = 219.257075299929 Gflops = 0.219257075299929 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158165000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044256 s
InvBiCGStab: k = 25 resid = 2.040367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109753(s) Flops=167012352 => 1521.71104206719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219007.468553312 Mflops = 219.007468553312 Gflops = 0.219007468553312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058523 s
InvBiCGStab: k = 58 resid = 7.081507e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269128(s) Flops=383551488 => 1425.16381796023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205173.374513307 Mflops = 205.173374513307 Gflops = 0.205173374513307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.000712328 Relative Rsd = 3.12229061145779e-07
BICGSTAB_SOLVER_TIME: 0.486042 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041558 s
InvBiCGStab: k = 65 resid = 2.252019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243296(s) Flops=429484032 => 1765.27370774694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254143.608526896 Mflops = 254.143608526896 Gflops = 0.254143608526896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 92 resid = 6.527959e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340302(s) Flops=606652416 => 1782.68836504046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256658.81339826 Mflops = 256.65881339826 Gflops = 0.25665881339826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001143176 Relative Rsd = 5.0107947058994e-07
BICGSTAB_SOLVER_TIME: 0.685269 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115327
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126487
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 54 resid = 1.402373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209745(s) Flops=357304320 => 1703.51770006436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245247.687826192 Mflops = 245.247687826192 Gflops = 0.245247687826192 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059723 s
InvBiCGStab: k = 82 resid = 1.008126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304048(s) Flops=541034496 => 1779.43777298321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256174.906402214 Mflops = 256.174906402214 Gflops = 0.256174906402214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001047499 Relative Rsd = 4.59141832574667e-07
BICGSTAB_SOLVER_TIME: 0.618828 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041347 s
InvBiCGStab: k = 60 resid = 2.194311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221502(s) Flops=396675072 => 1790.84194273641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257810.499576463 Mflops = 257.810499576463 Gflops = 0.257810499576463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056479 s
InvBiCGStab: k = 79 resid = 9.406021e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288817(s) Flops=521349120 => 1805.11922774629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259871.160267149 Mflops = 259.871160267149 Gflops = 0.259871160267149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001124312 Relative Rsd = 4.92810734785173e-07
BICGSTAB_SOLVER_TIME: 0.61198 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113958
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040764 s
InvBiCGStab: k = 57 resid = 2.066242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225822(s) Flops=376989696 => 1669.41084571034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240334.779654367 Mflops = 240.334779654367 Gflops = 0.240334779654367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063091 s
InvBiCGStab: k = 83 resid = 9.452841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338344(s) Flops=547596288 => 1618.46017071383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233010.965706538 Mflops = 233.010965706538 Gflops = 0.233010965706538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001067228 Relative Rsd = 4.67789446859797e-07
BICGSTAB_SOLVER_TIME: 0.671925 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114124
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986237(s) Flops=1435410432 => 1455.44167578381 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209566.268666546 Mflops = 209.566268666546 Gflops = 0.209566268666546 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159178000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.952982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.907627(s) Flops=1335011328 => 1470.88102050732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211759.11854635 Mflops = 211.75911854635 Gflops = 0.21175911854635 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 8.691506e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868043(s) Flops=1512179712 => 1742.05622532524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250844.872491715 Mflops = 250.844872491715 Gflops = 0.250844872491715 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.002060795 Relative Rsd = 9.0691726777368e-07
BICGSTAB_SOLVER_TIME: 1.779117 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308868999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.083773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.662327(s) Flops=1157842944 => 1748.14395910177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251560.47996856 Mflops = 251.56047996856 Gflops = 0.25156047996856 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.121268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832942(s) Flops=1499056128 => 1799.71249858934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259146.377473588 Mflops = 259.146377473588 Gflops = 0.259146377473588 Tflops
BICGSTAB_SOLVER: 404 iterations. Rsd = 0.00221869 Relative Rsd = 9.74482342964599e-07
BICGSTAB_SOLVER_TIME: 1.498688 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288776999999999
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012035(s) Flops=1435410432 => 1418.34070165558 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204233.969646636 Mflops = 204.233969646636 Gflops = 0.204233969646636 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159106000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050613 s
InvBiCGStab: k = 31 resid = 1.808347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13756(s) Flops=206383104 => 1500.31334690317 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215939.464250034 Mflops = 215.939464250034 Gflops = 0.215939464250034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058773 s
InvBiCGStab: k = 50 resid = 6.025418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1878(s) Flops=331057152 => 1762.81763578275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253767.347795009 Mflops = 253.767347795009 Gflops = 0.253767347795009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007783867 Relative Rsd = 3.41184051704309e-07
BICGSTAB_SOLVER_TIME: 0.438566 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050689 s
InvBiCGStab: k = 92 resid = 1.616477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350873(s) Flops=606652416 => 1728.98004691156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248935.051805711 Mflops = 248.935051805711 Gflops = 0.248935051805711 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060445 s
InvBiCGStab: k = 108 resid = 1.051466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452658(s) Flops=711641088 => 1572.13854168047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226357.04691783 Mflops = 226.35704691783 Gflops = 0.22635704691783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 200 iterations. Rsd = 0.001325671 Relative Rsd = 5.81070795706976e-07
BICGSTAB_SOLVER_TIME: 0.919239 sec
2Flav::invert,  n_count = 200
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157145999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048144 s
InvBiCGStab: k = 54 resid = 2.193741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227603(s) Flops=357304320 => 1569.85769080372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225991.265364921 Mflops = 225.991265364921 Gflops = 0.225991265364921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056949 s
InvBiCGStab: k = 84 resid = 7.607563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311475(s) Flops=554158080 => 1779.14143992295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256142.492018725 Mflops = 256.142492018725 Gflops = 0.256142492018725 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001039645 Relative Rsd = 4.55699217684948e-07
BICGSTAB_SOLVER_TIME: 0.648048 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114139
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 69 resid = 2.098284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262991(s) Flops=455731200 => 1732.87755094281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249467.947179104 Mflops = 249.467947179104 Gflops = 0.249467947179104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062675 s
InvBiCGStab: k = 91 resid = 5.048693e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344897(s) Flops=600090624 => 1739.91256520063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250498.092546461 Mflops = 250.498092546461 Gflops = 0.250498092546461 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001140412 Relative Rsd = 4.99867620754231e-07
BICGSTAB_SOLVER_TIME: 0.715509 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 62 resid = 2.099756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229812(s) Flops=409798656 => 1783.19085165266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256718.896602895 Mflops = 256.718896602895 Gflops = 0.256718896602895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 90 resid = 8.094312e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328751(s) Flops=593528832 => 1805.40540409003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259933.606590744 Mflops = 259.933606590744 Gflops = 0.259933606590744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001103902 Relative Rsd = 4.83864712236991e-07
BICGSTAB_SOLVER_TIME: 0.659259 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122989
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955162(s) Flops=1441898496 => 1509.58528082147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217389.202027702 Mflops = 217.389202027702 Gflops = 0.217389202027702 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159828000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046927 s
InvBiCGStab: k = 30 resid = 1.56685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122961(s) Flops=199821312 => 1625.07878107693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233884.94761753 Mflops = 233.88494761753 Gflops = 0.23388494761753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068082 s
InvBiCGStab: k = 51 resid = 1.098523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212651(s) Flops=337618944 => 1587.66685320078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228547.003314468 Mflops = 228.547003314468 Gflops = 0.228547003314468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007398223 Relative Rsd = 3.242804329519e-07
BICGSTAB_SOLVER_TIME: 0.455502 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719890000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 78 resid = 1.58203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310111(s) Flops=514787328 => 1660.00989323178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238994.772129758 Mflops = 238.994772129758 Gflops = 0.238994772129758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056758 s
InvBiCGStab: k = 109 resid = 1.103434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.512917(s) Flops=718202880 => 1400.23216231866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201613.226679341 Mflops = 201.613226679341 Gflops = 0.201613226679341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001306533 Relative Rsd = 5.72682349610636e-07
BICGSTAB_SOLVER_TIME: 0.925514 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.139722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001677
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.063398 s
InvBiCGStab: k = 64 resid = 1.5402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328245(s) Flops=422922240 => 1288.43467531874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  185515.624832884 Mflops = 185.515624832884 Gflops = 0.185515624832884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066913 s
InvBiCGStab: k = 73 resid = 9.900804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306915(s) Flops=481978368 => 1570.39691119691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226094.382728093 Mflops = 226.094382728093 Gflops = 0.226094382728093 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00102251 Relative Rsd = 4.48188800142359e-07
BICGSTAB_SOLVER_TIME: 0.769371 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040821 s
InvBiCGStab: k = 56 resid = 2.15719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207277(s) Flops=370427904 => 1787.11532876296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257295.773956651 Mflops = 257.295773956651 Gflops = 0.257295773956651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 88 resid = 8.670037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350775(s) Flops=580405248 => 1654.63686978833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238222.594222659 Mflops = 238.222594222659 Gflops = 0.238222594222659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001149203 Relative Rsd = 5.03721210361908e-07
BICGSTAB_SOLVER_TIME: 0.659615 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117087
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 64 resid = 2.235629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234129(s) Flops=422922240 => 1806.36418384737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260047.417205156 Mflops = 260.047417205156 Gflops = 0.260047417205156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056362 s
InvBiCGStab: k = 87 resid = 1.1452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31792(s) Flops=573843456 => 1804.99325616507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259868.174208767 Mflops = 259.868174208767 Gflops = 0.259868174208767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001153371 Relative Rsd = 5.05548144534626e-07
BICGSTAB_SOLVER_TIME: 0.653458 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122192
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912011(s) Flops=1448312832 => 1588.04316176011 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228655.541286495 Mflops = 228.655541286495 Gflops = 0.228655541286495 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161420000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044443 s
InvBiCGStab: k = 31 resid = 1.75194e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132799(s) Flops=206383104 => 1554.10134112456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223705.46571153 Mflops = 223.70546571153 Gflops = 0.22370546571153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065588 s
InvBiCGStab: k = 61 resid = 5.045242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245741(s) Flops=403236864 => 1640.90186008847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236230.080668163 Mflops = 236.230080668163 Gflops = 0.236230080668163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007726832 Relative Rsd = 3.38684117090177e-07
BICGSTAB_SOLVER_TIME: 0.492416 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0798390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049006 s
InvBiCGStab: k = 56 resid = 2.096828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218972(s) Flops=370427904 => 1691.66790274556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243543.320565549 Mflops = 243.543320565549 Gflops = 0.243543320565549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060892 s
InvBiCGStab: k = 81 resid = 7.939775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312764(s) Flops=534472704 => 1708.86900026857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246025.03379352 Mflops = 246.02503379352 Gflops = 0.24602503379352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001099801 Relative Rsd = 4.82067118822011e-07
BICGSTAB_SOLVER_TIME: 0.645501 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042309 s
InvBiCGStab: k = 62 resid = 1.44937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251248(s) Flops=409798656 => 1631.05241036745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234828.825946955 Mflops = 234.828825946955 Gflops = 0.234828825946955 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063859 s
InvBiCGStab: k = 83 resid = 9.794971e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330468(s) Flops=547596288 => 1657.03271723737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238558.229575671 Mflops = 238.558229575671 Gflops = 0.238558229575671 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001032961 Relative Rsd = 4.52769428213095e-07
BICGSTAB_SOLVER_TIME: 0.69208 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117721
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043778 s
InvBiCGStab: k = 55 resid = 2.130097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23806(s) Flops=363866112 => 1528.46388305469 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220048.40993054 Mflops = 220.04840993054 Gflops = 0.22004840993054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061554 s
InvBiCGStab: k = 87 resid = 9.352488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340931(s) Flops=573843456 => 1683.16596613391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242336.691252462 Mflops = 242.336691252462 Gflops = 0.242336691252462 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001130404 Relative Rsd = 4.95480947848999e-07
BICGSTAB_SOLVER_TIME: 0.688313 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041491 s
InvBiCGStab: k = 62 resid = 1.937586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230131(s) Flops=409798656 => 1780.71905132294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256354.355034602 Mflops = 256.354355034602 Gflops = 0.256354355034602 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057052 s
InvBiCGStab: k = 75 resid = 9.579801e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275356(s) Flops=495101952 => 1798.04308604134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258859.246671571 Mflops = 258.859246671571 Gflops = 0.258859246671571 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001063697 Relative Rsd = 4.66241683618535e-07
BICGSTAB_SOLVER_TIME: 0.607812 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112059
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907335(s) Flops=1454800896 => 1603.37791003323 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230870.979124565 Mflops = 230.870979124565 Gflops = 0.230870979124565 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161559000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 30 resid = 2.147142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113059(s) Flops=199821312 => 1767.40738906235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254399.12744756 Mflops = 254.39912744756 Gflops = 0.25439912744756 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059215 s
InvBiCGStab: k = 50 resid = 1.092209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204467(s) Flops=331057152 => 1619.12265548964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233092.672514122 Mflops = 233.092672514122 Gflops = 0.233092672514122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007286704 Relative Rsd = 3.19392313740065e-07
BICGSTAB_SOLVER_TIME: 0.422076 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043931 s
InvBiCGStab: k = 61 resid = 2.242637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231976(s) Flops=403236864 => 1738.26975204331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250214.023677765 Mflops = 250.214023677765 Gflops = 0.250214023677765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055781 s
InvBiCGStab: k = 91 resid = 8.87935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349388(s) Flops=600090624 => 1717.54789517671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247279.281166605 Mflops = 247.279281166605 Gflops = 0.247279281166605 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001154001 Relative Rsd = 5.05824049712178e-07
BICGSTAB_SOLVER_TIME: 0.684881 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122979000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 54 resid = 1.545853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208159(s) Flops=357304320 => 1716.49710077393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247057.922175396 Mflops = 247.057922175396 Gflops = 0.247057922175396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056533 s
InvBiCGStab: k = 85 resid = 8.131316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336187(s) Flops=560719872 => 1667.88088772023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240128.529539427 Mflops = 240.128529539427 Gflops = 0.240128529539427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001062696 Relative Rsd = 4.6580320512941e-07
BICGSTAB_SOLVER_TIME: 0.645774 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 74 resid = 1.437045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270301(s) Flops=488540160 => 1807.39309140551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260210.943095932 Mflops = 260.210943095932 Gflops = 0.260210943095932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061757 s
InvBiCGStab: k = 80 resid = 9.08802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333487(s) Flops=527910912 => 1583.00297163008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227903.180981676 Mflops = 227.903180981676 Gflops = 0.227903180981676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00109884 Relative Rsd = 4.81645836568291e-07
BICGSTAB_SOLVER_TIME: 0.710865 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124417
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049332 s
InvBiCGStab: k = 53 resid = 2.000078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226561(s) Flops=350742528 => 1548.11520076271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222880.542262198 Mflops = 222.880542262198 Gflops = 0.222880542262198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057404 s
InvBiCGStab: k = 73 resid = 9.886201e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273568(s) Flops=481978368 => 1761.82290326354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253639.110671591 Mflops = 253.639110671591 Gflops = 0.253639110671591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001016631 Relative Rsd = 4.45612018256654e-07
BICGSTAB_SOLVER_TIME: 0.610695 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104138
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.912264(s) Flops=1461141504 => 1601.66520217832 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230623.723917601 Mflops = 230.623723917601 Gflops = 0.230623723917601 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162228000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.975847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.904821(s) Flops=1387505664 => 1533.45873272172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220861.933232546 Mflops = 220.861933232547 Gflops = 0.220861933232546 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.108673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.832694(s) Flops=1426876416 => 1713.56634730165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246740.213646166 Mflops = 246.740213646166 Gflops = 0.246740213646166 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.001997838 Relative Rsd = 8.79267993411549e-07
BICGSTAB_SOLVER_TIME: 1.740898 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.115504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305396999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.010298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.681301(s) Flops=1144719360 => 1680.19621283398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241991.718783559 Mflops = 241.991718783559 Gflops = 0.241991718783559 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.110954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.71529(s) Flops=1256269824 => 1756.30838401208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252890.582518664 Mflops = 252.890582518664 Gflops = 0.252890582518664 Tflops
BICGSTAB_SOLVER: 365 iterations. Rsd = 0.002381841 Relative Rsd = 1.04616718302438e-06
BICGSTAB_SOLVER_TIME: 1.400391 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.119536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260608999999998
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96459(s) Flops=1461141504 => 1514.77985880011 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218172.886801161 Mflops = 218.172886801161 Gflops = 0.218172886801161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162024000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040648 s
InvBiCGStab: k = 28 resid = 1.983444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10378(s) Flops=186697728 => 1798.97598766622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258912.192364575 Mflops = 258.912192364575 Gflops = 0.258912192364575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055562 s
InvBiCGStab: k = 43 resid = 7.77547e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165551(s) Flops=285124608 => 1722.27656734179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247891.010790578 Mflops = 247.891010790578 Gflops = 0.247891010790578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007211206 Relative Rsd = 3.16083058972694e-07
BICGSTAB_SOLVER_TIME: 0.369479 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649190000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 71 resid = 2.069416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308815(s) Flops=468854784 => 1518.23837572657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218588.683370006 Mflops = 218.588683370006 Gflops = 0.218588683370006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069452 s
InvBiCGStab: k = 102 resid = 8.625046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442516(s) Flops=672270336 => 1519.20006508239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218733.260722627 Mflops = 218.733260722627 Gflops = 0.218733260722627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001288661 Relative Rsd = 5.64848469349256e-07
BICGSTAB_SOLVER_TIME: 0.866114 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118365
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001753
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040711 s
InvBiCGStab: k = 51 resid = 2.229512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194697(s) Flops=337618944 => 1734.07368372394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249650.093733508 Mflops = 249.650093733508 Gflops = 0.249650093733508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05665 s
InvBiCGStab: k = 78 resid = 1.131173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311223(s) Flops=514787328 => 1654.07867670449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238134.480631862 Mflops = 238.134480631862 Gflops = 0.238134480631862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0010476 Relative Rsd = 4.59186022307191e-07
BICGSTAB_SOLVER_TIME: 0.608007 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040668 s
InvBiCGStab: k = 68 resid = 2.226359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248382(s) Flops=449169408 => 1808.38147691862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260348.154878796 Mflops = 260.348154878796 Gflops = 0.260348154878796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055817 s
InvBiCGStab: k = 84 resid = 1.149691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306758(s) Flops=554158080 => 1806.49919480503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260090.811710043 Mflops = 260.090811710043 Gflops = 0.260090811710043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001167499 Relative Rsd = 5.11740371129981e-07
BICGSTAB_SOLVER_TIME: 0.655504 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 54 resid = 1.964471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19781(s) Flops=357304320 => 1806.30059147667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.697382056 Mflops = 260.033697382056 Gflops = 0.260033697382056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056033 s
InvBiCGStab: k = 89 resid = 3.748177e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326426(s) Flops=586967040 => 1798.16264635783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258885.450959131 Mflops = 258.885450959131 Gflops = 0.258885450959131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001079388 Relative Rsd = 4.73119514424282e-07
BICGSTAB_SOLVER_TIME: 0.625087 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116405
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006268(s) Flops=1467482112 => 1458.34122917553 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209986.181838636 Mflops = 209.986181838636 Gflops = 0.209986181838636 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047261 s
InvBiCGStab: k = 29 resid = 2.179647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112316(s) Flops=193259520 => 1720.6766622743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247652.415842362 Mflops = 247.652415842362 Gflops = 0.247652415842362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055775 s
InvBiCGStab: k = 47 resid = 7.833394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172699(s) Flops=311371776 => 1802.97382150447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259529.589484737 Mflops = 259.529589484737 Gflops = 0.259529589484737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000697116 Relative Rsd = 3.05561335679143e-07
BICGSTAB_SOLVER_TIME: 0.391858 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041334 s
InvBiCGStab: k = 86 resid = 1.80876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31306(s) Flops=567281664 => 1812.05412381013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260888.709853902 Mflops = 260.888709853902 Gflops = 0.260888709853902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055747 s
InvBiCGStab: k = 90 resid = 7.868085e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329309(s) Flops=593528832 => 1802.34622193745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.945920781 Mflops = 259.478945920781 Gflops = 0.259478945920781 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001267381 Relative Rsd = 5.55521272087497e-07
BICGSTAB_SOLVER_TIME: 0.74328 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0424 s
InvBiCGStab: k = 52 resid = 1.711725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191826(s) Flops=344180736 => 1794.23402458478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258280.582990815 Mflops = 258.280582990815 Gflops = 0.258280582990815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063722 s
InvBiCGStab: k = 74 resid = 1.098659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307987(s) Flops=488540160 => 1586.23630218159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228372.904171368 Mflops = 228.372904171368 Gflops = 0.228372904171368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001063164 Relative Rsd = 4.66008335296556e-07
BICGSTAB_SOLVER_TIME: 0.610418 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103943
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04755 s
InvBiCGStab: k = 68 resid = 2.057659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269718(s) Flops=449169408 => 1665.32974439971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239762.474677096 Mflops = 239.762474677096 Gflops = 0.239762474677096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056407 s
InvBiCGStab: k = 94 resid = 1.099816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351624(s) Flops=619776000 => 1762.61006074671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253772.360536901 Mflops = 253.772360536901 Gflops = 0.253772360536901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001132139 Relative Rsd = 4.96241409262177e-07
BICGSTAB_SOLVER_TIME: 0.729219 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 52 resid = 2.236984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192638(s) Flops=344180736 => 1786.67104101994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257219.978383656 Mflops = 257.219978383656 Gflops = 0.257219978383656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056945 s
InvBiCGStab: k = 81 resid = 1.146254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297732(s) Flops=534472704 => 1795.14699125388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258441.085785827 Mflops = 258.441085785827 Gflops = 0.258441085785827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001104474 Relative Rsd = 4.84115460903995e-07
BICGSTAB_SOLVER_TIME: 0.592675 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114844
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109398
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956631(s) Flops=1467629568 => 1534.1647594527 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220908.548719222 Mflops = 220.908548719222 Gflops = 0.220908548719222 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162806000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041068 s
InvBiCGStab: k = 27 resid = 2.187149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102915(s) Flops=180135936 => 1750.33703541758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251930.505375109 Mflops = 251.930505375109 Gflops = 0.251930505375109 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070446 s
InvBiCGStab: k = 51 resid = 7.023855e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194313(s) Flops=337618944 => 1737.50054808479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250125.670130488 Mflops = 250.125670130488 Gflops = 0.250125670130488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007120983 Relative Rsd = 3.12128384076182e-07
BICGSTAB_SOLVER_TIME: 0.413334 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050422 s
InvBiCGStab: k = 51 resid = 1.912755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194367(s) Flops=337618944 => 1737.01782710028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250063.943477335 Mflops = 250.063943477335 Gflops = 0.250063943477335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05859 s
InvBiCGStab: k = 80 resid = 9.174799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310487(s) Flops=527910912 => 1700.26736063024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244778.655136704 Mflops = 244.778655136704 Gflops = 0.244778655136704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001046071 Relative Rsd = 4.58516032482657e-07
BICGSTAB_SOLVER_TIME: 0.617749 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040642 s
InvBiCGStab: k = 54 resid = 2.207369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213099(s) Flops=357304320 => 1676.70575647938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241407.411522227 Mflops = 241.407411522227 Gflops = 0.241407411522227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0562 s
InvBiCGStab: k = 83 resid = 1.141782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312981(s) Flops=547596288 => 1749.61511401651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251896.605297065 Mflops = 251.896605297065 Gflops = 0.251896605297065 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001041131 Relative Rsd = 4.56350786616363e-07
BICGSTAB_SOLVER_TIME: 0.626753 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041824 s
InvBiCGStab: k = 58 resid = 1.866623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236565(s) Flops=383551488 => 1621.33657979836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233425.824290678 Mflops = 233.425824290678 Gflops = 0.233425824290678 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063226 s
InvBiCGStab: k = 84 resid = 9.767659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36672(s) Flops=554158080 => 1511.12041884817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217562.127243282 Mflops = 217.562127243282 Gflops = 0.217562127243282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001127545 Relative Rsd = 4.94227714788028e-07
BICGSTAB_SOLVER_TIME: 0.712489 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115617
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049487 s
InvBiCGStab: k = 55 resid = 1.91104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209324(s) Flops=363866112 => 1738.29141426688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250259.214728604 Mflops = 250.259214728604 Gflops = 0.250259214728604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058686 s
InvBiCGStab: k = 83 resid = 6.794716e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339696(s) Flops=547596288 => 1612.01865197117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232085.432468377 Mflops = 232.085432468377 Gflops = 0.232085432468377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001049135 Relative Rsd = 4.59859226858225e-07
BICGSTAB_SOLVER_TIME: 0.661072 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112717
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949772(s) Flops=1473748992 => 1551.68713333305 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223424.912501748 Mflops = 223.424912501748 Gflops = 0.223424912501748 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163976000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046261 s
InvBiCGStab: k = 34 resid = 1.130192e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163812(s) Flops=226068480 => 1380.04834810637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198676.186333662 Mflops = 198.676186333662 Gflops = 0.198676186333662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066148 s
InvBiCGStab: k = 52 resid = 1.149883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198903(s) Flops=344180736 => 1730.39489600459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249111.826677431 Mflops = 249.111826677431 Gflops = 0.249111826677431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007184284 Relative Rsd = 3.14903024723855e-07
BICGSTAB_SOLVER_TIME: 0.478887 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001793
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048809 s
InvBiCGStab: k = 52 resid = 2.172648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208868(s) Flops=344180736 => 1647.83852002221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237220.768069687 Mflops = 237.220768069687 Gflops = 0.237220768069687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056545 s
InvBiCGStab: k = 87 resid = 5.909184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325686(s) Flops=573843456 => 1761.95309592675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253675.226259839 Mflops = 253.675226259839 Gflops = 0.253675226259839 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001150186 Relative Rsd = 5.04152085767724e-07
BICGSTAB_SOLVER_TIME: 0.64361 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113658
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045809 s
InvBiCGStab: k = 48 resid = 2.276435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180687(s) Flops=317933568 => 1759.5818625579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253314.987040673 Mflops = 253.314987040673 Gflops = 0.253314987040673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064537 s
InvBiCGStab: k = 69 resid = 1.034726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26903(s) Flops=455731200 => 1693.97911013642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243871.46441773 Mflops = 243.87146441773 Gflops = 0.24387146441773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001011141 Relative Rsd = 4.43205514820641e-07
BICGSTAB_SOLVER_TIME: 0.56387 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0975830000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041028 s
InvBiCGStab: k = 58 resid = 2.033201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218052(s) Flops=383551488 => 1758.99091959716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253217.169874852 Mflops = 253.217169874852 Gflops = 0.253217169874852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 88 resid = 1.070317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334798(s) Flops=580405248 => 1733.59831301262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249588.090367991 Mflops = 249.588090367991 Gflops = 0.249588090367991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001100142 Relative Rsd = 4.82216731172775e-07
BICGSTAB_SOLVER_TIME: 0.654234 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118552
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049374 s
InvBiCGStab: k = 55 resid = 1.931669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249017(s) Flops=363866112 => 1461.20992542678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210376.922192998 Mflops = 210.376922192998 Gflops = 0.210376922192998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060561 s
InvBiCGStab: k = 83 resid = 8.930685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352819(s) Flops=547596288 => 1552.06008746694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223452.240163518 Mflops = 223.452240163518 Gflops = 0.223452240163518 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001053754 Relative Rsd = 4.61883790169589e-07
BICGSTAB_SOLVER_TIME: 0.716169 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112688
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981361(s) Flops=1467703296 => 1495.57940044489 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215353.298871501 Mflops = 215.353298871501 Gflops = 0.215353298871501 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163014000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.397382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 1.868006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864077(s) Flops=1262831616 => 1461.48041899044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210412.283253563 Mflops = 210.412283253563 Gflops = 0.210412283253563 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.141837e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854498(s) Flops=1426876416 => 1669.84172695548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240445.806621418 Mflops = 240.445806621418 Gflops = 0.240445806621418 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002201519 Relative Rsd = 9.68962913418671e-07
BICGSTAB_SOLVER_TIME: 1.722208 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128661
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0.116275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291990999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.532633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743411(s) Flops=1269393408 => 1707.52572668416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245840.25316615 Mflops = 245.84025316615 Gflops = 0.24584025316615 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.120483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.814454(s) Flops=1394067456 => 1711.65892241919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246464.449803404 Mflops = 246.464449803404 Gflops = 0.246464449803404 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002245781 Relative Rsd = 9.86409585881659e-07
BICGSTAB_SOLVER_TIME: 1.561254 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.120452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289091999999999
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.049582(s) Flops=1467703296 => 1398.3693470353 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201347.220124861 Mflops = 201.347220124861 Gflops = 0.201347220124861 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162553000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043672 s
InvBiCGStab: k = 22 resid = 2.160019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.081977(s) Flops=147326976 => 1797.17452456177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258611.97946226 Mflops = 258.61197946226 Gflops = 0.25861197946226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05724 s
InvBiCGStab: k = 49 resid = 1.10164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203225(s) Flops=324495360 => 1596.72953622832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229856.627307876 Mflops = 229.856627307876 Gflops = 0.229856627307876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007515661 Relative Rsd = 3.29428001003252e-07
BICGSTAB_SOLVER_TIME: 0.389906 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041189 s
InvBiCGStab: k = 91 resid = 1.2873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38194(s) Flops=600090624 => 1571.16464366131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226209.729802437 Mflops = 226.209729802437 Gflops = 0.226209729802437 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062924 s
InvBiCGStab: k = 121 resid = 1.097833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.502259(s) Flops=796944384 => 1586.71996718824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228458.636806057 Mflops = 228.458636806057 Gflops = 0.228458636806057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001351768 Relative Rsd = 5.92509813142244e-07
BICGSTAB_SOLVER_TIME: 0.993143 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165870999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040966 s
InvBiCGStab: k = 51 resid = 2.162623e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188418(s) Flops=337618944 => 1791.86141451454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257958.126198139 Mflops = 257.958126198139 Gflops = 0.257958126198139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058457 s
InvBiCGStab: k = 86 resid = 6.86346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406662(s) Flops=567281664 => 1394.97091933842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200845.904712974 Mflops = 200.845904712974 Gflops = 0.200845904712974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001039804 Relative Rsd = 4.55768921119854e-07
BICGSTAB_SOLVER_TIME: 0.698297 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042324 s
InvBiCGStab: k = 62 resid = 2.205162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252987(s) Flops=409798656 => 1619.8407665216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233201.462185097 Mflops = 233.201462185097 Gflops = 0.233201462185097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062606 s
InvBiCGStab: k = 94 resid = 8.850017e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.398351(s) Flops=619776000 => 1555.85400814859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224009.05713759 Mflops = 224.00905713759 Gflops = 0.22400905713759 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001157598 Relative Rsd = 5.07400541382321e-07
BICGSTAB_SOLVER_TIME: 0.760147 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125782
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04816 s
InvBiCGStab: k = 61 resid = 2.182468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229345(s) Flops=403236864 => 1758.2108352046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253129.888317575 Mflops = 253.129888317575 Gflops = 0.253129888317575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064447 s
InvBiCGStab: k = 86 resid = 1.046718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331724(s) Flops=567281664 => 1710.10136137271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246210.279747918 Mflops = 246.210279747918 Gflops = 0.246210279747918 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001111719 Relative Rsd = 4.87290794247566e-07
BICGSTAB_SOLVER_TIME: 0.677965 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119145
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.044514(s) Flops=1467629568 => 1405.08367336388 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202314.927399032 Mflops = 202.314927399032 Gflops = 0.202314927399032 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162808000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04069 s
InvBiCGStab: k = 33 resid = 9.966134e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122248(s) Flops=219506688 => 1795.5851056868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258446.760749065 Mflops = 258.446760749065 Gflops = 0.258446760749065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056192 s
InvBiCGStab: k = 45 resid = 1.114675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165509(s) Flops=298248192 => 1802.00588487635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259385.532441326 Mflops = 259.385532441326 Gflops = 0.259385532441326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007461144 Relative Rsd = 3.27038413151918e-07
BICGSTAB_SOLVER_TIME: 0.388531 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041006 s
InvBiCGStab: k = 80 resid = 9.909979e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291597(s) Flops=527910912 => 1810.41269971913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260665.602504731 Mflops = 260.665602504731 Gflops = 0.260665602504731 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055869 s
InvBiCGStab: k = 97 resid = 1.068482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364615(s) Flops=639461376 => 1753.79887278362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252582.920854767 Mflops = 252.582920854767 Gflops = 0.252582920854767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001260645 Relative Rsd = 5.525685202835e-07
BICGSTAB_SOLVER_TIME: 0.757996 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140889
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045311 s
InvBiCGStab: k = 52 resid = 1.70382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241834(s) Flops=344180736 => 1423.21069824756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204897.865536662 Mflops = 204.897865536662 Gflops = 0.204897865536662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075528 s
InvBiCGStab: k = 71 resid = 9.893276e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297262(s) Flops=468854784 => 1577.244262637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227076.84758444 Mflops = 227.07684758444 Gflops = 0.22707684758444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001027612 Relative Rsd = 4.50424923073869e-07
BICGSTAB_SOLVER_TIME: 0.663763 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049414 s
InvBiCGStab: k = 63 resid = 2.015068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239077(s) Flops=416360448 => 1741.53284506665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250716.701812118 Mflops = 250.716701812118 Gflops = 0.250716701812118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057011 s
InvBiCGStab: k = 100 resid = 9.998063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418325(s) Flops=659146752 => 1575.68099444212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226860.094329552 Mflops = 226.860094329552 Gflops = 0.226860094329552 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001136627 Relative Rsd = 4.98208617770587e-07
BICGSTAB_SOLVER_TIME: 0.768245 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130877
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043052 s
InvBiCGStab: k = 49 resid = 2.078007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189447(s) Flops=324495360 => 1712.85562716749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246591.425590236 Mflops = 246.591425590236 Gflops = 0.246591425590236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061052 s
InvBiCGStab: k = 88 resid = 1.053395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342481(s) Flops=580405248 => 1694.70787576537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243988.421409959 Mflops = 243.988421409959 Gflops = 0.243988421409959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001068626 Relative Rsd = 4.68402234963592e-07
BICGSTAB_SOLVER_TIME: 0.640177 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111943
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013431(s) Flops=1461510144 => 1442.14075156572 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207653.047284551 Mflops = 207.653047284551 Gflops = 0.207653047284551 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161962000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 28 resid = 1.86772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1038(s) Flops=186697728 => 1798.62936416185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258841.684813067 Mflops = 258.841684813067 Gflops = 0.258841684813067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056803 s
InvBiCGStab: k = 55 resid = 1.124469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201859(s) Flops=363866112 => 1802.57561961567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259485.440926215 Mflops = 259.485440926215 Gflops = 0.259485440926215 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007554099 Relative Rsd = 3.31112823853706e-07
BICGSTAB_SOLVER_TIME: 0.407684 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 50 resid = 1.788417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182946(s) Flops=331057152 => 1809.58945262536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260512.085169134 Mflops = 260.512085169134 Gflops = 0.260512085169134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056286 s
InvBiCGStab: k = 78 resid = 1.090587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284574(s) Flops=514787328 => 1808.97526829577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260438.893876748 Mflops = 260.438893876748 Gflops = 0.260438893876748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001097386 Relative Rsd = 4.81008402227995e-07
BICGSTAB_SOLVER_TIME: 0.568425 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11424
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 57 resid = 2.043302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209117(s) Flops=376989696 => 1802.76924401173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259532.692114949 Mflops = 259.532692114949 Gflops = 0.259532692114949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05625 s
InvBiCGStab: k = 60 resid = 1.007021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278655(s) Flops=396675072 => 1423.53473650213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204934.967601393 Mflops = 204.934967601393 Gflops = 0.204934967601393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.000989525 Relative Rsd = 4.33730644249499e-07
BICGSTAB_SOLVER_TIME: 0.588942 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977110000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049065 s
InvBiCGStab: k = 64 resid = 2.021786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308376(s) Flops=422922240 => 1371.44991828158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197459.622593332 Mflops = 197.459622593332 Gflops = 0.197459622593332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064181 s
InvBiCGStab: k = 74 resid = 9.982181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296983(s) Flops=488540160 => 1645.01052248782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236831.131713344 Mflops = 236.831131713344 Gflops = 0.236831131713344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070368 Relative Rsd = 4.69165860075865e-07
BICGSTAB_SOLVER_TIME: 0.722725 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112831
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04217 s
InvBiCGStab: k = 52 resid = 1.512854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195032(s) Flops=344180736 => 1764.73981705566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254041.214294798 Mflops = 254.041214294798 Gflops = 0.254041214294798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064865 s
InvBiCGStab: k = 87 resid = 9.590121e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369991(s) Flops=573843456 => 1550.96598565911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223304.004518082 Mflops = 223.304004518082 Gflops = 0.223304004518082 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001047672 Relative Rsd = 4.59217659298144e-07
BICGSTAB_SOLVER_TIME: 0.675908 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115585
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113473
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958476(s) Flops=1461215232 => 1524.51937450703 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219560.634560136 Mflops = 219.560634560136 Gflops = 0.219560634560136 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162262000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053261 s
InvBiCGStab: k = 28 resid = 2.248451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121757(s) Flops=186697728 => 1533.36340415746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220724.465672113 Mflops = 220.724465672113 Gflops = 0.220724465672113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058125 s
InvBiCGStab: k = 47 resid = 1.077653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175964(s) Flops=311371776 => 1769.51976540656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254721.097021609 Mflops = 254.721097021609 Gflops = 0.254721097021609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007376248 Relative Rsd = 3.233172396596e-07
BICGSTAB_SOLVER_TIME: 0.412974 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677440000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040725 s
InvBiCGStab: k = 51 resid = 1.992364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187023(s) Flops=337618944 => 1805.22686514493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.022156838 Mflops = 259.873022156838 Gflops = 0.259873022156838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 88 resid = 6.432748e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321656(s) Flops=580405248 => 1804.42848260253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.345033397 Mflops = 259.776345033397 Gflops = 0.259776345033397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00108502 Relative Rsd = 4.75588067184485e-07
BICGSTAB_SOLVER_TIME: 0.609314 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113613
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042038 s
InvBiCGStab: k = 47 resid = 2.268082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187495(s) Flops=311371776 => 1660.69375716686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239043.405027848 Mflops = 239.043405027848 Gflops = 0.239043405027848 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056131 s
InvBiCGStab: k = 73 resid = 1.076314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270862(s) Flops=481978368 => 1779.42409049627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256179.782983789 Mflops = 256.179782983789 Gflops = 0.256179782983789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001002803 Relative Rsd = 4.39550779009324e-07
BICGSTAB_SOLVER_TIME: 0.560417 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998120000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041256 s
InvBiCGStab: k = 55 resid = 1.942898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201781(s) Flops=363866112 => 1803.27241910784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.545516758 Mflops = 259.613545516758 Gflops = 0.259613545516758 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 84 resid = 1.104175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38077(s) Flops=554158080 => 1455.36171442078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209540.952499447 Mflops = 209.540952499447 Gflops = 0.209540952499447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001082415 Relative Rsd = 4.74446175920706e-07
BICGSTAB_SOLVER_TIME: 0.684588 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118022
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113567
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056544 s
InvBiCGStab: k = 53 resid = 1.848021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237474(s) Flops=350742528 => 1476.97233381339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212655.466712879 Mflops = 212.655466712879 Gflops = 0.212655466712879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 69 resid = 1.066794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26339(s) Flops=455731200 => 1730.25247731501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249097.373228636 Mflops = 249.097373228636 Gflops = 0.249097373228636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001019182 Relative Rsd = 4.46730130749813e-07
BICGSTAB_SOLVER_TIME: 0.61795 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101246
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979284(s) Flops=1454874624 => 1485.65137794552 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213929.209459661 Mflops = 213.929209459661 Gflops = 0.213929209459661 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161303000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.414736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937827(s) Flops=1512179712 => 1612.42927746802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232113.197951269 Mflops = 232.113197951269 Gflops = 0.232113197951269 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.147681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805948(s) Flops=1433438208 => 1778.57406185014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256106.142513889 Mflops = 256.106142513889 Gflops = 0.256106142513889 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002099552 Relative Rsd = 9.24121838861301e-07
BICGSTAB_SOLVER_TIME: 1.747237 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.116618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319777999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.246404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.730711(s) Flops=1315325952 => 1800.06316040131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259237.184246228 Mflops = 259.237184246228 Gflops = 0.259237184246228 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 5.410699e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911675(s) Flops=1505617920 => 1651.48536485041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237802.09674167 Mflops = 237.80209674167 Gflops = 0.23780209674167 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002067063 Relative Rsd = 9.07904896270148e-07
BICGSTAB_SOLVER_TIME: 1.646461 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.133122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306227999999999
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958406(s) Flops=1454874624 => 1518.01493730215 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218581.138610575 Mflops = 218.581138610575 Gflops = 0.218581138610575 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161234000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040985 s
InvBiCGStab: k = 32 resid = 1.788457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129747(s) Flops=212944896 => 1641.23175102315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236251.336905932 Mflops = 236.251336905932 Gflops = 0.236251336905932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058127 s
InvBiCGStab: k = 47 resid = 9.729073e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19848(s) Flops=311371776 => 1568.78162031439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225829.419817513 Mflops = 225.829419817513 Gflops = 0.225829419817513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007795677 Relative Rsd = 3.41701724725627e-07
BICGSTAB_SOLVER_TIME: 0.431325 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044405 s
InvBiCGStab: k = 75 resid = 2.010702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311675(s) Flops=495101952 => 1588.51993903906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228708.428219676 Mflops = 228.708428219676 Gflops = 0.228708428219676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066618 s
InvBiCGStab: k = 118 resid = 8.939775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.455488(s) Flops=777259008 => 1706.43136152873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245692.699258788 Mflops = 245.692699258788 Gflops = 0.245692699258788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001240632 Relative Rsd = 5.43796603240368e-07
BICGSTAB_SOLVER_TIME: 0.882037 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152429999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04893 s
InvBiCGStab: k = 55 resid = 2.092555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223412(s) Flops=363866112 => 1628.67756432063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234479.140648826 Mflops = 234.479140648826 Gflops = 0.234479140648826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 66 resid = 7.987669e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241365(s) Flops=436045824 => 1806.58266111491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260074.056329267 Mflops = 260.074056329267 Gflops = 0.260074056329267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.0009998149 Relative Rsd = 4.38240956556471e-07
BICGSTAB_SOLVER_TIME: 0.574197 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040973 s
InvBiCGStab: k = 65 resid = 2.051476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236972(s) Flops=429484032 => 1812.38303259457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260913.853045288 Mflops = 260.913853045288 Gflops = 0.260913853045288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 90 resid = 8.563363e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327989(s) Flops=593528832 => 1809.59980974972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260525.237527598 Mflops = 260.525237527598 Gflops = 0.260525237527598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001157717 Relative Rsd = 5.07452997554417e-07
BICGSTAB_SOLVER_TIME: 0.665685 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041158 s
InvBiCGStab: k = 55 resid = 2.249463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202341(s) Flops=363866112 => 1798.28167301733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258890.524280802 Mflops = 258.890524280802 Gflops = 0.258890524280802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055623 s
InvBiCGStab: k = 75 resid = 8.445951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274078(s) Flops=495101952 => 1806.42719225914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260062.798553096 Mflops = 260.062798553096 Gflops = 0.260062798553096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001057023 Relative Rsd = 4.63316639695325e-07
BICGSTAB_SOLVER_TIME: 0.576974 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106946
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.060301(s) Flops=1442488320 => 1360.45172078495 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195886.290247722 Mflops = 195.886290247722 Gflops = 0.195886290247722 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159826000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.457763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046632 s
InvBiCGStab: k = 34 resid = 1.37486e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134695(s) Flops=226068480 => 1678.37321355655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241571.796975575 Mflops = 241.571796975575 Gflops = 0.241571796975575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 55 resid = 8.702924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206814(s) Flops=363866112 => 1759.38820389335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253273.737005995 Mflops = 253.273737005995 Gflops = 0.253273737005995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007384895 Relative Rsd = 3.23696245708475e-07
BICGSTAB_SOLVER_TIME: 0.448586 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11495
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048989 s
InvBiCGStab: k = 80 resid = 1.633418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344678(s) Flops=527910912 => 1531.60605550688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220508.706343868 Mflops = 220.508706343868 Gflops = 0.220508706343868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063861 s
InvBiCGStab: k = 103 resid = 1.111727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425064(s) Flops=678832128 => 1597.01157472757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229939.148198224 Mflops = 229.939148198224 Gflops = 0.229939148198224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001301511 Relative Rsd = 5.70481078396579e-07
BICGSTAB_SOLVER_TIME: 0.887058 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041819 s
InvBiCGStab: k = 57 resid = 1.693093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209952(s) Flops=376989696 => 1795.59945130316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258509.562589468 Mflops = 258.509562589468 Gflops = 0.258509562589468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058166 s
InvBiCGStab: k = 66 resid = 1.052984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279777(s) Flops=436045824 => 1558.54778627264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224378.868876744 Mflops = 224.378868876744 Gflops = 0.224378868876744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.00103601 Relative Rsd = 4.54105835943829e-07
BICGSTAB_SOLVER_TIME: 0.593515 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101951
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041264 s
InvBiCGStab: k = 54 resid = 2.268186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198038(s) Flops=357304320 => 1804.22100808936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259720.649209587 Mflops = 259.720649209587 Gflops = 0.259720649209587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 74 resid = 1.049893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270811(s) Flops=488540160 => 1803.98935050644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.760889575 Mflops = 259.714760889575 Gflops = 0.259714760889575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001094829 Relative Rsd = 4.79887534254979e-07
BICGSTAB_SOLVER_TIME: 0.570025 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04106 s
InvBiCGStab: k = 56 resid = 1.925679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205789(s) Flops=370427904 => 1800.03743640331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259146.178567653 Mflops = 259.146178567653 Gflops = 0.259146178567653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055932 s
InvBiCGStab: k = 81 resid = 7.036527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296493(s) Flops=534472704 => 1802.64864263237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259536.73722217 Mflops = 259.53673722217 Gflops = 0.25953673722217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00106342 Relative Rsd = 4.66120391477414e-07
BICGSTAB_SOLVER_TIME: 0.603099 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111915
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984165(s) Flops=1430102016 => 1453.11204523632 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209235.015505792 Mflops = 209.235015505792 Gflops = 0.209235015505792 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158283000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452942
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 28 resid = 1.9832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105725(s) Flops=186697728 => 1765.88061480255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254186.049224686 Mflops = 254.186049224686 Gflops = 0.254186049224686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058114 s
InvBiCGStab: k = 44 resid = 8.827069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172834(s) Flops=291686400 => 1687.66793570709 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242939.182169953 Mflops = 242.939182169953 Gflops = 0.242939182169953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007378917 Relative Rsd = 3.23434219985019e-07
BICGSTAB_SOLVER_TIME: 0.381685 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 58 resid = 2.167917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224745(s) Flops=383551488 => 1706.60743509311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245693.128423205 Mflops = 245.693128423205 Gflops = 0.245693128423205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056626 s
InvBiCGStab: k = 76 resid = 1.089362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286841(s) Flops=501663744 => 1748.92621347715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251790.128097512 Mflops = 251.790128097512 Gflops = 0.251790128097512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001035113 Relative Rsd = 4.53712771844942e-07
BICGSTAB_SOLVER_TIME: 0.613641 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048333 s
InvBiCGStab: k = 49 resid = 2.002697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19453(s) Flops=324495360 => 1668.09931630083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240131.619495253 Mflops = 240.131619495253 Gflops = 0.240131619495253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064798 s
InvBiCGStab: k = 71 resid = 1.083713e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290011(s) Flops=468854784 => 1616.67931216402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232753.494458717 Mflops = 232.753494458717 Gflops = 0.232753494458717 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001008829 Relative Rsd = 4.4219195747984e-07
BICGSTAB_SOLVER_TIME: 0.601575 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044048 s
InvBiCGStab: k = 63 resid = 1.898247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239745(s) Flops=416360448 => 1736.68042294938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250025.593031554 Mflops = 250.025593031554 Gflops = 0.250025593031554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056736 s
InvBiCGStab: k = 75 resid = 1.091709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300648(s) Flops=495101952 => 1646.78278917538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237083.865260117 Mflops = 237.083865260117 Gflops = 0.237083865260117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001084757 Relative Rsd = 4.75472898331936e-07
BICGSTAB_SOLVER_TIME: 0.64516 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 50 resid = 2.028416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184817(s) Flops=331057152 => 1791.27002386144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257888.047580696 Mflops = 257.888047580696 Gflops = 0.257888047580696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 77 resid = 8.450986e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299518(s) Flops=508225536 => 1696.81133020386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244283.593195036 Mflops = 244.283593195036 Gflops = 0.244283593195036 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001052536 Relative Rsd = 4.61349839406152e-07
BICGSTAB_SOLVER_TIME: 0.585866 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105005
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893107(s) Flops=1423835136 => 1594.24921761894 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229549.803061152 Mflops = 229.549803061152 Gflops = 0.229549803061152 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158108000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042907 s
InvBiCGStab: k = 25 resid = 2.274756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095047(s) Flops=167012352 => 1757.15542836702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252862.039557906 Mflops = 252.862039557906 Gflops = 0.252862039557906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063852 s
InvBiCGStab: k = 48 resid = 1.063216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211417(s) Flops=317933568 => 1503.82215242861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216479.055840684 Mflops = 216.479055840684 Gflops = 0.216479055840684 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007534144 Relative Rsd = 3.30238163108669e-07
BICGSTAB_SOLVER_TIME: 0.417102 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663470000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047127 s
InvBiCGStab: k = 51 resid = 1.894957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192491(s) Flops=337618944 => 1753.94664685622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252543.919874244 Mflops = 252.543919874244 Gflops = 0.252543919874244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057659 s
InvBiCGStab: k = 83 resid = 1.133886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322993(s) Flops=547596288 => 1695.38128690095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244073.376893028 Mflops = 244.073376893028 Gflops = 0.244073376893028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00111039 Relative Rsd = 4.86708469504415e-07
BICGSTAB_SOLVER_TIME: 0.624182 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041038 s
InvBiCGStab: k = 55 resid = 2.229935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217419(s) Flops=363866112 => 1673.57090226705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240934.33908993 Mflops = 240.93433908993 Gflops = 0.24093433908993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056524 s
InvBiCGStab: k = 67 resid = 1.067271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260695(s) Flops=442607616 => 1697.79863825543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244419.692426834 Mflops = 244.419692426834 Gflops = 0.244419692426834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001046648 Relative Rsd = 4.58768822245852e-07
BICGSTAB_SOLVER_TIME: 0.579763 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041625 s
InvBiCGStab: k = 64 resid = 1.857555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23423(s) Flops=422922240 => 1805.58527942621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259942.333465004 Mflops = 259.942333465004 Gflops = 0.259942333465004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06463 s
InvBiCGStab: k = 79 resid = 1.05894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333604(s) Flops=521349120 => 1562.77838395223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225001.338929744 Mflops = 225.001338929744 Gflops = 0.225001338929744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001077099 Relative Rsd = 4.72116060509624e-07
BICGSTAB_SOLVER_TIME: 0.678741 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048119 s
InvBiCGStab: k = 49 resid = 1.645378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209589(s) Flops=324495360 => 1548.24613887179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222896.662340424 Mflops = 222.896662340424 Gflops = 0.222896662340424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062981 s
InvBiCGStab: k = 72 resid = 1.020759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277449(s) Flops=475416576 => 1713.52780511013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246700.798826653 Mflops = 246.700798826653 Gflops = 0.246700798826653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001021622 Relative Rsd = 4.47799256934401e-07
BICGSTAB_SOLVER_TIME: 0.603759 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100712
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89224(s) Flops=1417568256 => 1588.77460772886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228839.005218714 Mflops = 228.839005218714 Gflops = 0.228839005218714 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158820000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021424
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.262593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749973(s) Flops=1203775488 => 1605.09176730362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231070.090138065 Mflops = 231.070090138065 Gflops = 0.231070090138065 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.139823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.967569(s) Flops=1597483008 => 1651.02748021071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237738.446249571 Mflops = 237.738446249571 Gflops = 0.237738446249571 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002154176 Relative Rsd = 9.48179572618053e-07
BICGSTAB_SOLVER_TIME: 1.721068 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.125164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304099999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.146537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765389(s) Flops=1223460864 => 1598.48242397003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230185.858275715 Mflops = 230.185858275715 Gflops = 0.230185858275715 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.11365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.764054(s) Flops=1328449536 => 1738.68540181715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250356.228139014 Mflops = 250.356228139014 Gflops = 0.250356228139014 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001877897 Relative Rsd = 8.24801507576081e-07
BICGSTAB_SOLVER_TIME: 1.5334 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.119948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277358999999998
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.942941(s) Flops=1417568256 => 1503.34777679622 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216461.958371416 Mflops = 216.461958371416 Gflops = 0.216461958371416 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157040000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046096 s
InvBiCGStab: k = 32 resid = 1.934067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144107(s) Flops=212944896 => 1477.68599721041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212733.792548651 Mflops = 212.733792548651 Gflops = 0.212733792548651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068776 s
InvBiCGStab: k = 50 resid = 1.019797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189294(s) Flops=331057152 => 1748.90462455228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251757.046011648 Mflops = 251.757046011648 Gflops = 0.251757046011648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007483934 Relative Rsd = 3.28037325627552e-07
BICGSTAB_SOLVER_TIME: 0.45223 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050973 s
InvBiCGStab: k = 75 resid = 2.112304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322586(s) Flops=495101952 => 1534.79057367648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220977.475554302 Mflops = 220.977475554302 Gflops = 0.220977475554302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057224 s
InvBiCGStab: k = 118 resid = 1.136285e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.555197(s) Flops=777259008 => 1399.9697548798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201575.06828696 Mflops = 201.57506828696 Gflops = 0.20157506828696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001324065 Relative Rsd = 5.80367076767894e-07
BICGSTAB_SOLVER_TIME: 0.99305 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152123999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04195 s
InvBiCGStab: k = 50 resid = 1.892984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221996(s) Flops=331057152 => 1491.2753022577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214709.799568919 Mflops = 214.709799568919 Gflops = 0.214709799568919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058724 s
InvBiCGStab: k = 76 resid = 8.335452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304698(s) Flops=501663744 => 1646.4293956639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237042.688721906 Mflops = 237.042688721906 Gflops = 0.237042688721906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001038384 Relative Rsd = 4.55146743973583e-07
BICGSTAB_SOLVER_TIME: 0.631216 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044376 s
InvBiCGStab: k = 65 resid = 1.707834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253487(s) Flops=429484032 => 1694.30397614079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243934.704175119 Mflops = 243.934704175119 Gflops = 0.243934704175119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062104 s
InvBiCGStab: k = 88 resid = 7.920567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356995(s) Flops=580405248 => 1625.80777882043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234079.059643049 Mflops = 234.079059643049 Gflops = 0.234079059643049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001115443 Relative Rsd = 4.88923211953329e-07
BICGSTAB_SOLVER_TIME: 0.720875 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123931
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041944 s
InvBiCGStab: k = 49 resid = 2.252015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186972(s) Flops=324495360 => 1735.52917014312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249857.245166781 Mflops = 249.857245166781 Gflops = 0.249857245166781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057798 s
InvBiCGStab: k = 97 resid = 9.876765e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356903(s) Flops=639461376 => 1791.69515526628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.055024206 Mflops = 257.948055024206 Gflops = 0.257948055024206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001099144 Relative Rsd = 4.8177922220434e-07
BICGSTAB_SOLVER_TIME: 0.647366 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118718
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.993218(s) Flops=1411301376 => 1420.93817872813 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204773.782992836 Mflops = 204.773782992836 Gflops = 0.204773782992836 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156349000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044268 s
InvBiCGStab: k = 30 resid = 2.259553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116287(s) Flops=199821312 => 1718.34609199653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247335.269487416 Mflops = 247.335269487416 Gflops = 0.247335269487416 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056179 s
InvBiCGStab: k = 41 resid = 1.143521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15288(s) Flops=272001024 => 1779.17990580848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256085.466029083 Mflops = 256.085466029083 Gflops = 0.256085466029083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007209051 Relative Rsd = 3.1598863276018e-07
BICGSTAB_SOLVER_TIME: 0.373529 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648280000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050986 s
InvBiCGStab: k = 74 resid = 2.086325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273399(s) Flops=488540160 => 1786.91275388718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257254.843526674 Mflops = 257.254843526674 Gflops = 0.257254843526674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062343 s
InvBiCGStab: k = 95 resid = 8.758581e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419693(s) Flops=626337792 => 1492.3713095048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214871.223199225 Mflops = 214.871223199225 Gflops = 0.214871223199225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001259378 Relative Rsd = 5.52013342119682e-07
BICGSTAB_SOLVER_TIME: 0.810968 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134983
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048297 s
InvBiCGStab: k = 54 resid = 2.173507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227197(s) Flops=357304320 => 1572.66301931804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226410.347217028 Mflops = 226.410347217028 Gflops = 0.226410347217028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057092 s
InvBiCGStab: k = 66 resid = 9.26011e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244927(s) Flops=436045824 => 1780.30933298493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256299.767026687 Mflops = 256.299767026687 Gflops = 0.256299767026687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00102059 Relative Rsd = 4.47347001045989e-07
BICGSTAB_SOLVER_TIME: 0.58139 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050181 s
InvBiCGStab: k = 58 resid = 2.179559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219948(s) Flops=383551488 => 1743.82803208031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251052.477789086 Mflops = 251.052477789086 Gflops = 0.251052477789086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056587 s
InvBiCGStab: k = 93 resid = 5.524412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345837(s) Flops=613214208 => 1773.13071765022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255275.99096755 Mflops = 255.27599096755 Gflops = 0.25527599096755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001096215 Relative Rsd = 4.80495321673107e-07
BICGSTAB_SOLVER_TIME: 0.67642 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 51 resid = 2.239542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197397(s) Flops=337618944 => 1710.35499019742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246241.230209775 Mflops = 246.241230209775 Gflops = 0.246241230209775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059484 s
InvBiCGStab: k = 81 resid = 9.256814e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298312(s) Flops=534472704 => 1791.65673523023 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257931.548724756 Mflops = 257.931548724756 Gflops = 0.257931548724756 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001095005 Relative Rsd = 4.79964942828004e-07
BICGSTAB_SOLVER_TIME: 0.600602 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108411
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926744(s) Flops=1411227648 => 1522.78045285429 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219279.103781623 Mflops = 219.279103781623 Gflops = 0.219279103781623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156353000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048564 s
InvBiCGStab: k = 33 resid = 1.83978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146625(s) Flops=219506688 => 1497.06181074169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215479.928397783 Mflops = 215.479928397783 Gflops = 0.215479928397783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068137 s
InvBiCGStab: k = 53 resid = 1.04923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236017(s) Flops=350742528 => 1486.09010367897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213947.931371909 Mflops = 213.947931371909 Gflops = 0.213947931371909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007753594 Relative Rsd = 3.39857135070861e-07
BICGSTAB_SOLVER_TIME: 0.505758 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757750000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049951 s
InvBiCGStab: k = 52 resid = 1.346776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235483(s) Flops=344180736 => 1461.59483274801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210422.792757677 Mflops = 210.422792757677 Gflops = 0.210422792757677 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065771 s
InvBiCGStab: k = 66 resid = 5.595782e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288342(s) Flops=436045824 => 1512.25220051189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217718.053384888 Mflops = 217.718053384888 Gflops = 0.217718053384888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001042504 Relative Rsd = 4.56952450745919e-07
BICGSTAB_SOLVER_TIME: 0.645635 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0987200000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044811 s
InvBiCGStab: k = 51 resid = 2.133333e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254102(s) Flops=337618944 => 1328.67487859206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191273.655265959 Mflops = 191.273655265959 Gflops = 0.191273655265959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084899 s
InvBiCGStab: k = 68 resid = 9.181326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328702(s) Flops=449169408 => 1366.49429574508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196736.9353069 Mflops = 196.7369353069 Gflops = 0.1967369353069 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001008107 Relative Rsd = 4.41875536542907e-07
BICGSTAB_SOLVER_TIME: 0.716822 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993660000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044876 s
InvBiCGStab: k = 58 resid = 1.743587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227706(s) Flops=383551488 => 1684.41537772391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242505.249600397 Mflops = 242.505249600397 Gflops = 0.242505249600397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058058 s
InvBiCGStab: k = 83 resid = 6.253163e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35212(s) Flops=547596288 => 1555.14111098489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223898.176836902 Mflops = 223.898176836902 Gflops = 0.223898176836902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001070526 Relative Rsd = 4.69235155291533e-07
BICGSTAB_SOLVER_TIME: 0.686588 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042037 s
InvBiCGStab: k = 52 resid = 2.073147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198415(s) Flops=344180736 => 1734.65078749087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249705.51651369 Mflops = 249.70551651369 Gflops = 0.24970551651369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059757 s
InvBiCGStab: k = 78 resid = 9.495798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292794(s) Flops=514787328 => 1758.18947109572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253116.656755734 Mflops = 253.116656755734 Gflops = 0.253116656755734 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001035806 Relative Rsd = 4.54016691067709e-07
BICGSTAB_SOLVER_TIME: 0.596892 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10716
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893569(s) Flops=1404960768 => 1572.30249482692 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226660.505971309 Mflops = 226.660505971309 Gflops = 0.226660505971309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155754000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042444 s
InvBiCGStab: k = 31 resid = 1.506274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120985(s) Flops=206383104 => 1705.85695747407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245518.514213689 Mflops = 245.518514213689 Gflops = 0.245518514213689 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059609 s
InvBiCGStab: k = 45 resid = 8.805146e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18349(s) Flops=298248192 => 1625.41932530383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233970.152327934 Mflops = 233.970152327934 Gflops = 0.233970152327934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007542631 Relative Rsd = 3.30610152889389e-07
BICGSTAB_SOLVER_TIME: 0.410474 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12054
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0687240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040972 s
InvBiCGStab: k = 55 resid = 2.18691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203586(s) Flops=363866112 => 1787.2845480534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257299.586979736 Mflops = 257.299586979736 Gflops = 0.257299586979736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056127 s
InvBiCGStab: k = 91 resid = 8.522686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344407(s) Flops=600090624 => 1742.3880002439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250858.383926862 Mflops = 250.858383926862 Gflops = 0.250858383926862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001108311 Relative Rsd = 4.85797375192377e-07
BICGSTAB_SOLVER_TIME: 0.64894 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043488 s
InvBiCGStab: k = 53 resid = 1.905805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211589(s) Flops=350742528 => 1657.6595569713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238657.24827427 Mflops = 238.65724827427 Gflops = 0.23865724827427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071499 s
InvBiCGStab: k = 82 resid = 1.137895e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314176(s) Flops=541034496 => 1722.07455693624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247934.220212445 Mflops = 247.934220212445 Gflops = 0.247934220212445 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001044746 Relative Rsd = 4.57935289589053e-07
BICGSTAB_SOLVER_TIME: 0.645781 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118196
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110604
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049545 s
InvBiCGStab: k = 65 resid = 2.034276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310943(s) Flops=429484032 => 1381.23074647122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198869.712774631 Mflops = 198.869712774631 Gflops = 0.198869712774631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068652 s
InvBiCGStab: k = 82 resid = 1.09853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384071(s) Flops=541034496 => 1408.68354028292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202819.665638921 Mflops = 202.819665638921 Gflops = 0.202819665638921 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001088437 Relative Rsd = 4.77085772541675e-07
BICGSTAB_SOLVER_TIME: 0.817287 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045637 s
InvBiCGStab: k = 59 resid = 1.301482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2343(s) Flops=390113280 => 1665.01613316261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239711.603103703 Mflops = 239.711603103703 Gflops = 0.239711603103703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070643 s
InvBiCGStab: k = 68 resid = 9.803533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263084(s) Flops=449169408 => 1707.32316674522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245795.507521081 Mflops = 245.795507521081 Gflops = 0.245795507521081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001039823 Relative Rsd = 4.55777187559426e-07
BICGSTAB_SOLVER_TIME: 0.617544 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10492
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909361(s) Flops=1398841344 => 1538.26845884088 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221503.642557195 Mflops = 221.503642557195 Gflops = 0.221503642557195 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155068000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.232394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.73459(s) Flops=1256269824 => 1710.16461427463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246190.725780858 Mflops = 246.190725780858 Gflops = 0.246190725780858 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 240 resid = 9.729896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.926884(s) Flops=1577797632 => 1702.26008001001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245115.264671055 Mflops = 245.115264671055 Gflops = 0.245115264671055 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002067892 Relative Rsd = 9.10207234944743e-07
BICGSTAB_SOLVER_TIME: 1.664907 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307808999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 1.991385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.632489(s) Flops=1092225024 => 1726.86801509591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248615.332661978 Mflops = 248.615332661978 Gflops = 0.248615332661978 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 7.949033e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.840463(s) Flops=1328449536 => 1580.61632219384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227595.643038161 Mflops = 227.595643038161 Gflops = 0.227595643038161 Tflops
BICGSTAB_SOLVER: 368 iterations. Rsd = 0.001889746 Relative Rsd = 8.29991045341931e-07
BICGSTAB_SOLVER_TIME: 1.476941 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0.126782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262639999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.920601(s) Flops=1398841344 => 1519.48710027471 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218790.57082976 Mflops = 218.79057082976 Gflops = 0.218790570829761 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021588
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041357 s
InvBiCGStab: k = 26 resid = 2.015418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097187(s) Flops=173574144 => 1785.9810880056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257051.327835193 Mflops = 257.051327835193 Gflops = 0.257051327835193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056865 s
InvBiCGStab: k = 55 resid = 1.152185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229135(s) Flops=363866112 => 1587.99883038383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228592.714360297 Mflops = 228.592714360297 Gflops = 0.228592714360297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007213603 Relative Rsd = 3.161881243991e-07
BICGSTAB_SOLVER_TIME: 0.429148 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047341 s
InvBiCGStab: k = 74 resid = 2.261676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344486(s) Flops=488540160 => 1418.17130449423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204184.994242919 Mflops = 204.184994242919 Gflops = 0.204184994242919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061936 s
InvBiCGStab: k = 103 resid = 1.111615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40748(s) Flops=678832128 => 1665.92747619515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239858.553071281 Mflops = 239.858553071281 Gflops = 0.239858553071281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001276936 Relative Rsd = 5.59709193251179e-07
BICGSTAB_SOLVER_TIME: 0.865011 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001845
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041321 s
InvBiCGStab: k = 52 resid = 2.277505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206989(s) Flops=344180736 => 1662.79723077072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239387.432878735 Mflops = 239.387432878735 Gflops = 0.239387432878735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 66 resid = 7.043999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250288(s) Flops=436045824 => 1742.17630889216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250823.914915089 Mflops = 250.823914915089 Gflops = 0.250823914915089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001007802 Relative Rsd = 4.41742048852048e-07
BICGSTAB_SOLVER_TIME: 0.558595 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001859
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984010000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04075 s
InvBiCGStab: k = 59 resid = 2.064416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21606(s) Flops=390113280 => 1805.57845043044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259941.061951329 Mflops = 259.941061951329 Gflops = 0.259941061951329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056217 s
InvBiCGStab: k = 84 resid = 1.014198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319277(s) Flops=554158080 => 1735.66551928263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249890.450542788 Mflops = 249.890450542788 Gflops = 0.249890450542788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001127612 Relative Rsd = 4.94257106573171e-07
BICGSTAB_SOLVER_TIME: 0.63624 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116691
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 55 resid = 1.919641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21636(s) Flops=363866112 => 1681.76239600666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242113.971368644 Mflops = 242.113971368644 Gflops = 0.242113971368644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057068 s
InvBiCGStab: k = 72 resid = 1.109203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27616(s) Flops=475416576 => 1721.5258400927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247799.196119797 Mflops = 247.799196119797 Gflops = 0.247799196119797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001053388 Relative Rsd = 4.61723155899396e-07
BICGSTAB_SOLVER_TIME: 0.595271 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104979
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986155(s) Flops=1398693888 => 1418.33067621216 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204227.920224187 Mflops = 204.227920224187 Gflops = 0.204227920224187 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155150000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044355 s
InvBiCGStab: k = 31 resid = 1.254849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121507(s) Flops=206383104 => 1698.52851276058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244500.868078793 Mflops = 244.500868078793 Gflops = 0.244500868078793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055914 s
InvBiCGStab: k = 48 resid = 1.120431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194796(s) Flops=317933568 => 1632.13601922011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234947.664733693 Mflops = 234.947664733693 Gflops = 0.234947664733693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007615329 Relative Rsd = 3.33796661234603e-07
BICGSTAB_SOLVER_TIME: 0.420358 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04278 s
InvBiCGStab: k = 80 resid = 1.147686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316431(s) Flops=527910912 => 1668.32867829005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240190.491699883 Mflops = 240.190491699883 Gflops = 0.240190491699883 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064874 s
InvBiCGStab: k = 96 resid = 1.071041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39887(s) Flops=632899584 => 1586.73147642089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228463.323099762 Mflops = 228.463323099762 Gflops = 0.228463323099762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001279279 Relative Rsd = 5.60736323881647e-07
BICGSTAB_SOLVER_TIME: 0.827387 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049467 s
InvBiCGStab: k = 50 resid = 1.421441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189857(s) Flops=331057152 => 1743.71844072117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251018.101388209 Mflops = 251.018101388209 Gflops = 0.251018101388209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06044 s
InvBiCGStab: k = 75 resid = 1.051845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295291(s) Flops=495101952 => 1676.65777825941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241383.440657029 Mflops = 241.383440657029 Gflops = 0.241383440657029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00108201 Relative Rsd = 4.74269059798775e-07
BICGSTAB_SOLVER_TIME: 0.599101 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001891
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040995 s
InvBiCGStab: k = 56 resid = 2.023172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214541(s) Flops=370427904 => 1726.60658801814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248568.068152987 Mflops = 248.568068152987 Gflops = 0.248568068152987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 80 resid = 1.136356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310166(s) Flops=527910912 => 1702.02701779047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245043.912117503 Mflops = 245.043912117503 Gflops = 0.245043912117503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001110584 Relative Rsd = 4.86793481160749e-07
BICGSTAB_SOLVER_TIME: 0.625609 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111646
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043037 s
InvBiCGStab: k = 56 resid = 1.560144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220418(s) Flops=370427904 => 1680.57011677812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241953.798001305 Mflops = 241.953798001305 Gflops = 0.241953798001305 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060065 s
InvBiCGStab: k = 78 resid = 1.028138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299335(s) Flops=514787328 => 1719.76991664857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247595.538718478 Mflops = 247.595538718478 Gflops = 0.247595538718478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001082407 Relative Rsd = 4.74443012221611e-07
BICGSTAB_SOLVER_TIME: 0.626804 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109894
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.97487(s) Flops=1392353280 => 1428.24507883102 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205814.921803112 Mflops = 205.814921803112 Gflops = 0.205814921803112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154157000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041103 s
InvBiCGStab: k = 25 resid = 2.190493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093168(s) Flops=167012352 => 1792.59350850077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257992.819664995 Mflops = 257.992819664995 Gflops = 0.257992819664995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 44 resid = 9.767479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161732(s) Flops=291686400 => 1803.51692924097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259602.594596141 Mflops = 259.602594596141 Gflops = 0.259602594596141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007091359 Relative Rsd = 3.10829915220889e-07
BICGSTAB_SOLVER_TIME: 0.355964 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043084 s
InvBiCGStab: k = 55 resid = 1.791757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248878(s) Flops=363866112 => 1462.02602078127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210484.838304614 Mflops = 210.484838304614 Gflops = 0.210484838304614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060643 s
InvBiCGStab: k = 79 resid = 1.06325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289236(s) Flops=521349120 => 1802.50425258267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259505.496377579 Mflops = 259.505496377579 Gflops = 0.259505496377579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001055415 Relative Rsd = 4.62611491988909e-07
BICGSTAB_SOLVER_TIME: 0.645804 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046915 s
InvBiCGStab: k = 58 resid = 1.245756e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282456(s) Flops=383551488 => 1357.91588070354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195496.061711495 Mflops = 195.496061711495 Gflops = 0.195496061711495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067072 s
InvBiCGStab: k = 68 resid = 1.073209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287236(s) Flops=449169408 => 1563.76431923575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225135.681839087 Mflops = 225.135681839087 Gflops = 0.225135681839087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001027468 Relative Rsd = 4.50361700119368e-07
BICGSTAB_SOLVER_TIME: 0.687892 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044202 s
InvBiCGStab: k = 59 resid = 1.779034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2263(s) Flops=390113280 => 1723.87662395051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248172.769894921 Mflops = 248.172769894921 Gflops = 0.248172769894921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055967 s
InvBiCGStab: k = 81 resid = 8.859252e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318083(s) Flops=534472704 => 1680.29320649013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241909.249350782 Mflops = 241.909249350782 Gflops = 0.241909249350782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001076909 Relative Rsd = 4.72033192004289e-07
BICGSTAB_SOLVER_TIME: 0.649157 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050414 s
InvBiCGStab: k = 51 resid = 1.872723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196565(s) Flops=337618944 => 1717.59440388676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247266.373507899 Mflops = 247.266373507899 Gflops = 0.247266373507899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056652 s
InvBiCGStab: k = 78 resid = 5.583357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287034(s) Flops=514787328 => 1793.47160266728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258192.159909429 Mflops = 258.192159909429 Gflops = 0.258192159909429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001047772 Relative Rsd = 4.59261389784026e-07
BICGSTAB_SOLVER_TIME: 0.59447 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106317
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889835(s) Flops=1385791488 => 1557.35781127962 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224242.540998346 Mflops = 224.242540998346 Gflops = 0.224242540998347 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153907000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042414 s
InvBiCGStab: k = 27 resid = 1.60043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101195(s) Flops=180135936 => 1780.08731656702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256177.413728496 Mflops = 256.177413728496 Gflops = 0.256177413728496 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058388 s
InvBiCGStab: k = 48 resid = 1.097843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1996(s) Flops=317933568 => 1592.85354709419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229301.424287712 Mflops = 229.301424287712 Gflops = 0.229301424287712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007402985 Relative Rsd = 3.24489186064785e-07
BICGSTAB_SOLVER_TIME: 0.405418 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 58 resid = 1.447403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243736(s) Flops=383551488 => 1573.6349492894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226556.292220594 Mflops = 226.556292220594 Gflops = 0.226556292220594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070354 s
InvBiCGStab: k = 76 resid = 1.072326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317034(s) Flops=501663744 => 1582.36575256913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227815.717103046 Mflops = 227.815717103046 Gflops = 0.227815717103046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001106586 Relative Rsd = 4.8504089391677e-07
BICGSTAB_SOLVER_TIME: 0.67627 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049932 s
InvBiCGStab: k = 55 resid = 2.18436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209156(s) Flops=363866112 => 1739.68765897225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250447.768097685 Mflops = 250.447768097685 Gflops = 0.250447768097685 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 68 resid = 7.542384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25729(s) Flops=449169408 => 1745.77095106689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251334.359703113 Mflops = 251.334359703113 Gflops = 0.251334359703113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001044139 Relative Rsd = 4.57669079618406e-07
BICGSTAB_SOLVER_TIME: 0.57663 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056466 s
InvBiCGStab: k = 57 resid = 2.111196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233518(s) Flops=376989696 => 1614.39244940433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232432.982210242 Mflops = 232.432982210242 Gflops = 0.232432982210242 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069923 s
InvBiCGStab: k = 73 resid = 7.346657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288585(s) Flops=481978368 => 1670.14352097302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240453.203070319 Mflops = 240.453203070319 Gflops = 0.240453203070319 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001085786 Relative Rsd = 4.75924184699657e-07
BICGSTAB_SOLVER_TIME: 0.652508 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123097
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10723
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042872 s
InvBiCGStab: k = 47 resid = 1.846696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198827(s) Flops=311371776 => 1566.04372645566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225446.051508886 Mflops = 225.446051508886 Gflops = 0.225446051508886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065814 s
InvBiCGStab: k = 73 resid = 7.042391e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321669(s) Flops=481978368 => 1498.36747712711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215726.955290107 Mflops = 215.726955290107 Gflops = 0.215726955290107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001038615 Relative Rsd = 4.55247982344632e-07
BICGSTAB_SOLVER_TIME: 0.633512 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998710000000002
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865142(s) Flops=1367138304 => 1580.24729350789 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227530.992854084 Mflops = 227.530992854084 Gflops = 0.227530992854084 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151599000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.965132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.87283(s) Flops=1413752832 => 1619.73446375583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233155.304650665 Mflops = 233.155304650665 Gflops = 0.233155304650665 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 1.010574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.060955(s) Flops=1676224512 => 1579.92046033998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227500.226724512 Mflops = 227.500226724512 Gflops = 0.227500226724512 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002041379 Relative Rsd = 8.98529532761861e-07
BICGSTAB_SOLVER_TIME: 1.937243 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.117052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335017
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.099314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714307(s) Flops=1210337280 => 1694.42169823339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243909.651530743 Mflops = 243.909651530743 Gflops = 0.243909651530743 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.057632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867742(s) Flops=1374382080 => 1583.86027183195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228064.528389303 Mflops = 228.064528389303 Gflops = 0.228064528389303 Tflops
BICGSTAB_SOLVER: 393 iterations. Rsd = 0.001909653 Relative Rsd = 8.38720321488083e-07
BICGSTAB_SOLVER_TIME: 1.585991 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.120384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280514999999998
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.958477(s) Flops=1367138304 => 1426.36526906749 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205373.541020973 Mflops = 205.373541020973 Gflops = 0.205373541020973 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040928 s
InvBiCGStab: k = 34 resid = 1.846599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129191(s) Flops=226068480 => 1749.87793267333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251890.378381696 Mflops = 251.890378381696 Gflops = 0.251890378381696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060064 s
InvBiCGStab: k = 47 resid = 1.020162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181923(s) Flops=311371776 => 1711.55805478142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246357.586761342 Mflops = 246.357586761342 Gflops = 0.246357586761342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007488643 Relative Rsd = 3.2824375699352e-07
BICGSTAB_SOLVER_TIME: 0.416217 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041809 s
InvBiCGStab: k = 86 resid = 1.62157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349149(s) Flops=567281664 => 1624.75523057491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233927.266292606 Mflops = 233.927266292606 Gflops = 0.233927266292606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060499 s
InvBiCGStab: k = 104 resid = 9.443526e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435103(s) Flops=685393920 => 1575.245217799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226800.709347441 Mflops = 226.800709347441 Gflops = 0.226800709347441 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001297622 Relative Rsd = 5.68776558967887e-07
BICGSTAB_SOLVER_TIME: 0.89194 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149912999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040707 s
InvBiCGStab: k = 51 resid = 2.038686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196685(s) Flops=337618944 => 1716.54647787071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247118.798988257 Mflops = 247.118798988257 Gflops = 0.247118798988257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064319 s
InvBiCGStab: k = 62 resid = 1.12315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242332(s) Flops=409798656 => 1691.06290543552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243453.583157171 Mflops = 243.453583157171 Gflops = 0.243453583157171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001064239 Relative Rsd = 4.66479624406944e-07
BICGSTAB_SOLVER_TIME: 0.547972 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0949200000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047192 s
InvBiCGStab: k = 67 resid = 1.030427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259592(s) Flops=442607616 => 1705.01254275941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245467.533388042 Mflops = 245.467533388042 Gflops = 0.245467533388042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055947 s
InvBiCGStab: k = 84 resid = 6.291004e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332594(s) Flops=554158080 => 1666.16980462666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239881.987161385 Mflops = 239.881987161385 Gflops = 0.239881987161385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001094366 Relative Rsd = 4.79684751348452e-07
BICGSTAB_SOLVER_TIME: 0.699237 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041258 s
InvBiCGStab: k = 48 resid = 2.1023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186874(s) Flops=317933568 => 1701.32585592431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244902.498438226 Mflops = 244.902498438226 Gflops = 0.244902498438226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060958 s
InvBiCGStab: k = 78 resid = 1.136183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34152(s) Flops=514787328 => 1507.34167252284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217016.691419783 Mflops = 217.016691419783 Gflops = 0.217016691419783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001096021 Relative Rsd = 4.80410105907153e-07
BICGSTAB_SOLVER_TIME: 0.634579 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104124
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.973179(s) Flops=1373405184 => 1411.2564944373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203204.538293693 Mflops = 203.204538293693 Gflops = 0.203204538293693 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152004000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047114 s
InvBiCGStab: k = 26 resid = 2.255916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110737(s) Flops=173574144 => 1567.44488292079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225588.760095725 Mflops = 225.588760095725 Gflops = 0.225588760095725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059039 s
InvBiCGStab: k = 55 resid = 9.683583e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20237(s) Flops=363866112 => 1798.02397588575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258800.694253341 Mflops = 258.800694253341 Gflops = 0.258800694253341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007204075 Relative Rsd = 3.1577049060482e-07
BICGSTAB_SOLVER_TIME: 0.42322 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 75 resid = 1.78319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273263(s) Flops=495101952 => 1811.81481576357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260851.98702603 Mflops = 260.85198702603 Gflops = 0.26085198702603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055665 s
InvBiCGStab: k = 101 resid = 9.825621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369374(s) Flops=665708544 => 1802.26151272152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259482.610702261 Mflops = 259.482610702261 Gflops = 0.259482610702261 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001305435 Relative Rsd = 5.722009060467e-07
BICGSTAB_SOLVER_TIME: 0.743113 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1177
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001781
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043756 s
InvBiCGStab: k = 53 resid = 1.960331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212667(s) Flops=350742528 => 1649.25695100791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237416.242789172 Mflops = 237.416242789172 Gflops = 0.237416242789172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060693 s
InvBiCGStab: k = 68 resid = 6.917189e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295577(s) Flops=449169408 => 1519.63585799978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218775.536461123 Mflops = 218.775536461123 Gflops = 0.218775536461123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001025299 Relative Rsd = 4.49411059568639e-07
BICGSTAB_SOLVER_TIME: 0.616876 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100528
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049797 s
InvBiCGStab: k = 58 resid = 2.249601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225252(s) Flops=383551488 => 1702.7661818763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245145.811470268 Mflops = 245.145811470268 Gflops = 0.245145811470268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056625 s
InvBiCGStab: k = 84 resid = 1.08003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384457(s) Flops=554158080 => 1441.40457840539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207528.510827583 Mflops = 207.528510827583 Gflops = 0.207528510827583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001087135 Relative Rsd = 4.76515388211237e-07
BICGSTAB_SOLVER_TIME: 0.720093 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115775
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043358 s
InvBiCGStab: k = 57 resid = 1.909832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229288(s) Flops=376989696 => 1644.17543002687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236690.285526935 Mflops = 236.690285526935 Gflops = 0.236690285526935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 76 resid = 1.11011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277864(s) Flops=501663744 => 1805.42907321567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259924.341742967 Mflops = 259.924341742967 Gflops = 0.259924341742967 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001081476 Relative Rsd = 4.74034895038319e-07
BICGSTAB_SOLVER_TIME: 0.610426 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10903
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997536(s) Flops=1385791488 => 1389.21451255895 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200056.25774098 Mflops = 200.05625774098 Gflops = 0.20005625774098 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153465000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041576 s
InvBiCGStab: k = 28 resid = 2.247211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107416(s) Flops=186697728 => 1738.08117971252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250198.689092447 Mflops = 250.198689092447 Gflops = 0.250198689092447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 46 resid = 1.110894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171703(s) Flops=304809984 => 1775.21641438996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255524.790466503 Mflops = 255.524790466503 Gflops = 0.255524790466503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007216508 Relative Rsd = 3.16315463287685e-07
BICGSTAB_SOLVER_TIME: 0.380911 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671150000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040653 s
InvBiCGStab: k = 57 resid = 1.266581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208262(s) Flops=376989696 => 1810.17034312549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260598.671180523 Mflops = 260.598671180523 Gflops = 0.260598671180523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055865 s
InvBiCGStab: k = 71 resid = 1.100202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258891(s) Flops=468854784 => 1811.01229474953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260718.087972828 Mflops = 260.718087972828 Gflops = 0.260718087972828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001073145 Relative Rsd = 4.70383220871288e-07
BICGSTAB_SOLVER_TIME: 0.567621 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040942 s
InvBiCGStab: k = 51 resid = 2.280785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1879(s) Flops=337618944 => 1796.80119212347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258665.73273715 Mflops = 258.66573273715 Gflops = 0.25866573273715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056269 s
InvBiCGStab: k = 83 resid = 9.800256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302723(s) Flops=547596288 => 1808.90215807851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260426.315339878 Mflops = 260.426315339878 Gflops = 0.260426315339878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001016876 Relative Rsd = 4.45719073751846e-07
BICGSTAB_SOLVER_TIME: 0.591615 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00185
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109802
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04311 s
InvBiCGStab: k = 62 resid = 2.032301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243632(s) Flops=409798656 => 1682.03953503645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242174.367414892 Mflops = 242.174367414892 Gflops = 0.242174367414892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064534 s
InvBiCGStab: k = 96 resid = 1.073156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425084(s) Flops=632899584 => 1488.88121877088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214366.676888794 Mflops = 214.366676888794 Gflops = 0.214366676888794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00112195 Relative Rsd = 4.91775235660324e-07
BICGSTAB_SOLVER_TIME: 0.780603 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127107
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051598 s
InvBiCGStab: k = 56 resid = 2.276786e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244604(s) Flops=370427904 => 1514.39839086851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218025.805471691 Mflops = 218.025805471691 Gflops = 0.218025805471691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057803 s
InvBiCGStab: k = 78 resid = 1.133547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290969(s) Flops=514787328 => 1769.21709185515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254713.229930375 Mflops = 254.713229930375 Gflops = 0.254713229930375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001099278 Relative Rsd = 4.81837954747222e-07
BICGSTAB_SOLVER_TIME: 0.65028 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110026
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933592(s) Flops=1392058368 => 1491.07786699115 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214760.163415096 Mflops = 214.760163415096 Gflops = 0.214760163415096 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154335000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.458002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041983 s
InvBiCGStab: k = 29 resid = 1.590876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107893(s) Flops=193259520 => 1791.21462930867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257812.394670466 Mflops = 257.812394670466 Gflops = 0.257812394670466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056636 s
InvBiCGStab: k = 46 resid = 9.724361e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171083(s) Flops=304809984 => 1781.64974895226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256460.334850099 Mflops = 256.460334850099 Gflops = 0.256460334850099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007067564 Relative Rsd = 3.09786940581242e-07
BICGSTAB_SOLVER_TIME: 0.383308 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115298
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040996 s
InvBiCGStab: k = 56 resid = 2.183064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20775(s) Flops=370427904 => 1783.04646931408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256686.943778935 Mflops = 256.686943778935 Gflops = 0.256686943778935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 87 resid = 9.211042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344914(s) Flops=573843456 => 1663.72909188957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239532.273199817 Mflops = 239.532273199817 Gflops = 0.239532273199817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001089725 Relative Rsd = 4.77650696939802e-07
BICGSTAB_SOLVER_TIME: 0.653894 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114086
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 53 resid = 2.074011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194726(s) Flops=350742528 => 1801.21056253402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259302.15454348 Mflops = 259.30215454348 Gflops = 0.25930215454348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055911 s
InvBiCGStab: k = 64 resid = 1.091511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234534(s) Flops=422922240 => 1803.24490265804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259589.987747764 Mflops = 259.589987747764 Gflops = 0.259589987747764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001032891 Relative Rsd = 4.52738964852451e-07
BICGSTAB_SOLVER_TIME: 0.529703 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0978690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 61 resid = 2.225028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223229(s) Flops=403236864 => 1806.38207401368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260061.35949211 Mflops = 260.06135949211 Gflops = 0.26006135949211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05597 s
InvBiCGStab: k = 79 resid = 1.113721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288027(s) Flops=521349120 => 1810.07030590882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260590.071978858 Mflops = 260.590071978858 Gflops = 0.260590071978858 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001073347 Relative Rsd = 4.70471651363742e-07
BICGSTAB_SOLVER_TIME: 0.611904 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114359000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044703 s
InvBiCGStab: k = 51 resid = 2.07083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213828(s) Flops=337618944 => 1578.92766148493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227308.263966952 Mflops = 227.308263966952 Gflops = 0.227308263966952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065082 s
InvBiCGStab: k = 70 resid = 8.639323e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308199(s) Flops=462292992 => 1499.98212843001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215950.018586133 Mflops = 215.950018586133 Gflops = 0.215950018586133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.00102809 Relative Rsd = 4.50634339543015e-07
BICGSTAB_SOLVER_TIME: 0.636001 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100478
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.948772(s) Flops=1398398976 => 1473.90413713727 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212222.99650781 Mflops = 212.22299650781 Gflops = 0.21222299650781 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 2.127374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878099(s) Flops=1367820288 => 1557.70623585723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224302.631029265 Mflops = 224.302631029265 Gflops = 0.224302631029265 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 1.142588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.862927(s) Flops=1479370752 => 1714.36373181045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246856.428060719 Mflops = 246.856428060719 Gflops = 0.246856428060719 Tflops
BICGSTAB_SOLVER: 433 iterations. Rsd = 0.001991154 Relative Rsd = 8.76414130308635e-07
BICGSTAB_SOLVER_TIME: 1.744358 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.115928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308938999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.780979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.68876(s) Flops=1243146240 => 1804.90481444916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259809.42019218 Mflops = 259.80942019218 Gflops = 0.25980942019218 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 1.070174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770666(s) Flops=1387505664 => 1800.39818027524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259242.118785499 Mflops = 259.242118785499 Gflops = 0.259242118785499 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001939413 Relative Rsd = 8.51787371687719e-07
BICGSTAB_SOLVER_TIME: 1.462897 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.123909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285441999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98866(s) Flops=1398398976 => 1414.43871098254 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203661.899487521 Mflops = 203.661899487521 Gflops = 0.203661899487521 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154945000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047201 s
InvBiCGStab: k = 26 resid = 1.96537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096199(s) Flops=173574144 => 1804.32378714955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259682.612050729 Mflops = 259.682612050729 Gflops = 0.259682612050729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063191 s
InvBiCGStab: k = 45 resid = 1.103755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171579(s) Flops=298248192 => 1738.25580053503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250192.738519879 Mflops = 250.192738519879 Gflops = 0.250192738519879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007177175 Relative Rsd = 3.14591400362969e-07
BICGSTAB_SOLVER_TIME: 0.381993 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648380000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 63 resid = 2.076897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265173(s) Flops=416360448 => 1570.14646287518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226059.200045922 Mflops = 226.059200045922 Gflops = 0.226059200045922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061124 s
InvBiCGStab: k = 91 resid = 1.021354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369943(s) Flops=600090624 => 1622.11644496585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233551.821260276 Mflops = 233.551821260276 Gflops = 0.233551821260276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001179999 Relative Rsd = 5.17219438716373e-07
BICGSTAB_SOLVER_TIME: 0.741596 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124413
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046088 s
InvBiCGStab: k = 55 resid = 2.21382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232243(s) Flops=363866112 => 1566.74738097596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225551.760063016 Mflops = 225.551760063016 Gflops = 0.225551760063016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056867 s
InvBiCGStab: k = 70 resid = 1.039517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266668(s) Flops=462292992 => 1733.59005204974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249588.415121828 Mflops = 249.588415121828 Gflops = 0.249588415121828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001025631 Relative Rsd = 4.49556691781832e-07
BICGSTAB_SOLVER_TIME: 0.605777 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103394
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041568 s
InvBiCGStab: k = 66 resid = 2.270205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244822(s) Flops=436045824 => 1781.07287743749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256428.365007082 Mflops = 256.428365007082 Gflops = 0.256428365007082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 83 resid = 9.306423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310269(s) Flops=547596288 => 1764.90815389227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254110.101336989 Mflops = 254.110101336988 Gflops = 0.254110101336988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001070473 Relative Rsd = 4.69211835767556e-07
BICGSTAB_SOLVER_TIME: 0.657175 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041314 s
InvBiCGStab: k = 53 resid = 2.2208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19717(s) Flops=350742528 => 1778.88384642694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256086.973542116 Mflops = 256.086973542116 Gflops = 0.256086973542116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056568 s
InvBiCGStab: k = 78 resid = 9.983655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28776(s) Flops=514787328 => 1788.94678899083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257555.443612928 Mflops = 257.555443612928 Gflops = 0.257555443612928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.00105374 Relative Rsd = 4.61877513798803e-07
BICGSTAB_SOLVER_TIME: 0.586701 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107807
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.974861(s) Flops=1404592128 => 1440.81271894147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207467.61060015 Mflops = 207.46761060015 Gflops = 0.20746761060015 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155709000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044172 s
InvBiCGStab: k = 26 resid = 2.125957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10886(s) Flops=173574144 => 1594.47128421826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229485.242440027 Mflops = 229.485242440027 Gflops = 0.229485242440027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 42 resid = 8.964271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164228(s) Flops=278562816 => 1696.19563046496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244143.658744778 Mflops = 244.143658744778 Gflops = 0.244143658744778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007482896 Relative Rsd = 3.27991834696206e-07
BICGSTAB_SOLVER_TIME: 0.377658 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0627400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046027 s
InvBiCGStab: k = 77 resid = 1.920543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304805(s) Flops=508225536 => 1667.37926215121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240061.38023314 Mflops = 240.06138023314 Gflops = 0.24006138023314 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059171 s
InvBiCGStab: k = 95 resid = 8.937905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380089(s) Flops=626337792 => 1647.87139854087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237252.063110888 Mflops = 237.252063110888 Gflops = 0.237252063110888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001215863 Relative Rsd = 5.32939553356419e-07
BICGSTAB_SOLVER_TIME: 0.793905 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040736 s
InvBiCGStab: k = 53 resid = 1.853838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207046(s) Flops=350742528 => 1694.03189629358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243883.840382888 Mflops = 243.883840382888 Gflops = 0.243883840382888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062333 s
InvBiCGStab: k = 75 resid = 7.515394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313783(s) Flops=495101952 => 1577.84823269584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227172.408174805 Mflops = 227.172408174805 Gflops = 0.227172408174805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001034715 Relative Rsd = 4.53538615312487e-07
BICGSTAB_SOLVER_TIME: 0.628049 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046842 s
InvBiCGStab: k = 65 resid = 2.114836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268454(s) Flops=429484032 => 1599.84217780327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230331.847794447 Mflops = 230.331847794447 Gflops = 0.230331847794447 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057865 s
InvBiCGStab: k = 84 resid = 9.174401e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318925(s) Flops=554158080 => 1737.5811867994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250163.309051974 Mflops = 250.163309051974 Gflops = 0.250163309051974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001126093 Relative Rsd = 4.93591249968423e-07
BICGSTAB_SOLVER_TIME: 0.696039 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12081
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04228 s
InvBiCGStab: k = 64 resid = 1.899515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235627(s) Flops=422922240 => 1794.88021321835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258392.841501941 Mflops = 258.392841501941 Gflops = 0.258392841501941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057044 s
InvBiCGStab: k = 72 resid = 9.555603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263701(s) Flops=475416576 => 1802.86224170557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259548.207116206 Mflops = 259.548207116206 Gflops = 0.259548207116206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001081584 Relative Rsd = 4.74081993332915e-07
BICGSTAB_SOLVER_TIME: 0.602462 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111286
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929115(s) Flops=1404592128 => 1511.75271952342 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217699.110553317 Mflops = 217.699110553317 Gflops = 0.217699110553317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155830000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041206 s
InvBiCGStab: k = 30 resid = 1.824058e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113087(s) Flops=199821312 => 1766.96978432534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254337.850691805 Mflops = 254.337850691805 Gflops = 0.254337850691805 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 52 resid = 9.635496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193053(s) Flops=344180736 => 1782.83029012758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256645.13910862 Mflops = 256.64513910862 Gflops = 0.25664513910862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007974599 Relative Rsd = 3.49544279645816e-07
BICGSTAB_SOLVER_TIME: 0.407499 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727150000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047923 s
InvBiCGStab: k = 54 resid = 1.729857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231051(s) Flops=357304320 => 1546.43052832492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222630.317492113 Mflops = 222.630317492113 Gflops = 0.222630317492113 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058207 s
InvBiCGStab: k = 78 resid = 8.791149e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292185(s) Flops=514787328 => 1761.85405821654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253670.014350023 Mflops = 253.670014350023 Gflops = 0.253670014350023 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001052869 Relative Rsd = 4.61495828811178e-07
BICGSTAB_SOLVER_TIME: 0.633223 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 53 resid = 1.804022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204303(s) Flops=350742528 => 1716.7762000558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247158.174812086 Mflops = 247.158174812086 Gflops = 0.247158174812086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05648 s
InvBiCGStab: k = 65 resid = 1.086161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240342(s) Flops=429484032 => 1786.9703672267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257261.040571632 Mflops = 257.261040571632 Gflops = 0.257261040571632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009602903 Relative Rsd = 4.20916438255878e-07
BICGSTAB_SOLVER_TIME: 0.54574 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117512
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041219 s
InvBiCGStab: k = 59 resid = 2.200688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236521(s) Flops=390113280 => 1649.38115431611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237473.116945139 Mflops = 237.473116945139 Gflops = 0.237473116945139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065397 s
InvBiCGStab: k = 82 resid = 8.409478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332998(s) Flops=541034496 => 1624.73797440225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233920.940006625 Mflops = 233.920940006625 Gflops = 0.233920940006625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001051444 Relative Rsd = 4.60871100294669e-07
BICGSTAB_SOLVER_TIME: 0.680513 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114797
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043695 s
InvBiCGStab: k = 55 resid = 1.863609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203885(s) Flops=363866112 => 1784.66347205533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256915.837846282 Mflops = 256.915837846282 Gflops = 0.256915837846282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058591 s
InvBiCGStab: k = 68 resid = 1.148039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256954(s) Flops=449169408 => 1748.05376837878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251654.77070936 Mflops = 251.65477070936 Gflops = 0.25165477070936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001016751 Relative Rsd = 4.45664525456154e-07
BICGSTAB_SOLVER_TIME: 0.56702 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102047
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985119(s) Flops=1404592128 => 1425.80960066753 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205300.576213209 Mflops = 205.300576213209 Gflops = 0.205300576213209 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041665 s
InvBiCGStab: k = 29 resid = 1.687118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117788(s) Flops=193259520 => 1640.7403131049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236151.909462668 Mflops = 236.151909462668 Gflops = 0.236151909462668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064167 s
InvBiCGStab: k = 48 resid = 1.14941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208975(s) Flops=317933568 => 1521.39522909439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219016.974783488 Mflops = 219.016974783488 Gflops = 0.219016974783488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007402501 Relative Rsd = 3.24467958664403e-07
BICGSTAB_SOLVER_TIME: 0.436897 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0690770000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042784 s
InvBiCGStab: k = 56 resid = 1.777606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218248(s) Flops=370427904 => 1697.27971848539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244339.753979021 Mflops = 244.339753979021 Gflops = 0.244339753979021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058679 s
InvBiCGStab: k = 81 resid = 1.137695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301908(s) Flops=534472704 => 1770.31646726817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254873.752190417 Mflops = 254.873752190417 Gflops = 0.254873752190417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001087613 Relative Rsd = 4.76724906735193e-07
BICGSTAB_SOLVER_TIME: 0.625491 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04192 s
InvBiCGStab: k = 58 resid = 1.309017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21412(s) Flops=383551488 => 1791.29220997571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257873.500287721 Mflops = 257.873500287721 Gflops = 0.257873500287721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 80 resid = 1.133147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293622(s) Flops=527910912 => 1797.92696732534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258839.40223153 Mflops = 258.83940223153 Gflops = 0.25883940223153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001051245 Relative Rsd = 4.60783945487334e-07
BICGSTAB_SOLVER_TIME: 0.609967 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041341 s
InvBiCGStab: k = 55 resid = 2.269929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201432(s) Flops=363866112 => 1806.3967592041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260047.573752408 Mflops = 260.047573752408 Gflops = 0.260047573752409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056084 s
InvBiCGStab: k = 72 resid = 9.300692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264244(s) Flops=475416576 => 1799.15750594148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259010.605242497 Mflops = 259.010605242497 Gflops = 0.259010605242497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001080782 Relative Rsd = 4.73730771705934e-07
BICGSTAB_SOLVER_TIME: 0.566976 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041964 s
InvBiCGStab: k = 50 resid = 1.959654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182851(s) Flops=331057152 => 1810.52962247951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260651.357002949 Mflops = 260.651357002949 Gflops = 0.260651357002949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063008 s
InvBiCGStab: k = 73 resid = 9.669812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314688(s) Flops=481978368 => 1531.60707748627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220505.60058062 Mflops = 220.50560058062 Gflops = 0.22050560058062 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001036066 Relative Rsd = 4.54130482180329e-07
BICGSTAB_SOLVER_TIME: 0.607051 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119265
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101983
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.965995(s) Flops=1404518400 => 1453.96032070559 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209364.773731058 Mflops = 209.364773731058 Gflops = 0.209364773731058 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155621000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 2.127211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.080485(s) Flops=1676224512 => 1551.36305640523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223357.303601944 Mflops = 223.357303601944 Gflops = 0.223357303601944 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.063289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852732(s) Flops=1420314624 => 1665.6049309748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239832.826749479 Mflops = 239.832826749479 Gflops = 0.239832826749479 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002065611 Relative Rsd = 9.09171413288587e-07
BICGSTAB_SOLVER_TIME: 1.93663 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335575999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 2.001181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.697221(s) Flops=1210337280 => 1735.94495862861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250110.869736759 Mflops = 250.110869736759 Gflops = 0.250110869736759 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.049615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772319(s) Flops=1302202368 => 1686.09391715081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242784.046018858 Mflops = 242.784046018858 Gflops = 0.242784046018858 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001884936 Relative Rsd = 8.2785898548996e-07
BICGSTAB_SOLVER_TIME: 1.474098 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.118267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272761999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037937(s) Flops=1404518400 => 1353.18270762098 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194846.735009811 Mflops = 194.846735009811 Gflops = 0.194846735009811 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041025 s
InvBiCGStab: k = 21 resid = 2.055739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.084169(s) Flops=140765184 => 1672.41126780644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240690.935137807 Mflops = 240.690935137807 Gflops = 0.240690935137807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060961 s
InvBiCGStab: k = 51 resid = 9.993601e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199163(s) Flops=337618944 => 1695.18908632628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244024.422283992 Mflops = 244.024422283992 Gflops = 0.244024422283992 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007340668 Relative Rsd = 3.21757663574136e-07
BICGSTAB_SOLVER_TIME: 0.389779 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0655220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042534 s
InvBiCGStab: k = 75 resid = 1.769272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30208(s) Flops=495101952 => 1638.97627118644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235975.64581925 Mflops = 235.97564581925 Gflops = 0.23597564581925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059507 s
InvBiCGStab: k = 112 resid = 1.002805e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446652(s) Flops=737888256 => 1652.04287901991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237860.728063767 Mflops = 237.860728063767 Gflops = 0.237860728063767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001294326 Relative Rsd = 5.67331564919817e-07
BICGSTAB_SOLVER_TIME: 0.854953 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148069
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049513 s
InvBiCGStab: k = 56 resid = 1.495119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246522(s) Flops=370427904 => 1502.61600993015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216319.145103393 Mflops = 216.319145103393 Gflops = 0.216319145103393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071288 s
InvBiCGStab: k = 81 resid = 9.673853e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317824(s) Flops=534472704 => 1681.66250503423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242113.656813417 Mflops = 242.113656813417 Gflops = 0.242113656813417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001071222 Relative Rsd = 4.69540248144609e-07
BICGSTAB_SOLVER_TIME: 0.689068 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042356 s
InvBiCGStab: k = 58 resid = 1.702354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223278(s) Flops=383551488 => 1717.82033160455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247306.824209683 Mflops = 247.306824209683 Gflops = 0.247306824209683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059621 s
InvBiCGStab: k = 78 resid = 9.089788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303428(s) Flops=514787328 => 1696.57160182976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244253.299731837 Mflops = 244.253299731837 Gflops = 0.244253299731837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001067329 Relative Rsd = 4.6783394275675e-07
BICGSTAB_SOLVER_TIME: 0.632514 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04173 s
InvBiCGStab: k = 49 resid = 2.24692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194958(s) Flops=324495360 => 1664.43726341058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239612.119743065 Mflops = 239.612119743065 Gflops = 0.239612119743065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056293 s
InvBiCGStab: k = 78 resid = 9.026081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285875(s) Flops=514787328 => 1800.74273021425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259246.169080454 Mflops = 259.246169080454 Gflops = 0.259246169080455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001103787 Relative Rsd = 4.8381434818849e-07
BICGSTAB_SOLVER_TIME: 0.582736 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104776
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.99698(s) Flops=1404444672 => 1408.69894280728 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202830.294429219 Mflops = 202.830294429219 Gflops = 0.202830294429219 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155688000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.462775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042532 s
InvBiCGStab: k = 28 resid = 1.614663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110038(s) Flops=186697728 => 1696.66595176212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244205.543814355 Mflops = 244.205543814355 Gflops = 0.244205543814355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059979 s
InvBiCGStab: k = 45 resid = 1.12335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172616(s) Flops=298248192 => 1727.81313435603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248684.685150665 Mflops = 248.684685150665 Gflops = 0.248684685150665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007507377 Relative Rsd = 3.29064915504663e-07
BICGSTAB_SOLVER_TIME: 0.389775 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043007 s
InvBiCGStab: k = 75 resid = 2.221449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300236(s) Flops=495101952 => 1649.04259316005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237418.712367633 Mflops = 237.418712367633 Gflops = 0.237418712367633 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055811 s
InvBiCGStab: k = 99 resid = 1.01562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377649(s) Flops=652584960 => 1728.01982793546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248833.375426281 Mflops = 248.833375426281 Gflops = 0.248833375426281 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001300078 Relative Rsd = 5.69852880016546e-07
BICGSTAB_SOLVER_TIME: 0.783714 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138535
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042933 s
InvBiCGStab: k = 59 resid = 2.00869e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256224(s) Flops=390113280 => 1522.54777070064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219195.146276762 Mflops = 219.195146276762 Gflops = 0.219195146276762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073615 s
InvBiCGStab: k = 66 resid = 6.496734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28391(s) Flops=436045824 => 1535.85933570498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221168.3388559 Mflops = 221.1683388559 Gflops = 0.2211683388559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001017191 Relative Rsd = 4.45857358018753e-07
BICGSTAB_SOLVER_TIME: 0.661063 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044844 s
InvBiCGStab: k = 67 resid = 1.921706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288639(s) Flops=442607616 => 1533.42970284681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220773.970789505 Mflops = 220.773970789505 Gflops = 0.220773970789505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058993 s
InvBiCGStab: k = 82 resid = 1.059428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339174(s) Flops=541034496 => 1595.15321339489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229663.193964681 Mflops = 229.663193964681 Gflops = 0.229663193964681 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001107983 Relative Rsd = 4.85653477910946e-07
BICGSTAB_SOLVER_TIME: 0.735506 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12091
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054084 s
InvBiCGStab: k = 58 resid = 2.119388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22443(s) Flops=383551488 => 1709.00275364256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246068.128320719 Mflops = 246.068128320719 Gflops = 0.246068128320719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060991 s
InvBiCGStab: k = 91 resid = 1.121002e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358754(s) Flops=600090624 => 1672.70782764791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240828.214012078 Mflops = 240.828214012078 Gflops = 0.240828214012078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001122883 Relative Rsd = 4.92184373391711e-07
BICGSTAB_SOLVER_TIME: 0.702129 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120564
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944893(s) Flops=1404370944 => 1486.27510628188 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214002.741190299 Mflops = 214.002741190299 Gflops = 0.214002741190298 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155425000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.457729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04183 s
InvBiCGStab: k = 29 resid = 1.284844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111577(s) Flops=193259520 => 1732.07309750217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249311.119195281 Mflops = 249.311119195281 Gflops = 0.249311119195281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058021 s
InvBiCGStab: k = 49 resid = 9.926787e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180501(s) Flops=324495360 => 1797.74826732262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258780.35164753 Mflops = 258.78035164753 Gflops = 0.25878035164753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.000734669 Relative Rsd = 3.22021628338974e-07
BICGSTAB_SOLVER_TIME: 0.395787 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115345
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0697950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042427 s
InvBiCGStab: k = 49 resid = 2.179748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197942(s) Flops=324495360 => 1639.34566691253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236002.932993747 Mflops = 236.002932993747 Gflops = 0.236002932993747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067689 s
InvBiCGStab: k = 91 resid = 6.81947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368679(s) Flops=600090624 => 1627.67780101389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234349.080305078 Mflops = 234.349080305078 Gflops = 0.234349080305078 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001046341 Relative Rsd = 4.58634518116516e-07
BICGSTAB_SOLVER_TIME: 0.680636 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11426
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050649 s
InvBiCGStab: k = 48 resid = 2.221453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212099(s) Flops=317933568 => 1498.98664302991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215801.776607237 Mflops = 215.801776607237 Gflops = 0.215801776607237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071045 s
InvBiCGStab: k = 83 resid = 4.884684e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351412(s) Flops=547596288 => 1558.27429911329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224371.972236556 Mflops = 224.371972236556 Gflops = 0.224371972236556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.000995534 Relative Rsd = 4.36364525801134e-07
BICGSTAB_SOLVER_TIME: 0.690232 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044608 s
InvBiCGStab: k = 58 resid = 1.936593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255637(s) Flops=383551488 => 1500.37548555178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216002.304789341 Mflops = 216.002304789341 Gflops = 0.216002304789341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060708 s
InvBiCGStab: k = 87 resid = 9.734675e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383859(s) Flops=573843456 => 1494.93292068181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215233.182014803 Mflops = 215.233182014803 Gflops = 0.215233182014803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00104951 Relative Rsd = 4.60023484074156e-07
BICGSTAB_SOLVER_TIME: 0.749 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117855
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047288 s
InvBiCGStab: k = 51 resid = 2.056263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22535(s) Flops=337618944 => 1498.19810960728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215704.17220127 Mflops = 215.70417220127 Gflops = 0.21570417220127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058083 s
InvBiCGStab: k = 68 resid = 1.079852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253864(s) Flops=449169408 => 1769.3308543157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254720.39586634 Mflops = 254.72039586634 Gflops = 0.25472039586634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001062076 Relative Rsd = 4.65531229062025e-07
BICGSTAB_SOLVER_TIME: 0.588527 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991810000000002
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908805(s) Flops=1404223488 => 1545.13178074504 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222486.567120463 Mflops = 222.486567120463 Gflops = 0.222486567120463 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155818000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045596 s
InvBiCGStab: k = 24 resid = 2.112782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10191(s) Flops=160450560 => 1574.43391227554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226580.236410746 Mflops = 226.580236410746 Gflops = 0.226580236410746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058653 s
InvBiCGStab: k = 45 resid = 9.493992e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174642(s) Flops=298248192 => 1707.76899027725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245827.201435306 Mflops = 245.827201435306 Gflops = 0.245827201435306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007124205 Relative Rsd = 3.12269627932565e-07
BICGSTAB_SOLVER_TIME: 0.384602 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047118 s
InvBiCGStab: k = 51 resid = 2.09423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190034(s) Flops=337618944 => 1776.62388835682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255762.47123906 Mflops = 255.76247123906 Gflops = 0.25576247123906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069878 s
InvBiCGStab: k = 84 resid = 9.831813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364286(s) Flops=554158080 => 1521.21706571211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219018.871002612 Mflops = 219.018871002612 Gflops = 0.219018871002612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001067835 Relative Rsd = 4.68055503748229e-07
BICGSTAB_SOLVER_TIME: 0.675321 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044389 s
InvBiCGStab: k = 54 resid = 1.342632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222289(s) Flops=357304320 => 1607.38642038068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231409.417212821 Mflops = 231.409417212821 Gflops = 0.231409417212821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060224 s
InvBiCGStab: k = 63 resid = 8.314816e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241341(s) Flops=416360448 => 1725.19566919835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248362.029027087 Mflops = 248.362029027087 Gflops = 0.248362029027087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.00102955 Relative Rsd = 4.51274580390572e-07
BICGSTAB_SOLVER_TIME: 0.572044 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051457 s
InvBiCGStab: k = 60 resid = 2.165933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24461(s) Flops=396675072 => 1621.66334982217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233478.964182028 Mflops = 233.478964182028 Gflops = 0.233478964182028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057352 s
InvBiCGStab: k = 80 resid = 1.065924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320952(s) Flops=527910912 => 1644.82823599791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236802.881292969 Mflops = 236.802881292969 Gflops = 0.236802881292969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001088012 Relative Rsd = 4.76899471486886e-07
BICGSTAB_SOLVER_TIME: 0.678238 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045963 s
InvBiCGStab: k = 48 resid = 1.442866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200889(s) Flops=317933568 => 1582.63303615429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227839.874000968 Mflops = 227.839874000968 Gflops = 0.227839874000968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073524 s
InvBiCGStab: k = 73 resid = 9.582956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328079(s) Flops=481978368 => 1469.09240762134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211506.628002509 Mflops = 211.506628002509 Gflops = 0.211506628002509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001024066 Relative Rsd = 4.48870883461822e-07
BICGSTAB_SOLVER_TIME: 0.652693 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001778
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100422
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900935(s) Flops=1404223488 => 1558.62907756941 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224424.90795733 Mflops = 224.42490795733 Gflops = 0.22442490795733 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155483000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02125
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 7.214348e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884368(s) Flops=1420314624 => 1606.02218081161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231246.708729573 Mflops = 231.246708729573 Gflops = 0.231246708729573 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.150316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.967229(s) Flops=1597483008 => 1651.60784881347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237819.944961217 Mflops = 237.819944961217 Gflops = 0.237819944961217 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002259397 Relative Rsd = 9.94459608153872e-07
BICGSTAB_SOLVER_TIME: 1.855081 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.32753
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 161 resid = 2.0345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.623795(s) Flops=1059416064 => 1698.34010211688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244543.375981537 Mflops = 244.543375981537 Gflops = 0.244543375981537 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.044156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684509(s) Flops=1177528320 => 1720.25250215848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247702.20473224 Mflops = 247.70220473224 Gflops = 0.24770220473224 Tflops
BICGSTAB_SOLVER: 340 iterations. Rsd = 0.001803925 Relative Rsd = 7.92281669820312e-07
BICGSTAB_SOLVER_TIME: 1.311677 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.243052999999998
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00317(s) Flops=1404223488 => 1399.78616585424 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201579.298738249 Mflops = 201.579298738249 Gflops = 0.201579298738249 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155470000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.381522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 24 resid = 1.82785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089199(s) Flops=160450560 => 1798.79326001413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258893.263837035 Mflops = 258.893263837035 Gflops = 0.258893263837035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055856 s
InvBiCGStab: k = 56 resid = 3.853449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204954(s) Flops=370427904 => 1807.3709417723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260189.151342334 Mflops = 260.189151342334 Gflops = 0.260189151342334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007439186 Relative Rsd = 3.26075959756987e-07
BICGSTAB_SOLVER_TIME: 0.395014 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041769 s
InvBiCGStab: k = 76 resid = 1.56702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278799(s) Flops=501663744 => 1799.37425887467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259059.194112759 Mflops = 259.059194112759 Gflops = 0.259059194112759 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056913 s
InvBiCGStab: k = 86 resid = 9.508377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391887(s) Flops=567281664 => 1447.56438463128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208415.736860539 Mflops = 208.415736860539 Gflops = 0.208415736860539 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001217491 Relative Rsd = 5.33653273666835e-07
BICGSTAB_SOLVER_TIME: 0.77381 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043162 s
InvBiCGStab: k = 49 resid = 2.259907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24571(s) Flops=324495360 => 1320.64368564568 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190122.880570972 Mflops = 190.122880570972 Gflops = 0.190122880570972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068154 s
InvBiCGStab: k = 61 resid = 1.149304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236936(s) Flops=403236864 => 1701.88094675355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244995.28734342 Mflops = 244.99528734342 Gflops = 0.24499528734342 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009681479 Relative Rsd = 4.24360583967739e-07
BICGSTAB_SOLVER_TIME: 0.598298 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047525 s
InvBiCGStab: k = 73 resid = 1.385257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278515(s) Flops=481978368 => 1730.5293000377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249154.602599657 Mflops = 249.154602599657 Gflops = 0.249154602599657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056665 s
InvBiCGStab: k = 79 resid = 6.654862e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289925(s) Flops=521349120 => 1798.22064326981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258879.24706983 Mflops = 258.87924706983 Gflops = 0.25887924706983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001122918 Relative Rsd = 4.92199630585735e-07
BICGSTAB_SOLVER_TIME: 0.676471 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115606
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123120000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040798 s
InvBiCGStab: k = 48 resid = 1.832417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176972(s) Flops=317933568 => 1796.51904256041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258637.462539719 Mflops = 258.637462539719 Gflops = 0.258637462539719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 71 resid = 9.352818e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259775(s) Flops=468854784 => 1804.84951977673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.27473429 Mflops = 259.84027473429 Gflops = 0.25984027473429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001055615 Relative Rsd = 4.62699157070292e-07
BICGSTAB_SOLVER_TIME: 0.538039 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991910000000002
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.873201(s) Flops=1398251520 => 1601.29399760193 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230573.945579931 Mflops = 230.573945579931 Gflops = 0.230573945579931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155088000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045686 s
InvBiCGStab: k = 31 resid = 1.691107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128461(s) Flops=206383104 => 1606.58179525303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231243.835281181 Mflops = 231.243835281181 Gflops = 0.231243835281181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06111 s
InvBiCGStab: k = 48 resid = 6.123974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179854(s) Flops=317933568 => 1767.73142660158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254465.654514244 Mflops = 254.465654514244 Gflops = 0.254465654514244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007122191 Relative Rsd = 3.12181350522326e-07
BICGSTAB_SOLVER_TIME: 0.419161 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043317 s
InvBiCGStab: k = 65 resid = 2.129683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26388(s) Flops=429484032 => 1627.57326057299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234287.395284532 Mflops = 234.287395284532 Gflops = 0.234287395284532 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059859 s
InvBiCGStab: k = 90 resid = 8.752418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344009(s) Flops=593528832 => 1725.32937219666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248395.942717477 Mflops = 248.395942717477 Gflops = 0.248395942717477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001202652 Relative Rsd = 5.27148759354332e-07
BICGSTAB_SOLVER_TIME: 0.71579 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041122 s
InvBiCGStab: k = 52 resid = 2.239414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191949(s) Flops=344180736 => 1793.084288014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258114.901678541 Mflops = 258.114901678541 Gflops = 0.258114901678541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065369 s
InvBiCGStab: k = 71 resid = 9.473874e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305328(s) Flops=468854784 => 1535.57742493319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221079.026336494 Mflops = 221.079026336494 Gflops = 0.221079026336494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001022647 Relative Rsd = 4.4824870631555e-07
BICGSTAB_SOLVER_TIME: 0.608298 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101958
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049832 s
InvBiCGStab: k = 72 resid = 1.688818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329039(s) Flops=475416576 => 1444.8639097493 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208030.044113971 Mflops = 208.030044113971 Gflops = 0.208030044113971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067718 s
InvBiCGStab: k = 83 resid = 8.551763e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329089(s) Flops=547596288 => 1663.97627389551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239569.425574543 Mflops = 239.569425574543 Gflops = 0.239569425574543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001125711 Relative Rsd = 4.9342408419042e-07
BICGSTAB_SOLVER_TIME: 0.779597 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12494
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04354 s
InvBiCGStab: k = 62 resid = 1.388092e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243442(s) Flops=409798656 => 1683.35232211369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242355.163231777 Mflops = 242.355163231777 Gflops = 0.242355163231777 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058457 s
InvBiCGStab: k = 71 resid = 8.623933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278935(s) Flops=468854784 => 1680.87469840644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241990.830984512 Mflops = 241.990830984512 Gflops = 0.241990830984512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001067066 Relative Rsd = 4.67718518767177e-07
BICGSTAB_SOLVER_TIME: 0.628216 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109033
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918105(s) Flops=1398251520 => 1522.97560736517 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219301.022649887 Mflops = 219.301022649887 Gflops = 0.219301022649887 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155136000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.471281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0423 s
InvBiCGStab: k = 30 resid = 1.423503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122202(s) Flops=199821312 => 1635.17219030785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235367.770920793 Mflops = 235.367770920793 Gflops = 0.235367770920793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058253 s
InvBiCGStab: k = 45 resid = 1.092589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181399(s) Flops=298248192 => 1644.15565686691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236686.153532372 Mflops = 236.686153532372 Gflops = 0.236686153532372 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007444494 Relative Rsd = 3.26308619209002e-07
BICGSTAB_SOLVER_TIME: 0.408098 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041586 s
InvBiCGStab: k = 51 resid = 2.229187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215981(s) Flops=337618944 => 1563.18816932971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225052.568241912 Mflops = 225.052568241912 Gflops = 0.225052568241912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056762 s
InvBiCGStab: k = 72 resid = 1.082178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273392(s) Flops=475416576 => 1738.95569731375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250359.741737048 Mflops = 250.359741737048 Gflops = 0.250359741737048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001026142 Relative Rsd = 4.49780651061335e-07
BICGSTAB_SOLVER_TIME: 0.591762 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041118 s
InvBiCGStab: k = 52 resid = 1.647423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202152(s) Flops=344180736 => 1702.58387747833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245108.574227212 Mflops = 245.108574227212 Gflops = 0.245108574227212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056554 s
InvBiCGStab: k = 68 resid = 1.104102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264768(s) Flops=449169408 => 1696.4641044235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244233.447515545 Mflops = 244.233447515545 Gflops = 0.244233447515545 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009816972 Relative Rsd = 4.30299561553257e-07
BICGSTAB_SOLVER_TIME: 0.568369 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 53 resid = 2.196243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197336(s) Flops=350742528 => 1777.38744071026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255880.380749531 Mflops = 255.880380749531 Gflops = 0.255880380749531 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069528 s
InvBiCGStab: k = 86 resid = 7.673768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346949(s) Flops=567281664 => 1635.05778659111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235399.145504252 Mflops = 235.399145504252 Gflops = 0.235399145504252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001056602 Relative Rsd = 4.63132022544893e-07
BICGSTAB_SOLVER_TIME: 0.659176 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113527
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04775 s
InvBiCGStab: k = 53 resid = 2.176298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245409(s) Flops=350742528 => 1429.21623901324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205761.577310347 Mflops = 205.761577310347 Gflops = 0.205761577310347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070631 s
InvBiCGStab: k = 66 resid = 9.037831e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262332(s) Flops=436045824 => 1662.19075065185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239310.736671994 Mflops = 239.310736671994 Gflops = 0.239310736671994 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009990677 Relative Rsd = 4.379134116453e-07
BICGSTAB_SOLVER_TIME: 0.629967 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990950000000002
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916675(s) Flops=1398325248 => 1525.43185752857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219643.411578445 Mflops = 219.643411578445 Gflops = 0.219643411578445 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154975000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061832 s
InvBiCGStab: k = 29 resid = 1.431294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124333(s) Flops=193259520 => 1554.37027981308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223721.805267058 Mflops = 223.721805267058 Gflops = 0.223721805267058 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06066 s
InvBiCGStab: k = 47 resid = 9.858187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196792(s) Flops=311371776 => 1582.23797715354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227771.047423512 Mflops = 227.771047423512 Gflops = 0.227771047423512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007123732 Relative Rsd = 3.12248910806231e-07
BICGSTAB_SOLVER_TIME: 0.447756 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684240000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045299 s
InvBiCGStab: k = 57 resid = 1.218505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217897(s) Flops=376989696 => 1730.12797789781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249094.560573343 Mflops = 249.094560573343 Gflops = 0.249094560573343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056496 s
InvBiCGStab: k = 76 resid = 1.150482e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298481(s) Flops=501663744 => 1680.72253845303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241976.372420544 Mflops = 241.976372420544 Gflops = 0.241976372420544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001070519 Relative Rsd = 4.69232093647247e-07
BICGSTAB_SOLVER_TIME: 0.622442 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115713
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040992 s
InvBiCGStab: k = 48 resid = 2.097405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196903(s) Flops=317933568 => 1614.67102075641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232453.419444561 Mflops = 232.453419444561 Gflops = 0.232453419444561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 71 resid = 1.146626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270795(s) Flops=468854784 => 1731.40118539855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249257.926236811 Mflops = 249.257926236811 Gflops = 0.249257926236811 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009916694 Relative Rsd = 4.34670569045227e-07
BICGSTAB_SOLVER_TIME: 0.56891 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991510000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 59 resid = 1.854918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225509(s) Flops=390113280 => 1729.92332900239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249054.950704257 Mflops = 249.054950704257 Gflops = 0.249054950704257 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063203 s
InvBiCGStab: k = 69 resid = 1.12979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266863(s) Flops=455731200 => 1707.7346803416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245862.360936832 Mflops = 245.862360936832 Gflops = 0.245862360936832 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001068856 Relative Rsd = 4.68503269225022e-07
BICGSTAB_SOLVER_TIME: 0.600898 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105706
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04579 s
InvBiCGStab: k = 48 resid = 2.275078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196692(s) Flops=317933568 => 1616.40314806906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232700.189108343 Mflops = 232.700189108343 Gflops = 0.232700189108343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055615 s
InvBiCGStab: k = 71 resid = 1.136872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26219(s) Flops=468854784 => 1788.22527174949 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257431.945931357 Mflops = 257.431945931357 Gflops = 0.257431945931357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001001607 Relative Rsd = 4.39026625507602e-07
BICGSTAB_SOLVER_TIME: 0.564162 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118651
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993820000000003
Monitoring force
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995437(s) Flops=1392132096 => 1398.51351316055 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201374.311419049 Mflops = 201.374311419049 Gflops = 0.201374311419049 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154314000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.024666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.755669(s) Flops=1282516992 => 1697.19413129293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244336.162719228 Mflops = 244.336162719228 Gflops = 0.244336162719228 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.119352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.95137(s) Flops=1453123584 => 1527.40109946708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219934.978090029 Mflops = 219.934978090029 Gflops = 0.219934978090029 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002040359 Relative Rsd = 8.98045628949981e-07
BICGSTAB_SOLVER_TIME: 1.710367 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.121943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296695999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.109348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.644337(s) Flops=1098786816 => 1705.29833922311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245478.792277354 Mflops = 245.478792277354 Gflops = 0.245478792277354 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 9.314332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.828609(s) Flops=1328449536 => 1603.22846601956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230853.300310246 Mflops = 230.853300310246 Gflops = 0.230853300310246 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.00185509 Relative Rsd = 8.14748826546895e-07
BICGSTAB_SOLVER_TIME: 1.476428 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.118963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263487999999998
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.929445(s) Flops=1392132096 => 1497.81008666462 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215686.251076817 Mflops = 215.686251076817 Gflops = 0.215686251076817 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156023000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422023
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04557 s
InvBiCGStab: k = 28 resid = 2.086922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132718(s) Flops=186697728 => 1406.72499585587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202627.349480316 Mflops = 202.627349480316 Gflops = 0.202627349480316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069988 s
InvBiCGStab: k = 43 resid = 1.015634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.162358(s) Flops=285124608 => 1756.14757511179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252790.944772223 Mflops = 252.790944772223 Gflops = 0.252790944772223 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.000752707 Relative Rsd = 3.29928069569926e-07
BICGSTAB_SOLVER_TIME: 0.414687 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650240000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049624 s
InvBiCGStab: k = 78 resid = 2.147483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318991(s) Flops=514787328 => 1613.79890968711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232349.060767716 Mflops = 232.349060767716 Gflops = 0.232349060767716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073968 s
InvBiCGStab: k = 91 resid = 8.737184e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352239(s) Flops=600090624 => 1703.64617205931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245309.020276263 Mflops = 245.309020276263 Gflops = 0.245309020276263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001210736 Relative Rsd = 5.30692102341052e-07
BICGSTAB_SOLVER_TIME: 0.798717 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050765 s
InvBiCGStab: k = 50 resid = 1.951603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190725(s) Flops=331057152 => 1735.7826818718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249878.601350812 Mflops = 249.878601350812 Gflops = 0.249878601350812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068788 s
InvBiCGStab: k = 81 resid = 5.156497e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347061(s) Flops=534472704 => 1539.9964386664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221715.877672268 Mflops = 221.715877672268 Gflops = 0.221715877672268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001015663 Relative Rsd = 4.45187572303838e-07
BICGSTAB_SOLVER_TIME: 0.661266 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059757 s
InvBiCGStab: k = 63 resid = 2.144812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264923(s) Flops=416360448 => 1571.6281636551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226271.241966361 Mflops = 226.271241966361 Gflops = 0.226271241966361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056798 s
InvBiCGStab: k = 70 resid = 1.003082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267379(s) Flops=462292992 => 1728.98018168966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248908.835189789 Mflops = 248.908835189789 Gflops = 0.248908835189789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001079039 Relative Rsd = 4.72966789401827e-07
BICGSTAB_SOLVER_TIME: 0.652693 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041451 s
InvBiCGStab: k = 49 resid = 2.060619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182488(s) Flops=324495360 => 1778.17368813292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255976.580053438 Mflops = 255.976580053438 Gflops = 0.255976580053438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056801 s
InvBiCGStab: k = 73 resid = 1.058622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273984(s) Flops=481978368 => 1759.14786264891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253269.532053354 Mflops = 253.269532053354 Gflops = 0.253269532053354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001051015 Relative Rsd = 4.60682962253309e-07
BICGSTAB_SOLVER_TIME: 0.559042 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101456
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.867612(s) Flops=1386160128 => 1597.67283993306 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230043.257656796 Mflops = 230.043257656796 Gflops = 0.230043257656796 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153736000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 33 resid = 1.90006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.143417(s) Flops=219506688 => 1530.54859605207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220323.818077252 Mflops = 220.323818077252 Gflops = 0.220323818077252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069756 s
InvBiCGStab: k = 45 resid = 9.362863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210003(s) Flops=298248192 => 1420.20919701147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204446.148207808 Mflops = 204.446148207808 Gflops = 0.204446148207808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0006965216 Relative Rsd = 3.05300789750425e-07
BICGSTAB_SOLVER_TIME: 0.470731 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045701 s
InvBiCGStab: k = 70 resid = 2.191555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282064(s) Flops=462292992 => 1638.96488740144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235971.391860066 Mflops = 235.971391860066 Gflops = 0.235971391860066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056863 s
InvBiCGStab: k = 108 resid = 6.617332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429122(s) Flops=711641088 => 1658.36542521707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238755.888219964 Mflops = 238.755888219964 Gflops = 0.238755888219964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001244483 Relative Rsd = 5.45484334652894e-07
BICGSTAB_SOLVER_TIME: 0.824585 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049069 s
InvBiCGStab: k = 47 resid = 2.080938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183828(s) Flops=311371776 => 1693.82126770677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243839.500166127 Mflops = 243.839500166127 Gflops = 0.243839500166127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068858 s
InvBiCGStab: k = 61 resid = 1.106036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237327(s) Flops=403236864 => 1699.07707087689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244604.37822225 Mflops = 244.60437822225 Gflops = 0.24460437822225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.001009278 Relative Rsd = 4.42389025317034e-07
BICGSTAB_SOLVER_TIME: 0.543142 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0914350000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0418 s
InvBiCGStab: k = 60 resid = 1.948095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233392(s) Flops=396675072 => 1699.60869267156 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244686.186987313 Mflops = 244.686186987313 Gflops = 0.244686186987313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058258 s
InvBiCGStab: k = 84 resid = 6.95061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328167(s) Flops=554158080 => 1688.64657323863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243107.82803193 Mflops = 243.10782803193 Gflops = 0.24310782803193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001092913 Relative Rsd = 4.79048082419228e-07
BICGSTAB_SOLVER_TIME: 0.666137 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.138487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117269
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045512 s
InvBiCGStab: k = 47 resid = 2.120046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194895(s) Flops=311371776 => 1597.63860540291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230010.523082466 Mflops = 230.010523082466 Gflops = 0.230010523082466 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064153 s
InvBiCGStab: k = 73 resid = 9.474329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299523(s) Flops=481978368 => 1609.15311345039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231671.602738147 Mflops = 231.671602738147 Gflops = 0.231671602738147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001034528 Relative Rsd = 4.53456614273034e-07
BICGSTAB_SOLVER_TIME: 0.607871 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998930000000002
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897715(s) Flops=1379893248 => 1537.11729000852 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221332.341704529 Mflops = 221.332341704529 Gflops = 0.221332341704529 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152961000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.392949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041141 s
InvBiCGStab: k = 27 resid = 1.993353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100247(s) Flops=180135936 => 1796.92096521592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258577.710432228 Mflops = 258.577710432228 Gflops = 0.258577710432228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064633 s
InvBiCGStab: k = 50 resid = 4.817835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215364(s) Flops=331057152 => 1537.19819468435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221296.107848712 Mflops = 221.296107848712 Gflops = 0.221296107848712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007195894 Relative Rsd = 3.15411921031553e-07
BICGSTAB_SOLVER_TIME: 0.425545 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691850000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052758 s
InvBiCGStab: k = 57 resid = 1.565576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259631(s) Flops=376989696 => 1452.02112228509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209055.562599911 Mflops = 209.055562599911 Gflops = 0.209055562599911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067672 s
InvBiCGStab: k = 78 resid = 7.477003e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314138(s) Flops=514787328 => 1638.72988304503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235935.226675792 Mflops = 235.935226675792 Gflops = 0.235935226675792 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001064519 Relative Rsd = 4.66601988123565e-07
BICGSTAB_SOLVER_TIME: 0.698008 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115786
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110772
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04455 s
InvBiCGStab: k = 48 resid = 2.020659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194774(s) Flops=317933568 => 1632.32037130212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234981.170251351 Mflops = 234.981170251351 Gflops = 0.234981170251351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060815 s
InvBiCGStab: k = 63 resid = 1.098399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240894(s) Flops=416360448 => 1728.39692146753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248834.029789621 Mflops = 248.834029789621 Gflops = 0.248834029789621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009822107 Relative Rsd = 4.30524643435665e-07
BICGSTAB_SOLVER_TIME: 0.54491 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040736 s
InvBiCGStab: k = 55 resid = 2.223658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205448(s) Flops=363866112 => 1771.08617265683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254976.587541948 Mflops = 254.976587541948 Gflops = 0.254976587541948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058242 s
InvBiCGStab: k = 83 resid = 1.064876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302869(s) Flops=547596288 => 1808.03016485675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260298.391272384 Mflops = 260.298391272384 Gflops = 0.260298391272384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001059743 Relative Rsd = 4.64508537815771e-07
BICGSTAB_SOLVER_TIME: 0.611136 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 49 resid = 1.495777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180182(s) Flops=324495360 => 1800.93105859631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259248.203686372 Mflops = 259.248203686372 Gflops = 0.259248203686372 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073056 s
InvBiCGStab: k = 71 resid = 1.138246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300828(s) Flops=468854784 => 1558.54768838007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224384.332041595 Mflops = 224.384332041595 Gflops = 0.224384332041595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001001801 Relative Rsd = 4.39111484081723e-07
BICGSTAB_SOLVER_TIME: 0.598744 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998890000000003
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935795(s) Flops=1373700096 => 1467.94981379469 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211369.839141708 Mflops = 211.369839141708 Gflops = 0.211369839141708 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152243000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040858 s
InvBiCGStab: k = 27 resid = 2.000537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101148(s) Flops=180135936 => 1780.91446197651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256320.578331123 Mflops = 256.320578331123 Gflops = 0.256320578331123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067131 s
InvBiCGStab: k = 46 resid = 7.360529e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208697(s) Flops=304809984 => 1460.53840735612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210244.360705019 Mflops = 210.244360705019 Gflops = 0.210244360705019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007059489 Relative Rsd = 3.09432963474403e-07
BICGSTAB_SOLVER_TIME: 0.423161 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042593 s
InvBiCGStab: k = 57 resid = 1.504933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225304(s) Flops=376989696 => 1673.24901466463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240887.161005142 Mflops = 240.887161005142 Gflops = 0.240887161005142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063849 s
InvBiCGStab: k = 88 resid = 1.07147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372698(s) Flops=580405248 => 1557.30711729068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224219.59168563 Mflops = 224.21959168563 Gflops = 0.22421959168563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001066991 Relative Rsd = 4.67685606091105e-07
BICGSTAB_SOLVER_TIME: 0.708513 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117825
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060371 s
InvBiCGStab: k = 49 resid = 2.239819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217949(s) Flops=324495360 => 1488.85913677053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214346.050900739 Mflops = 214.346050900739 Gflops = 0.214346050900739 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060354 s
InvBiCGStab: k = 78 resid = 3.43889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288664(s) Flops=514787328 => 1783.34440041017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256749.956747783 Mflops = 256.749956747783 Gflops = 0.256749956747783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001033646 Relative Rsd = 4.53070030654552e-07
BICGSTAB_SOLVER_TIME: 0.631886 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116802
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041857 s
InvBiCGStab: k = 55 resid = 2.11783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205803(s) Flops=363866112 => 1768.03113657235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254536.868466032 Mflops = 254.536868466033 Gflops = 0.254536868466033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057184 s
InvBiCGStab: k = 82 resid = 7.226593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300506(s) Flops=541034496 => 1800.41162572461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259201.345656326 Mflops = 259.201345656326 Gflops = 0.259201345656326 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001075765 Relative Rsd = 4.71531388505853e-07
BICGSTAB_SOLVER_TIME: 0.609889 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112289
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040657 s
InvBiCGStab: k = 48 resid = 1.610857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.178109(s) Flops=317933568 => 1785.05054769832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256985.487296474 Mflops = 256.985487296474 Gflops = 0.256985487296474 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055827 s
InvBiCGStab: k = 68 resid = 1.112446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248372(s) Flops=449169408 => 1808.45428631247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260352.674293021 Mflops = 260.352674293021 Gflops = 0.260352674293021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009891152 Relative Rsd = 4.33551027784734e-07
BICGSTAB_SOLVER_TIME: 0.526803 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0970570000000003
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85964(s) Flops=1373478912 => 1597.73732260016 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230161.706054983 Mflops = 230.161706054983 Gflops = 0.230161706054983 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152229000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 2.125591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714304(s) Flops=1170966528 => 1639.31117283398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236006.583646772 Mflops = 236.006583646772 Gflops = 0.236006583646772 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.06863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912977(s) Flops=1446561792 => 1584.44494439619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228150.008446839 Mflops = 228.150008446839 Gflops = 0.228150008446839 Tflops
BICGSTAB_SOLVER: 398 iterations. Rsd = 0.001979272 Relative Rsd = 8.71158446822785e-07
BICGSTAB_SOLVER_TIME: 1.633661 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.117243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.284336999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 166 resid = 1.58625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727846(s) Flops=1092225024 => 1500.62653913053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216044.576831266 Mflops = 216.044576831266 Gflops = 0.216044576831266 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 8.522414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782422(s) Flops=1282516992 => 1639.16274337889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236024.888374862 Mflops = 236.024888374862 Gflops = 0.236024888374862 Tflops
BICGSTAB_SOLVER: 361 iterations. Rsd = 0.001887277 Relative Rsd = 8.28881446644265e-07
BICGSTAB_SOLVER_TIME: 1.513588 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.119596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257536999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 269 resid = 2.206282e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.021112(s) Flops=1768089600 => 1731.53346547685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249319.116168614 Mflops = 249.319116168614 Gflops = 0.249319116168614 Tflops
InvBiCGStab: k = 327 resid = 7.159405e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.294113(s) Flops=2148673536 => 1660.34460360108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239081.77123156 Mflops = 239.08177123156 Gflops = 0.23908177123156 Tflops
BICGSTAB_SOLVER: 596 iterations. Rsd = 0.002006584 Relative Rsd = 8.83179559208203e-07
BICGSTAB_SOLVER_TIME: 2.320668 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.426236999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 239 resid = 2.267364e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.003059(s) Flops=1571235840 => 1566.44408753623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225571.60920302 Mflops = 225.57160920302 Gflops = 0.22557160920302 Tflops
InvBiCGStab: k = 285 resid = 1.123029e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.096995(s) Flops=1873078272 => 1707.46290730587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245864.913852221 Mflops = 245.864913852221 Gflops = 0.245864913852221 Tflops
BICGSTAB_SOLVER: 524 iterations. Rsd = 0.001872411 Relative Rsd = 8.2235258509392e-07
BICGSTAB_SOLVER_TIME: 2.104691 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374883999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 216 resid = 1.725688e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841891(s) Flops=1420314624 => 1687.05286551347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242830.899675095 Mflops = 242.830899675095 Gflops = 0.242830899675095 Tflops
InvBiCGStab: k = 263 resid = 8.0953e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.091941(s) Flops=1728718848 => 1583.16140524076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227967.970094573 Mflops = 227.967970094573 Gflops = 0.227967970094573 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.001793322 Relative Rsd = 7.86052626187273e-07
BICGSTAB_SOLVER_TIME: 1.938689 sec
2Flav::invert,  n_count = 479
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341244000000001
MInvCG2: 323 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.408489(s) Flops=2086815744 => 1481.59889356608 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213352.543553397 Mflops = 213.352543553397 Gflops = 0.213352543553397 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.231718000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.0130968751306568
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 465.405116 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 6.70109082339504e-05 resid_rel = 0.009980099

Look for highest ev
Evalue[1]: eigen_norm = 0.0808565541151562 resid_rel = -0.009467577

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283320000000004
EIGBNDSMDAGM: total time = 1.49228 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.654072 secs
After saving state: time= 1.511041 secs
Doing Update: 2776 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 283 resid = 1.576979e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.107573(s) Flops=1859954688 => 1679.30663531885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241776.608694669 Mflops = 241.776608694669 Gflops = 0.241776608694669 Tflops
InvBiCGStab: k = 274 resid = 7.560312e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.058802(s) Flops=1800898560 => 1700.88322462557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244909.687496733 Mflops = 244.909687496733 Gflops = 0.244909687496733 Tflops
BICGSTAB_SOLVER: 557 iterations. Rsd = 0.001896156 Relative Rsd = 8.34237276163655e-07
BICGSTAB_SOLVER_TIME: 2.17388 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.400648999999993
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
InvBiCGStab: k = 230 resid = 1.835022e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927319(s) Flops=1512179712 => 1630.7006671922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234823.013090751 Mflops = 234.823013090751 Gflops = 0.234823013090751 Tflops
InvBiCGStab: k = 239 resid = 1.120666e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.007315(s) Flops=1571235840 => 1559.82571489554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224609.294433765 Mflops = 224.609294433765 Gflops = 0.224609294433765 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.001850285 Relative Rsd = 8.13059121318701e-07
BICGSTAB_SOLVER_TIME: 1.93976 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337340999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000356
MInvCG2: 340 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.433179(s) Flops=2189961216 => 1528.04444943723 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220042.330903828 Mflops = 220.042330903828 Gflops = 0.220042330903828 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.243592000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 269 resid = 2.00385e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.046375(s) Flops=1768089600 => 1689.72844343567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243292.161600594 Mflops = 243.292161600594 Gflops = 0.243292161600594 Tflops
InvBiCGStab: k = 291 resid = 1.018746e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.216285(s) Flops=1912449024 => 1572.36916018861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226415.22027425 Mflops = 226.41522027425 Gflops = 0.22641522027425 Tflops
BICGSTAB_SOLVER: 560 iterations. Rsd = 0.001958949 Relative Rsd = 8.61863851869552e-07
BICGSTAB_SOLVER_TIME: 2.267434 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.400441
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 248 resid = 1.884278e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.965315(s) Flops=1630291968 => 1688.87043918306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243175.29915121 Mflops = 243.17529915121 Gflops = 0.24317529915121 Tflops
InvBiCGStab: k = 277 resid = 1.146061e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.072638(s) Flops=1820583936 => 1697.29576613918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244401.977868076 Mflops = 244.401977868076 Gflops = 0.244401977868076 Tflops
BICGSTAB_SOLVER: 525 iterations. Rsd = 0.00200731 Relative Rsd = 8.82059604002031e-07
BICGSTAB_SOLVER_TIME: 2.042688 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.375959999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 214 resid = 1.985057e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909851(s) Flops=1407191040 => 1546.61701751166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222638.710584908 Mflops = 222.638710584908 Gflops = 0.222638710584908 Tflops
InvBiCGStab: k = 237 resid = 1.047667e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980848(s) Flops=1558112256 => 1588.53589547004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228740.420467144 Mflops = 228.740420467144 Gflops = 0.228740420467144 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.00180177 Relative Rsd = 7.89905785650559e-07
BICGSTAB_SOLVER_TIME: 1.895504 sec
2Flav::invert,  n_count = 451
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322052000000002
MInvCG2: 322 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.384937(s) Flops=2080622592 => 1502.32291577162 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216343.680988205 Mflops = 216.343680988205 Gflops = 0.216343680988205 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.231225000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.139209e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.709272(s) Flops=1216899072 => 1715.70155314181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247058.131410689 Mflops = 247.058131410689 Gflops = 0.247058131410689 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 7.125789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936407(s) Flops=1459685376 => 1558.81510497038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224459.23270813 Mflops = 224.45923270813 Gflops = 0.22445923270813 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.001931336 Relative Rsd = 8.49715519675242e-07
BICGSTAB_SOLVER_TIME: 1.64978 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.118047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290932999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 161 resid = 1.674243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.632688(s) Flops=1059416064 => 1674.46840148699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240970.975890028 Mflops = 240.970975890028 Gflops = 0.240970975890028 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 184 resid = 1.009113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.700123(s) Flops=1210337280 => 1728.74949116084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248921.48558952 Mflops = 248.92148558952 Gflops = 0.24892148558952 Tflops
BICGSTAB_SOLVER: 345 iterations. Rsd = 0.001973979 Relative Rsd = 8.67413127179541e-07
BICGSTAB_SOLVER_TIME: 1.336231 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001873
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.246397999999998
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865751(s) Flops=1379819520 => 1593.78333955144 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229486.663815028 Mflops = 229.486663815027 Gflops = 0.229486663815027 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153069000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02133
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 143 resid = 1.962142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.596637(s) Flops=941303808 => 1577.68259092212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227028.663821097 Mflops = 227.028663821097 Gflops = 0.227028663821097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.3e-05 s
InvBiCGStab: k = 182 resid = 6.536197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.706689(s) Flops=1197213696 => 1694.11678404503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243923.590661042 Mflops = 243.923590661042 Gflops = 0.243923590661042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 325 iterations. Rsd = 0.001836427 Relative Rsd = 8.05099638200545e-07
BICGSTAB_SOLVER_TIME: 1.307186 sec
2Flav::invert,  n_count = 325
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.233661999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000109 s
InvBiCGStab: k = 108 resid = 2.02695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41251(s) Flops=711641088 => 1725.1486945771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248234.121318162 Mflops = 248.234121318162 Gflops = 0.248234121318162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.3e-05 s
InvBiCGStab: k = 152 resid = 1.065093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.627536(s) Flops=1000359936 => 1594.10764641391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229509.23640345 Mflops = 229.50923640345 Gflops = 0.22950923640345 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 260 iterations. Rsd = 0.001543385 Relative Rsd = 6.76628592693144e-07
BICGSTAB_SOLVER_TIME: 1.044437 sec
2Flav::invert,  n_count = 260
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187452999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005582 s
InvBiCGStab: k = 95 resid = 2.093736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403493(s) Flops=626337792 => 1552.28911530064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223500.648305342 Mflops = 223.500648305342 Gflops = 0.223500648305342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007924 s
InvBiCGStab: k = 130 resid = 6.279336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.505304(s) Flops=856000512 => 1694.03074584804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243913.630515775 Mflops = 243.913630515775 Gflops = 0.243913630515775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 225 iterations. Rsd = 0.001413341 Relative Rsd = 6.19616455536801e-07
BICGSTAB_SOLVER_TIME: 0.926166 sec
2Flav::invert,  n_count = 225
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164242999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007495 s
InvBiCGStab: k = 68 resid = 2.020616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249989(s) Flops=449169408 => 1796.75668929433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258681.74212893 Mflops = 258.68174212893 Gflops = 0.25868174212893 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011015 s
InvBiCGStab: k = 118 resid = 1.135233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4301(s) Flops=777259008 => 1807.15881887933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260191.581454772 Mflops = 260.191581454772 Gflops = 0.260191581454772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001290666 Relative Rsd = 5.65834968044935e-07
BICGSTAB_SOLVER_TIME: 0.702467 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137832
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010848 s
InvBiCGStab: k = 66 resid = 2.091053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241804(s) Flops=436045824 => 1803.30277414766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259635.938139491 Mflops = 259.635938139491 Gflops = 0.259635938139491 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015063 s
InvBiCGStab: k = 95 resid = 5.307479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346197(s) Flops=626337792 => 1809.1947417222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260473.136810414 Mflops = 260.473136810414 Gflops = 0.260473136810414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001180041 Relative Rsd = 5.1733648590408e-07
BICGSTAB_SOLVER_TIME: 0.617765 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120721
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930043(s) Flops=1379819520 => 1483.60830628261 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213643.992775626 Mflops = 213.643992775626 Gflops = 0.213643992775626 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152989000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014385 s
InvBiCGStab: k = 30 resid = 1.36872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117612(s) Flops=199821312 => 1698.98745026018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244546.202068634 Mflops = 244.546202068634 Gflops = 0.244546202068634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.02087 s
InvBiCGStab: k = 44 resid = 1.034107e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173056(s) Flops=291686400 => 1685.50295857988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242620.723416208 Mflops = 242.620723416208 Gflops = 0.242620723416208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007301848 Relative Rsd = 3.20117062425252e-07
BICGSTAB_SOLVER_TIME: 0.32992 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0595360000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016648 s
InvBiCGStab: k = 80 resid = 2.268507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294297(s) Flops=527910912 => 1793.8032395845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258263.483871417 Mflops = 258.263483871417 Gflops = 0.258263483871417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.030863 s
InvBiCGStab: k = 106 resid = 1.101393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445901(s) Flops=698517504 => 1566.5304720106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225543.871003053 Mflops = 225.543871003053 Gflops = 0.225543871003053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001303891 Relative Rsd = 5.71633091043079e-07
BICGSTAB_SOLVER_TIME: 0.79151 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140987
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.022456 s
InvBiCGStab: k = 54 resid = 1.543001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22702(s) Flops=357304320 => 1573.88917276011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226584.515886046 Mflops = 226.584515886046 Gflops = 0.226584515886046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.031046 s
InvBiCGStab: k = 75 resid = 1.144056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310082(s) Flops=495101952 => 1596.68072316355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229875.170800246 Mflops = 229.875170800246 Gflops = 0.229875170800246 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00110185 Relative Rsd = 4.83056996293602e-07
BICGSTAB_SOLVER_TIME: 0.594885 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10088
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024915 s
InvBiCGStab: k = 67 resid = 2.087799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246035(s) Flops=442607616 => 1798.96200134127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259001.029597045 Mflops = 259.001029597045 Gflops = 0.259001029597045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.035008 s
InvBiCGStab: k = 85 resid = 1.099163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31814(s) Flops=560719872 => 1762.49409693845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253748.186809898 Mflops = 253.748186809898 Gflops = 0.253748186809898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001149088 Relative Rsd = 5.03766736570887e-07
BICGSTAB_SOLVER_TIME: 0.627906 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11872
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027762 s
InvBiCGStab: k = 56 resid = 1.799114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204928(s) Flops=370427904 => 1807.60024984385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260231.295594133 Mflops = 260.231295594133 Gflops = 0.260231295594132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.03889 s
InvBiCGStab: k = 81 resid = 1.118352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295527(s) Flops=534472704 => 1808.54102670822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260378.322874973 Mflops = 260.378322874973 Gflops = 0.260378322874973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001072976 Relative Rsd = 4.70398514729118e-07
BICGSTAB_SOLVER_TIME: 0.570915 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108776
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.994705(s) Flops=1379598336 => 1386.94219492211 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199708.77101667 Mflops = 199.70877101667 Gflops = 0.19970877101667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152736000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.034898 s
InvBiCGStab: k = 28 resid = 1.435735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110604(s) Flops=186697728 => 1687.98350873386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242955.600368162 Mflops = 242.955600368162 Gflops = 0.242955600368162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.04525 s
InvBiCGStab: k = 49 resid = 9.920462e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18302(s) Flops=324495360 => 1773.00491749536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255227.922619395 Mflops = 255.227922619395 Gflops = 0.255227922619395 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007036773 Relative Rsd = 3.08496012388884e-07
BICGSTAB_SOLVER_TIME: 0.377695 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037627 s
InvBiCGStab: k = 53 resid = 1.553599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199642(s) Flops=350742528 => 1756.85741477244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252910.104089733 Mflops = 252.910104089733 Gflops = 0.252910104089733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050096 s
InvBiCGStab: k = 65 resid = 1.048186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237902(s) Flops=429484032 => 1805.29811434961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259889.531524171 Mflops = 259.889531524171 Gflops = 0.259889531524171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001042921 Relative Rsd = 4.57222312624405e-07
BICGSTAB_SOLVER_TIME: 0.529189 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977010000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042414 s
InvBiCGStab: k = 49 resid = 2.093668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186936(s) Flops=324495360 => 1735.86339709847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249902.129529024 Mflops = 249.902129529024 Gflops = 0.249902129529024 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058705 s
InvBiCGStab: k = 68 resid = 1.148944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256304(s) Flops=449169408 => 1752.48692178039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252278.792377498 Mflops = 252.278792377498 Gflops = 0.252278792377498 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009821024 Relative Rsd = 4.30559092357212e-07
BICGSTAB_SOLVER_TIME: 0.5482 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977530000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041579 s
InvBiCGStab: k = 53 resid = 2.273441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21178(s) Flops=350742528 => 1656.16454811597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238448.882084276 Mflops = 238.448882084276 Gflops = 0.238448882084276 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061956 s
InvBiCGStab: k = 80 resid = 1.102528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338874(s) Flops=527910912 => 1557.83834699623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224274.765212341 Mflops = 224.274765212341 Gflops = 0.224274765212341 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001116125 Relative Rsd = 4.89315167886938e-07
BICGSTAB_SOLVER_TIME: 0.658732 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052109 s
InvBiCGStab: k = 46 resid = 2.13027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218065(s) Flops=304809984 => 1397.79416229106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201226.934934419 Mflops = 201.226934934419 Gflops = 0.201226934934419 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058311 s
InvBiCGStab: k = 78 resid = 4.305124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289536(s) Flops=514787328 => 1777.97347480106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255977.289783521 Mflops = 255.977289783521 Gflops = 0.255977289783521 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00100435 Relative Rsd = 4.40312439005403e-07
BICGSTAB_SOLVER_TIME: 0.621839 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103151
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943887(s) Flops=1373331456 => 1454.97443655861 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209497.651865841 Mflops = 209.497651865841 Gflops = 0.209497651865841 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152237000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.470683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046944 s
InvBiCGStab: k = 30 resid = 2.144046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131467(s) Flops=199821312 => 1519.93513201031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218768.609045715 Mflops = 218.768609045715 Gflops = 0.218768609045715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070674 s
InvBiCGStab: k = 45 resid = 1.145633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220076(s) Flops=298248192 => 1355.20543812138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195089.18147777 Mflops = 195.08918147777 Gflops = 0.19508918147777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007494126 Relative Rsd = 3.285466082678e-07
BICGSTAB_SOLVER_TIME: 0.473735 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118228
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0689280000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042293 s
InvBiCGStab: k = 52 resid = 2.137228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225762(s) Flops=344180736 => 1524.52908815478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219475.020888929 Mflops = 219.475020888929 Gflops = 0.219475020888929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061756 s
InvBiCGStab: k = 79 resid = 1.106446e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314259(s) Flops=521349120 => 1658.97912231631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238848.689934236 Mflops = 238.848689934236 Gflops = 0.238848689934236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001061811 Relative Rsd = 4.65503850820397e-07
BICGSTAB_SOLVER_TIME: 0.648087 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108011
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044147 s
InvBiCGStab: k = 49 resid = 2.260981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196697(s) Flops=324495360 => 1649.72195813866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237531.880159831 Mflops = 237.531880159831 Gflops = 0.237531880159831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058986 s
InvBiCGStab: k = 71 resid = 8.530438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284171(s) Flops=468854784 => 1649.90369882923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237534.41234111 Mflops = 237.53441234111 Gflops = 0.23753441234111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.00102711 Relative Rsd = 4.50290553127881e-07
BICGSTAB_SOLVER_TIME: 0.588482 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0997970000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041782 s
InvBiCGStab: k = 54 resid = 1.882759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215956(s) Flops=357304320 => 1654.52369927207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238206.939729306 Mflops = 238.206939729306 Gflops = 0.238206939729306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059343 s
InvBiCGStab: k = 86 resid = 1.046291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335975(s) Flops=567281664 => 1688.4639154699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243089.849715659 Mflops = 243.089849715659 Gflops = 0.243089849715659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001100915 Relative Rsd = 4.8264732133536e-07
BICGSTAB_SOLVER_TIME: 0.657149 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114414
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043354 s
InvBiCGStab: k = 56 resid = 6.679894e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25302(s) Flops=370427904 => 1464.02617974864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210775.405448265 Mflops = 210.775405448265 Gflops = 0.210775405448265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073277 s
InvBiCGStab: k = 82 resid = 9.402349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362343(s) Flops=541034496 => 1493.15564534157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214982.522514234 Mflops = 214.982522514234 Gflops = 0.214982522514234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001010467 Relative Rsd = 4.42994490672353e-07
BICGSTAB_SOLVER_TIME: 0.736825 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112683
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921137(s) Flops=1360797696 => 1477.30217763481 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212715.96473874 Mflops = 212.71596473874 Gflops = 0.21271596473874 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151006000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.521821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881407(s) Flops=1315325952 => 1492.30259346704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214881.482994375 Mflops = 214.881482994375 Gflops = 0.214881482994375 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.064246e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921488(s) Flops=1499056128 => 1626.77769867866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234246.261781603 Mflops = 234.246261781603 Gflops = 0.234246261781603 Tflops
BICGSTAB_SOLVER: 428 iterations. Rsd = 0.002023368 Relative Rsd = 8.90195389870054e-07
BICGSTAB_SOLVER_TIME: 1.806314 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.119759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.305627999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.988161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.726254(s) Flops=1216899072 => 1675.5832973037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241248.893363697 Mflops = 241.248893363697 Gflops = 0.241248893363697 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 5.569754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8244(s) Flops=1420314624 => 1722.8464628821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248077.007601774 Mflops = 248.077007601774 Gflops = 0.248077007601774 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.002012733 Relative Rsd = 8.84463383963491e-07
BICGSTAB_SOLVER_TIME: 1.554081 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.118832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286241999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989259(s) Flops=1360797696 => 1375.57272261359 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198066.550756951 Mflops = 198.066550756951 Gflops = 0.198066550756951 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150651000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043402 s
InvBiCGStab: k = 33 resid = 1.733517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129177(s) Flops=219506688 => 1699.27067512018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244590.167679429 Mflops = 244.590167679429 Gflops = 0.244590167679429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057063 s
InvBiCGStab: k = 42 resid = 1.057549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169576(s) Flops=278562816 => 1642.70189177714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236484.674636169 Mflops = 236.484674636169 Gflops = 0.236484674636169 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007324077 Relative Rsd = 3.21091590703583e-07
BICGSTAB_SOLVER_TIME: 0.405788 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115783
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041937 s
InvBiCGStab: k = 72 resid = 2.240481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284819(s) Flops=475416576 => 1669.18841790751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240326.433447365 Mflops = 240.326433447365 Gflops = 0.240326433447365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059603 s
InvBiCGStab: k = 106 resid = 6.327586e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450167(s) Flops=698517504 => 1551.68527235448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223412.202412234 Mflops = 223.412202412234 Gflops = 0.223412202412234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001268765 Relative Rsd = 5.56233507864381e-07
BICGSTAB_SOLVER_TIME: 0.840933 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141433
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053888 s
InvBiCGStab: k = 50 resid = 1.831171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215266(s) Flops=331057152 => 1537.89800525861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221420.177293308 Mflops = 221.420177293308 Gflops = 0.221420177293308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060126 s
InvBiCGStab: k = 62 resid = 1.029367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236567(s) Flops=409798656 => 1732.27312347031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249373.196602433 Mflops = 249.373196602433 Gflops = 0.249373196602433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.0009905547 Relative Rsd = 4.34264642418655e-07
BICGSTAB_SOLVER_TIME: 0.571559 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121796
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0944390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041239 s
InvBiCGStab: k = 62 resid = 1.790558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231235(s) Flops=409798656 => 1772.2172508487 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255145.010735989 Mflops = 255.145010735989 Gflops = 0.255145010735989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058557 s
InvBiCGStab: k = 86 resid = 9.008651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344913(s) Flops=567281664 => 1644.70943107392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236792.956872368 Mflops = 236.792956872368 Gflops = 0.236792956872368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001060972 Relative Rsd = 4.65136077337266e-07
BICGSTAB_SOLVER_TIME: 0.679744 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117681
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120059000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046721 s
InvBiCGStab: k = 49 resid = 2.111852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187219(s) Flops=324495360 => 1733.23946821637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249520.40048692 Mflops = 249.52040048692 Gflops = 0.24952040048692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057196 s
InvBiCGStab: k = 83 resid = 1.110335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330799(s) Flops=547596288 => 1655.37467767436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238334.972546972 Mflops = 238.334972546972 Gflops = 0.238334972546972 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001062506 Relative Rsd = 4.65808695535183e-07
BICGSTAB_SOLVER_TIME: 0.625762 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108428
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916325(s) Flops=1348190208 => 1471.30134832074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211854.287420634 Mflops = 211.854287420634 Gflops = 0.211854287420634 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149259000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042264 s
InvBiCGStab: k = 33 resid = 2.206166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126786(s) Flops=219506688 => 1731.31645449813 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249219.299566595 Mflops = 249.219299566595 Gflops = 0.249219299566595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058991 s
InvBiCGStab: k = 41 resid = 8.28984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.163412(s) Flops=272001024 => 1664.51070912785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239596.38732075 Mflops = 239.59638732075 Gflops = 0.23959638732075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0006824491 Relative Rsd = 2.99189444684813e-07
BICGSTAB_SOLVER_TIME: 0.395272 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0672330000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047057 s
InvBiCGStab: k = 80 resid = 1.896552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338315(s) Flops=527910912 => 1560.41237308426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224657.606688001 Mflops = 224.657606688001 Gflops = 0.224657606688001 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056045 s
InvBiCGStab: k = 91 resid = 8.715421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331948(s) Flops=600090624 => 1807.78502657043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260276.198533812 Mflops = 260.276198533812 Gflops = 0.260276198533812 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001208851 Relative Rsd = 5.29966794978599e-07
BICGSTAB_SOLVER_TIME: 0.777333 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040836 s
InvBiCGStab: k = 51 resid = 2.265882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196167(s) Flops=337618944 => 1721.07920292404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247759.686697813 Mflops = 247.759686697813 Gflops = 0.247759686697813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063545 s
InvBiCGStab: k = 78 resid = 1.043827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350534(s) Flops=514787328 => 1468.58030319455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211434.233514003 Mflops = 211.434233514003 Gflops = 0.211434233514003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001011138 Relative Rsd = 4.43288311369326e-07
BICGSTAB_SOLVER_TIME: 0.655436 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106493
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045904 s
InvBiCGStab: k = 73 resid = 2.211815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289443(s) Flops=481978368 => 1665.19269078886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239742.703743046 Mflops = 239.742703743045 Gflops = 0.239742703743045 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059881 s
InvBiCGStab: k = 75 resid = 1.149084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326074(s) Flops=495101952 => 1518.37298281985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218601.379149771 Mflops = 218.601379149771 Gflops = 0.218601379149771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001118412 Relative Rsd = 4.90317843136675e-07
BICGSTAB_SOLVER_TIME: 0.725196 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116528
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120183000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041349 s
InvBiCGStab: k = 49 resid = 1.658691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192417(s) Flops=324495360 => 1686.41731239963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242777.099245044 Mflops = 242.777099245044 Gflops = 0.242777099245044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056047 s
InvBiCGStab: k = 78 resid = 7.385249e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30507(s) Flops=514787328 => 1687.44002360114 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242924.336940444 Mflops = 242.924336940444 Gflops = 0.242924336940444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001061654 Relative Rsd = 4.65435103820428e-07
BICGSTAB_SOLVER_TIME: 0.598769 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104936
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.916553(s) Flops=1335508992 => 1457.09958071164 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209806.545056945 Mflops = 209.806545056945 Gflops = 0.209806545056945 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147743000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.458889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041016 s
InvBiCGStab: k = 26 resid = 1.973085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097844(s) Flops=173574144 => 1773.98863496995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255333.525507895 Mflops = 255.333525507895 Gflops = 0.255333525507895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056601 s
InvBiCGStab: k = 47 resid = 1.151634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174935(s) Flops=311371776 => 1779.92840769429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256184.460108358 Mflops = 256.184460108358 Gflops = 0.256184460108358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007143883 Relative Rsd = 3.13191759124346e-07
BICGSTAB_SOLVER_TIME: 0.374287 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041152 s
InvBiCGStab: k = 61 resid = 1.37297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223425(s) Flops=403236864 => 1804.79742195368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259831.4943721 Mflops = 259.8314943721 Gflops = 0.2598314943721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056431 s
InvBiCGStab: k = 74 resid = 1.091463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270682(s) Flops=488540160 => 1804.84908490406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259839.431849874 Mflops = 259.839431849874 Gflops = 0.259839431849874 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001031149 Relative Rsd = 4.52061439100362e-07
BICGSTAB_SOLVER_TIME: 0.595558 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040714 s
InvBiCGStab: k = 47 resid = 1.985299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186867(s) Flops=311371776 => 1666.27481577807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239865.620875304 Mflops = 239.865620875304 Gflops = 0.239865620875304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063051 s
InvBiCGStab: k = 64 resid = 1.147129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252762(s) Flops=422922240 => 1673.20340874024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240886.249039006 Mflops = 240.886249039006 Gflops = 0.240886249039006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009584507 Relative Rsd = 4.20190084936467e-07
BICGSTAB_SOLVER_TIME: 0.547231 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0935660000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047879 s
InvBiCGStab: k = 52 resid = 1.61457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223971(s) Flops=344180736 => 1536.72009322636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221228.935831517 Mflops = 221.228935831517 Gflops = 0.221228935831517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06389 s
InvBiCGStab: k = 75 resid = 1.068789e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33046(s) Flops=495101952 => 1498.22051685529 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215711.497332698 Mflops = 215.711497332698 Gflops = 0.215711497332698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001111433 Relative Rsd = 4.87258474045246e-07
BICGSTAB_SOLVER_TIME: 0.670032 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044503 s
InvBiCGStab: k = 52 resid = 2.224588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223139(s) Flops=344180736 => 1542.44993479401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222063.246074922 Mflops = 222.063246074922 Gflops = 0.222063246074922 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065696 s
InvBiCGStab: k = 69 resid = 9.570919e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32523(s) Flops=455731200 => 1401.25818651416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201742.70691783 Mflops = 201.74270691783 Gflops = 0.20174270691783 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001021207 Relative Rsd = 4.47702715983532e-07
BICGSTAB_SOLVER_TIME: 0.662657 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100634
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877833(s) Flops=1329094656 => 1514.06321703559 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218012.313553747 Mflops = 218.012313553747 Gflops = 0.218012313553747 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147066000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047372 s
InvBiCGStab: k = 25 resid = 1.989302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110687(s) Flops=167012352 => 1508.8705268008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217176.663626119 Mflops = 217.176663626119 Gflops = 0.217176663626119 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068858 s
InvBiCGStab: k = 43 resid = 1.07454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192733(s) Flops=285124608 => 1479.37617325523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212953.408453224 Mflops = 212.953408453224 Gflops = 0.212953408453224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007295185 Relative Rsd = 3.19824951471782e-07
BICGSTAB_SOLVER_TIME: 0.425019 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0628250000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040543 s
InvBiCGStab: k = 61 resid = 1.992687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229223(s) Flops=403236864 => 1759.14661268721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253263.686896055 Mflops = 253.263686896055 Gflops = 0.253263686896055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057149 s
InvBiCGStab: k = 77 resid = 1.090465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287386(s) Flops=508225536 => 1768.44222056746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254597.031739257 Mflops = 254.597031739257 Gflops = 0.254597031739257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001083274 Relative Rsd = 4.74913462468743e-07
BICGSTAB_SOLVER_TIME: 0.618247 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040823 s
InvBiCGStab: k = 57 resid = 1.244753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208655(s) Flops=376989696 => 1806.76090196736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260112.546544555 Mflops = 260.112546544555 Gflops = 0.260112546544555 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 87 resid = 1.009939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317981(s) Flops=573843456 => 1804.64699463175 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259810.667889488 Mflops = 259.810667889488 Gflops = 0.259810667889488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001028392 Relative Rsd = 4.50852573887838e-07
BICGSTAB_SOLVER_TIME: 0.627398 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117403
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041534 s
InvBiCGStab: k = 55 resid = 2.153667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203767(s) Flops=363866112 => 1785.69695779984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257088.414274331 Mflops = 257.088414274331 Gflops = 0.257088414274331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057443 s
InvBiCGStab: k = 78 resid = 6.276925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314184(s) Flops=514787328 => 1638.48995493087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235886.901165566 Mflops = 235.886901165566 Gflops = 0.235886901165566 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001084544 Relative Rsd = 4.7547022640539e-07
BICGSTAB_SOLVER_TIME: 0.620918 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109686
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053579 s
InvBiCGStab: k = 56 resid = 5.452566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216894(s) Flops=370427904 => 1707.87529392238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245869.317638895 Mflops = 245.869317638895 Gflops = 0.245869317638895 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063025 s
InvBiCGStab: k = 73 resid = 8.177543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340751(s) Flops=481978368 => 1414.45914465401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203648.379003285 Mflops = 203.648379003285 Gflops = 0.203648379003285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001006594 Relative Rsd = 4.41296485706521e-07
BICGSTAB_SOLVER_TIME: 0.678758 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106323
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868925(s) Flops=1316413440 => 1514.99086802658 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218138.333119031 Mflops = 218.138333119031 Gflops = 0.218138333119031 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145776000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021399
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 2.129879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852041(s) Flops=1426876416 => 1674.65698951107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241086.812719417 Mflops = 241.086812719417 Gflops = 0.241086812719417 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.050143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.879888(s) Flops=1466247168 => 1666.40205117015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239952.979326256 Mflops = 239.952979326256 Gflops = 0.239952979326256 Tflops
BICGSTAB_SOLVER: 440 iterations. Rsd = 0.002057761 Relative Rsd = 9.05326963940845e-07
BICGSTAB_SOLVER_TIME: 1.735544 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.120905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315455999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.303418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813516(s) Flops=1236584448 => 1520.04932662664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218855.334099921 Mflops = 218.855334099921 Gflops = 0.218855334099921 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 7.929863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.743108(s) Flops=1282516992 => 1725.88236434004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248513.037895548 Mflops = 248.513037895548 Gflops = 0.248513037895548 Tflops
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001907915 Relative Rsd = 8.38416057946855e-07
BICGSTAB_SOLVER_TIME: 1.56003 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.115149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.273451999999998
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.888652(s) Flops=1316413440 => 1481.35990241399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213297.332658294 Mflops = 213.297332658294 Gflops = 0.213297332658294 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145795000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04146 s
InvBiCGStab: k = 26 resid = 1.868603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096047(s) Flops=173574144 => 1807.17923516612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260122.770933987 Mflops = 260.122770933987 Gflops = 0.260122770933987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 44 resid = 1.061484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161216(s) Flops=291686400 => 1809.28940055578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260445.62395157 Mflops = 260.44562395157 Gflops = 0.26044562395157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007480361 Relative Rsd = 3.27943145366809e-07
BICGSTAB_SOLVER_TIME: 0.358776 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642480000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041285 s
InvBiCGStab: k = 68 resid = 2.02411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248666(s) Flops=449169408 => 1806.3161348958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.492385753 Mflops = 260.063492385753 Gflops = 0.260063492385753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055998 s
InvBiCGStab: k = 101 resid = 9.119963e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413885(s) Flops=665708544 => 1608.43844062964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231591.31174291 Mflops = 231.59131174291 Gflops = 0.23159131174291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001211647 Relative Rsd = 5.31192604514798e-07
BICGSTAB_SOLVER_TIME: 0.764006 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046958 s
InvBiCGStab: k = 50 resid = 1.685771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208117(s) Flops=331057152 => 1590.72613962338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228993.311804995 Mflops = 228.993311804995 Gflops = 0.228993311804995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061555 s
InvBiCGStab: k = 70 resid = 6.681387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333262(s) Flops=462292992 => 1387.17583162797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199713.077367039 Mflops = 199.713077367039 Gflops = 0.199713077367039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001036754 Relative Rsd = 4.54518570181667e-07
BICGSTAB_SOLVER_TIME: 0.654162 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051631 s
InvBiCGStab: k = 50 resid = 2.042175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207089(s) Flops=331057152 => 1598.62258256112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230156.995829163 Mflops = 230.156995829163 Gflops = 0.230156995829163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059388 s
InvBiCGStab: k = 81 resid = 1.117304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306251(s) Flops=534472704 => 1745.21129400394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251257.958713063 Mflops = 251.257958713063 Gflops = 0.251257958713063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001058316 Relative Rsd = 4.63971512344469e-07
BICGSTAB_SOLVER_TIME: 0.630485 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043309 s
InvBiCGStab: k = 51 resid = 1.640811e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211717(s) Flops=337618944 => 1594.67092392203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229578.824105599 Mflops = 229.578824105599 Gflops = 0.229578824105599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062604 s
InvBiCGStab: k = 71 resid = 1.118654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28921(s) Flops=468854784 => 1621.15688945749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233396.753433764 Mflops = 233.396753433764 Gflops = 0.233396753433764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00102844 Relative Rsd = 4.50873958440909e-07
BICGSTAB_SOLVER_TIME: 0.610585 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101554
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.85357(s) Flops=1303732224 => 1527.38758859847 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220081.50574109 Mflops = 220.08150574109 Gflops = 0.22008150574109 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144142000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446415
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047657 s
InvBiCGStab: k = 28 resid = 2.244437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121487(s) Flops=186697728 => 1536.77124301366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221222.884966508 Mflops = 221.222884966508 Gflops = 0.221222884966508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063487 s
InvBiCGStab: k = 47 resid = 9.608491e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196831(s) Flops=311371776 => 1581.92447327911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227721.345127423 Mflops = 227.721345127423 Gflops = 0.227721345127423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000752932 Relative Rsd = 3.30089562464585e-07
BICGSTAB_SOLVER_TIME: 0.434028 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042894 s
InvBiCGStab: k = 76 resid = 1.911214e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304162(s) Flops=501663744 => 1649.3307645268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237461.688880742 Mflops = 237.461688880742 Gflops = 0.237461688880742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 97 resid = 7.747088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364179(s) Flops=639461376 => 1755.89854439712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252798.345681378 Mflops = 252.798345681378 Gflops = 0.252798345681378 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.0011994 Relative Rsd = 5.25823601617426e-07
BICGSTAB_SOLVER_TIME: 0.771592 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137958
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044141 s
InvBiCGStab: k = 54 resid = 9.07186e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202953(s) Flops=357304320 => 1760.52741275074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253454.91957982 Mflops = 253.45491957982 Gflops = 0.25345491957982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056911 s
InvBiCGStab: k = 70 resid = 9.976964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269245(s) Flops=462292992 => 1716.99750041783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247188.953092154 Mflops = 247.188953092154 Gflops = 0.247188953092154 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00103746 Relative Rsd = 4.54828008237207e-07
BICGSTAB_SOLVER_TIME: 0.577139 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115764
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102702
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049594 s
InvBiCGStab: k = 57 resid = 1.915523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254946(s) Flops=376989696 => 1478.70410204514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212878.020506776 Mflops = 212.878020506776 Gflops = 0.212878020506776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060056 s
InvBiCGStab: k = 73 resid = 5.917233e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331411(s) Flops=481978368 => 1454.32218001213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209383.135110434 Mflops = 209.383135110434 Gflops = 0.209383135110434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001096543 Relative Rsd = 4.80730673349581e-07
BICGSTAB_SOLVER_TIME: 0.700185 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 52 resid = 2.070972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212176(s) Flops=344180736 => 1622.14734937033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233522.930846522 Mflops = 233.522930846522 Gflops = 0.233522930846522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 73 resid = 9.74209e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279788(s) Flops=481978368 => 1722.65561067666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248007.16747329 Mflops = 248.00716747329 Gflops = 0.24800716747329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001046301 Relative Rsd = 4.58703971240667e-07
BICGSTAB_SOLVER_TIME: 0.593195 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103422
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.820856(s) Flops=1272250368 => 1549.90688744433 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223201.997512933 Mflops = 223.201997512933 Gflops = 0.223201997512933 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140831000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04687 s
InvBiCGStab: k = 31 resid = 1.995983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146941(s) Flops=206383104 => 1404.53041697008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202172.44636954 Mflops = 202.17244636954 Gflops = 0.20217244636954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06676 s
InvBiCGStab: k = 42 resid = 8.219756e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175405(s) Flops=278562816 => 1588.11217468145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228599.685551802 Mflops = 228.599685551802 Gflops = 0.228599685551802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007680657 Relative Rsd = 3.36724234888487e-07
BICGSTAB_SOLVER_TIME: 0.439984 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662710000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04366 s
InvBiCGStab: k = 49 resid = 1.525347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182384(s) Flops=324495360 => 1779.1876480393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256128.991482127 Mflops = 256.128991482127 Gflops = 0.256128991482127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056884 s
InvBiCGStab: k = 71 resid = 8.927124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268018(s) Flops=468854784 => 1749.34065622458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251844.433980894 Mflops = 251.844433980894 Gflops = 0.251844433980894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001017988 Relative Rsd = 4.46291488592182e-07
BICGSTAB_SOLVER_TIME: 0.554957 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999410000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044046 s
InvBiCGStab: k = 49 resid = 2.27422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183286(s) Flops=324495360 => 1770.4317842061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254882.611976767 Mflops = 254.882611976767 Gflops = 0.254882611976767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060933 s
InvBiCGStab: k = 60 resid = 1.069917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236482(s) Flops=396675072 => 1677.40069857325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241466.234119868 Mflops = 241.466234119868 Gflops = 0.241466234119868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009493701 Relative Rsd = 4.16209087541072e-07
BICGSTAB_SOLVER_TIME: 0.528666 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116302
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0922190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042574 s
InvBiCGStab: k = 55 resid = 1.876566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209715(s) Flops=363866112 => 1735.05048279808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249794.017068707 Mflops = 249.794017068707 Gflops = 0.249794017068707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060439 s
InvBiCGStab: k = 72 resid = 1.147166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279151(s) Flops=475416576 => 1703.08032570186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245201.185094439 Mflops = 245.201185094439 Gflops = 0.245201185094439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001076739 Relative Rsd = 4.720482385799e-07
BICGSTAB_SOLVER_TIME: 0.595709 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10503
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045665 s
InvBiCGStab: k = 54 resid = 1.325024e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263183(s) Flops=357304320 => 1357.62689839389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195455.054909707 Mflops = 195.455054909707 Gflops = 0.195455054909707 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070959 s
InvBiCGStab: k = 72 resid = 1.030251e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314607(s) Flops=475416576 => 1511.14430384575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217558.097238425 Mflops = 217.558097238425 Gflops = 0.217558097238425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001038758 Relative Rsd = 4.55397021082535e-07
BICGSTAB_SOLVER_TIME: 0.698869 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10439
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848656(s) Flops=1259642880 => 1484.2797081503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213761.274845944 Mflops = 213.761274845944 Gflops = 0.213761274845944 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139099000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.498381
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049038 s
InvBiCGStab: k = 29 resid = 1.85003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117023(s) Flops=193259520 => 1651.46612204438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237696.148355999 Mflops = 237.696148355999 Gflops = 0.237696148355999 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059525 s
InvBiCGStab: k = 52 resid = 4.711291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195902(s) Flops=344180736 => 1756.90261457259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252906.871099692 Mflops = 252.906871099692 Gflops = 0.252906871099692 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007760384 Relative Rsd = 3.40219537536141e-07
BICGSTAB_SOLVER_TIME: 0.425433 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044026 s
InvBiCGStab: k = 55 resid = 1.86053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228435(s) Flops=363866112 => 1592.8649812857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229316.808387728 Mflops = 229.316808387728 Gflops = 0.229316808387728 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067046 s
InvBiCGStab: k = 81 resid = 9.982841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351423(s) Flops=534472704 => 1520.88139933926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218968.385162376 Mflops = 218.968385162376 Gflops = 0.218968385162376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001126065 Relative Rsd = 4.93672972335617e-07
BICGSTAB_SOLVER_TIME: 0.695313 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043127 s
InvBiCGStab: k = 47 resid = 2.020579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192011(s) Flops=311371776 => 1621.63509382275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233447.242191261 Mflops = 233.447242191261 Gflops = 0.233447242191261 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 67 resid = 9.177257e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26745(s) Flops=442607616 => 1654.91724060572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238248.645617059 Mflops = 238.248645617059 Gflops = 0.238248645617059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0009808068 Relative Rsd = 4.29991100254274e-07
BICGSTAB_SOLVER_TIME: 0.563111 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955640000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040691 s
InvBiCGStab: k = 54 resid = 2.221978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200932(s) Flops=357304320 => 1778.2350247845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255999.406842744 Mflops = 255.999406842744 Gflops = 0.255999406842744 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063829 s
InvBiCGStab: k = 72 resid = 1.129868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277418(s) Flops=475416576 => 1713.7192828151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246710.404137128 Mflops = 246.710404137128 Gflops = 0.246710404137128 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001035959 Relative Rsd = 4.54170292878185e-07
BICGSTAB_SOLVER_TIME: 0.586763 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041222 s
InvBiCGStab: k = 51 resid = 2.153315e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193519(s) Flops=337618944 => 1744.62943690284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251154.573567704 Mflops = 251.154573567704 Gflops = 0.251154573567704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056101 s
InvBiCGStab: k = 79 resid = 9.968668e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308549(s) Flops=521349120 => 1689.6801480478 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243259.350371397 Mflops = 243.259350371397 Gflops = 0.243259350371397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001038219 Relative Rsd = 4.55160872330599e-07
BICGSTAB_SOLVER_TIME: 0.603268 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115943
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106898
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.924259(s) Flops=1272176640 => 1376.428728311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198179.393141037 Mflops = 198.179393141037 Gflops = 0.198179393141037 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140641
CLOV_LINOP: Time spent in clov deriv (total) = 1.418815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021382
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 2.061641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827006(s) Flops=1492494336 => 1804.69589821597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259819.241680301 Mflops = 259.819241680301 Gflops = 0.259819241680301 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 6.14111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.071523(s) Flops=1663100928 => 1552.09074186928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223491.743654128 Mflops = 223.491743654128 Gflops = 0.223491743654128 Tflops
BICGSTAB_SOLVER: 480 iterations. Rsd = 0.00228457 Relative Rsd = 1.00513006342339e-06
BICGSTAB_SOLVER_TIME: 1.903171 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.121766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.342237999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 154 resid = 2.248392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.636442(s) Flops=1013483520 => 1592.42086474494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229255.530875094 Mflops = 229.255530875094 Gflops = 0.229255530875094 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.065076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.686852(s) Flops=1170966528 => 1704.83092136297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245474.98467905 Mflops = 245.47498467905 Gflops = 0.24547498467905 Tflops
BICGSTAB_SOLVER: 332 iterations. Rsd = 0.001824098 Relative Rsd = 8.01581149553825e-07
BICGSTAB_SOLVER_TIME: 1.329364 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.117962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.237166999999998
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840528(s) Flops=1272176640 => 1513.54462909029 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217928.625931079 Mflops = 217.928625931079 Gflops = 0.217928625931079 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140758000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443396
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043056 s
InvBiCGStab: k = 33 resid = 1.81964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125163(s) Flops=219506688 => 1753.76659236356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252385.723366432 Mflops = 252.385723366432 Gflops = 0.252385723366432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071084 s
InvBiCGStab: k = 43 resid = 9.723908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182246(s) Flops=285124608 => 1564.50406593286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225192.359807165 Mflops = 225.192359807165 Gflops = 0.225192359807165 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007203125 Relative Rsd = 3.15788987098683e-07
BICGSTAB_SOLVER_TIME: 0.42538 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041151 s
InvBiCGStab: k = 83 resid = 1.89727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304638(s) Flops=547596288 => 1797.53112874953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258799.227452454 Mflops = 258.799227452454 Gflops = 0.258799227452454 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056495 s
InvBiCGStab: k = 90 resid = 1.086935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32855(s) Flops=593528832 => 1806.50991325521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.775241806 Mflops = 260.087775241806 Gflops = 0.260087775241806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001273968 Relative Rsd = 5.58514509846284e-07
BICGSTAB_SOLVER_TIME: 0.734591 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138083
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046527 s
InvBiCGStab: k = 55 resid = 1.573207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202003(s) Flops=363866112 => 1801.29063429751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259312.083657747 Mflops = 259.312083657747 Gflops = 0.259312083657747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070228 s
InvBiCGStab: k = 70 resid = 1.146232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292253(s) Flops=462292992 => 1581.82462455475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227734.330562836 Mflops = 227.734330562836 Gflops = 0.227734330562836 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001013342 Relative Rsd = 4.44254699227096e-07
BICGSTAB_SOLVER_TIME: 0.614851 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10372
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046447 s
InvBiCGStab: k = 60 resid = 2.055642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241813(s) Flops=396675072 => 1640.42078796425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236187.303832574 Mflops = 236.187303832574 Gflops = 0.236187303832574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056879 s
InvBiCGStab: k = 74 resid = 1.0531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301547(s) Flops=488540160 => 1620.11281823397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233247.026675953 Mflops = 233.247026675953 Gflops = 0.233247026675953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001091243 Relative Rsd = 4.78407157447133e-07
BICGSTAB_SOLVER_TIME: 0.650943 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049225 s
InvBiCGStab: k = 52 resid = 1.834434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247181(s) Flops=344180736 => 1392.42391607769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200472.001246717 Mflops = 200.472001246717 Gflops = 0.200472001246717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063179 s
InvBiCGStab: k = 87 resid = 7.579615e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351368(s) Flops=573843456 => 1633.16937228205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235134.992320407 Mflops = 235.134992320407 Gflops = 0.235134992320407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001101177 Relative Rsd = 4.82762205891359e-07
BICGSTAB_SOLVER_TIME: 0.715129 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001889
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114663
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.900082(s) Flops=1272250368 => 1413.48273601739 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203539.194329952 Mflops = 203.539194329952 Gflops = 0.203539194329952 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140677000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046109 s
InvBiCGStab: k = 27 resid = 1.979067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108491(s) Flops=180135936 => 1660.37676857988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238985.552695188 Mflops = 238.985552695188 Gflops = 0.238985552695188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061484 s
InvBiCGStab: k = 43 resid = 1.125498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179022(s) Flops=285124608 => 1592.67915675168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229258.290331032 Mflops = 229.258290331032 Gflops = 0.229258290331032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007136869 Relative Rsd = 3.12884260479346e-07
BICGSTAB_SOLVER_TIME: 0.399117 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0640710000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041259 s
InvBiCGStab: k = 75 resid = 2.271156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284526(s) Flops=495101952 => 1740.09388245714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250530.740633407 Mflops = 250.530740633407 Gflops = 0.250530740633407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056473 s
InvBiCGStab: k = 86 resid = 1.096706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320575(s) Flops=567281664 => 1769.57549403416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254763.790181634 Mflops = 254.763790181634 Gflops = 0.254763790181634 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00123407 Relative Rsd = 5.41023068250557e-07
BICGSTAB_SOLVER_TIME: 0.706705 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041691 s
InvBiCGStab: k = 52 resid = 1.623643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191339(s) Flops=344180736 => 1798.80074631936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258958.641305004 Mflops = 258.958641305004 Gflops = 0.258958641305004 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 77 resid = 9.413665e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280885(s) Flops=508225536 => 1809.37229115118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260491.956853646 Mflops = 260.491956853646 Gflops = 0.260491956853646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001041631 Relative Rsd = 4.56656872377442e-07
BICGSTAB_SOLVER_TIME: 0.573899 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045128 s
InvBiCGStab: k = 60 resid = 1.962512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22472(s) Flops=396675072 => 1765.19700961196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254117.614891943 Mflops = 254.117614891943 Gflops = 0.254117614891943 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061495 s
InvBiCGStab: k = 73 resid = 1.149731e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326442(s) Flops=481978368 => 1476.45942617678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212567.397664577 Mflops = 212.567397664577 Gflops = 0.212567397664577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001057162 Relative Rsd = 4.63465530341726e-07
BICGSTAB_SOLVER_TIME: 0.661568 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044275 s
InvBiCGStab: k = 53 resid = 2.122466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218492(s) Flops=350742528 => 1605.28773593541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231110.603323502 Mflops = 231.110603323502 Gflops = 0.231110603323502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071262 s
InvBiCGStab: k = 80 resid = 1.068727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345892(s) Flops=527910912 => 1526.23047656494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219731.613243147 Mflops = 219.731613243147 Gflops = 0.219731613243147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001090304 Relative Rsd = 4.77995083744274e-07
BICGSTAB_SOLVER_TIME: 0.683791 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10918
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.81976(s) Flops=1259937792 => 1536.9593441983 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221312.496916484 Mflops = 221.312496916484 Gflops = 0.221312496916484 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139211000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041767 s
InvBiCGStab: k = 33 resid = 1.479959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121581(s) Flops=219506688 => 1805.43578355171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259846.119666086 Mflops = 259.846119666086 Gflops = 0.259846119666086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056278 s
InvBiCGStab: k = 51 resid = 1.108403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18644(s) Flops=337618944 => 1810.87183007938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260667.917382654 Mflops = 260.667917382654 Gflops = 0.260667917382654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007852927 Relative Rsd = 3.44276631276714e-07
BICGSTAB_SOLVER_TIME: 0.409997 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045359 s
InvBiCGStab: k = 50 resid = 2.058346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210048(s) Flops=331057152 => 1576.10237659963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226909.935051954 Mflops = 226.909935051954 Gflops = 0.226909935051954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058688 s
InvBiCGStab: k = 70 resid = 1.12755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290261(s) Flops=462292992 => 1592.68035319936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229296.115425149 Mflops = 229.296115425149 Gflops = 0.229296115425149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001026961 Relative Rsd = 4.50225378726277e-07
BICGSTAB_SOLVER_TIME: 0.608903 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122668
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999430000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041337 s
InvBiCGStab: k = 49 resid = 1.528104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181071(s) Flops=324495360 => 1792.0890700333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257980.802969572 Mflops = 257.980802969572 Gflops = 0.257980802969572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056107 s
InvBiCGStab: k = 68 resid = 8.41408e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291881(s) Flops=449169408 => 1538.87854296785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221554.100226784 Mflops = 221.554100226784 Gflops = 0.221554100226784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009737412 Relative Rsd = 4.26893529878898e-07
BICGSTAB_SOLVER_TIME: 0.57419 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977260000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043107 s
InvBiCGStab: k = 60 resid = 2.08852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254596(s) Flops=396675072 => 1558.05696868765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224312.785885964 Mflops = 224.312785885964 Gflops = 0.224312785885964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077819 s
InvBiCGStab: k = 81 resid = 5.250455e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332686(s) Flops=534472704 => 1606.53800881312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231296.109251179 Mflops = 231.296109251179 Gflops = 0.231296109251179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001062315 Relative Rsd = 4.65724688436483e-07
BICGSTAB_SOLVER_TIME: 0.712 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045019 s
InvBiCGStab: k = 51 resid = 2.242746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203598(s) Flops=337618944 => 1658.2625762532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238728.024584572 Mflops = 238.728024584572 Gflops = 0.238728024584572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057222 s
InvBiCGStab: k = 73 resid = 9.078883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273143(s) Flops=481978368 => 1764.56423192247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254038.888426142 Mflops = 254.038888426142 Gflops = 0.254038888426142 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001007745 Relative Rsd = 4.41800987632799e-07
BICGSTAB_SOLVER_TIME: 0.582887 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102884
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839357(s) Flops=1253523456 => 1493.43301598724 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215035.321595962 Mflops = 215.035321595962 Gflops = 0.215035321595962 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138560000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040988 s
InvBiCGStab: k = 28 resid = 2.121611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103971(s) Flops=186697728 => 1795.67117753989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258458.933725674 Mflops = 258.458933725674 Gflops = 0.258458933725674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055725 s
InvBiCGStab: k = 48 resid = 1.110174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176302(s) Flops=317933568 => 1803.34634887863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.325889229 Mflops = 259.597325889229 Gflops = 0.259597325889229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007136546 Relative Rsd = 3.12870097678684e-07
BICGSTAB_SOLVER_TIME: 0.380863 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684460000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040804 s
InvBiCGStab: k = 55 resid = 2.146831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201936(s) Flops=363866112 => 1801.8882814357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259399.156642388 Mflops = 259.399156642388 Gflops = 0.259399156642388 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056572 s
InvBiCGStab: k = 82 resid = 9.592923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328704(s) Flops=541034496 => 1645.96261682243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236973.113131174 Mflops = 236.973113131174 Gflops = 0.236973113131174 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001087646 Relative Rsd = 4.7683021252876e-07
BICGSTAB_SOLVER_TIME: 0.631927 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040718 s
InvBiCGStab: k = 50 resid = 1.833971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18674(s) Flops=331057152 => 1772.82399057513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255196.745262173 Mflops = 255.196745262173 Gflops = 0.255196745262173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069343 s
InvBiCGStab: k = 68 resid = 1.051813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304463(s) Flops=449169408 => 1475.28405093558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212393.326194124 Mflops = 212.393326194124 Gflops = 0.212393326194124 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001019512 Relative Rsd = 4.46959666560703e-07
BICGSTAB_SOLVER_TIME: 0.605762 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051864 s
InvBiCGStab: k = 51 resid = 1.901077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231957(s) Flops=337618944 => 1455.52384278121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209543.772261301 Mflops = 209.543772261301 Gflops = 0.209543772261301 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059022 s
InvBiCGStab: k = 73 resid = 7.732651e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295458(s) Flops=481978368 => 1631.29232581281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234854.560142091 Mflops = 234.854560142091 Gflops = 0.234854560142091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001058463 Relative Rsd = 4.64035870152161e-07
BICGSTAB_SOLVER_TIME: 0.6423 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04366 s
InvBiCGStab: k = 45 resid = 1.908741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188369(s) Flops=298248192 => 1583.31886881599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227935.616680271 Mflops = 227.935616680271 Gflops = 0.227935616680271 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072757 s
InvBiCGStab: k = 61 resid = 1.023291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251281(s) Flops=403236864 => 1604.72484588966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231012.806557357 Mflops = 231.012806557357 Gflops = 0.231012806557357 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009842361 Relative Rsd = 4.31494551720564e-07
BICGSTAB_SOLVER_TIME: 0.559927 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0898510000000003
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.819464(s) Flops=1247182848 => 1521.94952798415 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219151.436052032 Mflops = 219.151436052032 Gflops = 0.219151436052032 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138
CLOV_LINOP: Time spent in clov deriv (total) = 1.439766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021305
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 2.174188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853293(s) Flops=1440000000 => 1687.57976451231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243080.882161822 Mflops = 243.080882161822 Gflops = 0.243080882161822 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 1.110282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.908748(s) Flops=1472808960 => 1620.70118448679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233369.441178219 Mflops = 233.369441178219 Gflops = 0.233369441178219 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002117343 Relative Rsd = 9.3159975236359e-07
BICGSTAB_SOLVER_TIME: 1.765446 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0.117209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316114999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 154 resid = 2.255569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.6198(s) Flops=1013483520 => 1635.17831558567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235371.185677424 Mflops = 235.371185677424 Gflops = 0.235371185677424 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.018518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.952716(s) Flops=1499056128 => 1573.45539279282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226568.329939844 Mflops = 226.568329939844 Gflops = 0.226568329939844 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.002005109 Relative Rsd = 8.81113916922892e-07
BICGSTAB_SOLVER_TIME: 1.576074 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116957
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.11761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272888999999998
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.808082(s) Flops=1247182848 => 1543.38649790492 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222228.264034074 Mflops = 222.228264034074 Gflops = 0.222228264034074 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138019
CLOV_LINOP: Time spent in clov deriv (total) = 1.398599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046465 s
InvBiCGStab: k = 25 resid = 2.133106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106538(s) Flops=167012352 => 1567.63175580544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225603.493322545 Mflops = 225.603493322545 Gflops = 0.225603493322545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062156 s
InvBiCGStab: k = 51 resid = 1.111518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215352(s) Flops=337618944 => 1567.75392845202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225688.249622865 Mflops = 225.688249622865 Gflops = 0.225688249622865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007372469 Relative Rsd = 3.23213127205602e-07
BICGSTAB_SOLVER_TIME: 0.43467 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684110000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042936 s
InvBiCGStab: k = 79 resid = 1.702613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320652(s) Flops=521349120 => 1625.9032221848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234095.609256195 Mflops = 234.095609256195 Gflops = 0.234095609256195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063046 s
InvBiCGStab: k = 91 resid = 1.143349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363206(s) Flops=600090624 => 1652.20460014427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237901.588069064 Mflops = 237.901588069064 Gflops = 0.237901588069064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001238678 Relative Rsd = 5.43043168477566e-07
BICGSTAB_SOLVER_TIME: 0.793704 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116602
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135713
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041726 s
InvBiCGStab: k = 47 resid = 2.064062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185268(s) Flops=311371776 => 1680.65600103634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241946.012212713 Mflops = 241.946012212713 Gflops = 0.241946012212713 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057628 s
InvBiCGStab: k = 63 resid = 6.085835e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238672(s) Flops=416360448 => 1744.48803378695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251142.900870969 Mflops = 251.142900870969 Gflops = 0.251142900870969 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009657244 Relative Rsd = 4.23378909681512e-07
BICGSTAB_SOLVER_TIME: 0.527062 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 56 resid = 2.25602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215256(s) Flops=370427904 => 1720.8714460921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247741.3888749 Mflops = 247.7413888749 Gflops = 0.2477413888749 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 83 resid = 1.069898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325744(s) Flops=547596288 => 1681.06331352228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242025.369656543 Mflops = 242.025369656543 Gflops = 0.242025369656543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00107626 Relative Rsd = 4.7183822083315e-07
BICGSTAB_SOLVER_TIME: 0.64222 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043672 s
InvBiCGStab: k = 54 resid = 1.689072e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217284(s) Flops=357304320 => 1644.41155354283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236736.875820248 Mflops = 236.736875820248 Gflops = 0.236736875820248 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055581 s
InvBiCGStab: k = 80 resid = 1.067078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332798(s) Flops=527910912 => 1586.28030216528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228381.335017054 Mflops = 228.381335017054 Gflops = 0.228381335017054 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00107665 Relative Rsd = 4.72009144146362e-07
BICGSTAB_SOLVER_TIME: 0.653547 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10985
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848142(s) Flops=1240989696 => 1463.18623060761 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210677.230824794 Mflops = 210.677230824794 Gflops = 0.210677230824794 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137234000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041895 s
InvBiCGStab: k = 25 resid = 2.166143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105015(s) Flops=167012352 => 1590.36663333809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228899.045686804 Mflops = 228.899045686804 Gflops = 0.228899045686804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061199 s
InvBiCGStab: k = 50 resid = 1.111503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201858(s) Flops=331057152 => 1640.04969830277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236078.337939848 Mflops = 236.078337939848 Gflops = 0.236078337939848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.000729567 Relative Rsd = 3.19846208432055e-07
BICGSTAB_SOLVER_TIME: 0.413746 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04165 s
InvBiCGStab: k = 74 resid = 1.359678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313656(s) Flops=488540160 => 1557.56676103757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224251.378451322 Mflops = 224.251378451322 Gflops = 0.224251378451322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073394 s
InvBiCGStab: k = 103 resid = 1.123133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444716(s) Flops=678832128 => 1526.439633384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219773.098532603 Mflops = 219.773098532603 Gflops = 0.219773098532603 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001288539 Relative Rsd = 5.64902775057231e-07
BICGSTAB_SOLVER_TIME: 0.879211 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140612
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050192 s
InvBiCGStab: k = 47 resid = 2.267593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179378(s) Flops=311371776 => 1735.84149672758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249893.397280517 Mflops = 249.893397280517 Gflops = 0.249893397280517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057164 s
InvBiCGStab: k = 65 resid = 1.106207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251921(s) Flops=429484032 => 1704.83616689359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245437.756149885 Mflops = 245.437756149885 Gflops = 0.245437756149885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 112 iterations. Rsd = 0.001009536 Relative Rsd = 4.42586295790576e-07
BICGSTAB_SOLVER_TIME: 0.542525 sec
2Flav::invert,  n_count = 112
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0941410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041028 s
InvBiCGStab: k = 64 resid = 1.208207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24987(s) Flops=422922240 => 1692.56909592988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243685.37292572 Mflops = 243.68537292572 Gflops = 0.24368537292572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058097 s
InvBiCGStab: k = 76 resid = 9.968578e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285237(s) Flops=501663744 => 1758.76111444167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253204.590607193 Mflops = 253.204590607193 Gflops = 0.253204590607193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001129043 Relative Rsd = 4.94978859112315e-07
BICGSTAB_SOLVER_TIME: 0.638237 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042985 s
InvBiCGStab: k = 51 resid = 2.077626e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197731(s) Flops=337618944 => 1707.4659208723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245806.953423736 Mflops = 245.806953423736 Gflops = 0.245806953423736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065999 s
InvBiCGStab: k = 77 resid = 1.135211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292464(s) Flops=508225536 => 1737.73707533235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250180.437447986 Mflops = 250.180437447986 Gflops = 0.250180437447986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001029842 Relative Rsd = 4.51488292248355e-07
BICGSTAB_SOLVER_TIME: 0.603034 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105624
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.859162(s) Flops=1240915968 => 1444.33292906344 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208007.749485183 Mflops = 208.007749485183 Gflops = 0.208007749485183 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137294
CLOV_LINOP: Time spent in clov deriv (total) = 1.439082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045382 s
InvBiCGStab: k = 28 resid = 2.104606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.119657(s) Flops=186697728 => 1560.27418370843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224678.975805988 Mflops = 224.678975805988 Gflops = 0.224678975805988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056583 s
InvBiCGStab: k = 46 resid = 8.371471e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171957(s) Flops=304809984 => 1772.59421832202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255160.630602563 Mflops = 255.160630602563 Gflops = 0.255160630602563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007591084 Relative Rsd = 3.32797311321204e-07
BICGSTAB_SOLVER_TIME: 0.399565 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117399
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048017 s
InvBiCGStab: k = 53 resid = 1.336134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196146(s) Flops=350742528 => 1788.17068918051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257432.032348554 Mflops = 257.432032348554 Gflops = 0.257432032348554 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056313 s
InvBiCGStab: k = 66 resid = 1.135215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244703(s) Flops=436045824 => 1781.9390199548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256525.327598855 Mflops = 256.525327598855 Gflops = 0.256525327598855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001074085 Relative Rsd = 4.70884898477972e-07
BICGSTAB_SOLVER_TIME: 0.549049 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994270000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042415 s
InvBiCGStab: k = 49 resid = 1.697367e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195278(s) Flops=324495360 => 1661.70976761335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239242.174040068 Mflops = 239.242174040068 Gflops = 0.239242174040068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063759 s
InvBiCGStab: k = 62 resid = 1.008917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257017(s) Flops=409798656 => 1594.44183069602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229547.525132034 Mflops = 229.547525132034 Gflops = 0.229547525132034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009862165 Relative Rsd = 4.32362744160412e-07
BICGSTAB_SOLVER_TIME: 0.562319 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0935160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044836 s
InvBiCGStab: k = 67 resid = 2.030558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264891(s) Flops=442607616 => 1670.90469664881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240553.550347197 Mflops = 240.553550347197 Gflops = 0.240553550347197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05879 s
InvBiCGStab: k = 70 resid = 7.671221e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328131(s) Flops=462292992 => 1408.86716585754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202837.880572763 Mflops = 202.837880572763 Gflops = 0.202837880572763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001063357 Relative Rsd = 4.66181674804504e-07
BICGSTAB_SOLVER_TIME: 0.700574 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040979 s
InvBiCGStab: k = 52 resid = 1.588823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207618(s) Flops=344180736 => 1657.75961621825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238681.818729137 Mflops = 238.681818729137 Gflops = 0.238681818729137 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061709 s
InvBiCGStab: k = 68 resid = 9.375158e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294708(s) Flops=449169408 => 1524.11677999919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219432.283620646 Mflops = 219.432283620646 Gflops = 0.219432283620646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009658769 Relative Rsd = 4.234457427895e-07
BICGSTAB_SOLVER_TIME: 0.608968 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998450000000003
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.815614(s) Flops=1234870272 => 1514.0376109287 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218005.382453566 Mflops = 218.005382453566 Gflops = 0.218005382453566 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136630000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.470843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046693 s
InvBiCGStab: k = 32 resid = 1.707978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128199(s) Flops=212944896 => 1661.04958697026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239079.622307733 Mflops = 239.079622307733 Gflops = 0.239079622307733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062112 s
InvBiCGStab: k = 41 resid = 8.08409e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167053(s) Flops=272001024 => 1628.23190245012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234374.288052736 Mflops = 234.374288052736 Gflops = 0.234374288052736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0006931812 Relative Rsd = 3.03894454657464e-07
BICGSTAB_SOLVER_TIME: 0.407884 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662640000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042428 s
InvBiCGStab: k = 65 resid = 1.169641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242824(s) Flops=429484032 => 1768.70503739334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254625.839744604 Mflops = 254.625839744604 Gflops = 0.254625839744604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058587 s
InvBiCGStab: k = 70 resid = 8.061169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265835(s) Flops=462292992 => 1739.02229578498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250355.745877814 Mflops = 250.355745877814 Gflops = 0.250355745877814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001099337 Relative Rsd = 4.8195556421763e-07
BICGSTAB_SOLVER_TIME: 0.614033 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001818
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040908 s
InvBiCGStab: k = 54 resid = 1.595933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197949(s) Flops=357304320 => 1805.03220526499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259863.903546791 Mflops = 259.863903546791 Gflops = 0.259863903546791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056114 s
InvBiCGStab: k = 62 resid = 9.581208e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237633(s) Flops=409798656 => 1724.50230397293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248267.750761902 Mflops = 248.267750761902 Gflops = 0.248267750761902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001014816 Relative Rsd = 4.44901084345589e-07
BICGSTAB_SOLVER_TIME: 0.536418 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0974220000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041678 s
InvBiCGStab: k = 56 resid = 2.131609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21743(s) Flops=370427904 => 1703.66510601113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245264.763333136 Mflops = 245.264763333136 Gflops = 0.245264763333136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060198 s
InvBiCGStab: k = 68 resid = 1.123525e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308897(s) Flops=449169408 => 1454.10738207234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209345.989951856 Mflops = 209.345989951856 Gflops = 0.209345989951856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001036371 Relative Rsd = 4.54350709095624e-07
BICGSTAB_SOLVER_TIME: 0.632282 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059333 s
InvBiCGStab: k = 51 resid = 1.767252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234845(s) Flops=337618944 => 1437.62457791309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206976.08230824 Mflops = 206.97608230824 Gflops = 0.20697608230824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060201 s
InvBiCGStab: k = 72 resid = 1.120294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288518(s) Flops=475416576 => 1647.78826970934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237212.950757233 Mflops = 237.212950757233 Gflops = 0.237212950757233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009993876 Relative Rsd = 4.3813703282375e-07
BICGSTAB_SOLVER_TIME: 0.646693 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102345
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882186(s) Flops=1234870272 => 1399.78448082377 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201543.653968505 Mflops = 201.543653968505 Gflops = 0.201543653968505 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136632
CLOV_LINOP: Time spent in clov deriv (total) = 1.413807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021328
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.854645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.821597(s) Flops=1308764160 => 1592.95148351321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229329.412602145 Mflops = 229.329412602145 Gflops = 0.229329412602145 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 9.740955e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891405(s) Flops=1525303296 => 1711.12266141653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246388.153997938 Mflops = 246.388153997938 Gflops = 0.246388153997938 Tflops
BICGSTAB_SOLVER: 431 iterations. Rsd = 0.002076982 Relative Rsd = 9.1388578690385e-07
BICGSTAB_SOLVER_TIME: 1.716506 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307973999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 1.654016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.635279(s) Flops=1125033984 => 1770.92896821711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254915.595517903 Mflops = 254.915595517903 Gflops = 0.254915595517903 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 5.903143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855275(s) Flops=1466247168 => 1714.35756686446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246856.13694214 Mflops = 246.85613694214 Gflops = 0.24685613694214 Tflops
BICGSTAB_SOLVER: 394 iterations. Rsd = 0.001944323 Relative Rsd = 8.54380990016189e-07
BICGSTAB_SOLVER_TIME: 1.494876 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.128523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.281336999999998
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909153(s) Flops=1234870272 => 1358.26452973262 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195576.076788941 Mflops = 195.576076788941 Gflops = 0.195576076788941 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136444000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05313 s
InvBiCGStab: k = 30 resid = 1.899873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.135348(s) Flops=199821312 => 1476.35215887933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212516.313589565 Mflops = 212.516313589565 Gflops = 0.212516313589565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065447 s
InvBiCGStab: k = 50 resid = 7.051377e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189577(s) Flops=331057152 => 1746.29386476208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251370.0840621 Mflops = 251.3700840621 Gflops = 0.2513700840621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007025406 Relative Rsd = 3.07997660435507e-07
BICGSTAB_SOLVER_TIME: 0.447333 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114875
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 85 resid = 2.005267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331092(s) Flops=560719872 => 1693.5470262042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243823.451648986 Mflops = 243.823451648986 Gflops = 0.243823451648986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063597 s
InvBiCGStab: k = 97 resid = 1.111267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404452(s) Flops=639461376 => 1581.05628356393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227627.139265942 Mflops = 227.627139265942 Gflops = 0.227627139265942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001288441 Relative Rsd = 5.64859648691251e-07
BICGSTAB_SOLVER_TIME: 0.84545 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044184 s
InvBiCGStab: k = 49 resid = 2.172235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187513(s) Flops=324495360 => 1730.52193714569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249134.301250783 Mflops = 249.134301250783 Gflops = 0.249134301250783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057139 s
InvBiCGStab: k = 75 resid = 4.921384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287612(s) Flops=495101952 => 1721.42313950739 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247831.764887129 Mflops = 247.831764887129 Gflops = 0.247831764887129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00103049 Relative Rsd = 4.51772466929742e-07
BICGSTAB_SOLVER_TIME: 0.580289 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115498
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102676
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046026 s
InvBiCGStab: k = 66 resid = 1.677773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244285(s) Flops=436045824 => 1784.98812452668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256989.788146529 Mflops = 256.989788146529 Gflops = 0.256989788146529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058143 s
InvBiCGStab: k = 75 resid = 1.044586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275331(s) Flops=495101952 => 1798.20634799569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258887.831041985 Mflops = 258.887831041985 Gflops = 0.258887831041985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001067758 Relative Rsd = 4.68110877921679e-07
BICGSTAB_SOLVER_TIME: 0.627553 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053623 s
InvBiCGStab: k = 50 resid = 1.977063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236542(s) Flops=331057152 => 1399.57027504629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201504.393826187 Mflops = 201.504393826187 Gflops = 0.201504393826187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057591 s
InvBiCGStab: k = 71 resid = 1.125348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290103(s) Flops=468854784 => 1616.16661668442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232684.218605726 Mflops = 232.684218605726 Gflops = 0.232684218605726 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001100711 Relative Rsd = 4.82557751190634e-07
BICGSTAB_SOLVER_TIME: 0.641685 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100674
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881612(s) Flops=1234870272 => 1400.69585259729 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201938.739486059 Mflops = 201.938739486059 Gflops = 0.201938739486059 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136360000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042047 s
InvBiCGStab: k = 32 resid = 1.773019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124073(s) Flops=212944896 => 1716.28715353058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247124.689450851 Mflops = 247.124689450851 Gflops = 0.247124689450851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062386 s
InvBiCGStab: k = 50 resid = 8.908621e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191283(s) Flops=331057152 => 1730.719154342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249128.265861849 Mflops = 249.128265861849 Gflops = 0.249128265861849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007492916 Relative Rsd = 3.28493555182078e-07
BICGSTAB_SOLVER_TIME: 0.423592 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041983 s
InvBiCGStab: k = 80 resid = 1.894715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29316(s) Flops=527910912 => 1800.76037658616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259268.793817456 Mflops = 259.268793817456 Gflops = 0.259268793817456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057172 s
InvBiCGStab: k = 98 resid = 5.709632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360634(s) Flops=646023168 => 1791.35402651996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257906.548540416 Mflops = 257.906548540416 Gflops = 0.257906548540416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001279812 Relative Rsd = 5.61076522208165e-07
BICGSTAB_SOLVER_TIME: 0.756841 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04646 s
InvBiCGStab: k = 60 resid = 1.574959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253945(s) Flops=396675072 => 1562.05112130579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224873.283135475 Mflops = 224.873283135475 Gflops = 0.224873283135475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061633 s
InvBiCGStab: k = 64 resid = 9.549002e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28556(s) Flops=422922240 => 1481.02759490125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213219.373059067 Mflops = 213.219373059067 Gflops = 0.213219373059067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001034878 Relative Rsd = 4.53696413223609e-07
BICGSTAB_SOLVER_TIME: 0.653646 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040862 s
InvBiCGStab: k = 62 resid = 1.993906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231194(s) Flops=409798656 => 1772.53153628554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255184.34778174 Mflops = 255.18434778174 Gflops = 0.25518434778174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062267 s
InvBiCGStab: k = 68 resid = 1.107265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278982(s) Flops=449169408 => 1610.0300664559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231789.880719333 Mflops = 231.789880719333 Gflops = 0.231789880719333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001062697 Relative Rsd = 4.65892447448286e-07
BICGSTAB_SOLVER_TIME: 0.617231 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045412 s
InvBiCGStab: k = 59 resid = 9.258785e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237861(s) Flops=390113280 => 1640.08929584926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236121.314880866 Mflops = 236.121314880866 Gflops = 0.236121314880866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055898 s
InvBiCGStab: k = 67 resid = 1.041239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246807(s) Flops=442607616 => 1793.33493782591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258165.826379859 Mflops = 258.165826379859 Gflops = 0.258165826379859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001052954 Relative Rsd = 4.61620793657326e-07
BICGSTAB_SOLVER_TIME: 0.58978 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104212
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840004(s) Flops=1228677120 => 1462.70389188623 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210643.006854801 Mflops = 210.643006854801 Gflops = 0.210643006854801 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135735000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021375
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043027 s
InvBiCGStab: k = 23 resid = 1.901173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090256(s) Flops=153888768 => 1705.02535011523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245408.791167807 Mflops = 245.408791167807 Gflops = 0.245408791167807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 41 resid = 1.128494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.173183(s) Flops=272001024 => 1570.59886940404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226072.765714375 Mflops = 226.072765714375 Gflops = 0.226072765714375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 64 iterations. Rsd = 0.0007348051 Relative Rsd = 3.22142623624047e-07
BICGSTAB_SOLVER_TIME: 0.366867 sec
2Flav::invert,  n_count = 64
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115797
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0600100000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040643 s
InvBiCGStab: k = 52 resid = 2.116667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192103(s) Flops=344180736 => 1791.64685611365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257937.816630095 Mflops = 257.937816630095 Gflops = 0.257937816630095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058594 s
InvBiCGStab: k = 68 resid = 1.098316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270733(s) Flops=449169408 => 1659.08628796637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238855.882337015 Mflops = 238.855882337015 Gflops = 0.238855882337015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001054064 Relative Rsd = 4.62107330517539e-07
BICGSTAB_SOLVER_TIME: 0.566011 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999220000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041196 s
InvBiCGStab: k = 56 resid = 1.445785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219136(s) Flops=370427904 => 1690.40186915888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243372.974799632 Mflops = 243.372974799632 Gflops = 0.243372974799632 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056374 s
InvBiCGStab: k = 70 resid = 7.404523e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279157(s) Flops=462292992 => 1656.03223992234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238415.821704557 Mflops = 238.415821704557 Gflops = 0.238415821704557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001006762 Relative Rsd = 4.41369928121485e-07
BICGSTAB_SOLVER_TIME: 0.599753 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104341
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044599 s
InvBiCGStab: k = 59 resid = 2.076683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247831(s) Flops=390113280 => 1574.11009922084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226606.934955817 Mflops = 226.606934955817 Gflops = 0.226606934955817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062715 s
InvBiCGStab: k = 79 resid = 9.608839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333574(s) Flops=521349120 => 1562.91893253071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225015.374566245 Mflops = 225.015374566245 Gflops = 0.225015374566245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00107027 Relative Rsd = 4.69212412071891e-07
BICGSTAB_SOLVER_TIME: 0.692999 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112806
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043572 s
InvBiCGStab: k = 56 resid = 2.043475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211266(s) Flops=370427904 => 1753.37207122774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252435.377294896 Mflops = 252.435377294896 Gflops = 0.252435377294896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055858 s
InvBiCGStab: k = 64 resid = 1.135134e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259961(s) Flops=422922240 => 1626.86803020453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234215.877095653 Mflops = 234.215877095653 Gflops = 0.234215877095653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001004559 Relative Rsd = 4.40404254783387e-07
BICGSTAB_SOLVER_TIME: 0.574562 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999140000000003
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.810036(s) Flops=1222115328 => 1508.71730145327 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217233.703270058 Mflops = 217.233703270058 Gflops = 0.217233703270058 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135135000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045747 s
InvBiCGStab: k = 35 resid = 2.113091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.147851(s) Flops=232630272 => 1573.4102035157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226475.982919818 Mflops = 226.475982919818 Gflops = 0.226475982919818 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079387 s
InvBiCGStab: k = 53 resid = 7.809565e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237704(s) Flops=350742528 => 1475.54323023592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212432.548314555 Mflops = 212.432548314555 Gflops = 0.212432548314555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007525943 Relative Rsd = 3.2994147826235e-07
BICGSTAB_SOLVER_TIME: 0.51516 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 58 resid = 1.612783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222696(s) Flops=383551488 => 1722.30973165212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247956.388810182 Mflops = 247.956388810182 Gflops = 0.247956388810182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057497 s
InvBiCGStab: k = 80 resid = 1.011292e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313158(s) Flops=527910912 => 1685.76537083517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242696.335255426 Mflops = 242.696335255426 Gflops = 0.242696335255426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001061315 Relative Rsd = 4.6528633061708e-07
BICGSTAB_SOLVER_TIME: 0.63833 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 52 resid = 1.808562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214011(s) Flops=344180736 => 1608.2385297952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231537.64866596 Mflops = 231.53764866596 Gflops = 0.23153764866596 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055937 s
InvBiCGStab: k = 59 resid = 1.133304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219152(s) Flops=390113280 => 1780.10367233701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256269.663614991 Mflops = 256.269663614991 Gflops = 0.256269663614991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.001015511 Relative Rsd = 4.4520541868918e-07
BICGSTAB_SOLVER_TIME: 0.533747 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0951960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051603 s
InvBiCGStab: k = 56 resid = 2.08346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218007(s) Flops=370427904 => 1699.15600875201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244630.635283572 Mflops = 244.630635283572 Gflops = 0.244630635283572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060335 s
InvBiCGStab: k = 72 resid = 1.038581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283845(s) Flops=475416576 => 1674.91615494372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241128.10706315 Mflops = 241.128107063151 Gflops = 0.241128107063151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001065059 Relative Rsd = 4.66927888528742e-07
BICGSTAB_SOLVER_TIME: 0.617618 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105784
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042476 s
InvBiCGStab: k = 52 resid = 2.229558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205892(s) Flops=344180736 => 1671.65667437297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240651.848970201 Mflops = 240.651848970201 Gflops = 0.240651848970201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06438 s
InvBiCGStab: k = 68 resid = 9.447706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299449(s) Flops=449169408 => 1499.98633490177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215955.688322139 Mflops = 215.955688322139 Gflops = 0.215955688322139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001035426 Relative Rsd = 4.53936491833746e-07
BICGSTAB_SOLVER_TIME: 0.616642 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998830000000002
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.817125(s) Flops=1215848448 => 1487.95893896283 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214242.994502327 Mflops = 214.242994502327 Gflops = 0.214242994502327 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13427
CLOV_LINOP: Time spent in clov deriv (total) = 1.436134
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.16497e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707478(s) Flops=1177528320 => 1664.40273761163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239635.360611206 Mflops = 239.635360611206 Gflops = 0.239635360611206 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 236 resid = 9.92728e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.986772(s) Flops=1551550464 => 1572.34950322871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226407.931836188 Mflops = 226.407931836188 Gflops = 0.226407931836188 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002124145 Relative Rsd = 9.34675580152422e-07
BICGSTAB_SOLVER_TIME: 1.697672 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296157999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 163 resid = 2.006038e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.629008(s) Flops=1072539648 => 1705.12878691527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245481.073068084 Mflops = 245.481073068084 Gflops = 0.245481073068084 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 7.356189e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744783(s) Flops=1302202368 => 1748.43191641055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251759.094950641 Mflops = 251.759094950641 Gflops = 0.251759094950641 Tflops
BICGSTAB_SOLVER: 361 iterations. Rsd = 0.002036758 Relative Rsd = 8.94977335615348e-07
BICGSTAB_SOLVER_TIME: 1.377253 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.257760999999998
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.837162(s) Flops=1215848448 => 1452.34548151971 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209115.308177938 Mflops = 209.115308177938 Gflops = 0.209115308177938 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134231
CLOV_LINOP: Time spent in clov deriv (total) = 1.444812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042851 s
InvBiCGStab: k = 27 resid = 1.772649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101707(s) Flops=180135936 => 1771.12623516572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254928.585772827 Mflops = 254.928585772827 Gflops = 0.254928585772827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059558 s
InvBiCGStab: k = 56 resid = 1.140929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223577(s) Flops=370427904 => 1656.82473599699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238496.742203788 Mflops = 238.496742203788 Gflops = 0.238496742203788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007693372 Relative Rsd = 3.37281662307688e-07
BICGSTAB_SOLVER_TIME: 0.431499 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736510000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043093 s
InvBiCGStab: k = 68 resid = 2.220957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267314(s) Flops=449169408 => 1680.30633636847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241907.433427288 Mflops = 241.907433427288 Gflops = 0.241907433427288 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058053 s
InvBiCGStab: k = 91 resid = 1.137674e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347294(s) Flops=600090624 => 1727.90380484546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248765.114540594 Mflops = 248.765114540594 Gflops = 0.248765114540594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001203369 Relative Rsd = 5.27563763243967e-07
BICGSTAB_SOLVER_TIME: 0.720061 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128044
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042068 s
InvBiCGStab: k = 46 resid = 2.140347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182298(s) Flops=304809984 => 1672.04239212718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240695.141261422 Mflops = 240.695141261422 Gflops = 0.240695141261422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075131 s
InvBiCGStab: k = 68 resid = 6.291224e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308576(s) Flops=449169408 => 1455.62003525874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209566.820068517 Mflops = 209.566820068517 Gflops = 0.209566820068517 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001023576 Relative Rsd = 4.48741219291159e-07
BICGSTAB_SOLVER_TIME: 0.611975 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0956650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044806 s
InvBiCGStab: k = 60 resid = 1.914037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224349(s) Flops=396675072 => 1768.1160691601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254546.996640622 Mflops = 254.546996640622 Gflops = 0.254546996640622 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058968 s
InvBiCGStab: k = 76 resid = 9.736962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282516(s) Flops=501663744 => 1775.70029308075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255650.71435879 Mflops = 255.65071435879 Gflops = 0.25565071435879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001110379 Relative Rsd = 4.86796332928156e-07
BICGSTAB_SOLVER_TIME: 0.614511 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111475
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046826 s
InvBiCGStab: k = 48 resid = 2.063303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202432(s) Flops=317933568 => 1570.56971229845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226092.981579272 Mflops = 226.092981579272 Gflops = 0.226092981579272 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058258 s
InvBiCGStab: k = 74 resid = 1.14299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271193(s) Flops=488540160 => 1801.44826747003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.667477236 Mflops = 259.348667477236 Gflops = 0.259348667477236 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001040181 Relative Rsd = 4.56021102979806e-07
BICGSTAB_SOLVER_TIME: 0.582548 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101175
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838272(s) Flops=1215995904 => 1450.59825927623 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208891.6209363 Mflops = 208.8916209363 Gflops = 0.2088916209363 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134782
CLOV_LINOP: Time spent in clov deriv (total) = 1.445928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041149 s
InvBiCGStab: k = 25 resid = 2.147812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094083(s) Flops=167012352 => 1775.15972067217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255480.155529395 Mflops = 255.480155529395 Gflops = 0.255480155529395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056946 s
InvBiCGStab: k = 49 resid = 1.075633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181996(s) Flops=324495360 => 1782.9807248511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256647.593674889 Mflops = 256.647593674889 Gflops = 0.256647593674889 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007613319 Relative Rsd = 3.33772094785133e-07
BICGSTAB_SOLVER_TIME: 0.378198 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047011 s
InvBiCGStab: k = 64 resid = 2.241256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248182(s) Flops=422922240 => 1704.08103730327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245340.83684263 Mflops = 245.34083684263 Gflops = 0.24534083684263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055977 s
InvBiCGStab: k = 95 resid = 8.60863e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346997(s) Flops=626337792 => 1805.02365150131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.623428264 Mflops = 259.873623428264 Gflops = 0.259873623428264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001225358 Relative Rsd = 5.37203858523983e-07
BICGSTAB_SOLVER_TIME: 0.70197 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 55 resid = 1.578984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201659(s) Flops=363866112 => 1804.36336588003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259764.535441793 Mflops = 259.764535441793 Gflops = 0.259764535441793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 71 resid = 4.874045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259539(s) Flops=468854784 => 1806.49067770162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260068.891859375 Mflops = 260.068891859375 Gflops = 0.260068891859375 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.000987745 Relative Rsd = 4.33032861539474e-07
BICGSTAB_SOLVER_TIME: 0.562183 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115727
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104409
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040663 s
InvBiCGStab: k = 60 resid = 1.704469e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230434(s) Flops=396675072 => 1721.42597012594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247822.410604136 Mflops = 247.822410604136 Gflops = 0.247822410604136 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061553 s
InvBiCGStab: k = 74 resid = 1.014991e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308403(s) Flops=488540160 => 1584.0966527563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228054.416935986 Mflops = 228.054416935986 Gflops = 0.228054416935986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001112613 Relative Rsd = 4.8777568421428e-07
BICGSTAB_SOLVER_TIME: 0.644956 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110013
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049788 s
InvBiCGStab: k = 59 resid = 1.903563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235309(s) Flops=390113280 => 1657.87657930636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238697.821967066 Mflops = 238.697821967066 Gflops = 0.238697821967066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.086138 s
InvBiCGStab: k = 79 resid = 3.719008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336379(s) Flops=521349120 => 1549.88605115064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223133.454264527 Mflops = 223.133454264527 Gflops = 0.223133454264527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001091438 Relative Rsd = 4.78492440473821e-07
BICGSTAB_SOLVER_TIME: 0.711588 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112768
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.823585(s) Flops=1228308480 => 1491.41676936807 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214744.569829414 Mflops = 214.744569829414 Gflops = 0.214744569829414 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135771
CLOV_LINOP: Time spent in clov deriv (total) = 1.440696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050285 s
InvBiCGStab: k = 31 resid = 2.255025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144075(s) Flops=206383104 => 1432.46992191567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206205.71985536 Mflops = 206.20571985536 Gflops = 0.20620571985536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06478 s
InvBiCGStab: k = 52 resid = 7.011237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223039(s) Flops=344180736 => 1543.14149543353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222155.373120686 Mflops = 222.155373120686 Gflops = 0.222155373120686 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0008050058 Relative Rsd = 3.52919001907586e-07
BICGSTAB_SOLVER_TIME: 0.486102 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041204 s
InvBiCGStab: k = 45 resid = 2.22955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171249(s) Flops=298248192 => 1741.60545171067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250724.477586738 Mflops = 250.724477586738 Gflops = 0.250724477586738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 71 resid = 1.104121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263371(s) Flops=468854784 => 1780.2065679213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256290.852117 Mflops = 256.290852117 Gflops = 0.256290852117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001023024 Relative Rsd = 4.48499150233361e-07
BICGSTAB_SOLVER_TIME: 0.53624 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971390000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049237 s
InvBiCGStab: k = 46 resid = 1.959059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171819(s) Flops=304809984 => 1774.01791420041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255395.004659131 Mflops = 255.395004659131 Gflops = 0.255395004659131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055682 s
InvBiCGStab: k = 69 resid = 1.140247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253351(s) Flops=455731200 => 1798.81350379513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258965.096509607 Mflops = 258.965096509607 Gflops = 0.258965096509607 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 115 iterations. Rsd = 0.0010094 Relative Rsd = 4.42526378212281e-07
BICGSTAB_SOLVER_TIME: 0.533869 sec
2Flav::invert,  n_count = 115
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0964640000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043522 s
InvBiCGStab: k = 54 resid = 2.031357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208642(s) Flops=357304320 => 1712.52346123983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246528.692644718 Mflops = 246.528692644718 Gflops = 0.246528692644718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061032 s
InvBiCGStab: k = 67 resid = 1.148219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248578(s) Flops=442607616 => 1780.55827949376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256330.185927575 Mflops = 256.330185927575 Gflops = 0.256330185927575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001048151 Relative Rsd = 4.59515053143793e-07
BICGSTAB_SOLVER_TIME: 0.565629 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041195 s
InvBiCGStab: k = 50 resid = 2.029387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184335(s) Flops=331057152 => 1795.95384490194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258541.985578659 Mflops = 258.541985578659 Gflops = 0.258541985578659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 61 resid = 1.03846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240097(s) Flops=403236864 => 1679.47481226338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241776.128437499 Mflops = 241.776128437499 Gflops = 0.241776128437499 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 111 iterations. Rsd = 0.0009917526 Relative Rsd = 4.3478981437833e-07
BICGSTAB_SOLVER_TIME: 0.526073 sec
2Flav::invert,  n_count = 111
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12251
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0934810000000002
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906691(s) Flops=1228750848 => 1355.20353461102 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195154.257392119 Mflops = 195.154257392119 Gflops = 0.195154257392119 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13585
CLOV_LINOP: Time spent in clov deriv (total) = 1.411795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046603 s
InvBiCGStab: k = 26 resid = 2.209227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09635(s) Flops=173574144 => 1801.49604566684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259253.053606948 Mflops = 259.253053606948 Gflops = 0.259253053606948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058941 s
InvBiCGStab: k = 48 resid = 8.677485e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180984(s) Flops=317933568 => 1756.69433762101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252889.579055679 Mflops = 252.889579055679 Gflops = 0.252889579055679 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007486327 Relative Rsd = 3.28204685085697e-07
BICGSTAB_SOLVER_TIME: 0.386661 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0669860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045129 s
InvBiCGStab: k = 50 resid = 2.264757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19484(s) Flops=331057152 => 1699.12313693287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244606.43667587 Mflops = 244.60643667587 Gflops = 0.24460643667587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 80 resid = 7.346035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373954(s) Flops=527910912 => 1411.70013424111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203251.241974914 Mflops = 203.251241974914 Gflops = 0.203251241974914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001079134 Relative Rsd = 4.73098378350774e-07
BICGSTAB_SOLVER_TIME: 0.674386 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107054
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047865 s
InvBiCGStab: k = 49 resid = 2.237647e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212181(s) Flops=324495360 => 1529.33278663028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220210.113659767 Mflops = 220.210113659767 Gflops = 0.220210113659767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057943 s
InvBiCGStab: k = 60 resid = 1.077148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232747(s) Flops=396675072 => 1704.31873235745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245343.966229194 Mflops = 245.343966229194 Gflops = 0.245343966229194 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009762982 Relative Rsd = 4.2801450917164e-07
BICGSTAB_SOLVER_TIME: 0.555253 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0920230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041687 s
InvBiCGStab: k = 58 resid = 1.675529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228382(s) Flops=383551488 => 1679.42958727045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241786.653799421 Mflops = 241.786653799421 Gflops = 0.241786653799421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06284 s
InvBiCGStab: k = 70 resid = 7.004035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270901(s) Flops=462292992 => 1706.50160759835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245677.636498746 Mflops = 245.677636498746 Gflops = 0.245677636498746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001063361 Relative Rsd = 4.66183410066567e-07
BICGSTAB_SOLVER_TIME: 0.607768 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001843
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041023 s
InvBiCGStab: k = 53 resid = 1.335856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194629(s) Flops=350742528 => 1802.10825724841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259433.719707059 Mflops = 259.433719707059 Gflops = 0.259433719707059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056246 s
InvBiCGStab: k = 69 resid = 8.384844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252295(s) Flops=455731200 => 1806.34257516003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260046.727586225 Mflops = 260.046727586225 Gflops = 0.260046727586225 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001014238 Relative Rsd = 4.44647531935903e-07
BICGSTAB_SOLVER_TIME: 0.548049 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10138
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.778285(s) Flops=1235017728 => 1586.84508631157 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228489.168833487 Mflops = 228.489168833487 Gflops = 0.228489168833487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136383000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021364
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.908254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.911218(s) Flops=1446561792 => 1587.50353043948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228545.199304241 Mflops = 228.545199304241 Gflops = 0.228545199304241 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.034768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884942(s) Flops=1466247168 => 1656.88504783364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238581.11594523 Mflops = 238.58111594523 Gflops = 0.23858111594523 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.002213184 Relative Rsd = 9.73869633372988e-07
BICGSTAB_SOLVER_TIME: 1.799538 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124571
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.120269
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316040999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 2.079436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716653(s) Flops=1111910400 => 1551.53247108433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223378.823020071 Mflops = 223.378823020071 Gflops = 0.223378823020071 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.128892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.703544(s) Flops=1249708032 => 1776.30401510069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255771.754318061 Mflops = 255.771754318061 Gflops = 0.255771754318061 Tflops
BICGSTAB_SOLVER: 359 iterations. Rsd = 0.002562233 Relative Rsd = 1.12584303302862e-06
BICGSTAB_SOLVER_TIME: 1.423809 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.119684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.256225999999998
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.778177(s) Flops=1235017728 => 1587.06531804461 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228534.320578232 Mflops = 228.534320578232 Gflops = 0.228534320578232 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136512000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021334
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046744 s
InvBiCGStab: k = 30 resid = 2.121094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148692(s) Flops=199821312 => 1343.86054394318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193431.261929879 Mflops = 193.431261929879 Gflops = 0.193431261929879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07262 s
InvBiCGStab: k = 53 resid = 1.135181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246511(s) Flops=350742528 => 1422.82708682371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204837.220935657 Mflops = 204.837220935657 Gflops = 0.204837220935657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007793621 Relative Rsd = 3.41676647297924e-07
BICGSTAB_SOLVER_TIME: 0.518395 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055065 s
InvBiCGStab: k = 75 resid = 1.948507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309433(s) Flops=495101952 => 1600.02957667734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230353.477272205 Mflops = 230.353477272205 Gflops = 0.230353477272205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056553 s
InvBiCGStab: k = 92 resid = 8.714031e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347225(s) Flops=606652416 => 1747.14498092015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251551.074569042 Mflops = 251.551074569042 Gflops = 0.251551074569042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001260152 Relative Rsd = 5.52457526578025e-07
BICGSTAB_SOLVER_TIME: 0.775182 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050359 s
InvBiCGStab: k = 49 resid = 2.132401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196255(s) Flops=324495360 => 1653.43741560725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238048.445160791 Mflops = 238.048445160791 Gflops = 0.238048445160791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061159 s
InvBiCGStab: k = 60 resid = 1.096847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23316(s) Flops=396675072 => 1701.29984559959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244932.041985701 Mflops = 244.932041985701 Gflops = 0.244932041985701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 109 iterations. Rsd = 0.0009951036 Relative Rsd = 4.36258917863195e-07
BICGSTAB_SOLVER_TIME: 0.54499 sec
2Flav::invert,  n_count = 109
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0920810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04374 s
InvBiCGStab: k = 56 resid = 1.984986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215232(s) Flops=370427904 => 1721.06333630687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247765.889866403 Mflops = 247.765889866403 Gflops = 0.247765889866403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06175 s
InvBiCGStab: k = 71 resid = 1.092405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262626(s) Flops=468854784 => 1785.25653971808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257008.194623807 Mflops = 257.008194623807 Gflops = 0.257008194623807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001072175 Relative Rsd = 4.70047379346944e-07
BICGSTAB_SOLVER_TIME: 0.587106 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05215 s
InvBiCGStab: k = 47 resid = 1.850743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199354(s) Flops=311371776 => 1561.90382936886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224849.838320918 Mflops = 224.849838320918 Gflops = 0.224849838320918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060589 s
InvBiCGStab: k = 75 resid = 6.090908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319033(s) Flops=495101952 => 1551.88319703604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223425.144178886 Mflops = 223.425144178886 Gflops = 0.223425144178886 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00104531 Relative Rsd = 4.58269849502183e-07
BICGSTAB_SOLVER_TIME: 0.635416 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117244
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10132
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.818652(s) Flops=1241210880 => 1516.16423095528 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218319.609567371 Mflops = 218.319609567371 Gflops = 0.218319609567371 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137498000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042336 s
InvBiCGStab: k = 32 resid = 1.784121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118065(s) Flops=212944896 => 1803.62424088426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.412730647 Mflops = 259.613412730647 Gflops = 0.259613412730647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056085 s
InvBiCGStab: k = 53 resid = 7.733289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208791(s) Flops=350742528 => 1679.87378766326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241825.881985753 Mflops = 241.825881985753 Gflops = 0.241825881985753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007224197 Relative Rsd = 3.16712784480229e-07
BICGSTAB_SOLVER_TIME: 0.433676 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0750050000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 77 resid = 2.254824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366497(s) Flops=508225536 => 1386.71131278019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199657.529657071 Mflops = 199.657529657071 Gflops = 0.199657529657071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071763 s
InvBiCGStab: k = 97 resid = 1.071059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380241(s) Flops=639461376 => 1681.72652607162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242131.328288274 Mflops = 242.131328288274 Gflops = 0.242131328288274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00126698 Relative Rsd = 5.55451057785296e-07
BICGSTAB_SOLVER_TIME: 0.863413 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04339 s
InvBiCGStab: k = 45 resid = 2.164833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16918(s) Flops=298248192 => 1762.90455136541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253771.036919432 Mflops = 253.771036919432 Gflops = 0.253771036919432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056553 s
InvBiCGStab: k = 71 resid = 7.290469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281798(s) Flops=468854784 => 1663.79741516973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239538.818614936 Mflops = 239.538818614936 Gflops = 0.239538818614936 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001002908 Relative Rsd = 4.39680548428849e-07
BICGSTAB_SOLVER_TIME: 0.554844 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969040000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043743 s
InvBiCGStab: k = 60 resid = 2.024301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238665(s) Flops=396675072 => 1662.05799761172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239280.040484171 Mflops = 239.280040484171 Gflops = 0.239280040484171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056446 s
InvBiCGStab: k = 75 resid = 8.615717e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290003(s) Flops=495101952 => 1707.23044934018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245794.327833099 Mflops = 245.794327833099 Gflops = 0.245794327833099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001094446 Relative Rsd = 4.79811137567514e-07
BICGSTAB_SOLVER_TIME: 0.63277 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11088
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042351 s
InvBiCGStab: k = 59 resid = 1.261722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225457(s) Flops=390113280 => 1730.32232310374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249105.68400562 Mflops = 249.10568400562 Gflops = 0.24910568400562 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061133 s
InvBiCGStab: k = 73 resid = 1.082996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282484(s) Flops=481978368 => 1706.21475198595 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245644.017963797 Mflops = 245.644017963797 Gflops = 0.245644017963797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001070781 Relative Rsd = 4.69436465026505e-07
BICGSTAB_SOLVER_TIME: 0.615392 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130832
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108514
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.857007(s) Flops=1247698944 => 1455.8795249047 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209648.73082339 Mflops = 209.64873082339 Gflops = 0.20964873082339 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138032
CLOV_LINOP: Time spent in clov deriv (total) = 1.418981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 27 resid = 2.186484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09982(s) Flops=180135936 => 1804.6076537768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259730.386822369 Mflops = 259.730386822369 Gflops = 0.259730386822369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055816 s
InvBiCGStab: k = 50 resid = 1.116934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184722(s) Flops=331057152 => 1792.19124955338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257993.476918754 Mflops = 257.993476918754 Gflops = 0.257993476918754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007545224 Relative Rsd = 3.30786780554102e-07
BICGSTAB_SOLVER_TIME: 0.38532 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692650000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042852 s
InvBiCGStab: k = 49 resid = 1.467593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18632(s) Flops=324495360 => 1741.60240446544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250727.405923205 Mflops = 250.727405923205 Gflops = 0.250727405923205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05698 s
InvBiCGStab: k = 70 resid = 1.085862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300131(s) Flops=462292992 => 1540.30404056895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221771.809954483 Mflops = 221.771809954483 Gflops = 0.221771809954483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009985999 Relative Rsd = 4.37791715673199e-07
BICGSTAB_SOLVER_TIME: 0.591296 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993650000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045866 s
InvBiCGStab: k = 56 resid = 6.581326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272578(s) Flops=370427904 => 1358.97946275928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195668.302154443 Mflops = 195.668302154443 Gflops = 0.195668302154443 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063648 s
InvBiCGStab: k = 66 resid = 1.075007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26603(s) Flops=436045824 => 1639.0851558095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235979.068854464 Mflops = 235.979068854464 Gflops = 0.235979068854464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001007204 Relative Rsd = 4.41563971249831e-07
BICGSTAB_SOLVER_TIME: 0.651837 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 57 resid = 2.183818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212273(s) Flops=376989696 => 1775.96630753793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255670.261210282 Mflops = 255.670261210282 Gflops = 0.255670261210282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 71 resid = 1.144228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317257(s) Flops=468854784 => 1477.83905162061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212760.697453575 Mflops = 212.760697453575 Gflops = 0.212760697453575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001068163 Relative Rsd = 4.68288640208905e-07
BICGSTAB_SOLVER_TIME: 0.633178 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105913
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043442 s
InvBiCGStab: k = 53 resid = 2.103928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195949(s) Flops=350742528 => 1789.96845097449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257682.764129661 Mflops = 257.682764129661 Gflops = 0.257682764129661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062484 s
InvBiCGStab: k = 70 resid = 6.948678e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270162(s) Flops=462292992 => 1711.16956492771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246347.114608789 Mflops = 246.347114608789 Gflops = 0.246347114608789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009911907 Relative Rsd = 4.34543458202494e-07
BICGSTAB_SOLVER_TIME: 0.575967 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102149
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847442(s) Flops=1260158976 => 1487.01501223683 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214134.611071365 Mflops = 214.134611071365 Gflops = 0.214134611071365 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139270000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043847 s
InvBiCGStab: k = 25 resid = 2.216212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100557(s) Flops=167012352 => 1660.8724603956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238980.89085081 Mflops = 238.98089085081 Gflops = 0.23898089085081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 55 resid = 9.173448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204985(s) Flops=363866112 => 1775.08652828256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255524.024592843 Mflops = 255.524024592843 Gflops = 0.255524024592843 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007807877 Relative Rsd = 3.42301647863345e-07
BICGSTAB_SOLVER_TIME: 0.409294 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115206
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714480000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042559 s
InvBiCGStab: k = 59 resid = 2.196311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2169(s) Flops=390113280 => 1798.58589211618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.226965178 Mflops = 258.923226965178 Gflops = 0.258923226965178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056393 s
InvBiCGStab: k = 77 resid = 1.098238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281718(s) Flops=508225536 => 1804.02223500096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.320761056 Mflops = 259.729320761056 Gflops = 0.259729320761056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001091083 Relative Rsd = 4.7833672622222e-07
BICGSTAB_SOLVER_TIME: 0.601529 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111542
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 50 resid = 2.097665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183073(s) Flops=331057152 => 1808.33411808404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260326.229633348 Mflops = 260.326229633348 Gflops = 0.260326229633348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057377 s
InvBiCGStab: k = 66 resid = 1.135575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271965(s) Flops=436045824 => 1603.31595609729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230815.448798469 Mflops = 230.815448798469 Gflops = 0.230815448798469 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.001002916 Relative Rsd = 4.39684121027214e-07
BICGSTAB_SOLVER_TIME: 0.557619 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0971770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.061223 s
InvBiCGStab: k = 55 resid = 2.157317e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270252(s) Flops=363866112 => 1346.39563074464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  193849.589548072 Mflops = 193.849589548072 Gflops = 0.193849589548072 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057273 s
InvBiCGStab: k = 79 resid = 1.028452e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351023(s) Flops=521349120 => 1485.22780558539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213833.981945484 Mflops = 213.833981945484 Gflops = 0.213833981945484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001062597 Relative Rsd = 4.65848198265677e-07
BICGSTAB_SOLVER_TIME: 0.745828 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043261 s
InvBiCGStab: k = 55 resid = 1.280324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218076(s) Flops=363866112 => 1668.52891652451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240211.36792306 Mflops = 240.21136792306 Gflops = 0.24021136792306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069971 s
InvBiCGStab: k = 87 resid = 9.519015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379542(s) Flops=573843456 => 1511.9366394233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217677.801228837 Mflops = 217.677801228837 Gflops = 0.217677801228837 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001029148 Relative Rsd = 4.51184213090362e-07
BICGSTAB_SOLVER_TIME: 0.716024 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115651
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.856653(s) Flops=1272619008 => 1485.57117992933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213899.169160236 Mflops = 213.899169160236 Gflops = 0.213899169160236 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140818000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.921742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768629(s) Flops=1289078784 => 1677.11442581532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241495.145311084 Mflops = 241.495145311084 Gflops = 0.241495145311084 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.058558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8875(s) Flops=1505617920 => 1696.47089577465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244280.462763443 Mflops = 244.280462763443 Gflops = 0.244280462763443 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002023404 Relative Rsd = 8.90363051754098e-07
BICGSTAB_SOLVER_TIME: 1.659538 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.114623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.115841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303229999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 2.232852e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693361(s) Flops=1157842944 => 1669.89914921664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240398.928705436 Mflops = 240.398928705436 Gflops = 0.240398928705436 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.094389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884421(s) Flops=1420314624 => 1605.92593798655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231258.385336355 Mflops = 231.258385336355 Gflops = 0.231258385336355 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.002086507 Relative Rsd = 9.16784707610816e-07
BICGSTAB_SOLVER_TIME: 1.583013 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0.118464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280161999999998
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897946(s) Flops=1272619008 => 1417.25561225285 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204066.523453864 Mflops = 204.066523453864 Gflops = 0.204066523453864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140728000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 25 resid = 1.950485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092675(s) Flops=167012352 => 1802.12950633936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.545468824 Mflops = 259.374545468824 Gflops = 0.259374545468824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056387 s
InvBiCGStab: k = 51 resid = 8.277308e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186802(s) Flops=337618944 => 1807.36257641781 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260155.557278259 Mflops = 260.155557278259 Gflops = 0.260155557278259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0006963805 Relative Rsd = 3.05297056775618e-07
BICGSTAB_SOLVER_TIME: 0.381224 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045821 s
InvBiCGStab: k = 79 resid = 2.20879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35096(s) Flops=521349120 => 1485.49441531798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213867.01185034 Mflops = 213.86701185034 Gflops = 0.21386701185034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058124 s
InvBiCGStab: k = 91 resid = 6.267747e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38235(s) Flops=600090624 => 1569.47985876814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225960.226550028 Mflops = 225.960226550028 Gflops = 0.225960226550028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001227751 Relative Rsd = 5.38252824441108e-07
BICGSTAB_SOLVER_TIME: 0.841396 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040934 s
InvBiCGStab: k = 52 resid = 2.254412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200411(s) Flops=344180736 => 1717.37447545294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247257.193230161 Mflops = 247.257193230161 Gflops = 0.247257193230161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056748 s
InvBiCGStab: k = 67 resid = 1.048392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249203(s) Flops=442607616 => 1776.09264735978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255699.810195585 Mflops = 255.699810195585 Gflops = 0.255699810195585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001017582 Relative Rsd = 4.4611336904512e-07
BICGSTAB_SOLVER_TIME: 0.551271 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993460000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041335 s
InvBiCGStab: k = 58 resid = 1.534373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212306(s) Flops=383551488 => 1806.597496067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260090.742728337 Mflops = 260.090742728337 Gflops = 0.260090742728337 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056183 s
InvBiCGStab: k = 87 resid = 1.071499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329616(s) Flops=573843456 => 1740.94539100044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250646.598219856 Mflops = 250.646598219856 Gflops = 0.250646598219856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001118908 Relative Rsd = 4.90535261265753e-07
BICGSTAB_SOLVER_TIME: 0.643466 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051423 s
InvBiCGStab: k = 50 resid = 2.153989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241296(s) Flops=331057152 => 1371.99602148399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197524.189364851 Mflops = 197.524189364851 Gflops = 0.197524189364851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058024 s
InvBiCGStab: k = 80 resid = 9.720958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295344(s) Flops=527910912 => 1787.44417357387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257341.908101007 Mflops = 257.341908101007 Gflops = 0.257341908101007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001039804 Relative Rsd = 4.55855997898217e-07
BICGSTAB_SOLVER_TIME: 0.649963 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107295
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9743(s) Flops=1266352128 => 1299.75585343323 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  187150.836652083 Mflops = 187.150836652083 Gflops = 0.187150836652083 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139906000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040925 s
InvBiCGStab: k = 27 resid = 1.48509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099892(s) Flops=180135936 => 1803.306931486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259577.903794156 Mflops = 259.577903794156 Gflops = 0.259577903794156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056061 s
InvBiCGStab: k = 54 resid = 8.691212e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197753(s) Flops=357304320 => 1806.82123659312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260099.222724129 Mflops = 260.099222724129 Gflops = 0.260099222724129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0006917326 Relative Rsd = 3.03259399779501e-07
BICGSTAB_SOLVER_TIME: 0.398477 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041625 s
InvBiCGStab: k = 75 resid = 2.036715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273936(s) Flops=495101952 => 1807.36358857543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260217.880842825 Mflops = 260.217880842825 Gflops = 0.260217880842825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057697 s
InvBiCGStab: k = 91 resid = 8.144062e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358428(s) Flops=600090624 => 1674.22920084368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241041.290559478 Mflops = 241.041290559478 Gflops = 0.241041290559478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001239729 Relative Rsd = 5.43504084703789e-07
BICGSTAB_SOLVER_TIME: 0.735642 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133103
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040908 s
InvBiCGStab: k = 59 resid = 1.18696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239107(s) Flops=390113280 => 1631.54269845718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234885.459299868 Mflops = 234.885459299868 Gflops = 0.234885459299868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063491 s
InvBiCGStab: k = 69 resid = 1.151156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293172(s) Flops=455731200 => 1554.48405714052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223797.018714285 Mflops = 223.797018714285 Gflops = 0.223797018714285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001041312 Relative Rsd = 4.56517030670007e-07
BICGSTAB_SOLVER_TIME: 0.640608 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042178 s
InvBiCGStab: k = 61 resid = 1.5831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227991(s) Flops=403236864 => 1768.65255207442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254641.198908048 Mflops = 254.641198908048 Gflops = 0.254641198908048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056224 s
InvBiCGStab: k = 86 resid = 8.80826e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338487(s) Flops=567281664 => 1675.93338592029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241299.00654956 Mflops = 241.29900654956 Gflops = 0.24129900654956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00110929 Relative Rsd = 4.86318931712334e-07
BICGSTAB_SOLVER_TIME: 0.668871 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043434 s
InvBiCGStab: k = 52 resid = 1.204162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237351(s) Flops=344180736 => 1450.09178811128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208762.429647286 Mflops = 208.762429647286 Gflops = 0.208762429647286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066116 s
InvBiCGStab: k = 78 resid = 9.194925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293874(s) Flops=514787328 => 1751.7280467139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252195.381748349 Mflops = 252.195381748349 Gflops = 0.252195381748349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001057775 Relative Rsd = 4.63734598035741e-07
BICGSTAB_SOLVER_TIME: 0.644656 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106986
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.824392(s) Flops=1247551488 => 1513.29887723316 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217907.893521553 Mflops = 217.907893521553 Gflops = 0.217907893521553 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137762
CLOV_LINOP: Time spent in clov deriv (total) = 1.453122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021364
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 30 resid = 2.076363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112337(s) Flops=199821312 => 1778.76667527173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256019.967253945 Mflops = 256.019967253945 Gflops = 0.256019967253945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 47 resid = 7.794828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172431(s) Flops=311371776 => 1805.77608434678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259934.985188265 Mflops = 259.934985188265 Gflops = 0.259934985188265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007482769 Relative Rsd = 3.28048741167058e-07
BICGSTAB_SOLVER_TIME: 0.385669 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040811 s
InvBiCGStab: k = 53 resid = 1.778787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193992(s) Flops=350742528 => 1808.02573301992 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260293.06173393 Mflops = 260.29306173393 Gflops = 0.26029306173393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056071 s
InvBiCGStab: k = 80 resid = 1.00581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291336(s) Flops=527910912 => 1812.03459922564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260881.256887523 Mflops = 260.881256887523 Gflops = 0.260881256887523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001045164 Relative Rsd = 4.5820564480585e-07
BICGSTAB_SOLVER_TIME: 0.586088 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 50 resid = 2.110321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183584(s) Flops=331057152 => 1803.3006797978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259608.648293183 Mflops = 259.608648293183 Gflops = 0.259608648293183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056317 s
InvBiCGStab: k = 63 resid = 1.134354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230185(s) Flops=416360448 => 1808.80790668375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260396.504466181 Mflops = 260.396504466181 Gflops = 0.260396504466181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.0009896681 Relative Rsd = 4.33875943716527e-07
BICGSTAB_SOLVER_TIME: 0.515234 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0948060000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041115 s
InvBiCGStab: k = 60 resid = 1.969078e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25509(s) Flops=396675072 => 1555.0396801129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223879.698460365 Mflops = 223.879698460365 Gflops = 0.223879698460365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065839 s
InvBiCGStab: k = 77 resid = 8.983111e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402712(s) Flops=508225536 => 1262.00742962713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  181704.479401337 Mflops = 181.704479401337 Gflops = 0.181704479401337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001054537 Relative Rsd = 4.62314796408315e-07
BICGSTAB_SOLVER_TIME: 0.769345 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049516 s
InvBiCGStab: k = 53 resid = 1.509678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224497(s) Flops=350742528 => 1562.34839663782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224929.673264018 Mflops = 224.929673264018 Gflops = 0.224929673264018 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060199 s
InvBiCGStab: k = 74 resid = 1.107082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275506(s) Flops=488540160 => 1773.24689843415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255284.454655005 Mflops = 255.284454655005 Gflops = 0.255284454655005 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001007201 Relative Rsd = 4.41562491173366e-07
BICGSTAB_SOLVER_TIME: 0.613661 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10498
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.780386(s) Flops=1235017728 => 1582.57289085145 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227925.231029256 Mflops = 227.925231029256 Gflops = 0.227925231029256 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136484
CLOV_LINOP: Time spent in clov deriv (total) = 1.404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042484 s
InvBiCGStab: k = 26 resid = 2.209208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105783(s) Flops=173574144 => 1640.85102521199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236176.125485391 Mflops = 236.176125485391 Gflops = 0.236176125485391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066276 s
InvBiCGStab: k = 54 resid = 1.125067e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231051(s) Flops=357304320 => 1546.43052832492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222622.036219443 Mflops = 222.622036219443 Gflops = 0.222622036219443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007834609 Relative Rsd = 3.4347356220135e-07
BICGSTAB_SOLVER_TIME: 0.449519 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118207
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713780000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042019 s
InvBiCGStab: k = 50 resid = 1.80173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193427(s) Flops=331057152 => 1711.53536993284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246399.178546108 Mflops = 246.399178546108 Gflops = 0.246399178546108 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05668 s
InvBiCGStab: k = 81 resid = 1.089322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299979(s) Flops=534472704 => 1781.70039902793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256508.718614206 Mflops = 256.508718614206 Gflops = 0.256508718614206 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001109625 Relative Rsd = 4.8646586757938e-07
BICGSTAB_SOLVER_TIME: 0.595905 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041021 s
InvBiCGStab: k = 51 resid = 1.395602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196394(s) Flops=337618944 => 1719.08991109708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247485.449929821 Mflops = 247.485449929821 Gflops = 0.247485449929821 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059922 s
InvBiCGStab: k = 68 resid = 1.061132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26274(s) Flops=449169408 => 1709.5585293446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246116.002881857 Mflops = 246.116002881857 Gflops = 0.246116002881857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001025092 Relative Rsd = 4.49406181921151e-07
BICGSTAB_SOLVER_TIME: 0.563966 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121283
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991930000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044001 s
InvBiCGStab: k = 64 resid = 1.414609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26185(s) Flops=422922240 => 1615.13171663166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232526.691627322 Mflops = 232.526691627322 Gflops = 0.232526691627322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063676 s
InvBiCGStab: k = 79 resid = 1.130195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296379(s) Flops=521349120 => 1759.06228174061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253247.244450644 Mflops = 253.247244450644 Gflops = 0.253247244450644 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001066331 Relative Rsd = 4.67485418022182e-07
BICGSTAB_SOLVER_TIME: 0.66981 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116522000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046015 s
InvBiCGStab: k = 52 resid = 2.193437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200129(s) Flops=344180736 => 1719.79441260387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247575.243191865 Mflops = 247.575243191865 Gflops = 0.247575243191865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063936 s
InvBiCGStab: k = 62 resid = 1.034607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27712(s) Flops=409798656 => 1478.77690531178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212899.041087752 Mflops = 212.899041087752 Gflops = 0.212899041087752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.001013341 Relative Rsd = 4.44254444041499e-07
BICGSTAB_SOLVER_TIME: 0.592991 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0954660000000003
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891001(s) Flops=1297391616 => 1456.10567889374 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209693.363874473 Mflops = 209.693363874473 Gflops = 0.209693363874473 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143871000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021483
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 1.848573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.820073(s) Flops=1302202368 => 1587.91030554597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228591.556928281 Mflops = 228.591556928281 Gflops = 0.228591556928281 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.088732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843024(s) Flops=1335011328 => 1583.59824631327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228030.134194963 Mflops = 228.030134194963 Gflops = 0.228030134194963 Tflops
BICGSTAB_SOLVER: 401 iterations. Rsd = 0.001911664 Relative Rsd = 8.4117748536772e-07
BICGSTAB_SOLVER_TIME: 1.666731 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.121385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286020999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 165 resid = 2.256173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.661017(s) Flops=1085663232 => 1642.41348104512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236363.420582918 Mflops = 236.363420582918 Gflops = 0.236363420582918 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 8.406783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86642(s) Flops=1472808960 => 1699.87876549479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244770.894657014 Mflops = 244.770894657014 Gflops = 0.244770894657014 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.002306452 Relative Rsd = 1.01339946548464e-06
BICGSTAB_SOLVER_TIME: 1.53086 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120698
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.117637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277638999999998
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925748(s) Flops=1297391616 => 1401.45224834404 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201792.840644069 Mflops = 201.792840644069 Gflops = 0.201792840644069 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040903 s
InvBiCGStab: k = 30 resid = 1.851473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115202(s) Flops=199821312 => 1734.52988663391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249676.22106296 Mflops = 249.67622106296 Gflops = 0.24967622106296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05626 s
InvBiCGStab: k = 50 resid = 1.072259e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187655(s) Flops=331057152 => 1764.1797554022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253968.933980071 Mflops = 253.968933980071 Gflops = 0.253968933980071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007876072 Relative Rsd = 3.45291351286653e-07
BICGSTAB_SOLVER_TIME: 0.403864 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044679 s
InvBiCGStab: k = 93 resid = 1.090857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366997(s) Flops=613214208 => 1670.89705910403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240573.806764579 Mflops = 240.573806764579 Gflops = 0.240573806764579 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056705 s
InvBiCGStab: k = 101 resid = 8.300889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405775(s) Flops=665708544 => 1640.58540816955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236210.188242897 Mflops = 236.210188242897 Gflops = 0.236210188242897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001305201 Relative Rsd = 5.72207309674596e-07
BICGSTAB_SOLVER_TIME: 0.878575 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126692
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153231999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047623 s
InvBiCGStab: k = 53 resid = 1.192001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236854(s) Flops=350742528 => 1480.83852499852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213183.337798361 Mflops = 213.183337798361 Gflops = 0.213183337798361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068401 s
InvBiCGStab: k = 73 resid = 8.998985e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320238(s) Flops=481978368 => 1505.06300938677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216684.133701073 Mflops = 216.684133701073 Gflops = 0.216684133701073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001021536 Relative Rsd = 4.47847151031723e-07
BICGSTAB_SOLVER_TIME: 0.676949 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104115
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041266 s
InvBiCGStab: k = 58 resid = 1.946927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216658(s) Flops=383551488 => 1770.30844926105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254847.970889587 Mflops = 254.847970889587 Gflops = 0.254847970889587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060968 s
InvBiCGStab: k = 79 resid = 1.017735e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317912(s) Flops=521349120 => 1639.91645486801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236101.780079642 Mflops = 236.101780079642 Gflops = 0.236101780079642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001102254 Relative Rsd = 4.83234452358111e-07
BICGSTAB_SOLVER_TIME: 0.640923 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 66 resid = 1.590945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259787(s) Flops=436045824 => 1678.47438093515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241657.605097868 Mflops = 241.657605097868 Gflops = 0.241657605097868 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064215 s
InvBiCGStab: k = 84 resid = 1.143779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346228(s) Flops=554158080 => 1600.55824485599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230441.095278797 Mflops = 230.441095278797 Gflops = 0.230441095278797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001108044 Relative Rsd = 4.85772426236706e-07
BICGSTAB_SOLVER_TIME: 0.715854 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121336
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89902(s) Flops=1322827776 => 1471.41084291784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211863.277643847 Mflops = 211.863277643847 Gflops = 0.211863277643847 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021253
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041212 s
InvBiCGStab: k = 32 resid = 1.997908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127065(s) Flops=212944896 => 1675.87373391571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241229.82652876 Mflops = 241.22982652876 Gflops = 0.24122982652876 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06062 s
InvBiCGStab: k = 52 resid = 1.060614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205016(s) Flops=344180736 => 1678.79939126702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241671.956163986 Mflops = 241.671956163986 Gflops = 0.241671956163986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007177641 Relative Rsd = 3.14671733515665e-07
BICGSTAB_SOLVER_TIME: 0.437905 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119872
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046702 s
InvBiCGStab: k = 79 resid = 1.910718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313311(s) Flops=521349120 => 1663.99877438073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239574.054454529 Mflops = 239.574054454529 Gflops = 0.239574054454529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05572 s
InvBiCGStab: k = 94 resid = 1.096921e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368636(s) Flops=619776000 => 1681.26824292798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242058.737493836 Mflops = 242.058737493836 Gflops = 0.242058737493835 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.00125747 Relative Rsd = 5.51281733418938e-07
BICGSTAB_SOLVER_TIME: 0.788229 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115926
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043873 s
InvBiCGStab: k = 53 resid = 2.181167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217677(s) Flops=350742528 => 1611.29806088838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231962.798320429 Mflops = 231.962798320429 Gflops = 0.231962798320429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075739 s
InvBiCGStab: k = 66 resid = 1.038892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30217(s) Flops=436045824 => 1443.04803256445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207759.320201492 Mflops = 207.759320201492 Gflops = 0.207759320201492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001074158 Relative Rsd = 4.70916694603422e-07
BICGSTAB_SOLVER_TIME: 0.643951 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118237
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990510000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045679 s
InvBiCGStab: k = 60 resid = 2.266089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255517(s) Flops=396675072 => 1552.44101957991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223515.502388904 Mflops = 223.515502388904 Gflops = 0.223515502388904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056419 s
InvBiCGStab: k = 82 resid = 9.158683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323413(s) Flops=541034496 => 1672.89037855621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240849.649386414 Mflops = 240.849649386414 Gflops = 0.240849649386414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001099077 Relative Rsd = 4.81841445218423e-07
BICGSTAB_SOLVER_TIME: 0.685357 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043233 s
InvBiCGStab: k = 65 resid = 9.670907e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24265(s) Flops=429484032 => 1769.9733443231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254829.275464917 Mflops = 254.829275464917 Gflops = 0.254829275464917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061606 s
InvBiCGStab: k = 77 resid = 9.239195e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31804(s) Flops=508225536 => 1597.99250408754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230063.062242763 Mflops = 230.063062242763 Gflops = 0.230063062242763 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001119934 Relative Rsd = 4.90985306585522e-07
BICGSTAB_SOLVER_TIME: 0.669563 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115752
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.83392(s) Flops=1329537024 => 1594.32202609363 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229557.922072118 Mflops = 229.557922072118 Gflops = 0.229557922072118 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147057000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04152 s
InvBiCGStab: k = 30 resid = 1.254186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124251(s) Flops=199821312 => 1608.20687157447 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231462.515299938 Mflops = 231.462515299938 Gflops = 0.231462515299938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067456 s
InvBiCGStab: k = 50 resid = 1.146634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194674(s) Flops=331057152 => 1700.57199215098 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244830.303121043 Mflops = 244.830303121043 Gflops = 0.244830303121043 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007549739 Relative Rsd = 3.3098472802209e-07
BICGSTAB_SOLVER_TIME: 0.43178 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040956 s
InvBiCGStab: k = 53 resid = 2.279116e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20424(s) Flops=350742528 => 1717.30575793184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247224.36127429 Mflops = 247.22436127429 Gflops = 0.24722436127429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064898 s
InvBiCGStab: k = 72 resid = 4.49442e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280013(s) Flops=475416576 => 1697.83751468682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244424.849890413 Mflops = 244.424849890413 Gflops = 0.244424849890413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001028404 Relative Rsd = 4.50858034859624e-07
BICGSTAB_SOLVER_TIME: 0.593953 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041109 s
InvBiCGStab: k = 45 resid = 2.257619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165303(s) Flops=298248192 => 1804.25153808461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259733.408054897 Mflops = 259.733408054897 Gflops = 0.259733408054897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056082 s
InvBiCGStab: k = 71 resid = 8.904448e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258938(s) Flops=468854784 => 1810.68357676355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260668.345007038 Mflops = 260.668345007038 Gflops = 0.260668345007038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 116 iterations. Rsd = 0.0009860187 Relative Rsd = 4.32276032094379e-07
BICGSTAB_SOLVER_TIME: 0.525257 sec
2Flav::invert,  n_count = 116
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0969940000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044577 s
InvBiCGStab: k = 56 resid = 2.232772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231761(s) Flops=370427904 => 1598.31854367215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230110.736226561 Mflops = 230.110736226561 Gflops = 0.230110736226561 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057571 s
InvBiCGStab: k = 71 resid = 9.725908e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295329(s) Flops=468854784 => 1587.56770923275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228562.347428556 Mflops = 228.562347428556 Gflops = 0.228562347428556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001051445 Relative Rsd = 4.60959148440102e-07
BICGSTAB_SOLVER_TIME: 0.633544 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046145 s
InvBiCGStab: k = 57 resid = 2.236776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243264(s) Flops=376989696 => 1549.71428571429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223111.680975074 Mflops = 223.111680975074 Gflops = 0.223111680975074 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060413 s
InvBiCGStab: k = 74 resid = 1.0323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275477(s) Flops=488540160 => 1773.43357158674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255316.553519157 Mflops = 255.316553519157 Gflops = 0.255316553519157 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001064586 Relative Rsd = 4.66720167452369e-07
BICGSTAB_SOLVER_TIME: 0.629091 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107815
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.851754(s) Flops=1341923328 => 1575.48227305067 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226849.223413706 Mflops = 226.849223413706 Gflops = 0.226849223413706 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148455000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051703 s
InvBiCGStab: k = 25 resid = 1.924687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113235(s) Flops=167012352 => 1474.91810835872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212277.941937966 Mflops = 212.277941937966 Gflops = 0.212277941937966 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070757 s
InvBiCGStab: k = 59 resid = 4.135659e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279062(s) Flops=390113280 => 1397.94482946442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201259.601715406 Mflops = 201.259601715406 Gflops = 0.201259601715406 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007641754 Relative Rsd = 3.35018701947529e-07
BICGSTAB_SOLVER_TIME: 0.518961 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041743 s
InvBiCGStab: k = 62 resid = 2.168177e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247608(s) Flops=409798656 => 1655.02995056703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238272.168621049 Mflops = 238.272168621049 Gflops = 0.238272168621049 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059737 s
InvBiCGStab: k = 72 resid = 1.050351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28155(s) Flops=475416576 => 1688.56890783165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243098.093954619 Mflops = 243.098093954619 Gflops = 0.243098093954619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001088967 Relative Rsd = 4.77409330723749e-07
BICGSTAB_SOLVER_TIME: 0.634605 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110063
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047178 s
InvBiCGStab: k = 50 resid = 2.11473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201961(s) Flops=331057152 => 1639.2132738499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235965.631604644 Mflops = 235.965631604644 Gflops = 0.235965631604644 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065698 s
InvBiCGStab: k = 74 resid = 1.04326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293784(s) Flops=488540160 => 1662.92296381015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239416.832275291 Mflops = 239.416832275291 Gflops = 0.239416832275291 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009846624 Relative Rsd = 4.3168144965218e-07
BICGSTAB_SOLVER_TIME: 0.612593 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102831
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041795 s
InvBiCGStab: k = 61 resid = 1.488325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224398(s) Flops=403236864 => 1796.97173771602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258703.564425718 Mflops = 258.703564425718 Gflops = 0.258703564425718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05634 s
InvBiCGStab: k = 72 resid = 1.118958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26329(s) Flops=475416576 => 1805.67653917733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259952.991938369 Mflops = 259.952991938369 Gflops = 0.259952991938369 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001109591 Relative Rsd = 4.86450760592008e-07
BICGSTAB_SOLVER_TIME: 0.589605 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109344
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043204 s
InvBiCGStab: k = 51 resid = 1.287125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195574(s) Flops=337618944 => 1726.29768783172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248525.695111342 Mflops = 248.525695111342 Gflops = 0.248525695111342 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055837 s
InvBiCGStab: k = 74 resid = 1.127558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299119(s) Flops=488540160 => 1633.26355062701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235144.585547933 Mflops = 235.144585547933 Gflops = 0.235144585547933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001009788 Relative Rsd = 4.42696638042939e-07
BICGSTAB_SOLVER_TIME: 0.597856 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103517
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.89937(s) Flops=1348190208 => 1499.03844691284 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216012.389063909 Mflops = 216.012389063909 Gflops = 0.216012389063909 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149058000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021255
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.202439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.811043(s) Flops=1289078784 => 1589.40867993436 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228818.078902594 Mflops = 228.818078902594 Gflops = 0.228818078902594 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 1.11636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000068(s) Flops=1499056128 => 1498.95419911446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215833.368367029 Mflops = 215.833368367029 Gflops = 0.215833368367029 Tflops
BICGSTAB_SOLVER: 424 iterations. Rsd = 0.001980244 Relative Rsd = 8.71328884407578e-07
BICGSTAB_SOLVER_TIME: 1.814769 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.120096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001885
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302516999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.089969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.655311(s) Flops=1098786816 => 1676.74099168181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241378.658242874 Mflops = 241.378658242874 Gflops = 0.241378658242874 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.121383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.740399(s) Flops=1335011328 => 1803.09715167092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259631.03550968 Mflops = 259.63103550968 Gflops = 0.25963103550968 Tflops
BICGSTAB_SOLVER: 370 iterations. Rsd = 0.002333465 Relative Rsd = 1.02525695703833e-06
BICGSTAB_SOLVER_TIME: 1.399134 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.264085999999998
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.904236(s) Flops=1348190208 => 1490.9716136053 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214678.52709235 Mflops = 214.67852709235 Gflops = 0.21467852709235 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149393000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044187 s
InvBiCGStab: k = 25 resid = 1.688968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092629(s) Flops=167012352 => 1803.02445238532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259478.84567055 Mflops = 259.47884567055 Gflops = 0.25947884567055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058295 s
InvBiCGStab: k = 44 resid = 7.811345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176798(s) Flops=291686400 => 1649.82861797079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237478.124808274 Mflops = 237.478124808274 Gflops = 0.237478124808274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007232176 Relative Rsd = 3.17062592897296e-07
BICGSTAB_SOLVER_TIME: 0.375699 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041755 s
InvBiCGStab: k = 79 resid = 2.194473e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351166(s) Flops=521349120 => 1484.62299880968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213756.540522318 Mflops = 213.756540522318 Gflops = 0.213756540522318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 90 resid = 1.088743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338627(s) Flops=593528832 => 1752.75105647217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252359.412778099 Mflops = 252.359412778099 Gflops = 0.252359412778099 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001264879 Relative Rsd = 5.54530144001002e-07
BICGSTAB_SOLVER_TIME: 0.79303 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 49 resid = 2.009437e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195679(s) Flops=324495360 => 1658.30446803183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238734.020519762 Mflops = 238.734020519762 Gflops = 0.238734020519762 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063603 s
InvBiCGStab: k = 80 resid = 8.550285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379123(s) Flops=527910912 => 1392.45287677086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200479.18408254 Mflops = 200.47918408254 Gflops = 0.20047918408254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001020233 Relative Rsd = 4.47275841516018e-07
BICGSTAB_SOLVER_TIME: 0.694616 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.134928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045863 s
InvBiCGStab: k = 56 resid = 1.768166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213039(s) Flops=370427904 => 1738.77977271767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250320.837460975 Mflops = 250.320837460975 Gflops = 0.250320837460975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063175 s
InvBiCGStab: k = 78 resid = 1.022642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309104(s) Flops=514787328 => 1665.41787877219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239767.686581403 Mflops = 239.767686581403 Gflops = 0.239767686581403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001102316 Relative Rsd = 4.83261502031447e-07
BICGSTAB_SOLVER_TIME: 0.635027 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110329
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04135 s
InvBiCGStab: k = 52 resid = 2.275144e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204752(s) Flops=344180736 => 1680.96397593186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241997.73932464 Mflops = 241.99773932464 Gflops = 0.24199773932464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058037 s
InvBiCGStab: k = 81 resid = 1.109418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344082(s) Flops=534472704 => 1553.32945053795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223640.966707495 Mflops = 223.640966707495 Gflops = 0.223640966707495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001050396 Relative Rsd = 4.60499406067628e-07
BICGSTAB_SOLVER_TIME: 0.652182 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109196
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848892(s) Flops=1354530816 => 1595.64563690081 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229750.329589273 Mflops = 229.750329589273 Gflops = 0.229750329589273 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150030000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041342 s
InvBiCGStab: k = 27 resid = 2.24412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102428(s) Flops=180135936 => 1758.65911664779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253097.865663054 Mflops = 253.097865663054 Gflops = 0.253097865663054 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057279 s
InvBiCGStab: k = 45 resid = 1.092327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167613(s) Flops=298248192 => 1779.38579943083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256144.703196804 Mflops = 256.144703196804 Gflops = 0.256144703196804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007305878 Relative Rsd = 3.20293727414408e-07
BICGSTAB_SOLVER_TIME: 0.372481 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040629 s
InvBiCGStab: k = 76 resid = 1.753313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289122(s) Flops=501663744 => 1735.1282296055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249815.514831092 Mflops = 249.815514831092 Gflops = 0.249815514831092 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063823 s
InvBiCGStab: k = 93 resid = 1.123267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369439(s) Flops=613214208 => 1659.8523924112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238975.692389598 Mflops = 238.975692389598 Gflops = 0.238975692389598 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001258425 Relative Rsd = 5.51700441947333e-07
BICGSTAB_SOLVER_TIME: 0.768026 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040522 s
InvBiCGStab: k = 53 resid = 2.117207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195331(s) Flops=350742528 => 1795.63166112906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258502.21585157 Mflops = 258.50221585157 Gflops = 0.25850221585157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056845 s
InvBiCGStab: k = 72 resid = 1.107854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286398(s) Flops=475416576 => 1659.98567029099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238984.132158033 Mflops = 238.984132158033 Gflops = 0.238984132158033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001019042 Relative Rsd = 4.46753578672154e-07
BICGSTAB_SOLVER_TIME: 0.583016 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103565
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043905 s
InvBiCGStab: k = 61 resid = 2.239328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285987(s) Flops=403236864 => 1409.98319504033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203001.463911361 Mflops = 203.001463911361 Gflops = 0.203001463911361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076375 s
InvBiCGStab: k = 84 resid = 8.702777e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386512(s) Flops=554158080 => 1433.74094465372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206429.811083961 Mflops = 206.429811083961 Gflops = 0.206429811083961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001136892 Relative Rsd = 4.98419628597781e-07
BICGSTAB_SOLVER_TIME: 0.797455 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041495 s
InvBiCGStab: k = 50 resid = 1.89982e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197118(s) Flops=331057152 => 1679.48717012145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241761.826175797 Mflops = 241.761826175797 Gflops = 0.241761826175797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059927 s
InvBiCGStab: k = 73 resid = 1.108261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287227(s) Flops=481978368 => 1678.03990571917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241586.334367657 Mflops = 241.586334367657 Gflops = 0.241586334367657 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001102455 Relative Rsd = 4.83322338277893e-07
BICGSTAB_SOLVER_TIME: 0.589649 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102179
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.909854(s) Flops=1360797696 => 1495.62204045924 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215358.749125519 Mflops = 215.358749125519 Gflops = 0.215358749125519 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150966000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021315
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046201 s
InvBiCGStab: k = 30 resid = 2.210017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133325(s) Flops=199821312 => 1498.75351209451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215630.392772328 Mflops = 215.630392772328 Gflops = 0.215630392772328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061476 s
InvBiCGStab: k = 43 resid = 1.088721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.167232(s) Flops=285124608 => 1704.9644087256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245429.591477232 Mflops = 245.429591477232 Gflops = 0.245429591477232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007115022 Relative Rsd = 3.11926497894771e-07
BICGSTAB_SOLVER_TIME: 0.412058 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663620000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043841 s
InvBiCGStab: k = 47 resid = 1.963282e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174365(s) Flops=311371776 => 1785.74700197861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257078.744141017 Mflops = 257.078744141017 Gflops = 0.257078744141017 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057227 s
InvBiCGStab: k = 77 resid = 1.082652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285763(s) Flops=508225536 => 1778.48614411243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256053.650228035 Mflops = 256.053650228035 Gflops = 0.256053650228035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001042158 Relative Rsd = 4.56887611194711e-07
BICGSTAB_SOLVER_TIME: 0.565097 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102911
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049003 s
InvBiCGStab: k = 51 resid = 2.276822e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195945(s) Flops=337618944 => 1723.02913572686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248042.853915003 Mflops = 248.042853915003 Gflops = 0.248042853915003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05598 s
InvBiCGStab: k = 67 resid = 1.076951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279953(s) Flops=442607616 => 1581.00686901016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227614.490132713 Mflops = 227.614490132713 Gflops = 0.227614490132713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009914845 Relative Rsd = 4.34672275892117e-07
BICGSTAB_SOLVER_TIME: 0.584757 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0983690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041094 s
InvBiCGStab: k = 58 resid = 2.0451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226059(s) Flops=383551488 => 1696.68753732433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244267.665113609 Mflops = 244.267665113609 Gflops = 0.244267665113609 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065288 s
InvBiCGStab: k = 83 resid = 9.782934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320032(s) Flops=547596288 => 1711.06729327067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246344.693608414 Mflops = 246.344693608414 Gflops = 0.246344693608414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001059134 Relative Rsd = 4.64329997071851e-07
BICGSTAB_SOLVER_TIME: 0.656309 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049324 s
InvBiCGStab: k = 46 resid = 2.185657e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221587(s) Flops=304809984 => 1375.57701489708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198051.629627537 Mflops = 198.051629627537 Gflops = 0.198051629627537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.092998 s
InvBiCGStab: k = 80 resid = 1.132175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358968(s) Flops=527910912 => 1470.63502039179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211728.840409073 Mflops = 211.728840409073 Gflops = 0.211728840409073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001021206 Relative Rsd = 4.47702358723696e-07
BICGSTAB_SOLVER_TIME: 0.727493 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104122
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.915577(s) Flops=1367064576 => 1493.11808400604 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214993.048670131 Mflops = 214.993048670131 Gflops = 0.214993048670131 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151326000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021275
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041397 s
InvBiCGStab: k = 32 resid = 1.44512e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118915(s) Flops=212944896 => 1790.73200185006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257778.036502244 Mflops = 257.778036502244 Gflops = 0.257778036502244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055789 s
InvBiCGStab: k = 51 resid = 8.059227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193953(s) Flops=337618944 => 1740.72555722263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250589.265894922 Mflops = 250.589265894922 Gflops = 0.250589265894922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007063875 Relative Rsd = 3.09684156530891e-07
BICGSTAB_SOLVER_TIME: 0.414407 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046242 s
InvBiCGStab: k = 54 resid = 1.710097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221633(s) Flops=357304320 => 1612.14403992185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232103.456091791 Mflops = 232.103456091791 Gflops = 0.232103456091791 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06727 s
InvBiCGStab: k = 75 resid = 1.091033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302341(s) Flops=495101952 => 1637.56140252232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235760.457603253 Mflops = 235.760457603253 Gflops = 0.235760457603253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001111294 Relative Rsd = 4.87197280538963e-07
BICGSTAB_SOLVER_TIME: 0.64144 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 50 resid = 2.229564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187424(s) Flops=331057152 => 1766.35410619771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254280.240534817 Mflops = 254.280240534817 Gflops = 0.254280240534817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056634 s
InvBiCGStab: k = 82 resid = 8.666984e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307619(s) Flops=541034496 => 1758.78114160699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253213.644141537 Mflops = 253.213644141537 Gflops = 0.253213644141537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001028215 Relative Rsd = 4.50774946429075e-07
BICGSTAB_SOLVER_TIME: 0.596415 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040834 s
InvBiCGStab: k = 64 resid = 2.167594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262845(s) Flops=422922240 => 1609.01763396679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231668.039779642 Mflops = 231.668039779642 Gflops = 0.231668039779642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069521 s
InvBiCGStab: k = 83 resid = 8.98053e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343419(s) Flops=547596288 => 1594.54278301434 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229575.38373048 Mflops = 229.57538373048 Gflops = 0.22957538373048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001111434 Relative Rsd = 4.87258780267963e-07
BICGSTAB_SOLVER_TIME: 0.720499 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119335000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042834 s
InvBiCGStab: k = 49 resid = 2.19352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18713(s) Flops=324495360 => 1734.06380591033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249633.003771529 Mflops = 249.633003771529 Gflops = 0.249633003771529 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05678 s
InvBiCGStab: k = 79 resid = 1.053698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305519(s) Flops=521349120 => 1706.43763562986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245670.30214274 Mflops = 245.67030214274 Gflops = 0.24567030214274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.0009733476 Relative Rsd = 4.26720973377862e-07
BICGSTAB_SOLVER_TIME: 0.596083 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105675
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.996187(s) Flops=1367212032 => 1372.44516541573 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197616.261660745 Mflops = 197.616261660745 Gflops = 0.197616261660745 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152501000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414581
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021354
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 1.869488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.803392(s) Flops=1413752832 => 1759.7297857086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253360.145297139 Mflops = 253.360145297139 Gflops = 0.253360145297139 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 1.119481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.968482(s) Flops=1518741504 => 1568.16699122957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225807.232155816 Mflops = 225.807232155816 Gflops = 0.225807232155816 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002037189 Relative Rsd = 8.96351984568429e-07
BICGSTAB_SOLVER_TIME: 1.775808 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318142999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.232563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.695873(s) Flops=1197213696 => 1720.44855311242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247659.179506238 Mflops = 247.659179506238 Gflops = 0.247659179506238 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.120427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855986(s) Flops=1400629248 => 1636.27588301678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235611.289241459 Mflops = 235.611289241459 Gflops = 0.235611289241459 Tflops
BICGSTAB_SOLVER: 395 iterations. Rsd = 0.002074118 Relative Rsd = 9.11305119068196e-07
BICGSTAB_SOLVER_TIME: 1.555368 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.119037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282046999999998
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983636(s) Flops=1367212032 => 1389.95729314503 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200148.538927052 Mflops = 200.148538927052 Gflops = 0.200148538927052 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151533000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 25 resid = 2.155899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092771(s) Flops=167012352 => 1800.26465166916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259059.103926927 Mflops = 259.059103926927 Gflops = 0.259059103926927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056349 s
InvBiCGStab: k = 53 resid = 8.570335e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194374(s) Flops=350742528 => 1804.47245001904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259774.629611457 Mflops = 259.774629611457 Gflops = 0.259774629611457 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007479643 Relative Rsd = 3.27911655464076e-07
BICGSTAB_SOLVER_TIME: 0.388786 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043508 s
InvBiCGStab: k = 83 resid = 1.919873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352891(s) Flops=547596288 => 1551.74342218985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223410.803559594 Mflops = 223.410803559594 Gflops = 0.223410803559594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058288 s
InvBiCGStab: k = 97 resid = 7.509014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353875(s) Flops=639461376 => 1807.02614199929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260170.981049098 Mflops = 260.170981049098 Gflops = 0.260170981049098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001281959 Relative Rsd = 5.62018054988738e-07
BICGSTAB_SOLVER_TIME: 0.812367 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143058
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041591 s
InvBiCGStab: k = 48 resid = 1.984943e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181532(s) Flops=317933568 => 1751.39131392812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252136.758530734 Mflops = 252.136758530734 Gflops = 0.252136758530734 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062188 s
InvBiCGStab: k = 82 resid = 1.095954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352354(s) Flops=541034496 => 1535.48560822355 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221068.192478038 Mflops = 221.068192478038 Gflops = 0.221068192478038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001069486 Relative Rsd = 4.68868779146284e-07
BICGSTAB_SOLVER_TIME: 0.642204 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107037
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044519 s
InvBiCGStab: k = 55 resid = 1.865615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217534(s) Flops=363866112 => 1672.68616400195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240804.19466981 Mflops = 240.80419466981 Gflops = 0.24080419466981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057687 s
InvBiCGStab: k = 76 resid = 9.595941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303099(s) Flops=501663744 => 1655.11514059763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238284.055682355 Mflops = 238.284055682355 Gflops = 0.238284055682355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001079799 Relative Rsd = 4.7338980030313e-07
BICGSTAB_SOLVER_TIME: 0.626855 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107887
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041066 s
InvBiCGStab: k = 56 resid = 1.576392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256947(s) Flops=370427904 => 1441.65101752502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207555.108498479 Mflops = 207.555108498479 Gflops = 0.207555108498479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064923 s
InvBiCGStab: k = 77 resid = 1.089692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282179(s) Flops=508225536 => 1801.07497723076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.503879048 Mflops = 259.296503879048 Gflops = 0.259296503879048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001072204 Relative Rsd = 4.7006003655258e-07
BICGSTAB_SOLVER_TIME: 0.64893 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109278
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.953559(s) Flops=1373331456 => 1440.21655293485 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207378.669687637 Mflops = 207.378669687637 Gflops = 0.207378669687637 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152339000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.465219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041039 s
InvBiCGStab: k = 27 resid = 1.984196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102294(s) Flops=180135936 => 1760.96287172268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253463.058421326 Mflops = 253.463058421326 Gflops = 0.253463058421326 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 57 resid = 1.147957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211231(s) Flops=376989696 => 1784.7271281204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256926.544385263 Mflops = 256.926544385263 Gflops = 0.256926544385263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007507401 Relative Rsd = 3.29128584541482e-07
BICGSTAB_SOLVER_TIME: 0.414648 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041004 s
InvBiCGStab: k = 78 resid = 2.106865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284843(s) Flops=514787328 => 1807.26690843728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260190.086485167 Mflops = 260.190086485167 Gflops = 0.260190086485167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056025 s
InvBiCGStab: k = 109 resid = 1.141432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447872(s) Flops=718202880 => 1603.58959702772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230884.64298288 Mflops = 230.88464298288 Gflops = 0.23088464298288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001284287 Relative Rsd = 5.630385932303e-07
BICGSTAB_SOLVER_TIME: 0.833696 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147928
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042082 s
InvBiCGStab: k = 50 resid = 1.938868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18541(s) Flops=331057152 => 1785.54097405749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257046.262196334 Mflops = 257.046262196334 Gflops = 0.257046262196334 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056869 s
InvBiCGStab: k = 77 resid = 6.689274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282132(s) Flops=508225536 => 1801.37501594998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259337.5901455 Mflops = 259.3375901455 Gflops = 0.2593375901455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001033999 Relative Rsd = 4.53310878822891e-07
BICGSTAB_SOLVER_TIME: 0.570411 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046862 s
InvBiCGStab: k = 63 resid = 2.169312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260079(s) Flops=416360448 => 1600.89991118083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230484.279925635 Mflops = 230.484279925635 Gflops = 0.230484279925635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064155 s
InvBiCGStab: k = 93 resid = 7.986421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405261(s) Flops=613214208 => 1513.13402473961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217857.529563229 Mflops = 217.857529563229 Gflops = 0.217857529563229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00111646 Relative Rsd = 4.89462205828223e-07
BICGSTAB_SOLVER_TIME: 0.781977 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125692
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049286 s
InvBiCGStab: k = 54 resid = 1.281364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233335(s) Flops=357304320 => 1531.29329076221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220454.881691502 Mflops = 220.454881691502 Gflops = 0.220454881691502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071786 s
InvBiCGStab: k = 83 resid = 9.590115e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308395(s) Flops=547596288 => 1775.63283451418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255644.189046563 Mflops = 255.644189046563 Gflops = 0.255644189046563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001098201 Relative Rsd = 4.8145744193129e-07
BICGSTAB_SOLVER_TIME: 0.667182 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112078
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.941948(s) Flops=1373478912 => 1458.12604517447 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209948.282946205 Mflops = 209.948282946205 Gflops = 0.209948282946205 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152277000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045566 s
InvBiCGStab: k = 22 resid = 2.171324e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090427(s) Flops=147326976 => 1629.23657757086 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234451.103762664 Mflops = 234.451103762664 Gflops = 0.234451103762664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058063 s
InvBiCGStab: k = 57 resid = 7.212063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22389(s) Flops=376989696 => 1683.81658850328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242399.824186663 Mflops = 242.399824186663 Gflops = 0.242399824186663 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007985728 Relative Rsd = 3.50098741721025e-07
BICGSTAB_SOLVER_TIME: 0.421905 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117694
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042248 s
InvBiCGStab: k = 51 resid = 1.777722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1912(s) Flops=337618944 => 1765.78945606695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254201.980940981 Mflops = 254.201980940981 Gflops = 0.254201980940981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057661 s
InvBiCGStab: k = 70 resid = 9.334879e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27709(s) Flops=462292992 => 1668.38569417879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240189.523853519 Mflops = 240.189523853519 Gflops = 0.240189523853519 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001025867 Relative Rsd = 4.49745578765839e-07
BICGSTAB_SOLVER_TIME: 0.572191 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100665
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0415 s
InvBiCGStab: k = 48 resid = 2.201368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176817(s) Flops=317933568 => 1798.09389368669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258850.534583289 Mflops = 258.850534583289 Gflops = 0.258850534583289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056032 s
InvBiCGStab: k = 79 resid = 1.03575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287228(s) Flops=521349120 => 1815.10549110811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261316.825356954 Mflops = 261.316825356954 Gflops = 0.261316825356954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001057169 Relative Rsd = 4.63468847754494e-07
BICGSTAB_SOLVER_TIME: 0.56552 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104859
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041159 s
InvBiCGStab: k = 54 resid = 2.264167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197938(s) Flops=357304320 => 1805.13251624246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259878.131744494 Mflops = 259.878131744494 Gflops = 0.259878131744494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055868 s
InvBiCGStab: k = 79 resid = 1.062589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288866(s) Flops=521349120 => 1804.81302749372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259827.608151627 Mflops = 259.827608151627 Gflops = 0.259827608151627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001072358 Relative Rsd = 4.70127813847279e-07
BICGSTAB_SOLVER_TIME: 0.587626 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049246 s
InvBiCGStab: k = 56 resid = 1.707328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234145(s) Flops=370427904 => 1582.04490379893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227764.045519032 Mflops = 227.764045519032 Gflops = 0.227764045519032 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075552 s
InvBiCGStab: k = 83 resid = 1.107309e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381541(s) Flops=547596288 => 1435.22265759119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206633.317548862 Mflops = 206.633317548862 Gflops = 0.206633317548862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001080866 Relative Rsd = 4.73857606540486e-07
BICGSTAB_SOLVER_TIME: 0.744774 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121101
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113223
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.92909(s) Flops=1379377152 => 1484.65396463206 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213935.453332159 Mflops = 213.935453332159 Gflops = 0.213935453332159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153028000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021201
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041224 s
InvBiCGStab: k = 23 resid = 1.844267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085875(s) Flops=153888768 => 1792.00894323144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257836.824126269 Mflops = 257.836824126268 Gflops = 0.257836824126268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056522 s
InvBiCGStab: k = 46 resid = 1.068768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181309(s) Flops=304809984 => 1681.16300900672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241997.528131722 Mflops = 241.997528131722 Gflops = 0.241997528131722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0006934656 Relative Rsd = 3.04019138340408e-07
BICGSTAB_SOLVER_TIME: 0.369275 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120362
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634410000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045062 s
InvBiCGStab: k = 58 resid = 2.235891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239275(s) Flops=383551488 => 1602.97351582907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230778.689259152 Mflops = 230.778689259152 Gflops = 0.230778689259152 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0693 s
InvBiCGStab: k = 88 resid = 1.103323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345388(s) Flops=580405248 => 1680.44416134898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241935.539054513 Mflops = 241.935539054513 Gflops = 0.241935539054513 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001120819 Relative Rsd = 4.91373086619498e-07
BICGSTAB_SOLVER_TIME: 0.702866 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041982 s
InvBiCGStab: k = 53 resid = 2.271588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199166(s) Flops=350742528 => 1761.05624453973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253516.362543698 Mflops = 253.516362543698 Gflops = 0.253516362543698 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 75 resid = 1.117724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275956(s) Flops=495101952 => 1794.13367348418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258291.82289076 Mflops = 258.29182289076 Gflops = 0.25829182289076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001006091 Relative Rsd = 4.41076056387392e-07
BICGSTAB_SOLVER_TIME: 0.577517 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041044 s
InvBiCGStab: k = 67 resid = 2.043019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257541(s) Flops=442607616 => 1718.59088844106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247428.944510375 Mflops = 247.428944510375 Gflops = 0.247428944510375 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063297 s
InvBiCGStab: k = 84 resid = 9.412117e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372551(s) Flops=554158080 => 1487.46904450666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214153.715585844 Mflops = 214.153715585844 Gflops = 0.214153715585844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001112714 Relative Rsd = 4.87819984434007e-07
BICGSTAB_SOLVER_TIME: 0.738251 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122271000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047107 s
InvBiCGStab: k = 53 resid = 2.087074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223119(s) Flops=350742528 => 1571.99757976685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226316.174449651 Mflops = 226.316174449651 Gflops = 0.226316174449651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056081 s
InvBiCGStab: k = 81 resid = 1.149736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304643(s) Flops=534472704 => 1754.42305912166 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252586.090857083 Mflops = 252.586090857083 Gflops = 0.252586090857083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.00103152 Relative Rsd = 4.52224196474454e-07
BICGSTAB_SOLVER_TIME: 0.635127 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109939
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937364(s) Flops=1372594176 => 1464.31287738808 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210840.69693855 Mflops = 210.84069693855 Gflops = 0.21084069693855 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152318000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021415
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.240225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.728189(s) Flops=1315325952 => 1806.29747496872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260034.765346362 Mflops = 260.034765346362 Gflops = 0.260034765346362 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 9.381964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940214(s) Flops=1466247168 => 1559.48238167056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224556.54146551 Mflops = 224.55654146551 Gflops = 0.22455654146551 Tflops
BICGSTAB_SOLVER: 423 iterations. Rsd = 0.002027404 Relative Rsd = 8.92030158240526e-07
BICGSTAB_SOLVER_TIME: 1.672043 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001844
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.301792999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 2.105798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.714209(s) Flops=1177528320 => 1648.71672017575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237428.721068963 Mflops = 237.428721068963 Gflops = 0.237428721068963 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 1.068221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.835878(s) Flops=1394067456 => 1667.7881891855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240149.821604493 Mflops = 240.149821604493 Gflops = 0.240149821604493 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.002156389 Relative Rsd = 9.47465265935257e-07
BICGSTAB_SOLVER_TIME: 1.553406 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0.123867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279097999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 325 resid = 1.495795e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.380968(s) Flops=2135549952 => 1546.41523337253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222711.020987731 Mflops = 222.711020987731 Gflops = 0.222711020987731 Tflops
InvBiCGStab: k = 312 resid = 1.109105e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.260915(s) Flops=2050246656 => 1625.9991006531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234138.575775602 Mflops = 234.138575775602 Gflops = 0.234138575775602 Tflops
BICGSTAB_SOLVER: 637 iterations. Rsd = 0.002048829 Relative Rsd = 9.01456795175181e-07
BICGSTAB_SOLVER_TIME: 2.646569 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.456586999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 252 resid = 1.62937e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.977473(s) Flops=1656539136 => 1694.71600340879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244059.61163887 Mflops = 244.05961163887 Gflops = 0.24405961163887 Tflops
InvBiCGStab: k = 286 resid = 1.148294e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.095743(s) Flops=1879640064 => 1715.40230145207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247011.301719459 Mflops = 247.011301719459 Gflops = 0.247011301719459 Tflops
BICGSTAB_SOLVER: 538 iterations. Rsd = 0.002153011 Relative Rsd = 9.45980890843214e-07
BICGSTAB_SOLVER_TIME: 2.078493 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.385194999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 232 resid = 2.074904e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.990573(s) Flops=1525303296 => 1539.81917132811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221693.54458652 Mflops = 221.69354458652 Gflops = 0.22169354458652 Tflops
InvBiCGStab: k = 237 resid = 1.048992e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949523(s) Flops=1558112256 => 1640.94208987039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236288.371731893 Mflops = 236.288371731893 Gflops = 0.236288371731893 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.001851185 Relative Rsd = 8.11569613839814e-07
BICGSTAB_SOLVER_TIME: 1.945376 sec
2Flav::invert,  n_count = 469
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333876000000002
MInvCG2: 315 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.327382(s) Flops=2036606976 => 1534.3035961012 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220990.254020788 Mflops = 220.990254020788 Gflops = 0.220990254020788 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.226866000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.135982104344293
AccProb = 0.872858252719723
AcceptP = 0
After HMC trajectory call: time= 455.522784 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.056188 secs
Doing Update: 2777 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 267 resid = 2.171088e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.123102(s) Flops=1754966016 => 1562.60608208337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225010.870895599 Mflops = 225.010870895599 Gflops = 0.225010870895599 Tflops
InvBiCGStab: k = 305 resid = 7.286406e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.224248(s) Flops=2004314112 => 1637.17981324045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235751.915699421 Mflops = 235.751915699421 Gflops = 0.235751915699421 Tflops
BICGSTAB_SOLVER: 572 iterations. Rsd = 0.001968885 Relative Rsd = 8.66175689780685e-07
BICGSTAB_SOLVER_TIME: 2.352433 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.410982999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000371
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
InvBiCGStab: k = 228 resid = 2.180435e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.860101(s) Flops=1499056128 => 1742.88383341026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251006.718513525 Mflops = 251.006718513525 Gflops = 0.251006718513525 Tflops
InvBiCGStab: k = 227 resid = 1.050591e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.865701(s) Flops=1492494336 => 1724.02981629916 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248249.583816106 Mflops = 248.249583816106 Gflops = 0.248249583816106 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.001763684 Relative Rsd = 7.74568794082546e-07
BICGSTAB_SOLVER_TIME: 1.730587 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327321999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000367
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 333 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.508623(s) Flops=2146240512 => 1422.64867498374 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204875.813790777 Mflops = 204.875813790777 Gflops = 0.204875813790777 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.238328000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 303 resid = 2.203606e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.195072(s) Flops=1991190528 => 1666.16783591282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239915.757718021 Mflops = 239.915757718021 Gflops = 0.239915757718021 Tflops
InvBiCGStab: k = 366 resid = 1.113965e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.386337(s) Flops=2404583424 => 1734.48694220814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249759.36876965 Mflops = 249.75936876965 Gflops = 0.24975936876965 Tflops
BICGSTAB_SOLVER: 669 iterations. Rsd = 0.002098652 Relative Rsd = 9.23264566077049e-07
BICGSTAB_SOLVER_TIME: 2.586345 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.478587
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 272 resid = 2.192118e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.184635(s) Flops=1787774976 => 1509.1357050906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217297.620141345 Mflops = 217.297620141345 Gflops = 0.217297620141345 Tflops
InvBiCGStab: k = 319 resid = 3.056537e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.280281(s) Flops=2096179200 => 1637.2805657508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235761.608445737 Mflops = 235.761608445737 Gflops = 0.235761608445737 Tflops
BICGSTAB_SOLVER: 591 iterations. Rsd = 0.001971296 Relative Rsd = 8.65747125033236e-07
BICGSTAB_SOLVER_TIME: 2.471202 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.422437999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 217 resid = 1.67622e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.858055(s) Flops=1426876416 => 1662.91952846845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239433.227009753 Mflops = 239.433227009753 Gflops = 0.239433227009753 Tflops
InvBiCGStab: k = 226 resid = 9.619405e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864638(s) Flops=1485932544 => 1718.5603038497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247463.24895848 Mflops = 247.46324895848 Gflops = 0.24746324895848 Tflops
BICGSTAB_SOLVER: 443 iterations. Rsd = 0.001789731 Relative Rsd = 7.84491930407539e-07
BICGSTAB_SOLVER_TIME: 1.727617 sec
2Flav::invert,  n_count = 443
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315671000000002
MInvCG2: 314 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.411311(s) Flops=2031003648 => 1439.09007157175 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207233.866310678 Mflops = 207.233866310678 Gflops = 0.207233866310678 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.225530000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.090688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.792692(s) Flops=1335011328 => 1684.14885983459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242480.035822007 Mflops = 242.480035822007 Gflops = 0.242480035822007 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 8.867291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912911(s) Flops=1505617920 => 1649.24940109167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237479.844602751 Mflops = 237.479844602751 Gflops = 0.237479844602751 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002062725 Relative Rsd = 9.07458949480335e-07
BICGSTAB_SOLVER_TIME: 1.708979 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.116896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001848
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308082999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.790598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756848(s) Flops=1216899072 => 1607.85134135256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231450.876190433 Mflops = 231.450876190433 Gflops = 0.231450876190433 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.061258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.925403(s) Flops=1466247168 => 1584.44177077446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228151.751309664 Mflops = 228.151751309664 Gflops = 0.228151751309665 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001996849 Relative Rsd = 8.76969479444059e-07
BICGSTAB_SOLVER_TIME: 1.685714 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.119001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291220999999998
num_pf = 1
MInvCG2: 215 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891865(s) Flops=1391984640 => 1560.75711010074 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224749.548675864 Mflops = 224.749548675864 Gflops = 0.224749548675864 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154264000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02127
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.8e-05 s
InvBiCGStab: k = 149 resid = 2.122048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.650823(s) Flops=980674560 => 1506.82222355387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217110.081911768 Mflops = 217.110081911768 Gflops = 0.217110081911768 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.7e-05 s
InvBiCGStab: k = 198 resid = 1.065485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.799317(s) Flops=1302202368 => 1629.14384155473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234576.176372479 Mflops = 234.576176372479 Gflops = 0.234576176372479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 347 iterations. Rsd = 0.001869494 Relative Rsd = 8.19454199909033e-07
BICGSTAB_SOLVER_TIME: 1.45399 sec
2Flav::invert,  n_count = 347
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11643
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249829999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000105 s
InvBiCGStab: k = 117 resid = 2.261014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470506(s) Flops=770697216 => 1638.01782761538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236255.772159657 Mflops = 236.255772159657 Gflops = 0.236255772159657 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.7e-05 s
InvBiCGStab: k = 149 resid = 9.405667e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.637248(s) Flops=980674560 => 1538.92136185598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221565.481252056 Mflops = 221.565481252056 Gflops = 0.221565481252056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 266 iterations. Rsd = 0.001574632 Relative Rsd = 6.90207570265753e-07
BICGSTAB_SOLVER_TIME: 1.111695 sec
2Flav::invert,  n_count = 266
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.191354999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005014 s
InvBiCGStab: k = 92 resid = 2.187944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359528(s) Flops=606652416 => 1687.35791370909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242950.801533985 Mflops = 242.950801533985 Gflops = 0.242950801533985 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007587 s
InvBiCGStab: k = 109 resid = 9.725258e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431732(s) Flops=718202880 => 1663.5386767717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239502.666424446 Mflops = 239.502666424446 Gflops = 0.239502666424446 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001374215 Relative Rsd = 6.02358843618955e-07
BICGSTAB_SOLVER_TIME: 0.808402 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.137621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147362999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007754 s
InvBiCGStab: k = 71 resid = 2.063032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310321(s) Flops=468854784 => 1510.87030526455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217529.817292648 Mflops = 217.529817292648 Gflops = 0.217529817292648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.015831 s
InvBiCGStab: k = 98 resid = 1.019879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385129(s) Flops=646023168 => 1677.42020985176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241508.45971999 Mflops = 241.50845971999 Gflops = 0.24150845971999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001264223 Relative Rsd = 5.54146218162029e-07
BICGSTAB_SOLVER_TIME: 0.722864 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125124
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010855 s
InvBiCGStab: k = 63 resid = 2.133829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256759(s) Flops=416360448 => 1621.60020875607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233441.440000974 Mflops = 233.441440000974 Gflops = 0.233441440000974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015747 s
InvBiCGStab: k = 97 resid = 1.072242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375353(s) Flops=639461376 => 1703.62665544168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245282.79413732 Mflops = 245.28279413732 Gflops = 0.24528279413732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001244565 Relative Rsd = 5.45529432595507e-07
BICGSTAB_SOLVER_TIME: 0.662497 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12002
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.883349(s) Flops=1379377152 => 1561.53134491577 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224867.794703215 Mflops = 224.867794703215 Gflops = 0.224867794703215 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153284000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021184
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013833 s
InvBiCGStab: k = 25 resid = 2.17471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109523(s) Flops=167012352 => 1524.9066588753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219473.617665111 Mflops = 219.473617665111 Gflops = 0.219473617665111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019873 s
InvBiCGStab: k = 50 resid = 8.66676e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188495(s) Flops=331057152 => 1756.31795007825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252810.573262038 Mflops = 252.810573262038 Gflops = 0.252810573262038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007143735 Relative Rsd = 3.13130929873913e-07
BICGSTAB_SOLVER_TIME: 0.337179 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0604000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.019022 s
InvBiCGStab: k = 80 resid = 2.133716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309662(s) Flops=527910912 => 1704.79720469415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245450.857305988 Mflops = 245.450857305988 Gflops = 0.245450857305988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.024018 s
InvBiCGStab: k = 104 resid = 7.096191e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.436762(s) Flops=685393920 => 1569.26179475321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225937.566445697 Mflops = 225.937566445697 Gflops = 0.225937566445697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001305252 Relative Rsd = 5.72130261958279e-07
BICGSTAB_SOLVER_TIME: 0.793343 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121504
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139341
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.022998 s
InvBiCGStab: k = 55 resid = 2.126127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217268(s) Flops=363866112 => 1674.7340243386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241107.178371816 Mflops = 241.107178371816 Gflops = 0.241107178371816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.030708 s
InvBiCGStab: k = 79 resid = 1.131655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308891(s) Flops=521349120 => 1687.80935669864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242992.054339675 Mflops = 242.992054339675 Gflops = 0.242992054339675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001060817 Relative Rsd = 4.64987340863991e-07
BICGSTAB_SOLVER_TIME: 0.583795 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104788
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.024103 s
InvBiCGStab: k = 59 resid = 2.072954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245521(s) Flops=390113280 => 1588.92021456413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228766.17955989 Mflops = 228.76617955989 Gflops = 0.22876617955989 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.033954 s
InvBiCGStab: k = 94 resid = 9.663451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418083(s) Flops=619776000 => 1482.42334656037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213437.838276721 Mflops = 213.437838276721 Gflops = 0.213437838276721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001158515 Relative Rsd = 5.07811330725136e-07
BICGSTAB_SOLVER_TIME: 0.725939 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119335
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.032423 s
InvBiCGStab: k = 53 resid = 2.125204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230797(s) Flops=350742528 => 1519.70141726279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218788.809305507 Mflops = 218.788809305507 Gflops = 0.218788809305507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.04235 s
InvBiCGStab: k = 77 resid = 1.064043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301793(s) Flops=508225536 => 1684.02029205449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242457.084561632 Mflops = 242.457084561632 Gflops = 0.242457084561632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001083076 Relative Rsd = 4.74744250909605e-07
BICGSTAB_SOLVER_TIME: 0.6113 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118036
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103912
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881117(s) Flops=1360355328 => 1543.89862867247 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222300.625210382 Mflops = 222.300625210382 Gflops = 0.222300625210382 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150675000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.035638 s
InvBiCGStab: k = 29 resid = 2.136654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124558(s) Flops=193259520 => 1551.56248494677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223344.161168188 Mflops = 223.344161168188 Gflops = 0.223344161168188 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.048129 s
InvBiCGStab: k = 44 resid = 1.072492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186646(s) Flops=291686400 => 1562.77873621722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224958.255540301 Mflops = 224.958255540301 Gflops = 0.224958255540301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007141179 Relative Rsd = 3.13018897322606e-07
BICGSTAB_SOLVER_TIME: 0.398843 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641180000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.042016 s
InvBiCGStab: k = 55 resid = 1.662942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237062(s) Flops=363866112 => 1534.89851600003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220978.565077139 Mflops = 220.978565077139 Gflops = 0.220978565077139 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.059176 s
InvBiCGStab: k = 74 resid = 1.040801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305314(s) Flops=488540160 => 1600.12367595328 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230365.145104853 Mflops = 230.365145104853 Gflops = 0.230365145104853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001029803 Relative Rsd = 4.51392952359749e-07
BICGSTAB_SOLVER_TIME: 0.647503 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10539
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044517 s
InvBiCGStab: k = 52 resid = 2.086152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204685(s) Flops=344180736 => 1681.5142096392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242081.358953538 Mflops = 242.081358953538 Gflops = 0.242081358953538 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055862 s
InvBiCGStab: k = 70 resid = 6.028726e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256944(s) Flops=462292992 => 1799.19745936858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259022.114888083 Mflops = 259.022114888083 Gflops = 0.259022114888083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001030519 Relative Rsd = 4.51706878233418e-07
BICGSTAB_SOLVER_TIME: 0.565891 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117234
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101468
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042118 s
InvBiCGStab: k = 52 resid = 2.191554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219243(s) Flops=344180736 => 1569.8596351993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226009.86950064 Mflops = 226.00986950064 Gflops = 0.22600986950064 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061237 s
InvBiCGStab: k = 84 resid = 1.080828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317499(s) Flops=554158080 => 1745.38527680402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251287.201028923 Mflops = 251.287201028923 Gflops = 0.251287201028923 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001055311 Relative Rsd = 4.6257375505472e-07
BICGSTAB_SOLVER_TIME: 0.64466 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114442
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047094 s
InvBiCGStab: k = 52 resid = 1.734082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200045(s) Flops=344180736 => 1720.51656377315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247693.249934278 Mflops = 247.693249934278 Gflops = 0.247693249934278 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059485 s
InvBiCGStab: k = 72 resid = 7.539762e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274131(s) Flops=475416576 => 1734.26783545093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249674.678027894 Mflops = 249.674678027894 Gflops = 0.249674678027894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001028058 Relative Rsd = 4.50628293839444e-07
BICGSTAB_SOLVER_TIME: 0.584911 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102882
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.913501(s) Flops=1341407232 => 1468.42448119925 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211447.3894645 Mflops = 211.4473894645 Gflops = 0.2114473894645 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148630000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040876 s
InvBiCGStab: k = 30 resid = 1.940917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110429(s) Flops=199821312 => 1809.50033052912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260460.976680733 Mflops = 260.460976680733 Gflops = 0.260460976680733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05579 s
InvBiCGStab: k = 46 resid = 7.429566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169558(s) Flops=304809984 => 1797.67385791293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258773.519001583 Mflops = 258.773519001583 Gflops = 0.258773519001583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007437884 Relative Rsd = 3.2602434313001e-07
BICGSTAB_SOLVER_TIME: 0.380572 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042084 s
InvBiCGStab: k = 58 resid = 1.518787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212645(s) Flops=383551488 => 1803.71740694585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.395163949 Mflops = 259.678395163949 Gflops = 0.259678395163949 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055809 s
InvBiCGStab: k = 77 resid = 9.367545e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329835(s) Flops=508225536 => 1540.84780572104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221835.630481817 Mflops = 221.835630481817 Gflops = 0.221835630481817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001069053 Relative Rsd = 4.68597539439439e-07
BICGSTAB_SOLVER_TIME: 0.644604 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110678
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046236 s
InvBiCGStab: k = 51 resid = 2.179706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24272(s) Flops=337618944 => 1390.98114700066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200262.581262172 Mflops = 200.262581262172 Gflops = 0.200262581262172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067777 s
InvBiCGStab: k = 67 resid = 9.782341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275765(s) Flops=442607616 => 1605.0173734883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231072.615893536 Mflops = 231.072615893536 Gflops = 0.231072615893536 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001008364 Relative Rsd = 4.41995587454881e-07
BICGSTAB_SOLVER_TIME: 0.636503 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986720000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043382 s
InvBiCGStab: k = 57 resid = 2.263047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224028(s) Flops=376989696 => 1682.77936686486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242266.053351735 Mflops = 242.266053351735 Gflops = 0.242266053351735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057404 s
InvBiCGStab: k = 89 resid = 9.613558e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347548(s) Flops=586967040 => 1688.88049995972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243154.613479269 Mflops = 243.154613479269 Gflops = 0.243154613479269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001046086 Relative Rsd = 4.58530122413774e-07
BICGSTAB_SOLVER_TIME: 0.676362 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1185
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044195 s
InvBiCGStab: k = 52 resid = 1.700159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193061(s) Flops=344180736 => 1782.75641377596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256641.678482591 Mflops = 256.641678482591 Gflops = 0.256641678482591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064301 s
InvBiCGStab: k = 72 resid = 1.139871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286096(s) Flops=475416576 => 1661.73793412002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239242.539377277 Mflops = 239.242539377277 Gflops = 0.239242539377277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.0009863289 Relative Rsd = 4.32337008871972e-07
BICGSTAB_SOLVER_TIME: 0.59144 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001782
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102947
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9117(s) Flops=1322680320 => 1450.78460019743 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208891.290798669 Mflops = 208.891290798669 Gflops = 0.208891290798669 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146716000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 1.920645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.726277(s) Flops=1308764160 => 1802.01790776797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259434.561570181 Mflops = 259.434561570181 Gflops = 0.259434561570181 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.105464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900503(s) Flops=1564674048 => 1737.55561947045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250195.998414475 Mflops = 250.195998414475 Gflops = 0.250195998414475 Tflops
BICGSTAB_SOLVER: 437 iterations. Rsd = 0.002247341 Relative Rsd = 9.88685049909127e-07
BICGSTAB_SOLVER_TIME: 1.630221 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.131305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311911999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.394494e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.812817(s) Flops=1223460864 => 1505.2107227088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216678.310887632 Mflops = 216.678310887632 Gflops = 0.216678310887632 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 8.375731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.749932(s) Flops=1256269824 => 1675.17831483388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241212.786937191 Mflops = 241.212786937191 Gflops = 0.241212786937191 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.001904206 Relative Rsd = 8.36290641550784e-07
BICGSTAB_SOLVER_TIME: 1.566114 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129444
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.121947
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.269254999999998
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865393(s) Flops=1322680320 => 1528.4157833493 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220266.646731584 Mflops = 220.266646731584 Gflops = 0.220266646731584 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146509000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021335
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0413 s
InvBiCGStab: k = 29 resid = 2.16541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109511(s) Flops=193259520 => 1764.74984248158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253991.4385948 Mflops = 253.9914385948 Gflops = 0.2539914385948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056112 s
InvBiCGStab: k = 50 resid = 1.068221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221294(s) Flops=331057152 => 1496.00600106645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215377.140650806 Mflops = 215.377140650806 Gflops = 0.215377140650806 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007819496 Relative Rsd = 3.4275150978154e-07
BICGSTAB_SOLVER_TIME: 0.43226 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001934
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041984 s
InvBiCGStab: k = 80 resid = 1.893422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295121(s) Flops=527910912 => 1788.79480619814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257532.888182797 Mflops = 257.532888182797 Gflops = 0.257532888182797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056299 s
InvBiCGStab: k = 96 resid = 9.974544e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352402(s) Flops=632899584 => 1795.95911487449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258567.09311373 Mflops = 258.56709311373 Gflops = 0.25856709311373 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001250909 Relative Rsd = 5.48310217784966e-07
BICGSTAB_SOLVER_TIME: 0.749605 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139838
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041707 s
InvBiCGStab: k = 52 resid = 1.987321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190382(s) Flops=344180736 => 1807.84284228551 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260249.998772217 Mflops = 260.249998772217 Gflops = 0.260249998772217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055784 s
InvBiCGStab: k = 61 resid = 1.145876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223179(s) Flops=403236864 => 1806.78676757222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260101.630297397 Mflops = 260.101630297397 Gflops = 0.260101630297397 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001046846 Relative Rsd = 4.58863541083889e-07
BICGSTAB_SOLVER_TIME: 0.514941 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114772
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0951460000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045284 s
InvBiCGStab: k = 57 resid = 1.89313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230022(s) Flops=376989696 => 1638.92886767353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235957.786465879 Mflops = 235.957786465879 Gflops = 0.235957786465879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060478 s
InvBiCGStab: k = 99 resid = 1.034405e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431405(s) Flops=652584960 => 1512.69679303671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217797.500137946 Mflops = 217.797500137946 Gflops = 0.217797500137946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001114796 Relative Rsd = 4.88647870687323e-07
BICGSTAB_SOLVER_TIME: 0.771631 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125598
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049172 s
InvBiCGStab: k = 53 resid = 2.061034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23047(s) Flops=350742528 => 1521.85763006031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219009.638424378 Mflops = 219.009638424378 Gflops = 0.219009638424378 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065113 s
InvBiCGStab: k = 77 resid = 9.156697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298503(s) Flops=508225536 => 1702.58099918594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245114.987823305 Mflops = 245.114987823305 Gflops = 0.245114987823305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001050737 Relative Rsd = 4.60568905631678e-07
BICGSTAB_SOLVER_TIME: 0.64765 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107431
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897583(s) Flops=1303732224 => 1452.49210825071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209143.239746053 Mflops = 209.143239746053 Gflops = 0.209143239746053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144375000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042537 s
InvBiCGStab: k = 28 resid = 2.247342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118221(s) Flops=186697728 => 1579.22643185221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227317.032774662 Mflops = 227.317032774662 Gflops = 0.227317032774662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060221 s
InvBiCGStab: k = 44 resid = 1.000594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186709(s) Flops=291686400 => 1562.25141798199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224899.761444754 Mflops = 224.899761444754 Gflops = 0.224899761444754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007321906 Relative Rsd = 3.20940703461882e-07
BICGSTAB_SOLVER_TIME: 0.411886 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046022 s
InvBiCGStab: k = 75 resid = 2.266938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290876(s) Flops=495101952 => 1702.10657462286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245035.69160662 Mflops = 245.03569160662 Gflops = 0.24503569160662 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061065 s
InvBiCGStab: k = 103 resid = 6.723215e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381387(s) Flops=678832128 => 1779.90368837952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256263.473311685 Mflops = 256.263473311685 Gflops = 0.256263473311685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001256108 Relative Rsd = 5.50589037951786e-07
BICGSTAB_SOLVER_TIME: 0.783284 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040825 s
InvBiCGStab: k = 53 resid = 1.418359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196051(s) Flops=350742528 => 1789.03717910136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257549.37500546 Mflops = 257.54937500546 Gflops = 0.25754937500546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 72 resid = 1.139844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26402(s) Flops=475416576 => 1800.68394818574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259235.737094673 Mflops = 259.235737094673 Gflops = 0.259235737094673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001039066 Relative Rsd = 4.55453373299205e-07
BICGSTAB_SOLVER_TIME: 0.560747 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103561
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 55 resid = 1.862012e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213292(s) Flops=363866112 => 1705.95292837987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245586.418194767 Mflops = 245.586418194767 Gflops = 0.245586418194767 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058172 s
InvBiCGStab: k = 82 resid = 1.029307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311573(s) Flops=541034496 => 1736.4614263752 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250005.801090764 Mflops = 250.005801090764 Gflops = 0.250005801090764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001089144 Relative Rsd = 4.77403741918032e-07
BICGSTAB_SOLVER_TIME: 0.627763 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051197 s
InvBiCGStab: k = 48 resid = 1.691126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177853(s) Flops=317933568 => 1787.61993331572 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257344.310250239 Mflops = 257.344310250239 Gflops = 0.257344310250239 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058153 s
InvBiCGStab: k = 76 resid = 1.007966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348501(s) Flops=501663744 => 1439.49011337127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207241.81137687 Mflops = 207.24181137687 Gflops = 0.20724181137687 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.00103005 Relative Rsd = 4.51501234333729e-07
BICGSTAB_SOLVER_TIME: 0.640138 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102982
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.878798(s) Flops=1285152768 => 1462.39837596353 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210566.789995444 Mflops = 210.566789995444 Gflops = 0.210566789995444 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142113000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420046
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021258
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04122 s
InvBiCGStab: k = 26 resid = 2.09857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096194(s) Flops=173574144 => 1804.41757282159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259706.61495325 Mflops = 259.70661495325 Gflops = 0.25970661495325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055873 s
InvBiCGStab: k = 44 resid = 1.08321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.161684(s) Flops=291686400 => 1804.0523490265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259693.793640753 Mflops = 259.693793640753 Gflops = 0.259693793640753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0006913546 Relative Rsd = 3.0304106041255e-07
BICGSTAB_SOLVER_TIME: 0.358848 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113815
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0642890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041056 s
InvBiCGStab: k = 53 resid = 1.740492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223069(s) Flops=350742528 => 1572.34993656671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226349.785881844 Mflops = 226.349785881844 Gflops = 0.226349785881844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062188 s
InvBiCGStab: k = 76 resid = 8.287658e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313771(s) Flops=501663744 => 1598.8212549917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230184.573503351 Mflops = 230.184573503351 Gflops = 0.230184573503351 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001058442 Relative Rsd = 4.63946109158496e-07
BICGSTAB_SOLVER_TIME: 0.644441 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041794 s
InvBiCGStab: k = 54 resid = 1.399232e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198959(s) Flops=357304320 => 1795.86909865852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258522.180055586 Mflops = 258.522180055586 Gflops = 0.258522180055586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056724 s
InvBiCGStab: k = 69 resid = 6.862091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259137(s) Flops=455731200 => 1758.64967179523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253177.631405702 Mflops = 253.177631405702 Gflops = 0.253177631405702 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.0009955224 Relative Rsd = 4.36366761825394e-07
BICGSTAB_SOLVER_TIME: 0.560472 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05359 s
InvBiCGStab: k = 58 resid = 2.189105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260093(s) Flops=383551488 => 1474.67055245624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212301.730901905 Mflops = 212.301730901905 Gflops = 0.212301730901905 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065538 s
InvBiCGStab: k = 78 resid = 1.145767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341007(s) Flops=514787328 => 1509.60926901794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217344.913286118 Mflops = 217.344913286118 Gflops = 0.217344913286118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001044321 Relative Rsd = 4.57756431890927e-07
BICGSTAB_SOLVER_TIME: 0.725312 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121867
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050266 s
InvBiCGStab: k = 52 resid = 1.755774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235465(s) Flops=344180736 => 1461.70656360818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210439.136061201 Mflops = 210.439136061201 Gflops = 0.210439136061201 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068837 s
InvBiCGStab: k = 72 resid = 1.132223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328709(s) Flops=475416576 => 1446.31444834185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208226.086176509 Mflops = 208.226086176509 Gflops = 0.208226086176509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001031194 Relative Rsd = 4.52002484960687e-07
BICGSTAB_SOLVER_TIME: 0.688046 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123961
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102842
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051791(s) Flops=1272545280 => 1209.88416900316 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  174214.148575774 Mflops = 174.214148575774 Gflops = 0.174214148575774 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140582000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041165 s
InvBiCGStab: k = 30 resid = 1.140659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110531(s) Flops=199821312 => 1807.83049099348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260211.974499621 Mflops = 260.211974499621 Gflops = 0.260211974499621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056156 s
InvBiCGStab: k = 50 resid = 9.026256e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182509(s) Flops=331057152 => 1813.92233807648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261116.937809925 Mflops = 261.116937809925 Gflops = 0.261116937809925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007448209 Relative Rsd = 3.26476938308245e-07
BICGSTAB_SOLVER_TIME: 0.3942 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0715330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040639 s
InvBiCGStab: k = 56 resid = 2.138021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205447(s) Flops=370427904 => 1803.03389195267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259561.147069445 Mflops = 259.561147069445 Gflops = 0.259561147069445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055926 s
InvBiCGStab: k = 76 resid = 8.382865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277597(s) Flops=501663744 => 1807.16558176061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260175.231970009 Mflops = 260.175231970009 Gflops = 0.260175231970009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001097445 Relative Rsd = 4.81042261179417e-07
BICGSTAB_SOLVER_TIME: 0.583472 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045918 s
InvBiCGStab: k = 49 resid = 2.270362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205591(s) Flops=324495360 => 1578.35391627065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227225.208289945 Mflops = 227.225208289945 Gflops = 0.227225208289945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064441 s
InvBiCGStab: k = 75 resid = 8.755555e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316633(s) Flops=495101952 => 1563.64608868943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225116.478662324 Mflops = 225.116478662324 Gflops = 0.225116478662324 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001008189 Relative Rsd = 4.41918994032193e-07
BICGSTAB_SOLVER_TIME: 0.637108 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001823
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102959
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043597 s
InvBiCGStab: k = 64 resid = 1.925215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242007(s) Flops=422922240 => 1747.56201266906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251603.553373738 Mflops = 251.603553373738 Gflops = 0.251603553373738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 75 resid = 1.033529e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283103(s) Flops=495101952 => 1748.84035845611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251777.038439344 Mflops = 251.777038439344 Gflops = 0.251777038439344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001112896 Relative Rsd = 4.87815038407716e-07
BICGSTAB_SOLVER_TIME: 0.629348 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114728
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 48 resid = 1.926941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177294(s) Flops=317933568 => 1793.25621848455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258154.130152942 Mflops = 258.154130152941 Gflops = 0.258154130152941 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057315 s
InvBiCGStab: k = 75 resid = 8.540824e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276344(s) Flops=495101952 => 1791.61462524969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257942.769633134 Mflops = 257.942769633134 Gflops = 0.257942769633134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001008971 Relative Rsd = 4.42261852930954e-07
BICGSTAB_SOLVER_TIME: 0.555709 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102623
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.816853(s) Flops=1260158976 => 1542.69981991864 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222136.173179687 Mflops = 222.136173179687 Gflops = 0.222136173179687 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139242000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 1.854664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738919(s) Flops=1256269824 => 1700.14551527299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244844.209685544 Mflops = 244.844209685544 Gflops = 0.244844209685544 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 8.229235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.939976(s) Flops=1597483008 => 1699.49339983149 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244716.22184568 Mflops = 244.71622184568 Gflops = 0.24471622184568 Tflops
BICGSTAB_SOLVER: 434 iterations. Rsd = 0.002403127 Relative Rsd = 1.05723584773878e-06
BICGSTAB_SOLVER_TIME: 1.68237 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.310308999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.237152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810807(s) Flops=1216899072 => 1500.84924279144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216112.910805942 Mflops = 216.112910805942 Gflops = 0.216112910805942 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.118313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.802893(s) Flops=1289078784 => 1605.54243716161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231188.04693638 Mflops = 231.18804693638 Gflops = 0.23118804693638 Tflops
BICGSTAB_SOLVER: 381 iterations. Rsd = 0.002002373 Relative Rsd = 8.79418457200686e-07
BICGSTAB_SOLVER_TIME: 1.617109 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.117126
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272073999999998
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.826517(s) Flops=1260158976 => 1524.66189564159 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219511.501064174 Mflops = 219.511501064174 Gflops = 0.219511501064174 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139318
CLOV_LINOP: Time spent in clov deriv (total) = 1.409162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047404 s
InvBiCGStab: k = 30 resid = 2.143793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133616(s) Flops=199821312 => 1495.48940246677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215307.335256079 Mflops = 215.307335256079 Gflops = 0.215307335256079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067449 s
InvBiCGStab: k = 50 resid = 8.974038e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213297(s) Flops=331057152 => 1552.0947411356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223437.481127919 Mflops = 223.437481127919 Gflops = 0.223437481127919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.000735108 Relative Rsd = 3.2221949724554e-07
BICGSTAB_SOLVER_TIME: 0.465755 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044504 s
InvBiCGStab: k = 72 resid = 2.061166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288066(s) Flops=475416576 => 1650.37378933994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237612.485656239 Mflops = 237.612485656239 Gflops = 0.237612485656238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057149 s
InvBiCGStab: k = 99 resid = 1.001264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382435(s) Flops=652584960 => 1706.39444611503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245678.50419349 Mflops = 245.67850419349 Gflops = 0.24567850419349 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001204557 Relative Rsd = 5.27992906665327e-07
BICGSTAB_SOLVER_TIME: 0.77618 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04505 s
InvBiCGStab: k = 48 resid = 2.047831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186183(s) Flops=317933568 => 1707.64016048726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245831.899639125 Mflops = 245.831899639125 Gflops = 0.245831899639125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060358 s
InvBiCGStab: k = 69 resid = 5.642059e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262209(s) Flops=455731200 => 1738.04560484194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250216.506989465 Mflops = 250.216506989465 Gflops = 0.250216506989465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.0009872371 Relative Rsd = 4.32735080351244e-07
BICGSTAB_SOLVER_TIME: 0.557664 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1154
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0980490000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042402 s
InvBiCGStab: k = 60 resid = 1.774266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22922(s) Flops=396675072 => 1730.54302416892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249153.381319244 Mflops = 249.153381319244 Gflops = 0.249153381319244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05865 s
InvBiCGStab: k = 82 resid = 5.365094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327266(s) Flops=541034496 => 1653.19494234048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238014.61670875 Mflops = 238.01461670875 Gflops = 0.23801461670875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001059152 Relative Rsd = 4.64257381562491e-07
BICGSTAB_SOLVER_TIME: 0.661384 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115727
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046894 s
InvBiCGStab: k = 53 resid = 1.57845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245895(s) Flops=350742528 => 1426.39145976941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205346.355794463 Mflops = 205.346355794463 Gflops = 0.205346355794463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057673 s
InvBiCGStab: k = 78 resid = 5.644758e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337682(s) Flops=514787328 => 1524.47370010839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219479.022810108 Mflops = 219.479022810108 Gflops = 0.219479022810108 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001081742 Relative Rsd = 4.74159211874883e-07
BICGSTAB_SOLVER_TIME: 0.692498 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107757
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.838364(s) Flops=1247625216 => 1488.16649569877 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214335.13531511 Mflops = 214.33513531511 Gflops = 0.21433513531511 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051103 s
InvBiCGStab: k = 34 resid = 1.426521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130631(s) Flops=226068480 => 1730.58829833654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249122.739473412 Mflops = 249.122739473412 Gflops = 0.249122739473412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062839 s
InvBiCGStab: k = 54 resid = 9.06912e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220177(s) Flops=357304320 => 1622.80492512842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233605.256389418 Mflops = 233.605256389418 Gflops = 0.233605256389418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007425179 Relative Rsd = 3.25467471696437e-07
BICGSTAB_SOLVER_TIME: 0.469828 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126247
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0772700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042912 s
InvBiCGStab: k = 70 resid = 1.836484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317707(s) Flops=462292992 => 1455.09224537073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209496.274605837 Mflops = 209.496274605837 Gflops = 0.209496274605837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066254 s
InvBiCGStab: k = 91 resid = 8.024443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.366214(s) Flops=600090624 => 1638.63376058807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235919.620704263 Mflops = 235.919620704263 Gflops = 0.235919620704263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001192889 Relative Rsd = 5.22878292841588e-07
BICGSTAB_SOLVER_TIME: 0.796935 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041417 s
InvBiCGStab: k = 50 resid = 1.422656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190272(s) Flops=331057152 => 1739.91523713421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250487.41958358 Mflops = 250.48741958358 Gflops = 0.25048741958358 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062927 s
InvBiCGStab: k = 67 resid = 6.525827e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25838(s) Flops=442607616 => 1713.01035683876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246616.38302728 Mflops = 246.61638302728 Gflops = 0.24661638302728 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001014936 Relative Rsd = 4.44876285983196e-07
BICGSTAB_SOLVER_TIME: 0.556948 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979640000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041513 s
InvBiCGStab: k = 63 resid = 2.270023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257253(s) Flops=416360448 => 1618.48626838171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233020.921892726 Mflops = 233.020921892726 Gflops = 0.233020921892726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062258 s
InvBiCGStab: k = 81 resid = 9.570064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312943(s) Flops=534472704 => 1707.89154574475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245894.176042116 Mflops = 245.894176042116 Gflops = 0.245894176042116 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001095652 Relative Rsd = 4.80256374901724e-07
BICGSTAB_SOLVER_TIME: 0.67785 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117141
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041606 s
InvBiCGStab: k = 49 resid = 2.262268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196531(s) Flops=324495360 => 1651.11539655322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237678.103406847 Mflops = 237.678103406847 Gflops = 0.237678103406847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056138 s
InvBiCGStab: k = 74 resid = 1.056401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280389(s) Flops=488540160 => 1742.36564201877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250838.104664166 Mflops = 250.838104664166 Gflops = 0.250838104664166 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001096444 Relative Rsd = 4.80603673259362e-07
BICGSTAB_SOLVER_TIME: 0.57853 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102292
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.905913(s) Flops=1241284608 => 1370.2028870322 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197292.336203979 Mflops = 197.292336203979 Gflops = 0.197292336203979 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13702
CLOV_LINOP: Time spent in clov deriv (total) = 1.403129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040801 s
InvBiCGStab: k = 32 resid = 1.969339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11822(s) Flops=212944896 => 1801.2594823211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259272.425282313 Mflops = 259.272425282313 Gflops = 0.259272425282313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055922 s
InvBiCGStab: k = 52 resid = 8.657964e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198674(s) Flops=344180736 => 1732.38942186698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249380.909663866 Mflops = 249.380909663866 Gflops = 0.249380909663866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007680773 Relative Rsd = 3.36670879911894e-07
BICGSTAB_SOLVER_TIME: 0.417365 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0744260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041263 s
InvBiCGStab: k = 53 resid = 2.032818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193686(s) Flops=350742528 => 1810.88219076237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260677.600344934 Mflops = 260.677600344934 Gflops = 0.260677600344934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05692 s
InvBiCGStab: k = 79 resid = 6.764143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306818(s) Flops=521349120 => 1699.21295360768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244633.200734153 Mflops = 244.633200734153 Gflops = 0.244633200734153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001061939 Relative Rsd = 4.6547910023404e-07
BICGSTAB_SOLVER_TIME: 0.603037 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046141 s
InvBiCGStab: k = 53 resid = 1.523828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220601(s) Flops=350742528 => 1589.94078902634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228903.281884709 Mflops = 228.903281884709 Gflops = 0.228903281884709 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069722 s
InvBiCGStab: k = 66 resid = 9.501311e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317921(s) Flops=436045824 => 1371.55401499115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197471.833156661 Mflops = 197.471833156661 Gflops = 0.197471833156662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009861954 Relative Rsd = 4.32278479454368e-07
BICGSTAB_SOLVER_TIME: 0.658373 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994740000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041444 s
InvBiCGStab: k = 61 resid = 2.270016e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258435(s) Flops=403236864 => 1560.30283823785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224634.96628844 Mflops = 224.63496628844 Gflops = 0.22463496628844 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074265 s
InvBiCGStab: k = 69 resid = 1.131935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288158(s) Flops=455731200 => 1581.53235377814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227690.66508091 Mflops = 227.69066508091 Gflops = 0.22769066508091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001074296 Relative Rsd = 4.7089575034618e-07
BICGSTAB_SOLVER_TIME: 0.667978 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041327 s
InvBiCGStab: k = 47 resid = 2.250151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175146(s) Flops=311371776 => 1777.78411154123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255929.575689102 Mflops = 255.929575689102 Gflops = 0.255929575689102 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059779 s
InvBiCGStab: k = 79 resid = 1.102163e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300118(s) Flops=521349120 => 1737.14712213196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250087.446526059 Mflops = 250.087446526059 Gflops = 0.250087446526059 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001006893 Relative Rsd = 4.41350743295982e-07
BICGSTAB_SOLVER_TIME: 0.580341 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116028
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104194
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.821796(s) Flops=1241210880 => 1510.36373990625 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217482.215768394 Mflops = 217.482215768394 Gflops = 0.217482215768394 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137387000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041441 s
InvBiCGStab: k = 28 resid = 2.2648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104526(s) Flops=186697728 => 1786.13673153091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257070.814759542 Mflops = 257.070814759542 Gflops = 0.257070814759542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056267 s
InvBiCGStab: k = 47 resid = 1.075833e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17244(s) Flops=311371776 => 1805.68183716075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259940.583814984 Mflops = 259.940583814984 Gflops = 0.259940583814984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007365269 Relative Rsd = 3.22841429714374e-07
BICGSTAB_SOLVER_TIME: 0.378464 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042303 s
InvBiCGStab: k = 57 resid = 1.441804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220795(s) Flops=376989696 => 1707.41953395684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245804.400134721 Mflops = 245.804400134721 Gflops = 0.245804400134721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056326 s
InvBiCGStab: k = 74 resid = 1.132328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274938(s) Flops=488540160 => 1776.91028522794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255811.269536623 Mflops = 255.811269536623 Gflops = 0.255811269536623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001083721 Relative Rsd = 4.75026794401559e-07
BICGSTAB_SOLVER_TIME: 0.598083 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001813
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107729
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 53 resid = 1.762007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21145(s) Flops=350742528 => 1658.74924568456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238798.915064494 Mflops = 238.798915064494 Gflops = 0.238798915064494 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063849 s
InvBiCGStab: k = 69 resid = 8.994944e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265856(s) Flops=455731200 => 1714.20317766009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246778.353624713 Mflops = 246.778353624713 Gflops = 0.246778353624713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00100031 Relative Rsd = 4.38465146054424e-07
BICGSTAB_SOLVER_TIME: 0.586433 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117334
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10154
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060054 s
InvBiCGStab: k = 63 resid = 1.864267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267948(s) Flops=416360448 => 1553.88526131936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223725.188063056 Mflops = 223.725188063056 Gflops = 0.223725188063056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060741 s
InvBiCGStab: k = 71 resid = 1.098746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332992(s) Flops=468854784 => 1408.00615029791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202720.90755209 Mflops = 202.72090755209 Gflops = 0.20272090755209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001064847 Relative Rsd = 4.66753582129478e-07
BICGSTAB_SOLVER_TIME: 0.726104 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109744
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040864 s
InvBiCGStab: k = 54 resid = 2.001311e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240447(s) Flops=357304320 => 1486.00032439581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213929.205862452 Mflops = 213.929205862452 Gflops = 0.213929205862452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06532 s
InvBiCGStab: k = 71 resid = 1.142165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306193(s) Flops=468854784 => 1531.23939476082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220453.529063028 Mflops = 220.453529063028 Gflops = 0.220453529063028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.0009936361 Relative Rsd = 4.35539950880816e-07
BICGSTAB_SOLVER_TIME: 0.656718 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103507
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.808972(s) Flops=1240989696 => 1534.03294057149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221062.310066374 Mflops = 221.062310066374 Gflops = 0.221062310066374 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137324000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021396
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.267055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.719022(s) Flops=1262831616 => 1756.3184659162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252908.018310417 Mflops = 252.908018310417 Gflops = 0.252908018310417 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.03493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875084(s) Flops=1564674048 => 1788.02726138291 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257462.571574008 Mflops = 257.462571574008 Gflops = 0.257462571574008 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002118147 Relative Rsd = 9.31883246693509e-07
BICGSTAB_SOLVER_TIME: 1.597487 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.307242999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.527427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.675686(s) Flops=1177528320 => 1742.71528491045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250874.371846848 Mflops = 250.874371846848 Gflops = 0.250874371846848 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 9.46002e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.801652(s) Flops=1249708032 => 1558.91587871046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224472.514933852 Mflops = 224.472514933852 Gflops = 0.224472514933852 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.00190562 Relative Rsd = 8.36934026909794e-07
BICGSTAB_SOLVER_TIME: 1.481233 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.125464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263645999999998
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.818754(s) Flops=1240989696 => 1515.70520082955 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218346.322555944 Mflops = 218.346322555944 Gflops = 0.218346322555944 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138638
CLOV_LINOP: Time spent in clov deriv (total) = 1.42953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041373 s
InvBiCGStab: k = 31 resid = 1.286843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117409(s) Flops=206383104 => 1757.81331925151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253028.662505224 Mflops = 253.028662505224 Gflops = 0.253028662505224 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056042 s
InvBiCGStab: k = 46 resid = 1.106042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.171488(s) Flops=304809984 => 1777.44206008584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255848.227220915 Mflops = 255.848227220915 Gflops = 0.255848227220915 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007498222 Relative Rsd = 3.28669163512839e-07
BICGSTAB_SOLVER_TIME: 0.390646 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0695930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041798 s
InvBiCGStab: k = 70 resid = 2.251796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292944(s) Flops=462292992 => 1578.09339669015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227209.119644449 Mflops = 227.209119644449 Gflops = 0.227209119644449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067468 s
InvBiCGStab: k = 100 resid = 9.88143e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393123(s) Flops=659146752 => 1676.69343182668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241409.13322048 Mflops = 241.40913322048 Gflops = 0.24140913322048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001234395 Relative Rsd = 5.41071807657248e-07
BICGSTAB_SOLVER_TIME: 0.799167 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13541
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041439 s
InvBiCGStab: k = 54 resid = 2.204411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200509(s) Flops=357304320 => 1781.98644449875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256532.269292269 Mflops = 256.532269292269 Gflops = 0.256532269292269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05627 s
InvBiCGStab: k = 72 resid = 1.013872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265403(s) Flops=475416576 => 1791.30068612638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257880.733774244 Mflops = 257.880733774244 Gflops = 0.257880733774244 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001032636 Relative Rsd = 4.52634674110374e-07
BICGSTAB_SOLVER_TIME: 0.567456 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11483
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 60 resid = 1.30669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273176(s) Flops=396675072 => 1452.08609833953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209061.118275041 Mflops = 209.061118275041 Gflops = 0.209061118275041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067657 s
InvBiCGStab: k = 85 resid = 6.994746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352806(s) Flops=560719872 => 1589.31501164946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228819.389545471 Mflops = 228.819389545471 Gflops = 0.228819389545471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001097812 Relative Rsd = 4.81203306377287e-07
BICGSTAB_SOLVER_TIME: 0.738537 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040944 s
InvBiCGStab: k = 54 resid = 2.031435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19754(s) Flops=357304320 => 1808.76946441227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260399.007342283 Mflops = 260.399007342283 Gflops = 0.260399007342283 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055993 s
InvBiCGStab: k = 69 resid = 1.148625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280772(s) Flops=455731200 => 1623.13621016341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233679.1695794 Mflops = 233.6791695794 Gflops = 0.2336791695794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001029961 Relative Rsd = 4.51462095656047e-07
BICGSTAB_SOLVER_TIME: 0.579071 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10219
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855375(s) Flops=1234796544 => 1443.57333800964 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207866.396926801 Mflops = 207.866396926801 Gflops = 0.207866396926801 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136278
CLOV_LINOP: Time spent in clov deriv (total) = 1.407586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040642 s
InvBiCGStab: k = 28 resid = 2.085573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103569(s) Flops=186697728 => 1802.64102192741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259452.61640373 Mflops = 259.45261640373 Gflops = 0.25945261640373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056232 s
InvBiCGStab: k = 55 resid = 7.874872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201182(s) Flops=363866112 => 1808.64148880119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260357.496688592 Mflops = 260.357496688592 Gflops = 0.260357496688592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007418873 Relative Rsd = 3.25191051596037e-07
BICGSTAB_SOLVER_TIME: 0.405452 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0736420000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040826 s
InvBiCGStab: k = 73 resid = 2.100996e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266646(s) Flops=481978368 => 1807.55896581985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260242.13872952 Mflops = 260.24213872952 Gflops = 0.260242138729521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056497 s
InvBiCGStab: k = 92 resid = 1.148695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36815(s) Flops=606652416 => 1647.84032595409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237250.555428926 Mflops = 237.250555428926 Gflops = 0.237250555428926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001238595 Relative Rsd = 5.42912805327957e-07
BICGSTAB_SOLVER_TIME: 0.73637 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123161
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044999 s
InvBiCGStab: k = 50 resid = 1.265681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225149(s) Flops=331057152 => 1470.39139414343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211695.303705513 Mflops = 211.695303705513 Gflops = 0.211695303705513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062945 s
InvBiCGStab: k = 63 resid = 1.022683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248771(s) Flops=416360448 => 1673.66955151525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240946.596732703 Mflops = 240.946596732703 Gflops = 0.240946596732703 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 113 iterations. Rsd = 0.001011498 Relative Rsd = 4.43369421378283e-07
BICGSTAB_SOLVER_TIME: 0.586182 sec
2Flav::invert,  n_count = 113
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0950760000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040997 s
InvBiCGStab: k = 67 resid = 1.555874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262439(s) Flops=442607616 => 1686.51616566135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242811.797479661 Mflops = 242.81179747966 Gflops = 0.242811797479661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069283 s
InvBiCGStab: k = 83 resid = 9.034732e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326276(s) Flops=547596288 => 1678.3223038164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241625.431349021 Mflops = 241.625431349021 Gflops = 0.241625431349021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001103498 Relative Rsd = 4.83695730852816e-07
BICGSTAB_SOLVER_TIME: 0.70276 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047542 s
InvBiCGStab: k = 61 resid = 2.013079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25168(s) Flops=403236864 => 1602.18080101716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230687.187897839 Mflops = 230.687187897839 Gflops = 0.230687187897839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063926 s
InvBiCGStab: k = 72 resid = 9.814746e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281862(s) Flops=475416576 => 1686.69978925857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242847.237491897 Mflops = 242.847237491897 Gflops = 0.242847237491897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001026093 Relative Rsd = 4.49766732647796e-07
BICGSTAB_SOLVER_TIME: 0.64908 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119492
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109275
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.850007(s) Flops=1234722816 => 1452.60311503317 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209157.303102426 Mflops = 209.157303102426 Gflops = 0.209157303102426 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136497000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041125 s
InvBiCGStab: k = 34 resid = 1.124175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130785(s) Flops=226068480 => 1728.55052184884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248807.726034594 Mflops = 248.807726034594 Gflops = 0.248807726034594 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069005 s
InvBiCGStab: k = 46 resid = 3.655793e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176914(s) Flops=304809984 => 1722.92743366834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248020.560343427 Mflops = 248.020560343427 Gflops = 0.248020560343427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007095469 Relative Rsd = 3.11015298092007e-07
BICGSTAB_SOLVER_TIME: 0.421698 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714440000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043291 s
InvBiCGStab: k = 53 resid = 1.161728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201829(s) Flops=350742528 => 1737.82027359795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250191.920516486 Mflops = 250.191920516486 Gflops = 0.250191920516486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060576 s
InvBiCGStab: k = 75 resid = 8.472464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294457(s) Flops=495101952 => 1681.4066298305 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242072.623787984 Mflops = 242.072623787984 Gflops = 0.242072623787984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001082497 Relative Rsd = 4.74490283244903e-07
BICGSTAB_SOLVER_TIME: 0.604017 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115582
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042541 s
InvBiCGStab: k = 52 resid = 1.344236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214995(s) Flops=344180736 => 1600.87786227587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230485.362051414 Mflops = 230.485362051414 Gflops = 0.230485362051414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 66 resid = 7.848035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265664(s) Flops=436045824 => 1641.34329077331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236299.553289306 Mflops = 236.299553289306 Gflops = 0.236299553289306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009915397 Relative Rsd = 4.34621033921613e-07
BICGSTAB_SOLVER_TIME: 0.583758 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120526
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985540000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042108 s
InvBiCGStab: k = 63 resid = 2.161917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260922(s) Flops=416360448 => 1595.72764274381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229742.247713524 Mflops = 229.742247713524 Gflops = 0.229742247713524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067991 s
InvBiCGStab: k = 75 resid = 1.017542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30853(s) Flops=495101952 => 1604.71251418014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231029.258949997 Mflops = 231.029258949997 Gflops = 0.231029258949997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00107678 Relative Rsd = 4.71984234223166e-07
BICGSTAB_SOLVER_TIME: 0.683434 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112596
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045252 s
InvBiCGStab: k = 52 resid = 2.255062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206628(s) Flops=344180736 => 1665.70230559266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239817.818252469 Mflops = 239.817818252468 Gflops = 0.239817818252469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070231 s
InvBiCGStab: k = 77 resid = 5.786937e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326035(s) Flops=508225536 => 1558.80668026439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224423.481978823 Mflops = 224.423481978823 Gflops = 0.224423481978823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001034064 Relative Rsd = 4.53260739868507e-07
BICGSTAB_SOLVER_TIME: 0.652089 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10643
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.819186(s) Flops=1234649088 => 1507.1657572273 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217015.613624595 Mflops = 217.015613624595 Gflops = 0.217015613624595 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136643
CLOV_LINOP: Time spent in clov deriv (total) = 1.437118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044323 s
InvBiCGStab: k = 26 resid = 1.914188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102753(s) Flops=173574144 => 1689.23675221161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243119.960051592 Mflops = 243.119960051592 Gflops = 0.243119960051592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05655 s
InvBiCGStab: k = 42 resid = 1.073007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.16387(s) Flops=278562816 => 1699.90123878684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244684.876186071 Mflops = 244.684876186071 Gflops = 0.244684876186071 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 68 iterations. Rsd = 0.0007090801 Relative Rsd = 3.10810674757577e-07
BICGSTAB_SOLVER_TIME: 0.371316 sec
2Flav::invert,  n_count = 68
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0629430000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047645 s
InvBiCGStab: k = 57 resid = 1.724742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218531(s) Flops=376989696 => 1725.10854752873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248357.559758297 Mflops = 248.357559758297 Gflops = 0.248357559758297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064417 s
InvBiCGStab: k = 80 resid = 1.128772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30233(s) Flops=527910912 => 1746.14134224192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251390.986528854 Mflops = 251.390986528854 Gflops = 0.251390986528854 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001093549 Relative Rsd = 4.79334600359796e-07
BICGSTAB_SOLVER_TIME: 0.636861 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115747
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112105
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042779 s
InvBiCGStab: k = 52 resid = 2.084037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204035(s) Flops=344180736 => 1686.8710564364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242840.095653815 Mflops = 242.840095653815 Gflops = 0.242840095653815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059127 s
InvBiCGStab: k = 69 resid = 1.140505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264751(s) Flops=455731200 => 1721.35780412539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247818.90629141 Mflops = 247.81890629141 Gflops = 0.24781890629141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001014141 Relative Rsd = 4.44527762947248e-07
BICGSTAB_SOLVER_TIME: 0.574539 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100885
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040892 s
InvBiCGStab: k = 56 resid = 2.138981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221254(s) Flops=370427904 => 1674.22014517252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241032.830439813 Mflops = 241.032830439813 Gflops = 0.241032830439813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05593 s
InvBiCGStab: k = 70 resid = 1.034064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273128(s) Flops=462292992 => 1692.5873290179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243683.89515042 Mflops = 243.68389515042 Gflops = 0.24368389515042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001048581 Relative Rsd = 4.5962396425837e-07
BICGSTAB_SOLVER_TIME: 0.595317 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001812
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046764 s
InvBiCGStab: k = 48 resid = 2.163362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209343(s) Flops=317933568 => 1518.72079792494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218631.030149368 Mflops = 218.631030149368 Gflops = 0.218631030149368 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059593 s
InvBiCGStab: k = 73 resid = 8.628077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339856(s) Flops=481978368 => 1418.18407796243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204177.062196804 Mflops = 204.177062196804 Gflops = 0.204177062196804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001025278 Relative Rsd = 4.49409483778884e-07
BICGSTAB_SOLVER_TIME: 0.659874 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10069
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.818893(s) Flops=1234649088 => 1507.70502129094 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217148.601894836 Mflops = 217.148601894836 Gflops = 0.217148601894836 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136694
CLOV_LINOP: Time spent in clov deriv (total) = 1.407147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021191
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.904304e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901254(s) Flops=1354696704 => 1503.12420693833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216426.691917952 Mflops = 216.426691917952 Gflops = 0.216426691917952 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 239 resid = 9.261789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937885(s) Flops=1571235840 => 1675.29690740336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241231.521472323 Mflops = 241.231521472323 Gflops = 0.241231521472323 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002098086 Relative Rsd = 9.23097360116856e-07
BICGSTAB_SOLVER_TIME: 1.842615 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001804
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317471999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.951261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.669016(s) Flops=1111910400 => 1662.00868140672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239223.047456465 Mflops = 239.223047456465 Gflops = 0.239223047456465 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 7.540088e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.744958(s) Flops=1243146240 => 1668.74674813882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240283.281430127 Mflops = 240.283281430127 Gflops = 0.240283281430127 Tflops
BICGSTAB_SOLVER: 358 iterations. Rsd = 0.001878274 Relative Rsd = 8.24924531261127e-07
BICGSTAB_SOLVER_TIME: 1.419199 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255645999999997
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918925(s) Flops=1234649088 => 1343.57982207471 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193473.464608023 Mflops = 193.473464608023 Gflops = 0.193473464608023 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136261
CLOV_LINOP: Time spent in clov deriv (total) = 1.414333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045693 s
InvBiCGStab: k = 32 resid = 1.986603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121127(s) Flops=212944896 => 1758.02996854541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253048.741161503 Mflops = 253.048741161503 Gflops = 0.253048741161503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058166 s
InvBiCGStab: k = 50 resid = 1.127254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196974(s) Flops=331057152 => 1680.71497761126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241926.107536415 Mflops = 241.926107536415 Gflops = 0.241926107536415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007203399 Relative Rsd = 3.15746204892494e-07
BICGSTAB_SOLVER_TIME: 0.425793 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 82 resid = 1.097007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311751(s) Flops=541034496 => 1735.46996160397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249866.50903575 Mflops = 249.86650903575 Gflops = 0.24986650903575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05868 s
InvBiCGStab: k = 104 resid = 7.972449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432591(s) Flops=685393920 => 1584.39246308869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228122.167094588 Mflops = 228.122167094588 Gflops = 0.228122167094588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001246645 Relative Rsd = 5.46441205597897e-07
BICGSTAB_SOLVER_TIME: 0.848125 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147239999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055256 s
InvBiCGStab: k = 46 resid = 2.227588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20812(s) Flops=304809984 => 1464.58766096483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210861.173008047 Mflops = 210.861173008047 Gflops = 0.210861173008047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069477 s
InvBiCGStab: k = 60 resid = 1.076521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23439(s) Flops=396675072 => 1692.37199539229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243613.504297815 Mflops = 243.613504297815 Gflops = 0.243613504297815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 106 iterations. Rsd = 0.0009796058 Relative Rsd = 4.29390075658347e-07
BICGSTAB_SOLVER_TIME: 0.571158 sec
2Flav::invert,  n_count = 106
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0900550000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042565 s
InvBiCGStab: k = 59 resid = 2.223278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224562(s) Flops=390113280 => 1737.21858551313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250094.147315019 Mflops = 250.094147315019 Gflops = 0.250094147315019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05859 s
InvBiCGStab: k = 77 resid = 1.117404e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306162(s) Flops=508225536 => 1659.98894702804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238984.575440443 Mflops = 238.984575440443 Gflops = 0.238984575440443 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001113576 Relative Rsd = 4.88113043463344e-07
BICGSTAB_SOLVER_TIME: 0.637389 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041197 s
InvBiCGStab: k = 54 resid = 2.26766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197593(s) Flops=357304320 => 1808.28430156939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260322.665515616 Mflops = 260.322665515616 Gflops = 0.260322665515616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057728 s
InvBiCGStab: k = 76 resid = 4.740492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334247(s) Flops=501663744 => 1500.87732724602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216079.713716875 Mflops = 216.079713716875 Gflops = 0.216079713716875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001055909 Relative Rsd = 4.62835989298019e-07
BICGSTAB_SOLVER_TIME: 0.634673 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107059
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.836816(s) Flops=1228382208 => 1467.92390202864 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211353.251164792 Mflops = 211.353251164792 Gflops = 0.211353251164792 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135873000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041272 s
InvBiCGStab: k = 27 resid = 1.866156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099826(s) Flops=180135936 => 1804.49918858814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259741.439347013 Mflops = 259.741439347013 Gflops = 0.259741439347013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058847 s
InvBiCGStab: k = 44 resid = 9.785373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179275(s) Flops=291686400 => 1627.03332868498 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234216.589244842 Mflops = 234.216589244842 Gflops = 0.234216589244842 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007305769 Relative Rsd = 3.20233349680869e-07
BICGSTAB_SOLVER_TIME: 0.385053 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041299 s
InvBiCGStab: k = 76 resid = 1.865983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277693(s) Flops=501663744 => 1806.54083466274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260101.318180407 Mflops = 260.101318180407 Gflops = 0.260101318180407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055847 s
InvBiCGStab: k = 111 resid = 4.112077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410149(s) Flops=731326464 => 1783.07508734631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256719.411372364 Mflops = 256.719411372365 Gflops = 0.256719411372364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001245675 Relative Rsd = 5.4601608913926e-07
BICGSTAB_SOLVER_TIME: 0.788769 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147935999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040489 s
InvBiCGStab: k = 55 resid = 1.894724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201139(s) Flops=363866112 => 1809.02814471584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260428.130566325 Mflops = 260.428130566325 Gflops = 0.260428130566325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060667 s
InvBiCGStab: k = 64 resid = 1.076664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235208(s) Flops=422922240 => 1798.07761640761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258846.951954635 Mflops = 258.846951954635 Gflops = 0.258846951954635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001022454 Relative Rsd = 4.48171844289295e-07
BICGSTAB_SOLVER_TIME: 0.541359 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992850000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04479 s
InvBiCGStab: k = 63 resid = 2.183263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270666(s) Flops=416360448 => 1538.28130611159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221348.32959111 Mflops = 221.34832959111 Gflops = 0.22134832959111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05981 s
InvBiCGStab: k = 82 resid = 5.709152e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310454(s) Flops=541034496 => 1742.72032571653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250901.541497015 Mflops = 250.901541497015 Gflops = 0.250901541497015 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001122215 Relative Rsd = 4.91899952913388e-07
BICGSTAB_SOLVER_TIME: 0.689875 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117793
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054913 s
InvBiCGStab: k = 60 resid = 1.815434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242961(s) Flops=396675072 => 1632.6697371183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235048.156591125 Mflops = 235.048156591125 Gflops = 0.235048156591125 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057676 s
InvBiCGStab: k = 77 resid = 7.443644e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323164(s) Flops=508225536 => 1572.65517198698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226418.623563202 Mflops = 226.418623563202 Gflops = 0.226418623563202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001080621 Relative Rsd = 4.73668013815727e-07
BICGSTAB_SOLVER_TIME: 0.682563 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112147
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.847451(s) Flops=1228529664 => 1449.67633998898 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208735.922211336 Mflops = 208.735922211336 Gflops = 0.208735922211336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136023
CLOV_LINOP: Time spent in clov deriv (total) = 1.408066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 29 resid = 1.638587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10708(s) Flops=193259520 => 1804.81434441539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259754.137123344 Mflops = 259.754137123344 Gflops = 0.259754137123344 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 46 resid = 8.814168e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169178(s) Flops=304809984 => 1801.71171192472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259344.150826909 Mflops = 259.344150826909 Gflops = 0.259344150826909 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007051484 Relative Rsd = 3.09087322747099e-07
BICGSTAB_SOLVER_TIME: 0.377854 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124806
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 51 resid = 2.0676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195346(s) Flops=337618944 => 1728.31255311089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248801.968823572 Mflops = 248.801968823572 Gflops = 0.248801968823572 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060608 s
InvBiCGStab: k = 74 resid = 1.013346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284338(s) Flops=488540160 => 1718.16697029592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247362.54133587 Mflops = 247.36254133587 Gflops = 0.24736254133587 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001036656 Relative Rsd = 4.54396629001774e-07
BICGSTAB_SOLVER_TIME: 0.585618 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040598 s
InvBiCGStab: k = 52 resid = 1.540972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192263(s) Flops=344180736 => 1790.15585942173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257718.065436319 Mflops = 257.718065436319 Gflops = 0.257718065436319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056521 s
InvBiCGStab: k = 74 resid = 8.223547e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2707(s) Flops=488540160 => 1804.72907277429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259817.759841556 Mflops = 259.817759841556 Gflops = 0.259817759841556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001013708 Relative Rsd = 4.44338192950389e-07
BICGSTAB_SOLVER_TIME: 0.563868 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115553
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104367
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040759 s
InvBiCGStab: k = 66 resid = 9.391012e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241298(s) Flops=436045824 => 1807.08428582085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260166.002990827 Mflops = 260.166002990827 Gflops = 0.260166002990827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055951 s
InvBiCGStab: k = 78 resid = 9.638392e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284892(s) Flops=514787328 => 1806.95606756244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260136.577068431 Mflops = 260.136577068431 Gflops = 0.260136577068431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001111742 Relative Rsd = 4.87309042152304e-07
BICGSTAB_SOLVER_TIME: 0.626851 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04732 s
InvBiCGStab: k = 57 resid = 1.879186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23465(s) Flops=376989696 => 1606.60428723631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231299.835295787 Mflops = 231.299835295787 Gflops = 0.231299835295787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057558 s
InvBiCGStab: k = 75 resid = 1.129109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336222(s) Flops=495101952 => 1472.54478291129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211999.649307007 Mflops = 211.999649307007 Gflops = 0.211999649307007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001035394 Relative Rsd = 4.53843635716185e-07
BICGSTAB_SOLVER_TIME: 0.680046 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10863
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874385(s) Flops=1228529664 => 1405.02143106298 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202323.576228858 Mflops = 202.323576228858 Gflops = 0.202323576228858 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135545
CLOV_LINOP: Time spent in clov deriv (total) = 1.408638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040709 s
InvBiCGStab: k = 24 resid = 2.078728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108012(s) Flops=160450560 => 1485.4882790801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213805.291464332 Mflops = 213.805291464332 Gflops = 0.213805291464332 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06781 s
InvBiCGStab: k = 46 resid = 8.04108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207343(s) Flops=304809984 => 1470.07607683886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211622.189858568 Mflops = 211.622189858568 Gflops = 0.211622189858568 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.00072795 Relative Rsd = 3.19081922441534e-07
BICGSTAB_SOLVER_TIME: 0.427923 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119402
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641740000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041062 s
InvBiCGStab: k = 60 resid = 1.88518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254985(s) Flops=396675072 => 1555.68002823695 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223964.18687669 Mflops = 223.96418687669 Gflops = 0.22396418687669 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066458 s
InvBiCGStab: k = 83 resid = 7.235387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321853(s) Flops=547596288 => 1701.38630989924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244941.26701754 Mflops = 244.94126701754 Gflops = 0.24494126701754 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001068898 Relative Rsd = 4.68529671849715e-07
BICGSTAB_SOLVER_TIME: 0.688684 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04178 s
InvBiCGStab: k = 53 resid = 2.091175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197187(s) Flops=350742528 => 1778.73048426113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256065.948395034 Mflops = 256.065948395034 Gflops = 0.256065948395034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 71 resid = 1.078887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262414(s) Flops=468854784 => 1786.69881942274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257210.116948421 Mflops = 257.210116948421 Gflops = 0.257210116948421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001029888 Relative Rsd = 4.51430202991703e-07
BICGSTAB_SOLVER_TIME: 0.561391 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102903
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 58 resid = 2.06417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213351(s) Flops=383551488 => 1797.7487239338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258812.626698535 Mflops = 258.812626698535 Gflops = 0.258812626698535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055799 s
InvBiCGStab: k = 88 resid = 9.991355e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321476(s) Flops=580405248 => 1805.43881347286 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259938.930738323 Mflops = 259.938930738323 Gflops = 0.259938930738323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001111301 Relative Rsd = 4.87116053261827e-07
BICGSTAB_SOLVER_TIME: 0.635301 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118504
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041819 s
InvBiCGStab: k = 65 resid = 1.857877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294003(s) Flops=429484032 => 1460.81513453944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210308.990480312 Mflops = 210.308990480312 Gflops = 0.210308990480312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066791 s
InvBiCGStab: k = 73 resid = 7.928154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305351(s) Flops=481978368 => 1578.44044394811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227249.882212247 Mflops = 227.249882212247 Gflops = 0.227249882212247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001070928 Relative Rsd = 4.69419349614248e-07
BICGSTAB_SOLVER_TIME: 0.711875 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11299
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.894004(s) Flops=1228603392 => 1374.27057597058 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197901.504843937 Mflops = 197.901504843937 Gflops = 0.197901504843937 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135682
CLOV_LINOP: Time spent in clov deriv (total) = 1.399488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.881844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.679879(s) Flops=1223460864 => 1799.52736295723 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259087.441661891 Mflops = 259.087441661891 Gflops = 0.259087441661891 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.096581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.935027(s) Flops=1525303296 => 1631.29331666358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234894.692093873 Mflops = 234.894692093873 Gflops = 0.234894692093873 Tflops
BICGSTAB_SOLVER: 418 iterations. Rsd = 0.002122008 Relative Rsd = 9.3366198863583e-07
BICGSTAB_SOLVER_TIME: 1.618986 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.119185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.298285999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 1.984746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.718217(s) Flops=1164404736 => 1621.2436297108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233379.528981565 Mflops = 233.379528981565 Gflops = 0.233379528981565 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 8.74461e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807745(s) Flops=1367820288 => 1693.38131217154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243822.10303768 Mflops = 243.82210303768 Gflops = 0.24382210303768 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.00189863 Relative Rsd = 8.3384849457598e-07
BICGSTAB_SOLVER_TIME: 1.532858 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.118886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275193999999997
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.851218(s) Flops=1228603392 => 1443.34752319617 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207819.8925254 Mflops = 207.8198925254 Gflops = 0.2078198925254 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135776000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45404
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046075 s
InvBiCGStab: k = 24 resid = 2.257796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090081(s) Flops=160450560 => 1781.18093715656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256319.942406349 Mflops = 256.319942406349 Gflops = 0.256319942406348 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061598 s
InvBiCGStab: k = 49 resid = 1.020217e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181894(s) Flops=324495360 => 1783.98056010644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256802.815001298 Mflops = 256.802815001298 Gflops = 0.256802815001298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007950042 Relative Rsd = 3.48473768160488e-07
BICGSTAB_SOLVER_TIME: 0.383533 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044432 s
InvBiCGStab: k = 79 resid = 1.834802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298976(s) Flops=521349120 => 1743.78251097078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251053.02208364 Mflops = 251.05302208364 Gflops = 0.25105302208364 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057565 s
InvBiCGStab: k = 101 resid = 6.619661e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39164(s) Flops=665708544 => 1699.7971198039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244723.633824961 Mflops = 244.723633824961 Gflops = 0.244723633824961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001288723 Relative Rsd = 5.64885269184641e-07
BICGSTAB_SOLVER_TIME: 0.797334 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046072 s
InvBiCGStab: k = 53 resid = 1.839436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206038(s) Flops=350742528 => 1702.31961094555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245068.3742962 Mflops = 245.0683742962 Gflops = 0.2450683742962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067204 s
InvBiCGStab: k = 66 resid = 1.11553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270153(s) Flops=436045824 => 1614.06989372689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232392.160324694 Mflops = 232.392160324694 Gflops = 0.232392160324694 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001016832 Relative Rsd = 4.457073322736e-07
BICGSTAB_SOLVER_TIME: 0.593798 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992840000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050596 s
InvBiCGStab: k = 62 resid = 1.713308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298775(s) Flops=409798656 => 1371.59620450172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197467.14601787 Mflops = 197.46714601787 Gflops = 0.19746714601787 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068761 s
InvBiCGStab: k = 87 resid = 9.415647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363899(s) Flops=573843456 => 1576.93056589878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227027.363830418 Mflops = 227.027363830418 Gflops = 0.227027363830418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001223687 Relative Rsd = 5.36377972889794e-07
BICGSTAB_SOLVER_TIME: 0.785874 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12112
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049905 s
InvBiCGStab: k = 61 resid = 1.445457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239232(s) Flops=403236864 => 1685.54735152488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242654.600549435 Mflops = 242.654600549435 Gflops = 0.242654600549435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060922 s
InvBiCGStab: k = 87 resid = 9.900646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342927(s) Flops=573843456 => 1673.36913103955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240926.475166986 Mflops = 240.926475166986 Gflops = 0.240926475166986 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001137897 Relative Rsd = 4.98773561989276e-07
BICGSTAB_SOLVER_TIME: 0.696744 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120004
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.805116(s) Flops=1234649088 => 1533.50459809518 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220800.852534317 Mflops = 220.800852534317 Gflops = 0.220800852534317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136494000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041245 s
InvBiCGStab: k = 29 resid = 1.495814e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109758(s) Flops=193259520 => 1760.77843984038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253427.846969438 Mflops = 253.427846969438 Gflops = 0.253427846969438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059199 s
InvBiCGStab: k = 51 resid = 1.02423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201204(s) Flops=337618944 => 1677.9932009304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241559.329068264 Mflops = 241.559329068264 Gflops = 0.241559329068264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007150832 Relative Rsd = 3.13442023678987e-07
BICGSTAB_SOLVER_TIME: 0.415602 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04137 s
InvBiCGStab: k = 73 resid = 1.904419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271101(s) Flops=481978368 => 1777.85536755674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255949.733677863 Mflops = 255.949733677863 Gflops = 0.255949733677863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060136 s
InvBiCGStab: k = 103 resid = 6.687479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404084(s) Flops=678832128 => 1679.92825254155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241881.68841463 Mflops = 241.88168841463 Gflops = 0.24188168841463 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001260072 Relative Rsd = 5.52326754418285e-07
BICGSTAB_SOLVER_TIME: 0.780552 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139904
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042323 s
InvBiCGStab: k = 56 resid = 2.279595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219004(s) Flops=370427904 => 1691.42072290917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243511.344194808 Mflops = 243.511344194808 Gflops = 0.243511344194808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 72 resid = 8.412375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284463(s) Flops=475416576 => 1671.27737526497 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240613.020860149 Mflops = 240.613020860149 Gflops = 0.240613020860149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00100775 Relative Rsd = 4.41726566452609e-07
BICGSTAB_SOLVER_TIME: 0.607135 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105734
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048764 s
InvBiCGStab: k = 54 resid = 2.163913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199191(s) Flops=357304320 => 1793.77742970315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258241.333290957 Mflops = 258.241333290957 Gflops = 0.258241333290957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057623 s
InvBiCGStab: k = 87 resid = 1.124655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390373(s) Flops=573843456 => 1469.98756573841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211643.83573189 Mflops = 211.64383573189 Gflops = 0.21164383573189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001153786 Relative Rsd = 5.05738409599319e-07
BICGSTAB_SOLVER_TIME: 0.700234 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114891
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04834 s
InvBiCGStab: k = 56 resid = 2.222563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23925(s) Flops=370427904 => 1548.288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222888.052649132 Mflops = 222.888052649132 Gflops = 0.222888052649132 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078014 s
InvBiCGStab: k = 80 resid = 1.051008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308333(s) Flops=527910912 => 1712.14534934632 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246490.000389891 Mflops = 246.490000389891 Gflops = 0.246490000389891 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001076847 Relative Rsd = 4.7201388164394e-07
BICGSTAB_SOLVER_TIME: 0.677829 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001792
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111664
Monitoring force
num_pf = 1
MInvCG2: 190 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.825869(s) Flops=1234649088 => 1494.96964772863 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215261.052340113 Mflops = 215.261052340113 Gflops = 0.215261052340113 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136902
CLOV_LINOP: Time spent in clov deriv (total) = 1.449507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051905 s
InvBiCGStab: k = 31 resid = 1.861039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130894(s) Flops=206383104 => 1576.71936070408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226974.253605323 Mflops = 226.974253605323 Gflops = 0.226974253605323 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063101 s
InvBiCGStab: k = 52 resid = 1.031197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231905(s) Flops=344180736 => 1484.14538711973 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213637.461044277 Mflops = 213.637461044277 Gflops = 0.213637461044277 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007420572 Relative Rsd = 3.25265527345813e-07
BICGSTAB_SOLVER_TIME: 0.482629 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043168 s
InvBiCGStab: k = 55 resid = 2.066533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209662(s) Flops=363866112 => 1735.48908242791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249839.956335362 Mflops = 249.839956335362 Gflops = 0.249839956335362 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080515 s
InvBiCGStab: k = 74 resid = 8.279454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283957(s) Flops=488540160 => 1720.47232503513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247641.967166456 Mflops = 247.641967166456 Gflops = 0.247641967166456 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001065206 Relative Rsd = 4.66911106377205e-07
BICGSTAB_SOLVER_TIME: 0.621273 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050664 s
InvBiCGStab: k = 50 resid = 2.011736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188484(s) Flops=331057152 => 1756.42044948112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252862.601393854 Mflops = 252.862601393854 Gflops = 0.252862601393854 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055755 s
InvBiCGStab: k = 69 resid = 1.070924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257048(s) Flops=455731200 => 1772.94201861131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255242.941301576 Mflops = 255.242941301576 Gflops = 0.255242941301576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.0009946921 Relative Rsd = 4.36002828254035e-07
BICGSTAB_SOLVER_TIME: 0.55582 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992370000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041601 s
InvBiCGStab: k = 66 resid = 1.842039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252834(s) Flops=436045824 => 1724.63285792259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248289.315056162 Mflops = 248.289315056162 Gflops = 0.248289315056162 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068233 s
InvBiCGStab: k = 79 resid = 1.043842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302045(s) Flops=521349120 => 1726.06439437832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248507.638814156 Mflops = 248.507638814156 Gflops = 0.248507638814156 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001088049 Relative Rsd = 4.76923923161513e-07
BICGSTAB_SOLVER_TIME: 0.66856 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117674
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041636 s
InvBiCGStab: k = 55 resid = 2.029919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208728(s) Flops=363866112 => 1743.2549154881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250975.518390931 Mflops = 250.975518390931 Gflops = 0.250975518390931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058316 s
InvBiCGStab: k = 79 resid = 1.049629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351333(s) Flops=521349120 => 1483.91730921946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213643.912089752 Mflops = 213.643912089752 Gflops = 0.213643912089752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001026982 Relative Rsd = 4.50156333435419e-07
BICGSTAB_SOLVER_TIME: 0.664352 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121318
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109975
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.845824(s) Flops=1240768512 => 1466.93462469734 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211221.072592736 Mflops = 211.221072592736 Gflops = 0.211221072592736 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137151
CLOV_LINOP: Time spent in clov deriv (total) = 1.446841
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046374 s
InvBiCGStab: k = 28 resid = 2.113397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115308(s) Flops=186697728 => 1619.12207305651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233038.970906664 Mflops = 233.038970906664 Gflops = 0.233038970906664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062042 s
InvBiCGStab: k = 52 resid = 1.03451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204828(s) Flops=344180736 => 1680.34026597926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241906.445352245 Mflops = 241.906445352245 Gflops = 0.241906445352245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007452767 Relative Rsd = 3.26676713957694e-07
BICGSTAB_SOLVER_TIME: 0.432428 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0713760000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04599 s
InvBiCGStab: k = 58 resid = 2.123652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244607(s) Flops=383551488 => 1568.03152812471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225736.260071703 Mflops = 225.736260071703 Gflops = 0.225736260071703 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058671 s
InvBiCGStab: k = 81 resid = 8.153655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338276(s) Flops=534472704 => 1579.99001998368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227471.678708031 Mflops = 227.471678708031 Gflops = 0.227471678708031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001082254 Relative Rsd = 4.74383736231863e-07
BICGSTAB_SOLVER_TIME: 0.691861 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122778
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049231 s
InvBiCGStab: k = 52 resid = 2.123362e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220182(s) Flops=344180736 => 1563.16472736191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225057.280785066 Mflops = 225.057280785066 Gflops = 0.225057280785066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05816 s
InvBiCGStab: k = 70 resid = 9.96978e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260583(s) Flops=462292992 => 1774.07195404151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255398.693481208 Mflops = 255.398693481208 Gflops = 0.255398693481208 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.00102961 Relative Rsd = 4.51308296471515e-07
BICGSTAB_SOLVER_TIME: 0.592018 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050277 s
InvBiCGStab: k = 66 resid = 1.539878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269454(s) Flops=436045824 => 1618.25700861743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232988.333917217 Mflops = 232.988333917217 Gflops = 0.232988333917217 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05773 s
InvBiCGStab: k = 84 resid = 9.653672e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330409(s) Flops=554158080 => 1677.1882121855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241496.949835034 Mflops = 241.496949835034 Gflops = 0.241496949835034 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00114243 Relative Rsd = 5.00760755633337e-07
BICGSTAB_SOLVER_TIME: 0.711968 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001786
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121483
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 54 resid = 2.048379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203923(s) Flops=357304320 => 1752.15311661755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252243.124741996 Mflops = 252.243124741996 Gflops = 0.252243124741996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062885 s
InvBiCGStab: k = 72 resid = 8.219509e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271045(s) Flops=475416576 => 1754.01345164087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252520.763263286 Mflops = 252.520763263286 Gflops = 0.252520763263286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001012795 Relative Rsd = 4.43937927255809e-07
BICGSTAB_SOLVER_TIME: 0.583517 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120824
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104391
Monitoring force
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868872(s) Flops=1247035392 => 1435.23487003839 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206653.519015832 Mflops = 206.653519015832 Gflops = 0.206653519015832 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.248506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713817(s) Flops=1289078784 => 1805.895326113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259971.001062399 Mflops = 259.971001062399 Gflops = 0.259971001062399 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.022744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.970753(s) Flops=1538426880 => 1584.77684848772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228197.767847292 Mflops = 228.197767847292 Gflops = 0.228197767847292 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002546906 Relative Rsd = 1.12065515423947e-06
BICGSTAB_SOLVER_TIME: 1.68856 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128818
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.126527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306747999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 167 resid = 2.142663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.646945(s) Flops=1098786816 => 1698.42384746771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244522.28898754 Mflops = 244.52228898754 Gflops = 0.24452228898754 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 8.359165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.855674(s) Flops=1328449536 => 1552.51829084441 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223550.360279523 Mflops = 223.550360279523 Gflops = 0.223550360279523 Tflops
BICGSTAB_SOLVER: 369 iterations. Rsd = 0.001921765 Relative Rsd = 8.43989403277139e-07
BICGSTAB_SOLVER_TIME: 1.507732 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118255
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.117669
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.263268999999997
num_pf = 1
MInvCG2: 192 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.84219(s) Flops=1247035392 => 1480.70553200584 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213228.530884795 Mflops = 213.228530884795 Gflops = 0.213228530884795 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138015000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021178
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04134 s
InvBiCGStab: k = 35 resid = 1.499568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131305(s) Flops=232630272 => 1771.6787022581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255015.063494439 Mflops = 255.015063494439 Gflops = 0.255015063494439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056871 s
InvBiCGStab: k = 57 resid = 1.113057e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211233(s) Flops=376989696 => 1784.71022993566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256920.853082929 Mflops = 256.920853082929 Gflops = 0.256920853082929 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.000739792 Relative Rsd = 3.24272619405332e-07
BICGSTAB_SOLVER_TIME: 0.444615 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 77 resid = 1.219435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280497(s) Flops=508225536 => 1811.87512165906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260850.777962852 Mflops = 260.850777962852 Gflops = 0.260850777962852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056578 s
InvBiCGStab: k = 102 resid = 5.184622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372663(s) Flops=672270336 => 1803.96319462893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259729.250672778 Mflops = 259.729250672778 Gflops = 0.259729250672778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001221061 Relative Rsd = 5.35226826305906e-07
BICGSTAB_SOLVER_TIME: 0.755021 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041162 s
InvBiCGStab: k = 47 resid = 1.582436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172227(s) Flops=311371776 => 1807.91499590657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260239.969603178 Mflops = 260.239969603178 Gflops = 0.260239969603178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056073 s
InvBiCGStab: k = 61 resid = 1.07069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224354(s) Flops=403236864 => 1797.32415735846 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258748.051580133 Mflops = 258.748051580133 Gflops = 0.258748051580133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 108 iterations. Rsd = 0.0009927519 Relative Rsd = 4.35152391223711e-07
BICGSTAB_SOLVER_TIME: 0.497662 sec
2Flav::invert,  n_count = 108
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0913670000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042786 s
InvBiCGStab: k = 70 resid = 1.789885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296759(s) Flops=462292992 => 1557.8061389882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224267.631148235 Mflops = 224.267631148235 Gflops = 0.224267631148235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075706 s
InvBiCGStab: k = 86 resid = 5.317905e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418602(s) Flops=567281664 => 1355.18144681583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195108.886552283 Mflops = 195.108886552283 Gflops = 0.195108886552283 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001103279 Relative Rsd = 4.83599593605418e-07
BICGSTAB_SOLVER_TIME: 0.838426 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125399
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046357 s
InvBiCGStab: k = 61 resid = 1.520235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239725(s) Flops=403236864 => 1682.08098446136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242153.232165492 Mflops = 242.153232165492 Gflops = 0.242153232165492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055874 s
InvBiCGStab: k = 82 resid = 1.145369e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313949(s) Flops=541034496 => 1723.31969842236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248100.452220152 Mflops = 248.100452220152 Gflops = 0.248100452220152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001066476 Relative Rsd = 4.67468028839041e-07
BICGSTAB_SOLVER_TIME: 0.660466 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116258
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.796275(s) Flops=1253302272 => 1573.95657530376 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226633.01399751 Mflops = 226.63301399751 Gflops = 0.22663301399751 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138629000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021492
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04767 s
InvBiCGStab: k = 29 resid = 1.4605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124991(s) Flops=193259520 => 1546.18748549896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222581.400261541 Mflops = 222.581400261541 Gflops = 0.222581400261541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067115 s
InvBiCGStab: k = 47 resid = 1.102773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191175(s) Flops=311371776 => 1628.72643389565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234465.532703643 Mflops = 234.465532703643 Gflops = 0.234465532703643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007381435 Relative Rsd = 3.23550008173697e-07
BICGSTAB_SOLVER_TIME: 0.434868 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042633 s
InvBiCGStab: k = 76 resid = 1.632717e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284707(s) Flops=501663744 => 1762.03515895289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253690.657292674 Mflops = 253.690657292674 Gflops = 0.253690657292674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056978 s
InvBiCGStab: k = 91 resid = 1.127715e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334875(s) Flops=600090624 => 1791.9839462486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258000.39303176 Mflops = 258.00039303176 Gflops = 0.25800039303176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001237606 Relative Rsd = 5.42479065092883e-07
BICGSTAB_SOLVER_TIME: 0.723039 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040881 s
InvBiCGStab: k = 55 resid = 1.983933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222958(s) Flops=363866112 => 1631.99397195884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234950.29460829 Mflops = 234.95029460829 Gflops = 0.23495029460829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064106 s
InvBiCGStab: k = 71 resid = 9.667752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314087(s) Flops=468854784 => 1492.75450432523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214918.852602881 Mflops = 214.918852602881 Gflops = 0.214918852602881 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001039361 Relative Rsd = 4.55582372747943e-07
BICGSTAB_SOLVER_TIME: 0.647739 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104197
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046879 s
InvBiCGStab: k = 65 resid = 1.667424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257519(s) Flops=429484032 => 1667.77609419111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240113.318466225 Mflops = 240.113318466225 Gflops = 0.240113318466225 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056119 s
InvBiCGStab: k = 80 resid = 8.764206e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304189(s) Flops=527910912 => 1735.4700926069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249860.531588569 Mflops = 249.860531588569 Gflops = 0.249860531588569 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001097896 Relative Rsd = 4.81240352896189e-07
BICGSTAB_SOLVER_TIME: 0.668493 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046199 s
InvBiCGStab: k = 51 resid = 2.163023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216258(s) Flops=337618944 => 1561.18591682157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224741.555671636 Mflops = 224.741555671636 Gflops = 0.224741555671636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058636 s
InvBiCGStab: k = 74 resid = 1.064803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317256(s) Flops=488540160 => 1539.89257886376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221691.730153501 Mflops = 221.691730153501 Gflops = 0.221691730153501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001062572 Relative Rsd = 4.65756489871436e-07
BICGSTAB_SOLVER_TIME: 0.642984 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103585
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.812176(s) Flops=1265909760 => 1558.66432891393 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224460.101105593 Mflops = 224.460101105593 Gflops = 0.224460101105593 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140081000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.39536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 33 resid = 2.219361e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121762(s) Flops=219506688 => 1802.75199159015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259496.994890673 Mflops = 259.496994890673 Gflops = 0.259496994890673 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056189 s
InvBiCGStab: k = 51 resid = 1.027123e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19079(s) Flops=337618944 => 1769.58406625085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254738.131752076 Mflops = 254.738131752076 Gflops = 0.254738131752076 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007225704 Relative Rsd = 3.16723880896484e-07
BICGSTAB_SOLVER_TIME: 0.414393 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046443 s
InvBiCGStab: k = 51 resid = 1.733578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230759(s) Flops=337618944 => 1463.08028722607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210627.579240122 Mflops = 210.627579240122 Gflops = 0.210627579240122 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065366 s
InvBiCGStab: k = 76 resid = 6.777268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316301(s) Flops=501663744 => 1586.03274728818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228335.942327878 Mflops = 228.335942327878 Gflops = 0.228335942327878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001055365 Relative Rsd = 4.62597585253517e-07
BICGSTAB_SOLVER_TIME: 0.662685 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115336
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105065
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055923 s
InvBiCGStab: k = 62 resid = 1.345461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245485(s) Flops=409798656 => 1669.3429578182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240324.58745599 Mflops = 240.32458745599 Gflops = 0.24032458745599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056887 s
InvBiCGStab: k = 78 resid = 8.064274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309147(s) Flops=514787328 => 1665.18623179264 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239734.968544784 Mflops = 239.734968544784 Gflops = 0.239734968544784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001011287 Relative Rsd = 4.43276754052766e-07
BICGSTAB_SOLVER_TIME: 0.671321 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11427
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043597 s
InvBiCGStab: k = 54 resid = 2.072828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227817(s) Flops=357304320 => 1568.38304428554 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225788.931605442 Mflops = 225.788931605442 Gflops = 0.225788931605442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062006 s
InvBiCGStab: k = 76 resid = 9.58193e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319592(s) Flops=501663744 => 1569.70056822449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225988.292353628 Mflops = 225.988292353628 Gflops = 0.225988292353628 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001085478 Relative Rsd = 4.75797066030789e-07
BICGSTAB_SOLVER_TIME: 0.656909 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041906 s
InvBiCGStab: k = 60 resid = 1.703065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241657(s) Flops=396675072 => 1641.47975022449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236322.52409279 Mflops = 236.32252409279 Gflops = 0.23632252409279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057972 s
InvBiCGStab: k = 74 resid = 1.096272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279167(s) Flops=488540160 => 1749.99251344177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251941.652407146 Mflops = 251.941652407146 Gflops = 0.251941652407146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001074192 Relative Rsd = 4.70849773881262e-07
BICGSTAB_SOLVER_TIME: 0.624645 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109942
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931055(s) Flops=1278738432 => 1373.42953101589 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197750.809312187 Mflops = 197.750809312187 Gflops = 0.197750809312187 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141256000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 23 resid = 2.069385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.091076(s) Flops=153888768 => 1689.67420615749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243176.896107819 Mflops = 243.176896107819 Gflops = 0.243176896107819 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065128 s
InvBiCGStab: k = 43 resid = 1.100886e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1581(s) Flops=285124608 => 1803.44470588235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259597.405248466 Mflops = 259.597405248466 Gflops = 0.259597405248466 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007131251 Relative Rsd = 3.12583728296169e-07
BICGSTAB_SOLVER_TIME: 0.359383 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113038
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0614690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 55 resid = 2.149845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218484(s) Flops=363866112 => 1665.41308288021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239758.793233295 Mflops = 239.758793233296 Gflops = 0.239758793233296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057351 s
InvBiCGStab: k = 85 resid = 6.459858e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321681(s) Flops=560719872 => 1743.09291503073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250942.208381558 Mflops = 250.942208381558 Gflops = 0.250942208381558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001133931 Relative Rsd = 4.97035437296674e-07
BICGSTAB_SOLVER_TIME: 0.643464 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114299
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041859 s
InvBiCGStab: k = 58 resid = 2.263168e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260608(s) Flops=383551488 => 1471.75638506876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211897.708336726 Mflops = 211.897708336726 Gflops = 0.211897708336726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064331 s
InvBiCGStab: k = 82 resid = 7.902268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351904(s) Flops=541034496 => 1537.44912248795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221352.229065237 Mflops = 221.352229065237 Gflops = 0.221352229065237 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001095034 Relative Rsd = 4.79985465853723e-07
BICGSTAB_SOLVER_TIME: 0.726874 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114451
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043975 s
InvBiCGStab: k = 61 resid = 2.199043e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233139(s) Flops=403236864 => 1729.59849703396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249012.577070648 Mflops = 249.012577070648 Gflops = 0.249012577070648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061505 s
InvBiCGStab: k = 73 resid = 9.94681e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293912(s) Flops=481978368 => 1639.87305043687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236083.779917153 Mflops = 236.083779917153 Gflops = 0.236083779917153 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001139453 Relative Rsd = 4.9945586089318e-07
BICGSTAB_SOLVER_TIME: 0.636327 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109984
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041748 s
InvBiCGStab: k = 62 resid = 1.652382e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245887(s) Flops=409798656 => 1666.61375347212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239938.745050637 Mflops = 239.938745050637 Gflops = 0.239938745050637 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067252 s
InvBiCGStab: k = 73 resid = 1.021026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288571(s) Flops=481978368 => 1670.22454785824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240445.712573407 Mflops = 240.445712573407 Gflops = 0.240445712573407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001038645 Relative Rsd = 4.55268804072115e-07
BICGSTAB_SOLVER_TIME: 0.647335 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114965
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110876
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.848357(s) Flops=1291419648 => 1522.25967134119 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219209.910959435 Mflops = 219.209910959435 Gflops = 0.219209910959435 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144216000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 2.134933e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.900319(s) Flops=1505617920 => 1672.31605686429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240642.3490589 Mflops = 240.6423490589 Gflops = 0.2406423490589 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.057551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841567(s) Flops=1440000000 => 1711.09370971058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246385.537403461 Mflops = 246.385537403461 Gflops = 0.246385537403461 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002572584 Relative Rsd = 1.1319737541045e-06
BICGSTAB_SOLVER_TIME: 1.745286 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.124955
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319864999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 2.27578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.746645(s) Flops=1125033984 => 1506.78566654836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217037.197593824 Mflops = 217.037197593824 Gflops = 0.217037197593824 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 9.839571e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.836899(s) Flops=1426876416 => 1704.95653119433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245501.014595977 Mflops = 245.501014595977 Gflops = 0.245501014595977 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.00203014 Relative Rsd = 8.91562462392879e-07
BICGSTAB_SOLVER_TIME: 1.586962 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.1176
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.115838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001777
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277195999999998
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.842877(s) Flops=1291419648 => 1532.15670613862 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220611.397278406 Mflops = 220.611397278406 Gflops = 0.220611397278406 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142925000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054764 s
InvBiCGStab: k = 26 resid = 2.235648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112389(s) Flops=173574144 => 1544.40509302512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222312.423171039 Mflops = 222.312423171039 Gflops = 0.222312423171039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060027 s
InvBiCGStab: k = 50 resid = 8.509527e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195888(s) Flops=331057152 => 1690.03283508944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243281.268426633 Mflops = 243.281268426633 Gflops = 0.243281268426633 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007535893 Relative Rsd = 3.30320361559506e-07
BICGSTAB_SOLVER_TIME: 0.427103 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001831
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053207 s
InvBiCGStab: k = 80 resid = 1.754063e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304064(s) Flops=527910912 => 1736.1835403073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249975.176254921 Mflops = 249.975176254921 Gflops = 0.249975176254921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058438 s
InvBiCGStab: k = 106 resid = 1.140781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413518(s) Flops=698517504 => 1689.20700912657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243206.228414019 Mflops = 243.206228414019 Gflops = 0.243206228414019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001308742 Relative Rsd = 5.73660242366309e-07
BICGSTAB_SOLVER_TIME: 0.833151 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042247 s
InvBiCGStab: k = 52 resid = 1.768436e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202725(s) Flops=344180736 => 1697.7715427303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244416.006495567 Mflops = 244.416006495567 Gflops = 0.244416006495567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059389 s
InvBiCGStab: k = 67 resid = 1.1462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261259(s) Flops=442607616 => 1694.13346908623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243897.508391105 Mflops = 243.897508391105 Gflops = 0.243897508391105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001014299 Relative Rsd = 4.44597110356597e-07
BICGSTAB_SOLVER_TIME: 0.56955 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0994510000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 68 resid = 8.439178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26839(s) Flops=449169408 => 1673.56983494169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240940.429759302 Mflops = 240.940429759302 Gflops = 0.240940429759302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055848 s
InvBiCGStab: k = 83 resid = 9.299755e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335486(s) Flops=547596288 => 1632.24780765814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234998.966003195 Mflops = 234.998966003195 Gflops = 0.234998966003195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001128893 Relative Rsd = 4.94826934076199e-07
BICGSTAB_SOLVER_TIME: 0.704644 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042094 s
InvBiCGStab: k = 61 resid = 1.905243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283492(s) Flops=403236864 => 1422.39239202517 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204786.314267269 Mflops = 204.786314267269 Gflops = 0.204786314267269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070884 s
InvBiCGStab: k = 83 resid = 7.737946e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320346(s) Flops=547596288 => 1709.39012193066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246103.698342163 Mflops = 246.103698342163 Gflops = 0.246103698342163 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001095284 Relative Rsd = 4.80095329703854e-07
BICGSTAB_SOLVER_TIME: 0.720653 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117881
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117103
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.845929(s) Flops=1297907712 => 1534.29863735609 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220915.254155107 Mflops = 220.915254155107 Gflops = 0.220915254155107 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143754000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02146
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045936 s
InvBiCGStab: k = 30 resid = 1.487406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128922(s) Flops=199821312 => 1549.93959138083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223101.290909948 Mflops = 223.101290909948 Gflops = 0.223101290909948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060591 s
InvBiCGStab: k = 52 resid = 1.138764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228917(s) Flops=344180736 => 1503.51758934461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216431.060885293 Mflops = 216.431060885293 Gflops = 0.216431060885293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007123981 Relative Rsd = 3.12265082308178e-07
BICGSTAB_SOLVER_TIME: 0.468748 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125984
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043562 s
InvBiCGStab: k = 76 resid = 1.360073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283307(s) Flops=501663744 => 1770.7424948907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254927.237176541 Mflops = 254.927237176541 Gflops = 0.254927237176541 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067427 s
InvBiCGStab: k = 93 resid = 1.075563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401994(s) Flops=613214208 => 1525.43124524247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219626.617456493 Mflops = 219.626617456493 Gflops = 0.219626617456493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001258432 Relative Rsd = 5.51607919278108e-07
BICGSTAB_SOLVER_TIME: 0.800158 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 62 resid = 2.23633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240612(s) Flops=409798656 => 1703.15136402174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245211.92074469 Mflops = 245.21192074469 Gflops = 0.24521192074469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059507 s
InvBiCGStab: k = 72 resid = 1.008631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280959(s) Flops=475416576 => 1692.12082901776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243607.571607797 Mflops = 243.607571607797 Gflops = 0.243607571607797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001033952 Relative Rsd = 4.5321165067955e-07
BICGSTAB_SOLVER_TIME: 0.627286 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048601 s
InvBiCGStab: k = 59 resid = 2.153547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225673(s) Flops=390113280 => 1728.66616741923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248866.157673866 Mflops = 248.866157673866 Gflops = 0.248866157673866 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061592 s
InvBiCGStab: k = 84 resid = 1.029842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339718(s) Flops=554158080 => 1631.22966695907 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234852.467865879 Mflops = 234.852467865879 Gflops = 0.234852467865879 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001114188 Relative Rsd = 4.88381503154724e-07
BICGSTAB_SOLVER_TIME: 0.679362 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116398
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040961 s
InvBiCGStab: k = 74 resid = 2.131797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287418(s) Flops=488540160 => 1699.75492140367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244707.080050255 Mflops = 244.707080050255 Gflops = 0.244707080050255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063359 s
InvBiCGStab: k = 84 resid = 1.088189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343759(s) Flops=554158080 => 1612.05402622186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232098.565392217 Mflops = 232.098565392217 Gflops = 0.232098565392217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001138164 Relative Rsd = 4.98890620824484e-07
BICGSTAB_SOLVER_TIME: 0.739982 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125912
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127212
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.856475(s) Flops=1310441472 => 1530.04054058787 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220307.328883911 Mflops = 220.307328883911 Gflops = 0.220307328883911 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144991000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046223 s
InvBiCGStab: k = 28 resid = 2.234173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113973(s) Flops=186697728 => 1638.08733647443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235775.094469403 Mflops = 235.775094469403 Gflops = 0.235775094469403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055943 s
InvBiCGStab: k = 51 resid = 9.116603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195707(s) Flops=337618944 => 1725.12451777402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248343.335704917 Mflops = 248.343335704917 Gflops = 0.248343335704917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007275958 Relative Rsd = 3.18926643437377e-07
BICGSTAB_SOLVER_TIME: 0.417294 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.135962
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001683
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044974 s
InvBiCGStab: k = 65 resid = 1.173629e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268936(s) Flops=429484032 => 1596.97486390814 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229918.234377297 Mflops = 229.918234377297 Gflops = 0.229918234377297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067617 s
InvBiCGStab: k = 80 resid = 1.127453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347481(s) Flops=527910912 => 1519.25115905618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218734.839283794 Mflops = 218.734839283794 Gflops = 0.218734839283794 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001052811 Relative Rsd = 4.61478025164395e-07
BICGSTAB_SOLVER_TIME: 0.733009 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117693
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049152 s
InvBiCGStab: k = 61 resid = 1.526744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256144(s) Flops=403236864 => 1574.25847960522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226649.310423765 Mflops = 226.649310423765 Gflops = 0.226649310423765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068507 s
InvBiCGStab: k = 81 resid = 1.13447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331802(s) Flops=534472704 => 1610.81821086069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231915.836424125 Mflops = 231.915836424125 Gflops = 0.231915836424125 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001049357 Relative Rsd = 4.59964118659195e-07
BICGSTAB_SOLVER_TIME: 0.709413 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115707
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042067 s
InvBiCGStab: k = 64 resid = 2.245923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254336(s) Flops=422922240 => 1662.84851534977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239401.886836412 Mflops = 239.401886836412 Gflops = 0.239401886836412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062355 s
InvBiCGStab: k = 84 resid = 6.000274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325818(s) Flops=554158080 => 1700.82094911883 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244877.141042697 Mflops = 244.877141042697 Gflops = 0.244877141042697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001130719 Relative Rsd = 4.95627516493621e-07
BICGSTAB_SOLVER_TIME: 0.68844 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115758
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045775 s
InvBiCGStab: k = 57 resid = 2.099454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234149(s) Flops=376989696 => 1610.04187931616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231791.302737645 Mflops = 231.791302737645 Gflops = 0.231791302737645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05607 s
InvBiCGStab: k = 80 resid = 6.017778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302178(s) Flops=527910912 => 1747.01967714394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251506.120622966 Mflops = 251.506120622966 Gflops = 0.251506120622966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001097911 Relative Rsd = 4.81246629372532e-07
BICGSTAB_SOLVER_TIME: 0.642439 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112189
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.934808(s) Flops=1316929536 => 1408.77007471053 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202888.555885466 Mflops = 202.888555885466 Gflops = 0.202888555885466 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145653000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.3903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041351 s
InvBiCGStab: k = 26 resid = 2.104971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.095977(s) Flops=173574144 => 1808.49728580806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260295.145554129 Mflops = 260.295145554129 Gflops = 0.260295145554129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 46 resid = 1.018918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168377(s) Flops=304809984 => 1810.28278209019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260584.574843316 Mflops = 260.584574843316 Gflops = 0.260584574843316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007503633 Relative Rsd = 3.28906317364899e-07
BICGSTAB_SOLVER_TIME: 0.365932 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046919 s
InvBiCGStab: k = 60 resid = 2.271695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232676(s) Flops=396675072 => 1704.83879729753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245439.919924392 Mflops = 245.439919924392 Gflops = 0.245439919924392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05635 s
InvBiCGStab: k = 80 resid = 1.150351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343617(s) Flops=527910912 => 1536.3352569867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221187.579929646 Mflops = 221.187579929646 Gflops = 0.221187579929646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001076218 Relative Rsd = 4.71738226967484e-07
BICGSTAB_SOLVER_TIME: 0.68461 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042142 s
InvBiCGStab: k = 52 resid = 2.208274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232576(s) Flops=344180736 => 1479.86351128233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213055.445827379 Mflops = 213.055445827379 Gflops = 0.213055445827379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07609 s
InvBiCGStab: k = 67 resid = 1.038959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273863(s) Flops=442607616 => 1616.1643449462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232689.343308338 Mflops = 232.689343308338 Gflops = 0.232689343308338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001002564 Relative Rsd = 4.39453410422976e-07
BICGSTAB_SOLVER_TIME: 0.628559 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992410000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047809 s
InvBiCGStab: k = 67 resid = 1.304023e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260377(s) Flops=442607616 => 1699.87216996893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244717.466921029 Mflops = 244.717466921029 Gflops = 0.244717466921029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056581 s
InvBiCGStab: k = 77 resid = 6.976708e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2855(s) Flops=508225536 => 1780.12446935201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256288.488855086 Mflops = 256.288488855086 Gflops = 0.256288488855086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001127882 Relative Rsd = 4.94384008753793e-07
BICGSTAB_SOLVER_TIME: 0.654458 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117075
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044546 s
InvBiCGStab: k = 51 resid = 2.244801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18928(s) Flops=337618944 => 1783.7010989011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256783.365359266 Mflops = 256.783365359266 Gflops = 0.256783365359266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 72 resid = 1.026813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349889(s) Flops=475416576 => 1358.76399658177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195625.397949085 Mflops = 195.625397949085 Gflops = 0.195625397949085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001063718 Relative Rsd = 4.66258863120178e-07
BICGSTAB_SOLVER_TIME: 0.644396 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102099
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.845016(s) Flops=1329389568 => 1573.21230367236 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226557.385412183 Mflops = 226.557385412183 Gflops = 0.226557385412183 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147398000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450625
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021223
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 199 resid = 2.035552e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.887702(s) Flops=1308764160 => 1474.32827683164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212226.109033486 Mflops = 212.226109033486 Gflops = 0.212226109033486 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 9.808298e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.895578(s) Flops=1492494336 => 1666.51518460704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239971.061992306 Mflops = 239.971061992306 Gflops = 0.239971061992306 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002159309 Relative Rsd = 9.50142436938643e-07
BICGSTAB_SOLVER_TIME: 1.786844 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.123587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303872999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 2.193898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.768155(s) Flops=1236584448 => 1609.81110322786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231712.393386871 Mflops = 231.712393386871 Gflops = 0.231712393386871 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 1.127582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.843877(s) Flops=1459685376 => 1729.73712519716 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249067.435852192 Mflops = 249.067435852192 Gflops = 0.249067435852192 Tflops
BICGSTAB_SOLVER: 410 iterations. Rsd = 0.002403444 Relative Rsd = 1.05548649122182e-06
BICGSTAB_SOLVER_TIME: 1.615684 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.120183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292779999999998
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.846524(s) Flops=1329389568 => 1570.40977928564 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226109.408094277 Mflops = 226.109408094277 Gflops = 0.226109408094277 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147016000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.435026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049067 s
InvBiCGStab: k = 23 resid = 1.785045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094613(s) Flops=153888768 => 1626.5076469407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234085.509166135 Mflops = 234.085509166135 Gflops = 0.234085509166135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060852 s
InvBiCGStab: k = 49 resid = 1.102279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186652(s) Flops=324495360 => 1738.50459678975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250274.64876823 Mflops = 250.27464876823 Gflops = 0.25027464876823 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0006949751 Relative Rsd = 3.04628039390295e-07
BICGSTAB_SOLVER_TIME: 0.395018 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119092
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657280000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044133 s
InvBiCGStab: k = 77 resid = 1.691094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288517(s) Flops=508225536 => 1761.50984517377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253611.641807875 Mflops = 253.611641807875 Gflops = 0.253611641807875 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061107 s
InvBiCGStab: k = 103 resid = 4.979347e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424831(s) Flops=678832128 => 1597.8874611316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230060.095013481 Mflops = 230.060095013481 Gflops = 0.230060095013481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001232534 Relative Rsd = 5.40255763676152e-07
BICGSTAB_SOLVER_TIME: 0.822929 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042936 s
InvBiCGStab: k = 61 resid = 1.112468e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234512(s) Flops=403236864 => 1719.47219758477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247537.585435448 Mflops = 247.537585435448 Gflops = 0.247537585435448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073337 s
InvBiCGStab: k = 69 resid = 1.127907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260117(s) Flops=455731200 => 1752.02389693869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252220.967093796 Mflops = 252.220967093796 Gflops = 0.252220967093796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001048013 Relative Rsd = 4.59374997363437e-07
BICGSTAB_SOLVER_TIME: 0.614862 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107174
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041854 s
InvBiCGStab: k = 66 resid = 2.182401e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249891(s) Flops=436045824 => 1744.94409162395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251218.800386456 Mflops = 251.218800386456 Gflops = 0.251218800386456 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059008 s
InvBiCGStab: k = 83 resid = 1.09368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368648(s) Flops=547596288 => 1485.41776437143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213861.668521873 Mflops = 213.861668521873 Gflops = 0.213861668521873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001164972 Relative Rsd = 5.10641307160079e-07
BICGSTAB_SOLVER_TIME: 0.723881 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047735 s
InvBiCGStab: k = 60 resid = 1.356582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263013(s) Flops=396675072 => 1508.19568614479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217156.751582726 Mflops = 217.156751582726 Gflops = 0.217156751582726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057695 s
InvBiCGStab: k = 77 resid = 1.002142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299894(s) Flops=508225536 => 1694.68390831427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243968.876227 Mflops = 243.968876227 Gflops = 0.243968876227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001089804 Relative Rsd = 4.77693021140695e-07
BICGSTAB_SOLVER_TIME: 0.672171 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112204
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.868863(s) Flops=1335730176 => 1537.33117418972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221353.452444197 Mflops = 221.353452444197 Gflops = 0.221353452444197 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147961000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042009 s
InvBiCGStab: k = 29 resid = 2.260477e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.123958(s) Flops=193259520 => 1559.07258910276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224437.726156975 Mflops = 224.437726156975 Gflops = 0.224437726156975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066039 s
InvBiCGStab: k = 55 resid = 1.114035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274168(s) Flops=363866112 => 1327.16477488255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  191065.684429226 Mflops = 191.065684429226 Gflops = 0.191065684429226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007978025 Relative Rsd = 3.49700334517016e-07
BICGSTAB_SOLVER_TIME: 0.511007 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042401 s
InvBiCGStab: k = 73 resid = 1.908498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29322(s) Flops=481978368 => 1643.74315531001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236653.005159013 Mflops = 236.653005159013 Gflops = 0.236653005159013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057038 s
InvBiCGStab: k = 111 resid = 7.45635e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413781(s) Flops=731326464 => 1767.42398515157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254464.861199131 Mflops = 254.464861199131 Gflops = 0.254464861199131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001261905 Relative Rsd = 5.53130143390169e-07
BICGSTAB_SOLVER_TIME: 0.810373 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145559
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041925 s
InvBiCGStab: k = 53 resid = 2.075739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199504(s) Flops=350742528 => 1758.07266019729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253096.600545107 Mflops = 253.096600545107 Gflops = 0.253096600545107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057978 s
InvBiCGStab: k = 71 resid = 1.057042e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282668(s) Flops=468854784 => 1658.67655341248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238807.774952104 Mflops = 238.807774952104 Gflops = 0.238807774952104 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001019614 Relative Rsd = 4.4692700981463e-07
BICGSTAB_SOLVER_TIME: 0.586331 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114849
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10297
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044069 s
InvBiCGStab: k = 69 resid = 2.264659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261419(s) Flops=455731200 => 1743.29792402235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250983.076878533 Mflops = 250.983076878533 Gflops = 0.250983076878533 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055895 s
InvBiCGStab: k = 83 resid = 1.078667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320687(s) Flops=547596288 => 1707.57245538485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245841.120616095 Mflops = 245.841120616095 Gflops = 0.245841120616095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00117499 Relative Rsd = 5.15032697413028e-07
BICGSTAB_SOLVER_TIME: 0.685847 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114371
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12271
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045794 s
InvBiCGStab: k = 50 resid = 2.24438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227205(s) Flops=331057152 => 1457.08568033274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209779.020591917 Mflops = 209.779020591917 Gflops = 0.209779020591917 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05914 s
InvBiCGStab: k = 78 resid = 1.072672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327836(s) Flops=514787328 => 1570.25869032077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226066.17074254 Mflops = 226.06617074254 Gflops = 0.22606617074254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001090757 Relative Rsd = 4.78110738501204e-07
BICGSTAB_SOLVER_TIME: 0.664816 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105611
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928264(s) Flops=1342144512 => 1445.86509010368 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208192.273508003 Mflops = 208.192273508003 Gflops = 0.208192273508003 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148491000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424375
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047516 s
InvBiCGStab: k = 28 resid = 2.162124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108112(s) Flops=186697728 => 1726.89181589463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248543.330715246 Mflops = 248.543330715246 Gflops = 0.248543330715246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064171 s
InvBiCGStab: k = 45 resid = 1.146614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17633(s) Flops=298248192 => 1691.4205864005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243503.681236238 Mflops = 243.503681236238 Gflops = 0.243503681236238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007242919 Relative Rsd = 3.17478461334857e-07
BICGSTAB_SOLVER_TIME: 0.400609 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0665520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046983 s
InvBiCGStab: k = 52 resid = 2.08601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225384(s) Flops=344180736 => 1527.08593334043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219846.841015498 Mflops = 219.846841015498 Gflops = 0.219846841015498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07295 s
InvBiCGStab: k = 87 resid = 8.669822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357463(s) Flops=573843456 => 1605.32266556259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231127.750122025 Mflops = 231.127750122025 Gflops = 0.231127750122025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001077214 Relative Rsd = 4.72174722728758e-07
BICGSTAB_SOLVER_TIME: 0.706656 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 50 resid = 1.545392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197297(s) Flops=331057152 => 1677.96343583531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241569.154444232 Mflops = 241.569154444232 Gflops = 0.241569154444232 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057807 s
InvBiCGStab: k = 72 resid = 1.148579e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281508(s) Flops=475416576 => 1688.82083635279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243130.697229025 Mflops = 243.130697229025 Gflops = 0.243130697229025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001011811 Relative Rsd = 4.43506738433882e-07
BICGSTAB_SOLVER_TIME: 0.581862 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115563
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101415
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04104 s
InvBiCGStab: k = 63 resid = 2.261299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241335(s) Flops=416360448 => 1725.23856050718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248381.342034764 Mflops = 248.381342034764 Gflops = 0.248381342034764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064449 s
InvBiCGStab: k = 81 resid = 8.054921e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308691(s) Flops=534472704 => 1731.41654275635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249278.412669673 Mflops = 249.278412669673 Gflops = 0.249278412669673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001053061 Relative Rsd = 4.61587735929737e-07
BICGSTAB_SOLVER_TIME: 0.659354 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121389
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117079
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044394 s
InvBiCGStab: k = 56 resid = 1.953749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226015(s) Flops=370427904 => 1638.95274207464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235970.125946847 Mflops = 235.970125946847 Gflops = 0.235970125946847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075664 s
InvBiCGStab: k = 77 resid = 1.128365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304573(s) Flops=508225536 => 1668.6493418655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240234.274454226 Mflops = 240.234274454226 Gflops = 0.240234274454226 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001058592 Relative Rsd = 4.64012088702491e-07
BICGSTAB_SOLVER_TIME: 0.65452 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109308
Monitoring force
num_pf = 1
MInvCG2: 209 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971214(s) Flops=1354678272 => 1394.82984388611 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200942.288605048 Mflops = 200.942288605048 Gflops = 0.200942288605048 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150006000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043508 s
InvBiCGStab: k = 26 resid = 2.237465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096246(s) Flops=173574144 => 1803.44267813727 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259596.680639027 Mflops = 259.596680639027 Gflops = 0.259596680639027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 49 resid = 1.141711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193377(s) Flops=324495360 => 1678.04526908578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241562.934935274 Mflops = 241.562934935274 Gflops = 0.241562934935274 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007968745 Relative Rsd = 3.49293537204779e-07
BICGSTAB_SOLVER_TIME: 0.393103 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041877 s
InvBiCGStab: k = 59 resid = 2.257681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21624(s) Flops=390113280 => 1804.07547169811 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259727.00469016 Mflops = 259.72700469016 Gflops = 0.25972700469016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055985 s
InvBiCGStab: k = 80 resid = 1.086225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306821(s) Flops=527910912 => 1720.58272412905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247713.654534636 Mflops = 247.713654534636 Gflops = 0.247713654534636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001115306 Relative Rsd = 4.88871272422518e-07
BICGSTAB_SOLVER_TIME: 0.626753 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 55 resid = 1.858615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242734(s) Flops=363866112 => 1499.03232344871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215816.014344157 Mflops = 215.816014344157 Gflops = 0.215816014344157 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068127 s
InvBiCGStab: k = 72 resid = 1.02379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303392(s) Flops=475416576 => 1567.00432443835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225605.075773962 Mflops = 225.605075773962 Gflops = 0.225605075773962 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001039507 Relative Rsd = 4.55646566302734e-07
BICGSTAB_SOLVER_TIME: 0.659407 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10514
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047379 s
InvBiCGStab: k = 64 resid = 1.353271e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269803(s) Flops=422922240 => 1567.52237743835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225684.215944213 Mflops = 225.684215944213 Gflops = 0.225684215944213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058785 s
InvBiCGStab: k = 82 resid = 9.906604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315114(s) Flops=541034496 => 1716.94845674899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247243.224361182 Mflops = 247.243224361182 Gflops = 0.247243224361182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001144342 Relative Rsd = 5.01598894852291e-07
BICGSTAB_SOLVER_TIME: 0.696931 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118597
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041984 s
InvBiCGStab: k = 58 resid = 1.598119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213121(s) Flops=383551488 => 1799.68885281131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259097.312937176 Mflops = 259.097312937176 Gflops = 0.259097312937176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056879 s
InvBiCGStab: k = 76 resid = 6.159999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279705(s) Flops=501663744 => 1793.54585724245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258212.316325264 Mflops = 258.212316325264 Gflops = 0.258212316325264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001078038 Relative Rsd = 4.72535594604341e-07
BICGSTAB_SOLVER_TIME: 0.595515 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110099
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.8873(s) Flops=1360945152 => 1533.80497238814 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220869.276389112 Mflops = 220.869276389112 Gflops = 0.220869276389112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150751000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.481903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 1.710617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.897367(s) Flops=1558112256 => 1736.31552753779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249957.837492942 Mflops = 249.957837492942 Gflops = 0.249957837492942 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 7.468906e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.024403(s) Flops=1748404224 => 1706.75429884528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245764.048939836 Mflops = 245.764048939836 Gflops = 0.245764048939836 Tflops
BICGSTAB_SOLVER: 503 iterations. Rsd = 0.002174644 Relative Rsd = 9.56903058093411e-07
BICGSTAB_SOLVER_TIME: 1.9252 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001774
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.359341999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 1.506918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.83073(s) Flops=1321887744 => 1591.23631504821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229097.428288585 Mflops = 229.097428288585 Gflops = 0.229097428288585 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.040447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.81199(s) Flops=1440000000 => 1773.42085493664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255358.999443876 Mflops = 255.358999443876 Gflops = 0.255358999443876 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002426428 Relative Rsd = 1.0655595011441e-06
BICGSTAB_SOLVER_TIME: 1.64615 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.119145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299646999999998
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.935361(s) Flops=1360945152 => 1454.99454435239 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209502.67789326 Mflops = 209.50267789326 Gflops = 0.20950267789326 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150959000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042906 s
InvBiCGStab: k = 25 resid = 2.249766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112514(s) Flops=167012352 => 1484.36951845993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213637.171718835 Mflops = 213.637171718835 Gflops = 0.213637171718835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058719 s
InvBiCGStab: k = 49 resid = 1.125988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207774(s) Flops=324495360 => 1561.77077016374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224818.602580115 Mflops = 224.818602580115 Gflops = 0.224818602580115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007147055 Relative Rsd = 3.13276462479846e-07
BICGSTAB_SOLVER_TIME: 0.425764 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045213 s
InvBiCGStab: k = 88 resid = 1.714581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350186(s) Flops=580405248 => 1657.41990827732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238643.351613912 Mflops = 238.643351613912 Gflops = 0.238643351613912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056318 s
InvBiCGStab: k = 107 resid = 1.138462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391643(s) Flops=705079296 => 1800.31124263679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259195.656247056 Mflops = 259.195656247056 Gflops = 0.259195656247056 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001325269 Relative Rsd = 5.8090441868774e-07
BICGSTAB_SOLVER_TIME: 0.847135 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153323999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 63 resid = 1.376377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230918(s) Flops=416360448 => 1803.06623130289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259590.590783381 Mflops = 259.590590783381 Gflops = 0.259590590783381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056004 s
InvBiCGStab: k = 70 resid = 8.192677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283944(s) Flops=462292992 => 1628.11326176993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234388.738035864 Mflops = 234.388738035864 Gflops = 0.234388738035864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00106426 Relative Rsd = 4.66496348655947e-07
BICGSTAB_SOLVER_TIME: 0.615671 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115147
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040808 s
InvBiCGStab: k = 61 resid = 1.645883e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222919(s) Flops=403236864 => 1808.89410054773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260418.591620449 Mflops = 260.418591620449 Gflops = 0.260418591620449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055836 s
InvBiCGStab: k = 98 resid = 1.027187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.404718(s) Flops=646023168 => 1596.2303826368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229825.232755856 Mflops = 229.825232755856 Gflops = 0.229825232755856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001135393 Relative Rsd = 4.97676148166274e-07
BICGSTAB_SOLVER_TIME: 0.728723 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047608 s
InvBiCGStab: k = 63 resid = 2.008013e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248287(s) Flops=416360448 => 1676.93213096135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241435.54277879 Mflops = 241.43554277879 Gflops = 0.24143554277879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056688 s
InvBiCGStab: k = 82 resid = 9.490037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306293(s) Flops=541034496 => 1766.39523593422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254312.238315898 Mflops = 254.312238315898 Gflops = 0.254312238315898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001159054 Relative Rsd = 5.0804733644128e-07
BICGSTAB_SOLVER_TIME: 0.662795 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118014
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.908414(s) Flops=1367285760 => 1505.13505956535 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216726.77785694 Mflops = 216.72677785694 Gflops = 0.21672677785694 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151283000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046445 s
InvBiCGStab: k = 29 resid = 1.8739e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116091(s) Flops=193259520 => 1664.7243972401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239623.387907131 Mflops = 239.623387907131 Gflops = 0.239623387907131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066318 s
InvBiCGStab: k = 48 resid = 1.13412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208819(s) Flops=317933568 => 1522.53180026722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219174.993023743 Mflops = 219.174993023743 Gflops = 0.219174993023743 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007587872 Relative Rsd = 3.32598773500223e-07
BICGSTAB_SOLVER_TIME: 0.441954 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047064 s
InvBiCGStab: k = 78 resid = 1.911496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338425(s) Flops=514787328 => 1521.12677254931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219002.286583552 Mflops = 219.002286583552 Gflops = 0.219002286583552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05683 s
InvBiCGStab: k = 110 resid = 1.122496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407681(s) Flops=724764672 => 1777.77397524045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255956.005564585 Mflops = 255.956005564585 Gflops = 0.255956005564585 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001293678 Relative Rsd = 5.67056981027529e-07
BICGSTAB_SOLVER_TIME: 0.853833 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148483999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040766 s
InvBiCGStab: k = 60 resid = 2.23302e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219686(s) Flops=396675072 => 1805.64565789354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259946.424571268 Mflops = 259.946424571268 Gflops = 0.259946424571268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055724 s
InvBiCGStab: k = 88 resid = 2.702623e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321385(s) Flops=580405248 => 1805.95002255861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260003.936748942 Mflops = 260.003936748942 Gflops = 0.260003936748942 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001090224 Relative Rsd = 4.77877437282996e-07
BICGSTAB_SOLVER_TIME: 0.641369 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041405 s
InvBiCGStab: k = 66 resid = 2.103166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240922(s) Flops=436045824 => 1809.90455002034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260572.808069367 Mflops = 260.572808069367 Gflops = 0.260572808069367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056528 s
InvBiCGStab: k = 87 resid = 6.876926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317262(s) Flops=573843456 => 1808.73680428163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260407.410265577 Mflops = 260.407410265577 Gflops = 0.260407410265577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001159145 Relative Rsd = 5.08087393627696e-07
BICGSTAB_SOLVER_TIME: 0.659981 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047005 s
InvBiCGStab: k = 61 resid = 2.242807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253536(s) Flops=403236864 => 1590.45210147671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228970.270416144 Mflops = 228.970270416144 Gflops = 0.228970270416144 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060059 s
InvBiCGStab: k = 81 resid = 9.971254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388439(s) Flops=534472704 => 1375.9501594845 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198108.683834948 Mflops = 198.108683834948 Gflops = 0.198108683834948 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001124209 Relative Rsd = 4.92773913972932e-07
BICGSTAB_SOLVER_TIME: 0.753118 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12515
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115542
Monitoring force
num_pf = 1
MInvCG2: 213 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.956844(s) Flops=1379893248 => 1442.12980172316 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207653.308801255 Mflops = 207.653308801255 Gflops = 0.207653308801255 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152975000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040862 s
InvBiCGStab: k = 24 resid = 1.896565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088508(s) Flops=160450560 => 1812.83680571248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260898.268826804 Mflops = 260.898268826804 Gflops = 0.260898268826804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056402 s
InvBiCGStab: k = 57 resid = 7.122887e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240475(s) Flops=376989696 => 1567.68768479052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225664.564057721 Mflops = 225.664564057721 Gflops = 0.225664564057721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000742681 Relative Rsd = 3.25538936778699e-07
BICGSTAB_SOLVER_TIME: 0.430464 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721130000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044388 s
InvBiCGStab: k = 53 resid = 2.22464e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234399(s) Flops=350742528 => 1496.34822674158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215434.036654565 Mflops = 215.434036654565 Gflops = 0.215434036654565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061129 s
InvBiCGStab: k = 72 resid = 8.888729e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273759(s) Flops=475416576 => 1736.62446166153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250020.850468471 Mflops = 250.020850468471 Gflops = 0.250020850468471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001042285 Relative Rsd = 4.56864253741509e-07
BICGSTAB_SOLVER_TIME: 0.617614 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040783 s
InvBiCGStab: k = 58 resid = 2.26523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215412(s) Flops=383551488 => 1780.54838170575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256348.283131059 Mflops = 256.348283131059 Gflops = 0.256348283131059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056818 s
InvBiCGStab: k = 81 resid = 7.843297e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297988(s) Flops=534472704 => 1793.60478945461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258219.244316383 Mflops = 258.219244316383 Gflops = 0.258219244316383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001041185 Relative Rsd = 4.56381985628369e-07
BICGSTAB_SOLVER_TIME: 0.614853 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113573
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040514 s
InvBiCGStab: k = 64 resid = 2.138678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241608(s) Flops=422922240 => 1750.44799841065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251991.576018766 Mflops = 251.991576018765 Gflops = 0.251991576018765 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067626 s
InvBiCGStab: k = 78 resid = 1.068453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290075(s) Flops=514787328 => 1774.66975092648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255499.076131111 Mflops = 255.499076131111 Gflops = 0.255499076131111 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001124623 Relative Rsd = 4.92955472532508e-07
BICGSTAB_SOLVER_TIME: 0.643693 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115688
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044532 s
InvBiCGStab: k = 63 resid = 2.272487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274989(s) Flops=416360448 => 1514.09855666954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217973.544529038 Mflops = 217.973544529038 Gflops = 0.217973544529038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063856 s
InvBiCGStab: k = 76 resid = 1.118542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293872(s) Flops=501663744 => 1707.08248489138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245761.448196024 Mflops = 245.761448196024 Gflops = 0.245761448196024 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001086828 Relative Rsd = 4.76388585654905e-07
BICGSTAB_SOLVER_TIME: 0.681236 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127045
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113771
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014795(s) Flops=1386233856 => 1366.02353775886 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  196688.486664068 Mflops = 196.688486664068 Gflops = 0.196688486664068 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153294000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021574
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043074 s
InvBiCGStab: k = 25 resid = 2.148485e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.098024(s) Flops=167012352 => 1703.79041867298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245200.772813043 Mflops = 245.200772813043 Gflops = 0.245200772813043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057129 s
InvBiCGStab: k = 48 resid = 1.064652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19038(s) Flops=317933568 => 1669.99457926253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240436.073856648 Mflops = 240.436073856648 Gflops = 0.240436073856648 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007442157 Relative Rsd = 3.262116678833e-07
BICGSTAB_SOLVER_TIME: 0.39376 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040766 s
InvBiCGStab: k = 57 resid = 2.20892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229239(s) Flops=376989696 => 1644.5268736995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236752.879790247 Mflops = 236.752879790247 Gflops = 0.236752879790247 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056926 s
InvBiCGStab: k = 97 resid = 1.124239e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418733(s) Flops=639461376 => 1527.13393976591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219868.38410646 Mflops = 219.86838410646 Gflops = 0.21986838410646 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001134011 Relative Rsd = 4.97070238572006e-07
BICGSTAB_SOLVER_TIME: 0.75034 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001834
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053368 s
InvBiCGStab: k = 55 resid = 2.11697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237059(s) Flops=363866112 => 1534.9179402596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220996.151063238 Mflops = 220.996151063238 Gflops = 0.220996151063238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064028 s
InvBiCGStab: k = 85 resid = 9.509386e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320067(s) Flops=560719872 => 1751.88279953885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252229.772445892 Mflops = 252.229772445892 Gflops = 0.252229772445892 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001087681 Relative Rsd = 4.76762520765802e-07
BICGSTAB_SOLVER_TIME: 0.678574 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1143
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050818 s
InvBiCGStab: k = 59 resid = 2.253918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241547(s) Flops=390113280 => 1615.06158221795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232527.614021156 Mflops = 232.527614021156 Gflops = 0.232527614021156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056104 s
InvBiCGStab: k = 93 resid = 1.067787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369834(s) Flops=613214208 => 1658.07959246581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238722.1279753 Mflops = 238.7221279753 Gflops = 0.2387221279753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001112651 Relative Rsd = 4.87707879055521e-07
BICGSTAB_SOLVER_TIME: 0.722137 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116125
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001809
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041018 s
InvBiCGStab: k = 65 resid = 1.826171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25444(s) Flops=429484032 => 1687.9579940261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243019.906669249 Mflops = 243.019906669249 Gflops = 0.243019906669249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055929 s
InvBiCGStab: k = 77 resid = 8.937064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30173(s) Flops=508225536 => 1684.37190866006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242494.184838894 Mflops = 242.494184838894 Gflops = 0.242494184838894 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001085076 Relative Rsd = 4.75620865438822e-07
BICGSTAB_SOLVER_TIME: 0.657133 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115949
Monitoring force
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.978081(s) Flops=1404813312 => 1436.29547246087 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206834.936313901 Mflops = 206.834936313901 Gflops = 0.206834936313901 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155479000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.960753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.77702(s) Flops=1367820288 => 1760.34115981571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253411.578171613 Mflops = 253.411578171613 Gflops = 0.253411578171613 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.095421e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.12058(s) Flops=1794336768 => 1601.25717753306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230569.026620278 Mflops = 230.569026620278 Gflops = 0.230569026620278 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.00213375 Relative Rsd = 9.38927447442719e-07
BICGSTAB_SOLVER_TIME: 1.902817 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.130313
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.125561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343233999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 2.210204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.848661(s) Flops=1433438208 => 1689.05865592975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243144.660141468 Mflops = 243.144660141468 Gflops = 0.243144660141468 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.099238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.86396(s) Flops=1453123584 => 1681.93386730867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242189.251493984 Mflops = 242.189251493984 Gflops = 0.242189251493984 Tflops
BICGSTAB_SOLVER: 439 iterations. Rsd = 0.002175287 Relative Rsd = 9.55259313130683e-07
BICGSTAB_SOLVER_TIME: 1.716029 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.116182
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.313308999999999
num_pf = 1
MInvCG2: 217 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.918795(s) Flops=1404813312 => 1528.97361435358 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220164.306910756 Mflops = 220.164306910756 Gflops = 0.220164306910756 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155884000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050294 s
InvBiCGStab: k = 32 resid = 1.587341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126575(s) Flops=212944896 => 1682.36141418132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242175.380896275 Mflops = 242.175380896275 Gflops = 0.242175380896275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056808 s
InvBiCGStab: k = 43 resid = 1.110045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.166343(s) Flops=285124608 => 1714.07638433839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246735.993371866 Mflops = 246.735993371866 Gflops = 0.246735993371866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007403058 Relative Rsd = 3.2449780712973e-07
BICGSTAB_SOLVER_TIME: 0.403809 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 80 resid = 9.21394e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300294(s) Flops=527910912 => 1757.980219385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253102.99982627 Mflops = 253.10299982627 Gflops = 0.25310299982627 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056883 s
InvBiCGStab: k = 102 resid = 1.073216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400557(s) Flops=672270336 => 1678.33875328605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241635.327478258 Mflops = 241.635327478258 Gflops = 0.241635327478258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.00125649 Relative Rsd = 5.50756767852103e-07
BICGSTAB_SOLVER_TIME: 0.802722 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045225 s
InvBiCGStab: k = 56 resid = 2.225965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238938(s) Flops=370427904 => 1550.30972051327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223191.609281834 Mflops = 223.191609281834 Gflops = 0.223191609281834 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064793 s
InvBiCGStab: k = 72 resid = 1.121033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31452(s) Flops=475416576 => 1511.56230446395 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217619.733547366 Mflops = 217.619733547366 Gflops = 0.217619733547366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001007665 Relative Rsd = 4.41689366848918e-07
BICGSTAB_SOLVER_TIME: 0.667619 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10563
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045976 s
InvBiCGStab: k = 68 resid = 1.705346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304553(s) Flops=449169408 => 1474.84808227139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212346.723967486 Mflops = 212.346723967486 Gflops = 0.212346723967486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064628 s
InvBiCGStab: k = 100 resid = 9.630603e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399739(s) Flops=659146752 => 1648.94281518691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237422.993004991 Mflops = 237.422993004991 Gflops = 0.237422993004991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001199502 Relative Rsd = 5.25777055374988e-07
BICGSTAB_SOLVER_TIME: 0.818888 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13449
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041188 s
InvBiCGStab: k = 65 resid = 1.472419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26025(s) Flops=429484032 => 1650.27485878963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237587.739827901 Mflops = 237.587739827901 Gflops = 0.237587739827901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056153 s
InvBiCGStab: k = 94 resid = 1.095068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343066(s) Flops=619776000 => 1806.57949199279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260105.41542333 Mflops = 260.10541542333 Gflops = 0.26010541542333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001108213 Relative Rsd = 4.85762222417501e-07
BICGSTAB_SOLVER_TIME: 0.704643 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127877
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.939565(s) Flops=1423613952 => 1515.18410328184 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218168.350945644 Mflops = 218.168350945644 Gflops = 0.218168350945644 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157882000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048264 s
InvBiCGStab: k = 33 resid = 1.798684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137702(s) Flops=219506688 => 1594.07044196889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229462.594125878 Mflops = 229.462594125878 Gflops = 0.229462594125878 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056702 s
InvBiCGStab: k = 49 resid = 1.138716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182164(s) Flops=324495360 => 1781.33637820865 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256434.183932403 Mflops = 256.434183932403 Gflops = 0.256434183932403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000761627 Relative Rsd = 3.33843531432493e-07
BICGSTAB_SOLVER_TIME: 0.428656 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041909 s
InvBiCGStab: k = 78 resid = 2.235378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298692(s) Flops=514787328 => 1723.4720983488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248140.953955908 Mflops = 248.140953955908 Gflops = 0.248140953955908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057939 s
InvBiCGStab: k = 99 resid = 1.117767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39468(s) Flops=652584960 => 1653.45332927942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238056.486407764 Mflops = 238.056486407764 Gflops = 0.238056486407764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.0012478 Relative Rsd = 5.46947661107675e-07
BICGSTAB_SOLVER_TIME: 0.797091 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122687
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140718
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041629 s
InvBiCGStab: k = 59 resid = 1.616086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21685(s) Flops=390113280 => 1799.00059949274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258988.176296763 Mflops = 258.988176296763 Gflops = 0.258988176296763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056789 s
InvBiCGStab: k = 78 resid = 1.128994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319185(s) Flops=514787328 => 1612.81804596081 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232195.770419588 Mflops = 232.195770419588 Gflops = 0.232195770419588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001088702 Relative Rsd = 4.77210293773188e-07
BICGSTAB_SOLVER_TIME: 0.638498 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045342 s
InvBiCGStab: k = 62 resid = 2.261644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277619(s) Flops=409798656 => 1476.11891116962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212514.385992116 Mflops = 212.514385992116 Gflops = 0.212514385992116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073422 s
InvBiCGStab: k = 94 resid = 1.144961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416631(s) Flops=619776000 => 1487.58973768155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214181.738358231 Mflops = 214.181738358231 Gflops = 0.214181738358231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001171062 Relative Rsd = 5.13310850736307e-07
BICGSTAB_SOLVER_TIME: 0.817961 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042863 s
InvBiCGStab: k = 65 resid = 1.925453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261281(s) Flops=429484032 => 1643.76296783922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236647.876439442 Mflops = 236.647876439442 Gflops = 0.236647876439442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062023 s
InvBiCGStab: k = 91 resid = 9.086928e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367151(s) Flops=600090624 => 1634.45183044578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235324.271556371 Mflops = 235.324271556371 Gflops = 0.235324271556371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001184579 Relative Rsd = 5.19236048517007e-07
BICGSTAB_SOLVER_TIME: 0.737146 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125899
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.91012(s) Flops=1442414592 => 1584.86198743023 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228249.615643118 Mflops = 228.249615643118 Gflops = 0.228249615643118 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159891000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041938 s
InvBiCGStab: k = 25 resid = 2.128941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.09429(s) Flops=167012352 => 1771.26261533567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254907.572014564 Mflops = 254.907572014564 Gflops = 0.254907572014564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056644 s
InvBiCGStab: k = 58 resid = 5.778629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220713(s) Flops=383551488 => 1737.78385505158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250153.085322997 Mflops = 250.153085322997 Gflops = 0.250153085322997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007861635 Relative Rsd = 3.44598605329672e-07
BICGSTAB_SOLVER_TIME: 0.417441 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050881 s
InvBiCGStab: k = 52 resid = 2.261643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2138(s) Flops=344180736 => 1609.82570626754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231777.305323515 Mflops = 231.777305323515 Gflops = 0.231777305323515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056834 s
InvBiCGStab: k = 78 resid = 4.838591e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312716(s) Flops=514787328 => 1646.18160887195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237002.852372417 Mflops = 237.002852372417 Gflops = 0.237002852372417 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001070671 Relative Rsd = 4.69306475096603e-07
BICGSTAB_SOLVER_TIME: 0.638671 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107021
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04088 s
InvBiCGStab: k = 58 resid = 2.033781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222052(s) Flops=383551488 => 1727.3048114856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248684.381248764 Mflops = 248.684381248764 Gflops = 0.248684381248764 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059906 s
InvBiCGStab: k = 75 resid = 8.846513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284608(s) Flops=495101952 => 1739.59253429278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250441.70825496 Mflops = 250.44170825496 Gflops = 0.25044170825496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00107527 Relative Rsd = 4.71322703822282e-07
BICGSTAB_SOLVER_TIME: 0.611335 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109265
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045367 s
InvBiCGStab: k = 61 resid = 2.123403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253037(s) Flops=403236864 => 1593.58854238708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229422.563776085 Mflops = 229.422563776085 Gflops = 0.229422563776085 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069649 s
InvBiCGStab: k = 82 resid = 9.883566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322177(s) Flops=541034496 => 1679.30825602076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241773.054246988 Mflops = 241.773054246988 Gflops = 0.241773054246988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001118801 Relative Rsd = 4.9040354910238e-07
BICGSTAB_SOLVER_TIME: 0.694699 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046131 s
InvBiCGStab: k = 59 resid = 2.248117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260218(s) Flops=390113280 => 1499.17868863799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215840.28134114 Mflops = 215.84028134114 Gflops = 0.21584028134114 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065464 s
InvBiCGStab: k = 82 resid = 8.611967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328998(s) Flops=541034496 => 1644.4917476702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236766.335966184 Mflops = 236.766335966184 Gflops = 0.236766335966184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001086585 Relative Rsd = 4.76282242754917e-07
BICGSTAB_SOLVER_TIME: 0.704673 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115257
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944835(s) Flops=1461067776 => 1546.37346838337 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222871.324092562 Mflops = 222.871324092562 Gflops = 0.222871324092562 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162181000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419623
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045675 s
InvBiCGStab: k = 27 resid = 1.968316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115714(s) Flops=180135936 => 1556.73415489915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224065.746780775 Mflops = 224.065746780775 Gflops = 0.224065746780775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058336 s
InvBiCGStab: k = 60 resid = 6.081604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247079(s) Flops=396675072 => 1605.45846470157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231121.800153053 Mflops = 231.121800153053 Gflops = 0.231121800153053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007797044 Relative Rsd = 3.41767404216418e-07
BICGSTAB_SOLVER_TIME: 0.471246 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0765220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042425 s
InvBiCGStab: k = 62 resid = 2.132571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228347(s) Flops=409798656 => 1794.63122353261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258365.632611817 Mflops = 258.365632611817 Gflops = 0.258365632611817 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057049 s
InvBiCGStab: k = 78 resid = 1.129264e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289666(s) Flops=514787328 => 1777.17553320031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255863.56031299 Mflops = 255.86356031299 Gflops = 0.25586356031299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001130484 Relative Rsd = 4.95524541458988e-07
BICGSTAB_SOLVER_TIME: 0.621516 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114314
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047882 s
InvBiCGStab: k = 60 resid = 1.797297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226045(s) Flops=396675072 => 1754.85001658962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252642.341419986 Mflops = 252.642341419986 Gflops = 0.252642341419986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067234 s
InvBiCGStab: k = 80 resid = 1.140467e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338608(s) Flops=527910912 => 1559.0621367481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224468.073186155 Mflops = 224.468073186155 Gflops = 0.224468073186155 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001064257 Relative Rsd = 4.66495021921111e-07
BICGSTAB_SOLVER_TIME: 0.683618 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115547
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046029 s
InvBiCGStab: k = 69 resid = 2.098807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266106(s) Flops=455731200 => 1712.59272620685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246570.793978813 Mflops = 246.570793978813 Gflops = 0.246570793978813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056091 s
InvBiCGStab: k = 93 resid = 7.291918e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350977(s) Flops=613214208 => 1747.16351213897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251541.939926563 Mflops = 251.541939926563 Gflops = 0.251541939926563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001136228 Relative Rsd = 4.98041969783362e-07
BICGSTAB_SOLVER_TIME: 0.723128 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12988
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050709 s
InvBiCGStab: k = 72 resid = 1.484152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295241(s) Flops=475416576 => 1610.266108027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231836.08557096 Mflops = 231.83608557096 Gflops = 0.23183608557096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063818 s
InvBiCGStab: k = 79 resid = 1.080447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336129(s) Flops=521349120 => 1551.03879760449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223296.344894658 Mflops = 223.296344894658 Gflops = 0.223296344894658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001120548 Relative Rsd = 4.91169024074892e-07
BICGSTAB_SOLVER_TIME: 0.750228 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122147
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.000966(s) Flops=1473822720 => 1472.40038123173 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212010.259775574 Mflops = 212.010259775574 Gflops = 0.212010259775574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163494000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021521
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 2.223611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.951687(s) Flops=1525303296 => 1602.73629460106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230765.510292377 Mflops = 230.765510292377 Gflops = 0.230765510292377 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 6.950802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.944263(s) Flops=1636853760 => 1733.47230591477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249606.787263015 Mflops = 249.606787263015 Gflops = 0.249606787263015 Tflops
BICGSTAB_SOLVER: 481 iterations. Rsd = 0.00242904 Relative Rsd = 1.06887711490696e-06
BICGSTAB_SOLVER_TIME: 1.900232 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120167
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.117559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.343296999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.943527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.884169(s) Flops=1420314624 => 1606.38364837491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231290.63989906 Mflops = 231.29063989906 Gflops = 0.23129063989906 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 1.12928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.942184(s) Flops=1525303296 => 1618.90171771119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233110.012694992 Mflops = 233.110012694992 Gflops = 0.233110012694992 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002053509 Relative Rsd = 9.01768768722989e-07
BICGSTAB_SOLVER_TIME: 1.830236 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001847
CLOV_LINOP: Time spent in clov deriv (total) = 0.122329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319736999999998
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017984(s) Flops=1473822720 => 1447.78574122972 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208515.888738673 Mflops = 208.515888738673 Gflops = 0.208515888738673 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163456000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041257 s
InvBiCGStab: k = 28 resid = 1.760611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103136(s) Flops=186697728 => 1810.20912193608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260544.803008338 Mflops = 260.544803008338 Gflops = 0.260544803008338 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056151 s
InvBiCGStab: k = 56 resid = 4.485798e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204794(s) Flops=370427904 => 1808.78299168921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260380.148417875 Mflops = 260.380148417875 Gflops = 0.260380148417875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007402201 Relative Rsd = 3.24460275842331e-07
BICGSTAB_SOLVER_TIME: 0.40914 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0744600000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040913 s
InvBiCGStab: k = 88 resid = 1.847186e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358904(s) Flops=580405248 => 1617.16015424738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232840.223953393 Mflops = 232.840223953393 Gflops = 0.232840223953393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061941 s
InvBiCGStab: k = 107 resid = 7.776044e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4509(s) Flops=705079296 => 1563.7154491018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225148.567096926 Mflops = 225.148567096926 Gflops = 0.225148567096926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001341829 Relative Rsd = 5.88163087035849e-07
BICGSTAB_SOLVER_TIME: 0.916886 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153404999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042028 s
InvBiCGStab: k = 73 resid = 2.068037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281984(s) Flops=481978368 => 1709.24012709941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246105.601606155 Mflops = 246.105601606155 Gflops = 0.246105601606155 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060644 s
InvBiCGStab: k = 74 resid = 6.980935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311595(s) Flops=488540160 => 1567.86906080008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225721.038027579 Mflops = 225.721038027579 Gflops = 0.225721038027579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001048896 Relative Rsd = 4.59762148794439e-07
BICGSTAB_SOLVER_TIME: 0.700165 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001821
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119474
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046254 s
InvBiCGStab: k = 71 resid = 1.757221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290614(s) Flops=468854784 => 1613.3248363809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232284.246163608 Mflops = 232.284246163608 Gflops = 0.232284246163608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05739 s
InvBiCGStab: k = 80 resid = 7.488567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315217(s) Flops=527910912 => 1674.75393776351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241118.241195421 Mflops = 241.118241195421 Gflops = 0.241118241195421 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001153082 Relative Rsd = 5.05429994778049e-07
BICGSTAB_SOLVER_TIME: 0.713316 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119157
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121973
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041519 s
InvBiCGStab: k = 70 resid = 1.958312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264404(s) Flops=462292992 => 1748.43418405168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251721.376606467 Mflops = 251.721376606467 Gflops = 0.251721376606467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0691 s
InvBiCGStab: k = 94 resid = 1.118125e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389394(s) Flops=619776000 => 1591.64239818795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229157.247750925 Mflops = 229.157247750925 Gflops = 0.229157247750925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001159692 Relative Rsd = 5.08327124407034e-07
BICGSTAB_SOLVER_TIME: 0.76828 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131549
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.040008(s) Flops=1486282752 => 1429.10703763817 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205790.32630811 Mflops = 205.79032630811 Gflops = 0.20579032630811 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165060000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021324
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04538 s
InvBiCGStab: k = 28 resid = 2.031585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107251(s) Flops=186697728 => 1740.75512582633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250526.671553721 Mflops = 250.526671553721 Gflops = 0.250526671553721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 49 resid = 1.143911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180727(s) Flops=324495360 => 1795.50017429604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258457.648855136 Mflops = 258.457648855136 Gflops = 0.258457648855136 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007196122 Relative Rsd = 3.15427201706662e-07
BICGSTAB_SOLVER_TIME: 0.393509 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043288 s
InvBiCGStab: k = 76 resid = 2.047218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299243(s) Flops=501663744 => 1676.44270375581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241369.228763266 Mflops = 241.369228763266 Gflops = 0.241369228763266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064311 s
InvBiCGStab: k = 93 resid = 1.07848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390161(s) Flops=613214208 => 1571.69529501924 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226283.03710544 Mflops = 226.28303710544 Gflops = 0.22628303710544 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001243293 Relative Rsd = 5.44971795737989e-07
BICGSTAB_SOLVER_TIME: 0.80086 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122392
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134709
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044985 s
InvBiCGStab: k = 63 resid = 1.241925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242486(s) Flops=416360448 => 1717.04942965779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247219.498646508 Mflops = 247.219498646508 Gflops = 0.247219498646508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056614 s
InvBiCGStab: k = 75 resid = 9.286588e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28893(s) Flops=495101952 => 1713.5705949538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246705.834008567 Mflops = 246.705834008567 Gflops = 0.246705834008567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.00104959 Relative Rsd = 4.60066379298146e-07
BICGSTAB_SOLVER_TIME: 0.637058 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115317
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041485 s
InvBiCGStab: k = 70 resid = 1.70394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275981(s) Flops=462292992 => 1675.08992285701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241170.020370918 Mflops = 241.170020370918 Gflops = 0.241170020370918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066816 s
InvBiCGStab: k = 90 resid = 1.146911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355068(s) Flops=593528832 => 1671.59201054446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240666.538556335 Mflops = 240.666538556335 Gflops = 0.240666538556335 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001192833 Relative Rsd = 5.22853850303635e-07
BICGSTAB_SOLVER_TIME: 0.743136 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045137 s
InvBiCGStab: k = 57 resid = 2.092937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215151(s) Flops=376989696 => 1752.20982472775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252254.161757599 Mflops = 252.254161757599 Gflops = 0.252254161757599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 91 resid = 1.144631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355126(s) Flops=600090624 => 1689.79636523375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243340.357437026 Mflops = 243.340357437026 Gflops = 0.243340357437026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001153901 Relative Rsd = 5.05788621410062e-07
BICGSTAB_SOLVER_TIME: 0.675548 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12002
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067805(s) Flops=1492844544 => 1398.04977875174 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201302.451483359 Mflops = 201.302451483359 Gflops = 0.201302451483359 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165690000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421132
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042305 s
InvBiCGStab: k = 23 resid = 2.168938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097425(s) Flops=153888768 => 1579.56138568129 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227278.831117962 Mflops = 227.278831117962 Gflops = 0.227278831117962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066538 s
InvBiCGStab: k = 49 resid = 1.031905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198713(s) Flops=324495360 => 1632.98505885372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235082.252120529 Mflops = 235.082252120529 Gflops = 0.235082252120529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007583962 Relative Rsd = 3.32427395079105e-07
BICGSTAB_SOLVER_TIME: 0.408786 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043213 s
InvBiCGStab: k = 55 resid = 2.015122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209749(s) Flops=363866112 => 1734.76923370314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249730.97549497 Mflops = 249.73097549497 Gflops = 0.24973097549497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056056 s
InvBiCGStab: k = 85 resid = 1.101322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312609(s) Flops=560719872 => 1793.67795552911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258237.038330699 Mflops = 258.237038330699 Gflops = 0.258237038330699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001088718 Relative Rsd = 4.77217182588687e-07
BICGSTAB_SOLVER_TIME: 0.625417 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046012 s
InvBiCGStab: k = 63 resid = 2.199691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263665(s) Flops=416360448 => 1579.12672520054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227346.112275702 Mflops = 227.346112275702 Gflops = 0.227346112275702 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061514 s
InvBiCGStab: k = 81 resid = 1.111451e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35154(s) Flops=534472704 => 1520.37521761393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218889.792352804 Mflops = 218.889792352804 Gflops = 0.218889792352804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001079568 Relative Rsd = 4.73206412149081e-07
BICGSTAB_SOLVER_TIME: 0.727283 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047914 s
InvBiCGStab: k = 71 resid = 1.49443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284721(s) Flops=468854784 => 1646.71655410033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237090.423166691 Mflops = 237.090423166691 Gflops = 0.237090423166691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 91 resid = 1.088448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410269(s) Flops=600090624 => 1462.67601012994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210592.166225013 Mflops = 210.592166225013 Gflops = 0.210592166225013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001125248 Relative Rsd = 4.93229137106709e-07
BICGSTAB_SOLVER_TIME: 0.803122 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001819
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048593 s
InvBiCGStab: k = 57 resid = 2.246011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232102(s) Flops=376989696 => 1624.24148003895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233836.132716227 Mflops = 233.836132716227 Gflops = 0.233836132716227 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055679 s
InvBiCGStab: k = 83 resid = 9.770828e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316216(s) Flops=547596288 => 1731.71594100235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249311.511928458 Mflops = 249.311511928458 Gflops = 0.249311511928458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001087505 Relative Rsd = 4.76685519117011e-07
BICGSTAB_SOLVER_TIME: 0.656587 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11426
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048557(s) Flops=1505230848 => 1435.52601146147 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206752.758908954 Mflops = 206.752758908954 Gflops = 0.206752758908954 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167559000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.466752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04295 s
InvBiCGStab: k = 31 resid = 1.429986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115821(s) Flops=206383104 => 1781.91436786075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256483.607653585 Mflops = 256.483607653586 Gflops = 0.256483607653586 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05619 s
InvBiCGStab: k = 48 resid = 1.128095e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184684(s) Flops=317933568 => 1721.50033570856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247793.249203269 Mflops = 247.793249203269 Gflops = 0.247793249203269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007477627 Relative Rsd = 3.27766422512991e-07
BICGSTAB_SOLVER_TIME: 0.405829 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041983 s
InvBiCGStab: k = 65 resid = 2.07079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244875(s) Flops=429484032 => 1753.89089127106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252502.694576116 Mflops = 252.502694576116 Gflops = 0.252502694576116 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 92 resid = 1.118176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357077(s) Flops=606652416 => 1698.9400493451 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244607.507173711 Mflops = 244.607507173711 Gflops = 0.244607507173711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00112474 Relative Rsd = 4.9300670490851e-07
BICGSTAB_SOLVER_TIME: 0.704559 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 57 resid = 2.189826e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209145(s) Flops=376989696 => 1802.52789213225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259535.547412802 Mflops = 259.535547412802 Gflops = 0.259535547412802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 75 resid = 5.627202e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309973(s) Flops=495101952 => 1597.24218560971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229960.000871685 Mflops = 229.960000871685 Gflops = 0.229960000871685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001090034 Relative Rsd = 4.77793801960021e-07
BICGSTAB_SOLVER_TIME: 0.620647 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108719
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056477 s
InvBiCGStab: k = 72 resid = 2.024954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333547(s) Flops=475416576 => 1425.33608756787 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205216.07031056 Mflops = 205.21607031056 Gflops = 0.20521607031056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058172 s
InvBiCGStab: k = 102 resid = 5.007833e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446559(s) Flops=672270336 => 1505.44572161797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216749.951360049 Mflops = 216.749951360049 Gflops = 0.216749951360049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001146845 Relative Rsd = 5.02696053533978e-07
BICGSTAB_SOLVER_TIME: 0.898718 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044493 s
InvBiCGStab: k = 54 resid = 2.25444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219158(s) Flops=357304320 => 1630.35034084998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234716.53521549 Mflops = 234.71653521549 Gflops = 0.23471653521549 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056023 s
InvBiCGStab: k = 97 resid = 9.185522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375042(s) Flops=639461376 => 1705.03937159038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245484.555528615 Mflops = 245.484555528615 Gflops = 0.245484555528615 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001075198 Relative Rsd = 4.71291015270991e-07
BICGSTAB_SOLVER_TIME: 0.69887 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122329
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.999601(s) Flops=1511424000 => 1512.02729889226 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217731.413523871 Mflops = 217.731413523871 Gflops = 0.217731413523871 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167960000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.898347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863141(s) Flops=1505617920 => 1744.34758631556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251186.564562791 Mflops = 251.186564562791 Gflops = 0.251186564562791 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 280 resid = 1.074788e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.022946(s) Flops=1840269312 => 1798.98969447068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259045.105888634 Mflops = 259.045105888634 Gflops = 0.259045105888634 Tflops
BICGSTAB_SOLVER: 509 iterations. Rsd = 0.002260138 Relative Rsd = 9.9456791933498e-07
BICGSTAB_SOLVER_TIME: 1.889646 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117131
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.363273999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.764932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910789(s) Flops=1341573120 => 1472.97905442424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212069.752335092 Mflops = 212.069752335092 Gflops = 0.212069752335092 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 9.627273e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79153(s) Flops=1321887744 => 1670.04124164593 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240471.936292469 Mflops = 240.471936292469 Gflops = 0.240471936292469 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.002060478 Relative Rsd = 9.04823264387364e-07
BICGSTAB_SOLVER_TIME: 1.70573 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0.118266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.288824999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 362 resid = 1.814903e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.374899(s) Flops=2378336256 => 1729.82615886694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249091.284386122 Mflops = 249.091284386122 Gflops = 0.249091284386122 Tflops
InvBiCGStab: k = 363 resid = 8.591898e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.512421(s) Flops=2384898048 => 1576.87446021974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227065.876996329 Mflops = 227.065876996329 Gflops = 0.227065876996329 Tflops
BICGSTAB_SOLVER: 725 iterations. Rsd = 0.002256245 Relative Rsd = 9.9285505098532e-07
BICGSTAB_SOLVER_TIME: 2.893341 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.517792999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 305 resid = 1.52049e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.164734(s) Flops=2004314112 => 1720.83420935596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247770.317795838 Mflops = 247.770317795838 Gflops = 0.247770317795838 Tflops
InvBiCGStab: k = 337 resid = 1.111541e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.238312(s) Flops=2214291456 => 1788.15311165522 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257486.452736388 Mflops = 257.486452736388 Gflops = 0.257486452736388 Tflops
BICGSTAB_SOLVER: 642 iterations. Rsd = 0.00217911 Relative Rsd = 9.56918184809309e-07
BICGSTAB_SOLVER_TIME: 2.408788 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.458872999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00069
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 223 resid = 1.56308e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.948711(s) Flops=1466247168 => 1545.51509152945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222526.871262941 Mflops = 222.526871262941 Gflops = 0.222526871262941 Tflops
InvBiCGStab: k = 285 resid = 1.106754e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.196395(s) Flops=1873078272 => 1565.60188900823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225437.395782758 Mflops = 225.437395782758 Gflops = 0.225437395782758 Tflops
BICGSTAB_SOLVER: 508 iterations. Rsd = 0.001872552 Relative Rsd = 8.20794814433255e-07
BICGSTAB_SOLVER_TIME: 2.159839 sec
2Flav::invert,  n_count = 508
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.362197000000004
MInvCG2: 346 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.480676(s) Flops=2232576000 => 1507.80859553339 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217124.512127512 Mflops = 217.124512127512 Gflops = 0.217124512127512 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248584000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0399160189967915
AccProb = 0.960870130601522
AcceptP = 1
After HMC trajectory call: time= 465.894432 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.058648 secs
Doing Update: 2778 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 311 resid = 1.820708e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.238739(s) Flops=2043684864 => 1649.8107058872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237645.293070684 Mflops = 237.645293070684 Gflops = 0.237645293070684 Tflops
InvBiCGStab: k = 276 resid = 9.859579e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.088984(s) Flops=1814022144 => 1665.79320173666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239865.34772973 Mflops = 239.86534772973 Gflops = 0.23986534772973 Tflops
BICGSTAB_SOLVER: 587 iterations. Rsd = 0.0019426 Relative Rsd = 8.55326646035456e-07
BICGSTAB_SOLVER_TIME: 2.335226 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.421724999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000379
InvBiCGStab: k = 239 resid = 2.209183e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.873545(s) Flops=1571235840 => 1798.68906581802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259037.174512989 Mflops = 259.037174512989 Gflops = 0.259037174512989 Tflops
InvBiCGStab: k = 281 resid = 9.308984e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.087323(s) Flops=1846831104 => 1698.51194539249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244577.010158719 Mflops = 244.577010158719 Gflops = 0.244577010158719 Tflops
BICGSTAB_SOLVER: 520 iterations. Rsd = 0.001923703 Relative Rsd = 8.4527799168189e-07
BICGSTAB_SOLVER_TIME: 1.965979 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.374176999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000353
MInvCG2: 364 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.651419(s) Flops=2341619712 => 1417.94402995242 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204192.521229175 Mflops = 204.192521229175 Gflops = 0.204192521229175 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.260504000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 351 resid = 1.710498e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.348305(s) Flops=2306156544 => 1710.41162348282 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246288.474986258 Mflops = 246.288474986258 Gflops = 0.246288474986258 Tflops
InvBiCGStab: k = 356 resid = 1.085983e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.352548(s) Flops=2338965504 => 1729.30314044307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249013.375974161 Mflops = 249.013375974161 Gflops = 0.249013375974161 Tflops
BICGSTAB_SOLVER: 707 iterations. Rsd = 0.002185961 Relative Rsd = 9.62478038924606e-07
BICGSTAB_SOLVER_TIME: 2.70629 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.505427999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 272 resid = 1.873186e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.068348(s) Flops=1787774976 => 1673.40134113603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240979.827657889 Mflops = 240.979827657889 Gflops = 0.240979827657889 Tflops
InvBiCGStab: k = 337 resid = 6.295892e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.384832(s) Flops=2214291456 => 1598.96034753674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230243.975582173 Mflops = 230.243975582173 Gflops = 0.230243975582173 Tflops
BICGSTAB_SOLVER: 609 iterations. Rsd = 0.002089042 Relative Rsd = 9.1792806774911e-07
BICGSTAB_SOLVER_TIME: 2.457823 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.435756999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 242 resid = 1.85859e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.943088(s) Flops=1590921216 => 1686.92764195918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242823.438138345 Mflops = 242.823438138345 Gflops = 0.242823438138345 Tflops
InvBiCGStab: k = 264 resid = 1.103703e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.078555(s) Flops=1735280640 => 1608.89397388172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231672.914448249 Mflops = 231.672914448249 Gflops = 0.231672914448249 Tflops
BICGSTAB_SOLVER: 506 iterations. Rsd = 0.001858753 Relative Rsd = 8.1525136202225e-07
BICGSTAB_SOLVER_TIME: 2.026843 sec
2Flav::invert,  n_count = 506
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.361212000000003
MInvCG2: 347 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.403536(s) Flops=2238547968 => 1594.93448547098 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229677.68444795 Mflops = 229.67768444795 Gflops = 0.22967768444795 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.249255000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 256 resid = 2.248207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.934189(s) Flops=1682786304 => 1801.33388853861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259335.348476228 Mflops = 259.335348476228 Gflops = 0.259335348476228 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.030701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000425(s) Flops=1604044800 => 1603.36337056751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230873.526999004 Mflops = 230.873526999004 Gflops = 0.230873526999004 Tflops
BICGSTAB_SOLVER: 500 iterations. Rsd = 0.002142653 Relative Rsd = 9.43409682125102e-07
BICGSTAB_SOLVER_TIME: 1.938567 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.124641
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356473999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 9.566488e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.853084(s) Flops=1295640576 => 1518.77256635923 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218676.284538089 Mflops = 218.676284538089 Gflops = 0.218676284538089 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.053915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878461(s) Flops=1420314624 => 1616.82149122158 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232809.74126099 Mflops = 232.80974126099 Gflops = 0.23280974126099 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002003193 Relative Rsd = 8.80205861168597e-07
BICGSTAB_SOLVER_TIME: 1.734855 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115502
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294780999999999
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988683(s) Flops=1511350272 => 1528.65000409636 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220109.393984392 Mflops = 220.109393984392 Gflops = 0.220109393984392 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167730000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444071
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.4e-05 s
InvBiCGStab: k = 152 resid = 1.612557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.582569(s) Flops=1000359936 => 1717.15270809123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247086.13346887 Mflops = 247.08613346887 Gflops = 0.24708613346887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.8e-05 s
InvBiCGStab: k = 184 resid = 1.00263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698417(s) Flops=1210337280 => 1732.97225010273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249519.673462748 Mflops = 249.519673462748 Gflops = 0.249519673462748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 336 iterations. Rsd = 0.001811626 Relative Rsd = 7.94581548689977e-07
BICGSTAB_SOLVER_TIME: 1.284754 sec
2Flav::invert,  n_count = 336
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122149
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.241203999999996
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000119 s
InvBiCGStab: k = 122 resid = 1.935544e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.484436(s) Flops=803506176 => 1658.64257817338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238629.7011823 Mflops = 238.6297011823 Gflops = 0.2386297011823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.1e-05 s
InvBiCGStab: k = 168 resid = 9.629272e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663651(s) Flops=1105348608 => 1665.55705935801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239798.768756384 Mflops = 239.798768756384 Gflops = 0.239798768756384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 290 iterations. Rsd = 0.001646522 Relative Rsd = 7.22166458535868e-07
BICGSTAB_SOLVER_TIME: 1.156029 sec
2Flav::invert,  n_count = 290
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001681
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.208931999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.007105 s
InvBiCGStab: k = 101 resid = 1.553983e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43829(s) Flops=665708544 => 1518.87687147779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218695.330583547 Mflops = 218.695330583547 Gflops = 0.218695330583547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007963 s
InvBiCGStab: k = 142 resid = 7.262317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.558576(s) Flops=934742016 => 1673.4374838876 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240947.8669095 Mflops = 240.9478669095 Gflops = 0.2409478669095 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 243 iterations. Rsd = 0.001481106 Relative Rsd = 6.49614783149829e-07
BICGSTAB_SOLVER_TIME: 1.015754 sec
2Flav::invert,  n_count = 243
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117564
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177231999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007407 s
InvBiCGStab: k = 82 resid = 2.093037e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308389(s) Flops=541034496 => 1754.38973504243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252568.813085349 Mflops = 252.568813085349 Gflops = 0.252568813085349 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.015187 s
InvBiCGStab: k = 122 resid = 1.046855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470983(s) Flops=803506176 => 1706.01948690292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245636.53147502 Mflops = 245.63653147502 Gflops = 0.24563653147502 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.001414779 Relative Rsd = 6.20523762665487e-07
BICGSTAB_SOLVER_TIME: 0.80608 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150452999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010164 s
InvBiCGStab: k = 79 resid = 1.119152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300076(s) Flops=521349120 => 1737.39026113385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250140.619418089 Mflops = 250.140619418089 Gflops = 0.250140619418089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015005 s
InvBiCGStab: k = 100 resid = 1.131256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379009(s) Flops=659146752 => 1739.13218947307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250393.565597778 Mflops = 250.393565597778 Gflops = 0.250393565597778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001300934 Relative Rsd = 5.70591367585588e-07
BICGSTAB_SOLVER_TIME: 0.708058 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133529
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.081575(s) Flops=1511424000 => 1397.42874973996 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201219.677070702 Mflops = 201.219677070702 Gflops = 0.201219677070702 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167705000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013335 s
InvBiCGStab: k = 28 resid = 1.977082e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120095(s) Flops=186697728 => 1554.58368791374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223755.043295902 Mflops = 223.755043295902 Gflops = 0.223755043295902 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019334 s
InvBiCGStab: k = 51 resid = 5.702904e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198374(s) Flops=337618944 => 1701.93142246464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245009.003177691 Mflops = 245.009003177691 Gflops = 0.245009003177691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.000728028 Relative Rsd = 3.19313959076631e-07
BICGSTAB_SOLVER_TIME: 0.354961 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115667
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0630930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.017765 s
InvBiCGStab: k = 89 resid = 2.041077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339124(s) Flops=586967040 => 1730.83308760218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249184.61133418 Mflops = 249.18461133418 Gflops = 0.24918461133418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.027358 s
InvBiCGStab: k = 116 resid = 7.743646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.453674(s) Flops=764135424 => 1684.3271247636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242508.854352267 Mflops = 242.508854352267 Gflops = 0.242508854352267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001383807 Relative Rsd = 6.06939327387057e-07
BICGSTAB_SOLVER_TIME: 0.842372 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154476999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.023154 s
InvBiCGStab: k = 58 resid = 1.478924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246372(s) Flops=383551488 => 1556.79820758852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224134.611147216 Mflops = 224.134611147216 Gflops = 0.224134611147216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.0354 s
InvBiCGStab: k = 93 resid = 9.03809e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384579(s) Flops=613214208 => 1594.5077812361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229574.89541527 Mflops = 229.57489541527 Gflops = 0.22957489541527 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001129982 Relative Rsd = 4.95611436545379e-07
BICGSTAB_SOLVER_TIME: 0.693424 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114287
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116557
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.023766 s
InvBiCGStab: k = 84 resid = 1.286825e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332333(s) Flops=554158080 => 1667.47834250586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240080.209159195 Mflops = 240.080209159195 Gflops = 0.240080209159195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034878 s
InvBiCGStab: k = 87 resid = 1.113593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333367(s) Flops=573843456 => 1721.35651099239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247831.537867179 Mflops = 247.831537867179 Gflops = 0.247831537867179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001212458 Relative Rsd = 5.31785690567772e-07
BICGSTAB_SOLVER_TIME: 0.728191 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132301
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027494 s
InvBiCGStab: k = 64 resid = 2.270112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257162(s) Flops=422922240 => 1644.57517051508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236775.710379404 Mflops = 236.775710379404 Gflops = 0.236775710379404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.041783 s
InvBiCGStab: k = 95 resid = 1.138757e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377725(s) Flops=626337792 => 1658.18463697134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238729.786251184 Mflops = 238.729786251184 Gflops = 0.238729786251184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001211461 Relative Rsd = 5.31348056166698e-07
BICGSTAB_SOLVER_TIME: 0.708001 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124413
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.028342(s) Flops=1511497728 => 1469.83953587425 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211674.984967055 Mflops = 211.674984967055 Gflops = 0.211674984967055 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167619000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02131
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032124 s
InvBiCGStab: k = 25 resid = 2.102888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092871(s) Flops=167012352 => 1798.32619439868 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258822.434077056 Mflops = 258.822434077056 Gflops = 0.258822434077056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.046592 s
InvBiCGStab: k = 55 resid = 1.004569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22269(s) Flops=363866112 => 1633.95802236293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235229.305675288 Mflops = 235.229305675288 Gflops = 0.235229305675288 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007532345 Relative Rsd = 3.30369576228261e-07
BICGSTAB_SOLVER_TIME: 0.398066 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692760000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.03648 s
InvBiCGStab: k = 65 resid = 2.188696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248016(s) Flops=429484032 => 1731.67873040449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249316.480392161 Mflops = 249.316480392161 Gflops = 0.249316480392161 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.058524 s
InvBiCGStab: k = 88 resid = 1.04422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331944(s) Flops=580405248 => 1748.50350661557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251733.87383216 Mflops = 251.73387383216 Gflops = 0.25173387383216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001119889 Relative Rsd = 4.91184492173946e-07
BICGSTAB_SOLVER_TIME: 0.678782 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11949
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122792000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043486 s
InvBiCGStab: k = 59 resid = 9.173265e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238681(s) Flops=390113280 => 1634.45469057026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235328.708363394 Mflops = 235.328708363394 Gflops = 0.235328708363394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07343 s
InvBiCGStab: k = 83 resid = 4.635479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343001(s) Flops=547596288 => 1596.48598109043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229853.494673531 Mflops = 229.853494673531 Gflops = 0.229853494673531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001061111 Relative Rsd = 4.65404655130891e-07
BICGSTAB_SOLVER_TIME: 0.702452 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115757
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044119 s
InvBiCGStab: k = 64 resid = 2.031202e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252537(s) Flops=422922240 => 1674.69416362751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241101.779422823 Mflops = 241.101779422823 Gflops = 0.241101779422823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060983 s
InvBiCGStab: k = 94 resid = 1.028503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384681(s) Flops=619776000 => 1611.14273904872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231972.736480924 Mflops = 231.972736480924 Gflops = 0.231972736480924 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001150459 Relative Rsd = 5.04592566558512e-07
BICGSTAB_SOLVER_TIME: 0.746168 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052483 s
InvBiCGStab: k = 55 resid = 2.094341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220858(s) Flops=363866112 => 1647.51157757473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237196.880899462 Mflops = 237.196880899462 Gflops = 0.237196880899462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057282 s
InvBiCGStab: k = 88 resid = 1.047255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323174(s) Flops=580405248 => 1795.95279323213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258558.098057955 Mflops = 258.558098057955 Gflops = 0.258558098057955 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001100294 Relative Rsd = 4.82590089841799e-07
BICGSTAB_SOLVER_TIME: 0.657694 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115213
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116524
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.007378(s) Flops=1511497728 => 1500.42757336372 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216047.824479787 Mflops = 216.047824479787 Gflops = 0.216047824479787 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167879000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043439 s
InvBiCGStab: k = 23 resid = 2.226265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090231(s) Flops=153888768 => 1705.49775576022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245428.73097488 Mflops = 245.42873097488 Gflops = 0.24542873097488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057953 s
InvBiCGStab: k = 43 resid = 1.089448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165462(s) Flops=285124608 => 1723.20295898756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248048.093364516 Mflops = 248.048093364516 Gflops = 0.248048093364516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 66 iterations. Rsd = 0.0007441064 Relative Rsd = 3.26365969485963e-07
BICGSTAB_SOLVER_TIME: 0.360834 sec
2Flav::invert,  n_count = 66
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0613420000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048111 s
InvBiCGStab: k = 55 resid = 1.595828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201145(s) Flops=363866112 => 1808.97418280345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260418.584637593 Mflops = 260.418584637593 Gflops = 0.260418584637593 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 90 resid = 1.131669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328791(s) Flops=593528832 => 1805.18576238401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259892.746998738 Mflops = 259.892746998738 Gflops = 0.259892746998738 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001152931 Relative Rsd = 5.05677078829988e-07
BICGSTAB_SOLVER_TIME: 0.638208 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115728
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 55 resid = 1.450513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201524(s) Flops=363866112 => 1805.57210059348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259939.367267379 Mflops = 259.939367267379 Gflops = 0.259939367267379 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05593 s
InvBiCGStab: k = 76 resid = 9.544426e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299602(s) Flops=501663744 => 1674.43389563488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241065.214251439 Mflops = 241.065214251439 Gflops = 0.241065214251439 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001037306 Relative Rsd = 4.54963824702646e-07
BICGSTAB_SOLVER_TIME: 0.60233 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047703 s
InvBiCGStab: k = 68 resid = 8.923169e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278713(s) Flops=449169408 => 1611.58398782977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232024.545028781 Mflops = 232.024545028781 Gflops = 0.232024545028781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056779 s
InvBiCGStab: k = 88 resid = 1.146391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375579(s) Flops=580405248 => 1545.36129016798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222490.961417746 Mflops = 222.490961417746 Gflops = 0.222490961417746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001141516 Relative Rsd = 5.00670502476174e-07
BICGSTAB_SOLVER_TIME: 0.763128 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118364
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125675
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040659 s
InvBiCGStab: k = 58 resid = 1.931022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2267(s) Flops=383551488 => 1691.8901102779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243569.307997405 Mflops = 243.569307997405 Gflops = 0.243569307997405 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060532 s
InvBiCGStab: k = 82 resid = 8.466478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313412(s) Flops=541034496 => 1726.2724337294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248518.913952893 Mflops = 248.518913952893 Gflops = 0.248518913952893 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001057194 Relative Rsd = 4.63686693742658e-07
BICGSTAB_SOLVER_TIME: 0.645235 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114256
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018072(s) Flops=1505304576 => 1478.58361294682 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212904.025971183 Mflops = 212.904025971183 Gflops = 0.212904025971183 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167086000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 7.706657e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.052119(s) Flops=1735280640 => 1649.31974424946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237480.532842076 Mflops = 237.480532842076 Gflops = 0.237480532842076 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 274 resid = 1.113581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.998837(s) Flops=1800898560 => 1802.99544370102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259619.271990223 Mflops = 259.619271990223 Gflops = 0.259619271990223 Tflops
BICGSTAB_SOLVER: 538 iterations. Rsd = 0.002250212 Relative Rsd = 9.90755841270325e-07
BICGSTAB_SOLVER_TIME: 2.054335 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.125315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.383526000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.931714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.807582(s) Flops=1335011328 => 1653.09693380982 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237959.360131459 Mflops = 237.959360131459 Gflops = 0.237959360131459 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 7.872952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912691(s) Flops=1525303296 => 1671.21544531501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240645.497374436 Mflops = 240.645497374436 Gflops = 0.240645497374436 Tflops
BICGSTAB_SOLVER: 435 iterations. Rsd = 0.002073892 Relative Rsd = 9.11249635390344e-07
BICGSTAB_SOLVER_TIME: 1.723771 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115642
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116433
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311105999999999
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.981324(s) Flops=1505304576 => 1533.95267618034 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220875.782308282 Mflops = 220.875782308282 Gflops = 0.220875782308282 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167304000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047735 s
InvBiCGStab: k = 31 resid = 2.277894e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139032(s) Flops=206383104 => 1484.42879337131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213675.747710331 Mflops = 213.675747710331 Gflops = 0.213675747710331 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069275 s
InvBiCGStab: k = 55 resid = 1.064223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216084(s) Flops=363866112 => 1683.91047925807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242411.350526913 Mflops = 242.411350526913 Gflops = 0.242411350526913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007538906 Relative Rsd = 3.30657324293511e-07
BICGSTAB_SOLVER_TIME: 0.476226 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0754780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045198 s
InvBiCGStab: k = 86 resid = 1.897794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336779(s) Flops=567281664 => 1684.43300799634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242526.197365783 Mflops = 242.526197365783 Gflops = 0.242526197365783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05868 s
InvBiCGStab: k = 100 resid = 1.007169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419469(s) Flops=659146752 => 1571.38370654327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226238.952741403 Mflops = 226.238952741403 Gflops = 0.226238952741403 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001326204 Relative Rsd = 5.81674786852652e-07
BICGSTAB_SOLVER_TIME: 0.865167 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115254
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147109
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041322 s
InvBiCGStab: k = 51 resid = 1.327688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187669(s) Flops=337618944 => 1799.01285774422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.863705465 Mflops = 258.979863705465 Gflops = 0.258979863705465 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056458 s
InvBiCGStab: k = 78 resid = 1.003414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285991(s) Flops=514787328 => 1800.01233605253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259147.106212767 Mflops = 259.147106212767 Gflops = 0.259147106212767 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001060562 Relative Rsd = 4.65163652403896e-07
BICGSTAB_SOLVER_TIME: 0.575271 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106312
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 63 resid = 2.157336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252101(s) Flops=416360448 => 1651.56206441069 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237778.740802259 Mflops = 237.778740802259 Gflops = 0.237778740802259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058393 s
InvBiCGStab: k = 91 resid = 1.078147e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334101(s) Flops=600090624 => 1796.13537223774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258596.569545365 Mflops = 258.596569545365 Gflops = 0.258596569545365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001157587 Relative Rsd = 5.07719168462069e-07
BICGSTAB_SOLVER_TIME: 0.690219 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124291000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042768 s
InvBiCGStab: k = 51 resid = 2.257515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213982(s) Flops=337618944 => 1577.79132824256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227146.015604793 Mflops = 227.146015604793 Gflops = 0.227146015604793 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064486 s
InvBiCGStab: k = 89 resid = 7.907562e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36124(s) Flops=586967040 => 1624.86723507917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233938.145094722 Mflops = 233.938145094722 Gflops = 0.233938145094721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001098252 Relative Rsd = 4.81694601319335e-07
BICGSTAB_SOLVER_TIME: 0.686341 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114217
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954798(s) Flops=1505230848 => 1576.49141284334 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227014.506843505 Mflops = 227.014506843505 Gflops = 0.227014506843505 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168877000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048136 s
InvBiCGStab: k = 28 resid = 1.658913e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.150846(s) Flops=186697728 => 1237.6710552484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178183.527511027 Mflops = 178.183527511027 Gflops = 0.178183527511027 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068411 s
InvBiCGStab: k = 47 resid = 1.110219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193732(s) Flops=311371776 => 1607.22945099416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231352.729425579 Mflops = 231.352729425579 Gflops = 0.231352729425579 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007236671 Relative Rsd = 3.1740125523061e-07
BICGSTAB_SOLVER_TIME: 0.465748 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125011
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045051 s
InvBiCGStab: k = 78 resid = 1.827646e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295078(s) Flops=514787328 => 1744.58051091576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251170.029145123 Mflops = 251.170029145123 Gflops = 0.251170029145123 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056848 s
InvBiCGStab: k = 111 resid = 8.8201e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458587(s) Flops=731326464 => 1594.73876058414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229609.395228912 Mflops = 229.609395228912 Gflops = 0.229609395228912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001280584 Relative Rsd = 5.61665688623623e-07
BICGSTAB_SOLVER_TIME: 0.859464 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001827
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149395999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041026 s
InvBiCGStab: k = 56 resid = 2.157081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20558(s) Flops=370427904 => 1801.86741900963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259427.632950367 Mflops = 259.427632950367 Gflops = 0.259427632950367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056379 s
InvBiCGStab: k = 76 resid = 1.054387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277442(s) Flops=501663744 => 1808.17520058246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260331.120732844 Mflops = 260.331120732844 Gflops = 0.260331120732844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001007321 Relative Rsd = 4.41812122074911e-07
BICGSTAB_SOLVER_TIME: 0.58422 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108579
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040824 s
InvBiCGStab: k = 63 resid = 2.221297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230331(s) Flops=416360448 => 1807.66135691679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260242.081819666 Mflops = 260.242081819666 Gflops = 0.260242081819666 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055867 s
InvBiCGStab: k = 84 resid = 9.38609e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306813(s) Flops=554158080 => 1806.17535762826 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260024.30013444 Mflops = 260.024300134439 Gflops = 0.26002430013444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.0011305 Relative Rsd = 4.9583885733903e-07
BICGSTAB_SOLVER_TIME: 0.637629 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041129 s
InvBiCGStab: k = 55 resid = 2.241596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201561(s) Flops=363866112 => 1805.24065667465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259890.257028463 Mflops = 259.890257028463 Gflops = 0.259890257028463 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055518 s
InvBiCGStab: k = 80 resid = 8.452431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333564(s) Flops=527910912 => 1582.63755081484 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227862.402170989 Mflops = 227.862402170989 Gflops = 0.227862402170989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001084823 Relative Rsd = 4.75804688699205e-07
BICGSTAB_SOLVER_TIME: 0.635777 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111101
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.071434(s) Flops=1498963968 => 1399.02594840186 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201446.721763973 Mflops = 201.446721763973 Gflops = 0.201446721763973 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166360000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041142 s
InvBiCGStab: k = 31 resid = 1.959412e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115426(s) Flops=206383104 => 1788.01226760002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257377.390067262 Mflops = 257.377390067262 Gflops = 0.257377390067262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056242 s
InvBiCGStab: k = 48 resid = 1.128429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176983(s) Flops=317933568 => 1796.40738376002 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258576.942578777 Mflops = 258.576942578777 Gflops = 0.258576942578777 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007107729 Relative Rsd = 3.11745835200253e-07
BICGSTAB_SOLVER_TIME: 0.393558 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0705860000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045222 s
InvBiCGStab: k = 53 resid = 2.055051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219707(s) Flops=350742528 => 1596.41034650694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229832.768907618 Mflops = 229.832768907618 Gflops = 0.229832768907618 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061362 s
InvBiCGStab: k = 73 resid = 1.045307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310812(s) Flops=481978368 => 1550.70707694684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223258.391535576 Mflops = 223.258391535576 Gflops = 0.223258391535576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001039483 Relative Rsd = 4.55918593768764e-07
BICGSTAB_SOLVER_TIME: 0.641249 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119609
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04156 s
InvBiCGStab: k = 56 resid = 1.599032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212074(s) Flops=370427904 => 1746.69173967577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251464.249700195 Mflops = 251.464249700195 Gflops = 0.251464249700195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 72 resid = 1.018834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269488(s) Flops=475416576 => 1764.14747966514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253986.317284826 Mflops = 253.986317284826 Gflops = 0.253986317284826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001060722 Relative Rsd = 4.65233757646304e-07
BICGSTAB_SOLVER_TIME: 0.583218 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105631
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041312 s
InvBiCGStab: k = 55 resid = 1.779688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201318(s) Flops=363866112 => 1807.41966441153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260193.550607077 Mflops = 260.193550607077 Gflops = 0.260193550607077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05562 s
InvBiCGStab: k = 76 resid = 1.122945e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278065(s) Flops=501663744 => 1804.12401416935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259740.666332711 Mflops = 259.740666332711 Gflops = 0.259740666332711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001063275 Relative Rsd = 4.66353552308532e-07
BICGSTAB_SOLVER_TIME: 0.580147 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108012
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04312 s
InvBiCGStab: k = 50 resid = 2.211384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206075(s) Flops=331057152 => 1606.48866674754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231279.741763674 Mflops = 231.279741763674 Gflops = 0.231279741763674 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060976 s
InvBiCGStab: k = 79 resid = 6.921329e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289095(s) Flops=521349120 => 1803.38338608416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259628.402724344 Mflops = 259.628402724344 Gflops = 0.259628402724344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0010582 Relative Rsd = 4.64127595977318e-07
BICGSTAB_SOLVER_TIME: 0.603196 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106368
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.080297(s) Flops=1498742784 => 1387.34328059784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199764.719558901 Mflops = 199.764719558901 Gflops = 0.199764719558901 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166295000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.458278
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046179 s
InvBiCGStab: k = 35 resid = 1.554888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.133464(s) Flops=232630272 => 1743.01888149613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250911.804191015 Mflops = 250.911804191015 Gflops = 0.250911804191015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059593 s
InvBiCGStab: k = 49 resid = 7.492645e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191801(s) Flops=324495360 => 1691.83351494518 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243553.198493827 Mflops = 243.553198493827 Gflops = 0.243553198493827 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007360645 Relative Rsd = 3.22838777138627e-07
BICGSTAB_SOLVER_TIME: 0.434869 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114323
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040595 s
InvBiCGStab: k = 54 resid = 2.165737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213462(s) Flops=357304320 => 1673.8544565309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240979.929039953 Mflops = 240.979929039953 Gflops = 0.240979929039953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055827 s
InvBiCGStab: k = 83 resid = 1.11842e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311874(s) Flops=547596288 => 1755.8253910233 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252788.281711934 Mflops = 252.788281711934 Gflops = 0.252788281711934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001100948 Relative Rsd = 4.82877301778101e-07
BICGSTAB_SOLVER_TIME: 0.625601 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112171
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045688 s
InvBiCGStab: k = 59 resid = 1.998603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237578(s) Flops=390113280 => 1642.04295010481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236392.943408932 Mflops = 236.392943408932 Gflops = 0.236392943408932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065033 s
InvBiCGStab: k = 71 resid = 7.62042e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326726(s) Flops=468854784 => 1435.00910242833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206602.15843814 Mflops = 206.60215843814 Gflops = 0.20660215843814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047972 Relative Rsd = 4.59641728481532e-07
BICGSTAB_SOLVER_TIME: 0.679199 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107057
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049529 s
InvBiCGStab: k = 65 resid = 2.224208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256791(s) Flops=429484032 => 1672.50422327885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240800.768416293 Mflops = 240.800768416293 Gflops = 0.240800768416293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059959 s
InvBiCGStab: k = 81 resid = 1.012567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316805(s) Flops=534472704 => 1687.07155505753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242885.898734516 Mflops = 242.885898734516 Gflops = 0.242885898734516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001095043 Relative Rsd = 4.80287135181706e-07
BICGSTAB_SOLVER_TIME: 0.687004 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114788
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118666000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044168 s
InvBiCGStab: k = 58 resid = 2.207433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220598(s) Flops=383551488 => 1738.68977959909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250318.453325051 Mflops = 250.318453325051 Gflops = 0.250318453325051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059081 s
InvBiCGStab: k = 70 resid = 1.12069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275421(s) Flops=462292992 => 1678.49580097378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241659.591569468 Mflops = 241.659591569468 Gflops = 0.241659591569468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001094513 Relative Rsd = 4.80054863697575e-07
BICGSTAB_SOLVER_TIME: 0.604001 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10588
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985809(s) Flops=1492549632 => 1514.03530704224 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218028.412336567 Mflops = 218.028412336567 Gflops = 0.218028412336567 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165620000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 2.180857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899846(s) Flops=1558112256 => 1731.53212438573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249307.680698164 Mflops = 249.307680698164 Gflops = 0.249307680698164 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 290 resid = 4.690768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.093293(s) Flops=1905887232 => 1743.25385052314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251017.197388367 Mflops = 251.017197388366 Gflops = 0.251017197388366 Tflops
BICGSTAB_SOLVER: 527 iterations. Rsd = 0.002236314 Relative Rsd = 9.84620064262649e-07
BICGSTAB_SOLVER_TIME: 1.998799 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128919
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.120277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.375662
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 6.397924e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.856198(s) Flops=1335011328 => 1559.23200941838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224465.948317155 Mflops = 224.465948317155 Gflops = 0.224465948317155 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 7.709608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818588(s) Flops=1380943872 => 1686.98279476367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242916.139804667 Mflops = 242.916139804667 Gflops = 0.242916139804667 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.001945225 Relative Rsd = 8.54702257367825e-07
BICGSTAB_SOLVER_TIME: 1.678118 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.117112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294702999999999
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.979082(s) Flops=1492549632 => 1524.4378223683 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219522.604919109 Mflops = 219.522604919109 Gflops = 0.219522604919109 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165702000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042047 s
InvBiCGStab: k = 31 resid = 2.037771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124411(s) Flops=206383104 => 1658.88148154102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238774.175554986 Mflops = 238.774175554986 Gflops = 0.238774175554986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057042 s
InvBiCGStab: k = 52 resid = 9.50217e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213054(s) Flops=344180736 => 1615.46244614042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232556.506673676 Mflops = 232.556506673676 Gflops = 0.232556506673676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007861724 Relative Rsd = 3.44816157914595e-07
BICGSTAB_SOLVER_TIME: 0.440427 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001824
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04193 s
InvBiCGStab: k = 71 resid = 2.005328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288205(s) Flops=468854784 => 1626.81002758453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234225.195549289 Mflops = 234.225195549289 Gflops = 0.234225195549289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057373 s
InvBiCGStab: k = 112 resid = 1.094907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429826(s) Flops=737888256 => 1716.71387026378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247168.265552256 Mflops = 247.168265552256 Gflops = 0.247168265552256 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001276458 Relative Rsd = 5.59855921535572e-07
BICGSTAB_SOLVER_TIME: 0.821176 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145036
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041288 s
InvBiCGStab: k = 58 resid = 2.152914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253847(s) Flops=383551488 => 1510.95537075482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217528.329980251 Mflops = 217.528329980251 Gflops = 0.217528329980251 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059529 s
InvBiCGStab: k = 81 resid = 8.746064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308987(s) Flops=534472704 => 1729.75789919964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249028.687420949 Mflops = 249.028687420949 Gflops = 0.249028687420949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001021818 Relative Rsd = 4.48170713515185e-07
BICGSTAB_SOLVER_TIME: 0.667543 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00181
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045438 s
InvBiCGStab: k = 59 resid = 1.447075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244955(s) Flops=390113280 => 1592.59161886877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229280.022797754 Mflops = 229.280022797754 Gflops = 0.229280022797754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063483 s
InvBiCGStab: k = 77 resid = 1.146596e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353623(s) Flops=508225536 => 1437.19592899783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206908.608755993 Mflops = 206.908608755993 Gflops = 0.206908608755993 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001115855 Relative Rsd = 4.89415266646327e-07
BICGSTAB_SOLVER_TIME: 0.714099 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043129 s
InvBiCGStab: k = 64 resid = 1.993198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248315(s) Flops=422922240 => 1703.16831443932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245211.704101548 Mflops = 245.211704101548 Gflops = 0.245211704101548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058366 s
InvBiCGStab: k = 82 resid = 1.04103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319197(s) Flops=541034496 => 1694.98615588492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243982.509122888 Mflops = 243.982509122888 Gflops = 0.243982509122888 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001135049 Relative Rsd = 4.97833818683607e-07
BICGSTAB_SOLVER_TIME: 0.67302 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118439
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971712(s) Flops=1492402176 => 1535.84825133373 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221143.33492381 Mflops = 221.14333492381 Gflops = 0.22114333492381 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165601000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050143 s
InvBiCGStab: k = 33 resid = 2.233617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134016(s) Flops=219506688 => 1637.91404011461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235769.044706007 Mflops = 235.769044706007 Gflops = 0.235769044706007 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062993 s
InvBiCGStab: k = 47 resid = 1.036299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17986(s) Flops=311371776 => 1731.18968086289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249186.472706209 Mflops = 249.186472706209 Gflops = 0.249186472706209 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007536052 Relative Rsd = 3.30532150949183e-07
BICGSTAB_SOLVER_TIME: 0.430819 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114291
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0712950000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 76 resid = 2.008988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300616(s) Flops=501663744 => 1668.78590627245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240260.59701165 Mflops = 240.26059701165 Gflops = 0.24026059701165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060869 s
InvBiCGStab: k = 105 resid = 1.094774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424453(s) Flops=691955712 => 1630.22928804838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234715.95224898 Mflops = 234.71595224898 Gflops = 0.23471595224898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 181 iterations. Rsd = 0.0012836 Relative Rsd = 5.62988599567204e-07
BICGSTAB_SOLVER_TIME: 0.831546 sec
2Flav::invert,  n_count = 181
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143854
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043185 s
InvBiCGStab: k = 61 resid = 2.056413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232627(s) Flops=403236864 => 1733.40525390432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249563.123599636 Mflops = 249.563123599636 Gflops = 0.249563123599636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062532 s
InvBiCGStab: k = 64 resid = 8.591796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275979(s) Flops=422922240 => 1532.44355548792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220636.329123683 Mflops = 220.636329123683 Gflops = 0.220636329123683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001008226 Relative Rsd = 4.42209061735855e-07
BICGSTAB_SOLVER_TIME: 0.620745 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12197
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103524
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04266 s
InvBiCGStab: k = 57 resid = 1.972435e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219064(s) Flops=376989696 => 1720.9112222912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247752.116489009 Mflops = 247.752116489009 Gflops = 0.247752116489009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065357 s
InvBiCGStab: k = 90 resid = 6.907084e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402534(s) Flops=593528832 => 1474.48124133614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212288.103930523 Mflops = 212.288103930523 Gflops = 0.212288103930523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001126151 Relative Rsd = 4.93931106303288e-07
BICGSTAB_SOLVER_TIME: 0.734041 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047848 s
InvBiCGStab: k = 62 resid = 1.526784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266961(s) Flops=409798656 => 1535.05064784744 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221005.952225168 Mflops = 221.005952225168 Gflops = 0.221005952225168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062416 s
InvBiCGStab: k = 79 resid = 1.020301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328736(s) Flops=521349120 => 1585.92037379539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228313.432401495 Mflops = 228.313432401495 Gflops = 0.228313432401495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001106775 Relative Rsd = 4.8543290082234e-07
BICGSTAB_SOLVER_TIME: 0.709873 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114877
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.9564(s) Flops=1486282752 => 1554.03884567127 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223781.903594771 Mflops = 223.781903594771 Gflops = 0.223781903594771 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166250000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046958 s
InvBiCGStab: k = 29 resid = 2.114459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12108(s) Flops=193259520 => 1596.13082259663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229741.537763186 Mflops = 229.741537763186 Gflops = 0.229741537763186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064998 s
InvBiCGStab: k = 54 resid = 1.041279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234232(s) Flops=357304320 => 1525.42914717033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219591.342245952 Mflops = 219.591342245952 Gflops = 0.219591342245952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007851443 Relative Rsd = 3.44365247939576e-07
BICGSTAB_SOLVER_TIME: 0.4716 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734450000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045191 s
InvBiCGStab: k = 56 resid = 1.150438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243745(s) Flops=370427904 => 1519.73539559786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218772.247775415 Mflops = 218.772247775415 Gflops = 0.218772247775415 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059453 s
InvBiCGStab: k = 93 resid = 1.120975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388253(s) Flops=613214208 => 1579.4191107345 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227398.80640492 Mflops = 227.39880640492 Gflops = 0.22739880640492 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001112918 Relative Rsd = 4.881272806742e-07
BICGSTAB_SOLVER_TIME: 0.741086 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11981
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041001 s
InvBiCGStab: k = 55 resid = 1.861612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214273(s) Flops=363866112 => 1698.14261246167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244467.535895207 Mflops = 244.467535895207 Gflops = 0.244467535895207 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061583 s
InvBiCGStab: k = 74 resid = 6.543014e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284356(s) Flops=488540160 => 1718.05820872428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247345.67861697 Mflops = 247.34567861697 Gflops = 0.24734567861697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001015052 Relative Rsd = 4.45203010019765e-07
BICGSTAB_SOLVER_TIME: 0.605066 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054014 s
InvBiCGStab: k = 62 resid = 1.114502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268632(s) Flops=409798656 => 1525.50201018494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219633.158368918 Mflops = 219.633158368918 Gflops = 0.219633158368918 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070131 s
InvBiCGStab: k = 80 resid = 8.424553e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303765(s) Flops=527910912 => 1737.89248925979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250200.961654147 Mflops = 250.200961654147 Gflops = 0.250200961654147 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001066352 Relative Rsd = 4.67703422879201e-07
BICGSTAB_SOLVER_TIME: 0.700487 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115781
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046855 s
InvBiCGStab: k = 61 resid = 1.599075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26599(s) Flops=403236864 => 1515.98505206963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218262.432191515 Mflops = 218.262432191515 Gflops = 0.218262432191515 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065437 s
InvBiCGStab: k = 84 resid = 1.088846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364271(s) Flops=554158080 => 1521.27970659207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219027.729368098 Mflops = 219.027729368098 Gflops = 0.219027729368098 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001081289 Relative Rsd = 4.74254867560971e-07
BICGSTAB_SOLVER_TIME: 0.746766 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122445
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118385
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.95742(s) Flops=1486061568 => 1552.15220906185 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223503.899791334 Mflops = 223.503899791334 Gflops = 0.223503899791334 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164916000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.387427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040731 s
InvBiCGStab: k = 28 resid = 2.214514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103436(s) Flops=186697728 => 1804.95889245524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259794.935129814 Mflops = 259.794935129814 Gflops = 0.259794935129814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055798 s
InvBiCGStab: k = 49 resid = 9.290136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197905(s) Flops=324495360 => 1639.65215633764 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236035.335842428 Mflops = 236.035335842428 Gflops = 0.236035335842428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007617538 Relative Rsd = 3.34106139694673e-07
BICGSTAB_SOLVER_TIME: 0.402432 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041301 s
InvBiCGStab: k = 68 resid = 2.117391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291682(s) Flops=449169408 => 1539.92844261902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221710.333750543 Mflops = 221.710333750543 Gflops = 0.221710333750543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062135 s
InvBiCGStab: k = 90 resid = 9.423923e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347441(s) Flops=593528832 => 1708.28667888937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245952.553178525 Mflops = 245.952553178525 Gflops = 0.245952553178525 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001114817 Relative Rsd = 4.88959914460026e-07
BICGSTAB_SOLVER_TIME: 0.74638 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127106
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042115 s
InvBiCGStab: k = 61 resid = 1.523517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260952(s) Flops=403236864 => 1545.25301204819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222461.270206827 Mflops = 222.461270206827 Gflops = 0.222461270206827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075991 s
InvBiCGStab: k = 66 resid = 1.124218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262174(s) Flops=436045824 => 1663.19247522638 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239444.931160675 Mflops = 239.444931160675 Gflops = 0.239444931160675 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001029002 Relative Rsd = 4.5132167099094e-07
BICGSTAB_SOLVER_TIME: 0.645297 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104829
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044471 s
InvBiCGStab: k = 64 resid = 2.041447e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253104(s) Flops=422922240 => 1670.94253745496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240562.619491259 Mflops = 240.562619491259 Gflops = 0.240562619491259 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056116 s
InvBiCGStab: k = 87 resid = 1.073056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332833(s) Flops=573843456 => 1724.11826952255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248223.741400454 Mflops = 248.223741400454 Gflops = 0.248223741400454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001116297 Relative Rsd = 4.89609141085818e-07
BICGSTAB_SOLVER_TIME: 0.690425 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122241000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041073 s
InvBiCGStab: k = 65 resid = 2.073582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237528(s) Flops=429484032 => 1808.14064868142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260325.294011694 Mflops = 260.325294011694 Gflops = 0.260325294011694 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 79 resid = 6.301691e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288388(s) Flops=521349120 => 1807.80448562353 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260265.7738488 Mflops = 260.2657738488 Gflops = 0.2602657738488 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001069064 Relative Rsd = 4.68892812184839e-07
BICGSTAB_SOLVER_TIME: 0.627097 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117982
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117151
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045032(s) Flops=1480015872 => 1416.2397629929 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203925.150877028 Mflops = 203.925150877028 Gflops = 0.203925150877028 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164055000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 1.445279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.912509(s) Flops=1440000000 => 1578.06662728806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227175.26817355 Mflops = 227.17526817355 Gflops = 0.22717526817355 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 9.622124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.022458(s) Flops=1564674048 => 1530.30642627863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220355.964225725 Mflops = 220.355964225725 Gflops = 0.220355964225725 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.002148483 Relative Rsd = 9.45920611186483e-07
BICGSTAB_SOLVER_TIME: 1.938353 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.122087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001761
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.325773
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 9.177214e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.688324(s) Flops=1236584448 => 1796.51508301323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258669.954902589 Mflops = 258.669954902589 Gflops = 0.258669954902589 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 5.018183e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.878188(s) Flops=1584359424 => 1804.12329022943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259777.081604023 Mflops = 259.777081604023 Gflops = 0.259777081604023 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.001982854 Relative Rsd = 8.71226202546302e-07
BICGSTAB_SOLVER_TIME: 1.569878 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.115562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306398999999998
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983069(s) Flops=1480015872 => 1505.50558709511 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216772.579452623 Mflops = 216.772579452623 Gflops = 0.216772579452623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164282000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422879
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021354
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041284 s
InvBiCGStab: k = 27 resid = 1.365204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103303(s) Flops=180135936 => 1743.76287232704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250979.685048002 Mflops = 250.979685048002 Gflops = 0.250979685048002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062067 s
InvBiCGStab: k = 48 resid = 1.144519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196932(s) Flops=317933568 => 1614.43324599354 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232409.46361211 Mflops = 232.40946361211 Gflops = 0.23240946361211 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007408288 Relative Rsd = 3.2492840353741e-07
BICGSTAB_SOLVER_TIME: 0.407862 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046129 s
InvBiCGStab: k = 81 resid = 2.195632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324225(s) Flops=534472704 => 1648.46234559334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237339.785770014 Mflops = 237.339785770014 Gflops = 0.237339785770014 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05581 s
InvBiCGStab: k = 106 resid = 7.830241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421057(s) Flops=698517504 => 1658.9618602707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238853.139200363 Mflops = 238.853139200363 Gflops = 0.238853139200363 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001307693 Relative Rsd = 5.73555905367221e-07
BICGSTAB_SOLVER_TIME: 0.851241 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045085 s
InvBiCGStab: k = 52 resid = 1.710931e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246352(s) Flops=344180736 => 1397.10956679873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201136.48547165 Mflops = 201.13648547165 Gflops = 0.20113648547165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071521 s
InvBiCGStab: k = 73 resid = 8.314241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329745(s) Flops=481978368 => 1461.66998134922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210440.838549787 Mflops = 210.440838549787 Gflops = 0.210440838549787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001042689 Relative Rsd = 4.57324477049499e-07
BICGSTAB_SOLVER_TIME: 0.696655 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049023 s
InvBiCGStab: k = 64 resid = 2.199347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250359(s) Flops=422922240 => 1689.26317807628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243223.074300452 Mflops = 243.223074300452 Gflops = 0.243223074300452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059725 s
InvBiCGStab: k = 90 resid = 7.171227e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349677(s) Flops=593528832 => 1697.36308650555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244357.577789179 Mflops = 244.357577789179 Gflops = 0.244357577789179 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001172412 Relative Rsd = 5.14221238220745e-07
BICGSTAB_SOLVER_TIME: 0.712634 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041605 s
InvBiCGStab: k = 66 resid = 1.754321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245542(s) Flops=436045824 => 1775.85025779704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255667.620420268 Mflops = 255.667620420268 Gflops = 0.255667620420268 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056771 s
InvBiCGStab: k = 85 resid = 1.079305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330838(s) Flops=560719872 => 1694.84724245703 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244018.02540407 Mflops = 244.01802540407 Gflops = 0.24401802540407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001131003 Relative Rsd = 4.9605923186651e-07
BICGSTAB_SOLVER_TIME: 0.678656 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122244
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.992782(s) Flops=1473822720 => 1484.53811612217 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213762.142206815 Mflops = 213.762142206815 Gflops = 0.213762142206815 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163438000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.463049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042216 s
InvBiCGStab: k = 26 resid = 2.047664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099569(s) Flops=173574144 => 1743.25486848316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250889.747972335 Mflops = 250.889747972335 Gflops = 0.250889747972335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067445 s
InvBiCGStab: k = 47 resid = 1.022867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.174771(s) Flops=311371776 => 1781.59864050672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256451.871210979 Mflops = 256.451871210979 Gflops = 0.256451871210979 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007874041 Relative Rsd = 3.45356397184291e-07
BICGSTAB_SOLVER_TIME: 0.387822 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0662950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 77 resid = 1.609418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290869(s) Flops=508225536 => 1747.26607510598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251559.168391244 Mflops = 251.559168391244 Gflops = 0.251559168391244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056026 s
InvBiCGStab: k = 107 resid = 8.937751e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400383(s) Flops=705079296 => 1761.01207094207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253539.643511535 Mflops = 253.539643511535 Gflops = 0.253539643511535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 184 iterations. Rsd = 0.001321486 Relative Rsd = 5.79605482293984e-07
BICGSTAB_SOLVER_TIME: 0.791962 sec
2Flav::invert,  n_count = 184
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145879
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046972 s
InvBiCGStab: k = 50 resid = 2.189927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200408(s) Flops=331057152 => 1651.91585166261 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237833.161181751 Mflops = 237.833161181752 Gflops = 0.237833161181752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057799 s
InvBiCGStab: k = 69 resid = 9.491431e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301486(s) Flops=455731200 => 1511.61645980245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217626.086226542 Mflops = 217.626086226542 Gflops = 0.217626086226542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001002818 Relative Rsd = 4.39837329390749e-07
BICGSTAB_SOLVER_TIME: 0.610708 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050618 s
InvBiCGStab: k = 67 resid = 1.540098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305575(s) Flops=442607616 => 1448.44184242821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208541.687424924 Mflops = 208.541687424924 Gflops = 0.208541687424924 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063053 s
InvBiCGStab: k = 95 resid = 8.405313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37766(s) Flops=626337792 => 1658.47003124504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238767.279952227 Mflops = 238.767279952227 Gflops = 0.238767279952227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001175214 Relative Rsd = 5.15450454248217e-07
BICGSTAB_SOLVER_TIME: 0.8009 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129864
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 59 resid = 1.579399e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237585(s) Flops=390113280 => 1641.99457036429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236389.745047235 Mflops = 236.389745047235 Gflops = 0.236389745047235 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056817 s
InvBiCGStab: k = 92 resid = 6.415004e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340074(s) Flops=606652416 => 1783.88355475573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256833.818572938 Mflops = 256.833818572938 Gflops = 0.256833818572938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001137125 Relative Rsd = 4.9874421669681e-07
BICGSTAB_SOLVER_TIME: 0.680018 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122482
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975553(s) Flops=1467334656 => 1504.10552373884 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216585.864135159 Mflops = 216.585864135159 Gflops = 0.216585864135159 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162568000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 31 resid = 1.731652e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121762(s) Flops=206383104 => 1694.97137037828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243964.009769547 Mflops = 243.964009769547 Gflops = 0.243964009769547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057549 s
InvBiCGStab: k = 51 resid = 1.092431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198493(s) Flops=337618944 => 1700.91108502567 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244849.58568808 Mflops = 244.84958568808 Gflops = 0.24484958568808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007762323 Relative Rsd = 3.40456408371282e-07
BICGSTAB_SOLVER_TIME: 0.422872 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115712
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041271 s
InvBiCGStab: k = 55 resid = 2.103694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218641(s) Flops=363866112 => 1664.21719622578 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239574.920772517 Mflops = 239.574920772517 Gflops = 0.239574920772517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056697 s
InvBiCGStab: k = 69 resid = 9.802313e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263237(s) Flops=455731200 => 1731.25814380197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249240.740118188 Mflops = 249.240740118188 Gflops = 0.249240740118188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001023811 Relative Rsd = 4.49044807939639e-07
BICGSTAB_SOLVER_TIME: 0.583809 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042057 s
InvBiCGStab: k = 51 resid = 2.203752e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191515(s) Flops=337618944 => 1762.88512126987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253798.93381265 Mflops = 253.79893381265 Gflops = 0.25379893381265 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059978 s
InvBiCGStab: k = 68 resid = 1.048273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287546(s) Flops=449169408 => 1562.07844310128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224894.047358109 Mflops = 224.894047358109 Gflops = 0.224894047358109 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001030828 Relative Rsd = 4.521224433993e-07
BICGSTAB_SOLVER_TIME: 0.585197 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0990630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041595 s
InvBiCGStab: k = 60 resid = 1.905433e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232707(s) Flops=396675072 => 1704.61168765873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245409.039831127 Mflops = 245.409039831127 Gflops = 0.245409039831127 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074018 s
InvBiCGStab: k = 87 resid = 1.027901e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376549(s) Flops=573843456 => 1523.95426889993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219412.725371013 Mflops = 219.412725371013 Gflops = 0.219412725371013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001094553 Relative Rsd = 4.80072070883803e-07
BICGSTAB_SOLVER_TIME: 0.728978 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119388
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044194 s
InvBiCGStab: k = 50 resid = 2.233985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195267(s) Flops=331057152 => 1695.40758038993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244083.405348855 Mflops = 244.083405348855 Gflops = 0.244083405348855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069254 s
InvBiCGStab: k = 82 resid = 8.676334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319162(s) Flops=541034496 => 1695.17203175817 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244027.762508528 Mflops = 244.027762508528 Gflops = 0.244027762508528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001059265 Relative Rsd = 4.64594794060369e-07
BICGSTAB_SOLVER_TIME: 0.631804 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108579
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930578(s) Flops=1454948352 => 1563.4888768056 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225255.927637457 Mflops = 225.255927637457 Gflops = 0.225255927637457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163000000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021182
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053015 s
InvBiCGStab: k = 29 resid = 2.063427e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124864(s) Flops=193259520 => 1547.76012301384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222777.843192436 Mflops = 222.777843192436 Gflops = 0.222777843192436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063669 s
InvBiCGStab: k = 57 resid = 1.003371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25431(s) Flops=376989696 => 1482.40217057921 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213405.872303732 Mflops = 213.405872303732 Gflops = 0.213405872303732 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007591114 Relative Rsd = 3.32947156559358e-07
BICGSTAB_SOLVER_TIME: 0.500184 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0756560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041374 s
InvBiCGStab: k = 56 resid = 1.770747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216393(s) Flops=370427904 => 1711.82942146927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246455.957862901 Mflops = 246.455957862901 Gflops = 0.246455957862901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059394 s
InvBiCGStab: k = 71 resid = 1.031089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293623(s) Flops=468854784 => 1596.79174996509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229889.562223422 Mflops = 229.889562223422 Gflops = 0.229889562223422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001089454 Relative Rsd = 4.77835749392933e-07
BICGSTAB_SOLVER_TIME: 0.614861 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104956
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043025 s
InvBiCGStab: k = 50 resid = 1.715182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218096(s) Flops=331057152 => 1517.94233731935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218527.760060668 Mflops = 218.527760060668 Gflops = 0.218527760060668 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05764 s
InvBiCGStab: k = 70 resid = 9.99677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263726(s) Flops=462292992 => 1752.92914615927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252360.752945705 Mflops = 252.360752945705 Gflops = 0.252360752945705 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009981394 Relative Rsd = 4.3778512989851e-07
BICGSTAB_SOLVER_TIME: 0.588779 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116377
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999010000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041233 s
InvBiCGStab: k = 60 resid = 1.937573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23024(s) Flops=396675072 => 1722.87644197359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248035.6974191 Mflops = 248.0356974191 Gflops = 0.2480356974191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06792 s
InvBiCGStab: k = 99 resid = 9.506697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363574(s) Flops=652584960 => 1794.91646817429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258424.139557007 Mflops = 258.424139557007 Gflops = 0.258424139557007 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001094431 Relative Rsd = 4.80018662228626e-07
BICGSTAB_SOLVER_TIME: 0.706928 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127972
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04154 s
InvBiCGStab: k = 53 resid = 1.855587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221823(s) Flops=350742528 => 1581.18196940804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227639.021075135 Mflops = 227.639021075135 Gflops = 0.227639021075135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060419 s
InvBiCGStab: k = 70 resid = 1.104322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283582(s) Flops=462292992 => 1630.19159184998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234692.938994588 Mflops = 234.692938994588 Gflops = 0.234692938994588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001069463 Relative Rsd = 4.6906759022181e-07
BICGSTAB_SOLVER_TIME: 0.61178 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125083
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102077
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985145(s) Flops=1448681472 => 1470.52613777667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211745.617531526 Mflops = 211.745617531526 Gflops = 0.211745617531526 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160804000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419411
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021457
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 241 resid = 2.019519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.017993(s) Flops=1584359424 => 1556.35591207405 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224089.900668712 Mflops = 224.089900668712 Gflops = 0.224089900668712 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 273 resid = 1.139845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.074275(s) Flops=1794336768 => 1670.27694770892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240510.353073115 Mflops = 240.510353073115 Gflops = 0.240510353073115 Tflops
BICGSTAB_SOLVER: 514 iterations. Rsd = 0.00224996 Relative Rsd = 9.90568747079532e-07
BICGSTAB_SOLVER_TIME: 2.095638 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.115568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.366719
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 1.984034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716848(s) Flops=1295640576 => 1807.41325357677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.90405424 Mflops = 260.20090405424 Gflops = 0.26020090405424 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.064779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79396(s) Flops=1420314624 => 1788.8994710061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257589.377752357 Mflops = 257.589377752357 Gflops = 0.257589377752357 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.001983911 Relative Rsd = 8.7169245689702e-07
BICGSTAB_SOLVER_TIME: 1.515148 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118834
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.117421
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294606999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.071644(s) Flops=1448681472 => 1351.83089906723 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194649.357045126 Mflops = 194.649357045126 Gflops = 0.194649357045126 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160372000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021203
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046941 s
InvBiCGStab: k = 28 resid = 2.2523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104533(s) Flops=186697728 => 1786.01712377909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257059.599798413 Mflops = 257.059599798413 Gflops = 0.257059599798413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061306 s
InvBiCGStab: k = 54 resid = 8.886138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201288(s) Flops=357304320 => 1775.09002026946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255533.400192957 Mflops = 255.533400192957 Gflops = 0.255533400192957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007285779 Relative Rsd = 3.19555140513275e-07
BICGSTAB_SOLVER_TIME: 0.417826 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043803 s
InvBiCGStab: k = 68 resid = 2.252781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251441(s) Flops=449169408 => 1786.38093230619 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257180.553276971 Mflops = 257.180553276971 Gflops = 0.257180553276971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055572 s
InvBiCGStab: k = 102 resid = 8.324974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386717(s) Flops=672270336 => 1738.40388708022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250285.331874621 Mflops = 250.285331874621 Gflops = 0.250285331874621 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001206601 Relative Rsd = 5.29216713829789e-07
BICGSTAB_SOLVER_TIME: 0.741999 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120699
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043565 s
InvBiCGStab: k = 51 resid = 1.343881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217668(s) Flops=337618944 => 1551.07293676608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223319.314120249 Mflops = 223.319314120249 Gflops = 0.223319314120249 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071848 s
InvBiCGStab: k = 69 resid = 9.29188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293567(s) Flops=455731200 => 1552.3924691808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223489.507299742 Mflops = 223.489507299742 Gflops = 0.223489507299742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.0009920327 Relative Rsd = 4.35106731795283e-07
BICGSTAB_SOLVER_TIME: 0.630495 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043057 s
InvBiCGStab: k = 60 resid = 2.221502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221929(s) Flops=396675072 => 1787.39629340915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257333.435093935 Mflops = 257.333435093935 Gflops = 0.257333435093935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056489 s
InvBiCGStab: k = 93 resid = 1.070344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342154(s) Flops=613214208 => 1792.2169783197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258031.456686514 Mflops = 258.031456686514 Gflops = 0.258031456686514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00113561 Relative Rsd = 4.9808008058028e-07
BICGSTAB_SOLVER_TIME: 0.667532 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123601
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04059 s
InvBiCGStab: k = 52 resid = 1.793188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190716(s) Flops=344180736 => 1804.67677593909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259791.393578175 Mflops = 259.791393578175 Gflops = 0.259791393578174 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056361 s
InvBiCGStab: k = 82 resid = 9.33326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299698(s) Flops=541034496 => 1805.26562072486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259897.316892859 Mflops = 259.897316892859 Gflops = 0.259897316892859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001058996 Relative Rsd = 4.64476743572062e-07
BICGSTAB_SOLVER_TIME: 0.59136 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001794
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109836
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.012297(s) Flops=1436147712 => 1418.70193431374 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204277.552030635 Mflops = 204.277552030635 Gflops = 0.204277552030635 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159501000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.468678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040736 s
InvBiCGStab: k = 25 resid = 1.657392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092719(s) Flops=167012352 => 1801.27430192301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259246.921490275 Mflops = 259.246921490275 Gflops = 0.259246921490275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056162 s
InvBiCGStab: k = 56 resid = 4.343556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205177(s) Flops=370427904 => 1805.40657091194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259890.26717636 Mflops = 259.89026717636 Gflops = 0.25989026717636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007210276 Relative Rsd = 3.1624357412274e-07
BICGSTAB_SOLVER_TIME: 0.398558 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050689 s
InvBiCGStab: k = 67 resid = 1.906669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275701(s) Flops=442607616 => 1605.38995506001 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231122.27493435 Mflops = 231.12227493435 Gflops = 0.23112227493435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056178 s
InvBiCGStab: k = 101 resid = 9.106103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368665(s) Flops=665708544 => 1805.72754126375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259981.680405058 Mflops = 259.981680405058 Gflops = 0.259981680405058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.00123249 Relative Rsd = 5.40571771763719e-07
BICGSTAB_SOLVER_TIME: 0.755168 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 55 resid = 1.860609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20093(s) Flops=363866112 => 1810.90982929378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260687.648638528 Mflops = 260.687648638528 Gflops = 0.260687648638528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056574 s
InvBiCGStab: k = 80 resid = 8.721951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33372(s) Flops=527910912 => 1581.89773462783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227755.145449961 Mflops = 227.755145449961 Gflops = 0.227755145449961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001032769 Relative Rsd = 4.52973816168348e-07
BICGSTAB_SOLVER_TIME: 0.636102 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045808 s
InvBiCGStab: k = 65 resid = 1.353254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269332(s) Flops=429484032 => 1594.62682488527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229591.744899011 Mflops = 229.591744899011 Gflops = 0.229591744899011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056958 s
InvBiCGStab: k = 90 resid = 1.119137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336831(s) Flops=593528832 => 1762.09681412934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253689.502223344 Mflops = 253.689502223344 Gflops = 0.253689502223344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001132575 Relative Rsd = 4.96748693693334e-07
BICGSTAB_SOLVER_TIME: 0.712855 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124975000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 54 resid = 1.522347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200062(s) Flops=357304320 => 1785.96794993552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257110.51323313 Mflops = 257.11051323313 Gflops = 0.25711051323313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055915 s
InvBiCGStab: k = 81 resid = 1.04181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308203(s) Flops=534472704 => 1734.15801922759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249665.94845224 Mflops = 249.66594845224 Gflops = 0.24966594845224 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001108027 Relative Rsd = 4.8598189686485e-07
BICGSTAB_SOLVER_TIME: 0.609424 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110457
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986926(s) Flops=1429733376 => 1448.67333113121 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208617.014816163 Mflops = 208.617014816163 Gflops = 0.208617014816163 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158601000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.455562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04132 s
InvBiCGStab: k = 29 resid = 2.002148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109104(s) Flops=193259520 => 1771.3330400352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254950.836188747 Mflops = 254.950836188747 Gflops = 0.254950836188747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056871 s
InvBiCGStab: k = 53 resid = 1.080029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196601(s) Flops=350742528 => 1784.03226840148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256832.108271216 Mflops = 256.832108271216 Gflops = 0.256832108271216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007301242 Relative Rsd = 3.20233343632196e-07
BICGSTAB_SOLVER_TIME: 0.407781 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727070000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041268 s
InvBiCGStab: k = 55 resid = 2.11892e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201437(s) Flops=363866112 => 1806.35192144442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260052.727432438 Mflops = 260.052727432438 Gflops = 0.260052727432438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056679 s
InvBiCGStab: k = 83 resid = 1.133725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3034(s) Flops=547596288 => 1804.86581410679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259846.162131883 Mflops = 259.846162131883 Gflops = 0.259846162131883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001052607 Relative Rsd = 4.61674729451451e-07
BICGSTAB_SOLVER_TIME: 0.606639 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115447
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041133 s
InvBiCGStab: k = 49 resid = 2.147403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17974(s) Flops=324495360 => 1805.35974184934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259875.172946995 Mflops = 259.875172946995 Gflops = 0.259875172946995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056095 s
InvBiCGStab: k = 69 resid = 9.32027e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251682(s) Flops=455731200 => 1810.74212696975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260679.931154229 Mflops = 260.679931154229 Gflops = 0.260679931154229 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001011416 Relative Rsd = 4.43608051930119e-07
BICGSTAB_SOLVER_TIME: 0.532467 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040951 s
InvBiCGStab: k = 55 resid = 2.218187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201117(s) Flops=363866112 => 1809.22603260788 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260441.839496361 Mflops = 260.441839496361 Gflops = 0.260441839496361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061779 s
InvBiCGStab: k = 84 resid = 1.099725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379534(s) Flops=554158080 => 1460.10128209857 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210216.086291276 Mflops = 210.216086291276 Gflops = 0.210216086291276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001074441 Relative Rsd = 4.71250911536702e-07
BICGSTAB_SOLVER_TIME: 0.687797 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113525
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046894 s
InvBiCGStab: k = 54 resid = 2.120117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21745(s) Flops=357304320 => 1643.15621982065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236570.22309952 Mflops = 236.57022309952 Gflops = 0.23657022309952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061424 s
InvBiCGStab: k = 74 resid = 1.077535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30999(s) Flops=488540160 => 1575.98683828511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226899.676697022 Mflops = 226.899676697022 Gflops = 0.226899676697022 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001060366 Relative Rsd = 4.65077616472755e-07
BICGSTAB_SOLVER_TIME: 0.639906 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105632
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943617(s) Flops=1417125888 => 1501.8019895784 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216240.913363156 Mflops = 216.240913363155 Gflops = 0.216240913363156 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.461952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02114
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043405 s
InvBiCGStab: k = 35 resid = 2.186849e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.155857(s) Flops=232630272 => 1492.58789788075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214869.585113838 Mflops = 214.869585113838 Gflops = 0.214869585113838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072795 s
InvBiCGStab: k = 53 resid = 6.031647e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241263(s) Flops=350742528 => 1453.77670011564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209285.388059396 Mflops = 209.285388059396 Gflops = 0.209285388059396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007567514 Relative Rsd = 3.31912070270876e-07
BICGSTAB_SOLVER_TIME: 0.517244 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121226
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0770020000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04394 s
InvBiCGStab: k = 53 resid = 2.222727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201447(s) Flops=350742528 => 1741.115668141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250633.729140472 Mflops = 250.633729140472 Gflops = 0.250633729140472 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063685 s
InvBiCGStab: k = 74 resid = 1.083947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288833(s) Flops=488540160 => 1691.42778006668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243516.542332593 Mflops = 243.516542332593 Gflops = 0.243516542332593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001101458 Relative Rsd = 4.83100586719869e-07
BICGSTAB_SOLVER_TIME: 0.601686 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041639 s
InvBiCGStab: k = 55 resid = 1.085026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204026(s) Flops=363866112 => 1783.43011184849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256754.606082047 Mflops = 256.754606082047 Gflops = 0.256754606082047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060512 s
InvBiCGStab: k = 64 resid = 1.006313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237506(s) Flops=422922240 => 1780.68023544668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256358.768195959 Mflops = 256.358768195959 Gflops = 0.256358768195959 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001013991 Relative Rsd = 4.44737599033207e-07
BICGSTAB_SOLVER_TIME: 0.547519 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0992850000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 55 resid = 2.26681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205291(s) Flops=363866112 => 1772.44064279486 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255158.785729172 Mflops = 255.158785729172 Gflops = 0.255158785729172 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057306 s
InvBiCGStab: k = 76 resid = 1.030442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293635(s) Flops=501663744 => 1708.46031297359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245971.09608988 Mflops = 245.97109608988 Gflops = 0.24597109608988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001102803 Relative Rsd = 4.83690737041608e-07
BICGSTAB_SOLVER_TIME: 0.60119 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107834
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047099 s
InvBiCGStab: k = 49 resid = 2.059836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209594(s) Flops=324495360 => 1548.20920446196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222859.329526147 Mflops = 222.859329526147 Gflops = 0.222859329526147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064566 s
InvBiCGStab: k = 76 resid = 1.110772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333836(s) Flops=501663744 => 1502.72512251525 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216354.792704876 Mflops = 216.354792704876 Gflops = 0.216354792704876 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001032947 Relative Rsd = 4.53051631455623e-07
BICGSTAB_SOLVER_TIME: 0.659432 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103471
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931254(s) Flops=1398177792 => 1501.39252234084 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216206.065298944 Mflops = 216.206065298944 Gflops = 0.216206065298944 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154888000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02144
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 198 resid = 2.212112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844915(s) Flops=1302202368 => 1541.22292538303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221910.324296585 Mflops = 221.910324296585 Gflops = 0.221910324296585 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 1.103353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.04671(s) Flops=1748404224 => 1670.38073965091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240527.4332275 Mflops = 240.5274332275 Gflops = 0.2405274332275 Tflops
BICGSTAB_SOLVER: 464 iterations. Rsd = 0.002203493 Relative Rsd = 9.70071930947378e-07
BICGSTAB_SOLVER_TIME: 1.895761 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0.116346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001779
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331379999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.055677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.78005(s) Flops=1315325952 => 1686.20723286969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242735.16384811 Mflops = 242.73516384811 Gflops = 0.24273516384811 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.08365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782097(s) Flops=1367820288 => 1748.91386618284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251830.696850832 Mflops = 251.830696850832 Gflops = 0.251830696850832 Tflops
BICGSTAB_SOLVER: 408 iterations. Rsd = 0.001986339 Relative Rsd = 8.72760388085344e-07
BICGSTAB_SOLVER_TIME: 1.565567 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118652
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.120544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291207999999998
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.988823(s) Flops=1398177792 => 1413.98186733116 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203606.670550595 Mflops = 203.606670550595 Gflops = 0.203606670550595 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154721000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043796 s
InvBiCGStab: k = 28 resid = 2.223966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106992(s) Flops=186697728 => 1744.96904441454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251168.306351896 Mflops = 251.168306351896 Gflops = 0.251168306351896 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058345 s
InvBiCGStab: k = 51 resid = 9.856157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203568(s) Flops=337618944 => 1658.50695590663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238750.242235133 Mflops = 238.750242235133 Gflops = 0.238750242235133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007353628 Relative Rsd = 3.22531013592661e-07
BICGSTAB_SOLVER_TIME: 0.416526 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707370000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042387 s
InvBiCGStab: k = 72 resid = 1.926688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278249(s) Flops=475416576 => 1708.60120252005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245994.179040406 Mflops = 245.994179040406 Gflops = 0.245994179040406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061493 s
InvBiCGStab: k = 107 resid = 1.15105e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470626(s) Flops=705079296 => 1498.17327559463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215711.895206665 Mflops = 215.711895206665 Gflops = 0.215711895206665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001292913 Relative Rsd = 5.67073085190765e-07
BICGSTAB_SOLVER_TIME: 0.856627 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04787 s
InvBiCGStab: k = 49 resid = 2.214166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215821(s) Flops=324495360 => 1503.53932193809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216452.001489197 Mflops = 216.452001489197 Gflops = 0.216452001489197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 71 resid = 1.087199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267082(s) Flops=468854784 => 1755.47129346044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252710.81112338 Mflops = 252.71081112338 Gflops = 0.252710811123381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001035551 Relative Rsd = 4.54194045653458e-07
BICGSTAB_SOLVER_TIME: 0.591098 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999360000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042314 s
InvBiCGStab: k = 59 resid = 2.107352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231085(s) Flops=390113280 => 1688.18088582123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243026.694517914 Mflops = 243.026694517914 Gflops = 0.243026694517914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058444 s
InvBiCGStab: k = 78 resid = 1.048855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304346(s) Flops=514787328 => 1691.45422643964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243504.773663526 Mflops = 243.504773663526 Gflops = 0.243504773663526 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001090175 Relative Rsd = 4.78152065472113e-07
BICGSTAB_SOLVER_TIME: 0.640027 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115775
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112038
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040853 s
InvBiCGStab: k = 55 resid = 1.853279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207891(s) Flops=363866112 => 1750.27351833413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251977.27700852 Mflops = 251.97727700852 Gflops = 0.25197727700852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057758 s
InvBiCGStab: k = 83 resid = 1.030578e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318441(s) Flops=547596288 => 1719.61615495492 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247571.341714118 Mflops = 247.571341714118 Gflops = 0.247571341714118 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001087807 Relative Rsd = 4.77113302870846e-07
BICGSTAB_SOLVER_TIME: 0.628759 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115351
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112761
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.922867(s) Flops=1373331456 => 1488.11416596324 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214269.39176641 Mflops = 214.26939176641 Gflops = 0.21426939176641 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152054000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046542 s
InvBiCGStab: k = 28 resid = 2.136256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107221(s) Flops=186697728 => 1741.24218203524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250624.518485359 Mflops = 250.624518485359 Gflops = 0.250624518485359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056127 s
InvBiCGStab: k = 45 resid = 1.0667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.180875(s) Flops=298248192 => 1648.91882239115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237346.022778776 Mflops = 237.346022778776 Gflops = 0.237346022778776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007227882 Relative Rsd = 3.17015752987219e-07
BICGSTAB_SOLVER_TIME: 0.394574 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121628
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044279 s
InvBiCGStab: k = 73 resid = 2.136114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296878(s) Flops=481978368 => 1623.4896758938 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233722.358624345 Mflops = 233.722358624345 Gflops = 0.233722358624345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063071 s
InvBiCGStab: k = 96 resid = 9.551569e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363445(s) Flops=632899584 => 1741.39026262571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250721.245563984 Mflops = 250.721245563984 Gflops = 0.250721245563984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001249161 Relative Rsd = 5.47883549413217e-07
BICGSTAB_SOLVER_TIME: 0.771493 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117051
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135168
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041424 s
InvBiCGStab: k = 52 resid = 1.923454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201198(s) Flops=344180736 => 1710.65684549548 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246264.002619546 Mflops = 246.264002619546 Gflops = 0.246264002619546 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064265 s
InvBiCGStab: k = 73 resid = 6.621266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304602(s) Flops=481978368 => 1582.32174444029 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227808.455614528 Mflops = 227.808455614528 Gflops = 0.227808455614528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001036343 Relative Rsd = 4.54541252972009e-07
BICGSTAB_SOLVER_TIME: 0.615328 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119937
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054132 s
InvBiCGStab: k = 64 resid = 1.991389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251098(s) Flops=422922240 => 1684.29155150579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242478.929937626 Mflops = 242.478929937626 Gflops = 0.242478929937626 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056366 s
InvBiCGStab: k = 80 resid = 8.122116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332572(s) Flops=527910912 => 1587.35826227103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228540.577446591 Mflops = 228.540577446591 Gflops = 0.228540577446591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001092312 Relative Rsd = 4.79089269932703e-07
BICGSTAB_SOLVER_TIME: 0.698162 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001682
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0452 s
InvBiCGStab: k = 62 resid = 1.935605e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235133(s) Flops=409798656 => 1742.83769611241 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250902.716608097 Mflops = 250.902716608097 Gflops = 0.250902716608097 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063458 s
InvBiCGStab: k = 78 resid = 1.080551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302462(s) Flops=514787328 => 1701.99009462346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245027.09839747 Mflops = 245.02709839747 Gflops = 0.24502709839747 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001059112 Relative Rsd = 4.64527905591648e-07
BICGSTAB_SOLVER_TIME: 0.650031 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114342
Monitoring force
num_pf = 1
MInvCG2: 211 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936569(s) Flops=1366769664 => 1459.33686039149 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210144.992862705 Mflops = 210.144992862705 Gflops = 0.210144992862705 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151434000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042007 s
InvBiCGStab: k = 24 resid = 2.02386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.091346(s) Flops=160450560 => 1756.51435202417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252790.012558612 Mflops = 252.790012558612 Gflops = 0.252790012558612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057799 s
InvBiCGStab: k = 50 resid = 4.775646e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186956(s) Flops=331057152 => 1770.77575472304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254887.980262928 Mflops = 254.887980262928 Gflops = 0.254887980262928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007399857 Relative Rsd = 3.24558627743152e-07
BICGSTAB_SOLVER_TIME: 0.381955 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116754
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04161 s
InvBiCGStab: k = 56 resid = 2.249347e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2057(s) Flops=370427904 => 1800.81625668449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259247.339829367 Mflops = 259.247339829367 Gflops = 0.259247339829367 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056585 s
InvBiCGStab: k = 77 resid = 8.584344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283208(s) Flops=508225536 => 1794.5310019491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258356.481414471 Mflops = 258.356481414471 Gflops = 0.258356481414471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001071168 Relative Rsd = 4.6981546457399e-07
BICGSTAB_SOLVER_TIME: 0.590927 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109419
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04061 s
InvBiCGStab: k = 51 resid = 2.189183e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186622(s) Flops=337618944 => 1809.10580746107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260449.733720361 Mflops = 260.449733720361 Gflops = 0.260449733720361 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058894 s
InvBiCGStab: k = 72 resid = 6.024142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290218(s) Flops=475416576 => 1638.13607701797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235838.712450354 Mflops = 235.838712450354 Gflops = 0.235838712450354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001031252 Relative Rsd = 4.52308199314725e-07
BICGSTAB_SOLVER_TIME: 0.580189 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102352
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047126 s
InvBiCGStab: k = 57 resid = 1.935402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266195(s) Flops=376989696 => 1416.21629256748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203891.120340859 Mflops = 203.891120340859 Gflops = 0.203891120340859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06211 s
InvBiCGStab: k = 76 resid = 1.055359e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322731(s) Flops=501663744 => 1554.43308513902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223791.370256742 Mflops = 223.791370256742 Gflops = 0.223791370256742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001062285 Relative Rsd = 4.65919594220243e-07
BICGSTAB_SOLVER_TIME: 0.702612 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043487 s
InvBiCGStab: k = 59 resid = 1.36878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225427(s) Flops=390113280 => 1730.55259574053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249141.20583619 Mflops = 249.14120583619 Gflops = 0.24914120583619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067686 s
InvBiCGStab: k = 82 resid = 1.109961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365294(s) Flops=541034496 => 1481.09330019108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213238.912131458 Mflops = 213.238912131458 Gflops = 0.213238912131458 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001083208 Relative Rsd = 4.75096283649561e-07
BICGSTAB_SOLVER_TIME: 0.705848 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118314
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114861
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.881963(s) Flops=1360429056 => 1542.50127953213 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222099.464868997 Mflops = 222.099464868997 Gflops = 0.222099464868997 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150988000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.451053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044802 s
InvBiCGStab: k = 26 resid = 1.532053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.125391(s) Flops=173574144 => 1384.26317678302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199259.221942568 Mflops = 199.259221942568 Gflops = 0.199259221942568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07429 s
InvBiCGStab: k = 48 resid = 1.082767e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198164(s) Flops=317933568 => 1604.39619708928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230958.10528205 Mflops = 230.95810528205 Gflops = 0.23095810528205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007088974 Relative Rsd = 3.10923234684735e-07
BICGSTAB_SOLVER_TIME: 0.446525 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116021
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0668520000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041502 s
InvBiCGStab: k = 58 resid = 2.102716e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218643(s) Flops=383551488 => 1754.2363030145 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252552.489868303 Mflops = 252.552489868303 Gflops = 0.252552489868303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05857 s
InvBiCGStab: k = 93 resid = 1.126459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344346(s) Flops=613214208 => 1780.80828004391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256388.931398459 Mflops = 256.388931398459 Gflops = 0.256388931398459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001113907 Relative Rsd = 4.88560830283291e-07
BICGSTAB_SOLVER_TIME: 0.666931 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122367000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040623 s
InvBiCGStab: k = 48 resid = 2.119866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176017(s) Flops=317933568 => 1806.26625837277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260023.000341981 Mflops = 260.023000341981 Gflops = 0.260023000341981 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056951 s
InvBiCGStab: k = 73 resid = 8.835698e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267504(s) Flops=481978368 => 1801.761349363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259362.811844389 Mflops = 259.362811844389 Gflops = 0.259362811844389 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001064164 Relative Rsd = 4.66743649942905e-07
BICGSTAB_SOLVER_TIME: 0.544958 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001808
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100531
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041402 s
InvBiCGStab: k = 64 resid = 2.17204e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244057(s) Flops=422922240 => 1732.88305600741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249485.900812847 Mflops = 249.485900812847 Gflops = 0.249485900812847 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064532 s
InvBiCGStab: k = 78 resid = 8.54731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307524(s) Flops=514787328 => 1673.97448004058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240997.865521797 Mflops = 240.997865521797 Gflops = 0.240997865521797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001111583 Relative Rsd = 4.87541572563743e-07
BICGSTAB_SOLVER_TIME: 0.661421 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117601
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115724
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047862 s
InvBiCGStab: k = 55 resid = 2.082737e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248103(s) Flops=363866112 => 1466.59295534516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211146.733065855 Mflops = 211.146733065855 Gflops = 0.211146733065855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059841 s
InvBiCGStab: k = 76 resid = 1.024749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335776(s) Flops=501663744 => 1494.04288573335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215097.707426968 Mflops = 215.097707426968 Gflops = 0.215097707426968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001045613 Relative Rsd = 4.58606897492549e-07
BICGSTAB_SOLVER_TIME: 0.695744 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107584
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910161(s) Flops=1341775872 => 1474.21815700739 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212273.302105587 Mflops = 212.273302105587 Gflops = 0.212273302105587 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148405000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021146
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.991524e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.903177(s) Flops=1446561792 => 1601.63710103335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230606.646206834 Mflops = 230.606646206834 Gflops = 0.230606646206834 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 248 resid = 1.043266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.931623(s) Flops=1630291968 => 1749.94817431515 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251980.934853256 Mflops = 251.980934853256 Gflops = 0.251980934853256 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002198686 Relative Rsd = 9.67915059190571e-07
BICGSTAB_SOLVER_TIME: 1.838212 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.118266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333500999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 178 resid = 1.848841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779417(s) Flops=1170966528 => 1502.36205779448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216357.61844076 Mflops = 216.35761844076 Gflops = 0.21635761844076 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 1.133172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.868938(s) Flops=1243146240 => 1430.65010391996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206004.797043079 Mflops = 206.004797043079 Gflops = 0.206004797043079 Tflops
BICGSTAB_SOLVER: 367 iterations. Rsd = 0.001915891 Relative Rsd = 8.41809578104152e-07
BICGSTAB_SOLVER_TIME: 1.652856 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.128958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.120078
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.262410999999998
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.134471(s) Flops=1341775872 => 1182.7326322136 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  170332.428456137 Mflops = 170.332428456137 Gflops = 0.170332428456137 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148340000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0411 s
InvBiCGStab: k = 25 resid = 2.188559e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.094515(s) Flops=167012352 => 1767.04599269957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254357.741181975 Mflops = 254.357741181975 Gflops = 0.254357741181975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060346 s
InvBiCGStab: k = 48 resid = 8.23099e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177961(s) Flops=317933568 => 1786.53507229112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257155.635474678 Mflops = 257.155635474678 Gflops = 0.257155635474678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007217906 Relative Rsd = 3.16578220705944e-07
BICGSTAB_SOLVER_TIME: 0.377853 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0679630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042638 s
InvBiCGStab: k = 70 resid = 2.171129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27008(s) Flops=462292992 => 1711.68909952607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246426.028893962 Mflops = 246.426028893962 Gflops = 0.246426028893962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0637 s
InvBiCGStab: k = 115 resid = 9.47607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.476181(s) Flops=757573632 => 1590.93628683211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229062.913077975 Mflops = 229.062913077975 Gflops = 0.229062913077975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001238764 Relative Rsd = 5.4332354294294e-07
BICGSTAB_SOLVER_TIME: 0.856907 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146629
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041928 s
InvBiCGStab: k = 49 resid = 2.263672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183189(s) Flops=324495360 => 1771.36924160293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255017.078728994 Mflops = 255.017078728994 Gflops = 0.255017078728994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058964 s
InvBiCGStab: k = 76 resid = 9.033451e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29136(s) Flops=501663744 => 1721.80032948929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247875.718889849 Mflops = 247.875718889849 Gflops = 0.247875718889849 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.000997716 Relative Rsd = 4.37599425042985e-07
BICGSTAB_SOLVER_TIME: 0.579424 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119301
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103357
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 58 resid = 2.13514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213997(s) Flops=383551488 => 1792.32179890372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258047.629447292 Mflops = 258.047629447292 Gflops = 0.258047629447292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055799 s
InvBiCGStab: k = 91 resid = 1.039617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346496(s) Flops=600090624 => 1731.88326560768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249337.210666542 Mflops = 249.337210666542 Gflops = 0.249337210666542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001171535 Relative Rsd = 5.13836706115449e-07
BICGSTAB_SOLVER_TIME: 0.661729 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121141000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04413 s
InvBiCGStab: k = 65 resid = 1.829848e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264795(s) Flops=429484032 => 1621.94917577749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233504.519875436 Mflops = 233.504519875436 Gflops = 0.233504519875436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064389 s
InvBiCGStab: k = 85 resid = 7.381836e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338815(s) Flops=560719872 => 1654.9440609182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238266.722928204 Mflops = 238.266722928204 Gflops = 0.238266722928204 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00109332 Relative Rsd = 4.79531448664859e-07
BICGSTAB_SOLVER_TIME: 0.715977 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115508
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121315
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023991(s) Flops=1372815360 => 1340.65178307231 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  193075.226501777 Mflops = 193.075226501777 Gflops = 0.193075226501777 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152354000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021331
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 28 resid = 1.992021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106025(s) Flops=186697728 => 1760.8840179203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253421.762666118 Mflops = 253.421762666118 Gflops = 0.253421762666118 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060489 s
InvBiCGStab: k = 58 resid = 7.517731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223175(s) Flops=383551488 => 1718.61314215302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247406.47234394 Mflops = 247.40647234394 Gflops = 0.24740647234394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007565206 Relative Rsd = 3.31810844019549e-07
BICGSTAB_SOLVER_TIME: 0.436734 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755720000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042154 s
InvBiCGStab: k = 73 resid = 1.846704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282903(s) Flops=481978368 => 1703.68772335394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245272.301297521 Mflops = 245.272301297521 Gflops = 0.245272301297521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 113 resid = 9.225283e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.419103(s) Flops=744450048 => 1776.2937702665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255751.947517998 Mflops = 255.751947517998 Gflops = 0.255751947517998 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001283094 Relative Rsd = 5.6276669324273e-07
BICGSTAB_SOLVER_TIME: 0.804397 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041955 s
InvBiCGStab: k = 53 resid = 2.206614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21942(s) Flops=350742528 => 1598.49844134537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230103.326250725 Mflops = 230.103326250725 Gflops = 0.230103326250725 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067447 s
InvBiCGStab: k = 72 resid = 1.027956e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32446(s) Flops=475416576 => 1465.2548110707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210950.599386531 Mflops = 210.950599386531 Gflops = 0.210950599386531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001015444 Relative Rsd = 4.45374928702348e-07
BICGSTAB_SOLVER_TIME: 0.657212 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120384
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056036 s
InvBiCGStab: k = 62 resid = 1.541566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244452(s) Flops=409798656 => 1676.3972313583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241356.078907582 Mflops = 241.356078907582 Gflops = 0.241356078907582 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061254 s
InvBiCGStab: k = 94 resid = 1.03307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361776(s) Flops=619776000 => 1713.14846756004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246657.93557496 Mflops = 246.65793557496 Gflops = 0.24665793557496 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001109242 Relative Rsd = 4.86514911158726e-07
BICGSTAB_SOLVER_TIME: 0.727287 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125903
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 68 resid = 1.613659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265082(s) Flops=449169408 => 1694.45457631978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243957.054250576 Mflops = 243.957054250576 Gflops = 0.243957054250576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057491 s
InvBiCGStab: k = 84 resid = 1.032721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323562(s) Flops=554158080 => 1712.67973371409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246608.172599622 Mflops = 246.608172599622 Gflops = 0.246608172599622 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00109795 Relative Rsd = 4.81562202999187e-07
BICGSTAB_SOLVER_TIME: 0.691977 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122902
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954213(s) Flops=1422876672 => 1491.15205095718 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214714.935535397 Mflops = 214.714935535397 Gflops = 0.214714935535397 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157780000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021195
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040781 s
InvBiCGStab: k = 35 resid = 1.496216e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129083(s) Flops=232630272 => 1802.17590232641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259386.04113534 Mflops = 259.38604113534 Gflops = 0.25938604113534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056425 s
InvBiCGStab: k = 55 resid = 9.673496e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205222(s) Flops=363866112 => 1773.03657502607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255239.508435228 Mflops = 255.239508435228 Gflops = 0.255239508435228 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007479338 Relative Rsd = 3.2804466581126e-07
BICGSTAB_SOLVER_TIME: 0.435363 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0787320000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042854 s
InvBiCGStab: k = 53 resid = 1.795257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201798(s) Flops=350742528 => 1738.0872357506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250215.092345037 Mflops = 250.215092345037 Gflops = 0.250215092345037 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070623 s
InvBiCGStab: k = 69 resid = 9.506783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263798(s) Flops=455731200 => 1727.57640315696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248711.02260722 Mflops = 248.71102260722 Gflops = 0.24871102260722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001067754 Relative Rsd = 4.68318030892937e-07
BICGSTAB_SOLVER_TIME: 0.582866 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101592
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041432 s
InvBiCGStab: k = 65 resid = 1.557112e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251444(s) Flops=429484032 => 1708.0703138671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245913.326995649 Mflops = 245.913326995649 Gflops = 0.245913326995649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0568 s
InvBiCGStab: k = 77 resid = 1.034706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332818(s) Flops=508225536 => 1527.03740783251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219857.003774481 Mflops = 219.857003774481 Gflops = 0.219857003774481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001067106 Relative Rsd = 4.68034086790222e-07
BICGSTAB_SOLVER_TIME: 0.686761 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120285
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047798 s
InvBiCGStab: k = 49 resid = 2.273758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224126(s) Flops=324495360 => 1447.82559810107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208454.740624979 Mflops = 208.454740624979 Gflops = 0.208454740624979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062902 s
InvBiCGStab: k = 90 resid = 1.004137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358211(s) Flops=593528832 => 1656.92519771866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238559.485352431 Mflops = 238.559485352431 Gflops = 0.238559485352431 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.00108529 Relative Rsd = 4.76009541017151e-07
BICGSTAB_SOLVER_TIME: 0.696922 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042034 s
InvBiCGStab: k = 61 resid = 2.087169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243531(s) Flops=403236864 => 1655.79274917772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238360.401745316 Mflops = 238.360401745316 Gflops = 0.238360401745316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057054 s
InvBiCGStab: k = 75 resid = 1.095669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288484(s) Flops=495101952 => 1716.21979728512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247075.407294218 Mflops = 247.075407294218 Gflops = 0.247075407294218 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001056366 Relative Rsd = 4.63323249375974e-07
BICGSTAB_SOLVER_TIME: 0.634969 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111344
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.919558(s) Flops=1429438464 => 1554.48428919111 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223821.106958867 Mflops = 223.821106958867 Gflops = 0.223821106958867 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158476000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.448524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042779 s
InvBiCGStab: k = 27 resid = 2.178249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106317(s) Flops=180135936 => 1694.32862101075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243873.472860855 Mflops = 243.873472860855 Gflops = 0.243873472860855 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058671 s
InvBiCGStab: k = 57 resid = 1.052056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220176(s) Flops=376989696 => 1712.21975147155 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246490.117963262 Mflops = 246.490117963262 Gflops = 0.246490117963262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007468424 Relative Rsd = 3.27565979250757e-07
BICGSTAB_SOLVER_TIME: 0.431746 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116185
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043989 s
InvBiCGStab: k = 57 resid = 2.232879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216025(s) Flops=376989696 => 1745.12068510589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251225.494285661 Mflops = 251.225494285661 Gflops = 0.251225494285661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058707 s
InvBiCGStab: k = 78 resid = 1.105568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296011(s) Flops=514787328 => 1739.08175034036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250375.953148559 Mflops = 250.375953148559 Gflops = 0.250375953148559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001098332 Relative Rsd = 4.81729628410589e-07
BICGSTAB_SOLVER_TIME: 0.618681 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11087
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040817 s
InvBiCGStab: k = 63 resid = 1.976026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260498(s) Flops=416360448 => 1598.3249314774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230123.282624476 Mflops = 230.123282624476 Gflops = 0.230123282624476 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064639 s
InvBiCGStab: k = 81 resid = 8.202989e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320029(s) Flops=534472704 => 1670.07584937615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240441.095947815 Mflops = 240.441095947815 Gflops = 0.240441095947815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001075414 Relative Rsd = 4.71677721239022e-07
BICGSTAB_SOLVER_TIME: 0.689897 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118649
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11705
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042154 s
InvBiCGStab: k = 53 resid = 2.055858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216369(s) Flops=350742528 => 1621.03872551059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233383.180726914 Mflops = 233.383180726914 Gflops = 0.233383180726914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065302 s
InvBiCGStab: k = 98 resid = 7.956468e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.432642(s) Flops=646023168 => 1493.20493156004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214986.281038138 Mflops = 214.986281038138 Gflops = 0.214986281038138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001144673 Relative Rsd = 5.02054787419299e-07
BICGSTAB_SOLVER_TIME: 0.760899 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122405
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044057 s
InvBiCGStab: k = 57 resid = 2.006086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224269(s) Flops=376989696 => 1680.97104816091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242017.489918826 Mflops = 242.017489918826 Gflops = 0.242017489918826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058375 s
InvBiCGStab: k = 86 resid = 1.124343e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320929(s) Flops=567281664 => 1767.62356782964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254487.660431855 Mflops = 254.487660431855 Gflops = 0.254487660431855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001040868 Relative Rsd = 4.5652590021683e-07
BICGSTAB_SOLVER_TIME: 0.651473 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116558
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932555(s) Flops=1435852800 => 1539.69771219928 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221697.236053804 Mflops = 221.697236053804 Gflops = 0.221697236053804 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159049000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021345
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.717291e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79906(s) Flops=1282516992 => 1605.03215277952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231111.946825816 Mflops = 231.111946825816 Gflops = 0.231111946825816 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.020498e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.957584(s) Flops=1623730176 => 1695.65299336664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244153.288995579 Mflops = 244.153288995579 Gflops = 0.244153288995579 Tflops
BICGSTAB_SOLVER: 442 iterations. Rsd = 0.002070509 Relative Rsd = 9.11442894984251e-07
BICGSTAB_SOLVER_TIME: 1.760173 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120473
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.123166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.315618999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.537942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.664754(s) Flops=1197213696 => 1800.98757735944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259348.16230263 Mflops = 259.34816230263 Gflops = 0.25934816230263 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 8.561425e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.854714(s) Flops=1315325952 => 1538.90769543964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221587.639044511 Mflops = 221.587639044511 Gflops = 0.221587639044511 Tflops
BICGSTAB_SOLVER: 382 iterations. Rsd = 0.001955631 Relative Rsd = 8.59261381063211e-07
BICGSTAB_SOLVER_TIME: 1.523336 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0.122451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.272683999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971887(s) Flops=1435852800 => 1477.38656860314 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212724.243618528 Mflops = 212.724243618528 Gflops = 0.212724243618528 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159331000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041399 s
InvBiCGStab: k = 23 resid = 2.06984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085406(s) Flops=153888768 => 1801.84961243941 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259321.360451974 Mflops = 259.321360451974 Gflops = 0.259321360451974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056897 s
InvBiCGStab: k = 52 resid = 1.119995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201466(s) Flops=344180736 => 1708.3812454707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245917.988101416 Mflops = 245.917988101416 Gflops = 0.245917988101416 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007375013 Relative Rsd = 3.23468958421798e-07
BICGSTAB_SOLVER_TIME: 0.389302 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678660000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050173 s
InvBiCGStab: k = 86 resid = 1.895563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365648(s) Flops=567281664 => 1551.44199886229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223370.175902486 Mflops = 223.370175902486 Gflops = 0.223370175902486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061716 s
InvBiCGStab: k = 111 resid = 1.066132e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416141(s) Flops=731326464 => 1757.40065026037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253026.783920933 Mflops = 253.026783920933 Gflops = 0.253026783920933 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001367602 Relative Rsd = 5.99831687216907e-07
BICGSTAB_SOLVER_TIME: 0.897545 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118557
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155132999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042038 s
InvBiCGStab: k = 62 resid = 7.307364e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229911(s) Flops=409798656 => 1782.42300716364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256619.894722904 Mflops = 256.619894722904 Gflops = 0.256619894722904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056675 s
InvBiCGStab: k = 68 resid = 1.043745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251092(s) Flops=449169408 => 1788.86387459577 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257541.630697301 Mflops = 257.541630697301 Gflops = 0.257541630697301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001021651 Relative Rsd = 4.4809749361889e-07
BICGSTAB_SOLVER_TIME: 0.583591 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040942 s
InvBiCGStab: k = 60 resid = 1.794415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219106(s) Flops=396675072 => 1810.42541965989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260645.027951963 Mflops = 260.645027951963 Gflops = 0.260645027951963 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 95 resid = 8.488947e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38344(s) Flops=626337792 => 1633.47014395994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235182.618750822 Mflops = 235.182618750822 Gflops = 0.235182618750822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001188652 Relative Rsd = 5.21344094241031e-07
BICGSTAB_SOLVER_TIME: 0.703495 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113954
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04479 s
InvBiCGStab: k = 67 resid = 1.870637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26897(s) Flops=442607616 => 1645.56499237833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236922.901322048 Mflops = 236.922901322048 Gflops = 0.236922901322048 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055514 s
InvBiCGStab: k = 92 resid = 1.083269e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379601(s) Flops=606652416 => 1598.13176466869 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230094.243318497 Mflops = 230.094243318497 Gflops = 0.230094243318497 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001152431 Relative Rsd = 5.05457776560403e-07
BICGSTAB_SOLVER_TIME: 0.753218 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12798
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036959(s) Flops=1436000256 => 1384.81874018163 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199396.620612981 Mflops = 199.396620612981 Gflops = 0.199396620612981 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159471000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 28 resid = 1.974349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103514(s) Flops=186697728 => 1803.59881755125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259579.925253355 Mflops = 259.579925253355 Gflops = 0.259579925253355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055842 s
InvBiCGStab: k = 58 resid = 1.105171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212606(s) Flops=383551488 => 1804.04827709472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259702.204741359 Mflops = 259.702204741359 Gflops = 0.259702204741359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007580161 Relative Rsd = 3.32466759492212e-07
BICGSTAB_SOLVER_TIME: 0.416917 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115253
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042555 s
InvBiCGStab: k = 78 resid = 2.236377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347844(s) Flops=514787328 => 1479.93735122641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213069.780810967 Mflops = 213.069780810967 Gflops = 0.213069780810967 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061186 s
InvBiCGStab: k = 104 resid = 1.143448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437229(s) Flops=685393920 => 1567.58568164509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225689.409189878 Mflops = 225.689409189878 Gflops = 0.225689409189878 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001282008 Relative Rsd = 5.62290304377717e-07
BICGSTAB_SOLVER_TIME: 0.892955 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118838
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040674 s
InvBiCGStab: k = 54 resid = 1.92483e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205107(s) Flops=357304320 => 1742.03864324475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250779.007221356 Mflops = 250.779007221356 Gflops = 0.250779007221356 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056557 s
InvBiCGStab: k = 77 resid = 9.742197e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28563(s) Flops=508225536 => 1779.31427371074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256160.968855385 Mflops = 256.160968855385 Gflops = 0.256160968855385 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001060359 Relative Rsd = 4.65074808178267e-07
BICGSTAB_SOLVER_TIME: 0.591885 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114979
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107807
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041248 s
InvBiCGStab: k = 65 resid = 2.16987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237251(s) Flops=429484032 => 1810.25172496639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260620.080164234 Mflops = 260.620080164234 Gflops = 0.260620080164234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056193 s
InvBiCGStab: k = 92 resid = 1.072523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335255(s) Flops=606652416 => 1809.52533444691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260527.995585232 Mflops = 260.527995585232 Gflops = 0.260527995585232 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001112477 Relative Rsd = 4.87933916833706e-07
BICGSTAB_SOLVER_TIME: 0.673782 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126500000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046881 s
InvBiCGStab: k = 58 resid = 2.169677e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219542(s) Flops=383551488 => 1747.05290103944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251515.718708381 Mflops = 251.515718708381 Gflops = 0.251515718708381 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060219 s
InvBiCGStab: k = 83 resid = 1.012419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352067(s) Flops=547596288 => 1555.37522119369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223926.784331075 Mflops = 223.926784331075 Gflops = 0.223926784331075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001097661 Relative Rsd = 4.81435472327916e-07
BICGSTAB_SOLVER_TIME: 0.68253 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123183
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114872
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.046638(s) Flops=1435779072 => 1371.80101620618 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197520.988194024 Mflops = 197.520988194024 Gflops = 0.197520988194024 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159188000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021373
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041081 s
InvBiCGStab: k = 28 resid = 2.171391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103255(s) Flops=186697728 => 1808.12288024793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.701511757 Mflops = 260.228701511757 Gflops = 0.260228701511757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056562 s
InvBiCGStab: k = 50 resid = 1.049424e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182875(s) Flops=331057152 => 1810.29201367054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260585.352561064 Mflops = 260.585352561064 Gflops = 0.260585352561064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007669043 Relative Rsd = 3.36365157311e-07
BICGSTAB_SOLVER_TIME: 0.387628 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114532
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040623 s
InvBiCGStab: k = 58 resid = 2.257691e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212414(s) Flops=383551488 => 1805.67894771531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259944.215488173 Mflops = 259.944215488173 Gflops = 0.259944215488173 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055646 s
InvBiCGStab: k = 72 resid = 9.837376e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263373(s) Flops=475416576 => 1805.10749393446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.41814558 Mflops = 259.86641814558 Gflops = 0.25986641814558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001049275 Relative Rsd = 4.60213241939848e-07
BICGSTAB_SOLVER_TIME: 0.575891 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116551
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045213 s
InvBiCGStab: k = 57 resid = 2.084924e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230049(s) Flops=376989696 => 1638.736512656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235933.331369328 Mflops = 235.933331369328 Gflops = 0.235933331369328 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060661 s
InvBiCGStab: k = 81 resid = 1.149932e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347666(s) Flops=534472704 => 1537.31657395316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221333.956629774 Mflops = 221.333956629774 Gflops = 0.221333956629774 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001041954 Relative Rsd = 4.57002391201642e-07
BICGSTAB_SOLVER_TIME: 0.687925 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117518
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041865 s
InvBiCGStab: k = 72 resid = 1.535877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301854(s) Flops=475416576 => 1574.98849112485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226768.64745478 Mflops = 226.76864745478 Gflops = 0.22676864745478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071032 s
InvBiCGStab: k = 92 resid = 5.818991e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406379(s) Flops=606652416 => 1492.82422566127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214927.114171257 Mflops = 214.927114171257 Gflops = 0.214927114171257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001118081 Relative Rsd = 4.90391736169853e-07
BICGSTAB_SOLVER_TIME: 0.825122 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043015 s
InvBiCGStab: k = 62 resid = 2.060995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227728(s) Flops=409798656 => 1799.50930935151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259081.80312801 Mflops = 259.08180312801 Gflops = 0.25908180312801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056445 s
InvBiCGStab: k = 81 resid = 1.028462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32641(s) Flops=534472704 => 1637.42748077571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235735.682706638 Mflops = 235.735682706638 Gflops = 0.235735682706638 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001083931 Relative Rsd = 4.75413518806937e-07
BICGSTAB_SOLVER_TIME: 0.657571 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116312
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898746(s) Flops=1435852800 => 1597.61801443344 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230034.836664487 Mflops = 230.034836664487 Gflops = 0.230034836664487 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159670000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040893 s
InvBiCGStab: k = 25 resid = 2.25079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092513(s) Flops=167012352 => 1805.28522477922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259805.465754449 Mflops = 259.805465754449 Gflops = 0.259805465754449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055964 s
InvBiCGStab: k = 51 resid = 1.077509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.187698(s) Flops=337618944 => 1798.73490394144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258928.398941532 Mflops = 258.928398941532 Gflops = 0.258928398941532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0008074008 Relative Rsd = 3.54126956170703e-07
BICGSTAB_SOLVER_TIME: 0.380857 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116026
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684340000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040955 s
InvBiCGStab: k = 63 resid = 1.503233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230302(s) Flops=416360448 => 1807.88898055597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260281.058721988 Mflops = 260.281058721988 Gflops = 0.260281058721988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055762 s
InvBiCGStab: k = 86 resid = 9.724953e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312932(s) Flops=567281664 => 1812.7953165544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260989.114180271 Mflops = 260.989114180271 Gflops = 0.260989114180271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001148568 Relative Rsd = 5.03763404845871e-07
BICGSTAB_SOLVER_TIME: 0.643825 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120818000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040952 s
InvBiCGStab: k = 58 resid = 2.034402e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227651(s) Flops=383551488 => 1684.82232891575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242556.42113798 Mflops = 242.55642113798 Gflops = 0.24255642113798 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058521 s
InvBiCGStab: k = 79 resid = 1.105385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319718(s) Flops=521349120 => 1630.65301296768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234766.437578105 Mflops = 234.766437578105 Gflops = 0.234766437578105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001053858 Relative Rsd = 4.62223572314261e-07
BICGSTAB_SOLVER_TIME: 0.651805 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112138
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041635 s
InvBiCGStab: k = 69 resid = 2.249555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308521(s) Flops=455731200 => 1477.14807095789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212669.016389639 Mflops = 212.669016389639 Gflops = 0.212669016389639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066682 s
InvBiCGStab: k = 84 resid = 1.121567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329398(s) Flops=554158080 => 1682.33589760715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242211.402792436 Mflops = 242.211402792436 Gflops = 0.242211402792435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.00107849 Relative Rsd = 4.73027132270593e-07
BICGSTAB_SOLVER_TIME: 0.750023 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123453
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050036 s
InvBiCGStab: k = 61 resid = 2.27305e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258571(s) Flops=403236864 => 1559.48216930746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224523.011311795 Mflops = 224.523011311795 Gflops = 0.224523011311795 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061264 s
InvBiCGStab: k = 87 resid = 1.116314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353569(s) Flops=573843456 => 1623.00274062489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233680.514643377 Mflops = 233.680514643377 Gflops = 0.233680514643377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001126491 Relative Rsd = 4.94080150150767e-07
BICGSTAB_SOLVER_TIME: 0.72734 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132695
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001832
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119815
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946869(s) Flops=1429954560 => 1510.19260320065 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217451.05815336 Mflops = 217.45105815336 Gflops = 0.21745105815336 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158587000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 2.042963e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.921302(s) Flops=1479370752 => 1605.73921689088 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231160.994825495 Mflops = 231.160994825495 Gflops = 0.231160994825495 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 253 resid = 8.100844e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.989843(s) Flops=1663100928 => 1680.16637790033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241933.825330281 Mflops = 241.933825330281 Gflops = 0.241933825330281 Tflops
BICGSTAB_SOLVER: 478 iterations. Rsd = 0.002197221 Relative Rsd = 9.67185615453106e-07
BICGSTAB_SOLVER_TIME: 1.91477 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.119696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.34111
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 169 resid = 1.711871e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.711645(s) Flops=1111910400 => 1562.45094112936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224957.590841845 Mflops = 224.957590841845 Gflops = 0.224957590841845 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 9.393684e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.844467(s) Flops=1367820288 => 1619.74391894532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233233.858549088 Mflops = 233.233858549088 Gflops = 0.233233858549088 Tflops
BICGSTAB_SOLVER: 377 iterations. Rsd = 0.001974544 Relative Rsd = 8.67558832272163e-07
BICGSTAB_SOLVER_TIME: 1.559503 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116358
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116945
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.268876999999998
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932546(s) Flops=1429954560 => 1533.38769347571 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220826.19289931 Mflops = 220.82619289931 Gflops = 0.22082619289931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158655000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045604 s
InvBiCGStab: k = 26 resid = 1.938479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124514(s) Flops=173574144 => 1394.01307483496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200651.590936043 Mflops = 200.651590936043 Gflops = 0.200651590936043 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065215 s
InvBiCGStab: k = 56 resid = 1.076492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243718(s) Flops=370427904 => 1519.90375762151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218807.872209682 Mflops = 218.807872209682 Gflops = 0.218807872209682 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007566051 Relative Rsd = 3.31847913506794e-07
BICGSTAB_SOLVER_TIME: 0.482964 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04247 s
InvBiCGStab: k = 80 resid = 2.216376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314231(s) Flops=527910912 => 1680.00901247808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241873.184392779 Mflops = 241.873184392779 Gflops = 0.241873184392779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.081316 s
InvBiCGStab: k = 113 resid = 7.955123e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471546(s) Flops=744450048 => 1578.74321487193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227323.543584753 Mflops = 227.323543584753 Gflops = 0.227323543584753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 193 iterations. Rsd = 0.001334994 Relative Rsd = 5.85530166705868e-07
BICGSTAB_SOLVER_TIME: 0.913508 sec
2Flav::invert,  n_count = 193
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1232
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152306999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 62 resid = 2.125747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233176(s) Flops=409798656 => 1757.46498782036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253018.827176285 Mflops = 253.018827176285 Gflops = 0.253018827176285 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055944 s
InvBiCGStab: k = 87 resid = 5.112436e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333359(s) Flops=573843456 => 1721.39782036783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247824.229127612 Mflops = 247.824229127612 Gflops = 0.247824229127612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001113176 Relative Rsd = 4.88240225172529e-07
BICGSTAB_SOLVER_TIME: 0.667351 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116128
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041369 s
InvBiCGStab: k = 60 resid = 2.130165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226815(s) Flops=396675072 => 1748.89258646915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251786.746928176 Mflops = 251.786746928176 Gflops = 0.251786746928176 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056619 s
InvBiCGStab: k = 92 resid = 7.421289e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35597(s) Flops=606652416 => 1704.22343455909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245371.167796755 Mflops = 245.371167796755 Gflops = 0.245371167796755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001135419 Relative Rsd = 4.9799613810503e-07
BICGSTAB_SOLVER_TIME: 0.68476 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122883
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056019 s
InvBiCGStab: k = 68 resid = 1.937891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279135(s) Flops=449169408 => 1609.14757375463 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231671.199427079 Mflops = 231.671199427079 Gflops = 0.231671199427079 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065469 s
InvBiCGStab: k = 91 resid = 9.769179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397056(s) Flops=600090624 => 1511.3500967118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217597.924471467 Mflops = 217.597924471467 Gflops = 0.217597924471467 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.00112696 Relative Rsd = 4.94286176846407e-07
BICGSTAB_SOLVER_TIME: 0.801966 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127604
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963635(s) Flops=1436295168 => 1490.49709485438 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214666.345427799 Mflops = 214.666345427799 Gflops = 0.214666345427799 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159329000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021303
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042974 s
InvBiCGStab: k = 28 resid = 1.867255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116347(s) Flops=186697728 => 1604.66301666566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230965.779668164 Mflops = 230.965779668164 Gflops = 0.230965779668164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055787 s
InvBiCGStab: k = 47 resid = 1.046899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203386(s) Flops=311371776 => 1530.94006470455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220380.57400265 Mflops = 220.38057400265 Gflops = 0.22038057400265 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007582865 Relative Rsd = 3.32585371639418e-07
BICGSTAB_SOLVER_TIME: 0.422637 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043431 s
InvBiCGStab: k = 81 resid = 1.945622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378446(s) Flops=534472704 => 1412.28260835099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203342.598841063 Mflops = 203.342598841063 Gflops = 0.203342598841063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06079 s
InvBiCGStab: k = 105 resid = 1.052851e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.4194(s) Flops=691955712 => 1649.87055793991 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237549.681178354 Mflops = 237.549681178354 Gflops = 0.237549681178354 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001271257 Relative Rsd = 5.57574718392789e-07
BICGSTAB_SOLVER_TIME: 0.90656 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045519 s
InvBiCGStab: k = 60 resid = 2.067385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222075(s) Flops=396675072 => 1786.22119554205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257160.863916687 Mflops = 257.160863916687 Gflops = 0.257160863916687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059227 s
InvBiCGStab: k = 76 resid = 9.476004e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297035(s) Flops=501663744 => 1688.90448600333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243144.002564919 Mflops = 243.144002564919 Gflops = 0.243144002564919 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001122961 Relative Rsd = 4.92531962929325e-07
BICGSTAB_SOLVER_TIME: 0.627698 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042361 s
InvBiCGStab: k = 54 resid = 2.177152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222094(s) Flops=357304320 => 1608.79771628229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231605.011590648 Mflops = 231.605011590648 Gflops = 0.231605011590648 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063324 s
InvBiCGStab: k = 92 resid = 1.092342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355631(s) Flops=606652416 => 1705.84796038591 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245595.012033883 Mflops = 245.595012033883 Gflops = 0.245595012033883 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001140494 Relative Rsd = 5.00222094436244e-07
BICGSTAB_SOLVER_TIME: 0.68721 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 63 resid = 1.807176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247312(s) Flops=416360448 => 1683.54324901339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242352.86960659 Mflops = 242.35286960659 Gflops = 0.24235286960659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055931 s
InvBiCGStab: k = 96 resid = 1.027587e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382273(s) Flops=632899584 => 1655.62198742783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238359.133982376 Mflops = 238.359133982376 Gflops = 0.238359133982376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001166608 Relative Rsd = 5.11675697976764e-07
BICGSTAB_SOLVER_TIME: 0.730762 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127825
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.009538(s) Flops=1442488320 => 1428.85985470582 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205824.042320106 Mflops = 205.824042320106 Gflops = 0.205824042320106 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160063000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051239 s
InvBiCGStab: k = 26 resid = 2.147798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111945(s) Flops=173574144 => 1550.53056411631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223146.86252033 Mflops = 223.14686252033 Gflops = 0.22314686252033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064923 s
InvBiCGStab: k = 50 resid = 1.126968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199999(s) Flops=331057152 => 1655.29403647018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238274.336832355 Mflops = 238.274336832355 Gflops = 0.238274336832355 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007711112 Relative Rsd = 3.38210283379652e-07
BICGSTAB_SOLVER_TIME: 0.43196 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119261
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048219 s
InvBiCGStab: k = 54 resid = 2.164574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250496(s) Flops=357304320 => 1426.38732754216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205364.050108066 Mflops = 205.364050108066 Gflops = 0.205364050108066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060801 s
InvBiCGStab: k = 77 resid = 1.10156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331593(s) Flops=508225536 => 1532.678723616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220666.408655182 Mflops = 220.666408655182 Gflops = 0.220666408655182 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001125612 Relative Rsd = 4.93694596847475e-07
BICGSTAB_SOLVER_TIME: 0.695361 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109156
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054111 s
InvBiCGStab: k = 66 resid = 2.205721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275763(s) Flops=436045824 => 1581.23397265043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227653.778027757 Mflops = 227.653778027757 Gflops = 0.227653778027757 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057624 s
InvBiCGStab: k = 79 resid = 1.019567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29317(s) Flops=521349120 => 1778.31674455094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256022.545603631 Mflops = 256.022545603631 Gflops = 0.256022545603631 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001151264 Relative Rsd = 5.0494559470564e-07
BICGSTAB_SOLVER_TIME: 0.68452 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117697
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040829 s
InvBiCGStab: k = 71 resid = 1.267649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261977(s) Flops=468854784 => 1789.67918557736 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257649.063959528 Mflops = 257.649063959528 Gflops = 0.257649063959528 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056637 s
InvBiCGStab: k = 89 resid = 1.140225e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340485(s) Flops=586967040 => 1723.9145336799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248196.584563911 Mflops = 248.196584563911 Gflops = 0.248196584563911 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.00114685 Relative Rsd = 5.03009862844815e-07
BICGSTAB_SOLVER_TIME: 0.703719 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041207 s
InvBiCGStab: k = 65 resid = 1.613236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239257(s) Flops=429484032 => 1795.07405008004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258447.215111222 Mflops = 258.447215111222 Gflops = 0.258447215111222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056196 s
InvBiCGStab: k = 78 resid = 1.010919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285075(s) Flops=514787328 => 1805.79611681137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259975.946446965 Mflops = 259.975946446965 Gflops = 0.259975946446965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001097311 Relative Rsd = 4.81282139448855e-07
BICGSTAB_SOLVER_TIME: 0.625543 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116217
Monitoring force
num_pf = 1
MInvCG2: 226 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.021555(s) Flops=1461362688 => 1430.52766419821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206012.244802497 Mflops = 206.012244802497 Gflops = 0.206012244802497 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161956000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021227
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 27 resid = 2.214915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099225(s) Flops=180135936 => 1815.42893424036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  261291.582358931 Mflops = 261.291582358931 Gflops = 0.261291582358931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056186 s
InvBiCGStab: k = 57 resid = 8.144254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234946(s) Flops=376989696 => 1604.58018438279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230995.844502764 Mflops = 230.995844502764 Gflops = 0.230995844502764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007648609 Relative Rsd = 3.35468902890038e-07
BICGSTAB_SOLVER_TIME: 0.43514 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043583 s
InvBiCGStab: k = 56 resid = 2.165431e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211068(s) Flops=370427904 => 1755.01688555347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252656.046159308 Mflops = 252.656046159308 Gflops = 0.252656046159308 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061572 s
InvBiCGStab: k = 89 resid = 9.978625e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349136(s) Flops=586967040 => 1681.19884514917 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242046.974014665 Mflops = 242.046974014665 Gflops = 0.242046974014665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001172596 Relative Rsd = 5.14302168161907e-07
BICGSTAB_SOLVER_TIME: 0.669346 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117872
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043512 s
InvBiCGStab: k = 62 resid = 1.001006e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269536(s) Flops=409798656 => 1520.3856108275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218899.331707607 Mflops = 218.899331707607 Gflops = 0.218899331707607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072178 s
InvBiCGStab: k = 89 resid = 1.068928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394907(s) Flops=586967040 => 1486.34245531226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213997.191228287 Mflops = 213.997191228287 Gflops = 0.213997191228287 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001084679 Relative Rsd = 4.75741578663069e-07
BICGSTAB_SOLVER_TIME: 0.78397 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040994 s
InvBiCGStab: k = 68 resid = 2.250902e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252778(s) Flops=449169408 => 1776.9323596199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255823.462090982 Mflops = 255.823462090982 Gflops = 0.255823462090982 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056545 s
InvBiCGStab: k = 93 resid = 1.104777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341019(s) Flops=613214208 => 1798.1819429416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258885.401912286 Mflops = 258.885401912286 Gflops = 0.258885401912286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001199853 Relative Rsd = 5.26256873558936e-07
BICGSTAB_SOLVER_TIME: 0.695176 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129326
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042978 s
InvBiCGStab: k = 49 resid = 1.74236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198936(s) Flops=324495360 => 1631.15454216431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234854.986725307 Mflops = 234.854986725307 Gflops = 0.234854986725307 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058446 s
InvBiCGStab: k = 96 resid = 1.012117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364952(s) Flops=632899584 => 1734.19952212894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249678.775055481 Mflops = 249.678775055481 Gflops = 0.249678775055481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001106372 Relative Rsd = 4.85255876149778e-07
BICGSTAB_SOLVER_TIME: 0.669116 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114897
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117873
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.950297(s) Flops=1480163328 => 1557.57971244779 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224276.727290068 Mflops = 224.276727290068 Gflops = 0.224276727290068 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164257000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.771606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.029597(s) Flops=1669662720 => 1621.66626359634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233495.342346224 Mflops = 233.495342346224 Gflops = 0.233495342346224 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 288 resid = 1.138692e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.181256(s) Flops=1892763648 => 1602.33145736403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230732.029716077 Mflops = 230.732029716077 Gflops = 0.230732029716077 Tflops
BICGSTAB_SOLVER: 542 iterations. Rsd = 0.002278775 Relative Rsd = 1.00306305250498e-06
BICGSTAB_SOLVER_TIME: 2.214858 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.129048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.124995
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.386259
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.645694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.782377(s) Flops=1335011328 => 1706.35298328044 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245703.221420744 Mflops = 245.703221420744 Gflops = 0.245703221420744 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 1.059857e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.922646(s) Flops=1604044800 => 1738.52680226219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250336.889711434 Mflops = 250.336889711434 Gflops = 0.250336889711434 Tflops
BICGSTAB_SOLVER: 447 iterations. Rsd = 0.002023984 Relative Rsd = 8.89261121116511e-07
BICGSTAB_SOLVER_TIME: 1.708402 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.116267
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318879999999999
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.921125(s) Flops=1480163328 => 1606.9082133261 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231371.428044264 Mflops = 231.371428044264 Gflops = 0.231371428044264 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164231000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021288
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04109 s
InvBiCGStab: k = 26 resid = 2.149522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099667(s) Flops=173574144 => 1741.54077076665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250653.59433383 Mflops = 250.65359433383 Gflops = 0.25065359433383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.084062 s
InvBiCGStab: k = 52 resid = 9.239606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226601(s) Flops=344180736 => 1518.88445329014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218665.322584052 Mflops = 218.665322584052 Gflops = 0.218665322584052 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007288686 Relative Rsd = 3.19682662612993e-07
BICGSTAB_SOLVER_TIME: 0.455228 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699920000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042224 s
InvBiCGStab: k = 83 resid = 1.649289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337638(s) Flops=547596288 => 1621.84436585929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233504.670121412 Mflops = 233.504670121412 Gflops = 0.233504670121412 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055912 s
InvBiCGStab: k = 114 resid = 4.785157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.462488(s) Flops=751011840 => 1623.85151614745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233807.515661514 Mflops = 233.807515661514 Gflops = 0.233807515661514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001337023 Relative Rsd = 5.86419885459657e-07
BICGSTAB_SOLVER_TIME: 0.902037 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155048999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045233 s
InvBiCGStab: k = 61 resid = 2.156858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.229866(s) Flops=403236864 => 1754.22578371747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252544.889911031 Mflops = 252.544889911031 Gflops = 0.252544889911031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060462 s
InvBiCGStab: k = 80 resid = 9.083564e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35785(s) Flops=527910912 => 1475.22959899399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212401.542450938 Mflops = 212.401542450938 Gflops = 0.212401542450938 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001098061 Relative Rsd = 4.81610658844085e-07
BICGSTAB_SOLVER_TIME: 0.697809 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114805
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047198 s
InvBiCGStab: k = 73 resid = 2.176694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293471(s) Flops=481978368 => 1642.33729397453 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236449.101385011 Mflops = 236.449101385011 Gflops = 0.236449101385011 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060591 s
InvBiCGStab: k = 104 resid = 1.028528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431435(s) Flops=685393920 => 1588.63773221922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228730.919220939 Mflops = 228.730919220939 Gflops = 0.228730919220939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001243656 Relative Rsd = 5.4546902887209e-07
BICGSTAB_SOLVER_TIME: 0.836549 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115085
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040809 s
InvBiCGStab: k = 61 resid = 2.214461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223187(s) Flops=403236864 => 1806.72200441782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260120.540124509 Mflops = 260.120540124509 Gflops = 0.260120540124509 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055885 s
InvBiCGStab: k = 100 resid = 5.377877e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364186(s) Flops=659146752 => 1809.91787712872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260583.518824696 Mflops = 260.583518824696 Gflops = 0.260583518824696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001200866 Relative Rsd = 5.26701094687083e-07
BICGSTAB_SOLVER_TIME: 0.687975 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129119
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.940766(s) Flops=1498890240 => 1593.26574302218 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229411.620692136 Mflops = 229.411620692136 Gflops = 0.229411620692136 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166325000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049176 s
InvBiCGStab: k = 26 resid = 2.023688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100975(s) Flops=173574144 => 1718.98137162664 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247404.583364497 Mflops = 247.404583364497 Gflops = 0.247404583364497 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056914 s
InvBiCGStab: k = 48 resid = 1.102684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210216(s) Flops=317933568 => 1512.4137458614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217720.913585222 Mflops = 217.720913585222 Gflops = 0.217720913585222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.000731414 Relative Rsd = 3.20799061791886e-07
BICGSTAB_SOLVER_TIME: 0.421212 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671190000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041843 s
InvBiCGStab: k = 90 resid = 2.107127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342656(s) Flops=593528832 => 1732.14194994397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249402.162514521 Mflops = 249.402162514521 Gflops = 0.249402162514521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060813 s
InvBiCGStab: k = 100 resid = 1.10954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373061(s) Flops=659146752 => 1766.86051878915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254400.382182489 Mflops = 254.400382182489 Gflops = 0.25440038218249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001301714 Relative Rsd = 5.70933213614662e-07
BICGSTAB_SOLVER_TIME: 0.822283 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149995999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046837 s
InvBiCGStab: k = 63 resid = 1.46987e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265985(s) Flops=416360448 => 1565.3531138974 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225365.806994373 Mflops = 225.365806994373 Gflops = 0.225365806994373 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056893 s
InvBiCGStab: k = 79 resid = 1.02054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299095(s) Flops=521349120 => 1743.08871763152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250962.081898594 Mflops = 250.962081898594 Gflops = 0.250962081898594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001136761 Relative Rsd = 4.98584705569875e-07
BICGSTAB_SOLVER_TIME: 0.672609 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115733
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048759 s
InvBiCGStab: k = 74 resid = 2.152915e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324843(s) Flops=488540160 => 1503.92700473767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216525.023650165 Mflops = 216.525023650165 Gflops = 0.216525023650165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063353 s
InvBiCGStab: k = 99 resid = 1.03279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424807(s) Flops=652584960 => 1536.19163526025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221179.875076038 Mflops = 221.179875076038 Gflops = 0.221179875076038 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.00123946 Relative Rsd = 5.43628727963967e-07
BICGSTAB_SOLVER_TIME: 0.866795 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122192
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137993
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041478 s
InvBiCGStab: k = 63 resid = 2.083445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234284(s) Flops=416360448 => 1777.16125727749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255855.404080807 Mflops = 255.855404080807 Gflops = 0.255855404080807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 86 resid = 8.483607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31503(s) Flops=567281664 => 1800.72267403104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259245.277673035 Mflops = 259.245277673035 Gflops = 0.259245277673035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001150385 Relative Rsd = 5.04560245641947e-07
BICGSTAB_SOLVER_TIME: 0.651053 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120689
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.963927(s) Flops=1511424000 => 1567.98595744284 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225792.925684097 Mflops = 225.792925684097 Gflops = 0.225792925684097 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167992000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051873 s
InvBiCGStab: k = 29 resid = 1.934371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117208(s) Flops=193259520 => 1648.85946351785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237287.571652737 Mflops = 237.287571652737 Gflops = 0.237287571652737 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058375 s
InvBiCGStab: k = 49 resid = 8.789972e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181985(s) Flops=324495360 => 1783.08849630464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256655.94418635 Mflops = 256.65594418635 Gflops = 0.25665594418635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007333399 Relative Rsd = 3.21643771244012e-07
BICGSTAB_SOLVER_TIME: 0.413323 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126917
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0700080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041716 s
InvBiCGStab: k = 57 resid = 2.125872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2097(s) Flops=376989696 => 1797.75725321888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258825.239867942 Mflops = 258.825239867942 Gflops = 0.258825239867942 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055935 s
InvBiCGStab: k = 75 resid = 9.293029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30462(s) Flops=495101952 => 1625.31006499902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233994.351545721 Mflops = 233.994351545721 Gflops = 0.233994351545721 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001111386 Relative Rsd = 4.87455230273203e-07
BICGSTAB_SOLVER_TIME: 0.61665 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041114 s
InvBiCGStab: k = 63 resid = 2.236327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261659(s) Flops=416360448 => 1591.23304759248 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229090.967319887 Mflops = 229.090967319887 Gflops = 0.229090967319887 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069277 s
InvBiCGStab: k = 78 resid = 1.102145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330875(s) Flops=514787328 => 1555.83627653948 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224004.110736411 Mflops = 224.004110736411 Gflops = 0.224004110736411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001116875 Relative Rsd = 4.8986270454816e-07
BICGSTAB_SOLVER_TIME: 0.706746 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115049
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 61 resid = 1.272928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238347(s) Flops=403236864 => 1691.80591322735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243572.361944836 Mflops = 243.572361944836 Gflops = 0.243572361944836 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064255 s
InvBiCGStab: k = 86 resid = 9.108655e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370832(s) Flops=567281664 => 1529.75380765414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220244.793174305 Mflops = 220.244793174305 Gflops = 0.220244793174305 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001121598 Relative Rsd = 4.91934408922118e-07
BICGSTAB_SOLVER_TIME: 0.71794 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121407
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049912 s
InvBiCGStab: k = 58 resid = 2.19414e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258739(s) Flops=383551488 => 1482.38761068103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213427.37831451 Mflops = 213.42737831451 Gflops = 0.21342737831451 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061754 s
InvBiCGStab: k = 86 resid = 1.070249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322031(s) Flops=567281664 => 1761.57470554077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253615.741985063 Mflops = 253.615741985063 Gflops = 0.253615741985063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001145051 Relative Rsd = 5.02220681033707e-07
BICGSTAB_SOLVER_TIME: 0.696293 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116926
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025531(s) Flops=1524178944 => 1486.23390614228 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213988.617773718 Mflops = 213.988617773718 Gflops = 0.213988617773718 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169127000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044005 s
InvBiCGStab: k = 25 resid = 2.195743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116369(s) Flops=167012352 => 1435.19624642302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206571.257383589 Mflops = 206.571257383589 Gflops = 0.206571257383589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071226 s
InvBiCGStab: k = 42 resid = 1.001513e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194035(s) Flops=278562816 => 1435.63179838689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206656.566468293 Mflops = 206.656566468293 Gflops = 0.206656566468293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 67 iterations. Rsd = 0.0007241099 Relative Rsd = 3.175954870894e-07
BICGSTAB_SOLVER_TIME: 0.429872 sec
2Flav::invert,  n_count = 67
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119373
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0636030000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050617 s
InvBiCGStab: k = 54 resid = 1.526051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224876(s) Flops=357304320 => 1588.89485761042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228750.570393163 Mflops = 228.750570393163 Gflops = 0.228750570393163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057422 s
InvBiCGStab: k = 86 resid = 7.527982e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350032(s) Flops=567281664 => 1620.65657996983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233332.986653049 Mflops = 233.332986653049 Gflops = 0.233332986653049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001141229 Relative Rsd = 5.005443334638e-07
BICGSTAB_SOLVER_TIME: 0.687158 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117076
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114622
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041685 s
InvBiCGStab: k = 65 resid = 1.867044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249713(s) Flops=429484032 => 1719.91058535198 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247610.232629615 Mflops = 247.610232629615 Gflops = 0.247610232629615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065428 s
InvBiCGStab: k = 84 resid = 1.146088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367996(s) Flops=554158080 => 1505.88071609474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216808.936882107 Mflops = 216.808936882107 Gflops = 0.216808936882107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001152065 Relative Rsd = 5.05297039995873e-07
BICGSTAB_SOLVER_TIME: 0.728737 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117963
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042248 s
InvBiCGStab: k = 69 resid = 2.272234e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284568(s) Flops=455731200 => 1601.4843552332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230583.09759534 Mflops = 230.58309759534 Gflops = 0.23058309759534 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061346 s
InvBiCGStab: k = 88 resid = 9.661935e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351051(s) Flops=580405248 => 1653.33597682388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238039.279931252 Mflops = 238.039279931252 Gflops = 0.238039279931252 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001198248 Relative Rsd = 5.25553063900272e-07
BICGSTAB_SOLVER_TIME: 0.744417 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053694 s
InvBiCGStab: k = 62 resid = 1.98891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292589(s) Flops=409798656 => 1400.59488224096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201647.150333503 Mflops = 201.647150333503 Gflops = 0.201647150333503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069388 s
InvBiCGStab: k = 81 resid = 1.111378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35697(s) Flops=534472704 => 1497.24823934784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215560.43628272 Mflops = 215.56043628272 Gflops = 0.21556043628272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00106878 Relative Rsd = 4.68768328149159e-07
BICGSTAB_SOLVER_TIME: 0.776922 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116153
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.018926(s) Flops=1542832128 => 1514.17485469995 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218028.053785106 Mflops = 218.028053785106 Gflops = 0.218028053785106 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171440000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.388034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021369
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 1.289968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927068(s) Flops=1453123584 => 1567.4401273693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225723.857597158 Mflops = 225.723857597158 Gflops = 0.225723857597158 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 8.789241e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.916902(s) Flops=1512179712 => 1649.22719330964 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237478.190406015 Mflops = 237.478190406015 Gflops = 0.237478190406015 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002050212 Relative Rsd = 9.02465362363612e-07
BICGSTAB_SOLVER_TIME: 1.847417 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.114874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321721999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 1.509928e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.707737(s) Flops=1203775488 => 1700.87968835881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244941.084928977 Mflops = 244.941084928977 Gflops = 0.244941084928977 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 4.897353e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.876044(s) Flops=1525303296 => 1741.12635438403 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250710.513132626 Mflops = 250.710513132626 Gflops = 0.250710513132626 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.00202393 Relative Rsd = 8.89221479331212e-07
BICGSTAB_SOLVER_TIME: 1.587869 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119574
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.120599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001754
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296773999999999
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014765(s) Flops=1542832128 => 1520.38366321267 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218929.008924073 Mflops = 218.929008924073 Gflops = 0.218929008924073 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171387000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046019 s
InvBiCGStab: k = 24 resid = 2.11658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099695(s) Flops=160450560 => 1609.41431365665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231678.38510813 Mflops = 231.67838510813 Gflops = 0.23167838510813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063834 s
InvBiCGStab: k = 50 resid = 6.29994e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183538(s) Flops=331057152 => 1803.75263978032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259665.583879741 Mflops = 259.665583879741 Gflops = 0.259665583879741 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007319485 Relative Rsd = 3.21033477791808e-07
BICGSTAB_SOLVER_TIME: 0.396874 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052305 s
InvBiCGStab: k = 77 resid = 1.998457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336729(s) Flops=508225536 => 1509.30135509564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217294.891320747 Mflops = 217.294891320747 Gflops = 0.217294891320747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064279 s
InvBiCGStab: k = 101 resid = 1.000087e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424(s) Flops=665708544 => 1570.06732075472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226058.249153546 Mflops = 226.058249153546 Gflops = 0.226058249153546 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001256239 Relative Rsd = 5.50988144499966e-07
BICGSTAB_SOLVER_TIME: 0.881496 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043463 s
InvBiCGStab: k = 52 resid = 2.22138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196974(s) Flops=344180736 => 1747.34094855159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251552.045403874 Mflops = 251.552045403874 Gflops = 0.251552045403874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056953 s
InvBiCGStab: k = 93 resid = 8.020969e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346465(s) Flops=613214208 => 1769.91675349602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254819.000906352 Mflops = 254.819000906352 Gflops = 0.254819000906352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001105158 Relative Rsd = 4.84723831993998e-07
BICGSTAB_SOLVER_TIME: 0.647722 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117809
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041617 s
InvBiCGStab: k = 72 resid = 2.082841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263226(s) Flops=475416576 => 1806.1155660915 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260033.717700341 Mflops = 260.033717700341 Gflops = 0.260033717700341 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05609 s
InvBiCGStab: k = 91 resid = 1.025479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332704(s) Flops=600090624 => 1803.67721458113 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259678.645060008 Mflops = 259.678645060008 Gflops = 0.259678645060008 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001213742 Relative Rsd = 5.32348830202523e-07
BICGSTAB_SOLVER_TIME: 0.697489 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130662
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044774 s
InvBiCGStab: k = 65 resid = 2.24208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243753(s) Flops=429484032 => 1761.96408659586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253644.965909111 Mflops = 253.644965909111 Gflops = 0.253644965909111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05677 s
InvBiCGStab: k = 99 resid = 1.107166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3642(s) Flops=652584960 => 1791.8313014827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257976.376818185 Mflops = 257.976376818185 Gflops = 0.257976376818185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001130255 Relative Rsd = 4.95731325190078e-07
BICGSTAB_SOLVER_TIME: 0.713379 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131304
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.076567(s) Flops=1555439616 => 1444.81450388132 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208075.088413633 Mflops = 208.075088413633 Gflops = 0.208075088413633 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172651000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.40825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021254
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046886 s
InvBiCGStab: k = 29 resid = 2.17441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122178(s) Flops=193259520 => 1581.78657368757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227658.764441912 Mflops = 227.658764441912 Gflops = 0.227658764441912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061998 s
InvBiCGStab: k = 52 resid = 1.063334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206462(s) Flops=344180736 => 1667.04156697116 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239968.598011055 Mflops = 239.968598011055 Gflops = 0.239968598011055 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007936367 Relative Rsd = 3.48089991039188e-07
BICGSTAB_SOLVER_TIME: 0.441436 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042991 s
InvBiCGStab: k = 68 resid = 2.065606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254411(s) Flops=449169408 => 1765.52667927094 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254188.411267034 Mflops = 254.188411267034 Gflops = 0.254188411267034 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059193 s
InvBiCGStab: k = 108 resid = 1.1384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474521(s) Flops=711641088 => 1499.70409739506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215931.979809112 Mflops = 215.931979809112 Gflops = 0.215931979809112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001264826 Relative Rsd = 5.54754118468655e-07
BICGSTAB_SOLVER_TIME: 0.834903 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139905
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046098 s
InvBiCGStab: k = 68 resid = 2.150728e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281582(s) Flops=449169408 => 1595.16378177582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229679.328692041 Mflops = 229.679328692041 Gflops = 0.229679328692041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073911 s
InvBiCGStab: k = 81 resid = 7.534454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314328(s) Flops=534472704 => 1700.3661907307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244799.691869495 Mflops = 244.799691869495 Gflops = 0.244799691869495 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001129078 Relative Rsd = 4.95215109603232e-07
BICGSTAB_SOLVER_TIME: 0.719872 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001765
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047962 s
InvBiCGStab: k = 77 resid = 1.637681e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282548(s) Flops=508225536 => 1798.72282231692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258979.155760021 Mflops = 258.979155760021 Gflops = 0.258979155760021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056474 s
InvBiCGStab: k = 97 resid = 9.519081e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371191(s) Flops=639461376 => 1722.7286652963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248028.353636074 Mflops = 248.028353636074 Gflops = 0.248028353636074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.00123432 Relative Rsd = 5.41374280208672e-07
BICGSTAB_SOLVER_TIME: 0.762026 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042919 s
InvBiCGStab: k = 69 resid = 1.937881e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272927(s) Flops=455731200 => 1669.79155598383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240410.198755076 Mflops = 240.410198755076 Gflops = 0.240410198755076 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058232 s
InvBiCGStab: k = 92 resid = 1.116554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359345(s) Flops=606652416 => 1688.21721743728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243056.303400183 Mflops = 243.056303400183 Gflops = 0.243056303400183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001191692 Relative Rsd = 5.22677625643768e-07
BICGSTAB_SOLVER_TIME: 0.737279 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115622
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129234
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.110999(s) Flops=1561853952 => 1405.81040306967 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202435.879779797 Mflops = 202.435879779797 Gflops = 0.202435879779797 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173511000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.406423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047858 s
InvBiCGStab: k = 36 resid = 2.116777e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142023(s) Flops=239192064 => 1684.17836547601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242429.472930246 Mflops = 242.429472930246 Gflops = 0.242429472930246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056195 s
InvBiCGStab: k = 51 resid = 1.033618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209425(s) Flops=337618944 => 1612.1234045601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232076.633804028 Mflops = 232.076633804028 Gflops = 0.232076633804028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007267486 Relative Rsd = 3.18752810777972e-07
BICGSTAB_SOLVER_TIME: 0.45932 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763220000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04215 s
InvBiCGStab: k = 65 resid = 1.346314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239982(s) Flops=429484032 => 1789.65102382679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257646.941558219 Mflops = 257.646941558219 Gflops = 0.257646941558219 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05645 s
InvBiCGStab: k = 84 resid = 9.935075e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339943(s) Flops=554158080 => 1630.14999573458 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234689.126004198 Mflops = 234.689126004198 Gflops = 0.234689126004198 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00111534 Relative Rsd = 4.89189377649669e-07
BICGSTAB_SOLVER_TIME: 0.6829 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122989
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120793000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044712 s
InvBiCGStab: k = 64 resid = 1.830782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291556(s) Flops=422922240 => 1450.56949608309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208849.28540164 Mflops = 208.84928540164 Gflops = 0.20884928540164 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067468 s
InvBiCGStab: k = 91 resid = 1.00835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368348(s) Flops=600090624 => 1629.14044327647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234561.054450101 Mflops = 234.561054450101 Gflops = 0.234561054450101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001162366 Relative Rsd = 5.09814922048826e-07
BICGSTAB_SOLVER_TIME: 0.775983 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124741
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 70 resid = 2.187571e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273936(s) Flops=462292992 => 1687.59488347643 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242963.089698825 Mflops = 242.963089698825 Gflops = 0.242963089698825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056776 s
InvBiCGStab: k = 92 resid = 1.061458e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357704(s) Flops=606652416 => 1695.96206919688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244169.518691506 Mflops = 244.169518691506 Gflops = 0.244169518691506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001163487 Relative Rsd = 5.10306986303074e-07
BICGSTAB_SOLVER_TIME: 0.733165 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129968
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041194 s
InvBiCGStab: k = 71 resid = 2.052176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261572(s) Flops=468854784 => 1792.45020109186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258070.631070979 Mflops = 258.070631070979 Gflops = 0.258070631070979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062452 s
InvBiCGStab: k = 87 resid = 1.005121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331524(s) Flops=573843456 => 1730.92583342382 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249203.421485689 Mflops = 249.203421485689 Gflops = 0.249203421485689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001159939 Relative Rsd = 5.08750680557566e-07
BICGSTAB_SOLVER_TIME: 0.700589 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127133
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.077726(s) Flops=1568268288 => 1455.16419572322 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209546.494956438 Mflops = 209.546494956438 Gflops = 0.209546494956438 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174326000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04474 s
InvBiCGStab: k = 38 resid = 2.068989e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.145011(s) Flops=252315648 => 1739.97591906821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250483.811684479 Mflops = 250.483811684479 Gflops = 0.250483811684479 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060928 s
InvBiCGStab: k = 44 resid = 1.055976e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17691(s) Flops=291686400 => 1648.78412752247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237336.380742596 Mflops = 237.336380742596 Gflops = 0.237336380742596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007304786 Relative Rsd = 3.20388795497097e-07
BICGSTAB_SOLVER_TIME: 0.431622 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726090000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040826 s
InvBiCGStab: k = 67 resid = 2.232284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263(s) Flops=442607616 => 1682.91869201521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242287.435368397 Mflops = 242.287435368397 Gflops = 0.242287435368397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05855 s
InvBiCGStab: k = 87 resid = 1.084781e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332971(s) Flops=573843456 => 1723.40370783041 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248136.430308531 Mflops = 248.136430308531 Gflops = 0.248136430308531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001182124 Relative Rsd = 5.18480910360475e-07
BICGSTAB_SOLVER_TIME: 0.701682 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124358000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045847 s
InvBiCGStab: k = 67 resid = 1.639242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28235(s) Flops=442607616 => 1567.58496901009 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225700.549791718 Mflops = 225.700549791718 Gflops = 0.225700549791718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066374 s
InvBiCGStab: k = 82 resid = 1.107263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363512(s) Flops=541034496 => 1488.35388102731 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214286.983814753 Mflops = 214.286983814753 Gflops = 0.214286983814753 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001150888 Relative Rsd = 5.04780722289227e-07
BICGSTAB_SOLVER_TIME: 0.762368 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124777
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120448
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045641 s
InvBiCGStab: k = 66 resid = 1.904502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261927(s) Flops=436045824 => 1664.76088375769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239687.921676786 Mflops = 239.687921676786 Gflops = 0.239687921676786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062826 s
InvBiCGStab: k = 97 resid = 1.055997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371219(s) Flops=639461376 => 1722.598724742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248013.935209267 Mflops = 248.013935209267 Gflops = 0.248013935209267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001186897 Relative Rsd = 5.20574417311642e-07
BICGSTAB_SOLVER_TIME: 0.745468 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041636 s
InvBiCGStab: k = 63 resid = 1.159624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238227(s) Flops=416360448 => 1747.74667858807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251630.175970103 Mflops = 251.630175970103 Gflops = 0.251630175970103 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056637 s
InvBiCGStab: k = 90 resid = 8.963005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343707(s) Flops=593528832 => 1726.84534210825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248619.173975868 Mflops = 248.619173975868 Gflops = 0.248619173975868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001164965 Relative Rsd = 5.1095519173087e-07
BICGSTAB_SOLVER_TIME: 0.684029 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123567
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058216(s) Flops=1568415744 => 1482.13195037686 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213411.14603048 Mflops = 213.41114603048 Gflops = 0.21341114603048 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174317000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021197
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 1.600554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974947(s) Flops=1649977344 => 1692.37645123273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243687.271397731 Mflops = 243.687271397731 Gflops = 0.243687271397731 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 8.617925e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.987274(s) Flops=1604044800 => 1624.72099943886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233950.267945669 Mflops = 233.950267945669 Gflops = 0.233950267945669 Tflops
BICGSTAB_SOLVER: 495 iterations. Rsd = 0.002131381 Relative Rsd = 9.38222212541411e-07
BICGSTAB_SOLVER_TIME: 1.966856 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.121211
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.352723
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 2.050927e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760398(s) Flops=1269393408 => 1669.38025612903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240349.874914197 Mflops = 240.349874914197 Gflops = 0.240349874914197 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 1.041534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.863806(s) Flops=1420314624 => 1644.25186210793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236761.068506896 Mflops = 236.761068506896 Gflops = 0.236761068506896 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002022383 Relative Rsd = 8.88530442637523e-07
BICGSTAB_SOLVER_TIME: 1.627585 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001763
CLOV_LINOP: Time spent in clov deriv (total) = 0.11887
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.291768999999998
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.036882(s) Flops=1568415744 => 1512.62703374154 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217854.404050533 Mflops = 217.854404050533 Gflops = 0.217854404050533 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174067000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04249 s
InvBiCGStab: k = 32 resid = 2.148515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120714(s) Flops=212944896 => 1764.04473383369 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253922.146468244 Mflops = 253.922146468244 Gflops = 0.253922146468244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06533 s
InvBiCGStab: k = 62 resid = 1.018537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24877(s) Flops=409798656 => 1647.29933673674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237138.770698184 Mflops = 237.138770698184 Gflops = 0.237138770698184 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007422569 Relative Rsd = 3.25554780858047e-07
BICGSTAB_SOLVER_TIME: 0.48112 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0814230000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 68 resid = 2.261161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248311(s) Flops=449169408 => 1808.89855060791 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260425.922130898 Mflops = 260.425922130898 Gflops = 0.260425922130898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056181 s
InvBiCGStab: k = 127 resid = 8.154244e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46194(s) Flops=836315136 => 1810.44104429147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260665.648516775 Mflops = 260.665648516775 Gflops = 0.260665648516775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001356093 Relative Rsd = 5.94784058703664e-07
BICGSTAB_SOLVER_TIME: 0.811172 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153652999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042457 s
InvBiCGStab: k = 66 resid = 2.227977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253901(s) Flops=436045824 => 1717.3852170728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247243.759753802 Mflops = 247.243759753802 Gflops = 0.247243759753802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056321 s
InvBiCGStab: k = 99 resid = 6.197753e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370189(s) Flops=652584960 => 1762.84265604867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253805.56828259 Mflops = 253.80556828259 Gflops = 0.25380556828259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001152459 Relative Rsd = 5.05469928816552e-07
BICGSTAB_SOLVER_TIME: 0.727384 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131935
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05118 s
InvBiCGStab: k = 80 resid = 1.968439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345694(s) Flops=527910912 => 1527.10464167732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219877.88276576 Mflops = 219.87788276576 Gflops = 0.21987788276576 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074491 s
InvBiCGStab: k = 94 resid = 1.093157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393765(s) Flops=619776000 => 1573.97432478763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226628.038343096 Mflops = 226.628038343096 Gflops = 0.226628038343096 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001230511 Relative Rsd = 5.39703498167841e-07
BICGSTAB_SOLVER_TIME: 0.869022 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114873
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138511
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043212 s
InvBiCGStab: k = 69 resid = 9.243951e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273614(s) Flops=455731200 => 1665.5989825082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239793.426634439 Mflops = 239.793426634439 Gflops = 0.239793426634439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05688 s
InvBiCGStab: k = 103 resid = 1.113672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395987(s) Flops=678832128 => 1714.27882228457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246813.706382788 Mflops = 246.813706382788 Gflops = 0.246813706382788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.00130031 Relative Rsd = 5.7031763546283e-07
BICGSTAB_SOLVER_TIME: 0.77367 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137095
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014292(s) Flops=1574682624 => 1552.49437440106 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223537.948649643 Mflops = 223.537948649643 Gflops = 0.223537948649643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175355000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04307 s
InvBiCGStab: k = 30 resid = 2.056952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121076(s) Flops=199821312 => 1650.37919984142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237537.178638595 Mflops = 237.537178638595 Gflops = 0.237537178638595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066455 s
InvBiCGStab: k = 65 resid = 1.087363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258104(s) Flops=429484032 => 1663.99603260701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239552.400389234 Mflops = 239.552400389234 Gflops = 0.239552400389234 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007607983 Relative Rsd = 3.33687040037222e-07
BICGSTAB_SOLVER_TIME: 0.492596 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1158
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0819930000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041689 s
InvBiCGStab: k = 74 resid = 2.271288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272715(s) Flops=488540160 => 1791.39453275397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257893.783392814 Mflops = 257.893783392814 Gflops = 0.257893783392814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056295 s
InvBiCGStab: k = 113 resid = 9.735068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413365(s) Flops=744450048 => 1800.95084973329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259289.189375882 Mflops = 259.289189375882 Gflops = 0.259289189375882 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001291328 Relative Rsd = 5.66378159954664e-07
BICGSTAB_SOLVER_TIME: 0.787816 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040494 s
InvBiCGStab: k = 65 resid = 1.749699e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238194(s) Flops=429484032 => 1803.08501473589 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259583.765969236 Mflops = 259.583765969236 Gflops = 0.259583765969236 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056137 s
InvBiCGStab: k = 97 resid = 1.087312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354038(s) Flops=639461376 => 1806.19418254538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260045.412635873 Mflops = 260.045412635873 Gflops = 0.260045412635873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001205329 Relative Rsd = 5.28658782304816e-07
BICGSTAB_SOLVER_TIME: 0.692716 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12997
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047523 s
InvBiCGStab: k = 83 resid = 2.073709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360551(s) Flops=547596288 => 1518.77622860566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218675.326104269 Mflops = 218.675326104269 Gflops = 0.218675326104269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064242 s
InvBiCGStab: k = 89 resid = 8.675211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401189(s) Flops=586967040 => 1463.06862850178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210654.618801485 Mflops = 210.654618801485 Gflops = 0.210654618801485 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001203457 Relative Rsd = 5.27837790176141e-07
BICGSTAB_SOLVER_TIME: 0.877348 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041803 s
InvBiCGStab: k = 65 resid = 1.944519e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267602(s) Flops=429484032 => 1604.93580765465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231070.418482193 Mflops = 231.070418482193 Gflops = 0.231070418482193 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057991 s
InvBiCGStab: k = 91 resid = 6.310107e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339765(s) Flops=600090624 => 1766.19317469427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254285.753273255 Mflops = 254.285753273255 Gflops = 0.254285753273255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001198378 Relative Rsd = 5.25610199928134e-07
BICGSTAB_SOLVER_TIME: 0.711706 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125836
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047905(s) Flops=1580802048 => 1508.5356477925 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217260.98151745 Mflops = 217.26098151745 Gflops = 0.21726098151745 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175549000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.473972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021309
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 26 resid = 2.005551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101937(s) Flops=173574144 => 1702.75899820477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245064.488059156 Mflops = 245.064488059156 Gflops = 0.245064488059156 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057286 s
InvBiCGStab: k = 65 resid = 8.817006e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266818(s) Flops=429484032 => 1609.65164269277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231727.143187029 Mflops = 231.727143187029 Gflops = 0.231727143187029 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 91 iterations. Rsd = 0.0008066514 Relative Rsd = 3.53798258065825e-07
BICGSTAB_SOLVER_TIME: 0.471726 sec
2Flav::invert,  n_count = 91
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0792520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04112 s
InvBiCGStab: k = 58 resid = 2.178994e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212122(s) Flops=383551488 => 1808.16458453154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260297.037542743 Mflops = 260.297037542743 Gflops = 0.260297037542743 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056229 s
InvBiCGStab: k = 85 resid = 7.854039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309983(s) Flops=560719872 => 1808.87297690519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260421.969389217 Mflops = 260.421969389217 Gflops = 0.260421969389217 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001161593 Relative Rsd = 5.0947613961374e-07
BICGSTAB_SOLVER_TIME: 0.623283 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116476
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040721 s
InvBiCGStab: k = 65 resid = 2.266832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237689(s) Flops=429484032 => 1806.91589429885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260140.702493936 Mflops = 260.140702493936 Gflops = 0.260140702493936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056303 s
InvBiCGStab: k = 94 resid = 8.249563e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342882(s) Flops=619776000 => 1807.54895270093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260237.905891712 Mflops = 260.237905891712 Gflops = 0.260237905891712 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001165187 Relative Rsd = 5.11052460839964e-07
BICGSTAB_SOLVER_TIME: 0.681517 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127922
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041108 s
InvBiCGStab: k = 76 resid = 1.43035e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293821(s) Flops=501663744 => 1707.37879184946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245820.209110163 Mflops = 245.820209110163 Gflops = 0.245820209110163 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064319 s
InvBiCGStab: k = 82 resid = 1.09951e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358633(s) Flops=541034496 => 1508.60209740877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217203.427636003 Mflops = 217.203427636003 Gflops = 0.217203427636003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001161847 Relative Rsd = 5.09587399135376e-07
BICGSTAB_SOLVER_TIME: 0.762276 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054639 s
InvBiCGStab: k = 64 resid = 1.735321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284031(s) Flops=422922240 => 1489.00028518014 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214379.052071184 Mflops = 214.379052071184 Gflops = 0.214379052071184 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057376 s
InvBiCGStab: k = 95 resid = 1.058387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372523(s) Flops=626337792 => 1681.33992263565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242074.379178642 Mflops = 242.074379178642 Gflops = 0.242074379178642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001186662 Relative Rsd = 5.2047158267347e-07
BICGSTAB_SOLVER_TIME: 0.773454 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127657
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.063874(s) Flops=1580728320 => 1485.82287000152 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213954.344942632 Mflops = 213.954344942632 Gflops = 0.213954344942632 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175589000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021229
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045964 s
InvBiCGStab: k = 32 resid = 2.073233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13179(s) Flops=212944896 => 1615.78948326884 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232571.688600592 Mflops = 232.571688600592 Gflops = 0.232571688600592 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 65 resid = 6.375803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240387(s) Flops=429484032 => 1786.63584969237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257211.719816761 Mflops = 257.211719816761 Gflops = 0.257211719816761 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007787884 Relative Rsd = 3.41577505060955e-07
BICGSTAB_SOLVER_TIME: 0.478639 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11412
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0833890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050858 s
InvBiCGStab: k = 78 resid = 1.703618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316428(s) Flops=514787328 => 1626.87034017217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234241.184862935 Mflops = 234.241184862935 Gflops = 0.234241184862935 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055966 s
InvBiCGStab: k = 94 resid = 1.044758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343053(s) Flops=619776000 => 1806.64795235722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260108.005513745 Mflops = 260.108005513745 Gflops = 0.260108005513745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001175287 Relative Rsd = 5.15482162445985e-07
BICGSTAB_SOLVER_TIME: 0.770132 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13746
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041074 s
InvBiCGStab: k = 68 resid = 1.879517e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248502(s) Flops=449169408 => 1807.5082212618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260232.096355145 Mflops = 260.232096355145 Gflops = 0.260232096355145 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056275 s
InvBiCGStab: k = 91 resid = 1.129303e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332094(s) Flops=600090624 => 1806.99026179335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260164.816115175 Mflops = 260.164816115175 Gflops = 0.260164816115175 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001129189 Relative Rsd = 4.95263820747629e-07
BICGSTAB_SOLVER_TIME: 0.681796 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12786
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040681 s
InvBiCGStab: k = 76 resid = 2.010868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278586(s) Flops=501663744 => 1800.750016153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259265.774273845 Mflops = 259.265774273845 Gflops = 0.259265774273845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056339 s
InvBiCGStab: k = 92 resid = 1.029981e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393574(s) Flops=606652416 => 1541.39352701144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221918.40639885 Mflops = 221.91840639885 Gflops = 0.22191840639885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001190394 Relative Rsd = 5.22108409880942e-07
BICGSTAB_SOLVER_TIME: 0.773565 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134263
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045827 s
InvBiCGStab: k = 66 resid = 1.612755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320782(s) Flops=436045824 => 1359.32135843034 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  195712.888624168 Mflops = 195.712888624168 Gflops = 0.195712888624168 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060994 s
InvBiCGStab: k = 91 resid = 8.667043e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357262(s) Flops=600090624 => 1679.69340148127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241826.935318999 Mflops = 241.826935318999 Gflops = 0.241826935318999 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001121931 Relative Rsd = 4.92080389175609e-07
BICGSTAB_SOLVER_TIME: 0.788783 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126557
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.054964(s) Flops=1574682624 => 1492.6410986536 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214928.279991482 Mflops = 214.928279991482 Gflops = 0.214928279991482 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174741000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021359
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.156749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.752894(s) Flops=1243146240 => 1651.15705530925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237719.477468858 Mflops = 237.719477468858 Gflops = 0.237719477468858 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 282 resid = 9.678457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.03375(s) Flops=1853392896 => 1792.88309165659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258164.73351871 Mflops = 258.16473351871 Gflops = 0.25816473351871 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002111583 Relative Rsd = 9.29547136317965e-07
BICGSTAB_SOLVER_TIME: 1.789995 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335838999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.053021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.732006(s) Flops=1321887744 => 1805.84277178056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260005.821541934 Mflops = 260.005821541934 Gflops = 0.260005821541934 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 8.516108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.899799(s) Flops=1407191040 => 1563.89486985427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225187.220216043 Mflops = 225.187220216043 Gflops = 0.225187220216043 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.00197185 Relative Rsd = 8.66334667433475e-07
BICGSTAB_SOLVER_TIME: 1.635406 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.124831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296329999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 289 resid = 1.692659e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.164986(s) Flops=1899325440 => 1630.34185818542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234766.606188294 Mflops = 234.766606188294 Gflops = 0.234766606188294 Tflops
InvBiCGStab: k = 396 resid = 9.817684e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.535018(s) Flops=2601437184 => 1694.72747811426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244034.256412946 Mflops = 244.034256412946 Gflops = 0.244034256412946 Tflops
BICGSTAB_SOLVER: 685 iterations. Rsd = 0.00209823 Relative Rsd = 9.2366913957772e-07
BICGSTAB_SOLVER_TIME: 2.704742 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.491892999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 300 resid = 1.900665e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.218968(s) Flops=1971505152 => 1617.35595356072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232895.818050219 Mflops = 232.895818050219 Gflops = 0.232895818050219 Tflops
InvBiCGStab: k = 311 resid = 6.05559e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.17356(s) Flops=2043684864 => 1741.44045809332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250759.085270351 Mflops = 250.759085270351 Gflops = 0.250759085270351 Tflops
BICGSTAB_SOLVER: 611 iterations. Rsd = 0.001960405 Relative Rsd = 8.61305976918706e-07
BICGSTAB_SOLVER_TIME: 2.397136 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.437024999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 242 resid = 1.848337e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883213(s) Flops=1590921216 => 1801.28826908118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259296.188363178 Mflops = 259.296188363178 Gflops = 0.259296188363178 Tflops
InvBiCGStab: k = 250 resid = 9.857694e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97594(s) Flops=1643415552 => 1683.93093018013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242475.522294656 Mflops = 242.475522294656 Gflops = 0.242475522294656 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.001903803 Relative Rsd = 8.35010317802222e-07
BICGSTAB_SOLVER_TIME: 1.863816 sec
2Flav::invert,  n_count = 492
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350935000000003
MInvCG2: 354 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.649549(s) Flops=2282489856 => 1383.7053982634 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199260.237188026 Mflops = 199.260237188026 Gflops = 0.199260237188026 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254006000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = -0.120001238566147
AccProb = 1
AcceptP = 1
After HMC trajectory call: time= 480.61861 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.055747 secs
Doing Update: 2779 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 311 resid = 2.012353e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.206393(s) Flops=2043684864 => 1694.04569157812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243964.023319001 Mflops = 243.964023319001 Gflops = 0.243964023319001 Tflops
InvBiCGStab: k = 308 resid = 9.71342e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.17146(s) Flops=2023999488 => 1727.75808649036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248789.206284324 Mflops = 248.789206284324 Gflops = 0.248789206284324 Tflops
BICGSTAB_SOLVER: 619 iterations. Rsd = 0.003333641 Relative Rsd = 1.4664407608792e-06
BICGSTAB_SOLVER_TIME: 2.382623 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.444585999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
InvBiCGStab: k = 235 resid = 1.889755e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.984222(s) Flops=1544988672 => 1569.75628669142 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226050.525661438 Mflops = 226.050525661438 Gflops = 0.226050525661438 Tflops
InvBiCGStab: k = 257 resid = 1.124644e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97893(s) Flops=1689348096 => 1725.70877999448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248492.864343488 Mflops = 248.492864343488 Gflops = 0.248492864343488 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.001865412 Relative Rsd = 8.19726703903007e-07
BICGSTAB_SOLVER_TIME: 1.968049 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.353748999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000381
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00035
MInvCG2: 371 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.569528(s) Flops=2384971776 => 1519.54713518969 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218852.529551319 Mflops = 218.852529551319 Gflops = 0.218852529551319 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265988000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 301 resid = 2.177537e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.314798(s) Flops=1978066944 => 1504.46452154628 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216641.222637398 Mflops = 216.641222637398 Gflops = 0.216641222637398 Tflops
InvBiCGStab: k = 369 resid = 1.10486e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.479372(s) Flops=2424268800 => 1638.71480601228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235968.571773159 Mflops = 235.968571773159 Gflops = 0.235968571773159 Tflops
BICGSTAB_SOLVER: 670 iterations. Rsd = 0.004716393 Relative Rsd = 2.07470168549257e-06
BICGSTAB_SOLVER_TIME: 2.801334 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.478990000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 282 resid = 2.189482e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.044191(s) Flops=1853392896 => 1774.95582321625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255565.596101385 Mflops = 255.565596101385 Gflops = 0.255565596101386 Tflops
InvBiCGStab: k = 288 resid = 1.083303e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.13356(s) Flops=1892763648 => 1669.75162144042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240437.068957996 Mflops = 240.437068957996 Gflops = 0.240437068957996 Tflops
BICGSTAB_SOLVER: 570 iterations. Rsd = 0.00206369 Relative Rsd = 9.06856724579917e-07
BICGSTAB_SOLVER_TIME: 2.182456 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.407826999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 255 resid = 1.057516e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000231(s) Flops=1676224512 => 1675.83739356209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241272.137571836 Mflops = 241.272137571836 Gflops = 0.241272137571836 Tflops
InvBiCGStab: k = 268 resid = 9.97509e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.068854(s) Flops=1761527808 => 1648.05278176439 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237310.935489611 Mflops = 237.310935489611 Gflops = 0.237310935489611 Tflops
BICGSTAB_SOLVER: 523 iterations. Rsd = 0.001908112 Relative Rsd = 8.36889043634954e-07
BICGSTAB_SOLVER_TIME: 2.074657 sec
2Flav::invert,  n_count = 523
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.372532000000002
MInvCG2: 354 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.5375(s) Flops=2282342400 => 1484.45034146341 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213773.111247459 Mflops = 213.773111247459 Gflops = 0.213773111247459 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.254154000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.247669e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825969(s) Flops=1315325952 => 1592.46406584266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229117.280679193 Mflops = 229.117280679193 Gflops = 0.229117280679193 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.015331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.003067(s) Flops=1702471680 => 1697.26616467295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244395.346634358 Mflops = 244.395346634358 Gflops = 0.244395346634358 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.004714659 Relative Rsd = 2.07393906435642e-06
BICGSTAB_SOLVER_TIME: 1.832458 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327753999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 5.788046e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.778014(s) Flops=1354696704 => 1741.22407051801 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250668.031158635 Mflops = 250.668031158635 Gflops = 0.250668031158635 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 6.312243e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850491(s) Flops=1446561792 => 1700.85490851755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244909.016697745 Mflops = 244.909016697745 Gflops = 0.244909016697745 Tflops
BICGSTAB_SOLVER: 426 iterations. Rsd = 0.002018944 Relative Rsd = 8.87193945191993e-07
BICGSTAB_SOLVER_TIME: 1.632392 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121977
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0.121577
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304093999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.077739(s) Flops=1580285952 => 1466.29745420737 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211131.631995213 Mflops = 211.131631995213 Gflops = 0.211131631995213 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175674000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.413627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 171 resid = 1.960344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690767(s) Flops=1125033984 => 1628.67361063861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234423.216281884 Mflops = 234.423216281884 Gflops = 0.234423216281884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 212 resid = 9.382796e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.913863(s) Flops=1394067456 => 1525.46656993444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219649.697095075 Mflops = 219.649697095075 Gflops = 0.219649697095075 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 383 iterations. Rsd = 0.001962639 Relative Rsd = 8.60804626120739e-07
BICGSTAB_SOLVER_TIME: 1.609098 sec
2Flav::invert,  n_count = 383
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116531
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00176
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275104999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000187 s
InvBiCGStab: k = 149 resid = 7.059337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.548862(s) Flops=980674560 => 1786.74158531653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257170.482684134 Mflops = 257.170482684134 Gflops = 0.257170482684134 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.9e-05 s
InvBiCGStab: k = 178 resid = 6.639845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.680117(s) Flops=1170966528 => 1721.71336402413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247886.189211562 Mflops = 247.886189211562 Gflops = 0.247886189211562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 327 iterations. Rsd = 0.001728662 Relative Rsd = 7.58183280308876e-07
BICGSTAB_SOLVER_TIME: 1.233087 sec
2Flav::invert,  n_count = 327
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.235131999999996
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.004745 s
InvBiCGStab: k = 123 resid = 2.128345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.44867(s) Flops=810067968 => 1805.48725789556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259964.884283874 Mflops = 259.964884283874 Gflops = 0.259964884283874 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007091 s
InvBiCGStab: k = 134 resid = 8.048848e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.489653(s) Flops=882247680 => 1801.78142480491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259423.055218384 Mflops = 259.423055218384 Gflops = 0.259423055218384 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 257 iterations. Rsd = 0.001517311 Relative Rsd = 6.6548575571475e-07
BICGSTAB_SOLVER_TIME: 0.954061 sec
2Flav::invert,  n_count = 257
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118519
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.187292999999998
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.007934 s
InvBiCGStab: k = 101 resid = 1.027531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418529(s) Flops=665708544 => 1590.59119917616 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229018.810166287 Mflops = 229.018810166287 Gflops = 0.229018810166287 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.012826 s
InvBiCGStab: k = 117 resid = 1.126009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.496069(s) Flops=770697216 => 1553.60890521278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223692.886448307 Mflops = 223.692886448307 Gflops = 0.223692886448307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 218 iterations. Rsd = 0.001397791 Relative Rsd = 6.13064570048539e-07
BICGSTAB_SOLVER_TIME: 0.939307 sec
2Flav::invert,  n_count = 218
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160623999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010268 s
InvBiCGStab: k = 88 resid = 1.952015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352157(s) Flops=580405248 => 1648.14343602427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237296.908659979 Mflops = 237.296908659979 Gflops = 0.237296908659979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.017197 s
InvBiCGStab: k = 107 resid = 8.78037e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.412479(s) Flops=705079296 => 1709.37016429927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246114.514449259 Mflops = 246.114514449259 Gflops = 0.246114514449259 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001341871 Relative Rsd = 5.88538472329086e-07
BICGSTAB_SOLVER_TIME: 0.795862 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145211
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983981(s) Flops=1580433408 => 1606.16252549592 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231273.14492525 Mflops = 231.27314492525 Gflops = 0.23127314492525 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175507000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.437932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.013646 s
InvBiCGStab: k = 29 resid = 2.19046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110254(s) Flops=193259520 => 1752.85722059971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252288.754463151 Mflops = 252.288754463151 Gflops = 0.252288754463151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019391 s
InvBiCGStab: k = 52 resid = 9.279686e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193892(s) Flops=344180736 => 1775.11571390258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255518.685470189 Mflops = 255.518685470189 Gflops = 0.255518685470189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007789934 Relative Rsd = 3.41662976697974e-07
BICGSTAB_SOLVER_TIME: 0.341046 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0648030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016899 s
InvBiCGStab: k = 94 resid = 1.813126e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342591(s) Flops=619776000 => 1809.08430168919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260475.007975435 Mflops = 260.475007975435 Gflops = 0.260475007975435 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.023851 s
InvBiCGStab: k = 113 resid = 8.099806e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411888(s) Flops=744450048 => 1807.40892669852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260227.981963134 Mflops = 260.227981963134 Gflops = 0.260227981963134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001352504 Relative Rsd = 5.93202120435866e-07
BICGSTAB_SOLVER_TIME: 0.799136 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155546999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020031 s
InvBiCGStab: k = 63 resid = 2.172572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244695(s) Flops=416360448 => 1701.54865444737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244967.715719263 Mflops = 244.967715719263 Gflops = 0.244967715719263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.034007 s
InvBiCGStab: k = 105 resid = 8.934449e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458153(s) Flops=691955712 => 1510.31579406879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217457.863653659 Mflops = 217.457863653659 Gflops = 0.217457863653659 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001206534 Relative Rsd = 5.29180379441487e-07
BICGSTAB_SOLVER_TIME: 0.760723 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128873
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.029359 s
InvBiCGStab: k = 74 resid = 2.18476e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316233(s) Flops=488540160 => 1544.87406437658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222421.320381688 Mflops = 222.421320381688 Gflops = 0.222421320381688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.039507 s
InvBiCGStab: k = 112 resid = 4.72933e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.498994(s) Flops=737888256 => 1478.75176054221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212918.068397286 Mflops = 212.918068397286 Gflops = 0.212918068397286 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001283124 Relative Rsd = 5.62772452226561e-07
BICGSTAB_SOLVER_TIME: 0.888163 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142575
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.027571 s
InvBiCGStab: k = 71 resid = 1.676262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268013(s) Flops=468854784 => 1749.37329159406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251868.639459852 Mflops = 251.868639459852 Gflops = 0.251868639459852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039865 s
InvBiCGStab: k = 95 resid = 5.126608e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351123(s) Flops=626337792 => 1783.81305696294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256823.203165448 Mflops = 256.823203165448 Gflops = 0.256823203165448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001255999 Relative Rsd = 5.50875651235957e-07
BICGSTAB_SOLVER_TIME: 0.690266 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13125
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985539(s) Flops=1586626560 => 1609.90743136497 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231873.856629117 Mflops = 231.873856629117 Gflops = 0.231873856629117 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176217000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.422466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032099 s
InvBiCGStab: k = 34 resid = 2.204877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129326(s) Flops=226068480 => 1748.05128125822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251657.750558467 Mflops = 251.657750558467 Gflops = 0.251657750558467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.0467 s
InvBiCGStab: k = 59 resid = 6.655389e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243753(s) Flops=390113280 => 1600.44504067642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230410.422723677 Mflops = 230.410422723677 Gflops = 0.230410422723677 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007562155 Relative Rsd = 3.31672676360538e-07
BICGSTAB_SOLVER_TIME: 0.455638 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114146
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0786180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.036444 s
InvBiCGStab: k = 67 resid = 1.646475e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251539(s) Flops=442607616 => 1759.59837639491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253332.040822273 Mflops = 253.332040822273 Gflops = 0.253332040822273 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.05425 s
InvBiCGStab: k = 94 resid = 8.389367e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36704(s) Flops=619776000 => 1688.57890148213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243126.676362407 Mflops = 243.126676362407 Gflops = 0.243126676362407 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001175377 Relative Rsd = 5.15515141960284e-07
BICGSTAB_SOLVER_TIME: 0.712946 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051368 s
InvBiCGStab: k = 65 resid = 1.624356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246551(s) Flops=429484032 => 1741.96832298389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250795.558858234 Mflops = 250.795558858234 Gflops = 0.250795558858234 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056526 s
InvBiCGStab: k = 102 resid = 1.128462e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422157(s) Flops=672270336 => 1592.4652108102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229289.515838956 Mflops = 229.289515838956 Gflops = 0.229289515838956 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001126047 Relative Rsd = 4.93878894637681e-07
BICGSTAB_SOLVER_TIME: 0.780301 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121767
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045976 s
InvBiCGStab: k = 65 resid = 1.813128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258413(s) Flops=429484032 => 1662.0062922531 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239287.313929661 Mflops = 239.287313929661 Gflops = 0.239287313929661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064722 s
InvBiCGStab: k = 88 resid = 1.014782e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385622(s) Flops=580405248 => 1505.11445923728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216702.265388257 Mflops = 216.702265388257 Gflops = 0.216702265388257 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001168356 Relative Rsd = 5.12435708636059e-07
BICGSTAB_SOLVER_TIME: 0.759003 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123422
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044863 s
InvBiCGStab: k = 66 resid = 2.147162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26493(s) Flops=436045824 => 1645.89070320462 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236962.253944059 Mflops = 236.962253944059 Gflops = 0.236962253944059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066664 s
InvBiCGStab: k = 91 resid = 1.091117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361611(s) Flops=600090624 => 1659.49217252794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238928.912801068 Mflops = 238.928912801068 Gflops = 0.238928912801068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001199428 Relative Rsd = 5.26063570759644e-07
BICGSTAB_SOLVER_TIME: 0.741808 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126361
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.017569(s) Flops=1580580864 => 1553.29109279076 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223683.345543577 Mflops = 223.683345543577 Gflops = 0.223683345543577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175628000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021282
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045393 s
InvBiCGStab: k = 32 resid = 1.65899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142497(s) Flops=212944896 => 1494.38160803385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215104.33237837 Mflops = 215.10433237837 Gflops = 0.21510433237837 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06612 s
InvBiCGStab: k = 53 resid = 9.66723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211445(s) Flops=350742528 => 1658.78846981485 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238805.43866465 Mflops = 238.80543866465 Gflops = 0.23880543866465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007529602 Relative Rsd = 3.3024490706397e-07
BICGSTAB_SOLVER_TIME: 0.469136 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04206 s
InvBiCGStab: k = 72 resid = 2.124355e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270032(s) Flops=475416576 => 1760.59347040351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253472.300902083 Mflops = 253.472300902083 Gflops = 0.253472300902083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056592 s
InvBiCGStab: k = 100 resid = 8.622441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401685(s) Flops=659146752 => 1640.95435975951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236263.305220483 Mflops = 236.263305220483 Gflops = 0.236263305220483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001236237 Relative Rsd = 5.42207887118515e-07
BICGSTAB_SOLVER_TIME: 0.773995 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042167 s
InvBiCGStab: k = 69 resid = 2.049036e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262891(s) Flops=455731200 => 1733.53671293426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249582.86614738 Mflops = 249.58286614738 Gflops = 0.24958286614738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068706 s
InvBiCGStab: k = 83 resid = 1.096325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319095(s) Flops=547596288 => 1716.091721901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247073.239994368 Mflops = 247.073239994368 Gflops = 0.247073239994368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001157527 Relative Rsd = 5.07686281019991e-07
BICGSTAB_SOLVER_TIME: 0.696541 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122875000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040755 s
InvBiCGStab: k = 74 resid = 1.740656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274877(s) Flops=488540160 => 1777.30461260855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255884.911744995 Mflops = 255.884911744995 Gflops = 0.255884911744995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056806 s
InvBiCGStab: k = 90 resid = 1.06428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362264(s) Flops=593528832 => 1638.38756266148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235884.643969089 Mflops = 235.884643969089 Gflops = 0.235884643969089 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001215168 Relative Rsd = 5.32967136302719e-07
BICGSTAB_SOLVER_TIME: 0.738683 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041641 s
InvBiCGStab: k = 64 resid = 2.265276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279743(s) Flops=422922240 => 1511.82421007854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217667.942038516 Mflops = 217.667942038516 Gflops = 0.217667942038516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06655 s
InvBiCGStab: k = 94 resid = 1.123635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381043(s) Flops=619776000 => 1626.52509034413 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234185.080808522 Mflops = 234.185080808522 Gflops = 0.234185080808522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001174915 Relative Rsd = 5.15312232573431e-07
BICGSTAB_SOLVER_TIME: 0.772646 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127037
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.030992(s) Flops=1580580864 => 1533.06801992644 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220770.271173111 Mflops = 220.770271173111 Gflops = 0.220770271173111 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175339000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.890562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.923978(s) Flops=1492494336 => 1615.2920697246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232559.593208063 Mflops = 232.559593208063 Gflops = 0.232559593208063 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 272 resid = 1.074723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.050093(s) Flops=1787774976 => 1702.49204213341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245154.987386782 Mflops = 245.154987386782 Gflops = 0.245154987386782 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.002187727 Relative Rsd = 9.62328086759156e-07
BICGSTAB_SOLVER_TIME: 1.977643 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115338
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.116348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355485999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 170 resid = 1.988761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.656521(s) Flops=1118472192 => 1703.63505813218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245224.173664119 Mflops = 245.224173664119 Gflops = 0.245224173664119 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 6.784267e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918901(s) Flops=1459685376 => 1588.51212045694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228741.226594332 Mflops = 228.741226594332 Gflops = 0.228741226594332 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.002040036 Relative Rsd = 8.96482044748138e-07
BICGSTAB_SOLVER_TIME: 1.579287 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.12194
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.279557999999998
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.043185(s) Flops=1580580864 => 1515.14914804181 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218175.380279616 Mflops = 218.175380279616 Gflops = 0.218175380279616 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175288000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042464 s
InvBiCGStab: k = 37 resid = 1.214619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149855(s) Flops=245753856 => 1639.94431950886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236081.964705833 Mflops = 236.081964705833 Gflops = 0.236081964705833 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060648 s
InvBiCGStab: k = 59 resid = 9.176136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253962(s) Flops=390113280 => 1536.10886668084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221157.230188067 Mflops = 221.157230188067 Gflops = 0.221157230188067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007677408 Relative Rsd = 3.36727616889599e-07
BICGSTAB_SOLVER_TIME: 0.510879 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0827990000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04802 s
InvBiCGStab: k = 88 resid = 2.257489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380675(s) Flops=580405248 => 1524.6739292047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219521.329422786 Mflops = 219.521329422786 Gflops = 0.219521329422786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058035 s
InvBiCGStab: k = 120 resid = 1.075768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.46345(s) Flops=790382592 => 1705.43228395728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245550.698172666 Mflops = 245.550698172666 Gflops = 0.245550698172666 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 208 iterations. Rsd = 0.001383882 Relative Rsd = 6.0696421727964e-07
BICGSTAB_SOLVER_TIME: 0.953908 sec
2Flav::invert,  n_count = 208
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162469999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043134 s
InvBiCGStab: k = 71 resid = 2.215804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283576(s) Flops=468854784 => 1653.36553163878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238041.586845799 Mflops = 238.041586845799 Gflops = 0.238041586845799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061846 s
InvBiCGStab: k = 89 resid = 9.108812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342008(s) Flops=586967040 => 1716.23774882459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247092.423984973 Mflops = 247.092423984973 Gflops = 0.247092423984973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001179032 Relative Rsd = 5.17118044421649e-07
BICGSTAB_SOLVER_TIME: 0.734245 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128505
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044099 s
InvBiCGStab: k = 69 resid = 1.928488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266883(s) Flops=455731200 => 1707.60670406133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245850.131178671 Mflops = 245.850131178671 Gflops = 0.245850131178671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05857 s
InvBiCGStab: k = 86 resid = 1.079547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340032(s) Flops=567281664 => 1668.31846414455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240197.324583129 Mflops = 240.197324583129 Gflops = 0.240197324583129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001182836 Relative Rsd = 5.1878645587731e-07
BICGSTAB_SOLVER_TIME: 0.713263 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041029 s
InvBiCGStab: k = 75 resid = 2.091109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302875(s) Flops=495101952 => 1634.67421213372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235361.587480384 Mflops = 235.361587480384 Gflops = 0.235361587480384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063886 s
InvBiCGStab: k = 94 resid = 9.773597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389793(s) Flops=619776000 => 1590.01316083152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228935.311968749 Mflops = 228.935311968749 Gflops = 0.228935311968749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001198708 Relative Rsd = 5.25747922589155e-07
BICGSTAB_SOLVER_TIME: 0.804778 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128976
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134922
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.997234(s) Flops=1580507136 => 1584.89094435208 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228383.441320277 Mflops = 228.383441320277 Gflops = 0.228383441320277 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175475000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.445517
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021209
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041216 s
InvBiCGStab: k = 41 resid = 1.947838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158527(s) Flops=272001024 => 1715.80250682849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247013.190858469 Mflops = 247.013190858469 Gflops = 0.247013190858469 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063989 s
InvBiCGStab: k = 49 resid = 1.012541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208306(s) Flops=324495360 => 1557.7821090127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224247.263559039 Mflops = 224.247263559039 Gflops = 0.224247263559039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007631177 Relative Rsd = 3.34699952679561e-07
BICGSTAB_SOLVER_TIME: 0.475924 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048989 s
InvBiCGStab: k = 80 resid = 2.203676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37058(s) Flops=527910912 => 1424.55316530844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205110.549542916 Mflops = 205.110549542916 Gflops = 0.205110549542916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064585 s
InvBiCGStab: k = 111 resid = 1.147114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428192(s) Flops=731326464 => 1707.94051266721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245909.673950651 Mflops = 245.909673950651 Gflops = 0.245909673950651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 191 iterations. Rsd = 0.001333416 Relative Rsd = 5.84830346684701e-07
BICGSTAB_SOLVER_TIME: 0.916068 sec
2Flav::invert,  n_count = 191
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150546999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041364 s
InvBiCGStab: k = 65 resid = 2.206029e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239047(s) Flops=429484032 => 1796.65100168586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258669.584417969 Mflops = 258.669584417969 Gflops = 0.258669584417969 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056318 s
InvBiCGStab: k = 90 resid = 1.071992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335805(s) Flops=593528832 => 1767.48062714969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254474.7575553 Mflops = 254.4747575553 Gflops = 0.2544747575553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001171659 Relative Rsd = 5.13884412217632e-07
BICGSTAB_SOLVER_TIME: 0.676188 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124977000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041641 s
InvBiCGStab: k = 77 resid = 1.598937e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283055(s) Flops=508225536 => 1795.50100157213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258503.12634187 Mflops = 258.50312634187 Gflops = 0.25850312634187 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056777 s
InvBiCGStab: k = 97 resid = 8.169637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354575(s) Flops=639461376 => 1803.45872100402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259650.259016957 Mflops = 259.650259016957 Gflops = 0.259650259016957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001181275 Relative Rsd = 5.18101802639185e-07
BICGSTAB_SOLVER_TIME: 0.739819 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041229 s
InvBiCGStab: k = 67 resid = 2.27969e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245024(s) Flops=442607616 => 1806.38474598407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260069.628122218 Mflops = 260.069628122218 Gflops = 0.260069628122218 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056487 s
InvBiCGStab: k = 91 resid = 1.094224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374916(s) Flops=600090624 => 1600.60019844445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230451.055044068 Mflops = 230.451055044068 Gflops = 0.230451055044068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001184044 Relative Rsd = 5.19316246465629e-07
BICGSTAB_SOLVER_TIME: 0.721865 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120344
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126934
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.103448(s) Flops=1574240256 => 1426.6555886639 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205446.907672945 Mflops = 205.446907672945 Gflops = 0.205446907672945 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174663000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04088 s
InvBiCGStab: k = 25 resid = 2.218419e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100148(s) Flops=167012352 => 1667.65539002277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240037.050313552 Mflops = 240.037050313552 Gflops = 0.240037050313552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056046 s
InvBiCGStab: k = 52 resid = 8.114637e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20561(s) Flops=344180736 => 1673.94939934828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240994.154551557 Mflops = 240.994154551557 Gflops = 0.240994154551557 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007077676 Relative Rsd = 3.10423636721679e-07
BICGSTAB_SOLVER_TIME: 0.406421 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04353 s
InvBiCGStab: k = 62 resid = 2.270308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268618(s) Flops=409798656 => 1525.58151724754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219648.940912786 Mflops = 219.648940912786 Gflops = 0.219648940912786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066669 s
InvBiCGStab: k = 87 resid = 6.168898e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.391737(s) Flops=573843456 => 1464.86917498219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210907.257691177 Mflops = 210.907257691177 Gflops = 0.210907257691177 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001167817 Relative Rsd = 5.12199304393199e-07
BICGSTAB_SOLVER_TIME: 0.774274 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114589
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120471
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042879 s
InvBiCGStab: k = 73 resid = 2.101702e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270629(s) Flops=481978368 => 1780.95609857037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256411.101245511 Mflops = 256.411101245511 Gflops = 0.256411101245511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056771 s
InvBiCGStab: k = 84 resid = 1.119612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310552(s) Flops=554158080 => 1784.42927432443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256913.165677021 Mflops = 256.913165677021 Gflops = 0.256913165677021 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001082459 Relative Rsd = 4.74761450275025e-07
BICGSTAB_SOLVER_TIME: 0.684528 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118463
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126311
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049084 s
InvBiCGStab: k = 67 resid = 1.24077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252177(s) Flops=442607616 => 1755.14664699794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252693.73566006 Mflops = 252.69373566006 Gflops = 0.25269373566006 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056371 s
InvBiCGStab: k = 85 resid = 7.657069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310447(s) Flops=560719872 => 1806.16940089613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260043.132154393 Mflops = 260.043132154393 Gflops = 0.260043132154393 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001147672 Relative Rsd = 5.03363708581096e-07
BICGSTAB_SOLVER_TIME: 0.671742 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114816
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04077 s
InvBiCGStab: k = 62 resid = 2.133865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226496(s) Flops=409798656 => 1809.29754167844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260489.927608801 Mflops = 260.489927608801 Gflops = 0.260489927608801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056362 s
InvBiCGStab: k = 91 resid = 7.701034e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331343(s) Flops=600090624 => 1811.08586570412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260749.907478066 Mflops = 260.749907478066 Gflops = 0.260749907478066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001125095 Relative Rsd = 4.93461536477608e-07
BICGSTAB_SOLVER_TIME: 0.658668 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123526
Monitoring force
num_pf = 1
MInvCG2: 241 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079386(s) Flops=1555660800 => 1441.24604173113 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207536.795843313 Mflops = 207.536795843313 Gflops = 0.207536795843313 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172482000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047298 s
InvBiCGStab: k = 32 resid = 2.179582e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.134499(s) Flops=212944896 => 1583.24519884906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227920.031666488 Mflops = 227.920031666488 Gflops = 0.227920031666488 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066148 s
InvBiCGStab: k = 50 resid = 1.05861e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194965(s) Flops=331057152 => 1698.03375990562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244448.476941398 Mflops = 244.448476941398 Gflops = 0.244448476941398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007539963 Relative Rsd = 3.30699359755888e-07
BICGSTAB_SOLVER_TIME: 0.446577 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117181
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0728160000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041539 s
InvBiCGStab: k = 62 resid = 2.16009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245967(s) Flops=409798656 => 1666.07169254412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239868.333439289 Mflops = 239.868333439289 Gflops = 0.239868333439289 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060884 s
InvBiCGStab: k = 89 resid = 9.982854e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.402026(s) Flops=586967040 => 1460.02258560392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210211.189795366 Mflops = 210.211189795366 Gflops = 0.210211189795366 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001170387 Relative Rsd = 5.13326283755708e-07
BICGSTAB_SOLVER_TIME: 0.754078 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050344 s
InvBiCGStab: k = 75 resid = 2.162172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306558(s) Flops=495101952 => 1615.03517115848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232524.870017986 Mflops = 232.524870017986 Gflops = 0.232524870017986 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055928 s
InvBiCGStab: k = 93 resid = 9.256749e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349817(s) Flops=613214208 => 1752.95714044772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252384.308408454 Mflops = 252.384308408454 Gflops = 0.252384308408454 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001171806 Relative Rsd = 5.13948695790367e-07
BICGSTAB_SOLVER_TIME: 0.766382 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115604
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041535 s
InvBiCGStab: k = 78 resid = 9.056931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284962(s) Flops=514787328 => 1806.5121946084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260101.13171556 Mflops = 260.10113171556 Gflops = 0.26010113171556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059434 s
InvBiCGStab: k = 104 resid = 1.020003e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.408152(s) Flops=685393920 => 1679.26145161606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241788.006116593 Mflops = 241.788006116593 Gflops = 0.241788006116593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001220749 Relative Rsd = 5.35414762693648e-07
BICGSTAB_SOLVER_TIME: 0.79777 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144136
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040945 s
InvBiCGStab: k = 62 resid = 2.11197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226789(s) Flops=409798656 => 1806.9600201068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260136.367861781 Mflops = 260.136367861781 Gflops = 0.260136367861781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05597 s
InvBiCGStab: k = 95 resid = 1.123004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346489(s) Flops=626337792 => 1807.67006167584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260263.217757465 Mflops = 260.263217757465 Gflops = 0.260263217757465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001204511 Relative Rsd = 5.28293276349595e-07
BICGSTAB_SOLVER_TIME: 0.673823 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126433
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.047344(s) Flops=1530593280 => 1461.40454330191 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210467.357399977 Mflops = 210.467357399977 Gflops = 0.210467357399977 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169546000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021312
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.093515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.8041(s) Flops=1335011328 => 1660.25535132446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238821.91562457 Mflops = 238.82191562457 Gflops = 0.23882191562457 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 266 resid = 1.046947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.15368(s) Flops=1748404224 => 1515.5018930726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218225.426272823 Mflops = 218.225426272823 Gflops = 0.218225426272823 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002143963 Relative Rsd = 9.43031674016859e-07
BICGSTAB_SOLVER_TIME: 1.962341 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124109
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.334096999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.862021e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.716943(s) Flops=1282516992 => 1788.86883894536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257560.965253575 Mflops = 257.560965253575 Gflops = 0.257560965253575 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 226 resid = 1.018779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851396(s) Flops=1485932544 => 1745.28955268759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251317.34369792 Mflops = 251.31734369792 Gflops = 0.25131734369792 Tflops
BICGSTAB_SOLVER: 421 iterations. Rsd = 0.002110065 Relative Rsd = 9.27288159460652e-07
BICGSTAB_SOLVER_TIME: 1.571635 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116057
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.115455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.300085999999998
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989308(s) Flops=1530593280 => 1547.13525009401 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222799.870180278 Mflops = 222.799870180278 Gflops = 0.222799870180278 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169958000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.439636
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021232
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046432 s
InvBiCGStab: k = 39 resid = 9.624061e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.149151(s) Flops=258877440 => 1735.67351207836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249875.092520304 Mflops = 249.875092520304 Gflops = 0.249875092520304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056396 s
InvBiCGStab: k = 46 resid = 1.135205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168857(s) Flops=304809984 => 1805.13679622402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259840.338339617 Mflops = 259.840338339617 Gflops = 0.259840338339617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007385754 Relative Rsd = 3.23935798626187e-07
BICGSTAB_SOLVER_TIME: 0.424509 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0749040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04623 s
InvBiCGStab: k = 71 resid = 2.125724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288199(s) Flops=468854784 => 1626.84389605793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234230.810897988 Mflops = 234.230810897988 Gflops = 0.234230810897988 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05615 s
InvBiCGStab: k = 112 resid = 8.487624e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.424985(s) Flops=737888256 => 1736.26894125675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249983.337491898 Mflops = 249.983337491898 Gflops = 0.249983337491898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001310337 Relative Rsd = 5.74707802937112e-07
BICGSTAB_SOLVER_TIME: 0.819211 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144826
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 65 resid = 1.568472e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276446(s) Flops=429484032 => 1553.59105214038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223676.920109499 Mflops = 223.676920109499 Gflops = 0.223676920109499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061176 s
InvBiCGStab: k = 92 resid = 1.133449e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.414898(s) Flops=606652416 => 1462.17242792204 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210527.127501699 Mflops = 210.527127501699 Gflops = 0.210527127501699 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001174577 Relative Rsd = 5.15164262919909e-07
BICGSTAB_SOLVER_TIME: 0.799821 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126244
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040935 s
InvBiCGStab: k = 71 resid = 1.784415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264378(s) Flops=468854784 => 1773.42586750789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255322.435500676 Mflops = 255.322435500676 Gflops = 0.255322435500676 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056877 s
InvBiCGStab: k = 98 resid = 1.113653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36314(s) Flops=646023168 => 1778.99203612932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256129.864661057 Mflops = 256.129864661057 Gflops = 0.256129864661057 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00117673 Relative Rsd = 5.16108501292094e-07
BICGSTAB_SOLVER_TIME: 0.72903 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134783
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041105 s
InvBiCGStab: k = 67 resid = 1.698709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271021(s) Flops=442607616 => 1633.11188431893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235113.771584539 Mflops = 235.113771584539 Gflops = 0.235113771584539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055834 s
InvBiCGStab: k = 105 resid = 1.04798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382308(s) Flops=691955712 => 1809.94306161524 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260587.334987033 Mflops = 260.587334987033 Gflops = 0.260587334987033 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001257611 Relative Rsd = 5.51582566299111e-07
BICGSTAB_SOLVER_TIME: 0.753872 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137004
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.937343(s) Flops=1499627520 => 1599.87061299866 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230508.961151071 Mflops = 230.508961151071 Gflops = 0.230508961151071 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166235000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021169
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046012 s
InvBiCGStab: k = 35 resid = 1.913907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148365(s) Flops=232630272 => 1567.95923566879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225768.187027738 Mflops = 225.768187027738 Gflops = 0.225768187027738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061199 s
InvBiCGStab: k = 55 resid = 1.033885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201751(s) Flops=363866112 => 1803.54056237639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259634.834234353 Mflops = 259.634834234353 Gflops = 0.259634834234353 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.000782842 Relative Rsd = 3.43350969368999e-07
BICGSTAB_SOLVER_TIME: 0.461034 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115335
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785250000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054328 s
InvBiCGStab: k = 87 resid = 2.154891e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362613(s) Flops=573843456 => 1582.52311968959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227855.09635904 Mflops = 227.85509635904 Gflops = 0.22785509635904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06291 s
InvBiCGStab: k = 107 resid = 8.005194e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410747(s) Flops=705079296 => 1716.57807847653 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247150.06278447 Mflops = 247.15006278447 Gflops = 0.24715006278447 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001300178 Relative Rsd = 5.70252323318052e-07
BICGSTAB_SOLVER_TIME: 0.8943 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152636999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041901 s
InvBiCGStab: k = 64 resid = 1.778459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256534(s) Flops=422922240 => 1648.60112109896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237353.623564634 Mflops = 237.353623564634 Gflops = 0.237353623564634 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064033 s
InvBiCGStab: k = 97 resid = 8.642919e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431216(s) Flops=639461376 => 1482.92590256391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213511.577201578 Mflops = 213.511577201578 Gflops = 0.213511577201578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001200579 Relative Rsd = 5.26568495502116e-07
BICGSTAB_SOLVER_TIME: 0.798508 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128152
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12929
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044916 s
InvBiCGStab: k = 77 resid = 1.908478e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283724(s) Flops=508225536 => 1791.26734432054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257902.205461086 Mflops = 257.902205461086 Gflops = 0.257902205461086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057716 s
InvBiCGStab: k = 97 resid = 8.825239e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36092(s) Flops=639461376 => 1771.75378477225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255099.76219268 Mflops = 255.09976219268 Gflops = 0.25509976219268 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001217988 Relative Rsd = 5.34203841954193e-07
BICGSTAB_SOLVER_TIME: 0.751011 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04168 s
InvBiCGStab: k = 67 resid = 1.687312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267918(s) Flops=442607616 => 1652.02642599601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237867.568746016 Mflops = 237.867568746016 Gflops = 0.237867568746016 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057222 s
InvBiCGStab: k = 97 resid = 1.080775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356713(s) Flops=639461376 => 1792.64948572101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258104.106802048 Mflops = 258.104106802048 Gflops = 0.258104106802048 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001224298 Relative Rsd = 5.36971354431844e-07
BICGSTAB_SOLVER_TIME: 0.727159 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13144
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931044(s) Flops=1493213184 => 1603.80517354711 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  230948.065673053 Mflops = 230.948065673053 Gflops = 0.230948065673053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165586000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.464464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021259
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041219 s
InvBiCGStab: k = 35 resid = 2.029549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131734(s) Flops=232630272 => 1765.90911989312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254205.230404718 Mflops = 254.205230404718 Gflops = 0.254205230404718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059179 s
InvBiCGStab: k = 52 resid = 1.120741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212133(s) Flops=344180736 => 1622.47616353891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233576.344570504 Mflops = 233.576344570504 Gflops = 0.233576344570504 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007275271 Relative Rsd = 3.19090098828712e-07
BICGSTAB_SOLVER_TIME: 0.447864 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115163
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0767980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041092 s
InvBiCGStab: k = 59 resid = 1.584157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21528(s) Flops=390113280 => 1812.12040133779 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260904.13246839 Mflops = 260.90413246839 Gflops = 0.26090413246839 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055964 s
InvBiCGStab: k = 85 resid = 9.115837e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311057(s) Flops=560719872 => 1802.62740269468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259528.940104724 Mflops = 259.528940104724 Gflops = 0.259528940104724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001155182 Relative Rsd = 5.06657386441615e-07
BICGSTAB_SOLVER_TIME: 0.627038 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116971
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050961 s
InvBiCGStab: k = 70 resid = 1.991672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279379(s) Flops=462292992 => 1654.71632441952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238233.683979581 Mflops = 238.233683979581 Gflops = 0.238233683979581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056343 s
InvBiCGStab: k = 89 resid = 9.413438e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334573(s) Flops=586967040 => 1754.37659344896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252593.581891807 Mflops = 252.593581891807 Gflops = 0.252593581891807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001174713 Relative Rsd = 5.15223900102557e-07
BICGSTAB_SOLVER_TIME: 0.725553 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121904
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127845
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045835 s
InvBiCGStab: k = 70 resid = 1.952796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290198(s) Flops=462292992 => 1593.02611320547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229349.537825319 Mflops = 229.349537825319 Gflops = 0.229349537825319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064665 s
InvBiCGStab: k = 95 resid = 9.58432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365431(s) Flops=626337792 => 1713.97005727483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246776.521044807 Mflops = 246.776521044807 Gflops = 0.246776521044807 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001198312 Relative Rsd = 5.2557406590515e-07
BICGSTAB_SOLVER_TIME: 0.769703 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116308
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131792
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 64 resid = 1.988988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238019(s) Flops=422922240 => 1776.84235292141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255804.129476467 Mflops = 255.804129476467 Gflops = 0.255804129476467 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056966 s
InvBiCGStab: k = 84 resid = 7.992733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309924(s) Flops=554158080 => 1788.04506911372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257431.213526302 Mflops = 257.431213526302 Gflops = 0.257431213526302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001131176 Relative Rsd = 4.96128462268772e-07
BICGSTAB_SOLVER_TIME: 0.65004 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119883
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.046105(s) Flops=1499332608 => 1433.25250142194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206386.676920186 Mflops = 206.386676920186 Gflops = 0.206386676920186 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166237000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.46141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042707 s
InvBiCGStab: k = 25 resid = 2.209581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092397(s) Flops=167012352 => 1807.55167375564 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260202.684323475 Mflops = 260.202684323475 Gflops = 0.260202684323475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056944 s
InvBiCGStab: k = 51 resid = 1.009211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189282(s) Flops=337618944 => 1783.68225187815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256757.36365818 Mflops = 256.75736365818 Gflops = 0.25675736365818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007444888 Relative Rsd = 3.26529403360602e-07
BICGSTAB_SOLVER_TIME: 0.385094 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0684810000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042513 s
InvBiCGStab: k = 72 resid = 1.51374e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262732(s) Flops=475416576 => 1809.51150221519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260510.012430438 Mflops = 260.510012430438 Gflops = 0.260510012430438 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056285 s
InvBiCGStab: k = 76 resid = 1.017599e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277688(s) Flops=501663744 => 1806.57336291089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260094.307597735 Mflops = 260.094307597735 Gflops = 0.260094307597735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001138135 Relative Rsd = 4.9918068102249e-07
BICGSTAB_SOLVER_TIME: 0.642813 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115326
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119822
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04383 s
InvBiCGStab: k = 67 resid = 2.260577e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245137(s) Flops=442607616 => 1805.55206272411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259937.641881318 Mflops = 259.937641881318 Gflops = 0.259937641881318 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05628 s
InvBiCGStab: k = 86 resid = 1.021908e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314167(s) Flops=567281664 => 1805.66916321574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259964.780443555 Mflops = 259.964780443555 Gflops = 0.259964780443555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001088074 Relative Rsd = 4.77224190198544e-07
BICGSTAB_SOLVER_TIME: 0.663033 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124648000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041551 s
InvBiCGStab: k = 74 resid = 1.805314e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270636(s) Flops=488540160 => 1805.15585509688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259895.847930619 Mflops = 259.895847930619 Gflops = 0.259895847930619 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063044 s
InvBiCGStab: k = 82 resid = 1.114755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344319(s) Flops=541034496 => 1571.31757469091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226229.003991848 Mflops = 226.229003991848 Gflops = 0.226229003991848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001140318 Relative Rsd = 5.00138450091081e-07
BICGSTAB_SOLVER_TIME: 0.723811 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052466 s
InvBiCGStab: k = 61 resid = 2.190815e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256455(s) Flops=403236864 => 1572.34939463064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226378.412722986 Mflops = 226.378412722986 Gflops = 0.226378412722987 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056234 s
InvBiCGStab: k = 85 resid = 7.898174e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318307(s) Flops=560719872 => 1761.5694031234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253617.739743523 Mflops = 253.617739743523 Gflops = 0.253617739743523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00108623 Relative Rsd = 4.76415667264268e-07
BICGSTAB_SOLVER_TIME: 0.687178 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118432
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983485(s) Flops=1499332608 => 1524.50988881376 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219575.663311488 Mflops = 219.575663311488 Gflops = 0.219575663311488 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166048000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44257
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 1.651411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.937078(s) Flops=1564674048 => 1669.73725559665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240396.751710699 Mflops = 240.396751710699 Gflops = 0.240396751710699 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 261 resid = 1.075637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.011119(s) Flops=1715595264 => 1696.72933057335 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244326.207836744 Mflops = 244.326207836744 Gflops = 0.244326207836744 Tflops
BICGSTAB_SOLVER: 499 iterations. Rsd = 0.002203333 Relative Rsd = 9.69082612205207e-07
BICGSTAB_SOLVER_TIME: 1.951639 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116812
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.116559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001787
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.355536999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 202 resid = 1.965295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.771755(s) Flops=1328449536 => 1721.33583326315 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247872.040647202 Mflops = 247.872040647202 Gflops = 0.247872040647202 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 6.870196e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.96952(s) Flops=1466247168 => 1512.34339466953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217772.151581336 Mflops = 217.772151581336 Gflops = 0.217772151581336 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002104404 Relative Rsd = 9.24818469982066e-07
BICGSTAB_SOLVER_TIME: 1.744811 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.119427
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.302792999999999
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.995024(s) Flops=1499332608 => 1506.83059705093 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217078.113299242 Mflops = 217.078113299242 Gflops = 0.217078113299242 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166492000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 26 resid = 1.702321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122121(s) Flops=173574144 => 1421.32920627902 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204587.21184282 Mflops = 204.58721184282 Gflops = 0.20458721184282 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069941 s
InvBiCGStab: k = 52 resid = 1.050326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215795(s) Flops=344180736 => 1594.94305243402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229612.63618819 Mflops = 229.61263618819 Gflops = 0.22961263618819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007307269 Relative Rsd = 3.20493512871749e-07
BICGSTAB_SOLVER_TIME: 0.453501 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05906 s
InvBiCGStab: k = 89 resid = 1.596711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342749(s) Flops=586967040 => 1712.52735967136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246564.00476786 Mflops = 246.56400476786 Gflops = 0.24656400476786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056182 s
InvBiCGStab: k = 115 resid = 6.581337e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.448308(s) Flops=757573632 => 1689.85079900426 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243311.47271975 Mflops = 243.31147271975 Gflops = 0.24331147271975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 204 iterations. Rsd = 0.00136828 Relative Rsd = 6.00121514340774e-07
BICGSTAB_SOLVER_TIME: 0.910152 sec
2Flav::invert,  n_count = 204
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159659999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047812 s
InvBiCGStab: k = 66 resid = 2.26454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24961(s) Flops=436045824 => 1746.90847321822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251518.677941598 Mflops = 251.518677941598 Gflops = 0.251518677941598 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 79 resid = 9.239845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306215(s) Flops=521349120 => 1702.55905164672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245121.86947386 Mflops = 245.12186947386 Gflops = 0.24512186947386 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001106467 Relative Rsd = 4.85291497750966e-07
BICGSTAB_SOLVER_TIME: 0.663252 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11787
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041396 s
InvBiCGStab: k = 70 resid = 2.114341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27515(s) Flops=462292992 => 1680.14898055606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241898.790048056 Mflops = 241.898790048056 Gflops = 0.241898790048056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059605 s
InvBiCGStab: k = 93 resid = 1.056753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363532(s) Flops=613214208 => 1686.8231902556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242849.536419905 Mflops = 242.849536419905 Gflops = 0.242849536419906 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.00117826 Relative Rsd = 5.16779419596886e-07
BICGSTAB_SOLVER_TIME: 0.744866 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130538
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041796 s
InvBiCGStab: k = 63 resid = 1.837122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250751(s) Flops=416360448 => 1660.45378881839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239046.266399829 Mflops = 239.046266399829 Gflops = 0.239046266399829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069324 s
InvBiCGStab: k = 88 resid = 9.121584e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367914(s) Flops=580405248 => 1577.5568420881 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227133.506297267 Mflops = 227.133506297267 Gflops = 0.227133506297267 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001131773 Relative Rsd = 4.96390294009028e-07
BICGSTAB_SOLVER_TIME: 0.733747 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128123
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122137
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.020973(s) Flops=1499258880 => 1468.46085058077 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211462.834523608 Mflops = 211.462834523608 Gflops = 0.211462834523608 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166115000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044364 s
InvBiCGStab: k = 30 resid = 1.722898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114826(s) Flops=199821312 => 1740.20963893195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250441.068313418 Mflops = 250.441068313418 Gflops = 0.250441068313418 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056422 s
InvBiCGStab: k = 58 resid = 9.852943e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242645(s) Flops=383551488 => 1580.71045354324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227567.779191249 Mflops = 227.567779191249 Gflops = 0.227567779191249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007505019 Relative Rsd = 3.29166740326985e-07
BICGSTAB_SOLVER_TIME: 0.4619 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0775210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043315 s
InvBiCGStab: k = 69 resid = 1.971888e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307513(s) Flops=455731200 => 1481.9900296898 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213378.842748325 Mflops = 213.378842748325 Gflops = 0.213378842748325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062986 s
InvBiCGStab: k = 106 resid = 8.914971e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.465485(s) Flops=698517504 => 1500.62301470509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216066.389387665 Mflops = 216.066389387665 Gflops = 0.216066389387665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001303738 Relative Rsd = 5.7181345932787e-07
BICGSTAB_SOLVER_TIME: 0.8834 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040964 s
InvBiCGStab: k = 67 resid = 2.051407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273322(s) Flops=442607616 => 1619.36330042953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233140.269703082 Mflops = 233.140269703082 Gflops = 0.233140269703082 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057001 s
InvBiCGStab: k = 86 resid = 1.074799e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326692(s) Flops=567281664 => 1736.44185961089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250010.958184503 Mflops = 250.010958184503 Gflops = 0.250010958184503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001125155 Relative Rsd = 4.93487831981943e-07
BICGSTAB_SOLVER_TIME: 0.701655 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123575
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042885 s
InvBiCGStab: k = 79 resid = 1.515065e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303245(s) Flops=521349120 => 1719.23401869775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247535.862422683 Mflops = 247.535862422683 Gflops = 0.247535862422683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056139 s
InvBiCGStab: k = 89 resid = 1.113827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332858(s) Flops=586967040 => 1763.41575086073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253885.113148122 Mflops = 253.885113148122 Gflops = 0.253885113148122 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001158478 Relative Rsd = 5.08103383883906e-07
BICGSTAB_SOLVER_TIME: 0.738767 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040835 s
InvBiCGStab: k = 66 resid = 2.218866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246191(s) Flops=436045824 => 1771.1688242056 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255004.080811275 Mflops = 255.004080811275 Gflops = 0.255004080811275 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067064 s
InvBiCGStab: k = 98 resid = 5.911875e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3681(s) Flops=646023168 => 1755.02083129584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252679.134266776 Mflops = 252.679134266776 Gflops = 0.252679134266776 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001217183 Relative Rsd = 5.33851073722244e-07
BICGSTAB_SOLVER_TIME: 0.725857 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120782
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131332
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.04906(s) Flops=1486872576 => 1417.337974949 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204099.546279638 Mflops = 204.099546279638 Gflops = 0.204099546279638 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164578000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040717 s
InvBiCGStab: k = 31 resid = 2.228747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11445(s) Flops=206383104 => 1803.25997378768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259553.336528994 Mflops = 259.553336528994 Gflops = 0.259553336528994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055983 s
InvBiCGStab: k = 50 resid = 7.764881e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182641(s) Flops=331057152 => 1812.6113632755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260932.360652914 Mflops = 260.932360652914 Gflops = 0.260932360652914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007416281 Relative Rsd = 3.25274699329947e-07
BICGSTAB_SOLVER_TIME: 0.397492 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115224
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720820000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043979 s
InvBiCGStab: k = 56 resid = 2.25594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246608(s) Flops=370427904 => 1502.09200025952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216247.072544615 Mflops = 216.247072544615 Gflops = 0.216247072544615 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061016 s
InvBiCGStab: k = 80 resid = 1.028157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328695(s) Flops=527910912 => 1606.08135809793 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231236.407678953 Mflops = 231.236407678953 Gflops = 0.231236407678953 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001114957 Relative Rsd = 4.89015145401793e-07
BICGSTAB_SOLVER_TIME: 0.684368 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111095
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056897 s
InvBiCGStab: k = 63 resid = 2.146993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304568(s) Flops=416360448 => 1367.05250715768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196808.121165461 Mflops = 196.808121165461 Gflops = 0.196808121165461 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057682 s
InvBiCGStab: k = 88 resid = 7.721138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356679(s) Flops=580405248 => 1627.24816431581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234283.362517162 Mflops = 234.283362517162 Gflops = 0.234283362517162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00109344 Relative Rsd = 4.79578020780805e-07
BICGSTAB_SOLVER_TIME: 0.779434 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041045 s
InvBiCGStab: k = 70 resid = 1.118191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276162(s) Flops=462292992 => 1673.99204814565 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241012.691653442 Mflops = 241.012691653442 Gflops = 0.241012691653442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056696 s
InvBiCGStab: k = 96 resid = 1.137391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372721(s) Flops=632899584 => 1698.05185111652 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244481.481610683 Mflops = 244.481481610683 Gflops = 0.244481481610683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001143667 Relative Rsd = 5.01607219950719e-07
BICGSTAB_SOLVER_TIME: 0.750553 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04116 s
InvBiCGStab: k = 64 resid = 2.165115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234612(s) Flops=422922240 => 1802.64538898266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259521.717446933 Mflops = 259.521717446933 Gflops = 0.259521717446933 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056978 s
InvBiCGStab: k = 87 resid = 1.14618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317778(s) Flops=573843456 => 1805.79982251761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259986.853240629 Mflops = 259.986853240629 Gflops = 0.259986853240629 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001130042 Relative Rsd = 4.95631247470289e-07
BICGSTAB_SOLVER_TIME: 0.654143 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122151
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.006985(s) Flops=1480458240 => 1470.18897004424 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211712.185555265 Mflops = 211.712185555265 Gflops = 0.211712185555265 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163854000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417546
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044147 s
InvBiCGStab: k = 27 resid = 2.15258e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116528(s) Flops=180135936 => 1545.85967321159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222449.647295715 Mflops = 222.449647295715 Gflops = 0.222449647295715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06352 s
InvBiCGStab: k = 48 resid = 1.093262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183607(s) Flops=317933568 => 1731.59829418268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249271.722766869 Mflops = 249.271722766869 Gflops = 0.249271722766869 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007541322 Relative Rsd = 3.30758945879305e-07
BICGSTAB_SOLVER_TIME: 0.412076 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056002 s
InvBiCGStab: k = 59 resid = 2.248391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227054(s) Flops=390113280 => 1718.15198146696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247361.365482517 Mflops = 247.361365482517 Gflops = 0.247361365482517 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056816 s
InvBiCGStab: k = 82 resid = 9.71593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324033(s) Flops=541034496 => 1669.68949458851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240386.64928413 Mflops = 240.38664928413 Gflops = 0.24038664928413 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001144872 Relative Rsd = 5.02135478762087e-07
BICGSTAB_SOLVER_TIME: 0.668032 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122309
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114828
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040787 s
InvBiCGStab: k = 62 resid = 1.409801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286957(s) Flops=409798656 => 1428.0838453148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205598.587405363 Mflops = 205.598587405363 Gflops = 0.205598587405363 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063513 s
InvBiCGStab: k = 93 resid = 1.114592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.435207(s) Flops=613214208 => 1409.01733657777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202842.83830965 Mflops = 202.84283830965 Gflops = 0.20284283830965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001084296 Relative Rsd = 4.75567164951556e-07
BICGSTAB_SOLVER_TIME: 0.830692 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122035
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124857
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0449 s
InvBiCGStab: k = 78 resid = 1.547631e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30769(s) Flops=514787328 => 1673.07136403523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240888.927367658 Mflops = 240.888927367658 Gflops = 0.240888927367658 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059613 s
InvBiCGStab: k = 83 resid = 9.749125e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327973(s) Flops=547596288 => 1669.63831778835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240376.969978727 Mflops = 240.376969978727 Gflops = 0.240376969978727 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001165801 Relative Rsd = 5.11314856381357e-07
BICGSTAB_SOLVER_TIME: 0.743858 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129076
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046274 s
InvBiCGStab: k = 64 resid = 1.504581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266687(s) Flops=422922240 => 1585.83747989216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228319.675264772 Mflops = 228.319675264772 Gflops = 0.228319675264772 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056421 s
InvBiCGStab: k = 91 resid = 9.128142e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332402(s) Flops=600090624 => 1805.31592469359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259917.06754019 Mflops = 259.91706754019 Gflops = 0.25991706754019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001103085 Relative Rsd = 4.83808176010288e-07
BICGSTAB_SOLVER_TIME: 0.705458 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124955000000001
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943363(s) Flops=1467998208 => 1556.132907481 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224236.706850263 Mflops = 224.236706850263 Gflops = 0.224236706850263 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162704000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419845
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 2.140159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.881775(s) Flops=1472808960 => 1670.27751977545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240462.942862733 Mflops = 240.462942862733 Gflops = 0.240462942862733 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 1.056694e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.985066(s) Flops=1636853760 => 1661.66912673872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239275.642944375 Mflops = 239.275642944375 Gflops = 0.239275642944375 Tflops
BICGSTAB_SOLVER: 473 iterations. Rsd = 0.002103728 Relative Rsd = 9.25217536246996e-07
BICGSTAB_SOLVER_TIME: 1.870244 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122608
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.125248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.338592999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 188 resid = 1.93296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.794001(s) Flops=1236584448 => 1557.4091821043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224275.469542227 Mflops = 224.275469542227 Gflops = 0.224275469542227 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 8.801677e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.889869(s) Flops=1499056128 => 1684.58068322416 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242568.538131904 Mflops = 242.568538131904 Gflops = 0.242568538131904 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.002172357 Relative Rsd = 9.54683100495034e-07
BICGSTAB_SOLVER_TIME: 1.687666 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.121252
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296548999999998
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914812(s) Flops=1467998208 => 1604.69933494532 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231075.416966787 Mflops = 231.075416966787 Gflops = 0.231075416966787 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162874000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040862 s
InvBiCGStab: k = 28 resid = 2.058661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107964(s) Flops=186697728 => 1729.25908636212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248892.103629652 Mflops = 248.892103629652 Gflops = 0.248892103629652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056543 s
InvBiCGStab: k = 47 resid = 9.4895e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175271(s) Flops=311371776 => 1776.51622915371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255731.361077162 Mflops = 255.731361077162 Gflops = 0.255731361077162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007366926 Relative Rsd = 3.23110043201206e-07
BICGSTAB_SOLVER_TIME: 0.384342 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115491
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0677790000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04119 s
InvBiCGStab: k = 73 resid = 2.083174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267713(s) Flops=481978368 => 1800.35473809639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259204.910427376 Mflops = 259.204910427376 Gflops = 0.259204910427376 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058395 s
InvBiCGStab: k = 114 resid = 6.301108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.451031(s) Flops=751011840 => 1665.10027026967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239754.56785604 Mflops = 239.75456785604 Gflops = 0.23975456785604 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001314919 Relative Rsd = 5.7671734111989e-07
BICGSTAB_SOLVER_TIME: 0.822027 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116223
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147591
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044324 s
InvBiCGStab: k = 53 resid = 2.226707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213752(s) Flops=350742528 => 1640.88536247614 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236224.461409639 Mflops = 236.224461409639 Gflops = 0.236224461409639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057884 s
InvBiCGStab: k = 88 resid = 9.693077e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327768(s) Flops=580405248 => 1770.78069854287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254952.253710348 Mflops = 254.952253710348 Gflops = 0.254952253710348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001050627 Relative Rsd = 4.60800222427545e-07
BICGSTAB_SOLVER_TIME: 0.648489 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114896
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040983 s
InvBiCGStab: k = 68 resid = 2.1474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27806(s) Flops=449169408 => 1615.36865424728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232569.849017824 Mflops = 232.569849017824 Gflops = 0.232569849017824 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063506 s
InvBiCGStab: k = 94 resid = 8.549356e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.413321(s) Flops=619776000 => 1499.50280774507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215894.967277127 Mflops = 215.894967277127 Gflops = 0.215894967277127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001185986 Relative Rsd = 5.20168169746866e-07
BICGSTAB_SOLVER_TIME: 0.800737 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129649
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041839 s
InvBiCGStab: k = 61 resid = 2.002124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225661(s) Flops=403236864 => 1786.91428292882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257264.782243975 Mflops = 257.264782243975 Gflops = 0.257264782243975 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058584 s
InvBiCGStab: k = 90 resid = 8.10533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340478(s) Flops=593528832 => 1743.22226986766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250984.364545152 Mflops = 250.984364545152 Gflops = 0.250984364545151 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001122643 Relative Rsd = 4.92385922702208e-07
BICGSTAB_SOLVER_TIME: 0.671724 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119723
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122056
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.906914(s) Flops=1455538176 => 1604.93517136134 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231112.369209797 Mflops = 231.112369209797 Gflops = 0.231112369209797 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161272000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04888 s
InvBiCGStab: k = 30 resid = 1.492293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130342(s) Flops=199821312 => 1533.05390434396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220661.221049864 Mflops = 220.661221049864 Gflops = 0.220661221049864 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066168 s
InvBiCGStab: k = 51 resid = 7.623397e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204189(s) Flops=337618944 => 1653.46293874792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238014.266767475 Mflops = 238.014266767475 Gflops = 0.238014266767475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007400996 Relative Rsd = 3.24604342676704e-07
BICGSTAB_SOLVER_TIME: 0.453251 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048598 s
InvBiCGStab: k = 71 resid = 1.915912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306242(s) Flops=468854784 => 1530.99439005754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220417.073532422 Mflops = 220.417073532422 Gflops = 0.220417073532422 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063115 s
InvBiCGStab: k = 100 resid = 1.114253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422758(s) Flops=659146752 => 1559.15855406639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224491.842138538 Mflops = 224.491842138538 Gflops = 0.224491842138538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001256916 Relative Rsd = 5.51277691626515e-07
BICGSTAB_SOLVER_TIME: 0.844304 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045418 s
InvBiCGStab: k = 58 resid = 1.726167e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252779(s) Flops=383551488 => 1517.33920934888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218464.706917573 Mflops = 218.464706917573 Gflops = 0.218464706917573 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 83 resid = 1.12884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303512(s) Flops=547596288 => 1804.19979440681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259758.602570127 Mflops = 259.758602570127 Gflops = 0.259758602570127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001080939 Relative Rsd = 4.74095076241856e-07
BICGSTAB_SOLVER_TIME: 0.661772 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115022
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 86 resid = 2.148025e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314095(s) Flops=567281664 => 1806.08307677613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260040.708204671 Mflops = 260.040708204671 Gflops = 0.260040708204671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056096 s
InvBiCGStab: k = 87 resid = 9.581802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317495(s) Flops=573843456 => 1807.40942692011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260228.321148825 Mflops = 260.228321148825 Gflops = 0.260228321148825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001207862 Relative Rsd = 5.29762812097709e-07
BICGSTAB_SOLVER_TIME: 0.732212 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13769
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041155 s
InvBiCGStab: k = 64 resid = 2.0505e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266722(s) Flops=422922240 => 1585.62938190326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228290.24874473 Mflops = 228.29024874473 Gflops = 0.22829024874473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063179 s
InvBiCGStab: k = 83 resid = 9.853483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340106(s) Flops=547596288 => 1610.07535297819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231818.687608414 Mflops = 231.818687608414 Gflops = 0.231818687608414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001129592 Relative Rsd = 4.95434005658157e-07
BICGSTAB_SOLVER_TIME: 0.714841 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115506
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119096
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.911376(s) Flops=1449197568 => 1590.12039816717 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228974.643568341 Mflops = 228.974643568341 Gflops = 0.228974643568341 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160640000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049602 s
InvBiCGStab: k = 29 resid = 1.900806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127853(s) Flops=193259520 => 1511.57595050566 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217583.961427088 Mflops = 217.583961427088 Gflops = 0.217583961427088 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06133 s
InvBiCGStab: k = 47 resid = 1.121678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217796(s) Flops=311371776 => 1429.64873551397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205813.145845478 Mflops = 205.813145845478 Gflops = 0.205813145845478 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007454214 Relative Rsd = 3.26938438865906e-07
BICGSTAB_SOLVER_TIME: 0.462175 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0683910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045147 s
InvBiCGStab: k = 59 resid = 1.588975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242541(s) Flops=390113280 => 1608.44261382612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231571.021642089 Mflops = 231.571021642089 Gflops = 0.231571021642089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060816 s
InvBiCGStab: k = 80 resid = 5.986952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347697(s) Flops=527910912 => 1518.30735381669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218604.674471822 Mflops = 218.604674471822 Gflops = 0.218604674471822 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001078535 Relative Rsd = 4.73040754166084e-07
BICGSTAB_SOLVER_TIME: 0.699942 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113381
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044652 s
InvBiCGStab: k = 68 resid = 1.194074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270567(s) Flops=449169408 => 1660.10418121944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239014.115100684 Mflops = 239.014115100684 Gflops = 0.239014115100684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05789 s
InvBiCGStab: k = 76 resid = 1.05205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29611(s) Flops=501663744 => 1694.18035189625 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243909.659379398 Mflops = 243.909659379398 Gflops = 0.243909659379398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001037394 Relative Rsd = 4.54996115321082e-07
BICGSTAB_SOLVER_TIME: 0.673297 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046808 s
InvBiCGStab: k = 64 resid = 2.029598e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244918(s) Flops=422922240 => 1726.79117092251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248606.301733 Mflops = 248.606301733 Gflops = 0.248606301733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067292 s
InvBiCGStab: k = 85 resid = 8.734938e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314529(s) Flops=560719872 => 1782.7286895644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256660.593081433 Mflops = 256.660593081433 Gflops = 0.256660593081433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001125277 Relative Rsd = 4.9354149523448e-07
BICGSTAB_SOLVER_TIME: 0.67727 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117544
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043154 s
InvBiCGStab: k = 55 resid = 1.919972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215388(s) Flops=363866112 => 1689.35183018553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243216.124239672 Mflops = 243.216124239672 Gflops = 0.243216124239672 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059293 s
InvBiCGStab: k = 83 resid = 5.431161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361(s) Flops=547596288 => 1516.88722437673 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218411.724451873 Mflops = 218.411724451873 Gflops = 0.218411724451873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001095106 Relative Rsd = 4.8030842309055e-07
BICGSTAB_SOLVER_TIME: 0.684845 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119817
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112688
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.03814(s) Flops=1436516352 => 1383.740489722 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  199261.164515905 Mflops = 199.261164515905 Gflops = 0.199261164515905 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158906000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424685
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047846 s
InvBiCGStab: k = 28 resid = 1.682868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108717(s) Flops=186697728 => 1717.28182344987 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247162.785607524 Mflops = 247.162785607524 Gflops = 0.247162785607524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057769 s
InvBiCGStab: k = 52 resid = 8.782778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196642(s) Flops=344180736 => 1750.29106701519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251972.497070796 Mflops = 251.972497070796 Gflops = 0.251972497070796 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007216454 Relative Rsd = 3.16510382205324e-07
BICGSTAB_SOLVER_TIME: 0.416786 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118236
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049662 s
InvBiCGStab: k = 55 resid = 2.241934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239474(s) Flops=363866112 => 1519.43890359705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218760.993587639 Mflops = 218.760993587639 Gflops = 0.218760993587639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070692 s
InvBiCGStab: k = 86 resid = 1.081862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376629(s) Flops=567281664 => 1506.20813585783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216855.750307358 Mflops = 216.855750307358 Gflops = 0.216855750307358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001131941 Relative Rsd = 4.96464329895021e-07
BICGSTAB_SOLVER_TIME: 0.741024 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114682
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042262 s
InvBiCGStab: k = 61 resid = 2.026724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.232989(s) Flops=403236864 => 1730.71202503122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249168.547160574 Mflops = 249.168547160574 Gflops = 0.249168547160574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061438 s
InvBiCGStab: k = 77 resid = 1.100684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302535(s) Flops=508225536 => 1679.89004908523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241860.175468106 Mflops = 241.860175468106 Gflops = 0.241860175468106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001003654 Relative Rsd = 4.40198179843418e-07
BICGSTAB_SOLVER_TIME: 0.642894 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11274
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040555 s
InvBiCGStab: k = 78 resid = 2.1748e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304456(s) Flops=514787328 => 1690.8431037654 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243434.626488903 Mflops = 243.434626488903 Gflops = 0.243434626488903 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060554 s
InvBiCGStab: k = 85 resid = 1.071707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327882(s) Flops=560719872 => 1710.12703350596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246221.986887512 Mflops = 246.221986887512 Gflops = 0.246221986887512 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001162822 Relative Rsd = 5.10008403819354e-07
BICGSTAB_SOLVER_TIME: 0.737123 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116116
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130486
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040848 s
InvBiCGStab: k = 50 resid = 2.27205e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202877(s) Flops=331057152 => 1631.81214233255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234921.893072484 Mflops = 234.921893072484 Gflops = 0.234921893072484 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056436 s
InvBiCGStab: k = 82 resid = 9.78543e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31919(s) Flops=541034496 => 1695.02332779849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244041.945278239 Mflops = 244.041945278239 Gflops = 0.244041945278239 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001044548 Relative Rsd = 4.58134011465625e-07
BICGSTAB_SOLVER_TIME: 0.623264 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108551
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023067(s) Flops=1430175744 => 1397.92969961889 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201296.602715773 Mflops = 201.296602715773 Gflops = 0.201296602715773 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158104000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021188
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 222 resid = 2.230573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.850483(s) Flops=1459685376 => 1716.30164976843 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247126.27462929 Mflops = 247.12627462929 Gflops = 0.24712627462929 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 270 resid = 9.790915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.145709(s) Flops=1774651392 => 1548.95474505306 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223045.008386037 Mflops = 223.045008386037 Gflops = 0.223045008386037 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002144138 Relative Rsd = 9.4294121193762e-07
BICGSTAB_SOLVER_TIME: 1.999574 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.116771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350404999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.18897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.753076(s) Flops=1262831616 => 1676.89797045717 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241411.844712291 Mflops = 241.411844712291 Gflops = 0.241411844712291 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 221 resid = 9.639772e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852863(s) Flops=1453123584 => 1703.81829672527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245343.218319798 Mflops = 245.343218319798 Gflops = 0.245343218319798 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.002197348 Relative Rsd = 9.65642568752167e-07
BICGSTAB_SOLVER_TIME: 1.609245 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.122731
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294652999999999
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.989573(s) Flops=1430175744 => 1445.24531691952 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208150.479829481 Mflops = 208.150479829481 Gflops = 0.208150479829481 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158234000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430612
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041332 s
InvBiCGStab: k = 27 resid = 2.106195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101304(s) Flops=180135936 => 1778.17199715707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255969.648283944 Mflops = 255.969648283944 Gflops = 0.255969648283944 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061209 s
InvBiCGStab: k = 50 resid = 8.782446e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194345(s) Flops=331057152 => 1703.4508322828 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245234.440894137 Mflops = 245.234440894137 Gflops = 0.245234440894137 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007803935 Relative Rsd = 3.42277066077862e-07
BICGSTAB_SOLVER_TIME: 0.40175 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115205
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046884 s
InvBiCGStab: k = 84 resid = 2.12537e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325032(s) Flops=554158080 => 1704.93391419922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245467.51543972 Mflops = 245.46751543972 Gflops = 0.24546751543972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059091 s
InvBiCGStab: k = 114 resid = 1.094266e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431263(s) Flops=751011840 => 1741.4242353274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250732.015307129 Mflops = 250.732015307129 Gflops = 0.250732015307129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001332861 Relative Rsd = 5.84586896267863e-07
BICGSTAB_SOLVER_TIME: 0.86597 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115217
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157090999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048103 s
InvBiCGStab: k = 50 resid = 2.098549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239364(s) Flops=331057152 => 1383.06993532862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199126.90024919 Mflops = 199.12690024919 Gflops = 0.19912690024919 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071396 s
InvBiCGStab: k = 76 resid = 9.191106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332593(s) Flops=501663744 => 1508.34125793387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217153.356453515 Mflops = 217.153356453515 Gflops = 0.217153356453515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001015866 Relative Rsd = 4.45554037954617e-07
BICGSTAB_SOLVER_TIME: 0.695398 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042227 s
InvBiCGStab: k = 64 resid = 1.854806e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244333(s) Flops=422922240 => 1730.92558107173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249203.83831771 Mflops = 249.20383831771 Gflops = 0.24920383831771 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05701 s
InvBiCGStab: k = 88 resid = 1.101515e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341795(s) Flops=580405248 => 1698.10924091926 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244491.433463133 Mflops = 244.491433463133 Gflops = 0.244491433463133 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001148521 Relative Rsd = 5.03736185676488e-07
BICGSTAB_SOLVER_TIME: 0.68912 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122774
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041831 s
InvBiCGStab: k = 65 resid = 1.495819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23998(s) Flops=429484032 => 1789.66593882824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257664.57121654 Mflops = 257.66457121654 Gflops = 0.25766457121654 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05718 s
InvBiCGStab: k = 84 resid = 1.085201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.354538(s) Flops=554158080 => 1563.04283320829 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225045.028646996 Mflops = 225.045028646996 Gflops = 0.225045028646996 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001133509 Relative Rsd = 4.97152046687049e-07
BICGSTAB_SOLVER_TIME: 0.697167 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120136
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120658
Monitoring force
num_pf = 1
MInvCG2: 219 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927288(s) Flops=1417789440 => 1528.96342883764 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220165.236720754 Mflops = 220.165236720754 Gflops = 0.220165236720754 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156970000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021175
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041557 s
InvBiCGStab: k = 29 resid = 2.172971e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113647(s) Flops=193259520 => 1700.52460689679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244773.573046851 Mflops = 244.773573046851 Gflops = 0.244773573046851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066971 s
InvBiCGStab: k = 58 resid = 1.137049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230845(s) Flops=383551488 => 1661.51091858173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239173.034360146 Mflops = 239.173034360146 Gflops = 0.239173034360146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007570391 Relative Rsd = 3.32033894895336e-07
BICGSTAB_SOLVER_TIME: 0.456751 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0764100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040697 s
InvBiCGStab: k = 84 resid = 1.950534e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316438(s) Flops=554158080 => 1751.23746199888 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252144.097372686 Mflops = 252.144097372686 Gflops = 0.252144097372686 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05814 s
InvBiCGStab: k = 98 resid = 8.636813e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375953(s) Flops=646023168 => 1718.36151859408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247411.666002173 Mflops = 247.411666002173 Gflops = 0.247411666002173 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 182 iterations. Rsd = 0.001245863 Relative Rsd = 5.46429770752459e-07
BICGSTAB_SOLVER_TIME: 0.794967 sec
2Flav::invert,  n_count = 182
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144045
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041316 s
InvBiCGStab: k = 53 resid = 1.583197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195909(s) Flops=350742528 => 1790.33392034057 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257745.144247107 Mflops = 257.745144247107 Gflops = 0.257745144247107 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056466 s
InvBiCGStab: k = 70 resid = 8.850804e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280307(s) Flops=462292992 => 1649.23812819516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237434.073576949 Mflops = 237.434073576949 Gflops = 0.237434073576949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001006339 Relative Rsd = 4.41375758904561e-07
BICGSTAB_SOLVER_TIME: 0.578003 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047636 s
InvBiCGStab: k = 66 resid = 1.780064e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311225(s) Flops=436045824 => 1401.06297373283 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201725.390702293 Mflops = 201.725390702293 Gflops = 0.201725390702293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061033 s
InvBiCGStab: k = 93 resid = 4.754788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.426187(s) Flops=613214208 => 1438.83836907273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207165.308352307 Mflops = 207.165308352307 Gflops = 0.207165308352307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001158682 Relative Rsd = 5.08192788598647e-07
BICGSTAB_SOLVER_TIME: 0.849787 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116111
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127582
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04263 s
InvBiCGStab: k = 55 resid = 2.198139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218703(s) Flops=363866112 => 1663.74540815627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239536.334811462 Mflops = 239.536334811462 Gflops = 0.239536334811462 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061441 s
InvBiCGStab: k = 94 resid = 1.019719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346209(s) Flops=619776000 => 1790.17876485013 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257749.365938765 Mflops = 257.749365938765 Gflops = 0.257749365938765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00109752 Relative Rsd = 4.8136713626025e-07
BICGSTAB_SOLVER_TIME: 0.67264 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120637
Monitoring force
num_pf = 1
MInvCG2: 218 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.93841(s) Flops=1411375104 => 1504.00688824714 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216730.254041891 Mflops = 216.730254041891 Gflops = 0.216730254041891 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.156249000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04455 s
InvBiCGStab: k = 30 resid = 2.034352e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120185(s) Flops=199821312 => 1662.61440279569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239319.843088153 Mflops = 239.319843088153 Gflops = 0.239319843088153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058706 s
InvBiCGStab: k = 42 resid = 1.106344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.158272(s) Flops=278562816 => 1760.02587949858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253360.263705925 Mflops = 253.360263705925 Gflops = 0.253360263705925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007273134 Relative Rsd = 3.18996354079275e-07
BICGSTAB_SOLVER_TIME: 0.385378 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656670000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041123 s
InvBiCGStab: k = 55 resid = 2.062917e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203697(s) Flops=363866112 => 1786.31060840366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257181.653246039 Mflops = 257.181653246039 Gflops = 0.257181653246039 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057007 s
InvBiCGStab: k = 85 resid = 1.060235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312222(s) Flops=560719872 => 1795.90122412899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258555.94891158 Mflops = 258.55594891158 Gflops = 0.25855594891158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001068047 Relative Rsd = 4.68440572684331e-07
BICGSTAB_SOLVER_TIME: 0.617722 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041913 s
InvBiCGStab: k = 49 resid = 1.645635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179277(s) Flops=324495360 => 1810.02225606185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260573.801897916 Mflops = 260.573801897916 Gflops = 0.260573801897916 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056087 s
InvBiCGStab: k = 69 resid = 1.079406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252584(s) Flops=455731200 => 1804.27580527666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.485450815 Mflops = 259.751485450815 Gflops = 0.259751485450815 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.0009988224 Relative Rsd = 4.38078966430907e-07
BICGSTAB_SOLVER_TIME: 0.533611 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0985080000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04127 s
InvBiCGStab: k = 62 resid = 1.673925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226539(s) Flops=409798656 => 1808.95411386119 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260436.669138801 Mflops = 260.436669138801 Gflops = 0.260436669138801 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055841 s
InvBiCGStab: k = 82 resid = 1.089654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338459(s) Flops=541034496 => 1598.52299983159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230139.185911451 Mflops = 230.139185911451 Gflops = 0.230139185911451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001090363 Relative Rsd = 4.78228269990304e-07
BICGSTAB_SOLVER_TIME: 0.665957 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119686
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117031
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054381 s
InvBiCGStab: k = 53 resid = 1.948823e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23644(s) Flops=350742528 => 1483.43143292167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213561.569386716 Mflops = 213.561569386716 Gflops = 0.213561569386716 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058792 s
InvBiCGStab: k = 92 resid = 1.005417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401144(s) Flops=606652416 => 1512.30584528249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217740.974005176 Mflops = 217.740974005176 Gflops = 0.217740974005176 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00105429 Relative Rsd = 4.62406852212826e-07
BICGSTAB_SOLVER_TIME: 0.754441 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117724
Monitoring force
num_pf = 1
MInvCG2: 216 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.930049(s) Flops=1398767616 => 1503.9719584667 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216569.872989246 Mflops = 216.569872989246 Gflops = 0.216569872989246 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154831000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051218 s
InvBiCGStab: k = 25 resid = 2.273149e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118648(s) Flops=167012352 => 1407.62888544265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202617.728088776 Mflops = 202.617728088776 Gflops = 0.202617728088776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.079276 s
InvBiCGStab: k = 62 resid = 1.028296e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329296(s) Flops=409798656 => 1244.46897624022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  179171.200216825 Mflops = 179.171200216825 Gflops = 0.179171200216825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007858094 Relative Rsd = 3.44652443655909e-07
BICGSTAB_SOLVER_TIME: 0.583109 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0761830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049125 s
InvBiCGStab: k = 57 resid = 2.126293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230179(s) Flops=376989696 => 1637.8109905769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235783.009351105 Mflops = 235.783009351105 Gflops = 0.235783009351105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058899 s
InvBiCGStab: k = 86 resid = 1.063277e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328289(s) Flops=567281664 => 1727.99473634511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248782.063144785 Mflops = 248.782063144785 Gflops = 0.248782063144785 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001114773 Relative Rsd = 4.88934369697213e-07
BICGSTAB_SOLVER_TIME: 0.670205 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118098
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041896 s
InvBiCGStab: k = 50 resid = 2.084489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188307(s) Flops=331057152 => 1758.07140467428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253097.897784652 Mflops = 253.097897784652 Gflops = 0.253097897784652 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056016 s
InvBiCGStab: k = 68 resid = 1.148546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249228(s) Flops=449169408 => 1802.24295825509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.787636719 Mflops = 259.461787636719 Gflops = 0.259461787636719 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.000997021 Relative Rsd = 4.37288875879282e-07
BICGSTAB_SOLVER_TIME: 0.539088 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118522
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984980000000004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04067 s
InvBiCGStab: k = 55 resid = 2.10804e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239466(s) Flops=363866112 => 1519.48966450352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218769.765895216 Mflops = 218.769765895216 Gflops = 0.218769765895216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068996 s
InvBiCGStab: k = 97 resid = 1.041946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.425557(s) Flops=639461376 => 1502.64565263878 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216348.72660506 Mflops = 216.34872660506 Gflops = 0.21634872660506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001126157 Relative Rsd = 4.93927298789351e-07
BICGSTAB_SOLVER_TIME: 0.778376 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122643
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049781 s
InvBiCGStab: k = 53 resid = 1.85523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222936(s) Flops=350742528 => 1573.28797502422 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226500.905179653 Mflops = 226.500905179653 Gflops = 0.226500905179653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067034 s
InvBiCGStab: k = 73 resid = 1.028005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34176(s) Flops=481978368 => 1410.28314606742 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203049.313231534 Mflops = 203.049313231534 Gflops = 0.203049313231534 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001062764 Relative Rsd = 4.66123606867371e-07
BICGSTAB_SOLVER_TIME: 0.687199 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104303
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.901131(s) Flops=1386160128 => 1538.24485896057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221511.193126525 Mflops = 221.511193126525 Gflops = 0.221511193126525 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153495000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.396854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.04407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.864911(s) Flops=1354696704 => 1566.28451251054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225489.455507055 Mflops = 225.489455507055 Gflops = 0.225489455507055 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.06328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.021583(s) Flops=1702471680 => 1666.50353422091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239972.650979095 Mflops = 239.972650979095 Gflops = 0.239972650979095 Tflops
BICGSTAB_SOLVER: 465 iterations. Rsd = 0.002343045 Relative Rsd = 1.03038874317708e-06
BICGSTAB_SOLVER_TIME: 1.88988 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121753
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.128353
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.331151999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.144835e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.760297(s) Flops=1262831616 => 1660.97145720685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239166.573827297 Mflops = 239.166573827297 Gflops = 0.239166573827297 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 9.665001e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.936946(s) Flops=1466247168 => 1564.92174362236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225346.805319306 Mflops = 225.346805319306 Gflops = 0.225346805319306 Tflops
BICGSTAB_SOLVER: 415 iterations. Rsd = 0.002098998 Relative Rsd = 9.22394170110605e-07
BICGSTAB_SOLVER_TIME: 1.700626 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.126988
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.130737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295801999999998
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005519(s) Flops=1386160128 => 1378.55190006355 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198690.004860261 Mflops = 198.690004860261 Gflops = 0.198690004860261 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153353000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02119
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041034 s
InvBiCGStab: k = 32 resid = 1.898062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124199(s) Flops=212944896 => 1714.54597863107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246787.625148748 Mflops = 246.787625148748 Gflops = 0.246787625148748 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055899 s
InvBiCGStab: k = 63 resid = 7.278598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249476(s) Flops=416360448 => 1668.93989000946 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240278.459087233 Mflops = 240.278459087233 Gflops = 0.240278459087233 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007586542 Relative Rsd = 3.3274229067621e-07
BICGSTAB_SOLVER_TIME: 0.474329 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0820690000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041711 s
InvBiCGStab: k = 68 resid = 2.219395e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316971(s) Flops=449169408 => 1417.06783270394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204034.339969055 Mflops = 204.034339969055 Gflops = 0.204034339969055 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064346 s
InvBiCGStab: k = 103 resid = 9.868759e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470439(s) Flops=678832128 => 1442.97587572459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207772.141935817 Mflops = 207.772141935817 Gflops = 0.207772141935817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001248865 Relative Rsd = 5.47746435160806e-07
BICGSTAB_SOLVER_TIME: 0.897333 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136023
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043101 s
InvBiCGStab: k = 60 resid = 2.253557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24501(s) Flops=396675072 => 1619.01584425125 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233080.053768208 Mflops = 233.080053768208 Gflops = 0.233080053768208 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059142 s
InvBiCGStab: k = 69 resid = 1.076009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264859(s) Flops=455731200 => 1720.65589615607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247708.085795041 Mflops = 247.708085795041 Gflops = 0.247708085795041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001024826 Relative Rsd = 4.49484220197749e-07
BICGSTAB_SOLVER_TIME: 0.615805 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042127 s
InvBiCGStab: k = 61 resid = 2.08076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235432(s) Flops=403236864 => 1712.75299874274 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246592.659226394 Mflops = 246.592659226394 Gflops = 0.246592659226394 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066826 s
InvBiCGStab: k = 90 resid = 8.704909e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346961(s) Flops=593528832 => 1710.64999236225 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246298.755954249 Mflops = 246.298755954249 Gflops = 0.246298755954249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001147243 Relative Rsd = 5.03175453193747e-07
BICGSTAB_SOLVER_TIME: 0.695139 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121837
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045997 s
InvBiCGStab: k = 62 resid = 2.062942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237244(s) Flops=409798656 => 1727.32990507663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248682.171490046 Mflops = 248.682171490046 Gflops = 0.248682171490046 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059345 s
InvBiCGStab: k = 81 resid = 9.857094e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324735(s) Flops=534472704 => 1645.87341678599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236964.401312665 Mflops = 236.964401312665 Gflops = 0.236964401312665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001109199 Relative Rsd = 4.86489653682492e-07
BICGSTAB_SOLVER_TIME: 0.670999 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115562
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116382
Monitoring force
num_pf = 1
MInvCG2: 212 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.001201(s) Flops=1373552640 => 1371.90498211648 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  197601.17019495 Mflops = 197.60117019495 Gflops = 0.19760117019495 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151867000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042836 s
InvBiCGStab: k = 29 resid = 1.369417e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11748(s) Flops=193259520 => 1645.04187946885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236795.26336165 Mflops = 236.79526336165 Gflops = 0.23679526336165 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058836 s
InvBiCGStab: k = 52 resid = 1.003938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190664(s) Flops=344180736 => 1805.16896739815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.09651091 Mflops = 259.87309651091 Gflops = 0.25987309651091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007291577 Relative Rsd = 3.19805259957788e-07
BICGSTAB_SOLVER_TIME: 0.413546 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114349
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041468 s
InvBiCGStab: k = 73 resid = 1.509775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292452(s) Flops=481978368 => 1648.05974313734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237272.335208852 Mflops = 237.272335208852 Gflops = 0.237272335208852 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058649 s
InvBiCGStab: k = 101 resid = 1.1203e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.416332(s) Flops=665708544 => 1598.98481019955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230218.541776884 Mflops = 230.218541776884 Gflops = 0.230218541776884 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001250289 Relative Rsd = 5.48370991683197e-07
BICGSTAB_SOLVER_TIME: 0.81496 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139862
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052071 s
InvBiCGStab: k = 62 resid = 2.048973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275793(s) Flops=409798656 => 1485.89215824912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213924.05459409 Mflops = 213.92405459409 Gflops = 0.21392405459409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061058 s
InvBiCGStab: k = 75 resid = 8.668767e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298284(s) Flops=495101952 => 1659.83409100052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238978.520645609 Mflops = 238.978520645609 Gflops = 0.238978520645609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001025766 Relative Rsd = 4.49896421375419e-07
BICGSTAB_SOLVER_TIME: 0.691153 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115305
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112048
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041394 s
InvBiCGStab: k = 60 resid = 2.207978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247106(s) Flops=396675072 => 1605.2830445234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231113.760645464 Mflops = 231.113760645464 Gflops = 0.231113760645464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056766 s
InvBiCGStab: k = 96 resid = 7.424692e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355167(s) Flops=632899584 => 1781.97744722905 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256559.404160301 Mflops = 256.559404160301 Gflops = 0.256559404160301 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001159017 Relative Rsd = 5.08339481771376e-07
BICGSTAB_SOLVER_TIME: 0.704123 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125549
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041057 s
InvBiCGStab: k = 62 resid = 2.189854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2408(s) Flops=409798656 => 1701.82166112957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245026.507115604 Mflops = 245.026507115604 Gflops = 0.245026507115604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063591 s
InvBiCGStab: k = 87 resid = 1.131876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33326(s) Flops=573843456 => 1721.90918802136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247908.55408028 Mflops = 247.90855408028 Gflops = 0.24790855408028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001159851 Relative Rsd = 5.08705372225877e-07
BICGSTAB_SOLVER_TIME: 0.682381 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120668
Monitoring force
num_pf = 1
MInvCG2: 210 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926452(s) Flops=1360797696 => 1468.82698294137 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211528.524715053 Mflops = 211.528524715053 Gflops = 0.211528524715053 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150564000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.4466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05095 s
InvBiCGStab: k = 32 resid = 1.830007e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130549(s) Flops=212944896 => 1631.14919302331 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234817.271389226 Mflops = 234.817271389226 Gflops = 0.234817271389226 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064041 s
InvBiCGStab: k = 55 resid = 8.27013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218164(s) Flops=363866112 => 1667.85588823087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240094.196562404 Mflops = 240.094196562404 Gflops = 0.240094196562404 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.000765975 Relative Rsd = 3.35953175992496e-07
BICGSTAB_SOLVER_TIME: 0.467374 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762570000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045599 s
InvBiCGStab: k = 49 resid = 1.694564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185938(s) Flops=324495360 => 1745.18043648958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251253.170829976 Mflops = 251.253170829976 Gflops = 0.251253170829976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057199 s
InvBiCGStab: k = 79 resid = 1.126376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311993(s) Flops=521349120 => 1671.02826024943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240583.098452036 Mflops = 240.583098452036 Gflops = 0.240583098452035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00108793 Relative Rsd = 4.77161080988138e-07
BICGSTAB_SOLVER_TIME: 0.604326 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116938
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105571
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042224 s
InvBiCGStab: k = 58 resid = 2.185398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240474(s) Flops=383551488 => 1594.9811123032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229627.208248056 Mflops = 229.627208248056 Gflops = 0.229627208248056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064904 s
InvBiCGStab: k = 78 resid = 8.754927e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330785(s) Flops=514787328 => 1556.2595885545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224064.111324866 Mflops = 224.064111324866 Gflops = 0.224064111324866 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001078843 Relative Rsd = 4.73175601597054e-07
BICGSTAB_SOLVER_TIME: 0.682121 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123414
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0457 s
InvBiCGStab: k = 65 resid = 2.080568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289558(s) Flops=429484032 => 1483.24008316123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213546.307198851 Mflops = 213.546307198851 Gflops = 0.213546307198851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059143 s
InvBiCGStab: k = 80 resid = 1.046172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312874(s) Flops=527910912 => 1687.29556307012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242922.482316857 Mflops = 242.922482316857 Gflops = 0.242922482316857 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001145315 Relative Rsd = 5.02329759138779e-07
BICGSTAB_SOLVER_TIME: 0.710845 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1176
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04168 s
InvBiCGStab: k = 59 resid = 2.02845e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2253(s) Flops=390113280 => 1731.52809587217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249288.535042395 Mflops = 249.288535042395 Gflops = 0.249288535042395 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057262 s
InvBiCGStab: k = 79 resid = 1.089379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309568(s) Flops=521349120 => 1684.11825511681 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242467.62780597 Mflops = 242.46762780597 Gflops = 0.24246762780597 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088125 Relative Rsd = 4.77246809438195e-07
BICGSTAB_SOLVER_TIME: 0.637512 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11281
Monitoring force
num_pf = 1
MInvCG2: 208 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.893725(s) Flops=1348190208 => 1508.50676438502 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217225.639302304 Mflops = 217.225639302304 Gflops = 0.217225639302304 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149145000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.472756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041741 s
InvBiCGStab: k = 29 resid = 1.644603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11646(s) Flops=193259520 => 1659.44976816074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238853.007133186 Mflops = 238.853007133186 Gflops = 0.238853007133186 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067755 s
InvBiCGStab: k = 55 resid = 9.545483e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215447(s) Flops=363866112 => 1688.88920244886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243131.019229752 Mflops = 243.131019229752 Gflops = 0.243131019229752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0008087591 Relative Rsd = 3.5471805636013e-07
BICGSTAB_SOLVER_TIME: 0.445134 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116276
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742100000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040761 s
InvBiCGStab: k = 58 resid = 2.069223e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212567(s) Flops=383551488 => 1804.37926865412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259786.779798961 Mflops = 259.786779798961 Gflops = 0.259786779798961 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055763 s
InvBiCGStab: k = 80 resid = 1.068778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292208(s) Flops=527910912 => 1806.62716968735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260103.754279982 Mflops = 260.103754279982 Gflops = 0.260103754279982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001099592 Relative Rsd = 4.82276194821781e-07
BICGSTAB_SOLVER_TIME: 0.604906 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112652
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046607 s
InvBiCGStab: k = 66 resid = 1.632854e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280615(s) Flops=436045824 => 1553.89349820929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223715.935707499 Mflops = 223.715935707499 Gflops = 0.223715935707499 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059981 s
InvBiCGStab: k = 70 resid = 1.018764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255987(s) Flops=462292992 => 1805.92370706325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259998.174872306 Mflops = 259.998174872306 Gflops = 0.259998174872306 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001048677 Relative Rsd = 4.59945133473942e-07
BICGSTAB_SOLVER_TIME: 0.646851 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111379
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049083 s
InvBiCGStab: k = 69 resid = 1.118866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331601(s) Flops=455731200 => 1374.33602431838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197873.026610335 Mflops = 197.873026610335 Gflops = 0.197873026610335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061904 s
InvBiCGStab: k = 79 resid = 7.850936e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357481(s) Flops=521349120 => 1458.39672597984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209978.05854273 Mflops = 209.97805854273 Gflops = 0.20997805854273 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001128044 Relative Rsd = 4.9475491787629e-07
BICGSTAB_SOLVER_TIME: 0.804144 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121329
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11978
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040803 s
InvBiCGStab: k = 63 resid = 1.641267e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252872(s) Flops=416360448 => 1646.52649561834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237024.104286335 Mflops = 237.024104286335 Gflops = 0.237024104286335 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058889 s
InvBiCGStab: k = 77 resid = 8.936899e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307244(s) Flops=508225536 => 1654.14307846532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238160.40816995 Mflops = 238.16040816995 Gflops = 0.23816040816995 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.00109979 Relative Rsd = 4.82363046574935e-07
BICGSTAB_SOLVER_TIME: 0.664603 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114257
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854883(s) Flops=1335582720 => 1562.29884089402 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  225007.047591631 Mflops = 225.007047591631 Gflops = 0.225007047591631 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147618000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.414617
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021222
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 1.666784e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.684776(s) Flops=1216899072 => 1777.07611248058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255816.282777178 Mflops = 255.816282777178 Gflops = 0.255816282777178 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 1.056747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.014511(s) Flops=1623730176 => 1600.50524439853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230469.473808757 Mflops = 230.469473808757 Gflops = 0.230469473808757 Tflops
BICGSTAB_SOLVER: 432 iterations. Rsd = 0.002153297 Relative Rsd = 9.4692657733307e-07
BICGSTAB_SOLVER_TIME: 1.702604 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.116215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.308093999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 179 resid = 1.837233e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.698566(s) Flops=1177528320 => 1685.63646097863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242665.954745933 Mflops = 242.665954745933 Gflops = 0.242665954745933 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 1.105152e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.89415(s) Flops=1361258496 => 1522.40507297433 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219222.858906479 Mflops = 219.222858906479 Gflops = 0.219222858906479 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.002202986 Relative Rsd = 9.68059023112727e-07
BICGSTAB_SOLVER_TIME: 1.59661 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.128479
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275214999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902961(s) Flops=1335582720 => 1479.1145132514 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213038.845295103 Mflops = 213.038845295103 Gflops = 0.213038845295103 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147741000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021249
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040942 s
InvBiCGStab: k = 30 resid = 2.163055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111162(s) Flops=199821312 => 1797.5685216171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258725.252469527 Mflops = 258.725252469527 Gflops = 0.258725252469527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 54 resid = 4.174334e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199102(s) Flops=357304320 => 1794.57926088136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258341.814247451 Mflops = 258.341814247451 Gflops = 0.258341814247451 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007551467 Relative Rsd = 3.31203901554123e-07
BICGSTAB_SOLVER_TIME: 0.411264 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121214
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042587 s
InvBiCGStab: k = 88 resid = 2.088986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369781(s) Flops=580405248 => 1569.59186112861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225994.001955733 Mflops = 225.994001955733 Gflops = 0.225994001955733 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064863 s
InvBiCGStab: k = 99 resid = 1.044747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378919(s) Flops=652584960 => 1722.22812791124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247964.676702602 Mflops = 247.964676702602 Gflops = 0.247964676702602 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001290206 Relative Rsd = 5.65878334232816e-07
BICGSTAB_SOLVER_TIME: 0.859836 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116282
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147569999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041541 s
InvBiCGStab: k = 64 resid = 2.059145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243441(s) Flops=422922240 => 1737.26792118008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250120.681400611 Mflops = 250.120681400611 Gflops = 0.250120681400611 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064286 s
InvBiCGStab: k = 75 resid = 1.091549e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29235(s) Flops=495101952 => 1693.52472036942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243828.099853537 Mflops = 243.828099853537 Gflops = 0.243828099853537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001036167 Relative Rsd = 4.54458155255687e-07
BICGSTAB_SOLVER_TIME: 0.645255 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050243 s
InvBiCGStab: k = 70 resid = 2.076407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259766(s) Flops=462292992 => 1779.65165572092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256274.49214537 Mflops = 256.27449214537 Gflops = 0.25627449214537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05601 s
InvBiCGStab: k = 83 resid = 8.777956e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34803(s) Flops=547596288 => 1573.41691233514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226535.851233515 Mflops = 226.535851233515 Gflops = 0.226535851233515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001198499 Relative Rsd = 5.25656220208987e-07
BICGSTAB_SOLVER_TIME: 0.717769 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041486 s
InvBiCGStab: k = 60 resid = 1.538944e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245361(s) Flops=396675072 => 1616.69976891193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232752.448250473 Mflops = 232.752448250473 Gflops = 0.232752448250473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059465 s
InvBiCGStab: k = 84 resid = 1.0293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308422(s) Flops=554158080 => 1796.7527608277 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258687.047264298 Mflops = 258.687047264298 Gflops = 0.258687047264298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001107755 Relative Rsd = 4.85856519209172e-07
BICGSTAB_SOLVER_TIME: 0.659035 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117199
Monitoring force
num_pf = 1
MInvCG2: 203 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.943911(s) Flops=1316782080 => 1395.02779393396 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200887.946238413 Mflops = 200.887946238413 Gflops = 0.200887946238413 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145453000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.389356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040953 s
InvBiCGStab: k = 25 resid = 2.233119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092536(s) Flops=167012352 => 1804.83651767961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259731.014476429 Mflops = 259.731014476429 Gflops = 0.259731014476429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 49 resid = 1.022946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17944(s) Flops=324495360 => 1808.3780650914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260331.795997339 Mflops = 260.331795997339 Gflops = 0.260331795997339 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007791648 Relative Rsd = 3.4173816141668e-07
BICGSTAB_SOLVER_TIME: 0.372941 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114423
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670690000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040874 s
InvBiCGStab: k = 80 resid = 1.994558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292533(s) Flops=527910912 => 1804.62003261171 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259822.633607769 Mflops = 259.822633607769 Gflops = 0.259822633607769 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056362 s
InvBiCGStab: k = 106 resid = 8.533469e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474153(s) Flops=698517504 => 1473.19009686747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212111.535873711 Mflops = 212.111535873711 Gflops = 0.212111535873711 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001331917 Relative Rsd = 5.84172908017083e-07
BICGSTAB_SOLVER_TIME: 0.868123 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146721999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046568 s
InvBiCGStab: k = 55 resid = 2.248385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254514(s) Flops=363866112 => 1429.65067540489 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205829.480779912 Mflops = 205.829480779912 Gflops = 0.205829480779912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074539 s
InvBiCGStab: k = 72 resid = 7.166421e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292415(s) Flops=475416576 => 1625.8282783031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234072.110862912 Mflops = 234.072110862912 Gflops = 0.234072110862912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001078877 Relative Rsd = 4.73190766188875e-07
BICGSTAB_SOLVER_TIME: 0.671772 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105039
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046058 s
InvBiCGStab: k = 68 resid = 1.841957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262836(s) Flops=449169408 => 1708.93411861389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246041.801222325 Mflops = 246.041801222325 Gflops = 0.246041801222325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056307 s
InvBiCGStab: k = 86 resid = 4.574013e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317002(s) Flops=567281664 => 1789.5207727396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257639.551951575 Mflops = 257.639551951575 Gflops = 0.257639551951575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001148558 Relative Rsd = 5.03752422512175e-07
BICGSTAB_SOLVER_TIME: 0.685879 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116436
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124101
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04086 s
InvBiCGStab: k = 55 resid = 2.206586e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200845(s) Flops=363866112 => 1811.67622793697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260815.807178871 Mflops = 260.815807178871 Gflops = 0.260815807178871 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056271 s
InvBiCGStab: k = 84 resid = 6.133106e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307774(s) Flops=554158080 => 1800.53571776693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.234121019 Mflops = 259.215234121019 Gflops = 0.259215234121019 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001083702 Relative Rsd = 4.75306660751324e-07
BICGSTAB_SOLVER_TIME: 0.609368 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113526
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.854343(s) Flops=1297907712 => 1519.1880919022 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218771.587937136 Mflops = 218.771587937136 Gflops = 0.218771587937136 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143395000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.424307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044279 s
InvBiCGStab: k = 30 resid = 2.176727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.124101(s) Flops=199821312 => 1610.1506998332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231766.611084322 Mflops = 231.766611084322 Gflops = 0.231766611084322 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060528 s
InvBiCGStab: k = 45 resid = 1.058542e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168378(s) Flops=298248192 => 1771.30142892777 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254987.995941336 Mflops = 254.987995941336 Gflops = 0.254987995941336 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.00075368 Relative Rsd = 3.30560606293691e-07
BICGSTAB_SOLVER_TIME: 0.400968 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678030000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 63 resid = 1.742453e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243844(s) Flops=416360448 => 1707.48695067338 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245834.83996548 Mflops = 245.83483996548 Gflops = 0.24583483996548 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064061 s
InvBiCGStab: k = 82 resid = 8.312934e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328952(s) Flops=541034496 => 1644.72171015832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236793.386897852 Mflops = 236.793386897852 Gflops = 0.236793386897852 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001116762 Relative Rsd = 4.89806665611906e-07
BICGSTAB_SOLVER_TIME: 0.682012 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041673 s
InvBiCGStab: k = 52 resid = 2.180182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19646(s) Flops=344180736 => 1751.91253181309 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252241.728739079 Mflops = 252.241728739079 Gflops = 0.25224172873908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072174 s
InvBiCGStab: k = 78 resid = 1.051189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385382(s) Flops=514787328 => 1335.78456700105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  192314.820166263 Mflops = 192.314820166263 Gflops = 0.192314820166263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001004651 Relative Rsd = 4.40635195807704e-07
BICGSTAB_SOLVER_TIME: 0.699692 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108167
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048546 s
InvBiCGStab: k = 69 resid = 1.920879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297573(s) Flops=455731200 => 1531.49378471837 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220501.281585883 Mflops = 220.501281585884 Gflops = 0.220501281585884 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.082223 s
InvBiCGStab: k = 77 resid = 1.147113e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311515(s) Flops=508225536 => 1631.46409001172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234889.415401819 Mflops = 234.889415401819 Gflops = 0.234889415401819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.00109182 Relative Rsd = 4.78867480512198e-07
BICGSTAB_SOLVER_TIME: 0.74355 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120173
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118355
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04104 s
InvBiCGStab: k = 63 resid = 9.332452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246892(s) Flops=416360448 => 1686.40720638984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242802.917884185 Mflops = 242.802917884185 Gflops = 0.242802917884185 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06462 s
InvBiCGStab: k = 77 resid = 1.05939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304251(s) Flops=508225536 => 1670.4153347072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240494.884435813 Mflops = 240.494884435813 Gflops = 0.240494884435813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001080724 Relative Rsd = 4.74000565603944e-07
BICGSTAB_SOLVER_TIME: 0.660415 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119256
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11425
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.839081(s) Flops=1272840192 => 1516.94555352821 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218439.229735164 Mflops = 218.439229735164 Gflops = 0.218439229735164 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140547
CLOV_LINOP: Time spent in clov deriv (total) = 1.438438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045006 s
InvBiCGStab: k = 30 resid = 2.222156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.130515(s) Flops=199821312 => 1531.02181358465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220380.592165663 Mflops = 220.380592165663 Gflops = 0.220380592165663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061925 s
InvBiCGStab: k = 53 resid = 1.048992e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228531(s) Flops=350742528 => 1534.77002244772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220953.384827944 Mflops = 220.953384827944 Gflops = 0.220953384827944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007557429 Relative Rsd = 3.31465401409373e-07
BICGSTAB_SOLVER_TIME: 0.469653 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734780000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041439 s
InvBiCGStab: k = 65 resid = 1.793325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267661(s) Flops=429484032 => 1604.58203473797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231012.631527616 Mflops = 231.012631527616 Gflops = 0.231012631527616 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057114 s
InvBiCGStab: k = 85 resid = 8.150695e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331579(s) Flops=560719872 => 1691.0596630064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243468.882092117 Mflops = 243.468882092117 Gflops = 0.243468882092117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001123689 Relative Rsd = 4.92844996254597e-07
BICGSTAB_SOLVER_TIME: 0.701555 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042183 s
InvBiCGStab: k = 54 resid = 1.993625e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204015(s) Flops=357304320 => 1751.36298801559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252156.024515835 Mflops = 252.156024515835 Gflops = 0.252156024515835 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056331 s
InvBiCGStab: k = 78 resid = 7.84508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302002(s) Flops=514787328 => 1704.58251269859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245412.614608264 Mflops = 245.412614608264 Gflops = 0.245412614608264 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001048382 Relative Rsd = 4.59815443025375e-07
BICGSTAB_SOLVER_TIME: 0.608134 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108602
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041231 s
InvBiCGStab: k = 72 resid = 1.475276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286275(s) Flops=475416576 => 1660.6988944197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239103.276338489 Mflops = 239.103276338489 Gflops = 0.239103276338489 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062909 s
InvBiCGStab: k = 80 resid = 1.038546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352085(s) Flops=527910912 => 1499.38484172856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215877.860570325 Mflops = 215.877860570325 Gflops = 0.215877860570325 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001141509 Relative Rsd = 5.00660683913106e-07
BICGSTAB_SOLVER_TIME: 0.746654 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049148 s
InvBiCGStab: k = 49 resid = 2.117722e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22987(s) Flops=324495360 => 1411.64727889677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203237.803178575 Mflops = 203.237803178575 Gflops = 0.203237803178575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067019 s
InvBiCGStab: k = 76 resid = 6.713484e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292547(s) Flops=501663744 => 1714.81418028556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246861.399237213 Mflops = 246.861399237213 Gflops = 0.246861399237213 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.00105776 Relative Rsd = 4.63928774732684e-07
BICGSTAB_SOLVER_TIME: 0.642652 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10347
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.831022(s) Flops=1266499584 => 1524.0265408136 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219461.527689501 Mflops = 219.461527689501 Gflops = 0.219461527689501 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139880000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433099
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021246
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.238617e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809169(s) Flops=1282516992 => 1584.98038357871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228182.360365467 Mflops = 228.182360365467 Gflops = 0.228182360365467 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 251 resid = 6.68141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.002465(s) Flops=1649977344 => 1645.92015082821 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237009.213103636 Mflops = 237.009213103636 Gflops = 0.237009213103636 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002154661 Relative Rsd = 9.47518090474066e-07
BICGSTAB_SOLVER_TIME: 1.814976 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.115869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317797999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 2.036074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.694242(s) Flops=1197213696 => 1724.49044569473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248284.044957151 Mflops = 248.284044957151 Gflops = 0.248284044957151 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.048935e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.776173(s) Flops=1354696704 => 1745.35406926033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251324.289628769 Mflops = 251.324289628769 Gflops = 0.251324289628769 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001988169 Relative Rsd = 8.73646992480483e-07
BICGSTAB_SOLVER_TIME: 1.474028 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0.124058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276817999999997
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.898314(s) Flops=1266499584 => 1409.86290317194 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203137.776969142 Mflops = 203.137776969142 Gflops = 0.203137776969142 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139836000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041871 s
InvBiCGStab: k = 26 resid = 1.439898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096174(s) Flops=173574144 => 1804.79281302639 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259800.477483886 Mflops = 259.800477483886 Gflops = 0.259800477483886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060335 s
InvBiCGStab: k = 51 resid = 7.416035e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219585(s) Flops=337618944 => 1537.53190791721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221343.337661368 Mflops = 221.343337661368 Gflops = 0.221343337661368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007506023 Relative Rsd = 3.29210778914343e-07
BICGSTAB_SOLVER_TIME: 0.423104 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119761
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0693050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047952 s
InvBiCGStab: k = 78 resid = 1.987829e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31399(s) Flops=514787328 => 1639.5023026211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236046.326926199 Mflops = 236.046326926199 Gflops = 0.236046326926199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063557 s
InvBiCGStab: k = 97 resid = 7.024685e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411803(s) Flops=639461376 => 1552.83321393968 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223571.261265434 Mflops = 223.571261265434 Gflops = 0.223571261265434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001267631 Relative Rsd = 5.55977183313962e-07
BICGSTAB_SOLVER_TIME: 0.841796 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047385 s
InvBiCGStab: k = 54 resid = 2.244643e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207963(s) Flops=357304320 => 1718.11485696975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247340.871684888 Mflops = 247.340871684888 Gflops = 0.247340871684888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057189 s
InvBiCGStab: k = 77 resid = 1.040707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291048(s) Flops=508225536 => 1746.19147357137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251406.996652423 Mflops = 251.406996652423 Gflops = 0.251406996652423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001014861 Relative Rsd = 4.45113396784879e-07
BICGSTAB_SOLVER_TIME: 0.607353 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119416
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043743 s
InvBiCGStab: k = 58 resid = 1.949751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220309(s) Flops=383551488 => 1740.97058222769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250652.358750067 Mflops = 250.652358750067 Gflops = 0.250652358750067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06196 s
InvBiCGStab: k = 76 resid = 1.125195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299586(s) Flops=501663744 => 1674.52332218461 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241085.187231014 Mflops = 241.085187231014 Gflops = 0.241085187231014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001110292 Relative Rsd = 4.86968895631409e-07
BICGSTAB_SOLVER_TIME: 0.62933 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113221
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109742
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 56 resid = 2.051644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212012(s) Flops=370427904 => 1747.20253570553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251522.029466761 Mflops = 251.522029466761 Gflops = 0.251522029466761 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056118 s
InvBiCGStab: k = 84 resid = 1.110143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323259(s) Flops=554158080 => 1714.28507790966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246808.107907617 Mflops = 246.808107907617 Gflops = 0.246808107907617 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001086554 Relative Rsd = 4.76557560869216e-07
BICGSTAB_SOLVER_TIME: 0.635953 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114556
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114201
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.885255(s) Flops=1278812160 => 1444.56925970483 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208020.055729708 Mflops = 208.020055729708 Gflops = 0.208020055729708 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141261000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.452599
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041432 s
InvBiCGStab: k = 25 resid = 2.037936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093092(s) Flops=167012352 => 1794.05697589481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258199.535774667 Mflops = 258.199535774667 Gflops = 0.258199535774667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05651 s
InvBiCGStab: k = 61 resid = 1.078358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253623(s) Flops=403236864 => 1589.90653055914 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228898.69468529 Mflops = 228.89869468529 Gflops = 0.22889869468529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007336946 Relative Rsd = 3.21795140336354e-07
BICGSTAB_SOLVER_TIME: 0.45029 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116738
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0757430000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041727 s
InvBiCGStab: k = 80 resid = 1.662045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30308(s) Flops=527910912 => 1741.82035106243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250781.993861445 Mflops = 250.781993861445 Gflops = 0.250781993861445 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058223 s
InvBiCGStab: k = 99 resid = 9.557712e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393872(s) Flops=652584960 => 1656.84526952919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238553.850034247 Mflops = 238.553850034247 Gflops = 0.238553850034247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001281743 Relative Rsd = 5.62166583382979e-07
BICGSTAB_SOLVER_TIME: 0.800569 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116074
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04628 s
InvBiCGStab: k = 58 resid = 2.263081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248236(s) Flops=383551488 => 1545.10823571118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222449.056351904 Mflops = 222.449056351904 Gflops = 0.222449056351904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062652 s
InvBiCGStab: k = 74 resid = 7.192295e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344837(s) Flops=488540160 => 1416.72778733141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203976.272224183 Mflops = 203.976272224183 Gflops = 0.203976272224183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00107829 Relative Rsd = 4.72933274483315e-07
BICGSTAB_SOLVER_TIME: 0.705865 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040724 s
InvBiCGStab: k = 63 resid = 1.97936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237879(s) Flops=416360448 => 1750.30350724528 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251988.562147 Mflops = 251.988562147 Gflops = 0.251988562147 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056759 s
InvBiCGStab: k = 77 resid = 9.293642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286442(s) Flops=508225536 => 1774.27030952165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255394.334431064 Mflops = 255.394334431064 Gflops = 0.255394334431064 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001124907 Relative Rsd = 4.93378973699917e-07
BICGSTAB_SOLVER_TIME: 0.625565 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114794
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047029 s
InvBiCGStab: k = 59 resid = 1.952656e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227403(s) Flops=390113280 => 1715.5150987454 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246977.042290595 Mflops = 246.977042290595 Gflops = 0.246977042290595 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056039 s
InvBiCGStab: k = 80 resid = 1.130637e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293199(s) Flops=527910912 => 1800.52084761544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259215.074273074 Mflops = 259.215074273074 Gflops = 0.259215074273074 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001116133 Relative Rsd = 4.89530843642158e-07
BICGSTAB_SOLVER_TIME: 0.627289 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115722
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113691
Monitoring force
num_pf = 1
MInvCG2: 197 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.804692(s) Flops=1279107072 => 1589.56106435754 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228902.170695241 Mflops = 228.902170695241 Gflops = 0.228902170695241 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141345000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.494733
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041922 s
InvBiCGStab: k = 30 resid = 2.074286e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112216(s) Flops=199821312 => 1780.68467954659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256298.131012995 Mflops = 256.298131012995 Gflops = 0.256298131012995 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063909 s
InvBiCGStab: k = 46 resid = 1.142985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188115(s) Flops=304809984 => 1620.33853759668 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233254.360936509 Mflops = 233.254360936509 Gflops = 0.233254360936509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007193133 Relative Rsd = 3.15487563675523e-07
BICGSTAB_SOLVER_TIME: 0.409898 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685170000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041091 s
InvBiCGStab: k = 50 resid = 1.759489e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196812(s) Flops=331057152 => 1682.09840863362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242167.638067105 Mflops = 242.167638067104 Gflops = 0.242167638067104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065604 s
InvBiCGStab: k = 71 resid = 1.040425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304(s) Flops=468854784 => 1542.28547368421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222046.105128352 Mflops = 222.046105128352 Gflops = 0.222046105128352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001090811 Relative Rsd = 4.78424592736265e-07
BICGSTAB_SOLVER_TIME: 0.611127 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100562
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040844 s
InvBiCGStab: k = 57 resid = 2.185936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223032(s) Flops=376989696 => 1690.29419993544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243351.870932198 Mflops = 243.351870932198 Gflops = 0.243351870932198 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056618 s
InvBiCGStab: k = 73 resid = 1.119635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282469(s) Flops=481978368 => 1706.30535740205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245664.268971398 Mflops = 245.664268971398 Gflops = 0.245664268971398 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001047385 Relative Rsd = 4.5937817176493e-07
BICGSTAB_SOLVER_TIME: 0.606607 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118899
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107108
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052806 s
InvBiCGStab: k = 62 resid = 2.107298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270739(s) Flops=409798656 => 1513.62993879714 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217925.975212503 Mflops = 217.925975212503 Gflops = 0.217925975212503 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069644 s
InvBiCGStab: k = 78 resid = 9.762048e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346652(s) Flops=514787328 => 1485.02627418852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213803.749350361 Mflops = 213.803749350361 Gflops = 0.213803749350361 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001097178 Relative Rsd = 4.81217379533617e-07
BICGSTAB_SOLVER_TIME: 0.744312 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040777 s
InvBiCGStab: k = 58 resid = 2.071567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214421(s) Flops=383551488 => 1788.77762905686 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257529.147791814 Mflops = 257.529147791815 Gflops = 0.257529147791815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058974 s
InvBiCGStab: k = 81 resid = 1.133015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300367(s) Flops=534472704 => 1779.39888203431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256189.039890026 Mflops = 256.189039890026 Gflops = 0.256189039890026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001086692 Relative Rsd = 4.76618117118035e-07
BICGSTAB_SOLVER_TIME: 0.61821 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113428
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843658(s) Flops=1291419648 => 1530.73834183994 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220425.314392577 Mflops = 220.425314392577 Gflops = 0.220425314392577 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142747000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.410481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052671 s
InvBiCGStab: k = 32 resid = 2.263201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.157507(s) Flops=212944896 => 1351.97099811437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194635.450867086 Mflops = 194.635450867086 Gflops = 0.194635450867086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070164 s
InvBiCGStab: k = 49 resid = 1.12898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195347(s) Flops=324495360 => 1661.12282246464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239141.166308758 Mflops = 239.141166308758 Gflops = 0.239141166308758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007291021 Relative Rsd = 3.19780879174643e-07
BICGSTAB_SOLVER_TIME: 0.479374 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050014 s
InvBiCGStab: k = 58 resid = 1.621289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215716(s) Flops=383551488 => 1778.03912551688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255985.659323827 Mflops = 255.985659323827 Gflops = 0.255985659323827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056976 s
InvBiCGStab: k = 85 resid = 5.88915e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.34436(s) Flops=560719872 => 1628.29559763039 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234434.442500698 Mflops = 234.434442500698 Gflops = 0.234434442500698 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.00110648 Relative Rsd = 4.85297114266455e-07
BICGSTAB_SOLVER_TIME: 0.670706 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117798
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 59 resid = 1.870068e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237694(s) Flops=390113280 => 1641.24159633815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236297.810564404 Mflops = 236.297810564404 Gflops = 0.236297810564404 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057641 s
InvBiCGStab: k = 74 resid = 7.149638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270313(s) Flops=488540160 => 1807.31285583749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260200.61697775 Mflops = 260.20061697775 Gflops = 0.26020061697775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00105167 Relative Rsd = 4.61257815262214e-07
BICGSTAB_SOLVER_TIME: 0.610407 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109261
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041057 s
InvBiCGStab: k = 80 resid = 1.162218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293429(s) Flops=527910912 => 1799.10953586728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259028.879479096 Mflops = 259.028879479096 Gflops = 0.259028879479096 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055988 s
InvBiCGStab: k = 75 resid = 1.016697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294161(s) Flops=495101952 => 1683.09854807401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242338.243575701 Mflops = 242.338243575701 Gflops = 0.242338243575701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001126637 Relative Rsd = 4.94138071297889e-07
BICGSTAB_SOLVER_TIME: 0.689415 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118672
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045983 s
InvBiCGStab: k = 55 resid = 2.268056e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225344(s) Flops=363866112 => 1614.71400170406 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232465.273475684 Mflops = 232.465273475684 Gflops = 0.232465273475684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06423 s
InvBiCGStab: k = 70 resid = 1.016778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300406(s) Flops=462292992 => 1538.89400344867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221554.887657079 Mflops = 221.554887657079 Gflops = 0.221554887657079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 125 iterations. Rsd = 0.001065672 Relative Rsd = 4.67398964357256e-07
BICGSTAB_SOLVER_TIME: 0.639976 sec
2Flav::invert,  n_count = 125
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.103284
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830751(s) Flops=1297612800 => 1561.97561002033 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224933.194127565 Mflops = 224.933194127565 Gflops = 0.224933194127565 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143378000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.455562e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.935591(s) Flops=1380943872 => 1476.01235155105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212553.481502132 Mflops = 212.553481502132 Gflops = 0.212553481502132 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 6.876987e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.927244(s) Flops=1636853760 => 1765.28913640854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254196.843867087 Mflops = 254.196843867087 Gflops = 0.254196843867087 Tflops
BICGSTAB_SOLVER: 459 iterations. Rsd = 0.002307767 Relative Rsd = 1.01483586138505e-06
BICGSTAB_SOLVER_TIME: 1.866279 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115701
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115306
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.327123999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.550557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.773293(s) Flops=1374382080 => 1777.31090285312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255877.754948605 Mflops = 255.877754948605 Gflops = 0.255877754948605 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 237 resid = 9.69701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.888289(s) Flops=1558112256 => 1754.06005928251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252578.576636299 Mflops = 252.578576636299 Gflops = 0.252578576636299 Tflops
BICGSTAB_SOLVER: 446 iterations. Rsd = 0.002016226 Relative Rsd = 8.85972671687805e-07
BICGSTAB_SOLVER_TIME: 1.665041 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120156
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.11799
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001744
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.318009999999999
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.886347(s) Flops=1297612800 => 1464.00089355523 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210849.166897607 Mflops = 210.849166897607 Gflops = 0.210849166897607 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143391000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 30 resid = 2.2564e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110538(s) Flops=199821312 => 1807.71600716496 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260186.761975934 Mflops = 260.186761975934 Gflops = 0.260186761975934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056967 s
InvBiCGStab: k = 50 resid = 1.147738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208065(s) Flops=331057152 => 1591.12369692163 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229071.115003643 Mflops = 229.071115003643 Gflops = 0.229071115003643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 80 iterations. Rsd = 0.0007398925 Relative Rsd = 3.24513508303475e-07
BICGSTAB_SOLVER_TIME: 0.420544 sec
2Flav::invert,  n_count = 80
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117258
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0714010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042647 s
InvBiCGStab: k = 78 resid = 2.146109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319767(s) Flops=514787328 => 1609.88259576504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231792.241221167 Mflops = 231.792241221167 Gflops = 0.231792241221167 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063846 s
InvBiCGStab: k = 94 resid = 7.860743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.41979(s) Flops=619776000 => 1476.39534052741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212574.379165423 Mflops = 212.574379165423 Gflops = 0.212574379165423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001305898 Relative Rsd = 5.72760914431654e-07
BICGSTAB_SOLVER_TIME: 0.850372 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13687
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044492 s
InvBiCGStab: k = 60 resid = 1.780663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23699(s) Flops=396675072 => 1673.80510570066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240981.746675183 Mflops = 240.981746675183 Gflops = 0.240981746675183 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060605 s
InvBiCGStab: k = 73 resid = 1.144594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307952(s) Flops=481978368 => 1565.10874421988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225330.969217144 Mflops = 225.330969217144 Gflops = 0.225330969217144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001068963 Relative Rsd = 4.68842255660267e-07
BICGSTAB_SOLVER_TIME: 0.654055 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109172
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046139 s
InvBiCGStab: k = 61 resid = 1.657791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246716(s) Flops=403236864 => 1634.41715981128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235304.277433953 Mflops = 235.304277433953 Gflops = 0.235304277433953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06197 s
InvBiCGStab: k = 89 resid = 7.113287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338183(s) Flops=586967040 => 1735.64916036584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249887.7281828 Mflops = 249.8877281828 Gflops = 0.2498877281828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001131685 Relative Rsd = 4.9635174428908e-07
BICGSTAB_SOLVER_TIME: 0.696919 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044622 s
InvBiCGStab: k = 57 resid = 2.062658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.215819(s) Flops=376989696 => 1746.7864089816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251471.75737954 Mflops = 251.47175737954 Gflops = 0.25147175737954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064997 s
InvBiCGStab: k = 81 resid = 9.218141e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30776(s) Flops=534472704 => 1736.6542240707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250024.359971985 Mflops = 250.024359971985 Gflops = 0.250024359971985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001118564 Relative Rsd = 4.9059701145969e-07
BICGSTAB_SOLVER_TIME: 0.636964 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116678
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112871
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.902109(s) Flops=1297981440 => 1438.8299418363 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207192.282173213 Mflops = 207.192282173213 Gflops = 0.207192282173213 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143471000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.444745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040919 s
InvBiCGStab: k = 33 resid = 1.393807e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.129678(s) Flops=219506688 => 1692.70568639245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243656.559953802 Mflops = 243.656559953802 Gflops = 0.243656559953802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064008 s
InvBiCGStab: k = 50 resid = 9.871841e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182876(s) Flops=331057152 => 1810.28211465693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260591.584489529 Mflops = 260.591584489529 Gflops = 0.260591584489529 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007618056 Relative Rsd = 3.34124489608468e-07
BICGSTAB_SOLVER_TIME: 0.421057 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0735340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040792 s
InvBiCGStab: k = 86 resid = 9.909513e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342218(s) Flops=567281664 => 1657.66167764407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238670.473732306 Mflops = 238.670473732306 Gflops = 0.238670473732306 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061992 s
InvBiCGStab: k = 102 resid = 7.412108e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.411259(s) Flops=672270336 => 1634.66413136247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235355.581309112 Mflops = 235.355581309112 Gflops = 0.235355581309112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001314667 Relative Rsd = 5.7660715529784e-07
BICGSTAB_SOLVER_TIME: 0.860038 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148424999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045838 s
InvBiCGStab: k = 59 resid = 1.955818e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245393(s) Flops=390113280 => 1589.74901484557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228896.004726684 Mflops = 228.896004726684 Gflops = 0.228896004726684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065685 s
InvBiCGStab: k = 70 resid = 1.063334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309701(s) Flops=462292992 => 1492.7074565468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214903.62309537 Mflops = 214.90362309537 Gflops = 0.21490362309537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.0010805 Relative Rsd = 4.73902276582884e-07
BICGSTAB_SOLVER_TIME: 0.670583 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106306
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044664 s
InvBiCGStab: k = 63 resid = 2.044109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253142(s) Flops=416360448 => 1644.77031863539 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236801.264438371 Mflops = 236.801264438371 Gflops = 0.236801264438371 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057096 s
InvBiCGStab: k = 85 resid = 9.560397e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316017(s) Flops=560719872 => 1774.33451997836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255461.994847352 Mflops = 255.461994847352 Gflops = 0.255461994847352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001137657 Relative Rsd = 4.98971236053977e-07
BICGSTAB_SOLVER_TIME: 0.674654 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118289
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119849
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041761 s
InvBiCGStab: k = 63 resid = 2.217079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23847(s) Flops=416360448 => 1745.96573153856 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251342.915442502 Mflops = 251.342915442502 Gflops = 0.251342915442502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062959 s
InvBiCGStab: k = 87 resid = 8.942679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344437(s) Flops=573843456 => 1666.03313813557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239866.513958744 Mflops = 239.866513958744 Gflops = 0.239866513958744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001159199 Relative Rsd = 5.08419440528249e-07
BICGSTAB_SOLVER_TIME: 0.691356 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118178
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121387000000001
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840476(s) Flops=1304027136 => 1551.53405451197 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223553.663912741 Mflops = 223.553663912741 Gflops = 0.223553663912741 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144178000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.456745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050446 s
InvBiCGStab: k = 27 resid = 2.227725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104348(s) Flops=180135936 => 1726.2998428336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248468.599944736 Mflops = 248.468599944736 Gflops = 0.248468599944736 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060271 s
InvBiCGStab: k = 62 resid = 1.060724e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245166(s) Flops=409798656 => 1671.51503879004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240650.197817275 Mflops = 240.650197817275 Gflops = 0.240650197817275 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007596705 Relative Rsd = 3.3318803776912e-07
BICGSTAB_SOLVER_TIME: 0.464487 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0777910000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041237 s
InvBiCGStab: k = 58 resid = 1.939389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222267(s) Flops=383551488 => 1725.63398075288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248430.199662397 Mflops = 248.430199662397 Gflops = 0.248430199662397 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056359 s
InvBiCGStab: k = 83 resid = 4.950801e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330681(s) Flops=547596288 => 1655.9653805329 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238419.800821872 Mflops = 238.419800821872 Gflops = 0.238419800821872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001056266 Relative Rsd = 4.63273276315871e-07
BICGSTAB_SOLVER_TIME: 0.654227 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115997
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04123 s
InvBiCGStab: k = 54 resid = 2.226893e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212108(s) Flops=357304320 => 1684.53957417919 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242522.239214832 Mflops = 242.522239214832 Gflops = 0.242522239214832 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060619 s
InvBiCGStab: k = 70 resid = 9.818351e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273457(s) Flops=462292992 => 1690.55095316631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243386.708063501 Mflops = 243.386708063501 Gflops = 0.243386708063501 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001055019 Relative Rsd = 4.62726483003389e-07
BICGSTAB_SOLVER_TIME: 0.592144 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10304
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050505 s
InvBiCGStab: k = 67 resid = 1.666885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299918(s) Flops=442607616 => 1475.76209497263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212475.77572799 Mflops = 212.47577572799 Gflops = 0.21247577572799 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065435 s
InvBiCGStab: k = 81 resid = 1.128377e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323873(s) Flops=534472704 => 1650.25396992031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237589.836275247 Mflops = 237.589836275247 Gflops = 0.237589836275247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001175057 Relative Rsd = 5.15374729073056e-07
BICGSTAB_SOLVER_TIME: 0.743327 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123027
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119696
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044861 s
InvBiCGStab: k = 53 resid = 1.70354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207704(s) Flops=350742528 => 1688.66525440049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243116.555249939 Mflops = 243.116555249939 Gflops = 0.243116555249939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05766 s
InvBiCGStab: k = 83 resid = 8.149478e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31927(s) Flops=547596288 => 1715.15108842046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246941.524438635 Mflops = 246.941524438635 Gflops = 0.246941524438635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001080459 Relative Rsd = 4.73884610088709e-07
BICGSTAB_SOLVER_TIME: 0.633124 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113619
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111356
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861256(s) Flops=1304100864 => 1514.18493920507 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218148.994621387 Mflops = 218.148994621387 Gflops = 0.218148994621387 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144125000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.46053
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021225
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042752 s
InvBiCGStab: k = 30 resid = 2.184273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122597(s) Flops=199821312 => 1629.90376599754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234604.255779886 Mflops = 234.604255779886 Gflops = 0.234604255779886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063338 s
InvBiCGStab: k = 57 resid = 1.024615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250667(s) Flops=376989696 => 1503.94625539062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216507.728245922 Mflops = 216.507728245922 Gflops = 0.216507728245922 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007488139 Relative Rsd = 3.28426355937439e-07
BICGSTAB_SOLVER_TIME: 0.483034 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116895
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0763040000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042823 s
InvBiCGStab: k = 65 resid = 1.784161e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272709(s) Flops=429484032 => 1574.88030098017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226732.393994715 Mflops = 226.732393994715 Gflops = 0.226732393994715 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058115 s
InvBiCGStab: k = 83 resid = 1.146526e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304676(s) Flops=547596288 => 1797.30693589255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258762.715097494 Mflops = 258.762715097494 Gflops = 0.258762715097494 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00113922 Relative Rsd = 4.99656910476736e-07
BICGSTAB_SOLVER_TIME: 0.681975 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119722
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041298 s
InvBiCGStab: k = 55 resid = 1.994649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207609(s) Flops=363866112 => 1752.65095443839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252315.948855527 Mflops = 252.315948855527 Gflops = 0.252315948855527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057136 s
InvBiCGStab: k = 74 resid = 4.916508e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293749(s) Flops=488540160 => 1663.12109998672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239445.749454455 Mflops = 239.445749454455 Gflops = 0.239445749454455 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001044082 Relative Rsd = 4.57929672420285e-07
BICGSTAB_SOLVER_TIME: 0.603551 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121538
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10636
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040976 s
InvBiCGStab: k = 62 resid = 2.12394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239373(s) Flops=409798656 => 1711.96691356168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246468.135632171 Mflops = 246.468135632171 Gflops = 0.246468135632171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060289 s
InvBiCGStab: k = 79 resid = 1.113297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3805(s) Flops=521349120 => 1370.1685151117 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197283.635030464 Mflops = 197.283635030464 Gflops = 0.197283635030464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.00116328 Relative Rsd = 5.10209424014633e-07
BICGSTAB_SOLVER_TIME: 0.727519 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115024
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049707 s
InvBiCGStab: k = 58 resid = 1.515218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256311(s) Flops=383551488 => 1496.43007128059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215463.776302098 Mflops = 215.463776302098 Gflops = 0.215463776302098 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060405 s
InvBiCGStab: k = 84 resid = 1.128966e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325728(s) Flops=554158080 => 1701.29089301503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244934.760645635 Mflops = 244.934760645635 Gflops = 0.244934760645635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001089746 Relative Rsd = 4.77957502884496e-07
BICGSTAB_SOLVER_TIME: 0.695882 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12425
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11565
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880276(s) Flops=1304100864 => 1481.46815771417 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213340.043751295 Mflops = 213.340043751295 Gflops = 0.213340043751295 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144653000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.417293
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 2.136866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.823678(s) Flops=1374382080 => 1668.59146414011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240197.529423703 Mflops = 240.197529423703 Gflops = 0.240197529423703 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 7.632419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.998442(s) Flops=1702471680 => 1705.12826984442 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245535.434447373 Mflops = 245.535434447373 Gflops = 0.245535434447373 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.002617846 Relative Rsd = 1.15119434617517e-06
BICGSTAB_SOLVER_TIME: 1.825462 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121295
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.138243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333328999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 180 resid = 2.106356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.70098(s) Flops=1184090112 => 1689.19243345031 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243169.145915425 Mflops = 243.169145915425 Gflops = 0.243169145915425 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 8.060856e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.997641(s) Flops=1538426880 => 1542.06461041597 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222052.954357474 Mflops = 222.052954357474 Gflops = 0.222052954357474 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.001945144 Relative Rsd = 8.54753484436376e-07
BICGSTAB_SOLVER_TIME: 1.702658 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0.126378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295160999999998
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.87892(s) Flops=1304100864 => 1483.75377053657 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213671.415242189 Mflops = 213.671415242189 Gflops = 0.213671415242189 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144094000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41964
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021256
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040868 s
InvBiCGStab: k = 30 resid = 1.196926e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112843(s) Flops=199821312 => 1770.79049653058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254889.927125205 Mflops = 254.889927125205 Gflops = 0.254889927125205 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057454 s
InvBiCGStab: k = 59 resid = 1.13923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24451(s) Flops=390113280 => 1595.49008220523 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229678.8691649 Mflops = 229.6788691649 Gflops = 0.2296788691649 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007488806 Relative Rsd = 3.2845563840683e-07
BICGSTAB_SOLVER_TIME: 0.46047 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123627
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0778020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044478 s
InvBiCGStab: k = 80 resid = 2.067979e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345423(s) Flops=527910912 => 1528.30272448563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220054.883546746 Mflops = 220.054883546746 Gflops = 0.220054883546746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060653 s
InvBiCGStab: k = 98 resid = 1.089503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377789(s) Flops=646023168 => 1710.01052968721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246211.727439528 Mflops = 246.211727439528 Gflops = 0.246211727439528 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00125132 Relative Rsd = 5.48823172239303e-07
BICGSTAB_SOLVER_TIME: 0.832027 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114991
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041968 s
InvBiCGStab: k = 53 resid = 2.242761e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.199771(s) Flops=350742528 => 1755.72294276947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252768.14126721 Mflops = 252.76814126721 Gflops = 0.25276814126721 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058444 s
InvBiCGStab: k = 69 resid = 1.123539e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272861(s) Flops=455731200 => 1670.19544749891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240442.99157673 Mflops = 240.44299157673 Gflops = 0.24044299157673 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001019558 Relative Rsd = 4.47173534666291e-07
BICGSTAB_SOLVER_TIME: 0.577105 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119359
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101509
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042632 s
InvBiCGStab: k = 63 resid = 2.183263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278569(s) Flops=416360448 => 1494.64027942808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215194.752142293 Mflops = 215.194752142293 Gflops = 0.215194752142293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059678 s
InvBiCGStab: k = 75 resid = 8.838234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293405(s) Flops=495101952 => 1687.43529251376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242940.909932658 Mflops = 242.940909932658 Gflops = 0.242940909932658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001138061 Relative Rsd = 4.99148513706507e-07
BICGSTAB_SOLVER_TIME: 0.678105 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112584
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044674 s
InvBiCGStab: k = 54 resid = 2.205466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213245(s) Flops=357304320 => 1675.55778564562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241222.889338315 Mflops = 241.222889338315 Gflops = 0.241222889338315 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058636 s
InvBiCGStab: k = 77 resid = 5.638952e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332346(s) Flops=508225536 => 1529.20611651712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220178.361634914 Mflops = 220.178361634914 Gflops = 0.220178361634914 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001058166 Relative Rsd = 4.64106614036762e-07
BICGSTAB_SOLVER_TIME: 0.65328 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107937
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.891683(s) Flops=1304100864 => 1462.51623502971 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210611.863195567 Mflops = 210.611863195567 Gflops = 0.210611863195567 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144235000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 28 resid = 1.772027e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103422(s) Flops=186697728 => 1805.20322561931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259824.297096303 Mflops = 259.824297096303 Gflops = 0.259824297096303 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055929 s
InvBiCGStab: k = 53 resid = 1.048381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194151(s) Flops=350742528 => 1806.54504998687 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260059.412516358 Mflops = 260.059412516358 Gflops = 0.260059412516358 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007425441 Relative Rsd = 3.25676484424347e-07
BICGSTAB_SOLVER_TIME: 0.398336 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 83 resid = 2.228028e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30516(s) Flops=547596288 => 1794.45631144318 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258362.592947131 Mflops = 258.362592947131 Gflops = 0.258362592947131 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064237 s
InvBiCGStab: k = 96 resid = 8.60414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.395779(s) Flops=632899584 => 1599.12371298123 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230237.577649825 Mflops = 230.237577649825 Gflops = 0.230237577649825 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001260674 Relative Rsd = 5.52925985744878e-07
BICGSTAB_SOLVER_TIME: 0.810514 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120361
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141995
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058444 s
InvBiCGStab: k = 60 resid = 2.233288e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27486(s) Flops=396675072 => 1443.18952193844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207773.794008567 Mflops = 207.773794008567 Gflops = 0.207773794008567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0672 s
InvBiCGStab: k = 80 resid = 1.148923e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32542(s) Flops=527910912 => 1622.24482822199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233559.385538752 Mflops = 233.559385538752 Gflops = 0.233559385538752 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001081781 Relative Rsd = 4.74464183427955e-07
BICGSTAB_SOLVER_TIME: 0.731606 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041344 s
InvBiCGStab: k = 70 resid = 1.991567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257481(s) Flops=462292992 => 1795.4450697333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258497.580895409 Mflops = 258.497580895409 Gflops = 0.258497580895409 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066385 s
InvBiCGStab: k = 82 resid = 8.320294e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32874(s) Flops=541034496 => 1645.78236904545 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236953.197862114 Mflops = 236.953197862114 Gflops = 0.236953197862114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.00113628 Relative Rsd = 4.98367154283506e-07
BICGSTAB_SOLVER_TIME: 0.697581 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122736
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040813 s
InvBiCGStab: k = 57 resid = 2.199061e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208897(s) Flops=376989696 => 1804.66783151505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259825.612110527 Mflops = 259.825612110527 Gflops = 0.259825612110527 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056042 s
InvBiCGStab: k = 81 resid = 1.097166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29551(s) Flops=534472704 => 1808.6450678488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260403.546903957 Mflops = 260.403546903957 Gflops = 0.260403546903957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001096109 Relative Rsd = 4.80748349431043e-07
BICGSTAB_SOLVER_TIME: 0.60495 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115931
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112944
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.873616(s) Flops=1310294016 => 1499.85121151627 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215976.298092664 Mflops = 215.976298092664 Gflops = 0.215976298092664 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144692000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040812 s
InvBiCGStab: k = 29 resid = 1.968866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106675(s) Flops=193259520 => 1811.66646355753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260768.355714355 Mflops = 260.768355714355 Gflops = 0.260768355714355 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056483 s
InvBiCGStab: k = 52 resid = 9.05128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191309(s) Flops=344180736 => 1799.08282412223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258991.879765535 Mflops = 258.991879765535 Gflops = 0.258991879765535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007807586 Relative Rsd = 3.42437187828534e-07
BICGSTAB_SOLVER_TIME: 0.399131 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118052
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720920000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 58 resid = 2.172388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211713(s) Flops=383551488 => 1811.65770642332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260801.230959279 Mflops = 260.801230959279 Gflops = 0.260801230959279 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056748 s
InvBiCGStab: k = 77 resid = 1.096862e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290855(s) Flops=508225536 => 1747.35017792371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251563.57648499 Mflops = 251.56357648499 Gflops = 0.251563576484991 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001090166 Relative Rsd = 4.78141979888698e-07
BICGSTAB_SOLVER_TIME: 0.603889 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110543
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040837 s
InvBiCGStab: k = 64 resid = 1.938594e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268377(s) Flops=422922240 => 1575.85128382835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226876.547867177 Mflops = 226.876547867177 Gflops = 0.226876547867177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072349 s
InvBiCGStab: k = 68 resid = 1.131262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292866(s) Flops=449169408 => 1533.70281289054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220808.747897088 Mflops = 220.808747897088 Gflops = 0.220808747897088 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001115446 Relative Rsd = 4.89229645234246e-07
BICGSTAB_SOLVER_TIME: 0.678604 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124595
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04945 s
InvBiCGStab: k = 56 resid = 2.27588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234218(s) Flops=370427904 => 1581.55181924532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227702.962193083 Mflops = 227.702962193083 Gflops = 0.227702962193083 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061579 s
InvBiCGStab: k = 83 resid = 7.125786e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343559(s) Flops=547596288 => 1593.89300818782 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229495.75630317 Mflops = 229.49575630317 Gflops = 0.22949575630317 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001121664 Relative Rsd = 4.91956769859607e-07
BICGSTAB_SOLVER_TIME: 0.692569 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044017 s
InvBiCGStab: k = 59 resid = 1.267609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224231(s) Flops=390113280 => 1739.78299164701 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250487.248228089 Mflops = 250.487248228089 Gflops = 0.250487248228089 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057208 s
InvBiCGStab: k = 70 resid = 1.067719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277876(s) Flops=462292992 => 1663.66649872605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239522.63238168 Mflops = 239.52263238168 Gflops = 0.23952263238168 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001072808 Relative Rsd = 4.70528895261651e-07
BICGSTAB_SOLVER_TIME: 0.607029 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115935
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106465
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874409(s) Flops=1310367744 => 1498.57531658526 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215800.642610038 Mflops = 215.800642610038 Gflops = 0.215800642610039 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144778000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041768 s
InvBiCGStab: k = 32 resid = 1.426429e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120342(s) Flops=212944896 => 1769.49773146532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254678.507665424 Mflops = 254.678507665424 Gflops = 0.254678507665424 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056623 s
InvBiCGStab: k = 53 resid = 1.072321e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20195(s) Flops=350742528 => 1736.7790443179 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250035.75610083 Mflops = 250.03575610083 Gflops = 0.25003575610083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 85 iterations. Rsd = 0.0007397562 Relative Rsd = 3.24453692413516e-07
BICGSTAB_SOLVER_TIME: 0.424358 sec
2Flav::invert,  n_count = 85
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0751080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045611 s
InvBiCGStab: k = 65 resid = 2.088474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252306(s) Flops=429484032 => 1702.23471498894 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245089.64215522 Mflops = 245.08964215522 Gflops = 0.24508964215522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065273 s
InvBiCGStab: k = 85 resid = 1.110346e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31594(s) Flops=560719872 => 1774.76695575109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255518.186004716 Mflops = 255.518186004716 Gflops = 0.255518186004716 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001135655 Relative Rsd = 4.98093272564563e-07
BICGSTAB_SOLVER_TIME: 0.682853 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121122
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042136 s
InvBiCGStab: k = 57 resid = 2.031955e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212026(s) Flops=376989696 => 1778.0352220954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255980.915579773 Mflops = 255.980915579773 Gflops = 0.255980915579773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059214 s
InvBiCGStab: k = 76 resid = 8.733242e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288089(s) Flops=501663744 => 1741.34987451794 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250702.935904764 Mflops = 250.702935904764 Gflops = 0.250702935904764 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001083212 Relative Rsd = 4.75091905622713e-07
BICGSTAB_SOLVER_TIME: 0.605142 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047981 s
InvBiCGStab: k = 54 resid = 2.099868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247482(s) Flops=357304320 => 1443.75881882319 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207848.989347202 Mflops = 207.848989347202 Gflops = 0.207848989347202 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060975 s
InvBiCGStab: k = 85 resid = 9.686439e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359517(s) Flops=560719872 => 1559.64772736755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224553.536267848 Mflops = 224.553536267848 Gflops = 0.224553536267848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001115075 Relative Rsd = 4.89066817344293e-07
BICGSTAB_SOLVER_TIME: 0.71995 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041563 s
InvBiCGStab: k = 65 resid = 2.105386e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256233(s) Flops=429484032 => 1676.14644483732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241324.943189914 Mflops = 241.324943189914 Gflops = 0.241324943189914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059062 s
InvBiCGStab: k = 79 resid = 1.135914e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306914(s) Flops=521349120 => 1698.68145473976 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244566.191829482 Mflops = 244.566191829482 Gflops = 0.244566191829482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001064857 Relative Rsd = 4.67041549735221e-07
BICGSTAB_SOLVER_TIME: 0.667561 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118992
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117033
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.855869(s) Flops=1310294016 => 1530.95160123804 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220475.251953041 Mflops = 220.475251953041 Gflops = 0.220475251953041 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144968000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423019
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021207
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 183 resid = 2.257102e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.708748(s) Flops=1203775488 => 1698.45345313144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244460.135196898 Mflops = 244.460135196898 Gflops = 0.244460135196898 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 9.402458e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.914385(s) Flops=1518741504 => 1660.94315195459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239172.266427834 Mflops = 239.172266427834 Gflops = 0.239172266427834 Tflops
BICGSTAB_SOLVER: 414 iterations. Rsd = 0.002077624 Relative Rsd = 9.13636033503642e-07
BICGSTAB_SOLVER_TIME: 1.626517 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11803
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0.117621
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.295424999999998
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 172 resid = 1.802975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.665493(s) Flops=1131595776 => 1700.38719565796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244819.92747546 Mflops = 244.81992747546 Gflops = 0.24481992747546 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 187 resid = 8.629432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.748219(s) Flops=1230022656 => 1643.93400327979 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236720.491895797 Mflops = 236.720491895797 Gflops = 0.236720491895797 Tflops
BICGSTAB_SOLVER: 359 iterations. Rsd = 0.001864625 Relative Rsd = 8.19387046561739e-07
BICGSTAB_SOLVER_TIME: 1.417328 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.122012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.256209999999998
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889858(s) Flops=1310294016 => 1472.4754016933 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212103.07111187 Mflops = 212.10307111187 Gflops = 0.21210307111187 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144785000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.408004
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04124 s
InvBiCGStab: k = 30 resid = 1.267079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112087(s) Flops=199821312 => 1782.73405479672 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256584.875992806 Mflops = 256.584875992806 Gflops = 0.256584875992806 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057164 s
InvBiCGStab: k = 46 resid = 1.07191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.168937(s) Flops=304809984 => 1804.2819749374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259726.14324567 Mflops = 259.72614324567 Gflops = 0.25972614324567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007238137 Relative Rsd = 3.17461385925713e-07
BICGSTAB_SOLVER_TIME: 0.383753 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117286
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685330000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043299 s
InvBiCGStab: k = 85 resid = 1.884911e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383068(s) Flops=560719872 => 1463.76066912402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210754.66950783 Mflops = 210.75466950783 Gflops = 0.21075466950783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066643 s
InvBiCGStab: k = 103 resid = 9.886567e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.464234(s) Flops=678832128 => 1462.2628415842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210532.419024745 Mflops = 210.532419024745 Gflops = 0.210532419024745 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001343717 Relative Rsd = 5.89347965388764e-07
BICGSTAB_SOLVER_TIME: 0.961206 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117702
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148189
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042299 s
InvBiCGStab: k = 59 resid = 2.108665e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246952(s) Flops=390113280 => 1579.71298066021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227434.149593897 Mflops = 227.434149593897 Gflops = 0.227434149593897 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05738 s
InvBiCGStab: k = 81 resid = 1.019155e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306479(s) Flops=534472704 => 1743.91297283011 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251083.762900718 Mflops = 251.083762900718 Gflops = 0.251083762900718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001023968 Relative Rsd = 4.49107913659977e-07
BICGSTAB_SOLVER_TIME: 0.656856 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122885
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048683 s
InvBiCGStab: k = 67 resid = 2.23961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262168(s) Flops=442607616 => 1688.25949772665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243069.461626028 Mflops = 243.069461626028 Gflops = 0.243069461626028 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065977 s
InvBiCGStab: k = 82 resid = 1.013376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31411(s) Flops=541034496 => 1722.43639489351 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247989.874685902 Mflops = 247.989874685902 Gflops = 0.247989874685902 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001136362 Relative Rsd = 4.98403048923404e-07
BICGSTAB_SOLVER_TIME: 0.694643 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12052
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041219 s
InvBiCGStab: k = 55 resid = 1.621679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210108(s) Flops=363866112 => 1731.80512879091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249328.565840095 Mflops = 249.328565840095 Gflops = 0.249328565840095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059186 s
InvBiCGStab: k = 78 resid = 1.061219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311974(s) Flops=514787328 => 1650.09689268978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237567.358561032 Mflops = 237.567358561032 Gflops = 0.237567358561032 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001109158 Relative Rsd = 4.86471629773695e-07
BICGSTAB_SOLVER_TIME: 0.628563 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115847
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10932
Monitoring force
num_pf = 1
MInvCG2: 201 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96401(s) Flops=1304100864 => 1352.78769307372 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  194818.974014515 Mflops = 194.818974014515 Gflops = 0.194818974014515 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143863000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429453
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041303 s
InvBiCGStab: k = 26 resid = 2.21706e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.097314(s) Flops=173574144 => 1783.65028670078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256708.24968608 Mflops = 256.70824968608 Gflops = 0.25670824968608 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0638 s
InvBiCGStab: k = 43 resid = 1.14939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.183845(s) Flops=285124608 => 1550.89672278278 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223271.087754765 Mflops = 223.271087754765 Gflops = 0.223271087754765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007462981 Relative Rsd = 3.27322940410368e-07
BICGSTAB_SOLVER_TIME: 0.393641 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0635080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043744 s
InvBiCGStab: k = 84 resid = 1.79973e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320287(s) Flops=554158080 => 1730.19223384027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249108.539576877 Mflops = 249.108539576877 Gflops = 0.249108539576877 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061384 s
InvBiCGStab: k = 112 resid = 6.973886e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.474501(s) Flops=737888256 => 1555.08261521051 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223904.754041589 Mflops = 223.904754041589 Gflops = 0.223904754041589 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 196 iterations. Rsd = 0.001318177 Relative Rsd = 5.78146489015714e-07
BICGSTAB_SOLVER_TIME: 0.904154 sec
2Flav::invert,  n_count = 196
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122952
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154014999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045708 s
InvBiCGStab: k = 58 resid = 2.149337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268007(s) Flops=383551488 => 1431.12488852903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206040.037218979 Mflops = 206.040037218979 Gflops = 0.206040037218979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071617 s
InvBiCGStab: k = 74 resid = 1.09634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284713(s) Flops=488540160 => 1715.90394537657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247026.421547471 Mflops = 247.026421547471 Gflops = 0.247026421547471 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001085681 Relative Rsd = 4.76174718749784e-07
BICGSTAB_SOLVER_TIME: 0.673682 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041449 s
InvBiCGStab: k = 69 resid = 2.232685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254962(s) Flops=455731200 => 1787.44754120222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257340.080225129 Mflops = 257.340080225129 Gflops = 0.257340080225129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056435 s
InvBiCGStab: k = 92 resid = 8.540274e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335355(s) Flops=606652416 => 1808.98574942971 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260442.863822982 Mflops = 260.442863822982 Gflops = 0.260442863822982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001212273 Relative Rsd = 5.31697395328323e-07
BICGSTAB_SOLVER_TIME: 0.691799 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1159
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129092
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042307 s
InvBiCGStab: k = 60 resid = 2.250115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220069(s) Flops=396675072 => 1802.50317854855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259503.995791599 Mflops = 259.503995791599 Gflops = 0.259503995791599 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056296 s
InvBiCGStab: k = 76 resid = 1.044569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277246(s) Flops=501663744 => 1809.45349617307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260507.542624255 Mflops = 260.507542624255 Gflops = 0.260507542624255 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001109481 Relative Rsd = 4.86613472319411e-07
BICGSTAB_SOLVER_TIME: 0.599471 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114715
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111485
Monitoring force
num_pf = 1
MInvCG2: 200 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.843713(s) Flops=1297760256 => 1538.15368022064 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221496.494656503 Mflops = 221.496494656503 Gflops = 0.221496494656503 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143374000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443121
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042872 s
InvBiCGStab: k = 31 resid = 2.116213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12473(s) Flops=206383104 => 1654.63885192015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238166.939710997 Mflops = 238.166939710997 Gflops = 0.238166939710997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062818 s
InvBiCGStab: k = 55 resid = 7.763522e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207031(s) Flops=363866112 => 1757.5440972608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253012.303774072 Mflops = 253.012303774072 Gflops = 0.253012303774072 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000754547 Relative Rsd = 3.30940895451536e-07
BICGSTAB_SOLVER_TIME: 0.441113 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755780000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0454 s
InvBiCGStab: k = 56 resid = 2.152274e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235379(s) Flops=370427904 => 1573.75086137676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226569.923318747 Mflops = 226.569923318747 Gflops = 0.226569923318747 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05894 s
InvBiCGStab: k = 78 resid = 7.168039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306517(s) Flops=514787328 => 1679.47398676093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241798.752373238 Mflops = 241.798752373238 Gflops = 0.241798752373238 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001093671 Relative Rsd = 4.79679220178072e-07
BICGSTAB_SOLVER_TIME: 0.64993 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109808
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043495 s
InvBiCGStab: k = 66 resid = 2.00166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251212(s) Flops=436045824 => 1735.76829132366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249907.173510244 Mflops = 249.907173510244 Gflops = 0.249907173510244 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056416 s
InvBiCGStab: k = 74 resid = 9.907336e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327605(s) Flops=488540160 => 1491.24756948154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214707.995799068 Mflops = 214.707995799068 Gflops = 0.214707995799068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001109692 Relative Rsd = 4.86705685291896e-07
BICGSTAB_SOLVER_TIME: 0.682583 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120342
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11424
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05514 s
InvBiCGStab: k = 65 resid = 1.554603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286098(s) Flops=429484032 => 1501.17802990584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216128.087628482 Mflops = 216.128087628482 Gflops = 0.216128087628482 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056289 s
InvBiCGStab: k = 79 resid = 4.905613e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293798(s) Flops=521349120 => 1774.51555150137 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255482.231201755 Mflops = 255.482231201755 Gflops = 0.255482231201755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001121638 Relative Rsd = 4.91945485769397e-07
BICGSTAB_SOLVER_TIME: 0.695029 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042383 s
InvBiCGStab: k = 59 resid = 1.783718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238807(s) Flops=390113280 => 1633.59231513314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235196.496163692 Mflops = 235.196496163692 Gflops = 0.235196496163692 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056623 s
InvBiCGStab: k = 79 resid = 1.151088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313798(s) Flops=521349120 => 1661.41632515185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239201.707941067 Mflops = 239.201707941067 Gflops = 0.239201707941067 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001091949 Relative Rsd = 4.78923696726321e-07
BICGSTAB_SOLVER_TIME: 0.655453 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112858
Monitoring force
num_pf = 1
MInvCG2: 198 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.83095(s) Flops=1285226496 => 1546.69534388351 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222734.964733497 Mflops = 222.734964733497 Gflops = 0.222734964733497 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142033000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.422725
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021245
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052261 s
InvBiCGStab: k = 26 resid = 1.9918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108246(s) Flops=173574144 => 1603.51554791863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230798.935770807 Mflops = 230.798935770807 Gflops = 0.230798935770807 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059541 s
InvBiCGStab: k = 45 resid = 1.134906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184923(s) Flops=298248192 => 1612.8236725556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232157.169286185 Mflops = 232.157169286185 Gflops = 0.232157169286185 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007223188 Relative Rsd = 3.16805759860821e-07
BICGSTAB_SOLVER_TIME: 0.408701 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0650730000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041835 s
InvBiCGStab: k = 65 resid = 1.315131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255885(s) Flops=429484032 => 1678.42598042089 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241644.812292892 Mflops = 241.644812292892 Gflops = 0.241644812292892 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065897 s
InvBiCGStab: k = 77 resid = 1.029137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29464(s) Flops=508225536 => 1724.90339397231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248339.678966773 Mflops = 248.339678966773 Gflops = 0.248339678966773 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001135155 Relative Rsd = 4.9787402422356e-07
BICGSTAB_SOLVER_TIME: 0.661917 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115533
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042728 s
InvBiCGStab: k = 53 resid = 1.797142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227679(s) Flops=350742528 => 1540.51330162202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221802.95364587 Mflops = 221.80295364587 Gflops = 0.22180295364587 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071418 s
InvBiCGStab: k = 70 resid = 1.0942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273237(s) Flops=462292992 => 1691.91212024726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243574.925672414 Mflops = 243.574925672414 Gflops = 0.243574925672414 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001020013 Relative Rsd = 4.47372869906923e-07
BICGSTAB_SOLVER_TIME: 0.618761 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102307
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041046 s
InvBiCGStab: k = 70 resid = 1.732998e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266775(s) Flops=462292992 => 1732.89473151532 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249479.997540365 Mflops = 249.479997540365 Gflops = 0.249479997540365 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055783 s
InvBiCGStab: k = 80 resid = 1.085547e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308102(s) Flops=527910912 => 1713.42903324224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246689.076631087 Mflops = 246.689076631087 Gflops = 0.246689076631087 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001153606 Relative Rsd = 5.05966248681062e-07
BICGSTAB_SOLVER_TIME: 0.675294 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121706
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121217
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051024 s
InvBiCGStab: k = 56 resid = 1.834342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269198(s) Flops=370427904 => 1376.04255603682 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198134.963171675 Mflops = 198.134963171675 Gflops = 0.198134963171675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066071 s
InvBiCGStab: k = 78 resid = 1.142763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334465(s) Flops=514787328 => 1539.13661519143 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221592.898210073 Mflops = 221.592898210073 Gflops = 0.221592898210073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001104681 Relative Rsd = 4.84507993840233e-07
BICGSTAB_SOLVER_TIME: 0.724722 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109866
Monitoring force
num_pf = 1
MInvCG2: 195 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830449(s) Flops=1266130944 => 1524.63419668155 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219593.804921762 Mflops = 219.593804921762 Gflops = 0.219593804921762 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139977000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.390765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021277
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 1.389899e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867361(s) Flops=1335011328 => 1539.16457853189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221633.314930712 Mflops = 221.633314930712 Gflops = 0.221633314930712 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 9.093815e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.053854(s) Flops=1702471680 => 1615.4720483103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232624.694560489 Mflops = 232.624694560489 Gflops = 0.232624694560489 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.002092221 Relative Rsd = 9.20069316706126e-07
BICGSTAB_SOLVER_TIME: 1.924599 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116541
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329134999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 190 resid = 1.915083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.809799(s) Flops=1249708032 => 1543.23237247761 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222167.172939737 Mflops = 222.167172939737 Gflops = 0.222167172939737 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 230 resid = 1.045127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.88185(s) Flops=1512179712 => 1714.78109882633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246922.438702882 Mflops = 246.922438702882 Gflops = 0.246922438702882 Tflops
BICGSTAB_SOLVER: 420 iterations. Rsd = 0.002074883 Relative Rsd = 9.11797415646028e-07
BICGSTAB_SOLVER_TIME: 1.69548 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.121646
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.299320999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 295 resid = 1.632409e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.164826(s) Flops=1938696192 => 1664.36548634732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239636.626183393 Mflops = 239.636626183393 Gflops = 0.239636626183393 Tflops
InvBiCGStab: k = 323 resid = 1.078679e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.210555(s) Flops=2122426368 => 1753.26719397301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252468.34258355 Mflops = 252.46834258355 Gflops = 0.25246834258355 Tflops
BICGSTAB_SOLVER: 618 iterations. Rsd = 0.002053865 Relative Rsd = 9.03201759949452e-07
BICGSTAB_SOLVER_TIME: 2.380082 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.441395999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 270 resid = 1.339184e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.988249(s) Flops=1774651392 => 1795.75328889784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258570.294389942 Mflops = 258.570294389942 Gflops = 0.258570294389942 Tflops
InvBiCGStab: k = 286 resid = 1.137253e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.23521(s) Flops=1879640064 => 1521.71700682475 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219124.057085712 Mflops = 219.124057085712 Gflops = 0.219124057085712 Tflops
BICGSTAB_SOLVER: 556 iterations. Rsd = 0.002047891 Relative Rsd = 8.99935884604882e-07
BICGSTAB_SOLVER_TIME: 2.228084 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.397460999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 234 resid = 1.865966e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.902295(s) Flops=1538426880 => 1705.01541070271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245416.830506014 Mflops = 245.416830506014 Gflops = 0.245416830506014 Tflops
InvBiCGStab: k = 243 resid = 1.069314e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.991944(s) Flops=1597483008 => 1610.45684837047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231903.656109046 Mflops = 231.903656109046 Gflops = 0.231903656109046 Tflops
BICGSTAB_SOLVER: 477 iterations. Rsd = 0.001843371 Relative Rsd = 8.08494085809663e-07
BICGSTAB_SOLVER_TIME: 1.899071 sec
2Flav::invert,  n_count = 477
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.340137000000003
MInvCG2: 298 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.318307(s) Flops=1929332736 => 1463.49274941269 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210745.269495269 Mflops = 210.745269495269 Gflops = 0.210745269495269 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.213920000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.470322605682668
AccProb = 0.624800671519152
AcceptP = 1
After HMC trajectory call: time= 477.784974 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 0.077678 secs
Doing Update: 2780 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 262 resid = 1.521405e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.018183(s) Flops=1722157056 => 1691.40228819377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243533.46158284 Mflops = 243.53346158284 Gflops = 0.24353346158284 Tflops
InvBiCGStab: k = 294 resid = 6.861017e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.097651(s) Flops=1932134400 => 1760.2447408147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253473.486699975 Mflops = 253.473486699975 Gflops = 0.253473486699975 Tflops
BICGSTAB_SOLVER: 556 iterations. Rsd = 0.002097656 Relative Rsd = 9.22936522454422e-07
BICGSTAB_SOLVER_TIME: 2.121153 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.399032999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000355
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000362
InvBiCGStab: k = 211 resid = 2.241139e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770727(s) Flops=1387505664 => 1800.25568586542 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259216.907734506 Mflops = 259.216907734506 Gflops = 0.259216907734506 Tflops
InvBiCGStab: k = 246 resid = 1.070696e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.980902(s) Flops=1617168384 => 1648.65438545339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237403.542334468 Mflops = 237.403542334468 Gflops = 0.237403542334468 Tflops
BICGSTAB_SOLVER: 457 iterations. Rsd = 0.001808082 Relative Rsd = 7.93722191994233e-07
BICGSTAB_SOLVER_TIME: 1.756771 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.328294999999995
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000354
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000365
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000352
MInvCG2: 311 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.398041(s) Flops=2007558144 => 1435.97944838528 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206932.087699265 Mflops = 206.932087699265 Gflops = 0.206932087699265 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.222620000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 307 resid = 1.271432e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.222441(s) Flops=2017437696 => 1650.33543213947 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237617.254119498 Mflops = 237.617254119498 Gflops = 0.237617254119498 Tflops
InvBiCGStab: k = 319 resid = 1.144772e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.31935(s) Flops=2096179200 => 1588.79690756812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228783.117985888 Mflops = 228.783117985888 Gflops = 0.228783117985888 Tflops
BICGSTAB_SOLVER: 626 iterations. Rsd = 0.002216839 Relative Rsd = 9.75375208672875e-07
BICGSTAB_SOLVER_TIME: 2.548151 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.446928999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 271 resid = 1.214689e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.053492(s) Flops=1781213184 => 1690.77048900229 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243470.813153991 Mflops = 243.470813153991 Gflops = 0.243470813153991 Tflops
InvBiCGStab: k = 282 resid = 9.579532e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.03334(s) Flops=1853392896 => 1793.59445680996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258270.42129336 Mflops = 258.27042129336 Gflops = 0.25827042129336 Tflops
BICGSTAB_SOLVER: 553 iterations. Rsd = 0.001976906 Relative Rsd = 8.67833787582832e-07
BICGSTAB_SOLVER_TIME: 2.091702 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.397029999999998
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 228 resid = 1.670503e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.866809(s) Flops=1499056128 => 1729.39612763596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249012.294519363 Mflops = 249.012294519363 Gflops = 0.249012294519363 Tflops
InvBiCGStab: k = 235 resid = 1.087412e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.043355(s) Flops=1544988672 => 1480.78906220797 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213225.93147026 Mflops = 213.22593147026 Gflops = 0.21322593147026 Tflops
BICGSTAB_SOLVER: 463 iterations. Rsd = 0.001887216 Relative Rsd = 8.27124655918532e-07
BICGSTAB_SOLVER_TIME: 1.915714 sec
2Flav::invert,  n_count = 463
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.330505000000003
MInvCG2: 292 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.277386(s) Flops=1892026368 => 1481.17042773289 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213313.929235382 Mflops = 213.313929235382 Gflops = 0.213313929235382 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.209700000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.785541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830317(s) Flops=1426876416 => 1718.47188001691 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247510.180006687 Mflops = 247.510180006687 Gflops = 0.247510180006687 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 8.721917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918297(s) Flops=1492494336 => 1625.2849960307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234029.096874177 Mflops = 234.029096874177 Gflops = 0.234029096874177 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002194156 Relative Rsd = 9.65395112194027e-07
BICGSTAB_SOLVER_TIME: 1.752192 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.120219
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001747
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.316995999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.6698e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.779558(s) Flops=1269393408 => 1628.35017792133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234393.202059324 Mflops = 234.393202059324 Gflops = 0.234393202059324 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 9.29723e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750664(s) Flops=1282516992 => 1708.51005509789 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246011.417231908 Mflops = 246.011417231908 Gflops = 0.246011417231908 Tflops
BICGSTAB_SOLVER: 388 iterations. Rsd = 0.001952558 Relative Rsd = 8.57145448539295e-07
BICGSTAB_SOLVER_TIME: 1.533703 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116417
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.116025
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.276820999999998
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.774575(s) Flops=1222631424 => 1578.45453829519 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227295.770927112 Mflops = 227.295770927112 Gflops = 0.227295770927112 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135127
CLOV_LINOP: Time spent in clov deriv (total) = 1.469907
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.2e-05 s
InvBiCGStab: k = 160 resid = 1.684257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.660622(s) Flops=1052854272 => 1593.73177399481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229470.278620313 Mflops = 229.470278620313 Gflops = 0.229470278620313 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 4.8e-05 s
InvBiCGStab: k = 185 resid = 1.14939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.713497(s) Flops=1216899072 => 1705.54196023249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245561.199862576 Mflops = 245.561199862576 Gflops = 0.245561199862576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 345 iterations. Rsd = 0.00189725 Relative Rsd = 8.31522467202448e-07
BICGSTAB_SOLVER_TIME: 1.377957 sec
2Flav::invert,  n_count = 345
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11836
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.248100999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000124 s
InvBiCGStab: k = 120 resid = 2.277387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.470234(s) Flops=790382592 => 1680.82825146629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241964.549085031 Mflops = 241.964549085031 Gflops = 0.241964549085031 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 8.3e-05 s
InvBiCGStab: k = 158 resid = 9.664967e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.616587(s) Flops=1039730688 => 1686.26761186986 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242777.001422394 Mflops = 242.777001422394 Gflops = 0.242777001422394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 278 iterations. Rsd = 0.001638732 Relative Rsd = 7.18219564305409e-07
BICGSTAB_SOLVER_TIME: 1.090723 sec
2Flav::invert,  n_count = 278
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200132999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005955 s
InvBiCGStab: k = 93 resid = 1.891492e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.390302(s) Flops=613214208 => 1571.12750639249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226203.920833203 Mflops = 226.203920833203 Gflops = 0.226203920833203 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007984 s
InvBiCGStab: k = 129 resid = 8.792654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.554662(s) Flops=849438720 => 1531.45288481994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220508.90699609 Mflops = 220.50890699609 Gflops = 0.22050890699609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 222 iterations. Rsd = 0.001424112 Relative Rsd = 6.24156639330869e-07
BICGSTAB_SOLVER_TIME: 0.962795 sec
2Flav::invert,  n_count = 222
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162042999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008922 s
InvBiCGStab: k = 89 resid = 2.183337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330097(s) Flops=586967040 => 1778.16532716141 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256023.323529015 Mflops = 256.023323529015 Gflops = 0.256023323529015 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.011048 s
InvBiCGStab: k = 109 resid = 8.756079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400571(s) Flops=718202880 => 1792.94776706252 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258141.006181801 Mflops = 258.141006181801 Gflops = 0.258141006181801 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001369383 Relative Rsd = 6.00170062065692e-07
BICGSTAB_SOLVER_TIME: 0.754499 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115533
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146092
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010186 s
InvBiCGStab: k = 71 resid = 2.250565e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259116(s) Flops=468854784 => 1809.43972583708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260478.272246204 Mflops = 260.478272246204 Gflops = 0.260478272246204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.014974 s
InvBiCGStab: k = 91 resid = 1.01479e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331112(s) Flops=600090624 => 1812.34936818962 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260932.279420976 Mflops = 260.932279420976 Gflops = 0.260932279420976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001207236 Relative Rsd = 5.29104648159858e-07
BICGSTAB_SOLVER_TIME: 0.619334 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121365
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.861796(s) Flops=1216364544 => 1411.42978616749 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203249.192090317 Mflops = 203.249192090317 Gflops = 0.203249192090317 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134487000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.477391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021172
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.015341 s
InvBiCGStab: k = 23 resid = 1.96201e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.091577(s) Flops=153888768 => 1680.430326392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241823.6754614 Mflops = 241.8236754614 Gflops = 0.2418236754614 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.021857 s
InvBiCGStab: k = 53 resid = 1.053255e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212311(s) Flops=350742528 => 1652.02240110027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237793.162618853 Mflops = 237.793162618853 Gflops = 0.237793162618853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007805971 Relative Rsd = 3.42118329004279e-07
BICGSTAB_SOLVER_TIME: 0.344889 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126869
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0610110000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.01801 s
InvBiCGStab: k = 96 resid = 2.162237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383951(s) Flops=632899584 => 1648.38634096538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237322.477153277 Mflops = 237.322477153277 Gflops = 0.237322477153277 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.029164 s
InvBiCGStab: k = 107 resid = 9.928962e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.428027(s) Flops=705079296 => 1647.27761566443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237173.110257824 Mflops = 237.173110257824 Gflops = 0.237173110257824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001331214 Relative Rsd = 5.83441654095286e-07
BICGSTAB_SOLVER_TIME: 0.863011 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115736
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152945999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.020239 s
InvBiCGStab: k = 62 resid = 1.744878e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228105(s) Flops=409798656 => 1796.53517459065 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258656.881220796 Mflops = 258.656881220796 Gflops = 0.258656881220796 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.029068 s
InvBiCGStab: k = 74 resid = 7.441287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306226(s) Flops=488540160 => 1595.35819949972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229675.735602667 Mflops = 229.675735602667 Gflops = 0.229675735602667 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001120262 Relative Rsd = 4.9098577673438e-07
BICGSTAB_SOLVER_TIME: 0.587856 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118752
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105936
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.030602 s
InvBiCGStab: k = 73 resid = 1.605349e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335952(s) Flops=481978368 => 1434.6643806258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206562.290128442 Mflops = 206.562290128442 Gflops = 0.206562290128442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.034965 s
InvBiCGStab: k = 91 resid = 1.122411e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335954(s) Flops=600090624 => 1786.22854319341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257175.976827608 Mflops = 257.175976827608 Gflops = 0.257175976827608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001194699 Relative Rsd = 5.23610062722763e-07
BICGSTAB_SOLVER_TIME: 0.741364 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127457
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.028146 s
InvBiCGStab: k = 57 resid = 1.928331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211586(s) Flops=376989696 => 1781.73270443224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256499.290728947 Mflops = 256.499290728947 Gflops = 0.256499290728947 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.039929 s
InvBiCGStab: k = 91 resid = 1.138109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332772(s) Flops=600090624 => 1803.30864375609 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259621.600444396 Mflops = 259.621600444396 Gflops = 0.259621600444396 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001133954 Relative Rsd = 4.9698691100813e-07
BICGSTAB_SOLVER_TIME: 0.616336 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116843
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.782193(s) Flops=1216217088 => 1554.88106899448 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223977.266232692 Mflops = 223.977266232692 Gflops = 0.223977266232692 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134311
CLOV_LINOP: Time spent in clov deriv (total) = 1.479009
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0214
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.038024 s
InvBiCGStab: k = 26 resid = 2.152017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11314(s) Flops=173574144 => 1534.15365034471 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220843.103109492 Mflops = 220.843103109492 Gflops = 0.220843103109492 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.069445 s
InvBiCGStab: k = 51 resid = 9.229188e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203906(s) Flops=337618944 => 1655.7577707375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238349.454255114 Mflops = 238.349454255114 Gflops = 0.238349454255114 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007651769 Relative Rsd = 3.35359999121101e-07
BICGSTAB_SOLVER_TIME: 0.428433 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0018
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670940000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037844 s
InvBiCGStab: k = 58 resid = 2.240165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225705(s) Flops=383551488 => 1699.34865421679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244646.590766701 Mflops = 244.646590766701 Gflops = 0.244646590766701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.050763 s
InvBiCGStab: k = 78 resid = 1.061502e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310027(s) Flops=514787328 => 1660.45966319063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239053.651505841 Mflops = 239.053651505841 Gflops = 0.239053651505841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001045174 Relative Rsd = 4.58076531514256e-07
BICGSTAB_SOLVER_TIME: 0.629296 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117746
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001769
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110434
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048861 s
InvBiCGStab: k = 54 resid = 2.140111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213505(s) Flops=357304320 => 1673.51734151425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240929.393189617 Mflops = 240.929393189617 Gflops = 0.240929393189617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059329 s
InvBiCGStab: k = 74 resid = 1.141407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283432(s) Flops=488540160 => 1723.65914928448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248154.239682045 Mflops = 248.154239682045 Gflops = 0.248154239682045 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001018411 Relative Rsd = 4.46346976859979e-07
BICGSTAB_SOLVER_TIME: 0.608912 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116198
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10564
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041384 s
InvBiCGStab: k = 60 resid = 2.23444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221088(s) Flops=396675072 => 1794.19539730786 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258301.526820374 Mflops = 258.301526820374 Gflops = 0.258301526820374 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056131 s
InvBiCGStab: k = 85 resid = 8.061697e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343529(s) Flops=560719872 => 1632.234460555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234998.604137841 Mflops = 234.998604137841 Gflops = 0.234998604137841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001120379 Relative Rsd = 4.91037360222883e-07
BICGSTAB_SOLVER_TIME: 0.666395 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120457
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048554 s
InvBiCGStab: k = 57 resid = 2.14162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243289(s) Flops=376989696 => 1549.5550394798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223087.352291914 Mflops = 223.087352291914 Gflops = 0.223087352291914 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061572 s
InvBiCGStab: k = 86 resid = 1.110157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319746(s) Flops=567281664 => 1774.16344223227 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255428.625876872 Mflops = 255.428625876872 Gflops = 0.255428625876872 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001072361 Relative Rsd = 4.69991960202774e-07
BICGSTAB_SOLVER_TIME: 0.676974 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117122
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001816
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116326
Monitoring force
num_pf = 1
MInvCG2: 187 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.7697(s) Flops=1216364544 => 1580.30991814993 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227543.012795598 Mflops = 227.543012795598 Gflops = 0.227543012795598 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134375
CLOV_LINOP: Time spent in clov deriv (total) = 1.440162
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048032 s
InvBiCGStab: k = 26 resid = 1.857779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111811(s) Flops=173574144 => 1552.38879895538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223453.251269444 Mflops = 223.453251269444 Gflops = 0.223453251269444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059754 s
InvBiCGStab: k = 44 resid = 9.592296e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201628(s) Flops=291686400 => 1446.65621838237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208256.300935608 Mflops = 208.256300935608 Gflops = 0.208256300935608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007188076 Relative Rsd = 3.15037380206961e-07
BICGSTAB_SOLVER_TIME: 0.425032 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124664
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0641400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043608 s
InvBiCGStab: k = 58 resid = 2.043199e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218616(s) Flops=383551488 => 1754.45295861236 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252566.709585814 Mflops = 252.566709585814 Gflops = 0.252566709585814 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056468 s
InvBiCGStab: k = 86 resid = 6.38799e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322487(s) Flops=567281664 => 1759.08382043307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253257.334940784 Mflops = 253.257334940784 Gflops = 0.253257334940784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001110251 Relative Rsd = 4.86598373988203e-07
BICGSTAB_SOLVER_TIME: 0.645104 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11594
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11731
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054244 s
InvBiCGStab: k = 50 resid = 2.271828e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221257(s) Flops=331057152 => 1496.25617268606 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215415.271916964 Mflops = 215.415271916964 Gflops = 0.215415271916964 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 73 resid = 1.099503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26663(s) Flops=481978368 => 1807.66743427221 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260251.809142381 Mflops = 260.251809142381 Gflops = 0.260251809142381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001043013 Relative Rsd = 4.5712920151323e-07
BICGSTAB_SOLVER_TIME: 0.602591 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11448
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102102
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 60 resid = 1.964219e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219602(s) Flops=396675072 => 1806.33633573465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260056.659116297 Mflops = 260.056659116297 Gflops = 0.260056659116297 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055887 s
InvBiCGStab: k = 90 resid = 9.86277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328058(s) Flops=593528832 => 1809.21919904407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260477.118377778 Mflops = 260.477118377778 Gflops = 0.260477118377778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001161364 Relative Rsd = 5.09000200360297e-07
BICGSTAB_SOLVER_TIME: 0.648161 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114315
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041472 s
InvBiCGStab: k = 55 resid = 1.679368e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203627(s) Flops=363866112 => 1786.92468091167 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257237.795840617 Mflops = 257.237795840617 Gflops = 0.257237795840617 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056191 s
InvBiCGStab: k = 83 resid = 1.06247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31974(s) Flops=547596288 => 1712.62991180334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246566.746175522 Mflops = 246.566746175522 Gflops = 0.246566746175522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001088041 Relative Rsd = 4.76863993156306e-07
BICGSTAB_SOLVER_TIME: 0.625305 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113087
Monitoring force
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.829436(s) Flops=1222631424 => 1474.05155310355 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  212249.078187045 Mflops = 212.249078187045 Gflops = 0.212249078187045 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135041
CLOV_LINOP: Time spent in clov deriv (total) = 1.486367
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 231 resid = 2.221418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.086459(s) Flops=1518741504 => 1397.88202223922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201285.944526868 Mflops = 201.285944526868 Gflops = 0.201285944526868 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 1.005398e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960762(s) Flops=1446561792 => 1505.64009817208 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216803.268503558 Mflops = 216.803268503558 Gflops = 0.216803268503558 Tflops
BICGSTAB_SOLVER: 451 iterations. Rsd = 0.002035584 Relative Rsd = 8.95624138730559e-07
BICGSTAB_SOLVER_TIME: 2.050577 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.118142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.002043
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.321698
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.102772e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.691218(s) Flops=1243146240 => 1798.48649774745 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258714.512127219 Mflops = 258.714512127219 Gflops = 0.258714512127219 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 213 resid = 1.129413e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.775661(s) Flops=1400629248 => 1805.72343846087 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260011.707087039 Mflops = 260.011707087039 Gflops = 0.260011707087039 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.002057955 Relative Rsd = 9.03434895811265e-07
BICGSTAB_SOLVER_TIME: 1.470255 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116166
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.116033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001759
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.286879999999998
num_pf = 1
MInvCG2: 188 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.874984(s) Flops=1222631424 => 1397.31860696881 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201208.918600067 Mflops = 201.208918600067 Gflops = 0.201208918600067 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134865000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.419737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021252
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044117 s
InvBiCGStab: k = 25 resid = 2.003802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099768(s) Flops=167012352 => 1674.00721674284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240892.567384577 Mflops = 240.892567384577 Gflops = 0.240892567384577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058765 s
InvBiCGStab: k = 54 resid = 8.513656e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202967(s) Flops=357304320 => 1760.40597732636 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253422.357796418 Mflops = 253.422357796418 Gflops = 0.253422357796418 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007624768 Relative Rsd = 3.34176614709036e-07
BICGSTAB_SOLVER_TIME: 0.409537 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706780000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049489 s
InvBiCGStab: k = 84 resid = 1.978444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337001(s) Flops=554158080 => 1644.3811145961 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236766.291135932 Mflops = 236.766291135932 Gflops = 0.236766291135932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056075 s
InvBiCGStab: k = 101 resid = 9.564371e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.450091(s) Flops=665708544 => 1479.05322257055 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212961.271534613 Mflops = 212.961271534613 Gflops = 0.212961271534613 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001309815 Relative Rsd = 5.74062898302823e-07
BICGSTAB_SOLVER_TIME: 0.896908 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146623
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045947 s
InvBiCGStab: k = 55 resid = 1.932499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259882(s) Flops=363866112 => 1400.12048545109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201565.686275699 Mflops = 201.565686275699 Gflops = 0.201565686275699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065039 s
InvBiCGStab: k = 71 resid = 1.058925e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33118(s) Flops=468854784 => 1415.70983755058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  203828.250990053 Mflops = 203.828250990053 Gflops = 0.203828250990053 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001037319 Relative Rsd = 4.54633856634671e-07
BICGSTAB_SOLVER_TIME: 0.706947 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042829 s
InvBiCGStab: k = 60 resid = 1.898839e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237161(s) Flops=396675072 => 1672.5982433874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240806.53080953 Mflops = 240.80653080953 Gflops = 0.24080653080953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059803 s
InvBiCGStab: k = 82 resid = 1.065528e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331807(s) Flops=541034496 => 1630.56986742293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234759.619753481 Mflops = 234.759619753481 Gflops = 0.234759619753481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001151203 Relative Rsd = 5.04546621763884e-07
BICGSTAB_SOLVER_TIME: 0.675926 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117865
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115844
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041527 s
InvBiCGStab: k = 57 resid = 1.880947e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233822(s) Flops=376989696 => 1612.29352242304 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232122.905804204 Mflops = 232.122905804204 Gflops = 0.232122905804204 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057144 s
InvBiCGStab: k = 86 resid = 1.117138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337176(s) Flops=567281664 => 1682.44971172325 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242218.097416509 Mflops = 242.218097416509 Gflops = 0.242218097416509 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001116733 Relative Rsd = 4.89439343546406e-07
BICGSTAB_SOLVER_TIME: 0.678848 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116266
Monitoring force
num_pf = 1
MInvCG2: 189 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.840913(s) Flops=1228898304 => 1461.38578426068 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210415.196364575 Mflops = 210.415196364575 Gflops = 0.210415196364575 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135853000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475809
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042068 s
InvBiCGStab: k = 31 resid = 9.830234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120078(s) Flops=206383104 => 1718.7420176885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247374.071470612 Mflops = 247.374071470612 Gflops = 0.247374071470612 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057239 s
InvBiCGStab: k = 52 resid = 1.044356e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197201(s) Flops=344180736 => 1745.32956729428 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251255.621191429 Mflops = 251.255621191429 Gflops = 0.251255621191429 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007321602 Relative Rsd = 3.20889504017632e-07
BICGSTAB_SOLVER_TIME: 0.420512 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734830000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041546 s
InvBiCGStab: k = 80 resid = 1.864607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2993(s) Flops=527910912 => 1763.81861677247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253944.305781311 Mflops = 253.944305781311 Gflops = 0.253944305781311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057322 s
InvBiCGStab: k = 105 resid = 1.093603e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417314(s) Flops=691955712 => 1658.11765720776 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238721.10970506 Mflops = 238.72110970506 Gflops = 0.23872110970506 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001306033 Relative Rsd = 5.72405338667806e-07
BICGSTAB_SOLVER_TIME: 0.819327 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131016
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047535 s
InvBiCGStab: k = 50 resid = 2.096616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203934(s) Flops=331057152 => 1623.35437935803 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233694.235513286 Mflops = 233.694235513286 Gflops = 0.233694235513286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080755 s
InvBiCGStab: k = 70 resid = 1.1418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29905(s) Flops=462292992 => 1545.8719010199 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222562.641705635 Mflops = 222.562641705635 Gflops = 0.222562641705635 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001020472 Relative Rsd = 4.47250019553369e-07
BICGSTAB_SOLVER_TIME: 0.635455 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121675
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0998000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046959 s
InvBiCGStab: k = 65 resid = 2.221763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254283(s) Flops=429484032 => 1689.00017696818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243165.615081433 Mflops = 243.165615081433 Gflops = 0.243165615081433 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056353 s
InvBiCGStab: k = 83 resid = 1.115212e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346402(s) Flops=547596288 => 1580.81156575308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227595.121818333 Mflops = 227.595121818333 Gflops = 0.227595121818333 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001141928 Relative Rsd = 5.00481628576413e-07
BICGSTAB_SOLVER_TIME: 0.708099 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11773
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047776 s
InvBiCGStab: k = 58 resid = 1.571961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238896(s) Flops=383551488 => 1605.51657625075 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231142.334609486 Mflops = 231.142334609486 Gflops = 0.231142334609486 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057269 s
InvBiCGStab: k = 76 resid = 1.081328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296105(s) Flops=501663744 => 1694.20895965958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243904.100664303 Mflops = 243.904100664303 Gflops = 0.243904100664303 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001106496 Relative Rsd = 4.84952549469266e-07
BICGSTAB_SOLVER_TIME: 0.644039 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119842
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109958
Monitoring force
num_pf = 1
MInvCG2: 191 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.830375(s) Flops=1241432064 => 1495.02581845552 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215344.676610795 Mflops = 215.344676610795 Gflops = 0.215344676610795 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137195
CLOV_LINOP: Time spent in clov deriv (total) = 1.466893
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04475 s
InvBiCGStab: k = 27 resid = 2.122162e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111185(s) Flops=180135936 => 1620.14602689212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233178.967536843 Mflops = 233.178967536843 Gflops = 0.233178967536843 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062246 s
InvBiCGStab: k = 55 resid = 5.80172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212293(s) Flops=363866112 => 1713.980734174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246734.540986302 Mflops = 246.734540986302 Gflops = 0.246734540986302 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007440072 Relative Rsd = 3.26081808171209e-07
BICGSTAB_SOLVER_TIME: 0.438016 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044481 s
InvBiCGStab: k = 53 resid = 1.799794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.204288(s) Flops=350742528 => 1716.9022556391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247166.792759505 Mflops = 247.166792759505 Gflops = 0.247166792759505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065305 s
InvBiCGStab: k = 82 resid = 1.079977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328484(s) Flops=541034496 => 1647.06498946676 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237123.032812632 Mflops = 237.123032812632 Gflops = 0.237123032812632 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001039724 Relative Rsd = 4.55687721080796e-07
BICGSTAB_SOLVER_TIME: 0.648274 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110754
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043677 s
InvBiCGStab: k = 45 resid = 2.0306e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179317(s) Flops=298248192 => 1663.24549261922 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239428.71262752 Mflops = 239.42871262752 Gflops = 0.23942871262752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056001 s
InvBiCGStab: k = 65 resid = 9.334089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240938(s) Flops=429484032 => 1782.55000041504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256617.489493106 Mflops = 256.617489493106 Gflops = 0.256617489493106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 110 iterations. Rsd = 0.0009733656 Relative Rsd = 4.26604455346963e-07
BICGSTAB_SOLVER_TIME: 0.523755 sec
2Flav::invert,  n_count = 110
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116537
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0927940000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042076 s
InvBiCGStab: k = 57 resid = 2.113039e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236913(s) Flops=376989696 => 1591.257955452 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229095.803957808 Mflops = 229.095803957808 Gflops = 0.229095803957808 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075886 s
InvBiCGStab: k = 76 resid = 1.033101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332681(s) Flops=501663744 => 1507.94227503224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217101.514667997 Mflops = 217.101514667997 Gflops = 0.217101514667997 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001074781 Relative Rsd = 4.7105266162957e-07
BICGSTAB_SOLVER_TIME: 0.691986 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049833 s
InvBiCGStab: k = 54 resid = 2.198133e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205225(s) Flops=357304320 => 1741.03700816177 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250654.49530704 Mflops = 250.65449530704 Gflops = 0.25065449530704 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066538 s
InvBiCGStab: k = 69 resid = 1.061671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268041(s) Flops=455731200 => 1700.22944251066 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244766.169591063 Mflops = 244.766169591063 Gflops = 0.244766169591063 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 123 iterations. Rsd = 0.001051686 Relative Rsd = 4.60930460722389e-07
BICGSTAB_SOLVER_TIME: 0.593495 sec
2Flav::invert,  n_count = 123
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117172
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102104
Monitoring force
num_pf = 1
MInvCG2: 193 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.829712(s) Flops=1253892096 => 1511.23774996625 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217627.373030638 Mflops = 217.627373030638 Gflops = 0.217627373030638 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138748000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.403757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021469
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042319 s
InvBiCGStab: k = 24 resid = 2.057403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102742(s) Flops=160450560 => 1561.68421872263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224798.230109904 Mflops = 224.798230109904 Gflops = 0.224798230109904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062096 s
InvBiCGStab: k = 46 resid = 1.131659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213531(s) Flops=304809984 => 1427.47415597735 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205488.100316976 Mflops = 205.488100316976 Gflops = 0.205488100316976 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 70 iterations. Rsd = 0.0007206301 Relative Rsd = 3.15836133433981e-07
BICGSTAB_SOLVER_TIME: 0.425893 sec
2Flav::invert,  n_count = 70
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120598
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0643610000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041128 s
InvBiCGStab: k = 57 resid = 2.114195e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222202(s) Flops=376989696 => 1696.60802333012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244251.593944827 Mflops = 244.251593944827 Gflops = 0.244251593944827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061542 s
InvBiCGStab: k = 74 resid = 1.004751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289316(s) Flops=488540160 => 1688.60401775222 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243106.350338487 Mflops = 243.106350338487 Gflops = 0.243106350338487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001117778 Relative Rsd = 4.89897268184701e-07
BICGSTAB_SOLVER_TIME: 0.618104 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108074
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050334 s
InvBiCGStab: k = 54 resid = 1.385746e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202739(s) Flops=357304320 => 1762.3857274624 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253711.953279741 Mflops = 253.711953279741 Gflops = 0.253711953279741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064301 s
InvBiCGStab: k = 73 resid = 1.025697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28106(s) Flops=481978368 => 1714.8593467587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246890.749374691 Mflops = 246.890749374691 Gflops = 0.246890749374691 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.000984322 Relative Rsd = 4.31406439335308e-07
BICGSTAB_SOLVER_TIME: 0.602234 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115297
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104766
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045952 s
InvBiCGStab: k = 58 resid = 1.658344e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21349(s) Flops=383551488 => 1796.57823785657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258642.686942978 Mflops = 258.642686942978 Gflops = 0.258642686942978 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061539 s
InvBiCGStab: k = 84 resid = 1.047906e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328728(s) Flops=554158080 => 1685.76476600715 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242692.243598449 Mflops = 242.692243598449 Gflops = 0.242692243598449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001116229 Relative Rsd = 4.89218315186173e-07
BICGSTAB_SOLVER_TIME: 0.653607 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115815
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044153 s
InvBiCGStab: k = 57 resid = 1.643972e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226971(s) Flops=376989696 => 1660.95975256751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239126.214561962 Mflops = 239.126214561962 Gflops = 0.239126214561962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068347 s
InvBiCGStab: k = 71 resid = 1.117796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321053(s) Flops=468854784 => 1460.36568417053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210249.700754297 Mflops = 210.249700754297 Gflops = 0.210249700754297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001017332 Relative Rsd = 4.45873796570782e-07
BICGSTAB_SOLVER_TIME: 0.665056 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118477
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105625
Monitoring force
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.865094(s) Flops=1260158976 => 1456.67288872654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209755.232024395 Mflops = 209.755232024395 Gflops = 0.209755232024395 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139107
CLOV_LINOP: Time spent in clov deriv (total) = 1.407516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02122
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.009606e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.940236(s) Flops=1433438208 => 1524.55150409046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219527.625454756 Mflops = 219.527625454756 Gflops = 0.219527625454756 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 9.307875e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.93078(s) Flops=1433438208 => 1540.03976020112 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221754.688409549 Mflops = 221.754688409549 Gflops = 0.221754688409549 Tflops
BICGSTAB_SOLVER: 436 iterations. Rsd = 0.002085727 Relative Rsd = 9.17669515135325e-07
BICGSTAB_SOLVER_TIME: 1.874792 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.119245
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.311248999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 175 resid = 1.931297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.692224(s) Flops=1151281152 => 1663.16272189349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239443.694540111 Mflops = 239.443694540111 Gflops = 0.239443694540111 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 7.426926e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663463(s) Flops=1197213696 => 1804.49203045234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259832.269604113 Mflops = 259.832269604113 Gflops = 0.259832269604113 Tflops
BICGSTAB_SOLVER: 357 iterations. Rsd = 0.001888605 Relative Rsd = 8.29106376387414e-07
BICGSTAB_SOLVER_TIME: 1.359029 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.115529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255109999999998
num_pf = 1
MInvCG2: 194 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.871194(s) Flops=1260158976 => 1446.47343301262 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208315.664663681 Mflops = 208.315664663681 Gflops = 0.208315664663681 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139252
CLOV_LINOP: Time spent in clov deriv (total) = 1.403742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04717 s
InvBiCGStab: k = 28 resid = 1.327301e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.117565(s) Flops=186697728 => 1588.03834474546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228728.466146865 Mflops = 228.728466146865 Gflops = 0.228728466146865 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062262 s
InvBiCGStab: k = 48 resid = 9.315254e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181843(s) Flops=317933568 => 1748.39596795037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251664.472836912 Mflops = 251.664472836912 Gflops = 0.251664472836912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007235453 Relative Rsd = 3.17113781441505e-07
BICGSTAB_SOLVER_TIME: 0.412796 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050118 s
InvBiCGStab: k = 71 resid = 1.873339e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286403(s) Flops=468854784 => 1637.04564547159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235689.249124631 Mflops = 235.689249124631 Gflops = 0.235689249124631 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056519 s
InvBiCGStab: k = 99 resid = 5.852069e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400469(s) Flops=652584960 => 1629.55175057245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234618.278594693 Mflops = 234.618278594693 Gflops = 0.234618278594693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001240943 Relative Rsd = 5.43877526591332e-07
BICGSTAB_SOLVER_TIME: 0.797386 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115737
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135745
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05273 s
InvBiCGStab: k = 46 resid = 1.748122e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225704(s) Flops=304809984 => 1350.48552085918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  194427.944415732 Mflops = 194.427944415732 Gflops = 0.194427944415732 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069126 s
InvBiCGStab: k = 73 resid = 9.571102e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330034(s) Flops=481978368 => 1460.39004466207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210254.279294655 Mflops = 210.254279294655 Gflops = 0.210254279294655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001030109 Relative Rsd = 4.51473640896879e-07
BICGSTAB_SOLVER_TIME: 0.682082 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0991610000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042384 s
InvBiCGStab: k = 67 resid = 2.198929e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255075(s) Flops=442607616 => 1735.20578653337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249812.204359899 Mflops = 249.812204359899 Gflops = 0.249812204359899 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058853 s
InvBiCGStab: k = 81 resid = 1.067086e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312459(s) Flops=534472704 => 1710.53707526427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246270.49215855 Mflops = 246.27049215855 Gflops = 0.24627049215855 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001116804 Relative Rsd = 4.89470416092893e-07
BICGSTAB_SOLVER_TIME: 0.672684 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117493
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048876 s
InvBiCGStab: k = 50 resid = 2.181289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207794(s) Flops=331057152 => 1593.19880266033 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229345.844741881 Mflops = 229.345844741881 Gflops = 0.229345844741881 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062748 s
InvBiCGStab: k = 77 resid = 1.10143e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284709(s) Flops=508225536 => 1785.07014530626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257009.473523928 Mflops = 257.009473523928 Gflops = 0.257009473523928 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001059245 Relative Rsd = 4.64243488080425e-07
BICGSTAB_SOLVER_TIME: 0.60811 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106489
Monitoring force
num_pf = 1
MInvCG2: 196 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.816173(s) Flops=1272619008 => 1559.25154103358 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224521.858818844 Mflops = 224.521858818844 Gflops = 0.224521858818844 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140870000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420382
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021374
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041521 s
InvBiCGStab: k = 30 resid = 2.14265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11301(s) Flops=199821312 => 1768.1737191399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254474.653345564 Mflops = 254.474653345564 Gflops = 0.254474653345564 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056525 s
InvBiCGStab: k = 52 resid = 8.546664e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194618(s) Flops=344180736 => 1768.49384948977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254589.23157971 Mflops = 254.58923157971 Gflops = 0.25458923157971 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007340332 Relative Rsd = 3.2171040089847e-07
BICGSTAB_SOLVER_TIME: 0.409543 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041289 s
InvBiCGStab: k = 75 resid = 2.170337e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296981(s) Flops=495101952 => 1667.1165899502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240026.011317444 Mflops = 240.026011317444 Gflops = 0.240026011317444 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05908 s
InvBiCGStab: k = 103 resid = 1.009758e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.429853(s) Flops=678832128 => 1579.21924006579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227371.807570201 Mflops = 227.371807570201 Gflops = 0.227371807570201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001259778 Relative Rsd = 5.52132619508124e-07
BICGSTAB_SOLVER_TIME: 0.84049 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119513
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.14151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040879 s
InvBiCGStab: k = 50 resid = 1.682197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194887(s) Flops=331057152 => 1698.71336723332 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244560.347378971 Mflops = 244.560347378971 Gflops = 0.244560347378971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059781 s
InvBiCGStab: k = 71 resid = 7.298784e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265072(s) Flops=468854784 => 1768.78276091024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254636.939840844 Mflops = 254.636939840844 Gflops = 0.254636939840844 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 121 iterations. Rsd = 0.001063627 Relative Rsd = 4.66164220449071e-07
BICGSTAB_SOLVER_TIME: 0.56451 sec
2Flav::invert,  n_count = 121
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04778 s
InvBiCGStab: k = 62 resid = 2.274378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299022(s) Flops=409798656 => 1370.46323013022 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197309.895652292 Mflops = 197.309895652292 Gflops = 0.197309895652292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070446 s
InvBiCGStab: k = 83 resid = 1.010242e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371399(s) Flops=547596288 => 1474.41508458558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212282.898665279 Mflops = 212.282898665279 Gflops = 0.212282898665279 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001144982 Relative Rsd = 5.01819993054084e-07
BICGSTAB_SOLVER_TIME: 0.792703 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120578
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043068 s
InvBiCGStab: k = 52 resid = 2.118283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.206237(s) Flops=344180736 => 1668.86027240505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240264.514579809 Mflops = 240.264514579809 Gflops = 0.240264514579809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057575 s
InvBiCGStab: k = 88 resid = 9.47271e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340013(s) Flops=580405248 => 1707.0089908327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245760.862340464 Mflops = 245.760862340464 Gflops = 0.245760862340464 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001095656 Relative Rsd = 4.80201460169132e-07
BICGSTAB_SOLVER_TIME: 0.650796 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11859
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114221
Monitoring force
num_pf = 1
MInvCG2: 199 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.820248(s) Flops=1291345920 => 1574.3359569301 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  226683.058045145 Mflops = 226.683058045145 Gflops = 0.226683058045145 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142938000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447271
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021202
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048008 s
InvBiCGStab: k = 34 resid = 2.271423e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139849(s) Flops=226068480 => 1616.51838768958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232696.226937718 Mflops = 232.696226937718 Gflops = 0.232696226937718 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056788 s
InvBiCGStab: k = 48 resid = 1.080844e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176683(s) Flops=317933568 => 1799.45760486295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259034.693477343 Mflops = 259.034693477343 Gflops = 0.259034693477343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.000785784 Relative Rsd = 3.4439165058885e-07
BICGSTAB_SOLVER_TIME: 0.425261 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115924
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727610000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040819 s
InvBiCGStab: k = 53 resid = 1.657798e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198038(s) Flops=350742528 => 1771.08700350438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254958.881076687 Mflops = 254.958881076687 Gflops = 0.254958881076687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056539 s
InvBiCGStab: k = 76 resid = 8.595559e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279545(s) Flops=501663744 => 1794.57240873562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258360.759648434 Mflops = 258.360759648434 Gflops = 0.258360759648434 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001063469 Relative Rsd = 4.66094983264205e-07
BICGSTAB_SOLVER_TIME: 0.578846 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106589
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042631 s
InvBiCGStab: k = 53 resid = 2.135836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216519(s) Flops=350742528 => 1619.91570254804 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233201.271503169 Mflops = 233.201271503169 Gflops = 0.233201271503169 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 69 resid = 8.908248e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27291(s) Flops=455731200 => 1669.89556996812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240409.128446484 Mflops = 240.409128446484 Gflops = 0.240409128446484 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 122 iterations. Rsd = 0.001052473 Relative Rsd = 4.61275473135108e-07
BICGSTAB_SOLVER_TIME: 0.592081 sec
2Flav::invert,  n_count = 122
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.101439
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041074 s
InvBiCGStab: k = 58 resid = 2.235773e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216707(s) Flops=383551488 => 1769.90816171144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254809.307044994 Mflops = 254.809307044994 Gflops = 0.254809307044994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057438 s
InvBiCGStab: k = 78 resid = 1.090213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291888(s) Flops=514787328 => 1763.64676862358 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253910.881408424 Mflops = 253.910881408424 Gflops = 0.253910881408424 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001082811 Relative Rsd = 4.74572022941619e-07
BICGSTAB_SOLVER_TIME: 0.610968 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111447
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.056341 s
InvBiCGStab: k = 67 resid = 9.394931e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321814(s) Flops=442607616 => 1375.35227180918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197992.588106804 Mflops = 197.992588106804 Gflops = 0.197992588106804 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071716 s
InvBiCGStab: k = 68 resid = 9.754156e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30324(s) Flops=449169408 => 1481.23403244954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213258.391136562 Mflops = 213.258391136562 Gflops = 0.213258391136562 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.00105031 Relative Rsd = 4.60327632911643e-07
BICGSTAB_SOLVER_TIME: 0.75728 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122321
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110455
Monitoring force
num_pf = 1
MInvCG2: 202 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.880996(s) Flops=1309999104 => 1486.9523857089 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214101.011666728 Mflops = 214.101011666728 Gflops = 0.214101011666728 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.144995000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.428929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041064 s
InvBiCGStab: k = 22 resid = 2.190664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.081927(s) Flops=147326976 => 1798.27133911897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258747.826782266 Mflops = 258.747826782266 Gflops = 0.258747826782266 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055643 s
InvBiCGStab: k = 67 resid = 9.539865e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27254(s) Flops=442607616 => 1624.00974535848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233797.717574838 Mflops = 233.797717574838 Gflops = 0.233797717574838 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007690869 Relative Rsd = 3.37073657713199e-07
BICGSTAB_SOLVER_TIME: 0.455528 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0776990000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041947 s
InvBiCGStab: k = 55 resid = 1.910018e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236716(s) Flops=363866112 => 1537.14202673246 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221302.545150189 Mflops = 221.302545150189 Gflops = 0.221302545150189 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06426 s
InvBiCGStab: k = 78 resid = 1.018977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324836(s) Flops=514787328 => 1584.76070386287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228171.991137221 Mflops = 228.171991137221 Gflops = 0.228171991137221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001102516 Relative Rsd = 4.83208098953022e-07
BICGSTAB_SOLVER_TIME: 0.671987 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048547 s
InvBiCGStab: k = 54 resid = 2.018612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245817(s) Flops=357304320 => 1453.53787573683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209279.083290683 Mflops = 209.279083290683 Gflops = 0.209279083290683 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067191 s
InvBiCGStab: k = 74 resid = 9.83629e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303688(s) Flops=488540160 => 1608.69102499934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231589.229795365 Mflops = 231.589229795365 Gflops = 0.231589229795365 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.001123996 Relative Rsd = 4.92622570316161e-07
BICGSTAB_SOLVER_TIME: 0.669066 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116516
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.105465
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040911 s
InvBiCGStab: k = 60 resid = 2.274744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261271(s) Flops=396675072 => 1518.25144007563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218582.890896829 Mflops = 218.582890896829 Gflops = 0.218582890896829 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077785 s
InvBiCGStab: k = 81 resid = 1.111265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313964(s) Flops=534472704 => 1702.33754188378 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245078.110555383 Mflops = 245.078110555383 Gflops = 0.245078110555383 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001125217 Relative Rsd = 4.93157538542625e-07
BICGSTAB_SOLVER_TIME: 0.697741 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114878
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114966
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044373 s
InvBiCGStab: k = 54 resid = 2.122572e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205602(s) Flops=357304320 => 1737.84457349637 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250188.294232067 Mflops = 250.188294232067 Gflops = 0.250188294232067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060863 s
InvBiCGStab: k = 85 resid = 8.939506e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367121(s) Flops=560719872 => 1527.34349710313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219888.844399338 Mflops = 219.888844399338 Gflops = 0.219888844399338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001053094 Relative Rsd = 4.61547574761406e-07
BICGSTAB_SOLVER_TIME: 0.683124 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125145
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113367
Monitoring force
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932904(s) Flops=1322827776 => 1417.96773944586 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204174.409996309 Mflops = 204.174409996309 Gflops = 0.204174409996309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146155000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.404831
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.140481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.750858(s) Flops=1315325952 => 1751.76391807772 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252295.112830855 Mflops = 252.295112830855 Gflops = 0.252295112830855 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 225 resid = 8.150872e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.932476(s) Flops=1479370752 => 1586.49740261412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228448.339214827 Mflops = 228.448339214827 Gflops = 0.228448339214827 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002041793 Relative Rsd = 8.9830178285633e-07
BICGSTAB_SOLVER_TIME: 1.686694 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115275
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.11659
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303102999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 185 resid = 2.134351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.7243(s) Flops=1216899072 => 1680.10364765981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241919.437137566 Mflops = 241.919437137566 Gflops = 0.241919437137566 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.107235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.798952(s) Flops=1315325952 => 1646.31411148605 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237055.503132653 Mflops = 237.055503132653 Gflops = 0.237055503132653 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002101813 Relative Rsd = 9.22709675155009e-07
BICGSTAB_SOLVER_TIME: 1.526731 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0.11958
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274970999999998
num_pf = 1
MInvCG2: 204 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.927799(s) Flops=1322827776 => 1425.76977987689 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205287.317773057 Mflops = 205.287317773057 Gflops = 0.205287317773057 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146353000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04079 s
InvBiCGStab: k = 29 resid = 1.792632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106988(s) Flops=193259520 => 1806.36632145661 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259994.43466141 Mflops = 259.99443466141 Gflops = 0.25999443466141 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 54 resid = 1.12081e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19792(s) Flops=357304320 => 1805.29668552951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259886.463576974 Mflops = 259.886463576974 Gflops = 0.259886463576974 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007746546 Relative Rsd = 3.39513847546187e-07
BICGSTAB_SOLVER_TIME: 0.405892 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114164
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0737360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040663 s
InvBiCGStab: k = 79 resid = 1.864977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288638(s) Flops=521349120 => 1806.23867959174 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260051.532503952 Mflops = 260.051532503952 Gflops = 0.260051532503952 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057814 s
InvBiCGStab: k = 94 resid = 1.142384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.363208(s) Flops=619776000 => 1706.39413228783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245683.354446269 Mflops = 245.683354446269 Gflops = 0.245683354446269 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001290371 Relative Rsd = 5.65540908028603e-07
BICGSTAB_SOLVER_TIME: 0.754165 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115348
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040554 s
InvBiCGStab: k = 60 resid = 2.274639e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219641(s) Flops=396675072 => 1806.01559818067 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260005.413496401 Mflops = 260.005413496401 Gflops = 0.260005413496401 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055982 s
InvBiCGStab: k = 76 resid = 8.397587e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323349(s) Flops=501663744 => 1551.46217863671 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223365.911599491 Mflops = 223.365911599491 Gflops = 0.223365911599491 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.0009797442 Relative Rsd = 4.29400091641531e-07
BICGSTAB_SOLVER_TIME: 0.64384 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124014
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046299 s
InvBiCGStab: k = 69 resid = 1.291293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290545(s) Flops=455731200 => 1568.53912474832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225833.080614797 Mflops = 225.833080614797 Gflops = 0.225833080614797 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057118 s
InvBiCGStab: k = 88 resid = 6.750277e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327984(s) Flops=580405248 => 1769.61451778136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254763.628702132 Mflops = 254.763628702132 Gflops = 0.254763628702132 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001152269 Relative Rsd = 5.05013832450554e-07
BICGSTAB_SOLVER_TIME: 0.725845 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043819 s
InvBiCGStab: k = 56 resid = 1.744863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222362(s) Flops=370427904 => 1665.87773090726 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239836.2841211 Mflops = 239.8362841211 Gflops = 0.2398362841211 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056199 s
InvBiCGStab: k = 88 resid = 5.061412e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359306(s) Flops=580405248 => 1615.35083744775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232575.310794658 Mflops = 232.575310794658 Gflops = 0.232575310794658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001125532 Relative Rsd = 4.9329540064543e-07
BICGSTAB_SOLVER_TIME: 0.687326 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11889
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116972
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.882326(s) Flops=1329242112 => 1506.52039268932 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217022.747364012 Mflops = 217.022747364012 Gflops = 0.217022747364012 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147187000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.457408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021251
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046705 s
InvBiCGStab: k = 34 resid = 1.552738e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.146281(s) Flops=226068480 => 1545.43980421244 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222458.233076033 Mflops = 222.458233076033 Gflops = 0.222458233076033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064826 s
InvBiCGStab: k = 44 resid = 1.072031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185816(s) Flops=291686400 => 1569.75933181212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225975.231276676 Mflops = 225.975231276676 Gflops = 0.225975231276676 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007271838 Relative Rsd = 3.18708481672134e-07
BICGSTAB_SOLVER_TIME: 0.4474 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121923
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698630000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041053 s
InvBiCGStab: k = 81 resid = 1.573858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310877(s) Flops=534472704 => 1719.24170652702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247520.683862781 Mflops = 247.520683862781 Gflops = 0.247520683862781 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05937 s
InvBiCGStab: k = 106 resid = 1.121527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409277(s) Flops=698517504 => 1706.71086818951 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245733.959615359 Mflops = 245.733959615359 Gflops = 0.245733959615359 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001250521 Relative Rsd = 5.48075585790689e-07
BICGSTAB_SOLVER_TIME: 0.824866 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119898
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147876999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040949 s
InvBiCGStab: k = 61 resid = 1.958856e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224375(s) Flops=403236864 => 1797.15593983287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258731.558258228 Mflops = 258.731558258228 Gflops = 0.258731558258228 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056169 s
InvBiCGStab: k = 72 resid = 1.132819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266696(s) Flops=475416576 => 1782.61607223205 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256642.471357873 Mflops = 256.642471357873 Gflops = 0.256642471357873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001055842 Relative Rsd = 4.62752005849047e-07
BICGSTAB_SOLVER_TIME: 0.592594 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001822
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109626
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043874 s
InvBiCGStab: k = 67 resid = 2.174909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251841(s) Flops=442607616 => 1757.48832001144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253020.500088069 Mflops = 253.020500088069 Gflops = 0.253020500088069 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056675 s
InvBiCGStab: k = 86 resid = 9.887178e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340467(s) Flops=567281664 => 1666.18692560512 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239887.135415897 Mflops = 239.887135415897 Gflops = 0.239887135415897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001131914 Relative Rsd = 4.96092695162922e-07
BICGSTAB_SOLVER_TIME: 0.697261 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121514
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123725
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041827 s
InvBiCGStab: k = 55 resid = 1.956535e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240727(s) Flops=363866112 => 1511.53012333473 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217615.18226696 Mflops = 217.61518226696 Gflops = 0.21761518226696 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064597 s
InvBiCGStab: k = 82 resid = 1.133858e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339966(s) Flops=541034496 => 1591.43707311908 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229129.528157524 Mflops = 229.129528157524 Gflops = 0.229129528157524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001107117 Relative Rsd = 4.85224651095564e-07
BICGSTAB_SOLVER_TIME: 0.691049 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11579
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11208
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.897417(s) Flops=1329463296 => 1481.43315314954 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213323.886676 Mflops = 213.323886676 Gflops = 0.213323886676 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148416000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02121
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046994 s
InvBiCGStab: k = 27 resid = 2.109463e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.122446(s) Flops=180135936 => 1471.14594188459 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211751.271270212 Mflops = 211.751271270212 Gflops = 0.211751271270212 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067926 s
InvBiCGStab: k = 46 resid = 1.099298e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.193674(s) Flops=304809984 => 1573.83016822082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226555.907002172 Mflops = 226.555907002171 Gflops = 0.226555907002171 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007353647 Relative Rsd = 3.22293993323296e-07
BICGSTAB_SOLVER_TIME: 0.435205 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0664060000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04865 s
InvBiCGStab: k = 53 resid = 2.15357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198331(s) Flops=350742528 => 1768.47052654401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254597.229243542 Mflops = 254.597229243542 Gflops = 0.254597229243542 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056057 s
InvBiCGStab: k = 77 resid = 1.003338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291861(s) Flops=508225536 => 1741.32733047581 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250697.110654618 Mflops = 250.697110654618 Gflops = 0.250697110654618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001054869 Relative Rsd = 4.62325817046409e-07
BICGSTAB_SOLVER_TIME: 0.598838 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107215
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040957 s
InvBiCGStab: k = 55 resid = 9.580373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209291(s) Flops=363866112 => 1738.56549971093 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250261.450296439 Mflops = 250.261450296439 Gflops = 0.250261450296439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064862 s
InvBiCGStab: k = 74 resid = 1.040383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30628(s) Flops=488540160 => 1595.07692307692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229646.464377683 Mflops = 229.646464377683 Gflops = 0.229646464377683 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00106804 Relative Rsd = 4.68098167578866e-07
BICGSTAB_SOLVER_TIME: 0.625226 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041482 s
InvBiCGStab: k = 61 resid = 2.228589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224443(s) Flops=403236864 => 1796.61145145984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258661.629445827 Mflops = 258.661629445827 Gflops = 0.258661629445827 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056215 s
InvBiCGStab: k = 82 resid = 8.829172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301268(s) Flops=541034496 => 1795.85782758209 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258548.91226316 Mflops = 258.54891226316 Gflops = 0.25854891226316 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001123617 Relative Rsd = 4.92456237801304e-07
BICGSTAB_SOLVER_TIME: 0.627188 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117135
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116481
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040555 s
InvBiCGStab: k = 54 resid = 1.66088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19762(s) Flops=357304320 => 1808.03724319401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260273.20089647 Mflops = 260.27320089647 Gflops = 0.26027320089647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056314 s
InvBiCGStab: k = 80 resid = 5.884472e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307427(s) Flops=527910912 => 1717.19111203635 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247224.628393555 Mflops = 247.224628393555 Gflops = 0.247224628393555 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001090961 Relative Rsd = 4.78143988187047e-07
BICGSTAB_SOLVER_TIME: 0.606284 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.1202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109888
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.967281(s) Flops=1335582720 => 1380.75979989269 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198870.221910667 Mflops = 198.870221910667 Gflops = 0.198870221910667 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147987000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418616
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04183 s
InvBiCGStab: k = 30 resid = 1.603801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116603(s) Flops=199821312 => 1713.68928758265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246678.203667543 Mflops = 246.678203667543 Gflops = 0.246678203667543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 48 resid = 1.061613e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189569(s) Flops=317933568 => 1677.13902589558 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241412.747688348 Mflops = 241.412747688348 Gflops = 0.241412747688348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007507071 Relative Rsd = 3.29018214836479e-07
BICGSTAB_SOLVER_TIME: 0.408177 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699350000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040784 s
InvBiCGStab: k = 68 resid = 1.131664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281632(s) Flops=449169408 => 1594.88058175207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229609.221835142 Mflops = 229.609221835142 Gflops = 0.229609221835142 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071391 s
InvBiCGStab: k = 77 resid = 9.61803e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351666(s) Flops=508225536 => 1445.19383733429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208069.409132954 Mflops = 208.069409132954 Gflops = 0.208069409132954 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001111522 Relative Rsd = 4.87155179735023e-07
BICGSTAB_SOLVER_TIME: 0.749764 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04574 s
InvBiCGStab: k = 53 resid = 1.886197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.200825(s) Flops=350742528 => 1746.50829329018 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251418.366664571 Mflops = 251.418366664571 Gflops = 0.251418366664571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056701 s
InvBiCGStab: k = 78 resid = 5.724687e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.293912(s) Flops=514787328 => 1751.50156509431 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252152.674002487 Mflops = 252.152674002487 Gflops = 0.252152674002487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001006161 Relative Rsd = 4.4097785512044e-07
BICGSTAB_SOLVER_TIME: 0.601003 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107841
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044344 s
InvBiCGStab: k = 59 resid = 2.267611e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237489(s) Flops=390113280 => 1642.65831259553 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236491.686320068 Mflops = 236.491686320068 Gflops = 0.236491686320068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056506 s
InvBiCGStab: k = 81 resid = 8.647008e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296618(s) Flops=534472704 => 1801.88897504534 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259413.726051718 Mflops = 259.413726051718 Gflops = 0.259413726051718 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001078825 Relative Rsd = 4.72825123357672e-07
BICGSTAB_SOLVER_TIME: 0.638954 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11438
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04065 s
InvBiCGStab: k = 52 resid = 2.015297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190035(s) Flops=344180736 => 1811.14392611887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260735.056818693 Mflops = 260.735056818693 Gflops = 0.260735056818693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055648 s
InvBiCGStab: k = 65 resid = 1.14098e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237657(s) Flops=429484032 => 1807.15919160807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260164.078399144 Mflops = 260.164078399144 Gflops = 0.260164078399144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001025163 Relative Rsd = 4.4930596086814e-07
BICGSTAB_SOLVER_TIME: 0.527868 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979720000000003
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910125(s) Flops=1335656448 => 1467.55275154512 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211349.826640406 Mflops = 211.349826640406 Gflops = 0.211349826640406 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147718000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449862
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021531
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 229 resid = 1.799103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.909084(s) Flops=1505617920 => 1656.19229906147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238416.178640109 Mflops = 238.416178640109 Gflops = 0.238416178640109 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 219 resid = 9.534706e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.851709(s) Flops=1440000000 => 1690.71830871812 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243451.443159326 Mflops = 243.451443159326 Gflops = 0.243451443159326 Tflops
BICGSTAB_SOLVER: 448 iterations. Rsd = 0.002046984 Relative Rsd = 9.00535801247199e-07
BICGSTAB_SOLVER_TIME: 1.764645 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0.119828
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001802
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.319926999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.054671e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.705207(s) Flops=1223460864 => 1734.89608583012 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249711.806381605 Mflops = 249.711806381605 Gflops = 0.249711806381605 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.059867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769427(s) Flops=1380943872 => 1794.76918798015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258430.699428283 Mflops = 258.430699428283 Gflops = 0.258430699428283 Tflops
BICGSTAB_SOLVER: 396 iterations. Rsd = 0.001997516 Relative Rsd = 8.76931942696018e-07
BICGSTAB_SOLVER_TIME: 1.478067 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11548
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.114719
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.282667999999998
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.933454(s) Flops=1335656448 => 1430.87548824045 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206028.506750752 Mflops = 206.028506750752 Gflops = 0.206028506750752 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147981000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021241
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042299 s
InvBiCGStab: k = 30 resid = 1.896229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11433(s) Flops=199821312 => 1747.75922330097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251556.039402746 Mflops = 251.556039402746 Gflops = 0.251556039402746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057246 s
InvBiCGStab: k = 47 resid = 1.095619e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.176288(s) Flops=311371776 => 1766.26756217099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254246.020804593 Mflops = 254.246020804593 Gflops = 0.254246020804593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007428415 Relative Rsd = 3.25570896932706e-07
BICGSTAB_SOLVER_TIME: 0.393978 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11618
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692680000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042422 s
InvBiCGStab: k = 76 resid = 1.867076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278961(s) Flops=501663744 => 1798.32931485046 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258915.676311333 Mflops = 258.915676311333 Gflops = 0.258915676311333 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056616 s
InvBiCGStab: k = 91 resid = 1.13299e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3331(s) Flops=600090624 => 1801.53294506154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259374.970286885 Mflops = 259.374970286885 Gflops = 0.259374970286885 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001231131 Relative Rsd = 5.39577320859846e-07
BICGSTAB_SOLVER_TIME: 0.71496 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115041
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133611
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040854 s
InvBiCGStab: k = 50 resid = 1.937615e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184028(s) Flops=331057152 => 1798.94989892842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258969.971627238 Mflops = 258.969971627238 Gflops = 0.258969971627238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056429 s
InvBiCGStab: k = 76 resid = 9.472263e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277615(s) Flops=501663744 => 1807.04840876754 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260155.119787636 Mflops = 260.155119787636 Gflops = 0.260155119787636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.0009610232 Relative Rsd = 4.21195051545928e-07
BICGSTAB_SOLVER_TIME: 0.562747 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114212
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041383 s
InvBiCGStab: k = 61 resid = 2.213319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247388(s) Flops=403236864 => 1629.97746050738 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234650.628706417 Mflops = 234.650628706417 Gflops = 0.234650628706417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061892 s
InvBiCGStab: k = 86 resid = 1.124734e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35502(s) Flops=567281664 => 1597.88649653541 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230056.423985212 Mflops = 230.056423985212 Gflops = 0.230056423985212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.00113259 Relative Rsd = 4.96388981332791e-07
BICGSTAB_SOLVER_TIME: 0.709984 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12542
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119472
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043085 s
InvBiCGStab: k = 52 resid = 2.177866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192938(s) Flops=344180736 => 1783.89293970084 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256808.938262816 Mflops = 256.808938262816 Gflops = 0.256808938262816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057852 s
InvBiCGStab: k = 89 resid = 9.742005e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334103(s) Flops=586967040 => 1756.84456589734 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252940.866090112 Mflops = 252.940866090112 Gflops = 0.252940866090112 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001065253 Relative Rsd = 4.66876541995057e-07
BICGSTAB_SOLVER_TIME: 0.632385 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117383
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114966
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.877918(s) Flops=1335730176 => 1521.47487122943 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219065.822103596 Mflops = 219.065822103596 Gflops = 0.219065822103596 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147849000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.475087
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021214
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046978 s
InvBiCGStab: k = 26 resid = 2.174766e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114358(s) Flops=173574144 => 1517.81374280767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218470.893951138 Mflops = 218.470893951138 Gflops = 0.218470893951138 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071687 s
InvBiCGStab: k = 51 resid = 1.112755e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22518(s) Flops=337618944 => 1499.32917665867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215847.767684253 Mflops = 215.847767684253 Gflops = 0.215847767684253 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007253028 Relative Rsd = 3.17884089767594e-07
BICGSTAB_SOLVER_TIME: 0.462057 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0691550000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046991 s
InvBiCGStab: k = 70 resid = 2.187295e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27016(s) Flops=462292992 => 1711.18223275096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246375.378819477 Mflops = 246.375378819477 Gflops = 0.246375378819477 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057371 s
InvBiCGStab: k = 99 resid = 7.375679e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.384867(s) Flops=652584960 => 1695.6116268737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244132.463787139 Mflops = 244.132463787139 Gflops = 0.244132463787139 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001270388 Relative Rsd = 5.56782582721004e-07
BICGSTAB_SOLVER_TIME: 0.763292 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114066
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13512
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040935 s
InvBiCGStab: k = 48 resid = 2.032918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177337(s) Flops=317933568 => 1792.82139655007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258060.789611252 Mflops = 258.060789611252 Gflops = 0.258060789611252 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0604 s
InvBiCGStab: k = 69 resid = 9.830247e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.270134(s) Flops=455731200 => 1687.05605366226 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242885.989007315 Mflops = 242.885989007315 Gflops = 0.242885989007315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001004205 Relative Rsd = 4.4012073244649e-07
BICGSTAB_SOLVER_TIME: 0.552693 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114825
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0977700000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04075 s
InvBiCGStab: k = 56 resid = 1.840903e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212032(s) Flops=370427904 => 1747.03773015394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251483.836149997 Mflops = 251.483836149997 Gflops = 0.251483836149997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056301 s
InvBiCGStab: k = 86 resid = 9.438719e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.333235(s) Flops=567281664 => 1702.3471844194 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245092.429748115 Mflops = 245.092429748115 Gflops = 0.245092429748115 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001103626 Relative Rsd = 4.83694800136832e-07
BICGSTAB_SOLVER_TIME: 0.646158 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115846
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052375 s
InvBiCGStab: k = 58 resid = 2.215178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248708(s) Flops=383551488 => 1542.17591713978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222022.268412655 Mflops = 222.022268412655 Gflops = 0.222022268412655 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069081 s
InvBiCGStab: k = 83 resid = 7.99165e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371597(s) Flops=547596288 => 1473.62946417759 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212164.868739188 Mflops = 212.164868739188 Gflops = 0.212164868739188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001023867 Relative Rsd = 4.48738134316655e-07
BICGSTAB_SOLVER_TIME: 0.746234 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119892
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114685
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.907733(s) Flops=1329684480 => 1464.84096094336 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210924.383394643 Mflops = 210.924383394643 Gflops = 0.210924383394643 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147451000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430987
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041175 s
InvBiCGStab: k = 29 resid = 1.70834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107351(s) Flops=193259520 => 1800.25821836778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259111.890196719 Mflops = 259.111890196719 Gflops = 0.259111890196719 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056078 s
InvBiCGStab: k = 57 resid = 1.143307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238612(s) Flops=376989696 => 1579.92764823228 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227429.127975392 Mflops = 227.429127975392 Gflops = 0.227429127975392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.0007657902 Relative Rsd = 3.35628784301551e-07
BICGSTAB_SOLVER_TIME: 0.448272 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12215
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042157 s
InvBiCGStab: k = 50 resid = 1.55253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228551(s) Flops=331057152 => 1448.5045000897 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208533.768366535 Mflops = 208.533768366535 Gflops = 0.208533768366535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062277 s
InvBiCGStab: k = 83 resid = 9.863845e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328864(s) Flops=547596288 => 1665.11472219519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239733.075290934 Mflops = 239.733075290934 Gflops = 0.239733075290934 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001083691 Relative Rsd = 4.74957853149394e-07
BICGSTAB_SOLVER_TIME: 0.665689 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109336
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044902 s
InvBiCGStab: k = 49 resid = 2.218648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189271(s) Flops=324495360 => 1714.44838353472 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246790.435502513 Mflops = 246.790435502513 Gflops = 0.246790435502513 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066856 s
InvBiCGStab: k = 71 resid = 1.009328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277905(s) Flops=468854784 => 1687.10452852594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242887.571789577 Mflops = 242.887571789577 Gflops = 0.242887571789577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001003062 Relative Rsd = 4.39619591967679e-07
BICGSTAB_SOLVER_TIME: 0.582808 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116874
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0999570000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046887 s
InvBiCGStab: k = 67 resid = 2.008139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290758(s) Flops=442607616 => 1522.25430082749 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219182.967941029 Mflops = 219.182967941029 Gflops = 0.219182967941029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06488 s
InvBiCGStab: k = 85 resid = 5.057291e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316995(s) Flops=560719872 => 1768.86030379028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254627.211711819 Mflops = 254.627211711819 Gflops = 0.254627211711819 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001084917 Relative Rsd = 4.75494862265611e-07
BICGSTAB_SOLVER_TIME: 0.723833 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122941
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042295 s
InvBiCGStab: k = 56 resid = 1.475797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220758(s) Flops=370427904 => 1677.9817900144 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241567.901562519 Mflops = 241.567901562519 Gflops = 0.241567901562519 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056358 s
InvBiCGStab: k = 79 resid = 1.03875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294658(s) Flops=521349120 => 1769.33638319679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254720.901315853 Mflops = 254.720901315853 Gflops = 0.254720901315853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001026572 Relative Rsd = 4.49923687174082e-07
BICGSTAB_SOLVER_TIME: 0.618088 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11072
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949323(s) Flops=1329610752 => 1400.58836876385 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  201669.82390954 Mflops = 201.66982390954 Gflops = 0.20166982390954 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146854000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406673
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040833 s
InvBiCGStab: k = 34 resid = 1.467745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.131278(s) Flops=226068480 => 1722.05914166882 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247897.691704929 Mflops = 247.897691704929 Gflops = 0.247897691704929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058314 s
InvBiCGStab: k = 54 resid = 1.151426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211105(s) Flops=357304320 => 1692.54314203832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243659.829694591 Mflops = 243.659829694591 Gflops = 0.243659829694591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007538096 Relative Rsd = 3.30377983145433e-07
BICGSTAB_SOLVER_TIME: 0.445389 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119044
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0771590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050352 s
InvBiCGStab: k = 53 resid = 2.067353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196456(s) Flops=350742528 => 1785.349024718 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257016.36109056 Mflops = 257.01636109056 Gflops = 0.25701636109056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059636 s
InvBiCGStab: k = 77 resid = 1.039326e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332102(s) Flops=508225536 => 1530.32964571126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220329.970846382 Mflops = 220.329970846382 Gflops = 0.220329970846382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001109495 Relative Rsd = 4.86267035536829e-07
BICGSTAB_SOLVER_TIME: 0.642834 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119153
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107281
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046945 s
InvBiCGStab: k = 57 resid = 1.422439e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27458(s) Flops=376989696 => 1372.96851919295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197669.08253927 Mflops = 197.66908253927 Gflops = 0.19766908253927 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058098 s
InvBiCGStab: k = 75 resid = 7.671151e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305664(s) Flops=495101952 => 1619.75879396985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233195.931230704 Mflops = 233.195931230704 Gflops = 0.233195931230704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.0009899043 Relative Rsd = 4.33853006948774e-07
BICGSTAB_SOLVER_TIME: 0.689246 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108396
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041462 s
InvBiCGStab: k = 71 resid = 1.596801e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280174(s) Flops=468854784 => 1673.44144710073 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240926.666641429 Mflops = 240.926666641429 Gflops = 0.240926666641429 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060489 s
InvBiCGStab: k = 73 resid = 1.013366e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280253(s) Flops=481978368 => 1719.79735453323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247588.419690101 Mflops = 247.588419690101 Gflops = 0.247588419690101 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001047896 Relative Rsd = 4.59269329530306e-07
BICGSTAB_SOLVER_TIME: 0.666684 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115474
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044523 s
InvBiCGStab: k = 53 resid = 1.969341e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209824(s) Flops=350742528 => 1671.60347719994 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240650.862986889 Mflops = 240.650862986889 Gflops = 0.240650862986889 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069107 s
InvBiCGStab: k = 73 resid = 9.477632e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276563(s) Flops=481978368 => 1742.74349063324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250900.472908487 Mflops = 250.900472908487 Gflops = 0.250900472908487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 126 iterations. Rsd = 0.001029609 Relative Rsd = 4.51254500359668e-07
BICGSTAB_SOLVER_TIME: 0.60381 sec
2Flav::invert,  n_count = 126
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10413
Monitoring force
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.925092(s) Flops=1329758208 => 1437.43347472468 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  206981.337476782 Mflops = 206.981337476782 Gflops = 0.206981337476782 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147136000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.427529
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021268
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 235 resid = 2.208916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901691(s) Flops=1544988672 => 1713.43472653049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246685.172083852 Mflops = 246.685172083852 Gflops = 0.246685172083852 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 244 resid = 7.737029e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.9632(s) Flops=1604044800 => 1665.32890365448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239795.04915433 Mflops = 239.79504915433 Gflops = 0.23979504915433 Tflops
BICGSTAB_SOLVER: 479 iterations. Rsd = 0.002219189 Relative Rsd = 9.76220298812164e-07
BICGSTAB_SOLVER_TIME: 1.868614 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121829
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.119814
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.341743
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 189 resid = 2.077797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.781297(s) Flops=1243146240 => 1591.13146473108 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229057.423220737 Mflops = 229.057423220737 Gflops = 0.229057423220737 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.0313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.727307(s) Flops=1289078784 => 1772.39980365925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255209.579139678 Mflops = 255.209579139678 Gflops = 0.255209579139678 Tflops
BICGSTAB_SOLVER: 385 iterations. Rsd = 0.002085781 Relative Rsd = 9.15699491577656e-07
BICGSTAB_SOLVER_TIME: 1.51199 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.116403
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274723999999999
num_pf = 1
MInvCG2: 205 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.889987(s) Flops=1329758208 => 1494.13217046991 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215164.561899302 Mflops = 215.164561899302 Gflops = 0.215164561899302 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147124000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.47605
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047273 s
InvBiCGStab: k = 25 resid = 2.18245e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.105264(s) Flops=167012352 => 1586.60465116279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228364.044641104 Mflops = 228.364044641104 Gflops = 0.228364044641104 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061647 s
InvBiCGStab: k = 47 resid = 1.127071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.175145(s) Flops=311371776 => 1777.79426189729 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255907.797104412 Mflops = 255.907797104412 Gflops = 0.255907797104412 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007046656 Relative Rsd = 3.08839249049818e-07
BICGSTAB_SOLVER_TIME: 0.393143 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040718 s
InvBiCGStab: k = 79 resid = 1.775307e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.2885(s) Flops=521349120 => 1807.10266897747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260172.65874459 Mflops = 260.17265874459 Gflops = 0.26017265874459 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056028 s
InvBiCGStab: k = 99 resid = 4.897039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36469(s) Flops=652584960 => 1789.42378458417 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257632.215086623 Mflops = 257.632215086623 Gflops = 0.257632215086623 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001279836 Relative Rsd = 5.60923548029524e-07
BICGSTAB_SOLVER_TIME: 0.753791 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117697
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141831
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041407 s
InvBiCGStab: k = 50 resid = 2.228948e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194971(s) Flops=331057152 => 1697.98150494176 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244467.950671547 Mflops = 244.467950671547 Gflops = 0.244467950671547 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058713 s
InvBiCGStab: k = 77 resid = 6.804282e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294658(s) Flops=508225536 => 1724.79802347128 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248308.959455374 Mflops = 248.308959455374 Gflops = 0.248308959455374 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 127 iterations. Rsd = 0.001008669 Relative Rsd = 4.42077282430297e-07
BICGSTAB_SOLVER_TIME: 0.593552 sec
2Flav::invert,  n_count = 127
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.104775
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043568 s
InvBiCGStab: k = 65 resid = 1.805363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28025(s) Flops=429484032 => 1532.50323639607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220636.531298567 Mflops = 220.636531298567 Gflops = 0.220636531298567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05985 s
InvBiCGStab: k = 87 resid = 9.563063e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376239(s) Flops=573843456 => 1525.20992241634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219582.874193907 Mflops = 219.582874193907 Gflops = 0.219582874193907 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001097068 Relative Rsd = 4.80820666120145e-07
BICGSTAB_SOLVER_TIME: 0.764503 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122836
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040831 s
InvBiCGStab: k = 51 resid = 2.246499e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191765(s) Flops=337618944 => 1760.58688498944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253449.819071081 Mflops = 253.449819071081 Gflops = 0.253449819071081 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063315 s
InvBiCGStab: k = 95 resid = 1.061153e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388745(s) Flops=626337792 => 1611.17902995537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231962.508917473 Mflops = 231.962508917473 Gflops = 0.231962508917473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001089105 Relative Rsd = 4.77330693620538e-07
BICGSTAB_SOLVER_TIME: 0.688582 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118268
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118442
Monitoring force
num_pf = 1
MInvCG2: 206 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.910157(s) Flops=1336025088 => 1467.90618321894 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211577.297493988 Mflops = 211.577297493988 Gflops = 0.211577297493988 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148161000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047526 s
InvBiCGStab: k = 25 resid = 2.154048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.108546(s) Flops=167012352 => 1538.63202697474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221460.674789687 Mflops = 221.460674789687 Gflops = 0.221460674789687 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059096 s
InvBiCGStab: k = 63 resid = 6.669344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259897(s) Flops=416360448 => 1602.02098523646 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230634.955040202 Mflops = 230.634955040202 Gflops = 0.230634955040202 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 88 iterations. Rsd = 0.0007398906 Relative Rsd = 3.24277559585207e-07
BICGSTAB_SOLVER_TIME: 0.478901 sec
2Flav::invert,  n_count = 88
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127846
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0769210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042557 s
InvBiCGStab: k = 83 resid = 8.692172e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307607(s) Flops=547596288 => 1780.18149131847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256296.872169009 Mflops = 256.296872169009 Gflops = 0.256296872169009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 102 resid = 5.664457e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380325(s) Flops=672270336 => 1767.62068231118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254494.483055817 Mflops = 254.494483055817 Gflops = 0.254494483055817 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001272485 Relative Rsd = 5.57701850487929e-07
BICGSTAB_SOLVER_TIME: 0.790446 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146558
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042216 s
InvBiCGStab: k = 54 resid = 2.265156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22472(s) Flops=357304320 => 1589.99786400854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228903.124101717 Mflops = 228.903124101717 Gflops = 0.228903124101717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05795 s
InvBiCGStab: k = 74 resid = 9.779441e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278134(s) Flops=488540160 => 1756.49205059432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252879.886627199 Mflops = 252.879886627199 Gflops = 0.252879886627199 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 128 iterations. Rsd = 0.00101995 Relative Rsd = 4.47021592967781e-07
BICGSTAB_SOLVER_TIME: 0.60829 sec
2Flav::invert,  n_count = 128
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116277
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.10544
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041387 s
InvBiCGStab: k = 64 resid = 2.089793e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.23397(s) Flops=422922240 => 1807.59174253109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260223.620844281 Mflops = 260.223620844281 Gflops = 0.260223620844281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059402 s
InvBiCGStab: k = 88 resid = 1.082961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348675(s) Flops=580405248 => 1664.60241772424 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239663.545252578 Mflops = 239.663545252578 Gflops = 0.239663545252578 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001104372 Relative Rsd = 4.84021444541775e-07
BICGSTAB_SOLVER_TIME: 0.687639 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044367 s
InvBiCGStab: k = 55 resid = 1.286048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238898(s) Flops=363866112 => 1523.10237842092 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219281.804356535 Mflops = 219.281804356535 Gflops = 0.219281804356535 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064209 s
InvBiCGStab: k = 84 resid = 1.119749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.334365(s) Flops=554158080 => 1657.34475797407 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238630.837615337 Mflops = 238.630837615337 Gflops = 0.238630837615337 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001103443 Relative Rsd = 4.83614593169545e-07
BICGSTAB_SOLVER_TIME: 0.685703 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118856
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113596
Monitoring force
num_pf = 1
MInvCG2: 207 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.926568(s) Flops=1342218240 => 1448.59118812651 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208583.954246479 Mflops = 208.583954246479 Gflops = 0.208583954246479 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148400000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411242
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021242
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045793 s
InvBiCGStab: k = 26 resid = 2.020604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.112502(s) Flops=173574144 => 1542.85385148708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222066.448848047 Mflops = 222.066448848047 Gflops = 0.222066448848047 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06219 s
InvBiCGStab: k = 52 resid = 9.650216e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225155(s) Flops=344180736 => 1528.6390975106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220060.901399453 Mflops = 220.060901399453 Gflops = 0.220060901399453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007492419 Relative Rsd = 3.28376048875747e-07
BICGSTAB_SOLVER_TIME: 0.449853 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133928
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0699820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046082 s
InvBiCGStab: k = 50 resid = 2.261189e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195891(s) Flops=331057152 => 1690.00695284623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243293.416874603 Mflops = 243.293416874603 Gflops = 0.243293416874603 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056765 s
InvBiCGStab: k = 69 resid = 1.0059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25584(s) Flops=455731200 => 1781.31332082552 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256435.245920736 Mflops = 256.435245920736 Gflops = 0.256435245920736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 119 iterations. Rsd = 0.001066621 Relative Rsd = 4.67476104382199e-07
BICGSTAB_SOLVER_TIME: 0.558542 sec
2Flav::invert,  n_count = 119
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119911
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0993510000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043642 s
InvBiCGStab: k = 49 resid = 2.268191e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185016(s) Flops=324495360 => 1753.87728628875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252474.690385898 Mflops = 252.474690385898 Gflops = 0.252474690385898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056079 s
InvBiCGStab: k = 82 resid = 1.022351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303853(s) Flops=541034496 => 1780.57974086154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256354.713640178 Mflops = 256.354713640178 Gflops = 0.256354713640178 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001031126 Relative Rsd = 4.51919779396851e-07
BICGSTAB_SOLVER_TIME: 0.592737 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11626
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001776
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107907
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043623 s
InvBiCGStab: k = 58 resid = 2.274827e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.227224(s) Flops=383551488 => 1687.98845192409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243011.91688267 Mflops = 243.01191688267 Gflops = 0.24301191688267 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057175 s
InvBiCGStab: k = 75 resid = 9.137173e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275435(s) Flops=495101952 => 1797.52737306443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258788.618572898 Mflops = 258.788618572898 Gflops = 0.258788618572898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.00111012 Relative Rsd = 4.86540769874929e-07
BICGSTAB_SOLVER_TIME: 0.607299 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114779
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040999 s
InvBiCGStab: k = 52 resid = 2.124371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192247(s) Flops=344180736 => 1790.30484740984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257737.228571281 Mflops = 257.737228571281 Gflops = 0.257737228571281 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058298 s
InvBiCGStab: k = 72 resid = 1.075607e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285769(s) Flops=475416576 => 1663.63942904934 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239514.656707271 Mflops = 239.514656707271 Gflops = 0.239514656707271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 124 iterations. Rsd = 0.001030565 Relative Rsd = 4.51673546048171e-07
BICGSTAB_SOLVER_TIME: 0.581193 sec
2Flav::invert,  n_count = 124
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.141331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.102772
Monitoring force
num_pf = 1
MInvCG2: 214 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.02138(s) Flops=1385496576 => 1356.49471890971 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  195354.381403689 Mflops = 195.354381403689 Gflops = 0.195354381403688 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.153337000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.412936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041161 s
InvBiCGStab: k = 28 resid = 2.117387e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106302(s) Flops=186697728 => 1756.29553536152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252754.6660974 Mflops = 252.7546660974 Gflops = 0.2527546660974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057104 s
InvBiCGStab: k = 49 resid = 1.119813e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181375(s) Flops=324495360 => 1789.08537560303 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257539.34192856 Mflops = 257.53934192856 Gflops = 0.25753934192856 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007093883 Relative Rsd = 3.1090909392603e-07
BICGSTAB_SOLVER_TIME: 0.389866 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119108
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692520000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041171 s
InvBiCGStab: k = 58 resid = 2.153325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.223458(s) Flops=383551488 => 1716.43659211127 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247107.446218387 Mflops = 247.107446218387 Gflops = 0.247107446218387 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063322 s
InvBiCGStab: k = 81 resid = 8.626317e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33997(s) Flops=534472704 => 1572.11725740507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226341.194119117 Mflops = 226.341194119117 Gflops = 0.226341194119117 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001111802 Relative Rsd = 4.87278041298144e-07
BICGSTAB_SOLVER_TIME: 0.67206 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113454
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044427 s
InvBiCGStab: k = 52 resid = 2.076124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20149(s) Flops=344180736 => 1708.17775571989 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245906.38782851 Mflops = 245.90638782851 Gflops = 0.24590638782851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056413 s
InvBiCGStab: k = 66 resid = 8.130896e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247043(s) Flops=436045824 => 1765.06043077521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254103.822991944 Mflops = 254.103822991944 Gflops = 0.254103822991944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.00100627 Relative Rsd = 4.41025765007388e-07
BICGSTAB_SOLVER_TIME: 0.553262 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0984210000000003
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043727 s
InvBiCGStab: k = 61 resid = 1.84791e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225635(s) Flops=403236864 => 1787.12018968688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257283.076190776 Mflops = 257.283076190776 Gflops = 0.257283076190776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060256 s
InvBiCGStab: k = 82 resid = 1.030609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328393(s) Flops=541034496 => 1647.52140270956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237198.866194262 Mflops = 237.198866194262 Gflops = 0.237198866194262 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001121935 Relative Rsd = 4.91719119444821e-07
BICGSTAB_SOLVER_TIME: 0.661864 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115745
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116361
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041355 s
InvBiCGStab: k = 53 resid = 2.267659e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203165(s) Flops=350742528 => 1726.39247901952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248538.849237695 Mflops = 248.538849237695 Gflops = 0.248538849237695 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059222 s
InvBiCGStab: k = 76 resid = 1.109262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.288408(s) Flops=501663744 => 1739.4238162603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250425.287308853 Mflops = 250.425287308853 Gflops = 0.250425287308853 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001068287 Relative Rsd = 4.68206538824742e-07
BICGSTAB_SOLVER_TIME: 0.59599 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117759
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106412
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.025166(s) Flops=1448165376 => 1412.61549446626 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203401.129481999 Mflops = 203.401129481999 Gflops = 0.203401129481999 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160880000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449494
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 220 resid = 2.157763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.859748(s) Flops=1446561792 => 1682.54161917213 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242224.527438661 Mflops = 242.224527438661 Gflops = 0.242224527438661 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 8.69631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.038774(s) Flops=1636853760 => 1575.75541936937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226898.658322123 Mflops = 226.898658322123 Gflops = 0.226898658322123 Tflops
BICGSTAB_SOLVER: 469 iterations. Rsd = 0.002157079 Relative Rsd = 9.48828573690949e-07
BICGSTAB_SOLVER_TIME: 1.904187 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.128179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.336379
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 176 resid = 1.912551e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.6879(s) Flops=1157842944 => 1683.15590056694 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242332.544210168 Mflops = 242.332544210168 Gflops = 0.242332544210168 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.144632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.789584(s) Flops=1367820288 => 1732.33030051267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249441.138710001 Mflops = 249.441138710001 Gflops = 0.249441138710001 Tflops
BICGSTAB_SOLVER: 384 iterations. Rsd = 0.002069731 Relative Rsd = 9.08688854732956e-07
BICGSTAB_SOLVER_TIME: 1.480884 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.123311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0.117946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.274383999999998
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949974(s) Flops=1448165376 => 1524.42632745738 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219499.089549196 Mflops = 219.499089549196 Gflops = 0.219499089549196 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160729000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.466823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021164
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043288 s
InvBiCGStab: k = 25 resid = 2.025705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110955(s) Flops=167012352 => 1505.22601054482 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216644.098926473 Mflops = 216.644098926473 Gflops = 0.216644098926473 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058975 s
InvBiCGStab: k = 51 resid = 9.911494e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194783(s) Flops=337618944 => 1733.30806076506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249527.726664293 Mflops = 249.527726664293 Gflops = 0.249527726664293 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000727993 Relative Rsd = 3.19063111777812e-07
BICGSTAB_SOLVER_TIME: 0.41186 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685980000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041339 s
InvBiCGStab: k = 77 resid = 1.877276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287338(s) Flops=508225536 => 1768.73763999193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254647.74203663 Mflops = 254.64774203663 Gflops = 0.25464774203663 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058814 s
InvBiCGStab: k = 99 resid = 7.674147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374875(s) Flops=652584960 => 1740.80682894298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250631.700083009 Mflops = 250.631700083009 Gflops = 0.250631700083009 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.001231022 Relative Rsd = 5.39529564039629e-07
BICGSTAB_SOLVER_TIME: 0.76622 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140145
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050109 s
InvBiCGStab: k = 51 resid = 2.270238e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.192441(s) Flops=337618944 => 1754.40235708607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252542.65648182 Mflops = 252.54265648182 Gflops = 0.25254265648182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056342 s
InvBiCGStab: k = 67 resid = 9.882281e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247616(s) Flops=442607616 => 1787.47583354872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257325.990848162 Mflops = 257.325990848162 Gflops = 0.257325990848162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 118 iterations. Rsd = 0.001004206 Relative Rsd = 4.40121191646684e-07
BICGSTAB_SOLVER_TIME: 0.550373 sec
2Flav::invert,  n_count = 118
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0986210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040847 s
InvBiCGStab: k = 69 resid = 1.680962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297228(s) Flops=455731200 => 1533.27142799467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220759.102136436 Mflops = 220.759102136436 Gflops = 0.220759102136436 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073763 s
InvBiCGStab: k = 88 resid = 4.109418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36184(s) Flops=580405248 => 1604.03838160513 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230940.515785616 Mflops = 230.940515785616 Gflops = 0.230940515785616 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001141303 Relative Rsd = 5.00207537082606e-07
BICGSTAB_SOLVER_TIME: 0.777563 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116112
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126325
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049099 s
InvBiCGStab: k = 52 resid = 2.259389e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.196796(s) Flops=344180736 => 1748.92140084148 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251769.805241912 Mflops = 251.769805241912 Gflops = 0.251769805241912 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060189 s
InvBiCGStab: k = 80 resid = 1.043803e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316048(s) Flops=527910912 => 1670.35042778312 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240481.135260961 Mflops = 240.481135260961 Gflops = 0.240481135260961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.001052427 Relative Rsd = 4.61255319348798e-07
BICGSTAB_SOLVER_TIME: 0.626005 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108448
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986775(s) Flops=1473748992 => 1493.50053659649 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215058.823215532 Mflops = 215.058823215532 Gflops = 0.215058823215532 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163544000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.453151
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04081 s
InvBiCGStab: k = 31 resid = 2.007148e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13731(s) Flops=206383104 => 1503.04496395019 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216349.135338524 Mflops = 216.349135338524 Gflops = 0.216349135338524 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057598 s
InvBiCGStab: k = 48 resid = 1.099054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18053(s) Flops=317933568 => 1761.11210325154 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253522.953998593 Mflops = 253.522953998593 Gflops = 0.253522953998593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0006880084 Relative Rsd = 3.01538782314919e-07
BICGSTAB_SOLVER_TIME: 0.420074 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707260000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045846 s
InvBiCGStab: k = 77 resid = 1.803763e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306445(s) Flops=508225536 => 1658.45595783909 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238782.025858009 Mflops = 238.782025858009 Gflops = 0.238782025858009 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055875 s
InvBiCGStab: k = 99 resid = 5.813019e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.38269(s) Flops=652584960 => 1705.25741461758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245515.865835195 Mflops = 245.515865835195 Gflops = 0.245515865835195 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 176 iterations. Rsd = 0.0012688 Relative Rsd = 5.56086843404259e-07
BICGSTAB_SOLVER_TIME: 0.794704 sec
2Flav::invert,  n_count = 176
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140098
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043469 s
InvBiCGStab: k = 49 resid = 2.143527e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.181436(s) Flops=324495360 => 1788.48387310126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257463.700901792 Mflops = 257.463700901792 Gflops = 0.257463700901792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061093 s
InvBiCGStab: k = 83 resid = 8.832326e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328484(s) Flops=547596288 => 1667.0409761206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240007.762970905 Mflops = 240.007762970905 Gflops = 0.240007762970905 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 132 iterations. Rsd = 0.00101406 Relative Rsd = 4.4443981640819e-07
BICGSTAB_SOLVER_TIME: 0.618358 sec
2Flav::invert,  n_count = 132
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114934
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.108423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040923 s
InvBiCGStab: k = 62 resid = 1.331022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257376(s) Flops=409798656 => 1592.21782916822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229237.747187789 Mflops = 229.237747187789 Gflops = 0.229237747187789 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061272 s
InvBiCGStab: k = 89 resid = 9.134138e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.400932(s) Flops=586967040 => 1464.0064649367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210782.893517662 Mflops = 210.782893517662 Gflops = 0.210782893517662 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001135911 Relative Rsd = 4.97844441860032e-07
BICGSTAB_SOLVER_TIME: 0.764581 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12222
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045111 s
InvBiCGStab: k = 57 resid = 2.234771e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239325(s) Flops=376989696 => 1575.22070824193 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226796.113719071 Mflops = 226.796113719071 Gflops = 0.226796113719071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058569 s
InvBiCGStab: k = 84 resid = 1.002714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341223(s) Flops=554158080 => 1624.03495661195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233831.848325338 Mflops = 233.831848325338 Gflops = 0.233831848325338 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001094346 Relative Rsd = 4.79627357881657e-07
BICGSTAB_SOLVER_TIME: 0.689515 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117707
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114793
Monitoring force
num_pf = 1
MInvCG2: 230 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.975459(s) Flops=1486651392 => 1524.05318111781 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219454.715960954 Mflops = 219.454715960954 Gflops = 0.219454715960954 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165066000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.438328
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048151 s
InvBiCGStab: k = 25 resid = 1.823119e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109435(s) Flops=167012352 => 1526.13288253301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219615.207653783 Mflops = 219.615207653783 Gflops = 0.219615207653783 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066634 s
InvBiCGStab: k = 50 resid = 9.750802e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216136(s) Flops=331057152 => 1531.70759151645 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220501.911295864 Mflops = 220.501911295864 Gflops = 0.220501911295864 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007224779 Relative Rsd = 3.16645983999031e-07
BICGSTAB_SOLVER_TIME: 0.444183 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122118
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0678400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047084 s
InvBiCGStab: k = 57 resid = 2.280342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.224766(s) Flops=376989696 => 1677.25410426844 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241459.045932526 Mflops = 241.459045932526 Gflops = 0.241459045932526 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065287 s
InvBiCGStab: k = 79 resid = 8.224428e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311695(s) Flops=521349120 => 1672.62586823658 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240807.247966867 Mflops = 240.807247966867 Gflops = 0.240807247966867 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001086812 Relative Rsd = 4.7632565746175e-07
BICGSTAB_SOLVER_TIME: 0.652702 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118408
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111337
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043637 s
InvBiCGStab: k = 50 resid = 2.231319e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190074(s) Flops=331057152 => 1741.72770605133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250745.056351471 Mflops = 250.745056351471 Gflops = 0.250745056351471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056444 s
InvBiCGStab: k = 80 resid = 1.024076e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326681(s) Flops=527910912 => 1615.98290687245 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232657.086577594 Mflops = 232.657086577594 Gflops = 0.232657086577594 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001034735 Relative Rsd = 4.53501366910818e-07
BICGSTAB_SOLVER_TIME: 0.622303 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127882
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107126
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040926 s
InvBiCGStab: k = 70 resid = 1.93364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25671(s) Flops=462292992 => 1800.83748977445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259270.857374635 Mflops = 259.270857374635 Gflops = 0.259270857374635 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056368 s
InvBiCGStab: k = 90 resid = 1.150426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331337(s) Flops=593528832 => 1791.31467961622 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257903.935951328 Mflops = 257.903935951328 Gflops = 0.257903935951328 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001147002 Relative Rsd = 5.02705433073356e-07
BICGSTAB_SOLVER_TIME: 0.689254 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001806
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128684
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046122 s
InvBiCGStab: k = 62 resid = 2.085745e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265764(s) Flops=409798656 => 1541.9645098659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222002.845610002 Mflops = 222.002845610002 Gflops = 0.222002845610002 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064115 s
InvBiCGStab: k = 80 resid = 1.0621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348441(s) Flops=527910912 => 1515.06542571052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218125.787979981 Mflops = 218.125787979981 Gflops = 0.218125787979981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001026067 Relative Rsd = 4.49702352680386e-07
BICGSTAB_SOLVER_TIME: 0.728784 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11565
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945479(s) Flops=1499406336 => 1585.869528567 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228343.073911109 Mflops = 228.343073911109 Gflops = 0.228343073911109 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166888000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 30 resid = 1.935121e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110557(s) Flops=199821312 => 1807.40533842271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260156.131286953 Mflops = 260.156131286953 Gflops = 0.260156131286953 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056281 s
InvBiCGStab: k = 62 resid = 1.001905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285304(s) Flops=409798656 => 1436.35790595295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206789.181423538 Mflops = 206.789181423538 Gflops = 0.206789181423538 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007730839 Relative Rsd = 3.38825480943674e-07
BICGSTAB_SOLVER_TIME: 0.496919 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12107
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001836
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0799790000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045938 s
InvBiCGStab: k = 58 resid = 1.172909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266361(s) Flops=383551488 => 1439.96864405825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207312.056187042 Mflops = 207.312056187042 Gflops = 0.207312056187042 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072364 s
InvBiCGStab: k = 90 resid = 9.159789e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403859(s) Flops=593528832 => 1469.64369247683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211597.39006314 Mflops = 211.59739006314 Gflops = 0.21159739006314 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001158001 Relative Rsd = 5.0752596364733e-07
BICGSTAB_SOLVER_TIME: 0.79249 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117037
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119868
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045411 s
InvBiCGStab: k = 55 resid = 2.129393e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214659(s) Flops=363866112 => 1695.08901094294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244007.382279115 Mflops = 244.007382279115 Gflops = 0.244007382279115 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058686 s
InvBiCGStab: k = 76 resid = 1.111229e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290443(s) Flops=501663744 => 1727.2364766925 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248665.766504549 Mflops = 248.665766504549 Gflops = 0.248665766504549 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001062503 Relative Rsd = 4.65671294551515e-07
BICGSTAB_SOLVER_TIME: 0.613054 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116762
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107798
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050939 s
InvBiCGStab: k = 53 resid = 2.15553e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209989(s) Flops=350742528 => 1670.29000566696 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240443.041318886 Mflops = 240.443041318886 Gflops = 0.240443041318886 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064734 s
InvBiCGStab: k = 85 resid = 1.005047e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338253(s) Flops=560719872 => 1657.69371446816 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238656.52168722 Mflops = 238.65652168722 Gflops = 0.23865652168722 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001074733 Relative Rsd = 4.71031385353897e-07
BICGSTAB_SOLVER_TIME: 0.667744 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115569
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112897
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042 s
InvBiCGStab: k = 54 resid = 2.276363e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19773(s) Flops=357304320 => 1807.03140646336 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260141.697429972 Mflops = 260.141697429972 Gflops = 0.260141697429972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055942 s
InvBiCGStab: k = 96 resid = 4.494642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362397(s) Flops=632899584 => 1746.42611279895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251441.278161311 Mflops = 251.441278161311 Gflops = 0.251441278161312 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001088636 Relative Rsd = 4.7712481886672e-07
BICGSTAB_SOLVER_TIME: 0.662374 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121271
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00292(s) Flops=1511792640 => 1507.39105811032 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217107.282154132 Mflops = 217.107282154132 Gflops = 0.217107282154132 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167623000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 257 resid = 2.216418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.075583(s) Flops=1689348096 => 1570.63480549618 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226186.212018564 Mflops = 226.186212018564 Gflops = 0.226186212018564 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 6.168725e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.05532(s) Flops=1597483008 => 1513.74275859455 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217969.988356778 Mflops = 217.969988356778 Gflops = 0.217969988356778 Tflops
BICGSTAB_SOLVER: 500 iterations. Rsd = 0.00217512 Relative Rsd = 9.56706033981912e-07
BICGSTAB_SOLVER_TIME: 2.134405 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.11853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001766
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.356909
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.939628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.751601(s) Flops=1269393408 => 1688.91926434371 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243148.872236023 Mflops = 243.148872236023 Gflops = 0.243148872236023 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 8.424039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796198(s) Flops=1374382080 => 1726.18127651665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248558.563941706 Mflops = 248.558563941706 Gflops = 0.248558563941706 Tflops
BICGSTAB_SOLVER: 402 iterations. Rsd = 0.002401478 Relative Rsd = 1.05437995069262e-06
BICGSTAB_SOLVER_TIME: 1.551242 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.115784
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.287020999999998
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066507(s) Flops=1511792640 => 1417.5177846934 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204137.198009042 Mflops = 204.137198009042 Gflops = 0.204137198009042 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167797000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407043
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021262
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042205 s
InvBiCGStab: k = 28 resid = 1.54218e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103137(s) Flops=186697728 => 1810.19157043544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260535.544853581 Mflops = 260.535544853581 Gflops = 0.260535544853581 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057437 s
InvBiCGStab: k = 53 resid = 8.724071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213753(s) Flops=350742528 => 1640.87768592721 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236221.768442514 Mflops = 236.221768442514 Gflops = 0.236221768442514 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007001266 Relative Rsd = 3.06849917274355e-07
BICGSTAB_SOLVER_TIME: 0.420419 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115312
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720540000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045507 s
InvBiCGStab: k = 81 resid = 2.042032e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.349728(s) Flops=534472704 => 1528.25253911611 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220028.838976735 Mflops = 220.028838976735 Gflops = 0.220028838976735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056204 s
InvBiCGStab: k = 106 resid = 7.767418e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459041(s) Flops=698517504 => 1521.68870318773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219092.514500254 Mflops = 219.092514500254 Gflops = 0.219092514500254 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001291558 Relative Rsd = 5.66060926737628e-07
BICGSTAB_SOLVER_TIME: 0.914887 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149366
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047961 s
InvBiCGStab: k = 58 resid = 1.744416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255345(s) Flops=383551488 => 1502.09124126182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216260.034460241 Mflops = 216.260034460241 Gflops = 0.216260034460241 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059554 s
InvBiCGStab: k = 84 resid = 1.053272e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352511(s) Flops=554158080 => 1572.03060330032 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226321.340301216 Mflops = 226.321340301216 Gflops = 0.226321340301216 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001014671 Relative Rsd = 4.44707683188251e-07
BICGSTAB_SOLVER_TIME: 0.719285 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001791
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115507
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041124 s
InvBiCGStab: k = 66 resid = 1.167676e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263644(s) Flops=436045824 => 1653.91901200103 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238113.359345879 Mflops = 238.113359345879 Gflops = 0.238113359345879 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064633 s
InvBiCGStab: k = 100 resid = 4.499566e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382787(s) Flops=659146752 => 1721.96744403546 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247921.622423212 Mflops = 247.921622423212 Gflops = 0.247921622423212 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.0011711 Relative Rsd = 5.13267088566568e-07
BICGSTAB_SOLVER_TIME: 0.756068 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116376
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133072
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04484 s
InvBiCGStab: k = 72 resid = 2.147448e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292724(s) Flops=475416576 => 1624.11205094218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233828.744906506 Mflops = 233.828744906506 Gflops = 0.233828744906506 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055824 s
InvBiCGStab: k = 85 resid = 7.279306e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315527(s) Flops=560719872 => 1777.08998596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255852.72233771 Mflops = 255.85272233771 Gflops = 0.25585272233771 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001110444 Relative Rsd = 4.86683070912946e-07
BICGSTAB_SOLVER_TIME: 0.713108 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120983
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126381
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.051635(s) Flops=1518280704 => 1443.73352351339 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207885.620748622 Mflops = 207.885620748622 Gflops = 0.207885620748622 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168455000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.406332
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040685 s
InvBiCGStab: k = 24 resid = 1.962293e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.089071(s) Flops=160450560 => 1801.37822635875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259233.119085901 Mflops = 259.233119085901 Gflops = 0.259233119085901 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055945 s
InvBiCGStab: k = 57 resid = 6.735145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21494(s) Flops=376989696 => 1753.92991532521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252480.019696134 Mflops = 252.480019696134 Gflops = 0.252480019696134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007823671 Relative Rsd = 3.42894071199335e-07
BICGSTAB_SOLVER_TIME: 0.404479 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041354 s
InvBiCGStab: k = 80 resid = 1.292685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341302(s) Flops=527910912 => 1546.75598736603 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222695.407634253 Mflops = 222.695407634253 Gflops = 0.222695407634253 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059587 s
InvBiCGStab: k = 99 resid = 1.134284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371244(s) Flops=652584960 => 1757.83301548308 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253078.696464394 Mflops = 253.078696464394 Gflops = 0.253078696464394 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 179 iterations. Rsd = 0.001254387 Relative Rsd = 5.497699324635e-07
BICGSTAB_SOLVER_TIME: 0.81737 sec
2Flav::invert,  n_count = 179
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124405
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142317
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040962 s
InvBiCGStab: k = 60 resid = 2.128684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248321(s) Flops=396675072 => 1597.42861860253 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229986.08862846 Mflops = 229.98608862846 Gflops = 0.22998608862846 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065175 s
InvBiCGStab: k = 86 resid = 9.849039e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406909(s) Flops=567281664 => 1394.12415060861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200720.36551713 Mflops = 200.72036551713 Gflops = 0.20072036551713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001062902 Relative Rsd = 4.65846198803334e-07
BICGSTAB_SOLVER_TIME: 0.76531 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115939
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118292
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044683 s
InvBiCGStab: k = 60 resid = 2.276889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238221(s) Flops=396675072 => 1665.15576712381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239741.252864638 Mflops = 239.741252864638 Gflops = 0.239741252864638 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077547 s
InvBiCGStab: k = 91 resid = 6.721739e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389147(s) Flops=600090624 => 1542.0666843121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222031.669980926 Mflops = 222.031669980926 Gflops = 0.222031669980926 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001165979 Relative Rsd = 5.11022569038634e-07
BICGSTAB_SOLVER_TIME: 0.753423 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118545
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122177
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040991 s
InvBiCGStab: k = 69 resid = 2.02188e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280803(s) Flops=455731200 => 1622.95701968996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233722.505513199 Mflops = 233.722505513199 Gflops = 0.233722505513199 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0646 s
InvBiCGStab: k = 96 resid = 1.107283e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369526(s) Flops=632899584 => 1712.73356678556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246594.706276848 Mflops = 246.594706276848 Gflops = 0.246594706276848 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001164505 Relative Rsd = 5.10376729476346e-07
BICGSTAB_SOLVER_TIME: 0.759678 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132067
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.982208(s) Flops=1524695040 => 1552.31380725875 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223518.502412539 Mflops = 223.518502412539 Gflops = 0.223518502412539 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.169417000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433555
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021385
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042632 s
InvBiCGStab: k = 24 resid = 2.230422e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.090071(s) Flops=160450560 => 1781.37869014444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256359.24459545 Mflops = 256.35924459545 Gflops = 0.25635924459545 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056477 s
InvBiCGStab: k = 47 resid = 1.138573e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.17243(s) Flops=311371776 => 1805.78655686365 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259938.490936083 Mflops = 259.938490936083 Gflops = 0.259938490936083 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 71 iterations. Rsd = 0.0007097385 Relative Rsd = 3.11062594346566e-07
BICGSTAB_SOLVER_TIME: 0.365435 sec
2Flav::invert,  n_count = 71
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115534
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0649590000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0472 s
InvBiCGStab: k = 57 resid = 2.168185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218632(s) Flops=376989696 => 1724.31161037725 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248248.104665574 Mflops = 248.248104665574 Gflops = 0.248248104665574 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056807 s
InvBiCGStab: k = 85 resid = 8.227015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367455(s) Flops=560719872 => 1525.95521084214 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219698.529660595 Mflops = 219.698529660595 Gflops = 0.219698529660595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001124896 Relative Rsd = 4.93016921238654e-07
BICGSTAB_SOLVER_TIME: 0.694114 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001803
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115749
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 56 resid = 2.114342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226678(s) Flops=370427904 => 1634.15904498893 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235266.186620512 Mflops = 235.266186620512 Gflops = 0.235266186620512 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063822 s
InvBiCGStab: k = 88 resid = 1.104919e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326997(s) Flops=580405248 => 1774.95588032918 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255547.413730188 Mflops = 255.547413730188 Gflops = 0.255547413730188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001056428 Relative Rsd = 4.63009055913417e-07
BICGSTAB_SOLVER_TIME: 0.662236 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122007
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054453 s
InvBiCGStab: k = 71 resid = 1.772313e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324746(s) Flops=468854784 => 1443.758457379 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207865.293122343 Mflops = 207.865293122343 Gflops = 0.207865293122343 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063871 s
InvBiCGStab: k = 89 resid = 1.038918e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.376723(s) Flops=586967040 => 1558.08655165732 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224322.752578567 Mflops = 224.322752578567 Gflops = 0.224322752578567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001121737 Relative Rsd = 4.91632534697056e-07
BICGSTAB_SOLVER_TIME: 0.823704 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045998 s
InvBiCGStab: k = 65 resid = 2.248261e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266283(s) Flops=429484032 => 1612.88565924223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232213.621889238 Mflops = 232.213621889238 Gflops = 0.232213621889238 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061746 s
InvBiCGStab: k = 92 resid = 7.750917e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365346(s) Flops=606652416 => 1660.48736266443 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239072.467521535 Mflops = 239.072467521535 Gflops = 0.239072467521535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001147454 Relative Rsd = 5.02903603468357e-07
BICGSTAB_SOLVER_TIME: 0.743199 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126369
Monitoring force
num_pf = 1
MInvCG2: 237 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.954142(s) Flops=1530961920 => 1604.54305543619 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231035.699942086 Mflops = 231.035699942086 Gflops = 0.231035699942086 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.170059000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021179
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040878 s
InvBiCGStab: k = 27 resid = 1.706388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.101826(s) Flops=180135936 => 1769.05639031289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254609.776583129 Mflops = 254.609776583129 Gflops = 0.254609776583129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057981 s
InvBiCGStab: k = 55 resid = 6.522235e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207011(s) Flops=363866112 => 1757.71389926139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253059.869118282 Mflops = 253.059869118282 Gflops = 0.253059869118282 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.00072947 Relative Rsd = 3.19710456496292e-07
BICGSTAB_SOLVER_TIME: 0.411553 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0726880000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042868 s
InvBiCGStab: k = 58 resid = 2.214759e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237976(s) Flops=383551488 => 1611.72340067906 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232039.17341452 Mflops = 232.03917341452 Gflops = 0.23203917341452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060466 s
InvBiCGStab: k = 93 resid = 1.105636e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365172(s) Flops=613214208 => 1679.24760934573 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241770.988842058 Mflops = 241.770988842058 Gflops = 0.241770988842058 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.00118011 Relative Rsd = 5.17216108193834e-07
BICGSTAB_SOLVER_TIME: 0.710479 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122194
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041582 s
InvBiCGStab: k = 54 resid = 1.702751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.207302(s) Flops=357304320 => 1723.59321183587 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248130.659385812 Mflops = 248.130659385812 Gflops = 0.248130659385812 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060892 s
InvBiCGStab: k = 75 resid = 9.432127e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291841(s) Flops=495101952 => 1696.47839748356 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244231.740075706 Mflops = 244.231740075706 Gflops = 0.244231740075706 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001032498 Relative Rsd = 4.52520821429064e-07
BICGSTAB_SOLVER_TIME: 0.605449 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123307
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106333
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047155 s
InvBiCGStab: k = 77 resid = 1.413974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338979(s) Flops=508225536 => 1499.28324763481 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215858.164737246 Mflops = 215.858164737246 Gflops = 0.215858164737246 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.075535 s
InvBiCGStab: k = 89 resid = 9.739638e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382716(s) Flops=586967040 => 1533.68827015333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220819.949981642 Mflops = 220.819949981642 Gflops = 0.220819949981642 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001181659 Relative Rsd = 5.17894704036655e-07
BICGSTAB_SOLVER_TIME: 0.848303 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123379
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132883
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050496 s
InvBiCGStab: k = 48 resid = 1.814211e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.194251(s) Flops=317933568 => 1636.71521896927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235627.260670035 Mflops = 235.627260670035 Gflops = 0.235627260670035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057104 s
InvBiCGStab: k = 83 resid = 1.129176e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330711(s) Flops=547596288 => 1655.8151618785 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238397.390520952 Mflops = 238.397390520952 Gflops = 0.238397390520952 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001055358 Relative Rsd = 4.62539957403726e-07
BICGSTAB_SOLVER_TIME: 0.63949 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107801
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.971536(s) Flops=1543495680 => 1588.71691836432 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228772.049400564 Mflops = 228.772049400564 Gflops = 0.228772049400564 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171545000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 2.190454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.813883(s) Flops=1413752832 => 1737.04676470697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250050.140225846 Mflops = 250.050140225846 Gflops = 0.250050140225846 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 255 resid = 7.649393e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.052366(s) Flops=1676224512 => 1592.81515366327 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229336.077183156 Mflops = 229.336077183156 Gflops = 0.229336077183156 Tflops
BICGSTAB_SOLVER: 470 iterations. Rsd = 0.002146635 Relative Rsd = 9.44151352830803e-07
BICGSTAB_SOLVER_TIME: 1.87012 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116863
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.121093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001785
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.335122
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.448137e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.800699(s) Flops=1315325952 => 1642.72211155503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236530.261566543 Mflops = 236.530261566543 Gflops = 0.236530261566543 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 197 resid = 9.269504e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.824899(s) Flops=1295640576 => 1570.66571301456 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226159.386077807 Mflops = 226.159386077807 Gflops = 0.226159386077807 Tflops
BICGSTAB_SOLVER: 397 iterations. Rsd = 0.002160291 Relative Rsd = 9.4851904574499e-07
BICGSTAB_SOLVER_TIME: 1.629747 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.122468
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.283523999999998
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.015216(s) Flops=1543495680 => 1520.36185402909 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218914.272430339 Mflops = 218.914272430339 Gflops = 0.218914272430339 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171363000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394854
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041146 s
InvBiCGStab: k = 30 resid = 2.267004e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110512(s) Flops=199821312 => 1808.14130592153 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260254.909962075 Mflops = 260.254909962075 Gflops = 0.260254909962075 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056163 s
InvBiCGStab: k = 53 resid = 8.559103e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221322(s) Flops=350742528 => 1584.76124379863 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228139.812463158 Mflops = 228.139812463158 Gflops = 0.228139812463158 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0006932633 Relative Rsd = 3.0384187537876e-07
BICGSTAB_SOLVER_TIME: 0.433229 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124573
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734910000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044525 s
InvBiCGStab: k = 71 resid = 2.214649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307609(s) Flops=468854784 => 1524.19072263815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219445.897115939 Mflops = 219.445897115939 Gflops = 0.219445897115939 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060674 s
InvBiCGStab: k = 109 resid = 5.137599e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410031(s) Flops=718202880 => 1751.58190478281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252185.032184583 Mflops = 252.185032184583 Gflops = 0.252185032184583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001320369 Relative Rsd = 5.786885239054e-07
BICGSTAB_SOLVER_TIME: 0.828362 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118801
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.143035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042791 s
InvBiCGStab: k = 53 resid = 1.57031e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203402(s) Flops=350742528 => 1724.38092054159 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248259.683756936 Mflops = 248.259683756936 Gflops = 0.248259683756936 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064941 s
InvBiCGStab: k = 84 resid = 1.102117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353939(s) Flops=554158080 => 1565.68809879669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225410.441559641 Mflops = 225.410441559641 Gflops = 0.22541044155964 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001040779 Relative Rsd = 4.56150237721034e-07
BICGSTAB_SOLVER_TIME: 0.6689 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112153
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044489 s
InvBiCGStab: k = 73 resid = 1.8974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.275746(s) Flops=481978368 => 1747.90701587693 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251655.551760779 Mflops = 251.655551760779 Gflops = 0.251655551760779 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055937 s
InvBiCGStab: k = 99 resid = 1.107628e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392043(s) Flops=652584960 => 1664.57495733886 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239657.679452479 Mflops = 239.657679452479 Gflops = 0.239657679452479 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001147439 Relative Rsd = 5.02897123643392e-07
BICGSTAB_SOLVER_TIME: 0.772437 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11973
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137273
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045083 s
InvBiCGStab: k = 56 resid = 2.070569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210326(s) Flops=370427904 => 1761.20833372954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253555.029535237 Mflops = 253.555029535237 Gflops = 0.253555029535237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056579 s
InvBiCGStab: k = 83 resid = 1.089094e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358922(s) Flops=547596288 => 1525.66933205543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219659.579005482 Mflops = 219.659579005482 Gflops = 0.219659579005482 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001111809 Relative Rsd = 4.8728105161053e-07
BICGSTAB_SOLVER_TIME: 0.675088 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120263
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113598
Monitoring force
num_pf = 1
MInvCG2: 240 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.058995(s) Flops=1549910016 => 1463.5668874735 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210745.507898323 Mflops = 210.745507898323 Gflops = 0.210745507898323 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171994000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409363
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 32 resid = 2.247548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.118666(s) Flops=212944896 => 1794.48954207608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258299.307677495 Mflops = 258.299307677495 Gflops = 0.258299307677495 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056518 s
InvBiCGStab: k = 51 resid = 1.016557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188188(s) Flops=337618944 => 1794.0513954131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258245.407680249 Mflops = 258.245407680249 Gflops = 0.258245407680249 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007519613 Relative Rsd = 3.29567902980286e-07
BICGSTAB_SOLVER_TIME: 0.40844 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115238
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0733390000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046327 s
InvBiCGStab: k = 72 resid = 1.69388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30298(s) Flops=475416576 => 1569.13517723942 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225917.421935407 Mflops = 225.917421935407 Gflops = 0.225917421935407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060247 s
InvBiCGStab: k = 114 resid = 1.065127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.481952(s) Flops=751011840 => 1558.27103114003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224354.482625782 Mflops = 224.354482625782 Gflops = 0.224354482625782 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001337151 Relative Rsd = 5.86043686485675e-07
BICGSTAB_SOLVER_TIME: 0.89545 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118199
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148471999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040877 s
InvBiCGStab: k = 71 resid = 2.016287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299833(s) Flops=468854784 => 1563.7197506612 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225138.329670407 Mflops = 225.138329670407 Gflops = 0.225138329670407 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072657 s
InvBiCGStab: k = 94 resid = 9.005821e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.361638(s) Flops=619776000 => 1713.80219999005 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246739.487090654 Mflops = 246.739487090654 Gflops = 0.246739487090654 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001150462 Relative Rsd = 5.04221865181963e-07
BICGSTAB_SOLVER_TIME: 0.778788 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132219
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045716 s
InvBiCGStab: k = 65 resid = 2.224011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243723(s) Flops=429484032 => 1762.18096773796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253693.19557651 Mflops = 253.69319557651 Gflops = 0.25369319557651 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056335 s
InvBiCGStab: k = 84 resid = 1.143227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348615(s) Flops=554158080 => 1589.59907060798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228859.663266789 Mflops = 228.859663266789 Gflops = 0.228859663266789 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001166246 Relative Rsd = 5.11139869177179e-07
BICGSTAB_SOLVER_TIME: 0.698238 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120923000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047575 s
InvBiCGStab: k = 75 resid = 1.457198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286314(s) Flops=495101952 => 1729.22718414049 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248946.606677523 Mflops = 248.946606677523 Gflops = 0.248946606677523 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055866 s
InvBiCGStab: k = 100 resid = 9.868357e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389854(s) Flops=659146752 => 1690.75282541669 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243428.839292131 Mflops = 243.428839292131 Gflops = 0.243428839292131 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 175 iterations. Rsd = 0.001200661 Relative Rsd = 5.26222911828842e-07
BICGSTAB_SOLVER_TIME: 0.783885 sec
2Flav::invert,  n_count = 175
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.139153
Monitoring force
num_pf = 1
MInvCG2: 243 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.108142(s) Flops=1568415744 => 1415.35628466388 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203928.364124885 Mflops = 203.928364124885 Gflops = 0.203928364124885 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174137000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.39894
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021295
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04111 s
InvBiCGStab: k = 23 resid = 2.162612e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.085517(s) Flops=153888768 => 1799.51083410316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259002.083887813 Mflops = 259.002083887813 Gflops = 0.259002083887813 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055677 s
InvBiCGStab: k = 50 resid = 1.091843e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.182953(s) Flops=331057152 => 1809.52021557449 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260478.74361503 Mflops = 260.47874361503 Gflops = 0.26047874361503 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007648719 Relative Rsd = 3.35226346353412e-07
BICGSTAB_SOLVER_TIME: 0.369098 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11475
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0663400000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041061 s
InvBiCGStab: k = 55 resid = 1.714053e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213365(s) Flops=363866112 => 1705.36925925058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245502.130755487 Mflops = 245.502130755487 Gflops = 0.245502130755487 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063851 s
InvBiCGStab: k = 82 resid = 1.106136e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340378(s) Flops=541034496 => 1589.5107674409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228848.066694231 Mflops = 228.848066694231 Gflops = 0.228848066694231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.00107373 Relative Rsd = 4.70591930767866e-07
BICGSTAB_SOLVER_TIME: 0.6632 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04382 s
InvBiCGStab: k = 60 resid = 2.07224e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267752(s) Flops=396675072 => 1481.50180764289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213298.636329498 Mflops = 213.298636329498 Gflops = 0.213298636329498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071127 s
InvBiCGStab: k = 81 resid = 1.129736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312059(s) Flops=534472704 => 1712.72965689181 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246642.454381665 Mflops = 246.642454381665 Gflops = 0.246642454381665 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001108162 Relative Rsd = 4.85682830845077e-07
BICGSTAB_SOLVER_TIME: 0.698701 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114944
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046029 s
InvBiCGStab: k = 57 resid = 2.031265e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216885(s) Flops=376989696 => 1738.20087142956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250244.412966051 Mflops = 250.244412966051 Gflops = 0.250244412966051 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056222 s
InvBiCGStab: k = 95 resid = 1.066354e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387514(s) Flops=626337792 => 1616.2971970045 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232709.20567164 Mflops = 232.70920567164 Gflops = 0.23270920567164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001150848 Relative Rsd = 5.04390952897986e-07
BICGSTAB_SOLVER_TIME: 0.710453 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115749
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040695 s
InvBiCGStab: k = 66 resid = 2.209046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241373(s) Flops=436045824 => 1806.5227842385 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260075.066181931 Mflops = 260.075066181931 Gflops = 0.260075066181931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055949 s
InvBiCGStab: k = 83 resid = 7.274076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31678(s) Flops=547596288 => 1728.63276722015 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248871.87825701 Mflops = 248.87187825701 Gflops = 0.24887187825701 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.00112181 Relative Rsd = 4.91664168488225e-07
BICGSTAB_SOLVER_TIME: 0.658632 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122144
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120763
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099579(s) Flops=1587142656 => 1443.40939214008 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207845.354410514 Mflops = 207.845354410514 Gflops = 0.207845354410514 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176689000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401296
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021313
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040968 s
InvBiCGStab: k = 27 resid = 1.968568e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099954(s) Flops=180135936 => 1802.18836664866 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259403.801066738 Mflops = 259.403801066738 Gflops = 0.259403801066738 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055989 s
InvBiCGStab: k = 47 resid = 1.097093e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.172681(s) Flops=311371776 => 1803.16176070326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259555.369668138 Mflops = 259.555369668138 Gflops = 0.259555369668138 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007268457 Relative Rsd = 3.18560287564955e-07
BICGSTAB_SOLVER_TIME: 0.373492 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114789
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670490000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054446 s
InvBiCGStab: k = 54 resid = 2.087372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244083(s) Flops=357304320 => 1463.86401347083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210753.911072872 Mflops = 210.753911072872 Gflops = 0.210753911072872 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063083 s
InvBiCGStab: k = 94 resid = 8.88419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.382469(s) Flops=619776000 => 1620.46074322363 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233313.147753107 Mflops = 233.313147753107 Gflops = 0.233313147753107 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001148594 Relative Rsd = 5.03403264302097e-07
BICGSTAB_SOLVER_TIME: 0.747891 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120127000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044449 s
InvBiCGStab: k = 65 resid = 1.795014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.287793(s) Flops=429484032 => 1492.33661694343 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214847.238032845 Mflops = 214.847238032845 Gflops = 0.214847238032845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070115 s
InvBiCGStab: k = 93 resid = 1.009289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.387114(s) Flops=613214208 => 1584.06621305352 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228064.221390187 Mflops = 228.064221390187 Gflops = 0.228064221390187 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001135338 Relative Rsd = 4.97593310375944e-07
BICGSTAB_SOLVER_TIME: 0.79335 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114726
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127132
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043141 s
InvBiCGStab: k = 57 resid = 2.211736e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212137(s) Flops=376989696 => 1777.10487090889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255838.504914994 Mflops = 255.838504914994 Gflops = 0.255838504914994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059206 s
InvBiCGStab: k = 90 resid = 8.361285e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.355332(s) Flops=593528832 => 1670.35007260815 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240480.705062988 Mflops = 240.480705062988 Gflops = 0.240480705062988 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001155559 Relative Rsd = 5.06455670038695e-07
BICGSTAB_SOLVER_TIME: 0.673733 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116683
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119404
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041552 s
InvBiCGStab: k = 60 resid = 1.44441e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.221648(s) Flops=396675072 => 1789.66231141269 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257657.810853347 Mflops = 257.657810853347 Gflops = 0.257657810853347 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056591 s
InvBiCGStab: k = 87 resid = 1.148083e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318788(s) Flops=573843456 => 1800.07859768875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259153.06937625 Mflops = 259.15306937625 Gflops = 0.25915306937625 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001140431 Relative Rsd = 4.99825482520874e-07
BICGSTAB_SOLVER_TIME: 0.642459 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119105
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.011356(s) Flops=1599823872 => 1581.8602668101 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227772.670308465 Mflops = 227.772670308465 Gflops = 0.227772670308465 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177939000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.42968
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021269
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.908357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.76852(s) Flops=1282516992 => 1668.8140738042 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240244.056333519 Mflops = 240.244056333519 Gflops = 0.240244056333519 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 232 resid = 6.480766e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.92708(s) Flops=1525303296 => 1645.27688656858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236910.09710029 Mflops = 236.91009710029 Gflops = 0.23691009710029 Tflops
BICGSTAB_SOLVER: 427 iterations. Rsd = 0.002047003 Relative Rsd = 9.00324714260946e-07
BICGSTAB_SOLVER_TIME: 1.69898 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.132972
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.126781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.304826999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.90481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.818781(s) Flops=1282516992 => 1566.37366035607 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225526.475898348 Mflops = 225.526475898348 Gflops = 0.225526475898348 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 1.098208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.870421(s) Flops=1433438208 => 1646.83320829805 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237132.87839545 Mflops = 237.13287839545 Gflops = 0.23713287839545 Tflops
BICGSTAB_SOLVER: 413 iterations. Rsd = 0.00212728 Relative Rsd = 9.34042780301604e-07
BICGSTAB_SOLVER_TIME: 1.692598 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11916
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001728
CLOV_LINOP: Time spent in clov deriv (total) = 0.118482
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00188
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.294903999999999
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.043136(s) Flops=1599823872 => 1533.66758696853 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220834.140051942 Mflops = 220.834140051942 Gflops = 0.220834140051942 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177532000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442575
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021308
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042269 s
InvBiCGStab: k = 31 resid = 2.062022e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.121013(s) Flops=206383104 => 1705.46225612124 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245484.530834181 Mflops = 245.484530834181 Gflops = 0.245484530834181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056467 s
InvBiCGStab: k = 53 resid = 1.037867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210147(s) Flops=350742528 => 1669.03419035247 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240263.916772784 Mflops = 240.263916772784 Gflops = 0.240263916772784 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007319414 Relative Rsd = 3.20793633221493e-07
BICGSTAB_SOLVER_TIME: 0.433764 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115114
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0741720000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043271 s
InvBiCGStab: k = 89 resid = 2.200563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342195(s) Flops=586967040 => 1715.2998728795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246967.527001575 Mflops = 246.967527001575 Gflops = 0.246967527001575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059208 s
InvBiCGStab: k = 127 resid = 9.676023e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.497526(s) Flops=836315136 => 1680.9476007284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242026.361613227 Mflops = 242.026361613227 Gflops = 0.242026361613227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 216 iterations. Rsd = 0.001368452 Relative Rsd = 5.9976183309288e-07
BICGSTAB_SOLVER_TIME: 0.94605 sec
2Flav::invert,  n_count = 216
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124015
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168609999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041088 s
InvBiCGStab: k = 52 resid = 2.102787e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208548(s) Flops=344180736 => 1650.36699464871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237593.264972998 Mflops = 237.593264972998 Gflops = 0.237593264972998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056987 s
InvBiCGStab: k = 83 resid = 1.149165e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327942(s) Flops=547596288 => 1669.79614687963 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240408.783145655 Mflops = 240.408783145655 Gflops = 0.240408783145655 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 135 iterations. Rsd = 0.001084634 Relative Rsd = 4.75370980257613e-07
BICGSTAB_SOLVER_TIME: 0.638499 sec
2Flav::invert,  n_count = 135
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123703
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.110866
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048893 s
InvBiCGStab: k = 84 resid = 1.749289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359592(s) Flops=554158080 => 1541.07455115798 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221879.778890646 Mflops = 221.879778890646 Gflops = 0.221879778890646 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065099 s
InvBiCGStab: k = 87 resid = 1.108373e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370401(s) Flops=573843456 => 1549.24920829047 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223045.669325588 Mflops = 223.045669325588 Gflops = 0.223045669325588 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001221748 Relative Rsd = 5.35465030052352e-07
BICGSTAB_SOLVER_TIME: 0.84783 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124459
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136529
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04182 s
InvBiCGStab: k = 60 resid = 2.280922e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226427(s) Flops=396675072 => 1751.8894478132 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252221.575189623 Mflops = 252.221575189623 Gflops = 0.252221575189623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059779 s
InvBiCGStab: k = 87 resid = 1.143609e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353454(s) Flops=573843456 => 1623.53080174506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233740.61960152 Mflops = 233.74061960152 Gflops = 0.23374061960152 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001177097 Relative Rsd = 5.15895193323549e-07
BICGSTAB_SOLVER_TIME: 0.685329 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119236
Monitoring force
num_pf = 1
MInvCG2: 250 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088198(s) Flops=1612283904 => 1481.60895719345 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213375.778195454 Mflops = 213.375778195454 Gflops = 0.213375778195454 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.179437000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.459354
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021516
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042071 s
InvBiCGStab: k = 28 resid = 2.187521e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.113893(s) Flops=186697728 => 1639.23795141053 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235934.316855954 Mflops = 235.934316855954 Gflops = 0.235934316855954 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05803 s
InvBiCGStab: k = 49 resid = 9.523489e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.203165(s) Flops=324495360 => 1597.2010927079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229945.735121515 Mflops = 229.945735121515 Gflops = 0.229945735121515 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 77 iterations. Rsd = 0.0007283455 Relative Rsd = 3.19217632643224e-07
BICGSTAB_SOLVER_TIME: 0.421046 sec
2Flav::invert,  n_count = 77
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114808
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0692220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045132 s
InvBiCGStab: k = 78 resid = 2.218567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319729(s) Flops=514787328 => 1610.07393136062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231802.061514997 Mflops = 231.802061514997 Gflops = 0.231802061514997 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058937 s
InvBiCGStab: k = 112 resid = 6.689903e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446756(s) Flops=737888256 => 1651.65830117559 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237800.253123085 Mflops = 237.800253123085 Gflops = 0.237800253123085 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 190 iterations. Rsd = 0.001281055 Relative Rsd = 5.61458006033551e-07
BICGSTAB_SOLVER_TIME: 0.874369 sec
2Flav::invert,  n_count = 190
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115406
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.150151
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044548 s
InvBiCGStab: k = 60 resid = 1.688495e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228824(s) Flops=396675072 => 1733.53788064189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249585.757511556 Mflops = 249.585757511556 Gflops = 0.249585757511556 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063787 s
InvBiCGStab: k = 83 resid = 1.014661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31914(s) Flops=547596288 => 1715.84974619289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247031.652274245 Mflops = 247.031652274245 Gflops = 0.247031652274245 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001115241 Relative Rsd = 4.88785340425107e-07
BICGSTAB_SOLVER_TIME: 0.660206 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11618
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.059808 s
InvBiCGStab: k = 72 resid = 1.639466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311389(s) Flops=475416576 => 1526.76098384978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219819.432403928 Mflops = 219.819432403928 Gflops = 0.219819432403928 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064318 s
InvBiCGStab: k = 91 resid = 6.34486e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399785(s) Flops=600090624 => 1501.03336543392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  216128.333105584 Mflops = 216.128333105584 Gflops = 0.216128333105584 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001229494 Relative Rsd = 5.38859999133965e-07
BICGSTAB_SOLVER_TIME: 0.839654 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12576
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13094
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045034 s
InvBiCGStab: k = 55 resid = 1.768322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22685(s) Flops=363866112 => 1603.99432223937 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230937.55122194 Mflops = 230.93755122194 Gflops = 0.23093755122194 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059546 s
InvBiCGStab: k = 97 resid = 4.045203e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381545(s) Flops=639461376 => 1675.97891729678 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241291.575018559 Mflops = 241.291575018559 Gflops = 0.241291575018559 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001092667 Relative Rsd = 4.78891566103513e-07
BICGSTAB_SOLVER_TIME: 0.717447 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12058
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122741
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.070967(s) Flops=1618624512 => 1511.36730823639 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217693.218419457 Mflops = 217.693218419457 Gflops = 0.217693218419457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180171000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.476763
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021467
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041388 s
InvBiCGStab: k = 27 resid = 2.105608e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10138(s) Flops=180135936 => 1776.83898204774 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255728.075505726 Mflops = 255.728075505726 Gflops = 0.255728075505726 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059964 s
InvBiCGStab: k = 57 resid = 1.062488e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220793(s) Flops=376989696 => 1707.43500020381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245790.178266144 Mflops = 245.790178266144 Gflops = 0.245790178266144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007866909 Relative Rsd = 3.44789088357094e-07
BICGSTAB_SOLVER_TIME: 0.427503 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121884
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0743200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044437 s
InvBiCGStab: k = 52 resid = 2.278522e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198736(s) Flops=344180736 => 1731.84896546172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249314.222120475 Mflops = 249.314222120475 Gflops = 0.249314222120475 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058473 s
InvBiCGStab: k = 86 resid = 8.796542e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.314425(s) Flops=567281664 => 1804.18752961756 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259751.354951205 Mflops = 259.751354951205 Gflops = 0.259751354951205 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001116313 Relative Rsd = 4.89255000179481e-07
BICGSTAB_SOLVER_TIME: 0.620078 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115588
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.112957
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041876 s
InvBiCGStab: k = 74 resid = 2.075961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281982(s) Flops=488540160 => 1732.52250143626 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249440.970021254 Mflops = 249.440970021254 Gflops = 0.249440970021254 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061239 s
InvBiCGStab: k = 86 resid = 9.287245e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353248(s) Flops=567281664 => 1605.90198387535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231202.83408134 Mflops = 231.20283408134 Gflops = 0.23120283408134 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001157137 Relative Rsd = 5.07147531664909e-07
BICGSTAB_SOLVER_TIME: 0.742168 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001752
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128456
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049173 s
InvBiCGStab: k = 70 resid = 1.975962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318228(s) Flops=462292992 => 1452.70998152268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209087.084621754 Mflops = 209.087084621754 Gflops = 0.209087084621754 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080962 s
InvBiCGStab: k = 90 resid = 1.037244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399274(s) Flops=593528832 => 1486.52011400692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214029.3172379 Mflops = 214.0293172379 Gflops = 0.2140293172379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001200698 Relative Rsd = 5.26239136902377e-07
BICGSTAB_SOLVER_TIME: 0.85952 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128441
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041516 s
InvBiCGStab: k = 67 resid = 2.093511e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263771(s) Flops=442607616 => 1677.99953747758 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241585.649200591 Mflops = 241.585649200591 Gflops = 0.241585649200591 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064134 s
InvBiCGStab: k = 94 resid = 9.478433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.388533(s) Flops=619776000 => 1595.16952227996 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229669.679182481 Mflops = 229.669679182481 Gflops = 0.229669679182481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001136245 Relative Rsd = 4.97990977744286e-07
BICGSTAB_SOLVER_TIME: 0.762505 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129128
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.042185(s) Flops=1624743936 => 1558.97843089279 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224538.949930297 Mflops = 224.538949930297 Gflops = 0.224538949930297 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180709000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.437833
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044102 s
InvBiCGStab: k = 29 resid = 1.82566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111807(s) Flops=193259520 => 1728.51002173388 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248748.009115112 Mflops = 248.748009115112 Gflops = 0.248748009115112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05784 s
InvBiCGStab: k = 65 resid = 1.032103e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243329(s) Flops=429484032 => 1765.03430335061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254100.5506475 Mflops = 254.1005506475 Gflops = 0.2541005506475 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0008172069 Relative Rsd = 3.58163600152164e-07
BICGSTAB_SOLVER_TIME: 0.460872 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11741
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0814260000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041313 s
InvBiCGStab: k = 64 resid = 1.824904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237329(s) Flops=422922240 => 1782.00826700488 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256560.536586359 Mflops = 256.560536586359 Gflops = 0.256560536586359 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062757 s
InvBiCGStab: k = 95 resid = 1.041323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371217(s) Flops=626337792 => 1687.2551418712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242919.801367047 Mflops = 242.919801367047 Gflops = 0.242919801367047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001150072 Relative Rsd = 5.04050889642918e-07
BICGSTAB_SOLVER_TIME: 0.716401 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120431
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128127
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050366 s
InvBiCGStab: k = 81 resid = 2.009279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.303534(s) Flops=534472704 => 1760.8330664769 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253510.493690442 Mflops = 253.510493690442 Gflops = 0.253510493690442 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057145 s
InvBiCGStab: k = 92 resid = 1.05536e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380876(s) Flops=606652416 => 1592.78194477993 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229323.040350612 Mflops = 229.323040350612 Gflops = 0.229323040350612 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001207552 Relative Rsd = 5.29243275596319e-07
BICGSTAB_SOLVER_TIME: 0.795773 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115535
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137708
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043033 s
InvBiCGStab: k = 77 resid = 1.197474e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341127(s) Flops=508225536 => 1489.84259821122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214502.274024392 Mflops = 214.502274024392 Gflops = 0.214502274024392 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0826 s
InvBiCGStab: k = 92 resid = 9.205598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.401368(s) Flops=606652416 => 1511.46184050547 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217622.295562755 Mflops = 217.622295562755 Gflops = 0.217622295562755 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001175259 Relative Rsd = 5.15089807204833e-07
BICGSTAB_SOLVER_TIME: 0.872247 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134945
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042069 s
InvBiCGStab: k = 63 resid = 2.142768e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250813(s) Flops=416360448 => 1660.0433310873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238985.165876746 Mflops = 238.985165876746 Gflops = 0.238985165876746 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056886 s
InvBiCGStab: k = 91 resid = 9.256387e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357609(s) Flops=600090624 => 1678.06353866933 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241585.881942704 Mflops = 241.585881942704 Gflops = 0.241585881942704 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001177738 Relative Rsd = 5.16176427931491e-07
BICGSTAB_SOLVER_TIME: 0.711389 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124223
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.024361(s) Flops=1631158272 => 1592.36662856161 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  229280.448067542 Mflops = 229.280448067542 Gflops = 0.229280448067542 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181549000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.429552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021235
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.056566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786561(s) Flops=1394067456 => 1772.35771415059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255193.848152948 Mflops = 255.193848152948 Gflops = 0.255193848152948 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 9.299181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.042238(s) Flops=1669662720 => 1601.9975475851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230677.4211599 Mflops = 230.6774211599 Gflops = 0.2306774211599 Tflops
BICGSTAB_SOLVER: 466 iterations. Rsd = 0.002246539 Relative Rsd = 9.88103897928599e-07
BICGSTAB_SOLVER_TIME: 1.832281 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11888
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001755
CLOV_LINOP: Time spent in clov deriv (total) = 0.115079
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.332511999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.398985e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.808253(s) Flops=1354696704 => 1676.08001949885 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241358.164387738 Mflops = 241.358164387738 Gflops = 0.241358164387738 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 3.490752e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.915612(s) Flops=1335011328 => 1458.05355106748 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209952.657111589 Mflops = 209.952657111589 Gflops = 0.209952657111589 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002055044 Relative Rsd = 9.02341188026106e-07
BICGSTAB_SOLVER_TIME: 1.727542 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.125853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0.121059
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292069999999999
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.066239(s) Flops=1631158272 => 1529.82424390779 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220280.239555835 Mflops = 220.280239555835 Gflops = 0.220280239555835 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181519000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.382665
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021411
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045392 s
InvBiCGStab: k = 34 resid = 2.197836e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.141346(s) Flops=226068480 => 1599.39778982072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230233.388924888 Mflops = 230.233388924888 Gflops = 0.230233388924888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060727 s
InvBiCGStab: k = 63 resid = 1.043381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.261001(s) Flops=416360448 => 1595.24464657224 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229658.584955987 Mflops = 229.658584955987 Gflops = 0.229658584955987 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007291396 Relative Rsd = 3.19565655368328e-07
BICGSTAB_SOLVER_TIME: 0.512724 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0833770000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040993 s
InvBiCGStab: k = 67 resid = 2.261111e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247031(s) Flops=442607616 => 1791.70879768126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257948.95533851 Mflops = 257.94895533851 Gflops = 0.25794895533851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058694 s
InvBiCGStab: k = 111 resid = 1.147244e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.410769(s) Flops=731326464 => 1780.3837777437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256333.76581944 Mflops = 256.33376581944 Gflops = 0.25633376581944 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.00125098 Relative Rsd = 5.48276766498075e-07
BICGSTAB_SOLVER_TIME: 0.76138 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04506 s
InvBiCGStab: k = 63 resid = 2.0237e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236118(s) Flops=416360448 => 1763.35750768683 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253862.406813856 Mflops = 253.862406813856 Gflops = 0.253862406813856 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06119 s
InvBiCGStab: k = 98 resid = 3.32402e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.403295(s) Flops=646023168 => 1601.86257702178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230630.591121575 Mflops = 230.630591121575 Gflops = 0.230630591121575 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001141576 Relative Rsd = 5.00327541400073e-07
BICGSTAB_SOLVER_TIME: 0.749622 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11439
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129161
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044114 s
InvBiCGStab: k = 79 resid = 2.231403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332263(s) Flops=521349120 => 1569.08569416396 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225917.629574316 Mflops = 225.917629574316 Gflops = 0.225917629574316 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060326 s
InvBiCGStab: k = 85 resid = 1.065909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338614(s) Flops=560719872 => 1655.9264295038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238402.132359162 Mflops = 238.402132359162 Gflops = 0.238402132359162 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001167533 Relative Rsd = 5.11703869060377e-07
BICGSTAB_SOLVER_TIME: 0.779272 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127142
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131644
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051224 s
InvBiCGStab: k = 66 resid = 2.195213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284442(s) Flops=436045824 => 1532.98677410509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220702.592735636 Mflops = 220.702592735636 Gflops = 0.220702592735636 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061971 s
InvBiCGStab: k = 101 resid = 1.105294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.447042(s) Flops=665708544 => 1489.14093977747 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214405.400563473 Mflops = 214.405400563473 Gflops = 0.214405400563473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001177392 Relative Rsd = 5.16024789822855e-07
BICGSTAB_SOLVER_TIME: 0.848597 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118876
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133473
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.059585(s) Flops=1625186304 => 1533.795121675 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220918.24346904 Mflops = 220.91824346904 Gflops = 0.22091824346904 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180704000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.405077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021237
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04592 s
InvBiCGStab: k = 36 resid = 2.07796e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154293(s) Flops=239192064 => 1550.2457272851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223175.348621255 Mflops = 223.175348621255 Gflops = 0.223175348621255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060681 s
InvBiCGStab: k = 48 resid = 1.138173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.195934(s) Flops=317933568 => 1622.65644553778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233588.985740315 Mflops = 233.588985740315 Gflops = 0.233588985740315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007117922 Relative Rsd = 3.11962677749814e-07
BICGSTAB_SOLVER_TIME: 0.461031 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0742690000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045539 s
InvBiCGStab: k = 81 resid = 1.819794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307152(s) Flops=534472704 => 1740.09188935771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250535.93207994 Mflops = 250.53593207994 Gflops = 0.25053593207994 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055981 s
InvBiCGStab: k = 107 resid = 1.1185e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.418456(s) Flops=705079296 => 1684.95444204409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242601.641924973 Mflops = 242.601641924973 Gflops = 0.242601641924973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 188 iterations. Rsd = 0.001310596 Relative Rsd = 5.74405002447643e-07
BICGSTAB_SOLVER_TIME: 0.831275 sec
2Flav::invert,  n_count = 188
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12426
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.148665999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041398 s
InvBiCGStab: k = 60 resid = 2.211017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239667(s) Flops=396675072 => 1655.10926410394 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238275.978856773 Mflops = 238.275978856773 Gflops = 0.238275978856773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064657 s
InvBiCGStab: k = 88 resid = 1.07663e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35242(s) Flops=580405248 => 1646.9134782362 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237118.156961295 Mflops = 237.118156961294 Gflops = 0.237118156961294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001072881 Relative Rsd = 4.70219825543679e-07
BICGSTAB_SOLVER_TIME: 0.701981 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119888
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04591 s
InvBiCGStab: k = 78 resid = 1.944866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294387(s) Flops=514787328 => 1748.67547819707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251768.627717178 Mflops = 251.768627717178 Gflops = 0.251768627717178 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055955 s
InvBiCGStab: k = 92 resid = 8.483024e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378645(s) Flops=606652416 => 1602.1667155251 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230672.201518749 Mflops = 230.672201518749 Gflops = 0.230672201518749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001223559 Relative Rsd = 5.36258579010502e-07
BICGSTAB_SOLVER_TIME: 0.780636 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135914
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045681 s
InvBiCGStab: k = 71 resid = 1.960661e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307104(s) Flops=468854784 => 1526.69709284151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219803.912835681 Mflops = 219.803912835681 Gflops = 0.219803912835681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062856 s
InvBiCGStab: k = 85 resid = 1.100747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370958(s) Flops=560719872 => 1511.54543641059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217621.92974334 Mflops = 217.62192974334 Gflops = 0.21762192974334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.001187543 Relative Rsd = 5.20473674372836e-07
BICGSTAB_SOLVER_TIME: 0.790974 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120914
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125525
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.067543(s) Flops=1631232000 => 1528.02463226306 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220012.57067968 Mflops = 220.01257067968 Gflops = 0.22001257067968 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181598000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.401996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021279
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044644 s
InvBiCGStab: k = 27 resid = 2.187518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102855(s) Flops=180135936 => 1751.3580866268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252025.30451106 Mflops = 252.02530451106 Gflops = 0.25202530451106 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058141 s
InvBiCGStab: k = 56 resid = 6.885417e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236076(s) Flops=370427904 => 1569.10445788644 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225883.532893758 Mflops = 225.883532893758 Gflops = 0.225883532893758 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007586931 Relative Rsd = 3.32518289740363e-07
BICGSTAB_SOLVER_TIME: 0.445896 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11936
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734250000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045055 s
InvBiCGStab: k = 56 resid = 2.093181e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240024(s) Flops=370427904 => 1543.29527047295 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222183.009430786 Mflops = 222.183009430786 Gflops = 0.222183009430786 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060627 s
InvBiCGStab: k = 84 resid = 1.046591e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310805(s) Flops=554158080 => 1782.97672173871 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256685.388549965 Mflops = 256.685388549965 Gflops = 0.256685388549965 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001131391 Relative Rsd = 4.95863350176946e-07
BICGSTAB_SOLVER_TIME: 0.660336 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047635 s
InvBiCGStab: k = 77 resid = 2.274847e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292418(s) Flops=508225536 => 1738.01043711399 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250225.244582057 Mflops = 250.225244582057 Gflops = 0.250225244582057 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06259 s
InvBiCGStab: k = 91 resid = 9.128811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358586(s) Flops=600090624 => 1673.49150273575 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240938.430260006 Mflops = 240.938430260006 Gflops = 0.240938430260006 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001046758 Relative Rsd = 4.58770638119198e-07
BICGSTAB_SOLVER_TIME: 0.765063 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043048 s
InvBiCGStab: k = 76 resid = 1.973648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285942(s) Flops=501663744 => 1754.42482741255 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252587.873094094 Mflops = 252.587873094094 Gflops = 0.252587873094094 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05618 s
InvBiCGStab: k = 89 resid = 6.769775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.359871(s) Flops=586967040 => 1631.04845903115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234822.256931981 Mflops = 234.822256931981 Gflops = 0.234822256931981 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001185652 Relative Rsd = 5.1964492006645e-07
BICGSTAB_SOLVER_TIME: 0.749296 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123714
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043816 s
InvBiCGStab: k = 56 resid = 1.810124e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.211522(s) Flops=370427904 => 1751.25000709146 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252117.996746681 Mflops = 252.117996746681 Gflops = 0.252117996746681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0563 s
InvBiCGStab: k = 81 resid = 1.047621e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351665(s) Flops=534472704 => 1519.83479732131 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218814.374991975 Mflops = 218.814374991975 Gflops = 0.218814374991975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 137 iterations. Rsd = 0.001099503 Relative Rsd = 4.8188774532742e-07
BICGSTAB_SOLVER_TIME: 0.667428 sec
2Flav::invert,  n_count = 137
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111907
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.126666(s) Flops=1631232000 => 1447.83990996444 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208473.334751179 Mflops = 208.473334751179 Gflops = 0.208473334751179 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182635000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.415676
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021371
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044333 s
InvBiCGStab: k = 27 resid = 2.006252e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.099461(s) Flops=180135936 => 1811.12130382763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260682.525218209 Mflops = 260.682525218209 Gflops = 0.260682525218209 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056262 s
InvBiCGStab: k = 52 resid = 1.021797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190297(s) Flops=344180736 => 1808.65035181847 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260369.220333897 Mflops = 260.369220333897 Gflops = 0.260369220333897 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007523458 Relative Rsd = 3.29736403940505e-07
BICGSTAB_SOLVER_TIME: 0.39417 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706480000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046499 s
InvBiCGStab: k = 72 resid = 1.574044e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.298905(s) Flops=475416576 => 1590.52734480855 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228987.243375741 Mflops = 228.987243375741 Gflops = 0.228987243375741 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06229 s
InvBiCGStab: k = 90 resid = 1.070853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380157(s) Flops=593528832 => 1561.27292671186 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224785.343598031 Mflops = 224.785343598031 Gflops = 0.224785343598031 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001174497 Relative Rsd = 5.14755866619024e-07
BICGSTAB_SOLVER_TIME: 0.79208 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11998
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001817
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129861
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047621 s
InvBiCGStab: k = 76 resid = 2.109554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30177(s) Flops=501663744 => 1662.4042946615 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239340.718892425 Mflops = 239.340718892425 Gflops = 0.239340718892425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063863 s
InvBiCGStab: k = 84 resid = 1.11316e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350533(s) Flops=554158080 => 1580.90131314313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227607.398696641 Mflops = 227.607398696641 Gflops = 0.227607398696641 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001129687 Relative Rsd = 4.95116792705356e-07
BICGSTAB_SOLVER_TIME: 0.767732 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114974
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128546
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051565 s
InvBiCGStab: k = 68 resid = 2.065074e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262802(s) Flops=449169408 => 1709.15521190859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246056.441817623 Mflops = 246.056441817623 Gflops = 0.246056441817623 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056018 s
InvBiCGStab: k = 93 resid = 7.964173e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383433(s) Flops=613214208 => 1599.27342716981 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230253.505046624 Mflops = 230.253505046624 Gflops = 0.230253505046624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001222105 Relative Rsd = 5.35621209140689e-07
BICGSTAB_SOLVER_TIME: 0.757604 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121428
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129517
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04243 s
InvBiCGStab: k = 57 resid = 1.953179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212397(s) Flops=376989696 => 1774.92947640503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255520.946113911 Mflops = 255.520946113911 Gflops = 0.255520946113911 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056108 s
InvBiCGStab: k = 87 resid = 1.003273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340713(s) Flops=573843456 => 1684.2429141242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242483.493938595 Mflops = 242.483493938595 Gflops = 0.242483493938595 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001130566 Relative Rsd = 4.9550180655723e-07
BICGSTAB_SOLVER_TIME: 0.65562 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117172
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.140119(s) Flops=1625186304 => 1425.45322374243 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205257.85717951 Mflops = 205.25785717951 Gflops = 0.20525785717951 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180506000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420082
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021267
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 2.023101e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.765902(s) Flops=1354696704 => 1768.75984656 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254677.370944071 Mflops = 254.677370944071 Gflops = 0.254677370944071 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 262 resid = 8.997454e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=1.11268(s) Flops=1722157056 => 1547.75591904231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222869.165857589 Mflops = 222.869165857589 Gflops = 0.222869165857589 Tflops
BICGSTAB_SOLVER: 468 iterations. Rsd = 0.00271652 Relative Rsd = 1.19484488879321e-06
BICGSTAB_SOLVER_TIME: 1.885673 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119486
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.125946
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.333603999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.63614e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.770162(s) Flops=1282516992 => 1665.25613052838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239808.162169707 Mflops = 239.808162169707 Gflops = 0.239808162169707 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 216 resid = 7.423941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.874758(s) Flops=1420314624 => 1623.66577270514 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233800.552789169 Mflops = 233.800552789169 Gflops = 0.233800552789169 Tflops
BICGSTAB_SOLVER: 411 iterations. Rsd = 0.002198799 Relative Rsd = 9.65475583163434e-07
BICGSTAB_SOLVER_TIME: 1.648441 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117452
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.118104
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.293062999999999
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.148062(s) Flops=1625186304 => 1415.59106041311 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203828.650859087 Mflops = 203.828650859087 Gflops = 0.203828650859087 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.395927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021458
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04099 s
InvBiCGStab: k = 24 resid = 1.956712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.088993(s) Flops=160450560 => 1802.95708651242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259461.823021508 Mflops = 259.461823021508 Gflops = 0.259461823021508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056252 s
InvBiCGStab: k = 58 resid = 1.118743e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212089(s) Flops=383551488 => 1808.44592600276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260341.028704523 Mflops = 260.341028704523 Gflops = 0.260341028704523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007577954 Relative Rsd = 3.32124857218258e-07
BICGSTAB_SOLVER_TIME: 0.402134 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727450000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041145 s
InvBiCGStab: k = 90 resid = 1.95684e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329329(s) Flops=593528832 => 1802.23676627324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259483.136425601 Mflops = 259.483136425601 Gflops = 0.259483136425601 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056305 s
InvBiCGStab: k = 102 resid = 9.461092e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371595(s) Flops=672270336 => 1809.14795947201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260473.019231787 Mflops = 260.473019231787 Gflops = 0.260473019231787 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 192 iterations. Rsd = 0.001363628 Relative Rsd = 5.97647777442396e-07
BICGSTAB_SOLVER_TIME: 0.802295 sec
2Flav::invert,  n_count = 192
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120663
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.151419999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046788 s
InvBiCGStab: k = 66 resid = 2.278907e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297207(s) Flops=436045824 => 1467.14520182903 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211226.169742233 Mflops = 211.226169742233 Gflops = 0.211226169742233 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064293 s
InvBiCGStab: k = 97 resid = 4.429305e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434463(s) Flops=639461376 => 1471.84311667507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211912.969541307 Mflops = 211.912969541307 Gflops = 0.211912969541307 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001183801 Relative Rsd = 5.18833462300719e-07
BICGSTAB_SOLVER_TIME: 0.846753 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116165
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130327
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045546 s
InvBiCGStab: k = 74 resid = 1.573821e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310192(s) Flops=488540160 => 1574.96054056842 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226764.771516773 Mflops = 226.764771516773 Gflops = 0.226764771516773 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.078406 s
InvBiCGStab: k = 93 resid = 7.036064e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36811(s) Flops=613214208 => 1665.84501371873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239833.392304871 Mflops = 239.833392304871 Gflops = 0.239833392304871 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001182688 Relative Rsd = 5.18345740672033e-07
BICGSTAB_SOLVER_TIME: 0.806147 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120807
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133659
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043948 s
InvBiCGStab: k = 75 resid = 2.21545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290189(s) Flops=495101952 => 1706.13618021359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245643.013684311 Mflops = 245.643013684311 Gflops = 0.245643013684311 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056929 s
InvBiCGStab: k = 96 resid = 1.149682e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379042(s) Flops=632899584 => 1669.73471013766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240404.792036483 Mflops = 240.404792036483 Gflops = 0.240404792036483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001222893 Relative Rsd = 5.35966833820333e-07
BICGSTAB_SOLVER_TIME: 0.774008 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117793
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13629
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.089092(s) Flops=1631379456 => 1497.92621376339 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215679.828819086 Mflops = 215.679828819086 Gflops = 0.215679828819086 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181287000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.446175
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021181
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040822 s
InvBiCGStab: k = 39 resid = 1.711975e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.154311(s) Flops=258877440 => 1677.63438769757 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241510.901122396 Mflops = 241.510901122396 Gflops = 0.241510901122396 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057855 s
InvBiCGStab: k = 62 resid = 1.107054e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241042(s) Flops=409798656 => 1700.11307572954 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244738.046107428 Mflops = 244.738046107428 Gflops = 0.244738046107428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 101 iterations. Rsd = 0.0007237648 Relative Rsd = 3.17210009393352e-07
BICGSTAB_SOLVER_TIME: 0.497949 sec
2Flav::invert,  n_count = 101
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117925
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0861740000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041311 s
InvBiCGStab: k = 90 resid = 1.311445e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32834(s) Flops=593528832 => 1807.66532253152 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260262.153509788 Mflops = 260.262153509788 Gflops = 0.260262153509788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058381 s
InvBiCGStab: k = 112 resid = 8.240332e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.442375(s) Flops=737888256 => 1668.01527211077 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240153.547845145 Mflops = 240.153547845145 Gflops = 0.240153547845145 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 202 iterations. Rsd = 0.001366058 Relative Rsd = 5.98712662693186e-07
BICGSTAB_SOLVER_TIME: 0.874345 sec
2Flav::invert,  n_count = 202
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158986999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045628 s
InvBiCGStab: k = 65 resid = 1.268496e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277325(s) Flops=429484032 => 1548.66684215271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222958.989442792 Mflops = 222.958989442792 Gflops = 0.222958989442792 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060305 s
InvBiCGStab: k = 96 resid = 6.916873e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430717(s) Flops=632899584 => 1469.4093430257 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211555.924703086 Mflops = 211.555924703086 Gflops = 0.211555924703086 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001159341 Relative Rsd = 5.0811348478493e-07
BICGSTAB_SOLVER_TIME: 0.819146 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120821
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1291
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045118 s
InvBiCGStab: k = 63 resid = 1.739555e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271645(s) Flops=416360448 => 1532.73738887151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220670.418837575 Mflops = 220.670418837575 Gflops = 0.220670418837575 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073125 s
InvBiCGStab: k = 98 resid = 7.404479e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.380562(s) Flops=646023168 => 1697.55038075268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244408.074460624 Mflops = 244.408074460624 Gflops = 0.244408074460624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001154611 Relative Rsd = 5.06040093862772e-07
BICGSTAB_SOLVER_TIME: 0.774339 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117705
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129462
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049287 s
InvBiCGStab: k = 65 resid = 1.896284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246749(s) Flops=429484032 => 1740.57050687136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250589.513232838 Mflops = 250.589513232838 Gflops = 0.250589513232838 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059948 s
InvBiCGStab: k = 98 resid = 1.106679e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368506(s) Flops=646023168 => 1753.0872441697 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252405.892455379 Mflops = 252.405892455379 Gflops = 0.252405892455379 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001207414 Relative Rsd = 5.29182814237392e-07
BICGSTAB_SOLVER_TIME: 0.728308 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130821
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.045031(s) Flops=1631379456 => 1561.08235640857 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224986.107752399 Mflops = 224.986107752399 Gflops = 0.224986107752399 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181859000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021319
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040747 s
InvBiCGStab: k = 38 resid = 2.142726e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.139509(s) Flops=252315648 => 1808.59763886201 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260339.00117351 Mflops = 260.33900117351 Gflops = 0.26033900117351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056356 s
InvBiCGStab: k = 62 resid = 1.13263e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237163(s) Flops=409798656 => 1727.91985259083 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248750.192792778 Mflops = 248.750192792778 Gflops = 0.248750192792778 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007709409 Relative Rsd = 3.37886212457172e-07
BICGSTAB_SOLVER_TIME: 0.478107 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0857500000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049617 s
InvBiCGStab: k = 54 resid = 2.007351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218563(s) Flops=357304320 => 1634.7886879298 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235356.53702543 Mflops = 235.35653702543 Gflops = 0.23535653702543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064353 s
InvBiCGStab: k = 87 resid = 8.832781e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341683(s) Flops=573843456 => 1679.46153598511 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241798.182880422 Mflops = 241.798182880422 Gflops = 0.241798182880422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001144887 Relative Rsd = 5.01778614014345e-07
BICGSTAB_SOLVER_TIME: 0.67832 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118986
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041459 s
InvBiCGStab: k = 65 resid = 1.763567e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245555(s) Flops=429484032 => 1749.03395166052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251802.560150413 Mflops = 251.802560150413 Gflops = 0.251802560150413 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06951 s
InvBiCGStab: k = 82 resid = 9.158237e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358234(s) Flops=541034496 => 1510.28237409068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217441.271457576 Mflops = 217.441271457576 Gflops = 0.217441271457576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001158905 Relative Rsd = 5.07922304437332e-07
BICGSTAB_SOLVER_TIME: 0.71924 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118615
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050863 s
InvBiCGStab: k = 70 resid = 1.866959e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283122(s) Flops=462292992 => 1632.84023141967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235091.529540606 Mflops = 235.091529540606 Gflops = 0.235091529540606 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055843 s
InvBiCGStab: k = 87 resid = 9.146932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326477(s) Flops=573843456 => 1757.68417377028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253060.43889091 Mflops = 253.06043889091 Gflops = 0.25306043889091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001180564 Relative Rsd = 5.17414890855761e-07
BICGSTAB_SOLVER_TIME: 0.720179 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126416
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041054 s
InvBiCGStab: k = 66 resid = 2.009208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243334(s) Flops=436045824 => 1791.96423023499 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257984.920689312 Mflops = 257.984920689312 Gflops = 0.257984920689312 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073562 s
InvBiCGStab: k = 83 resid = 1.108073e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339573(s) Flops=547596288 => 1612.60255674038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232172.050178243 Mflops = 232.172050178243 Gflops = 0.232172050178243 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001141562 Relative Rsd = 5.00321418730815e-07
BICGSTAB_SOLVER_TIME: 0.7013 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120634
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.013521(s) Flops=1631453184 => 1609.68858464699 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231806.828776029 Mflops = 231.806828776029 Gflops = 0.231806828776029 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181613000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.428262
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021423
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052216 s
InvBiCGStab: k = 28 resid = 2.044019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126663(s) Flops=186697728 => 1473.97209919235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212156.660942369 Mflops = 212.156660942369 Gflops = 0.212156660942369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068009 s
InvBiCGStab: k = 59 resid = 8.133578e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262966(s) Flops=390113280 => 1483.51224112623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213577.629495392 Mflops = 213.577629495392 Gflops = 0.213577629495392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 87 iterations. Rsd = 0.0007817998 Relative Rsd = 3.42645465316317e-07
BICGSTAB_SOLVER_TIME: 0.513988 sec
2Flav::invert,  n_count = 87
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116948
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0762860000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048337 s
InvBiCGStab: k = 70 resid = 2.040128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273365(s) Flops=462292992 => 1691.11990196258 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243471.575401432 Mflops = 243.471575401432 Gflops = 0.243471575401432 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056256 s
InvBiCGStab: k = 95 resid = 1.070164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367963(s) Flops=626337792 => 1702.1760122621 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245070.165659901 Mflops = 245.070165659901 Gflops = 0.245070165659901 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001163252 Relative Rsd = 5.09827526043856e-07
BICGSTAB_SOLVER_TIME: 0.7498 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118106
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132302
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040665 s
InvBiCGStab: k = 52 resid = 1.788227e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.190412(s) Flops=344180736 => 1807.55801104972 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260231.219271809 Mflops = 260.231219271809 Gflops = 0.260231219271809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056032 s
InvBiCGStab: k = 79 resid = 1.012865e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289247(s) Flops=521349120 => 1802.43570374109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259496.040668846 Mflops = 259.496040668846 Gflops = 0.259496040668846 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.001043556 Relative Rsd = 4.57367169258411e-07
BICGSTAB_SOLVER_TIME: 0.580158 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115539
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046608 s
InvBiCGStab: k = 67 resid = 2.205097e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277156(s) Flops=442607616 => 1596.96205746944 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229914.722122286 Mflops = 229.914722122286 Gflops = 0.229914722122286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058198 s
InvBiCGStab: k = 90 resid = 5.322942e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385224(s) Flops=593528832 => 1540.73690112766 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221838.096471473 Mflops = 221.838096471473 Gflops = 0.221838096471473 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.00115906 Relative Rsd = 5.07990164021614e-07
BICGSTAB_SOLVER_TIME: 0.771211 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00184
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126569
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040455 s
InvBiCGStab: k = 55 resid = 2.050718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209706(s) Flops=363866112 => 1735.12494635347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249801.774438898 Mflops = 249.801774438898 Gflops = 0.249801774438898 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056386 s
InvBiCGStab: k = 79 resid = 1.141131e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295036(s) Flops=521349120 => 1767.06951016147 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254409.481240958 Mflops = 254.409481240958 Gflops = 0.254409481240958 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001066507 Relative Rsd = 4.67426153605498e-07
BICGSTAB_SOLVER_TIME: 0.605453 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115357
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111549
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.023646(s) Flops=1625407488 => 1587.86092848504 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228656.755379623 Mflops = 228.656755379623 Gflops = 0.228656755379623 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180652000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.450791
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021361
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 223 resid = 1.878465e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.928655(s) Flops=1466247168 => 1578.89331129429 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227335.851639039 Mflops = 227.335851639039 Gflops = 0.227335851639039 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 264 resid = 1.150775e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.022741(s) Flops=1735280640 => 1696.69607456824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244313.349072577 Mflops = 244.313349072577 Gflops = 0.244313349072577 Tflops
BICGSTAB_SOLVER: 487 iterations. Rsd = 0.002623538 Relative Rsd = 1.15398105187463e-06
BICGSTAB_SOLVER_TIME: 1.954801 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117501
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0.116994
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001858
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.347361
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 207 resid = 2.211882e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.841694(s) Flops=1361258496 => 1617.28430522256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232823.972355474 Mflops = 232.823972355474 Gflops = 0.232823972355474 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 5.885128e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918554(s) Flops=1433438208 => 1560.53776696852 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224710.461258558 Mflops = 224.710461258558 Gflops = 0.224710461258558 Tflops
BICGSTAB_SOLVER: 425 iterations. Rsd = 0.002818194 Relative Rsd = 1.23746952308167e-06
BICGSTAB_SOLVER_TIME: 1.763986 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.127003
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0.121866
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.303496999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 349 resid = 1.770538e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.339242(s) Flops=2293032960 => 1712.18716258899 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246546.118383976 Mflops = 246.546118383976 Gflops = 0.246546118383976 Tflops
InvBiCGStab: k = 335 resid = 1.030364e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.326798(s) Flops=2201167872 => 1659.00752940538 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238890.744957015 Mflops = 238.890744957015 Gflops = 0.238890744957015 Tflops
BICGSTAB_SOLVER: 684 iterations. Rsd = 0.002581055 Relative Rsd = 1.13529421868769e-06
BICGSTAB_SOLVER_TIME: 2.670855 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.489295999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 297 resid = 1.955039e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.203577(s) Flops=1951819776 => 1621.68251470409 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233517.610061831 Mflops = 233.517610061831 Gflops = 0.233517610061831 Tflops
InvBiCGStab: k = 316 resid = 1.084459e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.209066(s) Flops=2076493824 => 1717.43628883783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247302.649669808 Mflops = 247.302649669808 Gflops = 0.247302649669808 Tflops
BICGSTAB_SOLVER: 613 iterations. Rsd = 0.002839206 Relative Rsd = 1.24669580991215e-06
BICGSTAB_SOLVER_TIME: 2.418304 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.438702999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 208 resid = 1.803027e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.827176(s) Flops=1367820288 => 1653.60248363105 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238043.394897423 Mflops = 238.043394897423 Gflops = 0.238043394897423 Tflops
InvBiCGStab: k = 254 resid = 9.803723e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.078343(s) Flops=1669662720 => 1548.35958503 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222958.048451371 Mflops = 222.958048451371 Gflops = 0.222958048451371 Tflops
BICGSTAB_SOLVER: 462 iterations. Rsd = 0.001870948 Relative Rsd = 8.19994909611459e-07
BICGSTAB_SOLVER_TIME: 1.910486 sec
2Flav::invert,  n_count = 462
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.329152000000002
MInvCG2: 350 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.476751(s) Flops=2258528256 => 1529.39002986963 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220234.424140607 Mflops = 220.234424140607 Gflops = 0.220234424140607 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.251264000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Delta H = 0.0454839710237138
AccProb = 0.955534918695756
AcceptP = 1
After HMC trajectory call: time= 475.935108 secs
HMC: start inline measurements
HMC: initial resetting default gauge field
HMC: set default gauge field
HMC: finished setting default gauge field
HMC: do default measurement = 0
HMC: dump named objects
Available Keys are : 
HMC::double_strange
HMC::gauge_s
HMC::gauge_t
HMC::has_ratio
HMC::has_ratio2
HMC::logdet_1flav
HMC::logdet_2flav
HMC::md_double_strange
HMC::md_has_ratio
HMC::md_has_ratio2
HMC::rat_strange
default_gauge_field
HMC: finished default measurement = 0
Doing 3 user measurements
HMC: considering user measurement number = 0
HMC: calling user measurement number = 0
GaugeBC Callback: Creating PeriodicGaugeBC 
HMC: finished user measurement number = 0
HMC: considering user measurement number = 1
HMC: calling user measurement number = 1
HMC: finished user measurement number = 1
HMC: considering user measurement number = 2
HMC: calling user measurement number = 2
EIGBNDSMDAGM: MdagM eigenvalue bounds
4D eig bnds
Look for lowest ev
Evalue[1]: eigen_norm = 2.86352091665612e-05 resid_rel = 0.009928892

Look for highest ev
Evalue[1]: eigen_norm = 0.0854953551188913 resid_rel = -0.009516105

CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.296375000000004
EIGBNDSMDAGM: total time = 1.525232 secs
EIGBNDSMDAGM: ran successfully
HMC: finished user measurement number = 2
HMC: finished user measurements
HMC: final resetting default gauge field
HMC: finished final resetting default gauge field
After all measurements: time= 1.620297 secs
After saving state: time= 1.322463 secs
Doing Update: 2781 warm_up_p = 0
Before HMC trajectory call
InvBiCGStab: k = 287 resid = 1.295135e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.158479(s) Flops=1886201856 => 1628.17095173931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234440.539602071 Mflops = 234.440539602071 Gflops = 0.234440539602071 Tflops
InvBiCGStab: k = 328 resid = 1.069963e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.268611(s) Flops=2155235328 => 1698.8937727956 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244635.266401298 Mflops = 244.635266401298 Gflops = 0.244635266401298 Tflops
BICGSTAB_SOLVER: 615 iterations. Rsd = 0.002018755 Relative Rsd = 8.88024576078319e-07
BICGSTAB_SOLVER_TIME: 2.432298 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.442363999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000351
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000363
InvBiCGStab: k = 260 resid = 2.246831e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.1166(s) Flops=1709033472 => 1530.5691133799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220399.366673344 Mflops = 220.399366673344 Gflops = 0.220399366673344 Tflops
InvBiCGStab: k = 253 resid = 8.960503e-10
QDP:FlopCount:invbicgstab Performance/CPU: t=1.000698(s) Flops=1663100928 => 1661.94089325651 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239310.894397107 Mflops = 239.310894397107 Gflops = 0.239310894397107 Tflops
BICGSTAB_SOLVER: 513 iterations. Rsd = 0.001813135 Relative Rsd = 7.97285335678002e-07
BICGSTAB_SOLVER_TIME: 2.122443 sec
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor at end of field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.368905999999994
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000357
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000366
TwoFlavWilson4DMonomial: resetting Predictor after field refresh
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000359
MInvCG2: 370 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.524819(s) Flops=2380253184 => 1561.0070336217 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224797.847373801 Mflops = 224.797847373801 Gflops = 0.224797847373801 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.265223000000001
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 306 resid = 2.030814e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.352914(s) Flops=2010875904 => 1486.32943705217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214031.615618483 Mflops = 214.031615618483 Gflops = 0.214031615618483 Tflops
InvBiCGStab: k = 327 resid = 1.068687e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.292263(s) Flops=2148673536 => 1662.72154816783 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239424.763397781 Mflops = 239.424763397781 Gflops = 0.239424763397781 Tflops
BICGSTAB_SOLVER: 633 iterations. Rsd = 0.002108632 Relative Rsd = 9.27560134328577e-07
BICGSTAB_SOLVER_TIME: 2.649757 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.452249999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavRatioConvConvWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 285 resid = 2.208722e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.07018(s) Flops=1873078272 => 1750.24600721374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252037.760426232 Mflops = 252.037760426232 Gflops = 0.252037760426231 Tflops
InvBiCGStab: k = 315 resid = 1.04277e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.226593(s) Flops=2069932032 => 1687.54593577495 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242998.460672824 Mflops = 242.998460672824 Gflops = 0.242998460672824 Tflops
BICGSTAB_SOLVER: 600 iterations. Rsd = 0.001998481 Relative Rsd = 8.78787178353889e-07
BICGSTAB_SOLVER_TIME: 2.301809 sec
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.429605999999999
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.000694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
TwoFlavWilson4DMonomial: resetting Predictor before energy calc solve
InvBiCGStab: k = 234 resid = 1.77341e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=0.901257(s) Flops=1538426880 => 1706.97911916357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245777.998913965 Mflops = 245.777998913965 Gflops = 0.245777998913965 Tflops
InvBiCGStab: k = 281 resid = 1.049607e-09
QDP:FlopCount:invbicgstab Performance/CPU: t=1.133309(s) Flops=1846831104 => 1629.59184476608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234653.520167293 Mflops = 234.653520167293 Gflops = 0.234653520167293 Tflops
BICGSTAB_SOLVER: 515 iterations. Rsd = 0.001877851 Relative Rsd = 8.23505321129416e-07
BICGSTAB_SOLVER_TIME: 2.039854 sec
2Flav::invert,  n_count = 515
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.367650000000004
MInvCG2: 356 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.612818(s) Flops=2296350720 => 1423.81268066205 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205030.777555495 Mflops = 205.030777555495 Gflops = 0.205030777555495 Tflops
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.255525000000002
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Working through Copy List of length 3
Copying monomial: HMC::has_ratio to HMC::md_has_ratio
Copying monomial: HMC::has_ratio2 to HMC::md_has_ratio2
Copying monomial: HMC::double_strange to HMC::md_double_strange
MD: Resetting Chrono Predictors at start of trajectory
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.91687e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.815731(s) Flops=1315325952 => 1612.45061423435 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232154.915344349 Mflops = 232.154915344349 Gflops = 0.232154915344349 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 294 resid = 1.048009e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.106374(s) Flops=1932134400 => 1746.36641858901 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251467.445404057 Mflops = 251.467445404057 Gflops = 0.251467445404057 Tflops
BICGSTAB_SOLVER: 494 iterations. Rsd = 0.002206353 Relative Rsd = 9.70546195872036e-07
BICGSTAB_SOLVER_TIME: 1.92548 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115524
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001746
CLOV_LINOP: Time spent in clov deriv (total) = 0.116249
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001772
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.35258
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 2.228967e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.693485(s) Flops=1223460864 => 1764.22109202074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253982.945863606 Mflops = 253.982945863606 Gflops = 0.253982945863606 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.074171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.852448(s) Flops=1407191040 => 1650.76466834341 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237696.276777272 Mflops = 237.696276777272 Gflops = 0.237696276777272 Tflops
BICGSTAB_SOLVER: 400 iterations. Rsd = 0.001985674 Relative Rsd = 8.7315555154113e-07
BICGSTAB_SOLVER_TIME: 1.549806 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0.121781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.285726999999998
num_pf = 1
MInvCG2: 254 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079022(s) Flops=1637646336 => 1517.71357395864 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218536.926274581 Mflops = 218.536926274581 Gflops = 0.218536926274581 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.182081000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.433826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_Y_TIME = 6.3e-05 s
InvBiCGStab: k = 164 resid = 1.802566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.663995(s) Flops=1079101440 => 1625.16500877266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233962.072379925 Mflops = 233.962072379925 Gflops = 0.233962072379925 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 1
MRE Predictor: Zero vectors stored. Giving you zero guess
MRE_PREDICT_X_TIME = 2.5e-05 s
InvBiCGStab: k = 207 resid = 5.646754e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.883149(s) Flops=1361258496 => 1541.36900568307 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221937.845866392 Mflops = 221.937845866392 Gflops = 0.221937845866392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 1
BICGSTAB_SOLVER: 371 iterations. Rsd = 0.001883928 Relative Rsd = 8.26170251580191e-07
BICGSTAB_SOLVER_TIME: 1.55114 sec
2Flav::invert,  n_count = 371
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11484
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.266625999999995
Monitoring force
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_Y_TIME = 0.000124 s
InvBiCGStab: k = 118 resid = 2.252062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.433884(s) Flops=777259008 => 1791.39818015875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257771.407148317 Mflops = 257.771407148317 Gflops = 0.257771407148317 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 2
MRE Predictor: Only 1 vector stored. Giving you last solution 
MRE_PREDICT_X_TIME = 7.7e-05 s
InvBiCGStab: k = 159 resid = 1.098371e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.578666(s) Flops=1046292480 => 1808.11120750139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260315.315462468 Mflops = 260.315315462468 Gflops = 0.260315315462468 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 2
BICGSTAB_SOLVER: 277 iterations. Rsd = 0.001603189 Relative Rsd = 7.03056233665116e-07
BICGSTAB_SOLVER_TIME: 1.016573 sec
2Flav::invert,  n_count = 277
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115241
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.200961999999997
Monitoring force
MRE Predictor: Finding Y extrapolation with 2 vectors
MRE_PREDICT_Y_TIME = 0.005022 s
InvBiCGStab: k = 101 resid = 2.010026e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37055(s) Flops=665708544 => 1796.54174605316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258659.905949566 Mflops = 258.659905949566 Gflops = 0.258659905949566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 3
MRE Predictor: Finding X extrapolation with 2 vectors
MRE_PREDICT_X_TIME = 0.007069 s
InvBiCGStab: k = 135 resid = 9.019885e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.519113(s) Flops=888809472 => 1712.16955075292 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246520.963874542 Mflops = 246.520963874542 Gflops = 0.246520963874542 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 3
BICGSTAB_SOLVER: 236 iterations. Rsd = 0.001478771 Relative Rsd = 6.48494182143942e-07
BICGSTAB_SOLVER_TIME: 0.905896 sec
2Flav::invert,  n_count = 236
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118927
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001828
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.172664999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 3 vectors
MRE_PREDICT_Y_TIME = 0.008224 s
InvBiCGStab: k = 89 resid = 2.196198e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427236(s) Flops=586967040 => 1373.87074122967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197810.494168181 Mflops = 197.810494168181 Gflops = 0.197810494168181 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 4
MRE Predictor: Finding X extrapolation with 3 vectors
MRE_PREDICT_X_TIME = 0.015885 s
InvBiCGStab: k = 125 resid = 8.738701e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.564114(s) Flops=823191552 => 1459.26453163722 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210113.542259073 Mflops = 210.113542259073 Gflops = 0.210113542259073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 4
BICGSTAB_SOLVER: 214 iterations. Rsd = 0.001378291 Relative Rsd = 6.04430220820369e-07
BICGSTAB_SOLVER_TIME: 1.023206 sec
2Flav::invert,  n_count = 214
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.132708
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.157541999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 4 vectors
MRE_PREDICT_Y_TIME = 0.010406 s
InvBiCGStab: k = 84 resid = 1.991391e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33243(s) Flops=554158080 => 1666.99178774479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240013.811168292 Mflops = 240.013811168292 Gflops = 0.240013811168292 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 5
MRE Predictor: Finding X extrapolation with 4 vectors
MRE_PREDICT_X_TIME = 0.015765 s
InvBiCGStab: k = 111 resid = 1.050114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.457178(s) Flops=731326464 => 1599.65366662438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230321.406321709 Mflops = 230.321406321709 Gflops = 0.230321406321709 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 5
BICGSTAB_SOLVER: 195 iterations. Rsd = 0.001312782 Relative Rsd = 5.75702270561011e-07
BICGSTAB_SOLVER_TIME: 0.819584 sec
2Flav::invert,  n_count = 195
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117063
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145214
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.033018(s) Flops=1631526912 => 1579.37897693941 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  227414.716166457 Mflops = 227.414716166457 Gflops = 0.227414716166457 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.181463000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447583
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 5 vectors
MRE_PREDICT_Y_TIME = 0.014436 s
InvBiCGStab: k = 30 resid = 1.946254e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.115731(s) Flops=199821312 => 1726.60144645773 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248521.240487667 Mflops = 248.521240487667 Gflops = 0.248521240487667 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 6
MRE Predictor: Finding X extrapolation with 5 vectors
MRE_PREDICT_X_TIME = 0.019645 s
InvBiCGStab: k = 48 resid = 9.779345e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.185556(s) Flops=317933568 => 1713.4103343465 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246655.310383127 Mflops = 246.655310383127 Gflops = 0.246655310383127 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 6
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007336395 Relative Rsd = 3.21727327857532e-07
BICGSTAB_SOLVER_TIME: 0.33921 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117718
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0624560000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 6 vectors
MRE_PREDICT_Y_TIME = 0.016572 s
InvBiCGStab: k = 94 resid = 1.408872e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357191(s) Flops=619776000 => 1735.13890327584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249930.93487699 Mflops = 249.93093487699 Gflops = 0.24993093487699 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 7
MRE Predictor: Finding X extrapolation with 6 vectors
MRE_PREDICT_X_TIME = 0.031204 s
InvBiCGStab: k = 111 resid = 9.44147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.423791(s) Flops=731326464 => 1725.67719465491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248462.566980113 Mflops = 248.462566980113 Gflops = 0.248462566980113 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 7
BICGSTAB_SOLVER: 205 iterations. Rsd = 0.001368801 Relative Rsd = 6.00268436714101e-07
BICGSTAB_SOLVER_TIME: 0.832944 sec
2Flav::invert,  n_count = 205
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114853
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.154498999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 7 vectors
MRE_PREDICT_Y_TIME = 0.021268 s
InvBiCGStab: k = 66 resid = 2.278335e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276939(s) Flops=436045824 => 1574.51938513535 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226684.470403038 Mflops = 226.684470403038 Gflops = 0.226684470403038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 8
MRE Predictor: Finding X extrapolation with 7 vectors
MRE_PREDICT_X_TIME = 0.032107 s
InvBiCGStab: k = 101 resid = 7.713414e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.399422(s) Flops=665708544 => 1666.67971218411 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239966.853696658 Mflops = 239.966853696658 Gflops = 0.239966853696658 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 8
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001204428 Relative Rsd = 5.28184978002154e-07
BICGSTAB_SOLVER_TIME: 0.733817 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128082
Monitoring force
MRE Predictor: Finding Y extrapolation with 8 vectors
MRE_PREDICT_Y_TIME = 0.026443 s
InvBiCGStab: k = 76 resid = 2.178954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338923(s) Flops=501663744 => 1480.17025696102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213110.597562222 Mflops = 213.110597562222 Gflops = 0.213110597562222 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 9
MRE Predictor: Finding X extrapolation with 8 vectors
MRE_PREDICT_X_TIME = 0.046582 s
InvBiCGStab: k = 97 resid = 1.091545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.458474(s) Flops=639461376 => 1394.7603920833 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  200805.250489197 Mflops = 200.805250489197 Gflops = 0.200805250489197 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 9
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001282407 Relative Rsd = 5.62381600387118e-07
BICGSTAB_SOLVER_TIME: 0.874246 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122658
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133698
Monitoring force
MRE Predictor: Finding Y extrapolation with 9 vectors
MRE_PREDICT_Y_TIME = 0.030079 s
InvBiCGStab: k = 69 resid = 2.038443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289637(s) Flops=455731200 => 1573.45642994507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226457.268519255 Mflops = 226.457268519255 Gflops = 0.226457268519255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 10
MRE Predictor: Finding X extrapolation with 9 vectors
MRE_PREDICT_X_TIME = 0.045859 s
InvBiCGStab: k = 96 resid = 1.061576e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365922(s) Flops=632899584 => 1729.60243986423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249014.643001382 Mflops = 249.014643001382 Gflops = 0.249014643001382 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 10
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001269467 Relative Rsd = 5.56706983253113e-07
BICGSTAB_SOLVER_TIME: 0.735692 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125644
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128873
Monitoring force
num_pf = 1
MInvCG2: 253 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.302837(s) Flops=1631453184 => 1252.23123383815 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  180313.45501282 Mflops = 180.31345501282 Gflops = 0.18031345501282 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180947000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.472374
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02129
Monitoring force
MRE Predictor: Finding Y extrapolation with 10 vectors
MRE_PREDICT_Y_TIME = 0.032595 s
InvBiCGStab: k = 29 resid = 2.241645e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.116803(s) Flops=193259520 => 1654.57668039348 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238167.016267568 Mflops = 238.167016267568 Gflops = 0.238167016267568 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 11
MRE Predictor: Finding X extrapolation with 10 vectors
MRE_PREDICT_X_TIME = 0.053761 s
InvBiCGStab: k = 55 resid = 1.108701e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.216294(s) Flops=363866112 => 1682.27556936392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242180.291407438 Mflops = 242.180291407438 Gflops = 0.242180291407438 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 11
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.000767914 Relative Rsd = 3.36757918492212e-07
BICGSTAB_SOLVER_TIME: 0.42328 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116462
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720200000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 11 vectors
MRE_PREDICT_Y_TIME = 0.037817 s
InvBiCGStab: k = 71 resid = 1.723558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276789(s) Flops=468854784 => 1693.90685323477 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243880.37966393 Mflops = 243.88037966393 Gflops = 0.24388037966393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 11 vectors
MRE_PREDICT_X_TIME = 0.05197 s
InvBiCGStab: k = 87 resid = 8.938246e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342825(s) Flops=573843456 => 1673.86700503172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240997.667669531 Mflops = 240.997667669531 Gflops = 0.240997667669531 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001177897 Relative Rsd = 5.16550208178375e-07
BICGSTAB_SOLVER_TIME: 0.713314 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113657
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126188
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04126 s
InvBiCGStab: k = 64 resid = 2.19397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241393(s) Flops=422922240 => 1752.00705902822 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252228.311698073 Mflops = 252.228311698073 Gflops = 0.252228311698073 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057467 s
InvBiCGStab: k = 87 resid = 9.806932e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.335498(s) Flops=573843456 => 1710.42288180555 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246255.886553803 Mflops = 246.255886553803 Gflops = 0.246255886553803 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001165689 Relative Rsd = 5.11196403744613e-07
BICGSTAB_SOLVER_TIME: 0.679499 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122093
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042065 s
InvBiCGStab: k = 68 resid = 1.870443e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311289(s) Flops=449169408 => 1442.9337625165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207739.728241319 Mflops = 207.739728241319 Gflops = 0.207739728241319 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066311 s
InvBiCGStab: k = 105 resid = 4.365423e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.443943(s) Flops=691955712 => 1558.65890891398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224419.665910081 Mflops = 224.419665910081 Gflops = 0.224419665910081 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001217407 Relative Rsd = 5.33876901868396e-07
BICGSTAB_SOLVER_TIME: 0.86742 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138134
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042505 s
InvBiCGStab: k = 71 resid = 1.608171e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280126(s) Flops=468854784 => 1673.72819374139 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240970.706668112 Mflops = 240.970706668112 Gflops = 0.240970706668112 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061519 s
InvBiCGStab: k = 87 resid = 1.050846e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342646(s) Flops=573843456 => 1674.74144160445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241113.671294079 Mflops = 241.113671294079 Gflops = 0.241113671294079 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.00118864 Relative Rsd = 5.21261417217809e-07
BICGSTAB_SOLVER_TIME: 0.730529 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12712
Monitoring force
num_pf = 1
MInvCG2: 252 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048045(s) Flops=1625186304 => 1550.68370537525 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223291.684632204 Mflops = 223.291684632204 Gflops = 0.223291684632204 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180904000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.45143
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021296
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044513 s
InvBiCGStab: k = 33 resid = 2.094533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.126411(s) Flops=219506688 => 1736.45242898165 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249953.003946992 Mflops = 249.953003946992 Gflops = 0.249953003946992 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061706 s
InvBiCGStab: k = 49 resid = 1.070457e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.197591(s) Flops=324495360 => 1642.25779514249 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236400.593379392 Mflops = 236.400593379392 Gflops = 0.236400593379392 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007653536 Relative Rsd = 3.35635074041362e-07
BICGSTAB_SOLVER_TIME: 0.434124 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116322
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0727640000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041442 s
InvBiCGStab: k = 74 resid = 2.042779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291248(s) Flops=488540160 => 1677.40262594078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241506.544550369 Mflops = 241.506544550369 Gflops = 0.241506544550369 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058082 s
InvBiCGStab: k = 93 resid = 7.366116e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373786(s) Flops=613214208 => 1640.54889161178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236195.048932465 Mflops = 236.195048932465 Gflops = 0.236195048932465 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.00118273 Relative Rsd = 5.18669746828276e-07
BICGSTAB_SOLVER_TIME: 0.768427 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133669
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043483 s
InvBiCGStab: k = 67 resid = 2.118206e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259569(s) Flops=442607616 => 1705.16362123366 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245485.890893255 Mflops = 245.485890893255 Gflops = 0.245485890893255 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056672 s
InvBiCGStab: k = 93 resid = 1.145896e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362831(s) Flops=613214208 => 1690.0821815115 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243330.342886189 Mflops = 243.330342886189 Gflops = 0.243330342886189 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001201786 Relative Rsd = 5.27026243779142e-07
BICGSTAB_SOLVER_TIME: 0.726356 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001712
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128408
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046288 s
InvBiCGStab: k = 80 resid = 1.460649e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35906(s) Flops=527910912 => 1470.25820754191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211687.703920151 Mflops = 211.687703920151 Gflops = 0.211687703920151 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05811 s
InvBiCGStab: k = 94 resid = 7.076829e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397381(s) Flops=619776000 => 1559.65182029337 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224552.802244135 Mflops = 224.552802244135 Gflops = 0.224552802244135 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001210623 Relative Rsd = 5.30901573388105e-07
BICGSTAB_SOLVER_TIME: 0.865108 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119385
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001798
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046935 s
InvBiCGStab: k = 66 resid = 1.772157e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267139(s) Flops=436045824 => 1632.28066287588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235006.818385908 Mflops = 235.006818385908 Gflops = 0.235006818385908 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062905 s
InvBiCGStab: k = 88 resid = 9.128607e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.338872(s) Flops=580405248 => 1712.75658065582 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246594.453528459 Mflops = 246.594453528459 Gflops = 0.246594453528459 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00117005 Relative Rsd = 5.13108925287658e-07
BICGSTAB_SOLVER_TIME: 0.719647 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124253
Monitoring force
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.070516(s) Flops=1618845696 => 1512.21064981747 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217746.732666223 Mflops = 217.746732666223 Gflops = 0.217746732666223 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180135000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.43792
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021318
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 191 resid = 2.082041e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.739855(s) Flops=1256269824 => 1697.99463949017 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244477.529272004 Mflops = 244.477529272004 Gflops = 0.244477529272005 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 6.990349e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918034(s) Flops=1564674048 => 1704.3748357904 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245416.713894096 Mflops = 245.416713894096 Gflops = 0.245416713894096 Tflops
BICGSTAB_SOLVER: 429 iterations. Rsd = 0.002034308 Relative Rsd = 8.94891183693614e-07
BICGSTAB_SOLVER_TIME: 1.661638 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0.116378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001749
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306324999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 192 resid = 2.214949e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.758404(s) Flops=1262831616 => 1665.11729368516 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239718.870967982 Mflops = 239.718870967982 Gflops = 0.239718870967982 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 224 resid = 8.554234e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.949284(s) Flops=1472808960 => 1551.49455800372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223405.446441116 Mflops = 223.405446441116 Gflops = 0.223405446441116 Tflops
BICGSTAB_SOLVER: 416 iterations. Rsd = 0.001963822 Relative Rsd = 8.63566960565567e-07
BICGSTAB_SOLVER_TIME: 1.71133 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.119567
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0.119757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001771
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.297123999999999
num_pf = 1
MInvCG2: 251 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.061525(s) Flops=1618845696 => 1525.01890770354 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  219587.965480669 Mflops = 219.587965480669 Gflops = 0.219587965480669 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.180026000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.443259
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021218
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043068 s
InvBiCGStab: k = 35 resid = 2.044569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.160504(s) Flops=232630272 => 1449.37367293027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  208653.909707067 Mflops = 208.653909707067 Gflops = 0.208653909707067 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.071953 s
InvBiCGStab: k = 65 resid = 4.538268e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281284(s) Flops=429484032 => 1526.86975441191 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219817.775925565 Mflops = 219.817775925565 Gflops = 0.219817775925565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 100 iterations. Rsd = 0.0007837522 Relative Rsd = 3.43703559399544e-07
BICGSTAB_SOLVER_TIME: 0.563559 sec
2Flav::invert,  n_count = 100
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117155
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0854360000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045257 s
InvBiCGStab: k = 92 resid = 2.22709e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340565(s) Flops=606652416 => 1781.31169086665 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256476.620899853 Mflops = 256.476620899853 Gflops = 0.256476620899853 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059147 s
InvBiCGStab: k = 118 resid = 8.844492e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.43193(s) Flops=777259008 => 1799.50225267983 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259092.221105565 Mflops = 259.092221105565 Gflops = 0.259092221105565 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 210 iterations. Rsd = 0.001339396 Relative Rsd = 5.87373287523105e-07
BICGSTAB_SOLVER_TIME: 0.880748 sec
2Flav::invert,  n_count = 210
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116129
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164260999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043849 s
InvBiCGStab: k = 64 resid = 2.062624e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.245679(s) Flops=422922240 => 1721.44236992173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247831.20383309 Mflops = 247.83120383309 Gflops = 0.24783120383309 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056254 s
InvBiCGStab: k = 96 resid = 1.00688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.351593(s) Flops=632899584 => 1800.0915376586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259171.400327505 Mflops = 259.171400327505 Gflops = 0.259171400327505 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001174454 Relative Rsd = 5.15040489341396e-07
BICGSTAB_SOLVER_TIME: 0.701488 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120591
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041724 s
InvBiCGStab: k = 74 resid = 1.792403e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271545(s) Flops=488540160 => 1799.11307518091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259024.005559153 Mflops = 259.024005559153 Gflops = 0.259024005559153 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057135 s
InvBiCGStab: k = 84 resid = 9.049783e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320933(s) Flops=554158080 => 1726.70956243203 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248576.88263483 Mflops = 248.57688263483 Gflops = 0.24857688263483 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001173131 Relative Rsd = 5.14460279866816e-07
BICGSTAB_SOLVER_TIME: 0.695782 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041806 s
InvBiCGStab: k = 68 resid = 2.087744e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289221(s) Flops=449169408 => 1553.03179229724 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223583.312686293 Mflops = 223.583312686293 Gflops = 0.223583312686293 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062239 s
InvBiCGStab: k = 90 resid = 9.877839e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369444(s) Flops=593528832 => 1606.54613960438 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231307.765361432 Mflops = 231.307765361432 Gflops = 0.231307765361432 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001236199 Relative Rsd = 5.4211766323819e-07
BICGSTAB_SOLVER_TIME: 0.766569 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113932
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127007
Monitoring force
num_pf = 1
MInvCG2: 249 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.072072(s) Flops=1606459392 => 1498.46222268654 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  215765.866739514 Mflops = 215.765866739514 Gflops = 0.215765866739514 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.178665000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411141
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021677
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047166 s
InvBiCGStab: k = 38 resid = 1.396721e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.164991(s) Flops=252315648 => 1529.26916013601 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220143.20892567 Mflops = 220.14320892567 Gflops = 0.22014320892567 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063961 s
InvBiCGStab: k = 58 resid = 9.933161e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289556(s) Flops=383551488 => 1324.61937587202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  190708.156612042 Mflops = 190.708156612042 Gflops = 0.190708156612042 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007299804 Relative Rsd = 3.20122651728629e-07
BICGSTAB_SOLVER_TIME: 0.570735 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120284
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0826000000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040931 s
InvBiCGStab: k = 81 resid = 1.583905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313662(s) Flops=534472704 => 1703.97658626164 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245329.100005068 Mflops = 245.329100005068 Gflops = 0.245329100005068 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059942 s
InvBiCGStab: k = 122 resid = 6.364032e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.459703(s) Flops=803506176 => 1747.88107974062 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251656.483032025 Mflops = 251.656483032025 Gflops = 0.251656483032025 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 203 iterations. Rsd = 0.001326446 Relative Rsd = 5.81694279890656e-07
BICGSTAB_SOLVER_TIME: 0.87817 sec
2Flav::invert,  n_count = 203
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159537999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04869 s
InvBiCGStab: k = 65 resid = 1.372641e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239277(s) Flops=429484032 => 1794.92400857583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258413.828522845 Mflops = 258.413828522845 Gflops = 0.258413828522845 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056621 s
InvBiCGStab: k = 84 resid = 1.049632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.308355(s) Flops=554158080 => 1797.14316291288 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258740.326607146 Mflops = 258.740326607146 Gflops = 0.258740326607146 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001147847 Relative Rsd = 5.03372229203906e-07
BICGSTAB_SOLVER_TIME: 0.65682 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12053
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040549 s
InvBiCGStab: k = 68 resid = 2.065868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248075(s) Flops=449169408 => 1810.61940139071 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260672.619660066 Mflops = 260.672619660066 Gflops = 0.260672619660066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 87 resid = 1.07946e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317637(s) Flops=573843456 => 1806.60142237838 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260099.01704106 Mflops = 260.09901704106 Gflops = 0.26009901704106 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001199656 Relative Rsd = 5.26092446022913e-07
BICGSTAB_SOLVER_TIME: 0.666876 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115034
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125052
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045911 s
InvBiCGStab: k = 68 resid = 1.984114e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282665(s) Flops=449169408 => 1589.05208639202 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228779.536268124 Mflops = 228.779536268124 Gflops = 0.228779536268124 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057198 s
InvBiCGStab: k = 98 resid = 8.830154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.434799(s) Flops=646023168 => 1485.79727184285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213922.358977141 Mflops = 213.922358977141 Gflops = 0.213922358977141 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.00115629 Relative Rsd = 5.07074695699722e-07
BICGSTAB_SOLVER_TIME: 0.824813 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132964
Monitoring force
num_pf = 1
MInvCG2: 248 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.079221(s) Flops=1600192512 => 1482.72922042844 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213499.280941748 Mflops = 213.499280941748 Gflops = 0.213499280941748 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177784000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421017
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021239
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049216 s
InvBiCGStab: k = 32 resid = 2.176276e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.142532(s) Flops=212944896 => 1494.0146493419 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215046.955782425 Mflops = 215.046955782425 Gflops = 0.215046955782425 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06047 s
InvBiCGStab: k = 49 resid = 1.027383e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210462(s) Flops=324495360 => 1541.8239872281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221965.30734377 Mflops = 221.96530734377 Gflops = 0.22196530734377 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007251854 Relative Rsd = 3.18019883761737e-07
BICGSTAB_SOLVER_TIME: 0.469958 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124918
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0719950000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044696 s
InvBiCGStab: k = 67 resid = 1.159481e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252844(s) Flops=442607616 => 1750.51658730284 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252025.090698929 Mflops = 252.025090698929 Gflops = 0.252025090698929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056017 s
InvBiCGStab: k = 93 resid = 1.073415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347549(s) Flops=613214208 => 1764.39641029035 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254026.477637444 Mflops = 254.026477637444 Gflops = 0.254026477637444 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001155535 Relative Rsd = 5.06743570433367e-07
BICGSTAB_SOLVER_TIME: 0.70502 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116356
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128661
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041157 s
InvBiCGStab: k = 65 resid = 2.070874e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259087(s) Flops=429484032 => 1657.68267801935 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238652.004089062 Mflops = 238.652004089062 Gflops = 0.238652004089062 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058658 s
InvBiCGStab: k = 105 resid = 8.965993e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389546(s) Flops=691955712 => 1776.31322616584 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255750.546876323 Mflops = 255.750546876323 Gflops = 0.255750546876323 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 170 iterations. Rsd = 0.001203257 Relative Rsd = 5.27671442841151e-07
BICGSTAB_SOLVER_TIME: 0.752169 sec
2Flav::invert,  n_count = 170
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114696
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135625
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04098 s
InvBiCGStab: k = 69 resid = 1.689325e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.251848(s) Flops=455731200 => 1809.5486166259 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260519.242249044 Mflops = 260.519242249044 Gflops = 0.260519242249044 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055802 s
InvBiCGStab: k = 96 resid = 1.017635e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350283(s) Flops=632899584 => 1806.8235797912 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260133.560930804 Mflops = 260.133560930804 Gflops = 0.260133560930804 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001178488 Relative Rsd = 5.16809502848097e-07
BICGSTAB_SOLVER_TIME: 0.702682 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132033
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040722 s
InvBiCGStab: k = 67 resid = 2.071658e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256426(s) Flops=442607616 => 1726.06372208746 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248505.710073859 Mflops = 248.505710073859 Gflops = 0.248505710073859 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061967 s
InvBiCGStab: k = 105 resid = 9.777015e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.446007(s) Flops=691955712 => 1551.44585623096 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223375.138190402 Mflops = 223.375138190402 Gflops = 0.223375138190402 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001166699 Relative Rsd = 5.11639690930515e-07
BICGSTAB_SOLVER_TIME: 0.809499 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127387
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137303
Monitoring force
num_pf = 1
MInvCG2: 247 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.089771(s) Flops=1593925632 => 1462.62437888327 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210604.796110161 Mflops = 210.604796110161 Gflops = 0.210604796110161 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176801000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.427901
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021393
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041274 s
InvBiCGStab: k = 39 resid = 1.861384e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.151534(s) Flops=258877440 => 1708.37858170444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245901.668650932 Mflops = 245.901668650932 Gflops = 0.245901668650932 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069499 s
InvBiCGStab: k = 75 resid = 9.083232e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331182(s) Flops=495101952 => 1494.95429099408 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215235.236388387 Mflops = 215.235236388387 Gflops = 0.215235236388387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 114 iterations. Rsd = 0.0007724115 Relative Rsd = 3.38730247813477e-07
BICGSTAB_SOLVER_TIME: 0.597491 sec
2Flav::invert,  n_count = 114
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.128432
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0955650000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047181 s
InvBiCGStab: k = 67 resid = 2.103284e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273304(s) Flops=442607616 => 1619.46995287299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233158.381496701 Mflops = 233.158381496701 Gflops = 0.233158381496701 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055737 s
InvBiCGStab: k = 105 resid = 5.443089e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.392638(s) Flops=691955712 => 1762.32486921796 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253738.753305343 Mflops = 253.738753305343 Gflops = 0.253738753305343 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 172 iterations. Rsd = 0.001244889 Relative Rsd = 5.45928769044337e-07
BICGSTAB_SOLVER_TIME: 0.772745 sec
2Flav::invert,  n_count = 172
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115795
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137235
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041084 s
InvBiCGStab: k = 64 resid = 1.964357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265114(s) Flops=422922240 => 1595.24672405079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229664.74232993 Mflops = 229.66474232993 Gflops = 0.22966474232993 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055751 s
InvBiCGStab: k = 87 resid = 1.137769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.317124(s) Flops=573843456 => 1809.52389601544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260525.007947047 Mflops = 260.525007947047 Gflops = 0.260525007947047 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001177632 Relative Rsd = 5.16434013126537e-07
BICGSTAB_SOLVER_TIME: 0.682946 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122183
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040742 s
InvBiCGStab: k = 68 resid = 1.850533e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248648(s) Flops=449169408 => 1806.44689681799 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260076.774211653 Mflops = 260.076774211653 Gflops = 0.260076774211653 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055939 s
InvBiCGStab: k = 94 resid = 1.114518e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.343715(s) Flops=619776000 => 1803.16832259285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259610.888559422 Mflops = 259.610888559422 Gflops = 0.259610888559422 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001179431 Relative Rsd = 5.17222822329505e-07
BICGSTAB_SOLVER_TIME: 0.69291 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130518
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041119 s
InvBiCGStab: k = 59 resid = 2.07653e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22567(s) Flops=390113280 => 1728.68914787078 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248904.268712406 Mflops = 248.904268712406 Gflops = 0.248904268712406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058753 s
InvBiCGStab: k = 90 resid = 8.835346e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374463(s) Flops=593528832 => 1585.01329103276 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228201.185174751 Mflops = 228.201185174751 Gflops = 0.228201185174751 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001158697 Relative Rsd = 5.08130406366227e-07
BICGSTAB_SOLVER_TIME: 0.704587 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122624
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001684
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120368
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.099397(s) Flops=1587806208 => 1444.25190172431 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207969.518584281 Mflops = 207.969518584281 Gflops = 0.207969518584281 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176060000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.420055
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02123
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 1.850015e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.817882(s) Flops=1282516992 => 1568.09538784323 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225731.098973413 Mflops = 225.731098973413 Gflops = 0.225731098973413 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 277 resid = 1.061988e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.087141(s) Flops=1820583936 => 1674.65299901301 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241140.534016203 Mflops = 241.140534016203 Gflops = 0.241140534016203 Tflops
BICGSTAB_SOLVER: 472 iterations. Rsd = 0.00209164 Relative Rsd = 9.20148421633855e-07
BICGSTAB_SOLVER_TIME: 1.908603 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.119187
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001743
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.33706
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 2.089159e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.75562(s) Flops=1315325952 => 1740.72411000238 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250589.477274698 Mflops = 250.589477274698 Gflops = 0.250589477274697 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 206 resid = 1.049867e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.756187(s) Flops=1354696704 => 1791.4837255864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257959.591907718 Mflops = 257.959591907718 Gflops = 0.257959591907718 Tflops
BICGSTAB_SOLVER: 406 iterations. Rsd = 0.001954348 Relative Rsd = 8.59419841829478e-07
BICGSTAB_SOLVER_TIME: 1.51517 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116785
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001748
CLOV_LINOP: Time spent in clov deriv (total) = 0.116139
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001858
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289744999999998
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.153775(s) Flops=1587806208 => 1376.18357825399 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  198284.213152037 Mflops = 198.284213152037 Gflops = 0.198284213152037 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176328000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021704
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040459 s
InvBiCGStab: k = 35 resid = 1.909887e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128808(s) Flops=232630272 => 1806.02347680268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259927.694702539 Mflops = 259.927694702539 Gflops = 0.259927694702539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056002 s
InvBiCGStab: k = 54 resid = 7.549384e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212664(s) Flops=357304320 => 1680.13542489561 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241871.576811425 Mflops = 241.871576811425 Gflops = 0.241871576811425 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 89 iterations. Rsd = 0.0007207561 Relative Rsd = 3.16077496618812e-07
BICGSTAB_SOLVER_TIME: 0.443569 sec
2Flav::invert,  n_count = 89
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0781620000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040863 s
InvBiCGStab: k = 75 resid = 2.244616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273777(s) Flops=495101952 => 1808.41324143372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260363.996168577 Mflops = 260.363996168577 Gflops = 0.260363996168577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05599 s
InvBiCGStab: k = 114 resid = 3.599718e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.463433(s) Flops=751011840 => 1620.54027227237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233323.727763735 Mflops = 233.323727763735 Gflops = 0.233323727763735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001309845 Relative Rsd = 5.74414016633906e-07
BICGSTAB_SOLVER_TIME: 0.838705 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124843
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149644999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054896 s
InvBiCGStab: k = 63 resid = 2.21964e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257666(s) Flops=416360448 => 1615.89207734043 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232650.925556934 Mflops = 232.650925556934 Gflops = 0.232650925556934 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056855 s
InvBiCGStab: k = 90 resid = 6.403076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336298(s) Flops=593528832 => 1764.8895681806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254093.973721925 Mflops = 254.093973721925 Gflops = 0.254093973721925 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001161743 Relative Rsd = 5.09466087886987e-07
BICGSTAB_SOLVER_TIME: 0.709537 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116067
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12323
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042201 s
InvBiCGStab: k = 77 resid = 2.169934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29299(s) Flops=508225536 => 1734.61734530189 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249738.603047776 Mflops = 249.738603047776 Gflops = 0.249738603047776 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056669 s
InvBiCGStab: k = 92 resid = 1.052592e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342533(s) Flops=606652416 => 1771.07728598412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254985.486377231 Mflops = 254.985486377231 Gflops = 0.254985486377231 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001200473 Relative Rsd = 5.26450680064543e-07
BICGSTAB_SOLVER_TIME: 0.738247 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134969
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04892 s
InvBiCGStab: k = 60 resid = 1.966583e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286683(s) Flops=396675072 => 1383.67141407059 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  199210.373627851 Mflops = 199.210373627851 Gflops = 0.199210373627851 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073962 s
InvBiCGStab: k = 92 resid = 1.007294e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373183(s) Flops=606652416 => 1625.61642947294 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234040.044752227 Mflops = 234.040044752227 Gflops = 0.234040044752227 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001181734 Relative Rsd = 5.18232790128503e-07
BICGSTAB_SOLVER_TIME: 0.791315 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124819
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12278
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.114313(s) Flops=1587732480 => 1424.85323244008 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205199.719011574 Mflops = 205.199719011574 Gflops = 0.205199719011574 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176179000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.416813
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021444
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040936 s
InvBiCGStab: k = 30 resid = 1.967965e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.110777(s) Flops=199821312 => 1803.81588235825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259629.779822996 Mflops = 259.629779822996 Gflops = 0.259629779822996 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055969 s
InvBiCGStab: k = 63 resid = 1.063268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231379(s) Flops=416360448 => 1799.47379840003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259051.670980678 Mflops = 259.051670980678 Gflops = 0.259051670980678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.0007775556 Relative Rsd = 3.40986121650519e-07
BICGSTAB_SOLVER_TIME: 0.44296 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0806010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040485 s
InvBiCGStab: k = 75 resid = 1.952662e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274056(s) Flops=495101952 => 1806.57220422104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260097.751217507 Mflops = 260.097751217507 Gflops = 0.260097751217507 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05622 s
InvBiCGStab: k = 111 resid = 1.063648e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.421375(s) Flops=731326464 => 1735.57155502818 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249877.676271932 Mflops = 249.877676271932 Gflops = 0.249877676271932 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 186 iterations. Rsd = 0.001317606 Relative Rsd = 5.77817520817083e-07
BICGSTAB_SOLVER_TIME: 0.796417 sec
2Flav::invert,  n_count = 186
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119877
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043963 s
InvBiCGStab: k = 62 resid = 2.153503e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292104(s) Flops=409798656 => 1402.92038452058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201976.657048974 Mflops = 201.976657048974 Gflops = 0.201976657048974 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073308 s
InvBiCGStab: k = 86 resid = 1.139705e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330106(s) Flops=567281664 => 1718.48334777314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247411.641286013 Mflops = 247.411641286013 Gflops = 0.247411641286013 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001149965 Relative Rsd = 5.04301125938616e-07
BICGSTAB_SOLVER_TIME: 0.743313 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116744
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001799
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119803
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048427 s
InvBiCGStab: k = 69 resid = 2.137392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300301(s) Flops=455731200 => 1517.58136003543 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218493.472431325 Mflops = 218.493472431325 Gflops = 0.218493472431325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056918 s
InvBiCGStab: k = 111 resid = 1.089392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.456817(s) Flops=731326464 => 1600.91779421519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230497.381942068 Mflops = 230.497381942068 Gflops = 0.230497381942068 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001202898 Relative Rsd = 5.27513844367941e-07
BICGSTAB_SOLVER_TIME: 0.866335 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113975
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.142981
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04433 s
InvBiCGStab: k = 66 resid = 1.97733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.271645(s) Flops=436045824 => 1605.2046752195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231099.539594816 Mflops = 231.099539594816 Gflops = 0.231099539594816 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064921 s
InvBiCGStab: k = 101 resid = 6.131889e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.422614(s) Flops=665708544 => 1575.21649543082 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226619.216089913 Mflops = 226.619216089913 Gflops = 0.226619216089913 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001220051 Relative Rsd = 5.35036350823713e-07
BICGSTAB_SOLVER_TIME: 0.80736 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115174
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135137
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.069296(s) Flops=1587585024 => 1484.70117161198 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213783.270897717 Mflops = 213.783270897717 Gflops = 0.213783270897717 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176442000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43422
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021206
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045417 s
InvBiCGStab: k = 28 resid = 1.791939e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107974(s) Flops=186697728 => 1729.09893122418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248862.584380077 Mflops = 248.862584380077 Gflops = 0.248862584380077 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058873 s
InvBiCGStab: k = 68 resid = 7.626076e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26384(s) Flops=449169408 => 1702.43104912068 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245086.162878678 Mflops = 245.086162878678 Gflops = 0.245086162878678 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 96 iterations. Rsd = 0.0007320241 Relative Rsd = 3.21018900512701e-07
BICGSTAB_SOLVER_TIME: 0.480037 sec
2Flav::invert,  n_count = 96
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119202
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0827550000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041458 s
InvBiCGStab: k = 66 resid = 1.884089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24283(s) Flops=436045824 => 1795.68349874398 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258528.452085578 Mflops = 258.528452085578 Gflops = 0.258528452085578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058959 s
InvBiCGStab: k = 92 resid = 9.086878e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.364352(s) Flops=606652416 => 1665.01738977692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239716.129672388 Mflops = 239.716129672388 Gflops = 0.239716129672388 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001123447 Relative Rsd = 4.92671818711738e-07
BICGSTAB_SOLVER_TIME: 0.71151 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117281
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127142
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04654 s
InvBiCGStab: k = 73 resid = 1.828548e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.278405(s) Flops=481978368 => 1731.21304574271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249252.345304849 Mflops = 249.252345304849 Gflops = 0.249252345304849 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055883 s
InvBiCGStab: k = 98 resid = 1.04357e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389407(s) Flops=646023168 => 1658.99218041792 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238855.68994334 Mflops = 238.85568994334 Gflops = 0.23885568994334 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001175158 Relative Rsd = 5.15348998435534e-07
BICGSTAB_SOLVER_TIME: 0.774031 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11543
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136496
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.055455 s
InvBiCGStab: k = 72 resid = 1.659546e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282052(s) Flops=475416576 => 1685.56356983819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242676.449418991 Mflops = 242.676449418991 Gflops = 0.242676449418991 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060232 s
InvBiCGStab: k = 93 resid = 8.428057e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.35755(s) Flops=613214208 => 1715.04463152007 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246917.966376091 Mflops = 246.917966376091 Gflops = 0.246917966376091 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00117804 Relative Rsd = 5.16612849359661e-07
BICGSTAB_SOLVER_TIME: 0.759096 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115466
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132035
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042462 s
InvBiCGStab: k = 69 resid = 2.193085e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266174(s) Flops=455731200 => 1712.15520674446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246502.328046539 Mflops = 246.502328046539 Gflops = 0.246502328046539 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05906 s
InvBiCGStab: k = 99 resid = 6.384287e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383071(s) Flops=652584960 => 1703.5613763506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245277.014115685 Mflops = 245.277014115685 Gflops = 0.245277014115685 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001160356 Relative Rsd = 5.08858003852519e-07
BICGSTAB_SOLVER_TIME: 0.75519 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115279
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134058
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.069615(s) Flops=1587437568 => 1484.12051813036 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213708.593140332 Mflops = 213.708593140332 Gflops = 0.213708593140332 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176537000000002
CLOV_LINOP: Time spent in clov deriv (total) = 1.450647
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021432
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042282 s
InvBiCGStab: k = 32 resid = 1.501079e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132068(s) Flops=212944896 => 1612.38828482297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232097.178345033 Mflops = 232.097178345033 Gflops = 0.232097178345033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056699 s
InvBiCGStab: k = 49 resid = 1.137783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19446(s) Flops=324495360 => 1668.69978401728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240217.098235968 Mflops = 240.217098235968 Gflops = 0.240217098235968 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.000757325 Relative Rsd = 3.32114277181736e-07
BICGSTAB_SOLVER_TIME: 0.429322 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116065
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720120000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040917 s
InvBiCGStab: k = 68 resid = 2.274725e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252547(s) Flops=449169408 => 1778.55768629206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256049.932879502 Mflops = 256.049932879502 Gflops = 0.256049932879502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060079 s
InvBiCGStab: k = 98 resid = 9.963733e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.372478(s) Flops=646023168 => 1734.39281783085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249706.173819017 Mflops = 249.706173819017 Gflops = 0.249706173819017 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001231191 Relative Rsd = 5.39921699283982e-07
BICGSTAB_SOLVER_TIME: 0.72995 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042781 s
InvBiCGStab: k = 65 resid = 1.928507e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284683(s) Flops=429484032 => 1508.63954644289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217199.917744717 Mflops = 217.199917744717 Gflops = 0.217199917744717 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063919 s
InvBiCGStab: k = 97 resid = 1.073243e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.431671(s) Flops=639461376 => 1481.36283419549 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213287.062747423 Mflops = 213.287062747423 Gflops = 0.213287062747423 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.00120519 Relative Rsd = 5.28519064302343e-07
BICGSTAB_SOLVER_TIME: 0.827412 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120858
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129833
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041154 s
InvBiCGStab: k = 70 resid = 2.218655e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283019(s) Flops=462292992 => 1633.43447613058 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235170.76163471 Mflops = 235.17076163471 Gflops = 0.23517076163471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059605 s
InvBiCGStab: k = 96 resid = 1.077001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373671(s) Flops=632899584 => 1693.7348202028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243863.276652814 Mflops = 243.863276652814 Gflops = 0.243863276652814 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001215701 Relative Rsd = 5.3312847504065e-07
BICGSTAB_SOLVER_TIME: 0.761332 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132933
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040762 s
InvBiCGStab: k = 75 resid = 2.240889e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291916(s) Flops=495101952 => 1696.0425327834 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244189.600742351 Mflops = 244.189600742352 Gflops = 0.244189600742351 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056028 s
InvBiCGStab: k = 99 resid = 8.072068e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.365901(s) Flops=652584960 => 1783.5014389138 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256785.720939164 Mflops = 256.785720939164 Gflops = 0.256785720939164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001185458 Relative Rsd = 5.19866157654213e-07
BICGSTAB_SOLVER_TIME: 0.758484 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11645
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138376
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.088265(s) Flops=1587363840 => 1458.61884743146 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210024.77564391 Mflops = 210.02477564391 Gflops = 0.21002477564391 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176508000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.440386
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 208 resid = 1.817563e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.79249(s) Flops=1367820288 => 1725.97797827102 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248551.096260505 Mflops = 248.551096260505 Gflops = 0.248551096260505 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 247 resid = 8.743136e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.960327(s) Flops=1623730176 => 1690.80966795685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243467.423026671 Mflops = 243.467423026671 Gflops = 0.243467423026671 Tflops
BICGSTAB_SOLVER: 455 iterations. Rsd = 0.002063638 Relative Rsd = 9.07863283293389e-07
BICGSTAB_SOLVER_TIME: 1.756641 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120394
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0.119629
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001739
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.324756999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.224747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.834954(s) Flops=1335011328 => 1598.90404501326 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230162.097706629 Mflops = 230.162097706629 Gflops = 0.230162097706629 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 204 resid = 1.09685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.816368(s) Flops=1341573120 => 1643.34359014562 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236626.279932195 Mflops = 236.626279932195 Gflops = 0.236626279932195 Tflops
BICGSTAB_SOLVER: 407 iterations. Rsd = 0.002201689 Relative Rsd = 9.6819728847607e-07
BICGSTAB_SOLVER_TIME: 1.656553 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0.11489
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.290341999999998
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.053016(s) Flops=1587363840 => 1507.44512903887 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  217317.400955554 Mflops = 217.317400955554 Gflops = 0.217317400955554 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.177007000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.44656
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021208
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041203 s
InvBiCGStab: k = 34 resid = 2.044279e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.128783(s) Flops=226068480 => 1755.42175597711 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252687.791584552 Mflops = 252.687791584552 Gflops = 0.252687791584552 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074549 s
InvBiCGStab: k = 59 resid = 1.005727e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254531(s) Flops=390113280 => 1532.67491975437 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220655.557964123 Mflops = 220.655557964123 Gflops = 0.220655557964123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 93 iterations. Rsd = 0.000758945 Relative Rsd = 3.32824670040405e-07
BICGSTAB_SOLVER_TIME: 0.502952 sec
2Flav::invert,  n_count = 93
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123587
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0807080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040676 s
InvBiCGStab: k = 76 resid = 2.225753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.300495(s) Flops=501663744 => 1669.45787450706 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240361.52314684 Mflops = 240.36152314684 Gflops = 0.24036152314684 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067896 s
InvBiCGStab: k = 111 resid = 9.098147e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.430068(s) Flops=731326464 => 1700.49030385892 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244834.936013535 Mflops = 244.834936013535 Gflops = 0.244834936013535 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 187 iterations. Rsd = 0.001336961 Relative Rsd = 5.86305528512032e-07
BICGSTAB_SOLVER_TIME: 0.843066 sec
2Flav::invert,  n_count = 187
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.147875999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040975 s
InvBiCGStab: k = 63 resid = 2.120381e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.242788(s) Flops=416360448 => 1714.91362011302 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246894.561857688 Mflops = 246.894561857688 Gflops = 0.246894561857688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065873 s
InvBiCGStab: k = 91 resid = 1.075466e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360512(s) Flops=600090624 => 1664.55103852299 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239660.319543713 Mflops = 239.660319543713 Gflops = 0.239660319543713 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001190591 Relative Rsd = 5.22116798629739e-07
BICGSTAB_SOLVER_TIME: 0.713906 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12412
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046086 s
InvBiCGStab: k = 75 resid = 1.965797e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.302831(s) Flops=495101952 => 1634.91172304024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235360.605535105 Mflops = 235.360605535105 Gflops = 0.235360605535105 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065637 s
InvBiCGStab: k = 98 resid = 8.577614e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.409831(s) Flops=646023168 => 1576.31601318592 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226956.240721749 Mflops = 226.956240721749 Gflops = 0.226956240721749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 173 iterations. Rsd = 0.001237768 Relative Rsd = 5.42805950447718e-07
BICGSTAB_SOLVER_TIME: 0.82816 sec
2Flav::invert,  n_count = 173
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11822
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.137892
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040943 s
InvBiCGStab: k = 76 resid = 2.223394e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.284846(s) Flops=501663744 => 1761.17531578467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253569.662616557 Mflops = 253.569662616557 Gflops = 0.253569662616557 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056638 s
InvBiCGStab: k = 102 resid = 1.131077e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373775(s) Flops=672270336 => 1798.59631061467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258963.74193449 Mflops = 258.96374193449 Gflops = 0.25896374193449 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 178 iterations. Rsd = 0.001226951 Relative Rsd = 5.38062323193031e-07
BICGSTAB_SOLVER_TIME: 0.760055 sec
2Flav::invert,  n_count = 178
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11355
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141691
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.984636(s) Flops=1587142656 => 1611.90801067603 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  232091.424623647 Mflops = 232.091424623647 Gflops = 0.232091424623647 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176447000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.454333
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021144
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042951 s
InvBiCGStab: k = 34 resid = 2.193418e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13513(s) Flops=226068480 => 1672.97032487235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240807.846139645 Mflops = 240.807846139645 Gflops = 0.240807846139645 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063273 s
InvBiCGStab: k = 45 resid = 1.0995e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.184757(s) Flops=298248192 => 1614.27275827168 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232369.788629453 Mflops = 232.369788629453 Gflops = 0.232369788629453 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007452547 Relative Rsd = 3.26820995258499e-07
BICGSTAB_SOLVER_TIME: 0.430074 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127366
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706210000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045918 s
InvBiCGStab: k = 94 resid = 2.242958e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.3569(s) Flops=619776000 => 1736.55365648641 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250023.489217197 Mflops = 250.023489217197 Gflops = 0.250023489217197 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064768 s
InvBiCGStab: k = 113 resid = 1.129977e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.452925(s) Flops=744450048 => 1643.64971684054 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236653.349374807 Mflops = 236.653349374808 Gflops = 0.236653349374808 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 207 iterations. Rsd = 0.001348699 Relative Rsd = 5.9145308162355e-07
BICGSTAB_SOLVER_TIME: 0.924416 sec
2Flav::invert,  n_count = 207
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116774
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001837
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162361999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041739 s
InvBiCGStab: k = 68 resid = 1.591885e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273195(s) Flops=449169408 => 1644.13480480975 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236697.437380788 Mflops = 236.697437380788 Gflops = 0.236697437380788 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064505 s
InvBiCGStab: k = 98 resid = 1.132718e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375778(s) Flops=646023168 => 1719.16176040109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247512.770693772 Mflops = 247.512770693772 Gflops = 0.247512770693772 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001164232 Relative Rsd = 5.10557739377962e-07
BICGSTAB_SOLVER_TIME: 0.759109 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116077
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132813
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046283 s
InvBiCGStab: k = 65 resid = 2.25088e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264467(s) Flops=429484032 => 1623.96076637161 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233805.576382775 Mflops = 233.805576382775 Gflops = 0.233805576382775 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057544 s
InvBiCGStab: k = 86 resid = 1.126323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374015(s) Flops=567281664 => 1516.73506142802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218376.495506247 Mflops = 218.376495506247 Gflops = 0.218376495506247 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001184733 Relative Rsd = 5.19548152830883e-07
BICGSTAB_SOLVER_TIME: 0.746329 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120264
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122004
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040603 s
InvBiCGStab: k = 73 resid = 1.635289e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274953(s) Flops=481978368 => 1752.94820569334 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252380.144562958 Mflops = 252.380144562958 Gflops = 0.252380144562958 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056265 s
InvBiCGStab: k = 85 resid = 1.038672e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.318031(s) Flops=560719872 => 1763.09816338659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253834.090084596 Mflops = 253.834090084596 Gflops = 0.253834090084596 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001195196 Relative Rsd = 5.24136325809275e-07
BICGSTAB_SOLVER_TIME: 0.693789 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127166
Monitoring force
num_pf = 1
MInvCG2: 246 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986486(s) Flops=1586921472 => 1608.6609156136 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231645.750714931 Mflops = 231.645750714931 Gflops = 0.231645750714931 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.176482000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449208
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021264
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045626 s
InvBiCGStab: k = 38 resid = 1.40508e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148782(s) Flops=252315648 => 1695.87482356737 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244110.334539566 Mflops = 244.110334539566 Gflops = 0.244110334539566 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056462 s
InvBiCGStab: k = 59 resid = 1.073322e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24497(s) Flops=390113280 => 1592.49410131853 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229272.328739937 Mflops = 229.272328739937 Gflops = 0.229272328739937 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 97 iterations. Rsd = 0.0007521455 Relative Rsd = 3.29842857917063e-07
BICGSTAB_SOLVER_TIME: 0.501871 sec
2Flav::invert,  n_count = 97
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122509
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0834410000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049991 s
InvBiCGStab: k = 63 resid = 1.998575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240785(s) Flops=416360448 => 1729.17934256702 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248936.498510885 Mflops = 248.936498510885 Gflops = 0.248936498510885 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057945 s
InvBiCGStab: k = 78 resid = 8.24154e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30616(s) Flops=514787328 => 1681.43234909851 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242077.180781516 Mflops = 242.077180781516 Gflops = 0.242077180781516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001142684 Relative Rsd = 5.01108161471512e-07
BICGSTAB_SOLVER_TIME: 0.666395 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117835
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001814
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044338 s
InvBiCGStab: k = 68 resid = 1.775855e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258052(s) Flops=449169408 => 1740.61587586998 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250611.997730735 Mflops = 250.611997730735 Gflops = 0.250611997730735 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057169 s
InvBiCGStab: k = 86 resid = 8.880452e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.341917(s) Flops=567281664 => 1659.12096795421 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238867.311112982 Mflops = 238.867311112982 Gflops = 0.238867311112982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001158213 Relative Rsd = 5.07918079819392e-07
BICGSTAB_SOLVER_TIME: 0.705359 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120951
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125716
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041065 s
InvBiCGStab: k = 67 resid = 1.923253e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244864(s) Flops=442607616 => 1807.56508102457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260237.804617304 Mflops = 260.237804617304 Gflops = 0.260237804617304 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056132 s
InvBiCGStab: k = 87 resid = 1.100824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356941(s) Flops=573843456 => 1607.67033207169 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231465.520615066 Mflops = 231.465520615066 Gflops = 0.231465520615066 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001159743 Relative Rsd = 5.0858911134899e-07
BICGSTAB_SOLVER_TIME: 0.703031 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118049
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001811
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124159
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046144 s
InvBiCGStab: k = 69 resid = 2.146248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.311174(s) Flops=455731200 => 1464.55423653647 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210859.289009391 Mflops = 210.859289009391 Gflops = 0.210859289009391 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056282 s
InvBiCGStab: k = 86 resid = 9.082569e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323446(s) Flops=567281664 => 1753.86823148223 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252509.701805746 Mflops = 252.509701805746 Gflops = 0.252509701805746 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001176699 Relative Rsd = 5.16024675725113e-07
BICGSTAB_SOLVER_TIME: 0.740888 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11437
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125482
Monitoring force
num_pf = 1
MInvCG2: 245 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.98281(s) Flops=1580654592 => 1608.30129119565 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231579.387725483 Mflops = 231.579387725483 Gflops = 0.231579387725483 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175450000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021247
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043717 s
InvBiCGStab: k = 24 resid = 1.897666e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103207(s) Flops=160450560 => 1554.64803743932 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223731.814402589 Mflops = 223.731814402589 Gflops = 0.223731814402589 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073377 s
InvBiCGStab: k = 66 resid = 1.106877e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307564(s) Flops=436045824 => 1417.74012563239 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  204104.055926762 Mflops = 204.104055926762 Gflops = 0.204104055926762 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007898298 Relative Rsd = 3.46368796164164e-07
BICGSTAB_SOLVER_TIME: 0.53182 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785310000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042018 s
InvBiCGStab: k = 67 resid = 1.755372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268241(s) Flops=442607616 => 1650.03715315705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237561.47471811 Mflops = 237.56147471811 Gflops = 0.23756147471811 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057063 s
InvBiCGStab: k = 88 resid = 1.079954e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32467(s) Flops=580405248 => 1787.6774817507 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257374.189979946 Mflops = 257.374189979946 Gflops = 0.257374189979946 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001183695 Relative Rsd = 5.19092868352721e-07
BICGSTAB_SOLVER_TIME: 0.695861 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114592
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124989000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041514 s
InvBiCGStab: k = 69 resid = 1.804166e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253339(s) Flops=455731200 => 1798.89870884467 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258992.996075647 Mflops = 258.992996075647 Gflops = 0.258992996075647 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056166 s
InvBiCGStab: k = 97 resid = 7.937958e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.407814(s) Flops=639461376 => 1568.0221277347 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225764.94231873 Mflops = 225.76494231873 Gflops = 0.22576494231873 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001218765 Relative Rsd = 5.34472324930607e-07
BICGSTAB_SOLVER_TIME: 0.762702 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115388
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132843
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040765 s
InvBiCGStab: k = 71 resid = 1.97328e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258829(s) Flops=468854784 => 1811.44610534368 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260789.443171675 Mflops = 260.789443171675 Gflops = 0.260789443171675 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056226 s
InvBiCGStab: k = 103 resid = 5.108807e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375125(s) Flops=678832128 => 1809.61580273242 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260547.150086315 Mflops = 260.547150086315 Gflops = 0.260547150086315 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 174 iterations. Rsd = 0.001214529 Relative Rsd = 5.32614786722724e-07
BICGSTAB_SOLVER_TIME: 0.734825 sec
2Flav::invert,  n_count = 174
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001861
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.138795
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044759 s
InvBiCGStab: k = 65 resid = 2.212351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.260464(s) Flops=429484032 => 1648.91897536704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237398.709685763 Mflops = 237.398709685763 Gflops = 0.237398709685763 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064669 s
InvBiCGStab: k = 90 resid = 1.041774e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.373259(s) Flops=593528832 => 1590.12597686861 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228942.714882344 Mflops = 228.942714882344 Gflops = 0.228942714882344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001171964 Relative Rsd = 5.13948327327345e-07
BICGSTAB_SOLVER_TIME: 0.747157 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115933
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124818
Monitoring force
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.048141(s) Flops=1574166528 => 1501.86523378057 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216258.783449245 Mflops = 216.258783449245 Gflops = 0.216258783449245 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.175142000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.449729
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021276
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 2.039308e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.786236(s) Flops=1289078784 => 1639.5570592036 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236082.72146868 Mflops = 236.08272146868 Gflops = 0.23608272146868 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 234 resid = 1.130342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.891166(s) Flops=1538426880 => 1726.30787081195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248576.868037707 Mflops = 248.576868037707 Gflops = 0.248576868037707 Tflops
BICGSTAB_SOLVER: 430 iterations. Rsd = 0.002065709 Relative Rsd = 9.08807059083067e-07
BICGSTAB_SOLVER_TIME: 1.68087 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001756
CLOV_LINOP: Time spent in clov deriv (total) = 0.115848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00177
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.306807999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 195 resid = 2.186046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.723164(s) Flops=1282516992 => 1773.48014005122 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255336.334974938 Mflops = 255.336334974938 Gflops = 0.255336334974938 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 210 resid = 1.089978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.785034(s) Flops=1380943872 => 1759.08797835508 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253298.677655559 Mflops = 253.298677655559 Gflops = 0.253298677655559 Tflops
BICGSTAB_SOLVER: 405 iterations. Rsd = 0.001969709 Relative Rsd = 8.66187573831393e-07
BICGSTAB_SOLVER_TIME: 1.511611 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12505
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.123488
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.289242999999998
num_pf = 1
MInvCG2: 244 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.093037(s) Flops=1574166528 => 1440.17679913855 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207371.223628853 Mflops = 207.371223628853 Gflops = 0.207371223628853 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.174930000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.447438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021286
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048148 s
InvBiCGStab: k = 39 resid = 1.530151e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.152046(s) Flops=258877440 => 1702.62578430212 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245094.682703831 Mflops = 245.094682703831 Gflops = 0.245094682703831 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059458 s
InvBiCGStab: k = 63 resid = 1.055247e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250361(s) Flops=416360448 => 1663.04036171768 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239422.067499144 Mflops = 239.422067499144 Gflops = 0.239422067499144 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 102 iterations. Rsd = 0.0007423898 Relative Rsd = 3.25564623497419e-07
BICGSTAB_SOLVER_TIME: 0.513762 sec
2Flav::invert,  n_count = 102
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116871
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0869840000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.058956 s
InvBiCGStab: k = 73 resid = 2.143379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313425(s) Flops=481978368 => 1537.77895190237 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221399.189032035 Mflops = 221.399189032035 Gflops = 0.221399189032035 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.074047 s
InvBiCGStab: k = 107 resid = 1.099407e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.485386(s) Flops=705079296 => 1452.61564198391 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209151.684453026 Mflops = 209.151684453026 Gflops = 0.209151684453026 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 180 iterations. Rsd = 0.001319412 Relative Rsd = 5.7860959736773e-07
BICGSTAB_SOLVER_TIME: 0.935746 sec
2Flav::invert,  n_count = 180
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125088
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001718
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1428
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044725 s
InvBiCGStab: k = 66 resid = 1.920675e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264054(s) Flops=436045824 => 1651.35095094185 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237744.19810071 Mflops = 237.74419810071 Gflops = 0.23774419810071 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05713 s
InvBiCGStab: k = 96 resid = 1.12487e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370626(s) Flops=632899584 => 1707.6502565929 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245859.886574775 Mflops = 245.859886574775 Gflops = 0.245859886574775 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001174226 Relative Rsd = 5.149402736618e-07
BICGSTAB_SOLVER_TIME: 0.740615 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116679
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129915
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046197 s
InvBiCGStab: k = 67 resid = 2.066388e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258245(s) Flops=442607616 => 1713.90584909679 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246750.408070111 Mflops = 246.750408070111 Gflops = 0.246750408070111 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066311 s
InvBiCGStab: k = 99 resid = 4.277187e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379327(s) Flops=652584960 => 1720.37571804802 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247689.533699567 Mflops = 247.689533699567 Gflops = 0.247689533699567 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001202467 Relative Rsd = 5.27325052934858e-07
BICGSTAB_SOLVER_TIME: 0.753921 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117584
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132816
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041167 s
InvBiCGStab: k = 66 resid = 1.437838e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.25145(s) Flops=436045824 => 1734.12536886061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249668.468878066 Mflops = 249.668468878066 Gflops = 0.249668468878066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056206 s
InvBiCGStab: k = 100 resid = 1.034376e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386811(s) Flops=659146752 => 1704.05379371321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245349.724135188 Mflops = 245.349724135188 Gflops = 0.245349724135188 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 166 iterations. Rsd = 0.001165827 Relative Rsd = 5.11257053885907e-07
BICGSTAB_SOLVER_TIME: 0.739803 sec
2Flav::invert,  n_count = 166
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119978
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132819
Monitoring force
num_pf = 1
MInvCG2: 242 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.094826(s) Flops=1561559040 => 1426.30796126508 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  205395.362812619 Mflops = 205.395362812619 Gflops = 0.205395362812619 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.173271000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.394195
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021257
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040641 s
InvBiCGStab: k = 38 resid = 1.605353e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.160305(s) Flops=252315648 => 1573.97241508375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226582.131280951 Mflops = 226.582131280951 Gflops = 0.226582131280951 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056471 s
InvBiCGStab: k = 65 resid = 1.149323e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24603(s) Flops=429484032 => 1745.65716376052 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251305.670285749 Mflops = 251.305670285749 Gflops = 0.251305670285749 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 103 iterations. Rsd = 0.0007756432 Relative Rsd = 3.40147434343137e-07
BICGSTAB_SOLVER_TIME: 0.507227 sec
2Flav::invert,  n_count = 103
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116203
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0878300000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046432 s
InvBiCGStab: k = 75 resid = 1.430179e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330685(s) Flops=495101952 => 1497.20111888958 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215555.655828511 Mflops = 215.555655828511 Gflops = 0.215555655828511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064127 s
InvBiCGStab: k = 108 resid = 1.035115e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.47869(s) Flops=711641088 => 1486.64289623765 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214052.73459415 Mflops = 214.05273459415 Gflops = 0.21405273459415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001335531 Relative Rsd = 5.85678555123795e-07
BICGSTAB_SOLVER_TIME: 0.924204 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120666
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145272
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043547 s
InvBiCGStab: k = 61 resid = 1.765819e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240545(s) Flops=403236864 => 1676.34689559126 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241334.682880643 Mflops = 241.334682880643 Gflops = 0.241334682880643 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064236 s
InvBiCGStab: k = 100 resid = 1.136089e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371836(s) Flops=659146752 => 1772.68137566024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255212.839650619 Mflops = 255.212839650619 Gflops = 0.255212839650619 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.001148231 Relative Rsd = 5.03540395504765e-07
BICGSTAB_SOLVER_TIME: 0.724051 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129025
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041273 s
InvBiCGStab: k = 80 resid = 2.19875e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301486(s) Flops=527910912 => 1751.02960668157 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252100.786269041 Mflops = 252.100786269041 Gflops = 0.252100786269041 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061063 s
InvBiCGStab: k = 88 resid = 1.01541e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.342179(s) Flops=580405248 => 1696.20358934943 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244215.208042693 Mflops = 244.215208042693 Gflops = 0.244215208042693 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001209109 Relative Rsd = 5.30237791286171e-07
BICGSTAB_SOLVER_TIME: 0.749835 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116013
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001757
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134497
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041107 s
InvBiCGStab: k = 64 resid = 1.888667e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.247411(s) Flops=422922240 => 1709.39141751984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246100.729508406 Mflops = 246.100729508406 Gflops = 0.246100729508406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05785 s
InvBiCGStab: k = 100 resid = 7.741974e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381124(s) Flops=659146752 => 1729.48109276771 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249003.967224329 Mflops = 249.003967224329 Gflops = 0.249003967224329 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.001174189 Relative Rsd = 5.14924141132635e-07
BICGSTAB_SOLVER_TIME: 0.733819 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120369
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131415
Monitoring force
num_pf = 1
MInvCG2: 239 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.069193(s) Flops=1542832128 => 1442.98749430645 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207909.702398878 Mflops = 207.909702398878 Gflops = 0.207909702398878 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.171421000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.418742
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021216
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.048595 s
InvBiCGStab: k = 26 resid = 2.14327e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096983(s) Flops=173574144 => 1789.7378303414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257623.814862269 Mflops = 257.623814862269 Gflops = 0.257623814862269 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056835 s
InvBiCGStab: k = 68 resid = 9.117791e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.250864(s) Flops=449169408 => 1790.48969959819 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257769.207945627 Mflops = 257.769207945627 Gflops = 0.257769207945627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 94 iterations. Rsd = 0.0007400256 Relative Rsd = 3.24527853236991e-07
BICGSTAB_SOLVER_TIME: 0.457137 sec
2Flav::invert,  n_count = 94
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116443
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0813960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041665 s
InvBiCGStab: k = 69 resid = 1.522942e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.281988(s) Flops=455731200 => 1616.13685688753 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232688.162164826 Mflops = 232.688162164826 Gflops = 0.232688162164826 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064812 s
InvBiCGStab: k = 102 resid = 7.369181e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.445227(s) Flops=672270336 => 1509.94961222028 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217409.403939841 Mflops = 217.409403939841 Gflops = 0.217409403939841 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 171 iterations. Rsd = 0.001136389 Relative Rsd = 4.98347252682662e-07
BICGSTAB_SOLVER_TIME: 0.838355 sec
2Flav::invert,  n_count = 171
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130487
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.136568
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045608 s
InvBiCGStab: k = 68 resid = 1.180993e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259902(s) Flops=449169408 => 1728.2260544359 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248798.321925464 Mflops = 248.798321925464 Gflops = 0.248798321925464 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068107 s
InvBiCGStab: k = 85 resid = 1.071104e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.321234(s) Flops=560719872 => 1745.5184444984 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251315.099172805 Mflops = 251.315099172805 Gflops = 0.251315099172805 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001144897 Relative Rsd = 5.02078563732208e-07
BICGSTAB_SOLVER_TIME: 0.698812 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118188
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001751
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123348
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040982 s
InvBiCGStab: k = 62 resid = 2.172997e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.226715(s) Flops=409798656 => 1807.54981364268 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260222.498298086 Mflops = 260.222498298086 Gflops = 0.260222498298086 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05565 s
InvBiCGStab: k = 91 resid = 8.413045e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.346943(s) Flops=600090624 => 1729.65191400316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249022.792460593 Mflops = 249.022792460593 Gflops = 0.249022792460593 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001187673 Relative Rsd = 5.20837427804137e-07
BICGSTAB_SOLVER_TIME: 0.677494 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115048
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123806000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040959 s
InvBiCGStab: k = 68 resid = 1.727187e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280533(s) Flops=449169408 => 1601.1285944969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230521.904908641 Mflops = 230.521904908641 Gflops = 0.230521904908641 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057212 s
InvBiCGStab: k = 92 resid = 1.009785e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362979(s) Flops=606652416 => 1671.31546453101 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240623.11521371 Mflops = 240.62311521371 Gflops = 0.24062311521371 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001154011 Relative Rsd = 5.06075499937603e-07
BICGSTAB_SOLVER_TIME: 0.745592 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115248
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128366
Monitoring force
num_pf = 1
MInvCG2: 236 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.092992(s) Flops=1524031488 => 1394.36655346059 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  200772.270762468 Mflops = 200.772270762468 Gflops = 0.200772270762468 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168911000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.42613
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021406
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054437 s
InvBiCGStab: k = 23 resid = 2.161638e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.093267(s) Flops=153888768 => 1649.98089356364 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237445.717316019 Mflops = 237.445717316019 Gflops = 0.237445717316019 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072935 s
InvBiCGStab: k = 51 resid = 1.007545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19862(s) Flops=337618944 => 1699.82350216494 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244697.149075729 Mflops = 244.697149075729 Gflops = 0.244697149075729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007674913 Relative Rsd = 3.3657254756373e-07
BICGSTAB_SOLVER_TIME: 0.423074 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116024
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670590000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042013 s
InvBiCGStab: k = 69 resid = 2.254898e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286751(s) Flops=455731200 => 1589.2924523367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228814.419678578 Mflops = 228.814419678578 Gflops = 0.228814419678578 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057939 s
InvBiCGStab: k = 88 resid = 1.001863e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.383953(s) Flops=580405248 => 1511.65702052074 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217646.500931242 Mflops = 217.646500931242 Gflops = 0.217646500931242 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001172178 Relative Rsd = 5.14042161468505e-07
BICGSTAB_SOLVER_TIME: 0.774821 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119455
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128078
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047111 s
InvBiCGStab: k = 65 resid = 1.502673e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291179(s) Flops=429484032 => 1474.98285247219 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212360.204298825 Mflops = 212.360204298825 Gflops = 0.212360204298825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064037 s
InvBiCGStab: k = 82 resid = 1.093372e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312621(s) Flops=541034496 => 1730.64028328231 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249163.815403556 Mflops = 249.163815403556 Gflops = 0.249163815403556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001139121 Relative Rsd = 4.99545399287054e-07
BICGSTAB_SOLVER_TIME: 0.718843 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001826
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119198
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051015 s
InvBiCGStab: k = 68 resid = 2.215425e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.280766(s) Flops=449169408 => 1599.79986180663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230329.518383294 Mflops = 230.329518383294 Gflops = 0.230329518383294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055954 s
InvBiCGStab: k = 101 resid = 1.066876e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.367719(s) Flops=665708544 => 1810.37298589412 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260656.613699409 Mflops = 260.656613699409 Gflops = 0.260656613699409 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.001218638 Relative Rsd = 5.34416831072369e-07
BICGSTAB_SOLVER_TIME: 0.759319 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115056
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135211
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040708 s
InvBiCGStab: k = 64 resid = 1.684986e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235555(s) Flops=422922240 => 1795.42883827556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258489.201389403 Mflops = 258.489201389403 Gflops = 0.258489201389403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056247 s
InvBiCGStab: k = 95 resid = 1.1059e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.389715(s) Flops=626337792 => 1607.16880797506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231395.986215742 Mflops = 231.395986215742 Gflops = 0.231395986215742 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001180194 Relative Rsd = 5.17557317048154e-07
BICGSTAB_SOLVER_TIME: 0.726385 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116124
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00175
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127902
Monitoring force
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008537(s) Flops=1517690880 => 1504.84402654538 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216678.018956037 Mflops = 216.678018956037 Gflops = 0.216678018956037 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168402000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430921
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021243
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 217 resid = 1.940644e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.830937(s) Flops=1426876416 => 1717.18964975684 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247221.897457349 Mflops = 247.221897457349 Gflops = 0.247221897457349 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 228 resid = 9.457333e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.974861(s) Flops=1499056128 => 1537.71268724464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221421.259396192 Mflops = 221.421259396192 Gflops = 0.221421259396192 Tflops
BICGSTAB_SOLVER: 445 iterations. Rsd = 0.002052129 Relative Rsd = 9.028483725239e-07
BICGSTAB_SOLVER_TIME: 1.810357 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12274
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0.125552
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001745
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317516999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 182 resid = 1.745156e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772234(s) Flops=1197213696 => 1550.32502583414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  223180.49053638 Mflops = 223.18049053638 Gflops = 0.22318049053638 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 227 resid = 1.124754e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.833574(s) Flops=1492494336 => 1790.47611369836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257816.525971462 Mflops = 257.816525971462 Gflops = 0.257816525971462 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002021262 Relative Rsd = 8.88853820604287e-07
BICGSTAB_SOLVER_TIME: 1.609168 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117084
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.117637
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001856
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292156999999998
num_pf = 1
MInvCG2: 235 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.955854(s) Flops=1517690880 => 1587.7852475378 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  228697.613384288 Mflops = 228.697613384288 Gflops = 0.228697613384288 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168638000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021283
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044423 s
InvBiCGStab: k = 32 resid = 2.018174e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.132037(s) Flops=212944896 => 1612.7668456569 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232140.921095427 Mflops = 232.140921095427 Gflops = 0.232140921095427 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056507 s
InvBiCGStab: k = 66 resid = 7.980266e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279131(s) Flops=436045824 => 1562.15477320685 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224904.103510636 Mflops = 224.904103510636 Gflops = 0.224904103510636 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 98 iterations. Rsd = 0.0008044204 Relative Rsd = 3.52767309492168e-07
BICGSTAB_SOLVER_TIME: 0.515913 sec
2Flav::invert,  n_count = 98
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0841020000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041069 s
InvBiCGStab: k = 84 resid = 1.517575e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313929(s) Flops=554158080 => 1765.23379490267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254146.306983929 Mflops = 254.146306983929 Gflops = 0.254146306983929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060397 s
InvBiCGStab: k = 117 resid = 9.627631e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.437332(s) Flops=770697216 => 1762.27034838521 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253729.915763696 Mflops = 253.729915763696 Gflops = 0.253729915763696 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 201 iterations. Rsd = 0.001392536 Relative Rsd = 6.10677287478215e-07
BICGSTAB_SOLVER_TIME: 0.856683 sec
2Flav::invert,  n_count = 201
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.130266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158132999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044738 s
InvBiCGStab: k = 63 resid = 2.265428e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.233133(s) Flops=416360448 => 1785.93527299867 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257106.112752063 Mflops = 257.106112752063 Gflops = 0.257106112752063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060348 s
InvBiCGStab: k = 94 resid = 1.035668e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.394976(s) Flops=619776000 => 1569.14850522563 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225919.745165624 Mflops = 225.919745165624 Gflops = 0.225919745165624 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001153982 Relative Rsd = 5.06062736860732e-07
BICGSTAB_SOLVER_TIME: 0.737069 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001784
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126664
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044844 s
InvBiCGStab: k = 63 resid = 1.524338e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283236(s) Flops=416360448 => 1470.01245604372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211638.04542452 Mflops = 211.63804542452 Gflops = 0.21163804542452 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061382 s
InvBiCGStab: k = 96 resid = 5.706847e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356763(s) Flops=632899584 => 1774.00566762809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255415.208107961 Mflops = 255.415208107961 Gflops = 0.255415208107961 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001211144 Relative Rsd = 5.31130185621028e-07
BICGSTAB_SOLVER_TIME: 0.75017 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114559
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12794
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042031 s
InvBiCGStab: k = 60 resid = 1.927196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220191(s) Flops=396675072 => 1801.50447565977 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259371.171389681 Mflops = 259.371171389681 Gflops = 0.259371171389681 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055973 s
InvBiCGStab: k = 95 resid = 1.148729e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.347354(s) Flops=626337792 => 1803.16850244995 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.724715271 Mflops = 259.613724715271 Gflops = 0.259613724715271 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001214124 Relative Rsd = 5.3243697153575e-07
BICGSTAB_SOLVER_TIME: 0.669316 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11481
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125148
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.94115(s) Flops=1511645184 => 1606.1681814801 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231268.998388558 Mflops = 231.268998388558 Gflops = 0.231268998388558 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167953000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.469724
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021343
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041484 s
InvBiCGStab: k = 35 resid = 2.2616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.14231(s) Flops=232630272 => 1634.6727004427 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235329.918653809 Mflops = 235.329918653809 Gflops = 0.235329918653809 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065665 s
InvBiCGStab: k = 57 resid = 1.140493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256856(s) Flops=376989696 => 1467.70835020401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211279.776637181 Mflops = 211.279776637181 Gflops = 0.211279776637181 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 92 iterations. Rsd = 0.0007591543 Relative Rsd = 3.32916487615419e-07
BICGSTAB_SOLVER_TIME: 0.510179 sec
2Flav::invert,  n_count = 92
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115218
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0798210000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041745 s
InvBiCGStab: k = 93 resid = 2.270601e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340869(s) Flops=613214208 => 1798.97323605256 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259014.163455607 Mflops = 259.014163455607 Gflops = 0.259014163455607 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056508 s
InvBiCGStab: k = 105 resid = 1.087904e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.385021(s) Flops=691955712 => 1797.18953511627 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258755.889146105 Mflops = 258.755889146105 Gflops = 0.258755889146105 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 198 iterations. Rsd = 0.001293941 Relative Rsd = 5.67439863012842e-07
BICGSTAB_SOLVER_TIME: 0.827898 sec
2Flav::invert,  n_count = 198
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116047
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155717999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040839 s
InvBiCGStab: k = 60 resid = 2.128175e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.219915(s) Flops=396675072 => 1803.76541845713 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259670.61145505 Mflops = 259.67061145505 Gflops = 0.25967061145505 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056225 s
InvBiCGStab: k = 84 resid = 6.686225e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316632(s) Flops=554158080 => 1750.16448116425 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251975.926642797 Mflops = 251.975926642797 Gflops = 0.251975926642797 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001108243 Relative Rsd = 4.86004336301744e-07
BICGSTAB_SOLVER_TIME: 0.637811 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12093
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116955
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045594 s
InvBiCGStab: k = 67 resid = 1.497426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279067(s) Flops=442607616 => 1586.02635209466 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228340.229695286 Mflops = 228.340229695286 Gflops = 0.228340229695286 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068197 s
InvBiCGStab: k = 96 resid = 9.601206e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.369311(s) Flops=632899584 => 1713.73066060854 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246731.71574415 Mflops = 246.73171574415 Gflops = 0.24673171574415 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001191119 Relative Rsd = 5.22348627158033e-07
BICGSTAB_SOLVER_TIME: 0.765983 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130663
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041179 s
InvBiCGStab: k = 67 resid = 2.239711e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24923(s) Flops=442607616 => 1775.90023672913 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255682.820812135 Mflops = 255.682820812135 Gflops = 0.255682820812135 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056467 s
InvBiCGStab: k = 95 resid = 5.695432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.348027(s) Flops=626337792 => 1799.6816109095 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259112.024843258 Mflops = 259.112024843258 Gflops = 0.259112024843258 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001144605 Relative Rsd = 5.0195037138811e-07
BICGSTAB_SOLVER_TIME: 0.698725 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116095
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129905
Monitoring force
num_pf = 1
MInvCG2: 234 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.977414(s) Flops=1511718912 => 1546.65158469185 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  222695.343181887 Mflops = 222.695343181887 Gflops = 0.222695343181887 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.168007000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.489662
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021228
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041618 s
InvBiCGStab: k = 29 resid = 1.683014e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.137307(s) Flops=193259520 => 1407.49939915663 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202595.67757033 Mflops = 202.59567757033 Gflops = 0.20259567757033 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057744 s
InvBiCGStab: k = 43 resid = 1.151249e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.169746(s) Flops=285124608 => 1679.71326570287 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241795.558123214 Mflops = 241.795558123214 Gflops = 0.241795558123214 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007208882 Relative Rsd = 3.16135415461656e-07
BICGSTAB_SOLVER_TIME: 0.410321 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116324
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0658470000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041071 s
InvBiCGStab: k = 65 resid = 1.67084e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248747(s) Flops=429484032 => 1726.58979605784 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248574.975074888 Mflops = 248.574975074888 Gflops = 0.248574975074888 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056129 s
InvBiCGStab: k = 93 resid = 9.838761e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.36193(s) Flops=613214208 => 1694.28952559887 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243933.723931352 Mflops = 243.933723931352 Gflops = 0.243933723931352 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001172084 Relative Rsd = 5.14000962256363e-07
BICGSTAB_SOLVER_TIME: 0.712174 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122138
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12743
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041303 s
InvBiCGStab: k = 64 resid = 1.39375e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246437(s) Flops=422922240 => 1716.14749408571 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247083.414571948 Mflops = 247.083414571948 Gflops = 0.247083414571948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072484 s
InvBiCGStab: k = 75 resid = 1.126824e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.28339(s) Flops=495101952 => 1747.06924026959 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251525.395176975 Mflops = 251.525395176975 Gflops = 0.251525395176975 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.0010889 Relative Rsd = 4.77521791203695e-07
BICGSTAB_SOLVER_TIME: 0.647381 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117103
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113657
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041252 s
InvBiCGStab: k = 64 resid = 2.268055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26551(s) Flops=422922240 => 1592.86746261911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229313.105697296 Mflops = 229.313105697296 Gflops = 0.229313105697296 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068473 s
InvBiCGStab: k = 82 resid = 1.132686e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362918(s) Flops=541034496 => 1490.78991948594 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214629.233506912 Mflops = 214.629233506912 Gflops = 0.214629233506912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 146 iterations. Rsd = 0.001152181 Relative Rsd = 5.05272804506999e-07
BICGSTAB_SOLVER_TIME: 0.742519 sec
2Flav::invert,  n_count = 146
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123633
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118578
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045502 s
InvBiCGStab: k = 63 resid = 1.857712e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252717(s) Flops=416360448 => 1647.53636676599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237203.742336742 Mflops = 237.203742336742 Gflops = 0.237203742336742 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065288 s
InvBiCGStab: k = 81 resid = 1.148034e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323228(s) Flops=534472704 => 1653.54704419172 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238073.850761868 Mflops = 238.073850761868 Gflops = 0.238073850761868 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001110373 Relative Rsd = 4.8693859352874e-07
BICGSTAB_SOLVER_TIME: 0.691885 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116992
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.008605(s) Flops=1505673216 => 1492.82743591396 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214957.949650333 Mflops = 214.957949650333 Gflops = 0.214957949650333 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167132000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.442449
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021506
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050587 s
InvBiCGStab: k = 32 resid = 1.964221e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.136248(s) Flops=212944896 => 1562.92126122952 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224983.178408584 Mflops = 224.983178408584 Gflops = 0.224983178408584 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062678 s
InvBiCGStab: k = 51 resid = 1.071696e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218467(s) Flops=337618944 => 1545.40019316418 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222477.184342387 Mflops = 222.477184342387 Gflops = 0.222477184342387 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 83 iterations. Rsd = 0.0007587936 Relative Rsd = 3.32758302040673e-07
BICGSTAB_SOLVER_TIME: 0.471871 sec
2Flav::invert,  n_count = 83
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116115
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001736
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0734890000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042559 s
InvBiCGStab: k = 81 resid = 1.662866e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.313334(s) Flops=534472704 => 1705.76031965889 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245580.89845691 Mflops = 245.58089845691 Gflops = 0.24558089845691 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061349 s
InvBiCGStab: k = 87 resid = 8.511533e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.344917(s) Flops=573843456 => 1663.71462119872 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239510.6205347 Mflops = 239.5106205347 Gflops = 0.2395106205347 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001210249 Relative Rsd = 5.30737695481075e-07
BICGSTAB_SOLVER_TIME: 0.766059 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114787
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.134347
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040975 s
InvBiCGStab: k = 64 resid = 1.802912e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258073(s) Flops=422922240 => 1638.76980544265 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235938.98794434 Mflops = 235.93898794434 Gflops = 0.23593898794434 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057448 s
InvBiCGStab: k = 78 resid = 8.760229e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294781(s) Flops=514787328 => 1746.33822396966 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251418.018235272 Mflops = 251.418018235272 Gflops = 0.251418018235272 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001110026 Relative Rsd = 4.86786355547816e-07
BICGSTAB_SOLVER_TIME: 0.655072 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115605
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041526 s
InvBiCGStab: k = 71 resid = 2.162019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266587(s) Flops=468854784 => 1758.73086084468 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253204.378526945 Mflops = 253.204378526945 Gflops = 0.253204378526945 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056347 s
InvBiCGStab: k = 84 resid = 8.503443e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328945(s) Flops=554158080 => 1684.65269269939 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242537.372513193 Mflops = 242.537372513193 Gflops = 0.242537372513193 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001167758 Relative Rsd = 5.12103807457872e-07
BICGSTAB_SOLVER_TIME: 0.697874 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125280000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047637 s
InvBiCGStab: k = 60 resid = 1.390109e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273194(s) Flops=396675072 => 1451.99042438707 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209042.155842084 Mflops = 209.042155842084 Gflops = 0.209042155842084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072358 s
InvBiCGStab: k = 87 resid = 7.048145e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.374011(s) Flops=573843456 => 1534.29566510076 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220902.576057481 Mflops = 220.902576057481 Gflops = 0.220902576057481 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001145747 Relative Rsd = 5.02451143472241e-07
BICGSTAB_SOLVER_TIME: 0.771389 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120804
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119122
Monitoring force
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.003518(s) Flops=1505673216 => 1500.39482699862 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216063.976256603 Mflops = 216.063976256603 Gflops = 0.216063976256603 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167208000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43243
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021508
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 212 resid = 2.253732e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.871953(s) Flops=1394067456 => 1598.7873841824 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230163.682079977 Mflops = 230.163682079977 Gflops = 0.230163682079977 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 259 resid = 1.144831e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.993643(s) Flops=1702471680 => 1713.36353197275 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246713.053073236 Mflops = 246.713053073236 Gflops = 0.246713053073236 Tflops
BICGSTAB_SOLVER: 471 iterations. Rsd = 0.002098585 Relative Rsd = 9.23292552194204e-07
BICGSTAB_SOLVER_TIME: 1.869586 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.12292
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0.116691
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001738
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.337695
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 200 resid = 1.967207e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.772673(s) Flops=1315325952 => 1702.30608808642 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245083.133964744 Mflops = 245.083133964744 Gflops = 0.245083133964744 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 209 resid = 1.102491e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846244(s) Flops=1374382080 => 1624.09669078895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233858.81002429 Mflops = 233.85881002429 Gflops = 0.23385881002429 Tflops
BICGSTAB_SOLVER: 409 iterations. Rsd = 0.002027998 Relative Rsd = 8.9181730148935e-07
BICGSTAB_SOLVER_TIME: 1.623004 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.124554
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.126603
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001735
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.292007999999998
num_pf = 1
MInvCG2: 233 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.01369(s) Flops=1505673216 => 1485.33892610167 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213871.276801671 Mflops = 213.871276801671 Gflops = 0.213871276801671 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.167199000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.407368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021488
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040912 s
InvBiCGStab: k = 26 resid = 1.814055e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096877(s) Flops=173574144 => 1791.69610949967 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257848.832370802 Mflops = 257.848832370802 Gflops = 0.257848832370802 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055728 s
InvBiCGStab: k = 69 resid = 6.294211e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.255681(s) Flops=455731200 => 1782.4210637474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256601.650075786 Mflops = 256.601650075786 Gflops = 0.256601650075786 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 95 iterations. Rsd = 0.0007693766 Relative Rsd = 3.37399314157313e-07
BICGSTAB_SOLVER_TIME: 0.453533 sec
2Flav::invert,  n_count = 95
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122886
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0819380000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052119 s
InvBiCGStab: k = 67 resid = 1.824595e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323561(s) Flops=442607616 => 1367.92634464599 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  197042.26711751 Mflops = 197.04226711751 Gflops = 0.19704226711751 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067089 s
InvBiCGStab: k = 127 resid = 9.179419e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.515833(s) Flops=836315136 => 1621.29048742519 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233443.852959448 Mflops = 233.443852959448 Gflops = 0.233443852959448 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001302345 Relative Rsd = 5.71125175933343e-07
BICGSTAB_SOLVER_TIME: 0.962505 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122393
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152932999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046198 s
InvBiCGStab: k = 62 resid = 1.135184e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249439(s) Flops=409798656 => 1642.88124952393 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236531.432019448 Mflops = 236.531432019448 Gflops = 0.236531432019448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05678 s
InvBiCGStab: k = 82 resid = 1.021379e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.326875(s) Flops=541034496 => 1655.1724543021 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238296.303561831 Mflops = 238.296303561831 Gflops = 0.238296303561831 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 144 iterations. Rsd = 0.001164324 Relative Rsd = 5.10597815439339e-07
BICGSTAB_SOLVER_TIME: 0.683207 sec
2Flav::invert,  n_count = 144
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118632
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117124
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042179 s
InvBiCGStab: k = 73 resid = 2.201046e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297745(s) Flops=481978368 => 1618.76225629314 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233059.192262863 Mflops = 233.059192262863 Gflops = 0.233059192262863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061088 s
InvBiCGStab: k = 90 resid = 1.081618e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.39227(s) Flops=593528832 => 1513.06200321207 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217846.631906802 Mflops = 217.846631906802 Gflops = 0.217846631906802 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 163 iterations. Rsd = 0.001187159 Relative Rsd = 5.20612082918893e-07
BICGSTAB_SOLVER_TIME: 0.79729 sec
2Flav::invert,  n_count = 163
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119464
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130906
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041309 s
InvBiCGStab: k = 63 resid = 1.708593e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.234324(s) Flops=416360448 => 1776.85788907666 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255813.254069621 Mflops = 255.813254069621 Gflops = 0.255813254069621 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05667 s
InvBiCGStab: k = 88 resid = 1.016506e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352236(s) Flops=580405248 => 1647.77378802848 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237240.73049828 Mflops = 237.24073049828 Gflops = 0.23724073049828 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.0011612 Relative Rsd = 5.09227877820256e-07
BICGSTAB_SOLVER_TIME: 0.689067 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118497
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122076
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.005646(s) Flops=1499332608 => 1490.91490246071 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  214677.134399965 Mflops = 214.677134399965 Gflops = 0.214677134399965 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166456000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.398597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021238
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047527 s
InvBiCGStab: k = 30 resid = 2.211753e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.120302(s) Flops=199821312 => 1660.99742315173 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239064.935626938 Mflops = 239.064935626938 Gflops = 0.239064935626938 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056447 s
InvBiCGStab: k = 46 resid = 1.095182e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.189217(s) Flops=304809984 => 1610.90168430955 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231888.175880564 Mflops = 231.888175880564 Gflops = 0.231888175880564 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.000695885 Relative Rsd = 3.05170605069017e-07
BICGSTAB_SOLVER_TIME: 0.417423 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0686530000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040941 s
InvBiCGStab: k = 73 resid = 2.086747e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.31766(s) Flops=481978368 => 1517.27749165775 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218452.313490302 Mflops = 218.452313490302 Gflops = 0.218452313490302 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066288 s
InvBiCGStab: k = 104 resid = 8.457622e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.444595(s) Flops=685393920 => 1541.61409822423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221990.152744982 Mflops = 221.990152744982 Gflops = 0.221990152744982 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001281797 Relative Rsd = 5.62113933138968e-07
BICGSTAB_SOLVER_TIME: 0.87359 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.13339
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001678
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.140919
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.053909 s
InvBiCGStab: k = 60 resid = 2.208241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265965(s) Flops=396675072 => 1491.45591337206 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  214722.002355216 Mflops = 214.722002355216 Gflops = 0.214722002355216 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060077 s
InvBiCGStab: k = 83 resid = 1.051364e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.320294(s) Flops=547596288 => 1709.66764285313 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246139.046308608 Mflops = 246.139046308608 Gflops = 0.246139046308608 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.001125178 Relative Rsd = 4.93431170733287e-07
BICGSTAB_SOLVER_TIME: 0.704058 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11929
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001709
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116464
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045003 s
InvBiCGStab: k = 73 resid = 1.892197e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277447(s) Flops=481978368 => 1737.19077157079 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250107.775120493 Mflops = 250.107775120493 Gflops = 0.250107775120493 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057253 s
InvBiCGStab: k = 85 resid = 1.117654e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.33459(s) Flops=560719872 => 1675.84169281808 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241282.157806149 Mflops = 241.282157806149 Gflops = 0.241282157806149 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 158 iterations. Rsd = 0.001185762 Relative Rsd = 5.19999199967522e-07
BICGSTAB_SOLVER_TIME: 0.718138 sec
2Flav::invert,  n_count = 158
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124909
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.127351
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044133 s
InvBiCGStab: k = 57 resid = 1.791459e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.209708(s) Flops=376989696 => 1797.68867186755 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258797.109063815 Mflops = 258.797109063815 Gflops = 0.258797109063815 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056287 s
InvBiCGStab: k = 93 resid = 4.715743e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339652(s) Flops=613214208 => 1805.41909954895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259931.313602647 Mflops = 259.931313602647 Gflops = 0.259931313602647 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001174233 Relative Rsd = 5.14943387852557e-07
BICGSTAB_SOLVER_TIME: 0.653662 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121355
Monitoring force
num_pf = 1
MInvCG2: 232 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.037423(s) Flops=1499185152 => 1445.10498803285 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208124.144024787 Mflops = 208.124144024787 Gflops = 0.208124144024787 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.166091000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.393721
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021298
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04133 s
InvBiCGStab: k = 29 resid = 2.269934e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.107024(s) Flops=193259520 => 1805.7587083271 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259866.285170059 Mflops = 259.866285170059 Gflops = 0.259866285170059 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063452 s
InvBiCGStab: k = 61 resid = 1.093235e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238955(s) Flops=403236864 => 1687.50126174384 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242933.99365788 Mflops = 242.93399365788 Gflops = 0.24293399365788 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 90 iterations. Rsd = 0.0007186796 Relative Rsd = 3.15166851084029e-07
BICGSTAB_SOLVER_TIME: 0.455482 sec
2Flav::invert,  n_count = 90
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123739
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0785700000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049074 s
InvBiCGStab: k = 56 resid = 1.486257e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241678(s) Flops=370427904 => 1532.73324009633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220674.969089291 Mflops = 220.674969089291 Gflops = 0.220674969089291 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056115 s
InvBiCGStab: k = 86 resid = 1.069634e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362103(s) Flops=567281664 => 1566.63066586027 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225553.488403427 Mflops = 225.553488403427 Gflops = 0.225553488403427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001113818 Relative Rsd = 4.88449129202639e-07
BICGSTAB_SOLVER_TIME: 0.713313 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12331
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001685
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115819
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047081 s
InvBiCGStab: k = 62 resid = 1.785569e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.265371(s) Flops=409798656 => 1544.24807533604 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222325.353602393 Mflops = 222.325353602393 Gflops = 0.222325353602393 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068773 s
InvBiCGStab: k = 76 resid = 1.001523e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290081(s) Flops=501663744 => 1729.39194225061 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248961.98003428 Mflops = 248.96198003428 Gflops = 0.24896198003428 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001083799 Relative Rsd = 4.75284883298883e-07
BICGSTAB_SOLVER_TIME: 0.675182 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11852
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041436 s
InvBiCGStab: k = 65 resid = 2.192723e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.240117(s) Flops=429484032 => 1788.64483564262 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257509.023050926 Mflops = 257.509023050926 Gflops = 0.257509023050926 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05673 s
InvBiCGStab: k = 90 resid = 1.0262e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328397(s) Flops=593528832 => 1807.35156533099 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260204.712847765 Mflops = 260.204712847765 Gflops = 0.260204712847765 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001142581 Relative Rsd = 5.01063031231694e-07
BICGSTAB_SOLVER_TIME: 0.670568 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117597
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125233
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045139 s
InvBiCGStab: k = 58 resid = 2.235622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.213257(s) Flops=383551488 => 1798.54114050184 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258923.155442659 Mflops = 258.923155442659 Gflops = 0.258923155442659 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05589 s
InvBiCGStab: k = 82 resid = 9.937398e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299633(s) Flops=541034496 => 1805.65724069111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259968.508120049 Mflops = 259.968508120049 Gflops = 0.259968508120049 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001107623 Relative Rsd = 4.85732329607458e-07
BICGSTAB_SOLVER_TIME: 0.617763 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11527
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114318
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.969552(s) Flops=1492918272 => 1539.80216842418 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221709.825004714 Mflops = 221.709825004714 Gflops = 0.221709825004714 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165862000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436572
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021384
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051302 s
InvBiCGStab: k = 29 resid = 1.648432e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.111939(s) Flops=193259520 => 1726.47173907217 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248491.31771565 Mflops = 248.49131771565 Gflops = 0.24849131771565 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060623 s
InvBiCGStab: k = 52 resid = 6.984432e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218738(s) Flops=344180736 => 1573.48396712048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226530.981775917 Mflops = 226.530981775917 Gflops = 0.226530981775917 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007421077 Relative Rsd = 3.25440949282534e-07
BICGSTAB_SOLVER_TIME: 0.446466 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121596
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720960000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040842 s
InvBiCGStab: k = 69 resid = 1.909616e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.267276(s) Flops=455731200 => 1705.09585596911 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245495.774572971 Mflops = 245.495774572971 Gflops = 0.245495774572971 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062798 s
InvBiCGStab: k = 98 resid = 1.111331e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.381483(s) Flops=646023168 => 1693.45204897728 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243816.204287297 Mflops = 243.816204287297 Gflops = 0.243816204287297 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 167 iterations. Rsd = 0.001184445 Relative Rsd = 5.19421747317547e-07
BICGSTAB_SOLVER_TIME: 0.756316 sec
2Flav::invert,  n_count = 167
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115169
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001715
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.133717
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04085 s
InvBiCGStab: k = 61 resid = 2.193769e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252062(s) Flops=403236864 => 1599.75269576533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230315.148747084 Mflops = 230.315148747084 Gflops = 0.230315148747084 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060506 s
InvBiCGStab: k = 81 resid = 9.729539e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.337099(s) Flops=534472704 => 1585.50664344896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228279.294921543 Mflops = 228.279294921543 Gflops = 0.228279294921543 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001106979 Relative Rsd = 4.85450112451674e-07
BICGSTAB_SOLVER_TIME: 0.69479 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123368
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115484
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041614 s
InvBiCGStab: k = 65 resid = 1.811236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238798(s) Flops=429484032 => 1798.52440975218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258931.785956325 Mflops = 258.931785956325 Gflops = 0.258931785956325 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056733 s
InvBiCGStab: k = 80 resid = 1.139392e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.29811(s) Flops=527910912 => 1770.85945456375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254955.410851516 Mflops = 254.955410851516 Gflops = 0.254955410851516 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.00113376 Relative Rsd = 4.97194440527318e-07
BICGSTAB_SOLVER_TIME: 0.639076 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122607
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117791
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.0409 s
InvBiCGStab: k = 62 resid = 2.108128e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230961(s) Flops=409798656 => 1774.31971631574 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255445.448433026 Mflops = 255.445448433026 Gflops = 0.255445448433026 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056813 s
InvBiCGStab: k = 77 resid = 1.134697e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.283258(s) Flops=508225536 => 1794.21423578504 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258310.614600618 Mflops = 258.310614600618 Gflops = 0.258310614600618 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001070448 Relative Rsd = 4.69430051519453e-07
BICGSTAB_SOLVER_TIME: 0.615768 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115456
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001807
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113638
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.928138(s) Flops=1492623360 => 1608.19119570581 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  231644.927420821 Mflops = 231.644927420821 Gflops = 0.231644927420821 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165709000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.500184
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0213
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 203 resid = 2.096581e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825241(s) Flops=1335011328 => 1617.72297789373 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  232949.805653741 Mflops = 232.949805653741 Gflops = 0.232949805653741 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 249 resid = 8.549352e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.97301(s) Flops=1636853760 => 1682.257900741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242234.557181416 Mflops = 242.234557181416 Gflops = 0.242234557181416 Tflops
BICGSTAB_SOLVER: 452 iterations. Rsd = 0.002258153 Relative Rsd = 9.93481222636084e-07
BICGSTAB_SOLVER_TIME: 1.80164 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.118458
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0.121765
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00174
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.322577
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 174 resid = 2.272164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.717704(s) Flops=1144719360 => 1594.97419549006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229595.735076852 Mflops = 229.595735076852 Gflops = 0.229595735076852 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 218 resid = 7.65344e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.918204(s) Flops=1433438208 => 1561.13261105375 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224790.94191201 Mflops = 224.79094191201 Gflops = 0.22479094191201 Tflops
BICGSTAB_SOLVER: 392 iterations. Rsd = 0.001941759 Relative Rsd = 8.53891786782791e-07
BICGSTAB_SOLVER_TIME: 1.639355 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.121837
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001731
CLOV_LINOP: Time spent in clov deriv (total) = 0.123266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001762
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.280246999999998
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.014911(s) Flops=1492623360 => 1470.69384409076 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  211767.569598635 Mflops = 211.767569598635 Gflops = 0.211767569598635 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165663000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.426511
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.02148
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04725 s
InvBiCGStab: k = 26 resid = 2.098688e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.102401(s) Flops=173574144 => 1695.04344684134 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243963.446408129 Mflops = 243.963446408129 Gflops = 0.243963446408129 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067638 s
InvBiCGStab: k = 47 resid = 8.358071e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.225621(s) Flops=311371776 => 1380.06557900195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  198671.425003201 Mflops = 198.671425003201 Gflops = 0.198671425003201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 73 iterations. Rsd = 0.0007351495 Relative Rsd = 3.22389527337935e-07
BICGSTAB_SOLVER_TIME: 0.447104 sec
2Flav::invert,  n_count = 73
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122653
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001717
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0675490000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041494 s
InvBiCGStab: k = 84 resid = 2.212138e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.336362(s) Flops=554158080 => 1647.50500948383 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237205.960471729 Mflops = 237.205960471729 Gflops = 0.237205960471729 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057317 s
InvBiCGStab: k = 113 resid = 8.552153e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.441142(s) Flops=744450048 => 1687.55196286003 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242973.999652826 Mflops = 242.973999652826 Gflops = 0.242973999652826 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 197 iterations. Rsd = 0.001306166 Relative Rsd = 5.72800763717345e-07
BICGSTAB_SOLVER_TIME: 0.880224 sec
2Flav::invert,  n_count = 197
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113179
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001705
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.155330999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041505 s
InvBiCGStab: k = 64 resid = 2.19841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.253463(s) Flops=422922240 => 1668.57584736234 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240221.452834256 Mflops = 240.221452834256 Gflops = 0.240221452834256 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060427 s
InvBiCGStab: k = 86 resid = 1.093714e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.329437(s) Flops=567281664 => 1721.97313598655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247919.851051183 Mflops = 247.919851051183 Gflops = 0.247919851051183 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001080739 Relative Rsd = 4.73943024448918e-07
BICGSTAB_SOLVER_TIME: 0.688637 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121499
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042786 s
InvBiCGStab: k = 64 resid = 2.053484e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.26444(s) Flops=422922240 => 1599.31266071699 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230251.906593357 Mflops = 230.251906593357 Gflops = 0.230251906593357 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057458 s
InvBiCGStab: k = 86 resid = 9.681654e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.319056(s) Flops=567281664 => 1778.00030088762 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255979.487039493 Mflops = 255.979487039493 Gflops = 0.255979487039493 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001170565 Relative Rsd = 5.13334984905207e-07
BICGSTAB_SOLVER_TIME: 0.687605 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119346
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121466
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045931 s
InvBiCGStab: k = 67 resid = 1.553794e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286534(s) Flops=442607616 => 1544.69492625657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222401.42183537 Mflops = 222.40142183537 Gflops = 0.22240142183537 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066589 s
InvBiCGStab: k = 83 resid = 9.549316e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.362717(s) Flops=547596288 => 1509.70670798446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217353.185376508 Mflops = 217.353185376508 Gflops = 0.217353185376508 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00112748 Relative Rsd = 4.9444042379998e-07
BICGSTAB_SOLVER_TIME: 0.765829 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116776
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001855
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121207
Monitoring force
num_pf = 1
MInvCG2: 229 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.983727(s) Flops=1480089600 => 1504.57352497187 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216641.266365687 Mflops = 216.641266365687 Gflops = 0.216641266365687 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.164420000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402438
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021358
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040719 s
InvBiCGStab: k = 25 resid = 2.161001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.109568(s) Flops=167012352 => 1524.28037383178 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219382.122741998 Mflops = 219.382122741998 Gflops = 0.219382122741998 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072719 s
InvBiCGStab: k = 47 resid = 9.100373e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.20632(s) Flops=311371776 => 1509.16913532377 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217258.081593582 Mflops = 217.258081593582 Gflops = 0.217258081593582 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.000773346 Relative Rsd = 3.39140044685668e-07
BICGSTAB_SOLVER_TIME: 0.433355 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120304
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657170000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049302 s
InvBiCGStab: k = 79 resid = 2.069574e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.331407(s) Flops=521349120 => 1573.13852755072 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226494.197922213 Mflops = 226.494197922213 Gflops = 0.226494197922213 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063395 s
InvBiCGStab: k = 104 resid = 1.018514e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.393525(s) Flops=685393920 => 1741.6782161235 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250764.066915201 Mflops = 250.764066915201 Gflops = 0.250764066915201 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 183 iterations. Rsd = 0.001291341 Relative Rsd = 5.66299303411295e-07
BICGSTAB_SOLVER_TIME: 0.841531 sec
2Flav::invert,  n_count = 183
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.145061
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042632 s
InvBiCGStab: k = 69 resid = 1.828695e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264867(s) Flops=455731200 => 1720.60392574386 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247690.289741823 Mflops = 247.690289741823 Gflops = 0.247690289741823 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058371 s
InvBiCGStab: k = 76 resid = 1.031358e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.290504(s) Flops=501663744 => 1726.87379175502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248613.824624973 Mflops = 248.613824624973 Gflops = 0.248613824624973 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001127361 Relative Rsd = 4.94388350446344e-07
BICGSTAB_SOLVER_TIME: 0.660223 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115127
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117848
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042892 s
InvBiCGStab: k = 77 resid = 1.994008e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.315588(s) Flops=508225536 => 1610.40830449827 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231859.107405983 Mflops = 231.859107405983 Gflops = 0.231859107405983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059433 s
InvBiCGStab: k = 88 resid = 9.399375e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.352149(s) Flops=580405248 => 1648.18087798063 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237285.301372435 Mflops = 237.285301372435 Gflops = 0.237285301372435 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.001195173 Relative Rsd = 5.24126217452393e-07
BICGSTAB_SOLVER_TIME: 0.774009 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116716
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001724
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132489
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041286 s
InvBiCGStab: k = 71 resid = 2.153962e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.294554(s) Flops=468854784 => 1591.74475308432 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  229180.50594522 Mflops = 229.18050594522 Gflops = 0.22918050594522 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070006 s
InvBiCGStab: k = 97 resid = 8.801433e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.417234(s) Flops=639461376 => 1532.62048634579 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220655.849960401 Mflops = 220.655849960401 Gflops = 0.220655849960401 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 168 iterations. Rsd = 0.001171657 Relative Rsd = 5.13813804497119e-07
BICGSTAB_SOLVER_TIME: 0.827982 sec
2Flav::invert,  n_count = 168
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.127378
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.13418
Monitoring force
num_pf = 1
MInvCG2: 227 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.96602(s) Flops=1467555840 => 1519.17749114925 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  218766.181600652 Mflops = 218.766181600652 Gflops = 0.218766181600652 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.162924000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.400061
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021338
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042205 s
InvBiCGStab: k = 25 resid = 1.750809e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096411(s) Flops=167012352 => 1732.29560942216 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249320.172784571 Mflops = 249.320172784571 Gflops = 0.249320172784571 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056238 s
InvBiCGStab: k = 56 resid = 9.696683e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.220886(s) Flops=370427904 => 1677.00942567659 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241423.057878729 Mflops = 241.423057878729 Gflops = 0.241423057878729 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007023423 Relative Rsd = 3.08002374460657e-07
BICGSTAB_SOLVER_TIME: 0.419928 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122372
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001689
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0721180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047339 s
InvBiCGStab: k = 64 resid = 2.216779e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301398(s) Flops=422922240 => 1403.20187924273 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  202023.874435029 Mflops = 202.023874435029 Gflops = 0.202023874435029 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064457 s
InvBiCGStab: k = 81 resid = 1.085438e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.327997(s) Flops=534472704 => 1629.50485522733 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234610.402298523 Mflops = 234.610402298523 Gflops = 0.234610402298523 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001101576 Relative Rsd = 4.83080774861244e-07
BICGSTAB_SOLVER_TIME: 0.745422 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123303
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118028
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042445 s
InvBiCGStab: k = 63 resid = 1.219426e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.238114(s) Flops=416360448 => 1748.57609380381 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251735.005536508 Mflops = 251.735005536508 Gflops = 0.251735005536508 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061826 s
InvBiCGStab: k = 85 resid = 7.944525e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.360201(s) Flops=560719872 => 1556.68605028859 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224117.932292041 Mflops = 224.117932292041 Gflops = 0.224117932292041 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001077267 Relative Rsd = 4.72420440430452e-07
BICGSTAB_SOLVER_TIME: 0.706361 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116451
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001687
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119899
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045148 s
InvBiCGStab: k = 65 resid = 1.732145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246476(s) Flops=429484032 => 1742.49838523832 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250861.463773752 Mflops = 250.861463773752 Gflops = 0.250861463773752 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065581 s
InvBiCGStab: k = 87 resid = 9.930775e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.370701(s) Flops=573843456 => 1547.99543567457 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222878.388310592 Mflops = 222.878388310592 Gflops = 0.222878388310592 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001111048 Relative Rsd = 4.87234645859852e-07
BICGSTAB_SOLVER_TIME: 0.732774 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116064
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12294
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04344 s
InvBiCGStab: k = 64 resid = 2.276117e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.257362(s) Flops=422922240 => 1643.29714565476 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236582.870086384 Mflops = 236.582870086384 Gflops = 0.236582870086384 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05954 s
InvBiCGStab: k = 84 resid = 1.070897e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325791(s) Flops=554158080 => 1700.961905025 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244882.65703285 Mflops = 244.88265703285 Gflops = 0.24488265703285 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.00109131 Relative Rsd = 4.78578829230195e-07
BICGSTAB_SOLVER_TIME: 0.689951 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12239
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001703
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.119996
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.026234(s) Flops=1448828928 => 1411.79197726834 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  203283.889196876 Mflops = 203.283889196876 Gflops = 0.203283889196876 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160459000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.411429
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021284
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043509 s
InvBiCGStab: k = 27 resid = 1.708834e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106839(s) Flops=180135936 => 1686.05037486311 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242661.445092171 Mflops = 242.661445092171 Gflops = 0.242661445092171 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059393 s
InvBiCGStab: k = 52 resid = 1.143632e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.1912(s) Flops=344180736 => 1800.10845188285 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259133.414618364 Mflops = 259.133414618364 Gflops = 0.259133414618364 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007172155 Relative Rsd = 3.1452479173893e-07
BICGSTAB_SOLVER_TIME: 0.404746 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114469
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0707010000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044593 s
InvBiCGStab: k = 73 resid = 1.108936e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277554(s) Flops=481978368 => 1736.52106617091 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250000.686617536 Mflops = 250.000686617536 Gflops = 0.250000686617536 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.065886 s
InvBiCGStab: k = 91 resid = 1.078633e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.375005(s) Flops=600090624 => 1600.22032772896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230392.100382129 Mflops = 230.392100382129 Gflops = 0.230392100382129 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 164 iterations. Rsd = 0.00113886 Relative Rsd = 4.99431093170593e-07
BICGSTAB_SOLVER_TIME: 0.767393 sec
2Flav::invert,  n_count = 164
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124868
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.131726
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05027 s
InvBiCGStab: k = 61 resid = 2.047178e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.244833(s) Flops=403236864 => 1646.98739140557 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237124.128138478 Mflops = 237.124128138478 Gflops = 0.237124128138478 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062329 s
InvBiCGStab: k = 94 resid = 1.14348e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.397081(s) Flops=619776000 => 1560.83015807858 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224725.381868591 Mflops = 224.725381868591 Gflops = 0.224725381868591 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001118543 Relative Rsd = 4.90521291311193e-07
BICGSTAB_SOLVER_TIME: 0.758404 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12495
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047805 s
InvBiCGStab: k = 70 resid = 1.899256e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277565(s) Flops=462292992 => 1665.53056761479 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239791.580470439 Mflops = 239.791580470439 Gflops = 0.239791580470439 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056441 s
InvBiCGStab: k = 82 resid = 1.088051e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32386(s) Flops=541034496 => 1670.58141172111 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240517.430988957 Mflops = 240.517430988957 Gflops = 0.240517430988957 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001123823 Relative Rsd = 4.92836819769533e-07
BICGSTAB_SOLVER_TIME: 0.71017 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.133561
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122953
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.050236 s
InvBiCGStab: k = 64 resid = 2.045749e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254378(s) Flops=422922240 => 1662.57396472965 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239372.416014693 Mflops = 239.372416014693 Gflops = 0.239372416014693 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056692 s
InvBiCGStab: k = 87 resid = 1.068765e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.350291(s) Flops=573843456 => 1638.19069288106 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235852.328594643 Mflops = 235.852328594643 Gflops = 0.235852328594643 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001107325 Relative Rsd = 4.85601942014138e-07
BICGSTAB_SOLVER_TIME: 0.715442 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119684
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122118
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.089158(s) Flops=1436368896 => 1318.78836312087 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  189923.88895036 Mflops = 189.92388895036 Gflops = 0.18992388895036 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159139000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.41811
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021466
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 238 resid = 2.107208e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.867235(s) Flops=1564674048 => 1804.20998691243 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259728.049866273 Mflops = 259.728049866273 Gflops = 0.259728049866273 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 254 resid = 1.086169e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.065546(s) Flops=1669662720 => 1566.95508218322 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225631.578021487 Mflops = 225.631578021487 Gflops = 0.225631578021487 Tflops
BICGSTAB_SOLVER: 492 iterations. Rsd = 0.002476782 Relative Rsd = 1.08964867398541e-06
BICGSTAB_SOLVER_TIME: 1.936379 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120503
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.115168
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.350816
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 171 resid = 1.82604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.690644(s) Flops=1125033984 => 1628.96366869183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234650.46965021 Mflops = 234.65046965021 Gflops = 0.23465046965021 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 215 resid = 9.882549e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.846315(s) Flops=1413752832 => 1670.4806508215 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240536.110195197 Mflops = 240.536110195197 Gflops = 0.240536110195197 Tflops
BICGSTAB_SOLVER: 386 iterations. Rsd = 0.001909186 Relative Rsd = 8.39563324072197e-07
BICGSTAB_SOLVER_TIME: 1.54042 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.115478
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001733
CLOV_LINOP: Time spent in clov deriv (total) = 0.115654
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001768
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.275530999999998
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.990548(s) Flops=1436368896 => 1450.07500494676 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208796.872631476 Mflops = 208.796872631476 Gflops = 0.208796872631476 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159388000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.423671
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021392
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040927 s
InvBiCGStab: k = 27 resid = 2.269142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.100235(s) Flops=180135936 => 1797.13609018806 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258624.81585904 Mflops = 258.62481585904 Gflops = 0.25862481585904 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056008 s
InvBiCGStab: k = 45 resid = 9.002598e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.165121(s) Flops=298248192 => 1806.24022383585 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259996.911621737 Mflops = 259.996911621737 Gflops = 0.259996911621737 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007206614 Relative Rsd = 3.16035940040519e-07
BICGSTAB_SOLVER_TIME: 0.366128 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114906
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0656290000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041269 s
InvBiCGStab: k = 65 resid = 1.898005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237014(s) Flops=429484032 => 1812.06186976297 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260877.204990983 Mflops = 260.877204990983 Gflops = 0.260877204990983 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056346 s
InvBiCGStab: k = 97 resid = 6.651643e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.357061(s) Flops=639461376 => 1790.90232761349 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257841.944181697 Mflops = 257.841944181697 Gflops = 0.257841944181697 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 162 iterations. Rsd = 0.001223626 Relative Rsd = 5.36604116134305e-07
BICGSTAB_SOLVER_TIME: 0.695452 sec
2Flav::invert,  n_count = 162
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115826
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.130051
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047677 s
InvBiCGStab: k = 67 resid = 1.877456e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.289423(s) Flops=442607616 => 1529.27589030588 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220165.747809448 Mflops = 220.165747809448 Gflops = 0.220165747809448 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.080757 s
InvBiCGStab: k = 80 resid = 1.110033e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.42464(s) Flops=527910912 => 1243.19638281839 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  178992.286480553 Mflops = 178.992286480553 Gflops = 0.178992286480553 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 147 iterations. Rsd = 0.001056666 Relative Rsd = 4.63386070940787e-07
BICGSTAB_SOLVER_TIME: 0.846845 sec
2Flav::invert,  n_count = 147
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.136072
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00172
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.1193
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054186 s
InvBiCGStab: k = 72 resid = 2.237248e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.332257(s) Flops=475416576 => 1430.87000725342 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206014.042056262 Mflops = 206.014042056262 Gflops = 0.206014042056262 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064493 s
InvBiCGStab: k = 84 resid = 1.085001e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.378851(s) Flops=554158080 => 1462.73358127602 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210605.09555818 Mflops = 210.60509555818 Gflops = 0.21060509555818 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 156 iterations. Rsd = 0.00113542 Relative Rsd = 4.97922497484378e-07
BICGSTAB_SOLVER_TIME: 0.834683 sec
2Flav::invert,  n_count = 156
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118781
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001843
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126237000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049257 s
InvBiCGStab: k = 68 resid = 1.755196e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312359(s) Flops=449169408 => 1437.99092710631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  207047.010508959 Mflops = 207.047010508959 Gflops = 0.207047010508959 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069732 s
InvBiCGStab: k = 92 resid = 9.757812e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.405567(s) Flops=606652416 => 1495.8130617136 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215422.506416426 Mflops = 215.422506416426 Gflops = 0.215422506416426 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 160 iterations. Rsd = 0.001177595 Relative Rsd = 5.16417676388141e-07
BICGSTAB_SOLVER_TIME: 0.842431 sec
2Flav::invert,  n_count = 160
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117985
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128661
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.00763(s) Flops=1430396928 => 1419.56564215039 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  204413.150114925 Mflops = 204.413150114925 Gflops = 0.204413150114925 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158680000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.431319
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021293
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041116 s
InvBiCGStab: k = 28 resid = 1.20213e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104142(s) Flops=186697728 => 1792.72270553667 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258003.184619906 Mflops = 258.003184619906 Gflops = 0.258003184619906 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055894 s
InvBiCGStab: k = 54 resid = 1.089454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.198038(s) Flops=357304320 => 1804.22100808936 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259714.622391487 Mflops = 259.714622391487 Gflops = 0.259714622391487 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 82 iterations. Rsd = 0.0007364635 Relative Rsd = 3.22965729206377e-07
BICGSTAB_SOLVER_TIME: 0.403162 sec
2Flav::invert,  n_count = 82
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115391
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0729960000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04113 s
InvBiCGStab: k = 84 resid = 1.098719e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306797(s) Flops=554158080 => 1806.26955283135 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260063.734460421 Mflops = 260.063734460421 Gflops = 0.260063734460421 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055819 s
InvBiCGStab: k = 105 resid = 1.134685e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386025(s) Flops=691955712 => 1792.51528268895 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258081.251418532 Mflops = 258.081251418532 Gflops = 0.258081251418532 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 189 iterations. Rsd = 0.001268493 Relative Rsd = 5.56279624387147e-07
BICGSTAB_SOLVER_TIME: 0.79363 sec
2Flav::invert,  n_count = 189
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.113848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.149760999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04093 s
InvBiCGStab: k = 61 resid = 1.870141e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.231118(s) Flops=403236864 => 1744.72288614474 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251167.41979449 Mflops = 251.16741979449 Gflops = 0.25116741979449 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064692 s
InvBiCGStab: k = 68 resid = 8.12778e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282894(s) Flops=449169408 => 1587.76576385501 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228579.471156845 Mflops = 228.579471156845 Gflops = 0.228579471156845 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001053767 Relative Rsd = 4.6211471532746e-07
BICGSTAB_SOLVER_TIME: 0.624031 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123638
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.049961 s
InvBiCGStab: k = 69 resid = 1.455531e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.277484(s) Flops=455731200 => 1642.36928976085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236463.895346956 Mflops = 236.463895346956 Gflops = 0.236463895346956 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057205 s
InvBiCGStab: k = 84 resid = 8.557822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.316372(s) Flops=554158080 => 1751.60279670767 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252174.298703219 Mflops = 252.174298703219 Gflops = 0.252174298703219 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 153 iterations. Rsd = 0.001147406 Relative Rsd = 5.03178945167764e-07
BICGSTAB_SOLVER_TIME: 0.704946 sec
2Flav::invert,  n_count = 153
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122032
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123667000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043746 s
InvBiCGStab: k = 64 resid = 2.101543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.236771(s) Flops=422922240 => 1786.20793931689 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257160.565339661 Mflops = 257.160565339661 Gflops = 0.257160565339661 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063568 s
InvBiCGStab: k = 90 resid = 1.015444e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353428(s) Flops=593528832 => 1679.3486424392 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241817.353559859 Mflops = 241.817353559859 Gflops = 0.241817353559859 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001159706 Relative Rsd = 5.08572927767517e-07
BICGSTAB_SOLVER_TIME: 0.701346 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11614
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124387
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.986949(s) Flops=1424351232 => 1443.18625582477 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  207804.784086759 Mflops = 207.804784086759 Gflops = 0.207804784086759 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158172000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43743
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021285
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05084 s
InvBiCGStab: k = 36 resid = 2.205106e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.144484(s) Flops=239192064 => 1655.49170842446 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238307.662046003 Mflops = 238.307662046003 Gflops = 0.238307662046003 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.061867 s
InvBiCGStab: k = 50 resid = 9.660811e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.191136(s) Flops=331057152 => 1732.05022601708 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249340.467634014 Mflops = 249.340467634014 Gflops = 0.249340467634014 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 86 iterations. Rsd = 0.000754694 Relative Rsd = 3.30960495032549e-07
BICGSTAB_SOLVER_TIME: 0.452126 sec
2Flav::invert,  n_count = 86
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0755970000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044413 s
InvBiCGStab: k = 58 resid = 1.707071e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217371(s) Flops=383551488 => 1764.50164925404 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  254036.483112501 Mflops = 254.036483112501 Gflops = 0.254036483112501 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.072781 s
InvBiCGStab: k = 76 resid = 1.020287e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.295461(s) Flops=501663744 => 1697.90173322367 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244452.299049039 Mflops = 244.452299049039 Gflops = 0.244452299049039 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 134 iterations. Rsd = 0.001112396 Relative Rsd = 4.87825525266696e-07
BICGSTAB_SOLVER_TIME: 0.634218 sec
2Flav::invert,  n_count = 134
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121094
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109942
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.052695 s
InvBiCGStab: k = 57 resid = 2.26091e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.214548(s) Flops=376989696 => 1757.13451535321 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252966.189692941 Mflops = 252.966189692941 Gflops = 0.25296618969294 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056686 s
InvBiCGStab: k = 72 resid = 6.437341e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.268264(s) Flops=475416576 => 1772.19670175648 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255135.536585862 Mflops = 255.135536585862 Gflops = 0.255135536585862 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.001063108 Relative Rsd = 4.66211254584761e-07
BICGSTAB_SOLVER_TIME: 0.596015 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118119
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106278
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04805 s
InvBiCGStab: k = 63 resid = 1.56664e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291581(s) Flops=416360448 => 1427.94094265401 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  205586.283972559 Mflops = 205.586283972559 Gflops = 0.205586283972559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062066 s
InvBiCGStab: k = 91 resid = 5.590079e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.396028(s) Flops=600090624 => 1515.27322310544 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  218167.736892427 Mflops = 218.167736892427 Gflops = 0.218167736892427 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.00115515 Relative Rsd = 5.06574995714048e-07
BICGSTAB_SOLVER_TIME: 0.802186 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12418
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044214 s
InvBiCGStab: k = 58 resid = 2.141397e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.230808(s) Flops=383551488 => 1661.77726941874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239242.890375664 Mflops = 239.242890375664 Gflops = 0.239242890375664 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058324 s
InvBiCGStab: k = 82 resid = 6.642948e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.32468(s) Flops=541034496 => 1666.36225206357 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239913.086321477 Mflops = 239.913086321477 Gflops = 0.239913086321477 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001085727 Relative Rsd = 4.76130360563161e-07
BICGSTAB_SOLVER_TIME: 0.663684 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115883
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11418
Monitoring force
num_pf = 1
MInvCG2: 220 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.914088(s) Flops=1424424960 => 1558.30178276052 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  224386.683229473 Mflops = 224.386683229473 Gflops = 0.224386683229473 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158159000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.436648
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021226
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.060484 s
InvBiCGStab: k = 28 resid = 1.59707e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11822(s) Flops=186697728 => 1579.23979022162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227319.156286642 Mflops = 227.319156286642 Gflops = 0.227319156286642 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060385 s
InvBiCGStab: k = 47 resid = 9.880604e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.18437(s) Flops=311371776 => 1688.84187232196 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243105.389209577 Mflops = 243.105389209577 Gflops = 0.243105389209577 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 75 iterations. Rsd = 0.0007127757 Relative Rsd = 3.12577809888332e-07
BICGSTAB_SOLVER_TIME: 0.427746 sec
2Flav::invert,  n_count = 75
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120031
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0676530000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045076 s
InvBiCGStab: k = 66 resid = 1.909543e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252398(s) Flops=436045824 => 1727.61204129985 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248732.314638639 Mflops = 248.732314638639 Gflops = 0.248732314638639 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056757 s
InvBiCGStab: k = 86 resid = 8.513999e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345535(s) Flops=567281664 => 1641.74877798197 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236369.321659558 Mflops = 236.369321659558 Gflops = 0.236369321659558 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 152 iterations. Rsd = 0.001103604 Relative Rsd = 4.83970106057652e-07
BICGSTAB_SOLVER_TIME: 0.703625 sec
2Flav::invert,  n_count = 152
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.123
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044092 s
InvBiCGStab: k = 67 resid = 1.506365e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252703(s) Flops=442607616 => 1751.49331824316 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252165.366081603 Mflops = 252.165366081603 Gflops = 0.252165366081604 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056279 s
InvBiCGStab: k = 78 resid = 1.134172e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.306168(s) Flops=514787328 => 1681.38841420397 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242079.212015563 Mflops = 242.079212015563 Gflops = 0.242079212015563 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001095619 Relative Rsd = 4.80468428287179e-07
BICGSTAB_SOLVER_TIME: 0.663076 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115565
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117954
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040771 s
InvBiCGStab: k = 64 resid = 1.729938e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.254425(s) Flops=422922240 => 1662.26683698536 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239326.303095976 Mflops = 239.326303095976 Gflops = 0.239326303095976 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055827 s
InvBiCGStab: k = 84 resid = 1.062812e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322285(s) Flops=554158080 => 1719.46593853267 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  247553.397012411 Mflops = 247.553397012411 Gflops = 0.247553397012411 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001124745 Relative Rsd = 4.93241307201746e-07
BICGSTAB_SOLVER_TIME: 0.677701 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.119316
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120128
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04521 s
InvBiCGStab: k = 61 resid = 1.707974e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.264224(s) Flops=403236864 => 1526.1174760809 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  219702.954310968 Mflops = 219.702954310968 Gflops = 0.219702954310968 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.073642 s
InvBiCGStab: k = 75 resid = 8.853606e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.304145(s) Flops=495101952 => 1627.84840125598 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234360.485145912 Mflops = 234.360485145912 Gflops = 0.234360485145912 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001089593 Relative Rsd = 4.77825552433238e-07
BICGSTAB_SOLVER_TIME: 0.691091 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114002
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001726
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111478
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.931552(s) Flops=1430470656 => 1535.57789151867 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221169.769791319 Mflops = 221.169769791319 Gflops = 0.221169769791319 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158660000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.429905
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021244
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 277 resid = 2.141764e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=1.139123(s) Flops=1820583936 => 1598.23297045183 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230113.154485438 Mflops = 230.113154485438 Gflops = 0.230113154485438 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 258 resid = 5.858822e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.981205(s) Flops=1695909888 => 1728.39507340464 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248883.833403255 Mflops = 248.883833403255 Gflops = 0.248883833403255 Tflops
BICGSTAB_SOLVER: 535 iterations. Rsd = 0.002268842 Relative Rsd = 9.98143328205797e-07
BICGSTAB_SOLVER_TIME: 2.123681 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.116189
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.120593
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.381933000000001
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 177 resid = 2.235062e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.674689(s) Flops=1164404736 => 1725.83921777293 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  248448.593424966 Mflops = 248.448593424966 Gflops = 0.248448593424966 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 214 resid = 1.086164e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.875749(s) Flops=1407191040 => 1606.84287392849 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231374.871814321 Mflops = 231.374871814321 Gflops = 0.231374871814321 Tflops
BICGSTAB_SOLVER: 391 iterations. Rsd = 0.001914072 Relative Rsd = 8.41690846984995e-07
BICGSTAB_SOLVER_TIME: 1.554506 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.122062
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0.122235
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001741
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.278983999999999
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.949685(s) Flops=1430470656 => 1506.25802871478 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  216887.358415708 Mflops = 216.887358415708 Gflops = 0.216887358415708 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.399137
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021266
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04682 s
InvBiCGStab: k = 37 resid = 1.826454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.148291(s) Flops=245753856 => 1657.24053381527 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238549.960634468 Mflops = 238.549960634468 Gflops = 0.238549960634468 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056717 s
InvBiCGStab: k = 47 resid = 9.841941e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.177275(s) Flops=311371776 => 1756.43365392751 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252819.506622824 Mflops = 252.819506622824 Gflops = 0.252819506622824 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 84 iterations. Rsd = 0.0007254924 Relative Rsd = 3.18154508696578e-07
BICGSTAB_SOLVER_TIME: 0.433402 sec
2Flav::invert,  n_count = 84
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12434
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0744880000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051459 s
InvBiCGStab: k = 78 resid = 1.279909e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377454(s) Flops=514787328 => 1363.84123098444 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196368.913372688 Mflops = 196.368913372688 Gflops = 0.196368913372688 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064074 s
InvBiCGStab: k = 116 resid = 1.056678e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.471421(s) Flops=764135424 => 1620.91935658361 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233384.618992298 Mflops = 233.384618992298 Gflops = 0.233384618992298 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.001336587 Relative Rsd = 5.86141344291157e-07
BICGSTAB_SOLVER_TIME: 0.968203 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117655
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001713
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152898999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041353 s
InvBiCGStab: k = 62 resid = 2.17342e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.24447(s) Flops=409798656 => 1676.27380046631 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241338.482796179 Mflops = 241.338482796179 Gflops = 0.241338482796179 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.0569 s
InvBiCGStab: k = 78 resid = 9.466407e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.307229(s) Flops=514787328 => 1675.58182333048 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241226.541771748 Mflops = 241.226541771748 Gflops = 0.241226541771748 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001121285 Relative Rsd = 4.91723879466336e-07
BICGSTAB_SOLVER_TIME: 0.653828 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120566
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114452
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040977 s
InvBiCGStab: k = 70 resid = 1.898817e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.256221(s) Flops=462292992 => 1804.2744037374 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259776.87424263 Mflops = 259.77687424263 Gflops = 0.25977687424263 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057179 s
InvBiCGStab: k = 80 resid = 1.015019e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.292407(s) Flops=527910912 => 1805.39765463891 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259920.638220344 Mflops = 259.920638220344 Gflops = 0.259920638220344 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.00114167 Relative Rsd = 5.00663393768693e-07
BICGSTAB_SOLVER_TIME: 0.650619 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115227
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121614
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041498 s
InvBiCGStab: k = 65 resid = 1.251215e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.27109(s) Flops=429484032 => 1584.28577963038 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228089.947680471 Mflops = 228.089947680471 Gflops = 0.228089947680471 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062486 s
InvBiCGStab: k = 76 resid = 1.026873e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301069(s) Flops=501663744 => 1666.27498679705 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239887.740239028 Mflops = 239.887740239028 Gflops = 0.239887740239028 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001125379 Relative Rsd = 4.93519338068315e-07
BICGSTAB_SOLVER_TIME: 0.680743 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.11492
Monitoring force
num_pf = 1
MInvCG2: 221 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.962635(s) Flops=1430544384 => 1486.07144348585 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  213977.256516966 Mflops = 213.977256516966 Gflops = 0.213977256516966 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158510000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.430586
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041032 s
InvBiCGStab: k = 31 resid = 2.075297e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.114622(s) Flops=206383104 => 1800.55402976741 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259157.217572345 Mflops = 259.157217572345 Gflops = 0.259157217572345 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059492 s
InvBiCGStab: k = 50 resid = 1.103978e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.202542(s) Flops=331057152 => 1634.5111236188 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235302.285383744 Mflops = 235.302285383744 Gflops = 0.235302285383744 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007228011 Relative Rsd = 3.16974281452114e-07
BICGSTAB_SOLVER_TIME: 0.422768 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116033
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001825
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0720060000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041677 s
InvBiCGStab: k = 84 resid = 2.100241e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.386416(s) Flops=554158080 => 1434.09713883483 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  206478.536057295 Mflops = 206.478536057295 Gflops = 0.206478536057295 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.077427 s
InvBiCGStab: k = 128 resid = 1.026312e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.575775(s) Flops=842876928 => 1463.89983587339 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  210776.258819661 Mflops = 210.776258819661 Gflops = 0.210776258819661 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 212 iterations. Rsd = 0.001285178 Relative Rsd = 5.63596747409902e-07
BICGSTAB_SOLVER_TIME: 1.085714 sec
2Flav::invert,  n_count = 212
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11913
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001723
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165754999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043435 s
InvBiCGStab: k = 60 resid = 1.953589e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.249479(s) Flops=396675072 => 1590.0138769195 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  228915.469806972 Mflops = 228.915469806972 Gflops = 0.228915469806972 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056596 s
InvBiCGStab: k = 89 resid = 6.769823e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.371846(s) Flops=586967040 => 1578.5218612006 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227267.068730348 Mflops = 227.267068730348 Gflops = 0.227267068730348 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 149 iterations. Rsd = 0.001145326 Relative Rsd = 5.02266793589909e-07
BICGSTAB_SOLVER_TIME: 0.725181 sec
2Flav::invert,  n_count = 149
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.131734
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120645
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043102 s
InvBiCGStab: k = 69 resid = 2.245461e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.259429(s) Flops=455731200 => 1756.67022576505 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252905.09504414 Mflops = 252.90509504414 Gflops = 0.25290509504414 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056853 s
InvBiCGStab: k = 90 resid = 1.075588e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.330991(s) Flops=593528832 => 1793.1872226133 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258175.063140035 Mflops = 258.175063140035 Gflops = 0.258175063140035 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001147907 Relative Rsd = 5.03398470089954e-07
BICGSTAB_SOLVER_TIME: 0.694152 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128066
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041817 s
InvBiCGStab: k = 65 resid = 2.122509e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.239287(s) Flops=429484032 => 1794.84899722927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258402.99403177 Mflops = 258.40299403177 Gflops = 0.25840299403177 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05921 s
InvBiCGStab: k = 90 resid = 9.63091e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.353118(s) Flops=593528832 => 1680.82293171121 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  241995.932023222 Mflops = 241.995932023222 Gflops = 0.241995932023222 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 155 iterations. Rsd = 0.001147167 Relative Rsd = 5.03073981623572e-07
BICGSTAB_SOLVER_TIME: 0.697301 sec
2Flav::invert,  n_count = 155
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115012
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001701
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.125406
Monitoring force
num_pf = 1
MInvCG2: 222 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.985033(s) Flops=1436663808 => 1458.4930738361 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210020.457932764 Mflops = 210.020457932764 Gflops = 0.210020457932764 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.158845000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.402398
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021387
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04703 s
InvBiCGStab: k = 26 resid = 2.186336e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.104469(s) Flops=173574144 => 1661.48947534675 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239132.11835066 Mflops = 239.13211835066 Gflops = 0.23913211835066 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05632 s
InvBiCGStab: k = 55 resid = 6.454179e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.201722(s) Flops=363866112 => 1803.79984334877 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259668.234866537 Mflops = 259.668234866537 Gflops = 0.259668234866537 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007595067 Relative Rsd = 3.33070997424025e-07
BICGSTAB_SOLVER_TIME: 0.413725 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11757
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0724180000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04723 s
InvBiCGStab: k = 54 resid = 2.171048e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21089(s) Flops=357304320 => 1694.26867087107 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243915.300632195 Mflops = 243.915300632195 Gflops = 0.243915300632195 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059184 s
InvBiCGStab: k = 85 resid = 6.802124e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.379735(s) Flops=560719872 => 1476.60835056026 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  212592.806109556 Mflops = 212.592806109556 Gflops = 0.212592806109556 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001105385 Relative Rsd = 4.84751155309882e-07
BICGSTAB_SOLVER_TIME: 0.70122 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123299
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001711
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113609
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.046729 s
InvBiCGStab: k = 60 resid = 2.145129e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.258319(s) Flops=396675072 => 1535.60160886346 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221073.797143502 Mflops = 221.073797143502 Gflops = 0.221073797143502 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060231 s
InvBiCGStab: k = 80 resid = 7.073385e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297991(s) Flops=527910912 => 1771.56663120698 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255057.811948381 Mflops = 255.057811948381 Gflops = 0.255057811948381 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001067317 Relative Rsd = 4.68056846552691e-07
BICGSTAB_SOLVER_TIME: 0.667631 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118851
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001716
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114342
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.054291 s
InvBiCGStab: k = 71 resid = 1.325916e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.285207(s) Flops=468854784 => 1643.91050710537 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  236680.709773979 Mflops = 236.680709773979 Gflops = 0.236680709773979 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056208 s
InvBiCGStab: k = 88 resid = 1.041868e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325521(s) Flops=580405248 => 1783.00400895795 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256698.083507522 Mflops = 256.698083507522 Gflops = 0.256698083507522 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 159 iterations. Rsd = 0.001151276 Relative Rsd = 5.04876025973217e-07
BICGSTAB_SOLVER_TIME: 0.725056 sec
2Flav::invert,  n_count = 159
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116006
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001695
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.128001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040607 s
InvBiCGStab: k = 66 resid = 1.973742e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.241248(s) Flops=436045824 => 1807.45881416634 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260219.298542008 Mflops = 260.219298542008 Gflops = 0.260219298542008 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056034 s
InvBiCGStab: k = 72 resid = 1.094642e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.263232(s) Flops=475416576 => 1806.07439824945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260013.396186294 Mflops = 260.013396186294 Gflops = 0.260013396186294 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 138 iterations. Rsd = 0.001078274 Relative Rsd = 4.72862144994822e-07
BICGSTAB_SOLVER_TIME: 0.604909 sec
2Flav::invert,  n_count = 138
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115769
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113003
Monitoring force
num_pf = 1
MInvCG2: 223 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.936433(s) Flops=1442856960 => 1540.80106104761 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221924.868132309 Mflops = 221.924868132309 Gflops = 0.221924868132309 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.159958000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.467186
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021301
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045093 s
InvBiCGStab: k = 26 resid = 1.433905e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.11273(s) Flops=173574144 => 1539.73338064402 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  221601.204221063 Mflops = 221.601204221063 Gflops = 0.221601204221063 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059852 s
InvBiCGStab: k = 46 resid = 1.141231e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.188192(s) Flops=304809984 => 1619.67556538004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233159.048554939 Mflops = 233.159048554939 Gflops = 0.233159048554939 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 72 iterations. Rsd = 0.0007671539 Relative Rsd = 3.36424597976635e-07
BICGSTAB_SOLVER_TIME: 0.409634 sec
2Flav::invert,  n_count = 72
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114903
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0657820000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040774 s
InvBiCGStab: k = 65 resid = 1.328434e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.237933(s) Flops=429484032 => 1805.06290426296 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259873.901586984 Mflops = 259.873901586984 Gflops = 0.259873901586984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05605 s
InvBiCGStab: k = 85 resid = 1.062961e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310312(s) Flops=560719872 => 1806.95516770218 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260149.653970651 Mflops = 260.149653970651 Gflops = 0.260149653970651 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 150 iterations. Rsd = 0.001142079 Relative Rsd = 5.00842638420276e-07
BICGSTAB_SOLVER_TIME: 0.648875 sec
2Flav::invert,  n_count = 150
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114209
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.121521
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041882 s
InvBiCGStab: k = 59 resid = 1.469075e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.217398(s) Flops=390113280 => 1794.46581845279 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258337.935743825 Mflops = 258.337935743825 Gflops = 0.258337935743825 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066153 s
InvBiCGStab: k = 74 resid = 6.612617e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.322684(s) Flops=488540160 => 1513.98941379182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217967.276674376 Mflops = 217.967276674376 Gflops = 0.217967276674376 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001041884 Relative Rsd = 4.56903551040814e-07
BICGSTAB_SOLVER_TIME: 0.652551 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121635
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001789
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109362
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044655 s
InvBiCGStab: k = 70 resid = 1.602236e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274177(s) Flops=462292992 => 1686.11149731743 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242745.624514406 Mflops = 242.745624514406 Gflops = 0.242745624514406 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056738 s
InvBiCGStab: k = 87 resid = 1.147751e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325651(s) Flops=573843456 => 1762.14246540008 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253697.449700609 Mflops = 253.697449700609 Gflops = 0.253697449700609 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 157 iterations. Rsd = 0.001178257 Relative Rsd = 5.16708215070045e-07
BICGSTAB_SOLVER_TIME: 0.705208 sec
2Flav::invert,  n_count = 157
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116485
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001721
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.126369
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041735 s
InvBiCGStab: k = 64 resid = 2.20816e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235586(s) Flops=422922240 => 1795.19258360004 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258458.52322078 Mflops = 258.45852322078 Gflops = 0.25845852322078 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05649 s
InvBiCGStab: k = 75 resid = 1.052011e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.274132(s) Flops=495101952 => 1806.07135248712 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260002.705922653 Mflops = 260.002705922653 Gflops = 0.260002705922653 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001067223 Relative Rsd = 4.68015902602088e-07
BICGSTAB_SOLVER_TIME: 0.611938 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.11476
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001691
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113477
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.932464(s) Flops=1448976384 => 1553.92206455155 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  223945.917277543 Mflops = 223.945917277543 Gflops = 0.223945917277543 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160643000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.46042
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021186
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 201 resid = 2.081442e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.796009(s) Flops=1321887744 => 1660.64421884677 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239142.45790253 Mflops = 239.14245790253 Gflops = 0.23914245790253 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 1.051139e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.959446(s) Flops=1597483008 => 1665.00564700879 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239748.641823544 Mflops = 239.748641823544 Gflops = 0.239748641823544 Tflops
BICGSTAB_SOLVER: 444 iterations. Rsd = 0.002150205 Relative Rsd = 9.45939498398757e-07
BICGSTAB_SOLVER_TIME: 1.758838 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.11839
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001722
CLOV_LINOP: Time spent in clov deriv (total) = 0.116523
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001773
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.317267999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 196 resid = 1.699879e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.825078(s) Flops=1289078784 => 1562.37202300873 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224955.897191261 Mflops = 224.955897191261 Gflops = 0.224955897191261 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 9.562642e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.805201(s) Flops=1269393408 => 1576.49258756509 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  227004.853864092 Mflops = 227.004853864092 Gflops = 0.227004853864092 Tflops
BICGSTAB_SOLVER: 389 iterations. Rsd = 0.001907354 Relative Rsd = 8.38709679214993e-07
BICGSTAB_SOLVER_TIME: 1.633592 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117631
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001742
CLOV_LINOP: Time spent in clov deriv (total) = 0.115461
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001737
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.277923999999999
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.946714(s) Flops=1448976384 => 1530.53232972154 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220505.090084728 Mflops = 220.505090084728 Gflops = 0.220505090084728 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160725000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.409855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021378
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042098 s
InvBiCGStab: k = 30 resid = 1.779228e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.13615(s) Flops=199821312 => 1467.65561513037 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211253.54654065 Mflops = 211.25354654065 Gflops = 0.21125354654065 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.07615 s
InvBiCGStab: k = 48 resid = 1.052957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.210221(s) Flops=317933568 => 1512.37777386655 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217714.615630576 Mflops = 217.714615630576 Gflops = 0.217714615630576 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 78 iterations. Rsd = 0.0007256555 Relative Rsd = 3.18226032979366e-07
BICGSTAB_SOLVER_TIME: 0.468699 sec
2Flav::invert,  n_count = 78
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116409
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0698080000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042195 s
InvBiCGStab: k = 68 resid = 2.201558e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269395(s) Flops=449169408 => 1667.32644629633 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240057.619358631 Mflops = 240.05761935863 Gflops = 0.24005761935863 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057867 s
InvBiCGStab: k = 101 resid = 1.136049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.377525(s) Flops=665708544 => 1763.34956360506 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253878.485931627 Mflops = 253.878485931627 Gflops = 0.253878485931627 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 169 iterations. Rsd = 0.00126588 Relative Rsd = 5.55134112711773e-07
BICGSTAB_SOLVER_TIME: 0.751188 sec
2Flav::invert,  n_count = 169
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121395
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.135437
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045591 s
InvBiCGStab: k = 72 resid = 1.963045e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.282784(s) Flops=475416576 => 1681.20040737807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242044.967984182 Mflops = 242.044967984182 Gflops = 0.242044967984182 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058794 s
InvBiCGStab: k = 89 resid = 9.984292e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.345649(s) Flops=586967040 => 1698.15923089608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244491.192254813 Mflops = 244.491192254813 Gflops = 0.244491192254813 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 161 iterations. Rsd = 0.00110898 Relative Rsd = 4.86327650565053e-07
BICGSTAB_SOLVER_TIME: 0.736638 sec
2Flav::invert,  n_count = 161
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116915
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001719
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.129376
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044222 s
InvBiCGStab: k = 67 resid = 1.954415e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.262866(s) Flops=442607616 => 1683.77658578896 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242423.256660389 Mflops = 242.423256660389 Gflops = 0.242423256660389 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056479 s
InvBiCGStab: k = 98 resid = 1.139455e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.368216(s) Flops=646023168 => 1754.46794272927 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252596.902455766 Mflops = 252.596902455766 Gflops = 0.252596902455766 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 165 iterations. Rsd = 0.00117488 Relative Rsd = 5.15227289734487e-07
BICGSTAB_SOLVER_TIME: 0.735633 sec
2Flav::invert,  n_count = 165
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122201
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001699
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.132231
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041626 s
InvBiCGStab: k = 60 resid = 2.087741e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246742(s) Flops=396675072 => 1607.65119841778 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  231451.777066516 Mflops = 231.451777066516 Gflops = 0.231451777066516 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06643 s
InvBiCGStab: k = 83 resid = 8.156597e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.37628(s) Flops=547596288 => 1455.28938024875 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  209535.680185073 Mflops = 209.535680185073 Gflops = 0.209535680185073 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 143 iterations. Rsd = 0.0010875 Relative Rsd = 4.7690798931079e-07
BICGSTAB_SOLVER_TIME: 0.735154 sec
2Flav::invert,  n_count = 143
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118018
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001702
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.116193
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.944286(s) Flops=1448902656 => 1534.38964042674 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  220951.718964073 Mflops = 220.951718964073 Gflops = 0.220951718964073 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160604000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432105
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021236
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.05175 s
InvBiCGStab: k = 27 resid = 2.033704e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.12841(s) Flops=180135936 => 1402.8185966825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  201936.094699894 Mflops = 201.936094699894 Gflops = 0.201936094699894 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.06356 s
InvBiCGStab: k = 52 resid = 1.088832e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.222216(s) Flops=344180736 => 1548.85667998704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  222951.321544046 Mflops = 222.951321544046 Gflops = 0.222951321544046 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 79 iterations. Rsd = 0.0007634822 Relative Rsd = 3.34814433724676e-07
BICGSTAB_SOLVER_TIME: 0.470036 sec
2Flav::invert,  n_count = 79
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125471
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001694
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0706160000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045486 s
InvBiCGStab: k = 70 resid = 1.771273e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.273554(s) Flops=462292992 => 1689.95149769333 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243300.535049656 Mflops = 243.300535049656 Gflops = 0.243300535049656 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069718 s
InvBiCGStab: k = 107 resid = 1.130145e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.406195(s) Flops=705079296 => 1735.81480815864 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249915.054774263 Mflops = 249.915054774263 Gflops = 0.249915054774263 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 177 iterations. Rsd = 0.001326051 Relative Rsd = 5.81521161515971e-07
BICGSTAB_SOLVER_TIME: 0.798876 sec
2Flav::invert,  n_count = 177
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116068
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001764
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.141029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040741 s
InvBiCGStab: k = 68 resid = 1.357173e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248745(s) Flops=449169408 => 1805.74245914491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259973.271136095 Mflops = 259.973271136095 Gflops = 0.259973271136095 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059917 s
InvBiCGStab: k = 77 resid = 1.112493e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.301527(s) Flops=508225536 => 1685.50589499448 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242667.635214669 Mflops = 242.667635214669 Gflops = 0.242667635214669 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001106952 Relative Rsd = 4.85438166211723e-07
BICGSTAB_SOLVER_TIME: 0.654791 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116525
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001706
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.117799
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042595 s
InvBiCGStab: k = 68 resid = 1.832127e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.266895(s) Flops=449169408 => 1682.94425897825 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242292.66267559 Mflops = 242.29266267559 Gflops = 0.24229266267559 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05791 s
InvBiCGStab: k = 80 resid = 1.063378e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309312(s) Flops=527910912 => 1706.72625698324 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245717.827700898 Mflops = 245.717827700898 Gflops = 0.245717827700898 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 148 iterations. Rsd = 0.001162063 Relative Rsd = 5.09606532784881e-07
BICGSTAB_SOLVER_TIME: 0.68051 sec
2Flav::invert,  n_count = 148
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114001
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.120066000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041244 s
InvBiCGStab: k = 62 resid = 1.806471e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.248217(s) Flops=409798656 => 1650.96933731372 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  237698.693080671 Mflops = 237.698693080671 Gflops = 0.237698693080671 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063614 s
InvBiCGStab: k = 78 resid = 9.123464e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.340998(s) Flops=514787328 => 1509.64911231151 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  217345.64352533 Mflops = 217.34564352533 Gflops = 0.21734564352533 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 140 iterations. Rsd = 0.001144985 Relative Rsd = 5.0211690401513e-07
BICGSTAB_SOLVER_TIME: 0.698032 sec
2Flav::invert,  n_count = 140
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126341
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.114208
Monitoring force
num_pf = 1
MInvCG2: 224 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.991352(s) Flops=1448828928 => 1461.46770067544 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  210462.651327942 Mflops = 210.462651327942 Gflops = 0.210462651327942 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160741000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.421732
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021204
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040924 s
InvBiCGStab: k = 26 resid = 2.246334e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.096403(s) Flops=173574144 => 1800.50562741823 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259130.759760984 Mflops = 259.130759760984 Gflops = 0.259130759760984 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056203 s
InvBiCGStab: k = 50 resid = 8.5093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.19031(s) Flops=331057152 => 1739.56782092376 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250408.402339123 Mflops = 250.408402339123 Gflops = 0.250408402339123 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 76 iterations. Rsd = 0.0007346332 Relative Rsd = 3.2216308482808e-07
BICGSTAB_SOLVER_TIME: 0.387679 sec
2Flav::invert,  n_count = 76
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.126536
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0685050000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043727 s
InvBiCGStab: k = 56 resid = 1.459385e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228869(s) Flops=370427904 => 1618.51497581586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233022.991338056 Mflops = 233.022991338056 Gflops = 0.233022991338056 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05929 s
InvBiCGStab: k = 75 resid = 9.726703e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.323866(s) Flops=495101952 => 1528.72469478118 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  220093.792548003 Mflops = 220.093792548003 Gflops = 0.220093792548003 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 131 iterations. Rsd = 0.0010893 Relative Rsd = 4.77697411141447e-07
BICGSTAB_SOLVER_TIME: 0.660019 sec
2Flav::invert,  n_count = 131
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.117768
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107814
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042797 s
InvBiCGStab: k = 62 resid = 1.281005e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235228(s) Flops=409798656 => 1742.13382760556 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250813.684447237 Mflops = 250.813684447237 Gflops = 0.250813684447237 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066138 s
InvBiCGStab: k = 77 resid = 1.063952e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325676(s) Flops=508225536 => 1560.52498802491 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224670.877228016 Mflops = 224.670877228016 Gflops = 0.224670877228016 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 139 iterations. Rsd = 0.001086415 Relative Rsd = 4.76432079700404e-07
BICGSTAB_SOLVER_TIME: 0.673688 sec
2Flav::invert,  n_count = 139
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115008
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001714
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.113536
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043408 s
InvBiCGStab: k = 60 resid = 2.093841e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.252118(s) Flops=396675072 => 1573.3706915016 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226540.937963931 Mflops = 226.540937963931 Gflops = 0.226540937963931 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.066767 s
InvBiCGStab: k = 76 resid = 1.079776e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.30759(s) Flops=501663744 => 1630.94945869502 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234807.537252299 Mflops = 234.807537252299 Gflops = 0.234807537252299 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001104835 Relative Rsd = 4.84509780000088e-07
BICGSTAB_SOLVER_TIME: 0.673737 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120896
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001697
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111735
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040733 s
InvBiCGStab: k = 59 resid = 1.643268e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235132(s) Flops=390113280 => 1659.12457683344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238820.087256013 Mflops = 238.820087256013 Gflops = 0.238820087256013 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060787 s
InvBiCGStab: k = 83 resid = 1.045142e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.324785(s) Flops=547596288 => 1686.02702711024 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  242737.823124524 Mflops = 242.737823124524 Gflops = 0.242737823124524 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001115033 Relative Rsd = 4.88982166345101e-07
BICGSTAB_SOLVER_TIME: 0.665302 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12611
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00169
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115685
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.034703(s) Flops=1454874624 => 1406.07944888533 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  202460.902707165 Mflops = 202.460902707165 Gflops = 0.202460902707165 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.160962000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.405191
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021391
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04147 s
InvBiCGStab: k = 25 resid = 2.179406e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.092422(s) Flops=167012352 => 1807.06273398109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260087.526251383 Mflops = 260.087526251383 Gflops = 0.260087526251383 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056312 s
InvBiCGStab: k = 49 resid = 1.050049e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.179491(s) Flops=324495360 => 1807.86423831836 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260233.821156966 Mflops = 260.233821156966 Gflops = 0.260233821156966 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007256655 Relative Rsd = 3.18230449003963e-07
BICGSTAB_SOLVER_TIME: 0.373551 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115689
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001696
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0670270000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041709 s
InvBiCGStab: k = 58 resid = 1.71622e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212489(s) Flops=383551488 => 1805.0416162719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259864.233773417 Mflops = 259.864233773417 Gflops = 0.259864233773417 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055752 s
InvBiCGStab: k = 87 resid = 1.148957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328644(s) Flops=573843456 => 1746.09442436192 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  251385.280124865 Mflops = 251.385280124865 Gflops = 0.251385280124865 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 145 iterations. Rsd = 0.001160207 Relative Rsd = 5.08792452689707e-07
BICGSTAB_SOLVER_TIME: 0.643066 sec
2Flav::invert,  n_count = 145
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.12472
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.118137
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.051602 s
InvBiCGStab: k = 65 resid = 1.986778e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.286666(s) Flops=429484032 => 1498.20359582232 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  215695.228640543 Mflops = 215.695228640543 Gflops = 0.215695228640543 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.070282 s
InvBiCGStab: k = 77 resid = 8.980455e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.325291(s) Flops=508225536 => 1562.37195618692 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  224937.464576735 Mflops = 224.937464576735 Gflops = 0.224937464576735 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001058353 Relative Rsd = 4.64125665719338e-07
BICGSTAB_SOLVER_TIME: 0.737644 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118766
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115778
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043888 s
InvBiCGStab: k = 66 resid = 1.918783e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.269125(s) Flops=436045824 => 1620.23529586623 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233272.82492511 Mflops = 233.27282492511 Gflops = 0.23327282492511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056773 s
InvBiCGStab: k = 88 resid = 7.701369e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.356572(s) Flops=580405248 => 1627.73646837104 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  234336.513426984 Mflops = 234.336513426984 Gflops = 0.234336513426984 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001161548 Relative Rsd = 5.09380626324255e-07
BICGSTAB_SOLVER_TIME: 0.730649 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.123558
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.124248
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043473 s
InvBiCGStab: k = 63 resid = 1.587604e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.246532(s) Flops=416360448 => 1688.86979377931 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243147.841270329 Mflops = 243.147841270329 Gflops = 0.243147841270329 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056136 s
InvBiCGStab: k = 79 resid = 9.465768e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.312798(s) Flops=521349120 => 1666.72779237719 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239962.67735169 Mflops = 239.96267735169 Gflops = 0.239962677351689 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001085863 Relative Rsd = 4.76189938605997e-07
BICGSTAB_SOLVER_TIME: 0.662973 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115756
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001758
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115548
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.999195(s) Flops=1454874624 => 1456.04674162701 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209658.291544421 Mflops = 209.658291544421 Gflops = 0.209658291544421 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161579000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.480467
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021146
Monitoring force
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 211 resid = 2.129278e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.769671(s) Flops=1387505664 => 1802.72566330289 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  259613.410750524 Mflops = 259.613410750524 Gflops = 0.259613410750524 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 243 resid = 9.695093e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.910091(s) Flops=1597483008 => 1755.30030293674 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  252753.091325811 Mflops = 252.753091325811 Gflops = 0.252753091325811 Tflops
BICGSTAB_SOLVER: 454 iterations. Rsd = 0.002084649 Relative Rsd = 9.17096120167886e-07
BICGSTAB_SOLVER_TIME: 1.683743 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.120956
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001729
CLOV_LINOP: Time spent in clov deriv (total) = 0.120999
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001734
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.323882999999999
Null Predictor Predict Y: Leaving guess unchanged
InvBiCGStab: k = 193 resid = 1.486683e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.810849(s) Flops=1269393408 => 1565.51146760988 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  225342.463692908 Mflops = 225.342463692908 Gflops = 0.225342463692908 Tflops
Null Predictor Predict X: Leaving guess unchanged
InvBiCGStab: k = 186 resid = 1.122968e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.738595(s) Flops=1223460864 => 1656.47054745835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238514.825373433 Mflops = 238.514825373433 Gflops = 0.238514825373433 Tflops
BICGSTAB_SOLVER: 379 iterations. Rsd = 0.001899534 Relative Rsd = 8.35237147662358e-07
BICGSTAB_SOLVER_TIME: 1.552878 sec
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0
CLOV_LINOP: Time spent in clov deriv (total) = 0.117352
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001727
CLOV_LINOP: Time spent in clov deriv (total) = 0.119148
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001767
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.270644999999998
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.945061(s) Flops=1454874624 => 1539.45049472997 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  221751.259815696 Mflops = 221.751259815696 Gflops = 0.221751259815696 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161294000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.432096
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021192
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041082 s
InvBiCGStab: k = 27 resid = 2.148135e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.103321(s) Flops=180135936 => 1743.45908382613 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250954.662135191 Mflops = 250.954662135191 Gflops = 0.250954662135191 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056512 s
InvBiCGStab: k = 47 resid = 7.388788e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.212209(s) Flops=311371776 => 1467.28826769835 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211191.899175724 Mflops = 211.191899175724 Gflops = 0.211191899175724 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 74 iterations. Rsd = 0.0007037458 Relative Rsd = 3.08617835553556e-07
BICGSTAB_SOLVER_TIME: 0.419459 sec
2Flav::invert,  n_count = 74
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122231
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001688
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0671630000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041431 s
InvBiCGStab: k = 84 resid = 1.678351e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.310789(s) Flops=554158080 => 1783.06851272085 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256722.01557857 Mflops = 256.72201557857 Gflops = 0.25672201557857 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057036 s
InvBiCGStab: k = 110 resid = 1.104545e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.40029(s) Flops=724764672 => 1810.5989957281 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  260696.24734736 Mflops = 260.69624734736 Gflops = 0.26069624734736 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 194 iterations. Rsd = 0.00134141 Relative Rsd = 5.88256543494922e-07
BICGSTAB_SOLVER_TIME: 0.813412 sec
2Flav::invert,  n_count = 194
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121996
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001704
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.152955999999999
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044997 s
InvBiCGStab: k = 56 resid = 1.6651e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.208991(s) Flops=370427904 => 1772.45864175969 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255159.560625511 Mflops = 255.159560625511 Gflops = 0.255159560625511 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.055759 s
InvBiCGStab: k = 74 resid = 1.151345e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.272739(s) Flops=488540160 => 1791.23689681344 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257873.675139834 Mflops = 257.873675139834 Gflops = 0.257873675139834 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 130 iterations. Rsd = 0.001025741 Relative Rsd = 4.49824127561714e-07
BICGSTAB_SOLVER_TIME: 0.586294 sec
2Flav::invert,  n_count = 130
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115133
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001829
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.107018
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04172 s
InvBiCGStab: k = 66 resid = 2.111069e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.243081(s) Flops=436045824 => 1793.82931615387 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258249.160906962 Mflops = 258.249160906962 Gflops = 0.258249160906962 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056391 s
InvBiCGStab: k = 88 resid = 9.153745e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.339147(s) Flops=580405248 => 1711.36777857389 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  246394.898113221 Mflops = 246.394898113221 Gflops = 0.246394898113221 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 154 iterations. Rsd = 0.001161209 Relative Rsd = 5.09232115161778e-07
BICGSTAB_SOLVER_TIME: 0.684566 sec
2Flav::invert,  n_count = 154
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.124704
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.12446
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043141 s
InvBiCGStab: k = 62 resid = 1.525984e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.299835(s) Flops=409798656 => 1366.74723097704 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196767.983484948 Mflops = 196.767983484948 Gflops = 0.196767983484948 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.076413 s
InvBiCGStab: k = 80 resid = 8.98883e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.309952(s) Flops=527910912 => 1703.20214742928 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245208.994385983 Mflops = 245.208994385983 Gflops = 0.245208994385983 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 142 iterations. Rsd = 0.001088334 Relative Rsd = 4.77273421727775e-07
BICGSTAB_SOLVER_TIME: 0.733237 sec
2Flav::invert,  n_count = 142
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118549
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00171
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115599
Monitoring force
num_pf = 1
MInvCG2: 225 iterations
QDP:FlopCount:minvcg Performance/CPU: t=0.998849(s) Flops=1454874624 => 1456.5511143326 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  209780.395343286 Mflops = 209.780395343286 Gflops = 0.209780395343286 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.161255000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.434953
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021224
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.044537 s
InvBiCGStab: k = 26 resid = 2.051941e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.10233(s) Flops=173574144 => 1696.21952506596 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244108.490285521 Mflops = 244.108490285521 Gflops = 0.244108490285521 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.064818 s
InvBiCGStab: k = 55 resid = 5.070593e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.22705(s) Flops=363866112 => 1602.58142259414 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  230718.363271551 Mflops = 230.718363271551 Gflops = 0.230718363271551 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007711892 Relative Rsd = 3.38194224111026e-07
BICGSTAB_SOLVER_TIME: 0.443087 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.129568
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001692
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0723220000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041075 s
InvBiCGStab: k = 79 resid = 2.050454e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.305133(s) Flops=521349120 => 1708.59631701586 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245989.415514498 Mflops = 245.989415514498 Gflops = 0.245989415514498 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.069451 s
InvBiCGStab: k = 106 resid = 8.803734e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.427237(s) Flops=698517504 => 1634.96491174688 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  235401.054164 Mflops = 235.401054164 Gflops = 0.235401054164 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 185 iterations. Rsd = 0.001327934 Relative Rsd = 5.82346830484944e-07
BICGSTAB_SOLVER_TIME: 0.846823 sec
2Flav::invert,  n_count = 185
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116294
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001686
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.146632
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041401 s
InvBiCGStab: k = 50 resid = 1.943017e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.186717(s) Flops=331057152 => 1773.04236893266 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  255255.31105038 Mflops = 255.25531105038 Gflops = 0.25525531105038 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057169 s
InvBiCGStab: k = 79 resid = 1.03566e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.291551(s) Flops=521349120 => 1788.19184293657 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257440.752440985 Mflops = 257.440752440985 Gflops = 0.257440752440985 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 129 iterations. Rsd = 0.00108283 Relative Rsd = 4.74859719682139e-07
BICGSTAB_SOLVER_TIME: 0.580851 sec
2Flav::invert,  n_count = 129
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116639
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.106577
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042596 s
InvBiCGStab: k = 62 resid = 2.040884e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.235361(s) Flops=409798656 => 1741.14936629263 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250669.616368921 Mflops = 250.669616368921 Gflops = 0.250669616368921 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.059227 s
InvBiCGStab: k = 89 resid = 6.475556e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.328534(s) Flops=586967040 => 1786.62494597211 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  257228.178442433 Mflops = 257.228178442433 Gflops = 0.257228178442433 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 151 iterations. Rsd = 0.001142836 Relative Rsd = 5.01174784732781e-07
BICGSTAB_SOLVER_TIME: 0.66954 sec
2Flav::invert,  n_count = 151
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114311
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.122427000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04613 s
InvBiCGStab: k = 62 resid = 2.129118e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.279275(s) Flops=409798656 => 1467.36605854445 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  211265.126639021 Mflops = 211.265126639021 Gflops = 0.211265126639021 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.060404 s
InvBiCGStab: k = 74 resid = 1.019602e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.358165(s) Flops=488540160 => 1364.00865522874 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  196384.766834276 Mflops = 196.384766834276 Gflops = 0.196384766834276 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 136 iterations. Rsd = 0.001052946 Relative Rsd = 4.6175464340276e-07
BICGSTAB_SOLVER_TIME: 0.748464 sec
2Flav::invert,  n_count = 136
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.125969
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001693
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.111277
Monitoring force
num_pf = 1
MInvCG2: 228 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.019388(s) Flops=1473159168 => 1445.1407785848 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  208082.164908456 Mflops = 208.082164908456 Gflops = 0.208082164908456 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.163496000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.441081
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.021205
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.043107 s
InvBiCGStab: k = 31 resid = 1.969853e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.127102(s) Flops=206383104 => 1623.75968906862 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  233722.698794957 Mflops = 233.722698794957 Gflops = 0.233722698794957 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.056037 s
InvBiCGStab: k = 50 resid = 8.681744e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.21018(s) Flops=331057152 => 1575.11253211533 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  226738.892131583 Mflops = 226.738892131583 Gflops = 0.226738892131583 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 81 iterations. Rsd = 0.0007335371 Relative Rsd = 3.21682401826945e-07
BICGSTAB_SOLVER_TIME: 0.440658 sec
2Flav::invert,  n_count = 81
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121922
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0722340000000002
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.045448 s
InvBiCGStab: k = 49 resid = 2.080416e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.218429(s) Flops=324495360 => 1485.58735332763 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  213880.876441929 Mflops = 213.880876441929 Gflops = 0.213880876441929 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.068196 s
InvBiCGStab: k = 71 resid = 1.126802e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276694(s) Flops=468854784 => 1694.48843849162 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  243957.389559949 Mflops = 243.957389559949 Gflops = 0.243957389559949 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 120 iterations. Rsd = 0.001069396 Relative Rsd = 4.68968487607471e-07
BICGSTAB_SOLVER_TIME: 0.612574 sec
2Flav::invert,  n_count = 120
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.121855
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0017
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.100026
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042269 s
InvBiCGStab: k = 54 resid = 2.211733e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.205341(s) Flops=357304320 => 1740.05347202945 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  250481.007720649 Mflops = 250.481007720649 Gflops = 0.250481007720649 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057938 s
InvBiCGStab: k = 79 resid = 1.010557e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.296371(s) Flops=521349120 => 1759.10976445064 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253261.595901875 Mflops = 253.261595901875 Gflops = 0.253261595901875 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 133 iterations. Rsd = 0.001037358 Relative Rsd = 4.54918994691906e-07
BICGSTAB_SOLVER_TIME: 0.605766 sec
2Flav::invert,  n_count = 133
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116507
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001698
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.109162
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.042014 s
InvBiCGStab: k = 60 resid = 2.162554e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.228723(s) Flops=396675072 => 1734.30338007109 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  249689.243348403 Mflops = 249.689243348403 Gflops = 0.249689243348403 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.058498 s
InvBiCGStab: k = 81 resid = 9.458731e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.297372(s) Flops=534472704 => 1797.32020499576 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  258752.831846368 Mflops = 258.752831846368 Gflops = 0.258752831846368 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 141 iterations. Rsd = 0.001110789 Relative Rsd = 4.8712115658031e-07
BICGSTAB_SOLVER_TIME: 0.630499 sec
2Flav::invert,  n_count = 141
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114823
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001732
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.115086
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.041643 s
InvBiCGStab: k = 46 resid = 2.115585e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.170781(s) Flops=304809984 => 1784.80032322097 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  256921.338726577 Mflops = 256.921338726577 Gflops = 0.256921338726577 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.057626 s
InvBiCGStab: k = 71 resid = 9.916157e-07
QDP:FlopCount:invbicgstab Performance/CPU: t=0.276532(s) Flops=468854784 => 1695.48111610953 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  244085.410235989 Mflops = 244.085410235989 Gflops = 0.244085410235989 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 117 iterations. Rsd = 0.001066579 Relative Rsd = 4.67733277027844e-07
BICGSTAB_SOLVER_TIME: 0.55076 sec
2Flav::invert,  n_count = 117
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.122266
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001725
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0979200000000003
Monitoring force
num_pf = 1
MInvCG2: 231 iterations
QDP:FlopCount:minvcg Performance/CPU: t=1.11566(s) Flops=1491886080 => 1337.22288152304 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192562.246009748 Mflops = 192.562246009748 Gflops = 0.192562246009748 Tflops
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.165609000000001
CLOV_LINOP: Time spent in clov deriv (total) = 1.43089
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0212
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.047927 s
InvBiCGStab: k = 28 resid = 1.5957e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.106074(s) Flops=186697728 => 1760.07059222807 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  253317.878488753 Mflops = 253.317878488753 Gflops = 0.253317878488753 Tflops
MREPredictor: registering new Y solution. 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.067548 s
InvBiCGStab: k = 41 resid = 1.118627e-06
QDP:FlopCount:invbicgstab Performance/CPU: t=0.15918(s) Flops=272001024 => 1708.76381454957 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  245957.530988327 Mflops = 245.957530988327 Gflops = 0.245957530988327 Tflops
MREPredictor: registering new X solution. 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 69 iterations. Rsd = 0.0007134053 Relative Rsd = 3.12853875241063e-07
BICGSTAB_SOLVER_TIME: 0.384554 sec
2Flav::invert,  n_count = 69
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.115848
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001805
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.0634010000000001
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.04405 s
InvBiCGStab: k = 10000 resid = 0
QDP:FlopCount:invbicgstab Performance/CPU: t=39.363896(s) Flops=65620887552 => 1667.03233724629 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240052.32221644 Mflops = 240.05232221644 Gflops = 0.24005232221644 Tflops
MREPredictor: registering new Y solution. 
Nonconvergence of BiCGStab. MaxIters reached 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05852 s
InvBiCGStab: k = 10000 resid = 0
QDP:FlopCount:invbicgstab Performance/CPU: t=39.470322(s) Flops=65620887552 => 1662.53742627182 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239405.032617099 Mflops = 239.405032617099 Gflops = 0.239405032617099 Tflops
MREPredictor: registering new X solution. 
Nonconvergence of BiCGStab. MaxIters reached 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 20000 iterations. Rsd = -nan Relative Rsd = -nan
BICGSTAB_SOLVER_TIME: 78.940631 sec
2Flav::invert,  n_count = 20000
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.116435
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.00173
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 14.3233430000029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040208 s
InvBiCGStab: k = 10000 resid = 0
QDP:FlopCount:invbicgstab Performance/CPU: t=39.460408(s) Flops=65620887552 => 1662.95512078841 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239465.16869051 Mflops = 239.46516869051 Gflops = 0.23946516869051 Tflops
MREPredictor: registering new Y solution. 
Nonconvergence of BiCGStab. MaxIters reached 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.063529 s
InvBiCGStab: k = 10000 resid = 0
QDP:FlopCount:invbicgstab Performance/CPU: t=39.573828(s) Flops=65620887552 => 1658.18903220583 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238778.847340856 Mflops = 238.778847340856 Gflops = 0.238778847340856 Tflops
MREPredictor: registering new X solution. 
Nonconvergence of BiCGStab. MaxIters reached 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 20000 iterations. Rsd = -nan Relative Rsd = -nan
BICGSTAB_SOLVER_TIME: 79.141916 sec
2Flav::invert,  n_count = 20000
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.114966
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001707
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 14.3030500000041
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040061 s
InvBiCGStab: k = 10000 resid = 0
QDP:FlopCount:invbicgstab Performance/CPU: t=39.254563(s) Flops=65620887552 => 1671.67540629608 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  240720.97126775 Mflops = 240.72097126775 Gflops = 0.24072097126775 Tflops
MREPredictor: registering new Y solution. 
Nonconvergence of BiCGStab. MaxIters reached 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.05985 s
InvBiCGStab: k = 10000 resid = 0
QDP:FlopCount:invbicgstab Performance/CPU: t=39.558611(s) Flops=65620887552 => 1658.82688732423 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  238870.626023535 Mflops = 238.870626023535 Gflops = 0.238870626023535 Tflops
MREPredictor: registering new X solution. 
Nonconvergence of BiCGStab. MaxIters reached 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 20000 iterations. Rsd = -nan Relative Rsd = -nan
BICGSTAB_SOLVER_TIME: 78.916933 sec
2Flav::invert,  n_count = 20000
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.118717
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 14.3243190000029
Monitoring force
MRE Predictor: Finding Y extrapolation with 12 vectors
MRE_PREDICT_Y_TIME = 0.040546 s
InvBiCGStab: k = 10000 resid = 0
QDP:FlopCount:invbicgstab Performance/CPU: t=39.467589(s) Flops=65620887552 => 1662.65255148978 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239421.573864411 Mflops = 239.421573864411 Gflops = 0.239421573864411 Tflops
MREPredictor: registering new Y solution. 
Nonconvergence of BiCGStab. MaxIters reached 
MREPredictor: number of Y vectors stored is = 12
MRE Predictor: Finding X extrapolation with 12 vectors
MRE_PREDICT_X_TIME = 0.062258 s
InvBiCGStab: k = 10000 resid = 0
QDP:FlopCount:invbicgstab Performance/CPU: t=39.429113(s) Flops=65620887552 => 1664.27501303415 Mflops/cpu.
QDP:FlopCount:invbicgstab Total performance:  239655.263485497 Mflops = 239.655263485497 Gflops = 0.239655263485497 Tflops
MREPredictor: registering new X solution. 
Nonconvergence of BiCGStab. MaxIters reached 
MREPredictor: number of X vectors stored is = 12
BICGSTAB_SOLVER: 20000 iterations. Rsd = -nan Relative Rsd = -nan
BICGSTAB_SOLVER_TIME: 79.003392 sec
2Flav::invert,  n_count = 20000
Monitoring force
CLOV_LINOP: Time spent in clov deriv (total) = 0.120771
CLOV_LINOP: Time spent in clov apply/invapply (total) = 0.001708
CLOV_LINOP: Time spent in clov deriv (total) = 0
CLOV_LINOP: Time spent in clov apply/invapply (total) = 14.3003730000037
Monitoring force
num_pf = 1
MInvCG2: 100000QDP m1,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 1 iterations
QDP:FlopCount:minvcg Performance/CPU: t=513.434911(s) Flops=685676593152 => 1335.46936225379 Mflops/cpu.
QDP:FlopCount:minvcg Total performance:  192307.557253686 Mflops = 192.307557253686 Gflops = 0.192307557253686 Tflops
QDP m2,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 2QDP m3,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 3QDP m4,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 4QDP m5,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 5QDP m6,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 6QDP m7,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 7QDP m8,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 8QDP m9,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 9QDP m11,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 11QDP m10,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 10QDP m12,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 12QDP m15,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 15QDP m17,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 17QDP m19,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 19QDP m23,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 23QDP m27,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 27QDP m29,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 29QDP m36,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 36QDP m48,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 48QDP m49,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 49QDP m50,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 50QDP m51,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 51QDP m52,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 52QDP m53,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 53QDP m54,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 54QDP m55,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 55QDP m56,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 56QDP m57,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 57QDP m58,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 58QDP m59,n144@r1i2n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 59QDP m60,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 60QDP m62,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 62QDP m80,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 80QDP m81,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 81QDP m82,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 82QDP m83,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 83QDP m84,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 84QDP m86,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 86QDP m87,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 87QDP m88,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 88QDP m89,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 89QDP m94,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 94QDP m96,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 96QDP m98,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 98QDP m100,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 100QDP m103,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 103QDP m111,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 111QDP m13,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 13QDP m14,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 14QDP m16,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 16QDP m18,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 18QDP m20,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 20QDP m21,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 21QDP m22,n144@r3i3n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 22QDP m24,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 24QDP m25,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 25QDP m28,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 28QDP m30,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 30QDP m41,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 41QDP m42,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 42QDP m43,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 43QDP m65,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 65QDP m68,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 68QDP m69,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 69QDP m85,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 85QDP m90,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 90QDP m91,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 91QDP m92,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 92QDP m93,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 93QDP m95,n144@r1i2n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 95QDP m99,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 99QDP m101,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 101QDP m104,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 104QDP m105,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 105QDP m106,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 106QDP m107,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 107QDP m110,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 110QDP m113,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 113QDP m114,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 114QDP m133,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 133QDP m136,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 136QDP m26,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 26QDP m31,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 31QDP m32,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 32QDP m33,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 33QDP m34,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 34QDP m35,n144@r1i1n15 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 35QDP m37,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 37QDP m38,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 38QDP m39,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 39QDP m40,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 40QDP m44,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 44QDP m45,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 45QDP m46,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 46QDP m47,n144@r1i3n8 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 47QDP m61,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 61QDP m63,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 63QDP m64,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 64QDP m66,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 66QDP m67,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 67QDP m70,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 70QDP m71,n144@r3i1n2 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 71QDP m97,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 97QDP m102,n144@r1i3n3 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 102QDP m108,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 108QDP m109,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 109QDP m112,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 112QDP m115,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 115QDP m116,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 116QDP m117,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 117QDP m118,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 118QDP m119,n144@r1i0n0 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 119QDP m121,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 121QDP m123,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 123QDP m128,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 128QDP m131,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 131QDP m132,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 132QDP m137,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 137QDP m72,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 72QDP m73,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 73QDP m74,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 74QDP m75,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 75QDP m76,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 76QDP m77,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 77QDP m78,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 78QDP m79,n144@r1i1n13 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 79QDP m120,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 120QDP m122,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 122QDP m124,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 124QDP m125,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 125QDP m126,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 126QDP m127,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 127QDP m129,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 129QDP m130,n144@r2i3n7 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 130QDP m134,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 134QDP m135,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 135QDP m138,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 138QDP m139,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 139QDP m140,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 140QDP m141,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 141QDP m142,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 142QDP m143,n144@r3i0n6 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000001, 1) - process 143QDP m0,n144@r1i2n9 fatal error:  too many CG iterationns: 100000

application called MPI_Abort(comm=0x84000002, 1) - process 0mpiexec_raw: Warning: tasks 0-143 exited with status 1.